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With an atomic weight of 1.00794 u, hydrogen is the lightest element on the periodic table. Its monatomic form (H) is the most abundant chemical substance in the Universe, constituting roughly 75% of all baryonic mass.", + "symbol": "H", + "xpos": 1, + "ypos": 1, + "wxpos": 1, + "wypos": 1, + "shells": [ + 1 + ], + "electron_configuration": "1s1", + "electron_configuration_semantic": "1s1", + "electron_affinity": 72.769, + "electronegativity_pauling": 2.2, + "ionization_energies": [ + 1312 + ], + "cpk-hex": "ffffff", + "image": { + "title": "Vial of glowing ultrapure hydrogen, H2. Original size in cm: 1 x 5", + "url": "https://upload.wikimedia.org/wikipedia/commons/d/d9/Hydrogenglow.jpg", + "attribution": "User:Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/hydrogen.php" + }, + "block": "s" + }, + { + "name": "Helium", + "appearance": "colorless gas, exhibiting a red-orange glow when placed in a high-voltage electric field", + "atomic_mass": 4.0026022, + "boil": 4.222, + "category": "noble gas", + "density": 0.1786, + "discovered_by": "Pierre Janssen", + "melt": 0.95, + "molar_heat": null, + "named_by": null, + "number": 2, + "period": 1, + "group": 18, + "phase": "Gas", + "source": "https://en.wikipedia.org/wiki/Helium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_002_helium/element_002_helium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_002_helium/element_002_helium.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Helium_spectrum.jpg", + "summary": "Helium is a chemical element with symbol He and atomic number 2. It is a colorless, odorless, tasteless, non-toxic, inert, monatomic gas that heads the noble gas group in the periodic table. Its boiling and melting points are the lowest among all the elements.", + "symbol": "He", + "xpos": 18, + "ypos": 1, + "wxpos": 32, + "wypos": 1, + "shells": [ + 2 + ], + "electron_configuration": "1s2", + "electron_configuration_semantic": "1s2", + "electron_affinity": -48, + "electronegativity_pauling": null, + "ionization_energies": [ + 2372.3, + 5250.5 + ], + "cpk-hex": "d9ffff", + "image": { + "title": "Vial of glowing ultrapure helium. Original size in cm: 1 x 5", + "url": "https://upload.wikimedia.org/wikipedia/commons/0/00/Helium-glow.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/helium.php" + }, + "block": "s" + }, + { + "name": "Lithium", + "appearance": "silvery-white", + "atomic_mass": 6.94, + "boil": 1603, + "category": "alkali metal", + "density": 0.534, + "discovered_by": "Johan August Arfwedson", + "melt": 453.65, + "molar_heat": 24.86, + "named_by": null, + "number": 3, + "period": 2, + "group": 1, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Lithium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_003_lithium/element_003_lithium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_003_lithium/element_003_lithium.glb", + "spectral_img": null, + "summary": "Lithium (from Greek:λίθος lithos, \"stone\") is a chemical element with the symbol Li and atomic number 3. It is a soft, silver-white metal belonging to the alkali metal group of chemical elements. Under standard conditions it is the lightest metal and the least dense solid element.", + "symbol": "Li", + "xpos": 1, + "ypos": 2, + "wxpos": 1, + "wypos": 2, + "shells": [ + 2, + 1 + ], + "electron_configuration": "1s2 2s1", + "electron_configuration_semantic": "[He] 2s1", + "electron_affinity": 59.6326, + "electronegativity_pauling": 0.98, + "ionization_energies": [ + 520.2, + 7298.1, + 11815 + ], + "cpk-hex": "cc80ff", + "image": { + "title": "0.5 Grams Lithium under Argon. Original size of the largest piece in cm: 0.3 x 4", + "url": "https://upload.wikimedia.org/wikipedia/commons/e/e2/0.5_grams_lithium_under_argon.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/lithium.php" + }, + "block": "s" + }, + { + "name": "Beryllium", + "appearance": "white-gray metallic", + "atomic_mass": 9.01218315, + "boil": 2742, + "category": "alkaline earth metal", + "density": 1.85, + "discovered_by": "Louis Nicolas Vauquelin", + "melt": 1560, + "molar_heat": 16.443, + "named_by": null, + "number": 4, + "period": 2, + "group": 2, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Beryllium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_004_beryllium/element_004_beryllium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_004_beryllium/element_004_beryllium.glb", + "spectral_img": null, + "summary": "Beryllium is a chemical element with symbol Be and atomic number 4. It is created through stellar nucleosynthesis and is a relatively rare element in the universe. It is a divalent element which occurs naturally only in combination with other elements in minerals.", + "symbol": "Be", + "xpos": 2, + "ypos": 2, + "wxpos": 2, + "wypos": 2, + "shells": [ + 2, + 2 + ], + "electron_configuration": "1s2 2s2", + "electron_configuration_semantic": "[He] 2s2", + "electron_affinity": -48, + "electronegativity_pauling": 1.57, + "ionization_energies": [ + 899.5, + 1757.1, + 14848.7, + 21006.6 + ], + "cpk-hex": "c2ff00", + "image": { + "title": "Pure Beryllium bead, 2.5 grams. Original size in cm: 1 x 1.5", + "url": "https://upload.wikimedia.org/wikipedia/commons/e/e2/Beryllium_%28Be%29.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/beryllium.php" + }, + "block": "s" + }, + { + "name": "Boron", + "appearance": "black-brown", + "atomic_mass": 10.81, + "boil": 4200, + "category": "metalloid", + "density": 2.08, + "discovered_by": "Joseph Louis Gay-Lussac", + "melt": 2349, + "molar_heat": 11.087, + "named_by": null, + "number": 5, + "period": 2, + "group": 13, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Boron", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_005_boron/element_005_boron_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_005_boron/element_005_boron.glb", + "spectral_img": null, + "summary": "Boron is a metalloid chemical element with symbol B and atomic number 5. Produced entirely by cosmic ray spallation and supernovae and not by stellar nucleosynthesis, it is a low-abundance element in both the Solar system and the Earth's crust. Boron is concentrated on Earth by the water-solubility of its more common naturally occurring compounds, the borate minerals.", + "symbol": "B", + "xpos": 13, + "ypos": 2, + "wxpos": 27, + "wypos": 2, + "shells": [ + 2, + 3 + ], + "electron_configuration": "1s2 2s2 2p1", + "electron_configuration_semantic": "[He] 2s2 2p1", + "electron_affinity": 26.989, + "electronegativity_pauling": 2.04, + "ionization_energies": [ + 800.6, + 2427.1, + 3659.7, + 25025.8, + 32826.7 + ], + "cpk-hex": "ffb5b5", + "image": { + "title": "Pure Crystalline Boron, front and back side. Original size in cm: 2 x 3", + "url": "https://upload.wikimedia.org/wikipedia/commons/a/a2/Boron.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/boron.php" + }, + "block": "p" + }, + { + "name": "Carbon", + "appearance": null, + "atomic_mass": 12.011, + "boil": null, + "category": "polyatomic nonmetal", + "density": 1.821, + "discovered_by": "Ancient Egypt", + "melt": null, + "molar_heat": 8.517, + "named_by": null, + "number": 6, + "period": 2, + "group": 14, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Carbon", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_006_carbon/element_006_carbon_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_006_carbon/element_006_carbon.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Carbon_Spectra.jpg", + "summary": "Carbon (from Latin:carbo \"coal\") is a chemical element with symbol C and atomic number 6. On the periodic table, it is the first (row 2) of six elements in column (group) 14, which have in common the composition of their outer electron shell. It is nonmetallic and tetravalent—making four electrons available to form covalent chemical bonds.", + "symbol": "C", + "xpos": 14, + "ypos": 2, + "wxpos": 28, + "wypos": 2, + "shells": [ + 2, + 4 + ], + "electron_configuration": "1s2 2s2 2p2", + "electron_configuration_semantic": "[He] 2s2 2p2", + "electron_affinity": 121.7763, + "electronegativity_pauling": 2.55, + "ionization_energies": [ + 1086.5, + 2352.6, + 4620.5, + 6222.7, + 37831, + 47277 + ], + "cpk-hex": "909090", + "image": { + "title": "Element 6 - Carbon", + "url": "https://upload.wikimedia.org/wikipedia/commons/6/68/Pure_Carbon.png", + "attribution": "Texas Lane, CC BY-SA 4.0 , via Wikimedia Commons" + }, + "block": "p" + }, + { + "name": "Nitrogen", + "appearance": "colorless gas, liquid or solid", + "atomic_mass": 14.007, + "boil": 77.355, + "category": "diatomic nonmetal", + "density": 1.251, + "discovered_by": "Daniel Rutherford", + "melt": 63.15, + "molar_heat": null, + "named_by": "Jean-Antoine Chaptal", + "number": 7, + "period": 2, + "group": 15, + "phase": "Gas", + "source": "https://en.wikipedia.org/wiki/Nitrogen", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_007_nitrogen/element_007_nitrogen_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_007_nitrogen/element_007_nitrogen.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Nitrogen_Spectra.jpg", + "summary": "Nitrogen is a chemical element with symbol N and atomic number 7. It is the lightest pnictogen and at room temperature, it is a transparent, odorless diatomic gas. Nitrogen is a common element in the universe, estimated at about seventh in total abundance in the Milky Way and the Solar System.", + "symbol": "N", + "xpos": 15, + "ypos": 2, + "wxpos": 29, + "wypos": 2, + "shells": [ + 2, + 5 + ], + "electron_configuration": "1s2 2s2 2p3", + "electron_configuration_semantic": "[He] 2s2 2p3", + "electron_affinity": -6.8, + "electronegativity_pauling": 3.04, + "ionization_energies": [ + 1402.3, + 2856, + 4578.1, + 7475, + 9444.9, + 53266.6, + 64360 + ], + "cpk-hex": "3050f8", + "image": { + "title": "Vial of Glowing Ultrapure Nitrogen, N2. Original size in cm: 1 x 5", + "url": "https://upload.wikimedia.org/wikipedia/commons/2/2d/Nitrogen-glow.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/nitrogen.php" + }, + "block": "p" + }, + { + "name": "Oxygen", + "appearance": null, + "atomic_mass": 15.999, + "boil": 90.188, + "category": "diatomic nonmetal", + "density": 1.429, + "discovered_by": "Carl Wilhelm Scheele", + "melt": 54.36, + "molar_heat": null, + "named_by": "Antoine Lavoisier", + "number": 8, + "period": 2, + "group": 16, + "phase": "Gas", + "source": "https://en.wikipedia.org/wiki/Oxygen", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_008_oxygen/element_008_oxygen_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_008_oxygen/element_008_oxygen.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Oxygen_spectre.jpg", + "summary": "Oxygen is a chemical element with symbol O and atomic number 8. It is a member of the chalcogen group on the periodic table and is a highly reactive nonmetal and oxidizing agent that readily forms compounds (notably oxides) with most elements. By mass, oxygen is the third-most abundant element in the universe, after hydrogen and helium.", + "symbol": "O", + "xpos": 16, + "ypos": 2, + "wxpos": 30, + "wypos": 2, + "shells": [ + 2, + 6 + ], + "electron_configuration": "1s2 2s2 2p4", + "electron_configuration_semantic": "[He] 2s2 2p4", + "electron_affinity": 140.976, + "electronegativity_pauling": 3.44, + "ionization_energies": [ + 1313.9, + 3388.3, + 5300.5, + 7469.2, + 10989.5, + 13326.5, + 71330, + 84078 + ], + "cpk-hex": "ff0d0d", + "image": { + "title": "Liquid Oxygen in a Beaker", + "url": "https://upload.wikimedia.org/wikipedia/commons/a/a0/Liquid_oxygen_in_a_beaker_%28cropped_and_retouched%29.jpg", + "attribution": "Staff Sgt. Nika Glover, U.S. Air Force, Public domain, via Wikimedia Commons" + }, + "block": "p" + }, + { + "name": "Fluorine", + "appearance": null, + "atomic_mass": 18.9984031636, + "boil": 85.03, + "category": "diatomic nonmetal", + "density": 1.696, + "discovered_by": "André-Marie Ampère", + "melt": 53.48, + "molar_heat": null, + "named_by": "Humphry Davy", + "number": 9, + "period": 2, + "group": 17, + "phase": "Gas", + "source": "https://en.wikipedia.org/wiki/Fluorine", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_009_fluorine/element_009_fluorine_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_009_fluorine/element_009_fluorine.glb", + "spectral_img": null, + "summary": "Fluorine is a chemical element with symbol F and atomic number 9. It is the lightest halogen and exists as a highly toxic pale yellow diatomic gas at standard conditions. As the most electronegative element, it is extremely reactive:almost all other elements, including some noble gases, form compounds with fluorine.", + "symbol": "F", + "xpos": 17, + "ypos": 2, + "wxpos": 31, + "wypos": 2, + "shells": [ + 2, + 7 + ], + "electron_configuration": "1s2 2s2 2p5", + "electron_configuration_semantic": "[He] 2s2 2p5", + "electron_affinity": 328.1649, + "electronegativity_pauling": 3.98, + "ionization_energies": [ + 1681, + 3374.2, + 6050.4, + 8407.7, + 11022.7, + 15164.1, + 17868, + 92038.1, + 106434.3 + ], + "cpk-hex": "90e050", + "image": { + "title": "Liquid Fluorine at -196°C", + "url": "https://upload.wikimedia.org/wikipedia/commons/2/2c/Fluoro_liquido_a_-196%C2%B0C_1.jpg", + "attribution": "Fulvio314, CC BY-SA 3.0 , via Wikimedia Commons" + }, + "block": "p" + }, + { + "name": "Neon", + "appearance": "colorless gas exhibiting an orange-red glow when placed in a high voltage electric field", + "atomic_mass": 20.17976, + "boil": 27.104, + "category": "noble gas", + "density": 0.9002, + "discovered_by": "Morris Travers", + "melt": 24.56, + "molar_heat": null, + "named_by": null, + "number": 10, + "period": 2, + "group": 18, + "phase": "Gas", + "source": "https://en.wikipedia.org/wiki/Neon", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_010_neon/element_010_neon_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_010_neon/element_010_neon.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Neon_spectra.jpg", + "summary": "Neon is a chemical element with symbol Ne and atomic number 10. It is in group 18 (noble gases) of the periodic table. Neon is a colorless, odorless, inert monatomic gas under standard conditions, with about two-thirds the density of air.", + "symbol": "Ne", + "xpos": 18, + "ypos": 2, + "wxpos": 32, + "wypos": 2, + "shells": [ + 2, + 8 + ], + "electron_configuration": "1s2 2s2 2p6", + "electron_configuration_semantic": "[He] 2s2 2p6", + "electron_affinity": -116, + "electronegativity_pauling": null, + "ionization_energies": [ + 2080.7, + 3952.3, + 6122, + 9371, + 12177, + 15238, + 19999, + 23069.5, + 115379.5, + 131432 + ], + "cpk-hex": "b3e3f5", + "image": { + "title": "Vial of Glowing Ultrapure neon. Original size in cm: 1 x 5", + "url": "https://upload.wikimedia.org/wikipedia/commons/f/f8/Neon-glow.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/neon.php" + }, + "block": "p" + }, + { + "name": "Sodium", + "appearance": "silvery white metallic", + "atomic_mass": 22.989769282, + "boil": 1156.09, + "category": "alkali metal", + "density": 0.968, + "discovered_by": "Humphry Davy", + "melt": 370.944, + "molar_heat": 28.23, + "named_by": null, + "number": 11, + "period": 3, + "group": 1, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Sodium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_011_sodium/element_011_sodium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_011_sodium/element_011_sodium.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Sodium_Spectra.jpg", + "summary": "Sodium /ˈsoʊdiəm/ is a chemical element with symbol Na (from Ancient Greek Νάτριο) and atomic number 11. It is a soft, silver-white, highly reactive metal. In the Periodic table it is in column 1 (alkali metals), and shares with the other six elements in that column that it has a single electron in its outer shell, which it readily donates, creating a positively charged atom - a cation.", + "symbol": "Na", + "xpos": 1, + "ypos": 3, + "wxpos": 1, + "wypos": 3, + "shells": [ + 2, + 8, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s1", + "electron_configuration_semantic": "[Ne] 3s1", + "electron_affinity": 52.867, + "electronegativity_pauling": 0.93, + "ionization_energies": [ + 495.8, + 4562, + 6910.3, + 9543, + 13354, + 16613, + 20117, + 25496, + 28932, + 141362, + 159076 + ], + "cpk-hex": "ab5cf2", + "image": { + "title": "Na (Sodium) Metal", + "url": "https://upload.wikimedia.org/wikipedia/commons/2/27/Na_%28Sodium%29.jpg", + "attribution": "The original uploader was Dnn87 at English Wikipedia., CC BY-SA 3.0 , via Wikimedia Commons" + }, + "block": "s" + }, + { + "name": "Magnesium", + "appearance": "shiny grey solid", + "atomic_mass": 24.305, + "boil": 1363, + "category": "alkaline earth metal", + "density": 1.738, + "discovered_by": "Joseph Black", + "melt": 923, + "molar_heat": 24.869, + "named_by": null, + "number": 12, + "period": 3, + "group": 2, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Magnesium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_012_magnesium/element_012_magnesium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_012_magnesium/element_012_magnesium.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Magnesium_Spectra.jpg", + "summary": "Magnesium is a chemical element with symbol Mg and atomic number 12. It is a shiny gray solid which bears a close physical resemblance to the other five elements in the second column (Group 2, or alkaline earth metals) of the periodic table:they each have the same electron configuration in their outer electron shell producing a similar crystal structure. Magnesium is the ninth most abundant element in the universe.", + "symbol": "Mg", + "xpos": 2, + "ypos": 3, + "wxpos": 2, + "wypos": 3, + "shells": [ + 2, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2", + "electron_configuration_semantic": "[Ne] 3s2", + "electron_affinity": -40, + "electronegativity_pauling": 1.31, + "ionization_energies": [ + 737.7, + 1450.7, + 7732.7, + 10542.5, + 13630, + 18020, + 21711, + 25661, + 31653, + 35458, + 169988, + 189368 + ], + "cpk-hex": "8aff00", + "image": { + "title": "Magnesium crystals", + "url": "https://upload.wikimedia.org/wikipedia/commons/3/3f/Magnesium_crystals.jpg", + "attribution": "Warut Roonguthai, CC BY-SA 3.0 , via Wikimedia Commons" + }, + "block": "s" + }, + { + "name": "Aluminium", + "appearance": "silvery gray metallic", + "atomic_mass": 26.98153857, + "boil": 2743, + "category": "post-transition metal", + "density": 2.7, + "discovered_by": null, + "melt": 933.47, + "molar_heat": 24.2, + "named_by": "Humphry Davy", + "number": 13, + "period": 3, + "group": 13, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Aluminium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_013_aluminum/element_013_aluminum_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_013_aluminum/element_013_aluminum.glb", + "spectral_img": null, + "summary": "Aluminium (or aluminum; see different endings) is a chemical element in the boron group with symbol Al and atomic number 13. It is a silvery-white, soft, nonmagnetic, ductile metal. Aluminium is the third most abundant element (after oxygen and silicon), and the most abundant metal, in the Earth's crust.", + "symbol": "Al", + "xpos": 13, + "ypos": 3, + "wxpos": 27, + "wypos": 3, + "shells": [ + 2, + 8, + 3 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p1", + "electron_configuration_semantic": "[Ne] 3s2 3p1", + "electron_affinity": 41.762, + "electronegativity_pauling": 1.61, + "ionization_energies": [ + 577.5, + 1816.7, + 2744.8, + 11577, + 14842, + 18379, + 23326, + 27465, + 31853, + 38473, + 42647, + 201266, + 222316 + ], + "cpk-hex": "bfa6a6", + "image": { + "title": "Pure aluminium foil. Original size in cm: 5 x 5", + "url": "https://upload.wikimedia.org/wikipedia/commons/3/3e/Aluminium.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/aluminium.php " + }, + "block": "p" + }, + { + "name": "Silicon", + "appearance": "crystalline, reflective with bluish-tinged faces", + "atomic_mass": 28.085, + "boil": 3538, + "category": "metalloid", + "density": 2.329, + "discovered_by": "Jöns Jacob Berzelius", + "melt": 1687, + "molar_heat": 19.789, + "named_by": "Thomas Thomson (chemist)", + "number": 14, + "period": 3, + "group": 14, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Silicon", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_014_silicon/element_014_silicon_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_014_silicon/element_014_silicon.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Silicon_Spectra.jpg", + "summary": "Silicon is a chemical element with symbol Si and atomic number 14. It is a tetravalent metalloid, more reactive than germanium, the metalloid directly below it in the table. Controversy about silicon's character dates to its discovery.", + "symbol": "Si", + "xpos": 14, + "ypos": 3, + "wxpos": 28, + "wypos": 3, + "shells": [ + 2, + 8, + 4 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p2", + "electron_configuration_semantic": "[Ne] 3s2 3p2", + "electron_affinity": 134.0684, + "electronegativity_pauling": 1.9, + "ionization_energies": [ + 786.5, + 1577.1, + 3231.6, + 4355.5, + 16091, + 19805, + 23780, + 29287, + 33878, + 38726, + 45962, + 50502, + 235196, + 257923 + ], + "cpk-hex": "f0c8a0", + "image": { + "title": "Chunk of Ultrapure Silicon, 2 x 2 cm", + "url": "https://upload.wikimedia.org/wikipedia/commons/2/2c/Silicon.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/silicon.php" + }, + "block": "p" + }, + { + "name": "Phosphorus", + "appearance": "colourless, waxy white, yellow, scarlet, red, violet, black", + "atomic_mass": 30.9737619985, + "boil": null, + "category": "polyatomic nonmetal", + "density": 1.823, + "discovered_by": "Hennig Brand", + "melt": null, + "molar_heat": 23.824, + "named_by": null, + "number": 15, + "period": 3, + "group": 15, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Phosphorus", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_015_phosphorus/element_015_phosphorus_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_015_phosphorus/element_015_phosphorus.glb", + "spectral_img": null, + "summary": "Phosphorus is a chemical element with symbol P and atomic number 15. As an element, phosphorus exists in two major forms—white phosphorus and red phosphorus—but due to its high reactivity, phosphorus is never found as a free element on Earth. Instead phosphorus-containing minerals are almost always present in their maximally oxidised state, as inorganic phosphate rocks.", + "symbol": "P", + "xpos": 15, + "ypos": 3, + "wxpos": 29, + "wypos": 3, + "shells": [ + 2, + 8, + 5 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p3", + "electron_configuration_semantic": "[Ne] 3s2 3p3", + "electron_affinity": 72.037, + "electronegativity_pauling": 2.19, + "ionization_energies": [ + 1011.8, + 1907, + 2914.1, + 4963.6, + 6273.9, + 21267, + 25431, + 29872, + 35905, + 40950, + 46261, + 54110, + 59024, + 271791, + 296195 + ], + "cpk-hex": "ff8000", + "image": { + "title": "Purple Phosphorus", + "url": "https://upload.wikimedia.org/wikipedia/commons/6/6d/Phosphorus-purple.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/phosphorus.php" + }, + "block": "p" + }, + { + "name": "Sulfur", + "appearance": "lemon yellow sintered microcrystals", + "atomic_mass": 32.06, + "boil": 717.8, + "category": "polyatomic nonmetal", + "density": 2.07, + "discovered_by": "Ancient china", + "melt": 388.36, + "molar_heat": 22.75, + "named_by": null, + "number": 16, + "period": 3, + "group": 16, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Sulfur", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_016_sulfur/element_016_sulfur_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_016_sulfur/element_016_sulfur.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Sulfur_Spectrum.jpg", + "summary": "Sulfur or sulphur (see spelling differences) is a chemical element with symbol S and atomic number 16. It is an abundant, multivalent non-metal. Under normal conditions, sulfur atoms form cyclic octatomic molecules with chemical formula S8.", + "symbol": "S", + "xpos": 16, + "ypos": 3, + "wxpos": 30, + "wypos": 3, + "shells": [ + 2, + 8, + 6 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p4", + "electron_configuration_semantic": "[Ne] 3s2 3p4", + "electron_affinity": 200.4101, + "electronegativity_pauling": 2.58, + "ionization_energies": [ + 999.6, + 2252, + 3357, + 4556, + 7004.3, + 8495.8, + 27107, + 31719, + 36621, + 43177, + 48710, + 54460, + 62930, + 68216, + 311048, + 337138 + ], + "cpk-hex": "ffff30", + "image": { + "title": "Native Sulfur From Russia", + "url": "https://upload.wikimedia.org/wikipedia/commons/2/23/Native_sulfur_%28Vodinskoe_Deposit%3B_quarry_near_Samara%2C_Russia%29_9.jpg", + "attribution": "James St. John, CC BY 2.0 , via Wikimedia Commons" + }, + "block": "p" + }, + { + "name": "Chlorine", + "appearance": "pale yellow-green gas", + "atomic_mass": 35.45, + "boil": 239.11, + "category": "diatomic nonmetal", + "density": 3.2, + "discovered_by": "Carl Wilhelm Scheele", + "melt": 171.6, + "molar_heat": null, + "named_by": null, + "number": 17, + "period": 3, + "group": 17, + "phase": "Gas", + "source": "https://en.wikipedia.org/wiki/Chlorine", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_017_chlorine/element_017_chlorine_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_017_chlorine/element_017_chlorine.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Chlorine_spectrum_visible.png", + "summary": "Chlorine is a chemical element with symbol Cl and atomic number 17. It also has a relative atomic mass of 35.5. Chlorine is in the halogen group (17) and is the second lightest halogen following fluorine.", + "symbol": "Cl", + "xpos": 17, + "ypos": 3, + "wxpos": 31, + "wypos": 3, + "shells": [ + 2, + 8, + 7 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p5", + "electron_configuration_semantic": "[Ne] 3s2 3p5", + "electron_affinity": 348.575, + "electronegativity_pauling": 3.16, + "ionization_energies": [ + 1251.2, + 2298, + 3822, + 5158.6, + 6542, + 9362, + 11018, + 33604, + 38600, + 43961, + 51068, + 57119, + 63363, + 72341, + 78095, + 352994, + 380760 + ], + "cpk-hex": "1ff01f", + "image": { + "title": "A Sample of Chlorine", + "url": "https://upload.wikimedia.org/wikipedia/commons/9/9a/Chlorine-sample-flip.jpg", + "attribution": "Benjah-bmm27, Public domain, via Wikimedia Commons" + }, + "block": "p" + }, + { + "name": "Argon", + "appearance": "colorless gas exhibiting a lilac/violet glow when placed in a high voltage electric field", + "atomic_mass": 39.9481, + "boil": 87.302, + "category": "noble gas", + "density": 1.784, + "discovered_by": "Lord Rayleigh", + "melt": 83.81, + "molar_heat": null, + "named_by": null, + "number": 18, + "period": 3, + "group": 18, + "phase": "Gas", + "source": "https://en.wikipedia.org/wiki/Argon", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_018_argon/element_018_argon_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_018_argon/element_018_argon.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Argon_Spectrum.png", + "summary": "Argon is a chemical element with symbol Ar and atomic number 18. It is in group 18 of the periodic table and is a noble gas. Argon is the third most common gas in the Earth's atmosphere, at 0.934% (9,340 ppmv), making it over twice as abundant as the next most common atmospheric gas, water vapor (which averages about 4000 ppmv, but varies greatly), and 23 times as abundant as the next most common non-condensing atmospheric gas, carbon dioxide (400 ppmv), and more than 500 times as abundant as the next most common noble gas, neon (18 ppmv).", + "symbol": "Ar", + "xpos": 18, + "ypos": 3, + "wxpos": 32, + "wypos": 3, + "shells": [ + 2, + 8, + 8 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6", + "electron_configuration_semantic": "[Ne] 3s2 3p6", + "electron_affinity": -96, + "electronegativity_pauling": null, + "ionization_energies": [ + 1520.6, + 2665.8, + 3931, + 5771, + 7238, + 8781, + 11995, + 13842, + 40760, + 46186, + 52002, + 59653, + 66199, + 72918, + 82473, + 88576, + 397605, + 427066 + ], + "cpk-hex": "80d1e3", + "image": { + "title": "Vial of glowing ultrapure argon. Original size in cm: 1 x 5", + "url": "https://upload.wikimedia.org/wikipedia/commons/5/53/Argon-glow.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/argon.php" + }, + "block": "p" + }, + { + "name": "Potassium", + "appearance": "silvery gray", + "atomic_mass": 39.09831, + "boil": 1032, + "category": "alkali metal", + "density": 0.862, + "discovered_by": "Humphry Davy", + "melt": 336.7, + "molar_heat": 29.6, + "named_by": null, + "number": 19, + "period": 4, + "group": 1, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Potassium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_019_potassium/element_019_potassium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_019_potassium/element_019_potassium.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Potassium_Spectrum.jpg", + "summary": "Potassium is a chemical element with symbol K (derived from Neo-Latin, kalium) and atomic number 19. It was first isolated from potash, the ashes of plants, from which its name is derived. In the Periodic table, potassium is one of seven elements in column (group) 1 (alkali metals):they all have a single valence electron in their outer electron shell, which they readily give up to create an atom with a positive charge - a cation, and combine with anions to form salts.", + "symbol": "K", + "xpos": 1, + "ypos": 4, + "wxpos": 1, + "wypos": 4, + "shells": [ + 2, + 8, + 8, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s1", + "electron_configuration_semantic": "[Ar] 4s1", + "electron_affinity": 48.383, + "electronegativity_pauling": 0.82, + "ionization_energies": [ + 418.8, + 3052, + 4420, + 5877, + 7975, + 9590, + 11343, + 14944, + 16963.7, + 48610, + 54490, + 60730, + 68950, + 75900, + 83080, + 93400, + 99710, + 444880, + 476063 + ], + "cpk-hex": "8f40d4", + "image": { + "title": "Potassium Pieces", + "url": "https://upload.wikimedia.org/wikipedia/commons/b/b3/Potassium.JPG", + "attribution": "Dnn87, CC BY 3.0 , via Wikimedia Commons" + }, + "block": "s" + }, + { + "name": "Calcium", + "appearance": null, + "atomic_mass": 40.0784, + "boil": 1757, + "category": "alkaline earth metal", + "density": 1.55, + "discovered_by": "Humphry Davy", + "melt": 1115, + "molar_heat": 25.929, + "named_by": null, + "number": 20, + "period": 4, + "group": 2, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Calcium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_020_calcium/element_020_calcium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_020_calcium/element_020_calcium.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Calcium_Spectrum.png", + "summary": "Calcium is a chemical element with symbol Ca and atomic number 20. Calcium is a soft gray alkaline earth metal, fifth-most-abundant element by mass in the Earth's crust. The ion Ca2+ is also the fifth-most-abundant dissolved ion in seawater by both molarity and mass, after sodium, chloride, magnesium, and sulfate.", + "symbol": "Ca", + "xpos": 2, + "ypos": 4, + "wxpos": 2, + "wypos": 4, + "shells": [ + 2, + 8, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2", + "electron_configuration_semantic": "[Ar] 4s2", + "electron_affinity": 2.37, + "electronegativity_pauling": 1, + "ionization_energies": [ + 589.8, + 1145.4, + 4912.4, + 6491, + 8153, + 10496, + 12270, + 14206, + 18191, + 20385, + 57110, + 63410, + 70110, + 78890, + 86310, + 94000, + 104900, + 111711, + 494850, + 527762 + ], + "cpk-hex": "3dff00", + "image": { + "title": "Calcium Grains, grain size about 1 mm", + "url": "https://upload.wikimedia.org/wikipedia/commons/7/72/Calcium.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/calcium.php" + }, + "block": "s" + }, + { + "name": "Scandium", + "appearance": "silvery white", + "atomic_mass": 44.9559085, + "boil": 3109, + "category": "transition metal", + "density": 2.985, + "discovered_by": "Lars Fredrik Nilson", + "melt": 1814, + "molar_heat": 25.52, + "named_by": null, + "number": 21, + "period": 4, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Scandium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_021_scandium/element_021_scandium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_021_scandium/element_021_scandium.glb", + "spectral_img": null, + "summary": "Scandium is a chemical element with symbol Sc and atomic number 21. A silvery-white metallic d-block element, it has historically been sometimes classified as a rare earth element, together with yttrium and the lanthanoids. It was discovered in 1879 by spectral analysis of the minerals euxenite and gadolinite from Scandinavia.", + "symbol": "Sc", + "xpos": 3, + "ypos": 4, + "wxpos": 17, + "wypos": 4, + "shells": [ + 2, + 8, + 9, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d1", + "electron_configuration_semantic": "[Ar] 3d1 4s2", + "electron_affinity": 18, + "electronegativity_pauling": 1.36, + "ionization_energies": [ + 633.1, + 1235, + 2388.6, + 7090.6, + 8843, + 10679, + 13310, + 15250, + 17370, + 21726, + 24102, + 66320, + 73010, + 80160, + 89490, + 97400, + 105600, + 117000, + 124270, + 547530, + 582163 + ], + "cpk-hex": "e6e6e6", + "image": { + "title": "Crystal of Scandium. About 1g", + "url": "https://upload.wikimedia.org/wikipedia/commons/f/f5/Scandium%2C_Sc.jpg", + "attribution": "JanDerChemiker, CC BY-SA 3.0 , via Wikimedia Commons" + }, + "block": "d" + }, + { + "name": "Titanium", + "appearance": "silvery grey-white metallic", + "atomic_mass": 47.8671, + "boil": 3560, + "category": "transition metal", + "density": 4.506, + "discovered_by": "William Gregor", + "melt": 1941, + "molar_heat": 25.06, + "named_by": "Martin Heinrich Klaproth", + "number": 22, + "period": 4, + "group": 4, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Titanium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_022_titanium/element_022_titanium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_022_titanium/element_022_titanium.glb", + "spectral_img": null, + "summary": "Titanium is a chemical element with symbol Ti and atomic number 22. It is a lustrous transition metal with a silver color, low density and high strength. It is highly resistant to corrosion in sea water, aqua regia and chlorine.", + "symbol": "Ti", + "xpos": 4, + "ypos": 4, + "wxpos": 18, + "wypos": 4, + "shells": [ + 2, + 8, + 10, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d2", + "electron_configuration_semantic": "[Ar] 3d2 4s2", + "electron_affinity": 7.289, + "electronegativity_pauling": 1.54, + "ionization_energies": [ + 658.8, + 1309.8, + 2652.5, + 4174.6, + 9581, + 11533, + 13590, + 16440, + 18530, + 20833, + 25575, + 28125, + 76015, + 83280, + 90880, + 100700, + 109100, + 117800, + 129900, + 137530, + 602930, + 639294 + ], + "cpk-hex": "bfc2c7", + "image": { + "title": "Titanium Crystal made with the van Arkel-de Booer Process. 87 grams, Orginial size in cm: 2.5 x 4", + "url": "https://upload.wikimedia.org/wikipedia/commons/e/ec/Titanium.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/titanium.php" + }, + "block": "d" + }, + { + "name": "Vanadium", + "appearance": "blue-silver-grey metal", + "atomic_mass": 50.94151, + "boil": 3680, + "category": "transition metal", + "density": 6, + "discovered_by": "Andrés Manuel del Río", + "melt": 2183, + "molar_heat": 24.89, + "named_by": "Isotopes of vanadium", + "number": 23, + "period": 4, + "group": 5, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Vanadium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_023_vanadium/element_023_vanadium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_023_vanadium/element_023_vanadium.glb", + "spectral_img": null, + "summary": "Vanadium is a chemical element with symbol V and atomic number 23. It is a hard, silvery grey, ductile and malleable transition metal. The element is found only in chemically combined form in nature, but once isolated artificially, the formation of an oxide layer stabilizes the free metal somewhat against further oxidation.", + "symbol": "V", + "xpos": 5, + "ypos": 4, + "wxpos": 19, + "wypos": 4, + "shells": [ + 2, + 8, + 11, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d3", + "electron_configuration_semantic": "[Ar] 3d3 4s2", + "electron_affinity": 50.911, + "electronegativity_pauling": 1.63, + "ionization_energies": [ + 650.9, + 1414, + 2830, + 4507, + 6298.7, + 12363, + 14530, + 16730, + 19860, + 22240, + 24670, + 29730, + 32446, + 86450, + 94170, + 102300, + 112700, + 121600, + 130700, + 143400, + 151440, + 661050, + 699144 + ], + "cpk-hex": "a6a6ab", + "image": { + "title": "Pieces of Pure Vanadium with Oxide Layer", + "url": "https://upload.wikimedia.org/wikipedia/commons/0/0a/Vanadium-pieces.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/vanadium.php" + }, + "block": "d" + }, + { + "name": "Chromium", + "appearance": "silvery metallic", + "atomic_mass": 51.99616, + "boil": 2944, + "category": "transition metal", + "density": 7.19, + "discovered_by": "Louis Nicolas Vauquelin", + "melt": 2180, + "molar_heat": 23.35, + "named_by": null, + "number": 24, + "period": 4, + "group": 6, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Chromium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_024_chromium/element_024_chromium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_024_chromium/element_024_chromium.glb", + "spectral_img": null, + "summary": "Chromium is a chemical element with symbol Cr and atomic number 24. It is the first element in Group 6. It is a steely-gray, lustrous, hard and brittle metal which takes a high polish, resists tarnishing, and has a high melting point.", + "symbol": "Cr", + "xpos": 6, + "ypos": 4, + "wxpos": 20, + "wypos": 4, + "shells": [ + 2, + 8, + 13, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s1 3d5", + "electron_configuration_semantic": "[Ar] 3d5 4s1", + "electron_affinity": 65.21, + "electronegativity_pauling": 1.66, + "ionization_energies": [ + 652.9, + 1590.6, + 2987, + 4743, + 6702, + 8744.9, + 15455, + 17820, + 20190, + 23580, + 26130, + 28750, + 34230, + 37066, + 97510, + 105800, + 114300, + 125300, + 134700, + 144300, + 157700, + 166090, + 721870, + 761733 + ], + "cpk-hex": "8a99c7", + "image": { + "title": "Piece of Chromium Metal", + "url": "https://upload.wikimedia.org/wikipedia/commons/a/a1/Chromium.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/chromium.php" + }, + "block": "d" + }, + { + "name": "Manganese", + "appearance": "silvery metallic", + "atomic_mass": 54.9380443, + "boil": 2334, + "category": "transition metal", + "density": 7.21, + "discovered_by": "Torbern Olof Bergman", + "melt": 1519, + "molar_heat": 26.32, + "named_by": null, + "number": 25, + "period": 4, + "group": 7, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Manganese", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_025_manganese/element_025_manganese_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_025_manganese/element_025_manganese.glb", + "spectral_img": null, + "summary": "Manganese is a chemical element with symbol Mn and atomic number 25. It is not found as a free element in nature; it is often found in combination with iron, and in many minerals. Manganese is a metal with important industrial metal alloy uses, particularly in stainless steels.", + "symbol": "Mn", + "xpos": 7, + "ypos": 4, + "wxpos": 21, + "wypos": 4, + "shells": [ + 2, + 8, + 13, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d5", + "electron_configuration_semantic": "[Ar] 3d5 4s2", + "electron_affinity": -50, + "electronegativity_pauling": 1.55, + "ionization_energies": [ + 717.3, + 1509, + 3248, + 4940, + 6990, + 9220, + 11500, + 18770, + 21400, + 23960, + 27590, + 30330, + 33150, + 38880, + 41987, + 109480, + 118100, + 127100, + 138600, + 148500, + 158600, + 172500, + 181380, + 785450, + 827067 + ], + "cpk-hex": "9c7ac7", + "image": { + "title": "Two Oieces of Manganese Metal", + "url": "https://upload.wikimedia.org/wikipedia/commons/6/64/Manganese_element.jpg", + "attribution": "W. Oelen, CC BY-SA 3.0 , via Wikimedia Commons" + }, + "block": "d" + }, + { + "name": "Iron", + "appearance": "lustrous metallic with a grayish tinge", + "atomic_mass": 55.8452, + "boil": 3134, + "category": "transition metal", + "density": 7.874, + "discovered_by": "5000 BC", + "melt": 1811, + "molar_heat": 25.1, + "named_by": null, + "number": 26, + "period": 4, + "group": 8, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Iron", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_026_iron/element_026_iron_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_026_iron/element_026_iron.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Iron_Spectrum.jpg", + "summary": "Iron is a chemical element with symbol Fe (from Latin:ferrum) and atomic number 26. It is a metal in the first transition series. It is by mass the most common element on Earth, forming much of Earth's outer and inner core.", + "symbol": "Fe", + "xpos": 8, + "ypos": 4, + "wxpos": 22, + "wypos": 4, + "shells": [ + 2, + 8, + 14, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d6", + "electron_configuration_semantic": "[Ar] 3d6 4s2", + "electron_affinity": 14.785, + "electronegativity_pauling": 1.83, + "ionization_energies": [ + 762.5, + 1561.9, + 2957, + 5290, + 7240, + 9560, + 12060, + 14580, + 22540, + 25290, + 28000, + 31920, + 34830, + 37840, + 44100, + 47206, + 122200, + 131000, + 140500, + 152600, + 163000, + 173600, + 188100, + 195200, + 851800, + 895161 + ], + "cpk-hex": "e06633", + "image": { + "title": "Fragments of an iron meteorite, about 92% iron. Original size of the single pieces in cm: 0.4 - 0.8", + "url": "https://images-of-elements.com/iron-2.jpg", + "attribution": "Chemical ELements A Virtual Museum, CC BY 3.0 source: https://images-of-elements.com/iron.php" + }, + "block": "d" + }, + { + "name": "Cobalt", + "appearance": "hard lustrous gray metal", + "atomic_mass": 58.9331944, + "boil": 3200, + "category": "transition metal", + "density": 8.9, + "discovered_by": "Georg Brandt", + "melt": 1768, + "molar_heat": 24.81, + "named_by": null, + "number": 27, + "period": 4, + "group": 9, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Cobalt", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_027_cobalt/element_027_cobalt_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_027_cobalt/element_027_cobalt.glb", + "spectral_img": null, + "summary": "Cobalt is a chemical element with symbol Co and atomic number 27. Like nickel, cobalt in the Earth's crust is found only in chemically combined form, save for small deposits found in alloys of natural meteoric iron. The free element, produced by reductive smelting, is a hard, lustrous, silver-gray metal.", + "symbol": "Co", + "xpos": 9, + "ypos": 4, + "wxpos": 23, + "wypos": 4, + "shells": [ + 2, + 8, + 15, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d7", + "electron_configuration_semantic": "[Ar] 3d7 4s2", + "electron_affinity": 63.898, + "electronegativity_pauling": 1.88, + "ionization_energies": [ + 760.4, + 1648, + 3232, + 4950, + 7670, + 9840, + 12440, + 15230, + 17959, + 26570, + 29400, + 32400, + 36600, + 39700, + 42800, + 49396, + 52737, + 134810, + 145170, + 154700, + 167400, + 178100, + 189300, + 204500, + 214100, + 920870, + 966023 + ], + "cpk-hex": "f090a0", + "image": { + "title": "Fractions from a cobalt, 7 and 4 grams. Original size in cm: 2 x 2", + "url": "https://upload.wikimedia.org/wikipedia/commons/6/62/Cobalt_ore_2.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/cobalt.php" + }, + "block": "d" + }, + { + "name": "Nickel", + "appearance": "lustrous, metallic, and silver with a gold tinge", + "atomic_mass": 58.69344, + "boil": 3003, + "category": "transition metal", + "density": 8.908, + "discovered_by": "Axel Fredrik Cronstedt", + "melt": 1728, + "molar_heat": 26.07, + "named_by": null, + "number": 28, + "period": 4, + "group": 10, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Nickel", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_028_nickel/element_028_nickel_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_028_nickel/element_028_nickel.glb", + "spectral_img": null, + "summary": "Nickel is a chemical element with symbol Ni and atomic number 28. It is a silvery-white lustrous metal with a slight golden tinge. Nickel belongs to the transition metals and is hard and ductile.", + "symbol": "Ni", + "xpos": 10, + "ypos": 4, + "wxpos": 24, + "wypos": 4, + "shells": [ + 2, + 8, + 16, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d8", + "electron_configuration_semantic": "[Ar] 3d8 4s2", + "electron_affinity": 111.65, + "electronegativity_pauling": 1.91, + "ionization_energies": [ + 737.1, + 1753, + 3395, + 5300, + 7339, + 10400, + 12800, + 15600, + 18600, + 21670, + 30970, + 34000, + 37100, + 41500, + 44800, + 48100, + 55101, + 58570, + 148700, + 159000, + 169400, + 182700, + 194000, + 205600, + 221400, + 231490, + 992718, + 1039668 + ], + "cpk-hex": "50d050", + "image": { + "title": "Nickel Chunk", + "url": "https://upload.wikimedia.org/wikipedia/commons/5/57/Nickel_chunk.jpg", + "attribution": "Materialscientist at English Wikipedia, CC BY-SA 3.0 , via Wikimedia Commons" + }, + "block": "d" + }, + { + "name": "Copper", + "appearance": "red-orange metallic luster", + "atomic_mass": 63.5463, + "boil": 2835, + "category": "transition metal", + "density": 8.96, + "discovered_by": "Middle East", + "melt": 1357.77, + "molar_heat": 24.44, + "named_by": null, + "number": 29, + "period": 4, + "group": 11, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Copper", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_029_copper/element_029_copper_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_029_copper/element_029_copper.glb", + "spectral_img": null, + "summary": "Copper is a chemical element with symbol Cu (from Latin:cuprum) and atomic number 29. It is a soft, malleable and ductile metal with very high thermal and electrical conductivity. A freshly exposed surface of pure copper has a reddish-orange color.", + "symbol": "Cu", + "xpos": 11, + "ypos": 4, + "wxpos": 25, + "wypos": 4, + "shells": [ + 2, + 8, + 18, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s1 3d10", + "electron_configuration_semantic": "[Ar] 3d10 4s1", + "electron_affinity": 119.235, + "electronegativity_pauling": 1.9, + "ionization_energies": [ + 745.5, + 1957.9, + 3555, + 5536, + 7700, + 9900, + 13400, + 16000, + 19200, + 22400, + 25600, + 35600, + 38700, + 42000, + 46700, + 50200, + 53700, + 61100, + 64702, + 163700, + 174100, + 184900, + 198800, + 210500, + 222700, + 239100, + 249660, + 1067358, + 1116105 + ], + "cpk-hex": "c88033", + "image": { + "title": "Macro of Native Copper about 1 ½ inches (4 cm) in size", + "url": "https://upload.wikimedia.org/wikipedia/commons/f/f0/NatCopper.jpg", + "attribution": "Native_Copper_Macro_Digon3.jpg: 'Jonathan Zander (Digon3)' derivative work: Materialscientist, CC BY-SA 2.5 , via Wikimedia Commons" + }, + "block": "d" + }, + { + "name": "Zinc", + "appearance": "silver-gray", + "atomic_mass": 65.382, + "boil": 1180, + "category": "transition metal", + "density": 7.14, + "discovered_by": "India", + "melt": 692.68, + "molar_heat": 25.47, + "named_by": null, + "number": 30, + "period": 4, + "group": 12, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Zinc", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_030_zinc/element_030_zinc_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_030_zinc/element_030_zinc.glb", + "spectral_img": null, + "summary": "Zinc, in commerce also spelter, is a chemical element with symbol Zn and atomic number 30. It is the first element of group 12 of the periodic table. In some respects zinc is chemically similar to magnesium:its ion is of similar size and its only common oxidation state is +2.", + "symbol": "Zn", + "xpos": 12, + "ypos": 4, + "wxpos": 26, + "wypos": 4, + "shells": [ + 2, + 8, + 18, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10", + "electron_configuration_semantic": "[Ar] 3d10 4s2", + "electron_affinity": -58, + "electronegativity_pauling": 1.65, + "ionization_energies": [ + 906.4, + 1733.3, + 3833, + 5731, + 7970, + 10400, + 12900, + 16800, + 19600, + 23000, + 26400, + 29990, + 40490, + 43800, + 47300, + 52300, + 55900, + 59700, + 67300, + 71200, + 179100 + ], + "cpk-hex": "7d80b0", + "image": { + "title": "30 grams Zinc, front and back side. Original size in cm: 3", + "url": "https://upload.wikimedia.org/wikipedia/commons/b/ba/Zinc_%2830_Zn%29.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/zinc.php" + }, + "block": "d" + }, + { + "name": "Gallium", + "appearance": "silver-white", + "atomic_mass": 69.7231, + "boil": 2673, + "category": "post-transition metal", + "density": 5.91, + "discovered_by": "Lecoq de Boisbaudran", + "melt": 302.9146, + "molar_heat": 25.86, + "named_by": null, + "number": 31, + "period": 4, + "group": 13, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Gallium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_031_gallium/element_031_gallium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_031_gallium/element_031_gallium.glb", + "spectral_img": null, + "summary": "Gallium is a chemical element with symbol Ga and atomic number 31. Elemental gallium does not occur in free form in nature, but as the gallium(III) compounds that are in trace amounts in zinc ores and in bauxite. Gallium is a soft, silvery metal, and elemental gallium is a brittle solid at low temperatures, and melts at 29.76 °C (85.57 °F) (slightly above room temperature).", + "symbol": "Ga", + "xpos": 13, + "ypos": 4, + "wxpos": 27, + "wypos": 4, + "shells": [ + 2, + 8, + 18, + 3 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p1", + "electron_configuration_semantic": "[Ar] 3d10 4s2 4p1", + "electron_affinity": 41, + "electronegativity_pauling": 1.81, + "ionization_energies": [ + 578.8, + 1979.3, + 2963, + 6180 + ], + "cpk-hex": "c28f8f", + "image": { + "title": "Solid gallium, fresh and after some time (2 months) at room temperature", + "url": "https://upload.wikimedia.org/wikipedia/commons/b/b1/Solid_gallium_%28Ga%29.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/gallium.php" + }, + "block": "p" + }, + { + "name": "Germanium", + "appearance": "grayish-white", + "atomic_mass": 72.6308, + "boil": 3106, + "category": "metalloid", + "density": 5.323, + "discovered_by": "Clemens Winkler", + "melt": 1211.4, + "molar_heat": 23.222, + "named_by": null, + "number": 32, + "period": 4, + "group": 14, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Germanium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_032_germanium/element_032_germanium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_032_germanium/element_032_germanium.glb", + "spectral_img": null, + "summary": "Germanium is a chemical element with symbol Ge and atomic number 32. It is a lustrous, hard, grayish-white metalloid in the carbon group, chemically similar to its group neighbors tin and silicon. Purified germanium is a semiconductor, with an appearance most similar to elemental silicon.", + "symbol": "Ge", + "xpos": 14, + "ypos": 4, + "wxpos": 28, + "wypos": 4, + "shells": [ + 2, + 8, + 18, + 4 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p2", + "electron_configuration_semantic": "[Ar] 3d10 4s2 4p2", + "electron_affinity": 118.9352, + "electronegativity_pauling": 2.01, + "ionization_energies": [ + 762, + 1537.5, + 3302.1, + 4411, + 9020 + ], + "cpk-hex": "668f8f", + "image": { + "title": "12 Grams Polycrystalline Germanium, 2*3 cm", + "url": "https://upload.wikimedia.org/wikipedia/commons/0/08/Polycrystalline-germanium.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/germanium.php" + }, + "block": "p" + }, + { + "name": "Arsenic", + "appearance": "metallic grey", + "atomic_mass": 74.9215956, + "boil": null, + "category": "metalloid", + "density": 5.727, + "discovered_by": "Bronze Age", + "melt": null, + "molar_heat": 24.64, + "named_by": null, + "number": 33, + "period": 4, + "group": 15, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Arsenic", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_033_arsenic/element_033_arsenic_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_033_arsenic/element_033_arsenic.glb", + "spectral_img": null, + "summary": "Arsenic is a chemical element with symbol As and atomic number 33. Arsenic occurs in many minerals, usually in conjunction with sulfur and metals, and also as a pure elemental crystal. Arsenic is a metalloid.", + "symbol": "As", + "xpos": 15, + "ypos": 4, + "wxpos": 29, + "wypos": 4, + "shells": [ + 2, + 8, + 18, + 5 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p3", + "electron_configuration_semantic": "[Ar] 3d10 4s2 4p3", + "electron_affinity": 77.65, + "electronegativity_pauling": 2.18, + "ionization_energies": [ + 947, + 1798, + 2735, + 4837, + 6043, + 12310 + ], + "cpk-hex": "bd80e3", + "image": { + "title": "Ultrapure Metallic Arsenic under Argon, 1 - 2 grams. Original size of each piece in cm: 0.5 x 1", + "url": "https://upload.wikimedia.org/wikipedia/commons/3/3b/Arsenic_%2833_As%29.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/arsenic.php" + }, + "block": "p" + }, + { + "name": "Selenium", + "appearance": "black, red, and gray (not pictured) allotropes", + "atomic_mass": 78.9718, + "boil": 958, + "category": "polyatomic nonmetal", + "density": 4.81, + "discovered_by": "Jöns Jakob Berzelius", + "melt": 494, + "molar_heat": 25.363, + "named_by": null, + "number": 34, + "period": 4, + "group": 16, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Selenium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_034_selenium/element_034_selenium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_034_selenium/element_034_selenium.glb", + "spectral_img": null, + "summary": "Selenium is a chemical element with symbol Se and atomic number 34. It is a nonmetal with properties that are intermediate between those of its periodic table column-adjacent chalcogen elements sulfur and tellurium. It rarely occurs in its elemental state in nature, or as pure ore compounds.", + "symbol": "Se", + "xpos": 16, + "ypos": 4, + "wxpos": 30, + "wypos": 4, + "shells": [ + 2, + 8, + 18, + 6 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p4", + "electron_configuration_semantic": "[Ar] 3d10 4s2 4p4", + "electron_affinity": 194.9587, + "electronegativity_pauling": 2.55, + "ionization_energies": [ + 941, + 2045, + 2973.7, + 4144, + 6590, + 7880, + 14990 + ], + "cpk-hex": "ffa100", + "image": { + "title": "Ultrapure Black, Amorphous Selenium, 3 - 4 grams. Original size in cm: 2", + "url": "https://upload.wikimedia.org/wikipedia/commons/7/7f/Selenium.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/selenium.php" + }, + "block": "p" + }, + { + "name": "Bromine", + "appearance": null, + "atomic_mass": 79.904, + "boil": 332, + "category": "diatomic nonmetal", + "density": 3.1028, + "discovered_by": "Antoine Jérôme Balard", + "melt": 265.8, + "molar_heat": null, + "named_by": null, + "number": 35, + "period": 4, + "group": 17, + "phase": "Liquid", + "source": "https://en.wikipedia.org/wiki/Bromine", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_035_bromine/element_035_bromine_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_035_bromine/element_035_bromine.glb", + "spectral_img": null, + "summary": "Bromine (from Ancient Greek:βρῶμος, brómos, meaning \"stench\") is a chemical element with symbol Br, and atomic number 35. It is a halogen. The element was isolated independently by two chemists, Carl Jacob Löwig and Antoine Jerome Balard, in 1825–1826.", + "symbol": "Br", + "xpos": 17, + "ypos": 4, + "wxpos": 31, + "wypos": 4, + "shells": [ + 2, + 8, + 18, + 7 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p5", + "electron_configuration_semantic": "[Ar] 3d10 4s2 4p5", + "electron_affinity": 324.537, + "electronegativity_pauling": 2.96, + "ionization_energies": [ + 1139.9, + 2103, + 3470, + 4560, + 5760, + 8550, + 9940, + 18600 + ], + "cpk-hex": "a62929", + "image": { + "title": "99.5 % pure liquid Bromine in a 4 x 1 cm big glass ampoule, cast in acrylic", + "url": "https://upload.wikimedia.org/wikipedia/commons/8/87/Bromine-ampoule.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/bromine.php" + }, + "block": "p" + }, + { + "name": "Krypton", + "appearance": "colorless gas, exhibiting a whitish glow in a high electric field", + "atomic_mass": 83.7982, + "boil": 119.93, + "category": "noble gas", + "density": 3.749, + "discovered_by": "William Ramsay", + "melt": 115.78, + "molar_heat": null, + "named_by": null, + "number": 36, + "period": 4, + "group": 18, + "phase": "Gas", + "source": "https://en.wikipedia.org/wiki/Krypton", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_036_krypton/element_036_krypton_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_036_krypton/element_036_krypton.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Krypton_Spectrum.jpg", + "summary": "Krypton (from Greek:κρυπτός kryptos \"the hidden one\") is a chemical element with symbol Kr and atomic number 36. It is a member of group 18 (noble gases) elements. A colorless, odorless, tasteless noble gas, krypton occurs in trace amounts in the atmosphere, is isolated by fractionally distilling liquefied air, and is often used with other rare gases in fluorescent lamps.", + "symbol": "Kr", + "xpos": 18, + "ypos": 4, + "wxpos": 32, + "wypos": 4, + "shells": [ + 2, + 8, + 18, + 8 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6", + "electron_configuration_semantic": "[Ar] 3d10 4s2 4p6", + "electron_affinity": -96, + "electronegativity_pauling": 3, + "ionization_energies": [ + 1350.8, + 2350.4, + 3565, + 5070, + 6240, + 7570, + 10710, + 12138, + 22274, + 25880, + 29700, + 33800, + 37700, + 43100, + 47500, + 52200, + 57100, + 61800, + 75800, + 80400, + 85300, + 90400, + 96300, + 101400, + 111100, + 116290, + 282500, + 296200, + 311400, + 326200 + ], + "cpk-hex": "5cb8d1", + "image": { + "title": "Vial of Glowing Ultrapure Krypton. Original size in cm: 1 x 5.", + "url": "https://upload.wikimedia.org/wikipedia/commons/9/9c/Krypton-glow.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/krypton.php" + }, + "block": "p" + }, + { + "name": "Rubidium", + "appearance": "grey white", + "atomic_mass": 85.46783, + "boil": 961, + "category": "alkali metal", + "density": 1.532, + "discovered_by": "Robert Bunsen", + "melt": 312.45, + "molar_heat": 31.06, + "named_by": null, + "number": 37, + "period": 5, + "group": 1, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Rubidium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_037_rubidium/element_037_rubidium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_037_rubidium/element_037_rubidium.glb", + "spectral_img": null, + "summary": "Rubidium is a chemical element with symbol Rb and atomic number 37. Rubidium is a soft, silvery-white metallic element of the alkali metal group, with an atomic mass of 85.4678. Elemental rubidium is highly reactive, with properties similar to those of other alkali metals, such as very rapid oxidation in air.", + "symbol": "Rb", + "xpos": 1, + "ypos": 5, + "wxpos": 1, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 8, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s1", + "electron_configuration_semantic": "[Kr] 5s1", + "electron_affinity": 46.884, + "electronegativity_pauling": 0.82, + "ionization_energies": [ + 403, + 2633, + 3860, + 5080, + 6850, + 8140, + 9570, + 13120, + 14500, + 26740 + ], + "cpk-hex": "702eb0", + "image": { + "title": "Rubidium Metal Sample", + "url": "https://upload.wikimedia.org/wikipedia/commons/c/c9/Rb5.JPG", + "attribution": "Dnn87, CC BY 3.0 , via Wikimedia Commons" + }, + "block": "s" + }, + { + "name": "Strontium", + "appearance": null, + "atomic_mass": 87.621, + "boil": 1650, + "category": "alkaline earth metal", + "density": 2.64, + "discovered_by": "William Cruickshank (chemist)", + "melt": 1050, + "molar_heat": 26.4, + "named_by": null, + "number": 38, + "period": 5, + "group": 2, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Strontium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_038_strontium/element_038_strontium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_038_strontium/element_038_strontium.glb", + "spectral_img": null, + "summary": "Strontium is a chemical element with symbol Sr and atomic number 38. An alkaline earth metal, strontium is a soft silver-white or yellowish metallic element that is highly reactive chemically. The metal turns yellow when it is exposed to air.", + "symbol": "Sr", + "xpos": 2, + "ypos": 5, + "wxpos": 2, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2", + "electron_configuration_semantic": "[Kr] 5s2", + "electron_affinity": 5.023, + "electronegativity_pauling": 0.95, + "ionization_energies": [ + 549.5, + 1064.2, + 4138, + 5500, + 6910, + 8760, + 10230, + 11800, + 15600, + 17100, + 31270 + ], + "cpk-hex": "00ff00", + "image": { + "title": "Strontium Pieces under Paraffin Oil.", + "url": "https://upload.wikimedia.org/wikipedia/commons/8/84/Strontium-1.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/strontium.php" + }, + "block": "s" + }, + { + "name": "Yttrium", + "appearance": "silvery white", + "atomic_mass": 88.905842, + "boil": 3203, + "category": "transition metal", + "density": 4.472, + "discovered_by": "Johan Gadolin", + "melt": 1799, + "molar_heat": 26.53, + "named_by": null, + "number": 39, + "period": 5, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Yttrium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_039_yttrium/element_039_yttrium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_039_yttrium/element_039_yttrium.glb", + "spectral_img": null, + "summary": "Yttrium is a chemical element with symbol Y and atomic number 39. It is a silvery-metallic transition metal chemically similar to the lanthanides and it has often been classified as a \"rare earth element\". Yttrium is almost always found combined with the lanthanides in rare earth minerals and is never found in nature as a free element.", + "symbol": "Y", + "xpos": 3, + "ypos": 5, + "wxpos": 17, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 9, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d1", + "electron_configuration_semantic": "[Kr] 4d1 5s2", + "electron_affinity": 29.6, + "electronegativity_pauling": 1.22, + "ionization_energies": [ + 600, + 1180, + 1980, + 5847, + 7430, + 8970, + 11190, + 12450, + 14110, + 18400, + 19900, + 36090 + ], + "cpk-hex": "94ffff", + "image": { + "title": "6,21g Yttrium, Reinheit mindestens 99%.", + "url": "https://upload.wikimedia.org/wikipedia/commons/9/90/Piece_of_Yttrium.jpg", + "attribution": "Jan Anskeit, CC BY-SA 4.0 , via Wikimedia Commons" + }, + "block": "d" + }, + { + "name": "Zirconium", + "appearance": "silvery white", + "atomic_mass": 91.2242, + "boil": 4650, + "category": "transition metal", + "density": 6.52, + "discovered_by": "Martin Heinrich Klaproth", + "melt": 2128, + "molar_heat": 25.36, + "named_by": null, + "number": 40, + "period": 5, + "group": 4, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Zirconium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_040_zirconium/element_040_zirconium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_040_zirconium/element_040_zirconium.glb", + "spectral_img": null, + "summary": "Zirconium is a chemical element with symbol Zr and atomic number 40. The name of zirconium is taken from the name of the mineral zircon, the most important source of zirconium. The word zircon comes from the Persian word zargun زرگون, meaning \"gold-colored\".", + "symbol": "Zr", + "xpos": 4, + "ypos": 5, + "wxpos": 18, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 10, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d2", + "electron_configuration_semantic": "[Kr] 4d2 5s2", + "electron_affinity": 41.806, + "electronegativity_pauling": 1.33, + "ionization_energies": [ + 640.1, + 1270, + 2218, + 3313, + 7752, + 9500 + ], + "cpk-hex": "94e0e0", + "image": { + "title": "Two pieces of Zirconium, 1 cm each.", + "url": "https://upload.wikimedia.org/wikipedia/commons/1/1d/Zirconium-pieces.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/zirconium.php" + }, + "block": "d" + }, + { + "name": "Niobium", + "appearance": "gray metallic, bluish when oxidized", + "atomic_mass": 92.906372, + "boil": 5017, + "category": "transition metal", + "density": 8.57, + "discovered_by": "Charles Hatchett", + "melt": 2750, + "molar_heat": 24.6, + "named_by": null, + "number": 41, + "period": 5, + "group": 5, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Niobium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_041_niobium/element_041_niobium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_041_niobium/element_041_niobium.glb", + "spectral_img": null, + "summary": "Niobium, formerly columbium, is a chemical element with symbol Nb (formerly Cb) and atomic number 41. It is a soft, grey, ductile transition metal, which is often found in the pyrochlore mineral, the main commercial source for niobium, and columbite. The name comes from Greek mythology:Niobe, daughter of Tantalus since it is so similar to tantalum.", + "symbol": "Nb", + "xpos": 5, + "ypos": 5, + "wxpos": 19, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 12, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s1 4d4", + "electron_configuration_semantic": "[Kr] 4d4 5s1", + "electron_affinity": 88.516, + "electronegativity_pauling": 1.6, + "ionization_energies": [ + 652.1, + 1380, + 2416, + 3700, + 4877, + 9847, + 12100 + ], + "cpk-hex": "73c2c9", + "image": { + "title": "Niobium strips", + "url": "https://upload.wikimedia.org/wikipedia/commons/c/c2/Niobium_strips.JPG", + "attribution": "Mauro Cateb, CC BY-SA 3.0 , via Wikimedia Commons" + }, + "block": "d" + }, + { + "name": "Molybdenum", + "appearance": "gray metallic", + "atomic_mass": 95.951, + "boil": 4912, + "category": "transition metal", + "density": 10.28, + "discovered_by": "Carl Wilhelm Scheele", + "melt": 2896, + "molar_heat": 24.06, + "named_by": null, + "number": 42, + "period": 5, + "group": 6, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Molybdenum", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_042_molybdenum/element_042_molybdenum_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_042_molybdenum/element_042_molybdenum.glb", + "spectral_img": null, + "summary": "Molybdenum is a chemical element with symbol Mo and atomic number 42. The name is from Neo-Latin molybdaenum, from Ancient Greek Μόλυβδος molybdos, meaning lead, since its ores were confused with lead ores. Molybdenum minerals have been known throughout history, but the element was discovered (in the sense of differentiating it as a new entity from the mineral salts of other metals) in 1778 by Carl Wilhelm Scheele.", + "symbol": "Mo", + "xpos": 6, + "ypos": 5, + "wxpos": 20, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 13, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s1 4d5", + "electron_configuration_semantic": "[Kr] 4d5 5s1", + "electron_affinity": 72.1, + "electronegativity_pauling": 2.16, + "ionization_energies": [ + 684.3, + 1560, + 2618, + 4480, + 5257, + 6640.8, + 12125, + 13860, + 15835, + 17980, + 20190, + 22219, + 26930, + 29196, + 52490, + 55000, + 61400, + 67700, + 74000, + 80400, + 87000, + 93400, + 98420, + 104400, + 121900, + 127700, + 133800, + 139800, + 148100, + 154500 + ], + "cpk-hex": "54b5b5", + "image": { + "title": "99.9 Pure Molybdenum Crystal, about 2 x 3 cm, with anodisation color", + "url": "https://upload.wikimedia.org/wikipedia/commons/f/f0/Molybdenum.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/molybdenum.php" + }, + "block": "d" + }, + { + "name": "Technetium", + "appearance": "shiny gray metal", + "atomic_mass": 98, + "boil": 4538, + "category": "transition metal", + "density": 11, + "discovered_by": "Emilio Segrè", + "melt": 2430, + "molar_heat": 24.27, + "named_by": null, + "number": 43, + "period": 5, + "group": 7, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Technetium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_043_technetium/element_043_technetium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_043_technetium/element_043_technetium.glb", + "spectral_img": null, + "summary": "Technetium (/tɛkˈniːʃiəm/) is a chemical element with symbol Tc and atomic number 43. It is the element with the lowest atomic number in the periodic table that has no stable isotopes:every form of it is radioactive. Nearly all technetium is produced synthetically, and only minute amounts are found in nature.", + "symbol": "Tc", + "xpos": 7, + "ypos": 5, + "wxpos": 21, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 13, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d5", + "electron_configuration_semantic": "[Kr] 4d5 5s2", + "electron_affinity": 53, + "electronegativity_pauling": 1.9, + "ionization_energies": [ + 702, + 1470, + 2850 + ], + "cpk-hex": "3b9e9e", + "image": { + "title": "Technetium Sample inside a sealed glass ampoule, filled with argon gas. 6x1 mm goldfoil covered with 99Tc powder (electroplated).", + "url": "https://upload.wikimedia.org/wikipedia/commons/a/ab/Technetium-sample-cropped.jpg", + "attribution": "GFDL, CC BY-SA 4.0 , via Wikimedia Commons" + }, + "block": "d" + }, + { + "name": "Ruthenium", + "appearance": "silvery white metallic", + "atomic_mass": 101.072, + "boil": 4423, + "category": "transition metal", + "density": 12.45, + "discovered_by": "Karl Ernst Claus", + "melt": 2607, + "molar_heat": 24.06, + "named_by": null, + "number": 44, + "period": 5, + "group": 8, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Ruthenium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_044_ruthenium/element_044_ruthenium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_044_ruthenium/element_044_ruthenium.glb", + "spectral_img": null, + "summary": "Ruthenium is a chemical element with symbol Ru and atomic number 44. It is a rare transition metal belonging to the platinum group of the periodic table. Like the other metals of the platinum group, ruthenium is inert to most other chemicals.", + "symbol": "Ru", + "xpos": 8, + "ypos": 5, + "wxpos": 22, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 15, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s1 4d7", + "electron_configuration_semantic": "[Kr] 4d7 5s1", + "electron_affinity": 100.96, + "electronegativity_pauling": 2.2, + "ionization_energies": [ + 710.2, + 1620, + 2747 + ], + "cpk-hex": "248f8f", + "image": { + "title": "Ruthenium Crystal, 0.6 grams, 0.6 x 1.3 cm size", + "url": "https://upload.wikimedia.org/wikipedia/commons/a/a8/Ruthenium_crystal.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/ruthenium.php" + }, + "block": "d" + }, + { + "name": "Rhodium", + "appearance": "silvery white metallic", + "atomic_mass": 102.905502, + "boil": 3968, + "category": "transition metal", + "density": 12.41, + "discovered_by": "William Hyde Wollaston", + "melt": 2237, + "molar_heat": 24.98, + "named_by": null, + "number": 45, + "period": 5, + "group": 9, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Rhodium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_045_rhodium/element_045_rhodium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_045_rhodium/element_045_rhodium.glb", + "spectral_img": null, + "summary": "Rhodium is a chemical element with symbol Rh and atomic number 45. It is a rare, silvery-white, hard, and chemically inert transition metal. It is a member of the platinum group.", + "symbol": "Rh", + "xpos": 9, + "ypos": 5, + "wxpos": 23, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 16, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s1 4d8", + "electron_configuration_semantic": "[Kr] 4d8 5s1", + "electron_affinity": 110.27, + "electronegativity_pauling": 2.28, + "ionization_energies": [ + 719.7, + 1740, + 2997 + ], + "cpk-hex": "0a7d8c", + "image": { + "title": "Pure Rhodium Bead, 1 gram. Original size in cm: 0.5", + "url": "https://upload.wikimedia.org/wikipedia/commons/5/54/Rhodium_%28Rh%29.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/rhodium.php" + }, + "block": "d" + }, + { + "name": "Palladium", + "appearance": "silvery white", + "atomic_mass": 106.421, + "boil": 3236, + "category": "transition metal", + "density": 12.023, + "discovered_by": "William Hyde Wollaston", + "melt": 1828.05, + "molar_heat": 25.98, + "named_by": null, + "number": 46, + "period": 5, + "group": 10, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Palladium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_046_palladium/element_046_palladium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_046_palladium/element_046_palladium.glb", + "spectral_img": null, + "summary": "Palladium is a chemical element with symbol Pd and atomic number 46. It is a rare and lustrous silvery-white metal discovered in 1803 by William Hyde Wollaston. He named it after the asteroid Pallas, which was itself named after the epithet of the Greek goddess Athena, acquired by her when she slew Pallas.", + "symbol": "Pd", + "xpos": 10, + "ypos": 5, + "wxpos": 24, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 18 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 4d10", + "electron_configuration_semantic": "[Kr] 4d10", + "electron_affinity": 54.24, + "electronegativity_pauling": 2.2, + "ionization_energies": [ + 804.4, + 1870, + 3177 + ], + "cpk-hex": "006985", + "image": { + "title": "Palladium Crystal, about 1 gram. Original size in cm: 0.5 x 1", + "url": "https://upload.wikimedia.org/wikipedia/commons/d/d7/Palladium_%2846_Pd%29.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/palladium.php" + }, + "block": "d" + }, + { + "name": "Silver", + "appearance": "lustrous white metal", + "atomic_mass": 107.86822, + "boil": 2435, + "category": "transition metal", + "density": 10.49, + "discovered_by": "unknown, before 5000 BC", + "melt": 1234.93, + "molar_heat": 25.35, + "named_by": null, + "number": 47, + "period": 5, + "group": 11, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Silver", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_047_silver/element_047_silver_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_047_silver/element_047_silver.glb", + "spectral_img": null, + "summary": "Silver is a chemical element with symbol Ag (Greek:άργυρος árguros, Latin:argentum, both from the Indo-European root *h₂erǵ- for \"grey\" or \"shining\") and atomic number 47. A soft, white, lustrous transition metal, it possesses the highest electrical conductivity, thermal conductivity and reflectivity of any metal. The metal occurs naturally in its pure, free form (native silver), as an alloy with gold and other metals, and in minerals such as argentite and chlorargyrite.", + "symbol": "Ag", + "xpos": 11, + "ypos": 5, + "wxpos": 25, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 18, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s1 4d10", + "electron_configuration_semantic": "[Kr] 4d10 5s1", + "electron_affinity": 125.862, + "electronegativity_pauling": 1.93, + "ionization_energies": [ + 731, + 2070, + 3361 + ], + "cpk-hex": "c0c0c0", + "image": { + "title": "Natural silver nugget, 1 cm long.", + "url": "https://upload.wikimedia.org/wikipedia/commons/e/e4/Silver-nugget.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: http://images-of-elements.com/silver.php" + }, + "block": "d" + }, + { + "name": "Cadmium", + "appearance": "silvery bluish-gray metallic", + "atomic_mass": 112.4144, + "boil": 1040, + "category": "transition metal", + "density": 8.65, + "discovered_by": "Karl Samuel Leberecht Hermann", + "melt": 594.22, + "molar_heat": 26.02, + "named_by": "Isotopes of cadmium", + "number": 48, + "period": 5, + "group": 12, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Cadmium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_048_cadmium/element_048_cadmium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_048_cadmium/element_048_cadmium.glb", + "spectral_img": null, + "summary": "Cadmium is a chemical element with symbol Cd and atomic number 48. This soft, bluish-white metal is chemically similar to the two other stable metals in group 12, zinc and mercury. Like zinc, it prefers oxidation state +2 in most of its compounds and like mercury it shows a low melting point compared to transition metals.", + "symbol": "Cd", + "xpos": 12, + "ypos": 5, + "wxpos": 26, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 18, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10", + "electron_configuration_semantic": "[Kr] 4d10 5s2", + "electron_affinity": -68, + "electronegativity_pauling": 1.69, + "ionization_energies": [ + 867.8, + 1631.4, + 3616 + ], + "cpk-hex": "ffd98f", + "image": { + "title": "48 Cd Cadmium", + "url": "https://images-of-elements.com/cadmium-4.jpg", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/cadmium.php" + }, + "block": "d" + }, + { + "name": "Indium", + "appearance": "silvery lustrous gray", + "atomic_mass": 114.8181, + "boil": 2345, + "category": "post-transition metal", + "density": 7.31, + "discovered_by": "Ferdinand Reich", + "melt": 429.7485, + "molar_heat": 26.74, + "named_by": null, + "number": 49, + "period": 5, + "group": 13, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Indium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_049_indium/element_049_indium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_049_indium/element_049_indium.glb", + "spectral_img": null, + "summary": "Indium is a chemical element with symbol In and atomic number 49. It is a post-transition metallic element that is rare in Earth's crust. The metal is very soft, malleable and easily fusible, with a melting point higher than sodium, but lower than lithium or tin.", + "symbol": "In", + "xpos": 13, + "ypos": 5, + "wxpos": 27, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 18, + 3 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p1", + "electron_configuration_semantic": "[Kr] 4d10 5s2 5p1", + "electron_affinity": 37.043, + "electronegativity_pauling": 1.78, + "ionization_energies": [ + 558.3, + 1820.7, + 2704, + 5210 + ], + "cpk-hex": "a67573", + "image": { + "title": "1.5 x 1.5 cm liquid indium", + "url": "https://images-of-elements.com/indium-2.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: http://images-of-elements.com/indium.php" + }, + "block": "p" + }, + { + "name": "Tin", + "appearance": "silvery-white (beta, β) or gray (alpha, α)", + "atomic_mass": 118.7107, + "boil": 2875, + "category": "post-transition metal", + "density": 7.365, + "discovered_by": "unknown, before 3500 BC", + "melt": 505.08, + "molar_heat": 27.112, + "named_by": null, + "number": 50, + "period": 5, + "group": 14, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Tin", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_050_tin/element_050_tin_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_050_tin/element_050_tin.glb", + "spectral_img": null, + "summary": "Tin is a chemical element with the symbol Sn (for Latin:stannum) and atomic number 50. It is a main group metal in group 14 of the periodic table. Tin shows a chemical similarity to both neighboring group-14 elements, germanium and lead, and has two possible oxidation states, +2 and the slightly more stable +4.", + "symbol": "Sn", + "xpos": 14, + "ypos": 5, + "wxpos": 28, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 18, + 4 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p2", + "electron_configuration_semantic": "[Kr] 4d10 5s2 5p2", + "electron_affinity": 107.2984, + "electronegativity_pauling": 1.96, + "ionization_energies": [ + 708.6, + 1411.8, + 2943, + 3930.3, + 7456 + ], + "cpk-hex": "668080", + "image": { + "title": "Tin blob", + "url": "https://upload.wikimedia.org/wikipedia/commons/6/6a/Tin-2.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: http://images-of-elements.com/tin.php" + }, + "block": "p" + }, + { + "name": "Antimony", + "appearance": "silvery lustrous gray", + "atomic_mass": 121.7601, + "boil": 1908, + "category": "metalloid", + "density": 6.697, + "discovered_by": "unknown, before 3000 BC", + "melt": 903.78, + "molar_heat": 25.23, + "named_by": null, + "number": 51, + "period": 5, + "group": 15, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Antimony", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_051_antimony/element_051_antimony_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_051_antimony/element_051_antimony.glb", + "spectral_img": null, + "summary": "Antimony is a chemical element with symbol Sb (from Latin:stibium) and atomic number 51. A lustrous gray metalloid, it is found in nature mainly as the sulfide mineral stibnite (Sb2S3). Antimony compounds have been known since ancient times and were used for cosmetics; metallic antimony was also known, but it was erroneously identified as lead upon its discovery.", + "symbol": "Sb", + "xpos": 15, + "ypos": 5, + "wxpos": 29, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 18, + 5 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p3", + "electron_configuration_semantic": "[Kr] 4d10 5s2 5p3", + "electron_affinity": 101.059, + "electronegativity_pauling": 2.05, + "ionization_energies": [ + 834, + 1594.9, + 2440, + 4260, + 5400, + 10400 + ], + "cpk-hex": "9e63b5", + "image": { + "title": "Antimony crystal, 2 grams, 1 cm", + "url": "https://upload.wikimedia.org/wikipedia/commons/5/5c/Antimony-4.jpg", + "attribution": "Unknown authorUnknown author, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/antimony.php" + }, + "block": "p" + }, + { + "name": "Tellurium", + "appearance": null, + "atomic_mass": 127.603, + "boil": 1261, + "category": "metalloid", + "density": 6.24, + "discovered_by": "Franz-Joseph Müller von Reichenstein", + "melt": 722.66, + "molar_heat": 25.73, + "named_by": null, + "number": 52, + "period": 5, + "group": 16, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Tellurium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_052_tellurium/element_052_tellurium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_052_tellurium/element_052_tellurium.glb", + "spectral_img": null, + "summary": "Tellurium is a chemical element with symbol Te and atomic number 52. It is a brittle, mildly toxic, rare, silver-white metalloid. Tellurium is chemically related to selenium and sulfur.", + "symbol": "Te", + "xpos": 16, + "ypos": 5, + "wxpos": 30, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 18, + 6 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p4", + "electron_configuration_semantic": "[Kr] 4d10 5s2 5p4", + "electron_affinity": 190.161, + "electronegativity_pauling": 2.1, + "ionization_energies": [ + 869.3, + 1790, + 2698, + 3610, + 5668, + 6820, + 13200 + ], + "cpk-hex": "d47a00", + "image": { + "title": "Metallic tellurium, diameter 3.5 cm", + "url": "https://upload.wikimedia.org/wikipedia/commons/c/c1/Tellurium2.jpg", + "attribution": "Unknown authorUnknown author, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/tellurium.php" + }, + "block": "p" + }, + { + "name": "Iodine", + "appearance": "lustrous metallic gray, violet as a gas", + "atomic_mass": 126.904473, + "boil": 457.4, + "category": "diatomic nonmetal", + "density": 4.933, + "discovered_by": "Bernard Courtois", + "melt": 386.85, + "molar_heat": null, + "named_by": null, + "number": 53, + "period": 5, + "group": 17, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Iodine", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_053_iodine/element_053_iodine_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_053_iodine/element_053_iodine.glb", + "spectral_img": null, + "summary": "Iodine is a chemical element with symbol I and atomic number 53. The name is from Greek ἰοειδής ioeidēs, meaning violet or purple, due to the color of iodine vapor. Iodine and its compounds are primarily used in nutrition, and industrially in the production of acetic acid and certain polymers.", + "symbol": "I", + "xpos": 17, + "ypos": 5, + "wxpos": 31, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 18, + 7 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p5", + "electron_configuration_semantic": "[Kr] 4d10 5s2 5p5", + "electron_affinity": 295.1531, + "electronegativity_pauling": 2.66, + "ionization_energies": [ + 1008.4, + 1845.9, + 3180 + ], + "cpk-hex": "940094", + "image": { + "title": "Iodine Sample", + "url": "https://upload.wikimedia.org/wikipedia/commons/c/c2/Iodine-sample.jpg", + "attribution": "Benjah-bmm27, Public domain, via Wikimedia Commons" + }, + "block": "p" + }, + { + "name": "Xenon", + "appearance": "colorless gas, exhibiting a blue glow when placed in a high voltage electric field", + "atomic_mass": 131.2936, + "boil": 165.051, + "category": "noble gas", + "density": 5.894, + "discovered_by": "William Ramsay", + "melt": 161.4, + "molar_heat": null, + "named_by": null, + "number": 54, + "period": 5, + "group": 18, + "phase": "Gas", + "source": "https://en.wikipedia.org/wiki/Xenon", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_054_xenon/element_054_xenon_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_054_xenon/element_054_xenon.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Xenon_Spectrum.jpg", + "summary": "Xenon is a chemical element with symbol Xe and atomic number 54. It is a colorless, dense, odorless noble gas, that occurs in the Earth's atmosphere in trace amounts. Although generally unreactive, xenon can undergo a few chemical reactions such as the formation of xenon hexafluoroplatinate, the first noble gas compound to be synthesized.", + "symbol": "Xe", + "xpos": 18, + "ypos": 5, + "wxpos": 32, + "wypos": 5, + "shells": [ + 2, + 8, + 18, + 18, + 8 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6", + "electron_configuration_semantic": "[Kr] 4d10 5s2 5p6", + "electron_affinity": -77, + "electronegativity_pauling": 2.6, + "ionization_energies": [ + 1170.4, + 2046.4, + 3099.4 + ], + "cpk-hex": "429eb0", + "image": { + "title": "Vial of glowing ultrapure xenon. Original size in cm: 1 x 5", + "url": "https://upload.wikimedia.org/wikipedia/commons/5/5d/Xenon-glow.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/xenon.php" + }, + "block": "p" + }, + { + "name": "Cesium", + "appearance": "silvery gold", + "atomic_mass": 132.905451966, + "boil": 944, + "category": "alkali metal", + "density": 1.93, + "discovered_by": "Robert Bunsen", + "melt": 301.7, + "molar_heat": 32.21, + "named_by": null, + "number": 55, + "period": 6, + "group": 1, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Cesium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_055_cesium/element_055_cesium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_055_cesium/element_055_cesium.glb", + "spectral_img": null, + "summary": "Caesium or cesium is a chemical element with symbol Cs and atomic number 55. It is a soft, silvery-gold alkali metal with a melting point of 28 °C (82 °F), which makes it one of only five elemental metals that are liquid at or near room temperature. Caesium is an alkali metal and has physical and chemical properties similar to those of rubidium and potassium.", + "symbol": "Cs", + "xpos": 1, + "ypos": 6, + "wxpos": 1, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 18, + 8, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s1", + "electron_configuration_semantic": "[Xe] 6s1", + "electron_affinity": 45.505, + "electronegativity_pauling": 0.79, + "ionization_energies": [ + 375.7, + 2234.3, + 3400 + ], + "cpk-hex": "57178f", + "image": { + "title": "Cesium/Caesium metal", + "url": "https://upload.wikimedia.org/wikipedia/commons/3/3d/Cesium.jpg", + "attribution": "Dnn87 Contact email: Dnn87yahoo.dk, CC BY-SA 3.0 , via Wikimedia Commons" + }, + "block": "s" + }, + { + "name": "Barium", + "appearance": null, + "atomic_mass": 137.3277, + "boil": 2118, + "category": "alkaline earth metal", + "density": 3.51, + "discovered_by": "Carl Wilhelm Scheele", + "melt": 1000, + "molar_heat": 28.07, + "named_by": null, + "number": 56, + "period": 6, + "group": 2, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Barium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_056_barium/element_056_barium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_056_barium/element_056_barium.glb", + "spectral_img": null, + "summary": "Barium is a chemical element with symbol Ba and atomic number 56. It is the fifth element in Group 2, a soft silvery metallic alkaline earth metal. Because of its high chemical reactivity barium is never found in nature as a free element.", + "symbol": "Ba", + "xpos": 2, + "ypos": 6, + "wxpos": 2, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 18, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2", + "electron_configuration_semantic": "[Xe] 6s2", + "electron_affinity": 13.954, + "electronegativity_pauling": 0.89, + "ionization_energies": [ + 502.9, + 965.2, + 3600 + ], + "cpk-hex": "00c900", + "image": { + "title": "1.5 Grams Barium with a Grey Oxide Layer under Argon. Original size in cm: 0.7 x 1", + "url": "https://upload.wikimedia.org/wikipedia/commons/f/f5/Barium_%2856_Ba%29.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/barium.php" + }, + "block": "s" + }, + { + "name": "Lanthanum", + "appearance": "silvery white", + "atomic_mass": 138.905477, + "boil": 3737, + "category": "lanthanide", + "density": 6.162, + "discovered_by": "Carl Gustaf Mosander", + "melt": 1193, + "molar_heat": 27.11, + "named_by": null, + "number": 57, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Lanthanum", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_057_lanthanum/element_057_lanthanum_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_057_lanthanum/element_057_lanthanum.glb", + "spectral_img": null, + "summary": "Lanthanum is a soft, ductile, silvery-white metallic chemical element with symbol La and atomic number 57. It tarnishes rapidly when exposed to air and is soft enough to be cut with a knife. It gave its name to the lanthanide series, a group of 15 similar elements between lanthanum and lutetium in the periodic table:it is also sometimes considered the first element of the 6th-period transition metals.", + "symbol": "La", + "xpos": 3, + "ypos": 9, + "wxpos": 3, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 18, + 9, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 5d1", + "electron_configuration_semantic": "[Xe] 5d16s2", + "electron_affinity": 53, + "electronegativity_pauling": 1.1, + "ionization_energies": [ + 538.1, + 1067, + 1850.3, + 4819, + 5940 + ], + "cpk-hex": "70d4ff", + "image": { + "title": "1 cm Big Piece of Pure Lanthanum", + "url": "https://upload.wikimedia.org/wikipedia/commons/f/f7/Lanthanum.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/lanthanum.php" + }, + "block": "f" + }, + { + "name": "Cerium", + "appearance": "silvery white", + "atomic_mass": 140.1161, + "boil": 3716, + "category": "lanthanide", + "density": 6.77, + "discovered_by": "Martin Heinrich Klaproth", + "melt": 1068, + "molar_heat": 26.94, + "named_by": null, + "number": 58, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Cerium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_058_cerium/element_058_cerium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_058_cerium/element_058_cerium.glb", + "spectral_img": null, + "summary": "Cerium is a chemical element with symbol Ce and atomic number 58. It is a soft, silvery, ductile metal which easily oxidizes in air. Cerium was named after the dwarf planet Ceres (itself named after the Roman goddess of agriculture).", + "symbol": "Ce", + "xpos": 4, + "ypos": 9, + "wxpos": 4, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 19, + 9, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 5d1 4f1", + "electron_configuration_semantic": "[Xe] 4f1 5d1 6s2", + "electron_affinity": 55, + "electronegativity_pauling": 1.12, + "ionization_energies": [ + 534.4, + 1050, + 1949, + 3547, + 6325, + 7490 + ], + "cpk-hex": "ffffc7", + "image": { + "title": "Ultrapure Cerium under Argon, 1.5 grams. Original size in cm: 1 x 1", + "url": "https://upload.wikimedia.org/wikipedia/commons/0/0d/Cerium2.jpg", + "attribution": "Jurii, CC BY 1.0 , via Wikimedia Commons, source: https://images-of-elements.com/cerium.php" + }, + "block": "f" + }, + { + "name": "Praseodymium", + "appearance": "grayish white", + "atomic_mass": 140.907662, + "boil": 3403, + "category": "lanthanide", + "density": 6.77, + "discovered_by": "Carl Auer von Welsbach", + "melt": 1208, + "molar_heat": 27.2, + "named_by": null, + "number": 59, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Praseodymium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_059_praseodymium/element_059_praseodymium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_059_praseodymium/element_059_praseodymium.glb", + "spectral_img": null, + "summary": "Praseodymium is a chemical element with symbol Pr and atomic number 59. Praseodymium is a soft, silvery, malleable and ductile metal in the lanthanide group. It is valued for its magnetic, electrical, chemical, and optical properties.", + "symbol": "Pr", + "xpos": 5, + "ypos": 9, + "wxpos": 5, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 21, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f3", + "electron_configuration_semantic": "[Xe] 4f3 6s2", + "electron_affinity": 93, + "electronegativity_pauling": 1.13, + "ionization_energies": [ + 527, + 1020, + 2086, + 3761, + 5551 + ], + "cpk-hex": "d9ffc7", + "image": { + "title": "1.5 Grams Praseodymium under Argon, 0.5 cm big pieces", + "url": "https://upload.wikimedia.org/wikipedia/commons/c/c7/Praseodymium.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/praseodymium.php" + }, + "block": "f" + }, + { + "name": "Neodymium", + "appearance": "silvery white", + "atomic_mass": 144.2423, + "boil": 3347, + "category": "lanthanide", + "density": 7.01, + "discovered_by": "Carl Auer von Welsbach", + "melt": 1297, + "molar_heat": 27.45, + "named_by": null, + "number": 60, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Neodymium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_060_neodymium/element_060_neodymium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_060_neodymium/element_060_neodymium.glb", + "spectral_img": null, + "summary": "Neodymium is a chemical element with symbol Nd and atomic number 60. It is a soft silvery metal that tarnishes in air. Neodymium was discovered in 1885 by the Austrian chemist Carl Auer von Welsbach.", + "symbol": "Nd", + "xpos": 6, + "ypos": 9, + "wxpos": 6, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 22, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f4", + "electron_configuration_semantic": "[Xe] 4f4 6s2", + "electron_affinity": 184.87, + "electronegativity_pauling": 1.14, + "ionization_energies": [ + 533.1, + 1040, + 2130, + 3900 + ], + "cpk-hex": "c7ffc7", + "image": { + "title": "Ultrapure Neodymium under Argon, 5 grams. Original length of the large piece in cm: 1", + "url": "https://upload.wikimedia.org/wikipedia/commons/c/c9/Neodymium_%2860_Nd%29.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/neodymium.php" + }, + "block": "f" + }, + { + "name": "Promethium", + "appearance": "metallic", + "atomic_mass": 145, + "boil": 3273, + "category": "lanthanide", + "density": 7.26, + "discovered_by": "Chien Shiung Wu", + "melt": 1315, + "molar_heat": null, + "named_by": "Isotopes of promethium", + "number": 61, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Promethium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_061_promethium/element_061_promethium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_061_promethium/element_061_promethium.glb", + "spectral_img": null, + "summary": "Promethium, originally prometheum, is a chemical element with the symbol Pm and atomic number 61. All of its isotopes are radioactive; it is one of only two such elements that are followed in the periodic table by elements with stable forms, a distinction shared with technetium. Chemically, promethium is a lanthanide, which forms salts when combined with other elements.", + "symbol": "Pm", + "xpos": 7, + "ypos": 9, + "wxpos": 7, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 23, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f5", + "electron_configuration_semantic": "[Xe] 4f5 6s2", + "electron_affinity": 12.45, + "electronegativity_pauling": 1.13, + "ionization_energies": [ + 540, + 1050, + 2150, + 3970 + ], + "cpk-hex": "a3ffc7", + "image": { + "title": "Photomontage of what promethium metal might look like (it is too radioactive and real images are not available)", + "url": "https://upload.wikimedia.org/wikipedia/commons/5/5b/Promethium.jpg", + "attribution": "Unknown authorUnknown author, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/promethium.php" + }, + "block": "f" + }, + { + "name": "Samarium", + "appearance": "silvery white", + "atomic_mass": 150.362, + "boil": 2173, + "category": "lanthanide", + "density": 7.52, + "discovered_by": "Lecoq de Boisbaudran", + "melt": 1345, + "molar_heat": 29.54, + "named_by": null, + "number": 62, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Samarium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_062_samarium/element_062_samarium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_062_samarium/element_062_samarium.glb", + "spectral_img": null, + "summary": "Samarium is a chemical element with symbol Sm and atomic number 62. It is a moderately hard silvery metal that readily oxidizes in air. Being a typical member of the lanthanide series, samarium usually assumes the oxidation state +3.", + "symbol": "Sm", + "xpos": 8, + "ypos": 9, + "wxpos": 8, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 24, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f6", + "electron_configuration_semantic": "[Xe] 4f6 6s2", + "electron_affinity": 15.63, + "electronegativity_pauling": 1.17, + "ionization_energies": [ + 544.5, + 1070, + 2260, + 3990 + ], + "cpk-hex": "8fffc7", + "image": { + "title": "Ultrapure Sublimated Samarium, 2 grams. Original size in cm: 0.8 x 1.5", + "url": "https://upload.wikimedia.org/wikipedia/commons/8/88/Samarium-2.jpg", + "attribution": "Unknown authorUnknown author, CC BY 1.0 , via Wikimedia Commons, source: https://images-of-elements.com/samarium.php" + }, + "block": "f" + }, + { + "name": "Europium", + "appearance": null, + "atomic_mass": 151.9641, + "boil": 1802, + "category": "lanthanide", + "density": 5.264, + "discovered_by": "Eugène-Anatole Demarçay", + "melt": 1099, + "molar_heat": 27.66, + "named_by": null, + "number": 63, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Europium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_063_europium/element_063_europium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_063_europium/element_063_europium.glb", + "spectral_img": null, + "summary": "Europium is a chemical element with symbol Eu and atomic number 63. It was isolated in 1901 and is named after the continent of Europe. It is a moderately hard, silvery metal which readily oxidizes in air and water.", + "symbol": "Eu", + "xpos": 9, + "ypos": 9, + "wxpos": 9, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 25, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f7", + "electron_configuration_semantic": "[Xe] 4f7 6s2", + "electron_affinity": 11.2, + "electronegativity_pauling": 1.2, + "ionization_energies": [ + 547.1, + 1085, + 2404, + 4120 + ], + "cpk-hex": "61ffc7", + "image": { + "title": "Weakly Oxidized Europium, hence slightly yellowish. 1.5 grams, large piece 0.6 x 1.6 cm.", + "url": "https://upload.wikimedia.org/wikipedia/commons/6/6a/Europium.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/europium.php" + }, + "block": "f" + }, + { + "name": "Gadolinium", + "appearance": "silvery white", + "atomic_mass": 157.253, + "boil": 3273, + "category": "lanthanide", + "density": 7.9, + "discovered_by": "Jean Charles Galissard de Marignac", + "melt": 1585, + "molar_heat": 37.03, + "named_by": null, + "number": 64, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Gadolinium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_064_gadolinium/element_064_gadolinium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_064_gadolinium/element_064_gadolinium.glb", + "spectral_img": null, + "summary": "Gadolinium is a chemical element with symbol Gd and atomic number 64. It is a silvery-white, malleable and ductile rare-earth metal. It is found in nature only in combined (salt) form.", + "symbol": "Gd", + "xpos": 10, + "ypos": 9, + "wxpos": 10, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 25, + 9, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f7 5d1", + "electron_configuration_semantic": "[Xe] 4f7 5d1 6s2", + "electron_affinity": 13.22, + "electronegativity_pauling": 1.2, + "ionization_energies": [ + 593.4, + 1170, + 1990, + 4250 + ], + "cpk-hex": "45ffc7", + "image": { + "title": "Pure (99.95%) Amorphous Gadolinium, about 12 grams, 2 × 1.5 × 0.5 cm, cast in acrylic glass", + "url": "https://upload.wikimedia.org/wikipedia/commons/c/c2/Gadolinium-2.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/gadolinium.php" + }, + "block": "f" + }, + { + "name": "Terbium", + "appearance": "silvery white", + "atomic_mass": 158.925352, + "boil": 3396, + "category": "lanthanide", + "density": 8.23, + "discovered_by": "Carl Gustaf Mosander", + "melt": 1629, + "molar_heat": 28.91, + "named_by": null, + "number": 65, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Terbium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_065_terbium/element_065_terbium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_065_terbium/element_065_terbium.glb", + "spectral_img": null, + "summary": "Terbium is a chemical element with symbol Tb and atomic number 65. It is a silvery-white rare earth metal that is malleable, ductile and soft enough to be cut with a knife. Terbium is never found in nature as a free element, but it is contained in many minerals, including cerite, gadolinite, monazite, xenotime and euxenite.", + "symbol": "Tb", + "xpos": 11, + "ypos": 9, + "wxpos": 11, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 27, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f9", + "electron_configuration_semantic": "[Xe] 4f9 6s2", + "electron_affinity": 112.4, + "electronegativity_pauling": 1.1, + "ionization_energies": [ + 565.8, + 1110, + 2114, + 3839 + ], + "cpk-hex": "30ffc7", + "image": { + "title": "Pure Terbium, 3 grams. Original size: 1 cm", + "url": "https://upload.wikimedia.org/wikipedia/commons/9/9a/Terbium-2.jpg", + "attribution": "Unknown authorUnknown author, CC BY 1.0 , via Wikimedia Commons, source: https://images-of-elements.com/terbium.php" + }, + "block": "f" + }, + { + "name": "Dysprosium", + "appearance": "silvery white", + "atomic_mass": 162.5001, + "boil": 2840, + "category": "lanthanide", + "density": 8.54, + "discovered_by": "Lecoq de Boisbaudran", + "melt": 1680, + "molar_heat": 27.7, + "named_by": null, + "number": 66, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Dysprosium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_066_dysprosium/element_066_dysprosium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_066_dysprosium/element_066_dysprosium.glb", + "spectral_img": null, + "summary": "Dysprosium is a chemical element with the symbol Dy and atomic number 66. It is a rare earth element with a metallic silver luster. Dysprosium is never found in nature as a free element, though it is found in various minerals, such as xenotime.", + "symbol": "Dy", + "xpos": 12, + "ypos": 9, + "wxpos": 12, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 28, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f10", + "electron_configuration_semantic": "[Xe] 4f10 6s2", + "electron_affinity": 33.96, + "electronegativity_pauling": 1.22, + "ionization_energies": [ + 573, + 1130, + 2200, + 3990 + ], + "cpk-hex": "1fffc7", + "image": { + "title": "Pure Dysprosium Dendrites", + "url": "https://upload.wikimedia.org/wikipedia/commons/5/55/Dysprosium-2.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/dysprosium.php" + }, + "block": "f" + }, + { + "name": "Holmium", + "appearance": "silvery white", + "atomic_mass": 164.930332, + "boil": 2873, + "category": "lanthanide", + "density": 8.79, + "discovered_by": "Marc Delafontaine", + "melt": 1734, + "molar_heat": 27.15, + "named_by": null, + "number": 67, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Holmium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_067_holmium/element_067_holmium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_067_holmium/element_067_holmium.glb", + "spectral_img": null, + "summary": "Holmium is a chemical element with symbol Ho and atomic number 67. Part of the lanthanide series, holmium is a rare earth element. Holmium was discovered by Swedish chemist Per Theodor Cleve.", + "symbol": "Ho", + "xpos": 13, + "ypos": 9, + "wxpos": 13, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 29, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f11", + "electron_configuration_semantic": "[Xe] 4f11 6s2", + "electron_affinity": 32.61, + "electronegativity_pauling": 1.23, + "ionization_energies": [ + 581, + 1140, + 2204, + 4100 + ], + "cpk-hex": "00ff9c", + "image": { + "title": "Ultrapure Holmium, 17 grams. Original size in cm: 1.5 x 2.5", + "url": "https://upload.wikimedia.org/wikipedia/commons/0/0a/Holmium2.jpg", + "attribution": "Unknown authorUnknown author, CC BY 1.0 , via Wikimedia Commons, source: https://images-of-elements.com/holmium.php" + }, + "block": "f" + }, + { + "name": "Erbium", + "appearance": "silvery white", + "atomic_mass": 167.2593, + "boil": 3141, + "category": "lanthanide", + "density": 9.066, + "discovered_by": "Carl Gustaf Mosander", + "melt": 1802, + "molar_heat": 28.12, + "named_by": null, + "number": 68, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Erbium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_068_erbium/element_068_erbium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_068_erbium/element_068_erbium.glb", + "spectral_img": null, + "summary": "Erbium is a chemical element in the lanthanide series, with symbol Er and atomic number 68. A silvery-white solid metal when artificially isolated, natural erbium is always found in chemical combination with other elements on Earth. As such, it is a rare earth element which is associated with several other rare elements in the mineral gadolinite from Ytterby in Sweden, where yttrium, ytterbium, and terbium were discovered.", + "symbol": "Er", + "xpos": 14, + "ypos": 9, + "wxpos": 14, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 30, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f12", + "electron_configuration_semantic": "[Xe] 4f12 6s2", + "electron_affinity": 30.1, + "electronegativity_pauling": 1.24, + "ionization_energies": [ + 589.3, + 1150, + 2194, + 4120 + ], + "cpk-hex": "00e675", + "image": { + "title": "9.5 Gramms Pure Erbium, 2 x 2 cm", + "url": "https://upload.wikimedia.org/wikipedia/commons/2/2a/Erbium-2.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/erbium.php" + }, + "block": "f" + }, + { + "name": "Thulium", + "appearance": "silvery gray", + "atomic_mass": 168.934222, + "boil": 2223, + "category": "lanthanide", + "density": 9.32, + "discovered_by": "Per Teodor Cleve", + "melt": 1818, + "molar_heat": 27.03, + "named_by": null, + "number": 69, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Thulium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_069_thulium/element_069_thulium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_069_thulium/element_069_thulium.glb", + "spectral_img": null, + "summary": "Thulium is a chemical element with symbol Tm and atomic number 69. It is the thirteenth and antepenultimate (third-last) element in the lanthanide series. Like the other lanthanides, the most common oxidation state is +3, seen in its oxide, halides and other compounds.", + "symbol": "Tm", + "xpos": 15, + "ypos": 9, + "wxpos": 15, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 31, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f13", + "electron_configuration_semantic": "[Xe] 4f13 6s2", + "electron_affinity": 99, + "electronegativity_pauling": 1.25, + "ionization_energies": [ + 596.7, + 1160, + 2285, + 4120 + ], + "cpk-hex": "00d452", + "image": { + "title": "Ultrapure (99.997%) Crystalline Thulium, 22.3 grams, 3 × 3 × 2 cm in size", + "url": "https://upload.wikimedia.org/wikipedia/commons/6/6b/Thulium-2.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/thulium.php" + }, + "block": "f" + }, + { + "name": "Ytterbium", + "appearance": null, + "atomic_mass": 173.0451, + "boil": 1469, + "category": "lanthanide", + "density": 6.9, + "discovered_by": "Jean Charles Galissard de Marignac", + "melt": 1097, + "molar_heat": 26.74, + "named_by": null, + "number": 70, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Ytterbium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_070_ytterbium/element_070_ytterbium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_070_ytterbium/element_070_ytterbium.glb", + "spectral_img": null, + "summary": "Ytterbium is a chemical element with symbol Yb and atomic number 70. It is the fourteenth and penultimate element in the lanthanide series, which is the basis of the relative stability of its +2 oxidation state. However, like the other lanthanides, its most common oxidation state is +3, seen in its oxide, halides and other compounds.", + "symbol": "Yb", + "xpos": 16, + "ypos": 9, + "wxpos": 16, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14", + "electron_configuration_semantic": "[Xe] 4f14 6s2", + "electron_affinity": -1.93, + "electronegativity_pauling": 1.1, + "ionization_energies": [ + 603.4, + 1174.8, + 2417, + 4203 + ], + "cpk-hex": "00bf38", + "image": { + "title": "Ytterbium, 0.5 x 1 cm", + "url": "https://upload.wikimedia.org/wikipedia/commons/c/ce/Ytterbium-3.jpg", + "attribution": "Jurii, CC BY 1.0 , via Wikimedia Commons, source: https://images-of-elements.com/ytterbium.php" + }, + "block": "f" + }, + { + "name": "Lutetium", + "appearance": "silvery white", + "atomic_mass": 174.96681, + "boil": 3675, + "category": "lanthanide", + "density": 9.841, + "discovered_by": "Georges Urbain", + "melt": 1925, + "molar_heat": 26.86, + "named_by": null, + "number": 71, + "period": 6, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Lutetium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_071_lutetium/element_071_lutetium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_071_lutetium/element_071_lutetium.glb", + "spectral_img": null, + "summary": "Lutetium is a chemical element with symbol Lu and atomic number 71. It is a silvery white metal, which resists corrosion in dry, but not in moist air. It is considered the first element of the 6th-period transition metals and the last element in the lanthanide series, and is traditionally counted among the rare earths.", + "symbol": "Lu", + "xpos": 17, + "ypos": 9, + "wxpos": 17, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 9, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d1", + "electron_configuration_semantic": "[Xe] 4f14 5d1 6s2", + "electron_affinity": 33.4, + "electronegativity_pauling": 1.27, + "ionization_energies": [ + 523.5, + 1340, + 2022.3, + 4370, + 6445 + ], + "cpk-hex": "00ab24", + "image": { + "title": "1 cm Big Piece of Pure Lutetium", + "url": "https://upload.wikimedia.org/wikipedia/commons/e/e8/Lutetium.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/lutetium.php" + }, + "block": "d" + }, + { + "name": "Hafnium", + "appearance": "steel gray", + "atomic_mass": 178.492, + "boil": 4876, + "category": "transition metal", + "density": 13.31, + "discovered_by": "Dirk Coster", + "melt": 2506, + "molar_heat": 25.73, + "named_by": null, + "number": 72, + "period": 6, + "group": 4, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Hafnium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_072_hafnium/element_072_hafnium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_072_hafnium/element_072_hafnium.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Hafnium_spectrum_visible.png", + "summary": "Hafnium is a chemical element with symbol Hf and atomic number 72. A lustrous, silvery gray, tetravalent transition metal, hafnium chemically resembles zirconium and is found in zirconium minerals. Its existence was predicted by Dmitri Mendeleev in 1869, though it was not identified until 1923, making it the penultimate stable element to be discovered (rhenium was identified two years later).", + "symbol": "Hf", + "xpos": 4, + "ypos": 6, + "wxpos": 18, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 10, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d2", + "electron_configuration_semantic": "[Xe] 4f14 5d2 6s2", + "electron_affinity": 17.18, + "electronegativity_pauling": 1.3, + "ionization_energies": [ + 658.5, + 1440, + 2250, + 3216 + ], + "cpk-hex": "4dc2ff", + "image": { + "title": "Electrolytic Hafnium, 22 grams. Original size in cm: 1 x 2 x 3", + "url": "https://upload.wikimedia.org/wikipedia/commons/1/17/Hafnium_%2872_Hf%29.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/hafnium.php" + }, + "block": "d" + }, + { + "name": "Tantalum", + "appearance": "gray blue", + "atomic_mass": 180.947882, + "boil": 5731, + "category": "transition metal", + "density": 16.69, + "discovered_by": "Anders Gustaf Ekeberg", + "melt": 3290, + "molar_heat": 25.36, + "named_by": null, + "number": 73, + "period": 6, + "group": 5, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Tantalum", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_073_tantalum/element_073_tantalum_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_073_tantalum/element_073_tantalum.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Tantalum_spectrum_visible.png", + "summary": "Tantalum is a chemical element with symbol Ta and atomic number 73. Previously known as tantalium, its name comes from Tantalus, an antihero from Greek mythology. Tantalum is a rare, hard, blue-gray, lustrous transition metal that is highly corrosion-resistant.", + "symbol": "Ta", + "xpos": 5, + "ypos": 6, + "wxpos": 19, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 11, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d3", + "electron_configuration_semantic": "[Xe] 4f14 5d3 6s2", + "electron_affinity": 31, + "electronegativity_pauling": 1.5, + "ionization_energies": [ + 761, + 1500 + ], + "cpk-hex": "4da6ff", + "image": { + "title": "Piece of tantalum, 1 cm in size", + "url": "https://upload.wikimedia.org/wikipedia/commons/6/61/Tantalum.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/tantalum.php" + }, + "block": "d" + }, + { + "name": "Tungsten", + "appearance": "grayish white, lustrous", + "atomic_mass": 183.841, + "boil": 6203, + "category": "transition metal", + "density": 19.25, + "discovered_by": "Carl Wilhelm Scheele", + "melt": 3695, + "molar_heat": 24.27, + "named_by": null, + "number": 74, + "period": 6, + "group": 6, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Tungsten", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_074_tungsten/element_074_tungsten_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_074_tungsten/element_074_tungsten.glb", + "spectral_img": null, + "summary": "Tungsten, also known as wolfram, is a chemical element with symbol W and atomic number 74. The word tungsten comes from the Swedish language tung sten, which directly translates to heavy stone. Its name in Swedish is volfram, however, in order to distinguish it from scheelite, which in Swedish is alternatively named tungsten.", + "symbol": "W", + "xpos": 6, + "ypos": 6, + "wxpos": 20, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 12, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d4", + "electron_configuration_semantic": "[Xe] 4f14 5d4 6s2", + "electron_affinity": 78.76, + "electronegativity_pauling": 2.36, + "ionization_energies": [ + 770, + 1700 + ], + "cpk-hex": "2194d6", + "image": { + "title": "Tungsten rod with oxidised surface, 80 grams. Original size in cm: 1.3 x 3", + "url": "https://upload.wikimedia.org/wikipedia/commons/c/c8/Tungsten_rod_with_oxidised_surface.jpg", + "attribution": "Jurii, CC BY 1.0 , via Wikimedia Commons, source: https://images-of-elements.com/tungsten.php" + }, + "block": "d" + }, + { + "name": "Rhenium", + "appearance": "silvery-grayish", + "atomic_mass": 186.2071, + "boil": 5869, + "category": "transition metal", + "density": 21.02, + "discovered_by": "Masataka Ogawa", + "melt": 3459, + "molar_heat": 25.48, + "named_by": "Walter Noddack", + "number": 75, + "period": 6, + "group": 7, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Rhenium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_075_rhenium/element_075_rhenium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_075_rhenium/element_075_rhenium.glb", + "spectral_img": null, + "summary": "Rhenium is a chemical element with symbol Re and atomic number 75. It is a silvery-white, heavy, third-row transition metal in group 7 of the periodic table. With an estimated average concentration of 1 part per billion (ppb), rhenium is one of the rarest elements in the Earth's crust.", + "symbol": "Re", + "xpos": 7, + "ypos": 6, + "wxpos": 21, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 13, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d5", + "electron_configuration_semantic": "[Xe] 4f14 5d5 6s2", + "electron_affinity": 5.8273, + "electronegativity_pauling": 1.9, + "ionization_energies": [ + 760, + 1260, + 2510, + 3640 + ], + "cpk-hex": "267dab", + "image": { + "title": "Pure Rhenium Bead, arc melted, 21 grams. Original size in cm: 1.5 x 1.7. Measured radiation dose <0.05 μS/h.", + "url": "https://upload.wikimedia.org/wikipedia/commons/d/d9/Pure_rhenium_bead%2C_arc_melted%2C_21_grams._Original_size_in_cm_-_1.5_x_1.7.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/rhenium.php" + }, + "block": "d" + }, + { + "name": "Osmium", + "appearance": "silvery, blue cast", + "atomic_mass": 190.233, + "boil": 5285, + "category": "transition metal", + "density": 22.59, + "discovered_by": "Smithson Tennant", + "melt": 3306, + "molar_heat": 24.7, + "named_by": null, + "number": 76, + "period": 6, + "group": 8, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Osmium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_076_osmium/element_076_osmium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_076_osmium/element_076_osmium.glb", + "spectral_img": null, + "summary": "Osmium (from Greek osme (ὀσμή) meaning \"smell\") is a chemical element with symbol Os and atomic number 76. It is a hard, brittle, bluish-white transition metal in the platinum group that is found as a trace element in alloys, mostly in platinum ores. Osmium is the densest naturally occurring element, with a density of 22.59 g/cm3.", + "symbol": "Os", + "xpos": 8, + "ypos": 6, + "wxpos": 22, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 14, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d6", + "electron_configuration_semantic": "[Xe] 4f14 5d6 6s2", + "electron_affinity": 103.99, + "electronegativity_pauling": 2.2, + "ionization_energies": [ + 840, + 1600 + ], + "cpk-hex": "266696", + "image": { + "title": "Pure Osmium Bead", + "url": "https://upload.wikimedia.org/wikipedia/commons/3/3c/Osmium-bead.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/osmium.php" + }, + "block": "d" + }, + { + "name": "Iridium", + "appearance": "silvery white", + "atomic_mass": 192.2173, + "boil": 4403, + "category": "transition metal", + "density": 22.56, + "discovered_by": "Smithson Tennant", + "melt": 2719, + "molar_heat": 25.1, + "named_by": null, + "number": 77, + "period": 6, + "group": 9, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Iridium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_077_iridium/element_077_iridium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_077_iridium/element_077_iridium.glb", + "spectral_img": null, + "summary": "Iridium is a chemical element with symbol Ir and atomic number 77. A very hard, brittle, silvery-white transition metal of the platinum group, iridium is generally credited with being the second densest element (after osmium) based on measured density, although calculations involving the space lattices of the elements show that iridium is denser. It is also the most corrosion-resistant metal, even at temperatures as high as 2000 °C. Although only certain molten salts and halogens are corrosive to solid iridium, finely divided iridium dust is much more reactive and can be flammable.", + "symbol": "Ir", + "xpos": 9, + "ypos": 6, + "wxpos": 23, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 15, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d7", + "electron_configuration_semantic": "[Xe] 4f14 5d7 6s2", + "electron_affinity": 150.94, + "electronegativity_pauling": 2.2, + "ionization_energies": [ + 880, + 1600 + ], + "cpk-hex": "175487", + "image": { + "title": "Pieces of Pure Iridium, 1 gram. Original size: 0.1 - 0.3 cm each", + "url": "https://upload.wikimedia.org/wikipedia/commons/a/a8/Iridium-2.jpg", + "attribution": "Unknown authorUnknown author, CC BY 1.0 , via Wikimedia Commons, source: https://images-of-elements.com/iridium.php" + }, + "block": "d" + }, + { + "name": "Platinum", + "appearance": "silvery white", + "atomic_mass": 195.0849, + "boil": 4098, + "category": "transition metal", + "density": 21.45, + "discovered_by": "Antonio de Ulloa", + "melt": 2041.4, + "molar_heat": 25.86, + "named_by": null, + "number": 78, + "period": 6, + "group": 10, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Platinum", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_078_platinum/element_078_platinum_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_078_platinum/element_078_platinum.glb", + "spectral_img": null, + "summary": "Platinum is a chemical element with symbol Pt and atomic number 78. It is a dense, malleable, ductile, highly unreactive, precious, gray-white transition metal. Its name is derived from the Spanish term platina, which is literally translated into \"little silver\".", + "symbol": "Pt", + "xpos": 10, + "ypos": 6, + "wxpos": 24, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 17, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s1 4f14 5d9", + "electron_configuration_semantic": "[Xe] 4f14 5d9 6s1", + "electron_affinity": 205.041, + "electronegativity_pauling": 2.28, + "ionization_energies": [ + 870, + 1791 + ], + "cpk-hex": "d0d0e0", + "image": { + "title": "Crystals of Pure Platinum grown by gas phase transport", + "url": "https://upload.wikimedia.org/wikipedia/commons/6/68/Platinum_crystals.jpg", + "attribution": "Periodictableru, CC BY 3.0 , via Wikimedia Commons" + }, + "block": "d" + }, + { + "name": "Gold", + "appearance": "metallic yellow", + "atomic_mass": 196.9665695, + "boil": 3243, + "category": "transition metal", + "density": 19.3, + "discovered_by": "Middle East", + "melt": 1337.33, + "molar_heat": 25.418, + "named_by": null, + "number": 79, + "period": 6, + "group": 11, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Gold", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_079_gold/element_079_gold_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_079_gold/element_079_gold.glb", + "spectral_img": null, + "summary": "Gold is a chemical element with symbol Au (from Latin:aurum) and atomic number 79. In its purest form, it is a bright, slightly reddish yellow, dense, soft, malleable and ductile metal. Chemically, gold is a transition metal and a group 11 element.", + "symbol": "Au", + "xpos": 11, + "ypos": 6, + "wxpos": 25, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s1 4f14 5d10", + "electron_configuration_semantic": "[Xe] 4f14 5d10 6s1", + "electron_affinity": 222.747, + "electronegativity_pauling": 2.54, + "ionization_energies": [ + 890.1, + 1980 + ], + "cpk-hex": "ffd123", + "image": { + "title": "Ultrapure Gold Leaf", + "url": "https://upload.wikimedia.org/wikipedia/commons/8/8a/Gold_%2879_Au%29.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/gold.php" + }, + "block": "d" + }, + { + "name": "Mercury", + "appearance": "silvery", + "atomic_mass": 200.5923, + "boil": 629.88, + "category": "transition metal", + "density": 13.534, + "discovered_by": "unknown, before 2000 BCE", + "melt": 234.321, + "molar_heat": 27.983, + "named_by": null, + "number": 80, + "period": 6, + "group": 12, + "phase": "Liquid", + "source": "https://en.wikipedia.org/wiki/Mercury (Element)", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_080_mercury/element_080_mercury_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_080_mercury/element_080_mercury.glb", + "spectral_img": null, + "summary": "Mercury is a chemical element with symbol Hg and atomic number 80. It is commonly known as quicksilver and was formerly named hydrargyrum (/haɪˈdrɑːrdʒərəm/). A heavy, silvery d-block element, mercury is the only metallic element that is liquid at standard conditions for temperature and pressure; the only other element that is liquid under these conditions is bromine, though metals such as caesium, gallium, and rubidium melt just above room temperature.", + "symbol": "Hg", + "xpos": 12, + "ypos": 6, + "wxpos": 26, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10", + "electron_configuration_semantic": "[Xe] 4f14 5d10 6s2", + "electron_affinity": -48, + "electronegativity_pauling": 2, + "ionization_energies": [ + 1007.1, + 1810, + 3300 + ], + "cpk-hex": "b8b8d0", + "image": { + "title": "6 grams pure mercury. Diameter of the inner disc: 2 cm", + "url": "https://upload.wikimedia.org/wikipedia/commons/b/be/Hydrargyrum_%2880_Hg%29.jpg", + "attribution": "Hi-Res Images of Chemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/mercury.php" + }, + "block": "d" + }, + { + "name": "Thallium", + "appearance": "silvery white", + "atomic_mass": 204.38, + "boil": 1746, + "category": "post-transition metal", + "density": 11.85, + "discovered_by": "William Crookes", + "melt": 577, + "molar_heat": 26.32, + "named_by": null, + "number": 81, + "period": 6, + "group": 13, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Thallium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_081_thallium/element_081_thallium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_081_thallium/element_081_thallium.glb", + "spectral_img": null, + "summary": "Thallium is a chemical element with symbol Tl and atomic number 81. This soft gray post-transition metal is not found free in nature. When isolated, it resembles tin, but discolors when exposed to air.", + "symbol": "Tl", + "xpos": 13, + "ypos": 6, + "wxpos": 27, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 3 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p1", + "electron_configuration_semantic": "[Xe] 4f14 5d10 6s2 6p1", + "electron_affinity": 36.4, + "electronegativity_pauling": 1.62, + "ionization_energies": [ + 589.4, + 1971, + 2878 + ], + "cpk-hex": "a6544d", + "image": { + "title": "8 grams pure thallium under argon. Original size in cm: 0.7 x 1.5", + "url": "https://upload.wikimedia.org/wikipedia/commons/5/55/Thallium_%2881_Tl%29.jpg", + "attribution": "Hi-Res Images ofChemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/thallium.php" + }, + "block": "p" + }, + { + "name": "Lead", + "appearance": "metallic gray", + "atomic_mass": 207.21, + "boil": 2022, + "category": "post-transition metal", + "density": 11.34, + "discovered_by": "Middle East", + "melt": 600.61, + "molar_heat": 26.65, + "named_by": null, + "number": 82, + "period": 6, + "group": 14, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Lead_(element)", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_082_lead/element_082_lead_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_082_lead/element_082_lead.glb", + "spectral_img": null, + "summary": "Lead (/lɛd/) is a chemical element in the carbon group with symbol Pb (from Latin:plumbum) and atomic number 82. Lead is a soft, malleable and heavy post-transition metal. Metallic lead has a bluish-white color after being freshly cut, but it soon tarnishes to a dull grayish color when exposed to air.", + "symbol": "Pb", + "xpos": 14, + "ypos": 6, + "wxpos": 28, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 4 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p2", + "electron_configuration_semantic": "[Xe] 4f14 5d10 6s2 6p2", + "electron_affinity": 34.4204, + "electronegativity_pauling": 1.87, + "ionization_energies": [ + 715.6, + 1450.5, + 3081.5, + 4083, + 6640 + ], + "cpk-hex": "575961", + "image": { + "title": "Ultrapure Lead Bead from two sides. Original size in cm: 1.5 x 2", + "url": "https://upload.wikimedia.org/wikipedia/commons/6/63/Lead-2.jpg", + "attribution": "Chemical Elements, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/lead.php" + }, + "block": "p" + }, + { + "name": "Bismuth", + "appearance": "lustrous silver", + "atomic_mass": 208.980401, + "boil": 1837, + "category": "post-transition metal", + "density": 9.78, + "discovered_by": "Claude François Geoffroy", + "melt": 544.7, + "molar_heat": 25.52, + "named_by": null, + "number": 83, + "period": 6, + "group": 15, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Bismuth", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_083_bismuth/element_083_bismuth_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_083_bismuth/element_083_bismuth.glb", + "spectral_img": null, + "summary": "Bismuth is a chemical element with symbol Bi and atomic number 83. Bismuth, a pentavalent post-transition metal, chemically resembles arsenic and antimony. Elemental bismuth may occur naturally, although its sulfide and oxide form important commercial ores.", + "symbol": "Bi", + "xpos": 15, + "ypos": 6, + "wxpos": 29, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 5 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p3", + "electron_configuration_semantic": "[Xe] 4f14 5d10 6s2 6p3", + "electron_affinity": 90.924, + "electronegativity_pauling": 2.02, + "ionization_energies": [ + 703, + 1610, + 2466, + 4370, + 5400, + 8520 + ], + "cpk-hex": "9e4fb5", + "image": { + "title": "Bismuth Crystal", + "url": "https://upload.wikimedia.org/wikipedia/commons/a/a5/Bismuth-2.jpg", + "attribution": "Jurii, CC BY 3.0 , via Wikimedia Commons, source: https://images-of-elements.com/bismuth.php" + }, + "block": "p" + }, + { + "name": "Polonium", + "appearance": "silvery", + "atomic_mass": 209, + "boil": 1235, + "category": "post-transition metal", + "density": 9.196, + "discovered_by": "Pierre Curie", + "melt": 527, + "molar_heat": 26.4, + "named_by": null, + "number": 84, + "period": 6, + "group": 16, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Polonium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_084_polonium/element_084_polonium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_084_polonium/element_084_polonium.glb", + "spectral_img": null, + "summary": "Polonium is a chemical element with symbol Po and atomic number 84, discovered in 1898 by Marie Curie and Pierre Curie. A rare and highly radioactive element with no stable isotopes, polonium is chemically similar to bismuth and tellurium, and it occurs in uranium ores. Applications of polonium are few.", + "symbol": "Po", + "xpos": 16, + "ypos": 6, + "wxpos": 30, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 6 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p4", + "electron_configuration_semantic": "[Xe] 4f14 5d10 6s2 6p4", + "electron_affinity": 136, + "electronegativity_pauling": 2, + "ionization_energies": [ + 812.1 + ], + "cpk-hex": "ab5c00", + "image": { + "title": "This is only an illustration, not polonium itself. A silvery, radioactive metal, producing so much heat that it gets liquid and ionizes the surrounding air", + "url": "https://images-of-elements.com/polonium.jpg", + "attribution": "Chemical ELements A Virtual Museum, CC BY 3.0 source: https://images-of-elements.com/polonium.php" + }, + "block": "p" + }, + { + "name": "Astatine", + "appearance": "unknown, probably metallic", + "atomic_mass": 210, + "boil": 610, + "category": "metalloid", + "density": 6.35, + "discovered_by": "Dale R. Corson", + "melt": 575, + "molar_heat": null, + "named_by": null, + "number": 85, + "period": 6, + "group": 17, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Astatine", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_085_astatine/element_085_astatine_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_085_astatine/element_085_astatine.glb", + "spectral_img": null, + "summary": "Astatine is a very rare radioactive chemical element with the chemical symbol At and atomic number 85. It occurs on Earth as the decay product of various heavier elements. All its isotopes are short-lived; the most stable is astatine-210, with a half-life of 8.1 hours.", + "symbol": "At", + "xpos": 17, + "ypos": 6, + "wxpos": 31, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 7 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p5", + "electron_configuration_semantic": "[Xe] 4f14 5d10 6s2 6p5", + "electron_affinity": 233, + "electronegativity_pauling": 2.2, + "ionization_energies": [ + 899.003 + ], + "cpk-hex": "754f45", + "image": { + "title": "This is only an illustration, not astatine itself. Crystals similar to iodine, but darker in color than these, which due to the extreme radioactivity glow blue and evaporate to dark purple gas", + "url": "https://images-of-elements.com/astatine.jpg", + "attribution": "Chemical ELements A Virtual Museum, CC BY 3.0 source: https://images-of-elements.com/astatine.php" + }, + "block": "p" + }, + { + "name": "Radon", + "appearance": "colorless gas, occasionally glows green or red in discharge tubes", + "atomic_mass": 222, + "boil": 211.5, + "category": "noble gas", + "density": 9.73, + "discovered_by": "Friedrich Ernst Dorn", + "melt": 202, + "molar_heat": null, + "named_by": null, + "number": 86, + "period": 6, + "group": 18, + "phase": "Gas", + "source": "https://en.wikipedia.org/wiki/Radon", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_086_radon/element_086_radon_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_086_radon/element_086_radon.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Radon_spectrum.png", + "summary": "Radon is a chemical element with symbol Rn and atomic number 86. It is a radioactive, colorless, odorless, tasteless noble gas, occurring naturally as a decay product of radium. Its most stable isotope, 222Rn, has a half-life of 3.8 days.", + "symbol": "Rn", + "xpos": 18, + "ypos": 6, + "wxpos": 32, + "wypos": 6, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 8 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6", + "electron_configuration_semantic": "[Xe] 4f14 5d10 6s2 6p6", + "electron_affinity": -68, + "electronegativity_pauling": 2.2, + "ionization_energies": [ + 1037 + ], + "cpk-hex": "428296", + "image": { + "title": "This is only an illustration, not radon itself. Radon is said to glow red in discharge tubes, although it practically is never used for this, due to its strong radioactivity.", + "url": "https://images-of-elements.com/radon.jpg", + "attribution": "Chemical ELements A Virtual Museum, CC BY 3.0 source: https://images-of-elements.com/radon.php" + }, + "block": "p" + }, + { + "name": "Francium", + "appearance": null, + "atomic_mass": 223, + "boil": 950, + "category": "alkali metal", + "density": 1.87, + "discovered_by": "Marguerite Perey", + "melt": 300, + "molar_heat": null, + "named_by": null, + "number": 87, + "period": 7, + "group": 1, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Francium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_087_francium/element_087_francium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_087_francium/element_087_francium.glb", + "spectral_img": null, + "summary": "Francium is a chemical element with symbol Fr and atomic number 87. It used to be known as eka-caesium and actinium K. It is the second-least electronegative element, behind only caesium. Francium is a highly radioactive metal that decays into astatine, radium, and radon.", + "symbol": "Fr", + "xpos": 1, + "ypos": 7, + "wxpos": 1, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 8, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s1", + "electron_configuration_semantic": "[Rn] 7s1", + "electron_affinity": 46.89, + "electronegativity_pauling": 0.79, + "ionization_energies": [ + 380 + ], + "cpk-hex": "420066", + "image": { + "title": "This is only an illustration, not francium itself.", + "url": "https://images-of-elements.com/francium.jpg", + "attribution": "Chemical ELements A Virtual Museum, CC BY 3.0 source: https://images-of-elements.com/francium.jpg" + }, + "block": "s" + }, + { + "name": "Radium", + "appearance": "silvery white metallic", + "atomic_mass": 226, + "boil": 2010, + "category": "alkaline earth metal", + "density": 5.5, + "discovered_by": "Pierre Curie", + "melt": 1233, + "molar_heat": null, + "named_by": null, + "number": 88, + "period": 7, + "group": 2, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Radium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_088_radium/element_088_radium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_088_radium/element_088_radium.glb", + "spectral_img": null, + "summary": "Radium is a chemical element with symbol Ra and atomic number 88. It is the sixth element in group 2 of the periodic table, also known as the alkaline earth metals. Pure radium is almost colorless, but it readily combines with nitrogen (rather than oxygen) on exposure to air, forming a black surface layer of radium nitride (Ra3N2).", + "symbol": "Ra", + "xpos": 2, + "ypos": 7, + "wxpos": 2, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2", + "electron_configuration_semantic": "[Rn] 7s2", + "electron_affinity": 9.6485, + "electronegativity_pauling": 0.9, + "ionization_energies": [ + 509.3, + 979 + ], + "cpk-hex": "007d00", + "image": { + "title": "Radium electroplated on a very small sample of copper foil and covered with polyurethane to prevent reaction with the air", + "url": "https://upload.wikimedia.org/wikipedia/commons/b/bb/Radium226.jpg", + "attribution": "grenadier, CC BY 3.0 , via Wikimedia Commons" + }, + "block": "s" + }, + { + "name": "Actinium", + "appearance": null, + "atomic_mass": 227, + "boil": 3500, + "category": "actinide", + "density": 10, + "discovered_by": "Friedrich Oskar Giesel", + "melt": 1500, + "molar_heat": 27.2, + "named_by": null, + "number": 89, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Actinium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_089_actinium/element_089_actinium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_089_actinium/element_089_actinium.glb", + "spectral_img": null, + "summary": "Actinium is a radioactive chemical element with symbol Ac (not to be confused with the abbreviation for an acetyl group) and atomic number 89, which was discovered in 1899. It was the first non-primordial radioactive element to be isolated. Polonium, radium and radon were observed before actinium, but they were not isolated until 1902.", + "symbol": "Ac", + "xpos": 3, + "ypos": 10, + "wxpos": 3, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 9, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 6d1", + "electron_configuration_semantic": "[Rn] 6d1 7s2", + "electron_affinity": 33.77, + "electronegativity_pauling": 1.1, + "ionization_energies": [ + 499, + 1170 + ], + "cpk-hex": "70abfa", + "image": { + "title": "Actinium-225 medical radioisotope held in a v-vial at ORNL. The blue glow comes from the ionization of surrounding air by alpha particles", + "url": "https://upload.wikimedia.org/wikipedia/commons/2/27/Actinium_sample_%2831481701837%29.png", + "attribution": "Oak Ridge National Laboratory, CC BY 2.0 , via Wikimedia Commons, source: https://www.flickr.com/photos/oakridgelab/31481701837/" + }, + "block": "f" + }, + { + "name": "Thorium", + "appearance": "silvery, often with black tarnish", + "atomic_mass": 232.03774, + "boil": 5061, + "category": "actinide", + "density": 11.724, + "discovered_by": "Jöns Jakob Berzelius", + "melt": 2023, + "molar_heat": 26.23, + "named_by": null, + "number": 90, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Thorium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_090_thorium/element_090_thorium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_090_thorium/element_090_thorium.glb", + "spectral_img": null, + "summary": "Thorium is a chemical element with symbol Th and atomic number 90. A radioactive actinide metal, thorium is one of only two significantly radioactive elements that still occur naturally in large quantities as a primordial element (the other being uranium). It was discovered in 1828 by the Norwegian Reverend and amateur mineralogist Morten Thrane Esmark and identified by the Swedish chemist Jöns Jakob Berzelius, who named it after Thor, the Norse god of thunder.", + "symbol": "Th", + "xpos": 4, + "ypos": 10, + "wxpos": 4, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 18, + 10, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 6d2", + "electron_configuration_semantic": "[Rn] 6d2 7s2", + "electron_affinity": 112.72, + "electronegativity_pauling": 1.3, + "ionization_energies": [ + 587, + 1110, + 1930, + 2780 + ], + "cpk-hex": "00baff", + "image": { + "title": "Thorium Metal in Ampoule, corroded", + "url": "https://upload.wikimedia.org/wikipedia/commons/f/f7/Thorium-1.jpg", + "attribution": "W. Oelen, CC BY-SA 3.0 , via Wikimedia Commons" + }, + "block": "f" + }, + { + "name": "Protactinium", + "appearance": "bright, silvery metallic luster", + "atomic_mass": 231.035882, + "boil": 4300, + "category": "actinide", + "density": 15.37, + "discovered_by": "William Crookes", + "melt": 1841, + "molar_heat": null, + "named_by": "Otto Hahn", + "number": 91, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Protactinium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_091_protactinium/element_091_protactinium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_091_protactinium/element_091_protactinium.glb", + "spectral_img": null, + "summary": "Protactinium is a chemical element with symbol Pa and atomic number 91. It is a dense, silvery-gray metal which readily reacts with oxygen, water vapor and inorganic acids. It forms various chemical compounds where protactinium is usually present in the oxidation state +5, but can also assume +4 and even +2 or +3 states.", + "symbol": "Pa", + "xpos": 5, + "ypos": 10, + "wxpos": 5, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 20, + 9, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f2 6d1", + "electron_configuration_semantic": "[Rn] 5f2 6d1 7s2", + "electron_affinity": 53.03, + "electronegativity_pauling": 1.5, + "ionization_energies": [ + 568 + ], + "cpk-hex": "00a1ff", + "image": { + "title": "This sample of Protactinium-233 (dark circular area in the photo) was photographed in the light from its own radioactive emission (the lighter area) at the National Reactor Testing Station in Idaho.", + "url": "https://upload.wikimedia.org/wikipedia/commons/a/af/Protactinium-233.jpg", + "attribution": "ENERGY.GOV, Public domain, via Wikimedia Commons" + }, + "block": "f" + }, + { + "name": "Uranium", + "appearance": null, + "atomic_mass": 238.028913, + "boil": 4404, + "category": "actinide", + "density": 19.1, + "discovered_by": "Martin Heinrich Klaproth", + "melt": 1405.3, + "molar_heat": 27.665, + "named_by": null, + "number": 92, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Uranium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_092_uranium/element_092_uranium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_092_uranium/element_092_uranium.glb", + "spectral_img": null, + "summary": "Uranium is a chemical element with symbol U and atomic number 92. It is a silvery-white metal in the actinide series of the periodic table. A uranium atom has 92 protons and 92 electrons, of which 6 are valence electrons.", + "symbol": "U", + "xpos": 6, + "ypos": 10, + "wxpos": 6, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 21, + 9, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f3 6d1", + "electron_configuration_semantic": "[Rn] 5f3 6d1 7s2", + "electron_affinity": 50.94, + "electronegativity_pauling": 1.38, + "ionization_energies": [ + 597.6, + 1420 + ], + "cpk-hex": "008fff", + "image": { + "title": "A biscuit of uranium metal after reduction via the Ames Process. c.1943.", + "url": "https://upload.wikimedia.org/wikipedia/commons/b/b2/Ames_Process_uranium_biscuit.jpg", + "attribution": "Unknown authorUnknown author, Public domain, via Wikimedia Commons" + }, + "block": "f" + }, + { + "name": "Neptunium", + "appearance": "silvery metallic", + "atomic_mass": 237, + "boil": 4447, + "category": "actinide", + "density": 20.45, + "discovered_by": "Edwin McMillan", + "melt": 912, + "molar_heat": 29.46, + "named_by": null, + "number": 93, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Neptunium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_093_neptunium/element_093_neptunium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_093_neptunium/element_093_neptunium.glb", + "spectral_img": null, + "summary": "Neptunium is a chemical element with symbol Np and atomic number 93. A radioactive actinide metal, neptunium is the first transuranic element. Its position in the periodic table just after uranium, named after the planet Uranus, led to it being named after Neptune, the next planet beyond Uranus.", + "symbol": "Np", + "xpos": 7, + "ypos": 10, + "wxpos": 7, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 22, + 9, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f4 6d1", + "electron_configuration_semantic": "[Rn] 5f4 6d1 7s2", + "electron_affinity": 45.85, + "electronegativity_pauling": 1.36, + "ionization_energies": [ + 604.5 + ], + "cpk-hex": "0080ff", + "image": { + "title": "Neptunium 237 sphere (6 kg)", + "url": "https://upload.wikimedia.org/wikipedia/commons/e/e5/Neptunium2.jpg", + "attribution": "Los Alamos National Laboratory,, Public domain, via Wikimedia Commons" + }, + "block": "f" + }, + { + "name": "Plutonium", + "appearance": "silvery white, tarnishing to dark gray in air", + "atomic_mass": 244, + "boil": 3505, + "category": "actinide", + "density": 19.816, + "discovered_by": "Glenn T. Seaborg", + "melt": 912.5, + "molar_heat": 35.5, + "named_by": null, + "number": 94, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Plutonium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_094_plutonium/element_094_plutonium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_094_plutonium/element_094_plutonium.glb", + "spectral_img": null, + "summary": "Plutonium is a transuranic radioactive chemical element with symbol Pu and atomic number 94. It is an actinide metal of silvery-gray appearance that tarnishes when exposed to air, and forms a dull coating when oxidized. The element normally exhibits six allotropes and four oxidation states.", + "symbol": "Pu", + "xpos": 8, + "ypos": 10, + "wxpos": 8, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 24, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f6", + "electron_configuration_semantic": "[Rn] 5f6 7s2", + "electron_affinity": -48.33, + "electronegativity_pauling": 1.28, + "ionization_energies": [ + 584.7 + ], + "cpk-hex": "006bff", + "image": { + "title": "Plutonium Ring", + "url": "https://upload.wikimedia.org/wikipedia/commons/0/0f/Plutonium_ring.jpg", + "attribution": "Los Alamos National Laboratory, Attribution, via Wikimedia Commons" + }, + "block": "f" + }, + { + "name": "Americium", + "appearance": "silvery white", + "atomic_mass": 243, + "boil": 2880, + "category": "actinide", + "density": 12, + "discovered_by": "Glenn T. Seaborg", + "melt": 1449, + "molar_heat": 62.7, + "named_by": null, + "number": 95, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Americium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_095_americium/element_095_americium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_095_americium/element_095_americium.glb", + "spectral_img": "https://en.wikipedia.org/wiki/File:Americium_spectrum_visible.png", + "summary": "Americium is a radioactive transuranic chemical element with symbol Am and atomic number 95. This member of the actinide series is located in the periodic table under the lanthanide element europium, and thus by analogy was named after the Americas. Americium was first produced in 1944 by the group of Glenn T.Seaborg from Berkeley, California, at the metallurgical laboratory of University of Chicago.", + "symbol": "Am", + "xpos": 9, + "ypos": 10, + "wxpos": 9, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 25, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f7", + "electron_configuration_semantic": "[Rn] 5f7 7s2", + "electron_affinity": 9.93, + "electronegativity_pauling": 1.13, + "ionization_energies": [ + 578 + ], + "cpk-hex": "545cf2", + "image": { + "title": "A small disc of Am-241 under the microscope.", + "url": "https://upload.wikimedia.org/wikipedia/commons/e/ee/Americium_microscope.jpg", + "attribution": "Bionerd, CC BY 3.0 , via Wikimedia Commons" + }, + "block": "f" + }, + { + "name": "Curium", + "appearance": "silvery metallic, glows purple in the dark", + "atomic_mass": 247, + "boil": 3383, + "category": "actinide", + "density": 13.51, + "discovered_by": "Glenn T. Seaborg", + "melt": 1613, + "molar_heat": null, + "named_by": null, + "number": 96, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Curium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_096_curium/element_096_curium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_096_curium/element_096_curium.glb", + "spectral_img": null, + "summary": "Curium is a transuranic radioactive chemical element with symbol Cm and atomic number 96. This element of the actinide series was named after Marie and Pierre Curie – both were known for their research on radioactivity. Curium was first intentionally produced and identified in July 1944 by the group of Glenn T. Seaborg at the University of California, Berkeley.", + "symbol": "Cm", + "xpos": 10, + "ypos": 10, + "wxpos": 10, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 25, + 9, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f7 6d1", + "electron_configuration_semantic": "[Rn] 5f7 6d1 7s2", + "electron_affinity": 27.17, + "electronegativity_pauling": 1.28, + "ionization_energies": [ + 581 + ], + "cpk-hex": "785ce3", + "image": { + "title": "A piece of curium, which emitts strong radiation that makes it glow", + "url": "https://images-of-elements.com/s/curium-glow.jpg", + "attribution": "European Union, The Actinide Group, Institute for Transuranium Elements (JRC-ITU), source: https://images-of-elements.com/curium.php" + }, + "block": "f" + }, + { + "name": "Berkelium", + "appearance": "silvery", + "atomic_mass": 247, + "boil": 2900, + "category": "actinide", + "density": 14.78, + "discovered_by": "Lawrence Berkeley National Laboratory", + "melt": 1259, + "molar_heat": null, + "named_by": null, + "number": 97, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Berkelium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_097_berkelium/element_097_berkelium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_097_berkelium/element_097_berkelium.glb", + "spectral_img": null, + "summary": "Berkelium is a transuranic radioactive chemical element with symbol Bk and atomic number 97. It is a member of the actinide and transuranium element series. It is named after the city of Berkeley, California, the location of the University of California Radiation Laboratory where it was discovered in December 1949.", + "symbol": "Bk", + "xpos": 11, + "ypos": 10, + "wxpos": 11, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 27, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f9", + "electron_configuration_semantic": "[Rn] 5f9 7s2", + "electron_affinity": -165.24, + "electronegativity_pauling": 1.3, + "ionization_energies": [ + 601 + ], + "cpk-hex": "8a4fe3", + "image": { + "title": "It took 250 days to make enough berkelium, shown here (in dissolved state), to synthesize element 117", + "url": "https://upload.wikimedia.org/wikipedia/commons/f/fc/Berkelium.jpg", + "attribution": "ORNL, Department of Energy, Public domain, via Wikimedia Commons" + }, + "block": "f" + }, + { + "name": "Californium", + "appearance": "silvery", + "atomic_mass": 251, + "boil": 1743, + "category": "actinide", + "density": 15.1, + "discovered_by": "Lawrence Berkeley National Laboratory", + "melt": 1173, + "molar_heat": null, + "named_by": null, + "number": 98, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Californium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_098_californium/element_098_californium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_098_californium/element_098_californium.glb", + "spectral_img": null, + "summary": "Californium is a radioactive metallic chemical element with symbol Cf and atomic number 98. The element was first made in 1950 at the University of California Radiation Laboratory in Berkeley, by bombarding curium with alpha particles (helium-4 ions). It is an actinide element, the sixth transuranium element to be synthesized, and has the second-highest atomic mass of all the elements that have been produced in amounts large enough to see with the unaided eye (after einsteinium).", + "symbol": "Cf", + "xpos": 12, + "ypos": 10, + "wxpos": 12, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 28, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f10", + "electron_configuration_semantic": "[Rn] 5f10 7s2", + "electron_affinity": -97.31, + "electronegativity_pauling": 1.3, + "ionization_energies": [ + 608 + ], + "cpk-hex": "a136d4", + "image": { + "title": "A disc of californium metal (249Cf, 10 mg). The source implies that the disc has a diameter about twice the thickness of a typical pin, or on the order of 1 mm", + "url": "https://upload.wikimedia.org/wikipedia/commons/9/93/Californium.jpg", + "attribution": "United States Department of Energy (see File:Einsteinium.jpg), Public domain, via Wikimedia Commons" + }, + "block": "f" + }, + { + "name": "Einsteinium", + "appearance": "silver-colored", + "atomic_mass": 252, + "boil": 1269, + "category": "actinide", + "density": 8.84, + "discovered_by": "Lawrence Berkeley National Laboratory", + "melt": 1133, + "molar_heat": null, + "named_by": null, + "number": 99, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Einsteinium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_099_einsteinium/element_099_einsteinium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_099_einsteinium/element_099_einsteinium.glb", + "spectral_img": null, + "summary": "Einsteinium is a synthetic element with symbol Es and atomic number 99. It is the seventh transuranic element, and an actinide. Einsteinium was discovered as a component of the debris of the first hydrogen bomb explosion in 1952, and named after Albert Einstein.", + "symbol": "Es", + "xpos": 13, + "ypos": 10, + "wxpos": 13, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 29, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f11", + "electron_configuration_semantic": "[Rn] 5f11 7s2", + "electron_affinity": -28.6, + "electronegativity_pauling": 1.3, + "ionization_energies": [ + 619 + ], + "cpk-hex": "b31fd4", + "image": { + "title": "300 micrograms of Einsteinium 253, which has a half-life of 20 days.", + "url": "https://upload.wikimedia.org/wikipedia/commons/5/55/Einsteinium.jpg", + "attribution": "Haire, R. G., US Department of Energy.Touched up by Materialscientist at en.wikipedia., Public domain, via Wikimedia Commons" + }, + "block": "f" + }, + { + "name": "Fermium", + "appearance": null, + "atomic_mass": 257, + "boil": null, + "category": "actinide", + "density": null, + "discovered_by": "Lawrence Berkeley National Laboratory", + "melt": 1800, + "molar_heat": null, + "named_by": null, + "number": 100, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Fermium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_100_fermium/element_100_fermium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_100_fermium/element_100_fermium.glb", + "spectral_img": null, + "summary": "Fermium is a synthetic element with symbol Fm and atomic number 100. It is a member of the actinide series. It is the heaviest element that can be formed by neutron bombardment of lighter elements, and hence the last element that can be prepared in macroscopic quantities, although pure fermium metal has not yet been prepared.", + "symbol": "Fm", + "xpos": 14, + "ypos": 10, + "wxpos": 14, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 30, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f12", + "electron_configuration_semantic": "[Rn] 5f12 7s2", + "electron_affinity": 33.96, + "electronegativity_pauling": 1.3, + "ionization_energies": [ + 627 + ], + "cpk-hex": "b31fba", + "image": { + "title": "Fermium was first observed in the fallout from the Ivy Mike nuclear test.", + "url": "https://upload.wikimedia.org/wikipedia/commons/5/58/Ivy_Mike_-_mushroom_cloud.jpg", + "attribution": "U.S. Department of Energy, Public domain, via Wikimedia Commons" + }, + "block": "f" + }, + { + "name": "Mendelevium", + "appearance": null, + "atomic_mass": 258, + "boil": null, + "category": "actinide", + "density": null, + "discovered_by": "Lawrence Berkeley National Laboratory", + "melt": 1100, + "molar_heat": null, + "named_by": null, + "number": 101, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Mendelevium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_101_mendelevium/element_101_mendelevium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_101_mendelevium/element_101_mendelevium.glb", + "spectral_img": null, + "summary": "Mendelevium is a synthetic element with chemical symbol Md (formerly Mv) and atomic number 101. A metallic radioactive transuranic element in the actinide series, it is the first element that currently cannot be produced in macroscopic quantities through neutron bombardment of lighter elements. It is the antepenultimate actinide and the ninth transuranic element.", + "symbol": "Md", + "xpos": 15, + "ypos": 10, + "wxpos": 15, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 31, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f13", + "electron_configuration_semantic": "[Rn] 5f13 7s2", + "electron_affinity": 93.91, + "electronegativity_pauling": 1.3, + "ionization_energies": [ + 635 + ], + "cpk-hex": "b30da6", + "image": { + "title": "This is only an illustration, not mendelevium itself. Chemically similar to Thulium, the highly radioactive heavy metal emits very energetic α-radiation.", + "url": "https://images-of-elements.com/s/mendelevium.jpg", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/mendelevium.php" + }, + "block": "f" + }, + { + "name": "Nobelium", + "appearance": null, + "atomic_mass": 259, + "boil": null, + "category": "actinide", + "density": null, + "discovered_by": "Joint Institute for Nuclear Research", + "melt": 1100, + "molar_heat": null, + "named_by": null, + "number": 102, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Nobelium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_102_nobelium/element_102_nobelium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_102_nobelium/element_102_nobelium.glb", + "spectral_img": null, + "summary": "Nobelium is a synthetic chemical element with symbol No and atomic number 102. It is named in honor of Alfred Nobel, the inventor of dynamite and benefactor of science. A radioactive metal, it is the tenth transuranic element and is the penultimate member of the actinide series.", + "symbol": "No", + "xpos": 16, + "ypos": 10, + "wxpos": 16, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 8, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14", + "electron_configuration_semantic": "[Rn] 5f14 7s2", + "electron_affinity": -223.22, + "electronegativity_pauling": 1.3, + "ionization_energies": [ + 642 + ], + "cpk-hex": "bd0d87", + "image": { + "title": "This is only an illustration, not nobelium itself. Nobelium can only be made in very small amounts and emits strong radiation of various kinds.", + "url": "https://images-of-elements.com/nobelium.jpg", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/nobelium.php" + }, + "block": "f" + }, + { + "name": "Lawrencium", + "appearance": null, + "atomic_mass": 266, + "boil": null, + "category": "actinide", + "density": null, + "discovered_by": "Lawrence Berkeley National Laboratory", + "melt": 1900, + "molar_heat": null, + "named_by": null, + "number": 103, + "period": 7, + "group": 3, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Lawrencium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_103_lawrencium/element_103_lawrencium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_103_lawrencium/element_103_lawrencium.glb", + "spectral_img": null, + "summary": "Lawrencium is a synthetic chemical element with chemical symbol Lr (formerly Lw) and atomic number 103. It is named in honor of Ernest Lawrence, inventor of the cyclotron, a device that was used to discover many artificial radioactive elements. A radioactive metal, lawrencium is the eleventh transuranic element and is also the final member of the actinide series.", + "symbol": "Lr", + "xpos": 17, + "ypos": 10, + "wxpos": 17, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 8, + 3 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 7p1", + "electron_configuration_semantic": "[Rn] 5f14 7s2 7p1", + "electron_affinity": -30.04, + "electronegativity_pauling": 1.3, + "ionization_energies": [ + 470 + ], + "cpk-hex": "c70066", + "image": { + "title": "This is only an illustration, not lawrencium itself. Lawrencium can only be made in very small amounts and emits strong radiation", + "url": "https://images-of-elements.com/lawrencium.jpg", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/lawrencium.php" + }, + "block": "d" + }, + { + "name": "Rutherfordium", + "appearance": null, + "atomic_mass": 267, + "boil": 5800, + "category": "transition metal", + "density": 23.2, + "discovered_by": "Joint Institute for Nuclear Research", + "melt": 2400, + "molar_heat": null, + "named_by": null, + "number": 104, + "period": 7, + "group": 4, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Rutherfordium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_104_rutherfordium/element_104_rutherfordium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_104_rutherfordium/element_104_rutherfordium.glb", + "spectral_img": null, + "summary": "Rutherfordium is a chemical element with symbol Rf and atomic number 104, named in honor of physicist Ernest Rutherford. It is a synthetic element (an element that can be created in a laboratory but is not found in nature) and radioactive; the most stable known isotope, 267Rf, has a half-life of approximately 1.3 hours. In the periodic table of the elements, it is a d - block element and the second of the fourth - row transition elements.", + "symbol": "Rf", + "xpos": 4, + "ypos": 7, + "wxpos": 18, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 10, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d2", + "electron_configuration_semantic": "[Rn] 5f14 6d2 7s2", + "electron_affinity": null, + "electronegativity_pauling": null, + "ionization_energies": [ + 580 + ], + "cpk-hex": "cc0059", + "image": { + "title": "Decay traces in a spark chamber, not of rutherfordium, but of a pion. This is a completely different, unrelated particle, but the decay of rutherfordium would make streaks there, too.", + "url": "https://images-of-elements.com/s/rutherfordium.jpg", + "attribution": "Image © CERN, Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/rutherfordium.php" + }, + "block": "d" + }, + { + "name": "Dubnium", + "appearance": null, + "atomic_mass": 268, + "boil": null, + "category": "transition metal", + "density": 29.3, + "discovered_by": "Joint Institute for Nuclear Research", + "melt": null, + "molar_heat": null, + "named_by": null, + "number": 105, + "period": 7, + "group": 5, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Dubnium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_105_dubnium/element_105_dubnium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_105_dubnium/element_105_dubnium.glb", + "spectral_img": null, + "summary": "Dubnium is a chemical element with symbol Db and atomic number 105. It is named after the town of Dubna in Russia (north of Moscow), where it was first produced. It is a synthetic element (an element that can be created in a laboratory but is not found in nature) and radioactive; the most stable known isotope, dubnium-268, has a half-life of approximately 28 hours.", + "symbol": "Db", + "xpos": 5, + "ypos": 7, + "wxpos": 19, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 11, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d3", + "electron_configuration_semantic": "*[Rn] 5f14 6d3 7s2", + "electron_affinity": null, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": "d1004f", + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/dubnium.php" + }, + "block": "d" + }, + { + "name": "Seaborgium", + "appearance": null, + "atomic_mass": 269, + "boil": null, + "category": "transition metal", + "density": 35, + "discovered_by": "Lawrence Berkeley National Laboratory", + "melt": null, + "molar_heat": null, + "named_by": null, + "number": 106, + "period": 7, + "group": 6, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Seaborgium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_106_seaborgium/element_106_seaborgium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_106_seaborgium/element_106_seaborgium.glb", + "spectral_img": null, + "summary": "Seaborgium is a synthetic element with symbol Sg and atomic number 106. Its most stable isotope 271Sg has a half-life of 1.9 minutes. A more recently discovered isotope 269Sg has a potentially slightly longer half-life (ca.", + "symbol": "Sg", + "xpos": 6, + "ypos": 7, + "wxpos": 20, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 12, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d4", + "electron_configuration_semantic": "*[Rn] 5f14 6d4 7s2", + "electron_affinity": null, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": "d90045", + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/seaborgium.php" + }, + "block": "d" + }, + { + "name": "Bohrium", + "appearance": null, + "atomic_mass": 270, + "boil": null, + "category": "transition metal", + "density": 37.1, + "discovered_by": "Gesellschaft für Schwerionenforschung", + "melt": null, + "molar_heat": null, + "named_by": null, + "number": 107, + "period": 7, + "group": 7, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Bohrium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_107_bohrium/element_107_bohrium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_107_bohrium/element_107_bohrium.glb", + "spectral_img": null, + "summary": "Bohrium is a chemical element with symbol Bh and atomic number 107. It is named after Danish physicist Niels Bohr. It is a synthetic element (an element that can be created in a laboratory but is not found in nature) and radioactive; the most stable known isotope, 270Bh, has a half-life of approximately 61 seconds.", + "symbol": "Bh", + "xpos": 7, + "ypos": 7, + "wxpos": 21, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 13, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d5", + "electron_configuration_semantic": "*[Rn] 5f14 6d5 7s2", + "electron_affinity": null, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": "e00038", + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/bohrium.php" + }, + "block": "d" + }, + { + "name": "Hassium", + "appearance": null, + "atomic_mass": 269, + "boil": null, + "category": "transition metal", + "density": 40.7, + "discovered_by": "Gesellschaft für Schwerionenforschung", + "melt": 126, + "molar_heat": null, + "named_by": null, + "number": 108, + "period": 7, + "group": 8, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Hassium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_108_hassium/element_108_hassium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_108_hassium/element_108_hassium.glb", + "spectral_img": null, + "summary": "Hassium is a chemical element with symbol Hs and atomic number 108, named after the German state of Hesse. It is a synthetic element (an element that can be created in a laboratory but is not found in nature) and radioactive; the most stable known isotope, 269Hs, has a half-life of approximately 9.7 seconds, although an unconfirmed metastable state, 277mHs, may have a longer half-life of about 130 seconds. More than 100 atoms of hassium have been synthesized to date.", + "symbol": "Hs", + "xpos": 8, + "ypos": 7, + "wxpos": 22, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 14, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d6", + "electron_configuration_semantic": "*[Rn] 5f14 6d6 7s2", + "electron_affinity": null, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": "e6002e", + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/hassium.php" + }, + "block": "d" + }, + { + "name": "Meitnerium", + "appearance": null, + "atomic_mass": 278, + "boil": null, + "category": "unknown, probably transition metal", + "density": 37.4, + "discovered_by": "Gesellschaft für Schwerionenforschung", + "melt": null, + "molar_heat": null, + "named_by": null, + "number": 109, + "period": 7, + "group": 9, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Meitnerium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_109_meitnerium/element_109_meitnerium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_109_meitnerium/element_109_meitnerium.glb", + "spectral_img": null, + "summary": "Meitnerium is a chemical element with symbol Mt and atomic number 109. It is an extremely radioactive synthetic element (an element not found in nature that can be created in a laboratory). The most stable known isotope, meitnerium-278, has a half-life of 7.6 seconds.", + "symbol": "Mt", + "xpos": 9, + "ypos": 7, + "wxpos": 23, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 15, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d7", + "electron_configuration_semantic": "*[Rn] 5f14 6d7 7s2", + "electron_affinity": null, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": "eb0026", + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/meitnerium.php" + }, + "block": "d" + }, + { + "name": "Darmstadtium", + "appearance": null, + "atomic_mass": 281, + "boil": null, + "category": "unknown, probably transition metal", + "density": 34.8, + "discovered_by": "Gesellschaft für Schwerionenforschung", + "melt": null, + "molar_heat": null, + "named_by": null, + "number": 110, + "period": 7, + "group": 10, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Darmstadtium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_110_darmstadtium/element_110_darmstadtium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_110_darmstadtium/element_110_darmstadtium.glb", + "spectral_img": null, + "summary": "Darmstadtium is a chemical element with symbol Ds and atomic number 110. It is an extremely radioactive synthetic element. The most stable known isotope, darmstadtium-281, has a half-life of approximately 10 seconds.", + "symbol": "Ds", + "xpos": 10, + "ypos": 7, + "wxpos": 24, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 16, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d8", + "electron_configuration_semantic": "*[Rn] 5f14 6d9 7s1", + "electron_affinity": null, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": null, + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/darmstadtium.php" + }, + "block": "d" + }, + { + "name": "Roentgenium", + "appearance": null, + "atomic_mass": 282, + "boil": null, + "category": "unknown, probably transition metal", + "density": 28.7, + "discovered_by": "Gesellschaft für Schwerionenforschung", + "melt": null, + "molar_heat": null, + "named_by": null, + "number": 111, + "period": 7, + "group": 11, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Roentgenium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_111_roentgenium/element_111_roentgenium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_111_roentgenium/element_111_roentgenium.glb", + "spectral_img": null, + "summary": "Roentgenium is a chemical element with symbol Rg and atomic number 111. It is an extremely radioactive synthetic element (an element that can be created in a laboratory but is not found in nature); the most stable known isotope, roentgenium-282, has a half-life of 2.1 minutes. Roentgenium was first created in 1994 by the GSI Helmholtz Centre for Heavy Ion Research near Darmstadt, Germany.", + "symbol": "Rg", + "xpos": 11, + "ypos": 7, + "wxpos": 25, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 17, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d9", + "electron_configuration_semantic": "*[Rn] 5f14 6d10 7s1", + "electron_affinity": 151, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": null, + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/roentgenium.php" + }, + "block": "d" + }, + { + "name": "Copernicium", + "appearance": null, + "atomic_mass": 285, + "boil": 3570, + "category": "transition metal", + "density": 14.0, + "discovered_by": "Gesellschaft für Schwerionenforschung", + "melt": null, + "molar_heat": null, + "named_by": null, + "number": 112, + "period": 7, + "group": 12, + "phase": "Liquid", + "source": "https://en.wikipedia.org/wiki/Copernicium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_112_copernicium/element_112_copernicium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_112_copernicium/element_112_copernicium.glb", + "spectral_img": null, + "summary": "Copernicium is a chemical element with symbol Cn and atomic number 112. It is an extremely radioactive synthetic element that can only be created in a laboratory. The most stable known isotope, copernicium-285, has a half-life of approximately 29 seconds, but it is possible that this copernicium isotope may have a nuclear isomer with a longer half-life, 8.9 min.", + "symbol": "Cn", + "xpos": 12, + "ypos": 7, + "wxpos": 26, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 18, + 2 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d10", + "electron_configuration_semantic": "*[Rn] 5f14 6d10 7s2", + "electron_affinity": null, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": null, + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/copernicium.php" + }, + "block": "d" + }, + { + "name": "Nihonium", + "appearance": null, + "atomic_mass": 286, + "boil": 1430, + "category": "unknown, probably transition metal", + "density": 16, + "discovered_by": "RIKEN", + "melt": 700, + "molar_heat": null, + "named_by": null, + "number": 113, + "period": 7, + "group": 13, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Ununtrium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_113_nihonium/element_113_nihonium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_113_nihonium/element_113_nihonium.glb", + "spectral_img": null, + "summary": "Nihonium is a chemical element with atomic number 113. It has a symbol Nh. It is a synthetic element (an element that can be created in a laboratory but is not found in nature) and is extremely radioactive; its most stable known isotope, nihonium-286, has a half-life of 20 seconds.", + "symbol": "Nh", + "xpos": 13, + "ypos": 7, + "wxpos": 27, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 18, + 3 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d10 7p1", + "electron_configuration_semantic": "*[Rn] 5f14 6d10 7s2 7p1", + "electron_affinity": 66.6, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": null, + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/nihonium.php" + }, + "block": "p" + }, + { + "name": "Flerovium", + "appearance": null, + "atomic_mass": 289, + "boil": 420, + "category": "post-transition metal", + "density": 14, + "discovered_by": "Joint Institute for Nuclear Research", + "melt": 340, + "molar_heat": null, + "named_by": null, + "number": 114, + "period": 7, + "group": 14, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Flerovium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_114_flerovium/element_114_flerovium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_114_flerovium/element_114_flerovium.glb", + "spectral_img": null, + "summary": "Flerovium is a superheavy artificial chemical element with symbol Fl and atomic number 114. It is an extremely radioactive synthetic element. The element is named after the Flerov Laboratory of Nuclear Reactions of the Joint Institute for Nuclear Research in Dubna, Russia, where the element was discovered in 1998.", + "symbol": "Fl", + "xpos": 14, + "ypos": 7, + "wxpos": 28, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 18, + 4 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d10 7p2", + "electron_configuration_semantic": "*[Rn] 5f14 6d10 7s2 7p2", + "electron_affinity": null, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": null, + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/flerovium.php" + }, + "block": "p" + }, + { + "name": "Moscovium", + "appearance": null, + "atomic_mass": 289, + "boil": 1400, + "category": "unknown, probably post-transition metal", + "density": 13.5, + "discovered_by": "Joint Institute for Nuclear Research", + "melt": 670, + "molar_heat": null, + "named_by": null, + "number": 115, + "period": 7, + "group": 15, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Ununpentium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_115_moscovium/element_115_moscovium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_115_moscovium/element_115_moscovium.glb", + "spectral_img": null, + "summary": "Moscovium is the name of a synthetic superheavy element in the periodic table that has the symbol Mc and has the atomic number 115. It is an extremely radioactive element; its most stable known isotope, moscovium-289, has a half-life of only 220 milliseconds. It is also known as eka-bismuth or simply element 115.", + "symbol": "Mc", + "xpos": 15, + "ypos": 7, + "wxpos": 29, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 18, + 5 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d10 7p3", + "electron_configuration_semantic": "*[Rn] 5f14 6d10 7s2 7p3", + "electron_affinity": 35.3, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": null, + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/moscovium.php" + }, + "block": "p" + }, + { + "name": "Livermorium", + "appearance": null, + "atomic_mass": 293, + "boil": 1085, + "category": "unknown, probably post-transition metal", + "density": 12.9, + "discovered_by": "Joint Institute for Nuclear Research", + "melt": 709, + "molar_heat": null, + "named_by": null, + "number": 116, + "period": 7, + "group": 16, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Livermorium", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_116_livermorium/element_116_livermorium_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_116_livermorium/element_116_livermorium.glb", + "spectral_img": null, + "summary": "Livermorium is a synthetic superheavy element with symbol Lv and atomic number 116. It is an extremely radioactive element that has only been created in the laboratory and has not been observed in nature. The element is named after the Lawrence Livermore National Laboratory in the United States, which collaborated with the Joint Institute for Nuclear Research in Dubna, Russia to discover livermorium in 2000.", + "symbol": "Lv", + "xpos": 16, + "ypos": 7, + "wxpos": 30, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 18, + 6 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d10 7p4", + "electron_configuration_semantic": "*[Rn] 5f14 6d10 7s2 7p4", + "electron_affinity": 74.9, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": null, + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/livermorium.php" + }, + "block": "p" + }, + { + "name": "Tennessine", + "appearance": null, + "atomic_mass": 294, + "boil": 883, + "category": "unknown, probably metalloid", + "density": 7.17, + "discovered_by": "Joint Institute for Nuclear Research", + "melt": 723, + "molar_heat": null, + "named_by": null, + "number": 117, + "period": 7, + "group": 17, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Tennessine", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_117_tennessine/element_117_tennessine_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_117_tennessine/element_117_tennessine.glb", + "spectral_img": null, + "summary": "Tennessine is a superheavy artificial chemical element with an atomic number of 117 and a symbol of Ts. Also known as eka-astatine or element 117, it is the second-heaviest known element and penultimate element of the 7th period of the periodic table. As of 2016, fifteen tennessine atoms have been observed: six when it was first synthesized in 2010, seven in 2012, and two in 2014.", + "symbol": "Ts", + "xpos": 17, + "ypos": 7, + "wxpos": 31, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 18, + 7 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d10 7p5", + "electron_configuration_semantic": "*[Rn] 5f14 6d10 7s2 7p5", + "electron_affinity": 165.9, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": null, + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/tenessine.php" + }, + "block": "p" + }, + { + "name": "Oganesson", + "appearance": null, + "atomic_mass": 294, + "boil": 350, + "category": "unknown, predicted to be noble gas", + "density": 4.95, + "discovered_by": "Joint Institute for Nuclear Research", + "melt": null, + "molar_heat": null, + "named_by": null, + "number": 118, + "period": 7, + "group": 18, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Oganesson", + "bohr_model_image": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_118_oganesson/element_118_oganesson_srp_th.png", + "bohr_model_3d": "https://storage.googleapis.com/search-ar-edu/periodic-table/element_118_oganesson/element_118_oganesson.glb", + "spectral_img": null, + "summary": "Oganesson is IUPAC's name for the transactinide element with the atomic number 118 and element symbol Og. It is also known as eka-radon or element 118, and on the periodic table of the elements it is a p-block element and the last one of the 7th period. Oganesson is currently the only synthetic member of group 18.", + "symbol": "Og", + "xpos": 18, + "ypos": 7, + "wxpos": 32, + "wypos": 7, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 18, + 8 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d10 7p6", + "electron_configuration_semantic": "*[Rn] 5f14 6d10 7s2 7p6", + "electron_affinity": 5.40318, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": null, + "image": { + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com/oganesson.php" + }, + "block": "p" + }, + { + "name": "Ununennium", + "appearance": null, + "atomic_mass": 315, + "boil": 630, + "category": "unknown, but predicted to be an alkali metal", + "density": 3, + "discovered_by": "GSI Helmholtz Centre for Heavy Ion Research", + "melt": null, + "molar_heat": null, + "named_by": null, + "number": 119, + "period": 8, + "group": 1, + "phase": "Solid", + "source": "https://en.wikipedia.org/wiki/Ununennium", + "bohr_model_image":null, + "bohr_model_3d":null, + "spectral_img": null, + "summary": "Ununennium, also known as eka-francium or simply element 119, is the hypothetical chemical element with symbol Uue and atomic number 119. Ununennium and Uue are the temporary systematic IUPAC name and symbol respectively, until a permanent name is decided upon. In the periodic table of the elements, it is expected to be an s-block element, an alkali metal, and the first element in the eighth period.", + "symbol": "Uue", + "xpos": 1, + "ypos": 8, + "wxpos": 1, + "wypos": 8, + "shells": [ + 2, + 8, + 18, + 32, + 32, + 18, + 8, + 1 + ], + "electron_configuration": "1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 7s2 5f14 6d10 7p6 8s1", + "electron_configuration_semantic": "*[Uuo] 8s1", + "electron_affinity": 63.87, + "electronegativity_pauling": null, + "ionization_energies": [], + "cpk-hex": null, + "image":{ + "title": "No Image Found", + "url": "https://images-of-elements.com/s/transactinoid.png", + "attribution": "Chemical Elments A Virtual Museum under a Creative Commons Attribution 3.0 Unported License, source: https://images-of-elements.com" + }, + "block": "s" + } + ] +} diff --git a/test/0c393561-dd13-4b7c-ac49-20ac469aa276.MOV b/test/0c393561-dd13-4b7c-ac49-20ac469aa276.MOV new file mode 100644 index 0000000000000000000000000000000000000000..d55a009e45d283d400bf77e10e51930d9e595dd6 --- /dev/null +++ b/test/0c393561-dd13-4b7c-ac49-20ac469aa276.MOV @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:38ab295787dfaaab73f42737ce5860a7a256a9a95c7e69305bfed063305a0a81 +size 23012229 diff --git a/test/171dd6d2-d1d4-439b-8d4e-7507018a816b.png b/test/171dd6d2-d1d4-439b-8d4e-7507018a816b.png new file mode 100644 index 0000000000000000000000000000000000000000..ad8b9e9c8b22521f64e0a4a1af3ec5ec23805e19 --- /dev/null +++ b/test/171dd6d2-d1d4-439b-8d4e-7507018a816b.png @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:9bc92950c40c1cd2264fa71090283671dc38eb452032e28dda3dd182ec66ff79 +size 83202 diff --git a/test/198ffd8f-6041-458d-bacc-fe49872cfa43.txt b/test/198ffd8f-6041-458d-bacc-fe49872cfa43.txt new file mode 100644 index 0000000000000000000000000000000000000000..101c54facfd05b61f78d4dd6721816dcd5a6a5a3 --- /dev/null +++ b/test/198ffd8f-6041-458d-bacc-fe49872cfa43.txt @@ -0,0 +1,7044 @@ +FOREWORD + + +To the Reader of this Work + + +In submitting Captain Carter’s strange manuscript to you in book form, +I believe that a few words relative to this remarkable personality will +be of interest. + +My first recollection of Captain Carter is of the few months he spent +at my father’s home in Virginia, just prior to the opening of the civil +war. I was then a child of but five years, yet I well remember the +tall, dark, smooth-faced, athletic man whom I called Uncle Jack. + +He seemed always to be laughing; and he entered into the sports of the +children with the same hearty good fellowship he displayed toward those +pastimes in which the men and women of his own age indulged; or he +would sit for an hour at a time entertaining my old grandmother with +stories of his strange, wild life in all parts of the world. We all +loved him, and our slaves fairly worshipped the ground he trod. + +He was a splendid specimen of manhood, standing a good two inches over +six feet, broad of shoulder and narrow of hip, with the carriage of the +trained fighting man. His features were regular and clear cut, his hair +black and closely cropped, while his eyes were of a steel gray, +reflecting a strong and loyal character, filled with fire and +initiative. His manners were perfect, and his courtliness was that of a +typical southern gentleman of the highest type. + +His horsemanship, especially after hounds, was a marvel and delight +even in that country of magnificent horsemen. I have often heard my +father caution him against his wild recklessness, but he would only +laugh, and say that the tumble that killed him would be from the back +of a horse yet unfoaled. + +When the war broke out he left us, nor did I see him again for some +fifteen or sixteen years. When he returned it was without warning, and +I was much surprised to note that he had not aged apparently a moment, +nor had he changed in any other outward way. He was, when others were +with him, the same genial, happy fellow we had known of old, but when +he thought himself alone I have seen him sit for hours gazing off into +space, his face set in a look of wistful longing and hopeless misery; +and at night he would sit thus looking up into the heavens, at what I +did not know until I read his manuscript years afterward. + +He told us that he had been prospecting and mining in Arizona part of +the time since the war; and that he had been very successful was +evidenced by the unlimited amount of money with which he was supplied. +As to the details of his life during these years he was very reticent, +in fact he would not talk of them at all. + +He remained with us for about a year and then went to New York, where +he purchased a little place on the Hudson, where I visited him once a +year on the occasions of my trips to the New York market—my father and +I owning and operating a string of general stores throughout Virginia +at that time. Captain Carter had a small but beautiful cottage, +situated on a bluff overlooking the river, and during one of my last +visits, in the winter of 1885, I observed he was much occupied in +writing, I presume now, upon this manuscript. + +He told me at this time that if anything should happen to him he wished +me to take charge of his estate, and he gave me a key to a compartment +in the safe which stood in his study, telling me I would find his will +there and some personal instructions which he had me pledge myself to +carry out with absolute fidelity. + +After I had retired for the night I have seen him from my window +standing in the moonlight on the brink of the bluff overlooking the +Hudson with his arms stretched out to the heavens as though in appeal. +I thought at the time that he was praying, although I never understood +that he was in the strict sense of the term a religious man. + +Several months after I had returned home from my last visit, the first +of March, 1886, I think, I received a telegram from him asking me to +come to him at once. I had always been his favorite among the younger +generation of Carters and so I hastened to comply with his demand. + +I arrived at the little station, about a mile from his grounds, on the +morning of March 4, 1886, and when I asked the livery man to drive me +out to Captain Carter’s he replied that if I was a friend of the +Captain’s he had some very bad news for me; the Captain had been found +dead shortly after daylight that very morning by the watchman attached +to an adjoining property. + +For some reason this news did not surprise me, but I hurried out to his +place as quickly as possible, so that I could take charge of the body +and of his affairs. + +I found the watchman who had discovered him, together with the local +police chief and several townspeople, assembled in his little study. +The watchman related the few details connected with the finding of the +body, which he said had been still warm when he came upon it. It lay, +he said, stretched full length in the snow with the arms outstretched +above the head toward the edge of the bluff, and when he showed me the +spot it flashed upon me that it was the identical one where I had seen +him on those other nights, with his arms raised in supplication to the +skies. + +There were no marks of violence on the body, and with the aid of a +local physician the coroner’s jury quickly reached a decision of death +from heart failure. Left alone in the study, I opened the safe and +withdrew the contents of the drawer in which he had told me I would +find my instructions. They were in part peculiar indeed, but I have +followed them to each last detail as faithfully as I was able. + +He directed that I remove his body to Virginia without embalming, and +that he be laid in an open coffin within a tomb which he previously had +had constructed and which, as I later learned, was well ventilated. The +instructions impressed upon me that I must personally see that this was +carried out just as he directed, even in secrecy if necessary. + +His property was left in such a way that I was to receive the entire +income for twenty-five years, when the principal was to become mine. +His further instructions related to this manuscript which I was to +retain sealed and unread, just as I found it, for eleven years; nor was +I to divulge its contents until twenty-one years after his death. + +A strange feature about the tomb, where his body still lies, is that +the massive door is equipped with a single, huge gold-plated spring +lock which can be opened _only from the inside_. + +Yours very sincerely, +Edgar Rice Burroughs. + + + + +CHAPTER I +ON THE ARIZONA HILLS + + +I am a very old man; how old I do not know. Possibly I am a hundred, +possibly more; but I cannot tell because I have never aged as other +men, nor do I remember any childhood. So far as I can recollect I have +always been a man, a man of about thirty. I appear today as I did forty +years and more ago, and yet I feel that I cannot go on living forever; +that some day I shall die the real death from which there is no +resurrection. I do not know why I should fear death, I who have died +twice and am still alive; but yet I have the same horror of it as you +who have never died, and it is because of this terror of death, I +believe, that I am so convinced of my mortality. + +And because of this conviction I have determined to write down the +story of the interesting periods of my life and of my death. I cannot +explain the phenomena; I can only set down here in the words of an +ordinary soldier of fortune a chronicle of the strange events that +befell me during the ten years that my dead body lay undiscovered in an +Arizona cave. + +I have never told this story, nor shall mortal man see this manuscript +until after I have passed over for eternity. I know that the average +human mind will not believe what it cannot grasp, and so I do not +purpose being pilloried by the public, the pulpit, and the press, and +held up as a colossal liar when I am but telling the simple truths +which some day science will substantiate. Possibly the suggestions +which I gained upon Mars, and the knowledge which I can set down in +this chronicle, will aid in an earlier understanding of the mysteries +of our sister planet; mysteries to you, but no longer mysteries to me. + +My name is John Carter; I am better known as Captain Jack Carter of +Virginia. At the close of the Civil War I found myself possessed of +several hundred thousand dollars (Confederate) and a captain’s +commission in the cavalry arm of an army which no longer existed; the +servant of a state which had vanished with the hopes of the South. +Masterless, penniless, and with my only means of livelihood, fighting, +gone, I determined to work my way to the southwest and attempt to +retrieve my fallen fortunes in a search for gold. + +I spent nearly a year prospecting in company with another Confederate +officer, Captain James K. Powell of Richmond. We were extremely +fortunate, for late in the winter of 1865, after many hardships and +privations, we located the most remarkable gold-bearing quartz vein +that our wildest dreams had ever pictured. Powell, who was a mining +engineer by education, stated that we had uncovered over a million +dollars worth of ore in a trifle over three months. + +As our equipment was crude in the extreme we decided that one of us +must return to civilization, purchase the necessary machinery and +return with a sufficient force of men properly to work the mine. + +As Powell was familiar with the country, as well as with the mechanical +requirements of mining we determined that it would be best for him to +make the trip. It was agreed that I was to hold down our claim against +the remote possibility of its being jumped by some wandering +prospector. + +On March 3, 1866, Powell and I packed his provisions on two of our +burros, and bidding me good-bye he mounted his horse, and started down +the mountainside toward the valley, across which led the first stage of +his journey. + +The morning of Powell’s departure was, like nearly all Arizona +mornings, clear and beautiful; I could see him and his little pack +animals picking their way down the mountainside toward the valley, and +all during the morning I would catch occasional glimpses of them as +they topped a hog back or came out upon a level plateau. My last sight +of Powell was about three in the afternoon as he entered the shadows of +the range on the opposite side of the valley. + +Some half hour later I happened to glance casually across the valley +and was much surprised to note three little dots in about the same +place I had last seen my friend and his two pack animals. I am not +given to needless worrying, but the more I tried to convince myself +that all was well with Powell, and that the dots I had seen on his +trail were antelope or wild horses, the less I was able to assure +myself. + +Since we had entered the territory we had not seen a hostile Indian, +and we had, therefore, become careless in the extreme, and were wont to +ridicule the stories we had heard of the great numbers of these vicious +marauders that were supposed to haunt the trails, taking their toll in +lives and torture of every white party which fell into their merciless +clutches. + +Powell, I knew, was well armed and, further, an experienced Indian +fighter; but I too had lived and fought for years among the Sioux in +the North, and I knew that his chances were small against a party of +cunning trailing Apaches. Finally I could endure the suspense no +longer, and, arming myself with my two Colt revolvers and a carbine, I +strapped two belts of cartridges about me and catching my saddle horse, +started down the trail taken by Powell in the morning. + +As soon as I reached comparatively level ground I urged my mount into a +canter and continued this, where the going permitted, until, close upon +dusk, I discovered the point where other tracks joined those of Powell. +They were the tracks of unshod ponies, three of them, and the ponies +had been galloping. + +I followed rapidly until, darkness shutting down, I was forced to await +the rising of the moon, and given an opportunity to speculate on the +question of the wisdom of my chase. Possibly I had conjured up +impossible dangers, like some nervous old housewife, and when I should +catch up with Powell would get a good laugh for my pains. However, I am +not prone to sensitiveness, and the following of a sense of duty, +wherever it may lead, has always been a kind of fetich with me +throughout my life; which may account for the honors bestowed upon me +by three republics and the decorations and friendships of an old and +powerful emperor and several lesser kings, in whose service my sword +has been red many a time. + +About nine o’clock the moon was sufficiently bright for me to proceed +on my way and I had no difficulty in following the trail at a fast +walk, and in some places at a brisk trot until, about midnight, I +reached the water hole where Powell had expected to camp. I came upon +the spot unexpectedly, finding it entirely deserted, with no signs of +having been recently occupied as a camp. + +I was interested to note that the tracks of the pursuing horsemen, for +such I was now convinced they must be, continued after Powell with only +a brief stop at the hole for water; and always at the same rate of +speed as his. + +I was positive now that the trailers were Apaches and that they wished +to capture Powell alive for the fiendish pleasure of the torture, so I +urged my horse onward at a most dangerous pace, hoping against hope +that I would catch up with the red rascals before they attacked him. + +Further speculation was suddenly cut short by the faint report of two +shots far ahead of me. I knew that Powell would need me now if ever, +and I instantly urged my horse to his topmost speed up the narrow and +difficult mountain trail. + +I had forged ahead for perhaps a mile or more without hearing further +sounds, when the trail suddenly debouched onto a small, open plateau +near the summit of the pass. I had passed through a narrow, overhanging +gorge just before entering suddenly upon this table land, and the sight +which met my eyes filled me with consternation and dismay. + +The little stretch of level land was white with Indian tepees, and +there were probably half a thousand red warriors clustered around some +object near the center of the camp. Their attention was so wholly +riveted to this point of interest that they did not notice me, and I +easily could have turned back into the dark recesses of the gorge and +made my escape with perfect safety. The fact, however, that this +thought did not occur to me until the following day removes any +possible right to a claim to heroism to which the narration of this +episode might possibly otherwise entitle me. + +I do not believe that I am made of the stuff which constitutes heroes, +because, in all of the hundreds of instances that my voluntary acts +have placed me face to face with death, I cannot recall a single one +where any alternative step to that I took occurred to me until many +hours later. My mind is evidently so constituted that I am +subconsciously forced into the path of duty without recourse to +tiresome mental processes. However that may be, I have never regretted +that cowardice is not optional with me. + +In this instance I was, of course, positive that Powell was the center +of attraction, but whether I thought or acted first I do not know, but +within an instant from the moment the scene broke upon my view I had +whipped out my revolvers and was charging down upon the entire army of +warriors, shooting rapidly, and whooping at the top of my lungs. +Singlehanded, I could not have pursued better tactics, for the red men, +convinced by sudden surprise that not less than a regiment of regulars +was upon them, turned and fled in every direction for their bows, +arrows, and rifles. + +The view which their hurried routing disclosed filled me with +apprehension and with rage. Under the clear rays of the Arizona moon +lay Powell, his body fairly bristling with the hostile arrows of the +braves. That he was already dead I could not but be convinced, and yet +I would have saved his body from mutilation at the hands of the Apaches +as quickly as I would have saved the man himself from death. + +Riding close to him I reached down from the saddle, and grasping his +cartridge belt drew him up across the withers of my mount. A backward +glance convinced me that to return by the way I had come would be more +hazardous than to continue across the plateau, so, putting spurs to my +poor beast, I made a dash for the opening to the pass which I could +distinguish on the far side of the table land. + +The Indians had by this time discovered that I was alone and I was +pursued with imprecations, arrows, and rifle balls. The fact that it is +difficult to aim anything but imprecations accurately by moonlight, +that they were upset by the sudden and unexpected manner of my advent, +and that I was a rather rapidly moving target saved me from the various +deadly projectiles of the enemy and permitted me to reach the shadows +of the surrounding peaks before an orderly pursuit could be organized. + +My horse was traveling practically unguided as I knew that I had +probably less knowledge of the exact location of the trail to the pass +than he, and thus it happened that he entered a defile which led to the +summit of the range and not to the pass which I had hoped would carry +me to the valley and to safety. It is probable, however, that to this +fact I owe my life and the remarkable experiences and adventures which +befell me during the following ten years. + +My first knowledge that I was on the wrong trail came when I heard the +yells of the pursuing savages suddenly grow fainter and fainter far off +to my left. + +I knew then that they had passed to the left of the jagged rock +formation at the edge of the plateau, to the right of which my horse +had borne me and the body of Powell. + +I drew rein on a little level promontory overlooking the trail below +and to my left, and saw the party of pursuing savages disappearing +around the point of a neighboring peak. + +I knew the Indians would soon discover that they were on the wrong +trail and that the search for me would be renewed in the right +direction as soon as they located my tracks. + +I had gone but a short distance further when what seemed to be an +excellent trail opened up around the face of a high cliff. The trail +was level and quite broad and led upward and in the general direction I +wished to go. The cliff arose for several hundred feet on my right, and +on my left was an equal and nearly perpendicular drop to the bottom of +a rocky ravine. + +I had followed this trail for perhaps a hundred yards when a sharp turn +to the right brought me to the mouth of a large cave. The opening was +about four feet in height and three to four feet wide, and at this +opening the trail ended. + +It was now morning, and, with the customary lack of dawn which is a +startling characteristic of Arizona, it had become daylight almost +without warning. + +Dismounting, I laid Powell upon the ground, but the most painstaking +examination failed to reveal the faintest spark of life. I forced water +from my canteen between his dead lips, bathed his face and rubbed his +hands, working over him continuously for the better part of an hour in +the face of the fact that I knew him to be dead. + +I was very fond of Powell; he was thoroughly a man in every respect; a +polished southern gentleman; a staunch and true friend; and it was with +a feeling of the deepest grief that I finally gave up my crude +endeavors at resuscitation. + +Leaving Powell’s body where it lay on the ledge I crept into the cave +to reconnoiter. I found a large chamber, possibly a hundred feet in +diameter and thirty or forty feet in height; a smooth and well-worn +floor, and many other evidences that the cave had, at some remote +period, been inhabited. The back of the cave was so lost in dense +shadow that I could not distinguish whether there were openings into +other apartments or not. + +As I was continuing my examination I commenced to feel a pleasant +drowsiness creeping over me which I attributed to the fatigue of my +long and strenuous ride, and the reaction from the excitement of the +fight and the pursuit. I felt comparatively safe in my present location +as I knew that one man could defend the trail to the cave against an +army. + +I soon became so drowsy that I could scarcely resist the strong desire +to throw myself on the floor of the cave for a few moments’ rest, but I +knew that this would never do, as it would mean certain death at the +hands of my red friends, who might be upon me at any moment. With an +effort I started toward the opening of the cave only to reel drunkenly +against a side wall, and from there slip prone upon the floor. + + + + +CHAPTER II +THE ESCAPE OF THE DEAD + + +A sense of delicious dreaminess overcame me, my muscles relaxed, and I +was on the point of giving way to my desire to sleep when the sound of +approaching horses reached my ears. I attempted to spring to my feet +but was horrified to discover that my muscles refused to respond to my +will. I was now thoroughly awake, but as unable to move a muscle as +though turned to stone. It was then, for the first time, that I noticed +a slight vapor filling the cave. It was extremely tenuous and only +noticeable against the opening which led to daylight. There also came +to my nostrils a faintly pungent odor, and I could only assume that I +had been overcome by some poisonous gas, but why I should retain my +mental faculties and yet be unable to move I could not fathom. + +I lay facing the opening of the cave and where I could see the short +stretch of trail which lay between the cave and the turn of the cliff +around which the trail led. The noise of the approaching horses had +ceased, and I judged the Indians were creeping stealthily upon me along +the little ledge which led to my living tomb. I remember that I hoped +they would make short work of me as I did not particularly relish the +thought of the innumerable things they might do to me if the spirit +prompted them. + +I had not long to wait before a stealthy sound apprised me of their +nearness, and then a war-bonneted, paint-streaked face was thrust +cautiously around the shoulder of the cliff, and savage eyes looked +into mine. That he could see me in the dim light of the cave I was sure +for the early morning sun was falling full upon me through the opening. + +The fellow, instead of approaching, merely stood and stared; his eyes +bulging and his jaw dropped. And then another savage face appeared, and +a third and fourth and fifth, craning their necks over the shoulders of +their fellows whom they could not pass upon the narrow ledge. Each face +was the picture of awe and fear, but for what reason I did not know, +nor did I learn until ten years later. That there were still other +braves behind those who regarded me was apparent from the fact that the +leaders passed back whispered word to those behind them. + +Suddenly a low but distinct moaning sound issued from the recesses of +the cave behind me, and, as it reached the ears of the Indians, they +turned and fled in terror, panic-stricken. So frantic were their +efforts to escape from the unseen thing behind me that one of the +braves was hurled headlong from the cliff to the rocks below. Their +wild cries echoed in the canyon for a short time, and then all was +still once more. + +The sound which had frightened them was not repeated, but it had been +sufficient as it was to start me speculating on the possible horror +which lurked in the shadows at my back. Fear is a relative term and so +I can only measure my feelings at that time by what I had experienced +in previous positions of danger and by those that I have passed through +since; but I can say without shame that if the sensations I endured +during the next few minutes were fear, then may God help the coward, +for cowardice is of a surety its own punishment. + +To be held paralyzed, with one’s back toward some horrible and unknown +danger from the very sound of which the ferocious Apache warriors turn +in wild stampede, as a flock of sheep would madly flee from a pack of +wolves, seems to me the last word in fearsome predicaments for a man +who had ever been used to fighting for his life with all the energy of +a powerful physique. + +Several times I thought I heard faint sounds behind me as of somebody +moving cautiously, but eventually even these ceased, and I was left to +the contemplation of my position without interruption. I could but +vaguely conjecture the cause of my paralysis, and my only hope lay in +that it might pass off as suddenly as it had fallen upon me. + +Late in the afternoon my horse, which had been standing with dragging +rein before the cave, started slowly down the trail, evidently in +search of food and water, and I was left alone with my mysterious +unknown companion and the dead body of my friend, which lay just within +my range of vision upon the ledge where I had placed it in the early +morning. + +From then until possibly midnight all was silence, the silence of the +dead; then, suddenly, the awful moan of the morning broke upon my +startled ears, and there came again from the black shadows the sound of +a moving thing, and a faint rustling as of dead leaves. The shock to my +already overstrained nervous system was terrible in the extreme, and +with a superhuman effort I strove to break my awful bonds. It was an +effort of the mind, of the will, of the nerves; not muscular, for I +could not move even so much as my little finger, but none the less +mighty for all that. And then something gave, there was a momentary +feeling of nausea, a sharp click as of the snapping of a steel wire, +and I stood with my back against the wall of the cave facing my unknown +foe. + +And then the moonlight flooded the cave, and there before me lay my own +body as it had been lying all these hours, with the eyes staring toward +the open ledge and the hands resting limply upon the ground. I looked +first at my lifeless clay there upon the floor of the cave and then +down at myself in utter bewilderment; for there I lay clothed, and yet +here I stood but naked as at the minute of my birth. + +The transition had been so sudden and so unexpected that it left me for +a moment forgetful of aught else than my strange metamorphosis. My +first thought was, is this then death! Have I indeed passed over +forever into that other life! But I could not well believe this, as I +could feel my heart pounding against my ribs from the exertion of my +efforts to release myself from the anaesthesis which had held me. My +breath was coming in quick, short gasps, cold sweat stood out from +every pore of my body, and the ancient experiment of pinching revealed +the fact that I was anything other than a wraith. + +Again was I suddenly recalled to my immediate surroundings by a +repetition of the weird moan from the depths of the cave. Naked and +unarmed as I was, I had no desire to face the unseen thing which +menaced me. + +My revolvers were strapped to my lifeless body which, for some +unfathomable reason, I could not bring myself to touch. My carbine was +in its boot, strapped to my saddle, and as my horse had wandered off I +was left without means of defense. My only alternative seemed to lie in +flight and my decision was crystallized by a recurrence of the rustling +sound from the thing which now seemed, in the darkness of the cave and +to my distorted imagination, to be creeping stealthily upon me. + +Unable longer to resist the temptation to escape this horrible place I +leaped quickly through the opening into the starlight of a clear +Arizona night. The crisp, fresh mountain air outside the cave acted as +an immediate tonic and I felt new life and new courage coursing through +me. Pausing upon the brink of the ledge I upbraided myself for what now +seemed to me wholly unwarranted apprehension. I reasoned with myself +that I had lain helpless for many hours within the cave, yet nothing +had molested me, and my better judgment, when permitted the direction +of clear and logical reasoning, convinced me that the noises I had +heard must have resulted from purely natural and harmless causes; +probably the conformation of the cave was such that a slight breeze had +caused the sounds I heard. + +I decided to investigate, but first I lifted my head to fill my lungs +with the pure, invigorating night air of the mountains. As I did so I +saw stretching far below me the beautiful vista of rocky gorge, and +level, cacti-studded flat, wrought by the moonlight into a miracle of +soft splendor and wondrous enchantment. + +Few western wonders are more inspiring than the beauties of an Arizona +moonlit landscape; the silvered mountains in the distance, the strange +lights and shadows upon hog back and arroyo, and the grotesque details +of the stiff, yet beautiful cacti form a picture at once enchanting and +inspiring; as though one were catching for the first time a glimpse of +some dead and forgotten world, so different is it from the aspect of +any other spot upon our earth. + +As I stood thus meditating, I turned my gaze from the landscape to the +heavens where the myriad stars formed a gorgeous and fitting canopy for +the wonders of the earthly scene. My attention was quickly riveted by a +large red star close to the distant horizon. As I gazed upon it I felt +a spell of overpowering fascination—it was Mars, the god of war, and +for me, the fighting man, it had always held the power of irresistible +enchantment. As I gazed at it on that far-gone night it seemed to call +across the unthinkable void, to lure me to it, to draw me as the +lodestone attracts a particle of iron. + +My longing was beyond the power of opposition; I closed my eyes, +stretched out my arms toward the god of my vocation and felt myself +drawn with the suddenness of thought through the trackless immensity of +space. There was an instant of extreme cold and utter darkness. + + + + +CHAPTER III +MY ADVENT ON MARS + + +I opened my eyes upon a strange and weird landscape. I knew that I was +on Mars; not once did I question either my sanity or my wakefulness. I +was not asleep, no need for pinching here; my inner consciousness told +me as plainly that I was upon Mars as your conscious mind tells you +that you are upon Earth. You do not question the fact; neither did I. + +I found myself lying prone upon a bed of yellowish, mosslike vegetation +which stretched around me in all directions for interminable miles. I +seemed to be lying in a deep, circular basin, along the outer verge of +which I could distinguish the irregularities of low hills. + +It was midday, the sun was shining full upon me and the heat of it was +rather intense upon my naked body, yet no greater than would have been +true under similar conditions on an Arizona desert. Here and there were +slight outcroppings of quartz-bearing rock which glistened in the +sunlight; and a little to my left, perhaps a hundred yards, appeared a +low, walled enclosure about four feet in height. No water, and no other +vegetation than the moss was in evidence, and as I was somewhat thirsty +I determined to do a little exploring. + +Springing to my feet I received my first Martian surprise, for the +effort, which on Earth would have brought me standing upright, carried +me into the Martian air to the height of about three yards. I alighted +softly upon the ground, however, without appreciable shock or jar. Now +commenced a series of evolutions which even then seemed ludicrous in +the extreme. I found that I must learn to walk all over again, as the +muscular exertion which carried me easily and safely upon Earth played +strange antics with me upon Mars. + +Instead of progressing in a sane and dignified manner, my attempts to +walk resulted in a variety of hops which took me clear of the ground a +couple of feet at each step and landed me sprawling upon my face or +back at the end of each second or third hop. My muscles, perfectly +attuned and accustomed to the force of gravity on Earth, played the +mischief with me in attempting for the first time to cope with the +lesser gravitation and lower air pressure on Mars. + +I was determined, however, to explore the low structure which was the +only evidence of habitation in sight, and so I hit upon the unique plan +of reverting to first principles in locomotion, creeping. I did fairly +well at this and in a few moments had reached the low, encircling wall +of the enclosure. + +There appeared to be no doors or windows upon the side nearest me, but +as the wall was but about four feet high I cautiously gained my feet +and peered over the top upon the strangest sight it had ever been given +me to see. + +The roof of the enclosure was of solid glass about four or five inches +in thickness, and beneath this were several hundred large eggs, +perfectly round and snowy white. The eggs were nearly uniform in size +being about two and one-half feet in diameter. + +Five or six had already hatched and the grotesque caricatures which sat +blinking in the sunlight were enough to cause me to doubt my sanity. +They seemed mostly head, with little scrawny bodies, long necks and six +legs, or, as I afterward learned, two legs and two arms, with an +intermediary pair of limbs which could be used at will either as arms +or legs. Their eyes were set at the extreme sides of their heads a +trifle above the center and protruded in such a manner that they could +be directed either forward or back and also independently of each +other, thus permitting this queer animal to look in any direction, or +in two directions at once, without the necessity of turning the head. + +The ears, which were slightly above the eyes and closer together, were +small, cup-shaped antennae, protruding not more than an inch on these +young specimens. Their noses were but longitudinal slits in the center +of their faces, midway between their mouths and ears. + +There was no hair on their bodies, which were of a very light +yellowish-green color. In the adults, as I was to learn quite soon, +this color deepens to an olive green and is darker in the male than in +the female. Further, the heads of the adults are not so out of +proportion to their bodies as in the case of the young. + +The iris of the eyes is blood red, as in Albinos, while the pupil is +dark. The eyeball itself is very white, as are the teeth. These latter +add a most ferocious appearance to an otherwise fearsome and terrible +countenance, as the lower tusks curve upward to sharp points which end +about where the eyes of earthly human beings are located. The whiteness +of the teeth is not that of ivory, but of the snowiest and most +gleaming of china. Against the dark background of their olive skins +their tusks stand out in a most striking manner, making these weapons +present a singularly formidable appearance. + +Most of these details I noted later, for I was given but little time to +speculate on the wonders of my new discovery. I had seen that the eggs +were in the process of hatching, and as I stood watching the hideous +little monsters break from their shells I failed to note the approach +of a score of full-grown Martians from behind me. + +Coming, as they did, over the soft and soundless moss, which covers +practically the entire surface of Mars with the exception of the frozen +areas at the poles and the scattered cultivated districts, they might +have captured me easily, but their intentions were far more sinister. +It was the rattling of the accouterments of the foremost warrior which +warned me. + +On such a little thing my life hung that I often marvel that I escaped +so easily. Had not the rifle of the leader of the party swung from its +fastenings beside his saddle in such a way as to strike against the +butt of his great metal-shod spear I should have snuffed out without +ever knowing that death was near me. But the little sound caused me to +turn, and there upon me, not ten feet from my breast, was the point of +that huge spear, a spear forty feet long, tipped with gleaming metal, +and held low at the side of a mounted replica of the little devils I +had been watching. + +But how puny and harmless they now looked beside this huge and terrific +incarnation of hate, of vengeance and of death. The man himself, for +such I may call him, was fully fifteen feet in height and, on Earth, +would have weighed some four hundred pounds. He sat his mount as we sit +a horse, grasping the animal’s barrel with his lower limbs, while the +hands of his two right arms held his immense spear low at the side of +his mount; his two left arms were outstretched laterally to help +preserve his balance, the thing he rode having neither bridle or reins +of any description for guidance. + +And his mount! How can earthly words describe it! It towered ten feet +at the shoulder; had four legs on either side; a broad flat tail, +larger at the tip than at the root, and which it held straight out +behind while running; a gaping mouth which split its head from its +snout to its long, massive neck. + +Like its master, it was entirely devoid of hair, but was of a dark +slate color and exceeding smooth and glossy. Its belly was white, and +its legs shaded from the slate of its shoulders and hips to a vivid +yellow at the feet. The feet themselves were heavily padded and +nailless, which fact had also contributed to the noiselessness of their +approach, and, in common with a multiplicity of legs, is a +characteristic feature of the fauna of Mars. The highest type of man +and one other animal, the only mammal existing on Mars, alone have +well-formed nails, and there are absolutely no hoofed animals in +existence there. + +Behind this first charging demon trailed nineteen others, similar in +all respects, but, as I learned later, bearing individual +characteristics peculiar to themselves; precisely as no two of us are +identical although we are all cast in a similar mold. This picture, or +rather materialized nightmare, which I have described at length, made +but one terrible and swift impression on me as I turned to meet it. + +Unarmed and naked as I was, the first law of nature manifested itself +in the only possible solution of my immediate problem, and that was to +get out of the vicinity of the point of the charging spear. +Consequently I gave a very earthly and at the same time superhuman leap +to reach the top of the Martian incubator, for such I had determined it +must be. + +My effort was crowned with a success which appalled me no less than it +seemed to surprise the Martian warriors, for it carried me fully thirty +feet into the air and landed me a hundred feet from my pursuers and on +the opposite side of the enclosure. + +I alighted upon the soft moss easily and without mishap, and turning +saw my enemies lined up along the further wall. Some were surveying me +with expressions which I afterward discovered marked extreme +astonishment, and the others were evidently satisfying themselves that +I had not molested their young. + +They were conversing together in low tones, and gesticulating and +pointing toward me. Their discovery that I had not harmed the little +Martians, and that I was unarmed, must have caused them to look upon me +with less ferocity; but, as I was to learn later, the thing which +weighed most in my favor was my exhibition of hurdling. + +While the Martians are immense, their bones are very large and they are +muscled only in proportion to the gravitation which they must overcome. +The result is that they are infinitely less agile and less powerful, in +proportion to their weight, than an Earth man, and I doubt that were +one of them suddenly to be transported to Earth he could lift his own +weight from the ground; in fact, I am convinced that he could not do +so. + +My feat then was as marvelous upon Mars as it would have been upon +Earth, and from desiring to annihilate me they suddenly looked upon me +as a wonderful discovery to be captured and exhibited among their +fellows. + +The respite my unexpected agility had given me permitted me to +formulate plans for the immediate future and to note more closely the +appearance of the warriors, for I could not disassociate these people +in my mind from those other warriors who, only the day before, had been +pursuing me. + +I noted that each was armed with several other weapons in addition to +the huge spear which I have described. The weapon which caused me to +decide against an attempt at escape by flight was what was evidently a +rifle of some description, and which I felt, for some reason, they were +peculiarly efficient in handling. + +These rifles were of a white metal stocked with wood, which I learned +later was a very light and intensely hard growth much prized on Mars, +and entirely unknown to us denizens of Earth. The metal of the barrel +is an alloy composed principally of aluminum and steel which they have +learned to temper to a hardness far exceeding that of the steel with +which we are familiar. The weight of these rifles is comparatively +little, and with the small caliber, explosive, radium projectiles which +they use, and the great length of the barrel, they are deadly in the +extreme and at ranges which would be unthinkable on Earth. The +theoretic effective radius of this rifle is three hundred miles, but +the best they can do in actual service when equipped with their +wireless finders and sighters is but a trifle over two hundred miles. + +This is quite far enough to imbue me with great respect for the Martian +firearm, and some telepathic force must have warned me against an +attempt to escape in broad daylight from under the muzzles of twenty of +these death-dealing machines. + +The Martians, after conversing for a short time, turned and rode away +in the direction from which they had come, leaving one of their number +alone by the enclosure. When they had covered perhaps two hundred yards +they halted, and turning their mounts toward us sat watching the +warrior by the enclosure. + +He was the one whose spear had so nearly transfixed me, and was +evidently the leader of the band, as I had noted that they seemed to +have moved to their present position at his direction. When his force +had come to a halt he dismounted, threw down his spear and small arms, +and came around the end of the incubator toward me, entirely unarmed +and as naked as I, except for the ornaments strapped upon his head, +limbs, and breast. + +When he was within about fifty feet of me he unclasped an enormous +metal armlet, and holding it toward me in the open palm of his hand, +addressed me in a clear, resonant voice, but in a language, it is +needless to say, I could not understand. He then stopped as though +waiting for my reply, pricking up his antennae-like ears and cocking +his strange-looking eyes still further toward me. + +As the silence became painful I concluded to hazard a little +conversation on my own part, as I had guessed that he was making +overtures of peace. The throwing down of his weapons and the +withdrawing of his troop before his advance toward me would have +signified a peaceful mission anywhere on Earth, so why not, then, on +Mars! + +Placing my hand over my heart I bowed low to the Martian and explained +to him that while I did not understand his language, his actions spoke +for the peace and friendship that at the present moment were most dear +to my heart. Of course I might have been a babbling brook for all the +intelligence my speech carried to him, but he understood the action +with which I immediately followed my words. + +Stretching my hand toward him, I advanced and took the armlet from his +open palm, clasping it about my arm above the elbow; smiled at him and +stood waiting. His wide mouth spread into an answering smile, and +locking one of his intermediary arms in mine we turned and walked back +toward his mount. At the same time he motioned his followers to +advance. They started toward us on a wild run, but were checked by a +signal from him. Evidently he feared that were I to be really +frightened again I might jump entirely out of the landscape. + +He exchanged a few words with his men, motioned to me that I would ride +behind one of them, and then mounted his own animal. The fellow +designated reached down two or three hands and lifted me up behind him +on the glossy back of his mount, where I hung on as best I could by the +belts and straps which held the Martian’s weapons and ornaments. + +The entire cavalcade then turned and galloped away toward the range of +hills in the distance. + + + + +CHAPTER IV +A PRISONER + + +We had gone perhaps ten miles when the ground began to rise very +rapidly. We were, as I was later to learn, nearing the edge of one of +Mars’ long-dead seas, in the bottom of which my encounter with the +Martians had taken place. + +In a short time we gained the foot of the mountains, and after +traversing a narrow gorge came to an open valley, at the far extremity +of which was a low table land upon which I beheld an enormous city. +Toward this we galloped, entering it by what appeared to be a ruined +roadway leading out from the city, but only to the edge of the table +land, where it ended abruptly in a flight of broad steps. + +Upon closer observation I saw as we passed them that the buildings were +deserted, and while not greatly decayed had the appearance of not +having been tenanted for years, possibly for ages. Toward the center of +the city was a large plaza, and upon this and in the buildings +immediately surrounding it were camped some nine or ten hundred +creatures of the same breed as my captors, for such I now considered +them despite the suave manner in which I had been trapped. + +With the exception of their ornaments all were naked. The women varied +in appearance but little from the men, except that their tusks were +much larger in proportion to their height, in some instances curving +nearly to their high-set ears. Their bodies were smaller and lighter in +color, and their fingers and toes bore the rudiments of nails, which +were entirely lacking among the males. The adult females ranged in +height from ten to twelve feet. + +The children were light in color, even lighter than the women, and all +looked precisely alike to me, except that some were taller than others; +older, I presumed. + +I saw no signs of extreme age among them, nor is there any appreciable +difference in their appearance from the age of maturity, about forty, +until, at about the age of one thousand years, they go voluntarily upon +their last strange pilgrimage down the river Iss, which leads no living +Martian knows whither and from whose bosom no Martian has ever +returned, or would be allowed to live did he return after once +embarking upon its cold, dark waters. + +Only about one Martian in a thousand dies of sickness or disease, and +possibly about twenty take the voluntary pilgrimage. The other nine +hundred and seventy-nine die violent deaths in duels, in hunting, in +aviation and in war; but perhaps by far the greatest death loss comes +during the age of childhood, when vast numbers of the little Martians +fall victims to the great white apes of Mars. + +The average life expectancy of a Martian after the age of maturity is +about three hundred years, but would be nearer the one-thousand mark +were it not for the various means leading to violent death. Owing to +the waning resources of the planet it evidently became necessary to +counteract the increasing longevity which their remarkable skill in +therapeutics and surgery produced, and so human life has come to be +considered but lightly on Mars, as is evidenced by their dangerous +sports and the almost continual warfare between the various +communities. + +There are other and natural causes tending toward a diminution of +population, but nothing contributes so greatly to this end as the fact +that no male or female Martian is ever voluntarily without a weapon of +destruction. + +As we neared the plaza and my presence was discovered we were +immediately surrounded by hundreds of the creatures who seemed anxious +to pluck me from my seat behind my guard. A word from the leader of the +party stilled their clamor, and we proceeded at a trot across the plaza +to the entrance of as magnificent an edifice as mortal eye has rested +upon. + +The building was low, but covered an enormous area. It was constructed +of gleaming white marble inlaid with gold and brilliant stones which +sparkled and scintillated in the sunlight. The main entrance was some +hundred feet in width and projected from the building proper to form a +huge canopy above the entrance hall. There was no stairway, but a +gentle incline to the first floor of the building opened into an +enormous chamber encircled by galleries. + +On the floor of this chamber, which was dotted with highly carved +wooden desks and chairs, were assembled about forty or fifty male +Martians around the steps of a rostrum. On the platform proper squatted +an enormous warrior heavily loaded with metal ornaments, gay-colored +feathers and beautifully wrought leather trappings ingeniously set with +precious stones. From his shoulders depended a short cape of white fur +lined with brilliant scarlet silk. + +What struck me as most remarkable about this assemblage and the hall in +which they were congregated was the fact that the creatures were +entirely out of proportion to the desks, chairs, and other furnishings; +these being of a size adapted to human beings such as I, whereas the +great bulks of the Martians could scarcely have squeezed into the +chairs, nor was there room beneath the desks for their long legs. +Evidently, then, there were other denizens on Mars than the wild and +grotesque creatures into whose hands I had fallen, but the evidences of +extreme antiquity which showed all around me indicated that these +buildings might have belonged to some long-extinct and forgotten race +in the dim antiquity of Mars. + +Our party had halted at the entrance to the building, and at a sign +from the leader I had been lowered to the ground. Again locking his arm +in mine, we had proceeded into the audience chamber. There were few +formalities observed in approaching the Martian chieftain. My captor +merely strode up to the rostrum, the others making way for him as he +advanced. The chieftain rose to his feet and uttered the name of my +escort who, in turn, halted and repeated the name of the ruler followed +by his title. + +At the time, this ceremony and the words they uttered meant nothing to +me, but later I came to know that this was the customary greeting +between green Martians. Had the men been strangers, and therefore +unable to exchange names, they would have silently exchanged ornaments, +had their missions been peaceful—otherwise they would have exchanged +shots, or have fought out their introduction with some other of their +various weapons. + +My captor, whose name was Tars Tarkas, was virtually the vice-chieftain +of the community, and a man of great ability as a statesman and +warrior. He evidently explained briefly the incidents connected with +his expedition, including my capture, and when he had concluded the +chieftain addressed me at some length. + +I replied in our good old English tongue merely to convince him that +neither of us could understand the other; but I noticed that when I +smiled slightly on concluding, he did likewise. This fact, and the +similar occurrence during my first talk with Tars Tarkas, convinced me +that we had at least something in common; the ability to smile, +therefore to laugh; denoting a sense of humor. But I was to learn that +the Martian smile is merely perfunctory, and that the Martian laugh is +a thing to cause strong men to blanch in horror. + +The ideas of humor among the green men of Mars are widely at variance +with our conceptions of incitants to merriment. The death agonies of a +fellow being are, to these strange creatures, provocative of the +wildest hilarity, while their chief form of commonest amusement is to +inflict death on their prisoners of war in various ingenious and +horrible ways. + +The assembled warriors and chieftains examined me closely, feeling my +muscles and the texture of my skin. The principal chieftain then +evidently signified a desire to see me perform, and, motioning me to +follow, he started with Tars Tarkas for the open plaza. + +Now, I had made no attempt to walk, since my first signal failure, +except while tightly grasping Tars Tarkas’ arm, and so now I went +skipping and flitting about among the desks and chairs like some +monstrous grasshopper. After bruising myself severely, much to the +amusement of the Martians, I again had recourse to creeping, but this +did not suit them and I was roughly jerked to my feet by a towering +fellow who had laughed most heartily at my misfortunes. + +As he banged me down upon my feet his face was bent close to mine and I +did the only thing a gentleman might do under the circumstances of +brutality, boorishness, and lack of consideration for a stranger’s +rights; I swung my fist squarely to his jaw and he went down like a +felled ox. As he sunk to the floor I wheeled around with my back toward +the nearest desk, expecting to be overwhelmed by the vengeance of his +fellows, but determined to give them as good a battle as the unequal +odds would permit before I gave up my life. + +My fears were groundless, however, as the other Martians, at first +struck dumb with wonderment, finally broke into wild peals of laughter +and applause. I did not recognize the applause as such, but later, when +I had become acquainted with their customs, I learned that I had won +what they seldom accord, a manifestation of approbation. + +The fellow whom I had struck lay where he had fallen, nor did any of +his mates approach him. Tars Tarkas advanced toward me, holding out one +of his arms, and we thus proceeded to the plaza without further mishap. +I did not, of course, know the reason for which we had come to the +open, but I was not long in being enlightened. They first repeated the +word “sak” a number of times, and then Tars Tarkas made several jumps, +repeating the same word before each leap; then, turning to me, he said, +“sak!” I saw what they were after, and gathering myself together I +“sakked” with such marvelous success that I cleared a good hundred and +fifty feet; nor did I, this time, lose my equilibrium, but landed +squarely upon my feet without falling. I then returned by easy jumps of +twenty-five or thirty feet to the little group of warriors. + +My exhibition had been witnessed by several hundred lesser Martians, +and they immediately broke into demands for a repetition, which the +chieftain then ordered me to make; but I was both hungry and thirsty, +and determined on the spot that my only method of salvation was to +demand the consideration from these creatures which they evidently +would not voluntarily accord. I therefore ignored the repeated commands +to “sak,” and each time they were made I motioned to my mouth and +rubbed my stomach. + +Tars Tarkas and the chief exchanged a few words, and the former, +calling to a young female among the throng, gave her some instructions +and motioned me to accompany her. I grasped her proffered arm and +together we crossed the plaza toward a large building on the far side. + +My fair companion was about eight feet tall, having just arrived at +maturity, but not yet to her full height. She was of a light +olive-green color, with a smooth, glossy hide. Her name, as I afterward +learned, was Sola, and she belonged to the retinue of Tars Tarkas. She +conducted me to a spacious chamber in one of the buildings fronting on +the plaza, and which, from the litter of silks and furs upon the floor, +I took to be the sleeping quarters of several of the natives. + +The room was well lighted by a number of large windows and was +beautifully decorated with mural paintings and mosaics, but upon all +there seemed to rest that indefinable touch of the finger of antiquity +which convinced me that the architects and builders of these wondrous +creations had nothing in common with the crude half-brutes which now +occupied them. + +Sola motioned me to be seated upon a pile of silks near the center of +the room, and, turning, made a peculiar hissing sound, as though +signaling to someone in an adjoining room. In response to her call I +obtained my first sight of a new Martian wonder. It waddled in on its +ten short legs, and squatted down before the girl like an obedient +puppy. The thing was about the size of a Shetland pony, but its head +bore a slight resemblance to that of a frog, except that the jaws were +equipped with three rows of long, sharp tusks. + + + + +CHAPTER V +I ELUDE MY WATCH DOG + + +Sola stared into the brute’s wicked-looking eyes, muttered a word or +two of command, pointed to me, and left the chamber. I could not but +wonder what this ferocious-looking monstrosity might do when left alone +in such close proximity to such a relatively tender morsel of meat; but +my fears were groundless, as the beast, after surveying me intently for +a moment, crossed the room to the only exit which led to the street, +and lay down full length across the threshold. + +This was my first experience with a Martian watch dog, but it was +destined not to be my last, for this fellow guarded me carefully during +the time I remained a captive among these green men; twice saving my +life, and never voluntarily being away from me a moment. + +While Sola was away I took occasion to examine more minutely the room +in which I found myself captive. The mural painting depicted scenes of +rare and wonderful beauty; mountains, rivers, lake, ocean, meadow, +trees and flowers, winding roadways, sun-kissed gardens—scenes which +might have portrayed earthly views but for the different colorings of +the vegetation. The work had evidently been wrought by a master hand, +so subtle the atmosphere, so perfect the technique; yet nowhere was +there a representation of a living animal, either human or brute, by +which I could guess at the likeness of these other and perhaps extinct +denizens of Mars. + +While I was allowing my fancy to run riot in wild conjecture on the +possible explanation of the strange anomalies which I had so far met +with on Mars, Sola returned bearing both food and drink. These she +placed on the floor beside me, and seating herself a short ways off +regarded me intently. The food consisted of about a pound of some solid +substance of the consistency of cheese and almost tasteless, while the +liquid was apparently milk from some animal. It was not unpleasant to +the taste, though slightly acid, and I learned in a short time to prize +it very highly. It came, as I later discovered, not from an animal, as +there is only one mammal on Mars and that one very rare indeed, but +from a large plant which grows practically without water, but seems to +distill its plentiful supply of milk from the products of the soil, the +moisture of the air, and the rays of the sun. A single plant of this +species will give eight or ten quarts of milk per day. + +After I had eaten I was greatly invigorated, but feeling the need of +rest I stretched out upon the silks and was soon asleep. I must have +slept several hours, as it was dark when I awoke, and I was very cold. +I noticed that someone had thrown a fur over me, but it had become +partially dislodged and in the darkness I could not see to replace it. +Suddenly a hand reached out and pulled the fur over me, shortly +afterwards adding another to my covering. + +I presumed that my watchful guardian was Sola, nor was I wrong. This +girl alone, among all the green Martians with whom I came in contact, +disclosed characteristics of sympathy, kindliness, and affection; her +ministrations to my bodily wants were unfailing, and her solicitous +care saved me from much suffering and many hardships. + +As I was to learn, the Martian nights are extremely cold, and as there +is practically no twilight or dawn, the changes in temperature are +sudden and most uncomfortable, as are the transitions from brilliant +daylight to darkness. The nights are either brilliantly illumined or +very dark, for if neither of the two moons of Mars happen to be in the +sky almost total darkness results, since the lack of atmosphere, or, +rather, the very thin atmosphere, fails to diffuse the starlight to any +great extent; on the other hand, if both of the moons are in the +heavens at night the surface of the ground is brightly illuminated. + +Both of Mars’ moons are vastly nearer her than is our moon to Earth; +the nearer moon being but about five thousand miles distant, while the +further is but little more than fourteen thousand miles away, against +the nearly one-quarter million miles which separate us from our moon. +The nearer moon of Mars makes a complete revolution around the planet +in a little over seven and one-half hours, so that she may be seen +hurtling through the sky like some huge meteor two or three times each +night, revealing all her phases during each transit of the heavens. + +The further moon revolves about Mars in something over thirty and +one-quarter hours, and with her sister satellite makes a nocturnal +Martian scene one of splendid and weird grandeur. And it is well that +nature has so graciously and abundantly lighted the Martian night, for +the green men of Mars, being a nomadic race without high intellectual +development, have but crude means for artificial lighting; depending +principally upon torches, a kind of candle, and a peculiar oil lamp +which generates a gas and burns without a wick. + +This last device produces an intensely brilliant far-reaching white +light, but as the natural oil which it requires can only be obtained by +mining in one of several widely separated and remote localities it is +seldom used by these creatures whose only thought is for today, and +whose hatred for manual labor has kept them in a semi-barbaric state +for countless ages. + +After Sola had replenished my coverings I again slept, nor did I awaken +until daylight. The other occupants of the room, five in number, were +all females, and they were still sleeping, piled high with a motley +array of silks and furs. Across the threshold lay stretched the +sleepless guardian brute, just as I had last seen him on the preceding +day; apparently he had not moved a muscle; his eyes were fairly glued +upon me, and I fell to wondering just what might befall me should I +endeavor to escape. + +I have ever been prone to seek adventure and to investigate and +experiment where wiser men would have left well enough alone. It +therefore now occurred to me that the surest way of learning the exact +attitude of this beast toward me would be to attempt to leave the room. +I felt fairly secure in my belief that I could escape him should he +pursue me once I was outside the building, for I had begun to take +great pride in my ability as a jumper. Furthermore, I could see from +the shortness of his legs that the brute himself was no jumper and +probably no runner. + +Slowly and carefully, therefore, I gained my feet, only to see that my +watcher did the same; cautiously I advanced toward him, finding that by +moving with a shuffling gait I could retain my balance as well as make +reasonably rapid progress. As I neared the brute he backed cautiously +away from me, and when I had reached the open he moved to one side to +let me pass. He then fell in behind me and followed about ten paces in +my rear as I made my way along the deserted street. + +Evidently his mission was to protect me only, I thought, but when we +reached the edge of the city he suddenly sprang before me, uttering +strange sounds and baring his ugly and ferocious tusks. Thinking to +have some amusement at his expense, I rushed toward him, and when +almost upon him sprang into the air, alighting far beyond him and away +from the city. He wheeled instantly and charged me with the most +appalling speed I had ever beheld. I had thought his short legs a bar +to swiftness, but had he been coursing with greyhounds the latter would +have appeared as though asleep on a door mat. As I was to learn, this +is the fleetest animal on Mars, and owing to its intelligence, loyalty, +and ferocity is used in hunting, in war, and as the protector of the +Martian man. + +I quickly saw that I would have difficulty in escaping the fangs of the +beast on a straightaway course, and so I met his charge by doubling in +my tracks and leaping over him as he was almost upon me. This maneuver +gave me a considerable advantage, and I was able to reach the city +quite a bit ahead of him, and as he came tearing after me I jumped for +a window about thirty feet from the ground in the face of one of the +buildings overlooking the valley. + +Grasping the sill I pulled myself up to a sitting posture without +looking into the building, and gazed down at the baffled animal beneath +me. My exultation was short-lived, however, for scarcely had I gained a +secure seat upon the sill than a huge hand grasped me by the neck from +behind and dragged me violently into the room. Here I was thrown upon +my back, and beheld standing over me a colossal ape-like creature, +white and hairless except for an enormous shock of bristly hair upon +its head. + + + + +CHAPTER VI +A FIGHT THAT WON FRIENDS + + +The thing, which more nearly resembled our earthly men than it did the +Martians I had seen, held me pinioned to the ground with one huge foot, +while it jabbered and gesticulated at some answering creature behind +me. This other, which was evidently its mate, soon came toward us, +bearing a mighty stone cudgel with which it evidently intended to brain +me. + +The creatures were about ten or fifteen feet tall, standing erect, and +had, like the green Martians, an intermediary set of arms or legs, +midway between their upper and lower limbs. Their eyes were close +together and non-protruding; their ears were high set, but more +laterally located than those of the Martians, while their snouts and +teeth were strikingly like those of our African gorilla. Altogether +they were not unlovely when viewed in comparison with the green +Martians. + +The cudgel was swinging in the arc which ended upon my upturned face +when a bolt of myriad-legged horror hurled itself through the doorway +full upon the breast of my executioner. With a shriek of fear the ape +which held me leaped through the open window, but its mate closed in a +terrific death struggle with my preserver, which was nothing less than +my faithful watch-thing; I cannot bring myself to call so hideous a +creature a dog. + +As quickly as possible I gained my feet and backing against the wall I +witnessed such a battle as it is vouchsafed few beings to see. The +strength, agility, and blind ferocity of these two creatures is +approached by nothing known to earthly man. My beast had an advantage +in his first hold, having sunk his mighty fangs far into the breast of +his adversary; but the great arms and paws of the ape, backed by +muscles far transcending those of the Martian men I had seen, had +locked the throat of my guardian and slowly were choking out his life, +and bending back his head and neck upon his body, where I momentarily +expected the former to fall limp at the end of a broken neck. + +In accomplishing this the ape was tearing away the entire front of its +breast, which was held in the vise-like grip of the powerful jaws. Back +and forth upon the floor they rolled, neither one emitting a sound of +fear or pain. Presently I saw the great eyes of my beast bulging +completely from their sockets and blood flowing from its nostrils. That +he was weakening perceptibly was evident, but so also was the ape, +whose struggles were growing momentarily less. + +Suddenly I came to myself and, with that strange instinct which seems +ever to prompt me to my duty, I seized the cudgel, which had fallen to +the floor at the commencement of the battle, and swinging it with all +the power of my earthly arms I crashed it full upon the head of the +ape, crushing his skull as though it had been an eggshell. + +Scarcely had the blow descended when I was confronted with a new +danger. The ape’s mate, recovered from its first shock of terror, had +returned to the scene of the encounter by way of the interior of the +building. I glimpsed him just before he reached the doorway and the +sight of him, now roaring as he perceived his lifeless fellow stretched +upon the floor, and frothing at the mouth, in the extremity of his +rage, filled me, I must confess, with dire forebodings. + +I am ever willing to stand and fight when the odds are not too +overwhelmingly against me, but in this instance I perceived neither +glory nor profit in pitting my relatively puny strength against the +iron muscles and brutal ferocity of this enraged denizen of an unknown +world; in fact, the only outcome of such an encounter, so far as I +might be concerned, seemed sudden death. + +I was standing near the window and I knew that once in the street I +might gain the plaza and safety before the creature could overtake me; +at least there was a chance for safety in flight, against almost +certain death should I remain and fight however desperately. + +It is true I held the cudgel, but what could I do with it against his +four great arms Even should I break one of them with my first blow, +for I figured that he would attempt to ward off the cudgel, he could +reach out and annihilate me with the others before I could recover for +a second attack. + +In the instant that these thoughts passed through my mind I had turned +to make for the window, but my eyes alighting on the form of my +erstwhile guardian threw all thoughts of flight to the four winds. He +lay gasping upon the floor of the chamber, his great eyes fastened upon +me in what seemed a pitiful appeal for protection. I could not +withstand that look, nor could I, on second thought, have deserted my +rescuer without giving as good an account of myself in his behalf as he +had in mine. + +Without more ado, therefore, I turned to meet the charge of the +infuriated bull ape. He was now too close upon me for the cudgel to +prove of any effective assistance, so I merely threw it as heavily as I +could at his advancing bulk. It struck him just below the knees, +eliciting a howl of pain and rage, and so throwing him off his balance +that he lunged full upon me with arms wide stretched to ease his fall. + +Again, as on the preceding day, I had recourse to earthly tactics, and +swinging my right fist full upon the point of his chin I followed it +with a smashing left to the pit of his stomach. The effect was +marvelous, for, as I lightly sidestepped, after delivering the second +blow, he reeled and fell upon the floor doubled up with pain and +gasping for wind. Leaping over his prostrate body, I seized the cudgel +and finished the monster before he could regain his feet. + +As I delivered the blow a low laugh rang out behind me, and, turning, I +beheld Tars Tarkas, Sola, and three or four warriors standing in the +doorway of the chamber. As my eyes met theirs I was, for the second +time, the recipient of their zealously guarded applause. + +My absence had been noted by Sola on her awakening, and she had quickly +informed Tars Tarkas, who had set out immediately with a handful of +warriors to search for me. As they had approached the limits of the +city they had witnessed the actions of the bull ape as he bolted into +the building, frothing with rage. + +They had followed immediately behind him, thinking it barely possible +that his actions might prove a clew to my whereabouts and had witnessed +my short but decisive battle with him. This encounter, together with my +set-to with the Martian warrior on the previous day and my feats of +jumping placed me upon a high pinnacle in their regard. Evidently +devoid of all the finer sentiments of friendship, love, or affection, +these people fairly worship physical prowess and bravery, and nothing +is too good for the object of their adoration as long as he maintains +his position by repeated examples of his skill, strength, and courage. + +Sola, who had accompanied the searching party of her own volition, was +the only one of the Martians whose face had not been twisted in +laughter as I battled for my life. She, on the contrary, was sober with +apparent solicitude and, as soon as I had finished the monster, rushed +to me and carefully examined my body for possible wounds or injuries. +Satisfying herself that I had come off unscathed she smiled quietly, +and, taking my hand, started toward the door of the chamber. + +Tars Tarkas and the other warriors had entered and were standing over +the now rapidly reviving brute which had saved my life, and whose life +I, in turn, had rescued. They seemed to be deep in argument, and +finally one of them addressed me, but remembering my ignorance of his +language turned back to Tars Tarkas, who, with a word and gesture, gave +some command to the fellow and turned to follow us from the room. + +There seemed something menacing in their attitude toward my beast, and +I hesitated to leave until I had learned the outcome. It was well I did +so, for the warrior drew an evil looking pistol from its holster and +was on the point of putting an end to the creature when I sprang +forward and struck up his arm. The bullet striking the wooden casing of +the window exploded, blowing a hole completely through the wood and +masonry. + +I then knelt down beside the fearsome-looking thing, and raising it to +its feet motioned for it to follow me. The looks of surprise which my +actions elicited from the Martians were ludicrous; they could not +understand, except in a feeble and childish way, such attributes as +gratitude and compassion. The warrior whose gun I had struck up looked +enquiringly at Tars Tarkas, but the latter signed that I be left to my +own devices, and so we returned to the plaza with my great beast +following close at heel, and Sola grasping me tightly by the arm. + +I had at least two friends on Mars; a young woman who watched over me +with motherly solicitude, and a dumb brute which, as I later came to +know, held in its poor ugly carcass more love, more loyalty, more +gratitude than could have been found in the entire five million green +Martians who rove the deserted cities and dead sea bottoms of Mars. + + + + +CHAPTER VII +CHILD-RAISING ON MARS + + +After a breakfast, which was an exact replica of the meal of the +preceding day and an index of practically every meal which followed +while I was with the green men of Mars, Sola escorted me to the plaza, +where I found the entire community engaged in watching or helping at +the harnessing of huge mastodonian animals to great three-wheeled +chariots. There were about two hundred and fifty of these vehicles, +each drawn by a single animal, any one of which, from their appearance, +might easily have drawn the entire wagon train when fully loaded. + +The chariots themselves were large, commodious, and gorgeously +decorated. In each was seated a female Martian loaded with ornaments of +metal, with jewels and silks and furs, and upon the back of each of the +beasts which drew the chariots was perched a young Martian driver. Like +the animals upon which the warriors were mounted, the heavier draft +animals wore neither bit nor bridle, but were guided entirely by +telepathic means. + +This power is wonderfully developed in all Martians, and accounts +largely for the simplicity of their language and the relatively few +spoken words exchanged even in long conversations. It is the universal +language of Mars, through the medium of which the higher and lower +animals of this world of paradoxes are able to communicate to a greater +or less extent, depending upon the intellectual sphere of the species +and the development of the individual. + +As the cavalcade took up the line of march in single file, Sola dragged +me into an empty chariot and we proceeded with the procession toward +the point by which I had entered the city the day before. At the head +of the caravan rode some two hundred warriors, five abreast, and a like +number brought up the rear, while twenty-five or thirty outriders +flanked us on either side. + +Every one but myself—men, women, and children—were heavily armed, and +at the tail of each chariot trotted a Martian hound, my own beast +following closely behind ours; in fact, the faithful creature never +left me voluntarily during the entire ten years I spent on Mars. Our +way led out across the little valley before the city, through the +hills, and down into the dead sea bottom which I had traversed on my +journey from the incubator to the plaza. The incubator, as it proved, +was the terminal point of our journey this day, and, as the entire +cavalcade broke into a mad gallop as soon as we reached the level +expanse of sea bottom, we were soon within sight of our goal. + +On reaching it the chariots were parked with military precision on the +four sides of the enclosure, and half a score of warriors, headed by +the enormous chieftain, and including Tars Tarkas and several other +lesser chiefs, dismounted and advanced toward it. I could see Tars +Tarkas explaining something to the principal chieftain, whose name, by +the way, was, as nearly as I can translate it into English, Lorquas +Ptomel, Jed; jed being his title. + +I was soon appraised of the subject of their conversation, as, calling +to Sola, Tars Tarkas signed for her to send me to him. I had by this +time mastered the intricacies of walking under Martian conditions, and +quickly responding to his command I advanced to the side of the +incubator where the warriors stood. + +As I reached their side a glance showed me that all but a very few eggs +had hatched, the incubator being fairly alive with the hideous little +devils. They ranged in height from three to four feet, and were moving +restlessly about the enclosure as though searching for food. + +As I came to a halt before him, Tars Tarkas pointed over the incubator +and said, “Sak.” I saw that he wanted me to repeat my performance of +yesterday for the edification of Lorquas Ptomel, and, as I must confess +that my prowess gave me no little satisfaction, I responded quickly, +leaping entirely over the parked chariots on the far side of the +incubator. As I returned, Lorquas Ptomel grunted something at me, and +turning to his warriors gave a few words of command relative to the +incubator. They paid no further attention to me and I was thus +permitted to remain close and watch their operations, which consisted +in breaking an opening in the wall of the incubator large enough to +permit of the exit of the young Martians. + +On either side of this opening the women and the younger Martians, both +male and female, formed two solid walls leading out through the +chariots and quite away into the plain beyond. Between these walls the +little Martians scampered, wild as deer; being permitted to run the +full length of the aisle, where they were captured one at a time by the +women and older children; the last in the line capturing the first +little one to reach the end of the gauntlet, her opposite in the line +capturing the second, and so on until all the little fellows had left +the enclosure and been appropriated by some youth or female. As the +women caught the young they fell out of line and returned to their +respective chariots, while those who fell into the hands of the young +men were later turned over to some of the women. + +I saw that the ceremony, if it could be dignified by such a name, was +over, and seeking out Sola I found her in our chariot with a hideous +little creature held tightly in her arms. + +The work of rearing young, green Martians consists solely in teaching +them to talk, and to use the weapons of warfare with which they are +loaded down from the very first year of their lives. Coming from eggs +in which they have lain for five years, the period of incubation, they +step forth into the world perfectly developed except in size. Entirely +unknown to their mothers, who, in turn, would have difficulty in +pointing out the fathers with any degree of accuracy, they are the +common children of the community, and their education devolves upon the +females who chance to capture them as they leave the incubator. + +Their foster mothers may not even have had an egg in the incubator, as +was the case with Sola, who had not commenced to lay, until less than a +year before she became the mother of another woman’s offspring. But +this counts for little among the green Martians, as parental and filial +love is as unknown to them as it is common among us. I believe this +horrible system which has been carried on for ages is the direct cause +of the loss of all the finer feelings and higher humanitarian instincts +among these poor creatures. From birth they know no father or mother +love, they know not the meaning of the word home; they are taught that +they are only suffered to live until they can demonstrate by their +physique and ferocity that they are fit to live. Should they prove +deformed or defective in any way they are promptly shot; nor do they +see a tear shed for a single one of the many cruel hardships they pass +through from earliest infancy. + +I do not mean that the adult Martians are unnecessarily or +intentionally cruel to the young, but theirs is a hard and pitiless +struggle for existence upon a dying planet, the natural resources of +which have dwindled to a point where the support of each additional +life means an added tax upon the community into which it is thrown. + +By careful selection they rear only the hardiest specimens of each +species, and with almost supernatural foresight they regulate the birth +rate to merely offset the loss by death. + +Each adult Martian female brings forth about thirteen eggs each year, +and those which meet the size, weight, and specific gravity tests are +hidden in the recesses of some subterranean vault where the temperature +is too low for incubation. Every year these eggs are carefully examined +by a council of twenty chieftains, and all but about one hundred of the +most perfect are destroyed out of each yearly supply. At the end of +five years about five hundred almost perfect eggs have been chosen from +the thousands brought forth. These are then placed in the almost +air-tight incubators to be hatched by the sun’s rays after a period of +another five years. The hatching which we had witnessed today was a +fairly representative event of its kind, all but about one per cent of +the eggs hatching in two days. If the remaining eggs ever hatched we +knew nothing of the fate of the little Martians. They were not wanted, +as their offspring might inherit and transmit the tendency to prolonged +incubation, and thus upset the system which has maintained for ages and +which permits the adult Martians to figure the proper time for return +to the incubators, almost to an hour. + +The incubators are built in remote fastnesses, where there is little or +no likelihood of their being discovered by other tribes. The result of +such a catastrophe would mean no children in the community for another +five years. I was later to witness the results of the discovery of an +alien incubator. + +The community of which the green Martians with whom my lot was cast +formed a part was composed of some thirty thousand souls. They roamed +an enormous tract of arid and semi-arid land between forty and eighty +degrees south latitude, and bounded on the east and west by two large +fertile tracts. Their headquarters lay in the southwest corner of this +district, near the crossing of two of the so-called Martian canals. + +As the incubator had been placed far north of their own territory in a +supposedly uninhabited and unfrequented area, we had before us a +tremendous journey, concerning which I, of course, knew nothing. + +After our return to the dead city I passed several days in comparative +idleness. On the day following our return all the warriors had ridden +forth early in the morning and had not returned until just before +darkness fell. As I later learned, they had been to the subterranean +vaults in which the eggs were kept and had transported them to the +incubator, which they had then walled up for another five years, and +which, in all probability, would not be visited again during that +period. + +The vaults which hid the eggs until they were ready for the incubator +were located many miles south of the incubator, and would be visited +yearly by the council of twenty chieftains. Why they did not arrange to +build their vaults and incubators nearer home has always been a mystery +to me, and, like many other Martian mysteries, unsolved and unsolvable +by earthly reasoning and customs. + +Sola’s duties were now doubled, as she was compelled to care for the +young Martian as well as for me, but neither one of us required much +attention, and as we were both about equally advanced in Martian +education, Sola took it upon herself to train us together. + +Her prize consisted in a male about four feet tall, very strong and +physically perfect; also, he learned quickly, and we had considerable +amusement, at least I did, over the keen rivalry we displayed. The +Martian language, as I have said, is extremely simple, and in a week I +could make all my wants known and understand nearly everything that was +said to me. Likewise, under Sola’s tutelage, I developed my telepathic +powers so that I shortly could sense practically everything that went +on around me. + +What surprised Sola most in me was that while I could catch telepathic +messages easily from others, and often when they were not intended for +me, no one could read a jot from my mind under any circumstances. At +first this vexed me, but later I was very glad of it, as it gave me an +undoubted advantage over the Martians. + + + + +CHAPTER VIII +A FAIR CAPTIVE FROM THE SKY + + +The third day after the incubator ceremony we set forth toward home, +but scarcely had the head of the procession debouched into the open +ground before the city than orders were given for an immediate and +hasty return. As though trained for years in this particular evolution, +the green Martians melted like mist into the spacious doorways of the +nearby buildings, until, in less than three minutes, the entire +cavalcade of chariots, mastodons and mounted warriors was nowhere to be +seen. + +Sola and I had entered a building upon the front of the city, in fact, +the same one in which I had had my encounter with the apes, and, +wishing to see what had caused the sudden retreat, I mounted to an +upper floor and peered from the window out over the valley and the +hills beyond; and there I saw the cause of their sudden scurrying to +cover. A huge craft, long, low, and gray-painted, swung slowly over the +crest of the nearest hill. Following it came another, and another, and +another, until twenty of them, swinging low above the ground, sailed +slowly and majestically toward us. + +Each carried a strange banner swung from stem to stern above the upper +works, and upon the prow of each was painted some odd device that +gleamed in the sunlight and showed plainly even at the distance at +which we were from the vessels. I could see figures crowding the +forward decks and upper works of the air craft. Whether they had +discovered us or simply were looking at the deserted city I could not +say, but in any event they received a rude reception, for suddenly and +without warning the green Martian warriors fired a terrific volley from +the windows of the buildings facing the little valley across which the +great ships were so peacefully advancing. + +Instantly the scene changed as by magic; the foremost vessel swung +broadside toward us, and bringing her guns into play returned our fire, +at the same time moving parallel to our front for a short distance and +then turning back with the evident intention of completing a great +circle which would bring her up to position once more opposite our +firing line; the other vessels followed in her wake, each one opening +upon us as she swung into position. Our own fire never diminished, and +I doubt if twenty-five per cent of our shots went wild. It had never +been given me to see such deadly accuracy of aim, and it seemed as +though a little figure on one of the craft dropped at the explosion of +each bullet, while the banners and upper works dissolved in spurts of +flame as the irresistible projectiles of our warriors mowed through +them. + +The fire from the vessels was most ineffectual, owing, as I afterward +learned, to the unexpected suddenness of the first volley, which caught +the ship’s crews entirely unprepared and the sighting apparatus of the +guns unprotected from the deadly aim of our warriors. + +It seems that each green warrior has certain objective points for his +fire under relatively identical circumstances of warfare. For example, +a proportion of them, always the best marksmen, direct their fire +entirely upon the wireless finding and sighting apparatus of the big +guns of an attacking naval force; another detail attends to the smaller +guns in the same way; others pick off the gunners; still others the +officers; while certain other quotas concentrate their attention upon +the other members of the crew, upon the upper works, and upon the +steering gear and propellers. + +Twenty minutes after the first volley the great fleet swung trailing +off in the direction from which it had first appeared. Several of the +craft were limping perceptibly, and seemed but barely under the control +of their depleted crews. Their fire had ceased entirely and all their +energies seemed focused upon escape. Our warriors then rushed up to the +roofs of the buildings which we occupied and followed the retreating +armada with a continuous fusillade of deadly fire. + +One by one, however, the ships managed to dip below the crests of the +outlying hills until only one barely moving craft was in sight. This +had received the brunt of our fire and seemed to be entirely unmanned, +as not a moving figure was visible upon her decks. Slowly she swung +from her course, circling back toward us in an erratic and pitiful +manner. Instantly the warriors ceased firing, for it was quite apparent +that the vessel was entirely helpless, and, far from being in a +position to inflict harm upon us, she could not even control herself +sufficiently to escape. + +As she neared the city the warriors rushed out upon the plain to meet +her, but it was evident that she still was too high for them to hope to +reach her decks. From my vantage point in the window I could see the +bodies of her crew strewn about, although I could not make out what +manner of creatures they might be. Not a sign of life was manifest upon +her as she drifted slowly with the light breeze in a southeasterly +direction. + +She was drifting some fifty feet above the ground, followed by all but +some hundred of the warriors who had been ordered back to the roofs to +cover the possibility of a return of the fleet, or of reinforcements. +It soon became evident that she would strike the face of the buildings +about a mile south of our position, and as I watched the progress of +the chase I saw a number of warriors gallop ahead, dismount and enter +the building she seemed destined to touch. + +As the craft neared the building, and just before she struck, the +Martian warriors swarmed upon her from the windows, and with their +great spears eased the shock of the collision, and in a few moments +they had thrown out grappling hooks and the big boat was being hauled +to ground by their fellows below. + +After making her fast, they swarmed the sides and searched the vessel +from stem to stern. I could see them examining the dead sailors, +evidently for signs of life, and presently a party of them appeared +from below dragging a little figure among them. The creature was +considerably less than half as tall as the green Martian warriors, and +from my balcony I could see that it walked erect upon two legs and +surmised that it was some new and strange Martian monstrosity with +which I had not as yet become acquainted. + +They removed their prisoner to the ground and then commenced a +systematic rifling of the vessel. This operation required several +hours, during which time a number of the chariots were requisitioned to +transport the loot, which consisted in arms, ammunition, silks, furs, +jewels, strangely carved stone vessels, and a quantity of solid foods +and liquids, including many casks of water, the first I had seen since +my advent upon Mars. + +After the last load had been removed the warriors made lines fast to +the craft and towed her far out into the valley in a southwesterly +direction. A few of them then boarded her and were busily engaged in +what appeared, from my distant position, as the emptying of the +contents of various carboys upon the dead bodies of the sailors and +over the decks and works of the vessel. + +This operation concluded, they hastily clambered over her sides, +sliding down the guy ropes to the ground. The last warrior to leave the +deck turned and threw something back upon the vessel, waiting an +instant to note the outcome of his act. As a faint spurt of flame rose +from the point where the missile struck he swung over the side and was +quickly upon the ground. Scarcely had he alighted than the guy ropes +were simultaneously released, and the great warship, lightened by the +removal of the loot, soared majestically into the air, her decks and +upper works a mass of roaring flames. + +Slowly she drifted to the southeast, rising higher and higher as the +flames ate away her wooden parts and diminished the weight upon her. +Ascending to the roof of the building I watched her for hours, until +finally she was lost in the dim vistas of the distance. The sight was +awe-inspiring in the extreme as one contemplated this mighty floating +funeral pyre, drifting unguided and unmanned through the lonely wastes +of the Martian heavens; a derelict of death and destruction, typifying +the life story of these strange and ferocious creatures into whose +unfriendly hands fate had carried it. + +Much depressed, and, to me, unaccountably so, I slowly descended to the +street. The scene I had witnessed seemed to mark the defeat and +annihilation of the forces of a kindred people, rather than the routing +by our green warriors of a horde of similar, though unfriendly, +creatures. I could not fathom the seeming hallucination, nor could I +free myself from it; but somewhere in the innermost recesses of my soul +I felt a strange yearning toward these unknown foemen, and a mighty +hope surged through me that the fleet would return and demand a +reckoning from the green warriors who had so ruthlessly and wantonly +attacked it. + +Close at my heel, in his now accustomed place, followed Woola, the +hound, and as I emerged upon the street Sola rushed up to me as though +I had been the object of some search on her part. The cavalcade was +returning to the plaza, the homeward march having been given up for +that day; nor, in fact, was it recommenced for more than a week, owing +to the fear of a return attack by the air craft. + +Lorquas Ptomel was too astute an old warrior to be caught upon the open +plains with a caravan of chariots and children, and so we remained at +the deserted city until the danger seemed passed. + +As Sola and I entered the plaza a sight met my eyes which filled my +whole being with a great surge of mingled hope, fear, exultation, and +depression, and yet most dominant was a subtle sense of relief and +happiness; for just as we neared the throng of Martians I caught a +glimpse of the prisoner from the battle craft who was being roughly +dragged into a nearby building by a couple of green Martian females. + +And the sight which met my eyes was that of a slender, girlish figure, +similar in every detail to the earthly women of my past life. She did +not see me at first, but just as she was disappearing through the +portal of the building which was to be her prison she turned, and her +eyes met mine. Her face was oval and beautiful in the extreme, her +every feature was finely chiseled and exquisite, her eyes large and +lustrous and her head surmounted by a mass of coal black, waving hair, +caught loosely into a strange yet becoming coiffure. Her skin was of a +light reddish copper color, against which the crimson glow of her +cheeks and the ruby of her beautifully molded lips shone with a +strangely enhancing effect. + +She was as destitute of clothes as the green Martians who accompanied +her; indeed, save for her highly wrought ornaments she was entirely +naked, nor could any apparel have enhanced the beauty of her perfect +and symmetrical figure. + +As her gaze rested on me her eyes opened wide in astonishment, and she +made a little sign with her free hand; a sign which I did not, of +course, understand. Just a moment we gazed upon each other, and then +the look of hope and renewed courage which had glorified her face as +she discovered me, faded into one of utter dejection, mingled with +loathing and contempt. I realized I had not answered her signal, and +ignorant as I was of Martian customs, I intuitively felt that she had +made an appeal for succor and protection which my unfortunate ignorance +had prevented me from answering. And then she was dragged out of my +sight into the depths of the deserted edifice. + + + + +CHAPTER IX +I LEARN THE LANGUAGE + + +As I came back to myself I glanced at Sola, who had witnessed this +encounter and I was surprised to note a strange expression upon her +usually expressionless countenance. What her thoughts were I did not +know, for as yet I had learned but little of the Martian tongue; enough +only to suffice for my daily needs. + +As I reached the doorway of our building a strange surprise awaited me. +A warrior approached bearing the arms, ornaments, and full +accouterments of his kind. These he presented to me with a few +unintelligible words, and a bearing at once respectful and menacing. + +Later, Sola, with the aid of several of the other women, remodeled the +trappings to fit my lesser proportions, and after they completed the +work I went about garbed in all the panoply of war. + +From then on Sola instructed me in the mysteries of the various +weapons, and with the Martian young I spent several hours each day +practicing upon the plaza. I was not yet proficient with all the +weapons, but my great familiarity with similar earthly weapons made me +an unusually apt pupil, and I progressed in a very satisfactory manner. + +The training of myself and the young Martians was conducted solely by +the women, who not only attend to the education of the young in the +arts of individual defense and offense, but are also the artisans who +produce every manufactured article wrought by the green Martians. They +make the powder, the cartridges, the firearms; in fact everything of +value is produced by the females. In time of actual warfare they form a +part of the reserves, and when the necessity arises fight with even +greater intelligence and ferocity than the men. + +The men are trained in the higher branches of the art of war; in +strategy and the maneuvering of large bodies of troops. They make the +laws as they are needed; a new law for each emergency. They are +unfettered by precedent in the administration of justice. Customs have +been handed down by ages of repetition, but the punishment for ignoring +a custom is a matter for individual treatment by a jury of the +culprit’s peers, and I may say that justice seldom misses fire, but +seems rather to rule in inverse ratio to the ascendency of law. In one +respect at least the Martians are a happy people; they have no lawyers. + +I did not see the prisoner again for several days subsequent to our +first encounter, and then only to catch a fleeting glimpse of her as +she was being conducted to the great audience chamber where I had had +my first meeting with Lorquas Ptomel. I could not but note the +unnecessary harshness and brutality with which her guards treated her; +so different from the almost maternal kindliness which Sola manifested +toward me, and the respectful attitude of the few green Martians who +took the trouble to notice me at all. + +I had observed on the two occasions when I had seen her that the +prisoner exchanged words with her guards, and this convinced me that +they spoke, or at least could make themselves understood by a common +language. With this added incentive I nearly drove Sola distracted by +my importunities to hasten on my education and within a few more days I +had mastered the Martian tongue sufficiently well to enable me to carry +on a passable conversation and to fully understand practically all that +I heard. + +At this time our sleeping quarters were occupied by three or four +females and a couple of the recently hatched young, beside Sola and her +youthful ward, myself, and Woola the hound. After they had retired for +the night it was customary for the adults to carry on a desultory +conversation for a short time before lapsing into sleep, and now that I +could understand their language I was always a keen listener, although +I never proffered any remarks myself. + +On the night following the prisoner’s visit to the audience chamber the +conversation finally fell upon this subject, and I was all ears on the +instant. I had feared to question Sola relative to the beautiful +captive, as I could not but recall the strange expression I had noted +upon her face after my first encounter with the prisoner. That it +denoted jealousy I could not say, and yet, judging all things by +mundane standards as I still did, I felt it safer to affect +indifference in the matter until I learned more surely Sola’s attitude +toward the object of my solicitude. + +Sarkoja, one of the older women who shared our domicile, had been +present at the audience as one of the captive’s guards, and it was +toward her the question turned. + +“When,” asked one of the women, “will we enjoy the death throes of the +red one or does Lorquas Ptomel, Jed, intend holding her for ransom” + +“They have decided to carry her with us back to Thark, and exhibit her +last agonies at the great games before Tal Hajus,” replied Sarkoja. + +“What will be the manner of her going out” inquired Sola. “She is very +small and very beautiful; I had hoped that they would hold her for +ransom.” + +Sarkoja and the other women grunted angrily at this evidence of +weakness on the part of Sola. + +“It is sad, Sola, that you were not born a million years ago,” snapped +Sarkoja, “when all the hollows of the land were filled with water, and +the peoples were as soft as the stuff they sailed upon. In our day we +have progressed to a point where such sentiments mark weakness and +atavism. It will not be well for you to permit Tars Tarkas to learn +that you hold such degenerate sentiments, as I doubt that he would care +to entrust such as you with the grave responsibilities of maternity.” + +“I see nothing wrong with my expression of interest in this red woman,” +retorted Sola. “She has never harmed us, nor would she should we have +fallen into her hands. It is only the men of her kind who war upon us, +and I have ever thought that their attitude toward us is but the +reflection of ours toward them. They live at peace with all their +fellows, except when duty calls upon them to make war, while we are at +peace with none; forever warring among our own kind as well as upon the +red men, and even in our own communities the individuals fight amongst +themselves. Oh, it is one continual, awful period of bloodshed from the +time we break the shell until we gladly embrace the bosom of the river +of mystery, the dark and ancient Iss which carries us to an unknown, +but at least no more frightful and terrible existence! Fortunate indeed +is he who meets his end in an early death. Say what you please to Tars +Tarkas, he can mete out no worse fate to me than a continuation of the +horrible existence we are forced to lead in this life.” + +This wild outbreak on the part of Sola so greatly surprised and shocked +the other women, that, after a few words of general reprimand, they all +lapsed into silence and were soon asleep. One thing the episode had +accomplished was to assure me of Sola’s friendliness toward the poor +girl, and also to convince me that I had been extremely fortunate in +falling into her hands rather than those of some of the other females. +I knew that she was fond of me, and now that I had discovered that she +hated cruelty and barbarity I was confident that I could depend upon +her to aid me and the girl captive to escape, provided of course that +such a thing was within the range of possibilities. + +I did not even know that there were any better conditions to escape to, +but I was more than willing to take my chances among people fashioned +after my own mold rather than to remain longer among the hideous and +bloodthirsty green men of Mars. But where to go, and how, was as much +of a puzzle to me as the age-old search for the spring of eternal life +has been to earthly men since the beginning of time. + +I decided that at the first opportunity I would take Sola into my +confidence and openly ask her to aid me, and with this resolution +strong upon me I turned among my silks and furs and slept the dreamless +and refreshing sleep of Mars. + + + + +CHAPTER X +CHAMPION AND CHIEF + + +Early the next morning I was astir. Considerable freedom was allowed +me, as Sola had informed me that so long as I did not attempt to leave +the city I was free to go and come as I pleased. She had warned me, +however, against venturing forth unarmed, as this city, like all other +deserted metropolises of an ancient Martian civilization, was peopled +by the great white apes of my second day’s adventure. + +In advising me that I must not leave the boundaries of the city Sola +had explained that Woola would prevent this anyway should I attempt it, +and she warned me most urgently not to arouse his fierce nature by +ignoring his warnings should I venture too close to the forbidden +territory. His nature was such, she said, that he would bring me back +into the city dead or alive should I persist in opposing him; +“preferably dead,” she added. + +On this morning I had chosen a new street to explore when suddenly I +found myself at the limits of the city. Before me were low hills +pierced by narrow and inviting ravines. I longed to explore the country +before me, and, like the pioneer stock from which I sprang, to view +what the landscape beyond the encircling hills might disclose from the +summits which shut out my view. + +It also occurred to me that this would prove an excellent opportunity +to test the qualities of Woola. I was convinced that the brute loved +me; I had seen more evidences of affection in him than in any other +Martian animal, man or beast, and I was sure that gratitude for the +acts that had twice saved his life would more than outweigh his loyalty +to the duty imposed upon him by cruel and loveless masters. + +As I approached the boundary line Woola ran anxiously before me, and +thrust his body against my legs. His expression was pleading rather +than ferocious, nor did he bare his great tusks or utter his fearful +guttural warnings. Denied the friendship and companionship of my kind, +I had developed considerable affection for Woola and Sola, for the +normal earthly man must have some outlet for his natural affections, +and so I decided upon an appeal to a like instinct in this great brute, +sure that I would not be disappointed. + +I had never petted nor fondled him, but now I sat upon the ground and +putting my arms around his heavy neck I stroked and coaxed him, talking +in my newly acquired Martian tongue as I would have to my hound at +home, as I would have talked to any other friend among the lower +animals. His response to my manifestation of affection was remarkable +to a degree; he stretched his great mouth to its full width, baring the +entire expanse of his upper rows of tusks and wrinkling his snout until +his great eyes were almost hidden by the folds of flesh. If you have +ever seen a collie smile you may have some idea of Woola’s facial +distortion. + +He threw himself upon his back and fairly wallowed at my feet; jumped +up and sprang upon me, rolling me upon the ground by his great weight; +then wriggling and squirming around me like a playful puppy presenting +its back for the petting it craves. I could not resist the +ludicrousness of the spectacle, and holding my sides I rocked back and +forth in the first laughter which had passed my lips in many days; the +first, in fact, since the morning Powell had left camp when his horse, +long unused, had precipitately and unexpectedly bucked him off +headforemost into a pot of frijoles. + +My laughter frightened Woola, his antics ceased and he crawled +pitifully toward me, poking his ugly head far into my lap; and then I +remembered what laughter signified on Mars—torture, suffering, death. +Quieting myself, I rubbed the poor old fellow’s head and back, talked +to him for a few minutes, and then in an authoritative tone commanded +him to follow me, and arising started for the hills. + +There was no further question of authority between us; Woola was my +devoted slave from that moment hence, and I his only and undisputed +master. My walk to the hills occupied but a few minutes, and I found +nothing of particular interest to reward me. Numerous brilliantly +colored and strangely formed wild flowers dotted the ravines and from +the summit of the first hill I saw still other hills stretching off +toward the north, and rising, one range above another, until lost in +mountains of quite respectable dimensions; though I afterward found +that only a few peaks on all Mars exceed four thousand feet in height; +the suggestion of magnitude was merely relative. + +My morning’s walk had been large with importance to me for it had +resulted in a perfect understanding with Woola, upon whom Tars Tarkas +relied for my safe keeping. I now knew that while theoretically a +prisoner I was virtually free, and I hastened to regain the city limits +before the defection of Woola could be discovered by his erstwhile +masters. The adventure decided me never again to leave the limits of my +prescribed stamping grounds until I was ready to venture forth for good +and all, as it would certainly result in a curtailment of my liberties, +as well as the probable death of Woola, were we to be discovered. + +On regaining the plaza I had my third glimpse of the captive girl. She +was standing with her guards before the entrance to the audience +chamber, and as I approached she gave me one haughty glance and turned +her back full upon me. The act was so womanly, so earthly womanly, that +though it stung my pride it also warmed my heart with a feeling of +companionship; it was good to know that someone else on Mars beside +myself had human instincts of a civilized order, even though the +manifestation of them was so painful and mortifying. + +Had a green Martian woman desired to show dislike or contempt she +would, in all likelihood, have done it with a sword thrust or a +movement of her trigger finger; but as their sentiments are mostly +atrophied it would have required a serious injury to have aroused such +passions in them. Sola, let me add, was an exception; I never saw her +perform a cruel or uncouth act, or fail in uniform kindliness and good +nature. She was indeed, as her fellow Martian had said of her, an +atavism; a dear and precious reversion to a former type of loved and +loving ancestor. + +Seeing that the prisoner seemed the center of attraction I halted to +view the proceedings. I had not long to wait for presently Lorquas +Ptomel and his retinue of chieftains approached the building and, +signing the guards to follow with the prisoner entered the audience +chamber. Realizing that I was a somewhat favored character, and also +convinced that the warriors did not know of my proficiency in their +language, as I had plead with Sola to keep this a secret on the grounds +that I did not wish to be forced to talk with the men until I had +perfectly mastered the Martian tongue, I chanced an attempt to enter +the audience chamber and listen to the proceedings. + +The council squatted upon the steps of the rostrum, while below them +stood the prisoner and her two guards. I saw that one of the women was +Sarkoja, and thus understood how she had been present at the hearing of +the preceding day, the results of which she had reported to the +occupants of our dormitory last night. Her attitude toward the captive +was most harsh and brutal. When she held her, she sunk her rudimentary +nails into the poor girl’s flesh, or twisted her arm in a most painful +manner. When it was necessary to move from one spot to another she +either jerked her roughly, or pushed her headlong before her. She +seemed to be venting upon this poor defenseless creature all the +hatred, cruelty, ferocity, and spite of her nine hundred years, backed +by unguessable ages of fierce and brutal ancestors. + +The other woman was less cruel because she was entirely indifferent; if +the prisoner had been left to her alone, and fortunately she was at +night, she would have received no harsh treatment, nor, by the same +token would she have received any attention at all. + +As Lorquas Ptomel raised his eyes to address the prisoner they fell on +me and he turned to Tars Tarkas with a word, and gesture of impatience. +Tars Tarkas made some reply which I could not catch, but which caused +Lorquas Ptomel to smile; after which they paid no further attention to +me. + +“What is your name” asked Lorquas Ptomel, addressing the prisoner. + +“Dejah Thoris, daughter of Mors Kajak of Helium.” + +“And the nature of your expedition” he continued. + +“It was a purely scientific research party sent out by my father’s +father, the Jeddak of Helium, to rechart the air currents, and to take +atmospheric density tests,” replied the fair prisoner, in a low, +well-modulated voice. + +“We were unprepared for battle,” she continued, “as we were on a +peaceful mission, as our banners and the colors of our craft denoted. +The work we were doing was as much in your interests as in ours, for +you know full well that were it not for our labors and the fruits of +our scientific operations there would not be enough air or water on +Mars to support a single human life. For ages we have maintained the +air and water supply at practically the same point without an +appreciable loss, and we have done this in the face of the brutal and +ignorant interference of you green men. + +“Why, oh, why will you not learn to live in amity with your fellows. +Must you ever go on down the ages to your final extinction but little +above the plane of the dumb brutes that serve you! A people without +written language, without art, without homes, without love; the victims +of eons of the horrible community idea. Owning everything in common, +even to your women and children, has resulted in your owning nothing in +common. You hate each other as you hate all else except yourselves. +Come back to the ways of our common ancestors, come back to the light +of kindliness and fellowship. The way is open to you, you will find the +hands of the red men stretched out to aid you. Together we may do still +more to regenerate our dying planet. The granddaughter of the greatest +and mightiest of the red jeddaks has asked you. Will you come” + +Lorquas Ptomel and the warriors sat looking silently and intently at +the young woman for several moments after she had ceased speaking. What +was passing in their minds no man may know, but that they were moved I +truly believe, and if one man high among them had been strong enough to +rise above custom, that moment would have marked a new and mighty era +for Mars. + +I saw Tars Tarkas rise to speak, and on his face was such an expression +as I had never seen upon the countenance of a green Martian warrior. It +bespoke an inward and mighty battle with self, with heredity, with +age-old custom, and as he opened his mouth to speak, a look almost of +benignity, of kindliness, momentarily lighted up his fierce and +terrible countenance. + +What words of moment were to have fallen from his lips were never +spoken, as just then a young warrior, evidently sensing the trend of +thought among the older men, leaped down from the steps of the rostrum, +and striking the frail captive a powerful blow across the face, which +felled her to the floor, placed his foot upon her prostrate form and +turning toward the assembled council broke into peals of horrid, +mirthless laughter. + +For an instant I thought Tars Tarkas would strike him dead, nor did the +aspect of Lorquas Ptomel augur any too favorably for the brute, but the +mood passed, their old selves reasserted their ascendency, and they +smiled. It was portentous however that they did not laugh aloud, for +the brute’s act constituted a side-splitting witticism according to the +ethics which rule green Martian humor. + +That I have taken moments to write down a part of what occurred as that +blow fell does not signify that I remained inactive for any such length +of time. I think I must have sensed something of what was coming, for I +realize now that I was crouched as for a spring as I saw the blow aimed +at her beautiful, upturned, pleading face, and ere the hand descended I +was halfway across the hall. + +Scarcely had his hideous laugh rang out but once, when I was upon him. +The brute was twelve feet in height and armed to the teeth, but I +believe that I could have accounted for the whole roomful in the +terrific intensity of my rage. Springing upward, I struck him full in +the face as he turned at my warning cry and then as he drew his +short-sword I drew mine and sprang up again upon his breast, hooking +one leg over the butt of his pistol and grasping one of his huge tusks +with my left hand while I delivered blow after blow upon his enormous +chest. + +He could not use his short-sword to advantage because I was too close +to him, nor could he draw his pistol, which he attempted to do in +direct opposition to Martian custom which says that you may not fight a +fellow warrior in private combat with any other than the weapon with +which you are attacked. In fact he could do nothing but make a wild and +futile attempt to dislodge me. With all his immense bulk he was little +if any stronger than I, and it was but the matter of a moment or two +before he sank, bleeding and lifeless, to the floor. + +Dejah Thoris had raised herself upon one elbow and was watching the +battle with wide, staring eyes. When I had regained my feet I raised +her in my arms and bore her to one of the benches at the side of the +room. + +Again no Martian interfered with me, and tearing a piece of silk from +my cape I endeavored to staunch the flow of blood from her nostrils. I +was soon successful as her injuries amounted to little more than an +ordinary nosebleed, and when she could speak she placed her hand upon +my arm and looking up into my eyes, said + +“Why did you do it You who refused me even friendly recognition in the +first hour of my peril! And now you risk your life and kill one of your +companions for my sake. I cannot understand. What strange manner of man +are you, that you consort with the green men, though your form is that +of my race, while your color is little darker than that of the white +ape Tell me, are you human, or are you more than human” + +“It is a strange tale,” I replied, “too long to attempt to tell you +now, and one which I so much doubt the credibility of myself that I +fear to hope that others will believe it. Suffice it, for the present, +that I am your friend, and, so far as our captors will permit, your +protector and your servant.” + +“Then you too are a prisoner But why, then, those arms and the regalia +of a Tharkian chieftain What is your name Where your country” + +“Yes, Dejah Thoris, I too am a prisoner; my name is John Carter, and I +claim Virginia, one of the United States of America, Earth, as my home; +but why I am permitted to wear arms I do not know, nor was I aware that +my regalia was that of a chieftain.” + +We were interrupted at this juncture by the approach of one of the +warriors, bearing arms, accoutrements and ornaments, and in a flash one +of her questions was answered and a puzzle cleared up for me. I saw +that the body of my dead antagonist had been stripped, and I read in +the menacing yet respectful attitude of the warrior who had brought me +these trophies of the kill the same demeanor as that evinced by the +other who had brought me my original equipment, and now for the first +time I realized that my blow, on the occasion of my first battle in the +audience chamber had resulted in the death of my adversary. + +The reason for the whole attitude displayed toward me was now apparent; +I had won my spurs, so to speak, and in the crude justice, which always +marks Martian dealings, and which, among other things, has caused me to +call her the planet of paradoxes, I was accorded the honors due a +conqueror; the trappings and the position of the man I killed. In +truth, I was a Martian chieftain, and this I learned later was the +cause of my great freedom and my toleration in the audience chamber. + +As I had turned to receive the dead warrior’s chattels I had noticed +that Tars Tarkas and several others had pushed forward toward us, and +the eyes of the former rested upon me in a most quizzical manner. +Finally he addressed me + +“You speak the tongue of Barsoom quite readily for one who was deaf and +dumb to us a few short days ago. Where did you learn it, John Carter” + +“You, yourself, are responsible, Tars Tarkas,” I replied, “in that you +furnished me with an instructress of remarkable ability; I have to +thank Sola for my learning.” + +“She has done well,” he answered, “but your education in other respects +needs considerable polish. Do you know what your unprecedented temerity +would have cost you had you failed to kill either of the two chieftains +whose metal you now wear” + +“I presume that that one whom I had failed to kill, would have killed +me,” I answered, smiling. + +“No, you are wrong. Only in the last extremity of self-defense would a +Martian warrior kill a prisoner; we like to save them for other +purposes,” and his face bespoke possibilities that were not pleasant to +dwell upon. + +“But one thing can save you now,” he continued. “Should you, in +recognition of your remarkable valor, ferocity, and prowess, be +considered by Tal Hajus as worthy of his service you may be taken into +the community and become a full-fledged Tharkian. Until we reach the +headquarters of Tal Hajus it is the will of Lorquas Ptomel that you be +accorded the respect your acts have earned you. You will be treated by +us as a Tharkian chieftain, but you must not forget that every chief +who ranks you is responsible for your safe delivery to our mighty and +most ferocious ruler. I am done.” + +“I hear you, Tars Tarkas,” I answered. “As you know I am not of +Barsoom; your ways are not my ways, and I can only act in the future as +I have in the past, in accordance with the dictates of my conscience +and guided by the standards of mine own people. If you will leave me +alone I will go in peace, but if not, let the individual Barsoomians +with whom I must deal either respect my rights as a stranger among you, +or take whatever consequences may befall. Of one thing let us be sure, +whatever may be your ultimate intentions toward this unfortunate young +woman, whoever would offer her injury or insult in the future must +figure on making a full accounting to me. I understand that you +belittle all sentiments of generosity and kindliness, but I do not, and +I can convince your most doughty warrior that these characteristics are +not incompatible with an ability to fight.” + +Ordinarily I am not given to long speeches, nor ever before had I +descended to bombast, but I had guessed at the keynote which would +strike an answering chord in the breasts of the green Martians, nor was +I wrong, for my harangue evidently deeply impressed them, and their +attitude toward me thereafter was still further respectful. + +Tars Tarkas himself seemed pleased with my reply, but his only comment +was more or less enigmatical—“And I think I know Tal Hajus, Jeddak of +Thark.” + +I now turned my attention to Dejah Thoris, and assisting her to her +feet I turned with her toward the exit, ignoring her hovering guardian +harpies as well as the inquiring glances of the chieftains. Was I not +now a chieftain also! Well, then, I would assume the responsibilities +of one. They did not molest us, and so Dejah Thoris, Princess of +Helium, and John Carter, gentleman of Virginia, followed by the +faithful Woola, passed through utter silence from the audience chamber +of Lorquas Ptomel, Jed among the Tharks of Barsoom. + + + + +CHAPTER XI +WITH DEJAH THORIS + + +As we reached the open the two female guards who had been detailed to +watch over Dejah Thoris hurried up and made as though to assume custody +of her once more. The poor child shrank against me and I felt her two +little hands fold tightly over my arm. Waving the women away, I +informed them that Sola would attend the captive hereafter, and I +further warned Sarkoja that any more of her cruel attentions bestowed +upon Dejah Thoris would result in Sarkoja’s sudden and painful demise. + +My threat was unfortunate and resulted in more harm than good to Dejah +Thoris, for, as I learned later, men do not kill women upon Mars, nor +women, men. So Sarkoja merely gave us an ugly look and departed to +hatch up deviltries against us. + +I soon found Sola and explained to her that I wished her to guard Dejah +Thoris as she had guarded me; that I wished her to find other quarters +where they would not be molested by Sarkoja, and I finally informed her +that I myself would take up my quarters among the men. + +Sola glanced at the accouterments which were carried in my hand and +slung across my shoulder. + +“You are a great chieftain now, John Carter,” she said, “and I must do +your bidding, though indeed I am glad to do it under any circumstances. +The man whose metal you carry was young, but he was a great warrior, +and had by his promotions and kills won his way close to the rank of +Tars Tarkas, who, as you know, is second to Lorquas Ptomel only. You +are eleventh, there are but ten chieftains in this community who rank +you in prowess.” + +“And if I should kill Lorquas Ptomel” I asked. + +“You would be first, John Carter; but you may only win that honor by +the will of the entire council that Lorquas Ptomel meet you in combat, +or should he attack you, you may kill him in self-defense, and thus win +first place.” + +I laughed, and changed the subject. I had no particular desire to kill +Lorquas Ptomel, and less to be a jed among the Tharks. + +I accompanied Sola and Dejah Thoris in a search for new quarters, which +we found in a building nearer the audience chamber and of far more +pretentious architecture than our former habitation. We also found in +this building real sleeping apartments with ancient beds of highly +wrought metal swinging from enormous gold chains depending from the +marble ceilings. The decoration of the walls was most elaborate, and, +unlike the frescoes in the other buildings I had examined, portrayed +many human figures in the compositions. These were of people like +myself, and of a much lighter color than Dejah Thoris. They were clad +in graceful, flowing robes, highly ornamented with metal and jewels, +and their luxuriant hair was of a beautiful golden and reddish bronze. +The men were beardless and only a few wore arms. The scenes depicted +for the most part, a fair-skinned, fair-haired people at play. + +Dejah Thoris clasped her hands with an exclamation of rapture as she +gazed upon these magnificent works of art, wrought by a people long +extinct; while Sola, on the other hand, apparently did not see them. + +We decided to use this room, on the second floor and overlooking the +plaza, for Dejah Thoris and Sola, and another room adjoining and in the +rear for the cooking and supplies. I then dispatched Sola to bring the +bedding and such food and utensils as she might need, telling her that +I would guard Dejah Thoris until her return. + +As Sola departed Dejah Thoris turned to me with a faint smile. + +“And whereto, then, would your prisoner escape should you leave her, +unless it was to follow you and crave your protection, and ask your +pardon for the cruel thoughts she has harbored against you these past +few days” + +“You are right,” I answered, “there is no escape for either of us +unless we go together.” + +“I heard your challenge to the creature you call Tars Tarkas, and I +think I understand your position among these people, but what I cannot +fathom is your statement that you are not of Barsoom.” + +“In the name of my first ancestor, then,” she continued, “where may you +be from You are like unto my people, and yet so unlike. You speak my +language, and yet I heard you tell Tars Tarkas that you had but learned +it recently. All Barsoomians speak the same tongue from the ice-clad +south to the ice-clad north, though their written languages differ. +Only in the valley Dor, where the river Iss empties into the lost sea +of Korus, is there supposed to be a different language spoken, and, +except in the legends of our ancestors, there is no record of a +Barsoomian returning up the river Iss, from the shores of Korus in the +valley of Dor. Do not tell me that you have thus returned! They would +kill you horribly anywhere upon the surface of Barsoom if that were +true; tell me it is not!” + +Her eyes were filled with a strange, weird light; her voice was +pleading, and her little hands, reached up upon my breast, were pressed +against me as though to wring a denial from my very heart. + +“I do not know your customs, Dejah Thoris, but in my own Virginia a +gentleman does not lie to save himself; I am not of Dor; I have never +seen the mysterious Iss; the lost sea of Korus is still lost, so far as +I am concerned. Do you believe me” + +And then it struck me suddenly that I was very anxious that she should +believe me. It was not that I feared the results which would follow a +general belief that I had returned from the Barsoomian heaven or hell, +or whatever it was. Why was it, then! Why should I care what she +thought I looked down at her; her beautiful face upturned, and her +wonderful eyes opening up the very depth of her soul; and as my eyes +met hers I knew why, and—I shuddered. + +A similar wave of feeling seemed to stir her; she drew away from me +with a sigh, and with her earnest, beautiful face turned up to mine, +she whispered “I believe you, John Carter; I do not know what a +‘gentleman’ is, nor have I ever heard before of Virginia; but on +Barsoom no man lies; if he does not wish to speak the truth he is +silent. Where is this Virginia, your country, John Carter” she asked, +and it seemed that this fair name of my fair land had never sounded +more beautiful than as it fell from those perfect lips on that far-gone +day. + +“I am of another world,” I answered, “the great planet Earth, which +revolves about our common sun and next within the orbit of your +Barsoom, which we know as Mars. How I came here I cannot tell you, for +I do not know; but here I am, and since my presence has permitted me to +serve Dejah Thoris I am glad that I am here.” + +She gazed at me with troubled eyes, long and questioningly. That it was +difficult to believe my statement I well knew, nor could I hope that +she would do so however much I craved her confidence and respect. I +would much rather not have told her anything of my antecedents, but no +man could look into the depth of those eyes and refuse her slightest +behest. + +Finally she smiled, and, rising, said “I shall have to believe even +though I cannot understand. I can readily perceive that you are not of +the Barsoom of today; you are like us, yet different—but why should I +trouble my poor head with such a problem, when my heart tells me that I +believe because I wish to believe!” + +It was good logic, good, earthly, feminine logic, and if it satisfied +her I certainly could pick no flaws in it. As a matter of fact it was +about the only kind of logic that could be brought to bear upon my +problem. We fell into a general conversation then, asking and answering +many questions on each side. She was curious to learn of the customs of +my people and displayed a remarkable knowledge of events on Earth. When +I questioned her closely on this seeming familiarity with earthly +things she laughed, and cried out + +“Why, every school boy on Barsoom knows the geography, and much +concerning the fauna and flora, as well as the history of your planet +fully as well as of his own. Can we not see everything which takes +place upon Earth, as you call it; is it not hanging there in the +heavens in plain sight” + +This baffled me, I must confess, fully as much as my statements had +confounded her; and I told her so. She then explained in general the +instruments her people had used and been perfecting for ages, which +permit them to throw upon a screen a perfect image of what is +transpiring upon any planet and upon many of the stars. These pictures +are so perfect in detail that, when photographed and enlarged, objects +no greater than a blade of grass may be distinctly recognized. I +afterward, in Helium, saw many of these pictures, as well as the +instruments which produced them. + +“If, then, you are so familiar with earthly things,” I asked, “why is +it that you do not recognize me as identical with the inhabitants of +that planet” + +She smiled again as one might in bored indulgence of a questioning +child. + +“Because, John Carter,” she replied, “nearly every planet and star +having atmospheric conditions at all approaching those of Barsoom, +shows forms of animal life almost identical with you and me; and, +further, Earth men, almost without exception, cover their bodies with +strange, unsightly pieces of cloth, and their heads with hideous +contraptions the purpose of which we have been unable to conceive; +while you, when found by the Tharkian warriors, were entirely +undisfigured and unadorned. + +“The fact that you wore no ornaments is a strong proof of your +un-Barsoomian origin, while the absence of grotesque coverings might +cause a doubt as to your earthliness.” + +I then narrated the details of my departure from the Earth, explaining +that my body there lay fully clothed in all the, to her, strange +garments of mundane dwellers. At this point Sola returned with our +meager belongings and her young Martian protege, who, of course, would +have to share the quarters with them. + +Sola asked us if we had had a visitor during her absence, and seemed +much surprised when we answered in the negative. It seemed that as she +had mounted the approach to the upper floors where our quarters were +located, she had met Sarkoja descending. We decided that she must have +been eavesdropping, but as we could recall nothing of importance that +had passed between us we dismissed the matter as of little consequence, +merely promising ourselves to be warned to the utmost caution in the +future. + +Dejah Thoris and I then fell to examining the architecture and +decorations of the beautiful chambers of the building we were +occupying. She told me that these people had presumably flourished over +a hundred thousand years before. They were the early progenitors of her +race, but had mixed with the other great race of early Martians, who +were very dark, almost black, and also with the reddish yellow race +which had flourished at the same time. + +These three great divisions of the higher Martians had been forced into +a mighty alliance as the drying up of the Martian seas had compelled +them to seek the comparatively few and always diminishing fertile +areas, and to defend themselves, under new conditions of life, against +the wild hordes of green men. + +Ages of close relationship and intermarrying had resulted in the race +of red men, of which Dejah Thoris was a fair and beautiful daughter. +During the ages of hardships and incessant warring between their own +various races, as well as with the green men, and before they had +fitted themselves to the changed conditions, much of the high +civilization and many of the arts of the fair-haired Martians had +become lost; but the red race of today has reached a point where it +feels that it has made up in new discoveries and in a more practical +civilization for all that lies irretrievably buried with the ancient +Barsoomians, beneath the countless intervening ages. + +These ancient Martians had been a highly cultivated and literary race, +but during the vicissitudes of those trying centuries of readjustment +to new conditions, not only did their advancement and production cease +entirely, but practically all their archives, records, and literature +were lost. + +Dejah Thoris related many interesting facts and legends concerning this +lost race of noble and kindly people. She said that the city in which +we were camping was supposed to have been a center of commerce and +culture known as Korad. It had been built upon a beautiful, natural +harbor, landlocked by magnificent hills. The little valley on the west +front of the city, she explained, was all that remained of the harbor, +while the pass through the hills to the old sea bottom had been the +channel through which the shipping passed up to the city’s gates. + +The shores of the ancient seas were dotted with just such cities, and +lesser ones, in diminishing numbers, were to be found converging toward +the center of the oceans, as the people had found it necessary to +follow the receding waters until necessity had forced upon them their +ultimate salvation, the so-called Martian canals. + +We had been so engrossed in exploration of the building and in our +conversation that it was late in the afternoon before we realized it. +We were brought back to a realization of our present conditions by a +messenger bearing a summons from Lorquas Ptomel directing me to appear +before him forthwith. Bidding Dejah Thoris and Sola farewell, and +commanding Woola to remain on guard, I hastened to the audience +chamber, where I found Lorquas Ptomel and Tars Tarkas seated upon the +rostrum. + + + + +CHAPTER XII +A PRISONER WITH POWER + + +As I entered and saluted, Lorquas Ptomel signaled me to advance, and, +fixing his great, hideous eyes upon me, addressed me thus + +“You have been with us a few days, yet during that time you have by +your prowess won a high position among us. Be that as it may, you are +not one of us; you owe us no allegiance. + +“Your position is a peculiar one,” he continued; “you are a prisoner +and yet you give commands which must be obeyed; you are an alien and +yet you are a Tharkian chieftain; you are a midget and yet you can kill +a mighty warrior with one blow of your fist. And now you are reported +to have been plotting to escape with another prisoner of another race; +a prisoner who, from her own admission, half believes you are returned +from the valley of Dor. Either one of these accusations, if proved, +would be sufficient grounds for your execution, but we are a just +people and you shall have a trial on our return to Thark, if Tal Hajus +so commands. + +“But,” he continued, in his fierce guttural tones, “if you run off with +the red girl it is I who shall have to account to Tal Hajus; it is I +who shall have to face Tars Tarkas, and either demonstrate my right to +command, or the metal from my dead carcass will go to a better man, for +such is the custom of the Tharks. + +“I have no quarrel with Tars Tarkas; together we rule supreme the +greatest of the lesser communities among the green men; we do not wish +to fight between ourselves; and so if you were dead, John Carter, I +should be glad. Under two conditions only, however, may you be killed +by us without orders from Tal Hajus; in personal combat in +self-defense, should you attack one of us, or were you apprehended in +an attempt to escape. + +“As a matter of justice I must warn you that we only await one of these +two excuses for ridding ourselves of so great a responsibility. The +safe delivery of the red girl to Tal Hajus is of the greatest +importance. Not in a thousand years have the Tharks made such a +capture; she is the granddaughter of the greatest of the red jeddaks, +who is also our bitterest enemy. I have spoken. The red girl told us +that we were without the softer sentiments of humanity, but we are a +just and truthful race. You may go.” + +Turning, I left the audience chamber. So this was the beginning of +Sarkoja’s persecution! I knew that none other could be responsible for +this report which had reached the ears of Lorquas Ptomel so quickly, +and now I recalled those portions of our conversation which had touched +upon escape and upon my origin. + +Sarkoja was at this time Tars Tarkas’ oldest and most trusted female. +As such she was a mighty power behind the throne, for no warrior had +the confidence of Lorquas Ptomel to such an extent as did his ablest +lieutenant, Tars Tarkas. + +However, instead of putting thoughts of possible escape from my mind, +my audience with Lorquas Ptomel only served to center my every faculty +on this subject. Now, more than before, the absolute necessity for +escape, in so far as Dejah Thoris was concerned, was impressed upon me, +for I was convinced that some horrible fate awaited her at the +headquarters of Tal Hajus. + +As described by Sola, this monster was the exaggerated personification +of all the ages of cruelty, ferocity, and brutality from which he had +descended. Cold, cunning, calculating; he was, also, in marked contrast +to most of his fellows, a slave to that brute passion which the waning +demands for procreation upon their dying planet has almost stilled in +the Martian breast. + +The thought that the divine Dejah Thoris might fall into the clutches +of such an abysmal atavism started the cold sweat upon me. Far better +that we save friendly bullets for ourselves at the last moment, as did +those brave frontier women of my lost land, who took their own lives +rather than fall into the hands of the Indian braves. + +As I wandered about the plaza lost in my gloomy forebodings Tars Tarkas +approached me on his way from the audience chamber. His demeanor toward +me was unchanged, and he greeted me as though we had not just parted a +few moments before. + +“Where are your quarters, John Carter” he asked. + +“I have selected none,” I replied. “It seemed best that I quartered +either by myself or among the other warriors, and I was awaiting an +opportunity to ask your advice. As you know,” and I smiled, “I am not +yet familiar with all the customs of the Tharks.” + +“Come with me,” he directed, and together we moved off across the plaza +to a building which I was glad to see adjoined that occupied by Sola +and her charges. + +“My quarters are on the first floor of this building,” he said, “and +the second floor also is fully occupied by warriors, but the third +floor and the floors above are vacant; you may take your choice of +these. + +“I understand,” he continued, “that you have given up your woman to the +red prisoner. Well, as you have said, your ways are not our ways, but +you can fight well enough to do about as you please, and so, if you +wish to give your woman to a captive, it is your own affair; but as a +chieftain you should have those to serve you, and in accordance with +our customs you may select any or all the females from the retinues of +the chieftains whose metal you now wear.” + +I thanked him, but assured him that I could get along very nicely +without assistance except in the matter of preparing food, and so he +promised to send women to me for this purpose and also for the care of +my arms and the manufacture of my ammunition, which he said would be +necessary. I suggested that they might also bring some of the sleeping +silks and furs which belonged to me as spoils of combat, for the nights +were cold and I had none of my own. + +He promised to do so, and departed. Left alone, I ascended the winding +corridor to the upper floors in search of suitable quarters. The +beauties of the other buildings were repeated in this, and, as usual, I +was soon lost in a tour of investigation and discovery. + +I finally chose a front room on the third floor, because this brought +me nearer to Dejah Thoris, whose apartment was on the second floor of +the adjoining building, and it flashed upon me that I could rig up some +means of communication whereby she might signal me in case she needed +either my services or my protection. + +Adjoining my sleeping apartment were baths, dressing rooms, and other +sleeping and living apartments, in all some ten rooms on this floor. +The windows of the back rooms overlooked an enormous court, which +formed the center of the square made by the buildings which faced the +four contiguous streets, and which was now given over to the quartering +of the various animals belonging to the warriors occupying the +adjoining buildings. + +While the court was entirely overgrown with the yellow, moss-like +vegetation which blankets practically the entire surface of Mars, yet +numerous fountains, statuary, benches, and pergola-like contraptions +bore witness to the beauty which the court must have presented in +bygone times, when graced by the fair-haired, laughing people whom +stern and unalterable cosmic laws had driven not only from their homes, +but from all except the vague legends of their descendants. + +One could easily picture the gorgeous foliage of the luxuriant Martian +vegetation which once filled this scene with life and color; the +graceful figures of the beautiful women, the straight and handsome men; +the happy frolicking children—all sunlight, happiness and peace. It was +difficult to realize that they had gone; down through ages of darkness, +cruelty, and ignorance, until their hereditary instincts of culture and +humanitarianism had risen ascendant once more in the final composite +race which now is dominant upon Mars. + +My thoughts were cut short by the advent of several young females +bearing loads of weapons, silks, furs, jewels, cooking utensils, and +casks of food and drink, including considerable loot from the air +craft. All this, it seemed, had been the property of the two chieftains +I had slain, and now, by the customs of the Tharks, it had become mine. +At my direction they placed the stuff in one of the back rooms, and +then departed, only to return with a second load, which they advised me +constituted the balance of my goods. On the second trip they were +accompanied by ten or fifteen other women and youths, who, it seemed, +formed the retinues of the two chieftains. + +They were not their families, nor their wives, nor their servants; the +relationship was peculiar, and so unlike anything known to us that it +is most difficult to describe. All property among the green Martians is +owned in common by the community, except the personal weapons, +ornaments and sleeping silks and furs of the individuals. These alone +can one claim undisputed right to, nor may he accumulate more of these +than are required for his actual needs. The surplus he holds merely as +custodian, and it is passed on to the younger members of the community +as necessity demands. + +The women and children of a man’s retinue may be likened to a military +unit for which he is responsible in various ways, as in matters of +instruction, discipline, sustenance, and the exigencies of their +continual roamings and their unending strife with other communities and +with the red Martians. His women are in no sense wives. The green +Martians use no word corresponding in meaning with this earthly word. +Their mating is a matter of community interest solely, and is directed +without reference to natural selection. The council of chieftains of +each community control the matter as surely as the owner of a Kentucky +racing stud directs the scientific breeding of his stock for the +improvement of the whole. + +In theory it may sound well, as is often the case with theories, but +the results of ages of this unnatural practice, coupled with the +community interest in the offspring being held paramount to that of the +mother, is shown in the cold, cruel creatures, and their gloomy, +loveless, mirthless existence. + +It is true that the green Martians are absolutely virtuous, both men +and women, with the exception of such degenerates as Tal Hajus; but +better far a finer balance of human characteristics even at the expense +of a slight and occasional loss of chastity. + +Finding that I must assume responsibility for these creatures, whether +I would or not, I made the best of it and directed them to find +quarters on the upper floors, leaving the third floor to me. One of the +girls I charged with the duties of my simple cuisine, and directed the +others to take up the various activities which had formerly constituted +their vocations. Thereafter I saw little of them, nor did I care to. + + + + +CHAPTER XIII +LOVE-MAKING ON MARS + + +Following the battle with the air ships, the community remained within +the city for several days, abandoning the homeward march until they +could feel reasonably assured that the ships would not return; for to +be caught on the open plains with a cavalcade of chariots and children +was far from the desire of even so warlike a people as the green +Martians. + +During our period of inactivity, Tars Tarkas had instructed me in many +of the customs and arts of war familiar to the Tharks, including +lessons in riding and guiding the great beasts which bore the warriors. +These creatures, which are known as thoats, are as dangerous and +vicious as their masters, but when once subdued are sufficiently +tractable for the purposes of the green Martians. + +Two of these animals had fallen to me from the warriors whose metal I +wore, and in a short time I could handle them quite as well as the +native warriors. The method was not at all complicated. If the thoats +did not respond with sufficient celerity to the telepathic instructions +of their riders they were dealt a terrific blow between the ears with +the butt of a pistol, and if they showed fight this treatment was +continued until the brutes either were subdued, or had unseated their +riders. + +In the latter case it became a life and death struggle between the man +and the beast. If the former were quick enough with his pistol he might +live to ride again, though upon some other beast; if not, his torn and +mangled body was gathered up by his women and burned in accordance with +Tharkian custom. + +My experience with Woola determined me to attempt the experiment of +kindness in my treatment of my thoats. First I taught them that they +could not unseat me, and even rapped them sharply between the ears to +impress upon them my authority and mastery. Then, by degrees, I won +their confidence in much the same manner as I had adopted countless +times with my many mundane mounts. I was ever a good hand with animals, +and by inclination, as well as because it brought more lasting and +satisfactory results, I was always kind and humane in my dealings with +the lower orders. I could take a human life, if necessary, with far +less compunction than that of a poor, unreasoning, irresponsible brute. + +In the course of a few days my thoats were the wonder of the entire +community. They would follow me like dogs, rubbing their great snouts +against my body in awkward evidence of affection, and respond to my +every command with an alacrity and docility which caused the Martian +warriors to ascribe to me the possession of some earthly power unknown +on Mars. + +“How have you bewitched them” asked Tars Tarkas one afternoon, when he +had seen me run my arm far between the great jaws of one of my thoats +which had wedged a piece of stone between two of his teeth while +feeding upon the moss-like vegetation within our court yard. + +“By kindness,” I replied. “You see, Tars Tarkas, the softer sentiments +have their value, even to a warrior. In the height of battle as well as +upon the march I know that my thoats will obey my every command, and +therefore my fighting efficiency is enhanced, and I am a better warrior +for the reason that I am a kind master. Your other warriors would find +it to the advantage of themselves as well as of the community to adopt +my methods in this respect. Only a few days since you, yourself, told +me that these great brutes, by the uncertainty of their tempers, often +were the means of turning victory into defeat, since, at a crucial +moment, they might elect to unseat and rend their riders.” + +“Show me how you accomplish these results,” was Tars Tarkas’ only +rejoinder. + +And so I explained as carefully as I could the entire method of +training I had adopted with my beasts, and later he had me repeat it +before Lorquas Ptomel and the assembled warriors. That moment marked +the beginning of a new existence for the poor thoats, and before I left +the community of Lorquas Ptomel I had the satisfaction of observing a +regiment of as tractable and docile mounts as one might care to see. +The effect on the precision and celerity of the military movements was +so remarkable that Lorquas Ptomel presented me with a massive anklet of +gold from his own leg, as a sign of his appreciation of my service to +the horde. + +On the seventh day following the battle with the air craft we again +took up the march toward Thark, all probability of another attack being +deemed remote by Lorquas Ptomel. + +During the days just preceding our departure I had seen but little of +Dejah Thoris, as I had been kept very busy by Tars Tarkas with my +lessons in the art of Martian warfare, as well as in the training of my +thoats. The few times I had visited her quarters she had been absent, +walking upon the streets with Sola, or investigating the buildings in +the near vicinity of the plaza. I had warned them against venturing far +from the plaza for fear of the great white apes, whose ferocity I was +only too well acquainted with. However, since Woola accompanied them on +all their excursions, and as Sola was well armed, there was +comparatively little cause for fear. + +On the evening before our departure I saw them approaching along one of +the great avenues which lead into the plaza from the east. I advanced +to meet them, and telling Sola that I would take the responsibility for +Dejah Thoris’ safekeeping, I directed her to return to her quarters on +some trivial errand. I liked and trusted Sola, but for some reason I +desired to be alone with Dejah Thoris, who represented to me all that I +had left behind upon Earth in agreeable and congenial companionship. +There seemed bonds of mutual interest between us as powerful as though +we had been born under the same roof rather than upon different +planets, hurtling through space some forty-eight million miles apart. + +That she shared my sentiments in this respect I was positive, for on my +approach the look of pitiful hopelessness left her sweet countenance to +be replaced by a smile of joyful welcome, as she placed her little +right hand upon my left shoulder in true red Martian salute. + +“Sarkoja told Sola that you had become a true Thark,” she said, “and +that I would now see no more of you than of any of the other warriors.” + +“Sarkoja is a liar of the first magnitude,” I replied, “notwithstanding +the proud claim of the Tharks to absolute verity.” + +Dejah Thoris laughed. + +“I knew that even though you became a member of the community you would +not cease to be my friend; ‘A warrior may change his metal, but not his +heart,’ as the saying is upon Barsoom.” + +“I think they have been trying to keep us apart,” she continued, “for +whenever you have been off duty one of the older women of Tars Tarkas’ +retinue has always arranged to trump up some excuse to get Sola and me +out of sight. They have had me down in the pits below the buildings +helping them mix their awful radium powder, and make their terrible +projectiles. You know that these have to be manufactured by artificial +light, as exposure to sunlight always results in an explosion. You have +noticed that their bullets explode when they strike an object Well, +the opaque, outer coating is broken by the impact, exposing a glass +cylinder, almost solid, in the forward end of which is a minute +particle of radium powder. The moment the sunlight, even though +diffused, strikes this powder it explodes with a violence which nothing +can withstand. If you ever witness a night battle you will note the +absence of these explosions, while the morning following the battle +will be filled at sunrise with the sharp detonations of exploding +missiles fired the preceding night. As a rule, however, non-exploding +projectiles are used at night.”[1] + + [1] I have used the word radium in describing this powder because in + the light of recent discoveries on Earth I believe it to be a mixture + of which radium is the base. In Captain Carter’s manuscript it is + mentioned always by the name used in the written language of Helium + and is spelled in hieroglyphics which it would be difficult and + useless to reproduce. + + +While I was much interested in Dejah Thoris’ explanation of this +wonderful adjunct to Martian warfare, I was more concerned by the +immediate problem of their treatment of her. That they were keeping her +away from me was not a matter for surprise, but that they should +subject her to dangerous and arduous labor filled me with rage. + +“Have they ever subjected you to cruelty and ignominy, Dejah Thoris” I +asked, feeling the hot blood of my fighting ancestors leap in my veins +as I awaited her reply. + +“Only in little ways, John Carter,” she answered. “Nothing that can +harm me outside my pride. They know that I am the daughter of ten +thousand jeddaks, that I trace my ancestry straight back without a +break to the builder of the first great waterway, and they, who do not +even know their own mothers, are jealous of me. At heart they hate +their horrid fates, and so wreak their poor spite on me who stand for +everything they have not, and for all they most crave and never can +attain. Let us pity them, my chieftain, for even though we die at their +hands we can afford them pity, since we are greater than they and they +know it.” + +Had I known the significance of those words “my chieftain,” as applied +by a red Martian woman to a man, I should have had the surprise of my +life, but I did not know at that time, nor for many months thereafter. +Yes, I still had much to learn upon Barsoom. + +“I presume it is the better part of wisdom that we bow to our fate with +as good grace as possible, Dejah Thoris; but I hope, nevertheless, that +I may be present the next time that any Martian, green, red, pink, or +violet, has the temerity to even so much as frown on you, my princess.” + +Dejah Thoris caught her breath at my last words, and gazed upon me with +dilated eyes and quickening breath, and then, with an odd little laugh, +which brought roguish dimples to the corners of her mouth, she shook +her head and cried + +“What a child! A great warrior and yet a stumbling little child.” + +“What have I done now” I asked, in sore perplexity. + +“Some day you shall know, John Carter, if we live; but I may not tell +you. And I, the daughter of Mors Kajak, son of Tardos Mors, have +listened without anger,” she soliloquized in conclusion. + +Then she broke out again into one of her gay, happy, laughing moods; +joking with me on my prowess as a Thark warrior as contrasted with my +soft heart and natural kindliness. + +“I presume that should you accidentally wound an enemy you would take +him home and nurse him back to health,” she laughed. + +“That is precisely what we do on Earth,” I answered. “At least among +civilized men.” + +This made her laugh again. She could not understand it, for, with all +her tenderness and womanly sweetness, she was still a Martian, and to a +Martian the only good enemy is a dead enemy; for every dead foeman +means so much more to divide between those who live. + +I was very curious to know what I had said or done to cause her so much +perturbation a moment before and so I continued to importune her to +enlighten me. + +“No,” she exclaimed, “it is enough that you have said it and that I +have listened. And when you learn, John Carter, and if I be dead, as +likely I shall be ere the further moon has circled Barsoom another +twelve times, remember that I listened and that I—smiled.” + +It was all Greek to me, but the more I begged her to explain the more +positive became her denials of my request, and, so, in very +hopelessness, I desisted. + +Day had now given away to night and as we wandered along the great +avenue lighted by the two moons of Barsoom, and with Earth looking down +upon us out of her luminous green eye, it seemed that we were alone in +the universe, and I, at least, was content that it should be so. + +The chill of the Martian night was upon us, and removing my silks I +threw them across the shoulders of Dejah Thoris. As my arm rested for +an instant upon her I felt a thrill pass through every fiber of my +being such as contact with no other mortal had even produced; and it +seemed to me that she had leaned slightly toward me, but of that I was +not sure. Only I knew that as my arm rested there across her shoulders +longer than the act of adjusting the silk required she did not draw +away, nor did she speak. And so, in silence, we walked the surface of a +dying world, but in the breast of one of us at least had been born that +which is ever oldest, yet ever new. + +I loved Dejah Thoris. The touch of my arm upon her naked shoulder had +spoken to me in words I would not mistake, and I knew that I had loved +her since the first moment that my eyes had met hers that first time in +the plaza of the dead city of Korad. + + + + +CHAPTER XIV +A DUEL TO THE DEATH + + +My first impulse was to tell her of my love, and then I thought of the +helplessness of her position wherein I alone could lighten the burdens +of her captivity, and protect her in my poor way against the thousands +of hereditary enemies she must face upon our arrival at Thark. I could +not chance causing her additional pain or sorrow by declaring a love +which, in all probability she did not return. Should I be so +indiscreet, her position would be even more unbearable than now, and +the thought that she might feel that I was taking advantage of her +helplessness, to influence her decision was the final argument which +sealed my lips. + +“Why are you so quiet, Dejah Thoris” I asked. “Possibly you would +rather return to Sola and your quarters.” + +“No,” she murmured, “I am happy here. I do not know why it is that I +should always be happy and contented when you, John Carter, a stranger, +are with me; yet at such times it seems that I am safe and that, with +you, I shall soon return to my father’s court and feel his strong arms +about me and my mother’s tears and kisses on my cheek.” + +“Do people kiss, then, upon Barsoom” I asked, when she had explained +the word she used, in answer to my inquiry as to its meaning. + +“Parents, brothers, and sisters, yes; and,” she added in a low, +thoughtful tone, “lovers.” + +“And you, Dejah Thoris, have parents and brothers and sisters” + +“Yes.” + +“And a—lover” + +She was silent, nor could I venture to repeat the question. + +“The man of Barsoom,” she finally ventured, “does not ask personal +questions of women, except his mother, and the woman he has fought for +and won.” + +“But I have fought—” I started, and then I wished my tongue had been +cut from my mouth; for she turned even as I caught myself and ceased, +and drawing my silks from her shoulder she held them out to me, and +without a word, and with head held high, she moved with the carriage of +the queen she was toward the plaza and the doorway of her quarters. + +I did not attempt to follow her, other than to see that she reached the +building in safety, but, directing Woola to accompany her, I turned +disconsolately and entered my own house. I sat for hours cross-legged, +and cross-tempered, upon my silks meditating upon the queer freaks +chance plays upon us poor devils of mortals. + +So this was love! I had escaped it for all the years I had roamed the +five continents and their encircling seas; in spite of beautiful women +and urging opportunity; in spite of a half-desire for love and a +constant search for my ideal, it had remained for me to fall furiously +and hopelessly in love with a creature from another world, of a species +similar possibly, yet not identical with mine. A woman who was hatched +from an egg, and whose span of life might cover a thousand years; whose +people had strange customs and ideas; a woman whose hopes, whose +pleasures, whose standards of virtue and of right and wrong might vary +as greatly from mine as did those of the green Martians. + +Yes, I was a fool, but I was in love, and though I was suffering the +greatest misery I had ever known I would not have had it otherwise for +all the riches of Barsoom. Such is love, and such are lovers wherever +love is known. + +To me, Dejah Thoris was all that was perfect; all that was virtuous and +beautiful and noble and good. I believed that from the bottom of my +heart, from the depth of my soul on that night in Korad as I sat +cross-legged upon my silks while the nearer moon of Barsoom raced +through the western sky toward the horizon, and lighted up the gold and +marble, and jeweled mosaics of my world-old chamber, and I believe it +today as I sit at my desk in the little study overlooking the Hudson. +Twenty years have intervened; for ten of them I lived and fought for +Dejah Thoris and her people, and for ten I have lived upon her memory. + +The morning of our departure for Thark dawned clear and hot, as do all +Martian mornings except for the six weeks when the snow melts at the +poles. + +I sought out Dejah Thoris in the throng of departing chariots, but she +turned her shoulder to me, and I could see the red blood mount to her +cheek. With the foolish inconsistency of love I held my peace when I +might have pled ignorance of the nature of my offense, or at least the +gravity of it, and so have effected, at worst, a half conciliation. + + +[Illustration I sought out Dejah Thoris in the throng of departing +chariots.] + + +My duty dictated that I must see that she was comfortable, and so I +glanced into her chariot and rearranged her silks and furs. In doing so +I noted with horror that she was heavily chained by one ankle to the +side of the vehicle. + +“What does this mean” I cried, turning to Sola. + +“Sarkoja thought it best,” she answered, her face betokening her +disapproval of the procedure. + +Examining the manacles I saw that they fastened with a massive spring +lock. + +“Where is the key, Sola Let me have it.” + +“Sarkoja wears it, John Carter,” she answered. + +I turned without further word and sought out Tars Tarkas, to whom I +vehemently objected to the unnecessary humiliations and cruelties, as +they seemed to my lover’s eyes, that were being heaped upon Dejah +Thoris. + +“John Carter,” he answered, “if ever you and Dejah Thoris escape the +Tharks it will be upon this journey. We know that you will not go +without her. You have shown yourself a mighty fighter, and we do not +wish to manacle you, so we hold you both in the easiest way that will +yet ensure security. I have spoken.” + +I saw the strength of his reasoning at a flash, and knew that it was +futile to appeal from his decision, but I asked that the key be taken +from Sarkoja and that she be directed to leave the prisoner alone in +future. + +“This much, Tars Tarkas, you may do for me in return for the friendship +that, I must confess, I feel for you.” + +“Friendship” he replied. “There is no such thing, John Carter; but +have your will. I shall direct that Sarkoja cease to annoy the girl, +and I myself will take the custody of the key.” + +“Unless you wish me to assume the responsibility,” I said, smiling. + +He looked at me long and earnestly before he spoke. + +“Were you to give me your word that neither you nor Dejah Thoris would +attempt to escape until after we have safely reached the court of Tal +Hajus you might have the key and throw the chains into the river Iss.” + +“It were better that you held the key, Tars Tarkas,” I replied + +He smiled, and said no more, but that night as we were making camp I +saw him unfasten Dejah Thoris’ fetters himself. + +With all his cruel ferocity and coldness there was an undercurrent of +something in Tars Tarkas which he seemed ever battling to subdue. Could +it be a vestige of some human instinct come back from an ancient +forbear to haunt him with the horror of his people’s ways! + +As I was approaching Dejah Thoris’ chariot I passed Sarkoja, and the +black, venomous look she accorded me was the sweetest balm I had felt +for many hours. Lord, how she hated me! It bristled from her so +palpably that one might almost have cut it with a sword. + +A few moments later I saw her deep in conversation with a warrior named +Zad; a big, hulking, powerful brute, but one who had never made a kill +among his own chieftains, and so was still an _o mad_, or man with one +name; he could win a second name only with the metal of some chieftain. +It was this custom which entitled me to the names of either of the +chieftains I had killed; in fact, some of the warriors addressed me as +Dotar Sojat, a combination of the surnames of the two warrior +chieftains whose metal I had taken, or, in other words, whom I had +slain in fair fight. + +As Sarkoja talked with Zad he cast occasional glances in my direction, +while she seemed to be urging him very strongly to some action. I paid +little attention to it at the time, but the next day I had good reason +to recall the circumstances, and at the same time gain a slight insight +into the depths of Sarkoja’s hatred and the lengths to which she was +capable of going to wreak her horrid vengeance on me. + +Dejah Thoris would have none of me again on this evening, and though I +spoke her name she neither replied, nor conceded by so much as the +flutter of an eyelid that she realized my existence. In my extremity I +did what most other lovers would have done; I sought word from her +through an intimate. In this instance it was Sola whom I intercepted in +another part of camp. + +“What is the matter with Dejah Thoris” I blurted out at her. “Why will +she not speak to me” + +Sola seemed puzzled herself, as though such strange actions on the part +of two humans were quite beyond her, as indeed they were, poor child. + +“She says you have angered her, and that is all she will say, except +that she is the daughter of a jed and the granddaughter of a jeddak and +she has been humiliated by a creature who could not polish the teeth of +her grandmother’s sorak.” + +I pondered over this report for some time, finally asking, “What might +a sorak be, Sola” + +“A little animal about as big as my hand, which the red Martian women +keep to play with,” explained Sola. + +Not fit to polish the teeth of her grandmother’s cat! I must rank +pretty low in the consideration of Dejah Thoris, I thought; but I could +not help laughing at the strange figure of speech, so homely and in +this respect so earthly. It made me homesick, for it sounded very much +like “not fit to polish her shoes.” And then commenced a train of +thought quite new to me. I began to wonder what my people at home were +doing. I had not seen them for years. There was a family of Carters in +Virginia who claimed close relationship with me; I was supposed to be a +great uncle, or something of the kind equally foolish. I could pass +anywhere for twenty-five to thirty years of age, and to be a great +uncle always seemed the height of incongruity, for my thoughts and +feelings were those of a boy. There were two little kiddies in the +Carter family whom I had loved and who had thought there was no one on +Earth like Uncle Jack; I could see them just as plainly, as I stood +there under the moonlit skies of Barsoom, and I longed for them as I +had never longed for any mortals before. By nature a wanderer, I had +never known the true meaning of the word home, but the great hall of +the Carters had always stood for all that the word did mean to me, and +now my heart turned toward it from the cold and unfriendly peoples I +had been thrown amongst. For did not even Dejah Thoris despise me! I +was a low creature, so low in fact that I was not even fit to polish +the teeth of her grandmother’s cat; and then my saving sense of humor +came to my rescue, and laughing I turned into my silks and furs and +slept upon the moon-haunted ground the sleep of a tired and healthy +fighting man. + +We broke camp the next day at an early hour and marched with only a +single halt until just before dark. Two incidents broke the tediousness +of the march. About noon we espied far to our right what was evidently +an incubator, and Lorquas Ptomel directed Tars Tarkas to investigate +it. The latter took a dozen warriors, including myself, and we raced +across the velvety carpeting of moss to the little enclosure. + +It was indeed an incubator, but the eggs were very small in comparison +with those I had seen hatching in ours at the time of my arrival on +Mars. + +Tars Tarkas dismounted and examined the enclosure minutely, finally +announcing that it belonged to the green men of Warhoon and that the +cement was scarcely dry where it had been walled up. + +“They cannot be a day’s march ahead of us,” he exclaimed, the light of +battle leaping to his fierce face. + +The work at the incubator was short indeed. The warriors tore open the +entrance and a couple of them, crawling in, soon demolished all the +eggs with their short-swords. Then remounting we dashed back to join +the cavalcade. During the ride I took occasion to ask Tars Tarkas if +these Warhoons whose eggs we had destroyed were a smaller people than +his Tharks. + +“I noticed that their eggs were so much smaller than those I saw +hatching in your incubator,” I added. + +He explained that the eggs had just been placed there; but, like all +green Martian eggs, they would grow during the five-year period of +incubation until they obtained the size of those I had seen hatching on +the day of my arrival on Barsoom. This was indeed an interesting piece +of information, for it had always seemed remarkable to me that the +green Martian women, large as they were, could bring forth such +enormous eggs as I had seen the four-foot infants emerging from. As a +matter of fact, the new-laid egg is but little larger than an ordinary +goose egg, and as it does not commence to grow until subjected to the +light of the sun the chieftains have little difficulty in transporting +several hundreds of them at one time from the storage vaults to the +incubators. + +Shortly after the incident of the Warhoon eggs we halted to rest the +animals, and it was during this halt that the second of the day’s +interesting episodes occurred. I was engaged in changing my riding +cloths from one of my thoats to the other, for I divided the day’s work +between them, when Zad approached me, and without a word struck my +animal a terrific blow with his long-sword. + +I did not need a manual of green Martian etiquette to know what reply +to make, for, in fact, I was so wild with anger that I could scarcely +refrain from drawing my pistol and shooting him down for the brute he +was; but he stood waiting with drawn long-sword, and my only choice was +to draw my own and meet him in fair fight with his choice of weapons or +a lesser one. + +This latter alternative is always permissible, therefore I could have +used my short-sword, my dagger, my hatchet, or my fists had I wished, +and been entirely within my rights, but I could not use firearms or a +spear while he held only his long-sword. + +I chose the same weapon he had drawn because I knew he prided himself +upon his ability with it, and I wished, if I worsted him at all, to do +it with his own weapon. The fight that followed was a long one and +delayed the resumption of the march for an hour. The entire community +surrounded us, leaving a clear space about one hundred feet in diameter +for our battle. + +Zad first attempted to rush me down as a bull might a wolf, but I was +much too quick for him, and each time I side-stepped his rushes he +would go lunging past me, only to receive a nick from my sword upon his +arm or back. He was soon streaming blood from a half dozen minor +wounds, but I could not obtain an opening to deliver an effective +thrust. Then he changed his tactics, and fighting warily and with +extreme dexterity, he tried to do by science what he was unable to do +by brute strength. I must admit that he was a magnificent swordsman, +and had it not been for my greater endurance and the remarkable agility +the lesser gravitation of Mars lent me I might not have been able to +put up the creditable fight I did against him. + +We circled for some time without doing much damage on either side; the +long, straight, needle-like swords flashing in the sunlight, and +ringing out upon the stillness as they crashed together with each +effective parry. Finally Zad, realizing that he was tiring more than I, +evidently decided to close in and end the battle in a final blaze of +glory for himself; just as he rushed me a blinding flash of light +struck full in my eyes, so that I could not see his approach and could +only leap blindly to one side in an effort to escape the mighty blade +that it seemed I could already feel in my vitals. I was only partially +successful, as a sharp pain in my left shoulder attested, but in the +sweep of my glance as I sought to again locate my adversary, a sight +met my astonished gaze which paid me well for the wound the temporary +blindness had caused me. There, upon Dejah Thoris’ chariot stood three +figures, for the purpose evidently of witnessing the encounter above +the heads of the intervening Tharks. There were Dejah Thoris, Sola, and +Sarkoja, and as my fleeting glance swept over them a little tableau was +presented which will stand graven in my memory to the day of my death. + +As I looked, Dejah Thoris turned upon Sarkoja with the fury of a young +tigress and struck something from her upraised hand; something which +flashed in the sunlight as it spun to the ground. Then I knew what had +blinded me at that crucial moment of the fight, and how Sarkoja had +found a way to kill me without herself delivering the final thrust. +Another thing I saw, too, which almost lost my life for me then and +there, for it took my mind for the fraction of an instant entirely from +my antagonist; for, as Dejah Thoris struck the tiny mirror from her +hand, Sarkoja, her face livid with hatred and baffled rage, whipped out +her dagger and aimed a terrific blow at Dejah Thoris; and then Sola, +our dear and faithful Sola, sprang between them; the last I saw was the +great knife descending upon her shielding breast. + +My enemy had recovered from his thrust and was making it extremely +interesting for me, so I reluctantly gave my attention to the work in +hand, but my mind was not upon the battle. + +We rushed each other furiously time after time, ’til suddenly, feeling +the sharp point of his sword at my breast in a thrust I could neither +parry nor escape, I threw myself upon him with outstretched sword and +with all the weight of my body, determined that I would not die alone +if I could prevent it. I felt the steel tear into my chest, all went +black before me, my head whirled in dizziness, and I felt my knees +giving beneath me. + + + + +CHAPTER XV +SOLA TELLS ME HER STORY + + +When consciousness returned, and, as I soon learned, I was down but a +moment, I sprang quickly to my feet searching for my sword, and there I +found it, buried to the hilt in the green breast of Zad, who lay stone +dead upon the ochre moss of the ancient sea bottom. As I regained my +full senses I found his weapon piercing my left breast, but only +through the flesh and muscles which cover my ribs, entering near the +center of my chest and coming out below the shoulder. As I had lunged I +had turned so that his sword merely passed beneath the muscles, +inflicting a painful but not dangerous wound. + +Removing the blade from my body I also regained my own, and turning my +back upon his ugly carcass, I moved, sick, sore, and disgusted, toward +the chariots which bore my retinue and my belongings. A murmur of +Martian applause greeted me, but I cared not for it. + +Bleeding and weak I reached my women, who, accustomed to such +happenings, dressed my wounds, applying the wonderful healing and +remedial agents which make only the most instantaneous of death blows +fatal. Give a Martian woman a chance and death must take a back seat. +They soon had me patched up so that, except for weakness from loss of +blood and a little soreness around the wound, I suffered no great +distress from this thrust which, under earthly treatment, undoubtedly +would have put me flat on my back for days. + +As soon as they were through with me I hastened to the chariot of Dejah +Thoris, where I found my poor Sola with her chest swathed in bandages, +but apparently little the worse for her encounter with Sarkoja, whose +dagger it seemed had struck the edge of one of Sola’s metal breast +ornaments and, thus deflected, had inflicted but a slight flesh wound. + +As I approached I found Dejah Thoris lying prone upon her silks and +furs, her lithe form wracked with sobs. She did not notice my presence, +nor did she hear me speaking with Sola, who was standing a short +distance from the vehicle. + +“Is she injured” I asked of Sola, indicating Dejah Thoris by an +inclination of my head. + +“No,” she answered, “she thinks that you are dead.” + +“And that her grandmother’s cat may now have no one to polish its +teeth” I queried, smiling. + +“I think you wrong her, John Carter,” said Sola. “I do not understand +either her ways or yours, but I am sure the granddaughter of ten +thousand jeddaks would never grieve like this over any who held but the +highest claim upon her affections. They are a proud race, but they are +just, as are all Barsoomians, and you must have hurt or wronged her +grievously that she will not admit your existence living, though she +mourns you dead. + +“Tears are a strange sight upon Barsoom,” she continued, “and so it is +difficult for me to interpret them. I have seen but two people weep in +all my life, other than Dejah Thoris; one wept from sorrow, the other +from baffled rage. The first was my mother, years ago before they +killed her; the other was Sarkoja, when they dragged her from me +today.” + +“Your mother!” I exclaimed, “but, Sola, you could not have known your +mother, child.” + +“But I did. And my father also,” she added. “If you would like to hear +the strange and un-Barsoomian story come to the chariot tonight, John +Carter, and I will tell you that of which I have never spoken in all my +life before. And now the signal has been given to resume the march, you +must go.” + +“I will come tonight, Sola,” I promised. “Be sure to tell Dejah Thoris +I am alive and well. I shall not force myself upon her, and be sure +that you do not let her know I saw her tears. If she would speak with +me I but await her command.” + +Sola mounted the chariot, which was swinging into its place in line, +and I hastened to my waiting thoat and galloped to my station beside +Tars Tarkas at the rear of the column. + +We made a most imposing and awe-inspiring spectacle as we strung out +across the yellow landscape; the two hundred and fifty ornate and +brightly colored chariots, preceded by an advance guard of some two +hundred mounted warriors and chieftains riding five abreast and one +hundred yards apart, and followed by a like number in the same +formation, with a score or more of flankers on either side; the fifty +extra mastodons, or heavy draught animals, known as zitidars, and the +five or six hundred extra thoats of the warriors running loose within +the hollow square formed by the surrounding warriors. The gleaming +metal and jewels of the gorgeous ornaments of the men and women, +duplicated in the trappings of the zitidars and thoats, and +interspersed with the flashing colors of magnificent silks and furs and +feathers, lent a barbaric splendor to the caravan which would have +turned an East Indian potentate green with envy. + +The enormous broad tires of the chariots and the padded feet of the +animals brought forth no sound from the moss-covered sea bottom; and so +we moved in utter silence, like some huge phantasmagoria, except when +the stillness was broken by the guttural growling of a goaded zitidar, +or the squealing of fighting thoats. The green Martians converse but +little, and then usually in monosyllables, low and like the faint +rumbling of distant thunder. + +We traversed a trackless waste of moss which, bending to the pressure +of broad tire or padded foot, rose up again behind us, leaving no sign +that we had passed. We might indeed have been the wraiths of the +departed dead upon the dead sea of that dying planet for all the sound +or sign we made in passing. It was the first march of a large body of +men and animals I had ever witnessed which raised no dust and left no +spoor; for there is no dust upon Mars except in the cultivated +districts during the winter months, and even then the absence of high +winds renders it almost unnoticeable. + +We camped that night at the foot of the hills we had been approaching +for two days and which marked the southern boundary of this particular +sea. Our animals had been two days without drink, nor had they had +water for nearly two months, not since shortly after leaving Thark; +but, as Tars Tarkas explained to me, they require but little and can +live almost indefinitely upon the moss which covers Barsoom, and which, +he told me, holds in its tiny stems sufficient moisture to meet the +limited demands of the animals. + +After partaking of my evening meal of cheese-like food and vegetable +milk I sought out Sola, whom I found working by the light of a torch +upon some of Tars Tarkas’ trappings. She looked up at my approach, her +face lighting with pleasure and with welcome. + +“I am glad you came,” she said; “Dejah Thoris sleeps and I am lonely. +Mine own people do not care for me, John Carter; I am too unlike them. +It is a sad fate, since I must live my life amongst them, and I often +wish that I were a true green Martian woman, without love and without +hope; but I have known love and so I am lost. + +“I promised to tell you my story, or rather the story of my parents. +From what I have learned of you and the ways of your people I am sure +that the tale will not seem strange to you, but among green Martians it +has no parallel within the memory of the oldest living Thark, nor do +our legends hold many similar tales. + +“My mother was rather small, in fact too small to be allowed the +responsibilities of maternity, as our chieftains breed principally for +size. She was also less cold and cruel than most green Martian women, +and caring little for their society, she often roamed the deserted +avenues of Thark alone, or went and sat among the wild flowers that +deck the nearby hills, thinking thoughts and wishing wishes which I +believe I alone among Tharkian women today may understand, for am I not +the child of my mother + +“And there among the hills she met a young warrior, whose duty it was +to guard the feeding zitidars and thoats and see that they roamed not +beyond the hills. They spoke at first only of such things as interest a +community of Tharks, but gradually, as they came to meet more often, +and, as was now quite evident to both, no longer by chance, they talked +about themselves, their likes, their ambitions and their hopes. She +trusted him and told him of the awful repugnance she felt for the +cruelties of their kind, for the hideous, loveless lives they must ever +lead, and then she waited for the storm of denunciation to break from +his cold, hard lips; but instead he took her in his arms and kissed +her. + +“They kept their love a secret for six long years. She, my mother, was +of the retinue of the great Tal Hajus, while her lover was a simple +warrior, wearing only his own metal. Had their defection from the +traditions of the Tharks been discovered both would have paid the +penalty in the great arena before Tal Hajus and the assembled hordes. + +“The egg from which I came was hidden beneath a great glass vessel upon +the highest and most inaccessible of the partially ruined towers of +ancient Thark. Once each year my mother visited it for the five long +years it lay there in the process of incubation. She dared not come +oftener, for in the mighty guilt of her conscience she feared that her +every move was watched. During this period my father gained great +distinction as a warrior and had taken the metal from several +chieftains. His love for my mother had never diminished, and his own +ambition in life was to reach a point where he might wrest the metal +from Tal Hajus himself, and thus, as ruler of the Tharks, be free to +claim her as his own, as well as, by the might of his power, protect +the child which otherwise would be quickly dispatched should the truth +become known. + +“It was a wild dream, that of wresting the metal from Tal Hajus in five +short years, but his advance was rapid, and he soon stood high in the +councils of Thark. But one day the chance was lost forever, in so far +as it could come in time to save his loved ones, for he was ordered +away upon a long expedition to the ice-clad south, to make war upon the +natives there and despoil them of their furs, for such is the manner of +the green Barsoomian; he does not labor for what he can wrest in battle +from others. + +“He was gone for four years, and when he returned all had been over for +three; for about a year after his departure, and shortly before the +time for the return of an expedition which had gone forth to fetch the +fruits of a community incubator, the egg had hatched. Thereafter my +mother continued to keep me in the old tower, visiting me nightly and +lavishing upon me the love the community life would have robbed us both +of. She hoped, upon the return of the expedition from the incubator, to +mix me with the other young assigned to the quarters of Tal Hajus, and +thus escape the fate which would surely follow discovery of her sin +against the ancient traditions of the green men. + +“She taught me rapidly the language and customs of my kind, and one +night she told me the story I have told to you up to this point, +impressing upon me the necessity for absolute secrecy and the great +caution I must exercise after she had placed me with the other young +Tharks to permit no one to guess that I was further advanced in +education than they, nor by any sign to divulge in the presence of +others my affection for her, or my knowledge of my parentage; and then +drawing me close to her she whispered in my ear the name of my father. + +“And then a light flashed out upon the darkness of the tower chamber, +and there stood Sarkoja, her gleaming, baleful eyes fixed in a frenzy +of loathing and contempt upon my mother. The torrent of hatred and +abuse she poured out upon her turned my young heart cold in terror. +That she had heard the entire story was apparent, and that she had +suspected something wrong from my mother’s long nightly absences from +her quarters accounted for her presence there on that fateful night. + +“One thing she had not heard, nor did she know, the whispered name of +my father. This was apparent from her repeated demands upon my mother +to disclose the name of her partner in sin, but no amount of abuse or +threats could wring this from her, and to save me from needless torture +she lied, for she told Sarkoja that she alone knew nor would she ever +tell her child. + +“With final imprecations, Sarkoja hastened away to Tal Hajus to report +her discovery, and while she was gone my mother, wrapping me in the +silks and furs of her night coverings, so that I was scarcely +noticeable, descended to the streets and ran wildly away toward the +outskirts of the city, in the direction which led to the far south, out +toward the man whose protection she might not claim, but on whose face +she wished to look once more before she died. + +“As we neared the city’s southern extremity a sound came to us from +across the mossy flat, from the direction of the only pass through the +hills which led to the gates, the pass by which caravans from either +north or south or east or west would enter the city. The sounds we +heard were the squealing of thoats and the grumbling of zitidars, with +the occasional clank of arms which announced the approach of a body of +warriors. The thought uppermost in her mind was that it was my father +returned from his expedition, but the cunning of the Thark held her +from headlong and precipitate flight to greet him. + +“Retreating into the shadows of a doorway she awaited the coming of the +cavalcade which shortly entered the avenue, breaking its formation and +thronging the thoroughfare from wall to wall. As the head of the +procession passed us the lesser moon swung clear of the overhanging +roofs and lit up the scene with all the brilliancy of her wondrous +light. My mother shrank further back into the friendly shadows, and +from her hiding place saw that the expedition was not that of my +father, but the returning caravan bearing the young Tharks. Instantly +her plan was formed, and as a great chariot swung close to our hiding +place she slipped stealthily in upon the trailing tailboard, crouching +low in the shadow of the high side, straining me to her bosom in a +frenzy of love. + +“She knew, what I did not, that never again after that night would she +hold me to her breast, nor was it likely we would ever look upon each +other’s face again. In the confusion of the plaza she mixed me with the +other children, whose guardians during the journey were now free to +relinquish their responsibility. We were herded together into a great +room, fed by women who had not accompanied the expedition, and the next +day we were parceled out among the retinues of the chieftains. + +“I never saw my mother after that night. She was imprisoned by Tal +Hajus, and every effort, including the most horrible and shameful +torture, was brought to bear upon her to wring from her lips the name +of my father; but she remained steadfast and loyal, dying at last +amidst the laughter of Tal Hajus and his chieftains during some awful +torture she was undergoing. + +“I learned afterwards that she told them that she had killed me to save +me from a like fate at their hands, and that she had thrown my body to +the white apes. Sarkoja alone disbelieved her, and I feel to this day +that she suspects my true origin, but does not dare expose me, at the +present, at all events, because she also guesses, I am sure, the +identity of my father. + +“When he returned from his expedition and learned the story of my +mother’s fate I was present as Tal Hajus told him; but never by the +quiver of a muscle did he betray the slightest emotion; only he did not +laugh as Tal Hajus gleefully described her death struggles. From that +moment on he was the cruelest of the cruel, and I am awaiting the day +when he shall win the goal of his ambition, and feel the carcass of Tal +Hajus beneath his foot, for I am as sure that he but waits the +opportunity to wreak a terrible vengeance, and that his great love is +as strong in his breast as when it first transfigured him nearly forty +years ago, as I am that we sit here upon the edge of a world-old ocean +while sensible people sleep, John Carter.” + +“And your father, Sola, is he with us now” I asked. + +“Yes,” she replied, “but he does not know me for what I am, nor does he +know who betrayed my mother to Tal Hajus. I alone know my father’s +name, and only I and Tal Hajus and Sarkoja know that it was she who +carried the tale that brought death and torture upon her he loved.” + +We sat silent for a few moments, she wrapped in the gloomy thoughts of +her terrible past, and I in pity for the poor creatures whom the +heartless, senseless customs of their race had doomed to loveless lives +of cruelty and of hate. Presently she spoke. + +“John Carter, if ever a real man walked the cold, dead bosom of Barsoom +you are one. I know that I can trust you, and because the knowledge may +someday help you or him or Dejah Thoris or myself, I am going to tell +you the name of my father, nor place any restrictions or conditions +upon your tongue. When the time comes, speak the truth if it seems best +to you. I trust you because I know that you are not cursed with the +terrible trait of absolute and unswerving truthfulness, that you could +lie like one of your own Virginia gentlemen if a lie would save others +from sorrow or suffering. My father’s name is Tars Tarkas.” + + + + +CHAPTER XVI +WE PLAN ESCAPE + + +The remainder of our journey to Thark was uneventful. We were twenty +days upon the road, crossing two sea bottoms and passing through or +around a number of ruined cities, mostly smaller than Korad. Twice we +crossed the famous Martian waterways, or canals, so-called by our +earthly astronomers. When we approached these points a warrior would be +sent far ahead with a powerful field glass, and if no great body of red +Martian troops was in sight we would advance as close as possible +without chance of being seen and then camp until dark, when we would +slowly approach the cultivated tract, and, locating one of the +numerous, broad highways which cross these areas at regular intervals, +creep silently and stealthily across to the arid lands upon the other +side. It required five hours to make one of these crossings without a +single halt, and the other consumed the entire night, so that we were +just leaving the confines of the high-walled fields when the sun broke +out upon us. + +Crossing in the darkness, as we did, I was unable to see but little, +except as the nearer moon, in her wild and ceaseless hurtling through +the Barsoomian heavens, lit up little patches of the landscape from +time to time, disclosing walled fields and low, rambling buildings, +presenting much the appearance of earthly farms. There were many trees, +methodically arranged, and some of them were of enormous height; there +were animals in some of the enclosures, and they announced their +presence by terrified squealings and snortings as they scented our +queer, wild beasts and wilder human beings. + +Only once did I perceive a human being, and that was at the +intersection of our crossroad with the wide, white turnpike which cuts +each cultivated district longitudinally at its exact center. The fellow +must have been sleeping beside the road, for, as I came abreast of him, +he raised upon one elbow and after a single glance at the approaching +caravan leaped shrieking to his feet and fled madly down the road, +scaling a nearby wall with the agility of a scared cat. The Tharks paid +him not the slightest attention; they were not out upon the warpath, +and the only sign that I had that they had seen him was a quickening of +the pace of the caravan as we hastened toward the bordering desert +which marked our entrance into the realm of Tal Hajus. + +Not once did I have speech with Dejah Thoris, as she sent no word to me +that I would be welcome at her chariot, and my foolish pride kept me +from making any advances. I verily believe that a man’s way with women +is in inverse ratio to his prowess among men. The weakling and the +saphead have often great ability to charm the fair sex, while the +fighting man who can face a thousand real dangers unafraid, sits hiding +in the shadows like some frightened child. + +Just thirty days after my advent upon Barsoom we entered the ancient +city of Thark, from whose long-forgotten people this horde of green men +have stolen even their name. The hordes of Thark number some thirty +thousand souls, and are divided into twenty-five communities. Each +community has its own jed and lesser chieftains, but all are under the +rule of Tal Hajus, Jeddak of Thark. Five communities make their +headquarters at the city of Thark, and the balance are scattered among +other deserted cities of ancient Mars throughout the district claimed +by Tal Hajus. + +We made our entry into the great central plaza early in the afternoon. +There were no enthusiastic friendly greetings for the returned +expedition. Those who chanced to be in sight spoke the names of +warriors or women with whom they came in direct contact, in the formal +greeting of their kind, but when it was discovered that they brought +two captives a greater interest was aroused, and Dejah Thoris and I +were the centers of inquiring groups. + +We were soon assigned to new quarters, and the balance of the day was +devoted to settling ourselves to the changed conditions. My home now +was upon an avenue leading into the plaza from the south, the main +artery down which we had marched from the gates of the city. I was at +the far end of the square and had an entire building to myself. The +same grandeur of architecture which was so noticeable a characteristic +of Korad was in evidence here, only, if that were possible, on a larger +and richer scale. My quarters would have been suitable for housing the +greatest of earthly emperors, but to these queer creatures nothing +about a building appealed to them but its size and the enormity of its +chambers; the larger the building, the more desirable; and so Tal Hajus +occupied what must have been an enormous public building, the largest +in the city, but entirely unfitted for residence purposes; the next +largest was reserved for Lorquas Ptomel, the next for the jed of a +lesser rank, and so on to the bottom of the list of five jeds. The +warriors occupied the buildings with the chieftains to whose retinues +they belonged; or, if they preferred, sought shelter among any of the +thousands of untenanted buildings in their own quarter of town; each +community being assigned a certain section of the city. The selection +of building had to be made in accordance with these divisions, except +in so far as the jeds were concerned, they all occupying edifices which +fronted upon the plaza. + +When I had finally put my house in order, or rather seen that it had +been done, it was nearing sunset, and I hastened out with the intention +of locating Sola and her charges, as I had determined upon having +speech with Dejah Thoris and trying to impress on her the necessity of +our at least patching up a truce until I could find some way of aiding +her to escape. I searched in vain until the upper rim of the great red +sun was just disappearing behind the horizon and then I spied the ugly +head of Woola peering from a second-story window on the opposite side +of the very street where I was quartered, but nearer the plaza. + +Without waiting for a further invitation I bolted up the winding runway +which led to the second floor, and entering a great chamber at the +front of the building was greeted by the frenzied Woola, who threw his +great carcass upon me, nearly hurling me to the floor; the poor old +fellow was so glad to see me that I thought he would devour me, his +head split from ear to ear, showing his three rows of tusks in his +hobgoblin smile. + +Quieting him with a word of command and a caress, I looked hurriedly +through the approaching gloom for a sign of Dejah Thoris, and then, not +seeing her, I called her name. There was an answering murmur from the +far corner of the apartment, and with a couple of quick strides I was +standing beside her where she crouched among the furs and silks upon an +ancient carved wooden seat. As I waited she rose to her full height and +looking me straight in the eye said + +“What would Dotar Sojat, Thark, of Dejah Thoris his captive” + +“Dejah Thoris, I do not know how I have angered you. It was furtherest +from my desire to hurt or offend you, whom I had hoped to protect and +comfort. Have none of me if it is your will, but that you must aid me +in effecting your escape, if such a thing be possible, is not my +request, but my command. When you are safe once more at your father’s +court you may do with me as you please, but from now on until that day +I am your master, and you must obey and aid me.” + +She looked at me long and earnestly and I thought that she was +softening toward me. + +“I understand your words, Dotar Sojat,” she replied, “but you I do not +understand. You are a queer mixture of child and man, of brute and +noble. I only wish that I might read your heart.” + +“Look down at your feet, Dejah Thoris; it lies there now where it has +lain since that other night at Korad, and where it will ever lie +beating alone for you until death stills it forever.” + +She took a little step toward me, her beautiful hands outstretched in a +strange, groping gesture. + +“What do you mean, John Carter” she whispered. “What are you saying to +me” + +“I am saying what I had promised myself that I would not say to you, at +least until you were no longer a captive among the green men; what from +your attitude toward me for the past twenty days I had thought never to +say to you; I am saying, Dejah Thoris, that I am yours, body and soul, +to serve you, to fight for you, and to die for you. Only one thing I +ask of you in return, and that is that you make no sign, either of +condemnation or of approbation of my words until you are safe among +your own people, and that whatever sentiments you harbor toward me they +be not influenced or colored by gratitude; whatever I may do to serve +you will be prompted solely from selfish motives, since it gives me +more pleasure to serve you than not.” + +“I will respect your wishes, John Carter, because I understand the +motives which prompt them, and I accept your service no more willingly +than I bow to your authority; your word shall be my law. I have twice +wronged you in my thoughts and again I ask your forgiveness.” + +Further conversation of a personal nature was prevented by the entrance +of Sola, who was much agitated and wholly unlike her usual calm and +possessed self. + +“That horrible Sarkoja has been before Tal Hajus,” she cried, “and from +what I heard upon the plaza there is little hope for either of you.” + +“What do they say” inquired Dejah Thoris. + +“That you will be thrown to the wild calots [dogs] in the great arena +as soon as the hordes have assembled for the yearly games.” + +“Sola,” I said, “you are a Thark, but you hate and loathe the customs +of your people as much as we do. Will you not accompany us in one +supreme effort to escape I am sure that Dejah Thoris can offer you a +home and protection among her people, and your fate can be no worse +among them than it must ever be here.” + +“Yes,” cried Dejah Thoris, “come with us, Sola, you will be better off +among the red men of Helium than you are here, and I can promise you +not only a home with us, but the love and affection your nature craves +and which must always be denied you by the customs of your own race. +Come with us, Sola; we might go without you, but your fate would be +terrible if they thought you had connived to aid us. I know that even +that fear would not tempt you to interfere in our escape, but we want +you with us, we want you to come to a land of sunshine and happiness, +amongst a people who know the meaning of love, of sympathy, and of +gratitude. Say that you will, Sola; tell me that you will.” + +“The great waterway which leads to Helium is but fifty miles to the +south,” murmured Sola, half to herself; “a swift thoat might make it in +three hours; and then to Helium it is five hundred miles, most of the +way through thinly settled districts. They would know and they would +follow us. We might hide among the great trees for a time, but the +chances are small indeed for escape. They would follow us to the very +gates of Helium, and they would take toll of life at every step; you do +not know them.” + +“Is there no other way we might reach Helium” I asked. “Can you not +draw me a rough map of the country we must traverse, Dejah Thoris” + +“Yes,” she replied, and taking a great diamond from her hair she drew +upon the marble floor the first map of Barsoomian territory I had ever +seen. It was crisscrossed in every direction with long straight lines, +sometimes running parallel and sometimes converging toward some great +circle. The lines, she said, were waterways; the circles, cities; and +one far to the northwest of us she pointed out as Helium. There were +other cities closer, but she said she feared to enter many of them, as +they were not all friendly toward Helium. + + +[Illustration She drew upon the marble floor the first map of +Barsoomian territory I had ever seen.] + + +Finally, after studying the map carefully in the moonlight which now +flooded the room, I pointed out a waterway far to the north of us which +also seemed to lead to Helium. + +“Does not this pierce your grandfather’s territory” I asked. + +“Yes,” she answered, “but it is two hundred miles north of us; it is +one of the waterways we crossed on the trip to Thark.” + +“They would never suspect that we would try for that distant waterway,” +I answered, “and that is why I think that it is the best route for our +escape.” + +Sola agreed with me, and it was decided that we should leave Thark this +same night; just as quickly, in fact, as I could find and saddle my +thoats. Sola was to ride one and Dejah Thoris and I the other; each of +us carrying sufficient food and drink to last us for two days, since +the animals could not be urged too rapidly for so long a distance. + +I directed Sola to proceed with Dejah Thoris along one of the less +frequented avenues to the southern boundary of the city, where I would +overtake them with the thoats as quickly as possible; then, leaving +them to gather what food, silks, and furs we were to need, I slipped +quietly to the rear of the first floor, and entered the courtyard, +where our animals were moving restlessly about, as was their habit, +before settling down for the night. + +In the shadows of the buildings and out beneath the radiance of the +Martian moons moved the great herd of thoats and zitidars, the latter +grunting their low gutturals and the former occasionally emitting the +sharp squeal which denotes the almost habitual state of rage in which +these creatures passed their existence. They were quieter now, owing to +the absence of man, but as they scented me they became more restless +and their hideous noise increased. It was risky business, this entering +a paddock of thoats alone and at night; first, because their increasing +noisiness might warn the nearby warriors that something was amiss, and +also because for the slightest cause, or for no cause at all some great +bull thoat might take it upon himself to lead a charge upon me. + +Having no desire to awaken their nasty tempers upon such a night as +this, where so much depended upon secrecy and dispatch, I hugged the +shadows of the buildings, ready at an instant’s warning to leap into +the safety of a nearby door or window. Thus I moved silently to the +great gates which opened upon the street at the back of the court, and +as I neared the exit I called softly to my two animals. How I thanked +the kind providence which had given me the foresight to win the love +and confidence of these wild dumb brutes, for presently from the far +side of the court I saw two huge bulks forcing their way toward me +through the surging mountains of flesh. + +They came quite close to me, rubbing their muzzles against my body and +nosing for the bits of food it was always my practice to reward them +with. Opening the gates I ordered the two great beasts to pass out, and +then slipping quietly after them I closed the portals behind me. + +I did not saddle or mount the animals there, but instead walked quietly +in the shadows of the buildings toward an unfrequented avenue which led +toward the point I had arranged to meet Dejah Thoris and Sola. With the +noiselessness of disembodied spirits we moved stealthily along the +deserted streets, but not until we were within sight of the plain +beyond the city did I commence to breathe freely. I was sure that Sola +and Dejah Thoris would find no difficulty in reaching our rendezvous +undetected, but with my great thoats I was not so sure for myself, as +it was quite unusual for warriors to leave the city after dark; in fact +there was no place for them to go within any but a long ride. + +I reached the appointed meeting place safely, but as Dejah Thoris and +Sola were not there I led my animals into the entrance hall of one of +the large buildings. Presuming that one of the other women of the same +household may have come in to speak to Sola, and so delayed their +departure, I did not feel any undue apprehension until nearly an hour +had passed without a sign of them, and by the time another half hour +had crawled away I was becoming filled with grave anxiety. Then there +broke upon the stillness of the night the sound of an approaching +party, which, from the noise, I knew could be no fugitives creeping +stealthily toward liberty. Soon the party was near me, and from the +black shadows of my entranceway I perceived a score of mounted +warriors, who, in passing, dropped a dozen words that fetched my heart +clean into the top of my head. + +“He would likely have arranged to meet them just without the city, and +so—” I heard no more, they had passed on; but it was enough. Our plan +had been discovered, and the chances for escape from now on to the +fearful end would be small indeed. My one hope now was to return +undetected to the quarters of Dejah Thoris and learn what fate had +overtaken her, but how to do it with these great monstrous thoats upon +my hands, now that the city probably was aroused by the knowledge of my +escape was a problem of no mean proportions. + +Suddenly an idea occurred to me, and acting on my knowledge of the +construction of the buildings of these ancient Martian cities with a +hollow court within the center of each square, I groped my way blindly +through the dark chambers, calling the great thoats after me. They had +difficulty in negotiating some of the doorways, but as the buildings +fronting the city’s principal exposures were all designed upon a +magnificent scale, they were able to wriggle through without sticking +fast; and thus we finally made the inner court where I found, as I had +expected, the usual carpet of moss-like vegetation which would provide +their food and drink until I could return them to their own enclosure. +That they would be as quiet and contented here as elsewhere I was +confident, nor was there but the remotest possibility that they would +be discovered, as the green men had no great desire to enter these +outlying buildings, which were frequented by the only thing, I believe, +which caused them the sensation of fear—the great white apes of +Barsoom. + +Removing the saddle trappings, I hid them just within the rear doorway +of the building through which we had entered the court, and, turning +the beasts loose, quickly made my way across the court to the rear of +the buildings upon the further side, and thence to the avenue beyond. +Waiting in the doorway of the building until I was assured that no one +was approaching, I hurried across to the opposite side and through the +first doorway to the court beyond; thus, crossing through court after +court with only the slight chance of detection which the necessary +crossing of the avenues entailed, I made my way in safety to the +courtyard in the rear of Dejah Thoris’ quarters. + +Here, of course, I found the beasts of the warriors who quartered in +the adjacent buildings, and the warriors themselves I might expect to +meet within if I entered; but, fortunately for me, I had another and +safer method of reaching the upper story where Dejah Thoris should be +found, and, after first determining as nearly as possible which of the +buildings she occupied, for I had never observed them before from the +court side, I took advantage of my relatively great strength and +agility and sprang upward until I grasped the sill of a second-story +window which I thought to be in the rear of her apartment. Drawing +myself inside the room I moved stealthily toward the front of the +building, and not until I had quite reached the doorway of her room was +I made aware by voices that it was occupied. + +I did not rush headlong in, but listened without to assure myself that +it was Dejah Thoris and that it was safe to venture within. It was well +indeed that I took this precaution, for the conversation I heard was in +the low gutturals of men, and the words which finally came to me proved +a most timely warning. The speaker was a chieftain and he was giving +orders to four of his warriors. + +“And when he returns to this chamber,” he was saying, “as he surely +will when he finds she does not meet him at the city’s edge, you four +are to spring upon him and disarm him. It will require the combined +strength of all of you to do it if the reports they bring back from +Korad are correct. When you have him fast bound bear him to the vaults +beneath the jeddak’s quarters and chain him securely where he may be +found when Tal Hajus wishes him. Allow him to speak with none, nor +permit any other to enter this apartment before he comes. There will be +no danger of the girl returning, for by this time she is safe in the +arms of Tal Hajus, and may all her ancestors have pity upon her, for +Tal Hajus will have none; the great Sarkoja has done a noble night’s +work. I go, and if you fail to capture him when he comes, I commend +your carcasses to the cold bosom of Iss.” + + + + +CHAPTER XVII +A COSTLY RECAPTURE + + +As the speaker ceased he turned to leave the apartment by the door +where I was standing, but I needed to wait no longer; I had heard +enough to fill my soul with dread, and stealing quietly away I returned +to the courtyard by the way I had come. My plan of action was formed +upon the instant, and crossing the square and the bordering avenue upon +the opposite side I soon stood within the courtyard of Tal Hajus. + +The brilliantly lighted apartments of the first floor told me where +first to seek, and advancing to the windows I peered within. I soon +discovered that my approach was not to be the easy thing I had hoped, +for the rear rooms bordering the court were filled with warriors and +women. I then glanced up at the stories above, discovering that the +third was apparently unlighted, and so decided to make my entrance to +the building from that point. It was the work of but a moment for me to +reach the windows above, and soon I had drawn myself within the +sheltering shadows of the unlighted third floor. + +Fortunately the room I had selected was untenanted, and creeping +noiselessly to the corridor beyond I discovered a light in the +apartments ahead of me. Reaching what appeared to be a doorway I +discovered that it was but an opening upon an immense inner chamber +which towered from the first floor, two stories below me, to the +dome-like roof of the building, high above my head. The floor of this +great circular hall was thronged with chieftains, warriors and women, +and at one end was a great raised platform upon which squatted the most +hideous beast I had ever put my eyes upon. He had all the cold, hard, +cruel, terrible features of the green warriors, but accentuated and +debased by the animal passions to which he had given himself over for +many years. There was not a mark of dignity or pride upon his bestial +countenance, while his enormous bulk spread itself out upon the +platform where he squatted like some huge devil fish, his six limbs +accentuating the similarity in a horrible and startling manner. + +But the sight that froze me with apprehension was that of Dejah Thoris +and Sola standing there before him, and the fiendish leer of him as he +let his great protruding eyes gloat upon the lines of her beautiful +figure. She was speaking, but I could not hear what she said, nor could +I make out the low grumbling of his reply. She stood there erect before +him, her head high held, and even at the distance I was from them I +could read the scorn and disgust upon her face as she let her haughty +glance rest without sign of fear upon him. She was indeed the proud +daughter of a thousand jeddaks, every inch of her dear, precious little +body; so small, so frail beside the towering warriors around her, but +in her majesty dwarfing them into insignificance; she was the mightiest +figure among them and I verily believe that they felt it. + +Presently Tal Hajus made a sign that the chamber be cleared, and that +the prisoners be left alone before him. Slowly the chieftains, the +warriors and the women melted away into the shadows of the surrounding +chambers, and Dejah Thoris and Sola stood alone before the jeddak of +the Tharks. + +One chieftain alone had hesitated before departing; I saw him standing +in the shadows of a mighty column, his fingers nervously toying with +the hilt of his great-sword and his cruel eyes bent in implacable +hatred upon Tal Hajus. It was Tars Tarkas, and I could read his +thoughts as they were an open book for the undisguised loathing upon +his face. He was thinking of that other woman who, forty years ago, had +stood before this beast, and could I have spoken a word into his ear at +that moment the reign of Tal Hajus would have been over; but finally he +also strode from the room, not knowing that he left his own daughter at +the mercy of the creature he most loathed. + +Tal Hajus arose, and I, half fearing, half anticipating his intentions, +hurried to the winding runway which led to the floors below. No one was +near to intercept me, and I reached the main floor of the chamber +unobserved, taking my station in the shadow of the same column that +Tars Tarkas had but just deserted. As I reached the floor Tal Hajus was +speaking. + +“Princess of Helium, I might wring a mighty ransom from your people +would I but return you to them unharmed, but a thousand times rather +would I watch that beautiful face writhe in the agony of torture; it +shall be long drawn out, that I promise you; ten days of pleasure were +all too short to show the love I harbor for your race. The terrors of +your death shall haunt the slumbers of the red men through all the ages +to come; they will shudder in the shadows of the night as their fathers +tell them of the awful vengeance of the green men; of the power and +might and hate and cruelty of Tal Hajus. But before the torture you +shall be mine for one short hour, and word of that too shall go forth +to Tardos Mors, Jeddak of Helium, your grandfather, that he may grovel +upon the ground in the agony of his sorrow. Tomorrow the torture will +commence; tonight thou art Tal Hajus’; come!” + +He sprang down from the platform and grasped her roughly by the arm, +but scarcely had he touched her than I leaped between them. My +short-sword, sharp and gleaming was in my right hand; I could have +plunged it into his putrid heart before he realized that I was upon +him; but as I raised my arm to strike I thought of Tars Tarkas, and, +with all my rage, with all my hatred, I could not rob him of that sweet +moment for which he had lived and hoped all these long, weary years, +and so, instead, I swung my good right fist full upon the point of his +jaw. Without a sound he slipped to the floor as one dead. + +In the same deathly silence I grasped Dejah Thoris by the hand, and +motioning Sola to follow we sped noiselessly from the chamber and to +the floor above. Unseen we reached a rear window and with the straps +and leather of my trappings I lowered, first Sola and then Dejah Thoris +to the ground below. Dropping lightly after them I drew them rapidly +around the court in the shadows of the buildings, and thus we returned +over the same course I had so recently followed from the distant +boundary of the city. + +We finally came upon my thoats in the courtyard where I had left them, +and placing the trappings upon them we hastened through the building to +the avenue beyond. Mounting, Sola upon one beast, and Dejah Thoris +behind me upon the other, we rode from the city of Thark through the +hills to the south. + +Instead of circling back around the city to the northwest and toward +the nearest waterway which lay so short a distance from us, we turned +to the northeast and struck out upon the mossy waste across which, for +two hundred dangerous and weary miles, lay another main artery leading +to Helium. + +No word was spoken until we had left the city far behind, but I could +hear the quiet sobbing of Dejah Thoris as she clung to me with her dear +head resting against my shoulder. + +“If we make it, my chieftain, the debt of Helium will be a mighty one; +greater than she can ever pay you; and should we not make it,” she +continued, “the debt is no less, though Helium will never know, for you +have saved the last of our line from worse than death.” + +I did not answer, but instead reached to my side and pressed the little +fingers of her I loved where they clung to me for support, and then, in +unbroken silence, we sped over the yellow, moonlit moss; each of us +occupied with his own thoughts. For my part I could not be other than +joyful had I tried, with Dejah Thoris’ warm body pressed close to mine, +and with all our unpassed danger my heart was singing as gaily as +though we were already entering the gates of Helium. + +Our earlier plans had been so sadly upset that we now found ourselves +without food or drink, and I alone was armed. We therefore urged our +beasts to a speed that must tell on them sorely before we could hope to +sight the ending of the first stage of our journey. + +We rode all night and all the following day with only a few short +rests. On the second night both we and our animals were completely +fagged, and so we lay down upon the moss and slept for some five or six +hours, taking up the journey once more before daylight. All the +following day we rode, and when, late in the afternoon we had sighted +no distant trees, the mark of the great waterways throughout all +Barsoom, the terrible truth flashed upon us—we were lost. + +Evidently we had circled, but which way it was difficult to say, nor +did it seem possible with the sun to guide us by day and the moons and +stars by night. At any rate no waterway was in sight, and the entire +party was almost ready to drop from hunger, thirst and fatigue. Far +ahead of us and a trifle to the right we could distinguish the outlines +of low mountains. These we decided to attempt to reach in the hope that +from some ridge we might discern the missing waterway. Night fell upon +us before we reached our goal, and, almost fainting from weariness and +weakness, we lay down and slept. + +I was awakened early in the morning by some huge body pressing close to +mine, and opening my eyes with a start I beheld my blessed old Woola +snuggling close to me; the faithful brute had followed us across that +trackless waste to share our fate, whatever it might be. Putting my +arms about his neck I pressed my cheek close to his, nor am I ashamed +that I did it, nor of the tears that came to my eyes as I thought of +his love for me. Shortly after this Dejah Thoris and Sola awakened, and +it was decided that we push on at once in an effort to gain the hills. + +We had gone scarcely a mile when I noticed that my thoat was commencing +to stumble and stagger in a most pitiful manner, although we had not +attempted to force them out of a walk since about noon of the preceding +day. Suddenly he lurched wildly to one side and pitched violently to +the ground. Dejah Thoris and I were thrown clear of him and fell upon +the soft moss with scarcely a jar; but the poor beast was in a pitiable +condition, not even being able to rise, although relieved of our +weight. Sola told me that the coolness of the night, when it fell, +together with the rest would doubtless revive him, and so I decided not +to kill him, as was my first intention, as I had thought it cruel to +leave him alone there to die of hunger and thirst. Relieving him of his +trappings, which I flung down beside him, we left the poor fellow to +his fate, and pushed on with the one thoat as best we could. Sola and I +walked, making Dejah Thoris ride, much against her will. In this way we +had progressed to within about a mile of the hills we were endeavoring +to reach when Dejah Thoris, from her point of vantage upon the thoat, +cried out that she saw a great party of mounted men filing down from a +pass in the hills several miles away. Sola and I both looked in the +direction she indicated, and there, plainly discernible, were several +hundred mounted warriors. They seemed to be headed in a southwesterly +direction, which would take them away from us. + +They doubtless were Thark warriors who had been sent out to capture us, +and we breathed a great sigh of relief that they were traveling in the +opposite direction. Quickly lifting Dejah Thoris from the thoat, I +commanded the animal to lie down and we three did the same, presenting +as small an object as possible for fear of attracting the attention of +the warriors toward us. + +We could see them as they filed out of the pass, just for an instant, +before they were lost to view behind a friendly ridge; to us a most +providential ridge; since, had they been in view for any great length +of time, they scarcely could have failed to discover us. As what proved +to be the last warrior came into view from the pass, he halted and, to +our consternation, threw his small but powerful fieldglass to his eye +and scanned the sea bottom in all directions. Evidently he was a +chieftain, for in certain marching formations among the green men a +chieftain brings up the extreme rear of the column. As his glass swung +toward us our hearts stopped in our breasts, and I could feel the cold +sweat start from every pore in my body. + +Presently it swung full upon us and—stopped. The tension on our nerves +was near the breaking point, and I doubt if any of us breathed for the +few moments he held us covered by his glass; and then he lowered it and +we could see him shout a command to the warriors who had passed from +our sight behind the ridge. He did not wait for them to join him, +however, instead he wheeled his thoat and came tearing madly in our +direction. + +There was but one slight chance and that we must take quickly. Raising +my strange Martian rifle to my shoulder I sighted and touched the +button which controlled the trigger; there was a sharp explosion as the +missile reached its goal, and the charging chieftain pitched backward +from his flying mount. + +Springing to my feet I urged the thoat to rise, and directed Sola to +take Dejah Thoris with her upon him and make a mighty effort to reach +the hills before the green warriors were upon us. I knew that in the +ravines and gullies they might find a temporary hiding place, and even +though they died there of hunger and thirst it would be better so than +that they fell into the hands of the Tharks. Forcing my two revolvers +upon them as a slight means of protection, and, as a last resort, as an +escape for themselves from the horrid death which recapture would +surely mean, I lifted Dejah Thoris in my arms and placed her upon the +thoat behind Sola, who had already mounted at my command. + +“Good-bye, my princess,” I whispered, “we may meet in Helium yet. I +have escaped from worse plights than this,” and I tried to smile as I +lied. + +“What,” she cried, “are you not coming with us” + +“How may I, Dejah Thoris Someone must hold these fellows off for a +while, and I can better escape them alone than could the three of us +together.” + +She sprang quickly from the thoat and, throwing her dear arms about my +neck, turned to Sola, saying with quiet dignity “Fly, Sola! Dejah +Thoris remains to die with the man she loves.” + +Those words are engraved upon my heart. Ah, gladly would I give up my +life a thousand times could I only hear them once again; but I could +not then give even a second to the rapture of her sweet embrace, and +pressing my lips to hers for the first time, I picked her up bodily and +tossed her to her seat behind Sola again, commanding the latter in +peremptory tones to hold her there by force, and then, slapping the +thoat upon the flank, I saw them borne away; Dejah Thoris struggling to +the last to free herself from Sola’s grasp. + +Turning, I beheld the green warriors mounting the ridge and looking for +their chieftain. In a moment they saw him, and then me; but scarcely +had they discovered me than I commenced firing, lying flat upon my +belly in the moss. I had an even hundred rounds in the magazine of my +rifle, and another hundred in the belt at my back, and I kept up a +continuous stream of fire until I saw all of the warriors who had been +first to return from behind the ridge either dead or scurrying to +cover. + +My respite was short-lived however, for soon the entire party, +numbering some thousand men, came charging into view, racing madly +toward me. I fired until my rifle was empty and they were almost upon +me, and then a glance showing me that Dejah Thoris and Sola had +disappeared among the hills, I sprang up, throwing down my useless gun, +and started away in the direction opposite to that taken by Sola and +her charge. + +If ever Martians had an exhibition of jumping, it was granted those +astonished warriors on that day long years ago, but while it led them +away from Dejah Thoris it did not distract their attention from +endeavoring to capture me. + +They raced wildly after me until, finally, my foot struck a projecting +piece of quartz, and down I went sprawling upon the moss. As I looked +up they were upon me, and although I drew my long-sword in an attempt +to sell my life as dearly as possible, it was soon over. I reeled +beneath their blows which fell upon me in perfect torrents; my head +swam; all was black, and I went down beneath them to oblivion. + + + + +CHAPTER XVIII +CHAINED IN WARHOON + + +It must have been several hours before I regained consciousness and I +well remember the feeling of surprise which swept over me as I realized +that I was not dead. + +I was lying among a pile of sleeping silks and furs in the corner of a +small room in which were several green warriors, and bending over me +was an ancient and ugly female. + +As I opened my eyes she turned to one of the warriors, saying, + +“He will live, O Jed.” + +“’Tis well,” replied the one so addressed, rising and approaching my +couch, “he should render rare sport for the great games.” + +And now as my eyes fell upon him, I saw that he was no Thark, for his +ornaments and metal were not of that horde. He was a huge fellow, +terribly scarred about the face and chest, and with one broken tusk and +a missing ear. Strapped on either breast were human skulls and +depending from these a number of dried human hands. + +His reference to the great games of which I had heard so much while +among the Tharks convinced me that I had but jumped from purgatory into +gehenna. + +After a few more words with the female, during which she assured him +that I was now fully fit to travel, the jed ordered that we mount and +ride after the main column. + +I was strapped securely to as wild and unmanageable a thoat as I had +ever seen, and, with a mounted warrior on either side to prevent the +beast from bolting, we rode forth at a furious pace in pursuit of the +column. My wounds gave me but little pain, so wonderfully and rapidly +had the applications and injections of the female exercised their +therapeutic powers, and so deftly had she bound and plastered the +injuries. + +Just before dark we reached the main body of troops shortly after they +had made camp for the night. I was immediately taken before the leader, +who proved to be the jeddak of the hordes of Warhoon. + +Like the jed who had brought me, he was frightfully scarred, and also +decorated with the breastplate of human skulls and dried dead hands +which seemed to mark all the greater warriors among the Warhoons, as +well as to indicate their awful ferocity, which greatly transcends even +that of the Tharks. + +The jeddak, Bar Comas, who was comparatively young, was the object of +the fierce and jealous hatred of his old lieutenant, Dak Kova, the jed +who had captured me, and I could not but note the almost studied +efforts which the latter made to affront his superior. + +He entirely omitted the usual formal salutation as we entered the +presence of the jeddak, and as he pushed me roughly before the ruler he +exclaimed in a loud and menacing voice. + +“I have brought a strange creature wearing the metal of a Thark whom it +is my pleasure to have battle with a wild thoat at the great games.” + +“He will die as Bar Comas, your jeddak, sees fit, if at all,” replied +the young ruler, with emphasis and dignity. + +“If at all” roared Dak Kova. “By the dead hands at my throat but he +shall die, Bar Comas. No maudlin weakness on your part shall save him. +O, would that Warhoon were ruled by a real jeddak rather than by a +water-hearted weakling from whom even old Dak Kova could tear the metal +with his bare hands!” + +Bar Comas eyed the defiant and insubordinate chieftain for an instant, +his expression one of haughty, fearless contempt and hate, and then +without drawing a weapon and without uttering a word he hurled himself +at the throat of his defamer. + +I never before had seen two green Martian warriors battle with nature’s +weapons and the exhibition of animal ferocity which ensued was as +fearful a thing as the most disordered imagination could picture. They +tore at each others’ eyes and ears with their hands and with their +gleaming tusks repeatedly slashed and gored until both were cut fairly +to ribbons from head to foot. + +Bar Comas had much the better of the battle as he was stronger, quicker +and more intelligent. It soon seemed that the encounter was done saving +only the final death thrust when Bar Comas slipped in breaking away +from a clinch. It was the one little opening that Dak Kova needed, and +hurling himself at the body of his adversary he buried his single +mighty tusk in Bar Comas’ groin and with a last powerful effort ripped +the young jeddak wide open the full length of his body, the great tusk +finally wedging in the bones of Bar Comas’ jaw. Victor and vanquished +rolled limp and lifeless upon the moss, a huge mass of torn and bloody +flesh. + +Bar Comas was stone dead, and only the most herculean efforts on the +part of Dak Kova’s females saved him from the fate he deserved. Three +days later he walked without assistance to the body of Bar Comas which, +by custom, had not been moved from where it fell, and placing his foot +upon the neck of his erstwhile ruler he assumed the title of Jeddak of +Warhoon. + +The dead jeddak’s hands and head were removed to be added to the +ornaments of his conqueror, and then his women cremated what remained, +amid wild and terrible laughter. + +The injuries to Dak Kova had delayed the march so greatly that it was +decided to give up the expedition, which was a raid upon a small Thark +community in retaliation for the destruction of the incubator, until +after the great games, and the entire body of warriors, ten thousand in +number, turned back toward Warhoon. + +My introduction to these cruel and bloodthirsty people was but an index +to the scenes I witnessed almost daily while with them. They are a +smaller horde than the Tharks but much more ferocious. Not a day passed +but that some members of the various Warhoon communities met in deadly +combat. I have seen as high as eight mortal duels within a single day. + +We reached the city of Warhoon after some three days march and I was +immediately cast into a dungeon and heavily chained to the floor and +walls. Food was brought me at intervals but owing to the utter darkness +of the place I do not know whether I lay there days, or weeks, or +months. It was the most horrible experience of all my life and that my +mind did not give way to the terrors of that inky blackness has been a +wonder to me ever since. The place was filled with creeping, crawling +things; cold, sinuous bodies passed over me when I lay down, and in the +darkness I occasionally caught glimpses of gleaming, fiery eyes, fixed +in horrible intentness upon me. No sound reached me from the world +above and no word would my jailer vouchsafe when my food was brought to +me, although I at first bombarded him with questions. + +Finally all the hatred and maniacal loathing for these awful creatures +who had placed me in this horrible place was centered by my tottering +reason upon this single emissary who represented to me the entire horde +of Warhoons. + +I had noticed that he always advanced with his dim torch to where he +could place the food within my reach and as he stooped to place it upon +the floor his head was about on a level with my breast. So, with the +cunning of a madman, I backed into the far corner of my cell when next +I heard him approaching and gathering a little slack of the great chain +which held me in my hand I waited his coming, crouching like some beast +of prey. As he stooped to place my food upon the ground I swung the +chain above my head and crashed the links with all my strength upon his +skull. Without a sound he slipped to the floor, stone dead. + +Laughing and chattering like the idiot I was fast becoming I fell upon +his prostrate form my fingers feeling for his dead throat. Presently +they came in contact with a small chain at the end of which dangled a +number of keys. The touch of my fingers on these keys brought back my +reason with the suddenness of thought. No longer was I a jibbering +idiot, but a sane, reasoning man with the means of escape within my +very hands. + +As I was groping to remove the chain from about my victim’s neck I +glanced up into the darkness to see six pairs of gleaming eyes fixed, +unwinking, upon me. Slowly they approached and slowly I shrank back +from the awful horror of them. Back into my corner I crouched holding +my hands palms out, before me, and stealthily on came the awful eyes +until they reached the dead body at my feet. Then slowly they retreated +but this time with a strange grating sound and finally they disappeared +in some black and distant recess of my dungeon. + + + + +CHAPTER XIX +BATTLING IN THE ARENA + + +Slowly I regained my composure and finally essayed again to attempt to +remove the keys from the dead body of my former jailer. But as I +reached out into the darkness to locate it I found to my horror that it +was gone. Then the truth flashed on me; the owners of those gleaming +eyes had dragged my prize away from me to be devoured in their +neighboring lair; as they had been waiting for days, for weeks, for +months, through all this awful eternity of my imprisonment to drag my +dead carcass to their feast. + +For two days no food was brought me, but then a new messenger appeared +and my incarceration went on as before, but not again did I allow my +reason to be submerged by the horror of my position. + +Shortly after this episode another prisoner was brought in and chained +near me. By the dim torch light I saw that he was a red Martian and I +could scarcely await the departure of his guards to address him. As +their retreating footsteps died away in the distance, I called out +softly the Martian word of greeting, kaor. + +“Who are you who speaks out of the darkness” he answered + +“John Carter, a friend of the red men of Helium.” + +“I am of Helium,” he said, “but I do not recall your name.” + +And then I told him my story as I have written it here, omitting only +any reference to my love for Dejah Thoris. He was much excited by the +news of Helium’s princess and seemed quite positive that she and Sola +could easily have reached a point of safety from where they left me. He +said that he knew the place well because the defile through which the +Warhoon warriors had passed when they discovered us was the only one +ever used by them when marching to the south. + +“Dejah Thoris and Sola entered the hills not five miles from a great +waterway and are now probably quite safe,” he assured me. + +My fellow prisoner was Kantos Kan, a padwar (lieutenant) in the navy of +Helium. He had been a member of the ill-fated expedition which had +fallen into the hands of the Tharks at the time of Dejah Thoris’ +capture, and he briefly related the events which followed the defeat of +the battleships. + +Badly injured and only partially manned they had limped slowly toward +Helium, but while passing near the city of Zodanga, the capital of +Helium’s hereditary enemies among the red men of Barsoom, they had been +attacked by a great body of war vessels and all but the craft to which +Kantos Kan belonged were either destroyed or captured. His vessel was +chased for days by three of the Zodangan war ships but finally escaped +during the darkness of a moonless night. + +Thirty days after the capture of Dejah Thoris, or about the time of our +coming to Thark, his vessel had reached Helium with about ten survivors +of the original crew of seven hundred officers and men. Immediately +seven great fleets, each of one hundred mighty war ships, had been +dispatched to search for Dejah Thoris, and from these vessels two +thousand smaller craft had been kept out continuously in futile search +for the missing princess. + +Two green Martian communities had been wiped off the face of Barsoom by +the avenging fleets, but no trace of Dejah Thoris had been found. They +had been searching among the northern hordes, and only within the past +few days had they extended their quest to the south. + +Kantos Kan had been detailed to one of the small one-man fliers and had +had the misfortune to be discovered by the Warhoons while exploring +their city. The bravery and daring of the man won my greatest respect +and admiration. Alone he had landed at the city’s boundary and on foot +had penetrated to the buildings surrounding the plaza. For two days and +nights he had explored their quarters and their dungeons in search of +his beloved princess only to fall into the hands of a party of Warhoons +as he was about to leave, after assuring himself that Dejah Thoris was +not a captive there. + +During the period of our incarceration Kantos Kan and I became well +acquainted, and formed a warm personal friendship. A few days only +elapsed, however, before we were dragged forth from our dungeon for the +great games. We were conducted early one morning to an enormous +amphitheater, which instead of having been built upon the surface of +the ground was excavated below the surface. It had partially filled +with debris so that how large it had originally been was difficult to +say. In its present condition it held the entire twenty thousand +Warhoons of the assembled hordes. + +The arena was immense but extremely uneven and unkempt. Around it the +Warhoons had piled building stone from some of the ruined edifices of +the ancient city to prevent the animals and the captives from escaping +into the audience, and at each end had been constructed cages to hold +them until their turns came to meet some horrible death upon the arena. + +Kantos Kan and I were confined together in one of the cages. In the +others were wild calots, thoats, mad zitidars, green warriors, and +women of other hordes, and many strange and ferocious wild beasts of +Barsoom which I had never before seen. The din of their roaring, +growling and squealing was deafening and the formidable appearance of +any one of them was enough to make the stoutest heart feel grave +forebodings. + +Kantos Kan explained to me that at the end of the day one of these +prisoners would gain freedom and the others would lie dead about the +arena. The winners in the various contests of the day would be pitted +against each other until only two remained alive; the victor in the +last encounter being set free, whether animal or man. The following +morning the cages would be filled with a new consignment of victims, +and so on throughout the ten days of the games. + +Shortly after we had been caged the amphitheater began to fill and +within an hour every available part of the seating space was occupied. +Dak Kova, with his jeds and chieftains, sat at the center of one side +of the arena upon a large raised platform. + +At a signal from Dak Kova the doors of two cages were thrown open and a +dozen green Martian females were driven to the center of the arena. +Each was given a dagger and then, at the far end, a pack of twelve +calots, or wild dogs were loosed upon them. + +As the brutes, growling and foaming, rushed upon the almost defenseless +women I turned my head that I might not see the horrid sight. The yells +and laughter of the green horde bore witness to the excellent quality +of the sport and when I turned back to the arena, as Kantos Kan told me +it was over, I saw three victorious calots, snarling and growling over +the bodies of their prey. The women had given a good account of +themselves. + +Next a mad zitidar was loosed among the remaining dogs, and so it went +throughout the long, hot, horrible day. + +During the day I was pitted against first men and then beasts, but as I +was armed with a long-sword and always outclassed my adversary in +agility and generally in strength as well, it proved but child’s play +to me. Time and time again I won the applause of the bloodthirsty +multitude, and toward the end there were cries that I be taken from the +arena and be made a member of the hordes of Warhoon. + +Finally there were but three of us left, a great green warrior of some +far northern horde, Kantos Kan, and myself. + +The other two were to battle and then I to fight the conqueror for the +liberty which was accorded the final winner. + +Kantos Kan had fought several times during the day and like myself had +always proven victorious, but occasionally by the smallest of margins, +especially when pitted against the green warriors. I had little hope +that he could best his giant adversary who had mowed down all before +him during the day. The fellow towered nearly sixteen feet in height, +while Kantos Kan was some inches under six feet. As they advanced to +meet one another I saw for the first time a trick of Martian +swordsmanship which centered Kantos Kan’s every hope of victory and +life on one cast of the dice, for, as he came to within about twenty +feet of the huge fellow he threw his sword arm far behind him over his +shoulder and with a mighty sweep hurled his weapon point foremost at +the green warrior. It flew true as an arrow and piercing the poor +devil’s heart laid him dead upon the arena. + +Kantos Kan and I were now pitted against each other but as we +approached to the encounter I whispered to him to prolong the battle +until nearly dark in the hope that we might find some means of escape. +The horde evidently guessed that we had no hearts to fight each other +and so they howled in rage as neither of us placed a fatal thrust. Just +as I saw the sudden coming of dark I whispered to Kantos Kan to thrust +his sword between my left arm and my body. As he did so I staggered +back clasping the sword tightly with my arm and thus fell to the ground +with his weapon apparently protruding from my chest. Kantos Kan +perceived my coup and stepping quickly to my side he placed his foot +upon my neck and withdrawing his sword from my body gave me the final +death blow through the neck which is supposed to sever the jugular +vein, but in this instance the cold blade slipped harmlessly into the +sand of the arena. In the darkness which had now fallen none could tell +but that he had really finished me. I whispered to him to go and claim +his freedom and then look for me in the hills east of the city, and so +he left me. + +When the amphitheater had cleared I crept stealthily to the top and as +the great excavation lay far from the plaza and in an untenanted +portion of the great dead city I had little trouble in reaching the +hills beyond. + + + + +CHAPTER XX +IN THE ATMOSPHERE FACTORY + + +For two days I waited there for Kantos Kan, but as he did not come I +started off on foot in a northwesterly direction toward a point where +he had told me lay the nearest waterway. My only food consisted of +vegetable milk from the plants which gave so bounteously of this +priceless fluid. + +Through two long weeks I wandered, stumbling through the nights guided +only by the stars and hiding during the days behind some protruding +rock or among the occasional hills I traversed. Several times I was +attacked by wild beasts; strange, uncouth monstrosities that leaped +upon me in the dark, so that I had ever to grasp my long-sword in my +hand that I might be ready for them. Usually my strange, newly acquired +telepathic power warned me in ample time, but once I was down with +vicious fangs at my jugular and a hairy face pressed close to mine +before I knew that I was even threatened. + +What manner of thing was upon me I did not know, but that it was large +and heavy and many-legged I could feel. My hands were at its throat +before the fangs had a chance to bury themselves in my neck, and slowly +I forced the hairy face from me and closed my fingers, vise-like, upon +its windpipe. + +Without sound we lay there, the beast exerting every effort to reach me +with those awful fangs, and I straining to maintain my grip and choke +the life from it as I kept it from my throat. Slowly my arms gave to +the unequal struggle, and inch by inch the burning eyes and gleaming +tusks of my antagonist crept toward me, until, as the hairy face +touched mine again, I realized that all was over. And then a living +mass of destruction sprang from the surrounding darkness full upon the +creature that held me pinioned to the ground. The two rolled growling +upon the moss, tearing and rending one another in a frightful manner, +but it was soon over and my preserver stood with lowered head above the +throat of the dead thing which would have killed me. + +The nearer moon, hurtling suddenly above the horizon and lighting up +the Barsoomian scene, showed me that my preserver was Woola, but from +whence he had come, or how found me, I was at a loss to know. That I +was glad of his companionship it is needless to say, but my pleasure at +seeing him was tempered by anxiety as to the reason of his leaving +Dejah Thoris. Only her death I felt sure, could account for his absence +from her, so faithful I knew him to be to my commands. + +By the light of the now brilliant moons I saw that he was but a shadow +of his former self, and as he turned from my caress and commenced +greedily to devour the dead carcass at my feet I realized that the poor +fellow was more than half starved. I, myself, was in but little better +plight but I could not bring myself to eat the uncooked flesh and I had +no means of making a fire. When Woola had finished his meal I again +took up my weary and seemingly endless wandering in quest of the +elusive waterway. + +At daybreak of the fifteenth day of my search I was overjoyed to see +the high trees that denoted the object of my search. About noon I +dragged myself wearily to the portals of a huge building which covered +perhaps four square miles and towered two hundred feet in the air. It +showed no aperture in the mighty walls other than the tiny door at +which I sank exhausted, nor was there any sign of life about it. + +I could find no bell or other method of making my presence known to the +inmates of the place, unless a small round hole in the wall near the +door was for that purpose. It was of about the bigness of a lead pencil +and thinking that it might be in the nature of a speaking tube I put my +mouth to it and was about to call into it when a voice issued from it +asking me whom I might be, where from, and the nature of my errand. + +I explained that I had escaped from the Warhoons and was dying of +starvation and exhaustion. + +“You wear the metal of a green warrior and are followed by a calot, yet +you are of the figure of a red man. In color you are neither green nor +red. In the name of the ninth ray, what manner of creature are you” + +“I am a friend of the red men of Barsoom and I am starving. In the name +of humanity open to us,” I replied. + +Presently the door commenced to recede before me until it had sunk into +the wall fifty feet, then it stopped and slid easily to the left, +exposing a short, narrow corridor of concrete, at the further end of +which was another door, similar in every respect to the one I had just +passed. No one was in sight, yet immediately we passed the first door +it slid gently into place behind us and receded rapidly to its original +position in the front wall of the building. As the door had slipped +aside I had noted its great thickness, fully twenty feet, and as it +reached its place once more after closing behind us, great cylinders of +steel had dropped from the ceiling behind it and fitted their lower +ends into apertures countersunk in the floor. + +A second and third door receded before me and slipped to one side as +the first, before I reached a large inner chamber where I found food +and drink set out upon a great stone table. A voice directed me to +satisfy my hunger and to feed my calot, and while I was thus engaged my +invisible host put me through a severe and searching cross-examination. + +“Your statements are most remarkable,” said the voice, on concluding +its questioning, “but you are evidently speaking the truth, and it is +equally evident that you are not of Barsoom. I can tell that by the +conformation of your brain and the strange location of your internal +organs and the shape and size of your heart.” + +“Can you see through me” I exclaimed. + +“Yes, I can see all but your thoughts, and were you a Barsoomian I +could read those.” + +Then a door opened at the far side of the chamber and a strange, dried +up, little mummy of a man came toward me. He wore but a single article +of clothing or adornment, a small collar of gold from which depended +upon his chest a great ornament as large as a dinner plate set solid +with huge diamonds, except for the exact center which was occupied by a +strange stone, an inch in diameter, that scintillated nine different +and distinct rays; the seven colors of our earthly prism and two +beautiful rays which, to me, were new and nameless. I cannot describe +them any more than you could describe red to a blind man. I only know +that they were beautiful in the extreme. + +The old man sat and talked with me for hours, and the strangest part of +our intercourse was that I could read his every thought while he could +not fathom an iota from my mind unless I spoke. + + +[Illustration The old man sat and talked with me for hours.] + + +I did not apprise him of my ability to sense his mental operations, and +thus I learned a great deal which proved of immense value to me later +and which I would never have known had he suspected my strange power, +for the Martians have such perfect control of their mental machinery +that they are able to direct their thoughts with absolute precision. + +The building in which I found myself contained the machinery which +produces that artificial atmosphere which sustains life on Mars. The +secret of the entire process hinges on the use of the ninth ray, one of +the beautiful scintillations which I had noted emanating from the great +stone in my host’s diadem. + +This ray is separated from the other rays of the sun by means of finely +adjusted instruments placed upon the roof of the huge building, +three-quarters of which is used for reservoirs in which the ninth ray +is stored. This product is then treated electrically, or rather certain +proportions of refined electric vibrations are incorporated with it, +and the result is then pumped to the five principal air centers of the +planet where, as it is released, contact with the ether of space +transforms it into atmosphere. + +There is always sufficient reserve of the ninth ray stored in the great +building to maintain the present Martian atmosphere for a thousand +years, and the only fear, as my new friend told me, was that some +accident might befall the pumping apparatus. + +He led me to an inner chamber where I beheld a battery of twenty radium +pumps any one of which was equal to the task of furnishing all Mars +with the atmosphere compound. For eight hundred years, he told me, he +had watched these pumps which are used alternately a day each at a +stretch, or a little over twenty-four and one-half Earth hours. He has +one assistant who divides the watch with him. Half a Martian year, +about three hundred and forty-four of our days, each of these men spend +alone in this huge, isolated plant. + +Every red Martian is taught during earliest childhood the principles of +the manufacture of atmosphere, but only two at one time ever hold the +secret of ingress to the great building, which, built as it is with +walls a hundred and fifty feet thick, is absolutely unassailable, even +the roof being guarded from assault by air craft by a glass covering +five feet thick. + +The only fear they entertain of attack is from the green Martians or +some demented red man, as all Barsoomians realize that the very +existence of every form of life of Mars is dependent upon the +uninterrupted working of this plant. + +One curious fact I discovered as I watched his thoughts was that the +outer doors are manipulated by telepathic means. The locks are so +finely adjusted that the doors are released by the action of a certain +combination of thought waves. To experiment with my new-found toy I +thought to surprise him into revealing this combination and so I asked +him in a casual manner how he had managed to unlock the massive doors +for me from the inner chambers of the building. As quick as a flash +there leaped to his mind nine Martian sounds, but as quickly faded as +he answered that this was a secret he must not divulge. + +From then on his manner toward me changed as though he feared that he +had been surprised into divulging his great secret, and I read +suspicion and fear in his looks and thoughts, though his words were +still fair. + +Before I retired for the night he promised to give me a letter to a +nearby agricultural officer who would help me on my way to Zodanga, +which he said, was the nearest Martian city. + +“But be sure that you do not let them know you are bound for Helium as +they are at war with that country. My assistant and I are of no +country, we belong to all Barsoom and this talisman which we wear +protects us in all lands, even among the green men—though we do not +trust ourselves to their hands if we can avoid it,” he added. + +“And so good-night, my friend,” he continued, “may you have a long and +restful sleep—yes, a long sleep.” + +And though he smiled pleasantly I saw in his thoughts the wish that he +had never admitted me, and then a picture of him standing over me in +the night, and the swift thrust of a long dagger and the half formed +words, “I am sorry, but it is for the best good of Barsoom.” + +As he closed the door of my chamber behind him his thoughts were cut +off from me as was the sight of him, which seemed strange to me in my +little knowledge of thought transference. + +What was I to do How could I escape through these mighty walls Easily +could I kill him now that I was warned, but once he was dead I could no +more escape, and with the stopping of the machinery of the great plant +I should die with all the other inhabitants of the planet—all, even +Dejah Thoris were she not already dead. For the others I did not give +the snap of my finger, but the thought of Dejah Thoris drove from my +mind all desire to kill my mistaken host. + +Cautiously I opened the door of my apartment and, followed by Woola, +sought the inner of the great doors. A wild scheme had come to me; I +would attempt to force the great locks by the nine thought waves I had +read in my host’s mind. + +Creeping stealthily through corridor after corridor and down winding +runways which turned hither and thither I finally reached the great +hall in which I had broken my long fast that morning. Nowhere had I +seen my host, nor did I know where he kept himself by night. + +I was on the point of stepping boldly out into the room when a slight +noise behind me warned me back into the shadows of a recess in the +corridor. Dragging Woola after me I crouched low in the darkness. + +Presently the old man passed close by me, and as he entered the dimly +lighted chamber which I had been about to pass through I saw that he +held a long thin dagger in his hand and that he was sharpening it upon +a stone. In his mind was the decision to inspect the radium pumps, +which would take about thirty minutes, and then return to my bed +chamber and finish me. + +As he passed through the great hall and disappeared down the runway +which led to the pump-room, I stole stealthily from my hiding place and +crossed to the great door, the inner of the three which stood between +me and liberty. + +Concentrating my mind upon the massive lock I hurled the nine thought +waves against it. In breathless expectancy I waited, when finally the +great door moved softly toward me and slid quietly to one side. One +after the other the remaining mighty portals opened at my command and +Woola and I stepped forth into the darkness, free, but little better +off than we had been before, other than that we had full stomachs. + +Hastening away from the shadows of the formidable pile I made for the +first crossroad, intending to strike the central turnpike as quickly as +possible. This I reached about morning and entering the first enclosure +I came to I searched for some evidences of a habitation. + +There were low rambling buildings of concrete barred with heavy +impassable doors, and no amount of hammering and hallooing brought any +response. Weary and exhausted from sleeplessness I threw myself upon +the ground commanding Woola to stand guard. + +Some time later I was awakened by his frightful growlings and opened my +eyes to see three red Martians standing a short distance from us and +covering me with their rifles. + +“I am unarmed and no enemy,” I hastened to explain. “I have been a +prisoner among the green men and am on my way to Zodanga. All I ask is +food and rest for myself and my calot and the proper directions for +reaching my destination.” + +They lowered their rifles and advanced pleasantly toward me placing +their right hands upon my left shoulder, after the manner of their +custom of salute, and asking me many questions about myself and my +wanderings. They then took me to the house of one of them which was +only a short distance away. + +The buildings I had been hammering at in the early morning were +occupied only by stock and farm produce, the house proper standing +among a grove of enormous trees, and, like all red-Martian homes, had +been raised at night some forty or fifty feet from the ground on a +large round metal shaft which slid up or down within a sleeve sunk in +the ground, and was operated by a tiny radium engine in the entrance +hall of the building. Instead of bothering with bolts and bars for +their dwellings, the red Martians simply run them up out of harm’s way +during the night. They also have private means for lowering or raising +them from the ground without if they wish to go away and leave them. + +These brothers, with their wives and children, occupied three similar +houses on this farm. They did no work themselves, being government +officers in charge. The labor was performed by convicts, prisoners of +war, delinquent debtors and confirmed bachelors who were too poor to +pay the high celibate tax which all red-Martian governments impose. + +They were the personification of cordiality and hospitality and I spent +several days with them, resting and recuperating from my long and +arduous experiences. + +When they had heard my story—I omitted all reference to Dejah Thoris +and the old man of the atmosphere plant—they advised me to color my +body to more nearly resemble their own race and then attempt to find +employment in Zodanga, either in the army or the navy. + +“The chances are small that your tale will be believed until after you +have proven your trustworthiness and won friends among the higher +nobles of the court. This you can most easily do through military +service, as we are a warlike people on Barsoom,” explained one of them, +“and save our richest favors for the fighting man.” + +When I was ready to depart they furnished me with a small domestic bull +thoat, such as is used for saddle purposes by all red Martians. The +animal is about the size of a horse and quite gentle, but in color and +shape an exact replica of his huge and fierce cousin of the wilds. + +The brothers had supplied me with a reddish oil with which I anointed +my entire body and one of them cut my hair, which had grown quite long, +in the prevailing fashion of the time, square at the back and banged in +front, so that I could have passed anywhere upon Barsoom as a +full-fledged red Martian. My metal and ornaments were also renewed in +the style of a Zodangan gentleman, attached to the house of Ptor, which +was the family name of my benefactors. + +They filled a little sack at my side with Zodangan money. The medium of +exchange upon Mars is not dissimilar from our own except that the coins +are oval. Paper money is issued by individuals as they require it and +redeemed twice yearly. If a man issues more than he can redeem, the +government pays his creditors in full and the debtor works out the +amount upon the farms or in mines, which are all owned by the +government. This suits everybody except the debtor as it has been a +difficult thing to obtain sufficient voluntary labor to work the great +isolated farm lands of Mars, stretching as they do like narrow ribbons +from pole to pole, through wild stretches peopled by wild animals and +wilder men. + +When I mentioned my inability to repay them for their kindness to me +they assured me that I would have ample opportunity if I lived long +upon Barsoom, and bidding me farewell they watched me until I was out +of sight upon the broad white turnpike. + + + + +CHAPTER XXI +AN AIR SCOUT FOR ZODANGA + + +As I proceeded on my journey toward Zodanga many strange and +interesting sights arrested my attention, and at the several farm +houses where I stopped I learned a number of new and instructive things +concerning the methods and manners of Barsoom. + +The water which supplies the farms of Mars is collected in immense +underground reservoirs at either pole from the melting ice caps, and +pumped through long conduits to the various populated centers. Along +either side of these conduits, and extending their entire length, lie +the cultivated districts. These are divided into tracts of about the +same size, each tract being under the supervision of one or more +government officers. + +Instead of flooding the surface of the fields, and thus wasting immense +quantities of water by evaporation, the precious liquid is carried +underground through a vast network of small pipes directly to the roots +of the vegetation. The crops upon Mars are always uniform, for there +are no droughts, no rains, no high winds, and no insects, or destroying +birds. + +On this trip I tasted the first meat I had eaten since leaving +Earth—large, juicy steaks and chops from the well-fed domestic animals +of the farms. Also I enjoyed luscious fruits and vegetables, but not a +single article of food which was exactly similar to anything on Earth. +Every plant and flower and vegetable and animal has been so refined by +ages of careful, scientific cultivation and breeding that the like of +them on Earth dwindled into pale, gray, characterless nothingness by +comparison. + +At a second stop I met some highly cultivated people of the noble class +and while in conversation we chanced to speak of Helium. One of the +older men had been there on a diplomatic mission several years before +and spoke with regret of the conditions which seemed destined ever to +keep these two countries at war. + +“Helium,” he said, “rightly boasts the most beautiful women of Barsoom, +and of all her treasures the wondrous daughter of Mors Kajak, Dejah +Thoris, is the most exquisite flower. + +“Why,” he added, “the people really worship the ground she walks upon +and since her loss on that ill-starred expedition all Helium has been +draped in mourning. + +“That our ruler should have attacked the disabled fleet as it was +returning to Helium was but another of his awful blunders which I fear +will sooner or later compel Zodanga to elevate a wiser man to his +place.” + +“Even now, though our victorious armies are surrounding Helium, the +people of Zodanga are voicing their displeasure, for the war is not a +popular one, since it is not based on right or justice. Our forces took +advantage of the absence of the principal fleet of Helium on their +search for the princess, and so we have been able easily to reduce the +city to a sorry plight. It is said she will fall within the next few +passages of the further moon.” + +“And what, think you, may have been the fate of the princess, Dejah +Thoris” I asked as casually as possible. + +“She is dead,” he answered. “This much was learned from a green warrior +recently captured by our forces in the south. She escaped from the +hordes of Thark with a strange creature of another world, only to fall +into the hands of the Warhoons. Their thoats were found wandering upon +the sea bottom and evidences of a bloody conflict were discovered +nearby.” + +While this information was in no way reassuring, neither was it at all +conclusive proof of the death of Dejah Thoris, and so I determined to +make every effort possible to reach Helium as quickly as I could and +carry to Tardos Mors such news of his granddaughter’s possible +whereabouts as lay in my power. + +Ten days after leaving the three Ptor brothers I arrived at Zodanga. +From the moment that I had come in contact with the red inhabitants of +Mars I had noticed that Woola drew a great amount of unwelcome +attention to me, since the huge brute belonged to a species which is +never domesticated by the red men. Were one to stroll down Broadway +with a Numidian lion at his heels the effect would be somewhat similar +to that which I should have produced had I entered Zodanga with Woola. + +The very thought of parting with the faithful fellow caused me so great +regret and genuine sorrow that I put it off until just before we +arrived at the city’s gates; but then, finally, it became imperative +that we separate. Had nothing further than my own safety or pleasure +been at stake no argument could have prevailed upon me to turn away the +one creature upon Barsoom that had never failed in a demonstration of +affection and loyalty; but as I would willingly have offered my life in +the service of her in search of whom I was about to challenge the +unknown dangers of this, to me, mysterious city, I could not permit +even Woola’s life to threaten the success of my venture, much less his +momentary happiness, for I doubted not he soon would forget me. And so +I bade the poor beast an affectionate farewell, promising him, however, +that if I came through my adventure in safety that in some way I should +find the means to search him out. + +He seemed to understand me fully, and when I pointed back in the +direction of Thark he turned sorrowfully away, nor could I bear to +watch him go; but resolutely set my face toward Zodanga and with a +touch of heartsickness approached her frowning walls. + +The letter I bore from them gained me immediate entrance to the vast, +walled city. It was still very early in the morning and the streets +were practically deserted. The residences, raised high upon their metal +columns, resembled huge rookeries, while the uprights themselves +presented the appearance of steel tree trunks. The shops as a rule were +not raised from the ground nor were their doors bolted or barred, since +thievery is practically unknown upon Barsoom. Assassination is the +ever-present fear of all Barsoomians, and for this reason alone their +homes are raised high above the ground at night, or in times of danger. + +The Ptor brothers had given me explicit directions for reaching the +point of the city where I could find living accommodations and be near +the offices of the government agents to whom they had given me letters. +My way led to the central square or plaza, which is a characteristic of +all Martian cities. + +The plaza of Zodanga covers a square mile and is bounded by the palaces +of the jeddak, the jeds, and other members of the royalty and nobility +of Zodanga, as well as by the principal public buildings, cafes, and +shops. + +As I was crossing the great square lost in wonder and admiration of the +magnificent architecture and the gorgeous scarlet vegetation which +carpeted the broad lawns I discovered a red Martian walking briskly +toward me from one of the avenues. He paid not the slightest attention +to me, but as he came abreast I recognized him, and turning I placed my +hand upon his shoulder, calling out + +“Kaor, Kantos Kan!” + +Like lightning he wheeled and before I could so much as lower my hand +the point of his long-sword was at my breast. + +“Who are you” he growled, and then as a backward leap carried me fifty +feet from his sword he dropped the point to the ground and exclaimed, +laughing, + +“I do not need a better reply, there is but one man upon all Barsoom +who can bounce about like a rubber ball. By the mother of the further +moon, John Carter, how came you here, and have you become a Darseen +that you can change your color at will” + +“You gave me a bad half minute my friend,” he continued, after I had +briefly outlined my adventures since parting with him in the arena at +Warhoon. “Were my name and city known to the Zodangans I would shortly +be sitting on the banks of the lost sea of Korus with my revered and +departed ancestors. I am here in the interest of Tardos Mors, Jeddak of +Helium, to discover the whereabouts of Dejah Thoris, our princess. Sab +Than, prince of Zodanga, has her hidden in the city and has fallen +madly in love with her. His father, Than Kosis, Jeddak of Zodanga, has +made her voluntary marriage to his son the price of peace between our +countries, but Tardos Mors will not accede to the demands and has sent +word that he and his people would rather look upon the dead face of +their princess than see her wed to any than her own choice, and that +personally he would prefer being engulfed in the ashes of a lost and +burning Helium to joining the metal of his house with that of Than +Kosis. His reply was the deadliest affront he could have put upon Than +Kosis and the Zodangans, but his people love him the more for it and +his strength in Helium is greater today than ever. + +“I have been here three days,” continued Kantos Kan, “but I have not +yet found where Dejah Thoris is imprisoned. Today I join the Zodangan +navy as an air scout and I hope in this way to win the confidence of +Sab Than, the prince, who is commander of this division of the navy, +and thus learn the whereabouts of Dejah Thoris. I am glad that you are +here, John Carter, for I know your loyalty to my princess and two of us +working together should be able to accomplish much.” + +The plaza was now commencing to fill with people going and coming upon +the daily activities of their duties. The shops were opening and the +cafes filling with early morning patrons. Kantos Kan led me to one of +these gorgeous eating places where we were served entirely by +mechanical apparatus. No hand touched the food from the time it entered +the building in its raw state until it emerged hot and delicious upon +the tables before the guests, in response to the touching of tiny +buttons to indicate their desires. + +After our meal, Kantos Kan took me with him to the headquarters of the +air-scout squadron and introducing me to his superior asked that I be +enrolled as a member of the corps. In accordance with custom an +examination was necessary, but Kantos Kan had told me to have no fear +on this score as he would attend to that part of the matter. He +accomplished this by taking my order for examination to the examining +officer and representing himself as John Carter. + +“This ruse will be discovered later,” he cheerfully explained, “when +they check up my weights, measurements, and other personal +identification data, but it will be several months before this is done +and our mission should be accomplished or have failed long before that +time.” + +The next few days were spent by Kantos Kan in teaching me the +intricacies of flying and of repairing the dainty little contrivances +which the Martians use for this purpose. The body of the one-man air +craft is about sixteen feet long, two feet wide and three inches thick, +tapering to a point at each end. The driver sits on top of this plane +upon a seat constructed over the small, noiseless radium engine which +propels it. The medium of buoyancy is contained within the thin metal +walls of the body and consists of the eighth Barsoomian ray, or ray of +propulsion, as it may be termed in view of its properties. + +This ray, like the ninth ray, is unknown on Earth, but the Martians +have discovered that it is an inherent property of all light no matter +from what source it emanates. They have learned that it is the solar +eighth ray which propels the light of the sun to the various planets, +and that it is the individual eighth ray of each planet which +“reflects,” or propels the light thus obtained out into space once +more. The solar eighth ray would be absorbed by the surface of Barsoom, +but the Barsoomian eighth ray, which tends to propel light from Mars +into space, is constantly streaming out from the planet constituting a +force of repulsion of gravity which when confined is able to lift +enormous weights from the surface of the ground. + +It is this ray which has enabled them to so perfect aviation that +battle ships far outweighing anything known upon Earth sail as +gracefully and lightly through the thin air of Barsoom as a toy balloon +in the heavy atmosphere of Earth. + +During the early years of the discovery of this ray many strange +accidents occurred before the Martians learned to measure and control +the wonderful power they had found. In one instance, some nine hundred +years before, the first great battle ship to be built with eighth ray +reservoirs was stored with too great a quantity of the rays and she had +sailed up from Helium with five hundred officers and men, never to +return. + +Her power of repulsion for the planet was so great that it had carried +her far into space, where she can be seen today, by the aid of powerful +telescopes, hurtling through the heavens ten thousand miles from Mars; +a tiny satellite that will thus encircle Barsoom to the end of time. + +The fourth day after my arrival at Zodanga I made my first flight, and +as a result of it I won a promotion which included quarters in the +palace of Than Kosis. + +As I rose above the city I circled several times, as I had seen Kantos +Kan do, and then throwing my engine into top speed I raced at terrific +velocity toward the south, following one of the great waterways which +enter Zodanga from that direction. + +I had traversed perhaps two hundred miles in a little less than an hour +when I descried far below me a party of three green warriors racing +madly toward a small figure on foot which seemed to be trying to reach +the confines of one of the walled fields. + +Dropping my machine rapidly toward them, and circling to the rear of +the warriors, I soon saw that the object of their pursuit was a red +Martian wearing the metal of the scout squadron to which I was +attached. A short distance away lay his tiny flier, surrounded by the +tools with which he had evidently been occupied in repairing some +damage when surprised by the green warriors. + +They were now almost upon him; their flying mounts charging down on the +relatively puny figure at terrific speed, while the warriors leaned low +to the right, with their great metal-shod spears. Each seemed striving +to be the first to impale the poor Zodangan and in another moment his +fate would have been sealed had it not been for my timely arrival. + +Driving my fleet air craft at high speed directly behind the warriors I +soon overtook them and without diminishing my speed I rammed the prow +of my little flier between the shoulders of the nearest. The impact +sufficient to have torn through inches of solid steel, hurled the +fellow’s headless body into the air over the head of his thoat, where +it fell sprawling upon the moss. The mounts of the other two warriors +turned squealing in terror, and bolted in opposite directions. + +Reducing my speed I circled and came to the ground at the feet of the +astonished Zodangan. He was warm in his thanks for my timely aid and +promised that my day’s work would bring the reward it merited, for it +was none other than a cousin of the jeddak of Zodanga whose life I had +saved. + +We wasted no time in talk as we knew that the warriors would surely +return as soon as they had gained control of their mounts. Hastening to +his damaged machine we were bending every effort to finish the needed +repairs and had almost completed them when we saw the two green +monsters returning at top speed from opposite sides of us. When they +had approached within a hundred yards their thoats again became +unmanageable and absolutely refused to advance further toward the air +craft which had frightened them. + +The warriors finally dismounted and hobbling their animals advanced +toward us on foot with drawn long-swords. + +I advanced to meet the larger, telling the Zodangan to do the best he +could with the other. Finishing my man with almost no effort, as had +now from much practice become habitual with me, I hastened to return to +my new acquaintance whom I found indeed in desperate straits. + +He was wounded and down with the huge foot of his antagonist upon his +throat and the great long-sword raised to deal the final thrust. With a +bound I cleared the fifty feet intervening between us, and with +outstretched point drove my sword completely through the body of the +green warrior. His sword fell, harmless, to the ground and he sank +limply upon the prostrate form of the Zodangan. + +A cursory examination of the latter revealed no mortal injuries and +after a brief rest he asserted that he felt fit to attempt the return +voyage. He would have to pilot his own craft, however, as these frail +vessels are not intended to convey but a single person. + +Quickly completing the repairs we rose together into the still, +cloudless Martian sky, and at great speed and without further mishap +returned to Zodanga. + +As we neared the city we discovered a mighty concourse of civilians and +troops assembled upon the plain before the city. The sky was black with +naval vessels and private and public pleasure craft, flying long +streamers of gay-colored silks, and banners and flags of odd and +picturesque design. + +My companion signaled that I slow down, and running his machine close +beside mine suggested that we approach and watch the ceremony, which, +he said, was for the purpose of conferring honors on individual +officers and men for bravery and other distinguished service. He then +unfurled a little ensign which denoted that his craft bore a member of +the royal family of Zodanga, and together we made our way through the +maze of low-lying air vessels until we hung directly over the jeddak of +Zodanga and his staff. All were mounted upon the small domestic bull +thoats of the red Martians, and their trappings and ornamentation bore +such a quantity of gorgeously colored feathers that I could not but be +struck with the startling resemblance the concourse bore to a band of +the red Indians of my own Earth. + +One of the staff called the attention of Than Kosis to the presence of +my companion above them and the ruler motioned for him to descend. As +they waited for the troops to move into position facing the jeddak the +two talked earnestly together, the jeddak and his staff occasionally +glancing up at me. I could not hear their conversation and presently it +ceased and all dismounted, as the last body of troops had wheeled into +position before their emperor. A member of the staff advanced toward +the troops, and calling the name of a soldier commanded him to advance. +The officer then recited the nature of the heroic act which had won the +approval of the jeddak, and the latter advanced and placed a metal +ornament upon the left arm of the lucky man. + +Ten men had been so decorated when the aide called out, + +“John Carter, air scout!” + +Never in my life had I been so surprised, but the habit of military +discipline is strong within me, and I dropped my little machine lightly +to the ground and advanced on foot as I had seen the others do. As I +halted before the officer, he addressed me in a voice audible to the +entire assemblage of troops and spectators. + +“In recognition, John Carter,” he said, “of your remarkable courage and +skill in defending the person of the cousin of the jeddak Than Kosis +and, singlehanded, vanquishing three green warriors, it is the pleasure +of our jeddak to confer on you the mark of his esteem.” + +Than Kosis then advanced toward me and placing an ornament upon me, +said + +“My cousin has narrated the details of your wonderful achievement, +which seems little short of miraculous, and if you can so well defend a +cousin of the jeddak how much better could you defend the person of the +jeddak himself. You are therefore appointed a padwar of The Guards and +will be quartered in my palace hereafter.” + +I thanked him, and at his direction joined the members of his staff. +After the ceremony I returned my machine to its quarters on the roof of +the barracks of the air-scout squadron, and with an orderly from the +palace to guide me I reported to the officer in charge of the palace. + + + + +CHAPTER XXII +I FIND DEJAH + + +The major-domo to whom I reported had been given instructions to +station me near the person of the jeddak, who, in time of war, is +always in great danger of assassination, as the rule that all is fair +in war seems to constitute the entire ethics of Martian conflict. + +He therefore escorted me immediately to the apartment in which Than +Kosis then was. The ruler was engaged in conversation with his son, Sab +Than, and several courtiers of his household, and did not perceive my +entrance. + +The walls of the apartment were completely hung with splendid +tapestries which hid any windows or doors which may have pierced them. +The room was lighted by imprisoned rays of sunshine held between the +ceiling proper and what appeared to be a ground-glass false ceiling a +few inches below. + +My guide drew aside one of the tapestries, disclosing a passage which +encircled the room, between the hangings and the walls of the chamber. +Within this passage I was to remain, he said, so long as Than Kosis was +in the apartment. When he left I was to follow. My only duty was to +guard the ruler and keep out of sight as much as possible. I would be +relieved after a period of four hours. The major-domo then left me. + +The tapestries were of a strange weaving which gave the appearance of +heavy solidity from one side, but from my hiding place I could perceive +all that took place within the room as readily as though there had been +no curtain intervening. + +Scarcely had I gained my post than the tapestry at the opposite end of +the chamber separated and four soldiers of The Guard entered, +surrounding a female figure. As they approached Than Kosis the soldiers +fell to either side and there standing before the jeddak and not ten +feet from me, her beautiful face radiant with smiles, was Dejah Thoris. + +Sab Than, Prince of Zodanga, advanced to meet her, and hand in hand +they approached close to the jeddak. Than Kosis looked up in surprise, +and, rising, saluted her. + +“To what strange freak do I owe this visit from the Princess of Helium, +who, two days ago, with rare consideration for my pride, assured me +that she would prefer Tal Hajus, the green Thark, to my son” + +Dejah Thoris only smiled the more and with the roguish dimples playing +at the corners of her mouth she made answer + +“From the beginning of time upon Barsoom it has been the prerogative of +woman to change her mind as she listed and to dissemble in matters +concerning her heart. That you will forgive, Than Kosis, as has your +son. Two days ago I was not sure of his love for me, but now I am, and +I have come to beg of you to forget my rash words and to accept the +assurance of the Princess of Helium that when the time comes she will +wed Sab Than, Prince of Zodanga.” + +“I am glad that you have so decided,” replied Than Kosis. “It is far +from my desire to push war further against the people of Helium, and, +your promise shall be recorded and a proclamation to my people issued +forthwith.” + +“It were better, Than Kosis,” interrupted Dejah Thoris, “that the +proclamation wait the ending of this war. It would look strange indeed +to my people and to yours were the Princess of Helium to give herself +to her country’s enemy in the midst of hostilities.” + +“Cannot the war be ended at once” spoke Sab Than. “It requires but the +word of Than Kosis to bring peace. Say it, my father, say the word that +will hasten my happiness, and end this unpopular strife.” + +“We shall see,” replied Than Kosis, “how the people of Helium take to +peace. I shall at least offer it to them.” + +Dejah Thoris, after a few words, turned and left the apartment, still +followed by her guards. + +Thus was the edifice of my brief dream of happiness dashed, broken, to +the ground of reality. The woman for whom I had offered my life, and +from whose lips I had so recently heard a declaration of love for me, +had lightly forgotten my very existence and smilingly given herself to +the son of her people’s most hated enemy. + +Although I had heard it with my own ears I could not believe it. I must +search out her apartments and force her to repeat the cruel truth to me +alone before I would be convinced, and so I deserted my post and +hastened through the passage behind the tapestries toward the door by +which she had left the chamber. Slipping quietly through this opening I +discovered a maze of winding corridors, branching and turning in every +direction. + +Running rapidly down first one and then another of them I soon became +hopelessly lost and was standing panting against a side wall when I +heard voices near me. Apparently they were coming from the opposite +side of the partition against which I leaned and presently I made out +the tones of Dejah Thoris. I could not hear the words but I knew that I +could not possibly be mistaken in the voice. + +Moving on a few steps I discovered another passageway at the end of +which lay a door. Walking boldly forward I pushed into the room only to +find myself in a small antechamber in which were the four guards who +had accompanied her. One of them instantly arose and accosted me, +asking the nature of my business. + +“I am from Than Kosis,” I replied, “and wish to speak privately with +Dejah Thoris, Princess of Helium.” + +“And your order” asked the fellow. + +I did not know what he meant, but replied that I was a member of The +Guard, and without waiting for a reply from him I strode toward the +opposite door of the antechamber, behind which I could hear Dejah +Thoris conversing. + +But my entrance was not to be so easily accomplished. The guardsman +stepped before me, saying, + +“No one comes from Than Kosis without carrying an order or the +password. You must give me one or the other before you may pass.” + +“The only order I require, my friend, to enter where I will, hangs at +my side,” I answered, tapping my long-sword; “will you let me pass in +peace or no” + +For reply he whipped out his own sword, calling to the others to join +him, and thus the four stood, with drawn weapons, barring my further +progress. + +“You are not here by the order of Than Kosis,” cried the one who had +first addressed me, “and not only shall you not enter the apartments of +the Princess of Helium but you shall go back to Than Kosis under guard +to explain this unwarranted temerity. Throw down your sword; you cannot +hope to overcome four of us,” he added with a grim smile. + +My reply was a quick thrust which left me but three antagonists and I +can assure you that they were worthy of my metal. They had me backed +against the wall in no time, fighting for my life. Slowly I worked my +way to a corner of the room where I could force them to come at me only +one at a time, and thus we fought upward of twenty minutes; the +clanging of steel on steel producing a veritable bedlam in the little +room. + +The noise had brought Dejah Thoris to the door of her apartment, and +there she stood throughout the conflict with Sola at her back peering +over her shoulder. Her face was set and emotionless and I knew that she +did not recognize me, nor did Sola. + +Finally a lucky cut brought down a second guardsman and then, with only +two opposing me, I changed my tactics and rushed them down after the +fashion of my fighting that had won me many a victory. The third fell +within ten seconds after the second, and the last lay dead upon the +bloody floor a few moments later. They were brave men and noble +fighters, and it grieved me that I had been forced to kill them, but I +would have willingly depopulated all Barsoom could I have reached the +side of my Dejah Thoris in no other way. + +Sheathing my bloody blade I advanced toward my Martian Princess, who +still stood mutely gazing at me without sign of recognition. + +“Who are you, Zodangan” she whispered. “Another enemy to harass me in +my misery” + +“I am a friend,” I answered, “a once cherished friend.” + +“No friend of Helium’s princess wears that metal,” she replied, “and +yet the voice! I have heard it before; it is not—it cannot be—no, for +he is dead.” + +“It is, though, my Princess, none other than John Carter,” I said. “Do +you not recognize, even through paint and strange metal, the heart of +your chieftain” + +As I came close to her she swayed toward me with outstretched hands, +but as I reached to take her in my arms she drew back with a shudder +and a little moan of misery. + +“Too late, too late,” she grieved. “O my chieftain that was, and whom I +thought dead, had you but returned one little hour before—but now it is +too late, too late.” + +“What do you mean, Dejah Thoris” I cried. “That you would not have +promised yourself to the Zodangan prince had you known that I lived” + +“Think you, John Carter, that I would give my heart to you yesterday +and today to another I thought that it lay buried with your ashes in +the pits of Warhoon, and so today I have promised my body to another to +save my people from the curse of a victorious Zodangan army.” + +“But I am not dead, my princess. I have come to claim you, and all +Zodanga cannot prevent it.” + +“It is too late, John Carter, my promise is given, and on Barsoom that +is final. The ceremonies which follow later are but meaningless +formalities. They make the fact of marriage no more certain than does +the funeral cortege of a jeddak again place the seal of death upon him. +I am as good as married, John Carter. No longer may you call me your +princess. No longer are you my chieftain.” + +“I know but little of your customs here upon Barsoom, Dejah Thoris, but +I do know that I love you, and if you meant the last words you spoke to +me that day as the hordes of Warhoon were charging down upon us, no +other man shall ever claim you as his bride. You meant them then, my +princess, and you mean them still! Say that it is true.” + +“I meant them, John Carter,” she whispered. “I cannot repeat them now +for I have given myself to another. Ah, if you had only known our ways, +my friend,” she continued, half to herself, “the promise would have +been yours long months ago, and you could have claimed me before all +others. It might have meant the fall of Helium, but I would have given +my empire for my Tharkian chief.” + +Then aloud she said “Do you remember the night when you offended me +You called me your princess without having asked my hand of me, and +then you boasted that you had fought for me. You did not know, and I +should not have been offended; I see that now. But there was no one to +tell you what I could not, that upon Barsoom there are two kinds of +women in the cities of the red men. The one they fight for that they +may ask them in marriage; the other kind they fight for also, but never +ask their hands. When a man has won a woman he may address her as his +princess, or in any of the several terms which signify possession. You +had fought for me, but had never asked me in marriage, and so when you +called me your princess, you see,” she faltered, “I was hurt, but even +then, John Carter, I did not repulse you, as I should have done, until +you made it doubly worse by taunting me with having won me through +combat.” + +“I do not need ask your forgiveness now, Dejah Thoris,” I cried. “You +must know that my fault was of ignorance of your Barsoomian customs. +What I failed to do, through implicit belief that my petition would be +presumptuous and unwelcome, I do now, Dejah Thoris; I ask you to be my +wife, and by all the Virginian fighting blood that flows in my veins +you shall be.” + +“No, John Carter, it is useless,” she cried, hopelessly, “I may never +be yours while Sab Than lives.” + +“You have sealed his death warrant, my princess—Sab Than dies.” + +“Nor that either,” she hastened to explain. “I may not wed the man who +slays my husband, even in self-defense. It is custom. We are ruled by +custom upon Barsoom. It is useless, my friend. You must bear the sorrow +with me. That at least we may share in common. That, and the memory of +the brief days among the Tharks. You must go now, nor ever see me +again. Good-bye, my chieftain that was.” + +Disheartened and dejected, I withdrew from the room, but I was not +entirely discouraged, nor would I admit that Dejah Thoris was lost to +me until the ceremony had actually been performed. + +As I wandered along the corridors, I was as absolutely lost in the +mazes of winding passageways as I had been before I discovered Dejah +Thoris’ apartments. + +I knew that my only hope lay in escape from the city of Zodanga, for +the matter of the four dead guardsmen would have to be explained, and +as I could never reach my original post without a guide, suspicion +would surely rest on me so soon as I was discovered wandering aimlessly +through the palace. + +Presently I came upon a spiral runway leading to a lower floor, and +this I followed downward for several stories until I reached the +doorway of a large apartment in which were a number of guardsmen. The +walls of this room were hung with transparent tapestries behind which I +secreted myself without being apprehended. + +The conversation of the guardsmen was general, and awakened no interest +in me until an officer entered the room and ordered four of the men to +relieve the detail who were guarding the Princess of Helium. Now, I +knew, my troubles would commence in earnest and indeed they were upon +me all too soon, for it seemed that the squad had scarcely left the +guardroom before one of their number burst in again breathlessly, +crying that they had found their four comrades butchered in the +antechamber. + +In a moment the entire palace was alive with people. Guardsmen, +officers, courtiers, servants, and slaves ran helter-skelter through +the corridors and apartments carrying messages and orders, and +searching for signs of the assassin. + +This was my opportunity and slim as it appeared I grasped it, for as a +number of soldiers came hurrying past my hiding place I fell in behind +them and followed through the mazes of the palace until, in passing +through a great hall, I saw the blessed light of day coming in through +a series of larger windows. + +Here I left my guides, and, slipping to the nearest window, sought for +an avenue of escape. The windows opened upon a great balcony which +overlooked one of the broad avenues of Zodanga. The ground was about +thirty feet below, and at a like distance from the building was a wall +fully twenty feet high, constructed of polished glass about a foot in +thickness. To a red Martian escape by this path would have appeared +impossible, but to me, with my earthly strength and agility, it seemed +already accomplished. My only fear was in being detected before +darkness fell, for I could not make the leap in broad daylight while +the court below and the avenue beyond were crowded with Zodangans. + +Accordingly I searched for a hiding place and finally found one by +accident, inside a huge hanging ornament which swung from the ceiling +of the hall, and about ten feet from the floor. Into the capacious +bowl-like vase I sprang with ease, and scarcely had I settled down +within it than I heard a number of people enter the apartment. The +group stopped beneath my hiding place and I could plainly overhear +their every word. + +“It is the work of Heliumites,” said one of the men. + +“Yes, O Jeddak, but how had they access to the palace I could believe +that even with the diligent care of your guardsmen a single enemy might +reach the inner chambers, but how a force of six or eight fighting men +could have done so unobserved is beyond me. We shall soon know, +however, for here comes the royal psychologist.” + +Another man now joined the group, and, after making his formal +greetings to his ruler, said + +“O mighty Jeddak, it is a strange tale I read in the dead minds of your +faithful guardsmen. They were felled not by a number of fighting men, +but by a single opponent.” + +He paused to let the full weight of this announcement impress his +hearers, and that his statement was scarcely credited was evidenced by +the impatient exclamation of incredulity which escaped the lips of Than +Kosis. + +“What manner of weird tale are you bringing me, Notan” he cried. + +“It is the truth, my Jeddak,” replied the psychologist. “In fact the +impressions were strongly marked on the brain of each of the four +guardsmen. Their antagonist was a very tall man, wearing the metal of +one of your own guardsmen, and his fighting ability was little short of +marvelous for he fought fair against the entire four and vanquished +them by his surpassing skill and superhuman strength and endurance. +Though he wore the metal of Zodanga, my Jeddak, such a man was never +seen before in this or any other country upon Barsoom. + +“The mind of the Princess of Helium whom I have examined and questioned +was a blank to me, she has perfect control, and I could not read one +iota of it. She said that she witnessed a portion of the encounter, and +that when she looked there was but one man engaged with the guardsmen; +a man whom she did not recognize as ever having seen.” + +“Where is my erstwhile savior” spoke another of the party, and I +recognized the voice of the cousin of Than Kosis, whom I had rescued +from the green warriors. “By the metal of my first ancestor,” he went +on, “but the description fits him to perfection, especially as to his +fighting ability.” + +“Where is this man” cried Than Kosis. “Have him brought to me at once. +What know you of him, cousin It seemed strange to me now that I think +upon it that there should have been such a fighting man in Zodanga, of +whose name, even, we were ignorant before today. And his name too, John +Carter, who ever heard of such a name upon Barsoom!” + +Word was soon brought that I was nowhere to be found, either in the +palace or at my former quarters in the barracks of the air-scout +squadron. Kantos Kan, they had found and questioned, but he knew +nothing of my whereabouts, and as to my past, he had told them he knew +as little, since he had but recently met me during our captivity among +the Warhoons. + +“Keep your eyes on this other one,” commanded Than Kosis. “He also is a +stranger and likely as not they both hail from Helium, and where one is +we shall sooner or later find the other. Quadruple the air patrol, and +let every man who leaves the city by air or ground be subjected to the +closest scrutiny.” + +Another messenger now entered with word that I was still within the +palace walls. + +“The likeness of every person who has entered or left the palace +grounds today has been carefully examined,” concluded the fellow, “and +not one approaches the likeness of this new padwar of the guards, other +than that which was recorded of him at the time he entered.” + +“Then we will have him shortly,” commented Than Kosis contentedly, “and +in the meanwhile we will repair to the apartments of the Princess of +Helium and question her in regard to the affair. She may know more than +she cared to divulge to you, Notan. Come.” + +They left the hall, and, as darkness had fallen without, I slipped +lightly from my hiding place and hastened to the balcony. Few were in +sight, and choosing a moment when none seemed near I sprang quickly to +the top of the glass wall and from there to the avenue beyond the +palace grounds. + + + + +CHAPTER XXIII +LOST IN THE SKY + + +Without effort at concealment I hastened to the vicinity of our +quarters, where I felt sure I should find Kantos Kan. As I neared the +building I became more careful, as I judged, and rightly, that the +place would be guarded. Several men in civilian metal loitered near the +front entrance and in the rear were others. My only means of reaching, +unseen, the upper story where our apartments were situated was through +an adjoining building, and after considerable maneuvering I managed to +attain the roof of a shop several doors away. + +Leaping from roof to roof, I soon reached an open window in the +building where I hoped to find the Heliumite, and in another moment I +stood in the room before him. He was alone and showed no surprise at my +coming, saying he had expected me much earlier, as my tour of duty must +have ended some time since. + +I saw that he knew nothing of the events of the day at the palace, and +when I had enlightened him he was all excitement. The news that Dejah +Thoris had promised her hand to Sab Than filled him with dismay. + +“It cannot be,” he exclaimed. “It is impossible! Why no man in all +Helium but would prefer death to the selling of our loved princess to +the ruling house of Zodanga. She must have lost her mind to have +assented to such an atrocious bargain. You, who do not know how we of +Helium love the members of our ruling house, cannot appreciate the +horror with which I contemplate such an unholy alliance.” + +“What can be done, John Carter” he continued. “You are a resourceful +man. Can you not think of some way to save Helium from this disgrace” + +“If I can come within sword’s reach of Sab Than,” I answered, “I can +solve the difficulty in so far as Helium is concerned, but for personal +reasons I would prefer that another struck the blow that frees Dejah +Thoris.” + +Kantos Kan eyed me narrowly before he spoke. + +“You love her!” he said. “Does she know it” + +“She knows it, Kantos Kan, and repulses me only because she is promised +to Sab Than.” + +The splendid fellow sprang to his feet, and grasping me by the shoulder +raised his sword on high, exclaiming + +“And had the choice been left to me I could not have chosen a more +fitting mate for the first princess of Barsoom. Here is my hand upon +your shoulder, John Carter, and my word that Sab Than shall go out at +the point of my sword for the sake of my love for Helium, for Dejah +Thoris, and for you. This very night I shall try to reach his quarters +in the palace.” + +“How” I asked. “You are strongly guarded and a quadruple force patrols +the sky.” + +He bent his head in thought a moment, then raised it with an air of +confidence. + +“I only need to pass these guards and I can do it,” he said at last. “I +know a secret entrance to the palace through the pinnacle of the +highest tower. I fell upon it by chance one day as I was passing above +the palace on patrol duty. In this work it is required that we +investigate any unusual occurrence we may witness, and a face peering +from the pinnacle of the high tower of the palace was, to me, most +unusual. I therefore drew near and discovered that the possessor of the +peering face was none other than Sab Than. He was slightly put out at +being detected and commanded me to keep the matter to myself, +explaining that the passage from the tower led directly to his +apartments, and was known only to him. If I can reach the roof of the +barracks and get my machine I can be in Sab Than’s quarters in five +minutes; but how am I to escape from this building, guarded as you say +it is” + +“How well are the machine sheds at the barracks guarded” I asked. + +“There is usually but one man on duty there at night upon the roof.” + +“Go to the roof of this building, Kantos Kan, and wait me there.” + +Without stopping to explain my plans I retraced my way to the street +and hastened to the barracks. I did not dare to enter the building, +filled as it was with members of the air-scout squadron, who, in common +with all Zodanga, were on the lookout for me. + +The building was an enormous one, rearing its lofty head fully a +thousand feet into the air. But few buildings in Zodanga were higher +than these barracks, though several topped it by a few hundred feet; +the docks of the great battleships of the line standing some fifteen +hundred feet from the ground, while the freight and passenger stations +of the merchant squadrons rose nearly as high. + +It was a long climb up the face of the building, and one fraught with +much danger, but there was no other way, and so I essayed the task. The +fact that Barsoomian architecture is extremely ornate made the feat +much simpler than I had anticipated, since I found ornamental ledges +and projections which fairly formed a perfect ladder for me all the way +to the eaves of the building. Here I met my first real obstacle. The +eaves projected nearly twenty feet from the wall to which I clung, and +though I encircled the great building I could find no opening through +them. + +The top floor was alight, and filled with soldiers engaged in the +pastimes of their kind; I could not, therefore, reach the roof through +the building. + +There was one slight, desperate chance, and that I decided I must +take—it was for Dejah Thoris, and no man has lived who would not risk a +thousand deaths for such as she. + +Clinging to the wall with my feet and one hand, I unloosened one of the +long leather straps of my trappings at the end of which dangled a great +hook by which air sailors are hung to the sides and bottoms of their +craft for various purposes of repair, and by means of which landing +parties are lowered to the ground from the battleships. + +I swung this hook cautiously to the roof several times before it +finally found lodgment; gently I pulled on it to strengthen its hold, +but whether it would bear the weight of my body I did not know. It +might be barely caught upon the very outer verge of the roof, so that +as my body swung out at the end of the strap it would slip off and +launch me to the pavement a thousand feet below. + +An instant I hesitated, and then, releasing my grasp upon the +supporting ornament, I swung out into space at the end of the strap. +Far below me lay the brilliantly lighted streets, the hard pavements, +and death. There was a little jerk at the top of the supporting eaves, +and a nasty slipping, grating sound which turned me cold with +apprehension; then the hook caught and I was safe. + +Clambering quickly aloft I grasped the edge of the eaves and drew +myself to the surface of the roof above. As I gained my feet I was +confronted by the sentry on duty, into the muzzle of whose revolver I +found myself looking. + +“Who are you and whence came you” he cried. + +“I am an air scout, friend, and very near a dead one, for just by the +merest chance I escaped falling to the avenue below,” I replied. + +“But how came you upon the roof, man No one has landed or come up from +the building for the past hour. Quick, explain yourself, or I call the +guard.” + +“Look you here, sentry, and you shall see how I came and how close a +shave I had to not coming at all,” I answered, turning toward the edge +of the roof, where, twenty feet below, at the end of my strap, hung all +my weapons. + +The fellow, acting on impulse of curiosity, stepped to my side and to +his undoing, for as he leaned to peer over the eaves I grasped him by +his throat and his pistol arm and threw him heavily to the roof. The +weapon dropped from his grasp, and my fingers choked off his attempted +cry for assistance. I gagged and bound him and then hung him over the +edge of the roof as I myself had hung a few moments before. I knew it +would be morning before he would be discovered, and I needed all the +time that I could gain. + +Donning my trappings and weapons I hastened to the sheds, and soon had +out both my machine and Kantos Kan’s. Making his fast behind mine I +started my engine, and skimming over the edge of the roof I dove down +into the streets of the city far below the plane usually occupied by +the air patrol. In less than a minute I was settling safely upon the +roof of our apartment beside the astonished Kantos Kan. + +I lost no time in explanation, but plunged immediately into a +discussion of our plans for the immediate future. It was decided that I +was to try to make Helium while Kantos Kan was to enter the palace and +dispatch Sab Than. If successful he was then to follow me. He set my +compass for me, a clever little device which will remain steadfastly +fixed upon any given point on the surface of Barsoom, and bidding each +other farewell we rose together and sped in the direction of the palace +which lay in the route which I must take to reach Helium. + +As we neared the high tower a patrol shot down from above, throwing its +piercing searchlight full upon my craft, and a voice roared out a +command to halt, following with a shot as I paid no attention to his +hail. Kantos Kan dropped quickly into the darkness, while I rose +steadily and at terrific speed raced through the Martian sky followed +by a dozen of the air-scout craft which had joined the pursuit, and +later by a swift cruiser carrying a hundred men and a battery of +rapid-fire guns. By twisting and turning my little machine, now rising +and now falling, I managed to elude their search-lights most of the +time, but I was also losing ground by these tactics, and so I decided +to hazard everything on a straight-away course and leave the result to +fate and the speed of my machine. + +Kantos Kan had shown me a trick of gearing, which is known only to the +navy of Helium, that greatly increased the speed of our machines, so +that I felt sure I could distance my pursuers if I could dodge their +projectiles for a few moments. + +As I sped through the air the screeching of the bullets around me +convinced me that only by a miracle could I escape, but the die was +cast, and throwing on full speed I raced a straight course toward +Helium. Gradually I left my pursuers further and further behind, and I +was just congratulating myself on my lucky escape, when a well-directed +shot from the cruiser exploded at the prow of my little craft. The +concussion nearly capsized her, and with a sickening plunge she hurtled +downward through the dark night. + +How far I fell before I regained control of the plane I do not know, +but I must have been very close to the ground when I started to rise +again, as I plainly heard the squealing of animals below me. Rising +again I scanned the heavens for my pursuers, and finally making out +their lights far behind me, saw that they were landing, evidently in +search of me. + +Not until their lights were no longer discernible did I venture to +flash my little lamp upon my compass, and then I found to my +consternation that a fragment of the projectile had utterly destroyed +my only guide, as well as my speedometer. It was true I could follow +the stars in the general direction of Helium, but without knowing the +exact location of the city or the speed at which I was traveling my +chances for finding it were slim. + +Helium lies a thousand miles southwest of Zodanga, and with my compass +intact I should have made the trip, barring accidents, in between four +and five hours. As it turned out, however, morning found me speeding +over a vast expanse of dead sea bottom after nearly six hours of +continuous flight at high speed. Presently a great city showed below +me, but it was not Helium, as that alone of all Barsoomian metropolises +consists in two immense circular walled cities about seventy-five miles +apart and would have been easily distinguishable from the altitude at +which I was flying. + +Believing that I had come too far to the north and west, I turned back +in a southeasterly direction, passing during the forenoon several other +large cities, but none resembling the description which Kantos Kan had +given me of Helium. In addition to the twin-city formation of Helium, +another distinguishing feature is the two immense towers, one of vivid +scarlet rising nearly a mile into the air from the center of one of the +cities, while the other, of bright yellow and of the same height, marks +her sister. + + + + +CHAPTER XXIV +TARS TARKAS FINDS A FRIEND + + +About noon I passed low over a great dead city of ancient Mars, and as +I skimmed out across the plain beyond I came full upon several thousand +green warriors engaged in a terrific battle. Scarcely had I seen them +than a volley of shots was directed at me, and with the almost +unfailing accuracy of their aim my little craft was instantly a ruined +wreck, sinking erratically to the ground. + +I fell almost directly in the center of the fierce combat, among +warriors who had not seen my approach so busily were they engaged in +life and death struggles. The men were fighting on foot with +long-swords, while an occasional shot from a sharpshooter on the +outskirts of the conflict would bring down a warrior who might for an +instant separate himself from the entangled mass. + +As my machine sank among them I realized that it was fight or die, with +good chances of dying in any event, and so I struck the ground with +drawn long-sword ready to defend myself as I could. + +I fell beside a huge monster who was engaged with three antagonists, +and as I glanced at his fierce face, filled with the light of battle, I +recognized Tars Tarkas the Thark. He did not see me, as I was a trifle +behind him, and just then the three warriors opposing him, and whom I +recognized as Warhoons, charged simultaneously. The mighty fellow made +quick work of one of them, but in stepping back for another thrust he +fell over a dead body behind him and was down and at the mercy of his +foes in an instant. Quick as lightning they were upon him, and Tars +Tarkas would have been gathered to his fathers in short order had I not +sprung before his prostrate form and engaged his adversaries. I had +accounted for one of them when the mighty Thark regained his feet and +quickly settled the other. + +He gave me one look, and a slight smile touched his grim lip as, +touching my shoulder, he said, + +“I would scarcely recognize you, John Carter, but there is no other +mortal upon Barsoom who would have done what you have for me. I think I +have learned that there is such a thing as friendship, my friend.” + +He said no more, nor was there opportunity, for the Warhoons were +closing in about us, and together we fought, shoulder to shoulder, +during all that long, hot afternoon, until the tide of battle turned +and the remnant of the fierce Warhoon horde fell back upon their +thoats, and fled into the gathering darkness. + +Ten thousand men had been engaged in that titanic struggle, and upon +the field of battle lay three thousand dead. Neither side asked or gave +quarter, nor did they attempt to take prisoners. + +On our return to the city after the battle we had gone directly to Tars +Tarkas’ quarters, where I was left alone while the chieftain attended +the customary council which immediately follows an engagement. + +As I sat awaiting the return of the green warrior I heard something +move in an adjoining apartment, and as I glanced up there rushed +suddenly upon me a huge and hideous creature which bore me backward +upon the pile of silks and furs upon which I had been reclining. It was +Woola—faithful, loving Woola. He had found his way back to Thark and, +as Tars Tarkas later told me, had gone immediately to my former +quarters where he had taken up his pathetic and seemingly hopeless +watch for my return. + +“Tal Hajus knows that you are here, John Carter,” said Tars Tarkas, on +his return from the jeddak’s quarters; “Sarkoja saw and recognized you +as we were returning. Tal Hajus has ordered me to bring you before him +tonight. I have ten thoats, John Carter; you may take your choice from +among them, and I will accompany you to the nearest waterway that leads +to Helium. Tars Tarkas may be a cruel green warrior, but he can be a +friend as well. Come, we must start.” + +“And when you return, Tars Tarkas” I asked. + +“The wild calots, possibly, or worse,” he replied. “Unless I should +chance to have the opportunity I have so long waited of battling with +Tal Hajus.” + +“We will stay, Tars Tarkas, and see Tal Hajus tonight. You shall not +sacrifice yourself, and it may be that tonight you can have the chance +you wait.” + +He objected strenuously, saying that Tal Hajus often flew into wild +fits of passion at the mere thought of the blow I had dealt him, and +that if ever he laid his hands upon me I would be subjected to the most +horrible tortures. + +While we were eating I repeated to Tars Tarkas the story which Sola had +told me that night upon the sea bottom during the march to Thark. + +He said but little, but the great muscles of his face worked in passion +and in agony at recollection of the horrors which had been heaped upon +the only thing he had ever loved in all his cold, cruel, terrible +existence. + +He no longer demurred when I suggested that we go before Tal Hajus, +only saying that he would like to speak to Sarkoja first. At his +request I accompanied him to her quarters, and the look of venomous +hatred she cast upon me was almost adequate recompense for any future +misfortunes this accidental return to Thark might bring me. + +“Sarkoja,” said Tars Tarkas, “forty years ago you were instrumental in +bringing about the torture and death of a woman named Gozava. I have +just discovered that the warrior who loved that woman has learned of +your part in the transaction. He may not kill you, Sarkoja, it is not +our custom, but there is nothing to prevent him tying one end of a +strap about your neck and the other end to a wild thoat, merely to test +your fitness to survive and help perpetuate our race. Having heard that +he would do this on the morrow, I thought it only right to warn you, +for I am a just man. The river Iss is but a short pilgrimage, Sarkoja. +Come, John Carter.” + +The next morning Sarkoja was gone, nor was she ever seen after. + +In silence we hastened to the jeddak’s palace, where we were +immediately admitted to his presence; in fact, he could scarcely wait +to see me and was standing erect upon his platform glowering at the +entrance as I came in. + +“Strap him to that pillar,” he shrieked. “We shall see who it is dares +strike the mighty Tal Hajus. Heat the irons; with my own hands I shall +burn the eyes from his head that he may not pollute my person with his +vile gaze.” + +“Chieftains of Thark,” I cried, turning to the assembled council and +ignoring Tal Hajus, “I have been a chief among you, and today I have +fought for Thark shoulder to shoulder with her greatest warrior. You +owe me, at least, a hearing. I have won that much today. You claim to +be a just people—” + +“Silence,” roared Tal Hajus. “Gag the creature and bind him as I +command.” + +“Justice, Tal Hajus,” exclaimed Lorquas Ptomel. “Who are you to set +aside the customs of ages among the Tharks.” + +“Yes, justice!” echoed a dozen voices, and so, while Tal Hajus fumed +and frothed, I continued. + +“You are a brave people and you love bravery, but where was your mighty +jeddak during the fighting today I did not see him in the thick of +battle; he was not there. He rends defenseless women and little +children in his lair, but how recently has one of you seen him fight +with men Why, even I, a midget beside him, felled him with a single +blow of my fist. Is it of such that the Tharks fashion their jeddaks +There stands beside me now a great Thark, a mighty warrior and a noble +man. Chieftains, how sounds, Tars Tarkas, Jeddak of Thark” + +A roar of deep-toned applause greeted this suggestion. + +“It but remains for this council to command, and Tal Hajus must prove +his fitness to rule. Were he a brave man he would invite Tars Tarkas to +combat, for he does not love him, but Tal Hajus is afraid; Tal Hajus, +your jeddak, is a coward. With my bare hands I could kill him, and he +knows it.” + +After I ceased there was tense silence, as all eyes were riveted upon +Tal Hajus. He did not speak or move, but the blotchy green of his +countenance turned livid, and the froth froze upon his lips. + +“Tal Hajus,” said Lorquas Ptomel in a cold, hard voice, “never in my +long life have I seen a jeddak of the Tharks so humiliated. There could +be but one answer to this arraignment. We wait it.” And still Tal Hajus +stood as though petrified. + +“Chieftains,” continued Lorquas Ptomel, “shall the jeddak, Tal Hajus, +prove his fitness to rule over Tars Tarkas” + +There were twenty chieftains about the rostrum, and twenty swords +flashed high in assent. + +There was no alternative. That decree was final, and so Tal Hajus drew +his long-sword and advanced to meet Tars Tarkas. + +The combat was soon over, and, with his foot upon the neck of the dead +monster, Tars Tarkas became jeddak among the Tharks. + +His first act was to make me a full-fledged chieftain with the rank I +had won by my combats the first few weeks of my captivity among them. + +Seeing the favorable disposition of the warriors toward Tars Tarkas, as +well as toward me, I grasped the opportunity to enlist them in my cause +against Zodanga. I told Tars Tarkas the story of my adventures, and in +a few words had explained to him the thought I had in mind. + +“John Carter has made a proposal,” he said, addressing the council, +“which meets with my sanction. I shall put it to you briefly. Dejah +Thoris, the Princess of Helium, who was our prisoner, is now held by +the jeddak of Zodanga, whose son she must wed to save her country from +devastation at the hands of the Zodangan forces. + +“John Carter suggests that we rescue her and return her to Helium. The +loot of Zodanga would be magnificent, and I have often thought that had +we an alliance with the people of Helium we could obtain sufficient +assurance of sustenance to permit us to increase the size and frequency +of our hatchings, and thus become unquestionably supreme among the +green men of all Barsoom. What say you” + +It was a chance to fight, an opportunity to loot, and they rose to the +bait as a speckled trout to a fly. + +For Tharks they were wildly enthusiastic, and before another half hour +had passed twenty mounted messengers were speeding across dead sea +bottoms to call the hordes together for the expedition. + +In three days we were on the march toward Zodanga, one hundred thousand +strong, as Tars Tarkas had been able to enlist the services of three +smaller hordes on the promise of the great loot of Zodanga. + +At the head of the column I rode beside the great Thark while at the +heels of my mount trotted my beloved Woola. + +We traveled entirely by night, timing our marches so that we camped +during the day at deserted cities where, even to the beasts, we were +all kept indoors during the daylight hours. On the march Tars Tarkas, +through his remarkable ability and statesmanship, enlisted fifty +thousand more warriors from various hordes, so that, ten days after we +set out we halted at midnight outside the great walled city of Zodanga, +one hundred and fifty thousand strong. + +The fighting strength and efficiency of this horde of ferocious green +monsters was equivalent to ten times their number of red men. Never in +the history of Barsoom, Tars Tarkas told me, had such a force of green +warriors marched to battle together. It was a monstrous task to keep +even a semblance of harmony among them, and it was a marvel to me that +he got them to the city without a mighty battle among themselves. + +But as we neared Zodanga their personal quarrels were submerged by +their greater hatred for the red men, and especially for the Zodangans, +who had for years waged a ruthless campaign of extermination against +the green men, directing special attention toward despoiling their +incubators. + +Now that we were before Zodanga the task of obtaining entry to the city +devolved upon me, and directing Tars Tarkas to hold his forces in two +divisions out of earshot of the city, with each division opposite a +large gateway, I took twenty dismounted warriors and approached one of +the small gates that pierced the walls at short intervals. These gates +have no regular guard, but are covered by sentries, who patrol the +avenue that encircles the city just within the walls as our +metropolitan police patrol their beats. + +The walls of Zodanga are seventy-five feet in height and fifty feet +thick. They are built of enormous blocks of carborundum, and the task +of entering the city seemed, to my escort of green warriors, an +impossibility. The fellows who had been detailed to accompany me were +of one of the smaller hordes, and therefore did not know me. + +Placing three of them with their faces to the wall and arms locked, I +commanded two more to mount to their shoulders, and a sixth I ordered +to climb upon the shoulders of the upper two. The head of the topmost +warrior towered over forty feet from the ground. + +In this way, with ten warriors, I built a series of three steps from +the ground to the shoulders of the topmost man. Then starting from a +short distance behind them I ran swiftly up from one tier to the next, +and with a final bound from the broad shoulders of the highest I +clutched the top of the great wall and quietly drew myself to its broad +expanse. After me I dragged six lengths of leather from an equal number +of my warriors. These lengths we had previously fastened together, and +passing one end to the topmost warrior I lowered the other end +cautiously over the opposite side of the wall toward the avenue below. +No one was in sight, so, lowering myself to the end of my leather +strap, I dropped the remaining thirty feet to the pavement below. + +I had learned from Kantos Kan the secret of opening these gates, and in +another moment my twenty great fighting men stood within the doomed +city of Zodanga. + +I found to my delight that I had entered at the lower boundary of the +enormous palace grounds. The building itself showed in the distance a +blaze of glorious light, and on the instant I determined to lead a +detachment of warriors directly within the palace itself, while the +balance of the great horde was attacking the barracks of the soldiery. + +Dispatching one of my men to Tars Tarkas for a detail of fifty Tharks, +with word of my intentions, I ordered ten warriors to capture and open +one of the great gates while with the nine remaining I took the other. +We were to do our work quietly, no shots were to be fired and no +general advance made until I had reached the palace with my fifty +Tharks. Our plans worked to perfection. The two sentries we met were +dispatched to their fathers upon the banks of the lost sea of Korus, +and the guards at both gates followed them in silence. + + + + +CHAPTER XXV +THE LOOTING OF ZODANGA + + +As the great gate where I stood swung open my fifty Tharks, headed by +Tars Tarkas himself, rode in upon their mighty thoats. I led them to +the palace walls, which I negotiated easily without assistance. Once +inside, however, the gate gave me considerable trouble, but I finally +was rewarded by seeing it swing upon its huge hinges, and soon my +fierce escort was riding across the gardens of the jeddak of Zodanga. + +As we approached the palace I could see through the great windows of +the first floor into the brilliantly illuminated audience chamber of +Than Kosis. The immense hall was crowded with nobles and their women, +as though some important function was in progress. There was not a +guard in sight without the palace, due, I presume, to the fact that the +city and palace walls were considered impregnable, and so I came close +and peered within. + +At one end of the chamber, upon massive golden thrones encrusted with +diamonds, sat Than Kosis and his consort, surrounded by officers and +dignitaries of state. Before them stretched a broad aisle lined on +either side with soldiery, and as I looked there entered this aisle at +the far end of the hall, the head of a procession which advanced to the +foot of the throne. + +First there marched four officers of the jeddak’s Guard bearing a huge +salver on which reposed, upon a cushion of scarlet silk, a great golden +chain with a collar and padlock at each end. Directly behind these +officers came four others carrying a similar salver which supported the +magnificent ornaments of a prince and princess of the reigning house of +Zodanga. + +At the foot of the throne these two parties separated and halted, +facing each other at opposite sides of the aisle. Then came more +dignitaries, and the officers of the palace and of the army, and +finally two figures entirely muffled in scarlet silk, so that not a +feature of either was discernible. These two stopped at the foot of the +throne, facing Than Kosis. When the balance of the procession had +entered and assumed their stations Than Kosis addressed the couple +standing before him. I could not hear his words, but presently two +officers advanced and removed the scarlet robe from one of the figures, +and I saw that Kantos Kan had failed in his mission, for it was Sab +Than, Prince of Zodanga, who stood revealed before me. + +Than Kosis now took a set of the ornaments from one of the salvers and +placed one of the collars of gold about his son’s neck, springing the +padlock fast. After a few more words addressed to Sab Than he turned to +the other figure, from which the officers now removed the enshrouding +silks, disclosing to my now comprehending view Dejah Thoris, Princess +of Helium. + +The object of the ceremony was clear to me; in another moment Dejah +Thoris would be joined forever to the Prince of Zodanga. It was an +impressive and beautiful ceremony, I presume, but to me it seemed the +most fiendish sight I had ever witnessed, and as the ornaments were +adjusted upon her beautiful figure and her collar of gold swung open in +the hands of Than Kosis I raised my long-sword above my head, and, with +the heavy hilt, I shattered the glass of the great window and sprang +into the midst of the astonished assemblage. With a bound I was on the +steps of the platform beside Than Kosis, and as he stood riveted with +surprise I brought my long-sword down upon the golden chain that would +have bound Dejah Thoris to another. + +In an instant all was confusion; a thousand drawn swords menaced me +from every quarter, and Sab Than sprang upon me with a jeweled dagger +he had drawn from his nuptial ornaments. I could have killed him as +easily as I might a fly, but the age-old custom of Barsoom stayed my +hand, and grasping his wrist as the dagger flew toward my heart I held +him as though in a vise and with my long-sword pointed to the far end +of the hall. + +“Zodanga has fallen,” I cried. “Look!” + +All eyes turned in the direction I had indicated, and there, forging +through the portals of the entranceway rode Tars Tarkas and his fifty +warriors on their great thoats. + +A cry of alarm and amazement broke from the assemblage, but no word of +fear, and in a moment the soldiers and nobles of Zodanga were hurling +themselves upon the advancing Tharks. + +Thrusting Sab Than headlong from the platform, I drew Dejah Thoris to +my side. Behind the throne was a narrow doorway and in this Than Kosis +now stood facing me, with drawn long-sword. In an instant we were +engaged, and I found no mean antagonist. + +As we circled upon the broad platform I saw Sab Than rushing up the +steps to aid his father, but, as he raised his hand to strike, Dejah +Thoris sprang before him and then my sword found the spot that made Sab +Than jeddak of Zodanga. As his father rolled dead upon the floor the +new jeddak tore himself free from Dejah Thoris’ grasp, and again we +faced each other. He was soon joined by a quartet of officers, and, +with my back against a golden throne, I fought once again for Dejah +Thoris. I was hard pressed to defend myself and yet not strike down Sab +Than and, with him, my last chance to win the woman I loved. My blade +was swinging with the rapidity of lightning as I sought to parry the +thrusts and cuts of my opponents. Two I had disarmed, and one was down, +when several more rushed to the aid of their new ruler, and to avenge +the death of the old. + + +[Illustration With my back against a golden throne, I fought once +again for Dejah Thoris.] + + +As they advanced there were cries of “The woman! The woman! Strike her +down; it is her plot. Kill her! Kill her!” + +Calling to Dejah Thoris to get behind me I worked my way toward the +little doorway back of the throne, but the officers realized my +intentions, and three of them sprang in behind me and blocked my +chances for gaining a position where I could have defended Dejah Thoris +against an army of swordsmen. + +The Tharks were having their hands full in the center of the room, and +I began to realize that nothing short of a miracle could save Dejah +Thoris and myself, when I saw Tars Tarkas surging through the crowd of +pygmies that swarmed about him. With one swing of his mighty longsword +he laid a dozen corpses at his feet, and so he hewed a pathway before +him until in another moment he stood upon the platform beside me, +dealing death and destruction right and left. + +The bravery of the Zodangans was awe-inspiring, not one attempted to +escape, and when the fighting ceased it was because only Tharks +remained alive in the great hall, other than Dejah Thoris and myself. + +Sab Than lay dead beside his father, and the corpses of the flower of +Zodangan nobility and chivalry covered the floor of the bloody +shambles. + +My first thought when the battle was over was for Kantos Kan, and +leaving Dejah Thoris in charge of Tars Tarkas I took a dozen warriors +and hastened to the dungeons beneath the palace. The jailers had all +left to join the fighters in the throne room, so we searched the +labyrinthine prison without opposition. + +I called Kantos Kan’s name aloud in each new corridor and compartment, +and finally I was rewarded by hearing a faint response. Guided by the +sound, we soon found him helpless in a dark recess. + +He was overjoyed at seeing me, and to know the meaning of the fight, +faint echoes of which had reached his prison cell. He told me that the +air patrol had captured him before he reached the high tower of the +palace, so that he had not even seen Sab Than. + +We discovered that it would be futile to attempt to cut away the bars +and chains which held him prisoner, so, at his suggestion I returned to +search the bodies on the floor above for keys to open the padlocks of +his cell and of his chains. + +Fortunately among the first I examined I found his jailer, and soon we +had Kantos Kan with us in the throne room. + +The sounds of heavy firing, mingled with shouts and cries, came to us +from the city’s streets, and Tars Tarkas hastened away to direct the +fighting without. Kantos Kan accompanied him to act as guide, the green +warriors commencing a thorough search of the palace for other Zodangans +and for loot, and Dejah Thoris and I were left alone. + +She had sunk into one of the golden thrones, and as I turned to her she +greeted me with a wan smile. + +“Was there ever such a man!” she exclaimed. “I know that Barsoom has +never before seen your like. Can it be that all Earth men are as you +Alone, a stranger, hunted, threatened, persecuted, you have done in a +few short months what in all the past ages of Barsoom no man has ever +done joined together the wild hordes of the sea bottoms and brought +them to fight as allies of a red Martian people.” + +“The answer is easy, Dejah Thoris,” I replied smiling. “It was not I +who did it, it was love, love for Dejah Thoris, a power that would work +greater miracles than this you have seen.” + +A pretty flush overspread her face and she answered, + +“You may say that now, John Carter, and I may listen, for I am free.” + +“And more still I have to say, ere it is again too late,” I returned. +“I have done many strange things in my life, many things that wiser men +would not have dared, but never in my wildest fancies have I dreamed of +winning a Dejah Thoris for myself—for never had I dreamed that in all +the universe dwelt such a woman as the Princess of Helium. That you are +a princess does not abash me, but that you are you is enough to make me +doubt my sanity as I ask you, my princess, to be mine.” + +“He does not need to be abashed who so well knew the answer to his plea +before the plea were made,” she replied, rising and placing her dear +hands upon my shoulders, and so I took her in my arms and kissed her. + +And thus in the midst of a city of wild conflict, filled with the +alarms of war; with death and destruction reaping their terrible +harvest around her, did Dejah Thoris, Princess of Helium, true daughter +of Mars, the God of War, promise herself in marriage to John Carter, +Gentleman of Virginia. + + + + +CHAPTER XXVI +THROUGH CARNAGE TO JOY + + +Sometime later Tars Tarkas and Kantos Kan returned to report that +Zodanga had been completely reduced. Her forces were entirely destroyed +or captured, and no further resistance was to be expected from within. +Several battleships had escaped, but there were thousands of war and +merchant vessels under guard of Thark warriors. + +The lesser hordes had commenced looting and quarreling among +themselves, so it was decided that we collect what warriors we could, +man as many vessels as possible with Zodangan prisoners and make for +Helium without further loss of time. + +Five hours later we sailed from the roofs of the dock buildings with a +fleet of two hundred and fifty battleships, carrying nearly one hundred +thousand green warriors, followed by a fleet of transports with our +thoats. + +Behind us we left the stricken city in the fierce and brutal clutches +of some forty thousand green warriors of the lesser hordes. They were +looting, murdering, and fighting amongst themselves. In a hundred +places they had applied the torch, and columns of dense smoke were +rising above the city as though to blot out from the eye of heaven the +horrid sights beneath. + +In the middle of the afternoon we sighted the scarlet and yellow towers +of Helium, and a short time later a great fleet of Zodangan battleships +rose from the camps of the besiegers without the city, and advanced to +meet us. + +The banners of Helium had been strung from stem to stern of each of our +mighty craft, but the Zodangans did not need this sign to realize that +we were enemies, for our green Martian warriors had opened fire upon +them almost as they left the ground. With their uncanny marksmanship +they raked the on-coming fleet with volley after volley. + +The twin cities of Helium, perceiving that we were friends, sent out +hundreds of vessels to aid us, and then began the first real air battle +I had ever witnessed. + +The vessels carrying our green warriors were kept circling above the +contending fleets of Helium and Zodanga, since their batteries were +useless in the hands of the Tharks who, having no navy, have no skill +in naval gunnery. Their small-arm fire, however, was most effective, +and the final outcome of the engagement was strongly influenced, if not +wholly determined, by their presence. + +At first the two forces circled at the same altitude, pouring broadside +after broadside into each other. Presently a great hole was torn in the +hull of one of the immense battle craft from the Zodangan camp; with a +lurch she turned completely over, the little figures of her crew +plunging, turning and twisting toward the ground a thousand feet below; +then with sickening velocity she tore after them, almost completely +burying herself in the soft loam of the ancient sea bottom. + +A wild cry of exultation arose from the Heliumite squadron, and with +redoubled ferocity they fell upon the Zodangan fleet. By a pretty +maneuver two of the vessels of Helium gained a position above their +adversaries, from which they poured upon them from their keel bomb +batteries a perfect torrent of exploding bombs. + +Then, one by one, the battleships of Helium succeeded in rising above +the Zodangans, and in a short time a number of the beleaguering +battleships were drifting hopeless wrecks toward the high scarlet tower +of greater Helium. Several others attempted to escape, but they were +soon surrounded by thousands of tiny individual fliers, and above each +hung a monster battleship of Helium ready to drop boarding parties upon +their decks. + +Within but little more than an hour from the moment the victorious +Zodangan squadron had risen to meet us from the camp of the besiegers +the battle was over, and the remaining vessels of the conquered +Zodangans were headed toward the cities of Helium under prize crews. + +There was an extremely pathetic side to the surrender of these mighty +fliers, the result of an age-old custom which demanded that surrender +should be signalized by the voluntary plunging to earth of the +commander of the vanquished vessel. One after another the brave +fellows, holding their colors high above their heads, leaped from the +towering bows of their mighty craft to an awful death. + +Not until the commander of the entire fleet took the fearful plunge, +thus indicating the surrender of the remaining vessels, did the +fighting cease, and the useless sacrifice of brave men come to an end. + +We now signaled the flagship of Helium’s navy to approach, and when she +was within hailing distance I called out that we had the Princess Dejah +Thoris on board, and that we wished to transfer her to the flagship +that she might be taken immediately to the city. + +As the full import of my announcement bore in upon them a great cry +arose from the decks of the flagship, and a moment later the colors of +the Princess of Helium broke from a hundred points upon her upper +works. When the other vessels of the squadron caught the meaning of the +signals flashed them they took up the wild acclaim and unfurled her +colors in the gleaming sunlight. + +The flagship bore down upon us, and as she swung gracefully to and +touched our side a dozen officers sprang upon our decks. As their +astonished gaze fell upon the hundreds of green warriors, who now came +forth from the fighting shelters, they stopped aghast, but at sight of +Kantos Kan, who advanced to meet them, they came forward, crowding +about him. + +Dejah Thoris and I then advanced, and they had no eyes for other than +her. She received them gracefully, calling each by name, for they were +men high in the esteem and service of her grandfather, and she knew +them well. + +“Lay your hands upon the shoulder of John Carter,” she said to them, +turning toward me, “the man to whom Helium owes her princess as well as +her victory today.” + +They were very courteous to me and said many kind and complimentary +things, but what seemed to impress them most was that I had won the aid +of the fierce Tharks in my campaign for the liberation of Dejah Thoris, +and the relief of Helium. + +“You owe your thanks more to another man than to me,” I said, “and here +he is; meet one of Barsoom’s greatest soldiers and statesmen, Tars +Tarkas, Jeddak of Thark.” + +With the same polished courtesy that had marked their manner toward me +they extended their greetings to the great Thark, nor, to my surprise, +was he much behind them in ease of bearing or in courtly speech. Though +not a garrulous race, the Tharks are extremely formal, and their ways +lend themselves amazingly to dignified and courtly manners. + +Dejah Thoris went aboard the flagship, and was much put out that I +would not follow, but, as I explained to her, the battle was but partly +won; we still had the land forces of the besieging Zodangans to account +for, and I would not leave Tars Tarkas until that had been +accomplished. + +The commander of the naval forces of Helium promised to arrange to have +the armies of Helium attack from the city in conjunction with our land +attack, and so the vessels separated and Dejah Thoris was borne in +triumph back to the court of her grandfather, Tardos Mors, Jeddak of +Helium. + +In the distance lay our fleet of transports, with the thoats of the +green warriors, where they had remained during the battle. Without +landing stages it was to be a difficult matter to unload these beasts +upon the open plain, but there was nothing else for it, and so we put +out for a point about ten miles from the city and began the task. + +It was necessary to lower the animals to the ground in slings and this +work occupied the remainder of the day and half the night. Twice we +were attacked by parties of Zodangan cavalry, but with little loss, +however, and after darkness shut down they withdrew. + +As soon as the last thoat was unloaded Tars Tarkas gave the command to +advance, and in three parties we crept upon the Zodangan camp from the +north, the south and the east. + +About a mile from the main camp we encountered their outposts and, as +had been prearranged, accepted this as the signal to charge. With wild, +ferocious cries and amidst the nasty squealing of battle-enraged thoats +we bore down upon the Zodangans. + +We did not catch them napping, but found a well-entrenched battle line +confronting us. Time after time we were repulsed until, toward noon, I +began to fear for the result of the battle. + +The Zodangans numbered nearly a million fighting men, gathered from +pole to pole, wherever stretched their ribbon-like waterways, while +pitted against them were less than a hundred thousand green warriors. +The forces from Helium had not arrived, nor could we receive any word +from them. + +Just at noon we heard heavy firing all along the line between the +Zodangans and the cities, and we knew then that our much-needed +reinforcements had come. + +Again Tars Tarkas ordered the charge, and once more the mighty thoats +bore their terrible riders against the ramparts of the enemy. At the +same moment the battle line of Helium surged over the opposite +breastworks of the Zodangans and in another moment they were being +crushed as between two millstones. Nobly they fought, but in vain. + +The plain before the city became a veritable shambles ere the last +Zodangan surrendered, but finally the carnage ceased, the prisoners +were marched back to Helium, and we entered the greater city’s gates, a +huge triumphal procession of conquering heroes. + +The broad avenues were lined with women and children, among which were +the few men whose duties necessitated that they remain within the city +during the battle. We were greeted with an endless round of applause +and showered with ornaments of gold, platinum, silver, and precious +jewels. The city had gone mad with joy. + +My fierce Tharks caused the wildest excitement and enthusiasm. Never +before had an armed body of green warriors entered the gates of Helium, +and that they came now as friends and allies filled the red men with +rejoicing. + +That my poor services to Dejah Thoris had become known to the +Heliumites was evidenced by the loud crying of my name, and by the +loads of ornaments that were fastened upon me and my huge thoat as we +passed up the avenues to the palace, for even in the face of the +ferocious appearance of Woola the populace pressed close about me. + +As we approached this magnificent pile we were met by a party of +officers who greeted us warmly and requested that Tars Tarkas and his +jeds with the jeddaks and jeds of his wild allies, together with +myself, dismount and accompany them to receive from Tardos Mors an +expression of his gratitude for our services. + +At the top of the great steps leading up to the main portals of the +palace stood the royal party, and as we reached the lower steps one of +their number descended to meet us. + +He was an almost perfect specimen of manhood; tall, straight as an +arrow, superbly muscled and with the carriage and bearing of a ruler of +men. I did not need to be told that he was Tardos Mors, Jeddak of +Helium. + +The first member of our party he met was Tars Tarkas and his first +words sealed forever the new friendship between the races. + +“That Tardos Mors,” he said, earnestly, “may meet the greatest living +warrior of Barsoom is a priceless honor, but that he may lay his hand +on the shoulder of a friend and ally is a far greater boon.” + +“Jeddak of Helium,” returned Tars Tarkas, “it has remained for a man of +another world to teach the green warriors of Barsoom the meaning of +friendship; to him we owe the fact that the hordes of Thark can +understand you; that they can appreciate and reciprocate the sentiments +so graciously expressed.” + +Tardos Mors then greeted each of the green jeddaks and jeds, and to +each spoke words of friendship and appreciation. + +As he approached me he laid both hands upon my shoulders. + +“Welcome, my son,” he said; “that you are granted, gladly, and without +one word of opposition, the most precious jewel in all Helium, yes, on +all Barsoom, is sufficient earnest of my esteem.” + +We were then presented to Mors Kajak, Jed of lesser Helium, and father +of Dejah Thoris. He had followed close behind Tardos Mors and seemed +even more affected by the meeting than had his father. + +He tried a dozen times to express his gratitude to me, but his voice +choked with emotion and he could not speak, and yet he had, as I was to +later learn, a reputation for ferocity and fearlessness as a fighter +that was remarkable even upon warlike Barsoom. In common with all +Helium he worshiped his daughter, nor could he think of what she had +escaped without deep emotion. + + + + +CHAPTER XXVII +FROM JOY TO DEATH + + +For ten days the hordes of Thark and their wild allies were feasted and +entertained, and, then, loaded with costly presents and escorted by ten +thousand soldiers of Helium commanded by Mors Kajak, they started on +the return journey to their own lands. The jed of lesser Helium with a +small party of nobles accompanied them all the way to Thark to cement +more closely the new bonds of peace and friendship. + +Sola also accompanied Tars Tarkas, her father, who before all his +chieftains had acknowledged her as his daughter. + +Three weeks later, Mors Kajak and his officers, accompanied by Tars +Tarkas and Sola, returned upon a battleship that had been dispatched to +Thark to fetch them in time for the ceremony which made Dejah Thoris +and John Carter one. + +For nine years I served in the councils and fought in the armies of +Helium as a prince of the house of Tardos Mors. The people seemed never +to tire of heaping honors upon me, and no day passed that did not bring +some new proof of their love for my princess, the incomparable Dejah +Thoris. + +In a golden incubator upon the roof of our palace lay a snow-white egg. +For nearly five years ten soldiers of the jeddak’s Guard had constantly +stood over it, and not a day passed when I was in the city that Dejah +Thoris and I did not stand hand in hand before our little shrine +planning for the future, when the delicate shell should break. + +Vivid in my memory is the picture of the last night as we sat there +talking in low tones of the strange romance which had woven our lives +together and of this wonder which was coming to augment our happiness +and fulfill our hopes. + +In the distance we saw the bright-white light of an approaching +airship, but we attached no special significance to so common a sight. +Like a bolt of lightning it raced toward Helium until its very speed +bespoke the unusual. + +Flashing the signals which proclaimed it a dispatch bearer for the +jeddak, it circled impatiently awaiting the tardy patrol boat which +must convoy it to the palace docks. + +Ten minutes after it touched at the palace a message called me to the +council chamber, which I found filling with the members of that body. + +On the raised platform of the throne was Tardos Mors, pacing back and +forth with tense-drawn face. When all were in their seats he turned +toward us. + +“This morning,” he said, “word reached the several governments of +Barsoom that the keeper of the atmosphere plant had made no wireless +report for two days, nor had almost ceaseless calls upon him from a +score of capitals elicited a sign of response. + +“The ambassadors of the other nations asked us to take the matter in +hand and hasten the assistant keeper to the plant. All day a thousand +cruisers have been searching for him until just now one of them returns +bearing his dead body, which was found in the pits beneath his house +horribly mutilated by some assassin. + +“I do not need to tell you what this means to Barsoom. It would take +months to penetrate those mighty walls, in fact the work has already +commenced, and there would be little to fear were the engine of the +pumping plant to run as it should and as they all have for hundreds of +years; but the worst, we fear, has happened. The instruments show a +rapidly decreasing air pressure on all parts of Barsoom—the engine has +stopped.” + +“My gentlemen,” he concluded, “we have at best three days to live.” + +There was absolute silence for several minutes, and then a young noble +arose, and with his drawn sword held high above his head addressed +Tardos Mors. + +“The men of Helium have prided themselves that they have ever shown +Barsoom how a nation of red men should live, now is our opportunity to +show them how they should die. Let us go about our duties as though a +thousand useful years still lay before us.” + +The chamber rang with applause and as there was nothing better to do +than to allay the fears of the people by our example we went our ways +with smiles upon our faces and sorrow gnawing at our hearts. + +When I returned to my palace I found that the rumor already had reached +Dejah Thoris, so I told her all that I had heard. + +“We have been very happy, John Carter,” she said, “and I thank whatever +fate overtakes us that it permits us to die together.” + +The next two days brought no noticeable change in the supply of air, +but on the morning of the third day breathing became difficult at the +higher altitudes of the rooftops. The avenues and plazas of Helium were +filled with people. All business had ceased. For the most part the +people looked bravely into the face of their unalterable doom. Here and +there, however, men and women gave way to quiet grief. + +Toward the middle of the day many of the weaker commenced to succumb +and within an hour the people of Barsoom were sinking by thousands into +the unconsciousness which precedes death by asphyxiation. + +Dejah Thoris and I with the other members of the royal family had +collected in a sunken garden within an inner courtyard of the palace. +We conversed in low tones, when we conversed at all, as the awe of the +grim shadow of death crept over us. Even Woola seemed to feel the +weight of the impending calamity, for he pressed close to Dejah Thoris +and to me, whining pitifully. + +The little incubator had been brought from the roof of our palace at +request of Dejah Thoris and she sat gazing longingly upon the unknown +little life that now she would never know. + +As it was becoming perceptibly difficult to breathe Tardos Mors arose, +saying, + +“Let us bid each other farewell. The days of the greatness of Barsoom +are over. Tomorrow’s sun will look down upon a dead world which through +all eternity must go swinging through the heavens peopled not even by +memories. It is the end.” + +He stooped and kissed the women of his family, and laid his strong hand +upon the shoulders of the men. + +As I turned sadly from him my eyes fell upon Dejah Thoris. Her head was +drooping upon her breast, to all appearances she was lifeless. With a +cry I sprang to her and raised her in my arms. + +Her eyes opened and looked into mine. + +“Kiss me, John Carter,” she murmured. “I love you! I love you! It is +cruel that we must be torn apart who were just starting upon a life of +love and happiness.” + +As I pressed her dear lips to mine the old feeling of unconquerable +power and authority rose in me. The fighting blood of Virginia sprang +to life in my veins. + +“It shall not be, my princess,” I cried. “There is, there must be some +way, and John Carter, who has fought his way through a strange world +for love of you, will find it.” + +And with my words there crept above the threshold of my conscious mind +a series of nine long forgotten sounds. Like a flash of lightning in +the darkness their full purport dawned upon me—the key to the three +great doors of the atmosphere plant! + +Turning suddenly toward Tardos Mors as I still clasped my dying love to +my breast I cried. + +“A flier, Jeddak! Quick! Order your swiftest flier to the palace top. I +can save Barsoom yet.” + +He did not wait to question, but in an instant a guard was racing to +the nearest dock and though the air was thin and almost gone at the +rooftop they managed to launch the fastest one-man, air-scout machine +that the skill of Barsoom had ever produced. + +Kissing Dejah Thoris a dozen times and commanding Woola, who would have +followed me, to remain and guard her, I bounded with my old agility and +strength to the high ramparts of the palace, and in another moment I +was headed toward the goal of the hopes of all Barsoom. + +I had to fly low to get sufficient air to breathe, but I took a +straight course across an old sea bottom and so had to rise only a few +feet above the ground. + +I traveled with awful velocity for my errand was a race against time +with death. The face of Dejah Thoris hung always before me. As I turned +for a last look as I left the palace garden I had seen her stagger and +sink upon the ground beside the little incubator. That she had dropped +into the last coma which would end in death, if the air supply remained +unreplenished, I well knew, and so, throwing caution to the winds, I +flung overboard everything but the engine and compass, even to my +ornaments, and lying on my belly along the deck with one hand on the +steering wheel and the other pushing the speed lever to its last notch +I split the thin air of dying Mars with the speed of a meteor. + +An hour before dark the great walls of the atmosphere plant loomed +suddenly before me, and with a sickening thud I plunged to the ground +before the small door which was withholding the spark of life from the +inhabitants of an entire planet. + +Beside the door a great crew of men had been laboring to pierce the +wall, but they had scarcely scratched the flint-like surface, and now +most of them lay in the last sleep from which not even air would awaken +them. + +Conditions seemed much worse here than at Helium, and it was with +difficulty that I breathed at all. There were a few men still +conscious, and to one of these I spoke. + +“If I can open these doors is there a man who can start the engines” I +asked. + +“I can,” he replied, “if you open quickly. I can last but a few moments +more. But it is useless, they are both dead and no one else upon +Barsoom knew the secret of these awful locks. For three days men crazed +with fear have surged about this portal in vain attempts to solve its +mystery.” + +I had no time to talk, I was becoming very weak and it was with +difficulty that I controlled my mind at all. + +But, with a final effort, as I sank weakly to my knees I hurled the +nine thought waves at that awful thing before me. The Martian had +crawled to my side and with staring eyes fixed on the single panel +before us we waited in the silence of death. + +Slowly the mighty door receded before us. I attempted to rise and +follow it but I was too weak. + +“After it,” I cried to my companion, “and if you reach the pump room +turn loose all the pumps. It is the only chance Barsoom has to exist +tomorrow!” + +From where I lay I opened the second door, and then the third, and as I +saw the hope of Barsoom crawling weakly on hands and knees through the +last doorway I sank unconscious upon the ground. + + + + +CHAPTER XXVIII +AT THE ARIZONA CAVE + + +It was dark when I opened my eyes again. Strange, stiff garments were +upon my body; garments that cracked and powdered away from me as I rose +to a sitting posture. + +I felt myself over from head to foot and from head to foot I was +clothed, though when I fell unconscious at the little doorway I had +been naked. Before me was a small patch of moonlit sky which showed +through a ragged aperture. + +As my hands passed over my body they came in contact with pockets and +in one of these a small parcel of matches wrapped in oiled paper. One +of these matches I struck, and its dim flame lighted up what appeared +to be a huge cave, toward the back of which I discovered a strange, +still figure huddled over a tiny bench. As I approached it I saw that +it was the dead and mummified remains of a little old woman with long +black hair, and the thing it leaned over was a small charcoal burner +upon which rested a round copper vessel containing a small quantity of +greenish powder. + +Behind her, depending from the roof upon rawhide thongs, and stretching +entirely across the cave, was a row of human skeletons. From the thong +which held them stretched another to the dead hand of the little old +woman; as I touched the cord the skeletons swung to the motion with a +noise as of the rustling of dry leaves. + +It was a most grotesque and horrid tableau and I hastened out into the +fresh air; glad to escape from so gruesome a place. + +The sight that met my eyes as I stepped out upon a small ledge which +ran before the entrance of the cave filled me with consternation. + +A new heaven and a new landscape met my gaze. The silvered mountains in +the distance, the almost stationary moon hanging in the sky, the +cacti-studded valley below me were not of Mars. I could scarce believe +my eyes, but the truth slowly forced itself upon me—I was looking upon +Arizona from the same ledge from which ten years before I had gazed +with longing upon Mars. + +Burying my head in my arms I turned, broken, and sorrowful, down the +trail from the cave. + +Above me shone the red eye of Mars holding her awful secret, +forty-eight million miles away. + +Did the Martian reach the pump room Did the vitalizing air reach the +people of that distant planet in time to save them Was my Dejah Thoris +alive, or did her beautiful body lie cold in death beside the tiny +golden incubator in the sunken garden of the inner courtyard of the +palace of Tardos Mors, the jeddak of Helium + +For ten years I have waited and prayed for an answer to my questions. +For ten years I have waited and prayed to be taken back to the world of +my lost love. I would rather lie dead beside her there than live on +Earth all those millions of terrible miles from her. + +The old mine, which I found untouched, has made me fabulously wealthy; +but what care I for wealth! + +As I sit here tonight in my little study overlooking the Hudson, just +twenty years have elapsed since I first opened my eyes upon Mars. + +I can see her shining in the sky through the little window by my desk, +and tonight she seems calling to me again as she has not called before +since that long dead night, and I think I can see, across that awful +abyss of space, a beautiful black-haired woman standing in the garden +of a palace, and at her side is a little boy who puts his arm around +her as she points into the sky toward the planet Earth, while at their +feet is a huge and hideous creature with a heart of gold. + +I believe that they are waiting there for me, and something tells me +that I shall soon know. \ No newline at end of file diff --git a/test/1f975693-876d-457b-a649-393859e79bf3.mp3 b/test/1f975693-876d-457b-a649-393859e79bf3.mp3 new file mode 100644 index 0000000000000000000000000000000000000000..b4a9b8ef16dbfecce41c265ef115d4e105734ce2 --- /dev/null +++ b/test/1f975693-876d-457b-a649-393859e79bf3.mp3 @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:200f767e732b49efef5c05d128903ee4d2c34e66fdce7f5593ac123b2e637673 +size 280868 diff --git a/test/23bcfab0-f47b-4dcb-8599-459c329ac153.mp3 b/test/23bcfab0-f47b-4dcb-8599-459c329ac153.mp3 new file mode 100644 index 0000000000000000000000000000000000000000..119e758db727066b0a1dbf5cd67c21d295854a14 --- /dev/null +++ b/test/23bcfab0-f47b-4dcb-8599-459c329ac153.mp3 @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:e1fae85022e4e1b2255186211deaa7bfa48fba8b12d6348d53d784cdbd13dc2a +size 9792 diff --git a/test/2b3ef98c-cc05-450b-a719-711aee40ac65.mp3 b/test/2b3ef98c-cc05-450b-a719-711aee40ac65.mp3 new file mode 100644 index 0000000000000000000000000000000000000000..5e14838826febbd7249b0a420a54e1436af70e80 --- /dev/null +++ b/test/2b3ef98c-cc05-450b-a719-711aee40ac65.mp3 @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:946a5ea50e3212755b2e3d8149eb90390becbf32cfe5a9686acc0ade79bea62c +size 205008 diff --git a/test/2bb16c35-403a-4d4c-859e-a88ccd55f876.xml b/test/2bb16c35-403a-4d4c-859e-a88ccd55f876.xml new file mode 100644 index 0000000000000000000000000000000000000000..5c4ceeec03fa0ec2a6e41c7ab3852b8a72cc863c --- /dev/null +++ b/test/2bb16c35-403a-4d4c-859e-a88ccd55f876.xml @@ -0,0 +1,2290 @@ + + +
+ + + applsci + + Applied Sciences + Appl. Sci. + Applied Sciences + + 2076-3417 + + MDPI + + + + 10.3390/app13031274 + applsci-13-01274 + + + Article + + + + Evaluating the Quality of Raw Chocolate as an Alternative to Commercial Products + + + + https://orcid.org/0000-0003-3063-8710 + + Kowalski + Radosław + + 1 + * + + + + Rosochacki + Marek + + 1 + 2 + + + https://orcid.org/0000-0002-0504-2862 + + Wyrostek + Jakub + + 1 + + + https://orcid.org/0000-0003-0034-8202 + + Islam + Muhammad Torequl + + 3 + + + + + + Gallo + Monica + + Academic Editor + + + Department of Analysis and Evaluation of Food Quality, University of Life Sciences in Lublin, 8 Skromna Street, 20-704 Lublin, Poland + Arco by Paco Pérez & Treinta u Tres, 472C Grunwaldzka Avenue, 80-309 Gdańsk, Poland + Poland Department of Pharmacy, Life Science Faculty, Bangabandhu Sheikh Mujibur Rahman Science and Technology University, Gopalganj 8100, Bangladesh + + Correspondence: radoslaw.kowalski@up.lublin.pl + + + 18 + 01 + 2023 + + + 02 + 2023 + + 13 + 3 + 1274 + + + 28 + 12 + 2022 + + + 13 + 01 + 2023 + + + 16 + 01 + 2023 + + + + © 2023 by the authors. + 2023 + + Licensee MDPI, Basel, Switzerland. This article is an open access article distributed under the terms and conditions of the Creative Commons Attribution (CC BY) license (https://creativecommons.org/licenses/by/4.0/). + + + +

The aim of this presented study was the sensory evaluation, the analysis of the nutritional composition, and the analysis of the content of health-promoting ingredients, i.e., the total phenolic compounds and the total flavonoids, in raw chocolate (made exclusively from unroasted cocoa beans, cane sugar, and cocoa butter) in comparison to classic commercial chocolates available in the consumer market. The research showed that raw chocolate, compared to commercial chocolates, contained less carbohydrates (39.6% in raw chocolate and 42.7% and 53.7% in commercial chocolate, respectively), was characterized by a higher content of total phenolic compounds (22.08 mg GAE/g in raw chocolate and 9.25 and 7.87 mg GAE/g in commercial chocolates, respectively), had a a higher content of total flavonoids (8.75 mg ECE/g in raw chocolate and 4.43 mg/g and 3.83 mg ECE/g in commercial chocolates, respectively), and also had a higher total antioxidant activity (172.16 μM TE/g in raw chocolate and 132.60 and 63.76 μM TE/g in commercial chocolates, respectively). In the sensory assessment, raw chocolate received lower ranks than commercial chocolates, especially in the case of the most important discriminant in the entire evaluation, i.e., taste, which was unquestionably related to the lower content of carbohydrates. However, currently, it is necessary to reduce the consumption of sugar, which, when excessively present in the diet, is the cause of many diseases. However, in the sensory evaluation for the criteria “external appearance—shape” and “external appearance—surface condition,” the raw chocolate received the highest marks.

+ + + raw chocolate + chemical composition + antioxidant activity + sensory evaluation + + + + a statutory activity subsidy from the Polish Ministry of Science and Higher Education for the Faculty of Food Science and Biotechnology of the University of Life Sciences in Lublin + + This work was financed by a statutory activity subsidy from the Polish Ministry of Science and Higher Education for the Faculty of Food Science and Biotechnology of the University of Life Sciences in Lublin. + + + + + + 1. Introduction +

Confectionery is a category of snacks that is among the most popular, both among adults and children. In 2014, 91% of Poles declared that they purchased confectionery, and for the majority of them, confections were an indispensable element of the diet. Among all the respondents, 40% declared consuming something sweet at least five times a week [1]. Chocolate is a product that is commonly consumed by all generations and age groups [2]. Data from the year 2020 confirms consumer interest in confectionery, with 21% of the respondents indicating that they choose products of the highest quality [3]. 33% of the consumers of confectionery choose chocolate products, with the dominant preferences being focused on milk chocolate (52%), followed by dark chocolate (33%), and white chocolate (13%). The volume of the Polish confectionery market is estimated at close to 3000 million EUR [3].

+

The consumption of confectionery in large amounts can be harmful, due to the presence of simple sugars, purified wheat flour, fat, unsaturated fatty acids, and trans isomers of fatty acids in their composition, which, in consequence, may lead to disturbances in the functioning of the organism and the development of diet-related diseases, such as diabetes, obesity, or disorders of the circulatory system [4].

+

Chocolate is rich in fats, proteins, carbohydrates, polyphenols, and other bioactive compounds [2]. Chocolate products with a high calorific value are increasingly being replaced by chocolate with a lower calorific value that retains taste quality and visual appeal. The trend in modern chocolate products is to eliminate unnecessary components with a negative effect on one’s health, such as sugar, preservatives, synthetic flavours, and emulsifiers. This is inseparably related to the current demand for products of the types described as “fit” and “eco” and for products with the least possible degree of processing. This situation is due to the growing awareness of consumers as to the current fashion and trends driven by celebrities from the worlds of sports and social media [5].

+

Chocolate is a unique food product, as it is characterised by a solid consistency at room temperature, but it melts easily in the mouth [6]. These properties of chocolate are a result of the properties of cocoa butter, which is a solid at temperatures below 25 °C and holds the particles of sugar and cocoa mass together. At the temperature of the human body, cocoa butter, however, is almost completely liquid, thus allowing the movement of particles due to which chocolate becomes a smooth liquid. Chocolate also has a specific sweetness that is attractive to a majority of people, so it appears strange that the history of chocolate started from a liquid, greasy, and bitter liquor with no resemblance to the product as we know it as today [7]. Its flavour is undoubtedly the most important attribute of chocolate in terms of consumer perceptions. In this respect, the quality of the initial raw material used in chocolate production is of immense importance. The successive stages of chocolate production also have a significant effect on the quality of the end product [8]. The production process of classic chocolate comprises fermentation, drying, roasting, grinding of the cocoa seed, the mixing of all ingredients (cocoa mass, sugar, cocoa butter, emulsifiers, flavours and, if required, milk components), conching, and tempering. The main chemical reactions take place during the fermentation, drying, cocoa seed roasting, and conching of the chocolate mass. These reactions are of the greatest importance for the final taste and flavour [2]. However, those stages also cause certain chemical modifications, which result in changes in the composition and biological properties of the cocoa seeds [9].

+

Cocoa tree seeds (beans) and chocolate itself contain over 200 substances that can improve health and well-being. Not all of those substances, however, are contained in amounts sufficient to produce a health-promoting effect, e.g., acylethanolamines, phenylethylamine, and serotonin [10]. Other substances, in turn, may have low bioavailability in the human organism or may undergo rapid degradation [11].

+

Cocoa and chocolate operate like functional foods, as they contain a number of substances that have a beneficial effect on human health. Chocolate combines certain sensory features with aphrodisiac and antidepressant properties, which expands its effects beyond the cardiovascular system, metabolic diseases, neurological disorders, and psychological profiles [12]. Over the last 15 years, there has been an increase in interest in the potential health benefits of antioxidants and other compounds included in the phytochemical composition of dark chocolate and cocoa [13]. Over 200 studies concerning the bioactive components, chemical composition, and health benefits of cocoa trees and cocoa products have been reported [2].

+

Cocoa tree seeds (beans) have an extremely rich history of medicinal and ritual applications. It started with cocoa seeds being used initially by the Olmecs and then by the Mayas and the Aztecs [14]. Chocolate’s history began with the Mayas, who were most likely the first people in South America to cultivate the cocoa tree. For the Mayas, chocolate was a cocoa drink prepared with hot water and often aromatised with cinnamon and pepper. It was called the food of the Gods, and it was served on the table of Emperor Montezuma II by the Aztecs [6,12]. The term “chocolate” was coined by the early Olmecs, was adopted by the Mayas, and was later adopted by the Mexica (Aztecs) [15]. The word “chocolate” probably originates from the word “Xococalit” from the Aztec “xocolatl” denoting bitter water, and was a drink prepared by the Pre-Olmecs from cocoa seeds as far back as about 2000 BC [16].

+

According to EU Directive 2000/36/EC of the European Parliament, “chocolate designates the product obtained from cocoa products and sugars that, subject to (b), contains not less than 35% total dry cocoa solids, including not less than 18% cocoa butter and not less than 14% of dry non-fat cocoa solids” (excluding certain kinds of chocolate such as “vermicelli”, “gianduja”, or “couverture”) [17].

+

The concept of raw chocolate is still not defined, but it assumes that raw chocolate retains the traits, parameters, and standards of chocolate, but at every stage of the production of such chocolate, the temperature cannot exceed 42 °C [18], the cocoa beans cannot be subjected to roasting, and the chocolate should be composed solely of three components: cocoa mass, cocoa butter, and sugar (of all kinds of chocolate, raw chocolate is the best for human health; therefore, in its production, alternative sugars are most frequently used, such as, e.g., coconut palm sugar, sugar from coconut palm flowers, xylitol, or stevia). There are concerns that not blasting them with heat of up to about 150 °C could mean an increase in bacteria such as salmonella. However, producers insist that, as no animal products are involved, there is no greater risk than when dealing with vegetables, such as carrots or lettuce [19].

+

In view of the present interest of consumers in products with the lowest degree of processing and that are characterised by a chemical composition rich in health-promoting components, we undertook a study aimed at the estimation of the quality of raw chocolate obtained with a simple craftsman method. The following research hypothesis was put forward: raw chocolate may constitute a more favourable alternative (in terms of chemical composition) to the highly processed commercial products. In order to prove the hypothesis, an analysis was conducted of the nutritional composition of the chocolate and the estimation of its content of health-promoting components, e.g., total phenolic content and total flavonoid content, as compared to classic commercial chocolates available in the consumer market. In addition, a sensory analysis was performed to determine the preferences of the members of the sensory assessment panel in comparison to the commercial products.

+ + + 2. Materials and Methods + + 2.1. Experimental Material +

The following ingredients were used for the production of the raw chocolate (MAN), and they all originated from organic production:

raw beans of the cocoa tree cv. Nacional Arriba from the Zoilita plantation in the Los Ríos region of Ecuador (“Eko gram”, Poland);

unrefined cane sugar (“Sweet garden”, India);

cocoa butter (“Eko gram”, Poland).

+

The reference material for the comparisons in the experiment consisted of two samples of commercial chocolate (64% and 50% cocoa mass) available on the market:

classic bitter chocolate 64% (COM 64%) ingredients: cocoa mass, sugar, cocoa with reduced fat content, cocoa butter, emulsifiers (soy lecithin, polyglycerol polyricinoleate), flavour, coca mass minimum of 64%;

light bitter chocolate 50% (COM 50%) ingredients: sugar, cocoa mass, cocoa with reduced fat content, cocoa butter, milk fat, emulsifiers (soy lecithin, polyglycerol polyricinoleate), salt, flavour, cocoa mass minimum of 50%.

+

The choice of reference chocolates with a cocoa mass content of 50% and 64% resulted from the popularity of these chocolates among consumers and corresponded, in terms of the cocoa mass content, to raw chocolate.

+ + + 2.2. Recipe of the Raw Chocolate +

Ingredients: raw cocoa tree beans, hulled—570 g; unrefined cane sugar—300 g; cocoa butter—50 g.

+

The percentage value of the chocolate is the total content of cocoa mass, including cocoa butter, in the chocolate; in the chocolate produced in this experiment, it was ≈ 65.26%.

+

A schematic diagram of the process of production is presented in Figure 1.

+

Cocoa beans were sorted, and those that did not meet the quality requirements were rejected. The accepted beans were ground to the point where the hulls cracked; excessive fragmentation may have resulted in excessive losses at the next stage of processing. The lighter hulls were separated using compressed air. After the melanger was started, when the rollers reached their maximum speed, 15 g of cocoa butter were added to reduce friction and wear on the machine, and then 570 g of cleaned cocoa beans (nibs) were added in batches. The fragmented beans, under the effect of grinding by the rollers, were gradually reduced in size. After 2 h of grinding, unrefined cane sugar was added in portions (300 g). After 24 h from the time of starting the operation of the melanger, the remaining portion of 35 g of cocoa butter was added. The entire mass was left for 48 h for conching. After 72 h of continuous operation of the machine, the smooth and aromatic mass was poured into a container and closed tightly. The chocolate was then left for 21 days in a dry room with a temperature of 16–18 °C in order to mature. The process of chocolate maturation was the final stage of chocolate production, in which taste and flavour were formed and attain full depth. Next, the chocolate was tempered on a marble tabletop. After the process of tempering, the liquid mass was poured into special polycarbonate forms, in which air bubbles were removed from the chocolate mass through the shaking of the forms, and then the whole quantity was left at a temperature of 16–18 °C for full crystallisation.

+ + + 2.3. Determination of Nutritional Composition +

Moisture in tested samples was determined according to the method AOAC 931.04 [20]. Ash contents were determined after dry digestion at 550 °C [21]. The content of lipids was determined according to the AOAC 963.15 official method [22], as modified by Roda and Lambri [23]. The samples were then subjected to acid hydrolysis and extraction by means of a Soxhlet apparatus. Portions of 3–4 g of chocolate/cocoa beans were weighed out. Those amounts were mixed with 45 mL of distilled water at boiling temperature, and then 55 mL of HCl (25% w/v) were added. The solutions were boiled for about 30 min in a reflux condenser, and then filtered using a Whatman n° 595 ½ filter. The filter containing the hydrolysed samples was rinsed thoroughly with distilled water until all chlorides were washed out, and then dried at 100 °C for 6 h. Ultimately, the fat material with the filter was extracted by means of a Soxhlet apparatus with the use of 50 mL of n-hexane for 4 h.

+

Protein determination was carried out following the AOAC 939.02-1939 method [24]. Dietary fibres were analyzed using the AOAC 985.29 methodology [25]. Total non-fibre carbohydrate contents were determined by percent differences (100%—% moisture, % protein, % fat, % ash, and % fibre content) [26].

+

The energetic value was calculated by applying the mean recalculation coefficients for protein, fat, and carbohydrates according to Kunachowicz et al. [27]. These factors were as follows: 1 g of protein—17 kJ, 1 g of fat—37 kJ, and 1 g of carbohydrates—17 kJ.

+ + + 2.4. Extraction of Bioactive Components +

The extraction of bioactive components from samples of the chocolate was conducted according to the procedure described by Barišić et al. [28]. The obtained extracts were stored in a freezer, and prior to analysis, they were filtered through a nylon membrane filter.

+ + + 2.5. Total Phenolic Content +

Determinations of the phenolic compounds in the tested samples were made by spectrophotometric means (λ = 725 nm) according to a modified Singleton and Rossi method [28,29]. A portion (0.1 mL) of chocolate or cocoa bean extract was mixed with 6 mL of water and 0.5 mL of the Folin–Ciocalteu reagent in a calibrated flask. After 6 min, 1.5 mL of 20% Na2CO3 was added, and the flask was topped up with distilled water to the target volume (10 mL). The mixture prepared in this manner was left for 2 h at room temperature in a dark place, and the absorbance of the final solution was measured at 725 nm relative to a blank sample. The results of the phenol content were expressed in gallic acid equivalents (GAE) (Sigma-Aldrich, St. Louis, MO, USA, ACS reagent ≥ 98.00%). The results were calculated from the equation of the calibration curve prepared for gallic acid (GA) standards in the concentration range of 10–60 mg/L (10, 20, 30, 40, 50, and 60 mg/L). Each sample was diluted appropriately to fit the range of the standard curve. All analyses were performed in triplicate.

+ + + 2.6. Total Flavonoid Content +

The determination of flavonoid content in the tested samples was performed by means of spectrophotometry (λ = 510 nm) according to a modified procedure described by Karadeniz et al. [30]. An aliquot of methanolic chocolate extract (1 mL) was mixed with 5 mL of redistilled water and 0.3 mL of 5% NaNO2. After 5 min of incubation at room temperature, 0.6 mL of 10% AlCl3·6H2O was added. After 5 min of incubation, 2 mL of 1 M of NaOH was added, and the mixture was filled with redistilled water up to the final volume of 10 mL. The absorbance of the samples prepared in this manner was measured at 510 nm against the blank. The results of the flavonoid content were expressed in epicatechin equivalents (ECE) (Sigma-Aldrich, St. Louis, MO, USA, ACS reagent ≥ 98.00%). The results were calculated from the equation of the calibration curve prepared for epicatechin (EC) standards in the concentration range of 10–400 mg/L (10; 50; 100; 150; 200; 250; 300; 400 mg/L). Each sample was diluted appropriately to fit the range of the standard curve. All analyses were performed in triplicate.

+ + + 2.7. Free Radical-Scavenging Ability by the Use of a Stable DPPH• Radical +

The antioxidant activity was determined according to a modified Brand–Williams et al. method with the use of the synthetic radical DPPH (2,2-diphenyl-1-picrylhydrazyl, Sigma) dissolved in ethanol [31,32]. A total of 0.5mM of alcoholic DPPH solution was prepared by dissolving 19.72 mg of DPPH in ethanol. The obtained solution was diluted to final 0.08 mM working solution, so that its absorbance at 517 nm was approximately 0.9. The solution was stored in the dark.

+

The test sample contained 1.5 mL of the DPPH solution and 20 µL of the extracts; the absorbance (A) was measured 30 min after the initiation of the reaction. Each measurement was performed in triplicate, and the mean absorbance value (A1) for the solution was calculated.

+

The inhibition of the DPPH radical by the sample was calculated according to the following formula: inhibition % = 100 (A0 − A1)/A0, where A0 is the absorbance of the control, and A1 is the absorbance of the sample. Each sample, depending on the material of the chocolate, was diluted appropriately to the range of the standard curve prepared for Trolox (6-hydroxy-2,5,7,8-tetramethylchroman-2-carboxylic acid) standards. All analyses were performed in triplicate; the concentration values were based on a Trolox standard curve (40–600 μM) and expressed as micromoles of Trolox equivalents (TE) per gram of chocolate.

+ + + 2.8. Sensory Analysis +

The sensory evaluation was performed for the raw chocolate (MAN) and, as a reference, for two samples of commercial chocolates (COM 50% and COM 64%). Sensory analysis of the chocolates was conducted with regard to general preferences (the indication by the assessor that a single sample of chocolate was preferred in terms of sensory traits) and with the use of a hedonic scale, which determined the degree to which a given sample was “desirable” or “undesirable” to the consumer. A 5-point scale was used: like very much (+2 pts), like (+1 pt), neither like nor dislike (0 pts), dislike (−1 pt), dislike very much (−2 pts) [33,34,35,36]. In addition, sensory evaluation in terms of fragrance and flavour was conducted with the use of the ranking test, in which every sample was given a suitable rank, from the least intense fragrance/flavour (rank 1) to the most intense fragrance/flavour (rank 3) [33,35]. The results obtained for an individual trait were expressed as an average characteristic for a given testing group.

+

In addition, a five-point sensory assessment of the chocolates was conducted with regard to the visual appearance of the products: colour, form, and surface quality; and to the fracture, flavour, and taste. The assessors, using a five-point rating scale, were to assign a rank to the given quality trait from 5 to 1 (Table 1). The rank of 5 meant the highest result, and 1 meant the lowest. A definition of the quality of the tested product was assigned to every rank. In view of the fact that not all quality traits affect the overall quality to the same degree, weight coefficients were applied to determine the importance of the quality factors relative to the others (Table 1). The results obtained for a particular trait were summed up and expressed on a percentage scale, where the highest rating of a given trait corresponded to 100%.

+ + + 2.9. Statistical Analysis +

Data were analysed using one-way analysis of variance (ANOVA) followed by Duncan’s test using the SAS statistical system (SAS Version 9.1, SAS Inst., Cary, NC, USA). The significance of all tests was set at p ≤ 0.05.

+ + + + 3. Results and Discussion + + 3.1. Chemical Composition and Visual Assessment +

A bar of raw chocolate obtained in the experiment was characterised by a dark brown colour and a perfectly smooth surface (Figure 2).

+

Table 2 presents the nutritional composition of the raw chocolate produced in the experiment (MAN) compared to the composition of the commercial products (COM 50% and COM 64%) and to the composition of the cocoa beans from which the experimental product was derived.

+

The raw chocolate was characterised by the highest fat content (33.4%), compared to the commercial chocolates COM 50% and COM 64% (28.0 and 32.0%, respectively). In the case of the content of carbohydrates, the lowest level of those components was noted in the experimental product, at 39.6%, while in the case of the commercial products, the corresponding values were 53.7% and 42.7%, respectively. The nutritional composition determined the energy value of the products, and the raw chocolate was characterised by a calorific value (495 kcal) that was similar to those of the commercial chocolates (491 kcal and 494 kcal, respectively). Chocolate and chocolate products are characterised by a high nutritional and calorific value (above 3000 kcal/kg). A notable part of that high energy value results from the content of fat and carbohydrates. The literature data indicate that dark chocolate and milk chocolate are characterised by the following nutritional compositions: carbohydrate amounts of 49.7 and 50.5%, fat amounts of 33.6 and 36.3%, protein amounts of 6.6 and 7.3%, crude fibre amounts of 8 and 3.2%, and calorific values of 515 and 545 kcal, respectively [12]. Similar values of the nutritional composition of chocolate were described by Gürsoy and Heperkan [37], i.e., the compositions for dark and milk chocolate were, respectively: carbohydrate amounts of 55 and 57%, fat amounts of 32 and 33%, protein amounts of 5 and 7%, and calorific values 530 and 518 kcal. Caponio et al. [38] demonstrated that 70% dark chocolate % had the following composition: carbohydrate amounts of 45%, fat amounts of 41%, protein amounts of 8–9%, and soluble dietary fibre amounts of 5%. Cocoa butter is the component of chocolate that has the highest calorific value. It contains approximately 34% (33.3–40.2%) stearic acid (saturated acid), 34% (26.3–35.2%) oleic acid (monounsaturated acid), and 27% (25.2–33.7%) palmitic acid (saturated acid) [37,39]. Stearic acid has only a small effect on the level of cholesterol. Oleic acid may have a reducing effect on cholesterol levels, or it can be neutral in this respect. Palmitic acid, in turn, displays a moderate tendency towards elevating the level of cholesterol. The remaining part of cocoa butter is composed of unsaturated fatty acids [7]. Chocolate also contains minerals in its composition, especially potassium, magnesium, copper, and iron [13,40,41]. While the majority of carbohydrates in chocolate originate from saccharose, there are also small amounts of various carbohydrates in the dietary fibre contained in cocoa. Carbohydrate types and amounts are important because they affect the glycaemic index. Because the presence of lipids in food slows carbohydrate absorption, a high fat content in chocolate causes a slower rise in blood sugar levels, resulting in a lower glycaemic index [7].

+

Table 3 presents the total content of polyphenolics and the total content of flavonoids in the produced raw chocolate and in the commercial chocolates as compared to the content of those components in the non-roasted beans of the cocoa tree. The highest total phenolic content and total flavonoid content were noted in cocoa beans (27.82 mg GAE/g and 12.22 mg ECE/g, respectively). The raw chocolate produced in the experiment was characterised by significantly higher total phenolic and flavonoid contents (22.08 mg GAE/g and 8.75 mg ECE/g, respectively) in comparison to the commercial chocolates, which were characterised by a ca. 2.8-fold lower (COM 50%) and 2.4-fold lower (COM 64%) content of polyphenols and an ca. 2.3-fold lower (COM 50%) and ca. 2-fold lower (COM 64%) content of flavonoids.

+

The literature data indicate that non-roasted cocoa beans from Ecuador had a total phenolic content of 25.42 mg GAE/g, while the corresponding value for roasted cocoa beans was 22.92 mg GAE/g. The total phenolic content in various cocoa beans varied in the range from 9.96 mg GAE/g to 37.81 mg GAE/g and depended on the cultivar, place of origin, and method of treatment or processing (roasting). The cited authors indicated that a majority of the chocolates tested in the described experiment were characterised by a higher level of polyphenols in the chocolates (within the range of 9.10 mg GAE/g to 40.55 mg GAE/g) relative to the phenolic content in the respective cocoa beans from which the chocolates were produced [18]. Urbańska et al. [42], in a study on the mass of milk chocolates based on cocoa mass obtained from non-roasted cocoa beans from Peru, noted a total phenolic content ranging from about 15.25 mg GAE/g to approximately 16.85 mg GAE/g. In another study, chocolates from Peru had phenolic contents ranging from 1.69 mg GAE/g to 5.39 mg GAE/g [43]. Todorovic et al. [44] obtained polyphenol contents in chocolates in the range of 7.21 mg GAE/g to 12.65 mg GAE/g. Jaćimović et al. [13] showed that the content of total polyphenols in dark chocolate ranged from 10.55 to 39.82 mg GAE/g. In addition, it was found that the chocolate samples with the highest cocoa content were characterized by the highest content of polyphenols. It is known that the total polyphenol content varies depending on the variety of cocoa beans and the conditions during fermentation, drying, roasting, processing, and storage. In some cases, the results obtained cannot be directly compared due to different extraction solvents. In addition, some literature results are reported as mg of GAE per gram of cocoa product, while other results are reported as mg of GAE per gram of chocolate defatted sample, which contributes to some variation between the results [45].

+

The content of flavonoids in a study on cocoa beans from China, Indonesia, and Papua New Guinea ranged from 3.50 mg ECE/g to 12.62 mg ECE/g [46], and the highest of those values corresponded to the value obtained in the experiment presented herein. The content of flavonoids in chocolates from Peru varied from 0.28 mg CE/g (catechin equivalents) to 1.99 mg CE/g [43]. In another study, the level of flavonoids in lipid-free chocolate masses fell within the range of 0.02 mg ECE/g to 6.01 mg ECE/g [47]. Jaćimović et al. [13] showed that the total flavonoid content in dark chocolate samples ranged from 10.04 to 37.85 mg CE/g. The chocolate samples with the highest levels of total polyphenols also contained the highest contents of flavonoids [13], which was also confirmed in our study. Samples with the highest content of cocoa showed the highest content of flavonoids. According to Lee et al. [48], cocoa has a higher content of flavonoids per portion than tea or red wine. Powdered cocoa is one of the richest identified dietary sources of flavonoids so far, next to buckwheat hulls, sorghum, and cinnamon [49].

+

The highest value of antioxidant activity, a 36.95% DPPH radical inhibition, was noted for non-roasted cocoa beans, which corresponded to 216.61 μM TE/g (Table 3). Higher antioxidant activity results for cocoa beans were obtained by Elodie et al. [9], i.e., between 295 and 329 μM TE/g (unfermented cocoa beans) and from 221 to 351 μM TE/g (fermented cocoa beans). The second-ranking sample in terms of antioxidant activity was the raw chocolate MAN obtained from non-roasted cocoa beans, which had an inhibition at a level of 29.91% (172.16 μM TE/g). The sample of commercial chocolate (COM 64%) was characterised by antioxidant activity at a level of 23.63% inhibition (132.60 μM TE/g). The lowest value of antioxidant activity was noted in the case of the commercial chocolate COM 50%–at a 12.72% inhibition (63.76 μM TE/g). Caponio et al. [38] showed that two types of dark chocolate, i.e., artisanal and industrial, had antioxidant activities of 79.81 and 68.65 μM TE/g, respectively, which were lower than in our study. The results obtained in the range of the contents of polyphenols, flavonoids, and antioxidant activity supported the correlation between the content of cocoa mass and the oxidative capacity of the products. Roasting cocoa beans generally results in a lowering of antioxidant activity. Arlorio et al. [50] noted a decrease in the antioxidant activity of cocoa ranging between 37 and 48% after preliminary roasting at 100 °C and proper roasting of various cocoa cultivars at 130 °C. In addition, Hu et al. [51] observed a decrease in the antioxidant activity of cocoa, ranging between 44 and 50%, during roasting at a high temperature (190 °C) for a short time (15 min).

+

With regard to the commercial production of chocolate, one should take into account that the numerous parameters of the complex technological process affect the nutritional as well as the health-promoting values of the obtained product [18]. Cocoa beans are the primary raw material for the production of chocolate and the most important source of phenolic compounds [52]. In the technological process, which is characterised by the use of high temperatures, a majority of polyphenols undergo degradation, which can be observed in the form of lower levels of those health-promoting components relative to the unprocessed raw material. It should be emphasised that certain polyphenols, e.g., (-)-epicatechin, can form highly complex, insoluble complexes that are very hard to determine analytically. Such complex procyanidins, under the effect of high temperatures, may undergo degradation into easily extractable monomeric forms, which affect the total phenolic content in the product [18]. The roasting of cocoa beans results in the appearance of the characteristic colour, flavour, taste, and texture of roasted cocoa beans [53], which has an effect on the sensory parameters of the final product, i.e., chocolate. As a result of the application of high temperatures during roasting, in the range of 120–150 °Cover 5–120 min, a reduction is observed in the total phenolic content and the total flavonoid content [53,54]. Chocolate processing has an effect on the total phenolic content and also on the antioxidant activity of chocolate, and suitable technology can “optimise” the retention of polyphenols and the antioxidant activity of chocolate [55]. Żyżelewicz et al. [56] indicated that, in the case of the total content of polyphenols in chocolate, the conching process did not contribute to a significant degradation of these compounds, unlike the roasting process. The progressive decrease in the content of polyphenols during the production of chocolate was also described by Di Mattia et al. [57]. These authors indicated that roasting played the most important role in this case, although differences in the concentration of polyphenols can also be observed between conched and un-tempered chocolate, as well as finished dark chocolate.

+ + + 3.2. Sensory Evaluation +

In the sensory analysis performed with the method of preference assessment by a group of assessors, the commercial chocolate COM 50% obtained the highest rank of 9 in total, while the experimental raw chocolate and the commercial chocolate COM 64% obtained the ranks of 2 and 1, respectively (Figure 3).

+

In the sensory analysis of the tested samples of chocolate according to the hedonic scale, the commercial chocolates obtained the highest summary values of ratings, i.e., 18 (COM 50%) and 13 (COM 64%), while the experimental raw chocolate (MAN) obtained the lowest rating of 2 (Figure 4).

+

In the analysis conducted with the method of sequencing the discriminants of the two traits of flavour and taste, the commercial chocolates were indicated as the preferred ones in terms of flavour, with average ranks of 2.33 (COM 50%) and 2 (COM 64%), respectively, while the raw chocolate (MAN) obtained the lowest rank of 1.83. When the criterion in the evaluation was the taste, all of the tested chocolates were given similar ranks (2 and 1.95), with the commercial chocolates having a minimal advantage (Figure 5).

+

In the next stage of the conducted sensory analysis of the chocolates, five evaluated traits were distinguished, i.e., external appearance—colour, external appearance—shape, external appearance—surface condition, fragrance, and flavour (Figure 6).

+

In the evaluation of the trait “external appearance—colour”, the commercial chocolates obtained the highest ranks in the percentage scale, i.e., 91.67% (COM 64%) and 90% (COM 50%), while the raw chocolate (MAN) obtained the rank of 86.67%. With regard to the criteria of “external appearance—shape” and “external appearance—surface condition”, the panel members gave the highest ranks to the raw chocolate (MAN), at 98.33 and 93.33%, respectively, while the ranks given to the commercial chocolates were 95 and 88.33% (COM 50%) and 93.33 and 88.33% (COM 64%), respectively. The commercial chocolates were characterised by the highest-ranked parameters, i.e., flavour and taste, and obtained the values of 81.67 and 75%, and 83.33 and 80%, for the chocolates COM 50% and COM 64%, respectively, while the rank given to the raw chocolate MAN for its flavour and taste was low at 65%. Taking into account the weight of the individual evaluated parameters, in this analysis, as can be seen in Table 1, the highest summary rank for all five of the evaluated discriminants was granted to the chocolate COM 50%, at 86.58%, followed by the chocolate COM 64% at84%, and the lowest rank was given to the raw chocolate MAN at 77.83%.

+

In summary of the results of the sensory evaluation, the commercial chocolate scored 50%. The most important discriminant in the evaluation was taste (weight factor 0.3), which is affected by sweetness, which is determined by the content of carbohydrates. The commercial chocolate COM 50% had the highest content of carbohydrates at 53.7% (Table 2). This was reflected in the highest level of sweetness in that chocolate. The chocolate COM 64% was the next-ranked chocolate in terms of taste, with 42.7% carbohydrate content, which was 11% less than the chocolate COM 50%. The experimental raw chocolate MAN had the lowest content of carbohydrates, 39.6%, and its rank for taste was also the lowest. The taste preferences of consumers are shaped by their being accustomed to products offered by commercial producers in the consumer market. Popov-Raljić et al. [58] analysed the sensory parameters of nine milk chocolate products that differed in their content of saccharose (400, 475, or 550 g/kg) and cocoa butter (280, 320 or 360 g/kg). The cited authors demonstrated that samples with a low content of sugar had a more bitter taste, while samples with a higher sugar content were characterised by a more intense milky/vanilla/caramel taste and a harder consistency, and they obtained higher ranks in the sensory evaluation. According to Urbańska et al. [59], a high sugar addition results in higher consumer acceptance of chocolates. However, in recent years, efforts have been made to reduce the content of sugar in various food products, including chocolate. The excessive intake of free sugars increases the total consumption of energy and may reduce the consumption of foods richer in nutrients, which involves numerous unfavourable health effects [60]. The excessive intake of sugar is related to an increased risk of the development of non-contagious diseases, such as excessive body mass, cardiometabolic diseases, elevated blood pressure, certain kinds of cancer, and tooth decay [61]. On the basis of evidence linking sugar intake with unfavourable health effects, the WHO [62] recommended a limitation of free sugar intake to less than 10% (at best, below 5%) of the daily total consumption of energy, which corresponds to 50 g a day per average adult. Although a number of countries have implemented a set of strategies and means aimed at reducing sugar intake [63], the available data show that the objective has not yet been attained [61]. In view of the above, the raw chocolate presented in this report can be an alternative to commercial products that are characterised by a higher content of carbohydrates. In spite of the lower ranks in the sensory analysis, it is worth promoting such a product that complies with WHO recommendations concerning the reduction of sugar intake.

+

Fat is another component that should be mentioned among the basic nutritional components of chocolate. The raw chocolate MAN had the highest content of fat (33.4%), while the commercial chocolate COM 50% was characterised by the lowest level of that component (28%). Guinard et al. [64] demonstrated that various levels of fat and sugar in chocolate resulted in very big differences in the sensory properties of milk chocolate. The cited authors demonstrated that samples with a high fat content were ranked lower than samples with a low content of fat.

+

The raw chocolate MAN was obtained from non-roasted cocoa beans, as opposed to the commercial chocolates, which were produced from roasted cocoa beans. In addition, the composition of the raw chocolate was limited solely to three basic components: non-roasted cocoa beans, cane sugar, and cocoa butter. According to the producer’s statement, the commercial chocolates contained additional components, such as emulsifiers (soy lecithin, polyglycerol polyricinoleate), flavour additives, and milk fat (in the case of the chocolate COM 50%). The raw chocolate had a higher content of total phenolic compounds and a higher total flavonoid content. As those components produce a more intense bitter taste, this resulted in reduced ranks in the evaluation of the trait “taste”. Oberrauter et al. [65] demonstrated that phenolic compounds are the key inducers of bitterness and sourness, which potentially reduces the acceptance of such chocolates by consumers.

+ + + + 4. Conclusions +

This presented study indicated that the craft raw chocolate produced solely with the use of three recipe ingredients (non-roasted cocoa beans, cane sugar, and cocoa butter) was characterised by a lower content of carbohydrates (39.6% in raw chocolate and 42.7% and 53.7% in commercial chocolates, respectively), higher total phenolic and total flavonoid contents (22.08 mg GAE/g and 8.75 mg ECE/g in raw chocolate; 9.25 and 7.87 mg GAE/g; and 4.43 and 3.83 mg ECE/g in commercial chocolates, respectively), and a higher antioxidant activity compared to commercial chocolates (172.16 μM TE/g in raw chocolate and 132.60 and 63.76 μM TE/g in commercial chocolates, respectively). In the sensory evaluation, the raw chocolate obtained lower rankings than the commercial chocolates, especially in the case of the most important discriminant in the entire evaluation, i.e., taste, which was unquestionably related to the lower content of carbohydrates. On the other hand, in the sensory evaluation for the criteria “external appearance—shape” and “external appearance—surface condition”, the panel members gave the highest ranks to the raw chocolate.

+ + + + + Author Contributions +

Conceptualisation, R.K. and M.R.; methodology R.K. and M.R.; software, J.W.; validation, R.K.; formal analysis, R.K.; investigation, R.K. and M.T.I.; resources, R.K. and M.T.I.; data curation, R.K., M.R. and J.W.; writing—original draft preparation, R.K.; writing—review and editing, R.K. and M.T.I.; visualization, R.K. and J.W.; supervision, R.K. and M.T.I.; project administration, R.K.; funding acquisition, R.K. All authors have read and agreed to the published version of the manuscript.

+ + + Institutional Review Board Statement +

Not applicable.

+ + + Informed Consent Statement +

Not applicable.

+ + + Data Availability Statement +

Not applicable.

+ + + Conflicts of Interest +

The authors declare no conflict of interest.

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Block diagram of the process of raw chocolate production.

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Bar of raw chocolate: (A)—view from above, (B)—view from the front.

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Results of sensory analysis—method of preference evaluation. MAN—raw chocolate, COM 64%—classic bitter chocolate 64%, COM 50%—light bitter chocolate 50% (COM 50%).

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Results of sensory analysis—hedonic method, assessor perception of the samples. MAN—raw chocolate, COM 64%—classic bitter chocolate 64%, COM 50%—light bitter chocolate 50% (COM 50%).

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Evaluation of the taste of the samples, results of sensory analysis through the sequencing method. MAN–raw chocolate, COM 64%–classic bitter chocolate 64%, COM 50%–light bitter chocolate 50% (COM 50%).

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Results of five-point evaluation of the chocolates. MAN—raw chocolate, COM 64%—classic bitter chocolate 64%, COM 50%—light bitter chocolate 50% (COM 50%).

+ + + + + applsci-13-01274-t001_Table 1 + + +

Definitions of product quality for the five-point sensory assessment.

+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
QualityImportance CoefficientPoint Values
54321
External appearance—colour0.15dark brown to light brown, clear, very uniformdark brown to light brown, clean, uniformBrown, slightly unharmonizedtoo light or too dark, unevenwrong with a grey tint with spots
External appearance—shape0.10correct for a given form, no signs of damagenormalslightly distorted at the edgesdistortedclearly distorted
External appearance—surface condition0.15the upper one—perfectly smooth, with a clear form compression and gloss, the lower one—perfectly smooth mattethe upper one—smooth, with a clear imprint of the form and gloss, the lower one—smooth matte with slight cracksupper—smooth with an imprint of the form, slightly matte, small cracks, lower—slightly uneven, matteupper—irregularities, indistinct form pattern, no gloss, few matte spots, lower—uneven, with spotsupper—deformations, significant cracks, dull, lower—very uneven, cracked with a grey coating
Fracture0.10fine-grained, very uniformfine-grained, uniformfine-grained with individual air bubblescoarse with air bubbleswrong, uneven, with numerous air bubbles
Fragrance0.20intense, very pleasant, chocolatey, harmonizedintense, pleasantquite pleasant, but too weak, not very harmonizedweak or uncleanstale or foreign
Flavour0.30very pleasant, clear chocolate flavour with a clean filling, perfectly harmonizedpleasant, clear chocolate flavour with a clean filling, harmonizedquite pleasant, clear, harmonizednot very clear, not harmonizedstale, foreign, sour ranch
+ + + applsci-13-01274-t002_Table 2 + + +

Nutritional composition of raw chocolate, commercial chocolates and cocoa beans.

+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
SampleMoisture(%)Ash(%)Fat(%)Carbohydrates(%)Dietary Fibre(%)Proteins(%)Energy Value(kJ/kcal)
COM 50%0.6 b1.7 b28.0 d53.7 a9.8 d6.2 c2054/491
COM 64%0.5 b1.6 b32.0 c42.7 b14.0 c9.1 b2065/494
MAN0.3 b1.6 b33.4 b39.6 c15.8 b9.3 b2067/495
Cocoa beans4.3 a2.6 a45.1 a6.8 d26.3 a15 a2038/488
+ + +

MAN—raw chocolate, COM 64%—classic bitter chocolate 64%, COM 50%—light bitter chocolate 50% (COM 50%). Values designated with the same letters (a, b, c, d) within column do not significantly differ at 5% error (Duncan’s test).

+ + + + + applsci-13-01274-t003_Table 3 + + +

Total phenolic content, total flavonoid content, and antioxidant activity of the analysed samples of raw chocolate, commercial chocolates, and cocoa beans.

+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
SampleTotal Phenolic Content(mg GAE/g)Total Flavonoid Content(mg ECE/g)% DPPH Radical InhibitionAntioxidant Activity(μM TE/g)
COM 50%7.87 a3.83 a12.72 a63.76 a
COM 64%9.25 b4.43 b23.63 b132.60 b
MAN22.08 c8.75 c29.91 c172.16 c
Cocoa beans27.82 d12.22 d36.95 d216.61 d
+ + +

MAN—raw chocolate, COM 64%—classic bitter chocolate 64%, COM 50%—light bitter chocolate 50% (COM 50%), GAE—gallic acid equivalents, ECE—epicatechin equivalents, TE—Trolox equivalents. Values designated with the same letters (a, b, c, d) within column do not significantly differ at 5% error (Duncan’s test).

+ + + + + + +

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You may copy it, give it away or +re-use it under the terms of the Project Gutenberg License included +with this eBook or online at www.gutenberg.org + + +Title: Alice in Wonderland + A Dramatization of Lewis Carroll's "Alice's Adventures in + Wonderland" and "Through the Looking Glass" + +Author: Alice Gerstenberg + +Release Date: March 26, 2011 [EBook #35688] + +Language: English + +Character set encoding: ISO-8859-1 + +*** START OF THIS PROJECT GUTENBERG EBOOK ALICE IN WONDERLAND *** + + + + +Produced by The Online Distributed Proofreading Team at +https://www.pgdp.net (This file was produced from images +generously made available by The Internet Archive.) + + + + + + + + + + + + +Larger Image + +Alice: You’re Humpty Dumpty! Just like an egg. +[Page 24] + + + + + +Larger Image +Text of Title Page + + + + + +Copyright +A. C. McCLURG & CO. +1915 + + + +Published December, 1915 + + + +Rights to produce this play in all countries of the world +are reserved by Alice Gerstenberg + + + +W. F. MAEL PRINTING COMPANY, CHICAGO + + + + +TO THE MEMORY OF LEWIS CARROLL + + + + + +This dramatic rendering of Alice in Wonderland, by Alice Gerstenberg of Chicago, was produced by The Players Producing Company of Chicago (Aline Barnsdall and Arthur Bissell), at the Fine Arts Theater, Chicago, February 11, 1915. After a successful run it opened at the Booth Theater, New York, March 23, 1915. + +The scenery and the costumes were designed by William Penhallow Henderson of Chicago. + +The music was written by Eric De Lamarter of Chicago. + +The advertising posters and cards were designed by Jerome Blum of Chicago. + +The illustrations of the characters of the play in this book were drawn by J. Allen St. John from photographs by Victor Georg of Chicago. + +W. H. Gilmore staged the play with the following cast: +Lewis Carroll Frank Stirling +Alice Vivian Tobin +Red Queen Florence LeClercq +White Queen Mary Servoss +White Rabbit Donald Gallaher +Humpty Dumpty Alfred Donohoe +Gryphon Fred W. Permain +Mock Turtle Geoffrey Stein +Mad Hatter Geoffrey Stein +March Hare Fred W. Permain +Dormouse J. Gunnis Davis +Frog Footman Walter Kingsford +Duchess Kenyon Bishop +Cheshire Cat Alfred Donohoe +King of Hearts Frederick Annerly +Queen of Hearts Winifred Hanley +Knave of Hearts Foxhall Daingerfield +Caterpillar Walter Kingsford +Two of Spades Rule Pyott +Five of Spades France Bendtsen +Seven of Spades John A. Rice + + + + +Alice in Wonderland +THE SCENES + +ACT I +Scene I—Alice’s Home. +Scene II—The Room in the Looking Glass. +Scene III—The Hall with Doors. +Scene IV—The Sea Shore. + +ACT II +Scene——The March Hare’s Garden. + +ACT III +Scene I—The Garden of Flowers. +Scene II—The Court of Hearts. +Scene III—Alice’s Home. + +Miss Gerstenberg’s manuscript called for costumes after the illustrations of John Tenniel, and scenery of the simple imaginative type, the “new art” in the theater. + + + + + +ALICE IN WONDERLAND + + + + + +[Pg 1] + +Alice in Wonderland + + + + +ACT I + + + +SCENE ONE + +Alice’s home. Lewis Carroll is discovered, playing chess. Golden-haired Alice, in a little blue dress, a black kitten in her arms, stands watching him. + + +Alice + +That’s a funny game, uncle. What did you do then? + + +Carroll + +A red pawn took a white pawn; this way. You see, Alice, the chessboard is divided into sixty-four squares, red and white, and the white army tries to win and the red army tries to win. It’s like a battle! + + +Alice + +With soldiers? + + +Carroll + +Yes, here are the Kings and Queens they are fighting for. That’s the Red Queen and here’s the White Queen. + +[Pg 2] +Alice + +How funny they look! + + +Carroll + +See the crowns on their heads, and look at their big feet. + + +Alice + +It’s a foot apiece, that’s what it is! Do they hump along like this? + + +Carroll + +Here! You’re spoiling the game. I must keep them all in their right squares. + + +Alice + +I want to be a queen! + + +Carroll + +Here you are [he points to a small white pawn] here you are in your little stiff skirt! + + +Alice + +How do you do, Alice! + + +Carroll + +And now you are going to move here. + +[Pg 3] +Alice + +Let me move myself. + + +Carroll + +When you have traveled all along the board this way and haven’t been taken by the enemy you may be a queen. + + +Alice + +Why do people always play with kings and queens? Mother has them in her playing cards too. Look! + +[Alice goes to the mantel and takes a pack of playing cards from the ledge.] + +Here’s the King of Hearts and here’s his wife; she’s the Queen of Hearts—isn’t she cross-looking? wants to bite one’s head off. + +[Carroll moves a pawn.] + +You’re playing against yourself, aren’t you? + + +Carroll + +That’s one way of keeping in practice, Alice; I have friends in the university who want to beat me. + + +Alice + +But if you play against yourself I should think you’d want to cheat! + + +Carroll + +Does a nice little girl like you cheat when she plays against herself? + +[Pg 4] +Alice + +Oh! I never do! I’d scold myself hard. I always pretend I’m two people too. It’s lots of fun, isn’t it? Sometimes when I’m all alone I walk up to the looking glass and talk to the other Alice. She’s so silly, that Alice; she can’t do anything by herself. She just mocks me all the time. When I laugh, she laughs, when I point my finger at her, she points her finger at me, and when I stick my tongue out at her she sticks her tongue out at me! Kitty has a twin too, haven’t you darling? + +[Alice goes to the mirror to show Kitty her twin.] + + +Carroll + +I’ll have to write a book some day about Alice—Alice in wonderland, “Child of the pure unclouded brow and dreaming eyes of wonder!” or, Alice through the looking glass! + + +Alice + +Don’t you wish sometimes you could go into looking-glass house? See! + +[Alice stands on an armchair and looks into the mirror.] + +There’s the room you can see through the glass; it’s just the same as our living-room here, only the things go the other way. I can see all of it—all but the bit just behind the fireplace. Oh! I do wish I could see that bit! I want so much to know if they’ve a fire there. You never can tell, you know, unless our fire smokes. Then smoke comes up in that room too—but that may be just to make it look as if they had a fire—just to pretend they had. The books are something like our books,[Pg 5] only the words go the wrong way. Won’t there ever be any way of our getting through, uncle? + + +Carroll + +Do you think Kitty would find looking-glass milk digestible? + + +Alice + +It doesn’t sound awful good, does it; but I might leave her at home. She’s been into an awful lot of mischief today. She found sister’s knitting and chased the ball all over the garden where sister was playing croquet with the neighbors. And I ran and ran after the naughty little thing until I was all out of breath and so tired! I am tired. + +[She yawns and makes herself comfortable in the armchair.] + + +Carroll + +[Replaces the playing cards on the mantel and consults his watch.] + +Take a nap. Yes, you have time before tea. + + +Alice + +[Half asleep.] + +We’re going to have mock turtle soup for supper! I heard mamma tell the cook not to pepper it too much. + + +Carroll + +What a funny little rabbit it is, nibbling all the time! + +[He leans gently over the back of her chair, and seeing[Pg 6] that she is going to sleep puts out the lamp light and leaves the room. A red glow from the fireplace illumines Alice.] + +[Dream music. A bluish light reveals the Red Chess Queen and the White Chess Queen in the mirror.] + + +Red Queen + +[Points to Alice and says in a mysterious voice.] + +There she is, let’s call her over. + + +White Queen + +Do you think she’ll come? + + +Red Queen + +I’ll call softly, Alice! + + +White Queen + +Hist, Alice. + + +Red Queen + +Alice! + + +White Queen + +Hush—if she wakes and catches us— + + +Both Queens + +Alice, come through into looking-glass house! + +[Their hands beckon her.] + +[Pg 7] +Alice + +[Rises, and talks sleepily. The Queens disappear. Alice climbs from the arm of the chair to the back of another and so on up to the mantel ledge, where she picks her way daintily between the vases.] + +I—don’t—know—how—I—can—get—through. I’ve tried—before—but the glass was hard—and I was afraid of cutting—my fingers— + +[She feels the glass and is amazed to find it like gauze.] + +Why, it’s soft like gauze; it’s turning into a sort of mist; why, it’s easy to get through! Why—why—I’m going through! + +[She disappears.] + + + + + +SCENE TWO + +[Is Scene One, reversed. The portieres are black and red squares like a chessboard. A soft radiance follows the characters mysteriously. As the curtain rises Alice comes through the looking glass; steps down, looks about in wonderment and goes to see if there is a “fire.” The Red Queen rises out of the grate and faces her haughtily.] + + +Alice + +Why, you’re the Red Queen! + + +Red Queen + +Of course I am! Where do you come from? And where are you going? Look up, speak nicely, and don’t twiddle your fingers! + +[Pg 8] +Alice + +I only wanted to see what the looking glass was like. Perhaps I’ve lost my way. + + +Red Queen + +I don’t know what you mean by your way; all the ways about here belong to me. Curtsey while you’re thinking what to say. It saves time. + + +Alice + +I’ll try it when I go home; the next time I’m a little late for dinner. + + +Red Queen + +It’s time for you to answer now; open your mouth a little wider when you speak, and always say, “Your Majesty.” I suppose you don’t want to lose your name? + + +Alice + +No, indeed. + + +Red Queen + +And yet I don’t know, only think how convenient it would be if you could manage to go home without it! For instance, if the governess wanted to call you to your lessons, she would call out “come here,” and there she would have to leave off, because there wouldn’t be any name for her to call, and of course you wouldn’t have to go, you know. + +[Pg 9] +Alice + +That would never do, I’m sure; the governess would never think of excusing me from lessons for that. If she couldn’t remember my name, she’d call me “Miss,” as the servants do. + + +Red Queen + +Well, if she said “Miss,” and didn’t say anything more, of course you’d miss your lessons. I dare say you can’t even read this book. + + +Alice + +It’s all in some language I don’t know. Why, it’s a looking-glass book, of course! And if I hold it up to a glass, the words will all go the right way again. + +Jabberwocky +’Twas brillig, and the slithy toves +Did gyre and gimble in the wabe; +All mimsy were the borogoves, +And the mome raths outgrabe. + +It seems very pretty, but it’s rather hard to understand; somehow it seems to fill my head with ideas—only I don’t exactly know what they are. + + +Red Queen + +I daresay you don’t know your geography either. Look at the map! + +[Pg 10][She takes a right angle course to the portieres and points to them with her sceptre.] + + +Alice + +It’s marked out just like a big chessboard. I wouldn’t mind being a pawn, though of course I should like to be a Red Queen best. + + +Red Queen + +That’s easily managed. When you get to the eighth square you’ll be a Queen. It’s a huge game of chess that’s being played—all over the world. Come on, we’ve got to run. Faster, don’t try to talk. + + +Alice + +I can’t. + + +Red Queen + +Faster, faster. + + +Alice + +Are we nearly there? + + +Red Queen + +Nearly there! Why, we passed it ten minutes ago. Faster. You may rest a little now. + +[Pg 11] +Alice + +Why, I do believe we’re in the same place. Everything’s just as it was. + + + + + +Red Queen + +Of course it is, what would you have it? + +[Pg 12] +Alice + +Well, in our country you’d generally get to somewhere else—if you ran very fast for a long time as we’ve been doing. + + +Red Queen + +A slow sort of country. Now here you see, it takes all the running you can do, to keep in the same place. If you want to get somewhere else, you must run at least twice as fast as that. + + +Alice + +I’d rather not try, please! I’m quite content to stay here—only I am so hot and thirsty. + + +Red Queen + +I know what you’d like. + +[She takes a little box out of her pocket.] + +Have a biscuit? + +[Alice, not liking to refuse, curtseys as she takes the biscuit and chokes.] + + +Red Queen + +While you’re refreshing yourself, I’ll just take the measurements. + +[She takes a ribbon out of her pocket and measures the map with it.] + +At the end of two yards I shall give you your directions—have another biscuit? + +[Pg 13] +Alice + +No thank you, one’s quite enough. + + +Red Queen + +Thirst quenched, I hope? At the end of three yards I shall repeat them—for fear of your forgetting them. At the end of four, I shall say good-bye. And at the end of five, I shall go! That Square belongs to Humpty Dumpty and that Square to the Gryphon and Mock Turtle and that Square to the Queen of Hearts. But you make no remark? + + +Alice + +I—I didn’t know I had to make one—just then. + + +Red Queen + +You should have said, “It’s extremely kind of you to tell me all this,” however, we’ll suppose it said. Four! Good-bye! Five! + +[Red Queen vanishes in a gust of wind behind the portieres. Rabbit music. White Rabbit comes out of the fireplace and walks about the room hurriedly. He wears a checked coat, carries white kid gloves in one hand, a fan in the other and takes out his watch to look at it anxiously.] + + +White Rabbit + +Oh the Duchess! the Duchess! Oh! won’t she be savage if I’ve kept her waiting! + +[Pg 14] +Alice + +I’ve never seen a rabbit with a waistcoat and a watch! And a waistcoat pocket! If you please, sir— + + +White Rabbit + +Oh! + +[He drops fan and gloves in fright and dashes out by way of the portieres in a gust of wind. Alice picks up the fan and playfully puts on the gloves. The portieres flap in the breeze and a shawl flies in.] + + +Alice + +[Catches the shawl and looks about for the owner; then meets the White Queen.] + +I’m very glad I happened to be in the way. + + +White Queen + +[Runs in wildly, both arms stretched out wide as if she were flying, and cries in a helpless frightened way.] + +Bread-and-butter, bread-and-butter. + + +Alice + +Am I addressing the White Queen? + + +White Queen + +Well, yes, if you call that a-dressing. It isn’t my notion of the thing, at all. + +[Pg 15] +Alice + +If your Majesty will only tell me the right way to begin, I’ll do it as well as I can. + + +White Queen + +But I don’t want it done at all. I’ve been a-dressing myself for the last two hours. + + +Alice + +Every single thing’s crooked, and you’re all over pins; may I put your shawl straight for you? + + +White Queen + +I don’t know what’s the matter with it! It’s out of temper. I’ve pinned it here, and I’ve pinned it there, but there’s no pleasing it. + + +Alice + +It can’t go straight, you know, if you pin it all on one side, and dear me, what a state your hair is in! + + +White Queen + +The brush has got entangled in it! And I lost the comb yesterday. + + +Alice + +[Takes out the brush and arranges the Queen’s hair.] + +You look better now! But really you should have a lady’s maid! + +[Pg 16] +White Queen + +I’m sure I’ll take you with pleasure. Two pence a week and jam every other day. + + +Alice + +[Who cannot help laughing.] + +I don’t want you to hire me—and I don’t care for jam. + + +White Queen + +It’s very good jam. + + +Alice + +Well, I don’t want any today, at any rate. + + +White Queen + +You couldn’t have it if you did want it. The rule is, jam tomorrow and jam yesterday—but never jam today. + + +Alice + +It must come sometimes to “jam today.” + + +White Queen + +No, it can’t, it’s jam every other day; today isn’t any other day, you know. + + +Alice + +I don’t understand you, it’s dreadfully confusing! + +[Pg 17] +White Queen + +That’s the effect of living backwards, it always makes one a little giddy at first— + + +Alice + +Living backwards! I never heard of such a thing! + + +White Queen + +But there’s one great advantage in it—that one’s memory works both ways. + + +Alice + +I’m sure mine only works one way. I can’t remember things before they happen. + + +White Queen + +It’s a poor sort of memory that only works backwards. + + +Alice + +What sort of things do you remember best? + + +White Queen + +Oh, things that happened the week after next. For instance now: + +[She sticks a large piece of plaster on her finger.] + +There’s the King’s messenger—he’s in prison being punished; and the trial doesn’t even begin till next Wednesday; and of course the crime comes last of all. + +[Pg 18] +Alice + +Suppose he never commits the crime? + + +White Queen + +[Binding the plaster with ribbon.] + +That would be all the better, wouldn’t it? + + +Alice + +Of course it would be all the better, but it wouldn’t be all the better his being punished. + + +White Queen + +You’re wrong there, at any rate; were you ever punished? + + +Alice + +Only for faults. + + +White Queen + +And you were all the better for it, I know! + + +Alice + +Yes, but then I had done the things I was punished for; that makes all the difference. + + +White Queen + +But if you hadn’t done them that would have been better still; better and better and better! + +[Pg 19] +Alice + +There’s a mistake somewhere— + + +White Queen + +[Screams like an engine whistle, and shakes her hand.] + +Oh, Oh, Oh! My finger’s bleeding. Oh, Oh, Oh! + + +Alice + +What is the matter? Have you pricked your finger? + + +White Queen + +I haven’t pricked it yet—but I soon shall—Oh, Oh, Oh! + + +Alice + +When do you expect to do it? + + +White Queen + +When I fasten my shawl again; the brooch will come undone directly. Oh, Oh! + +[Brooch flies open and she clutches it wildly.] + + +Alice + +Take care! you’re holding it all crooked! + + +White Queen + +[Pricks her finger and smiles.] + +That accounts for the bleeding, you see; now you understand the way things happen here. + +[Pg 20] +Alice + +But why don’t you scream now? + + + + + +White Queen + +Why, I’ve done all the screaming already. What would be the good of having it all over again? Oh! it’s time to run if you want to stay in the same place! Come on! + +[Pg 21] +Alice + +No, no! Not so fast! I’m getting dizzy!! + + +White Queen + +Faster, faster! + + +Alice + +Everything’s black before my eyes! + +[There is music, and the sound of rushing wind, and in the darkness the White Queen cries: “Faster, faster”; Alice gasps: “I can’t—please stop”; and the Queen replies: “Then you can’t stay in the same place. I’ll have to drop you behind. Faster—faster, good-bye.”] + + + + + +SCENE THREE + +When the curtain rises one sees nothing but odd black lanterns with orange lights, hanging, presumably, from the sky. The scene lights up slowly revealing Alice seated on two large cushions. She has been “dropped behind” by the White Queen and is dazed to find herself in a strange hall with many peculiar doors and knobs too high to reach. + + +Alice + +Oh! my head! Where am I? Oh dear, Oh dear! + +[She staggers up and to her amazement finds herself smaller than the table.] + +[Pg 22] I’ve never been smaller than any table before! I’ve always been able to reach the knobs! What a curious feeling. Oh! I’m shrinking. It’s the fan—the gloves! + +[She throws them away, feels her head and measures herself against table and doors.] + +Oh! saved in time! But I never—never— + + +White Rabbit + +Oh! my fan and gloves! Where are my— + + +Alice + +Oh! Mr. Rabbit—please help me out—I want to go home—I want to go home— + + +White Rabbit + +Oh! the Duchess! Oh! my fur and whiskers! She’ll get me executed, as sure as ferrets are ferrets! Oh! you have them! + + +Alice + +I’m sorry—you dropped them, you know— + + +White Rabbit + +[Picks up fan and gloves and patters off.] + +She’ll chop off your head! + + +Alice + +If you please sir—where am I?—won’t you please—tell me how to get out—I want to get out— + +[Pg 23] +White Rabbit + +[Looking at his watch.] + +Oh! my ears and whiskers, how late it’s getting. + +[A trap door gives way and Rabbit disappears. Alice dashes after only in time to have the trap door bang in her face.] + + +Alice + +[Amazed.] + +It’s a rabbit-hole—I’m small enough to fit it too! If I shrink any more it might end in my going out altogether like a candle. I wonder what I would be like then! What does the flame of a candle look like after the candle is blown out? I’ve never seen such a thing! + + +Humpty Dumpty + +[Sits on the wall.] + +Don’t stand chattering to yourself like that, but tell me your name and your business. + + +Alice + +My name is Alice, but— + + +Humpty Dumpty + +It’s a stupid name enough, what does it mean? + + +Alice + +Must a name mean something? + +[Pg 24] +Humpty Dumpty + +Of course it must; my name means the shape I am—and a good, handsome shape it is, too. With a name like yours, you might be any shape, almost. + + +Alice + +You’re Humpty Dumpty! Just like an egg. + + +Humpty Dumpty + +It’s very provoking, to be called an egg—very. + + +Alice + +I said you looked like an egg, Sir, and some eggs are very pretty, you know. + + +Humpty Dumpty + +Some people have no more sense than a baby. + + +Alice + +Why do you sit here all alone? + + +Humpty Dumpty + +Why, because there’s nobody with me. Did you think I didn’t know the answer to that? Ask another. + + +Alice + +Don’t you think you’d be safer down on the ground? That wall’s so very narrow. + +[Pg 25] +Humpty Dumpty + +What tremendously easy riddles you ask! Of course I don’t think so. Take a good look at me! I’m one that has spoken to a king, I am; to show you I’m not proud, you may shake hands with me! + +[He leans forward to offer Alice his hand but she is too small to reach it.] + +However, this conversation is going on a little too fast; let’s go back to the last remark but one. + + +Alice + +I’m afraid I can’t remember it. + + +Humpty Dumpty + +In that case we start fresh, and it’s my turn to choose a subject. + + +Alice + +You talk about it just as if it were a game. + + +Humpty Dumpty + +So here’s a question for you. How old did you say you were? + + +Alice + +Seven years and six months. + + +Humpty Dumpty + +Wrong! You never said a word about it. Now if you’d asked my advice, I’d have said, “Leave off at seven—but—” + +[Pg 26] +Alice + +I never ask advice about growing. + + +Humpty Dumpty + +Too proud? + + +Alice + +What a beautiful belt you’ve got on. At least, a beautiful cravat, I should have said—no, a belt, I mean—I beg your pardon. If only I knew which was neck and which was waist. + + +Humpty Dumpty + +It is a—most—provoking—thing, when a person doesn’t know a cravat from a belt. + + +Alice + +I know it’s very ignorant of me. + + +Humpty Dumpty + +It’s a cravat, child, and a beautiful one, as you say. There’s glory for you. + + +Alice + +I don’t know what you mean by “glory.” + + +Humpty Dumpty + +When I use a word, it means just what I choose it to mean—neither more nor less. + +[Pg 27] +Alice + +The question is, whether you can make words mean different things. + + +Humpty Dumpty + +The question is, which is to be master—that’s all. Impenetrability! That’s what I say! + + +Alice + +Would you tell me, please, what that means? + + +Humpty Dumpty + +I meant by “impenetrability” that we’ve had enough of that subject, and it would be just as well if you’d mention what you mean to do next, as I suppose you don’t mean to stop here all the rest of your life. + + +Alice + +That’s a great deal to make one word mean. + + +Humpty Dumpty + +When I make a word do a lot of work like that I always pay it extra. + + +Alice + +Oh! + +[Pg 28] +Humpty Dumpty + +Ah, you should see ’em come round me of a Saturday night, for to get their wages, you know. That’s all—Good-bye. + + +Alice + +Good-bye till we meet again. + + +Humpty Dumpty + +I shouldn’t know you again, if we did meet, you’re so exactly like other people. + + +Alice + +The face is what one goes by, generally. + + +Humpty Dumpty + +That’s just what I complain of. Your face is the same as everybody has—the two eyes—so—nose in the middle, mouth under. It’s always the same. Now if you had the two eyes on the same side of the nose, for instance—or the mouth at the top—that would be some help. + + +Alice + +It wouldn’t look nice. + + +Humpty Dumpty + +Wait till you’ve tried! Good-bye. + +[He disappears as he came.] + +[Pg 29] +Alice + +Oh! I forgot to ask him how to— + +[She tries to open the doors. They are all locked; she begins to weep. She walks weeping to a high glass table and sits down on its lower ledge. She sits on a big golden key and picks it up in surprise. She tries it on all the doors but it does not fit. She weeps and weeps—and Wonderland grows dark to her in her despair. In the darkness she cries, “Oh! I’m slipping! Oh, Oh! it’s a lake; Oh! my tears! I’m floating!” A mysterious light shows a “Drink me” sign around a bottle on the top of the table. Alice floats up to it panting, and holding on to the edge of the table takes up the bottle.] + + +Alice + +It isn’t marked poison. + +[She sips at it.] + +This is good! Tastes like cherry tart, custard, pineapple, roast turkey, toffy and hot buttered toast—all together. Oh! Oh! I’m letting out like a telescope. + +[A mysterious light shows her lengthening out.] + +[Music.] + +But the lake is rising too. Oh! Oh! it’s deep! I’m drowning. Help, help, I’m drowning, I’m drowning in my tears! + + +Gryphon + +Hjckrrh. Hjckrrh! + +[The Gryphon, a huge green creature with big glittering wings, appears where Humpty Dumpty had been and reaches glittering claws over to grab and save Alice.] + + + + + +[Pg 30] + +SCENE FOUR + +Is symbolic of a wet and rocky shore in a weird green light. The Mock Turtle is weeping dismally. + + +Gryphon + +Hjckrrh. Hjckrrh. Hjckrrh. + + +Mock Turtle + +[Answers with his weeping.] + + +Gryphon + +[Drags Alice in.] + +Drop your tears into the sea with his. + + +Alice + +He sobs as if he had a bone in his throat. He sighs as if his heart would break. What is his sorrow? + + +Mock Turtle + +Oh, Gryphon, it’s terrible! + + +Gryphon + +It’s all his fancy that. Mock Turtle hasn’t got no sorrow. This here young lady, she wants for to know your history, she do. + +[Pg 31] +Mock Turtle + +I’ll tell it her. Sit down both of you, and don’t speak a word till I’ve finished. + + +Alice + +I don’t see how you can ever finish, if you don’t begin. + + +Mock Turtle + +Once, I was a real Turtle. + +[A long silence is broken only by the exclamations, “Hjckrrh,” of the Gryphon and the heavy sobbing of the Mock Turtle.] + + +Mock Turtle + +When we were little, we went to school in the sea. The master was an old Turtle—we used to call him tortoise— + + +Alice + +Why did you call him Tortoise, if he wasn’t one? + + +Mock Turtle + +We called him Tortoise because he taught us; really you are very dull. + + +Gryphon + +You ought to be ashamed of yourself for asking such a simple question. Drive on, old fellow! Don’t be all day about it! + +[Pg 32] +Mock Turtle + +Yes, we went to school in the sea, tho’ you mayn’t believe it— + + +Alice + +I never said I didn’t. + + +Mock Turtle + +You did. + + +Gryphon + +Hold your tongue! + + +Mock Turtle + +We had the best of educations—in fact, we went to school every day. + + +Alice + +I’ve been to a day school too; you needn’t be so proud as all that. + + +Mock Turtle + +With extras? + + +Alice + +Yes, we learned French and music. + + +Mock Turtle + +And washing? + +[Pg 33] +Alice + +Certainly not! + + + + + +Mock Turtle + +Ah! Then yours wasn’t a really good school. Now at ours they had at the end of the bill, French, music, and washing—extra. + +[Pg 34] +Alice + +You couldn’t have wanted it much; living at the bottom of the sea. + + +Mock Turtle + +I couldn’t afford to learn it, I only took the regular course. + + +Alice + +What was that? + + +Mock Turtle + +Reeling and writhing, of course, to begin with, and then the different branches of Arithmetic—Ambition, Distraction, Uglification, and Derision. + + +Alice + +I never heard of Uglification. What is it? + + +Gryphon + +Never heard of uglifying! You know what to beautify is, I suppose? + + +Alice + +Yes, it means—to—make—anything—prettier. + + +Gryphon + +Well then, if you don’t know what to uglify is, you are a simpleton. + +[Pg 35] +Alice + +What else had you to learn? + + +Mock Turtle + +Well, there was Mystery; Mystery, ancient and modern, with Seaography, then Drawling—the Drawling-master was an old conger eel, that used to come once a week; what he taught us was Drawling, Stretching, and Fainting in Coils. + + +Alice + +What was that like? + + +Mock Turtle + +Well, I can’t show it you, myself. I’m too stiff. And the Gryphon never learned it. + + +Gryphon + +Hadn’t time; I went to the Classical master, though. He was an old crab, he was. + + +Mock Turtle + +I never went to him; he taught Laughing and Grief, they used to say. + + +Gryphon + +So he did, so he did. + +[Pg 36] +Alice + +And how many hours a day did you do lessons? + + +Mock Turtle + +Ten hours the first day, nine the next, and so on. + + +Alice + +What a curious plan! + + +Gryphon + +That’s the reason they’re called lessons, because they lessen from day to day. + + +Alice + +Then the eleventh day must have been a holiday? + + +Mock Turtle + +Of course it was. + + +Alice + +And how did you manage on the twelfth? + + +Gryphon + +That’s enough about lessons, tell her something about the games now. + +[Mock Turtle sighs deeply, draws back of one flapper across his eyes. He looks at Alice and tries to speak but sobs choke his voice.] + +[Pg 37] +Gryphon + +[Punching him in the back.] + +Same as if he had a bone in his throat. + + +Mock Turtle + +[With tears running down his cheeks.] + +You may not have lived much under the sea— + + +Alice + +I haven’t. + + +Mock Turtle + +And perhaps you were never even introduced to a lobster. + + +Alice + +I once tasted—no, never! + + +Mock Turtle + +So you can have no idea what a delightful thing a Lobster Quadrille is. + + +Alice + +No, indeed. What sort of a dance is it? + + +Gryphon + +Why, you first form into a line along the seashore. + +[Pg 38] +Mock Turtle + +Two lines; seals, turtles, salmon, and so on; then, when you’ve cleared all the jellyfish out of the way— + + +Gryphon + +That generally takes some time. + + +Mock Turtle + +You advance twice— + + +Gryphon + +Each with a lobster as a partner. + + +Mock Turtle + +Of course, advance twice, set to partners. + + +Gryphon + +Change lobsters, and retire in same order. + + +Mock Turtle + +Then you know, you throw the— + + +Gryphon + +The lobsters! + + +Mock Turtle + +As far out to sea as you can— + +[Pg 39] +Gryphon + +Swim after them! + + +Mock Turtle + +Turn a somersault in the sea. + + +Gryphon + +Change lobsters again! + + +Mock Turtle + +Back to land again, and—that’s all the first figure. + + +Alice + +It must be a very pretty dance. + + +Mock Turtle + +Would you like to see a little of it? + + +Alice + +Very much indeed. + + +Mock Turtle + +Come, let’s try the first figure. We can do it without lobsters, you know; which shall sing? + + +Gryphon + +Oh, you sing, I’ve forgotten the words. + +[Pg 40][Creatures solemnly dance round and round Alice, treading on her toes, waving fore-paws to mark time while Mock Turtle sings.] + +First Verse +“Will you walk a little faster!” said a whiting to a snail, +“There’s a porpoise close behind us, and he’s treading on my tail. +See how eagerly the lobsters and the turtles all advance! +They are waiting on the shingle—will you come and join the dance? +Will you, won’t you, will you, won’t you, will you join the dance? +Will you, won’t you, will you, won’t you, won’t you join the dance? + +Second Verse +“You can really have no notion how delightful it will be +When they take us up and throw us, with the lobsters, out to sea!” +But the snail replied, “Too far, too far!” and gave a look askance— +Said he thanked the whiting kindly, but he would not join the dance. +Would not, could not, would not, could not, would not join the dance. +Would not, could not, would not, could not, could not join the dance. + +[Pg 41][The creatures dance against Alice, pushing her back and forth between them. She protests and finally escapes; they bump against each other.] + + +Alice + +Thank you; it’s a very interesting dance to watch, and I do so like that curious song about the whiting. + + +Mock Turtle + +Oh, as to the whiting, they—you’ve seen them, of course? + + +Alice + +Yes, I’ve often seen them at din— + +[Checks herself hastily.] + + +Mock Turtle + +I don’t know where Din may be, but if you’ve seen them so often, of course you know what they’re like. + + +Alice + +I believe so, they have their tails in their mouths—and they’re all over crumbs. + + +Mock Turtle + +You’re wrong about the crumbs, crumbs would all wash off in the sea. But they have their tails in their mouths; and the reason is— + +[Pg 42][Mock Turtle yawns and shuts his eyes.] + +Tell her about the reason and all that. + + +Gryphon + +The reason is, that they would go with the lobsters to the dance. So they got thrown out to sea. So they had to fall a long way. So they got their tails fast in their mouths. So they couldn’t get them out again. That’s all. + + +Alice + +Thank you, it’s very interesting. I never knew so much about a whiting before. + + +Gryphon + +I can tell you more than that, if you like. Do you know why it’s called a whiting? + + +Alice + +I never thought about it. Why? + + +Gryphon + +It does the boots and shoes. + + +Alice + +Does the boots and shoes! + + +Gryphon + +Why, what are your shoes done with? I mean, what makes them so shiny? + +[Pg 43] +Alice + +They’re done with blacking, I believe. + + +Gryphon + +Boots and shoes under the sea, are done with whiting. Now you know. + + +Alice + +And what are they made of? + + +Gryphon + +Soles and eels, of course; any shrimp could have told you that. + + +Alice + +If I’d been the whiting, I’d have said to the porpoise, “Keep back, please; we don’t want you with us.” + + +Mock Turtle + +They were obliged to have him with them, no wise fish would go anywhere without a porpoise. + + +Alice + +Wouldn’t it really? + + +Mock Turtle + +Of course not; why if a fish came to me and told me he was going a journey, I should say, “With what porpoise?” + +[Pg 44] +Alice + +Don’t you mean purpose? + + +Mock Turtle + +I mean what I say. + + + + + +Gryphon + +Shall we try another figure of the Lobster Quadrille? Or would you like the Mock Turtle to sing you a song? + +[Pg 45] +Alice + +Oh, a song please, if the Mock Turtle would be so kind. + + +Gryphon + +Um! No accounting for tastes! Sing her “Turtle Soup,” will you, old fellow? + + +Mock Turtle + +[Sighs deeply and sometimes choked with sobs, sings.] + +“Beautiful Soup, so rich and green, +Waiting in a hot tureen! +Who for such dainties would not stoop? +Soup of the evening, beautiful Soup! +Soup of the evening, beautiful Soup! +Beau—ootiful Soo—op, +Beau—ootiful Soo—oop, +Soo—oop of the e-e-evening, +Beautiful, beautiful Soup.” + + +White Rabbit + +[Enters, stretching out a red and white checked sash with which he separates Alice from the creatures.] + +Check! + + +Mock Turtle + +They won’t let her stay in our square. + +[Pg 46] +White Rabbit + +The Queen is coming this way. + + +Gryphon + +She’ll chop our heads off. Come on, come on, let’s fly! + +[The Mock Turtle and Gryphon grab Alice and fly into the air.] + + +CURTAIN + +[The Curtain rises to reveal small silhouettes of the Gryphon, Mock Turtle, and Alice in an orange-colored moon far away in the sky. Down below the White Rabbit is shouting to them, “You’ll be safe in the March Hare’s garden.”] + +CURTAIN + + + + + +[Pg 47] +ACT II + + + +SCENE + +The March Hare’s garden, showing part of the Duchess’ house. On a small platform there is a tea table, set with many cups, continuing into wings to give impression of limitless length. The March Hare, Hatter, and Dormouse are crowded at one end. Alice sits on the ground where she has been dropped from the sky. Finding herself not bruised she rises and approaches the table. + + +March Hare and Hatter + +No room! No room! + + +Alice + +There’s plenty of room! + +[She sits in a large armchair at one end of the table.] + +I don’t know who you are. + + +March Hare + +I am the March Hare, that’s the Hatter, and this is the Dormouse. Have some wine? + + +Alice + +I don’t see any wine. + +[Pg 48] +March Hare + +There isn’t any. + + +Alice + +Then it wasn’t very civil of you to offer it. + + +March Hare + +It wasn’t very civil of you to sit down without being invited. + + +Alice + +I didn’t know it was your table; it’s laid for a great many more than three. + + +Hatter + +Your hair wants cutting. + + +Alice + +You should learn not to make personal remarks; it’s very rude. + + +Hatter + +Why is a raven like a writing-desk? + + +Alice + +Come, we shall have some fun now! I’m glad you’ve begun asking riddles—I believe I can guess that. + + +March Hare + +So you mean that you think you can find out the answer to it? + + + +Larger Image + +Hatter: Your hair wants cutting. + + + +[Pg 49]Alice + +Exactly so. + + +March Hare + +Then you should say what you mean. + + +Alice + +I do; at least—at least I mean what I say—that’s the same thing, you know. + + +Hatter + +Not the same thing a bit! Why, you might just as well say that “I see what I eat” is the same thing as, “I eat what I see!” + + +March Hare + +You might just as well say that “I like what I get,” is the same thing as “I get what I like.” + + +Dormouse + +You might just as well say that “I breathe when I sleep” is the same thing as “I sleep when I breathe.” + + +Hatter + +It is the same thing with you. + +[Takes out his watch, looks at it uneasily, shakes it, holds it to his ear.] + +[Pg 50]What day of the month is it? + + +Alice + +The fourth. + + +Hatter + +Two days wrong. I told you butter wouldn’t suit the works! + + +March Hare + +It was the best butter. + + +Hatter + +Yes, but some crumbs must have got in as well; you shouldn’t have put it in with the bread-knife— + + +March Hare + +[Takes the watch, looks at it gloomily, dips it into his cup of tea and looks at it again but doesn’t know what else to say.] + +It was the best butter, you know. + + +Alice + +What a funny watch! It tells the day of the month, and doesn’t tell what o’clock it is. + + +Hatter + +Why should it? Does your watch tell you what year it is? + +[Pg 51] +Alice + +Of course not, but that’s because it stays the same year for such a long time together. + + +Hatter + +Which is just the case with mine. + + +Alice + +I don’t quite understand you. What you said had no sort of meaning in it and yet it was certainly English. + + +Hatter + +[Pouring some hot tea on the Dormouse’s nose.] + +The Dormouse is asleep again. + + +Dormouse + +Of course, of course, just what I was going to remark myself. + + +Hatter + +Have you guessed the riddle yet? + + +Alice + +No, I give it up, what’s the answer? + + +Hatter + +I haven’t the slightest idea. + +[Pg 52] +March Hare + +Nor I. + + +Alice + +I think you might do something better with the time, than wasting it in asking riddles that have no answers. + + +Hatter + +If you knew Time as well as I do, you wouldn’t talk about wasting it. It’s him. + + +Alice + +I don’t know what you mean. + + +Hatter + +Of course you don’t. I dare say you never even spoke to Time. + + +Alice + +Perhaps not, but I know I have to beat time when I learn music. + + +Hatter + +Ah, that accounts for it. He won’t stand beating. Now, if you only kept on good terms with him, he’d do almost anything you liked with the clock. For instance, suppose it were nine o’clock in the morning, just time to begin lessons. You’d only have to whisper a hint to Time, and round goes the clock in a twinkling! Half past one, time for dinner. + +[Pg 53] +March Hare + +I only wish it was. + + +Alice + +That would be grand, certainly, but then—I shouldn’t be hungry for it, you know. + + +Hatter + +Not at first, perhaps, but you could keep it to half past one as long as you liked. + + +Alice + +Is that the way you manage? + + +Hatter + +Not I, we quarreled last March—just before he went mad, you know. It was at the great concert given by the Queen of Hearts and I had to sing. + +“Twinkle, twinkle, little bat! +How I wonder what you’re at!” + +You know the song, perhaps. + + +Alice + +I’ve heard something like it. + + +Dormouse + +Twinkle, twinkle, twinkle— + +[Pg 54] +Hatter + +Well, I’d hardly finished the first verse when the Queen bawled out, “He’s murdering the time! Off with his head!” + + +Alice + +How dreadfully savage! + + +Hatter + +And ever since that, he won’t do a thing I ask! It’s always six o’clock now. + + +Alice + +Is that the reason so many tea things are put out here? + + +Hatter + +Yes, that’s it; it’s always tea time, and we’ve no time to wash the things between whiles. + + +Alice + +Then you keep moving round, I suppose? + + +Hatter + +Exactly so, as the things get used up. + + +Alice + +But when you come to the beginning again? + +[Pg 55] +March Hare + +Suppose we change the subject. I vote the young lady tells us a story. + + +Alice + +I’m afraid I don’t know one. + + +March Hare and Hatter + +Then the Dormouse shall. Wake up Dormouse. + +[They pinch him on both sides at once.] + + +Dormouse + +[Opens his eyes slowly and says in a hoarse, feeble voice.] + +I wasn’t asleep, I heard every word you fellows were saying. + + +March Hare + +Tell us a story. + + +Alice + +Yes, please do! + + +Hatter + +And be quick about it, or you’ll be asleep again before it’s done. + + +Dormouse + +Once upon a time there were three little sisters, and their[Pg 56] names were Elsie, Lacie, and Tillie and they lived at the bottom of a well— + + +Alice + +What did they live on? + + + + + +Dormouse + +They lived on treacle. + +[Pg 57] +Alice + +They couldn’t have done that, you know, they’d have been ill. + + +Dormouse + +So they were, very ill. + + +Alice + +But why did they live at the bottom of a well? + + +March Hare + +Take some more tea. + + +Alice + +I’ve had nothing yet, so I can’t take more. + + +Hatter + +You mean, you can’t take less; it’s very easy to take more than nothing. + + +Alice + +Nobody asked your opinion. + + +Hatter + +Who’s making personal remarks now? + + +Alice + +[Helps herself to tea and bread and butter.] + +Why did they live at the bottom of a well? + +[Pg 58] +Dormouse + +[Takes a minute or two to think.] + +It was a treacle-well. + + +Alice + +There’s no such thing! + + +Hatter and March Hare + +Sh! Sh! + + +Dormouse + +If you can’t be civil, you’d better finish the story for yourself. + + +Alice + +[Very humbly.] + +No, please go on. I won’t interrupt you again. I dare say there may be one. + + +Dormouse + +One, indeed! And so these three little sisters—they were learning to draw, you know— + + +Alice + +What did they draw? + + +Dormouse + +Treacle. + +[Pg 59] +Hatter + +I want a clean cup. Let’s all move one place on. + +[Hatter moves on, Dormouse takes his place, March Hare takes Dormouse’s place and Alice unwillingly takes March Hare’s place.] + + +Alice + +I’m worse off than I was before. You’ve upset the milk jug into your plate. + + +March Hare + +It wasn’t very civil of you to sit down without being invited. + + +Alice + +Where did they draw the treacle from? + + +Hatter + +You can draw water out of a water well, so I should think you could draw treacle out of a treacle well—eh, stupid? + + +Alice + +But they were in the well. + + +Dormouse + +Of course they were—well in. They were learning to draw, and they drew all manner of things—everything that begins with an M— + +[Pg 60] +Alice + +Why with an M? + + + + + +March Hare + +Why not? + +[Alice is silent and confused. Hatter pinches Dormouse to wake him up.] + +[Pg 61] +Dormouse + +[Wakes with a little shriek and continues.] + +—that begins with an M, such as mousetraps and the moon and memory and muchness—you know you say things are “much of a muchness”—did you ever see such a thing as a drawing of a muchness? + + +Hatter + +Did you? + + +Alice + +Really now you ask me, I don’t think— + + +Hatter + +Then you shouldn’t talk. + + +March Hare + +No! + + +Alice + +[Rises and walks away.] + +You are very rude. It’s the stupidest tea party I ever was at in all my life— + +[White Rabbit enters carrying a huge envelope with a seal and crown on it.] + + +March Hare and Hatter + +No room! no room! + +[Pg 62][Rabbit pays no attention to them but goes to the house and raps loudly. A footman in livery with a round face and large eyes like a frog and powdered hair opens the door.] + + +White Rabbit + +For the Duchess. An invitation from the Queen to play croquet. + + +Frog + +From the Queen. An invitation for the Duchess to play croquet. + +[White Rabbit bows and goes out.] + + +March Hare and Hatter + +[To White Rabbit.] + +No room! No room! No room! + +[The Frog disappears into the house but leaves the door open. There is a terrible din and many sauce pans fly out.] + + +March Hare + +She’s at it again. + + +Hatter + +It’s perfectly disgusting. + + +March Hare + +Let’s move on. + +[The platform moves off with table, chairs, March Hare, [Pg 63]Hatter, and Dormouse. Meanwhile the Frog has come out again and is sitting near the closed door, staring stupidly at the sky. Alice goes to the door timidly and knocks.] + + +Frog + +There’s no sort of use in knocking, and that for two reasons: first, because I’m on the same side of the door as you are; secondly, because they’re making such a noise inside, no one could possibly hear you. + + +Alice + +Please then, how am I to get in? + + +Frog + +There might be some sense in your knocking if we had the door between us. For instance, if you were inside, you might knock, and I could let you out, you know. + + +Alice + +How am I to get in? + + +Frog + +I shall sit here, till tomorrow. + +[The door opens and a large plate skims out straight at the Frog’s head; it grazes his nose and breaks into pieces.] + +[Frog acts as if nothing had happened.] + +Or next day, maybe. + +[Pg 64] +Alice + +How am I to get in? + + +Frog + +Are you to get in at all? That’s the first question, you know. + + +Alice + +It’s really dreadful the way all you creatures argue. It’s enough to drive one crazy. + + +Frog + +I shall sit here, on and off, for days and days. + + +Alice + +But what am I to do? + + +Frog + +Anything you like. + +[He begins to whistle.] + + +Alice + +Where’s the servant whose business it is to answer the door? + + +Frog + +Which door? + + +Alice + +This door, of course! + +[The Frog looks at the door, and rubs his thumb on it to see if the paint will come off.] + + + +Larger Image + +Frog: I shall sit here till tomorrow. + + + +[Pg 65] + + + + + +Frog + +To answer the door? What’s it been asking for? + + +Alice + +I don’t know what you mean. + +[Pg 66] +Frog + +I speaks English, doesn’t I? Or are you deaf? What did it ask you? + + +Alice + +Nothing! I’ve been knocking at it. + + +Frog + +Shouldn’t do that—shouldn’t do that, vexes it, you know. + +[He kicks the door.] + +You let it alone, and it’ll let you alone, you know. + + +Alice + +Oh, there’s no use talking to you— + +[She starts to open the door just as the Duchess comes out carrying a pig in baby’s clothes. She sneezes—Frog sneezes and Alice sneezes.] + + +Duchess + +If everybody minded her own business— + +[She sneezes.] + + +Alice + +It’s pepper. + + +Duchess + +Of course, my cook puts it in the soup. + +[Pg 67] +Alice + +There’s certainly too much pepper in the soup. + + +Duchess + +Sneeze then and get rid of it! + +[Duchess begins to sing to the baby, giving it a violent shake at the end of every line of the lullaby.] + +“Speak roughly to your little boy, +And beat him when he sneezes; + +[Frog and Alice sneeze.] + +He only does it to annoy, +Because he knows it teases. + +[Duchess sneezes, Frog sneezes, Alice sneezes.] + +I speak severely to my boy, +I beat him when he sneezes; + +[Frog sneezes, Alice sneezes.] + +For he can thoroughly enjoy +The pepper when he pleases!” + +[Duchess sneezes, Frog sneezes, Alice sneezes, Duchess gasps and gives a tremendous sneeze.] + + +Alice + +Oh dear! + +[She jumps aside as kettles and pots come flying out of the door. The Duchess pays no attention.] + +What a cook to have! + +[She calls inside.] + +Oh! please mind what you’re doing! + +[Pg 68][Another pan comes out and almost hits the baby.] + +Oh! there goes his precious nose! + + +Duchess + +If everybody minded her own business, the world would go round a deal faster than it does. + + +Alice + +Which would not be an advantage. Just think what work it would make with the day and night! You see the earth takes twenty-four hours to turn round on its axis— + + +Duchess + +Talking of axes, chop off her head! + +[The head of a grinning Cheshire cat appears in a tree above a wall.] + + +Alice + +Oh, what’s that? + + +Duchess + +Cat, of course. + + +Alice + +Why does it grin like that? + + +Duchess + +It’s a Cheshire cat! and that’s why. [To baby.] Pig! + + + +Larger Image + +Duchess: I speak severely to my boy, +I beat him when he sneezes. + +[Pg 69] +Alice + +I didn’t know that Cheshire cats always grinned; in fact, I didn’t know that cats could grin. + + +Duchess + +They all can and most of ’em do. + + +Alice + +I don’t know of any that do. + + +Duchess + +You don’t know much and that’s a fact. Here, you may nurse it a bit, if you like! + +[Flings the baby at Alice.] + +I must go and get ready to play croquet with the Queen. + +[She goes into the house.] + + +Alice + +If I don’t take this child away with me, they’re sure to kill it in a day or two. Cheshire Puss, would you tell me please, which way I ought to walk from here? + + +Cat + +That depends a good deal on where you want to get to. + + +Alice + +I don’t much care where— + +[Pg 70] +Cat + +Then it doesn’t matter which way you walk. + + +Alice + +So long as I get somewhere. + + +Cat + +Oh, you’re sure to do that, if you only walk long enough. + + +Alice + +Please, will you tell me what sort of people live about here? + + +Cat + +All mad people. + + +Alice + +But I don’t want to go among mad people. + + +Cat + +Oh, you can’t help that; we’re all mad here. I’m mad. He’s mad. He’s dreaming now, and what do you think he’s dreaming about? + + +Alice + +[Goes to the Frog to scrutinize his face.] + +Nobody could guess that. + +[Pg 71] +Cat + +Why, about you! And if he left off dreaming about you, where do you suppose you’d be? + + +Alice + +Where I am now, of course. + + +Cat + +Not you. You’d be nowhere. Why, you’re only a sort of thing in his dream; and you’re mad too. + + +Alice + +How do you know I’m mad? + + +Cat + +You must be, or you wouldn’t have come here. + + +Alice + +How do you know that you’re mad? + + +Cat + +To begin with, a dog’s not mad. You grant that? + + +Alice + +I suppose so. + + +Cat + +Well then, you see a dog growls when it’s angry, and wags its[Pg 72] tail when it’s pleased. Now I growl when I’m pleased, and wag my tail when I’m angry. Therefore I’m mad. + + +Alice + +I call it purring, not growling. + + + + + +Cat + +Call it what you like. Do you play croquet with the Queen today? + +[Pg 73] +Alice + +I should like it very much, but I haven’t been invited yet. + + +Cat + +You’ll see me there. + +[Vanishes.] + + +Alice + +[To squirming baby.] + +Oh, dear, it’s heavy and so ugly. Don’t grunt—Oh—Oh—it’s a—pig. Please Mr. Footman take it! + + +Frog + +[Rises with dignity, whistles and disappears into the house; a kettle comes bounding out. Alice puts pig down and it crawls off.] + + +Cat + +[Appearing again.] + +By-the-bye, what became of the baby? + + +Alice + +It turned into a pig. + + +Cat + +I thought it would. + +[Vanishes.] + +[Pg 74][Frog comes out of the house with hedgehogs and flamingoes.] + + +Cat + +[Reappearing.] + +Did you say pig, or fig? + + +Alice + +I said pig; and I wish you wouldn’t keep appearing and vanishing so suddenly; you make one quite giddy. + + +Cat + +All right. [It vanishes slowly.] + +[Frog puts flamingoes down and reenters house. While Alice is examining the flamingoes curiously, Tweedledum and Tweedledee, each with an arm round the other’s neck, sidestep in and stand looking at Alice.] + + +Alice + +[Turns, sees them, starts in surprise and involuntarily whispers.] + +Tweedle—dee. + + +Dum + +Dum! + + +Dee + +If you think we’re waxworks, you ought to pay. + +[Pg 75] +Dum + +Contrariwise, if you think we’re alive, you ought to speak. + + +Dee + +The first thing in a visit is to say “How d’ye do?” and shake hands! + +[The brothers give each other a hug, then hold out the two hands that are free, to shake hands with her. Alice does not like shaking hands with either of them first, for fear of hurting the other one’s feelings; she takes hold of both hands at once and they all dance round in a ring, quite naturally to music, “Here we go round the mulberry bush.”] + + +Alice + +Would you tell me which road leads out of— + + +Dee + +What shall I repeat to her? + + +Dum + +The “Walrus and the Carpenter” is the longest. + +[Gives his brother an affectionate hug.] + + +Dee + +The sun was shining— + + +Alice + +If it’s very long, would you please tell me first which road— + +[Pg 76] +Dee + +The moon was shining sulkily. + + +Dum + +The sea was wet as wet could be— + + +Dee + +O Oysters, come and walk with us +The Walrus did beseech— + + +Dum + +[Looks at Dee.] + +A pleasant walk, a pleasant talk, +Along the briny beach— + + +Dee + +[Looks at Dum.] + +The eldest Oyster winked his eye +And shook his heavy head— + + +Dum + +[Looks at Dee.] + +Meaning to say he did not choose +To leave the oyster bed. + + +Dee + +But four young Oysters hurried up +And yet another four— + +[Pg 77] +Dum + +And thick and fast they came at last, +And more, and more, and more— + + +Dee + +The Walrus and the Carpenter +Walked on a mile or so, + + +Dum + +And then they rested on a rock +Conveniently low, + + +Dee + +And all the little Oysters stood +And waited in a row. + + +Dum + +“A loaf of bread,” the Walrus said, +“Is what we chiefly need. + + +Dee + +Now if you’re ready, Oysters dear, +We can begin to feed.” + + +Dum + +“But not on us!” the Oysters cried, +Turning a little blue. + +[Pg 78] +Dee + +“The night is fine,” the Walrus said, +“Do you admire the view?” + + +Dum + +The Carpenter said nothing but +“Cut us another slice. +I wish you were not quite so deaf— +I’ve had to ask you twice!” + + +Dee + +“It seems a shame,” the Walrus said, +“To play them such a trick, +After we’ve brought them out so far, +And made them trot so quick!” + + +Dum + +“O, Oysters,” said the Carpenter, +“You’ve had a pleasant run! + + +Dee + +Shall we be trotting home again?” + + +Dum + +But answer came there none— + + +Dee + +And this was scarcely odd, because + +[Pg 79] +Dum + +They’d eaten every— + + +Dee + +[Interrupts in a passion, pointing to a white rattle on the ground.] + +Do you see that? + + +Alice + +It’s only a rattle— + + +Dum + +[Stamps wildly and tears his hair.] + +I knew it was! It’s spoilt of course. My nice new rattle! + +[To Dee.] + +You agree to have a battle? + +[He collects sauce pans and pots.] + + +Dee + +[Picks up a sauce pan.] + +I suppose so. Let’s fight till dinner. + +[They go out hand in hand.] + + +Alice + +[Hears music.] + +I wonder what is going to happen next. + +[She backs down stage respectfully as the King and Queen of Hearts enter, followed by the Knave of Hearts carrying the King’s crown on a crimson velvet cushion, and the White Rabbit and others. When they come opposite to Alice they stop and look at her.] + +[The Duchess comes out of her house.] + +[Pg 80] +Queen + +[To the Knave.] + +Who is this? + + + + + +Knave + +[Bows three times, smiles and giggles.] + +[Pg 81] +Queen + +Idiot! What’s your name, child? + + +Alice + +My name is Alice, so please your Majesty. + + +Queen + +Off with her head! Off— + + +Alice + +Nonsense! + + +King + +Consider, my dear, she is only a child. + + +Queen + +Can you play croquet? + + +Alice + +Yes. + + +Queen + +Come on then. Get to your places. Where are the mallets? + + +Duchess + +Here. + +[The Frog appears with the flamingoes and hedgehogs.] + +[Pg 82] +Queen + +Off with his head! + +[No one pays any attention.] + + +Knave + +What fun! + + +Alice + +What is the fun? + + +Knave + +Why she; it’s all her fancy, that. They never execute anyone. + + +Alice + +What does one do? + + +Queen + +Get to your places! + +[She takes a flamingo, uses its neck as a mallet and a hedgehog as a ball. The Frog doubles himself into an arch. The King does the same with the followers and the Knave offers himself as an arch for Alice. Even though Alice does not notice him he holds the arch position. The Queen shouts at intervals, “Off with his head, off with her head.”] + + +Alice + +Where are the Chess Queens? + +[Pg 83] +Rabbit + +Under sentence of execution. + + +Alice + +What for? + + +Rabbit + +Did you say, “what a pity”? + + +Alice + +No, I didn’t. I don’t think it’s at all a pity. I said, “What for?” + + +Rabbit + +They boxed the Queen’s ears. + +[Alice gives a little scream of laughter.] + + +Rabbit + +Oh, hush! The Queen will hear you! You see they came rather late and the Queen said—Oh dear, the Queen hears me— + +[He hurries away.] + + +Alice + +[Noticing the Knave who still pretends to be an arch.] + +How can you go on thinking so quietly, with your head downwards? + +[Pg 84] +Knave + +What does it matter where my body happens to be? My mind goes on working just the same. The fact of it is, the more head downwards I am, the more I keep on inventing new things. + + +King + +Did you happen to meet any soldiers, my dear, as you came through the wood? + + +Alice + +Yes, I did; several thousand I should think. + + +King + +Four thousand, two hundred and seven, that’s the exact number. They couldn’t send all the horses, you know, because two of them are wanted in the game. And I haven’t sent the two messengers, either. + + +Alice + +What’s the war about? + + +King + +The red Chess King has the whole army against us but he can’t kill a man who has thirteen hearts. + +[The Duchess, Queen, Frog, and followers go out. The Knave and the Five-Spot, Seven-Spot, and Nine-Spot of Hearts stand behind the King.] + + + +Larger Image + +King: I only wish I had such eyes; to be able to see Nobody! + + + +[Pg 85]King + +Just look along the road and tell me if you can see either of my messengers. + + +Alice + +I see nobody on the road. + + +King + +I only wish I had such eyes; to be able to see Nobody! And at that distance too! Why, it’s as much as I can do to see real people, by this light. + + +Alice + +I see somebody now! But he’s coming very slowly—and what curious attitudes he goes into—skipping up and down, and wriggling like an eel. + + +King + +Not at all, those are Anglo-Saxon attitudes. He only does them when he’s happy. I must have two messengers, you know—to come and go. One to come and one to go. + + +Alice + +I beg your pardon? + + +King + +It isn’t respectable to beg. + +[Pg 86] +Alice + +I only meant that I didn’t understand. Why one to come and one to go? + + +King + +Don’t I tell you? I must have two—to fetch and carry. One to fetch, and one to carry. + + +March Hare + +[Enters, pants for breath—waves his hands about and makes fearful faces at the King.] + + +King + +You alarm me! I feel faint—give me a ham sandwich. Another sandwich! + + +March Hare + +There’s nothing but hay left now. + + +King + +Hay, then. There’s nothing like eating hay when you’re faint. + + +Alice + +I should think throwing cold water over you would be better. + + +King + +I didn’t say there was nothing better; I said there was nothing like it. + +[Pg 87] +King + +Who did you pass on the road? + + +March Hare + +Nobody. + + +King + +Quite right; this young lady saw him too. So of course Nobody walks slower than you. + + +March Hare + +I do my best; I’m sure nobody walks much faster than I do. + + +King + +He can’t do that; or else he’d have been here first. However, now you’ve got your breath, you may tell us what’s happened in the town. + + +March Hare + +I’ll whisper it. + +[Much to Alice’s surprise, he shouts into the King’s ear.] + +They’re at it again! + + +King + +Do you call that a whisper? If you do such a thing again, I’ll have you buttered. It went through and through my head like an earthquake. Give me details, quick! + +[Pg 88][The King and March Hare go out, followed by Five, Seven, and Nine Spots.] + + +Duchess + +[Runs in and tucks her arm affectionately into Alice’s.] + +You can’t think how glad I am to see you again, you dear old thing! + + +Alice + +Oh! + + +Duchess + +You’re thinking about something, my dear, and that makes you forget to talk. I can’t tell you just now what the moral of that is, but I shall remember it in a bit. + + +Alice + +Perhaps it hasn’t one. + + +Duchess + +Tut, tut, child! Everything’s got a moral, if only you can find it. + +[Squeezes closely, digs her chin into Alice’s shoulder, and roughly drags Alice along for a walk.] + + +Alice + +The game’s going on rather better now. + +[Pg 89] +Duchess + +’Tis so, and the moral of that is—“Oh, ’tis love, ’tis love, that makes the world go round!” + + +Alice + +Somebody said, that it’s done by everybody minding their own business. + + +Duchess + +Ah, well! It means much the same thing, and the moral of that is—“Take care of the sense, and the sounds will take care of themselves.” + + +Alice + +How fond you are of finding morals in things. + + +Duchess + +I daresay you’re wondering why I don’t put my arm round your waist. The reason is, that I’m doubtful about the temper of your flamingo. Shall I try the experiment? + + +Alice + +He might bite. + + +Duchess + +Very true; flamingoes and mustard both bite. And the moral of that is—“Birds of a feather flock together.” + +[Pg 90] +Alice + +Only mustard isn’t a bird. + + +Duchess + +Right, as usual; what a clear way you have of putting things. + + +Alice + +It’s a mineral, I think. + + +Duchess + +Of course it is; there’s a large mustard mine near here. And the moral of that is—“The more there is of mine, the less there is of yours.” + + +Alice + +Oh! I know, it’s a vegetable. It doesn’t look like one, but it is. + + +Duchess + +I quite agree with you, and the moral of that is—“Be what you would seem to be;” or, if you’d like it put more simply, “Never imagine yourself not to be otherwise than what it might appear to others that what you were or might have been was not otherwise than what you had been would have appeared to them to be otherwise.” + + +Alice + +I think I should understand that better if I had it written down, but I can’t quite follow it as you say it. + +[Pg 91] +Duchess + +That’s nothing to what I could say if I chose. + + +Alice + +Pray don’t trouble yourself to say it any longer than that. + + +Duchess + +Oh, don’t talk about trouble; I make you a present of everything I’ve said as yet. + + +Alice + +Uhm! + + +Duchess + +Thinking again? + + +Alice + +I’ve got a right to think. + + +Duchess + +Just about as much right as pigs have to fly, and the moral— + +[The arm of the Duchess begins to tremble and her voice dies down. The Queen of Hearts stands before them with folded arms and frowning like a thunderstorm.] + + +Duchess + +A fine day, your Majesty. + +[Pg 92]Queen + +Now, I give you fair warning, either you or your head must be off, and that in about half no time. Take your choice! + +[The Duchess goes meekly into the house.] + + + + + +Queen + +Let’s go on with the game. + +[She goes off and shouts at intervals, “Off with his head; off with her head.”] + +[Pg 93] +Cat + +How are you getting on? + + +Alice + +It’s no use speaking to you till your ears have come. I don’t think they play at all fairly and they all quarrel so and they don’t seem to have any rules in particular. And you’ve no idea how confusing it is with all the things alive; there’s the arch I’ve got to go through next walking about at the other end of the ground—and I should have croqueted the Queen’s hedgehog just now, only it ran away when it saw mine coming. + +[Music begins.] + + +Cat + +How do you like the Queen? + + +Alice + +Not at all; she’s so extremely— + +[The King, Queen and entire court enter. The Queen is near to Alice. The music stops and all look at Alice questioningly.] + +[Alice tries to propitiate the Queen.] + +—likely to win, + +[Music continues.] + +that it’s hardly worth while finishing the game. + +[Queen smiles and passes on.] + +[Pg 94] +King + +Who are you talking to? + + +Alice + +It’s a friend of mine—a Cheshire Cat—allow me to introduce it. + + +King + +I don’t like the look of it at all; however, it may kiss my hand if it likes. + + +Cat + +I’d rather not. + + +King + +Don’t be impertinent and don’t look at me like that. + + +Alice + +A cat may look at a king. I’ve read that in some book, but I don’t remember where. + + +King + +Well, it must be removed. My dear! I wish you would have this cat removed. + + +Queen + +Off with his head! + +[Pg 95] +Knave + +But you can’t cut off a head unless there’s a body to cut it off from. + + +King + +Anything that has a head can be beheaded. + + +Queen + +If something isn’t done about it in less than no time, I’ll have everybody executed, all round. + + +Alice + +It belongs to the Duchess; you’d better ask her about it. + + +Duchess + +It’s a lie! + + +Cat + +You’d better ask me. Do it if you can. + +[It grins away. The Duchess and Frog escape into the house.] + + +Queen + +Cut it off! + + +King + +It’s gone. + +[Pg 96] +Everybody + +It’s gone! It’s gone! Where, where, where— + + +Queen + +Cut it off. Cut them all off! + + +Everybody + +No, no, no! + + +Alice + +Save me, save me! + + +Knave + +[Shouts to Alice and gives her a tart for safety.] + +Take a tart! + + +Queen + +[Seeing Alice stand out a moment from the others.] + +Cut hers off! Cut hers off! + + +Others + +[Glad to distract Queen’s attention from themselves.] + +Cut hers off, cut hers off, cut— + + +Alice + +[Cries in fear and takes a quick bite at the tart. If there is a trap door on the stage Alice disappears down it, leaving the[Pg 97] crowd circling around the hole screaming and amazed. If the stage has no trap door, a bridge is built across the footlights with stairs leading down into the orchestra pit. When the crowd is chasing Alice she jumps over the footlights onto the bridge and as the curtain is falling dividing her from the crowd she appeals to the audience, “Save me, save me, who will save me?” and runs down the stairs and disappears.] + +CURTAIN + + + + + +[Pg 98] +ACT III + + + +SCENE ONE + +Is a garden of high, very conventional and artificial looking flowers. On a large mushroom sits the Caterpillar smoking a hookah. Alice is whirling about trying to get her equilibrium after her fall. She goes to the mushroom timidly and, conscious of her size, for her chin reaches the top of the mushroom, she gazes at the Caterpillar wonderingly. He looks at her lazily and speaks in a languid voice. + + +Caterpillar + +Who are you? + + +Alice + +I—I hardly know, sir, just at present. The Queen frightened me so and I’ve had an awfully funny fall down a tunnel or a sort of well. At least I know who I was when I got up this morning, but I think I must have been changed several times since then. + + +Caterpillar + +What do you mean by that? Explain yourself. + +[Pg 99] +Alice + +I can’t explain myself, I’m afraid, Sir, because I’m not myself, you see. Being so many different sizes in a day is very confusing. + + + + + +Caterpillar + +You! Who are you? + +[Pg 100] +Alice + +I think you ought to tell me who you are, first. + + +Caterpillar + +Why? + +[As Alice turns away.] + +Come back. I’ve something important to say. + +[Alice comes back.] + +Keep your temper. + + +Alice + +Is that all? + + +Caterpillar + +No. + +[He puffs at the hookah in silence; finally takes it out of his mouth and unfolds his arms.] + +So you think you’re changed, do you? + + +Alice + +I’m afraid I am, Sir; I don’t keep the same size. + + +Caterpillar + +What size do you want to be? + + +Alice + +I don’t know. At least I’ve never been so small as a caterpillar. + +[Pg 101] +Caterpillar + +[Rears angrily.] + +It is a very good height indeed. + + +Alice + +But I’m not used to it; I wish you wouldn’t all be so easily offended. + + +Caterpillar + +You’ll get used to it in time. + + +Alice + +Are you too big or am I too small? + +[She compares her height wonderingly with the tall flowers.] + + +Caterpillar + +[Looks at her sleepily, yawns, shakes himself, slides down from the mushroom and crawls slowly away.] + +One side will make you grow taller, and the other side will make you grow shorter. + + +Alice + +One side of what? The other side of what? + + +Caterpillar + +Of the mushroom. + +[Pg 102][Alice hesitates, then embraces mushroom and picks bit from each side.] + +[Three gardeners representing spades enter carrying brushes and red paint cans.] + + +Two-Spot + +Look out now, Five. Don’t go splashing paint over me like that. + + +Five-Spot + +I couldn’t help it. Seven jogged my elbow. + + +Seven-Spot + +That’s right, Five, always lay the blame on others. + + +Five-Spot + +You’d better not talk. I heard the Queen say only yesterday you deserved to be beheaded. + + +Two-Spot + +What for? + + +Seven-Spot + +That’s none of your business, Two. + + +Five-Spot + +Yes, it is his business, and I’ll tell him. It was for bringing the cook tulip roots instead of onions. + +[Pg 103] +Seven-Spot + +Well, of all the unjust things— + +[Sees Alice; others look around, all bow.] + + +Alice + +Could you please tell me what side to eat? + +[Five and Seven look at Two.] + + +Two-Spot + +I don’t know anything about it. + +[He paints a white rose, red.] + +You ought to have been red, we put you in by mistake, and if the Queen was to find it out we should all have our heads cut off. + +[A thumping is heard off stage and the music grows louder and louder.] + + +Alice + +What’s that? + + +Five-Spot + +The White Chess Queen. + + +Seven-Spot + +Don’t let her see what we are doing. + + +Two-Spot + +She’ll tell on us. + +[Pg 104] +Seven-Spot + +Run out and stop her from coming here. + + +Five-Spot + +[To Alice as she runs to the right.] + +No, no, the other way. + + +Alice + +But she’s off there! + + +Two-Spot + +You can only meet her by walking the other way. + + +Alice + +Oh! what nonsense. + + +All the Gardeners + +Go the other way! + + +Alice + +[Re-enters in dismay and dashes out to the left.] + +She’s running away from me. + +[The White Queen backs in from right and Alice backs in from left. They meet. The gardeners cry “The Queen” and throw themselves flat upon the ground; their backs are like the backs of the rest of the pack. Music stops. Alice looks at the Queen curiously.] + +[Pg 105] +Alice + +Oh, there you are! Why, I’m just the size I was when I saw you last. + + +White Queen + +Of course you are, and who are these? I can’t tell them by their backs. + +[She turns them over with her foot.] + +Turn over. Ah! I thought so! Get up! What have you been doing here? + + +Two-Spot + +May it please your Majesty, we were trying— + + +White Queen + +[Examines rose.] + +I see! Begone, or I’ll send the horses after you, and tell the Queen of Hearts. + +[Gardeners rush off. The Red Queen enters. Alice has gone to the mushroom again to look at its sides and there to her amazement finds a gold crown and scepter, which she immediately appropriates. Music. The Queens watch Alice superciliously. Alice puts on her crown, proudly exclaiming in great elation, “Queen Alice,” and walks down stage bowing right and left to the homage of imaginary subjects. She repeats as if scarcely daring to believe it true, “Queen Alice.” Music stops.] + +[Pg 106] +Red Queen + +Ridiculous! + + +Alice + +Isn’t this the Eighth Square? + + +Red Queen + +You can’t be a Queen, you know, till you’ve passed the proper examination. + + +White Queen + +The sooner we begin it, the better. + + +Alice + +Please, would you tell me— + + +Red Queen + +Speak when you’re spoken to. + + +Alice + +But if everybody obeyed that rule, and if you only spoke when you were spoken to, and the other person always waited for you to begin, you see nobody would ever say anything, so that— + + +Red Queen + +Preposterous. + +[Pg 107] +Alice + +I only said “if.” + + +Red Queen + +She says she only said “if.” + + +White Queen + +[Moans and wrings her hands.] + +But she said a great deal more than that. Ah, yes, so much more than that. + + +Red Queen + +So you did, you know; always speak the truth—think before you speak—and write it down afterwards. + + +Alice + +I’m sure I didn’t mean— + + +Red Queen + +That’s just what I complained of. You should have meant! What do you suppose is the use of a child without any meaning? Even a joke should have some meaning—and a child’s more important than a joke, I hope. You couldn’t deny that, even if you tried with both hands. + + +Alice + +I don’t deny things with my hands. + +[Pg 108] +Red Queen + +Nobody said you did. I said you couldn’t if you tried. + + +White Queen + +She’s in that state of mind, that she wants to deny something—only she doesn’t know what to deny! + + +Red Queen + +A nasty, vicious temper. I invite you to Alice’s dinner party this afternoon. + + +White Queen + +And I invite you. + + +Alice + +I didn’t know I was to have a party at all; but if there is to be one, I think I ought to invite the guests. + + +Red Queen + +We gave you the opportunity of doing it, but I dare say you’ve not had many lessons in manners yet. + + +Alice + +Manners are not taught in lessons; lessons teach you to do sums, and things of that sort. + + +White Queen + +Can you do addition? What’s one and one and one and one and one and one and one and one and one and one? + +[Pg 109] +Alice + +I don’t know. I lost count. + + +Red Queen + +She can’t do addition; can you do subtraction? Take nine from eight. + + +Alice + +Nine from eight I can’t, you know, but— + + +White Queen + +She can’t do subtraction. Can you do division? Divide a loaf by a knife—what’s the answer to that? + + +Alice + +I suppose— + + +Red Queen + +[Answers for her.] + +Bread and butter, of course. Try another subtraction sum. Take a bone from a dog; what remains? + + +Alice + +The bone wouldn’t remain, of course, if I took it—and the dog wouldn’t remain; it would come to bite me—and I’m sure I shouldn’t remain. + +[Pg 110] +Red Queen + +Then you think nothing would remain? + + +Alice + +I think that’s the answer. + + +Red Queen + +Wrong as usual; the dog’s temper would remain. + + +Alice + +But I don’t see how— + + +Red Queen + +Why, look here; the dog would lose its temper, wouldn’t it? + + +Alice + +Perhaps it would. + + +Red Queen + +Then if the dog went away, its temper would remain! + + +Alice + +They might go different ways! What dreadful nonsense we are talking. + + +Both Queens + +She can’t do sums a bit! + +[Pg 111] +Alice + +Can you do sums? + + +White Queen + +I can do addition, if you give me time—but I can’t do subtraction under any circumstances. + + +Red Queen + +Of course you know your A, B, C? + + +Alice + +To be sure I do. + + +White Queen + +So do I; we’ll often say it over together, dear. And I’ll tell you a secret—I can read words of one letter. Isn’t that grand? However, don’t be discouraged. You’ll come to it in time. + + +Red Queen + +Can you answer useful questions? How is bread made? + + +Alice + +I know that! You take some flour— + + +White Queen + +Where do you pick the flower? In a garden or in the hedges? + +[Pg 112] +Alice + +Well, it isn’t picked at all. It’s ground— + + +White Queen + +How many acres of ground? You mustn’t leave out so many things. + + +Red Queen + +Fan her head! She’ll be feverish after so much thinking. + +[They fan her with bunches of leaves which blow her hair wildly.] + + +Alice + +Please—please— + + +Red Queen + +She’s all right again now. Do you know languages? What’s the French for fiddle-de-dee? + + +Alice + +Fiddle-de-dee’s not English. + + +Red Queen + +Who ever said it was? + + +Alice + +If you tell me what language fiddle-de-dee is, I’ll tell you the French for it! + +[Pg 113] +Red Queen + +Queens never make bargains! + + +Alice + +I wish Queens never asked questions! + + +White Queen + +Don’t let us quarrel; what is the cause of lightning? + + +Alice + +The cause of lightning is the thunder—no, no! I meant the other way. + + +Red Queen + +It’s too late to correct it; when you’ve once said a thing, that fixes it, and you must take the consequences. + + +White Queen + +We had such a thunderstorm next Tuesday, you can’t think. + + +Red Queen + +She never could, you know. + + +White Queen + +Part of the roof came off, and ever so much thunder got in—and it went rolling round the room in great lumps—and knocking over the tables and things—till I was so frightened, I couldn’t remember my own name! + +[Pg 114] +Alice + +I never should try to remember my name in the middle of an accident. Where would be the use of it? + + +Red Queen + +You must excuse her. She means well, but she can’t help saying foolish things, as a general rule. She never was really well brought up, but it’s amazing how good tempered she is! Pat her on the head, and see how pleased she’ll be! A little kindness and putting her hair in papers would do wonders with her. + + +White Queen + +[Gives a deep sigh and leans her head on Alice’s shoulder.] + +I am so sleepy! + + +Red Queen + +She’s tired, poor thing; smooth her hair—lend her your night cap—and sing her a soothing lullaby. + + +Alice + +I haven’t got a night cap with me, and I don’t know any soothing lullabies. + + + +Larger Image + +Alice: Do wake up, you heavy things! + + + +Red Queen + +I must do it myself, then. + +[Pg 115] Hush-a-by lady, in Alice’s lap! +Till the feast’s ready, we’ve time for a nap; +When the feast’s over, we’ll go to the ball— +Red Queen and White Queen and Alice and all! + +And now you know the words. + +[She puts her head on Alice’s other shoulder.] + +Just sing it through to me. I’m getting sleepy too. + +[Both queens fall fast asleep and snore loudly.] + + +Alice + +What am I to do? Take care of two Queens asleep at once? Do wake up, you heavy things! + +[All lights go out, leaving a mysterious glow on Alice and the queens.] + + +White Rabbit + +[Blows trumpet off stage.] + +The trial’s beginning! + + +Alice + +What trial is it? + + +White Rabbit + +Who stole the tarts. + + +Alice + +I ate a tart. + +[Pg 116] +White Rabbit + +You’ve got to be tried. + + +Alice + +I don’t want to be tried. + + +White Rabbit + +You’ve got to be tried. + + +Alice + +I won’t be tried—I won’t-I won’t! + + + + + +SCENE TWO + +Is a court room suggesting playing cards. The jurymen are all kinds of creatures. The King and Queen of Hearts are seated on the throne. The Knave is before them in chains. The White Rabbit has a trumpet in one hand, and a scroll of parchment in the other. In the middle of the court stands a table with a large dish of tarts upon it. + + +White Rabbit + +[Blows three blasts on his trumpet.] + +Silence in the court! + + +Alice + +[Watches jurymen writing busily on their slates.] + +What are they doing? They can’t have anything to put down yet, before the trial’s begun. + +[Pg 117] +Knave + +They’re putting down their names for fear they should forget them before the end of the trial. + + +Alice + +Stupid things! + + +White Rabbit + +Silence in the court! + + +Jurors + +[Write in chorus.] + +Stupid things! + + +One Juror + +How do you spell stupid? + + +Alice + +A nice muddle their slates will be in before the trial’s over. + + +Queen + +There’s a pencil squeaking. Cut it down! + + +Jurors + +[In chorus as they write.] + +Squeaking— + +[Pg 118] +King + +[Wears a crown over his wig; puts on his spectacles as he says.] + +Herald, read the accusation! + + + + + +White Rabbit + +[Blows three blasts on his trumpet, unrolls parchment scroll and reads to music.] + +[Pg 119] The Queen of Hearts, she made some tarts, +All on a summer day; +The Knave of Hearts, he stole those tarts, +And took them quite away! + + +King + +Consider your verdict! + + +White Rabbit + +Not yet, not yet; there’s a great deal to come before that. + + +King + +Call the first witness. + + +White Rabbit + +First witness! + + +Hatter + +[Comes in with a teacup in one hand and a piece of bread and butter in the other.] + +I beg your pardon, your Majesty, for bringing these in, but I hadn’t quite finished my tea when I was sent for. + + +King + +You ought to have finished; when did you begin? + + +Hatter + +[Looks at the March Hare, who follows him arm-in-arm with the Dormouse.] + +[Pg 120]Fourteenth of March, I think it was. + + +March Hare + +Fifteenth. + + +Dormouse + +Sixteenth. + + +King + +Write that down. + + +Jury + +Fourteen, fifteen, sixteen—forty-five. Reduce that to shillings— + + +King + +Take off your hat. + + +Hatter + +It isn’t mine. + + +King + +Stolen! + + +Jury + +Stolen! + + +Hatter + +I keep them to sell. I’ve none of my own. I’m a hatter. + +[Pg 121] +Queen of Hearts + +[Puts on her spectacles and stares at Hatter, who fidgets uncomfortably.] + + +King + +Give your evidence and don’t be nervous, or I’ll have you executed on the spot. + +[The Hatter continues to shift nervously from one foot to the other, looks uneasily at the Queen, trembles so that he shakes off both of his shoes, and in his confusion bites a large piece out of his teacup instead of the bread and butter.] + + +Hatter + +I’m a poor man, your Majesty, and I hadn’t but just begun my tea—not above a week or so—and what with the bread and butter getting so thin—and the twinkling of the tea— + + +King + +The twinkling of what? + + +Hatter + +It began with the tea. + + +King + +Of course twinkling begins with a T. Do you take me for a dunce? Go on! + +[Pg 122] +Hatter + +I’m a poor man and most things twinkled after that—only the March Hare said— + + +March Hare + +I didn’t! + + +Hatter + +You did. + + +March Hare + +I deny it. + + +King + +He denies it; leave out that part. + + +Queen + +But what did the Dormouse say? + + +Hatter + +That I can’t remember. + + +King + +You must remember or I’ll have you executed. + + +Hatter + +[Drops teacup and bread and butter and goes down on one knee.] + +[Pg 123]I’m a poor man, your Majesty. + + +King + +If that’s all you know about it you may stand down. + + +Hatter + +I can’t go no lower; I’m on the floor as it is. + + +King + +Then you may sit down. + + +Hatter + +I’d rather finish my tea. + + +King + +You may go. + +[The Hatter goes out hurriedly, leaving one of his shoes behind.] + + +Queen + +[Nonchalantly to an officer.] + +And just take his head off outside. + +[But the Hatter was out of sight before the officer could get to the door.] + + +King + +Call the next witness! + +[Pg 124] +White Rabbit + +Next witness! + +[The Duchess enters with a pepper pot, which she shakes about. Everybody begins to sneeze. March Hare sneezes and rushes out.] + + +King + +Give your evidence! + + +Duchess + +Shan’t! + + +White Rabbit + +Your Majesty must cross-examine this witness. + + +King + +Well, if I must, I must. What does your cook say tarts are made of? + + +Duchess + +Pepper. + +[The Duchess shakes the pot and the court sneezes.] + + +Dormouse + +Treacle! + +[The Duchess shakes the pot at him. He sneezes for the first time.] + +[Pg 125] +Queen + +Collar the Dormouse! Behead the Dormouse! Turn that Dormouse out of court! Suppress him! Pinch him! Off with his whiskers! + +[The whole court is in confusion, turning the Dormouse out, and while it is settling down again the Duchess disappears.] + + +White Rabbit + +The Duchess! + + +Court + +She’s gone—she’s gone. + + +King + +Never mind! + +[In a low tone to the Queen.] + +Really, my dear, you must cross-examine the next witness. It quite makes my forehead ache! Call the next witness! + + +White Rabbit + +[Fumbles with the parchment, then cries in a shrill little voice.] + +Alice! + + +Alice + +Here! + +[Pg 126] +King + +What do you know about this business? + + +Alice + +Nothing whatever. + + +King + +[To the jury.] + +That’s very important. + + +White Rabbit + +Unimportant, your Majesty means, of course. + + +King + +Unimportant, of course I meant. Important—unimportant—unimportant—important. Consider your verdict! + +[Some of the jury write “important” and some write “unimportant.”] + + +White Rabbit + +There’s more evidence to come yet, please your Majesty; this paper has just been picked up. + + +Queen + +What’s in it? + + +White Rabbit + +[Fumbles with a huge envelope.] + +[Pg 127]I haven’t opened it yet, but it seems to be a letter, written by the prisoner to—to somebody. + + +King + +It must have been that unless it was written to nobody, which isn’t usual, you know. + + +Alice + +Who is it directed to? + + +White Rabbit + +It isn’t directed at all; in fact, there’s nothing written on the outside. + +[Takes out a tiny piece of paper.] + +It isn’t a letter at all; it’s a set of verses. + + +Queen + +Are they in the prisoner’s handwriting? + +[The jury brightens up.] + + +White Rabbit + +[Looks at the Knave’s hand. Knave hides his hand; the chains rattle.] + +No, they’re not, and that’s the queerest thing about it. + +[The jury looks puzzled.] + + +King + +He must have imitated somebody else’s hand! + +[Pg 128] +Knave + +Please, your Majesty, I didn’t write it and they can’t prove I did; there’s no name signed at the end. + + +King + +If you didn’t sign it that only makes the matter worse. You must have meant some mischief, or else you’d have signed your name like an honest man. + +[At this there is a general clapping of hands.] + + +Queen + +That proves his guilt. + + +Alice + +It proves nothing of the sort! Why, you don’t even know what they’re about. + + +King + +Read them! + + +White Rabbit + +[Puts on his monocle.] + +Where shall I begin, please your Majesty? + + +King + +Begin at the beginning and go on till you come to the end, then stop. + +[Pg 129] +White Rabbit + +“They told me you had been to her, +And mentioned me to him; +She gave me a good character, +But said I could not swim. + +“I gave her one, they gave him two, +You gave us three or more; +They all returned from him to you, +Though they were mine before. + +“My notion was that you had been +(Before she had this fit) +An obstacle that came between +Him, and ourselves, and it. + +“Don’t let him know she liked him best, +For this must ever be +A secret, kept from all the rest, +Between yourself and me.” + + +King + +That’s the most important piece of evidence we’ve heard yet; so now let the jury— + + +Alice + +If anyone of them can explain it, I’ll give him sixpence. I don’t believe there’s an atom of meaning in it. + +[Pg 130] +Jury + +She doesn’t believe there’s an atom of meaning in it. + + +King + +If there’s no meaning in it, that saves a world of trouble, you know, as we needn’t try to find any. And yet I don’t know. + +[Spreads out the verses on his knee and studies them.] + +I seem to see some meaning after all. “Said I could not swim.” You can’t swim, can you? + + +Knave + +[Shakes his head sadly and points to his suit.] + +Do I look like it? + + +King + +All right, so far; “We know it to be true,” that’s the jury, of course; “I gave her one, they gave him two” why that must be what he did with the tarts, you know— + + +Alice + +But it goes on “they all returned from him to you.” + + +King + +[Triumphantly pointing to the tarts.] + +Why, there they are! Nothing can be clearer than that. Then again, “before she had this fit,” you never had fits, my dear, I think? + +[Pg 131] +Queen + +Never! + + +King + +Then the words don’t fit you. + +[There is dead silence, while the King looks around at the court with a smile.] + + +King + +It’s a pun! + +[Everybody laughs. Music.] + + +King + +Let the jury consider their verdict. + + +Queen + +No, no! Sentence first—verdict afterwards. + + +Alice + +Stuff and nonsense! + + +Queen + +[Furiously.] + +Hold your tongue! + + +Alice + +I won’t! + +[Pg 132] +Queen + +Off with her head! + + +Alice + +Who cares for you? + + +Queen + +Cut it off! + + +Alice + +You’re nothing but a pack of cards! + +[As lights go out and curtain falls all the characters hold their positions as if petrified.] + +CURTAIN + + + + + +SCENE THREE + +[The curtain rises to show Alice still asleep in the armchair, the fire in the grate suffusing her with its glow.] + + +Carroll + +Wake up, Alice, it is time for tea. + +[Off stage the characters repeat their most characteristic lines, “Off with her head,” “Consider your verdict,” “Oh! my fur and whiskers”; the Duchess sneezes, the cat cries,[Pg 133] as if the characters were fading away into the pack of real playing cards which shower through the mirror all over Alice. There is music.] + + +Alice + +[Wakes, rises, and looks about in surprise and wonderment.] + +Why——it was a dream! + +CURTAIN + + + + + +Text of title page: + +Alice +in +Wonderland + +A dramatization of Lewis Carroll’s +“Alice’s Adventures in Wonderland” and +“Through the Looking Glass” + +by +Alice Gerstenberg +Author of +“The Conscience of Sarah Platt”, +“Unquenched Fire,” “A Little World,” etc. + +Chicago +A.C.Mc.Clurg & Co. +1915 + + + + + + +End of Project Gutenberg's Alice in Wonderland, by Alice Gerstenberg + +*** END OF THIS PROJECT GUTENBERG EBOOK ALICE IN WONDERLAND *** + +***** This file should be named 35688-h.htm or 35688-h.zip ***** +This and all associated files of various formats will be found in: + https://www.gutenberg.org/3/5/6/8/35688/ + +Produced by The Online Distributed Proofreading Team at +https://www.pgdp.net (This file was produced from images +generously made available by The Internet Archive.) + + +Updated editions will replace the previous one--the old editions +will be renamed. + +Creating the works from public domain print editions means that no +one owns a United States copyright in these works, so the Foundation +(and you!) can copy and distribute it in the United States without +permission and without paying copyright royalties. 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answer station dish test frequently corner colony income halfway asleep principle dawn solid method test imagine strike score diameter stronger natural burst meant case massage every brief support properly especially little plenty branch care men road black fast tired machinery dozen itself sure cookies steam hall twelve symbol for condition studied complex shut dollar some tax farm collect setting month closely somehow whom addition summer hold problem provide grew gentle positive taught seed across play track victory appearance education lift leaf partly rope spirit native action rain track loose needle hunter cattle related some judge like enemy mix wing rabbit learn wrote perhaps type harder money whenever listen suit announced earlier position union merely freedom heading blanket seen human plastic page driving pretty herself first sold religious zebra toward slabs line said bound they along bottle poem north live problem unhappy ranch snow primitive fine noted direct see done 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bridge proper exist town various darkness week world shape soil rhythm drink understanding improve idea diagram applied familiar area military bill bound deer sitting slightly hay strip factory would journey library excitement mind neck mine stronger lovely dried lonely dozen eaten result breath move create station picture tide try wool such across important decide recognize prize bell rubbed given perfectly saved happen verb frozen mad catch stay ocean pipe wherever lead doll seed service quarter higher pot do longer physical nearly parallel camera jump animal doctor rising walk probably sea source breathe needle capital grass street bottom doll minute out congress drive grow bean recognize immediately four progress date regular above high three basic bowl property failed program definition shut beat sail hurry balloon planned wrong your unknown today acres salmon party car continent given plane golden free familiar fifth electricity addition mission fuel regular pain spoken exclaimed child question certainly explain mine require heading bread angle pole wife jet joy job green several dig satisfied nice mouse extra when needle poor appearance almost ear beautiful term atom affect greater paragraph simple poor somebody shake spend basic remain key talk growth married stretch handsome note will wing former trick improve soap problem thousand golden typical everywhere class gasoline judge they nearer faster lungs root hardly folks example finest lay suppose held aside wire tropical burst underline indeed gradually born needs smaller threw putting choose suggest queen easily already wide somebody medicine shade arrangement dry actually cent carried clock cream finish wagon glad home path strike why account needs selection broke course report develop practical wherever happy land throat blind mistake village also push book feel merely straw tropical visit this column closely frequently generally coming warn stretch finish silly chance nervous additional excited camera split cent pale disease trick cannot cry sheep body football spirit factor rear halfway great road heart then rice hour saddle satellites chemical ourselves eye belt porch anywhere deer about thick mill want service fort cell apartment heat done shine none dawn member party science hill captain facing smile religious earlier strength operation frequently series cast throughout enemy somebody arrange matter live company author driving come sad apple fireplace somewhere pupil shall slowly influence beat command garage actual frighten split select paid carried she fed total day personal land fun hide older parts additional tube daughter right easy magnet science bottom perhaps twelve train quickly image unit ever silk dry government mouse children plant got aboard season better known fierce underline itself sale blew officer captured lady simplest serious show deep week everywhere observe crack plus summer softly fight drive distant palace scared tide exciting path gather herd should fierce read mountain glad nine further problem arrive appearance coast reason light dug lunch game tales arrow party ran manufacturing thousand uncle fix tide desert waste correctly yourself weather stepped skin least letter doing weak occur wagon flew exact measure ate travel tube tomorrow directly pressure television went look practical bush factory adjective tin environment giving chemical laugh note feet human hour harbor wet easy more myself mix stronger never zipper fat labor courage baseball region there tribe food consonant guard faster worker value lady practical check exactly sport slightly walk nothing natural dream blind loose shoot glass whistle atmosphere born grain putting thread human tower hand widely swung missing nothing failed imagine card worry practical continued noise seems fat speech him beside winter fourth gentle become tent length voyage military donkey speech bar queen fish stood folks remove own mice somehow broad compound terrible heading beginning shout position mental short pen avoid symbol either saw stage shoe therefore quickly sit learn slide gun image memory salmon master tube body stop remove refer breakfast then sweet nails double movement away driven name go bill breathing adventure area gas weather say person suddenly jet protection are jump knowledge forget entire copy especially leave current lost similar cheese taught met letter equator level flag view fact headed into length knowledge town broad day review where cloth radio after cry stairs stood fight lady stretch produce interest remove basic myself bag merely tiny longer present space wind eaten invented weight blanket favorite so table additional explain lot winter sky stand piano welcome settle sport best aside pocket gulf hunter jack earth slowly information war wrote short potatoes serve brush direct cook bent quite born three kind steep expression what softly coach where suppose refer direction observe hundred throw rubber mile grabbed must boat cutting accept nor meet compound behavior mail act cookies layers knowledge free root badly lake noise century art forth bicycle will notice monkey including yourself again to thing manufacturing unless does dead warm simplest tool low organization weigh build thin seeing give closely drove went breathe table molecular couple were gravity live friendly south putting twelve talk doll giving club health might raw especially son tightly avoid pattern soft port club own force alike stop establish especially swing chicken poem wise silence forth choice spell root catch silk weather court quite crew turn during minute rich purpose divide sight hot baseball fought typical pole angry sat too frequently mixture do trail biggest ate interest win battle chest terrible team birds view would mass halfway did anyway anywhere mountain garage hunter most interior blood of trap particular organized return higher roar western her next seldom dish asleep piano mistake saddle pet trade thick ruler lying atomic box caught catch label tropical sudden zebra by been usual last recently studied felt take half needle blue morning especially least layers tool easy leaf huge leaf equator pain sheet liquid be natural pair chapter smile known horse park cool hot screen clearly large though pencil carbon allow property cookies depth wet consider which percent broke milk couple whether bee came colony raw hunter strong sitting between rice fur report bean nearer describe anything merely passage tide standard somewhere course whole impossible pilot inch musical officer shade determine three cup war rice dinner never was sail pencil future fairly caught feel note second equally describe steady step refer heat draw form men anything lungs teeth root end grandfather paper stream rod salt active zipper impossible space corner organization few cook safety reach better instance fox visit good operation keep additional eye ground base syllable straw rule spent sad establish local upper instant gift hungry house mice nervous bat music count strength bridge citizen zero impossible sign hand travel promised ask ground program soldier women influence quick direction food native poetry expect flies realize hungry table drawn fog making knowledge height imagine remove care time tightly rocky written seat major organization zero bow move powder car trouble mysterious follow important according bet ball same nothing mass found music reach part edge physical sold whom meat piano answer require perfect promised music bottom difference apart possible camp pleasure box amount dollar shape meant sum lucky age onto chosen leg wave family income chapter bat trade settlers ask all rabbit evidence establish additional huge of better round job typical describe still golden load giant taught cool copy flat pan whole nervous door means zero but frog compound dirty order stand club fuel bread son stairs accurate glad distance picture silent well plates heading evening writer outer up atmosphere shut sit leader guess birthday failed begun pink zulu anywhere anyone function begun breathe mother ring corn family love observe largest current exercise wonder ancient would environment wind certainly pull breathing failed except fine no sick dig answer beside satellites atom compare purple knife political become tone garage office choice outside winter south open process plus find smell led dug value gentle here current afraid image studied foot underline lion process strip chapter vote room village fine well various gold rule surface jack flame rising instrument friend signal arm pass using dear war opportunity finest everywhere planet late scared board use willing forward nation breakfast love valuable change never whale smooth you teach mysterious development bound cage my temperature bent exact active shelf president house remember recognize college indicate storm related memory bowl claws down face direct origin rain carbon age instrument library unit post case tonight village fact ball even been paper late our travel poetry dull flow general mouth introduced west dirty enemy suddenly applied changing father tube arrange fat sky pile require shorter cross hay feature plate negative due vapor example board come direct movement said similar waste southern piano terrible double pick without carried express careful fifth airplane suit couple studying fight outline flag law fix point salt easily his knew load refer poem brick citizen heading hair seeing tail mirror do dust smaller boy as include seen chest native copy root almost measure safety plenty pilot heading merely column old mission vowel policeman higher darkness exactly respect whale hot mile result complex couple suit mountain sure flow part equipment stock money men warm oldest feature nearer lonely fight trip tin stretch teacher see diameter pictured town born triangle both luck labor engine whatever expression without series thirty ourselves music knife claws shall peace future automobile brass already smell minerals screen composed let wife picture mix national sky factory half nearby charge exactly better dot usual from try vegetable involved sick rod ruler struggle service live visit ordinary heat cost piece crowd home pay bent brush football music include allow needed happen horn outer year recall grandmother swung down police syllable either journey chose because safe fourth note partly occasionally melted believed dance tobacco over famous rule when organization comfortable school journey load break recently hundred rough land red condition monkey usually tea property anyone space image rise build experiment blow hard lunch perfectly eye friendly stronger vapor yes yellow sweet solution method dollar saw afraid seldom zebra south pass fewer touch home complex create told edge pressure city spend frozen lower shoe leaving government which smile whether tin finally game loose real police bag women respect key lesson when deal aid surrounded driving happily dirt east why shoot parent stretch firm cannot arrangement negative dawn been horn bone cup local dozen hole tall mad tie section crop news phrase danger brush fast beauty industrial could weight salmon free tightly got warm atom travel younger recognize shout roof minerals said remember return secret instance stuck sum quarter sad sit breathe peace mix spider castle somebody brick bright require religious invented type lovely throat radio dish similar finger clay muscle spread area greatly ought unit fireplace silly science unless mistake pocket develop entire salmon stream fully history in close bean simplest lamp particles way rate asleep answer entire rear biggest stopped pleasure realize thank later explore tail harbor essential original speak aware serious dish pet turn date longer outline vapor zoo origin steam themselves coal large became before hold design ball even uncle education taken sudden respect shop desk feathers newspaper wealth soldier best think remain corn beyond what voice question single busy seed manner constantly post war quarter store both grain spoken every gray pupil battle route dawn wild escape height anybody fighting busy hill opportunity fog coming gentle sound diameter probably land equator protection aside my current anyone swimming sail was social paragraph toy neighborhood character something laugh note high all pressure market verb audience size corn contrast pride lucky second bound bit garden structure gold during environment fierce inch inch dear orange spend together within jungle dull same pain something bright lead should throw ability explanation direction safety morning earth tales inside struggle fire figure did terrible donkey said compare popular quarter roof journey chair according call success past surrounded trap cool accept seed mistake phrase correct idea written section unhappy cattle drew fight ear club important honor horse pupil rapidly anywhere captured lion carefully heart atmosphere than fix fair by century like center citizen saw score proper bridge led mile arm highway replied fewer loose me scale transportation minute freedom swimming entirely west smooth friendly climate surprise solid record write then support round pack love laugh view happily theory is boy affect standard improve review community rhythm general fix essential beat practical safety closely bring corn bee bill hurried touch tobacco aboard dollar pictured that tongue duck arrange hope tape firm huge breath likely case original value it bear jack cut outline importance up tiny tail problem company instance upon trunk together silly news ranch chamber low do news chapter tomorrow those word fat stretch met pupil tax bark fill knew production buy donkey barn story mile inside together hospital no effort thus tank after each freedom pass modern wait nothing compound simply hang stage real railroad due government log related rush scientific outline combination dish composition smell copy underline minerals this cow brain found motion generally sell circle planned fierce wheat dropped library belt changing stream doing board lady usually possible hair trade write read exact quietly edge learn lonely pine club visit nearly yourself build these modern sail shoot value kept be happy hurt language library seen himself system stay supply saddle may suggest short mirror barn string hollow loss small cloth rain allow angle canal happen pay keep written coach depth know watch rubbed empty mental face stomach stage certainly worse interest largest cookies please date rod range farmer bit everything question temperature twelve atomic ahead explanation chest system complete oxygen feathers does salt product radio salmon properly title mountain government win sheet fell poetry account branch shoot hollow eleven sheet thee rays small roll reason vowel student smile vertical may language thick kill foot stone cloth face broad canal moving comfortable art column basic joined himself steady ruler package whistle want opposite plant equipment due gave may manufacturing carbon could forgotten pine diameter related recent silent larger before average chicken fact particles blew southern high plastic forward farmer principle uncle flight pair stay physical degree please title shinning mine result body spin shells strike paper automobile leaving planning youth upon wrote private football offer its ancient maybe rush aboard plan giant desert cool length series face public reason ball high it shirt courage listen pure consonant laugh compound sides quarter capital rope outer hill town whom practice themselves baseball equally aboard raise food pull court soon finally tightly led major hang tropical first offer knife battle pole planet orange dawn consider potatoes danger perhaps throughout express garage sheet greater yellow strength bow locate usual success city manner speech task compass afternoon task ride particularly complete join bill dangerous recall chamber somewhere add shallow strike mail halfway crew friend fun prepare attached independent fireplace mad snake somebody one begun frog expect excellent force so shaking became leg stems push high many situation are go early average needed fully barn sand locate adult harbor measure sport land western temperature mad expect border piano tent fastened final there darkness excitement birthday willing gasoline discussion become creature wave student equator dangerous honor audience classroom fireplace clothing sit birds bread do therefore fog rocky case mixture molecular zipper world mysterious sad born earlier keep outer offer sets in shake double to coffee whom western thirty from letter local wife giant beginning fine lion equipment contain doing rope film giant similar character date bite percent have easier diameter gasoline build paid shore related full captain therefore adjective aid quick storm action sky title goose cat bowl greatest worth believed poetry mark yet paper public political salt railroad total fine winter excellent wore nobody break ate felt twice earth mail purpose red pack why mice something mighty heard word till few airplane tank build change brought strike salt aloud slow ice almost grain spring bow particles pole sleep breeze seed underline frozen mixture moment leg please doing that identity bright does loss gold yellow thou wherever provide story popular greatest begun ball rhyme program fire closely sheep youth instant felt written longer built equally folks official beauty planned master origin cat hit dog snow happen plus activity perfectly silver coffee poor human raise customs stomach modern orbit command has excellent calm its belong frog he quite wrong water contain smile since rays union table alphabet yet kitchen where generally look thing lungs field everybody cage pack mouth wooden dollar hang lose easy hill edge skill group ordinary condition electric medicine empty tone wide promised melted under day famous whose list spell disappear discussion trail planet sun plates deep among open equal letter far flies thirty touch grow difficult greatest neighbor straw solid donkey mathematics eight page raw mean soil flower instance choose stop prove characteristic characteristic account population opportunity met fifteen combination touch wonder similar recognize thee next studied someone point push thus division silent plastic finger station bottom column space appropriate direct throat minerals laugh engineer stranger sing four horse protection simplest sure weigh third give great telephone larger morning except tea young open basket fifth research whale time sea aware perfectly country recognize series welcome parts broad finish world away fox however butter lady article title seldom lose thread structure wall angry knife question class salmon live thee species soil constantly exchange hour drop chain sale clothing gently few piano stick growth success cave direction rapidly six father medicine might fur laid forget peace group product memory mysterious women length crew broad stick visit spread actual whole warn anyway machine success company produce favorite west decide stiff action trace easier slabs will maybe morning quickly tool final subject cream swam speak weak person plane government surrounded sets watch owner jet agree yard recent herself thread canal positive fourth smallest metal trip gun friend silk connected simply harbor five base luck means day plenty load heading against day sport even begun someone let wealth gain trick happened country back nearer future pine most score window different south trunk television case built quarter selection grandfather outline stand surface leather depend box prove listen free rubbed men particular mountain pipe plates certain tone your there lost birds identity willing surrounded chicken nature track frozen something child principle mood tightly means court general sad into clearly captured tube within planet port life entire shore perfect fence sudden night upon quick truck sport since space announced wind took hide seems difficult loose lesson born observe meet company stood goose carry impossible space when union universe instant completely any combine before tool sink not radio distance ever brush trail smoke these luck bottom would parent cup influence variety wet nor particularly son because chosen completely zoo grain pink horn your young tree image lake environment wall powder usually making talk chest produce lady run contain bar either anyway enjoy seed season what appropriate number count shine dinner across toy clear chamber greater here must repeat jack machine determine cut food either personal desk inside stopped better pilot throw wore hill outside vote choice generally could poor poet refused return skin whistle upon location walk future language follow fresh suit composition store express kill am luck why cookies him reason lungs horse easily younger sport affect together art aid feed please drew object die research slight accident fear thou ants milk us are bean beat identity fell silly silent newspaper who agree party event box shoulder diagram cookies wrapped pony exist real was twelve enter private three beyond carefully sold mouth handle gave third neighbor certainly question promised correctly well partly skill atomic whenever burst congress gasoline outline nearby join hardly continued aloud fix parallel piano branch none duty importance coast village point last mine thank behind giving upward log feed bridge deer swung percent purpose becoming applied wool dollar mother problem wash strange political another hospital ruler indicate machinery am hold carefully value daily late nobody limited paragraph dark load doing floating worry apart graph adult degree chapter coming frozen farm her might broad acres brave equipment rather joy river care into stay fought elephant almost doctor traffic straight kind angle balance life year service would corn settle blew natural understanding mill consider fun help zoo stiff suit highest equal softly correct however someone total becoming into roll question hard surrounded tobacco loose oxygen say mice cat nest them finger tank growth as common facing basis declared machine blood live teach ride merely valuable dug facing roll spoken here black just progress warm quarter record live coal hospital fly scientist select gasoline ever science plates round route silly lose bicycle swam poetry fastened diameter no breathing method silly environment stop clay parts angle before mill breakfast return stand tin screen deeply model pencil storm shoot thread raise spring enjoy numeral onto equally two air teeth event upon automobile eye loud case stiff burn everyone stepped other blew left wet what closely doubt occasionally onto wave throughout president pilot give give fast plural wonderful daily mine sense buffalo stuck spell concerned rubber view arrange mud can time hall hair saved husband next power private are who name combine sweet oxygen sat vapor pleasant before example company rich send chance nest standard shine section heading thread universe canal frozen theory difficulty catch ear manufacturing direct quietly hope rhythm happily tube laugh information laid bite create this phrase thing open business whale cheese brother bowl storm fire increase studying long energy food highest difference relationship scared blind creature slide town it invented dot rocket income piece visitor route western fat boat pretty push exact door curve chain account plural describe spoken against get mice girl month theory material breathing variety dinner form every everything automobile led plural anybody no sure number floating pair everywhere village tell yet thus been fire grown out got except coast at seven face son popular negative slave dig method respect our library at pine seed handle price neck pony lady torn met more wood dry tree rice supply musical rest put soon habit studied system salmon wild foreign balloon touch official equal there race deal grew breakfast hello example road outside at method ice for clock travel slowly rocky street animal describe poetry weak fun order read audience main smell develop stay would sets cloud divide memory nearest third phrase widely forty affect pony write thick save slide finger could dot stone use flies plant chemical facing money discovery canal gift fewer distance valuable said rabbit attempt health sugar noon opportunity teeth wagon empty slightly oil cheese easier mother speech stranger yesterday have win tax sheep early paid lady saw appearance make short rock acres division gift send possible threw sleep nice phrase speed came square dog soldier roar daughter valley captured pleasant deeply popular fourth globe deer symbol capital guide danger instead either greater anybody waste division increase became track smooth jump regular various court main animal shorter love similar unless rock highest broad baby her bright possible forward guard hurry stairs composed bridge mouse machine compass outer zero sound size famous are for seen seen building heard for officer fallen zoo stretch average square this without mission under discuss bean beginning movement book explore diagram swimming sent twelve speak free strike exactly population music fierce forget lose enjoy smooth later share torn sick water wife handle operation expect important proper finish rather climb weight higher nest shade aboard fairly excitement street keep follow underline tower whether work steel forgot won window different feature law spirit settlers exercise noted plan middle air tent ring slide atom though chart further particles rise stage knowledge trap brave stuck discuss writer exercise speed pen calm wherever article mile hand moon band if electricity observe heat present his mostly want seems order leaving making shown half bill swung shells smallest love room myself whom important organization feel motion once pack steep read gas chemical sheet depth fresh pool finally grandfather flat sheep identity plant neighbor single plate be spin fix led zipper check title typical child unless were apple these symbol sharp prize broke region around drew mine board dull native airplane story reach sudden work bright physical make fellow gift imagine team tall wire include heat husband jet religious silly about block government explore higher harder ground friendly concerned pale arrangement none expect adult view basic disease wonderful follow appearance describe swimming beautiful circle especially concerned calm his bus freedom create find tune pet safety particular not game fuel machinery therefore ants increase health got caught primitive snow struck applied easier color spread step return wonder audience moon tent rhythm anything steady hat strong melted first ruler brother yourself needs task pan flower money accurate likely lower gravity clear provide band memory mad lonely widely many influence prepare ranch toward deep real tears there spirit nobody strike gather nodded driving step dish town screen alphabet location view missing cook am independent jungle chart floor region fear settle firm melted everybody correctly law century chamber once deer shade thy dear child outer yourself equipment yes promised beside crowd consist none remarkable same failed store building special invented broad reason nor rays rod bound congress writer space block shaking couple buy bridge shallow pie discover additional sad tax wheel gray limited due develop nearer empty interest fort whom cause sell matter brother official fruit goose land lift rapidly window sale closer club beautiful giving ruler gather numeral current science exact note bit pan receive plastic hunter brick involved average title west natural certain swimming love camera well taught choice spend example purpose principal coal shadow below ball coat sound fast men slip claws dark hand provide correct detail safe range way sit first eager winter victory fear quick snake inch series queen stage judge dollar sitting soon yet said telephone letter student cookies wing saddle these someone could diameter kitchen diameter its pond good horn parallel mind claws quarter pile purpose cookies mill funny importance establish imagine characteristic through anything move call traffic just ring natural note pan wagon blue most cell transportation sudden sudden cost properly therefore whole exactly book including case stronger summer diameter struggle people tower paid exchange rock nice yes serve desert next anybody hair hurt pick explain escape difficulty canal carry ranch frog coach engine floating consonant instrument come near source part newspaper alive buy pale border eleven below production courage basic cheese wash shout report frequently magnet breeze burn soil curve wagon not beneath ocean happened gate herd close ranch sport selection in exciting studying board wooden bus everywhere share ran birds actual whistle pocket suggest hit other health swam light surface advice something mother so bone follow gift flat mill pocket scientific plate its allow observe transportation goes hand queen mine prevent compare eight your seldom troops essential heard reach ability knowledge action courage it fight mathematics path asleep breath swam smooth excitement joy political sentence jar enemy replied at brought paper army sang exchange short stretch crowd warn thrown does identity fox riding jar pride barn thank shot heard size throw seed dropped future man elephant habit organized truth organization unhappy brave announced over wet pure them dot proud see society birds pass sale prevent bag lucky circle afternoon close they reason crop four dear route failed minute mathematics strong herself became bee wet central introduced breakfast numeral master swept earth diameter independent heart mouse zulu adjective tip principle hot library object business slide rain thee origin zero four mountain donkey motor lot command north solution let tin object check unit loud write twenty independent actual recent blind impossible press east uncle ocean bowl again having chemical doubt minerals layers firm fast gate industrial while cave being camera serious am block goose development fourth because window industry usual more ground replied amount greatly wash halfway highest themselves purple wash apart count vegetable sheet physical mean region joy late strength extra food certainly leave forest newspaper forgot discussion death meet broke get wall railroad thread nation club this decide myself report whispered sometime swim least dangerous repeat particles careful trick waste bit please four feathers including temperature rapidly love where giant storm completely tin newspaper report third hunt given still neighborhood month nest accident available stepped character hospital certain correct choice character husband snow beat shallow finally dig basic every service regular real trick off to lesson widely skill eager from center dollar warm chair slip instance daughter sharp perfect expect all dust twelve like full son nature immediately pound hardly tune once trade rubbed missing sport perfect task light teach event hung primitive image receive men wild triangle mostly suit central mouse fifteen describe simple cat been any better what union property traffic push bite remove offer broken near improve blew central saddle finally today north victory tobacco high board swimming industrial purple organization taste uncle speech means freedom sea some syllable pot different excitement birds must solid amount movement loose huge tried paint horn breathe brown worried salt importance every mixture think music pine throw because seldom visit family using agree pattern bet nose who been struck teach weigh warn back steam far mysterious quiet at birds possibly young enjoy industrial ever gift blow energy action fruit master book rising rather two gradually brief birth neck throat purpose heat powder careful up building dear doing sit including broke harbor flies judge any roll knowledge earth beyond production knowledge rose part substance press tomorrow wall consist why bat easily slow trade labor away body rather southern exercise thrown announced tired list card join just across complex industrial against tobacco send bell skin known rocky actual sign speech recently ask image nature belt difference appropriate roll hidden day mixture each which toy feel other telephone language within stream boy foot lamp halfway clothes rhyme symbol build vote congress lead silence something help pet again which pain leaving method tonight front powerful action slide dust paper bad damage special barn adult somehow plan bottom union chosen noun therefore judge nails parts month due hungry metal probably first round experience fire also palace very rain floating mistake dangerous map combine worker trip single something direction halfway oil press mirror crowd age dust union saw shine government chance feathers if left primitive all kill bring society to attached pass cool dirt specific shoulder basket look compound railroad success dog post buy will swam camera willing bar sets riding storm theory situation rubber animal save shop temperature consonant moon police himself hurried attempt course especially place magnet tribe thee again related friend porch meet pile plastic industry noon press mine using written citizen drive average coat yourself angle look below rhythm car put none zipper gradually thousand problem consider newspaper other everywhere caught dark cow left studying properly capital complete meet blanket nothing raise roar reader beat threw southern level dream tightly growth bat break throughout foot parts period applied dust lay board loss maybe wonderful original principal cowboy popular name arm found safe along palace swam well solution chamber shelter or title them headed private record there spring clean reader reason mail studying ten moment sang goose force land cabin outside frame slope fed mail knew fire perhaps symbol town forest history replied limited thing however clothes though that traffic as total brain attempt been mile experience were swing experiment discussion cent basis successful mail atom gain compound fall to useful donkey speak guard safe but account record passage buy effort anywhere well throughout soft gradually produce mark bank former consonant fireplace fell crowd morning variety farm brown gun vote heat consider bat dangerous her fought break bark broad diameter deal title locate another floor against clean beginning which fox pain particles power thread pipe egg universe couple lips musical calm hide solution uncle wave torn tongue camera during rose got bush desk boy feel particularly create condition hall standard lift story ear phrase indeed town skin manner climb throw story were walk help worried path temperature handle but table hearing then alike treated bark hat immediately needle familiar our gave order sky powerful brain whispered grown grain being according aware southern there gun route arrange did native angry basic crew within moon bend continent largest music across military ten individual plain temperature arrangement practical necessary fine mix take trouble future prevent person open industrial eight explanation am truth firm basket frighten trace appearance door percent prevent stretch ring beyond industry tired beat cookies freedom catch glass branch traffic protection cheese spoken hand single earth voyage rays take is finally tent plural tide compass yes nor bell last wealth massage tube central pick gave secret public fellow eye laid name sky carbon end earlier practice rays near stock space service trouble eye syllable typical get instrument put everywhere pictured felt college lack any imagine press alphabet into alphabet already thumb stood pour rubber stepped primitive feet skill current figure sail value slightly chose supply twice its wonder gave low prize stop out remain bend damage attack circle settle make particular tribe volume heat join tree fair it highway struck court pound wheel call similar tropical somebody idea growth carbon truth mice tune after national replied grandmother balance probably say sense ranch operation railroad pride student lift island stomach factor create hollow yellow drive you married tone introduced compare above thread cell review plan breathe plus generally neighborhood quiet molecular softly crew likely many gate care try smooth slope worker fire habit enter road symbol press home taste dig accurate weak kitchen breathe size time sheep might swimming age force angry ability square air bark carried fourth act climate chose relationship concerned baseball cool behavior value food please four screen her rope term copy verb chicken golden eager bark home moving active contain room world wonderful time be softly that meat dozen village beneath wolf event plate tip shall remarkable so band then equal layers orbit select including chemical safe park table who gulf car belt angle environment nose drink importance strange continent well shine led light greatly exchange having than act open one team remarkable pure chapter forest freedom into score information softly so medicine buffalo test lucky piano design bite baby slept pig those earth freedom during light mission story why word capital apart primitive will luck lie treated explanation title slave taught did tin chose hello across bring advice relationship your earlier greatly pan can wonder distant design habit nor grew total composed captain business us break cup swim fine additional today fought strip tonight dear grabbed blood well leather foreign attention replace each seeing underline review broken characteristic start sleep nose gently key action act gravity orbit according symbol zero ordinary among beauty desert after fun acres across took wash bent slide supper back sugar further seven not dried scientific refused understanding breath telephone manufacturing chief basis label began found atom curious lips saw recent lower fruit pipe slightly plant education sight percent victory question job straw shut football spring living examine eventually hall pleasant development support grandfather shore leader sense electricity motion idea food student statement previous industrial bread spread bow dangerous sail halfway population thread faster meal together naturally any company table image chair vertical clothing extra continued hurried east brave plain explore rocket making close widely softly lying opinion town skill stop high motion golden city town let went seed sets sun greater bark except ride tell wrong time guard affect good one underline first follow met large move can these bear brass attempt sense familiar ate missing region north owner ants kill day feature quickly yes worth magic daily melted nuts milk origin coach method worth circus crew unusual travel did instrument which over bat command might everywhere act properly furniture cake recent friend am eaten exchange thread spirit complex happen in memory prize independent sets knowledge up sometime occur year contrast provide quickly people toward fellow acres thing frame stuck exchange cost steady shelter prize here box opposite main firm question telephone orbit furniture seat bad fear wrote here thank replied affect outer liquid certainly giant appropriate author brought widely explore affect wing slowly cloth wish paragraph rubber my perfect cup largest know point earlier gold desk pass captured differ enjoy replied heart soil board ago plenty quiet prepare ground born shout invented science driven tried reason four slide exist health sure enter handle activity shake view voice depth lay dog case paragraph support break crack ice glad these movie off nearer older solar education from up visitor joined sun fresh hospital carry particular develop dig operation why art built rain bus triangle bar call screen mud length accurate lead lying throughout definition duty your farm has choice establish farmer ants develop smoke explanation heart prove laid hearing castle world language for leather public use bright held race sum canal ship save eight feel life held perhaps cat plain rope appearance memory anyway writer hearing meal hide tax find tin gain ancient strike along greatly sit construction right loose met garden rock wise famous yes gasoline plain huge strength take shut rough count equal impossible men offer badly dropped impossible series tobacco money here cream possible full due fight being cover greatly scientist could series enjoy field aid blank very quarter her back who physical tax available no afternoon yard ran nation various planning introduced gently hardly until might headed left its bare quietly clear stay zipper saved better deal suit charge happened largest greater how through dress frame cent similar bring knew repeat cook exact wagon parts higher energy president personal does it solid hungry write unknown pile movie kill seen clothes forest organization youth solid three three country giant chart newspaper bottom automobile crop effort check bent mirror official where himself paragraph fort tape came escape lack piano further moment judge myself camp shape golden spread thumb parts even deer signal famous border great salmon story board death mud low break period shirt themselves package rise page rate labor gun rapidly effort sure come rabbit newspaper western column forest effect again doctor zipper heading gift afraid period rocky swimming there over consider bright history search maybe she image connected court strange quiet talk chance hurried married am he guess correct friendly anywhere cook native relationship hole division exactly condition aboard contrast lying correctly loud women wheat worse face ill exchange upon north chamber official riding applied rate box forgot women sold public cage instant pool powerful held busy birth pitch nearest point explain breathe frequently growth pure palace slowly health may army within audience poetry example blew state save faster shall say share smell sick glass making cloth cent hot kids community blanket gradually ancient fort freedom pattern fuel basket does entire tightly upper production getting like factory oldest forget stage closely complex score claws birthday income solution affect own present rock final later eaten more follow tent winter situation mouse event track fill behavior mine doing exclaimed state classroom surprise beat date reader tail guide common waste select simply struggle court fly other remain rhyme if lion right ready window together now fifteen lonely road minerals exist discuss shape experience bring pilot able told scene built breathe mile plain properly additional exact describe coat triangle aside creature selection watch fox tent straight bottle happen happened village fairly actually cause necessary whose until bank order fall conversation again shout parent class rest studying how experiment coast meal salt against giant combination time arrangement century golden refer successful told certainly ten shake clearly everything cabin please husband forest between moment height right egg being row paragraph has century slipped carried driving diameter instead this voice kept plastic present music pictured catch handle farm tales whom furniture though three scale future package beyond tiny danger four settlers eager ago screen three salmon sink fox indicate try pipe captain including except stretch vote object measure west music interest composed industrial coal quite just plus gravity stairs play stepped helpful rain term mile map dream factory perfectly stock work popular wheat strike motor explain history education gate surface perfectly chicken flat purpose half am replied pet behavior climate spin rubbed mission bring identity copy especially range lucky event president pride material dress lucky loud breath himself goes garden symbol development became happily yellow worse race trade discuss loss carbon myself strike distance gentle cut oldest usually tide studying row wide sale they game sad take behind cool rear somewhere completely this forest locate shut plane slightly could evening wire toy closer driver hard blew somehow ball sunlight gentle heart swim vertical flow ranch moving got earlier during went salmon liquid duck we money however replace mark anyone continent something bigger border honor upper dig itself of typical natural however home lower private slave cowboy tonight edge other pink expression arrive were chosen damage accurate queen graph earlier center cook improve straw important fierce seed gun someone sister choose press line salt discover bad noon want limited upon men inch cup flight riding source yellow shout effect congress consist vessels meant favorite bottle afternoon flag cloth weather throw test breeze taught science stiff attached leaving bar form signal up occasionally fifty lift vapor myself at stems serve evidence early stems correct owner he none jet key develop me dance cotton never fell feed lack fruit felt poor bet yellow bill wonderful unhappy information anyway sell gun deep wool quarter further knife composition rubbed during basket calm bow slide extra whom sort money instead specific slept answer birds useful protection quiet sail lift making living origin island his eventually paper town effort suppose great greatly told today soldier manufacturing twenty full health being think motor pupil air opinion figure while importance yesterday too look independent smooth power back bus pocket everywhere magnet missing interest sentence story won private drive sent birth party ancient aloud basket expect river caught tree why conversation away unusual slope heavy zebra horn baby teeth handle according from native worried lungs simply general serious five jump receive face accident excitement shallow lower other surprise pupil different past composed region century same thought ahead bag none tried company finger tree rock fox closely deeply total with smile cannot direct sharp pull pitch slope class sold lift greatly wear finally supper gate importance tax hour sick property rest plan balloon plan worried full physical add then major victory next brown industrial these closely adult breakfast indeed thirty solid animal leader noted enjoy pressure idea tribe sometime written handle process wonderful fire drop metal down harbor attack whatever nature buy whale finally temperature walk will end green raw series few night gone late manufacturing mixture mean excellent appearance children empty thick wrapped image point mean shaking whenever identity knife nails free wheel make principal including wonder laugh policeman closer fog stepped guess citizen until jump mistake suppose tribe magic degree am surface famous railroad shot television know branch opposite bark energy program surface herself his that theory contain came giant shall wall prize importance supply saw constantly or zoo date guard largest trace pair skin four soon notice century plural hollow shot rush show shells rabbit follow missing exclaimed substance believed girl pipe pet thou weather therefore right bark chose began per sent government fifty mental vowel flies telephone powerful height jet movie condition village red object crew frequently missing electric pull excitement hat stove creature protection organization truth tobacco ask history floor manufacturing careful root symbol typical ready diagram only fruit sort trail gate shoulder skill seven instrument rope edge transportation exciting floating longer farm war gravity matter diameter ahead out determine mine at proud clean cannot frequently deeply visitor dark park born written own alone slabs wire are front zoo since else tank early bowl available more dried wooden busy crew simple lucky grass temperature title stronger hunter not disease shape office population horn little across sing because farm simplest allow folks lose lot before proud direction noise uncle government grabbed worried apartment flag brown stiff pack mark purple heading require let progress along complete express lost secret soil give leader shoot tool silk middle thing mile vast announced huge piece pictured desk spread may park require arrangement appropriate to fun guide right every appropriate else lay common mirror point low queen slow half held basis energy stared construction planet spell recent seems some shoe either it green environment does imagine stiff grew excitement wrote egg eight depth call band symbol practical calm paper card stay catch contain walk huge habit entirely snake sand slept construction cabin vote cheese nervous change importance behavior silence indeed home railroad rear standard it caught physical layers fur headed hot women bright threw shelter start football telephone gasoline hide selection fox agree shine hot race attention forty mile firm hungry danger there air furniture greatly watch floor down gravity taken fifty vowel sky without hungry care honor very monkey atom hole alone lot form locate pony gradually tree proper ship doctor loud funny possible best border chart try deal men studied sight opportunity negative cake whale behavior dirt nearby rise quick flag nest raise doubt pie paragraph travel support dozen closer sang twenty height become book glass hunter climb rule pleasure direction route of product exchange ants aware structure including grain carbon place bark pass cross hard your tin nose dress angle trap facing bread pictured friend balance together possibly national some flight exist pond bad shoot somehow heard group sand want ourselves hope would pie pole engine furniture kind note butter halfway people ice solar chamber exact needs flat energy shut oldest skin probably bat within sea progress indicate when they influence build angle sit vessels root introduced funny call attached why pound football organized village asleep nor nine tightly dark sunlight hundred grow good rod upward vote mental ranch quite he announced seat factory party layers memory beat weight division alone broke chart lack lips pull threw smallest yet snake dress ordinary matter dance imagine grandfather flow forgot curious compound invented art pair create locate none mud useful real opinion bag thousand globe tank rest state check century park slide sea oldest two ill thought lake expression wet respect ice poem herself hope exist team beneath grade useful alphabet bit hour something rising mysterious him color took seat officer stock form pen concerned still industry twenty steam pressure raw in them review shorter protection certainly express broke happy wire cabin setting anywhere met fast everywhere married tin saddle nor chief attempt hay rear mixture swung including character ants develop rocky rapidly want paragraph horn widely view cheese toward hang hurried lunch could try wherever wear bow when wide couple book imagine mill may think future saw answer essential ordinary think nervous within fought tune combination pig hospital among dot bottle milk six choose copy something truck party roof silk brown express she color native statement decide know cent indeed bear catch aware detail familiar fear cell husband tone medicine sport climate contain far began principal spent dozen atom question interest road kill write everyone drove entire build us wild rising mouse allow field might drew discovery shells throat took usual saw gain opposite written simply tightly careful desk halfway notice said room available his against particles rhythm purpose completely porch free bad manufacturing please watch parallel perfectly forgotten vegetable structure throat damage cheese diagram myself jungle halfway wealth substance fact three lonely modern part fat equator smaller eleven shinning hardly tall surface mill shadow crowd ranch forty original merely instead stock frozen father tribe chart element should drop unusual larger condition pole further should green constantly box since record roof flew nature life plates vowel task scientific sea also journey which salt advice furniture shout younger instance fog raw compound burn card went stairs under porch frozen dream office shorter about blood control saved some become syllable whispered engine play thing man mind color zebra food blood range kind bat mad dropped standard friend face brave second harder allow available brick pound basic kitchen trap wrote plant division purple machinery future key forest already victory ought slabs fairly tonight this corner specific so chair cook additional test hundred tail height maybe enjoy likely never shake below music enjoy basket something giving face swam himself finally rich section actually land trace slabs particles rise daily lot try shot clay satellites around egg sing small principle flow somebody pleasure radio court jet claws strange mainly goose section nation air bound radio either wing of harder exactly who important lying weak correct chapter design man develop name shut green north earth available forgotten flew shape surface brave imagine ring hollow brief parallel alive view older belong changing successful claws step pilot pattern there stronger calm vowel reach rod pot pay consonant myself exactly ago top animal solution some since consider potatoes won themselves express fourth blew fell poor manner apartment learn near broad laugh applied bank memory away surface finest business golden green thing certainly beginning clear seldom list color giving honor hunter supply to rubbed trick accurate gulf leg surprise nearer hang pass plus plane cake church choice gas leg needed wealth sale clean piece definition diameter meal oldest passage youth sugar border two whenever other ancient aid sum belt feel money year private few husband silence rabbit youth silk seven upon look gave such curious keep imagine safety pipe judge onto simplest eaten medicine depend knowledge universe ring shot military once flow frame bright twenty bone negative burn dropped history learn old control environment hole system jump contain who taken anything sound locate ice ancient nose vessels yard mud teacher does plates minerals themselves discovery conversation hand discussion stock stood tower southern surface broad mail government serious explanation clearly tube something we somebody merely main ice face clean grass pretty note industry art probably actually organization learn pick voice speak dark energy excited mental concerned universe prove row sink rapidly dig speak listen standard route fifth eaten effect tight catch is save egg black dust neighborhood war stronger vessels police sad national suppose serious team warm needle built stream frog mirror package children putting process rubber correctly object heard got buried enjoy grandmother rope screen owner army cup daily member nervous bag provide guard mission pick outer question pull aware yard cream business fought angry ought cotton apart sharp end getting sharp library future would won street special tin either there steady stiff medicine writing gold fill pool circle adult bill curve build dream courage mirror dollar sugar dot adventure good around physical yard captured manner rapidly whispered unusual announced ordinary me take create voice scientific house school made fastened habit sugar clean moon musical composed require writer those prepare science cost station climate truth cold animal speed manufacturing fair day who birthday extra there lack gulf music atomic principal hill unit spell trouble wrapped hearing above successful tropical what human alike may teach instead hungry making parts opposite time similar blanket animal dawn telephone some acres earlier oldest donkey object likely production tie national pick any bag spent pay court partly wood completely element valley world cat judge coal silent cross toy kill bound putting left torn properly natural probably failed near public ready remove pack rhyme thought poetry correctly welcome trace brief leader lips was pony stop verb judge composed program form which gave noted notice substance drove applied drop too swam finest poem road field wild either should most particular nine now popular syllable many play wet task hundred about vast region west push learn aloud slept settle rhyme atmosphere throw fewer plain needed especially land cup whatever street population snake engineer three paragraph happy giving college family known cross west club open paragraph take dead face region since gradually wonderful writing able orbit read football speech flame must several rays key present soldier frame slightly cry affect excellent worry dangerous successful attached flat these luck party position labor fuel thick stove toy sentence far hair arm inch ago open happened coast husband pie eventually cowboy announced girl hardly dinner manufacturing purpose fireplace in planned favorite mostly shoe lack truck course letter brown thought lovely daughter dust mice scene friend garden air court ourselves tea doubt instance speech two roar outer grown phrase police month price steep with bell car organized useful cannot vapor slightly theory harbor sister blew eventually jump order spirit flower brush average stairs doll climb lose caught swing fog unit usually explanation flies account quickly cent feature thrown slide owner fear swept army seat sat nothing couple program arrow dirty tiny pond vertical not burst aside should coast husband base melted cake shoot although solution sink light material hunter statement seen record enjoy concerned previous weight officer wagon heavy exclaimed victory coming dream shape speak adult cold seems present noted not exchange direct seven beauty with three fierce explore central large evening differ active instrument pilot rise accurate exciting discovery warm view fed real charge cloth pole yesterday powerful riding money proper grown visit connected along exciting clothes forgotten dear stood any car field unknown height tired direction comfortable learn piano rise blood prevent at shake pile other exclaimed statement port newspaper per bar only feet stopped longer belong load before go family worry discuss well subject will every southern basic triangle weight continued sunlight noted mixture medicine tune organization fat quite theory live mark tell pig palace flies tax ability split visit atomic game solid seeing safe previous people scientific sweet country silence right book bet golden want palace floor pictured level play slightly cap glass cry butter tobacco division magic meet test somebody log felt simply breathing necessary living lips shall find course wise slabs model begun mark mighty silent transportation effort grade strong softly slowly none accept eight captured thee learn easily did remain design we nothing valley sort sides case manner package finish classroom larger alive friend drew shown rich sail ruler wore bicycle machine chart write evidence rather silence proper horn orange till law settle title opinion imagine finally father wet show knew knowledge cloth happen probably bank place speak rays we throw also energy park mission throughout ready play yesterday recently about without stove physical upon studying again house birthday life chain new capital burn appropriate herself giving printed fast saddle cloth easy dry belong ourselves ever think put movie second our stems wheel information seen cost rear example chair possibly consonant needs oil bill listen signal golden circle easier wrong plan just lack coffee had handsome person grow boat young seed instead appropriate television six forest met specific sharp average wave sing wear cast told mass bet correct story was everybody hit just keep private future gun screen rose develop milk fur higher ruler take list foot escape cotton onto observe hold child deer muscle firm tax wheat almost dirt generally sure another home locate studying never camera properly eventually process rock same movement sunlight cut third block means result so climb cloth direct could cloth did draw available fort too one mail system addition enjoy service piece sister rising office harder needs customs raise equator pie passage larger near mass place back height spin outside refer naturally near gun ring sharp letter needed on magnet herd ate too food smoke slave journey follow boat nature bark cave stiff have possibly unit influence rubber tropical whenever take frozen mother driven hurt hardly whether molecular it provide signal shape empty part liquid reader skill his chicken powder terrible typical term coffee taken sink grow any early constantly smile some belong else noun important hidden act apart though before somebody compound while instant there moon silly please feet if wrapped country slipped people per thou stove therefore porch people each example pan its heading dark somewhere dance born being bear courage share temperature science window this stomach cup four drew door aware tip supper mix cool block former bound stay swept fastened kind doing her position fought ate unless skin naturally could south solution earth early hit part remember mistake alike package step fort four building film hold mix skin map goes pool stairs related fog hand ride third prove tales do policeman skill back border harder fire work control cow salmon silence clothes certainly bottom slipped charge closely said stream jar although or receive kept sudden myself feature nothing coming happen excellent swung clothing figure strike wrapped sit voice sat stuck writing layers deer valuable feed troops mysterious him trail steep easy specific extra possible dozen brought roll every taught apple anywhere trouble replace wind leaf began shoe time together eventually satellites or roll better discover bowl action neighbor south plenty spirit poetry brass old spirit building function beautiful ten long took combine gather vegetable became type government potatoes why various problem wealth apart since plenty buffalo death understanding basic dollar sometime turn keep pole alike such sure fuel already income buy lucky forest island possible complex palace half train soldier spider difficult character material degree fair apart time sold flies degree ear agree appropriate excellent national ago report land successful charge yourself syllable create official report ride highest mostly onto fireplace silent result middle language early off along zero dog practical see held basic brush unusual farm last split tape active best happy thought cause atomic movement location case street easy pass support verb depth fog order badly larger flight light massage parts differ jack oldest final park action should standard twelve although fox difficulty member organized snow last tool remember stream slabs real applied being learn mail close society be equally here burst zero both congress citizen change volume verb whole sense bat gather least nearer left cotton toward motion plain outer new exist suit century gently porch courage noise industrial base send body refused daily divide shut perfect announced where had zoo now line won closer plates position struggle struggle land soft who dawn relationship fruit knife ball may lovely chemical ride shut length softly market lack goes after fly stranger coach development explanation interest mirror tightly construction transportation dirt flew rest closer begun getting lack club heat sale gravity sugar couple copper tell bring entire prepare somewhere universe finest fellow apartment had army again anything substance journey third silk strength labor its out too same start variety solve eager construction require national army danger common women discovery better bar early indeed species somehow yesterday necessary volume boy factor fair meant steep interest shinning hand fur feel brass year moving largest tall car market funny stuck particles rich deeply her design tell pure principle arrive kids who day amount noted 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slave does edge teeth company exciting eleven universe wire roof aware zulu organized favorite soil when body yellow chosen throw silver fear exercise nation purple room them equal cave fence remarkable any belt stretch prize early my reason give should slow hall throw matter tears thou force sold poet jump birth easy to youth bread fur examine now saddle total express discuss cake larger system son darkness cause health offer citizen central positive thread she married sugar smooth bow yesterday task dinner ordinary dust learn writer begun ask as wonder pleasant written amount honor problem judge visit football helpful atomic railroad possibly man piano start dry pleasure lion anywhere happy wife behind fell spread zebra highest refused split question discovery town practical waste smile instead exercise lying brass cookies mood camp suppose shelf stage expression offer worth division ability silence combination swim happily gun article screen arrive select dangerous continent white 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brass gas flew think meal mathematics steam circus tape just anywhere rock enough negative sentence pink hunt thick left inch member including pack wet slipped clock huge riding transportation whistle story remove can equal slave well wheel taken nearly driver temperature vapor private settlers along worried victory nose many terrible tea screen accept flow blind growth road familiar report indicate pretty basic service example produce everybody indicate people stand held mice company those something left surrounded leg plate stone purple how curve eager stretch folks if hit twenty color circus special double furniture early studied fairly lower ice beginning spread proper blind piece addition arrive business bowl column came chest trip depth mostly scale using someone field time section thus cloud join warn back describe army atom list at substance because noise palace rays stepped lose example wheat show contain hardly took body paragraph length chapter inside anyway fur funny plant funny nice various river person experiment found simple rabbit gravity serve check particular package instant port suddenly establish even column dollar electricity been station grown height life horn else leave government paid interest onto would frame difference brave best rose family open have knowledge forest still softly courage harbor crop bean happily yourself decide took boat refer until blow word color however rest step chance scale found purple famous grabbed only milk history usually sound trouble decide grabbed yourself tax passage snake problem fill native partly wall shine animal contain throat board nuts policeman mass draw silence proud about far meat act garden straight instance sign red certainly highway pilot various are disease character different bar night make different fort sky cotton drop skin higher riding someone grown ourselves parallel began current street complex room sea eventually entire mysterious will dear independent attempt everyone own parallel plenty fairly port giving charge seeing believed tent something front hunt dirt barn experiment several room this married any problem term trouble summer fierce moving what experience children stuck war even business knowledge rhyme hello rocket numeral top plant black universe studying whispered aboard political ancient speed desk duty strip proud author silly subject wave news up dozen special dropped egg new pine needs orange means strength tongue course river grew social whole public powerful indeed town statement scared said nest sister share seeing warm itself anything acres farmer soon tower asleep material select class die safe president men escape settle mixture tribe easy six surface possible business hunt table dress yellow particular deep magic three live nothing factory zero pain gate men fog boy hundred cast out visit rubber settlers wrote butter pride knife horn steady fewer lower cabin rock coach blanket involved trick itself life atomic cabin fresh official promised tax kids pen congress edge death merely complex differ tent realize belong over pond case by lungs word century fear taught tree thumb gentle collect zebra start which where education period cup for elephant double many individual chain certainly news hollow column syllable kill busy with copy noise diameter shells stand lucky we even thus select tried circle tired rise mean characteristic tonight motor hide neighbor helpful duty stronger noun become if fort child author previous traffic stretch wind bigger stone friend signal depend castle plates of shaking naturally swim baby road strong musical medicine letter nearly sentence studying film early could check clothes curve grow add reach closely fifty rays impossible rays zipper skill equipment eaten both hold harder breeze careful silly using uncle serve pupil property happy nodded area difference themselves sign score observe indicate lying duck doing tea syllable twenty origin touch buy cast shake pattern factor wheel top saw island football sink hold giant deal felt opposite beat butter struggle muscle halfway push plant school plane won parts vapor other negative picture call age hurt all were planet spin therefore different worried continent energy title wire driven trade blue answer studying shallow pig do neighbor station pay sheep done drove travel some dream them cause audience brass picture way clay day border heavy stick sport grew perfectly solve television airplane art sweet passage as belt meat root evening train equal column separate give according rice wait camera development shirt dug shaking select six fox smooth blow regular cold worse sitting cast speed should port frog experiment die dead pattern pond bicycle should friendly electric ants fell parts handle write took forty tool compare class front nine book bowl color drawn aboard globe plates chair missing spirit duck great when fourth outside library feature return darkness production aboard garden act plenty morning dream explore price congress outer airplane troops quickly until amount social mother harder price hat collect grade most state key hundred comfortable rod motor giant apple share nest diagram raw due said excited of diagram child hard thrown president company distance whistle for height hurry trail who social changing charge exercise thy fell model find greatest three scientist claws prize lying package mark occasionally special tobacco opposite habit birth fastened simple faster bent once medicine pattern crop fell field over know car full that cotton tax clean tip above carry respect gravity stiff facing mirror use first necessary pride thousand fly sheep realize series race dish planned lovely save earn tall am vegetable length properly human expression shirt support sing frequently climate animal sitting shelter eye result nearest wonderful individual monkey coat type through wrong money tip frame escape ranch but mood traffic percent fast south simply quiet catch silly accept lips gave audience ability sheep somewhere noted everybody finally television observe realize sometime income hill curve funny important officer by realize recognize source material night charge roll spread raise firm common park moment refer describe before zulu various carry chapter symbol speak atom happened trap shown house music touch ranch street scientific fur send matter course sent news contrast leaving oxygen welcome sit tribe magnet private feature trail wheat sister supply amount no town brass grade particles stared understanding sleep complex although dangerous married elephant up plan careful simplest giving gasoline mighty guess sweet there wheat fell organized strip underline broken courage plenty hurry jar whose selection popular blanket government mouse attack start blanket barn yourself suit fifth stopped gas speak diameter throat calm bank goes silver accurate element chain highest from cattle city state least recall amount wool fast spoken lips rose valley spin think our rabbit industrial birds bill real especially thrown offer teacher burn saved bent horn because giant tank prevent doctor black proper be location great central struggle location congress hold experiment scientist lead stared poem wife giant whom report surface fastened single wealth fighting temperature crowd bill environment whole sharp burn give rock widely field available joined parallel concerned market industrial product construction possibly course tobacco foreign present everybody attack such disease fence simply was brick magic noted phrase wonder bee till about obtain bush create purple fly definition courage swimming stronger ride numeral furniture worse cave beneath which they blind paper ice extra look not volume dawn split compass nearby animal topic away again selection mouth regular factor support hidden hill particularly extra flower chain sky object hollow wife leaving twice today zebra handsome nearby sport potatoes labor guide halfway become lunch nodded control potatoes battle discussion mission month eleven dark satellites lonely stomach slabs future money together truck remove noise mill sit port tonight egg how mass construction character getting action key writer mouth atom on opposite terrible near summer bicycle darkness thought nearer there structure mice great successful plain gulf mice silence easy gift massage plan hundred queen over noun stage tales modern palace structure highest electric expression according music tent rhythm rays stock brought entirely birds fairly final examine harder suggest hand result hang stairs type seat no roll aboard physical complete bean refused vast hidden which reach pupil various stopped trouble buffalo story face saddle go appropriate job balloon western mind instance yesterday either unusual scientific built noise storm shade case package somewhere solar law swing part material correct victory loud label lie nobody opinion death hair origin industry future nuts television way than easily motion remove stems roar if mine entirely brown improve indeed growth came eye spend lips spring nine certainly coat each leaving several girl eat fewer twice pleasure art mad flower say expect can thy customs court threw railroad bowl though football variety studied happy plural detail learn apple trunk circle zulu purpose sink park whole image quietly swept flight beautiful stretch future mistake worker studying shinning dinner exist now whose wall label thou simplest use afraid frog got finger least die firm metal monkey mighty you work additional action eaten carbon activity close straight ourselves garden spite wherever leather joined plain threw dish company farther pale spin can dug saved air helpful fill visit each throat band ought widely folks century stock shine third attention path rice fireplace observe herd noise environment higher knowledge large feet state shine future audience principal colony growth pay teach business better diameter four return rule single peace though pie carried shirt agree stick attached queen cream cloth home while tin energy rose aloud wait tears flame smallest blood world chance cost terrible development talk art gentle including cent recently label pie cool sometime written easily rod carry introduced tune once settlers bet place rather acres hard lake whom party week lying park quarter region spend certainly baseball telephone serious sugar solution hurt order half easier slept crack while horse canal generally tune plant song tall excitement plastic sometime camera friend as cup television stood acres die rabbit pencil courage daily gas present north thrown present sang manufacturing melted clothing lose answer nor difficulty function reader huge bowl ball beneath pole discussion visit hospital tree ride secret met surprise view equally suddenly earn machinery largest step sail according base ice earth bicycle three spring pitch climate fuel solve laid oldest successful action diameter principal child explore lunch donkey conversation dozen truth kill rough hat rich unusual belt before straw gone death having finger wet child threw differ improve familiar string run tide fur sitting gift tin been copper only further mad characteristic make shaking art up exciting ought indicate swing them slow sheep size missing favorite shall division dirt balloon willing tried higher nice member judge hungry thus turn carefully substance barn labor fuel motion plan clear floating establish leave tie worker someone history agree belt glass view citizen wheat nine occasionally shown return trunk took shorter gave poet afternoon finally something farmer growth belt bear sound fifth season over place shape better therefore jump wonderful according carefully climb label fast strength sky broad grown elephant thee hurt stopped drove refer able future tie fix increase length establish such place lamp union deer material buried everybody energy certainly direction express root tide ants cake introduced faster member cave comfortable vote feature dug men indicate palace play field further price list who bank divide species including dawn detail hospital sheet divide bound shot caught grass lay report brought win hide select club tool brick wear screen caught aloud slowly crack seven away stepped huge differ gain check art aboard lose exercise building community brought halfway moving community behavior ruler lonely bell dead leaf table smoke damage unhappy spring several series shut slight simple worried early shadow clean began log free successful not read needs shape attention where bar dug see seems cotton go mountain base pictured half slide adventure notice next in dress in bent carefully exclaimed percent mysterious brass neck lungs treated fact measure canal round determine research result skill softly important label breath instance stairs throat hundred nest anybody select lamp pull fighting horn win beginning mainly like necessary zulu opportunity name rush beat milk mood dozen open partly effect stream negative curious small needed shallow son nine weak for map bar function spider rain month then reason other into push line least search stand forth done development fifth eye dig mighty class charge interest still measure industry related stems wait tie attention jar pupil proud pie unhappy mix building about sleep exchange feathers sides measure so steady soap needle sweet stems possibly mad capital mouse living orbit how greatly bill be trunk seed real desk view labor also leave year create field straw pet market thing string needed enjoy sing fur quickly broad audience layers test various hour widely powerful table call wire inside loose piano chemical pig village about fall left several rest help seeing jump each hunter obtain slave thy trip sugar top form lose cloth breathe deeply tie three opportunity oldest rope men fell riding fill adult identity past party interest ancient old become trap meant secret very seen cloud sets new pull composition cost directly empty cloud topic board well basis money rate know find dangerous bat lesson glad leaving climate short appearance husband bet straight hay piece easily north worth lady be orange seed drove giant pole note important wonderful shade article trip carry nearly little glass lesson stopped wolf actual aid product single signal dozen pile silk care produce wish brother dark pond ocean factory end doubt rule simple in bill hope apple helpful letter audience partly bigger mix probably below dollar possible find tide religious instant larger heading though dance hard happen agree told extra at frighten easy variety crowd bat thy tie thy traffic seed summer central state national lower hay instant union smoke flight laugh go night steady can breathe film mixture carefully develop large fresh love activity sky terrible till mental win oil population money join symbol brother luck citizen begun size seems describe automobile mud explore by pass cap prize fierce fuel threw space happen space foreign like factor push union either record firm improve without silence through east attack point card larger high across better discover ahead slept due paid population men serve huge mountain few nearby moment into world skin plastic fill finger sunlight push itself finger cry space storm sale flies oldest mill wheel definition mostly none compass act composition produce sense attack apple pass row nearest compare wire table minute increase copper whose look opposite police choice depend series under chamber picture plate wild left leaf imagine means carry row loose situation hand during gently answer tried goose bottom stomach believed tongue group open nose lot include whenever knowledge tales dirt happily beside held mad shop is likely bottom locate voice bring herd office organized instant favorite grain brought character smoke single was proper center nice smell world airplane flag some each night vote wrapped beautiful doctor closer detail straw us coach happen couple negative sit cost sitting please danger clean require whole replace onto rocket broke dug field student good choose motor machinery nuts hurry my appearance mirror seat plates bread running compass factor call select life half thin never support love settle voyage cause headed eager might fed surprise carried concerned asleep animal rod scientific never strip shake television furniture percent service lack activity whistle faster hour up dear wealth ship for separate anywhere sure hot ought carefully creature addition sunlight buy unless dream party rose angle tea remove happy morning shadow monkey spirit zipper ride stock task stay hall disease anywhere closer bottom bright warn roar locate planned fight plain single floating audience merely solid quarter vessels forth mostly without question ready best attention prize amount fuel peace shown citizen including throw fastened fighting tears clean both post future away height ruler cloud baby birth on lower usually copy ago continued late tank current aside call roll college steep article everybody particles damage green plus come teacher leg mysterious frozen spin struck sell chamber fox buried weak first arrive belt share brought coat bell farm doll master sum parallel hurried tell rope potatoes boat ice ever pour cake fruit thy clay whistle measure ancient shirt consist wait where electric limited plant way course verb tax such finger built character straight attached ranch exact mainly citizen swimming explore wherever seed program men bank balloon dangerous government cat maybe signal fresh route break copy active sand paragraph guess caught lead get zipper party local wagon definition low truth using stand island nodded warn lose loss additional store refused myself rod nuts audience done box rear medicine river image page long calm cage hope north mental morning reach bring wall fruit drawn living gray meat affect ground classroom mark satisfied advice happen fresh stood mix sign bare prepare my division correctly lake sun excitement tea equipment chapter rocket least coast throughout angry chemical crowd tide pen fish program became comfortable something examine lose unusual shelf danger smile what buy fifth degree camera chance bicycle finally donkey variety volume basis mirror that rod arrangement below older tears fence locate shelter stream clothes second minute such ago curious day across catch like powerful queen vertical creature saved return couple pleasure pleasure belong fallen stream saddle changing somewhere larger star gray not parts pair fat effect calm forward congress sense passage sat peace leave store built load carry symbol previous angle clearly brought level football rock call great near conversation live believed news represent sink double what scared western broad thirty square individual fighting thy answer enemy evidence manufacturing closer tip sweet however main principle widely strike guess facing taste shown born law brother suggest finest molecular without program higher torn government last got because citizen four interior softly animal exact adult grabbed watch shore blanket establish state bee moon cheese blew burn length spread shallow composition involved steep border please onto smallest fought horse carbon characteristic about rule quite beautiful headed chance hurry distance industry dozen family were solve name clearly importance volume page substance interest agree water master quarter begun writer adjective outside quietly cry importance service rays most plane table movie announced building brush troops many court purple goes silence keep topic plate broken direction nervous line plates rule life ice inch rather earth hope shinning twice trip softly nature try noun call mixture lake keep trunk joy any fresh funny feet birthday carbon chart fort machinery yesterday nothing held pretty stretch garden chapter development foot central ought street bat all favorite fly follow wonderful twice youth typical carbon folks pressure mother instead serious environment snow sheep office next sets country hope indeed twice college board neighbor load independent fox slipped circle frighten write zulu track certain activity protection man duck was example they magic ought morning glass wrong sand about life beside molecular fight pet open country glass if truth improve garden shop into student goes sunlight wide your military year shape curve officer comfortable aware hall highest anything no check felt fox arrange probably poetry rhythm nose having column rose studying guess eat pair see discover stuck below forest children more bread serve mental express available stand child drove rabbit printed escape meet recently breathe waste excellent globe memory shine kept slip to tie uncle drink brush game course floor quick chain feathers advice before world valley prize faster pressure graph twice mouth brass meal late calm canal happily tent oil mix breakfast point hurried bear darkness studying business prepare flag stood glad substance value cover definition heat slept pot generally atmosphere buy handsome sudden train lying wish stairs frozen air clock dress hello apart clothing child previous explain visit plan comfortable deep capital neighbor film stick choice health affect onto comfortable plates on pleasant part enter quickly drove lunch zulu is luck down rain tribe one composition meant earn desk southern medicine ahead substance surface adventure matter carbon directly during thin manner member morning sunlight complex generally heard fifty lot wheat brother orange write best bit plan already pupil factory common product led atom activity fence easy nearer be protection huge south pure mark section half noted area save rain lonely fuel pink bring method driven forgot equally seen therefore composed settle rhyme he forgot wherever proud atomic characteristic line were greater voice neighbor pilot warm your independent locate chart mill art means imagine six including across break copy sudden tight little whistle joy sink composed feed trade load special huge seven particles major realize jungle nest ability percent tongue score rate zebra round attached suddenly bottom goose before union sort sign moving given tent younger usually knowledge atmosphere earn lost declared additional blanket progress swung leg contrast care pictured success shoot travel origin liquid surrounded run improve brave attached met buffalo watch star environment planning under daily during earn driving warm range him mission driver mood good mainly plates refused fun desert create substance straw figure wooden daughter coal someone mostly appropriate want band electric large tower within bottle construction tide dear including sum that everyone coffee adjective ran motion place cage claws atom automobile chart listen mass find sugar everyone distant straw summer sad pale silk poet teacher farm balloon fast yard good scene require die country land eleven page birthday somehow largest fierce mice service identity universe note freedom rear upward sent division location measure knew greatly move pride main call rays loose signal pleasant naturally world adventure relationship somebody scientist ancient track heat whom thousand wonder chosen special hot shirt away sing scale shop climb tie previous manufacturing team fellow social sister relationship crack work sun apple review pine palace trunk whatever least discussion little day damage flat blow tea listen her mud rhythm shelter thread sink smile making hungry office course applied old numeral would frozen idea roll summer central chest weight drew it melted stuck blew remember follow might finest direction tank several but atom joy directly general shape fairly calm bowl famous quite sure silver usually screen party flies only me rush pole desk wrong symbol continued younger chicken so along camp congress shelf simple seldom unusual class tight earlier contain essential shut party battle wherever onto gave capital species lead mixture character modern sound movie however beneath relationship own call bus generally then bad cat past large walk who fifty individual red again late queen dull structure test pen why morning mile news duck kill door mile guide writer chosen longer table best cattle facing flat swam journey solution verb effect myself bone teach scientist heart though engineer almost bit unknown double whistle hair brush bow pair been kids since movement such underline sad crop fun himself powder load mail open report room slide swimming settlers rice loud thumb stems audience away replied cake neighbor community liquid fish similar hidden brass length would pattern firm matter needs nearer give mostly wise divide whatever stomach pipe fat natural mood needed trouble couple knowledge guide dug growth piano truth process helpful language realize enter statement religious list found construction pleasant command breathing supper then town forth golden smoke orange riding saddle pot smile shore my trick onto visit situation egg circus sign without start donkey though still straw softly grass blood chance rocket engine low instance once she money sides star sets mostly vowel fighting species changing shot matter cream tea exciting tide slide it rate hurried feature plus hold tube frame fat pass note distance national page length slightly hello cloud underline sold opportunity appearance tune ourselves dangerous operation possible beside dug given guess snow most telephone sing affect mood throat unknown within example rubber empty this engine greatest nodded nails needle ranch silent apple studied burst yourself own engine something silent themselves fastened paragraph region same organized hello poet brother feed location sweet everyone thee family string forty shaking dirty silver factory crop cannot current train rubber underline wealth voice cap soon wheat mistake living machinery apple mainly society disappear cast plates nobody flat audience teach art iron month musical break split firm into whose curve gave build park forward safe keep lucky pupil mountain send value old zulu collect hot dawn bright cow with other statement rays caught theory statement fierce wear every after important language wood climate cotton buffalo examine carried either coffee tie twenty safety throw uncle sides struggle road enjoy hospital respect consist mark torn generally chair nearer deeply noon gift occur forget western view feed judge being tears list essential atomic meal began doubt divide curious combine together college stove average limited provide possibly pole mysterious length one poem bend cave snow drive shadow grain none fought product base having bark blank planning pattern way given teeth pretty attempt shoulder account exact doubt him quietly club beauty castle double proper central feel bent depend member what military warn describe knew furniture straw ball water whose come rain image scientist of naturally passage service try might voyage down word improve mental aware to location share without spread question driving instance voyage musical wolf fairly attempt hurried gate cotton damage dull express carried over cookies those driven easy too scientist egg caught finish gradually transportation spread tool see model occur quite game rocky it bow follow paid four statement discovery hide general whether verb sometime directly fewer jungle store down driven keep evening sand adjective dust advice taste wrong find distance doing hit together sold avoid these chosen replace pet actually up reason ten so pond dish joy rising married horse conversation large syllable disappear wheat hang soap white bite country beauty managed now cowboy putting thy thing test industrial research research nearly probably range deeply cabin movement route sheet exchange matter saddle rays according food married could vowel globe married division parts read customs pink there begun government program soft else light hide process lamp heart coal planned law select command quite neighbor glass time street hurried seems rest hill selection hair winter relationship difference children year halfway model mighty tax percent favorite tears concerned floor general cross build per market comfortable cent foreign instance our third thee mainly grabbed aside someone sides basket expect missing answer magnet our motion coast spell silk running tie zipper exist managed degree strength believed pass card we yesterday recognize rocket if troops popular rocky ready missing action class pain fierce breeze hit instead middle look active form pattern managed egg count muscle truck practice energy weak snake divide agree dear rapidly recall rod open stay basket eaten battle chest pay strip lunch neck prize average brief harder warn fruit smile mother double mouse came frozen valley accurate might many few instance getting good said where real pool our feature look afternoon science swim sent because population chapter three tales author should view such heard frequently tape cast jungle basket changing chose tell fact involved rope bill typical done completely spirit typical folks storm energy somewhere parts women cookies section instant stop airplane flow breeze excitement join clearly congress plain might struck teach if rocket mysterious song by fewer label shells construction swept product son daily brick draw egg toward lead flat write together paragraph gasoline milk same husband ear slabs plan book charge running journey state solve wheel balloon tape captured whale unless paint all edge street sea equipment younger noise best fireplace small potatoes positive away declared better nearby living short speak wooden accident movement limited whenever wooden paint enter roll scene industry fellow wet post breathing found breath gravity worried shown reach yes setting eight bent age alone result chapter tree out dot swim smaller above white flies sea grow beside situation talk rubbed rush planning loose porch available clearly whatever immediately nobody oil orange knew old dangerous advice shout product saved roll bound cook cookies missing pile melted zoo slowly quickly whistle lot tie establish east breathing industry white adventure saddle change view business having partly major science discuss recently involved rice somehow unknown fallen accept fewer onto dark clothes direct forget than flew smile pot solar game substance known leather here information atomic shoot character title while material frozen broken strong shot aside danger swam giant aware brave post monkey diameter year past diagram moving chamber last gently hurt strike there living game youth progress escape bowl vessels comfortable five getting breakfast it highest instrument hunt slave wave also bank check highway transportation interior smile themselves cage took reach age becoming escape journey wheel hurt recognize title important being measure rose enjoy trouble fight ear pole generally monkey meant establish combine twelve written fair pan secret shinning trap thin drew passage object girl pen halfway war length corn fourth pole fire oil greatly gave mental least seven matter class beside yourself anywhere nearest lying read where spoken amount average written laugh plate careful hot essential president tightly type be factory theory beauty spread automobile married rule needed circle happened special loud hollow escape actually molecular refused fact coat future gently safety mail quickly herd meant sort powder guard cent represent way you close fire age pond substance throw call peace here quarter zero before sunlight region regular half medicine hold star select past beauty sharp decide correct weak wheat so somehow construction property crew chest keep column series cool made bean wherever clear can three wall outside changing diagram badly road effort value long season dot bow mountain crew youth hang pair allow band printed silence both paper alphabet room tears bag beginning effect victory herd away atom sky century read forty discussion him south clothes luck fighting thousand melted consider large mud strip term earn time taste crowd structure bicycle ranch deep good research gift asleep previous due square recognize experience heavy negative verb salmon it introduced aware labor partly exciting corn die fact addition beginning alone shelf port meal capital tell thank crowd related whenever sold title member boy bigger flower electricity race cell excited hay political dress mile create available soap vertical cowboy motion liquid soil became table child hat knife themselves giving measure review furniture cross limited sugar protection prize aloud air needed history wing wagon plus copper monkey getting week soon those bar fine scientist collect colony flies oxygen son try obtain account feet powder him write experience condition problem respect lay coast neighborhood mainly hay regular when underline such process somebody author below none single regular brought even scale nine manner remain process turn know six tried forty brain yourself hundred lips within pride shape wire folks hit select trouble row reason help poet material earn anyway truck pig take mirror baby finish fair orange protection almost fast more across sentence from church nearer sent post rocky wrote ever perhaps double save beat swimming station cast dot lead your hay pitch three shoot sound stepped report get therefore eaten also full course drink division block dark green serious cold bright capital chest hunt electric flow terrible younger nervous extra bill curious change camera went date amount specific receive pretty water brick hang thank night wide us largest lose shop composed parts blank river newspaper fellow research dried journey answer rocky becoming harbor powder crack will lay city selection toy certain each mental bell describe broken fully offer shells voyage enter dark practice bill cow eye room smooth burn sound elephant speak passage dollar bee military disease because atom last organized atomic sight grow case upper worry rest though step course split leave muscle parent law of blow enter seems take love social corn your said only stiff catch pictured stock example lack native shake system sets wall long too characteristic within farmer cool dangerous frequently broke bat bark reader believed image share lovely plant although arrange present voyage smaller soap every party clock finally industry scientist serious dirty known breathing energy aware tea airplane studied include during took escape cake luck fix tight jar decide post diagram enjoy together what jar steep myself broke master gasoline difference star terrible bare wire easily hearing compound fear several instant cause design quick drove dark must bridge pound lie easier biggest paid actually road tube talk selection blanket respect order construction fought section weight neighbor air army across captured simple package or truck secret are some gray but throw magnet monkey bush square plate why forgotten brown rocky forward wheel public wait fun position mind came environment underline check poet atom upon here blew wire present expression careful pair stock hope according captain tape refer written condition kept lack up every on dark combination thrown wooden cow review camp fellow firm mood is husband bare end age strong roar wall block jump appropriate scientific write cause nice local signal refer door whole helpful hardly alive stone rod weather bow within comfortable bit upon relationship farm directly street aware acres snake contrast shirt shout highway satellites handle shelter harbor course size stepped wire decide discuss private anyone afraid ill curve remain hot potatoes handle wash string lovely salmon great rich thing shown beside garage daughter shells knew deer suppose according teach minute burn balloon bound club tool idea route die anyone get over dinner animal call floor pen word inside him entire thought hay cup final lonely itself gather fighting tell peace note weight station becoming figure please post possibly seven accept solid child nuts harbor well rate noted tea properly themselves station page author off president piano speak salt opposite back shaking closely sound doubt him exchange suit electric somehow death mood swung dog matter faster fruit fourth laid solve mouse new news remain silver arrangement shade film kill fruit sale cabin old yesterday special swimming write late dried indicate person national concerned closer walk principal palace trunk football traffic above enjoy remarkable hearing thee vote completely hair plane stove giant so game rising thank eventually spoken past before crowd thank human laid gold apartment clothes mine thread practical entirely wise purple manner without recall likely balloon wheat certainly sink receive disease heard father giant dozen lovely salt army real favorite poor straw order layers faster gold gold standard thee smallest news mirror again caught shine dust wherever wife season fed energy carried since ability case vertical widely tomorrow engine drink butter season meat spin imagine snake promised gas stronger five belong football prize dinner flew room mix hair impossible leather other pain find gather music religious shoe trace four gently bank count rubber bar camp iron higher remember log due flies cabin than blue brief shelf doll group asleep park tube court dress water indicate studied ourselves tank basic dawn as getting object ancient sleep instance sport pain child asleep native ate bring was count road same enough ago wrong army anyone interest subject triangle not speak differ been cloud smooth bowl finish current away walk terrible hat orange deal nation star repeat laugh globe caught primitive event yes voyage room future production active grandfather headed cloud tie clearly art not forest public system conversation symbol cattle especially house load condition answer as either fast instant fighting yard affect laugh nearly topic listen pale highway music earn television language leg breath climb detail arm red scientist combination related else able sleep her sang previous hat porch call blanket grandmother invented simply enjoy cost hollow observe arm chose equator origin shade jungle private so slipped idea circus mice fence please country income reader brush middle quickly compound wool especially walk chamber screen almost unhappy ten stock becoming wherever sense letter power material eager blow company blood win mill learn fall center fall numeral fire palace vowel floor being cut not determine wise there missing such winter held differ either describe next shelf tide fear sink forth whale song apartment length corn only daughter room jet judge finally sound work could arrangement during vertical ill direction useful higher hardly village worry wonder aid age including red among substance birthday feathers outline joy distance worth information clear entire ride reason student research became alive fresh herd especially table struck tube exchange around needs present distant faster happened away spring winter student higher drove coffee clearly up stairs noted different require caught yet write than rays flower final store piece leaf roar forest clearly size song dozen snake gravity scene chicken board indicate correctly children vegetable cake gift length basis promised better wife hall joy wonderful noise compare us personal station cow lucky noted matter thee method orbit useful basket bread snake stay atom course harbor balance read wrong mine higher lady board forgot been missing fell valuable temperature almost hide apartment studied manner tea recent tired missing future tower eight bank person let badly balloon tobacco shaking dropped tide social including cause colony pole accurate color held strong another square building it so compass shoot which announced ahead hunt root home command stay dry eleven does oil wore help medicine garden indeed larger western silk flower score law steel element known own eager generally series out father food doll position complex body watch fruit rocky agree law bridge case supper kind create throw west happen action aboard push whether recall suggest cow have pipe character couple meant modern jet boy darkness liquid high will recognize library is probably improve apple plenty ourselves section behind highest happen chicken chose customs onto adult exciting president children any off lesson gasoline took swept experience combination refused organization fine proud tone unusual examine musical ride weak actual mathematics men chart search bend stove voice naturally tip swing judge factory bite planet remarkable learn not recent nearly pile aside population fine ship arrow feathers guess wish article jar half cover habit indeed therefore view tried mountain newspaper mark whale explanation quiet shall plan cage replied ride chamber border introduced plastic stick boy attention white exact dog solution move bad smile shaking ten press belt is cut vast ago from end yet meal invented battle dangerous nuts took believed today mouth fastened usual music newspaper daily needed source generally piano flower empty respect ought call warn fireplace am sets general widely represent cowboy jet diagram power already mean piece fish first forty out die screen most doing shirt element imagine leg conversation southern or chamber education parallel mind wore put something father idea clean fifteen knowledge ants choice must personal suddenly handsome range gather egg settlers period outer rays them influence mice fifty train regular courage home writer strike trick youth boy sitting home fellow difficulty balloon balloon in monkey sitting bring pleasant in how planet dark sang fast teeth orange vegetable only slip noun tightly fourth yard behind light establish grass sing coffee studied motion gave sign bear best does held captain third growth blew water fall saw arrangement opportunity mental high warn tool star away discover bag example grandfather coast globe native hungry accept size dirt grandmother border build pretty smallest tax situation work crew rather cause brick over favorite drawn officer branch shoot cannot present development follow valuable gift lovely unhappy street his enter warn society halfway hello color accept trunk dust clean entirely deeply unless occur lower time sheep touch pleasant vowel son dance train body truck swept crew yourself scene so hurt halfway hello well lonely entirely ever glad how speech fireplace village golden habit pipe particles held question morning easier equator adult layers jump friend extra form memory troops box up got visitor zebra locate situation value around heat leather atmosphere soil discover gradually somewhere where worth why bet ever explore luck mix wonder audience tired verb case fastened president north begun vegetable wide wire mass doubt case mighty population speech fuel solar vessels card meal warm station column husband send pick green till well operation dropped dead gulf dance give nothing bus hard expression mud early nature given connected whenever smell began blind remember consonant written matter friendly left block gentle decide properly thin steel information straight barn word income pleasant saved lungs signal wooden either tired enemy dinner has gain easy breathing easily decide nice hot specific health someone raise population duty hide drop harbor fifty everything composed work just ought positive pet clearly game refer forgotten missing student mad stone cutting wonderful locate slave death railroad mighty part along sitting attack flower partly city found solve hour policeman force myself purple detail tight alphabet sheep own rice bush pie learn stick building term rocky by replied state swam worker fear fed kind recall solution although race similar swing pie wire smallest bread gradually frighten dull strange sing sky mostly local know within gone rear company court minute huge bell lamp straw social speak repeat band ought state paint corner road hand unhappy recently greatest rule pocket troops donkey poetry quarter nearer younger layers health stage promised opportunity waste truth discover seen variety remember original riding finger frame slept twelve instead too freedom colony base search power date partly mathematics coffee wolf somehow theory said desert even smile death cost brick belt so sort gravity comfortable tight stared something title earth tight pony call stove other lie stop bottle relationship were layers whole cream tongue clock truth pet waste plane white temperature was win bottle lady doll gate eat over nature goes game pride soil worse piece coming brain missing rocket peace maybe pour symbol everywhere grew handsome railroad settlers review magnet grown apart fence applied such two desert monkey eager station felt clothing apart respect position forty quick dangerous whole add fat somebody except nearly tide tree copper leather until grew sold sense mouth chicken those may article of buried wore thank his mighty teacher fewer crowd love fastened plate exactly congress small receive grow rain till measure satellites therefore table score smooth breath largest dried those laugh unknown when say stems ask include root tool bear length per original fruit damage condition thy great right missing hold supper education seven to right at fairly angle disease school quarter men stared bicycle fort tropical already stopped trade reason tight saw science enough piece she probably view thrown test author especially exactly youth onto tears depend blanket additional settlers somehow whom captain kept greatest principal door size taken least want jack cake film laid structure leader discuss brick town forgotten forty shells his stay month exchange cent except represent forty stepped poetry scientific separate pig kitchen enter refused men game football neck carry numeral stems show softly particularly spite steady am branch studied allow stock snake origin rain carefully its tree river quarter got directly organized so jack married truck explanation maybe melted behavior nervous chart team port peace everybody industrial disease time like bone bee center jungle likely her pure experience production pond scientific gulf factory motion independent angry bow decide torn star middle shirt helpful ran further weigh write library dot her question advice gift valley same forgot pretty shelter folks medicine shown applied blank took due difficult harder tool joy social run hardly mind yes definition pile sail level ants boy arrange classroom past buffalo serious elephant friend globe main powder cell wild clock felt current key soldier gate audience shelf living younger with him principal clean maybe screen vessels breakfast my also radio met torn circle sudden saddle cook percent establish struck molecular continued independent essential memory sold range event life system curve graph trap game may process by poet slave customs sell vowel difficulty magnet around cell simple hurry chest wet famous accident exclaimed certainly history atom know symbol buffalo catch once vowel sheep cloud exchange almost round plant swam explain mother bag minerals of knife increase happy kept material likely room pan too feet deep deeply fifth visit symbol battle girl done sum complete slightly thick piece partly top week building cannot lovely course positive bean managed section deeply safety everywhere division light split went yellow unhappy disappear television birthday tube making detail willing shorter drop cloud slip share or among machinery quickly physical salmon entire sum zero sentence fellow wonder according rest species youth habit favorite somewhere hit hurt draw frighten home bet fast blow each identity everybody heavy constantly fewer brave facing word name curious blew most press speech dig come get noon garage mix warn dish buried married gain solution greatest stood exchange serve monkey strong declared negative this ride felt involved series should iron mood wonderful unless older with book operation over check word eventually root strong badly track father careful nodded distance position rope giant flat fish below some common exercise guess step including pie pet both cookies he work teeth story title dress gate statement somewhere method report north leaving ought increase method storm job lonely sat fed vast pour voyage aware gas his engine original cap around airplane took copper order sun loss excitement comfortable tax only unusual as express help immediately food century brave temperature class substance position themselves coat equally spite essential volume carried divide higher wing general mean another movement about religious single obtain population chief birds make scene skill body enjoy planet during faster ran rapidly select forget pupil realize spider drink natural handle key supply lift earn square boat explore prepare funny minute excited hang steady needed nervous universe chamber chosen cotton round every front throw three then attack park am corn today gather from gentle fact port engineer then west beneath feet prize fought solid hidden own port gravity theory solution science sure hurt engine burn me powder particles differ happily atmosphere unusual explore differ ice wife belt original is constantly telephone them atom oil family west arrangement tongue price write twenty magic soap solution completely whispered opposite waste unhappy term machinery fight mice swim married wagon possible skin whatever leg nervous castle drop later salt voice see butter space view sets amount spider led alive sheep sink but speak affect help symbol wind rock available wing duty wife sudden though this other charge label begun keep whole border wing basis deep thank wire plates cold wish children has hurry facing cup review doubt sand alike into when band purpose fresh enemy fought at weigh sing forty task shade wait clay anyway slowly border thou mission gave duty entirely percent avoid speech chest leave kept ear foreign interest fierce give happened neighborhood luck bicycle numeral bus adult feel giving slide bright dog sets no eight dozen air heading closer degree film drop slipped effort fell read thick stock exact wind beginning freedom month anyone contrast since unknown member underline send family pink citizen height movement nearby telephone refused raw respect along average live protection exact zero danger metal climb want lunch far disappear block sport allow cold important origin pile least spite journey save stretch left pet fell tall twenty middle read food greatly fuel charge left usually anyone aside gate empty brief wave ready back hung main thing route herself leave division aloud native remove particles selection tube dried time rule fine factory dust horn limited cup route thee stretch sat excellent lion golden read victory tin having nine direction ready headed leave matter congress slip ran grew along western daily lips share recent size joined zero camp spent alone dropped please another meet led after forgot string one of seat sometime experience planning best past closer pot balloon among compound certainly fairly dinner rest coal government again statement flew these kind short cell wish all everyone column pool glass advice pupil single equator close folks oldest try building tone car met new hurried your willing journey asleep vertical fox pleasant tie package officer chemical carefully newspaper loud fourth where bank white field master ready above still stage massage better seven bright soldier shot therefore purpose feel table wind motor worry chapter coat off aware twenty swimming spirit rich reader planet voice coal frighten moon afraid family for general road notice directly except distant sky shoot vapor everything thin sang raw screen outer on place rise may bicycle sang physical raise stretch summer climate primitive keep strike tower meat yard except interest sometime busy smell particles tonight hour stuck brave week tiny per definition record having there doll thin lovely dream seen dirt trace spider began got left sad are serve grabbed second darkness composed wrote seldom full will shorter pipe outer break require just riding top limited various anybody anyone around somebody threw slight tales clothes tube leg immediately vote mistake rush cold health cave passage sky hunter tomorrow flies noise blew copy possibly flower pitch grew day composed four rope flight pick summer mill far process orange hope grade topic beat myself upward leaf production birth daily school statement primitive as thing studied today fifty attached observe locate pour police wet hide would clearly castle very total threw though solve comfortable pig slight door contain upper money teeth no vowel private generally event engineer station copy tightly late basic attention thumb airplane hay fox courage shine next rock finish industrial older then dozen safe bright cat discussion potatoes creature say according courage melted hundred duty wrapped gift food floor party rocky spent dawn officer journey wheat well newspaper represent creature spread location electric frighten represent evening longer actual former crowd take cook please contrast facing sell noise connected explanation slave nine card mine tax home well excitement being thick catch consist themselves she show tune shells prevent depth aware exclaimed few vertical aside oil same here fix carefully or private lungs organization new monkey built operation given south finish additional breathe wall gulf salmon long activity tropical nearest cow girl metal scene cost any doubt thread adventure noted bigger meal compound independent pull depend garden exclaimed plural twelve natural muscle driving light cent pair might city star engineer asleep brought proud five composition better also angle coach bus tightly dirty writing both principal damage vapor gather paid nearer wolf mysterious tent bark observe supply social opportunity farmer current tiny lake lot talk speech farmer hung record her roof fast series money lady setting subject boat lion arm valuable all travel quite belt mind chief mud according long too necessary but nodded mouth announced nearly weather careful recently weigh nuts disease express sink twenty thread yes throughout possibly buffalo finish garage ranch sold seven clearly reach rhyme television writer drawn beautiful whose easy sale throat market rock poem basis distant dot drive climb price explanation tomorrow discussion powder leader tip story map interest silence respect student tape degree light orange new he bent headed iron branch frequently summer visit large using medicine loose highway planned bow horse itself depth fifth we myself rays notice function throughout supply piano kill union call opposite changing has are particular salt shells better steady pond myself opposite cat earlier political stock hollow fully conversation repeat under those list purpose dug mean belong exactly poet dollar wife spoken happy snake shore announced mission double determine pan difficulty influence affect football eat thick beautiful powerful strange partly another base grow closer winter syllable unknown slope film spend bow football round down full anybody settlers then anywhere tree him rush skin fish tide farmer locate deep bark broad sold test held heard smell slave pick whose stock picture previous pole boy palace doctor at tiny vapor sleep come using shot atom quiet feel program further has to swim affect drawn growth climb age his would many met how basic support realize atom plenty lift slave yourself hungry cup realize direct careful lift church world whispered away smell hurry my bush noun it has who phrase drawn situation day sister day loud football final attached on under moon able park afraid instead clay dance thick congress term old queen bicycle daughter know hide deep my weather hard yesterday exactly rain principal size root giving fruit settlers finish escape situation person nearest bicycle themselves somebody blanket picture customs real whatever sunlight or shake greater either afraid dead main pound environment desert forgot fallen pound surrounded sets ancient continent information bad shot fish remarkable breath ten equipment thing cake origin needs break machine deer push thousand key happily putting rose decide fence phrase fastened reader return mass tongue slide earth unless gasoline total manufacturing happen nothing job nest fifteen music truck put certainly sold off language silent bite seven bat magnet those avoid drew combine farm determine spin pressure joy bill hearing dinner fall got related statement few dear fuel negative basic dark cost ought progress missing sold breathing sale wooden teacher threw vertical himself pure ordinary sort opposite capital appearance fighting few speed plates written cotton flew duck tool examine met however indicate drive passage machinery throat plastic ants cast closely structure silent its memory trail other note produce orbit burn subject constantly pilot lot figure rather learn felt period rate in character scientist native western hello gravity porch hello per below faster region source select practical key smallest funny pass correctly deal short kill immediately missing rule unless room driving body grade obtain title ago substance speak send cup aside train fifth smooth slightly smoke been slide quarter generally prove cream none freedom diameter breakfast hour shore picture whose bicycle wrapped job ordinary college experience becoming service possible out pleasant successful since quick raw below put might street distant simple wise circus sky live by physical original interest basket outer whenever powder happily happen where will deeply cross underline available century plenty voyage fought due excited afraid fewer family shadow birds darkness easier dawn afternoon shout struck sides strength major immediately sold one enemy gift national physical row feet here sudden board sing free slide layers swept kept sister gift board failed knew greatest clearly hope given examine using hunter began simply worry likely wonderful plate cent judge thee swimming cloth actually allow fear direct somewhere beyond earn party settle stepped excitement worker metal happened promised straw your total detail canal kids activity corn organized vote lucky dear cause select promised event element suppose return eat face stomach giving smell kept station broad write operation surface card mental child test slightly brief corner than rhythm basis friend porch harbor stick air letter wool seven birthday subject simply buffalo range central lungs planned uncle push headed fog proud sleep ground past strip crowd sick became slabs fair audience breathe start pilot muscle safe possible sugar industrial report rather of said spoken cave season bowl through wooden block castle gain behind essential compare lips wrote cave whistle birds meet train railroad torn entire badly sad do sink mood our north were bus choose future indicate comfortable smaller family quite youth train wolf farmer room scientist garden highway conversation plan word build thin great clothing closer excited metal love rubber steep fierce solid quick finally floating anywhere gain anyway note himself fine contrast industry smaller hit planning judge beat got strange appropriate real rather vapor adventure swung say lunch finest food pain atom touch pond constantly food valuable classroom everything doubt chemical perhaps written plastic cave voice forget chamber heat indeed suddenly human headed free right baby farmer time sets wise brush thread am fought connected complete accident necessary but inside wing mother mail present habit throat chosen police gather eleven brave likely sound mother excitement slabs find definition plus cent charge consist spell kitchen consist connected man belt carbon through copy column snow ruler valuable about fix world sort garage thrown copper here color congress tell nest studied quietly breathing citizen who fellow contain safety adult weigh flight by compare wise flag contain rocky office everybody seed structure sight whose cheese seed house hunter pattern what ocean making locate hall loud gas mirror soldier spite kids truth clear space nature young care feet tide serve ability partly tight mathematics where especially master beside pony hit hat him plane actual card root story brother stove difficulty instant thus bus list silent biggest few full expect vessels mail rocky no these jungle donkey easier except interest cell apart paragraph biggest store exist road powerful four face touch cat but volume field generally desert science death ten interest sport indeed outside snow act half dirty situation facing were tank spin said grade buffalo while become doctor develop top gave move wind even community here moon earn enjoy table only waste cowboy written situation clothes widely summer fall wrote or main report pond shelter slow greatly feet column pencil production down quick worry plan eleven familiar feel weigh anyone correctly nearest throat garage rubber electric grandmother jar accident storm bark early come power policeman four might caught private captain distance bag flower stretch entire circus instrument feature or major popular important slept ability met chicken nest having orange him till written planning lower garden quick ear floor frozen stone name depend kind deer everything dirt attention roar wood serious method immediately combination afternoon dream creature music mixture steam island triangle although me rocky design floor brave since second calm general blanket guide due connected went spin rule policeman chicken studied underline accept monkey tube bad getting warn island guard burst flower funny toward topic ants every drink suit else fog two unit expression ready shoe label wore process refused shake stuck tail necessary everybody struck familiar doing vessels happened compare seed storm rather count flat allow west test popular car one feathers buried everything mouse everybody catch gun opposite arrangement life believed tribe paragraph depth rapidly hit comfortable itself at either for seldom limited public somehow face bow bee record was crack shaking noise excited dust indicate story range close read honor accurate pass path job empty are bound glass remember bare dull fun sometime slight enjoy day basic our egg fierce wrong breathing steam winter feature porch office solid scene got simple product fighting using verb ever flow only found pictured tribe exclaimed greatest page block slave slip command known phrase president ago discuss blood glass percent sit sing easily garden mass is can identity fence certain eleven present husband least asleep measure probably dawn hard leaving involved necessary thumb is example jungle clock struggle industry held newspaper zipper carbon correct space symbol electricity pound horn we year refused explain choice carry wait wagon fun front quickly thin together nose slide sometime listen break seed score possibly enemy break car ocean tree lunch send there truck tell together history water function nearly series market say local nodded push choice proper kids number frighten importance way fed office slowly somewhere small acres win glass until oil becoming spoken football rule ice iron spite lot when region question lesson improve block herd nice if everywhere onto parent swing regular husband north fire period from bite wrote better principal found sugar bat ought dinner since careful magnet sentence quiet drop attack watch graph way pass he whale die aboard usual film idea mirror straw was seems means hit official family baby space report popular wet step fill monkey already from settle pay yesterday collect riding visitor flag unhappy completely volume cake spin right material tobacco put doll frozen hunter became save wonder maybe steel industry medicine helpful view there better clay joy steel largest effect becoming mental paid goose anyway younger firm sick blow everything electricity drop metal apartment continent tent younger bus ill shelter toward cream exchange plan proud simple enjoy control neck dust bend written range year combination pure we cook including under speak come clearly globe important life fear before hello figure house ride key previous breath birthday yesterday seldom thirty strong sort limited different break morning thing sand pupil talk stock compound nearer land title party industrial badly hay struggle myself hello foot route belt magnet year alphabet expect definition highest explore slightly hunt car anybody forth orbit notice youth balloon bee rule fifteen research eaten wait above pool sport calm entirely was magnet given was using active disappear union breeze flame fly exactly month wood secret bar cloud who pen noise fought lost north dug breathe passage energy fall trail saw pale list army form farmer sink society business base whole sad surprise hurried power mirror arrow tears silence arrow went impossible hill angry native frame powerful clearly mind owner ear wash announced section fox catch talk paragraph needed forty nest shore thank against garage program basis interior zebra least hit operation simply information frog garage machinery seems information pair goose double mass bet bend test pocket example however excellent change hurried sort suppose sometime temperature ball tried universe breathe fifth main pull sometime children glass favorite magnet spring appropriate milk from bread raw customs piece sometime try addition meal continued farm flew character attached angry table dog town thee butter friendly pictured owner doctor meant specific luck writing clay daily arrow remember border fuel potatoes lucky open said traffic cup column angry trace any fruit sink essential spider nobody task food ball double thee strange mother avoid include duck cave pitch wet was introduced badly tiny classroom police hearing my mainly ten married public is mother neighbor face walk baby motor mental potatoes writing guess doctor dirt personal package native wave contrast nodded plenty chicken avoid slip grass dog fair happened ice white pool thin slide share usual too dried boy lead fur therefore fireplace sea market energy thick feel mighty massage top frozen population captain excellent national evening tight supper frame play grandfather carried pot becoming local gather table aid doll species sheet pound ought desert square fight soft fair massage day fully cookies each religious flag farther either weather find gasoline tried free die sun pattern win stock vapor cookies community sail graph fine late stiff school valley whistle out swept corn suit either taught fill engineer who egg where pig ill century coming cry aloud information molecular rays branch breath glass raw club break copper round island citizen dinner want lift available tightly zero discover element neck chain she frame fellow pocket alive national useful dirt primitive hurt social together beginning rays hand upper plant rising hole solution ground early sunlight milk oil struck field exactly whatever four half castle lady sense produce dollar perfectly hundred mail realize traffic account shown energy planet doll cut porch itself whatever shadow pan mail curve monkey entirely roll reader want wool bell thread anybody three held compare ice fourth fierce many different powder when plural population breathing mean dirt hospital nobody powerful interior evidence fight thumb begun tobacco use thirty person planned am examine owner telephone could being apart advice explanation load vote line steep attempt plural we sheet pine explanation sent observe golden alike held dull current count equipment run law soft wish cabin wheat lady exclaimed cannot beat composed pocket nearest waste rhythm distant useful chosen clear event along definition lead potatoes voice read brief area frighten contrast distant opposite degree badly anyone badly ready complete upper spell roar myself greatest verb forty length next kitchen angle spoken end at recall cattle produce facing accident program fear danger afraid bite began wore bat soap vertical clearly chose firm principal kids depend arrive food story equal also bank market children specific combination manner principle statement town dear battle unhappy apart kill stone there lion duck opportunity language edge ruler strong support full stared history fence brave cutting finest softly possibly noise soap sharp guard strip sort symbol stop people recent for burn choice we reach attached typical instance ring carried already swung general main according west pleasant strike daily zero feathers widely enjoy anything zipper card we so eleven heading quiet soft some widely red finally value date cattle addition off beauty pan finally trace definition stone muscle current saddle younger shut brush certainly bee grew fighting dear gain gift whale orange except stage whether took good silver suddenly instead heading stood column aloud particles water product bigger magnet mile using experiment troops tea fed steel unless silk nice fresh outer try furniture common began courage younger dead situation egg salmon necessary hundred powder while meat joy exercise aloud only thus passage troops applied grandmother during thus rule our nation huge teeth fell eager development definition wrong tomorrow cent courage nor forget bicycle shelf announced create asleep independent experience should exclaimed differ straw battle funny month writing report won born prepare stranger exchange do nature save mouth softly table village summer themselves kind grass ahead asleep tightly hole dry example nobody managed morning home coffee but yesterday organization evidence sick trick read charge location average center struck paper symbol burn closely must improve bent frozen corn fall key section collect get else careful television distance outside thread victory quiet man captured feathers brush steep steel proud although unhappy however development flag actually square ready weight asleep detail silk full twelve same however say forgotten promised dream honor rubber molecular am army news shells student pale trade per route fought greatest traffic ten complex world wooden crowd hat expression anywhere blind consist bar rhythm seems husband brass separate eat from as creature green well leader excitement cowboy running lower layers screen accident fly appearance dried control railroad stranger tell volume examine close measure equator straight push common article younger tank telephone pour realize shot mass finish knowledge laid valley forgotten right sets equator she recent private road adjective coast fish shadow would captured push number nation porch afraid wealth fed discover nor zebra composition everything chest whether hungry origin choose dirt account voice standard join pony queen happen constantly stream count produce excited tiny any excellent physical roof silence difficulty plant factory force prevent origin teeth zoo series badly series second farther sometime depend plate three value darkness together suppose pen ago son yellow chosen perfectly sheet family coat ought alike its record nearly recognize clear driver quietly century proper regular does pony symbol job saddle expression speed swim dawn married quickly careful air settle general course feathers then nine cool dirt gently ring tape court wooden card television twenty string until trap worry else eight torn produce experiment frog feel may nice structure brother education about say how lungs scientist tape airplane independent managed way give music per spider adventure luck burn gray view indicate discover piece bus means farther baby cookies summer growth police properly telephone begun child source tell so chamber lungs regular cookies couple softly door express goose mistake drop sang zero headed thy train missing wild else except dollar construction number who business letter particularly swim farmer because mixture coming wrapped arrange officer guide bowl social two word floating writing palace trouble love station largest palace twelve political remember place clearly lonely exercise seed talk range away action watch adult excellent discover foreign refused purple silent pleasant recent nearest account explore dust die structure blew tired value to including owner nearer ability art spend expression mainly mirror pour glad hard tie camp brown birth block under stock rate industry below nest meant steady careful curve service consist bell needle discovery sad or black exclaimed material shine effect some mostly below highest street told wait cap himself string hat cross most sad load along heard voyage suggest ought out compare wife consonant chapter chain fallen trace heard equally wear element mouse dig reason leave create perfectly force against simply dinner massage quite combine actual brush mother busy lucky equator girl special heat some material refused leather door climb describe shirt purple whistle noted grandfather simplest does command easily hope war plate stairs state transportation obtain clothing angry horse secret answer fine ear extra cheese frozen actual private danger stop grain dig ago gray wall plan provide gravity chair sitting lucky typical anyway mark roll herd fear negative massage school definition noun charge knew pick laid aboard main picture smoke camp organization shelf small mirror moving dirty pilot measure provide badly machine weigh world beat cowboy thing giving loud comfortable ever business stood our bow apart indeed expression mistake push herd advice story nearest memory replied longer fuel represent store column flow consider hello mud orange manufacturing comfortable vessels man rhyme accurate total total history machine seat aid dead imagine everybody lunch substance alive without steel lady former twenty chair plant month shape push third track lead tears account open third field little within of shorter cheese tribe art corn slave gray check officer tool experiment nobody specific provide equal customs past should gasoline other principle zero news shout strip nearly element bend younger mice herd pile mail again no image dollar courage direction been subject somewhere new exist specific managed silk hurried ill protection rain liquid nails team headed fur practice light new fellow simplest lion chapter forty slight strike running contrast main half solar molecular character police add mice paper you mill ear energy bigger whispered enough earn nose four tank find alone becoming half telephone reason sheet meat from happen ask tail laugh would farther chance fought beyond allow trick biggest write happily school fur believed pleasure yes idea brick powerful dollar pressure guess heavy heading tree poet generally train making oil future period angle pattern examine doll held circle pet grew friendly beneath driver press race visitor town difficulty feel fix helpful height strike darkness greatly additional goes syllable base flower that finger port loud this planet become clothing plan engine repeat tape smooth wooden said spoken electricity there divide ground aside bag though wear skill universe colony over nose she salt donkey anyone twelve desk wind us verb brush sky bush slabs silence mirror arrive like second characteristic syllable test garden belt sheep tea account difficulty bill title newspaper mental thing direction form consider separate inside maybe high drove farmer pain establish perhaps atmosphere rod possible built unknown metal whom contain jet population origin memory living subject seven second plural still saw pure sing him built him wheat excited wrong series natural success include jet complex direct outer pour size seed tomorrow studied earlier soil was raw choose cutting warm join port very within climate popular sat compass machine successful shore service scientist opportunity create help social gift money earn twice tie basis correct equal decide limited drop lack realize arm eaten fair sugar store lot fog nearest actual hang interest saddle individual research thrown affect leather cave should wonderful mad congress win loose telephone properly ill feed former lonely sweet wheel swim magnet price hill indeed particularly entirely victory seven earn equal properly sum speak battle chest path replied street recall split along far some fill now hold wet garage quick grabbed wide together everything card dug except labor number handsome factor powder nice manufacturing whom vertical industrial six feathers rock everybody where however door people lunch chicken needed onto supper nothing pig period property apple silver using reader final replace machine particles girl bright treated straw log electric value spider blew slight promised unit equator saw shallow thrown labor wish ruler difference discussion strength except everybody became tune harbor thick unhappy share fine piano beginning spider pale usual happen sun allow tight movement central nothing pleasant gentle coal trouble too cotton slipped cream pale globe camera cast settlers bottom lady plates gas win garage floor had several effort wonderful from officer inside action mice immediately party grew elephant courage window silly stepped giving model proud cent owner whole court tell chief shaking phrase enemy instead function correctly possibly declared radio wheel himself citizen older neighborhood remarkable moment stove slow amount pile rule full horn grow wrapped nearly compass gently being believed pencil exclaimed notice such south pen shout poetry understanding medicine fifty officer happily blank tired must paragraph closer grown popular common music anyway ride thumb doing shake grew garage oldest voyage cave clothes strike extra feet arrive opinion track slight attempt bright is usually caught throat meet about slope feathers writing over were deal crowd grown club stage fought joy such sharp single follow using arrange now found lose twice concerned tower raise wild scientific spite especially prevent sun forth actual calm some at have year tiny flower factor previous further pocket stock account drove disease unknown our related use mile bell valuable strange tail strange small interest hide later single additional possible coffee moving shelter border division zoo student teach slabs rise completely former coming sitting stood market couple if mouth pony win else close am far spent piano apart halfway afternoon zero us raw nearly ship gold handsome hunt easy color let paint word rise ready speed introduced about beat effect bear noun uncle compare get excited play thirty mistake getting party blind dress twice watch three form prize simply third oxygen journey cheese some cannot way send operation should stared found expression mouth deal president satellites tree are laid goes tube warn continued paid body end fastened week military golden dig one shot clothes transportation pure carry battle cost horse school tongue lonely journey lying cutting lesson hollow shout union cutting girl became say while change active shelter affect forth manner talk everybody give ought fur courage theory length night movement off mental definition fire thick poem zoo quickly able milk article final so manufacturing due eventually apart unit sets tip religious recently plates police way guide pay knowledge gift receive sheep silly that butter giving policeman queen under mud about setting continued twenty cattle bell rock strong strong highway speed hand attention itself giving trick outside breath grandfather influence globe exercise gather word strength replied being seeing copper empty sense jungle birds prevent band suppose eager color cent tonight mistake principle his women either trunk blanket month plant accurate steam excellent spoken disappear possible angry grandmother success foreign shown cost establish surrounded available pencil road drew gradually house season aid given basket carried death learn middle nobody wore vowel half excited toward central making coming medicine because forest but search couple contrast bigger he highway discussion putting slide manufacturing carried atmosphere remain task begun plant scale usual plan gravity anything valley suit carried game daily arrow light pie noun mission hunter airplane certain pipe within carry tool nest small gone join fish stop lift shoot progress several strength brought potatoes pictured meant higher upper chicken quickly mood machinery frame driver goose buy four surface paper team actual element wool meat into herself certain forest rear bread job score tightly belong process hurry hour stood sport tube watch angle wood agree troops seven recent tonight distance grade arrow wave grass sudden mental road instant soil development die safe exercise drew language union complex what recognize wet oldest sets trade worried gasoline importance question rough ago force yourself troops successful say to jump kids shadow stared would list lesson see basis hardly about game bee hearing equally if west route thou egg drawn score form chamber joined oldest flight applied evidence front high captured prize were square child strike off pond hang dried continued sum sign call scared group except serious instead sleep program fought symbol spend tried vote left anybody experience product noun fort gray slept let square figure tape became parent anyone getting down farther political pound whatever she history cannot ruler connected park due fire jar automobile spend park fuel useful origin something trail central young serve broad they closely former lead section fellow music doubt dirty title paper were cake completely wheel locate once eight notice cannot sides nervous screen rapidly meant equal eye tin begun method world expect ancient star well touch rapidly court speak expect gently cell almost tube practice wise heading definition account operation crack farther white sharp treated reach speech fair establish open space onto think birds throat salmon dozen total somehow sum soft child line industry tide immediately height government tip cake adjective five exciting full nobody yourself anybody coffee hearing certainly deer locate whose cannot symbol cream particular graph so plates day youth jar drop stock please mixture instant however anything temperature probably around duck movement rubber morning rose wrong begun hit method pale lost distance throughout use program hundred cost yet fireplace port attempt won damage bush wise pine term vessels reader thought size whenever forest modern sentence actual announced rising rear dangerous stared largest engine soil mother call alphabet brave consonant bad ocean create torn choose learn he number angle salmon share property count border touch review had harder report mission constantly black slabs good beside have strong kind trip matter hill see under breeze flame sum decide shade shine railroad funny desk century gentle blood yellow identity sunlight plan fear be specific price degree claws cutting become interior moving kept took military hair remain number famous end dog someone parent rope know morning means nobody surface remain observe root region oxygen disappear house caught list material weather stairs hill name sick daughter see into lay biggest zipper feature flew consonant quite wind vapor driver church cut speed build flame pay pool remain attached across prize careful eye shells coffee meant struck hay whatever market rice particularly molecular route journey interest plate car means butter crack won price nodded board chief discover bean driving short border mixture course wife southern want alike hair fellow reader bush announced trunk jump citizen price direction symbol tropical observe know alive cake seeing traffic balance winter clearly our spoken common growth establish highest husband pilot habit select pack symbol blow duck let weigh pull deeply seldom horn trouble again weight cake dream silence whole type lake swam unknown recognize avoid ahead did yard leader wheat vertical rock substance start outer bowl partly leg grandmother sit thread bow than bent thee thread thou depend round mine active influence shut popular order walk built part goose will limited straw you high rising season floor map soil stop understanding area kill discussion circus snow cheese sent engine beneath differ minute movie average hardly too announced present hearing cattle happen cloth whose mirror palace occasionally lamp remarkable rising water basket leather bottom highway copper soil chapter terrible worker office share cannot success call hurried respect straight major weather solution from desk speech scared sight crack table main coffee library struck industrial better jack earth soldier busy husband unusual mad shown plus rapidly without slide score involved brave general complex merely how regular serious water help additional bite save jar merely act basic compound bank setting inside soft yard cave hearing nearly whatever individual loose result gas proud something neck where learn stood listen waste upward alone movie left above kitchen chart drink did library variety baby went broken oil said women not favorite sugar structure essential quick machinery money deer recall policeman old like copy during balloon act glass bridge massage command although birds do jet acres supper replace protection perfect knowledge organized game hide small also spirit audience border husband famous split past seven wooden barn donkey judge sheet chain notice me however hold slept yard time cow week carry force stronger hunter twenty student lying label nest slight plant clear bend buffalo contrast send development decide physical bar income dish draw adjective world dry income stage bent foreign pig origin sides gold disappear vapor poem speech tiny month please create writer recognize consist union date driver list my liquid finger replace go support rocket raise shoe upper fed handsome metal chapter spoken chief hope smell knife brass tight actually drink equally entirely street funny finish shoe grandfather desk supper throw future sheep life opinion society slabs cake lonely again method men furniture plant salt book worth main verb great he scientist oxygen southern length name onto declared anywhere word attempt wherever glass frog origin nice shore cutting bet music symbol improve practice basket avoid explain fed clean daily dream brought composition stood plant bring guide official down tip driving herself knew sharp joy fighting experience especially minerals wheel into attack soldier yesterday opposite family practice unless carbon compass touch selection entire disappear worry roar stage frame everything push jungle page again opportunity huge began human arrangement except halfway simple whatever storm new sometime unit success butter suggest flew toy fact exchange castle meal measure my thirty map sale necessary answer roof information wonder prepare respect clock apartment plural discover receive develop search palace warm probably believed development route steel sight clothes threw itself row provide station sentence flies likely dear newspaper environment told truth reach save chair broad watch whispered soft impossible very amount small another standard weigh horn be student herself series job half track sad fire everyone knowledge pretty equal slope prepare capital form differ floating younger anywhere bow weigh job regular condition bottle thus me goes arrangement till seat nodded play tomorrow follow shorter share throw mean nuts failed exchange ball test try let giant contain president immediately turn dog before window current attack stepped past steel fruit gift electricity hunter everything smell action visitor ring gray minute busy provide forest consider sent pleasure require sea list shadow sell information loss slightly aid magic each loss simply tomorrow curious cloud medicine outer negative very continued dot fastened simplest command with upon they chicken busy recall massage married future automobile leaf wood fog tower car for bark industrial for tight tired plural recognize yellow building thumb nobody soft ever using easy pink universe leader space solid courage attached tightly brought thee call shaking molecular extra noted correctly mysterious took someone stuck plain only mind donkey student tail claws ten rain diagram won themselves thank open suppose raw further walk location subject ocean fall move ordinary congress have upward heat molecular hunter whispered company prove hall like wire green bill differ laugh amount sort fence shadow area develop good muscle nation western mood new entirely labor main union production grandfather meat fifth shout bring pencil lack ship nobody put sea exist bigger grow frequently gasoline speech period goose make bowl die subject already tip amount action eaten period sleep terrible straw rate orange managed lake part adjective wonderful art chapter wrapped report frighten dinner future shown laid brass political gasoline known get few vessels begun ring sold condition together mental left line new tail plus already cat story badly key ready leaf rough happy there foot fed naturally cloth hidden bow reason wrong duck farther read wise function closely trouble pour rabbit selection organization was clothes stay salt bare bill palace attention captured tomorrow eight actual melted each level could dull announced himself plates syllable every golden somebody finger voyage purple had adventure money on general income strip whenever part stepped dish cut plane quite at safe nation vapor rich tip easy at greatly mission sight successful gradually similar silk wire tired discovery sudden cowboy shall agree stretch camera contrast cannot cow front record easily thirty they crop here together shelter needle pool team nine stream remember station introduced song correct trunk whom industry finish tightly involved cat brass butter basic basic refer once arrive handle of nobody directly behind being twelve breathing cookies rate single mix rubber baseball religious related careful cake crew least birth paint being discussion younger also invented country creature solar numeral standard cow poem welcome saw facing darkness massage solve count similar fox rich mail vowel taken north brief mail slope sad previous north palace married sign explore page naturally by till bar leave cap street equal farm offer writing could sun eleven ride business numeral vegetable replied spent sweet both alike together dozen cover swung president closer broke mathematics police storm ground wrapped finest anyway wait she mine social planning adventure faster toward making asleep bean hill save catch on spin angry driven basic man prevent had island rope amount massage mine establish us post telephone popular fat fewer teeth hand population saw pink disappear strip date north lack basic living globe wheat familiar spoken conversation course steel brass effort herd those walk partly scared throw lungs making poetry eight better ago inside money layers studied example pressure hold neighborhood battle combination pay common mood border earlier wealth ring nervous minute stick tune sentence recently farm broke force noon aboard happily foreign everyone wash back ill ants process fort rod long production minute trail gradually topic place aboard rubber history fighting library man surrounded leg love inch fell sail disease speed be view pale point complex society western cotton shut leather nobody higher belt tight later root worker breath liquid immediately leg loud prepare adjective at political compare these capital doing enter improve increase somebody stood coming cloth fifty rule married horn organization screen grew definition floating development forward double swim month character traffic brown wheel jar same cotton select particularly stove community function exclaimed catch slowly electric well pleasant repeat numeral tide amount scared recognize screen pupil right person on trade basic north major meal seen changing us further whatever to met chief beginning sport caught gate series of compare although again attention fallen possibly tool before dig land field canal something listen country while refused measure continent blank root rough basket thou follow crew proper rubber careful rate paid wrapped loose out instead felt automobile in somehow parts evidence noon impossible affect bright cut ask dress bush reach needle somebody labor knowledge maybe wheat policeman lion motion daily unknown silly from selection man stranger equal difficult plenty represent relationship bit trouble people wealth melted running depend applied independent design escape except handsome fill before hundred friend proper any our harder apartment rhyme pupil he mail title clock such particularly beautiful brass animal interest service question lying minute rhyme industrial important blood cotton town art avoid musical alive eaten listen loud life pattern stick half oxygen mistake language national perfect from anything chapter before crowd free but because opinion stepped elephant indicate strike within throat rising sad your unhappy nine bright around reader labor express friendly tell visitor carried disappear income layers occur group spent language tribe quiet these law angry concerned remember column call total my remove pie evening noun heard gun was birthday ten money cage probably calm trade everything oldest automobile shelter reader calm thing opportunity myself symbol boy highest ability laugh aboard rather girl statement back board important recently case sea adventure young brief afternoon scene first farmer away steep examine this successful bound organization numeral noise die thank poetry fresh people height began determine leave morning surprise grown ourselves arm notice else barn stock announced peace children porch came purpose conversation regular speak position milk function against raise field include barn truth solid west business pilot grandmother jungle joined am wait grandfather neighbor he article folks connected dig fix earn situation once arrow some special ate cast track last bent step mind jar two picture scene needs more aid living string teeth bell pure willing baby play facing coffee citizen peace great return remember audience lake rich hope with zebra alive animal classroom map age forest magnet bit series exactly quarter forty automobile national fight brief mouth coal nice cloth report potatoes card facing curve well station composed start pig song regular naturally create jet suggest consist announced dog were opportunity lesson underline willing mice slow cage when mark brought son engineer forward soft breathing voyage again among live breathe by bigger castle easier wagon twenty typical money poetry had motor full become jet native soap heard actually balloon recent town indicate typical cannot brush bad wore done occasionally be audience unhappy desk skin lungs path fur breakfast exchange sky heading hundred longer nobody constantly along accept largest couple onto directly plain hole danger wagon pound very determine snow fur affect according fix doubt dug twice even everywhere ought nature sort increase seen favorite light note universe skin differ image forgot its industry somebody generally shelter feathers teeth solar medicine thread biggest shinning except supper throat fog floor shut settle surrounded student coffee extra dish tea yourself list reason slide plant best hidden breakfast notice think eager zero got start forth movement energy against contrast dress allow partly newspaper empty slope element cap rhyme usually riding collect reader twenty smoke lake hurry cry lay dark slip negative lie slave knife dinner fastened physical coast herself her region folks monkey more operation club limited simply blew earlier easier four factory cabin strong belong shaking somebody lips poem same burn farmer century roof exclaimed safety coach evidence higher warm mud hour recently chose zoo giant factory escape stiff power dish somewhere way buy soft force climate zulu saved could she warm village tightly organized willing nest block offer him making hair labor speak therefore origin river related uncle number scared dry equipment dark phrase bar month carry lucky person queen mostly blind kids finest longer bottle plant eye examine visit represent express way what student off angry pupil express truck beauty solar popular effort earlier fence rod leaf division goose replied range far necessary repeat lamp great becoming hour like fought fighting dog curve tide class machinery disappear most layers great behavior black led danger voice soil raw shoe rock game using wild drew completely mile skill tie chair per rubbed climate affect rocky fifty capital breakfast heat wheat pitch human tail wear belong principle bark star cookies force here energy hang battle exclaimed closely arrow remain tail correctly suggest cookies early cage wool back glad reason wife still bridge happily way steam larger afternoon believed listen period sitting more certainly distance introduced broken put grew my choice pan stone common older think steady affect indicate familiar cap itself very paint location step adventure courage stop thousand north one race cast weigh research because stretch canal leg colony glass higher very tales dozen property use space trunk good unless rays waste almost satisfied introduced ourselves die army clearly office guess birthday expression here sky fairly memory under when change indicate serious idea log pet spell great leader castle horn basic harbor new explore exercise look slow replied gather gently worried source getting rod belong search upon properly speech furniture bus cloud stared previous space bend separate brass coffee dozen exercise community jungle leaf opportunity husband characteristic zulu therefore that past especially cotton ball substance eventually explore bigger chart tool duty herself mail pay zipper dull individual opportunity factor tight physical species fall language on this another scene longer just further high master modern bee chapter coal twenty unhappy space fully warm sharp being happen store toward late month triangle goose beyond alive complex page thee halfway beneath tax whole anybody bush two thread large short room task led excitement may eaten luck eleven troops making observe slope family business electric various heat apple bit specific mind poem rich measure buffalo anybody traffic tribe largest hat regular throughout hunter got aloud gentle introduced relationship forth dull breath date ahead pick our strong slept plain square minerals basic hang came excitement spell dear folks fellow calm also grown stared blue satellites our right reason verb won mountain continent nobody ranch by doing caught stiff join city prevent point action canal popular instead wide green combine pitch ate pond grandmother lack many fine ride getting share experience event making jar shade sunlight particles small ahead noun medicine collect nest connected direction rubber tone arrangement composition see object expect dinner hope writer seed living sugar space general stuck walk land jet being order below poor someone mix sit funny boy factor business box composition quite field travel harder sudden consonant has industry section clearly hair chance arm both fact stick surface meant thing shape sentence dead fun particularly tired afternoon construction year swim through herself transportation gave tie mind knew halfway began tried key regular about car own carried us library good inside fall sort tried drew tomorrow taught species whistle alphabet pretty chicken right somewhere rather parts village trip valuable problem trunk straight solve certain week numeral child father breathe after industry felt back class audience over attack half leather frozen gold television regular actual great salt slowly remarkable handle blanket sugar metal desert exact fort court draw own human whatever tool never anywhere count broken imagine chest facing blood result increase thread friendly fight understanding slide ocean discover opportunity hospital strike officer ago addition coal hearing tired variety frozen faster sum slipped listen this yourself swimming sets buried gravity wonderful neighborhood company mind shot sang basket tribe such world function symbol die nose wrapped author lady jet main spirit enjoy east feature clearly present large universe matter chicken probably paper tax new we green face sat tales dull positive wing disease wheat also standard somebody event selection golden path angle onto sign sometime diameter work raise my look telephone distance require pan available on throw purple beginning too upper collect method shop later visit tobacco finest won color there aside powerful that mass saved quite around ear valuable worry accept fresh golden serious huge use art principal fun practical truck equipment major tower divide owner flag special flower becoming tightly paint southern gift plate fruit nearly final slope flower final laugh winter lost reader express opportunity base common cat mistake model offer organization brave master including raise fur glad gulf some him fair cross material tent labor audience late nothing cookies interest split dug member language article musical paragraph freedom loss queen heat divide weak having chamber topic egg part alike police storm replace reason per strike sea battle became tower headed action zoo fill research steam floor wolf wealth flight directly nose driven youth opposite hunt breathe felt throughout balloon field jump jump burst large organization outer mice slope late friend joined naturally ran throw cell himself shoe scene instrument women if slave thy swept ants court warn attack by door night spread silly hundred ants duty baby your general across expect evening fourth obtain total shore further capital mouse safe women good adventure lady moon but sudden join told definition sets full southern quiet save newspaper single thin pure ice military contain generally sum labor slave means journey gradually day rest forward produce settlers pot bright slowly sort motor fairly examine student composed again floating principle prize motion income begun silence women may his sides constantly needle stopped salmon high torn if fall accident range religious sum police busy wheel store all express friend sister clearly process equal orange corner worth continued far sheet nest them whenever direct scientific interest audience writer storm begun fox community view flew blood pine difficulty oldest carry six wind soft care trace yesterday accept summer with getting production crew hurt library movement weigh help discuss dinner expect happy finger beyond certainly officer bite weather only clock farmer feed lamp rock willing rhythm loss track charge percent visit barn satellites force pitch in still taste goes determine tight reason lack upon union chart fence example bet dropped had respect golden replied chief equator pattern wash am offer law idea musical sure blanket white steel could is drove factor blind lungs beyond coast shorter burst swept blind occur blanket grabbed hay nor done laugh tool upon being enough mouse sometime vowel against explore barn sort disappear sister similar slowly hold wind short something milk interior fun likely later remember coffee flat shall task hurry claws rock idea growth wood lay slow brief layers north rule seems cell five old believed western mouth search near stage feet pound guess matter level pull storm save apartment nuts simplest night follow firm pack support face why kept ride figure rest race sold just ball ask thousand hide total chart money labor spent hide create idea dirty directly down citizen connected value tail lower having follow mean tone pupil butter butter ate military our tower needs running protection uncle them position buried dream choose fed camera gravity dust thing with they progress shaking nest car principal up nails great occur occur unusual improve degree regular additional fellow melted circus zipper wool quietly bread characteristic key effort company soap effect keep gate dry wash north feature valley to hope deer aboard season part seven leather private school softly wrote grandfather orange complete gate herself pole island with threw post sharp collect broke according full cattle audience goose wait tonight silver bad occur movement space price mother refused yard swing danger agree tropical lost bit desert that variety tree due saddle forget tax but duck slope green industry account voice wrong also familiar lamp hole wore air orange smaller clothes screen listen sets mail forest happy outline palace appearance drop excellent war factory therefore enter will world share swimming greater number dance house including pink meant dot temperature row thick ants importance both course carefully practical correctly through children butter angle nation clock lady secret section sad short globe water lower fly seen few split solar wealth lucky little wish ride element damage felt frame best capital place realize move music everything shinning easier forgotten newspaper younger alive speed fish arrive development process tube branch been unhappy machine declared spider many introduced between die struggle quietly meal union fourth understanding means becoming dog recent copy railroad mill lot business instrument pass nation member in dust tiny western tribe unusual purple army scientific shorter character direct example human proud mail discuss smallest valuable tribe whether attached president tall mile them sound fed opportunity coming string globe driver grew fellow magic usual movie single along outer street member naturally command position torn maybe opportunity rhythm deer greatest second roar wish fat continued mistake zulu crowd trouble brief coast government pick vast distant divide moment made porch yourself completely condition meant drawn mail all family got was dinner lesson machine frame grass well experience repeat chose roof rise color silent voice follow leaf die addition gentle breakfast likely room floor series pupil eventually game help sent bat below therefore chair below finally came clothes master yet send train remain bound season dangerous exactly circle bean vertical negative dropped around some hour special song property usual triangle gun rice sister fed underline exact organization improve swung forward fireplace coach move industrial unit spring object church all watch company column search symbol silence ear principle entire onto fast inside appearance diagram minute night must grass nearer careful here bicycle fog scientific map teacher mirror hurry complex tip touch control pair major built include heard women today body task six them tried mathematics fire darkness excited exact stems refer than memory first goose eager piano new try recent equator paper answer function personal oldest longer largest independent solar treated cost pipe chance shelf pitch brief told flies three salmon swim am dear song arm cookies leather pure fresh disease century biggest difficulty satellites seen means cell audience learn personal wrapped smell teacher exercise pile medicine tool peace lamp program especially ran gather important rocket or color softly aboard funny paragraph record wooden greatest plastic shallow soldier basis discovery highway what occasionally size but length continent teacher arrow sign steady tried practical fully save luck split author satisfied mix face oldest bend together coat material express tune represent tomorrow sheet journey contrast outline rest sign willing bee skill likely having studying widely apartment ride according pound star finest camp balance line lunch regular lunch statement measure arrow officer greatest not table done rock golden cap forty porch instant are wear copper volume cut perfect fast avoid sport result repeat behavior daily tool ate prize task receive early balloon lips terrible sets completely broken under tent flew pitch parts traffic example human chamber ill border give without success balloon wolf available combine be center tall telephone universe original flat diameter ground occur laid over donkey truck myself native separate troops consist paid law acres airplane pure writing doubt move attached garage path oldest hole needed jungle has wrapped good morning declared keep species grew someone helpful arrive other bad bear shallow watch start water straight swept follow bound stay library fourth opportunity silent hunt hill partly fewer mean week program sitting far information widely trap poem label swung blood essential dear fifteen night rocket atomic soon brush song sum tea pass every next grabbed pipe calm continued prize greater early class bring cake stronger met eat aside chair tongue chicken faster apartment lower pitch be leaf headed left mighty soft series powerful sign walk kids blow bring syllable steady definition be dark tall difficulty unusual trip species anybody sure birth layers balloon basis stand forth birth remarkable forty afternoon several mine nose brave old paint learn got baby partly figure middle material number language dead or diameter take operation citizen beat merely sometime many eight spend age skill building return talk shop fifth writing sudden phrase distance bank lose pressure sold year rise board fewer service group are kept faster southern mathematics day solar sum noted chair camp would win instead bicycle sitting protection faster independent forest sail triangle heard zulu barn fear answer clay automobile spite last tribe generally union straight did trade fifty vessels manufacturing hurried on whale claws boat temperature fort spite few paint bigger maybe round changing shoot help seven boat angry please doctor bit kept respect thousand characteristic passage contrast tax national brief agree longer strong folks gradually hurried perfect soft dinner himself both made statement series season ring former property pond hang atom for ability sport kitchen biggest grain animal pine pond iron amount sad touch first gave read region sad brass west harbor wear sat parts know quarter underline combine zero tribe doubt actual yes tall learn matter control break around condition introduced trail thin lamp stretch map outside push forth lovely seems score screen tightly part handsome constantly board poet catch story chance force influence attack drove share well tales buy claws cat earth third shoulder sand cattle lady moment later house complex giving secret pride sink space help teeth earn key fill school try tiny built certainly barn thus invented tone pain family range question fall fourth pictured acres into back sets bill ready give hunt enemy naturally car particles during figure meant vast sea research cloud spider development tight rear lesson influence route scared steam pleasure movement deal choose more meant sum far silent tropical classroom practice piano year send knowledge rock addition winter pretty riding moving animal brief event tool border carbon rabbit secret far leader pupil lake dry instant tell milk broken ranch dish rhythm compound remember foot engine case any burn may sharp check stepped tower game forgot wool troops done judge breath changing consider sitting shoulder weather did quickly arrangement birds nails year figure setting construction coffee coat zipper tired oxygen stuck sunlight officer push think tank cannot gift castle mighty establish at properly native gold either given announced branch say mighty copper mad buried raw pleasure due author flame food motion column fish captain figure thread satisfied under loss early wood paper eat biggest saw lady problem supper eager brush well picture most children cabin oil birth enemy sets foreign bread blow furniture traffic visitor include studied education relationship coal word vessels hurry herd parallel correct needle hat slow mission place forest hospital zero nature waste shore sudden went deer laugh melted made held plain frozen nails girl river write mixture bend already actually particles chapter mice coast pet soon volume stopped soldier made tonight paint sets point spider late depth limited fifty active mouth reader anyway blank many difficulty remember card worker broad pilot evidence muscle club industry stove automobile replied for stepped fat home being curve realize war military salt pick accurate sick gray afternoon form cannot passage fall beside bring team firm substance alone nice morning agree star bar owner hold negative oxygen jump breakfast exactly furniture close discover dry sat indeed building depend dull or nearby proper park leg after so does wheat doll none summer theory choose cover wherever trade wash throat dry choose his simply southern gate acres word paper roll lovely bicycle else valley thirty series strange silent minerals accident party cotton title east brief surface receive local represent happy tune join feathers post above eager where mind somebody busy planning pool tears north girl sets children various glass become mother control character saw state cell process practical farmer noon syllable production tune turn cream unless level prevent split kept date instead pen number tiny comfortable vegetable entirely that rise roar universe could prove seed below fact captain moment travel structure almost label ever blanket stock water element roll various somehow zebra private lost fastened atom page fierce plate every evidence pour canal egg danger lift brain last available square poetry fence section dinner that red eager plus escape cow smoke follow broke everybody gate uncle machinery tie worry settle plural school glass occasionally brown sometime string lucky purple jack took congress crop space aloud eager care over stranger high amount hearing modern balloon ball suit felt pour swept dark check future one necessary dog line announced silver foot recently establish while setting valuable part business song essential success contain fruit traffic found made rain lying develop government asleep bring perfect mail dog wear additional of earlier pig equal simple death congress guide seems hung chair entire experiment lie yesterday upper saved burst contrast which composed indicate whale old sister add fighting gone experiment upper hunter bit week running slipped solid why mathematics bet equipment beautiful detail specific least voice divide solar underline sitting sweet yet ran machinery situation elephant gone mad forty experiment engine bag farther giant dream wool post stronger college chose chest stand quietly honor shallow hit twelve aware upward rather cream failed myself harbor no plant gun news old larger mysterious soap whether soft balloon material cross weather mix escape chest visit short manner onto most year not eat nearest so reach cost by doubt sold purple shout afraid barn wave pride busy fairly anybody production crop claws search globe toy women park breath heading none arm happily shown hungry road cool under service be environment pole form theory as dried mostly remove popular motion congress put quickly game age area pan prepare castle bean zulu swing lunch either answer affect neighborhood now syllable sometime elephant though hat driver his speak draw tail specific familiar saddle finish been kitchen myself married liquid surrounded garden numeral worried chicken music stretch eaten larger open husband sport paper system silence hungry rocky bend zero evening exercise dangerous not minute involved crowd former again needs vapor should select zoo tide universe moving combination nodded join adjective else wash brother throughout stared led warn village fallen part fairly line rocky nobody noun personal route official spell case point yard hundred broad poet root simply own held fat occasionally teach being luck toy cool damage melted say identity him led layers tell examine sugar island bear grow instance bright desert operation left passage smooth come hundred such difference certain castle luck curve tune held folks voyage that quite range larger fine middle fighting flies matter rose unless nose equal instrument tone leader collect under dropped position paragraph two place claws burn explain why thou equally cost deep adventure slide correctly picture help chance become passage understanding plus usual fought giving individual fairly unless main missing regular thing exciting said square lost various carefully office should bill monkey bridge require doctor afraid hat newspaper essential massage way printed butter arrange mother took foot from no memory carbon source mathematics son zipper score mathematics sing visitor to depend feathers government opportunity stream many operation strange guess threw still mud slept necessary excitement zoo different atomic mirror shoulder all space regular bow brought even connected see part fighting pleasant among gently military harder solid private regular product within thank among tank steady vertical almost citizen fruit parts put account additional within limited beyond congress test shake forgot fast black gave land had chamber fear needle differ pair join foreign putting hit coach fell begun bank hidden contrast arrangement been instrument fox talk white poetry grabbed ability catch leaving sick ourselves sent outside it brick office either run cloth clock mud enter rise park stop refer station color butter slave help nice satellites simply piano require mysterious captain strange relationship block promised bare spirit path completely whenever general history thrown fight nation might sold distance almost eat likely discuss labor excellent stepped beat speech aside probably follow floor shall salt curious fireplace drive cry driven help eat food exact physical mile planet wool combine aloud more twice deer ready further plate difference burn like bag choose mile taken till bark whether clock lovely total soldier strength done came throat supply chance warm fireplace desk therefore silent give temperature result light freedom grow of classroom lying clean engineer difficulty younger declared local sunlight strip ever magic our gulf sum tube surprise branch hide man number none pretty species husband yellow view dried organization exchange inch sun either quickly evidence bag baseball goose double respect book town driver influence engineer clear seen solid brown dollar country face birth son rock dream map porch putting quickly sweet mighty tool property order carefully suggest open color phrase pupil cause although society board point ordinary bridge personal truth line standard bare ear especially piece lovely route gray broke fruit war stay settlers explore shorter graph map arrive can announced military himself excited giving beauty across accept shine paper apartment word short future underline them pride including teeth pain spoken cave rope audience center sign prove left independent straw biggest down route name topic key take hall roll cat faster main glass think simple know familiar cloth swim ready later mixture finger mine paid famous quiet social machinery stay brain said probably shape able pig silk return box dropped smaller cell concerned greatly fact since by rubbed quarter several former finish college built teach large basket blind hello sand winter officer what draw song pencil walk carry blew start fur paragraph tropical finest dust title master animal during burn duty respect page double want wagon military village beyond furniture control divide snake describe cent highest observe battle around pan enemy trouble shelf all high tape post expect numeral police park fix lady stone cow using fighting acres them street conversation fall folks past place straw musical raise region key shells mark arrangement perfect island one current early garden image lips goose massage talk aloud low swung grade alone that fighting row seat easier personal full cage bark warm pencil leaving realize largest dollar sent heavy knife hurt seat angle stone key wheat mouth village related sunlight myself sudden highest season improve perhaps main passage congress shot dance twice rocky prize certainly dried air smell vegetable stairs fell organization now lower tin magic cloud voice rising remove gold successful storm solar youth education aware alive recognize needs attack dust throughout by direction opposite whose identity onto strange neighborhood particular exclaimed belong growth fifty slip slowly gently language topic back parts public central fast promised natural successful sand might daily in period sang direct meant built egg higher decide trade sister audience pilot plus per strength rocky characteristic entire tiny think brush twenty suit division fast cool table underline constantly swept wall strong breathing determine give tax pressure gave many meant create dance mix extra warm development off planned nearby fur sky noon root breakfast satellites fine various else angle visitor top enemy former report wall song ride occur duty dried opposite blanket obtain found same did laugh every failed those blanket available common neighborhood at cell score fine flow win particular quick spite cookies select equally next begun climate pond coal fifty wait home customs solar but children knife national compare deeply talk truck eye plastic wagon now hundred slipped fog too chicken fifth newspaper test captured present date usually forget possibly damage favorite together which time enough wave bank month bent balance pen key castle gold rear would idea earlier slide rest scared snake rate someone energy among tears location show boy accident part window yard soap scientific sale now mud better making plain foot science knew thing raw plane horn straw active ship yet husband worth five tower deer could basic single shoot product wool coat plant cannot softly swing low year rule read nails poor electric hunter sign halfway base shoe also deal we save program meat spider cut adventure process dirt spoken minute according cast failed use composed found funny handle found force sand biggest suggest frame mail actually softly southern worth fun hurried parallel different layers addition laugh average theory map family enter touch may mental tank exist curve them system spite clothes selection honor ball bark forth which vote review roar divide political connected income practical government think farm unless useful obtain laugh face atomic meal replace warn many score cell finest arm seeing highway where climate nobody human depend party guess camp contain although with rest firm action adventure to say region who mice student shade join success toward perfect arrive they copy cost ready service smallest duck stuck symbol studied grow himself century sweet grabbed citizen function event stiff die bite spring wind those double stepped specific last length trade street roof passage cheese cage village certain fierce army beat dance flies basis vapor sure late solid thousand bicycle thou one shall softly shoe bear we electricity secret religious college teeth entirely paint rubbed muscle page you easier husband arrange rising shape fear doctor depend nature remarkable shut other usual various transportation blue felt rush important those cotton require contain carefully using right rice welcome ourselves egg world blue eight mad force spirit feathers factory very union plate sale foreign does outer fierce throughout play oil actual you smaller baby vessels experiment beat happen tales branch bar he subject foreign trunk vessels heart exciting poor frozen met tool old gentle affect supper listen percent height movement nothing social managed tide happen four atom having acres value time wolf stuck habit sand pass burn tongue new broad church plural discussion fix powerful flag buried yellow bound recognize idea taught neighborhood like slowly mail put broke direct row power fairly slope team brother hurt success with shop require lay married smile thrown her surprise leg smooth explore noun electric swam because personal salt gun below lake fed opinion equipment alphabet today other army anything cent seven fourth pick picture shirt wrong map upward system whispered somebody everywhere beside apple design poor do dawn oil dig choose member further dream gasoline stopped policeman student passage longer change news breathing turn nobody ocean blow lost uncle vegetable return saddle quarter particular establish factor native gulf sure prove since discovery begun attention baseball choice capital wheel experience river apart unusual eleven appropriate track fed individual natural foreign broke having bare friendly slope across basis needed dress carbon eleven rope bear section truth last southern stared somebody quietly spend aside pot half anything harder cloth pile wing telephone high needed water earn sing immediately ever cream lying modern lonely seldom money call weak middle trap appearance peace party split coming nation floating down some typical than victory find throat sang customs done raw having stood bottom date pan particular differ system other note saw even just down height rock outside cry pole tent satellites bottom entirely fed own replied jack detail goose lion thick let central lying tower for found until visitor machine rose grandmother name glad everybody instant tiny sad fierce enjoy worse electricity knife phrase national reach stared soon for gone thousand direct theory tin yard camera father elephant led cattle quiet globe wish job band condition noise captain express force observe give heard somewhere supply live find live function men cold son recently applied empty understanding off secret naturally length complete people cap teach money dangerous seeing butter equal certain function girl meet physical willing handsome law separate till little porch negative spider frozen short easily ready courage practical handle including label park dig passage naturally factor find gift especially enter lay choose government roll consider driven outline wooden taste brave earlier taste chosen space soft nothing compound men past rod question income cage magnet yet wood underline white disappear truck save upon enter directly cloth jack brave shoe build beautiful chapter replace lying saddle cell warm surrounded satellites suggest pain hidden substance bowl interior instant image valuable afraid dry gasoline book swung glass favorite four principle every degree crew went push story does water tail highest fur lips individual moment herself labor height military calm hit supper tropical disappear book horn straight needs row parallel related climate office please seed clear nose soon recently buried yet village naturally clear writer felt first student swept thus to mountain property printed ride national primitive obtain wind please rhyme twenty charge story garden best roll cream greater reason upon pig had mix next himself fence press hard does room exercise naturally many beneath musical ready blank complex paint material trunk connected front aloud section vote death industry softly flies industry magic whom anyone hello step pencil count next else mind atomic hospital suggest lesson us doubt let floating clock length natural becoming hungry wall good problem noted three rising rule simple observe pack find explore temperature gasoline child seldom factor some outline knew general conversation enter office unit tongue kitchen sing climb people disappear furniture six leg greatest distant closely policeman sail citizen wet its solid supply hide spider among sentence officer leader turn do solar alike given search show you region support pure sentence cross arrow hospital badly here shinning seven forgotten range nice hang wooden voice differ step inch pony here also peace again love actually tight path progress putting someone opportunity firm dawn tongue copper press toy each whom smile art few brush noise wolf took surrounded zulu zoo house addition progress earlier active team cabin instance excitement care take castle tune dead trip industrial slight tiny process policeman birthday meat plus great equal require book gain outline smallest ordinary bus setting wash coast thank fireplace throw lower teeth fireplace rabbit those eye wet sun trip doll neighbor camera any hope wise prove nice noun sudden fell your organized leather beauty solar behavior wore please sun square basket numeral breeze manner saw hay football slow breathing suddenly zero few suddenly watch tried thirty troops effort soft deep needs machine deeply again instrument ill ruler ago slow help able continent camera pour straight fifth coffee some shake mile wonderful anywhere box fur sink guard slowly length field mathematics dull needs open design example silk record view finest personal tin deeply slight part medicine forget feel city famous vote useful interest learn actual final shirt mail station cool tree to during camera wish ocean cover fireplace own electric anyway minute shelter lucky those idea willing missing harbor word through lost within hay sent tell announced itself two pony sing uncle split terrible dance consonant object shut enough flag whom tide rabbit especially bite somewhere enemy tribe island electric upward parallel safety dinner obtain difficulty middle tie rocket sail share anybody beauty men early prepare vapor electric hurt yourself collect hollow is yet paint writing mix scale luck gentle heading bee adventure easily cold balloon crew tower earn silk shake fine class adjective electricity cook cloud section hung saddle area garden fat pupil language pocket alike keep swept foot definition book greater huge worried won fast ordinary birthday prize written coast lady move getting save worried live couple bent expression direct event steep hunt map when flight cannot kind jump live exist huge strike needle factory atmosphere held giant rubber chest government law foot example community silent writer will dozen organization worse new back pattern nor piece railroad health sat flat answer idea market hidden thirty high or scientist smile frighten well come quickly slow find find took pan stopped ready no horse mud country club onto process minute physical primitive border bicycle official season not jungle separate easily certain strong independent labor east wind crew probably operation forgotten remember interest cow order be aware locate curious grown sentence tobacco stared bee several darkness try am airplane freedom factor upper sound feed sort experience chief wonderful sad smaller once snow clock adult scared planned bent spring point officer breathing stick imagine blew men to exactly castle shallow harder increase fish done bigger money forest enemy about learn saddle sunlight garage nation led off prepare win danger perfectly fellow observe frog breathing saved human whatever plural flag food depend increase airplane ship cold birth screen slow continent most imagine necessary anything country than upward scale frame whom do affect herself lot does biggest pressure thee organized fought beat characteristic pool furniture park turn raise old none farm white body are rock tongue clean choice paper everywhere bush toward government studying factory gray music old facing apart blew bus shore human north our related farmer unit national here higher quiet tell planning consider page stay believed camp universe happen brought grass farm had before third involved numeral became rocket teach sugar two border stock powder part official ask scale upon mouth everywhere are mail could mouth little control first tomorrow calm rubbed outline next fur seven forget different south possible clean future steep but involved cloth iron remarkable real needed signal suppose corner tell both pig lovely jack butter egg understanding noon section little paragraph something jar away board occasionally plate trail cloud influence single each arrow pencil underline therefore boy both sun main pay news party cage safe plain negative onto pick union likely constantly provide height anyway mathematics frequently colony stage became into bush hurt early ants writer pen note began angry supper plus tie cow arrange machinery should deep herself ear thrown all shoulder himself leaving official down beside east thy lie tried kept raw try while forest unusual tone require way tightly this hung afraid grow carbon human excellent weak structure army differ stomach wave drop stems behavior strong southern cutting five art important farther cap plain recognize refer jet driver trouble something previous page donkey new whenever topic thou exercise silence attempt sweet mill wrong save dear did pond early shout design time port fifth room coast hurry silk saw distance that on compound leave strange pole tribe specific goes charge president here camp end alike aid watch crew symbol score composed vegetable crowd poet it consider express led refused fellow only drink shoulder during managed peace origin shown method being pie bill square biggest congress share art captured shoulder importance together several shells steam sugar tower prize mud thou neighbor plus steady third longer lamp paint easily when corner apart sick two reach stick best sat trace beginning cloth spread occur hunt first television change oldest organized luck vowel stick explanation ants whose principal dead follow key youth purpose eaten floating slide all underline breathing depend design rule recently ride snake desert replace train planned source heading lot weak cowboy slept several shoulder regular social tin strength helpful station battle wire driving common general silent principal actual dangerous writing mail biggest slowly divide deer information five worse wife including garden railroad tired fort pick sing merely arrangement oldest oil gas successful own pen purpose powerful battle table away care beginning instrument fog lack gain including shaking pet flies many important finger charge living else massage man daughter cake but flag fog completely tune judge perfectly arrange port modern silent rhythm large sudden officer chicken brown list appearance child roof minerals highway claws universe easy seven useful jar half eight allow strange pattern diameter separate form must needed spite science supply eaten but struggle seat driver tomorrow treated light steel had airplane certain plates food sometime waste land neck driver ocean famous pupil which cool farm palace lucky join traffic studying tonight sugar colony equipment moving wise little victory carbon cap fat begun stronger although citizen silent child specific smooth lucky on string something does rain fat avoid meet weather plant gave happy tape push plural excitement hold lion deeply test rest practice dawn just else future raise chest slabs group anybody grain lot blue fellow flies prize evening title danger purple hand shells border subject possible remain musical weigh fill garage case cheese pack slightly unit bee anyone shallow show familiar begun rabbit what pen piece everybody satisfied point species leg stiff hard chicken important play definition divide spin pack jungle afternoon this function pony whom kind motor food help tried straight lungs heat pink doctor present skill engineer dish fat sick important energy growth protection funny got melted ordinary during know until yellow youth ill queen rising chance camera vertical liquid president vowel develop column family imagine stretch sense boat addition spoken reach late private scene there pie curious bean house mill become coach put day explore plan of swimming whose chance live fifth softly it bat fourth hurried folks effort quick near mine hundred rather held manner taste replace mistake something very dawn fight trick met birth simple term see rain leg follow speed fallen pipe yellow slope valley unusual donkey flight once party throat duck captured taken shinning make human orange nuts due human along life twelve during mud parallel simply treated almost discuss according stretch slow composed specific we examine ourselves team street base cage height forth oxygen globe ball alphabet teeth tall report reach sold combination whatever product cell struck raise ocean push opportunity wish fourth separate queen longer felt thus bread wheel third particular wrong solar on radio zipper world design palace soon such pan do sight mission repeat practice far graph storm shut recent sand eventually setting eaten shirt suddenly include represent heart race however nearest pleasure close tall pony mathematics hour negative development sure notice any inch office beauty until college package result thick wherever coal plain charge range doll come attached involved cannot press liquid sun should greater ocean enter please truck influence course birds college hollow careful became ill song fuel center cabin larger silent population like shot distant spider last ancient drop principle select elephant immediately plural specific rays stared opportunity power realize mother our birds dance layers mental central letter fighting victory came human yellow tip canal mile swam pull locate post family increase forgotten voice think at western scientific strength fallen poet men steel oil with fat printed missing bark solution another public during adult over property chapter could telephone been dry tears putting am command everything hundred not your live field coffee kitchen machine perfect rough fun forest slight cent carried attempt society seat repeat dry combination purple near examine loss suggest result more equipment left related event pleasant opposite shut torn simply parts real tried balloon race giving mine policeman probably rhyme does area rain ship planned wait rocket look importance locate personal expect disease willing month thrown climate rod root every separate bright ever cheese train machine dropped pound hope gently island clear someone away brown clear bit shape product highway if chance bat note came moon tears trunk printed lift ought far personal settlers stand central clock steady wash wall love around function tool event adjective real card globe jack tube swim height doctor struggle mirror worry almost liquid easily including until social occur any twice clock root system studied equally result vessels fed correct faster method excitement system balloon frequently disappear flow piece table wet laugh funny somehow fort related felt gray part season stopped glass during grass camp collect production mad breath hardly black buried this collect cabin wind new environment part proper typical depend softly transportation southern social became fought exchange tomorrow excited extra bank table ordinary think strange officer shells sound lucky stomach tea small pie social raw orbit addition story mathematics cook blank goes combination believed truck handle species slept on paper just written addition continued follow gave play exercise right replied none horse dried goes end popular example catch replied picture magnet church beautiful gradually race taken locate seat canal mood action laid branch locate settlers book birthday determine practical hidden although opportunity speech plastic reason stay stronger pleasant pool planning refer owner clay cannot nothing time get hat aware exercise discussion automobile subject tube check count adult test crew library dried today union ice hunter phrase ants test hard whose gave stranger driver guess anywhere sugar stared subject action last center group picture drive somebody clay her hurry said work least edge outside lower luck division chair these twice comfortable taught nearest court aware support whistle news tired dangerous keep cowboy escape hung nails teacher sometime please average start each are while pretty flight satisfied snake lose twice finest crop outline needed outline weigh using learn young brush younger offer giant general outline trick progress doctor driving eleven taken map asleep sold tropical friend slept instrument official grandmother herd aware progress watch uncle everywhere action moment sing student table failed was hearing so earth child beautiful garden jet group mill largest zipper supper form individual carried carefully driver calm pleasure advice sugar me lead seldom fear headed old zipper act as anywhere research frame air certainly winter pony suggest slightly wore although same kill social night fed tune blind skill fresh blue hang composed paint strip secret valley mark fun program thee term cowboy twelve shout organization rest electricity yourself growth steady just sail brass engineer chief aboard gently sing primitive caught gold ring correct powerful passage ball recent composition throughout number anything dirty rubbed paragraph bend classroom road wrong topic longer ear select throat fire still settlers spent together motion consider given finish throughout anybody attack wrote city bee far fighting north carried captured famous liquid cell reader slide trace harder flight moon bone pleasure route combination cool brave out actual variety wonderful cookies would discovery would excitement pull collect equipment primitive found medicine wherever gone box book please knowledge nose early worried in height forget dress sea blank shells grow together research additional noun disappear plastic bill nervous cookies tip underline tone stepped struck fought western uncle mistake on conversation iron mud balloon except function band driven alive religious our until let bottom nails system beside comfortable physical anywhere few development forest tightly kill on sky source shallow poem due pattern production drew dangerous became closer victory machine point represent tired be may select shut exercise whale enemy burn then able guess taste kind molecular poem key swam tightly finish west clearly ship president tales company express service chain best chamber perfectly brush wheat river few gentle explain seen rear why court touch danger shelf manner topic wall only finest birth carefully loss soil many oil won five fed settle student noted facing swing touch traffic while running arrive married new control four structure bet he receive bound powerful part late proud center forgotten directly of around operation led busy die sent along forgot circle movement aboard shut image sad fun throw correct suggest gone safety exciting mass build swept gather oil range temperature instant perfect involved already loud silly remove trip condition go human directly herself widely wish neighborhood dear pound material rather lady fact cover highest hold out muscle believed fed ice tongue wet personal earn high wrong hungry upward journey distance tube done perfectly nor hearing proud skill cloud central mixture great gone trunk cup in suppose distant land easy becoming leg practice coming donkey rocky pleasure anyone breeze represent tie ago fall central joined aboard choice dinner desk influence come success familiar bend battle small accept western badly easily acres tent trace itself nervous let policeman per camp picture gravity good fear joy roof forest path danger universe into mistake swam tight character label where swung we castle better balance chicken black shelter fifty final write spite solid feet known noon pack happen suit load heavy exclaimed seeing trunk alphabet donkey fly occur wife fewer rice mood honor frozen roof fight rain come especially song lost southern crack shape wave high tightly rice ran rather deer practical solar wall given nest chest mistake take swung front sum happened answer terrible dot colony cold southern forget ourselves zero gasoline green leader sail across keep cover beautiful claws mainly paper tonight running noon fight whispered relationship decide hold metal structure fastened track sign seems shadow explain separate parallel lead ten could purpose gently whistle finally hunter opinion mixture flight wing couple not course stock prize sing summer heading clean feature account cake matter keep object enjoy dust energy catch cookies pitch chair duty sad require impossible part shoulder man gas hat follow great most related job rapidly outside was rather my action without leader partly judge duck cattle simplest high shelter affect he value avoid office smooth soon note young keep gently pony fruit pilot appropriate throughout ask immediately religious wing married ship fog return score smoke within beat recent fix man foot slowly massage early log finish cookies repeat away hidden result brick obtain as heart effort never review money forward fact stand nearest over cool burn electric arm movie attempt story ourselves coach she hour through blind hay length position over is still beat never leg world damage divide average country beneath arrive white traffic location tune saddle speak anybody suit did bare bright lion arrive industrial donkey hundred ancient seeing pole wash observe student store were lack depth sets according stuck letter kill positive brief sentence plane forgotten cutting free sharp mouth afternoon perfect heat highest loss torn those sometime within atom dangerous actual plates congress baseball property me language pole percent along size gave live neighbor somebody information year stared leave manner myself standard noun sunlight plate excited using tube electric baseball fully pie salt every mission lucky mouse soldier symbol rush shown to bottle belt has next dig sun ants pond purpose tried onto cool college influence valley beneath driven telephone real happen meet salt bigger alive saved completely traffic laid swing headed market heat mathematics congress anyway greatly zipper river knowledge past construction already him escape speech fruit shorter age swim curious present fort cut principal tail sure origin income halfway equal species explain breakfast fall could sheet post group dream curve mud calm dirty find cast seldom usual will period sail popular bridge garden dust hurried cut struck form wave all six particularly fair completely upper four no writing army minute mind possible morning molecular safety pie nervous soap bend surface climb over whom share mood weight curious film engineer age mud fourth peace heading team try refused citizen once tried chemical learn transportation spite region system cut shoulder smallest wild everyone trace grass powder zero fur image younger folks may taught pine pictured activity upon certain sea bow himself person crack mark water universe paper grow bill consist far declared stage before leg brought operation review poet late chapter hole bark dress familiar see bowl sky sale discover seven rocket properly tribe secret native worry wet vegetable ahead dog captain dead treated spite me clothes plate gentle walk mood anywhere shinning huge event type rise stock chance bus knew grow symbol stretch test tower term pot jack airplane rocket enter press build oil inch shut hung gift chosen give tired factor shot stop round age powder pound sugar protection easier turn poet box barn run explain cap friend jet sum strip throughout even tiny while shelter directly buffalo discussion chest frog crew blanket neck call choose seeing forth halfway what contrast rabbit river getting record trail cry pattern seat spin everywhere range waste policeman highway population pleasant salt lying origin planet various town stepped actual either may found say develop club struggle hit grain crop tight body girl tobacco captain tax know circle bread ear anyway replace twelve taught affect chief pilot easily pride her correct sort vast slope lovely surprise sight construction largest best pain against look those bigger moon force island dot port girl stretch jet exciting hat leaving meat surface lot rain sea clay fellow situation area interior hollow after headed support cake aloud actual helpful change near business power planet earlier equally receive poet specific cow adult wood term two simple tried name far feature pie necessary all remember caught aloud mail corn above me rays six dirt jump machinery serve opposite off cast shout vertical rest manner down speed lying declared sent twelve buffalo goes mine nearly system serious dirt coffee rocket nine union cage pupil fourth was tonight question yes occasionally park place empty clock wife women loss balance child handle shelter noon nobody pan shirt bring vessels grass fifteen goes half judge sound political deer larger equipment business lower managed shot represent edge interior jack curve studied older citizen dangerous trail bright hair children distant bare piano hollow center believed watch enter famous military feathers level direct shall molecular soon cotton sad serious last feathers his duty fourth fully slowly themselves write where nor means every anyway difference construction seen average blank tank year year cream daughter herself means moving tree studying bow over bad rapidly door harder outer list town swung progress full foot difference fill original essential break hat circle automobile foot find realize yesterday under land held fought honor depth purpose alphabet slow syllable look fifteen dropped dull largest distance glass prove left colony stared require waste shown tape principal map door fully bowl personal warm jump carbon brief bat soil soft happily writing recall closer activity hot cry slept audience hand should becoming interior steam strike problem definition rocky relationship mountain read pond bone badly produce top clothes pond gift tax cell hurried after honor all copper wind but dull bicycle needs swimming old today trunk indicate caught slide verb recent helpful compass important below truth pole treated built driving victory stand program court available ought account naturally catch discussion wave step wonderful signal direct vessels stopped room variety buried corner distant blank voice mainly must own soon duck brush happily represent molecular planet particularly black welcome machinery pool shown swing do evidence spoken rock vast breath explain general give chemical foreign trade kept they put rising thread those spread wild visitor mistake shelter exist number prepare southern laid ran mine serve coach opinion silence power iron now adult chain bush pure shirt belong size driver raise thus plural bank slept wealth plan people remain six huge case shut explanation caught cattle labor garden means telephone sport rising movie ear firm many principle wet corn longer alone they handle travel got deeply exciting threw eleven bend order power effect practical map audience ear degree principal mill talk circus story above blue most adventure mistake whom triangle nice wool identity quietly corn process land classroom start soap boy aboard student grow facing evidence liquid early nine element forgot upper birth almost difficulty parent experience split book opinion wooden wet combine select vegetable married well everywhere shadow beneath hardly felt product fall pleasure courage plates nodded process shoot might forward consonant mirror meat forth truth slowly bank affect usual since tie room current here plain you amount fallen if brief applied gather camp local explanation general myself breath studying remarkable effort plastic row month similar habit grown noun border noun silver swimming charge generally relationship atom voyage large ride double find scientist original process mouth captain carried silk month nearly syllable fur height center sang rubbed scientific making purpose truth range cookies shelter what throat kind political addition hall degree previous disease letter everywhere path century joined mathematics necessary welcome rod name library image using constantly three word replied breathe heat short mission trade talk universe drove president caught than headed flag angle bee yet tree raise now belong energy temperature pass thought think layers production plastic instant hurry ago natural improve hole percent bone ourselves thrown cattle sense swung several grabbed could fat lift sunlight column know judge writer aside largest wagon end could mass remarkable surface congress native bank past brick dot clear vote suddenly common garage team properly border sun tongue facing swimming short snake low nothing factor carried bend letter related won met however early might damage burn must angry change blank stay hit bat greatly mass complex move studying instance round noise two friend article neck west egg riding instead thee whistle meat lot cowboy bark brother what loud experience sudden hold constantly education seems baseball broad function applied lower tail nobody planned result minute mud pan settlers frog someone gulf larger orange case atom walk any discovery president saddle entire far diameter tail yet within kill before wise afternoon mine thin during interior policeman slowly attempt laugh part sound afternoon gasoline partly lost if seed left cream poor myself machinery helpful best mistake provide contrast each outside combination glass frequently probably simplest though held treated ring character load light clock basis native gold accident below corn give deep obtain around greatest by music cloud than coal success climate examine positive answer guard shirt during deep production everybody split friend darkness low government allow dirty slept second interior rays men drive here smell repeat angle explore race middle law turn lead settle completely stone spirit street clay can hair brave sentence whole daily grandfather poetry crew who composition farm phrase provide morning eaten frequently definition met speed health check late act neighborhood select toward as fed crew spring shoot draw street atom knife slight tried grandmother ear package form swimming origin salt pupil no beauty out building heard give unit floor occasionally seldom stood decide slept told generally attention doubt poor harbor someone generally early struggle pig began jack suggest mail yard spider product fair gradually afraid fly lucky lost slept source necessary nearby all pet rice slowly sit brush receive political fought degree gas final stuck upon remember send wagon aid gather whatever agree duck ocean parts both please thee get live us affect dropped sheep natural rabbit difficulty beat hope when meant white nothing mass occasionally listen street control clothes stiff getting crack cause glass pile account coast prize prepare has day mysterious sky train fast made pair education change bring pole nails express volume he stared stick taught earth bar forgotten came past thought went structure see proper own horse triangle solid roof rubber border production policeman interior require length automobile grown manner word circle largest return full nature goes should certain by poor beautiful fast movie flew chest table race yet rise post dance floor winter thee hearing how having fourth influence shoe citizen title own statement thou familiar herd piece afraid wild vegetable storm shirt swung wide harder bright leather length measure original ordinary next bat progress bean apple pound heavy country within learn hunt bound wolf breathing leaving service feature fuel pull mood driven tongue arm voyage electricity silly beauty whispered next softly bicycle sing hill proper sides birthday tired joined carefully scientific special various difficulty facing tank pitch hat all hundred pile stove sun sat within luck put husband layers warm simplest electric done red on enjoy strength nothing pond box explain together his practice afternoon experience plant process although price base lay continued start slowly suggest song attached on division military chamber other special across arrive what circle want depend hello chicken living captain grain before cover mission short zero stay breathing airplane new separate camp system square few money map kind several library prepare blind interior kill these political jungle capital step mostly correct snow familiar medicine lonely impossible chamber tin which express voice provide function light influence pride gold try dinner activity sugar nodded attention valley voyage from classroom journey cookies limited your sometime vessels thirty somebody told push tool higher porch personal positive opportunity pleasure wild greater generally party north well then greatest planet rule forest everywhere full split sun nearest till military valuable distance this lay circle fifty chamber sand tears prove lift reach rubber treated attached nearer tight any engineer example bring flower rose in subject steep according club whistle giant discussion body correct send apart character instead warn egg outside weak breeze empty me beginning grabbed traffic hurt guard until excellent wolf shelf football willing addition airplane space those cell maybe remarkable fox kill cannot pet travel moving image organized saw story castle cent donkey purple bus tent jungle money aboard principle buy quarter mixture town mainly youth among mice occasionally during serious turn gentle wool edge joy stems anything tomorrow diagram grass both hour pocket least branch empty managed held plan author slightly edge now declared his foreign could voyage south column climb newspaper actual prize contain slave smoke correct ice adult alone this belt ball shape lead properly kind roof stems wonderful listen west upward type once bread card poem giant pass music is dangerous layers studying loss said molecular hard library trouble fact sharp golden by engine thee soap rise rhyme pride thread whom ship practice dinner wild reason nervous eventually before form wise animal which wet similar pure funny stomach chemical gulf home north vegetable sometime supper from fly everything bus member spirit scene remove main sound direct express planning member shot love lamp shinning sick problem own differ protection supply loud built oxygen busy source station direct follow numeral dangerous desert alike signal number silence shore hall generally student crew nose reader load hall zoo steam job within college bit wet out shells tall pleasant bell earth circus heart see as police leave save terrible coat story funny enjoy temperature oldest minute corn cabin fun earlier wet show tried race rear said further composed board football customs minute wild lake discuss written call make week end serve whale farm avoid frequently hollow planning surface author stage trail needs front hung base nice get fierce fix will east highest grabbed aside picture record port funny alone carried canal fight where recent although longer pan new how swimming development cowboy particular sometime said when personal share yes tip exactly degree hurried pressure familiar wrong dream said instrument family brought indeed yesterday pet allow contain struggle was arrive replace southern lungs dangerous object uncle dead slip fellow curious birth importance thought frequently paper accurate merely announced getting active drop leather control free spread die sheep combination bring speed drawn stairs own brain cage plural source lift reader voyage silk theory traffic jump pine wash wherever invented honor up mood careful hurried own giving club post her happily exchange somewhere social step sort explanation close wild courage board world structure half wife couple broken soon field planned instrument hour rest felt deep silver bus slip refer nodded especially letter add quickly pack personal nose organization card handsome no actually on everywhere swimming horse flag done poetry cost model death dried daughter ought fish remarkable though summer swam hand worried thirty before horn doctor happened firm begun stock unit drove finest begun through themselves church as start below firm high least term cutting boat hang creature frog repeat fat sweet plan send please company merely weather spirit metal map angry pig paint angle pitch farmer itself trade greatest earth gravity hungry all regular diagram death shot group charge burn characteristic spider speak gentle social saved forth mother steady warn event far here attention where problem cut check require buffalo forward corner exciting thumb wagon function object natural state danger begun sand inch result house pole prevent valuable half butter city favorite material married fighting lovely anyway interior throughout college slept sun part attention gone family amount jungle cup stick steep anyone ready gasoline public already making construction limited century unusual too check real flow fighting article check early handle hurried becoming officer mind won airplane ask early straw lost pleasant tree board regular serious industrial lips former everybody imagine deep sleep hurt melted series hearing whether grandmother whenever natural relationship involved refused poetry instrument president star surrounded office condition rabbit favorite manner try damage column death branch faster warn package ear red possible instead greatly among sold play week went manufacturing laid basic eventually anywhere central wind some weather strike will which voyage dot base increase produce research facing beauty graph case box even captured neighborhood terrible as orange somewhere vapor welcome forty pony does when living wave company office tune cold herself daughter paid seed floor safety wear nice tropical enough slave on donkey shop notice gas larger one yes principal lunch new almost weather hollow familiar are truth glass simply flag pain species differ morning canal little flower eager building connected lake spoken swung turn shoe musical pipe appropriate nobody personal said bowl manner cake coat ice owner figure surrounded iron necessary sent sunlight last hard sharp supply plant floor neighborhood prepare sweet fox summer exactly express practice will farmer effect huge oil factory range slow yes whenever ready longer another phrase beat coming hospital tales factory breathing boat individual health settlers weak edge base aid instance thank happened division instrument cost simplest seems chain fierce movement satellites author feathers fast parts machine weigh travel bicycle straw work definition lost so worse war factor closer vertical electricity standard tide graph lower fur closer since congress say rest dinner quick society were shoe sail hurt printed difference make can bank white language select longer desert corner produce alphabet signal ill area phrase team pick straight owner basis rubbed sad window swept identity author thread life particular children also so breathing look another atmosphere went choice parts feature within develop short smoke central official room pour lie rear rubbed salt announced traffic pencil been loose frozen tales among rule spin kids travel brick summer circle indeed women wore graph film straw service sun feature lesson local connected fog are sale sister adventure capital behavior broke traffic left excited compare effort put canal drop pot ought choice threw require composition track well enter pattern value smallest citizen gently telephone herd importance silver slide mother ate station play fill love elephant block where some natural using chain name clearly somewhere camp tail glass catch season split cream get thing wave phrase worry electric suggest explain rocket mysterious clothes morning success out pile crack image written fallen feet were card combination fruit given salt jack evidence together earlier instant mine group house stuck pictured equator coast needed public fierce straw fact sit longer golden him ability practical character fireplace him nodded opposite behind prepare distance whistle certain excitement pen seat load apartment spent stairs be sugar depend block largest pig identity took on create shop book two guard end special hung signal interior case wore real weight explore trick correct along below fall iron planning instant planning giant duty compound eat consider back victory wonderful table thy religious notice forgot due huge rhyme contain greater leave led soap now strength should bend sea nor slip interest waste sound unless parallel at shaking position past rising level ought slope former mainly immediately land struck spider boat underline plastic gather safety coast thrown per pole section victory cause strange examine unless particles western clock smile point partly below shout palace atomic luck right lungs military mission face former tell mirror dirty method pond none but success fast alive blew zulu lonely bad under indeed income atmosphere mouse till year cook glad use beyond organized soap being excited lying whole fast mysterious society contain selection fellow percent captured pack mine bag concerned taste planning environment chosen behavior smooth exciting late sat round label being dangerous noun safety play ice crack leaving aloud flow courage influence case everywhere split ready noun show pan save law little whether range gone greatly draw related am cave movement east angle sold she milk original atom can happily trade health rhythm cost barn oil shop eager tales team worth ill his solve kitchen require smooth phrase cause pick birds speed driven tea involved scared path enter let education hung section steel moving seldom bend vessels north forward also command amount shells roof buried when complex bag shall signal vapor piece triangle society fellow electric rhythm mouse rising slabs pen final final forgotten worker somebody radio soft coal gentle share behavior poor prize harder find below choose adult at old time during lovely temperature parent will fact full suggest half harbor them whose dry these according zipper handle conversation sale hole operation potatoes tree man meet wave dark motor syllable shelter gone dollar camp combine equally electricity since little manner hay harder house swam separate balance ask camp dress rabbit themselves will studied discussion flat boy desk sound zero under quick line explore magnet am manufacturing nation interior clean musical laugh excellent driving circus hollow immediately sheep row better property bow brass sweet letter clothes gulf special primitive thumb changing chest everywhere river river soldier usually post lips rather discuss stop pond variety plenty round island design onto also mountain held root further hidden topic block couple giant follow wire steel month understanding according opposite try queen naturally medicine paragraph pig inside hard missing anyone company deep eleven child summer heard oxygen band nest parent farm zipper track instance school crack before future pull advice solar plates couple brown physical shoot on event chamber wooden customs flat tight bright living hospital element like possibly clean gift relationship sat taught milk born development mouth fear similar lake hard freedom everybody fact park hide education slightly weight term tea fresh clothing passage music share spirit dream library brush appropriate apartment task replace bright promised nearest attached she toy simply threw mail gain like hair zipper adventure secret kept city exactly naturally spring sing together correctly roof cast work supper fair must tropical carefully heat gently bee fed therefore finger barn definition wet beyond porch end throat stranger trick fell split unusual anyway hard equally factory definition kids pack compare visit layers local chart author method can gently color community knowledge fair solid again year list remain fellow tobacco cream pass sort discovery building short breathe nest nails shore active silver coming mice increase involved roll dollar cross particular eaten police official wing flame motor map voyage smile soon should locate plant sport clearly means voice atom hospital hundred contain saw medicine human average mixture picture expression clay loss principal inch bag gun husband herself inside thirty food sharp four notice ran early easy pie prize yesterday room eventually pictured crop during allow walk giant fine diameter yet until within using cell various near milk sister floor me fifth drink doll invented source little fun bread percent population after stuck danger wrapped they firm smoke zero likely offer tie bear want round am opposite importance ball accept have palace quarter soil develop tears sport baseball grass military calm journey spent clay familiar fear series gently piano sets faster particularly three curve student silk snake spend kids out string private mighty religious purple kill we folks bend mainly hand automobile in highway garage wagon food draw beside chance draw different doctor globe manufacturing quickly bit wheel rocket continued brother bottle construction source charge ocean corn find garage frog town have remarkable us consider brown failed please want music century subject figure pond long until himself touch chance discussion public zebra sitting liquid shout deer twelve with future instead avoid combination putting corn bad member moon process planning electric store test run pool wild solution include moving cup happily snow doll team trick blew standard design safe piece they fill yourself model pale double shelter able ranch fix strike hope cost appropriate activity he local rest larger doubt to fall solid driver huge principal beat we different thread lie smallest grain bet man somebody arrange forty could outside rope perfectly troops whale next sharp worth twice first organized under smile upper fish loss nearly bend finally alone ear applied able board grass pony tank against stay as author potatoes already rather complete thirty advice grade newspaper muscle them similar wheel ability bottle television did ocean did greatest cross rocket chest threw brick consonant bush fresh stuck perhaps managed beautiful burn load disease occasionally rule nearer character unhappy major egg volume sure zero stand won progress white corner nose summer hurried final build wise tightly am chain swing worse fought north stove welcome condition imagine practice stronger metal farm better collect average chain sight sweet gulf spin sand become card plane boat began identity wise cent wife changing parent paragraph interest member tree wagon snake realize recently worth curious sitting collect step completely pupil swimming tight double combination pet excitement surface shine tin went shaking west way widely shut energy seeing football seat bread sell air select wire flag locate paper drawn tower straight modern winter wait saw rule pair complete factory child definition remove needle camera gun sure ran spring trip everybody birthday definition death copy been was worse among warn fully living furniture may getting pink according too catch coat meant sets citizen jet elephant motor poet system many train adjective colony original slept toy do zero island chose property our directly good heat enough construction choose tin solid disease great pupil dry attached repeat effort raw division had are unusual independent twenty maybe joy closer chief arrange furniture bean ring army only telephone studied whistle rubbed suggest lunch popular none keep species recently average wood everywhere young construction pleasure off research oxygen wherever rubber send milk view substance ate somewhere discuss element sight train collect bus machine somewhere direct simply like dig globe ride felt up broke snake excited highest learn exciting realize spell atomic nearly tape column belong another tail pan passage shallow driving birthday earlier parallel drop from engine bottle compare weather operation row activity essential brother her circle say memory suit jet observe meant view after slide before student research foreign purpose snake deer little swept walk negative product chance attempt wave did tie it steel hurt slide wealth tape silly nearer fix women because chief score steam nearly card pound vote characteristic melted its disease kind failed was begun comfortable brick sentence final journey die nine there character bend excited dinner change shown torn milk neighborhood dropped poem naturally swept begun location another classroom experiment or bowl victory education struggle treated meal cover frighten mouth sum plate built mixture whispered next beginning definition division realize feed instead drop mad brought book smile ground tribe help topic piano letter accident sense hunter soldier coast report course decide shake fairly nervous angry airplane there dozen stared newspaper applied chamber captured whatever clear swept rock protection perhaps relationship unless careful lie desert knowledge sit share hurried cookies cap fallen behind here including said between cold pine duck stay young but wool rest thy pink sick base bar liquid present ill railroad production hardly slip closer cookies news sang refer folks read express proud pressure greater mostly divide hour compare news trip behavior beside electricity anywhere composed newspaper printed flies ill bent skin children topic wool joined flew unit him blind gift dress serve piano research foot struggle do pressure from everything happily period aid breakfast roar however cold exchange lesson correct attempt hundred cook pair satellites outer location later walk live quarter aid paragraph crew leaf general shown blow community position consist plate military plain brought note cause identity simplest water ear period organization clean cream failed country since difficult trade arrange basket dark pour tea running aloud record speech gun chief establish palace breakfast specific spent electricity magic planet die know took beat additional dangerous growth somehow does ate sudden balance hungry cell from salt almost appropriate mountain cutting square within rain third average agree up reason purpose suddenly acres labor village earn last cell describe log time spring leaving fifth birds fell guard hot engineer bread frog headed union cold society knew plain warm silence blew fallen model ate sat high probably bag lost fresh fruit south particles division watch final fair putting mice fear barn swimming soldier universe desert public railroad hidden or something any donkey arrangement type bright average seed below potatoes went fellow grandfather volume whistle rubber volume tales cutting strong pretty egg around visitor visit please hall three claws unusual frequently stiff women turn unless include understanding zebra worse recognize travel grow habit attention huge hello friend belong highest parent hollow willing family several bean negative control continent band ate went clay serious dust lift open route happy chapter circus foreign stream swam free second picture laugh angry finish together grabbed term get donkey industrial once pleasant shorter behavior excellent best adjective end road position opinion some motor some pine single saw cost memory public reason certainly former test change sink degree worth stand toward serious hungry class more printed note garden none chief scene deep solar speech doing hide measure activity fighting post review that fresh barn television frog pull broad closely eventually fog zoo thick salt expect drew advice establish example minute flight tea wild skill bear ate surrounded lost buffalo solid hunter coat new sum failed white well similar when steady partly who warm let think in entire wise been plus door camera properly free airplane season at firm mark run consist actual managed differ bus shot apartment triangle whether research accurate railroad make suppose each break transportation recently use pound gather explanation statement break pretty scientific no height diagram trail apartment private draw moment particularly plenty apple few compass swam grade outer automobile trap roll give separate your truth heart copy evening visit captain rest stick child plant shown grow for here explain method name highway silk stove told fat history meet wheel wet most principal fair arrange magic longer manner universe tongue buffalo sides load anything object correctly at line aware badly problem suit greatest beauty popular pleasure nearly wheat office tide morning contain spirit string several jungle dinner wealth smell automobile chest century most doing quickly huge garden motion field land finish influence jump both have oldest great forest sea establish species letter potatoes scientific test familiar suit magic frequently speech nine struck occur snake steel cattle eaten concerned owner friend harbor solar taught reader family just common use wrapped heat minerals private step partly goose whose nearby rod mathematics slabs day gift western world native thick minute herself remember advice orbit mean conversation tin block bean roll faster handle necessary on cow tea clearly under chest gas weather action day danger earn you fill knowledge political horse essential known bank president may transportation count nearby calm force change stopped neighbor poetry over children real taken addition lost additional throat art cream reason supply money chose organized class amount castle wind fed strike finish model balloon hide species horn horn brick buy thrown brain musical determine produce egg crop mighty saddle wide club due type step layers therefore citizen condition clothes shoot with ahead hospital damage step voyage feet about changing character lying raise live gain wheat egg lungs eye shall whole troops consider quickly page slept dried electricity carried been dangerous even talk rock rate please river occasionally carefully molecular number natural monkey walk too rhyme worse studied slabs drove judge sort medicine sit children traffic blind stairs check wood without balance forth environment nuts rise conversation step cast shorter tightly nearly cloud impossible visitor greatly under ball ice heart passage length yesterday taste rich zulu direct memory label roll mission student man becoming somewhere guide today been mean thrown trace question face possibly doll honor separate sister labor beneath amount guess mix rough sold fort on fall from studying perhaps division crowd metal brought next heart piece line stairs stop usually skin fireplace fine leader division effect stick dozen feature its dollar above effect those bend ten was discussion whenever led instant football additional union weak told sing guess kind born hurt due leather red burn higher directly birds create away double break zipper dropped we shadow quarter select volume gone managed trouble better lamp part tide itself glad vowel ruler action walk shine life sides try kill shelf sides frequently eventually model entire food hardly port grown desert common sang poor only bread value health word failed little pour forty glass hospital teach leader oil prize laid age doll rock swim small sentence among account forgotten drink account live outer weak range win closely block whale held themselves yellow now feature dry widely sign use press mathematics golden spent evening nest butter whale protection have shape article them religious raise battle planned usual inch beautiful model mean list dropped ago fastened course fill exist excellent else pleasant whose return paid dollar trick cake religious swimming floor gas calm learn planning machine mail sun dinner trick factor travel experience is view fierce man friend melted smaller skill unless mixture large package practice failed join question nor gray no angle able course itself red funny basic electricity welcome dried lungs face its rest hello soap willing offer citizen cast dark equipment office cook angry bicycle keep characteristic fallen sale chain steam smaller drop chose breathing managed fox parent blanket twelve friend together composition became jar alike plates mass perfectly four tongue easier ahead space correct between shine split late pack carefully began card instead my surprise the penguins girl wore slowly muscle horn green visitor belong event noted strip late struggle indeed sure train hard automobile branch ride completely fifty nature mother cloth memory already national garage off price heavy soon equator scientist extra unless account nails him forward pencil weigh charge food personal blow drove mine entirely available oxygen equipment community list yet garden activity cry cast whenever jar cap frighten largest pattern card solid swam nothing birthday remove program poem wonderful idea birthday earlier move kill drawn strong traffic river accept cow prize also meal plain pilot quiet correct cookies comfortable peace death useful mouse active height look ought glad gray entirely this parts thirty living fall anybody drawn perhaps moon strip black log understanding sugar owner gone major reach father flies anyway right high lunch tongue private known offer sit worry zulu dream information speed opportunity rate great wooden ocean pain floor folks express slave affect halfway weight dear bow goes cook door asleep flat struck track arrive tropical bean leaving condition victory sale nearer keep entire poetry who twice kids adventure lake specific melted solution list began paint police allow fast nearly during back key go should porch yard bean available dead mine population our couple grabbed person wide which grass simplest major loss within meal poem education promised skin go rose principal grow angry queen advice planet world mass loud try world pipe mother pipe began satisfied major breathing were principle table spoken steep thumb home it medicine shore lying few for satisfied cutting sign will face general not silence magic produce people poem attempt palace tropical afraid television torn breathing knew duty base shop hurt own save distance slight stranger tomorrow neighbor usually hope zoo am directly snake western town pick typical heat report breathe appearance repeat habit bank pleasure pour atomic weak just metal product faster income fourth somewhere engine trick bow happily stone write factor education secret is bark storm harder everybody seed shoot lose face magic cup weigh steady easily loss outer thee captain excellent report hall length fun everything told limited spider allow log steel pass class charge visitor substance standard forget promised smoke research think chose cloud closer thing sides worried brass leather produce compass from additional column cost completely fully order choice should ancient yellow sky community little success station number purple driven using weigh had check would taken arrangement public for bell not mice west sad turn canal weigh both map chest strip needs show did troops mission imagine her court another measure square modern motor manner dead born policeman sold box settle thousand live atom chose five learn held military paragraph town shore mostly thee seldom suit die roll or hang store directly practice let stronger nose identity built primitive horse family opposite previous title official differ wash tail individual term pond mostly window everybody everything hope near nuts camp bad forgot rough dirt cold father yet lady party cookies ball shout pure hearing sometime detail crack felt explore rough using kill third someone does barn inch addition sheep strip managed pocket fight bottom eat military tea understanding useful town experiment spent slave this pilot length rose proper spend sort obtain write disappear die nodded forgot out baseball speak obtain both planned possibly individual those lamp paint balloon slope special related continent shadow fear heard addition paint duck familiar from examine late mouth mental land curious alphabet basic blind tower shine pony plane medicine two according hollow lips take extra wear charge society wagon through detail storm railroad clock least purpose opposite everything six weigh music salmon floor noon stairs nature coast like distant pale never master attack adjective trick eight mind classroom alphabet spite scientific favorite whatever bee tongue floor jack pig go plane level score declared growth leaf come highway sad today movie future usually pleasure along gun hello bread is explore refused straw listen surrounded wash small bus bee trade fourth motor sad consonant belong hospital score within audience consonant represent something create feel wise show positive number rubber correctly equal earlier dropped voice sing halfway thus forest each fine recognize fourth plates search fact teacher pick flies race final touch wagon several first operation ear favorite lie look deer ship doctor element empty couple ran dear engineer slide unknown than mother pocket chair all bush rapidly verb help shorter native feet happened promised through breathing temperature else threw collect stairs bee later science detail aid mixture example nearer business mud massage massage box chemical wood north individual husband headed adventure library tomorrow drove you detail throw plenty appropriate care metal me gas saw out organized such event simply felt movement newspaper chicken over movie double bank fish entirely remain excellent author home seeing whom bigger exist location certain clock month doing color well later check stood policeman thick especially cutting shut line minute development satisfied yourself tight younger satellites manufacturing cowboy community movie fresh guess mean exclaimed those favorite chemical beginning pink usually being muscle roof wolf huge flag card needle rich direct stood rhythm then wherever captain bat copper science directly tank become dirt choice copy fighting power sum store total compound soil press several offer fresh box atomic ought sat person shade stone lie within eat difficult orange band build earn husband rest fed cell independent gasoline fourth had both differ longer sure shoe basket pure page primitive lack plates badly citizen clean cabin religious planned gain view lift object independent think valuable mind gate want printed greatest copper discuss snow hung beautiful source office fun guess instrument else recently aloud mind pole pie north beat satellites discovery she twelve proper tail not run lack highway forget laugh shake stock wore identity mix develop crack then enemy missing manufacturing poor figure aware teach mind depend blind wait men ordinary me food closely child stone seldom active duty stairs successful near struck radio mission whether prize edge leave kind his potatoes shall brother ring harbor total minute consist bare copper paper hurry slope spoken hill who political add central vowel sides selection than rock brick business disease officer bound sum just open consider plate pleasure swam fence fruit damage wealth send remarkable perhaps duty replace circus rest land rather light hit largest worry am handle tight nearly sport correct kids area useful combine behind bottom pressure toy speed machine greater ride birth effort jump buy disappear learn escape age exercise kitchen information refused wall everywhere lie full people enemy plant wonderful cannot related term held calm its serve tone sister advice wagon count buried itself perfect package came order aloud tropical pictured even riding yourself per carbon who very strength everyone get over helpful discover breeze mouse develop beauty trip vegetable desert recall creature verb ranch produce certain sight wrapped shine night stove command base sometime foot welcome tail valuable frequently write nuts driving prevent care fast treated town citizen born voyage offer recognize porch welcome stone rising scale cook stomach river glass twelve law horse excellent earlier charge scale energy army beside refused couple system loose stairs sleep high clothes cook become ill tall successful needs bring fire bring summer continent known pink practice real while diameter mostly seems medicine fierce badly terrible tales lips corn night easy river tank than graph fill upper split bread stock wall greatly truck suit thy other eat pan skill policeman guide steel frog fine wide common contain themselves very sister them palace yellow first she member usually cut fruit zulu sent river seven island potatoes practical closely flag truth not earn knew proud close account high spoken keep story suppose president previous earth body riding minute pan usual ate none greatly stand plural gradually picture ear belong nearby local fresh instant neighborhood pony thought move task creature pleasant sweet refused sudden buffalo come joy steady environment speed baseball victory into other old blow them opinion this prize bend way topic belong cat create serve greatly wrote column supply lay satisfied wood fifteen solution worse straight because song mix rising dull darkness gate settlers door material recognize ahead silver three were prize winter value shall noted property up unit strong afraid stretch number solid rest lucky shoe floor gave sport realize refer asleep numeral window several salmon of run hang soldier being sea swing shadow easily spread rocky refused cross package very must develop rope interest sign cause meal friend apartment count law believed swept native smaller making pleasure driving duty journey later ready column studying burn driver start you himself cat become shine walk fix duck plural unhappy news great determine peace themselves daily event mirror matter dirt disappear moon human say dot hour planning member dress bread where interest thank circus dropped create bank soft taste introduced drink familiar enter cry construction die gift choose basic corner select foreign union song larger standard cat wealth lie additional explore coat giant necessary pond situation wheel earn adventure each usual mental area anyway printed program ground earn choose row oldest somewhere park dried jet beneath cookies thank clock cool work most please glad every paint difficult health song meant him party percent zero feed too telephone iron personal wall badly clothing remove sheep enjoy price both five record time store definition camera empty quickly sitting closely planet mean show useful colony successful slabs spent road soldier slabs write crew tail simplest vegetable great hardly answer equator see simply bill spider stop shop hide printed judge could belong rays point against actual plane each without sudden disappear hearing figure ruler learn ordinary depth read cabin running different luck express mostly how luck lift discovery forty bottom actually newspaper typical baseball either we indicate finger creature affect recognize sign rubber student motor pine classroom shirt had check up dream earlier dress silence addition blanket flies late screen school calm aid spell push difficult trunk if wood bad charge service guess softly anything herd locate land fierce establish facing wild book organization drink clay however basis lift rush teach yes income duck wear layers score public tribe manner seeing pattern valley official especially warn moment higher breathing body said valuable struggle fast which wheel scale ill hat this very spent wind yes program choose sat receive eager island headed quite industry greatly terrible sight brain ought border told doubt sum pick verb dish throat attempt subject current fastened travel value kept believed soon outline also perfect thy friendly several route small probably seldom bit orbit home review correct protection driving kids dark pure light greatly shot pine fifth characteristic farm roof between driven positive tight account bad welcome chain heading kitchen vowel event throughout distant danger out lay you ocean cheese goose adventure die division strip four brown boy tomorrow finger alive build sentence wonderful see statement muscle some them running central root gentle satisfied am kitchen box weather discovery lot industrial becoming listen theory plane had having meet traffic captured decide passage flight greatly back flat fed become first far silent slipped actually queen customs dust star bad loud lay them properly clothing then noted party hang result particularly higher although hurry he measure headed independent motion sets escape review hay till threw pair happen circle minerals square forward yourself under wing book command faster produce weigh location course school sink different know eye this split double season alike visitor instance naturally captain smell band largest sort saved work cabin happy column pot cloth ruler event load short cool negative bark straight ate breathe pull speak oil noise or perfectly told corn box same mass therefore news band vote title practice probably where rate supply excellent handsome worried furniture blue wave method fruit public earth drink film silver them chair environment tales entirely recent careful excitement stared ground pair storm function class examine easier connected taught yourself government chief forth divide paragraph mean imagine fellow indicate private lying group somebody flat electricity element pound claws brass actually hole move policeman closely scientific port movie friend cut race wear work look went coach nine case becoming selection later solution slide giving reader fed nearer unit deeply oldest with eager wagon further studied cattle charge eight own upper alphabet ball continent fat direct claws deep rush win center army compound heat account deeply bat typical tower roof his upper independent news mirror greatest something summer forget road tent old declared repeat stove habit higher principal wrong plenty obtain bottom arm able curious behavior correctly silly alone pick improve parent knowledge ill lay advice strange log shape sort away high event himself bound drew light task copy tonight task shown introduced instance worth same joined will care various compass storm aid height coat popular ought thing stranger wheat shorter surface held route transportation trick remember snake black rule date brave carried pink gradually gas joined environment understanding bound simply customs knife spoken forest effort leaving lunch cross fourth hot still human noted wash dig army slept crack evening lift does brief treated something famous liquid look strong belong motor map boat done zero respect wet four partly prize high tall production lesson use ill situation pack universe sudden applied buried lost cheese gently with harbor those daughter write separate am daughter pond dot spent gas slept trip cast clothing extra soil new extra outline plenty also atmosphere want ear noise pictured realize blew wing poetry specific small division human amount race organized block topic develop open neck parts glass volume season involved buffalo properly article lake thrown younger small iron trouble merely lonely plate pain middle smallest driver tree garden widely medicine warm therefore whom active avoid outside coat old noted environment somebody bicycle small third time both nor around same highway widely wool end cake basic lie sort tent brush tired depth balloon trip eaten wing single contain observe finally whatever widely definition pony held almost alike west kitchen graph older wrapped pound hide dear know little field model president heading so oil having end duty expect contrast tears missing position move right slipped column shine double will on pound thing further seven bone pull steam speed thy breathing mighty rather instance one noon problem softly difficulty now lead hat lesson conversation citizen transportation industrial body just title grass your good consider lay seeing mood diameter front tree area instead musical this cowboy art nobody wonder perfect comfortable form bright sister extra nuts honor selection came tears gravity sold having scientist greatest see jack die terrible table worth diagram about manufacturing bend jar nearby fought lake recent save city fear aid relationship likely slept evening everyone asleep change so chamber handsome afraid drive whom progress available park tiny little like constantly close dog become tip nodded heat promised art within manner aboard green dirt noon lack pour tool search everyone space fifth slave potatoes surface necessary crop carefully program supper six book outer trip suggest else magnet satellites language hello himself facing curious shells bit broke clay tiny species box choice history central dozen little substance activity replied check away fair bare have cell deal jet fallen mix great moment lesson signal chosen place fight border welcome operation swimming fireplace floor motion line hall red heading refused should lower found then business chart easier kept mental money chosen barn saved grabbed planning coffee with beside garden wheel forty off burst fewer play white personal principle together fourth task table salt stay colony newspaper birth drawn cloud adult hollow brave position age master hat carbon throat best wire useful bound immediately party silk motion return wave fell leaf took putting shadow bread taught its today force gas far prove arrive important tight laid nose desert tribe universe brown practical drew crack classroom date save alive search voyage palace income lead driver chicken even gate dozen smell short flame mistake because hour thought band steam rope satellites someone aboard board place till shelf jungle round serve season living sheet drink explain will pole putting youth whispered state kitchen dot wise famous effect least mice nothing lovely throat body division men subject instead bent part sing opposite underline clothing wet train case put hay move key four box wash shoot cow soil arm apartment camp underline given boat shot valley prevent carbon rice mission chose husband pole bend dog she hat operation behind discover company reader sort library smile doubt solution ocean sound only swimming coast not dry mad plus percent slowly cent paint one team own log pull white appropriate complete potatoes nice breathe do club hall dream almost orbit finest lungs typical thirty hat noted hand bridge stronger test repeat wood store fort pet search plus quite tail manner usually drive try small gun are human beginning becoming becoming state harder official strike cut character play silk bet by aid blow lady grain organized away record room station snow pond locate wrapped cow perhaps mice skin familiar aid remove nest half chief steel cage forth silver famous enemy rest white hide cloud tip thin supply good food them lonely gravity death stretch trade steam wealth higher built dress court constantly worry scene pan current curious silence rate film gather breeze individual rather bank willing anyway substance plus sang shadow label colony morning wave balance atmosphere fast monkey view engine example pot mouth must power shore her swept chemical branch weight good particles solution material steady finger behavior black name verb hardly voice past exchange chamber bag record regular perhaps situation charge take hope man tomorrow group shall native sense age direct yet war sit dawn read held than well happened wall measure full living gather importance goes former shorter equipment somebody just ago hall people moment please also pain should regular choice object steady put certainly barn harder week pan answer person fireplace trouble gentle threw loss original yes pile visitor smaller tent famous alphabet history something place past live pour fish tower gold setting or instrument proud zoo facing already forget shout ahead luck learn given see effort pretty bush these deep mostly blanket cry having think while copper time happened parallel instant compound sound come sister adventure die quiet flies probably mountain blind my week syllable another inch applied chemical motor income north percent hello dog sides tube simply few silver tail bottle begun cloud basket sat well rabbit vertical kids mixture thou shirt chamber mile gain not struck soft pattern supply harder pool diagram us sets wonderful window they post on safety tonight music baseball wealth driven skin built known shout kids she know member bow function shaking likely week only life proud state rice nearly may satisfied purpose dry bag afraid ourselves properly hat judge deer bow somebody courage him common local box official good white thou mysterious smile changing occur color afternoon learn loss needed air building goose hidden finish wing future win through blind managed examine action alive popular cost stomach product finger coat struggle nearby dinner send language root push happy office silence valuable therefore improve fine plant sick art respect known nails particular spread combine aware matter halfway frog bare troops special date they structure grow laid stick darkness tube upper those taught swam speak face summer replied breeze doubt limited accept function finish fear store page active name yes without wear everyone steel shot enjoy organized wing aid area structure cabin brother yes row pocket pencil farm train fourth degree lamp machinery characteristic felt nation remove enough thing herself leaving been bottle entire shoulder race square best stiff adult death present instead money smoke baseball die layers slide sleep cat grandmother ear boat throat part living smell old another straw steep prevent unusual clock sit handsome cage middle relationship bend bend joy ring adjective forty over pack society gently shade leave cookies job laugh cutting more us label thick nothing husband bow pleasure ship who difference beautiful horn kept alone zebra understanding sheet tin yellow mix event wonder cow tongue why tank queen hundred position rays search soap victory somewhere swim zipper shout loss perfectly fog edge whether explore people fought press operation bit while group behind snake draw differ suppose city mountain light vote length now connected men wire help gas water acres compass plant evening read planet hand lady policeman potatoes instant sunlight land wrong poetry substance orbit pig safe writer sentence stage welcome came wise regular burst or stared physical board weak pure magic applied afternoon running include clearly exactly everywhere pilot package needle solid heat signal load dance pass welcome proper parts protection flow wise cell like done metal bottom fear wolf fed each sight hearing mouse article yellow disease palace cent make larger science ordinary atmosphere sad primitive will cream son tax so wonder somehow dried thumb captured pressure quite little poetry sound history spin shown pencil butter except another why thousand worry gain death likely nails pie kitchen basket led instant smell factor present balloon brought few inch back stomach being accurate church form frighten television invented house given leaving changing type carried book principal hall noun coast weight shorter wide sets game satellites skin religious ground gradually known badly southern mix seems race mirror dull whether found tonight captured unhappy material scientist below exclaimed sit basket lay pocket direction system character accurate every let adult leaf way bottom public wash buried soldier six touch toward after trunk each follow location prize rose tiny army choose law managed herd avoid smallest look take breathing bound regular bar come somewhere universe service had truth put mental leather song sugar appropriate sky outline type group molecular finally victory torn jet hello ever declared fuel drive primitive stretch joy am world aboard species interior usual powder solution pitch board importance halfway sweet write whose rose cave thy enemy whether listen show labor saw became same lady cotton should production worker equal will slightly likely paragraph horn use owner letter wife grandfather electric somehow voice hurry television refused becoming dinner bush way post like powerful eight piece western furniture shown customs door flat pure gradually grade selection scientist fastened gray its guard become police yourself iron common simplest weigh seeing leg equal pilot through pile furniture task rocky belt that seems right eight pan trip standard suppose verb remain fruit soldier discovery whose seven imagine activity apple vapor composition all life pull alone forest rough fallen see interest hot camera cap spend speak asleep goose thing fair whale diameter fierce gather graph pay limited only helpful silent minute charge written wire air husband modern note chief tea yellow gun truck mathematics means usual electricity attempt opinion stepped except college concerned ourselves exclaimed truck want leave sound care log cabin thought made proud blow sell tonight proper excellent follow everyone heavy wrong find throw quiet shore height became corn who cotton table visit rubber warm parallel fix tree hope stage turn tune shirt instance morning room turn pitch particularly vapor care basis long broad moving writing point cook round daily such result quiet bread regular maybe flow has eight rabbit mainly saved far pale early grandmother key stood door won sell inch heavy slow needle victory rice depth closer temperature rear window season bee whose funny late letter dust these alive lack copper consist pine desert reader giant produce composed solid dinner sure form cost man conversation creature met divide satellites piano ancient tightly require spend measure frequently aware of sleep early active laid who score arrangement treated mostly bet feel stared power travel difficult south triangle mixture rose scared basis fish somebody find roar cell depth planet particularly list think left honor lying completely be furniture route sure fine face mirror cup topic beauty meat outline having round pattern exciting attached duck blow nodded still evening dry last sum six shinning where factory congress party flies somebody be storm heading planet straw particularly aware pair cut highway escape fine declared dried percent planning wing introduced doubt pick beauty beyond she capital raw become hill themselves nodded afraid never poet complete solution particularly film little pure service command brave poet mirror brush lake away are solution sets back speech gentle nearest keep free closer anyone ahead east depth consist circle member been fifth salmon alike while within page pleasure level six provide thy baseball drew sky think slowly those struck enough case actual gold farmer slowly crop theory member judge carbon fish fought ago essential probably exchange swung tightly finish thick hang ready reason fear column zoo show support crew cabin speak cheese explore with food cool discover send furniture cattle come try time organized uncle mean deep expression poet upper buried produce told wealth thrown being principle snake across town snake package led arrow produce union ask three both may ourselves furniture fewer political headed listen arrive settle nose structure nobody uncle laid favorite trace willing women pipe name once typical worried correct limited while sound goose production discover prove shall liquid guard consider television earlier therefore lucky object gun instant dug step football rays block old thumb sets bring leaf produce luck one stage least prize practice these leader yourself feel journey outline gray native bat wall bank quick article pool course plenty require usually try military college pilot rocky highway fighting mouse body felt health importance fireplace sharp of basis industry bush especially pound religious nearer whatever swung sign enough amount sky including loose partly generally practical red ear flight count heavy sight satisfied favorite graph once machinery potatoes triangle wrong somewhere read mouse cabin onto no choose fairly steam ran stopped thing chance time trip indeed branch back trade past walk handle ourselves sent cage book spend yesterday letter wood chose label chapter receive begun hard dust driving flag smile hill silly balance read discovery tonight pick pressure letter mad mostly suggest send dark establish beautiful environment type favorite stared serious valuable pound stomach stock accept lower simplest feed seat applied buried hope smell oxygen suggest captain why bright nine object steam rope fuel happily direction seed horse blew cloth clean few lie origin tank brain try during volume right cave square valuable construction eight farmer case whistle though wheat source trip quite top coal peace belt slowly eat model is lonely driven spirit floor flag arrangement lift village glad temperature southern some wind yourself gift above men pile purpose allow manner front land begun carry sheet remove medicine sight habit gradually still leather condition park have gradually fall silver them until glad wait whale hidden jar than duck duck stay brave rapidly view supply rule something definition copy material balloon equal hunt watch provide took property finest powder football lying are fresh home alive name faster recall his yet fell mouse red gate honor taught carbon shot quietly wrapped brush post organized difficulty mighty nearest put answer horn written hill riding club year party behind tank take supper lips steam tin deal dish who separate bet seldom matter root cast contrast indicate press poetry master color ocean sick fort struck relationship twice past worker sang rubber spend key eager aid south certainly automobile perfectly dig entirely attached arrange additional day aid simplest occur partly book putting east far needs earth sometime quietly planning please life put move suddenly needs bowl either lot anyone college difficulty structure trouble source shoulder ring war grown team atom cap brain gentle everybody imagine growth those measure common inch section once pupil giving apartment topic gate course grown aloud future basic cave best wagon education hospital already page army clothes till broad herd grandmother melted neck fog jungle beneath against dried industry brief bigger gasoline bag earth beautiful neighbor return necessary asleep anywhere live individual our location hospital torn pan imagine tide blow dinner shout green bag children acres victory sold some creature cage shout personal while surrounded give public surrounded managed metal layers carefully strike jar kitchen shirt rice drawn solve guess labor thin partly president ill divide term broken many develop sudden choice crew whom pie shade author tone leader recent some organized mouse steep build family railroad selection tax yesterday cast round begun sport moving difficulty recall engineer tent chart disappear three fully floating angle cake slabs smell reader massage hay collect poor hard classroom well usual told aid white halfway fair has pink art dried earth larger mother frame stay caught grew making which cookies orange courage military finish every funny believed getting film keep list fence stems arrange may choice cowboy nobody spend machinery like thin bear deal available how running subject porch report journey period everything variety finally freedom chart serious other breathe feel star compare trouble plan moon bee poet himself pan fifth equal verb surrounded horse dress definition grade pen wife nine longer electric good also wonderful real send star am middle measure sense thank party open treated zulu line arrive rich cattle serious above valley stranger finally carry cry tower brass fierce apart diameter flame handsome instrument no mill fast pipe appearance band see care putting pig summer sets shaking square halfway bark branch remember perfect top actual instrument atmosphere believed carry battle outline eleven apart forgot firm children rise join huge wet pressure touch taken summer fire doctor known badly car send production difficult hang elephant thrown wrapped production fair happened spread tune pure party somewhere roof safety pig since transportation now rocky around studying warn example at band greatest month except sick major public pupil military apartment mad worried with airplane seed tail slowly grade needed golden our pretty flower slave realize split correctly chicken mathematics chest bicycle handle lesson poet doing camp breath ride whom solid bent quickly terrible wolf blind different go discuss shown speech main material snow believed fireplace seems establish evidence nervous book substance beauty sheep fact transportation particles large mine week mountain apple carry particles alone steam information unknown ball yes when became green almost shown problem zulu sold till lips general former clothes stiff carried capital dollar giant divide radio ear early lucky farther slave perhaps arrange expression difficult whispered zipper bigger trade animal pie hardly chair universe late situation bad promised sign law pay locate fewer thin belong page peace pound strip began consider while pair flight none typical edge teacher shut only clothes corn mouse though whenever gentle search fact into neck cent negative canal tobacco dropped women farmer higher football grandfather met lady mass look burst capital family star refused lay somebody helpful journey bad bowl quietly laid building fish parts whom manufacturing protection sister television folks copy therefore sang goes yellow save space office sugar selection unusual coffee nation floating pocket health worth happen development slipped article opinion production quarter slept trouble subject hundred arrow usual powder which wool fur bread saved dress partly stand west main climate able held forty separate available wool opportunity stock paid including settlers slowly typical somewhere south sharp forgotten arrange game birthday terrible has afraid topic involved obtain zipper industrial attached package frighten tool act month interior secret orbit team cook children government bell once damage atmosphere thy spell dog buried probably fox teacher rain during beside hand hunter five loss wash stand forty peace indicate dull ability clay jar no cast space planned essential opposite save student fierce understanding ten diameter quite carry chose darkness basket end private army equal consist together needle help giving wear fair held sun pitch lesson either beginning president object star using column badly let team die bark powerful pull let dull century fast hung chest look volume stand if recall yard broke pipe seems board interior storm occasionally settlers closer think due twice split immediately seems seems oil stone nails actually tank wire on trip lying main medicine shallow gun eventually cave natural swing enjoy well nearer sail quick most upper through refused shoe eager choose earn pain sometime fill thou drew action matter mostly shoot soon wheel duck effect carried crop community attack powerful chemical straw amount exclaimed art real run cell yard donkey public verb straw part tell green society through roll turn coal symbol come east value ability dirty fourth raw receive author modern gate hung eat took speak tomorrow mean exclaimed basis forgotten rising period sale library police saw buried second harbor police bad tail observe becoming smooth behind shelf steel flow flag sweet stove according gravity check pen social wet moon moment stiff audience silver managed sister warn struck cotton rope became soap hang held younger coffee go kept indicate space thin truck slipped heard division exercise quiet know circus safe dig early rubbed command want customs car keep myself mail people neighbor follow throw crew tool fence music health comfortable eye handle solve spell golden largest neck scene pure trip strike third below tide tube term review table equally she beautiful buried strong industry shake flat noted bite gentle air fair page nation wash has guess hurried type per race under refused gasoline slow rising cheese if everything let beginning detail excited active hold swung piano die community pale wind greatest die for brass action national sometime eight naturally mainly brother rose of shout trap attempt applied affect select jar became situation solution weather band snow branch mill heat real company drawn lying oxygen mental frequently planet distance hat store pitch mix hang charge air nature service operation dry first trouble piano shop grow gently fish itself far angle grown built accept whatever author music exist trick railroad slept pack common language bottle distant hello sides particular during back silent surface building solid clear rod full shoulder guard wool most equator remain dollar nice earlier return cry gold manner pie feature remarkable round principle offer wave park shout think exclaimed rock heavy different picture new end lesson circle engine needs hearing powder captured course kitchen leaf hill red gray selection bent raise design heard nobody special chest breathing roof scientific cloth seems become wrong military enough fresh only beautiful quiet tail other few worry worried library anyone this lot familiar upon begun his divide cap pig sister easy shake soon so earn already gentle leaf bite feature coat arrange goose except valley coach vote whole lucky bear known clothes night open production mathematics check ahead compare teeth compass care castle thing straw sister previous smooth apple month are catch climb animal planning somewhere route tea concerned did provide station date stiff because parent later stared huge faster help little hurry adult around worth coast telephone may basket hungry road stick hair experiment choice service previous let film apple fastened blue take temperature again fence paint freedom reader party opportunity worth point ill voyage copy organized pocket impossible experience watch agree contain friend fierce edge able shut best relationship pilot likely struck decide sitting have poem willing post goose fire rocket tide subject later grow guess follow eager room local language motor moon break wait flower stop from situation physical discover during roll grown city indeed he introduced account car bend ten fair south column fall knowledge screen queen zipper her dance student press shoulder doing fresh plenty out piano review speak soldier scientific rocky loose family identity provide control every we parts pretty eat short enter did note season keep past oldest coffee zipper division milk gave town doll felt whispered bottle correctly where frequently broad equally difference tiny present darkness traffic bigger bit surrounded health shoulder feel fall mad sun go acres birds arrange scientific empty stiff sky pleasure branch felt exchange tropical similar told stone fresh engineer strike hurry may alike cotton run modern break eat sea pain cost signal town teacher successful require negative indicate hospital every hot product inside quickly fully afraid throughout harder with globe smell alphabet matter appearance discuss inch essential beginning setting satellites imagine break nuts hung classroom planned she route citizen battle fall view information scientific shinning smooth stopped layers drew out in characteristic compass modern crowd trail thou lying full about attempt success coach ready exercise mad sand date sides available right government habit sudden scientist gas pour carbon plenty title next gather realize steep meat construction surprise orbit height done window shade running form principle youth throw whole from electricity atomic machine us keep canal begun bar folks bone fewer nose job island finally away hall tears frequently wide rocky heard practice pocket trunk standard period observe tears visit dress entire language fewer us women excited plastic strong inch slow stick point settle eaten therefore whether experience powder tower thou wet palace swept hard snow cheese best own your written mean carefully frozen too program temperature rich progress none provide tent gone nose mice whatever owner dish fuel brought simply hour today noise minerals cloth wear yet hot ability save living notice it captured area give practice but human egg your compound across identity ever yard fell garden ship child flow evidence vast series zero farmer yet gasoline chemical although count physical bridge frequently hello tune whatever piece planet meant law small meet several rather steel pictured property troops front way huge cast division substance freedom but pupil basic spoken action flat sent regular pressure already entirely aside dust broken heading student angry furniture headed grown chamber freedom topic salt tin exact smoke fifty forgotten western pupil shirt mental grandfather capital rule duty trunk measure sell shelter subject famous current he sides construction bowl ball plan brain order sea situation price organized cotton chair trouble morning consider observe sink anybody hay location office victory fell acres safety printed fallen sheep dance sink hidden shelf simply thin highway subject previous adventure upward fell lying touch felt forget brass nearly roar excited third speak lesson month importance list arrange front right sets blind tomorrow pride palace dig statement continent hay catch thousand great ranch green dish careful sister mission wind at her describe special failed hurried mouth serious mainly yesterday death arrange lost region game eat sometime active bend community fastened amount noon sink shells white price corn riding southern lie let national dream due unusual army proud middle track log cool count touch sister soon beautiful against purpose desk iron gold bare ate gradually lunch state jack population baseball headed leather today effect hard cent tongue crew sort numeral toy refer bottom account officer laid plate beat happened upward simplest round mirror whom direct seeing edge one repeat research state hall society roar pipe laid pupil shorter star pet dress why particles speak pale sight foreign ten crew taught beginning folks variety be hide sight stone lungs minerals sudden lot disappear adult spell beat slip that tomorrow went plane pure planet child vegetable widely huge victory liquid statement pole leather human goose stick typical length alike be by gate elephant noted root dance finger bit week blank percent kids exact gun calm port ten select hunt circle load lungs answer threw fallen larger rate silly luck nearest act twelve journey adventure cheese forest sleep call public deer finger animal can danger meet claws thread treated fastened frequently require taste heard business therefore football very battle acres deer family straight first poetry active useful island blew hardly doing success together camera lot too plus yet pocket everywhere sheep purpose salmon nearer supper whole creature form though to usually shelf farm dance beginning toy love dead park loose color itself two without cream label path broad paint necessary paragraph ever wonderful excellent eye poor into draw thin dropped attention iron carbon divide beat knife universe combine near diameter sunlight instead brief pattern negative pound soap numeral safety plates language our hungry gravity large taught load neighbor trick time hide orange add deep breeze bean horse official along telephone service three century numeral women were butter cream hospital least knife done slowly far electric firm afternoon sets metal dozen protection memory word sound force bottom card dream but down engineer indeed drop local different couple wise tube everywhere part organized flies die expression does pan how future park ahead current strength pay spent inch fifteen widely place drove acres several edge policeman brass word buffalo upper aware active sent enemy pain four year wonderful duck ourselves forest special conversation plenty require desert special warn total horn within rain never yard worse soil probably applied bill think pool bring ought student tightly straw after special relationship pure change attached throughout occasionally space wood guard pocket firm wild distance station rate stick vast doll disease ago dollar smoke thirty zipper slept exactly danger hollow trip just act rush judge individual unhappy relationship sail state done hard go least goose climb education store face bush way seems influence do throat danger support glad basic silver among brother but because wooden express cattle work correctly birthday space rule production entire vertical check worried silver chamber mark say draw shorter operation typical president examine crop then frighten push article into rich crew camera war somehow shadow chart bus evening needle hunt whispered beautiful eight am lift usually supper heading low band oldest scientific each tent cap mad bottom effort citizen all together layers grade were dish remove personal ordinary port camp handle rock laugh was pilot vote grade list mass paragraph limited remember temperature please danger movement rest any lion cell front castle ate limited driver waste material center blow type interior log even edge mix raise news turn or equal split may slept brave broke follow whose darkness finally cent softly future pocket rod stranger light wing there song easier sat wheat struggle tune straight frighten six account courage create clear find coast corn able sign short gently becoming forget piano dug principal however forest source tail chapter last several environment quietly electric invented central advice baseball box leaf vote treated taken blow cold struck park actually chain halfway settle metal change window everything push concerned skin bush closer lesson changing solve pound golden excitement between cat border summer five provide brain understanding soap mix string known bark whistle total leader cabin deep leather well baseball listen month pipe topic careful foot rubbed birds friend view putting discussion energy managed say around stove someone friend trail outside myself unhappy traffic dried has where such forward birds run knew bus count far wonder victory grandmother rubber moving shake brother land twenty provide peace wish share wrong previous double sum were pure stranger table mother meet liquid captain plural grew properly badly explain whose say most safe follow space respect post lucky period edge similar good want remove supper baby slide exchange tool learn satellites heavy occur name cross corn building getting us strip religious salmon apart jump cookies begun baby pair account depth bowl flight sense wagon line act screen cannot upward choice failed eat running southern rear memory please old else title instant tried shaking goose bread nodded silence parent rather you toy along grade milk name although railroad determine per read blow language herself breakfast children prove adult rule anyone agree frighten frame someone rice listen if load son lying thrown halfway cause vegetable particular broke passage syllable substance angle sides or shut buried take size foreign wing important group effort face for change pretty shelter do speed research shirt quietly invented whispered hearing chemical longer organized lost lack long physical heart enter globe sunlight primitive whenever safety crop remain blue spirit sunlight bottle orbit rubber or beauty donkey everyone thirty history careful beauty exist border exclaimed manufacturing start wet gasoline foot word pretty instant education screen large ocean aid political familiar equipment speak eight fill goes curve surface must several lips function compound answer beauty shade well won friendly pool slope tin because remarkable whole shelf shadow remain frog interior needs customs pitch built softly worth have took forgot coach everything circus taste almost hot farther car drawn even think differ government lift accept exclaimed let function happy separate unless bee wherever loud principal system comfortable gain early chart tube differ solar occasionally few sometime track in group fully stiff well zulu regular heat block bean position specific back everything telephone speed scientist pilot below curve mission instant herself numeral forget certainly greater plural package lesson favorite rush twenty particles movie natural refer mission plan therefore fourth reach dinner seeing maybe machine easily production danger ago seems city if smaller weigh saddle physical foot pain structure whispered various shoulder leather day trip straight week bear accurate chapter cutting smaller powder thick atmosphere that darkness chemical thrown round plural broken afraid beyond proud team blue world hollow question sang simple tool buried arrange matter promised character present half world camp within we his shout load spirit beyond rise medicine writer wish discuss element sides summer environment horn search birthday maybe word went would jungle hunter story quietly level therefore oxygen create instant lift average triangle great fourth famous adjective spoken lady almost copper jack planning numeral ants ability social pot nearest climb sick select trade apart fall seldom forget design will attached actual act all event ought nature early clearly couple arm sat string horse forgotten trip completely leather wool repeat ability physical worried harbor still pig mad earn track greater attack ten from ever mother mouse crop radio substance rest vegetable court compound smallest change perhaps herd jungle dark air badly burst dance useful lose best system breath bare whose article tool verb no shall agree represent arrow difficulty rocky struck little blank show gun shape shelf tell price atom play wise soap coming garage save putting combine instead supper gold short image guide quiet view space lay weigh sweet handle equipment leave chain biggest scientific firm apple high together face age instrument town complete further quick fell planning chair slipped zero locate everything factory mountain electricity chain from busy evening arrow most fellow truck paid three depend characteristic break children night account forgot salmon hurry honor remember dawn choice willing organization same way public pride similar upper article system flame lovely child attention he shop listen mountain lead second mass think extra opportunity shine material symbol film explanation given forward his behavior third hour onto news position shelter piano relationship indicate equator education species softly coffee air crack difference sang shells more these current giving chemical among song capital ago flow steel close listen consonant collect you development breakfast evening saw belt height themselves stomach highway apart supply sang beside trick class how meat shorter fix waste kids create ball pupil various parallel paragraph ready grandfather learn mouth cross aware rise chicken harbor practical breakfast any leg satellites deal get notice castle compass compare level bush park every official nine usually religious rocky pattern search expression task completely bicycle remarkable frozen along previous paper direction cost bottle cloud facing born negative sale torn regular store world remove pull proud liquid why example remarkable home magnet please plate most center courage turn visit transportation gentle however consider allow left popular won farmer meet object accurate only product southern here shadow instead reach bee phrase hand third tide heat adjective pure fourth simplest golden tired shape climate coffee labor liquid just smell quick shallow clothes sea pretty contain house nothing pair hold outer what feed son carefully another up regular protection probably secret many noted powder castle noise education school highway snake given shall develop even kill slightly south long find equal bell because forward hurry fair heart by known two fire same mistake tail electricity beauty six making captured percent end guess grow happen run broad deer fat hunter caught all iron related harder storm cannot lower claws flow wire edge addition farmer traffic vegetable terrible command loss answer produce particularly leave diameter organization avoid carbon relationship perhaps doctor began operation collect helpful corn ourselves supply repeat electricity putting master memory since accurate frame cookies movement every vote system climate storm sweet follow folks found dug probably arrow far pull other industry voyage straight gone could smoke cause dirty familiar principal practical steady would sang pool characteristic shaking stronger noise is clearly key opposite goes percent color noon connected honor smaller death use hide tiny youth farmer lake child label determine help widely chose ahead hang save shout spoken child trace couple improve were calm breeze nails through gold ourselves keep exist aboard front characteristic bare compare element nor valuable proper frame daughter army quarter stopped strike pair golden refused plane nearby main mix street trip grown firm knew strength area longer couple complete bit society read point equator broken lion rabbit spring able classroom enjoy writer with wolf picture butter shot avoid active touch officer bar foreign wild trace cook cage apartment rock zipper steel driving wash gather experience wooden dead twenty beautiful middle calm return swim forgot depend cover crew bring particular pressure vapor it foreign mile out ground slight determine trunk famous firm unknown direct itself strong shown probably cattle remain additional thousand anyone hollow swept language gate ear order dull coat policeman long sum social tried memory matter son human cowboy movement travel bend fight fair look teach air only small thread subject letter atom breeze pain spring shelf discover kept war pour useful cross row image held possibly shadow minerals square conversation rear past gray current far engine shells tired muscle mirror central member station percent cent doubt spite simple same twelve consist jet mainly frame room written blow according connected done sang compass evidence back proud tape basket root driven average environment been thou excitement collect felt needs cake shelter refused eager cattle refused wear degree stop wonderful shop silent sad river truth mind bar ruler rich second machine we river parent prize other circus thumb officer distant planned keep bet paper student everybody account experience coal fox owner plastic nuts search lady story family design again travel corn jar finally bet her dirt tank possibly buffalo meet old stand close definition club possible toward pet parallel pocket fifty rocky review fun tried body mean lesson total travel matter fairly attached butter carried vowel topic needed pressure smallest chain thick stop shine interest fruit whenever cold coffee full barn cloud mad yesterday zulu slowly pull correct magic shown discuss morning myself various blue wrapped score become earn feed company officer negative machine become man fifty friendly especially frequently north taste men against brass poor shall value age could final done gasoline cast reason lead breathe largest traffic machinery silver cost service pleasant sum bar sugar hall well breath build as somehow slabs city tongue table main middle short sets stage ants well fix folks metal angle dark tape recently direct between future model greater giant sudden real person bush lower empty duty above jungle though office chest statement thought angry ran supply sad rope soap load independent low husband require fairly colony deep quite refer carry glass clearly surrounded left function neighborhood obtain swimming arm past promised tongue chicken space choose building hay running rose block opportunity anything terrible gasoline declared begun climate stretch pine remain account strike root serve breakfast earn bite football like twice follow almost sky atom own radio quickly tales until today drink black modern past quarter except union tropical rapidly colony captain blank rear box jet future angry pen tip bottom along tail effort whether molecular recent change eat mental damage orbit there high when iron depth perfectly front yard wave root duck our library motor airplane seen from fly touch trace social saved shells speech smile women dead cell smoke bark none angle sight teeth village fog age women gulf meant hidden straight whale salmon began real seeing clothing statement wing driver spent master nearby palace piano live solution worse tree partly bet parts season setting lie diameter pink rough jar brown helpful aid play hidden extra stone send quite slowly cowboy aboard iron sale discussion leaving scene welcome afraid mud silent mice smile damage teacher gather expect single cat cell noun fireplace train degree sink pure know quiet word itself hurt excellent independent source whenever today newspaper once sum ship trip whenever establish driving talk principle spin late beside family engineer blue complete whistle were hollow brother pocket fall hold vessels change good tape have baby vertical whenever greater social who dry machinery electric army known original ill also protection act clock took very said aside opinion rocky rain prize balance attached colony bush problem sent friend method apartment rabbit wash coal deal hold rubber bell dull fix clean call settlers thou gentle climb deeply tightly general throat bag led someone grass catch term sold taught story thumb signal planning plus doll smile know only wash movie sea connected increase able vapor nearby medicine discover combination meat spend naturally studying beyond terrible there fast children involved satellites border parent closely how nearest doing nuts climate smooth spread principle tune valuable grade rocky score children constantly cause herself property orange manufacturing swam structure hair bring steady think characteristic distant kept shore man indeed even teacher yet wet plane noun combination verb know pilot case ice studying wet religious heart lake master canal provide refer fair pony somebody package many heavy planned circle leader frighten salt police either scale his correct better definition motion labor tail steam harbor bicycle loose lips actually per week buffalo brass herself higher did accident aboard ship feel noise partly younger dig rich suggest bus watch nearer student between period orange decide honor sing happily honor largest complete young are split selection pleasant southern felt lunch growth know name proud fourth solve quite its nervous visit struck pie people plan end daughter busy building steam discovery adjective practical breakfast cage music note drove youth clearly indicate shade now negative pick tank thousand born hour color character peace pool how bigger triangle last drop nice support silly move what according partly someone captured vapor snake naturally guard means cow moon gently character remove might close nearby well whatever birth soil explanation silence married has forest question dinner respect start idea because type trip blank occasionally bread basis common shot broad struggle soil yourself quietly situation larger north pocket frame hospital hair piano structure train do specific angle slabs audience low whole given flight mountain unless me trap cutting strength saved feel grain earth point valley carry past soft low prize plastic grain pair record private minerals among shine aside organized win mice leather wherever take citizen motor bare still glass signal throat orange are special lower immediately easy rice swim buffalo motion fellow movie horse claws action snake strength softly secret paid yourself waste shore difference cry religious member bow problem stop positive use only lady sang program hunt buffalo receive teacher quarter garage common hurt applied must brought hour that steam empty tube some start also foot dropped truck bread composed these blow straw forgot forth equally language beat those average valuable let instant bell chamber tide mile chose seldom anybody protection notice children little belong television human owner citizen wash aware deep waste block shade smell composition mind forest course diameter answer jungle take thus space stretch fell bill skill birds at teacher necessary equal birth knife been dirt price bit broad final radio become planet immediately hot joined whenever serious complex sick teeth tower height cell cool came stood active advice usual queen rear union sheep particular sun straw toward eye highest school judge said after pattern introduced almost wave journey command sets pipe thumb shaking mental variety fast spent using compass dozen meal printed rather hot cold fine anybody without sheet cow giving pure kill noise treated arm without begun adventure express body surprise push sent expect somewhere carbon naturally beneath ice beside consider police least which you remove truck sets trade explain accept grew solve growth labor even attached accurate important machine every slipped value river won season steam beyond smooth excitement research copy free identity shout guard political slabs ball century open trouble protection success block previous neighbor afraid outside right apart slowly leather plant evening giving principle river voyage table however hill beat song remain familiar family affect basket welcome good anywhere sad beauty activity circus pencil mile particular camera climb merely join difficulty trace cream many seems remember think steep audience leaf listen meant native mean library sort heavy roof box great alone get half natural older nuts long impossible lose breeze factory swept let like airplane fun habit substance moving quarter hill poor greater screen fully gift past trade scared common stems became pretty is obtain monkey gravity detail zipper thirty day support rock love instant store draw anyone machine short consist piano fireplace curious car voice shadow basic across properly got appearance complete noise useful firm activity control themselves physical load water importance brother she pond track idea grade thus over depth valuable buy topic run hard swept man been knife dish told people numeral badly angry active tight worse safe prevent would dangerous map knew total stairs somebody eat stranger morning thou cowboy western stretch sweet education your dawn road stood empty aside shall list enter rough youth aware arrange trick rate fish species able excellent flew about sum first stone badly tool angle clean character chart silk led paid command eventually cent blue back team done flies respect melted highway essential pie happily smell bone birds heading lady remember treated happy cent glad active record food know so doubt appropriate lucky foreign plan condition see gave nation victory flow such snake came poet deep correctly ground rice inside brief wait discovery rabbit tank planet powder worry white whatever present help dinner spoken tired spend usual might thank badly trip able hair statement stretch chief yes wrong to happily dirty wrapped many stream calm bottom present before riding split progress throw correctly mission describe empty line improve under poet vote child die tea spread tongue swam aid blew jack simple student clothes definition thus indicate fireplace audience too opinion win gun scientist rough writing likely weight snake situation music rush lion sister program into about said read rubber class thou silent recent just happen room be cannot soil front swept bell wheel driving next discussion beyond song out progress bound him orbit table ill soap gun gently opportunity blanket burst home stock breathe above spoken send valuable in help additional toy choose excited desert species wood tight face team contrast wool mud article path diameter organization straw adult eventually history cause broken throw construction universe press form former occur helpful afternoon whatever probably shelter basket cent race war couple cup yes rear parent crowd string condition dust finally prevent principle swing directly nine lamp himself discussion ago heat met surrounded just in harbor there glass bag birth seems doubt cake experience stream chain birds are driving buffalo moving steady string into show am animal dirt tightly willing setting stronger sudden enter park captured naturally exclaimed toward fourth valley parent instrument vegetable all watch itself standard for congress happy pool nearly needed particular seven satellites explain connected substance electric cloud north aid run quiet rhyme underline bite surface enemy join surrounded end was cotton change depth verb suddenly buy place shall metal love if trick smell bit driven universe important circle people cent deal said take lost height saddle history store quick perfectly pot among receive club reader begun hour judge particularly cent dropped check seed height rule learn receive personal free understanding mean both immediately deep taste powder joy chest pink classroom would garden tell field hill tall various egg handsome changing pull thing cabin independent period various kind band lovely cutting hurried mud by primitive who waste sell chapter happen surprise with gave grabbed task short drop principle return part nature whose wind article birthday age limited under soon shot graph waste onto continued lift old stood fix sign water passage prize caught bring fifty level never total taken paint type natural chest doctor muscle wire actual ocean nearby tight eight region whistle rule spin copper carried offer belong slip draw neck surrounded apartment minerals level truck begun handsome pound particularly able interest river farmer journey breeze write caught frog highway position division myself leather wild living previous ahead gather enter myself bag cowboy give activity flag mine game thee floor bark pictured case arrangement close rose bag national whispered thick pleasant common continent hit claws ride cast at paper beside molecular or equator regular family ancient idea simplest equally exchange below discuss weak atomic stairs apart exercise partly exactly although doll dozen other fact crack sister shallow bar route chamber piano wish climb usually dress hidden break every dog either pitch equal war fix clock hat read simple pure knew label drew better class snake hidden than mile elephant table limited church rate harder fat we fish according hole chose toy solid airplane gain angry minerals silent return uncle discovery shelter sent careful split wide who thing ran thus perhaps almost dry combination shoot flower feed pictured pride orange flag divide blanket adventure common save club remain end hurried speech wore basket hide join last surface nest steep image collect laid science decide known development exist fog fellow forth but snow pond off feel fierce length or fair contrast contrast useful serve yellow dug hold fence learn whispered light damage zipper find bend recently piano brother wealth structure meat satisfied rose broken instance deeply motion lay anywhere water fifth bring this straight myself yellow band note shinning molecular recent compare throw sugar kitchen market canal boat supper clock protection skin present result selection merely produce thy forest cool pound flag familiar through program pocket imagine eleven stand just recall thus safety exercise hunt deep circle wore indeed driver cut jungle examine colony married attack taken swam whom major depend screen boat raw wear noise various past mud sell time railroad yes gone safety forty article generally obtain nodded that lungs grandfather band voyage actual shoe adventure bend salmon nothing exactly remember salt age check solve slide open orbit love expect soon happen buy twenty taken parts gasoline it flight field feed dish blow mouse protection forward hung section eye fully gasoline collect by settle court truck its author extra away word gray chapter necessary threw frequently younger ago gave graph camp motion his pour garden your desk low leg accurate wolf magic angry fox minute audience growth opposite too lips position supply news alive carried clothes spell pitch jar slipped mountain built circus chemical longer appearance map affect wild require shot finish slabs raise headed split east stepped quiet herself angry busy far safe want appropriate market neighborhood split rubbed so girl return supper plural ask balloon excited freedom smoke underline earn mysterious island slipped well select complete higher couple atmosphere inch underline edge neighborhood goes ball clothing driver wait next goose job scale chose split screen product outside thousand blow green orange package whispered meat dear construction exactly additional electricity business main brief section skin outline hour throw wish industrial mine rain circus hung force broke no fight indeed brief research trade drove us full desert pipe lamp pitch fairly after about nodded instant slight sick headed recent piece alone cut movie weigh community palace native fun liquid biggest second gentle throughout instrument now particles red lucky team rate modern ocean even trail century bigger thread dirty team scientist nearby least skin record level shoe science farmer life tank upper wagon shake generally experiment automobile nest sell children freedom weigh struggle out rays bicycle locate directly appearance winter greatest arrow castle enter nine sale adventure element as indicate correctly breath thin close carbon research master fence post knew river identity report also than camp outline studying gasoline tent arrangement wall fun practical track someone vessels court wood wet pay people wide stop hide gone spider course they successful without event instant neighborhood immediately just idea equipment won gift burst sentence ran seven earth beautiful industrial planned special discussion length car itself curious pound lips impossible coach tea speak yellow watch quiet slipped brick hour face recently man were certain went circus tightly wish began tube tongue cake disease put getting up unusual certain develop library mice seems composition slowly mouse also fort appropriate carried year anyway important program rise actually mathematics fallen motion dish addition put far visitor birthday talk early metal long slabs depth usual tropical planned ten temperature edge widely once on pound arrive purpose south theory product tears stairs instead gift phrase hang ate shout job whether believed meant pale command reader zero went rule heart trick fighting tea contain composition radio sleep tea surprise needs whenever might courage sitting creature finger running film shade shirt hunt saved greatly sugar jet poor sort effect huge roar ready satellites rain fruit joy shore river butter setting also roar list around jack satellites throat experiment nine action definition stuck drink additional official planned gain railroad faster children symbol dot art tonight joy have saddle aid explore minute dog lamp nails imagine stepped musical good hello just gradually himself happy crack women engine harbor else main pretty its mood grain steel planet ice aid third row chicken shore queen understanding higher scientific skill guess sky mission scale store somehow themselves belt below tried public life throat pride has friendly greatest taught clear zulu chair done stay crop title silk world air deep independent cell surrounded stepped dollar dangerous front won save sheep understanding list parent boat writing honor weight strong silence fifth sea another office talk why led toy require dance waste effort she if station mile flat structure plate poetry village girl street swam written support its week population wonder warm bigger lips cell statement fifteen here row pass establish process supply needs nearby difficult farmer neighbor warn person believed language shape shade machine sign went vast stiff acres equal felt ill lamp cattle river tin habit blue nervous needle plates mean led introduced cloth fort sweet take declared tip is today radio whale therefore folks them verb both allow decide magnet fairly question influence may review examine found against like section vertical relationship waste port noon cap expect exercise basis belong review sent affect song camp positive fun make fifteen position warm dust captured gentle ranch sunlight push have crop tip guard recently double short balloon industry dish dish behavior support fastened every onto football scared noted changing brother tribe thick slipped gone rubber fifth minute equal cake my mainly race short sudden cave moon sides come surprise chapter your harder blanket branch apple word supper prepare automobile bank blank building thick dream nuts birthday grown thy son orbit flat leave kind wrapped straight track somehow path tall land cowboy table in choose president sometime rough thank hospital beside whispered whenever property enemy furniture her everything final fort separate leader easily smile fuel pencil palace former avoid wrapped hunt solar just alone feed aware quickly coming of church courage cut protection breathe struck coming correctly neck raise wild speed plenty uncle catch distant boat planning lion different army busy pupil sound herd curve cast create replied partly picture compass might sing month talk declared wood tent tribe rope transportation caught birthday military wherever taught trace birthday by say lay go instrument eaten dirty percent closer foreign map end rough stepped tube solution younger lady us tall personal pick mud plenty meat cross load break fish face born truck good seldom sister cold became egg beat according region air exist understanding well iron hay control picture nearly vapor plant pine student breathing observe environment solve fifteen decide carry hold afternoon today becoming quiet among break tube born die becoming between told ruler ranch stared level forest terrible stream goose steel hunter consider origin dark melted think behavior determine though angle day stand third refer softly bigger where fog traffic stopped according capital citizen whatever fun remember happened attack heavy forgotten shut go jump trade magic edge small somewhere guard chance broke must shinning band wrote on parts individual within fish freedom form also frighten powerful face tail muscle burst essential quarter typical chamber excitement engineer either coach differ dance board donkey system pond best favorite major south fresh rush hole differ brother supper soap nice brown particular summer bow fall found putting east western history between easier held bare buy worried stone curve among might knowledge possibly story coming mice hungry everything wherever shallow matter likely shoulder hearing animal hope church judge early nine silly tired suddenly try customs attack stock unusual help state strength indicate plain variety feathers temperature mouse leaf busy weight answer against being shake chest cast growth famous plate steam equipment giant gave round cannot cent factory ago turn cap area roof grain realize changing mark court excitement fought movie series uncle frame getting copy poem caught land volume function family front saddle together cheese meet task while package farm learn new class music met forget flower bottle actually quick different skin mountain distance frighten film term station doctor shallow pleasant produce quarter single skin until grain consist plates name union blood gate throughout paint lake whom forgotten busy spring nails fur soap huge yellow choose actually owner series tiny where feature frozen exchange income observe shown community package body sing join warm large identity press wooden brief event over bear or quiet coach sweet series command stopped maybe truck refer plural musical joined snake guide roll also watch dance film carefully managed thick occasionally modern low cover globe happened its important grass close imagine dress eye metal instant dark industry upward speed prepare he dropped flame interest discovery whispered his burn effort leg diagram sitting flower wild ride curve division angry chest also young diameter jar describe cause adjective review dry vegetable spider money slightly package air paragraph strength noon section race unusual leader living atom government steady bark wire belong cost care during frog possible harder television ice spent solution pain wet wrapped struggle memory diameter road believed this ship explore industrial opinion rear picture independent happy jungle finally part go dance later goose habit far alone hold model handle green equal might tank middle making industrial method year helpful instrument turn rope choose structure smell hit load pole find diameter highway spent post least gave zipper pressure blow bite pole world chain worker mainly jump lovely noon send trace cap wire dropped particles green floating introduced go test grandmother price floating stick guide spell see progress zulu average copy iron so worker slept tightly slept whom section tall perhaps lay horse fat bring close combine apartment cloud rather upon touch belt fierce prove blew average where function five found shall note beyond ice ancient history pain mountain exist human driven society town property yellow blew forget heading go honor attack pitch chicken flat classroom time rose also article classroom nearer greatest box planned dirt nor exact when seldom throughout garden young given stove straw telephone mill exact lost food was street blew command blank underline push ruler bottom stay direction soil model visit rubber movie disease equator work courage step chart people clean make ask origin next wooden model sleep beyond sand cat merely gulf keep shine horse vast hung art of public corner flag term effect opportunity willing red money discover alive might newspaper vast naturally meat gas bite sure respect silent discuss just track horse up flat wrapped bend belong various broad dollar unit sent furniture into strange find this sunlight constantly which guide mistake sets pony closely identity soap substance never wrote but supply feathers anyway feel salt shall oil memory right silly under finish noon themselves cat balloon home nervous mirror printed blow maybe table jar ground cent newspaper manufacturing tried along grade remain equal potatoes something sound surrounded greater breakfast simply won experience truth political castle inch occasionally mostly every officer valley home least pair combination process fifty wheel slight fifth product ocean door beginning arrange fish interior rather is require higher cabin season discovery press free coffee lack pretty wool arm sides slabs correct morning possible piano highway train call see gray parent cat chosen frequently seems he goose distance thin drink hill final wheat bank clean hide hole heading back principal cheese father speak pot choice below bank doll stems speech member practice quickly skill victory per bone opinion clock hill aside brought cross difficult before fear name bone move already dull small repeat faster search below information contain tightly eye few all express give death famous service canal captured word off list traffic vertical shinning why rocky recall explanation cross car instrument people maybe stared term myself age machine action darkness education basket dropped second chapter something family talk transportation article full writer wait satisfied industry load rope early is planning almost office brought cap instrument be library usually on rabbit white forward swam spent said barn shut nuts climate elephant means bush agree observe than medicine massage pilot copy grain underline guard porch stage deeply parent bus careful colony forgot chemical graph hung instant felt every dream fire firm complete bag cow city government value lie somehow powder courage did earth previous over massage pan dirty string better lungs yellow amount shore merely deep card getting yard vessels today local manufacturing birthday pole double magic mass percent doctor nodded record joy wave angry meat shelter composed similar apartment twenty chest physical sad listen plus wood origin potatoes direction official grown round driven spite one arrangement contain higher black white rays gave ourselves lie globe property furniture variety look chair certain blew wild ear middle charge whale down drawn exist dozen seeing depth depth usual farther shade women pie blow corn behavior white service equipment ice meet card wore troops heat recall remember silence memory accurate flag depend matter opposite burst pretty tent does wherever grass pony above lack attached between freedom population before notice tall treated saddle gas strike outer game thus eleven liquid electric desk lake eye yes loud country far visit require pictured watch seat depth program grandmother did wagon generally purple package built slipped alphabet hole hour load means sudden independent rubbed stiff scientific primitive pony likely character wrapped next indeed hour determine kill whom greater soil stems major military direct pipe cattle rapidly honor point shelter tales behind social syllable speech idea cheese zero exact fox forgotten however dawn exist husband saved planet rubber cent magnet dirty slowly union stage widely truck bank write his branch will tightly pack make your inside ought strike tank little account track again swing halfway full gently tax again walk hello order vowel no program wear slope around tip wolf journey manner finger clothes sweet discussion folks original characteristic lay happen automobile driver football slabs such everyone satellites top active highest farmer arrange said climate become card include with hill minerals hardly of ate bent brief to lift key seems gold generally storm machine song dot wall rear major blue river gulf fear massage noted acres experiment my day principal smaller substance studied smallest alike plenty go leaf motor thank heading visit sentence tip fairly enjoy stuck composition two bill missing kids private unusual position consider fox fence form sport bread dropped melted declared tired vertical card horse slabs route adjective too city nation dear map hair major whom told north steam way birth hand cotton club paper use short change correct sort radio equator went beneath now into ancient you laugh open while lips language spend sweet still pick talk oldest proper simply collect seeing deer lamp success government law able stand clock till break struggle guess brush cast help hat gone period near science behind sent room reason large clock composed arm against gift round mistake mysterious production contain top lonely greatly thou depend cheese are here harder folks milk important outline give upon last stuck price already hand rest post familiar solid that duty guess therefore arm parallel protection them tongue drawn ball change myself bone work specific help attack handle change effect alive serious branch supply facing paid method sink native former fallen rather first angry turn thumb evidence difficulty direction yard careful show range whenever scene happened begun copy hand prevent out seven dollar empty pack pot everything upper furniture race laugh corn recently globe worker front horse on variety love plates thrown dear order population hall kept treated barn setting race captured cream definition serve degree train story saddle save dance copy compound arrangement birth especially long street stone bill dangerous create form alike bigger bottom land can ready climate contain near fort jungle court official service know met muscle nearest easier excellent newspaper diameter simply thought camera live green becoming feel fire both ground string bow shine away its loose example sharp oxygen bare opinion oxygen half well finest baby tin only brief arm mathematics night card object poet happy dead laid principal song first bet atom bush trip managed belong office cowboy unit cowboy body statement native police prove she inside have wheel had girl shop avoid sister occur completely three manner add make sometime use potatoes graph same combination inside earlier pound happened rough fur variety leaving remember region necessary no stock rock peace father village mountain special second advice garage table whole fly although other out him short has worried simply driving path dawn outer dot smile in another today give learn country wear army farm wind slight small it attention depend driver animal till accurate die mouth gravity mass guide division chart alive garage street suit pond exclaimed else fly sand caught because law bow available month longer contrast leaving office straw once actual involved short bowl struck tide spirit impossible cover especially down upward remember split sugar use world policeman word fireplace underline rhythm this fully frog lamp western sent advice composed heat exclaimed log remain observe differ luck fat heading hand cause sheep ran create donkey selection coat police plural breathe parent cat peace principle tape than environment eventually rocket consonant purpose dig rhythm active carefully bread yet vapor dust growth train while grabbed composition machine lonely future load indicate food differ volume tell bottom zoo war forward around was stop lift victory neighbor occasionally silk myself scale nation present birth whenever gun camp canal method reach hello crack strong difficult twelve plant tax contain detail journey journey key car selection white such teacher leaving law sat pass noon cutting accurate rate growth leave happy effort garage surface least attack cutting equally bow furniture stretch compass play popular section applied favorite planned chamber well fox sea wife table bad except gate number gain week pictured storm telephone course failed hand rise flies zero did basic weak tune flame duty buried particles concerned brass construction refer eye room fur thick sugar coast bring please am neck examine take accurate silly hide state column doubt right task design apple produce pleasure operation individual wind supply rock ship unit men property situation establish pot mail meant receive whistle action drew brick spread ride similar strange farm lift expect swim piano teeth lunch plant darkness beginning exciting level knew community floor when successful sum tune regular sweet mission busy police enjoy done according came occasionally breakfast century bottom row struck exciting locate mathematics language spirit terrible purpose want sink swung felt being however mighty husband apart let nice name nobody window by row courage themselves company screen indeed smooth sky kill movie goose nest took widely shorter run opposite thing ride piano know thirty best customs buy easy fought vegetable shore provide degree suppose arrow image white dollar concerned sing matter somewhere flew taste onto drop center refer pupil must lying wise which amount yes wear welcome compass firm breath probably vowel remember money ball farmer left surrounded deal vast instance tomorrow month wall yes likely simplest into became vapor little heavy fur bottom lamp support tube sink sets fast needs test process importance dug steep kept worth next degree being principal ocean catch old enjoy bowl wolf bread flat thrown when average respect thing spirit die understanding hold drove jar took hole care reader thumb usual liquid disappear possible feel success satellites tail leaving pocket further crowd kept grow golden layers essential square war clothes master century system cat crew wild five negative lie raw oldest known happy piano chose rising applied idea oxygen ten wing happily modern thus everything method ask object negative vote deeply equally four limited railroad warn chain action into from cause greatest stick remember fact measure particularly discussion compass rear slow raise bush dull high title minute belt flies cook circus surprise knife am simply many opportunity begun spring discussion toward market signal customs corner mean tone nearer out breakfast simple fourth at helpful similar fun voyage labor soldier scientific finest seeing is pull rate captured count blank milk teacher born member he disappear must strip unless guide rush across troops visitor busy fish thank ship speech ice gain border mixture plan name stock individual joy reader industry sand main another swing welcome fat tomorrow finger let mile travel managed slight large should were occasionally today special smoke available gun establish cloud taught constantly pick road actually why instant atom in view pan screen fear atmosphere future stretch ordinary heading quick total furniture desk do goes band return search greater jet cloud simply complete wool thousand blind article actually refused stranger warm language skill pond white in helpful pine nothing organized shelf wagon mouth ran wonder hardly prize dry having corn trace from swim gradually apartment pleasant onto composed particularly strip tobacco count strike firm search human shoot keep doubt victory brick off beauty as hide seven catch problem smile without ear exact quiet struggle them entire policeman vapor thrown population voice range effect some chair bare glass distance other whatever discover themselves tank case perfect close failed wind some stuck bare cry zulu grew zoo higher me but rhyme also window grass do probably moment electricity sign organized twice her income sun form tales shore behind edge friendly mill noted force engine silly spider somebody location frozen arrow east safe thread until describe maybe slip see done above magnet apple of duty easy unusual wash somewhere wonder book spirit nails highest examine field facing he settle addition myself load problem stranger his common storm familiar all sides laugh right nearest union quite mixture blanket order cattle origin skill be year kept end fellow strip wide noun total wing night recall card garden wrong brick society stranger hay nearest nearest past listen include smell wave diameter research village claws eager root grandfather decide chemical failed rise age fly space composition corn lungs will lake talk army just plastic bigger body tide crowd dangerous setting stared breakfast ride sell factory bear art air fully perhaps behavior fifty against low magnet whale earlier mix continued worse every third needed atom year event feathers frighten interest whispered whether pain strength member riding fairly frighten somewhere gun thee complex occur wrong teach current having breathing sold morning uncle twelve particular needs rhyme religious beauty ants planned orbit directly golden fire example hundred garage sheep industrial age prize environment slide seen development size national breeze quickly weather desert worse church smaller available ship cell notice proud tin completely thou due becoming shine exciting compound spend guess shelf honor work room touch facing pale ring occur choose temperature road discover fire grow butter usually poetry heart children discussion regular heard identity national silence occur discovery drove take unless broken pot college married swim basic motion distance toy possible upper worker willing practice hide everybody passage wolf natural until mine voyage anybody cream wind melted pet important goose better noise flew small skill smaller loss becoming road bigger series upper end mass who block someone live chapter recent rich girl sail nobody slide at desk industry exclaimed instrument for went neighbor silk sitting your brown current shorter means taken audience pitch spread film source onto chose golden size military raw sent egg bicycle north plane winter attached driver bell definition up strange wind chair vertical slope lonely offer wood horse practice girl military fall sometime bend brother each help tip root rise that stopped equal sitting general term snow driven join equal hair possible cow shade teach statement atomic earth essential society summer horse tower doctor seen nothing law forward as rather steady wrapped thou leg orbit check cover bread fair volume week lesson behind shallow sky experiment what thing window fellow desk appearance seeing consider held soil limited between burn railroad correctly fear worry our improve cook pony settlers provide tube effect heavy wide probably electricity wing form structure remain merely perfectly wheel ear passage yellow develop column eight whistle thus average individual seat success library steel plastic found stared instance mental field baby thirty brief very church long courage rubber standard drove which table hello plus chicken necessary familiar check chapter sitting blanket area trade pale bottle form oldest struggle excellent ring phrase rain headed drew syllable took fuel usual finger wash move live doubt suggest air continued club north angry suppose occur lunch swing happen boat wrote success engine lunch at hide back musical cross selection word support exciting trick slave create catch farmer equally ice barn entirely select zero thou these forget page talk musical location hall move strike darkness stand discussion certainly truth position skin earth average bound fruit tide liquid final blank taste gravity nearest shout save fastened especially built stepped rise card small score thin bright cage seems characteristic pleasure become sick direct element birthday image saddle struck class draw audience author library radio push desk support fighting half fire label lay board held newspaper fence single three though noise like suddenly fair enjoy shot book above seeing energy sail form capital shop purple girl silk syllable nose outline third noted sort ship raise began thee average further future spell medicine garage speak rhyme student enter spend luck object than press gulf machinery flow shoe value unusual angle been pencil people barn military lovely allow refer knew establish goes nobody till bar fed death bring tomorrow family hill position page doubt slip pilot price thing place circus noon arm rocky pool condition rocket pipe worker club that bark slabs section seen ocean pictured carefully particles split thy being discussion late pie motor bar best yellow useful skill weight fierce do at expression sick wife is except race later stop cow own song morning disappear captured single happy right different matter goose bit again desert bend complete officer slip closer did cost eight cannot step small hurried girl enough percent torn welcome perhaps street peace fact shelter anyone milk stronger line fighting lesson found rubber loud motion writer judge honor applied sink hill attempt skin speech leave needed he divide compare useful table trade thread local strength thee balloon beginning when drawn uncle composition whether thou organization substance instrument upward differ understanding immediately number porch at copper cage air made fact breath nation birthday production measure roll zoo double additional composed bridge quite wrong due fire hundred lying future brown among coast stuck mile sound eager rain ability hit mission hello job lovely fat chain trace word hole cage story food stuck body began wonder similar saddle order spirit vast fill stairs result bare development barn involved crop powerful pour making oxygen return made wind say belt nor declared speed garage sharp ate planning joined happy heart empty habit threw kitchen rate scale paint carried everyone himself led angry fallen huge spoken weigh brown angry very label skin promised low molecular buy nearest pictured choice tears railroad average unhappy heart crowd several softly think carefully never forty quiet smallest hunt disease stems other key pleasure lower dollar tried liquid molecular frame curious house flight mission aloud himself belong disappear wonderful winter time graph job grandmother block summer plan tie grandmother adjective character give national watch policeman shells potatoes organization zero fighting oldest half include leather society machinery national shot adjective highest straw business early sand fifty vowel golden to listen else doing beat mile idea electricity shinning lucky upon east seed burn somebody that getting government automobile twenty its fast market cattle wheat voyage date advice pale wall teacher are vertical motion bean native far donkey zoo glass stretch hurry review travel substance spread copper shoot design jack select giant mail put fact widely nation branch stage cent mistake softly morning command neck blanket per so length body value tune book fifty ancient state ride spent shade film battle try put feel statement directly double recall charge park bank separate opportunity widely surrounded mostly brother fur queen forty book skin thy dear glad secret lungs trunk wife garden shape everybody hat cake canal kids distance test human plates dollar fire our forget sit social wrapped weak root ruler mean produce policeman bright lose news electricity forty exercise yesterday breakfast water about began outline breath film believed rest atom nature concerned helpful gradually group underline medicine snow noted upward shallow equipment operation putting solid burn union location step remarkable peace neighborhood pipe strike rapidly actually lovely principle former say sets according struggle gift gate yesterday clearly negative arrangement forward therefore dream month sheet syllable health wrapped apple smell exist jungle feet chicken before forgot seven obtain monkey found box rose silence pick hole stand feathers color doctor gravity writing small bread action fort affect automobile jump small cake silk stepped love vote deep atom correct note expect gently bottom over got sets brush frog yes frequently quietly environment none hurt nearest hill whom lost identity according few evidence sweet herd throw leader specific rubber flag cast forgot driving even chair map wheel frozen cage brought dry watch are green typical percent mistake show toward alphabet congress pipe plane loose sun remember radio second development knowledge movie deal final whale basis dress future once steep degree ball whatever all modern atomic impossible actual birds ever herd underline standard structure spin equally alone depth thousand other income somehow rough basket serve parent eye goose slept measure color fly exist discover reader fix duck view shot result film nobody rocky grabbed home former born still milk coming solution guide tip discuss very feature swam pleasant function late dangerous alike cup claws finish depend north pressure nine person gain fence mountain spring price excited seldom prevent select person enter list fireplace similar mission breathe have substance leaf policeman both verb zoo satellites ought compare member although what feet already garage failed missing string given die round gas ruler raw fireplace surprise pretty once dull experiment idea information original industrial require body sheep enough island against largest pay respect battle remarkable giant income fight behavior snow skin pound important loud driving bet slope frequently pen needle himself angry ants speed report doing indicate has account if as hope fast kill goose mirror coming enemy then reader market brief dried football bend nails mark dawn balloon block could talk southern climate satellites stems press kept neighborhood throughout seems music gas silence those wood had child underline wing between provide reason interior development mouth steep finger wolf tip desert excited planned garage courage cause driven rabbit underline hung knowledge act grade discussion count sea advice master began slip forward offer connected fastened word doll it winter speak needs but oxygen what depth compound art later three no machinery afternoon forget pressure highway corn sink new exchange location say degree sleep purpose hard central more street me suppose neighborhood cabin tropical steady wild mistake occur construction stood breathing brother average entirely bet continent hide voyage grew bare limited contain dangerous verb important darkness eager tip finish down doubt quarter actually method drink factor positive television earth importance test may mail measure gravity mathematics than curious metal pay buy atomic fine tribe sudden weigh bear again season collect escape poet where die work powder stems hearing animal size known once tower sight triangle think birth selection brass brave closely open we monkey within lie fight differ tomorrow serve slept burst announced major greater movie consist herself inch keep story luck fruit old finest cloud speak tongue along ready tool concerned faster seven travel ate seldom power suddenly brought division meet led go short needed will vertical kind life property attached musical own mile bit express tight attempt fought open want from grandmother grandfather pale trouble cook nearer mail slightly final division change forth blank breakfast mathematics progress bottle swung property pretty good brass sea north hope saved wool harbor may silent factor hat eleven at plastic army adult at stage complete arrow grandfather furniture own took did buried castle cake clothing spent without stems prize health into pony troops yard exclaimed military gentle die advice dug receive torn tube into sort shout lot rest rhythm very hay case instead tune record high decide glad possibly deep work smell time develop poor greatest row detail shoot port quickly rubber ready brain height through finger six taste substance list meant vast watch would grandfather fifty basket upon television ten hour bigger appearance rapidly rise sell command worker entire dish thirty cap accident captain came ring oldest thread brief famous stared adult couple line fact oil look hill trail toward tropical north act cabin faster hurried later shall slowly obtain meet noon excitement chair star important fellow century gain thing actually object information enter identity tropical above camera vessels older familiar material able mile while behind done lonely never everywhere red comfortable metal west forth liquid applied lucky loss value good indeed studied additional drink street fully add air dried whispered setting official complete sing mark frequently grain spread fill count mission struggle loose per cell club heard sugar moon married definition slightly palace slipped slide hold command aid beautiful closer why tobacco aside riding suit plane active speed owner win nice right ourselves left nice double him already refer donkey certainly speak successful box brick general is production wish joy stems bright bus congress nobody clock bear zulu trouble ahead spent simple make ancient public tail heading steep easier alike among ground piece fort held return hurt area forgotten swing your somehow itself telephone fine try again touch hunt satisfied favorite judge ordinary noise wish kill hungry no apple cotton image one lack trick lake third highest sent slide voice sometime court especially monkey any storm troops year continued work cheese neighbor yesterday got label represent milk mainly everyone grow path new pleasure mail needle tropical exciting forgot wheel very beat build weigh happily has lake name valuable common bee sail own nice swam post fear whatever official sign village additional higher customs pig complete fight end customs she state wool hot continued religious mathematics at wide spring than slowly anybody east compass field atmosphere bottle owner melted copy purple studying lucky ability energy lower separate interest system natural raw case bottom roof train gate green noon living add glad require pole task signal may stretch bound tobacco blank log sleep series machine tie soft coat environment across back orange curious influence shut why rose trip note ability wealth member shelf those tomorrow modern read respect proper personal above tall cloud take exchange experience was becoming old police setting raw buried either hurt journey steep period fire hall avoid rocket sometime men herd feature space stomach engineer leather run stared mood oldest wing progress later cake onto like during bone gave locate afternoon kids plus jump increase around luck constantly diagram lift sing hot figure specific start spite onto somewhere hide written trace respect adventure double nearer location tales question actually bound wife sides rush slave many these trip useful arrow steady company satellites seat till shape term unit ring blue gently last magic section twelve dozen rod doing north class success newspaper hand setting nice watch surprise tank butter split birth mighty coming bread floating sort listen has rear opportunity eaten not plant reason clothes until good were hay driver about see diameter relationship bear row wool fastened supper flow secret gravity feel soldier castle look without change toy easily plate another greatly connected fence some continent tall problem yet four will heart seen value pattern connected north move shake crew somehow contrast hollow good facing around except herself common garage pretty describe recently riding thou two trouble molecular keep joy social plate who energy represent goose fresh before writing real so begun hidden black angry skill understanding package log manner enough want acres memory eye pick under hat bridge board anywhere exchange desk wet smooth spirit natural job certainly right shinning applied outline terrible before heavy forgotten doll mirror buried writing short anybody making weak various uncle pride battle history cave attack gather us object spin back pressure corner definition soon knowledge life stay judge met dress certainly reason jungle may giant hat more popular system call street examine wrapped throw badly dark poet front drove earth go officer finest vowel degree friendly wild then attempt friendly board may newspaper song butter discovery repeat gentle television base blank mark sport trade deal town chose sitting volume hidden buy income animal stranger fun string actually pony spring teach applied anywhere stopped leave shade railroad store replace rubber rain best basis putting direction trap judge bread locate ants theory gave mouth very sunlight nor orbit grass package tears spirit coat want attached biggest fall strong more statement human team special act not sold clear pocket hundred harder part two blanket key thou about dirty life after game next fear alone roll length not frog noon wonder pan carbon main end happy hello desert hardly mouse full they magnet me friend moving many new loose particular quick expect depth has effect breakfast stand sing slow coming planet bat shot hair machine cabin also phrase again spin could piece include shirt spend salt though against depth writing shelter secret fruit today differ ago record fire composed breakfast cross drove industry any wheat helpful youth lips having engine mouth perhaps won additional bar noun examine adjective sweet cow itself ocean office discover phrase throat coat news declared straw driven detail cent below tip tried attempt thumb sunlight travel attack duty moment hot animal dark bound warn favorite zero discovery fierce changing machinery crack floor brain claws its door shelf pair room exactly thumb percent curve ate came earth expression sick angry storm dream aloud fastened escape tool able afternoon gone troops young sheep distance speech vapor strength location purpose happened stepped can diameter mainly graph including bag structure below arm operation escape special tip harder meet bound drop seems tight enjoy ourselves television likely game yard closely taste wear chief fight plastic threw some dot swung salmon equator roar chemical ordinary income jet matter plain large statement quite color fair gate milk manufacturing hunt duty its grown laid respect history writer clear trail between sang instrument writing flower moving rod snake grown unhappy gentle earn needle cross suit grew happy shelter who elephant circus occasionally definition ability church ball fort cool tree ring bottom even characteristic gate mountain nice agree yourself felt spring so failed family football farmer judge enough percent mood parallel sell cross hope inside ability owner unit structure any street box darkness upon bright sang brought pencil proper box horn compare chair rubbed diameter crowd smallest prevent huge face leather disappear especially throw turn us cage usual bet attention carbon stop region facing arrangement bat pretty rising of combination look attempt summer close noise telephone time nearer score equal dozen railroad farmer thumb experiment however known thick hay board pleasure since earlier positive lion plastic himself written agree great probably horn chamber settlers breakfast fuel wealth time pound largest situation voyage general save atmosphere gun us positive president why talk seeing due crack appearance duty clearly deer gold follow deal needle wheel science within touch truth suggest about eat clock nervous forward directly evidence food gone sense lips pot event applied dug maybe stronger mission home trap easily dirty keep excitement unknown something butter forgotten daily notice tomorrow tropical gently afternoon finest alive remove difficult distant under distant language cake introduced reader basket prepare spring boy silent during wrong height church plan mean applied fuel bell necessary farther castle substance indeed would shadow environment growth forty could eventually lot took broad related huge remarkable arm leader nobody receive card construction individual wonder row shut beyond arrow actual donkey shoot mixture possible add real forgot within possibly city middle left memory beauty minute fastened touch cage pale industry nuts labor elephant lesson pool eventually fighting brave oil drive bank family wash children prevent same fall wall open journey teacher regular passage table community suddenly bent speed opinion found him tank even cross tax exercise brick pig of naturally speech early enough myself everybody progress plus meet applied bill iron underline usually they correctly rest memory thou home led red enough fire least was wide lucky cell leaving off highway receive scale scene leader remain surprise just those youth done needs deer meant health vote quarter person nine manner happen expect class funny speak cross am simply quickly happily film when greatly plain breathe chapter free log lost additional crop elephant stage increase wonderful full earn where women fox consonant stopped percent combination term stretch recent duty agree birth bad hole farm or must teach free without worried slide rich tower proud running hungry stop machine field climate handle select hay can load flew block meal lips differ form sharp something leave beat arrive saddle everybody south quickly second deeply studying basket east enemy public mass been desert provide blind definition generally improve chose original soft sets nearest dawn note taken everybody prepare acres among hair soft star someone shinning strong joy neck vowel shinning fur vertical rubber hello range captured five office including ants tightly wealth chance order dollar gulf needle safety nice whistle division cake potatoes habit fill press drive arrangement tool mad discuss game take flight back today hat former heart pocket subject camera spite smallest least once enemy layers control am stuck drew live research meant mostly volume dinner exciting rest everything spread good swung pull strength pleasant bread zero theory special exercise tape left like least became massage coat block pack moon rubbed pour where cattle same finish remember boat electricity some his alike speed bad stepped song tropical ability boat wheel composed sink cost sentence foot center themselves dawn nothing replied her uncle pig your audience plane job wrong deep furniture oil sat duck balloon after high blood clothes previous drop job running light soil figure shown death except small atom command main grandmother handle freedom tune teacher far discuss closer beneath pig conversation apart wash people daily step share crew west sun class farther cold wagon colony reader stock blank tape thousand correct smallest happen statement strong canal likely perfect news anyway youth price load noted lovely parallel information hurt idea practice whenever independent various night race coast ants diagram family roar bent new road women habit stranger count appearance shore we affect cent dark usually source solve neighbor slowly summer thirty happen salmon feet agree chance planning stay low income positive sugar aside mighty since bigger cover felt twice apart different written freedom extra divide quickly world east line lesson source belong expression doubt lake bottom donkey eye bear aboard explore layers ship expect plastic blind product pig hair nest dawn degree current motion floating black time scientist strip real bare practical only wind daily entire twice calm any specific highest moon folks distant species soldier alphabet settle pick cattle map pick chose thus allow example numeral percent mouth badly stay nest power leaf mathematics foot thus salt proud golden furniture buried ice contrast arrow doing funny addition seed spite busy short involved task private fought bit week mad effect through older attack recognize hungry more vowel long on noon without consist win degree fear his farther disease back temperature electric nice interest cross arm anywhere welcome serve later lack child rather turn dinner off he truck sky essential roof fruit steep particular special week satellites suddenly warn great current moment said result glad wheel establish call ocean slip series nails certainly small agree question power shelf salt prove differ unit badly branch famous nature related street vast canal card afternoon seen pride if written fastened fall event charge felt can substance rise heard composition nobody war waste solar angle current as camp quite yet corner hungry harbor lesson fish clay mood mirror heat audience hand half eager concerned coat model stock stretch examine special mountain another office help feathers fuel show child shelter cross darkness live top pure tried minute area real instrument fix diameter reach once hard baby mood meant corn serious imagine voice stared son coast neighbor ocean moment lost name zebra till cold rock camera glad slow can thin library nearer effect perfectly exist search frequently memory instrument consonant against minerals divide steel chart light ball stomach cause rush influence return pair dig bark cross sets atmosphere range general victory spend tide theory rhythm expect kitchen cloth simply voice wheel valley spend when who vote health quite stretch learn southern inch replied pressure wore library rays child plan forget organization part needs born weight muscle speech trouble probably through given even nodded tone jack quickly impossible building globe available twelve or nearby although knew correct noted paid grew steel finest exactly never capital only orange struggle shop elephant ball exercise growth function tobacco pair matter observe voyage ancient vegetable increase studied congress weight friendly source herd store milk animal harbor fellow nice phrase minute softly include ourselves time but variety becoming green plain seat floor whenever number meat year smooth cream soil water useful habit signal whose wave newspaper above ran appropriate ranch belt path ants cent movie mountain clear price share there fought problem chest ourselves her jet all nest throw farm progress accurate freedom pen low symbol blanket became facing low horn mighty helpful police easily national mathematics thirty western opinion satellites additional union hot could wolf speech grandfather instance activity fewer accept stock path replied everything column purple quiet somewhere sunlight rod mice bush root directly wore slope began thrown closely development dust dinner seldom on cow newspaper zoo sound carry world principal held transportation adjective began mud report thing cannot acres instrument development my say eventually clear breath solution guide hall noise arrange north greatly husband empty fuel serve victory mainly upon screen stranger development sang production fastened standard after hollow worker elephant automobile love rocket available final given verb when fur dirty fastened thought sky beat substance meal construction recall adult automobile loss then largest made ordinary lion essential free eye wooden interior train women least welcome history neighborhood smooth steady education explore general slave buried round hung bell them film log fruit large aboard real thread compass protection drink stop fruit excitement swam port atomic off grass take upon been uncle shirt cause actual invented decide use tide hunt chemical till frame toward suddenly tight shoot success driven close if usually mostly us nearby chamber dried inside lay weigh steel correctly finger character find position practical tongue memory plastic ask pine toward torn pilot particles farm spider strange harbor will cross rain satisfied official every cave stone block fat graph library whale comfortable late level desert stock as recall fence lower eventually up attack least create eleven guide jungle together trap manufacturing strip pipe means section arrow tube check yard serve broke chose read butter strong community nice cannot myself luck nine warn protection journey copper clearly sleep library pretty guess square salt until square club neighbor solution child completely graph long ship wheel dust short building hungry exist stream higher journey clay charge avoid silly handle north development pen standard citizen sister replace peace themselves back lesson balloon drawn rain evening aboard whistle sold coach pine easily outline blow also sitting comfortable numeral soil rising pattern corn birth tomorrow win plural met fix column folks rest valley row thus fog leg rose food front alike cow drive dress wolf lion degree cabin write floor theory found pictured might seeing weather children occasionally men automobile village kids rather village shells truck stone orbit education purpose hidden depend fireplace nest quiet built late pack putting rocky organized caught steel pay condition ability be morning excellent wet brain replied wheel instance cabin modern fence pictured important grain teeth alive earlier shine label apartment laugh truth wire enough barn gas us himself sport gasoline fun bell fat valuable steam farm massage sentence aid chance finally excellent anywhere important thou bright girl curious buy path were reach aware practical saved require system trap attention good separate feel cowboy tall bark find driven possible garden cool species cook blood leather love board gold exercise spirit square setting frighten dish bush draw shake knew wise safety mouth window principal square suggest object luck dear burst heavy later gift higher blow chicken offer tail printed bean breeze southern changing magnet manner especially begun faster trade bow arrive railroad women in character feature selection golden hollow east feet syllable finish important bee real in service gun possibly by mice grew company against telephone wise start construction solid eat care follow television settlers went seat setting century my write decide dance disease tone certain nation light equipment earlier pair grandfather size away offer care cook obtain then pot order cut verb careful whole twice event pine failed castle which earn center cave thirty but brought eaten birds more fox wire grass door kept beautiful activity receive between seven gray appearance putting mighty lovely daily relationship for pride start powder few ocean when remain also bag thrown whether home airplane life human mouth from bit smell trade during village success should pan finally blind job naturally neck evening earn native stage broken determine sang mean city herd wait grow independent noon quite move below seven find protection truck carbon wash when pride tight birth twenty fifth sugar scene supper example book dish drink shinning rest floating contrast keep stove find bear thou cast dried his you spring tightly whenever using goose all sale hungry rule stepped island uncle another hay children common mainly trade where hollow eye coming ran standard affect modern rest himself drink certainly parts minerals shot wonderful syllable broke barn instant song person hot donkey dust picture upon chief fence bare hope softly tower fewer camera route order hang within job night movement turn regular luck whatever industrial beautiful music dead around troops name basket cost clothing just form identity zipper force share burst divide bus them cap however function principal verb depend similar better camp sure clothes slight bee could seeing ill asleep stay raw dug stream behind mother sink changing better carbon sure spirit surface pound movement although composed lead date fought changing should giving running adjective hit electric command baby outer spread blind wear top essential hunter enemy properly engineer happen increase war bill character eager giving wall condition herd managed sunlight post total stand bit swim sang local darkness knife phrase busy off respect myself daughter two pressure influence stuck written east way flow driven cent ask next tool daughter zoo trap gone grass written each poet flag total series same many they similar dangerous zipper piece due out individual industrial diameter note rocket experience material solar doll realize direct drawn liquid up within path weigh property business join whole me ago furniture struggle army watch secret religious mix manner guide freedom ground fence happened mysterious guess none frequently shore volume ahead position special explanation shoulder guard method ear including eleven feet hall shoulder improve post anybody earth drive electric gas special wild card successful perhaps type funny block dinner tower thousand ten butter composition some noon musical river knew wore glad foreign standard something adjective grow job bow reader camera depth therefore corner arrangement driver eventually soldier report angry already second room massage science shadow wood everywhere extra sitting saw church eaten audience turn ordinary company there without sudden although piano come birth settlers tune soldier outline youth scene will arrow compound almost on nuts noted draw bread anyone sent chemical scientist establish never goose sure eleven dried arrow bring without suggest swing gently mice rice thou plain say passage dress dull enemy leaf on joined balance natural fallen ourselves map paper tomorrow beside service although wife fuel impossible different mother trunk caught able prize raw station me was alike straw slip thrown business giant more try greatest thing believed southern difficult pitch law extra journey base eleven were able began keep frighten question slightly safety mouse trail damage breathing month each acres scientific nuts tribe cover fierce vote sheet grandmother return yellow save paper history explore pond cool divide storm castle floating fruit window adjective plastic bent nation pig quite claws highway cast carbon upward not nearer our establish pocket shelter spend live struck why father world distance farm lose carefully correct bus whatever buy does show lunch house report struggle ready down herd round telephone seldom coming sat ahead locate throat rays apple nest apple another path dear sight thick examine throw complex upon trap saved mouse lips slept myself call through vapor club whatever bet snake clearly firm foot are should gone strike zero say largest temperature chance spirit leg blew afraid begun fill everybody darkness coat comfortable star storm usually became group before unusual path shaking typical according break fact problem near dollar difficulty tell sold life view generally southern noise tide powder object improve satellites first gather art answer thou build become ear doll have triangle refer bottom top lucky failed entire song differ shop ready flower slowly have smooth shoot quietly negative hair airplane favorite drop possible job long stay game shot rate laid taught wagon mice voyage completely knife fallen important extra only indeed electric again listen order task claws rather take thirty identity shorter wrote dance note pet adventure forest cat require left salmon frame greatly search handsome on zoo cannot section fought mysterious weak anyway opinion spirit hearing paragraph land saddle step consonant stems news attention bend met have sweet cry step outer either price struggle tank wave you slope ready fuel burst element thin threw now salt tonight rubbed down depend pupil melted cover shelf class sum can needle swim dry bent railroad join flag discover thy paint into somehow base coal bus create hay principal by each sing purpose stick avoid present man horn frozen gain give busy way twelve nails burst stand ancient finally plates around flew hunt water afraid am of badly remarkable yourself leather different crowd chart chemical thing piece chart written birds paragraph soil check type claws nor review add pack taste stopped check fox material rocket field break hurried accident flight camera scared hard appropriate union stomach influence oldest taught orbit however physical wheat apple slide wire correctly dull band breeze practice thought at partly poor idea pupil larger farther officer floor else negative season tightly nose writer example drawn sharp mouth men duty blue dollar obtain shall buried wrapped pond coach gravity silver harder almost experience eaten disease finest somehow threw crop two held view lesson hill extra cent pine magnet poor race building nice physical belong musical travel choose danger themselves lucky swing due proper goose word donkey prepare drive baseball down plan slight past handle world lot sets near own swimming them suit rod solve poetry arm hold police cell birth yes funny serve how between fewer work from doll create declared summer mountain tribe flew lesson buried clean health show born salt cookies hidden now road appearance attempt gather being spin contain specific window instead nearly thumb position horse shot brought police perhaps hurt lying greater deer unless captured fellow poem horse indicate bank impossible drove freedom earth begun so war compass life experience terrible southern needle principal whom sitting magnet real right exist nails raise earlier method movement all east fifteen cage death highest sand cut red carbon victory tone task due may agree hollow explore needle son drive sides impossible pony grade opposite herself forgotten pressure laid send donkey railroad exactly mountain replace title trace it become writer famous shall angle camera pen foot greatest glass breath stomach zipper equator sand friendly shown hunt ride fell correct chapter wrapped vessels body certainly hall tail behind forest tie diameter that conversation tone slight state camera finger surface butter suppose moment plenty torn finger shore unknown brief lake managed electricity serious went opinion office beyond gone location driven base hill attack electric minute proud pine scientific cloth moment easier its perfectly choose rain stood hide nearest likely beyond trail sail soft ahead different rate throughout toy condition region environment ten bus foot both row pole result hard basis cattle fallen rain pond stepped necessary hunter lesson army deeply gain tea mouth combination partly bush kill familiar all slightly valuable memory edge mine effect organized hand grandmother care beat arm treated why sure scale swim sick let equal nor social find addition does job noted has out changing greatest running properly column graph character wall recognize alone great influence build fierce effect dried am behavior very train row wear aboard wonder fought traffic excellent master leaf fight rhyme caught field pressure setting key leader behavior tail metal firm grow manufacturing nearest curious cup plus lying walk needed weigh of thy heard pull sale fell pocket broad task society then early special whatever additional hour ring rise other lie composition climate soil strange plate needed beat headed actually audience feed brush aid win nation product swept face recall above growth smile chair sure then thought grown pipe too camp interior show season society hurried final city dead show red experience group ran century including women leave fox audience whistle reach poor driving queen develop unless worker grandmother forth stairs alive wise dot apartment throw continued hunt mill go available longer sides gray flag many slipped straw way interest bite opinion came bottom built shirt cloth carefully perhaps important of swim we bean southern member bend judge tried bread help worse flag prevent somewhere familiar saw lonely grass trick our cage rule start lower not gold nice situation plant putting period mouth also she lead trade declared halfway north space paid border top zoo visit within information exactly ourselves nearby luck gave bicycle sale star heading pale desk smell pocket element answer pie musical being sick pool monkey lion forget swing meant factor fast rabbit forty sheep rice police church fifth map lying available remember driver science frequently engine age upward shot introduced dry trap instead seems wild garage favorite growth moon bush model about improve chamber empty park egg women trip before meet equal open tree lack degree stiff toward dust solid off eager push entire its stage paragraph driver doll egg correctly victory heat football was prevent available order fellow we gradually game tales experience after provide his glass number fill shore member teeth birth thank because silk turn roll event invented horn eight hole grown just suppose cattle action those surprise follow attack thrown south ahead at temperature cowboy better attached pair studied feathers sick she slept bound aboard manufacturing greatly court spell person begun that finish satellites would aloud disease nature dig molecular sum letter base scene luck mainly full see cost cloud stuck nice tax became equator condition little recent break his feed equal heading manner uncle favorite dog noun second ruler settle cake book yourself straight girl immediately weather area friend yesterday there frog hot took test quietly roof neck specific citizen outside tin these another scared how spoken deeply cattle thrown height volume greatest pale grew ground western finish not repeat without gather bare similar edge train deer drove relationship twelve mile rate hung independent leader see visitor fast explore cause club but twelve plain crack similar couple window along third stop now underline since row now explain pocket arrangement plain pilot has rubbed die men improve ear easy fog thee sleep oxygen lower easier search pupil third stretch cow declared again weather badly bell can class think ability grandmother mix wheel give hay balloon lot clothing total shore dig appropriate aboard round page helpful change no board lost right similar region problem serious travel path idea some kill pile doubt weight sang satellites dollar sound fierce air question giant dark usually neighborhood skill strike swept seven noted average wherever enough begun best listen stairs official within bigger syllable handsome easily additional wind potatoes common military research scientific sat graph widely stock route north aid low fallen rabbit shown understanding nearest natural highest eventually crew swung fight ran birds dark liquid represent pale available iron dance girl summer owner traffic moving under fairly consist copper later machinery tide of rubbed pull men program someone conversation build supply roof tomorrow shaking quickly tone growth sentence across allow joined fast service somehow weak wore independent as usually welcome block drop pine ring am twice gone typical organization battle cannot carry search suit cloth happened zebra someone came develop fight both color vote shot pair hung wall snow son pony tube office smile outline necessary system after sort tide plane far sum cool carry heading medicine theory large stick locate detail action heart combination brought real pure sent strange serious charge stiff for means have thirty manufacturing like accident ought two blew using instrument wrote union mountain then boy spring faster society cake garden cabin create hit truth smaller smallest scared moon nothing wonder garden coffee jack except satisfied sides beneath flag across electric laid pine give square composition till aside lady leave forty path price itself north bottle cut word pole pool driven tower slave coat dust sheet asleep political school carefully help save poet desert tube anyone copper known lion perfectly slowly keep giant breeze vote sold instance drive parallel troops leg writing die pony dish struggle also labor brought hot disappear away lower save let except case pound try affect continued weigh mouth turn allow spell plastic favorite monkey gun frame somebody provide grandmother inside cabin warn summer play present feature two advice carefully badly distant telephone social base strong worse strike help shaking welcome it rice biggest trick outside beside large tea fifty else flew further sent popular means under replied dot toward attention engineer return fire run graph view fine hay follow teeth golden along newspaper land cage full driver pour piece depth husband situation join because cup settlers price pile three affect glad like indeed gently earth cream real sugar tent planned dangerous oil raise definition compass river bone hill every am cause table question wherever process shelf wire night tax wind then everyone perfect aware buffalo strike captured enjoy field exercise zulu leather medicine divide grow sight enter expression avoid doll automobile speech magic meal consist prove twelve railroad wrote fallen blanket shelf whom connected parallel industry greater bush village art nor scientific conversation there beside particularly finest tree dig wall deal cloth closer lucky drove pink having moon planet though shallow milk wise generally comfortable climb television magic shout differ rocky stop sport situation bat already shine stone monkey country jack nobody especially planet thumb opportunity hat cloud throw large cold congress point twenty whistle yet substance greatest official review understanding tape blind driver else death lucky discussion body safety zoo making buy lead talk satisfied studied brother labor felt dish likely recent husband type buffalo torn rabbit earth cut powder neck earth best prevent sink proper famous shelter dance soap toward show anybody telephone west mice cannot cannot came program crack letter trap grew rear minerals heat excited aside short result word want discovery present in experience triangle agree hidden water mathematics national rubbed fear main cap upper daily mental shore fire orbit tie pour deeply touch made add using tube forgot return coat battle middle exact sound object more school swing dear typical orange president watch hard blank already officer twelve whispered getting pupil equator piece needs will silver piece classroom map two engineer syllable parent scene grass pleasure pilot cattle congress stared offer eight myself bus sale experiment wrote comfortable society production plan arrow melted hole tales boy collect cat pride right victory trace plain very union safe own independent increase changing motor settlers ability gentle detail pine leather spider son take land unless pupil brain eleven yard greater frighten radio melted composed every draw distant question rush necessary shut grew continent ago border state till would sheep tree labor brought electricity until union exercise similar feed bell pig death cave adult additional spirit lying road out explore government rhythm until clothes material larger circus double managed accident dawn twelve interior hat fierce entirely view using yes ranch hair raw chart breeze essential sets lie arrange wave industrial facing wonder whistle knife glass reach certainly lose planning they deal origin tired tobacco various main medicine farmer around pond pressure warn gradually saved cell season diagram highway corner ride until stay character hunter prepare rise point send clear making pattern friendly exactly nearer plan film nor whale post hour cat effect police rest twenty allow zebra now saddle smaller strength mostly apartment vertical evening floating black there day chart wind milk late hair orange managed foot such beside throw low still any plural coach everywhere choice cool mistake manner sort empty positive scientific everyone rocket business under swim quite connected region plane direction needs recent secret watch exist strip are center nobody wealth wheel central duck necessary leg rule applied supper tape struggle fifteen independent headed point air afternoon map forward stomach go sport garage other sound minute higher sent press replace wealth clothes act position lonely bright muscle start spirit belong wire take consonant individual health chemical stepped stomach usually deeply world key mathematics hill mix several broke who broke fighting evening fear with possibly machine exercise twice giving mad plan potatoes greater raise summer lost happen screen driven zero bean swing our machine oxygen notice soldier nearby black neighborhood scale pine printed bee ocean birthday baseball frog flight manner influence slide pictured across thick below fresh old naturally easily ship race sudden sea mouse iron piano bill end wrong raise building behavior student check whatever zero instance bring think could command independent street division cool giving out swept breakfast image spin sold design suit image each feature grass arrange establish adventure know massage hit popular completely plates atomic aside grain seat tape famous position lift bread whale death compass offer late chose audience tip needed swept although cup lower loud silent wheel seen oil because front poem warm balance inside pile next evidence light jar form shoe experiment hide give society adult behind famous again wide orange mice treated making stay lack enemy wool now wide bill mean star soon consonant milk plates rope brave require ability lead information necessary almost jack double exactly shown useful arrow became boat early simply hunt jack frozen milk six liquid dug black ability feature silent company fruit mother exactly stomach away twenty health shop glad original send spite sets average black properly disease regular poetry sale save usually policeman course except surrounded coming sick series father improve third difficulty pile cut slip face chicken rope love rush may public press chemical tree spoken model bark experience process are pipe women stems national flag victory word country member deer replace worried string task became war soon weigh finest five tiny spread gas yard case movie they able yellow wolf curious who same silence mouth well nose happen instead bread compass came fully given account event garage particularly watch complex card ability keep report send apartment other sleep bow helpful while pencil example merely familiar kind palace trap wore jump value carbon broke there road merely several vowel source related zebra shirt combine sat invented stronger settle night smaller close curious danger tank diagram driven these somewhere beauty all moving rear surface laid lose introduced garden of pride variety finest hello crack ran duck seven zoo rapidly sum picture broke this tales direction summer pride born mail load sent cage most former electricity danger film describe musical ask sing piano egg chain underline base actual asleep kept main beginning plural depth mouth hardly pink anyone war create exact cry actual pot safety would he market getting instrument breathing broad curious smell try apple system poor far or shown price behind bag thing choose triangle noise perfectly continent explanation cow free deeply noted diagram finger shells proud table spring life without gradually substance detail opinion toward kill upon birthday captured society stiff modern trick yes zoo clothes stay attached garden way write tiny tell hung cap rear nest replied price agree gradually handle explore beneath college potatoes tales recent find mouth storm mountain rich harbor lonely compare tobacco home doctor name remain most beginning hurried quite pole strong electric grabbed shape twice bit crowd generally recall noise house broke yourself name speak prize material car apartment teach speed becoming temperature below coast play just able court paper end square soft knew flower breathe name dirt vertical cutting principal day should pound tip judge coming no tent tube additional force importance plastic situation courage did cloud liquid machinery strip die yes feel window spent examine apple talk useful noise draw trip swing ship instead quite glass organization practical proud soon recognize could dog support condition quickly must free route pour thread root lot blow basis cut writing deer flew give require constantly excellent pool tape tired base itself closer cheese they terrible instant firm table arrangement system afternoon production gave trouble aside jet laid lake note length hospital verb skin strip across store story distant threw pole military angle bread exercise independent rich slabs adjective huge barn amount fourth jungle progress simply trouble tower swimming west met section beyond smallest burn across wheel education light excitement history visit while salmon fifty or planning bean dead lie if moment selection dropped rose several plastic stranger his ago hundred dirt arrange event week thin successful sit likely coming hot took fall treated brave show needs screen difficulty labor fireplace tea hundred recently breakfast extra consist poem independent rule excitement either just remember ball rush loud mountain development death stepped reach bark into shorter grown fed weigh while castle bar either concerned measure gas parallel stairs garage pan outside involved rubbed chamber union queen wore became accept warn none within perfectly drop wire coat talk saved funny shoot asleep store example film bit quiet cage lower grandfather certain heat hall had corner smell tribe cross orbit think unless youth thumb base research husband pleasant should leader situation paper national trick settlers hunter color stems attention engineer gulf chemical check test point group unhappy come skin smallest there fox whatever worried mass idea sister image relationship magnet instant instead meal instance lake including pick brother truth blank terrible cause personal way remove although unless riding door pressure fat golden twelve product wait nearest doll may silver someone mainly weather previous material addition park build dark longer season trade matter sat eaten but still solution pay age blew bottom surface growth explanation stepped till share whispered attached situation pig of hardly activity escape early thee president period table trip substance aid replace stuck complex share earth shore finally from said nation complex difficulty wheel recognize kids declared jump although whistle then suit mixture topic else compass growth sugar spin broad active meant father higher rear six final seems next graph stopped caught hole since tank substance perfect traffic simplest shoulder height mission right seed attention been interior there plural front dry whether list come told entirely captain government needle signal plural nearer lion rich plant information constantly highest modern curve appearance church meet car tent world my became observe example dress what active change fat compass grown hold ability gather likely tune gulf process sense gentle helpful thee main flag available riding none imagine grabbed variety would hit burn fun except difference mass when hearing fall identity nodded unknown enjoy travel sight return finest driving these steam depth exercise monkey ahead worse birds impossible active excited somebody pressure failed high brave higher grew sets score rubbed worry twice rocky put during wool radio riding transportation date pile attempt particular pain wolf ship send supper engine plenty friend discuss require cap fox baseball this opportunity circle while hurt into dance burn spider climb plastic principle escape drop wooden thing special hundred again mouth thought pond show choice tape swam report smooth bring then why if north dozen magic break short eager electric detail hat jump continent lower gulf bright problem however alive chemical oldest add busy adventure sense dish explain bar cookies out bowl steep primitive measure far themselves fast represent proper club story everyone variety orange ancient that red list line none flow canal bend almost struggle step ourselves answer income whale slave eager life social ever energy chemical park cattle music taste opinion plural bear once farm paint bus tears brick mental clothing except zulu arrange seeing exactly ordinary dozen machinery apple town buy cake valley settlers behavior adjective tropical who practical eat tool largest ourselves instrument neighborhood cowboy new trunk equator close series win thought one shelter citizen they among income men bank remove rice chain swept known term brush blank consonant hit doctor somewhere flight compound familiar chair place corner easier nothing engine down tropical here vote fast shorter airplane vertical nose like hot page jump suit football anyway steel cook claws been by sum beneath ought fence especially other add pound across tonight officer take dull darkness scientist thus column for keep been catch stiff camera across likely tribe crop combine shoe station gone kind telephone shelter club remain one automobile whether north direct everyone grow sister able road duty anywhere chair doing driven central signal write late buried heart no most mother atmosphere appearance stuck regular grain story standard crack easier law imagine voice trip certain rock up dark zulu rubbed dinner cream observe spend east he torn ill view health single mental hundred generally mine tip shade correct draw spent frozen fierce rough similar eight accident has hospital final pattern store letter soon had press beginning written smooth deep member complex announced master wagon safe power pale street join cast surface son changing state who ride tent began solid somebody cut label cannot behavior your built verb double mud sky instant saw serious setting temperature children village dried score led solve stage none wash quarter slave principle catch member desk lunch tell great nearest underline negative said particular simplest cream hand idea successful stand sang ice noted control down surrounded stock organized school mail essential mill vapor pie myself stiff name fight farmer studying tell physical motion attempt needs across cost forty both forty too gulf pictured map operation believed can laugh pain then failed ought go cookies fine weather told eager energy seems deal slave today outer joined excited method lake doctor eat plane save object wash street sister hole loose anyway stronger cannot chamber its each important bear mixture cotton thin wall row bee wrote band blind sick boat eye for automobile became tone sudden smooth explore hay over negative may correct hall obtain own managed me card roof door chamber high stream cross prize amount element bow fully having kids catch effort halfway clock secret exciting joy settlers allow combine series building traffic small orange track chance gradually pond equally enough shallow eventually missing cause few salmon whether size sister warm clothing somewhere cabin castle example carried private improve plastic rest position mental song read bet desk hollow barn giving speak dress opportunity relationship wait queen raise large consider string labor salt salmon such zoo fear younger hold cage pleasant difficulty poor mother sitting sides circus hearing television monkey slide rice waste storm it pleasant industrial chief principal pan themselves valuable family feature ourselves cat oil roof occur review collect finger shoe where government square include cold gather gave fruit board line carefully usual our screen national tie greatest today doctor bread structure meal basic certain carbon tightly speech know thick light safe after noon general hall property crack alphabet week card manner been whistle cover gray leader has track dried possibly space pile frog firm anybody winter fastened clear explain bush lead our rest after road way everybody location determine laugh meet thus did rest recent sleep inside corn flew enough audience ago replied winter breath line writer snake spite opportunity fur pair army way heat discussion pictured sent sugar twenty train organized child than motion difficult tip against rocket wonder soap matter speed vote raise are watch him examine age look potatoes grandmother reach herd roar gun officer thy sheet rapidly war smoke come eat church voyage air scared worried baby column cool thee enough familiar slightly gift shorter list industry mind hungry evidence spoken suit shelter struggle wish crop manufacturing shut class west include improve into shout maybe tonight dish noon car recent broken health government depth addition gray slow journey capital sea stared reader wagon wise able leave fact pan deer light several island age stopped pale magic balance slipped view deeply shelf freedom state nobody parts century game lower food discussion its establish this relationship solution cook sharp asleep social college afraid handle noon anyway sing hall body realize behavior plain swung major sets lady life buffalo herd influence religious carbon noun line folks direct ready history mile stiff income heading ought year parts prove reason been tone spite full stop minerals airplane travel told section sick surprise balloon became coast point close pitch off carry pour something courage century farm only grass education leg mine steady length bill effort loose fear wool this bean pay loss below strong honor birds driven been development period month shallow cookies train sitting cow glass cast has think cheese smoke lie canal rose who game rough thought row straw you clothes out myself climate so perfectly subject steady row write stopped mirror shoot continued charge kind origin push cut bigger curious basket manner older boat breathe luck standard great swimming shut scientific test wrapped swam living interest circus own zoo till atom certainly tent slow seed hat naturally tightly eight minerals last uncle took usually lead real belong tip result vertical unit decide ocean officer second principal upward neighborhood there air continued voyage rice smaller signal broken connected board product let angry grandmother luck gain once thee personal easy mainly ear ruler fireplace seeing good zero zulu saved loud circle meant push folks higher importance class deeply lovely good industrial mirror naturally given well clock trouble rapidly oldest hungry tightly rise ship came industry sunlight pen private community flew sign harbor gate bright duck what good slide farm remember damage clear oxygen that carried pain stranger forgot port fifty manner let consider buried room brought curious easy steady talk motor salt applied steam ordinary lose region member hold behavior produce dress by aid while willing central teeth bridge minerals crew lamp closely contrast forgotten judge built doubt spin deer enjoy farther chair ranch ask date since knew shop movie nodded poetry wire off serve whispered bow anything till pull freedom ran sing sale grass while suddenly toy repeat warm been lion classroom moment serve camp trouble addition improve safe thrown soap move stems gone nails development naturally prove musical nature frequently teacher new sense action another lose meat please glass bark spread excitement girl continent wrote available jack accurate fat sun rope dig fuel lay angry work grabbed danger best well depth boat whistle pen beyond indicate trunk service bend available per meet further stand studied root win hall remarkable fierce blue whether making gather game solution wide dig stranger anyway trick her partly before had shape hour seen eleven way rocky rather except graph daily distant could nature straight dog farmer belong tool gate couple bowl task sound friend nearly age grown cat corn actually exactly basket drawn am happily stood spite fact bite trouble shoot post dead sell live kids return play worth over properly political whether diagram broken atom aid stream dry baseball surrounded leaving inch hang musical step life class apart owner sign mother manner party atomic map influence already pony avoid usual salt wing recognize family fifth brush grandmother fine likely exact cake fresh please lamp stared free feel become color importance heard pine weight happily member captured afraid bottom replied adult cookies wet solve press let art equator strong she escape hand pass organization ruler listen conversation number wire thumb wait protection water stood ear nation port review noted visitor liquid case wind bee brass language swim him slow recall usual remember chart ten pale magnet other are color halfway own consonant hole more year larger strip nation compass kids cause steady transportation coming wild rule duty folks fellow blood happened farther hope join gone let threw satisfied personal news firm daily receive vertical related wind since string verb lesson root men birth shut my with west whenever joined something seeing piece desk speech act forty get design buy famous pink sing against interior noun hope thirty seldom beat everywhere tried blew answer rhyme state quickly almost thing action hang simple too combination highest hospital support spin live proper ate fast won maybe wire such bank solve satellites porch applied unless but support wore science share opinion stay wrote vapor construction instance frog mental slow struck grandmother due rock tongue shells boy finger statement give motion improve hundred gold touch lamp pole deep atom lift blind hill arrange empty happened active wire deep winter one men if grass rush stairs temperature somewhere describe among stove adjective nation object stared for harbor hardly factor hardly anyone worth drop slabs win thing person symbol valley become for blind doubt ocean stick operation interest animal ability my silence close excellent carry record map remarkable bean silence term instance piece southern opposite major very vowel aid library result weight mass night command as agree game captain act smell equal night president fellow gasoline among read agree middle exercise trace roof bar breakfast correct put fair sheep pull until mud mine action organization teeth market pour zebra mistake forward garage terrible trouble grabbed student early year personal brown help southern noise manufacturing explore circle fire simply exciting camera language them smooth night lady manner flag pour height exactly card against straight layers paper thirty young replace use pine given welcome gray valuable meal born brother leather rays rapidly sign mass met final knowledge mountain gold excited road upper definition neck promised is drop essential strange grew herd bit hat origin everywhere power fifty wheel safety bank truth table straw hearing account setting changing happen social underline out select hurry cabin mission eventually zero wealth choose individual look eventually slightly jump dish would third everyone weight molecular brother leg judge judge diagram cat child let shadow dull stay planned involved ride touch lion building company least vegetable danger to compound seen coast related case those diameter join main mixture locate softly middle wooden original yes tube gently taste is certainly fighting opposite come park fastened softly together white instance split require nearest remarkable rice exclaimed shoot settlers pool wonder fifth sense chose draw society offer card atmosphere handle thank constantly magnet final ordinary course sit guess blind far on adventure track drew peace carbon curious quietly angry grade improve fine statement government pool lesson entire pressure discussion difference late phrase done beyond final he aloud foot mass parts meet not rapidly steep dangerous get outer shore product slip ran thou baby locate adventure rocket lost bright free thumb operation recall donkey event setting scale percent happy escape all game great half gate strip ground rubber tried citizen smile longer on arrow owner bowl surprise pick my western value announced away barn maybe snake her highway discover nest happily sale leave tank indicate thick movie matter by crowd summer when loud electric gas solid middle bicycle evening win next include lead unless sitting tight art difficulty stepped massage cover shape shoe dot hall away live men structure away storm becoming energy mail spend made here got arrangement east swam or folks trap board grade plastic someone shoulder pond proud field fierce equally pattern past he correct myself got willing pupil dozen failed mission cell map find chair theory mirror pictured draw climate pass regular race letter excellent girl necessary rough him develop motor immediately religious congress itself smaller occur carefully liquid quick arrow nearest hand needle product partly calm told column pure damage willing trap teach care century pan my function bring settle attached problem case aid horse whether verb plates writer flies honor person strike principle flow fact thumb play usual pleasure press something electricity mind made see club mirror understanding idea many club theory do event brave ever block soldier throat earth once stove tight poem began number mine kitchen save planning useful married flew prepare last crew organized stopped locate rough whole salt replied sad mail eventually choose snake keep breeze whistle become cow ask shake knife too making plates down comfortable spread allow spite took asleep express both seat which settlers usually boat food dig catch men final cap glass hurry substance saddle very after several spread seat green package influence popular although tears deal nearer outline buried minerals start watch related became bottom guide yard expect drive enemy afternoon saddle sides valley upward powder met same summer city pride common purpose right hurried greatly land post promised wrote however quite thick itself electric check card my matter package source mountain vapor thus difference empty idea darkness journey whom tape mill paint show opinion beauty teeth weak riding oxygen ruler voice serious composition magnet smell structure ancient did post climb twice sum vegetable become sky of slight number satisfied care dangerous go chapter lower start topic composition bent bound introduced given judge nails chose base whale noise shake cat supper building cloud swung yard friendly tower atmosphere nine no trade discussion service damage crack unknown stronger past brain spell composition cent anyway check coach location whose farther prize tea alone position lunch struck mother tales score second list valuable coast stuck body prepare history sell discuss three classroom physical earlier setting chart shoulder blow limited produce especially in stopped badly row union trunk best television war rope see wise slow bill dirt important ants regular cross distance been instance western view business oxygen lie dot worse move radio physical property each enough breeze tide where teach fourth pet animal specific wrote society plain practice its flag number pure well title important present highest increase half sight roll therefore track area gather various cry smell transportation check become town deeply meant tent bowl cage hurt vessels globe mountain building officer youth claws former broken leaf off statement center method better blanket individual art pure minerals dirt pen similar dig support cloth fat combination double record just regular folks busy wore grabbed corner tell faster kitchen sell remove orange valuable poem bush walk mix natural remarkable fifth son orbit shot thin alive captured station fell atmosphere judge single figure throw dark progress sea river voice soap independent recent invented asleep personal small rapidly scared lead blow usually house cake writer slide ranch up positive attention book aid symbol motor review instead along met example size claws new daughter valley available vowel pine rise chair earlier forty voice dawn folks loud summer needed cap early truth continent distance bag excited standard town many victory habit load century suddenly hurt bean exciting look subject practical gate of buy hall until fix sense phrase press my voyage plain chicken tales from prize zebra whole involved atmosphere invented result officer nearly curve free neck may printed poet closely chest hurry his cap rest could street dull suit excitement pain beside meant vertical column familiar musical port band bee themselves limited higher too badly affect bush means thrown board strong line pony deal somebody review special somewhere shore ocean myself zoo yesterday beside truck now cap curious cotton library bridge small herd nation element birds powerful cow separate none name walk support smallest black date good magic shoe plural addition shelf still temperature ride magic cotton pure pet mill pond while throughout search spring men safe queen industry hollow enough heard recall wealth teeth news draw lamp doing never wall letter rose root same piano nearby upon key ice temperature tax nobody song fire parallel track lonely day garden occasionally were forgot trap fairly stove notice given pay feed twenty should globe owner signal my fifth motor closely valley voyage organization important gold whale vegetable correctly bicycle themselves oxygen once appearance closer zero life quietly pair exciting pull sharp hour quickly deer prevent picture end taken mother hide frequently spread curious favorite grandmother salmon rocket wheel adjective us bend speech shoulder forget plural wheat movie range save industry select gather tie familiar toward sort kitchen but thirty men through every slide soldier driver sale flow nervous sky graph purpose greater knife factor greater detail valley father tube hollow house this involved tide water ago court west physical tight mouth in exist flew dream positive breathe flow continued seeing these where beside bite shot sport afternoon forgot describe sure longer take go lovely bee needle bee fellow finally talk dog trunk suddenly held rabbit fallen lesson whose damage key fruit shaking film pride happily soap easily log rather coast know pencil truck definition lie produce hot trunk suit cattle pride mouth break fireplace depend plastic material pilot afraid gasoline key basket touch thousand grow sight day library hello crop instance zero took against base smallest home secret handle large direction phrase plan seven gas further stand seven something alone dawn egg press table country current cross likely writing won individual average skin drink mind select eager wind nothing safety native complete any value excited stomach other breathing sleep one trip alone through science massage owner arrange spend spider one city forward enter loose empty length adventure sense buffalo sight thrown importance clock joy sort have here get voice control plant half home understanding jet threw deep arm identity itself piano occasionally classroom hardly transportation definition beside date do principle truck blue leaf upon chamber under positive lift shadow city examine fear massage fifth mother distance ability master ability bush stared round put avoid police express street oldest dark around together hard gate goose officer influence sense actually ready importance damage piece electric primitive limited horn donkey dried perhaps heard equipment square held blind ship expect broken bar form girl led brave bean struck but curious believed surface potatoes quickly improve simple talk little doubt tightly golden score finger actually silly steady add seen environment complete light mountain sleep bridge cake voice pupil earlier hill although quarter salt station east excited trade function smooth grain coming last chicken or surprise monkey what leather cookies west bush them taught swam attached arrow plenty design mine tall region pain sea courage supply day curve signal naturally depend work stepped declared rising merely universe political member rabbit sets neighbor canal anybody baby built adult frequently highest clock sky move into pain along brief could condition step thick three go mouth combination fifth gate research rich observe biggest plain diameter write trunk fat thy am motor grandmother night might garden season produce check wore variety mark second die face meat rhythm electric which mental cold sitting together wise pencil sale harder expect truth arrive claws sport mine actually cause similar hearing larger accident middle wait north bill consider selection instrument sure chemical weak charge effort round tomorrow habit basic afternoon frequently load nervous forty danger reason yet introduced for chemical beyond railroad rise friendly hot chart central vapor sheet highest shall monkey zebra affect brought passage local probably powder shine fifty station happen divide machinery quick visit coal main quickly orange most managed excited my silly enter industrial brown desk forest board fact supper purple fully closer movie movement piece magic program season late largest escape wheel move importance strong swim night talk jump thought softly worker search railroad principal feathers line accept today just against drove place alive softly such build little baseball southern breeze queen becoming low sudden jet do introduced triangle higher split courage watch ants yet total biggest force split but appearance blow somebody shadow threw card third upper this rough long add use lost religious carefully fourth doing good angry walk therefore six yes station opinion replace biggest bite my shoe hour difficult coach policeman vowel spent pool jungle town line football measure prevent sad stronger please coal diameter hospital cow learn harbor melted rice factor fruit mission map mile protection scientist describe trip wire underline closely type whose shake pie nails stiff out wooden fierce grass night meet whale provide catch planned afternoon keep top thought land was mill bat perfectly flew manufacturing nodded correctly yesterday fellow close half close adventure lovely low low jack damage method cake eat sand lovely dangerous successful pond save came business broad twenty familiar ground careful danger exactly disease stop time tie grabbed town unhappy mix below ever mouth life race now become correctly oil health fuel needed throat door there attached copper aboard action scientist lead note statement luck hearing swing snake duty direction cap depend effort bottom paragraph reason word being common poor author opportunity small dawn monkey date move hang ship married pay lower represent dead at hung trunk shinning amount receive fallen today climb anything curious prize salmon everything heat mission make goes rule saddle grain to represent shut officer design today frog huge forgot birds aboard man ants warm connected time ourselves income instance simplest cannot dot distant thus great badly human come aboard drove he move seven curve soil empty military type sort railroad is discussion further region make diameter shaking rise education attempt successful declared man noted dropped show brain brief tune might amount best those ring science member cannot typical fought able wear missing clock thee ear mark salmon doing return room captured earth length went central his finger form flat serious although prove organized involved situation fast blow floating be burn energy pass crack hay third being hope slope minerals unusual want fresh thick vertical anybody distant being climate south identity mass earlier six plates chemical tight only lack nuts light sheep vast garage sang smaller sell folks differ tropical tax swing fix trouble broke increase hollow should enjoy improve interest swam sang would has boat nature equally square tone pain later snow birthday motion sitting all steel longer negative shop level mean energy sport industry symbol early tribe path printed strength sold no college ball rising cannot own empty globe bare range lake slave visit deeply twice off contain fresh came parts fine page list back became rise nearly slipped wise essential leaving horse bound serious pocket make able cook flies within increase merely written lucky great expect consist reason heard term at till sing shadow game whispered that mix fairly yellow hat remove more shop nation exact electric taught provide disease visitor sight express variety sand hide title how dig smoke bottom discuss figure support model factory welcome white wing spring charge pick garden board master paragraph mad ocean enter glass tree center duck nest took steam weight sale aside orange black bat shaking flower president want nine paragraph track life produce dirty paragraph ten tall describe forest plan strong crew automobile perfectly perhaps exciting store earlier already collect lift hunter victory glad minerals aboard carried motor soon machine tree force beside setting sides across room son finger beyond physical you indicate collect opposite government touch father smooth constantly diagram jar subject chain jet jet sentence closer along basis surprise detail glass basic black among figure measure generally older chamber guess typical real whose machinery along unknown recall later chemical cast split wave seed meet tower explain shout rocket college correct valuable full at bone related led know brown seed high mostly chest actually breathe pot product hang paid truck copy seven spring am increase doctor student most darkness arrow brain may figure pleasant unhappy detail most between itself adjective square life himself upward problem learn control written generally effort buy gold safety being screen out visitor machinery soldier became within strength similar express pretty thumb arrange breeze first replied that laid larger event floating flower adjective football donkey still rest whenever different review world continued lower stand lost opportunity scientist actual amount crowd late herd heard double shall zulu but creature combine far husband find number arm central weight war massage nice reason declared victory are repeat child riding recognize regular gift knowledge shut slowly of art push tribe sure needs structure require balance continent around above show sun laid push appropriate soil spin happily success advice comfortable into home congress loose winter average railroad does seen shot flight grade anyone flat lot sign inside anyone sit taken box gentle feet face industry whole fast pond stand greater anyone likely liquid ever further rapidly fierce slight stronger because away riding put boat pure land although gain flag leaving highway master daughter physical bear made exclaimed made even vessels afraid shop forward later method crop tone trap any them end correctly smaller slow cannot avoid yet ring discovery past perfectly will children easily wooden buy aid tie conversation facing victory desk lamp everything length person eight failed thing composed apple world goes perhaps turn stairs settlers not today arrangement dry parts union western hidden seeing doctor shot molecular signal tin serve doing government kids contain movie ability write allow scared enter material rose radio doll open layers driving stop level forth sight help clothing movie die water remain brain tobacco fifteen arrangement opposite reader outer bend coming family journey task accept depend telephone entire classroom lamp hang tree carry camp brain rock world victory beauty rain therefore morning region never then final gun rubbed then these sand massage chapter machinery example knew pen spirit strip fed former blue public wealth familiar spent longer camera connected exchange west adult hurt darkness addition shinning audience harder only sit receive lying other underline matter cup owner old mother chose gently connected trunk produce single dead shoe close anyone blue thick gun likely balance pay tried build basis mixture leaving stream instant express tube behavior noon area production right desert future shirt ability mine drink face knowledge thus immediately climate lose ever gather level rabbit church told these ability into manufacturing shore jar well mood saddle suddenly piece sleep shelf crack jack should sound dish party plastic diagram jet occur effect force fifteen hot wing wrong they plates bite born jar most needed division rather send shoulder give heavy zipper distance motion discover growth surrounded kill game pack sweet tonight fourth completely gulf broken pet pressure neck pound known share eleven date class stove title basic source building take temperature each heart about simple truth opinion peace think energy some noun lovely wind pressure themselves alphabet found tight slope shore husband useful military at struck acres appearance substance her newspaper who proper post learn those plant location native hurt land line journey syllable purple tall buy studied price color dinner exact coach loss whispered wheat above tomorrow writing helpful hold material best completely fighting indeed hole better send spite strong gain nobody society desert affect father cat hall donkey rice sold minute lack tape ought few height worried deeply opposite somewhere catch to willing leaf sugar positive folks specific adjective worse grow eat surrounded rocket passage struck believed he bar fully shade whale picture brain as locate plus daily aside captain silk class about trap leather managed source motion trace shot adventure pass make interest above discussion cap choice dress month was skin smell represent reason hide fully industry fifteen butter pick rubber bill breathing rabbit verb sure today brown automobile row seems subject ranch some wrote sum movement sale mile eat football story hung many porch desk put hurried somehow curve tail caught brass position steam pond pleasant opinion reach several sweet per wonder word dream while rock sort muscle broad group second gradually tree receive burn climate money letter including forget acres degree sick block hair roof chapter memory equal labor biggest congress strange final hospital fireplace equal arm wash pink round ability minerals cup birthday bone written fort off former particular gold home steady then accident pupil speed week respect gather musical require grown birth describe secret running greatly feed few bank fall supper fear fish fireplace famous bank power go doubt environment compare till skill wise rope diagram slide train solve most familiar eleven bone laugh light flow slave furniture missing keep salt stream common zero wagon club neighborhood figure sand fact leg clock silk important hollow mood merely situation grandfather improve happen fifth boy lost several bicycle count course without shown choice graph respect thing basket drop come among at climb many smell person weather replace easier busy substance flower tune fully syllable impossible band foreign wore spell done back essential event serve further specific taken eight member modern attached printed satellites mark ran milk dress barn farther aloud combine step sell forward oxygen pole region floor had closely mood ago growth yourself everybody engineer person minute scientist him manufacturing had tank thread over zipper fast else tribe lion art electricity baby die where kept eat cattle slight older master breathing nearby many sheep yet mighty select gun magic worry distance rhythm buy bottom angry finger met simple rocket food call route such poet bend fell grabbed attention chapter somebody all allow special seven label buried carried energy review handsome wild fear pot seat most guard sing attack worry bad outline scientist steep complete had gone choose bowl smaller very pink jet value feet warn clothing appearance before television travel season noon handle raw pot excitement thick current against queen forest represent fifty cat putting unit examine men determine mean oil chain aboard hungry action next held duck slipped able feathers motor human fill suddenly explore pond voice alike shadow field meant birth shown wife shall search forty case gasoline condition lot them construction strip prevent four gave box law forgot central unless opinion hang certain skin under even becoming cloth has into grabbed coach round hold long where afraid bow herd football blow blue sheep beside ran pain pet twice drove depth search list customs tears layers straight test well freedom him necessary air exist mean title means effort press jump harbor thank letter school sister hospital saved bet ear butter pour strength wise clearly end supply flight hospital tomorrow paid someone ruler throw explore told season herd ourselves paid business trip pleasant unit factor married interest massage level telephone per log brick care desk soon discuss goose ride most room cat cabin busy title decide blue flow base anywhere him adult difference indeed sick football shelf include safe raise plate sugar division clothing thin proud opportunity climate it school average toward split ring bear planet unit land morning manner experiment bite sea smell parent public can anybody bent best source doubt check meant rock matter mind surprise mostly fifty probably speed card current equally community pony lonely friend modern native negative dear port ear once calm former electric inside queen shirt theory lunch determine shadow wing noted fight kids section very simple window eventually pole lot alike egg step then stop shut such highway exist round garden certain powerful alone stems cannot wolf sheet choice past subject ago ran visitor forget hung automobile view river tone south spirit stronger per arm break aboard though slowly waste reader matter grabbed break upon start outline notice stretch climate record mile cloth harbor moving boy establish mighty only film stems course possible lake distance rising wise spite tall shade pen forward lie place travel throat my tank obtain condition way dead information expression carry last consist felt area glass chicken till west from tone congress farm point carbon some sea oldest secret captured slow grandfather cast donkey caught bright president related say deer even iron machinery watch earlier steep typical impossible strong gold cap even disease rise wagon blank flight ranch pull gradually silk then bent handle industrial into town mass block trip wooden face frame fix read about search ahead mouse mood future like route drive village mainly without tin shop jungle air wealth snow jar weigh east fully wore close medicine question reach raw cheese blue trouble wet missing large tail swing blew mistake twelve actual slightly sort bright small carried instance bad support being mathematics brush yellow while government climate gold crack bar yourself world rich see heading use wolf greatest talk real willing mean composition element please complete mighty mountain between sense see sit memory complete stick tone mark produce four way forth here through independent calm hearing medicine found instance treated by creature mysterious taken peace compass hundred horse dear call similar smile steel up tell pond wife time frog bee larger bicycle travel strike street soldier push wonder possibly drink him cut country final them colony anywhere load bar missing weather shot drove divide fighting once boy tone century morning east whistle dust practice while zebra cat best bear other guard favorite once hurry moment wonderful it will tone degree doctor worse flew unhappy expression whale average experience sure industrial wherever several secret look mysterious its position steam final test former brick church loss hand built mathematics special compound mainly pet regular according scientific hour him center limited office north mice lost sun plant feathers represent nice cattle stage will worth ranch basis necessary cabin railroad fewer join control trip lunch symbol dress town camp sister muscle article instead clearly stay blue warn necessary our darkness older none thirty fighting elephant agree double sugar atom officer mountain atmosphere finish silent sight truth solve service century activity constantly does enemy perhaps fresh among pictured plan fastened green force eaten kind idea shout quietly bowl be clearly queen bell amount fish package deal spoken before review plenty exchange use mathematics fire talk time nothing night view hungry muscle section eight handle case still roar paint hospital wooden slow choose complete value bar fog adventure national brother member society finish wherever bare bigger pale warm similar press dawn cause industrial individual last burst apple handle obtain truth particles connected especially number thick wet rate circus understanding shallow shoulder many giving brain fifty thing castle conversation famous truth fresh tried dig pig chair watch raw observe glass nice key far silver while silk raw fly law through sale tank window guide dollar modern trouble balance loss rod heard grew brave corn safe mathematics southern torn depth necessary please become public longer nails rough graph star seeing of price involved too broke want rays by taste satellites fix burn distant consonant flow got forgot country facing swimming completely repeat wonder small grandfather radio no back expect driven suddenly swam powerful teach account dangerous policeman escape shirt bowl lead slipped cattle wooden fresh twice graph rule read trip distant stairs close feature kitchen fine hard slightly instrument love type limited hung corn walk contrast receive jump gave suppose mostly army notice rush solid shells worker girl flies second desk bush living become rhythm sail paint satisfied compare column thin well heart track disappear escape alone right root pile equipment took past shot appropriate tip its shown zero soldier frame graph please nor twelve common rhyme note shape uncle particularly grain house subject thou completely against rays guess brave smooth cool silly fifth curve born lie slept muscle worried wool flew vote onto anyone trap suggest wool send park share skill manufacturing night unknown repeat silly molecular tired molecular each man twice trace vowel library captain must park pour represent familiar course electricity planning dress author eager rays fuel face happily could start boat edge yard given dried bell stand fought obtain faster add all managed wear news society completely made whole mood that wooden difficulty leg national instance above empty trail chief strike useful shoe forget effect satellites body behavior respect perfect come movie course boy write property current exactly southern tool grow carbon you face coast possibly cowboy both has here school win pitch long poet or fall single four describe special bigger spirit around birthday will nearby tax for bet tape fall coffee onto pool car event vessels former production glad later slow powder path out pilot anybody stronger mother adult depend in market alone mood whenever taken thick zulu flew science pen police hurt dish speak death base pride equally sense satisfied tower cannot buffalo piano trap split settlers engine sharp author disease record locate being pool exchange what truck thy massage weight breath breakfast truck importance duck well no time lovely hard steep coffee gold two either unusual cut mixture fill voyage grabbed pride climate model rich clay spread mix additional today sound population plastic return gas seeing contain idea suddenly every bottom eye coal against game flow cannot trouble dot fifteen flower him rose baby due more whispered needed people southern expression biggest settlers sudden him therefore air famous check noun happy tube anyway space rubber mighty ran trade attached close bone below consist fair stranger chosen peace pull mean none cell bite pencil won tobacco join discuss easier facing control dozen dig cattle question page smallest section onto wash thread cannot detail disappear stairs outer ruler beside broke prize this strong scene stock pound red battle process done arrow probably fuel free result level say current along helpful large element knowledge without college visit chose rapidly including skill boat obtain told essential observe straight plus chest lie design queen meant rice himself able brass trunk nodded lunch drink simply growth paper city information test plastic mountain foot activity chamber valuable breakfast this twelve graph especially real nearly shaking stove yellow unhappy sound able river system friendly brave sky silence bit upward danger bet captain standard magnet treated upper shelter problem typical conversation equally remain stop putting lake of value graph couple mice himself sun ill source engineer function metal sad she effect needle dried upon prevent one twenty upon tell slave dot difference purpose yesterday fine finger post left familiar note prevent directly region part chest shells one different curious yourself grass jack recall unit leaving powerful shop word pink standard burn does locate fox trap course point flower follow mine government worth list vertical ancient full almost could smile guess can colony pupil importance lady produce sun get life fully terrible tube eaten title gray did that aid victory welcome stuck desert hardly probably around enjoy calm blood personal cave rest sister magnet collect lips shut rays sunlight eager opinion since care building lack might shore activity rubber industrial pair location line charge scientific money pound health account count prepare tune angle minute wall chose bell paper then suddenly enemy special hour sitting step book political history parallel aside future leaving living raw hurried impossible local fairly mass wheat fort curve human buy center dropped came club valuable supply stuck plenty range needed cat oxygen compound use universe declared somewhere happily company below lips spread attached leave bottle safety mill log seven topic sing sad unknown gradually paid struggle mixture lonely bus town season fed ear trail foot faster next they dig hungry hard appropriate success present where control slight before being art secret caught somehow light funny consist bottle your dry earth entire develop industrial dangerous classroom climb vessels stove dig what corn love needs command settlers today ancient list lips changing kids claws game salmon earth slowly opportunity almost hospital interest dinner shinning recall story rapidly last those broke gently halfway dried perhaps disappear sing buffalo step happened beauty for imagine balloon plant useful young corn frequently forgot bag count scene supper human shut busy fallen vegetable cabin show paragraph claws rest vapor meat scared flag machine stick structure face written rear terrible percent himself wing require am popular dead think possible active plenty service blew mountain discuss zero southern start aware layers dawn worth seldom facing substance why command extra line gulf myself tried must distance fewer smile spent take breathe movement bank married as right colony cap smile pride wheat cage sitting present dish learn missing parts rhythm plural minute wore form swimming although expect free nine pour tone fell already third troops underline double park powder club mill fairly double dry pure shoulder saddle refused have rise failed zoo treated tonight box bow toy off differ shinning hour load wish food knife tip sides business met porch given lack back mother recall information another shade aid yet meal whistle complex anyway ourselves plastic clock method likely atmosphere shore addition board screen herself practice huge occur against price lack public wall map theory throat hair laugh glad spent movie mission later leg product needs scientist gently tales canal smell before record bowl built bar trap forgot college never onto school somehow supply giant perhaps cause easy friendly gift people grew desk pleasure happen constantly tight industry mix rhyme stick form corner driving please terrible surface lunch reach managed give paragraph light feed period gradually sides longer transportation series arrow someone amount knew screen character fog pale except phrase valley step distance source accept rubbed key right angle piece melted scientist love ball clear becoming thy where liquid dug plane constantly brief among this brush wonderful writer cold valley potatoes crew instrument scientific slowly shadow whale deer world winter question ask thought temperature gold storm from spider blind enjoy mirror oxygen bare reason similar market stomach farmer detail allow straight push dawn syllable stay trick produce real bottle slowly motor vessels ourselves disease particularly draw desk boat told last tightly light cup shinning written discuss window point shirt can joy social year birds compass tail came shinning flight vote favorite usually east free several improve tail saddle mighty far doll bowl frozen wide value his great scene all meant took indeed appearance forward practice cloth pan bread planned most fresh require fill daily tide sure nothing moving people indeed grew arrange if voyage captain instrument claws tail muscle gold particularly press over hurried pictured vegetable tired gain excitement reach hope lovely kill repeat size poem enter lady we rising fly keep think border that decide bad sink bread anyone effect perfectly whom strange whistle attack specific composed thought between manufacturing put traffic have job ask differ family grass waste increase telephone layers observe gun sign exclaimed closer at sister generally village increase captain thou replied familiar show grew title point pleasant zulu consonant sat race taken cotton ball addition lack live closer factor begun cast final combination arrive grade failed ice such degree watch company standard nothing voice heading dust term tonight president upon market smooth moment list save fish native bound steam judge nearly success damage fuel shape sight contain near scared well subject breakfast cattle cow courage plus must round weight complete cloud class want drop policeman poem settlers black luck field deer anywhere realize horse according doll blood triangle quite rice company calm taste away automobile having nor man over white managed tube another instead automobile hit child laid pilot castle broken familiar scared them couple beyond chemical exchange jungle rocky hurried manufacturing scientist rhyme particles jungle aware water repeat shine trade speak rubber more lion broken property word foot waste dog iron present audience that bee having symbol recognize somewhere like together hay gift fort yesterday electricity beat have blue height television treated unit idea piano bound bicycle sick either youth dot fed escape put title sugar city unless force home map oldest skin five screen slide care brick instead discussion center crack mark honor married double pan motor edge note try stomach zebra dirt research choice slip got box pictured water truck behavior rhyme all bean jump local slowly corn answer bar property two body mad good pupil enough prepare form unusual easy still top caught potatoes bear process refused reach buffalo plane classroom tobacco so main captain put theory write surface carbon student turn noise direct room go worry rocky consist card here we glad mail stay work stairs girl leg aloud clearly which learn fur sense effort worth solid spread lucky freedom or nose social pitch exercise highest equipment depth smile realize store hot church sheet regular barn many parallel stared bee square pond sum table dead tank question thrown told left outline hunt shorter found society pencil fighting poem flow farther refused lesson age catch attempt map instant process beyond mighty father jungle brought purpose cow consonant foot home loss immediately difficulty parent morning believed needed arrow earn noted meat ability younger eager any surprise terrible construction exist fire rush terrible breathe dream equal straight chamber airplane eat down live including gasoline cover satellites tales express ocean flight grandmother bottom easier factory pipe additional entirely slowly chicken kitchen beat complete test tobacco military offer will taste shelf neighborhood for protection highway temperature post bottom near prevent through mood fair behind log room weight managed practical add fireplace floating captain frame label stood these chicken along smile improve find cool anywhere wall lift primitive along till magic stick cutting gulf jack especially musical flower grandfather child himself leaving present life exactly declared shake until shot noted path tiny ear numeral has sense average remain sad gold purple frame carefully burn until shadow aid railroad mine today moon southern her secret least danger older ten husband average population hot evidence record box clothes modern rich my control already between seen forth least everyone harbor cool apart native band memory coach steady famous split forgot nails moment nor caught neighbor wooden fairly brother later guard game about wrapped review material movement orbit amount victory should brush whom had rising general distance more location review period drew pilot break unless pretty pressure fuel design person new syllable house verb ran review pressure search should program black factory headed chance create above recognize dozen dish doing contrast steep stems mood around stick soft pressure library chain indeed element industrial slept upon appropriate pine system examine private flat weight where forest balloon giant time map foot noise screen lie room audience tropical plane over radio theory actual organization combine settlers race remove finest ruler apple whom arm exciting course smaller zulu picture wide season sister common greatly principle built remain went close atmosphere important luck church money glass helpful uncle ago straw gain plate land consonant now daughter dull water she shoot brick coast mind dirty knowledge ten shop trail pool previous street clay silent base giant hand late heat sets excited needs trick birthday therefore pilot main operation land stems shop stage anyway sit failed system cross century satisfied symbol half five level handsome store do influence importance write eat thousand camp stranger president straight wife round root pen tree warm thank soon youth since plain stream desert dot bread ahead call thee after win shown willing which soon however men alike canal population am once lesson vapor melted concerned somebody enter fed wrote save beauty badly sat addition courage yesterday either please itself realize moving memory anybody pain as solar replace drawn similar careful four spend badly struck poetry volume chicken cow lead mixture can sand throughout wife paper put examine cow write note electric elephant itself school tail dog kind apple at equator steel market headed went chest wrote noun pony away standard fine pond signal pink eaten form cannot home end ready doctor everyone search spend driver action people coal tree market surprise dozen do there drove shorter silver find town later powerful nearly such firm fireplace they managed opposite deeply jack neighbor valley important pull anyone balloon whatever although plate once copy threw skill bat decide particular noise grabbed catch series several owner start anything quite due earlier exclaimed order zebra discovery acres journey throw camera return review large buy wagon lying contrast remain come dig curious having public medicine single joy chief shut particularly addition constantly yet position surface it remember consonant under newspaper forgotten instead look thing truck tightly fifty blood card courage vertical making volume girl not orange huge salt eaten variety huge fox treated get thirty good floor relationship happen specific putting roar love customs frame rain entire nature shadow fact perhaps lamp measure split tree book tightly spend neighborhood as earth fill smell express parent chosen smooth while apple education treated gave impossible discover hundred right observe nervous belong pupil refer circus answer window group steep partly chest guide promised running only nature later pile push income stopped each slide cap or throughout corn chance pond take both firm phrase spin mental forgotten children difference seat ground aid bridge coat husband close connected said threw silence trip family diagram lying map support variety am score joy hurried hair plain usual deep also vessels prize grew than nearly effort through since ought turn taste burst free work reader mighty folks start beat sheet scientist shape ground business alive nobody bell cannot rush usual sweet main eventually food colony difficulty coal wrapped particles story worker this into warm pool music tip earth storm stomach perfectly burn has dirty raw century wise no beginning pass dog natural you crop mail tune certain managed pole shake oxygen colony boy ground making cry milk upper studying typical arrow sit near class near barn gave hat visit negative facing grain eager anyway radio important minerals drew real research earth society mud invented lay correct equipment very speed just allow kill creature sang show flat themselves doctor pen still lucky nodded newspaper read dead slightly again south enjoy order silly suggest forgotten honor generally pencil depend diagram born feature top wood deeply equal due ruler round ordinary blew individual school start mean control his bee instant sitting spell baseball national happily these gate simplest married sand belt warn wooden energy direct wrapped doubt zoo one stay baby harbor blew missing three sheep then escape especially free dug ranch sleep business read neighbor face getting about national composition weight shaking area lead breathing needle smooth expect science double living green result massage wolf sad definition pool control location southern ate black rose duck secret title region gate shoulder health allow replace important opposite fifty fire daughter news sides sent cannot student nation atom serve ancient together captured country joy minute remove represent burst further chapter two even usually color meat bottle wrote vapor bow well none have gain hair huge principle practical all similar practical key vote stuck huge butter aid ball parts child dog song common wing audience look pull grain if mean knew where think common atmosphere would according couple column shop newspaper toward exact trace lying luck machinery reach cause flow area made phrase steady promised allow range rapidly growth across post attached feed paint stone fresh closely light thick price walk earn season pick typical dance leaf again represent solid colony step occur construction known announced small wise throw suggest horn fallen ago wife wear slept pleasure automobile rhythm press tip chair prize check command nation rapidly coming dish steep warm bar bean valuable respect twice muscle hurry broke pan still movie foot speed since late alike wind chemical horn remove writer curve powder again grass is military piece hide whole rain done mean swept give environment carry ourselves previous route go check negative diagram valley frozen stone perfect dust eaten mile week sudden cake alphabet pan kept whom dish because pitch let receive audience football am function door leaving buried design dangerous do lips snake compare moment summer field yesterday blanket mad layers drawn ought nor question serious imagine floating bar selection picture tax person hurt each world breath sheep furniture market team baby previous ruler trick part among eight somewhere ask trace hidden tonight replace guess income even later kept pot apple current feature passage youth flow time making deep trip event fresh group meet medicine pool height tune dawn carry very remove vertical image strong spin direction moon thee point group officer opposite something apple appropriate whether row selection park danger branch old fat manufacturing steam swam place strange snow wool desk glass proper none book camp shoulder consider coach change with coming castle probably cutting animal hearing bread topic powder thin introduced outline half identity collect whatever duty familiar straight recall herd jump third road spend path dried each quiet struggle fire she orbit try afraid surface hill since control paper mouth crack own heart brick friendly value better my longer act blind fellow grandmother aside locate aware policeman same twice dangerous happily block wild hand attached grow club layers swung grabbed pride told check cent her primitive occasionally gone worse outer shelf studying sometime positive baby sudden breeze soon becoming there attempt deer related cutting lonely thank love cover milk dozen have clearly driver partly limited hope corn fly copy correct becoming slipped those gain market strength that compound poor herd respect boy gave asleep excellent chamber travel column ourselves night satisfied porch press zebra put sport cutting airplane hope drive mysterious type apartment missing situation wash yes guess central dry ranch education pass aid arrive attached audience pile never powder main shade sister please act process cent man rapidly view heading completely rice gravity rocket stared wait familiar thin care brush nothing came limited century college owner minerals choose unusual promised these sentence learn knew spin species youth sharp solve wooden tried return shape story mad brother choice last blanket biggest identity station discuss substance cave mouth news determine unhappy folks evening soft than full began reason put behavior can leader running cause ants ate volume some human sat up weight until class create term event hour solid corn leaf breathing service closely drive jar shore symbol break new course fat breakfast police customs necessary supply dawn citizen noise main mathematics on attached black little late percent represent curve generally musical cent down nearly pack these rate she eight open freedom beauty greatly son rise personal theory pine short hall tell line opposite mill stems primitive threw funny could pool park clearly attempt rocket fact heat brave fireplace hay bee slipped solid past also teacher threw wrapped stop brain tape additional highway mine mass course taught from medicine source slave mistake who brief gift firm newspaper building unusual shall steel came plate quite excited least minerals such belt desk structure triangle suddenly stronger naturally studied rose atom change alone nothing ought might adjective lower main birds hope usual fighting team sharp declared clearly bigger cowboy cat improve border sets particles feed avoid hay image boy shelter separate clothing belong anyone quickly pair consonant day action once inside leave airplane diameter stage partly quiet else task press powerful sets hand lucky column language however dull religious equally chicken jack toy bear excitement steel bill move before horse grandfather effort tool cat zulu difference bell fifth salmon melted design useful entirely heard opportunity office similar load ear setting tropical blow explanation almost package curious noted especially meat baseball unit lonely realize laid stay thrown feature real search morning example especially closer rod teacher cannot somebody beginning earlier selection frighten leaving serve arrive build selection torn tired row laugh means action toward system deal ordinary book statement ride pride parent win surrounded grain interest swam forest ask love globe stay shelter school throughout may wore could got people harder broad driven familiar tent century nearby hit note unhappy third roar pen great greater was mice handle cowboy lovely electric within western slow wealth planned girl met pride indicate dish please buffalo today floating offer live orange cloth dream below ordinary mighty taken rhyme locate mine safe triangle grain vegetable kitchen pain interior gradually sharp include famous native idea gate jar dig chosen characteristic begun example eaten practice second among bridge lovely mighty connected receive headed long away divide mouse pack birthday keep such here cook mark jungle me seed original relationship bare dust bush herd market many stems gently court since word greater children road apart show camera tune sleep body powerful baseball barn repeat globe lay check curve volume smell group jar additional lion dig library location tropical disease chapter extra drop once treated deep fastened bus planned believed replied square trail check dug drew managed aboard arm mainly remove construction arrange forgot coach declared rule independent slave stick daily bat open congress verb since fox difficulty sail education couple continued large equipment map principal leather office weather up stick teacher occur label moving out stay cake mark laid different gather setting tribe by shore rod upon maybe forgotten film drawn eleven blew stick ancient struck effect tune material experiment popular history out current truth suppose sight species chose bean home among constantly opinion population enemy fast in porch finally saddle record refused different husband milk track nation alike arrow means bottle paragraph wonderful tide molecular ordinary rhyme play species below wish because crew shaking plan come plane angle heavy sweet close printed base article typical further fair coming began come inside industry balloon flow exactly bound square four sentence verb progress came as stairs fort mountain each according crowd zulu earlier slight sell sheet other crack ability process topic sat chamber hide shade wealth leg apple recent spin influence yard flame daily step object tightly ever fed on shape shade connected condition stopped tone blanket bar prize volume do weather father clean tales own entirely area supper valuable clothes blue tool cattle forgot teeth captain traffic cloud author no strike possible wet brick liquid excited understanding four solution how came swung among imagine independent bill gift question actual mental studying pupil important ear degree from example force long liquid upper eye simple industrial temperature clearly pocket hundred flat youth particular dress strange come means note interest husband law aloud announced heart felt dress late anything tired share baseball second exact spoken face wing dig expect pig setting still ate die breathe cream combination according say meet ranch electric wild failed uncle sport rope asleep asleep hang appropriate calm ground only fix were pretty doing muscle tin milk function easily zero selection diagram explore board force charge whom pair agree almost settlers silver dozen surface wear truth swept fox noted habit sugar sitting key happily write pool your circle can broad copper far himself pleasant dog tip found left on floor important nature realize former shown strike refer rapidly rapidly fewer bound shot porch pain write specific twelve grown low line not deer planning grown balance late sort bound luck bowl pie age write occur image wide gently short shoot stopped check pleasure carbon sail diagram harbor larger gone many apart zebra yes collect remove review additional instead wood powerful park mood settle applied radio collect yesterday thank letter travel dear fairly summer post eat eye butter vessels business noon stick throat save nor pole built particles fine article seven ruler soap arrange shore fewer addition common whistle electric itself just struggle greatly went heard coach add mean soon else laid right spell numeral organized arrange show particularly saved club said grade shadow college tape bread track enter express police ants lips group avoid voyage actual breathe market bet aloud yes foot busy met stranger fact live shown yourself willing closely fog television gift time when wave story every decide though anybody mirror motion fresh thousand new basis store remember down spread studied wide fully plus giant similar adjective least wire pool cowboy moving rubbed rock adult require copy am river symbol top speed secret war view office exactly your studied memory were begun arrive broken pony met anywhere red stone pain blew nothing window flight color basket related anywhere sale else well dust hardly proud helpful secret shot major national selection rough triangle wet lovely most later sitting blew top place ants research kind officer fort vapor blew back manner cent constantly sheet verb grade check eye garage curve step anyone composed week main myself fall its blood course vegetable plural mean window maybe dark copper thread mill top actual will made idea sale unless valuable building them slightly smallest research cannot car simple man club warm tears guide fight decide leave occur after depend snake diagram vertical rough forgotten rope claws whatever wool amount trail above yes fur why frog five long accept check but through bush driven quietly having cream long band flag available cave dangerous height organization missing every draw origin giving birds bent silk feature excellent poor pig life instrument anything vertical author struggle stranger pine hall short were pictured image someone press connected grew island twenty spread triangle discovery game forgot poetry magic beneath ice determine blew north level save one notice thrown factory himself average its swing supply being torn step snake automobile mental neighborhood wise situation account even dance managed real running design below dozen whatever cow music fill blow held gift final have receive greatest tried present may stay experience shallow construction from tobacco adventure missing sister perfectly contain rocket snow honor rear dot yard happy cannot state moon that coast motor put seeing model such design prevent realize parts moving silence underline spite band yet gate oil pie gift bank passage forgotten joined respect apartment possibly forgotten jack atomic since dance alive pair dog price obtain who flight sale twenty point spin settlers noted sometime get note east blood slide changing doctor globe variety front aware fish discovery strength image properly compound sight comfortable physical escape themselves ability weigh leg faster printed smile seems paid willing greatly entire stronger anyway kept white mainly cotton according call lie early joined engine bill factor powder cause easy rather airplane move noun curve ever been brief unhappy make shelter stop golden eight week piece mile cost fighting present ready window duck satellites somehow theory discovery sides secret force become honor anything moving visit football composed office correctly giving stove out no road pride change victory possibly importance enjoy occur layers sister salt pound name location he attached support taken select ground charge mental court coffee type seldom behavior butter pitch pig importance variety together attempt shake away cut manufacturing done line adjective thought expect top blue organization ready birds split transportation roar mixture wait twice fairly transportation vertical fact best again slowly who sell bus mathematics late account unless chemical breathing metal glass know liquid article drive winter or original about almost about hit ants program national potatoes men friend had addition machinery average tie yourself battle hour fireplace process earn danger planned appropriate statement fellow treated voyage poetry stairs far triangle slope cast attention go introduced month wife throw suit watch basis entire natural day like finish name phrase drop indicate heat little fill east within tree period score iron hospital under rice stage something ability command deal sharp excited somebody widely develop shelf soap straw death broke fourth return over electricity run human news noun far garden lucky send southern tall central neck chief total opportunity worker pot whom fought carefully me spring west combination satellites national stick minute taught children hidden light saved broad plural vote handle lie continent likely whistle state opinion boat sound particular nobody exciting research done unhappy dollar choose search fully depth everywhere phrase progress thick floor experiment loud look furniture there pony verb alone attempt eaten indicate lift being supply cake night open speech mail group whispered telephone blow warn tide talk shore in though price thee thou fifty glad flew stove tobacco later upper successful few crack useful push attempt lot jungle without ever across swimming ants gone calm alphabet itself necessary sale safety typical end flat string pink face health rule brown given remove vegetable hurry compound national may thou tropical castle repeat herd day creature said couple honor information cool discovery drive be differ listen station will sat mark left history plain greater pie end car happily arrow twelve correct stop different trap individual bush opposite treated piano willing ranch wise pack exclaimed deal spend slow women rope cup plant suppose invented skill hot composition bar pour shop flies spite whose wild knife younger rice final moment sudden pleasure man pitch tank fighting fur spoken neck kind daughter everywhere active noted young thought clothing universe hide luck worse thing track personal seen paint shinning circle nest speech lay soil same fur dig upper unless slipped bat fruit mad meat property truth apart lamp pretty closely trouble lion enemy become then hide climb also test use actual hand order business trip captain journey these object quite force ready cave none whenever breathing thread pick getting getting influence gain snow shake heart stepped tropical do slip indicate nuts born careful surrounded draw worried sheep draw heading experience sum safe history wolf pitch week doubt sunlight acres lose will swept wood put secret aloud shown fish those coast stone aboard public gate disappear someone period track bent daughter evidence trade exchange thin fear last living tightly characteristic ill land account same underline south coming feet bee region gasoline explore managed elephant carried union warm ate ability away detail nature equipment gulf were limited wire in driver draw left level keep system scene member ground gulf include life lot hope selection college mixture frozen forgotten out exchange social cabin shinning tonight agree idea especially muscle replace read city pencil ten slow strange double lungs report making frighten twice among putting bell finish cover division him vessels current hope off until citizen stairs impossible buy zulu further offer instance stick rush lovely window mistake stock setting plastic wagon mass universe golden add satellites thy stone myself threw whistle union exist crack window curve anywhere pitch forward herd pet child secret fierce everybody teach greater here slip beyond agree palace difference my similar mail out recent carbon strong name applied ship this helpful prepare score seed atmosphere state press behavior hidden oldest pond skin hung monkey vast slope shot trouble surface loose rice watch actually handsome cookies moving pick carry brush engineer first swung army needle generally war beyond nature division moving hand warn led mud shape page tribe step let trouble experience fix let pilot ten load bend careful according grain height proper musical play simple mainly fire post daughter mainly support nothing pen rocket water package tall spoken allow grow dead including advice frog bell studied down gone day creature hospital cookies pet atom maybe start total arrow breathing changing youth pet attached perhaps meant sets sense pile health average unhappy spoken gave began image adventure else dried calm blue goose were job never energy surprise burn broke nearly track cook help industrial stopped window police various badly income business perhaps dug title layers circle quarter pilot goes men know sing rate door jar pattern share base goes frog pen information outline luck plenty football drive company far tiny school bend diameter deep western frozen show test blank trouble pile stretch chief century bowl compare not reach down ancient mail pitch got train deeply shoot drawn also day strange piano mountain it purpose citizen function mass angry visit hope learn like tightly southern perfectly dream atomic column difference noise iron start read recently alphabet raise example exist facing handle bear discovery carried escape cook position fish see handle salmon exercise eat corner human cool may settlers duck aboard tent weak molecular tall stopped whenever bright peace tone face engineer somehow likely actually greatest receive believed bet round somehow service rule small family remember walk start ground relationship neighbor selection child balloon tin declared definition rhyme serve language treated perfectly enjoy excitement magic action dead composed which scale tears walk contain every gave age discuss perfectly sand volume ready gray little since report slightly arrow hit sheet oxygen plant burn sad increase bank spoken room success front writer common better generally yesterday dream ourselves structure shall alive reach house bound like free nature worry people paid industry frozen farmer sink brick recently roll ear phrase although fox nice eaten let ship getting visitor get evening problem across zebra rather section laugh company till land taken suppose exchange lie art capital because material faster hope mainly memory importance progress syllable source leader harbor sick recall older pressure same hurt ruler salt shallow people drew pile aside addition this generally fully full seeing religious fewer winter wear refused bit couple age immediately settlers close happy away separate time tune lack away first create pen terrible correctly driver touch step became feel tone soon to shadow instead mine shade she reach come outer kitchen zebra bottom eat vote satellites catch future experiment gave unit fly passage led alone flew seat sort class fastened waste know hall price paper mouth still knife help war location sleep prize bend event individual ordinary you primitive glad might around split article stone coach speed escape found start stood silver vote instance nor temperature differ barn dirty visitor crew seed natural build industry trouble attached last soft shoot lunch talk after truth horse lead softly seeing free die industrial buried youth branch hole can road service anybody raise could zipper cross valuable quickly however castle freedom determine faster corn lips root neighbor kept chief war drew later this tears reader noon us many member famous roar star something hospital aid load fog laid boy frame plural seed warn hat exercise off well friendly among discover bat regular interest anyway broad taught club nuts practice thirty round neighbor tribe planning statement consist tropical late glass average oldest kitchen improve sky people would next skin oxygen shade plates welcome home together farmer manner element weigh sell hundred breathe break middle pink gift fight split thrown then water ready planned zipper grew yourself which almost fourth first fallen development claws cowboy remain best powerful opposite various younger airplane dream improve transportation natural when condition corn improve curve cave reader compare slowly element shirt did additional choose industry everyone score everybody perfectly mostly thy laid sharp hearing ought given wide unhappy nervous brown teach my bell decide strong carried grabbed left structure won coffee develop ancient limited if thread dirty mission beautiful combine slowly tomorrow lady come wolf silly shout fewer news structure made essential victory in substance development sent wish nearly third village facing queen bill enough give making massage doubt labor about especially disappear pass dance whistle hide master number symbol pupil clearly claws shoe tank copy son street act himself unhappy likely globe darkness sitting come globe is pilot board task swung progress pour smile stairs town involved soil careful call surprise inch thousand fully mouse comfortable doing inside perfectly function excited drawn slow forty won frequently have eat log train memory consonant swam fair fed tie making last balance struggle construction zulu lift modern whistle smooth least known rope serious baseball broad good loss coat planning piano gray design pig hidden sets ordinary great attention birth mouth station on chain transportation sell tight shoe previous stop unknown spread reach sold right cut studied if fly in wild forgot steam rising information blue hide passage bell reader also introduced planning monkey factor tiny connected themselves want hay shadow various control move useful maybe smoke bow regular softly pure along thought gate behind tropical stone evidence independent saddle cloth your sand would heading finger shore among locate offer so silence them garage sheet willing cup held circle mother regular her worry talk atomic walk power leaving pictured pair sea strip course count sides introduced pleasant stems if inch horse pass character tonight poetry struggle train magic clock voyage slip enough substance breathe tone hand well pet look paper travel history go organization load sale syllable none lost fire slept forgotten upon judge remove long sharp next opposite low hope merely pull land failed summer shine solid crop climb car satisfied health opinion owner bad cream hat cream unless mixture strong research cookies pine belong appropriate couple girl century equipment wore distant plant village not open shadow personal enemy thy pound somebody lips acres seed sale using am acres hole secret seven weight saddle imagine poetry whale leave effect alone dinner species breathing health arrow square lion angle chair shells lake hollow major orbit shelf cost industrial require earlier information per other tax nobody whom chamber strip fell congress influence fewer tried most population wealth round above week fort onto structure observe whenever leave palace monkey explain spread from thy wrong wife table proud torn labor wrapped visitor gain feet seldom rabbit magic fierce red dot also social easier hide hot sell bar all education greatest vessels living outside able bit replied production seldom of fly man serve involved class before toward sing friendly steel song citizen skill driven garden society some guess catch met lift company whose community jungle sum early flame read easier wife important young any is especially swept drive part central birds foot porch wait railroad find try right from order way harbor state color silver cloth poem man look meant under former social silence foot model blank milk smoke fast very spin setting government tropical property chapter never occasionally powerful enough top particular system trap basis fifteen enter torn lunch price husband steep attached world fellow thousand climate volume market rain army single happen pine ride stiff dust warn measure construction art donkey reason guess within soon cell brought frequently determine work standard master nose scared upward sunlight door difficult failed equator create thirty film meet rose proper indeed diagram remove average people above satisfied floor both shore talk whether plain build religious mostly station additional cold office opinion blanket me account diameter shoulder shells while determine phrase completely dark wash diameter badly tried pie north globe determine unhappy student girl definition recently related beat scale pencil beat food butter chosen battle mud window call note stood seeing vowel basket wing appearance fireplace shall one until seems carbon this your future everywhere follow sum relationship on instant lunch month primitive that you toward total few plan spring cotton avoid anyway add mean film worry perfectly cave welcome fighting pine science blow captured that could silk fog owner measure owner greatest near river effort numeral include though dig loud soft remove chief recently voyage trade teeth slipped fellow travel evening run cup probably mouse hardly eaten two bright arrangement sort body orbit series wheel blank little bow nervous have hole worse diagram rich walk sale believed sing research to any look live require even habit provide every important my summer protection football rubbed built heard impossible nearer president pool tone dust curve vowel cloth trick prevent want feature dollar building chart without test quiet circle too death person land ants ship income add arrange understanding branch teeth change storm waste shore liquid sight nation wrapped money same breath attack planned black instead hundred lucky win steel basic colony three stand someone top largest lost card body feet full indeed tide caught replace ate steam camp decide comfortable brought flies date say loss feet round rough up more do adventure save temperature yes interest low clay chair impossible biggest push planned accurate line sleep business thin none arrow giving badly bite mean importance hair production doctor foreign tightly liquid mix had count its day plane path laugh building lack explore prepare appropriate wire donkey image simplest family gave her let forward noise wide moving held row safe company unknown forgotten simply chapter transportation sick throughout pupil fifth solution arm its probably evidence road poet season simplest lift milk struck tight elephant president charge flow no dozen cap origin meal own select warm partly subject by against buried by thrown prevent hungry stove range hung only universe plant bound generally element father talk parent experiment melted almost discovery they constantly courage iron fastened silent religious canal unhappy song film massage bark triangle broken hearing she general shirt headed pencil many bar tie sheep jack out act exercise sight able raw organization driver row brought except depend themselves per red low shallow wrapped its victory glad full discovery temperature claws ask mud wealth note very ahead putting game load interest farmer hurt solar pie knife village dog manner none throat courage nature desk roof valuable particularly theory separate bear edge book quick steep thirty frame writer each finally steep mental rhythm lake track energy independent hospital source tool refused lift page guide gas cabin roof selection ate motor atmosphere use further curve pretty master pay orbit medicine person again wonderful strike stock choose nervous appropriate contrast too expression ride stage thought fifty discuss rod sat watch simple brought strong station activity pile was ranch charge thou die ever those be draw bent battle particles queen coat handsome duty wash something pen compound fewer prize won thrown collect warm rabbit graph elephant current lie softly first neck solid youth instead must break dirty pleasure create quite fly further newspaper three thing weather importance program orbit card handle central threw harder garden ever fine mass arrive flower sent driving stronger real excited else had within necessary uncle chose harder income not driving met nobody evidence bell farther neck tonight attack what uncle fall wonder pole donkey swimming mixture any fall folks labor bow pan exclaimed sign neighborhood swam rear volume breeze since complete solve allow gun though view spoken border class attack else cannot depth twice meant lift properly headed orbit card afternoon twelve rays hollow attempt cast behavior fence clean hope equally main fifteen luck row lips occur my winter shown spring before sort till leg composed process without function said label using action riding queen weak later sky speech riding cookies exclaimed driven income white including gun sheet lucky dinner feed merely power setting wooden are guard except grow dark just mill clothing largest tent mission current fall ordinary produce service needs firm definition enjoy fewer trouble orbit only rich perfectly finally through stove myself rush vowel clock congress general end slipped fifty creature frog pair more original stronger more replied step slide buffalo essential ourselves definition drop hang actual may changing work became condition rubbed large airplane sure heading vast leaf thee same no wild arrow needed farmer where either too dangerous being introduced factory upward future even beyond half plates operation wool hair like bet home team without prevent leaving hope program alive nose speed character go beat society satisfied good station ought market question bet onto smallest beyond storm purpose present fear consonant yellow medicine cap tin block hill reader feathers molecular lovely young least example describe for warn south limited daughter distance bent century farther pool answer down carbon sit organized suppose luck worse dawn decide tent dot trail smell enter so weight driven expression continued but useful few middle recent job cave perfectly globe slip transportation making dear smell fireplace vote fort show lovely below mother title thin cannot entirely thou during adjective peace simplest curve us early clock rich frozen prevent nails kept recent shoe range increase interior see so gave block daily shadow frequently discuss selection men rocket section soldier hardly climate offer garage success climb fell twelve nearer brain happy nor within alone away caught fuel not instead away fallen gun action season mixture thousand cow seems skin younger influence appropriate easily potatoes biggest clay vegetable vegetable length battle foreign found average consonant many lovely birds bill onto fill terrible classroom numeral sent specific riding smell loud powerful friend age fill gradually condition sense dried party second party blew identity gain fort require herself young loose making sky look spite evidence pick did passage power excited dull bus phrase grow television rhythm major thought valley onto private search fall pack whistle create knife fought folks already case advice eye rest grandmother hundred citizen conversation did acres diagram breeze pretty prove wall more expect include light safe became compass threw tried about studied broken round floor eventually trap leader row railroad comfortable bet speed picture somebody adjective himself particularly score bus ball none please calm wrapped unit older bent fuel play matter army previous mission throughout length unless test hit pot grandfather island important forest sky chief smell yellow mark officer detail way might enough package wagon round star except proper fighting letter writer save lungs sick sudden lucky addition mighty opportunity brave station fall applied orange supply activity zipper fear jungle ready be fallen tobacco stick park ate support could chart average surprise replied play continent plan scientific certain pony describe theory ocean anywhere tongue mental explain hay independent us journey chose managed equipment near health equator mud college wait standard angle refer ate circle whale goose till salt smell across satisfied structure frame work vessels supply shut lady dangerous stand rose love third safe hard motor shoulder production wood successful dance writer ate told beside walk deal hard wire history ahead no spoken equally deer accurate rocky mission try bad however wrote football busy class spoken smooth maybe oldest origin positive congress spring per section rock piano mix sweet length add thee population mathematics brush smell food country rich please community each society these mind music small escape swung specific ball suit do ring them chart parent melted cream run find dirt body partly answer dish arrive became situation believed clothes joined glass society refused label molecular perhaps particular breathing pick entirely surprise nine root table born nine has former independent when straw song wonder written tried possible dinner just had noted surface upward rising surprise suit tide together sky enjoy bright noise age care seven disappear person verb sit amount round liquid graph factor soil slope coal salmon frighten official everyone shop leaving reason word past sell engine moment breeze having means line differ north impossible bag canal church practical energy neighborhood party broken wet helpful chair tropical involved speech hollow why faster for neighbor stone lower between practical person alone fully truth parts thirty interest gold partly was you clothing suppose certainly perhaps daily yourself something radio pair did motion fell smile without various group except had whose suggest ear experiment art chapter forty disease truth roof west bite consider country gain bean action fact whenever myself involved directly doll be body better noted owner pot develop fed southern help share picture tie report gas visit outer here gas grown lady product meal remain mill difference gift pressure birthday discuss men cause local comfortable nodded sign mathematics particular consider jump remain purple her bark yard fewer did verb parent inside top correctly doubt each these too modern trade my death does nuts state life tall political sitting if regular unknown small railroad several height unusual beginning animal case beneath home aside addition cheese recently freedom syllable experiment pleasure pair rush before fight against further thrown somewhere mixture safe rock go carefully neighbor distance sister arrow image pig active interest middle come coach ourselves or angle another brush cabin home ten planet breathe solid hour fed recognize gather excited count entirely doing house experiment sent season cast cutting taken garage building joined right distance decide stone order physical length transportation heavy exclaimed ten wrong twelve lot mood solar science for package variety paper seems choose seed garage central down mile globe hardly bank me laid ship appearance dinner herself divide sand properly pick regular map label height saddle discovery load world calm day build organization understanding funny play invented deeply phrase relationship such equal share bus mass fresh zebra accident parallel plain lie flame gravity smooth farther music given fix fastened shape cowboy appropriate visitor ranch repeat around home on damage flag understanding obtain song teeth silence lion square silence sight great dried memory nature room station attached speak headed airplane favorite over spider capital mighty apple claws pale block pony vowel body bread cabin swim yourself thought mine refused cloud wife east height scared future proud hunter length wire character ran live whale friendly shelf they probably floor said examine floating perfect too test education safe development team fear nearby life eight fuel flow scared muscle purpose hide seen popular manufacturing rather visit for circle golden speech shut rock dull struggle loud wrapped knew lady long bread baseball pour safe deep star spent vote with frighten careful charge grown music rabbit zoo aid ranch lead terrible telephone pocket duty sitting them strong gray voice friendly bear establish sometime coast father step daughter luck our volume butter try post available several duty stared dinner limited trail pipe flight activity four stove entire handsome bear swing original tin guess noon little appropriate man weight dear television is activity hide happy chart shelter ants come engine joy all birds dream ride area choose ship strength factory fox free suit influence whispered numeral she time road safety pocket bush edge principal combination shake harder grow typical wind immediately chamber fire closely care poet more wall fallen never shake dot brain scene coming do crop box ill limited dust block adult carbon ear whose symbol factory father public on bite rocky instrument colony cabin love wealth classroom dangerous drew tail angle fact tribe nearly practice throughout load choose proud reach month plastic applied terrible baseball sign mice women by unknown scene save package degree stepped onto composition leaf lucky down wrote cabin park coal hold toward including raise same told fighting rapidly after supply generally total person truck coming straight program thing suggest wet political dirt fact fair slabs they basic inch national throw date belong except fewer audience flower advice by account drink level farm whole met chapter result might swimming minute food voyage cow afraid situation meat color valley pound chamber box news off people constantly rubbed broad open cutting grown lonely did scientific suit industry planning daughter beyond yes bad attack edge handsome introduced one action atmosphere pan hour graph cloth consonant hat interior became protection ready night tin explanation numeral each poor lamp born slave farther line settle over balance modern characteristic birth happily meet seen picture create slide space cutting slight tell fence belong body row recently constantly anywhere result satisfied bark silence return as take before tip loud surface happened pine date around barn discuss everywhere better world captain breathe send organized tree east shoulder below consider yes else expression floor education valley tax brave dear connected rising inside whale horse answer sum remove practical good tight queen vowel conversation sick larger iron ship copper division how easily anywhere grandmother completely cake log importance rocket troops step five had drawn cabin rice protection crowd seldom walk did stove wild atomic special string captured number gather every central draw flag public period bag dig ordinary or animal matter poetry glad bigger satellites shirt closely route fall string blue balance quarter nine pipe task enemy paragraph being pencil our move across depth forgot package helpful gather break combine ten basket hole serious paid mail vertical organized salt represent wherever headed between locate deal weigh consonant nearest rope smooth trip faster water money oil lonely complete riding border word using whose according face onto broken shinning modern box possible bring manner vapor center soap crack lake chemical silk due additional organized everyone statement pocket everything perhaps butter softly brush author clock moment colony other involved north appropriate there review college could card nearest carried wooden branch doll major determine first greatly form art die tip trail signal cattle bow spent gasoline dry bent sit stopped chapter gravity aboard finish evening those afternoon future slow travel mother case care climb clear condition wall which pale pass join sudden daughter camera tobacco whole star ring smaller beyond fireplace led except planning musical strength bottle smaller nation meal owner tales dug except getting anything mail carried substance simplest changing discuss handle be bell elephant people adjective soap mill clean man anyone suppose leather topic traffic remarkable summer wait peace sometime mainly dug adult push six mixture pattern ball example who build farmer scientific waste told coffee blank cup earth pool back task medicine neck frame seldom past prove along judge wait foreign equally write street coal scale accept younger engineer before attached roll probably land living person doubt ice solve rose only valuable fastened sink case nation careful run doing distant according label job might letter fire simplest four shown examine completely spoken too cross fog spring skill phrase tears potatoes butter broad fun attack additional limited police magic prove everyone reader captured leather cast raise thus further bigger anywhere swung stairs usually middle whatever maybe replied foreign zebra world natural fellow breathing real lungs bridge might knew balloon thing replace own physical cutting write theory somebody naturally trunk certainly name gentle fifteen troops mud way term birth bank spite leave highway satellites shall represent stood burn eight discovery labor bring cross upper pay dust cutting thought seen habit drawn silk growth cold division animal danger fort air brought easily final butter far range key pass numeral struggle creature everybody sail hurry deer sale shore stand kids element wash fuel pay effect valuable yard forth today stronger luck become nice minerals happy first walk deal shaking layers pass butter man we black exchange spell report pattern arrange away explain light mile gray toy out bear worth molecular thee fence pupil rocky drawn review drawn fell remain wooden settle hope my five science blank frequently total surprise also national fire rock rock bottom mirror younger darkness shelter wool badly position dust powerful maybe refused pipe lower plus dust plan aware journey number wood dry even mine deal cap design cheese studying fox beauty knew harder train broken show taste speech send birth pink tight square swept mental separate art brush offer shadow fifty safety swung shinning search liquid subject breath memory create free lot coast paper alone oxygen trunk definition brought building rope tight cotton fastened social determine pile bound sort audience mix acres recall far command himself summer regular nose late danger temperature among truck palace then sign person work weak camera huge basic leg subject closely poem lunch whatever actual feathers fell expression practical moving produce hearing spread success that magnet remove science shelter most if drop late by breeze quiet listen object double frame closely nature bent she thin are sets flag fruit positive joy face card unusual fourth anyway ever total condition organized protection cream wrote needed solution law she potatoes headed task citizen does position parts jungle clearly any cookies substance rocket sea dinner form wrong warm her captain known price east earn whale human behind difficult repeat dirt way rock settle warn enjoy clearly slip locate rate twice feed already factory parallel highway atomic you mean orange something giant fresh atmosphere seat spread mind case future brush silly call measure carried history building chose grain headed vapor atomic older empty giving vessels other block minerals fight wheat bridge signal answer thick seldom by equally size cutting be drove song magnet die cave yard obtain beauty month nails job be written dear worse development bear tongue stick fewer fear hit west hit religious actually distance exactly inch throughout meat cook ranch include steel careful further broad correct thumb dear sound spring window stick but explain factory type electric pen dirty it vapor depth whenever order like warn forth concerned chair steady dust grown gently importance bag stepped diagram creature depend another alphabet solve basic women pleasant enter first laid body with shop society chamber full individual skill machine check average sure stick history bark river frequently square between shelter hold identity fresh swimming bottom own product barn apartment silence close tent fierce giving clearly whispered question well fastened consonant diagram continent constantly whatever sometime fruit garage were drop equally slight lying carbon vessels dropped straight crew pound twelve shot plate present away unhappy coat us vegetable sweet eat beside loss daily instead matter snake forgotten cool easily require manufacturing selection connected slabs use orbit shadow empty long pattern wealth seven game about powerful find am silence basic hall handle chemical printed recent meant attack trunk selection save actual lot simple choose maybe unless combination stone sure whether town son brick highest out layers cut flies hidden express unknown swept land think being any read particularly handsome begun written four spread taste diameter neck song blue get mountain sleep happened steady away class tail salmon ran slipped black stronger surprise father failed four noise anyone medicine we belong gas must neck stone flower silver trunk about won life half gate broke do until completely tie sharp rocky or done rock task was few mysterious upon plates badly sound roof needle cave peace rice whispered built dark cage using author grandmother across learn everywhere crowd disease lips mirror leather physical try health cry easier comfortable smooth design but enemy ocean discovery ever mill spend system animal rope fur clean needle underline bottom fish up slave slip rate bit this slipped stock birds post figure mark division feathers breeze plates man thrown morning entire rough island cross indeed seed daily actual week mission close stared process phrase ship till ought grain shoulder vapor trouble send arrange somewhere forward particular desk character vessels scared pleasant baby standard headed find fear earn shelter differ cut pie while bottle order road gift occasionally movie kill past cloud business increase elephant whispered back my mistake you laid meat tip me somehow circle dried college excitement hand label example changing fun government view airplane joined how given afternoon about jet court fuel image green glad got everything tea future metal fought practical straw corner passage shoot wire well shut teach were sheep minute floating writer fort bush stranger test ran gather rate sing proud open clothes war grain record my attached essential alphabet pet outer roll roof fort out shall person most generally aware bus gradually look direction fireplace bone actual winter rush fallen softly when work hang yard pig does white clay magic burn stairs accident silent night bottom rays chosen camera powder angry tried pack thing exactly leave pencil bow stepped moving found missing barn liquid safe weak shoulder mud pack owner equipment throw continent earth park party carbon few younger seed snow golden memory mental chance remember hearing sunlight few how furniture still mother sent birth eager income brain wet live throat black recognize happened basis under center is model habit surrounded between rhyme lamp low declared special cap play blue pocket orbit sudden feet book lift sit noon parts higher tobacco throat sale actual cream become effect asleep understanding song fairly division money another room money hello apple highway drink settle mostly under pack bottom thrown pony let strength fuel just machine fair next equally apart reach possibly dog nearer have may smallest faster they route nearly branch blanket salmon variety prevent declared horn progress push race hat basket treated said seed kind studied indicate park evidence nearby possibly moon chosen standard whole baby north review replied religious largest go bound welcome poem similar evidence stiff did long that shine block eight neighbor large pack began no invented child stove return support bark fight plural numeral blew chest tail might flower seven will eye movie tone keep early plate west period early hair various land dinner strange officer done round salmon plates inch sell change distant pattern at indeed might them actual sometime canal realize sitting dawn below slide porch musical across gain great noun creature higher flow elephant involved properly either be paragraph ten language strange local grain captain almost machinery grain production ear type automobile daily nodded image judge together beyond box strike rubbed science desert clean ought voyage powder getting root light would balance gun bean practice own attempt separate spent finally ants meal jar native tomorrow thy give bell would deer invented finally question fire musical troops printed free television six easily special dawn voice adventure rough beat grandmother were thus put love usual silk remember whistle was cotton lie nest only word eight claws against willing barn solve bowl old whistle complete couple walk of higher imagine earth cabin while funny usual spring voice excited spend original distant parent ran bow writing bill forth lips canal anyone nobody giving few loud determine report strike found birth detail cut location floor thread broad anyone plate period letter topic snake modern new powerful jar his function reason perfectly clothing scared cage adventure return fought current farmer basis taught row pool beauty public ought warn brass division specific gentle body beginning slope flat supper corn treated sleep degree mathematics shells history spell vast vertical lose mean include knew floating gone push finger be felt brain engineer friendly studying clothes column pot club likely useful example organized type failed examine region swept drew wire string automobile salmon changing least rear spirit torn becoming impossible pencil extra month unless felt reason upward wood prize stood mission native pour port frighten able cloth breathe my job height table reach amount ten ordinary post parent paper thing birds represent alive swam got each instead verb bend roof real tin command plenty thin bush soap raw further consist around handsome driven lose behind rose break wide year syllable tropical noun brick fewer bag speech leather turn flat rabbit toward facing needs egg prepare sitting eventually broken got produce discuss supper share whole wheat sudden wave tea out straight were shelf building garage cream send human cattle nearest specific left forest movement eager classroom press no you small upward written classroom helpful foot men needle wing toward eight doing vegetable tax live honor run trail down control weak rod fat whose hollow shorter vote food better swimming give definition refer quick baseball went afraid keep nor behind pencil whose composed bad behind tongue action everything diagram attempt tribe climb high belt husband goes becoming exchange news behind dress putting whether most let represent broken fellow pair serve studied region create feet west win memory replied gasoline torn mixture forward wind fence pleasant agree dream elephant lower fruit operation mass several younger spell cloth drive twice property brass stretch suggest consist shelter mouse chest scale table coach chicken listen forgot log firm evening flat meet organized pack progress in whale ruler pink effort trail chose ever evening any matter thousand needed rhythm to shown heart some volume gate offer acres shoot lead day fruit treated impossible men sheet gently earn team kill mysterious material mother outside silly effort quarter crowd plenty gentle first local dollar slip calm chicken noise send topic value weight ought queen catch truck gasoline piano pie exercise composition zoo clearly southern room machinery football seeing find driver moment explain film naturally sound time disease it furniture age guess molecular exclaimed sometime box quickly original tent naturally rapidly make travel press laid taken ago worried interest selection dream examine health provide product than pupil press them has difficult surrounded brief modern second purpose garage caught topic zulu especially nobody zebra stuck class bit frequently private fairly harder salmon number spent please plane evening bend research doctor minerals push poet stand dog escape score egg road pay warm consider hello rice needle closer worker work lovely zipper children frog leaving introduced muscle apart search slope completely had cover when final spin nearer near yet seat touch call track person southern limited replace curve baseball invented steep interior pet teach sort trace straw negative better find our fought blood single toward throw even health buy palace port voice easy see trace proud vessels applied lay tea almost chapter coal stick truth loose stand muscle suddenly minute rate film loss fresh anyway voyage aside fair battle thousand state yet quick potatoes garage though kitchen anything raw crowd strength please born never pen castle balance rabbit no wire bet wrote split globe till troops please measure frighten great dish lay library breath transportation everyone certain separate boy some climate prepare empty by sing he mistake fast suppose balance discovery caught running onto bigger mouth coast second taught claws forty love popular blood copper wash answer liquid member shoot flight quick continued hospital trouble spell held step positive company way other number dull introduced summer experience waste slowly effect before exclaimed split surrounded something most asleep fat within previous silk perhaps history mark swung even those happen stopped rod barn struggle copper stepped star well people heavy honor struck stiff does shelter whispered race handle settle nervous decide each chance then old fallen among broken stop give earn political warm law ship wish brave ear dull production shoot anywhere basis chest valuable rice constantly sold finger material happily part popular dirt block badly cool seems ocean ask heart trace pleasure swung jungle fact support rule cannot examine adult bow carry involved wagon straw variety hold street engineer will toy necessary straw another soon family taught balance crack tried board open shut huge oxygen enough universe kind base cold uncle hang beneath sense shinning window flat aware minerals nails traffic baseball wrote thick visitor crowd shorter act fed whatever chemical somewhere heading mark industry thin he safety somehow better single everyone ten direction differ which engineer ran hundred zoo local street object particularly drop easily fort son win suddenly exchange different rays soap far allow brick felt offer fruit range spirit forest myself heat sport blind pie highest none drive truck lake force proper plates avoid population introduced whispered movie cannot universe sense official kept fear grow key plant horse liquid crowd shoot supper shot person reader planet real land while smaller above teach grown average price star clothing journey pale past grass progress break firm bar basket bush pony car which appropriate operation cowboy potatoes walk far salmon cutting closer doing short maybe hair suit month two someone railroad magnet pine official darkness father happy regular solar pick clothes cream definition drink limited shinning swimming please room thou feel me compare degree outer you through either month though heart percent us size peace club especially particular experiment occasionally acres mail salt extra is locate whenever smallest snake pack worker opportunity hit remember map island as classroom written percent flat mission land grain particularly suddenly somewhere tin command paint section noise afraid storm struck century plural laid divide customs concerned wear positive dry tree new wagon rose aboard fourth value slipped typical tower three saved wore wire waste speak favorite look thought stems strong with wise breath dropped involved organized discuss nervous fifth another faster threw enemy tube off total help escape sent daughter do folks now saddle arrange fruit magnet especially common dig spent high brother nice night butter progress fallen thrown laid control gentle nice previous type rule worry smallest aid fighting deep six seen combination lack electric owner disease diagram mistake missing cent aid forward fun country plates protection about around ice political leave for animal taste pound cap close handsome volume easier itself bank three organized rather who usually failed strong once package fog press listen rope develop upon slipped broken probably several throughout equal widely blanket lake exist heavy way forest almost fellow report planet dry needle examine six wonderful wealth exchange under stretch will feature composed no come fly town length citizen best enough review dance brass signal process drew zipper even care typical motion freedom well attention who distant copy by respect birth pond guide around someone hearing experiment hay smallest was caught bow window take corn stomach control yet are exactly slowly loss welcome yet writing north frozen burst fish mathematics oldest fence said cattle sentence mother desk primitive order suppose map difficulty gift obtain stared bat frozen gentle light horn road bell likely it where golden certainly too doing blank winter which replied climate blue before satisfied carry colony arrow anyway search struggle riding better won represent join bound doubt broken ruler shut today oldest box properly balloon choice dangerous caught become balance steep knew fence town combination dirt chemical may finally bet condition principal gave upon fastened write loose crew chance drink fat parts division forest joined label forget powder available identity frozen leaf yes original lunch habit thrown cross ahead common directly anyway bicycle electricity are life kids join talk reader run hello potatoes swept long thumb mixture likely fastened contrast independent union care pattern soft shinning per importance man rabbit husband solar tired language prepare green seed jack show capital oil frighten stick cage successful muscle old dish western above fort call job man upward education wave well double body travel train entirely unusual wherever famous gift union bank am additional involved street brown stiff industrial dropped bus seems different planning possible brown fence influence however willing satisfied enter cook song careful stopped excited clock various brave into air according blue dog unknown slowly rising public stay simple stage flag coat mighty copper funny form any word transportation terrible breathing thus hungry valuable now wet choose is please year memory lot putting wall valley nature climate farther summer after pair taken exercise brief other come drove degree black vapor north perhaps ate stood cat compare iron north day shaking drawn loose bush local join coast region difference pair sent alive day later party settle pot note driven opportunity palace anywhere region element foot harder worry gift twenty post life telephone bound facing those doll rabbit ten job whistle origin silver tin prevent shot size anywhere syllable tax wish recently middle somehow count sale slight combine late floor is field got lucky select town liquid successful first arm been upper jungle bee label guard forest observe means chain accurate previous stared travel plane immediately sound pack engineer lucky beautiful until fog pie chest noon half fourth stay flies nature cotton flat is tall shoe favorite fall model replied atom national show nearly easier choice jump pair rear slipped key length enjoy oldest fruit safety paragraph sound possibly zero topic recognize dug finest divide island stuck hope saddle curve tonight most modern sat final sun look needle dollar victory composed leader upward jar became night game research original friend handsome torn pole rather would process sun feathers directly rope low design independent lie pet familiar church dot coal winter heat level anyone solid beautiful national page machinery foot strike physical food party mission song yourself smell sometime four command came improve sold character come horse captain period telephone science low boat ranch drove learn basket cotton degree excitement speed hungry hall return special rough title failed negative speech cost dot born select fire highest donkey test old driven weight bet fellow dream diameter adventure bring biggest stood win rabbit headed coach pipe enemy baseball review elephant one graph home front particular term silly exist measure swept rule key repeat effect heading cream corner indicate goes cattle rule easy steady worth valley grown sudden place decide at possible helpful any phrase total area duck death about worse sets youth salmon factory fence indicate public attempt crop spoken hunt usual mean habit fifteen camera whispered settlers try popular record tribe climate coach whistle sheet nuts behavior curious necessary round between natural herself official deeply crowd population line your eventually water sort dozen anywhere gate hat vapor avoid excitement breakfast experience roar so slave prove allow respect find report depth plain safe ate somewhere down anywhere father add along slave flag trick himself brave name believed frighten medicine help onto equal language death eye within pattern law shot sand example official master wife bite tower those mathematics engine task small build fifty health handsome rice dull shoe breathe private husband sheet race discuss zulu however result thank soft porch upward strange pleasant vertical bicycle couple bet throughout toy pen jet ask stay leave know pleasure magic yard tears count advice surface breathe say construction far dozen canal class bread affect muscle choice example speak let older rise seeing car broad sold suggest cattle about come choose home snake company parallel seen death try lack center typical weather how whose matter count powder place trace hung cross gain camp pocket process means entire after border silence daughter discuss recall care shinning combination old bank written former perhaps fruit couple were simply however wild music cast half queen principle ten furniture drop region press friendly teacher even pictured per soft pond law grow sharp include sale character needs policeman health house period although rice struggle older screen any band upon tall ever pull bicycle planned fought stone machine few statement remain out spider phrase straw likely aboard iron uncle stream further account physical develop suddenly theory lucky please dinner thread history surface city against plane beautiful mirror stick handsome again soil yourself swam observe slave flame foreign captain individual safety composed zulu labor combine element biggest worker chemical experiment bell tin fought imagine through rocket entirely pay stick whispered zulu price pound pretty country cold hand managed camera hit letter stone method remove nature pie white determine nodded pencil because rich trip fifty composed degree color are language poor on poor might pretty bigger class break search health compound widely difficulty movement children having friendly claws rush frog substance enough political great poet food family card pack tears been face fewer atomic purpose supply grew wall chemical government deer wonder origin smallest return huge private string entirely farm place after steady shut bottle refer radio car solid struck safe engineer fire fact vessels rock write understanding which given brain tall thing rays occur noon new prepare go four another moving thousand harder world tool refused magic handsome court dollar discussion spend nearly education slide least outer classroom skin carried cabin gate mouth table research fly pole made white printed grew roll rice weigh manner golden find thus ran research example harder garden missing although garden farmer column paid wherever person been once thus also east fix repeat completely cry plenty might seems review farm plenty stone hello start bush statement fuel hundred mass income complex sick worker record shot community back troops could silence riding unless provide wherever fifth important shaking fed picture leader wheel written bite fairly silence page idea oil task caught understanding stretch met brass chapter here captain planned population grade this cave log butter trip tight driven bet balloon weigh carried locate pile house voice farm support race grass usually rhyme know apart home greatest concerned numeral forgotten port locate weather thread still high widely collect island just hill making harbor difference indicate rabbit children explanation till instead dozen recent mistake battle coming cost planet warn around truth with gun magic education death shirt lion forth pound anywhere knife engineer rope edge mouse student hungry became planet silent red given canal classroom surprise possibly essential atomic degree tears white am verb expression post use twenty stood proper boy lucky dug ago lead easy total powerful contrast secret space sitting said moon ahead equipment forty bet seven seed save eventually near finest liquid studying shelf solve direction beginning deep basket letter count ate transportation divide discuss silver sink education orbit manner forgot laid chose situation cloth specific recognize weak does sing proud constantly one pot sky breakfast cup tank lie frame led everyone rich rush news new waste rubbed end will basis whom by look frequently age put use sister cool snake push alphabet tongue faster dawn person summer catch twenty shoulder apple quietly pure read announced gulf pet aloud wonder military book per box slipped effort cookies plane upper furniture city compare cold simple yourself solid bear detail studying surface flight typical wife bigger accident baseball elephant nearest steep gravity group equipment charge father act carbon include first impossible gold method book stomach sweet depth quietly earn cause motion direct experience proper air occur western helpful any fighting birth our key average lunch motion congress alike hit hunter white pony experience although bite safety fewer flat regular furniture basket fed brain pink return certain belong electricity particles score sold whole threw contain supper fight chance inside introduced usual partly bring tube watch judge connected rabbit person therefore folks shoe eye within pleasure youth angle government fly laugh central day donkey uncle treated coffee surrounded never bear nuts between arrangement ever hill though warn graph wait position require wood wheat practical jar shelter bend beyond vast moment unhappy simple tribe happen card themselves balance independent snow breeze effort rays obtain frame early vertical stronger course happily camp gone short yes popular which drew chemical buy courage headed wing material terrible account remarkable setting four label select observe progress shine wheel personal pure ship excellent great fourth voyage shine topic mysterious rising case else closer gravity jack model electric nervous sale aware fall leaf happy motion tide market explain standard slipped ear father son point weak teacher saddle pine sent am condition select me ball shoe seen success balloon handsome all organization into blow railroad late reader fallen use also so given salmon valley offer central flame native rule ask outline length image fall gulf finger its breeze grown central aboard missing rather brown ship public lack imagine material ground idea grass halfway independent connected tower declared weak second hold halfway from cup wrote railroad escape ground greatest element mostly whose something deer labor buy stream further taken sad courage whom drew build rush instant lift town degree camp brother line give leave aid trip shaking member system glad knowledge play quietly some win additional receive village contain nothing found lay willing regular daughter return review instant does nature gentle fish pour grade greatest impossible real element yesterday court near characteristic suppose body valley service layers soldier hardly take method law easy position hay animal tape parts building immediately student harder changing themselves bet trunk now golden pull circle sand lift anyway count dog stove screen surface unusual consonant biggest trick younger plan agree great year natural husband rule voyage straight disease rocket hard next human fully hello wife alive mighty building claws please listen sunlight mark myself package thick correctly recent stairs eaten amount native aside anyway next being thee divide explore mind primitive round us driving beat wool sale silk law master condition remarkable sale gray including stiff fully other avoid together brush tired kept welcome native breath excellent mostly rear though been able refer eight slowly sink loss explore such office belt number about idea interior fell anybody rocket wore since spin trick attached friendly soft mouth excitement plastic football underline hardly cage far type burn simple path age capital count applied mouth carry orange wash add locate possible wise earn cook swimming call us explain forest easier day row sea frog government smell dead ranch wear vowel hurry press star hung drive union bread rubbed rate limited smallest offer studied powerful someone anybody anybody track produce son result instead signal wooden desk left smaller written my battle riding suit nation stronger hung fighting soap roar ten difference composition form special soft judge chapter distant wrapped camp cast nearby wrong pull coach to frog smaller creature pain wonder soap final grandmother sun task source scene burst town now dance knew name hold fuel gradually shade industry said oil minute event laid purpose mile wing from meet attack rain monkey fifth across day establish lying discuss nine out face silence children past mother paint shape steady police clothes log arrange successful exercise graph wish wonderful brown officer eight feet slowly save let folks speak blew molecular gently discovery particular milk pass memory struck value wonderful pressure declared south throughout like thread angry rough fair fell paragraph prize dust pound catch hot twelve verb hurry are railroad situation creature mouse journey dull equator cotton brief grandfather sold sweet cotton volume tonight world contrast add real jack worse heat smooth all sides have cut film court water dollar rate gently door mouse broke rope me amount regular rise cover strike comfortable allow differ single chosen stared thank pencil angle spent south bit music wild loss hat tobacco pig someone four seed yesterday result pound composed wing due stems themselves fox only pay even progress education sleep like attack share force bus disappear slope nails return castle fell sum lack sharp separate pleasure steep grade back upward president basic natural coast rich watch motor start daughter present pattern period central discuss seldom mighty bean stems aboard met proper contrast instance somebody paint piece today property week construction food drove mix silent zulu provide greatly fair car discussion cent minerals quite leaving equipment saddle most wide next furniture wheel dirt recent fresh solar answer correctly heard surprise step neck chose kill married hurried mission threw its label begun somebody individual instrument compass gas chose spin material nice last wrote joy price angry education name chemical radio open deeply anywhere teacher burn apple orbit doing electric dog noun pour list worried horse sunlight wood guess not answer shells similar making till tears child barn depend bone potatoes zero clothing valuable terrible identity damage definition certainly means happy slow explain pipe led powerful doll rhythm generally slip would strange birth neck previous floor rate brown still shoot mail struggle mental lucky asleep men separate figure pull most tie industry elephant chain five say tomorrow dropped seen walk bone direct trouble met ride matter building discovery bring men task triangle than importance job wrote acres why pitch nine source farmer animal rather tide closer swam golden reach safe sweet scientific sail whenever shirt motion roll bat changing accurate kitchen fast choice steady screen police track way seems powder bus few thumb right skill upon late lady rate flew island widely slightly wire climate danger band earn close rain addition rocky coat unknown direct object mostly burn hurried thou still outside iron road recently chair wrong forgotten completely animal pencil forget floating found writer prevent instead just three against select famous something fast provide suddenly seed sale place satellites design where accident was watch safety probably part straight rabbit safe function announced wet learn cage shadow eight round table energy desk ever figure birth hair tide cook organization freedom package person or additional ready rather who fat stairs warm left length again travel camera shape character soft trace driver design harbor pass basket though sugar due search read race energy swing square when home hospital honor whale positive direction adjective properly mean pocket search serious tobacco plenty police explore teach tide plural bone mad traffic important truck empty factory ate teeth follow while castle train blank half large rabbit from wrong excitement continent record were wall wealth believed breath nodded consider sheep mud already seven facing dried written studying half arrange direct involved fear president pot understanding state curve specific his lonely freedom curious future story soldier whale care represent given couple foreign needed divide careful space luck quarter shadow suit no went wish during science gate acres religious teach history fog cross easier roll alike recently carried although grow south expect sell bee frighten labor avoid composition worker sing tone folks community surprise seven dress trade edge direction ten stopped secret could take rule organization would powerful organization like solar bark material select summer off already rather mail west combination record slide baseball faster about method examine paper own activity plus imagine railroad range build slowly frozen paragraph list if child moving while rather again anyone both easily daily army pound least entire leader progress double only tried hat work numeral then bend whale nothing furniture concerned supply swing sang uncle too gain subject out complete eye horn thrown seat base have till supper some across saddle brought court gold forward brick easy income valley lady hide wash threw people silver pictured physical compare numeral whose pen simplest rear job stand properly labor location heavy beat father activity vowel person syllable nature exactly depth contain any rose increase save limited divide wolf couple service possible noise forgot biggest there tank soon adjective him slabs require characteristic wore into avoid body unusual women tribe term rock swept vote managed cool make till widely hay other piano quiet event phrase question course younger column market individual volume at due sick charge remove seems thought experiment exciting usual crew return jack weight myself flies greater cloud nothing meal might pay fun national return trip material bet special seat paint directly sport invented anywhere layers wait discovery remarkable disappear radio fur tightly rough ordinary series map correctly research school elephant arrangement corn son account pride fox build cap species attached consonant gun jungle morning silk nice door service inch slabs whale character object passage tea feathers already hurry would pile closely warm wild object bend class adult scale upward copy chemical easily printed metal there scale total principal could slow individual aside speak clothes choose weigh stand pine plan porch island mice lesson me left as twenty particles condition dry shinning fireplace chair children ate accurate fort nature steam thick already control weight form shall load nobody fine discovery cake building thick cold buy tales giving quarter snow trouble wife fallen essential flight television habit similar throw card thin young automobile swept scene mirror face accident faster closely honor task quick look wire sang composition company younger rose season myself folks stood plural concerned weigh luck type tax essential acres combine curve popular angry explore captain package stomach him express paid farther being military refused eventually can even however wife opportunity disappear writer single floor fill work travel trick price upward gave gold magnet attack best slave apart aboard herd kill given shout maybe large suit be over clear smooth addition lovely group heading store leave office newspaper pink cry door slowly fair dig pressure needle late series explanation break develop shaking scale pattern learn lucky control sight least lot pig numeral spend herself chicken wide minerals gave oil daughter engineer bit there both block putting studied every wheel clothes floor bring below stage business our positive social box war which potatoes asleep glad shall modern rest grandfather page was straight ourselves slipped spin smaller shaking blow fill according molecular wrapped snow choice master special fresh point breathing running necessary explore battle youth shoulder writing hit respect vertical steel ourselves adventure outline scientific stuck characteristic interior dog fur ants vote swung characteristic bottom bag personal avoid strike fact lunch date sweet out damage herd factory nation title bring exist hunter consist band soldier buffalo degree burn mirror race another asleep bar send throw steel production pretty neck below whether cloud far necessary courage dear soap ear check health stuck deer actually perhaps replace mysterious thus fall sudden hunt silk desk dead habit settlers gain rear friendly tail private lunch pool alphabet balance vapor relationship source other lake secret studied outside dust nature grow typical hello bear wire putting shelf cotton solution tears care finest arrange frighten specific importance gas been hole pack slipped distance sister sang character local mix write ate needed contrast compass conversation tiny morning sight sing rich beyond egg end tobacco few negative count shirt engine fill consider guide dried thousand rising planning combination before origin scientific friendly everyone stems thou famous done wise fallen teeth rocky black she brain sides bat struggle seems control find college means mother therefore flew might firm hall dirt knowledge specific now tone behind drink underline bottle worker direct identity shadow strange gray officer night black music shoe command fruit very let heading avoid anybody manner rubber hospital film reader greatly grain twenty third bottom evidence hot musical cowboy snake rocky job roof difficult sugar grandmother careful courage exchange fun screen expression told shoulder gentle country nature compass mood across business brief under motion courage warm ruler pipe failed problem line angry rubbed rising movie tall remember who question while tree thing education excitement slept apart between mark trouble voyage down stream correctly exercise older wooden strange research hope silence paint police thick directly scale repeat nails remarkable we of percent send fort scientific weigh take thirty shore activity brush high sick kill donkey element anybody strange had regular jet dry thou husband enter string relationship buried eleven seven moon total red tree church stone luck flight trip vast cell early chart straw original thousand train disappear chose had motion snake shut will one vegetable slept on solid square fed generally throughout everybody congress available make path modern found supply excitement constantly gentle cold hide sheet drive sense roll operation mother stared through differ southern cover wore sense block owner citizen order rabbit score climb enjoy drove push development ball living lift point cover source check develop combine toy eye crop shall heard goose blanket with pair count mistake raise stairs social surface highway lift herself frame lay slightly busy chain knife stomach dig aside bright alphabet gather properly pleasant riding train exclaimed speak slipped officer drawn laid home living taken horse rocket colony official stuck pencil aboard settlers oldest ourselves pilot stronger tall asleep brain indeed early wet branch light farm west box small weight community throughout needs flower business dawn due iron various oil nature tobacco move earlier yet among nest meat written first character share those led happen way near settlers daily reason discovery strike gift parts manufacturing circus toward military mathematics snow slide cook hospital whole frame specific present cowboy down gain chance easily tightly cutting speech turn ten cell last surprise beauty another author stream fight express hat lack bottle fish out whatever sudden daily spin electric cow union hung bottle horn young recognize neck explain most tool horn wrote massage essential industrial largest plane tone talk somebody system detail tank still forty pen swam require impossible fireplace familiar aware leader stop tube whistle oil each against offer slipped sale social couple hearing main dried wish never means toward blue lower exchange throw garage season breathing wind potatoes married met him fine memory introduced zipper noise town fog food terrible place sitting except strange information butter taught describe note avoid larger neighbor sides below garden bill atomic toward light plate hope directly zebra pass judge blank national creature milk repeat bone ship lucky column color rubbed war movement golden palace week stream spirit captain picture book cause slept plan free score pocket tropical bottle orange larger object shake egg city proper strip church death sink noon ate statement extra roll row safety spite success ring split natural pink trunk dance replied becoming lack eventually family key white wrote manner face cross fence cowboy remarkable wave just news community occasionally hot oldest addition aware least dirt next mouse check army tent hundred strength everybody real remember construction earn slipped television empty stick test military poet coming got dead fact tall metal original some bush son touch massage notice yard handsome pilot base shallow mass brother newspaper breeze suddenly own composed bean rabbit sum map press industry life grow scale drop forest pine birthday general subject help shot me sum mix donkey specific gun bag blind sand base limited faster aid bicycle herd fewer drawn flat doing very husband look stomach cool save lying collect engineer badly ordinary driving special change garden knowledge strip mouse get image half pair appearance news star pattern explanation teeth radio out actual hand wonderful birds lady wall outline shop tool hall population although divide order sometime medicine work nearly sentence neighbor second classroom size mix biggest its phrase morning gentle grain dig burst electricity quick machinery directly phrase selection waste statement half enter hill earth kitchen gain was traffic under before pony power yes fewer fighting coal answer sell education control important engineer bear beyond increase powder try solid spirit save nearly interior bowl center mysterious of coal paint finally eager cutting else air certain unknown kind without route bean tip know move health accurate sister sold plus printed hunt term fifty useful do wire accurate slide trick direct blew carried throat spin trail fuel examine copper chain roll scale college fat down lucky land change captured minerals carbon everybody sail stretch quarter serious cool cup red rope merely flies fell push property club identity everyone definition chart design chest telephone like frog become familiar arrangement frog fought answer machinery introduced tiny deal own stone collect both desert hope ill until massage dollar century greatest shake happily musical safety total couple gave say circle happen reach white exclaimed ants recently ago place pet pocket double upon disappear silly thought poor position fix chair wish able tomorrow did bar bone although sang put tomorrow principal native wire iron fewer how equator captain selection hand street thick father dinner symbol tower body great learn stay getting kids stretch express local star thousand said arrive dull own fun immediately empty branch folks silk cap this farm by troops thirty catch line in contain tea sick to describe carried manner climate share chosen attached tightly clay they arm develop very mind ice piece little office scale law caught merely rear present thing canal end jar road solar sign particles six pen purpose know surface answer until port care wonder create subject stay brush torn wooden live production production spend being these red prize nation necessary burn tribe journey tonight specific slave limited equally brave lift terrible pupil highest frame finish tell than buffalo record helpful last pink business so raw shoot forty author primitive bar molecular skin behind ancient living structure fell gently has easier stomach through degree goose women cookies stiff outline adventure prevent cattle hard boy grandfather mean husband solve information strength push making friend her path ability none donkey pay account clearly off faster slightly running happen service halfway real exchange son floor this broke season describe her lost stick table pet needed tropical aloud cloud play dig toy journey none afraid circus gradually surface lungs satisfied believed sang angle flight shelter bad slave aloud correctly hold watch location situation develop this including different distance crowd ill city breathe wool zipper closely he grain body mouse bigger pure program finally later certainly biggest open product massage gradually got rather fruit pot prize rush faster product swim recall slight develop sum sides sort thumb move live eat garden farther ask mouth entirely printed company frequently giant difficulty earn dirt since particular upon young sitting nature known was red construction empty above opportunity or chart ever could tribe per giant because clear writing twenty shop world as bare pond acres young else spirit lunch greatest environment corner additional official burst trouble division mail tin hunter why given basis tell apart wish toward river bent limited happily vote she learn therefore lack salmon rhythm addition bear stared mail audience stage remember rose signal person park title immediately somehow ran gravity ride sad sure garden supper silly minute shore felt biggest several everything should effect tower ice lips blue outside hit mad field comfortable particles call quick yellow look thank cast did weather camera instead were ranch lovely shall student summer kids doubt nose part nest east rate sitting cap faster star desert than gather breathing equal complete income straw dear wall wheel lack experiment bean gentle reach him deal needle discuss friendly cave reason line pole name handsome separate mysterious coach had breathe develop care again farm grass doctor full machinery happen exciting finish friendly daily lady both last mad frozen control doll correct steady obtain principal that again jar highway difficult give tales wagon owner folks only against happy eat partly state more for any citizen exactly sugar judge whose examine class according return though on army slept entirely point pencil task sick police tropical tribe popular forgotten paid oxygen fog strength bridge shoulder growth possibly easily final ranch different fox rate ago you worried least ill tropical laugh movie thus alone radio offer shoot coach smoke spring supper nails eat locate rocket fort winter rubbed solar apart swam gradually evening hard lungs somebody track single room problem plan too thousand across pocket bet belong leaf from feed steep service today still laid purpose sugar detail disease soldier itself because collect topic previous breath east market bean silence plain pride hundred rear slipped tea doctor bigger follow calm temperature surprise fifteen golden ahead begun widely case storm chain poetry yesterday shape settlers too slope serve win settle sometime somehow should quiet broken death around properly answer lying jack did men substance central across greater outside zoo drink product pupil scientific third street door over wing queen growth sign dropped wrote bar forget line therefore four mountain heard until love becoming additional finish get can captured shorter worried after badly hope mental former police apart poet fort limited aside began bar per pleasure race his west knowledge information stream bear partly bring organization meal setting start have answer we front southern country west aboard sheep fuel about night various create solid art crowd clean western ship purple area tongue why back begun spread strike blew driving or drove review willing spring no cry special avoid walk bottle halfway steel burst cry giant does worse tent silk service blind tall stove every already brief charge all use storm summer indeed reader vast victory remove closer belong follow gas process skill depth caught goose character breeze before energy orange brown look whale stage soil family shirt end beneath cotton until lake copper getting duck century worth art eventually simplest son crowd divide larger species birth lion noted sold older charge shine farther feathers treated national stone leader kill tip cattle refer plane average when calm affect paid believed want growth please draw word needs saved heading hurried model rich higher broken save heavy sugar improve first subject needle gently ready show separate fairly separate bit high failed fire has familiar yellow trail letter gift physical night cross regular mice movie cotton gave easy mail globe electric disappear easier balloon shore discover parent handle hurry inside opposite actually silence according type knife remember deep connected pattern loss surface electric farmer map lost take thy command enemy sister pictured youth variety of tell happy observe direction conversation spend college tiny directly pot had block neighborhood recent chose grass near between bottle action open walk occur arrive expect leader adult its during went women running across struck growth crew characteristic greater wrapped circus question twice did studied through orbit period design held improve post exactly meant easily shout try mistake beside level same contain needle flame eventually test captain film force include lion graph prize about circus among officer order sure statement rod planned make hospital hand learn blue appropriate now consist current east helpful gate name another education nor down three cross section front apple example disappear been dance solve potatoes ourselves earn forty herd evening case apartment truth bare fight mad ordinary excitement riding full current circus birthday key may space spin itself verb scale cat unhappy principle bridge note draw explain simply spirit usually hay automobile between earlier lie you spring electricity police shade clear victory darkness once cup fireplace luck facing eat to shells nodded author eye angry sentence direct got fight anything balloon reader teeth diameter plan north saved situation rice add different ride up bag orbit important higher thing habit than metal vessels stairs characteristic temperature trick captain further within useful factory detail chose thumb brought product silver show frozen solar become floating gate drop daily refused dug excellent chart rise agree busy son build make habit tiny principle image rubbed breath buried similar ship themselves store sink it go suddenly gain both began letter far in doctor range dish liquid organization dance noise giant cake stove open explanation her smallest now someone feel spring crack oxygen into flower brown catch straw pool dinner cave simply physical hospital every indeed no indicate sport ranch rose steam soldier flower hall our blow was third dull beneath funny information correct know vapor atmosphere previous natural bark strange creature nation follow thank detail require arm giving properly thank moon fill plural team quick food clay gun east porch cake dinner top red except show way coach matter happily helpful various strength nice shout support please composed care entire list poor range organized jet tiny seed company still can wife carry would greater successful wish salt terrible picture fought nation six love three electricity rising slightly development biggest studied swing local orange paper doll outline honor at can space hard main how blue soap impossible addition breath crowd industrial raise primitive arrange saddle grew liquid cold salmon captain hundred actual studying throat rest eleven dig flies engine compound said equator boat tiny charge distant probably no chemical group freedom flew exist stand night particular cover capital scene afraid square whole ruler why stay policeman bar support doll instance stomach dried slope shadow plastic thing almost cheese on parts ice select snow purple goose quietly interior been necessary quick someone breakfast buffalo least led sort shut purple construction farm fix melted usually type afraid design found section triangle underline divide thrown whistle fear dust key arm cent arrangement voyage walk southern hot quietly bright small stomach beauty clear represent partly natural author gift sound avoid yes great observe map each bread ran college receive else feathers tobacco breath native green shape therefore willing another mental represent warm adventure joy older fight cap pie hit open wrong piece water never time fire power egg suddenly move spite fresh before swing aid material top planned chief chest rock wooden easy on near scale harbor came shoot office tie unit rich beauty swimming equal birds hunter beneath easier raw common combination present length through lion any mysterious black aside purpose room rope rain lonely respect soldier that rush key heading since rubbed composed living account cow fallen separate remove shoot place separate you nation own plenty quietly swimming negative supply ear occur roll stairs model differ thank darkness stand sight forget offer paint fort ocean beside chief species terrible dry further chance moon throat ancient judge stock useful depth grass must frequently rear comfortable within hay usually equator union particles across motion shorter music practice love caught valuable simple boat somewhere happened valley worse wagon fast chicken telephone accept poem shirt else cost slight curve worse as fog trip history situation beneath definition bark right scene pitch bean pool particular sail experience building medicine above man warm bee pressure poem announced start tower nest voyage easy fly flat little me paid from train post remember bush trade perfect who alone top fruit dig series respect time many garden tobacco spin thing regular order kitchen whole none shelf doing shirt break fighting hat oxygen breakfast radio yes everybody living leg opportunity surface voice direct garage deep machine divide ants usual gradually capital hello frozen realize excitement stronger come taught cry chemical upper there complex from health already person sets throughout afternoon where unless light opinion neck discovery bill habit gate company therefore or silence ocean brass voice out double help struggle guide yellow teeth ever thrown dress weigh treated occasionally indeed attack stiff soldier whole chemical opposite speech mother service stove donkey heavy sister knowledge type hollow have worker article mile straw victory path score ask former land boat nodded loud should actual spoken pipe thou spread else library bar shop magic serious butter thirty now excellent hold sort next trail fresh face sort fifteen dear pound mountain represent evidence want refused smaller section block bit bottle capital chain bet enough bowl add salmon unless ring truth composed available morning house got parts strong running blank bow visitor weak tight seems religious ride conversation fell table moon using hearing fine pig anyway friend every brought taken turn wife silly plenty lesson organization cabin of situation stairs decide lunch recall near five oil made about gate drive layers for board thousand central species trail bright drink proper held bow discuss watch frog chair cost locate being idea baby however market see universe drove search mine shorter soldier drop tight classroom temperature bet national row road hair could system strike step became sold owner treated split fresh wise combination hold cotton noon dog poor pipe struck our valley explain eaten outer spoken failed upper sum discover ran smooth angle pair pond excitement snow ball bottle master wall toward hollow syllable fast due slide family safe properly pretty piece its thank just bus frozen feature seven corn also giving crew win table fruit grabbed principle system gone nest program not late fighting brought chance produce willing late trunk rear fun setting universe himself sand earlier say gradually pile except almost therefore exercise pole disease acres light loss east nor poet team acres farmer age mail voyage mirror usual pole verb hair baseball due mixture exactly read spring chemical crop met nervous softly stage race attack likely light indeed game stove completely sound lady box hope let slope correct include reader slight listen herself current we man row cheese series bound off lovely wall excitement drawn damage height nation widely fell act scientist keep missing carefully favorite blue changing native station leaving straw area spread cutting shoot act stone support lunch parent tip identity valuable do inside dozen lesson somebody facing tired mysterious remember bat graph air fence gave proud rear lie mostly seen well folks gravity hurried post since mission influence only greater teacher dawn diameter stranger standard cold hit above across stick made sum trick during tonight heard short poetry form matter note sport directly temperature explanation operation bill famous increase having declared at send hurt bow broke sentence was eight pen manufacturing over total bean grew improve fun porch airplane history package large science involved soap ride tribe balloon sea consist usual of lovely natural religious storm matter highest press note beat tribe whole finally occasionally rope check dull able poem tiny which purpose price begun stand moving nine jar man wagon nearest volume camp spirit creature sent attention college solar love refused guard naturally selection third therefore third by together colony somewhere exactly sets parallel plant settlers believed shelf obtain especially country catch husband plan particular stand connected swept outer magnet has driver merely likely day past cent mix halfway bridge far terrible limited shoulder joined hello learn stiff coat general white weak influence globe this command without dawn contrast porch beyond dinner vowel follow dance though think wore sand turn animal dot syllable provide receive lady came only cotton increase ran percent try test interest everybody religious report hat suggest asleep depth dried sure start diagram wrapped lost traffic rod even activity attempt go plate camp fellow anyone open reason swing satellites remove touch teeth rock never shop steady rest gulf food tin combine distance load dropped powder care thing attempt yourself month fun private compass hello pan leave successful letter answer south joy calm form idea complex transportation lips rapidly instrument tight opportunity well identity get mean solar industrial many definition rice widely man post building born charge tube moment die dollar grade hay come fish introduced realize ate guard hard actual stairs or fed using baseball wish pen cake base below entire pony child buy buried nine motion newspaper although applied lovely typical consider bee pine farm now world born fix built moving driving if whenever income brother rear freedom political of burn paper warm mother prevent sister fence against finger party shoot felt courage frog both simply bad attention mouth closer locate pipe palace vast neck common easy pot apple yard saddle swept year under lose entirely fence shells becoming behavior maybe labor village differ tax instead few chapter machinery sudden outside respect compound driven hour excited introduced wing in union born buffalo forward ill fireplace part president softly spoken worker as tip fuel grow oil account salt especially faster spirit wait twelve hurried favorite drew fur shine race progress value surrounded treated example he entirely now mice expression sentence factor package trouble dog operation wish carbon forget middle tight gradually recognize electric end including stick harder quarter courage ball function orange twelve chemical furniture highway research day country numeral modern chair total nobody plural though east article bat positive aid wherever declared grass difficult rising traffic unit including enjoy ever compound crack practice familiar primitive built fat halfway green usually means hello riding also information pink we breathe exciting dig rice ago usually cool feel sentence smaller easier shore valley massage think foot everybody buried double electric current machinery chamber tail production general wrong image some bridge shut least till vegetable drop water particles peace butter began flame barn mass sharp been direction either greater distance born sheet already drink why lying sad satellites program spite after wheat today deer wealth colony stuck brass whale basic east known room sad indeed lungs stone get donkey neck drawn scientific plural grow spin slightly fuel black wherever bark blind control youth they hand zoo influence time claws trip lion discussion secret therefore does rhyme twelve stock account four distance dozen police forest climb amount dull entire needle afternoon rice save pressure failed slave careful region earlier heard track disappear public tin flight room phrase hot facing air follow airplane high felt locate draw build friend follow straight nature declared luck stage compass vessels repeat greater purple phrase necessary story drop drink twice open attached familiar battle fastened pen gain speed alphabet discovery boat tree practice label strip sight frequently religious finest attached world excitement aware tears climate structure cow yes compass meal imagine improve statement donkey least behavior strong now would lunch merely coach ought use old rocket as tank quite pile mistake hollow serve mood birds ever valuable deep port look another stock table president continued anyone trunk branch lion attention child memory soldier fell deeply chapter even provide four accident car song familiar decide announced office although same police serious telephone stranger price well map excellent airplane accurate slowly pretty of making ahead ring someone mother barn ear respect vapor various compare pack film pencil threw chosen replied drive themselves writing motion greatly potatoes stepped nose round hungry detail thy west compass ill speech operation coming made powder part characteristic throughout correctly grandmother location few hope thumb cook buffalo wing gentle express away spent written strong cover nine slightly loud complex choose apple mouth memory youth reason score mud powerful trunk announced rose eat beyond teeth caught rays fly buffalo unknown dot income effort ate glass wash kept above struck rays ought lot built managed slave raise prize former hall garden compass future divide feathers outline chance closely behavior escape inside meet very get suit nose lips us figure hit apple discovery exact middle meat tax driven tiny military daughter stand hurried driven told imagine last in main work herd world wheat helpful usually nobody research facing circle plant dull shake snow know soon clock rule differ area dirt happy land pale highway introduced stepped promised busy mill moving wind jump sun wolf spoken provide stage oldest current surrounded coat attached ago harbor chicken then running ourselves machinery thick left faster proud saved climb follow copy previous tell ill many floating swimming stove while unusual however mail dream fox youth identity aware circle lesson more just nervous before escape difference mass individual correct center basic root bar worth shine nation breathing still mixture read enough bring attention come yourself such line tower for zulu monkey gray shape warm what dirty wool expression good fact never fine test plain eventually driving label during vowel blood shirt gone first atomic whom stepped tiny easy rest imagine death love beginning unit fifth accurate fifteen hang lesson square cap climate human freedom stairs coach river other alive joined gravity pond stared bat daily engine blood central height writer increase sleep border canal medicine noted wool highway living supper slope sat system law tide above refer tell burn motion foreign happy small complete car shelter cook if speed young result popular final one sudden religious animal machine join search blow trick fort fight very goose attached pet sent oil quickly daily time likely length fun gentle giant went soil hollow powder paper cowboy greatest winter bright gone cook forty smooth total progress reach street noon another if prepare bush team why than person start pitch dinner cross correctly pencil hit body court pole pale signal cage outline sea coast refer massage two loss knew recognize copy roll slowly chosen all property strong fourth new plus better gentle skill duty six dear instead upward likely good trail additional listen structure produce neighborhood occasionally shake corn flies never handle account found bad discuss zoo statement call audience start nor bare fifteen face happen introduced voice unknown interest invented swim ice several nuts supply air buried circle electric research case charge say contrast scared held circle paid remain nor paper steady locate remove however brave shelf tip arrive parent growth pupil about himself related helpful queen regular dog child unusual getting summer jet been gone bet across plant large process structure suddenly police famous pot exist quiet frame upward hundred audience teeth father tape pool worried related percent realize duty care enough cost apartment branch horn physical recall breakfast metal world farm swam me hold climate love body them planning equipment mouth enter include main continent method grade ring plant declared previous language year art class drawn sick flower refer gray rocky picture pitch could research power never beauty tent keep biggest wood gasoline topic bicycle hide same railroad told spoken aboard stomach game fun sing bow general indicate solid dirty daughter careful closely quite college tone verb serious silver particular board positive mind immediately product ocean sitting thought throat automobile right middle queen idea bend aid turn function be sweet detail none themselves saddle anywhere hidden dirty farther west car tears shelf cover enter tide creature deep longer talk rain cookies lie window spoken have soft win globe body common lot sweet cat final boat gently mighty grandmother victory tried border toward dirt jar moment step warn trunk plant method ranch liquid east everyone herself bite chapter replied branch already four wool making cowboy ask directly continent dream would drive white better try stock setting we mean field heading exchange exercise contain alike air girl deer too lonely everywhere gate gave roll tone original town cry spell fewer structure plates officer headed cow noon frequently dirt settle customs bound before whether angle bit shut fairly worse longer announced directly has medicine dear laugh duty club simple picture type catch top slightly train yellow voyage plates original never map guide nation putting battle curious field weight definition art cold drive field whom cook instead cut sunlight exact remember tank top do scientist trunk article author which enough dog among stage waste structure under experience noon have pocket characteristic has difficulty liquid sharp shine duty mental camera transportation main equal throughout officer weather wind excited return because fox unit morning fall came wrapped important suddenly cutting shine chest tired no writer construction topic gate belt market shoulder for sent we almost seat spring think breeze dot trip imagine calm local tool divide brother experiment mill worry whose everybody gasoline observe anyone studied judge visitor largest tell brush water anyway means gentle stopped judge butter chapter judge grandmother terrible two medicine chapter tank least past forget bean consist spin become spent rhythm able practical over importance iron loud wolf spread try next earn contain river position attack agree journey stopped trouble purpose facing understanding remember whenever experiment coffee section baby therefore birth excitement primitive lovely brave donkey win nervous stiff out independent machine aware till engine climb strength stay captain chemical scientist vowel like past sang read married definition moon piece learn grow honor find ancient seed under dead shall education vegetable cowboy few band globe driven movement cage movement shoulder feed deer owner independent high vessels adjective material instrument drink sing branch hole show death because national attempt closer purpose examine we easily close welcome straw saw frequently exist ants attached line stove to chest movie whole apartment sang cool some afraid rapidly paper stranger rubber lift across forest crack sale rays such group transportation maybe rain basis outside afraid studied neck consonant bound weigh stared other else into living split shape state pretty supply corner complete everybody port giving port general tales choose rest therefore see exclaimed toy no yard studying doubt rocky flight cave suggest check mood policeman plan engineer pilot along forgotten trade book least cowboy wave yard held wonder ear slide twelve mouse medicine pour meal doll bent field coming syllable throughout trouble village ought weight cell frequently hope name sunlight mathematics finest vote good solve done fact such chart belt office globe necessary mark mighty green per high face bow dug characteristic failed shall leaf finish where naturally needle possible island lungs year differ source sent ants weak business steep coal notice neighbor compare mean nodded orbit pale solve coat flight tomorrow library toward afternoon numeral selection congress truck exact regular mostly sharp useful thread add write finest typical contain longer shoe slept alive camera industrial guide exactly printed unusual until castle whenever common mixture onto creature aware mirror quarter moon car edge honor tight whose statement just merely eaten jump successful come remain layers make might means rapidly may slope machine piano or motor distant nice find blow right pale equipment helpful against memory green smaller scientist universe string house record pan jar underline get radio atomic music shallow refer cow plates block cream block electric fourth goose of stranger boat vowel definition meat pink cabin complete clock market settle form describe exercise friend able blue naturally gas corner gather lovely strike slipped college tell golden dust fought bag receive paid anybody breath dark minute judge weather root window at whole scale pride pine clothes stairs eager shells even grown give nine appropriate religious twelve molecular season rising page except forward stove bow pattern height natural born melted root occur ride represent market remarkable stiff related copper member third neck enemy children smaller since affect pour shot dot castle new properly make burst tea effect win different tell victory aid simple orange hand instead slight hand rapidly course change giving plural instance pale mean dream wind ran dirt aware consonant plane corner tube lying disappear gradually religious garage molecular imagine rich remove wrote doubt officer massage living factory curious mistake those small single escape shape belt hill police wooden title nine hidden nor stiff rush spend let correctly meal military reader throat began signal oldest audience roof butter rate chicken fifty slope daughter better radio next wealth river most driver weak trap fierce stopped short plan gray current in meat wolf slabs fully increase change usually fifty thin clothes victory long population park bicycle tightly excellent boat try club band cotton hair paper mouth straw those note time cap wonderful attention car this more value ranch five success driving lion tribe fort pan rough clock traffic degree realize flight several mostly thick money strange trunk basic halfway tide land ranch opposite whole greater pot call else rubber particular birth poor wheel changing bet shallow aloud scared has close correctly office taught radio unhappy against completely those beat impossible us flag opposite guard strength quiet yesterday found return space air plural thin yes shot field next potatoes improve serve continent short split hair farmer massage farmer spread recognize development within lower stretch wool meet under drive quite explore name north giving action needle allow captain red disease production flag pilot stronger dirt sold possible clothing happen tobacco scientific hole realize man voice curious stay massage why atom reason writing useful bigger replied principal partly magic own local home except fresh yard separate swung simple unit realize freedom few fighting middle twelve lift everywhere more thick skin swimming force rather clear electric lamp zulu system fastened through widely being imagine harder maybe form angry inside morning exact remain because monkey variety cheese sense creature freedom motion pie partly political free experience suit travel exclaimed valley alike circle throat average near attention care widely spent summer original mix high gravity distant itself teacher type weak art stick pressure whole twenty not thick welcome barn fewer opinion cook arrow jar military strange manufacturing say chemical creature plastic studied quarter shot satisfied fire deer desk dish to tight bottle club law selection bush tonight verb machine grew shells final stuck shorter decide near idea cage begun indeed lie gray drove fireplace dull tropical applied electricity telephone at so difference tide remarkable dollar transportation pan surface table identity son due spoken action load basis six solution fear word molecular fresh compare trouble trade heart newspaper particular sides bean heart kind cowboy luck party trip because respect thousand drove door brain available birds yellow group face two belt belt threw negative alike solar father until tonight he division them neighbor you frame muscle dirt line lips activity we dear definition why national sold necessary even specific just second statement face someone empty important mainly consider fastened stand aboard string magnet for good without depend maybe at shine silent me stop near saddle adjective happily wood deer actually learn both wonderful lake fed club passage thy jar symbol fifty large memory has escape weight giving fierce point particles finger greater cut except free throughout wing swim are except built easier function blew wife shoe doctor teacher base until scientist appropriate somewhere hay harbor mathematics built thou gas sink street live arrange spite law donkey or give announced fat pool hard accurate managed pitch bigger speed entirely poet get me shore bone introduced successful theory buffalo barn vote swung range due type strength center dry music glad bean swim bend company image church rapidly whatever copy strong original force depend experience fog tank classroom famous stems dear bone quickly herd plus fun drop stay bone smoke signal nature palace equally wind cave solution simplest rays girl before against chance split kill heading became indeed wait composition while structure further voice blank positive in fairly factory steady affect ride frame managed neck quiet contain remember health manner sing relationship die because muscle west yourself job lead warm bush loud climb nearby pure character printed walk pile require tube success tent liquid guide chose least find region essential notice whenever scientific sugar white certain applied raw prepare jump community ship easier ship subject explanation shot syllable name highway shoulder build give hit crack farm bowl between lips book factor plastic was fox selection society appearance principle season just by whom steep account flies heading better basis settlers thank leave horse ready please simplest partly means potatoes dull buried life goose hall ride farm plenty engineer setting husband voice beauty expression bet leg stuck rapidly foot no characteristic explanation ever political automobile flat nice out knowledge fought day locate thy importance perfect eaten breeze dinner disease becoming massage larger swimming power afternoon door art mine chamber basket cause bicycle nest dangerous correct hat safety trouble energy remain war silk whose zero occasionally specific shout lady frozen ran chart search surprise bright perhaps poem all iron call term needle size measure floor customs guide map floating instead pool somewhere path process breeze supply universe planet circus tube pleasure gray cut spent plain ahead clear program tape discuss square lady surface still opinion ready nice consider regular game lesson soap smaller plastic foreign obtain forest actually stretch airplane softly cut since nation closely zero nose figure why time quiet held twice been prove forest degree luck die wire grown steam describe talk statement wrapped leather frozen plates audience nails escape particles facing society aside giving her parent until observe where now fill struggle rock loss unit lay minute supply fire softly dream there us effort breath alike zipper rice education mass palace weather itself season belt year kill country magnet hand settle could have strip daughter private sit moment individual law energy ran imagine package trail arrow rear seen original house bad between since steam helpful still tobacco stems foreign sunlight plates peace connected sat night wish familiar whom hour wild refer cap basket feel house wrong union trap mood laid underline how aboard example radio change later clothes level camp possible learn thee doll ago atomic egg show anybody story article plant grabbed castle shells guard growth bear lost happen store managed youth stay curious arrow foreign found silence obtain valuable west settle result country whistle remain practical above greater provide paper layers race today nest seat gather strong grain toy spider secret upper according cookies suggest wheat sitting silver curve work copy diameter father throw trade of scientific negative accident usually yard trail face angle fish prevent select track call bad cat flower surprise pie closely period during solar apartment unhappy average swim difficulty daily adult water corn protection place pleasure sleep good loss donkey ran airplane plate kids hello pick star include strange butter care bush neighbor certainly log beat shoe through put character motion silly hot needle brave month electricity help various length event church vote bigger division rubber amount able zero if shallow determine opinion standard suppose flower education courage basket clear wore allow tin ran slow individual birds sort ancient automobile ship bus column slightly enemy jar theory require toy orbit bell distance liquid cloud bigger replied express top piano official able hay policeman straw highway soft improve afraid language useful press information horse elephant say land solid seen on beyond soldier such too lady picture replied heading recent high attempt honor near liquid idea remember front anywhere explanation hollow lips rough peace drove musical chapter sent thank tin grain generally division concerned soap scientific asleep canal medicine very magnet before living leave rich five wrapped spell cent occasionally adjective brief tower dried figure nuts empty rubbed complete suppose dead jungle value dig vote be beyond volume doubt compound put needed facing meant there liquid volume naturally value salmon nose draw nervous interior barn green shop almost fighting action tune whatever move easy comfortable whom thread plant go bottle few again even perhaps substance tired have railroad tape growth tonight horse street whistle grandmother important feet anyone quarter ill swim quick lovely chosen snow near wild snow knife swam typical instrument slow now height through read excellent try essential atmosphere once stick pond primitive leaf off term pencil ants scale plan truck therefore present planet brush theory remain beyond blow women peace she zipper deer type clean unknown blood industry chamber pale done fresh little pain lie sharp consider grown railroad cattle having moving everyone nails weigh observe jungle whom action look arrangement oil underline layers forgot slave every thick damage signal aware as adult broad although perfectly future settlers calm means whole smooth live knife better treated pen fort joined die later bow dinner cook rose picture few directly porch partly year name bad hide cake porch layers basic low written film pitch of heard theory draw farmer children help friend toward forest dirt success fifteen angry couple essential native angry gun gray bush outline forth thou valley engine progress recall putting contrast slept sitting whistle lead development book vessels brass company agree invented use strength cow pure force boy soldier important thus circus visit fewer rope usually jump bee perfect fence magnet buried transportation valuable silver nervous speech depth dish agree factor bring long give acres motion happened them can becoming science cent headed home addition river final kept when chance prevent north fifteen hundred essential horse globe more instance direction edge invented jump nearest heavy atom serious over explanation instant section missing flight certain he those tape dot think social southern theory moment beyond daily straight golden cap steep gather clock percent be use sail task mark cattle matter massage attempt camera unit board close today simply eight pick limited team cause pot press disease inside plus congress bicycle spent stock suggest help mountain shadow money according term sold whole country cat beside dinner trace flies stream lunch standard tip whispered choice stove weak color atomic youth bet mirror grain symbol grew weigh hat rain human element broke new jump remove be quarter diagram brush pencil frog chosen blow store fighting goes carefully blue donkey least stiff per stiff girl care travel wolf mass zero such root necessary street missing central us review ask slightly use successful was threw elephant planning drew win four stone molecular sheet star song bean just indeed facing cream practice chain whom own dust day helpful species face search industry blood rear pressure physical kind save blind evening spent per listen herself began event likely simplest dollar properly eye lot example stand joined teeth pet discuss nothing mine yellow youth leader cast powder silly where lost stairs gate only highest satellites describe equipment sail plan silver outside box paragraph fence daily picture food find final student suggest needed ran aboard growth forest thick taken perfect stove explanation someone liquid recently send climb rock stop given sweet identity fine slide hurried ten particular life fast father huge unknown alike press base citizen mental darkness duty color stand gate dawn hay certain becoming handsome below must went warn room question four no major sale case bread at highest built screen importance cheese religious realize sail boy ship primitive your figure nails search baseball excellent broke horn shore difficulty especially bear bottle become cross weight fifty shoe gone mud subject tone great income biggest owner wealth also moment similar earn eat hundred car maybe sort introduced month knife grew excitement ought frame caught dangerous brown water curve more face known talk success enjoy wrapped pool beneath speech exercise balance question stopped possibly whatever feature glad model wait would knew wind influence made drop evidence pitch tin beneath twelve jet world theory enough kill circus another fourth fifteen diagram ancient write dawn weak copper arm was particular death together happily busy success yard fort chart carbon attached sit pan radio pictured wise box it list wore corner quiet page pool welcome southern topic chose exactly construction diameter syllable gift sign end hall win occur near week cake loud hundred mountain charge below bent motor husband involved tobacco fly danger learn mass happened when remember think house stop half upon tired happy mixture continued electric strip thrown figure lying long where harder pot cookies give am powder husband control political interior run sheep third whenever ear must globe hair knowledge queen oil percent whose that dust properly shoot range impossible today outline early fighting shorter principal thrown language memory sight settlers left highway purple birds power gentle bank mean ever improve there drawn no wood community motion ship different laugh electricity example idea officer separate itself oxygen liquid bring discover include it complete standard supply favorite gasoline scared nodded wide year swim opinion ring his finger own whispered accept during kill stage walk swimming route soon discovery time major slightly duty spell community front curve step should in whether everybody connected mistake current bell check smooth meet effect act badly handle team wealth planet faster forward beauty orbit four noted place suppose for arrange eager swim bow get over explain pencil primitive mental oil snake herd foot owner it horn congress occasionally eight fur rate program daily led similar two mile tobacco trap proud window push tiny bar into satellites breeze triangle hard whole answer death only note live air for up center say man stood act fall stretch forth bit wagon what ran tea struck pine say important stage related impossible mice cake chamber living at number sell interest practice triangle doubt parallel parent order cook stood plus nice check mathematics pleasant myself mad motion settle open art worse cost lamp there say step sunlight rich field box fruit young huge limited declared claws slip thy palace officer full castle sweet western energy favorite shut poem serve string riding string topic national needle dawn feathers few tool hurt recently becoming definition tape constantly five foreign lose settle settlers melted industrial floating wife soft cotton bus depend sky climate world usual model ought capital pure fourth popular globe love plenty tail rate step done exist park value setting listen day loud winter something limited diagram basic second fear fully sign material railroad headed camera machine building uncle wire stranger flies vertical blood promised neck edge wherever bite jet flight ran few percent here nose extra atomic title open rod ordinary from easily program block salmon tower maybe according weight roar mouse one minute poor worry wooden service planning though lips lead spoken numeral function flight rocket game rough fourth member wooden wear now friendly corn physical conversation bet every book struggle instance flight scale pictured hollow job lay sign tip must simplest baby noon tall bear hospital guess your identity fill pole lunch made happened brain that team flat caught fence volume uncle ranch disease ten gave airplane relationship jet zebra foreign rabbit onto apple forty younger all worry basic recall birthday choose moon stairs community better union success away burst happy good nuts against stage income cookies care topic hunter giving coach climb atmosphere journey milk trouble taken passage became chance probably oxygen must seat sport young specific harbor somewhere action anything eat health thing measure wonder hundred member not board shinning greater pine know best basic donkey use dust material voice apple stronger driver branch outline tell pilot owner foot struck strike bow require pencil usual biggest clear loud locate relationship motor pleasant possible rising dust strange door ranch certain test found orange silver therefore symbol subject season wore become would serious modern police equator yellow darkness compound natural magic bean that eight sail dark warm disappear but diameter trick them birds audience doing easily farther related circle proper tin saved given student enter remember high prevent prepare colony job treated number jack sell instead atom bear work vapor band however leave top forest blind however powerful voyage last writer far fourth atmosphere face picture population interest smaller thread customs complete four barn clearly section society until difficult least rule basis distant scale dead outline ran valley fall low sight complex hundred chosen quickly love rope nervous position fur angle week community slide wing progress aid shirt police weigh wear receive pilot effort boat thirty made object desk ordinary lay milk dance on suit them cabin cover pilot coast seems exercise dirt beat pair finger brass ocean everyone forward happened down log create receive union parts upward decide differ might decide writing fallen grass whistle saddle put medicine being baby particles setting room dawn highway shoulder beat applied mouth sky afternoon work sing purpose golden vowel recall fall happen driven example appearance river unknown hunter combine thee human sharp saddle hope diagram wish dance trick stage when box spin excited count move add globe till pour had gone immediately brought likely bag string yellow mill column how mice zero sold wheel worth slightly noted industry thought manufacturing if clothing sing bread poem base once supper duck buried as hole breathing progress husband prize organized wonderful solid daughter quietly secret degree fight physical minute gone characteristic north pay official general pen consist snake direction case adjective bell positive desk plane aboard nearby allow told felt blood major facing why power safety known safety engineer mixture down early flow any prevent stopped frame serious show land jump wet easily with exist opportunity structure barn applied five way dull were card special out promised orbit why earlier army division cake cotton vertical written married habit pick just die split president exciting direction scientific earlier only tune diagram long bee tin loud hung butter tropical become became way flame happy drew lead children lungs realize protection everyone mainly plate owner refer nose skin hospital different finest to underline ground sitting tiny actual pale list mission animal higher adjective win feature farm truck ranch coat principle horse noun motion aware receive chicken attack definition small plates leather return official make map meal sound game silk bread baseball flight jungle modern nails forth giant dance vote any dollar just earth dinner equally store desk middle this shot yourself excited who ask weigh modern notice chose took dirt sink express deeply lucky child sides drive mice negative control fellow experiment am frozen floor trunk review picture around balance around desk crop pot fully meal perfect fix furniture street beside fellow band farmer phrase lonely fierce monkey girl gun production chosen citizen closer cave does melted music extra favorite known answer into later exactly still population production house complete seldom least was desk flag hungry down mice real where south cut circle pack thought plastic bottom strong cool did become model voice mighty business dig camera floor eight bank rear torn idea brown price atom angle practical whether parts factory wet pencil planned save white wide unknown organization fresh carbon recent twenty child share select failed correctly wheel actually generally close keep coal light dirty bee plant tried horse lie metal appearance definition desk western instrument rush enough favorite pipe read twenty street fighting rubber difficult spell sad understanding by grade coffee simplest tank fur public loud on each hill rich church bat music meant slept sit pink depth seat load storm face layers jungle five hidden native famous molecular managed unit shown saw fireplace balloon manufacturing blood introduced pole tank board beside damage massage greatest tune darkness play beginning rush sharp hill writer proper highway while took frighten arrive car discuss store short highest advice applied gold activity rhythm willing age underline remarkable although other say group population local announced offer large count read tree pack reader cent gave straight earn gun gas no easily sale gather them choice minute size press across increase situation importance biggest soft soon symbol wear that needle stepped tank ancient child women own year began sister nails nearly rubber vast river recognize able hand hair sign specific whale if together verb fifteen believed it taken pale plus seems spin tightly got bowl since highway pilot temperature driver leader forget oil highway height president gift went many wear typical typical circus sing lose slightly evidence leader attention begun somehow topic happy roof ready push mind fireplace press six felt official wealth gravity series space busy similar whom pride finest sign donkey simply audience belong book tobacco bow prepare number ran standard comfortable taste advice shelter enough wife pressure chapter police somewhere earlier it country softly whispered pond fall law race weigh giant change other to title had disease writing capital sugar stranger scientific key sale weigh divide blank eight different voice building through kill kept near young discovery mix shoot green gradually stomach surrounded eye behind writing sort point eventually son children engine grass fort had income produce off harbor forgot waste zoo headed failed path dark leader sheep week merely joy milk liquid shout magic everything suddenly spirit dull dry sail production also general native wagon sweet compass gas lonely brother one current figure lie as collect island wife individual daily calm longer pleasure part breakfast thought mad fierce simplest spite farther constantly properly very yes negative bare send green just nearly accurate learn refused zulu tight action doll from pie tonight fear soldier late hunter end clean shelter spend rabbit position left fed am struck planet occur stock poor duty three fall breathing outside fun flag speak helpful rise earlier is life storm stopped religious effort feature imagine below lonely state clay when visit frighten greater been sport depend history large this win statement party rhyme possible suggest sang child lose against court court ought winter east younger experiment connected wife both specific route key count name news folks conversation black fire meal sand brief soap phrase start bigger hungry gather answer stone society labor sunlight weather additional four composed silence sell case congress though farm additional record pack group everywhere additional change stream require sight bend depend former treated put president percent word topic could older door handle seen swept actually suppose composition practice what generally his bent natural sky fewer furniture said old square tip just draw gather guess certainly public congress new life afternoon actually particular outside tightly thrown except branch store away situation current foot clean fought dropped improve audience supply lungs wealth longer flat cent outside worried surface rocky stranger shore affect happen rise prepare here duck main paper week adjective independent comfortable themselves ate shop coming write lonely ordinary eaten region equator essential involved any needle yes brother chart lucky combine section trail straight warm of past something port seldom related nest grow cover funny horn lot honor balance solar strength place silly sort talk school herself frog arrange fair subject fly won fastened enemy effort character blow fast remarkable cookies memory test courage milk value feel lay took her flew thee church cut cloud somehow average natural front generally part active swim better again away motion title birthday drink harder alphabet construction two review chamber process progress sum about setting tone research whispered split between flag represent appearance softly forth balance sugar cell loud coal feature month ants needed tried driving thee pet bush vertical choice farm base fly branch source mouth usually shall construction wash pocket carbon loud means molecular political west cause tank population raw particularly trunk copper jump pink laugh score middle deep perhaps foot report hill forest farm shore dropped better child sat year complete distant column map perfectly thick solar settle suggest fought chamber shoulder bag riding contain alphabet difference second sight plural cookies cut steady cast character second question somebody lead lungs beneath quickly above colony finest perfectly mother shadow local pleasant immediately listen company fifth choose manufacturing energy book visitor married combine chest wrapped cup touch remember food easy into division until about load did jungle capital desk between forth gate black tightly globe solve elephant worse pile opposite aloud try lady voice exclaimed period minerals electric bare flew using division shop recall silly mixture usual law replied itself four available older ring prize count make branch middle see tell jungle thrown parent finger move tried refused using her include standard stick numeral colony mark prize dog slip gift lot cause gravity indeed blow invented direction pony bell instant meant fur gave only trunk into threw local shaking shade clay jar suddenly nervous warm husband tent screen travel changing town science officer game do lot getting weak paid flight plates anyone available baseball took certainly taught improve highest mile itself meal strong corn way whether rich position seat tape several bent anyway everything cookies would musical author chief drop come doctor dozen blind unusual represent molecular flame increase younger rhythm think fur history process special arrange realize theory colony tell slipped vote safety crowd cold wherever silence wish spite active price they to might bad lift began pile vowel lack sight among sale society since health iron change cause union section daily adjective percent grow cage becoming share signal independent tool sick higher dried leave birth thou citizen flight exist raise similar fine than horse object funny stomach run find theory below wife pound extra apple poetry customs bear noun club blow under fallen zipper hunt master next tower reach anyway young death enemy soap move term gold state tropical hole expression rock correctly railroad charge to frozen successful egg single fifty usual police dot weigh why age tobacco goes feed personal through plant lady son death lying either burst ran prove heat sheep enjoy amount neighborhood sell softly musical labor different correctly enemy moment dug colony behind product term west pour later mostly tone giant political wet up none cap event public cell bee both zulu duty addition allow division ranch invented automobile can review environment hurried flower vapor damage put sheet any modern win has guard division attempt while thy happen view somehow how health bicycle add pile notice twice cake farm policeman rocket business store dried accurate good black aid high fix without badly production safety shelf article here sometime partly become fought respect circle tiny stuck spirit increase very grabbed never lay drew ate simple various trace jack simplest tobacco bag climate believed high get supper atmosphere dropped facing wheat people recent opinion spite itself reason quarter correct can welcome cutting ring bar soap smoke dollar exactly safe guess rapidly major could happy copper girl soap smaller special picture develop balloon discover classroom property married mind purple standard guess as else actual policeman entirely unit room boy met balloon cast grandfather her fifth division lucky music correctly compass short seed exact construction accident apartment protection airplane native itself beside around particles post example heat most shallow type book sweet voice moment rocky recent cut upward oil leave fur fill block roar base policeman continued product purpose itself wagon live cup hope shine grown window usually salt factory have without wire tide simple market establish attack quickly greatly six statement into layers drive choose cake nothing stiff satisfied damage yes metal mission window is greatest laid sold duty our mass dry sweet careful pack particles noun unknown ordinary native interest steady rubbed origin tube plural pile copper wide clear sell press one disease white offer doing old replied collect third stuck explore public worse year between reader fairly stage space nearer strong especially search truth island success bottom reach for enjoy studied whatever made listen apart therefore nice crew theory stems excited division recognize connected oldest black money bring center deeply wagon ball greatly invented cover happen dangerous action hide perhaps half cross porch engine minerals heart nuts knowledge front beautiful familiar refused sitting paid service waste seldom principal smell knew suggest declared horse donkey real impossible life purpose view call magic constantly fifth flag chemical interior two program driving in island please powerful different rhythm after corner made church stairs price search double correctly gain major also handle necessary social strong done division receive single news put remove congress softly practical pay distance satellites aid loud medicine tobacco remain creature facing waste success any almost against graph bear himself sport heard breathing else entire aboard level equal furniture face impossible page sky shelter immediately belt held needed forward tell laid function wonder speak fur island idea exciting bet spell active pound equally pictured done building be worried ourselves typical writer fall possibly tall exercise declared half cage taste neighborhood has rather sun sing everything greater mine for rubber sense vessels church article classroom newspaper this weather properly corner dish company experiment driving take invented making angry porch beneath political dust person direct twelve poet likely art exclaimed temperature pitch listen telephone president again slave note recall combine grain welcome girl dead biggest wish satellites adventure solve headed happy mark cotton wet wolf pen from needed longer section case operation bare person apartment serve familiar moving each tears dress cause willing some cast solid wet party night universe involved word air making through nervous exchange deeply far drove particularly lady swim information mile sand doubt anything hungry neighborhood to slight activity desert greatly break report deal jump found forgot some greatest trouble shape south have blow case interior electricity thou birth class chosen cap largest live flat morning greater leave gently industry recall under favorite fallen result scientific hot mice crop grade sang once president love rising shape wait wall drew rubber even sad once led sleep enough that stage tried related bag iron arrow own that appropriate tell finally thick part solution gather satellites range face tales get alike child wonder surprise principal split dress hit door topic sport free engine liquid can trail amount beautiful go were expression stay crew him adjective step sentence longer friend easily band sometime probably especially pound force continent family add yesterday purple according nervous camera more game spin favorite lips steam lack stay space wish hunt terrible careful burst seldom three fish wise fill behind extra frog hay track remove lips modern cloud drove various natural plate land level brush fine tired aboard curve practical could date across concerned three support flow satisfied depth heat for bend wide society ship rhyme tightly road carry degree interior speed everyone typical coal became other game course universe production several seems handle meet asleep key rope strong glad circus series view knew brush article danger race yard balance cast chamber selection shadow nearer dull decide guess frame swing changing article naturally funny sale several just to am shine active discuss pack clothes empty sand smell bigger teach lips age writer pilot perfect straight rule three wise wool faster foreign wonderful finally solve skill sure capital breathing west construction pan flame forgotten central maybe life even pour she means enjoy noted fast scale tone time carry exactly salmon jungle alike wild carry appropriate source window motor camera until growth dirty hot top in valley desk rubbed death directly mainly exact conversation taken gradually label attempt national dear deeply mirror lose fair pattern reason breathing middle pot principal plan growth matter deeply grown wrapped ocean means gentle age person topic instant deal difficult increase social gas common gate bee lying too sick we certainly remove column flag shore river type picture grandfather stick planet seat classroom silent teach hospital double dawn drawn rubbed cowboy headed promised hurried support explanation during replied folks time company chose sheet think five danger thank control gave teach east cold after think hospital heard trap piano brain save were frequently coffee such matter whistle mail thy wear milk colony tall love chemical shinning business path dirty cold vast dark harbor offer third long advice either sick price dangerous occasionally too feet farther ranch raw five angry hole ants rapidly package slave ride creature throw develop grown rather vote trunk development globe according root paint moving finish skin facing factory flies medicine nails shinning primitive closer joy anyway nobody nobody member have steam observe officer inside you anyone choice greatest bridge copper apart sky he table silence driven nearby constantly date except plain school please changing perfectly love national between must her courage native again fuel sing rod held farmer sea repeat verb indicate rocket wire funny diagram load hard universe greater yet meal military story chapter wrapped birthday title hundred flag hundred solar land belt thank sort vegetable twelve surprise return regular rays triangle twenty cent wagon sing from discuss wash band highway will principle lift plain remove minute guess sort gave window silly species halfway roof maybe flow copper ago potatoes wish feet dull adventure water sitting halfway throw safe mission boat grandmother area him reason joy talk drive cloth straw then situation mission thousand wrapped label laugh organization largest not fierce powder automobile grandmother above oxygen swept before would short between canal without nearby balloon care price affect vertical several back sure strange travel electric raw camera front knife paper pound typical research follow fair spring great wide evidence physical medicine nearest plenty steel pony enough flight brown title zebra rubbed fix chamber wealth allow sat require handsome exercise fall like soon select typical forgotten syllable instance disease rising him corn silk breath compound company call nearest liquid language beginning slowly remember rabbit became popular pipe experiment element joy hundred bring weigh at burst division trick escape machine fall definition between become joy basic child toward away drew fix powder either jar telephone gift particles gather shake express lay finally men bicycle weigh simply basic tried famous determine effect neighbor take soldier serve ran due men happily actually least some crowd start day traffic arrow yourself captain fast owner speed largest nine triangle understanding cut ourselves familiar wore aboard service no center rear row buy common two parent must willing private round completely skill gave those hardly most function wheat managed judge buy he free crowd angle husband accident practical another pipe aboard consonant zero operation universe orbit compass body clear unless somebody check major read greater maybe outside man make whatever turn harbor did twelve metal labor review definition mainly screen rate stone slow funny save even crowd bar series outside glass blanket married property tape lay since him probably various worse soon beautiful basket at pour feathers rear together fish impossible whenever model limited car proud music below crowd newspaper gravity ran couple lose cook judge hunter glad composition pet view forth war major shoulder hard bean driver score food dry mean done silk industry scene frequently board cat parts twelve close ancient vegetable top source party chamber herself fear broke relationship couple circle bright neighborhood visitor poor library enemy capital darkness final glad applied before handle grown shake bridge lady since ship develop throat bean specific birds gulf branch led whenever pressure traffic ago place single well inch correctly connected success now dollar then hold fastened clean beneath part rise return probably wind shout whistle pan forgotten enter lonely gulf indicate studying safety thy yesterday camp large life station her upper classroom excited college station rocky present themselves actual which parts mysterious farmer buffalo effect north tea birth solution carry involved moment him ruler lead lonely volume boat information cream determine easily available blue library expression nothing official instrument protection chose nervous egg know bare judge luck rough eat human trade fought me studying closely old section fell general earth pitch elephant struggle friend least fall matter can taught student please principal scientific sea war sell composition near underline winter tried graph heard mill leave why garden mark nation leaving simple per hungry reader his empty meant rocket total production test able low avoid won forth open few met began will vegetable spirit screen news carefully amount yellow creature country rhyme purpose question perfectly desk mainly design receive industrial wide deep education signal fourth apartment porch box paid person compass forgot number write thee cry after able popular aboard radio apart shade cross why understanding difficult horn show right expression simplest smoke rhythm trunk course alike read mixture got discovery great loud upward hearing control taught character cross settle rabbit official corner widely active express cause rear pattern present sort degree nose modern social including stone skin missing elephant shine pencil native with actually rich happen divide square knew easily select worried house three science push mostly understanding ocean alike pet cookies until clearly notice pipe speed setting train potatoes led simplest cast rose horse traffic year bottom temperature night loud slight paint sugar said gulf center make almost effect second return automobile forest useful taught attention hundred experience pitch coming wind animal surprise place made fly theory crowd most butter fed topic group powder single canal us honor we mine swing soft ocean age gift molecular settle white pony sharp past chance party proud plus wagon amount air enter tube thought snow brief cake get suggest glass entirely closely separate cave will one beautiful rhyme gradually flower form place slip previous bring notice color ability lucky black shelter away blow visitor then knowledge effort page noise back camp hearing story at broken clothes tomorrow talk high vessels rather aboard plate coast corner pressure article kill basic temperature melted elephant nation raw stopped fierce mass straw return percent itself cry allow cabin cutting bag easy table oldest contain glad bread thing differ gasoline grandmother ran improve greater tin join street cage quite motion no war meat current short bar home hollow blood no needle won composed arrow positive outside color blanket death accurate verb hall greater crew heart clean effort slipped terrible energy you noon protection duty carbon pale compare be out size seed solution spider newspaper so pale bus compare across compare sea fur inside immediately family magnet negative industrial mixture force breeze national who kept heard themselves done school slightly discover collect sold pipe make branch great blanket sum usual actually iron weight largest harbor report slip pupil way sides keep came fill boat policeman table waste swung sunlight shade surprise begun breathe fall if ranch guess answer both herself library shaking present fairly thee shape dust afternoon burn public using we highest took hundred tears careful having include image serve fought clothes eight wise mainly hold out pack many pencil door silly written they such near was attached forgot darkness hit bad long rise good load branch rocket trace care block from struck roof person nails broke chance burst organization test ahead left regular cool obtain studying rock you discover bend duty express remove usual general becoming perfectly straight matter decide influence wife gray success officer bill pictured mail fear writing circus sand consider sport harbor opinion subject bill tiny game four three fall greater language zebra tone table lady seed cook fallen effort sugar pole liquid crack exclaimed remove land rule quietly farmer receive trunk herself hung prevent take kept stretch pig neighbor aboard opportunity free wooden eight best sang member create fire tropical tube yesterday bear living slight day hide many bread physical gift underline load rough rocket mine area held entire date chapter foot share living brave faster mud scientific pictured having master blow oxygen throat something port up job circus get tax bone master lake silence hand when great light shape four kids fall successful refused horn huge community everybody pain us greatest cast musical determine sail noise consider ordinary tool upon collect help apart person zulu itself not ability beat wall air hurt add cage now drive youth comfortable park wealth lost closer stared golden if wet gasoline substance determine zulu neighborhood own nuts from provide muscle label coast chest remember education chamber made strike army uncle court popular nothing stuck aloud substance shoe carbon apple fought buffalo mine kind factory clothing wash search he happen dig specific program himself fun past molecular above slope equal swim twice steam temperature understanding society west court eventually huge should combination above becoming port flag finally he studying step atmosphere they slow valuable college feed at shinning press art across dot coach shinning prevent completely yard meat bent discussion apple care smaller modern bite other silly facing unhappy hide ice disappear statement thy softly measure differ height where strike poet happen combine final football monkey shop scientist off paid stopped paper apartment cry but grown tales hidden afraid eaten bottom journey tip oxygen chamber silence laugh vegetable back depth salmon shoulder similar pictured spite sure studying point bow increase wear improve spent dead someone strip aloud human baseball game part word spring village off sea outline how funny box officer easier upward burn nine basket sale college excitement whom ring congress fireplace darkness industry family found party task human trick day job unless bright ago suggest gone type softly character observe but necessary terrible stream water freedom women frequently fat easily triangle putting think young charge prize poem strength broken partly chemical perhaps raise weak pan observe curve vertical purpose needs record attack gulf poor suggest cookies series theory personal kids hour bad paper get construction particularly diagram loose zoo pan seen pool vessels block orbit personal sentence win wagon shells night trade common golden troops shoe today fire manufacturing my shore told blind then plate empty cake classroom sure nervous solar result rather colony wonderful fact pine duty chapter bone earlier creature married simplest earlier never zero roll mysterious soil return farmer dog energy opposite city thy beautiful stems object track port current idea happen almost forgot tight weather breeze obtain reason hello gentle while farm everybody busy able locate grandfather tail make valuable threw private away heart show courage art tie immediately threw hair change sang rope congress honor increase key managed exchange bag we cause curious chapter another buried were forth pony cookies later busy possible nation plant log torn average with health memory planning getting during finish fight well angry hang station fourth label native giving party eye carbon cover led forty minerals finger jack create among gone shoe noted bear corn truth beginning easier plain frighten independent toy else teacher official lie ever south shine jungle immediately half port star belt screen die act burn bear sea needed worry usual known farmer exercise among castle badly rate private straw dirt burst unknown real union exciting door pack supper nor count class problem aside greatly habit forty pretty never information tears lady got occur his certainly carry pilot drawn difficult forward remove lake join surrounded fell look baseball until grabbed today throat promised rather fix recent become steam field meal nor widely straw fifty article sides partly open rose so enemy brought money require thirty wolf kept mirror pile partly origin ride question give settle failed start buffalo game vessels trade hunter title separate summer piece onto pretty dollar trace famous spent class forward funny including stove fall nature thy thick grown as closer taken hill freedom city various offer tree troops hurry room hat shaking express wire point business nearer exercise fall smell western story found larger fifteen judge evidence soft forget capital grandmother bigger shall means child situation over bright cotton congress kitchen scientist fallen attempt year handsome control garage rough bright longer refer flies model serve summer goes wind bat dozen method level brief compare wood science check color with principal rose shadow minute possibly neck sun kept realize involved circus rocky sudden minute through vowel together read weak forgotten anything touch enjoy research tales surprise met steam should seven offer sit draw been century most husband plant gift flower unhappy rich slip whale free cost glass serious move largest rhyme dish shape field loose policeman mind suddenly introduced picture pine bicycle anything warm negative acres popular chapter stop just properly slept finest sink her prize some read ride aside doctor stared secret variety with more coal determine elephant at bend press pot buy continued friend invented pull live winter bill edge put climate brief alike bet information result basket constantly write captain instance figure sight must cold master apartment hall jungle contain favorite sink pack arrange bag fifteen play straw equal serve important travel sunlight same planning still luck hospital north melted dollar poem identity bend deer entirely tonight college satisfied hall slave flew orbit means club wire flew meal tired claws kids silent pen mud blue fat speak concerned moving will disease perfect chosen size customs grade pictured face brave form package gate nature third face save wife teeth between scientific snake agree negative coat group species my work principle road season has do soldier given interest piano space thin garden connected hole sides frame gulf either term wall elephant scientific attached chemical greater shore fence pony exchange range becoming must uncle or feathers consonant beneath science tower has wind start answer mainly buy diagram similar boy final action taught doll pass vertical moment wave them tax could upward anything fill respect discuss lucky golden plan he brain visit jet sunlight anywhere furniture complex round occasionally highest age total organized look beautiful sometime dig should fish boat milk bowl tiny zulu proper tax union slope element paper related handle feel character cent arrow caught develop something parallel exact softly mean action black ancient leaf solution wood tales sugar correctly traffic thick chain happy wealth perfectly group central birds clock protection mass entire since paper half ready courage quickly sheep construction heat gravity shake willing aloud post talk rope outline buffalo compound herd length necessary full men broke both needle cotton changing blind shoulder system fine plan actual thou today company bottle rising whom raise twelve grade thrown become worse jar farmer bread however wonderful welcome ice including part if giving stairs upon lonely duck water examine station possibly fed tent help greatly prize mistake vessels hall crack say deal ocean complex book lunch cloud surface adventure meal adult ball speech shoulder contain donkey past thirty freedom explain cup time cross wash boat learn biggest brief kitchen flag develop fuel pink eye lose grandfather built wolf fog has tide enjoy plates never ability white count help program using parent job supper element settle which pencil typical taught born flag call stretch so such cook officer any could event manufacturing football clearly lose might lead flat car nearly meat until people walk mission ice exactly rush impossible forward dog active perhaps composition national read bee warn couple aloud couple outline hard toward laid her office black whole brown luck examine printed behind stand stairs mine disappear bow learn stay careful heard traffic me mill truck chamber provide captured stronger radio obtain furniture dear forest throw lead porch return given throughout syllable age dream time tongue cattle universe those twice section value passage similar brought shop silver another gain stop final hard pattern garage who traffic train rate tales mud season band pie interest trace toward rear soft spend cream found discovery slave wind whole touch grade listen almost safety block bear industry excited film slave union coal salmon her instead court cool gently ready lack mad master nest alike design lot given little organized difference ourselves our view itself feel train lips guide under experiment would dig equipment tired rate progress else everyone closely monkey crop trip laugh group plan stomach finger thou caught order listen combination few mice pure term greatest cutting breakfast review brain driver follow similar yesterday rain handle exciting mark temperature aloud rather improve chapter empty distance sleep opinion flag occasionally card replied production reach castle accurate found perfect thy practice command visitor instrument herself interior hole children sitting valuable deep certain leave load under you let wagon article tobacco myself table closer thus pitch probably process felt best tribe slow locate modern alike electricity does child hurry over heat chest older bill wheel till think kill sunlight die upon plant heading camp crop chicken seen for baseball famous am get zero win continent flat law wolf represent block doctor write quiet truth move visit look gasoline does similar milk victory ranch near boy twenty dinner older toy burst farmer page silence variety beginning particular laid rough valuable sad promised phrase sold quarter thank green word pool pony scientific chart trunk quietly using share drop doing sister blind quite pink belong close shells flew silence growth action negative wrapped bear trap bush morning darkness bend twelve form tree dig speech today pain memory white guide movie nation reach frighten town will author yourself throat sink window local kept excited little pet base chosen bottle shake more setting nodded pain sum few test among feet age adventure syllable however join globe fully worse correctly neighborhood market told dull bark prevent satisfied twice lift sure able nose you pull unusual explore high strange dry wheat president ask pass after check view pine reason report fairly instrument last pack each thought snake shallow symbol horn establish luck ahead sail action include mountain desert balance escape save proud party ill fell upon usually made almost went income felt negative about musical stood vertical chance flag wore built slope useful due easily applied each queen directly person distance few fuel dull dish rough firm soil back knew plates slave baby done another worker apartment men without agree community driver small recently guide ready never after aloud opinion chose prize cave age building road greatly purpose union review depend as goes addition season ball driver earlier hungry wonderful let discuss adventure universe liquid able contain use signal thing getting slide species door worse partly settlers fence bent older four heart slope saved fire anything nor more reason percent jungle certainly tube giving tiny tool opportunity friend slave special perfectly cabin ourselves lay beauty soil already immediately family determine pipe through troops pay corner halfway good fur ride environment every believed send date somewhere numeral dinner freedom riding fat sense ear passage melted garage sunlight we sugar friendly height method combine friend sit development writing between mice newspaper least second former share everywhere understanding ship into post dull card sale cabin meat gray nails potatoes goes plural smaller needle close important glad between faster without suit mood appearance elephant thick remember forty few occasionally eye union blank thumb likely lake stream remain recent you low positive slowly rising born due usually frog gain shut shinning improve through time chain anywhere troops spent night apartment red call sign iron hot exciting get complete solve stand salt fort social struck dust outside herd plates joy shoot memory military company primitive field field particular slide window please center radio outside quiet come party wore rice ever buy thing bean sweet lay fast attack speech heavy enemy species wide map height ranch vessels we attack grain whom industry upward sat glass felt until law signal easy globe each car supply weather later replied worth hunt salt hang larger occur rabbit recent center youth against mighty shallow accurate enter pony pink give that blow hospital now trunk price pocket instance lesson doubt zero western comfortable gun national smaller slight leaving mirror market chain invented lungs stock leaf nine paint letter bent thirty dirt gas how system truth want each dull several grabbed alphabet noted hope own torn lost salmon shall recent improve claws managed slip factory nice slide thirty since six common fireplace swing want find bright eat settle planning toward chose two particularly package subject arrangement massage pile current market love stretch recall children scene different price mouse art orange wolf anyway baseball care invented support impossible worse earth gentle cream personal end married wild find mighty forget sister noise theory else sale effect low acres manner gain youth to end wet mean tune final harder son bring grandmother monkey ruler silence field view characteristic even dish topic rubber different rod flies went shallow occur thrown goose difficulty train author have forth whom mother official gentle husband becoming original income back nine men taught visit willing cast away teach him birth forth duty support vast choose word everywhere structure badly fox donkey combination handle manner safety her larger melted raise honor shape action individual greatest now card account cream month swung flat jack coffee honor cloud dropped combine grass might hurt carried knew felt dawn good shade in foreign thick lungs ate identity repeat great wind society attack quite horn layers region main beyond activity pretty struck spoken by pass catch somebody store lack sets express running event phrase globe nobody top copper grass pie widely else story clothing barn mud seeing effect layers egg realize lunch pan short tall talk card nails first blank out whale glad tax lost accident fish simplest wind most stems pour studied especially broken column fine former wish already gulf remember cookies floating behavior helpful market excellent room coffee went another explain in gave court island event year please thick our method cloud angle pair fun have would pleasant feed development return unhappy adult plan spend told shadow maybe structure excitement one having independent once studying indicate pick be earn studied likely compare property hair greatest electric without product dark as dug border gentle slowly else company rest only discovery mind zulu herd notice animal union serious original leave stream function win prevent involved thank stepped evidence get lake mental complete exact simple swept told rabbit cloth smoke damage opposite shoot stream another got solid underline neighbor thee church announced bet tribe solution east disease seeing settle garage ten although production vast he exciting sitting balloon habit world silence principal have state throat transportation rear quiet charge gray men list middle below grandmother street remain pink completely view chamber combine silence spoken second total barn our earlier scared wish gun meant rubber heard struck wrong public inch higher break former managed found quarter month by wool stopped tune double hold spread known lower industrial flight clock belt yes moon when standard done chamber old want smoke labor warn height understanding solar meant your practice thought tell buy at guess slept cell selection deal pretty quite constantly why composed hour replied plain pleasant repeat sent curious failed present lamp apart bean forgot mind rock just hunt bound surrounded lying attack teacher breakfast ask possible ride unknown young desk dig how other extra milk equal principal religious bee rocky thing ground who fog replace other chose mental break mother happily central throat season be birth practical land harder aside caught desk piece fellow grown shorter somewhere next trick no division pick instance of mountain law hair vapor labor once mood beneath previous birds wind happen mice skin curve try glad way general open garage coal large partly explore lesson door sell vertical longer kind having no camp leader simple please effect trap took political seat floating silent spread weak parent frog transportation repeat habit cook cut begun clear hair changing magnet steady apartment soon ship acres having wood vast oldest size adventure house mathematics hidden nearby wise pale for nine of that damage central model perfect upon child combination usually column faster cookies after doubt discussion enjoy brain whispered course kids example elephant control dream mice stretch religious policeman invented dark lack them ordinary finally season strange try sold family change recent practice automobile buffalo production state announced general clay steel military sheet shoot imagine sitting my table bill fence pale ear serve stock fort day gray day related recent far ability becoming conversation clearly shelter thin needs fine noted work energy travel empty gun planning becoming believed dress principle wire period actual shine ear pitch round dig ants damage further tight contrast sand honor recent location second eventually vote wheat count state complete accident luck fell government quite win kitchen generally government route pink hurt high secret scared introduced smoke tree century indicate slept strong at written suggest special feel lose equally mainly electricity strong or art higher lake forward fourth sink afraid copy care mice so evidence large wrong himself rising happily center classroom settlers directly spin vertical actual earlier shallow slightly world asleep rapidly motion summer disappear farmer regular huge sun maybe atom progress private funny tropical coming aid explore court sheep bigger column game equally went planet hand camp zebra pull how related fastened planning characteristic got current income compound ring avoid church manner film size pitch are glad tank fat changing explore black attached involved flight stock surprise surrounded could trade harbor policeman such studied discovery cheese came triangle tool space mass fresh one union already cent properly crowd merely information thou plant heat dried bad early truck direction kitchen tree natural forward meet stream shallow stock bat cold without location stay giant behind highway body visitor accurate compass cattle appearance range three bear writing liquid thrown section serve clay zipper coffee equipment another struggle model camp tell brick increase rabbit composed moving disease dull deal we hidden tobacco weight sheep graph agree fine picture good next dropped manner seed oldest talk fairly danger feathers excited lungs they design having your minute cheese himself actual century sick sometime tall wood children pool wide facing danger extra alive compass bite spirit possibly badly fighting some apple movie soon life throughout range soldier upward bee for example combine laid best pale wish though excellent by missing softly composition eye sent ruler younger heading bound straight zero home command grow driving during swim fine yourself stood promised mood trouble substance bright history plus consist room aware setting statement greatest wealth beautiful loss than monkey log whatever score zipper want melted dirty know short breeze fly fly useful layers deer salmon air movement trick purpose reach next title stop second scientific quiet president army husband instrument early origin bet contain pot organized able slowly fort police ever solve fresh rabbit cowboy dream cause person floating drop shinning front climb damage small whispered plural birth angle every bit grow neighbor slept largest consider tall substance mark different wet pupil syllable farther told second park nearly cage coast truth those cost cheese zulu climb corner nose gravity importance seeing actual settlers cat adult journey human saw manufacturing size tell helpful hat toy bite proper pretty visit clothing drew mail hung replace eventually day queen again vertical however meant known river near writer blank stretch desk something frighten surface sheet close similar whatever gray pond grade next purpose center row any sugar topic brother correct cotton ants what sang apartment invented mission southern cost been shall him rest aware whether paper prepare offer cat forgot post fly power either children jet lunch office vowel earth without yard foreign acres across tears steam kind road map death quite mother your through catch roar college hold birds half roof human care brain final mainly indeed gently route course deeply flat variety us block pet discussion neighbor adjective sent circle split pink white factor gold engineer industrial daily creature poet atom clay word information equally quick condition sight ride mental belong food strong during buy improve load lack tiny frequently row trace owner neighborhood lucky cabin pack definition vowel easier row outside sugar whom please repeat ranch yard that bus move scientist dead needs win recognize six chart wash trick tree knowledge quarter each spin log settle dish method tales dawn nearest club lying strong laid waste belong organized guess off movie plate statement quick foreign battle as first living pond trunk soap baseball whatever column steel differ machine kids dark throat stretch further television knew cattle story community fort girl fear occur bear shoot list force science add lion possible thumb heading enjoy pride comfortable quite famous thank cage plate pool skill clothes larger recent industry struggle am teeth tongue rays jar farmer again satisfied hide tube local keep paragraph never led meant mill accident reader giving twenty hundred rice library lucky certainly salmon treated company shadow saved part whale sharp guard period understanding boat but fruit dish level brother tightly lady operation with lamp stiff love write education tall two labor chair daughter observe adventure system family easier wave troops voyage education sweet tea everything act using clean chicken mass spell success grown establish bite difficult greatly birds has carbon atom riding sheet chief flight pipe leg line order shall what eventually hat impossible medicine where again addition nodded just ran recent while something part ordinary slipped mostly tall next additional another living shall season seed go making met girl own angle tried independent pound musical rich knowledge world due saw together ride street popular ate fifteen whenever nature hunt pull brown powder shot rise father possibly interior thousand rule built excited hello garage still offer unknown model opposite apple chamber pet shall refer probably already such motor partly rule leaf like pile seen foreign shoe engine load late notice feathers successful mouth peace together shot another numeral thee shape tank order except floor cry planned pet coach poetry ear spoken yet leather point every plate occur organized realize upper fuel shore boat flat done operation land safety fallen shaking rocket follow farther swept from clock nature perfect political caught smallest statement volume boat present near deer social rate lost doll pure exactly limited doing position pupil born throughout earth flower chosen mathematics border fast power he division would worry press almost past ability wealth child entire mean danger steady exciting minute atomic private go hall yellow has mine ride climate dead particular deep principle stop beneath asleep musical know smoke wear on represent vessels waste party across moon day town steep glad somewhere drink boat ocean know community shallow kind past national solution pond person dug dropped thread street broken third heading better lot pour properly realize health has price star shout past straight hay situation run along thin house getting duty blanket powder look yellow shadow cheese triangle birthday himself parts gulf exactly blow title frequently dot against wood sides unit thumb source actual yes wool matter out led fine sky cake express music organized capital impossible officer compare skin sale task dropped shape black over climb team happen green dozen rhyme bent disappear introduced swept touch think hello known hope chief airplane solar tomorrow place children carefully father control particular perfectly given handsome appearance hung previous flat method brought order wind where possible merely stop buffalo human tank travel dark luck faster birthday column discover mine composed another swing disappear live car chicken danger fairly pain trap strength sold thousand interest design direction discover wrapped writing nuts card are pure grandmother south bit compass hat basis various am spell kill seen burn already enjoy personal think charge magic rubber dress angle picture turn establish are slip involved fact quickly birth count place relationship won rock nearly attack hour waste taken until plant vessels least are track unhappy getting guide clear tea put related union chapter realize future sat past man practical song difficulty planned warm cloth plus copy birds pond egg frozen make light magnet flew title president saved ill warn difference composition gone fifty gently better vapor could cowboy just ready color baby triangle applied date drew say hundred cross sat carbon electric atom entirely else zebra gently effort magic getting finally steel older me shoe cake thousand adjective living possible structure minerals store beneath most tongue refer fought blind cake hope between effort caught nuts steel dry doubt ill lake pan split sometime original angle rich unit topic catch held bear plus baby generally proper average command mouth snow fighting position could income jump nice including happened none tonight frame pole tropical draw hunt younger house hide nothing account grow gasoline rod goose struck hot program silver program exchange good type wooden find rise once money bag front probably jack character characteristic people sure child welcome breathe organization involved let enough edge pine disappear each habit plate soil show replied shot difference compass kept customs recognize been only paid massage nine measure matter married pay fully bare least clay won meat out judge fact those start slabs husband listen factor hard let relationship pony feet religious hide up necessary seen disease pay nearest love pie reader silly weather attention skin mind bill hearing office along middle joined victory without shop pressure dollar real given whale wave escape alive wave yet bill train art ordinary kind pick escape bite free not explanation conversation wing diameter possibly key equally art lack seed dried ball pride sea shallow five cup highway under divide environment dot key rule price diagram rough doctor ranch doing former involved son cattle sold door those tonight raw west reason machinery form sell development necessary lake him exercise cover blood slipped soon silent made gas card basis clock believed primitive whole was took comfortable breathe shaking allow wing highway sum tears sharp west therefore mighty hand piece up make bar busy does independent powerful grade fourth war but officer equally breath actual follow last former dark swimming spread happen deer tongue listen path usual cause wonder sense read earlier tell eye sea journey birth farther condition natural paragraph teeth whatever many gun hurt took duck needle wonderful they during gasoline gasoline thousand move trick instance article largest beyond mission began because least farmer flew every breath write my chamber leaf satellites rise tired sense stood distance instance beneath under seldom stomach trip climb swung fierce impossible military grass sold ordinary bring studied perfect add friend satellites nothing baby seed printed damage improve column driver sold brief feet chosen toward thou lose least clock ought finish origin where port card diameter arm cabin mainly lunch range death stage heart attached composed having try piano lower potatoes choice anyone longer beside oxygen later weather dance smaller pond sure start mostly himself needle rise state base enough industry clay word baseball sleep author stiff mud vowel hurt thumb leaf your fish warn castle close football at fairly known arrive terrible add land failed suggest bank yellow flame flower company own youth almost nearer explain region wooden lungs typical leave truth loose saw include become been win view positive news cheese steel climb proud simply income toy fireplace perhaps forest green climate any grow blanket treated hand involved freedom traffic former globe ahead tip trunk ranch tail locate open clock any forgot topic check pocket night firm character primitive size many dinner toward to source ball plural bag pretty teacher string exercise arrow his operation we nine nearest dot prepare secret exactly final come fast swept chart balloon small appearance language beneath likely greater even else shut locate after scared making title pool minute birthday available flow remove softly shine than present fill account loose decide atom observe alphabet married sleep earn cold honor detail examine struck evidence grabbed engineer continued sheet cloud fastened draw dry observe are memory pale furniture father using away increase game writing pattern forgot year worry charge full cannot harbor community independent shake sing to you jump meal corner rod progress home importance receive dark done syllable wife death although dog toward writing frequently neighbor within indeed under select journey attack black daughter check difficulty prepare oldest north grow everything monkey yesterday spent meet wherever offer subject extra fast already chance ten think current brown clothes machinery track likely master active worry program cold remarkable hill division heavy room hot nest pay heart bound picture still tie life stretch equal range task leave driving slide seems station women my whose black outside protection question welcome felt breath move story selection dust task quietly phrase detail must beauty boat let necessary upper band rich per carbon plates fought fed solar importance check hunter entire twenty cent passage wrong fighting factor origin express myself atom oxygen memory ago soil teach death joined difficult ran adult worry where title past unusual spider ranch impossible whatever end back swimming person swung deeply must creature local indeed me settlers round street who vapor oldest pole cook slave greater poor work shout hall together skill get angle not spite whom shake depend full may just shinning typical shot spent explanation later am greater fully effect universe result jar eight car safe firm new allow author planning troops mountain direction die work metal solid teeth after shown advice enter completely care month view within movement forty height case floating sum character steady swung save variety special driven letter collect noon getting rule spend important pick spite size layers easily animal tie dawn coat possible cut policeman refused snake outside instant syllable gun stretch longer layers remove development simply state limited want ancient tape personal world rain tried seems club green positive mostly review way silence golden escape jungle die distance group bit facing fairly hurry meet wife guard fall trip plane settle interest milk examine gate able pleasure college line club music aid bar dust picture action she upon softly married produce equally took remove breakfast tool speech lot belt account taught result similar goose children spirit species realize brother rain stomach funny even escape ants wool weather become stairs notice machine troops bank central species upper scientist improve baby course goose wolf seldom concerned stay nuts instrument number wet terrible shoulder three beat throughout ran greater old industrial combination does tales fresh discuss record riding load ask children smoke share scene frequently girl clock return establish shape model ever importance tightly never swept farm according press clearly labor visit satisfied sometime hour needed balance thumb tree angle easily into course birth bark iron heavy coach fair musical born men name bigger entire wave half rich over worker addition world depend substance distant older put palace sets brick leader period sleep distance youth care rose characteristic party nobody add grabbed simple full serious vertical fuel principle airplane stretch hung more bar film movie strong allow influence poetry indicate picture thrown struggle correct garage national think stage lovely country practice play ball nice cat rule answer properly shoe over religious shorter radio hung season doing did settlers sail particles strike serious scared dug slip barn garden cowboy secret occur pet zulu parts other alphabet horse onto money dried next prize apartment shelter desert machine friend sitting driving angle properly help own basic affect last us tiny trouble got rubber office famous easy occur even curve does many wing brown ran stomach along heat fort fell children measure rubber while political swept chief excited social say clothes complex push operation club result massage floating judge shop express school fear bright price boy rest tomorrow five after moving driven led uncle branch amount sang fox coat exchange similar minerals replied union check arrange public slave missing zulu stream surprise suit needs pale visit they born lamp source ready airplane busy some still egg went determine steep possible roar period palace bank weight face goose sent win therefore talk track road by dear football burst whale several repeat where fought date shot stock weak mark small proud society street giving do student steam shirt blue can at shape want daily kept attached large hidden numeral window season very useful wish loud improve zoo kitchen square ask adventure due president wise rays gun many could layers than mostly sense something far within former kill bright claws electricity brush rest himself solve pictured rice position park explanation slipped though clothing hundred even wherever mix college arm winter direct loud bone wall customs off equipment hour eight made talk major who five detail coming wide extra circle call correct aid hard breakfast center classroom unusual question why die by hearing stepped verb teacher garage afraid write support everyone drop shelter copy aid driven purple alone taught thee broken replace happen rock base method effect successful pie seat great produce early organization against sudden fewer ill stood concerned understanding five giving roof perhaps loud plane upper airplane control shake pack stage weigh fix change receive west won voyage slipped among slave cover independent earlier quietly saddle off having before state curious value rise better been making steam threw ice social film related center our satisfied soon guess teach school test did amount movement spin her crew fifty mad luck store parallel motion game such lesson fire stuck cry paragraph into visitor beginning believed taught happily bush noon breathing noted chapter go your wood hearing neighbor office church road each oldest highest charge receive zoo river thank happy worker weak build talk soon month brave represent fish atmosphere five laugh brave do orange wish why cause imagine hit long purple branch income same exchange join these graph dust government fifty pretty while cost hardly however been operation earn if nails function anyway education such every opinion touch better crew facing fastened purpose lower coming fish tower century doing than small can waste dark score behind fewer principle over development remember cage race ranch per basic fun throughout whenever build disease learn kill route golden everyone danger pour joined example century song been dinner grandfather behind rule speed breeze potatoes growth plate farmer vast necessary growth beneath shells method arrange location leaf exact cowboy lie softly journey gasoline probably city according had barn separate corner house birth village pole courage red electricity drink town paper throw again late equator alphabet rich blow hide heavy ride poem bread proper burn idea grandmother gradually task where wherever manner value help gift equal dull show building fly hunt you doctor nor respect asleep natural attempt feet measure movement bee ear sleep immediately easier add feature itself hurry toward make coming among clay clock language recently comfortable early particularly nest point add grew desert in education establish frighten wild willing what sunlight entire ship lower him tall lungs soft excellent building tonight thousand public instance onto burn specific original brick zulu zipper green twice love winter birthday sometime universe riding community across toward whispered when we produce pattern everyone mental mistake jungle mass claws becoming own explore cause size anyone outer highway extra sunlight age does master ocean wrapped funny wherever affect many slightly tomorrow longer lucky youth date tool other occur machinery according part column probably feet active along fresh failed stronger wall largest rapidly finally occur older like imagine leather calm smooth flow lovely especially sea sign whistle sea noise clothes failed art fourth took continued aboard terrible tail forty beside talk jet express city various straight luck ground broken fear arrange as paper hurried basis pan tired piano divide alike transportation coming mile require cost range typical avoid pen bottle anyone ancient writer mill card due habit wolf cowboy donkey construction factory three won likely practical halfway oxygen brave still locate badly cost plates title pick low means sitting reader fallen grandfather grow all dawn screen settlers able vertical serious classroom adjective event deer lungs slave arm afternoon perhaps fuel best tiny low cent health mental bat from tears perfect elephant example progress stove deep reason trace properly building mouse firm through hope sky birthday discussion pen automobile some person break nearer picture grain possibly function able tower body active cat dish equally correctly program perfect sleep scientist desk press ate price jar when thumb die troops ants either frozen east poem tube fun finest accept dot remove view reach stranger must grown wind hardly level whale dress leave join frame simple biggest keep front concerned dance sum wire seldom kitchen motor motion earth saw aware practical charge father rock surprise seldom pool customs theory force brick myself quiet introduced birth sun meet put ten herself egg see nose ourselves bell peace almost crew greatest progress husband difficulty steam world middle usual add anybody church hurry declared small nodded wagon better late good sign visit steady hearing having gain fast everyone zero angle evidence twenty usually desk we sheet properly won zulu produce race hot hang evening rather arrangement outline huge usual that try beyond actual stop dull discovery enter spell generally consonant think just floor careful rabbit flame stick happily prevent due radio mind species north rice kind claws tea date brick affect burst glass plates market queen plenty pole eleven becoming worth disappear red rock letter speech stick whom serve tonight flew fierce wall date aside shirt composed breath center gift wealth hospital supper shaking accurate needs typical blood principal above them poetry were mainly exciting trace lead cookies husband live student jump signal origin sudden farther fairly whale somewhere shop below alike fruit parallel beyond visitor studying properly influence cost direct fence contrast shout soil deep law either deal has plane bone clean main cell land father brown especially arrow give ship characteristic raw studied stronger shorter finally group east individual difficult specific question pile birthday huge middle compound frozen tobacco library package dog train shallow spider sunlight stove officer temperature wore way young compound partly salmon to understanding sport but plus require happily metal paint fort human within use nor location drink shade separate trail fierce bottle shall party married troops cake spoken gasoline powder bare breathe wife store origin life pleasant visitor write refused add finally shirt habit build religious cook over women cowboy cake manner prize strike floor warn bite frighten day thought spend count any birds pretty shinning mirror fallen knowledge discovery rubber term boat continent properly late north third teach trail steady itself lion page any oxygen development require two journey widely ground but one unusual flow taste adventure strip salt improve track try produce waste soap travel swung color horse little like go grandmother feed name plan brain smaller shelf shore about dust thank young spirit trade should sharp manner north function both valuable tightly receive length printed temperature hot front largest moving must drop keep soon told essential unhappy wood column feathers metal proper hung meant dirty vessels zulu closely differ both begun sit voice result bit chose whispered down keep growth jar origin various beauty nine strike stiff desert amount center carried swimming sum where chemical fourth steam involved ago copper radio powerful sick busy stared interest this elephant solid tongue simply growth closer nest official dirty task particular cake bat fellow chose grown neck structure consist knowledge forgotten extra white labor honor school valuable wonderful highest lay mountain keep present steady leg without tired globe had against let shore factor married twenty dark win suit buried subject at soldier drove neck nice strong radio zulu most low birds ants audience cover particularly policeman dust whatever volume hurried machinery chemical duck trail recall east bite extra acres desert brass vertical watch west daughter social speech signal ordinary age effect sets design having crop angry breakfast property thus length science clock soon cabin individual upon list giant arrangement either idea play identity salt original mouth due double joined flow swung date nearby century student entirely happy blue equator type slept score fierce birth came instant immediately melted appearance pink usually root broken changing empty help board knew special no faster term cause kids outer development driving drew branch element friend flow studied check fox tower school spread due tired game thread treated stiff dollar herself wash rubber plate draw lion completely rod situation class outside beside thousand paint across serve satisfied be pack sound change lying below silence party when division bite got frog people edge nearest these mental score familiar softly tax can try her you headed coach though row needs hungry stood between needle red me act exactly happy putting successful neck compound examine history hurry say year explanation climb triangle design center palace bear available pleasant continued form fill thank cat loud native sunlight are follow copper statement occur nervous spite choice already sister stay weight alone daughter happen numeral evening leaving unless show exact card mixture summer consist plant curious wore accurate middle breath palace night further select pure third few meal cheese win built everywhere wash potatoes stock halfway village might trip song principal sleep took garden blind taste weather driven living solution imagine muscle history character necessary such characteristic method note related electric fewer clay choose tears safety shorter except living like pleasant prevent rich easy present electric anyway active dress all discover basket having all immediately bow price touch am shot title plastic hunter driven meant person route author grew potatoes he running examine quarter press dawn organized sudden call forest difficult cast rich characteristic garage kind what army opinion because country surrounded opportunity high both very treated worker variety cut table way church bet column shelter just had wrote exciting supper essential merely fat own aloud center aware rate happy shelf shaking leader sent eaten outline even population atom successful fly sleep current truth had hang rush differ tightly count clock tea instead smell melted type happened warm pleasant church immediately since region frequently operation scientist this time complete break compare gradually further worse worse purpose doctor threw made strange thirty stepped plenty brief by practical shake cold for carbon down fourth left teach dark string boy duty twelve harder phrase stiff solar exact throw slabs related pour wonderful would inch good easier zero myself soft among area clear introduced equal slope art keep involved uncle height night voice rays hold beautiful mix consider silly best plan halfway recent shoot coming burn melted same ten in make fence nearest feet how stepped freedom primitive determine plates running fog heat short practice under effort door longer dinner studied region excellent trade nervous native thirty spell wing combine term carbon lungs fix energy desk ocean instead east heavy themselves good cage sheet barn inch store blue sudden neighbor coat essential victory price musical tightly nor laid grandfather task circus speech practical better situation receive fine somebody tomorrow pony crop itself needs loose pie kept industrial will black recent realize original curve spend street throat machine later factory raise clean mysterious circus likely model hit noted mad minute additional account active seed in theory black contain skill beginning pour little dollar movement graph pink village selection is full wing behavior official needle remarkable feature former jump near touch theory writing force involved grow related attack among hit fellow look manner directly cloud title red studied mouse shop rule win blue weak ago occur gift iron music original rod suggest lion or circle acres common history joy thus cabin dish courage whale happen automobile wind cool smile they handsome atom list bowl bowl birth easier finest south silent sure worried own follow finger gift peace nobody sale constantly easier wet birthday shoot laid business love law prize iron income frozen happened frame off taught fish neighborhood shore pole recent anything death reach born fight board examine amount body friend vast east whose tears in me hung someone planet particular birds nuts therefore anyway composed agree combination naturally shall home voice shirt recall happened wind use move putting rocket fat living brought master live mill can write pig lay solution vapor wool stairs twenty tropical cutting involved partly west cheese upon guess slope alike taste aboard add living thick vote railroad face office research car ill goose regular curious about steady yes collect announced fix fastened object near call blood valuable audience wind city wheat imagine current command desert block sure probably beside dangerous reason bread pour feed father earth object mother worried nodded kill around massage lady speed send develop attached ship fall later friendly feet be fence desk land method compass follow invented original brought without difference familiar luck outer feel wait sudden musical guide alone atom laid wall come standard nervous composed graph bush refer love spin known would brick onto function get comfortable took remember improve lunch score behavior traffic men problem electricity dish fellow tobacco into mental involved baby wheat vast cabin dark snake valley aloud ourselves explore air air rubbed minerals happily product walk subject stronger theory local seems nature loss battle teacher treated passage tail love settle remain effort high neighbor wait dirty offer stage flag none entirely agree window forward are purple transportation white must careful bigger instant country system climb swept road weak bite desert kids it judge writing too younger inside paid know glad fill especially lucky center herself trap allow crack influence closely about run read subject community easier sound silent tightly jungle radio gain visitor made dollar sun powerful nine worth tribe never north social contain pain twelve grow dot whenever personal steep depend go material port escape everybody film promised biggest floor lost order bent blood drink clothing balance college massage solid fourth bet slabs accident left moon couple lady scared period harder language pet carried region production card spread think establish judge region donkey breath teacher suddenly slave rain highest hat log later ear wave raise myself occasionally add mass having condition brought planet truck high might week seen bat half please image thin victory journey thick black secret noun point strike couple under chance nothing general parts strong bend disease series refer without fourth cause tank low eight fairly music fewer meant location positive near someone together special under instant available energy believed because bottle package two gradually window specific definition jack ordinary somewhere national within road select repeat list way do huge thousand partly place balloon were left full chest began deal combine church class scientific original change hay region shape sense balance circus curve castle standard pole property meet throw lay moon therefore appearance basis respect rise according measure from wooden split manner desert thus married layers fish scene arrangement upper stock clothing union including wherever turn longer importance shelter strange mark forgot follow fruit in know outline letter seat raw shinning driven atom loose smell word also throat cattle keep matter sets nervous voice couple welcome aloud go do correctly difficulty several naturally high wild between measure wave loose ground fur about wall eight shaking express discussion bridge girl pale him importance author leaf do observe badly me fresh please modern ball within everyone forgot special ordinary pile foreign tea cage fewer heard harbor wood lot coach search should tie beauty seat while giant game religious coach brief your limited stronger probably explore problem hungry anything who double aid buried current take brother language trouble represent station pile human dry post including seems drop train log clean sugar victory congress feed pine check black frame road zebra sudden buy fastened alive labor describe lion gulf may matter flag teacher cover folks snake figure broke victory discovery tax trunk education cut met pressure danger thirty lift becoming basis happen affect fifth recall older recognize would chosen affect future eleven wife branch somehow college cake goose wave ear her recognize nails men lie sand money sound bigger fly tower needs excitement process fence getting massage party not just wonder fifteen sky shelf five special basic none air settlers stage noun close bee avoid idea canal walk kitchen why walk throughout screen chief because only bark learn know mostly baseball calm successful shinning alphabet rubbed lying settlers listen ice serve sold cook complex basic soft tip ought halfway already minute around listen specific habit did evening population truth noon soil may special individual south needs week courage living cool crowd determine that please trap rabbit today energy composed paragraph industrial suggest jungle rich remove empty slabs layers someone telephone breakfast kept merely tired simplest pan ought instance dish earlier colony proper jump ready valuable still gone refer twenty be light lay whenever energy name limited himself half lie cat stems minute grow wing enemy opinion stared write helpful salt standard rise physical average too protection press difficult dead unusual under realize highest is block clothes stretch donkey wind wife wherever explore case whatever heard bill arm drawn fresh his move joy women forget spring becoming equally tiny border printed favorite establish clay social exchange enter not ring bread upper stood safe chose belt indicate understanding operation protection design elephant helpful area labor bee dear door suggest huge sides over positive flower wool everyone married stop cotton anyway selection stems hospital window direction idea diameter complete pound such rough neighborhood glass difficult becoming its ran tiny lying colony blood avoid future breathing fire printed evidence salmon thousand shape full sure dress melted center parts belt center canal wealth graph coffee against harbor detail climate mathematics feel consist hundred group model relationship soil frog column struck have rush swung sink straw every play coast coffee activity huge box inch what western rock pleasant wide upon plus spin previous swimming structure ground when amount pick body strike vast appropriate right service dawn quietly mainly addition when cause say living method clothes greatest grass cake almost trip love least hung nervous open steam would think rhyme continent twelve captain attached possible location stepped entire closely country adjective enter rope straight captured evening excited school explanation picture also police wonderful crop something circle day everything moment nuts slipped planet disappear describe hope gulf nuts apple automobile 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new file mode 100644 index 0000000000000000000000000000000000000000..e2668304badd2ecd2048b0b917dc4a97c03d43c7 --- /dev/null +++ b/test/7dd30055-0198-452e-8c25-f73dbe27dcb8.pdb @@ -0,0 +1,35769 @@ +HEADER SIGNALING PROTEIN 28-JUN-17 5WB7 +TITLE CRYSTAL STRUCTURE OF THE EPIDERMAL GROWTH FACTOR RECEPTOR +TITLE 2 EXTRACELLULAR REGION IN COMPLEX WITH EPIREGULIN +COMPND MOL_ID: 1; +COMPND 2 MOLECULE: EPIDERMAL GROWTH FACTOR RECEPTOR; +COMPND 3 CHAIN: A, B, C, D; +COMPND 4 SYNONYM: PROTO-ONCOGENE C-ERBB-1,RECEPTOR TYROSINE-PROTEIN KINASE +COMPND 5 ERBB-1; +COMPND 6 EC: 2.7.10.1; +COMPND 7 ENGINEERED: YES; +COMPND 8 MOL_ID: 2; +COMPND 9 MOLECULE: PROEPIREGULIN; +COMPND 10 CHAIN: E, F, G, H; +COMPND 11 ENGINEERED: YES +SOURCE MOL_ID: 1; +SOURCE 2 ORGANISM_SCIENTIFIC: HOMO SAPIENS; +SOURCE 3 ORGANISM_COMMON: HUMAN; +SOURCE 4 ORGANISM_TAXID: 9606; +SOURCE 5 GENE: EGFR, ERBB, ERBB1, HER1; +SOURCE 6 EXPRESSION_SYSTEM: SPODOPTERA FRUGIPERDA; +SOURCE 7 EXPRESSION_SYSTEM_TAXID: 7108; +SOURCE 8 EXPRESSION_SYSTEM_STRAIN: SF9; +SOURCE 9 MOL_ID: 2; +SOURCE 10 ORGANISM_SCIENTIFIC: HOMO SAPIENS; +SOURCE 11 ORGANISM_COMMON: HUMAN; +SOURCE 12 ORGANISM_TAXID: 9606; +SOURCE 13 GENE: EREG; +SOURCE 14 EXPRESSION_SYSTEM: DROSOPHILA MELANOGASTER; +SOURCE 15 EXPRESSION_SYSTEM_TAXID: 7227; +SOURCE 16 EXPRESSION_SYSTEM_STRAIN: S2 +KEYWDS RECEPTOR TYROSINE KINASE, GROWTH FACTOR, SIGNALING, MEMBRANE PROTEIN, +KEYWDS 2 SIGNALING PROTEIN +EXPDTA X-RAY DIFFRACTION +AUTHOR D.M.FREED,N.J.BESSMAN,K.M.FERGUSON,M.A.LEMMON +REVDAT 5 29-JUL-20 5WB7 1 COMPND REMARK HETNAM LINK +REVDAT 5 2 1 SITE ATOM +REVDAT 4 04-DEC-19 5WB7 1 REMARK +REVDAT 3 01-NOV-17 5WB7 1 JRNL +REVDAT 2 25-OCT-17 5WB7 1 JRNL +REVDAT 1 18-OCT-17 5WB7 0 +JRNL AUTH D.M.FREED,N.J.BESSMAN,A.KIYATKIN,E.SALAZAR-CAVAZOS, +JRNL AUTH 2 P.O.BYRNE,J.O.MOORE,C.C.VALLEY,K.M.FERGUSON,D.J.LEAHY, +JRNL AUTH 3 D.S.LIDKE,M.A.LEMMON +JRNL TITL EGFR LIGANDS DIFFERENTIALLY STABILIZE RECEPTOR DIMERS TO +JRNL TITL 2 SPECIFY SIGNALING KINETICS. +JRNL REF CELL V. 171 683 2017 +JRNL REFN ISSN 1097-4172 +JRNL PMID 28988771 +JRNL DOI 10.1016/J.CELL.2017.09.017 +REMARK 2 +REMARK 2 RESOLUTION. 2.94 ANGSTROMS. +REMARK 3 +REMARK 3 REFINEMENT. +REMARK 3 PROGRAM : PHENIX 1.11.1_2575 +REMARK 3 AUTHORS : PAUL ADAMS,PAVEL AFONINE,VINCENT CHEN,IAN +REMARK 3 : DAVIS,KRESHNA GOPAL,RALF GROSSE-KUNSTLEVE, +REMARK 3 : LI-WEI HUNG,ROBERT IMMORMINO,TOM IOERGER, +REMARK 3 : AIRLIE MCCOY,ERIK MCKEE,NIGEL MORIARTY, +REMARK 3 : REETAL PAI,RANDY READ,JANE RICHARDSON, +REMARK 3 : DAVID RICHARDSON,TOD ROMO,JIM SACCHETTINI, +REMARK 3 : NICHOLAS SAUTER,JACOB SMITH,LAURENT +REMARK 3 : STORONI,TOM TERWILLIGER,PETER ZWART +REMARK 3 +REMARK 3 REFINEMENT TARGET : NULL +REMARK 3 +REMARK 3 DATA USED IN REFINEMENT. +REMARK 3 RESOLUTION RANGE HIGH (ANGSTROMS) : 2.94 +REMARK 3 RESOLUTION RANGE LOW (ANGSTROMS) : 47.68 +REMARK 3 MIN(FOBS/SIGMA_FOBS) : 1.350 +REMARK 3 COMPLETENESS FOR RANGE (%) : 96.5 +REMARK 3 NUMBER OF REFLECTIONS : 53542 +REMARK 3 +REMARK 3 FIT TO DATA USED IN REFINEMENT. +REMARK 3 R VALUE (WORKING + TEST SET) : 0.227 +REMARK 3 R VALUE (WORKING SET) : 0.225 +REMARK 3 FREE R VALUE : 0.268 +REMARK 3 FREE R VALUE TEST SET SIZE (%) : 4.850 +REMARK 3 FREE R VALUE TEST SET COUNT : 2596 +REMARK 3 +REMARK 3 FIT TO DATA USED IN REFINEMENT (IN BINS). +REMARK 3 BIN RESOLUTION RANGE COMPL. NWORK NFREE RWORK RFREE +REMARK 3 1 47.6906 - 7.8366 0.98 2757 144 0.2044 0.2150 +REMARK 3 2 7.8366 - 6.2245 0.99 2768 148 0.2284 0.2778 +REMARK 3 3 6.2245 - 5.4390 0.98 2718 150 0.2085 0.2335 +REMARK 3 4 5.4390 - 4.9423 0.99 2753 142 0.1919 0.2542 +REMARK 3 5 4.9423 - 4.5883 0.98 2731 147 0.1798 0.2176 +REMARK 3 6 4.5883 - 4.3180 0.98 2729 149 0.1798 0.2463 +REMARK 3 7 4.3180 - 4.1019 0.98 2711 139 0.1936 0.2369 +REMARK 3 8 4.1019 - 3.9234 0.97 2693 143 0.2047 0.2419 +REMARK 3 9 3.9234 - 3.7724 0.98 2744 119 0.2277 0.2592 +REMARK 3 10 3.7724 - 3.6423 0.98 2688 140 0.2370 0.2746 +REMARK 3 11 3.6423 - 3.5284 0.98 2721 145 0.2661 0.3173 +REMARK 3 12 3.5284 - 3.4276 0.97 2712 133 0.2668 0.3613 +REMARK 3 13 3.4276 - 3.3374 0.97 2664 129 0.2563 0.3021 +REMARK 3 14 3.3374 - 3.2560 0.97 2746 112 0.2633 0.3155 +REMARK 3 15 3.2560 - 3.1820 0.97 2704 133 0.2854 0.3216 +REMARK 3 16 3.1820 - 3.1143 0.98 2681 156 0.2979 0.3806 +REMARK 3 17 3.1143 - 3.0520 0.97 2687 124 0.3215 0.4359 +REMARK 3 18 3.0520 - 2.9944 0.93 2595 126 0.3492 0.4407 +REMARK 3 19 2.9944 - 2.9410 0.78 2144 117 0.3686 0.4682 +REMARK 3 +REMARK 3 BULK SOLVENT MODELLING. +REMARK 3 METHOD USED : NULL +REMARK 3 SOLVENT RADIUS : 1.11 +REMARK 3 SHRINKAGE RADIUS : 0.90 +REMARK 3 K_SOL : NULL +REMARK 3 B_SOL : NULL +REMARK 3 +REMARK 3 ERROR ESTIMATES. +REMARK 3 COORDINATE ERROR (MAXIMUM-LIKELIHOOD BASED) : 0.490 +REMARK 3 PHASE ERROR (DEGREES, MAXIMUM-LIKELIHOOD BASED) : 32.100 +REMARK 3 +REMARK 3 B VALUES. +REMARK 3 FROM WILSON PLOT (A**2) : 71.36 +REMARK 3 MEAN B VALUE (OVERALL, A**2) : 92.86 +REMARK 3 OVERALL ANISOTROPIC B VALUE. +REMARK 3 B11 (A**2) : NULL +REMARK 3 B22 (A**2) : NULL +REMARK 3 B33 (A**2) : NULL +REMARK 3 B12 (A**2) : NULL +REMARK 3 B13 (A**2) : NULL +REMARK 3 B23 (A**2) : NULL +REMARK 3 +REMARK 3 TWINNING INFORMATION. +REMARK 3 FRACTION: NULL +REMARK 3 OPERATOR: NULL +REMARK 3 +REMARK 3 DEVIATIONS FROM IDEAL VALUES. +REMARK 3 RMSD COUNT +REMARK 3 BOND : 0.004 17485 +REMARK 3 ANGLE : 0.902 23776 +REMARK 3 CHIRALITY : 0.065 2714 +REMARK 3 PLANARITY : 0.017 3061 +REMARK 3 DIHEDRAL : 14.052 6664 +REMARK 3 +REMARK 3 TLS DETAILS +REMARK 3 NUMBER OF TLS GROUPS : 20 +REMARK 3 TLS GROUP : 1 +REMARK 3 SELECTION: ( CHAIN A AND RESID 2:164 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 76.945 -8.517 77.292 +REMARK 3 T TENSOR +REMARK 3 T11: 0.5839 T22: 0.4245 +REMARK 3 T33: 0.4031 T12: -0.0904 +REMARK 3 T13: -0.1373 T23: 0.0136 +REMARK 3 L TENSOR +REMARK 3 L11: 5.9560 L22: 6.1218 +REMARK 3 L33: 4.1077 L12: -2.1195 +REMARK 3 L13: -1.0176 L23: 2.5209 +REMARK 3 S TENSOR +REMARK 3 S11: -0.0350 S12: 0.1135 S13: 0.2189 +REMARK 3 S21: -0.2425 S22: -0.0885 S23: 0.4289 +REMARK 3 S31: 0.3194 S32: -0.3422 S33: 0.0890 +REMARK 3 TLS GROUP : 2 +REMARK 3 SELECTION: ( CHAIN A AND RESID 165:311 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 90.214 8.242 91.377 +REMARK 3 T TENSOR +REMARK 3 T11: 0.8185 T22: 0.5115 +REMARK 3 T33: 0.7986 T12: -0.0319 +REMARK 3 T13: -0.2525 T23: -0.1236 +REMARK 3 L TENSOR +REMARK 3 L11: 2.6993 L22: 1.0883 +REMARK 3 L33: 1.6391 L12: 0.2856 +REMARK 3 L13: -0.0623 L23: 0.6515 +REMARK 3 S TENSOR +REMARK 3 S11: -0.1862 S12: -0.5061 S13: 0.7051 +REMARK 3 S21: 0.2104 S22: 0.0623 S23: -0.0673 +REMARK 3 S31: -0.0450 S32: 0.0672 S33: 0.0540 +REMARK 3 TLS GROUP : 3 +REMARK 3 SELECTION: ( CHAIN A AND RESID 312:479 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 111.753 -11.616 69.822 +REMARK 3 T TENSOR +REMARK 3 T11: 0.4765 T22: 0.4384 +REMARK 3 T33: 0.3314 T12: -0.0726 +REMARK 3 T13: -0.0663 T23: 0.0520 +REMARK 3 L TENSOR +REMARK 3 L11: 3.3052 L22: 2.5750 +REMARK 3 L33: 3.0405 L12: -0.9326 +REMARK 3 L13: 0.5119 L23: -0.1693 +REMARK 3 S TENSOR +REMARK 3 S11: -0.0354 S12: 0.2842 S13: 0.2089 +REMARK 3 S21: -0.0028 S22: 0.1113 S23: -0.1326 +REMARK 3 S31: 0.0347 S32: -0.0098 S33: -0.0699 +REMARK 3 TLS GROUP : 4 +REMARK 3 SELECTION: ( CHAIN A AND RESID 480:501 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 128.139 -22.192 75.774 +REMARK 3 T TENSOR +REMARK 3 T11: 0.6666 T22: 0.6327 +REMARK 3 T33: 0.6244 T12: -0.0573 +REMARK 3 T13: -0.2626 T23: -0.1430 +REMARK 3 L TENSOR +REMARK 3 L11: 6.7261 L22: 7.2116 +REMARK 3 L33: 3.5876 L12: -1.1431 +REMARK 3 L13: -3.0421 L23: 1.7988 +REMARK 3 S TENSOR +REMARK 3 S11: -0.3163 S12: -0.7866 S13: 0.4059 +REMARK 3 S21: 0.8590 S22: 0.6400 S23: -1.9583 +REMARK 3 S31: -0.0411 S32: 1.0234 S33: -0.5138 +REMARK 3 TLS GROUP : 5 +REMARK 3 SELECTION: ( CHAIN B AND RESID 2:164 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 51.272 -19.720 21.624 +REMARK 3 T TENSOR +REMARK 3 T11: 0.3179 T22: 0.3679 +REMARK 3 T33: 0.3401 T12: -0.0067 +REMARK 3 T13: -0.0158 T23: 0.0246 +REMARK 3 L TENSOR +REMARK 3 L11: 6.5095 L22: 6.0261 +REMARK 3 L33: 3.5799 L12: -1.5624 +REMARK 3 L13: 0.7081 L23: 1.4341 +REMARK 3 S TENSOR +REMARK 3 S11: -0.0574 S12: 0.1374 S13: 0.1474 +REMARK 3 S21: -0.1013 S22: 0.0448 S23: 0.2880 +REMARK 3 S31: 0.1121 S32: -0.0131 S33: -0.0058 +REMARK 3 TLS GROUP : 6 +REMARK 3 SELECTION: ( CHAIN B AND RESID 165:311 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 58.475 -3.221 40.425 +REMARK 3 T TENSOR +REMARK 3 T11: 0.5772 T22: 0.4511 +REMARK 3 T33: 0.6063 T12: -0.0193 +REMARK 3 T13: -0.0460 T23: -0.1403 +REMARK 3 L TENSOR +REMARK 3 L11: 2.8431 L22: 2.4747 +REMARK 3 L33: 2.5468 L12: -1.2251 +REMARK 3 L13: 1.0420 L23: 0.5864 +REMARK 3 S TENSOR +REMARK 3 S11: -0.3982 S12: -0.7228 S13: 1.2520 +REMARK 3 S21: 0.1247 S22: 0.0308 S23: -0.0137 +REMARK 3 S31: -0.3621 S32: -0.2151 S33: 0.3767 +REMARK 3 TLS GROUP : 7 +REMARK 3 SELECTION: ( CHAIN B AND RESID 312:479 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 85.781 -23.413 29.436 +REMARK 3 T TENSOR +REMARK 3 T11: 0.2699 T22: 0.3559 +REMARK 3 T33: 0.3899 T12: 0.0091 +REMARK 3 T13: -0.0633 T23: 0.0065 +REMARK 3 L TENSOR +REMARK 3 L11: 3.1065 L22: 4.9055 +REMARK 3 L33: 3.9064 L12: -0.7905 +REMARK 3 L13: 0.2936 L23: 0.5908 +REMARK 3 S TENSOR +REMARK 3 S11: -0.0074 S12: 0.0927 S13: 0.0857 +REMARK 3 S21: 0.0412 S22: 0.0703 S23: -0.4397 +REMARK 3 S31: -0.1698 S32: 0.0854 S33: -0.0747 +REMARK 3 TLS GROUP : 8 +REMARK 3 SELECTION: ( CHAIN B AND RESID 480:505 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 98.010 -35.038 44.045 +REMARK 3 T TENSOR +REMARK 3 T11: 0.8516 T22: 0.8233 +REMARK 3 T33: 0.7106 T12: 0.1010 +REMARK 3 T13: -0.3310 T23: -0.0279 +REMARK 3 L TENSOR +REMARK 3 L11: 8.0533 L22: 5.5970 +REMARK 3 L33: 0.7615 L12: 2.4514 +REMARK 3 L13: -1.5723 L23: 0.9620 +REMARK 3 S TENSOR +REMARK 3 S11: -0.0810 S12: -1.1040 S13: -0.4758 +REMARK 3 S21: 1.1458 S22: 0.2523 S23: -0.3410 +REMARK 3 S31: 0.6237 S32: 0.8246 S33: -0.1095 +REMARK 3 TLS GROUP : 9 +REMARK 3 SELECTION: ( CHAIN C AND RESID 2:164 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 45.174 32.286 58.003 +REMARK 3 T TENSOR +REMARK 3 T11: 0.4204 T22: 0.3451 +REMARK 3 T33: 0.3676 T12: -0.0125 +REMARK 3 T13: 0.0554 T23: -0.0116 +REMARK 3 L TENSOR +REMARK 3 L11: 5.1761 L22: 7.7683 +REMARK 3 L33: 3.0435 L12: 1.4141 +REMARK 3 L13: 0.7592 L23: 2.9669 +REMARK 3 S TENSOR +REMARK 3 S11: -0.0500 S12: -0.0536 S13: -0.2143 +REMARK 3 S21: 0.4204 S22: -0.3052 S23: 0.3064 +REMARK 3 S31: 0.0605 S32: -0.1820 S33: 0.3145 +REMARK 3 TLS GROUP : 10 +REMARK 3 SELECTION: ( CHAIN C AND RESID 165:311 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 53.731 16.965 43.108 +REMARK 3 T TENSOR +REMARK 3 T11: 0.6118 T22: 0.5105 +REMARK 3 T33: 0.7653 T12: -0.0547 +REMARK 3 T13: -0.1138 T23: -0.1435 +REMARK 3 L TENSOR +REMARK 3 L11: 3.5175 L22: 2.6435 +REMARK 3 L33: 2.2945 L12: -3.2452 +REMARK 3 L13: -1.9510 L23: 1.5888 +REMARK 3 S TENSOR +REMARK 3 S11: -0.0495 S12: -0.0703 S13: 0.1462 +REMARK 3 S21: -0.1162 S22: -0.1433 S23: 0.2760 +REMARK 3 S31: -0.1552 S32: 0.1025 S33: 0.1293 +REMARK 3 TLS GROUP : 11 +REMARK 3 SELECTION: ( CHAIN C AND RESID 312:479 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 79.086 35.989 64.097 +REMARK 3 T TENSOR +REMARK 3 T11: 0.6087 T22: 0.6986 +REMARK 3 T33: 1.1554 T12: 0.1243 +REMARK 3 T13: -0.3801 T23: -0.2538 +REMARK 3 L TENSOR +REMARK 3 L11: 7.8676 L22: 3.7790 +REMARK 3 L33: 5.3932 L12: -0.1845 +REMARK 3 L13: -4.5254 L23: 0.8409 +REMARK 3 S TENSOR +REMARK 3 S11: 0.0867 S12: -1.1219 S13: 1.3542 +REMARK 3 S21: 0.5777 S22: 0.7744 S23: -1.3169 +REMARK 3 S31: 0.3188 S32: 0.5961 S33: -0.6169 +REMARK 3 TLS GROUP : 12 +REMARK 3 SELECTION: ( CHAIN C AND RESID 480:501 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 94.681 45.808 55.434 +REMARK 3 T TENSOR +REMARK 3 T11: 0.7801 T22: 0.8662 +REMARK 3 T33: 2.3999 T12: -0.1188 +REMARK 3 T13: -0.1290 T23: -0.4754 +REMARK 3 L TENSOR +REMARK 3 L11: 2.3948 L22: 2.6814 +REMARK 3 L33: 3.4979 L12: -1.4642 +REMARK 3 L13: -1.3187 L23: -1.4231 +REMARK 3 S TENSOR +REMARK 3 S11: 0.1720 S12: -1.1067 S13: 3.3172 +REMARK 3 S21: -0.2294 S22: 0.2893 S23: 1.2397 +REMARK 3 S31: -0.6156 S32: 0.7991 S33: -0.5966 +REMARK 3 TLS GROUP : 13 +REMARK 3 SELECTION: ( CHAIN D AND RESID 2:164 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 85.619 44.996 111.062 +REMARK 3 T TENSOR +REMARK 3 T11: 1.0167 T22: 0.5811 +REMARK 3 T33: 0.4899 T12: -0.1813 +REMARK 3 T13: -0.2835 T23: 0.0068 +REMARK 3 L TENSOR +REMARK 3 L11: 4.8880 L22: 7.5543 +REMARK 3 L33: 1.9996 L12: 2.3195 +REMARK 3 L13: 0.3798 L23: 1.4982 +REMARK 3 S TENSOR +REMARK 3 S11: 0.6135 S12: -0.4460 S13: -0.2284 +REMARK 3 S21: 1.4119 S22: -0.7663 S23: -0.2268 +REMARK 3 S31: 0.2202 S32: -0.1601 S33: 0.0844 +REMARK 3 TLS GROUP : 14 +REMARK 3 SELECTION: ( CHAIN D AND RESID 165:311 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 87.366 28.565 95.073 +REMARK 3 T TENSOR +REMARK 3 T11: 0.8529 T22: 0.5401 +REMARK 3 T33: 1.1105 T12: -0.0200 +REMARK 3 T13: -0.3254 T23: -0.0869 +REMARK 3 L TENSOR +REMARK 3 L11: 1.7247 L22: 4.6763 +REMARK 3 L33: 3.1470 L12: -2.2958 +REMARK 3 L13: -1.2477 L23: 2.8642 +REMARK 3 S TENSOR +REMARK 3 S11: 0.4762 S12: 0.0068 S13: 0.1728 +REMARK 3 S21: -0.0369 S22: -0.2818 S23: -0.4465 +REMARK 3 S31: -0.0468 S32: -0.1238 S33: -0.1896 +REMARK 3 TLS GROUP : 15 +REMARK 3 SELECTION: ( CHAIN D AND RESID 312:479 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 119.325 47.776 102.994 +REMARK 3 T TENSOR +REMARK 3 T11: 1.0349 T22: 0.7951 +REMARK 3 T33: 2.2196 T12: 0.1080 +REMARK 3 T13: -0.4382 T23: -0.1560 +REMARK 3 L TENSOR +REMARK 3 L11: 4.7333 L22: 3.1849 +REMARK 3 L33: 2.3646 L12: 0.5935 +REMARK 3 L13: -1.0743 L23: 1.6068 +REMARK 3 S TENSOR +REMARK 3 S11: 0.6090 S12: -0.0586 S13: -1.8175 +REMARK 3 S21: 0.3188 S22: 0.2915 S23: -1.3065 +REMARK 3 S31: 0.2345 S32: 0.6115 S33: -0.6166 +REMARK 3 TLS GROUP : 16 +REMARK 3 SELECTION: ( CHAIN D AND RESID 480:500 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 131.292 55.882 88.727 +REMARK 3 T TENSOR +REMARK 3 T11: 1.7732 T22: 0.9734 +REMARK 3 T33: 1.8625 T12: -0.0217 +REMARK 3 T13: 0.3580 T23: -0.3907 +REMARK 3 L TENSOR +REMARK 3 L11: 7.0687 L22: 3.6127 +REMARK 3 L33: 1.6496 L12: 0.6557 +REMARK 3 L13: -1.4363 L23: -2.3387 +REMARK 3 S TENSOR +REMARK 3 S11: 0.4530 S12: -0.3069 S13: 0.9809 +REMARK 3 S21: -0.7770 S22: 0.0947 S23: -1.2477 +REMARK 3 S31: 0.5716 S32: 0.4752 S33: 0.2026 +REMARK 3 TLS GROUP : 17 +REMARK 3 SELECTION: ( CHAIN E AND RESID 10:48 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 88.269 -15.188 60.450 +REMARK 3 T TENSOR +REMARK 3 T11: 0.6994 T22: 0.7379 +REMARK 3 T33: 0.4927 T12: -0.1072 +REMARK 3 T13: -0.2381 T23: -0.0287 +REMARK 3 L TENSOR +REMARK 3 L11: 7.9090 L22: 6.3735 +REMARK 3 L33: 2.3068 L12: -1.3533 +REMARK 3 L13: -3.8464 L23: 0.1611 +REMARK 3 S TENSOR +REMARK 3 S11: 0.5292 S12: 0.3419 S13: -0.4636 +REMARK 3 S21: -0.0389 S22: -0.5035 S23: 0.2320 +REMARK 3 S31: 0.1283 S32: -0.6532 S33: 0.0720 +REMARK 3 TLS GROUP : 18 +REMARK 3 SELECTION: ( CHAIN F AND RESID 10:46 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 68.430 -25.961 10.903 +REMARK 3 T TENSOR +REMARK 3 T11: 0.6590 T22: 0.7711 +REMARK 3 T33: 0.3115 T12: 0.0925 +REMARK 3 T13: 0.0054 T23: -0.0075 +REMARK 3 L TENSOR +REMARK 3 L11: 2.3770 L22: 7.8297 +REMARK 3 L33: 4.8156 L12: -1.6194 +REMARK 3 L13: 3.2820 L23: -2.2853 +REMARK 3 S TENSOR +REMARK 3 S11: 0.1603 S12: 0.9109 S13: 0.0667 +REMARK 3 S21: -1.0522 S22: -0.3048 S23: 0.2446 +REMARK 3 S31: 0.7451 S32: 0.0498 S33: 0.2069 +REMARK 3 TLS GROUP : 19 +REMARK 3 SELECTION: ( CHAIN G AND RESID 10:48 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 57.630 37.570 76.174 +REMARK 3 T TENSOR +REMARK 3 T11: 1.1189 T22: 1.2388 +REMARK 3 T33: 0.5433 T12: 0.1390 +REMARK 3 T13: -0.0921 T23: 0.0290 +REMARK 3 L TENSOR +REMARK 3 L11: 8.7077 L22: 1.9166 +REMARK 3 L33: 2.5403 L12: 2.3399 +REMARK 3 L13: -3.0941 L23: 0.4220 +REMARK 3 S TENSOR +REMARK 3 S11: 0.0471 S12: -2.8277 S13: 0.5320 +REMARK 3 S21: 0.3989 S22: -0.0723 S23: 0.0151 +REMARK 3 S31: 1.0899 S32: 0.2222 S33: 0.1903 +REMARK 3 TLS GROUP : 20 +REMARK 3 SELECTION: ( CHAIN H AND RESID 10:45 ) +REMARK 3 ORIGIN FOR THE GROUP (A): 104.488 51.513 123.098 +REMARK 3 T TENSOR +REMARK 3 T11: 1.7410 T22: 1.3379 +REMARK 3 T33: 1.2548 T12: -0.3381 +REMARK 3 T13: -0.8090 T23: 0.0901 +REMARK 3 L TENSOR +REMARK 3 L11: 2.9331 L22: 0.7707 +REMARK 3 L33: 0.4960 L12: 0.2568 +REMARK 3 L13: 0.5523 L23: -0.3714 +REMARK 3 S TENSOR +REMARK 3 S11: 0.4229 S12: -0.7123 S13: 0.0840 +REMARK 3 S21: 1.7779 S22: -0.2689 S23: -0.8027 +REMARK 3 S31: -0.5768 S32: 0.0014 S33: -0.2024 +REMARK 3 +REMARK 3 NCS DETAILS +REMARK 3 NUMBER OF NCS GROUPS : NULL +REMARK 3 +REMARK 3 OTHER REFINEMENT REMARKS: NULL +REMARK 4 +REMARK 4 5WB7 COMPLIES WITH FORMAT V. 3.30, 13-JUL-11 +REMARK 100 +REMARK 100 THIS ENTRY HAS BEEN PROCESSED BY RCSB ON 29-JUN-17. +REMARK 100 THE DEPOSITION ID IS D_1000228702. +REMARK 200 +REMARK 200 EXPERIMENTAL DETAILS +REMARK 200 EXPERIMENT TYPE : X-RAY DIFFRACTION +REMARK 200 DATE OF DATA COLLECTION : 17-JUN-15 +REMARK 200 TEMPERATURE (KELVIN) : 100 +REMARK 200 PH : 7.6 +REMARK 200 NUMBER OF CRYSTALS USED : 1 +REMARK 200 +REMARK 200 SYNCHROTRON (Y/N) : Y +REMARK 200 RADIATION SOURCE : APS +REMARK 200 BEAMLINE : 23-ID-D +REMARK 200 X-RAY GENERATOR MODEL : NULL +REMARK 200 MONOCHROMATIC OR LAUE (M/L) : M +REMARK 200 WAVELENGTH OR RANGE (A) : 1.03 +REMARK 200 MONOCHROMATOR : NULL +REMARK 200 OPTICS : NULL +REMARK 200 +REMARK 200 DETECTOR TYPE : PIXEL +REMARK 200 DETECTOR MANUFACTURER : DECTRIS PILATUS3 6M +REMARK 200 INTENSITY-INTEGRATION SOFTWARE : HKL-3000 +REMARK 200 DATA SCALING SOFTWARE : HKL-3000 +REMARK 200 +REMARK 200 NUMBER OF UNIQUE REFLECTIONS : 53585 +REMARK 200 RESOLUTION RANGE HIGH (A) : 2.940 +REMARK 200 RESOLUTION RANGE LOW (A) : 50.000 +REMARK 200 REJECTION CRITERIA (SIGMA(I)) : NULL +REMARK 200 +REMARK 200 OVERALL. +REMARK 200 COMPLETENESS FOR RANGE (%) : 97.2 +REMARK 200 DATA REDUNDANCY : 2.800 +REMARK 200 R MERGE (I) : 0.13100 +REMARK 200 R SYM (I) : NULL +REMARK 200 FOR THE DATA SET : 5.3000 +REMARK 200 +REMARK 200 IN THE HIGHEST RESOLUTION SHELL. +REMARK 200 HIGHEST RESOLUTION SHELL, RANGE HIGH (A) : 2.94 +REMARK 200 HIGHEST RESOLUTION SHELL, RANGE LOW (A) : 2.99 +REMARK 200 COMPLETENESS FOR SHELL (%) : 89.8 +REMARK 200 DATA REDUNDANCY IN SHELL : 2.30 +REMARK 200 R MERGE FOR SHELL (I) : 0.45800 +REMARK 200 R SYM FOR SHELL (I) : NULL +REMARK 200 FOR SHELL : 1.700 +REMARK 200 +REMARK 200 DIFFRACTION PROTOCOL: SINGLE WAVELENGTH +REMARK 200 METHOD USED TO DETERMINE THE STRUCTURE: MOLECULAR REPLACEMENT +REMARK 200 SOFTWARE USED: PHASER +REMARK 200 STARTING MODEL: EGFR DOMAINS I AND III FROM PDB ENTRY 3NJP +REMARK 200 +REMARK 200 REMARK: NULL +REMARK 280 +REMARK 280 CRYSTAL +REMARK 280 SOLVENT CONTENT, VS (%): 54.61 +REMARK 280 MATTHEWS COEFFICIENT, VM (ANGSTROMS**3/DA): 2.71 +REMARK 280 +REMARK 280 CRYSTALLIZATION CONDITIONS: 0.03 M CITRIC ACID, 0.07 M BIS-TRIS +REMARK 280 PROPANE, 16% PEG3350, PH 7.6, VAPOR DIFFUSION, HANGING DROP, +REMARK 280 TEMPERATURE 294K +REMARK 290 +REMARK 290 CRYSTALLOGRAPHIC SYMMETRY +REMARK 290 SYMMETRY OPERATORS FOR SPACE GROUP: P 1 21 1 +REMARK 290 +REMARK 290 SYMOP SYMMETRY +REMARK 290 NNNMMM OPERATOR +REMARK 290 1555 X,Y,Z +REMARK 290 2555 -X,Y+1/2,-Z +REMARK 290 +REMARK 290 WHERE NNN -> OPERATOR NUMBER +REMARK 290 MMM -> TRANSLATION VECTOR +REMARK 290 +REMARK 290 CRYSTALLOGRAPHIC SYMMETRY TRANSFORMATIONS +REMARK 290 THE FOLLOWING TRANSFORMATIONS OPERATE ON THE ATOM/HETATM +REMARK 290 RECORDS IN THIS ENTRY TO PRODUCE CRYSTALLOGRAPHICALLY +REMARK 290 RELATED MOLECULES. +REMARK 290 SMTRY1 1 1.000000 0.000000 0.000000 0.00000 +REMARK 290 SMTRY2 1 0.000000 1.000000 0.000000 0.00000 +REMARK 290 SMTRY3 1 0.000000 0.000000 1.000000 0.00000 +REMARK 290 SMTRY1 2 -1.000000 0.000000 0.000000 0.00000 +REMARK 290 SMTRY2 2 0.000000 1.000000 0.000000 99.64400 +REMARK 290 SMTRY3 2 0.000000 0.000000 -1.000000 0.00000 +REMARK 290 +REMARK 290 REMARK: NULL +REMARK 300 +REMARK 300 BIOMOLECULE: 1, 2 +REMARK 300 SEE REMARK 350 FOR THE AUTHOR PROVIDED AND/OR PROGRAM +REMARK 300 GENERATED ASSEMBLY INFORMATION FOR THE STRUCTURE IN +REMARK 300 THIS ENTRY. THE REMARK MAY ALSO PROVIDE INFORMATION ON +REMARK 300 BURIED SURFACE AREA. +REMARK 350 +REMARK 350 COORDINATES FOR A COMPLETE MULTIMER REPRESENTING THE KNOWN +REMARK 350 BIOLOGICALLY SIGNIFICANT OLIGOMERIZATION STATE OF THE +REMARK 350 MOLECULE CAN BE GENERATED BY APPLYING BIOMT TRANSFORMATIONS +REMARK 350 GIVEN BELOW. BOTH NON-CRYSTALLOGRAPHIC AND +REMARK 350 CRYSTALLOGRAPHIC OPERATIONS ARE GIVEN. +REMARK 350 +REMARK 350 BIOMOLECULE: 1 +REMARK 350 AUTHOR DETERMINED BIOLOGICAL UNIT: TETRAMERIC +REMARK 350 SOFTWARE DETERMINED QUATERNARY STRUCTURE: TETRAMERIC +REMARK 350 SOFTWARE USED: PISA +REMARK 350 TOTAL BURIED SURFACE AREA: 11260 ANGSTROM**2 +REMARK 350 SURFACE AREA OF THE COMPLEX: 49980 ANGSTROM**2 +REMARK 350 CHANGE IN SOLVENT FREE ENERGY: 17.0 KCAL/MOL +REMARK 350 APPLY THE FOLLOWING TO CHAINS: A, D, E, H, I, N, O +REMARK 350 BIOMT1 1 1.000000 0.000000 0.000000 0.00000 +REMARK 350 BIOMT2 1 0.000000 1.000000 0.000000 0.00000 +REMARK 350 BIOMT3 1 0.000000 0.000000 1.000000 0.00000 +REMARK 350 +REMARK 350 BIOMOLECULE: 2 +REMARK 350 AUTHOR DETERMINED BIOLOGICAL UNIT: TETRAMERIC +REMARK 350 SOFTWARE DETERMINED QUATERNARY STRUCTURE: TETRAMERIC +REMARK 350 SOFTWARE USED: PISA +REMARK 350 TOTAL BURIED SURFACE AREA: 10400 ANGSTROM**2 +REMARK 350 SURFACE AREA OF THE COMPLEX: 49750 ANGSTROM**2 +REMARK 350 CHANGE IN SOLVENT FREE ENERGY: -5.0 KCAL/MOL +REMARK 350 APPLY THE FOLLOWING TO CHAINS: B, C, F, G, J, K, L, M +REMARK 350 BIOMT1 1 1.000000 0.000000 0.000000 0.00000 +REMARK 350 BIOMT2 1 0.000000 1.000000 0.000000 0.00000 +REMARK 350 BIOMT3 1 0.000000 0.000000 1.000000 0.00000 +REMARK 465 +REMARK 465 MISSING RESIDUES +REMARK 465 THE FOLLOWING RESIDUES WERE NOT LOCATED IN THE +REMARK 465 EXPERIMENT. (M=MODEL NUMBER; RES=RESIDUE NAME; C=CHAIN +REMARK 465 IDENTIFIER; SSSEQ=SEQUENCE NUMBER; I=INSERTION CODE.) +REMARK 465 +REMARK 465 M RES C SSSEQI +REMARK 465 LEU A 1 +REMARK 465 HIS A 502 +REMARK 465 HIS A 503 +REMARK 465 HIS A 504 +REMARK 465 HIS A 505 +REMARK 465 HIS A 506 +REMARK 465 HIS A 507 +REMARK 465 LEU B 1 +REMARK 465 HIS B 506 +REMARK 465 HIS B 507 +REMARK 465 LEU C 1 +REMARK 465 HIS C 502 +REMARK 465 HIS C 503 +REMARK 465 HIS C 504 +REMARK 465 HIS C 505 +REMARK 465 HIS C 506 +REMARK 465 HIS C 507 +REMARK 465 LEU D 1 +REMARK 465 SER D 501 +REMARK 465 HIS D 502 +REMARK 465 HIS D 503 +REMARK 465 HIS D 504 +REMARK 465 HIS D 505 +REMARK 465 HIS D 506 +REMARK 465 HIS D 507 +REMARK 465 SER E -7 +REMARK 465 ASP E -6 +REMARK 465 ASN E -5 +REMARK 465 PRO E -4 +REMARK 465 ARG E -3 +REMARK 465 VAL E -2 +REMARK 465 ALA E -1 +REMARK 465 GLN E 0 +REMARK 465 VAL E 1 +REMARK 465 HIS E 49 +REMARK 465 GLN E 50 +REMARK 465 PRO E 51 +REMARK 465 LEU E 52 +REMARK 465 SER E 53 +REMARK 465 LYS E 54 +REMARK 465 SER F -7 +REMARK 465 ASP F -6 +REMARK 465 ASN F -5 +REMARK 465 PRO F -4 +REMARK 465 ARG F -3 +REMARK 465 VAL F -2 +REMARK 465 ALA F -1 +REMARK 465 GLN F 0 +REMARK 465 VAL F 1 +REMARK 465 THR F 47 +REMARK 465 VAL F 48 +REMARK 465 HIS F 49 +REMARK 465 GLN F 50 +REMARK 465 PRO F 51 +REMARK 465 LEU F 52 +REMARK 465 SER F 53 +REMARK 465 LYS F 54 +REMARK 465 SER G -7 +REMARK 465 ASP G -6 +REMARK 465 ASN G -5 +REMARK 465 PRO G -4 +REMARK 465 ARG G -3 +REMARK 465 VAL G -2 +REMARK 465 ALA G -1 +REMARK 465 GLN G 0 +REMARK 465 VAL G 1 +REMARK 465 HIS G 49 +REMARK 465 GLN G 50 +REMARK 465 PRO G 51 +REMARK 465 LEU G 52 +REMARK 465 SER G 53 +REMARK 465 LYS G 54 +REMARK 465 SER H -7 +REMARK 465 ASP H -6 +REMARK 465 ASN H -5 +REMARK 465 PRO H -4 +REMARK 465 ARG H -3 +REMARK 465 VAL H -2 +REMARK 465 ALA H -1 +REMARK 465 GLN H 0 +REMARK 465 VAL H 1 +REMARK 465 LEU H 46 +REMARK 465 THR H 47 +REMARK 465 VAL H 48 +REMARK 465 HIS H 49 +REMARK 465 GLN H 50 +REMARK 465 PRO H 51 +REMARK 465 LEU H 52 +REMARK 465 SER H 53 +REMARK 465 LYS H 54 +REMARK 470 +REMARK 470 MISSING ATOM +REMARK 470 THE FOLLOWING RESIDUES HAVE MISSING ATOMS (M=MODEL NUMBER; +REMARK 470 RES=RESIDUE NAME; C=CHAIN IDENTIFIER; SSEQ=SEQUENCE NUMBER; +REMARK 470 I=INSERTION CODE): +REMARK 470 M RES CSSEQI ATOMS +REMARK 470 GLU A 3 CG CD OE1 OE2 +REMARK 470 LYS A 202 CG CD CE NZ +REMARK 470 LEU A 245 CG CD1 CD2 +REMARK 470 TYR A 251 CG CD1 CD2 CE1 CE2 CZ OH +REMARK 470 GLN A 252 CG CD OE1 NE2 +REMARK 470 ASN A 256 CG OD1 ND2 +REMARK 470 GLU A 258 CG CD OE1 OE2 +REMARK 470 LYS A 269 CD CE NZ +REMARK 470 LYS A 270 CG CD CE NZ +REMARK 470 HIS A 280 CG ND1 CD2 CE1 NE2 +REMARK 470 LYS A 303 CD CE NZ +REMARK 470 GLU A 306 CG CD OE1 OE2 +REMARK 470 ARG A 310 CG CD NE CZ NH1 NH2 +REMARK 470 LEU B 160 CG CD1 CD2 +REMARK 470 LEU B 245 CG CD1 CD2 +REMARK 470 GLN B 252 CG CD OE1 NE2 +REMARK 470 VAL B 255 CG1 CG2 +REMARK 470 GLU B 258 CG CD OE1 OE2 +REMARK 470 LYS B 269 CG CD CE NZ +REMARK 470 LYS B 270 CG CD CE NZ +REMARK 470 GLU B 306 CG CD OE1 OE2 +REMARK 470 GLU C 3 CG CD OE1 OE2 +REMARK 470 LYS C 105 CD CE NZ +REMARK 470 HIS C 159 CG ND1 CD2 CE1 NE2 +REMARK 470 LYS C 269 CG CD CE NZ +REMARK 470 ASP C 290 CG OD1 OD2 +REMARK 470 ASP C 297 CG OD1 OD2 +REMARK 470 LYS C 301 CG CD CE NZ +REMARK 470 LYS C 303 CG CD CE NZ +REMARK 470 LYS C 304 CG CD CE NZ +REMARK 470 ARG C 310 CG CD NE CZ NH1 NH2 +REMARK 470 LYS C 322 CG CD CE NZ +REMARK 470 LYS C 333 CG CD CE NZ +REMARK 470 GLN C 366 CG CD OE1 NE2 +REMARK 470 GLU C 388 CG CD OE1 OE2 +REMARK 470 ARG C 390 CG CD NE CZ NH1 NH2 +REMARK 470 LYS C 430 CG CD CE NZ +REMARK 470 LYS C 443 CG CD CE NZ +REMARK 470 LYS C 455 CG CD CE NZ +REMARK 470 SER C 460 OG +REMARK 470 LYS C 465 CG CD CE NZ +REMARK 470 LYS D 5 CG CD CE NZ +REMARK 470 ASN D 104 CG OD1 ND2 +REMARK 470 LYS D 105 CG CD CE NZ +REMARK 470 GLU D 136 CG CD OE1 OE2 +REMARK 470 ARG D 141 CG CD NE CZ NH1 NH2 +REMARK 470 ASN D 158 CG OD1 ND2 +REMARK 470 HIS D 159 CG ND1 CD2 CE1 NE2 +REMARK 470 LYS D 188 CD CE NZ +REMARK 470 GLN D 193 CG CD OE1 NE2 +REMARK 470 LYS D 202 CG CD CE NZ +REMARK 470 LYS D 270 CE NZ +REMARK 470 ASP D 290 CG OD1 OD2 +REMARK 470 ASP D 297 CG OD1 OD2 +REMARK 470 LYS D 301 CG CD CE NZ +REMARK 470 LYS D 304 CG CD CE NZ +REMARK 470 ARG D 310 CG CD NE CZ NH1 NH2 +REMARK 470 LYS D 322 CG CD CE NZ +REMARK 470 LYS D 333 CG CD CE NZ +REMARK 470 GLN D 366 CG CD OE1 NE2 +REMARK 470 GLU D 388 CG CD OE1 OE2 +REMARK 470 LYS D 430 CG CD CE NZ +REMARK 470 LYS D 443 CG CD CE NZ +REMARK 470 LYS D 455 CG CD CE NZ +REMARK 470 SER D 460 OG +REMARK 470 LYS D 465 CG CD CE NZ +REMARK 470 GLU D 495 CG CD OE1 OE2 +REMARK 470 ARG D 497 CG CD NE CZ NH1 NH2 +REMARK 470 VAL D 500 CG1 CG2 +REMARK 470 LYS F 5 CD CE NZ +REMARK 470 ASN F 11 CG OD1 ND2 +REMARK 470 LEU F 46 CG CD1 CD2 +REMARK 470 LYS G 5 CD CE NZ +REMARK 470 GLN G 27 CG CD OE1 NE2 +REMARK 470 ARG G 31 CG CD NE CZ NH1 NH2 +REMARK 470 LYS H 5 CG CD CE NZ +REMARK 470 ARG H 31 CG CD NE CZ NH1 NH2 +REMARK 500 +REMARK 500 GEOMETRY AND STEREOCHEMISTRY +REMARK 500 SUBTOPIC: CLOSE CONTACTS IN SAME ASYMMETRIC UNIT +REMARK 500 +REMARK 500 THE FOLLOWING ATOMS ARE IN CLOSE CONTACT. +REMARK 500 +REMARK 500 ATM1 RES C SSEQI ATM2 RES C SSEQI DISTANCE +REMARK 500 OD1 ASN B 151 O5 NAG B 601 1.46 +REMARK 500 CG ASN B 151 C1 NAG B 601 1.73 +REMARK 500 CG ASN B 151 O5 NAG B 601 1.80 +REMARK 500 ND2 ASN B 151 O5 NAG B 601 1.86 +REMARK 500 OD1 ASP D 344 OG1 THR D 406 2.02 +REMARK 500 OH TYR C 101 OD2 ASP G 24 2.03 +REMARK 500 O2 MAN J 5 O HOH B 701 2.04 +REMARK 500 O TYR H 13 NE ARG H 40 2.07 +REMARK 500 OH TYR B 101 OD2 ASP F 24 2.15 +REMARK 500 N ASP C 102 O THR C 106 2.17 +REMARK 500 NZ LYS C 4 OE1 GLN C 59 2.18 +REMARK 500 OD1 ASN B 151 C1 NAG B 601 2.19 +REMARK 500 +REMARK 500 REMARK: NULL +REMARK 500 +REMARK 500 GEOMETRY AND STEREOCHEMISTRY +REMARK 500 SUBTOPIC: CLOSE CONTACTS +REMARK 500 +REMARK 500 THE FOLLOWING ATOMS THAT ARE RELATED BY CRYSTALLOGRAPHIC +REMARK 500 SYMMETRY ARE IN CLOSE CONTACT. AN ATOM LOCATED WITHIN 0.15 +REMARK 500 ANGSTROMS OF A SYMMETRY RELATED ATOM IS ASSUMED TO BE ON A +REMARK 500 SPECIAL POSITION AND IS, THEREFORE, LISTED IN REMARK 375 +REMARK 500 INSTEAD OF REMARK 500. ATOMS WITH NON-BLANK ALTERNATE +REMARK 500 LOCATION INDICATORS ARE NOT INCLUDED IN THE CALCULATIONS. +REMARK 500 +REMARK 500 DISTANCE CUTOFF: +REMARK 500 2.2 ANGSTROMS FOR CONTACTS NOT INVOLVING HYDROGEN ATOMS +REMARK 500 1.6 ANGSTROMS FOR CONTACTS INVOLVING HYDROGEN ATOMS +REMARK 500 +REMARK 500 ATM1 RES C SSEQI ATM2 RES C SSEQI SSYMOP DISTANCE +REMARK 500 OE2 GLU A 180 O4 BMA J 3 1556 1.69 +REMARK 500 OE2 GLU A 489 OG SER F 26 1656 1.99 +REMARK 500 NZ LYS C 56 OD2 ASP H 9 1454 2.13 +REMARK 500 OE2 GLU D 180 NH1 ARG D 390 1455 2.19 +REMARK 500 +REMARK 500 REMARK: NULL +REMARK 500 +REMARK 500 GEOMETRY AND STEREOCHEMISTRY +REMARK 500 SUBTOPIC: COVALENT BOND ANGLES +REMARK 500 +REMARK 500 THE STEREOCHEMICAL PARAMETERS OF THE FOLLOWING RESIDUES +REMARK 500 HAVE VALUES WHICH DEVIATE FROM EXPECTED VALUES BY MORE +REMARK 500 THAN 6*RMSD (M=MODEL NUMBER; RES=RESIDUE NAME; C=CHAIN +REMARK 500 IDENTIFIER; SSEQ=SEQUENCE NUMBER; I=INSERTION CODE). +REMARK 500 +REMARK 500 STANDARD TABLE: +REMARK 500 FORMAT: (10X,I3,1X,A3,1X,A1,I4,A1,3(1X,A4,2X),12X,F5.1) +REMARK 500 +REMARK 500 EXPECTED VALUES PROTEIN: ENGH AND HUBER, 1999 +REMARK 500 EXPECTED VALUES NUCLEIC ACID: CLOWNEY ET AL 1996 +REMARK 500 +REMARK 500 M RES CSSEQI ATM1 ATM2 ATM3 +REMARK 500 ILE A 327 N - CA - C ANGL. DEV. = -17.9 DEGREES +REMARK 500 +REMARK 500 REMARK: NULL +REMARK 500 +REMARK 500 GEOMETRY AND STEREOCHEMISTRY +REMARK 500 SUBTOPIC: TORSION ANGLES +REMARK 500 +REMARK 500 TORSION ANGLES OUTSIDE THE EXPECTED RAMACHANDRAN REGIONS: +REMARK 500 (M=MODEL NUMBER; RES=RESIDUE NAME; C=CHAIN IDENTIFIER; +REMARK 500 SSEQ=SEQUENCE NUMBER; I=INSERTION CODE). +REMARK 500 +REMARK 500 STANDARD TABLE: +REMARK 500 FORMAT:(10X,I3,1X,A3,1X,A1,I4,A1,4X,F7.2,3X,F7.2) +REMARK 500 +REMARK 500 EXPECTED VALUES: GJ KLEYWEGT AND TA JONES (1996). PHI/PSI- +REMARK 500 CHOLOGY: RAMACHANDRAN REVISITED. STRUCTURE 4, 1395 - 1400 +REMARK 500 +REMARK 500 M RES CSSEQI PSI PHI +REMARK 500 LYS A 13 -119.28 57.96 +REMARK 500 ASN A 49 -4.10 72.91 +REMARK 500 SER A 92 -17.88 -151.24 +REMARK 500 LYS A 105 1.73 85.12 +REMARK 500 LEU A 116 96.60 -64.58 +REMARK 500 ASN A 134 -10.95 80.82 +REMARK 500 THR A 187 20.54 -141.48 +REMARK 500 LYS A 188 -53.79 -143.67 +REMARK 500 LYS A 229 -76.43 -137.39 +REMARK 500 GLU A 233 -114.99 53.32 +REMARK 500 ALA A 265 31.29 -91.29 +REMARK 500 ALA A 289 -128.89 58.46 +REMARK 500 MET A 294 148.05 -170.04 +REMARK 500 HIS A 409 27.61 49.63 +REMARK 500 GLN A 411 -30.53 -146.40 +REMARK 500 SER A 418 41.67 76.64 +REMARK 500 ASN A 469 -155.67 -99.61 +REMARK 500 GLN A 480 73.76 -107.86 +REMARK 500 SER B 11 42.95 -140.67 +REMARK 500 LYS B 13 -116.23 57.48 +REMARK 500 ASN B 91 16.76 56.04 +REMARK 500 SER B 92 -46.82 -146.00 +REMARK 500 ALA B 123 -159.40 -97.13 +REMARK 500 ASN B 134 -14.45 72.65 +REMARK 500 ALA B 178 -71.80 -84.10 +REMARK 500 LYS B 188 -57.81 -134.16 +REMARK 500 LYS B 229 -77.71 -134.71 +REMARK 500 GLU B 233 -114.68 45.07 +REMARK 500 ALA B 265 32.40 -98.03 +REMARK 500 ALA B 289 -113.32 54.05 +REMARK 500 ASP B 297 41.24 -153.76 +REMARK 500 ASN B 328 -161.40 -123.35 +REMARK 500 GLN B 411 -47.94 -144.97 +REMARK 500 ASN B 469 -157.51 -100.38 +REMARK 500 CYS B 486 40.29 -104.63 +REMARK 500 CYS B 491 137.25 -173.30 +REMARK 500 LYS C 13 -123.19 63.62 +REMARK 500 LEU C 17 78.95 -101.68 +REMARK 500 ASN C 91 -5.75 74.37 +REMARK 500 SER C 92 14.74 -154.62 +REMARK 500 ASN C 100 74.27 -100.02 +REMARK 500 LEU C 116 88.48 -69.60 +REMARK 500 ALA C 123 -161.98 -107.80 +REMARK 500 ASN C 134 -10.99 82.02 +REMARK 500 LEU C 149 -8.17 -59.64 +REMARK 500 LYS C 188 -54.09 -140.10 +REMARK 500 LYS C 229 -74.02 -130.41 +REMARK 500 GLU C 233 -112.63 52.58 +REMARK 500 ASN C 274 -5.15 71.97 +REMARK 500 HIS C 280 25.36 -77.37 +REMARK 500 +REMARK 500 THIS ENTRY HAS 87 RAMACHANDRAN OUTLIERS. +REMARK 500 +REMARK 500 REMARK: NULL +DBREF 5WB7 A 1 501 UNP P00533 EGFR_HUMAN 25 525 +DBREF 5WB7 B 1 501 UNP P00533 EGFR_HUMAN 25 525 +DBREF 5WB7 C 1 501 UNP P00533 EGFR_HUMAN 25 525 +DBREF 5WB7 D 1 501 UNP P00533 EGFR_HUMAN 25 525 +DBREF 5WB7 E -6 54 UNP O14944 EREG_HUMAN 56 116 +DBREF 5WB7 F -6 54 UNP O14944 EREG_HUMAN 56 116 +DBREF 5WB7 G -6 54 UNP O14944 EREG_HUMAN 56 116 +DBREF 5WB7 H -6 54 UNP O14944 EREG_HUMAN 56 116 +SEQADV 5WB7 HIS A 502 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS A 503 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS A 504 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS A 505 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS A 506 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS A 507 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS B 502 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS B 503 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS B 504 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS B 505 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS B 506 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS B 507 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS C 502 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS C 503 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS C 504 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS C 505 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS C 506 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS C 507 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS D 502 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS D 503 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS D 504 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS D 505 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS D 506 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 HIS D 507 UNP P00533 EXPRESSION TAG +SEQADV 5WB7 SER E -7 UNP O14944 EXPRESSION TAG +SEQADV 5WB7 SER F -7 UNP O14944 EXPRESSION TAG +SEQADV 5WB7 SER G -7 UNP O14944 EXPRESSION TAG +SEQADV 5WB7 SER H -7 UNP O14944 EXPRESSION TAG +SEQRES 1 A 507 LEU GLU GLU LYS LYS VAL CYS GLN GLY THR SER ASN LYS +SEQRES 2 A 507 LEU THR GLN LEU GLY THR PHE GLU ASP HIS PHE LEU SER +SEQRES 3 A 507 LEU GLN ARG MET PHE ASN ASN CYS GLU VAL VAL LEU GLY +SEQRES 4 A 507 ASN LEU GLU ILE THR TYR VAL GLN ARG ASN TYR ASP LEU +SEQRES 5 A 507 SER PHE LEU LYS THR ILE GLN GLU VAL ALA GLY TYR VAL +SEQRES 6 A 507 LEU ILE ALA LEU ASN THR VAL GLU ARG ILE PRO LEU GLU +SEQRES 7 A 507 ASN LEU GLN ILE ILE ARG GLY ASN MET TYR TYR GLU ASN +SEQRES 8 A 507 SER TYR ALA LEU ALA VAL LEU SER ASN TYR ASP ALA ASN +SEQRES 9 A 507 LYS THR GLY LEU LYS GLU LEU PRO MET ARG ASN LEU GLN +SEQRES 10 A 507 GLU ILE LEU HIS GLY ALA VAL ARG PHE SER ASN ASN PRO +SEQRES 11 A 507 ALA LEU CYS ASN VAL GLU SER ILE GLN TRP ARG ASP ILE +SEQRES 12 A 507 VAL SER SER ASP PHE LEU SER ASN MET SER MET ASP PHE +SEQRES 13 A 507 GLN ASN HIS LEU GLY SER CYS GLN LYS CYS ASP PRO SER +SEQRES 14 A 507 CYS PRO ASN GLY SER CYS TRP GLY ALA GLY GLU GLU ASN +SEQRES 15 A 507 CYS GLN LYS LEU THR LYS ILE ILE CYS ALA GLN GLN CYS +SEQRES 16 A 507 SER GLY ARG CYS ARG GLY LYS SER PRO SER ASP CYS CYS +SEQRES 17 A 507 HIS ASN GLN CYS ALA ALA GLY CYS THR GLY PRO ARG GLU +SEQRES 18 A 507 SER ASP CYS LEU VAL CYS ARG LYS PHE ARG ASP GLU ALA +SEQRES 19 A 507 THR CYS LYS ASP THR CYS PRO PRO LEU MET LEU TYR ASN +SEQRES 20 A 507 PRO THR THR TYR GLN MET ASP VAL ASN PRO GLU GLY LYS +SEQRES 21 A 507 TYR SER PHE GLY ALA THR CYS VAL LYS LYS CYS PRO ARG +SEQRES 22 A 507 ASN TYR VAL VAL THR ASP HIS GLY SER CYS VAL ARG ALA +SEQRES 23 A 507 CYS GLY ALA ASP SER TYR GLU MET GLU GLU ASP GLY VAL +SEQRES 24 A 507 ARG LYS CYS LYS LYS CYS GLU GLY PRO CYS ARG LYS VAL +SEQRES 25 A 507 CYS ASN GLY ILE GLY ILE GLY GLU PHE LYS ASP SER LEU +SEQRES 26 A 507 SER ILE ASN ALA THR ASN ILE LYS HIS PHE LYS ASN CYS +SEQRES 27 A 507 THR SER ILE SER GLY ASP LEU HIS ILE LEU PRO VAL ALA +SEQRES 28 A 507 PHE ARG GLY ASP SER PHE THR HIS THR PRO PRO LEU ASP +SEQRES 29 A 507 PRO GLN GLU LEU ASP ILE LEU LYS THR VAL LYS GLU ILE +SEQRES 30 A 507 THR GLY PHE LEU LEU ILE GLN ALA TRP PRO GLU ASN ARG +SEQRES 31 A 507 THR ASP LEU HIS ALA PHE GLU ASN LEU GLU ILE ILE ARG +SEQRES 32 A 507 GLY ARG THR LYS GLN HIS GLY GLN PHE SER LEU ALA VAL +SEQRES 33 A 507 VAL SER LEU ASN ILE THR SER LEU GLY LEU ARG SER LEU +SEQRES 34 A 507 LYS GLU ILE SER ASP GLY ASP VAL ILE ILE SER GLY ASN +SEQRES 35 A 507 LYS ASN LEU CYS TYR ALA ASN THR ILE ASN TRP LYS LYS +SEQRES 36 A 507 LEU PHE GLY THR SER GLY GLN LYS THR LYS ILE ILE SER +SEQRES 37 A 507 ASN ARG GLY GLU ASN SER CYS LYS ALA THR GLY GLN VAL +SEQRES 38 A 507 CYS HIS ALA LEU CYS SER PRO GLU GLY CYS TRP GLY PRO +SEQRES 39 A 507 GLU PRO ARG ASP CYS VAL SER HIS HIS HIS HIS HIS HIS +SEQRES 1 B 507 LEU GLU GLU LYS LYS VAL CYS GLN GLY THR SER ASN LYS +SEQRES 2 B 507 LEU THR GLN LEU GLY THR PHE GLU ASP HIS PHE LEU SER +SEQRES 3 B 507 LEU GLN ARG MET PHE ASN ASN CYS GLU VAL VAL LEU GLY +SEQRES 4 B 507 ASN LEU GLU ILE THR TYR VAL GLN ARG ASN TYR ASP LEU +SEQRES 5 B 507 SER PHE LEU LYS THR ILE GLN GLU VAL ALA GLY TYR VAL +SEQRES 6 B 507 LEU ILE ALA LEU ASN THR VAL GLU ARG ILE PRO LEU GLU +SEQRES 7 B 507 ASN LEU GLN ILE ILE ARG GLY ASN MET TYR TYR GLU ASN +SEQRES 8 B 507 SER TYR ALA LEU ALA VAL LEU SER ASN TYR ASP ALA ASN +SEQRES 9 B 507 LYS THR GLY LEU LYS GLU LEU PRO MET ARG ASN LEU GLN +SEQRES 10 B 507 GLU ILE LEU HIS GLY ALA VAL ARG PHE SER ASN ASN PRO +SEQRES 11 B 507 ALA LEU CYS ASN VAL GLU SER ILE GLN TRP ARG ASP ILE +SEQRES 12 B 507 VAL SER SER ASP PHE LEU SER ASN MET SER MET ASP PHE +SEQRES 13 B 507 GLN ASN HIS LEU GLY SER CYS GLN LYS CYS ASP PRO SER +SEQRES 14 B 507 CYS PRO ASN GLY SER CYS TRP GLY ALA GLY GLU GLU ASN +SEQRES 15 B 507 CYS GLN LYS LEU THR LYS ILE ILE CYS ALA GLN GLN CYS +SEQRES 16 B 507 SER GLY ARG CYS ARG GLY LYS SER PRO SER ASP CYS CYS +SEQRES 17 B 507 HIS ASN GLN CYS ALA ALA GLY CYS THR GLY PRO ARG GLU +SEQRES 18 B 507 SER ASP CYS LEU VAL CYS ARG LYS PHE ARG ASP GLU ALA +SEQRES 19 B 507 THR CYS LYS ASP THR CYS PRO PRO LEU MET LEU TYR ASN +SEQRES 20 B 507 PRO THR THR TYR GLN MET ASP VAL ASN PRO GLU GLY LYS +SEQRES 21 B 507 TYR SER PHE GLY ALA THR CYS VAL LYS LYS CYS PRO ARG +SEQRES 22 B 507 ASN TYR VAL VAL THR ASP HIS GLY SER CYS VAL ARG ALA +SEQRES 23 B 507 CYS GLY ALA ASP SER TYR GLU MET GLU GLU ASP GLY VAL +SEQRES 24 B 507 ARG LYS CYS LYS LYS CYS GLU GLY PRO CYS ARG LYS VAL +SEQRES 25 B 507 CYS ASN GLY ILE GLY ILE GLY GLU PHE LYS ASP SER LEU +SEQRES 26 B 507 SER ILE ASN ALA THR ASN ILE LYS HIS PHE LYS ASN CYS +SEQRES 27 B 507 THR SER ILE SER GLY ASP LEU HIS ILE LEU PRO VAL ALA +SEQRES 28 B 507 PHE ARG GLY ASP SER PHE THR HIS THR PRO PRO LEU ASP +SEQRES 29 B 507 PRO GLN GLU LEU ASP ILE LEU LYS THR VAL LYS GLU ILE +SEQRES 30 B 507 THR GLY PHE LEU LEU ILE GLN ALA TRP PRO GLU ASN ARG +SEQRES 31 B 507 THR ASP LEU HIS ALA PHE GLU ASN LEU GLU ILE ILE ARG +SEQRES 32 B 507 GLY ARG THR LYS GLN HIS GLY GLN PHE SER LEU ALA VAL +SEQRES 33 B 507 VAL SER LEU ASN ILE THR SER LEU GLY LEU ARG SER LEU +SEQRES 34 B 507 LYS GLU ILE SER ASP GLY ASP VAL ILE ILE SER GLY ASN +SEQRES 35 B 507 LYS ASN LEU CYS TYR ALA ASN THR ILE ASN TRP LYS LYS +SEQRES 36 B 507 LEU PHE GLY THR SER GLY GLN LYS THR LYS ILE ILE SER +SEQRES 37 B 507 ASN ARG GLY GLU ASN SER CYS LYS ALA THR GLY GLN VAL +SEQRES 38 B 507 CYS HIS ALA LEU CYS SER PRO GLU GLY CYS TRP GLY PRO +SEQRES 39 B 507 GLU PRO ARG ASP CYS VAL SER HIS HIS HIS HIS HIS HIS +SEQRES 1 C 507 LEU GLU GLU LYS LYS VAL CYS GLN GLY THR SER ASN LYS +SEQRES 2 C 507 LEU THR GLN LEU GLY THR PHE GLU ASP HIS PHE LEU SER +SEQRES 3 C 507 LEU GLN ARG MET PHE ASN ASN CYS GLU VAL VAL LEU GLY +SEQRES 4 C 507 ASN LEU GLU ILE THR TYR VAL GLN ARG ASN TYR ASP LEU +SEQRES 5 C 507 SER PHE LEU LYS THR ILE GLN GLU VAL ALA GLY TYR VAL +SEQRES 6 C 507 LEU ILE ALA LEU ASN THR VAL GLU ARG ILE PRO LEU GLU +SEQRES 7 C 507 ASN LEU GLN ILE ILE ARG GLY ASN MET TYR TYR GLU ASN +SEQRES 8 C 507 SER TYR ALA LEU ALA VAL LEU SER ASN TYR ASP ALA ASN +SEQRES 9 C 507 LYS THR GLY LEU LYS GLU LEU PRO MET ARG ASN LEU GLN +SEQRES 10 C 507 GLU ILE LEU HIS GLY ALA VAL ARG PHE SER ASN ASN PRO +SEQRES 11 C 507 ALA LEU CYS ASN VAL GLU SER ILE GLN TRP ARG ASP ILE +SEQRES 12 C 507 VAL SER SER ASP PHE LEU SER ASN MET SER MET ASP PHE +SEQRES 13 C 507 GLN ASN HIS LEU GLY SER CYS GLN LYS CYS ASP PRO SER +SEQRES 14 C 507 CYS PRO ASN GLY SER CYS TRP GLY ALA GLY GLU GLU ASN +SEQRES 15 C 507 CYS GLN LYS LEU THR LYS ILE ILE CYS ALA GLN GLN CYS +SEQRES 16 C 507 SER GLY ARG CYS ARG GLY LYS SER PRO SER ASP CYS CYS +SEQRES 17 C 507 HIS ASN GLN CYS ALA ALA GLY CYS THR GLY PRO ARG GLU +SEQRES 18 C 507 SER ASP CYS LEU VAL CYS ARG LYS PHE ARG ASP GLU ALA +SEQRES 19 C 507 THR CYS LYS ASP THR CYS PRO PRO LEU MET LEU TYR ASN +SEQRES 20 C 507 PRO THR THR TYR GLN MET ASP VAL ASN PRO GLU GLY LYS +SEQRES 21 C 507 TYR SER PHE GLY ALA THR CYS VAL LYS LYS CYS PRO ARG +SEQRES 22 C 507 ASN TYR VAL VAL THR ASP HIS GLY SER CYS VAL ARG ALA +SEQRES 23 C 507 CYS GLY ALA ASP SER TYR GLU MET GLU GLU ASP GLY VAL +SEQRES 24 C 507 ARG LYS CYS LYS LYS CYS GLU GLY PRO CYS ARG LYS VAL +SEQRES 25 C 507 CYS ASN GLY ILE GLY ILE GLY GLU PHE LYS ASP SER LEU +SEQRES 26 C 507 SER ILE ASN ALA THR ASN ILE LYS HIS PHE LYS ASN CYS +SEQRES 27 C 507 THR SER ILE SER GLY ASP LEU HIS ILE LEU PRO VAL ALA +SEQRES 28 C 507 PHE ARG GLY ASP SER PHE THR HIS THR PRO PRO LEU ASP +SEQRES 29 C 507 PRO GLN GLU LEU ASP ILE LEU LYS THR VAL LYS GLU ILE +SEQRES 30 C 507 THR GLY PHE LEU LEU ILE GLN ALA TRP PRO GLU ASN ARG +SEQRES 31 C 507 THR ASP LEU HIS ALA PHE GLU ASN LEU GLU ILE ILE ARG +SEQRES 32 C 507 GLY ARG THR LYS GLN HIS GLY GLN PHE SER LEU ALA VAL +SEQRES 33 C 507 VAL SER LEU ASN ILE THR SER LEU GLY LEU ARG SER LEU +SEQRES 34 C 507 LYS GLU ILE SER ASP GLY ASP VAL ILE ILE SER GLY ASN +SEQRES 35 C 507 LYS ASN LEU CYS TYR ALA ASN THR ILE ASN TRP LYS LYS +SEQRES 36 C 507 LEU PHE GLY THR SER GLY GLN LYS THR LYS ILE ILE SER +SEQRES 37 C 507 ASN ARG GLY GLU ASN SER CYS LYS ALA THR GLY GLN VAL +SEQRES 38 C 507 CYS HIS ALA LEU CYS SER PRO GLU GLY CYS TRP GLY PRO +SEQRES 39 C 507 GLU PRO ARG ASP CYS VAL SER HIS HIS HIS HIS HIS HIS +SEQRES 1 D 507 LEU GLU GLU LYS LYS VAL CYS GLN GLY THR SER ASN LYS +SEQRES 2 D 507 LEU THR GLN LEU GLY THR PHE GLU ASP HIS PHE LEU SER +SEQRES 3 D 507 LEU GLN ARG MET PHE ASN ASN CYS GLU VAL VAL LEU GLY +SEQRES 4 D 507 ASN LEU GLU ILE THR TYR VAL GLN ARG ASN TYR ASP LEU +SEQRES 5 D 507 SER PHE LEU LYS THR ILE GLN GLU VAL ALA GLY TYR VAL +SEQRES 6 D 507 LEU ILE ALA LEU ASN THR VAL GLU ARG ILE PRO LEU GLU +SEQRES 7 D 507 ASN LEU GLN ILE ILE ARG GLY ASN MET TYR TYR GLU ASN +SEQRES 8 D 507 SER TYR ALA LEU ALA VAL LEU SER ASN TYR ASP ALA ASN +SEQRES 9 D 507 LYS THR GLY LEU LYS GLU LEU PRO MET ARG ASN LEU GLN +SEQRES 10 D 507 GLU ILE LEU HIS GLY ALA VAL ARG PHE SER ASN ASN PRO +SEQRES 11 D 507 ALA LEU CYS ASN VAL GLU SER ILE GLN TRP ARG ASP ILE +SEQRES 12 D 507 VAL SER SER ASP PHE LEU SER ASN MET SER MET ASP PHE +SEQRES 13 D 507 GLN ASN HIS LEU GLY SER CYS GLN LYS CYS ASP PRO SER +SEQRES 14 D 507 CYS PRO ASN GLY SER CYS TRP GLY ALA GLY GLU GLU ASN +SEQRES 15 D 507 CYS GLN LYS LEU THR LYS ILE ILE CYS ALA GLN GLN CYS +SEQRES 16 D 507 SER GLY ARG CYS ARG GLY LYS SER PRO SER ASP CYS CYS +SEQRES 17 D 507 HIS ASN GLN CYS ALA ALA GLY CYS THR GLY PRO ARG GLU +SEQRES 18 D 507 SER ASP CYS LEU VAL CYS ARG LYS PHE ARG ASP GLU ALA +SEQRES 19 D 507 THR CYS LYS ASP THR CYS PRO PRO LEU MET LEU TYR ASN +SEQRES 20 D 507 PRO THR THR TYR GLN MET ASP VAL ASN PRO GLU GLY LYS +SEQRES 21 D 507 TYR SER PHE GLY ALA THR CYS VAL LYS LYS CYS PRO ARG +SEQRES 22 D 507 ASN TYR VAL VAL THR ASP HIS GLY SER CYS VAL ARG ALA +SEQRES 23 D 507 CYS GLY ALA ASP SER TYR GLU MET GLU GLU ASP GLY VAL +SEQRES 24 D 507 ARG LYS CYS LYS LYS CYS GLU GLY PRO CYS ARG LYS VAL +SEQRES 25 D 507 CYS ASN GLY ILE GLY ILE GLY GLU PHE LYS ASP SER LEU +SEQRES 26 D 507 SER ILE ASN ALA THR ASN ILE LYS HIS PHE LYS ASN CYS +SEQRES 27 D 507 THR SER ILE SER GLY ASP LEU HIS ILE LEU PRO VAL ALA +SEQRES 28 D 507 PHE ARG GLY ASP SER PHE THR HIS THR PRO PRO LEU ASP +SEQRES 29 D 507 PRO GLN GLU LEU ASP ILE LEU LYS THR VAL LYS GLU ILE +SEQRES 30 D 507 THR GLY PHE LEU LEU ILE GLN ALA TRP PRO GLU ASN ARG +SEQRES 31 D 507 THR ASP LEU HIS ALA PHE GLU ASN LEU GLU ILE ILE ARG +SEQRES 32 D 507 GLY ARG THR LYS GLN HIS GLY GLN PHE SER LEU ALA VAL +SEQRES 33 D 507 VAL SER LEU ASN ILE THR SER LEU GLY LEU ARG SER LEU +SEQRES 34 D 507 LYS GLU ILE SER ASP GLY ASP VAL ILE ILE SER GLY ASN +SEQRES 35 D 507 LYS ASN LEU CYS TYR ALA ASN THR ILE ASN TRP LYS LYS +SEQRES 36 D 507 LEU PHE GLY THR SER GLY GLN LYS THR LYS ILE ILE SER +SEQRES 37 D 507 ASN ARG GLY GLU ASN SER CYS LYS ALA THR GLY GLN VAL +SEQRES 38 D 507 CYS HIS ALA LEU CYS SER PRO GLU GLY CYS TRP GLY PRO +SEQRES 39 D 507 GLU PRO ARG ASP CYS VAL SER HIS HIS HIS HIS HIS HIS +SEQRES 1 E 62 SER ASP ASN PRO ARG VAL ALA GLN VAL SER ILE THR LYS +SEQRES 2 E 62 CYS SER SER ASP MET ASN GLY TYR CYS LEU HIS GLY GLN +SEQRES 3 E 62 CYS ILE TYR LEU VAL ASP MET SER GLN ASN TYR CYS ARG +SEQRES 4 E 62 CYS GLU VAL GLY TYR THR GLY VAL ARG CYS GLU HIS PHE +SEQRES 5 E 62 PHE LEU THR VAL HIS GLN PRO LEU SER LYS +SEQRES 1 F 62 SER ASP ASN PRO ARG VAL ALA GLN VAL SER ILE THR LYS +SEQRES 2 F 62 CYS SER SER ASP MET ASN GLY TYR CYS LEU HIS GLY GLN +SEQRES 3 F 62 CYS ILE TYR LEU VAL ASP MET SER GLN ASN TYR CYS ARG +SEQRES 4 F 62 CYS GLU VAL GLY TYR THR GLY VAL ARG CYS GLU HIS PHE +SEQRES 5 F 62 PHE LEU THR VAL HIS GLN PRO LEU SER LYS +SEQRES 1 G 62 SER ASP ASN PRO ARG VAL ALA GLN VAL SER ILE THR LYS +SEQRES 2 G 62 CYS SER SER ASP MET ASN GLY TYR CYS LEU HIS GLY GLN +SEQRES 3 G 62 CYS ILE TYR LEU VAL ASP MET SER GLN ASN TYR CYS ARG +SEQRES 4 G 62 CYS GLU VAL GLY TYR THR GLY VAL ARG CYS GLU HIS PHE +SEQRES 5 G 62 PHE LEU THR VAL HIS GLN PRO LEU SER LYS +SEQRES 1 H 62 SER ASP ASN PRO ARG VAL ALA GLN VAL SER ILE THR LYS +SEQRES 2 H 62 CYS SER SER ASP MET ASN GLY TYR CYS LEU HIS GLY GLN +SEQRES 3 H 62 CYS ILE TYR LEU VAL ASP MET SER GLN ASN TYR CYS ARG +SEQRES 4 H 62 CYS GLU VAL GLY TYR THR GLY VAL ARG CYS GLU HIS PHE +SEQRES 5 H 62 PHE LEU THR VAL HIS GLN PRO LEU SER LYS +HET NAG I 1 14 +HET NAG I 2 14 +HET BMA I 3 11 +HET MAN I 4 11 +HET NAG J 1 14 +HET NAG J 2 14 +HET BMA J 3 11 +HET MAN J 4 11 +HET MAN J 5 11 +HET NAG K 1 14 +HET NAG K 2 14 +HET BMA K 3 11 +HET NAG L 1 14 +HET NAG L 2 14 +HET NAG M 1 14 +HET NAG M 2 14 +HET BMA M 3 11 +HET MAN M 4 11 +HET NAG N 1 14 +HET NAG N 2 14 +HET NAG O 1 14 +HET NAG O 2 14 +HET BMA O 3 11 +HET MAN O 4 11 +HET NAG A3201 14 +HET NAG A3206 14 +HET NAG A3207 14 +HET NAG B 601 14 +HET NAG B 602 14 +HET NAG C 603 14 +HET NAG D 601 14 +HETNAM NAG 2-ACETAMIDO-2-DEOXY-BETA-D-GLUCOPYRANOSE +HETNAM BMA BETA-D-MANNOPYRANOSE +HETNAM MAN ALPHA-D-MANNOPYRANOSE +FORMUL 9 NAG 21(C8 H15 N O6) +FORMUL 9 BMA 5(C6 H12 O6) +FORMUL 9 MAN 5(C6 H12 O6) +FORMUL 23 HOH *41(H2 O) +HELIX 1 AA1 THR A 19 ASN A 32 1 14 +HELIX 2 AA2 LEU A 52 ILE A 58 5 7 +HELIX 3 AA3 ASN A 134 ILE A 138 5 5 +HELIX 4 AA4 CYS A 170 SER A 174 5 5 +HELIX 5 AA5 GLY A 179 CYS A 183 5 5 +HELIX 6 AA6 SER A 203 CYS A 207 5 5 +HELIX 7 AA7 ILE A 318 LYS A 322 5 5 +HELIX 8 AA8 ASN A 331 LYS A 336 5 6 +HELIX 9 AA9 LEU A 348 GLY A 354 1 7 +HELIX 10 AB1 ASP A 364 VAL A 374 5 11 +HELIX 11 AB2 LEU A 393 GLU A 397 5 5 +HELIX 12 AB3 LYS A 407 GLY A 410 5 4 +HELIX 13 AB4 ASN A 452 PHE A 457 5 6 +HELIX 14 AB5 GLY A 471 THR A 478 1 8 +HELIX 15 AB6 THR B 19 ASN B 32 1 14 +HELIX 16 AB7 LEU B 52 ILE B 58 5 7 +HELIX 17 AB8 ASN B 134 ILE B 138 5 5 +HELIX 18 AB9 PHE B 148 MET B 152 5 5 +HELIX 19 AC1 CYS B 170 SER B 174 5 5 +HELIX 20 AC2 GLY B 179 CYS B 183 5 5 +HELIX 21 AC3 SER B 203 CYS B 207 5 5 +HELIX 22 AC4 ARG B 220 CYS B 224 5 5 +HELIX 23 AC5 ILE B 318 LYS B 322 5 5 +HELIX 24 AC6 ASN B 331 LYS B 336 5 6 +HELIX 25 AC7 LEU B 348 GLY B 354 1 7 +HELIX 26 AC8 ASP B 364 VAL B 374 5 11 +HELIX 27 AC9 LEU B 393 GLU B 397 5 5 +HELIX 28 AD1 LYS B 407 GLY B 410 5 4 +HELIX 29 AD2 ASN B 452 PHE B 457 5 6 +HELIX 30 AD3 GLY B 471 GLY B 479 1 9 +HELIX 31 AD4 THR C 19 ASN C 32 1 14 +HELIX 32 AD5 LEU C 52 ILE C 58 5 7 +HELIX 33 AD6 TYR C 88 ASN C 91 5 4 +HELIX 34 AD7 CYS C 170 SER C 174 5 5 +HELIX 35 AD8 SER C 203 CYS C 207 5 5 +HELIX 36 AD9 ARG C 220 CYS C 224 5 5 +HELIX 37 AE1 ILE C 318 LYS C 322 5 5 +HELIX 38 AE2 ASN C 331 LYS C 336 5 6 +HELIX 39 AE3 LEU C 348 GLY C 354 1 7 +HELIX 40 AE4 ASP C 355 HIS C 359 5 5 +HELIX 41 AE5 ASP C 364 VAL C 374 5 11 +HELIX 42 AE6 LEU C 393 GLU C 397 5 5 +HELIX 43 AE7 LYS C 407 GLY C 410 5 4 +HELIX 44 AE8 TYR C 447 ILE C 451 5 5 +HELIX 45 AE9 ASN C 452 LEU C 456 5 5 +HELIX 46 AF1 GLY C 471 THR C 478 1 8 +HELIX 47 AF2 THR D 19 PHE D 31 1 13 +HELIX 48 AF3 LEU D 52 ILE D 58 5 7 +HELIX 49 AF4 SER D 145 LEU D 149 5 5 +HELIX 50 AF5 CYS D 170 SER D 174 5 5 +HELIX 51 AF6 GLY D 179 CYS D 183 5 5 +HELIX 52 AF7 SER D 203 CYS D 207 5 5 +HELIX 53 AF8 ARG D 220 CYS D 224 5 5 +HELIX 54 AF9 ILE D 318 LYS D 322 5 5 +HELIX 55 AG1 ASN D 331 LYS D 336 5 6 +HELIX 56 AG2 LEU D 348 GLY D 354 1 7 +HELIX 57 AG3 ASP D 355 HIS D 359 5 5 +HELIX 58 AG4 ASP D 364 VAL D 374 5 11 +HELIX 59 AG5 LEU D 393 GLU D 397 5 5 +HELIX 60 AG6 LYS D 407 GLY D 410 5 4 +HELIX 61 AG7 ASN D 452 LEU D 456 5 5 +HELIX 62 AG8 GLY D 471 GLY D 479 1 9 +HELIX 63 AG9 GLU D 495 CYS D 499 5 5 +HELIX 64 AH1 SER E 7 ASN E 11 5 5 +SHEET 1 AA1 5 VAL A 6 CYS A 7 0 +SHEET 2 AA1 5 VAL A 36 VAL A 37 1 O VAL A 36 N CYS A 7 +SHEET 3 AA1 5 GLU A 60 VAL A 61 1 O GLU A 60 N VAL A 37 +SHEET 4 AA1 5 ILE A 82 ILE A 83 1 O ILE A 82 N VAL A 61 +SHEET 5 AA1 5 GLU A 118 ILE A 119 1 O GLU A 118 N ILE A 83 +SHEET 1 AA2 4 GLN A 16 LEU A 17 0 +SHEET 2 AA2 4 GLN E 27 CYS E 32 1 O CYS E 32 N GLN A 16 +SHEET 3 AA2 4 GLY E 17 LEU E 22 -1 N ILE E 20 O TYR E 29 +SHEET 4 AA2 4 ILE E 3 LYS E 5 -1 N THR E 4 O TYR E 21 +SHEET 1 AA3 5 LEU A 41 THR A 44 0 +SHEET 2 AA3 5 VAL A 65 ALA A 68 1 O LEU A 66 N ILE A 43 +SHEET 3 AA3 5 TYR A 93 LEU A 98 1 O ALA A 96 N VAL A 65 +SHEET 4 AA3 5 ALA A 123 SER A 127 1 O ALA A 123 N ALA A 94 +SHEET 5 AA3 5 SER A 153 MET A 154 1 O SER A 153 N VAL A 124 +SHEET 1 AA4 2 PHE A 230 ASP A 232 0 +SHEET 2 AA4 2 THR A 235 LYS A 237 -1 O THR A 235 N ASP A 232 +SHEET 1 AA5 2 MET A 244 TYR A 246 0 +SHEET 2 AA5 2 MET A 253 VAL A 255 -1 O ASP A 254 N LEU A 245 +SHEET 1 AA6 2 TYR A 261 PHE A 263 0 +SHEET 2 AA6 2 THR A 266 VAL A 268 -1 O VAL A 268 N TYR A 261 +SHEET 1 AA7 2 VAL A 276 VAL A 277 0 +SHEET 2 AA7 2 CYS A 283 VAL A 284 -1 O VAL A 284 N VAL A 276 +SHEET 1 AA8 2 SER A 291 GLU A 295 0 +SHEET 2 AA8 2 ARG A 300 LYS A 304 -1 O LYS A 303 N TYR A 292 +SHEET 1 AA9 5 CYS A 313 ASN A 314 0 +SHEET 2 AA9 5 SER A 340 SER A 342 1 O SER A 342 N CYS A 313 +SHEET 3 AA9 5 GLU A 376 ILE A 377 1 O GLU A 376 N ILE A 341 +SHEET 4 AA9 5 ILE A 401 ILE A 402 1 O ILE A 401 N ILE A 377 +SHEET 5 AA9 5 GLU A 431 ILE A 432 1 O GLU A 431 N ILE A 402 +SHEET 1 AB1 5 LEU A 345 ILE A 347 0 +SHEET 2 AB1 5 LEU A 381 ILE A 383 1 O LEU A 382 N LEU A 345 +SHEET 3 AB1 5 PHE A 412 VAL A 417 1 O ALA A 415 N ILE A 383 +SHEET 4 AB1 5 ASP A 436 SER A 440 1 O ASP A 436 N SER A 413 +SHEET 5 AB1 5 THR A 464 ILE A 467 1 O LYS A 465 N ILE A 439 +SHEET 1 AB2 5 VAL B 6 CYS B 7 0 +SHEET 2 AB2 5 VAL B 36 VAL B 37 1 O VAL B 36 N CYS B 7 +SHEET 3 AB2 5 GLU B 60 VAL B 61 1 O GLU B 60 N VAL B 37 +SHEET 4 AB2 5 ILE B 82 ILE B 83 1 O ILE B 82 N VAL B 61 +SHEET 5 AB2 5 GLU B 118 ILE B 119 1 O GLU B 118 N ILE B 83 +SHEET 1 AB3 4 GLN B 16 LEU B 17 0 +SHEET 2 AB3 4 GLN F 27 CYS F 32 1 O CYS F 32 N GLN B 16 +SHEET 3 AB3 4 GLY F 17 LEU F 22 -1 N ILE F 20 O TYR F 29 +SHEET 4 AB3 4 ILE F 3 LYS F 5 -1 N THR F 4 O TYR F 21 +SHEET 1 AB4 5 LEU B 41 THR B 44 0 +SHEET 2 AB4 5 VAL B 65 ALA B 68 1 O LEU B 66 N ILE B 43 +SHEET 3 AB4 5 TYR B 93 LEU B 98 1 O ALA B 96 N ILE B 67 +SHEET 4 AB4 5 ALA B 123 SER B 127 1 O ALA B 123 N ALA B 94 +SHEET 5 AB4 5 SER B 153 MET B 154 1 O SER B 153 N VAL B 124 +SHEET 1 AB5 4 THR B 235 LYS B 237 0 +SHEET 2 AB5 4 PHE B 230 ASP B 232 -1 N ASP B 232 O THR B 235 +SHEET 3 AB5 4 THR B 266 VAL B 268 1 O CYS B 267 N ARG B 231 +SHEET 4 AB5 4 TYR B 261 PHE B 263 -1 N TYR B 261 O VAL B 268 +SHEET 1 AB6 2 MET B 244 ASN B 247 0 +SHEET 2 AB6 2 GLN B 252 VAL B 255 -1 O ASP B 254 N LEU B 245 +SHEET 1 AB7 2 VAL B 276 VAL B 277 0 +SHEET 2 AB7 2 CYS B 283 VAL B 284 -1 O VAL B 284 N VAL B 276 +SHEET 1 AB8 2 SER B 291 GLU B 295 0 +SHEET 2 AB8 2 ARG B 300 LYS B 304 -1 O LYS B 303 N TYR B 292 +SHEET 1 AB9 5 VAL B 312 ASN B 314 0 +SHEET 2 AB9 5 SER B 340 SER B 342 1 O SER B 342 N CYS B 313 +SHEET 3 AB9 5 GLU B 376 ILE B 377 1 O GLU B 376 N ILE B 341 +SHEET 4 AB9 5 ILE B 401 ILE B 402 1 O ILE B 401 N ILE B 377 +SHEET 5 AB9 5 GLU B 431 ILE B 432 1 O GLU B 431 N ILE B 402 +SHEET 1 AC1 5 LEU B 345 ILE B 347 0 +SHEET 2 AC1 5 LEU B 381 ILE B 383 1 O LEU B 382 N LEU B 345 +SHEET 3 AC1 5 PHE B 412 VAL B 417 1 O ALA B 415 N ILE B 383 +SHEET 4 AC1 5 ASP B 436 SER B 440 1 O ILE B 438 N VAL B 416 +SHEET 5 AC1 5 THR B 464 ILE B 467 1 O LYS B 465 N ILE B 439 +SHEET 1 AC2 5 VAL C 6 CYS C 7 0 +SHEET 2 AC2 5 VAL C 36 VAL C 37 1 O VAL C 36 N CYS C 7 +SHEET 3 AC2 5 GLU C 60 VAL C 61 1 O GLU C 60 N VAL C 37 +SHEET 4 AC2 5 ILE C 82 ILE C 83 1 O ILE C 82 N VAL C 61 +SHEET 5 AC2 5 GLU C 118 ILE C 119 1 O GLU C 118 N ILE C 83 +SHEET 1 AC3 5 LEU C 41 THR C 44 0 +SHEET 2 AC3 5 VAL C 65 ALA C 68 1 O LEU C 66 N ILE C 43 +SHEET 3 AC3 5 TYR C 93 LEU C 98 1 O ALA C 96 N ILE C 67 +SHEET 4 AC3 5 ALA C 123 SER C 127 1 O ARG C 125 N VAL C 97 +SHEET 5 AC3 5 SER C 153 MET C 154 1 O SER C 153 N VAL C 124 +SHEET 1 AC4 2 PHE C 230 ASP C 232 0 +SHEET 2 AC4 2 THR C 235 LYS C 237 -1 O THR C 235 N ASP C 232 +SHEET 1 AC5 2 MET C 244 TYR C 246 0 +SHEET 2 AC5 2 MET C 253 VAL C 255 -1 O ASP C 254 N LEU C 245 +SHEET 1 AC6 2 TYR C 261 PHE C 263 0 +SHEET 2 AC6 2 THR C 266 VAL C 268 -1 O VAL C 268 N TYR C 261 +SHEET 1 AC7 2 GLU C 295 GLU C 296 0 +SHEET 2 AC7 2 VAL C 299 ARG C 300 -1 O VAL C 299 N GLU C 296 +SHEET 1 AC8 5 VAL C 312 ASN C 314 0 +SHEET 2 AC8 5 SER C 340 SER C 342 1 O SER C 342 N CYS C 313 +SHEET 3 AC8 5 GLU C 376 ILE C 377 1 O GLU C 376 N ILE C 341 +SHEET 4 AC8 5 ILE C 401 ILE C 402 1 O ILE C 401 N ILE C 377 +SHEET 5 AC8 5 GLU C 431 ILE C 432 1 O GLU C 431 N ILE C 402 +SHEET 1 AC9 5 LEU C 345 ILE C 347 0 +SHEET 2 AC9 5 LEU C 381 ILE C 383 1 O LEU C 382 N LEU C 345 +SHEET 3 AC9 5 PHE C 412 VAL C 417 1 O ALA C 415 N ILE C 383 +SHEET 4 AC9 5 ASP C 436 SER C 440 1 O ASP C 436 N SER C 413 +SHEET 5 AC9 5 THR C 464 ILE C 467 1 O LYS C 465 N VAL C 437 +SHEET 1 AD1 5 VAL D 6 CYS D 7 0 +SHEET 2 AD1 5 VAL D 36 VAL D 37 1 O VAL D 36 N CYS D 7 +SHEET 3 AD1 5 GLU D 60 VAL D 61 1 O GLU D 60 N VAL D 37 +SHEET 4 AD1 5 ILE D 82 ILE D 83 1 O ILE D 82 N VAL D 61 +SHEET 5 AD1 5 GLU D 118 ILE D 119 1 O GLU D 118 N ILE D 83 +SHEET 1 AD2 5 LEU D 41 THR D 44 0 +SHEET 2 AD2 5 VAL D 65 ALA D 68 1 O LEU D 66 N ILE D 43 +SHEET 3 AD2 5 TYR D 93 LEU D 98 1 O ALA D 96 N ILE D 67 +SHEET 4 AD2 5 ALA D 123 SER D 127 1 O ALA D 123 N ALA D 94 +SHEET 5 AD2 5 SER D 153 MET D 154 1 O SER D 153 N VAL D 124 +SHEET 1 AD3 4 THR D 235 LYS D 237 0 +SHEET 2 AD3 4 PHE D 230 ASP D 232 -1 N PHE D 230 O LYS D 237 +SHEET 3 AD3 4 THR D 266 VAL D 268 1 O CYS D 267 N ARG D 231 +SHEET 4 AD3 4 TYR D 261 PHE D 263 -1 N PHE D 263 O THR D 266 +SHEET 1 AD4 2 MET D 244 TYR D 246 0 +SHEET 2 AD4 2 MET D 253 VAL D 255 -1 O ASP D 254 N LEU D 245 +SHEET 1 AD5 2 VAL D 276 VAL D 277 0 +SHEET 2 AD5 2 CYS D 283 VAL D 284 -1 O VAL D 284 N VAL D 276 +SHEET 1 AD6 2 GLU D 295 GLU D 296 0 +SHEET 2 AD6 2 VAL D 299 ARG D 300 -1 O VAL D 299 N GLU D 296 +SHEET 1 AD7 5 CYS D 313 ASN D 314 0 +SHEET 2 AD7 5 SER D 340 SER D 342 1 O SER D 342 N CYS D 313 +SHEET 3 AD7 5 GLU D 376 ILE D 377 1 O GLU D 376 N ILE D 341 +SHEET 4 AD7 5 ILE D 401 ILE D 402 1 O ILE D 401 N ILE D 377 +SHEET 5 AD7 5 GLU D 431 ILE D 432 1 O GLU D 431 N ILE D 402 +SHEET 1 AD8 5 LEU D 345 ILE D 347 0 +SHEET 2 AD8 5 LEU D 381 ILE D 383 1 O LEU D 382 N LEU D 345 +SHEET 3 AD8 5 PHE D 412 VAL D 417 1 O ALA D 415 N ILE D 383 +SHEET 4 AD8 5 ASP D 436 SER D 440 1 O ASP D 436 N SER D 413 +SHEET 5 AD8 5 THR D 464 ILE D 467 1 O LYS D 465 N VAL D 437 +SHEET 1 AD9 2 TYR E 36 THR E 37 0 +SHEET 2 AD9 2 HIS E 43 PHE E 44 -1 O HIS E 43 N THR E 37 +SHEET 1 AE1 2 TYR F 36 THR F 37 0 +SHEET 2 AE1 2 HIS F 43 PHE F 44 -1 O HIS F 43 N THR F 37 +SHEET 1 AE2 3 THR G 4 LYS G 5 0 +SHEET 2 AE2 3 GLY G 17 LEU G 22 -1 O TYR G 21 N THR G 4 +SHEET 3 AE2 3 GLN G 27 CYS G 32 -1 O TYR G 29 N ILE G 20 +SHEET 1 AE3 2 TYR G 36 THR G 37 0 +SHEET 2 AE3 2 HIS G 43 PHE G 44 -1 O HIS G 43 N THR G 37 +SHEET 1 AE4 3 ILE H 3 LYS H 5 0 +SHEET 2 AE4 3 GLY H 17 LEU H 22 -1 O TYR H 21 N THR H 4 +SHEET 3 AE4 3 GLN H 27 CYS H 32 -1 O TYR H 29 N ILE H 20 +SHEET 1 AE5 2 TYR H 36 THR H 37 0 +SHEET 2 AE5 2 HIS H 43 PHE H 44 -1 O HIS H 43 N THR H 37 +SSBOND 1 CYS A 7 CYS A 34 1555 1555 2.03 +SSBOND 2 CYS A 133 CYS A 163 1555 1555 2.03 +SSBOND 3 CYS A 166 CYS A 175 1555 1555 2.03 +SSBOND 4 CYS A 170 CYS A 183 1555 1555 2.03 +SSBOND 5 CYS A 191 CYS A 199 1555 1555 2.03 +SSBOND 6 CYS A 195 CYS A 207 1555 1555 2.03 +SSBOND 7 CYS A 208 CYS A 216 1555 1555 2.03 +SSBOND 8 CYS A 212 CYS A 224 1555 1555 2.03 +SSBOND 9 CYS A 227 CYS A 236 1555 1555 2.03 +SSBOND 10 CYS A 240 CYS A 267 1555 1555 2.03 +SSBOND 11 CYS A 271 CYS A 283 1555 1555 2.03 +SSBOND 12 CYS A 287 CYS A 302 1555 1555 2.03 +SSBOND 13 CYS A 305 CYS A 309 1555 1555 2.03 +SSBOND 14 CYS A 313 CYS A 338 1555 1555 2.02 +SSBOND 15 CYS A 446 CYS A 475 1555 1555 2.03 +SSBOND 16 CYS A 482 CYS A 491 1555 1555 2.03 +SSBOND 17 CYS A 486 CYS A 499 1555 1555 2.01 +SSBOND 18 CYS B 7 CYS B 34 1555 1555 2.03 +SSBOND 19 CYS B 133 CYS B 163 1555 1555 2.02 +SSBOND 20 CYS B 166 CYS B 175 1555 1555 2.03 +SSBOND 21 CYS B 170 CYS B 183 1555 1555 2.03 +SSBOND 22 CYS B 191 CYS B 199 1555 1555 2.03 +SSBOND 23 CYS B 195 CYS B 207 1555 1555 2.03 +SSBOND 24 CYS B 208 CYS B 216 1555 1555 2.03 +SSBOND 25 CYS B 212 CYS B 224 1555 1555 2.03 +SSBOND 26 CYS B 227 CYS B 236 1555 1555 2.03 +SSBOND 27 CYS B 240 CYS B 267 1555 1555 2.03 +SSBOND 28 CYS B 271 CYS B 283 1555 1555 2.03 +SSBOND 29 CYS B 287 CYS B 302 1555 1555 2.02 +SSBOND 30 CYS B 305 CYS B 309 1555 1555 2.04 +SSBOND 31 CYS B 313 CYS B 338 1555 1555 2.03 +SSBOND 32 CYS B 446 CYS B 475 1555 1555 2.03 +SSBOND 33 CYS B 482 CYS B 491 1555 1555 2.03 +SSBOND 34 CYS B 486 CYS B 499 1555 1555 2.03 +SSBOND 35 CYS C 7 CYS C 34 1555 1555 2.03 +SSBOND 36 CYS C 133 CYS C 163 1555 1555 2.03 +SSBOND 37 CYS C 166 CYS C 175 1555 1555 2.03 +SSBOND 38 CYS C 170 CYS C 183 1555 1555 2.03 +SSBOND 39 CYS C 191 CYS C 199 1555 1555 2.03 +SSBOND 40 CYS C 195 CYS C 207 1555 1555 2.03 +SSBOND 41 CYS C 208 CYS C 216 1555 1555 2.03 +SSBOND 42 CYS C 212 CYS C 224 1555 1555 2.03 +SSBOND 43 CYS C 227 CYS C 236 1555 1555 2.03 +SSBOND 44 CYS C 240 CYS C 267 1555 1555 2.03 +SSBOND 45 CYS C 271 CYS C 283 1555 1555 2.03 +SSBOND 46 CYS C 287 CYS C 302 1555 1555 2.03 +SSBOND 47 CYS C 305 CYS C 309 1555 1555 2.04 +SSBOND 48 CYS C 313 CYS C 338 1555 1555 2.02 +SSBOND 49 CYS C 446 CYS C 475 1555 1555 2.02 +SSBOND 50 CYS C 482 CYS C 491 1555 1555 2.03 +SSBOND 51 CYS C 486 CYS C 499 1555 1555 2.03 +SSBOND 52 CYS D 7 CYS D 34 1555 1555 2.02 +SSBOND 53 CYS D 133 CYS D 163 1555 1555 2.03 +SSBOND 54 CYS D 166 CYS D 175 1555 1555 2.03 +SSBOND 55 CYS D 170 CYS D 183 1555 1555 2.03 +SSBOND 56 CYS D 191 CYS D 199 1555 1555 2.02 +SSBOND 57 CYS D 195 CYS D 207 1555 1555 2.03 +SSBOND 58 CYS D 208 CYS D 216 1555 1555 2.03 +SSBOND 59 CYS D 212 CYS D 224 1555 1555 2.03 +SSBOND 60 CYS D 227 CYS D 236 1555 1555 2.03 +SSBOND 61 CYS D 240 CYS D 267 1555 1555 2.03 +SSBOND 62 CYS D 271 CYS D 283 1555 1555 2.03 +SSBOND 63 CYS D 287 CYS D 302 1555 1555 2.03 +SSBOND 64 CYS D 305 CYS D 309 1555 1555 2.03 +SSBOND 65 CYS D 313 CYS D 338 1555 1555 2.03 +SSBOND 66 CYS D 446 CYS D 475 1555 1555 2.04 +SSBOND 67 CYS D 482 CYS D 491 1555 1555 2.03 +SSBOND 68 CYS D 486 CYS D 499 1555 1555 2.03 +SSBOND 69 CYS E 6 CYS E 19 1555 1555 2.03 +SSBOND 70 CYS E 14 CYS E 30 1555 1555 2.03 +SSBOND 71 CYS E 32 CYS E 41 1555 1555 2.03 +SSBOND 72 CYS F 6 CYS F 19 1555 1555 2.03 +SSBOND 73 CYS F 14 CYS F 30 1555 1555 2.03 +SSBOND 74 CYS F 32 CYS F 41 1555 1555 2.03 +SSBOND 75 CYS G 6 CYS G 19 1555 1555 2.03 +SSBOND 76 CYS G 14 CYS G 30 1555 1555 2.03 +SSBOND 77 CYS G 32 CYS G 41 1555 1555 2.03 +SSBOND 78 CYS H 6 CYS H 19 1555 1555 2.03 +SSBOND 79 CYS H 14 CYS H 30 1555 1555 2.03 +SSBOND 80 CYS H 32 CYS H 41 1555 1555 2.03 +LINK ND2 ASN A 32 C1 NAG A3201 1555 1555 1.44 +LINK ND2 ASN A 328 C1 NAG I 1 1555 1555 1.49 +LINK ND2 ASN A 389 C1 NAG A3206 1555 1555 1.44 +LINK ND2 ASN A 420 C1 NAG A3207 1555 1555 1.44 +LINK ND2 ASN B 32 C1 NAG B 602 1555 1555 1.44 +LINK ND2 ASN B 151 C1 NAG B 601 1555 1555 1.42 +LINK ND2 ASN B 328 C1 NAG J 1 1555 1555 1.50 +LINK ND2 ASN B 420 C1 NAG K 1 1555 1555 1.49 +LINK ND2 ASN C 32 C1 NAG C 603 1555 1555 1.44 +LINK ND2 ASN C 151 C1 NAG L 1 1555 1555 1.48 +LINK ND2 ASN C 328 C1 NAG M 1 1555 1555 1.49 +LINK ND2 ASN D 32 C1 NAG N 1 1555 1555 1.49 +LINK ND2 ASN D 151 C1 NAG D 601 1555 1555 1.44 +LINK ND2 ASN D 328 C1 NAG O 1 1555 1555 1.50 +LINK O4 NAG I 1 C1 NAG I 2 1555 1555 1.44 +LINK O4 NAG I 2 C1 BMA I 3 1555 1555 1.44 +LINK O3 BMA I 3 C1 MAN I 4 1555 1555 1.44 +LINK O4 NAG J 1 C1 NAG J 2 1555 1555 1.44 +LINK O4 NAG J 2 C1 BMA J 3 1555 1555 1.44 +LINK O3 BMA J 3 C1 MAN J 4 1555 1555 1.46 +LINK O6 BMA J 3 C1 MAN J 5 1555 1555 1.44 +LINK O4 NAG K 1 C1 NAG K 2 1555 1555 1.44 +LINK O4 NAG K 2 C1 BMA K 3 1555 1555 1.44 +LINK O4 NAG L 1 C1 NAG L 2 1555 1555 1.43 +LINK O4 NAG M 1 C1 NAG M 2 1555 1555 1.44 +LINK O4 NAG M 2 C1 BMA M 3 1555 1555 1.44 +LINK O3 BMA M 3 C1 MAN M 4 1555 1555 1.44 +LINK O4 NAG N 1 C1 NAG N 2 1555 1555 1.44 +LINK O4 NAG O 1 C1 NAG O 2 1555 1555 1.44 +LINK O4 NAG O 2 C1 BMA O 3 1555 1555 1.44 +LINK O3 BMA O 3 C1 MAN O 4 1555 1555 1.44 +CRYST1 76.647 199.288 87.916 90.00 96.74 90.00 P 1 21 1 8 +ORIGX1 1.000000 0.000000 0.000000 0.00000 +ORIGX2 0.000000 1.000000 0.000000 0.00000 +ORIGX3 0.000000 0.000000 1.000000 0.00000 +SCALE1 0.013047 0.000000 0.001541 0.00000 +SCALE2 0.000000 0.005018 0.000000 0.00000 +SCALE3 0.000000 0.000000 0.011454 0.00000 +ATOM 1 N GLU A 2 90.574 -8.433 100.549 1.00143.40 N +ANISOU 1 N GLU A 2 19788 21241 13456 4713 -3822 -3049 N +ATOM 2 CA GLU A 2 91.872 -7.990 100.059 1.00149.35 C +ANISOU 2 CA GLU A 2 20041 21990 14714 4760 -4121 -3504 C +ATOM 3 C GLU A 2 91.704 -6.947 98.952 1.00142.05 C +ANISOU 3 C GLU A 2 18675 20877 14419 4266 -4025 -3724 C +ATOM 4 O GLU A 2 91.417 -5.783 99.235 1.00144.52 O +ANISOU 4 O GLU A 2 18713 21263 14936 4134 -4027 -4058 O +ATOM 5 CB GLU A 2 92.693 -9.189 99.566 1.00159.29 C +ANISOU 5 CB GLU A 2 21443 23124 15955 4949 -4214 -3292 C +ATOM 6 CG GLU A 2 91.868 -10.264 98.866 1.00168.39 C +ANISOU 6 CG GLU A 2 23044 24008 16928 4743 -3903 -2671 C +ATOM 7 CD GLU A 2 92.729 -11.308 98.185 1.00178.00 C +ANISOU 7 CD GLU A 2 24320 25062 18251 4882 -4000 -2535 C +ATOM 8 OE1 GLU A 2 93.910 -11.018 97.899 1.00182.20 O +ANISOU 8 OE1 GLU A 2 24440 25653 19133 5000 -4269 -2950 O +ATOM 9 OE2 GLU A 2 92.223 -12.423 97.939 1.00177.41 O +ANISOU 9 OE2 GLU A 2 24691 24787 17930 4870 -3792 -2031 O +ATOM 10 N GLU A 3 91.886 -7.359 97.697 1.00131.00 N +ANISOU 10 N GLU A 3 17219 19226 13329 4010 -3937 -3540 N +ATOM 11 CA GLU A 3 91.756 -6.466 96.559 1.00111.35 C +ANISOU 11 CA GLU A 3 14355 16531 11420 3552 -3828 -3696 C +ATOM 12 C GLU A 3 91.062 -7.212 95.431 1.00110.18 C +ANISOU 12 C GLU A 3 14480 16132 11251 3262 -3588 -3215 C +ATOM 13 O GLU A 3 90.941 -8.439 95.449 1.00113.83 O +ANISOU 13 O GLU A 3 15348 16552 11350 3421 -3533 -2818 O +ATOM 14 CB GLU A 3 93.122 -5.937 96.095 1.00 98.81 C +ANISOU 14 CB GLU A 3 12228 14918 10399 3554 -4032 -4168 C +ATOM 15 N LYS A 4 90.608 -6.448 94.443 1.00103.90 N +ANISOU 15 N LYS A 4 13463 15147 10867 2842 -3444 -3263 N +ATOM 16 CA LYS A 4 89.806 -7.012 93.368 1.00 99.21 C +ANISOU 16 CA LYS A 4 13117 14329 10250 2555 -3224 -2850 C +ATOM 17 C LYS A 4 90.584 -8.053 92.574 1.00 98.45 C +ANISOU 17 C LYS A 4 13089 14118 10199 2627 -3285 -2679 C +ATOM 18 O LYS A 4 91.752 -7.848 92.223 1.00 95.28 O +ANISOU 18 O LYS A 4 12325 13723 10154 2680 -3450 -2985 O +ATOM 19 CB LYS A 4 89.323 -5.898 92.434 1.00100.75 C +ANISOU 19 CB LYS A 4 13017 14338 10925 2129 -3103 -2997 C +ATOM 20 CG LYS A 4 88.455 -4.845 93.111 1.00102.80 C +ANISOU 20 CG LYS A 4 13206 14666 11188 2047 -3025 -3174 C +ATOM 21 CD LYS A 4 87.386 -5.494 93.977 1.00102.50 C +ANISOU 21 CD LYS A 4 13629 14778 10538 2201 -2894 -2868 C +ATOM 22 CE LYS A 4 86.404 -4.490 94.534 1.00102.56 C +ANISOU 22 CE LYS A 4 13569 14856 10542 2106 -2785 -3050 C +ATOM 23 NZ LYS A 4 85.560 -5.123 95.584 1.00105.28 N +ANISOU 23 NZ LYS A 4 14336 15403 10264 2313 -2642 -2807 N +ATOM 24 N LYS A 5 89.924 -9.176 92.303 1.00 96.76 N +ANISOU 24 N LYS A 5 13330 13788 9645 2628 -3129 -2206 N +ATOM 25 CA LYS A 5 90.416 -10.112 91.304 1.00 85.29 C +ANISOU 25 CA LYS A 5 11966 12162 8279 2618 -3135 -2017 C +ATOM 26 C LYS A 5 90.353 -9.435 89.941 1.00 87.38 C +ANISOU 26 C LYS A 5 11926 12229 9045 2196 -3013 -2096 C +ATOM 27 O LYS A 5 89.524 -8.552 89.707 1.00 96.90 O +ANISOU 27 O LYS A 5 13027 13348 10443 1880 -2823 -2088 O +ATOM 28 CB LYS A 5 89.585 -11.403 91.284 1.00 90.75 C +ANISOU 28 CB LYS A 5 13220 12696 8565 2654 -2929 -1482 C +ATOM 29 CG LYS A 5 89.003 -11.873 92.628 1.00101.32 C +ANISOU 29 CG LYS A 5 14931 14144 9423 2892 -2829 -1260 C +ATOM 30 CD LYS A 5 90.053 -12.423 93.571 1.00110.93 C +ANISOU 30 CD LYS A 5 16196 15509 10445 3359 -3050 -1360 C +ATOM 31 CE LYS A 5 89.465 -12.637 94.960 1.00117.56 C +ANISOU 31 CE LYS A 5 17367 16494 10805 3585 -2954 -1195 C +ATOM 32 NZ LYS A 5 88.345 -13.620 94.961 1.00109.19 N +ANISOU 32 NZ LYS A 5 16813 15219 9455 3468 -2599 -658 N +ATOM 33 N VAL A 6 91.239 -9.838 89.035 1.00 76.24 N +ANISOU 33 N VAL A 6 10353 10700 7916 2168 -3022 -2122 N +ATOM 34 CA VAL A 6 91.375 -9.139 87.763 1.00 68.66 C +ANISOU 34 CA VAL A 6 9065 9531 7490 1766 -2805 -2171 C +ATOM 35 C VAL A 6 91.645 -10.127 86.639 1.00 79.33 C +ANISOU 35 C VAL A 6 10548 10687 8905 1694 -2646 -1909 C +ATOM 36 O VAL A 6 92.327 -11.140 86.820 1.00 85.52 O +ANISOU 36 O VAL A 6 11460 11518 9515 2002 -2797 -1895 O +ATOM 37 CB VAL A 6 92.493 -8.076 87.824 1.00 55.95 C +ANISOU 37 CB VAL A 6 6898 8023 6336 1764 -2969 -2701 C +ATOM 38 CG1 VAL A 6 92.599 -7.335 86.503 1.00 57.92 C +ANISOU 38 CG1 VAL A 6 6869 8018 7120 1343 -2667 -2681 C +ATOM 39 CG2 VAL A 6 92.234 -7.093 88.960 1.00 57.87 C +ANISOU 39 CG2 VAL A 6 7002 8457 6527 1849 -3153 -3031 C +ATOM 40 N CYS A 7 91.101 -9.810 85.463 1.00 74.76 N +ANISOU 40 N CYS A 7 9946 9892 8569 1313 -2351 -1715 N +ATOM 41 CA CYS A 7 91.375 -10.538 84.235 1.00 72.17 C +ANISOU 41 CA CYS A 7 9688 9393 8342 1204 -2176 -1536 C +ATOM 42 C CYS A 7 91.644 -9.541 83.115 1.00 63.98 C +ANISOU 42 C CYS A 7 8330 8240 7738 883 -1957 -1620 C +ATOM 43 O CYS A 7 91.337 -8.351 83.225 1.00 57.96 O +ANISOU 43 O CYS A 7 7370 7460 7192 703 -1905 -1722 O +ATOM 44 CB CYS A 7 90.219 -11.477 83.854 1.00 68.20 C +ANISOU 44 CB CYS A 7 9628 8728 7557 1097 -2012 -1123 C +ATOM 45 SG CYS A 7 88.611 -10.684 83.626 1.00 80.65 S +ANISOU 45 SG CYS A 7 11288 10215 9141 743 -1814 -912 S +ATOM 46 N GLN A 8 92.220 -10.048 82.023 1.00 65.27 N +ANISOU 46 N GLN A 8 8470 8309 8021 826 -1804 -1564 N +ATOM 47 CA GLN A 8 92.754 -9.182 80.977 1.00 64.67 C +ANISOU 47 CA GLN A 8 8093 8140 8341 577 -1560 -1651 C +ATOM 48 C GLN A 8 91.676 -8.645 80.045 1.00 64.46 C +ANISOU 48 C GLN A 8 8236 7949 8307 269 -1309 -1343 C +ATOM 49 O GLN A 8 91.816 -7.533 79.524 1.00 57.84 O +ANISOU 49 O GLN A 8 7183 7014 7781 60 -1122 -1377 O +ATOM 50 CB GLN A 8 93.799 -9.944 80.161 1.00 63.83 C +ANISOU 50 CB GLN A 8 7901 8025 8325 661 -1460 -1723 C +ATOM 51 CG GLN A 8 94.604 -9.085 79.196 1.00 70.95 C +ANISOU 51 CG GLN A 8 8448 8855 9654 439 -1164 -1856 C +ATOM 52 CD GLN A 8 95.587 -8.178 79.906 1.00 84.75 C +ANISOU 52 CD GLN A 8 9691 10685 11826 467 -1264 -2286 C +ATOM 53 OE1 GLN A 8 95.665 -8.168 81.134 1.00 86.20 O +ANISOU 53 OE1 GLN A 8 9795 11019 11940 686 -1603 -2511 O +ATOM 54 NE2 GLN A 8 96.351 -7.413 79.134 1.00 90.04 N +ANISOU 54 NE2 GLN A 8 10016 11257 12939 248 -956 -2420 N +ATOM 55 N GLY A 9 90.607 -9.403 79.817 1.00 66.20 N +ANISOU 55 N GLY A 9 8831 8122 8200 245 -1301 -1050 N +ATOM 56 CA GLY A 9 89.647 -9.055 78.790 1.00 61.53 C +ANISOU 56 CA GLY A 9 8393 7408 7576 6 -1110 -788 C +ATOM 57 C GLY A 9 90.080 -9.577 77.432 1.00 68.79 C +ANISOU 57 C GLY A 9 9393 8271 8472 -48 -914 -695 C +ATOM 58 O GLY A 9 91.141 -10.179 77.265 1.00 70.78 O +ANISOU 58 O GLY A 9 9555 8564 8776 80 -894 -843 O +ATOM 59 N THR A 10 89.230 -9.337 76.436 1.00 70.20 N +ANISOU 59 N THR A 10 9743 8377 8554 -212 -779 -465 N +ATOM 60 CA THR A 10 89.463 -9.858 75.097 1.00 63.11 C +ANISOU 60 CA THR A 10 8985 7458 7535 -245 -601 -371 C +ATOM 61 C THR A 10 89.015 -8.846 74.055 1.00 58.94 C +ANISOU 61 C THR A 10 8496 6868 7031 -407 -404 -174 C +ATOM 62 O THR A 10 88.026 -8.134 74.242 1.00 58.95 O +ANISOU 62 O THR A 10 8536 6825 7036 -484 -473 -46 O +ATOM 63 CB THR A 10 88.728 -11.190 74.882 1.00 68.51 C +ANISOU 63 CB THR A 10 9979 8138 7913 -191 -713 -291 C +ATOM 64 OG1 THR A 10 88.893 -11.624 73.525 1.00 70.40 O +ANISOU 64 OG1 THR A 10 10358 8379 8010 -214 -555 -242 O +ATOM 65 CG2 THR A 10 87.250 -11.041 75.195 1.00 69.61 C +ANISOU 65 CG2 THR A 10 10260 8253 7936 -289 -836 -144 C +ATOM 66 N SER A 11 89.752 -8.794 72.948 1.00 57.61 N +ANISOU 66 N SER A 11 8331 6695 6865 -431 -146 -141 N +ATOM 67 CA SER A 11 89.414 -7.904 71.845 1.00 46.53 C +ANISOU 67 CA SER A 11 7037 5230 5411 -537 77 99 C +ATOM 68 C SER A 11 89.266 -8.702 70.558 1.00 62.08 C +ANISOU 68 C SER A 11 9293 7284 7010 -485 171 200 C +ATOM 69 O SER A 11 89.888 -8.372 69.544 1.00 55.89 O +ANISOU 69 O SER A 11 8548 6501 6185 -504 482 289 O +ATOM 70 CB SER A 11 90.490 -6.828 71.677 1.00 51.61 C +ANISOU 70 CB SER A 11 7419 5769 6423 -633 397 68 C +ATOM 71 OG SER A 11 90.453 -5.898 72.746 1.00 70.72 O +ANISOU 71 OG SER A 11 9587 8090 9194 -696 300 -37 O +ATOM 72 N ASN A 12 88.449 -9.758 70.589 1.00 51.50 N +ANISOU 72 N ASN A 12 8154 6009 5405 -424 -75 168 N +ATOM 73 CA ASN A 12 88.234 -10.626 69.440 1.00 53.45 C +ANISOU 73 CA ASN A 12 8663 6344 5302 -364 -48 179 C +ATOM 74 C ASN A 12 86.998 -10.253 68.635 1.00 57.20 C +ANISOU 74 C ASN A 12 9365 6867 5502 -379 -147 372 C +ATOM 75 O ASN A 12 86.849 -10.730 67.506 1.00 55.90 O +ANISOU 75 O ASN A 12 9423 6807 5008 -312 -111 380 O +ATOM 76 CB ASN A 12 88.118 -12.086 69.905 1.00 55.36 C +ANISOU 76 CB ASN A 12 8976 6585 5471 -290 -253 -20 C +ATOM 77 CG ASN A 12 89.436 -12.636 70.419 1.00 56.88 C +ANISOU 77 CG ASN A 12 8996 6759 5856 -188 -170 -219 C +ATOM 78 OD1 ASN A 12 90.455 -12.582 69.730 1.00 47.49 O +ANISOU 78 OD1 ASN A 12 7733 5618 4691 -147 81 -285 O +ATOM 79 ND2 ASN A 12 89.424 -13.161 71.638 1.00 46.54 N +ANISOU 79 ND2 ASN A 12 7619 5390 4675 -125 -372 -315 N +ATOM 80 N LYS A 13 86.118 -9.417 69.182 1.00 59.49 N +ANISOU 80 N LYS A 13 9594 7099 5910 -437 -288 495 N +ATOM 81 CA LYS A 13 84.889 -8.993 68.509 1.00 60.94 C +ANISOU 81 CA LYS A 13 9948 7336 5872 -411 -436 658 C +ATOM 82 C LYS A 13 84.084 -10.244 68.179 1.00 59.86 C +ANISOU 82 C LYS A 13 9956 7303 5484 -382 -680 495 C +ATOM 83 O LYS A 13 83.715 -10.979 69.111 1.00 51.49 O +ANISOU 83 O LYS A 13 8807 6191 4565 -445 -838 342 O +ATOM 84 CB LYS A 13 85.255 -8.106 67.320 1.00 56.90 C +ANISOU 84 CB LYS A 13 9593 6838 5189 -348 -181 901 C +ATOM 85 CG LYS A 13 85.849 -6.765 67.709 1.00 50.35 C +ANISOU 85 CG LYS A 13 8601 5827 4704 -419 66 1065 C +ATOM 86 CD LYS A 13 85.636 -5.729 66.617 1.00 58.30 C +ANISOU 86 CD LYS A 13 9834 6790 5528 -341 250 1404 C +ATOM 87 CE LYS A 13 86.367 -6.093 65.336 1.00 68.73 C +ANISOU 87 CE LYS A 13 11395 8228 6492 -261 545 1490 C +ATOM 88 NZ LYS A 13 86.008 -5.180 64.218 1.00 59.99 N +ANISOU 88 NZ LYS A 13 10602 7106 5085 -127 697 1869 N +ATOM 89 N LEU A 14 83.796 -10.534 66.910 1.00 63.13 N +ANISOU 89 N LEU A 14 10597 7855 5536 -288 -707 508 N +ATOM 90 CA LEU A 14 82.960 -11.664 66.530 1.00 70.13 C +ANISOU 90 CA LEU A 14 11590 8831 6225 -274 -964 292 C +ATOM 91 C LEU A 14 83.772 -12.799 65.924 1.00 75.88 C +ANISOU 91 C LEU A 14 12447 9603 6782 -220 -852 89 C +ATOM 92 O LEU A 14 83.235 -13.607 65.160 1.00 73.27 O +ANISOU 92 O LEU A 14 12262 9374 6202 -171 -1016 -101 O +ATOM 93 CB LEU A 14 81.882 -11.195 65.562 1.00 57.27 C +ANISOU 93 CB LEU A 14 10101 7360 4299 -168 -1171 372 C +ATOM 94 CG LEU A 14 81.057 -10.048 66.149 1.00 57.50 C +ANISOU 94 CG LEU A 14 9989 7329 4528 -187 -1288 560 C +ATOM 95 CD1 LEU A 14 80.389 -9.341 65.042 1.00 61.66 C +ANISOU 95 CD1 LEU A 14 10697 8005 4726 2 -1420 722 C +ATOM 96 CD2 LEU A 14 80.031 -10.572 67.136 1.00 54.17 C +ANISOU 96 CD2 LEU A 14 9363 6854 4364 -320 -1532 368 C +ATOM 97 N THR A 15 85.060 -12.867 66.243 1.00 70.29 N +ANISOU 97 N THR A 15 11660 8822 6225 -216 -588 83 N +ATOM 98 CA THR A 15 85.889 -13.981 65.818 1.00 62.36 C +ANISOU 98 CA THR A 15 10734 7833 5125 -146 -477 -141 C +ATOM 99 C THR A 15 85.697 -15.151 66.772 1.00 62.93 C +ANISOU 99 C THR A 15 10744 7744 5423 -197 -650 -350 C +ATOM 100 O THR A 15 85.551 -14.967 67.984 1.00 57.88 O +ANISOU 100 O THR A 15 9952 6979 5060 -270 -719 -286 O +ATOM 101 CB THR A 15 87.358 -13.556 65.771 1.00 51.71 C +ANISOU 101 CB THR A 15 9277 6478 3892 -105 -118 -87 C +ATOM 102 OG1 THR A 15 87.570 -12.702 64.638 1.00 54.48 O +ANISOU 102 OG1 THR A 15 9768 6961 3969 -50 123 108 O +ATOM 103 CG2 THR A 15 88.293 -14.760 65.679 1.00 52.76 C +ANISOU 103 CG2 THR A 15 9407 6590 4048 -16 -24 -358 C +ATOM 104 N GLN A 16 85.689 -16.357 66.217 1.00 50.99 N +ANISOU 104 N GLN A 16 9373 6221 3778 -145 -706 -597 N +ATOM 105 CA GLN A 16 85.452 -17.571 66.983 1.00 50.76 C +ANISOU 105 CA GLN A 16 9347 5979 3959 -187 -839 -779 C +ATOM 106 C GLN A 16 86.777 -18.286 67.207 1.00 58.27 C +ANISOU 106 C GLN A 16 10281 6832 5028 -54 -671 -900 C +ATOM 107 O GLN A 16 87.576 -18.430 66.277 1.00 53.17 O +ANISOU 107 O GLN A 16 9692 6301 4211 63 -500 -1012 O +ATOM 108 CB GLN A 16 84.461 -18.477 66.252 1.00 58.16 C +ANISOU 108 CB GLN A 16 10432 6911 4754 -232 -1036 -1022 C +ATOM 109 CG GLN A 16 83.914 -19.619 67.086 1.00 64.27 C +ANISOU 109 CG GLN A 16 11211 7399 5808 -340 -1153 -1166 C +ATOM 110 CD GLN A 16 82.909 -20.455 66.321 1.00 93.55 C +ANISOU 110 CD GLN A 16 15009 11085 9450 -423 -1342 -1467 C +ATOM 111 OE1 GLN A 16 82.326 -19.999 65.337 1.00 99.81 O +ANISOU 111 OE1 GLN A 16 15828 12123 9972 -402 -1475 -1541 O +ATOM 112 NE2 GLN A 16 82.703 -21.687 66.765 1.00107.57 N +ANISOU 112 NE2 GLN A 16 16837 12555 11480 -502 -1363 -1653 N +ATOM 113 N LEU A 17 87.007 -18.730 68.441 1.00 49.56 N +ANISOU 113 N LEU A 17 9105 5529 4197 -43 -716 -880 N +ATOM 114 CA LEU A 17 88.291 -19.302 68.842 1.00 51.19 C +ANISOU 114 CA LEU A 17 9255 5647 4550 136 -607 -979 C +ATOM 115 C LEU A 17 88.168 -20.822 68.810 1.00 56.51 C +ANISOU 115 C LEU A 17 10114 6083 5274 204 -683 -1187 C +ATOM 116 O LEU A 17 87.899 -21.480 69.815 1.00 56.79 O +ANISOU 116 O LEU A 17 10211 5878 5490 210 -779 -1141 O +ATOM 117 CB LEU A 17 88.694 -18.785 70.219 1.00 48.37 C +ANISOU 117 CB LEU A 17 8719 5241 4416 173 -640 -830 C +ATOM 118 CG LEU A 17 88.911 -17.271 70.277 1.00 57.77 C +ANISOU 118 CG LEU A 17 9699 6614 5635 99 -548 -674 C +ATOM 119 CD1 LEU A 17 89.083 -16.801 71.711 1.00 45.38 C +ANISOU 119 CD1 LEU A 17 7964 5005 4274 126 -643 -587 C +ATOM 120 CD2 LEU A 17 90.114 -16.874 69.437 1.00 48.91 C +ANISOU 120 CD2 LEU A 17 8452 5631 4500 182 -296 -756 C +ATOM 121 N GLY A 18 88.384 -21.380 67.621 1.00 57.06 N +ANISOU 121 N GLY A 18 10294 6209 5176 265 -615 -1417 N +ATOM 122 CA GLY A 18 88.217 -22.806 67.432 1.00 60.79 C +ANISOU 122 CA GLY A 18 10947 6430 5721 316 -680 -1668 C +ATOM 123 C GLY A 18 86.747 -23.184 67.372 1.00 73.75 C +ANISOU 123 C GLY A 18 12700 7946 7375 95 -859 -1717 C +ATOM 124 O GLY A 18 85.900 -22.424 66.900 1.00 86.97 O +ANISOU 124 O GLY A 18 14339 9828 8879 -46 -942 -1662 O +ATOM 125 N THR A 19 86.447 -24.379 67.869 1.00 71.90 N +ANISOU 125 N THR A 19 12592 7347 7377 74 -911 -1826 N +ATOM 126 CA THR A 19 85.072 -24.839 67.910 1.00 72.61 C +ANISOU 126 CA THR A 19 12742 7262 7585 -171 -1040 -1910 C +ATOM 127 C THR A 19 84.313 -24.108 69.015 1.00 72.24 C +ANISOU 127 C THR A 19 12589 7210 7649 -336 -1074 -1592 C +ATOM 128 O THR A 19 84.893 -23.412 69.854 1.00 76.12 O +ANISOU 128 O THR A 19 13000 7782 8141 -240 -1016 -1327 O +ATOM 129 CB THR A 19 85.016 -26.349 68.137 1.00 72.05 C +ANISOU 129 CB THR A 19 12848 6732 7796 -165 -1020 -2108 C +ATOM 130 OG1 THR A 19 85.465 -26.656 69.463 1.00 67.32 O +ANISOU 130 OG1 THR A 19 12315 5856 7409 -63 -937 -1833 O +ATOM 131 CG2 THR A 19 85.897 -27.075 67.127 1.00 72.53 C +ANISOU 131 CG2 THR A 19 13003 6787 7766 44 -971 -2447 C +ATOM 132 N PHE A 20 82.989 -24.267 69.004 1.00 71.38 N +ANISOU 132 N PHE A 20 12452 7019 7650 -585 -1173 -1666 N +ATOM 133 CA PHE A 20 82.169 -23.694 70.065 1.00 65.39 C +ANISOU 133 CA PHE A 20 11587 6234 7026 -753 -1172 -1405 C +ATOM 134 C PHE A 20 82.673 -24.140 71.434 1.00 67.18 C +ANISOU 134 C PHE A 20 11924 6177 7423 -663 -1033 -1156 C +ATOM 135 O PHE A 20 82.633 -23.367 72.402 1.00 69.35 O +ANISOU 135 O PHE A 20 12122 6548 7681 -656 -1003 -885 O +ATOM 136 CB PHE A 20 80.702 -24.089 69.850 1.00 77.80 C +ANISOU 136 CB PHE A 20 13087 7694 8781 -1040 -1265 -1598 C +ATOM 137 CG PHE A 20 80.075 -23.465 68.623 1.00 98.90 C +ANISOU 137 CG PHE A 20 15628 10714 11234 -1081 -1474 -1819 C +ATOM 138 CD1 PHE A 20 80.407 -23.907 67.349 1.00114.54 C +ANISOU 138 CD1 PHE A 20 17701 12803 13017 -971 -1566 -2142 C +ATOM 139 CD2 PHE A 20 79.145 -22.445 68.746 1.00 98.97 C +ANISOU 139 CD2 PHE A 20 15439 10952 11214 -1192 -1587 -1712 C +ATOM 140 CE1 PHE A 20 79.830 -23.336 66.226 1.00117.15 C +ANISOU 140 CE1 PHE A 20 17957 13483 13071 -953 -1781 -2328 C +ATOM 141 CE2 PHE A 20 78.566 -21.873 67.625 1.00102.30 C +ANISOU 141 CE2 PHE A 20 15769 11696 11404 -1168 -1814 -1894 C +ATOM 142 CZ PHE A 20 78.910 -22.319 66.365 1.00108.73 C +ANISOU 142 CZ PHE A 20 16707 12635 11971 -1039 -1917 -2190 C +ATOM 143 N GLU A 21 83.197 -25.365 71.520 1.00 83.79 N +ANISOU 143 N GLU A 21 14228 7939 9669 -554 -959 -1251 N +ATOM 144 CA GLU A 21 83.724 -25.879 72.779 1.00 88.99 C +ANISOU 144 CA GLU A 21 15053 8316 10443 -395 -849 -997 C +ATOM 145 C GLU A 21 85.026 -25.180 73.157 1.00 81.06 C +ANISOU 145 C GLU A 21 13979 7560 9261 -85 -875 -855 C +ATOM 146 O GLU A 21 85.153 -24.639 74.261 1.00 77.36 O +ANISOU 146 O GLU A 21 13485 7158 8752 -9 -869 -597 O +ATOM 147 CB GLU A 21 83.932 -27.388 72.666 1.00 88.70 C +ANISOU 147 CB GLU A 21 15266 7809 10628 -329 -771 -1144 C +ATOM 148 CG GLU A 21 84.345 -28.071 73.954 1.00 88.61 C +ANISOU 148 CG GLU A 21 15502 7437 10729 -138 -656 -847 C +ATOM 149 CD GLU A 21 83.232 -28.106 74.980 1.00 93.13 C +ANISOU 149 CD GLU A 21 16148 7811 11425 -379 -516 -581 C +ATOM 150 OE1 GLU A 21 82.051 -28.015 74.582 1.00 99.53 O +ANISOU 150 OE1 GLU A 21 16826 8617 12376 -736 -490 -719 O +ATOM 151 OE2 GLU A 21 83.538 -28.228 76.184 1.00 85.98 O +ANISOU 151 OE2 GLU A 21 15429 6771 10469 -193 -430 -248 O +ATOM 152 N ASP A 22 86.011 -25.192 72.252 1.00 69.86 N +ANISOU 152 N ASP A 22 12509 6289 7747 97 -895 -1059 N +ATOM 153 CA ASP A 22 87.251 -24.458 72.489 1.00 58.50 C +ANISOU 153 CA ASP A 22 10919 5107 6202 350 -901 -991 C +ATOM 154 C ASP A 22 86.953 -23.024 72.903 1.00 58.43 C +ANISOU 154 C ASP A 22 10699 5409 6091 235 -932 -804 C +ATOM 155 O ASP A 22 87.445 -22.535 73.929 1.00 55.40 O +ANISOU 155 O ASP A 22 10239 5096 5715 373 -960 -642 O +ATOM 156 CB ASP A 22 88.115 -24.468 71.226 1.00 58.49 C +ANISOU 156 CB ASP A 22 10838 5283 6105 469 -854 -1259 C +ATOM 157 CG ASP A 22 88.589 -25.856 70.850 1.00 67.87 C +ANISOU 157 CG ASP A 22 12211 6167 7412 641 -824 -1488 C +ATOM 158 OD1 ASP A 22 89.019 -26.603 71.751 1.00 78.64 O +ANISOU 158 OD1 ASP A 22 13706 7243 8929 847 -839 -1393 O +ATOM 159 OD2 ASP A 22 88.530 -26.199 69.649 1.00 79.07 O +ANISOU 159 OD2 ASP A 22 13660 7631 8752 598 -791 -1769 O +ATOM 160 N HIS A 23 86.135 -22.340 72.102 1.00 50.57 N +ANISOU 160 N HIS A 23 9611 4602 5000 6 -948 -848 N +ATOM 161 CA HIS A 23 85.755 -20.963 72.381 1.00 47.96 C +ANISOU 161 CA HIS A 23 9092 4527 4603 -105 -974 -683 C +ATOM 162 C HIS A 23 85.241 -20.813 73.809 1.00 56.54 C +ANISOU 162 C HIS A 23 10187 5516 5781 -144 -995 -470 C +ATOM 163 O HIS A 23 85.765 -20.013 74.598 1.00 60.38 O +ANISOU 163 O HIS A 23 10547 6140 6256 -37 -1010 -354 O +ATOM 164 CB HIS A 23 84.697 -20.515 71.370 1.00 80.68 C +ANISOU 164 CB HIS A 23 13199 8814 8642 -316 -1027 -754 C +ATOM 165 CG HIS A 23 84.404 -19.051 71.428 1.00 75.09 C +ANISOU 165 CG HIS A 23 12310 8354 7865 -385 -1048 -595 C +ATOM 166 ND1 HIS A 23 85.228 -18.105 70.858 1.00 64.68 N +ANISOU 166 ND1 HIS A 23 10886 7248 6439 -295 -969 -557 N +ATOM 167 CD2 HIS A 23 83.397 -18.368 72.017 1.00 67.96 C +ANISOU 167 CD2 HIS A 23 11311 7490 7021 -531 -1111 -464 C +ATOM 168 CE1 HIS A 23 84.731 -16.902 71.080 1.00 71.53 C +ANISOU 168 CE1 HIS A 23 11623 8244 7311 -380 -995 -401 C +ATOM 169 NE2 HIS A 23 83.618 -17.033 71.780 1.00 68.61 N +ANISOU 169 NE2 HIS A 23 11248 7787 7033 -510 -1097 -355 N +ATOM 170 N PHE A 24 84.216 -21.591 74.165 1.00 57.16 N +ANISOU 170 N PHE A 24 10409 5353 5957 -299 -978 -441 N +ATOM 171 CA PHE A 24 83.654 -21.481 75.507 1.00 56.42 C +ANISOU 171 CA PHE A 24 10354 5172 5913 -343 -937 -223 C +ATOM 172 C PHE A 24 84.732 -21.679 76.566 1.00 69.79 C +ANISOU 172 C PHE A 24 12143 6821 7554 -37 -940 -94 C +ATOM 173 O PHE A 24 84.813 -20.913 77.536 1.00 68.68 O +ANISOU 173 O PHE A 24 11922 6834 7340 37 -968 42 O +ATOM 174 CB PHE A 24 82.529 -22.494 75.701 1.00 49.87 C +ANISOU 174 CB PHE A 24 9682 4022 5245 -557 -841 -217 C +ATOM 175 CG PHE A 24 82.010 -22.555 77.111 1.00 50.39 C +ANISOU 175 CG PHE A 24 9847 3963 5336 -584 -719 36 C +ATOM 176 CD1 PHE A 24 82.604 -23.389 78.046 1.00 52.46 C +ANISOU 176 CD1 PHE A 24 10384 3976 5570 -360 -634 213 C +ATOM 177 CD2 PHE A 24 80.935 -21.775 77.504 1.00 49.30 C +ANISOU 177 CD2 PHE A 24 9543 3965 5223 -798 -681 100 C +ATOM 178 CE1 PHE A 24 82.135 -23.445 79.343 1.00 58.29 C +ANISOU 178 CE1 PHE A 24 11267 4623 6258 -352 -492 474 C +ATOM 179 CE2 PHE A 24 80.459 -21.829 78.801 1.00 50.23 C +ANISOU 179 CE2 PHE A 24 9764 3994 5329 -814 -522 325 C +ATOM 180 CZ PHE A 24 81.061 -22.666 79.722 1.00 52.43 C +ANISOU 180 CZ PHE A 24 10354 4038 5530 -592 -417 525 C +ATOM 181 N LEU A 25 85.569 -22.705 76.401 1.00 69.32 N +ANISOU 181 N LEU A 25 12249 6561 7528 175 -937 -163 N +ATOM 182 CA LEU A 25 86.613 -22.966 77.385 1.00 65.42 C +ANISOU 182 CA LEU A 25 11846 6032 6977 530 -991 -62 C +ATOM 183 C LEU A 25 87.500 -21.744 77.572 1.00 67.15 C +ANISOU 183 C LEU A 25 11771 6620 7122 673 -1101 -121 C +ATOM 184 O LEU A 25 87.670 -21.255 78.692 1.00 69.69 O +ANISOU 184 O LEU A 25 12063 7057 7358 812 -1173 -6 O +ATOM 185 CB LEU A 25 87.452 -24.172 76.969 1.00 63.36 C +ANISOU 185 CB LEU A 25 11757 5519 6797 767 -993 -181 C +ATOM 186 CG LEU A 25 86.764 -25.536 76.999 1.00 69.12 C +ANISOU 186 CG LEU A 25 12818 5781 7663 683 -873 -121 C +ATOM 187 CD1 LEU A 25 87.695 -26.575 76.403 1.00 59.95 C +ANISOU 187 CD1 LEU A 25 11776 4397 6606 936 -891 -305 C +ATOM 188 CD2 LEU A 25 86.358 -25.930 78.415 1.00 70.01 C +ANISOU 188 CD2 LEU A 25 13202 5672 7727 771 -799 211 C +ATOM 189 N SER A 26 88.084 -21.238 76.484 1.00 64.46 N +ANISOU 189 N SER A 26 11212 6461 6818 641 -1096 -315 N +ATOM 190 CA SER A 26 88.938 -20.058 76.595 1.00 53.64 C +ANISOU 190 CA SER A 26 9531 5391 5459 728 -1145 -390 C +ATOM 191 C SER A 26 88.225 -18.934 77.332 1.00 59.26 C +ANISOU 191 C SER A 26 10126 6255 6134 577 -1177 -263 C +ATOM 192 O SER A 26 88.797 -18.301 78.226 1.00 63.98 O +ANISOU 192 O SER A 26 10573 7002 6735 733 -1272 -280 O +ATOM 193 CB SER A 26 89.377 -19.590 75.209 1.00 47.53 C +ANISOU 193 CB SER A 26 8578 4761 4719 627 -1040 -555 C +ATOM 194 OG SER A 26 90.110 -20.597 74.541 1.00 64.25 O +ANISOU 194 OG SER A 26 10779 6766 6866 792 -996 -718 O +ATOM 195 N LEU A 27 86.973 -18.666 76.959 1.00 61.56 N +ANISOU 195 N LEU A 27 10461 6523 6407 290 -1115 -178 N +ATOM 196 CA LEU A 27 86.179 -17.658 77.658 1.00 55.08 C +ANISOU 196 CA LEU A 27 9532 5823 5572 155 -1133 -72 C +ATOM 197 C LEU A 27 86.196 -17.890 79.170 1.00 55.82 C +ANISOU 197 C LEU A 27 9742 5889 5581 330 -1186 40 C +ATOM 198 O LEU A 27 86.538 -16.991 79.954 1.00 63.78 O +ANISOU 198 O LEU A 27 10586 7082 6567 429 -1266 11 O +ATOM 199 CB LEU A 27 84.753 -17.686 77.103 1.00 64.07 C +ANISOU 199 CB LEU A 27 10726 6896 6721 -135 -1076 -18 C +ATOM 200 CG LEU A 27 83.734 -16.630 77.527 1.00 66.71 C +ANISOU 200 CG LEU A 27 10918 7353 7077 -305 -1080 59 C +ATOM 201 CD1 LEU A 27 82.781 -16.351 76.377 1.00 79.94 C +ANISOU 201 CD1 LEU A 27 12530 9059 8784 -524 -1086 16 C +ATOM 202 CD2 LEU A 27 82.963 -17.108 78.730 1.00 64.11 C +ANISOU 202 CD2 LEU A 27 10727 6913 6720 -330 -1023 184 C +ATOM 203 N GLN A 28 85.844 -19.107 79.593 1.00 55.54 N +ANISOU 203 N GLN A 28 10006 5609 5488 384 -1132 162 N +ATOM 204 CA GLN A 28 85.801 -19.426 81.017 1.00 66.83 C +ANISOU 204 CA GLN A 28 11631 6996 6765 581 -1144 327 C +ATOM 205 C GLN A 28 87.163 -19.214 81.669 1.00 79.20 C +ANISOU 205 C GLN A 28 13118 8731 8244 966 -1334 233 C +ATOM 206 O GLN A 28 87.269 -18.595 82.734 1.00 75.46 O +ANISOU 206 O GLN A 28 12596 8444 7630 1113 -1428 247 O +ATOM 207 CB GLN A 28 85.334 -20.871 81.202 1.00 66.62 C +ANISOU 207 CB GLN A 28 11977 6604 6729 586 -1006 498 C +ATOM 208 CG GLN A 28 84.783 -21.189 82.578 1.00 74.93 C +ANISOU 208 CG GLN A 28 13300 7568 7602 676 -900 757 C +ATOM 209 CD GLN A 28 84.436 -22.657 82.734 1.00 86.69 C +ANISOU 209 CD GLN A 28 15187 8622 9131 686 -715 956 C +ATOM 210 OE1 GLN A 28 85.045 -23.520 82.100 1.00 84.84 O +ANISOU 210 OE1 GLN A 28 15059 8167 9008 799 -752 885 O +ATOM 211 NE2 GLN A 28 83.450 -22.948 83.575 1.00101.76 N +ANISOU 211 NE2 GLN A 28 17313 10380 10972 562 -481 1198 N +ATOM 212 N ARG A 29 88.220 -19.732 81.040 1.00 79.09 N +ANISOU 212 N ARG A 29 13065 8668 8317 1147 -1403 94 N +ATOM 213 CA ARG A 29 89.578 -19.530 81.531 1.00 75.62 C +ANISOU 213 CA ARG A 29 12463 8408 7863 1516 -1606 -70 C +ATOM 214 C ARG A 29 89.893 -18.052 81.695 1.00 72.70 C +ANISOU 214 C ARG A 29 11699 8353 7571 1445 -1690 -253 C +ATOM 215 O ARG A 29 90.657 -17.671 82.590 1.00 79.57 O +ANISOU 215 O ARG A 29 12433 9414 8388 1724 -1889 -384 O +ATOM 216 CB ARG A 29 90.572 -20.181 80.565 1.00 68.39 C +ANISOU 216 CB ARG A 29 11475 7406 7102 1647 -1613 -244 C +ATOM 217 CG ARG A 29 92.022 -20.117 81.005 1.00 69.76 C +ANISOU 217 CG ARG A 29 11433 7751 7321 2050 -1828 -461 C +ATOM 218 CD ARG A 29 92.843 -21.267 80.431 1.00 73.72 C +ANISOU 218 CD ARG A 29 12024 8068 7917 2299 -1838 -557 C +ATOM 219 NE ARG A 29 93.069 -21.150 78.988 1.00 88.41 N +ANISOU 219 NE ARG A 29 13689 9931 9970 2068 -1656 -735 N +ATOM 220 CZ ARG A 29 92.451 -21.871 78.053 1.00103.66 C +ANISOU 220 CZ ARG A 29 15840 11633 11912 1872 -1483 -680 C +ATOM 221 NH1 ARG A 29 91.544 -22.783 78.378 1.00112.10 N +ANISOU 221 NH1 ARG A 29 17302 12402 12890 1831 -1444 -460 N +ATOM 222 NH2 ARG A 29 92.748 -21.681 76.773 1.00102.37 N +ANISOU 222 NH2 ARG A 29 15501 11538 11855 1716 -1331 -864 N +ATOM 223 N MET A 30 89.306 -17.206 80.849 1.00 58.06 N +ANISOU 223 N MET A 30 9664 6544 5851 1092 -1555 -278 N +ATOM 224 CA MET A 30 89.590 -15.779 80.894 1.00 45.38 C +ANISOU 224 CA MET A 30 7697 5160 4385 997 -1590 -440 C +ATOM 225 C MET A 30 88.853 -15.093 82.036 1.00 60.84 C +ANISOU 225 C MET A 30 9669 7226 6222 978 -1652 -380 C +ATOM 226 O MET A 30 89.400 -14.176 82.659 1.00 72.82 O +ANISOU 226 O MET A 30 10930 8932 7807 1077 -1780 -573 O +ATOM 227 CB MET A 30 89.210 -15.133 79.560 1.00 53.33 C +ANISOU 227 CB MET A 30 8568 6147 5549 672 -1411 -439 C +ATOM 228 CG MET A 30 89.305 -13.610 79.537 1.00 60.05 C +ANISOU 228 CG MET A 30 9096 7139 6583 528 -1388 -543 C +ATOM 229 SD MET A 30 90.976 -12.997 79.818 1.00 52.54 S +ANISOU 229 SD MET A 30 7741 6340 5883 722 -1475 -870 S +ATOM 230 CE MET A 30 91.802 -13.577 78.338 1.00 44.93 C +ANISOU 230 CE MET A 30 6737 5307 5029 696 -1280 -921 C +ATOM 231 N PHE A 31 87.620 -15.513 82.332 1.00 60.72 N +ANISOU 231 N PHE A 31 9925 7095 6052 847 -1548 -151 N +ATOM 232 CA PHE A 31 86.791 -14.772 83.280 1.00 50.47 C +ANISOU 232 CA PHE A 31 8613 5911 4651 786 -1545 -107 C +ATOM 233 C PHE A 31 86.399 -15.563 84.524 1.00 71.62 C +ANISOU 233 C PHE A 31 11631 8559 7023 989 -1541 73 C +ATOM 234 O PHE A 31 85.576 -15.075 85.308 1.00 72.91 O +ANISOU 234 O PHE A 31 11825 8813 7065 928 -1479 130 O +ATOM 235 CB PHE A 31 85.531 -14.262 82.578 1.00 57.72 C +ANISOU 235 CB PHE A 31 9478 6766 5688 422 -1382 -17 C +ATOM 236 CG PHE A 31 85.815 -13.406 81.377 1.00 64.90 C +ANISOU 236 CG PHE A 31 10121 7701 6836 251 -1363 -130 C +ATOM 237 CD1 PHE A 31 86.194 -12.080 81.526 1.00 69.38 C +ANISOU 237 CD1 PHE A 31 10394 8402 7565 235 -1413 -288 C +ATOM 238 CD2 PHE A 31 85.708 -13.927 80.099 1.00 70.47 C +ANISOU 238 CD2 PHE A 31 10893 8285 7598 115 -1277 -80 C +ATOM 239 CE1 PHE A 31 86.459 -11.293 80.421 1.00 70.83 C +ANISOU 239 CE1 PHE A 31 10382 8564 7966 80 -1338 -334 C +ATOM 240 CE2 PHE A 31 85.970 -13.145 78.991 1.00 72.27 C +ANISOU 240 CE2 PHE A 31 10935 8547 7975 -10 -1226 -139 C +ATOM 241 CZ PHE A 31 86.346 -11.826 79.152 1.00 71.29 C +ANISOU 241 CZ PHE A 31 10546 8524 8015 -30 -1236 -236 C +ATOM 242 N ASN A 32 86.999 -16.718 84.755 1.00 77.63 N +ANISOU 242 N ASN A 32 12650 9197 7647 1254 -1591 166 N +ATOM 243 CA ASN A 32 86.692 -17.452 85.968 1.00 75.06 C +ANISOU 243 CA ASN A 32 12702 8824 6992 1490 -1562 389 C +ATOM 244 C ASN A 32 87.157 -16.573 87.125 1.00 77.17 C +ANISOU 244 C ASN A 32 12844 9424 7053 1762 -1774 222 C +ATOM 245 O ASN A 32 88.296 -16.103 87.098 1.00 79.83 O +ANISOU 245 O ASN A 32 12907 9944 7483 1968 -2027 -60 O +ATOM 246 CB ASN A 32 87.464 -18.772 85.976 1.00 82.74 C +ANISOU 246 CB ASN A 32 13966 9591 7879 1803 -1625 501 C +ATOM 247 CG ASN A 32 87.152 -19.636 87.183 1.00 98.20 C +ANISOU 247 CG ASN A 32 16401 11437 9473 2076 -1554 811 C +ATOM 248 OD1 ASN A 32 86.104 -19.498 87.808 1.00 85.14 O +ANISOU 248 OD1 ASN A 32 14908 9777 7664 1922 -1344 997 O +ATOM 249 ND2 ASN A 32 88.073 -20.541 87.512 1.00137.44 N +ANISOU 249 ND2 ASN A 32 21609 16311 14301 2505 -1711 878 N +ATOM 250 N ASN A 33 86.259 -16.286 88.076 1.00 74.86 N +ANISOU 250 N ASN A 33 12702 9222 6520 1738 -1658 345 N +ATOM 251 CA ASN A 33 86.582 -15.519 89.278 1.00 84.35 C +ANISOU 251 CA ASN A 33 13839 10755 7455 2022 -1853 169 C +ATOM 252 C ASN A 33 87.192 -14.163 88.933 1.00 75.75 C +ANISOU 252 C ASN A 33 12231 9884 6666 1940 -2058 -246 C +ATOM 253 O ASN A 33 88.083 -13.670 89.628 1.00 65.05 O +ANISOU 253 O ASN A 33 10712 8786 5219 2247 -2346 -534 O +ATOM 254 CB ASN A 33 87.519 -16.307 90.197 1.00 84.65 C +ANISOU 254 CB ASN A 33 14167 10879 7117 2565 -2084 220 C +ATOM 255 CG ASN A 33 86.876 -17.561 90.750 1.00 89.45 C +ANISOU 255 CG ASN A 33 15266 11237 7484 2627 -1792 652 C +ATOM 256 OD1 ASN A 33 87.407 -18.661 90.601 1.00105.11 O +ANISOU 256 OD1 ASN A 33 17463 13001 9472 2818 -1801 804 O +ATOM 257 ND2 ASN A 33 85.727 -17.402 91.396 1.00 77.98 N +ANISOU 257 ND2 ASN A 33 13982 9800 5846 2464 -1510 838 N +ATOM 258 N CYS A 34 86.715 -13.548 87.854 1.00 69.59 N +ANISOU 258 N CYS A 34 11191 8989 6260 1534 -1910 -288 N +ATOM 259 CA CYS A 34 87.137 -12.200 87.504 1.00 69.80 C +ANISOU 259 CA CYS A 34 10764 9147 6608 1408 -2020 -621 C +ATOM 260 C CYS A 34 86.177 -11.183 88.106 1.00 71.28 C +ANISOU 260 C CYS A 34 10862 9449 6774 1269 -1942 -688 C +ATOM 261 O CYS A 34 84.956 -11.355 88.055 1.00 72.36 O +ANISOU 261 O CYS A 34 11160 9486 6848 1062 -1710 -460 O +ATOM 262 CB CYS A 34 87.207 -12.011 85.988 1.00 67.54 C +ANISOU 262 CB CYS A 34 10280 8675 6707 1094 -1897 -608 C +ATOM 263 SG CYS A 34 87.921 -10.416 85.515 1.00 77.89 S +ANISOU 263 SG CYS A 34 11070 10071 8454 956 -1972 -969 S +ATOM 264 N GLU A 35 86.741 -10.126 88.685 1.00 65.41 N +ANISOU 264 N GLU A 35 9828 8911 6114 1389 -2137 -1045 N +ATOM 265 CA GLU A 35 85.967 -9.037 89.268 1.00 61.04 C +ANISOU 265 CA GLU A 35 9141 8467 5586 1290 -2090 -1193 C +ATOM 266 C GLU A 35 86.065 -7.746 88.474 1.00 61.42 C +ANISOU 266 C GLU A 35 8778 8418 6141 1022 -2073 -1414 C +ATOM 267 O GLU A 35 85.066 -7.040 88.328 1.00 74.08 O +ANISOU 267 O GLU A 35 10315 9954 7878 808 -1922 -1374 O +ATOM 268 CB GLU A 35 86.425 -8.778 90.708 1.00 68.37 C +ANISOU 268 CB GLU A 35 10090 9705 6182 1664 -2328 -1471 C +ATOM 269 CG GLU A 35 85.850 -9.751 91.724 1.00 80.47 C +ANISOU 269 CG GLU A 35 12099 11344 7134 1908 -2243 -1192 C +ATOM 270 CD GLU A 35 86.384 -9.513 93.121 1.00 90.02 C +ANISOU 270 CD GLU A 35 13336 12880 7989 2315 -2474 -1451 C +ATOM 271 OE1 GLU A 35 87.533 -9.044 93.241 1.00 91.97 O +ANISOU 271 OE1 GLU A 35 13246 13226 8472 2460 -2733 -1802 O +ATOM 272 OE2 GLU A 35 85.653 -9.788 94.097 1.00 93.18 O +ANISOU 272 OE2 GLU A 35 14027 13388 7987 2433 -2306 -1275 O +ATOM 273 N VAL A 36 87.247 -7.422 87.958 1.00 63.70 N +ANISOU 273 N VAL A 36 8787 8681 6734 1037 -2203 -1640 N +ATOM 274 CA VAL A 36 87.458 -6.244 87.127 1.00 69.57 C +ANISOU 274 CA VAL A 36 9173 9273 7988 776 -2128 -1802 C +ATOM 275 C VAL A 36 88.044 -6.699 85.801 1.00 68.25 C +ANISOU 275 C VAL A 36 8974 8927 8030 636 -2013 -1641 C +ATOM 276 O VAL A 36 88.960 -7.529 85.770 1.00 81.07 O +ANISOU 276 O VAL A 36 10629 10610 9564 817 -2117 -1679 O +ATOM 277 CB VAL A 36 88.390 -5.222 87.813 1.00 63.87 C +ANISOU 277 CB VAL A 36 8071 8677 7518 893 -2339 -2306 C +ATOM 278 CG1 VAL A 36 88.581 -3.991 86.932 1.00 48.95 C +ANISOU 278 CG1 VAL A 36 5838 6549 6211 592 -2190 -2431 C +ATOM 279 CG2 VAL A 36 87.838 -4.834 89.177 1.00 51.41 C +ANISOU 279 CG2 VAL A 36 6554 7323 5658 1081 -2471 -2507 C +ATOM 280 N VAL A 37 87.516 -6.158 84.709 1.00 53.55 N +ANISOU 280 N VAL A 37 7063 6859 6423 348 -1802 -1468 N +ATOM 281 CA VAL A 37 87.981 -6.478 83.366 1.00 45.22 C +ANISOU 281 CA VAL A 37 6003 5650 5527 209 -1652 -1310 C +ATOM 282 C VAL A 37 88.745 -5.267 82.854 1.00 59.19 C +ANISOU 282 C VAL A 37 7415 7302 7773 64 -1561 -1515 C +ATOM 283 O VAL A 37 88.155 -4.211 82.588 1.00 72.16 O +ANISOU 283 O VAL A 37 8973 8802 9641 -109 -1448 -1478 O +ATOM 284 CB VAL A 37 86.824 -6.843 82.426 1.00 46.91 C +ANISOU 284 CB VAL A 37 6470 5732 5621 25 -1483 -945 C +ATOM 285 CG1 VAL A 37 87.357 -7.574 81.201 1.00 69.63 C +ANISOU 285 CG1 VAL A 37 9434 8523 8499 -27 -1371 -802 C +ATOM 286 CG2 VAL A 37 85.785 -7.688 83.151 1.00 49.88 C +ANISOU 286 CG2 VAL A 37 7130 6183 5640 96 -1522 -790 C +ATOM 287 N LEU A 38 90.062 -5.420 82.713 1.00 51.46 N +ANISOU 287 N LEU A 38 6215 6360 6980 137 -1591 -1735 N +ATOM 288 CA LEU A 38 90.896 -4.312 82.262 1.00 62.73 C +ANISOU 288 CA LEU A 38 7263 7647 8923 -29 -1450 -1958 C +ATOM 289 C LEU A 38 90.570 -3.919 80.829 1.00 75.98 C +ANISOU 289 C LEU A 38 9032 9083 10753 -286 -1116 -1630 C +ATOM 290 O LEU A 38 90.690 -2.744 80.466 1.00 71.59 O +ANISOU 290 O LEU A 38 8281 8325 10596 -472 -933 -1673 O +ATOM 291 CB LEU A 38 92.372 -4.691 82.384 1.00 72.96 C +ANISOU 291 CB LEU A 38 8268 9054 10398 109 -1537 -2283 C +ATOM 292 CG LEU A 38 92.770 -5.353 83.709 1.00 75.03 C +ANISOU 292 CG LEU A 38 8515 9601 10391 463 -1920 -2563 C +ATOM 293 CD1 LEU A 38 94.190 -5.880 83.643 1.00 82.89 C +ANISOU 293 CD1 LEU A 38 9233 10708 11552 636 -2021 -2852 C +ATOM 294 CD2 LEU A 38 92.593 -4.369 84.856 1.00 60.18 C +ANISOU 294 CD2 LEU A 38 6435 7810 8619 514 -2118 -2907 C +ATOM 295 N GLY A 39 90.159 -4.881 80.006 1.00 81.00 N +ANISOU 295 N GLY A 39 9981 9725 11071 -284 -1034 -1307 N +ATOM 296 CA GLY A 39 89.830 -4.614 78.621 1.00 76.96 C +ANISOU 296 CA GLY A 39 9608 9041 10593 -468 -756 -996 C +ATOM 297 C GLY A 39 88.350 -4.738 78.331 1.00 69.88 C +ANISOU 297 C GLY A 39 9024 8117 9408 -506 -789 -687 C +ATOM 298 O GLY A 39 87.523 -4.116 79.004 1.00 78.39 O +ANISOU 298 O GLY A 39 10084 9178 10522 -515 -888 -708 O +ATOM 299 N ASN A 40 88.004 -5.547 77.335 1.00 64.64 N +ANISOU 299 N ASN A 40 8622 7464 8475 -518 -714 -444 N +ATOM 300 CA ASN A 40 86.634 -5.678 76.863 1.00 59.40 C +ANISOU 300 CA ASN A 40 8210 6785 7577 -562 -752 -190 C +ATOM 301 C ASN A 40 86.075 -7.041 77.247 1.00 61.11 C +ANISOU 301 C ASN A 40 8631 7121 7469 -478 -913 -173 C +ATOM 302 O ASN A 40 86.773 -8.056 77.163 1.00 74.56 O +ANISOU 302 O ASN A 40 10400 8875 9056 -394 -920 -233 O +ATOM 303 CB ASN A 40 86.566 -5.496 75.346 1.00 53.19 C +ANISOU 303 CB ASN A 40 7574 5915 6720 -634 -557 53 C +ATOM 304 CG ASN A 40 87.434 -4.355 74.859 1.00 56.11 C +ANISOU 304 CG ASN A 40 7775 6126 7419 -721 -297 68 C +ATOM 305 OD1 ASN A 40 87.404 -3.256 75.414 1.00 54.53 O +ANISOU 305 OD1 ASN A 40 7389 5795 7533 -775 -278 -6 O +ATOM 306 ND2 ASN A 40 88.226 -4.613 73.823 1.00 57.64 N +ANISOU 306 ND2 ASN A 40 8027 6309 7565 -742 -61 148 N +ATOM 307 N LEU A 41 84.812 -7.057 77.669 1.00 44.77 N +ANISOU 307 N LEU A 41 6650 5070 5290 -504 -1017 -98 N +ATOM 308 CA LEU A 41 84.115 -8.291 78.028 1.00 42.31 C +ANISOU 308 CA LEU A 41 6532 4818 4727 -475 -1108 -59 C +ATOM 309 C LEU A 41 83.321 -8.750 76.810 1.00 47.89 C +ANISOU 309 C LEU A 41 7406 5493 5295 -562 -1088 96 C +ATOM 310 O LEU A 41 82.265 -8.195 76.500 1.00 39.43 O +ANISOU 310 O LEU A 41 6322 4415 4245 -630 -1123 179 O +ATOM 311 CB LEU A 41 83.207 -8.071 79.233 1.00 44.73 C +ANISOU 311 CB LEU A 41 6804 5174 5017 -466 -1186 -101 C +ATOM 312 CG LEU A 41 82.197 -9.187 79.517 1.00 45.86 C +ANISOU 312 CG LEU A 41 7137 5327 4961 -502 -1200 -17 C +ATOM 313 CD1 LEU A 41 82.918 -10.500 79.769 1.00 54.00 C +ANISOU 313 CD1 LEU A 41 8348 6341 5827 -396 -1203 -20 C +ATOM 314 CD2 LEU A 41 81.302 -8.825 80.691 1.00 54.01 C +ANISOU 314 CD2 LEU A 41 8112 6422 5986 -503 -1205 -57 C +ATOM 315 N GLU A 42 83.824 -9.773 76.128 1.00 54.71 N +ANISOU 315 N GLU A 42 8416 6352 6020 -534 -1056 99 N +ATOM 316 CA GLU A 42 83.201 -10.287 74.914 1.00 42.04 C +ANISOU 316 CA GLU A 42 6972 4746 4257 -591 -1063 177 C +ATOM 317 C GLU A 42 82.645 -11.679 75.185 1.00 58.42 C +ANISOU 317 C GLU A 42 9200 6784 6214 -614 -1129 128 C +ATOM 318 O GLU A 42 83.400 -12.614 75.470 1.00 73.15 O +ANISOU 318 O GLU A 42 11155 8602 8039 -533 -1103 66 O +ATOM 319 CB GLU A 42 84.199 -10.315 73.760 1.00 38.71 C +ANISOU 319 CB GLU A 42 6604 4334 3769 -547 -934 190 C +ATOM 320 CG GLU A 42 84.862 -8.971 73.511 1.00 41.85 C +ANISOU 320 CG GLU A 42 6855 4709 4339 -553 -789 256 C +ATOM 321 CD GLU A 42 85.819 -9.002 72.343 1.00 53.20 C +ANISOU 321 CD GLU A 42 8354 6157 5701 -525 -584 292 C +ATOM 322 OE1 GLU A 42 86.573 -9.987 72.212 1.00 44.96 O +ANISOU 322 OE1 GLU A 42 7351 5146 4587 -463 -544 170 O +ATOM 323 OE2 GLU A 42 85.813 -8.039 71.548 1.00 53.33 O +ANISOU 323 OE2 GLU A 42 8395 6142 5727 -550 -440 455 O +ATOM 324 N ILE A 43 81.327 -11.800 75.097 1.00 55.95 N +ANISOU 324 N ILE A 43 8901 6472 5887 -721 -1206 146 N +ATOM 325 CA ILE A 43 80.603 -13.052 75.274 1.00 54.55 C +ANISOU 325 CA ILE A 43 8838 6213 5675 -803 -1229 89 C +ATOM 326 C ILE A 43 79.977 -13.392 73.928 1.00 59.20 C +ANISOU 326 C ILE A 43 9485 6834 6177 -866 -1318 24 C +ATOM 327 O ILE A 43 78.989 -12.767 73.515 1.00 61.69 O +ANISOU 327 O ILE A 43 9696 7231 6511 -917 -1422 25 O +ATOM 328 CB ILE A 43 79.542 -12.938 76.376 1.00 52.18 C +ANISOU 328 CB ILE A 43 8450 5898 5478 -897 -1219 105 C +ATOM 329 CG1 ILE A 43 80.194 -12.539 77.703 1.00 48.37 C +ANISOU 329 CG1 ILE A 43 7935 5435 5009 -787 -1158 142 C +ATOM 330 CG2 ILE A 43 78.777 -14.247 76.527 1.00 53.35 C +ANISOU 330 CG2 ILE A 43 8708 5911 5652 -1026 -1176 56 C +ATOM 331 CD1 ILE A 43 79.213 -12.032 78.738 1.00 48.32 C +ANISOU 331 CD1 ILE A 43 7813 5472 5073 -847 -1123 151 C +ATOM 332 N THR A 44 80.554 -14.376 73.238 1.00 58.86 N +ANISOU 332 N THR A 44 9599 6737 6027 -830 -1299 -62 N +ATOM 333 CA THR A 44 80.094 -14.746 71.910 1.00 66.17 C +ANISOU 333 CA THR A 44 10599 7725 6818 -852 -1401 -179 C +ATOM 334 C THR A 44 80.021 -16.261 71.765 1.00 69.46 C +ANISOU 334 C THR A 44 11153 7984 7256 -912 -1399 -358 C +ATOM 335 O THR A 44 80.799 -17.004 72.367 1.00 83.14 O +ANISOU 335 O THR A 44 12987 9561 9040 -860 -1288 -350 O +ATOM 336 CB THR A 44 81.001 -14.168 70.807 1.00 65.49 C +ANISOU 336 CB THR A 44 10586 7770 6529 -712 -1354 -128 C +ATOM 337 OG1 THR A 44 82.328 -14.660 70.967 1.00 50.77 O +ANISOU 337 OG1 THR A 44 8789 5838 4662 -622 -1202 -150 O +ATOM 338 CG2 THR A 44 81.023 -12.648 70.838 1.00 47.94 C +ANISOU 338 CG2 THR A 44 8249 5636 4329 -668 -1327 62 C +ATOM 339 N TYR A 45 79.053 -16.704 70.964 1.00 60.11 N +ANISOU 339 N TYR A 45 9961 6827 6050 -1005 -1542 -541 N +ATOM 340 CA TYR A 45 78.940 -18.090 70.519 1.00 62.06 C +ANISOU 340 CA TYR A 45 10329 6916 6334 -1071 -1560 -781 C +ATOM 341 C TYR A 45 78.693 -19.073 71.660 1.00 64.52 C +ANISOU 341 C TYR A 45 10676 6923 6914 -1209 -1426 -774 C +ATOM 342 O TYR A 45 78.895 -20.280 71.490 1.00 58.59 O +ANISOU 342 O TYR A 45 10071 5948 6243 -1238 -1377 -926 O +ATOM 343 CB TYR A 45 80.187 -18.518 69.740 1.00 57.12 C +ANISOU 343 CB TYR A 45 9885 6308 5510 -899 -1495 -846 C +ATOM 344 CG TYR A 45 80.434 -17.715 68.486 1.00 51.07 C +ANISOU 344 CG TYR A 45 9149 5824 4432 -762 -1565 -846 C +ATOM 345 CD1 TYR A 45 79.542 -17.758 67.424 1.00 69.29 C +ANISOU 345 CD1 TYR A 45 11461 8291 6574 -770 -1777 -1040 C +ATOM 346 CD2 TYR A 45 81.569 -16.926 68.356 1.00 56.17 C +ANISOU 346 CD2 TYR A 45 9822 6576 4945 -613 -1408 -658 C +ATOM 347 CE1 TYR A 45 79.767 -17.032 66.274 1.00 74.84 C +ANISOU 347 CE1 TYR A 45 12258 9261 6918 -598 -1829 -995 C +ATOM 348 CE2 TYR A 45 81.802 -16.195 67.208 1.00 71.66 C +ANISOU 348 CE2 TYR A 45 11856 8764 6608 -491 -1401 -605 C +ATOM 349 CZ TYR A 45 80.898 -16.251 66.170 1.00 74.40 C +ANISOU 349 CZ TYR A 45 12271 9275 6724 -465 -1610 -748 C +ATOM 350 OH TYR A 45 81.126 -15.524 65.024 1.00 65.65 O +ANISOU 350 OH TYR A 45 11297 8400 5246 -297 -1592 -651 O +ATOM 351 N VAL A 46 78.257 -18.604 72.828 1.00 64.86 N +ANISOU 351 N VAL A 46 10617 6934 7093 -1282 -1341 -596 N +ATOM 352 CA VAL A 46 77.932 -19.528 73.907 1.00 60.57 C +ANISOU 352 CA VAL A 46 10152 6101 6760 -1406 -1166 -545 C +ATOM 353 C VAL A 46 76.621 -20.228 73.579 1.00 73.23 C +ANISOU 353 C VAL A 46 11647 7572 8606 -1671 -1190 -775 C +ATOM 354 O VAL A 46 75.617 -19.581 73.253 1.00 81.60 O +ANISOU 354 O VAL A 46 12463 8814 9727 -1777 -1322 -882 O +ATOM 355 CB VAL A 46 77.860 -18.795 75.253 1.00 55.83 C +ANISOU 355 CB VAL A 46 9491 5547 6175 -1383 -1048 -301 C +ATOM 356 CG1 VAL A 46 77.444 -19.765 76.355 1.00 64.25 C +ANISOU 356 CG1 VAL A 46 10690 6318 7404 -1500 -821 -205 C +ATOM 357 CG2 VAL A 46 79.207 -18.168 75.583 1.00 67.72 C +ANISOU 357 CG2 VAL A 46 11063 7172 7495 -1127 -1052 -152 C +ATOM 358 N GLN A 47 76.623 -21.554 73.670 1.00 78.60 N +ANISOU 358 N GLN A 47 12486 7914 9464 -1772 -1065 -874 N +ATOM 359 CA GLN A 47 75.506 -22.361 73.207 1.00 87.93 C +ANISOU 359 CA GLN A 47 13548 8922 10940 -2045 -1085 -1177 C +ATOM 360 C GLN A 47 74.541 -22.682 74.348 1.00 92.12 C +ANISOU 360 C GLN A 47 13994 9217 11791 -2302 -821 -1073 C +ATOM 361 O GLN A 47 74.809 -22.427 75.524 1.00 98.44 O +ANISOU 361 O GLN A 47 14903 9969 12529 -2236 -612 -749 O +ATOM 362 CB GLN A 47 76.022 -23.647 72.562 1.00 97.13 C +ANISOU 362 CB GLN A 47 14925 9802 12179 -2034 -1075 -1393 C +ATOM 363 CG GLN A 47 76.799 -23.414 71.276 1.00101.33 C +ANISOU 363 CG GLN A 47 15513 10591 12397 -1811 -1308 -1573 C +ATOM 364 CD GLN A 47 75.946 -22.799 70.185 1.00109.11 C +ANISOU 364 CD GLN A 47 16261 11911 13285 -1859 -1598 -1852 C +ATOM 365 OE1 GLN A 47 76.266 -21.733 69.660 1.00111.44 O +ANISOU 365 OE1 GLN A 47 16522 12564 13257 -1669 -1745 -1754 O +ATOM 366 NE2 GLN A 47 74.856 -23.471 69.837 1.00118.14 N +ANISOU 366 NE2 GLN A 47 17238 12927 14721 -2102 -1683 -2206 N +ATOM 367 N ARG A 48 73.398 -23.254 73.974 1.00 87.71 N +ANISOU 367 N ARG A 48 13227 8522 11578 -2595 -825 -1382 N +ATOM 368 CA ARG A 48 72.339 -23.543 74.932 1.00 88.43 C +ANISOU 368 CA ARG A 48 13172 8396 12032 -2893 -530 -1333 C +ATOM 369 C ARG A 48 72.844 -24.439 76.057 1.00 94.09 C +ANISOU 369 C ARG A 48 14249 8685 12817 -2902 -133 -1005 C +ATOM 370 O ARG A 48 73.615 -25.376 75.833 1.00 94.63 O +ANISOU 370 O ARG A 48 14612 8460 12881 -2811 -94 -1002 O +ATOM 371 CB ARG A 48 71.160 -24.214 74.224 1.00 90.76 C +ANISOU 371 CB ARG A 48 13166 8555 12763 -3224 -594 -1798 C +ATOM 372 CG ARG A 48 70.392 -23.304 73.278 1.00 88.54 C +ANISOU 372 CG ARG A 48 12488 8715 12437 -3206 -994 -2123 C +ATOM 373 CD ARG A 48 69.423 -22.400 74.023 1.00 99.06 C +ANISOU 373 CD ARG A 48 13490 10239 13909 -3312 -904 -2033 C +ATOM 374 NE ARG A 48 68.329 -23.143 74.641 1.00111.61 N +ANISOU 374 NE ARG A 48 14849 11520 16039 -3710 -577 -2183 N +ATOM 375 CZ ARG A 48 67.292 -22.576 75.251 1.00115.37 C +ANISOU 375 CZ ARG A 48 14965 12118 16754 -3872 -443 -2205 C +ATOM 376 NH1 ARG A 48 67.200 -21.254 75.326 1.00103.91 N +ANISOU 376 NH1 ARG A 48 13357 11078 15048 -3649 -643 -2094 N +ATOM 377 NH2 ARG A 48 66.341 -23.330 75.785 1.00121.18 N +ANISOU 377 NH2 ARG A 48 15486 12541 18016 -4263 -81 -2351 N +ATOM 378 N ASN A 49 72.403 -24.134 77.277 1.00 98.47 N +ANISOU 378 N ASN A 49 14795 9212 13408 -2978 163 -724 N +ATOM 379 CA ASN A 49 72.604 -24.933 78.483 1.00103.73 C +ANISOU 379 CA ASN A 49 15804 9482 14124 -2999 592 -373 C +ATOM 380 C ASN A 49 74.034 -24.886 79.013 1.00 99.70 C +ANISOU 380 C ASN A 49 15699 8993 13191 -2588 557 -31 C +ATOM 381 O ASN A 49 74.297 -25.466 80.074 1.00100.04 O +ANISOU 381 O ASN A 49 16079 8756 13177 -2512 869 306 O +ATOM 382 CB ASN A 49 72.205 -26.402 78.278 1.00100.88 C +ANISOU 382 CB ASN A 49 15560 8560 14210 -3282 838 -516 C +ATOM 383 CG ASN A 49 70.716 -26.578 78.078 1.00100.62 C +ANISOU 383 CG ASN A 49 15108 8434 14688 -3735 980 -840 C +ATOM 384 OD1 ASN A 49 69.914 -25.762 78.535 1.00101.38 O +ANISOU 384 OD1 ASN A 49 14904 8797 14818 -3846 1054 -823 O +ATOM 385 ND2 ASN A 49 70.337 -27.647 77.383 1.00108.11 N +ANISOU 385 ND2 ASN A 49 15969 9049 16058 -3952 987 -1165 N +ATOM 386 N TYR A 50 74.965 -24.226 78.327 1.00 88.95 N +ANISOU 386 N TYR A 50 14314 7950 11533 -2310 202 -106 N +ATOM 387 CA TYR A 50 76.293 -24.024 78.892 1.00 76.61 C +ANISOU 387 CA TYR A 50 13033 6467 9608 -1923 151 166 C +ATOM 388 C TYR A 50 76.200 -23.103 80.103 1.00 83.27 C +ANISOU 388 C TYR A 50 13858 7551 10230 -1817 256 432 C +ATOM 389 O TYR A 50 75.628 -22.012 80.024 1.00 95.00 O +ANISOU 389 O TYR A 50 15032 9364 11698 -1897 155 340 O +ATOM 390 CB TYR A 50 77.234 -23.431 77.847 1.00 70.36 C +ANISOU 390 CB TYR A 50 12150 5975 8608 -1701 -200 -8 C +ATOM 391 CG TYR A 50 77.834 -24.443 76.898 1.00 70.46 C +ANISOU 391 CG TYR A 50 12316 5752 8702 -1646 -281 -205 C +ATOM 392 CD1 TYR A 50 77.040 -25.130 75.991 1.00 69.41 C +ANISOU 392 CD1 TYR A 50 12077 5438 8857 -1916 -301 -526 C +ATOM 393 CD2 TYR A 50 79.199 -24.699 76.899 1.00 60.38 C +ANISOU 393 CD2 TYR A 50 11258 4451 7231 -1311 -353 -122 C +ATOM 394 CE1 TYR A 50 77.587 -26.052 75.119 1.00 72.70 C +ANISOU 394 CE1 TYR A 50 12636 5644 9344 -1853 -377 -755 C +ATOM 395 CE2 TYR A 50 79.755 -25.617 76.030 1.00 71.27 C +ANISOU 395 CE2 TYR A 50 12766 5621 8692 -1240 -412 -331 C +ATOM 396 CZ TYR A 50 78.943 -26.290 75.143 1.00 79.29 C +ANISOU 396 CZ TYR A 50 13706 6449 9972 -1512 -418 -646 C +ATOM 397 OH TYR A 50 79.492 -27.205 74.275 1.00 85.05 O +ANISOU 397 OH TYR A 50 14565 6972 10777 -1430 -478 -900 O +ATOM 398 N ASP A 51 76.763 -23.543 81.226 1.00 86.39 N +ANISOU 398 N ASP A 51 14600 7785 10440 -1605 445 750 N +ATOM 399 CA ASP A 51 76.669 -22.776 82.461 1.00 88.45 C +ANISOU 399 CA ASP A 51 14888 8272 10446 -1479 559 980 C +ATOM 400 C ASP A 51 77.600 -21.570 82.401 1.00 82.09 C +ANISOU 400 C ASP A 51 13938 7897 9357 -1187 229 918 C +ATOM 401 O ASP A 51 78.811 -21.719 82.207 1.00 86.95 O +ANISOU 401 O ASP A 51 14688 8531 9817 -899 38 924 O +ATOM 402 CB ASP A 51 77.014 -23.659 83.658 1.00 86.52 C +ANISOU 402 CB ASP A 51 15109 7738 10025 -1287 842 1345 C +ATOM 403 CG ASP A 51 76.805 -22.953 84.980 1.00 91.06 C +ANISOU 403 CG ASP A 51 15748 8558 10292 -1154 994 1566 C +ATOM 404 OD1 ASP A 51 75.907 -22.088 85.057 1.00 94.74 O +ANISOU 404 OD1 ASP A 51 15890 9267 10841 -1367 1049 1444 O +ATOM 405 OD2 ASP A 51 77.538 -23.261 85.944 1.00 95.75 O +ANISOU 405 OD2 ASP A 51 16718 9118 10545 -805 1042 1841 O +ATOM 406 N LEU A 52 77.031 -20.374 82.566 1.00 75.23 N +ANISOU 406 N LEU A 52 12769 7349 8466 -1267 176 838 N +ATOM 407 CA LEU A 52 77.787 -19.127 82.590 1.00 67.32 C +ANISOU 407 CA LEU A 52 11601 6712 7266 -1039 -87 768 C +ATOM 408 C LEU A 52 77.782 -18.488 83.975 1.00 73.42 C +ANISOU 408 C LEU A 52 12427 7675 7794 -873 8 908 C +ATOM 409 O LEU A 52 77.884 -17.266 84.103 1.00 87.67 O +ANISOU 409 O LEU A 52 13995 9774 9540 -802 -142 796 O +ATOM 410 CB LEU A 52 77.231 -18.144 81.560 1.00 57.48 C +ANISOU 410 CB LEU A 52 9974 5673 6192 -1214 -267 539 C +ATOM 411 CG LEU A 52 77.503 -18.431 80.084 1.00 66.68 C +ANISOU 411 CG LEU A 52 11074 6788 7473 -1274 -455 361 C +ATOM 412 CD1 LEU A 52 76.660 -17.490 79.235 1.00 71.93 C +ANISOU 412 CD1 LEU A 52 11406 7654 8269 -1432 -600 185 C +ATOM 413 CD2 LEU A 52 78.981 -18.271 79.765 1.00 61.12 C +ANISOU 413 CD2 LEU A 52 10461 6166 6596 -995 -628 359 C +ATOM 414 N SER A 53 77.661 -19.305 85.023 1.00 74.37 N +ANISOU 414 N SER A 53 12879 7618 7760 -797 271 1151 N +ATOM 415 CA SER A 53 77.597 -18.768 86.378 1.00 74.37 C +ANISOU 415 CA SER A 53 12976 7825 7456 -614 383 1279 C +ATOM 416 C SER A 53 78.838 -17.955 86.726 1.00 77.91 C +ANISOU 416 C SER A 53 13392 8573 7636 -239 55 1187 C +ATOM 417 O SER A 53 78.757 -17.009 87.520 1.00 74.53 O +ANISOU 417 O SER A 53 12858 8428 7032 -126 25 1123 O +ATOM 418 CB SER A 53 77.412 -19.907 87.381 1.00 81.60 C +ANISOU 418 CB SER A 53 14347 8474 8185 -536 732 1612 C +ATOM 419 OG SER A 53 78.401 -20.907 87.208 1.00 92.15 O +ANISOU 419 OG SER A 53 16008 9563 9443 -303 635 1741 O +ATOM 420 N PHE A 54 79.989 -18.292 86.140 1.00 77.39 N +ANISOU 420 N PHE A 54 13382 8452 7569 -48 -188 1134 N +ATOM 421 CA PHE A 54 81.227 -17.612 86.503 1.00 73.45 C +ANISOU 421 CA PHE A 54 12816 8220 6873 303 -488 1008 C +ATOM 422 C PHE A 54 81.186 -16.122 86.189 1.00 77.08 C +ANISOU 422 C PHE A 54 12856 8964 7466 209 -653 748 C +ATOM 423 O PHE A 54 82.009 -15.368 86.718 1.00 82.79 O +ANISOU 423 O PHE A 54 13472 9926 8061 455 -858 602 O +ATOM 424 CB PHE A 54 82.417 -18.261 85.793 1.00 63.22 C +ANISOU 424 CB PHE A 54 11586 6801 5632 487 -684 959 C +ATOM 425 CG PHE A 54 82.305 -18.275 84.297 1.00 66.74 C +ANISOU 425 CG PHE A 54 11819 7138 6399 218 -717 813 C +ATOM 426 CD1 PHE A 54 82.762 -17.206 83.543 1.00 75.62 C +ANISOU 426 CD1 PHE A 54 12600 8474 7658 175 -900 588 C +ATOM 427 CD2 PHE A 54 81.754 -19.364 83.642 1.00 63.39 C +ANISOU 427 CD2 PHE A 54 11556 6392 6138 18 -555 893 C +ATOM 428 CE1 PHE A 54 82.661 -17.223 82.167 1.00 78.43 C +ANISOU 428 CE1 PHE A 54 12815 8756 8226 -29 -918 482 C +ATOM 429 CE2 PHE A 54 81.653 -19.384 82.267 1.00 71.00 C +ANISOU 429 CE2 PHE A 54 12343 7300 7334 -190 -616 723 C +ATOM 430 CZ PHE A 54 82.106 -18.318 81.532 1.00 80.58 C +ANISOU 430 CZ PHE A 54 13254 8761 8601 -196 -797 536 C +ATOM 431 N LEU A 55 80.251 -15.678 85.346 1.00 65.99 N +ANISOU 431 N LEU A 55 11211 7528 6335 -124 -579 673 N +ATOM 432 CA LEU A 55 80.136 -14.255 85.051 1.00 65.56 C +ANISOU 432 CA LEU A 55 10798 7687 6423 -195 -711 471 C +ATOM 433 C LEU A 55 79.584 -13.459 86.225 1.00 62.45 C +ANISOU 433 C LEU A 55 10340 7491 5897 -139 -635 430 C +ATOM 434 O LEU A 55 79.731 -12.232 86.244 1.00 66.78 O +ANISOU 434 O LEU A 55 10622 8211 6539 -113 -769 239 O +ATOM 435 CB LEU A 55 79.244 -14.040 83.826 1.00 61.18 C +ANISOU 435 CB LEU A 55 10038 7049 6157 -505 -684 419 C +ATOM 436 CG LEU A 55 79.770 -14.529 82.474 1.00 62.16 C +ANISOU 436 CG LEU A 55 10170 7047 6401 -559 -790 386 C +ATOM 437 CD1 LEU A 55 78.750 -14.241 81.382 1.00 67.71 C +ANISOU 437 CD1 LEU A 55 10684 7728 7316 -817 -797 317 C +ATOM 438 CD2 LEU A 55 81.106 -13.886 82.133 1.00 68.49 C +ANISOU 438 CD2 LEU A 55 10866 7963 7196 -372 -976 277 C +ATOM 439 N LYS A 56 78.960 -14.120 87.202 1.00 54.29 N +ANISOU 439 N LYS A 56 9554 6420 4653 -118 -394 603 N +ATOM 440 CA LYS A 56 78.330 -13.399 88.302 1.00 49.03 C +ANISOU 440 CA LYS A 56 8836 5961 3831 -70 -271 553 C +ATOM 441 C LYS A 56 79.318 -12.549 89.091 1.00 70.12 C +ANISOU 441 C LYS A 56 11459 8902 6282 258 -516 362 C +ATOM 442 O LYS A 56 78.908 -11.563 89.714 1.00 81.61 O +ANISOU 442 O LYS A 56 12742 10557 7707 283 -504 192 O +ATOM 443 CB LYS A 56 77.641 -14.379 89.252 1.00 69.16 C +ANISOU 443 CB LYS A 56 11729 8415 6133 -71 86 816 C +ATOM 444 CG LYS A 56 76.486 -15.155 88.643 1.00 66.87 C +ANISOU 444 CG LYS A 56 11425 7853 6131 -445 384 944 C +ATOM 445 CD LYS A 56 75.823 -16.026 89.697 1.00 74.63 C +ANISOU 445 CD LYS A 56 12744 8720 6892 -461 816 1216 C +ATOM 446 CE LYS A 56 74.654 -16.816 89.138 1.00 81.05 C +ANISOU 446 CE LYS A 56 13490 9232 8072 -874 1147 1294 C +ATOM 447 NZ LYS A 56 73.924 -17.533 90.220 1.00 81.53 N +ANISOU 447 NZ LYS A 56 13845 9169 7962 -932 1658 1564 N +ATOM 448 N THR A 57 80.603 -12.903 89.085 1.00 64.94 N +ANISOU 448 N THR A 57 10918 8259 5499 518 -748 341 N +ATOM 449 CA THR A 57 81.586 -12.205 89.905 1.00 76.12 C +ANISOU 449 CA THR A 57 12266 9942 6713 852 -1011 107 C +ATOM 450 C THR A 57 82.094 -10.916 89.272 1.00 75.79 C +ANISOU 450 C THR A 57 11791 9982 7024 772 -1234 -221 C +ATOM 451 O THR A 57 82.789 -10.150 89.949 1.00 84.54 O +ANISOU 451 O THR A 57 12755 11305 8060 992 -1444 -499 O +ATOM 452 CB THR A 57 82.779 -13.121 90.193 1.00 80.89 C +ANISOU 452 CB THR A 57 13130 10538 7066 1198 -1194 182 C +ATOM 453 OG1 THR A 57 83.381 -13.532 88.959 1.00 96.88 O +ANISOU 453 OG1 THR A 57 15057 12362 9390 1087 -1281 188 O +ATOM 454 CG2 THR A 57 82.338 -14.350 90.976 1.00 78.69 C +ANISOU 454 CG2 THR A 57 13347 10149 6403 1337 -956 543 C +ATOM 455 N ILE A 58 81.773 -10.653 88.010 1.00 62.29 N +ANISOU 455 N ILE A 58 9880 8099 5688 476 -1190 -203 N +ATOM 456 CA ILE A 58 82.281 -9.469 87.327 1.00 64.49 C +ANISOU 456 CA ILE A 58 9800 8394 6309 397 -1343 -444 C +ATOM 457 C ILE A 58 81.516 -8.247 87.817 1.00 70.63 C +ANISOU 457 C ILE A 58 10364 9274 7196 329 -1305 -618 C +ATOM 458 O ILE A 58 80.281 -8.217 87.784 1.00 67.35 O +ANISOU 458 O ILE A 58 9959 8820 6812 159 -1120 -507 O +ATOM 459 CB ILE A 58 82.167 -9.632 85.803 1.00 51.87 C +ANISOU 459 CB ILE A 58 8129 6588 4993 152 -1293 -324 C +ATOM 460 CG1 ILE A 58 83.096 -10.759 85.339 1.00 54.99 C +ANISOU 460 CG1 ILE A 58 8700 6891 5301 256 -1345 -228 C +ATOM 461 CG2 ILE A 58 82.502 -8.319 85.091 1.00 42.53 C +ANISOU 461 CG2 ILE A 58 6620 5383 4157 52 -1369 -501 C +ATOM 462 CD1 ILE A 58 83.043 -11.054 83.852 1.00 68.72 C +ANISOU 462 CD1 ILE A 58 10412 8457 7241 53 -1291 -133 C +ATOM 463 N GLN A 59 82.254 -7.232 88.268 1.00 74.06 N +ANISOU 463 N GLN A 59 10574 9832 7734 462 -1483 -931 N +ATOM 464 CA GLN A 59 81.667 -6.027 88.838 1.00 70.22 C +ANISOU 464 CA GLN A 59 9881 9433 7368 443 -1471 -1162 C +ATOM 465 C GLN A 59 81.847 -4.786 87.978 1.00 61.69 C +ANISOU 465 C GLN A 59 8470 8193 6778 279 -1520 -1320 C +ATOM 466 O GLN A 59 81.015 -3.880 88.053 1.00 60.77 O +ANISOU 466 O GLN A 59 8202 8040 6846 192 -1451 -1406 O +ATOM 467 CB GLN A 59 82.264 -5.757 90.225 1.00 72.07 C +ANISOU 467 CB GLN A 59 10126 9935 7323 750 -1633 -1461 C +ATOM 468 CG GLN A 59 81.722 -6.672 91.309 1.00 85.24 C +ANISOU 468 CG GLN A 59 12153 11780 8454 934 -1510 -1290 C +ATOM 469 CD GLN A 59 82.638 -6.767 92.513 1.00 95.15 C +ANISOU 469 CD GLN A 59 13518 13320 9313 1330 -1743 -1522 C +ATOM 470 OE1 GLN A 59 83.418 -7.711 92.638 1.00105.69 O +ANISOU 470 OE1 GLN A 59 15073 14689 10396 1541 -1863 -1398 O +ATOM 471 NE2 GLN A 59 82.542 -5.793 93.410 1.00 99.92 N +ANISOU 471 NE2 GLN A 59 13972 14139 9853 1463 -1831 -1885 N +ATOM 472 N GLU A 60 82.902 -4.713 87.169 1.00 49.67 N +ANISOU 472 N GLU A 60 6837 6555 5480 245 -1608 -1350 N +ATOM 473 CA GLU A 60 83.114 -3.556 86.313 1.00 44.56 C +ANISOU 473 CA GLU A 60 5922 5709 5298 83 -1590 -1440 C +ATOM 474 C GLU A 60 83.944 -3.957 85.104 1.00 46.57 C +ANISOU 474 C GLU A 60 6182 5819 5695 -10 -1558 -1287 C +ATOM 475 O GLU A 60 84.813 -4.829 85.187 1.00 51.95 O +ANISOU 475 O GLU A 60 6945 6582 6210 107 -1633 -1296 O +ATOM 476 CB GLU A 60 83.798 -2.414 87.076 1.00 67.54 C +ANISOU 476 CB GLU A 60 8550 8664 8448 176 -1719 -1870 C +ATOM 477 CG GLU A 60 85.069 -2.811 87.793 1.00 75.94 C +ANISOU 477 CG GLU A 60 9561 9917 9374 393 -1922 -2140 C +ATOM 478 CD GLU A 60 85.658 -1.674 88.604 1.00 78.61 C +ANISOU 478 CD GLU A 60 9584 10320 9966 482 -2082 -2647 C +ATOM 479 OE1 GLU A 60 86.409 -0.857 88.031 1.00 75.10 O +ANISOU 479 OE1 GLU A 60 8842 9677 10014 344 -2069 -2833 O +ATOM 480 OE2 GLU A 60 85.361 -1.594 89.815 1.00 71.78 O +ANISOU 480 OE2 GLU A 60 8767 9695 8809 686 -2200 -2872 O +ATOM 481 N VAL A 61 83.661 -3.306 83.978 1.00 49.82 N +ANISOU 481 N VAL A 61 6517 6018 6395 -193 -1442 -1144 N +ATOM 482 CA VAL A 61 84.357 -3.541 82.717 1.00 49.50 C +ANISOU 482 CA VAL A 61 6494 5839 6475 -291 -1355 -984 C +ATOM 483 C VAL A 61 84.883 -2.200 82.228 1.00 58.04 C +ANISOU 483 C VAL A 61 7330 6712 8009 -396 -1266 -1092 C +ATOM 484 O VAL A 61 84.098 -1.283 81.961 1.00 62.31 O +ANISOU 484 O VAL A 61 7834 7102 8738 -472 -1202 -1016 O +ATOM 485 CB VAL A 61 83.437 -4.179 81.662 1.00 47.88 C +ANISOU 485 CB VAL A 61 6512 5572 6107 -394 -1268 -643 C +ATOM 486 CG1 VAL A 61 84.214 -4.505 80.394 1.00 52.93 C +ANISOU 486 CG1 VAL A 61 7206 6116 6790 -456 -1171 -501 C +ATOM 487 CG2 VAL A 61 82.775 -5.430 82.218 1.00 37.49 C +ANISOU 487 CG2 VAL A 61 5416 4397 4433 -336 -1309 -553 C +ATOM 488 N ALA A 62 86.207 -2.085 82.112 1.00 62.26 N +ANISOU 488 N ALA A 62 7687 7217 8753 -397 -1245 -1272 N +ATOM 489 CA ALA A 62 86.810 -0.813 81.731 1.00 62.79 C +ANISOU 489 CA ALA A 62 7495 7043 9320 -529 -1106 -1402 C +ATOM 490 C ALA A 62 86.641 -0.515 80.247 1.00 60.94 C +ANISOU 490 C ALA A 62 7388 6572 9197 -681 -856 -1036 C +ATOM 491 O ALA A 62 86.543 0.656 79.865 1.00 57.72 O +ANISOU 491 O ALA A 62 6887 5896 9150 -788 -704 -993 O +ATOM 492 CB ALA A 62 88.294 -0.804 82.100 1.00 63.53 C +ANISOU 492 CB ALA A 62 7298 7188 9652 -498 -1147 -1760 C +ATOM 493 N GLY A 63 86.606 -1.544 79.403 1.00 62.17 N +ANISOU 493 N GLY A 63 7776 6810 9037 -672 -807 -773 N +ATOM 494 CA GLY A 63 86.425 -1.350 77.977 1.00 70.12 C +ANISOU 494 CA GLY A 63 8952 7652 10038 -766 -591 -429 C +ATOM 495 C GLY A 63 84.967 -1.405 77.572 1.00 66.46 C +ANISOU 495 C GLY A 63 8727 7197 9328 -737 -669 -159 C +ATOM 496 O GLY A 63 84.130 -0.722 78.170 1.00 72.64 O +ANISOU 496 O GLY A 63 9447 7933 10221 -715 -763 -212 O +ATOM 497 N TYR A 64 84.647 -2.205 76.559 1.00 61.37 N +ANISOU 497 N TYR A 64 8328 6622 8367 -725 -645 88 N +ATOM 498 CA TYR A 64 83.273 -2.388 76.115 1.00 60.19 C +ANISOU 498 CA TYR A 64 8366 6520 7985 -685 -763 288 C +ATOM 499 C TYR A 64 82.806 -3.808 76.408 1.00 60.44 C +ANISOU 499 C TYR A 64 8517 6764 7685 -655 -918 240 C +ATOM 500 O TYR A 64 83.595 -4.702 76.724 1.00 65.20 O +ANISOU 500 O TYR A 64 9129 7455 8189 -638 -916 125 O +ATOM 501 CB TYR A 64 83.127 -2.072 74.619 1.00 52.49 C +ANISOU 501 CB TYR A 64 7592 5445 6906 -676 -636 597 C +ATOM 502 CG TYR A 64 83.982 -2.908 73.689 1.00 49.33 C +ANISOU 502 CG TYR A 64 7339 5120 6284 -685 -497 673 C +ATOM 503 CD1 TYR A 64 83.612 -4.203 73.343 1.00 51.61 C +ANISOU 503 CD1 TYR A 64 7795 5598 6217 -647 -627 668 C +ATOM 504 CD2 TYR A 64 85.145 -2.391 73.134 1.00 58.04 C +ANISOU 504 CD2 TYR A 64 8403 6085 7566 -742 -205 730 C +ATOM 505 CE1 TYR A 64 84.387 -4.963 72.485 1.00 41.92 C +ANISOU 505 CE1 TYR A 64 6701 4437 4791 -636 -497 699 C +ATOM 506 CE2 TYR A 64 85.924 -3.144 72.275 1.00 64.42 C +ANISOU 506 CE2 TYR A 64 9331 6979 8168 -739 -44 778 C +ATOM 507 CZ TYR A 64 85.541 -4.428 71.955 1.00 57.53 C +ANISOU 507 CZ TYR A 64 8634 6310 6915 -671 -204 755 C +ATOM 508 OH TYR A 64 86.317 -5.178 71.100 1.00 44.99 O +ANISOU 508 OH TYR A 64 7163 4805 5127 -650 -42 764 O +ATOM 509 N VAL A 65 81.494 -3.997 76.306 1.00 61.69 N +ANISOU 509 N VAL A 65 8751 6980 7707 -643 -1046 319 N +ATOM 510 CA VAL A 65 80.843 -5.279 76.556 1.00 53.01 C +ANISOU 510 CA VAL A 65 7753 6025 6365 -656 -1155 279 C +ATOM 511 C VAL A 65 80.126 -5.674 75.273 1.00 42.98 C +ANISOU 511 C VAL A 65 6639 4786 4904 -657 -1217 427 C +ATOM 512 O VAL A 65 79.164 -5.012 74.865 1.00 38.53 O +ANISOU 512 O VAL A 65 6048 4211 4381 -623 -1305 508 O +ATOM 513 CB VAL A 65 79.866 -5.203 77.738 1.00 58.54 C +ANISOU 513 CB VAL A 65 8339 6785 7118 -662 -1233 162 C +ATOM 514 CG1 VAL A 65 78.997 -6.456 77.812 1.00 68.64 C +ANISOU 514 CG1 VAL A 65 9719 8156 8204 -718 -1286 161 C +ATOM 515 CG2 VAL A 65 80.625 -5.008 79.043 1.00 66.38 C +ANISOU 515 CG2 VAL A 65 9221 7805 8195 -617 -1206 -22 C +ATOM 516 N LEU A 66 80.583 -6.752 74.641 1.00 53.37 N +ANISOU 516 N LEU A 66 8113 6153 6012 -666 -1198 433 N +ATOM 517 CA LEU A 66 80.016 -7.241 73.388 1.00 43.93 C +ANISOU 517 CA LEU A 66 7077 5022 4593 -648 -1280 507 C +ATOM 518 C LEU A 66 79.384 -8.606 73.631 1.00 38.25 C +ANISOU 518 C LEU A 66 6404 4361 3767 -720 -1379 371 C +ATOM 519 O LEU A 66 80.094 -9.601 73.789 1.00 56.14 O +ANISOU 519 O LEU A 66 8763 6607 5960 -735 -1314 302 O +ATOM 520 CB LEU A 66 81.088 -7.327 72.305 1.00 53.65 C +ANISOU 520 CB LEU A 66 8463 6248 5673 -597 -1138 597 C +ATOM 521 CG LEU A 66 80.725 -8.175 71.081 1.00 41.13 C +ANISOU 521 CG LEU A 66 7080 4772 3776 -556 -1226 596 C +ATOM 522 CD1 LEU A 66 79.483 -7.625 70.398 1.00 67.59 C +ANISOU 522 CD1 LEU A 66 10459 8194 7028 -482 -1421 679 C +ATOM 523 CD2 LEU A 66 81.889 -8.243 70.119 1.00 49.04 C +ANISOU 523 CD2 LEU A 66 8234 5786 4614 -496 -1024 671 C +ATOM 524 N ILE A 67 78.059 -8.655 73.632 1.00 52.34 N +ANISOU 524 N ILE A 67 8112 6196 5581 -761 -1525 323 N +ATOM 525 CA ILE A 67 77.298 -9.885 73.828 1.00 58.48 C +ANISOU 525 CA ILE A 67 8895 6987 6339 -874 -1586 177 C +ATOM 526 C ILE A 67 76.665 -10.220 72.484 1.00 49.96 C +ANISOU 526 C ILE A 67 7879 5999 5105 -848 -1763 116 C +ATOM 527 O ILE A 67 75.650 -9.623 72.109 1.00 49.04 O +ANISOU 527 O ILE A 67 7642 5967 5025 -805 -1933 100 O +ATOM 528 CB ILE A 67 76.234 -9.723 74.919 1.00 55.47 C +ANISOU 528 CB ILE A 67 8316 6605 6154 -964 -1587 107 C +ATOM 529 CG1 ILE A 67 76.883 -9.342 76.252 1.00 44.97 C +ANISOU 529 CG1 ILE A 67 6951 5230 4907 -943 -1435 141 C +ATOM 530 CG2 ILE A 67 75.410 -10.999 75.064 1.00 40.33 C +ANISOU 530 CG2 ILE A 67 6389 4657 4276 -1124 -1588 -37 C +ATOM 531 CD1 ILE A 67 75.929 -8.669 77.211 1.00 38.00 C +ANISOU 531 CD1 ILE A 67 5863 4383 4193 -970 -1418 89 C +ATOM 532 N ALA A 68 77.240 -11.176 71.752 1.00 54.23 N +ANISOU 532 N ALA A 68 8601 6539 5465 -845 -1751 51 N +ATOM 533 CA ALA A 68 76.792 -11.407 70.385 1.00 58.17 C +ANISOU 533 CA ALA A 68 9189 7165 5747 -772 -1936 -33 C +ATOM 534 C ALA A 68 76.821 -12.881 70.013 1.00 70.83 C +ANISOU 534 C ALA A 68 10896 8731 7284 -860 -1962 -261 C +ATOM 535 O ALA A 68 77.722 -13.617 70.414 1.00 77.51 O +ANISOU 535 O ALA A 68 11852 9450 8150 -896 -1791 -268 O +ATOM 536 CB ALA A 68 77.650 -10.618 69.389 1.00 47.38 C +ANISOU 536 CB ALA A 68 8001 5873 4129 -589 -1878 158 C +ATOM 537 N LEU A 69 75.826 -13.295 69.225 1.00 71.01 N +ANISOU 537 N LEU A 69 10872 8861 7250 -874 -2198 -476 N +ATOM 538 CA LEU A 69 75.793 -14.626 68.618 1.00 63.47 C +ANISOU 538 CA LEU A 69 10013 7872 6232 -942 -2261 -754 C +ATOM 539 C LEU A 69 75.722 -15.733 69.656 1.00 71.81 C +ANISOU 539 C LEU A 69 11024 8670 7591 -1165 -2098 -859 C +ATOM 540 O LEU A 69 76.276 -16.817 69.461 1.00 75.05 O +ANISOU 540 O LEU A 69 11591 8942 7983 -1199 -2019 -988 O +ATOM 541 CB LEU A 69 77.000 -14.840 67.704 1.00 50.48 C +ANISOU 541 CB LEU A 69 8639 6283 4260 -783 -2174 -716 C +ATOM 542 CG LEU A 69 77.069 -13.887 66.517 1.00 61.39 C +ANISOU 542 CG LEU A 69 10142 7910 5272 -549 -2291 -593 C +ATOM 543 CD1 LEU A 69 78.280 -14.216 65.694 1.00 70.77 C +ANISOU 543 CD1 LEU A 69 11590 9145 6154 -422 -2123 -574 C +ATOM 544 CD2 LEU A 69 75.814 -13.958 65.654 1.00 60.02 C +ANISOU 544 CD2 LEU A 69 9897 7939 4968 -481 -2657 -832 C +ATOM 545 N ASN A 70 75.021 -15.482 70.753 1.00 74.70 N +ANISOU 545 N ASN A 70 11197 8956 8232 -1303 -2027 -801 N +ATOM 546 CA ASN A 70 74.812 -16.483 71.786 1.00 81.51 C +ANISOU 546 CA ASN A 70 12044 9563 9363 -1510 -1830 -849 C +ATOM 547 C ASN A 70 73.421 -17.079 71.643 1.00 83.13 C +ANISOU 547 C ASN A 70 12022 9728 9836 -1728 -1933 -1143 C +ATOM 548 O ASN A 70 72.438 -16.347 71.490 1.00 83.73 O +ANISOU 548 O ASN A 70 11839 9979 9993 -1733 -2102 -1222 O +ATOM 549 CB ASN A 70 74.979 -15.873 73.176 1.00 78.86 C +ANISOU 549 CB ASN A 70 11661 9174 9129 -1518 -1629 -601 C +ATOM 550 CG ASN A 70 76.357 -15.292 73.395 1.00 65.23 C +ANISOU 550 CG ASN A 70 10094 7481 7209 -1321 -1543 -380 C +ATOM 551 OD1 ASN A 70 77.346 -16.021 73.465 1.00 61.24 O +ANISOU 551 OD1 ASN A 70 9783 6854 6630 -1263 -1441 -354 O +ATOM 552 ND2 ASN A 70 76.430 -13.973 73.516 1.00 66.82 N +ANISOU 552 ND2 ASN A 70 10188 7829 7371 -1216 -1582 -244 N +ATOM 553 N THR A 71 73.344 -18.408 71.682 1.00 79.35 N +ANISOU 553 N THR A 71 11618 8998 9533 -1903 -1830 -1326 N +ATOM 554 CA THR A 71 72.069 -19.102 71.775 1.00 68.93 C +ANISOU 554 CA THR A 71 10051 7554 8587 -2181 -1835 -1619 C +ATOM 555 C THR A 71 71.717 -19.471 73.209 1.00 72.74 C +ANISOU 555 C THR A 71 10496 7773 9368 -2395 -1472 -1455 C +ATOM 556 O THR A 71 70.588 -19.903 73.460 1.00 68.39 O +ANISOU 556 O THR A 71 9690 7110 9184 -2662 -1392 -1662 O +ATOM 557 CB THR A 71 72.083 -20.371 70.912 1.00 68.98 C +ANISOU 557 CB THR A 71 10143 7391 8674 -2278 -1917 -1967 C +ATOM 558 OG1 THR A 71 72.944 -21.350 71.504 1.00 86.03 O +ANISOU 558 OG1 THR A 71 12597 9197 10892 -2318 -1628 -1824 O +ATOM 559 CG2 THR A 71 72.569 -20.060 69.500 1.00 67.61 C +ANISOU 559 CG2 THR A 71 10078 7504 8106 -2022 -2238 -2112 C +ATOM 560 N VAL A 72 72.649 -19.300 74.150 1.00 54.49 N +ANISOU 560 N VAL A 72 8426 5376 6902 -2276 -1246 -1103 N +ATOM 561 CA VAL A 72 72.363 -19.604 75.544 1.00 69.35 C +ANISOU 561 CA VAL A 72 10338 7047 8965 -2420 -895 -908 C +ATOM 562 C VAL A 72 71.208 -18.730 76.020 1.00 66.32 C +ANISOU 562 C VAL A 72 9600 6846 8751 -2529 -875 -947 C +ATOM 563 O VAL A 72 71.001 -17.612 75.534 1.00 69.62 O +ANISOU 563 O VAL A 72 9827 7565 9061 -2388 -1131 -993 O +ATOM 564 CB VAL A 72 73.614 -19.400 76.416 1.00 74.88 C +ANISOU 564 CB VAL A 72 11344 7716 9390 -2188 -749 -559 C +ATOM 565 CG1 VAL A 72 74.009 -17.927 76.478 1.00 75.20 C +ANISOU 565 CG1 VAL A 72 11285 8088 9201 -1969 -906 -434 C +ATOM 566 CG2 VAL A 72 73.399 -19.963 77.813 1.00 77.45 C +ANISOU 566 CG2 VAL A 72 11807 7798 9822 -2292 -377 -344 C +ATOM 567 N GLU A 73 70.451 -19.243 76.989 1.00 72.31 N +ANISOU 567 N GLU A 73 10283 7405 9788 -2770 -540 -916 N +ATOM 568 CA GLU A 73 69.220 -18.576 77.399 1.00 77.69 C +ANISOU 568 CA GLU A 73 10570 8241 10707 -2912 -481 -1027 C +ATOM 569 C GLU A 73 69.481 -17.452 78.394 1.00 67.44 C +ANISOU 569 C GLU A 73 9292 7138 9192 -2724 -383 -762 C +ATOM 570 O GLU A 73 68.812 -16.414 78.344 1.00 58.66 O +ANISOU 570 O GLU A 73 7866 6276 8146 -2676 -520 -862 O +ATOM 571 CB GLU A 73 68.251 -19.592 78.005 1.00 84.85 C +ANISOU 571 CB GLU A 73 11354 8847 12040 -3282 -95 -1128 C +ATOM 572 CG GLU A 73 66.855 -19.039 78.239 1.00 84.89 C +ANISOU 572 CG GLU A 73 10856 9013 12385 -3469 -37 -1350 C +ATOM 573 CD GLU A 73 65.972 -19.990 79.019 1.00 98.51 C +ANISOU 573 CD GLU A 73 12466 10418 14544 -3857 465 -1396 C +ATOM 574 OE1 GLU A 73 66.121 -21.218 78.851 1.00107.15 O +ANISOU 574 OE1 GLU A 73 13748 11139 15825 -4053 635 -1433 O +ATOM 575 OE2 GLU A 73 65.131 -19.505 79.805 1.00101.27 O +ANISOU 575 OE2 GLU A 73 12541 10871 15067 -3968 722 -1396 O +ATOM 576 N ARG A 74 70.436 -17.636 79.303 1.00 70.94 N +ANISOU 576 N ARG A 74 10094 7476 9385 -2591 -170 -454 N +ATOM 577 CA ARG A 74 70.658 -16.700 80.397 1.00 60.74 C +ANISOU 577 CA ARG A 74 8829 6354 7896 -2425 -50 -253 C +ATOM 578 C ARG A 74 72.133 -16.342 80.478 1.00 58.22 C +ANISOU 578 C ARG A 74 8808 6100 7210 -2116 -196 -62 C +ATOM 579 O ARG A 74 72.987 -17.229 80.579 1.00 62.36 O +ANISOU 579 O ARG A 74 9656 6432 7605 -2049 -126 68 O +ATOM 580 CB ARG A 74 70.180 -17.296 81.726 1.00 56.28 C +ANISOU 580 CB ARG A 74 8372 5621 7392 -2573 421 -93 C +ATOM 581 CG ARG A 74 70.319 -16.369 82.923 1.00 67.21 C +ANISOU 581 CG ARG A 74 9786 7213 8539 -2391 557 65 C +ATOM 582 CD ARG A 74 69.849 -17.054 84.195 1.00 79.01 C +ANISOU 582 CD ARG A 74 11450 8548 10022 -2518 1064 252 C +ATOM 583 NE ARG A 74 70.027 -16.215 85.377 1.00 70.81 N +ANISOU 583 NE ARG A 74 10480 7739 8684 -2306 1190 377 N +ATOM 584 CZ ARG A 74 69.163 -15.289 85.781 1.00 72.86 C +ANISOU 584 CZ ARG A 74 10407 8225 9052 -2345 1270 231 C +ATOM 585 NH1 ARG A 74 68.048 -15.064 85.097 1.00 68.20 N +ANISOU 585 NH1 ARG A 74 9371 7669 8874 -2574 1221 -34 N +ATOM 586 NH2 ARG A 74 69.415 -14.581 86.874 1.00 83.20 N +ANISOU 586 NH2 ARG A 74 11817 9740 10057 -2128 1379 315 N +ATOM 587 N ILE A 75 72.424 -15.045 80.431 1.00 61.83 N +ANISOU 587 N ILE A 75 9135 6809 7547 -1927 -393 -65 N +ATOM 588 CA ILE A 75 73.777 -14.526 80.620 1.00 63.45 C +ANISOU 588 CA ILE A 75 9536 7095 7477 -1656 -508 68 C +ATOM 589 C ILE A 75 73.773 -13.739 81.926 1.00 64.98 C +ANISOU 589 C ILE A 75 9702 7424 7563 -1543 -374 144 C +ATOM 590 O ILE A 75 73.402 -12.556 81.934 1.00 62.61 O +ANISOU 590 O ILE A 75 9158 7297 7335 -1494 -476 53 O +ATOM 591 CB ILE A 75 74.218 -13.664 79.428 1.00 56.91 C +ANISOU 591 CB ILE A 75 8595 6404 6624 -1540 -817 -12 C +ATOM 592 CG1 ILE A 75 74.415 -14.550 78.194 1.00 55.28 C +ANISOU 592 CG1 ILE A 75 8489 6091 6425 -1600 -938 -94 C +ATOM 593 CG2 ILE A 75 75.507 -12.906 79.751 1.00 68.71 C +ANISOU 593 CG2 ILE A 75 10191 7984 7932 -1303 -885 85 C +ATOM 594 CD1 ILE A 75 74.700 -13.786 76.915 1.00 65.62 C +ANISOU 594 CD1 ILE A 75 9725 7546 7662 -1487 -1202 -154 C +ATOM 595 N PRO A 76 74.180 -14.364 83.084 1.00 55.85 N +ANISOU 595 N PRO A 76 8816 6192 6211 -1465 -147 306 N +ATOM 596 CA PRO A 76 73.945 -13.747 84.408 1.00 58.65 C +ANISOU 596 CA PRO A 76 9158 6700 6427 -1368 21 345 C +ATOM 597 C PRO A 76 75.031 -12.765 84.838 1.00 60.79 C +ANISOU 597 C PRO A 76 9449 7159 6489 -1081 -177 314 C +ATOM 598 O PRO A 76 75.825 -13.011 85.757 1.00 63.81 O +ANISOU 598 O PRO A 76 10077 7580 6590 -869 -139 409 O +ATOM 599 CB PRO A 76 73.875 -14.973 85.321 1.00 60.62 C +ANISOU 599 CB PRO A 76 9740 6769 6525 -1396 352 554 C +ATOM 600 CG PRO A 76 74.828 -15.942 84.697 1.00 61.47 C +ANISOU 600 CG PRO A 76 10108 6669 6578 -1327 236 644 C +ATOM 601 CD PRO A 76 74.778 -15.705 83.206 1.00 47.39 C +ANISOU 601 CD PRO A 76 8092 4883 5032 -1445 -30 457 C +ATOM 602 N LEU A 77 75.076 -11.613 84.168 1.00 60.99 N +ANISOU 602 N LEU A 77 9209 7296 6666 -1057 -401 167 N +ATOM 603 CA LEU A 77 75.907 -10.495 84.612 1.00 54.57 C +ANISOU 603 CA LEU A 77 8328 6635 5770 -842 -551 76 C +ATOM 604 C LEU A 77 75.160 -9.710 85.693 1.00 62.68 C +ANISOU 604 C LEU A 77 9214 7818 6785 -808 -422 -27 C +ATOM 605 O LEU A 77 74.820 -8.536 85.549 1.00 60.49 O +ANISOU 605 O LEU A 77 8676 7616 6692 -795 -516 -177 O +ATOM 606 CB LEU A 77 76.289 -9.620 83.426 1.00 39.72 C +ANISOU 606 CB LEU A 77 6264 4743 4084 -840 -783 -1 C +ATOM 607 CG LEU A 77 77.246 -10.292 82.433 1.00 50.94 C +ANISOU 607 CG LEU A 77 7835 6056 5463 -824 -891 72 C +ATOM 608 CD1 LEU A 77 77.350 -9.527 81.121 1.00 46.37 C +ANISOU 608 CD1 LEU A 77 7111 5461 5047 -854 -1045 45 C +ATOM 609 CD2 LEU A 77 78.628 -10.442 83.049 1.00 64.11 C +ANISOU 609 CD2 LEU A 77 9646 7758 6955 -616 -940 67 C +ATOM 610 N GLU A 78 74.911 -10.403 86.808 1.00 67.54 N +ANISOU 610 N GLU A 78 10034 8466 7163 -775 -177 67 N +ATOM 611 CA GLU A 78 74.042 -9.885 87.858 1.00 74.55 C +ANISOU 611 CA GLU A 78 10819 9508 7998 -766 34 -19 C +ATOM 612 C GLU A 78 74.699 -8.792 88.690 1.00 74.68 C +ANISOU 612 C GLU A 78 10786 9732 7858 -508 -105 -206 C +ATOM 613 O GLU A 78 73.988 -8.027 89.349 1.00 79.52 O +ANISOU 613 O GLU A 78 11227 10486 8500 -488 7 -364 O +ATOM 614 CB GLU A 78 73.602 -11.025 88.778 1.00 80.92 C +ANISOU 614 CB GLU A 78 11916 10273 8559 -806 401 183 C +ATOM 615 CG GLU A 78 72.811 -12.119 88.082 1.00 85.58 C +ANISOU 615 CG GLU A 78 12516 10619 9379 -1107 597 315 C +ATOM 616 CD GLU A 78 72.507 -13.288 88.997 1.00 91.11 C +ANISOU 616 CD GLU A 78 13556 11200 9863 -1152 1010 562 C +ATOM 617 OE1 GLU A 78 72.982 -13.283 90.152 1.00 94.65 O +ANISOU 617 OE1 GLU A 78 14283 11781 9900 -900 1115 666 O +ATOM 618 OE2 GLU A 78 71.790 -14.213 88.561 1.00 91.81 O +ANISOU 618 OE2 GLU A 78 13642 11052 10192 -1432 1234 647 O +ATOM 619 N ASN A 79 76.030 -8.704 88.689 1.00 59.43 N +ANISOU 619 N ASN A 79 8968 7822 5789 -310 -344 -238 N +ATOM 620 CA ASN A 79 76.735 -7.739 89.524 1.00 64.84 C +ANISOU 620 CA ASN A 79 9586 8701 6348 -65 -501 -479 C +ATOM 621 C ASN A 79 77.543 -6.733 88.714 1.00 67.44 C +ANISOU 621 C ASN A 79 9667 8968 6989 -53 -783 -663 C +ATOM 622 O ASN A 79 78.286 -5.938 89.302 1.00 77.68 O +ANISOU 622 O ASN A 79 10868 10384 8262 128 -942 -912 O +ATOM 623 CB ASN A 79 77.649 -8.466 90.514 1.00 55.22 C +ANISOU 623 CB ASN A 79 8699 7607 4674 212 -533 -418 C +ATOM 624 CG ASN A 79 76.874 -9.270 91.539 1.00 62.28 C +ANISOU 624 CG ASN A 79 9884 8575 5205 249 -198 -225 C +ATOM 625 OD1 ASN A 79 75.693 -9.018 91.779 1.00 72.09 O +ANISOU 625 OD1 ASN A 79 11010 9848 6534 91 63 -239 O +ATOM 626 ND2 ASN A 79 77.538 -10.240 92.157 1.00 77.38 N +ANISOU 626 ND2 ASN A 79 12179 10508 6712 474 -185 -36 N +ATOM 627 N LEU A 80 77.422 -6.741 87.388 1.00 58.08 N +ANISOU 627 N LEU A 80 8378 7597 6094 -237 -836 -557 N +ATOM 628 CA LEU A 80 78.084 -5.731 86.574 1.00 58.09 C +ANISOU 628 CA LEU A 80 8169 7505 6398 -243 -1023 -678 C +ATOM 629 C LEU A 80 77.529 -4.354 86.915 1.00 64.44 C +ANISOU 629 C LEU A 80 8712 8336 7436 -226 -1034 -901 C +ATOM 630 O LEU A 80 76.375 -4.048 86.600 1.00 60.22 O +ANISOU 630 O LEU A 80 8053 7760 7066 -334 -951 -867 O +ATOM 631 CB LEU A 80 77.908 -6.031 85.085 1.00 59.84 C +ANISOU 631 CB LEU A 80 8383 7550 6805 -415 -1045 -491 C +ATOM 632 CG LEU A 80 78.519 -5.006 84.127 1.00 57.75 C +ANISOU 632 CG LEU A 80 7953 7158 6831 -430 -1167 -538 C +ATOM 633 CD1 LEU A 80 80.005 -4.825 84.395 1.00 47.86 C +ANISOU 633 CD1 LEU A 80 6689 5919 5576 -309 -1260 -672 C +ATOM 634 CD2 LEU A 80 78.284 -5.422 82.685 1.00 64.63 C +ANISOU 634 CD2 LEU A 80 8883 7906 7767 -555 -1179 -335 C +ATOM 635 N GLN A 81 78.342 -3.519 87.561 1.00 76.82 N +ANISOU 635 N GLN A 81 10171 9965 9051 -79 -1151 -1166 N +ATOM 636 CA GLN A 81 77.887 -2.219 88.034 1.00 75.70 C +ANISOU 636 CA GLN A 81 9793 9830 9139 -37 -1160 -1433 C +ATOM 637 C GLN A 81 78.191 -1.082 87.072 1.00 68.05 C +ANISOU 637 C GLN A 81 8612 8610 8634 -112 -1248 -1483 C +ATOM 638 O GLN A 81 77.399 -0.138 86.982 1.00 66.00 O +ANISOU 638 O GLN A 81 8180 8253 8642 -128 -1220 -1566 O +ATOM 639 CB GLN A 81 78.521 -1.900 89.391 1.00 71.99 C +ANISOU 639 CB GLN A 81 9315 9572 8465 179 -1240 -1764 C +ATOM 640 CG GLN A 81 78.039 -2.790 90.523 1.00 79.13 C +ANISOU 640 CG GLN A 81 10458 10737 8869 304 -1104 -1712 C +ATOM 641 CD GLN A 81 78.747 -2.503 91.831 1.00 77.59 C +ANISOU 641 CD GLN A 81 10297 10799 8384 579 -1233 -2048 C +ATOM 642 OE1 GLN A 81 79.960 -2.293 91.861 1.00 69.74 O +ANISOU 642 OE1 GLN A 81 9236 9818 7443 692 -1468 -2242 O +ATOM 643 NE2 GLN A 81 77.992 -2.489 92.922 1.00 74.04 N +ANISOU 643 NE2 GLN A 81 9934 10574 7622 700 -1078 -2146 N +ATOM 644 N ILE A 82 79.305 -1.143 86.349 1.00 57.41 N +ANISOU 644 N ILE A 82 7278 7137 7398 -148 -1327 -1423 N +ATOM 645 CA ILE A 82 79.753 -0.013 85.543 1.00 53.00 C +ANISOU 645 CA ILE A 82 6543 6313 7281 -215 -1350 -1464 C +ATOM 646 C ILE A 82 80.468 -0.536 84.306 1.00 52.84 C +ANISOU 646 C ILE A 82 6629 6166 7282 -314 -1329 -1201 C +ATOM 647 O ILE A 82 81.208 -1.522 84.368 1.00 56.55 O +ANISOU 647 O ILE A 82 7220 6752 7513 -286 -1358 -1163 O +ATOM 648 CB ILE A 82 80.674 0.919 86.362 1.00 64.36 C +ANISOU 648 CB ILE A 82 7774 7737 8943 -132 -1435 -1872 C +ATOM 649 CG1 ILE A 82 81.098 2.133 85.526 1.00 84.49 C +ANISOU 649 CG1 ILE A 82 10145 9933 12026 -238 -1388 -1895 C +ATOM 650 CG2 ILE A 82 81.884 0.146 86.862 1.00 65.59 C +ANISOU 650 CG2 ILE A 82 7979 8078 8864 -39 -1543 -2004 C +ATOM 651 CD1 ILE A 82 82.027 3.089 86.253 1.00 93.11 C +ANISOU 651 CD1 ILE A 82 10978 10951 13449 -203 -1459 -2350 C +ATOM 652 N ILE A 83 80.240 0.135 83.181 1.00 56.96 N +ANISOU 652 N ILE A 83 7122 6449 8072 -400 -1272 -1017 N +ATOM 653 CA ILE A 83 81.005 -0.069 81.955 1.00 67.40 C +ANISOU 653 CA ILE A 83 8531 7628 9448 -482 -1209 -794 C +ATOM 654 C ILE A 83 81.644 1.273 81.625 1.00 75.27 C +ANISOU 654 C ILE A 83 9360 8337 10901 -527 -1124 -875 C +ATOM 655 O ILE A 83 80.947 2.222 81.245 1.00 98.23 O +ANISOU 655 O ILE A 83 12238 11040 14046 -523 -1087 -783 O +ATOM 656 CB ILE A 83 80.133 -0.569 80.795 1.00 65.23 C +ANISOU 656 CB ILE A 83 8438 7334 9013 -523 -1194 -456 C +ATOM 657 CG1 ILE A 83 79.349 -1.820 81.210 1.00 50.85 C +ANISOU 657 CG1 ILE A 83 6736 5743 6843 -518 -1246 -423 C +ATOM 658 CG2 ILE A 83 81.002 -0.868 79.577 1.00 60.03 C +ANISOU 658 CG2 ILE A 83 7904 6578 8326 -580 -1108 -249 C +ATOM 659 CD1 ILE A 83 78.329 -2.278 80.183 1.00 50.67 C +ANISOU 659 CD1 ILE A 83 6821 5721 6710 -561 -1275 -194 C +ATOM 660 N ARG A 84 82.966 1.359 81.769 1.00 67.99 N +ANISOU 660 N ARG A 84 8317 7376 10140 -565 -1086 -1055 N +ATOM 661 CA ARG A 84 83.638 2.650 81.664 1.00 58.19 C +ANISOU 661 CA ARG A 84 6862 5832 9416 -643 -972 -1212 C +ATOM 662 C ARG A 84 83.739 3.140 80.227 1.00 54.23 C +ANISOU 662 C ARG A 84 6476 5024 9103 -745 -752 -843 C +ATOM 663 O ARG A 84 83.717 4.352 79.990 1.00 62.92 O +ANISOU 663 O ARG A 84 7492 5789 10626 -794 -623 -832 O +ATOM 664 CB ARG A 84 85.033 2.567 82.282 1.00 49.73 C +ANISOU 664 CB ARG A 84 5563 4831 8502 -660 -1005 -1580 C +ATOM 665 CG ARG A 84 85.016 2.224 83.758 1.00 48.01 C +ANISOU 665 CG ARG A 84 5251 4922 8070 -502 -1243 -1965 C +ATOM 666 CD ARG A 84 86.388 2.363 84.389 1.00 55.06 C +ANISOU 666 CD ARG A 84 5858 5879 9183 -479 -1336 -2407 C +ATOM 667 NE ARG A 84 86.383 1.913 85.778 1.00 55.51 N +ANISOU 667 NE ARG A 84 5893 6289 8910 -260 -1599 -2744 N +ATOM 668 CZ ARG A 84 86.021 2.665 86.814 1.00 61.43 C +ANISOU 668 CZ ARG A 84 6506 7094 9740 -170 -1718 -3107 C +ATOM 669 NH1 ARG A 84 85.630 3.920 86.631 1.00 65.52 N +ANISOU 669 NH1 ARG A 84 6873 7299 10721 -290 -1604 -3198 N +ATOM 670 NH2 ARG A 84 86.049 2.159 88.039 1.00 63.81 N +ANISOU 670 NH2 ARG A 84 6846 7760 9641 66 -1944 -3377 N +ATOM 671 N GLY A 85 83.855 2.233 79.262 1.00 50.45 N +ANISOU 671 N GLY A 85 6215 4642 8312 -761 -693 -540 N +ATOM 672 CA GLY A 85 83.976 2.651 77.880 1.00 54.67 C +ANISOU 672 CA GLY A 85 6911 4932 8930 -820 -471 -174 C +ATOM 673 C GLY A 85 85.315 3.259 77.535 1.00 57.44 C +ANISOU 673 C GLY A 85 7108 5035 9682 -963 -196 -239 C +ATOM 674 O GLY A 85 85.381 4.142 76.674 1.00 55.88 O +ANISOU 674 O GLY A 85 6993 4508 9729 -1022 52 21 O +ATOM 675 N ASN A 86 86.391 2.816 78.189 1.00 69.30 N +ANISOU 675 N ASN A 86 8379 6678 11272 -1010 -223 -580 N +ATOM 676 CA ASN A 86 87.728 3.233 77.785 1.00 76.94 C +ANISOU 676 CA ASN A 86 9148 7447 12640 -1167 59 -676 C +ATOM 677 C ASN A 86 88.056 2.803 76.362 1.00 81.08 C +ANISOU 677 C ASN A 86 9916 7929 12962 -1215 338 -273 C +ATOM 678 O ASN A 86 89.070 3.250 75.813 1.00 90.17 O +ANISOU 678 O ASN A 86 10938 8868 14455 -1366 675 -265 O +ATOM 679 CB ASN A 86 88.773 2.671 78.754 1.00 78.04 C +ANISOU 679 CB ASN A 86 8974 7822 12854 -1150 -97 -1153 C +ATOM 680 CG ASN A 86 88.647 3.253 80.149 1.00 80.42 C +ANISOU 680 CG ASN A 86 9014 8162 13382 -1094 -343 -1611 C +ATOM 681 OD1 ASN A 86 87.903 4.209 80.370 1.00 76.67 O +ANISOU 681 OD1 ASN A 86 8539 7475 13118 -1108 -340 -1607 O +ATOM 682 ND2 ASN A 86 89.387 2.687 81.096 1.00 91.90 N +ANISOU 682 ND2 ASN A 86 10245 9892 14779 -996 -570 -2027 N +ATOM 683 N MET A 87 87.231 1.949 75.760 1.00 77.51 N +ANISOU 683 N MET A 87 9796 7679 11974 -1094 221 29 N +ATOM 684 CA MET A 87 87.365 1.570 74.363 1.00 89.04 C +ANISOU 684 CA MET A 87 11540 9132 13160 -1096 452 407 C +ATOM 685 C MET A 87 85.982 1.193 73.853 1.00 86.57 C +ANISOU 685 C MET A 87 11561 8945 12386 -945 244 702 C +ATOM 686 O MET A 87 85.189 0.596 74.586 1.00 87.57 O +ANISOU 686 O MET A 87 11679 9285 12310 -863 -70 562 O +ATOM 687 CB MET A 87 88.347 0.406 74.191 1.00 95.60 C +ANISOU 687 CB MET A 87 12321 10202 13802 -1103 496 270 C +ATOM 688 CG MET A 87 88.836 0.213 72.766 1.00107.28 C +ANISOU 688 CG MET A 87 14019 11639 15105 -1135 842 579 C +ATOM 689 SD MET A 87 90.167 -0.997 72.625 1.00110.63 S +ANISOU 689 SD MET A 87 14295 12297 15442 -1143 945 337 S +ATOM 690 CE MET A 87 91.595 0.007 73.036 1.00113.91 C +ANISOU 690 CE MET A 87 14225 12463 16593 -1351 1273 35 C +ATOM 691 N TYR A 88 85.695 1.553 72.606 1.00 82.82 N +ANISOU 691 N TYR A 88 11373 8344 11752 -900 428 1098 N +ATOM 692 CA TYR A 88 84.373 1.378 72.022 1.00 78.92 C +ANISOU 692 CA TYR A 88 11164 7956 10867 -729 207 1356 C +ATOM 693 C TYR A 88 84.360 0.215 71.040 1.00 87.76 C +ANISOU 693 C TYR A 88 12543 9343 11459 -655 181 1489 C +ATOM 694 O TYR A 88 85.349 -0.052 70.351 1.00 94.75 O +ANISOU 694 O TYR A 88 13498 10230 12272 -710 464 1560 O +ATOM 695 CB TYR A 88 83.917 2.644 71.287 1.00 86.08 C +ANISOU 695 CB TYR A 88 12257 8547 11905 -647 360 1716 C +ATOM 696 CG TYR A 88 83.780 3.883 72.145 1.00 90.83 C +ANISOU 696 CG TYR A 88 12634 8823 13053 -696 383 1595 C +ATOM 697 CD1 TYR A 88 83.477 3.797 73.498 1.00 83.39 C +ANISOU 697 CD1 TYR A 88 11397 7983 12305 -728 130 1197 C +ATOM 698 CD2 TYR A 88 83.945 5.146 71.591 1.00 87.39 C +ANISOU 698 CD2 TYR A 88 12308 7962 12934 -697 678 1882 C +ATOM 699 CE1 TYR A 88 83.349 4.935 74.273 1.00 75.26 C +ANISOU 699 CE1 TYR A 88 10161 6666 11768 -757 145 1034 C +ATOM 700 CE2 TYR A 88 83.818 6.286 72.357 1.00 91.43 C +ANISOU 700 CE2 TYR A 88 12614 8131 13992 -741 703 1738 C +ATOM 701 CZ TYR A 88 83.519 6.176 73.696 1.00 85.66 C +ANISOU 701 CZ TYR A 88 11566 7537 13445 -769 422 1288 C +ATOM 702 OH TYR A 88 83.394 7.313 74.461 1.00 91.99 O +ANISOU 702 OH TYR A 88 12158 8010 14786 -800 440 1092 O +ATOM 703 N TYR A 89 83.222 -0.474 70.983 1.00 79.50 N +ANISOU 703 N TYR A 89 11613 8521 10072 -536 -148 1486 N +ATOM 704 CA TYR A 89 82.961 -1.429 69.914 1.00 73.85 C +ANISOU 704 CA TYR A 89 11169 8033 8857 -437 -219 1606 C +ATOM 705 C TYR A 89 82.376 -0.687 68.719 1.00 79.34 C +ANISOU 705 C TYR A 89 12163 8652 9330 -261 -184 1980 C +ATOM 706 O TYR A 89 81.304 -0.081 68.820 1.00 77.34 O +ANISOU 706 O TYR A 89 11918 8347 9119 -137 -403 2063 O +ATOM 707 CB TYR A 89 82.008 -2.527 70.385 1.00 71.24 C +ANISOU 707 CB TYR A 89 10798 7951 8319 -411 -579 1391 C +ATOM 708 CG TYR A 89 81.588 -3.482 69.286 1.00 69.89 C +ANISOU 708 CG TYR A 89 10878 8001 7675 -309 -704 1447 C +ATOM 709 CD1 TYR A 89 82.465 -4.446 68.803 1.00 74.62 C +ANISOU 709 CD1 TYR A 89 11576 8711 8065 -343 -567 1371 C +ATOM 710 CD2 TYR A 89 80.313 -3.423 68.733 1.00 60.94 C +ANISOU 710 CD2 TYR A 89 9857 6975 6321 -160 -981 1525 C +ATOM 711 CE1 TYR A 89 82.087 -5.320 67.800 1.00 82.21 C +ANISOU 711 CE1 TYR A 89 12764 9874 8600 -243 -691 1364 C +ATOM 712 CE2 TYR A 89 79.926 -4.295 67.729 1.00 70.55 C +ANISOU 712 CE2 TYR A 89 11279 8414 7111 -57 -1136 1505 C +ATOM 713 CZ TYR A 89 80.818 -5.239 67.266 1.00 86.77 C +ANISOU 713 CZ TYR A 89 13451 10565 8955 -105 -984 1420 C +ATOM 714 OH TYR A 89 80.441 -6.110 66.268 1.00105.01 O +ANISOU 714 OH TYR A 89 15961 13094 10844 3 -1145 1345 O +ATOM 715 N GLU A 90 83.088 -0.724 67.593 1.00 77.14 N +ANISOU 715 N GLU A 90 12136 8375 8800 -221 100 2206 N +ATOM 716 CA GLU A 90 82.624 -0.113 66.348 1.00 81.81 C +ANISOU 716 CA GLU A 90 13095 8929 9059 0 153 2605 C +ATOM 717 C GLU A 90 82.497 1.404 66.468 1.00105.07 C +ANISOU 717 C GLU A 90 16058 11492 12372 38 319 2880 C +ATOM 718 O GLU A 90 81.623 2.013 65.847 1.00111.76 O +ANISOU 718 O GLU A 90 17149 12292 13025 284 175 3166 O +ATOM 719 CB GLU A 90 81.292 -0.722 65.897 1.00 78.50 C +ANISOU 719 CB GLU A 90 12818 8800 8206 219 -312 2568 C +ATOM 720 CG GLU A 90 81.331 -2.231 65.727 1.00 88.79 C +ANISOU 720 CG GLU A 90 14121 10431 9185 178 -478 2278 C +ATOM 721 CD GLU A 90 82.235 -2.679 64.601 1.00 98.43 C +ANISOU 721 CD GLU A 90 15621 11763 10015 225 -188 2399 C +ATOM 722 OE1 GLU A 90 82.711 -1.817 63.834 1.00108.54 O +ANISOU 722 OE1 GLU A 90 17142 12898 11200 313 143 2758 O +ATOM 723 OE2 GLU A 90 82.482 -3.899 64.493 1.00 95.24 O +ANISOU 723 OE2 GLU A 90 15203 11573 9410 176 -259 2137 O +ATOM 724 N ASN A 91 83.361 2.021 67.274 1.00107.35 N +ANISOU 724 N ASN A 91 16077 11496 13214 -188 600 2770 N +ATOM 725 CA ASN A 91 83.581 3.471 67.322 1.00101.04 C +ANISOU 725 CA ASN A 91 15286 10243 12861 -216 891 3011 C +ATOM 726 C ASN A 91 82.485 4.267 68.022 1.00 92.63 C +ANISOU 726 C ASN A 91 14107 9016 12071 -104 587 2975 C +ATOM 727 O ASN A 91 82.544 5.506 67.990 1.00112.87 O +ANISOU 727 O ASN A 91 16717 11161 15007 -87 805 3195 O +ATOM 728 CB ASN A 91 83.753 4.063 65.917 1.00109.79 C +ANISOU 728 CB ASN A 91 16850 11190 13674 -54 1231 3546 C +ATOM 729 CG ASN A 91 85.113 3.766 65.323 1.00114.79 C +ANISOU 729 CG ASN A 91 17540 11811 14263 -229 1747 3614 C +ATOM 730 OD1 ASN A 91 86.126 3.796 66.021 1.00111.23 O +ANISOU 730 OD1 ASN A 91 16735 11230 14297 -510 1994 3338 O +ATOM 731 ND2 ASN A 91 85.144 3.483 64.025 1.00121.70 N +ANISOU 731 ND2 ASN A 91 18847 12845 14550 -43 1907 3953 N +ATOM 732 N SER A 92 81.497 3.633 68.654 1.00 77.75 N +ANISOU 732 N SER A 92 12068 7415 10058 -31 130 2703 N +ATOM 733 CA SER A 92 80.411 4.421 69.232 1.00 83.19 C +ANISOU 733 CA SER A 92 12645 7964 10999 104 -131 2670 C +ATOM 734 C SER A 92 79.745 3.789 70.450 1.00 79.06 C +ANISOU 734 C SER A 92 11784 7687 10567 36 -473 2229 C +ATOM 735 O SER A 92 79.066 4.493 71.204 1.00 89.23 O +ANISOU 735 O SER A 92 12887 8839 12176 88 -611 2105 O +ATOM 736 CB SER A 92 79.349 4.690 68.160 1.00 99.26 C +ANISOU 736 CB SER A 92 15014 10053 12646 450 -348 3023 C +ATOM 737 OG SER A 92 78.822 3.486 67.644 1.00113.84 O +ANISOU 737 OG SER A 92 16954 12343 13957 546 -643 2933 O +ATOM 738 N TYR A 93 79.919 2.488 70.667 1.00 70.47 N +ANISOU 738 N TYR A 93 10627 6937 9211 -71 -583 1998 N +ATOM 739 CA TYR A 93 79.177 1.780 71.703 1.00 71.54 C +ANISOU 739 CA TYR A 93 10516 7311 9356 -116 -873 1651 C +ATOM 740 C TYR A 93 80.114 1.210 72.757 1.00 64.20 C +ANISOU 740 C TYR A 93 9368 6440 8586 -331 -765 1340 C +ATOM 741 O TYR A 93 81.160 0.638 72.433 1.00 68.93 O +ANISOU 741 O TYR A 93 10029 7084 9076 -427 -587 1342 O +ATOM 742 CB TYR A 93 78.341 0.647 71.105 1.00 69.58 C +ANISOU 742 CB TYR A 93 10384 7397 8655 -25 -1145 1635 C +ATOM 743 CG TYR A 93 77.622 1.030 69.836 1.00 68.97 C +ANISOU 743 CG TYR A 93 10570 7336 8298 233 -1281 1936 C +ATOM 744 CD1 TYR A 93 76.531 1.889 69.864 1.00 68.75 C +ANISOU 744 CD1 TYR A 93 10489 7221 8410 437 -1491 2005 C +ATOM 745 CD2 TYR A 93 78.032 0.530 68.609 1.00 72.52 C +ANISOU 745 CD2 TYR A 93 11328 7909 8319 313 -1215 2134 C +ATOM 746 CE1 TYR A 93 75.872 2.243 68.702 1.00 79.80 C +ANISOU 746 CE1 TYR A 93 12144 8657 9520 737 -1664 2282 C +ATOM 747 CE2 TYR A 93 77.379 0.875 67.442 1.00 84.47 C +ANISOU 747 CE2 TYR A 93 13118 9478 9498 602 -1370 2406 C +ATOM 748 CZ TYR A 93 76.299 1.731 67.494 1.00 84.67 C +ANISOU 748 CZ TYR A 93 13094 9418 9660 826 -1613 2488 C +ATOM 749 OH TYR A 93 75.646 2.077 66.334 1.00 84.68 O +ANISOU 749 OH TYR A 93 13384 9494 9297 1175 -1815 2761 O +ATOM 750 N ALA A 94 79.725 1.374 74.021 1.00 51.95 N +ANISOU 750 N ALA A 94 7561 4904 7272 -372 -881 1061 N +ATOM 751 CA ALA A 94 80.351 0.672 75.132 1.00 45.47 C +ANISOU 751 CA ALA A 94 6562 4224 6492 -502 -878 748 C +ATOM 752 C ALA A 94 79.616 -0.611 75.495 1.00 53.84 C +ANISOU 752 C ALA A 94 7636 5581 7240 -502 -1076 629 C +ATOM 753 O ALA A 94 80.160 -1.427 76.247 1.00 51.01 O +ANISOU 753 O ALA A 94 7221 5351 6810 -573 -1070 442 O +ATOM 754 CB ALA A 94 80.421 1.583 76.363 1.00 44.88 C +ANISOU 754 CB ALA A 94 6228 4013 6811 -528 -869 490 C +ATOM 755 N LEU A 95 78.399 -0.802 74.986 1.00 62.29 N +ANISOU 755 N LEU A 95 8773 6747 8149 -417 -1250 724 N +ATOM 756 CA LEU A 95 77.616 -2.014 75.219 1.00 55.25 C +ANISOU 756 CA LEU A 95 7874 6090 7027 -455 -1402 606 C +ATOM 757 C LEU A 95 76.898 -2.358 73.921 1.00 51.43 C +ANISOU 757 C LEU A 95 7548 5696 6298 -365 -1552 762 C +ATOM 758 O LEU A 95 76.038 -1.596 73.469 1.00 76.08 O +ANISOU 758 O LEU A 95 10648 8780 9478 -224 -1683 857 O +ATOM 759 CB LEU A 95 76.616 -1.817 76.360 1.00 53.91 C +ANISOU 759 CB LEU A 95 7484 5980 7020 -459 -1486 410 C +ATOM 760 CG LEU A 95 75.559 -2.913 76.533 1.00 40.53 C +ANISOU 760 CG LEU A 95 5748 4481 5172 -517 -1598 305 C +ATOM 761 CD1 LEU A 95 76.206 -4.227 76.942 1.00 51.80 C +ANISOU 761 CD1 LEU A 95 7281 5993 6408 -639 -1512 238 C +ATOM 762 CD2 LEU A 95 74.504 -2.490 77.539 1.00 41.10 C +ANISOU 762 CD2 LEU A 95 5579 4599 5437 -507 -1624 133 C +ATOM 763 N ALA A 96 77.245 -3.499 73.327 1.00 47.76 N +ANISOU 763 N ALA A 96 7237 5353 5555 -415 -1556 761 N +ATOM 764 CA ALA A 96 76.655 -3.948 72.069 1.00 55.95 C +ANISOU 764 CA ALA A 96 8432 6515 6310 -320 -1723 842 C +ATOM 765 C ALA A 96 76.130 -5.367 72.246 1.00 53.96 C +ANISOU 765 C ALA A 96 8142 6422 5937 -437 -1836 626 C +ATOM 766 O ALA A 96 76.915 -6.300 72.443 1.00 64.20 O +ANISOU 766 O ALA A 96 9522 7723 7148 -541 -1718 558 O +ATOM 767 CB ALA A 96 77.679 -3.890 70.935 1.00 45.19 C +ANISOU 767 CB ALA A 96 7334 5120 4717 -254 -1577 1047 C +ATOM 768 N VAL A 97 74.811 -5.530 72.171 1.00 57.35 N +ANISOU 768 N VAL A 97 8431 6960 6399 -417 -2056 504 N +ATOM 769 CA VAL A 97 74.156 -6.833 72.240 1.00 56.01 C +ANISOU 769 CA VAL A 97 8195 6899 6186 -554 -2151 278 C +ATOM 770 C VAL A 97 73.580 -7.118 70.858 1.00 62.48 C +ANISOU 770 C VAL A 97 9103 7869 6768 -428 -2412 236 C +ATOM 771 O VAL A 97 72.624 -6.457 70.432 1.00 64.79 O +ANISOU 771 O VAL A 97 9281 8248 7089 -271 -2643 228 O +ATOM 772 CB VAL A 97 73.059 -6.866 73.312 1.00 46.73 C +ANISOU 772 CB VAL A 97 6725 5742 5290 -663 -2168 100 C +ATOM 773 CG1 VAL A 97 72.584 -8.294 73.547 1.00 52.71 C +ANISOU 773 CG1 VAL A 97 7429 6531 6067 -868 -2151 -111 C +ATOM 774 CG2 VAL A 97 73.548 -6.239 74.612 1.00 42.41 C +ANISOU 774 CG2 VAL A 97 6105 5088 4923 -700 -1954 145 C +ATOM 775 N LEU A 98 74.140 -8.104 70.157 1.00 64.05 N +ANISOU 775 N LEU A 98 9499 8114 6722 -463 -2400 181 N +ATOM 776 CA LEU A 98 73.833 -8.294 68.743 1.00 63.55 C +ANISOU 776 CA LEU A 98 9585 8222 6340 -294 -2640 143 C +ATOM 777 C LEU A 98 73.623 -9.761 68.395 1.00 62.74 C +ANISOU 777 C LEU A 98 9493 8189 6157 -429 -2732 -161 C +ATOM 778 O LEU A 98 74.499 -10.595 68.636 1.00 71.36 O +ANISOU 778 O LEU A 98 10710 9177 7226 -557 -2526 -190 O +ATOM 779 CB LEU A 98 74.957 -7.730 67.869 1.00 51.09 C +ANISOU 779 CB LEU A 98 8326 6632 4453 -120 -2496 426 C +ATOM 780 CG LEU A 98 75.532 -6.377 68.287 1.00 52.59 C +ANISOU 780 CG LEU A 98 8536 6653 4795 -52 -2288 732 C +ATOM 781 CD1 LEU A 98 76.806 -6.078 67.514 1.00 61.82 C +ANISOU 781 CD1 LEU A 98 9997 7771 5720 31 -2034 978 C +ATOM 782 CD2 LEU A 98 74.516 -5.274 68.082 1.00 66.47 C +ANISOU 782 CD2 LEU A 98 10207 8430 6620 151 -2508 839 C +ATOM 783 N SER A 99 72.462 -10.059 67.808 1.00 63.24 N +ANISOU 783 N SER A 99 9408 8415 6204 -382 -3057 -414 N +ATOM 784 CA SER A 99 72.226 -11.312 67.085 1.00 69.46 C +ANISOU 784 CA SER A 99 10232 9295 6866 -450 -3217 -744 C +ATOM 785 C SER A 99 72.408 -12.541 67.979 1.00 66.53 C +ANISOU 785 C SER A 99 9785 8714 6781 -771 -2991 -923 C +ATOM 786 O SER A 99 73.079 -13.506 67.612 1.00 57.99 O +ANISOU 786 O SER A 99 8893 7570 5569 -826 -2908 -1028 O +ATOM 787 CB SER A 99 73.137 -11.401 65.858 1.00 68.72 C +ANISOU 787 CB SER A 99 10507 9319 6286 -243 -3225 -650 C +ATOM 788 OG SER A 99 72.973 -10.275 65.012 1.00 60.45 O +ANISOU 788 OG SER A 99 9593 8442 4932 78 -3398 -426 O +ATOM 789 N ASN A 100 71.789 -12.510 69.159 1.00 58.32 N +ANISOU 789 N ASN A 100 8482 7551 6124 -963 -2874 -951 N +ATOM 790 CA ASN A 100 71.794 -13.667 70.058 1.00 53.91 C +ANISOU 790 CA ASN A 100 7873 6771 5839 -1255 -2640 -1083 C +ATOM 791 C ASN A 100 70.534 -14.501 69.823 1.00 59.29 C +ANISOU 791 C ASN A 100 8277 7467 6782 -1440 -2814 -1489 C +ATOM 792 O ASN A 100 69.584 -14.498 70.607 1.00 60.32 O +ANISOU 792 O ASN A 100 8103 7547 7268 -1618 -2747 -1595 O +ATOM 793 CB ASN A 100 71.895 -13.210 71.507 1.00 74.92 C +ANISOU 793 CB ASN A 100 10448 9298 8723 -1352 -2360 -873 C +ATOM 794 CG ASN A 100 73.163 -12.432 71.789 1.00 66.35 C +ANISOU 794 CG ASN A 100 9579 8184 7446 -1194 -2203 -552 C +ATOM 795 OD1 ASN A 100 74.265 -12.877 71.464 1.00 68.83 O +ANISOU 795 OD1 ASN A 100 10142 8441 7571 -1145 -2109 -480 O +ATOM 796 ND2 ASN A 100 73.013 -11.260 72.394 1.00 48.90 N +ANISOU 796 ND2 ASN A 100 7247 6009 5326 -1115 -2170 -397 N +ATOM 797 N TYR A 101 70.537 -15.235 68.711 1.00 77.82 N +ANISOU 797 N TYR A 101 10714 9888 8965 -1402 -3028 -1756 N +ATOM 798 CA TYR A 101 69.396 -16.074 68.374 1.00 89.87 C +ANISOU 798 CA TYR A 101 11951 11425 10771 -1585 -3227 -2224 C +ATOM 799 C TYR A 101 69.870 -17.317 67.637 1.00 88.47 C +ANISOU 799 C TYR A 101 11973 11147 10493 -1650 -3256 -2491 C +ATOM 800 O TYR A 101 70.939 -17.334 67.022 1.00 86.80 O +ANISOU 800 O TYR A 101 12107 10983 9890 -1458 -3240 -2351 O +ATOM 801 CB TYR A 101 68.374 -15.314 67.522 1.00 88.09 C +ANISOU 801 CB TYR A 101 11471 11535 10464 -1372 -3679 -2433 C +ATOM 802 CG TYR A 101 68.916 -14.841 66.195 1.00 88.60 C +ANISOU 802 CG TYR A 101 11833 11868 9964 -1000 -3970 -2363 C +ATOM 803 CD1 TYR A 101 68.849 -15.654 65.071 1.00 91.44 C +ANISOU 803 CD1 TYR A 101 12246 12366 10131 -940 -4113 -2667 C +ATOM 804 CD2 TYR A 101 69.492 -13.586 66.067 1.00 86.07 C +ANISOU 804 CD2 TYR A 101 11726 11654 9324 -711 -3947 -1927 C +ATOM 805 CE1 TYR A 101 69.339 -15.234 63.859 1.00 97.56 C +ANISOU 805 CE1 TYR A 101 13296 13404 10368 -593 -4245 -2537 C +ATOM 806 CE2 TYR A 101 69.985 -13.155 64.855 1.00 91.40 C +ANISOU 806 CE2 TYR A 101 12703 12553 9471 -374 -4122 -1807 C +ATOM 807 CZ TYR A 101 69.903 -13.989 63.758 1.00 98.12 C +ANISOU 807 CZ TYR A 101 13600 13567 10113 -314 -4226 -2093 C +ATOM 808 OH TYR A 101 70.386 -13.580 62.549 1.00108.49 O +ANISOU 808 OH TYR A 101 15202 15114 10905 13 -4284 -1930 O +ATOM 809 N ASP A 102 69.043 -18.357 67.705 1.00 85.32 N +ANISOU 809 N ASP A 102 11330 10593 10494 -1933 -3278 -2906 N +ATOM 810 CA ASP A 102 69.292 -19.634 67.055 1.00 94.32 C +ANISOU 810 CA ASP A 102 12596 11583 11659 -2038 -3315 -3260 C +ATOM 811 C ASP A 102 68.596 -19.679 65.694 1.00 99.68 C +ANISOU 811 C ASP A 102 13113 12621 12142 -1869 -3648 -3591 C +ATOM 812 O ASP A 102 67.764 -18.831 65.360 1.00101.10 O +ANISOU 812 O ASP A 102 13050 13103 12262 -1711 -3890 -3600 O +ATOM 813 CB ASP A 102 68.800 -20.779 67.947 1.00110.32 C +ANISOU 813 CB ASP A 102 14455 13183 14277 -2460 -3005 -3441 C +ATOM 814 CG ASP A 102 69.234 -22.146 67.454 1.00128.46 C +ANISOU 814 CG ASP A 102 16944 15223 16643 -2571 -2919 -3708 C +ATOM 815 OD1 ASP A 102 69.799 -22.234 66.346 1.00135.44 O +ANISOU 815 OD1 ASP A 102 18028 16323 17111 -2323 -3111 -3812 O +ATOM 816 OD2 ASP A 102 69.005 -23.139 68.179 1.00135.74 O +ANISOU 816 OD2 ASP A 102 17829 15718 18028 -2895 -2608 -3776 O +ATOM 817 N ALA A 103 68.951 -20.690 64.897 1.00102.23 N +ANISOU 817 N ALA A 103 13592 12891 12358 -1877 -3658 -3847 N +ATOM 818 CA ALA A 103 68.258 -20.910 63.632 1.00109.78 C +ANISOU 818 CA ALA A 103 14414 14141 13159 -1740 -3966 -4182 C +ATOM 819 C ALA A 103 66.767 -21.105 63.863 1.00127.67 C +ANISOU 819 C ALA A 103 16199 16392 15919 -1950 -4070 -4469 C +ATOM 820 O ALA A 103 65.939 -20.625 63.081 1.00127.08 O +ANISOU 820 O ALA A 103 15911 16653 15723 -1746 -4402 -4629 O +ATOM 821 CB ALA A 103 68.848 -22.119 62.909 1.00 86.92 C +ANISOU 821 CB ALA A 103 11741 11113 10170 -1773 -3917 -4456 C +ATOM 822 N ASN A 104 66.408 -21.799 64.944 1.00135.98 N +ANISOU 822 N ASN A 104 17082 17046 17539 -2340 -3768 -4522 N +ATOM 823 CA ASN A 104 65.010 -21.925 65.340 1.00149.74 C +ANISOU 823 CA ASN A 104 18339 18750 19804 -2560 -3775 -4746 C +ATOM 824 C ASN A 104 64.420 -20.606 65.802 1.00150.48 C +ANISOU 824 C ASN A 104 18185 19095 19896 -2426 -3873 -4540 C +ATOM 825 O ASN A 104 63.237 -20.575 66.160 1.00146.93 O +ANISOU 825 O ASN A 104 17298 18653 19876 -2572 -3869 -4723 O +ATOM 826 CB ASN A 104 64.859 -22.957 66.460 1.00156.89 C +ANISOU 826 CB ASN A 104 19180 19136 21296 -3002 -3330 -4758 C +ATOM 827 CG ASN A 104 65.776 -24.145 66.284 1.00155.24 C +ANISOU 827 CG ASN A 104 19335 18577 21072 -3105 -3152 -4817 C +ATOM 828 OD1 ASN A 104 66.265 -24.408 65.186 1.00158.12 O +ANISOU 828 OD1 ASN A 104 19896 19107 21076 -2896 -3383 -4996 O +ATOM 829 ND2 ASN A 104 66.021 -24.869 67.368 1.00150.71 N +ANISOU 829 ND2 ASN A 104 18869 17512 20882 -3402 -2721 -4651 N +ATOM 830 N LYS A 105 65.212 -19.534 65.820 1.00156.60 N +ANISOU 830 N LYS A 105 19217 20054 20229 -2146 -3942 -4175 N +ATOM 831 CA LYS A 105 64.826 -18.177 66.175 1.00160.36 C +ANISOU 831 CA LYS A 105 19531 20759 20641 -1951 -4058 -3942 C +ATOM 832 C LYS A 105 64.895 -17.977 67.685 1.00152.17 C +ANISOU 832 C LYS A 105 18408 19445 19963 -2215 -3691 -3716 C +ATOM 833 O LYS A 105 64.599 -16.874 68.146 1.00154.27 O +ANISOU 833 O LYS A 105 18525 19853 20236 -2083 -3741 -3530 O +ATOM 834 CB LYS A 105 63.422 -17.799 65.664 1.00173.77 C +ANISOU 834 CB LYS A 105 20783 22729 22510 -1831 -4364 -4218 C +ATOM 835 CG LYS A 105 63.209 -18.113 64.182 1.00187.76 C +ANISOU 835 CG LYS A 105 22605 24765 23971 -1580 -4736 -4504 C +ATOM 836 CD LYS A 105 64.274 -17.469 63.302 1.00190.32 C +ANISOU 836 CD LYS A 105 23400 25316 23597 -1187 -4895 -4211 C +ATOM 837 CE LYS A 105 64.250 -15.958 63.425 1.00185.93 C +ANISOU 837 CE LYS A 105 22873 24966 22806 -864 -5021 -3838 C +ATOM 838 NZ LYS A 105 65.218 -15.298 62.511 1.00182.61 N +ANISOU 838 NZ LYS A 105 22916 24745 21722 -477 -5127 -3517 N +ATOM 839 N THR A 106 65.308 -18.984 68.460 1.00136.64 N +ANISOU 839 N THR A 106 16560 17078 18279 -2555 -3315 -3709 N +ATOM 840 CA THR A 106 65.286 -18.945 69.919 1.00112.68 C +ANISOU 840 CA THR A 106 13450 13758 15604 -2827 -2905 -3507 C +ATOM 841 C THR A 106 66.703 -18.867 70.466 1.00 78.19 C +ANISOU 841 C THR A 106 9575 9211 10923 -2737 -2645 -3054 C +ATOM 842 O THR A 106 67.539 -19.721 70.157 1.00 86.11 O +ANISOU 842 O THR A 106 10906 10019 11793 -2754 -2565 -3051 O +ATOM 843 CB THR A 106 64.591 -20.188 70.488 1.00107.45 C +ANISOU 843 CB THR A 106 12604 12741 15483 -3239 -2542 -3692 C +ATOM 844 OG1 THR A 106 65.480 -21.309 70.422 1.00104.74 O +ANISOU 844 OG1 THR A 106 12635 12051 15110 -3359 -2356 -3675 O +ATOM 845 CG2 THR A 106 63.329 -20.525 69.702 1.00107.40 C +ANISOU 845 CG2 THR A 106 12190 12905 15712 -3262 -2778 -4102 C +ATOM 846 N GLY A 107 66.963 -17.863 71.300 1.00 72.02 N +ANISOU 846 N GLY A 107 8848 8501 10016 -2613 -2476 -2646 N +ATOM 847 CA GLY A 107 68.272 -17.727 71.908 1.00 66.41 C +ANISOU 847 CA GLY A 107 8569 7658 9006 -2495 -2203 -2188 C +ATOM 848 C GLY A 107 68.253 -16.993 73.231 1.00 73.66 C +ANISOU 848 C GLY A 107 9447 8549 9990 -2508 -1903 -1859 C +ATOM 849 O GLY A 107 67.466 -17.321 74.124 1.00 90.27 O +ANISOU 849 O GLY A 107 11333 10511 12453 -2764 -1627 -1916 O +ATOM 850 N LEU A 108 69.126 -15.997 73.362 1.00 76.42 N +ANISOU 850 N LEU A 108 10003 9031 10001 -2237 -1932 -1534 N +ATOM 851 CA LEU A 108 69.244 -15.227 74.595 1.00 71.54 C +ANISOU 851 CA LEU A 108 9373 8411 9398 -2205 -1683 -1257 C +ATOM 852 C LEU A 108 67.904 -14.642 75.010 1.00 69.66 C +ANISOU 852 C LEU A 108 8702 8295 9471 -2297 -1691 -1419 C +ATOM 853 O LEU A 108 67.271 -13.905 74.250 1.00 61.19 O +ANISOU 853 O LEU A 108 7386 7447 8417 -2154 -2026 -1580 O +ATOM 854 CB LEU A 108 70.268 -14.109 74.401 1.00 54.85 C +ANISOU 854 CB LEU A 108 7460 6440 6938 -1899 -1798 -987 C +ATOM 855 CG LEU A 108 70.502 -13.207 75.615 1.00 49.03 C +ANISOU 855 CG LEU A 108 6711 5718 6201 -1829 -1594 -756 C +ATOM 856 CD1 LEU A 108 71.270 -13.958 76.686 1.00 62.79 C +ANISOU 856 CD1 LEU A 108 8708 7262 7886 -1908 -1265 -583 C +ATOM 857 CD2 LEU A 108 71.227 -11.946 75.189 1.00 46.83 C +ANISOU 857 CD2 LEU A 108 6518 5575 5701 -1555 -1762 -583 C +ATOM 858 N LYS A 109 67.492 -14.953 76.234 1.00 72.28 N +ANISOU 858 N LYS A 109 8950 8486 10027 -2504 -1309 -1364 N +ATOM 859 CA LYS A 109 66.212 -14.510 76.771 1.00 60.00 C +ANISOU 859 CA LYS A 109 6958 7029 8810 -2625 -1220 -1536 C +ATOM 860 C LYS A 109 66.351 -13.646 78.012 1.00 74.29 C +ANISOU 860 C LYS A 109 8790 8893 10542 -2531 -961 -1299 C +ATOM 861 O LYS A 109 65.618 -12.666 78.156 1.00 72.17 O +ANISOU 861 O LYS A 109 8201 8810 10410 -2439 -1053 -1401 O +ATOM 862 CB LYS A 109 65.341 -15.733 77.093 1.00 67.97 C +ANISOU 862 CB LYS A 109 7771 7819 10235 -3014 -927 -1763 C +ATOM 863 CG LYS A 109 64.020 -15.426 77.782 1.00 67.43 C +ANISOU 863 CG LYS A 109 7222 7825 10573 -3196 -719 -1955 C +ATOM 864 CD LYS A 109 63.457 -16.678 78.425 1.00 83.78 C +ANISOU 864 CD LYS A 109 9224 9588 13021 -3612 -237 -2040 C +ATOM 865 CE LYS A 109 62.303 -16.352 79.350 1.00 99.35 C +ANISOU 865 CE LYS A 109 10771 11623 15355 -3797 115 -2154 C +ATOM 866 NZ LYS A 109 61.020 -16.415 78.629 1.00101.05 N +ANISOU 866 NZ LYS A 109 10365 11951 16080 -3969 -104 -2669 N +ATOM 867 N GLU A 110 67.269 -13.984 78.913 1.00 80.30 N +ANISOU 867 N GLU A 110 9920 9508 11082 -2523 -662 -1013 N +ATOM 868 CA GLU A 110 67.436 -13.273 80.173 1.00 85.28 C +ANISOU 868 CA GLU A 110 10599 10204 11597 -2425 -412 -829 C +ATOM 869 C GLU A 110 68.810 -12.621 80.210 1.00 70.31 C +ANISOU 869 C GLU A 110 9026 8359 9329 -2138 -557 -599 C +ATOM 870 O GLU A 110 69.825 -13.284 79.975 1.00 72.67 O +ANISOU 870 O GLU A 110 9654 8531 9424 -2096 -572 -463 O +ATOM 871 CB GLU A 110 67.260 -14.223 81.360 1.00 87.17 C +ANISOU 871 CB GLU A 110 10987 10253 11882 -2638 89 -707 C +ATOM 872 CG GLU A 110 65.832 -14.709 81.543 1.00100.18 C +ANISOU 872 CG GLU A 110 12251 11845 13969 -2959 344 -939 C +ATOM 873 CD GLU A 110 65.736 -15.912 82.459 1.00121.41 C +ANISOU 873 CD GLU A 110 15165 14246 16719 -3210 877 -777 C +ATOM 874 OE1 GLU A 110 66.736 -16.231 83.135 1.00124.60 O +ANISOU 874 OE1 GLU A 110 16033 14542 16765 -3072 1038 -459 O +ATOM 875 OE2 GLU A 110 64.657 -16.540 82.501 1.00131.53 O +ANISOU 875 OE2 GLU A 110 16153 15399 18422 -3537 1139 -970 O +ATOM 876 N LEU A 111 68.832 -11.323 80.503 1.00 65.52 N +ANISOU 876 N LEU A 111 8295 7921 8681 -1944 -655 -587 N +ATOM 877 CA LEU A 111 70.070 -10.549 80.606 1.00 60.33 C +ANISOU 877 CA LEU A 111 7862 7301 7759 -1698 -771 -422 C +ATOM 878 C LEU A 111 69.950 -9.645 81.823 1.00 59.07 C +ANISOU 878 C LEU A 111 7614 7244 7585 -1597 -610 -421 C +ATOM 879 O LEU A 111 69.877 -8.416 81.708 1.00 72.85 O +ANISOU 879 O LEU A 111 9194 9082 9402 -1440 -771 -480 O +ATOM 880 CB LEU A 111 70.316 -9.748 79.326 1.00 60.10 C +ANISOU 880 CB LEU A 111 7778 7337 7721 -1537 -1132 -441 C +ATOM 881 CG LEU A 111 71.685 -9.086 79.163 1.00 60.49 C +ANISOU 881 CG LEU A 111 8053 7371 7559 -1336 -1226 -280 C +ATOM 882 CD1 LEU A 111 72.794 -10.129 79.141 1.00 71.55 C +ANISOU 882 CD1 LEU A 111 9771 8665 8751 -1360 -1144 -169 C +ATOM 883 CD2 LEU A 111 71.706 -8.252 77.893 1.00 65.18 C +ANISOU 883 CD2 LEU A 111 8595 8009 8162 -1191 -1510 -264 C +ATOM 884 N PRO A 112 69.932 -10.246 83.054 1.00 54.76 N +ANISOU 884 N PRO A 112 7205 6673 6928 -1669 -271 -351 N +ATOM 885 CA PRO A 112 69.551 -9.512 84.280 1.00 60.95 C +ANISOU 885 CA PRO A 112 7880 7592 7686 -1593 -67 -407 C +ATOM 886 C PRO A 112 70.694 -8.701 84.880 1.00 60.90 C +ANISOU 886 C PRO A 112 8046 7663 7429 -1337 -162 -361 C +ATOM 887 O PRO A 112 71.253 -9.018 85.936 1.00 58.61 O +ANISOU 887 O PRO A 112 7998 7409 6861 -1250 15 -276 O +ATOM 888 CB PRO A 112 69.087 -10.645 85.199 1.00 62.04 C +ANISOU 888 CB PRO A 112 8154 7658 7760 -1774 355 -318 C +ATOM 889 CG PRO A 112 69.977 -11.789 84.824 1.00 59.34 C +ANISOU 889 CG PRO A 112 8171 7124 7252 -1804 332 -132 C +ATOM 890 CD PRO A 112 70.244 -11.658 83.341 1.00 57.49 C +ANISOU 890 CD PRO A 112 7844 6849 7151 -1801 -46 -209 C +ATOM 891 N MET A 113 71.057 -7.611 84.202 1.00 51.39 N +ANISOU 891 N MET A 113 6715 6480 6331 -1200 -450 -428 N +ATOM 892 CA MET A 113 72.080 -6.692 84.703 1.00 50.19 C +ANISOU 892 CA MET A 113 6639 6374 6058 -989 -548 -458 C +ATOM 893 C MET A 113 71.429 -5.671 85.636 1.00 52.85 C +ANISOU 893 C MET A 113 6755 6836 6490 -901 -451 -649 C +ATOM 894 O MET A 113 71.386 -4.468 85.373 1.00 58.25 O +ANISOU 894 O MET A 113 7247 7505 7379 -791 -611 -769 O +ATOM 895 CB MET A 113 72.790 -5.996 83.551 1.00 46.41 C +ANISOU 895 CB MET A 113 6140 5802 5691 -908 -828 -425 C +ATOM 896 CG MET A 113 73.339 -6.912 82.485 1.00 43.90 C +ANISOU 896 CG MET A 113 6007 5385 5287 -981 -923 -276 C +ATOM 897 SD MET A 113 74.117 -5.928 81.187 1.00 51.22 S +ANISOU 897 SD MET A 113 6921 6224 6316 -870 -1168 -217 S +ATOM 898 CE MET A 113 74.845 -7.224 80.203 1.00 47.81 C +ANISOU 898 CE MET A 113 6744 5726 5696 -941 -1206 -81 C +ATOM 899 N ARG A 114 70.918 -6.178 86.755 1.00 47.90 N +ANISOU 899 N ARG A 114 6176 6316 5707 -941 -155 -671 N +ATOM 900 CA ARG A 114 70.184 -5.325 87.681 1.00 50.05 C +ANISOU 900 CA ARG A 114 6235 6736 6046 -863 -8 -880 C +ATOM 901 C ARG A 114 71.084 -4.391 88.477 1.00 49.81 C +ANISOU 901 C ARG A 114 6270 6795 5861 -625 -106 -1029 C +ATOM 902 O ARG A 114 70.562 -3.592 89.261 1.00 71.90 O +ANISOU 902 O ARG A 114 8895 9717 8705 -529 -6 -1251 O +ATOM 903 CB ARG A 114 69.357 -6.178 88.643 1.00 53.15 C +ANISOU 903 CB ARG A 114 6681 7226 6289 -983 406 -845 C +ATOM 904 CG ARG A 114 70.156 -7.229 89.386 1.00 65.17 C +ANISOU 904 CG ARG A 114 8635 8752 7376 -944 578 -631 C +ATOM 905 CD ARG A 114 69.317 -7.904 90.449 1.00 78.19 C +ANISOU 905 CD ARG A 114 10370 10485 8855 -1035 1057 -567 C +ATOM 906 NE ARG A 114 70.098 -8.878 91.203 1.00 85.51 N +ANISOU 906 NE ARG A 114 11771 11400 9318 -935 1217 -317 N +ATOM 907 CZ ARG A 114 70.258 -10.150 90.852 1.00 95.95 C +ANISOU 907 CZ ARG A 114 13346 12509 10600 -1078 1330 -52 C +ATOM 908 NH1 ARG A 114 69.688 -10.625 89.751 1.00 91.01 N +ANISOU 908 NH1 ARG A 114 12526 11685 10369 -1353 1298 -42 N +ATOM 909 NH2 ARG A 114 70.993 -10.952 91.606 1.00112.84 N +ANISOU 909 NH2 ARG A 114 15941 14632 12302 -920 1457 186 N +ATOM 910 N ASN A 115 72.404 -4.463 88.309 1.00 50.38 N +ANISOU 910 N ASN A 115 6550 6813 5777 -527 -299 -961 N +ATOM 911 CA ASN A 115 73.311 -3.522 88.948 1.00 51.45 C +ANISOU 911 CA ASN A 115 6679 7016 5852 -319 -441 -1173 C +ATOM 912 C ASN A 115 74.014 -2.604 87.961 1.00 58.74 C +ANISOU 912 C ASN A 115 7470 7753 7094 -298 -711 -1218 C +ATOM 913 O ASN A 115 74.697 -1.671 88.393 1.00 88.23 O +ANISOU 913 O ASN A 115 11125 11490 10908 -163 -825 -1444 O +ATOM 914 CB ASN A 115 74.357 -4.269 89.787 1.00 55.32 C +ANISOU 914 CB ASN A 115 7484 7629 5907 -179 -433 -1124 C +ATOM 915 CG ASN A 115 73.809 -4.723 91.126 1.00 65.39 C +ANISOU 915 CG ASN A 115 8914 9123 6807 -93 -152 -1144 C +ATOM 916 OD1 ASN A 115 73.462 -3.903 91.976 1.00 62.20 O +ANISOU 916 OD1 ASN A 115 8385 8882 6366 31 -90 -1405 O +ATOM 917 ND2 ASN A 115 73.736 -6.032 91.325 1.00 70.58 N +ANISOU 917 ND2 ASN A 115 9866 9773 7180 -148 45 -866 N +ATOM 918 N LEU A 116 73.863 -2.833 86.657 1.00 44.40 N +ANISOU 918 N LEU A 116 5635 5773 5464 -425 -800 -1021 N +ATOM 919 CA LEU A 116 74.396 -1.907 85.667 1.00 48.00 C +ANISOU 919 CA LEU A 116 5994 6035 6210 -401 -990 -1011 C +ATOM 920 C LEU A 116 73.679 -0.568 85.790 1.00 57.11 C +ANISOU 920 C LEU A 116 6887 7123 7690 -322 -1017 -1200 C +ATOM 921 O LEU A 116 72.590 -0.387 85.240 1.00 51.39 O +ANISOU 921 O LEU A 116 6017 6364 7144 -351 -1026 -1152 O +ATOM 922 CB LEU A 116 74.240 -2.475 84.251 1.00 47.33 C +ANISOU 922 CB LEU A 116 5977 5833 6172 -517 -1067 -757 C +ATOM 923 CG LEU A 116 74.824 -1.636 83.110 1.00 47.51 C +ANISOU 923 CG LEU A 116 5979 5652 6419 -483 -1211 -664 C +ATOM 924 CD1 LEU A 116 76.297 -1.328 83.348 1.00 55.46 C +ANISOU 924 CD1 LEU A 116 7051 6593 7427 -437 -1230 -730 C +ATOM 925 CD2 LEU A 116 74.644 -2.347 81.777 1.00 53.04 C +ANISOU 925 CD2 LEU A 116 6796 6307 7051 -563 -1283 -430 C +ATOM 926 N GLN A 117 74.284 0.375 86.514 1.00 62.18 N +ANISOU 926 N GLN A 117 7449 7742 8435 -205 -1050 -1449 N +ATOM 927 CA GLN A 117 73.658 1.655 86.813 1.00 66.79 C +ANISOU 927 CA GLN A 117 7793 8242 9343 -106 -1059 -1682 C +ATOM 928 C GLN A 117 74.386 2.847 86.206 1.00 69.53 C +ANISOU 928 C GLN A 117 8062 8282 10074 -63 -1180 -1725 C +ATOM 929 O GLN A 117 73.902 3.976 86.340 1.00 89.30 O +ANISOU 929 O GLN A 117 10381 10638 12912 30 -1195 -1901 O +ATOM 930 CB GLN A 117 73.561 1.846 88.333 1.00 49.96 C +ANISOU 930 CB GLN A 117 5609 6335 7038 7 -955 -2019 C +ATOM 931 CG GLN A 117 72.542 0.943 89.015 1.00 50.94 C +ANISOU 931 CG GLN A 117 5772 6722 6860 -26 -739 -1986 C +ATOM 932 CD GLN A 117 72.633 0.994 90.531 1.00 66.62 C +ANISOU 932 CD GLN A 117 7802 8971 8538 116 -611 -2272 C +ATOM 933 OE1 GLN A 117 71.625 1.152 91.219 1.00 67.50 O +ANISOU 933 OE1 GLN A 117 7793 9235 8618 156 -416 -2424 O +ATOM 934 NE2 GLN A 117 73.843 0.853 91.059 1.00 72.54 N +ANISOU 934 NE2 GLN A 117 8718 9801 9044 214 -721 -2367 N +ATOM 935 N GLU A 118 75.525 2.640 85.548 1.00 54.32 N +ANISOU 935 N GLU A 118 6266 6232 8142 -131 -1236 -1573 N +ATOM 936 CA GLU A 118 76.276 3.749 84.977 1.00 53.02 C +ANISOU 936 CA GLU A 118 6031 5739 8374 -128 -1275 -1594 C +ATOM 937 C GLU A 118 77.190 3.223 83.881 1.00 51.20 C +ANISOU 937 C GLU A 118 5969 5404 8080 -234 -1275 -1297 C +ATOM 938 O GLU A 118 77.835 2.185 84.045 1.00 46.84 O +ANISOU 938 O GLU A 118 5539 5036 7221 -281 -1277 -1263 O +ATOM 939 CB GLU A 118 77.089 4.483 86.055 1.00 70.35 C +ANISOU 939 CB GLU A 118 8082 7919 10730 -72 -1292 -2017 C +ATOM 940 CG GLU A 118 78.190 5.432 85.525 1.00 78.06 C +ANISOU 940 CG GLU A 118 8975 8536 12146 -135 -1286 -2072 C +ATOM 941 CD GLU A 118 77.925 6.895 85.809 1.00 74.58 C +ANISOU 941 CD GLU A 118 8333 7794 12208 -72 -1271 -2337 C +ATOM 942 OE1 GLU A 118 77.185 7.208 86.762 1.00 76.96 O +ANISOU 942 OE1 GLU A 118 8517 8236 12486 48 -1297 -2634 O +ATOM 943 OE2 GLU A 118 78.457 7.743 85.056 1.00 65.69 O +ANISOU 943 OE2 GLU A 118 7176 6265 11517 -141 -1203 -2242 O +ATOM 944 N ILE A 119 77.235 3.952 82.769 1.00 56.02 N +ANISOU 944 N ILE A 119 6604 5711 8972 -245 -1257 -1077 N +ATOM 945 CA ILE A 119 78.167 3.697 81.676 1.00 53.76 C +ANISOU 945 CA ILE A 119 6470 5287 8669 -335 -1200 -808 C +ATOM 946 C ILE A 119 78.866 5.020 81.392 1.00 67.03 C +ANISOU 946 C ILE A 119 8061 6577 10831 -355 -1097 -848 C +ATOM 947 O ILE A 119 78.240 5.959 80.884 1.00 81.63 O +ANISOU 947 O ILE A 119 9913 8159 12945 -278 -1079 -711 O +ATOM 948 CB ILE A 119 77.466 3.157 80.420 1.00 48.17 C +ANISOU 948 CB ILE A 119 5951 4601 7752 -321 -1237 -427 C +ATOM 949 CG1 ILE A 119 76.722 1.860 80.754 1.00 46.20 C +ANISOU 949 CG1 ILE A 119 5747 4686 7120 -340 -1312 -439 C +ATOM 950 CG2 ILE A 119 78.476 2.920 79.301 1.00 45.20 C +ANISOU 950 CG2 ILE A 119 5753 4104 7318 -395 -1140 -166 C +ATOM 951 CD1 ILE A 119 75.894 1.296 79.613 1.00 43.54 C +ANISOU 951 CD1 ILE A 119 5534 4405 6603 -324 -1398 -171 C +ATOM 952 N LEU A 120 80.158 5.100 81.719 1.00 71.50 N +ANISOU 952 N LEU A 120 8536 7088 11541 -452 -1026 -1045 N +ATOM 953 CA LEU A 120 80.846 6.388 81.716 1.00 74.22 C +ANISOU 953 CA LEU A 120 8721 7042 12436 -511 -902 -1198 C +ATOM 954 C LEU A 120 80.878 7.003 80.322 1.00 79.04 C +ANISOU 954 C LEU A 120 9500 7274 13259 -545 -720 -765 C +ATOM 955 O LEU A 120 80.447 8.145 80.129 1.00 82.44 O +ANISOU 955 O LEU A 120 9909 7345 14068 -489 -655 -709 O +ATOM 956 CB LEU A 120 82.265 6.227 82.269 1.00 66.76 C +ANISOU 956 CB LEU A 120 7600 6151 11616 -619 -875 -1528 C +ATOM 957 CG LEU A 120 82.388 5.838 83.744 1.00 59.55 C +ANISOU 957 CG LEU A 120 6527 5584 10514 -530 -1071 -2001 C +ATOM 958 CD1 LEU A 120 83.853 5.779 84.161 1.00 65.71 C +ANISOU 958 CD1 LEU A 120 7099 6401 11468 -600 -1089 -2348 C +ATOM 959 CD2 LEU A 120 81.621 6.794 84.649 1.00 58.72 C +ANISOU 959 CD2 LEU A 120 6268 5410 10632 -429 -1141 -2324 C +ATOM 960 N HIS A 121 81.392 6.268 79.338 1.00 82.18 N +ANISOU 960 N HIS A 121 10089 7735 13401 -612 -623 -448 N +ATOM 961 CA HIS A 121 81.539 6.786 77.987 1.00 81.56 C +ANISOU 961 CA HIS A 121 10222 7333 13434 -625 -413 -11 C +ATOM 962 C HIS A 121 80.942 5.807 76.986 1.00 88.71 C +ANISOU 962 C HIS A 121 11418 8487 13800 -534 -497 367 C +ATOM 963 O HIS A 121 80.823 4.608 77.250 1.00100.06 O +ANISOU 963 O HIS A 121 12873 10300 14845 -540 -644 279 O +ATOM 964 CB HIS A 121 83.012 7.046 77.639 1.00 85.47 C +ANISOU 964 CB HIS A 121 10643 7601 14230 -821 -119 -31 C +ATOM 965 CG HIS A 121 83.736 7.878 78.651 1.00 84.86 C +ANISOU 965 CG HIS A 121 10219 7315 14708 -938 -66 -503 C +ATOM 966 ND1 HIS A 121 84.468 7.328 79.680 1.00 82.28 N +ANISOU 966 ND1 HIS A 121 9632 7270 14359 -995 -200 -970 N +ATOM 967 CD2 HIS A 121 83.842 9.221 78.790 1.00 86.86 C +ANISOU 967 CD2 HIS A 121 10342 7098 15565 -993 91 -608 C +ATOM 968 CE1 HIS A 121 84.994 8.295 80.410 1.00 85.11 C +ANISOU 968 CE1 HIS A 121 9689 7378 15269 -1081 -156 -1382 C +ATOM 969 NE2 HIS A 121 84.629 9.453 79.892 1.00 87.38 N +ANISOU 969 NE2 HIS A 121 10041 7186 15972 -1102 36 -1181 N +ATOM 970 N GLY A 122 80.568 6.339 75.828 1.00 82.77 N +ANISOU 970 N GLY A 122 10908 7506 13033 -434 -404 782 N +ATOM 971 CA GLY A 122 80.033 5.536 74.750 1.00 75.04 C +ANISOU 971 CA GLY A 122 10213 6749 11548 -320 -499 1117 C +ATOM 972 C GLY A 122 78.525 5.366 74.833 1.00 66.65 C +ANISOU 972 C GLY A 122 9156 5879 10290 -123 -816 1121 C +ATOM 973 O GLY A 122 77.898 5.558 75.874 1.00 66.00 O +ANISOU 973 O GLY A 122 8843 5857 10378 -100 -957 827 O +ATOM 974 N ALA A 123 77.944 4.997 73.698 1.00 69.78 N +ANISOU 974 N ALA A 123 9805 6389 10317 30 -924 1433 N +ATOM 975 CA ALA A 123 76.514 4.769 73.576 1.00 64.84 C +ANISOU 975 CA ALA A 123 9160 5969 9506 226 -1245 1427 C +ATOM 976 C ALA A 123 76.223 3.271 73.703 1.00 59.04 C +ANISOU 976 C ALA A 123 8385 5658 8388 134 -1408 1253 C +ATOM 977 O ALA A 123 77.076 2.494 74.146 1.00 55.08 O +ANISOU 977 O ALA A 123 7849 5269 7809 -60 -1290 1106 O +ATOM 978 CB ALA A 123 76.027 5.366 72.251 1.00 60.03 C +ANISOU 978 CB ALA A 123 8845 5221 8744 497 -1308 1843 C +ATOM 979 N VAL A 124 75.019 2.854 73.310 1.00 63.30 N +ANISOU 979 N VAL A 124 8917 6414 8719 281 -1686 1254 N +ATOM 980 CA VAL A 124 74.579 1.471 73.452 1.00 61.04 C +ANISOU 980 CA VAL A 124 8563 6473 8157 176 -1831 1061 C +ATOM 981 C VAL A 124 73.861 1.050 72.178 1.00 73.10 C +ANISOU 981 C VAL A 124 10255 8172 9346 354 -2072 1211 C +ATOM 982 O VAL A 124 73.221 1.864 71.506 1.00 86.62 O +ANISOU 982 O VAL A 124 12038 9805 11068 614 -2228 1389 O +ATOM 983 CB VAL A 124 73.659 1.294 74.682 1.00 48.81 C +ANISOU 983 CB VAL A 124 6691 5053 6804 116 -1923 735 C +ATOM 984 CG1 VAL A 124 73.246 -0.163 74.850 1.00 48.53 C +ANISOU 984 CG1 VAL A 124 6600 5306 6533 -31 -2001 561 C +ATOM 985 CG2 VAL A 124 74.349 1.802 75.941 1.00 57.91 C +ANISOU 985 CG2 VAL A 124 7701 6065 8237 -3 -1721 558 C +ATOM 986 N ARG A 125 73.967 -0.237 71.846 1.00 67.60 N +ANISOU 986 N ARG A 125 9626 7712 8346 240 -2124 1120 N +ATOM 987 CA ARG A 125 73.320 -0.782 70.658 1.00 67.17 C +ANISOU 987 CA ARG A 125 9709 7866 7947 396 -2384 1170 C +ATOM 988 C ARG A 125 72.717 -2.144 70.966 1.00 70.47 C +ANISOU 988 C ARG A 125 9953 8532 8289 226 -2522 853 C +ATOM 989 O ARG A 125 73.411 -3.039 71.459 1.00 49.66 O +ANISOU 989 O ARG A 125 7336 5913 5620 0 -2345 747 O +ATOM 990 CB ARG A 125 74.306 -0.899 69.491 1.00 65.42 C +ANISOU 990 CB ARG A 125 9862 7626 7369 463 -2254 1442 C +ATOM 991 CG ARG A 125 73.752 -1.661 68.299 1.00 68.24 C +ANISOU 991 CG ARG A 125 10379 8256 7293 619 -2531 1420 C +ATOM 992 CD ARG A 125 74.519 -1.347 67.026 1.00 79.13 C +ANISOU 992 CD ARG A 125 12174 9607 8286 802 -2406 1764 C +ATOM 993 NE ARG A 125 74.393 -2.407 66.028 1.00 77.04 N +ANISOU 993 NE ARG A 125 12079 9636 7555 872 -2589 1654 N +ATOM 994 CZ ARG A 125 73.318 -2.604 65.270 1.00 75.75 C +ANISOU 994 CZ ARG A 125 11928 9718 7135 1116 -3001 1552 C +ATOM 995 NH1 ARG A 125 72.255 -1.819 65.393 1.00 82.87 N +ANISOU 995 NH1 ARG A 125 12669 10610 8207 1328 -3276 1564 N +ATOM 996 NH2 ARG A 125 73.303 -3.595 64.389 1.00 77.29 N +ANISOU 996 NH2 ARG A 125 12273 10177 6916 1164 -3158 1394 N +ATOM 997 N PHE A 126 71.428 -2.290 70.669 1.00 62.12 N +ANISOU 997 N PHE A 126 8718 7646 7237 344 -2834 693 N +ATOM 998 CA PHE A 126 70.712 -3.556 70.765 1.00 64.75 C +ANISOU 998 CA PHE A 126 8868 8189 7545 180 -2974 375 C +ATOM 999 C PHE A 126 70.097 -3.862 69.408 1.00 71.65 C +ANISOU 999 C PHE A 126 9831 9274 8118 394 -3330 332 C +ATOM 1000 O PHE A 126 69.453 -2.994 68.811 1.00 74.85 O +ANISOU 1000 O PHE A 126 10229 9723 8486 702 -3584 429 O +ATOM 1001 CB PHE A 126 69.614 -3.491 71.829 1.00 65.93 C +ANISOU 1001 CB PHE A 126 8609 8373 8071 85 -3006 114 C +ATOM 1002 CG PHE A 126 70.078 -3.841 73.212 1.00 59.90 C +ANISOU 1002 CG PHE A 126 7757 7509 7495 -186 -2677 33 C +ATOM 1003 CD1 PHE A 126 70.922 -2.998 73.915 1.00 48.50 C +ANISOU 1003 CD1 PHE A 126 6390 5885 6154 -175 -2453 183 C +ATOM 1004 CD2 PHE A 126 69.650 -5.009 73.816 1.00 51.18 C +ANISOU 1004 CD2 PHE A 126 6497 6484 6464 -438 -2592 -203 C +ATOM 1005 CE1 PHE A 126 71.338 -3.323 75.193 1.00 51.18 C +ANISOU 1005 CE1 PHE A 126 6662 6181 6604 -370 -2200 82 C +ATOM 1006 CE2 PHE A 126 70.056 -5.335 75.091 1.00 47.67 C +ANISOU 1006 CE2 PHE A 126 6027 5963 6123 -634 -2292 -239 C +ATOM 1007 CZ PHE A 126 70.900 -4.492 75.782 1.00 57.05 C +ANISOU 1007 CZ PHE A 126 7301 7026 7349 -579 -2121 -104 C +ATOM 1008 N SER A 127 70.289 -5.088 68.919 1.00 77.82 N +ANISOU 1008 N SER A 127 10704 10187 8677 263 -3369 169 N +ATOM 1009 CA SER A 127 69.767 -5.439 67.604 1.00 86.56 C +ANISOU 1009 CA SER A 127 11907 11530 9453 479 -3732 67 C +ATOM 1010 C SER A 127 69.648 -6.951 67.463 1.00 89.49 C +ANISOU 1010 C SER A 127 12209 12014 9777 240 -3780 -285 C +ATOM 1011 O SER A 127 70.581 -7.683 67.804 1.00 97.35 O +ANISOU 1011 O SER A 127 13354 12891 10742 15 -3490 -261 O +ATOM 1012 CB SER A 127 70.670 -4.875 66.499 1.00 92.24 C +ANISOU 1012 CB SER A 127 13083 12242 9723 744 -3691 433 C +ATOM 1013 OG SER A 127 70.338 -5.423 65.237 1.00 98.43 O +ANISOU 1013 OG SER A 127 14021 13292 10084 946 -4013 304 O +ATOM 1014 N ASN A 128 68.501 -7.403 66.945 1.00 83.17 N +ANISOU 1014 N ASN A 128 11169 11430 9001 304 -4159 -632 N +ATOM 1015 CA ASN A 128 68.298 -8.787 66.500 1.00 76.29 C +ANISOU 1015 CA ASN A 128 10248 10670 8068 129 -4281 -1014 C +ATOM 1016 C ASN A 128 68.302 -9.793 67.658 1.00 72.46 C +ANISOU 1016 C ASN A 128 9555 9990 7988 -310 -3967 -1209 C +ATOM 1017 O ASN A 128 68.885 -10.875 67.549 1.00 83.01 O +ANISOU 1017 O ASN A 128 11046 11248 9248 -497 -3828 -1318 O +ATOM 1018 CB ASN A 128 69.344 -9.186 65.449 1.00 76.21 C +ANISOU 1018 CB ASN A 128 10691 10723 7544 251 -4252 -890 C +ATOM 1019 CG ASN A 128 68.775 -9.250 64.057 1.00 88.58 C +ANISOU 1019 CG ASN A 128 12297 12592 8767 545 -4581 -1043 C +ATOM 1020 OD1 ASN A 128 68.020 -10.164 63.724 1.00 90.05 O +ANISOU 1020 OD1 ASN A 128 12235 12908 9071 435 -4742 -1462 O +ATOM 1021 ND2 ASN A 128 69.156 -8.298 63.223 1.00 93.88 N +ANISOU 1021 ND2 ASN A 128 13273 13349 9047 894 -4587 -679 N +ATOM 1022 N ASN A 129 67.624 -9.451 68.763 1.00 62.14 N +ANISOU 1022 N ASN A 129 7910 8596 7103 -453 -3845 -1253 N +ATOM 1023 CA ASN A 129 67.482 -10.341 69.917 1.00 62.70 C +ANISOU 1023 CA ASN A 129 7795 8487 7541 -842 -3521 -1404 C +ATOM 1024 C ASN A 129 66.000 -10.659 70.094 1.00 79.87 C +ANISOU 1024 C ASN A 129 9468 10759 10120 -977 -3690 -1817 C +ATOM 1025 O ASN A 129 65.307 -10.024 70.904 1.00 85.20 O +ANISOU 1025 O ASN A 129 9838 11433 11100 -998 -3609 -1829 O +ATOM 1026 CB ASN A 129 68.081 -9.719 71.179 1.00 71.38 C +ANISOU 1026 CB ASN A 129 8957 9407 8759 -912 -3144 -1102 C +ATOM 1027 CG ASN A 129 69.522 -9.293 70.983 1.00 70.77 C +ANISOU 1027 CG ASN A 129 9293 9242 8354 -776 -2997 -745 C +ATOM 1028 OD1 ASN A 129 70.425 -10.127 70.923 1.00 52.24 O +ANISOU 1028 OD1 ASN A 129 7189 6801 5859 -887 -2833 -707 O +ATOM 1029 ND2 ASN A 129 69.743 -7.990 70.882 1.00 71.86 N +ANISOU 1029 ND2 ASN A 129 9493 9388 8421 -537 -3040 -498 N +ATOM 1030 N PRO A 130 65.480 -11.644 69.354 1.00 93.72 N +ANISOU 1030 N PRO A 130 11093 12598 11917 -1076 -3918 -2205 N +ATOM 1031 CA PRO A 130 64.050 -11.957 69.482 1.00 90.33 C +ANISOU 1031 CA PRO A 130 10114 12264 11944 -1227 -4083 -2663 C +ATOM 1032 C PRO A 130 63.680 -12.542 70.832 1.00101.93 C +ANISOU 1032 C PRO A 130 11337 13496 13895 -1645 -3613 -2729 C +ATOM 1033 O PRO A 130 62.633 -12.187 71.381 1.00114.16 O +ANISOU 1033 O PRO A 130 12434 15108 15834 -1715 -3592 -2916 O +ATOM 1034 CB PRO A 130 63.814 -12.958 68.345 1.00 83.87 C +ANISOU 1034 CB PRO A 130 9321 11547 10999 -1241 -4264 -2964 C +ATOM 1035 CG PRO A 130 65.131 -13.613 68.150 1.00 83.88 C +ANISOU 1035 CG PRO A 130 9796 11386 10687 -1307 -4133 -2813 C +ATOM 1036 CD PRO A 130 66.153 -12.538 68.398 1.00 83.75 C +ANISOU 1036 CD PRO A 130 10139 11345 10336 -1069 -4022 -2300 C +ATOM 1037 N ALA A 131 64.501 -13.430 71.388 1.00 90.02 N +ANISOU 1037 N ALA A 131 10121 11719 12362 -1902 -3219 -2575 N +ATOM 1038 CA ALA A 131 64.134 -14.104 72.627 1.00 78.33 C +ANISOU 1038 CA ALA A 131 8472 9998 11292 -2285 -2746 -2611 C +ATOM 1039 C ALA A 131 64.247 -13.210 73.857 1.00 80.01 C +ANISOU 1039 C ALA A 131 8685 10183 11533 -2245 -2429 -2292 C +ATOM 1040 O ALA A 131 63.811 -13.623 74.938 1.00 88.18 O +ANISOU 1040 O ALA A 131 9563 11068 12873 -2523 -2022 -2311 O +ATOM 1041 CB ALA A 131 65.006 -15.348 72.819 1.00 67.50 C +ANISOU 1041 CB ALA A 131 7467 8326 9854 -2512 -2447 -2516 C +ATOM 1042 N LEU A 132 64.791 -12.003 73.715 1.00 71.14 N +ANISOU 1042 N LEU A 132 7732 9191 10109 -1909 -2587 -2018 N +ATOM 1043 CA LEU A 132 65.102 -11.164 74.863 1.00 67.99 C +ANISOU 1043 CA LEU A 132 7388 8746 9699 -1853 -2299 -1738 C +ATOM 1044 C LEU A 132 63.836 -10.741 75.597 1.00 63.17 C +ANISOU 1044 C LEU A 132 6288 8218 9495 -1939 -2193 -1950 C +ATOM 1045 O LEU A 132 62.780 -10.523 74.994 1.00 72.47 O +ANISOU 1045 O LEU A 132 7062 9564 10907 -1878 -2495 -2262 O +ATOM 1046 CB LEU A 132 65.880 -9.927 74.414 1.00 64.88 C +ANISOU 1046 CB LEU A 132 7234 8438 8978 -1488 -2512 -1459 C +ATOM 1047 CG LEU A 132 66.590 -9.122 75.504 1.00 63.12 C +ANISOU 1047 CG LEU A 132 7168 8130 8685 -1420 -2232 -1173 C +ATOM 1048 CD1 LEU A 132 67.639 -9.961 76.219 1.00 52.16 C +ANISOU 1048 CD1 LEU A 132 6115 6565 7140 -1588 -1894 -995 C +ATOM 1049 CD2 LEU A 132 67.222 -7.885 74.890 1.00 77.35 C +ANISOU 1049 CD2 LEU A 132 9148 9974 10266 -1088 -2454 -949 C +ATOM 1050 N CYS A 133 63.956 -10.612 76.916 1.00 63.09 N +ANISOU 1050 N CYS A 133 6308 8113 9551 -2054 -1767 -1797 N +ATOM 1051 CA CYS A 133 62.834 -10.263 77.775 1.00 72.50 C +ANISOU 1051 CA CYS A 133 7060 9377 11109 -2156 -1555 -1985 C +ATOM 1052 C CYS A 133 63.202 -9.105 78.688 1.00 72.48 C +ANISOU 1052 C CYS A 133 7144 9415 10981 -1952 -1408 -1774 C +ATOM 1053 O CYS A 133 64.242 -9.140 79.355 1.00 81.22 O +ANISOU 1053 O CYS A 133 8639 10416 11805 -1938 -1180 -1496 O +ATOM 1054 CB CYS A 133 62.400 -11.469 78.615 1.00 91.51 C +ANISOU 1054 CB CYS A 133 9385 11616 13768 -2565 -1067 -2073 C +ATOM 1055 SG CYS A 133 61.715 -12.799 77.624 1.00103.09 S +ANISOU 1055 SG CYS A 133 10615 12997 15557 -2862 -1213 -2450 S +ATOM 1056 N ASN A 134 62.351 -8.081 78.704 1.00 74.03 N +ANISOU 1056 N ASN A 134 6961 9766 11402 -1773 -1565 -1943 N +ATOM 1057 CA ASN A 134 62.287 -7.026 79.707 1.00 75.67 C +ANISOU 1057 CA ASN A 134 7091 10016 11645 -1627 -1378 -1888 C +ATOM 1058 C ASN A 134 63.324 -5.925 79.500 1.00 70.15 C +ANISOU 1058 C ASN A 134 6717 9275 10661 -1305 -1582 -1626 C +ATOM 1059 O ASN A 134 63.227 -4.891 80.162 1.00 75.53 O +ANISOU 1059 O ASN A 134 7301 9981 11418 -1138 -1513 -1635 O +ATOM 1060 CB ASN A 134 62.434 -7.561 81.145 1.00 70.63 C +ANISOU 1060 CB ASN A 134 6563 9308 10965 -1863 -810 -1809 C +ATOM 1061 CG ASN A 134 61.344 -8.537 81.514 1.00 74.46 C +ANISOU 1061 CG ASN A 134 6706 9790 11796 -2209 -485 -2046 C +ATOM 1062 OD1 ASN A 134 61.509 -9.747 81.373 1.00 73.26 O +ANISOU 1062 OD1 ASN A 134 6709 9492 11635 -2474 -329 -2006 O +ATOM 1063 ND2 ASN A 134 60.217 -8.016 81.986 1.00 84.78 N +ANISOU 1063 ND2 ASN A 134 7527 11235 13452 -2214 -358 -2311 N +ATOM 1064 N VAL A 135 64.309 -6.093 78.617 1.00 72.96 N +ANISOU 1064 N VAL A 135 7441 9555 10724 -1220 -1801 -1415 N +ATOM 1065 CA VAL A 135 65.341 -5.068 78.498 1.00 60.95 C +ANISOU 1065 CA VAL A 135 6212 7956 8990 -966 -1906 -1166 C +ATOM 1066 C VAL A 135 64.788 -3.811 77.839 1.00 62.76 C +ANISOU 1066 C VAL A 135 6250 8228 9369 -647 -2240 -1203 C +ATOM 1067 O VAL A 135 65.286 -2.706 78.088 1.00 75.07 O +ANISOU 1067 O VAL A 135 7914 9688 10920 -448 -2240 -1068 O +ATOM 1068 CB VAL A 135 66.562 -5.610 77.734 1.00 63.95 C +ANISOU 1068 CB VAL A 135 7020 8245 9034 -974 -1988 -935 C +ATOM 1069 CG1 VAL A 135 67.595 -4.506 77.528 1.00 66.43 C +ANISOU 1069 CG1 VAL A 135 7583 8457 9199 -738 -2065 -697 C +ATOM 1070 CG2 VAL A 135 67.185 -6.772 78.495 1.00 60.37 C +ANISOU 1070 CG2 VAL A 135 6781 7714 8443 -1229 -1660 -877 C +ATOM 1071 N GLU A 136 63.763 -3.944 76.992 1.00 61.42 N +ANISOU 1071 N GLU A 136 5796 8189 9352 -574 -2543 -1398 N +ATOM 1072 CA GLU A 136 63.175 -2.763 76.372 1.00 62.71 C +ANISOU 1072 CA GLU A 136 5787 8393 9646 -209 -2892 -1420 C +ATOM 1073 C GLU A 136 62.586 -1.817 77.405 1.00 72.94 C +ANISOU 1073 C GLU A 136 6782 9675 11259 -116 -2732 -1555 C +ATOM 1074 O GLU A 136 62.431 -0.623 77.124 1.00101.76 O +ANISOU 1074 O GLU A 136 10396 13259 15008 217 -2942 -1492 O +ATOM 1075 CB GLU A 136 62.096 -3.167 75.360 1.00 77.86 C +ANISOU 1075 CB GLU A 136 7401 10508 11676 -124 -3284 -1678 C +ATOM 1076 CG GLU A 136 60.702 -3.422 75.947 1.00 96.33 C +ANISOU 1076 CG GLU A 136 9138 12998 14464 -257 -3220 -2099 C +ATOM 1077 CD GLU A 136 60.655 -4.637 76.846 1.00114.77 C +ANISOU 1077 CD GLU A 136 11394 15309 16903 -723 -2766 -2230 C +ATOM 1078 OE1 GLU A 136 61.535 -5.512 76.714 1.00119.35 O +ANISOU 1078 OE1 GLU A 136 12348 15790 17211 -923 -2634 -2058 O +ATOM 1079 OE2 GLU A 136 59.731 -4.716 77.683 1.00119.40 O +ANISOU 1079 OE2 GLU A 136 11552 15964 17851 -877 -2519 -2496 O +ATOM 1080 N SER A 137 62.250 -2.326 78.588 1.00 63.80 N +ANISOU 1080 N SER A 137 5427 8563 10252 -388 -2346 -1733 N +ATOM 1081 CA SER A 137 61.634 -1.526 79.634 1.00 65.45 C +ANISOU 1081 CA SER A 137 5331 8799 10740 -313 -2147 -1915 C +ATOM 1082 C SER A 137 62.632 -0.654 80.384 1.00 81.81 C +ANISOU 1082 C SER A 137 7695 10711 12680 -206 -1969 -1735 C +ATOM 1083 O SER A 137 62.218 0.141 81.234 1.00 78.22 O +ANISOU 1083 O SER A 137 7022 10262 12434 -101 -1825 -1902 O +ATOM 1084 CB SER A 137 60.917 -2.443 80.620 1.00 66.98 C +ANISOU 1084 CB SER A 137 5238 9113 11098 -648 -1739 -2157 C +ATOM 1085 OG SER A 137 61.835 -3.130 81.453 1.00 64.04 O +ANISOU 1085 OG SER A 137 5228 8666 10438 -886 -1357 -1977 O +ATOM 1086 N ILE A 138 63.919 -0.778 80.094 1.00 66.71 N +ANISOU 1086 N ILE A 138 6234 8661 10453 -230 -1977 -1448 N +ATOM 1087 CA ILE A 138 64.945 -0.038 80.817 1.00 67.24 C +ANISOU 1087 CA ILE A 138 6543 8579 10427 -164 -1814 -1334 C +ATOM 1088 C ILE A 138 65.013 1.389 80.300 1.00 71.94 C +ANISOU 1088 C ILE A 138 7139 8994 11203 164 -2054 -1260 C +ATOM 1089 O ILE A 138 64.944 1.638 79.089 1.00 85.11 O +ANISOU 1089 O ILE A 138 8889 10598 12850 340 -2359 -1095 O +ATOM 1090 CB ILE A 138 66.306 -0.752 80.682 1.00 60.82 C +ANISOU 1090 CB ILE A 138 6158 7689 9262 -316 -1729 -1091 C +ATOM 1091 CG1 ILE A 138 66.273 -2.112 81.392 1.00 59.80 C +ANISOU 1091 CG1 ILE A 138 6068 7683 8970 -608 -1446 -1145 C +ATOM 1092 CG2 ILE A 138 67.443 0.117 81.218 1.00 56.70 C +ANISOU 1092 CG2 ILE A 138 5846 7004 8692 -220 -1642 -1007 C +ATOM 1093 CD1 ILE A 138 65.911 -2.049 82.873 1.00 58.73 C +ANISOU 1093 CD1 ILE A 138 5791 7644 8880 -676 -1104 -1328 C +ATOM 1094 N GLN A 139 65.147 2.335 81.228 1.00 73.52 N +ANISOU 1094 N GLN A 139 7267 9097 11570 263 -1906 -1383 N +ATOM 1095 CA GLN A 139 65.385 3.737 80.890 1.00 76.02 C +ANISOU 1095 CA GLN A 139 7629 9150 12103 550 -2063 -1305 C +ATOM 1096 C GLN A 139 66.891 3.953 80.883 1.00 83.56 C +ANISOU 1096 C GLN A 139 8960 9895 12893 483 -1971 -1093 C +ATOM 1097 O GLN A 139 67.522 4.044 81.938 1.00 82.08 O +ANISOU 1097 O GLN A 139 8810 9701 12675 381 -1752 -1232 O +ATOM 1098 CB GLN A 139 64.709 4.670 81.886 1.00 69.82 C +ANISOU 1098 CB GLN A 139 6533 8346 11648 694 -1955 -1617 C +ATOM 1099 CG GLN A 139 63.242 4.397 82.125 1.00 65.58 C +ANISOU 1099 CG GLN A 139 5554 8053 11312 721 -1958 -1898 C +ATOM 1100 CD GLN A 139 62.625 5.408 83.068 1.00 86.99 C +ANISOU 1100 CD GLN A 139 7961 10735 14356 902 -1839 -2220 C +ATOM 1101 OE1 GLN A 139 62.525 6.592 82.747 1.00103.10 O +ANISOU 1101 OE1 GLN A 139 9965 12532 16676 1202 -2024 -2215 O +ATOM 1102 NE2 GLN A 139 62.222 4.949 84.246 1.00 88.67 N +ANISOU 1102 NE2 GLN A 139 7978 11179 14532 731 -1504 -2495 N +ATOM 1103 N TRP A 140 67.472 4.038 79.690 1.00 88.50 N +ANISOU 1103 N TRP A 140 9854 10368 13406 553 -2137 -777 N +ATOM 1104 CA TRP A 140 68.912 4.206 79.568 1.00 83.75 C +ANISOU 1104 CA TRP A 140 9568 9565 12689 469 -2024 -582 C +ATOM 1105 C TRP A 140 69.365 5.640 79.805 1.00 93.42 C +ANISOU 1105 C TRP A 140 10805 10444 14247 622 -1975 -591 C +ATOM 1106 O TRP A 140 70.574 5.887 79.865 1.00 92.46 O +ANISOU 1106 O TRP A 140 10870 10135 14126 527 -1844 -506 O +ATOM 1107 CB TRP A 140 69.357 3.732 78.188 1.00 72.52 C +ANISOU 1107 CB TRP A 140 8430 8117 11007 478 -2159 -245 C +ATOM 1108 CG TRP A 140 69.075 2.282 77.978 1.00 72.00 C +ANISOU 1108 CG TRP A 140 8367 8344 10644 298 -2192 -279 C +ATOM 1109 CD1 TRP A 140 67.921 1.731 77.503 1.00 76.58 C +ANISOU 1109 CD1 TRP A 140 8767 9129 11202 339 -2386 -368 C +ATOM 1110 CD2 TRP A 140 69.957 1.191 78.255 1.00 66.88 C +ANISOU 1110 CD2 TRP A 140 7892 7791 9727 51 -2029 -258 C +ATOM 1111 NE1 TRP A 140 68.034 0.363 77.456 1.00 73.37 N +ANISOU 1111 NE1 TRP A 140 8419 8906 10552 103 -2329 -405 N +ATOM 1112 CE2 TRP A 140 69.275 0.006 77.916 1.00 63.10 C +ANISOU 1112 CE2 TRP A 140 7356 7535 9086 -61 -2109 -317 C +ATOM 1113 CE3 TRP A 140 71.259 1.102 78.755 1.00 63.46 C +ANISOU 1113 CE3 TRP A 140 7636 7270 9204 -70 -1839 -220 C +ATOM 1114 CZ2 TRP A 140 69.853 -1.253 78.060 1.00 62.76 C +ANISOU 1114 CZ2 TRP A 140 7467 7585 8795 -283 -1983 -304 C +ATOM 1115 CZ3 TRP A 140 71.830 -0.147 78.897 1.00 59.47 C +ANISOU 1115 CZ3 TRP A 140 7272 6899 8426 -257 -1746 -208 C +ATOM 1116 CH2 TRP A 140 71.128 -1.308 78.551 1.00 64.09 C +ANISOU 1116 CH2 TRP A 140 7836 7663 8851 -359 -1808 -232 C +ATOM 1117 N ARG A 141 68.432 6.584 79.945 1.00100.15 N +ANISOU 1117 N ARG A 141 11438 11189 15425 855 -2070 -720 N +ATOM 1118 CA ARG A 141 68.811 7.950 80.287 1.00 96.99 C +ANISOU 1118 CA ARG A 141 11030 10415 15408 992 -2001 -783 C +ATOM 1119 C ARG A 141 69.519 8.005 81.633 1.00 87.85 C +ANISOU 1119 C ARG A 141 9792 9289 14299 815 -1777 -1113 C +ATOM 1120 O ARG A 141 70.410 8.837 81.834 1.00 83.16 O +ANISOU 1120 O ARG A 141 9274 8382 13942 806 -1683 -1150 O +ATOM 1121 CB ARG A 141 67.572 8.848 80.301 1.00105.33 C +ANISOU 1121 CB ARG A 141 11832 11378 16812 1299 -2152 -918 C +ATOM 1122 CG ARG A 141 67.763 10.171 79.583 1.00117.04 C +ANISOU 1122 CG ARG A 141 13472 12371 18626 1566 -2226 -677 C +ATOM 1123 CD ARG A 141 66.471 10.970 79.503 1.00126.42 C +ANISOU 1123 CD ARG A 141 14413 13479 20141 1929 -2427 -792 C +ATOM 1124 NE ARG A 141 66.207 11.727 80.726 1.00127.54 N +ANISOU 1124 NE ARG A 141 14273 13521 20665 1972 -2291 -1226 N +ATOM 1125 CZ ARG A 141 65.358 11.362 81.685 1.00120.70 C +ANISOU 1125 CZ ARG A 141 13046 13001 19815 1942 -2243 -1639 C +ATOM 1126 NH1 ARG A 141 64.663 10.236 81.589 1.00119.67 N +ANISOU 1126 NH1 ARG A 141 12765 13310 19395 1837 -2305 -1677 N +ATOM 1127 NH2 ARG A 141 65.200 12.136 82.750 1.00116.36 N +ANISOU 1127 NH2 ARG A 141 12279 12344 19589 2010 -2106 -2036 N +ATOM 1128 N ASP A 142 69.142 7.124 82.563 1.00 79.14 N +ANISOU 1128 N ASP A 142 8542 8558 12971 681 -1686 -1364 N +ATOM 1129 CA ASP A 142 69.780 7.085 83.873 1.00 57.96 C +ANISOU 1129 CA ASP A 142 5819 5976 10226 565 -1503 -1677 C +ATOM 1130 C ASP A 142 71.141 6.404 83.825 1.00 68.12 C +ANISOU 1130 C ASP A 142 7355 7288 11237 368 -1440 -1547 C +ATOM 1131 O ASP A 142 72.008 6.701 84.654 1.00 74.17 O +ANISOU 1131 O ASP A 142 8124 8022 12035 325 -1357 -1779 O +ATOM 1132 CB ASP A 142 68.872 6.360 84.869 1.00 58.77 C +ANISOU 1132 CB ASP A 142 5728 6467 10136 518 -1382 -1936 C +ATOM 1133 CG ASP A 142 69.455 6.313 86.268 1.00 70.47 C +ANISOU 1133 CG ASP A 142 7210 8105 11461 462 -1205 -2258 C +ATOM 1134 OD1 ASP A 142 70.464 5.607 86.474 1.00 77.30 O +ANISOU 1134 OD1 ASP A 142 8286 9063 12023 323 -1163 -2182 O +ATOM 1135 OD2 ASP A 142 68.891 6.970 87.168 1.00 60.92 O +ANISOU 1135 OD2 ASP A 142 5789 6945 10412 585 -1122 -2605 O +ATOM 1136 N ILE A 143 71.345 5.499 82.873 1.00 71.11 N +ANISOU 1136 N ILE A 143 7924 7739 11358 270 -1496 -1222 N +ATOM 1137 CA ILE A 143 72.570 4.706 82.810 1.00 71.46 C +ANISOU 1137 CA ILE A 143 8182 7840 11127 99 -1434 -1110 C +ATOM 1138 C ILE A 143 73.605 5.355 81.901 1.00 68.92 C +ANISOU 1138 C ILE A 143 8017 7184 10984 96 -1438 -891 C +ATOM 1139 O ILE A 143 74.783 5.451 82.253 1.00 72.05 O +ANISOU 1139 O ILE A 143 8456 7503 11417 3 -1354 -987 O +ATOM 1140 CB ILE A 143 72.232 3.273 82.344 1.00 74.15 C +ANISOU 1140 CB ILE A 143 8637 8440 11095 -17 -1457 -923 C +ATOM 1141 CG1 ILE A 143 71.274 2.599 83.331 1.00 60.17 C +ANISOU 1141 CG1 ILE A 143 6712 6963 9185 -59 -1364 -1133 C +ATOM 1142 CG2 ILE A 143 73.498 2.435 82.201 1.00 77.37 C +ANISOU 1142 CG2 ILE A 143 9271 8887 11238 -157 -1404 -802 C +ATOM 1143 CD1 ILE A 143 70.506 1.447 82.732 1.00 56.44 C +ANISOU 1143 CD1 ILE A 143 6255 6662 8527 -162 -1396 -989 C +ATOM 1144 N VAL A 144 73.187 5.808 80.729 1.00 61.46 N +ANISOU 1144 N VAL A 144 7157 6043 10153 208 -1526 -602 N +ATOM 1145 CA VAL A 144 74.103 6.334 79.724 1.00 70.60 C +ANISOU 1145 CA VAL A 144 8520 6881 11425 203 -1467 -310 C +ATOM 1146 C VAL A 144 74.233 7.839 79.898 1.00 85.08 C +ANISOU 1146 C VAL A 144 10271 8294 13761 310 -1400 -386 C +ATOM 1147 O VAL A 144 73.259 8.535 80.210 1.00 96.19 O +ANISOU 1147 O VAL A 144 11522 9626 15401 486 -1484 -517 O +ATOM 1148 CB VAL A 144 73.619 5.969 78.308 1.00 61.13 C +ANISOU 1148 CB VAL A 144 7526 5707 9996 304 -1590 80 C +ATOM 1149 CG1 VAL A 144 74.446 6.685 77.242 1.00 69.17 C +ANISOU 1149 CG1 VAL A 144 8792 6364 11125 344 -1476 429 C +ATOM 1150 CG2 VAL A 144 73.691 4.463 78.107 1.00 50.61 C +ANISOU 1150 CG2 VAL A 144 6281 4729 8218 162 -1630 117 C +ATOM 1151 N SER A 145 75.448 8.344 79.690 1.00 79.09 N +ANISOU 1151 N SER A 145 9598 7237 13215 197 -1230 -326 N +ATOM 1152 CA SER A 145 75.709 9.770 79.819 1.00 82.53 C +ANISOU 1152 CA SER A 145 9964 7192 14201 253 -1119 -404 C +ATOM 1153 C SER A 145 74.881 10.562 78.814 1.00 72.23 C +ANISOU 1153 C SER A 145 8812 5584 13049 500 -1177 -38 C +ATOM 1154 O SER A 145 74.617 10.111 77.696 1.00 80.00 O +ANISOU 1154 O SER A 145 10033 6648 13715 588 -1245 366 O +ATOM 1155 CB SER A 145 77.198 10.052 79.616 1.00 90.25 C +ANISOU 1155 CB SER A 145 10995 7895 15399 44 -887 -377 C +ATOM 1156 OG SER A 145 77.448 11.442 79.502 1.00 96.86 O +ANISOU 1156 OG SER A 145 11804 8175 16821 73 -732 -375 O +ATOM 1157 N SER A 146 74.478 11.767 79.223 1.00 75.10 N +ANISOU 1157 N SER A 146 9045 5592 13897 644 -1167 -199 N +ATOM 1158 CA SER A 146 73.630 12.613 78.393 1.00 85.53 C +ANISOU 1158 CA SER A 146 10502 6594 15402 947 -1252 124 C +ATOM 1159 C SER A 146 74.335 13.127 77.145 1.00 93.81 C +ANISOU 1159 C SER A 146 11906 7207 16529 964 -1062 652 C +ATOM 1160 O SER A 146 73.683 13.764 76.310 1.00105.50 O +ANISOU 1160 O SER A 146 13586 8426 18071 1262 -1139 1014 O +ATOM 1161 CB SER A 146 73.111 13.793 79.214 1.00 91.18 C +ANISOU 1161 CB SER A 146 10986 6991 16668 1101 -1262 -215 C +ATOM 1162 OG SER A 146 74.133 14.334 80.034 1.00 87.23 O +ANISOU 1162 OG SER A 146 10345 6234 16563 878 -1055 -569 O +ATOM 1163 N ASP A 147 75.636 12.877 76.993 1.00 97.59 N +ANISOU 1163 N ASP A 147 12472 7604 17002 677 -805 710 N +ATOM 1164 CA ASP A 147 76.351 13.284 75.792 1.00 98.59 C +ANISOU 1164 CA ASP A 147 12947 7346 17168 664 -545 1228 C +ATOM 1165 C ASP A 147 76.245 12.266 74.663 1.00 87.87 C +ANISOU 1165 C ASP A 147 11888 6347 15153 733 -629 1643 C +ATOM 1166 O ASP A 147 76.519 12.616 73.509 1.00 92.00 O +ANISOU 1166 O ASP A 147 12771 6602 15584 835 -458 2150 O +ATOM 1167 CB ASP A 147 77.830 13.523 76.110 1.00 99.69 C +ANISOU 1167 CB ASP A 147 12991 7220 17667 310 -191 1063 C +ATOM 1168 CG ASP A 147 78.035 14.588 77.168 1.00109.04 C +ANISOU 1168 CG ASP A 147 13875 8011 19543 231 -106 604 C +ATOM 1169 OD1 ASP A 147 77.150 15.455 77.326 1.00113.16 O +ANISOU 1169 OD1 ASP A 147 14379 8257 20360 475 -212 587 O +ATOM 1170 OD2 ASP A 147 79.088 14.562 77.838 1.00108.62 O +ANISOU 1170 OD2 ASP A 147 13589 7930 19753 -58 48 227 O +ATOM 1171 N PHE A 148 75.853 11.027 74.961 1.00 78.84 N +ANISOU 1171 N PHE A 148 10624 5783 13550 687 -868 1439 N +ATOM 1172 CA PHE A 148 75.803 9.961 73.969 1.00 83.78 C +ANISOU 1172 CA PHE A 148 11495 6766 13573 722 -960 1732 C +ATOM 1173 C PHE A 148 74.386 9.474 73.691 1.00 79.45 C +ANISOU 1173 C PHE A 148 10928 6570 12691 993 -1353 1744 C +ATOM 1174 O PHE A 148 74.217 8.427 73.059 1.00 65.93 O +ANISOU 1174 O PHE A 148 9336 5228 10484 1000 -1492 1845 O +ATOM 1175 CB PHE A 148 76.668 8.783 74.421 1.00 87.75 C +ANISOU 1175 CB PHE A 148 11887 7619 13835 414 -882 1488 C +ATOM 1176 CG PHE A 148 78.124 9.113 74.552 1.00 88.73 C +ANISOU 1176 CG PHE A 148 11996 7465 14254 154 -521 1456 C +ATOM 1177 CD1 PHE A 148 78.947 9.120 73.440 1.00 90.38 C +ANISOU 1177 CD1 PHE A 148 12493 7512 14335 102 -247 1849 C +ATOM 1178 CD2 PHE A 148 78.672 9.405 75.788 1.00 92.06 C +ANISOU 1178 CD2 PHE A 148 12094 7811 15075 -32 -453 999 C +ATOM 1179 CE1 PHE A 148 80.290 9.419 73.556 1.00 89.11 C +ANISOU 1179 CE1 PHE A 148 12257 7096 14507 -160 116 1782 C +ATOM 1180 CE2 PHE A 148 80.014 9.704 75.913 1.00 90.31 C +ANISOU 1180 CE2 PHE A 148 11790 7349 15175 -274 -151 901 C +ATOM 1181 CZ PHE A 148 80.825 9.711 74.795 1.00 95.94 C +ANISOU 1181 CZ PHE A 148 12749 7880 15822 -354 147 1290 C +ATOM 1182 N LEU A 149 73.362 10.198 74.144 1.00 98.54 N +ANISOU 1182 N LEU A 149 13163 8880 15397 1216 -1537 1600 N +ATOM 1183 CA LEU A 149 71.996 9.742 73.908 1.00 98.42 C +ANISOU 1183 CA LEU A 149 13050 9214 15131 1467 -1915 1549 C +ATOM 1184 C LEU A 149 71.622 9.823 72.435 1.00 95.28 C +ANISOU 1184 C LEU A 149 13011 8804 14388 1788 -2084 2022 C +ATOM 1185 O LEU A 149 70.804 9.027 71.961 1.00100.09 O +ANISOU 1185 O LEU A 149 13589 9818 14624 1924 -2397 1990 O +ATOM 1186 CB LEU A 149 71.018 10.558 74.755 1.00 97.82 C +ANISOU 1186 CB LEU A 149 12659 9019 15489 1650 -2050 1253 C +ATOM 1187 CG LEU A 149 71.138 10.341 76.265 1.00100.90 C +ANISOU 1187 CG LEU A 149 12685 9551 16102 1391 -1942 727 C +ATOM 1188 CD1 LEU A 149 70.228 11.298 77.018 1.00102.50 C +ANISOU 1188 CD1 LEU A 149 12605 9589 16751 1604 -2030 443 C +ATOM 1189 CD2 LEU A 149 70.818 8.898 76.640 1.00100.14 C +ANISOU 1189 CD2 LEU A 149 12433 10008 15606 1204 -2044 502 C +ATOM 1190 N SER A 150 72.208 10.769 71.698 1.00 86.24 N +ANISOU 1190 N SER A 150 12212 7200 13356 1919 -1872 2454 N +ATOM 1191 CA SER A 150 71.948 10.859 70.265 1.00 97.84 C +ANISOU 1191 CA SER A 150 14103 8666 14406 2262 -2002 2955 C +ATOM 1192 C SER A 150 72.469 9.629 69.528 1.00 88.51 C +ANISOU 1192 C SER A 150 13119 7885 12624 2112 -1987 3056 C +ATOM 1193 O SER A 150 71.836 9.152 68.579 1.00101.21 O +ANISOU 1193 O SER A 150 14910 9798 13748 2386 -2292 3215 O +ATOM 1194 CB SER A 150 72.585 12.128 69.702 1.00 86.15 C +ANISOU 1194 CB SER A 150 12994 6555 13186 2395 -1673 3436 C +ATOM 1195 OG SER A 150 73.915 12.279 70.167 1.00 84.47 O +ANISOU 1195 OG SER A 150 12757 6059 13277 1977 -1199 3382 O +ATOM 1196 N ASN A 151 73.617 9.099 69.954 1.00 76.47 N +ANISOU 1196 N ASN A 151 11546 6377 11132 1700 -1660 2927 N +ATOM 1197 CA ASN A 151 74.274 8.016 69.233 1.00 85.46 C +ANISOU 1197 CA ASN A 151 12894 7822 11754 1560 -1580 3033 C +ATOM 1198 C ASN A 151 73.671 6.642 69.508 1.00 81.32 C +ANISOU 1198 C ASN A 151 12136 7846 10918 1465 -1896 2660 C +ATOM 1199 O ASN A 151 73.962 5.704 68.757 1.00 79.18 O +ANISOU 1199 O ASN A 151 12053 7854 10175 1432 -1922 2734 O +ATOM 1200 CB ASN A 151 75.767 7.988 69.581 1.00 86.26 C +ANISOU 1200 CB ASN A 151 12998 7718 12060 1179 -1110 3014 C +ATOM 1201 CG ASN A 151 76.625 8.666 68.532 1.00 98.38 C +ANISOU 1201 CG ASN A 151 14955 8894 13532 1238 -725 3528 C +ATOM 1202 OD1 ASN A 151 76.127 9.422 67.698 1.00108.20 O +ANISOU 1202 OD1 ASN A 151 16518 9930 14665 1583 -773 3940 O +ATOM 1203 ND2 ASN A 151 77.925 8.397 68.569 1.00106.49 N +ANISOU 1203 ND2 ASN A 151 15987 9844 14629 918 -327 3514 N +ATOM 1204 N MET A 152 72.851 6.491 70.548 1.00 70.96 N +ANISOU 1204 N MET A 152 10425 6674 9863 1415 -2102 2259 N +ATOM 1205 CA MET A 152 72.300 5.183 70.874 1.00 64.05 C +ANISOU 1205 CA MET A 152 9322 6256 8759 1279 -2324 1915 C +ATOM 1206 C MET A 152 71.398 4.682 69.753 1.00 80.26 C +ANISOU 1206 C MET A 152 11501 8609 10386 1558 -2697 2006 C +ATOM 1207 O MET A 152 70.695 5.457 69.099 1.00 92.76 O +ANISOU 1207 O MET A 152 13194 10106 11944 1933 -2919 2212 O +ATOM 1208 CB MET A 152 71.516 5.254 72.186 1.00 62.39 C +ANISOU 1208 CB MET A 152 8675 6109 8921 1198 -2415 1505 C +ATOM 1209 CG MET A 152 72.354 5.609 73.401 1.00 74.11 C +ANISOU 1209 CG MET A 152 10008 7388 10765 937 -2107 1316 C +ATOM 1210 SD MET A 152 71.859 4.674 74.855 1.00 62.85 S +ANISOU 1210 SD MET A 152 8188 6289 9404 696 -2135 815 S +ATOM 1211 CE MET A 152 70.105 5.025 74.882 1.00 78.03 C +ANISOU 1211 CE MET A 152 9827 8340 11482 970 -2457 657 C +ATOM 1212 N SER A 153 71.417 3.366 69.531 1.00 88.15 N +ANISOU 1212 N SER A 153 12481 9958 11054 1396 -2788 1829 N +ATOM 1213 CA SER A 153 70.649 2.742 68.447 1.00 98.58 C +ANISOU 1213 CA SER A 153 13901 11603 11952 1628 -3160 1827 C +ATOM 1214 C SER A 153 70.098 1.420 68.973 1.00 91.91 C +ANISOU 1214 C SER A 153 12731 11088 11102 1377 -3306 1380 C +ATOM 1215 O SER A 153 70.725 0.375 68.793 1.00 90.05 O +ANISOU 1215 O SER A 153 12605 10988 10624 1158 -3196 1311 O +ATOM 1216 CB SER A 153 71.521 2.523 67.221 1.00 98.61 C +ANISOU 1216 CB SER A 153 14374 11629 11463 1715 -3045 2163 C +ATOM 1217 OG SER A 153 72.463 1.482 67.451 1.00 86.15 O +ANISOU 1217 OG SER A 153 12819 10146 9769 1365 -2798 2029 O +ATOM 1218 N MET A 154 68.924 1.463 69.602 1.00 86.34 N +ANISOU 1218 N MET A 154 11626 10489 10689 1412 -3525 1079 N +ATOM 1219 CA MET A 154 68.328 0.277 70.200 1.00 69.60 C +ANISOU 1219 CA MET A 154 9170 8624 8650 1142 -3591 664 C +ATOM 1220 C MET A 154 66.910 0.064 69.688 1.00 72.46 C +ANISOU 1220 C MET A 154 9256 9255 9019 1359 -4039 410 C +ATOM 1221 O MET A 154 66.123 1.010 69.578 1.00 91.42 O +ANISOU 1221 O MET A 154 11519 11621 11594 1677 -4265 434 O +ATOM 1222 CB MET A 154 68.301 0.384 71.720 1.00 62.71 C +ANISOU 1222 CB MET A 154 7996 7641 8189 884 -3326 459 C +ATOM 1223 CG MET A 154 69.669 0.268 72.361 1.00 72.01 C +ANISOU 1223 CG MET A 154 9365 8639 9357 628 -2934 575 C +ATOM 1224 SD MET A 154 69.567 0.354 74.156 1.00 86.79 S +ANISOU 1224 SD MET A 154 10911 10454 11611 390 -2676 299 S +ATOM 1225 CE MET A 154 69.037 2.055 74.314 1.00 95.84 C +ANISOU 1225 CE MET A 154 11934 11371 13111 696 -2755 365 C +ATOM 1226 N ASP A 155 66.596 -1.196 69.397 1.00 70.27 N +ANISOU 1226 N ASP A 155 8874 9234 8593 1187 -4171 133 N +ATOM 1227 CA ASP A 155 65.265 -1.616 68.982 1.00 97.49 C +ANISOU 1227 CA ASP A 155 11970 12964 12107 1312 -4592 -226 C +ATOM 1228 C ASP A 155 65.075 -3.056 69.431 1.00 92.94 C +ANISOU 1228 C ASP A 155 11159 12516 11636 893 -4483 -599 C +ATOM 1229 O ASP A 155 65.920 -3.907 69.142 1.00 93.05 O +ANISOU 1229 O ASP A 155 11450 12522 11384 704 -4335 -543 O +ATOM 1230 CB ASP A 155 65.094 -1.506 67.465 1.00123.36 C +ANISOU 1230 CB ASP A 155 15513 16431 14928 1717 -5017 -111 C +ATOM 1231 CG ASP A 155 66.147 -2.287 66.702 1.00131.32 C +ANISOU 1231 CG ASP A 155 16956 17482 15458 1613 -4898 37 C +ATOM 1232 OD1 ASP A 155 67.337 -2.213 67.078 1.00131.02 O +ANISOU 1232 OD1 ASP A 155 17194 17215 15373 1417 -4475 309 O +ATOM 1233 OD2 ASP A 155 65.784 -2.984 65.732 1.00132.69 O +ANISOU 1233 OD2 ASP A 155 17162 17926 15329 1718 -5188 -158 O +ATOM 1234 N PHE A 156 63.976 -3.325 70.133 1.00 90.52 N +ANISOU 1234 N PHE A 156 10347 12305 11742 751 -4527 -975 N +ATOM 1235 CA PHE A 156 63.688 -4.650 70.668 1.00 79.88 C +ANISOU 1235 CA PHE A 156 8752 11015 10583 328 -4357 -1318 C +ATOM 1236 C PHE A 156 62.432 -5.188 69.999 1.00 99.31 C +ANISOU 1236 C PHE A 156 10808 13744 13183 390 -4779 -1767 C +ATOM 1237 O PHE A 156 61.367 -4.566 70.081 1.00114.69 O +ANISOU 1237 O PHE A 156 12351 15808 15419 587 -5017 -1967 O +ATOM 1238 CB PHE A 156 63.508 -4.603 72.186 1.00 72.69 C +ANISOU 1238 CB PHE A 156 7580 9970 10068 43 -3939 -1392 C +ATOM 1239 CG PHE A 156 64.582 -3.835 72.897 1.00 72.09 C +ANISOU 1239 CG PHE A 156 7812 9668 9913 57 -3612 -1032 C +ATOM 1240 CD1 PHE A 156 64.497 -2.458 73.021 1.00 63.59 C +ANISOU 1240 CD1 PHE A 156 6722 8501 8939 354 -3677 -871 C +ATOM 1241 CD2 PHE A 156 65.677 -4.486 73.437 1.00 65.16 C +ANISOU 1241 CD2 PHE A 156 7218 8655 8885 -210 -3258 -886 C +ATOM 1242 CE1 PHE A 156 65.485 -1.743 73.672 1.00 78.20 C +ANISOU 1242 CE1 PHE A 156 8815 10125 10773 346 -3386 -606 C +ATOM 1243 CE2 PHE A 156 66.664 -3.775 74.089 1.00 58.29 C +ANISOU 1243 CE2 PHE A 156 6576 7601 7971 -188 -3000 -625 C +ATOM 1244 CZ PHE A 156 66.569 -2.403 74.207 1.00 56.84 C +ANISOU 1244 CZ PHE A 156 6353 7325 7918 71 -3059 -503 C +ATOM 1245 N GLN A 157 62.560 -6.339 69.343 1.00103.25 N +ANISOU 1245 N GLN A 157 11388 14338 13506 230 -4884 -1965 N +ATOM 1246 CA GLN A 157 61.444 -6.991 68.660 1.00105.32 C +ANISOU 1246 CA GLN A 157 11329 14810 13879 223 -5085 -2361 C +ATOM 1247 C GLN A 157 61.470 -8.471 69.027 1.00105.25 C +ANISOU 1247 C GLN A 157 11209 14715 14067 -263 -4826 -2646 C +ATOM 1248 O GLN A 157 62.258 -9.243 68.471 1.00105.34 O +ANISOU 1248 O GLN A 157 11561 14691 13772 -349 -4806 -2603 O +ATOM 1249 CB GLN A 157 61.533 -6.790 67.150 1.00 98.47 C +ANISOU 1249 CB GLN A 157 10769 14132 12514 614 -5434 -2259 C +ATOM 1250 CG GLN A 157 60.339 -7.333 66.385 1.00122.25 C +ANISOU 1250 CG GLN A 157 13448 17369 15634 668 -5700 -2682 C +ATOM 1251 CD GLN A 157 60.446 -7.088 64.892 1.00134.13 C +ANISOU 1251 CD GLN A 157 15282 19078 16603 1083 -6045 -2574 C +ATOM 1252 OE1 GLN A 157 61.478 -6.632 64.399 1.00144.63 O +ANISOU 1252 OE1 GLN A 157 17117 20370 17464 1287 -6016 -2166 O +ATOM 1253 NE2 GLN A 157 59.376 -7.388 64.165 1.00121.94 N +ANISOU 1253 NE2 GLN A 157 13455 17748 15129 1212 -6349 -2944 N +ATOM 1254 N ASN A 158 60.607 -8.861 69.962 1.00103.17 N +ANISOU 1254 N ASN A 158 10482 14394 14322 -573 -4589 -2924 N +ATOM 1255 CA ASN A 158 60.500 -10.239 70.424 1.00 97.56 C +ANISOU 1255 CA ASN A 158 9650 13537 13882 -1052 -4271 -3167 C +ATOM 1256 C ASN A 158 59.165 -10.808 69.967 1.00100.44 C +ANISOU 1256 C ASN A 158 9575 14030 14559 -1115 -4394 -3598 C +ATOM 1257 O ASN A 158 58.105 -10.307 70.358 1.00103.07 O +ANISOU 1257 O ASN A 158 9470 14448 15243 -1062 -4397 -3771 O +ATOM 1258 CB ASN A 158 60.624 -10.317 71.948 1.00109.51 C +ANISOU 1258 CB ASN A 158 11027 14835 15745 -1398 -3791 -3102 C +ATOM 1259 CG ASN A 158 60.255 -11.688 72.500 1.00122.37 C +ANISOU 1259 CG ASN A 158 12488 16277 17728 -1885 -3397 -3334 C +ATOM 1260 OD1 ASN A 158 60.108 -12.657 71.755 1.00124.30 O +ANISOU 1260 OD1 ASN A 158 12767 16505 17954 -1988 -3489 -3533 O +ATOM 1261 ND2 ASN A 158 60.132 -11.777 73.818 1.00127.83 N +ANISOU 1261 ND2 ASN A 158 13028 16807 18736 -2177 -2927 -3291 N +ATOM 1262 N HIS A 159 59.221 -11.859 69.149 1.00109.87 N +ANISOU 1262 N HIS A 159 10872 15227 15645 -1220 -4492 -3798 N +ATOM 1263 CA HIS A 159 58.034 -12.593 68.743 1.00132.05 C +ANISOU 1263 CA HIS A 159 13266 18109 18797 -1335 -4585 -4254 C +ATOM 1264 C HIS A 159 57.942 -13.969 69.382 1.00144.24 C +ANISOU 1264 C HIS A 159 14700 19371 20733 -1858 -4161 -4445 C +ATOM 1265 O HIS A 159 56.882 -14.601 69.302 1.00143.91 O +ANISOU 1265 O HIS A 159 14249 19328 21102 -2024 -4137 -4834 O +ATOM 1266 CB HIS A 159 57.991 -12.733 67.214 1.00140.00 C +ANISOU 1266 CB HIS A 159 14427 19346 19421 -1014 -5062 -4407 C +ATOM 1267 CG HIS A 159 57.631 -11.463 66.509 1.00144.40 C +ANISOU 1267 CG HIS A 159 14983 20181 19702 -483 -5487 -4305 C +ATOM 1268 ND1 HIS A 159 56.340 -11.163 66.132 1.00152.58 N +ANISOU 1268 ND1 HIS A 159 15579 21413 20982 -284 -5771 -4641 N +ATOM 1269 CD2 HIS A 159 58.389 -10.407 66.129 1.00140.37 C +ANISOU 1269 CD2 HIS A 159 14870 19754 18710 -100 -5657 -3892 C +ATOM 1270 CE1 HIS A 159 56.319 -9.981 65.542 1.00154.17 C +ANISOU 1270 CE1 HIS A 159 15929 21802 20847 213 -6112 -4428 C +ATOM 1271 NE2 HIS A 159 57.550 -9.501 65.528 1.00145.72 N +ANISOU 1271 NE2 HIS A 159 15374 20656 19339 326 -6031 -3956 N +ATOM 1272 N LEU A 160 59.017 -14.452 70.007 1.00152.65 N +ANISOU 1272 N LEU A 160 16127 20176 21696 -2108 -3821 -4184 N +ATOM 1273 CA LEU A 160 58.934 -15.701 70.755 1.00155.54 C +ANISOU 1273 CA LEU A 160 16431 20213 22453 -2592 -3353 -4290 C +ATOM 1274 C LEU A 160 58.052 -15.535 71.985 1.00162.49 C +ANISOU 1274 C LEU A 160 16901 21002 23834 -2830 -2947 -4332 C +ATOM 1275 O LEU A 160 57.296 -16.444 72.346 1.00178.77 O +ANISOU 1275 O LEU A 160 18688 22892 26346 -3157 -2648 -4569 O +ATOM 1276 CB LEU A 160 60.335 -16.160 71.147 1.00151.89 C +ANISOU 1276 CB LEU A 160 16489 19487 21734 -2740 -3100 -3973 C +ATOM 1277 CG LEU A 160 61.409 -16.106 70.063 1.00147.11 C +ANISOU 1277 CG LEU A 160 16341 18988 20566 -2462 -3444 -3860 C +ATOM 1278 CD1 LEU A 160 62.469 -17.083 70.460 1.00142.73 C +ANISOU 1278 CD1 LEU A 160 16176 18089 19965 -2721 -3122 -3721 C +ATOM 1279 CD2 LEU A 160 60.907 -16.409 68.647 1.00152.55 C +ANISOU 1279 CD2 LEU A 160 16949 19909 21105 -2256 -3872 -4181 C +ATOM 1280 N GLY A 161 58.160 -14.390 72.651 1.00140.82 N +ANISOU 1280 N GLY A 161 14122 18361 21021 -2668 -2901 -4104 N +ATOM 1281 CA GLY A 161 57.142 -13.931 73.584 1.00124.16 C +ANISOU 1281 CA GLY A 161 11556 16288 19331 -2757 -2631 -4206 C +ATOM 1282 C GLY A 161 56.906 -14.798 74.802 1.00125.36 C +ANISOU 1282 C GLY A 161 11615 16144 19873 -3226 -1967 -4187 C +ATOM 1283 O GLY A 161 55.754 -14.969 75.217 1.00128.97 O +ANISOU 1283 O GLY A 161 11621 16609 20774 -3379 -1742 -4439 O +ATOM 1284 N SER A 162 57.963 -15.352 75.387 1.00110.47 N +ANISOU 1284 N SER A 162 10163 13987 17826 -3442 -1627 -3887 N +ATOM 1285 CA SER A 162 57.855 -16.005 76.684 1.00130.24 C +ANISOU 1285 CA SER A 162 12677 16201 20606 -3828 -939 -3753 C +ATOM 1286 C SER A 162 58.072 -15.031 77.837 1.00136.52 C +ANISOU 1286 C SER A 162 13478 17065 21328 -3781 -642 -3507 C +ATOM 1287 O SER A 162 58.117 -15.457 78.996 1.00150.80 O +ANISOU 1287 O SER A 162 15385 18663 23251 -4057 -31 -3325 O +ATOM 1288 CB SER A 162 58.860 -17.154 76.784 1.00134.63 C +ANISOU 1288 CB SER A 162 13733 16396 21023 -4058 -686 -3537 C +ATOM 1289 OG SER A 162 58.445 -18.285 76.046 1.00136.23 O +ANISOU 1289 OG SER A 162 13863 16454 21443 -4210 -764 -3801 O +ATOM 1290 N CYS A 163 58.184 -13.740 77.541 1.00129.20 N +ANISOU 1290 N CYS A 163 12465 16422 20202 -3417 -1045 -3496 N +ATOM 1291 CA CYS A 163 58.589 -12.753 78.531 1.00100.18 C +ANISOU 1291 CA CYS A 163 8861 12812 16389 -3313 -829 -3261 C +ATOM 1292 C CYS A 163 57.457 -12.426 79.498 1.00112.60 C +ANISOU 1292 C CYS A 163 9960 14467 18356 -3433 -431 -3425 C +ATOM 1293 O CYS A 163 56.279 -12.412 79.128 1.00121.89 O +ANISOU 1293 O CYS A 163 10693 15767 19854 -3392 -558 -3737 O +ATOM 1294 CB CYS A 163 59.052 -11.487 77.815 1.00 81.11 C +ANISOU 1294 CB CYS A 163 6578 10627 13612 -2814 -1389 -3139 C +ATOM 1295 SG CYS A 163 60.286 -11.830 76.561 1.00 83.29 S +ANISOU 1295 SG CYS A 163 7409 10850 13387 -2625 -1826 -2943 S +ATOM 1296 N GLN A 164 57.829 -12.156 80.745 1.00110.52 N +ANISOU 1296 N GLN A 164 9907 14144 17941 -3481 64 -3143 N +ATOM 1297 CA GLN A 164 56.894 -11.791 81.797 1.00115.86 C +ANISOU 1297 CA GLN A 164 10174 14913 18935 -3598 523 -3283 C +ATOM 1298 C GLN A 164 56.853 -10.275 81.969 1.00111.10 C +ANISOU 1298 C GLN A 164 9456 14569 18189 -3170 262 -3274 C +ATOM 1299 O GLN A 164 57.697 -9.538 81.455 1.00123.82 O +ANISOU 1299 O GLN A 164 11400 16231 19414 -2813 -172 -3067 O +ATOM 1300 CB GLN A 164 57.284 -12.456 83.123 1.00115.00 C +ANISOU 1300 CB GLN A 164 10453 14593 18651 -3849 1269 -2943 C +ATOM 1301 CG GLN A 164 57.665 -13.922 83.014 1.00119.98 C +ANISOU 1301 CG GLN A 164 11403 14877 19306 -4199 1537 -2807 C +ATOM 1302 CD GLN A 164 58.019 -14.527 84.360 1.00118.72 C +ANISOU 1302 CD GLN A 164 11669 14507 18931 -4380 2276 -2422 C +ATOM 1303 OE1 GLN A 164 57.782 -13.924 85.407 1.00116.32 O +ANISOU 1303 OE1 GLN A 164 11334 14349 18515 -4301 2643 -2331 O +ATOM 1304 NE2 GLN A 164 58.595 -15.723 84.338 1.00119.11 N +ANISOU 1304 NE2 GLN A 164 12145 14213 18900 -4593 2492 -2194 N +ATOM 1305 N LYS A 165 55.852 -9.816 82.714 1.00 76.73 N +ANISOU 1305 N LYS A 165 9515 10397 9243 -2815 259 -2433 N +ATOM 1306 CA LYS A 165 55.731 -8.404 83.037 1.00 86.91 C +ANISOU 1306 CA LYS A 165 10673 11749 10599 -2597 100 -2471 C +ATOM 1307 C LYS A 165 56.595 -8.052 84.241 1.00 94.51 C +ANISOU 1307 C LYS A 165 11802 12582 11526 -2499 119 -2375 C +ATOM 1308 O LYS A 165 56.910 -8.901 85.080 1.00108.01 O +ANISOU 1308 O LYS A 165 13680 14221 13140 -2619 288 -2320 O +ATOM 1309 CB LYS A 165 54.277 -8.041 83.331 1.00 87.59 C +ANISOU 1309 CB LYS A 165 10493 12076 10713 -2624 138 -2694 C +ATOM 1310 CG LYS A 165 53.338 -8.262 82.166 1.00107.35 C +ANISOU 1310 CG LYS A 165 12792 14744 13251 -2702 97 -2811 C +ATOM 1311 CD LYS A 165 51.907 -7.910 82.535 1.00126.80 C +ANISOU 1311 CD LYS A 165 14979 17454 15746 -2724 139 -3043 C +ATOM 1312 CE LYS A 165 50.977 -8.104 81.355 1.00127.58 C +ANISOU 1312 CE LYS A 165 14860 17737 15877 -2794 81 -3163 C +ATOM 1313 NZ LYS A 165 51.399 -7.272 80.193 1.00120.89 N +ANISOU 1313 NZ LYS A 165 13967 16863 15101 -2604 -175 -3061 N +ATOM 1314 N CYS A 166 56.976 -6.781 84.319 1.00 78.76 N +ANISOU 1314 N CYS A 166 9757 10558 9612 -2279 -60 -2354 N +ATOM 1315 CA CYS A 166 57.754 -6.303 85.450 1.00 83.69 C +ANISOU 1315 CA CYS A 166 10506 11083 10209 -2173 -61 -2294 C +ATOM 1316 C CYS A 166 56.917 -6.320 86.723 1.00 75.88 C +ANISOU 1316 C CYS A 166 9435 10243 9154 -2234 89 -2450 C +ATOM 1317 O CYS A 166 55.701 -6.109 86.699 1.00 69.85 O +ANISOU 1317 O CYS A 166 8451 9667 8423 -2267 120 -2634 O +ATOM 1318 CB CYS A 166 58.261 -4.885 85.192 1.00 86.71 C +ANISOU 1318 CB CYS A 166 10830 11400 10716 -1933 -287 -2261 C +ATOM 1319 SG CYS A 166 59.441 -4.733 83.834 1.00 66.42 S +ANISOU 1319 SG CYS A 166 8377 8653 8207 -1853 -464 -2051 S +ATOM 1320 N ASP A 167 57.581 -6.585 87.841 1.00 85.14 N +ANISOU 1320 N ASP A 167 10781 11346 10224 -2250 183 -2379 N +ATOM 1321 CA ASP A 167 56.929 -6.483 89.135 1.00 87.90 C +ANISOU 1321 CA ASP A 167 11063 11845 10489 -2292 316 -2516 C +ATOM 1322 C ASP A 167 56.292 -5.100 89.273 1.00 93.69 C +ANISOU 1322 C ASP A 167 11557 12700 11340 -2115 188 -2702 C +ATOM 1323 O ASP A 167 56.933 -4.096 88.933 1.00 96.60 O +ANISOU 1323 O ASP A 167 11920 12960 11824 -1918 -6 -2657 O +ATOM 1324 CB ASP A 167 57.941 -6.714 90.259 1.00 83.12 C +ANISOU 1324 CB ASP A 167 10681 11143 9757 -2281 379 -2390 C +ATOM 1325 CG ASP A 167 57.294 -6.769 91.638 1.00 90.30 C +ANISOU 1325 CG ASP A 167 11542 12230 10536 -2357 542 -2517 C +ATOM 1326 OD1 ASP A 167 56.219 -6.162 91.835 1.00 97.87 O +ANISOU 1326 OD1 ASP A 167 12268 13377 11540 -2338 555 -2732 O +ATOM 1327 OD2 ASP A 167 57.875 -7.423 92.530 1.00 95.30 O +ANISOU 1327 OD2 ASP A 167 12370 12823 11018 -2432 657 -2398 O +ATOM 1328 N PRO A 168 55.044 -5.001 89.745 1.00 96.75 N +ANISOU 1328 N PRO A 168 11740 13304 11716 -2176 289 -2915 N +ATOM 1329 CA PRO A 168 54.460 -3.667 89.967 1.00 93.38 C +ANISOU 1329 CA PRO A 168 11080 12983 11415 -1990 169 -3108 C +ATOM 1330 C PRO A 168 55.382 -2.716 90.715 1.00 98.36 C +ANISOU 1330 C PRO A 168 11793 13507 12072 -1807 66 -3082 C +ATOM 1331 O PRO A 168 55.387 -1.512 90.428 1.00100.11 O +ANISOU 1331 O PRO A 168 11886 13688 12462 -1605 -116 -3152 O +ATOM 1332 CB PRO A 168 53.191 -3.981 90.767 1.00 96.39 C +ANISOU 1332 CB PRO A 168 11289 13617 11716 -2128 362 -3328 C +ATOM 1333 CG PRO A 168 52.788 -5.337 90.309 1.00 96.94 C +ANISOU 1333 CG PRO A 168 11416 13722 11696 -2374 521 -3269 C +ATOM 1334 CD PRO A 168 54.054 -6.076 89.961 1.00 95.12 C +ANISOU 1334 CD PRO A 168 11480 13255 11406 -2417 509 -3002 C +ATOM 1335 N SER A 169 56.164 -3.224 91.671 1.00102.78 N +ANISOU 1335 N SER A 169 12561 14018 12473 -1873 173 -2982 N +ATOM 1336 CA SER A 169 57.100 -2.374 92.398 1.00100.64 C +ANISOU 1336 CA SER A 169 12370 13656 12213 -1711 76 -2964 C +ATOM 1337 C SER A 169 58.037 -1.633 91.457 1.00 92.04 C +ANISOU 1337 C SER A 169 11333 12350 11288 -1538 -153 -2831 C +ATOM 1338 O SER A 169 58.509 -0.538 91.783 1.00 92.93 O +ANISOU 1338 O SER A 169 11414 12395 11499 -1364 -283 -2882 O +ATOM 1339 CB SER A 169 57.913 -3.214 93.385 1.00107.99 C +ANISOU 1339 CB SER A 169 13542 14559 12931 -1819 212 -2827 C +ATOM 1340 OG SER A 169 59.014 -2.481 93.892 1.00114.72 O +ANISOU 1340 OG SER A 169 14494 15300 13795 -1666 94 -2776 O +ATOM 1341 N CYS A 170 58.320 -2.208 90.296 1.00 86.21 N +ANISOU 1341 N CYS A 170 10672 11503 10581 -1592 -197 -2668 N +ATOM 1342 CA CYS A 170 59.254 -1.588 89.374 1.00 84.68 C +ANISOU 1342 CA CYS A 170 10539 11115 10519 -1451 -398 -2523 C +ATOM 1343 C CYS A 170 58.758 -0.200 88.971 1.00 94.07 C +ANISOU 1343 C CYS A 170 11513 12312 11916 -1262 -577 -2648 C +ATOM 1344 O CYS A 170 57.561 -0.018 88.717 1.00100.35 O +ANISOU 1344 O CYS A 170 12099 13256 12774 -1266 -568 -2803 O +ATOM 1345 CB CYS A 170 59.430 -2.467 88.137 1.00 84.02 C +ANISOU 1345 CB CYS A 170 10536 10963 10425 -1556 -401 -2365 C +ATOM 1346 SG CYS A 170 60.040 -4.139 88.490 1.00 90.88 S +ANISOU 1346 SG CYS A 170 11662 11777 11091 -1768 -200 -2208 S +ATOM 1347 N PRO A 171 59.646 0.803 88.896 1.00 95.73 N +ANISOU 1347 N PRO A 171 11764 12359 12249 -1093 -744 -2586 N +ATOM 1348 CA PRO A 171 59.193 2.162 88.578 1.00 95.54 C +ANISOU 1348 CA PRO A 171 11544 12312 12444 -905 -915 -2699 C +ATOM 1349 C PRO A 171 59.106 2.417 87.084 1.00 93.61 C +ANISOU 1349 C PRO A 171 11244 11995 12328 -853 -1072 -2573 C +ATOM 1350 O PRO A 171 60.053 2.134 86.344 1.00 68.00 O +ANISOU 1350 O PRO A 171 8157 8615 9065 -875 -1131 -2363 O +ATOM 1351 CB PRO A 171 60.264 3.037 89.234 1.00 92.97 C +ANISOU 1351 CB PRO A 171 11309 11831 12183 -773 -1007 -2681 C +ATOM 1352 CG PRO A 171 61.511 2.228 89.083 1.00 86.23 C +ANISOU 1352 CG PRO A 171 10706 10858 11200 -861 -975 -2456 C +ATOM 1353 CD PRO A 171 61.094 0.771 89.172 1.00 93.70 C +ANISOU 1353 CD PRO A 171 11726 11931 11945 -1064 -781 -2422 C +ATOM 1354 N ASN A 172 57.975 2.958 86.630 1.00117.25 N +ANISOU 1354 N ASN A 172 14009 15093 15448 -781 -1141 -2701 N +ATOM 1355 CA ASN A 172 57.762 3.245 85.213 1.00122.22 C +ANISOU 1355 CA ASN A 172 14562 15690 16187 -724 -1300 -2586 C +ATOM 1356 C ASN A 172 57.816 1.971 84.378 1.00108.71 C +ANISOU 1356 C ASN A 172 12947 14038 14321 -910 -1216 -2455 C +ATOM 1357 O ASN A 172 58.178 1.999 83.199 1.00100.28 O +ANISOU 1357 O ASN A 172 11912 12904 13284 -895 -1334 -2290 O +ATOM 1358 CB ASN A 172 58.780 4.269 84.700 1.00126.37 C +ANISOU 1358 CB ASN A 172 15163 15986 16867 -566 -1499 -2422 C +ATOM 1359 CG ASN A 172 58.745 5.566 85.486 1.00127.81 C +ANISOU 1359 CG ASN A 172 15247 16084 17232 -382 -1587 -2563 C +ATOM 1360 OD1 ASN A 172 57.987 5.701 86.447 1.00129.59 O +ANISOU 1360 OD1 ASN A 172 15347 16434 17458 -367 -1498 -2794 O +ATOM 1361 ND2 ASN A 172 59.573 6.523 85.088 1.00124.88 N +ANISOU 1361 ND2 ASN A 172 14929 15501 17018 -248 -1757 -2435 N +ATOM 1362 N GLY A 173 57.455 0.846 84.989 1.00111.07 N +ANISOU 1362 N GLY A 173 13290 14460 14451 -1091 -1008 -2532 N +ATOM 1363 CA GLY A 173 57.467 -0.429 84.293 1.00119.66 C +ANISOU 1363 CA GLY A 173 14469 15592 15404 -1280 -907 -2436 C +ATOM 1364 C GLY A 173 58.829 -0.830 83.773 1.00115.98 C +ANISOU 1364 C GLY A 173 14238 14944 14887 -1307 -942 -2206 C +ATOM 1365 O GLY A 173 58.920 -1.434 82.699 1.00123.86 O +ANISOU 1365 O GLY A 173 15268 15948 15847 -1390 -958 -2106 O +ATOM 1366 N SER A 174 59.890 -0.521 84.515 1.00101.52 N +ANISOU 1366 N SER A 174 12560 12963 13049 -1242 -952 -2133 N +ATOM 1367 CA SER A 174 61.260 -0.802 84.100 1.00 89.96 C +ANISOU 1367 CA SER A 174 11306 11326 11550 -1249 -992 -1925 C +ATOM 1368 C SER A 174 61.844 -1.911 84.963 1.00 84.53 C +ANISOU 1368 C SER A 174 10811 10606 10699 -1380 -813 -1885 C +ATOM 1369 O SER A 174 61.806 -1.827 86.194 1.00 78.07 O +ANISOU 1369 O SER A 174 10014 9819 9831 -1372 -731 -1972 O +ATOM 1370 CB SER A 174 62.131 0.451 84.211 1.00 80.53 C +ANISOU 1370 CB SER A 174 10136 9974 10489 -1066 -1160 -1859 C +ATOM 1371 OG SER A 174 61.651 1.486 83.371 1.00 90.33 O +ANISOU 1371 OG SER A 174 11214 11214 11893 -938 -1335 -1863 O +ATOM 1372 N CYS A 175 62.407 -2.931 84.320 1.00 74.06 N +ANISOU 1372 N CYS A 175 9627 9220 9292 -1496 -758 -1751 N +ATOM 1373 CA CYS A 175 62.976 -4.054 85.052 1.00 75.20 C +ANISOU 1373 CA CYS A 175 9962 9313 9296 -1615 -595 -1691 C +ATOM 1374 C CYS A 175 63.885 -4.849 84.130 1.00 67.82 C +ANISOU 1374 C CYS A 175 9178 8259 8330 -1679 -598 -1527 C +ATOM 1375 O CYS A 175 63.708 -4.851 82.909 1.00 85.03 O +ANISOU 1375 O CYS A 175 11292 10460 10556 -1695 -669 -1500 O +ATOM 1376 CB CYS A 175 61.883 -4.960 85.625 1.00 92.38 C +ANISOU 1376 CB CYS A 175 12093 11634 11373 -1778 -401 -1814 C +ATOM 1377 SG CYS A 175 60.983 -5.930 84.392 1.00 83.61 S +ANISOU 1377 SG CYS A 175 10899 10618 10252 -1950 -333 -1850 S +ATOM 1378 N TRP A 176 64.862 -5.523 84.733 1.00 59.79 N +ANISOU 1378 N TRP A 176 8357 7129 7230 -1710 -521 -1423 N +ATOM 1379 CA TRP A 176 65.753 -6.422 84.016 1.00 64.00 C +ANISOU 1379 CA TRP A 176 9041 7544 7732 -1775 -497 -1285 C +ATOM 1380 C TRP A 176 65.294 -7.872 84.084 1.00 72.03 C +ANISOU 1380 C TRP A 176 10132 8578 8659 -1963 -306 -1300 C +ATOM 1381 O TRP A 176 65.899 -8.731 83.435 1.00 65.11 O +ANISOU 1381 O TRP A 176 9367 7604 7767 -2031 -269 -1213 O +ATOM 1382 CB TRP A 176 67.174 -6.308 84.573 1.00 66.46 C +ANISOU 1382 CB TRP A 176 9519 7707 8025 -1684 -539 -1156 C +ATOM 1383 CG TRP A 176 67.738 -4.924 84.500 1.00 60.14 C +ANISOU 1383 CG TRP A 176 8659 6865 7326 -1515 -719 -1138 C +ATOM 1384 CD1 TRP A 176 67.624 -3.943 85.440 1.00 62.31 C +ANISOU 1384 CD1 TRP A 176 8872 7168 7633 -1409 -773 -1216 C +ATOM 1385 CD2 TRP A 176 68.507 -4.366 83.429 1.00 64.45 C +ANISOU 1385 CD2 TRP A 176 9200 7330 7957 -1443 -863 -1039 C +ATOM 1386 NE1 TRP A 176 68.274 -2.808 85.021 1.00 75.79 N +ANISOU 1386 NE1 TRP A 176 10540 8796 9460 -1275 -943 -1172 N +ATOM 1387 CE2 TRP A 176 68.826 -3.043 83.789 1.00 76.78 C +ANISOU 1387 CE2 TRP A 176 10702 8856 9614 -1297 -1000 -1052 C +ATOM 1388 CE3 TRP A 176 68.957 -4.858 82.200 1.00 62.33 C +ANISOU 1388 CE3 TRP A 176 8969 7022 7692 -1496 -884 -947 C +ATOM 1389 CZ2 TRP A 176 69.572 -2.204 82.964 1.00 76.46 C +ANISOU 1389 CZ2 TRP A 176 10646 8731 9676 -1209 -1153 -958 C +ATOM 1390 CZ3 TRP A 176 69.699 -4.024 81.382 1.00 70.52 C +ANISOU 1390 CZ3 TRP A 176 9984 7998 8810 -1407 -1035 -856 C +ATOM 1391 CH2 TRP A 176 69.999 -2.712 81.768 1.00 69.83 C +ANISOU 1391 CH2 TRP A 176 9845 7867 8822 -1269 -1167 -853 C +ATOM 1392 N GLY A 177 64.247 -8.161 84.843 1.00 86.10 N +ANISOU 1392 N GLY A 177 11850 10476 10388 -2053 -179 -1415 N +ATOM 1393 CA GLY A 177 63.796 -9.525 84.992 1.00 84.94 C +ANISOU 1393 CA GLY A 177 11779 10331 10165 -2246 13 -1426 C +ATOM 1394 C GLY A 177 62.418 -9.587 85.607 1.00 95.41 C +ANISOU 1394 C GLY A 177 12966 11831 11453 -2346 131 -1584 C +ATOM 1395 O GLY A 177 61.639 -8.637 85.525 1.00108.60 O +ANISOU 1395 O GLY A 177 14443 13641 13179 -2275 50 -1711 O +ATOM 1396 N ALA A 178 62.130 -10.724 86.240 1.00 96.08 N +ANISOU 1396 N ALA A 178 13153 11904 11450 -2513 326 -1573 N +ATOM 1397 CA ALA A 178 60.791 -11.011 86.740 1.00 89.03 C +ANISOU 1397 CA ALA A 178 12134 11180 10512 -2656 472 -1723 C +ATOM 1398 C ALA A 178 60.560 -10.473 88.150 1.00 91.23 C +ANISOU 1398 C ALA A 178 12396 11559 10710 -2608 518 -1769 C +ATOM 1399 O ALA A 178 59.587 -9.750 88.387 1.00 98.48 O +ANISOU 1399 O ALA A 178 13113 12657 11648 -2585 507 -1938 O +ATOM 1400 CB ALA A 178 60.542 -12.522 86.705 1.00 85.87 C +ANISOU 1400 CB ALA A 178 11850 10715 10064 -2883 673 -1688 C +ATOM 1401 N GLY A 179 61.433 -10.814 89.094 1.00 82.17 N +ANISOU 1401 N GLY A 179 11446 10310 9467 -2589 568 -1630 N +ATOM 1402 CA GLY A 179 61.221 -10.449 90.481 1.00 82.91 C +ANISOU 1402 CA GLY A 179 11535 10518 9449 -2569 633 -1673 C +ATOM 1403 C GLY A 179 61.419 -8.966 90.740 1.00 94.61 C +ANISOU 1403 C GLY A 179 12895 12067 10986 -2359 460 -1762 C +ATOM 1404 O GLY A 179 61.868 -8.201 89.884 1.00102.98 O +ANISOU 1404 O GLY A 179 13901 13056 12172 -2218 281 -1753 O +ATOM 1405 N GLU A 180 61.072 -8.554 91.967 1.00102.40 N +ANISOU 1405 N GLU A 180 13838 13196 11875 -2344 521 -1851 N +ATOM 1406 CA GLU A 180 61.219 -7.148 92.339 1.00106.07 C +ANISOU 1406 CA GLU A 180 14182 13723 12398 -2150 372 -1963 C +ATOM 1407 C GLU A 180 62.682 -6.731 92.386 1.00108.09 C +ANISOU 1407 C GLU A 180 14586 13809 12672 -1995 225 -1817 C +ATOM 1408 O GLU A 180 63.011 -5.586 92.058 1.00114.95 O +ANISOU 1408 O GLU A 180 15366 14643 13669 -1827 51 -1870 O +ATOM 1409 CB GLU A 180 60.553 -6.869 93.691 1.00111.58 C +ANISOU 1409 CB GLU A 180 14801 14625 12971 -2180 485 -2109 C +ATOM 1410 CG GLU A 180 61.318 -7.312 94.940 1.00123.00 C +ANISOU 1410 CG GLU A 180 16441 16069 14223 -2204 568 -1988 C +ATOM 1411 CD GLU A 180 60.929 -6.508 96.158 1.00145.74 C +ANISOU 1411 CD GLU A 180 19211 19153 17012 -2150 594 -2163 C +ATOM 1412 OE1 GLU A 180 59.914 -5.785 96.101 1.00152.21 O +ANISOU 1412 OE1 GLU A 180 19800 20121 17913 -2125 590 -2387 O +ATOM 1413 OE2 GLU A 180 61.656 -6.589 97.174 1.00167.81 O +ANISOU 1413 OE2 GLU A 180 22142 21967 19653 -2125 615 -2083 O +ATOM 1414 N GLU A 181 63.565 -7.638 92.804 1.00103.94 N +ANISOU 1414 N GLU A 181 14285 13178 12031 -2047 291 -1633 N +ATOM 1415 CA GLU A 181 64.990 -7.335 92.838 1.00102.11 C +ANISOU 1415 CA GLU A 181 14190 12794 11813 -1907 156 -1494 C +ATOM 1416 C GLU A 181 65.518 -6.962 91.465 1.00 98.76 C +ANISOU 1416 C GLU A 181 13740 12223 11560 -1822 -1 -1443 C +ATOM 1417 O GLU A 181 66.585 -6.342 91.363 1.00102.21 O +ANISOU 1417 O GLU A 181 14227 12556 12052 -1683 -144 -1376 O +ATOM 1418 CB GLU A 181 65.765 -8.531 93.381 1.00105.69 C +ANISOU 1418 CB GLU A 181 14879 13153 12124 -1985 258 -1295 C +ATOM 1419 CG GLU A 181 65.781 -9.731 92.432 1.00105.04 C +ANISOU 1419 CG GLU A 181 14895 12931 12082 -2112 335 -1176 C +ATOM 1420 CD GLU A 181 64.509 -10.552 92.499 1.00102.71 C +ANISOU 1420 CD GLU A 181 14551 12735 11737 -2314 527 -1246 C +ATOM 1421 OE1 GLU A 181 63.556 -10.137 93.195 1.00102.16 O +ANISOU 1421 OE1 GLU A 181 14350 12858 11607 -2354 596 -1394 O +ATOM 1422 OE2 GLU A 181 64.461 -11.614 91.842 1.00 97.30 O +ANISOU 1422 OE2 GLU A 181 13950 11938 11081 -2439 612 -1165 O +ATOM 1423 N ASN A 182 64.809 -7.346 90.408 1.00 82.12 N +ANISOU 1423 N ASN A 182 11554 10116 9530 -1911 27 -1472 N +ATOM 1424 CA ASN A 182 65.192 -7.006 89.050 1.00 82.07 C +ANISOU 1424 CA ASN A 182 11511 10007 9667 -1845 -114 -1428 C +ATOM 1425 C ASN A 182 64.586 -5.690 88.588 1.00 88.01 C +ANISOU 1425 C ASN A 182 12049 10838 10554 -1730 -254 -1567 C +ATOM 1426 O ASN A 182 64.934 -5.213 87.502 1.00 98.21 O +ANISOU 1426 O ASN A 182 13302 12054 11961 -1657 -392 -1519 O +ATOM 1427 CB ASN A 182 64.783 -8.136 88.102 1.00 85.06 C +ANISOU 1427 CB ASN A 182 11916 10355 10049 -2003 -18 -1391 C +ATOM 1428 CG ASN A 182 65.351 -9.479 88.524 1.00 90.42 C +ANISOU 1428 CG ASN A 182 12808 10925 10622 -2115 124 -1252 C +ATOM 1429 OD1 ASN A 182 66.482 -9.565 89.004 1.00 91.01 O +ANISOU 1429 OD1 ASN A 182 13035 10889 10655 -2038 88 -1123 O +ATOM 1430 ND2 ASN A 182 64.564 -10.534 88.355 1.00 97.04 N +ANISOU 1430 ND2 ASN A 182 13655 11790 11425 -2298 284 -1278 N +ATOM 1431 N CYS A 183 63.691 -5.099 89.379 1.00 81.62 N +ANISOU 1431 N CYS A 183 11100 10179 9734 -1711 -222 -1734 N +ATOM 1432 CA CYS A 183 63.269 -3.728 89.134 1.00 70.28 C +ANISOU 1432 CA CYS A 183 9471 8789 8444 -1564 -371 -1863 C +ATOM 1433 C CYS A 183 64.492 -2.831 89.025 1.00 76.63 C +ANISOU 1433 C CYS A 183 10339 9441 9335 -1401 -543 -1774 C +ATOM 1434 O CYS A 183 65.437 -2.944 89.810 1.00 89.55 O +ANISOU 1434 O CYS A 183 12118 11016 10892 -1373 -531 -1703 O +ATOM 1435 CB CYS A 183 62.360 -3.236 90.262 1.00 65.65 C +ANISOU 1435 CB CYS A 183 8749 8375 7820 -1552 -300 -2064 C +ATOM 1436 SG CYS A 183 60.750 -4.057 90.391 1.00 85.29 S +ANISOU 1436 SG CYS A 183 11102 11075 10230 -1741 -103 -2212 S +ATOM 1437 N GLN A 184 64.474 -1.937 88.043 1.00 70.98 N +ANISOU 1437 N GLN A 184 9516 8669 8784 -1296 -705 -1773 N +ATOM 1438 CA GLN A 184 65.632 -1.091 87.798 1.00 71.72 C +ANISOU 1438 CA GLN A 184 9666 8607 8977 -1160 -866 -1677 C +ATOM 1439 C GLN A 184 65.861 -0.143 88.967 1.00 81.24 C +ANISOU 1439 C GLN A 184 10837 9819 10210 -1046 -907 -1792 C +ATOM 1440 O GLN A 184 64.922 0.477 89.474 1.00 61.48 O +ANISOU 1440 O GLN A 184 8178 7427 7755 -1003 -899 -1975 O +ATOM 1441 CB GLN A 184 65.450 -0.293 86.510 1.00 59.26 C +ANISOU 1441 CB GLN A 184 7971 6976 7568 -1080 -1026 -1644 C +ATOM 1442 CG GLN A 184 66.568 0.709 86.278 1.00 68.19 C +ANISOU 1442 CG GLN A 184 9143 7944 8820 -946 -1191 -1552 C +ATOM 1443 CD GLN A 184 66.529 1.324 84.899 1.00 73.27 C +ANISOU 1443 CD GLN A 184 9709 8527 9603 -891 -1340 -1462 C +ATOM 1444 OE1 GLN A 184 65.463 1.496 84.310 1.00 83.26 O +ANISOU 1444 OE1 GLN A 184 10828 9885 10923 -891 -1366 -1524 O +ATOM 1445 NE2 GLN A 184 67.700 1.658 84.374 1.00 74.59 N +ANISOU 1445 NE2 GLN A 184 9970 8550 9822 -847 -1440 -1311 N +ATOM 1446 N LYS A 185 67.117 -0.034 89.391 1.00 89.31 N +ANISOU 1446 N LYS A 185 11998 10734 11204 -997 -951 -1700 N +ATOM 1447 CA LYS A 185 67.522 0.969 90.365 1.00 89.01 C +ANISOU 1447 CA LYS A 185 11926 10683 11209 -880 -1018 -1807 C +ATOM 1448 C LYS A 185 67.866 2.261 89.631 1.00 82.26 C +ANISOU 1448 C LYS A 185 10984 9689 10580 -744 -1208 -1802 C +ATOM 1449 O LYS A 185 68.666 2.252 88.690 1.00 75.96 O +ANISOU 1449 O LYS A 185 10260 8761 9842 -735 -1293 -1636 O +ATOM 1450 CB LYS A 185 68.728 0.488 91.173 1.00 90.75 C +ANISOU 1450 CB LYS A 185 12325 10864 11291 -892 -985 -1715 C +ATOM 1451 CG LYS A 185 68.566 -0.876 91.827 1.00 99.79 C +ANISOU 1451 CG LYS A 185 13593 12110 12213 -1027 -805 -1662 C +ATOM 1452 CD LYS A 185 69.827 -1.257 92.593 1.00110.49 C +ANISOU 1452 CD LYS A 185 15118 13421 13444 -1010 -803 -1555 C +ATOM 1453 CE LYS A 185 69.720 -2.633 93.235 1.00113.34 C +ANISOU 1453 CE LYS A 185 15617 13858 13589 -1137 -632 -1468 C +ATOM 1454 NZ LYS A 185 69.756 -3.734 92.234 1.00110.58 N +ANISOU 1454 NZ LYS A 185 15360 13416 13239 -1237 -573 -1312 N +ATOM 1455 N LEU A 186 67.258 3.363 90.060 1.00 77.82 N +ANISOU 1455 N LEU A 186 10265 9155 10148 -640 -1270 -1984 N +ATOM 1456 CA LEU A 186 67.512 4.678 89.484 1.00 66.10 C +ANISOU 1456 CA LEU A 186 8693 7521 8902 -504 -1450 -1989 C +ATOM 1457 C LEU A 186 68.411 5.467 90.426 1.00 69.56 C +ANISOU 1457 C LEU A 186 9162 7883 9384 -419 -1508 -2067 C +ATOM 1458 O LEU A 186 68.136 5.543 91.629 1.00 81.09 O +ANISOU 1458 O LEU A 186 10588 9461 10762 -411 -1433 -2245 O +ATOM 1459 CB LEU A 186 66.203 5.433 89.251 1.00 70.99 C +ANISOU 1459 CB LEU A 186 9101 8196 9675 -430 -1495 -2147 C +ATOM 1460 CG LEU A 186 65.225 4.815 88.250 1.00 68.91 C +ANISOU 1460 CG LEU A 186 8769 8023 9392 -501 -1462 -2093 C +ATOM 1461 CD1 LEU A 186 63.819 5.320 88.521 1.00 71.60 C +ANISOU 1461 CD1 LEU A 186 8893 8492 9819 -445 -1452 -2311 C +ATOM 1462 CD2 LEU A 186 65.645 5.137 86.828 1.00 61.63 C +ANISOU 1462 CD2 LEU A 186 7863 6961 8592 -467 -1606 -1898 C +ATOM 1463 N THR A 187 69.486 6.052 89.881 1.00 75.92 N +ANISOU 1463 N THR A 187 10027 8507 10313 -363 -1636 -1943 N +ATOM 1464 CA THR A 187 70.443 6.763 90.721 1.00 79.51 C +ANISOU 1464 CA THR A 187 10514 8886 10812 -296 -1695 -2016 C +ATOM 1465 C THR A 187 70.977 8.035 90.068 1.00 74.76 C +ANISOU 1465 C THR A 187 9860 8073 10473 -194 -1867 -1980 C +ATOM 1466 O THR A 187 72.039 8.522 90.473 1.00 84.22 O +ANISOU 1466 O THR A 187 11110 9174 11715 -161 -1927 -1984 O +ATOM 1467 CB THR A 187 71.632 5.855 91.078 1.00 70.58 C +ANISOU 1467 CB THR A 187 9564 7765 9489 -369 -1638 -1883 C +ATOM 1468 OG1 THR A 187 72.372 5.531 89.895 1.00 70.84 O +ANISOU 1468 OG1 THR A 187 9686 7676 9555 -403 -1692 -1658 O +ATOM 1469 CG2 THR A 187 71.154 4.571 91.745 1.00 69.63 C +ANISOU 1469 CG2 THR A 187 9513 7830 9113 -473 -1467 -1892 C +ATOM 1470 N LYS A 188 70.281 8.594 89.079 1.00 75.45 N +ANISOU 1470 N LYS A 188 9845 8087 10737 -145 -1951 -1940 N +ATOM 1471 CA LYS A 188 70.755 9.813 88.427 1.00 61.63 C +ANISOU 1471 CA LYS A 188 8053 6121 9244 -53 -2115 -1879 C +ATOM 1472 C LYS A 188 69.600 10.733 88.053 1.00 75.35 C +ANISOU 1472 C LYS A 188 9615 7816 11198 54 -2199 -1975 C +ATOM 1473 O LYS A 188 69.605 11.917 88.404 1.00 72.88 O +ANISOU 1473 O LYS A 188 9214 7371 11106 165 -2292 -2102 O +ATOM 1474 CB LYS A 188 71.580 9.467 87.186 1.00 68.75 C +ANISOU 1474 CB LYS A 188 9063 6925 10133 -114 -2166 -1604 C +ATOM 1475 CG LYS A 188 71.678 10.590 86.160 1.00 60.87 C +ANISOU 1475 CG LYS A 188 8005 5734 9389 -39 -2327 -1490 C +ATOM 1476 CD LYS A 188 72.448 10.154 84.933 1.00 73.35 C +ANISOU 1476 CD LYS A 188 9689 7262 10917 -118 -2357 -1222 C +ATOM 1477 CE LYS A 188 72.170 11.079 83.766 1.00 71.15 C +ANISOU 1477 CE LYS A 188 9339 6851 10845 -59 -2501 -1084 C +ATOM 1478 NZ LYS A 188 72.710 10.533 82.496 1.00 75.16 N +ANISOU 1478 NZ LYS A 188 9930 7365 11260 -150 -2513 -832 N +ATOM 1479 N ILE A 189 68.619 10.206 87.319 1.00 77.95 N +ANISOU 1479 N ILE A 189 9888 8252 11478 25 -2171 -1919 N +ATOM 1480 CA ILE A 189 67.512 11.033 86.854 1.00 69.49 C +ANISOU 1480 CA ILE A 189 8642 7151 10611 135 -2265 -1988 C +ATOM 1481 C ILE A 189 66.510 11.327 87.962 1.00 73.50 C +ANISOU 1481 C ILE A 189 9002 7778 11148 201 -2202 -2288 C +ATOM 1482 O ILE A 189 65.685 12.238 87.817 1.00 83.01 O +ANISOU 1482 O ILE A 189 10043 8930 12568 327 -2292 -2398 O +ATOM 1483 CB ILE A 189 66.791 10.370 85.667 1.00 70.70 C +ANISOU 1483 CB ILE A 189 8767 7404 10691 81 -2265 -1837 C +ATOM 1484 CG1 ILE A 189 66.157 9.038 86.089 1.00 63.90 C +ANISOU 1484 CG1 ILE A 189 7922 6784 9574 -44 -2086 -1914 C +ATOM 1485 CG2 ILE A 189 67.768 10.154 84.517 1.00 63.11 C +ANISOU 1485 CG2 ILE A 189 7938 6337 9704 19 -2330 -1553 C +ATOM 1486 CD1 ILE A 189 65.265 8.421 85.029 1.00 63.91 C +ANISOU 1486 CD1 ILE A 189 7860 6907 9516 -99 -2079 -1827 C +ATOM 1487 N ILE A 190 66.563 10.585 89.063 1.00 70.49 N +ANISOU 1487 N ILE A 190 8669 7559 10554 121 -2051 -2421 N +ATOM 1488 CA ILE A 190 65.599 10.715 90.143 1.00 70.17 C +ANISOU 1488 CA ILE A 190 8491 7678 10491 155 -1963 -2707 C +ATOM 1489 C ILE A 190 66.146 11.589 91.272 1.00 72.73 C +ANISOU 1489 C ILE A 190 8796 7933 10906 234 -1987 -2907 C +ATOM 1490 O ILE A 190 65.625 11.561 92.385 1.00 74.87 O +ANISOU 1490 O ILE A 190 8989 8366 11094 236 -1888 -3152 O +ATOM 1491 CB ILE A 190 65.175 9.334 90.665 1.00 76.00 C +ANISOU 1491 CB ILE A 190 9285 8666 10926 6 -1770 -2732 C +ATOM 1492 CG1 ILE A 190 63.899 9.437 91.500 1.00 86.35 C +ANISOU 1492 CG1 ILE A 190 10416 10172 12221 30 -1676 -3013 C +ATOM 1493 CG2 ILE A 190 66.302 8.693 91.480 1.00 66.00 C +ANISOU 1493 CG2 ILE A 190 8201 7426 9451 -83 -1686 -2682 C +ATOM 1494 CD1 ILE A 190 63.155 8.129 91.617 1.00100.28 C +ANISOU 1494 CD1 ILE A 190 12195 12169 13738 -123 -1500 -3006 C +ATOM 1495 N CYS A 191 67.185 12.367 91.001 1.00 80.84 N +ANISOU 1495 N CYS A 191 9886 8732 12096 289 -2113 -2817 N +ATOM 1496 CA CYS A 191 67.915 13.058 92.049 1.00 77.57 C +ANISOU 1496 CA CYS A 191 9479 8255 11738 334 -2131 -2991 C +ATOM 1497 C CYS A 191 67.319 14.430 92.332 1.00 86.34 C +ANISOU 1497 C CYS A 191 10407 9246 13154 492 -2227 -3228 C +ATOM 1498 O CYS A 191 66.609 15.016 91.512 1.00 80.59 O +ANISOU 1498 O CYS A 191 9569 8408 12644 585 -2324 -3191 O +ATOM 1499 CB CYS A 191 69.385 13.203 91.660 1.00 73.71 C +ANISOU 1499 CB CYS A 191 9144 7583 11281 303 -2212 -2792 C +ATOM 1500 SG CYS A 191 70.183 11.633 91.301 1.00 80.98 S +ANISOU 1500 SG CYS A 191 10274 8618 11876 138 -2110 -2522 S +ATOM 1501 N ALA A 192 67.615 14.934 93.526 1.00 88.31 N +ANISOU 1501 N ALA A 192 10617 9521 13414 525 -2201 -3481 N +ATOM 1502 CA ALA A 192 67.269 16.302 93.860 1.00 85.96 C +ANISOU 1502 CA ALA A 192 10158 9071 13431 676 -2296 -3725 C +ATOM 1503 C ALA A 192 68.074 17.261 92.992 1.00 82.56 C +ANISOU 1503 C ALA A 192 9770 8303 13294 740 -2469 -3556 C +ATOM 1504 O ALA A 192 69.172 16.942 92.528 1.00 81.10 O +ANISOU 1504 O ALA A 192 9744 8032 13037 657 -2497 -3320 O +ATOM 1505 CB ALA A 192 67.535 16.577 95.340 1.00 88.58 C +ANISOU 1505 CB ALA A 192 10450 9521 13685 679 -2225 -4039 C +ATOM 1506 N GLN A 193 67.513 18.450 92.775 1.00 94.54 N +ANISOU 1506 N GLN A 193 11139 9627 15155 890 -2583 -3678 N +ATOM 1507 CA GLN A 193 68.188 19.457 91.968 1.00 96.19 C +ANISOU 1507 CA GLN A 193 11380 9495 15674 954 -2748 -3519 C +ATOM 1508 C GLN A 193 69.579 19.791 92.492 1.00 93.98 C +ANISOU 1508 C GLN A 193 11207 9095 15406 897 -2766 -3542 C +ATOM 1509 O GLN A 193 70.379 20.380 91.757 1.00106.15 O +ANISOU 1509 O GLN A 193 12818 10375 17138 897 -2879 -3348 O +ATOM 1510 CB GLN A 193 67.338 20.725 91.917 1.00 92.57 C +ANISOU 1510 CB GLN A 193 10734 8845 15595 1138 -2857 -3702 C +ATOM 1511 CG GLN A 193 66.096 20.615 91.047 1.00 85.49 C +ANISOU 1511 CG GLN A 193 9729 7991 14763 1218 -2898 -3606 C +ATOM 1512 CD GLN A 193 66.397 20.815 89.576 1.00 93.25 C +ANISOU 1512 CD GLN A 193 10792 8764 15874 1224 -3036 -3227 C +ATOM 1513 OE1 GLN A 193 65.983 20.019 88.733 1.00 97.09 O +ANISOU 1513 OE1 GLN A 193 11310 9387 16194 1170 -3021 -3011 O +ATOM 1514 NE2 GLN A 193 67.111 21.889 89.258 1.00 96.46 N +ANISOU 1514 NE2 GLN A 193 11229 8844 16577 1284 -3168 -3149 N +ATOM 1515 N GLN A 194 69.891 19.426 93.735 1.00 87.35 N +ANISOU 1515 N GLN A 194 10378 8450 14360 842 -2657 -3768 N +ATOM 1516 CA GLN A 194 71.130 19.833 94.380 1.00 86.43 C +ANISOU 1516 CA GLN A 194 10329 8246 14266 802 -2680 -3852 C +ATOM 1517 C GLN A 194 72.225 18.773 94.327 1.00 90.04 C +ANISOU 1517 C GLN A 194 10972 8826 14415 654 -2621 -3631 C +ATOM 1518 O GLN A 194 73.279 18.972 94.936 1.00 90.41 O +ANISOU 1518 O GLN A 194 11070 8849 14432 612 -2631 -3706 O +ATOM 1519 CB GLN A 194 70.859 20.205 95.841 1.00 79.01 C +ANISOU 1519 CB GLN A 194 9270 7451 13298 844 -2614 -4265 C +ATOM 1520 CG GLN A 194 69.774 21.259 96.024 1.00 87.99 C +ANISOU 1520 CG GLN A 194 10205 8480 14748 1000 -2662 -4537 C +ATOM 1521 CD GLN A 194 68.436 20.669 96.431 1.00 85.76 C +ANISOU 1521 CD GLN A 194 9808 8482 14296 1024 -2546 -4693 C +ATOM 1522 OE1 GLN A 194 68.259 19.452 96.444 1.00 80.48 O +ANISOU 1522 OE1 GLN A 194 9221 8070 13289 917 -2431 -4560 O +ATOM 1523 NE2 GLN A 194 67.487 21.533 96.770 1.00 89.66 N +ANISOU 1523 NE2 GLN A 194 10105 8926 15035 1164 -2570 -4983 N +ATOM 1524 N CYS A 195 72.012 17.658 93.632 1.00 88.68 N +ANISOU 1524 N CYS A 195 10891 8783 14019 577 -2562 -3377 N +ATOM 1525 CA CYS A 195 73.036 16.630 93.485 1.00 85.38 C +ANISOU 1525 CA CYS A 195 10647 8459 13333 449 -2510 -3157 C +ATOM 1526 C CYS A 195 73.733 16.813 92.142 1.00 91.43 C +ANISOU 1526 C CYS A 195 11499 9000 14239 422 -2612 -2842 C +ATOM 1527 O CYS A 195 73.104 16.669 91.088 1.00 97.16 O +ANISOU 1527 O CYS A 195 12216 9681 15019 434 -2641 -2659 O +ATOM 1528 CB CYS A 195 72.442 15.224 93.577 1.00 77.96 C +ANISOU 1528 CB CYS A 195 9764 7798 12060 369 -2370 -3079 C +ATOM 1529 SG CYS A 195 71.425 14.860 95.038 1.00 98.97 S +ANISOU 1529 SG CYS A 195 12322 10764 14517 378 -2226 -3410 S +ATOM 1530 N SER A 196 75.030 17.130 92.180 1.00 88.67 N +ANISOU 1530 N SER A 196 11226 8526 13940 379 -2664 -2785 N +ATOM 1531 CA SER A 196 75.812 17.169 90.949 1.00 78.62 C +ANISOU 1531 CA SER A 196 10045 7077 12749 326 -2738 -2478 C +ATOM 1532 C SER A 196 75.972 15.781 90.347 1.00 85.92 C +ANISOU 1532 C SER A 196 11093 8172 13381 226 -2656 -2234 C +ATOM 1533 O SER A 196 76.076 15.646 89.123 1.00 78.33 O +ANISOU 1533 O SER A 196 10180 7124 12459 192 -2698 -1977 O +ATOM 1534 CB SER A 196 77.188 17.777 91.211 1.00 83.74 C +ANISOU 1534 CB SER A 196 10734 7579 13504 289 -2799 -2497 C +ATOM 1535 OG SER A 196 77.086 19.153 91.522 1.00 97.33 O +ANISOU 1535 OG SER A 196 12345 9082 15553 374 -2889 -2689 O +ATOM 1536 N GLY A 197 75.991 14.746 91.182 1.00 97.39 N +ANISOU 1536 N GLY A 197 12598 9866 14540 176 -2538 -2311 N +ATOM 1537 CA GLY A 197 76.260 13.401 90.717 1.00 92.16 C +ANISOU 1537 CA GLY A 197 12060 9344 13612 79 -2455 -2098 C +ATOM 1538 C GLY A 197 75.185 12.405 91.089 1.00 90.18 C +ANISOU 1538 C GLY A 197 11803 9323 13139 59 -2331 -2153 C +ATOM 1539 O GLY A 197 74.016 12.760 91.244 1.00 86.61 O +ANISOU 1539 O GLY A 197 11235 8906 12767 119 -2322 -2293 O +ATOM 1540 N ARG A 198 75.580 11.145 91.230 1.00 92.90 N +ANISOU 1540 N ARG A 198 12267 9818 13213 -28 -2233 -2044 N +ATOM 1541 CA ARG A 198 74.627 10.094 91.551 1.00 85.92 C +ANISOU 1541 CA ARG A 198 11393 9142 12110 -72 -2102 -2071 C +ATOM 1542 C ARG A 198 73.987 10.340 92.909 1.00 93.76 C +ANISOU 1542 C ARG A 198 12301 10282 13043 -32 -2042 -2349 C +ATOM 1543 O ARG A 198 74.555 10.999 93.785 1.00106.59 O +ANISOU 1543 O ARG A 198 13899 11893 14710 11 -2081 -2511 O +ATOM 1544 CB ARG A 198 75.327 8.728 91.513 1.00 88.07 C +ANISOU 1544 CB ARG A 198 11824 9515 12125 -170 -2014 -1897 C +ATOM 1545 CG ARG A 198 75.814 8.330 90.116 1.00 90.56 C +ANISOU 1545 CG ARG A 198 12214 9723 12473 -221 -2049 -1638 C +ATOM 1546 CD ARG A 198 74.659 8.365 89.122 1.00 89.94 C +ANISOU 1546 CD ARG A 198 12061 9636 12478 -221 -2054 -1584 C +ATOM 1547 NE ARG A 198 75.040 8.078 87.743 1.00 71.39 N +ANISOU 1547 NE ARG A 198 9765 7203 10156 -270 -2093 -1352 N +ATOM 1548 CZ ARG A 198 74.495 7.132 86.983 1.00 60.15 C +ANISOU 1548 CZ ARG A 198 8371 5864 8618 -341 -2026 -1240 C +ATOM 1549 NH1 ARG A 198 73.550 6.332 87.459 1.00 60.41 N +ANISOU 1549 NH1 ARG A 198 8393 6055 8505 -380 -1910 -1327 N +ATOM 1550 NH2 ARG A 198 74.902 6.985 85.730 1.00 69.11 N +ANISOU 1550 NH2 ARG A 198 9544 6931 9782 -382 -2070 -1047 N +ATOM 1551 N CYS A 199 72.767 9.834 93.063 1.00 79.03 N +ANISOU 1551 N CYS A 199 10379 8569 11080 -50 -1945 -2419 N +ATOM 1552 CA CYS A 199 72.019 9.992 94.298 1.00 71.72 C +ANISOU 1552 CA CYS A 199 9360 7816 10077 -25 -1868 -2686 C +ATOM 1553 C CYS A 199 71.431 8.655 94.717 1.00 78.42 C +ANISOU 1553 C CYS A 199 10270 8894 10632 -127 -1703 -2651 C +ATOM 1554 O CYS A 199 71.185 7.775 93.889 1.00 80.93 O +ANISOU 1554 O CYS A 199 10654 9219 10876 -200 -1655 -2461 O +ATOM 1555 CB CYS A 199 70.893 11.010 94.143 1.00 68.23 C +ANISOU 1555 CB CYS A 199 8730 7321 9872 73 -1919 -2869 C +ATOM 1556 SG CYS A 199 69.685 10.513 92.914 1.00 65.68 S +ANISOU 1556 SG CYS A 199 8354 7016 9584 50 -1896 -2731 S +ATOM 1557 N ARG A 200 71.202 8.520 96.020 1.00 88.11 N +ANISOU 1557 N ARG A 200 11473 10313 11692 -139 -1613 -2841 N +ATOM 1558 CA ARG A 200 70.591 7.329 96.591 1.00 77.68 C +ANISOU 1558 CA ARG A 200 10204 9220 10089 -243 -1445 -2826 C +ATOM 1559 C ARG A 200 69.072 7.372 96.583 1.00 69.45 C +ANISOU 1559 C ARG A 200 9012 8297 9077 -250 -1365 -2977 C +ATOM 1560 O ARG A 200 68.440 6.366 96.923 1.00 66.91 O +ANISOU 1560 O ARG A 200 8724 8158 8542 -354 -1216 -2956 O +ATOM 1561 CB ARG A 200 71.056 7.148 98.033 1.00 66.55 C +ANISOU 1561 CB ARG A 200 8839 7990 8457 -262 -1382 -2949 C +ATOM 1562 CG ARG A 200 72.459 6.636 98.173 1.00 72.66 C +ANISOU 1562 CG ARG A 200 9782 8720 9104 -286 -1418 -2768 C +ATOM 1563 CD ARG A 200 72.789 6.436 99.634 1.00 90.79 C +ANISOU 1563 CD ARG A 200 12109 11231 11155 -302 -1357 -2892 C +ATOM 1564 NE ARG A 200 72.588 7.671 100.388 1.00106.24 N +ANISOU 1564 NE ARG A 200 13908 13231 13225 -218 -1410 -3199 N +ATOM 1565 CZ ARG A 200 72.352 7.730 101.694 1.00109.35 C +ANISOU 1565 CZ ARG A 200 14255 13862 13430 -228 -1338 -3405 C +ATOM 1566 NH1 ARG A 200 72.279 6.620 102.418 1.00110.20 N +ANISOU 1566 NH1 ARG A 200 14469 14188 13213 -321 -1209 -3314 N +ATOM 1567 NH2 ARG A 200 72.178 8.909 102.278 1.00103.14 N +ANISOU 1567 NH2 ARG A 200 13314 13094 12780 -147 -1392 -3705 N +ATOM 1568 N GLY A 201 68.477 8.499 96.215 1.00 79.73 N +ANISOU 1568 N GLY A 201 10148 9501 10645 -143 -1459 -3127 N +ATOM 1569 CA GLY A 201 67.048 8.669 96.358 1.00 87.99 C +ANISOU 1569 CA GLY A 201 11020 10679 11732 -128 -1391 -3318 C +ATOM 1570 C GLY A 201 66.641 10.081 95.989 1.00 84.76 C +ANISOU 1570 C GLY A 201 10434 10112 11658 25 -1531 -3479 C +ATOM 1571 O GLY A 201 67.442 10.867 95.477 1.00 95.44 O +ANISOU 1571 O GLY A 201 11813 11235 13215 103 -1677 -3405 O +ATOM 1572 N LYS A 202 65.377 10.389 96.280 1.00 82.97 N +ANISOU 1572 N LYS A 202 10023 10012 11489 65 -1479 -3703 N +ATOM 1573 CA LYS A 202 64.768 11.623 95.798 1.00 86.63 C +ANISOU 1573 CA LYS A 202 10302 10326 12287 219 -1608 -3843 C +ATOM 1574 C LYS A 202 65.144 12.845 96.628 1.00 90.07 C +ANISOU 1574 C LYS A 202 10651 10676 12895 338 -1683 -4098 C +ATOM 1575 O LYS A 202 65.059 13.968 96.119 1.00 89.83 O +ANISOU 1575 O LYS A 202 10519 10426 13187 475 -1827 -4152 O +ATOM 1576 CB LYS A 202 63.244 11.474 95.774 1.00 80.50 C +ANISOU 1576 CB LYS A 202 9341 9727 11519 226 -1527 -4000 C +ATOM 1577 N SER A 203 65.563 12.661 97.876 1.00 86.73 N +ANISOU 1577 N SER A 203 10267 10416 12270 288 -1592 -4253 N +ATOM 1578 CA SER A 203 65.756 13.780 98.787 1.00 90.96 C +ANISOU 1578 CA SER A 203 10691 10921 12947 391 -1640 -4557 C +ATOM 1579 C SER A 203 67.138 14.399 98.619 1.00 92.95 C +ANISOU 1579 C SER A 203 11051 10930 13335 428 -1778 -4462 C +ATOM 1580 O SER A 203 68.042 13.786 98.044 1.00 88.88 O +ANISOU 1580 O SER A 203 10714 10334 12724 354 -1805 -4170 O +ATOM 1581 CB SER A 203 65.562 13.310 100.229 1.00 96.24 C +ANISOU 1581 CB SER A 203 11341 11912 13313 313 -1479 -4780 C +ATOM 1582 OG SER A 203 66.120 14.219 101.163 1.00107.85 O +ANISOU 1582 OG SER A 203 12756 13369 14854 381 -1525 -5039 O +ATOM 1583 N PRO A 204 67.339 15.631 99.111 1.00 98.70 N +ANISOU 1583 N PRO A 204 11667 11535 14298 539 -1865 -4717 N +ATOM 1584 CA PRO A 204 68.658 16.264 98.952 1.00102.62 C +ANISOU 1584 CA PRO A 204 12256 11794 14942 563 -1993 -4640 C +ATOM 1585 C PRO A 204 69.752 15.622 99.788 1.00 99.88 C +ANISOU 1585 C PRO A 204 12054 11602 14295 459 -1937 -4606 C +ATOM 1586 O PRO A 204 70.918 15.641 99.373 1.00 98.15 O +ANISOU 1586 O PRO A 204 11962 11223 14109 432 -2021 -4414 O +ATOM 1587 CB PRO A 204 68.407 17.721 99.372 1.00 96.07 C +ANISOU 1587 CB PRO A 204 11244 10812 14445 704 -2080 -4972 C +ATOM 1588 CG PRO A 204 66.926 17.904 99.301 1.00 86.81 C +ANISOU 1588 CG PRO A 204 9888 9721 13373 782 -2036 -5139 C +ATOM 1589 CD PRO A 204 66.348 16.577 99.652 1.00 91.76 C +ANISOU 1589 CD PRO A 204 10560 10684 13618 658 -1864 -5080 C +ATOM 1590 N SER A 205 69.425 15.068 100.956 1.00105.15 N +ANISOU 1590 N SER A 205 12701 12583 14668 401 -1799 -4784 N +ATOM 1591 CA SER A 205 70.431 14.383 101.758 1.00109.69 C +ANISOU 1591 CA SER A 205 13418 13328 14933 308 -1751 -4726 C +ATOM 1592 C SER A 205 70.932 13.106 101.097 1.00114.62 C +ANISOU 1592 C SER A 205 14242 13964 15343 202 -1714 -4342 C +ATOM 1593 O SER A 205 71.933 12.544 101.555 1.00114.67 O +ANISOU 1593 O SER A 205 14383 14054 15133 141 -1704 -4236 O +ATOM 1594 CB SER A 205 69.867 14.051 103.142 1.00112.94 C +ANISOU 1594 CB SER A 205 13761 14094 15058 265 -1606 -4986 C +ATOM 1595 OG SER A 205 68.954 12.971 103.073 1.00110.89 O +ANISOU 1595 OG SER A 205 13528 14033 14571 179 -1460 -4871 O +ATOM 1596 N ASP A 206 70.269 12.643 100.039 1.00122.24 N +ANISOU 1596 N ASP A 206 15224 14853 16370 185 -1697 -4142 N +ATOM 1597 CA ASP A 206 70.618 11.390 99.382 1.00131.01 C +ANISOU 1597 CA ASP A 206 16511 15980 17288 81 -1648 -3805 C +ATOM 1598 C ASP A 206 71.743 11.532 98.362 1.00129.55 C +ANISOU 1598 C ASP A 206 16437 15534 17250 91 -1778 -3552 C +ATOM 1599 O ASP A 206 72.167 10.518 97.799 1.00144.81 O +ANISOU 1599 O ASP A 206 18517 17467 19036 11 -1744 -3282 O +ATOM 1600 CB ASP A 206 69.383 10.808 98.688 1.00139.64 C +ANISOU 1600 CB ASP A 206 17557 17125 18373 46 -1568 -3725 C +ATOM 1601 CG ASP A 206 68.305 10.391 99.667 1.00145.65 C +ANISOU 1601 CG ASP A 206 18229 18179 18933 -1 -1409 -3930 C +ATOM 1602 OD1 ASP A 206 68.648 9.921 100.772 1.00145.49 O +ANISOU 1602 OD1 ASP A 206 18271 18364 18645 -63 -1320 -3995 O +ATOM 1603 OD2 ASP A 206 67.111 10.534 99.329 1.00148.05 O +ANISOU 1603 OD2 ASP A 206 18395 18518 19338 22 -1373 -4025 O +ATOM 1604 N CYS A 207 72.230 12.745 98.105 1.00 97.79 N +ANISOU 1604 N CYS A 207 12349 11290 13519 180 -1917 -3637 N +ATOM 1605 CA CYS A 207 73.259 12.933 97.092 1.00 80.42 C +ANISOU 1605 CA CYS A 207 10243 8846 11468 178 -2033 -3397 C +ATOM 1606 C CYS A 207 74.466 12.044 97.381 1.00 77.91 C +ANISOU 1606 C CYS A 207 10092 8610 10902 96 -2006 -3231 C +ATOM 1607 O CYS A 207 74.697 11.607 98.511 1.00 82.72 O +ANISOU 1607 O CYS A 207 10731 9429 11271 65 -1935 -3340 O +ATOM 1608 CB CYS A 207 73.713 14.393 97.037 1.00 70.20 C +ANISOU 1608 CB CYS A 207 8855 7315 10503 271 -2173 -3543 C +ATOM 1609 SG CYS A 207 72.450 15.626 96.615 1.00113.86 S +ANISOU 1609 SG CYS A 207 14185 12678 16398 400 -2242 -3725 S +ATOM 1610 N CYS A 208 75.242 11.778 96.334 1.00 86.62 N +ANISOU 1610 N CYS A 208 11299 9552 12062 64 -2066 -2963 N +ATOM 1611 CA CYS A 208 76.502 11.063 96.455 1.00 89.44 C +ANISOU 1611 CA CYS A 208 11798 9942 12242 6 -2066 -2802 C +ATOM 1612 C CYS A 208 77.667 12.021 96.250 1.00 95.68 C +ANISOU 1612 C CYS A 208 12577 10537 13241 38 -2199 -2813 C +ATOM 1613 O CYS A 208 77.520 13.111 95.689 1.00111.62 O +ANISOU 1613 O CYS A 208 14508 12347 15555 90 -2291 -2862 O +ATOM 1614 CB CYS A 208 76.606 9.917 95.439 1.00 79.28 C +ANISOU 1614 CB CYS A 208 10640 8640 10843 -67 -2019 -2498 C +ATOM 1615 SG CYS A 208 75.358 8.616 95.611 1.00 68.98 S +ANISOU 1615 SG CYS A 208 9370 7553 9285 -136 -1850 -2455 S +ATOM 1616 N HIS A 209 78.836 11.595 96.719 1.00 99.78 N +ANISOU 1616 N HIS A 209 13184 11123 13606 4 -2208 -2762 N +ATOM 1617 CA HIS A 209 80.059 12.336 96.456 1.00102.26 C +ANISOU 1617 CA HIS A 209 13495 11266 14092 12 -2324 -2745 C +ATOM 1618 C HIS A 209 80.347 12.331 94.959 1.00 95.60 C +ANISOU 1618 C HIS A 209 12700 10213 13410 -17 -2373 -2481 C +ATOM 1619 O HIS A 209 80.134 11.328 94.273 1.00 95.25 O +ANISOU 1619 O HIS A 209 12744 10213 13236 -62 -2311 -2268 O +ATOM 1620 CB HIS A 209 81.220 11.715 97.233 1.00 98.31 C +ANISOU 1620 CB HIS A 209 13074 10915 13363 -17 -2319 -2728 C +ATOM 1621 CG HIS A 209 82.488 12.506 97.171 1.00 82.14 C +ANISOU 1621 CG HIS A 209 11001 8733 11478 -15 -2432 -2764 C +ATOM 1622 ND1 HIS A 209 83.481 12.248 96.251 1.00 65.68 N +ANISOU 1622 ND1 HIS A 209 8987 6526 9442 -57 -2477 -2536 N +ATOM 1623 CD2 HIS A 209 82.932 13.541 97.923 1.00 75.43 C +ANISOU 1623 CD2 HIS A 209 10052 7857 10751 14 -2504 -3013 C +ATOM 1624 CE1 HIS A 209 84.479 13.095 96.434 1.00 73.02 C +ANISOU 1624 CE1 HIS A 209 9862 7361 10521 -57 -2570 -2636 C +ATOM 1625 NE2 HIS A 209 84.170 13.890 97.443 1.00 81.54 N +ANISOU 1625 NE2 HIS A 209 10840 8490 11652 -16 -2590 -2926 N +ATOM 1626 N ASN A 210 80.833 13.466 94.452 1.00 90.68 N +ANISOU 1626 N ASN A 210 12017 9363 13072 3 -2482 -2500 N +ATOM 1627 CA ASN A 210 81.041 13.624 93.015 1.00 88.34 C +ANISOU 1627 CA ASN A 210 11754 8870 12943 -26 -2534 -2255 C +ATOM 1628 C ASN A 210 81.897 12.516 92.412 1.00 76.29 C +ANISOU 1628 C ASN A 210 10354 7401 11232 -100 -2498 -2005 C +ATOM 1629 O ASN A 210 81.881 12.333 91.189 1.00 77.54 O +ANISOU 1629 O ASN A 210 10549 7460 11451 -136 -2509 -1788 O +ATOM 1630 CB ASN A 210 81.685 14.982 92.730 1.00 96.67 C +ANISOU 1630 CB ASN A 210 12739 9679 14311 -12 -2652 -2308 C +ATOM 1631 CG ASN A 210 80.662 16.070 92.476 1.00104.59 C +ANISOU 1631 CG ASN A 210 13633 10514 15593 62 -2705 -2413 C +ATOM 1632 OD1 ASN A 210 80.676 16.717 91.429 1.00107.32 O +ANISOU 1632 OD1 ASN A 210 13967 10642 16169 61 -2779 -2263 O +ATOM 1633 ND2 ASN A 210 79.758 16.268 93.428 1.00107.25 N +ANISOU 1633 ND2 ASN A 210 13886 10957 15908 128 -2669 -2665 N +ATOM 1634 N GLN A 211 82.640 11.772 93.230 1.00 77.22 N +ANISOU 1634 N GLN A 211 10534 7683 11125 -119 -2458 -2032 N +ATOM 1635 CA GLN A 211 83.525 10.732 92.727 1.00 76.81 C +ANISOU 1635 CA GLN A 211 10592 7676 10915 -174 -2429 -1816 C +ATOM 1636 C GLN A 211 82.868 9.363 92.657 1.00 67.79 C +ANISOU 1636 C GLN A 211 9541 6686 9531 -198 -2315 -1697 C +ATOM 1637 O GLN A 211 83.455 8.444 92.076 1.00 72.96 O +ANISOU 1637 O GLN A 211 10288 7357 10078 -241 -2283 -1509 O +ATOM 1638 CB GLN A 211 84.783 10.649 93.599 1.00 60.68 C +ANISOU 1638 CB GLN A 211 8565 5717 8774 -172 -2462 -1891 C +ATOM 1639 CG GLN A 211 85.677 11.867 93.482 1.00 67.52 C +ANISOU 1639 CG GLN A 211 9352 6420 9881 -177 -2571 -1973 C +ATOM 1640 CD GLN A 211 86.107 12.125 92.052 1.00 66.04 C +ANISOU 1640 CD GLN A 211 9180 6042 9870 -230 -2610 -1761 C +ATOM 1641 OE1 GLN A 211 85.903 13.214 91.517 1.00 85.10 O +ANISOU 1641 OE1 GLN A 211 11527 8264 12544 -232 -2673 -1778 O +ATOM 1642 NE2 GLN A 211 86.696 11.117 91.422 1.00 58.20 N +ANISOU 1642 NE2 GLN A 211 8275 5102 8738 -273 -2570 -1557 N +ATOM 1643 N CYS A 212 81.679 9.197 93.224 1.00 64.54 N +ANISOU 1643 N CYS A 212 9101 6383 9040 -177 -2247 -1811 N +ATOM 1644 CA CYS A 212 80.966 7.937 93.083 1.00 72.41 C +ANISOU 1644 CA CYS A 212 10177 7503 9832 -217 -2131 -1699 C +ATOM 1645 C CYS A 212 80.480 7.766 91.650 1.00 77.27 C +ANISOU 1645 C CYS A 212 10801 8008 10550 -254 -2127 -1523 C +ATOM 1646 O CYS A 212 80.052 8.725 90.999 1.00 73.73 O +ANISOU 1646 O CYS A 212 10268 7428 10319 -229 -2196 -1541 O +ATOM 1647 CB CYS A 212 79.789 7.882 94.056 1.00 74.02 C +ANISOU 1647 CB CYS A 212 10330 7860 9933 -197 -2055 -1879 C +ATOM 1648 SG CYS A 212 80.260 8.031 95.799 1.00 78.86 S +ANISOU 1648 SG CYS A 212 10930 8655 10380 -161 -2051 -2097 S +ATOM 1649 N ALA A 213 80.555 6.530 91.156 1.00 94.70 N +ANISOU 1649 N ALA A 213 13111 10272 12598 -311 -2048 -1351 N +ATOM 1650 CA ALA A 213 80.300 6.249 89.749 1.00 99.42 C +ANISOU 1650 CA ALA A 213 13726 10788 13262 -358 -2045 -1178 C +ATOM 1651 C ALA A 213 78.902 5.686 89.513 1.00 95.02 C +ANISOU 1651 C ALA A 213 13152 10314 12637 -387 -1956 -1183 C +ATOM 1652 O ALA A 213 78.113 6.278 88.775 1.00103.86 O +ANISOU 1652 O ALA A 213 14189 11374 13899 -377 -1996 -1183 O +ATOM 1653 CB ALA A 213 81.368 5.287 89.213 1.00105.10 C +ANISOU 1653 CB ALA A 213 14555 11502 13878 -407 -2019 -1000 C +ATOM 1654 N ALA A 214 78.579 4.550 90.126 1.00 80.92 N +ANISOU 1654 N ALA A 214 11441 8665 10640 -426 -1839 -1184 N +ATOM 1655 CA ALA A 214 77.268 3.940 89.946 1.00 96.97 C +ANISOU 1655 CA ALA A 214 13455 10787 12602 -473 -1742 -1197 C +ATOM 1656 C ALA A 214 76.245 4.432 90.956 1.00 92.38 C +ANISOU 1656 C ALA A 214 12779 10308 12011 -437 -1710 -1404 C +ATOM 1657 O ALA A 214 75.040 4.343 90.694 1.00102.54 O +ANISOU 1657 O ALA A 214 13997 11652 13312 -459 -1660 -1452 O +ATOM 1658 CB ALA A 214 77.373 2.417 90.052 1.00107.57 C +ANISOU 1658 CB ALA A 214 14929 12211 13734 -550 -1617 -1087 C +ATOM 1659 N GLY A 215 76.697 4.950 92.089 1.00 67.31 N +ANISOU 1659 N GLY A 215 9589 7174 8813 -385 -1738 -1539 N +ATOM 1660 CA GLY A 215 75.814 5.338 93.172 1.00 71.63 C +ANISOU 1660 CA GLY A 215 10047 7848 9319 -356 -1694 -1755 C +ATOM 1661 C GLY A 215 76.592 5.330 94.474 1.00 80.71 C +ANISOU 1661 C GLY A 215 11242 9096 10330 -332 -1691 -1845 C +ATOM 1662 O GLY A 215 77.817 5.395 94.473 1.00 95.38 O +ANISOU 1662 O GLY A 215 13160 10887 12194 -313 -1761 -1772 O +ATOM 1663 N CYS A 216 75.861 5.234 95.578 1.00 75.17 N +ANISOU 1663 N CYS A 216 10501 8571 9491 -337 -1608 -2008 N +ATOM 1664 CA CYS A 216 76.530 5.243 96.871 1.00 76.92 C +ANISOU 1664 CA CYS A 216 10754 8920 9551 -315 -1607 -2104 C +ATOM 1665 C CYS A 216 75.587 4.699 97.932 1.00 94.77 C +ANISOU 1665 C CYS A 216 13006 11412 11590 -360 -1470 -2214 C +ATOM 1666 O CYS A 216 74.392 4.503 97.698 1.00104.61 O +ANISOU 1666 O CYS A 216 14195 12709 12844 -401 -1385 -2255 O +ATOM 1667 CB CYS A 216 77.016 6.650 97.231 1.00 75.44 C +ANISOU 1667 CB CYS A 216 10454 8662 9547 -229 -1733 -2298 C +ATOM 1668 SG CYS A 216 75.698 7.859 97.464 1.00 75.75 S +ANISOU 1668 SG CYS A 216 10296 8709 9777 -171 -1741 -2585 S +ATOM 1669 N THR A 217 76.162 4.431 99.105 1.00 91.32 N +ANISOU 1669 N THR A 217 12624 11130 10942 -358 -1450 -2256 N +ATOM 1670 CA THR A 217 75.412 4.050 100.296 1.00 81.90 C +ANISOU 1670 CA THR A 217 11418 10185 9513 -401 -1328 -2377 C +ATOM 1671 C THR A 217 75.597 5.076 101.408 1.00 80.98 C +ANISOU 1671 C THR A 217 11192 10193 9384 -336 -1382 -2648 C +ATOM 1672 O THR A 217 75.351 4.774 102.579 1.00 81.35 O +ANISOU 1672 O THR A 217 11245 10477 9186 -365 -1300 -2742 O +ATOM 1673 CB THR A 217 75.838 2.661 100.776 1.00 71.73 C +ANISOU 1673 CB THR A 217 10308 9008 7939 -469 -1238 -2166 C +ATOM 1674 OG1 THR A 217 75.082 2.297 101.940 1.00 86.24 O +ANISOU 1674 OG1 THR A 217 12135 11098 9532 -524 -1111 -2268 O +ATOM 1675 CG2 THR A 217 77.327 2.637 101.104 1.00 69.99 C +ANISOU 1675 CG2 THR A 217 10172 8763 7660 -412 -1345 -2081 C +ATOM 1676 N GLY A 218 76.032 6.284 101.054 1.00 84.83 N +ANISOU 1676 N GLY A 218 11579 10522 10129 -254 -1517 -2775 N +ATOM 1677 CA GLY A 218 76.334 7.317 102.011 1.00 85.89 C +ANISOU 1677 CA GLY A 218 11605 10738 10290 -191 -1584 -3045 C +ATOM 1678 C GLY A 218 76.899 8.538 101.315 1.00 82.97 C +ANISOU 1678 C GLY A 218 11150 10119 10255 -116 -1735 -3119 C +ATOM 1679 O GLY A 218 77.221 8.503 100.123 1.00 70.31 O +ANISOU 1679 O GLY A 218 9591 8298 8825 -116 -1793 -2928 O +ATOM 1680 N PRO A 219 77.040 9.649 102.046 1.00 88.86 N +ANISOU 1680 N PRO A 219 11771 10892 11099 -58 -1800 -3402 N +ATOM 1681 CA PRO A 219 77.443 10.903 101.393 1.00 80.36 C +ANISOU 1681 CA PRO A 219 10602 9553 10376 8 -1937 -3489 C +ATOM 1682 C PRO A 219 78.936 11.031 101.143 1.00 92.61 C +ANISOU 1682 C PRO A 219 12224 10984 11979 11 -2049 -3372 C +ATOM 1683 O PRO A 219 79.331 11.838 100.292 1.00 68.23 O +ANISOU 1683 O PRO A 219 9098 7642 9183 39 -2150 -3344 O +ATOM 1684 CB PRO A 219 76.961 11.985 102.377 1.00 71.86 C +ANISOU 1684 CB PRO A 219 9360 8564 9380 64 -1947 -3868 C +ATOM 1685 CG PRO A 219 76.460 11.244 103.618 1.00 73.09 C +ANISOU 1685 CG PRO A 219 9528 9067 9175 19 -1816 -3972 C +ATOM 1686 CD PRO A 219 76.898 9.821 103.498 1.00 84.29 C +ANISOU 1686 CD PRO A 219 11130 10582 10313 -54 -1753 -3657 C +ATOM 1687 N ARG A 220 79.771 10.271 101.842 1.00100.18 N +ANISOU 1687 N ARG A 220 13280 12117 12668 -17 -2035 -3298 N +ATOM 1688 CA ARG A 220 81.209 10.465 101.767 1.00 99.41 C +ANISOU 1688 CA ARG A 220 13220 11941 12611 -8 -2145 -3237 C +ATOM 1689 C ARG A 220 81.784 9.821 100.507 1.00 89.79 C +ANISOU 1689 C ARG A 220 12114 10543 11458 -37 -2166 -2914 C +ATOM 1690 O ARG A 220 81.110 9.091 99.775 1.00 83.50 O +ANISOU 1690 O ARG A 220 11383 9708 10634 -69 -2091 -2731 O +ATOM 1691 CB ARG A 220 81.891 9.880 103.000 1.00107.86 C +ANISOU 1691 CB ARG A 220 14341 13283 13359 -14 -2134 -3277 C +ATOM 1692 CG ARG A 220 81.369 10.416 104.323 1.00119.95 C +ANISOU 1692 CG ARG A 220 15762 15044 14770 4 -2103 -3599 C +ATOM 1693 CD ARG A 220 81.980 9.658 105.488 1.00130.71 C +ANISOU 1693 CD ARG A 220 17195 16706 15763 -8 -2085 -3584 C +ATOM 1694 NE ARG A 220 81.624 8.238 105.443 1.00139.01 N +ANISOU 1694 NE ARG A 220 18397 17870 16550 -53 -1974 -3311 N +ATOM 1695 CZ ARG A 220 81.089 7.545 106.445 1.00144.89 C +ANISOU 1695 CZ ARG A 220 19182 18897 16973 -86 -1870 -3327 C +ATOM 1696 NH1 ARG A 220 80.843 8.112 107.620 1.00147.58 N +ANISOU 1696 NH1 ARG A 220 19419 19474 17182 -77 -1859 -3614 N +ATOM 1697 NH2 ARG A 220 80.809 6.260 106.272 1.00143.63 N +ANISOU 1697 NH2 ARG A 220 19169 18787 16619 -134 -1771 -3054 N +ATOM 1698 N GLU A 221 83.065 10.106 100.265 1.00 78.88 N +ANISOU 1698 N GLU A 221 10746 9062 10163 -31 -2269 -2862 N +ATOM 1699 CA GLU A 221 83.799 9.531 99.146 1.00 69.84 C +ANISOU 1699 CA GLU A 221 9696 7771 9069 -59 -2293 -2581 C +ATOM 1700 C GLU A 221 84.197 8.080 99.382 1.00 75.90 C +ANISOU 1700 C GLU A 221 10605 8693 9540 -79 -2229 -2375 C +ATOM 1701 O GLU A 221 84.605 7.406 98.431 1.00 81.85 O +ANISOU 1701 O GLU A 221 11444 9342 10312 -103 -2221 -2140 O +ATOM 1702 CB GLU A 221 85.051 10.367 98.861 1.00 74.54 C +ANISOU 1702 CB GLU A 221 10241 8222 9859 -52 -2417 -2616 C +ATOM 1703 CG GLU A 221 86.011 10.473 100.039 1.00 83.51 C +ANISOU 1703 CG GLU A 221 11349 9533 10847 -31 -2473 -2768 C +ATOM 1704 CD GLU A 221 87.178 11.394 99.759 1.00 82.99 C +ANISOU 1704 CD GLU A 221 11210 9320 11001 -37 -2592 -2835 C +ATOM 1705 OE1 GLU A 221 87.233 11.969 98.652 1.00 81.84 O +ANISOU 1705 OE1 GLU A 221 11043 8928 11124 -63 -2627 -2750 O +ATOM 1706 OE2 GLU A 221 88.038 11.546 100.652 1.00 84.59 O +ANISOU 1706 OE2 GLU A 221 11374 9662 11103 -23 -2652 -2971 O +ATOM 1707 N SER A 222 84.098 7.592 100.616 1.00 76.65 N +ANISOU 1707 N SER A 222 10725 9033 9365 -68 -2184 -2457 N +ATOM 1708 CA SER A 222 84.340 6.191 100.924 1.00 82.57 C +ANISOU 1708 CA SER A 222 11616 9924 9832 -82 -2117 -2252 C +ATOM 1709 C SER A 222 83.086 5.338 100.788 1.00 97.77 C +ANISOU 1709 C SER A 222 13609 11900 11640 -129 -1975 -2153 C +ATOM 1710 O SER A 222 83.166 4.115 100.939 1.00 93.37 O +ANISOU 1710 O SER A 222 13180 11425 10871 -152 -1905 -1963 O +ATOM 1711 CB SER A 222 84.892 6.052 102.347 1.00 65.66 C +ANISOU 1711 CB SER A 222 9475 8037 7435 -50 -2143 -2362 C +ATOM 1712 OG SER A 222 83.951 6.501 103.305 1.00 67.28 O +ANISOU 1712 OG SER A 222 9604 8412 7547 -55 -2089 -2592 O +ATOM 1713 N ASP A 223 81.938 5.953 100.510 1.00 94.88 N +ANISOU 1713 N ASP A 223 13155 11482 11414 -144 -1933 -2281 N +ATOM 1714 CA ASP A 223 80.666 5.253 100.417 1.00 95.94 C +ANISOU 1714 CA ASP A 223 13323 11680 11450 -197 -1798 -2227 C +ATOM 1715 C ASP A 223 80.299 4.894 98.985 1.00 86.21 C +ANISOU 1715 C ASP A 223 12128 10252 10377 -233 -1773 -2041 C +ATOM 1716 O ASP A 223 79.193 4.403 98.746 1.00 72.13 O +ANISOU 1716 O ASP A 223 10352 8500 8552 -282 -1668 -2010 O +ATOM 1717 CB ASP A 223 79.557 6.114 101.027 1.00 95.28 C +ANISOU 1717 CB ASP A 223 13100 11690 11413 -186 -1763 -2501 C +ATOM 1718 CG ASP A 223 79.755 6.355 102.507 1.00 85.21 C +ANISOU 1718 CG ASP A 223 11785 10656 9934 -165 -1762 -2701 C +ATOM 1719 OD1 ASP A 223 80.026 5.378 103.235 1.00 89.96 O +ANISOU 1719 OD1 ASP A 223 12495 11440 10244 -192 -1705 -2590 O +ATOM 1720 OD2 ASP A 223 79.654 7.521 102.944 1.00 87.84 O +ANISOU 1720 OD2 ASP A 223 11979 10997 10398 -121 -1821 -2970 O +ATOM 1721 N CYS A 224 81.191 5.131 98.030 1.00 80.45 N +ANISOU 1721 N CYS A 224 11413 9336 9819 -217 -1865 -1926 N +ATOM 1722 CA CYS A 224 80.861 4.914 96.630 1.00 70.90 C +ANISOU 1722 CA CYS A 224 10222 7956 8761 -252 -1851 -1768 C +ATOM 1723 C CYS A 224 80.699 3.433 96.325 1.00 72.02 C +ANISOU 1723 C CYS A 224 10501 8138 8726 -312 -1743 -1557 C +ATOM 1724 O CYS A 224 81.466 2.590 96.803 1.00 67.98 O +ANISOU 1724 O CYS A 224 10095 7695 8040 -310 -1727 -1449 O +ATOM 1725 CB CYS A 224 81.953 5.499 95.745 1.00 66.35 C +ANISOU 1725 CB CYS A 224 9631 7195 8385 -232 -1969 -1693 C +ATOM 1726 SG CYS A 224 82.152 7.291 95.881 1.00 74.68 S +ANISOU 1726 SG CYS A 224 10529 8137 9711 -176 -2098 -1920 S +ATOM 1727 N LEU A 225 79.687 3.119 95.515 1.00 78.56 N +ANISOU 1727 N LEU A 225 11323 8919 9609 -363 -1672 -1500 N +ATOM 1728 CA LEU A 225 79.562 1.766 94.982 1.00 70.80 C +ANISOU 1728 CA LEU A 225 10461 7928 8510 -431 -1574 -1302 C +ATOM 1729 C LEU A 225 80.767 1.413 94.125 1.00 66.15 C +ANISOU 1729 C LEU A 225 9943 7207 7981 -422 -1634 -1131 C +ATOM 1730 O LEU A 225 81.324 0.316 94.239 1.00 67.96 O +ANISOU 1730 O LEU A 225 10293 7455 8073 -437 -1587 -990 O +ATOM 1731 CB LEU A 225 78.272 1.644 94.169 1.00 67.81 C +ANISOU 1731 CB LEU A 225 10035 7523 8207 -490 -1503 -1301 C +ATOM 1732 CG LEU A 225 76.962 1.834 94.936 1.00 59.82 C +ANISOU 1732 CG LEU A 225 8943 6655 7129 -510 -1420 -1469 C +ATOM 1733 CD1 LEU A 225 75.781 1.780 93.981 1.00 57.42 C +ANISOU 1733 CD1 LEU A 225 8573 6318 6928 -560 -1373 -1467 C +ATOM 1734 CD2 LEU A 225 76.819 0.786 96.027 1.00 68.42 C +ANISOU 1734 CD2 LEU A 225 10134 7909 7952 -559 -1299 -1438 C +ATOM 1735 N VAL A 226 81.178 2.337 93.259 1.00 71.03 N +ANISOU 1735 N VAL A 226 10487 7691 8811 -398 -1736 -1139 N +ATOM 1736 CA VAL A 226 82.366 2.185 92.432 1.00 68.14 C +ANISOU 1736 CA VAL A 226 10161 7212 8515 -394 -1798 -1001 C +ATOM 1737 C VAL A 226 82.938 3.575 92.208 1.00 77.72 C +ANISOU 1737 C VAL A 226 11269 8328 9932 -353 -1927 -1090 C +ATOM 1738 O VAL A 226 82.208 4.569 92.202 1.00 89.51 O +ANISOU 1738 O VAL A 226 12662 9788 11558 -337 -1962 -1213 O +ATOM 1739 CB VAL A 226 82.051 1.485 91.087 1.00 64.19 C +ANISOU 1739 CB VAL A 226 9703 6631 8057 -459 -1744 -848 C +ATOM 1740 CG1 VAL A 226 83.292 1.427 90.205 1.00 69.66 C +ANISOU 1740 CG1 VAL A 226 10419 7221 8827 -458 -1806 -727 C +ATOM 1741 CG2 VAL A 226 81.512 0.081 91.322 1.00 65.83 C +ANISOU 1741 CG2 VAL A 226 10018 6913 8082 -511 -1611 -769 C +ATOM 1742 N CYS A 227 84.252 3.644 92.027 1.00 70.62 N +ANISOU 1742 N CYS A 227 10388 7378 9067 -334 -1996 -1029 N +ATOM 1743 CA CYS A 227 84.932 4.922 91.882 1.00 72.75 C +ANISOU 1743 CA CYS A 227 10563 7550 9528 -309 -2113 -1109 C +ATOM 1744 C CYS A 227 84.911 5.389 90.436 1.00 53.61 C +ANISOU 1744 C CYS A 227 8104 4974 7293 -352 -2147 -1002 C +ATOM 1745 O CYS A 227 84.997 4.584 89.503 1.00 52.64 O +ANISOU 1745 O CYS A 227 8042 4830 7130 -397 -2099 -844 O +ATOM 1746 CB CYS A 227 86.376 4.821 92.379 1.00 57.63 C +ANISOU 1746 CB CYS A 227 8667 5668 7563 -279 -2173 -1106 C +ATOM 1747 SG CYS A 227 86.490 4.447 94.133 1.00 55.83 S +ANISOU 1747 SG CYS A 227 8467 5642 7104 -221 -2159 -1233 S +ATOM 1748 N ARG A 228 84.795 6.708 90.261 1.00 68.84 N +ANISOU 1748 N ARG A 228 9933 6794 9428 -338 -2231 -1090 N +ATOM 1749 CA ARG A 228 84.709 7.281 88.926 1.00 70.62 C +ANISOU 1749 CA ARG A 228 10122 6874 9835 -376 -2274 -978 C +ATOM 1750 C ARG A 228 86.074 7.404 88.263 1.00 76.60 C +ANISOU 1750 C ARG A 228 10888 7557 10659 -412 -2324 -868 C +ATOM 1751 O ARG A 228 86.160 7.367 87.031 1.00 83.31 O +ANISOU 1751 O ARG A 228 11745 8337 11571 -465 -2326 -717 O +ATOM 1752 CB ARG A 228 84.033 8.652 88.987 1.00 55.02 C +ANISOU 1752 CB ARG A 228 8040 4791 8074 -342 -2347 -1099 C +ATOM 1753 CG ARG A 228 83.740 9.259 87.621 1.00 59.87 C +ANISOU 1753 CG ARG A 228 8618 5260 8869 -373 -2395 -963 C +ATOM 1754 CD ARG A 228 82.879 10.509 87.730 1.00 78.17 C +ANISOU 1754 CD ARG A 228 10834 7465 11400 -320 -2463 -1079 C +ATOM 1755 NE ARG A 228 81.652 10.264 88.483 1.00 91.76 N +ANISOU 1755 NE ARG A 228 12527 9297 13040 -272 -2407 -1223 N +ATOM 1756 CZ ARG A 228 80.533 9.767 87.963 1.00 87.06 C +ANISOU 1756 CZ ARG A 228 11929 8760 12389 -279 -2355 -1167 C +ATOM 1757 NH1 ARG A 228 80.469 9.454 86.675 1.00 80.43 N +ANISOU 1757 NH1 ARG A 228 11117 7884 11558 -329 -2357 -969 N +ATOM 1758 NH2 ARG A 228 79.472 9.580 88.736 1.00 76.43 N +ANISOU 1758 NH2 ARG A 228 10544 7526 10971 -242 -2297 -1318 N +ATOM 1759 N LYS A 229 87.144 7.551 89.045 1.00 79.58 N +ANISOU 1759 N LYS A 229 11257 7965 11015 -389 -2365 -947 N +ATOM 1760 CA LYS A 229 88.471 7.728 88.466 1.00 88.87 C +ANISOU 1760 CA LYS A 229 12422 9081 12264 -428 -2413 -865 C +ATOM 1761 C LYS A 229 89.532 6.910 89.193 1.00 92.28 C +ANISOU 1761 C LYS A 229 12894 9632 12534 -399 -2402 -881 C +ATOM 1762 O LYS A 229 89.966 5.874 88.678 1.00 90.50 O +ANISOU 1762 O LYS A 229 12735 9450 12201 -416 -2350 -750 O +ATOM 1763 CB LYS A 229 88.850 9.209 88.462 1.00 83.02 C +ANISOU 1763 CB LYS A 229 11583 8201 11761 -438 -2511 -954 C +ATOM 1764 CG LYS A 229 88.118 10.016 87.399 1.00 78.54 C +ANISOU 1764 CG LYS A 229 10979 7480 11383 -473 -2538 -869 C +ATOM 1765 CD LYS A 229 88.375 11.506 87.556 1.00 94.56 C +ANISOU 1765 CD LYS A 229 12917 9346 13666 -475 -2633 -971 C +ATOM 1766 CE LYS A 229 89.530 11.975 86.685 1.00103.68 C +ANISOU 1766 CE LYS A 229 14051 10393 14949 -558 -2675 -850 C +ATOM 1767 NZ LYS A 229 89.076 12.336 85.313 1.00103.92 N +ANISOU 1767 NZ LYS A 229 14085 10305 15094 -611 -2684 -655 N +ATOM 1768 N PHE A 230 89.972 7.348 90.372 1.00 90.18 N +ANISOU 1768 N PHE A 230 12586 9425 12252 -352 -2455 -1044 N +ATOM 1769 CA PHE A 230 91.073 6.689 91.063 1.00 71.55 C +ANISOU 1769 CA PHE A 230 10249 7185 9750 -315 -2470 -1057 C +ATOM 1770 C PHE A 230 90.590 6.056 92.359 1.00 67.69 C +ANISOU 1770 C PHE A 230 9811 6858 9050 -249 -2436 -1142 C +ATOM 1771 O PHE A 230 89.875 6.693 93.140 1.00 68.86 O +ANISOU 1771 O PHE A 230 9917 7037 9210 -228 -2448 -1298 O +ATOM 1772 CB PHE A 230 92.207 7.673 91.344 1.00 64.08 C +ANISOU 1772 CB PHE A 230 9204 6203 8939 -324 -2569 -1168 C +ATOM 1773 CG PHE A 230 92.951 8.099 90.112 1.00 62.51 C +ANISOU 1773 CG PHE A 230 8965 5875 8911 -400 -2592 -1058 C +ATOM 1774 CD1 PHE A 230 94.029 7.361 89.649 1.00 63.84 C +ANISOU 1774 CD1 PHE A 230 9149 6090 9016 -413 -2580 -951 C +ATOM 1775 CD2 PHE A 230 92.568 9.230 89.412 1.00 57.02 C +ANISOU 1775 CD2 PHE A 230 8214 5012 8439 -458 -2623 -1056 C +ATOM 1776 CE1 PHE A 230 94.716 7.748 88.515 1.00 55.04 C +ANISOU 1776 CE1 PHE A 230 7990 4878 8044 -495 -2590 -855 C +ATOM 1777 CE2 PHE A 230 93.249 9.623 88.277 1.00 55.88 C +ANISOU 1777 CE2 PHE A 230 8038 4760 8436 -541 -2639 -936 C +ATOM 1778 CZ PHE A 230 94.325 8.881 87.827 1.00 55.40 C +ANISOU 1778 CZ PHE A 230 7988 4766 8295 -565 -2617 -840 C +ATOM 1779 N ARG A 231 90.982 4.800 92.578 1.00 61.79 N +ANISOU 1779 N ARG A 231 9152 6212 8114 -218 -2391 -1038 N +ATOM 1780 CA ARG A 231 90.704 4.079 93.814 1.00 68.01 C +ANISOU 1780 CA ARG A 231 10002 7164 8677 -159 -2360 -1079 C +ATOM 1781 C ARG A 231 91.917 4.219 94.724 1.00 87.89 C +ANISOU 1781 C ARG A 231 12476 9791 11127 -102 -2450 -1163 C +ATOM 1782 O ARG A 231 93.003 3.727 94.401 1.00 91.64 O +ANISOU 1782 O ARG A 231 12959 10267 11591 -83 -2479 -1073 O +ATOM 1783 CB ARG A 231 90.395 2.609 93.531 1.00 86.34 C +ANISOU 1783 CB ARG A 231 12452 9513 10842 -157 -2260 -902 C +ATOM 1784 CG ARG A 231 90.416 1.705 94.763 1.00111.19 C +ANISOU 1784 CG ARG A 231 15681 12822 13746 -95 -2234 -891 C +ATOM 1785 CD ARG A 231 90.337 0.240 94.384 1.00131.02 C +ANISOU 1785 CD ARG A 231 18321 15318 16143 -93 -2144 -700 C +ATOM 1786 NE ARG A 231 91.548 -0.224 93.709 1.00146.55 N +ANISOU 1786 NE ARG A 231 20292 17227 18163 -68 -2179 -597 N +ATOM 1787 CZ ARG A 231 91.826 -1.502 93.467 1.00153.46 C +ANISOU 1787 CZ ARG A 231 21268 18084 18955 -42 -2123 -447 C +ATOM 1788 NH1 ARG A 231 90.985 -2.454 93.846 1.00157.78 N +ANISOU 1788 NH1 ARG A 231 21930 18657 19363 -48 -2027 -368 N +ATOM 1789 NH2 ARG A 231 92.949 -1.833 92.848 1.00152.54 N +ANISOU 1789 NH2 ARG A 231 21134 17921 18904 -12 -2159 -382 N +ATOM 1790 N ASP A 232 91.732 4.885 95.860 1.00 88.81 N +ANISOU 1790 N ASP A 232 12536 10013 11196 -73 -2495 -1349 N +ATOM 1791 CA ASP A 232 92.784 5.060 96.858 1.00 79.42 C +ANISOU 1791 CA ASP A 232 11293 8964 9919 -18 -2588 -1458 C +ATOM 1792 C ASP A 232 92.334 4.345 98.128 1.00 82.66 C +ANISOU 1792 C ASP A 232 11773 9581 10053 38 -2555 -1479 C +ATOM 1793 O ASP A 232 91.494 4.858 98.873 1.00 79.79 O +ANISOU 1793 O ASP A 232 11379 9294 9642 32 -2537 -1632 O +ATOM 1794 CB ASP A 232 93.059 6.540 97.114 1.00 74.75 C +ANISOU 1794 CB ASP A 232 10561 8331 9512 -43 -2676 -1682 C +ATOM 1795 CG ASP A 232 94.303 6.762 97.944 1.00 72.36 C +ANISOU 1795 CG ASP A 232 10183 8165 9148 -1 -2781 -1798 C +ATOM 1796 OD1 ASP A 232 94.838 5.768 98.474 1.00 67.98 O +ANISOU 1796 OD1 ASP A 232 9687 7762 8379 63 -2790 -1709 O +ATOM 1797 OD2 ASP A 232 94.741 7.924 98.074 1.00 81.18 O +ANISOU 1797 OD2 ASP A 232 11177 9234 10433 -32 -2858 -1980 O +ATOM 1798 N GLU A 233 92.895 3.161 98.375 1.00 87.08 N +ANISOU 1798 N GLU A 233 12424 10231 10430 92 -2546 -1323 N +ATOM 1799 CA GLU A 233 92.478 2.334 99.503 1.00101.08 C +ANISOU 1799 CA GLU A 233 14287 12193 11926 140 -2506 -1287 C +ATOM 1800 C GLU A 233 90.967 2.125 99.458 1.00103.29 C +ANISOU 1800 C GLU A 233 14631 12451 12165 85 -2382 -1271 C +ATOM 1801 O GLU A 233 90.459 1.504 98.520 1.00 89.90 O +ANISOU 1801 O GLU A 233 13009 10621 10528 44 -2295 -1120 O +ATOM 1802 CB GLU A 233 92.925 2.963 100.831 1.00109.39 C +ANISOU 1802 CB GLU A 233 15255 13455 12854 186 -2601 -1483 C +ATOM 1803 CG GLU A 233 94.374 2.690 101.187 1.00115.30 C +ANISOU 1803 CG GLU A 233 15972 14303 13533 262 -2715 -1455 C +ATOM 1804 CD GLU A 233 94.602 2.638 102.685 1.00114.25 C +ANISOU 1804 CD GLU A 233 15825 14446 13139 325 -2778 -1555 C +ATOM 1805 OE1 GLU A 233 93.889 3.344 103.427 1.00116.14 O +ANISOU 1805 OE1 GLU A 233 16013 14792 13324 295 -2766 -1747 O +ATOM 1806 OE2 GLU A 233 95.493 1.878 103.116 1.00108.99 O +ANISOU 1806 OE2 GLU A 233 15194 13899 12319 408 -2842 -1443 O +ATOM 1807 N ALA A 234 90.233 2.642 100.446 1.00 98.64 N +ANISOU 1807 N ALA A 234 14003 12002 11474 79 -2368 -1440 N +ATOM 1808 CA ALA A 234 88.794 2.438 100.538 1.00 91.11 C +ANISOU 1808 CA ALA A 234 13093 11063 10462 28 -2247 -1446 C +ATOM 1809 C ALA A 234 88.001 3.623 100.003 1.00 85.74 C +ANISOU 1809 C ALA A 234 12301 10259 10015 -19 -2242 -1614 C +ATOM 1810 O ALA A 234 86.798 3.723 100.272 1.00 90.26 O +ANISOU 1810 O ALA A 234 12866 10878 10548 -52 -2159 -1691 O +ATOM 1811 CB ALA A 234 88.394 2.169 101.988 1.00 93.44 C +ANISOU 1811 CB ALA A 234 13414 11613 10476 47 -2217 -1521 C +ATOM 1812 N THR A 235 88.642 4.520 99.255 1.00 74.17 N +ANISOU 1812 N THR A 235 10747 8638 8795 -24 -2329 -1670 N +ATOM 1813 CA THR A 235 88.035 5.784 98.872 1.00 75.64 C +ANISOU 1813 CA THR A 235 10820 8700 9219 -53 -2350 -1838 C +ATOM 1814 C THR A 235 88.134 6.004 97.372 1.00 73.88 C +ANISOU 1814 C THR A 235 10592 8241 9238 -93 -2358 -1709 C +ATOM 1815 O THR A 235 89.022 5.473 96.697 1.00 62.29 O +ANISOU 1815 O THR A 235 9171 6711 7786 -97 -2378 -1547 O +ATOM 1816 CB THR A 235 88.699 6.963 99.589 1.00 76.28 C +ANISOU 1816 CB THR A 235 10774 8823 9386 -27 -2460 -2080 C +ATOM 1817 OG1 THR A 235 90.124 6.845 99.489 1.00 74.38 O +ANISOU 1817 OG1 THR A 235 10528 8582 9152 -7 -2548 -2020 O +ATOM 1818 CG2 THR A 235 88.292 6.992 101.046 1.00 77.59 C +ANISOU 1818 CG2 THR A 235 10918 9234 9330 2 -2444 -2261 C +ATOM 1819 N CYS A 236 87.205 6.806 96.868 1.00 59.51 N +ANISOU 1819 N CYS A 236 8708 6301 7602 -120 -2344 -1786 N +ATOM 1820 CA CYS A 236 87.223 7.284 95.497 1.00 68.32 C +ANISOU 1820 CA CYS A 236 9798 7201 8961 -158 -2368 -1687 C +ATOM 1821 C CYS A 236 87.807 8.685 95.465 1.00 70.26 C +ANISOU 1821 C CYS A 236 9926 7327 9445 -157 -2477 -1839 C +ATOM 1822 O CYS A 236 87.498 9.520 96.322 1.00 83.67 O +ANISOU 1822 O CYS A 236 11539 9064 11187 -130 -2509 -2065 O +ATOM 1823 CB CYS A 236 85.813 7.283 94.912 1.00 76.35 C +ANISOU 1823 CB CYS A 236 10815 8155 10037 -182 -2296 -1659 C +ATOM 1824 SG CYS A 236 85.073 5.651 94.945 1.00 61.05 S +ANISOU 1824 SG CYS A 236 9010 6345 7839 -206 -2157 -1497 S +ATOM 1825 N LYS A 237 88.658 8.935 94.478 1.00 65.12 N +ANISOU 1825 N LYS A 237 9265 6530 8949 -193 -2526 -1722 N +ATOM 1826 CA LYS A 237 89.376 10.196 94.421 1.00 64.65 C +ANISOU 1826 CA LYS A 237 9100 6346 9118 -209 -2625 -1845 C +ATOM 1827 C LYS A 237 89.570 10.612 92.971 1.00 60.72 C +ANISOU 1827 C LYS A 237 8594 5637 8838 -270 -2644 -1681 C +ATOM 1828 O LYS A 237 89.881 9.786 92.100 1.00 60.69 O +ANISOU 1828 O LYS A 237 8661 5628 8768 -302 -2604 -1475 O +ATOM 1829 CB LYS A 237 90.718 10.095 95.157 1.00 64.66 C +ANISOU 1829 CB LYS A 237 9077 6462 9030 -195 -2686 -1916 C +ATOM 1830 CG LYS A 237 90.559 9.921 96.667 1.00 71.56 C +ANISOU 1830 CG LYS A 237 9939 7555 9697 -137 -2687 -2104 C +ATOM 1831 CD LYS A 237 91.889 9.998 97.403 1.00 79.18 C +ANISOU 1831 CD LYS A 237 10853 8639 10591 -120 -2770 -2199 C +ATOM 1832 CE LYS A 237 91.734 9.662 98.884 1.00 77.96 C +ANISOU 1832 CE LYS A 237 10700 8742 10178 -61 -2770 -2352 C +ATOM 1833 NZ LYS A 237 91.263 10.814 99.706 1.00 71.14 N +ANISOU 1833 NZ LYS A 237 9724 7898 9406 -57 -2804 -2648 N +ATOM 1834 N ASP A 238 89.338 11.906 92.733 1.00 59.83 N +ANISOU 1834 N ASP A 238 8396 5352 8986 -285 -2703 -1779 N +ATOM 1835 CA ASP A 238 89.561 12.504 91.422 1.00 89.29 C +ANISOU 1835 CA ASP A 238 12111 8874 12940 -348 -2734 -1627 C +ATOM 1836 C ASP A 238 91.033 12.451 91.042 1.00 78.90 C +ANISOU 1836 C ASP A 238 10786 7543 11648 -407 -2769 -1549 C +ATOM 1837 O ASP A 238 91.378 12.144 89.895 1.00 67.64 O +ANISOU 1837 O ASP A 238 9397 6057 10248 -465 -2749 -1344 O +ATOM 1838 CB ASP A 238 89.059 13.950 91.436 1.00 92.10 C +ANISOU 1838 CB ASP A 238 12375 9038 13582 -342 -2799 -1764 C +ATOM 1839 CG ASP A 238 89.247 14.651 90.106 1.00 98.09 C +ANISOU 1839 CG ASP A 238 13120 9570 14577 -408 -2837 -1589 C +ATOM 1840 OD1 ASP A 238 89.268 13.963 89.066 1.00105.13 O +ANISOU 1840 OD1 ASP A 238 14079 10473 15393 -450 -2796 -1358 O +ATOM 1841 OD2 ASP A 238 89.373 15.893 90.103 1.00100.03 O +ANISOU 1841 OD2 ASP A 238 13291 9629 15087 -423 -2907 -1683 O +ATOM 1842 N THR A 239 91.914 12.747 91.993 1.00 79.26 N +ANISOU 1842 N THR A 239 10774 7662 11679 -396 -2821 -1721 N +ATOM 1843 CA THR A 239 93.350 12.740 91.772 1.00 74.94 C +ANISOU 1843 CA THR A 239 10194 7123 11156 -448 -2859 -1684 C +ATOM 1844 C THR A 239 94.016 12.014 92.928 1.00 62.28 C +ANISOU 1844 C THR A 239 8592 5749 9321 -389 -2870 -1794 C +ATOM 1845 O THR A 239 93.521 12.037 94.059 1.00 61.62 O +ANISOU 1845 O THR A 239 8497 5783 9131 -326 -2876 -1966 O +ATOM 1846 CB THR A 239 93.910 14.170 91.653 1.00 74.84 C +ANISOU 1846 CB THR A 239 10075 6926 11435 -513 -2937 -1798 C +ATOM 1847 OG1 THR A 239 95.217 14.137 91.067 1.00 94.11 O +ANISOU 1847 OG1 THR A 239 12485 9351 13921 -591 -2956 -1707 O +ATOM 1848 CG2 THR A 239 93.987 14.855 93.020 1.00 71.45 C +ANISOU 1848 CG2 THR A 239 9561 6555 11032 -472 -2994 -2099 C +ATOM 1849 N CYS A 240 95.133 11.361 92.643 1.00 60.42 N +ANISOU 1849 N CYS A 240 8366 5590 9003 -406 -2874 -1693 N +ATOM 1850 CA CYS A 240 95.872 10.697 93.705 1.00 76.21 C +ANISOU 1850 CA CYS A 240 10358 7806 10793 -340 -2903 -1780 C +ATOM 1851 C CYS A 240 96.488 11.751 94.619 1.00 81.69 C +ANISOU 1851 C CYS A 240 10928 8523 11589 -350 -2995 -2036 C +ATOM 1852 O CYS A 240 97.152 12.673 94.127 1.00 85.58 O +ANISOU 1852 O CYS A 240 11333 8874 12308 -431 -3040 -2076 O +ATOM 1853 CB CYS A 240 96.959 9.786 93.139 1.00 60.19 C +ANISOU 1853 CB CYS A 240 8351 5841 8677 -345 -2893 -1621 C +ATOM 1854 SG CYS A 240 96.336 8.223 92.458 1.00 66.85 S +ANISOU 1854 SG CYS A 240 9346 6726 9327 -307 -2784 -1370 S +ATOM 1855 N PRO A 241 96.298 11.662 95.933 1.00 71.20 N +ANISOU 1855 N PRO A 241 9584 7373 10098 -279 -3022 -2215 N +ATOM 1856 CA PRO A 241 96.801 12.708 96.830 1.00 65.70 C +ANISOU 1856 CA PRO A 241 8758 6707 9497 -293 -3109 -2492 C +ATOM 1857 C PRO A 241 98.274 12.981 96.580 1.00 76.05 C +ANISOU 1857 C PRO A 241 9976 8015 10905 -348 -3176 -2511 C +ATOM 1858 O PRO A 241 99.070 12.043 96.419 1.00 65.74 O +ANISOU 1858 O PRO A 241 8696 6831 9450 -320 -3177 -2378 O +ATOM 1859 CB PRO A 241 96.565 12.128 98.235 1.00 66.49 C +ANISOU 1859 CB PRO A 241 8876 7080 9307 -200 -3119 -2621 C +ATOM 1860 CG PRO A 241 96.142 10.701 98.031 1.00 67.77 C +ANISOU 1860 CG PRO A 241 9181 7340 9228 -142 -3041 -2381 C +ATOM 1861 CD PRO A 241 95.549 10.633 96.672 1.00 63.33 C +ANISOU 1861 CD PRO A 241 8683 6559 8819 -194 -2969 -2180 C +ATOM 1862 N PRO A 242 98.678 14.249 96.551 1.00 67.81 N +ANISOU 1862 N PRO A 242 8815 6831 10119 -428 -3232 -2682 N +ATOM 1863 CA PRO A 242 100.044 14.575 96.136 1.00 68.38 C +ANISOU 1863 CA PRO A 242 8790 6872 10318 -508 -3283 -2686 C +ATOM 1864 C PRO A 242 101.056 14.231 97.214 1.00 73.73 C +ANISOU 1864 C PRO A 242 9387 7816 10812 -456 -3360 -2845 C +ATOM 1865 O PRO A 242 100.752 14.221 98.409 1.00 85.23 O +ANISOU 1865 O PRO A 242 10825 9447 12112 -386 -3396 -3030 O +ATOM 1866 CB PRO A 242 99.984 16.084 95.892 1.00 69.78 C +ANISOU 1866 CB PRO A 242 8874 6802 10835 -611 -3313 -2836 C +ATOM 1867 CG PRO A 242 98.938 16.564 96.844 1.00 70.66 C +ANISOU 1867 CG PRO A 242 8982 6929 10935 -551 -3322 -3048 C +ATOM 1868 CD PRO A 242 97.956 15.435 97.040 1.00 69.11 C +ANISOU 1868 CD PRO A 242 8917 6876 10466 -445 -3255 -2912 C +ATOM 1869 N LEU A 243 102.283 13.949 96.772 1.00 69.63 N +ANISOU 1869 N LEU A 243 8808 7342 10305 -493 -3387 -2773 N +ATOM 1870 CA LEU A 243 103.347 13.627 97.716 1.00 83.20 C +ANISOU 1870 CA LEU A 243 10432 9320 11861 -440 -3474 -2915 C +ATOM 1871 C LEU A 243 103.608 14.787 98.666 1.00 90.58 C +ANISOU 1871 C LEU A 243 11224 10285 12906 -484 -3557 -3247 C +ATOM 1872 O LEU A 243 103.846 14.579 99.862 1.00 91.65 O +ANISOU 1872 O LEU A 243 11310 10673 12839 -407 -3626 -3420 O +ATOM 1873 CB LEU A 243 104.625 13.264 96.962 1.00 88.28 C +ANISOU 1873 CB LEU A 243 11011 9982 12549 -483 -3486 -2799 C +ATOM 1874 CG LEU A 243 104.579 11.986 96.124 1.00 76.61 C +ANISOU 1874 CG LEU A 243 9654 8518 10938 -426 -3412 -2503 C +ATOM 1875 CD1 LEU A 243 105.852 11.847 95.303 1.00 68.95 C +ANISOU 1875 CD1 LEU A 243 8590 7546 10061 -490 -3418 -2428 C +ATOM 1876 CD2 LEU A 243 104.378 10.764 97.008 1.00 71.23 C +ANISOU 1876 CD2 LEU A 243 9057 8072 9933 -266 -3428 -2452 C +ATOM 1877 N MET A 244 103.557 16.015 98.159 1.00 93.24 N +ANISOU 1877 N MET A 244 11493 10370 13562 -609 -3552 -3342 N +ATOM 1878 CA MET A 244 103.895 17.189 98.945 1.00110.29 C +ANISOU 1878 CA MET A 244 13505 12520 15878 -672 -3627 -3672 C +ATOM 1879 C MET A 244 102.840 18.266 98.746 1.00115.55 C +ANISOU 1879 C MET A 244 14191 12909 16803 -725 -3592 -3759 C +ATOM 1880 O MET A 244 102.378 18.500 97.625 1.00109.16 O +ANISOU 1880 O MET A 244 13453 11839 16182 -782 -3529 -3559 O +ATOM 1881 CB MET A 244 105.270 17.732 98.555 1.00114.97 C +ANISOU 1881 CB MET A 244 13952 13072 16659 -794 -3674 -3739 C +ATOM 1882 CG MET A 244 106.388 16.714 98.693 1.00115.08 C +ANISOU 1882 CG MET A 244 13923 13355 16448 -736 -3717 -3663 C +ATOM 1883 SD MET A 244 107.979 17.455 99.118 1.00118.84 S +ANISOU 1883 SD MET A 244 14160 13941 17052 -841 -3820 -3936 S +ATOM 1884 CE MET A 244 107.584 18.229 100.684 1.00129.93 C +ANISOU 1884 CE MET A 244 15478 15482 18407 -807 -3905 -4332 C +ATOM 1885 N LEU A 245 102.476 18.922 99.847 1.00124.34 N +ANISOU 1885 N LEU A 245 15233 14088 17921 -701 -3637 -4067 N +ATOM 1886 CA LEU A 245 101.511 20.012 99.868 1.00119.25 C +ANISOU 1886 CA LEU A 245 14581 13198 17532 -733 -3618 -4216 C +ATOM 1887 C LEU A 245 102.204 21.289 100.322 1.00101.57 C +ANISOU 1887 C LEU A 245 12175 10875 15544 -833 -3670 -4519 C +ATOM 1888 O LEU A 245 102.965 21.280 101.297 1.00 91.76 O +ANISOU 1888 O LEU A 245 10824 9891 14150 -818 -3716 -4723 O +ATOM 1889 CB LEU A 245 100.341 19.695 100.799 1.00113.23 C +ANISOU 1889 CB LEU A 245 13875 12592 16557 -612 -3595 -4328 C +ATOM 1890 N TYR A 246 101.925 22.379 99.615 1.00105.51 N +ANISOU 1890 N TYR A 246 12662 11046 16379 -914 -3604 -4468 N +ATOM 1891 CA TYR A 246 102.478 23.683 99.952 1.00105.15 C +ANISOU 1891 CA TYR A 246 12482 10902 16568 -997 -3578 -4661 C +ATOM 1892 C TYR A 246 101.940 24.163 101.297 1.00101.55 C +ANISOU 1892 C TYR A 246 11957 10599 16028 -916 -3570 -4969 C +ATOM 1893 O TYR A 246 100.802 23.872 101.674 1.00 86.72 O +ANISOU 1893 O TYR A 246 10148 8768 14034 -812 -3550 -4999 O +ATOM 1894 CB TYR A 246 102.128 24.674 98.843 1.00 94.95 C +ANISOU 1894 CB TYR A 246 11221 9212 15643 -1083 -3512 -4497 C +ATOM 1895 CG TYR A 246 102.533 26.107 99.091 1.00108.32 C +ANISOU 1895 CG TYR A 246 12796 10743 17617 -1167 -3478 -4675 C +ATOM 1896 CD1 TYR A 246 103.842 26.523 98.896 1.00101.21 C +ANISOU 1896 CD1 TYR A 246 11796 9834 16826 -1300 -3486 -4703 C +ATOM 1897 CD2 TYR A 246 101.597 27.051 99.490 1.00116.62 C +ANISOU 1897 CD2 TYR A 246 13832 11642 18835 -1116 -3438 -4815 C +ATOM 1898 CE1 TYR A 246 104.213 27.836 99.109 1.00 93.07 C +ANISOU 1898 CE1 TYR A 246 10663 8642 16058 -1386 -3454 -4864 C +ATOM 1899 CE2 TYR A 246 101.956 28.367 99.706 1.00 93.30 C +ANISOU 1899 CE2 TYR A 246 10774 8523 16153 -1190 -3411 -4978 C +ATOM 1900 CZ TYR A 246 103.265 28.754 99.513 1.00 94.63 C +ANISOU 1900 CZ TYR A 246 10856 8679 16422 -1329 -3418 -4999 C +ATOM 1901 OH TYR A 246 103.626 30.064 99.727 1.00113.44 O +ANISOU 1901 OH TYR A 246 13139 10888 19077 -1411 -3389 -5164 O +ATOM 1902 N ASN A 247 102.771 24.904 102.029 1.00112.87 N +ANISOU 1902 N ASN A 247 13247 12122 17516 -969 -3581 -5208 N +ATOM 1903 CA ASN A 247 102.400 25.402 103.349 1.00121.40 C +ANISOU 1903 CA ASN A 247 14243 13373 18512 -905 -3573 -5522 C +ATOM 1904 C ASN A 247 102.373 26.927 103.340 1.00137.04 C +ANISOU 1904 C ASN A 247 16132 15085 20853 -978 -3520 -5673 C +ATOM 1905 O ASN A 247 103.410 27.560 103.071 1.00144.93 O +ANISOU 1905 O ASN A 247 17044 15988 22032 -1096 -3525 -5700 O +ATOM 1906 CB ASN A 247 103.366 24.899 104.415 1.00116.25 C +ANISOU 1906 CB ASN A 247 13492 13113 17567 -887 -3641 -5704 C +ATOM 1907 CG ASN A 247 102.896 25.225 105.829 1.00107.70 C +ANISOU 1907 CG ASN A 247 12334 12261 16327 -812 -3633 -6010 C +ATOM 1908 OD1 ASN A 247 102.095 26.138 106.034 1.00120.19 O +ANISOU 1908 OD1 ASN A 247 13893 13675 18100 -801 -3572 -6145 O +ATOM 1909 ND2 ASN A 247 103.392 24.476 106.807 1.00105.61 N +ANISOU 1909 ND2 ASN A 247 12025 12391 15709 -755 -3695 -6117 N +ATOM 1910 N PRO A 248 101.233 27.560 103.631 1.00142.19 N +ANISOU 1910 N PRO A 248 16794 15609 21622 -912 -3471 -5779 N +ATOM 1911 CA PRO A 248 101.200 29.036 103.644 1.00152.91 C +ANISOU 1911 CA PRO A 248 18061 16700 23336 -970 -3428 -5929 C +ATOM 1912 C PRO A 248 102.098 29.666 104.700 1.00169.51 C +ANISOU 1912 C PRO A 248 20002 18976 25426 -1019 -3446 -6248 C +ATOM 1913 O PRO A 248 102.831 30.617 104.394 1.00175.24 O +ANISOU 1913 O PRO A 248 20653 19506 26426 -1133 -3434 -6291 O +ATOM 1914 CB PRO A 248 99.715 29.337 103.892 1.00140.61 C +ANISOU 1914 CB PRO A 248 16540 15048 21836 -855 -3384 -5996 C +ATOM 1915 CG PRO A 248 98.993 28.137 103.385 1.00140.96 C +ANISOU 1915 CG PRO A 248 16729 15159 21669 -779 -3390 -5754 C +ATOM 1916 CD PRO A 248 99.883 26.977 103.672 1.00140.38 C +ANISOU 1916 CD PRO A 248 16671 15407 21260 -792 -3448 -5711 C +ATOM 1917 N THR A 249 102.058 29.179 105.942 1.00168.81 N +ANISOU 1917 N THR A 249 19857 19257 25024 -941 -3473 -6472 N +ATOM 1918 CA THR A 249 102.867 29.783 106.998 1.00172.31 C +ANISOU 1918 CA THR A 249 20140 19890 25441 -982 -3492 -6787 C +ATOM 1919 C THR A 249 104.348 29.515 106.772 1.00164.37 C +ANISOU 1919 C THR A 249 19075 18990 24388 -1086 -3546 -6734 C +ATOM 1920 O THR A 249 105.176 30.431 106.847 1.00163.52 O +ANISOU 1920 O THR A 249 18851 18789 24490 -1192 -3542 -6877 O +ATOM 1921 CB THR A 249 102.440 29.254 108.367 1.00177.92 C +ANISOU 1921 CB THR A 249 20810 21000 25791 -872 -3507 -7012 C +ATOM 1922 OG1 THR A 249 102.579 27.828 108.396 1.00177.53 O +ANISOU 1922 OG1 THR A 249 20851 21232 25371 -814 -3559 -6838 O +ATOM 1923 CG2 THR A 249 100.998 29.639 108.668 1.00176.95 C +ANISOU 1923 CG2 THR A 249 20714 20784 25735 -778 -3444 -7110 C +ATOM 1924 N THR A 250 104.704 28.259 106.501 1.00158.25 N +ANISOU 1924 N THR A 250 18374 18414 23342 -1057 -3598 -6536 N +ATOM 1925 CA THR A 250 106.103 27.923 106.263 1.00139.68 C +ANISOU 1925 CA THR A 250 15955 16182 20936 -1143 -3654 -6482 C +ATOM 1926 C THR A 250 106.626 28.578 104.993 1.00120.45 C +ANISOU 1926 C THR A 250 13527 13381 18858 -1286 -3617 -6306 C +ATOM 1927 O THR A 250 107.813 28.920 104.919 1.00118.31 O +ANISOU 1927 O THR A 250 13146 13133 18672 -1397 -3636 -6366 O +ATOM 1928 CB THR A 250 106.262 26.403 106.176 1.00142.41 C +ANISOU 1928 CB THR A 250 16385 16797 20929 -1062 -3719 -6290 C +ATOM 1929 OG1 THR A 250 106.044 25.819 107.466 1.00142.37 O +ANISOU 1929 OG1 THR A 250 16352 17179 20561 -947 -3762 -6463 O +ATOM 1930 CG2 THR A 250 107.648 26.003 105.658 1.00137.04 C +ANISOU 1930 CG2 THR A 250 15643 16190 20235 -1146 -3774 -6183 C +ATOM 1931 N TYR A 251 105.766 28.756 103.987 1.00120.80 N +ANISOU 1931 N TYR A 251 13695 13097 19105 -1288 -3564 -6082 N +ATOM 1932 CA TYR A 251 106.173 29.218 102.665 1.00123.42 C +ANISOU 1932 CA TYR A 251 14062 13096 19736 -1419 -3528 -5850 C +ATOM 1933 C TYR A 251 107.073 28.210 101.964 1.00144.41 C +ANISOU 1933 C TYR A 251 16744 15875 22251 -1468 -3568 -5633 C +ATOM 1934 O TYR A 251 107.774 28.564 101.021 1.00146.55 O +ANISOU 1934 O TYR A 251 17000 15954 22727 -1605 -3542 -5486 O +ATOM 1935 CB TYR A 251 106.878 30.577 102.737 1.00115.61 C +ANISOU 1935 CB TYR A 251 12949 11925 19053 -1553 -3496 -6020 C +ATOM 1936 N GLN A 252 107.076 26.958 102.414 1.00148.93 N +ANISOU 1936 N GLN A 252 17348 16767 22473 -1361 -3631 -5612 N +ATOM 1937 CA GLN A 252 107.890 25.918 101.806 1.00146.26 C +ANISOU 1937 CA GLN A 252 17024 16562 21987 -1383 -3679 -5418 C +ATOM 1938 C GLN A 252 107.071 24.639 101.726 1.00145.47 C +ANISOU 1938 C GLN A 252 17065 16588 21617 -1245 -3711 -5251 C +ATOM 1939 O GLN A 252 106.072 24.470 102.429 1.00152.20 O +ANISOU 1939 O GLN A 252 17975 17527 22328 -1129 -3708 -5339 O +ATOM 1940 CB GLN A 252 109.186 25.678 102.593 1.00143.26 C +ANISOU 1940 CB GLN A 252 16487 16511 21433 -1401 -3749 -5605 C +ATOM 1941 N MET A 253 107.514 23.735 100.856 1.00131.39 N +ANISOU 1941 N MET A 253 15334 14821 19767 -1262 -3738 -5013 N +ATOM 1942 CA MET A 253 106.786 22.497 100.615 1.00113.63 C +ANISOU 1942 CA MET A 253 13229 12656 17288 -1144 -3769 -4826 C +ATOM 1943 C MET A 253 106.857 21.583 101.836 1.00110.55 C +ANISOU 1943 C MET A 253 12821 12668 16517 -1003 -3851 -4967 C +ATOM 1944 O MET A 253 107.891 21.491 102.504 1.00124.71 O +ANISOU 1944 O MET A 253 14485 14715 18185 -1004 -3911 -5113 O +ATOM 1945 CB MET A 253 107.359 21.788 99.388 1.00113.17 C +ANISOU 1945 CB MET A 253 13214 12521 17263 -1205 -3781 -4554 C +ATOM 1946 CG MET A 253 107.371 22.640 98.131 1.00118.57 C +ANISOU 1946 CG MET A 253 13919 12837 18296 -1356 -3697 -4381 C +ATOM 1947 SD MET A 253 105.725 22.981 97.486 1.00114.52 S +ANISOU 1947 SD MET A 253 13578 12001 17932 -1317 -3623 -4206 S +ATOM 1948 CE MET A 253 106.155 23.809 95.959 1.00117.42 C +ANISOU 1948 CE MET A 253 13950 12013 18652 -1505 -3546 -3962 C +ATOM 1949 N ASP A 254 105.748 20.899 102.123 1.00105.00 N +ANISOU 1949 N ASP A 254 12247 12031 15617 -881 -3854 -4912 N +ATOM 1950 CA ASP A 254 105.642 19.999 103.268 1.00105.53 C +ANISOU 1950 CA ASP A 254 12325 12474 15298 -743 -3922 -5010 C +ATOM 1951 C ASP A 254 105.189 18.626 102.795 1.00 99.60 C +ANISOU 1951 C ASP A 254 11742 11794 14308 -636 -3906 -4698 C +ATOM 1952 O ASP A 254 104.230 18.523 102.030 1.00105.28 O +ANISOU 1952 O ASP A 254 12596 12293 15113 -630 -3815 -4492 O +ATOM 1953 CB ASP A 254 104.651 20.541 104.306 1.00114.02 C +ANISOU 1953 CB ASP A 254 13401 13615 16308 -685 -3877 -5223 C +ATOM 1954 CG ASP A 254 105.193 21.732 105.062 1.00118.41 C +ANISOU 1954 CG ASP A 254 13791 14201 16998 -752 -3859 -5505 C +ATOM 1955 OD1 ASP A 254 106.402 22.013 104.936 1.00122.70 O +ANISOU 1955 OD1 ASP A 254 14218 14775 17630 -833 -3893 -5547 O +ATOM 1956 OD2 ASP A 254 104.410 22.383 105.787 1.00119.88 O +ANISOU 1956 OD2 ASP A 254 13959 14386 17204 -725 -3810 -5693 O +ATOM 1957 N VAL A 255 105.857 17.570 103.265 1.00 97.78 N +ANISOU 1957 N VAL A 255 11510 11878 13764 -539 -3958 -4618 N +ATOM 1958 CA VAL A 255 105.508 16.224 102.820 1.00 89.04 C +ANISOU 1958 CA VAL A 255 10570 10835 12426 -430 -3900 -4271 C +ATOM 1959 C VAL A 255 104.121 15.855 103.334 1.00114.85 C +ANISOU 1959 C VAL A 255 13977 14150 15512 -339 -3839 -4238 C +ATOM 1960 O VAL A 255 103.692 16.287 104.412 1.00116.92 O +ANISOU 1960 O VAL A 255 14190 14555 15680 -314 -3872 -4497 O +ATOM 1961 CB VAL A 255 106.562 15.195 103.278 1.00 81.31 C +ANISOU 1961 CB VAL A 255 9551 10173 11168 -333 -3980 -4202 C +ATOM 1962 CG1 VAL A 255 106.044 13.766 103.107 1.00 79.34 C +ANISOU 1962 CG1 VAL A 255 9485 10011 10647 -200 -3923 -3883 C +ATOM 1963 CG2 VAL A 255 107.854 15.354 102.489 1.00 81.53 C +ANISOU 1963 CG2 VAL A 255 9462 10135 11381 -419 -4011 -4163 C +ATOM 1964 N ASN A 256 103.411 15.042 102.549 1.00118.08 N +ANISOU 1964 N ASN A 256 14552 14446 15868 -296 -3745 -3929 N +ATOM 1965 CA ASN A 256 102.078 14.582 102.906 1.00114.47 C +ANISOU 1965 CA ASN A 256 14230 14024 15239 -220 -3672 -3863 C +ATOM 1966 C ASN A 256 102.135 13.109 103.286 1.00118.79 C +ANISOU 1966 C ASN A 256 14889 14822 15423 -96 -3667 -3650 C +ATOM 1967 O ASN A 256 102.567 12.286 102.464 1.00120.20 O +ANISOU 1967 O ASN A 256 15135 14948 15586 -76 -3641 -3387 O +ATOM 1968 CB ASN A 256 101.108 14.792 101.746 1.00105.72 C +ANISOU 1968 CB ASN A 256 13225 12595 14350 -270 -3567 -3683 C +ATOM 1969 N PRO A 257 101.718 12.721 104.497 1.00122.19 N +ANISOU 1969 N PRO A 257 15345 15523 15560 -12 -3687 -3747 N +ATOM 1970 CA PRO A 257 101.739 11.289 104.833 1.00122.86 C +ANISOU 1970 CA PRO A 257 15553 15820 15310 105 -3678 -3510 C +ATOM 1971 C PRO A 257 100.790 10.477 103.973 1.00119.23 C +ANISOU 1971 C PRO A 257 15271 15188 14842 121 -3552 -3212 C +ATOM 1972 O PRO A 257 101.120 9.355 103.569 1.00120.48 O +ANISOU 1972 O PRO A 257 15524 15371 14880 182 -3534 -2952 O +ATOM 1973 CB PRO A 257 101.327 11.279 106.309 1.00128.05 C +ANISOU 1973 CB PRO A 257 16192 16783 15679 164 -3715 -3703 C +ATOM 1974 CG PRO A 257 100.445 12.467 106.442 1.00125.75 C +ANISOU 1974 CG PRO A 257 15842 16358 15580 85 -3673 -3959 C +ATOM 1975 CD PRO A 257 101.044 13.513 105.538 1.00123.77 C +ANISOU 1975 CD PRO A 257 15480 15827 15720 -21 -3699 -4052 C +ATOM 1976 N GLU A 258 99.613 11.029 103.680 1.00122.52 N +ANISOU 1976 N GLU A 258 15729 15429 15395 69 -3466 -3257 N +ATOM 1977 CA GLU A 258 98.632 10.353 102.844 1.00123.46 C +ANISOU 1977 CA GLU A 258 16001 15387 15522 71 -3346 -3002 C +ATOM 1978 C GLU A 258 99.005 10.371 101.366 1.00126.71 C +ANISOU 1978 C GLU A 258 16429 15532 16185 10 -3315 -2814 C +ATOM 1979 O GLU A 258 98.324 9.715 100.570 1.00137.40 O +ANISOU 1979 O GLU A 258 17905 16764 17538 11 -3222 -2590 O +ATOM 1980 CB GLU A 258 97.257 10.997 103.037 1.00113.18 C +ANISOU 1980 CB GLU A 258 14713 14003 14289 41 -3274 -3134 C +ATOM 1981 N GLY A 259 100.059 11.089 100.983 1.00110.33 N +ANISOU 1981 N GLY A 259 14229 13377 14313 -51 -3386 -2904 N +ATOM 1982 CA GLY A 259 100.425 11.156 99.580 1.00 97.95 C +ANISOU 1982 CA GLY A 259 12669 11574 12972 -123 -3350 -2729 C +ATOM 1983 C GLY A 259 100.738 9.787 99.010 1.00 85.65 C +ANISOU 1983 C GLY A 259 11218 10062 11262 -64 -3308 -2449 C +ATOM 1984 O GLY A 259 101.225 8.892 99.703 1.00 79.15 O +ANISOU 1984 O GLY A 259 10419 9456 10200 33 -3347 -2406 O +ATOM 1985 N LYS A 260 100.449 9.625 97.719 1.00 80.00 N +ANISOU 1985 N LYS A 260 10566 9138 10691 -119 -3229 -2255 N +ATOM 1986 CA LYS A 260 100.628 8.345 97.048 1.00 80.26 C +ANISOU 1986 CA LYS A 260 10703 9184 10609 -72 -3173 -2000 C +ATOM 1987 C LYS A 260 100.977 8.591 95.585 1.00 75.64 C +ANISOU 1987 C LYS A 260 10097 8395 10247 -170 -3130 -1872 C +ATOM 1988 O LYS A 260 100.935 9.720 95.092 1.00 85.77 O +ANISOU 1988 O LYS A 260 11308 9516 11765 -273 -3138 -1950 O +ATOM 1989 CB LYS A 260 99.372 7.472 97.173 1.00 63.45 C +ANISOU 1989 CB LYS A 260 8731 7068 8307 -18 -3082 -1865 C +ATOM 1990 CG LYS A 260 99.083 7.001 98.595 1.00 68.46 C +ANISOU 1990 CG LYS A 260 9404 7935 8673 77 -3110 -1944 C +ATOM 1991 CD LYS A 260 97.704 6.378 98.718 1.00 79.35 C +ANISOU 1991 CD LYS A 260 10923 9308 9919 97 -3007 -1843 C +ATOM 1992 CE LYS A 260 97.283 6.242 100.178 1.00 80.50 C +ANISOU 1992 CE LYS A 260 11084 9683 9821 161 -3029 -1964 C +ATOM 1993 NZ LYS A 260 97.817 5.010 100.818 1.00 81.31 N +ANISOU 1993 NZ LYS A 260 11263 9976 9656 262 -3051 -1827 N +ATOM 1994 N TYR A 261 101.327 7.509 94.898 1.00 62.41 N +ANISOU 1994 N TYR A 261 8487 6731 8495 -137 -3083 -1673 N +ATOM 1995 CA TYR A 261 101.701 7.540 93.492 1.00 61.47 C +ANISOU 1995 CA TYR A 261 8353 6462 8539 -224 -3032 -1538 C +ATOM 1996 C TYR A 261 100.543 7.050 92.632 1.00 75.25 C +ANISOU 1996 C TYR A 261 10232 8084 10277 -246 -2923 -1360 C +ATOM 1997 O TYR A 261 99.697 6.278 93.085 1.00 82.09 O +ANISOU 1997 O TYR A 261 11209 9005 10975 -173 -2880 -1304 O +ATOM 1998 CB TYR A 261 102.937 6.672 93.244 1.00 87.01 C +ANISOU 1998 CB TYR A 261 11549 9804 11706 -175 -3050 -1463 C +ATOM 1999 CG TYR A 261 104.183 7.167 93.943 1.00 79.48 C +ANISOU 1999 CG TYR A 261 10439 8981 10776 -164 -3161 -1637 C +ATOM 2000 CD1 TYR A 261 104.464 6.801 95.254 1.00 81.39 C +ANISOU 2000 CD1 TYR A 261 10666 9429 10829 -46 -3244 -1738 C +ATOM 2001 CD2 TYR A 261 105.082 8.000 93.290 1.00 78.56 C +ANISOU 2001 CD2 TYR A 261 10187 8796 10866 -279 -3182 -1700 C +ATOM 2002 CE1 TYR A 261 105.604 7.252 95.894 1.00 73.99 C +ANISOU 2002 CE1 TYR A 261 9574 8632 9906 -35 -3354 -1909 C +ATOM 2003 CE2 TYR A 261 106.223 8.454 93.921 1.00 65.64 C +ANISOU 2003 CE2 TYR A 261 8395 7288 9259 -279 -3282 -1874 C +ATOM 2004 CZ TYR A 261 106.479 8.078 95.222 1.00 74.63 C +ANISOU 2004 CZ TYR A 261 9513 8637 10206 -154 -3372 -1985 C +ATOM 2005 OH TYR A 261 107.616 8.532 95.852 1.00 96.15 O +ANISOU 2005 OH TYR A 261 12071 11510 12953 -153 -3479 -2170 O +ATOM 2006 N SER A 262 100.516 7.499 91.381 1.00 74.43 N +ANISOU 2006 N SER A 262 10111 7821 10349 -353 -2878 -1269 N +ATOM 2007 CA SER A 262 99.431 7.176 90.461 1.00 58.99 C +ANISOU 2007 CA SER A 262 8260 5751 8403 -387 -2786 -1112 C +ATOM 2008 C SER A 262 99.872 6.052 89.530 1.00 56.84 C +ANISOU 2008 C SER A 262 8035 5502 8060 -383 -2718 -941 C +ATOM 2009 O SER A 262 100.861 6.191 88.802 1.00 57.07 O +ANISOU 2009 O SER A 262 7986 5519 8180 -443 -2722 -912 O +ATOM 2010 CB SER A 262 99.010 8.409 89.660 1.00 61.99 C +ANISOU 2010 CB SER A 262 8596 5946 9012 -504 -2784 -1110 C +ATOM 2011 OG SER A 262 98.247 9.293 90.459 1.00 58.57 O +ANISOU 2011 OG SER A 262 8147 5467 8642 -492 -2826 -1258 O +ATOM 2012 N PHE A 263 99.127 4.949 89.551 1.00 57.36 N +ANISOU 2012 N PHE A 263 8223 5601 7971 -319 -2650 -840 N +ATOM 2013 CA PHE A 263 99.448 3.763 88.765 1.00 62.30 C +ANISOU 2013 CA PHE A 263 8903 6245 8524 -302 -2579 -698 C +ATOM 2014 C PHE A 263 98.138 3.144 88.305 1.00 68.89 C +ANISOU 2014 C PHE A 263 9861 7022 9293 -313 -2485 -589 C +ATOM 2015 O PHE A 263 97.337 2.695 89.131 1.00 74.82 O +ANISOU 2015 O PHE A 263 10695 7815 9919 -249 -2469 -603 O +ATOM 2016 CB PHE A 263 100.274 2.774 89.594 1.00 55.81 C +ANISOU 2016 CB PHE A 263 8090 5560 7554 -177 -2613 -712 C +ATOM 2017 CG PHE A 263 100.681 1.533 88.848 1.00 55.30 C +ANISOU 2017 CG PHE A 263 8073 5503 7436 -143 -2545 -586 C +ATOM 2018 CD1 PHE A 263 101.544 1.604 87.765 1.00 55.26 C +ANISOU 2018 CD1 PHE A 263 7984 5475 7537 -209 -2524 -557 C +ATOM 2019 CD2 PHE A 263 100.223 0.290 89.252 1.00 57.10 C +ANISOU 2019 CD2 PHE A 263 8424 5760 7511 -49 -2498 -506 C +ATOM 2020 CE1 PHE A 263 101.924 0.459 87.089 1.00 54.97 C +ANISOU 2020 CE1 PHE A 263 7979 5448 7457 -173 -2457 -468 C +ATOM 2021 CE2 PHE A 263 100.600 -0.857 88.582 1.00 57.34 C +ANISOU 2021 CE2 PHE A 263 8496 5777 7514 -13 -2434 -407 C +ATOM 2022 CZ PHE A 263 101.453 -0.773 87.499 1.00 54.75 C +ANISOU 2022 CZ PHE A 263 8076 5431 7295 -70 -2415 -398 C +ATOM 2023 N GLY A 264 97.914 3.133 86.994 1.00 55.84 N +ANISOU 2023 N GLY A 264 8214 5288 7715 -401 -2421 -486 N +ATOM 2024 CA GLY A 264 96.607 2.752 86.492 1.00 55.28 C +ANISOU 2024 CA GLY A 264 8237 5163 7603 -429 -2342 -403 C +ATOM 2025 C GLY A 264 95.526 3.601 87.124 1.00 62.70 C +ANISOU 2025 C GLY A 264 9184 6063 8577 -432 -2372 -479 C +ATOM 2026 O GLY A 264 95.671 4.819 87.282 1.00 58.38 O +ANISOU 2026 O GLY A 264 8555 5462 8165 -468 -2441 -561 O +ATOM 2027 N ALA A 265 94.417 2.957 87.493 1.00 64.33 N +ANISOU 2027 N ALA A 265 9483 6291 8669 -397 -2314 -460 N +ATOM 2028 CA ALA A 265 93.336 3.614 88.217 1.00 62.47 C +ANISOU 2028 CA ALA A 265 9250 6044 8442 -385 -2331 -550 C +ATOM 2029 C ALA A 265 93.497 3.502 89.727 1.00 70.68 C +ANISOU 2029 C ALA A 265 10299 7193 9363 -298 -2371 -667 C +ATOM 2030 O ALA A 265 92.493 3.459 90.450 1.00 75.02 O +ANISOU 2030 O ALA A 265 10888 7783 9833 -272 -2345 -722 O +ATOM 2031 CB ALA A 265 91.987 3.034 87.787 1.00 60.37 C +ANISOU 2031 CB ALA A 265 9063 5761 8115 -409 -2242 -479 C +ATOM 2032 N THR A 266 94.732 3.456 90.224 1.00 75.60 N +ANISOU 2032 N THR A 266 10878 7884 9964 -253 -2435 -709 N +ATOM 2033 CA THR A 266 94.988 3.222 91.637 1.00 77.08 C +ANISOU 2033 CA THR A 266 11075 8206 10006 -164 -2480 -802 C +ATOM 2034 C THR A 266 96.042 4.185 92.159 1.00 77.07 C +ANISOU 2034 C THR A 266 10952 8242 10090 -156 -2590 -944 C +ATOM 2035 O THR A 266 96.940 4.613 91.428 1.00 78.66 O +ANISOU 2035 O THR A 266 11076 8384 10429 -205 -2623 -933 O +ATOM 2036 CB THR A 266 95.457 1.788 91.886 1.00 61.88 C +ANISOU 2036 CB THR A 266 9239 6363 7909 -88 -2445 -691 C +ATOM 2037 OG1 THR A 266 96.670 1.547 91.162 1.00 75.94 O +ANISOU 2037 OG1 THR A 266 10970 8123 9759 -88 -2469 -636 O +ATOM 2038 CG2 THR A 266 94.402 0.801 91.441 1.00 57.17 C +ANISOU 2038 CG2 THR A 266 8764 5724 7233 -106 -2329 -566 C +ATOM 2039 N CYS A 267 95.917 4.516 93.442 1.00 76.31 N +ANISOU 2039 N CYS A 267 10835 8257 9904 -103 -2642 -1087 N +ATOM 2040 CA CYS A 267 96.918 5.281 94.170 1.00 75.80 C +ANISOU 2040 CA CYS A 267 10653 8268 9878 -85 -2751 -1247 C +ATOM 2041 C CYS A 267 97.635 4.324 95.115 1.00 77.62 C +ANISOU 2041 C CYS A 267 10916 8686 9892 22 -2789 -1229 C +ATOM 2042 O CYS A 267 96.999 3.699 95.970 1.00 80.54 O +ANISOU 2042 O CYS A 267 11371 9164 10067 81 -2761 -1214 O +ATOM 2043 CB CYS A 267 96.275 6.436 94.937 1.00 70.02 C +ANISOU 2043 CB CYS A 267 9859 7538 9209 -103 -2790 -1449 C +ATOM 2044 SG CYS A 267 95.165 7.453 93.932 1.00 62.01 S +ANISOU 2044 SG CYS A 267 8828 6297 8436 -199 -2745 -1448 S +ATOM 2045 N VAL A 268 98.954 4.212 94.958 1.00 75.20 N +ANISOU 2045 N VAL A 268 10536 8421 9617 44 -2853 -1226 N +ATOM 2046 CA VAL A 268 99.736 3.164 95.599 1.00 83.55 C +ANISOU 2046 CA VAL A 268 11623 9632 10491 159 -2892 -1164 C +ATOM 2047 C VAL A 268 100.871 3.787 96.399 1.00 80.73 C +ANISOU 2047 C VAL A 268 11125 9416 10132 193 -3022 -1332 C +ATOM 2048 O VAL A 268 101.255 4.939 96.191 1.00 80.05 O +ANISOU 2048 O VAL A 268 10916 9277 10224 112 -3069 -1476 O +ATOM 2049 CB VAL A 268 100.295 2.163 94.567 1.00 83.66 C +ANISOU 2049 CB VAL A 268 11678 9576 10532 176 -2842 -986 C +ATOM 2050 CG1 VAL A 268 99.170 1.324 93.987 1.00 68.39 C +ANISOU 2050 CG1 VAL A 268 9892 7541 8551 158 -2717 -829 C +ATOM 2051 CG2 VAL A 268 101.036 2.902 93.459 1.00 79.59 C +ANISOU 2051 CG2 VAL A 268 11046 8956 10240 80 -2851 -1015 C +ATOM 2052 N LYS A 269 101.412 2.996 97.329 1.00 83.46 N +ANISOU 2052 N LYS A 269 11492 9944 10275 313 -3082 -1308 N +ATOM 2053 CA LYS A 269 102.511 3.474 98.160 1.00 83.96 C +ANISOU 2053 CA LYS A 269 11416 10179 10305 359 -3215 -1468 C +ATOM 2054 C LYS A 269 103.804 3.612 97.366 1.00 80.52 C +ANISOU 2054 C LYS A 269 10856 9707 10032 338 -3259 -1474 C +ATOM 2055 O LYS A 269 104.663 4.425 97.725 1.00 69.80 O +ANISOU 2055 O LYS A 269 9344 8433 8744 314 -3355 -1650 O +ATOM 2056 CB LYS A 269 102.723 2.529 99.342 1.00 76.64 C +ANISOU 2056 CB LYS A 269 10549 9470 9099 503 -3274 -1413 C +ATOM 2057 CG LYS A 269 101.516 2.401 100.257 1.00 72.28 C +ANISOU 2057 CG LYS A 269 10108 8997 8357 516 -3231 -1419 C +ATOM 2058 N LYS A 270 103.964 2.838 96.295 1.00 82.21 N +ANISOU 2058 N LYS A 270 11124 9805 10306 339 -3184 -1300 N +ATOM 2059 CA LYS A 270 105.202 2.861 95.531 1.00 84.12 C +ANISOU 2059 CA LYS A 270 11244 10034 10684 322 -3213 -1303 C +ATOM 2060 C LYS A 270 104.938 2.351 94.124 1.00 75.92 C +ANISOU 2060 C LYS A 270 10273 8821 9753 263 -3093 -1141 C +ATOM 2061 O LYS A 270 104.015 1.564 93.896 1.00 61.33 O +ANISOU 2061 O LYS A 270 8576 6900 7825 287 -3004 -1000 O +ATOM 2062 CB LYS A 270 106.289 2.016 96.206 1.00 82.60 C +ANISOU 2062 CB LYS A 270 11004 10028 10352 476 -3310 -1287 C +ATOM 2063 N CYS A 271 105.760 2.817 93.184 1.00 62.32 N +ANISOU 2063 N CYS A 271 8430 7043 8206 177 -3087 -1171 N +ATOM 2064 CA CYS A 271 105.701 2.341 91.813 1.00 65.80 C +ANISOU 2064 CA CYS A 271 8908 7355 8737 117 -2979 -1033 C +ATOM 2065 C CYS A 271 106.422 1.000 91.687 1.00 66.50 C +ANISOU 2065 C CYS A 271 9015 7513 8740 248 -2973 -936 C +ATOM 2066 O CYS A 271 107.360 0.719 92.438 1.00 79.63 O +ANISOU 2066 O CYS A 271 10597 9322 10336 361 -3072 -995 O +ATOM 2067 CB CYS A 271 106.350 3.347 90.867 1.00 67.35 C +ANISOU 2067 CB CYS A 271 8964 7484 9140 -33 -2969 -1097 C +ATOM 2068 SG CYS A 271 105.597 4.991 90.846 1.00 63.38 S +ANISOU 2068 SG CYS A 271 8433 6853 8797 -192 -2976 -1199 S +ATOM 2069 N PRO A 272 106.002 0.148 90.751 1.00 64.00 N +ANISOU 2069 N PRO A 272 8795 7093 8427 242 -2863 -795 N +ATOM 2070 CA PRO A 272 106.818 -1.024 90.426 1.00 60.70 C +ANISOU 2070 CA PRO A 272 8367 6714 7983 352 -2851 -726 C +ATOM 2071 C PRO A 272 108.216 -0.603 90.000 1.00 61.69 C +ANISOU 2071 C PRO A 272 8294 6918 8227 325 -2900 -826 C +ATOM 2072 O PRO A 272 108.415 0.450 89.391 1.00 61.52 O +ANISOU 2072 O PRO A 272 8172 6863 8340 173 -2885 -897 O +ATOM 2073 CB PRO A 272 106.046 -1.687 89.280 1.00 59.27 C +ANISOU 2073 CB PRO A 272 8299 6390 7829 293 -2709 -598 C +ATOM 2074 CG PRO A 272 104.631 -1.292 89.523 1.00 58.24 C +ANISOU 2074 CG PRO A 272 8294 6181 7654 226 -2668 -566 C +ATOM 2075 CD PRO A 272 104.693 0.106 90.077 1.00 67.52 C +ANISOU 2075 CD PRO A 272 9374 7395 8885 154 -2751 -699 C +ATOM 2076 N ARG A 273 109.195 -1.448 90.334 1.00 62.90 N +ANISOU 2076 N ARG A 273 8389 7176 8334 476 -2958 -828 N +ATOM 2077 CA ARG A 273 110.596 -1.075 90.167 1.00 69.05 C +ANISOU 2077 CA ARG A 273 8958 8070 9208 473 -3024 -947 C +ATOM 2078 C ARG A 273 110.905 -0.640 88.740 1.00 68.95 C +ANISOU 2078 C ARG A 273 8855 7987 9353 307 -2922 -959 C +ATOM 2079 O ARG A 273 111.664 0.312 88.524 1.00 86.60 O +ANISOU 2079 O ARG A 273 10926 10278 11700 198 -2953 -1074 O +ATOM 2080 CB ARG A 273 111.495 -2.245 90.565 1.00 83.70 C +ANISOU 2080 CB ARG A 273 10777 10028 10997 679 -3087 -922 C +ATOM 2081 CG ARG A 273 111.332 -2.695 92.008 1.00 98.51 C +ANISOU 2081 CG ARG A 273 12730 12001 12699 851 -3202 -893 C +ATOM 2082 CD ARG A 273 112.255 -3.859 92.328 1.00111.34 C +ANISOU 2082 CD ARG A 273 14316 13712 14275 1066 -3272 -848 C +ATOM 2083 NE ARG A 273 113.654 -3.533 92.069 1.00114.10 N +ANISOU 2083 NE ARG A 273 14430 14192 14733 1076 -3339 -986 N +ATOM 2084 CZ ARG A 273 114.667 -4.373 92.255 1.00113.65 C +ANISOU 2084 CZ ARG A 273 14280 14231 14671 1259 -3413 -985 C +ATOM 2085 NH1 ARG A 273 114.446 -5.601 92.707 1.00108.89 N +ANISOU 2085 NH1 ARG A 273 13815 13590 13968 1451 -3433 -838 N +ATOM 2086 NH2 ARG A 273 115.907 -3.983 91.989 1.00120.15 N +ANISOU 2086 NH2 ARG A 273 14869 15184 15599 1249 -3468 -1130 N +ATOM 2087 N ASN A 274 110.332 -1.321 87.752 1.00 62.41 N +ANISOU 2087 N ASN A 274 8131 7047 8534 276 -2796 -844 N +ATOM 2088 CA ASN A 274 110.689 -1.088 86.358 1.00 62.06 C +ANISOU 2088 CA ASN A 274 8002 6969 8609 131 -2694 -844 C +ATOM 2089 C ASN A 274 109.894 0.039 85.711 1.00 61.00 C +ANISOU 2089 C ASN A 274 7898 6730 8548 -75 -2635 -819 C +ATOM 2090 O ASN A 274 110.169 0.381 84.556 1.00 61.76 O +ANISOU 2090 O ASN A 274 7923 6809 8733 -217 -2554 -807 O +ATOM 2091 CB ASN A 274 110.511 -2.375 85.545 1.00 61.56 C +ANISOU 2091 CB ASN A 274 8020 6852 8517 193 -2587 -751 C +ATOM 2092 CG ASN A 274 109.119 -2.958 85.667 1.00 60.24 C +ANISOU 2092 CG ASN A 274 8071 6561 8258 218 -2529 -629 C +ATOM 2093 OD1 ASN A 274 108.407 -2.700 86.637 1.00 59.98 O +ANISOU 2093 OD1 ASN A 274 8132 6508 8149 254 -2586 -611 O +ATOM 2094 ND2 ASN A 274 108.726 -3.757 84.682 1.00 59.55 N +ANISOU 2094 ND2 ASN A 274 8054 6398 8174 195 -2409 -559 N +ATOM 2095 N TYR A 275 108.930 0.625 86.411 1.00 60.41 N +ANISOU 2095 N TYR A 275 7922 6593 8437 -94 -2673 -811 N +ATOM 2096 CA TYR A 275 108.200 1.770 85.889 1.00 59.68 C +ANISOU 2096 CA TYR A 275 7849 6392 8435 -270 -2636 -793 C +ATOM 2097 C TYR A 275 108.933 3.063 86.223 1.00 68.19 C +ANISOU 2097 C TYR A 275 8771 7504 9632 -365 -2716 -923 C +ATOM 2098 O TYR A 275 109.650 3.155 87.223 1.00 69.90 O +ANISOU 2098 O TYR A 275 8901 7832 9826 -278 -2820 -1041 O +ATOM 2099 CB TYR A 275 106.781 1.818 86.453 1.00 58.65 C +ANISOU 2099 CB TYR A 275 7884 6172 8229 -245 -2633 -740 C +ATOM 2100 CG TYR A 275 105.772 1.091 85.597 1.00 61.05 C +ANISOU 2100 CG TYR A 275 8328 6385 8485 -268 -2518 -603 C +ATOM 2101 CD1 TYR A 275 105.712 -0.294 85.586 1.00 64.25 C +ANISOU 2101 CD1 TYR A 275 8817 6808 8788 -148 -2472 -539 C +ATOM 2102 CD2 TYR A 275 104.880 1.792 84.795 1.00 58.23 C +ANISOU 2102 CD2 TYR A 275 8014 5919 8193 -409 -2460 -540 C +ATOM 2103 CE1 TYR A 275 104.794 -0.963 84.803 1.00 73.68 C +ANISOU 2103 CE1 TYR A 275 10129 7921 9943 -180 -2365 -434 C +ATOM 2104 CE2 TYR A 275 103.957 1.132 84.010 1.00 57.29 C +ANISOU 2104 CE2 TYR A 275 8009 5738 8023 -433 -2361 -429 C +ATOM 2105 CZ TYR A 275 103.919 -0.245 84.017 1.00 63.15 C +ANISOU 2105 CZ TYR A 275 8828 6506 8662 -325 -2311 -385 C +ATOM 2106 OH TYR A 275 103.001 -0.908 83.235 1.00 69.46 O +ANISOU 2106 OH TYR A 275 9732 7244 9415 -360 -2210 -294 O +ATOM 2107 N VAL A 276 108.749 4.062 85.368 1.00 67.87 N +ANISOU 2107 N VAL A 276 8697 7369 9722 -547 -2668 -898 N +ATOM 2108 CA VAL A 276 109.353 5.372 85.579 1.00 71.71 C +ANISOU 2108 CA VAL A 276 9047 7848 10353 -666 -2730 -1013 C +ATOM 2109 C VAL A 276 108.532 6.130 86.611 1.00 70.11 C +ANISOU 2109 C VAL A 276 8905 7576 10158 -647 -2805 -1083 C +ATOM 2110 O VAL A 276 107.304 6.227 86.497 1.00 60.76 O +ANISOU 2110 O VAL A 276 7855 6276 8953 -658 -2769 -1000 O +ATOM 2111 CB VAL A 276 109.438 6.151 84.257 1.00 69.85 C +ANISOU 2111 CB VAL A 276 8763 7520 10256 -872 -2646 -936 C +ATOM 2112 CG1 VAL A 276 110.021 7.544 84.488 1.00 76.03 C +ANISOU 2112 CG1 VAL A 276 9413 8263 11212 -1009 -2705 -1048 C +ATOM 2113 CG2 VAL A 276 110.267 5.386 83.238 1.00 63.24 C +ANISOU 2113 CG2 VAL A 276 7852 6779 9396 -896 -2562 -887 C +ATOM 2114 N VAL A 277 109.206 6.666 87.623 1.00 63.22 N +ANISOU 2114 N VAL A 277 7921 6786 9313 -618 -2911 -1251 N +ATOM 2115 CA VAL A 277 108.567 7.495 88.638 1.00 72.09 C +ANISOU 2115 CA VAL A 277 9070 7864 10457 -612 -2985 -1362 C +ATOM 2116 C VAL A 277 108.901 8.946 88.326 1.00 75.05 C +ANISOU 2116 C VAL A 277 9332 8129 11055 -793 -3000 -1449 C +ATOM 2117 O VAL A 277 110.076 9.308 88.189 1.00 67.47 O +ANISOU 2117 O VAL A 277 8211 7237 10186 -865 -3026 -1538 O +ATOM 2118 CB VAL A 277 109.011 7.100 90.058 1.00 69.91 C +ANISOU 2118 CB VAL A 277 8753 7767 10042 -454 -3097 -1502 C +ATOM 2119 CG1 VAL A 277 110.484 7.412 90.297 1.00 90.09 C +ANISOU 2119 CG1 VAL A 277 11105 10460 12664 -476 -3172 -1650 C +ATOM 2120 CG2 VAL A 277 108.144 7.795 91.098 1.00 64.82 C +ANISOU 2120 CG2 VAL A 277 8159 7090 9379 -437 -3155 -1611 C +ATOM 2121 N THR A 278 107.869 9.770 88.186 1.00 70.09 N +ANISOU 2121 N THR A 278 8782 7325 10525 -869 -2982 -1421 N +ATOM 2122 CA THR A 278 108.053 11.178 87.881 1.00 77.51 C +ANISOU 2122 CA THR A 278 9635 8117 11699 -1039 -2995 -1485 C +ATOM 2123 C THR A 278 108.282 11.971 89.163 1.00 90.21 C +ANISOU 2123 C THR A 278 11155 9757 13363 -1019 -3103 -1726 C +ATOM 2124 O THR A 278 107.967 11.523 90.268 1.00 88.67 O +ANISOU 2124 O THR A 278 10998 9681 13013 -875 -3162 -1822 O +ATOM 2125 CB THR A 278 106.840 11.738 87.137 1.00 68.59 C +ANISOU 2125 CB THR A 278 8623 6771 10668 -1118 -2937 -1343 C +ATOM 2126 OG1 THR A 278 105.667 11.594 87.949 1.00 63.79 O +ANISOU 2126 OG1 THR A 278 8127 6140 9968 -1000 -2963 -1379 O +ATOM 2127 CG2 THR A 278 106.636 11.011 85.817 1.00 71.73 C +ANISOU 2127 CG2 THR A 278 9094 7155 11003 -1154 -2832 -1116 C +ATOM 2128 N ASP A 279 108.847 13.169 88.999 1.00 91.68 N +ANISOU 2128 N ASP A 279 11221 9841 13774 -1175 -3125 -1827 N +ATOM 2129 CA ASP A 279 109.054 14.048 90.144 1.00 98.25 C +ANISOU 2129 CA ASP A 279 11957 10683 14690 -1181 -3223 -2081 C +ATOM 2130 C ASP A 279 107.733 14.382 90.824 1.00 92.33 C +ANISOU 2130 C ASP A 279 11320 9835 13926 -1109 -3245 -2132 C +ATOM 2131 O ASP A 279 107.635 14.359 92.056 1.00 80.27 O +ANISOU 2131 O ASP A 279 9770 8433 12296 -1008 -3321 -2319 O +ATOM 2132 CB ASP A 279 109.766 15.326 89.700 1.00 95.77 C +ANISOU 2132 CB ASP A 279 11508 10224 14656 -1385 -3224 -2161 C +ATOM 2133 CG ASP A 279 111.169 15.066 89.195 1.00100.27 C +ANISOU 2133 CG ASP A 279 11931 10926 15240 -1464 -3207 -2161 C +ATOM 2134 OD1 ASP A 279 111.947 14.400 89.909 1.00102.14 O +ANISOU 2134 OD1 ASP A 279 12079 11401 15330 -1357 -3269 -2282 O +ATOM 2135 OD2 ASP A 279 111.492 15.522 88.078 1.00101.79 O +ANISOU 2135 OD2 ASP A 279 12095 10995 15586 -1632 -3133 -2036 O +ATOM 2136 N HIS A 280 106.701 14.687 90.034 1.00 97.88 N +ANISOU 2136 N HIS A 280 12138 10330 14720 -1157 -3179 -1970 N +ATOM 2137 CA HIS A 280 105.407 15.067 90.586 1.00103.09 C +ANISOU 2137 CA HIS A 280 12892 10885 15392 -1094 -3193 -2022 C +ATOM 2138 C HIS A 280 104.656 13.895 91.207 1.00102.49 C +ANISOU 2138 C HIS A 280 12933 10971 15037 -919 -3184 -1983 C +ATOM 2139 O HIS A 280 103.639 14.122 91.871 1.00102.31 O +ANISOU 2139 O HIS A 280 12970 10915 14988 -854 -3198 -2063 O +ATOM 2140 CB HIS A 280 104.549 15.715 89.497 1.00 97.46 C +ANISOU 2140 CB HIS A 280 12257 9909 14862 -1190 -3134 -1847 C +ATOM 2141 N GLY A 281 105.112 12.660 90.998 1.00 95.74 N +ANISOU 2141 N GLY A 281 12110 10282 13983 -844 -3155 -1864 N +ATOM 2142 CA GLY A 281 104.610 11.534 91.763 1.00 87.10 C +ANISOU 2142 CA GLY A 281 11113 9356 12626 -680 -3158 -1845 C +ATOM 2143 C GLY A 281 103.686 10.582 91.029 1.00 87.23 C +ANISOU 2143 C GLY A 281 11284 9331 12527 -634 -3064 -1619 C +ATOM 2144 O GLY A 281 102.673 10.157 91.592 1.00 95.77 O +ANISOU 2144 O GLY A 281 12470 10443 13475 -544 -3049 -1611 O +ATOM 2145 N SER A 282 104.015 10.224 89.789 1.00 80.69 N +ANISOU 2145 N SER A 282 10468 8449 11742 -701 -2996 -1444 N +ATOM 2146 CA SER A 282 103.217 9.276 89.024 1.00 70.43 C +ANISOU 2146 CA SER A 282 9304 7124 10334 -668 -2905 -1243 C +ATOM 2147 C SER A 282 104.120 8.228 88.390 1.00 74.08 C +ANISOU 2147 C SER A 282 9750 7691 10706 -647 -2863 -1138 C +ATOM 2148 O SER A 282 105.264 8.508 88.022 1.00 61.09 O +ANISOU 2148 O SER A 282 7984 6079 9150 -716 -2878 -1172 O +ATOM 2149 CB SER A 282 102.398 9.978 87.931 1.00 60.09 C +ANISOU 2149 CB SER A 282 8038 5614 9180 -783 -2849 -1120 C +ATOM 2150 OG SER A 282 103.190 10.242 86.786 1.00 70.22 O +ANISOU 2150 OG SER A 282 9254 6848 10578 -908 -2814 -1024 O +ATOM 2151 N CYS A 283 103.589 7.013 88.267 1.00 74.79 N +ANISOU 2151 N CYS A 283 9958 7831 10628 -554 -2804 -1020 N +ATOM 2152 CA CYS A 283 104.296 5.909 87.629 1.00 70.07 C +ANISOU 2152 CA CYS A 283 9359 7315 9949 -520 -2753 -922 C +ATOM 2153 C CYS A 283 103.905 5.865 86.157 1.00 57.71 C +ANISOU 2153 C CYS A 283 7834 5646 8447 -631 -2654 -766 C +ATOM 2154 O CYS A 283 102.719 5.741 85.831 1.00 56.69 O +ANISOU 2154 O CYS A 283 7817 5435 8289 -639 -2603 -677 O +ATOM 2155 CB CYS A 283 103.961 4.582 88.310 1.00 63.99 C +ANISOU 2155 CB CYS A 283 8698 6642 8975 -360 -2744 -882 C +ATOM 2156 SG CYS A 283 103.735 4.676 90.103 1.00 81.36 S +ANISOU 2156 SG CYS A 283 10913 8953 11047 -234 -2846 -1025 S +ATOM 2157 N VAL A 284 104.896 5.957 85.268 1.00 58.19 N +ANISOU 2157 N VAL A 284 7795 5729 8585 -718 -2625 -739 N +ATOM 2158 CA VAL A 284 104.643 6.072 83.838 1.00 59.54 C +ANISOU 2158 CA VAL A 284 7984 5826 8814 -846 -2535 -598 C +ATOM 2159 C VAL A 284 105.497 5.055 83.091 1.00 69.23 C +ANISOU 2159 C VAL A 284 9169 7161 9973 -834 -2468 -552 C +ATOM 2160 O VAL A 284 106.435 4.473 83.636 1.00 81.16 O +ANISOU 2160 O VAL A 284 10612 8787 11436 -740 -2503 -636 O +ATOM 2161 CB VAL A 284 104.906 7.503 83.313 1.00 63.65 C +ANISOU 2161 CB VAL A 284 8415 6241 9528 -1014 -2553 -599 C +ATOM 2162 CG1 VAL A 284 104.356 8.536 84.294 1.00 59.11 C +ANISOU 2162 CG1 VAL A 284 7845 5568 9047 -1004 -2639 -706 C +ATOM 2163 CG2 VAL A 284 106.394 7.746 83.066 1.00 59.90 C +ANISOU 2163 CG2 VAL A 284 7781 5850 9128 -1089 -2561 -664 C +ATOM 2164 N ARG A 285 105.155 4.851 81.817 1.00 60.13 N +ANISOU 2164 N ARG A 285 8052 5979 8816 -928 -2375 -423 N +ATOM 2165 CA ARG A 285 105.864 3.902 80.970 1.00 57.09 C +ANISOU 2165 CA ARG A 285 7627 5695 8371 -929 -2295 -390 C +ATOM 2166 C ARG A 285 106.956 4.544 80.129 1.00 58.25 C +ANISOU 2166 C ARG A 285 7624 5888 8619 -1078 -2267 -395 C +ATOM 2167 O ARG A 285 107.898 3.850 79.733 1.00 59.22 O +ANISOU 2167 O ARG A 285 7663 6129 8710 -1060 -2223 -430 O +ATOM 2168 CB ARG A 285 104.890 3.192 80.025 1.00 56.92 C +ANISOU 2168 CB ARG A 285 7720 5646 8262 -951 -2197 -265 C +ATOM 2169 CG ARG A 285 103.876 2.312 80.715 1.00 54.93 C +ANISOU 2169 CG ARG A 285 7610 5363 7897 -815 -2197 -255 C +ATOM 2170 CD ARG A 285 103.345 1.255 79.763 1.00 57.94 C +ANISOU 2170 CD ARG A 285 8069 5760 8185 -821 -2089 -173 C +ATOM 2171 NE ARG A 285 102.437 0.324 80.432 1.00 73.03 N +ANISOU 2171 NE ARG A 285 10114 7639 9995 -700 -2078 -165 N +ATOM 2172 CZ ARG A 285 101.124 0.255 80.228 1.00 71.47 C +ANISOU 2172 CZ ARG A 285 10024 7377 9753 -726 -2042 -99 C +ATOM 2173 NH1 ARG A 285 100.522 1.058 79.359 1.00 81.71 N +ANISOU 2173 NH1 ARG A 285 11314 8635 11096 -855 -2025 -26 N +ATOM 2174 NH2 ARG A 285 100.404 -0.635 80.897 1.00 72.82 N +ANISOU 2174 NH2 ARG A 285 10307 7526 9833 -623 -2025 -99 N +ATOM 2175 N ALA A 286 106.849 5.837 79.837 1.00 58.82 N +ANISOU 2175 N ALA A 286 7660 5870 8820 -1224 -2288 -361 N +ATOM 2176 CA ALA A 286 107.812 6.491 78.968 1.00 70.21 C +ANISOU 2176 CA ALA A 286 8970 7349 10358 -1393 -2249 -342 C +ATOM 2177 C ALA A 286 108.009 7.926 79.427 1.00 77.16 C +ANISOU 2177 C ALA A 286 9786 8120 11412 -1492 -2324 -389 C +ATOM 2178 O ALA A 286 107.214 8.473 80.195 1.00 72.81 O +ANISOU 2178 O ALA A 286 9306 7450 10908 -1445 -2395 -416 O +ATOM 2179 CB ALA A 286 107.364 6.457 77.501 1.00 63.47 C +ANISOU 2179 CB ALA A 286 8157 6490 9468 -1526 -2145 -175 C +ATOM 2180 N CYS A 287 109.090 8.526 78.941 1.00 77.25 N +ANISOU 2180 N CYS A 287 9654 8173 11523 -1637 -2302 -411 N +ATOM 2181 CA CYS A 287 109.423 9.908 79.242 1.00 72.53 C +ANISOU 2181 CA CYS A 287 8980 7463 11116 -1763 -2359 -458 C +ATOM 2182 C CYS A 287 108.841 10.821 78.167 1.00 94.24 C +ANISOU 2182 C CYS A 287 11780 10069 13958 -1942 -2311 -269 C +ATOM 2183 O CYS A 287 108.799 10.459 76.987 1.00108.58 O +ANISOU 2183 O CYS A 287 13613 11946 15695 -2026 -2217 -125 O +ATOM 2184 CB CYS A 287 110.941 10.075 79.325 1.00 80.54 C +ANISOU 2184 CB CYS A 287 9801 8602 12197 -1834 -2359 -587 C +ATOM 2185 SG CYS A 287 111.691 9.896 80.973 1.00 93.58 S +ANISOU 2185 SG CYS A 287 11352 10352 13852 -1670 -2484 -846 S +ATOM 2186 N GLY A 288 108.398 12.006 78.579 1.00 88.44 N +ANISOU 2186 N GLY A 288 11066 9146 13390 -1998 -2378 -273 N +ATOM 2187 CA GLY A 288 107.643 12.903 77.718 1.00 84.63 C +ANISOU 2187 CA GLY A 288 10656 8491 13008 -2131 -2358 -81 C +ATOM 2188 C GLY A 288 108.465 14.110 77.293 1.00107.95 C +ANISOU 2188 C GLY A 288 13502 11353 16162 -2344 -2348 -50 C +ATOM 2189 O GLY A 288 109.097 14.769 78.122 1.00135.97 O +ANISOU 2189 O GLY A 288 16956 14849 19858 -2367 -2409 -216 O +ATOM 2190 N ALA A 289 108.433 14.386 75.992 1.00105.38 N +ANISOU 2190 N ALA A 289 13192 11013 15835 -2505 -2270 164 N +ATOM 2191 CA ALA A 289 109.025 15.592 75.398 1.00115.03 C +ANISOU 2191 CA ALA A 289 14342 12117 17247 -2733 -2247 259 C +ATOM 2192 C ALA A 289 110.515 15.611 75.739 1.00124.78 C +ANISOU 2192 C ALA A 289 15396 13480 18534 -2811 -2227 81 C +ATOM 2193 O ALA A 289 111.202 14.604 75.504 1.00139.34 O +ANISOU 2193 O ALA A 289 17168 15557 20217 -2775 -2165 22 O +ATOM 2194 CB ALA A 289 108.228 16.804 75.864 1.00119.72 C +ANISOU 2194 CB ALA A 289 15005 12422 18060 -2743 -2337 286 C +ATOM 2195 N ASP A 290 111.049 16.710 76.279 1.00119.23 N +ANISOU 2195 N ASP A 290 14608 12635 18059 -2916 -2276 -19 N +ATOM 2196 CA ASP A 290 112.474 16.793 76.578 1.00132.49 C +ANISOU 2196 CA ASP A 290 16098 14444 19799 -3007 -2258 -196 C +ATOM 2197 C ASP A 290 112.897 15.768 77.617 1.00129.48 C +ANISOU 2197 C ASP A 290 15652 14260 19284 -2799 -2310 -437 C +ATOM 2198 O ASP A 290 114.056 15.344 77.643 1.00135.63 O +ANISOU 2198 O ASP A 290 16276 15235 20022 -2826 -2278 -560 O +ATOM 2199 CB ASP A 290 112.818 18.186 77.091 1.00151.76 C +ANISOU 2199 CB ASP A 290 18468 16669 22523 -3147 -2314 -283 C +ATOM 2200 CG ASP A 290 112.018 18.564 78.327 1.00169.17 C +ANISOU 2200 CG ASP A 290 20744 18710 24823 -2988 -2438 -433 C +ATOM 2201 OD1 ASP A 290 111.248 17.716 78.834 1.00170.08 O +ANISOU 2201 OD1 ASP A 290 20956 18896 24772 -2772 -2479 -471 O +ATOM 2202 OD2 ASP A 290 112.166 19.710 78.798 1.00177.51 O +ANISOU 2202 OD2 ASP A 290 21754 19568 26124 -3087 -2490 -523 O +ATOM 2203 N SER A 291 111.994 15.402 78.511 1.00115.81 N +ANISOU 2203 N SER A 291 14030 12482 17490 -2593 -2393 -508 N +ATOM 2204 CA SER A 291 112.324 14.451 79.557 1.00109.88 C +ANISOU 2204 CA SER A 291 13236 11909 16607 -2390 -2452 -712 C +ATOM 2205 C SER A 291 112.877 13.156 78.960 1.00 98.91 C +ANISOU 2205 C SER A 291 11805 10758 15016 -2330 -2372 -682 C +ATOM 2206 O SER A 291 112.360 12.641 77.964 1.00102.51 O +ANISOU 2206 O SER A 291 12352 11235 15361 -2348 -2289 -501 O +ATOM 2207 CB SER A 291 111.076 14.196 80.393 1.00116.67 C +ANISOU 2207 CB SER A 291 14249 12681 17400 -2197 -2529 -735 C +ATOM 2208 OG SER A 291 110.415 15.404 80.729 1.00119.93 O +ANISOU 2208 OG SER A 291 14709 12854 18005 -2257 -2586 -738 O +ATOM 2209 N TYR A 292 113.954 12.645 79.562 1.00 91.89 N +ANISOU 2209 N TYR A 292 10769 10056 14090 -2260 -2401 -870 N +ATOM 2210 CA TYR A 292 114.569 11.390 79.148 1.00 86.21 C +ANISOU 2210 CA TYR A 292 9992 9560 13205 -2174 -2338 -881 C +ATOM 2211 C TYR A 292 114.791 10.513 80.371 1.00 84.90 C +ANISOU 2211 C TYR A 292 9803 9520 12935 -1932 -2435 -1057 C +ATOM 2212 O TYR A 292 114.823 10.992 81.507 1.00 70.66 O +ANISOU 2212 O TYR A 292 7972 7680 11193 -1872 -2544 -1202 O +ATOM 2213 CB TYR A 292 115.898 11.606 78.399 1.00 82.63 C +ANISOU 2213 CB TYR A 292 9340 9242 12814 -2354 -2257 -916 C +ATOM 2214 CG TYR A 292 117.086 11.964 79.270 1.00 97.63 C +ANISOU 2214 CG TYR A 292 11037 11241 14816 -2363 -2331 -1150 C +ATOM 2215 CD1 TYR A 292 117.911 10.976 79.795 1.00102.05 C +ANISOU 2215 CD1 TYR A 292 11478 12022 15276 -2196 -2367 -1310 C +ATOM 2216 CD2 TYR A 292 117.397 13.288 79.548 1.00100.82 C +ANISOU 2216 CD2 TYR A 292 11363 11519 15426 -2538 -2367 -1215 C +ATOM 2217 CE1 TYR A 292 119.000 11.297 80.585 1.00103.21 C +ANISOU 2217 CE1 TYR A 292 11427 12282 15508 -2200 -2443 -1528 C +ATOM 2218 CE2 TYR A 292 118.481 13.618 80.340 1.00100.25 C +ANISOU 2218 CE2 TYR A 292 11094 11551 15447 -2556 -2435 -1446 C +ATOM 2219 CZ TYR A 292 119.280 12.620 80.853 1.00103.69 C +ANISOU 2219 CZ TYR A 292 11405 12228 15762 -2385 -2476 -1603 C +ATOM 2220 OH TYR A 292 120.362 12.945 81.638 1.00113.93 O +ANISOU 2220 OH TYR A 292 12494 13651 17144 -2398 -2553 -1838 O +ATOM 2221 N GLU A 293 114.951 9.215 80.122 1.00 92.05 N +ANISOU 2221 N GLU A 293 10721 10576 13680 -1794 -2393 -1042 N +ATOM 2222 CA GLU A 293 114.854 8.204 81.166 1.00 91.96 C +ANISOU 2222 CA GLU A 293 10748 10651 13540 -1541 -2475 -1138 C +ATOM 2223 C GLU A 293 116.233 7.775 81.658 1.00 99.53 C +ANISOU 2223 C GLU A 293 11506 11814 14496 -1464 -2523 -1317 C +ATOM 2224 O GLU A 293 117.118 7.455 80.858 1.00 85.71 O +ANISOU 2224 O GLU A 293 9623 10189 12752 -1531 -2444 -1329 O +ATOM 2225 CB GLU A 293 114.079 6.989 80.659 1.00 89.02 C +ANISOU 2225 CB GLU A 293 10530 10288 13007 -1418 -2407 -1007 C +ATOM 2226 CG GLU A 293 113.910 5.904 81.697 1.00 78.91 C +ANISOU 2226 CG GLU A 293 9312 9073 11596 -1162 -2484 -1073 C +ATOM 2227 CD GLU A 293 113.110 4.724 81.185 1.00 73.01 C +ANISOU 2227 CD GLU A 293 8719 8308 10712 -1058 -2408 -947 C +ATOM 2228 OE1 GLU A 293 112.642 4.768 80.028 1.00 80.50 O +ANISOU 2228 OE1 GLU A 293 9725 9206 11657 -1182 -2302 -820 O +ATOM 2229 OE2 GLU A 293 112.954 3.746 81.942 1.00 72.88 O +ANISOU 2229 OE2 GLU A 293 8768 8332 10591 -855 -2457 -975 O +ATOM 2230 N MET A 294 116.391 7.758 82.980 1.00118.60 N +ANISOU 2230 N MET A 294 13894 14277 16892 -1318 -2654 -1460 N +ATOM 2231 CA MET A 294 117.582 7.289 83.677 1.00132.74 C +ANISOU 2231 CA MET A 294 15505 16271 18658 -1198 -2735 -1635 C +ATOM 2232 C MET A 294 117.231 7.217 85.152 1.00132.79 C +ANISOU 2232 C MET A 294 15568 16295 18593 -1020 -2880 -1731 C +ATOM 2233 O MET A 294 116.455 8.039 85.640 1.00137.80 O +ANISOU 2233 O MET A 294 16292 16794 19272 -1073 -2921 -1736 O +ATOM 2234 CB MET A 294 118.773 8.236 83.484 1.00150.73 C +ANISOU 2234 CB MET A 294 17549 18626 21097 -1386 -2734 -1772 C +ATOM 2235 CG MET A 294 118.595 9.587 84.195 1.00167.86 C +ANISOU 2235 CG MET A 294 19697 20679 23402 -1508 -2812 -1869 C +ATOM 2236 SD MET A 294 120.082 10.602 84.229 1.00186.23 S +ANISOU 2236 SD MET A 294 21730 23113 25918 -1708 -2832 -2074 S +ATOM 2237 CE MET A 294 121.009 9.759 85.521 1.00192.10 C +ANISOU 2237 CE MET A 294 22318 24129 26543 -1452 -2986 -2293 C +ATOM 2238 N GLU A 295 117.833 6.270 85.867 1.00129.74 N +ANISOU 2238 N GLU A 295 15118 16080 18097 -811 -2961 -1812 N +ATOM 2239 CA GLU A 295 117.500 6.046 87.270 1.00114.19 C +ANISOU 2239 CA GLU A 295 13211 14160 16016 -625 -3099 -1881 C +ATOM 2240 C GLU A 295 118.534 6.726 88.157 1.00103.52 C +ANISOU 2240 C GLU A 295 11647 12960 14726 -640 -3223 -2104 C +ATOM 2241 O GLU A 295 119.734 6.452 88.045 1.00 81.65 O +ANISOU 2241 O GLU A 295 8679 10361 11984 -617 -3246 -2204 O +ATOM 2242 CB GLU A 295 117.402 4.551 87.584 1.00114.75 C +ANISOU 2242 CB GLU A 295 13370 14313 15915 -373 -3122 -1803 C +ATOM 2243 CG GLU A 295 118.697 3.792 87.812 1.00115.41 C +ANISOU 2243 CG GLU A 295 13270 14608 15972 -228 -3186 -1902 C +ATOM 2244 CD GLU A 295 119.567 3.710 86.578 1.00123.10 C +ANISOU 2244 CD GLU A 295 14091 15629 17054 -344 -3076 -1915 C +ATOM 2245 OE1 GLU A 295 119.561 4.663 85.775 1.00129.94 O +ANISOU 2245 OE1 GLU A 295 14912 16414 18044 -584 -2987 -1912 O +ATOM 2246 OE2 GLU A 295 120.238 2.671 86.405 1.00126.75 O +ANISOU 2246 OE2 GLU A 295 14479 16207 17474 -193 -3075 -1924 O +ATOM 2247 N GLU A 296 118.059 7.613 89.035 1.00102.91 N +ANISOU 2247 N GLU A 296 11601 12829 14673 -679 -3303 -2197 N +ATOM 2248 CA GLU A 296 118.955 8.350 89.920 1.00103.72 C +ANISOU 2248 CA GLU A 296 11502 13072 14836 -710 -3425 -2432 C +ATOM 2249 C GLU A 296 119.499 7.453 91.028 1.00109.79 C +ANISOU 2249 C GLU A 296 12209 14078 15428 -460 -3565 -2517 C +ATOM 2250 O GLU A 296 120.701 7.470 91.314 1.00130.07 O +ANISOU 2250 O GLU A 296 14556 16843 18024 -439 -3642 -2674 O +ATOM 2251 CB GLU A 296 118.222 9.556 90.512 1.00115.19 C +ANISOU 2251 CB GLU A 296 13010 14384 16371 -824 -3462 -2520 C +ATOM 2252 CG GLU A 296 119.111 10.512 91.297 1.00128.31 C +ANISOU 2252 CG GLU A 296 14456 16161 18135 -908 -3570 -2786 C +ATOM 2253 CD GLU A 296 118.418 11.823 91.618 1.00131.75 C +ANISOU 2253 CD GLU A 296 14937 16410 18714 -1063 -3577 -2877 C +ATOM 2254 OE1 GLU A 296 117.541 12.245 90.835 1.00130.46 O +ANISOU 2254 OE1 GLU A 296 14917 16004 18649 -1180 -3472 -2727 O +ATOM 2255 OE2 GLU A 296 118.751 12.434 92.657 1.00134.11 O +ANISOU 2255 OE2 GLU A 296 15120 16807 19028 -1064 -3691 -3108 O +ATOM 2256 N ASP A 297 118.626 6.654 91.669 1.00 91.08 N +ANISOU 2256 N ASP A 297 10031 11701 12873 -269 -3603 -2408 N +ATOM 2257 CA ASP A 297 119.010 5.836 92.821 1.00102.65 C +ANISOU 2257 CA ASP A 297 11468 13382 14152 -27 -3747 -2459 C +ATOM 2258 C ASP A 297 118.234 4.511 92.786 1.00 99.97 C +ANISOU 2258 C ASP A 297 11347 12992 13645 165 -3709 -2239 C +ATOM 2259 O ASP A 297 117.400 4.211 93.640 1.00 85.29 O +ANISOU 2259 O ASP A 297 9645 11130 11630 279 -3758 -2183 O +ATOM 2260 CB ASP A 297 118.766 6.588 94.133 1.00112.08 C +ANISOU 2260 CB ASP A 297 12645 14659 15283 -18 -3875 -2625 C +ATOM 2261 CG ASP A 297 119.721 6.166 95.231 1.00119.41 C +ANISOU 2261 CG ASP A 297 13416 15878 16075 161 -4046 -2761 C +ATOM 2262 OD1 ASP A 297 120.271 5.049 95.139 1.00117.25 O +ANISOU 2262 OD1 ASP A 297 13119 15716 15715 339 -4074 -2671 O +ATOM 2263 OD2 ASP A 297 119.920 6.948 96.183 1.00121.74 O +ANISOU 2263 OD2 ASP A 297 13610 16292 16354 127 -4157 -2962 O +ATOM 2264 N GLY A 298 118.521 3.685 91.783 1.00105.27 N +ANISOU 2264 N GLY A 298 12023 13624 14349 197 -3615 -2119 N +ATOM 2265 CA GLY A 298 117.828 2.424 91.629 1.00101.80 C +ANISOU 2265 CA GLY A 298 11783 13112 13784 359 -3564 -1921 C +ATOM 2266 C GLY A 298 116.375 2.542 91.231 1.00 95.74 C +ANISOU 2266 C GLY A 298 11252 12126 13001 273 -3452 -1773 C +ATOM 2267 O GLY A 298 115.688 1.517 91.143 1.00 94.71 O +ANISOU 2267 O GLY A 298 11297 11923 12765 393 -3404 -1612 O +ATOM 2268 N VAL A 299 115.883 3.757 90.995 1.00 95.43 N +ANISOU 2268 N VAL A 299 11217 11972 13071 70 -3411 -1825 N +ATOM 2269 CA VAL A 299 114.501 4.003 90.604 1.00 91.25 C +ANISOU 2269 CA VAL A 299 10888 11238 12544 -18 -3314 -1699 C +ATOM 2270 C VAL A 299 114.524 4.801 89.310 1.00 80.28 C +ANISOU 2270 C VAL A 299 9451 9713 11339 -247 -3198 -1675 C +ATOM 2271 O VAL A 299 115.202 5.831 89.226 1.00 70.20 O +ANISOU 2271 O VAL A 299 8013 8456 10203 -391 -3223 -1807 O +ATOM 2272 CB VAL A 299 113.723 4.764 91.697 1.00 80.74 C +ANISOU 2272 CB VAL A 299 9625 9891 11162 -26 -3390 -1781 C +ATOM 2273 CG1 VAL A 299 113.783 4.004 93.014 1.00 88.06 C +ANISOU 2273 CG1 VAL A 299 10588 10990 11883 191 -3509 -1802 C +ATOM 2274 CG2 VAL A 299 114.274 6.178 91.880 1.00 75.49 C +ANISOU 2274 CG2 VAL A 299 8789 9237 10657 -190 -3442 -1977 C +ATOM 2275 N ARG A 300 113.795 4.329 88.303 1.00 78.64 N +ANISOU 2275 N ARG A 300 9379 9372 11128 -285 -3073 -1506 N +ATOM 2276 CA ARG A 300 113.803 5.010 87.017 1.00 78.44 C +ANISOU 2276 CA ARG A 300 9317 9236 11252 -498 -2961 -1455 C +ATOM 2277 C ARG A 300 113.189 6.396 87.165 1.00 74.79 C +ANISOU 2277 C ARG A 300 8874 8636 10906 -658 -2975 -1495 C +ATOM 2278 O ARG A 300 112.049 6.541 87.617 1.00 67.39 O +ANISOU 2278 O ARG A 300 8088 7597 9919 -625 -2986 -1451 O +ATOM 2279 CB ARG A 300 113.041 4.207 85.964 1.00 80.79 C +ANISOU 2279 CB ARG A 300 9763 9436 11498 -501 -2832 -1271 C +ATOM 2280 CG ARG A 300 113.463 2.750 85.833 1.00 72.64 C +ANISOU 2280 CG ARG A 300 8740 8500 10360 -329 -2810 -1229 C +ATOM 2281 CD ARG A 300 114.915 2.589 85.406 1.00 66.92 C +ANISOU 2281 CD ARG A 300 7802 7922 9704 -339 -2809 -1326 C +ATOM 2282 NE ARG A 300 115.202 3.167 84.094 1.00 66.99 N +ANISOU 2282 NE ARG A 300 7728 7898 9827 -553 -2694 -1300 N +ATOM 2283 CZ ARG A 300 116.344 2.990 83.434 1.00 68.19 C +ANISOU 2283 CZ ARG A 300 7701 8173 10037 -597 -2650 -1366 C +ATOM 2284 NH1 ARG A 300 117.314 2.250 83.955 1.00 69.41 N +ANISOU 2284 NH1 ARG A 300 7731 8482 10161 -428 -2719 -1469 N +ATOM 2285 NH2 ARG A 300 116.524 3.551 82.246 1.00 68.34 N +ANISOU 2285 NH2 ARG A 300 7657 8169 10140 -808 -2537 -1326 N +ATOM 2286 N LYS A 301 113.957 7.409 86.782 1.00 76.86 N +ANISOU 2286 N LYS A 301 8978 8892 11333 -832 -2972 -1583 N +ATOM 2287 CA LYS A 301 113.575 8.807 86.875 1.00 75.66 C +ANISOU 2287 CA LYS A 301 8817 8593 11338 -996 -2988 -1637 C +ATOM 2288 C LYS A 301 113.587 9.435 85.489 1.00 85.24 C +ANISOU 2288 C LYS A 301 10015 9676 12697 -1213 -2873 -1517 C +ATOM 2289 O LYS A 301 114.266 8.969 84.569 1.00 78.76 O +ANISOU 2289 O LYS A 301 9122 8932 11871 -1264 -2794 -1457 O +ATOM 2290 CB LYS A 301 114.519 9.592 87.796 1.00 73.45 C +ANISOU 2290 CB LYS A 301 8353 8412 11144 -1028 -3099 -1868 C +ATOM 2291 CG LYS A 301 114.306 9.362 89.282 1.00 72.08 C +ANISOU 2291 CG LYS A 301 8202 8347 10838 -851 -3227 -2000 C +ATOM 2292 CD LYS A 301 113.044 10.050 89.771 1.00 92.12 C +ANISOU 2292 CD LYS A 301 10880 10724 13399 -870 -3241 -2003 C +ATOM 2293 CE LYS A 301 113.024 10.167 91.287 1.00 93.03 C +ANISOU 2293 CE LYS A 301 10966 10968 13412 -748 -3371 -2191 C +ATOM 2294 NZ LYS A 301 113.904 11.270 91.765 1.00 98.10 N +ANISOU 2294 NZ LYS A 301 11411 11654 14207 -864 -3449 -2425 N +ATOM 2295 N CYS A 302 112.822 10.510 85.362 1.00105.88 N +ANISOU 2295 N CYS A 302 12695 12096 15439 -1339 -2866 -1483 N +ATOM 2296 CA CYS A 302 112.676 11.240 84.113 1.00110.59 C +ANISOU 2296 CA CYS A 302 13300 12544 16176 -1548 -2770 -1342 C +ATOM 2297 C CYS A 302 113.238 12.645 84.311 1.00113.71 C +ANISOU 2297 C CYS A 302 13565 12845 16795 -1725 -2809 -1465 C +ATOM 2298 O CYS A 302 112.749 13.397 85.162 1.00117.77 O +ANISOU 2298 O CYS A 302 14104 13251 17391 -1712 -2887 -1572 O +ATOM 2299 CB CYS A 302 111.204 11.266 83.697 1.00116.01 C +ANISOU 2299 CB CYS A 302 14187 13058 16834 -1536 -2728 -1168 C +ATOM 2300 SG CYS A 302 110.953 11.515 81.940 1.00127.00 S +ANISOU 2300 SG CYS A 302 15623 14348 18284 -1729 -2594 -923 S +ATOM 2301 N LYS A 303 114.277 12.987 83.545 1.00103.87 N +ANISOU 2301 N LYS A 303 12173 11644 15651 -1894 -2750 -1462 N +ATOM 2302 CA LYS A 303 114.951 14.277 83.666 1.00103.38 C +ANISOU 2302 CA LYS A 303 11970 11496 15813 -2085 -2775 -1580 C +ATOM 2303 C LYS A 303 115.133 14.876 82.279 1.00111.50 C +ANISOU 2303 C LYS A 303 12984 12415 16966 -2323 -2657 -1399 C +ATOM 2304 O LYS A 303 115.551 14.180 81.353 1.00106.82 O +ANISOU 2304 O LYS A 303 12363 11948 16275 -2354 -2564 -1288 O +ATOM 2305 CB LYS A 303 116.308 14.135 84.370 1.00 93.22 C +ANISOU 2305 CB LYS A 303 10467 10426 14528 -2063 -2838 -1813 C +ATOM 2306 CG LYS A 303 117.414 13.581 83.492 1.00 87.49 C +ANISOU 2306 CG LYS A 303 9598 9876 13767 -2134 -2752 -1781 C +ATOM 2307 N LYS A 304 114.830 16.165 82.147 1.00113.60 N +ANISOU 2307 N LYS A 304 13266 12448 17448 -2491 -2661 -1371 N +ATOM 2308 CA LYS A 304 114.862 16.833 80.850 1.00109.23 C +ANISOU 2308 CA LYS A 304 12725 11762 17016 -2721 -2556 -1162 C +ATOM 2309 C LYS A 304 116.244 16.742 80.213 1.00116.35 C +ANISOU 2309 C LYS A 304 13437 12838 17933 -2879 -2477 -1192 C +ATOM 2310 O LYS A 304 117.269 16.934 80.874 1.00108.65 O +ANISOU 2310 O LYS A 304 12283 11974 17027 -2906 -2522 -1414 O +ATOM 2311 CB LYS A 304 114.452 18.297 81.014 1.00 99.46 C +ANISOU 2311 CB LYS A 304 11515 10232 16044 -2866 -2593 -1162 C +ATOM 2312 CG LYS A 304 113.041 18.477 81.561 1.00 94.96 C +ANISOU 2312 CG LYS A 304 11121 9479 15479 -2720 -2663 -1134 C +ATOM 2313 CD LYS A 304 112.668 19.945 81.702 1.00101.76 C +ANISOU 2313 CD LYS A 304 11999 10033 16631 -2855 -2701 -1146 C +ATOM 2314 CE LYS A 304 111.160 20.126 81.816 1.00105.63 C +ANISOU 2314 CE LYS A 304 12675 10328 17132 -2736 -2740 -1042 C +ATOM 2315 NZ LYS A 304 110.604 19.542 83.068 1.00104.89 N +ANISOU 2315 NZ LYS A 304 12620 10332 16902 -2501 -2827 -1236 N +ATOM 2316 N CYS A 305 116.267 16.440 78.913 1.00134.93 N +ANISOU 2316 N CYS A 305 15821 15232 20213 -2987 -2355 -976 N +ATOM 2317 CA CYS A 305 117.523 16.440 78.171 1.00143.87 C +ANISOU 2317 CA CYS A 305 16772 16527 21366 -3167 -2258 -987 C +ATOM 2318 C CYS A 305 118.145 17.829 78.208 1.00142.68 C +ANISOU 2318 C CYS A 305 16505 16226 21480 -3416 -2257 -1043 C +ATOM 2319 O CYS A 305 117.446 18.843 78.124 1.00136.71 O +ANISOU 2319 O CYS A 305 15855 15197 20891 -3516 -2275 -934 O +ATOM 2320 CB CYS A 305 117.318 16.015 76.713 1.00156.44 C +ANISOU 2320 CB CYS A 305 18429 18177 22834 -3265 -2121 -733 C +ATOM 2321 SG CYS A 305 116.443 14.460 76.423 1.00154.64 S +ANISOU 2321 SG CYS A 305 18357 18081 22317 -3016 -2099 -636 S +ATOM 2322 N GLU A 306 119.472 17.873 78.332 1.00158.11 N +ANISOU 2322 N GLU A 306 18234 18354 23484 -3516 -2235 -1218 N +ATOM 2323 CA GLU A 306 120.169 19.152 78.251 1.00177.10 C +ANISOU 2323 CA GLU A 306 20513 20632 26147 -3786 -2212 -1269 C +ATOM 2324 C GLU A 306 119.938 19.810 76.896 1.00189.18 C +ANISOU 2324 C GLU A 306 22118 22011 27749 -4038 -2084 -972 C +ATOM 2325 O GLU A 306 119.674 21.016 76.818 1.00202.65 O +ANISOU 2325 O GLU A 306 23870 23444 29684 -4211 -2090 -893 O +ATOM 2326 CB GLU A 306 121.662 18.953 78.512 1.00175.62 C +ANISOU 2326 CB GLU A 306 20053 20700 25973 -3852 -2197 -1506 C +ATOM 2327 N GLY A 307 120.017 19.031 75.820 1.00159.31 N +ANISOU 2327 N GLY A 307 18352 18404 23775 -4059 -1970 -801 N +ATOM 2328 CA GLY A 307 119.759 19.528 74.491 1.00152.97 C +ANISOU 2328 CA GLY A 307 17629 17506 22988 -4283 -1849 -499 C +ATOM 2329 C GLY A 307 118.622 18.771 73.839 1.00146.79 C +ANISOU 2329 C GLY A 307 17049 16732 21992 -4141 -1827 -275 C +ATOM 2330 O GLY A 307 117.786 18.161 74.513 1.00148.46 O +ANISOU 2330 O GLY A 307 17380 16919 22108 -3887 -1919 -330 O +ATOM 2331 N PRO A 308 118.560 18.801 72.510 1.00135.00 N +ANISOU 2331 N PRO A 308 15596 15285 20414 -4312 -1701 -20 N +ATOM 2332 CA PRO A 308 117.567 17.979 71.811 1.00121.60 C +ANISOU 2332 CA PRO A 308 14067 13647 18489 -4186 -1672 172 C +ATOM 2333 C PRO A 308 117.740 16.513 72.178 1.00122.62 C +ANISOU 2333 C PRO A 308 14153 14035 18401 -3941 -1680 -9 C +ATOM 2334 O PRO A 308 118.853 15.985 72.189 1.00131.73 O +ANISOU 2334 O PRO A 308 15121 15424 19505 -3957 -1627 -177 O +ATOM 2335 CB PRO A 308 117.868 18.237 70.333 1.00117.26 C +ANISOU 2335 CB PRO A 308 13499 13184 17872 -4447 -1521 422 C +ATOM 2336 CG PRO A 308 118.596 19.534 70.300 1.00122.30 C +ANISOU 2336 CG PRO A 308 14036 13672 18762 -4717 -1495 443 C +ATOM 2337 CD PRO A 308 119.368 19.605 71.580 1.00131.43 C +ANISOU 2337 CD PRO A 308 15037 14838 20062 -4638 -1579 108 C +ATOM 2338 N CYS A 309 116.626 15.858 72.486 1.00118.79 N +ANISOU 2338 N CYS A 309 13838 13501 17798 -3713 -1746 27 N +ATOM 2339 CA CYS A 309 116.683 14.503 73.009 1.00109.26 C +ANISOU 2339 CA CYS A 309 12614 12486 16414 -3461 -1772 -143 C +ATOM 2340 C CYS A 309 117.067 13.503 71.926 1.00101.66 C +ANISOU 2340 C CYS A 309 11599 11782 15246 -3487 -1639 -89 C +ATOM 2341 O CYS A 309 116.832 13.714 70.732 1.00 97.88 O +ANISOU 2341 O CYS A 309 11165 11324 14699 -3655 -1538 125 O +ATOM 2342 CB CYS A 309 115.341 14.108 73.607 1.00114.28 C +ANISOU 2342 CB CYS A 309 13449 12988 16985 -3233 -1868 -109 C +ATOM 2343 SG CYS A 309 114.953 14.955 75.130 1.00115.54 S +ANISOU 2343 SG CYS A 309 13644 12911 17344 -3133 -2031 -262 S +ATOM 2344 N ARG A 310 117.665 12.399 72.364 1.00 99.99 N +ANISOU 2344 N ARG A 310 11288 11771 14932 -3313 -1644 -289 N +ATOM 2345 CA ARG A 310 117.946 11.297 71.460 1.00101.92 C +ANISOU 2345 CA ARG A 310 11488 12253 14983 -3289 -1527 -279 C +ATOM 2346 C ARG A 310 116.640 10.748 70.906 1.00 89.50 C +ANISOU 2346 C ARG A 310 10126 10625 13256 -3203 -1509 -101 C +ATOM 2347 O ARG A 310 115.620 10.713 71.599 1.00 87.19 O +ANISOU 2347 O ARG A 310 9992 10164 12972 -3047 -1611 -75 O +ATOM 2348 CB ARG A 310 118.725 10.202 72.191 1.00110.08 C +ANISOU 2348 CB ARG A 310 12393 13468 15965 -3076 -1561 -532 C +ATOM 2349 N LYS A 311 116.669 10.335 69.641 1.00 90.93 N +ANISOU 2349 N LYS A 311 10298 10963 13290 -3314 -1377 13 N +ATOM 2350 CA LYS A 311 115.468 9.835 68.988 1.00 81.83 C +ANISOU 2350 CA LYS A 311 9325 9786 11980 -3260 -1352 179 C +ATOM 2351 C LYS A 311 114.800 8.760 69.834 1.00 83.42 C +ANISOU 2351 C LYS A 311 9631 9954 12111 -2969 -1432 63 C +ATOM 2352 O LYS A 311 115.466 7.915 70.437 1.00 78.21 O +ANISOU 2352 O LYS A 311 8877 9404 11436 -2813 -1446 -139 O +ATOM 2353 CB LYS A 311 115.806 9.263 67.612 1.00 75.28 C +ANISOU 2353 CB LYS A 311 8430 9199 10973 -3387 -1194 240 C +ATOM 2354 CG LYS A 311 114.606 8.673 66.891 1.00 78.82 C +ANISOU 2354 CG LYS A 311 9047 9657 11244 -3335 -1165 386 C +ATOM 2355 CD LYS A 311 114.993 8.069 65.561 1.00 82.13 C +ANISOU 2355 CD LYS A 311 9385 10344 11476 -3460 -1006 412 C +ATOM 2356 CE LYS A 311 113.776 7.513 64.849 1.00 76.98 C +ANISOU 2356 CE LYS A 311 8894 9711 10645 -3417 -984 545 C +ATOM 2357 NZ LYS A 311 114.109 7.035 63.483 1.00 86.12 N +ANISOU 2357 NZ LYS A 311 9972 11144 11607 -3565 -828 576 N +ATOM 2358 N VAL A 312 113.473 8.795 69.863 1.00 67.01 N +ANISOU 2358 N VAL A 312 9505 5529 10427 -1004 -1190 1523 N +ATOM 2359 CA VAL A 312 112.667 7.761 70.501 1.00 80.09 C +ANISOU 2359 CA VAL A 312 11167 7466 11799 -813 -1179 1321 C +ATOM 2360 C VAL A 312 112.045 6.907 69.408 1.00 81.93 C +ANISOU 2360 C VAL A 312 11321 8035 11772 -765 -1038 1531 C +ATOM 2361 O VAL A 312 111.472 7.434 68.447 1.00 77.54 O +ANISOU 2361 O VAL A 312 10793 7448 11222 -717 -989 1779 O +ATOM 2362 CB VAL A 312 111.584 8.365 71.410 1.00 69.50 C +ANISOU 2362 CB VAL A 312 9978 5960 10470 -564 -1268 1135 C +ATOM 2363 CG1 VAL A 312 112.214 8.962 72.656 1.00 74.89 C +ANISOU 2363 CG1 VAL A 312 10746 6368 11342 -590 -1425 847 C +ATOM 2364 CG2 VAL A 312 110.761 9.410 70.661 1.00 78.37 C +ANISOU 2364 CG2 VAL A 312 11189 6884 11703 -452 -1257 1358 C +ATOM 2365 N CYS A 313 112.165 5.592 69.550 1.00 79.42 N +ANISOU 2365 N CYS A 313 10915 8032 11230 -774 -987 1429 N +ATOM 2366 CA CYS A 313 111.614 4.641 68.592 1.00 70.80 C +ANISOU 2366 CA CYS A 313 9752 7265 9885 -737 -876 1573 C +ATOM 2367 C CYS A 313 110.402 3.977 69.231 1.00 81.80 C +ANISOU 2367 C CYS A 313 11176 8819 11084 -541 -889 1418 C +ATOM 2368 O CYS A 313 110.541 3.174 70.159 1.00 89.14 O +ANISOU 2368 O CYS A 313 12095 9848 11925 -525 -910 1205 O +ATOM 2369 CB CYS A 313 112.668 3.619 68.183 1.00 55.09 C +ANISOU 2369 CB CYS A 313 7638 5494 7801 -896 -804 1584 C +ATOM 2370 SG CYS A 313 114.072 4.365 67.340 1.00 53.42 S +ANISOU 2370 SG CYS A 313 7343 5148 7807 -1133 -752 1804 S +ATOM 2371 N ASN A 314 109.217 4.319 68.736 1.00 72.84 N +ANISOU 2371 N ASN A 314 10070 7717 9890 -393 -875 1540 N +ATOM 2372 CA ASN A 314 107.990 3.809 69.325 1.00 70.13 C +ANISOU 2372 CA ASN A 314 9728 7526 9393 -210 -879 1415 C +ATOM 2373 C ASN A 314 107.807 2.335 68.991 1.00 65.92 C +ANISOU 2373 C ASN A 314 9098 7326 8622 -255 -815 1401 C +ATOM 2374 O ASN A 314 108.284 1.838 67.967 1.00 72.58 O +ANISOU 2374 O ASN A 314 9882 8307 9387 -372 -765 1535 O +ATOM 2375 CB ASN A 314 106.786 4.614 68.833 1.00 74.86 C +ANISOU 2375 CB ASN A 314 10355 8077 10010 -32 -890 1558 C +ATOM 2376 CG ASN A 314 106.296 5.621 69.858 1.00 81.12 C +ANISOU 2376 CG ASN A 314 11252 8619 10952 144 -960 1415 C +ATOM 2377 OD1 ASN A 314 106.534 5.473 71.056 1.00 83.99 O +ANISOU 2377 OD1 ASN A 314 11657 8928 11327 170 -993 1174 O +ATOM 2378 ND2 ASN A 314 105.601 6.650 69.390 1.00 70.98 N +ANISOU 2378 ND2 ASN A 314 10019 7183 9769 284 -988 1559 N +ATOM 2379 N GLY A 315 107.107 1.634 69.877 1.00 67.51 N +ANISOU 2379 N GLY A 315 9289 7653 8710 -159 -815 1236 N +ATOM 2380 CA GLY A 315 106.913 0.209 69.728 1.00 66.53 C +ANISOU 2380 CA GLY A 315 9089 7799 8392 -209 -769 1201 C +ATOM 2381 C GLY A 315 105.698 -0.129 68.884 1.00 61.94 C +ANISOU 2381 C GLY A 315 8434 7418 7682 -140 -747 1325 C +ATOM 2382 O GLY A 315 104.742 0.636 68.796 1.00 75.82 O +ANISOU 2382 O GLY A 315 10190 9140 9479 1 -767 1392 O +ATOM 2383 N ILE A 316 105.753 -1.306 68.255 1.00 62.20 N +ANISOU 2383 N ILE A 316 8404 7664 7564 -235 -719 1343 N +ATOM 2384 CA ILE A 316 104.617 -1.799 67.490 1.00 53.61 C +ANISOU 2384 CA ILE A 316 7234 6788 6345 -192 -723 1426 C +ATOM 2385 C ILE A 316 103.404 -1.881 68.402 1.00 47.85 C +ANISOU 2385 C ILE A 316 6460 6114 5608 -66 -725 1342 C +ATOM 2386 O ILE A 316 103.444 -2.517 69.463 1.00 49.45 O +ANISOU 2386 O ILE A 316 6670 6330 5789 -76 -699 1198 O +ATOM 2387 CB ILE A 316 104.948 -3.164 66.870 1.00 39.20 C +ANISOU 2387 CB ILE A 316 5369 5154 4371 -320 -707 1398 C +ATOM 2388 CG1 ILE A 316 106.081 -3.030 65.843 1.00 46.11 C +ANISOU 2388 CG1 ILE A 316 6271 6019 5229 -417 -683 1497 C +ATOM 2389 CG2 ILE A 316 103.705 -3.792 66.235 1.00 55.04 C +ANISOU 2389 CG2 ILE A 316 7285 7379 6250 -292 -739 1438 C +ATOM 2390 CD1 ILE A 316 105.704 -2.276 64.576 1.00 56.27 C +ANISOU 2390 CD1 ILE A 316 7547 7359 6476 -372 -696 1706 C +ATOM 2391 N GLY A 317 102.313 -1.234 67.993 1.00 53.31 N +ANISOU 2391 N GLY A 317 7094 6851 6310 66 -751 1446 N +ATOM 2392 CA GLY A 317 101.086 -1.214 68.765 1.00 56.09 C +ANISOU 2392 CA GLY A 317 7369 7285 6659 208 -739 1388 C +ATOM 2393 C GLY A 317 100.776 0.109 69.429 1.00 54.13 C +ANISOU 2393 C GLY A 317 7176 6848 6542 401 -746 1370 C +ATOM 2394 O GLY A 317 99.785 0.192 70.163 1.00 55.14 O +ANISOU 2394 O GLY A 317 7237 7051 6664 548 -718 1309 O +ATOM 2395 N ILE A 318 101.586 1.143 69.206 1.00 52.30 N +ANISOU 2395 N ILE A 318 7064 6372 6437 405 -778 1420 N +ATOM 2396 CA ILE A 318 101.352 2.472 69.760 1.00 57.46 C +ANISOU 2396 CA ILE A 318 7799 6793 7241 589 -804 1395 C +ATOM 2397 C ILE A 318 101.933 3.495 68.792 1.00 71.32 C +ANISOU 2397 C ILE A 318 9637 8339 9120 562 -852 1575 C +ATOM 2398 O ILE A 318 102.711 3.162 67.895 1.00 73.31 O +ANISOU 2398 O ILE A 318 9892 8628 9336 390 -846 1690 O +ATOM 2399 CB ILE A 318 101.973 2.647 71.165 1.00 46.44 C +ANISOU 2399 CB ILE A 318 6509 5229 5907 607 -795 1175 C +ATOM 2400 CG1 ILE A 318 103.469 2.323 71.134 1.00 51.70 C +ANISOU 2400 CG1 ILE A 318 7248 5790 6606 390 -809 1137 C +ATOM 2401 CG2 ILE A 318 101.254 1.771 72.186 1.00 45.66 C +ANISOU 2401 CG2 ILE A 318 6337 5340 5674 674 -731 1031 C +ATOM 2402 CD1 ILE A 318 104.208 2.741 72.386 1.00 59.28 C +ANISOU 2402 CD1 ILE A 318 8323 6545 7654 408 -843 930 C +ATOM 2403 N GLY A 319 101.554 4.755 68.978 1.00 64.95 N +ANISOU 2403 N GLY A 319 8905 7310 8464 741 -893 1604 N +ATOM 2404 CA GLY A 319 102.068 5.809 68.120 1.00 63.51 C +ANISOU 2404 CA GLY A 319 8817 6889 8427 718 -937 1800 C +ATOM 2405 C GLY A 319 101.655 5.593 66.679 1.00 66.09 C +ANISOU 2405 C GLY A 319 9063 7413 8634 699 -942 2054 C +ATOM 2406 O GLY A 319 100.524 5.190 66.382 1.00 59.49 O +ANISOU 2406 O GLY A 319 8107 6823 7673 818 -952 2089 O +ATOM 2407 N GLU A 320 102.586 5.863 65.762 1.00 77.03 N +ANISOU 2407 N GLU A 320 10507 8710 10053 545 -935 2237 N +ATOM 2408 CA GLU A 320 102.311 5.665 64.345 1.00 75.30 C +ANISOU 2408 CA GLU A 320 10232 8694 9683 528 -937 2483 C +ATOM 2409 C GLU A 320 102.091 4.200 63.994 1.00 63.47 C +ANISOU 2409 C GLU A 320 8607 7566 7942 432 -913 2411 C +ATOM 2410 O GLU A 320 101.614 3.911 62.891 1.00 70.61 O +ANISOU 2410 O GLU A 320 9452 8692 8685 452 -939 2566 O +ATOM 2411 CB GLU A 320 103.455 6.232 63.494 1.00 82.35 C +ANISOU 2411 CB GLU A 320 11214 9428 10648 374 -906 2700 C +ATOM 2412 CG GLU A 320 104.808 5.552 63.683 1.00 82.55 C +ANISOU 2412 CG GLU A 320 11234 9464 10667 129 -837 2601 C +ATOM 2413 CD GLU A 320 105.625 6.167 64.800 1.00 86.18 C +ANISOU 2413 CD GLU A 320 11777 9596 11373 64 -849 2447 C +ATOM 2414 OE1 GLU A 320 105.075 6.364 65.904 1.00 88.44 O +ANISOU 2414 OE1 GLU A 320 12090 9778 11735 196 -896 2244 O +ATOM 2415 OE2 GLU A 320 106.817 6.460 64.569 1.00 87.18 O +ANISOU 2415 OE2 GLU A 320 11931 9579 11612 -116 -814 2525 O +ATOM 2416 N PHE A 321 102.424 3.274 64.895 1.00 54.87 N +ANISOU 2416 N PHE A 321 7486 6540 6822 334 -875 2180 N +ATOM 2417 CA PHE A 321 102.231 1.847 64.673 1.00 65.07 C +ANISOU 2417 CA PHE A 321 8675 8134 7915 237 -858 2092 C +ATOM 2418 C PHE A 321 101.081 1.298 65.512 1.00 80.40 C +ANISOU 2418 C PHE A 321 10514 10215 9819 340 -869 1940 C +ATOM 2419 O PHE A 321 101.104 0.133 65.917 1.00 93.96 O +ANISOU 2419 O PHE A 321 12176 12080 11445 239 -842 1801 O +ATOM 2420 CB PHE A 321 103.513 1.078 64.985 1.00 57.34 C +ANISOU 2420 CB PHE A 321 7731 7134 6921 41 -801 1972 C +ATOM 2421 CG PHE A 321 104.755 1.713 64.433 1.00 59.18 C +ANISOU 2421 CG PHE A 321 8042 7205 7239 -69 -769 2102 C +ATOM 2422 CD1 PHE A 321 104.964 1.785 63.067 1.00 60.55 C +ANISOU 2422 CD1 PHE A 321 8210 7493 7302 -110 -751 2316 C +ATOM 2423 CD2 PHE A 321 105.720 2.226 65.284 1.00 57.21 C +ANISOU 2423 CD2 PHE A 321 7861 6702 7172 -135 -756 2013 C +ATOM 2424 CE1 PHE A 321 106.109 2.367 62.558 1.00 66.83 C +ANISOU 2424 CE1 PHE A 321 9058 8157 8177 -221 -697 2463 C +ATOM 2425 CE2 PHE A 321 106.868 2.808 64.781 1.00 60.67 C +ANISOU 2425 CE2 PHE A 321 8341 6996 7716 -261 -722 2144 C +ATOM 2426 CZ PHE A 321 107.063 2.878 63.416 1.00 71.06 C +ANISOU 2426 CZ PHE A 321 9641 8432 8928 -308 -680 2381 C +ATOM 2427 N LYS A 322 100.070 2.128 65.781 1.00 79.96 N +ANISOU 2427 N LYS A 322 10429 10112 9841 546 -903 1976 N +ATOM 2428 CA LYS A 322 98.987 1.724 66.673 1.00 82.01 C +ANISOU 2428 CA LYS A 322 10572 10507 10081 658 -888 1841 C +ATOM 2429 C LYS A 322 98.393 0.387 66.251 1.00 77.24 C +ANISOU 2429 C LYS A 322 9816 10219 9313 552 -897 1820 C +ATOM 2430 O LYS A 322 98.287 -0.543 67.059 1.00 65.11 O +ANISOU 2430 O LYS A 322 8227 8774 7737 476 -847 1674 O +ATOM 2431 CB LYS A 322 97.901 2.801 66.703 1.00 85.86 C +ANISOU 2431 CB LYS A 322 11017 10949 10655 920 -928 1919 C +ATOM 2432 CG LYS A 322 96.780 2.519 67.698 1.00 90.87 C +ANISOU 2432 CG LYS A 322 11514 11731 11282 1063 -888 1786 C +ATOM 2433 CD LYS A 322 95.535 3.329 67.383 1.00100.06 C +ANISOU 2433 CD LYS A 322 12568 12958 12492 1323 -939 1893 C +ATOM 2434 CE LYS A 322 94.490 3.189 68.479 1.00 99.76 C +ANISOU 2434 CE LYS A 322 12386 13057 12462 1490 -872 1757 C +ATOM 2435 NZ LYS A 322 94.129 1.768 68.745 1.00 97.92 N +ANISOU 2435 NZ LYS A 322 11989 13112 12105 1318 -818 1683 N +ATOM 2436 N ASP A 323 97.995 0.274 64.987 1.00 76.68 N +ANISOU 2436 N ASP A 323 9680 10313 9144 545 -969 1968 N +ATOM 2437 CA ASP A 323 97.325 -0.916 64.477 1.00 70.43 C +ANISOU 2437 CA ASP A 323 8739 9812 8208 450 -1013 1941 C +ATOM 2438 C ASP A 323 98.209 -1.674 63.491 1.00 72.61 C +ANISOU 2438 C ASP A 323 9082 10159 8347 265 -1032 1961 C +ATOM 2439 O ASP A 323 97.730 -2.227 62.499 1.00 77.18 O +ANISOU 2439 O ASP A 323 9581 10956 8788 229 -1114 2008 O +ATOM 2440 CB ASP A 323 95.992 -0.543 63.835 1.00 79.24 C +ANISOU 2440 CB ASP A 323 9699 11113 9297 610 -1107 2058 C +ATOM 2441 CG ASP A 323 95.136 0.323 64.738 1.00 82.52 C +ANISOU 2441 CG ASP A 323 10045 11459 9849 836 -1080 2045 C +ATOM 2442 OD1 ASP A 323 94.636 -0.192 65.760 1.00 80.53 O +ANISOU 2442 OD1 ASP A 323 9692 11279 9627 836 -1013 1910 O +ATOM 2443 OD2 ASP A 323 94.961 1.519 64.424 1.00 83.86 O +ANISOU 2443 OD2 ASP A 323 10268 11503 10094 1025 -1119 2175 O +ATOM 2444 N SER A 324 99.513 -1.699 63.754 1.00 61.62 N +ANISOU 2444 N SER A 324 7829 8595 6987 158 -961 1916 N +ATOM 2445 CA SER A 324 100.435 -2.554 63.021 1.00 49.50 C +ANISOU 2445 CA SER A 324 6348 7135 5326 -8 -951 1895 C +ATOM 2446 C SER A 324 100.514 -3.907 63.714 1.00 58.92 C +ANISOU 2446 C SER A 324 7506 8394 6487 -138 -926 1702 C +ATOM 2447 O SER A 324 100.681 -3.977 64.937 1.00 62.32 O +ANISOU 2447 O SER A 324 7957 8704 7018 -140 -867 1592 O +ATOM 2448 CB SER A 324 101.825 -1.924 62.945 1.00 49.36 C +ANISOU 2448 CB SER A 324 6467 6916 5373 -59 -884 1954 C +ATOM 2449 OG SER A 324 101.820 -0.737 62.181 1.00 69.65 O +ANISOU 2449 OG SER A 324 9081 9413 7971 35 -903 2167 O +ATOM 2450 N LEU A 325 100.387 -4.981 62.934 1.00 62.78 N +ANISOU 2450 N LEU A 325 7956 9068 6831 -238 -977 1659 N +ATOM 2451 CA LEU A 325 100.463 -6.322 63.496 1.00 68.55 C +ANISOU 2451 CA LEU A 325 8669 9834 7543 -369 -963 1489 C +ATOM 2452 C LEU A 325 101.894 -6.792 63.716 1.00 67.48 C +ANISOU 2452 C LEU A 325 8657 9579 7403 -464 -893 1406 C +ATOM 2453 O LEU A 325 102.116 -7.674 64.552 1.00 64.72 O +ANISOU 2453 O LEU A 325 8323 9181 7085 -541 -862 1276 O +ATOM 2454 CB LEU A 325 99.748 -7.323 62.584 1.00 53.08 C +ANISOU 2454 CB LEU A 325 6626 8091 5451 -444 -1067 1449 C +ATOM 2455 CG LEU A 325 98.226 -7.435 62.700 1.00 51.38 C +ANISOU 2455 CG LEU A 325 6233 8024 5265 -411 -1145 1462 C +ATOM 2456 CD1 LEU A 325 97.686 -8.258 61.543 1.00 67.55 C +ANISOU 2456 CD1 LEU A 325 8213 10281 7173 -489 -1283 1426 C +ATOM 2457 CD2 LEU A 325 97.819 -8.059 64.026 1.00 46.98 C +ANISOU 2457 CD2 LEU A 325 5611 7416 4822 -472 -1080 1364 C +ATOM 2458 N SER A 326 102.866 -6.232 63.001 1.00 60.52 N +ANISOU 2458 N SER A 326 7855 8655 6487 -459 -864 1490 N +ATOM 2459 CA SER A 326 104.212 -6.787 63.026 1.00 66.12 C +ANISOU 2459 CA SER A 326 8644 9302 7178 -547 -802 1411 C +ATOM 2460 C SER A 326 105.136 -5.749 62.406 1.00 72.18 C +ANISOU 2460 C SER A 326 9461 10003 7960 -523 -749 1559 C +ATOM 2461 O SER A 326 104.712 -4.906 61.612 1.00 73.33 O +ANISOU 2461 O SER A 326 9598 10197 8068 -454 -772 1725 O +ATOM 2462 CB SER A 326 104.268 -8.118 62.268 1.00 58.17 C +ANISOU 2462 CB SER A 326 7639 8451 6012 -625 -842 1307 C +ATOM 2463 OG SER A 326 105.600 -8.588 62.141 1.00 55.68 O +ANISOU 2463 OG SER A 326 7392 8097 5666 -675 -777 1242 O +ATOM 2464 N ILE A 327 106.415 -5.867 62.732 1.00 72.86 N +ANISOU 2464 N ILE A 327 9593 9990 8100 -586 -678 1508 N +ATOM 2465 CA ILE A 327 107.422 -5.008 62.152 1.00 70.63 C +ANISOU 2465 CA ILE A 327 9336 9652 7849 -601 -611 1650 C +ATOM 2466 C ILE A 327 107.267 -5.619 60.771 1.00 67.81 C +ANISOU 2466 C ILE A 327 8971 9532 7261 -598 -620 1694 C +ATOM 2467 O ILE A 327 107.050 -6.818 60.646 1.00 43.66 O +ANISOU 2467 O ILE A 327 5908 6592 4087 -624 -657 1543 O +ATOM 2468 CB ILE A 327 108.758 -5.155 62.890 1.00 58.06 C +ANISOU 2468 CB ILE A 327 7757 7930 6374 -676 -550 1558 C +ATOM 2469 CG1 ILE A 327 109.274 -6.588 62.775 1.00 70.90 C +ANISOU 2469 CG1 ILE A 327 9381 9677 7881 -721 -535 1398 C +ATOM 2470 CG2 ILE A 327 108.609 -4.748 64.345 1.00 59.79 C +ANISOU 2470 CG2 ILE A 327 7994 7951 6772 -656 -580 1465 C +ATOM 2471 CD1 ILE A 327 110.339 -6.766 61.719 1.00 77.43 C +ANISOU 2471 CD1 ILE A 327 10194 10624 8603 -751 -454 1456 C +ATOM 2472 N ASN A 328 107.338 -4.797 59.732 1.00 70.92 N +ANISOU 2472 N ASN A 328 9374 9990 7580 -562 -595 1900 N +ATOM 2473 CA ASN A 328 107.150 -5.311 58.380 1.00 67.87 C +ANISOU 2473 CA ASN A 328 8993 9858 6935 -535 -612 1943 C +ATOM 2474 C ASN A 328 107.990 -4.458 57.436 1.00 66.10 C +ANISOU 2474 C ASN A 328 8793 9672 6652 -531 -508 2175 C +ATOM 2475 O ASN A 328 108.803 -3.646 57.866 1.00 76.24 O +ANISOU 2475 O ASN A 328 10075 10774 8117 -579 -425 2275 O +ATOM 2476 CB ASN A 328 105.721 -5.456 57.853 1.00 72.86 C +ANISOU 2476 CB ASN A 328 9600 10645 7439 -460 -743 1957 C +ATOM 2477 CG ASN A 328 104.979 -4.136 57.775 1.00 77.07 C +ANISOU 2477 CG ASN A 328 10122 11106 8054 -364 -780 2172 C +ATOM 2478 OD1 ASN A 328 105.502 -3.137 57.288 1.00 67.82 O +ANISOU 2478 OD1 ASN A 328 8992 9877 6901 -339 -714 2387 O +ATOM 2479 ND2 ASN A 328 103.742 -4.137 58.255 1.00 94.12 N +ANISOU 2479 ND2 ASN A 328 12222 13269 10272 -306 -884 2122 N +ATOM 2480 N ALA A 329 107.786 -4.664 56.142 1.00 60.83 N +ANISOU 2480 N ALA A 329 8143 9247 5722 -478 -516 2262 N +ATOM 2481 CA ALA A 329 108.531 -3.947 55.115 1.00 64.97 C +ANISOU 2481 CA ALA A 329 8691 9859 6136 -466 -401 2510 C +ATOM 2482 C ALA A 329 108.265 -2.448 55.110 1.00 69.21 C +ANISOU 2482 C ALA A 329 9246 10228 6822 -434 -394 2794 C +ATOM 2483 O ALA A 329 109.159 -1.658 54.820 1.00 68.97 O +ANISOU 2483 O ALA A 329 9224 10123 6859 -483 -269 3003 O +ATOM 2484 CB ALA A 329 108.237 -4.538 53.746 1.00 65.85 C +ANISOU 2484 CB ALA A 329 8833 10296 5892 -389 -429 2525 C +ATOM 2485 N THR A 330 107.037 -2.057 55.423 1.00 67.96 N +ANISOU 2485 N THR A 330 9090 10006 6727 -350 -526 2807 N +ATOM 2486 CA THR A 330 106.680 -0.642 55.433 1.00 73.64 C +ANISOU 2486 CA THR A 330 9841 10542 7596 -287 -538 3064 C +ATOM 2487 C THR A 330 107.328 0.092 56.601 1.00 75.69 C +ANISOU 2487 C THR A 330 10107 10460 8192 -367 -483 3049 C +ATOM 2488 O THR A 330 107.840 1.204 56.432 1.00 91.96 O +ANISOU 2488 O THR A 330 12208 12342 10391 -391 -419 3281 O +ATOM 2489 CB THR A 330 105.159 -0.487 55.488 1.00 75.77 C +ANISOU 2489 CB THR A 330 10090 10856 7842 -148 -700 3056 C +ATOM 2490 OG1 THR A 330 104.574 -1.058 54.310 1.00 80.28 O +ANISOU 2490 OG1 THR A 330 10654 11750 8098 -76 -776 3085 O +ATOM 2491 CG2 THR A 330 104.762 0.985 55.585 1.00 76.17 C +ANISOU 2491 CG2 THR A 330 10183 10685 8072 -51 -722 3304 C +ATOM 2492 N ASN A 331 107.321 -0.508 57.791 1.00 59.76 N +ANISOU 2492 N ASN A 331 8057 8340 6310 -411 -514 2782 N +ATOM 2493 CA ASN A 331 107.649 0.214 59.012 1.00 61.54 C +ANISOU 2493 CA ASN A 331 8298 8249 6837 -448 -510 2730 C +ATOM 2494 C ASN A 331 109.069 -0.018 59.513 1.00 71.14 C +ANISOU 2494 C ASN A 331 9491 9367 8170 -597 -415 2639 C +ATOM 2495 O ASN A 331 109.511 0.707 60.410 1.00 72.23 O +ANISOU 2495 O ASN A 331 9647 9238 8560 -644 -418 2615 O +ATOM 2496 CB ASN A 331 106.662 -0.165 60.123 1.00 60.43 C +ANISOU 2496 CB ASN A 331 8135 8058 6767 -377 -607 2509 C +ATOM 2497 CG ASN A 331 106.688 -1.646 60.453 1.00 63.09 C +ANISOU 2497 CG ASN A 331 8427 8564 6982 -433 -614 2262 C +ATOM 2498 OD1 ASN A 331 107.729 -2.297 60.367 1.00 67.42 O +ANISOU 2498 OD1 ASN A 331 8968 9159 7488 -532 -545 2188 O +ATOM 2499 ND2 ASN A 331 105.535 -2.186 60.830 1.00 73.38 N +ANISOU 2499 ND2 ASN A 331 9688 9954 8238 -366 -698 2142 N +ATOM 2500 N ILE A 332 109.797 -0.997 58.972 1.00 77.33 N +ANISOU 2500 N ILE A 332 10236 10361 8785 -661 -343 2576 N +ATOM 2501 CA ILE A 332 111.076 -1.354 59.579 1.00 66.61 C +ANISOU 2501 CA ILE A 332 8831 8931 7545 -780 -271 2453 C +ATOM 2502 C ILE A 332 112.097 -0.238 59.412 1.00 77.52 C +ANISOU 2502 C ILE A 332 10193 10147 9114 -882 -181 2662 C +ATOM 2503 O ILE A 332 112.976 -0.063 60.264 1.00 83.28 O +ANISOU 2503 O ILE A 332 10881 10706 10056 -981 -170 2570 O +ATOM 2504 CB ILE A 332 111.611 -2.676 59.002 1.00 58.36 C +ANISOU 2504 CB ILE A 332 7746 8151 6276 -796 -211 2330 C +ATOM 2505 CG1 ILE A 332 112.845 -3.110 59.794 1.00 66.91 C +ANISOU 2505 CG1 ILE A 332 8767 9157 7499 -889 -160 2177 C +ATOM 2506 CG2 ILE A 332 111.958 -2.521 57.526 1.00 57.97 C +ANISOU 2506 CG2 ILE A 332 7690 8320 6017 -785 -107 2549 C +ATOM 2507 CD1 ILE A 332 113.210 -4.562 59.626 1.00 61.16 C +ANISOU 2507 CD1 ILE A 332 8016 8627 6596 -871 -139 1978 C +ATOM 2508 N LYS A 333 112.022 0.521 58.317 1.00 84.65 N +ANISOU 2508 N LYS A 333 11119 11098 9945 -869 -122 2953 N +ATOM 2509 CA LYS A 333 112.968 1.611 58.110 1.00 80.26 C +ANISOU 2509 CA LYS A 333 10541 10369 9587 -989 -28 3190 C +ATOM 2510 C LYS A 333 112.833 2.712 59.153 1.00 82.59 C +ANISOU 2510 C LYS A 333 10884 10277 10218 -1021 -118 3181 C +ATOM 2511 O LYS A 333 113.728 3.558 59.253 1.00 93.49 O +ANISOU 2511 O LYS A 333 12237 11454 11833 -1158 -66 3316 O +ATOM 2512 CB LYS A 333 112.803 2.195 56.704 1.00 82.95 C +ANISOU 2512 CB LYS A 333 10916 10844 9757 -953 56 3536 C +ATOM 2513 CG LYS A 333 111.382 2.600 56.328 1.00 87.85 C +ANISOU 2513 CG LYS A 333 11638 11472 10269 -785 -58 3638 C +ATOM 2514 CD LYS A 333 111.216 2.625 54.818 1.00 98.10 C +ANISOU 2514 CD LYS A 333 12963 13050 11260 -716 16 3908 C +ATOM 2515 CE LYS A 333 109.783 2.915 54.413 1.00 99.87 C +ANISOU 2515 CE LYS A 333 13267 13327 11352 -533 -122 3993 C +ATOM 2516 NZ LYS A 333 109.343 4.269 54.840 1.00 96.32 N +ANISOU 2516 NZ LYS A 333 12889 12529 11179 -495 -187 4170 N +ATOM 2517 N HIS A 334 111.751 2.725 59.929 1.00 75.07 N +ANISOU 2517 N HIS A 334 9999 9222 9301 -898 -251 3021 N +ATOM 2518 CA HIS A 334 111.606 3.648 61.046 1.00 65.70 C +ANISOU 2518 CA HIS A 334 8869 7683 8410 -896 -344 2944 C +ATOM 2519 C HIS A 334 112.252 3.122 62.323 1.00 71.84 C +ANISOU 2519 C HIS A 334 9604 8378 9314 -969 -385 2643 C +ATOM 2520 O HIS A 334 112.032 3.696 63.396 1.00 79.56 O +ANISOU 2520 O HIS A 334 10639 9101 10488 -938 -481 2507 O +ATOM 2521 CB HIS A 334 110.123 3.942 61.287 1.00 52.37 C +ANISOU 2521 CB HIS A 334 7261 5951 6686 -700 -453 2916 C +ATOM 2522 CG HIS A 334 109.445 4.606 60.128 1.00 70.63 C +ANISOU 2522 CG HIS A 334 9623 8312 8901 -604 -445 3218 C +ATOM 2523 ND1 HIS A 334 108.100 4.906 60.125 1.00 72.52 N +ANISOU 2523 ND1 HIS A 334 9909 8553 9094 -410 -541 3238 N +ATOM 2524 CD2 HIS A 334 109.928 5.030 58.936 1.00 75.51 C +ANISOU 2524 CD2 HIS A 334 10246 8995 9450 -662 -352 3525 C +ATOM 2525 CE1 HIS A 334 107.784 5.485 58.980 1.00 76.72 C +ANISOU 2525 CE1 HIS A 334 10479 9140 9531 -347 -526 3540 C +ATOM 2526 NE2 HIS A 334 108.875 5.571 58.241 1.00 79.86 N +ANISOU 2526 NE2 HIS A 334 10863 9577 9904 -499 -407 3725 N +ATOM 2527 N PHE A 335 113.038 2.046 62.225 1.00 64.40 N +ANISOU 2527 N PHE A 335 8570 7648 8250 -1045 -319 2534 N +ATOM 2528 CA PHE A 335 113.765 1.482 63.355 1.00 70.43 C +ANISOU 2528 CA PHE A 335 9285 8360 9113 -1108 -359 2273 C +ATOM 2529 C PHE A 335 115.266 1.426 63.085 1.00 86.78 C +ANISOU 2529 C PHE A 335 11233 10464 11276 -1275 -267 2328 C +ATOM 2530 O PHE A 335 115.970 0.606 63.684 1.00 93.32 O +ANISOU 2530 O PHE A 335 11989 11368 12101 -1311 -276 2131 O +ATOM 2531 CB PHE A 335 113.255 0.076 63.682 1.00 68.86 C +ANISOU 2531 CB PHE A 335 9084 8384 8697 -1017 -384 2053 C +ATOM 2532 CG PHE A 335 111.826 0.032 64.142 1.00 62.43 C +ANISOU 2532 CG PHE A 335 8351 7553 7817 -870 -470 1971 C +ATOM 2533 CD1 PHE A 335 110.789 0.024 63.226 1.00 68.28 C +ANISOU 2533 CD1 PHE A 335 9115 8436 8393 -776 -466 2108 C +ATOM 2534 CD2 PHE A 335 111.523 -0.025 65.492 1.00 58.32 C +ANISOU 2534 CD2 PHE A 335 7869 6901 7387 -819 -555 1759 C +ATOM 2535 CE1 PHE A 335 109.474 -0.026 63.647 1.00 71.88 C +ANISOU 2535 CE1 PHE A 335 9607 8900 8804 -644 -543 2037 C +ATOM 2536 CE2 PHE A 335 110.210 -0.076 65.920 1.00 62.15 C +ANISOU 2536 CE2 PHE A 335 8403 7400 7809 -681 -610 1695 C +ATOM 2537 CZ PHE A 335 109.184 -0.077 64.997 1.00 69.24 C +ANISOU 2537 CZ PHE A 335 9299 8439 8571 -598 -603 1835 C +ATOM 2538 N LYS A 336 115.772 2.285 62.199 1.00 87.41 N +ANISOU 2538 N LYS A 336 11278 10494 11440 -1375 -176 2606 N +ATOM 2539 CA LYS A 336 117.065 2.030 61.573 1.00 92.40 C +ANISOU 2539 CA LYS A 336 11759 11276 12072 -1513 -38 2710 C +ATOM 2540 C LYS A 336 118.201 2.019 62.595 1.00 96.34 C +ANISOU 2540 C LYS A 336 12147 11645 12814 -1644 -87 2532 C +ATOM 2541 O LYS A 336 118.925 1.026 62.724 1.00102.55 O +ANISOU 2541 O LYS A 336 12823 12627 13516 -1653 -48 2388 O +ATOM 2542 CB LYS A 336 117.322 3.056 60.473 1.00 94.47 C +ANISOU 2542 CB LYS A 336 12009 11496 12391 -1602 79 3079 C +ATOM 2543 CG LYS A 336 116.853 2.556 59.106 1.00105.61 C +ANISOU 2543 CG LYS A 336 13442 13231 13454 -1497 197 3258 C +ATOM 2544 CD LYS A 336 117.437 3.349 57.952 1.00113.92 C +ANISOU 2544 CD LYS A 336 14446 14324 14514 -1600 360 3639 C +ATOM 2545 CE LYS A 336 118.951 3.229 57.904 1.00111.07 C +ANISOU 2545 CE LYS A 336 13886 14035 14278 -1780 497 3674 C +ATOM 2546 NZ LYS A 336 119.516 3.734 56.628 1.00112.09 N +ANISOU 2546 NZ LYS A 336 13947 14312 14330 -1863 704 4056 N +ATOM 2547 N ASN A 337 118.380 3.114 63.331 1.00 78.22 N +ANISOU 2547 N ASN A 337 9880 9016 10823 -1738 -186 2531 N +ATOM 2548 CA ASN A 337 119.476 3.232 64.289 1.00 77.79 C +ANISOU 2548 CA ASN A 337 9713 8826 11018 -1877 -261 2364 C +ATOM 2549 C ASN A 337 118.950 3.353 65.713 1.00 73.02 C +ANISOU 2549 C ASN A 337 9229 8006 10510 -1793 -457 2075 C +ATOM 2550 O ASN A 337 119.497 4.085 66.542 1.00 88.83 O +ANISOU 2550 O ASN A 337 11217 9750 12784 -1899 -574 1977 O +ATOM 2551 CB ASN A 337 120.377 4.414 63.943 1.00 86.59 C +ANISOU 2551 CB ASN A 337 10731 9733 12438 -2100 -217 2595 C +ATOM 2552 CG ASN A 337 121.435 4.058 62.918 1.00 98.60 C +ANISOU 2552 CG ASN A 337 12045 11517 13901 -2222 -18 2797 C +ATOM 2553 OD1 ASN A 337 122.384 3.334 63.219 1.00101.14 O +ANISOU 2553 OD1 ASN A 337 12196 12003 14231 -2271 1 2655 O +ATOM 2554 ND2 ASN A 337 121.286 4.575 61.706 1.00101.34 N +ANISOU 2554 ND2 ASN A 337 12403 11920 14182 -2256 135 3138 N +ATOM 2555 N CYS A 338 117.880 2.625 66.016 1.00 66.23 N +ANISOU 2555 N CYS A 338 8485 7260 9421 -1602 -496 1933 N +ATOM 2556 CA CYS A 338 117.329 2.636 67.362 1.00 61.63 C +ANISOU 2556 CA CYS A 338 8013 6526 8877 -1497 -654 1667 C +ATOM 2557 C CYS A 338 118.236 1.880 68.320 1.00 61.78 C +ANISOU 2557 C CYS A 338 7945 6611 8917 -1533 -725 1423 C +ATOM 2558 O CYS A 338 118.699 0.776 68.018 1.00 71.13 O +ANISOU 2558 O CYS A 338 9033 8050 9944 -1525 -653 1394 O +ATOM 2559 CB CYS A 338 115.937 2.016 67.363 1.00 64.33 C +ANISOU 2559 CB CYS A 338 8471 7003 8968 -1299 -651 1614 C +ATOM 2560 SG CYS A 338 114.818 2.838 66.243 1.00 69.06 S +ANISOU 2560 SG CYS A 338 9158 7561 9521 -1223 -593 1894 S +ATOM 2561 N THR A 339 118.493 2.484 69.479 1.00 59.57 N +ANISOU 2561 N THR A 339 7707 6099 8827 -1556 -880 1239 N +ATOM 2562 CA THR A 339 119.165 1.803 70.574 1.00 65.64 C +ANISOU 2562 CA THR A 339 8428 6924 9587 -1546 -987 982 C +ATOM 2563 C THR A 339 118.197 1.345 71.654 1.00 68.48 C +ANISOU 2563 C THR A 339 8945 7293 9780 -1351 -1076 765 C +ATOM 2564 O THR A 339 118.603 0.603 72.554 1.00 75.51 O +ANISOU 2564 O THR A 339 9820 8271 10598 -1305 -1155 569 O +ATOM 2565 CB THR A 339 120.223 2.717 71.202 1.00 59.12 C +ANISOU 2565 CB THR A 339 7527 5864 9071 -1709 -1121 898 C +ATOM 2566 OG1 THR A 339 119.583 3.839 71.822 1.00 70.73 O +ANISOU 2566 OG1 THR A 339 9161 7028 10686 -1670 -1242 823 O +ATOM 2567 CG2 THR A 339 121.202 3.212 70.147 1.00 53.44 C +ANISOU 2567 CG2 THR A 339 6627 5138 8542 -1927 -1015 1143 C +ATOM 2568 N SER A 340 116.934 1.758 71.578 1.00 66.46 N +ANISOU 2568 N SER A 340 8830 6966 9457 -1228 -1060 810 N +ATOM 2569 CA SER A 340 115.950 1.424 72.599 1.00 62.89 C +ANISOU 2569 CA SER A 340 8511 6532 8853 -1042 -1121 626 C +ATOM 2570 C SER A 340 114.561 1.519 71.991 1.00 63.53 C +ANISOU 2570 C SER A 340 8668 6661 8810 -918 -1036 758 C +ATOM 2571 O SER A 340 114.255 2.489 71.290 1.00 88.25 O +ANISOU 2571 O SER A 340 11823 9647 12060 -940 -1013 924 O +ATOM 2572 CB SER A 340 116.073 2.364 73.802 1.00 65.73 C +ANISOU 2572 CB SER A 340 8966 6635 9372 -1011 -1284 422 C +ATOM 2573 OG SER A 340 114.964 2.228 74.672 1.00 63.62 O +ANISOU 2573 OG SER A 340 8836 6390 8949 -807 -1311 280 O +ATOM 2574 N ILE A 341 113.731 0.514 72.256 1.00 52.75 N +ANISOU 2574 N ILE A 341 7333 5494 7215 -793 -997 697 N +ATOM 2575 CA ILE A 341 112.343 0.494 71.809 1.00 49.97 C +ANISOU 2575 CA ILE A 341 7026 5220 6740 -669 -934 795 C +ATOM 2576 C ILE A 341 111.469 0.970 72.958 1.00 60.41 C +ANISOU 2576 C ILE A 341 8457 6439 8056 -503 -998 639 C +ATOM 2577 O ILE A 341 111.527 0.415 74.063 1.00 55.51 O +ANISOU 2577 O ILE A 341 7873 5872 7346 -442 -1038 455 O +ATOM 2578 CB ILE A 341 111.921 -0.913 71.351 1.00 52.47 C +ANISOU 2578 CB ILE A 341 7292 5816 6827 -652 -851 827 C +ATOM 2579 CG1 ILE A 341 112.882 -1.456 70.286 1.00 44.03 C +ANISOU 2579 CG1 ILE A 341 6123 4866 5741 -789 -786 940 C +ATOM 2580 CG2 ILE A 341 110.483 -0.896 70.830 1.00 63.21 C +ANISOU 2580 CG2 ILE A 341 8669 7269 8081 -543 -804 931 C +ATOM 2581 CD1 ILE A 341 112.826 -0.733 68.953 1.00 56.54 C +ANISOU 2581 CD1 ILE A 341 7675 6436 7373 -844 -722 1173 C +ATOM 2582 N SER A 342 110.659 1.998 72.705 1.00 66.15 N +ANISOU 2582 N SER A 342 9240 7027 8867 -411 -1003 717 N +ATOM 2583 CA SER A 342 109.712 2.500 73.698 1.00 65.12 C +ANISOU 2583 CA SER A 342 9207 6818 8720 -216 -1044 575 C +ATOM 2584 C SER A 342 108.367 1.835 73.423 1.00 73.94 C +ANISOU 2584 C SER A 342 10281 8168 9646 -91 -954 649 C +ATOM 2585 O SER A 342 107.481 2.391 72.774 1.00 77.19 O +ANISOU 2585 O SER A 342 10684 8565 10079 -2 -929 783 O +ATOM 2586 CB SER A 342 109.623 4.022 73.651 1.00 55.32 C +ANISOU 2586 CB SER A 342 8051 5264 7702 -166 -1113 597 C +ATOM 2587 OG SER A 342 109.026 4.530 74.832 1.00 72.81 O +ANISOU 2587 OG SER A 342 10376 7377 9914 26 -1173 387 O +ATOM 2588 N GLY A 343 108.224 0.615 73.931 1.00 76.82 N +ANISOU 2588 N GLY A 343 10611 8748 9829 -88 -914 567 N +ATOM 2589 CA GLY A 343 107.045 -0.186 73.670 1.00 74.92 C +ANISOU 2589 CA GLY A 343 10304 8739 9422 -18 -833 637 C +ATOM 2590 C GLY A 343 107.379 -1.648 73.458 1.00 57.81 C +ANISOU 2590 C GLY A 343 8076 6772 7115 -136 -790 647 C +ATOM 2591 O GLY A 343 108.184 -2.218 74.199 1.00 58.61 O +ANISOU 2591 O GLY A 343 8210 6873 7184 -182 -815 528 O +ATOM 2592 N ASP A 344 106.778 -2.261 72.443 1.00 53.99 N +ANISOU 2592 N ASP A 344 7512 6453 6550 -178 -740 782 N +ATOM 2593 CA ASP A 344 106.910 -3.687 72.193 1.00 39.32 C +ANISOU 2593 CA ASP A 344 5608 4770 4562 -274 -706 781 C +ATOM 2594 C ASP A 344 107.427 -3.930 70.781 1.00 51.29 C +ANISOU 2594 C ASP A 344 7076 6342 6070 -390 -697 903 C +ATOM 2595 O ASP A 344 107.455 -3.031 69.937 1.00 58.38 O +ANISOU 2595 O ASP A 344 7964 7180 7038 -391 -702 1026 O +ATOM 2596 CB ASP A 344 105.565 -4.397 72.386 1.00 37.33 C +ANISOU 2596 CB ASP A 344 5299 4691 4195 -216 -661 796 C +ATOM 2597 CG ASP A 344 104.851 -3.958 73.645 1.00 53.75 C +ANISOU 2597 CG ASP A 344 7407 6749 6267 -67 -642 709 C +ATOM 2598 OD1 ASP A 344 105.498 -3.916 74.711 1.00 55.38 O +ANISOU 2598 OD1 ASP A 344 7697 6874 6471 -37 -660 581 O +ATOM 2599 OD2 ASP A 344 103.645 -3.647 73.569 1.00 66.29 O +ANISOU 2599 OD2 ASP A 344 8928 8419 7841 35 -610 763 O +ATOM 2600 N LEU A 345 107.840 -5.172 70.533 1.00 51.41 N +ANISOU 2600 N LEU A 345 7070 6473 5988 -477 -679 872 N +ATOM 2601 CA LEU A 345 108.230 -5.617 69.202 1.00 48.65 C +ANISOU 2601 CA LEU A 345 6679 6223 5581 -563 -660 960 C +ATOM 2602 C LEU A 345 107.465 -6.881 68.852 1.00 64.87 C +ANISOU 2602 C LEU A 345 8703 8445 7499 -587 -654 943 C +ATOM 2603 O LEU A 345 107.431 -7.834 69.639 1.00 77.61 O +ANISOU 2603 O LEU A 345 10339 10075 9075 -601 -653 845 O +ATOM 2604 CB LEU A 345 109.742 -5.872 69.106 1.00 35.37 C +ANISOU 2604 CB LEU A 345 5001 4500 3938 -646 -652 918 C +ATOM 2605 CG LEU A 345 110.661 -4.649 69.016 1.00 40.40 C +ANISOU 2605 CG LEU A 345 5634 4986 4729 -678 -659 974 C +ATOM 2606 CD1 LEU A 345 112.085 -5.091 68.716 1.00 42.53 C +ANISOU 2606 CD1 LEU A 345 5857 5281 5020 -769 -636 951 C +ATOM 2607 CD2 LEU A 345 110.187 -3.651 67.964 1.00 48.74 C +ANISOU 2607 CD2 LEU A 345 6676 6028 5816 -669 -638 1157 C +ATOM 2608 N HIS A 346 106.855 -6.879 67.670 1.00 67.82 N +ANISOU 2608 N HIS A 346 9030 8937 7802 -596 -659 1043 N +ATOM 2609 CA HIS A 346 106.123 -8.021 67.145 1.00 52.37 C +ANISOU 2609 CA HIS A 346 7037 7135 5727 -638 -679 1019 C +ATOM 2610 C HIS A 346 106.768 -8.458 65.840 1.00 69.31 C +ANISOU 2610 C HIS A 346 9187 9377 7772 -692 -679 1044 C +ATOM 2611 O HIS A 346 107.028 -7.625 64.966 1.00 77.87 O +ANISOU 2611 O HIS A 346 10262 10483 8843 -673 -665 1162 O +ATOM 2612 CB HIS A 346 104.651 -7.672 66.900 1.00 39.49 C +ANISOU 2612 CB HIS A 346 5330 5597 4077 -582 -711 1094 C +ATOM 2613 CG HIS A 346 103.891 -7.326 68.141 1.00 46.01 C +ANISOU 2613 CG HIS A 346 6134 6372 4976 -507 -693 1066 C +ATOM 2614 ND1 HIS A 346 104.165 -6.205 68.895 1.00 55.72 N +ANISOU 2614 ND1 HIS A 346 7408 7457 6306 -415 -673 1067 N +ATOM 2615 CD2 HIS A 346 102.854 -7.945 68.752 1.00 53.76 C +ANISOU 2615 CD2 HIS A 346 7051 7436 5941 -506 -685 1035 C +ATOM 2616 CE1 HIS A 346 103.334 -6.154 69.921 1.00 55.16 C +ANISOU 2616 CE1 HIS A 346 7310 7397 6252 -338 -649 1024 C +ATOM 2617 NE2 HIS A 346 102.529 -7.198 69.858 1.00 48.68 N +ANISOU 2617 NE2 HIS A 346 6413 6721 5362 -396 -645 1019 N +ATOM 2618 N ILE A 347 107.031 -9.756 65.707 1.00 71.39 N +ANISOU 2618 N ILE A 347 9472 9693 7959 -749 -689 937 N +ATOM 2619 CA ILE A 347 107.473 -10.331 64.439 1.00 61.49 C +ANISOU 2619 CA ILE A 347 8228 8560 6577 -777 -693 925 C +ATOM 2620 C ILE A 347 106.595 -11.544 64.167 1.00 61.52 C +ANISOU 2620 C ILE A 347 8229 8649 6497 -823 -762 833 C +ATOM 2621 O ILE A 347 106.672 -12.544 64.891 1.00 67.27 O +ANISOU 2621 O ILE A 347 8994 9306 7259 -865 -772 724 O +ATOM 2622 CB ILE A 347 108.957 -10.721 64.448 1.00 49.79 C +ANISOU 2622 CB ILE A 347 6783 7037 5099 -789 -638 858 C +ATOM 2623 CG1 ILE A 347 109.817 -9.564 64.967 1.00 49.63 C +ANISOU 2623 CG1 ILE A 347 6746 6902 5211 -775 -587 932 C +ATOM 2624 CG2 ILE A 347 109.398 -11.101 63.037 1.00 36.68 C +ANISOU 2624 CG2 ILE A 347 5125 5530 3282 -785 -619 861 C +ATOM 2625 CD1 ILE A 347 111.257 -9.943 65.224 1.00 57.18 C +ANISOU 2625 CD1 ILE A 347 7701 7817 6206 -789 -545 857 C +ATOM 2626 N LEU A 348 105.769 -11.462 63.130 1.00 58.98 N +ANISOU 2626 N LEU A 348 7866 8472 6070 -820 -821 881 N +ATOM 2627 CA LEU A 348 104.798 -12.493 62.809 1.00 53.69 C +ANISOU 2627 CA LEU A 348 7173 7886 5342 -882 -915 794 C +ATOM 2628 C LEU A 348 105.031 -13.034 61.400 1.00 63.43 C +ANISOU 2628 C LEU A 348 8443 9264 6394 -882 -968 734 C +ATOM 2629 O LEU A 348 105.659 -12.371 60.566 1.00 70.85 O +ANISOU 2629 O LEU A 348 9400 10286 7233 -819 -923 815 O +ATOM 2630 CB LEU A 348 103.368 -11.942 62.924 1.00 46.97 C +ANISOU 2630 CB LEU A 348 6212 7106 4530 -871 -972 883 C +ATOM 2631 CG LEU A 348 102.990 -11.226 64.226 1.00 48.26 C +ANISOU 2631 CG LEU A 348 6331 7163 4842 -830 -912 947 C +ATOM 2632 CD1 LEU A 348 101.494 -10.941 64.263 1.00 56.25 C +ANISOU 2632 CD1 LEU A 348 7208 8282 5883 -813 -969 1011 C +ATOM 2633 CD2 LEU A 348 103.407 -12.017 65.456 1.00 57.03 C +ANISOU 2633 CD2 LEU A 348 7496 8138 6034 -882 -862 852 C +ATOM 2634 N PRO A 349 104.537 -14.241 61.102 1.00 59.98 N +ANISOU 2634 N PRO A 349 8023 8859 5908 -954 -1063 591 N +ATOM 2635 CA PRO A 349 104.732 -14.807 59.752 1.00 48.38 C +ANISOU 2635 CA PRO A 349 6606 7533 4243 -938 -1130 495 C +ATOM 2636 C PRO A 349 104.173 -13.929 58.640 1.00 53.15 C +ANISOU 2636 C PRO A 349 7158 8343 4696 -873 -1180 617 C +ATOM 2637 O PRO A 349 104.723 -13.896 57.522 1.00 46.71 O +ANISOU 2637 O PRO A 349 6398 7669 3683 -807 -1173 608 O +ATOM 2638 CB PRO A 349 103.994 -16.153 59.831 1.00 59.28 C +ANISOU 2638 CB PRO A 349 7999 8872 5653 -1048 -1255 322 C +ATOM 2639 CG PRO A 349 103.888 -16.470 61.293 1.00 67.31 C +ANISOU 2639 CG PRO A 349 9005 9694 6877 -1117 -1204 332 C +ATOM 2640 CD PRO A 349 103.808 -15.157 61.996 1.00 64.62 C +ANISOU 2640 CD PRO A 349 8590 9344 6619 -1056 -1112 510 C +ATOM 2641 N VAL A 350 103.080 -13.217 58.920 1.00 64.90 N +ANISOU 2641 N VAL A 350 8538 9862 6260 -873 -1229 738 N +ATOM 2642 CA VAL A 350 102.487 -12.317 57.939 1.00 66.77 C +ANISOU 2642 CA VAL A 350 8721 10284 6365 -791 -1289 879 C +ATOM 2643 C VAL A 350 103.526 -11.342 57.411 1.00 64.91 C +ANISOU 2643 C VAL A 350 8549 10073 6042 -693 -1168 1031 C +ATOM 2644 O VAL A 350 103.453 -10.905 56.256 1.00 52.08 O +ANISOU 2644 O VAL A 350 6938 8628 4223 -618 -1202 1125 O +ATOM 2645 CB VAL A 350 101.285 -11.580 58.566 1.00 54.67 C +ANISOU 2645 CB VAL A 350 7053 8744 4974 -776 -1331 1000 C +ATOM 2646 CG1 VAL A 350 101.745 -10.661 59.689 1.00 42.89 C +ANISOU 2646 CG1 VAL A 350 5567 7068 3661 -732 -1191 1110 C +ATOM 2647 CG2 VAL A 350 100.528 -10.806 57.513 1.00 58.36 C +ANISOU 2647 CG2 VAL A 350 7458 9412 5304 -680 -1430 1135 C +ATOM 2648 N ALA A 351 104.512 -10.990 58.239 1.00 60.54 N +ANISOU 2648 N ALA A 351 8030 9345 5626 -697 -1030 1065 N +ATOM 2649 CA ALA A 351 105.541 -10.051 57.809 1.00 60.81 C +ANISOU 2649 CA ALA A 351 8102 9383 5621 -636 -908 1221 C +ATOM 2650 C ALA A 351 106.321 -10.594 56.620 1.00 58.47 C +ANISOU 2650 C ALA A 351 7870 9258 5089 -607 -876 1168 C +ATOM 2651 O ALA A 351 106.587 -9.865 55.658 1.00 65.88 O +ANISOU 2651 O ALA A 351 8821 10333 5879 -540 -829 1334 O +ATOM 2652 CB ALA A 351 106.486 -9.744 58.971 1.00 65.79 C +ANISOU 2652 CB ALA A 351 8743 9798 6459 -668 -793 1222 C +ATOM 2653 N PHE A 352 106.694 -11.873 56.665 1.00 62.14 N +ANISOU 2653 N PHE A 352 8383 9719 5510 -643 -896 945 N +ATOM 2654 CA PHE A 352 107.486 -12.450 55.586 1.00 64.07 C +ANISOU 2654 CA PHE A 352 8694 10127 5523 -588 -855 860 C +ATOM 2655 C PHE A 352 106.626 -12.871 54.408 1.00 63.37 C +ANISOU 2655 C PHE A 352 8634 10260 5185 -549 -999 792 C +ATOM 2656 O PHE A 352 107.118 -12.905 53.274 1.00 67.55 O +ANISOU 2656 O PHE A 352 9215 10991 5458 -464 -960 799 O +ATOM 2657 CB PHE A 352 108.291 -13.637 56.105 1.00 59.41 C +ANISOU 2657 CB PHE A 352 8156 9425 4993 -613 -823 636 C +ATOM 2658 CG PHE A 352 109.181 -13.284 57.250 1.00 56.80 C +ANISOU 2658 CG PHE A 352 7794 8901 4887 -641 -705 687 C +ATOM 2659 CD1 PHE A 352 110.359 -12.594 57.033 1.00 69.22 C +ANISOU 2659 CD1 PHE A 352 9337 10509 6453 -601 -553 810 C +ATOM 2660 CD2 PHE A 352 108.828 -13.614 58.544 1.00 52.89 C +ANISOU 2660 CD2 PHE A 352 7290 8201 4605 -711 -750 621 C +ATOM 2661 CE1 PHE A 352 111.175 -12.252 58.084 1.00 79.38 C +ANISOU 2661 CE1 PHE A 352 10581 11624 7954 -635 -472 842 C +ATOM 2662 CE2 PHE A 352 109.641 -13.276 59.601 1.00 69.30 C +ANISOU 2662 CE2 PHE A 352 9345 10119 6866 -724 -663 655 C +ATOM 2663 CZ PHE A 352 110.814 -12.591 59.372 1.00 76.31 C +ANISOU 2663 CZ PHE A 352 10199 11037 7757 -689 -537 755 C +ATOM 2664 N ARG A 353 105.351 -13.191 54.638 1.00 60.01 N +ANISOU 2664 N ARG A 353 8165 9820 4817 -608 -1166 725 N +ATOM 2665 CA ARG A 353 104.471 -13.422 53.496 1.00 73.00 C +ANISOU 2665 CA ARG A 353 9814 11692 6229 -571 -1330 677 C +ATOM 2666 C ARG A 353 104.149 -12.122 52.774 1.00 75.50 C +ANISOU 2666 C ARG A 353 10094 12174 6418 -473 -1320 946 C +ATOM 2667 O ARG A 353 104.191 -12.063 51.539 1.00 65.68 O +ANISOU 2667 O ARG A 353 8903 11170 4884 -381 -1357 971 O +ATOM 2668 CB ARG A 353 103.177 -14.095 53.939 1.00 71.10 C +ANISOU 2668 CB ARG A 353 9502 11401 6111 -678 -1518 544 C +ATOM 2669 CG ARG A 353 103.291 -15.582 54.173 1.00 61.04 C +ANISOU 2669 CG ARG A 353 8295 10017 4880 -772 -1590 259 C +ATOM 2670 CD ARG A 353 101.915 -16.184 54.357 1.00 55.41 C +ANISOU 2670 CD ARG A 353 7492 9296 4265 -895 -1792 155 C +ATOM 2671 NE ARG A 353 101.257 -15.651 55.548 1.00 60.95 N +ANISOU 2671 NE ARG A 353 8062 9866 5229 -963 -1753 301 N +ATOM 2672 CZ ARG A 353 101.296 -16.219 56.749 1.00 69.53 C +ANISOU 2672 CZ ARG A 353 9140 10731 6547 -1069 -1700 247 C +ATOM 2673 NH1 ARG A 353 101.956 -17.354 56.937 1.00 67.52 N +ANISOU 2673 NH1 ARG A 353 9003 10335 6318 -1124 -1691 60 N +ATOM 2674 NH2 ARG A 353 100.667 -15.650 57.769 1.00 71.50 N +ANISOU 2674 NH2 ARG A 353 9269 10905 6992 -1103 -1653 386 N +ATOM 2675 N GLY A 354 103.844 -11.076 53.520 1.00 71.77 N +ANISOU 2675 N GLY A 354 9545 11574 6149 -476 -1271 1148 N +ATOM 2676 CA GLY A 354 103.176 -9.914 52.973 1.00 75.21 C +ANISOU 2676 CA GLY A 354 9936 12125 6516 -384 -1315 1392 C +ATOM 2677 C GLY A 354 101.679 -10.001 53.199 1.00 76.36 C +ANISOU 2677 C GLY A 354 9967 12309 6737 -403 -1505 1357 C +ATOM 2678 O GLY A 354 101.086 -11.086 53.230 1.00 99.03 O +ANISOU 2678 O GLY A 354 12807 15219 9602 -485 -1642 1136 O +ATOM 2679 N ASP A 355 101.050 -8.841 53.373 1.00 55.43 N +ANISOU 2679 N ASP A 355 7244 9639 4178 -326 -1516 1579 N +ATOM 2680 CA ASP A 355 99.629 -8.768 53.700 1.00 66.71 C +ANISOU 2680 CA ASP A 355 8527 11107 5713 -322 -1674 1574 C +ATOM 2681 C ASP A 355 98.965 -7.759 52.776 1.00 80.44 C +ANISOU 2681 C ASP A 355 10232 13027 7304 -166 -1769 1801 C +ATOM 2682 O ASP A 355 99.190 -6.552 52.905 1.00 93.44 O +ANISOU 2682 O ASP A 355 11903 14574 9025 -68 -1673 2040 O +ATOM 2683 CB ASP A 355 99.424 -8.382 55.163 1.00 55.62 C +ANISOU 2683 CB ASP A 355 7047 9462 4624 -358 -1586 1598 C +ATOM 2684 CG ASP A 355 97.990 -8.552 55.613 1.00 64.55 C +ANISOU 2684 CG ASP A 355 8001 10651 5875 -373 -1723 1555 C +ATOM 2685 OD1 ASP A 355 97.314 -9.474 55.111 1.00 68.70 O +ANISOU 2685 OD1 ASP A 355 8459 11338 6305 -444 -1883 1408 O +ATOM 2686 OD2 ASP A 355 97.537 -7.768 56.472 1.00 66.84 O +ANISOU 2686 OD2 ASP A 355 8210 10828 6357 -312 -1672 1659 O +ATOM 2687 N SER A 356 98.140 -8.256 51.852 1.00 76.14 N +ANISOU 2687 N SER A 356 9637 12737 6556 -142 -1972 1724 N +ATOM 2688 CA SER A 356 97.436 -7.370 50.932 1.00 82.18 C +ANISOU 2688 CA SER A 356 10365 13705 7155 23 -2094 1937 C +ATOM 2689 C SER A 356 96.387 -6.531 51.649 1.00 80.24 C +ANISOU 2689 C SER A 356 9959 13383 7145 98 -2142 2074 C +ATOM 2690 O SER A 356 96.063 -5.427 51.196 1.00 93.37 O +ANISOU 2690 O SER A 356 11619 15100 8757 267 -2171 2325 O +ATOM 2691 CB SER A 356 96.779 -8.189 49.821 1.00 89.60 C +ANISOU 2691 CB SER A 356 11283 14922 7839 29 -2317 1770 C +ATOM 2692 OG SER A 356 95.826 -9.093 50.355 1.00 84.57 O +ANISOU 2692 OG SER A 356 10482 14316 7334 -104 -2485 1557 O +ATOM 2693 N PHE A 357 95.853 -7.028 52.766 1.00 68.37 N +ANISOU 2693 N PHE A 357 8324 11757 5895 -11 -2144 1923 N +ATOM 2694 CA PHE A 357 94.756 -6.339 53.437 1.00 75.19 C +ANISOU 2694 CA PHE A 357 9009 12595 6966 75 -2191 2023 C +ATOM 2695 C PHE A 357 95.217 -5.047 54.094 1.00 78.32 C +ANISOU 2695 C PHE A 357 9474 12753 7530 196 -2019 2233 C +ATOM 2696 O PHE A 357 94.440 -4.090 54.187 1.00 79.19 O +ANISOU 2696 O PHE A 357 9493 12871 7726 360 -2067 2396 O +ATOM 2697 CB PHE A 357 94.117 -7.274 54.461 1.00 76.79 C +ANISOU 2697 CB PHE A 357 9053 12748 7377 -83 -2211 1815 C +ATOM 2698 CG PHE A 357 93.557 -8.523 53.851 1.00 83.41 C +ANISOU 2698 CG PHE A 357 9808 13786 8098 -221 -2406 1605 C +ATOM 2699 CD1 PHE A 357 94.362 -9.630 53.644 1.00 93.73 C +ANISOU 2699 CD1 PHE A 357 11254 15048 9311 -374 -2387 1403 C +ATOM 2700 CD2 PHE A 357 92.234 -8.582 53.461 1.00 90.86 C +ANISOU 2700 CD2 PHE A 357 10533 14957 9032 -191 -2621 1602 C +ATOM 2701 CE1 PHE A 357 93.854 -10.777 53.070 1.00103.71 C +ANISOU 2701 CE1 PHE A 357 12463 16463 10480 -502 -2584 1189 C +ATOM 2702 CE2 PHE A 357 91.722 -9.725 52.888 1.00 99.39 C +ANISOU 2702 CE2 PHE A 357 11536 16206 10021 -337 -2824 1392 C +ATOM 2703 CZ PHE A 357 92.532 -10.824 52.691 1.00 99.27 C +ANISOU 2703 CZ PHE A 357 11684 16117 9918 -496 -2808 1180 C +ATOM 2704 N THR A 358 96.465 -4.996 54.555 1.00 75.83 N +ANISOU 2704 N THR A 358 9316 12221 7275 123 -1831 2222 N +ATOM 2705 CA THR A 358 97.068 -3.761 55.032 1.00 76.71 C +ANISOU 2705 CA THR A 358 9520 12092 7533 216 -1683 2413 C +ATOM 2706 C THR A 358 98.011 -3.153 54.002 1.00 72.35 C +ANISOU 2706 C THR A 358 9131 11556 6801 267 -1621 2612 C +ATOM 2707 O THR A 358 98.721 -2.193 54.315 1.00 76.31 O +ANISOU 2707 O THR A 358 9728 11835 7431 302 -1490 2772 O +ATOM 2708 CB THR A 358 97.817 -4.007 56.344 1.00 71.86 C +ANISOU 2708 CB THR A 358 8950 11219 7136 99 -1522 2278 C +ATOM 2709 OG1 THR A 358 99.002 -4.772 56.089 1.00 89.01 O +ANISOU 2709 OG1 THR A 358 11240 13377 9202 -36 -1438 2174 O +ATOM 2710 CG2 THR A 358 96.935 -4.756 57.336 1.00 56.07 C +ANISOU 2710 CG2 THR A 358 6795 9231 5278 32 -1562 2091 C +ATOM 2711 N HIS A 359 98.033 -3.695 52.782 1.00 68.66 N +ANISOU 2711 N HIS A 359 8697 11351 6039 268 -1712 2605 N +ATOM 2712 CA HIS A 359 98.854 -3.178 51.691 1.00 65.44 C +ANISOU 2712 CA HIS A 359 8434 11022 5409 329 -1645 2813 C +ATOM 2713 C HIS A 359 100.345 -3.310 51.985 1.00 64.13 C +ANISOU 2713 C HIS A 359 8386 10688 5291 208 -1431 2788 C +ATOM 2714 O HIS A 359 101.143 -2.467 51.568 1.00 61.52 O +ANISOU 2714 O HIS A 359 8155 10290 4930 243 -1307 3024 O +ATOM 2715 CB HIS A 359 98.503 -1.719 51.378 1.00 81.76 C +ANISOU 2715 CB HIS A 359 10526 13023 7516 509 -1657 3146 C +ATOM 2716 CG HIS A 359 97.091 -1.523 50.925 1.00 95.57 C +ANISOU 2716 CG HIS A 359 12158 14942 9212 659 -1861 3169 C +ATOM 2717 ND1 HIS A 359 96.048 -1.319 51.802 1.00 95.15 N +ANISOU 2717 ND1 HIS A 359 11942 14843 9367 720 -1956 3140 N +ATOM 2718 CD2 HIS A 359 96.549 -1.501 49.684 1.00 95.89 C +ANISOU 2718 CD2 HIS A 359 12216 15183 9035 763 -1977 3190 C +ATOM 2719 CE1 HIS A 359 94.925 -1.178 51.122 1.00 94.04 C +ANISOU 2719 CE1 HIS A 359 11703 14892 9137 855 -2133 3164 C +ATOM 2720 NE2 HIS A 359 95.201 -1.284 49.834 1.00 98.67 N +ANISOU 2720 NE2 HIS A 359 12406 15615 9469 879 -2155 3185 N +ATOM 2721 N THR A 360 100.733 -4.372 52.694 1.00 74.25 N +ANISOU 2721 N THR A 360 9649 11907 6656 63 -1390 2515 N +ATOM 2722 CA THR A 360 102.116 -4.560 53.105 1.00 66.69 C +ANISOU 2722 CA THR A 360 8773 10793 5772 -44 -1203 2466 C +ATOM 2723 C THR A 360 102.799 -5.560 52.185 1.00 67.25 C +ANISOU 2723 C THR A 360 8911 11079 5564 -84 -1181 2340 C +ATOM 2724 O THR A 360 102.319 -6.700 52.069 1.00 60.97 O +ANISOU 2724 O THR A 360 8086 10410 4671 -127 -1302 2096 O +ATOM 2725 CB THR A 360 102.180 -5.049 54.548 1.00 67.59 C +ANISOU 2725 CB THR A 360 8838 10685 6157 -151 -1165 2259 C +ATOM 2726 OG1 THR A 360 101.612 -4.059 55.415 1.00 77.80 O +ANISOU 2726 OG1 THR A 360 10083 11785 7692 -89 -1168 2366 O +ATOM 2727 CG2 THR A 360 103.621 -5.316 54.972 1.00 66.04 C +ANISOU 2727 CG2 THR A 360 8711 10348 6031 -252 -996 2193 C +ATOM 2728 N PRO A 361 103.896 -5.203 51.521 1.00 63.68 N +ANISOU 2728 N PRO A 361 8543 10673 4981 -70 -1031 2489 N +ATOM 2729 CA PRO A 361 104.654 -6.193 50.747 1.00 64.66 C +ANISOU 2729 CA PRO A 361 8727 10997 4842 -89 -981 2339 C +ATOM 2730 C PRO A 361 105.510 -7.053 51.659 1.00 67.97 C +ANISOU 2730 C PRO A 361 9141 11254 5430 -208 -886 2101 C +ATOM 2731 O PRO A 361 105.583 -6.800 52.871 1.00 68.11 O +ANISOU 2731 O PRO A 361 9115 11014 5751 -279 -849 2077 O +ATOM 2732 CB PRO A 361 105.514 -5.325 49.815 1.00 67.80 C +ANISOU 2732 CB PRO A 361 9191 11498 5071 -25 -822 2637 C +ATOM 2733 CG PRO A 361 105.687 -4.052 50.549 1.00 69.63 C +ANISOU 2733 CG PRO A 361 9401 11449 5605 -51 -735 2879 C +ATOM 2734 CD PRO A 361 104.425 -3.841 51.334 1.00 57.34 C +ANISOU 2734 CD PRO A 361 7781 9759 4247 -26 -903 2820 C +ATOM 2735 N PRO A 362 106.179 -8.074 51.123 1.00 70.50 N +ANISOU 2735 N PRO A 362 9511 11721 5552 -214 -847 1916 N +ATOM 2736 CA PRO A 362 106.927 -8.986 51.995 1.00 78.83 C +ANISOU 2736 CA PRO A 362 10563 12620 6767 -304 -781 1678 C +ATOM 2737 C PRO A 362 108.212 -8.348 52.499 1.00 83.06 C +ANISOU 2737 C PRO A 362 11080 13004 7472 -346 -572 1814 C +ATOM 2738 O PRO A 362 108.876 -7.592 51.787 1.00 88.40 O +ANISOU 2738 O PRO A 362 11767 13779 8043 -307 -439 2041 O +ATOM 2739 CB PRO A 362 107.213 -10.195 51.092 1.00 68.83 C +ANISOU 2739 CB PRO A 362 9368 11574 5212 -260 -813 1449 C +ATOM 2740 CG PRO A 362 106.708 -9.826 49.706 1.00 57.14 C +ANISOU 2740 CG PRO A 362 7929 10390 3391 -144 -882 1580 C +ATOM 2741 CD PRO A 362 106.421 -8.364 49.703 1.00 70.98 C +ANISOU 2741 CD PRO A 362 9644 12095 5229 -115 -841 1931 C +ATOM 2742 N LEU A 363 108.558 -8.664 53.746 1.00 83.11 N +ANISOU 2742 N LEU A 363 11054 12776 7746 -431 -549 1680 N +ATOM 2743 CA LEU A 363 109.742 -8.099 54.379 1.00 72.52 C +ANISOU 2743 CA LEU A 363 9676 11274 6603 -485 -387 1773 C +ATOM 2744 C LEU A 363 110.985 -8.845 53.911 1.00 71.14 C +ANISOU 2744 C LEU A 363 9505 11227 6297 -470 -258 1669 C +ATOM 2745 O LEU A 363 111.063 -10.072 54.033 1.00 79.92 O +ANISOU 2745 O LEU A 363 10648 12367 7350 -458 -307 1408 O +ATOM 2746 CB LEU A 363 109.617 -8.171 55.899 1.00 67.06 C +ANISOU 2746 CB LEU A 363 8953 10309 6215 -561 -430 1658 C +ATOM 2747 CG LEU A 363 110.843 -7.719 56.699 1.00 69.72 C +ANISOU 2747 CG LEU A 363 9247 10471 6773 -625 -303 1698 C +ATOM 2748 CD1 LEU A 363 111.181 -6.266 56.403 1.00 74.50 C +ANISOU 2748 CD1 LEU A 363 9827 11019 7461 -640 -215 1990 C +ATOM 2749 CD2 LEU A 363 110.613 -7.924 58.187 1.00 71.17 C +ANISOU 2749 CD2 LEU A 363 9421 10421 7200 -675 -370 1554 C +ATOM 2750 N ASP A 364 111.947 -8.107 53.375 1.00 68.84 N +ANISOU 2750 N ASP A 364 9177 11010 5969 -466 -89 1879 N +ATOM 2751 CA ASP A 364 113.237 -8.684 53.024 1.00 76.02 C +ANISOU 2751 CA ASP A 364 10050 12046 6787 -445 67 1804 C +ATOM 2752 C ASP A 364 113.996 -9.013 54.306 1.00 82.09 C +ANISOU 2752 C ASP A 364 10754 12590 7844 -521 89 1659 C +ATOM 2753 O ASP A 364 114.320 -8.095 55.070 1.00 83.57 O +ANISOU 2753 O ASP A 364 10879 12583 8291 -609 125 1797 O +ATOM 2754 CB ASP A 364 114.030 -7.714 52.156 1.00 81.86 C +ANISOU 2754 CB ASP A 364 10738 12929 7434 -440 257 2108 C +ATOM 2755 CG ASP A 364 115.475 -8.137 51.972 1.00 95.85 C +ANISOU 2755 CG ASP A 364 12421 14819 9178 -432 448 2063 C +ATOM 2756 OD1 ASP A 364 115.766 -9.347 52.076 1.00100.75 O +ANISOU 2756 OD1 ASP A 364 13059 15500 9723 -368 425 1779 O +ATOM 2757 OD2 ASP A 364 116.320 -7.254 51.714 1.00100.58 O +ANISOU 2757 OD2 ASP A 364 12926 15447 9841 -488 622 2320 O +ATOM 2758 N PRO A 365 114.292 -10.285 54.590 1.00 77.43 N +ANISOU 2758 N PRO A 365 10187 12010 7224 -482 56 1381 N +ATOM 2759 CA PRO A 365 114.924 -10.617 55.879 1.00 68.31 C +ANISOU 2759 CA PRO A 365 8981 10639 6335 -538 51 1251 C +ATOM 2760 C PRO A 365 116.181 -9.822 56.175 1.00 68.85 C +ANISOU 2760 C PRO A 365 8919 10664 6578 -597 202 1403 C +ATOM 2761 O PRO A 365 116.479 -9.556 57.346 1.00 52.21 O +ANISOU 2761 O PRO A 365 6763 8340 4733 -671 166 1376 O +ATOM 2762 CB PRO A 365 115.227 -12.114 55.732 1.00 71.84 C +ANISOU 2762 CB PRO A 365 9480 11161 6654 -451 25 968 C +ATOM 2763 CG PRO A 365 114.244 -12.605 54.737 1.00 77.92 C +ANISOU 2763 CG PRO A 365 10357 12093 7157 -387 -68 896 C +ATOM 2764 CD PRO A 365 114.092 -11.485 53.759 1.00 79.02 C +ANISOU 2764 CD PRO A 365 10472 12406 7147 -377 11 1167 C +ATOM 2765 N GLN A 366 116.940 -9.451 55.144 1.00 74.28 N +ANISOU 2765 N GLN A 366 9540 11564 7120 -569 368 1561 N +ATOM 2766 CA GLN A 366 118.116 -8.610 55.341 1.00 75.44 C +ANISOU 2766 CA GLN A 366 9533 11678 7451 -655 518 1740 C +ATOM 2767 C GLN A 366 117.782 -7.402 56.210 1.00 80.75 C +ANISOU 2767 C GLN A 366 10191 12076 8413 -787 450 1898 C +ATOM 2768 O GLN A 366 118.555 -7.030 57.102 1.00 80.55 O +ANISOU 2768 O GLN A 366 10064 11888 8653 -878 462 1895 O +ATOM 2769 CB GLN A 366 118.653 -8.169 53.978 1.00 81.05 C +ANISOU 2769 CB GLN A 366 10188 12668 7939 -620 713 1966 C +ATOM 2770 CG GLN A 366 120.140 -7.873 53.931 1.00 90.98 C +ANISOU 2770 CG GLN A 366 11250 14007 9312 -673 911 2074 C +ATOM 2771 CD GLN A 366 120.650 -7.755 52.506 1.00107.65 C +ANISOU 2771 CD GLN A 366 13312 16460 11130 -600 1126 2258 C +ATOM 2772 OE1 GLN A 366 120.224 -8.498 51.621 1.00105.37 O +ANISOU 2772 OE1 GLN A 366 13134 16400 10503 -448 1126 2149 O +ATOM 2773 NE2 GLN A 366 121.557 -6.815 52.276 1.00115.00 N +ANISOU 2773 NE2 GLN A 366 14079 17430 12185 -712 1310 2538 N +ATOM 2774 N GLU A 367 116.615 -6.795 55.979 1.00 83.95 N +ANISOU 2774 N GLU A 367 10698 12427 8771 -785 363 2017 N +ATOM 2775 CA GLU A 367 116.239 -5.587 56.705 1.00 77.09 C +ANISOU 2775 CA GLU A 367 9833 11296 8162 -879 300 2167 C +ATOM 2776 C GLU A 367 116.271 -5.793 58.213 1.00 79.79 C +ANISOU 2776 C GLU A 367 10168 11390 8759 -925 186 1966 C +ATOM 2777 O GLU A 367 116.527 -4.841 58.959 1.00 93.48 O +ANISOU 2777 O GLU A 367 11865 12903 10750 -1016 166 2047 O +ATOM 2778 CB GLU A 367 114.848 -5.127 56.262 1.00 70.33 C +ANISOU 2778 CB GLU A 367 9091 10439 7193 -823 201 2277 C +ATOM 2779 CG GLU A 367 114.765 -4.731 54.795 1.00 88.42 C +ANISOU 2779 CG GLU A 367 11403 12966 9225 -769 299 2518 C +ATOM 2780 CD GLU A 367 115.695 -3.588 54.446 1.00107.85 C +ANISOU 2780 CD GLU A 367 13783 15385 11809 -865 460 2823 C +ATOM 2781 OE1 GLU A 367 115.869 -2.685 55.290 1.00114.65 O +ANISOU 2781 OE1 GLU A 367 14616 15964 12984 -970 432 2901 O +ATOM 2782 OE2 GLU A 367 116.256 -3.597 53.330 1.00113.81 O +ANISOU 2782 OE2 GLU A 367 14505 16391 12347 -837 616 2981 O +ATOM 2783 N LEU A 368 116.030 -7.020 58.684 1.00 70.65 N +ANISOU 2783 N LEU A 368 9053 10258 7532 -862 105 1705 N +ATOM 2784 CA LEU A 368 115.998 -7.263 60.121 1.00 59.17 C +ANISOU 2784 CA LEU A 368 7608 8591 6281 -890 -2 1531 C +ATOM 2785 C LEU A 368 117.334 -6.970 60.787 1.00 63.76 C +ANISOU 2785 C LEU A 368 8069 9083 7075 -963 49 1520 C +ATOM 2786 O LEU A 368 117.365 -6.725 61.998 1.00 69.96 O +ANISOU 2786 O LEU A 368 8858 9668 8056 -1001 -43 1434 O +ATOM 2787 CB LEU A 368 115.584 -8.709 60.402 1.00 58.31 C +ANISOU 2787 CB LEU A 368 7570 8532 6052 -814 -81 1286 C +ATOM 2788 CG LEU A 368 114.143 -9.086 60.051 1.00 55.05 C +ANISOU 2788 CG LEU A 368 7261 8167 5488 -769 -178 1252 C +ATOM 2789 CD1 LEU A 368 113.969 -10.592 60.142 1.00 55.00 C +ANISOU 2789 CD1 LEU A 368 7315 8211 5372 -718 -237 1018 C +ATOM 2790 CD2 LEU A 368 113.147 -8.381 60.964 1.00 40.22 C +ANISOU 2790 CD2 LEU A 368 5417 6104 3760 -796 -275 1290 C +ATOM 2791 N ASP A 369 118.437 -6.983 60.033 1.00 67.30 N +ANISOU 2791 N ASP A 369 8399 9691 7480 -980 192 1602 N +ATOM 2792 CA ASP A 369 119.719 -6.613 60.622 1.00 64.09 C +ANISOU 2792 CA ASP A 369 7838 9214 7300 -1068 235 1610 C +ATOM 2793 C ASP A 369 119.669 -5.219 61.230 1.00 64.16 C +ANISOU 2793 C ASP A 369 7830 8978 7571 -1197 184 1750 C +ATOM 2794 O ASP A 369 120.440 -4.921 62.149 1.00 62.00 O +ANISOU 2794 O ASP A 369 7465 8565 7528 -1276 135 1685 O +ATOM 2795 CB ASP A 369 120.827 -6.689 59.572 1.00 61.41 C +ANISOU 2795 CB ASP A 369 7346 9114 6872 -1072 425 1727 C +ATOM 2796 CG ASP A 369 120.888 -8.038 58.887 1.00 76.02 C +ANISOU 2796 CG ASP A 369 9229 11206 8447 -917 477 1570 C +ATOM 2797 OD1 ASP A 369 120.346 -9.016 59.443 1.00 82.36 O +ANISOU 2797 OD1 ASP A 369 10145 11952 9197 -832 353 1345 O +ATOM 2798 OD2 ASP A 369 121.484 -8.121 57.794 1.00 83.69 O +ANISOU 2798 OD2 ASP A 369 10118 12422 9258 -878 645 1672 O +ATOM 2799 N ILE A 370 118.762 -4.367 60.746 1.00 63.62 N +ANISOU 2799 N ILE A 370 7854 8846 7473 -1210 179 1929 N +ATOM 2800 CA ILE A 370 118.573 -3.037 61.316 1.00 64.12 C +ANISOU 2800 CA ILE A 370 7937 8638 7787 -1308 115 2048 C +ATOM 2801 C ILE A 370 118.391 -3.098 62.824 1.00 68.68 C +ANISOU 2801 C ILE A 370 8560 8998 8536 -1304 -47 1824 C +ATOM 2802 O ILE A 370 118.713 -2.139 63.535 1.00 73.68 O +ANISOU 2802 O ILE A 370 9172 9402 9421 -1398 -109 1844 O +ATOM 2803 CB ILE A 370 117.372 -2.359 60.624 1.00 66.39 C +ANISOU 2803 CB ILE A 370 8350 8901 7973 -1259 104 2233 C +ATOM 2804 CG1 ILE A 370 117.839 -1.672 59.334 1.00 76.99 C +ANISOU 2804 CG1 ILE A 370 9633 10361 9258 -1319 264 2542 C +ATOM 2805 CG2 ILE A 370 116.672 -1.383 61.562 1.00 63.59 C +ANISOU 2805 CG2 ILE A 370 8084 8241 7835 -1274 -28 2226 C +ATOM 2806 CD1 ILE A 370 116.743 -1.478 58.305 1.00 84.64 C +ANISOU 2806 CD1 ILE A 370 10718 11448 9995 -1218 273 2711 C +ATOM 2807 N LEU A 371 117.875 -4.212 63.339 1.00 67.94 N +ANISOU 2807 N LEU A 371 8538 8968 8309 -1197 -119 1610 N +ATOM 2808 CA LEU A 371 117.568 -4.324 64.759 1.00 66.45 C +ANISOU 2808 CA LEU A 371 8412 8604 8231 -1170 -261 1416 C +ATOM 2809 C LEU A 371 118.787 -4.620 65.622 1.00 71.55 C +ANISOU 2809 C LEU A 371 8954 9212 9018 -1215 -300 1273 C +ATOM 2810 O LEU A 371 118.655 -4.657 66.850 1.00 73.00 O +ANISOU 2810 O LEU A 371 9191 9260 9285 -1190 -423 1114 O +ATOM 2811 CB LEU A 371 116.515 -5.415 64.979 1.00 52.04 C +ANISOU 2811 CB LEU A 371 6698 6861 6214 -1053 -314 1275 C +ATOM 2812 CG LEU A 371 115.103 -5.114 64.473 1.00 59.29 C +ANISOU 2812 CG LEU A 371 7714 7793 7022 -997 -330 1369 C +ATOM 2813 CD1 LEU A 371 114.217 -6.341 64.620 1.00 60.16 C +ANISOU 2813 CD1 LEU A 371 7893 8005 6959 -915 -376 1227 C +ATOM 2814 CD2 LEU A 371 114.501 -3.930 65.215 1.00 57.20 C +ANISOU 2814 CD2 LEU A 371 7504 7305 6926 -998 -404 1409 C +ATOM 2815 N LYS A 372 119.964 -4.824 65.028 1.00 67.09 N +ANISOU 2815 N LYS A 372 8234 8783 8472 -1269 -200 1325 N +ATOM 2816 CA LYS A 372 121.144 -5.134 65.826 1.00 68.78 C +ANISOU 2816 CA LYS A 372 8322 8987 8826 -1300 -250 1189 C +ATOM 2817 C LYS A 372 121.588 -3.974 66.706 1.00 79.19 C +ANISOU 2817 C LYS A 372 9593 10073 10425 -1423 -354 1186 C +ATOM 2818 O LYS A 372 122.408 -4.185 67.606 1.00 83.02 O +ANISOU 2818 O LYS A 372 9992 10524 11027 -1439 -449 1037 O +ATOM 2819 CB LYS A 372 122.299 -5.556 64.922 1.00 63.42 C +ANISOU 2819 CB LYS A 372 7457 8529 8112 -1321 -103 1258 C +ATOM 2820 CG LYS A 372 122.162 -6.961 64.378 1.00 49.85 C +ANISOU 2820 CG LYS A 372 5779 7026 6137 -1169 -42 1157 C +ATOM 2821 CD LYS A 372 123.345 -7.324 63.509 1.00 52.76 C +ANISOU 2821 CD LYS A 372 5955 7625 6466 -1162 115 1212 C +ATOM 2822 CE LYS A 372 123.176 -8.697 62.891 1.00 72.29 C +ANISOU 2822 CE LYS A 372 8494 10295 8677 -993 171 1093 C +ATOM 2823 NZ LYS A 372 123.941 -8.814 61.623 1.00 89.37 N +ANISOU 2823 NZ LYS A 372 10516 12720 10721 -967 371 1205 N +ATOM 2824 N THR A 373 121.079 -2.766 66.474 1.00 84.49 N +ANISOU 2824 N THR A 373 10320 10576 11206 -1503 -355 1337 N +ATOM 2825 CA THR A 373 121.414 -1.634 67.326 1.00 79.86 C +ANISOU 2825 CA THR A 373 9719 9727 10898 -1616 -476 1309 C +ATOM 2826 C THR A 373 120.555 -1.570 68.581 1.00 66.80 C +ANISOU 2826 C THR A 373 8238 7904 9239 -1516 -641 1111 C +ATOM 2827 O THR A 373 120.848 -0.763 69.469 1.00 80.78 O +ANISOU 2827 O THR A 373 10016 9460 11216 -1580 -773 1019 O +ATOM 2828 CB THR A 373 121.274 -0.324 66.546 1.00 82.12 C +ANISOU 2828 CB THR A 373 10005 9868 11330 -1740 -408 1564 C +ATOM 2829 OG1 THR A 373 119.934 -0.196 66.053 1.00 84.82 O +ANISOU 2829 OG1 THR A 373 10518 10202 11507 -1630 -379 1658 O +ATOM 2830 CG2 THR A 373 122.249 -0.292 65.377 1.00 88.02 C +ANISOU 2830 CG2 THR A 373 10560 10790 12092 -1856 -228 1783 C +ATOM 2831 N VAL A 374 119.521 -2.399 68.684 1.00 57.28 N +ANISOU 2831 N VAL A 374 7165 6794 7805 -1364 -638 1039 N +ATOM 2832 CA VAL A 374 118.615 -2.361 69.827 1.00 59.36 C +ANISOU 2832 CA VAL A 374 7584 6933 8036 -1257 -762 878 C +ATOM 2833 C VAL A 374 119.299 -3.021 71.016 1.00 62.81 C +ANISOU 2833 C VAL A 374 7999 7386 8482 -1220 -875 658 C +ATOM 2834 O VAL A 374 119.707 -4.185 70.946 1.00 70.93 O +ANISOU 2834 O VAL A 374 8977 8589 9385 -1172 -844 603 O +ATOM 2835 CB VAL A 374 117.285 -3.057 69.503 1.00 51.75 C +ANISOU 2835 CB VAL A 374 6738 6086 6840 -1128 -710 898 C +ATOM 2836 CG1 VAL A 374 116.330 -2.964 70.689 1.00 39.84 C +ANISOU 2836 CG1 VAL A 374 5366 4471 5299 -1016 -810 754 C +ATOM 2837 CG2 VAL A 374 116.656 -2.448 68.260 1.00 55.47 C +ANISOU 2837 CG2 VAL A 374 7220 6575 7281 -1149 -614 1120 C +ATOM 2838 N LYS A 375 119.422 -2.274 72.114 1.00 56.28 N +ANISOU 2838 N LYS A 375 7219 6371 7795 -1229 -1019 526 N +ATOM 2839 CA LYS A 375 119.953 -2.801 73.362 1.00 57.26 C +ANISOU 2839 CA LYS A 375 7348 6507 7900 -1171 -1154 311 C +ATOM 2840 C LYS A 375 118.905 -2.936 74.452 1.00 51.69 C +ANISOU 2840 C LYS A 375 6829 5753 7057 -1018 -1229 173 C +ATOM 2841 O LYS A 375 119.150 -3.639 75.437 1.00 53.29 O +ANISOU 2841 O LYS A 375 7066 6017 7164 -932 -1316 21 O +ATOM 2842 CB LYS A 375 121.078 -1.898 73.885 1.00 55.47 C +ANISOU 2842 CB LYS A 375 7017 6131 7930 -1299 -1288 231 C +ATOM 2843 CG LYS A 375 122.247 -1.755 72.936 1.00 58.77 C +ANISOU 2843 CG LYS A 375 7210 6614 8508 -1466 -1209 369 C +ATOM 2844 CD LYS A 375 123.365 -0.951 73.576 1.00 78.32 C +ANISOU 2844 CD LYS A 375 9557 8946 11255 -1609 -1366 269 C +ATOM 2845 CE LYS A 375 124.735 -1.539 73.268 1.00 87.61 C +ANISOU 2845 CE LYS A 375 10477 10307 12505 -1689 -1341 285 C +ATOM 2846 NZ LYS A 375 124.858 -2.966 73.685 1.00 92.43 N +ANISOU 2846 NZ LYS A 375 11096 11134 12891 -1515 -1353 166 N +ATOM 2847 N GLU A 376 117.752 -2.289 74.301 1.00 50.14 N +ANISOU 2847 N GLU A 376 6747 5464 6841 -969 -1192 233 N +ATOM 2848 CA GLU A 376 116.741 -2.249 75.343 1.00 54.94 C +ANISOU 2848 CA GLU A 376 7511 6030 7331 -818 -1246 108 C +ATOM 2849 C GLU A 376 115.359 -2.323 74.712 1.00 66.21 C +ANISOU 2849 C GLU A 376 9002 7513 8641 -744 -1129 237 C +ATOM 2850 O GLU A 376 115.154 -1.899 73.572 1.00 66.39 O +ANISOU 2850 O GLU A 376 8980 7523 8723 -809 -1048 409 O +ATOM 2851 CB GLU A 376 116.876 -0.973 76.183 1.00 54.28 C +ANISOU 2851 CB GLU A 376 7496 5714 7413 -815 -1386 -27 C +ATOM 2852 CG GLU A 376 115.759 -0.751 77.183 1.00 75.05 C +ANISOU 2852 CG GLU A 376 10291 8306 9917 -634 -1420 -153 C +ATOM 2853 CD GLU A 376 116.054 0.393 78.126 1.00 71.96 C +ANISOU 2853 CD GLU A 376 9982 7691 9670 -612 -1584 -343 C +ATOM 2854 OE1 GLU A 376 117.212 0.510 78.579 1.00 74.14 O +ANISOU 2854 OE1 GLU A 376 10199 7912 10058 -702 -1718 -462 O +ATOM 2855 OE2 GLU A 376 115.127 1.179 78.413 1.00 71.96 O +ANISOU 2855 OE2 GLU A 376 10099 7567 9675 -498 -1587 -384 O +ATOM 2856 N ILE A 377 114.415 -2.880 75.467 1.00 44.68 N +ANISOU 2856 N ILE A 377 6372 4865 5740 -606 -1120 162 N +ATOM 2857 CA ILE A 377 113.012 -2.941 75.070 1.00 38.38 C +ANISOU 2857 CA ILE A 377 5615 4130 4837 -525 -1027 259 C +ATOM 2858 C ILE A 377 112.195 -2.691 76.330 1.00 38.81 C +ANISOU 2858 C ILE A 377 5780 4156 4811 -369 -1065 125 C +ATOM 2859 O ILE A 377 112.203 -3.516 77.251 1.00 52.57 O +ANISOU 2859 O ILE A 377 7566 5997 6412 -304 -1079 27 O +ATOM 2860 CB ILE A 377 112.631 -4.284 74.429 1.00 51.84 C +ANISOU 2860 CB ILE A 377 7278 6040 6380 -539 -933 346 C +ATOM 2861 CG1 ILE A 377 113.464 -4.518 73.163 1.00 44.91 C +ANISOU 2861 CG1 ILE A 377 6298 5212 5554 -665 -887 460 C +ATOM 2862 CG2 ILE A 377 111.137 -4.315 74.107 1.00 40.49 C +ANISOU 2862 CG2 ILE A 377 5859 4675 4849 -464 -860 432 C +ATOM 2863 CD1 ILE A 377 113.190 -5.836 72.459 1.00 42.19 C +ANISOU 2863 CD1 ILE A 377 5926 5048 5055 -675 -812 514 C +ATOM 2864 N THR A 378 111.495 -1.557 76.377 1.00 46.66 N +ANISOU 2864 N THR A 378 6824 5018 5885 -293 -1075 126 N +ATOM 2865 CA THR A 378 110.756 -1.182 77.576 1.00 57.43 C +ANISOU 2865 CA THR A 378 8294 6356 7172 -118 -1103 -20 C +ATOM 2866 C THR A 378 109.543 -2.071 77.817 1.00 54.67 C +ANISOU 2866 C THR A 378 7939 6216 6617 -13 -991 26 C +ATOM 2867 O THR A 378 109.097 -2.187 78.964 1.00 47.86 O +ANISOU 2867 O THR A 378 7150 5409 5626 124 -990 -93 O +ATOM 2868 CB THR A 378 110.310 0.276 77.481 1.00 42.65 C +ANISOU 2868 CB THR A 378 6477 4273 5457 -45 -1141 -33 C +ATOM 2869 OG1 THR A 378 109.593 0.479 76.258 1.00 42.33 O +ANISOU 2869 OG1 THR A 378 6372 4256 5456 -66 -1055 174 O +ATOM 2870 CG2 THR A 378 111.514 1.208 77.528 1.00 44.20 C +ANISOU 2870 CG2 THR A 378 6693 4224 5876 -156 -1272 -111 C +ATOM 2871 N GLY A 379 109.002 -2.695 76.774 1.00 55.99 N +ANISOU 2871 N GLY A 379 8018 6508 6746 -78 -900 195 N +ATOM 2872 CA GLY A 379 107.831 -3.538 76.917 1.00 60.29 C +ANISOU 2872 CA GLY A 379 8532 7243 7132 -14 -802 251 C +ATOM 2873 C GLY A 379 108.162 -5.014 76.845 1.00 59.09 C +ANISOU 2873 C GLY A 379 8352 7230 6870 -112 -771 284 C +ATOM 2874 O GLY A 379 108.890 -5.530 77.698 1.00 61.70 O +ANISOU 2874 O GLY A 379 8741 7562 7142 -107 -812 187 O +ATOM 2875 N PHE A 380 107.636 -5.706 75.836 1.00 52.18 N +ANISOU 2875 N PHE A 380 7397 6465 5966 -191 -712 412 N +ATOM 2876 CA PHE A 380 107.889 -7.127 75.655 1.00 42.15 C +ANISOU 2876 CA PHE A 380 6111 5295 4609 -283 -689 438 C +ATOM 2877 C PHE A 380 108.400 -7.385 74.244 1.00 41.14 C +ANISOU 2877 C PHE A 380 5922 5179 4530 -402 -695 516 C +ATOM 2878 O PHE A 380 108.419 -6.497 73.388 1.00 47.69 O +ANISOU 2878 O PHE A 380 6714 5963 5441 -417 -702 582 O +ATOM 2879 CB PHE A 380 106.630 -7.968 75.935 1.00 42.44 C +ANISOU 2879 CB PHE A 380 6116 5473 4538 -264 -610 495 C +ATOM 2880 CG PHE A 380 105.476 -7.684 75.011 1.00 52.72 C +ANISOU 2880 CG PHE A 380 7315 6856 5862 -271 -573 600 C +ATOM 2881 CD1 PHE A 380 105.458 -8.189 73.721 1.00 62.29 C +ANISOU 2881 CD1 PHE A 380 8466 8120 7083 -382 -585 676 C +ATOM 2882 CD2 PHE A 380 104.393 -6.940 75.448 1.00 52.70 C +ANISOU 2882 CD2 PHE A 380 7273 6893 5856 -148 -530 615 C +ATOM 2883 CE1 PHE A 380 104.393 -7.937 72.877 1.00 55.70 C +ANISOU 2883 CE1 PHE A 380 7533 7377 6254 -380 -574 768 C +ATOM 2884 CE2 PHE A 380 103.323 -6.687 74.609 1.00 59.85 C +ANISOU 2884 CE2 PHE A 380 8065 7888 6785 -139 -510 715 C +ATOM 2885 CZ PHE A 380 103.324 -7.187 73.322 1.00 52.71 C +ANISOU 2885 CZ PHE A 380 7101 7038 5889 -260 -541 794 C +ATOM 2886 N LEU A 381 108.824 -8.628 74.018 1.00 41.81 N +ANISOU 2886 N LEU A 381 6009 5324 4555 -474 -689 511 N +ATOM 2887 CA LEU A 381 109.352 -9.072 72.734 1.00 48.25 C +ANISOU 2887 CA LEU A 381 6778 6177 5377 -566 -687 558 C +ATOM 2888 C LEU A 381 108.611 -10.334 72.319 1.00 64.27 C +ANISOU 2888 C LEU A 381 8797 8308 7315 -615 -662 584 C +ATOM 2889 O LEU A 381 108.671 -11.351 73.020 1.00 74.20 O +ANISOU 2889 O LEU A 381 10105 9563 8526 -619 -662 541 O +ATOM 2890 CB LEU A 381 110.860 -9.328 72.821 1.00 39.09 C +ANISOU 2890 CB LEU A 381 5630 4965 4256 -594 -723 489 C +ATOM 2891 CG LEU A 381 111.520 -9.979 71.603 1.00 40.24 C +ANISOU 2891 CG LEU A 381 5730 5176 4382 -662 -702 516 C +ATOM 2892 CD1 LEU A 381 111.214 -9.199 70.334 1.00 36.10 C +ANISOU 2892 CD1 LEU A 381 5147 4695 3873 -697 -668 626 C +ATOM 2893 CD2 LEU A 381 113.022 -10.091 71.812 1.00 33.06 C +ANISOU 2893 CD2 LEU A 381 4800 4229 3531 -668 -731 448 C +ATOM 2894 N LEU A 382 107.915 -10.266 71.182 1.00 61.92 N +ANISOU 2894 N LEU A 382 8439 8092 6998 -653 -652 659 N +ATOM 2895 CA LEU A 382 107.107 -11.373 70.677 1.00 51.17 C +ANISOU 2895 CA LEU A 382 7054 6822 5567 -717 -653 672 C +ATOM 2896 C LEU A 382 107.626 -11.784 69.304 1.00 52.35 C +ANISOU 2896 C LEU A 382 7193 7026 5672 -771 -672 669 C +ATOM 2897 O LEU A 382 107.534 -11.014 68.339 1.00 52.84 O +ANISOU 2897 O LEU A 382 7210 7144 5722 -763 -673 739 O +ATOM 2898 CB LEU A 382 105.630 -10.986 70.616 1.00 56.80 C +ANISOU 2898 CB LEU A 382 7689 7618 6276 -701 -642 745 C +ATOM 2899 CG LEU A 382 104.697 -11.978 69.917 1.00 63.66 C +ANISOU 2899 CG LEU A 382 8499 8591 7096 -790 -668 761 C +ATOM 2900 CD1 LEU A 382 104.713 -13.340 70.599 1.00 55.26 C +ANISOU 2900 CD1 LEU A 382 7489 7486 6023 -862 -661 710 C +ATOM 2901 CD2 LEU A 382 103.286 -11.420 69.871 1.00 61.37 C +ANISOU 2901 CD2 LEU A 382 8094 8404 6821 -760 -663 840 C +ATOM 2902 N ILE A 383 108.159 -13.002 69.224 1.00 52.63 N +ANISOU 2902 N ILE A 383 7278 7047 5670 -811 -686 591 N +ATOM 2903 CA ILE A 383 108.669 -13.578 67.987 1.00 57.66 C +ANISOU 2903 CA ILE A 383 7921 7745 6241 -839 -700 553 C +ATOM 2904 C ILE A 383 107.887 -14.858 67.715 1.00 61.99 C +ANISOU 2904 C ILE A 383 8496 8314 6743 -906 -746 498 C +ATOM 2905 O ILE A 383 108.052 -15.868 68.420 1.00 76.56 O +ANISOU 2905 O ILE A 383 10408 10067 8613 -925 -757 438 O +ATOM 2906 CB ILE A 383 110.177 -13.856 68.053 1.00 57.68 C +ANISOU 2906 CB ILE A 383 7959 7700 6258 -804 -682 484 C +ATOM 2907 CG1 ILE A 383 110.915 -12.639 68.626 1.00 60.44 C +ANISOU 2907 CG1 ILE A 383 8273 7996 6694 -766 -657 527 C +ATOM 2908 CG2 ILE A 383 110.696 -14.207 66.663 1.00 67.24 C +ANISOU 2908 CG2 ILE A 383 9158 9011 7378 -804 -670 455 C +ATOM 2909 CD1 ILE A 383 112.431 -12.762 68.639 1.00 56.00 C +ANISOU 2909 CD1 ILE A 383 7697 7412 6167 -741 -643 472 C +ATOM 2910 N GLN A 384 107.030 -14.810 66.696 1.00 55.78 N +ANISOU 2910 N GLN A 384 7659 7640 5896 -944 -784 523 N +ATOM 2911 CA GLN A 384 106.299 -15.972 66.217 1.00 48.40 C +ANISOU 2911 CA GLN A 384 6737 6728 4926 -1028 -854 452 C +ATOM 2912 C GLN A 384 106.753 -16.411 64.835 1.00 44.27 C +ANISOU 2912 C GLN A 384 6248 6288 4285 -1019 -896 366 C +ATOM 2913 O GLN A 384 106.253 -17.416 64.321 1.00 58.87 O +ANISOU 2913 O GLN A 384 8127 8144 6099 -1086 -977 271 O +ATOM 2914 CB GLN A 384 104.796 -15.680 66.199 1.00 37.28 C +ANISOU 2914 CB GLN A 384 5224 5404 3537 -1083 -892 527 C +ATOM 2915 CG GLN A 384 104.187 -15.538 67.585 1.00 48.86 C +ANISOU 2915 CG GLN A 384 6655 6809 5100 -1092 -840 594 C +ATOM 2916 CD GLN A 384 102.682 -15.308 67.571 1.00 53.48 C +ANISOU 2916 CD GLN A 384 7102 7503 5714 -1138 -864 669 C +ATOM 2917 OE1 GLN A 384 102.100 -14.940 68.591 1.00 55.34 O +ANISOU 2917 OE1 GLN A 384 7283 7738 6007 -1114 -802 739 O +ATOM 2918 NE2 GLN A 384 102.042 -15.530 66.425 1.00 46.40 N +ANISOU 2918 NE2 GLN A 384 6141 6720 4768 -1194 -957 648 N +ATOM 2919 N ALA A 385 107.678 -15.680 64.219 1.00 46.50 N +ANISOU 2919 N ALA A 385 6527 6637 4504 -942 -842 396 N +ATOM 2920 CA ALA A 385 108.279 -16.087 62.960 1.00 52.09 C +ANISOU 2920 CA ALA A 385 7272 7448 5072 -905 -851 316 C +ATOM 2921 C ALA A 385 109.681 -15.507 62.891 1.00 53.48 C +ANISOU 2921 C ALA A 385 7441 7635 5244 -826 -749 350 C +ATOM 2922 O ALA A 385 110.045 -14.603 63.648 1.00 61.51 O +ANISOU 2922 O ALA A 385 8416 8589 6367 -815 -694 447 O +ATOM 2923 CB ALA A 385 107.446 -15.639 61.757 1.00 53.48 C +ANISOU 2923 CB ALA A 385 7401 7803 5115 -909 -906 367 C +ATOM 2924 N TRP A 386 110.464 -16.039 61.967 1.00 38.09 N +ANISOU 2924 N TRP A 386 5527 5772 3174 -771 -725 261 N +ATOM 2925 CA TRP A 386 111.852 -15.644 61.808 1.00 39.09 C +ANISOU 2925 CA TRP A 386 5619 5938 3296 -701 -617 286 C +ATOM 2926 C TRP A 386 112.331 -16.187 60.468 1.00 40.13 C +ANISOU 2926 C TRP A 386 5779 6236 3231 -628 -589 197 C +ATOM 2927 O TRP A 386 111.850 -17.241 60.032 1.00 51.10 O +ANISOU 2927 O TRP A 386 7253 7631 4532 -622 -675 43 O +ATOM 2928 CB TRP A 386 112.700 -16.183 62.963 1.00 62.02 C +ANISOU 2928 CB TRP A 386 8542 8684 6338 -678 -605 210 C +ATOM 2929 CG TRP A 386 114.008 -15.479 63.155 1.00 63.34 C +ANISOU 2929 CG TRP A 386 8624 8872 6570 -635 -509 271 C +ATOM 2930 CD1 TRP A 386 115.246 -15.940 62.809 1.00 69.88 C +ANISOU 2930 CD1 TRP A 386 9423 9761 7368 -552 -445 194 C +ATOM 2931 CD2 TRP A 386 114.210 -14.185 63.737 1.00 53.60 C +ANISOU 2931 CD2 TRP A 386 7310 7595 5459 -676 -474 413 C +ATOM 2932 NE1 TRP A 386 116.205 -15.013 63.140 1.00 76.60 N +ANISOU 2932 NE1 TRP A 386 10159 10623 8324 -558 -372 293 N +ATOM 2933 CE2 TRP A 386 115.595 -13.927 63.711 1.00 65.01 C +ANISOU 2933 CE2 TRP A 386 8669 9076 6956 -641 -396 421 C +ATOM 2934 CE3 TRP A 386 113.354 -13.220 64.277 1.00 54.10 C +ANISOU 2934 CE3 TRP A 386 7364 7589 5602 -732 -504 524 C +ATOM 2935 CZ2 TRP A 386 116.143 -12.744 64.204 1.00 59.36 C +ANISOU 2935 CZ2 TRP A 386 7862 8311 6383 -687 -363 534 C +ATOM 2936 CZ3 TRP A 386 113.901 -12.046 64.766 1.00 57.05 C +ANISOU 2936 CZ3 TRP A 386 7669 7902 6105 -753 -469 623 C +ATOM 2937 CH2 TRP A 386 115.282 -11.819 64.727 1.00 57.72 C +ANISOU 2937 CH2 TRP A 386 7673 8006 6253 -744 -407 627 C +ATOM 2938 N PRO A 387 113.245 -15.502 59.774 1.00 56.24 N +ANISOU 2938 N PRO A 387 7753 8419 5196 -572 -471 287 N +ATOM 2939 CA PRO A 387 113.771 -16.057 58.521 1.00 67.73 C +ANISOU 2939 CA PRO A 387 9237 10063 6434 -475 -422 194 C +ATOM 2940 C PRO A 387 114.120 -17.531 58.674 1.00 87.09 C +ANISOU 2940 C PRO A 387 11781 12433 8875 -408 -474 -52 C +ATOM 2941 O PRO A 387 114.920 -17.904 59.535 1.00 89.86 O +ANISOU 2941 O PRO A 387 12117 12656 9369 -378 -448 -105 O +ATOM 2942 CB PRO A 387 115.012 -15.205 58.251 1.00 65.33 C +ANISOU 2942 CB PRO A 387 8818 9870 6136 -436 -256 334 C +ATOM 2943 CG PRO A 387 114.782 -13.927 58.979 1.00 65.90 C +ANISOU 2943 CG PRO A 387 8816 9835 6387 -535 -246 537 C +ATOM 2944 CD PRO A 387 113.811 -14.176 60.081 1.00 64.77 C +ANISOU 2944 CD PRO A 387 8730 9494 6385 -600 -376 481 C +ATOM 2945 N GLU A 388 113.505 -18.379 57.849 1.00105.77 N +ANISOU 2945 N GLU A 388 14249 14861 11078 -380 -564 -208 N +ATOM 2946 CA GLU A 388 113.623 -19.819 58.051 1.00119.32 C +ANISOU 2946 CA GLU A 388 16082 16438 12817 -333 -647 -450 C +ATOM 2947 C GLU A 388 115.055 -20.301 57.880 1.00119.06 C +ANISOU 2947 C GLU A 388 16039 16450 12749 -174 -535 -554 C +ATOM 2948 O GLU A 388 115.454 -21.290 58.503 1.00129.61 O +ANISOU 2948 O GLU A 388 17444 17608 14193 -122 -578 -700 O +ATOM 2949 CB GLU A 388 112.695 -20.552 57.082 1.00125.43 C +ANISOU 2949 CB GLU A 388 16965 17273 13418 -339 -781 -614 C +ATOM 2950 CG GLU A 388 111.239 -20.515 57.500 1.00131.75 C +ANISOU 2950 CG GLU A 388 17772 17969 14317 -503 -928 -570 C +ATOM 2951 CD GLU A 388 110.300 -20.938 56.388 1.00139.74 C +ANISOU 2951 CD GLU A 388 18848 19105 15143 -522 -1070 -699 C +ATOM 2952 OE1 GLU A 388 110.697 -21.780 55.556 1.00142.72 O +ANISOU 2952 OE1 GLU A 388 19329 19539 15358 -418 -1102 -915 O +ATOM 2953 OE2 GLU A 388 109.162 -20.426 56.349 1.00137.62 O +ANISOU 2953 OE2 GLU A 388 18521 18881 14887 -631 -1159 -596 O +ATOM 2954 N ASN A 389 115.832 -19.623 57.046 1.00107.79 N +ANISOU 2954 N ASN A 389 14519 15262 11175 -90 -387 -469 N +ATOM 2955 CA ASN A 389 117.208 -20.048 56.805 1.00105.17 C +ANISOU 2955 CA ASN A 389 14140 15019 10800 74 -261 -561 C +ATOM 2956 C ASN A 389 118.181 -19.706 57.929 1.00112.27 C +ANISOU 2956 C ASN A 389 14914 15811 11934 67 -191 -469 C +ATOM 2957 O ASN A 389 119.271 -20.269 58.001 1.00116.33 O +ANISOU 2957 O ASN A 389 15385 16347 12468 207 -124 -573 O +ATOM 2958 CB ASN A 389 117.713 -19.512 55.466 1.00106.65 C +ANISOU 2958 CB ASN A 389 14260 15533 10728 171 -108 -496 C +ATOM 2959 CG ASN A 389 117.008 -20.151 54.289 1.00133.54 C +ANISOU 2959 CG ASN A 389 17813 19072 13856 243 -188 -667 C +ATOM 2960 OD1 ASN A 389 115.815 -20.441 54.354 1.00138.04 O +ANISOU 2960 OD1 ASN A 389 18490 19527 14433 144 -364 -729 O +ATOM 2961 ND2 ASN A 389 117.738 -20.374 53.205 1.00159.79 N +ANISOU 2961 ND2 ASN A 389 21132 22652 16927 418 -64 -750 N +ATOM 2962 N ARG A 390 117.790 -18.790 58.807 1.00103.97 N +ANISOU 2962 N ARG A 390 13799 14649 11055 -81 -217 -287 N +ATOM 2963 CA ARG A 390 118.651 -18.410 59.919 1.00 94.16 C +ANISOU 2963 CA ARG A 390 12443 13304 10030 -97 -182 -213 C +ATOM 2964 C ARG A 390 118.467 -19.371 61.087 1.00 88.00 C +ANISOU 2964 C ARG A 390 11768 12271 9398 -88 -312 -339 C +ATOM 2965 O ARG A 390 117.371 -19.882 61.331 1.00 88.63 O +ANISOU 2965 O ARG A 390 11982 12212 9481 -155 -430 -391 O +ATOM 2966 CB ARG A 390 118.356 -16.978 60.373 1.00 93.05 C +ANISOU 2966 CB ARG A 390 12205 13143 10006 -245 -161 18 C +ATOM 2967 CG ARG A 390 118.388 -15.945 59.255 1.00 97.43 C +ANISOU 2967 CG ARG A 390 12677 13913 10429 -273 -41 191 C +ATOM 2968 CD ARG A 390 119.726 -15.876 58.545 1.00100.71 C +ANISOU 2968 CD ARG A 390 12955 14537 10773 -177 129 211 C +ATOM 2969 NE ARG A 390 120.729 -15.142 59.309 1.00 93.75 N +ANISOU 2969 NE ARG A 390 11900 13611 10111 -233 191 323 N +ATOM 2970 CZ ARG A 390 120.955 -13.837 59.194 1.00101.45 C +ANISOU 2970 CZ ARG A 390 12752 14627 11169 -349 274 549 C +ATOM 2971 NH1 ARG A 390 120.249 -13.099 58.344 1.00117.94 N +ANISOU 2971 NH1 ARG A 390 14879 16806 13129 -403 315 711 N +ATOM 2972 NH2 ARG A 390 121.895 -13.265 59.932 1.00 98.16 N +ANISOU 2972 NH2 ARG A 390 12174 14151 10973 -411 304 616 N +ATOM 2973 N THR A 391 119.560 -19.608 61.815 1.00 75.47 N +ANISOU 2973 N THR A 391 10106 10633 7936 -6 -290 -372 N +ATOM 2974 CA THR A 391 119.567 -20.602 62.880 1.00 65.91 C +ANISOU 2974 CA THR A 391 9001 9196 6844 41 -404 -479 C +ATOM 2975 C THR A 391 119.445 -20.009 64.278 1.00 65.55 C +ANISOU 2975 C THR A 391 8923 9008 6974 -56 -465 -363 C +ATOM 2976 O THR A 391 119.166 -20.757 65.221 1.00 68.25 O +ANISOU 2976 O THR A 391 9379 9159 7393 -44 -565 -411 O +ATOM 2977 CB THR A 391 120.847 -21.443 62.811 1.00 51.79 C +ANISOU 2977 CB THR A 391 7174 7440 5064 240 -366 -618 C +ATOM 2978 OG1 THR A 391 121.994 -20.593 62.936 1.00 58.59 O +ANISOU 2978 OG1 THR A 391 7813 8451 5996 263 -263 -520 O +ATOM 2979 CG2 THR A 391 120.917 -22.207 61.496 1.00 48.81 C +ANISOU 2979 CG2 THR A 391 6867 7184 4494 371 -318 -780 C +ATOM 2980 N ASP A 392 119.649 -18.702 64.444 1.00 68.93 N +ANISOU 2980 N ASP A 392 9212 9516 7464 -146 -410 -211 N +ATOM 2981 CA ASP A 392 119.471 -18.061 65.739 1.00 71.18 C +ANISOU 2981 CA ASP A 392 9479 9670 7894 -230 -477 -125 C +ATOM 2982 C ASP A 392 118.895 -16.665 65.545 1.00 71.95 C +ANISOU 2982 C ASP A 392 9513 9817 8009 -366 -440 32 C +ATOM 2983 O ASP A 392 118.813 -16.149 64.428 1.00 78.50 O +ANISOU 2983 O ASP A 392 10289 10789 8747 -392 -353 99 O +ATOM 2984 CB ASP A 392 120.790 -17.991 66.526 1.00 62.26 C +ANISOU 2984 CB ASP A 392 8228 8538 6890 -154 -487 -145 C +ATOM 2985 CG ASP A 392 121.910 -17.333 65.742 1.00 70.05 C +ANISOU 2985 CG ASP A 392 9008 9719 7888 -136 -367 -101 C +ATOM 2986 OD1 ASP A 392 121.624 -16.657 64.732 1.00 79.34 O +ANISOU 2986 OD1 ASP A 392 10140 11019 8985 -205 -269 -9 O +ATOM 2987 OD2 ASP A 392 123.082 -17.487 66.144 1.00 76.21 O +ANISOU 2987 OD2 ASP A 392 9659 10537 8758 -52 -368 -143 O +ATOM 2988 N LEU A 393 118.488 -16.056 66.661 1.00 56.12 N +ANISOU 2988 N LEU A 393 7523 7688 6113 -436 -507 91 N +ATOM 2989 CA LEU A 393 117.925 -14.705 66.660 1.00 52.99 C +ANISOU 2989 CA LEU A 393 7082 7290 5760 -545 -489 228 C +ATOM 2990 C LEU A 393 119.065 -13.695 66.519 1.00 54.75 C +ANISOU 2990 C LEU A 393 7137 7577 6088 -575 -427 302 C +ATOM 2991 O LEU A 393 119.409 -12.947 67.436 1.00 70.89 O +ANISOU 2991 O LEU A 393 9129 9533 8272 -618 -477 326 O +ATOM 2992 CB LEU A 393 117.115 -14.463 67.928 1.00 53.47 C +ANISOU 2992 CB LEU A 393 7225 7203 5890 -582 -578 239 C +ATOM 2993 CG LEU A 393 115.907 -15.372 68.165 1.00 60.73 C +ANISOU 2993 CG LEU A 393 8284 8056 6734 -584 -627 200 C +ATOM 2994 CD1 LEU A 393 115.246 -15.034 69.494 1.00 63.81 C +ANISOU 2994 CD1 LEU A 393 8728 8334 7184 -606 -685 228 C +ATOM 2995 CD2 LEU A 393 114.902 -15.262 67.029 1.00 70.48 C +ANISOU 2995 CD2 LEU A 393 9534 9376 7868 -636 -598 248 C +ATOM 2996 N HIS A 394 119.649 -13.680 65.319 1.00 39.89 N +ANISOU 2996 N HIS A 394 5165 5859 4131 -556 -316 338 N +ATOM 2997 CA HIS A 394 120.869 -12.912 65.093 1.00 46.10 C +ANISOU 2997 CA HIS A 394 5763 6731 5023 -590 -235 416 C +ATOM 2998 C HIS A 394 120.657 -11.425 65.353 1.00 59.55 C +ANISOU 2998 C HIS A 394 7414 8347 6863 -726 -241 567 C +ATOM 2999 O HIS A 394 121.544 -10.749 65.885 1.00 47.84 O +ANISOU 2999 O HIS A 394 5800 6822 5555 -786 -255 594 O +ATOM 3000 CB HIS A 394 121.364 -13.135 63.664 1.00 54.43 C +ANISOU 3000 CB HIS A 394 6740 8006 5935 -540 -85 454 C +ATOM 3001 CG HIS A 394 120.490 -12.518 62.618 1.00 80.24 C +ANISOU 3001 CG HIS A 394 10063 11353 9073 -596 -21 593 C +ATOM 3002 ND1 HIS A 394 119.311 -13.095 62.196 1.00 78.97 N +ANISOU 3002 ND1 HIS A 394 10064 11194 8748 -562 -71 540 N +ATOM 3003 CD2 HIS A 394 120.621 -11.372 61.910 1.00 88.05 C +ANISOU 3003 CD2 HIS A 394 10962 12418 10074 -684 80 794 C +ATOM 3004 CE1 HIS A 394 118.756 -12.332 61.272 1.00 81.14 C +ANISOU 3004 CE1 HIS A 394 10344 11562 8925 -609 -13 694 C +ATOM 3005 NE2 HIS A 394 119.532 -11.281 61.079 1.00 85.95 N +ANISOU 3005 NE2 HIS A 394 10811 12211 9633 -679 85 860 N +ATOM 3006 N ALA A 395 119.488 -10.896 64.986 1.00 70.34 N +ANISOU 3006 N ALA A 395 8881 9679 8166 -773 -243 661 N +ATOM 3007 CA ALA A 395 119.269 -9.458 65.068 1.00 63.91 C +ANISOU 3007 CA ALA A 395 8032 8771 7480 -882 -241 814 C +ATOM 3008 C ALA A 395 119.184 -8.958 66.504 1.00 60.14 C +ANISOU 3008 C ALA A 395 7584 8092 7173 -914 -367 749 C +ATOM 3009 O ALA A 395 119.357 -7.758 66.737 1.00 64.25 O +ANISOU 3009 O ALA A 395 8057 8504 7852 -1004 -382 838 O +ATOM 3010 CB ALA A 395 117.999 -9.077 64.309 1.00 59.57 C +ANISOU 3010 CB ALA A 395 7583 8244 6809 -890 -223 927 C +ATOM 3011 N PHE A 396 118.920 -9.842 67.469 1.00 44.20 N +ANISOU 3011 N PHE A 396 5655 6017 5122 -840 -460 596 N +ATOM 3012 CA PHE A 396 118.872 -9.470 68.878 1.00 49.31 C +ANISOU 3012 CA PHE A 396 6342 6507 5885 -842 -580 518 C +ATOM 3013 C PHE A 396 120.109 -9.934 69.639 1.00 47.89 C +ANISOU 3013 C PHE A 396 6078 6332 5786 -807 -642 403 C +ATOM 3014 O PHE A 396 120.050 -10.134 70.857 1.00 50.52 O +ANISOU 3014 O PHE A 396 6478 6576 6140 -760 -754 300 O +ATOM 3015 CB PHE A 396 117.611 -10.030 69.535 1.00 46.41 C +ANISOU 3015 CB PHE A 396 6136 6082 5414 -781 -637 460 C +ATOM 3016 CG PHE A 396 116.334 -9.519 68.933 1.00 50.01 C +ANISOU 3016 CG PHE A 396 6653 6539 5810 -805 -600 563 C +ATOM 3017 CD1 PHE A 396 115.949 -8.200 69.109 1.00 52.42 C +ANISOU 3017 CD1 PHE A 396 6957 6741 6217 -847 -616 643 C +ATOM 3018 CD2 PHE A 396 115.514 -10.360 68.203 1.00 67.49 C +ANISOU 3018 CD2 PHE A 396 8923 8847 7872 -779 -567 571 C +ATOM 3019 CE1 PHE A 396 114.772 -7.728 68.559 1.00 53.24 C +ANISOU 3019 CE1 PHE A 396 7108 6853 6269 -843 -591 744 C +ATOM 3020 CE2 PHE A 396 114.335 -9.896 67.651 1.00 69.93 C +ANISOU 3020 CE2 PHE A 396 9267 9177 8126 -794 -552 664 C +ATOM 3021 CZ PHE A 396 113.963 -8.578 67.829 1.00 67.98 C +ANISOU 3021 CZ PHE A 396 9010 8842 7977 -817 -561 758 C +ATOM 3022 N GLU A 397 121.236 -10.107 68.945 1.00 40.62 N +ANISOU 3022 N GLU A 397 5001 5533 4900 -817 -570 423 N +ATOM 3023 CA GLU A 397 122.463 -10.516 69.618 1.00 55.47 C +ANISOU 3023 CA GLU A 397 6766 7440 6871 -773 -636 319 C +ATOM 3024 C GLU A 397 122.978 -9.446 70.571 1.00 63.69 C +ANISOU 3024 C GLU A 397 7730 8360 8108 -861 -750 297 C +ATOM 3025 O GLU A 397 123.805 -9.752 71.436 1.00 82.64 O +ANISOU 3025 O GLU A 397 10063 10760 10576 -815 -860 185 O +ATOM 3026 CB GLU A 397 123.542 -10.857 68.589 1.00 50.77 C +ANISOU 3026 CB GLU A 397 5988 7028 6276 -758 -513 354 C +ATOM 3027 CG GLU A 397 123.992 -9.681 67.734 1.00 45.61 C +ANISOU 3027 CG GLU A 397 5172 6424 5732 -902 -402 520 C +ATOM 3028 CD GLU A 397 125.048 -10.072 66.722 1.00 61.10 C +ANISOU 3028 CD GLU A 397 6940 8607 7667 -871 -252 564 C +ATOM 3029 OE1 GLU A 397 125.535 -11.220 66.782 1.00 58.72 O +ANISOU 3029 OE1 GLU A 397 6619 8405 7287 -724 -255 438 O +ATOM 3030 OE2 GLU A 397 125.394 -9.228 65.868 1.00 67.11 O +ANISOU 3030 OE2 GLU A 397 7570 9443 8486 -985 -124 732 O +ATOM 3031 N ASN A 398 122.511 -8.205 70.434 1.00 49.76 N +ANISOU 3031 N ASN A 398 5981 6487 6439 -978 -743 393 N +ATOM 3032 CA ASN A 398 122.937 -7.103 71.287 1.00 52.15 C +ANISOU 3032 CA ASN A 398 6232 6640 6944 -1073 -865 356 C +ATOM 3033 C ASN A 398 121.843 -6.655 72.249 1.00 60.54 C +ANISOU 3033 C ASN A 398 7490 7536 7975 -1035 -970 288 C +ATOM 3034 O ASN A 398 122.014 -5.645 72.941 1.00 60.08 O +ANISOU 3034 O ASN A 398 7429 7326 8071 -1101 -1080 239 O +ATOM 3035 CB ASN A 398 123.395 -5.926 70.425 1.00 43.57 C +ANISOU 3035 CB ASN A 398 5001 5521 6033 -1241 -781 519 C +ATOM 3036 CG ASN A 398 124.601 -6.264 69.573 1.00 45.11 C +ANISOU 3036 CG ASN A 398 4965 5904 6272 -1283 -665 590 C +ATOM 3037 OD1 ASN A 398 125.572 -6.846 70.057 1.00 62.20 O +ANISOU 3037 OD1 ASN A 398 6999 8152 8482 -1239 -727 478 O +ATOM 3038 ND2 ASN A 398 124.542 -5.912 68.295 1.00 58.08 N +ANISOU 3038 ND2 ASN A 398 6548 7631 7887 -1351 -492 782 N +ATOM 3039 N LEU A 399 120.727 -7.377 72.310 1.00 70.17 N +ANISOU 3039 N LEU A 399 8874 8782 9004 -931 -939 278 N +ATOM 3040 CA LEU A 399 119.662 -7.047 73.246 1.00 65.66 C +ANISOU 3040 CA LEU A 399 8472 8094 8383 -874 -1015 218 C +ATOM 3041 C LEU A 399 120.099 -7.372 74.668 1.00 69.19 C +ANISOU 3041 C LEU A 399 8960 8509 8818 -794 -1164 51 C +ATOM 3042 O LEU A 399 120.511 -8.499 74.958 1.00 65.51 O +ANISOU 3042 O LEU A 399 8493 8138 8259 -712 -1184 -5 O +ATOM 3043 CB LEU A 399 118.395 -7.820 72.885 1.00 56.12 C +ANISOU 3043 CB LEU A 399 7388 6950 6986 -800 -932 267 C +ATOM 3044 CG LEU A 399 117.264 -7.850 73.915 1.00 60.71 C +ANISOU 3044 CG LEU A 399 8124 7469 7473 -714 -982 207 C +ATOM 3045 CD1 LEU A 399 116.660 -6.469 74.112 1.00 68.07 C +ANISOU 3045 CD1 LEU A 399 9095 8269 8500 -736 -1006 229 C +ATOM 3046 CD2 LEU A 399 116.210 -8.847 73.481 1.00 63.45 C +ANISOU 3046 CD2 LEU A 399 8545 7905 7656 -670 -901 260 C +ATOM 3047 N GLU A 400 120.003 -6.386 75.558 1.00 69.01 N +ANISOU 3047 N GLU A 400 8989 8351 8882 -804 -1277 -33 N +ATOM 3048 CA GLU A 400 120.467 -6.532 76.933 1.00 56.31 C +ANISOU 3048 CA GLU A 400 7424 6722 7250 -725 -1440 -203 C +ATOM 3049 C GLU A 400 119.348 -6.552 77.961 1.00 52.40 C +ANISOU 3049 C GLU A 400 7126 6189 6594 -599 -1474 -274 C +ATOM 3050 O GLU A 400 119.380 -7.377 78.875 1.00 49.34 O +ANISOU 3050 O GLU A 400 6817 5872 6060 -483 -1535 -351 O +ATOM 3051 CB GLU A 400 121.443 -5.403 77.285 1.00 55.65 C +ANISOU 3051 CB GLU A 400 7233 6523 7390 -830 -1578 -290 C +ATOM 3052 CG GLU A 400 122.630 -5.290 76.344 1.00 67.68 C +ANISOU 3052 CG GLU A 400 8523 8097 9095 -971 -1536 -208 C +ATOM 3053 CD GLU A 400 123.653 -4.278 76.820 1.00 76.24 C +ANISOU 3053 CD GLU A 400 9478 9067 10422 -1095 -1696 -304 C +ATOM 3054 OE1 GLU A 400 123.702 -4.006 78.038 1.00 77.59 O +ANISOU 3054 OE1 GLU A 400 9735 9164 10581 -1034 -1879 -485 O +ATOM 3055 OE2 GLU A 400 124.406 -3.749 75.976 1.00 74.54 O +ANISOU 3055 OE2 GLU A 400 9074 8842 10408 -1258 -1640 -198 O +ATOM 3056 N ILE A 401 118.360 -5.667 77.848 1.00 61.39 N +ANISOU 3056 N ILE A 401 8344 7230 7752 -604 -1431 -240 N +ATOM 3057 CA ILE A 401 117.307 -5.541 78.848 1.00 65.21 C +ANISOU 3057 CA ILE A 401 8993 7692 8092 -472 -1451 -315 C +ATOM 3058 C ILE A 401 115.948 -5.649 78.173 1.00 76.29 C +ANISOU 3058 C ILE A 401 10444 9129 9414 -451 -1297 -178 C +ATOM 3059 O ILE A 401 115.736 -5.104 77.084 1.00 86.65 O +ANISOU 3059 O ILE A 401 11695 10398 10832 -537 -1224 -61 O +ATOM 3060 CB ILE A 401 117.410 -4.210 79.625 1.00 55.42 C +ANISOU 3060 CB ILE A 401 7808 6289 6962 -459 -1584 -461 C +ATOM 3061 CG1 ILE A 401 118.777 -4.091 80.306 1.00 78.49 C +ANISOU 3061 CG1 ILE A 401 10662 9185 9976 -495 -1767 -614 C +ATOM 3062 CG2 ILE A 401 116.284 -4.111 80.657 1.00 51.03 C +ANISOU 3062 CG2 ILE A 401 7422 5745 6224 -288 -1580 -545 C +ATOM 3063 CD1 ILE A 401 119.006 -2.766 81.016 1.00 93.76 C +ANISOU 3063 CD1 ILE A 401 12644 10931 12047 -506 -1930 -786 C +ATOM 3064 N ILE A 402 115.033 -6.360 78.825 1.00 53.10 N +ANISOU 3064 N ILE A 402 7609 6280 6286 -338 -1251 -182 N +ATOM 3065 CA ILE A 402 113.606 -6.297 78.534 1.00 42.32 C +ANISOU 3065 CA ILE A 402 6287 4949 4845 -294 -1134 -89 C +ATOM 3066 C ILE A 402 112.915 -5.931 79.839 1.00 47.03 C +ANISOU 3066 C ILE A 402 7002 5543 5326 -146 -1161 -196 C +ATOM 3067 O ILE A 402 113.044 -6.652 80.836 1.00 51.48 O +ANISOU 3067 O ILE A 402 7636 6185 5739 -65 -1191 -257 O +ATOM 3068 CB ILE A 402 113.062 -7.621 77.976 1.00 42.45 C +ANISOU 3068 CB ILE A 402 6286 5097 4744 -317 -1027 29 C +ATOM 3069 CG1 ILE A 402 113.821 -8.021 76.706 1.00 38.59 C +ANISOU 3069 CG1 ILE A 402 5694 4628 4340 -434 -1002 104 C +ATOM 3070 CG2 ILE A 402 111.566 -7.496 77.691 1.00 35.24 C +ANISOU 3070 CG2 ILE A 402 5384 4232 3772 -284 -923 121 C +ATOM 3071 CD1 ILE A 402 113.393 -9.362 76.130 1.00 39.82 C +ANISOU 3071 CD1 ILE A 402 5849 4889 4391 -455 -924 183 C +ATOM 3072 N ARG A 403 112.189 -4.815 79.840 1.00 40.30 N +ANISOU 3072 N ARG A 403 6176 4605 4531 -94 -1148 -215 N +ATOM 3073 CA ARG A 403 111.649 -4.282 81.082 1.00 47.49 C +ANISOU 3073 CA ARG A 403 7200 5505 5338 71 -1181 -352 C +ATOM 3074 C ARG A 403 110.231 -4.753 81.377 1.00 49.33 C +ANISOU 3074 C ARG A 403 7458 5885 5399 181 -1038 -274 C +ATOM 3075 O ARG A 403 109.802 -4.687 82.534 1.00 45.12 O +ANISOU 3075 O ARG A 403 7018 5415 4711 334 -1033 -371 O +ATOM 3076 CB ARG A 403 111.691 -2.753 81.052 1.00 55.75 C +ANISOU 3076 CB ARG A 403 8275 6351 6554 95 -1260 -448 C +ATOM 3077 CG ARG A 403 113.089 -2.216 80.812 1.00 58.95 C +ANISOU 3077 CG ARG A 403 8638 6601 7161 -40 -1404 -519 C +ATOM 3078 CD ARG A 403 113.203 -0.737 81.118 1.00 62.51 C +ANISOU 3078 CD ARG A 403 9153 6819 7779 -10 -1518 -657 C +ATOM 3079 NE ARG A 403 114.570 -0.267 80.920 1.00 56.79 N +ANISOU 3079 NE ARG A 403 8362 5946 7269 -171 -1659 -716 N +ATOM 3080 CZ ARG A 403 115.531 -0.324 81.838 1.00 61.61 C +ANISOU 3080 CZ ARG A 403 8992 6545 7872 -173 -1822 -902 C +ATOM 3081 NH1 ARG A 403 115.286 -0.833 83.039 1.00 60.67 N +ANISOU 3081 NH1 ARG A 403 8981 6555 7514 -6 -1864 -1044 N +ATOM 3082 NH2 ARG A 403 116.745 0.129 81.554 1.00 75.49 N +ANISOU 3082 NH2 ARG A 403 10650 8176 9858 -343 -1946 -937 N +ATOM 3083 N GLY A 404 109.499 -5.224 80.372 1.00 50.73 N +ANISOU 3083 N GLY A 404 7547 6136 5594 108 -925 -105 N +ATOM 3084 CA GLY A 404 108.186 -5.798 80.613 1.00 46.77 C +ANISOU 3084 CA GLY A 404 7030 5790 4950 179 -792 -16 C +ATOM 3085 C GLY A 404 107.182 -4.838 81.207 1.00 48.19 C +ANISOU 3085 C GLY A 404 7240 5977 5093 352 -748 -76 C +ATOM 3086 O GLY A 404 106.334 -5.255 82.004 1.00 43.83 O +ANISOU 3086 O GLY A 404 6703 5574 4377 460 -651 -62 O +ATOM 3087 N ARG A 405 107.250 -3.555 80.845 1.00 41.42 N +ANISOU 3087 N ARG A 405 6391 4959 4388 388 -809 -134 N +ATOM 3088 CA ARG A 405 106.239 -2.609 81.309 1.00 56.06 C +ANISOU 3088 CA ARG A 405 8272 6805 6222 579 -766 -195 C +ATOM 3089 C ARG A 405 104.876 -2.940 80.717 1.00 71.07 C +ANISOU 3089 C ARG A 405 10047 8866 8090 602 -625 -29 C +ATOM 3090 O ARG A 405 103.861 -2.908 81.423 1.00 76.90 O +ANISOU 3090 O ARG A 405 10772 9739 8706 762 -526 -45 O +ATOM 3091 CB ARG A 405 106.660 -1.182 80.964 1.00 68.35 C +ANISOU 3091 CB ARG A 405 9877 8110 7983 602 -878 -281 C +ATOM 3092 CG ARG A 405 107.723 -0.640 81.899 1.00 72.58 C +ANISOU 3092 CG ARG A 405 10541 8494 8540 633 -1027 -501 C +ATOM 3093 CD ARG A 405 108.301 0.671 81.414 1.00 68.79 C +ANISOU 3093 CD ARG A 405 10097 7726 8315 588 -1151 -560 C +ATOM 3094 NE ARG A 405 109.466 1.050 82.209 1.00 69.94 N +ANISOU 3094 NE ARG A 405 10336 7729 8508 562 -1320 -770 N +ATOM 3095 CZ ARG A 405 110.476 1.790 81.766 1.00 58.79 C +ANISOU 3095 CZ ARG A 405 8920 6082 7337 416 -1452 -803 C +ATOM 3096 NH1 ARG A 405 110.493 2.237 80.516 1.00 49.32 N +ANISOU 3096 NH1 ARG A 405 7640 4762 6337 288 -1419 -621 N +ATOM 3097 NH2 ARG A 405 111.483 2.074 82.578 1.00 65.33 N +ANISOU 3097 NH2 ARG A 405 9815 6805 8201 393 -1621 -1011 N +ATOM 3098 N THR A 406 104.831 -3.257 79.428 1.00 71.22 N +ANISOU 3098 N THR A 406 9963 8890 8208 450 -616 126 N +ATOM 3099 CA THR A 406 103.680 -3.905 78.819 1.00 67.33 C +ANISOU 3099 CA THR A 406 9333 8577 7671 421 -509 283 C +ATOM 3100 C THR A 406 104.011 -5.374 78.593 1.00 55.36 C +ANISOU 3100 C THR A 406 7786 7166 6083 249 -485 360 C +ATOM 3101 O THR A 406 105.178 -5.749 78.462 1.00 54.77 O +ANISOU 3101 O THR A 406 7771 7008 6033 143 -557 324 O +ATOM 3102 CB THR A 406 103.299 -3.246 77.492 1.00 55.50 C +ANISOU 3102 CB THR A 406 7749 7025 6313 389 -532 397 C +ATOM 3103 OG1 THR A 406 104.444 -3.196 76.632 1.00 54.95 O +ANISOU 3103 OG1 THR A 406 7709 6823 6346 235 -616 424 O +ATOM 3104 CG2 THR A 406 102.771 -1.841 77.726 1.00 47.63 C +ANISOU 3104 CG2 THR A 406 6783 5918 5396 586 -548 339 C +ATOM 3105 N LYS A 407 102.974 -6.209 78.554 1.00 57.08 N +ANISOU 3105 N LYS A 407 7902 7562 6224 223 -385 465 N +ATOM 3106 CA LYS A 407 103.168 -7.651 78.523 1.00 55.93 C +ANISOU 3106 CA LYS A 407 7747 7492 6012 74 -360 530 C +ATOM 3107 C LYS A 407 102.119 -8.306 77.638 1.00 53.11 C +ANISOU 3107 C LYS A 407 7237 7264 5679 -31 -309 666 C +ATOM 3108 O LYS A 407 100.937 -7.952 77.689 1.00 54.99 O +ANISOU 3108 O LYS A 407 7360 7620 5916 48 -240 719 O +ATOM 3109 CB LYS A 407 103.122 -8.229 79.944 1.00 45.44 C +ANISOU 3109 CB LYS A 407 6496 6240 4532 147 -293 497 C +ATOM 3110 CG LYS A 407 104.307 -7.789 80.795 1.00 56.44 C +ANISOU 3110 CG LYS A 407 8046 7516 5883 230 -380 347 C +ATOM 3111 CD LYS A 407 104.231 -8.297 82.224 1.00 49.63 C +ANISOU 3111 CD LYS A 407 7273 6753 4830 332 -320 320 C +ATOM 3112 CE LYS A 407 103.317 -7.436 83.079 1.00 53.53 C +ANISOU 3112 CE LYS A 407 7766 7342 5229 539 -234 262 C +ATOM 3113 NZ LYS A 407 103.421 -7.792 84.520 1.00 55.85 N +ANISOU 3113 NZ LYS A 407 8177 7739 5303 666 -186 215 N +ATOM 3114 N GLN A 408 102.566 -9.263 76.828 1.00 52.95 N +ANISOU 3114 N GLN A 408 7210 7224 5683 -200 -353 709 N +ATOM 3115 CA GLN A 408 101.682 -9.944 75.893 1.00 57.07 C +ANISOU 3115 CA GLN A 408 7599 7852 6233 -321 -342 809 C +ATOM 3116 C GLN A 408 100.660 -10.780 76.651 1.00 55.51 C +ANISOU 3116 C GLN A 408 7325 7788 5979 -351 -239 882 C +ATOM 3117 O GLN A 408 101.012 -11.533 77.565 1.00 47.12 O +ANISOU 3117 O GLN A 408 6350 6707 4845 -370 -196 881 O +ATOM 3118 CB GLN A 408 102.498 -10.825 74.946 1.00 43.62 C +ANISOU 3118 CB GLN A 408 5938 6085 4552 -476 -418 802 C +ATOM 3119 CG GLN A 408 101.679 -11.748 74.050 1.00 43.68 C +ANISOU 3119 CG GLN A 408 5836 6186 4576 -620 -432 870 C +ATOM 3120 CD GLN A 408 100.791 -10.999 73.074 1.00 68.07 C +ANISOU 3120 CD GLN A 408 8787 9374 7704 -594 -463 923 C +ATOM 3121 OE1 GLN A 408 100.563 -9.798 73.211 1.00 90.53 O +ANISOU 3121 OE1 GLN A 408 11607 12220 10569 -454 -449 931 O +ATOM 3122 NE2 GLN A 408 100.290 -11.710 72.072 1.00 74.50 N +ANISOU 3122 NE2 GLN A 408 9517 10262 8527 -721 -519 953 N +ATOM 3123 N HIS A 409 99.390 -10.654 76.262 1.00 43.48 N +ANISOU 3123 N HIS A 409 5625 6406 4490 -356 -200 961 N +ATOM 3124 CA HIS A 409 98.287 -11.250 77.013 1.00 46.21 C +ANISOU 3124 CA HIS A 409 5850 6906 4800 -376 -79 1051 C +ATOM 3125 C HIS A 409 98.393 -10.898 78.494 1.00 52.02 C +ANISOU 3125 C HIS A 409 6675 7667 5425 -212 30 1020 C +ATOM 3126 O HIS A 409 97.928 -11.638 79.364 1.00 44.92 O +ANISOU 3126 O HIS A 409 5750 6863 4453 -242 144 1099 O +ATOM 3127 CB HIS A 409 98.235 -12.767 76.811 1.00 46.89 C +ANISOU 3127 CB HIS A 409 5927 6984 4907 -600 -86 1118 C +ATOM 3128 CG HIS A 409 97.938 -13.177 75.402 1.00 56.32 C +ANISOU 3128 CG HIS A 409 7023 8186 6192 -755 -196 1130 C +ATOM 3129 ND1 HIS A 409 98.911 -13.627 74.536 1.00 54.23 N +ANISOU 3129 ND1 HIS A 409 6874 7788 5941 -846 -311 1061 N +ATOM 3130 CD2 HIS A 409 96.777 -13.196 74.705 1.00 56.11 C +ANISOU 3130 CD2 HIS A 409 6787 8302 6230 -820 -215 1191 C +ATOM 3131 CE1 HIS A 409 98.362 -13.911 73.369 1.00 49.50 C +ANISOU 3131 CE1 HIS A 409 6164 7249 5397 -957 -397 1072 C +ATOM 3132 NE2 HIS A 409 97.068 -13.658 73.445 1.00 60.35 N +ANISOU 3132 NE2 HIS A 409 7337 8787 6806 -950 -352 1150 N +ATOM 3133 N GLY A 410 99.012 -9.753 78.781 1.00 64.98 N +ANISOU 3133 N GLY A 410 8425 9219 7046 -38 -9 905 N +ATOM 3134 CA GLY A 410 99.177 -9.287 80.141 1.00 77.26 C +ANISOU 3134 CA GLY A 410 10085 10793 8478 144 64 833 C +ATOM 3135 C GLY A 410 100.065 -10.144 81.012 1.00 76.64 C +ANISOU 3135 C GLY A 410 10169 10662 8290 100 67 817 C +ATOM 3136 O GLY A 410 99.933 -10.094 82.237 1.00 99.92 O +ANISOU 3136 O GLY A 410 13181 13693 11091 232 157 800 O +ATOM 3137 N GLN A 411 100.977 -10.924 80.429 1.00 59.65 N +ANISOU 3137 N GLN A 411 8092 8384 6190 -59 -30 819 N +ATOM 3138 CA GLN A 411 101.720 -11.887 81.235 1.00 60.96 C +ANISOU 3138 CA GLN A 411 8398 8508 6257 -96 -29 831 C +ATOM 3139 C GLN A 411 103.157 -12.119 80.777 1.00 48.85 C +ANISOU 3139 C GLN A 411 6986 6801 4774 -158 -173 745 C +ATOM 3140 O GLN A 411 104.021 -12.420 81.606 1.00 38.90 O +ANISOU 3140 O GLN A 411 5864 5492 3423 -103 -208 698 O +ATOM 3141 CB GLN A 411 100.975 -13.224 81.251 1.00 60.02 C +ANISOU 3141 CB GLN A 411 8205 8464 6136 -256 61 998 C +ATOM 3142 CG GLN A 411 101.214 -14.041 82.509 1.00 66.04 C +ANISOU 3142 CG GLN A 411 9091 9252 6749 -228 135 1069 C +ATOM 3143 CD GLN A 411 101.058 -15.530 82.283 1.00 94.79 C +ANISOU 3143 CD GLN A 411 12729 12842 10443 -432 154 1215 C +ATOM 3144 OE1 GLN A 411 101.947 -16.179 81.736 1.00100.31 O +ANISOU 3144 OE1 GLN A 411 13521 13382 11208 -524 39 1179 O +ATOM 3145 NE2 GLN A 411 99.929 -16.082 82.710 1.00108.19 N +ANISOU 3145 NE2 GLN A 411 14316 14670 12120 -504 302 1382 N +ATOM 3146 N PHE A 412 103.439 -11.994 79.482 1.00 45.89 N +ANISOU 3146 N PHE A 412 6556 6350 4529 -258 -255 727 N +ATOM 3147 CA PHE A 412 104.710 -12.443 78.923 1.00 44.50 C +ANISOU 3147 CA PHE A 412 6461 6045 4403 -334 -363 670 C +ATOM 3148 C PHE A 412 105.531 -11.268 78.410 1.00 50.14 C +ANISOU 3148 C PHE A 412 7185 6671 5194 -281 -451 566 C +ATOM 3149 O PHE A 412 105.035 -10.447 77.631 1.00 52.66 O +ANISOU 3149 O PHE A 412 7419 7003 5587 -278 -452 581 O +ATOM 3150 CB PHE A 412 104.473 -13.452 77.801 1.00 53.20 C +ANISOU 3150 CB PHE A 412 7502 7137 5576 -505 -379 737 C +ATOM 3151 CG PHE A 412 103.850 -14.732 78.273 1.00 55.31 C +ANISOU 3151 CG PHE A 412 7774 7436 5806 -595 -314 841 C +ATOM 3152 CD1 PHE A 412 102.475 -14.865 78.331 1.00 45.17 C +ANISOU 3152 CD1 PHE A 412 6361 6272 4529 -646 -222 946 C +ATOM 3153 CD2 PHE A 412 104.639 -15.796 78.673 1.00 69.30 C +ANISOU 3153 CD2 PHE A 412 9672 9111 7549 -628 -345 847 C +ATOM 3154 CE1 PHE A 412 101.898 -16.038 78.776 1.00 54.37 C +ANISOU 3154 CE1 PHE A 412 7520 7453 5683 -756 -155 1064 C +ATOM 3155 CE2 PHE A 412 104.066 -16.972 79.116 1.00 75.01 C +ANISOU 3155 CE2 PHE A 412 10414 9830 8255 -721 -284 966 C +ATOM 3156 CZ PHE A 412 102.695 -17.094 79.162 1.00 66.56 C +ANISOU 3156 CZ PHE A 412 9213 8872 7204 -799 -186 1079 C +ATOM 3157 N SER A 413 106.791 -11.202 78.847 1.00 50.63 N +ANISOU 3157 N SER A 413 7346 6644 5248 -245 -530 473 N +ATOM 3158 CA SER A 413 107.740 -10.207 78.368 1.00 34.88 C +ANISOU 3158 CA SER A 413 5351 4549 3353 -233 -619 386 C +ATOM 3159 C SER A 413 108.670 -10.738 77.285 1.00 39.90 C +ANISOU 3159 C SER A 413 5959 5136 4064 -347 -669 393 C +ATOM 3160 O SER A 413 109.257 -9.937 76.552 1.00 40.90 O +ANISOU 3160 O SER A 413 6045 5205 4288 -372 -711 371 O +ATOM 3161 CB SER A 413 108.583 -9.675 79.533 1.00 39.92 C +ANISOU 3161 CB SER A 413 6086 5130 3951 -123 -691 260 C +ATOM 3162 OG SER A 413 109.080 -10.736 80.328 1.00 56.84 O +ANISOU 3162 OG SER A 413 8309 7298 5987 -108 -708 255 O +ATOM 3163 N LEU A 414 108.826 -12.056 77.176 1.00 46.14 N +ANISOU 3163 N LEU A 414 6775 5945 4812 -409 -661 426 N +ATOM 3164 CA LEU A 414 109.599 -12.668 76.100 1.00 50.42 C +ANISOU 3164 CA LEU A 414 7293 6459 5407 -493 -695 421 C +ATOM 3165 C LEU A 414 108.857 -13.913 75.643 1.00 57.70 C +ANISOU 3165 C LEU A 414 8214 7414 6296 -576 -657 486 C +ATOM 3166 O LEU A 414 108.634 -14.828 76.441 1.00 57.58 O +ANISOU 3166 O LEU A 414 8267 7386 6225 -572 -640 515 O +ATOM 3167 CB LEU A 414 111.018 -13.026 76.559 1.00 38.10 C +ANISOU 3167 CB LEU A 414 5785 4840 3852 -453 -767 341 C +ATOM 3168 CG LEU A 414 111.893 -13.749 75.529 1.00 42.24 C +ANISOU 3168 CG LEU A 414 6280 5352 4419 -507 -789 322 C +ATOM 3169 CD1 LEU A 414 112.015 -12.941 74.245 1.00 38.63 C +ANISOU 3169 CD1 LEU A 414 5724 4922 4030 -564 -770 340 C +ATOM 3170 CD2 LEU A 414 113.268 -14.040 76.107 1.00 41.52 C +ANISOU 3170 CD2 LEU A 414 6214 5222 4341 -443 -864 243 C +ATOM 3171 N ALA A 415 108.474 -13.949 74.367 1.00 63.73 N +ANISOU 3171 N ALA A 415 8908 8216 7092 -655 -652 513 N +ATOM 3172 CA ALA A 415 107.684 -15.060 73.833 1.00 54.46 C +ANISOU 3172 CA ALA A 415 7724 7066 5903 -751 -641 552 C +ATOM 3173 C ALA A 415 108.234 -15.435 72.461 1.00 53.16 C +ANISOU 3173 C ALA A 415 7545 6905 5750 -802 -681 505 C +ATOM 3174 O ALA A 415 107.964 -14.750 71.473 1.00 46.67 O +ANISOU 3174 O ALA A 415 6649 6154 4930 -819 -683 524 O +ATOM 3175 CB ALA A 415 106.207 -14.691 73.751 1.00 41.89 C +ANISOU 3175 CB ALA A 415 6039 5566 4311 -786 -597 632 C +ATOM 3176 N VAL A 416 108.986 -16.528 72.403 1.00 52.42 N +ANISOU 3176 N VAL A 416 7526 6739 5650 -808 -712 446 N +ATOM 3177 CA VAL A 416 109.540 -17.048 71.156 1.00 48.39 C +ANISOU 3177 CA VAL A 416 7017 6240 5127 -831 -742 377 C +ATOM 3178 C VAL A 416 108.880 -18.395 70.908 1.00 51.60 C +ANISOU 3178 C VAL A 416 7481 6591 5532 -914 -774 356 C +ATOM 3179 O VAL A 416 109.099 -19.346 71.669 1.00 53.98 O +ANISOU 3179 O VAL A 416 7876 6779 5855 -908 -787 350 O +ATOM 3180 CB VAL A 416 111.067 -17.189 71.220 1.00 45.15 C +ANISOU 3180 CB VAL A 416 6640 5788 4728 -746 -756 303 C +ATOM 3181 CG1 VAL A 416 111.644 -17.310 69.819 1.00 38.75 C +ANISOU 3181 CG1 VAL A 416 5794 5044 3884 -742 -755 242 C +ATOM 3182 CG2 VAL A 416 111.691 -16.020 71.971 1.00 61.37 C +ANISOU 3182 CG2 VAL A 416 8652 7848 6817 -683 -747 322 C +ATOM 3183 N VAL A 417 108.071 -18.495 69.853 1.00 45.52 N +ANISOU 3183 N VAL A 417 6661 5894 4743 -994 -800 347 N +ATOM 3184 CA VAL A 417 107.314 -19.719 69.605 1.00 43.92 C +ANISOU 3184 CA VAL A 417 6499 5626 4563 -1103 -851 317 C +ATOM 3185 C VAL A 417 107.286 -20.026 68.114 1.00 52.32 C +ANISOU 3185 C VAL A 417 7556 6754 5571 -1133 -916 214 C +ATOM 3186 O VAL A 417 107.138 -19.124 67.284 1.00 36.35 O +ANISOU 3186 O VAL A 417 5450 4877 3484 -1111 -912 231 O +ATOM 3187 CB VAL A 417 105.874 -19.620 70.157 1.00 36.30 C +ANISOU 3187 CB VAL A 417 5453 4698 3642 -1206 -832 427 C +ATOM 3188 CG1 VAL A 417 105.887 -19.401 71.665 1.00 38.01 C +ANISOU 3188 CG1 VAL A 417 5693 4871 3877 -1158 -756 523 C +ATOM 3189 CG2 VAL A 417 105.106 -18.507 69.464 1.00 54.09 C +ANISOU 3189 CG2 VAL A 417 7567 7121 5864 -1209 -830 471 C +ATOM 3190 N SER A 418 107.433 -21.312 67.783 1.00 46.20 N +ANISOU 3190 N SER A 418 6881 5861 4811 -1171 -980 106 N +ATOM 3191 CA SER A 418 107.121 -21.833 66.455 1.00 43.21 C +ANISOU 3191 CA SER A 418 6515 5530 4375 -1218 -1067 -18 C +ATOM 3192 C SER A 418 108.185 -21.502 65.414 1.00 44.46 C +ANISOU 3192 C SER A 418 6689 5795 4410 -1089 -1051 -115 C +ATOM 3193 O SER A 418 107.851 -21.168 64.273 1.00 56.82 O +ANISOU 3193 O SER A 418 8208 7512 5868 -1094 -1086 -153 O +ATOM 3194 CB SER A 418 105.765 -21.293 65.992 1.00 72.48 C +ANISOU 3194 CB SER A 418 10092 9378 8070 -1326 -1107 46 C +ATOM 3195 OG SER A 418 104.799 -21.385 67.024 1.00 89.14 O +ANISOU 3195 OG SER A 418 12144 11436 10290 -1431 -1085 165 O +ATOM 3196 N LEU A 419 109.461 -21.609 65.777 1.00 43.57 N +ANISOU 3196 N LEU A 419 6630 5623 4302 -968 -997 -148 N +ATOM 3197 CA LEU A 419 110.560 -21.259 64.888 1.00 55.45 C +ANISOU 3197 CA LEU A 419 8120 7249 5701 -842 -950 -216 C +ATOM 3198 C LEU A 419 111.365 -22.498 64.500 1.00 68.42 C +ANISOU 3198 C LEU A 419 9882 8794 7321 -753 -985 -395 C +ATOM 3199 O LEU A 419 111.441 -23.471 65.257 1.00 74.78 O +ANISOU 3199 O LEU A 419 10788 9398 8226 -757 -1028 -434 O +ATOM 3200 CB LEU A 419 111.487 -20.233 65.548 1.00 62.31 C +ANISOU 3200 CB LEU A 419 8912 8160 6605 -764 -856 -113 C +ATOM 3201 CG LEU A 419 111.062 -18.760 65.587 1.00 71.18 C +ANISOU 3201 CG LEU A 419 9919 9401 7726 -800 -807 38 C +ATOM 3202 CD1 LEU A 419 109.678 -18.572 66.182 1.00 73.73 C +ANISOU 3202 CD1 LEU A 419 10220 9691 8103 -904 -843 124 C +ATOM 3203 CD2 LEU A 419 112.080 -17.948 66.374 1.00 71.90 C +ANISOU 3203 CD2 LEU A 419 9958 9474 7886 -736 -743 102 C +ATOM 3204 N ASN A 420 112.042 -22.438 63.367 1.00 72.94 N +ANISOU 3204 N ASN A 420 10445 9509 7760 -651 -955 -493 N +ATOM 3205 CA ASN A 420 112.858 -23.563 62.959 1.00 85.36 C +ANISOU 3205 CA ASN A 420 12127 11005 9301 -528 -978 -682 C +ATOM 3206 C ASN A 420 114.314 -23.297 63.320 1.00 74.90 C +ANISOU 3206 C ASN A 420 10745 9717 7995 -373 -877 -666 C +ATOM 3207 O ASN A 420 115.219 -23.851 62.703 1.00 87.78 O +ANISOU 3207 O ASN A 420 12407 11390 9556 -223 -849 -807 O +ATOM 3208 CB ASN A 420 112.733 -23.791 61.461 1.00117.17 C +ANISOU 3208 CB ASN A 420 16187 15189 13144 -483 -1005 -830 C +ATOM 3209 CG ASN A 420 113.648 -22.890 60.669 1.00152.35 C +ANISOU 3209 CG ASN A 420 20535 19900 17450 -363 -875 -788 C +ATOM 3210 OD1 ASN A 420 113.970 -21.786 61.104 1.00156.42 O +ANISOU 3210 OD1 ASN A 420 20926 20496 18011 -380 -782 -609 O +ATOM 3211 ND2 ASN A 420 114.076 -23.357 59.506 1.00183.13 N +ANISOU 3211 ND2 ASN A 420 24484 23926 21171 -240 -863 -953 N +ATOM 3212 N ILE A 421 114.538 -22.449 64.320 1.00 66.01 N +ANISOU 3212 N ILE A 421 9529 8586 6966 -402 -828 -507 N +ATOM 3213 CA ILE A 421 115.897 -22.122 64.739 1.00 68.09 C +ANISOU 3213 CA ILE A 421 9709 8891 7270 -278 -754 -488 C +ATOM 3214 C ILE A 421 116.444 -23.219 65.647 1.00 65.54 C +ANISOU 3214 C ILE A 421 9488 8367 7049 -185 -812 -562 C +ATOM 3215 O ILE A 421 115.707 -24.035 66.207 1.00 65.70 O +ANISOU 3215 O ILE A 421 9639 8193 7131 -247 -896 -573 O +ATOM 3216 CB ILE A 421 115.960 -20.750 65.435 1.00 47.55 C +ANISOU 3216 CB ILE A 421 6977 6352 4736 -346 -704 -312 C +ATOM 3217 CG1 ILE A 421 114.963 -20.676 66.595 1.00 39.05 C +ANISOU 3217 CG1 ILE A 421 5956 5132 3751 -455 -766 -221 C +ATOM 3218 CG2 ILE A 421 115.716 -19.636 64.426 1.00 48.16 C +ANISOU 3218 CG2 ILE A 421 6953 6628 4720 -398 -632 -227 C +ATOM 3219 CD1 ILE A 421 115.342 -19.669 67.658 1.00 42.94 C +ANISOU 3219 CD1 ILE A 421 6365 5622 4328 -461 -743 -109 C +ATOM 3220 N THR A 422 117.768 -23.220 65.801 1.00 59.38 N +ANISOU 3220 N THR A 422 8634 7638 6291 -35 -766 -596 N +ATOM 3221 CA THR A 422 118.465 -24.187 66.639 1.00 56.59 C +ANISOU 3221 CA THR A 422 8359 7117 6027 95 -824 -657 C +ATOM 3222 C THR A 422 118.899 -23.614 67.981 1.00 60.71 C +ANISOU 3222 C THR A 422 8811 7607 6649 94 -842 -533 C +ATOM 3223 O THR A 422 119.035 -24.371 68.949 1.00 51.33 O +ANISOU 3223 O THR A 422 7726 6246 5529 157 -917 -530 O +ATOM 3224 CB THR A 422 119.701 -24.721 65.907 1.00 50.98 C +ANISOU 3224 CB THR A 422 7604 6494 5272 304 -777 -804 C +ATOM 3225 OG1 THR A 422 120.477 -23.624 65.410 1.00 56.80 O +ANISOU 3225 OG1 THR A 422 8129 7484 5968 321 -661 -747 O +ATOM 3226 CG2 THR A 422 119.290 -25.617 64.747 1.00 45.42 C +ANISOU 3226 CG2 THR A 422 7030 5766 4462 347 -794 -977 C +ATOM 3227 N SER A 423 119.123 -22.304 68.061 1.00 68.56 N +ANISOU 3227 N SER A 423 9644 8754 7651 30 -784 -434 N +ATOM 3228 CA SER A 423 119.562 -21.664 69.292 1.00 61.60 C +ANISOU 3228 CA SER A 423 8694 7854 6856 28 -818 -346 C +ATOM 3229 C SER A 423 118.977 -20.262 69.361 1.00 57.99 C +ANISOU 3229 C SER A 423 8148 7481 6405 -122 -780 -229 C +ATOM 3230 O SER A 423 118.830 -19.587 68.339 1.00 55.38 O +ANISOU 3230 O SER A 423 7735 7280 6027 -182 -703 -203 O +ATOM 3231 CB SER A 423 121.092 -21.600 69.375 1.00 65.32 C +ANISOU 3231 CB SER A 423 9018 8421 7379 175 -806 -397 C +ATOM 3232 OG SER A 423 121.657 -21.210 68.138 1.00 78.60 O +ANISOU 3232 OG SER A 423 10559 10291 9014 196 -697 -430 O +ATOM 3233 N LEU A 424 118.645 -19.829 70.578 1.00 55.45 N +ANISOU 3233 N LEU A 424 7854 7082 6132 -166 -835 -156 N +ATOM 3234 CA LEU A 424 118.143 -18.471 70.761 1.00 46.05 C +ANISOU 3234 CA LEU A 424 6590 5945 4962 -280 -810 -62 C +ATOM 3235 C LEU A 424 119.197 -17.446 70.361 1.00 51.67 C +ANISOU 3235 C LEU A 424 7120 6780 5735 -281 -767 -50 C +ATOM 3236 O LEU A 424 118.929 -16.539 69.564 1.00 69.95 O +ANISOU 3236 O LEU A 424 9359 9176 8042 -367 -697 15 O +ATOM 3237 CB LEU A 424 117.706 -18.260 72.212 1.00 38.40 C +ANISOU 3237 CB LEU A 424 5694 4881 4016 -290 -878 -15 C +ATOM 3238 CG LEU A 424 116.465 -19.024 72.682 1.00 40.71 C +ANISOU 3238 CG LEU A 424 6141 5069 4259 -330 -893 27 C +ATOM 3239 CD1 LEU A 424 116.240 -18.801 74.169 1.00 34.71 C +ANISOU 3239 CD1 LEU A 424 5442 4253 3492 -306 -941 78 C +ATOM 3240 CD2 LEU A 424 115.228 -18.613 71.894 1.00 46.06 C +ANISOU 3240 CD2 LEU A 424 6809 5788 4903 -453 -838 78 C +ATOM 3241 N GLY A 425 120.405 -17.578 70.901 1.00 53.57 N +ANISOU 3241 N GLY A 425 7278 7033 6042 -190 -810 -101 N +ATOM 3242 CA GLY A 425 121.492 -16.695 70.526 1.00 54.81 C +ANISOU 3242 CA GLY A 425 7232 7310 6284 -207 -769 -87 C +ATOM 3243 C GLY A 425 121.455 -15.332 71.176 1.00 44.80 C +ANISOU 3243 C GLY A 425 5894 6015 5113 -315 -808 -25 C +ATOM 3244 O GLY A 425 121.987 -14.371 70.612 1.00 37.94 O +ANISOU 3244 O GLY A 425 4870 5221 4324 -393 -751 30 O +ATOM 3245 N LEU A 426 120.845 -15.219 72.354 1.00 43.67 N +ANISOU 3245 N LEU A 426 5867 5760 4965 -317 -901 -30 N +ATOM 3246 CA LEU A 426 120.740 -13.940 73.057 1.00 44.04 C +ANISOU 3246 CA LEU A 426 5879 5760 5094 -396 -955 -4 C +ATOM 3247 C LEU A 426 121.872 -13.826 74.077 1.00 64.85 C +ANISOU 3247 C LEU A 426 8433 8391 7814 -338 -1080 -85 C +ATOM 3248 O LEU A 426 121.679 -13.913 75.290 1.00 82.15 O +ANISOU 3248 O LEU A 426 10725 10519 9969 -281 -1188 -130 O +ATOM 3249 CB LEU A 426 119.374 -13.815 73.723 1.00 50.67 C +ANISOU 3249 CB LEU A 426 6884 6511 5857 -414 -973 26 C +ATOM 3250 CG LEU A 426 118.144 -13.967 72.824 1.00 47.00 C +ANISOU 3250 CG LEU A 426 6488 6057 5312 -471 -878 100 C +ATOM 3251 CD1 LEU A 426 116.892 -14.066 73.678 1.00 38.34 C +ANISOU 3251 CD1 LEU A 426 5530 4893 4146 -467 -899 123 C +ATOM 3252 CD2 LEU A 426 118.034 -12.810 71.845 1.00 49.17 C +ANISOU 3252 CD2 LEU A 426 6665 6373 5643 -568 -807 179 C +ATOM 3253 N ARG A 427 123.079 -13.612 73.550 1.00 68.15 N +ANISOU 3253 N ARG A 427 8653 8901 8340 -350 -1063 -99 N +ATOM 3254 CA ARG A 427 124.262 -13.575 74.406 1.00 56.75 C +ANISOU 3254 CA ARG A 427 7089 7483 6991 -293 -1195 -182 C +ATOM 3255 C ARG A 427 124.227 -12.375 75.340 1.00 49.80 C +ANISOU 3255 C ARG A 427 6201 6519 6201 -378 -1314 -214 C +ATOM 3256 O ARG A 427 124.601 -12.482 76.514 1.00 56.74 O +ANISOU 3256 O ARG A 427 7110 7377 7074 -302 -1472 -304 O +ATOM 3257 CB ARG A 427 125.537 -13.528 73.564 1.00 49.06 C +ANISOU 3257 CB ARG A 427 5862 6647 6131 -304 -1133 -179 C +ATOM 3258 CG ARG A 427 125.548 -14.403 72.322 1.00 41.63 C +ANISOU 3258 CG ARG A 427 4910 5806 5102 -238 -977 -149 C +ATOM 3259 CD ARG A 427 126.821 -14.157 71.536 1.00 63.83 C +ANISOU 3259 CD ARG A 427 7442 8784 8024 -253 -894 -132 C +ATOM 3260 NE ARG A 427 126.856 -14.891 70.271 1.00 75.96 N +ANISOU 3260 NE ARG A 427 8966 10443 9452 -176 -730 -116 N +ATOM 3261 CZ ARG A 427 126.768 -14.339 69.063 1.00 92.09 C +ANISOU 3261 CZ ARG A 427 10927 12590 11474 -270 -565 -13 C +ATOM 3262 NH1 ARG A 427 126.638 -13.025 68.914 1.00 98.76 N +ANISOU 3262 NH1 ARG A 427 11693 13409 12423 -456 -535 104 N +ATOM 3263 NH2 ARG A 427 126.819 -15.111 67.986 1.00 99.67 N +ANISOU 3263 NH2 ARG A 427 11894 13675 12299 -166 -431 -29 N +ATOM 3264 N SER A 428 123.789 -11.224 74.837 1.00 43.06 N +ANISOU 3264 N SER A 428 5319 5615 5427 -524 -1253 -145 N +ATOM 3265 CA SER A 428 123.864 -9.977 75.582 1.00 40.96 C +ANISOU 3265 CA SER A 428 5034 5246 5284 -613 -1368 -191 C +ATOM 3266 C SER A 428 122.680 -9.759 76.513 1.00 56.00 C +ANISOU 3266 C SER A 428 7162 7042 7072 -565 -1424 -228 C +ATOM 3267 O SER A 428 122.694 -8.795 77.284 1.00 48.39 O +ANISOU 3267 O SER A 428 6219 5984 6183 -601 -1539 -303 O +ATOM 3268 CB SER A 428 123.970 -8.797 74.610 1.00 41.64 C +ANISOU 3268 CB SER A 428 4993 5298 5531 -788 -1276 -85 C +ATOM 3269 OG SER A 428 124.961 -9.041 73.626 1.00 42.69 O +ANISOU 3269 OG SER A 428 4915 5566 5741 -829 -1177 -20 O +ATOM 3270 N LEU A 429 121.664 -10.618 76.467 1.00 63.04 N +ANISOU 3270 N LEU A 429 8216 7947 7789 -484 -1347 -184 N +ATOM 3271 CA LEU A 429 120.513 -10.469 77.348 1.00 57.04 C +ANISOU 3271 CA LEU A 429 7644 7118 6910 -431 -1374 -202 C +ATOM 3272 C LEU A 429 120.943 -10.685 78.793 1.00 55.34 C +ANISOU 3272 C LEU A 429 7496 6901 6630 -319 -1536 -322 C +ATOM 3273 O LEU A 429 121.475 -11.746 79.136 1.00 71.32 O +ANISOU 3273 O LEU A 429 9531 8987 8582 -219 -1581 -341 O +ATOM 3274 CB LEU A 429 119.420 -11.461 76.959 1.00 43.97 C +ANISOU 3274 CB LEU A 429 6112 5491 5103 -389 -1257 -117 C +ATOM 3275 CG LEU A 429 118.196 -11.498 77.878 1.00 47.40 C +ANISOU 3275 CG LEU A 429 6717 5890 5402 -329 -1256 -112 C +ATOM 3276 CD1 LEU A 429 117.471 -10.160 77.875 1.00 35.97 C +ANISOU 3276 CD1 LEU A 429 5280 4377 4010 -381 -1239 -107 C +ATOM 3277 CD2 LEU A 429 117.263 -12.621 77.468 1.00 56.40 C +ANISOU 3277 CD2 LEU A 429 7944 7059 6427 -315 -1152 -23 C +ATOM 3278 N LYS A 430 120.706 -9.685 79.642 1.00 50.15 N +ANISOU 3278 N LYS A 430 6896 6171 5987 -319 -1631 -407 N +ATOM 3279 CA LYS A 430 121.137 -9.739 81.035 1.00 59.23 C +ANISOU 3279 CA LYS A 430 8115 7336 7055 -206 -1805 -540 C +ATOM 3280 C LYS A 430 120.034 -9.481 82.050 1.00 64.91 C +ANISOU 3280 C LYS A 430 9032 8031 7600 -110 -1812 -578 C +ATOM 3281 O LYS A 430 120.187 -9.901 83.203 1.00 71.43 O +ANISOU 3281 O LYS A 430 9958 8909 8271 23 -1919 -650 O +ATOM 3282 CB LYS A 430 122.270 -8.732 81.279 1.00 66.78 C +ANISOU 3282 CB LYS A 430 8926 8248 8201 -283 -1971 -668 C +ATOM 3283 CG LYS A 430 123.540 -9.072 80.526 1.00 87.02 C +ANISOU 3283 CG LYS A 430 11262 10880 10922 -351 -1980 -643 C +ATOM 3284 CD LYS A 430 124.037 -7.898 79.708 1.00 91.22 C +ANISOU 3284 CD LYS A 430 11615 11336 11708 -543 -1962 -623 C +ATOM 3285 CE LYS A 430 125.147 -8.337 78.772 1.00 78.11 C +ANISOU 3285 CE LYS A 430 9715 9785 10178 -606 -1904 -556 C +ATOM 3286 NZ LYS A 430 125.488 -7.296 77.765 1.00 48.86 N +ANISOU 3286 NZ LYS A 430 5840 6024 6702 -805 -1823 -469 N +ATOM 3287 N GLU A 431 118.943 -8.813 81.682 1.00 63.77 N +ANISOU 3287 N GLU A 431 8942 7824 7463 -153 -1701 -527 N +ATOM 3288 CA GLU A 431 117.854 -8.574 82.618 1.00 62.74 C +ANISOU 3288 CA GLU A 431 8980 7697 7163 -43 -1682 -560 C +ATOM 3289 C GLU A 431 116.516 -8.672 81.905 1.00 64.42 C +ANISOU 3289 C GLU A 431 9224 7914 7338 -72 -1493 -418 C +ATOM 3290 O GLU A 431 116.370 -8.219 80.766 1.00 62.05 O +ANISOU 3290 O GLU A 431 8832 7562 7182 -185 -1418 -343 O +ATOM 3291 CB GLU A 431 117.971 -7.199 83.292 1.00 62.44 C +ANISOU 3291 CB GLU A 431 8974 7560 7190 -25 -1812 -729 C +ATOM 3292 CG GLU A 431 116.870 -6.928 84.313 1.00 66.02 C +ANISOU 3292 CG GLU A 431 9602 8042 7443 126 -1784 -786 C +ATOM 3293 CD GLU A 431 116.914 -5.522 84.867 1.00 70.84 C +ANISOU 3293 CD GLU A 431 10260 8527 8128 155 -1910 -975 C +ATOM 3294 OE1 GLU A 431 117.768 -4.727 84.422 1.00 71.92 O +ANISOU 3294 OE1 GLU A 431 10293 8532 8501 29 -2020 -1045 O +ATOM 3295 OE2 GLU A 431 116.083 -5.209 85.747 1.00 68.23 O +ANISOU 3295 OE2 GLU A 431 10072 8227 7625 306 -1894 -1054 O +ATOM 3296 N ILE A 432 115.547 -9.268 82.593 1.00 54.69 N +ANISOU 3296 N ILE A 432 8114 6757 5908 30 -1419 -371 N +ATOM 3297 CA ILE A 432 114.148 -9.269 82.171 1.00 50.04 C +ANISOU 3297 CA ILE A 432 7547 6192 5273 20 -1257 -256 C +ATOM 3298 C ILE A 432 113.366 -8.763 83.381 1.00 57.46 C +ANISOU 3298 C ILE A 432 8606 7172 6056 164 -1253 -328 C +ATOM 3299 O ILE A 432 113.005 -9.535 84.275 1.00 67.18 O +ANISOU 3299 O ILE A 432 9931 8503 7090 262 -1218 -293 O +ATOM 3300 CB ILE A 432 113.664 -10.650 81.721 1.00 55.78 C +ANISOU 3300 CB ILE A 432 8277 6990 5926 -17 -1144 -103 C +ATOM 3301 CG1 ILE A 432 114.524 -11.150 80.555 1.00 53.27 C +ANISOU 3301 CG1 ILE A 432 7855 6644 5742 -126 -1156 -67 C +ATOM 3302 CG2 ILE A 432 112.198 -10.594 81.303 1.00 57.49 C +ANISOU 3302 CG2 ILE A 432 8486 7246 6113 -42 -997 6 C +ATOM 3303 CD1 ILE A 432 114.273 -12.592 80.174 1.00 43.17 C +ANISOU 3303 CD1 ILE A 432 6602 5401 4401 -149 -1085 39 C +ATOM 3304 N SER A 433 113.102 -7.454 83.415 1.00 50.35 N +ANISOU 3304 N SER A 433 7707 6188 5238 189 -1282 -425 N +ATOM 3305 CA SER A 433 112.706 -6.801 84.660 1.00 50.99 C +ANISOU 3305 CA SER A 433 7908 6290 5176 355 -1325 -565 C +ATOM 3306 C SER A 433 111.391 -7.352 85.196 1.00 58.58 C +ANISOU 3306 C SER A 433 8931 7401 5926 464 -1159 -463 C +ATOM 3307 O SER A 433 111.231 -7.522 86.410 1.00 43.08 O +ANISOU 3307 O SER A 433 7083 5540 3747 614 -1169 -526 O +ATOM 3308 CB SER A 433 112.599 -5.292 84.445 1.00 42.43 C +ANISOU 3308 CB SER A 433 6817 5051 4253 360 -1382 -684 C +ATOM 3309 OG SER A 433 113.776 -4.775 83.848 1.00 65.76 O +ANISOU 3309 OG SER A 433 9690 7862 7434 223 -1514 -741 O +ATOM 3310 N ASP A 434 110.434 -7.627 84.314 1.00 64.68 N +ANISOU 3310 N ASP A 434 9621 8205 6751 389 -1008 -302 N +ATOM 3311 CA ASP A 434 109.132 -8.116 84.736 1.00 57.72 C +ANISOU 3311 CA ASP A 434 8753 7471 5706 464 -841 -189 C +ATOM 3312 C ASP A 434 108.541 -8.943 83.606 1.00 66.30 C +ANISOU 3312 C ASP A 434 9727 8588 6878 312 -729 2 C +ATOM 3313 O ASP A 434 109.009 -8.894 82.465 1.00 76.38 O +ANISOU 3313 O ASP A 434 10924 9773 8323 180 -771 29 O +ATOM 3314 CB ASP A 434 108.197 -6.959 85.116 1.00 59.55 C +ANISOU 3314 CB ASP A 434 8999 7717 5909 609 -787 -272 C +ATOM 3315 CG ASP A 434 106.955 -7.426 85.851 1.00 59.36 C +ANISOU 3315 CG ASP A 434 8985 7889 5679 723 -612 -176 C +ATOM 3316 OD1 ASP A 434 106.925 -8.592 86.296 1.00 59.86 O +ANISOU 3316 OD1 ASP A 434 9077 8063 5603 697 -550 -59 O +ATOM 3317 OD2 ASP A 434 106.010 -6.621 85.991 1.00 51.55 O +ANISOU 3317 OD2 ASP A 434 7969 6942 4675 844 -530 -211 O +ATOM 3318 N GLY A 435 107.511 -9.708 83.938 1.00 80.23 N +ANISOU 3318 N GLY A 435 11481 10486 8517 327 -587 135 N +ATOM 3319 CA GLY A 435 106.824 -10.531 82.961 1.00 76.45 C +ANISOU 3319 CA GLY A 435 10896 10040 8114 178 -494 301 C +ATOM 3320 C GLY A 435 107.436 -11.910 82.833 1.00 71.26 C +ANISOU 3320 C GLY A 435 10277 9356 7443 73 -518 382 C +ATOM 3321 O GLY A 435 108.606 -12.145 83.131 1.00 89.37 O +ANISOU 3321 O GLY A 435 12648 11585 9724 93 -629 309 O +ATOM 3322 N ASP A 436 106.616 -12.843 82.363 1.00 64.58 N +ANISOU 3322 N ASP A 436 9369 8556 6614 -41 -421 532 N +ATOM 3323 CA ASP A 436 107.016 -14.233 82.240 1.00 37.78 C +ANISOU 3323 CA ASP A 436 6024 5112 3219 -138 -435 618 C +ATOM 3324 C ASP A 436 107.715 -14.482 80.906 1.00 50.89 C +ANISOU 3324 C ASP A 436 7636 6666 5035 -256 -520 580 C +ATOM 3325 O ASP A 436 107.791 -13.615 80.034 1.00 39.39 O +ANISOU 3325 O ASP A 436 6097 5190 3677 -280 -551 519 O +ATOM 3326 CB ASP A 436 105.802 -15.148 82.388 1.00 38.73 C +ANISOU 3326 CB ASP A 436 6104 5309 3304 -223 -300 792 C +ATOM 3327 CG ASP A 436 105.287 -15.202 83.809 1.00 50.97 C +ANISOU 3327 CG ASP A 436 7720 6981 4666 -104 -196 864 C +ATOM 3328 OD1 ASP A 436 105.802 -14.442 84.656 1.00 48.74 O +ANISOU 3328 OD1 ASP A 436 7522 6732 4267 62 -239 751 O +ATOM 3329 OD2 ASP A 436 104.364 -15.997 84.079 1.00 50.28 O +ANISOU 3329 OD2 ASP A 436 7598 6962 4544 -179 -71 1032 O +ATOM 3330 N VAL A 437 108.227 -15.699 80.761 1.00 55.55 N +ANISOU 3330 N VAL A 437 8285 7185 5635 -317 -551 622 N +ATOM 3331 CA VAL A 437 108.979 -16.121 79.587 1.00 54.80 C +ANISOU 3331 CA VAL A 437 8164 7004 5656 -400 -623 575 C +ATOM 3332 C VAL A 437 108.345 -17.400 79.064 1.00 62.44 C +ANISOU 3332 C VAL A 437 9135 7929 6659 -527 -583 672 C +ATOM 3333 O VAL A 437 107.938 -18.261 79.849 1.00 75.03 O +ANISOU 3333 O VAL A 437 10804 9508 8195 -537 -537 777 O +ATOM 3334 CB VAL A 437 110.469 -16.339 79.932 1.00 48.80 C +ANISOU 3334 CB VAL A 437 7477 6176 4888 -317 -732 488 C +ATOM 3335 CG1 VAL A 437 111.237 -16.867 78.738 1.00 43.87 C +ANISOU 3335 CG1 VAL A 437 6816 5484 4368 -380 -782 441 C +ATOM 3336 CG2 VAL A 437 111.089 -15.046 80.440 1.00 48.58 C +ANISOU 3336 CG2 VAL A 437 7433 6175 4849 -218 -794 375 C +ATOM 3337 N ILE A 438 108.238 -17.519 77.741 1.00 52.91 N +ANISOU 3337 N ILE A 438 7855 6703 5546 -627 -604 642 N +ATOM 3338 CA ILE A 438 107.658 -18.707 77.119 1.00 48.94 C +ANISOU 3338 CA ILE A 438 7358 6143 5094 -759 -596 696 C +ATOM 3339 C ILE A 438 108.454 -19.022 75.860 1.00 49.98 C +ANISOU 3339 C ILE A 438 7487 6216 5288 -786 -672 591 C +ATOM 3340 O ILE A 438 108.443 -18.240 74.903 1.00 38.75 O +ANISOU 3340 O ILE A 438 5973 4863 3888 -801 -682 541 O +ATOM 3341 CB ILE A 438 106.165 -18.535 76.789 1.00 52.67 C +ANISOU 3341 CB ILE A 438 7712 6707 5593 -869 -528 778 C +ATOM 3342 CG1 ILE A 438 105.628 -19.777 76.067 1.00 48.00 C +ANISOU 3342 CG1 ILE A 438 7121 6038 5078 -1029 -553 807 C +ATOM 3343 CG2 ILE A 438 105.917 -17.271 75.961 1.00 51.23 C +ANISOU 3343 CG2 ILE A 438 7407 6625 5432 -848 -535 727 C +ATOM 3344 CD1 ILE A 438 104.122 -19.799 75.906 1.00 50.86 C +ANISOU 3344 CD1 ILE A 438 7348 6494 5481 -1157 -497 903 C +ATOM 3345 N ILE A 439 109.153 -20.154 75.862 1.00 60.42 N +ANISOU 3345 N ILE A 439 8914 7416 6628 -776 -720 564 N +ATOM 3346 CA ILE A 439 109.757 -20.702 74.654 1.00 55.55 C +ANISOU 3346 CA ILE A 439 8305 6746 6057 -795 -778 459 C +ATOM 3347 C ILE A 439 109.156 -22.087 74.458 1.00 68.13 C +ANISOU 3347 C ILE A 439 9979 8207 7699 -901 -799 486 C +ATOM 3348 O ILE A 439 109.436 -23.016 75.232 1.00 78.47 O +ANISOU 3348 O ILE A 439 11411 9383 9020 -872 -813 534 O +ATOM 3349 CB ILE A 439 111.290 -20.758 74.726 1.00 40.89 C +ANISOU 3349 CB ILE A 439 6489 4852 4195 -659 -829 368 C +ATOM 3350 CG1 ILE A 439 111.878 -19.358 74.933 1.00 56.29 C +ANISOU 3350 CG1 ILE A 439 8348 6913 6129 -587 -822 341 C +ATOM 3351 CG2 ILE A 439 111.861 -21.326 73.436 1.00 35.60 C +ANISOU 3351 CG2 ILE A 439 5818 4155 3554 -658 -865 254 C +ATOM 3352 CD1 ILE A 439 111.974 -18.936 76.374 1.00 46.00 C +ANISOU 3352 CD1 ILE A 439 7086 5617 4777 -508 -824 388 C +ATOM 3353 N SER A 440 108.313 -22.220 73.436 1.00 59.27 N +ANISOU 3353 N SER A 440 8792 7115 6612 -1027 -811 459 N +ATOM 3354 CA SER A 440 107.695 -23.497 73.129 1.00 69.55 C +ANISOU 3354 CA SER A 440 10161 8277 7987 -1156 -854 461 C +ATOM 3355 C SER A 440 107.341 -23.546 71.653 1.00 72.91 C +ANISOU 3355 C SER A 440 10527 8754 8422 -1234 -916 341 C +ATOM 3356 O SER A 440 107.109 -22.515 71.019 1.00 79.87 O +ANISOU 3356 O SER A 440 11288 9807 9252 -1224 -901 325 O +ATOM 3357 CB SER A 440 106.438 -23.735 73.984 1.00 72.22 C +ANISOU 3357 CB SER A 440 10466 8609 8365 -1287 -793 627 C +ATOM 3358 OG SER A 440 105.307 -23.103 73.407 1.00 82.30 O +ANISOU 3358 OG SER A 440 11580 10036 9653 -1395 -776 648 O +ATOM 3359 N GLY A 441 107.304 -24.763 71.116 1.00 61.53 N +ANISOU 3359 N GLY A 441 9184 7153 7042 -1303 -994 256 N +ATOM 3360 CA GLY A 441 107.000 -24.967 69.719 1.00 59.45 C +ANISOU 3360 CA GLY A 441 8892 6931 6766 -1366 -1076 113 C +ATOM 3361 C GLY A 441 108.164 -24.771 68.774 1.00 54.82 C +ANISOU 3361 C GLY A 441 8337 6405 6086 -1212 -1097 -46 C +ATOM 3362 O GLY A 441 107.971 -24.869 67.555 1.00 48.16 O +ANISOU 3362 O GLY A 441 7478 5631 5190 -1237 -1159 -172 O +ATOM 3363 N ASN A 442 109.365 -24.501 69.288 1.00 55.47 N +ANISOU 3363 N ASN A 442 8453 6482 6140 -1050 -1047 -43 N +ATOM 3364 CA ASN A 442 110.550 -24.321 68.450 1.00 76.11 C +ANISOU 3364 CA ASN A 442 11069 9172 8676 -900 -1044 -176 C +ATOM 3365 C ASN A 442 111.216 -25.686 68.298 1.00 77.24 C +ANISOU 3365 C ASN A 442 11369 9119 8860 -823 -1108 -311 C +ATOM 3366 O ASN A 442 112.152 -26.049 69.014 1.00 79.40 O +ANISOU 3366 O ASN A 442 11708 9293 9167 -696 -1099 -304 O +ATOM 3367 CB ASN A 442 111.482 -23.283 69.058 1.00 76.05 C +ANISOU 3367 CB ASN A 442 10985 9270 8643 -781 -969 -107 C +ATOM 3368 CG ASN A 442 110.771 -21.985 69.383 1.00 62.22 C +ANISOU 3368 CG ASN A 442 9109 7656 6876 -848 -916 24 C +ATOM 3369 OD1 ASN A 442 110.637 -21.110 68.530 1.00 52.41 O +ANISOU 3369 OD1 ASN A 442 7769 6567 5575 -857 -893 23 O +ATOM 3370 ND2 ASN A 442 110.305 -21.856 70.620 1.00 44.73 N +ANISOU 3370 ND2 ASN A 442 6904 5387 4705 -880 -894 141 N +ATOM 3371 N LYS A 443 110.711 -26.449 67.325 1.00 78.46 N +ANISOU 3371 N LYS A 443 11587 9215 9011 -891 -1187 -446 N +ATOM 3372 CA LYS A 443 111.018 -27.872 67.229 1.00 82.58 C +ANISOU 3372 CA LYS A 443 12285 9488 9605 -852 -1271 -578 C +ATOM 3373 C LYS A 443 112.512 -28.170 67.167 1.00 76.31 C +ANISOU 3373 C LYS A 443 11548 8669 8776 -612 -1248 -685 C +ATOM 3374 O LYS A 443 112.915 -29.282 67.521 1.00 76.63 O +ANISOU 3374 O LYS A 443 11743 8470 8904 -538 -1305 -743 O +ATOM 3375 CB LYS A 443 110.331 -28.472 66.001 1.00 87.86 C +ANISOU 3375 CB LYS A 443 13002 10133 10249 -944 -1376 -755 C +ATOM 3376 CG LYS A 443 110.628 -27.737 64.700 1.00 94.97 C +ANISOU 3376 CG LYS A 443 13813 11304 10966 -859 -1354 -874 C +ATOM 3377 CD LYS A 443 110.291 -28.575 63.473 1.00100.36 C +ANISOU 3377 CD LYS A 443 14596 11944 11592 -879 -1477 -1112 C +ATOM 3378 CE LYS A 443 111.183 -29.801 63.374 1.00 99.84 C +ANISOU 3378 CE LYS A 443 14716 11651 11568 -723 -1526 -1303 C +ATOM 3379 NZ LYS A 443 111.580 -30.107 61.973 1.00 92.79 N +ANISOU 3379 NZ LYS A 443 13883 10866 10506 -589 -1570 -1565 N +ATOM 3380 N ASN A 444 113.341 -27.223 66.722 1.00 59.78 N +ANISOU 3380 N ASN A 444 9329 6812 6572 -488 -1167 -703 N +ATOM 3381 CA ASN A 444 114.769 -27.463 66.551 1.00 61.93 C +ANISOU 3381 CA ASN A 444 9610 7107 6813 -260 -1135 -809 C +ATOM 3382 C ASN A 444 115.633 -26.779 67.603 1.00 74.33 C +ANISOU 3382 C ASN A 444 11085 8738 8419 -170 -1073 -676 C +ATOM 3383 O ASN A 444 116.852 -26.973 67.598 1.00 80.47 O +ANISOU 3383 O ASN A 444 11840 9542 9193 20 -1053 -747 O +ATOM 3384 CB ASN A 444 115.214 -27.011 65.154 1.00 53.61 C +ANISOU 3384 CB ASN A 444 8472 6292 5605 -175 -1082 -941 C +ATOM 3385 CG ASN A 444 114.625 -27.865 64.050 1.00 50.21 C +ANISOU 3385 CG ASN A 444 8164 5803 5113 -203 -1167 -1135 C +ATOM 3386 OD1 ASN A 444 114.156 -28.975 64.296 1.00 50.49 O +ANISOU 3386 OD1 ASN A 444 8359 5575 5251 -253 -1274 -1208 O +ATOM 3387 ND2 ASN A 444 114.663 -27.359 62.823 1.00 66.30 N +ANISOU 3387 ND2 ASN A 444 10132 8079 6978 -169 -1127 -1219 N +ATOM 3388 N LEU A 445 115.045 -25.996 68.503 1.00 86.64 N +ANISOU 3388 N LEU A 445 12582 10328 10009 -289 -1051 -499 N +ATOM 3389 CA LEU A 445 115.819 -25.271 69.504 1.00 84.89 C +ANISOU 3389 CA LEU A 445 12274 10171 9809 -211 -1015 -396 C +ATOM 3390 C LEU A 445 116.340 -26.224 70.576 1.00 76.22 C +ANISOU 3390 C LEU A 445 11301 8874 8784 -101 -1076 -374 C +ATOM 3391 O LEU A 445 115.643 -27.154 70.988 1.00 76.55 O +ANISOU 3391 O LEU A 445 11495 8710 8882 -166 -1128 -337 O +ATOM 3392 CB LEU A 445 114.949 -24.188 70.132 1.00 69.35 C +ANISOU 3392 CB LEU A 445 10227 8284 7838 -355 -980 -240 C +ATOM 3393 CG LEU A 445 115.653 -23.128 70.972 1.00 58.69 C +ANISOU 3393 CG LEU A 445 8769 7038 6495 -296 -950 -161 C +ATOM 3394 CD1 LEU A 445 116.180 -22.011 70.087 1.00 62.60 C +ANISOU 3394 CD1 LEU A 445 9100 7732 6952 -289 -887 -187 C +ATOM 3395 CD2 LEU A 445 114.694 -22.589 72.014 1.00 62.53 C +ANISOU 3395 CD2 LEU A 445 9265 7506 6988 -399 -944 -22 C +ATOM 3396 N CYS A 446 117.571 -25.987 71.046 1.00 70.26 N +ANISOU 3396 N CYS A 446 10476 8181 8038 63 -1075 -383 N +ATOM 3397 CA CYS A 446 118.255 -27.021 71.822 1.00 82.91 C +ANISOU 3397 CA CYS A 446 12200 9607 9696 222 -1148 -390 C +ATOM 3398 C CYS A 446 118.853 -26.608 73.168 1.00 93.17 C +ANISOU 3398 C CYS A 446 13462 10934 11004 304 -1183 -279 C +ATOM 3399 O CYS A 446 119.016 -27.462 74.047 1.00116.91 O +ANISOU 3399 O CYS A 446 16607 13771 14041 395 -1252 -222 O +ATOM 3400 CB CYS A 446 119.372 -27.630 70.966 1.00 61.08 C +ANISOU 3400 CB CYS A 446 9415 6859 6934 423 -1153 -565 C +ATOM 3401 SG CYS A 446 118.917 -29.196 70.189 1.00 62.99 S +ANISOU 3401 SG CYS A 446 9883 6840 7211 452 -1212 -711 S +ATOM 3402 N TYR A 447 119.193 -25.337 73.361 1.00 64.78 N +ANISOU 3402 N TYR A 447 9694 7538 7382 278 -1148 -249 N +ATOM 3403 CA TYR A 447 120.002 -24.940 74.511 1.00 51.23 C +ANISOU 3403 CA TYR A 447 7924 5871 5671 384 -1208 -198 C +ATOM 3404 C TYR A 447 119.238 -24.130 75.553 1.00 44.49 C +ANISOU 3404 C TYR A 447 7086 5047 4773 271 -1209 -71 C +ATOM 3405 O TYR A 447 119.847 -23.664 76.523 1.00 42.25 O +ANISOU 3405 O TYR A 447 6758 4822 4472 351 -1272 -45 O +ATOM 3406 CB TYR A 447 121.215 -24.139 74.047 1.00 41.36 C +ANISOU 3406 CB TYR A 447 6450 4816 4447 463 -1192 -283 C +ATOM 3407 CG TYR A 447 121.933 -24.736 72.865 1.00 42.55 C +ANISOU 3407 CG TYR A 447 6546 5003 4616 576 -1151 -415 C +ATOM 3408 CD1 TYR A 447 122.896 -25.719 73.035 1.00 48.43 C +ANISOU 3408 CD1 TYR A 447 7322 5682 5398 795 -1213 -487 C +ATOM 3409 CD2 TYR A 447 121.650 -24.311 71.579 1.00 42.09 C +ANISOU 3409 CD2 TYR A 447 6411 5060 4523 486 -1048 -467 C +ATOM 3410 CE1 TYR A 447 123.554 -26.264 71.951 1.00 59.79 C +ANISOU 3410 CE1 TYR A 447 8709 7168 6841 927 -1164 -624 C +ATOM 3411 CE2 TYR A 447 122.301 -24.847 70.491 1.00 67.44 C +ANISOU 3411 CE2 TYR A 447 9577 8331 7716 609 -998 -596 C +ATOM 3412 CZ TYR A 447 123.252 -25.822 70.681 1.00 69.13 C +ANISOU 3412 CZ TYR A 447 9817 8480 7970 832 -1051 -683 C +ATOM 3413 OH TYR A 447 123.899 -26.356 69.593 1.00 71.54 O +ANISOU 3413 OH TYR A 447 10077 8858 8246 981 -991 -828 O +ATOM 3414 N ALA A 448 117.925 -23.964 75.398 1.00 52.96 N +ANISOU 3414 N ALA A 448 8214 6088 5820 102 -1149 -1 N +ATOM 3415 CA ALA A 448 117.221 -22.949 76.174 1.00 54.11 C +ANISOU 3415 CA ALA A 448 8330 6312 5918 9 -1124 93 C +ATOM 3416 C ALA A 448 117.130 -23.269 77.663 1.00 51.38 C +ANISOU 3416 C ALA A 448 8106 5905 5513 78 -1175 198 C +ATOM 3417 O ALA A 448 116.940 -22.347 78.463 1.00 64.16 O +ANISOU 3417 O ALA A 448 9689 7616 7072 68 -1176 237 O +ATOM 3418 CB ALA A 448 115.818 -22.741 75.609 1.00 40.49 C +ANISOU 3418 CB ALA A 448 6612 4588 4185 -171 -1045 144 C +ATOM 3419 N ASN A 449 117.256 -24.534 78.060 1.00 49.94 N +ANISOU 3419 N ASN A 449 8076 5565 5335 158 -1219 247 N +ATOM 3420 CA ASN A 449 117.123 -24.909 79.463 1.00 64.92 C +ANISOU 3420 CA ASN A 449 10108 7408 7151 229 -1258 381 C +ATOM 3421 C ASN A 449 118.458 -24.987 80.191 1.00 56.94 C +ANISOU 3421 C ASN A 449 9091 6433 6111 441 -1379 342 C +ATOM 3422 O ASN A 449 118.476 -25.287 81.389 1.00 61.93 O +ANISOU 3422 O ASN A 449 9841 7041 6647 532 -1429 452 O +ATOM 3423 CB ASN A 449 116.388 -26.247 79.584 1.00 72.67 C +ANISOU 3423 CB ASN A 449 11276 8177 8160 180 -1238 502 C +ATOM 3424 CG ASN A 449 114.882 -26.089 79.503 1.00 81.63 C +ANISOU 3424 CG ASN A 449 12418 9309 9289 -32 -1131 607 C +ATOM 3425 OD1 ASN A 449 114.287 -25.324 80.263 1.00 80.82 O +ANISOU 3425 OD1 ASN A 449 12285 9331 9093 -72 -1077 692 O +ATOM 3426 ND2 ASN A 449 114.259 -26.802 78.574 1.00 85.77 N +ANISOU 3426 ND2 ASN A 449 12974 9702 9912 -161 -1106 586 N +ATOM 3427 N THR A 450 119.572 -24.724 79.505 1.00 43.40 N +ANISOU 3427 N THR A 450 7231 4792 4468 525 -1425 196 N +ATOM 3428 CA THR A 450 120.861 -24.656 80.181 1.00 55.80 C +ANISOU 3428 CA THR A 450 8743 6433 6026 718 -1551 148 C +ATOM 3429 C THR A 450 121.013 -23.357 80.959 1.00 61.60 C +ANISOU 3429 C THR A 450 9376 7334 6694 697 -1596 128 C +ATOM 3430 O THR A 450 121.703 -23.329 81.985 1.00 61.78 O +ANISOU 3430 O THR A 450 9414 7408 6651 841 -1721 131 O +ATOM 3431 CB THR A 450 121.997 -24.790 79.167 1.00 43.92 C +ANISOU 3431 CB THR A 450 7081 4974 4631 809 -1570 3 C +ATOM 3432 OG1 THR A 450 122.028 -23.631 78.325 1.00 52.72 O +ANISOU 3432 OG1 THR A 450 8000 6238 5793 678 -1497 -79 O +ATOM 3433 CG2 THR A 450 121.811 -26.030 78.307 1.00 44.71 C +ANISOU 3433 CG2 THR A 450 7294 4903 4790 840 -1528 -17 C +ATOM 3434 N ILE A 451 120.379 -22.280 80.493 1.00 43.65 N +ANISOU 3434 N ILE A 451 7008 5139 4437 532 -1510 100 N +ATOM 3435 CA ILE A 451 120.431 -21.010 81.202 1.00 41.41 C +ANISOU 3435 CA ILE A 451 6649 4978 4106 507 -1555 64 C +ATOM 3436 C ILE A 451 119.640 -21.113 82.499 1.00 46.72 C +ANISOU 3436 C ILE A 451 7497 5640 4615 541 -1564 173 C +ATOM 3437 O ILE A 451 118.672 -21.878 82.611 1.00 51.43 O +ANISOU 3437 O ILE A 451 8239 6145 5158 498 -1477 303 O +ATOM 3438 CB ILE A 451 119.888 -19.874 80.313 1.00 42.77 C +ANISOU 3438 CB ILE A 451 6696 5206 4348 333 -1456 22 C +ATOM 3439 CG1 ILE A 451 120.942 -19.446 79.291 1.00 50.92 C +ANISOU 3439 CG1 ILE A 451 7524 6305 5518 319 -1464 -83 C +ATOM 3440 CG2 ILE A 451 119.451 -18.662 81.138 1.00 39.04 C +ANISOU 3440 CG2 ILE A 451 6221 4801 3813 295 -1478 8 C +ATOM 3441 CD1 ILE A 451 120.987 -20.315 78.070 1.00 65.18 C +ANISOU 3441 CD1 ILE A 451 9319 8068 7378 312 -1381 -89 C +ATOM 3442 N ASN A 452 120.059 -20.336 83.491 1.00 56.05 N +ANISOU 3442 N ASN A 452 8660 6921 5714 616 -1670 119 N +ATOM 3443 CA ASN A 452 119.298 -20.143 84.721 1.00 65.44 C +ANISOU 3443 CA ASN A 452 9998 8152 6715 657 -1666 197 C +ATOM 3444 C ASN A 452 118.509 -18.850 84.557 1.00 73.73 C +ANISOU 3444 C ASN A 452 10981 9262 7771 532 -1587 142 C +ATOM 3445 O ASN A 452 119.023 -17.765 84.822 1.00 79.92 O +ANISOU 3445 O ASN A 452 11675 10117 8574 545 -1680 8 O +ATOM 3446 CB ASN A 452 120.223 -20.077 85.932 1.00 65.98 C +ANISOU 3446 CB ASN A 452 10105 8304 6661 841 -1850 147 C +ATOM 3447 CG ASN A 452 119.463 -19.914 87.224 1.00 71.02 C +ANISOU 3447 CG ASN A 452 10912 9011 7061 910 -1838 226 C +ATOM 3448 OD1 ASN A 452 118.339 -20.391 87.349 1.00 79.34 O +ANISOU 3448 OD1 ASN A 452 12087 10026 8034 856 -1687 384 O +ATOM 3449 ND2 ASN A 452 120.062 -19.223 88.189 1.00 62.60 N +ANISOU 3449 ND2 ASN A 452 9846 8062 5878 1029 -1996 112 N +ATOM 3450 N TRP A 453 117.257 -18.956 84.114 1.00 71.69 N +ANISOU 3450 N TRP A 453 10761 8967 7512 411 -1425 241 N +ATOM 3451 CA TRP A 453 116.492 -17.749 83.826 1.00 65.32 C +ANISOU 3451 CA TRP A 453 9878 8208 6730 309 -1349 193 C +ATOM 3452 C TRP A 453 116.247 -16.911 85.077 1.00 63.43 C +ANISOU 3452 C TRP A 453 9707 8062 6332 403 -1391 147 C +ATOM 3453 O TRP A 453 116.046 -15.695 84.965 1.00 73.81 O +ANISOU 3453 O TRP A 453 10950 9405 7689 364 -1392 45 O +ATOM 3454 CB TRP A 453 115.178 -18.136 83.143 1.00 77.00 C +ANISOU 3454 CB TRP A 453 11372 9649 8236 177 -1182 316 C +ATOM 3455 CG TRP A 453 115.413 -18.779 81.804 1.00 71.31 C +ANISOU 3455 CG TRP A 453 10584 8846 7665 85 -1156 314 C +ATOM 3456 CD1 TRP A 453 115.647 -20.102 81.557 1.00 62.71 C +ANISOU 3456 CD1 TRP A 453 9569 7659 6600 102 -1164 374 C +ATOM 3457 CD2 TRP A 453 115.453 -18.122 80.530 1.00 67.77 C +ANISOU 3457 CD2 TRP A 453 9994 8408 7349 -21 -1122 245 C +ATOM 3458 NE1 TRP A 453 115.826 -20.309 80.210 1.00 57.89 N +ANISOU 3458 NE1 TRP A 453 8872 7007 6118 22 -1138 320 N +ATOM 3459 CE2 TRP A 453 115.711 -19.109 79.558 1.00 55.50 C +ANISOU 3459 CE2 TRP A 453 8434 6784 5870 -55 -1107 251 C +ATOM 3460 CE3 TRP A 453 115.293 -16.795 80.119 1.00 56.37 C +ANISOU 3460 CE3 TRP A 453 8440 7018 5962 -81 -1103 184 C +ATOM 3461 CZ2 TRP A 453 115.811 -18.811 78.200 1.00 50.88 C +ANISOU 3461 CZ2 TRP A 453 7734 6214 5384 -141 -1067 199 C +ATOM 3462 CZ3 TRP A 453 115.392 -16.502 78.770 1.00 44.45 C +ANISOU 3462 CZ3 TRP A 453 6816 5508 4566 -176 -1062 160 C +ATOM 3463 CH2 TRP A 453 115.649 -17.505 77.827 1.00 50.86 C +ANISOU 3463 CH2 TRP A 453 7621 6283 5421 -203 -1041 167 C +ATOM 3464 N LYS A 454 116.310 -17.519 86.264 1.00 62.25 N +ANISOU 3464 N LYS A 454 9702 7956 5994 540 -1436 213 N +ATOM 3465 CA LYS A 454 116.038 -16.783 87.495 1.00 64.07 C +ANISOU 3465 CA LYS A 454 10018 8299 6027 654 -1472 159 C +ATOM 3466 C LYS A 454 116.994 -15.610 87.683 1.00 77.92 C +ANISOU 3466 C LYS A 454 11686 10082 7836 697 -1648 -66 C +ATOM 3467 O LYS A 454 116.607 -14.587 88.259 1.00 93.90 O +ANISOU 3467 O LYS A 454 13737 12163 9776 738 -1661 -171 O +ATOM 3468 CB LYS A 454 116.113 -17.724 88.698 1.00 66.24 C +ANISOU 3468 CB LYS A 454 10469 8630 6070 810 -1504 282 C +ATOM 3469 CG LYS A 454 115.132 -18.890 88.643 1.00 79.84 C +ANISOU 3469 CG LYS A 454 12286 10303 7746 752 -1328 529 C +ATOM 3470 CD LYS A 454 115.218 -19.764 89.892 1.00 83.11 C +ANISOU 3470 CD LYS A 454 12888 10769 7920 910 -1354 683 C +ATOM 3471 CE LYS A 454 116.476 -20.619 89.902 1.00 80.64 C +ANISOU 3471 CE LYS A 454 12611 10376 7655 1010 -1524 684 C +ATOM 3472 NZ LYS A 454 116.187 -22.087 89.913 1.00 88.35 N +ANISOU 3472 NZ LYS A 454 13717 11224 8630 1000 -1448 927 N +ATOM 3473 N LYS A 455 118.241 -15.729 87.212 1.00 72.73 N +ANISOU 3473 N LYS A 455 10919 9386 7330 688 -1786 -150 N +ATOM 3474 CA LYS A 455 119.180 -14.621 87.363 1.00 73.20 C +ANISOU 3474 CA LYS A 455 10870 9464 7478 694 -1962 -356 C +ATOM 3475 C LYS A 455 118.687 -13.373 86.647 1.00 76.27 C +ANISOU 3475 C LYS A 455 11163 9797 8020 554 -1891 -435 C +ATOM 3476 O LYS A 455 118.991 -12.253 87.074 1.00 72.50 O +ANISOU 3476 O LYS A 455 10660 9318 7569 565 -2010 -601 O +ATOM 3477 CB LYS A 455 120.566 -15.002 86.835 1.00 71.86 C +ANISOU 3477 CB LYS A 455 10552 9277 7475 689 -2092 -408 C +ATOM 3478 CG LYS A 455 120.606 -15.324 85.349 1.00 81.75 C +ANISOU 3478 CG LYS A 455 11670 10454 8936 547 -1964 -340 C +ATOM 3479 CD LYS A 455 121.979 -15.169 84.733 1.00 88.39 C +ANISOU 3479 CD LYS A 455 12304 11306 9973 518 -2075 -436 C +ATOM 3480 CE LYS A 455 122.037 -15.831 83.361 1.00 83.12 C +ANISOU 3480 CE LYS A 455 11545 10595 9443 437 -1937 -352 C +ATOM 3481 NZ LYS A 455 121.905 -17.314 83.435 1.00 80.76 N +ANISOU 3481 NZ LYS A 455 11370 10263 9050 544 -1898 -239 N +ATOM 3482 N LEU A 456 117.932 -13.539 85.560 1.00 67.44 N +ANISOU 3482 N LEU A 456 9996 8623 7006 427 -1715 -321 N +ATOM 3483 CA LEU A 456 117.515 -12.393 84.764 1.00 63.65 C +ANISOU 3483 CA LEU A 456 9420 8084 6680 303 -1653 -369 C +ATOM 3484 C LEU A 456 116.341 -11.647 85.377 1.00 59.35 C +ANISOU 3484 C LEU A 456 8975 7561 6016 351 -1580 -385 C +ATOM 3485 O LEU A 456 116.095 -10.494 85.008 1.00 59.01 O +ANISOU 3485 O LEU A 456 8877 7456 6087 294 -1575 -461 O +ATOM 3486 CB LEU A 456 117.138 -12.844 83.352 1.00 55.01 C +ANISOU 3486 CB LEU A 456 8238 6947 5718 169 -1506 -245 C +ATOM 3487 CG LEU A 456 118.136 -13.762 82.645 1.00 49.05 C +ANISOU 3487 CG LEU A 456 7398 6183 5057 146 -1536 -218 C +ATOM 3488 CD1 LEU A 456 117.632 -14.118 81.256 1.00 53.65 C +ANISOU 3488 CD1 LEU A 456 7916 6735 5733 26 -1391 -121 C +ATOM 3489 CD2 LEU A 456 119.510 -13.118 82.570 1.00 51.00 C +ANISOU 3489 CD2 LEU A 456 7500 6431 5445 133 -1684 -347 C +ATOM 3490 N PHE A 457 115.625 -12.264 86.309 1.00 50.17 N +ANISOU 3490 N PHE A 457 7954 6484 4625 464 -1517 -309 N +ATOM 3491 CA PHE A 457 114.371 -11.711 86.791 1.00 55.17 C +ANISOU 3491 CA PHE A 457 8660 7169 5134 519 -1399 -295 C +ATOM 3492 C PHE A 457 114.608 -10.626 87.832 1.00 60.60 C +ANISOU 3492 C PHE A 457 9421 7882 5722 651 -1529 -497 C +ATOM 3493 O PHE A 457 115.564 -10.671 88.611 1.00 76.54 O +ANISOU 3493 O PHE A 457 11490 9932 7662 740 -1705 -611 O +ATOM 3494 CB PHE A 457 113.500 -12.822 87.378 1.00 42.58 C +ANISOU 3494 CB PHE A 457 7172 5672 3333 578 -1259 -112 C +ATOM 3495 CG PHE A 457 113.061 -13.850 86.367 1.00 41.14 C +ANISOU 3495 CG PHE A 457 6931 5442 3258 438 -1132 71 C +ATOM 3496 CD1 PHE A 457 113.172 -13.602 85.006 1.00 39.50 C +ANISOU 3496 CD1 PHE A 457 6588 5145 3274 291 -1116 61 C +ATOM 3497 CD2 PHE A 457 112.534 -15.063 86.779 1.00 41.75 C +ANISOU 3497 CD2 PHE A 457 7095 5558 3208 451 -1035 253 C +ATOM 3498 CE1 PHE A 457 112.770 -14.538 84.080 1.00 40.63 C +ANISOU 3498 CE1 PHE A 457 6690 5250 3498 173 -1021 197 C +ATOM 3499 CE2 PHE A 457 112.128 -16.005 85.853 1.00 53.09 C +ANISOU 3499 CE2 PHE A 457 8488 6926 4760 312 -942 395 C +ATOM 3500 CZ PHE A 457 112.247 -15.741 84.502 1.00 50.77 C +ANISOU 3500 CZ PHE A 457 8064 6553 4675 179 -942 351 C +ATOM 3501 N GLY A 458 113.715 -9.639 87.830 1.00 54.35 N +ANISOU 3501 N GLY A 458 8636 7077 4936 673 -1452 -553 N +ATOM 3502 CA GLY A 458 113.788 -8.530 88.758 1.00 54.61 C +ANISOU 3502 CA GLY A 458 8755 7111 4881 808 -1565 -769 C +ATOM 3503 C GLY A 458 112.564 -8.436 89.643 1.00 57.59 C +ANISOU 3503 C GLY A 458 9249 7628 5006 974 -1422 -747 C +ATOM 3504 O GLY A 458 112.639 -7.913 90.759 1.00 67.71 O +ANISOU 3504 O GLY A 458 10654 8976 6096 1148 -1510 -916 O +ATOM 3505 N THR A 459 111.430 -8.936 89.161 1.00 61.46 N +ANISOU 3505 N THR A 459 9691 8176 5486 926 -1201 -546 N +ATOM 3506 CA THR A 459 110.180 -8.905 89.906 1.00 62.78 C +ANISOU 3506 CA THR A 459 9923 8502 5430 1070 -1026 -490 C +ATOM 3507 C THR A 459 109.838 -10.297 90.415 1.00 66.54 C +ANISOU 3507 C THR A 459 10452 9126 5705 1083 -901 -266 C +ATOM 3508 O THR A 459 109.983 -11.289 89.694 1.00 78.06 O +ANISOU 3508 O THR A 459 11847 10534 7279 928 -864 -95 O +ATOM 3509 CB THR A 459 109.023 -8.390 89.047 1.00 53.04 C +ANISOU 3509 CB THR A 459 8570 7244 4340 1010 -863 -416 C +ATOM 3510 OG1 THR A 459 109.441 -7.229 88.317 1.00 54.49 O +ANISOU 3510 OG1 THR A 459 8697 7242 4763 955 -981 -569 O +ATOM 3511 CG2 THR A 459 107.833 -8.035 89.929 1.00 58.29 C +ANISOU 3511 CG2 THR A 459 9285 8080 4782 1203 -704 -422 C +ATOM 3512 N SER A 460 109.385 -10.356 91.664 1.00 54.42 N +ANISOU 3512 N SER A 460 9041 7770 3867 1274 -835 -268 N +ATOM 3513 CA SER A 460 108.806 -11.576 92.204 1.00 53.18 C +ANISOU 3513 CA SER A 460 8933 7764 3508 1289 -668 -14 C +ATOM 3514 C SER A 460 107.705 -12.088 91.286 1.00 67.97 C +ANISOU 3514 C SER A 460 10657 9632 5536 1118 -456 207 C +ATOM 3515 O SER A 460 106.985 -11.313 90.654 1.00 92.51 O +ANISOU 3515 O SER A 460 13649 12720 8783 1086 -384 160 O +ATOM 3516 CB SER A 460 108.236 -11.309 93.598 1.00 56.75 C +ANISOU 3516 CB SER A 460 9518 8441 3602 1532 -578 -47 C +ATOM 3517 OG SER A 460 107.268 -10.282 93.573 1.00 89.81 O +ANISOU 3517 OG SER A 460 13646 12687 7791 1620 -460 -148 O +ATOM 3518 N GLY A 461 107.572 -13.411 91.221 1.00 52.88 N +ANISOU 3518 N GLY A 461 8753 7732 3607 1011 -371 450 N +ATOM 3519 CA GLY A 461 106.529 -14.049 90.454 1.00 57.31 C +ANISOU 3519 CA GLY A 461 9179 8292 4303 835 -188 664 C +ATOM 3520 C GLY A 461 106.937 -14.469 89.057 1.00 61.10 C +ANISOU 3520 C GLY A 461 9557 8577 5080 618 -268 684 C +ATOM 3521 O GLY A 461 106.276 -15.334 88.472 1.00 77.15 O +ANISOU 3521 O GLY A 461 11512 10587 7215 456 -158 871 O +ATOM 3522 N GLN A 462 107.999 -13.883 88.508 1.00 45.03 N +ANISOU 3522 N GLN A 462 7517 6408 3185 609 -455 496 N +ATOM 3523 CA GLN A 462 108.433 -14.244 87.166 1.00 51.71 C +ANISOU 3523 CA GLN A 462 8268 7096 4285 426 -519 508 C +ATOM 3524 C GLN A 462 108.745 -15.733 87.091 1.00 57.74 C +ANISOU 3524 C GLN A 462 9088 7797 5054 339 -517 672 C +ATOM 3525 O GLN A 462 109.429 -16.284 87.958 1.00 49.88 O +ANISOU 3525 O GLN A 462 8224 6812 3915 440 -586 696 O +ATOM 3526 CB GLN A 462 109.657 -13.423 86.765 1.00 44.27 C +ANISOU 3526 CB GLN A 462 7312 6044 3466 443 -711 299 C +ATOM 3527 CG GLN A 462 109.342 -11.971 86.455 1.00 49.66 C +ANISOU 3527 CG GLN A 462 7924 6712 4234 474 -721 153 C +ATOM 3528 CD GLN A 462 110.562 -11.188 86.017 1.00 53.49 C +ANISOU 3528 CD GLN A 462 8382 7068 4872 453 -904 -25 C +ATOM 3529 OE1 GLN A 462 111.191 -10.500 86.819 1.00 47.18 O +ANISOU 3529 OE1 GLN A 462 7656 6265 4005 569 -1030 -190 O +ATOM 3530 NE2 GLN A 462 110.899 -11.283 84.736 1.00 39.46 N +ANISOU 3530 NE2 GLN A 462 6497 5193 3304 300 -921 7 N +ATOM 3531 N LYS A 463 108.233 -16.380 86.048 1.00 63.55 N +ANISOU 3531 N LYS A 463 9732 8460 5954 161 -451 781 N +ATOM 3532 CA LYS A 463 108.406 -17.811 85.857 1.00 58.65 C +ANISOU 3532 CA LYS A 463 9170 7740 5375 65 -447 929 C +ATOM 3533 C LYS A 463 108.509 -18.079 84.364 1.00 58.42 C +ANISOU 3533 C LYS A 463 9037 7585 5574 -100 -486 894 C +ATOM 3534 O LYS A 463 108.211 -17.215 83.535 1.00 57.61 O +ANISOU 3534 O LYS A 463 8812 7503 5575 -150 -482 807 O +ATOM 3535 CB LYS A 463 107.254 -18.597 86.491 1.00 62.80 C +ANISOU 3535 CB LYS A 463 9720 8340 5800 17 -274 1158 C +ATOM 3536 CG LYS A 463 105.878 -18.226 85.956 1.00 50.61 C +ANISOU 3536 CG LYS A 463 8010 6884 4336 -97 -128 1218 C +ATOM 3537 CD LYS A 463 104.796 -18.507 86.985 1.00 59.49 C +ANISOU 3537 CD LYS A 463 9138 8169 5297 -71 61 1410 C +ATOM 3538 CE LYS A 463 103.411 -18.524 86.358 1.00 81.60 C +ANISOU 3538 CE LYS A 463 11743 11041 8219 -229 204 1515 C +ATOM 3539 NZ LYS A 463 103.031 -17.217 85.756 1.00 87.25 N +ANISOU 3539 NZ LYS A 463 12315 11836 9000 -179 194 1356 N +ATOM 3540 N THR A 464 108.936 -19.291 84.024 1.00 63.14 N +ANISOU 3540 N THR A 464 9697 8052 6240 -169 -527 963 N +ATOM 3541 CA THR A 464 109.188 -19.656 82.641 1.00 63.39 C +ANISOU 3541 CA THR A 464 9661 7968 6458 -295 -579 905 C +ATOM 3542 C THR A 464 108.261 -20.780 82.207 1.00 73.32 C +ANISOU 3542 C THR A 464 10916 9148 7796 -461 -502 1050 C +ATOM 3543 O THR A 464 107.660 -21.481 83.027 1.00 83.71 O +ANISOU 3543 O THR A 464 12301 10462 9041 -483 -419 1220 O +ATOM 3544 CB THR A 464 110.643 -20.100 82.432 1.00 56.24 C +ANISOU 3544 CB THR A 464 8821 6955 5594 -220 -719 808 C +ATOM 3545 OG1 THR A 464 110.873 -21.335 83.120 1.00 64.30 O +ANISOU 3545 OG1 THR A 464 9988 7882 6560 -180 -733 931 O +ATOM 3546 CG2 THR A 464 111.607 -19.050 82.950 1.00 59.57 C +ANISOU 3546 CG2 THR A 464 9231 7450 5954 -75 -814 668 C +ATOM 3547 N LYS A 465 108.156 -20.931 80.887 1.00 66.43 N +ANISOU 3547 N LYS A 465 9960 8211 7069 -583 -535 982 N +ATOM 3548 CA LYS A 465 107.511 -22.079 80.251 1.00 61.42 C +ANISOU 3548 CA LYS A 465 9332 7459 6546 -752 -517 1063 C +ATOM 3549 C LYS A 465 108.382 -22.414 79.049 1.00 60.65 C +ANISOU 3549 C LYS A 465 9242 7250 6551 -763 -628 913 C +ATOM 3550 O LYS A 465 108.129 -21.963 77.927 1.00 61.80 O +ANISOU 3550 O LYS A 465 9277 7442 6761 -835 -643 823 O +ATOM 3551 CB LYS A 465 106.076 -21.790 79.850 1.00 64.53 C +ANISOU 3551 CB LYS A 465 9576 7953 6988 -900 -425 1131 C +ATOM 3552 CG LYS A 465 105.154 -21.552 81.016 1.00 85.69 C +ANISOU 3552 CG LYS A 465 12229 10764 9565 -883 -288 1290 C +ATOM 3553 CD LYS A 465 105.075 -22.736 81.990 1.00104.89 C +ANISOU 3553 CD LYS A 465 14798 13100 11954 -910 -236 1475 C +ATOM 3554 CE LYS A 465 104.395 -23.946 81.368 1.00102.89 C +ANISOU 3554 CE LYS A 465 14532 12695 11868 -1136 -234 1572 C +ATOM 3555 NZ LYS A 465 104.278 -25.068 82.342 1.00 93.01 N +ANISOU 3555 NZ LYS A 465 13420 11328 10592 -1174 -173 1788 N +ATOM 3556 N ILE A 466 109.428 -23.188 79.306 1.00 61.57 N +ANISOU 3556 N ILE A 466 9489 7236 6667 -671 -704 889 N +ATOM 3557 CA ILE A 466 110.335 -23.633 78.260 1.00 67.85 C +ANISOU 3557 CA ILE A 466 10301 7932 7546 -647 -796 746 C +ATOM 3558 C ILE A 466 110.011 -25.096 77.990 1.00 80.58 C +ANISOU 3558 C ILE A 466 12027 9337 9251 -743 -819 798 C +ATOM 3559 O ILE A 466 110.569 -25.995 78.626 1.00 81.64 O +ANISOU 3559 O ILE A 466 12308 9326 9385 -662 -859 856 O +ATOM 3560 CB ILE A 466 111.803 -23.434 78.675 1.00 63.91 C +ANISOU 3560 CB ILE A 466 9844 7437 7001 -455 -875 661 C +ATOM 3561 CG1 ILE A 466 112.045 -21.975 79.074 1.00 63.01 C +ANISOU 3561 CG1 ILE A 466 9627 7499 6816 -385 -865 612 C +ATOM 3562 CG2 ILE A 466 112.730 -23.821 77.534 1.00 62.21 C +ANISOU 3562 CG2 ILE A 466 9612 7158 6867 -415 -945 510 C +ATOM 3563 CD1 ILE A 466 112.857 -21.812 80.333 1.00 52.54 C +ANISOU 3563 CD1 ILE A 466 8372 6200 5389 -223 -921 625 C +ATOM 3564 N ILE A 467 109.092 -25.339 77.055 1.00 92.19 N +ANISOU 3564 N ILE A 467 13434 10786 10807 -915 -808 778 N +ATOM 3565 CA ILE A 467 108.561 -26.673 76.813 1.00 75.50 C +ANISOU 3565 CA ILE A 467 11419 8461 8808 -1051 -837 826 C +ATOM 3566 C ILE A 467 108.401 -26.866 75.314 1.00 63.18 C +ANISOU 3566 C ILE A 467 9807 6874 7325 -1141 -906 654 C +ATOM 3567 O ILE A 467 108.331 -25.909 74.544 1.00 58.29 O +ANISOU 3567 O ILE A 467 9052 6432 6662 -1137 -901 559 O +ATOM 3568 CB ILE A 467 107.199 -26.903 77.516 1.00 65.89 C +ANISOU 3568 CB ILE A 467 10167 7250 7616 -1225 -743 1034 C +ATOM 3569 CG1 ILE A 467 106.165 -25.878 77.029 1.00 59.05 C +ANISOU 3569 CG1 ILE A 467 9093 6603 6739 -1330 -684 1023 C +ATOM 3570 CG2 ILE A 467 107.362 -26.835 79.032 1.00 61.12 C +ANISOU 3570 CG2 ILE A 467 9643 6680 6900 -1119 -666 1214 C +ATOM 3571 CD1 ILE A 467 104.761 -26.102 77.563 1.00 63.34 C +ANISOU 3571 CD1 ILE A 467 9552 7186 7327 -1510 -585 1214 C +ATOM 3572 N SER A 468 108.340 -28.128 74.902 1.00 67.13 N +ANISOU 3572 N SER A 468 10428 7141 7936 -1215 -979 615 N +ATOM 3573 CA SER A 468 107.925 -28.476 73.546 1.00 72.07 C +ANISOU 3573 CA SER A 468 11023 7728 8632 -1332 -1057 454 C +ATOM 3574 C SER A 468 108.796 -27.799 72.489 1.00 76.88 C +ANISOU 3574 C SER A 468 11573 8484 9152 -1190 -1089 253 C +ATOM 3575 O SER A 468 108.304 -27.340 71.456 1.00 76.68 O +ANISOU 3575 O SER A 468 11441 8591 9102 -1264 -1110 159 O +ATOM 3576 CB SER A 468 106.452 -28.129 73.330 1.00 79.37 C +ANISOU 3576 CB SER A 468 11794 8766 9598 -1553 -1024 534 C +ATOM 3577 OG SER A 468 105.632 -28.759 74.299 1.00 82.60 O +ANISOU 3577 OG SER A 468 12232 9059 10094 -1698 -970 740 O +ATOM 3578 N ASN A 469 110.096 -27.729 72.746 1.00 82.94 N +ANISOU 3578 N ASN A 469 12399 9245 9869 -983 -1092 200 N +ATOM 3579 CA ASN A 469 111.074 -27.467 71.707 1.00 72.18 C +ANISOU 3579 CA ASN A 469 11006 7970 8449 -845 -1122 9 C +ATOM 3580 C ASN A 469 111.677 -28.814 71.313 1.00 68.36 C +ANISOU 3580 C ASN A 469 10693 7250 8033 -764 -1207 -124 C +ATOM 3581 O ASN A 469 111.050 -29.863 71.503 1.00 77.35 O +ANISOU 3581 O ASN A 469 11956 8154 9278 -877 -1261 -90 O +ATOM 3582 CB ASN A 469 112.109 -26.453 72.207 1.00 59.27 C +ANISOU 3582 CB ASN A 469 9287 6500 6734 -679 -1070 32 C +ATOM 3583 CG ASN A 469 111.471 -25.191 72.749 1.00 72.95 C +ANISOU 3583 CG ASN A 469 10888 8412 8417 -749 -997 158 C +ATOM 3584 OD1 ASN A 469 111.006 -24.343 71.989 1.00 88.51 O +ANISOU 3584 OD1 ASN A 469 12737 10540 10352 -814 -970 132 O +ATOM 3585 ND2 ASN A 469 111.453 -25.057 74.069 1.00 75.38 N +ANISOU 3585 ND2 ASN A 469 11229 8700 8713 -717 -968 293 N +ATOM 3586 N ARG A 470 112.891 -28.809 70.773 1.00 66.31 N +ANISOU 3586 N ARG A 470 10435 7038 7723 -567 -1219 -272 N +ATOM 3587 CA ARG A 470 113.587 -30.072 70.593 1.00 65.00 C +ANISOU 3587 CA ARG A 470 10437 6639 7622 -435 -1295 -395 C +ATOM 3588 C ARG A 470 113.889 -30.676 71.958 1.00 54.33 C +ANISOU 3588 C ARG A 470 9208 5095 6342 -367 -1312 -237 C +ATOM 3589 O ARG A 470 114.388 -29.993 72.856 1.00 46.34 O +ANISOU 3589 O ARG A 470 8127 4206 5276 -280 -1268 -121 O +ATOM 3590 CB ARG A 470 114.882 -29.889 69.802 1.00 46.81 C +ANISOU 3590 CB ARG A 470 8079 4466 5240 -209 -1282 -575 C +ATOM 3591 CG ARG A 470 115.501 -31.222 69.428 1.00 49.32 C +ANISOU 3591 CG ARG A 470 8572 4546 5621 -53 -1363 -741 C +ATOM 3592 CD ARG A 470 116.471 -31.120 68.276 1.00 49.85 C +ANISOU 3592 CD ARG A 470 8576 4774 5592 139 -1337 -960 C +ATOM 3593 NE ARG A 470 116.726 -32.442 67.718 1.00 72.64 N +ANISOU 3593 NE ARG A 470 11650 7416 8532 260 -1425 -1158 N +ATOM 3594 CZ ARG A 470 117.498 -32.682 66.664 1.00 81.01 C +ANISOU 3594 CZ ARG A 470 12706 8566 9509 454 -1412 -1387 C +ATOM 3595 NH1 ARG A 470 118.108 -31.686 66.035 1.00 89.73 N +ANISOU 3595 NH1 ARG A 470 13612 10010 10472 534 -1304 -1419 N +ATOM 3596 NH2 ARG A 470 117.657 -33.928 66.238 1.00 70.82 N +ANISOU 3596 NH2 ARG A 470 11612 7017 8278 572 -1505 -1581 N +ATOM 3597 N GLY A 471 113.565 -31.956 72.119 1.00 76.13 N +ANISOU 3597 N GLY A 471 12158 7545 9221 -410 -1385 -228 N +ATOM 3598 CA GLY A 471 113.790 -32.612 73.388 1.00 88.41 C +ANISOU 3598 CA GLY A 471 13854 8899 10838 -347 -1403 -49 C +ATOM 3599 C GLY A 471 115.263 -32.681 73.738 1.00 87.09 C +ANISOU 3599 C GLY A 471 13706 8753 10629 -48 -1428 -99 C +ATOM 3600 O GLY A 471 116.141 -32.653 72.875 1.00 91.25 O +ANISOU 3600 O GLY A 471 14184 9358 11127 117 -1446 -303 O +ATOM 3601 N GLU A 472 115.544 -32.769 75.040 1.00 67.89 N +ANISOU 3601 N GLU A 472 11336 6275 8185 32 -1430 95 N +ATOM 3602 CA GLU A 472 116.936 -32.769 75.477 1.00 57.52 C +ANISOU 3602 CA GLU A 472 10014 5011 6831 319 -1472 60 C +ATOM 3603 C GLU A 472 117.658 -34.033 75.028 1.00 67.11 C +ANISOU 3603 C GLU A 472 11391 5960 8147 510 -1564 -75 C +ATOM 3604 O GLU A 472 118.836 -33.977 74.660 1.00 68.71 O +ANISOU 3604 O GLU A 472 11520 6260 8326 749 -1589 -226 O +ATOM 3605 CB GLU A 472 117.033 -32.619 76.994 1.00 66.88 C +ANISOU 3605 CB GLU A 472 11244 6211 7955 372 -1475 295 C +ATOM 3606 CG GLU A 472 118.449 -32.285 77.444 1.00 76.33 C +ANISOU 3606 CG GLU A 472 12363 7551 9089 649 -1530 247 C +ATOM 3607 CD GLU A 472 118.645 -32.393 78.940 1.00 91.16 C +ANISOU 3607 CD GLU A 472 14334 9408 10895 748 -1572 463 C +ATOM 3608 OE1 GLU A 472 117.669 -32.192 79.691 1.00 98.75 O +ANISOU 3608 OE1 GLU A 472 15347 10374 11800 585 -1513 654 O +ATOM 3609 OE2 GLU A 472 119.784 -32.684 79.364 1.00 91.19 O +ANISOU 3609 OE2 GLU A 472 14352 9408 10887 1004 -1664 441 O +ATOM 3610 N ASN A 473 116.985 -35.184 75.068 1.00 59.68 N +ANISOU 3610 N ASN A 473 10665 4678 7332 413 -1615 -22 N +ATOM 3611 CA ASN A 473 117.609 -36.416 74.594 1.00 62.23 C +ANISOU 3611 CA ASN A 473 11169 4706 7769 600 -1713 -171 C +ATOM 3612 C ASN A 473 118.070 -36.263 73.148 1.00 76.03 C +ANISOU 3612 C ASN A 473 12821 6580 9486 690 -1710 -486 C +ATOM 3613 O ASN A 473 119.206 -36.616 72.798 1.00 92.66 O +ANISOU 3613 O ASN A 473 14932 8684 11592 976 -1746 -647 O +ATOM 3614 CB ASN A 473 116.632 -37.587 74.743 1.00 83.91 C +ANISOU 3614 CB ASN A 473 14156 7045 10680 416 -1770 -73 C +ATOM 3615 CG ASN A 473 116.513 -38.069 76.180 1.00 93.83 C +ANISOU 3615 CG ASN A 473 15562 8117 11972 423 -1781 244 C +ATOM 3616 OD1 ASN A 473 117.308 -37.692 77.041 1.00 90.98 O +ANISOU 3616 OD1 ASN A 473 15158 7906 11507 623 -1777 354 O +ATOM 3617 ND2 ASN A 473 115.524 -38.920 76.442 1.00 95.00 N +ANISOU 3617 ND2 ASN A 473 15886 7944 12265 203 -1799 397 N +ATOM 3618 N SER A 474 117.205 -35.708 72.300 1.00 66.80 N +ANISOU 3618 N SER A 474 11553 5551 8277 463 -1662 -570 N +ATOM 3619 CA SER A 474 117.558 -35.487 70.904 1.00 65.79 C +ANISOU 3619 CA SER A 474 11336 5583 8079 539 -1647 -849 C +ATOM 3620 C SER A 474 118.769 -34.566 70.786 1.00 70.25 C +ANISOU 3620 C SER A 474 11684 6488 8519 758 -1573 -904 C +ATOM 3621 O SER A 474 119.738 -34.873 70.075 1.00 63.67 O +ANISOU 3621 O SER A 474 10832 5698 7660 999 -1576 -1106 O +ATOM 3622 CB SER A 474 116.353 -34.903 70.168 1.00 72.41 C +ANISOU 3622 CB SER A 474 12088 6552 8873 250 -1613 -877 C +ATOM 3623 OG SER A 474 116.548 -34.930 68.772 1.00 83.79 O +ANISOU 3623 OG SER A 474 13502 8097 10239 315 -1621 -1149 O +ATOM 3624 N CYS A 475 118.736 -33.436 71.495 1.00 72.95 N +ANISOU 3624 N CYS A 475 11856 7072 8791 678 -1505 -729 N +ATOM 3625 CA CYS A 475 119.837 -32.481 71.432 1.00 73.67 C +ANISOU 3625 CA CYS A 475 11723 7476 8794 839 -1443 -765 C +ATOM 3626 C CYS A 475 121.152 -33.130 71.845 1.00 74.35 C +ANISOU 3626 C CYS A 475 11836 7490 8923 1153 -1500 -813 C +ATOM 3627 O CYS A 475 122.154 -33.042 71.127 1.00 87.09 O +ANISOU 3627 O CYS A 475 13325 9261 10504 1352 -1468 -978 O +ATOM 3628 CB CYS A 475 119.528 -31.277 72.317 1.00 72.90 C +ANISOU 3628 CB CYS A 475 11483 7575 8642 698 -1393 -568 C +ATOM 3629 SG CYS A 475 118.143 -30.303 71.708 1.00 60.40 S +ANISOU 3629 SG CYS A 475 9807 6144 6997 384 -1313 -528 S +ATOM 3630 N LYS A 476 121.169 -33.785 73.008 1.00 55.39 N +ANISOU 3630 N LYS A 476 9589 4865 6591 1211 -1582 -657 N +ATOM 3631 CA LYS A 476 122.389 -34.439 73.463 1.00 57.43 C +ANISOU 3631 CA LYS A 476 9880 5047 6895 1529 -1658 -685 C +ATOM 3632 C LYS A 476 122.880 -35.450 72.438 1.00 67.16 C +ANISOU 3632 C LYS A 476 11212 6121 8185 1731 -1687 -925 C +ATOM 3633 O LYS A 476 124.088 -35.557 72.192 1.00 79.81 O +ANISOU 3633 O LYS A 476 12703 7837 9782 2016 -1691 -1050 O +ATOM 3634 CB LYS A 476 122.158 -35.120 74.813 1.00 58.65 C +ANISOU 3634 CB LYS A 476 10236 4945 7104 1551 -1749 -459 C +ATOM 3635 CG LYS A 476 123.418 -35.747 75.415 1.00 60.89 C +ANISOU 3635 CG LYS A 476 10551 5161 7425 1898 -1849 -457 C +ATOM 3636 CD LYS A 476 124.389 -34.688 75.903 1.00 95.74 C +ANISOU 3636 CD LYS A 476 14695 9930 11753 2014 -1845 -436 C +ATOM 3637 CE LYS A 476 125.829 -35.164 75.878 1.00 94.37 C +ANISOU 3637 CE LYS A 476 14440 9793 11622 2382 -1920 -549 C +ATOM 3638 NZ LYS A 476 126.713 -34.307 76.720 1.00 83.29 N +ANISOU 3638 NZ LYS A 476 12811 8676 10161 2484 -1969 -476 N +ATOM 3639 N ALA A 477 121.962 -36.200 71.825 1.00 61.06 N +ANISOU 3639 N ALA A 477 10639 5092 7471 1594 -1712 -1005 N +ATOM 3640 CA ALA A 477 122.386 -37.205 70.860 1.00 63.85 C +ANISOU 3640 CA ALA A 477 11119 5268 7874 1797 -1755 -1264 C +ATOM 3641 C ALA A 477 122.980 -36.575 69.606 1.00 70.98 C +ANISOU 3641 C ALA A 477 11810 6510 8650 1899 -1652 -1496 C +ATOM 3642 O ALA A 477 123.862 -37.172 68.979 1.00 65.67 O +ANISOU 3642 O ALA A 477 11152 5823 7979 2189 -1658 -1707 O +ATOM 3643 CB ALA A 477 121.217 -38.115 70.490 1.00 65.38 C +ANISOU 3643 CB ALA A 477 11574 5099 8168 1596 -1826 -1312 C +ATOM 3644 N THR A 478 122.527 -35.382 69.222 1.00 73.73 N +ANISOU 3644 N THR A 478 11963 7166 8883 1681 -1551 -1453 N +ATOM 3645 CA THR A 478 123.022 -34.748 68.006 1.00 67.25 C +ANISOU 3645 CA THR A 478 10949 6676 7929 1756 -1438 -1635 C +ATOM 3646 C THR A 478 124.236 -33.855 68.240 1.00 67.30 C +ANISOU 3646 C THR A 478 10664 7019 7886 1914 -1351 -1583 C +ATOM 3647 O THR A 478 124.675 -33.177 67.305 1.00 79.28 O +ANISOU 3647 O THR A 478 11984 8846 9292 1951 -1231 -1682 O +ATOM 3648 CB THR A 478 121.914 -33.926 67.348 1.00 78.57 C +ANISOU 3648 CB THR A 478 12325 8263 9264 1450 -1378 -1612 C +ATOM 3649 OG1 THR A 478 121.443 -32.932 68.267 1.00 84.53 O +ANISOU 3649 OG1 THR A 478 12966 9126 10026 1236 -1351 -1361 O +ATOM 3650 CG2 THR A 478 120.769 -34.828 66.921 1.00 77.76 C +ANISOU 3650 CG2 THR A 478 12474 7859 9211 1295 -1474 -1708 C +ATOM 3651 N GLY A 479 124.786 -33.834 69.452 1.00 59.31 N +ANISOU 3651 N GLY A 479 9616 5965 6954 2003 -1411 -1427 N +ATOM 3652 CA GLY A 479 125.943 -33.007 69.731 1.00 58.82 C +ANISOU 3652 CA GLY A 479 9264 6213 6873 2136 -1358 -1386 C +ATOM 3653 C GLY A 479 125.634 -31.552 69.989 1.00 67.14 C +ANISOU 3653 C GLY A 479 10113 7526 7872 1885 -1287 -1233 C +ATOM 3654 O GLY A 479 126.521 -30.707 69.838 1.00 74.14 O +ANISOU 3654 O GLY A 479 10726 8706 8739 1942 -1215 -1234 O +ATOM 3655 N GLN A 480 124.403 -31.232 70.375 1.00 63.85 N +ANISOU 3655 N GLN A 480 8945 7662 7654 -442 97 -637 N +ATOM 3656 CA GLN A 480 123.967 -29.852 70.558 1.00 63.45 C +ANISOU 3656 CA GLN A 480 9009 7771 7330 -551 -126 -593 C +ATOM 3657 C GLN A 480 123.811 -29.557 72.047 1.00 73.22 C +ANISOU 3657 C GLN A 480 10455 8961 8402 -315 -485 -443 C +ATOM 3658 O GLN A 480 122.703 -29.452 72.577 1.00 78.77 O +ANISOU 3658 O GLN A 480 11455 9667 8809 -287 -486 -356 O +ATOM 3659 CB GLN A 480 122.661 -29.606 69.799 1.00 71.43 C +ANISOU 3659 CB GLN A 480 10187 8915 8037 -758 86 -629 C +ATOM 3660 CG GLN A 480 122.731 -29.937 68.320 1.00 74.99 C +ANISOU 3660 CG GLN A 480 10484 9475 8534 -974 421 -800 C +ATOM 3661 CD GLN A 480 121.524 -29.432 67.558 1.00 73.08 C +ANISOU 3661 CD GLN A 480 10376 9450 7939 -1146 512 -833 C +ATOM 3662 OE1 GLN A 480 120.430 -29.983 67.667 1.00 70.53 O +ANISOU 3662 OE1 GLN A 480 10178 9141 7477 -1150 589 -883 O +ATOM 3663 NE2 GLN A 480 121.718 -28.371 66.784 1.00 79.99 N +ANISOU 3663 NE2 GLN A 480 11214 10489 8692 -1275 511 -797 N +ATOM 3664 N VAL A 481 124.949 -29.419 72.726 1.00 67.90 N +ANISOU 3664 N VAL A 481 9612 8262 7924 -139 -795 -439 N +ATOM 3665 CA VAL A 481 124.989 -28.974 74.111 1.00 56.37 C +ANISOU 3665 CA VAL A 481 8331 6828 6260 84 -1205 -352 C +ATOM 3666 C VAL A 481 126.081 -27.919 74.222 1.00 54.70 C +ANISOU 3666 C VAL A 481 7819 6707 6259 20 -1527 -513 C +ATOM 3667 O VAL A 481 126.939 -27.785 73.348 1.00 50.83 O +ANISOU 3667 O VAL A 481 6967 6209 6137 -133 -1409 -646 O +ATOM 3668 CB VAL A 481 125.240 -30.140 75.094 1.00 57.42 C +ANISOU 3668 CB VAL A 481 8593 6846 6379 464 -1320 -180 C +ATOM 3669 CG1 VAL A 481 125.201 -29.680 76.554 1.00 66.00 C +ANISOU 3669 CG1 VAL A 481 9939 8013 7123 719 -1751 -86 C +ATOM 3670 CG2 VAL A 481 124.205 -31.216 74.889 1.00 58.40 C +ANISOU 3670 CG2 VAL A 481 8970 6807 6411 479 -901 -56 C +ATOM 3671 N CYS A 482 126.019 -27.151 75.306 1.00 58.79 N +ANISOU 3671 N CYS A 482 8488 7298 6553 119 -1899 -532 N +ATOM 3672 CA CYS A 482 126.993 -26.097 75.547 1.00 60.69 C +ANISOU 3672 CA CYS A 482 8434 7610 7014 39 -2225 -752 C +ATOM 3673 C CYS A 482 128.414 -26.587 75.312 1.00 60.18 C +ANISOU 3673 C CYS A 482 7894 7537 7435 127 -2347 -870 C +ATOM 3674 O CYS A 482 128.734 -27.766 75.499 1.00 66.66 O +ANISOU 3674 O CYS A 482 8678 8316 8332 394 -2360 -747 O +ATOM 3675 CB CYS A 482 126.848 -25.575 76.979 1.00 72.31 C +ANISOU 3675 CB CYS A 482 10145 9180 8148 228 -2670 -794 C +ATOM 3676 SG CYS A 482 125.242 -24.824 77.284 1.00 71.81 S +ANISOU 3676 SG CYS A 482 10584 9098 7604 107 -2495 -708 S +ATOM 3677 N HIS A 483 129.266 -25.657 74.887 1.00 68.73 N +ANISOU 3677 N HIS A 483 8592 8625 8897 -99 -2395 -1111 N +ATOM 3678 CA HIS A 483 130.658 -25.970 74.619 1.00 55.67 C +ANISOU 3678 CA HIS A 483 6403 6952 7796 -57 -2485 -1279 C +ATOM 3679 C HIS A 483 131.365 -26.388 75.906 1.00 75.86 C +ANISOU 3679 C HIS A 483 8842 9635 10347 331 -3079 -1327 C +ATOM 3680 O HIS A 483 130.908 -26.114 77.018 1.00 60.70 O +ANISOU 3680 O HIS A 483 7238 7837 7989 503 -3447 -1298 O +ATOM 3681 CB HIS A 483 131.355 -24.765 73.988 1.00 56.91 C +ANISOU 3681 CB HIS A 483 6185 7057 8383 -407 -2375 -1545 C +ATOM 3682 CG HIS A 483 132.647 -25.100 73.310 1.00 64.85 C +ANISOU 3682 CG HIS A 483 6621 7990 10030 -460 -2238 -1712 C +ATOM 3683 ND1 HIS A 483 133.867 -24.986 73.939 1.00 69.24 N +ANISOU 3683 ND1 HIS A 483 6677 8600 11031 -340 -2664 -1979 N +ATOM 3684 CD2 HIS A 483 132.910 -25.543 72.057 1.00 65.54 C +ANISOU 3684 CD2 HIS A 483 6542 7963 10398 -619 -1713 -1679 C +ATOM 3685 CE1 HIS A 483 134.826 -25.346 73.105 1.00 67.60 C +ANISOU 3685 CE1 HIS A 483 5993 8286 11407 -424 -2381 -2092 C +ATOM 3686 NE2 HIS A 483 134.273 -25.688 71.956 1.00 65.23 N +ANISOU 3686 NE2 HIS A 483 5909 7876 10999 -597 -1782 -1910 N +ATOM 3687 N ALA A 484 132.499 -27.071 75.739 1.00 91.02 N +ANISOU 3687 N ALA A 484 10301 11537 12747 491 -3167 -1401 N +ATOM 3688 CA ALA A 484 133.224 -27.597 76.892 1.00102.51 C +ANISOU 3688 CA ALA A 484 11610 13137 14203 934 -3761 -1405 C +ATOM 3689 C ALA A 484 133.910 -26.488 77.679 1.00103.04 C +ANISOU 3689 C ALA A 484 11391 13397 14361 890 -4326 -1769 C +ATOM 3690 O ALA A 484 133.974 -26.546 78.913 1.00119.16 O +ANISOU 3690 O ALA A 484 13583 15652 16040 1226 -4898 -1770 O +ATOM 3691 CB ALA A 484 134.246 -28.636 76.434 1.00118.95 C +ANISOU 3691 CB ALA A 484 13226 15125 16846 1137 -3680 -1385 C +ATOM 3692 N LEU A 485 134.435 -25.473 76.988 1.00 78.94 N +ANISOU 3692 N LEU A 485 7935 10272 11788 480 -4157 -2095 N +ATOM 3693 CA LEU A 485 135.138 -24.393 77.676 1.00 87.62 C +ANISOU 3693 CA LEU A 485 8689 11512 13091 380 -4646 -2525 C +ATOM 3694 C LEU A 485 134.261 -23.766 78.743 1.00 86.58 C +ANISOU 3694 C LEU A 485 9080 11530 12287 439 -4973 -2537 C +ATOM 3695 O LEU A 485 134.721 -23.480 79.856 1.00125.08 O +ANISOU 3695 O LEU A 485 13944 16607 16975 613 -5356 -2669 O +ATOM 3696 CB LEU A 485 135.578 -23.328 76.671 1.00 77.08 C +ANISOU 3696 CB LEU A 485 6961 9975 12351 -133 -4227 -2816 C +ATOM 3697 CG LEU A 485 136.563 -23.801 75.606 1.00 78.82 C +ANISOU 3697 CG LEU A 485 6618 10040 13291 -236 -3854 -2877 C +ATOM 3698 CD1 LEU A 485 136.927 -22.660 74.658 1.00 79.09 C +ANISOU 3698 CD1 LEU A 485 6349 9847 13857 -748 -3370 -3126 C +ATOM 3699 CD2 LEU A 485 137.801 -24.418 76.220 1.00 86.76 C +ANISOU 3699 CD2 LEU A 485 7033 11200 14731 98 -4393 -3087 C +ATOM 3700 N CYS A 486 132.998 -23.546 78.420 1.00 70.97 N +ANISOU 3700 N CYS A 486 7653 9429 9884 275 -4550 -2288 N +ATOM 3701 CA CYS A 486 132.030 -22.943 79.326 1.00100.65 C +ANISOU 3701 CA CYS A 486 11941 13276 13025 301 -4715 -2275 C +ATOM 3702 C CYS A 486 131.128 -24.050 79.856 1.00120.92 C +ANISOU 3702 C CYS A 486 15071 15901 14972 674 -4712 -1851 C +ATOM 3703 O CYS A 486 130.191 -24.477 79.178 1.00137.31 O +ANISOU 3703 O CYS A 486 17459 17815 16898 590 -4204 -1547 O +ATOM 3704 CB CYS A 486 131.233 -21.891 78.579 1.00115.15 C +ANISOU 3704 CB CYS A 486 13952 14905 14896 -124 -4236 -2298 C +ATOM 3705 SG CYS A 486 131.148 -22.255 76.819 1.00106.88 S +ANISOU 3705 SG CYS A 486 12753 13618 14239 -385 -3504 -2058 S +ATOM 3706 N SER A 487 131.416 -24.518 81.058 1.00122.51 N +ANISOU 3706 N SER A 487 15401 16297 14849 1045 -5036 -1756 N +ATOM 3707 CA SER A 487 130.660 -25.621 81.630 1.00139.47 C +ANISOU 3707 CA SER A 487 18067 18454 16470 1413 -4968 -1330 C +ATOM 3708 C SER A 487 129.856 -25.287 82.891 1.00145.12 C +ANISOU 3708 C SER A 487 19287 19275 16576 1491 -4906 -1217 C +ATOM 3709 O SER A 487 129.380 -26.226 83.543 1.00162.57 O +ANISOU 3709 O SER A 487 21882 21493 18395 1809 -4835 -873 O +ATOM 3710 CB SER A 487 131.631 -26.762 81.945 1.00151.90 C +ANISOU 3710 CB SER A 487 19399 20120 18197 1850 -5290 -1189 C +ATOM 3711 OG SER A 487 132.626 -26.347 82.864 1.00161.04 O +ANISOU 3711 OG SER A 487 20271 21518 19397 1953 -5704 -1420 O +ATOM 3712 N PRO A 488 129.657 -23.993 83.303 1.00110.63 N +ANISOU 3712 N PRO A 488 14931 14965 12140 1214 -4891 -1491 N +ATOM 3713 CA PRO A 488 128.925 -23.784 84.560 1.00111.69 C +ANISOU 3713 CA PRO A 488 15503 15207 11727 1322 -4846 -1395 C +ATOM 3714 C PRO A 488 127.470 -23.337 84.436 1.00107.28 C +ANISOU 3714 C PRO A 488 15341 14483 10936 1119 -4365 -1272 C +ATOM 3715 O PRO A 488 126.599 -23.959 85.057 1.00101.74 O +ANISOU 3715 O PRO A 488 15050 13757 9849 1302 -4152 -986 O +ATOM 3716 CB PRO A 488 129.772 -22.719 85.259 1.00114.18 C +ANISOU 3716 CB PRO A 488 15532 15721 12128 1207 -5211 -1811 C +ATOM 3717 CG PRO A 488 130.392 -21.929 84.147 1.00113.78 C +ANISOU 3717 CG PRO A 488 14999 15541 12693 858 -5186 -2130 C +ATOM 3718 CD PRO A 488 130.232 -22.705 82.857 1.00 91.39 C +ANISOU 3718 CD PRO A 488 12085 12506 10133 841 -4950 -1914 C +ATOM 3719 N GLU A 489 127.175 -22.277 83.680 1.00 97.96 N +ANISOU 3719 N GLU A 489 14032 13176 10013 757 -4168 -1475 N +ATOM 3720 CA GLU A 489 125.874 -21.619 83.784 1.00 81.31 C +ANISOU 3720 CA GLU A 489 12238 10953 7704 590 -3781 -1417 C +ATOM 3721 C GLU A 489 125.039 -21.656 82.509 1.00 77.20 C +ANISOU 3721 C GLU A 489 11768 10210 7355 399 -3375 -1260 C +ATOM 3722 O GLU A 489 124.065 -20.900 82.407 1.00 68.22 O +ANISOU 3722 O GLU A 489 10780 8967 6173 233 -3083 -1263 O +ATOM 3723 CB GLU A 489 126.049 -20.158 84.206 1.00 65.72 C +ANISOU 3723 CB GLU A 489 10145 9018 5807 352 -3875 -1789 C +ATOM 3724 CG GLU A 489 126.576 -19.978 85.608 1.00 72.10 C +ANISOU 3724 CG GLU A 489 10993 10071 6331 506 -4228 -1968 C +ATOM 3725 CD GLU A 489 126.598 -18.525 86.040 1.00 88.70 C +ANISOU 3725 CD GLU A 489 13028 12182 8490 240 -4265 -2364 C +ATOM 3726 OE1 GLU A 489 126.167 -17.655 85.256 1.00 98.89 O +ANISOU 3726 OE1 GLU A 489 14259 13256 10061 -44 -3991 -2470 O +ATOM 3727 OE2 GLU A 489 127.046 -18.257 87.173 1.00104.47 O +ANISOU 3727 OE2 GLU A 489 15050 14397 10245 320 -4570 -2576 O +ATOM 3728 N GLY A 490 125.366 -22.505 81.544 1.00 79.16 N +ANISOU 3728 N GLY A 490 11896 10391 7790 428 -3360 -1133 N +ATOM 3729 CA GLY A 490 124.557 -22.620 80.342 1.00 76.22 C +ANISOU 3729 CA GLY A 490 11601 9848 7510 245 -2988 -987 C +ATOM 3730 C GLY A 490 125.118 -21.819 79.182 1.00 72.39 C +ANISOU 3730 C GLY A 490 10807 9273 7423 -67 -3008 -1201 C +ATOM 3731 O GLY A 490 126.206 -21.234 79.237 1.00 74.24 O +ANISOU 3731 O GLY A 490 10698 9541 7968 -159 -3286 -1487 O +ATOM 3732 N CYS A 491 124.338 -21.795 78.102 1.00 55.61 N +ANISOU 3732 N CYS A 491 8789 7022 5320 -250 -2667 -1063 N +ATOM 3733 CA CYS A 491 124.801 -21.174 76.870 1.00 58.31 C +ANISOU 3733 CA CYS A 491 8788 7267 6102 -537 -2431 -1125 C +ATOM 3734 C CYS A 491 123.620 -20.869 75.965 1.00 56.86 C +ANISOU 3734 C CYS A 491 8788 7001 5813 -687 -2011 -923 C +ATOM 3735 O CYS A 491 122.588 -21.544 76.014 1.00 47.54 O +ANISOU 3735 O CYS A 491 7881 5852 4331 -578 -1862 -736 O +ATOM 3736 CB CYS A 491 125.775 -22.091 76.132 1.00 65.66 C +ANISOU 3736 CB CYS A 491 9370 8221 7356 -516 -2377 -1097 C +ATOM 3737 SG CYS A 491 124.987 -23.635 75.660 1.00 58.50 S +ANISOU 3737 SG CYS A 491 8677 7330 6222 -361 -2081 -794 S +ATOM 3738 N TRP A 492 123.799 -19.855 75.118 1.00 59.89 N +ANISOU 3738 N TRP A 492 9002 7277 6476 -927 -1810 -961 N +ATOM 3739 CA TRP A 492 122.818 -19.490 74.109 1.00 58.79 C +ANISOU 3739 CA TRP A 492 8990 7094 6255 -1038 -1446 -748 C +ATOM 3740 C TRP A 492 123.104 -20.128 72.754 1.00 61.69 C +ANISOU 3740 C TRP A 492 9180 7520 6741 -1123 -1166 -620 C +ATOM 3741 O TRP A 492 122.539 -19.690 71.745 1.00 67.09 O +ANISOU 3741 O TRP A 492 9915 8199 7375 -1226 -886 -460 O +ATOM 3742 CB TRP A 492 122.761 -17.969 73.951 1.00 55.54 C +ANISOU 3742 CB TRP A 492 8563 6501 6039 -1208 -1339 -800 C +ATOM 3743 CG TRP A 492 122.453 -17.229 75.216 1.00 63.69 C +ANISOU 3743 CG TRP A 492 9771 7456 6973 -1159 -1563 -985 C +ATOM 3744 CD1 TRP A 492 123.347 -16.628 76.051 1.00 68.37 C +ANISOU 3744 CD1 TRP A 492 10218 7985 7775 -1216 -1831 -1313 C +ATOM 3745 CD2 TRP A 492 121.158 -17.006 75.787 1.00 60.48 C +ANISOU 3745 CD2 TRP A 492 9704 7034 6242 -1053 -1525 -901 C +ATOM 3746 NE1 TRP A 492 122.692 -16.043 77.106 1.00 64.82 N +ANISOU 3746 NE1 TRP A 492 10034 7491 7103 -1153 -1959 -1446 N +ATOM 3747 CE2 TRP A 492 121.346 -16.263 76.969 1.00 67.05 C +ANISOU 3747 CE2 TRP A 492 10622 7786 7068 -1049 -1750 -1182 C +ATOM 3748 CE3 TRP A 492 119.859 -17.364 75.415 1.00 57.00 C +ANISOU 3748 CE3 TRP A 492 9472 6646 5541 -966 -1318 -654 C +ATOM 3749 CZ2 TRP A 492 120.284 -15.870 77.780 1.00 66.87 C +ANISOU 3749 CZ2 TRP A 492 10910 7715 6781 -954 -1719 -1196 C +ATOM 3750 CZ3 TRP A 492 118.806 -16.974 76.223 1.00 64.50 C +ANISOU 3750 CZ3 TRP A 492 10693 7536 6277 -875 -1304 -667 C +ATOM 3751 CH2 TRP A 492 119.025 -16.234 77.391 1.00 71.95 C +ANISOU 3751 CH2 TRP A 492 11729 8384 7225 -862 -1470 -917 C +ATOM 3752 N GLY A 493 123.966 -21.142 72.703 1.00 46.73 N +ANISOU 3752 N GLY A 493 7085 5684 4985 -1062 -1234 -687 N +ATOM 3753 CA GLY A 493 124.330 -21.753 71.449 1.00 41.10 C +ANISOU 3753 CA GLY A 493 6199 5015 4403 -1155 -939 -625 C +ATOM 3754 C GLY A 493 125.465 -22.749 71.571 1.00 40.46 C +ANISOU 3754 C GLY A 493 5841 4943 4588 -1071 -1033 -746 C +ATOM 3755 O GLY A 493 126.022 -22.972 72.651 1.00 51.05 O +ANISOU 3755 O GLY A 493 7110 6282 6006 -910 -1381 -858 O +ATOM 3756 N PRO A 494 125.832 -23.368 70.444 1.00 48.33 N +ANISOU 3756 N PRO A 494 6678 5964 5721 -1158 -724 -728 N +ATOM 3757 CA PRO A 494 126.905 -24.372 70.467 1.00 53.53 C +ANISOU 3757 CA PRO A 494 7043 6600 6697 -1063 -755 -840 C +ATOM 3758 C PRO A 494 128.305 -23.795 70.588 1.00 53.58 C +ANISOU 3758 C PRO A 494 6637 6519 7202 -1139 -868 -1035 C +ATOM 3759 O PRO A 494 129.227 -24.535 70.955 1.00 49.42 O +ANISOU 3759 O PRO A 494 5828 5978 6971 -991 -1032 -1145 O +ATOM 3760 CB PRO A 494 126.739 -25.090 69.120 1.00 48.34 C +ANISOU 3760 CB PRO A 494 6370 5989 6008 -1174 -317 -801 C +ATOM 3761 CG PRO A 494 126.119 -24.060 68.229 1.00 56.25 C +ANISOU 3761 CG PRO A 494 7528 7044 6802 -1374 -78 -698 C +ATOM 3762 CD PRO A 494 125.224 -23.232 69.109 1.00 55.70 C +ANISOU 3762 CD PRO A 494 7713 6967 6482 -1315 -337 -609 C +ATOM 3763 N GLU A 495 128.496 -22.519 70.293 1.00 55.37 N +ANISOU 3763 N GLU A 495 6794 6665 7581 -1354 -770 -1086 N +ATOM 3764 CA GLU A 495 129.832 -21.952 70.200 1.00 66.99 C +ANISOU 3764 CA GLU A 495 7816 8015 9622 -1494 -760 -1312 C +ATOM 3765 C GLU A 495 130.315 -21.449 71.554 1.00 63.21 C +ANISOU 3765 C GLU A 495 7182 7531 9302 -1403 -1282 -1543 C +ATOM 3766 O GLU A 495 129.526 -21.281 72.490 1.00 52.51 O +ANISOU 3766 O GLU A 495 6144 6249 7560 -1267 -1585 -1500 O +ATOM 3767 CB GLU A 495 129.837 -20.808 69.189 1.00 77.30 C +ANISOU 3767 CB GLU A 495 9127 9180 11062 -1783 -320 -1250 C +ATOM 3768 CG GLU A 495 129.463 -21.232 67.783 1.00 83.33 C +ANISOU 3768 CG GLU A 495 10045 10001 11615 -1866 182 -1045 C +ATOM 3769 CD GLU A 495 130.285 -22.405 67.296 1.00 86.26 C +ANISOU 3769 CD GLU A 495 10135 10406 12234 -1827 341 -1155 C +ATOM 3770 OE1 GLU A 495 131.493 -22.455 67.608 1.00 83.45 O +ANISOU 3770 OE1 GLU A 495 9338 9947 12424 -1841 252 -1381 O +ATOM 3771 OE2 GLU A 495 129.720 -23.285 66.613 1.00 84.93 O +ANISOU 3771 OE2 GLU A 495 10159 10363 11746 -1779 551 -1049 O +ATOM 3772 N PRO A 496 131.623 -21.208 71.696 1.00 69.79 N +ANISOU 3772 N PRO A 496 7511 8296 10709 -1475 -1399 -1828 N +ATOM 3773 CA PRO A 496 132.128 -20.707 72.985 1.00 69.36 C +ANISOU 3773 CA PRO A 496 7269 8291 10794 -1393 -1957 -2125 C +ATOM 3774 C PRO A 496 131.597 -19.328 73.331 1.00 74.97 C +ANISOU 3774 C PRO A 496 8176 8892 11417 -1586 -1966 -2216 C +ATOM 3775 O PRO A 496 131.244 -19.073 74.489 1.00 81.79 O +ANISOU 3775 O PRO A 496 9221 9858 11996 -1452 -2404 -2335 O +ATOM 3776 CB PRO A 496 133.654 -20.704 72.788 1.00 66.11 C +ANISOU 3776 CB PRO A 496 6186 7812 11120 -1485 -1988 -2444 C +ATOM 3777 CG PRO A 496 133.896 -21.608 71.613 1.00 65.75 C +ANISOU 3777 CG PRO A 496 6041 7717 11224 -1498 -1510 -2263 C +ATOM 3778 CD PRO A 496 132.712 -21.411 70.729 1.00 71.54 C +ANISOU 3778 CD PRO A 496 7284 8408 11488 -1628 -1041 -1935 C +ATOM 3779 N ARG A 497 131.530 -18.427 72.348 1.00 66.77 N +ANISOU 3779 N ARG A 497 7129 7631 10609 -1885 -1457 -2151 N +ATOM 3780 CA ARG A 497 130.985 -17.097 72.590 1.00 71.39 C +ANISOU 3780 CA ARG A 497 7915 8044 11168 -2058 -1382 -2197 C +ATOM 3781 C ARG A 497 129.541 -17.161 73.070 1.00 75.08 C +ANISOU 3781 C ARG A 497 8947 8620 10959 -1879 -1502 -1949 C +ATOM 3782 O ARG A 497 129.084 -16.264 73.787 1.00 62.12 O +ANISOU 3782 O ARG A 497 7477 6896 9230 -1919 -1642 -2070 O +ATOM 3783 CB ARG A 497 131.082 -16.258 71.311 1.00 73.42 C +ANISOU 3783 CB ARG A 497 8135 8022 11739 -2347 -732 -2044 C +ATOM 3784 CG ARG A 497 130.328 -16.846 70.124 1.00 94.43 C +ANISOU 3784 CG ARG A 497 11120 10762 13997 -2291 -310 -1604 C +ATOM 3785 CD ARG A 497 130.577 -16.050 68.851 1.00105.98 C +ANISOU 3785 CD ARG A 497 12556 11977 15734 -2538 333 -1434 C +ATOM 3786 NE ARG A 497 131.846 -16.401 68.215 1.00122.86 N +ANISOU 3786 NE ARG A 497 14246 14039 18398 -2679 606 -1592 N +ATOM 3787 CZ ARG A 497 131.985 -17.302 67.245 1.00127.34 C +ANISOU 3787 CZ ARG A 497 14819 14727 18835 -2643 909 -1430 C +ATOM 3788 NH1 ARG A 497 130.932 -17.962 66.778 1.00121.61 N +ANISOU 3788 NH1 ARG A 497 14513 14226 17466 -2483 950 -1128 N +ATOM 3789 NH2 ARG A 497 133.185 -17.544 66.735 1.00135.73 N +ANISOU 3789 NH2 ARG A 497 15443 15683 20446 -2781 1190 -1613 N +ATOM 3790 N ASP A 498 128.812 -18.212 72.691 1.00 83.63 N +ANISOU 3790 N ASP A 498 10301 9868 11607 -1697 -1418 -1639 N +ATOM 3791 CA ASP A 498 127.405 -18.326 73.048 1.00 86.98 C +ANISOU 3791 CA ASP A 498 11214 10379 11455 -1548 -1464 -1411 C +ATOM 3792 C ASP A 498 127.191 -18.496 74.544 1.00 88.97 C +ANISOU 3792 C ASP A 498 11621 10751 11433 -1340 -1961 -1574 C +ATOM 3793 O ASP A 498 126.086 -18.238 75.033 1.00 96.16 O +ANISOU 3793 O ASP A 498 12912 11672 11953 -1262 -1983 -1468 O +ATOM 3794 CB ASP A 498 126.779 -19.514 72.319 1.00 77.68 C +ANISOU 3794 CB ASP A 498 10212 9346 9957 -1426 -1262 -1127 C +ATOM 3795 CG ASP A 498 126.746 -19.327 70.819 1.00 61.39 C +ANISOU 3795 CG ASP A 498 8112 7227 7986 -1603 -768 -944 C +ATOM 3796 OD1 ASP A 498 126.601 -18.174 70.364 1.00 63.02 O +ANISOU 3796 OD1 ASP A 498 8363 7276 8305 -1766 -533 -878 O +ATOM 3797 OD2 ASP A 498 126.863 -20.334 70.092 1.00 57.18 O +ANISOU 3797 OD2 ASP A 498 7526 6799 7399 -1568 -594 -863 O +ATOM 3798 N CYS A 499 128.209 -18.927 75.275 1.00 83.72 N +ANISOU 3798 N CYS A 499 10674 10190 10945 -1227 -2355 -1823 N +ATOM 3799 CA CYS A 499 128.020 -19.335 76.655 1.00 80.64 C +ANISOU 3799 CA CYS A 499 10489 9980 10172 -953 -2838 -1912 C +ATOM 3800 C CYS A 499 127.854 -18.145 77.592 1.00 69.03 C +ANISOU 3800 C CYS A 499 9125 8468 8636 -1037 -3068 -2204 C +ATOM 3801 O CYS A 499 128.385 -17.054 77.360 1.00 76.92 O +ANISOU 3801 O CYS A 499 9855 9295 10076 -1306 -2984 -2469 O +ATOM 3802 CB CYS A 499 129.198 -20.169 77.114 1.00 78.84 C +ANISOU 3802 CB CYS A 499 9911 9908 10137 -753 -3231 -2067 C +ATOM 3803 SG CYS A 499 129.223 -21.809 76.445 1.00103.50 S +ANISOU 3803 SG CYS A 499 13027 13080 13217 -539 -3031 -1730 S +ATOM 3804 N VAL A 500 127.120 -18.385 78.679 1.00 71.10 N +ANISOU 3804 N VAL A 500 9773 8880 8362 -801 -3251 -2132 N +ATOM 3805 CA VAL A 500 126.876 -17.350 79.672 1.00 80.14 C +ANISOU 3805 CA VAL A 500 11027 10044 9378 -842 -3287 -2328 C +ATOM 3806 C VAL A 500 128.173 -17.018 80.396 1.00 88.43 C +ANISOU 3806 C VAL A 500 11693 11226 10679 -855 -3634 -2687 C +ATOM 3807 O VAL A 500 128.964 -17.909 80.736 1.00 98.37 O +ANISOU 3807 O VAL A 500 12766 12684 11928 -636 -3938 -2681 O +ATOM 3808 CB VAL A 500 125.790 -17.806 80.662 1.00 74.61 C +ANISOU 3808 CB VAL A 500 10774 9489 8084 -576 -3239 -2095 C +ATOM 3809 CG1 VAL A 500 125.578 -16.759 81.750 1.00 59.94 C +ANISOU 3809 CG1 VAL A 500 9018 7664 6092 -628 -3287 -2346 C +ATOM 3810 CG2 VAL A 500 124.486 -18.084 79.928 1.00 51.56 C +ANISOU 3810 CG2 VAL A 500 8166 6437 4987 -578 -2859 -1760 C +ATOM 3811 N SER A 501 128.383 -15.729 80.645 1.00 95.90 N +ANISOU 3811 N SER A 501 12524 12046 11868 -1103 -3587 -3002 N +ATOM 3812 CA SER A 501 129.548 -15.230 81.374 1.00115.73 C +ANISOU 3812 CA SER A 501 14679 14667 14627 -1158 -3893 -3390 C +ATOM 3813 C SER A 501 130.826 -15.958 80.974 1.00124.04 C +ANISOU 3813 C SER A 501 15241 15815 16073 -1088 -4115 -3460 C +ATOM 3814 O SER A 501 131.205 -16.949 81.598 1.00123.82 O +ANISOU 3814 O SER A 501 15200 16058 15788 -770 -4460 -3377 O +ATOM 3815 CB SER A 501 129.322 -15.359 82.884 1.00114.01 C +ANISOU 3815 CB SER A 501 14732 14738 13850 -922 -4193 -3448 C +ATOM 3816 OG SER A 501 129.484 -16.698 83.319 1.00116.49 O +ANISOU 3816 OG SER A 501 15126 15316 13820 -553 -4453 -3201 O +TER 3817 SER A 501 +ATOM 3818 N GLU B 2 56.534 -19.453 50.211 1.00138.76 N +ANISOU 3818 N GLU B 2 20892 21735 10096 4103 -1128 -1189 N +ATOM 3819 CA GLU B 2 56.364 -19.946 48.851 1.00142.62 C +ANISOU 3819 CA GLU B 2 21214 21909 11068 3830 -988 -929 C +ATOM 3820 C GLU B 2 57.253 -19.161 47.892 1.00147.28 C +ANISOU 3820 C GLU B 2 21438 22292 12231 3782 -1384 -1355 C +ATOM 3821 O GLU B 2 57.969 -18.247 48.304 1.00155.25 O +ANISOU 3821 O GLU B 2 22306 23376 13306 3941 -1750 -1839 O +ATOM 3822 CB GLU B 2 54.893 -19.847 48.428 1.00135.30 C +ANISOU 3822 CB GLU B 2 20233 20972 10204 3580 -423 -757 C +ATOM 3823 CG GLU B 2 54.394 -18.423 48.163 1.00119.46 C +ANISOU 3823 CG GLU B 2 17938 19003 8450 3531 -381 -1274 C +ATOM 3824 CD GLU B 2 54.751 -17.914 46.779 1.00104.89 C +ANISOU 3824 CD GLU B 2 15753 16869 7230 3361 -567 -1484 C +ATOM 3825 OE1 GLU B 2 54.919 -18.747 45.864 1.00 96.76 O +ANISOU 3825 OE1 GLU B 2 14710 15630 6427 3212 -535 -1148 O +ATOM 3826 OE2 GLU B 2 54.873 -16.682 46.606 1.00103.18 O +ANISOU 3826 OE2 GLU B 2 15288 16624 7290 3377 -750 -1984 O +ATOM 3827 N GLU B 3 57.205 -19.517 46.612 1.00139.07 N +ANISOU 3827 N GLU B 3 20234 20986 11620 3555 -1303 -1176 N +ATOM 3828 CA GLU B 3 57.912 -18.768 45.583 1.00130.99 C +ANISOU 3828 CA GLU B 3 18850 19762 11158 3456 -1600 -1540 C +ATOM 3829 C GLU B 3 57.327 -19.148 44.230 1.00122.92 C +ANISOU 3829 C GLU B 3 17714 18518 10473 3181 -1332 -1278 C +ATOM 3830 O GLU B 3 56.591 -20.130 44.101 1.00126.92 O +ANISOU 3830 O GLU B 3 18414 18990 10819 3088 -986 -806 O +ATOM 3831 CB GLU B 3 59.425 -19.033 45.642 1.00135.37 C +ANISOU 3831 CB GLU B 3 19330 20245 11860 3609 -2096 -1671 C +ATOM 3832 CG GLU B 3 60.263 -18.235 44.640 1.00131.63 C +ANISOU 3832 CG GLU B 3 18445 19566 12004 3486 -2394 -2059 C +ATOM 3833 CD GLU B 3 60.059 -16.734 44.764 1.00127.22 C +ANISOU 3833 CD GLU B 3 17651 19028 11657 3449 -2461 -2571 C +ATOM 3834 OE1 GLU B 3 59.570 -16.283 45.820 1.00132.29 O +ANISOU 3834 OE1 GLU B 3 18442 19883 11939 3603 -2396 -2717 O +ATOM 3835 OE2 GLU B 3 60.393 -16.007 43.805 1.00121.12 O +ANISOU 3835 OE2 GLU B 3 16544 18047 11430 3264 -2576 -2824 O +ATOM 3836 N LYS B 4 57.656 -18.341 43.223 1.00111.82 N +ANISOU 3836 N LYS B 4 15983 16948 9556 3043 -1495 -1594 N +ATOM 3837 CA LYS B 4 57.133 -18.514 41.875 1.00102.64 C +ANISOU 3837 CA LYS B 4 14687 15595 8715 2797 -1284 -1425 C +ATOM 3838 C LYS B 4 57.995 -19.496 41.091 1.00 95.88 C +ANISOU 3838 C LYS B 4 13814 14563 8055 2759 -1465 -1180 C +ATOM 3839 O LYS B 4 59.202 -19.282 40.928 1.00101.89 O +ANISOU 3839 O LYS B 4 14389 15256 9070 2815 -1851 -1423 O +ATOM 3840 CB LYS B 4 57.074 -17.165 41.155 1.00106.70 C +ANISOU 3840 CB LYS B 4 14867 15998 9678 2657 -1371 -1871 C +ATOM 3841 CG LYS B 4 55.743 -16.451 41.292 1.00113.04 C +ANISOU 3841 CG LYS B 4 15637 16849 10463 2583 -1009 -1956 C +ATOM 3842 CD LYS B 4 54.645 -17.198 40.555 1.00112.10 C +ANISOU 3842 CD LYS B 4 15520 16588 10486 2337 -553 -1481 C +ATOM 3843 CE LYS B 4 53.295 -16.535 40.726 1.00113.82 C +ANISOU 3843 CE LYS B 4 15664 16874 10707 2287 -193 -1574 C +ATOM 3844 NZ LYS B 4 52.249 -17.268 39.967 1.00114.19 N +ANISOU 3844 NZ LYS B 4 15656 16771 10961 2036 206 -1148 N +ATOM 3845 N LYS B 5 57.370 -20.566 40.606 1.00 71.89 N +ANISOU 3845 N LYS B 5 10913 11401 5002 2631 -1158 -703 N +ATOM 3846 CA LYS B 5 58.036 -21.482 39.689 1.00 63.56 C +ANISOU 3846 CA LYS B 5 9777 10088 4283 2532 -1259 -475 C +ATOM 3847 C LYS B 5 58.411 -20.753 38.406 1.00 66.82 C +ANISOU 3847 C LYS B 5 9776 10281 5333 2277 -1326 -715 C +ATOM 3848 O LYS B 5 57.561 -20.129 37.763 1.00 80.06 O +ANISOU 3848 O LYS B 5 11288 11856 7275 2040 -1073 -745 O +ATOM 3849 CB LYS B 5 57.120 -22.668 39.369 1.00 56.97 C +ANISOU 3849 CB LYS B 5 9126 9097 3424 2384 -876 43 C +ATOM 3850 CG LYS B 5 57.474 -23.975 40.070 1.00 59.57 C +ANISOU 3850 CG LYS B 5 9823 9438 3373 2611 -949 422 C +ATOM 3851 CD LYS B 5 56.660 -24.189 41.337 1.00 81.03 C +ANISOU 3851 CD LYS B 5 12831 12340 5615 2685 -673 643 C +ATOM 3852 CE LYS B 5 56.865 -25.594 41.881 1.00 96.25 C +ANISOU 3852 CE LYS B 5 15051 14137 7383 2766 -657 1095 C +ATOM 3853 NZ LYS B 5 56.842 -25.633 43.368 1.00 98.70 N +ANISOU 3853 NZ LYS B 5 15609 14686 7207 2950 -651 1151 N +ATOM 3854 N VAL B 6 59.683 -20.834 38.024 1.00 67.20 N +ANISOU 3854 N VAL B 6 9649 10258 5628 2333 -1660 -873 N +ATOM 3855 CA VAL B 6 60.167 -20.175 36.819 1.00 62.23 C +ANISOU 3855 CA VAL B 6 8633 9439 5573 2096 -1697 -1066 C +ATOM 3856 C VAL B 6 60.826 -21.210 35.912 1.00 57.04 C +ANISOU 3856 C VAL B 6 7900 8613 5158 2049 -1724 -868 C +ATOM 3857 O VAL B 6 61.069 -22.353 36.301 1.00 54.94 O +ANISOU 3857 O VAL B 6 7858 8355 4662 2232 -1798 -642 O +ATOM 3858 CB VAL B 6 61.141 -19.019 37.130 1.00 55.06 C +ANISOU 3858 CB VAL B 6 7469 8601 4850 2165 -2044 -1546 C +ATOM 3859 CG1 VAL B 6 60.539 -18.075 38.164 1.00 66.36 C +ANISOU 3859 CG1 VAL B 6 9010 10209 5996 2277 -2065 -1803 C +ATOM 3860 CG2 VAL B 6 62.494 -19.543 37.604 1.00 53.71 C +ANISOU 3860 CG2 VAL B 6 7271 8524 4613 2421 -2455 -1679 C +ATOM 3861 N CYS B 7 61.111 -20.782 34.685 1.00 56.19 N +ANISOU 3861 N CYS B 7 7483 8350 5516 1814 -1655 -952 N +ATOM 3862 CA CYS B 7 61.799 -21.611 33.706 1.00 55.78 C +ANISOU 3862 CA CYS B 7 7305 8166 5722 1768 -1662 -848 C +ATOM 3863 C CYS B 7 62.432 -20.690 32.674 1.00 51.86 C +ANISOU 3863 C CYS B 7 6424 7596 5683 1561 -1655 -1066 C +ATOM 3864 O CYS B 7 62.079 -19.513 32.568 1.00 53.57 O +ANISOU 3864 O CYS B 7 6516 7794 6043 1407 -1591 -1204 O +ATOM 3865 CB CYS B 7 60.853 -22.626 33.046 1.00 71.02 C +ANISOU 3865 CB CYS B 7 9413 9950 7623 1649 -1369 -495 C +ATOM 3866 SG CYS B 7 59.453 -21.923 32.134 1.00 76.55 S +ANISOU 3866 SG CYS B 7 10045 10554 8487 1324 -1015 -404 S +ATOM 3867 N GLN B 8 63.375 -21.244 31.910 1.00 50.50 N +ANISOU 3867 N GLN B 8 6065 7373 5750 1565 -1704 -1084 N +ATOM 3868 CA GLN B 8 64.241 -20.412 31.082 1.00 44.23 C +ANISOU 3868 CA GLN B 8 4881 6548 5377 1399 -1705 -1295 C +ATOM 3869 C GLN B 8 63.611 -20.057 29.743 1.00 53.26 C +ANISOU 3869 C GLN B 8 5949 7576 6709 1109 -1372 -1137 C +ATOM 3870 O GLN B 8 63.875 -18.973 29.211 1.00 59.76 O +ANISOU 3870 O GLN B 8 6529 8352 7823 918 -1305 -1243 O +ATOM 3871 CB GLN B 8 65.578 -21.118 30.847 1.00 48.69 C +ANISOU 3871 CB GLN B 8 5230 7146 6123 1546 -1876 -1414 C +ATOM 3872 CG GLN B 8 66.709 -20.188 30.441 1.00 49.50 C +ANISOU 3872 CG GLN B 8 4879 7266 6663 1426 -1947 -1701 C +ATOM 3873 CD GLN B 8 67.115 -19.248 31.559 1.00 63.96 C +ANISOU 3873 CD GLN B 8 6602 9164 8535 1507 -2263 -2010 C +ATOM 3874 OE1 GLN B 8 66.590 -19.325 32.670 1.00 55.91 O +ANISOU 3874 OE1 GLN B 8 5874 8224 7147 1694 -2437 -2018 O +ATOM 3875 NE2 GLN B 8 68.053 -18.355 31.271 1.00 74.37 N +ANISOU 3875 NE2 GLN B 8 7497 10455 10306 1365 -2331 -2276 N +ATOM 3876 N GLY B 9 62.792 -20.937 29.179 1.00 57.84 N +ANISOU 3876 N GLY B 9 6736 8098 7144 1075 -1178 -884 N +ATOM 3877 CA GLY B 9 62.273 -20.722 27.845 1.00 52.47 C +ANISOU 3877 CA GLY B 9 5995 7342 6600 847 -915 -754 C +ATOM 3878 C GLY B 9 63.306 -21.066 26.790 1.00 62.21 C +ANISOU 3878 C GLY B 9 7000 8595 8042 818 -852 -812 C +ATOM 3879 O GLY B 9 64.460 -21.391 27.073 1.00 57.62 O +ANISOU 3879 O GLY B 9 6250 8074 7570 960 -1008 -977 O +ATOM 3880 N THR B 10 62.871 -20.986 25.536 1.00 63.22 N +ANISOU 3880 N THR B 10 7114 8694 8213 647 -617 -687 N +ATOM 3881 CA THR B 10 63.686 -21.387 24.401 1.00 55.11 C +ANISOU 3881 CA THR B 10 5909 7724 7305 625 -485 -725 C +ATOM 3882 C THR B 10 63.750 -20.252 23.387 1.00 46.48 C +ANISOU 3882 C THR B 10 4651 6646 6364 389 -271 -663 C +ATOM 3883 O THR B 10 62.935 -19.329 23.406 1.00 39.01 O +ANISOU 3883 O THR B 10 3782 5623 5419 252 -232 -553 O +ATOM 3884 CB THR B 10 63.125 -22.653 23.742 1.00 66.71 C +ANISOU 3884 CB THR B 10 7578 9164 8606 693 -408 -630 C +ATOM 3885 OG1 THR B 10 63.939 -23.007 22.618 1.00 90.64 O +ANISOU 3885 OG1 THR B 10 10434 12285 11719 698 -264 -715 O +ATOM 3886 CG2 THR B 10 61.705 -22.424 23.282 1.00 51.83 C +ANISOU 3886 CG2 THR B 10 5894 7216 6585 547 -292 -450 C +ATOM 3887 N SER B 11 64.735 -20.332 22.494 1.00 38.95 N +ANISOU 3887 N SER B 11 3466 5787 5544 354 -118 -721 N +ATOM 3888 CA SER B 11 64.934 -19.318 21.462 1.00 45.90 C +ANISOU 3888 CA SER B 11 4195 6692 6553 129 135 -608 C +ATOM 3889 C SER B 11 65.333 -19.972 20.148 1.00 66.33 C +ANISOU 3889 C SER B 11 6738 9433 9031 141 383 -581 C +ATOM 3890 O SER B 11 66.228 -19.496 19.442 1.00 54.34 O +ANISOU 3890 O SER B 11 4963 8012 7671 30 610 -581 O +ATOM 3891 CB SER B 11 65.985 -18.294 21.889 1.00 40.23 C +ANISOU 3891 CB SER B 11 3135 5944 6209 18 112 -736 C +ATOM 3892 OG SER B 11 65.565 -17.573 23.034 1.00 66.61 O +ANISOU 3892 OG SER B 11 6529 9148 9631 12 -121 -801 O +ATOM 3893 N ASN B 12 64.668 -21.072 19.798 1.00 66.36 N +ANISOU 3893 N ASN B 12 6983 9460 8770 271 358 -570 N +ATOM 3894 CA ASN B 12 64.973 -21.808 18.579 1.00 54.11 C +ANISOU 3894 CA ASN B 12 5425 8066 7070 330 558 -612 C +ATOM 3895 C ASN B 12 64.129 -21.373 17.390 1.00 52.57 C +ANISOU 3895 C ASN B 12 5410 7934 6628 200 744 -404 C +ATOM 3896 O ASN B 12 64.424 -21.778 16.261 1.00 55.46 O +ANISOU 3896 O ASN B 12 5772 8481 6819 238 945 -436 O +ATOM 3897 CB ASN B 12 64.772 -23.308 18.812 1.00 58.26 C +ANISOU 3897 CB ASN B 12 6104 8547 7486 561 393 -763 C +ATOM 3898 CG ASN B 12 65.624 -23.840 19.945 1.00 63.72 C +ANISOU 3898 CG ASN B 12 6655 9178 8380 742 176 -940 C +ATOM 3899 OD1 ASN B 12 66.834 -23.627 19.978 1.00 50.24 O +ANISOU 3899 OD1 ASN B 12 4631 7572 6886 777 223 -1087 O +ATOM 3900 ND2 ASN B 12 64.992 -24.528 20.887 1.00 61.56 N +ANISOU 3900 ND2 ASN B 12 6607 8740 8043 863 -63 -914 N +ATOM 3901 N LYS B 13 63.098 -20.560 17.610 1.00 44.35 N +ANISOU 3901 N LYS B 13 4529 6767 5556 76 670 -210 N +ATOM 3902 CA LYS B 13 62.162 -20.158 16.557 1.00 37.27 C +ANISOU 3902 CA LYS B 13 3830 5912 4419 -7 766 -5 C +ATOM 3903 C LYS B 13 61.563 -21.431 15.973 1.00 42.37 C +ANISOU 3903 C LYS B 13 4668 6629 4801 141 699 -123 C +ATOM 3904 O LYS B 13 60.878 -22.161 16.710 1.00 47.78 O +ANISOU 3904 O LYS B 13 5467 7174 5514 218 489 -207 O +ATOM 3905 CB LYS B 13 62.882 -19.254 15.556 1.00 46.86 C +ANISOU 3905 CB LYS B 13 4918 7259 5627 -144 1067 162 C +ATOM 3906 CG LYS B 13 63.377 -17.939 16.124 1.00 41.66 C +ANISOU 3906 CG LYS B 13 4061 6453 5315 -327 1114 280 C +ATOM 3907 CD LYS B 13 64.223 -17.207 15.094 1.00 56.28 C +ANISOU 3907 CD LYS B 13 5761 8426 7196 -481 1471 467 C +ATOM 3908 CE LYS B 13 63.593 -15.894 14.655 1.00 78.08 C +ANISOU 3908 CE LYS B 13 8652 11037 9977 -657 1540 824 C +ATOM 3909 NZ LYS B 13 64.006 -15.529 13.272 1.00 89.78 N +ANISOU 3909 NZ LYS B 13 10163 12706 11244 -747 1910 1097 N +ATOM 3910 N LEU B 14 61.790 -21.745 14.699 1.00 47.39 N +ANISOU 3910 N LEU B 14 5345 7473 5188 183 873 -144 N +ATOM 3911 CA LEU B 14 61.181 -22.897 14.052 1.00 57.58 C +ANISOU 3911 CA LEU B 14 6818 8822 6239 325 779 -308 C +ATOM 3912 C LEU B 14 62.179 -24.014 13.789 1.00 66.81 C +ANISOU 3912 C LEU B 14 7876 10105 7405 499 858 -598 C +ATOM 3913 O LEU B 14 61.871 -24.945 13.040 1.00 70.43 O +ANISOU 3913 O LEU B 14 8463 10638 7661 629 818 -784 O +ATOM 3914 CB LEU B 14 60.524 -22.460 12.748 1.00 56.62 C +ANISOU 3914 CB LEU B 14 6875 8871 5768 295 858 -163 C +ATOM 3915 CG LEU B 14 59.567 -21.287 12.947 1.00 46.24 C +ANISOU 3915 CG LEU B 14 5653 7426 4490 152 766 130 C +ATOM 3916 CD1 LEU B 14 59.243 -20.689 11.628 1.00 53.75 C +ANISOU 3916 CD1 LEU B 14 6760 8569 5091 141 873 328 C +ATOM 3917 CD2 LEU B 14 58.303 -21.730 13.658 1.00 37.16 C +ANISOU 3917 CD2 LEU B 14 4609 6067 3444 170 472 66 C +ATOM 3918 N THR B 15 63.369 -23.939 14.372 1.00 70.05 N +ANISOU 3918 N THR B 15 8030 10525 8059 520 946 -675 N +ATOM 3919 CA THR B 15 64.293 -25.058 14.314 1.00 66.16 C +ANISOU 3919 CA THR B 15 7404 10095 7640 726 967 -978 C +ATOM 3920 C THR B 15 63.765 -26.203 15.171 1.00 67.61 C +ANISOU 3920 C THR B 15 7727 10015 7948 867 654 -1116 C +ATOM 3921 O THR B 15 63.127 -25.991 16.206 1.00 57.51 O +ANISOU 3921 O THR B 15 6537 8526 6788 797 464 -974 O +ATOM 3922 CB THR B 15 65.683 -24.617 14.779 1.00 65.95 C +ANISOU 3922 CB THR B 15 7021 10140 7896 716 1104 -1031 C +ATOM 3923 OG1 THR B 15 66.317 -23.863 13.736 1.00 72.97 O +ANISOU 3923 OG1 THR B 15 7758 11296 8672 605 1476 -941 O +ATOM 3924 CG2 THR B 15 66.566 -25.809 15.150 1.00 59.70 C +ANISOU 3924 CG2 THR B 15 6071 9324 7288 970 1005 -1352 C +ATOM 3925 N GLN B 16 64.031 -27.426 14.726 1.00 70.37 N +ANISOU 3925 N GLN B 16 8100 10368 8270 1071 620 -1391 N +ATOM 3926 CA GLN B 16 63.474 -28.622 15.339 1.00 63.89 C +ANISOU 3926 CA GLN B 16 7442 9254 7579 1198 347 -1503 C +ATOM 3927 C GLN B 16 64.556 -29.362 16.113 1.00 58.43 C +ANISOU 3927 C GLN B 16 6586 8452 7161 1409 249 -1670 C +ATOM 3928 O GLN B 16 65.701 -29.461 15.662 1.00 53.18 O +ANISOU 3928 O GLN B 16 5683 7977 6547 1538 401 -1870 O +ATOM 3929 CB GLN B 16 62.862 -29.536 14.275 1.00 65.93 C +ANISOU 3929 CB GLN B 16 7872 9518 7661 1288 313 -1722 C +ATOM 3930 CG GLN B 16 61.901 -30.578 14.815 1.00 75.18 C +ANISOU 3930 CG GLN B 16 9244 10328 8995 1317 39 -1763 C +ATOM 3931 CD GLN B 16 61.229 -31.369 13.710 1.00 77.37 C +ANISOU 3931 CD GLN B 16 9664 10600 9133 1378 -29 -2022 C +ATOM 3932 OE1 GLN B 16 61.118 -30.902 12.576 1.00 82.06 O +ANISOU 3932 OE1 GLN B 16 10280 11493 9408 1358 101 -2088 O +ATOM 3933 NE2 GLN B 16 60.780 -32.575 14.033 1.00 76.92 N +ANISOU 3933 NE2 GLN B 16 9715 10196 9314 1457 -244 -2170 N +ATOM 3934 N LEU B 17 64.181 -29.884 17.281 1.00 61.97 N +ANISOU 3934 N LEU B 17 7161 8604 7782 1456 -1 -1578 N +ATOM 3935 CA LEU B 17 65.113 -30.553 18.187 1.00 44.94 C +ANISOU 3935 CA LEU B 17 4896 6309 5869 1682 -166 -1675 C +ATOM 3936 C LEU B 17 64.942 -32.059 18.017 1.00 46.93 C +ANISOU 3936 C LEU B 17 5300 6297 6236 1890 -319 -1862 C +ATOM 3937 O LEU B 17 64.220 -32.725 18.760 1.00 56.40 O +ANISOU 3937 O LEU B 17 6727 7175 7527 1899 -511 -1722 O +ATOM 3938 CB LEU B 17 64.865 -30.113 19.628 1.00 46.81 C +ANISOU 3938 CB LEU B 17 5209 6405 6171 1625 -342 -1422 C +ATOM 3939 CG LEU B 17 64.926 -28.605 19.886 1.00 43.10 C +ANISOU 3939 CG LEU B 17 4606 6130 5640 1416 -233 -1268 C +ATOM 3940 CD1 LEU B 17 64.576 -28.296 21.334 1.00 39.82 C +ANISOU 3940 CD1 LEU B 17 4307 5580 5244 1402 -430 -1077 C +ATOM 3941 CD2 LEU B 17 66.298 -28.054 19.536 1.00 43.29 C +ANISOU 3941 CD2 LEU B 17 4265 6394 5792 1458 -99 -1437 C +ATOM 3942 N GLY B 18 65.630 -32.599 17.013 1.00 49.81 N +ANISOU 3942 N GLY B 18 5526 6789 6608 2059 -211 -2187 N +ATOM 3943 CA GLY B 18 65.530 -34.015 16.734 1.00 55.49 C +ANISOU 3943 CA GLY B 18 6368 7239 7476 2275 -361 -2433 C +ATOM 3944 C GLY B 18 64.176 -34.369 16.143 1.00 61.60 C +ANISOU 3944 C GLY B 18 7406 7869 8132 2123 -399 -2427 C +ATOM 3945 O GLY B 18 63.504 -33.552 15.507 1.00 58.27 O +ANISOU 3945 O GLY B 18 7027 7668 7446 1910 -261 -2337 O +ATOM 3946 N THR B 19 63.772 -35.616 16.368 1.00 67.14 N +ANISOU 3946 N THR B 19 8275 8164 9070 2239 -612 -2525 N +ATOM 3947 CA THR B 19 62.484 -36.085 15.884 1.00 65.80 C +ANISOU 3947 CA THR B 19 8315 7792 8892 2092 -693 -2563 C +ATOM 3948 C THR B 19 61.355 -35.348 16.599 1.00 66.78 C +ANISOU 3948 C THR B 19 8566 7858 8949 1792 -700 -2156 C +ATOM 3949 O THR B 19 61.548 -34.729 17.649 1.00 67.76 O +ANISOU 3949 O THR B 19 8671 8002 9072 1736 -686 -1852 O +ATOM 3950 CB THR B 19 62.333 -37.593 16.107 1.00 63.49 C +ANISOU 3950 CB THR B 19 8157 6996 8970 2257 -923 -2728 C +ATOM 3951 OG1 THR B 19 62.134 -37.861 17.500 1.00 64.34 O +ANISOU 3951 OG1 THR B 19 8392 6754 9302 2226 -1056 -2354 O +ATOM 3952 CG2 THR B 19 63.567 -38.353 15.623 1.00 61.89 C +ANISOU 3952 CG2 THR B 19 7807 6807 8901 2612 -942 -3136 C +ATOM 3953 N PHE B 20 60.159 -35.408 16.007 1.00 64.36 N +ANISOU 3953 N PHE B 20 8370 7494 8588 1613 -734 -2191 N +ATOM 3954 CA PHE B 20 58.976 -34.890 16.689 1.00 59.92 C +ANISOU 3954 CA PHE B 20 7901 6826 8038 1347 -750 -1849 C +ATOM 3955 C PHE B 20 58.930 -35.366 18.133 1.00 62.30 C +ANISOU 3955 C PHE B 20 8303 6780 8589 1351 -827 -1553 C +ATOM 3956 O PHE B 20 58.546 -34.614 19.036 1.00 63.18 O +ANISOU 3956 O PHE B 20 8439 6941 8623 1209 -767 -1225 O +ATOM 3957 CB PHE B 20 57.705 -35.330 15.955 1.00 64.51 C +ANISOU 3957 CB PHE B 20 8562 7265 8685 1202 -854 -1997 C +ATOM 3958 CG PHE B 20 57.482 -34.646 14.634 1.00 75.51 C +ANISOU 3958 CG PHE B 20 9909 9045 9736 1175 -802 -2197 C +ATOM 3959 CD1 PHE B 20 57.731 -33.292 14.479 1.00 73.46 C +ANISOU 3959 CD1 PHE B 20 9580 9177 9156 1107 -632 -2006 C +ATOM 3960 CD2 PHE B 20 57.007 -35.363 13.549 1.00 82.66 C +ANISOU 3960 CD2 PHE B 20 10856 9909 10640 1224 -942 -2575 C +ATOM 3961 CE1 PHE B 20 57.516 -32.669 13.264 1.00 59.85 C +ANISOU 3961 CE1 PHE B 20 7857 7797 7088 1096 -581 -2127 C +ATOM 3962 CE2 PHE B 20 56.792 -34.746 12.332 1.00 74.91 C +ANISOU 3962 CE2 PHE B 20 9874 9316 9271 1234 -916 -2743 C +ATOM 3963 CZ PHE B 20 57.046 -33.397 12.190 1.00 51.90 C +ANISOU 3963 CZ PHE B 20 6918 6792 6011 1172 -726 -2487 C +ATOM 3964 N GLU B 21 59.326 -36.617 18.369 1.00 74.71 N +ANISOU 3964 N GLU B 21 9949 7994 10445 1533 -963 -1663 N +ATOM 3965 CA GLU B 21 59.292 -37.166 19.717 1.00 79.59 C +ANISOU 3965 CA GLU B 21 10712 8260 11269 1564 -1044 -1338 C +ATOM 3966 C GLU B 21 60.357 -36.528 20.599 1.00 67.46 C +ANISOU 3966 C GLU B 21 9114 6939 9578 1721 -1031 -1169 C +ATOM 3967 O GLU B 21 60.083 -36.165 21.750 1.00 63.21 O +ANISOU 3967 O GLU B 21 8678 6367 8970 1651 -1022 -817 O +ATOM 3968 CB GLU B 21 59.469 -38.685 19.657 1.00 96.21 C +ANISOU 3968 CB GLU B 21 12924 9880 13753 1739 -1217 -1496 C +ATOM 3969 CG GLU B 21 59.463 -39.388 21.007 1.00114.47 C +ANISOU 3969 CG GLU B 21 15435 11777 16280 1800 -1307 -1113 C +ATOM 3970 CD GLU B 21 58.191 -39.147 21.802 1.00115.49 C +ANISOU 3970 CD GLU B 21 15698 11775 16408 1491 -1197 -699 C +ATOM 3971 OE1 GLU B 21 57.262 -38.500 21.277 1.00118.78 O +ANISOU 3971 OE1 GLU B 21 16027 12379 16723 1233 -1085 -748 O +ATOM 3972 OE2 GLU B 21 58.121 -39.612 22.958 1.00118.15 O +ANISOU 3972 OE2 GLU B 21 16226 11827 16836 1522 -1217 -320 O +ATOM 3973 N ASP B 22 61.577 -36.381 20.080 1.00 62.01 N +ANISOU 3973 N ASP B 22 8239 6486 8834 1939 -1029 -1440 N +ATOM 3974 CA ASP B 22 62.617 -35.681 20.827 1.00 63.18 C +ANISOU 3974 CA ASP B 22 8259 6868 8878 2070 -1037 -1342 C +ATOM 3975 C ASP B 22 62.214 -34.236 21.083 1.00 62.34 C +ANISOU 3975 C ASP B 22 8092 7083 8510 1829 -891 -1143 C +ATOM 3976 O ASP B 22 62.357 -33.724 22.199 1.00 44.94 O +ANISOU 3976 O ASP B 22 5922 4919 6233 1833 -942 -909 O +ATOM 3977 CB ASP B 22 63.940 -35.735 20.063 1.00 51.24 C +ANISOU 3977 CB ASP B 22 6484 5579 7404 2308 -1012 -1709 C +ATOM 3978 CG ASP B 22 64.518 -37.133 19.994 1.00 66.14 C +ANISOU 3978 CG ASP B 22 8404 7134 9590 2618 -1193 -1928 C +ATOM 3979 OD1 ASP B 22 64.372 -37.887 20.978 1.00 65.09 O +ANISOU 3979 OD1 ASP B 22 8473 6622 9635 2722 -1389 -1702 O +ATOM 3980 OD2 ASP B 22 65.118 -37.477 18.954 1.00 64.27 O +ANISOU 3980 OD2 ASP B 22 8002 7013 9405 2772 -1132 -2321 O +ATOM 3981 N HIS B 23 61.708 -33.560 20.050 1.00 60.75 N +ANISOU 3981 N HIS B 23 7815 7109 8157 1640 -730 -1245 N +ATOM 3982 CA HIS B 23 61.293 -32.170 20.199 1.00 45.54 C +ANISOU 3982 CA HIS B 23 5834 5443 6027 1421 -602 -1064 C +ATOM 3983 C HIS B 23 60.251 -32.027 21.302 1.00 49.79 C +ANISOU 3983 C HIS B 23 6553 5808 6558 1276 -640 -746 C +ATOM 3984 O HIS B 23 60.388 -31.187 22.203 1.00 50.89 O +ANISOU 3984 O HIS B 23 6672 6065 6599 1246 -633 -577 O +ATOM 3985 CB HIS B 23 60.752 -31.650 18.867 1.00 49.68 C +ANISOU 3985 CB HIS B 23 6310 6173 6392 1268 -461 -1187 C +ATOM 3986 CG HIS B 23 60.510 -30.174 18.857 1.00 54.99 C +ANISOU 3986 CG HIS B 23 6905 7101 6888 1081 -332 -1018 C +ATOM 3987 ND1 HIS B 23 61.483 -29.264 18.508 1.00 48.11 N +ANISOU 3987 ND1 HIS B 23 5835 6508 5937 1090 -197 -1064 N +ATOM 3988 CD2 HIS B 23 59.413 -29.449 19.171 1.00 55.00 C +ANISOU 3988 CD2 HIS B 23 6983 7089 6824 883 -315 -808 C +ATOM 3989 CE1 HIS B 23 60.993 -28.042 18.598 1.00 56.08 C +ANISOU 3989 CE1 HIS B 23 6828 7631 6847 902 -119 -877 C +ATOM 3990 NE2 HIS B 23 59.737 -28.126 18.998 1.00 51.79 N +ANISOU 3990 NE2 HIS B 23 6451 6925 6303 792 -198 -734 N +ATOM 3991 N PHE B 24 59.201 -32.850 21.253 1.00 53.30 N +ANISOU 3991 N PHE B 24 7157 5972 7121 1185 -672 -685 N +ATOM 3992 CA PHE B 24 58.178 -32.796 22.290 1.00 56.17 C +ANISOU 3992 CA PHE B 24 7670 6177 7494 1038 -649 -376 C +ATOM 3993 C PHE B 24 58.770 -33.104 23.659 1.00 53.47 C +ANISOU 3993 C PHE B 24 7450 5727 7139 1207 -735 -164 C +ATOM 3994 O PHE B 24 58.381 -32.494 24.660 1.00 40.34 O +ANISOU 3994 O PHE B 24 5859 4141 5328 1142 -684 72 O +ATOM 3995 CB PHE B 24 57.043 -33.771 21.976 1.00 48.80 C +ANISOU 3995 CB PHE B 24 6842 4919 6780 903 -660 -364 C +ATOM 3996 CG PHE B 24 56.008 -33.858 23.064 1.00 51.28 C +ANISOU 3996 CG PHE B 24 7286 5053 7144 745 -581 -28 C +ATOM 3997 CD1 PHE B 24 56.194 -34.698 24.152 1.00 59.40 C +ANISOU 3997 CD1 PHE B 24 8504 5805 8261 847 -615 221 C +ATOM 3998 CD2 PHE B 24 54.855 -33.093 23.006 1.00 40.09 C +ANISOU 3998 CD2 PHE B 24 5801 3752 5679 511 -460 53 C +ATOM 3999 CE1 PHE B 24 55.252 -34.774 25.158 1.00 62.82 C +ANISOU 3999 CE1 PHE B 24 9066 6107 8698 699 -481 562 C +ATOM 4000 CE2 PHE B 24 53.906 -33.167 24.010 1.00 52.77 C +ANISOU 4000 CE2 PHE B 24 7491 5227 7334 368 -334 347 C +ATOM 4001 CZ PHE B 24 54.105 -34.009 25.087 1.00 61.42 C +ANISOU 4001 CZ PHE B 24 8784 6072 8481 452 -321 611 C +ATOM 4002 N LEU B 25 59.698 -34.060 23.728 1.00 54.59 N +ANISOU 4002 N LEU B 25 7626 5697 7419 1454 -881 -256 N +ATOM 4003 CA LEU B 25 60.305 -34.395 25.012 1.00 58.01 C +ANISOU 4003 CA LEU B 25 8197 6030 7814 1663 -1017 -46 C +ATOM 4004 C LEU B 25 61.026 -33.191 25.603 1.00 48.68 C +ANISOU 4004 C LEU B 25 6885 5208 6403 1726 -1043 -55 C +ATOM 4005 O LEU B 25 60.810 -32.829 26.766 1.00 45.04 O +ANISOU 4005 O LEU B 25 6561 4795 5758 1740 -1067 182 O +ATOM 4006 CB LEU B 25 61.267 -35.575 24.850 1.00 67.35 C +ANISOU 4006 CB LEU B 25 9398 6968 9224 1958 -1208 -191 C +ATOM 4007 CG LEU B 25 60.713 -36.959 25.201 1.00 75.51 C +ANISOU 4007 CG LEU B 25 10694 7496 10498 1992 -1279 9 C +ATOM 4008 CD1 LEU B 25 61.724 -38.038 24.841 1.00 64.80 C +ANISOU 4008 CD1 LEU B 25 9313 5895 9411 2310 -1484 -216 C +ATOM 4009 CD2 LEU B 25 60.349 -37.050 26.679 1.00 86.30 C +ANISOU 4009 CD2 LEU B 25 12332 8746 11711 2010 -1292 469 C +ATOM 4010 N SER B 26 61.890 -32.553 24.810 1.00 50.06 N +ANISOU 4010 N SER B 26 6788 5641 6591 1762 -1030 -340 N +ATOM 4011 CA SER B 26 62.608 -31.379 25.291 1.00 46.89 C +ANISOU 4011 CA SER B 26 6212 5543 6061 1788 -1061 -388 C +ATOM 4012 C SER B 26 61.644 -30.276 25.708 1.00 55.33 C +ANISOU 4012 C SER B 26 7333 6744 6945 1550 -931 -223 C +ATOM 4013 O SER B 26 61.867 -29.599 26.717 1.00 63.57 O +ANISOU 4013 O SER B 26 8389 7914 7850 1601 -1013 -156 O +ATOM 4014 CB SER B 26 63.562 -30.870 24.213 1.00 54.71 C +ANISOU 4014 CB SER B 26 6877 6763 7148 1797 -988 -691 C +ATOM 4015 OG SER B 26 62.846 -30.409 23.082 1.00 92.77 O +ANISOU 4015 OG SER B 26 11655 11673 11922 1560 -772 -736 O +ATOM 4016 N LEU B 27 60.573 -30.071 24.938 1.00 65.36 N +ANISOU 4016 N LEU B 27 8624 7993 8217 1313 -754 -192 N +ATOM 4017 CA LEU B 27 59.597 -29.041 25.287 1.00 48.26 C +ANISOU 4017 CA LEU B 27 6484 5933 5919 1110 -636 -57 C +ATOM 4018 C LEU B 27 58.936 -29.341 26.631 1.00 49.52 C +ANISOU 4018 C LEU B 27 6877 5983 5955 1138 -650 201 C +ATOM 4019 O LEU B 27 58.918 -28.495 27.537 1.00 47.37 O +ANISOU 4019 O LEU B 27 6620 5867 5514 1152 -660 254 O +ATOM 4020 CB LEU B 27 58.555 -28.934 24.172 1.00 56.67 C +ANISOU 4020 CB LEU B 27 7523 6973 7037 893 -493 -80 C +ATOM 4021 CG LEU B 27 57.406 -27.934 24.314 1.00 61.61 C +ANISOU 4021 CG LEU B 27 8143 7680 7587 691 -377 32 C +ATOM 4022 CD1 LEU B 27 57.920 -26.510 24.428 1.00 62.44 C +ANISOU 4022 CD1 LEU B 27 8098 8009 7618 668 -364 -28 C +ATOM 4023 CD2 LEU B 27 56.473 -28.068 23.122 1.00 50.60 C +ANISOU 4023 CD2 LEU B 27 6716 6242 6267 534 -312 -23 C +ATOM 4024 N GLN B 28 58.396 -30.552 26.780 1.00 57.53 N +ANISOU 4024 N GLN B 28 8080 6724 7055 1148 -639 358 N +ATOM 4025 CA GLN B 28 57.700 -30.920 28.008 1.00 52.26 C +ANISOU 4025 CA GLN B 28 7652 5944 6259 1151 -584 664 C +ATOM 4026 C GLN B 28 58.626 -30.823 29.213 1.00 60.00 C +ANISOU 4026 C GLN B 28 8747 7035 7014 1414 -757 736 C +ATOM 4027 O GLN B 28 58.249 -30.280 30.258 1.00 56.60 O +ANISOU 4027 O GLN B 28 8434 6747 6325 1424 -706 881 O +ATOM 4028 CB GLN B 28 57.126 -32.333 27.880 1.00 53.00 C +ANISOU 4028 CB GLN B 28 7913 5662 6563 1112 -548 831 C +ATOM 4029 CG GLN B 28 56.548 -32.873 29.173 1.00 58.56 C +ANISOU 4029 CG GLN B 28 8891 6218 7139 1129 -459 1215 C +ATOM 4030 CD GLN B 28 55.839 -34.200 28.996 1.00 69.71 C +ANISOU 4030 CD GLN B 28 10439 7201 8845 1017 -381 1406 C +ATOM 4031 OE1 GLN B 28 56.247 -35.034 28.189 1.00 78.49 O +ANISOU 4031 OE1 GLN B 28 11517 8068 10236 1074 -512 1248 O +ATOM 4032 NE2 GLN B 28 54.768 -34.402 29.755 1.00 76.32 N +ANISOU 4032 NE2 GLN B 28 11416 7936 9647 854 -151 1733 N +ATOM 4033 N ARG B 29 59.845 -31.355 29.091 1.00 65.52 N +ANISOU 4033 N ARG B 29 9405 7688 7800 1653 -978 609 N +ATOM 4034 CA ARG B 29 60.804 -31.233 30.183 1.00 71.25 C +ANISOU 4034 CA ARG B 29 10203 8540 8327 1935 -1212 628 C +ATOM 4035 C ARG B 29 61.168 -29.776 30.434 1.00 67.87 C +ANISOU 4035 C ARG B 29 9576 8455 7758 1905 -1249 422 C +ATOM 4036 O ARG B 29 61.519 -29.406 31.561 1.00 60.70 O +ANISOU 4036 O ARG B 29 8765 7700 6597 2078 -1406 452 O +ATOM 4037 CB ARG B 29 62.061 -32.047 29.874 1.00 72.75 C +ANISOU 4037 CB ARG B 29 10313 8616 8714 2207 -1460 475 C +ATOM 4038 CG ARG B 29 63.058 -32.109 31.020 1.00 80.86 C +ANISOU 4038 CG ARG B 29 11422 9740 9561 2548 -1773 501 C +ATOM 4039 CD ARG B 29 64.219 -33.039 30.710 1.00 90.53 C +ANISOU 4039 CD ARG B 29 12553 10808 11034 2844 -2029 356 C +ATOM 4040 NE ARG B 29 64.898 -32.675 29.466 1.00 96.14 N +ANISOU 4040 NE ARG B 29 12866 11633 12031 2775 -1975 -29 N +ATOM 4041 CZ ARG B 29 64.755 -33.309 28.304 1.00100.08 C +ANISOU 4041 CZ ARG B 29 13284 11958 12784 2693 -1838 -145 C +ATOM 4042 NH1 ARG B 29 63.955 -34.362 28.193 1.00103.93 N +ANISOU 4042 NH1 ARG B 29 14034 12100 13353 2652 -1770 62 N +ATOM 4043 NH2 ARG B 29 65.426 -32.888 27.239 1.00103.82 N +ANISOU 4043 NH2 ARG B 29 13405 12605 13436 2650 -1760 -483 N +ATOM 4044 N MET B 30 61.077 -28.936 29.401 1.00 62.08 N +ANISOU 4044 N MET B 30 8577 7829 7180 1694 -1117 214 N +ATOM 4045 CA MET B 30 61.414 -27.526 29.547 1.00 49.67 C +ANISOU 4045 CA MET B 30 6800 6510 5561 1635 -1143 22 C +ATOM 4046 C MET B 30 60.345 -26.768 30.319 1.00 50.29 C +ANISOU 4046 C MET B 30 7014 6678 5415 1519 -1017 145 C +ATOM 4047 O MET B 30 60.667 -25.814 31.035 1.00 53.74 O +ANISOU 4047 O MET B 30 7392 7296 5730 1579 -1124 13 O +ATOM 4048 CB MET B 30 61.618 -26.894 28.168 1.00 37.63 C +ANISOU 4048 CB MET B 30 4986 5042 4271 1444 -1013 -171 C +ATOM 4049 CG MET B 30 61.599 -25.368 28.154 1.00 53.04 C +ANISOU 4049 CG MET B 30 6751 7165 6236 1293 -964 -297 C +ATOM 4050 SD MET B 30 62.917 -24.627 29.134 1.00 52.88 S +ANISOU 4050 SD MET B 30 6553 7312 6228 1478 -1246 -531 S +ATOM 4051 CE MET B 30 64.273 -24.697 27.968 1.00 39.09 C +ANISOU 4051 CE MET B 30 4435 5600 4816 1479 -1248 -754 C +ATOM 4052 N PHE B 31 59.076 -27.162 30.189 1.00 53.68 N +ANISOU 4052 N PHE B 31 7596 6983 5817 1359 -795 358 N +ATOM 4053 CA PHE B 31 57.986 -26.393 30.782 1.00 63.03 C +ANISOU 4053 CA PHE B 31 8845 8267 6836 1237 -627 439 C +ATOM 4054 C PHE B 31 57.145 -27.182 31.778 1.00 72.46 C +ANISOU 4054 C PHE B 31 10335 9388 7807 1278 -498 747 C +ATOM 4055 O PHE B 31 56.064 -26.716 32.157 1.00 79.60 O +ANISOU 4055 O PHE B 31 11273 10362 8611 1154 -286 829 O +ATOM 4056 CB PHE B 31 57.086 -25.828 29.681 1.00 50.51 C +ANISOU 4056 CB PHE B 31 7090 6647 5453 971 -436 388 C +ATOM 4057 CG PHE B 31 57.757 -24.788 28.833 1.00 48.29 C +ANISOU 4057 CG PHE B 31 6551 6465 5332 908 -502 150 C +ATOM 4058 CD1 PHE B 31 57.970 -23.510 29.323 1.00 46.89 C +ANISOU 4058 CD1 PHE B 31 6269 6435 5113 914 -556 2 C +ATOM 4059 CD2 PHE B 31 58.176 -25.087 27.549 1.00 37.30 C +ANISOU 4059 CD2 PHE B 31 5026 5012 4135 843 -496 74 C +ATOM 4060 CE1 PHE B 31 58.590 -22.550 28.547 1.00 40.27 C +ANISOU 4060 CE1 PHE B 31 5192 5637 4473 826 -590 -172 C +ATOM 4061 CE2 PHE B 31 58.797 -24.131 26.767 1.00 38.69 C +ANISOU 4061 CE2 PHE B 31 4978 5284 4439 770 -502 -87 C +ATOM 4062 CZ PHE B 31 59.004 -22.860 27.267 1.00 36.55 C +ANISOU 4062 CZ PHE B 31 4598 5116 4172 747 -543 -187 C +ATOM 4063 N ASN B 32 57.603 -28.348 32.225 1.00 66.52 N +ANISOU 4063 N ASN B 32 9792 8493 6989 1453 -603 932 N +ATOM 4064 CA ASN B 32 56.887 -29.063 33.275 1.00 75.04 C +ANISOU 4064 CA ASN B 32 11185 9504 7823 1499 -459 1287 C +ATOM 4065 C ASN B 32 56.750 -28.174 34.504 1.00 78.22 C +ANISOU 4065 C ASN B 32 11697 10214 7809 1619 -443 1274 C +ATOM 4066 O ASN B 32 57.751 -27.779 35.110 1.00 86.47 O +ANISOU 4066 O ASN B 32 12766 11441 8648 1864 -722 1113 O +ATOM 4067 CB ASN B 32 57.618 -30.355 33.639 1.00 95.02 C +ANISOU 4067 CB ASN B 32 13948 11824 10333 1728 -642 1496 C +ATOM 4068 CG ASN B 32 56.783 -31.271 34.522 1.00110.69 C +ANISOU 4068 CG ASN B 32 16274 13646 12138 1720 -432 1952 C +ATOM 4069 OD1 ASN B 32 55.571 -31.390 34.338 1.00105.13 O +ANISOU 4069 OD1 ASN B 32 15555 12840 11550 1452 -110 2108 O +ATOM 4070 ND2 ASN B 32 57.430 -31.919 35.489 1.00130.77 N +ANISOU 4070 ND2 ASN B 32 19117 16163 14407 2015 -614 2182 N +ATOM 4071 N ASN B 33 55.509 -27.848 34.861 1.00 76.77 N +ANISOU 4071 N ASN B 33 11554 10100 7516 1456 -128 1401 N +ATOM 4072 CA ASN B 33 55.211 -27.109 36.089 1.00 75.48 C +ANISOU 4072 CA ASN B 33 11526 10238 6914 1583 -53 1392 C +ATOM 4073 C ASN B 33 55.812 -25.704 36.086 1.00 69.66 C +ANISOU 4073 C ASN B 33 10575 9740 6154 1658 -266 960 C +ATOM 4074 O ASN B 33 56.113 -25.151 37.146 1.00 50.91 O +ANISOU 4074 O ASN B 33 8324 7621 3400 1872 -382 844 O +ATOM 4075 CB ASN B 33 55.695 -27.875 37.325 1.00 82.44 C +ANISOU 4075 CB ASN B 33 12790 11185 7349 1875 -157 1667 C +ATOM 4076 CG ASN B 33 54.824 -29.067 37.650 1.00 83.68 C +ANISOU 4076 CG ASN B 33 13205 11128 7461 1777 160 2163 C +ATOM 4077 OD1 ASN B 33 55.104 -30.190 37.229 1.00 92.62 O +ANISOU 4077 OD1 ASN B 33 14424 11937 8832 1768 91 2377 O +ATOM 4078 ND2 ASN B 33 53.762 -28.831 38.410 1.00 70.65 N +ANISOU 4078 ND2 ASN B 33 11664 9644 5534 1702 524 2340 N +ATOM 4079 N CYS B 34 55.991 -25.101 34.913 1.00 62.91 N +ANISOU 4079 N CYS B 34 9407 8798 5696 1487 -325 716 N +ATOM 4080 CA CYS B 34 56.488 -23.733 34.859 1.00 67.74 C +ANISOU 4080 CA CYS B 34 9802 9570 6368 1511 -492 341 C +ATOM 4081 C CYS B 34 55.345 -22.750 35.069 1.00 68.90 C +ANISOU 4081 C CYS B 34 9874 9821 6482 1392 -258 253 C +ATOM 4082 O CYS B 34 54.218 -22.976 34.621 1.00 76.31 O +ANISOU 4082 O CYS B 34 10774 10662 7557 1200 21 416 O +ATOM 4083 CB CYS B 34 57.176 -23.442 33.525 1.00 58.36 C +ANISOU 4083 CB CYS B 34 8323 8247 5602 1378 -614 162 C +ATOM 4084 SG CYS B 34 57.959 -21.803 33.504 1.00 58.77 S +ANISOU 4084 SG CYS B 34 8100 8427 5801 1388 -827 -260 S +ATOM 4085 N GLU B 35 55.644 -21.657 35.768 1.00 61.35 N +ANISOU 4085 N GLU B 35 8877 9058 5376 1522 -395 -41 N +ATOM 4086 CA GLU B 35 54.699 -20.569 35.977 1.00 59.41 C +ANISOU 4086 CA GLU B 35 8529 8903 5143 1455 -224 -213 C +ATOM 4087 C GLU B 35 55.157 -19.255 35.367 1.00 74.01 C +ANISOU 4087 C GLU B 35 10094 10686 7338 1382 -407 -561 C +ATOM 4088 O GLU B 35 54.316 -18.474 34.918 1.00 76.76 O +ANISOU 4088 O GLU B 35 10288 10969 7907 1245 -259 -636 O +ATOM 4089 CB GLU B 35 54.447 -20.356 37.477 1.00 54.26 C +ANISOU 4089 CB GLU B 35 8104 8534 3977 1693 -182 -283 C +ATOM 4090 CG GLU B 35 53.685 -21.483 38.150 1.00 62.11 C +ANISOU 4090 CG GLU B 35 9384 9600 4614 1729 119 119 C +ATOM 4091 CD GLU B 35 53.517 -21.258 39.640 1.00 78.71 C +ANISOU 4091 CD GLU B 35 11747 12039 6121 1994 176 61 C +ATOM 4092 OE1 GLU B 35 54.462 -20.746 40.277 1.00 82.40 O +ANISOU 4092 OE1 GLU B 35 12277 12674 6356 2236 -169 -231 O +ATOM 4093 OE2 GLU B 35 52.436 -21.586 40.172 1.00 84.67 O +ANISOU 4093 OE2 GLU B 35 12629 12904 6638 1963 570 291 O +ATOM 4094 N VAL B 36 56.462 -18.994 35.337 1.00 73.16 N +ANISOU 4094 N VAL B 36 9900 10576 7321 1467 -724 -764 N +ATOM 4095 CA VAL B 36 57.021 -17.791 34.735 1.00 55.19 C +ANISOU 4095 CA VAL B 36 7342 8194 5435 1365 -884 -1058 C +ATOM 4096 C VAL B 36 58.090 -18.214 33.740 1.00 61.21 C +ANISOU 4096 C VAL B 36 7948 8824 6485 1273 -1010 -1004 C +ATOM 4097 O VAL B 36 59.006 -18.966 34.090 1.00 60.38 O +ANISOU 4097 O VAL B 36 7907 8784 6248 1426 -1194 -994 O +ATOM 4098 CB VAL B 36 57.619 -16.845 35.793 1.00 54.40 C +ANISOU 4098 CB VAL B 36 7217 8233 5219 1554 -1151 -1457 C +ATOM 4099 CG1 VAL B 36 58.085 -15.541 35.153 1.00 64.97 C +ANISOU 4099 CG1 VAL B 36 8246 9388 7053 1403 -1282 -1741 C +ATOM 4100 CG2 VAL B 36 56.613 -16.581 36.906 1.00 52.88 C +ANISOU 4100 CG2 VAL B 36 7220 8239 4632 1706 -1008 -1530 C +ATOM 4101 N VAL B 37 57.975 -17.736 32.507 1.00 61.17 N +ANISOU 4101 N VAL B 37 7741 8645 6854 1047 -908 -967 N +ATOM 4102 CA VAL B 37 58.960 -18.001 31.466 1.00 53.75 C +ANISOU 4102 CA VAL B 37 6627 7610 6186 947 -966 -934 C +ATOM 4103 C VAL B 37 59.840 -16.764 31.355 1.00 65.15 C +ANISOU 4103 C VAL B 37 7805 8994 7957 882 -1129 -1215 C +ATOM 4104 O VAL B 37 59.376 -15.693 30.950 1.00 62.92 O +ANISOU 4104 O VAL B 37 7414 8586 7908 737 -1053 -1264 O +ATOM 4105 CB VAL B 37 58.297 -18.338 30.125 1.00 33.75 C +ANISOU 4105 CB VAL B 37 4070 4952 3802 750 -737 -691 C +ATOM 4106 CG1 VAL B 37 59.323 -18.920 29.161 1.00 35.20 C +ANISOU 4106 CG1 VAL B 37 4128 5101 4146 705 -762 -651 C +ATOM 4107 CG2 VAL B 37 57.136 -19.305 30.324 1.00 36.72 C +ANISOU 4107 CG2 VAL B 37 4667 5342 3942 768 -565 -460 C +ATOM 4108 N LEU B 38 61.115 -16.908 31.718 1.00 72.90 N +ANISOU 4108 N LEU B 38 8663 10039 8996 991 -1366 -1401 N +ATOM 4109 CA LEU B 38 62.025 -15.769 31.679 1.00 65.46 C +ANISOU 4109 CA LEU B 38 7422 9019 8433 908 -1532 -1694 C +ATOM 4110 C LEU B 38 62.362 -15.386 30.244 1.00 58.29 C +ANISOU 4110 C LEU B 38 6276 7945 7925 642 -1344 -1563 C +ATOM 4111 O LEU B 38 62.496 -14.199 29.927 1.00 52.03 O +ANISOU 4111 O LEU B 38 5290 6990 7486 472 -1333 -1667 O +ATOM 4112 CB LEU B 38 63.296 -16.091 32.464 1.00 66.45 C +ANISOU 4112 CB LEU B 38 7438 9275 8536 1108 -1862 -1951 C +ATOM 4113 CG LEU B 38 63.063 -16.672 33.862 1.00 60.85 C +ANISOU 4113 CG LEU B 38 7024 8773 7323 1421 -2061 -2018 C +ATOM 4114 CD1 LEU B 38 64.384 -17.031 34.520 1.00 63.41 C +ANISOU 4114 CD1 LEU B 38 7229 9225 7638 1646 -2441 -2262 C +ATOM 4115 CD2 LEU B 38 62.270 -15.704 34.729 1.00 61.76 C +ANISOU 4115 CD2 LEU B 38 7253 8927 7288 1470 -2091 -2219 C +ATOM 4116 N GLY B 39 62.505 -16.376 29.367 1.00 57.31 N +ANISOU 4116 N GLY B 39 6178 7852 7746 610 -1191 -1333 N +ATOM 4117 CA GLY B 39 62.742 -16.118 27.962 1.00 53.86 C +ANISOU 4117 CA GLY B 39 5571 7317 7576 386 -971 -1179 C +ATOM 4118 C GLY B 39 61.478 -16.234 27.137 1.00 55.13 C +ANISOU 4118 C GLY B 39 5926 7419 7602 283 -738 -896 C +ATOM 4119 O GLY B 39 60.433 -15.696 27.513 1.00 52.42 O +ANISOU 4119 O GLY B 39 5711 7015 7191 277 -726 -874 O +ATOM 4120 N ASN B 40 61.558 -16.943 26.017 1.00 57.88 N +ANISOU 4120 N ASN B 40 6283 7797 7912 223 -568 -716 N +ATOM 4121 CA ASN B 40 60.452 -17.049 25.079 1.00 44.22 C +ANISOU 4121 CA ASN B 40 4704 6025 6073 128 -389 -479 C +ATOM 4122 C ASN B 40 59.764 -18.402 25.210 1.00 51.09 C +ANISOU 4122 C ASN B 40 5795 6958 6660 249 -380 -392 C +ATOM 4123 O ASN B 40 60.400 -19.421 25.487 1.00 44.10 O +ANISOU 4123 O ASN B 40 4929 6137 5689 379 -447 -446 O +ATOM 4124 CB ASN B 40 60.946 -16.858 23.645 1.00 53.99 C +ANISOU 4124 CB ASN B 40 5819 7264 7429 -20 -203 -348 C +ATOM 4125 CG ASN B 40 61.937 -15.723 23.522 1.00 60.21 C +ANISOU 4125 CG ASN B 40 6343 7976 8558 -158 -179 -418 C +ATOM 4126 OD1 ASN B 40 61.740 -14.650 24.093 1.00 59.72 O +ANISOU 4126 OD1 ASN B 40 6231 7771 8690 -216 -268 -490 O +ATOM 4127 ND2 ASN B 40 63.017 -15.957 22.784 1.00 72.67 N +ANISOU 4127 ND2 ASN B 40 7729 9638 10244 -214 -46 -418 N +ATOM 4128 N LEU B 41 58.449 -18.396 25.003 1.00 53.01 N +ANISOU 4128 N LEU B 41 6184 7153 6804 203 -306 -258 N +ATOM 4129 CA LEU B 41 57.633 -19.608 25.032 1.00 48.62 C +ANISOU 4129 CA LEU B 41 5807 6607 6060 262 -272 -160 C +ATOM 4130 C LEU B 41 57.371 -20.033 23.592 1.00 34.57 C +ANISOU 4130 C LEU B 41 4036 4823 4275 177 -173 -58 C +ATOM 4131 O LEU B 41 56.496 -19.479 22.925 1.00 53.24 O +ANISOU 4131 O LEU B 41 6413 7154 6662 84 -124 34 O +ATOM 4132 CB LEU B 41 56.326 -19.360 25.779 1.00 40.70 C +ANISOU 4132 CB LEU B 41 4908 5571 4985 264 -249 -118 C +ATOM 4133 CG LEU B 41 55.274 -20.466 25.670 1.00 37.72 C +ANISOU 4133 CG LEU B 41 4665 5162 4503 257 -171 8 C +ATOM 4134 CD1 LEU B 41 55.840 -21.791 26.153 1.00 31.28 C +ANISOU 4134 CD1 LEU B 41 3966 4346 3574 370 -210 30 C +ATOM 4135 CD2 LEU B 41 54.020 -20.100 26.447 1.00 31.93 C +ANISOU 4135 CD2 LEU B 41 3970 4423 3739 248 -101 36 C +ATOM 4136 N GLU B 42 58.120 -21.023 23.114 1.00 38.94 N +ANISOU 4136 N GLU B 42 4586 5420 4788 239 -167 -96 N +ATOM 4137 CA GLU B 42 57.994 -21.504 21.741 1.00 41.54 C +ANISOU 4137 CA GLU B 42 4934 5784 5064 197 -84 -60 C +ATOM 4138 C GLU B 42 57.380 -22.899 21.756 1.00 53.58 C +ANISOU 4138 C GLU B 42 6605 7239 6515 262 -124 -68 C +ATOM 4139 O GLU B 42 58.013 -23.864 22.198 1.00 67.75 O +ANISOU 4139 O GLU B 42 8430 9000 8314 384 -178 -136 O +ATOM 4140 CB GLU B 42 59.343 -21.508 21.029 1.00 33.90 C +ANISOU 4140 CB GLU B 42 3820 4925 4137 217 -10 -141 C +ATOM 4141 CG GLU B 42 59.989 -20.131 20.950 1.00 44.54 C +ANISOU 4141 CG GLU B 42 4992 6299 5632 107 58 -112 C +ATOM 4142 CD GLU B 42 61.346 -20.155 20.278 1.00 60.15 C +ANISOU 4142 CD GLU B 42 6772 8396 7689 104 185 -186 C +ATOM 4143 OE1 GLU B 42 62.031 -21.197 20.341 1.00 57.98 O +ANISOU 4143 OE1 GLU B 42 6455 8180 7396 242 156 -328 O +ATOM 4144 OE2 GLU B 42 61.727 -19.128 19.676 1.00 61.66 O +ANISOU 4144 OE2 GLU B 42 6838 8608 7982 -37 328 -93 O +ATOM 4145 N ILE B 43 56.147 -22.988 21.275 1.00 56.89 N +ANISOU 4145 N ILE B 43 7097 7610 6908 184 -116 -3 N +ATOM 4146 CA ILE B 43 55.417 -24.233 21.092 1.00 33.84 C +ANISOU 4146 CA ILE B 43 4279 4585 3991 195 -153 -24 C +ATOM 4147 C ILE B 43 55.407 -24.503 19.591 1.00 42.81 C +ANISOU 4147 C ILE B 43 5414 5797 5054 186 -156 -110 C +ATOM 4148 O ILE B 43 54.684 -23.846 18.826 1.00 51.91 O +ANISOU 4148 O ILE B 43 6559 7012 6154 115 -166 -65 O +ATOM 4149 CB ILE B 43 53.999 -24.149 21.670 1.00 27.95 C +ANISOU 4149 CB ILE B 43 3567 3745 3310 109 -149 68 C +ATOM 4150 CG1 ILE B 43 54.054 -23.779 23.158 1.00 49.98 C +ANISOU 4150 CG1 ILE B 43 6378 6522 6091 145 -115 139 C +ATOM 4151 CG2 ILE B 43 53.262 -25.466 21.477 1.00 28.97 C +ANISOU 4151 CG2 ILE B 43 3763 3721 3524 82 -179 44 C +ATOM 4152 CD1 ILE B 43 52.711 -23.410 23.754 1.00 58.21 C +ANISOU 4152 CD1 ILE B 43 7407 7527 7183 67 -51 216 C +ATOM 4153 N THR B 44 56.229 -25.461 19.163 1.00 39.54 N +ANISOU 4153 N THR B 44 5015 5391 4618 289 -162 -247 N +ATOM 4154 CA THR B 44 56.375 -25.779 17.752 1.00 58.60 C +ANISOU 4154 CA THR B 44 7440 7923 6904 323 -151 -380 C +ATOM 4155 C THR B 44 56.382 -27.288 17.547 1.00 54.48 C +ANISOU 4155 C THR B 44 6986 7261 6452 419 -237 -569 C +ATOM 4156 O THR B 44 56.825 -28.051 18.408 1.00 59.49 O +ANISOU 4156 O THR B 44 7641 7735 7226 499 -271 -583 O +ATOM 4157 CB THR B 44 57.664 -25.179 17.160 1.00 55.24 C +ANISOU 4157 CB THR B 44 6911 7709 6369 369 -11 -407 C +ATOM 4158 OG1 THR B 44 58.799 -25.701 17.846 1.00 50.06 O +ANISOU 4158 OG1 THR B 44 6173 7020 5829 483 -1 -500 O +ATOM 4159 CG2 THR B 44 57.672 -23.663 17.263 1.00 45.99 C +ANISOU 4159 CG2 THR B 44 5670 6616 5189 252 71 -214 C +ATOM 4160 N TYR B 45 55.864 -27.705 16.393 1.00 34.54 N +ANISOU 4160 N TYR B 45 4509 4785 3831 427 -298 -722 N +ATOM 4161 CA TYR B 45 55.985 -29.074 15.898 1.00 54.31 C +ANISOU 4161 CA TYR B 45 7066 7171 6400 536 -389 -983 C +ATOM 4162 C TYR B 45 55.286 -30.101 16.783 1.00 45.02 C +ANISOU 4162 C TYR B 45 5946 5639 5522 491 -500 -965 C +ATOM 4163 O TYR B 45 55.553 -31.302 16.664 1.00 46.18 O +ANISOU 4163 O TYR B 45 6137 5593 5816 591 -579 -1153 O +ATOM 4164 CB TYR B 45 57.457 -29.466 15.728 1.00 37.97 C +ANISOU 4164 CB TYR B 45 4941 5197 4290 714 -298 -1134 C +ATOM 4165 CG TYR B 45 58.206 -28.608 14.738 1.00 50.71 C +ANISOU 4165 CG TYR B 45 6482 7162 5623 747 -127 -1158 C +ATOM 4166 CD1 TYR B 45 57.912 -28.665 13.383 1.00 58.99 C +ANISOU 4166 CD1 TYR B 45 7597 8409 6406 787 -124 -1316 C +ATOM 4167 CD2 TYR B 45 59.213 -27.749 15.155 1.00 47.74 C +ANISOU 4167 CD2 TYR B 45 5970 6922 5249 737 34 -1023 C +ATOM 4168 CE1 TYR B 45 58.594 -27.887 12.472 1.00 57.36 C +ANISOU 4168 CE1 TYR B 45 7354 8539 5903 814 81 -1282 C +ATOM 4169 CE2 TYR B 45 59.902 -26.967 14.251 1.00 39.37 C +ANISOU 4169 CE2 TYR B 45 4827 6157 3974 732 240 -1003 C +ATOM 4170 CZ TYR B 45 59.588 -27.041 12.910 1.00 58.99 C +ANISOU 4170 CZ TYR B 45 7411 8847 6157 770 286 -1105 C +ATOM 4171 OH TYR B 45 60.264 -26.269 11.997 1.00 65.08 O +ANISOU 4171 OH TYR B 45 8129 9927 6670 763 536 -1032 O +ATOM 4172 N VAL B 46 54.391 -29.681 17.669 1.00 36.11 N +ANISOU 4172 N VAL B 46 4813 4402 4504 345 -490 -740 N +ATOM 4173 CA VAL B 46 53.649 -30.635 18.484 1.00 37.72 C +ANISOU 4173 CA VAL B 46 5067 4276 4989 270 -537 -673 C +ATOM 4174 C VAL B 46 52.569 -31.274 17.623 1.00 54.95 C +ANISOU 4174 C VAL B 46 7226 6331 7320 177 -673 -867 C +ATOM 4175 O VAL B 46 51.780 -30.577 16.974 1.00 60.09 O +ANISOU 4175 O VAL B 46 7809 7141 7881 97 -725 -900 O +ATOM 4176 CB VAL B 46 53.047 -29.952 19.722 1.00 45.78 C +ANISOU 4176 CB VAL B 46 6075 5272 6047 153 -433 -383 C +ATOM 4177 CG1 VAL B 46 52.360 -30.987 20.604 1.00 36.46 C +ANISOU 4177 CG1 VAL B 46 4959 3761 5135 69 -414 -258 C +ATOM 4178 CG2 VAL B 46 54.129 -29.222 20.504 1.00 46.77 C +ANISOU 4178 CG2 VAL B 46 6209 5551 6011 258 -353 -259 C +ATOM 4179 N GLN B 47 52.529 -32.603 17.618 1.00 61.98 N +ANISOU 4179 N GLN B 47 8168 6912 8468 199 -761 -1008 N +ATOM 4180 CA GLN B 47 51.650 -33.345 16.729 1.00 58.37 C +ANISOU 4180 CA GLN B 47 7673 6302 8203 128 -937 -1282 C +ATOM 4181 C GLN B 47 50.332 -33.689 17.421 1.00 56.91 C +ANISOU 4181 C GLN B 47 7412 5825 8386 -107 -930 -1134 C +ATOM 4182 O GLN B 47 50.152 -33.484 18.623 1.00 44.23 O +ANISOU 4182 O GLN B 47 5819 4130 6857 -195 -760 -808 O +ATOM 4183 CB GLN B 47 52.348 -34.614 16.240 1.00 48.86 C +ANISOU 4183 CB GLN B 47 6544 4885 7135 284 -1051 -1581 C +ATOM 4184 CG GLN B 47 53.614 -34.341 15.442 1.00 64.18 C +ANISOU 4184 CG GLN B 47 8513 7145 8728 522 -1024 -1780 C +ATOM 4185 CD GLN B 47 53.344 -33.561 14.171 1.00 82.30 C +ANISOU 4185 CD GLN B 47 10776 9825 10670 541 -1073 -1958 C +ATOM 4186 OE1 GLN B 47 52.677 -34.050 13.260 1.00 89.34 O +ANISOU 4186 OE1 GLN B 47 11666 10687 11594 538 -1264 -2263 O +ATOM 4187 NE2 GLN B 47 53.856 -32.337 14.107 1.00 86.15 N +ANISOU 4187 NE2 GLN B 47 11244 10665 10822 565 -916 -1765 N +ATOM 4188 N ARG B 48 49.401 -34.225 16.634 1.00 51.22 N +ANISOU 4188 N ARG B 48 6597 4973 7893 -206 -1116 -1399 N +ATOM 4189 CA ARG B 48 48.054 -34.484 17.125 1.00 58.66 C +ANISOU 4189 CA ARG B 48 7388 5665 9234 -459 -1105 -1303 C +ATOM 4190 C ARG B 48 48.071 -35.496 18.264 1.00 62.13 C +ANISOU 4190 C ARG B 48 7899 5669 10041 -561 -956 -1066 C +ATOM 4191 O ARG B 48 48.877 -36.429 18.282 1.00 75.35 O +ANISOU 4191 O ARG B 48 9718 7104 11810 -439 -1004 -1139 O +ATOM 4192 CB ARG B 48 47.167 -34.990 15.985 1.00 74.94 C +ANISOU 4192 CB ARG B 48 9311 7643 11519 -528 -1391 -1708 C +ATOM 4193 CG ARG B 48 45.721 -35.244 16.388 1.00 88.28 C +ANISOU 4193 CG ARG B 48 10765 9081 13697 -811 -1393 -1659 C +ATOM 4194 CD ARG B 48 44.875 -35.687 15.206 1.00103.41 C +ANISOU 4194 CD ARG B 48 12511 10940 15841 -860 -1743 -2121 C +ATOM 4195 NE ARG B 48 43.506 -36.013 15.605 1.00115.84 N +ANISOU 4195 NE ARG B 48 13794 12238 17980 -1155 -1743 -2104 N +ATOM 4196 CZ ARG B 48 43.078 -37.232 15.923 1.00122.03 C +ANISOU 4196 CZ ARG B 48 14489 12519 19358 -1360 -1742 -2167 C +ATOM 4197 NH1 ARG B 48 43.905 -38.270 15.895 1.00116.95 N +ANISOU 4197 NH1 ARG B 48 14049 11563 18823 -1276 -1775 -2260 N +ATOM 4198 NH2 ARG B 48 41.812 -37.416 16.272 1.00126.68 N +ANISOU 4198 NH2 ARG B 48 14762 12892 20476 -1652 -1702 -2136 N +ATOM 4199 N ASN B 49 47.168 -35.294 19.223 1.00 50.28 N +ANISOU 4199 N ASN B 49 6298 4068 8740 -771 -763 -766 N +ATOM 4200 CA ASN B 49 46.933 -36.173 20.364 1.00 63.69 C +ANISOU 4200 CA ASN B 49 8060 5365 10777 -914 -568 -457 C +ATOM 4201 C ASN B 49 48.058 -36.140 21.389 1.00 60.09 C +ANISOU 4201 C ASN B 49 7858 4936 10039 -735 -409 -135 C +ATOM 4202 O ASN B 49 48.005 -36.901 22.363 1.00 63.24 O +ANISOU 4202 O ASN B 49 8378 5009 10642 -804 -255 171 O +ATOM 4203 CB ASN B 49 46.702 -37.630 19.935 1.00 83.04 C +ANISOU 4203 CB ASN B 49 10503 7309 13740 -1007 -725 -665 C +ATOM 4204 CG ASN B 49 45.525 -37.778 18.990 1.00102.30 C +ANISOU 4204 CG ASN B 49 12662 9679 16526 -1198 -925 -1022 C +ATOM 4205 OD1 ASN B 49 45.645 -38.370 17.918 1.00116.58 O +ANISOU 4205 OD1 ASN B 49 14454 11382 18458 -1125 -1219 -1456 O +ATOM 4206 ND2 ASN B 49 44.378 -37.233 19.383 1.00 97.14 N +ANISOU 4206 ND2 ASN B 49 11773 9104 16032 -1422 -783 -876 N +ATOM 4207 N TYR B 50 49.070 -35.294 21.215 1.00 47.91 N +ANISOU 4207 N TYR B 50 6396 3761 8047 -508 -447 -182 N +ATOM 4208 CA TYR B 50 50.106 -35.131 22.228 1.00 54.79 C +ANISOU 4208 CA TYR B 50 7462 4703 8654 -332 -336 88 C +ATOM 4209 C TYR B 50 49.571 -34.249 23.349 1.00 67.00 C +ANISOU 4209 C TYR B 50 8991 6436 10028 -425 -98 415 C +ATOM 4210 O TYR B 50 49.191 -33.096 23.115 1.00 81.39 O +ANISOU 4210 O TYR B 50 10674 8579 11672 -461 -69 350 O +ATOM 4211 CB TYR B 50 51.367 -34.528 21.616 1.00 58.59 C +ANISOU 4211 CB TYR B 50 7972 5501 8788 -83 -455 -115 C +ATOM 4212 CG TYR B 50 52.291 -35.540 20.979 1.00 70.92 C +ANISOU 4212 CG TYR B 50 9615 6873 10459 102 -626 -361 C +ATOM 4213 CD1 TYR B 50 51.981 -36.122 19.757 1.00 81.60 C +ANISOU 4213 CD1 TYR B 50 10891 8119 11993 80 -791 -731 C +ATOM 4214 CD2 TYR B 50 53.482 -35.904 21.595 1.00 78.17 C +ANISOU 4214 CD2 TYR B 50 10673 7731 11297 330 -645 -261 C +ATOM 4215 CE1 TYR B 50 52.827 -37.043 19.170 1.00 85.77 C +ANISOU 4215 CE1 TYR B 50 11486 8482 12623 278 -939 -1008 C +ATOM 4216 CE2 TYR B 50 54.334 -36.823 21.014 1.00 84.17 C +ANISOU 4216 CE2 TYR B 50 11478 8314 12190 530 -800 -517 C +ATOM 4217 CZ TYR B 50 54.000 -37.387 19.801 1.00 76.61 C +ANISOU 4217 CZ TYR B 50 10446 7250 11413 503 -931 -897 C +ATOM 4218 OH TYR B 50 54.845 -38.301 19.218 1.00 54.64 O +ANISOU 4218 OH TYR B 50 7701 4298 8763 728 -1078 -1202 O +ATOM 4219 N ASP B 51 49.547 -34.788 24.564 1.00 61.97 N +ANISOU 4219 N ASP B 51 8515 5600 9432 -443 71 765 N +ATOM 4220 CA ASP B 51 48.927 -34.099 25.689 1.00 47.40 C +ANISOU 4220 CA ASP B 51 6667 3923 7419 -530 335 1063 C +ATOM 4221 C ASP B 51 49.771 -32.900 26.106 1.00 54.97 C +ANISOU 4221 C ASP B 51 7683 5289 7915 -323 319 1060 C +ATOM 4222 O ASP B 51 50.944 -33.051 26.466 1.00 72.78 O +ANISOU 4222 O ASP B 51 10114 7573 9968 -100 215 1100 O +ATOM 4223 CB ASP B 51 48.753 -35.069 26.854 1.00 64.35 C +ANISOU 4223 CB ASP B 51 9019 5759 9672 -580 533 1468 C +ATOM 4224 CG ASP B 51 47.956 -34.474 27.994 1.00 78.55 C +ANISOU 4224 CG ASP B 51 10808 7741 11296 -687 863 1769 C +ATOM 4225 OD1 ASP B 51 47.143 -33.560 27.742 1.00 72.04 O +ANISOU 4225 OD1 ASP B 51 9737 7158 10476 -808 949 1628 O +ATOM 4226 OD2 ASP B 51 48.139 -34.924 29.144 1.00 92.91 O +ANISOU 4226 OD2 ASP B 51 12873 9470 12959 -629 1037 2145 O +ATOM 4227 N LEU B 52 49.171 -31.709 26.061 1.00 59.10 N +ANISOU 4227 N LEU B 52 8035 6104 8316 -393 399 991 N +ATOM 4228 CA LEU B 52 49.828 -30.469 26.460 1.00 56.91 C +ANISOU 4228 CA LEU B 52 7775 6173 7673 -234 385 961 C +ATOM 4229 C LEU B 52 49.212 -29.881 27.726 1.00 58.18 C +ANISOU 4229 C LEU B 52 7962 6484 7659 -261 631 1173 C +ATOM 4230 O LEU B 52 49.178 -28.661 27.899 1.00 63.11 O +ANISOU 4230 O LEU B 52 8499 7379 8102 -211 648 1078 O +ATOM 4231 CB LEU B 52 49.769 -29.447 25.326 1.00 52.71 C +ANISOU 4231 CB LEU B 52 7048 5849 7130 -249 254 688 C +ATOM 4232 CG LEU B 52 50.638 -29.734 24.103 1.00 49.77 C +ANISOU 4232 CG LEU B 52 6674 5463 6773 -158 37 458 C +ATOM 4233 CD1 LEU B 52 50.183 -28.870 22.940 1.00 46.03 C +ANISOU 4233 CD1 LEU B 52 6026 5159 6302 -218 -52 261 C +ATOM 4234 CD2 LEU B 52 52.103 -29.482 24.420 1.00 57.94 C +ANISOU 4234 CD2 LEU B 52 7816 6626 7573 54 -37 445 C +ATOM 4235 N SER B 53 48.718 -30.739 28.621 1.00 61.09 N +ANISOU 4235 N SER B 53 8456 6670 8083 -335 840 1462 N +ATOM 4236 CA SER B 53 48.105 -30.250 29.850 1.00 71.41 C +ANISOU 4236 CA SER B 53 9803 8157 9173 -348 1126 1670 C +ATOM 4237 C SER B 53 49.080 -29.413 30.670 1.00 65.58 C +ANISOU 4237 C SER B 53 9230 7714 7975 -89 1048 1651 C +ATOM 4238 O SER B 53 48.664 -28.482 31.370 1.00 76.92 O +ANISOU 4238 O SER B 53 10623 9408 9195 -56 1201 1634 O +ATOM 4239 CB SER B 53 47.587 -31.428 30.677 1.00 85.96 C +ANISOU 4239 CB SER B 53 11807 9742 11112 -459 1385 2048 C +ATOM 4240 OG SER B 53 46.662 -32.203 29.934 1.00 92.61 O +ANISOU 4240 OG SER B 53 12455 10275 12458 -727 1443 2030 O +ATOM 4241 N PHE B 54 50.379 -29.710 30.581 1.00 58.79 N +ANISOU 4241 N PHE B 54 8529 6819 6988 109 795 1609 N +ATOM 4242 CA PHE B 54 51.351 -29.043 31.438 1.00 54.82 C +ANISOU 4242 CA PHE B 54 8170 6572 6088 361 682 1579 C +ATOM 4243 C PHE B 54 51.429 -27.544 31.179 1.00 48.39 C +ANISOU 4243 C PHE B 54 7155 6034 5196 382 612 1284 C +ATOM 4244 O PHE B 54 51.936 -26.807 32.031 1.00 53.62 O +ANISOU 4244 O PHE B 54 7895 6925 5555 553 559 1222 O +ATOM 4245 CB PHE B 54 52.733 -29.679 31.265 1.00 50.66 C +ANISOU 4245 CB PHE B 54 7778 5938 5533 566 395 1547 C +ATOM 4246 CG PHE B 54 53.272 -29.614 29.862 1.00 53.85 C +ANISOU 4246 CG PHE B 54 7984 6276 6201 532 201 1263 C +ATOM 4247 CD1 PHE B 54 54.000 -28.514 29.434 1.00 72.08 C +ANISOU 4247 CD1 PHE B 54 10134 8814 8440 603 55 995 C +ATOM 4248 CD2 PHE B 54 53.070 -30.662 28.978 1.00 53.06 C +ANISOU 4248 CD2 PHE B 54 7862 5881 6416 431 174 1261 C +ATOM 4249 CE1 PHE B 54 54.504 -28.457 28.147 1.00 82.04 C +ANISOU 4249 CE1 PHE B 54 11232 10047 9893 572 -70 774 C +ATOM 4250 CE2 PHE B 54 53.572 -30.609 27.691 1.00 62.93 C +ANISOU 4250 CE2 PHE B 54 8954 7121 7836 428 14 983 C +ATOM 4251 CZ PHE B 54 54.290 -29.506 27.275 1.00 73.65 C +ANISOU 4251 CZ PHE B 54 10168 8744 9071 500 -86 761 C +ATOM 4252 N LEU B 55 50.938 -27.071 30.032 1.00 48.03 N +ANISOU 4252 N LEU B 55 6865 5961 5422 224 589 1099 N +ATOM 4253 CA LEU B 55 50.923 -25.637 29.766 1.00 45.10 C +ANISOU 4253 CA LEU B 55 6318 5793 5023 235 533 870 C +ATOM 4254 C LEU B 55 49.924 -24.885 30.635 1.00 38.53 C +ANISOU 4254 C LEU B 55 5436 5120 4085 213 752 886 C +ATOM 4255 O LEU B 55 49.930 -23.651 30.623 1.00 51.78 O +ANISOU 4255 O LEU B 55 6993 6944 5737 257 699 690 O +ATOM 4256 CB LEU B 55 50.603 -25.376 28.292 1.00 33.65 C +ANISOU 4256 CB LEU B 55 4660 4268 3856 96 444 718 C +ATOM 4257 CG LEU B 55 51.575 -25.941 27.254 1.00 38.29 C +ANISOU 4257 CG LEU B 55 5261 4757 4530 129 250 632 C +ATOM 4258 CD1 LEU B 55 51.117 -25.572 25.851 1.00 31.14 C +ANISOU 4258 CD1 LEU B 55 4182 3840 3810 11 183 494 C +ATOM 4259 CD2 LEU B 55 52.992 -25.446 27.497 1.00 54.59 C +ANISOU 4259 CD2 LEU B 55 7365 6946 6429 302 99 533 C +ATOM 4260 N LYS B 56 49.078 -25.588 31.391 1.00 41.74 N +ANISOU 4260 N LYS B 56 5924 5490 4447 147 1014 1112 N +ATOM 4261 CA LYS B 56 48.028 -24.909 32.143 1.00 60.32 C +ANISOU 4261 CA LYS B 56 8183 8016 6719 122 1279 1105 C +ATOM 4262 C LYS B 56 48.590 -24.021 33.247 1.00 68.98 C +ANISOU 4262 C LYS B 56 9413 9383 7416 351 1253 992 C +ATOM 4263 O LYS B 56 47.935 -23.053 33.650 1.00 77.27 O +ANISOU 4263 O LYS B 56 10336 10604 8421 380 1381 837 O +ATOM 4264 CB LYS B 56 47.061 -25.933 32.736 1.00 65.24 C +ANISOU 4264 CB LYS B 56 8858 8546 7383 -16 1621 1406 C +ATOM 4265 CG LYS B 56 46.128 -26.566 31.722 1.00 61.33 C +ANISOU 4265 CG LYS B 56 8129 7804 7368 -278 1678 1430 C +ATOM 4266 CD LYS B 56 45.004 -27.311 32.417 1.00 75.58 C +ANISOU 4266 CD LYS B 56 9899 9541 9279 -451 2082 1699 C +ATOM 4267 CE LYS B 56 44.055 -27.952 31.422 1.00 92.68 C +ANISOU 4267 CE LYS B 56 11783 11441 11991 -726 2103 1674 C +ATOM 4268 NZ LYS B 56 42.827 -28.459 32.091 1.00101.12 N +ANISOU 4268 NZ LYS B 56 12712 12464 13244 -932 2542 1897 N +ATOM 4269 N THR B 57 49.783 -24.327 33.753 1.00 65.74 N +ANISOU 4269 N THR B 57 9239 9011 6729 536 1064 1031 N +ATOM 4270 CA THR B 57 50.337 -23.573 34.871 1.00 63.96 C +ANISOU 4270 CA THR B 57 9151 9050 6102 774 993 893 C +ATOM 4271 C THR B 57 51.102 -22.326 34.445 1.00 63.52 C +ANISOU 4271 C THR B 57 8934 9056 6146 849 702 529 C +ATOM 4272 O THR B 57 51.360 -21.459 35.290 1.00 59.37 O +ANISOU 4272 O THR B 57 8448 8735 5376 1019 636 318 O +ATOM 4273 CB THR B 57 51.264 -24.459 35.710 1.00 59.21 C +ANISOU 4273 CB THR B 57 8877 8477 5143 973 880 1095 C +ATOM 4274 OG1 THR B 57 52.037 -25.304 34.850 1.00 50.27 O +ANISOU 4274 OG1 THR B 57 7752 7097 4251 935 669 1172 O +ATOM 4275 CG2 THR B 57 50.458 -25.308 36.685 1.00 51.31 C +ANISOU 4275 CG2 THR B 57 8106 7518 3870 968 1232 1464 C +ATOM 4276 N ILE B 58 51.469 -22.206 33.167 1.00 54.13 N +ANISOU 4276 N ILE B 58 7568 7692 5308 725 536 446 N +ATOM 4277 CA ILE B 58 52.172 -21.012 32.712 1.00 50.83 C +ANISOU 4277 CA ILE B 58 6988 7296 5031 756 308 156 C +ATOM 4278 C ILE B 58 51.284 -19.799 32.934 1.00 53.09 C +ANISOU 4278 C ILE B 58 7127 7660 5384 742 414 -30 C +ATOM 4279 O ILE B 58 50.132 -19.760 32.485 1.00 65.84 O +ANISOU 4279 O ILE B 58 8613 9217 7185 610 598 34 O +ATOM 4280 CB ILE B 58 52.577 -21.158 31.237 1.00 59.50 C +ANISOU 4280 CB ILE B 58 7940 8212 6455 612 189 160 C +ATOM 4281 CG1 ILE B 58 53.705 -22.190 31.112 1.00 48.64 C +ANISOU 4281 CG1 ILE B 58 6682 6780 5020 689 41 245 C +ATOM 4282 CG2 ILE B 58 52.993 -19.802 30.649 1.00 32.80 C +ANISOU 4282 CG2 ILE B 58 4365 4818 3277 583 45 -70 C +ATOM 4283 CD1 ILE B 58 54.262 -22.362 29.708 1.00 46.59 C +ANISOU 4283 CD1 ILE B 58 6287 6394 5020 587 -58 211 C +ATOM 4284 N GLN B 59 51.821 -18.795 33.627 1.00 61.80 N +ANISOU 4284 N GLN B 59 8227 8883 6372 893 271 -295 N +ATOM 4285 CA GLN B 59 51.068 -17.591 33.955 1.00 54.40 C +ANISOU 4285 CA GLN B 59 7160 8003 5507 928 342 -528 C +ATOM 4286 C GLN B 59 51.588 -16.332 33.281 1.00 49.36 C +ANISOU 4286 C GLN B 59 6331 7219 5205 891 117 -773 C +ATOM 4287 O GLN B 59 50.800 -15.418 33.033 1.00 56.56 O +ANISOU 4287 O GLN B 59 7089 8059 6341 861 172 -894 O +ATOM 4288 CB GLN B 59 51.057 -17.371 35.473 1.00 46.92 C +ANISOU 4288 CB GLN B 59 6378 7315 4133 1157 392 -685 C +ATOM 4289 CG GLN B 59 50.177 -18.357 36.219 1.00 59.70 C +ANISOU 4289 CG GLN B 59 8167 9090 5426 1178 728 -417 C +ATOM 4290 CD GLN B 59 50.055 -18.037 37.695 1.00 78.08 C +ANISOU 4290 CD GLN B 59 10673 11728 7266 1424 824 -574 C +ATOM 4291 OE1 GLN B 59 50.768 -18.600 38.525 1.00 83.56 O +ANISOU 4291 OE1 GLN B 59 11633 12577 7537 1597 731 -496 O +ATOM 4292 NE2 GLN B 59 49.141 -17.133 38.031 1.00 94.84 N +ANISOU 4292 NE2 GLN B 59 12656 13954 9426 1470 999 -809 N +ATOM 4293 N GLU B 60 52.882 -16.249 32.979 1.00 41.45 N +ANISOU 4293 N GLU B 60 5317 6154 4279 893 -125 -839 N +ATOM 4294 CA GLU B 60 53.406 -15.080 32.290 1.00 60.15 C +ANISOU 4294 CA GLU B 60 7494 8347 7012 816 -297 -1017 C +ATOM 4295 C GLU B 60 54.639 -15.460 31.486 1.00 41.85 C +ANISOU 4295 C GLU B 60 5125 5944 4831 727 -440 -934 C +ATOM 4296 O GLU B 60 55.343 -16.421 31.806 1.00 38.98 O +ANISOU 4296 O GLU B 60 4870 5680 4261 803 -500 -866 O +ATOM 4297 CB GLU B 60 53.733 -13.951 33.276 1.00 62.05 C +ANISOU 4297 CB GLU B 60 7699 8632 7246 964 -455 -1394 C +ATOM 4298 CG GLU B 60 54.572 -14.355 34.462 1.00 66.76 C +ANISOU 4298 CG GLU B 60 8445 9443 7476 1164 -610 -1551 C +ATOM 4299 CD GLU B 60 54.632 -13.274 35.524 1.00 74.28 C +ANISOU 4299 CD GLU B 60 9382 10479 8362 1342 -757 -1977 C +ATOM 4300 OE1 GLU B 60 55.596 -12.481 35.518 1.00 71.92 O +ANISOU 4300 OE1 GLU B 60 8941 10065 8319 1339 -1029 -2256 O +ATOM 4301 OE2 GLU B 60 53.708 -13.214 36.362 1.00 71.66 O +ANISOU 4301 OE2 GLU B 60 9164 10326 7739 1483 -591 -2054 O +ATOM 4302 N VAL B 61 54.884 -14.686 30.431 1.00 34.16 N +ANISOU 4302 N VAL B 61 3984 4783 4212 578 -483 -928 N +ATOM 4303 CA VAL B 61 55.990 -14.901 29.505 1.00 40.13 C +ANISOU 4303 CA VAL B 61 4648 5467 5134 469 -551 -846 C +ATOM 4304 C VAL B 61 56.695 -13.566 29.316 1.00 62.70 C +ANISOU 4304 C VAL B 61 7315 8162 8344 393 -677 -1028 C +ATOM 4305 O VAL B 61 56.105 -12.622 28.777 1.00 66.26 O +ANISOU 4305 O VAL B 61 7698 8438 9039 302 -634 -994 O +ATOM 4306 CB VAL B 61 55.505 -15.458 28.156 1.00 40.81 C +ANISOU 4306 CB VAL B 61 4741 5489 5277 329 -407 -566 C +ATOM 4307 CG1 VAL B 61 56.654 -15.560 27.156 1.00 46.56 C +ANISOU 4307 CG1 VAL B 61 5362 6175 6154 228 -431 -503 C +ATOM 4308 CG2 VAL B 61 54.842 -16.814 28.349 1.00 47.27 C +ANISOU 4308 CG2 VAL B 61 5719 6411 5831 379 -299 -412 C +ATOM 4309 N ALA B 62 57.953 -13.485 29.752 1.00 60.50 N +ANISOU 4309 N ALA B 62 6938 7916 8133 430 -847 -1219 N +ATOM 4310 CA ALA B 62 58.680 -12.224 29.665 1.00 57.97 C +ANISOU 4310 CA ALA B 62 6401 7408 8218 331 -973 -1421 C +ATOM 4311 C ALA B 62 59.097 -11.910 28.234 1.00 54.45 C +ANISOU 4311 C ALA B 62 5811 6791 8086 101 -842 -1186 C +ATOM 4312 O ALA B 62 59.152 -10.736 27.852 1.00 51.11 O +ANISOU 4312 O ALA B 62 5259 6126 8033 -33 -847 -1204 O +ATOM 4313 CB ALA B 62 59.904 -12.259 30.579 1.00 56.41 C +ANISOU 4313 CB ALA B 62 6095 7308 8031 440 -1222 -1733 C +ATOM 4314 N GLY B 63 59.395 -12.930 27.435 1.00 49.34 N +ANISOU 4314 N GLY B 63 5196 6257 7294 62 -718 -962 N +ATOM 4315 CA GLY B 63 59.769 -12.722 26.050 1.00 61.21 C +ANISOU 4315 CA GLY B 63 6597 7665 8994 -130 -554 -728 C +ATOM 4316 C GLY B 63 58.564 -12.679 25.135 1.00 54.46 C +ANISOU 4316 C GLY B 63 5895 6754 8042 -181 -409 -450 C +ATOM 4317 O GLY B 63 57.595 -11.965 25.408 1.00 52.09 O +ANISOU 4317 O GLY B 63 5653 6333 7806 -157 -445 -465 O +ATOM 4318 N TYR B 64 58.611 -13.436 24.043 1.00 43.27 N +ANISOU 4318 N TYR B 64 4531 5433 6475 -230 -265 -228 N +ATOM 4319 CA TYR B 64 57.488 -13.566 23.129 1.00 47.67 C +ANISOU 4319 CA TYR B 64 5236 5981 6894 -250 -178 6 C +ATOM 4320 C TYR B 64 56.925 -14.979 23.199 1.00 49.56 C +ANISOU 4320 C TYR B 64 5620 6392 6820 -143 -167 15 C +ATOM 4321 O TYR B 64 57.576 -15.908 23.683 1.00 44.95 O +ANISOU 4321 O TYR B 64 5036 5923 6120 -66 -191 -90 O +ATOM 4322 CB TYR B 64 57.903 -13.239 21.689 1.00 34.09 C +ANISOU 4322 CB TYR B 64 3490 4235 5229 -387 -29 253 C +ATOM 4323 CG TYR B 64 58.969 -14.151 21.119 1.00 41.37 C +ANISOU 4323 CG TYR B 64 4351 5339 6028 -402 90 257 C +ATOM 4324 CD1 TYR B 64 58.637 -15.378 20.558 1.00 42.49 C +ANISOU 4324 CD1 TYR B 64 4624 5653 5868 -319 131 298 C +ATOM 4325 CD2 TYR B 64 60.306 -13.778 21.130 1.00 55.65 C +ANISOU 4325 CD2 TYR B 64 5941 7136 8069 -495 159 189 C +ATOM 4326 CE1 TYR B 64 59.608 -16.211 20.032 1.00 50.35 C +ANISOU 4326 CE1 TYR B 64 5554 6808 6768 -301 238 258 C +ATOM 4327 CE2 TYR B 64 61.283 -14.603 20.604 1.00 55.09 C +ANISOU 4327 CE2 TYR B 64 5774 7247 7913 -487 285 164 C +ATOM 4328 CZ TYR B 64 60.928 -15.818 20.058 1.00 49.88 C +ANISOU 4328 CZ TYR B 64 5268 6761 6924 -375 325 193 C +ATOM 4329 OH TYR B 64 61.899 -16.642 19.536 1.00 61.08 O +ANISOU 4329 OH TYR B 64 6582 8353 8273 -336 448 124 O +ATOM 4330 N VAL B 65 55.697 -15.128 22.711 1.00 42.39 N +ANISOU 4330 N VAL B 65 4819 5472 5813 -134 -150 140 N +ATOM 4331 CA VAL B 65 55.036 -16.425 22.613 1.00 33.11 C +ANISOU 4331 CA VAL B 65 3757 4405 4419 -75 -135 161 C +ATOM 4332 C VAL B 65 54.909 -16.773 21.138 1.00 30.11 C +ANISOU 4332 C VAL B 65 3427 4076 3938 -124 -86 311 C +ATOM 4333 O VAL B 65 54.259 -16.051 20.371 1.00 52.05 O +ANISOU 4333 O VAL B 65 6224 6798 6753 -161 -103 443 O +ATOM 4334 CB VAL B 65 53.665 -16.422 23.305 1.00 40.14 C +ANISOU 4334 CB VAL B 65 4687 5262 5300 -25 -160 132 C +ATOM 4335 CG1 VAL B 65 52.910 -17.718 23.017 1.00 29.31 C +ANISOU 4335 CG1 VAL B 65 3396 3951 3788 -16 -133 178 C +ATOM 4336 CG2 VAL B 65 53.836 -16.242 24.806 1.00 42.27 C +ANISOU 4336 CG2 VAL B 65 4949 5548 5565 59 -184 -34 C +ATOM 4337 N LEU B 66 55.534 -17.875 20.743 1.00 31.08 N +ANISOU 4337 N LEU B 66 3581 4308 3921 -97 -45 277 N +ATOM 4338 CA LEU B 66 55.479 -18.380 19.380 1.00 41.48 C +ANISOU 4338 CA LEU B 66 4963 5719 5080 -107 -4 352 C +ATOM 4339 C LEU B 66 54.743 -19.711 19.393 1.00 53.43 C +ANISOU 4339 C LEU B 66 6564 7248 6489 -49 -66 269 C +ATOM 4340 O LEU B 66 55.130 -20.624 20.123 1.00 54.18 O +ANISOU 4340 O LEU B 66 6670 7328 6587 6 -71 170 O +ATOM 4341 CB LEU B 66 56.886 -18.547 18.806 1.00 38.76 C +ANISOU 4341 CB LEU B 66 4550 5484 4693 -115 117 333 C +ATOM 4342 CG LEU B 66 56.971 -19.219 17.435 1.00 34.98 C +ANISOU 4342 CG LEU B 66 4151 5159 3983 -85 186 354 C +ATOM 4343 CD1 LEU B 66 56.266 -18.372 16.390 1.00 49.43 C +ANISOU 4343 CD1 LEU B 66 6071 7010 5701 -132 190 555 C +ATOM 4344 CD2 LEU B 66 58.417 -19.472 17.046 1.00 34.61 C +ANISOU 4344 CD2 LEU B 66 3992 5244 3916 -73 349 289 C +ATOM 4345 N ILE B 67 53.681 -19.815 18.604 1.00 48.95 N +ANISOU 4345 N ILE B 67 6053 6686 5857 -59 -135 311 N +ATOM 4346 CA ILE B 67 52.918 -21.048 18.451 1.00 46.36 C +ANISOU 4346 CA ILE B 67 5776 6340 5497 -36 -209 212 C +ATOM 4347 C ILE B 67 52.880 -21.328 16.956 1.00 35.47 C +ANISOU 4347 C ILE B 67 4466 5083 3927 -7 -259 189 C +ATOM 4348 O ILE B 67 52.121 -20.685 16.221 1.00 44.98 O +ANISOU 4348 O ILE B 67 5692 6324 5074 -10 -349 271 O +ATOM 4349 CB ILE B 67 51.504 -20.930 19.033 1.00 28.19 C +ANISOU 4349 CB ILE B 67 3430 3938 3343 -72 -277 222 C +ATOM 4350 CG1 ILE B 67 51.565 -20.613 20.532 1.00 47.08 C +ANISOU 4350 CG1 ILE B 67 5780 6261 5846 -73 -198 233 C +ATOM 4351 CG2 ILE B 67 50.716 -22.216 18.794 1.00 28.88 C +ANISOU 4351 CG2 ILE B 67 3530 3972 3471 -89 -349 116 C +ATOM 4352 CD1 ILE B 67 50.328 -19.922 21.052 1.00 46.35 C +ANISOU 4352 CD1 ILE B 67 5602 6114 5894 -94 -210 253 C +ATOM 4353 N ALA B 68 53.690 -22.275 16.487 1.00 50.10 N +ANISOU 4353 N ALA B 68 6360 7013 5663 50 -217 64 N +ATOM 4354 CA ALA B 68 53.818 -22.427 15.043 1.00 51.65 C +ANISOU 4354 CA ALA B 68 6636 7383 5604 106 -234 20 C +ATOM 4355 C ALA B 68 54.055 -23.879 14.659 1.00 61.99 C +ANISOU 4355 C ALA B 68 7990 8705 6858 189 -278 -231 C +ATOM 4356 O ALA B 68 54.767 -24.607 15.354 1.00 73.89 O +ANISOU 4356 O ALA B 68 9461 10125 8488 222 -221 -323 O +ATOM 4357 CB ALA B 68 54.948 -21.556 14.495 1.00 37.72 C +ANISOU 4357 CB ALA B 68 4863 5776 3692 103 -47 157 C +ATOM 4358 N LEU B 69 53.447 -24.284 13.543 1.00 52.49 N +ANISOU 4358 N LEU B 69 6868 7600 5474 243 -411 -357 N +ATOM 4359 CA LEU B 69 53.713 -25.571 12.907 1.00 47.27 C +ANISOU 4359 CA LEU B 69 6261 6971 4729 347 -470 -650 C +ATOM 4360 C LEU B 69 53.284 -26.748 13.772 1.00 50.69 C +ANISOU 4360 C LEU B 69 6654 7115 5490 314 -572 -799 C +ATOM 4361 O LEU B 69 53.861 -27.834 13.683 1.00 55.16 O +ANISOU 4361 O LEU B 69 7242 7612 6104 402 -575 -1013 O +ATOM 4362 CB LEU B 69 55.192 -25.694 12.532 1.00 44.72 C +ANISOU 4362 CB LEU B 69 5933 6824 4234 444 -256 -710 C +ATOM 4363 CG LEU B 69 55.660 -24.601 11.571 1.00 44.93 C +ANISOU 4363 CG LEU B 69 6006 7139 3925 456 -95 -530 C +ATOM 4364 CD1 LEU B 69 57.153 -24.690 11.346 1.00 46.65 C +ANISOU 4364 CD1 LEU B 69 6149 7526 4050 521 176 -581 C +ATOM 4365 CD2 LEU B 69 54.911 -24.687 10.245 1.00 44.20 C +ANISOU 4365 CD2 LEU B 69 6071 7241 3483 544 -246 -621 C +ATOM 4366 N ASN B 70 52.267 -26.545 14.601 1.00 50.70 N +ANISOU 4366 N ASN B 70 6595 6935 5733 193 -640 -678 N +ATOM 4367 CA ASN B 70 51.652 -27.624 15.354 1.00 58.67 C +ANISOU 4367 CA ASN B 70 7571 7659 7060 127 -710 -763 C +ATOM 4368 C ASN B 70 50.446 -28.159 14.597 1.00 54.10 C +ANISOU 4368 C ASN B 70 6959 7017 6578 85 -934 -962 C +ATOM 4369 O ASN B 70 49.699 -27.399 13.973 1.00 53.26 O +ANISOU 4369 O ASN B 70 6820 7054 6360 75 -1051 -939 O +ATOM 4370 CB ASN B 70 51.210 -27.136 16.734 1.00 62.84 C +ANISOU 4370 CB ASN B 70 8032 8054 7789 16 -609 -525 C +ATOM 4371 CG ASN B 70 52.332 -26.486 17.511 1.00 55.73 C +ANISOU 4371 CG ASN B 70 7147 7229 6798 65 -446 -368 C +ATOM 4372 OD1 ASN B 70 53.039 -27.146 18.271 1.00 57.95 O +ANISOU 4372 OD1 ASN B 70 7464 7399 7153 115 -390 -363 O +ATOM 4373 ND2 ASN B 70 52.495 -25.181 17.333 1.00 51.39 N +ANISOU 4373 ND2 ASN B 70 6565 6845 6115 56 -394 -242 N +ATOM 4374 N THR B 71 50.263 -29.474 14.648 1.00 53.34 N +ANISOU 4374 N THR B 71 6864 6684 6720 69 -1022 -1168 N +ATOM 4375 CA THR B 71 49.021 -30.094 14.212 1.00 48.84 C +ANISOU 4375 CA THR B 71 6204 5964 6390 -21 -1246 -1375 C +ATOM 4376 C THR B 71 48.138 -30.477 15.389 1.00 43.95 C +ANISOU 4376 C THR B 71 5458 5034 6207 -216 -1175 -1227 C +ATOM 4377 O THR B 71 47.016 -30.947 15.180 1.00 52.75 O +ANISOU 4377 O THR B 71 6433 5991 7620 -338 -1331 -1374 O +ATOM 4378 CB THR B 71 49.307 -31.334 13.359 1.00 47.86 C +ANISOU 4378 CB THR B 71 6145 5743 6297 75 -1412 -1757 C +ATOM 4379 OG1 THR B 71 49.873 -32.363 14.178 1.00 58.24 O +ANISOU 4379 OG1 THR B 71 7499 6741 7889 64 -1309 -1744 O +ATOM 4380 CG2 THR B 71 50.269 -31.002 12.225 1.00 48.65 C +ANISOU 4380 CG2 THR B 71 6377 6197 5913 287 -1413 -1904 C +ATOM 4381 N VAL B 72 48.615 -30.280 16.620 1.00 48.98 N +ANISOU 4381 N VAL B 72 6132 5596 6882 -247 -941 -945 N +ATOM 4382 CA VAL B 72 47.834 -30.662 17.785 1.00 49.33 C +ANISOU 4382 CA VAL B 72 6090 5381 7271 -419 -814 -764 C +ATOM 4383 C VAL B 72 46.569 -29.814 17.848 1.00 42.96 C +ANISOU 4383 C VAL B 72 5086 4667 6571 -539 -827 -707 C +ATOM 4384 O VAL B 72 46.551 -28.643 17.449 1.00 64.79 O +ANISOU 4384 O VAL B 72 7828 7693 9095 -464 -869 -673 O +ATOM 4385 CB VAL B 72 48.666 -30.527 19.073 1.00 58.38 C +ANISOU 4385 CB VAL B 72 7355 6498 8327 -376 -582 -480 C +ATOM 4386 CG1 VAL B 72 48.951 -29.063 19.395 1.00 55.45 C +ANISOU 4386 CG1 VAL B 72 6973 6419 7678 -319 -484 -322 C +ATOM 4387 CG2 VAL B 72 47.969 -31.218 20.235 1.00 53.84 C +ANISOU 4387 CG2 VAL B 72 6755 5637 8065 -533 -425 -279 C +ATOM 4388 N GLU B 73 45.498 -30.416 18.364 1.00 57.37 N +ANISOU 4388 N GLU B 73 6748 6252 8797 -728 -781 -687 N +ATOM 4389 CA GLU B 73 44.181 -29.796 18.290 1.00 61.64 C +ANISOU 4389 CA GLU B 73 7030 6858 9533 -839 -828 -714 C +ATOM 4390 C GLU B 73 44.008 -28.694 19.329 1.00 57.76 C +ANISOU 4390 C GLU B 73 6491 6514 8940 -839 -585 -447 C +ATOM 4391 O GLU B 73 43.487 -27.620 19.012 1.00 55.63 O +ANISOU 4391 O GLU B 73 6096 6438 8603 -789 -667 -470 O +ATOM 4392 CB GLU B 73 43.100 -30.864 18.462 1.00 66.60 C +ANISOU 4392 CB GLU B 73 7444 7170 10692 -1065 -837 -811 C +ATOM 4393 CG GLU B 73 41.680 -30.334 18.401 1.00 70.53 C +ANISOU 4393 CG GLU B 73 7597 7721 11480 -1188 -888 -879 C +ATOM 4394 CD GLU B 73 40.651 -31.443 18.310 1.00 76.59 C +ANISOU 4394 CD GLU B 73 8101 8167 12832 -1428 -952 -1052 C +ATOM 4395 OE1 GLU B 73 41.044 -32.627 18.347 1.00 80.87 O +ANISOU 4395 OE1 GLU B 73 8759 8406 13561 -1506 -945 -1092 O +ATOM 4396 OE2 GLU B 73 39.447 -31.129 18.201 1.00 84.46 O +ANISOU 4396 OE2 GLU B 73 8752 9192 14148 -1540 -1020 -1160 O +ATOM 4397 N ARG B 74 44.433 -28.935 20.568 1.00 59.86 N +ANISOU 4397 N ARG B 74 6868 6691 9186 -870 -306 -205 N +ATOM 4398 CA ARG B 74 44.189 -28.012 21.669 1.00 61.07 C +ANISOU 4398 CA ARG B 74 6976 6978 9251 -866 -63 3 C +ATOM 4399 C ARG B 74 45.501 -27.650 22.345 1.00 66.05 C +ANISOU 4399 C ARG B 74 7862 7715 9520 -712 41 156 C +ATOM 4400 O ARG B 74 46.259 -28.536 22.751 1.00 54.63 O +ANISOU 4400 O ARG B 74 6599 6128 8032 -687 95 244 O +ATOM 4401 CB ARG B 74 43.216 -28.628 22.682 1.00 56.98 C +ANISOU 4401 CB ARG B 74 6312 6285 9054 -1061 206 149 C +ATOM 4402 CG ARG B 74 42.957 -27.784 23.919 1.00 41.97 C +ANISOU 4402 CG ARG B 74 4381 4547 7020 -1036 500 341 C +ATOM 4403 CD ARG B 74 41.949 -28.471 24.823 1.00 47.60 C +ANISOU 4403 CD ARG B 74 4937 5108 8040 -1244 817 500 C +ATOM 4404 NE ARG B 74 41.615 -27.683 26.007 1.00 56.36 N +ANISOU 4404 NE ARG B 74 6009 6418 8988 -1203 1132 649 N +ATOM 4405 CZ ARG B 74 40.706 -26.713 26.034 1.00 70.01 C +ANISOU 4405 CZ ARG B 74 7455 8318 10825 -1194 1182 529 C +ATOM 4406 NH1 ARG B 74 40.035 -26.390 24.935 1.00 67.56 N +ANISOU 4406 NH1 ARG B 74 6882 8006 10781 -1218 911 289 N +ATOM 4407 NH2 ARG B 74 40.470 -26.059 27.162 1.00 85.18 N +ANISOU 4407 NH2 ARG B 74 9363 10425 12576 -1132 1485 631 N +ATOM 4408 N ILE B 75 45.760 -26.352 22.465 1.00 66.27 N +ANISOU 4408 N ILE B 75 7886 7964 9328 -602 45 175 N +ATOM 4409 CA ILE B 75 46.914 -25.844 23.202 1.00 49.44 C +ANISOU 4409 CA ILE B 75 5936 5943 6905 -468 127 282 C +ATOM 4410 C ILE B 75 46.369 -25.096 24.417 1.00 50.37 C +ANISOU 4410 C ILE B 75 5991 6153 6993 -468 337 388 C +ATOM 4411 O ILE B 75 45.991 -23.921 24.301 1.00 54.51 O +ANISOU 4411 O ILE B 75 6394 6804 7512 -426 307 323 O +ATOM 4412 CB ILE B 75 47.790 -24.940 22.317 1.00 31.40 C +ANISOU 4412 CB ILE B 75 3697 3814 4419 -349 -38 192 C +ATOM 4413 CG1 ILE B 75 48.471 -25.792 21.241 1.00 35.85 C +ANISOU 4413 CG1 ILE B 75 4350 4329 4943 -317 -188 77 C +ATOM 4414 CG2 ILE B 75 48.833 -24.203 23.156 1.00 49.36 C +ANISOU 4414 CG2 ILE B 75 6076 6197 6481 -237 37 265 C +ATOM 4415 CD1 ILE B 75 49.214 -24.992 20.193 1.00 38.21 C +ANISOU 4415 CD1 ILE B 75 4680 4800 5038 -224 -304 10 C +ATOM 4416 N PRO B 76 46.307 -25.729 25.600 1.00 49.52 N +ANISOU 4416 N PRO B 76 5975 5987 6853 -495 556 552 N +ATOM 4417 CA PRO B 76 45.567 -25.145 26.744 1.00 51.60 C +ANISOU 4417 CA PRO B 76 6162 6366 7078 -500 805 631 C +ATOM 4418 C PRO B 76 46.382 -24.173 27.599 1.00 49.70 C +ANISOU 4418 C PRO B 76 6054 6317 6511 -319 826 622 C +ATOM 4419 O PRO B 76 46.688 -24.416 28.773 1.00 51.57 O +ANISOU 4419 O PRO B 76 6457 6615 6523 -247 986 752 O +ATOM 4420 CB PRO B 76 45.156 -26.392 27.526 1.00 52.27 C +ANISOU 4420 CB PRO B 76 6317 6294 7247 -618 1045 846 C +ATOM 4421 CG PRO B 76 46.304 -27.328 27.318 1.00 48.94 C +ANISOU 4421 CG PRO B 76 6141 5723 6731 -555 899 913 C +ATOM 4422 CD PRO B 76 46.816 -27.073 25.918 1.00 44.19 C +ANISOU 4422 CD PRO B 76 5484 5123 6184 -515 597 686 C +ATOM 4423 N LEU B 77 46.750 -23.036 27.005 1.00 37.63 N +ANISOU 4423 N LEU B 77 4462 4879 4958 -237 647 466 N +ATOM 4424 CA LEU B 77 47.324 -21.921 27.758 1.00 38.31 C +ANISOU 4424 CA LEU B 77 4601 5113 4840 -90 644 391 C +ATOM 4425 C LEU B 77 46.220 -21.177 28.508 1.00 55.58 C +ANISOU 4425 C LEU B 77 6636 7402 7078 -74 831 331 C +ATOM 4426 O LEU B 77 45.957 -19.988 28.312 1.00 60.01 O +ANISOU 4426 O LEU B 77 7065 8005 7730 -14 755 182 O +ATOM 4427 CB LEU B 77 48.096 -21.001 26.825 1.00 30.77 C +ANISOU 4427 CB LEU B 77 3618 4161 3911 -41 413 275 C +ATOM 4428 CG LEU B 77 49.377 -21.542 26.185 1.00 43.27 C +ANISOU 4428 CG LEU B 77 5326 5704 5409 -21 267 294 C +ATOM 4429 CD1 LEU B 77 49.721 -20.741 24.934 1.00 50.29 C +ANISOU 4429 CD1 LEU B 77 6139 6587 6380 -35 109 230 C +ATOM 4430 CD2 LEU B 77 50.524 -21.489 27.178 1.00 59.09 C +ANISOU 4430 CD2 LEU B 77 7469 7782 7201 107 252 280 C +ATOM 4431 N GLU B 78 45.562 -21.914 29.395 1.00 61.89 N +ANISOU 4431 N GLU B 78 7455 8231 7830 -125 1099 460 N +ATOM 4432 CA GLU B 78 44.343 -21.430 30.027 1.00 63.87 C +ANISOU 4432 CA GLU B 78 7510 8589 8169 -135 1346 406 C +ATOM 4433 C GLU B 78 44.587 -20.356 31.080 1.00 71.96 C +ANISOU 4433 C GLU B 78 8593 9813 8934 60 1414 259 C +ATOM 4434 O GLU B 78 43.632 -19.677 31.470 1.00 79.62 O +ANISOU 4434 O GLU B 78 9366 10886 10001 97 1579 131 O +ATOM 4435 CB GLU B 78 43.582 -22.590 30.667 1.00 75.06 C +ANISOU 4435 CB GLU B 78 8922 9979 9618 -274 1675 623 C +ATOM 4436 CG GLU B 78 43.037 -23.609 29.682 1.00 64.12 C +ANISOU 4436 CG GLU B 78 7398 8364 8600 -491 1624 702 C +ATOM 4437 CD GLU B 78 42.306 -24.744 30.368 1.00 65.62 C +ANISOU 4437 CD GLU B 78 7571 8472 8890 -662 1975 941 C +ATOM 4438 OE1 GLU B 78 42.144 -24.690 31.605 1.00 67.65 O +ANISOU 4438 OE1 GLU B 78 7925 8891 8887 -604 2297 1073 O +ATOM 4439 OE2 GLU B 78 41.892 -25.692 29.669 1.00 71.09 O +ANISOU 4439 OE2 GLU B 78 8155 8934 9922 -857 1936 997 O +ATOM 4440 N ASN B 79 45.825 -20.181 31.550 1.00 65.02 N +ANISOU 4440 N ASN B 79 7954 8995 7755 198 1276 234 N +ATOM 4441 CA ASN B 79 46.099 -19.229 32.617 1.00 47.17 C +ANISOU 4441 CA ASN B 79 5762 6925 5235 395 1304 46 C +ATOM 4442 C ASN B 79 47.198 -18.228 32.289 1.00 53.93 C +ANISOU 4442 C ASN B 79 6645 7738 6107 499 979 -164 C +ATOM 4443 O ASN B 79 47.528 -17.401 33.146 1.00 43.59 O +ANISOU 4443 O ASN B 79 5385 6556 4620 667 942 -378 O +ATOM 4444 CB ASN B 79 46.466 -19.972 33.911 1.00 43.36 C +ANISOU 4444 CB ASN B 79 5554 6612 4309 498 1482 195 C +ATOM 4445 CG ASN B 79 45.307 -20.778 34.467 1.00 57.13 C +ANISOU 4445 CG ASN B 79 7266 8420 6023 395 1892 416 C +ATOM 4446 OD1 ASN B 79 44.344 -20.220 34.993 1.00 59.37 O +ANISOU 4446 OD1 ASN B 79 7389 8856 6311 429 2145 300 O +ATOM 4447 ND2 ASN B 79 45.400 -22.098 34.364 1.00 73.25 N +ANISOU 4447 ND2 ASN B 79 9443 10326 8062 268 1974 731 N +ATOM 4448 N LEU B 80 47.773 -18.272 31.087 1.00 50.23 N +ANISOU 4448 N LEU B 80 6139 7097 5850 403 755 -121 N +ATOM 4449 CA LEU B 80 48.740 -17.261 30.677 1.00 40.82 C +ANISOU 4449 CA LEU B 80 4926 5837 4748 457 497 -287 C +ATOM 4450 C LEU B 80 48.113 -15.876 30.769 1.00 50.98 C +ANISOU 4450 C LEU B 80 6046 7097 6228 523 477 -508 C +ATOM 4451 O LEU B 80 47.203 -15.548 30.001 1.00 51.68 O +ANISOU 4451 O LEU B 80 5965 7087 6585 458 488 -486 O +ATOM 4452 CB LEU B 80 49.235 -17.536 29.256 1.00 32.20 C +ANISOU 4452 CB LEU B 80 3800 4589 3847 328 340 -171 C +ATOM 4453 CG LEU B 80 50.065 -16.428 28.601 1.00 34.31 C +ANISOU 4453 CG LEU B 80 4001 4753 4282 329 136 -278 C +ATOM 4454 CD1 LEU B 80 51.325 -16.143 29.405 1.00 51.43 C +ANISOU 4454 CD1 LEU B 80 6248 6980 6312 429 24 -422 C +ATOM 4455 CD2 LEU B 80 50.411 -16.800 27.171 1.00 29.58 C +ANISOU 4455 CD2 LEU B 80 3386 4055 3797 210 52 -129 C +ATOM 4456 N GLN B 81 48.595 -15.058 31.703 1.00 64.57 N +ANISOU 4456 N GLN B 81 7809 8893 7831 674 415 -748 N +ATOM 4457 CA GLN B 81 48.003 -13.750 31.957 1.00 58.25 C +ANISOU 4457 CA GLN B 81 6860 8047 7224 774 396 -1009 C +ATOM 4458 C GLN B 81 48.628 -12.641 31.120 1.00 62.30 C +ANISOU 4458 C GLN B 81 7284 8310 8078 736 138 -1098 C +ATOM 4459 O GLN B 81 47.906 -11.778 30.606 1.00 56.46 O +ANISOU 4459 O GLN B 81 6392 7412 7648 743 100 -1153 O +ATOM 4460 CB GLN B 81 48.133 -13.397 33.441 1.00 41.72 C +ANISOU 4460 CB GLN B 81 4861 6163 4827 977 456 -1279 C +ATOM 4461 CG GLN B 81 47.030 -13.958 34.319 1.00 44.17 C +ANISOU 4461 CG GLN B 81 5187 6714 4880 1046 797 -1244 C +ATOM 4462 CD GLN B 81 47.344 -13.828 35.796 1.00 70.28 C +ANISOU 4462 CD GLN B 81 8670 10294 7737 1268 862 -1463 C +ATOM 4463 OE1 GLN B 81 48.468 -14.083 36.227 1.00 73.57 O +ANISOU 4463 OE1 GLN B 81 9281 10779 7894 1338 680 -1484 O +ATOM 4464 NE2 GLN B 81 46.352 -13.423 36.580 1.00 63.78 N +ANISOU 4464 NE2 GLN B 81 7772 9653 6808 1402 1112 -1650 N +ATOM 4465 N ILE B 82 49.950 -12.637 30.968 1.00 60.44 N +ANISOU 4465 N ILE B 82 7125 8021 7817 697 -35 -1098 N +ATOM 4466 CA ILE B 82 50.660 -11.493 30.408 1.00 45.26 C +ANISOU 4466 CA ILE B 82 5111 5859 6228 651 -241 -1199 C +ATOM 4467 C ILE B 82 51.798 -11.978 29.522 1.00 36.63 C +ANISOU 4467 C ILE B 82 4047 4705 5165 505 -325 -999 C +ATOM 4468 O ILE B 82 52.434 -12.998 29.806 1.00 46.06 O +ANISOU 4468 O ILE B 82 5344 6057 6101 511 -307 -934 O +ATOM 4469 CB ILE B 82 51.195 -10.574 31.529 1.00 42.31 C +ANISOU 4469 CB ILE B 82 4726 5485 5864 796 -373 -1583 C +ATOM 4470 CG1 ILE B 82 51.943 -9.377 30.942 1.00 47.81 C +ANISOU 4470 CG1 ILE B 82 5302 5866 6999 709 -578 -1677 C +ATOM 4471 CG2 ILE B 82 52.095 -11.360 32.467 1.00 52.23 C +ANISOU 4471 CG2 ILE B 82 6124 6981 6739 881 -416 -1665 C +ATOM 4472 CD1 ILE B 82 52.410 -8.386 31.986 1.00 62.53 C +ANISOU 4472 CD1 ILE B 82 7120 7673 8968 842 -751 -2118 C +ATOM 4473 N ILE B 83 52.045 -11.241 28.442 1.00 44.44 N +ANISOU 4473 N ILE B 83 4950 5465 6470 387 -403 -890 N +ATOM 4474 CA ILE B 83 53.236 -11.393 27.614 1.00 48.91 C +ANISOU 4474 CA ILE B 83 5502 5966 7115 249 -455 -746 C +ATOM 4475 C ILE B 83 53.926 -10.037 27.608 1.00 70.29 C +ANISOU 4475 C ILE B 83 8090 8425 10193 199 -585 -890 C +ATOM 4476 O ILE B 83 53.410 -9.073 27.028 1.00 79.02 O +ANISOU 4476 O ILE B 83 9145 9292 11586 161 -609 -816 O +ATOM 4477 CB ILE B 83 52.904 -11.851 26.187 1.00 32.52 C +ANISOU 4477 CB ILE B 83 3454 3862 5041 134 -381 -423 C +ATOM 4478 CG1 ILE B 83 52.295 -13.258 26.205 1.00 30.92 C +ANISOU 4478 CG1 ILE B 83 3347 3862 4541 162 -276 -322 C +ATOM 4479 CG2 ILE B 83 54.155 -11.818 25.309 1.00 32.49 C +ANISOU 4479 CG2 ILE B 83 3416 3803 5126 -1 -387 -290 C +ATOM 4480 CD1 ILE B 83 51.794 -13.732 24.851 1.00 50.43 C +ANISOU 4480 CD1 ILE B 83 5842 6321 7000 79 -246 -82 C +ATOM 4481 N ARG B 84 55.094 -9.956 28.246 1.00 65.60 N +ANISOU 4481 N ARG B 84 7438 7858 9628 200 -691 -1097 N +ATOM 4482 CA ARG B 84 55.737 -8.663 28.450 1.00 58.53 C +ANISOU 4482 CA ARG B 84 6395 6701 9142 147 -837 -1312 C +ATOM 4483 C ARG B 84 56.378 -8.125 27.179 1.00 57.61 C +ANISOU 4483 C ARG B 84 6178 6341 9371 -77 -788 -1046 C +ATOM 4484 O ARG B 84 56.485 -6.905 27.017 1.00 69.02 O +ANISOU 4484 O ARG B 84 7522 7462 11241 -157 -858 -1093 O +ATOM 4485 CB ARG B 84 56.786 -8.769 29.553 1.00 58.47 C +ANISOU 4485 CB ARG B 84 6326 6815 9073 227 -1006 -1659 C +ATOM 4486 CG ARG B 84 56.204 -9.203 30.881 1.00 55.54 C +ANISOU 4486 CG ARG B 84 6094 6704 8305 471 -1047 -1910 C +ATOM 4487 CD ARG B 84 57.106 -8.840 32.042 1.00 47.51 C +ANISOU 4487 CD ARG B 84 5015 5750 7287 593 -1297 -2342 C +ATOM 4488 NE ARG B 84 56.323 -8.575 33.245 1.00 46.77 N +ANISOU 4488 NE ARG B 84 5035 5801 6934 830 -1336 -2651 N +ATOM 4489 CZ ARG B 84 55.903 -9.511 34.090 1.00 51.43 C +ANISOU 4489 CZ ARG B 84 5826 6735 6980 1020 -1257 -2646 C +ATOM 4490 NH1 ARG B 84 56.191 -10.787 33.874 1.00 44.55 N +ANISOU 4490 NH1 ARG B 84 5066 6048 5811 1003 -1171 -2350 N +ATOM 4491 NH2 ARG B 84 55.191 -9.168 35.155 1.00 49.03 N +ANISOU 4491 NH2 ARG B 84 5616 6581 6434 1236 -1249 -2932 N +ATOM 4492 N GLY B 85 56.811 -8.998 26.277 1.00 49.93 N +ANISOU 4492 N GLY B 85 5236 5508 8229 -175 -656 -765 N +ATOM 4493 CA GLY B 85 57.460 -8.535 25.068 1.00 39.76 C +ANISOU 4493 CA GLY B 85 3866 4046 7197 -381 -554 -492 C +ATOM 4494 C GLY B 85 58.823 -7.924 25.293 1.00 56.70 C +ANISOU 4494 C GLY B 85 5785 6047 9712 -519 -609 -655 C +ATOM 4495 O GLY B 85 59.194 -6.982 24.585 1.00 66.80 O +ANISOU 4495 O GLY B 85 6962 7042 11375 -705 -544 -485 O +ATOM 4496 N ASN B 86 59.582 -8.427 26.271 1.00 64.29 N +ANISOU 4496 N ASN B 86 6654 7185 10589 -434 -739 -973 N +ATOM 4497 CA ASN B 86 60.977 -8.024 26.398 1.00 64.73 C +ANISOU 4497 CA ASN B 86 6437 7146 11011 -571 -804 -1145 C +ATOM 4498 C ASN B 86 61.771 -8.377 25.149 1.00 58.44 C +ANISOU 4498 C ASN B 86 5534 6391 10278 -764 -560 -825 C +ATOM 4499 O ASN B 86 62.841 -7.802 24.920 1.00 56.43 O +ANISOU 4499 O ASN B 86 5010 5986 10445 -955 -524 -865 O +ATOM 4500 CB ASN B 86 61.613 -8.681 27.624 1.00 60.86 C +ANISOU 4500 CB ASN B 86 5889 6898 10338 -392 -1026 -1531 C +ATOM 4501 CG ASN B 86 61.041 -8.161 28.928 1.00 53.75 C +ANISOU 4501 CG ASN B 86 5064 5971 9386 -203 -1266 -1906 C +ATOM 4502 OD1 ASN B 86 60.357 -7.138 28.954 1.00 65.74 O +ANISOU 4502 OD1 ASN B 86 6603 7232 11145 -230 -1286 -1951 O +ATOM 4503 ND2 ASN B 86 61.329 -8.858 30.021 1.00 46.83 N +ANISOU 4503 ND2 ASN B 86 4242 5367 8185 15 -1452 -2183 N +ATOM 4504 N MET B 87 61.269 -9.311 24.345 1.00 58.63 N +ANISOU 4504 N MET B 87 5748 6623 9907 -718 -385 -534 N +ATOM 4505 CA MET B 87 61.851 -9.645 23.056 1.00 64.73 C +ANISOU 4505 CA MET B 87 6469 7473 10653 -866 -122 -226 C +ATOM 4506 C MET B 87 60.719 -9.860 22.064 1.00 60.00 C +ANISOU 4506 C MET B 87 6140 6909 9747 -839 11 124 C +ATOM 4507 O MET B 87 59.592 -10.190 22.441 1.00 62.12 O +ANISOU 4507 O MET B 87 6602 7230 9771 -683 -97 89 O +ATOM 4508 CB MET B 87 62.728 -10.899 23.138 1.00 62.66 C +ANISOU 4508 CB MET B 87 6115 7516 10178 -782 -95 -348 C +ATOM 4509 CG MET B 87 64.088 -10.749 22.486 1.00 80.88 C +ANISOU 4509 CG MET B 87 8119 9834 12777 -965 92 -308 C +ATOM 4510 SD MET B 87 64.821 -12.338 22.057 1.00105.42 S +ANISOU 4510 SD MET B 87 11183 13314 15559 -834 210 -342 S +ATOM 4511 CE MET B 87 64.653 -13.222 23.606 1.00106.37 C +ANISOU 4511 CE MET B 87 11395 13558 15462 -541 -160 -700 C +ATOM 4512 N TYR B 88 61.028 -9.669 20.786 1.00 54.61 N +ANISOU 4512 N TYR B 88 5458 6215 9076 -988 250 456 N +ATOM 4513 CA TYR B 88 60.056 -9.823 19.716 1.00 52.70 C +ANISOU 4513 CA TYR B 88 5471 6027 8525 -951 347 788 C +ATOM 4514 C TYR B 88 60.427 -10.997 18.823 1.00 69.41 C +ANISOU 4514 C TYR B 88 7644 8471 10257 -916 528 889 C +ATOM 4515 O TYR B 88 61.607 -11.306 18.628 1.00 70.49 O +ANISOU 4515 O TYR B 88 7590 8728 10464 -994 687 835 O +ATOM 4516 CB TYR B 88 59.969 -8.562 18.851 1.00 48.61 C +ANISOU 4516 CB TYR B 88 4985 5228 8257 -1114 466 1143 C +ATOM 4517 CG TYR B 88 59.512 -7.313 19.570 1.00 55.74 C +ANISOU 4517 CG TYR B 88 5851 5742 9588 -1137 280 1060 C +ATOM 4518 CD1 TYR B 88 58.740 -7.385 20.722 1.00 54.35 C +ANISOU 4518 CD1 TYR B 88 5703 5544 9405 -963 29 731 C +ATOM 4519 CD2 TYR B 88 59.850 -6.058 19.086 1.00 54.46 C +ANISOU 4519 CD2 TYR B 88 5627 5221 9845 -1330 373 1313 C +ATOM 4520 CE1 TYR B 88 58.323 -6.240 21.372 1.00 62.26 C +ANISOU 4520 CE1 TYR B 88 6662 6198 10795 -954 -138 600 C +ATOM 4521 CE2 TYR B 88 59.439 -4.911 19.727 1.00 60.45 C +ANISOU 4521 CE2 TYR B 88 6348 5575 11044 -1337 184 1205 C +ATOM 4522 CZ TYR B 88 58.676 -5.007 20.869 1.00 68.59 C +ANISOU 4522 CZ TYR B 88 7399 6614 12050 -1135 -80 819 C +ATOM 4523 OH TYR B 88 58.264 -3.864 21.510 1.00 84.05 O +ANISOU 4523 OH TYR B 88 9312 8180 14443 -1112 -268 655 O +ATOM 4524 N TYR B 89 59.402 -11.651 18.284 1.00 61.04 N +ANISOU 4524 N TYR B 89 6822 7551 8818 -788 492 996 N +ATOM 4525 CA TYR B 89 59.576 -12.568 17.167 1.00 57.09 C +ANISOU 4525 CA TYR B 89 6422 7324 7944 -751 658 1121 C +ATOM 4526 C TYR B 89 59.454 -11.771 15.873 1.00 55.04 C +ANISOU 4526 C TYR B 89 6285 7023 7606 -847 830 1517 C +ATOM 4527 O TYR B 89 58.436 -11.111 15.638 1.00 43.38 O +ANISOU 4527 O TYR B 89 4971 5388 6123 -814 705 1701 O +ATOM 4528 CB TYR B 89 58.544 -13.694 17.204 1.00 50.58 C +ANISOU 4528 CB TYR B 89 5781 6654 6782 -572 505 1008 C +ATOM 4529 CG TYR B 89 58.648 -14.640 16.028 1.00 57.92 C +ANISOU 4529 CG TYR B 89 6827 7849 7332 -512 630 1074 C +ATOM 4530 CD1 TYR B 89 59.623 -15.629 15.992 1.00 58.41 C +ANISOU 4530 CD1 TYR B 89 6784 8102 7309 -471 743 892 C +ATOM 4531 CD2 TYR B 89 57.777 -14.541 14.951 1.00 60.84 C +ANISOU 4531 CD2 TYR B 89 7407 8283 7426 -466 609 1285 C +ATOM 4532 CE1 TYR B 89 59.725 -16.493 14.919 1.00 68.02 C +ANISOU 4532 CE1 TYR B 89 8103 9562 8180 -391 855 894 C +ATOM 4533 CE2 TYR B 89 57.870 -15.403 13.873 1.00 67.78 C +ANISOU 4533 CE2 TYR B 89 8405 9428 7921 -386 699 1290 C +ATOM 4534 CZ TYR B 89 58.848 -16.375 13.862 1.00 72.56 C +ANISOU 4534 CZ TYR B 89 8902 10215 8453 -352 835 1082 C +ATOM 4535 OH TYR B 89 58.946 -17.233 12.791 1.00 78.91 O +ANISOU 4535 OH TYR B 89 9821 11284 8878 -249 922 1032 O +ATOM 4536 N GLU B 90 60.496 -11.822 15.046 1.00 55.05 N +ANISOU 4536 N GLU B 90 6203 7171 7544 -951 1123 1657 N +ATOM 4537 CA GLU B 90 60.517 -11.120 13.763 1.00 53.69 C +ANISOU 4537 CA GLU B 90 6171 7003 7225 -1043 1349 2087 C +ATOM 4538 C GLU B 90 60.325 -9.614 13.949 1.00 65.17 C +ANISOU 4538 C GLU B 90 7613 8052 9097 -1192 1317 2343 C +ATOM 4539 O GLU B 90 59.515 -8.977 13.274 1.00 63.56 O +ANISOU 4539 O GLU B 90 7646 7731 8773 -1158 1265 2673 O +ATOM 4540 CB GLU B 90 59.467 -11.699 12.813 1.00 59.38 C +ANISOU 4540 CB GLU B 90 7211 7937 7414 -860 1256 2213 C +ATOM 4541 CG GLU B 90 59.689 -13.168 12.485 1.00 72.54 C +ANISOU 4541 CG GLU B 90 8898 9967 8697 -719 1297 1954 C +ATOM 4542 CD GLU B 90 60.909 -13.403 11.623 1.00 88.73 C +ANISOU 4542 CD GLU B 90 10858 12275 10582 -787 1682 2038 C +ATOM 4543 OE1 GLU B 90 61.201 -12.553 10.757 1.00 97.06 O +ANISOU 4543 OE1 GLU B 90 11982 13327 11568 -903 1935 2423 O +ATOM 4544 OE2 GLU B 90 61.585 -14.436 11.820 1.00 90.52 O +ANISOU 4544 OE2 GLU B 90 10937 12700 10757 -718 1748 1729 O +ATOM 4545 N ASN B 91 61.077 -9.048 14.892 1.00 80.78 N +ANISOU 4545 N ASN B 91 9307 9794 11590 -1339 1312 2165 N +ATOM 4546 CA ASN B 91 61.219 -7.602 15.055 1.00 73.42 C +ANISOU 4546 CA ASN B 91 8295 8433 11168 -1528 1328 2367 C +ATOM 4547 C ASN B 91 59.886 -6.878 15.237 1.00 62.30 C +ANISOU 4547 C ASN B 91 7108 6742 9822 -1412 1044 2473 C +ATOM 4548 O ASN B 91 59.824 -5.655 15.076 1.00 68.87 O +ANISOU 4548 O ASN B 91 7956 7189 11022 -1535 1057 2737 O +ATOM 4549 CB ASN B 91 61.966 -6.989 13.864 1.00 80.39 C +ANISOU 4549 CB ASN B 91 9179 9288 12077 -1740 1724 2839 C +ATOM 4550 CG ASN B 91 63.309 -7.641 13.615 1.00 93.81 C +ANISOU 4550 CG ASN B 91 10609 11281 13754 -1857 2055 2732 C +ATOM 4551 OD1 ASN B 91 63.830 -8.362 14.464 1.00111.78 O +ANISOU 4551 OD1 ASN B 91 12647 13690 16135 -1802 1948 2291 O +ATOM 4552 ND2 ASN B 91 63.884 -7.379 12.444 1.00 93.69 N +ANISOU 4552 ND2 ASN B 91 10626 11373 13597 -2002 2469 3146 N +ATOM 4553 N SER B 92 58.805 -7.584 15.569 1.00 56.42 N +ANISOU 4553 N SER B 92 6513 6151 8774 -1180 791 2274 N +ATOM 4554 CA SER B 92 57.509 -6.918 15.647 1.00 61.67 C +ANISOU 4554 CA SER B 92 7349 6578 9504 -1051 539 2369 C +ATOM 4555 C SER B 92 56.604 -7.488 16.731 1.00 56.09 C +ANISOU 4555 C SER B 92 6618 5937 8755 -862 267 1963 C +ATOM 4556 O SER B 92 56.008 -6.732 17.504 1.00 64.41 O +ANISOU 4556 O SER B 92 7630 6714 10129 -808 78 1826 O +ATOM 4557 CB SER B 92 56.794 -7.002 14.297 1.00 72.67 C +ANISOU 4557 CB SER B 92 9036 8108 10468 -948 560 2767 C +ATOM 4558 OG SER B 92 57.506 -6.305 13.291 1.00 89.92 O +ANISOU 4558 OG SER B 92 11291 10203 12671 -1112 832 3222 O +ATOM 4559 N TYR B 93 56.492 -8.809 16.801 1.00 55.73 N +ANISOU 4559 N TYR B 93 6599 6244 8332 -760 263 1770 N +ATOM 4560 CA TYR B 93 55.395 -9.456 17.506 1.00 60.99 C +ANISOU 4560 CA TYR B 93 7302 7002 8868 -582 53 1511 C +ATOM 4561 C TYR B 93 55.844 -10.029 18.842 1.00 51.09 C +ANISOU 4561 C TYR B 93 5892 5819 7700 -565 18 1124 C +ATOM 4562 O TYR B 93 56.926 -10.613 18.950 1.00 40.42 O +ANISOU 4562 O TYR B 93 4444 4614 6301 -629 136 1028 O +ATOM 4563 CB TYR B 93 54.798 -10.569 16.646 1.00 55.57 C +ANISOU 4563 CB TYR B 93 6775 6615 7725 -474 42 1576 C +ATOM 4564 CG TYR B 93 54.641 -10.173 15.199 1.00 54.44 C +ANISOU 4564 CG TYR B 93 6814 6501 7369 -475 95 1961 C +ATOM 4565 CD1 TYR B 93 53.630 -9.311 14.802 1.00 44.48 C +ANISOU 4565 CD1 TYR B 93 5670 5048 6184 -388 -79 2171 C +ATOM 4566 CD2 TYR B 93 55.510 -10.655 14.231 1.00 50.38 C +ANISOU 4566 CD2 TYR B 93 6363 6221 6559 -535 319 2112 C +ATOM 4567 CE1 TYR B 93 53.487 -8.939 13.480 1.00 57.59 C +ANISOU 4567 CE1 TYR B 93 7539 6747 7597 -357 -57 2559 C +ATOM 4568 CE2 TYR B 93 55.374 -10.293 12.906 1.00 53.66 C +ANISOU 4568 CE2 TYR B 93 6985 6707 6697 -514 386 2483 C +ATOM 4569 CZ TYR B 93 54.359 -9.437 12.536 1.00 55.74 C +ANISOU 4569 CZ TYR B 93 7397 6776 7007 -422 185 2723 C +ATOM 4570 OH TYR B 93 54.219 -9.075 11.216 1.00 61.05 O +ANISOU 4570 OH TYR B 93 8316 7532 7350 -370 224 3125 O +ATOM 4571 N ALA B 94 54.998 -9.851 19.854 1.00 48.25 N +ANISOU 4571 N ALA B 94 5510 5370 7453 -455 -147 904 N +ATOM 4572 CA ALA B 94 55.123 -10.556 21.121 1.00 44.16 C +ANISOU 4572 CA ALA B 94 4919 4980 6879 -381 -196 569 C +ATOM 4573 C ALA B 94 54.312 -11.845 21.149 1.00 56.51 C +ANISOU 4573 C ALA B 94 6583 6780 8110 -272 -209 523 C +ATOM 4574 O ALA B 94 54.400 -12.594 22.127 1.00 51.49 O +ANISOU 4574 O ALA B 94 5929 6264 7371 -208 -222 313 O +ATOM 4575 CB ALA B 94 54.676 -9.650 22.273 1.00 47.77 C +ANISOU 4575 CB ALA B 94 5301 5239 7609 -314 -329 335 C +ATOM 4576 N LEU B 95 53.534 -12.116 20.102 1.00 60.03 N +ANISOU 4576 N LEU B 95 7134 7282 8393 -249 -218 716 N +ATOM 4577 CA LEU B 95 52.687 -13.305 20.046 1.00 52.60 C +ANISOU 4577 CA LEU B 95 6254 6516 7215 -171 -250 655 C +ATOM 4578 C LEU B 95 52.441 -13.618 18.576 1.00 56.71 C +ANISOU 4578 C LEU B 95 6887 7133 7528 -174 -260 860 C +ATOM 4579 O LEU B 95 51.766 -12.846 17.889 1.00 65.68 O +ANISOU 4579 O LEU B 95 8070 8174 8711 -142 -352 1029 O +ATOM 4580 CB LEU B 95 51.378 -13.071 20.791 1.00 40.19 C +ANISOU 4580 CB LEU B 95 4635 4876 5760 -81 -343 538 C +ATOM 4581 CG LEU B 95 50.282 -14.128 20.627 1.00 34.90 C +ANISOU 4581 CG LEU B 95 3979 4332 4949 -34 -377 501 C +ATOM 4582 CD1 LEU B 95 50.675 -15.422 21.318 1.00 28.87 C +ANISOU 4582 CD1 LEU B 95 3237 3701 4031 -48 -284 379 C +ATOM 4583 CD2 LEU B 95 48.957 -13.607 21.155 1.00 31.10 C +ANISOU 4583 CD2 LEU B 95 3394 3770 4653 48 -446 416 C +ATOM 4584 N ALA B 96 52.988 -14.734 18.095 1.00 47.08 N +ANISOU 4584 N ALA B 96 5718 6100 6069 -183 -187 830 N +ATOM 4585 CA ALA B 96 52.846 -15.130 16.697 1.00 56.71 C +ANISOU 4585 CA ALA B 96 7060 7463 7024 -159 -198 964 C +ATOM 4586 C ALA B 96 52.328 -16.558 16.631 1.00 57.52 C +ANISOU 4586 C ALA B 96 7192 7698 6964 -103 -264 785 C +ATOM 4587 O ALA B 96 53.009 -17.484 17.081 1.00 65.31 O +ANISOU 4587 O ALA B 96 8155 8745 7914 -109 -183 641 O +ATOM 4588 CB ALA B 96 54.178 -15.007 15.951 1.00 34.42 C +ANISOU 4588 CB ALA B 96 4262 4739 4078 -226 -7 1090 C +ATOM 4589 N VAL B 97 51.137 -16.737 16.065 1.00 53.52 N +ANISOU 4589 N VAL B 97 6726 7213 6399 -43 -432 786 N +ATOM 4590 CA VAL B 97 50.508 -18.046 15.926 1.00 45.57 C +ANISOU 4590 CA VAL B 97 5720 6281 5313 -13 -524 600 C +ATOM 4591 C VAL B 97 50.392 -18.326 14.431 1.00 53.08 C +ANISOU 4591 C VAL B 97 6802 7399 5967 57 -630 632 C +ATOM 4592 O VAL B 97 49.484 -17.813 13.767 1.00 67.79 O +ANISOU 4592 O VAL B 97 8697 9272 7788 123 -817 713 O +ATOM 4593 CB VAL B 97 49.137 -18.097 16.611 1.00 38.79 C +ANISOU 4593 CB VAL B 97 4738 5314 4686 -8 -646 509 C +ATOM 4594 CG1 VAL B 97 48.607 -19.519 16.632 1.00 38.39 C +ANISOU 4594 CG1 VAL B 97 4655 5285 4646 -27 -700 319 C +ATOM 4595 CG2 VAL B 97 49.215 -17.541 18.022 1.00 50.68 C +ANISOU 4595 CG2 VAL B 97 6145 6697 6414 -40 -530 495 C +ATOM 4596 N LEU B 98 51.294 -19.151 13.892 1.00 47.81 N +ANISOU 4596 N LEU B 98 6212 6877 5077 71 -530 547 N +ATOM 4597 CA LEU B 98 51.444 -19.295 12.447 1.00 51.47 C +ANISOU 4597 CA LEU B 98 6829 7555 5171 159 -574 576 C +ATOM 4598 C LEU B 98 51.431 -20.753 12.013 1.00 59.84 C +ANISOU 4598 C LEU B 98 7923 8720 6095 219 -648 278 C +ATOM 4599 O LEU B 98 52.170 -21.578 12.558 1.00 73.68 O +ANISOU 4599 O LEU B 98 9624 10436 7936 195 -520 127 O +ATOM 4600 CB LEU B 98 52.748 -18.648 11.969 1.00 41.42 C +ANISOU 4600 CB LEU B 98 5623 6398 3716 134 -315 779 C +ATOM 4601 CG LEU B 98 53.023 -17.253 12.520 1.00 53.52 C +ANISOU 4601 CG LEU B 98 7096 7760 5478 40 -209 1047 C +ATOM 4602 CD1 LEU B 98 54.320 -16.681 11.961 1.00 57.95 C +ANISOU 4602 CD1 LEU B 98 7688 8423 5908 -21 74 1252 C +ATOM 4603 CD2 LEU B 98 51.889 -16.338 12.181 1.00 83.55 C +ANISOU 4603 CD2 LEU B 98 10965 11469 9310 92 -419 1231 C +ATOM 4604 N SER B 99 50.597 -21.053 11.015 1.00 55.94 N +ANISOU 4604 N SER B 99 7514 8342 5398 315 -885 176 N +ATOM 4605 CA SER B 99 50.691 -22.281 10.223 1.00 51.58 C +ANISOU 4605 CA SER B 99 7037 7932 4630 407 -978 -127 C +ATOM 4606 C SER B 99 50.625 -23.536 11.093 1.00 63.73 C +ANISOU 4606 C SER B 99 8450 9267 6496 341 -989 -396 C +ATOM 4607 O SER B 99 51.426 -24.459 10.948 1.00 63.83 O +ANISOU 4607 O SER B 99 8497 9317 6440 387 -896 -591 O +ATOM 4608 CB SER B 99 51.965 -22.280 9.379 1.00 44.38 C +ANISOU 4608 CB SER B 99 6262 7278 3322 486 -745 -91 C +ATOM 4609 OG SER B 99 52.025 -21.134 8.551 1.00 46.66 O +ANISOU 4609 OG SER B 99 6694 7740 3293 533 -701 220 O +ATOM 4610 N ASN B 100 49.646 -23.577 11.994 1.00 66.93 N +ANISOU 4610 N ASN B 100 8711 9449 7270 242 -1092 -398 N +ATOM 4611 CA ASN B 100 49.355 -24.804 12.734 1.00 51.21 C +ANISOU 4611 CA ASN B 100 6622 7239 5597 167 -1117 -609 C +ATOM 4612 C ASN B 100 48.316 -25.615 11.956 1.00 55.48 C +ANISOU 4612 C ASN B 100 7128 7761 6190 192 -1419 -896 C +ATOM 4613 O ASN B 100 47.155 -25.725 12.346 1.00 53.00 O +ANISOU 4613 O ASN B 100 6652 7293 6191 101 -1560 -943 O +ATOM 4614 CB ASN B 100 48.873 -24.472 14.140 1.00 49.09 C +ANISOU 4614 CB ASN B 100 6211 6762 5678 39 -1016 -453 C +ATOM 4615 CG ASN B 100 49.899 -23.693 14.939 1.00 67.06 C +ANISOU 4615 CG ASN B 100 8511 9052 7914 29 -775 -236 C +ATOM 4616 OD1 ASN B 100 50.811 -24.270 15.531 1.00 80.46 O +ANISOU 4616 OD1 ASN B 100 10232 10694 9643 31 -636 -263 O +ATOM 4617 ND2 ASN B 100 49.755 -22.373 14.960 1.00 64.32 N +ANISOU 4617 ND2 ASN B 100 8148 8759 7530 28 -754 -37 N +ATOM 4618 N TYR B 101 48.744 -26.182 10.826 1.00 61.76 N +ANISOU 4618 N TYR B 101 8057 8729 6681 323 -1518 -1123 N +ATOM 4619 CA TYR B 101 47.819 -26.932 9.986 1.00 67.79 C +ANISOU 4619 CA TYR B 101 8795 9497 7467 371 -1856 -1462 C +ATOM 4620 C TYR B 101 48.394 -28.263 9.534 1.00 87.08 C +ANISOU 4620 C TYR B 101 11309 11901 9876 444 -1892 -1828 C +ATOM 4621 O TYR B 101 49.595 -28.405 9.290 1.00 79.62 O +ANISOU 4621 O TYR B 101 10492 11093 8667 547 -1690 -1839 O +ATOM 4622 CB TYR B 101 47.387 -26.140 8.755 1.00 50.01 C +ANISOU 4622 CB TYR B 101 6655 7549 4796 526 -2086 -1443 C +ATOM 4623 CG TYR B 101 48.464 -25.670 7.814 1.00 55.75 C +ANISOU 4623 CG TYR B 101 7627 8612 4942 691 -1935 -1338 C +ATOM 4624 CD1 TYR B 101 49.053 -26.539 6.909 1.00 75.98 C +ANISOU 4624 CD1 TYR B 101 10327 11356 7185 836 -1965 -1660 C +ATOM 4625 CD2 TYR B 101 48.850 -24.336 7.795 1.00 64.67 C +ANISOU 4625 CD2 TYR B 101 8844 9874 5854 701 -1755 -922 C +ATOM 4626 CE1 TYR B 101 50.013 -26.106 6.038 1.00 86.39 C +ANISOU 4626 CE1 TYR B 101 11853 13020 7952 985 -1772 -1555 C +ATOM 4627 CE2 TYR B 101 49.810 -23.894 6.923 1.00 82.09 C +ANISOU 4627 CE2 TYR B 101 11258 12381 7551 821 -1569 -783 C +ATOM 4628 CZ TYR B 101 50.383 -24.790 6.049 1.00 92.13 C +ANISOU 4628 CZ TYR B 101 12654 13871 8480 963 -1560 -1095 C +ATOM 4629 OH TYR B 101 51.337 -24.359 5.179 1.00 93.76 O +ANISOU 4629 OH TYR B 101 13053 14413 8159 1081 -1318 -951 O +ATOM 4630 N ASP B 102 47.484 -29.222 9.405 1.00 99.19 N +ANISOU 4630 N ASP B 102 12728 13234 11724 390 -2163 -2154 N +ATOM 4631 CA ASP B 102 47.736 -30.563 8.912 1.00 96.97 C +ANISOU 4631 CA ASP B 102 12487 12841 11515 457 -2294 -2586 C +ATOM 4632 C ASP B 102 47.747 -30.575 7.387 1.00 97.35 C +ANISOU 4632 C ASP B 102 12691 13244 11054 685 -2547 -2903 C +ATOM 4633 O ASP B 102 47.300 -29.633 6.726 1.00110.26 O +ANISOU 4633 O ASP B 102 14386 15166 12340 771 -2685 -2780 O +ATOM 4634 CB ASP B 102 46.647 -31.505 9.423 1.00 90.85 C +ANISOU 4634 CB ASP B 102 11497 11661 11360 269 -2490 -2792 C +ATOM 4635 CG ASP B 102 47.158 -32.896 9.716 1.00106.20 C +ANISOU 4635 CG ASP B 102 13458 13270 13623 246 -2452 -3042 C +ATOM 4636 OD1 ASP B 102 48.117 -33.340 9.055 1.00117.61 O +ANISOU 4636 OD1 ASP B 102 15066 14849 14771 442 -2434 -3273 O +ATOM 4637 OD2 ASP B 102 46.591 -33.546 10.620 1.00114.95 O +ANISOU 4637 OD2 ASP B 102 14412 13970 15294 37 -2424 -2994 O +ATOM 4638 N ALA B 103 48.253 -31.675 6.827 1.00 99.21 N +ANISOU 4638 N ALA B 103 13005 13454 11238 808 -2621 -3325 N +ATOM 4639 CA ALA B 103 48.059 -31.920 5.403 1.00109.68 C +ANISOU 4639 CA ALA B 103 14463 15083 12130 1029 -2917 -3728 C +ATOM 4640 C ALA B 103 46.576 -31.958 5.066 1.00126.83 C +ANISOU 4640 C ALA B 103 16473 17150 14568 948 -3281 -3832 C +ATOM 4641 O ALA B 103 46.157 -31.480 4.005 1.00125.30 O +ANISOU 4641 O ALA B 103 16371 17258 13981 1094 -3446 -3832 O +ATOM 4642 CB ALA B 103 48.734 -33.228 4.994 1.00 95.32 C +ANISOU 4642 CB ALA B 103 12686 13138 10391 1139 -2874 -4118 C +ATOM 4643 N ASN B 104 45.763 -32.518 5.967 1.00137.18 N +ANISOU 4643 N ASN B 104 17531 18027 16564 713 -3391 -3903 N +ATOM 4644 CA ASN B 104 44.314 -32.502 5.839 1.00147.71 C +ANISOU 4644 CA ASN B 104 18632 19238 18253 603 -3683 -3971 C +ATOM 4645 C ASN B 104 43.723 -31.123 6.060 1.00147.56 C +ANISOU 4645 C ASN B 104 18553 19414 18101 581 -3724 -3615 C +ATOM 4646 O ASN B 104 42.497 -30.986 5.982 1.00154.13 O +ANISOU 4646 O ASN B 104 19161 20166 19235 509 -3953 -3653 O +ATOM 4647 CB ASN B 104 43.694 -33.483 6.838 1.00148.94 C +ANISOU 4647 CB ASN B 104 18513 18860 19217 324 -3682 -4076 C +ATOM 4648 CG ASN B 104 44.272 -34.876 6.723 1.00147.98 C +ANISOU 4648 CG ASN B 104 18449 18464 19313 346 -3645 -4387 C +ATOM 4649 OD1 ASN B 104 44.549 -35.355 5.624 1.00156.43 O +ANISOU 4649 OD1 ASN B 104 19648 19709 20081 557 -3774 -4687 O +ATOM 4650 ND2 ASN B 104 44.466 -35.532 7.860 1.00142.34 N +ANISOU 4650 ND2 ASN B 104 17646 17310 19128 139 -3463 -4299 N +ATOM 4651 N LYS B 105 44.544 -30.108 6.331 1.00148.04 N +ANISOU 4651 N LYS B 105 18786 19708 17757 648 -3491 -3258 N +ATOM 4652 CA LYS B 105 44.050 -28.763 6.621 1.00141.59 C +ANISOU 4652 CA LYS B 105 17914 19008 16875 629 -3455 -2837 C +ATOM 4653 C LYS B 105 43.259 -28.749 7.929 1.00132.89 C +ANISOU 4653 C LYS B 105 16495 17544 16453 361 -3340 -2672 C +ATOM 4654 O LYS B 105 42.258 -28.044 8.066 1.00136.26 O +ANISOU 4654 O LYS B 105 16732 17978 17063 330 -3499 -2567 O +ATOM 4655 CB LYS B 105 43.213 -28.228 5.459 1.00142.58 C +ANISOU 4655 CB LYS B 105 18079 19399 16696 810 -3823 -2912 C +ATOM 4656 CG LYS B 105 43.805 -28.512 4.081 1.00144.80 C +ANISOU 4656 CG LYS B 105 18653 19986 16379 1043 -3854 -3072 C +ATOM 4657 CD LYS B 105 45.239 -28.012 3.955 1.00142.53 C +ANISOU 4657 CD LYS B 105 18659 19961 15536 1153 -3500 -2817 C +ATOM 4658 CE LYS B 105 45.323 -26.507 4.130 1.00140.74 C +ANISOU 4658 CE LYS B 105 18528 19907 15040 1189 -3396 -2306 C +ATOM 4659 NZ LYS B 105 46.657 -25.968 3.749 1.00138.35 N +ANISOU 4659 NZ LYS B 105 18509 19891 14167 1298 -3032 -2032 N +ATOM 4660 N THR B 106 43.726 -29.540 8.908 1.00122.66 N +ANISOU 4660 N THR B 106 15145 15940 15521 186 -3050 -2641 N +ATOM 4661 CA THR B 106 43.064 -29.701 10.211 1.00105.77 C +ANISOU 4661 CA THR B 106 12739 13461 13989 -72 -2873 -2476 C +ATOM 4662 C THR B 106 44.138 -29.660 11.298 1.00 87.55 C +ANISOU 4662 C THR B 106 10558 11045 11663 -136 -2426 -2142 C +ATOM 4663 O THR B 106 44.659 -30.702 11.702 1.00 98.49 O +ANISOU 4663 O THR B 106 11987 12188 13244 -200 -2305 -2232 O +ATOM 4664 CB THR B 106 42.274 -31.004 10.279 1.00118.36 C +ANISOU 4664 CB THR B 106 14106 14710 16155 -244 -3063 -2841 C +ATOM 4665 OG1 THR B 106 43.181 -32.117 10.335 1.00114.25 O +ANISOU 4665 OG1 THR B 106 13746 13994 15671 -241 -2953 -2995 O +ATOM 4666 CG2 THR B 106 41.374 -31.170 9.066 1.00120.31 C +ANISOU 4666 CG2 THR B 106 14240 15086 16385 -143 -3578 -3276 C +ATOM 4667 N GLY B 107 44.441 -28.466 11.794 1.00 52.64 N +ANISOU 4667 N GLY B 107 6185 6776 7040 -109 -2212 -1772 N +ATOM 4668 CA GLY B 107 45.498 -28.338 12.780 1.00 68.11 C +ANISOU 4668 CA GLY B 107 8259 8674 8947 -140 -1842 -1493 C +ATOM 4669 C GLY B 107 45.019 -27.792 14.107 1.00 77.91 C +ANISOU 4669 C GLY B 107 9348 9781 10474 -287 -1619 -1208 C +ATOM 4670 O GLY B 107 44.079 -28.325 14.704 1.00 81.53 O +ANISOU 4670 O GLY B 107 9599 10015 11362 -452 -1614 -1252 O +ATOM 4671 N LEU B 108 45.675 -26.738 14.586 1.00 58.49 N +ANISOU 4671 N LEU B 108 6979 7457 7790 -232 -1417 -929 N +ATOM 4672 CA LEU B 108 45.262 -26.104 15.829 1.00 49.53 C +ANISOU 4672 CA LEU B 108 5719 6241 6861 -329 -1213 -698 C +ATOM 4673 C LEU B 108 43.823 -25.626 15.713 1.00 48.31 C +ANISOU 4673 C LEU B 108 5316 6084 6955 -377 -1372 -751 C +ATOM 4674 O LEU B 108 43.450 -24.963 14.742 1.00 54.07 O +ANISOU 4674 O LEU B 108 6037 6974 7532 -263 -1618 -809 O +ATOM 4675 CB LEU B 108 46.184 -24.932 16.163 1.00 51.45 C +ANISOU 4675 CB LEU B 108 6087 6634 6827 -240 -1047 -462 C +ATOM 4676 CG LEU B 108 45.778 -24.056 17.352 1.00 50.54 C +ANISOU 4676 CG LEU B 108 5859 6479 6865 -291 -872 -276 C +ATOM 4677 CD1 LEU B 108 45.810 -24.843 18.652 1.00 43.65 C +ANISOU 4677 CD1 LEU B 108 4962 5438 6183 -398 -646 -219 C +ATOM 4678 CD2 LEU B 108 46.678 -22.838 17.429 1.00 52.90 C +ANISOU 4678 CD2 LEU B 108 6270 6903 6925 -199 -786 -107 C +ATOM 4679 N LYS B 109 43.018 -25.966 16.710 1.00 55.77 N +ANISOU 4679 N LYS B 109 6054 6855 8281 -534 -1224 -719 N +ATOM 4680 CA LYS B 109 41.599 -25.637 16.717 1.00 60.62 C +ANISOU 4680 CA LYS B 109 6355 7452 9227 -597 -1338 -802 C +ATOM 4681 C LYS B 109 41.182 -24.835 17.935 1.00 60.06 C +ANISOU 4681 C LYS B 109 6142 7383 9294 -636 -1063 -610 C +ATOM 4682 O LYS B 109 40.347 -23.936 17.818 1.00 55.13 O +ANISOU 4682 O LYS B 109 5320 6842 8786 -575 -1167 -634 O +ATOM 4683 CB LYS B 109 40.771 -26.929 16.645 1.00 59.66 C +ANISOU 4683 CB LYS B 109 6021 7109 9537 -779 -1417 -1019 C +ATOM 4684 CG LYS B 109 39.268 -26.735 16.731 1.00 72.43 C +ANISOU 4684 CG LYS B 109 7232 8690 11599 -879 -1510 -1137 C +ATOM 4685 CD LYS B 109 38.542 -28.068 16.722 1.00 81.21 C +ANISOU 4685 CD LYS B 109 8112 9535 13209 -1106 -1553 -1343 C +ATOM 4686 CE LYS B 109 37.071 -27.919 17.081 1.00 68.15 C +ANISOU 4686 CE LYS B 109 5981 7826 12085 -1254 -1535 -1429 C +ATOM 4687 NZ LYS B 109 36.195 -27.797 15.884 1.00 78.49 N +ANISOU 4687 NZ LYS B 109 7044 9216 13562 -1176 -2032 -1777 N +ATOM 4688 N GLU B 110 41.749 -25.129 19.100 1.00 66.56 N +ANISOU 4688 N GLU B 110 7071 8129 10089 -707 -731 -435 N +ATOM 4689 CA GLU B 110 41.359 -24.492 20.349 1.00 64.05 C +ANISOU 4689 CA GLU B 110 6638 7837 9861 -734 -442 -288 C +ATOM 4690 C GLU B 110 42.577 -23.838 20.981 1.00 68.39 C +ANISOU 4690 C GLU B 110 7455 8480 10051 -616 -289 -119 C +ATOM 4691 O GLU B 110 43.622 -24.477 21.141 1.00 79.51 O +ANISOU 4691 O GLU B 110 9093 9844 11275 -611 -228 -53 O +ATOM 4692 CB GLU B 110 40.733 -25.510 21.302 1.00 55.33 C +ANISOU 4692 CB GLU B 110 5390 6563 9069 -938 -166 -232 C +ATOM 4693 CG GLU B 110 39.665 -26.371 20.642 1.00 45.92 C +ANISOU 4693 CG GLU B 110 3917 5218 8311 -1100 -329 -429 C +ATOM 4694 CD GLU B 110 39.042 -27.368 21.594 1.00 64.38 C +ANISOU 4694 CD GLU B 110 6097 7348 11015 -1342 -7 -326 C +ATOM 4695 OE1 GLU B 110 39.455 -27.410 22.770 1.00 67.82 O +ANISOU 4695 OE1 GLU B 110 6687 7786 11296 -1358 345 -76 O +ATOM 4696 OE2 GLU B 110 38.139 -28.116 21.161 1.00 70.39 O +ANISOU 4696 OE2 GLU B 110 6582 7939 12222 -1518 -111 -491 O +ATOM 4697 N LEU B 111 42.439 -22.562 21.334 1.00 63.34 N +ANISOU 4697 N LEU B 111 6762 7953 9353 -512 -252 -80 N +ATOM 4698 CA LEU B 111 43.524 -21.781 21.929 1.00 50.18 C +ANISOU 4698 CA LEU B 111 5298 6361 7407 -403 -147 28 C +ATOM 4699 C LEU B 111 42.947 -20.948 23.062 1.00 40.69 C +ANISOU 4699 C LEU B 111 3960 5210 6289 -364 52 38 C +ATOM 4700 O LEU B 111 42.939 -19.713 23.016 1.00 53.37 O +ANISOU 4700 O LEU B 111 5534 6864 7882 -246 -22 9 O +ATOM 4701 CB LEU B 111 44.202 -20.916 20.866 1.00 48.76 C +ANISOU 4701 CB LEU B 111 5237 6246 7043 -285 -375 33 C +ATOM 4702 CG LEU B 111 45.419 -20.076 21.255 1.00 31.78 C +ANISOU 4702 CG LEU B 111 3260 4141 4673 -201 -307 122 C +ATOM 4703 CD1 LEU B 111 46.494 -20.913 21.932 1.00 37.81 C +ANISOU 4703 CD1 LEU B 111 4191 4898 5277 -226 -161 163 C +ATOM 4704 CD2 LEU B 111 45.979 -19.402 20.012 1.00 31.13 C +ANISOU 4704 CD2 LEU B 111 3277 4100 4450 -131 -498 169 C +ATOM 4705 N PRO B 112 42.447 -21.600 24.106 1.00 36.51 N +ANISOU 4705 N PRO B 112 3358 4666 5850 -457 323 79 N +ATOM 4706 CA PRO B 112 41.695 -20.880 25.137 1.00 38.01 C +ANISOU 4706 CA PRO B 112 3378 4944 6121 -412 547 46 C +ATOM 4707 C PRO B 112 42.568 -20.051 26.062 1.00 52.92 C +ANISOU 4707 C PRO B 112 5454 6932 7723 -268 644 61 C +ATOM 4708 O PRO B 112 42.632 -20.331 27.262 1.00 44.11 O +ANISOU 4708 O PRO B 112 4412 5893 6457 -263 913 121 O +ATOM 4709 CB PRO B 112 40.994 -22.008 25.898 1.00 40.54 C +ANISOU 4709 CB PRO B 112 3596 5225 6584 -579 848 131 C +ATOM 4710 CG PRO B 112 41.900 -23.180 25.735 1.00 39.59 C +ANISOU 4710 CG PRO B 112 3735 4984 6324 -657 816 262 C +ATOM 4711 CD PRO B 112 42.514 -23.045 24.370 1.00 37.49 C +ANISOU 4711 CD PRO B 112 3551 4677 6015 -603 455 168 C +ATOM 4712 N MET B 113 43.242 -19.033 25.519 1.00 48.64 N +ANISOU 4712 N MET B 113 4993 6386 7103 -151 424 10 N +ATOM 4713 CA MET B 113 44.025 -18.091 26.319 1.00 48.60 C +ANISOU 4713 CA MET B 113 5112 6439 6914 -20 461 -39 C +ATOM 4714 C MET B 113 43.105 -17.020 26.910 1.00 57.44 C +ANISOU 4714 C MET B 113 6028 7604 8194 90 543 -196 C +ATOM 4715 O MET B 113 43.243 -15.820 26.671 1.00 53.83 O +ANISOU 4715 O MET B 113 5541 7087 7827 203 387 -292 O +ATOM 4716 CB MET B 113 45.120 -17.462 25.469 1.00 51.24 C +ANISOU 4716 CB MET B 113 5583 6707 7177 24 221 -19 C +ATOM 4717 CG MET B 113 46.046 -18.459 24.812 1.00 44.30 C +ANISOU 4717 CG MET B 113 4874 5809 6150 -53 149 90 C +ATOM 4718 SD MET B 113 47.457 -17.667 24.016 1.00 63.44 S +ANISOU 4718 SD MET B 113 7430 8201 8475 -11 -29 121 S +ATOM 4719 CE MET B 113 46.623 -16.650 22.800 1.00 56.11 C +ANISOU 4719 CE MET B 113 6381 7197 7741 16 -218 145 C +ATOM 4720 N ARG B 114 42.139 -17.496 27.695 1.00 72.23 N +ANISOU 4720 N ARG B 114 7748 9567 10128 52 813 -217 N +ATOM 4721 CA ARG B 114 41.110 -16.614 28.239 1.00 69.40 C +ANISOU 4721 CA ARG B 114 7138 9277 9955 163 935 -399 C +ATOM 4722 C ARG B 114 41.704 -15.515 29.114 1.00 73.71 C +ANISOU 4722 C ARG B 114 7797 9882 10327 350 950 -562 C +ATOM 4723 O ARG B 114 41.249 -14.366 29.069 1.00 97.11 O +ANISOU 4723 O ARG B 114 10601 12797 13499 491 858 -750 O +ATOM 4724 CB ARG B 114 40.079 -17.432 29.019 1.00 68.53 C +ANISOU 4724 CB ARG B 114 6845 9286 9908 66 1304 -370 C +ATOM 4725 CG ARG B 114 40.660 -18.450 29.993 1.00 79.92 C +ANISOU 4725 CG ARG B 114 8541 10822 11001 -7 1577 -188 C +ATOM 4726 CD ARG B 114 39.795 -19.687 30.072 1.00 86.86 C +ANISOU 4726 CD ARG B 114 9270 11679 12054 -220 1841 -26 C +ATOM 4727 NE ARG B 114 40.173 -20.519 31.208 1.00 92.56 N +ANISOU 4727 NE ARG B 114 10235 12497 12438 -255 2164 182 N +ATOM 4728 CZ ARG B 114 39.820 -21.790 31.364 1.00 83.32 C +ANISOU 4728 CZ ARG B 114 9066 11242 11350 -460 2393 419 C +ATOM 4729 NH1 ARG B 114 39.079 -22.403 30.449 1.00 77.59 N +ANISOU 4729 NH1 ARG B 114 8081 10335 11066 -661 2319 426 N +ATOM 4730 NH2 ARG B 114 40.217 -22.451 32.440 1.00 85.37 N +ANISOU 4730 NH2 ARG B 114 9597 11585 11257 -455 2675 651 N +ATOM 4731 N ASN B 115 42.722 -15.838 29.908 1.00 60.93 N +ANISOU 4731 N ASN B 115 6445 8351 8353 371 1030 -517 N +ATOM 4732 CA ASN B 115 43.273 -14.876 30.854 1.00 58.75 C +ANISOU 4732 CA ASN B 115 6268 8153 7901 554 1029 -728 C +ATOM 4733 C ASN B 115 44.326 -13.956 30.248 1.00 53.73 C +ANISOU 4733 C ASN B 115 5729 7342 7346 601 699 -796 C +ATOM 4734 O ASN B 115 44.767 -13.021 30.926 1.00 48.09 O +ANISOU 4734 O ASN B 115 5054 6633 6584 744 640 -1022 O +ATOM 4735 CB ASN B 115 43.872 -15.607 32.060 1.00 56.00 C +ANISOU 4735 CB ASN B 115 6162 8005 7111 590 1230 -670 C +ATOM 4736 CG ASN B 115 42.826 -16.339 32.873 1.00 50.09 C +ANISOU 4736 CG ASN B 115 5333 7443 6257 557 1631 -590 C +ATOM 4737 OD1 ASN B 115 42.922 -17.546 33.086 1.00 55.05 O +ANISOU 4737 OD1 ASN B 115 6096 8107 6715 438 1793 -332 O +ATOM 4738 ND2 ASN B 115 41.814 -15.609 33.332 1.00 49.07 N +ANISOU 4738 ND2 ASN B 115 4970 7417 6256 663 1811 -805 N +ATOM 4739 N LEU B 116 44.742 -14.183 29.003 1.00 58.04 N +ANISOU 4739 N LEU B 116 6305 7733 8016 481 496 -619 N +ATOM 4740 CA LEU B 116 45.687 -13.275 28.364 1.00 47.62 C +ANISOU 4740 CA LEU B 116 5051 6239 6803 497 241 -637 C +ATOM 4741 C LEU B 116 45.047 -11.900 28.212 1.00 50.87 C +ANISOU 4741 C LEU B 116 5298 6495 7534 616 131 -801 C +ATOM 4742 O LEU B 116 44.210 -11.694 27.328 1.00 57.56 O +ANISOU 4742 O LEU B 116 6006 7243 8620 611 41 -725 O +ATOM 4743 CB LEU B 116 46.133 -13.818 27.004 1.00 34.02 C +ANISOU 4743 CB LEU B 116 3392 4425 5109 358 99 -401 C +ATOM 4744 CG LEU B 116 47.162 -12.966 26.255 1.00 38.08 C +ANISOU 4744 CG LEU B 116 3976 4773 5719 340 -99 -351 C +ATOM 4745 CD1 LEU B 116 48.430 -12.782 27.081 1.00 43.16 C +ANISOU 4745 CD1 LEU B 116 4725 5444 6228 362 -104 -467 C +ATOM 4746 CD2 LEU B 116 47.494 -13.582 24.905 1.00 31.85 C +ANISOU 4746 CD2 LEU B 116 3256 3961 4885 225 -185 -122 C +ATOM 4747 N GLN B 117 45.436 -10.954 29.065 1.00 51.82 N +ANISOU 4747 N GLN B 117 5433 6580 7676 744 104 -1048 N +ATOM 4748 CA GLN B 117 44.739 -9.678 29.159 1.00 49.26 C +ANISOU 4748 CA GLN B 117 4944 6094 7677 897 22 -1264 C +ATOM 4749 C GLN B 117 45.588 -8.461 28.819 1.00 57.56 C +ANISOU 4749 C GLN B 117 6042 6847 8982 917 -222 -1328 C +ATOM 4750 O GLN B 117 45.029 -7.456 28.377 1.00 76.77 O +ANISOU 4750 O GLN B 117 8359 9038 11773 1006 -357 -1375 O +ATOM 4751 CB GLN B 117 44.153 -9.512 30.570 1.00 46.45 C +ANISOU 4751 CB GLN B 117 4517 5942 7192 1069 234 -1585 C +ATOM 4752 CG GLN B 117 42.865 -10.302 30.779 1.00 45.58 C +ANISOU 4752 CG GLN B 117 4240 6043 7034 1066 504 -1539 C +ATOM 4753 CD GLN B 117 42.526 -10.516 32.241 1.00 68.52 C +ANISOU 4753 CD GLN B 117 7150 9246 9638 1192 814 -1761 C +ATOM 4754 OE1 GLN B 117 41.583 -9.924 32.764 1.00 63.72 O +ANISOU 4754 OE1 GLN B 117 6339 8704 9168 1354 952 -2016 O +ATOM 4755 NE2 GLN B 117 43.285 -11.380 32.903 1.00 70.77 N +ANISOU 4755 NE2 GLN B 117 7671 9726 9494 1139 931 -1658 N +ATOM 4756 N GLU B 118 46.908 -8.508 29.004 1.00 41.83 N +ANISOU 4756 N GLU B 118 4195 4839 6861 836 -288 -1326 N +ATOM 4757 CA GLU B 118 47.767 -7.413 28.570 1.00 42.13 C +ANISOU 4757 CA GLU B 118 4243 4557 7205 795 -496 -1344 C +ATOM 4758 C GLU B 118 49.034 -7.955 27.929 1.00 41.64 C +ANISOU 4758 C GLU B 118 4296 4499 7026 604 -532 -1104 C +ATOM 4759 O GLU B 118 49.655 -8.891 28.440 1.00 38.65 O +ANISOU 4759 O GLU B 118 4002 4356 6328 571 -454 -1121 O +ATOM 4760 CB GLU B 118 48.151 -6.472 29.726 1.00 44.85 C +ANISOU 4760 CB GLU B 118 4556 4821 7662 931 -573 -1767 C +ATOM 4761 CG GLU B 118 49.299 -5.507 29.367 1.00 45.92 C +ANISOU 4761 CG GLU B 118 4692 4614 8141 827 -778 -1788 C +ATOM 4762 CD GLU B 118 49.104 -4.090 29.871 1.00 50.31 C +ANISOU 4762 CD GLU B 118 5146 4853 9115 967 -933 -2143 C +ATOM 4763 OE1 GLU B 118 48.245 -3.854 30.742 1.00 61.30 O +ANISOU 4763 OE1 GLU B 118 6477 6356 10458 1184 -881 -2472 O +ATOM 4764 OE2 GLU B 118 49.809 -3.192 29.360 1.00 52.47 O +ANISOU 4764 OE2 GLU B 118 5392 4746 9797 855 -1092 -2091 O +ATOM 4765 N ILE B 119 49.404 -7.349 26.804 1.00 57.25 N +ANISOU 4765 N ILE B 119 6276 6212 9266 493 -640 -870 N +ATOM 4766 CA ILE B 119 50.704 -7.535 26.174 1.00 58.01 C +ANISOU 4766 CA ILE B 119 6432 6264 9345 314 -655 -679 C +ATOM 4767 C ILE B 119 51.439 -6.207 26.302 1.00 65.69 C +ANISOU 4767 C ILE B 119 7334 6892 10731 270 -784 -803 C +ATOM 4768 O ILE B 119 51.071 -5.219 25.654 1.00 69.64 O +ANISOU 4768 O ILE B 119 7813 7075 11573 266 -865 -670 O +ATOM 4769 CB ILE B 119 50.574 -7.968 24.706 1.00 48.91 C +ANISOU 4769 CB ILE B 119 5350 5112 8121 205 -625 -275 C +ATOM 4770 CG1 ILE B 119 49.929 -9.356 24.625 1.00 44.40 C +ANISOU 4770 CG1 ILE B 119 4826 4849 7193 228 -524 -210 C +ATOM 4771 CG2 ILE B 119 51.941 -7.958 24.017 1.00 56.99 C +ANISOU 4771 CG2 ILE B 119 6407 6076 9170 25 -597 -88 C +ATOM 4772 CD1 ILE B 119 49.700 -9.863 23.211 1.00 55.10 C +ANISOU 4772 CD1 ILE B 119 6253 6244 8438 157 -532 108 C +ATOM 4773 N LEU B 120 52.480 -6.177 27.137 1.00 66.24 N +ANISOU 4773 N LEU B 120 7365 7003 10801 243 -826 -1061 N +ATOM 4774 CA LEU B 120 53.121 -4.909 27.476 1.00 76.32 C +ANISOU 4774 CA LEU B 120 8534 7936 12528 206 -976 -1286 C +ATOM 4775 C LEU B 120 53.767 -4.266 26.254 1.00 82.13 C +ANISOU 4775 C LEU B 120 9241 8345 13620 -14 -969 -934 C +ATOM 4776 O LEU B 120 53.509 -3.097 25.948 1.00 85.11 O +ANISOU 4776 O LEU B 120 9582 8321 14434 -27 -1057 -892 O +ATOM 4777 CB LEU B 120 54.153 -5.125 28.585 1.00 46.38 C +ANISOU 4777 CB LEU B 120 4687 4296 8639 226 -1063 -1655 C +ATOM 4778 CG LEU B 120 53.579 -5.493 29.954 1.00 46.63 C +ANISOU 4778 CG LEU B 120 4774 4620 8325 472 -1082 -2034 C +ATOM 4779 CD1 LEU B 120 54.699 -5.820 30.931 1.00 71.90 C +ANISOU 4779 CD1 LEU B 120 7956 8007 11354 509 -1209 -2345 C +ATOM 4780 CD2 LEU B 120 52.706 -4.377 30.509 1.00 49.56 C +ANISOU 4780 CD2 LEU B 120 5090 4779 8962 640 -1167 -2348 C +ATOM 4781 N HIS B 121 54.615 -5.009 25.547 1.00 61.59 N +ANISOU 4781 N HIS B 121 6659 5901 10842 -179 -848 -670 N +ATOM 4782 CA HIS B 121 55.294 -4.496 24.367 1.00 64.69 C +ANISOU 4782 CA HIS B 121 7031 6050 11499 -398 -768 -301 C +ATOM 4783 C HIS B 121 55.164 -5.494 23.226 1.00 53.53 C +ANISOU 4783 C HIS B 121 5749 4901 9688 -445 -600 96 C +ATOM 4784 O HIS B 121 55.082 -6.705 23.444 1.00 50.34 O +ANISOU 4784 O HIS B 121 5396 4857 8874 -373 -547 31 O +ATOM 4785 CB HIS B 121 56.778 -4.214 24.647 1.00 83.10 C +ANISOU 4785 CB HIS B 121 9179 8281 14115 -583 -772 -448 C +ATOM 4786 CG HIS B 121 57.010 -3.301 25.811 1.00 80.94 C +ANISOU 4786 CG HIS B 121 8762 7766 14227 -533 -984 -918 C +ATOM 4787 ND1 HIS B 121 57.139 -3.761 27.104 1.00 76.04 N +ANISOU 4787 ND1 HIS B 121 8106 7401 13386 -367 -1120 -1381 N +ATOM 4788 CD2 HIS B 121 57.134 -1.954 25.877 1.00 81.13 C +ANISOU 4788 CD2 HIS B 121 8680 7306 14839 -613 -1100 -1012 C +ATOM 4789 CE1 HIS B 121 57.334 -2.737 27.916 1.00 82.23 C +ANISOU 4789 CE1 HIS B 121 8765 7904 14573 -334 -1323 -1781 C +ATOM 4790 NE2 HIS B 121 57.335 -1.629 27.197 1.00 86.73 N +ANISOU 4790 NE2 HIS B 121 9278 7999 15676 -490 -1318 -1581 N +ATOM 4791 N GLY B 122 55.143 -4.969 22.007 1.00 55.92 N +ANISOU 4791 N GLY B 122 6123 5010 10112 -554 -524 507 N +ATOM 4792 CA GLY B 122 55.039 -5.781 20.814 1.00 59.02 C +ANISOU 4792 CA GLY B 122 6659 5647 10119 -583 -382 870 C +ATOM 4793 C GLY B 122 53.610 -5.880 20.303 1.00 63.51 C +ANISOU 4793 C GLY B 122 7380 6253 10499 -410 -480 1022 C +ATOM 4794 O GLY B 122 52.636 -5.656 21.026 1.00 52.53 O +ANISOU 4794 O GLY B 122 5959 4803 9198 -248 -623 795 O +ATOM 4795 N ALA B 123 53.493 -6.219 19.025 1.00 73.89 N +ANISOU 4795 N ALA B 123 8843 7688 11545 -434 -403 1391 N +ATOM 4796 CA ALA B 123 52.212 -6.427 18.374 1.00 61.37 C +ANISOU 4796 CA ALA B 123 7390 6180 9748 -268 -532 1538 C +ATOM 4797 C ALA B 123 51.898 -7.927 18.362 1.00 61.49 C +ANISOU 4797 C ALA B 123 7430 6605 9329 -207 -502 1396 C +ATOM 4798 O ALA B 123 52.452 -8.696 19.156 1.00 67.57 O +ANISOU 4798 O ALA B 123 8115 7544 10013 -247 -418 1143 O +ATOM 4799 CB ALA B 123 52.251 -5.808 16.971 1.00 47.99 C +ANISOU 4799 CB ALA B 123 5873 4357 8004 -304 -511 2024 C +ATOM 4800 N VAL B 124 51.009 -8.355 17.466 1.00 56.41 N +ANISOU 4800 N VAL B 124 6903 6101 8429 -102 -597 1552 N +ATOM 4801 CA VAL B 124 50.608 -9.753 17.373 1.00 56.60 C +ANISOU 4801 CA VAL B 124 6942 6453 8112 -54 -598 1409 C +ATOM 4802 C VAL B 124 50.394 -10.104 15.907 1.00 57.38 C +ANISOU 4802 C VAL B 124 7216 6713 7873 -13 -645 1673 C +ATOM 4803 O VAL B 124 50.040 -9.250 15.089 1.00 87.05 O +ANISOU 4803 O VAL B 124 11088 10336 11653 48 -751 1956 O +ATOM 4804 CB VAL B 124 49.329 -10.032 18.195 1.00 44.86 C +ANISOU 4804 CB VAL B 124 5335 4981 6730 75 -732 1148 C +ATOM 4805 CG1 VAL B 124 48.880 -11.489 18.037 1.00 36.02 C +ANISOU 4805 CG1 VAL B 124 4217 4142 5326 91 -730 1026 C +ATOM 4806 CG2 VAL B 124 49.546 -9.709 19.660 1.00 39.65 C +ANISOU 4806 CG2 VAL B 124 4536 4218 6310 67 -669 870 C +ATOM 4807 N ARG B 125 50.613 -11.377 15.577 1.00 50.61 N +ANISOU 4807 N ARG B 125 6396 6143 6691 -26 -582 1573 N +ATOM 4808 CA ARG B 125 50.426 -11.871 14.218 1.00 57.10 C +ANISOU 4808 CA ARG B 125 7390 7176 7131 38 -641 1735 C +ATOM 4809 C ARG B 125 49.770 -13.243 14.252 1.00 51.58 C +ANISOU 4809 C ARG B 125 6651 6686 6259 97 -743 1463 C +ATOM 4810 O ARG B 125 50.256 -14.151 14.931 1.00 51.96 O +ANISOU 4810 O ARG B 125 6623 6813 6308 31 -619 1248 O +ATOM 4811 CB ARG B 125 51.759 -11.942 13.467 1.00 50.00 C +ANISOU 4811 CB ARG B 125 6598 6406 5992 -64 -393 1924 C +ATOM 4812 CG ARG B 125 51.682 -12.647 12.130 1.00 43.98 C +ANISOU 4812 CG ARG B 125 6025 5938 4747 24 -418 2013 C +ATOM 4813 CD ARG B 125 52.718 -12.136 11.147 1.00 57.02 C +ANISOU 4813 CD ARG B 125 7825 7675 6165 -43 -171 2352 C +ATOM 4814 NE ARG B 125 52.999 -13.096 10.080 1.00 60.79 N +ANISOU 4814 NE ARG B 125 8450 8514 6131 34 -103 2315 N +ATOM 4815 CZ ARG B 125 52.280 -13.222 8.968 1.00 65.79 C +ANISOU 4815 CZ ARG B 125 9301 9332 6362 200 -292 2423 C +ATOM 4816 NH1 ARG B 125 51.215 -12.456 8.762 1.00 69.45 N +ANISOU 4816 NH1 ARG B 125 9850 9645 6895 313 -578 2600 N +ATOM 4817 NH2 ARG B 125 52.625 -14.122 8.057 1.00 75.46 N +ANISOU 4817 NH2 ARG B 125 10656 10904 7112 280 -220 2324 N +ATOM 4818 N PHE B 126 48.667 -13.383 13.520 1.00 52.08 N +ANISOU 4818 N PHE B 126 6764 6818 6207 226 -990 1474 N +ATOM 4819 CA PHE B 126 47.996 -14.659 13.303 1.00 45.14 C +ANISOU 4819 CA PHE B 126 5845 6116 5189 271 -1123 1223 C +ATOM 4820 C PHE B 126 47.944 -14.890 11.801 1.00 56.99 C +ANISOU 4820 C PHE B 126 7552 7832 6271 379 -1264 1336 C +ATOM 4821 O PHE B 126 47.438 -14.041 11.061 1.00 61.46 O +ANISOU 4821 O PHE B 126 8226 8372 6752 499 -1448 1561 O +ATOM 4822 CB PHE B 126 46.579 -14.654 13.880 1.00 39.86 C +ANISOU 4822 CB PHE B 126 4978 5344 4821 334 -1331 1051 C +ATOM 4823 CG PHE B 126 46.505 -14.992 15.338 1.00 38.74 C +ANISOU 4823 CG PHE B 126 4645 5104 4970 239 -1171 847 C +ATOM 4824 CD1 PHE B 126 46.982 -14.115 16.297 1.00 51.70 C +ANISOU 4824 CD1 PHE B 126 6239 6585 6819 200 -1020 893 C +ATOM 4825 CD2 PHE B 126 45.930 -16.180 15.748 1.00 55.43 C +ANISOU 4825 CD2 PHE B 126 6635 7280 7147 195 -1178 610 C +ATOM 4826 CE1 PHE B 126 46.900 -14.429 17.640 1.00 57.00 C +ANISOU 4826 CE1 PHE B 126 6770 7214 7675 147 -881 702 C +ATOM 4827 CE2 PHE B 126 45.844 -16.499 17.085 1.00 65.69 C +ANISOU 4827 CE2 PHE B 126 7795 8507 8656 118 -1003 477 C +ATOM 4828 CZ PHE B 126 46.328 -15.623 18.034 1.00 64.51 C +ANISOU 4828 CZ PHE B 126 7628 8252 8632 110 -856 521 C +ATOM 4829 N SER B 127 48.455 -16.030 11.345 1.00 56.80 N +ANISOU 4829 N SER B 127 7595 8018 5968 364 -1195 1172 N +ATOM 4830 CA SER B 127 48.476 -16.298 9.911 1.00 68.47 C +ANISOU 4830 CA SER B 127 9289 9751 6977 491 -1315 1229 C +ATOM 4831 C SER B 127 48.350 -17.789 9.648 1.00 77.14 C +ANISOU 4831 C SER B 127 10364 11014 7933 514 -1400 860 C +ATOM 4832 O SER B 127 49.115 -18.590 10.191 1.00 61.24 O +ANISOU 4832 O SER B 127 8287 8995 5986 418 -1189 693 O +ATOM 4833 CB SER B 127 49.758 -15.761 9.267 1.00 47.81 C +ANISOU 4833 CB SER B 127 6863 7250 4053 461 -1025 1526 C +ATOM 4834 OG SER B 127 49.870 -16.168 7.918 1.00 77.21 O +ANISOU 4834 OG SER B 127 10813 11282 7241 597 -1085 1546 O +ATOM 4835 N ASN B 128 47.376 -18.144 8.814 1.00 89.63 N +ANISOU 4835 N ASN B 128 11990 12719 9348 655 -1742 719 N +ATOM 4836 CA ASN B 128 47.292 -19.472 8.221 1.00 79.73 C +ANISOU 4836 CA ASN B 128 10765 11639 7891 709 -1873 360 C +ATOM 4837 C ASN B 128 47.021 -20.553 9.258 1.00 79.25 C +ANISOU 4837 C ASN B 128 10467 11387 8259 569 -1844 43 C +ATOM 4838 O ASN B 128 47.775 -21.525 9.367 1.00 76.08 O +ANISOU 4838 O ASN B 128 10085 11012 7811 523 -1685 -145 O +ATOM 4839 CB ASN B 128 48.583 -19.769 7.449 1.00 68.18 C +ANISOU 4839 CB ASN B 128 9521 10426 5959 751 -1620 398 C +ATOM 4840 CG ASN B 128 48.322 -20.197 6.030 1.00 93.80 C +ANISOU 4840 CG ASN B 128 12976 13984 8677 955 -1862 251 C +ATOM 4841 OD1 ASN B 128 47.336 -19.792 5.412 1.00117.95 O +ANISOU 4841 OD1 ASN B 128 16098 17108 11609 1096 -2217 290 O +ATOM 4842 ND2 ASN B 128 49.204 -21.017 5.497 1.00 94.28 N +ANISOU 4842 ND2 ASN B 128 13147 14259 8417 1002 -1693 55 N +ATOM 4843 N ASN B 129 45.936 -20.398 10.016 1.00 90.64 N +ANISOU 4843 N ASN B 129 11682 12631 10126 510 -1987 -9 N +ATOM 4844 CA ASN B 129 45.474 -21.418 10.957 1.00 78.65 C +ANISOU 4844 CA ASN B 129 9939 10927 9019 369 -1960 -267 C +ATOM 4845 C ASN B 129 44.097 -21.884 10.493 1.00 77.66 C +ANISOU 4845 C ASN B 129 9646 10792 9070 411 -2341 -528 C +ATOM 4846 O ASN B 129 43.063 -21.330 10.902 1.00 88.63 O +ANISOU 4846 O ASN B 129 10823 12079 10772 403 -2468 -497 O +ATOM 4847 CB ASN B 129 45.419 -20.868 12.380 1.00 70.76 C +ANISOU 4847 CB ASN B 129 8778 9720 8386 244 -1729 -114 C +ATOM 4848 CG ASN B 129 46.765 -20.365 12.863 1.00 68.62 C +ANISOU 4848 CG ASN B 129 8635 9449 7987 206 -1410 99 C +ATOM 4849 OD1 ASN B 129 47.515 -21.093 13.514 1.00 73.70 O +ANISOU 4849 OD1 ASN B 129 9279 10040 8683 126 -1209 27 O +ATOM 4850 ND2 ASN B 129 47.079 -19.114 12.547 1.00 67.57 N +ANISOU 4850 ND2 ASN B 129 8600 9354 7719 265 -1380 363 N +ATOM 4851 N PRO B 130 44.044 -22.889 9.614 1.00 75.18 N +ANISOU 4851 N PRO B 130 9395 10585 8583 468 -2547 -827 N +ATOM 4852 CA PRO B 130 42.761 -23.307 9.028 1.00 68.86 C +ANISOU 4852 CA PRO B 130 8422 9794 7947 522 -2975 -1125 C +ATOM 4853 C PRO B 130 41.695 -23.708 10.034 1.00 68.30 C +ANISOU 4853 C PRO B 130 7975 9458 8516 337 -2986 -1260 C +ATOM 4854 O PRO B 130 40.529 -23.335 9.859 1.00 72.53 O +ANISOU 4854 O PRO B 130 8287 9988 9281 384 -3276 -1343 O +ATOM 4855 CB PRO B 130 43.167 -24.492 8.138 1.00 64.91 C +ANISOU 4855 CB PRO B 130 8063 9409 7192 583 -3113 -1476 C +ATOM 4856 CG PRO B 130 44.583 -24.222 7.780 1.00 67.77 C +ANISOU 4856 CG PRO B 130 8738 9961 7051 668 -2826 -1275 C +ATOM 4857 CD PRO B 130 45.183 -23.544 8.974 1.00 67.10 C +ANISOU 4857 CD PRO B 130 8610 9718 7168 528 -2428 -923 C +ATOM 4858 N ALA B 131 42.041 -24.470 11.067 1.00 50.14 N +ANISOU 4858 N ALA B 131 5592 6946 6514 140 -2678 -1280 N +ATOM 4859 CA ALA B 131 41.044 -25.019 11.975 1.00 50.52 C +ANISOU 4859 CA ALA B 131 5296 6749 7150 -58 -2637 -1399 C +ATOM 4860 C ALA B 131 40.814 -24.155 13.209 1.00 48.03 C +ANISOU 4860 C ALA B 131 4839 6347 7064 -135 -2344 -1121 C +ATOM 4861 O ALA B 131 40.076 -24.568 14.110 1.00 56.17 O +ANISOU 4861 O ALA B 131 5595 7200 8547 -308 -2205 -1167 O +ATOM 4862 CB ALA B 131 41.443 -26.433 12.406 1.00 50.35 C +ANISOU 4862 CB ALA B 131 5278 6513 7339 -225 -2479 -1560 C +ATOM 4863 N LEU B 132 41.407 -22.966 13.270 1.00 46.53 N +ANISOU 4863 N LEU B 132 4820 6273 6586 -15 -2237 -847 N +ATOM 4864 CA LEU B 132 41.334 -22.167 14.486 1.00 46.34 C +ANISOU 4864 CA LEU B 132 4691 6164 6754 -69 -1954 -636 C +ATOM 4865 C LEU B 132 39.900 -21.730 14.770 1.00 50.93 C +ANISOU 4865 C LEU B 132 4915 6693 7742 -71 -2084 -721 C +ATOM 4866 O LEU B 132 39.126 -21.436 13.853 1.00 48.82 O +ANISOU 4866 O LEU B 132 4545 6506 7499 54 -2453 -840 O +ATOM 4867 CB LEU B 132 42.248 -20.944 14.370 1.00 48.13 C +ANISOU 4867 CB LEU B 132 5157 6486 6644 60 -1866 -365 C +ATOM 4868 CG LEU B 132 42.558 -20.196 15.671 1.00 47.56 C +ANISOU 4868 CG LEU B 132 5047 6321 6701 12 -1553 -189 C +ATOM 4869 CD1 LEU B 132 43.069 -21.130 16.763 1.00 44.44 C +ANISOU 4869 CD1 LEU B 132 4657 5835 6394 -142 -1248 -211 C +ATOM 4870 CD2 LEU B 132 43.577 -19.101 15.406 1.00 38.42 C +ANISOU 4870 CD2 LEU B 132 4123 5218 5256 110 -1495 44 C +ATOM 4871 N CYS B 133 39.550 -21.687 16.057 1.00 55.67 N +ANISOU 4871 N CYS B 133 5320 7182 8649 -195 -1778 -670 N +ATOM 4872 CA CYS B 133 38.189 -21.415 16.503 1.00 74.99 C +ANISOU 4872 CA CYS B 133 7366 9584 11542 -223 -1806 -780 C +ATOM 4873 C CYS B 133 38.122 -20.229 17.454 1.00 67.54 C +ANISOU 4873 C CYS B 133 6363 8645 10653 -146 -1581 -629 C +ATOM 4874 O CYS B 133 38.956 -20.086 18.355 1.00 83.88 O +ANISOU 4874 O CYS B 133 8610 10697 12564 -187 -1260 -477 O +ATOM 4875 CB CYS B 133 37.583 -22.645 17.196 1.00104.45 C +ANISOU 4875 CB CYS B 133 10841 13175 15669 -471 -1604 -911 C +ATOM 4876 SG CYS B 133 37.379 -24.088 16.134 1.00118.94 S +ANISOU 4876 SG CYS B 133 12644 14927 17620 -580 -1916 -1190 S +ATOM 4877 N ASN B 134 37.106 -19.390 17.255 1.00 62.39 N +ANISOU 4877 N ASN B 134 5446 8014 10245 -12 -1782 -707 N +ATOM 4878 CA ASN B 134 36.664 -18.428 18.260 1.00 70.45 C +ANISOU 4878 CA ASN B 134 6279 9014 11475 55 -1568 -675 C +ATOM 4879 C ASN B 134 37.604 -17.243 18.465 1.00 74.61 C +ANISOU 4879 C ASN B 134 7100 9529 11719 204 -1505 -476 C +ATOM 4880 O ASN B 134 37.220 -16.247 19.085 1.00 64.59 O +ANISOU 4880 O ASN B 134 5693 8225 10625 321 -1428 -489 O +ATOM 4881 CB ASN B 134 36.475 -19.141 19.596 1.00 68.29 C +ANISOU 4881 CB ASN B 134 5846 8711 11391 -149 -1112 -699 C +ATOM 4882 CG ASN B 134 35.442 -20.254 19.524 1.00 77.06 C +ANISOU 4882 CG ASN B 134 6599 9779 12902 -339 -1116 -880 C +ATOM 4883 OD1 ASN B 134 34.996 -20.647 18.444 1.00 90.88 O +ANISOU 4883 OD1 ASN B 134 8246 11521 14763 -328 -1494 -1032 O +ATOM 4884 ND2 ASN B 134 35.040 -20.749 20.687 1.00 84.97 N +ANISOU 4884 ND2 ASN B 134 7402 10753 14127 -513 -692 -870 N +ATOM 4885 N VAL B 135 38.834 -17.331 17.962 1.00 75.63 N +ANISOU 4885 N VAL B 135 7608 9675 11453 198 -1527 -316 N +ATOM 4886 CA VAL B 135 39.808 -16.281 18.241 1.00 75.85 C +ANISOU 4886 CA VAL B 135 7880 9661 11277 285 -1427 -133 C +ATOM 4887 C VAL B 135 39.603 -15.060 17.355 1.00 77.00 C +ANISOU 4887 C VAL B 135 8083 9758 11417 494 -1740 -21 C +ATOM 4888 O VAL B 135 40.009 -13.957 17.740 1.00 82.50 O +ANISOU 4888 O VAL B 135 8862 10347 12136 579 -1674 89 O +ATOM 4889 CB VAL B 135 41.249 -16.804 18.105 1.00 64.08 C +ANISOU 4889 CB VAL B 135 6724 8207 9418 191 -1292 -3 C +ATOM 4890 CG1 VAL B 135 42.255 -15.722 18.514 1.00 52.37 C +ANISOU 4890 CG1 VAL B 135 5426 6659 7813 245 -1170 153 C +ATOM 4891 CG2 VAL B 135 41.442 -18.038 18.974 1.00 54.11 C +ANISOU 4891 CG2 VAL B 135 5431 6956 8174 15 -1020 -83 C +ATOM 4892 N GLU B 136 38.966 -15.215 16.189 1.00 65.87 N +ANISOU 4892 N GLU B 136 6635 8406 9987 590 -2101 -51 N +ATOM 4893 CA GLU B 136 38.628 -14.048 15.381 1.00 65.27 C +ANISOU 4893 CA GLU B 136 6614 8272 9915 824 -2427 87 C +ATOM 4894 C GLU B 136 37.759 -13.065 16.149 1.00 56.18 C +ANISOU 4894 C GLU B 136 5176 6982 9189 955 -2426 1 C +ATOM 4895 O GLU B 136 37.750 -11.874 15.824 1.00 54.80 O +ANISOU 4895 O GLU B 136 5092 6669 9060 1145 -2603 161 O +ATOM 4896 CB GLU B 136 37.915 -14.477 14.092 1.00 71.84 C +ANISOU 4896 CB GLU B 136 7414 9225 10655 938 -2860 15 C +ATOM 4897 CG GLU B 136 36.412 -14.791 14.231 1.00 71.05 C +ANISOU 4897 CG GLU B 136 6853 9137 11005 982 -3068 -285 C +ATOM 4898 CD GLU B 136 36.141 -16.137 14.867 1.00 88.39 C +ANISOU 4898 CD GLU B 136 8812 11378 13393 728 -2835 -533 C +ATOM 4899 OE1 GLU B 136 37.052 -16.992 14.876 1.00 97.99 O +ANISOU 4899 OE1 GLU B 136 10263 12635 14335 560 -2641 -494 O +ATOM 4900 OE2 GLU B 136 35.007 -16.340 15.353 1.00 93.23 O +ANISOU 4900 OE2 GLU B 136 8992 11970 14461 698 -2838 -759 O +ATOM 4901 N SER B 137 37.026 -13.543 17.153 1.00 52.20 N +ANISOU 4901 N SER B 137 4328 6501 9004 862 -2214 -242 N +ATOM 4902 CA SER B 137 36.092 -12.720 17.903 1.00 56.73 C +ANISOU 4902 CA SER B 137 4571 6989 9996 1001 -2181 -393 C +ATOM 4903 C SER B 137 36.771 -11.814 18.920 1.00 80.75 C +ANISOU 4903 C SER B 137 7733 9909 13039 1030 -1900 -342 C +ATOM 4904 O SER B 137 36.090 -10.992 19.540 1.00 93.73 O +ANISOU 4904 O SER B 137 9136 11466 15012 1184 -1875 -488 O +ATOM 4905 CB SER B 137 35.092 -13.620 18.626 1.00 57.59 C +ANISOU 4905 CB SER B 137 4257 7200 10426 869 -1984 -664 C +ATOM 4906 OG SER B 137 35.695 -14.263 19.737 1.00 51.13 O +ANISOU 4906 OG SER B 137 3513 6430 9484 658 -1521 -666 O +ATOM 4907 N ILE B 138 38.077 -11.931 19.100 1.00 90.92 N +ANISOU 4907 N ILE B 138 9361 11188 13996 902 -1710 -179 N +ATOM 4908 CA ILE B 138 38.756 -11.271 20.207 1.00 99.28 C +ANISOU 4908 CA ILE B 138 10501 12158 15061 897 -1438 -204 C +ATOM 4909 C ILE B 138 38.994 -9.806 19.877 1.00 85.82 C +ANISOU 4909 C ILE B 138 8913 10211 13484 1083 -1639 -82 C +ATOM 4910 O ILE B 138 39.291 -9.443 18.732 1.00 69.52 O +ANISOU 4910 O ILE B 138 7052 8061 11300 1141 -1901 166 O +ATOM 4911 CB ILE B 138 40.076 -12.001 20.528 1.00 97.02 C +ANISOU 4911 CB ILE B 138 10494 11953 14416 696 -1196 -102 C +ATOM 4912 CG1 ILE B 138 39.786 -13.352 21.196 1.00 85.38 C +ANISOU 4912 CG1 ILE B 138 8894 10652 12893 530 -944 -229 C +ATOM 4913 CG2 ILE B 138 40.993 -11.144 21.405 1.00 65.93 C +ANISOU 4913 CG2 ILE B 138 6693 7901 10457 715 -1031 -110 C +ATOM 4914 CD1 ILE B 138 39.011 -13.259 22.511 1.00 43.45 C +ANISOU 4914 CD1 ILE B 138 3315 5394 7800 557 -672 -442 C +ATOM 4915 N GLN B 139 38.859 -8.959 20.897 1.00 80.14 N +ANISOU 4915 N GLN B 139 8073 9371 13005 1184 -1507 -256 N +ATOM 4916 CA GLN B 139 39.141 -7.530 20.792 1.00 81.62 C +ANISOU 4916 CA GLN B 139 8360 9255 13395 1347 -1666 -181 C +ATOM 4917 C GLN B 139 40.567 -7.309 21.277 1.00 58.22 C +ANISOU 4917 C GLN B 139 5660 6215 10244 1203 -1476 -107 C +ATOM 4918 O GLN B 139 40.824 -7.267 22.483 1.00 47.73 O +ANISOU 4918 O GLN B 139 4273 4929 8933 1179 -1240 -345 O +ATOM 4919 CB GLN B 139 38.152 -6.712 21.614 1.00 73.08 C +ANISOU 4919 CB GLN B 139 6968 8067 12731 1568 -1661 -486 C +ATOM 4920 CG GLN B 139 36.708 -6.890 21.216 1.00 56.58 C +ANISOU 4920 CG GLN B 139 4536 6056 10905 1724 -1848 -608 C +ATOM 4921 CD GLN B 139 35.812 -5.864 21.866 1.00 60.22 C +ANISOU 4921 CD GLN B 139 4694 6362 11824 1994 -1885 -896 C +ATOM 4922 OE1 GLN B 139 34.924 -6.204 22.648 1.00 75.52 O +ANISOU 4922 OE1 GLN B 139 6291 8486 13919 2024 -1671 -1199 O +ATOM 4923 NE2 GLN B 139 36.037 -4.595 21.545 1.00 62.35 N +ANISOU 4923 NE2 GLN B 139 5117 6288 12284 2165 -2117 -792 N +ATOM 4924 N TRP B 140 41.494 -7.159 20.334 1.00 49.74 N +ANISOU 4924 N TRP B 140 4867 5047 8986 1115 -1580 214 N +ATOM 4925 CA TRP B 140 42.901 -7.020 20.679 1.00 54.70 C +ANISOU 4925 CA TRP B 140 5698 5612 9471 954 -1409 287 C +ATOM 4926 C TRP B 140 43.272 -5.612 21.120 1.00 64.14 C +ANISOU 4926 C TRP B 140 6911 6453 11007 1034 -1459 241 C +ATOM 4927 O TRP B 140 44.351 -5.428 21.693 1.00 61.85 O +ANISOU 4927 O TRP B 140 6707 6102 10691 911 -1320 186 O +ATOM 4928 CB TRP B 140 43.763 -7.443 19.491 1.00 55.97 C +ANISOU 4928 CB TRP B 140 6114 5834 9318 817 -1445 636 C +ATOM 4929 CG TRP B 140 43.629 -8.901 19.191 1.00 56.63 C +ANISOU 4929 CG TRP B 140 6198 6245 9074 720 -1377 611 C +ATOM 4930 CD1 TRP B 140 42.758 -9.483 18.318 1.00 64.69 C +ANISOU 4930 CD1 TRP B 140 7174 7401 10002 784 -1562 657 C +ATOM 4931 CD2 TRP B 140 44.379 -9.968 19.781 1.00 65.08 C +ANISOU 4931 CD2 TRP B 140 7308 7518 9903 554 -1138 510 C +ATOM 4932 NE1 TRP B 140 42.923 -10.846 18.323 1.00 49.75 N +ANISOU 4932 NE1 TRP B 140 5288 5757 7857 648 -1440 576 N +ATOM 4933 CE2 TRP B 140 43.913 -11.170 19.213 1.00 55.23 C +ANISOU 4933 CE2 TRP B 140 6044 6487 8456 513 -1173 507 C +ATOM 4934 CE3 TRP B 140 45.403 -10.023 20.732 1.00 66.94 C +ANISOU 4934 CE3 TRP B 140 7589 7759 10087 453 -931 408 C +ATOM 4935 CZ2 TRP B 140 44.435 -12.412 19.565 1.00 59.90 C +ANISOU 4935 CZ2 TRP B 140 6675 7259 8824 374 -992 432 C +ATOM 4936 CZ3 TRP B 140 45.920 -11.257 21.079 1.00 62.35 C +ANISOU 4936 CZ3 TRP B 140 7051 7392 9247 336 -767 348 C +ATOM 4937 CH2 TRP B 140 45.437 -12.435 20.496 1.00 60.81 C +ANISOU 4937 CH2 TRP B 140 6853 7373 8881 296 -788 374 C +ATOM 4938 N ARG B 141 42.412 -4.619 20.882 1.00 71.90 N +ANISOU 4938 N ARG B 141 7795 7179 12344 1248 -1680 237 N +ATOM 4939 CA ARG B 141 42.690 -3.279 21.382 1.00 71.40 C +ANISOU 4939 CA ARG B 141 7728 6724 12678 1338 -1741 138 C +ATOM 4940 C ARG B 141 42.736 -3.260 22.903 1.00 63.05 C +ANISOU 4940 C ARG B 141 6509 5749 11697 1365 -1543 -331 C +ATOM 4941 O ARG B 141 43.463 -2.453 23.493 1.00 84.76 O +ANISOU 4941 O ARG B 141 9301 8251 14652 1346 -1530 -472 O +ATOM 4942 CB ARG B 141 41.639 -2.297 20.865 1.00 65.17 C +ANISOU 4942 CB ARG B 141 6847 5636 12277 1608 -2038 198 C +ATOM 4943 CG ARG B 141 42.121 -0.862 20.849 1.00 72.47 C +ANISOU 4943 CG ARG B 141 7872 6039 13624 1668 -2170 288 C +ATOM 4944 CD ARG B 141 41.196 0.065 20.074 1.00 95.59 C +ANISOU 4944 CD ARG B 141 10799 8676 16843 1908 -2481 468 C +ATOM 4945 NE ARG B 141 40.130 0.590 20.927 1.00106.83 N +ANISOU 4945 NE ARG B 141 11956 10093 18543 2114 -2502 16 N +ATOM 4946 CZ ARG B 141 38.844 0.258 20.842 1.00109.77 C +ANISOU 4946 CZ ARG B 141 12110 10693 18905 2286 -2585 -138 C +ATOM 4947 NH1 ARG B 141 38.415 -0.604 19.929 1.00104.09 N +ANISOU 4947 NH1 ARG B 141 11401 10227 17921 2286 -2696 92 N +ATOM 4948 NH2 ARG B 141 37.974 0.806 21.679 1.00114.92 N +ANISOU 4948 NH2 ARG B 141 12519 11327 19818 2453 -2557 -550 N +ATOM 4949 N ASP B 142 41.977 -4.142 23.556 1.00 52.20 N +ANISOU 4949 N ASP B 142 4954 4722 10157 1405 -1385 -579 N +ATOM 4950 CA ASP B 142 42.037 -4.248 25.008 1.00 61.73 C +ANISOU 4950 CA ASP B 142 6053 6086 11314 1438 -1156 -988 C +ATOM 4951 C ASP B 142 43.300 -4.967 25.464 1.00 65.33 C +ANISOU 4951 C ASP B 142 6694 6727 11403 1221 -977 -963 C +ATOM 4952 O ASP B 142 43.764 -4.751 26.589 1.00 81.62 O +ANISOU 4952 O ASP B 142 8757 8831 13426 1250 -867 -1265 O +ATOM 4953 CB ASP B 142 40.799 -4.981 25.527 1.00 60.04 C +ANISOU 4953 CB ASP B 142 5585 6188 11039 1533 -993 -1200 C +ATOM 4954 CG ASP B 142 40.824 -5.187 27.028 1.00 68.31 C +ANISOU 4954 CG ASP B 142 6558 7465 11931 1576 -704 -1579 C +ATOM 4955 OD1 ASP B 142 41.630 -6.016 27.502 1.00 79.84 O +ANISOU 4955 OD1 ASP B 142 8177 9147 13012 1412 -525 -1541 O +ATOM 4956 OD2 ASP B 142 40.025 -4.538 27.733 1.00 55.77 O +ANISOU 4956 OD2 ASP B 142 4758 5853 10581 1797 -658 -1917 O +ATOM 4957 N ILE B 143 43.868 -5.816 24.612 1.00 51.42 N +ANISOU 4957 N ILE B 143 5084 5085 9366 1032 -966 -636 N +ATOM 4958 CA ILE B 143 45.023 -6.619 25.003 1.00 54.20 C +ANISOU 4958 CA ILE B 143 5582 5628 9384 852 -809 -616 C +ATOM 4959 C ILE B 143 46.333 -5.897 24.713 1.00 57.86 C +ANISOU 4959 C ILE B 143 6182 5841 9963 739 -892 -502 C +ATOM 4960 O ILE B 143 47.250 -5.914 25.537 1.00 66.80 O +ANISOU 4960 O ILE B 143 7346 7014 11021 682 -823 -688 O +ATOM 4961 CB ILE B 143 44.965 -7.987 24.295 1.00 53.05 C +ANISOU 4961 CB ILE B 143 5501 5744 8911 719 -738 -380 C +ATOM 4962 CG1 ILE B 143 43.766 -8.787 24.808 1.00 60.81 C +ANISOU 4962 CG1 ILE B 143 6311 6965 9828 782 -607 -531 C +ATOM 4963 CG2 ILE B 143 46.263 -8.772 24.510 1.00 38.64 C +ANISOU 4963 CG2 ILE B 143 3833 4064 6784 555 -618 -323 C +ATOM 4964 CD1 ILE B 143 43.481 -10.049 24.026 1.00 52.46 C +ANISOU 4964 CD1 ILE B 143 5273 6090 8568 663 -591 -339 C +ATOM 4965 N VAL B 144 46.446 -5.259 23.559 1.00 45.18 N +ANISOU 4965 N VAL B 144 4650 3977 8541 705 -1040 -192 N +ATOM 4966 CA VAL B 144 47.719 -4.720 23.096 1.00 45.76 C +ANISOU 4966 CA VAL B 144 4841 3828 8716 541 -1057 5 C +ATOM 4967 C VAL B 144 47.726 -3.205 23.239 1.00 53.44 C +ANISOU 4967 C VAL B 144 5772 4338 10196 614 -1207 -62 C +ATOM 4968 O VAL B 144 46.683 -2.538 23.195 1.00 51.72 O +ANISOU 4968 O VAL B 144 5481 3934 10237 809 -1347 -119 O +ATOM 4969 CB VAL B 144 47.993 -5.151 21.639 1.00 45.18 C +ANISOU 4969 CB VAL B 144 4922 3810 8432 424 -1059 460 C +ATOM 4970 CG1 VAL B 144 49.262 -4.488 21.106 1.00 68.40 C +ANISOU 4970 CG1 VAL B 144 7957 6509 11522 242 -1021 704 C +ATOM 4971 CG2 VAL B 144 48.109 -6.665 21.577 1.00 41.85 C +ANISOU 4971 CG2 VAL B 144 4534 3804 7561 350 -923 457 C +ATOM 4972 N SER B 145 48.928 -2.660 23.407 1.00 58.35 N +ANISOU 4972 N SER B 145 6417 4746 11007 457 -1188 -71 N +ATOM 4973 CA SER B 145 49.119 -1.226 23.560 1.00 66.90 C +ANISOU 4973 CA SER B 145 7457 5322 12641 479 -1330 -144 C +ATOM 4974 C SER B 145 48.864 -0.491 22.248 1.00 64.83 C +ANISOU 4974 C SER B 145 7315 4713 12606 468 -1433 349 C +ATOM 4975 O SER B 145 49.129 -1.004 21.157 1.00 62.45 O +ANISOU 4975 O SER B 145 7156 4552 12020 350 -1355 781 O +ATOM 4976 CB SER B 145 50.539 -0.944 24.049 1.00 64.98 C +ANISOU 4976 CB SER B 145 7170 4952 12567 274 -1283 -288 C +ATOM 4977 OG SER B 145 50.902 0.408 23.841 1.00 75.17 O +ANISOU 4977 OG SER B 145 8436 5680 14443 209 -1402 -224 O +ATOM 4978 N SER B 146 48.350 0.736 22.368 1.00 66.11 N +ANISOU 4978 N SER B 146 7434 4411 13274 614 -1618 276 N +ATOM 4979 CA SER B 146 48.048 1.549 21.191 1.00 72.20 C +ANISOU 4979 CA SER B 146 8346 4792 14294 646 -1753 768 C +ATOM 4980 C SER B 146 49.296 1.906 20.396 1.00 77.36 C +ANISOU 4980 C SER B 146 9135 5207 15050 349 -1632 1213 C +ATOM 4981 O SER B 146 49.182 2.267 19.219 1.00 77.68 O +ANISOU 4981 O SER B 146 9359 5139 15016 328 -1647 1727 O +ATOM 4982 CB SER B 146 47.311 2.816 21.609 1.00 76.91 C +ANISOU 4982 CB SER B 146 8854 5006 15362 850 -1952 539 C +ATOM 4983 OG SER B 146 47.978 3.473 22.668 1.00 75.69 O +ANISOU 4983 OG SER B 146 8567 4671 15520 771 -1937 110 O +ATOM 4984 N ASP B 147 50.482 1.805 21.000 1.00 82.31 N +ANISOU 4984 N ASP B 147 9666 5854 15755 117 -1485 1007 N +ATOM 4985 CA ASP B 147 51.709 2.054 20.252 1.00 86.53 C +ANISOU 4985 CA ASP B 147 10268 6224 16387 -194 -1310 1413 C +ATOM 4986 C ASP B 147 51.911 1.028 19.145 1.00 87.40 C +ANISOU 4986 C ASP B 147 10544 6759 15906 -284 -1121 1858 C +ATOM 4987 O ASP B 147 52.471 1.353 18.091 1.00 85.69 O +ANISOU 4987 O ASP B 147 10466 6394 15696 -453 -986 2377 O +ATOM 4988 CB ASP B 147 52.912 2.042 21.195 1.00 88.68 C +ANISOU 4988 CB ASP B 147 10338 6481 16874 -403 -1223 1022 C +ATOM 4989 CG ASP B 147 52.849 3.141 22.235 1.00101.03 C +ANISOU 4989 CG ASP B 147 11740 7760 18885 -315 -1398 538 C +ATOM 4990 OD1 ASP B 147 52.301 4.221 21.933 1.00106.72 O +ANISOU 4990 OD1 ASP B 147 12507 8170 19869 -220 -1511 664 O +ATOM 4991 OD2 ASP B 147 53.351 2.922 23.357 1.00105.73 O +ANISOU 4991 OD2 ASP B 147 12168 8461 19544 -328 -1436 21 O +ATOM 4992 N PHE B 148 51.459 -0.207 19.357 1.00 87.11 N +ANISOU 4992 N PHE B 148 10498 7260 15341 -171 -1094 1658 N +ATOM 4993 CA PHE B 148 51.740 -1.308 18.447 1.00 77.22 C +ANISOU 4993 CA PHE B 148 9374 6447 13519 -251 -922 1951 C +ATOM 4994 C PHE B 148 50.536 -1.740 17.622 1.00 80.76 C +ANISOU 4994 C PHE B 148 9979 7098 13608 -33 -1058 2166 C +ATOM 4995 O PHE B 148 50.650 -2.689 16.839 1.00 90.57 O +ANISOU 4995 O PHE B 148 11338 8717 14358 -63 -956 2358 O +ATOM 4996 CB PHE B 148 52.279 -2.505 19.237 1.00 73.59 C +ANISOU 4996 CB PHE B 148 8788 6425 12748 -311 -794 1574 C +ATOM 4997 CG PHE B 148 53.591 -2.235 19.913 1.00 72.47 C +ANISOU 4997 CG PHE B 148 8482 6161 12892 -522 -683 1373 C +ATOM 4998 CD1 PHE B 148 54.776 -2.320 19.204 1.00 63.44 C +ANISOU 4998 CD1 PHE B 148 7336 5040 11728 -766 -461 1659 C +ATOM 4999 CD2 PHE B 148 53.639 -1.886 21.252 1.00 80.10 C +ANISOU 4999 CD2 PHE B 148 9279 7008 14147 -464 -806 872 C +ATOM 5000 CE1 PHE B 148 55.985 -2.069 19.819 1.00 62.31 C +ANISOU 5000 CE1 PHE B 148 6984 4782 11909 -964 -382 1444 C +ATOM 5001 CE2 PHE B 148 54.847 -1.631 21.873 1.00 78.13 C +ANISOU 5001 CE2 PHE B 148 8858 6652 14176 -642 -764 644 C +ATOM 5002 CZ PHE B 148 56.021 -1.724 21.156 1.00 73.27 C +ANISOU 5002 CZ PHE B 148 8202 6040 13600 -900 -561 927 C +ATOM 5003 N LEU B 149 49.388 -1.076 17.772 1.00 73.75 N +ANISOU 5003 N LEU B 149 9077 5973 12973 201 -1307 2101 N +ATOM 5004 CA LEU B 149 48.238 -1.393 16.931 1.00 71.66 C +ANISOU 5004 CA LEU B 149 8926 5872 12428 420 -1491 2301 C +ATOM 5005 C LEU B 149 48.572 -1.267 15.450 1.00 71.52 C +ANISOU 5005 C LEU B 149 9186 5853 12136 364 -1457 2903 C +ATOM 5006 O LEU B 149 48.039 -2.019 14.627 1.00 78.29 O +ANISOU 5006 O LEU B 149 10166 7051 12532 475 -1534 3048 O +ATOM 5007 CB LEU B 149 47.068 -0.475 17.276 1.00 78.23 C +ANISOU 5007 CB LEU B 149 9670 6367 13685 689 -1775 2164 C +ATOM 5008 CG LEU B 149 45.959 -1.055 18.153 1.00 84.49 C +ANISOU 5008 CG LEU B 149 10235 7414 14455 890 -1869 1673 C +ATOM 5009 CD1 LEU B 149 46.473 -1.493 19.518 1.00 90.85 C +ANISOU 5009 CD1 LEU B 149 10861 8378 15280 780 -1673 1188 C +ATOM 5010 CD2 LEU B 149 44.862 -0.014 18.276 1.00 77.12 C +ANISOU 5010 CD2 LEU B 149 9211 6114 13979 1176 -2149 1595 C +ATOM 5011 N SER B 150 49.423 -0.340 15.099 1.00 68.08 N +ANISOU 5011 N SER B 150 8850 5046 11970 198 -1341 3247 N +ATOM 5012 CA SER B 150 49.740 -0.144 13.706 1.00 74.21 C +ANISOU 5012 CA SER B 150 9915 5853 12428 151 -1252 3833 C +ATOM 5013 C SER B 150 50.429 -1.299 13.041 1.00 92.71 C +ANISOU 5013 C SER B 150 12353 8688 14185 16 -1009 3978 C +ATOM 5014 O SER B 150 50.319 -1.464 11.849 1.00 96.35 O +ANISOU 5014 O SER B 150 13070 9344 14195 83 -999 4368 O +ATOM 5015 CB SER B 150 50.592 1.098 13.547 1.00 85.36 C +ANISOU 5015 CB SER B 150 11380 6872 14183 -44 -1071 4038 C +ATOM 5016 OG SER B 150 51.092 1.190 12.232 1.00105.95 O +ANISOU 5016 OG SER B 150 14269 9608 16378 -127 -871 4542 O +ATOM 5017 N ASN B 151 51.163 -2.090 13.801 1.00104.88 N +ANISOU 5017 N ASN B 151 13696 10476 15677 -150 -806 3597 N +ATOM 5018 CA ASN B 151 51.917 -3.179 13.209 1.00119.02 C +ANISOU 5018 CA ASN B 151 15549 12731 16942 -270 -553 3663 C +ATOM 5019 C ASN B 151 51.256 -4.529 13.185 1.00 91.04 C +ANISOU 5019 C ASN B 151 11997 9665 12928 -117 -659 3369 C +ATOM 5020 O ASN B 151 51.813 -5.487 12.689 1.00 81.90 O +ANISOU 5020 O ASN B 151 10893 8880 11344 -182 -481 3374 O +ATOM 5021 CB ASN B 151 53.275 -3.283 13.883 1.00158.46 C +ANISOU 5021 CB ASN B 151 20338 17709 22160 -544 -261 3479 C +ATOM 5022 CG ASN B 151 54.189 -2.144 13.520 1.00207.11 C +ANISOU 5022 CG ASN B 151 26518 23472 28703 -771 -59 3870 C +ATOM 5023 OD1 ASN B 151 55.117 -1.826 14.243 1.00218.37 O +ANISOU 5023 OD1 ASN B 151 27717 24710 30542 -982 80 3681 O +ATOM 5024 ND2 ASN B 151 53.938 -1.534 12.387 1.00223.22 N +ANISOU 5024 ND2 ASN B 151 28827 25396 30591 -725 -46 4394 N +ATOM 5025 N MET B 152 50.060 -4.603 13.709 1.00 72.46 N +ANISOU 5025 N MET B 152 9559 7284 10689 85 -941 3100 N +ATOM 5026 CA MET B 152 49.349 -5.877 13.729 1.00 61.42 C +ANISOU 5026 CA MET B 152 8117 6288 8933 204 -1046 2813 C +ATOM 5027 C MET B 152 49.191 -6.448 12.327 1.00 68.14 C +ANISOU 5027 C MET B 152 9208 7445 9237 288 -1092 3091 C +ATOM 5028 O MET B 152 48.975 -5.713 11.361 1.00 73.91 O +ANISOU 5028 O MET B 152 10156 8058 9867 382 -1198 3505 O +ATOM 5029 CB MET B 152 47.973 -5.698 14.369 1.00 52.90 C +ANISOU 5029 CB MET B 152 6886 5101 8113 412 -1333 2544 C +ATOM 5030 CG MET B 152 48.034 -5.220 15.779 1.00 71.36 C +ANISOU 5030 CG MET B 152 9001 7205 10909 373 -1289 2206 C +ATOM 5031 SD MET B 152 47.556 -6.517 16.925 1.00 56.58 S +ANISOU 5031 SD MET B 152 6907 5663 8927 390 -1236 1686 S +ATOM 5032 CE MET B 152 47.592 -5.536 18.398 1.00 74.84 C +ANISOU 5032 CE MET B 152 9030 7659 11748 408 -1220 1369 C +ATOM 5033 N SER B 153 49.289 -7.778 12.221 1.00 59.86 N +ANISOU 5033 N SER B 153 8136 6787 7822 272 -1030 2855 N +ATOM 5034 CA SER B 153 49.200 -8.459 10.926 1.00 81.29 C +ANISOU 5034 CA SER B 153 11070 9839 9977 364 -1079 3017 C +ATOM 5035 C SER B 153 48.546 -9.821 11.142 1.00 75.41 C +ANISOU 5035 C SER B 153 10208 9383 9060 434 -1214 2599 C +ATOM 5036 O SER B 153 49.227 -10.846 11.168 1.00 72.43 O +ANISOU 5036 O SER B 153 9812 9245 8463 339 -1028 2420 O +ATOM 5037 CB SER B 153 50.580 -8.604 10.299 1.00 79.10 C +ANISOU 5037 CB SER B 153 10927 9719 9409 200 -720 3248 C +ATOM 5038 OG SER B 153 50.554 -9.514 9.214 1.00 88.45 O +ANISOU 5038 OG SER B 153 12294 11304 10010 300 -736 3265 O +ATOM 5039 N MET B 154 47.219 -9.840 11.278 1.00 67.22 N +ANISOU 5039 N MET B 154 9072 8305 8164 601 -1539 2441 N +ATOM 5040 CA MET B 154 46.500 -11.087 11.501 1.00 73.01 C +ANISOU 5040 CA MET B 154 9656 9257 8828 639 -1668 2055 C +ATOM 5041 C MET B 154 45.280 -11.207 10.600 1.00 76.13 C +ANISOU 5041 C MET B 154 10092 9766 9067 860 -2067 2047 C +ATOM 5042 O MET B 154 44.529 -10.242 10.410 1.00 71.59 O +ANISOU 5042 O MET B 154 9519 9008 8672 1020 -2312 2211 O +ATOM 5043 CB MET B 154 46.059 -11.231 12.953 1.00 73.86 C +ANISOU 5043 CB MET B 154 9470 9218 9376 575 -1618 1732 C +ATOM 5044 CG MET B 154 45.313 -10.060 13.537 1.00 67.11 C +ANISOU 5044 CG MET B 154 8484 8066 8948 676 -1753 1760 C +ATOM 5045 SD MET B 154 45.254 -10.144 15.327 1.00 71.35 S +ANISOU 5045 SD MET B 154 8738 8482 9890 578 -1556 1404 S +ATOM 5046 CE MET B 154 46.999 -10.110 15.721 1.00 97.90 C +ANISOU 5046 CE MET B 154 12214 11822 13161 368 -1219 1489 C +ATOM 5047 N ASP B 155 45.094 -12.413 10.064 1.00 70.42 N +ANISOU 5047 N ASP B 155 9386 9330 8039 881 -2159 1824 N +ATOM 5048 CA ASP B 155 43.965 -12.761 9.216 1.00 83.22 C +ANISOU 5048 CA ASP B 155 11009 11105 9505 1082 -2576 1711 C +ATOM 5049 C ASP B 155 43.454 -14.135 9.619 1.00 71.94 C +ANISOU 5049 C ASP B 155 9346 9799 8189 1006 -2629 1255 C +ATOM 5050 O ASP B 155 44.246 -15.071 9.765 1.00 72.59 O +ANISOU 5050 O ASP B 155 9465 9997 8120 866 -2391 1113 O +ATOM 5051 CB ASP B 155 44.363 -12.773 7.735 1.00 88.47 C +ANISOU 5051 CB ASP B 155 12031 12030 9552 1219 -2679 1953 C +ATOM 5052 CG ASP B 155 45.424 -13.799 7.417 1.00 82.48 C +ANISOU 5052 CG ASP B 155 11397 11528 8412 1099 -2399 1835 C +ATOM 5053 OD1 ASP B 155 46.335 -13.996 8.247 1.00 74.14 O +ANISOU 5053 OD1 ASP B 155 10252 10384 7533 894 -2029 1792 O +ATOM 5054 OD2 ASP B 155 45.336 -14.419 6.336 1.00 84.65 O +ANISOU 5054 OD2 ASP B 155 11852 12101 8210 1234 -2574 1753 O +ATOM 5055 N PHE B 156 42.139 -14.259 9.786 1.00 71.44 N +ANISOU 5055 N PHE B 156 9026 9689 8428 1100 -2940 1028 N +ATOM 5056 CA PHE B 156 41.506 -15.523 10.142 1.00 53.19 C +ANISOU 5056 CA PHE B 156 6454 7445 6309 1007 -3005 614 C +ATOM 5057 C PHE B 156 40.704 -16.053 8.961 1.00 84.21 C +ANISOU 5057 C PHE B 156 10400 11575 10021 1179 -3460 432 C +ATOM 5058 O PHE B 156 39.905 -15.321 8.367 1.00111.20 O +ANISOU 5058 O PHE B 156 13812 15000 13440 1399 -3828 524 O +ATOM 5059 CB PHE B 156 40.592 -15.360 11.357 1.00 63.86 C +ANISOU 5059 CB PHE B 156 7422 8598 8244 943 -2960 442 C +ATOM 5060 CG PHE B 156 41.312 -14.949 12.605 1.00 60.35 C +ANISOU 5060 CG PHE B 156 6952 7987 7991 793 -2546 538 C +ATOM 5061 CD1 PHE B 156 41.945 -15.893 13.398 1.00 82.87 C +ANISOU 5061 CD1 PHE B 156 9775 10853 10861 591 -2229 404 C +ATOM 5062 CD2 PHE B 156 41.350 -13.621 12.990 1.00 56.75 C +ANISOU 5062 CD2 PHE B 156 6507 7347 7708 875 -2508 746 C +ATOM 5063 CE1 PHE B 156 42.608 -15.517 14.552 1.00 95.38 C +ANISOU 5063 CE1 PHE B 156 11345 12313 12580 486 -1898 469 C +ATOM 5064 CE2 PHE B 156 42.011 -13.237 14.142 1.00 83.29 C +ANISOU 5064 CE2 PHE B 156 9839 10566 11242 753 -2171 774 C +ATOM 5065 CZ PHE B 156 42.640 -14.186 14.925 1.00 93.00 C +ANISOU 5065 CZ PHE B 156 11044 11855 12437 565 -1874 631 C +ATOM 5066 N GLN B 157 40.920 -17.325 8.629 1.00 81.44 N +ANISOU 5066 N GLN B 157 10069 11375 9500 1099 -3465 151 N +ATOM 5067 CA GLN B 157 40.143 -18.019 7.601 1.00 83.42 C +ANISOU 5067 CA GLN B 157 10291 11812 9592 1242 -3920 -141 C +ATOM 5068 C GLN B 157 39.913 -19.438 8.111 1.00 87.08 C +ANISOU 5068 C GLN B 157 10503 12215 10368 1037 -3855 -561 C +ATOM 5069 O GLN B 157 40.786 -20.300 7.965 1.00 88.33 O +ANISOU 5069 O GLN B 157 10826 12445 10291 948 -3664 -663 O +ATOM 5070 CB GLN B 157 40.864 -18.032 6.255 1.00 81.41 C +ANISOU 5070 CB GLN B 157 10460 11849 8623 1418 -4031 -17 C +ATOM 5071 CG GLN B 157 41.548 -16.732 5.869 1.00 95.12 C +ANISOU 5071 CG GLN B 157 12523 13610 10008 1535 -3892 506 C +ATOM 5072 CD GLN B 157 42.488 -16.909 4.694 1.00109.80 C +ANISOU 5072 CD GLN B 157 14791 15777 11151 1632 -3805 645 C +ATOM 5073 OE1 GLN B 157 42.343 -17.841 3.904 1.00111.20 O +ANISOU 5073 OE1 GLN B 157 15003 16161 11086 1660 -3930 334 O +ATOM 5074 NE2 GLN B 157 43.470 -16.021 4.582 1.00113.49 N +ANISOU 5074 NE2 GLN B 157 15529 16241 11351 1627 -3494 1106 N +ATOM 5075 N ASN B 158 38.750 -19.683 8.710 1.00 96.24 N +ANISOU 5075 N ASN B 158 11252 13226 12088 962 -3997 -796 N +ATOM 5076 CA ASN B 158 38.426 -21.008 9.225 1.00102.69 C +ANISOU 5076 CA ASN B 158 11805 13930 13283 739 -3923 -1153 C +ATOM 5077 C ASN B 158 37.773 -21.816 8.109 1.00 98.71 C +ANISOU 5077 C ASN B 158 11262 13545 12697 826 -4343 -1517 C +ATOM 5078 O ASN B 158 36.650 -21.520 7.685 1.00 80.14 O +ANISOU 5078 O ASN B 158 8729 11197 10521 920 -4590 -1605 O +ATOM 5079 CB ASN B 158 37.524 -20.929 10.453 1.00114.72 C +ANISOU 5079 CB ASN B 158 12894 15234 15462 575 -3761 -1207 C +ATOM 5080 CG ASN B 158 37.235 -22.294 11.044 1.00123.50 C +ANISOU 5080 CG ASN B 158 13754 16188 16983 310 -3618 -1494 C +ATOM 5081 OD1 ASN B 158 37.507 -23.322 10.425 1.00116.11 O +ANISOU 5081 OD1 ASN B 158 12919 15278 15919 273 -3753 -1729 O +ATOM 5082 ND2 ASN B 158 36.685 -22.314 12.246 1.00133.12 N +ANISOU 5082 ND2 ASN B 158 14650 17232 18697 131 -3331 -1474 N +ATOM 5083 N HIS B 159 38.481 -22.849 7.649 1.00120.07 N +ANISOU 5083 N HIS B 159 14161 16317 15144 780 -4314 -1714 N +ATOM 5084 CA HIS B 159 38.014 -23.663 6.533 1.00133.02 C +ANISOU 5084 CA HIS B 159 15839 18047 16654 853 -4582 -2043 C +ATOM 5085 C HIS B 159 36.803 -24.500 6.926 1.00127.18 C +ANISOU 5085 C HIS B 159 14667 17071 16583 676 -4679 -2378 C +ATOM 5086 O HIS B 159 35.805 -24.548 6.198 1.00111.79 O +ANISOU 5086 O HIS B 159 12593 15163 14719 777 -4985 -2568 O +ATOM 5087 CB HIS B 159 39.158 -24.563 6.067 1.00136.03 C +ANISOU 5087 CB HIS B 159 16520 18527 16640 854 -4467 -2186 C +ATOM 5088 CG HIS B 159 39.146 -24.867 4.603 1.00144.81 C +ANISOU 5088 CG HIS B 159 17870 19876 17273 1058 -4710 -2367 C +ATOM 5089 ND1 HIS B 159 38.513 -25.973 4.077 1.00148.25 N +ANISOU 5089 ND1 HIS B 159 18169 20237 17922 1034 -4931 -2804 N +ATOM 5090 CD2 HIS B 159 39.715 -24.226 3.555 1.00146.71 C +ANISOU 5090 CD2 HIS B 159 18482 20426 16835 1284 -4744 -2163 C +ATOM 5091 CE1 HIS B 159 38.682 -25.992 2.767 1.00151.95 C +ANISOU 5091 CE1 HIS B 159 18911 20978 17845 1259 -5120 -2894 C +ATOM 5092 NE2 HIS B 159 39.408 -24.943 2.425 1.00151.24 N +ANISOU 5092 NE2 HIS B 159 19136 21133 17197 1405 -4993 -2494 N +ATOM 5093 N LEU B 160 36.873 -25.167 8.080 1.00137.53 N +ANISOU 5093 N LEU B 160 15748 18128 18380 406 -4406 -2435 N +ATOM 5094 CA LEU B 160 35.875 -26.178 8.422 1.00137.77 C +ANISOU 5094 CA LEU B 160 15407 17905 19032 198 -4419 -2732 C +ATOM 5095 C LEU B 160 34.507 -25.558 8.684 1.00147.90 C +ANISOU 5095 C LEU B 160 16318 19140 20737 202 -4513 -2724 C +ATOM 5096 O LEU B 160 33.483 -26.111 8.266 1.00140.16 O +ANISOU 5096 O LEU B 160 15100 18083 20073 181 -4722 -3007 O +ATOM 5097 CB LEU B 160 36.335 -26.968 9.646 1.00126.33 C +ANISOU 5097 CB LEU B 160 13840 16184 17975 -100 -4041 -2701 C +ATOM 5098 N GLY B 161 34.463 -24.422 9.378 1.00158.68 N +ANISOU 5098 N GLY B 161 17613 20539 22140 242 -4363 -2428 N +ATOM 5099 CA GLY B 161 33.210 -23.924 9.898 1.00160.91 C +ANISOU 5099 CA GLY B 161 17496 20735 22908 215 -4348 -2438 C +ATOM 5100 C GLY B 161 32.673 -24.710 11.072 1.00158.80 C +ANISOU 5100 C GLY B 161 16852 20214 23270 -102 -3997 -2518 C +ATOM 5101 O GLY B 161 31.576 -24.405 11.553 1.00153.18 O +ANISOU 5101 O GLY B 161 15777 19437 22988 -143 -3930 -2554 O +ATOM 5102 N SER B 162 33.418 -25.712 11.547 1.00157.60 N +ANISOU 5102 N SER B 162 16790 19915 23176 -322 -3752 -2531 N +ATOM 5103 CA SER B 162 32.963 -26.549 12.652 1.00145.09 C +ANISOU 5103 CA SER B 162 14903 18067 22155 -639 -3376 -2542 C +ATOM 5104 C SER B 162 32.892 -25.762 13.952 1.00138.87 C +ANISOU 5104 C SER B 162 13950 17274 21540 -717 -2967 -2263 C +ATOM 5105 O SER B 162 32.021 -26.017 14.793 1.00147.94 O +ANISOU 5105 O SER B 162 14765 18292 23154 -899 -2679 -2257 O +ATOM 5106 CB SER B 162 33.913 -27.736 12.812 1.00137.90 C +ANISOU 5106 CB SER B 162 14203 16982 21213 -818 -3225 -2573 C +ATOM 5107 OG SER B 162 35.246 -27.285 13.008 1.00131.22 O +ANISOU 5107 OG SER B 162 13686 16243 19929 -746 -3123 -2364 O +ATOM 5108 N CYS B 163 33.811 -24.816 14.137 1.00118.60 N +ANISOU 5108 N CYS B 163 11616 14851 18594 -576 -2920 -2033 N +ATOM 5109 CA CYS B 163 33.927 -24.068 15.380 1.00 99.16 C +ANISOU 5109 CA CYS B 163 9040 12390 16246 -624 -2527 -1787 C +ATOM 5110 C CYS B 163 32.569 -23.601 15.884 1.00117.23 C +ANISOU 5110 C CYS B 163 10934 14671 18939 -624 -2405 -1836 C +ATOM 5111 O CYS B 163 31.710 -23.181 15.106 1.00 68.17 O +ANISOU 5111 O CYS B 163 4598 8526 12778 -453 -2742 -1990 O +ATOM 5112 CB CYS B 163 34.844 -22.867 15.160 1.00104.61 C +ANISOU 5112 CB CYS B 163 10098 13247 16403 -368 -2576 -1547 C +ATOM 5113 SG CYS B 163 36.452 -23.313 14.513 1.00106.53 S +ANISOU 5113 SG CYS B 163 10927 13540 16011 -316 -2584 -1426 S +ATOM 5114 N GLN B 164 32.387 -23.676 17.199 1.00 64.29 N +ANISOU 5114 N GLN B 164 4045 7893 12490 -803 -1909 -1704 N +ATOM 5115 CA GLN B 164 31.141 -23.262 17.817 1.00 67.58 C +ANISOU 5115 CA GLN B 164 4086 8322 13269 -808 -1716 -1754 C +ATOM 5116 C GLN B 164 31.111 -21.747 17.996 1.00 84.52 C +ANISOU 5116 C GLN B 164 6225 10617 15273 -535 -1761 -1675 C +ATOM 5117 O GLN B 164 32.140 -21.066 17.955 1.00 92.50 O +ANISOU 5117 O GLN B 164 7513 11694 15941 -395 -1814 -1519 O +ATOM 5118 CB GLN B 164 30.954 -23.954 19.168 1.00 80.95 C +ANISOU 5118 CB GLN B 164 5628 9911 15218 -1090 -1127 -1623 C +ATOM 5119 CG GLN B 164 30.822 -25.464 19.072 1.00112.32 C +ANISOU 5119 CG GLN B 164 9583 13669 19424 -1368 -1059 -1676 C +ATOM 5120 CD GLN B 164 30.563 -26.115 20.417 1.00129.09 C +ANISOU 5120 CD GLN B 164 11592 15685 21772 -1634 -460 -1478 C +ATOM 5121 OE1 GLN B 164 30.469 -25.437 21.440 1.00117.51 O +ANISOU 5121 OE1 GLN B 164 10059 14345 20244 -1601 -80 -1322 O +ATOM 5122 NE2 GLN B 164 30.444 -27.438 20.420 1.00145.19 N +ANISOU 5122 NE2 GLN B 164 13628 17488 24048 -1881 -373 -1478 N +ATOM 5123 N LYS B 165 29.907 -21.222 18.194 1.00 88.26 N +ANISOU 5123 N LYS B 165 9910 10198 13427 -469 -3771 -1614 N +ATOM 5124 CA LYS B 165 29.729 -19.791 18.369 1.00 78.62 C +ANISOU 5124 CA LYS B 165 8580 9074 12216 -237 -3732 -1677 C +ATOM 5125 C LYS B 165 30.091 -19.375 19.792 1.00 78.35 C +ANISOU 5125 C LYS B 165 8414 9194 12161 -415 -3303 -1580 C +ATOM 5126 O LYS B 165 30.183 -20.197 20.708 1.00 67.86 O +ANISOU 5126 O LYS B 165 6982 7939 10865 -735 -3040 -1501 O +ATOM 5127 CB LYS B 165 28.289 -19.388 18.053 1.00 71.43 C +ANISOU 5127 CB LYS B 165 7264 8250 11628 -131 -3988 -1979 C +ATOM 5128 CG LYS B 165 27.935 -19.491 16.579 1.00 84.72 C +ANISOU 5128 CG LYS B 165 9097 9789 13303 140 -4455 -2100 C +ATOM 5129 CD LYS B 165 26.491 -19.094 16.325 1.00100.53 C +ANISOU 5129 CD LYS B 165 10668 11890 15640 248 -4717 -2419 C +ATOM 5130 CE LYS B 165 26.099 -19.325 14.874 1.00108.99 C +ANISOU 5130 CE LYS B 165 11884 12825 16704 510 -5206 -2558 C +ATOM 5131 NZ LYS B 165 26.925 -18.521 13.933 1.00108.90 N +ANISOU 5131 NZ LYS B 165 12339 12685 16353 897 -5360 -2413 N +ATOM 5132 N CYS B 166 30.298 -18.073 19.967 1.00 77.65 N +ANISOU 5132 N CYS B 166 8342 9147 12013 -192 -3246 -1587 N +ATOM 5133 CA CYS B 166 30.711 -17.543 21.257 1.00 75.93 C +ANISOU 5133 CA CYS B 166 8033 9068 11750 -303 -2874 -1517 C +ATOM 5134 C CYS B 166 29.538 -17.483 22.226 1.00 66.55 C +ANISOU 5134 C CYS B 166 6325 8114 10845 -464 -2728 -1726 C +ATOM 5135 O CYS B 166 28.385 -17.275 21.836 1.00 69.50 O +ANISOU 5135 O CYS B 166 6391 8546 11469 -374 -2946 -1961 O +ATOM 5136 CB CYS B 166 31.320 -16.149 21.096 1.00 62.44 C +ANISOU 5136 CB CYS B 166 6517 7298 9909 -8 -2888 -1469 C +ATOM 5137 SG CYS B 166 33.044 -16.143 20.549 1.00 66.92 S +ANISOU 5137 SG CYS B 166 7661 7666 10098 84 -2845 -1146 S +ATOM 5138 N ASP B 167 29.850 -17.668 23.503 1.00 76.80 N +ANISOU 5138 N ASP B 167 7525 9564 12094 -692 -2354 -1640 N +ATOM 5139 CA ASP B 167 28.824 -17.669 24.530 1.00 83.56 C +ANISOU 5139 CA ASP B 167 7894 10680 13175 -862 -2154 -1807 C +ATOM 5140 C ASP B 167 28.111 -16.317 24.560 1.00 88.95 C +ANISOU 5140 C ASP B 167 8321 11471 14006 -579 -2253 -2050 C +ATOM 5141 O ASP B 167 28.758 -15.272 24.415 1.00102.18 O +ANISOU 5141 O ASP B 167 10224 13056 15544 -326 -2293 -2017 O +ATOM 5142 CB ASP B 167 29.445 -17.968 25.894 1.00 97.80 C +ANISOU 5142 CB ASP B 167 9705 12629 14826 -1100 -1728 -1649 C +ATOM 5143 CG ASP B 167 28.409 -18.218 26.972 1.00 94.31 C +ANISOU 5143 CG ASP B 167 8771 12479 14584 -1323 -1480 -1778 C +ATOM 5144 OD1 ASP B 167 27.420 -17.458 27.052 1.00 81.74 O +ANISOU 5144 OD1 ASP B 167 6814 11046 13200 -1183 -1545 -2027 O +ATOM 5145 OD2 ASP B 167 28.593 -19.183 27.744 1.00102.93 O +ANISOU 5145 OD2 ASP B 167 9845 13647 15618 -1634 -1215 -1622 O +ATOM 5146 N PRO B 168 26.786 -16.295 24.736 1.00 98.26 N +ANISOU 5146 N PRO B 168 9023 12835 15476 -612 -2302 -2297 N +ATOM 5147 CA PRO B 168 26.093 -15.007 24.906 1.00 95.36 C +ANISOU 5147 CA PRO B 168 8385 12596 15252 -335 -2374 -2548 C +ATOM 5148 C PRO B 168 26.722 -14.094 25.949 1.00 93.09 C +ANISOU 5148 C PRO B 168 8150 12410 14808 -254 -2093 -2517 C +ATOM 5149 O PRO B 168 26.720 -12.871 25.768 1.00 73.87 O +ANISOU 5149 O PRO B 168 5751 9926 12389 59 -2229 -2639 O +ATOM 5150 CB PRO B 168 24.680 -15.440 25.313 1.00 79.40 C +ANISOU 5150 CB PRO B 168 5790 10832 13546 -501 -2331 -2779 C +ATOM 5151 CG PRO B 168 24.483 -16.744 24.633 1.00 80.07 C +ANISOU 5151 CG PRO B 168 5912 10795 13715 -734 -2479 -2701 C +ATOM 5152 CD PRO B 168 25.835 -17.409 24.568 1.00 98.50 C +ANISOU 5152 CD PRO B 168 8751 12927 15746 -866 -2369 -2379 C +ATOM 5153 N SER B 169 27.254 -14.650 27.040 1.00 85.88 N +ANISOU 5153 N SER B 169 7252 11629 13751 -519 -1720 -2363 N +ATOM 5154 CA SER B 169 27.771 -13.809 28.115 1.00 95.18 C +ANISOU 5154 CA SER B 169 8441 12934 14789 -440 -1459 -2372 C +ATOM 5155 C SER B 169 28.925 -12.936 27.642 1.00 78.17 C +ANISOU 5155 C SER B 169 6734 10522 12444 -196 -1586 -2254 C +ATOM 5156 O SER B 169 29.082 -11.806 28.117 1.00 71.44 O +ANISOU 5156 O SER B 169 5861 9704 11578 10 -1549 -2365 O +ATOM 5157 CB SER B 169 28.223 -14.674 29.291 1.00115.97 C +ANISOU 5157 CB SER B 169 11065 15737 17262 -764 -1057 -2199 C +ATOM 5158 OG SER B 169 28.741 -13.873 30.339 1.00129.00 O +ANISOU 5158 OG SER B 169 12734 17519 18760 -670 -822 -2226 O +ATOM 5159 N CYS B 170 29.737 -13.440 26.724 1.00 66.41 N +ANISOU 5159 N CYS B 170 5642 8778 10814 -217 -1734 -2033 N +ATOM 5160 CA CYS B 170 30.875 -12.682 26.235 1.00 76.55 C +ANISOU 5160 CA CYS B 170 7346 9825 11917 -15 -1833 -1886 C +ATOM 5161 C CYS B 170 30.412 -11.324 25.707 1.00 70.81 C +ANISOU 5161 C CYS B 170 6565 9010 11331 335 -2092 -2072 C +ATOM 5162 O CYS B 170 29.388 -11.248 25.016 1.00 69.96 O +ANISOU 5162 O CYS B 170 6259 8906 11418 458 -2346 -2246 O +ATOM 5163 CB CYS B 170 31.585 -13.467 25.130 1.00 88.77 C +ANISOU 5163 CB CYS B 170 9273 11140 13316 -56 -1996 -1657 C +ATOM 5164 SG CYS B 170 31.824 -15.217 25.517 1.00 80.32 S +ANISOU 5164 SG CYS B 170 8232 10136 12151 -449 -1790 -1483 S +ATOM 5165 N PRO B 171 31.130 -10.238 26.002 1.00 76.54 N +ANISOU 5165 N PRO B 171 7463 9641 11977 505 -2057 -2047 N +ATOM 5166 CA PRO B 171 30.728 -8.927 25.479 1.00 72.50 C +ANISOU 5166 CA PRO B 171 6937 9003 11608 844 -2323 -2206 C +ATOM 5167 C PRO B 171 31.240 -8.740 24.058 1.00 69.22 C +ANISOU 5167 C PRO B 171 6907 8283 11109 1012 -2616 -2024 C +ATOM 5168 O PRO B 171 32.401 -9.027 23.760 1.00 64.31 O +ANISOU 5168 O PRO B 171 6649 7512 10274 934 -2550 -1754 O +ATOM 5169 CB PRO B 171 31.390 -7.944 26.448 1.00 69.93 C +ANISOU 5169 CB PRO B 171 6660 8682 11230 917 -2149 -2233 C +ATOM 5170 CG PRO B 171 32.646 -8.643 26.841 1.00 64.77 C +ANISOU 5170 CG PRO B 171 6281 7999 10328 681 -1904 -1962 C +ATOM 5171 CD PRO B 171 32.328 -10.129 26.856 1.00 72.51 C +ANISOU 5171 CD PRO B 171 7162 9127 11263 401 -1789 -1886 C +ATOM 5172 N ASN B 172 30.364 -8.254 23.181 1.00 79.73 N +ANISOU 5172 N ASN B 172 8154 9540 12601 1257 -2940 -2174 N +ATOM 5173 CA ASN B 172 30.674 -8.089 21.764 1.00 87.64 C +ANISOU 5173 CA ASN B 172 9502 10281 13516 1448 -3243 -2018 C +ATOM 5174 C ASN B 172 30.952 -9.425 21.086 1.00 83.34 C +ANISOU 5174 C ASN B 172 9121 9721 12823 1268 -3263 -1848 C +ATOM 5175 O ASN B 172 31.588 -9.469 20.028 1.00 89.16 O +ANISOU 5175 O ASN B 172 10226 10261 13392 1378 -3425 -1646 O +ATOM 5176 CB ASN B 172 31.861 -7.138 21.567 1.00105.28 C +ANISOU 5176 CB ASN B 172 12125 12272 15606 1579 -3234 -1799 C +ATOM 5177 CG ASN B 172 31.671 -5.816 22.285 1.00112.51 C +ANISOU 5177 CG ASN B 172 12904 13168 16678 1751 -3225 -1971 C +ATOM 5178 OD1 ASN B 172 30.579 -5.508 22.764 1.00115.42 O +ANISOU 5178 OD1 ASN B 172 12900 13698 17255 1839 -3273 -2270 O +ATOM 5179 ND2 ASN B 172 32.732 -5.023 22.356 1.00111.40 N +ANISOU 5179 ND2 ASN B 172 13053 12826 16447 1806 -3171 -1794 N +ATOM 5180 N GLY B 173 30.480 -10.517 21.682 1.00 89.51 N +ANISOU 5180 N GLY B 173 9638 10706 13664 997 -3101 -1926 N +ATOM 5181 CA GLY B 173 30.693 -11.837 21.116 1.00 88.95 C +ANISOU 5181 CA GLY B 173 9706 10608 13483 814 -3131 -1790 C +ATOM 5182 C GLY B 173 32.145 -12.243 21.025 1.00 83.64 C +ANISOU 5182 C GLY B 173 9451 9809 12518 709 -2973 -1479 C +ATOM 5183 O GLY B 173 32.503 -13.034 20.148 1.00 87.11 O +ANISOU 5183 O GLY B 173 10134 10145 12820 691 -3098 -1344 O +ATOM 5184 N SER B 174 32.992 -11.734 21.917 1.00 78.22 N +ANISOU 5184 N SER B 174 8846 9139 11736 650 -2710 -1378 N +ATOM 5185 CA SER B 174 34.421 -12.026 21.904 1.00 69.25 C +ANISOU 5185 CA SER B 174 8079 7897 10335 560 -2551 -1094 C +ATOM 5186 C SER B 174 34.720 -13.123 22.918 1.00 58.24 C +ANISOU 5186 C SER B 174 6601 6660 8870 238 -2251 -1038 C +ATOM 5187 O SER B 174 34.535 -12.925 24.123 1.00 55.40 O +ANISOU 5187 O SER B 174 6005 6466 8577 124 -2020 -1136 O +ATOM 5188 CB SER B 174 35.231 -10.771 22.224 1.00 73.05 C +ANISOU 5188 CB SER B 174 8713 8278 10767 696 -2472 -1016 C +ATOM 5189 OG SER B 174 35.009 -9.762 21.255 1.00 85.92 O +ANISOU 5189 OG SER B 174 10460 9730 12454 991 -2750 -1028 O +ATOM 5190 N CYS B 175 35.205 -14.265 22.436 1.00 54.00 N +ANISOU 5190 N CYS B 175 6270 6066 8181 108 -2260 -880 N +ATOM 5191 CA CYS B 175 35.447 -15.405 23.307 1.00 53.89 C +ANISOU 5191 CA CYS B 175 6201 6169 8103 -194 -2010 -812 C +ATOM 5192 C CYS B 175 36.671 -16.164 22.822 1.00 50.74 C +ANISOU 5192 C CYS B 175 6192 5642 7443 -243 -1985 -563 C +ATOM 5193 O CYS B 175 36.945 -16.226 21.621 1.00 53.46 O +ANISOU 5193 O CYS B 175 6782 5839 7692 -82 -2210 -486 O +ATOM 5194 CB CYS B 175 34.235 -16.341 23.353 1.00 64.64 C +ANISOU 5194 CB CYS B 175 7261 7637 9664 -362 -2073 -966 C +ATOM 5195 SG CYS B 175 34.001 -17.355 21.872 1.00 56.31 S +ANISOU 5195 SG CYS B 175 6386 6413 8596 -322 -2412 -941 S +ATOM 5196 N TRP B 176 37.406 -16.736 23.773 1.00 52.35 N +ANISOU 5196 N TRP B 176 6453 5920 7519 -449 -1712 -444 N +ATOM 5197 CA TRP B 176 38.538 -17.595 23.461 1.00 61.65 C +ANISOU 5197 CA TRP B 176 7965 7003 8456 -514 -1669 -228 C +ATOM 5198 C TRP B 176 38.164 -19.071 23.392 1.00 83.26 C +ANISOU 5198 C TRP B 176 10683 9740 11211 -720 -1697 -219 C +ATOM 5199 O TRP B 176 39.010 -19.891 23.015 1.00102.30 O +ANISOU 5199 O TRP B 176 13377 12059 13434 -752 -1708 -64 O +ATOM 5200 CB TRP B 176 39.647 -17.419 24.505 1.00 47.24 C +ANISOU 5200 CB TRP B 176 6241 5239 6470 -604 -1381 -100 C +ATOM 5201 CG TRP B 176 40.225 -16.032 24.581 1.00 44.12 C +ANISOU 5201 CG TRP B 176 5904 4806 6054 -423 -1354 -86 C +ATOM 5202 CD1 TRP B 176 39.828 -15.023 25.409 1.00 44.89 C +ANISOU 5202 CD1 TRP B 176 5774 4996 6286 -385 -1263 -231 C +ATOM 5203 CD2 TRP B 176 41.315 -15.510 23.809 1.00 47.92 C +ANISOU 5203 CD2 TRP B 176 6687 5141 6379 -262 -1419 81 C +ATOM 5204 NE1 TRP B 176 40.603 -13.908 25.204 1.00 61.20 N +ANISOU 5204 NE1 TRP B 176 7992 6951 8310 -220 -1286 -167 N +ATOM 5205 CE2 TRP B 176 41.522 -14.181 24.226 1.00 51.82 C +ANISOU 5205 CE2 TRP B 176 7121 5619 6948 -154 -1370 37 C +ATOM 5206 CE3 TRP B 176 42.134 -16.037 22.805 1.00 48.30 C +ANISOU 5206 CE3 TRP B 176 7044 5076 6233 -196 -1510 262 C +ATOM 5207 CZ2 TRP B 176 42.509 -13.371 23.672 1.00 60.55 C +ANISOU 5207 CZ2 TRP B 176 8458 6584 7964 -12 -1405 189 C +ATOM 5208 CZ3 TRP B 176 43.115 -15.229 22.258 1.00 45.77 C +ANISOU 5208 CZ3 TRP B 176 6944 4651 5798 -42 -1524 413 C +ATOM 5209 CH2 TRP B 176 43.293 -13.911 22.693 1.00 55.58 C +ANISOU 5209 CH2 TRP B 176 8113 5863 7141 34 -1469 386 C +ATOM 5210 N GLY B 177 36.936 -19.429 23.732 1.00 70.88 N +ANISOU 5210 N GLY B 177 8790 8267 9875 -858 -1716 -381 N +ATOM 5211 CA GLY B 177 36.539 -20.821 23.786 1.00 61.72 C +ANISOU 5211 CA GLY B 177 7585 7092 8775 -1094 -1729 -368 C +ATOM 5212 C GLY B 177 35.039 -21.001 23.786 1.00 76.57 C +ANISOU 5212 C GLY B 177 9079 9051 10964 -1189 -1837 -577 C +ATOM 5213 O GLY B 177 34.295 -20.150 23.296 1.00 85.73 O +ANISOU 5213 O GLY B 177 10066 10233 12273 -1004 -2014 -747 O +ATOM 5214 N ALA B 178 34.595 -22.126 24.348 1.00 84.47 N +ANISOU 5214 N ALA B 178 9937 10092 12068 -1485 -1732 -558 N +ATOM 5215 CA ALA B 178 33.205 -22.561 24.205 1.00 77.31 C +ANISOU 5215 CA ALA B 178 8670 9231 11474 -1619 -1862 -739 C +ATOM 5216 C ALA B 178 32.288 -21.897 25.231 1.00 89.44 C +ANISOU 5216 C ALA B 178 9765 11020 13198 -1698 -1650 -880 C +ATOM 5217 O ALA B 178 31.472 -21.037 24.886 1.00117.85 O +ANISOU 5217 O ALA B 178 13123 14687 16968 -1522 -1799 -1085 O +ATOM 5218 CB ALA B 178 33.131 -24.088 24.317 1.00 72.61 C +ANISOU 5218 CB ALA B 178 8118 8540 10933 -1919 -1851 -643 C +ATOM 5219 N GLY B 179 32.402 -22.293 26.494 1.00 77.74 N +ANISOU 5219 N GLY B 179 8176 9687 11673 -1946 -1307 -777 N +ATOM 5220 CA GLY B 179 31.487 -21.828 27.513 1.00 77.48 C +ANISOU 5220 CA GLY B 179 7708 9927 11804 -2042 -1081 -908 C +ATOM 5221 C GLY B 179 31.681 -20.355 27.828 1.00 72.89 C +ANISOU 5221 C GLY B 179 7082 9467 11148 -1768 -1019 -1017 C +ATOM 5222 O GLY B 179 32.446 -19.632 27.188 1.00 69.94 O +ANISOU 5222 O GLY B 179 6993 8949 10631 -1511 -1169 -991 O +ATOM 5223 N GLU B 180 30.949 -19.904 28.853 1.00 64.49 N +ANISOU 5223 N GLU B 180 5639 8674 10189 -1828 -789 -1143 N +ATOM 5224 CA GLU B 180 31.171 -18.561 29.376 1.00 91.22 C +ANISOU 5224 CA GLU B 180 8978 12185 13497 -1588 -695 -1253 C +ATOM 5225 C GLU B 180 32.490 -18.469 30.129 1.00 86.79 C +ANISOU 5225 C GLU B 180 8732 11616 12628 -1596 -466 -1063 C +ATOM 5226 O GLU B 180 32.982 -17.360 30.365 1.00 90.00 O +ANISOU 5226 O GLU B 180 9215 12039 12944 -1375 -447 -1124 O +ATOM 5227 CB GLU B 180 30.018 -18.129 30.289 1.00 76.24 C +ANISOU 5227 CB GLU B 180 6581 10607 11782 -1626 -511 -1464 C +ATOM 5228 CG GLU B 180 29.902 -18.893 31.599 1.00 83.45 C +ANISOU 5228 CG GLU B 180 7327 11759 12622 -1930 -120 -1352 C +ATOM 5229 CD GLU B 180 28.896 -18.267 32.542 1.00 96.29 C +ANISOU 5229 CD GLU B 180 8476 13737 14371 -1907 89 -1567 C +ATOM 5230 OE1 GLU B 180 27.821 -17.835 32.074 1.00 97.09 O +ANISOU 5230 OE1 GLU B 180 8242 13909 14740 -1800 -83 -1804 O +ATOM 5231 OE2 GLU B 180 29.190 -18.197 33.754 1.00108.32 O +ANISOU 5231 OE2 GLU B 180 9963 15481 15714 -1975 420 -1510 O +ATOM 5232 N GLU B 181 33.065 -19.610 30.515 1.00 89.46 N +ANISOU 5232 N GLU B 181 9253 11919 12820 -1844 -307 -840 N +ATOM 5233 CA GLU B 181 34.395 -19.613 31.110 1.00 79.01 C +ANISOU 5233 CA GLU B 181 8258 10565 11197 -1837 -132 -656 C +ATOM 5234 C GLU B 181 35.392 -18.903 30.206 1.00 67.88 C +ANISOU 5234 C GLU B 181 7192 8931 9671 -1577 -348 -619 C +ATOM 5235 O GLU B 181 36.285 -18.193 30.684 1.00 69.40 O +ANISOU 5235 O GLU B 181 7537 9137 9694 -1457 -245 -584 O +ATOM 5236 CB GLU B 181 34.855 -21.050 31.371 1.00 88.92 C +ANISOU 5236 CB GLU B 181 9703 11752 12330 -2115 -14 -419 C +ATOM 5237 CG GLU B 181 33.990 -21.836 32.349 1.00112.82 C +ANISOU 5237 CG GLU B 181 12427 14989 15449 -2412 242 -392 C +ATOM 5238 CD GLU B 181 32.768 -22.456 31.695 1.00134.30 C +ANISOU 5238 CD GLU B 181 14876 17671 18480 -2562 81 -482 C +ATOM 5239 OE1 GLU B 181 32.885 -22.944 30.551 1.00138.13 O +ANISOU 5239 OE1 GLU B 181 15547 17902 19033 -2538 -209 -458 O +ATOM 5240 OE2 GLU B 181 31.690 -22.453 32.327 1.00140.82 O +ANISOU 5240 OE2 GLU B 181 15292 18731 19481 -2699 242 -585 O +ATOM 5241 N ASN B 182 35.248 -19.077 28.892 1.00 68.25 N +ANISOU 5241 N ASN B 182 7356 8772 9805 -1486 -650 -625 N +ATOM 5242 CA ASN B 182 36.189 -18.545 27.917 1.00 65.78 C +ANISOU 5242 CA ASN B 182 7385 8245 9363 -1256 -850 -549 C +ATOM 5243 C ASN B 182 35.691 -17.259 27.266 1.00 64.25 C +ANISOU 5243 C ASN B 182 7087 8013 9313 -979 -1061 -726 C +ATOM 5244 O ASN B 182 36.087 -16.941 26.141 1.00 51.85 O +ANISOU 5244 O ASN B 182 5752 6251 7698 -791 -1296 -677 O +ATOM 5245 CB ASN B 182 36.484 -19.601 26.853 1.00 69.24 C +ANISOU 5245 CB ASN B 182 8079 8482 9748 -1303 -1048 -422 C +ATOM 5246 CG ASN B 182 37.019 -20.888 27.444 1.00 75.43 C +ANISOU 5246 CG ASN B 182 9001 9264 10396 -1559 -871 -243 C +ATOM 5247 OD1 ASN B 182 36.298 -21.618 28.124 1.00 92.56 O +ANISOU 5247 OD1 ASN B 182 10947 11544 12677 -1798 -737 -258 O +ATOM 5248 ND2 ASN B 182 38.287 -21.178 27.181 1.00 68.49 N +ANISOU 5248 ND2 ASN B 182 8488 8257 9277 -1509 -869 -64 N +ATOM 5249 N CYS B 183 34.820 -16.517 27.946 1.00 69.50 N +ANISOU 5249 N CYS B 183 7407 8860 10141 -937 -983 -928 N +ATOM 5250 CA CYS B 183 34.468 -15.180 27.486 1.00 57.51 C +ANISOU 5250 CA CYS B 183 5812 7294 8743 -650 -1169 -1095 C +ATOM 5251 C CYS B 183 35.625 -14.229 27.761 1.00 62.76 C +ANISOU 5251 C CYS B 183 6722 7876 9247 -504 -1099 -1011 C +ATOM 5252 O CYS B 183 36.203 -14.238 28.853 1.00 68.76 O +ANISOU 5252 O CYS B 183 7490 8754 9881 -605 -841 -966 O +ATOM 5253 CB CYS B 183 33.203 -14.685 28.187 1.00 58.15 C +ANISOU 5253 CB CYS B 183 5438 7610 9047 -634 -1104 -1358 C +ATOM 5254 SG CYS B 183 31.641 -15.327 27.537 1.00 81.59 S +ANISOU 5254 SG CYS B 183 8052 10643 12305 -704 -1302 -1533 S +ATOM 5255 N GLN B 184 35.971 -13.411 26.770 1.00 74.43 N +ANISOU 5255 N GLN B 184 8403 9148 10729 -269 -1332 -984 N +ATOM 5256 CA GLN B 184 37.093 -12.499 26.934 1.00 50.50 C +ANISOU 5256 CA GLN B 184 5605 6005 7578 -148 -1283 -888 C +ATOM 5257 C GLN B 184 36.800 -11.491 28.036 1.00 51.61 C +ANISOU 5257 C GLN B 184 5510 6282 7817 -74 -1157 -1085 C +ATOM 5258 O GLN B 184 35.783 -10.792 28.002 1.00 74.87 O +ANISOU 5258 O GLN B 184 8204 9279 10963 72 -1276 -1307 O +ATOM 5259 CB GLN B 184 37.396 -11.768 25.625 1.00 50.25 C +ANISOU 5259 CB GLN B 184 5814 5723 7553 88 -1558 -811 C +ATOM 5260 CG GLN B 184 38.485 -10.707 25.772 1.00 48.89 C +ANISOU 5260 CG GLN B 184 5850 5415 7310 204 -1518 -713 C +ATOM 5261 CD GLN B 184 38.752 -9.945 24.494 1.00 69.29 C +ANISOU 5261 CD GLN B 184 8670 7754 9903 428 -1769 -606 C +ATOM 5262 OE1 GLN B 184 38.051 -10.110 23.497 1.00 67.18 O +ANISOU 5262 OE1 GLN B 184 8407 7427 9691 537 -1996 -633 O +ATOM 5263 NE2 GLN B 184 39.769 -9.091 24.523 1.00 72.04 N +ANISOU 5263 NE2 GLN B 184 9215 7957 10200 497 -1735 -482 N +ATOM 5264 N LYS B 185 37.703 -11.411 29.008 1.00 54.30 N +ANISOU 5264 N LYS B 185 5934 6686 8012 -156 -932 -1021 N +ATOM 5265 CA LYS B 185 37.612 -10.403 30.054 1.00 58.33 C +ANISOU 5265 CA LYS B 185 6270 7308 8583 -59 -827 -1211 C +ATOM 5266 C LYS B 185 38.222 -9.101 29.547 1.00 57.61 C +ANISOU 5266 C LYS B 185 6363 6972 8552 166 -1004 -1205 C +ATOM 5267 O LYS B 185 39.383 -9.075 29.125 1.00 54.02 O +ANISOU 5267 O LYS B 185 6214 6339 7973 152 -1018 -991 O +ATOM 5268 CB LYS B 185 38.326 -10.877 31.317 1.00 60.71 C +ANISOU 5268 CB LYS B 185 6593 7783 8693 -227 -531 -1155 C +ATOM 5269 CG LYS B 185 37.886 -12.246 31.803 1.00 54.93 C +ANISOU 5269 CG LYS B 185 5739 7256 7877 -477 -341 -1094 C +ATOM 5270 CD LYS B 185 38.630 -12.646 33.064 1.00 66.94 C +ANISOU 5270 CD LYS B 185 7311 8942 9183 -612 -59 -1027 C +ATOM 5271 CE LYS B 185 38.282 -14.062 33.495 1.00 60.99 C +ANISOU 5271 CE LYS B 185 6487 8351 8335 -874 127 -914 C +ATOM 5272 NZ LYS B 185 38.815 -15.082 32.551 1.00 53.45 N +ANISOU 5272 NZ LYS B 185 5802 7201 7304 -990 26 -678 N +ATOM 5273 N LEU B 186 37.439 -8.027 29.579 1.00 59.88 N +ANISOU 5273 N LEU B 186 6463 7248 9042 371 -1141 -1435 N +ATOM 5274 CA LEU B 186 37.894 -6.707 29.163 1.00 53.98 C +ANISOU 5274 CA LEU B 186 5870 6247 8393 589 -1324 -1445 C +ATOM 5275 C LEU B 186 38.285 -5.906 30.397 1.00 53.41 C +ANISOU 5275 C LEU B 186 5714 6245 8333 633 -1191 -1604 C +ATOM 5276 O LEU B 186 37.504 -5.807 31.349 1.00 55.17 O +ANISOU 5276 O LEU B 186 5640 6713 8610 657 -1083 -1852 O +ATOM 5277 CB LEU B 186 36.803 -5.977 28.380 1.00 62.12 C +ANISOU 5277 CB LEU B 186 6774 7183 9647 821 -1601 -1607 C +ATOM 5278 CG LEU B 186 36.334 -6.655 27.090 1.00 65.44 C +ANISOU 5278 CG LEU B 186 7273 7524 10067 825 -1786 -1489 C +ATOM 5279 CD1 LEU B 186 34.981 -6.102 26.674 1.00 67.21 C +ANISOU 5279 CD1 LEU B 186 7250 7766 10521 1037 -2020 -1735 C +ATOM 5280 CD2 LEU B 186 37.356 -6.463 25.984 1.00 53.99 C +ANISOU 5280 CD2 LEU B 186 6221 5784 8509 879 -1918 -1202 C +ATOM 5281 N THR B 187 39.494 -5.337 30.378 1.00 51.98 N +ANISOU 5281 N THR B 187 5787 5860 8102 648 -1200 -1468 N +ATOM 5282 CA THR B 187 40.007 -4.623 31.541 1.00 52.27 C +ANISOU 5282 CA THR B 187 5774 5945 8143 682 -1093 -1617 C +ATOM 5283 C THR B 187 40.673 -3.299 31.184 1.00 56.72 C +ANISOU 5283 C THR B 187 6514 6182 8855 841 -1281 -1602 C +ATOM 5284 O THR B 187 41.356 -2.723 32.040 1.00 58.05 O +ANISOU 5284 O THR B 187 6697 6332 9026 851 -1217 -1689 O +ATOM 5285 CB THR B 187 41.005 -5.499 32.308 1.00 50.12 C +ANISOU 5285 CB THR B 187 5602 5813 7626 467 -840 -1476 C +ATOM 5286 OG1 THR B 187 41.962 -6.049 31.393 1.00 49.65 O +ANISOU 5286 OG1 THR B 187 5837 5576 7450 358 -863 -1159 O +ATOM 5287 CG2 THR B 187 40.283 -6.624 33.035 1.00 50.47 C +ANISOU 5287 CG2 THR B 187 5432 6200 7546 319 -625 -1542 C +ATOM 5288 N LYS B 188 40.500 -2.795 29.962 1.00 64.91 N +ANISOU 5288 N LYS B 188 7688 6956 10017 965 -1516 -1491 N +ATOM 5289 CA LYS B 188 41.123 -1.536 29.567 1.00 78.00 C +ANISOU 5289 CA LYS B 188 9529 8276 11832 1099 -1695 -1438 C +ATOM 5290 C LYS B 188 40.140 -0.624 28.844 1.00 83.06 C +ANISOU 5290 C LYS B 188 10120 8740 12699 1350 -1975 -1561 C +ATOM 5291 O LYS B 188 39.902 0.508 29.277 1.00 69.00 O +ANISOU 5291 O LYS B 188 8261 6840 11116 1525 -2101 -1777 O +ATOM 5292 CB LYS B 188 42.341 -1.798 28.678 1.00 68.11 C +ANISOU 5292 CB LYS B 188 8602 6816 10461 979 -1685 -1064 C +ATOM 5293 CG LYS B 188 42.892 -0.543 28.011 1.00 53.13 C +ANISOU 5293 CG LYS B 188 6907 4540 8740 1101 -1881 -944 C +ATOM 5294 CD LYS B 188 44.286 -0.763 27.443 1.00 53.19 C +ANISOU 5294 CD LYS B 188 7192 4396 8621 951 -1800 -591 C +ATOM 5295 CE LYS B 188 44.248 -1.086 25.960 1.00 51.42 C +ANISOU 5295 CE LYS B 188 7179 4050 8310 989 -1906 -306 C +ATOM 5296 NZ LYS B 188 45.612 -1.320 25.411 1.00 55.05 N +ANISOU 5296 NZ LYS B 188 7888 4399 8628 852 -1803 36 N +ATOM 5297 N ILE B 189 39.565 -1.110 27.742 1.00 80.94 N +ANISOU 5297 N ILE B 189 9902 8448 12403 1385 -2094 -1437 N +ATOM 5298 CA ILE B 189 38.729 -0.256 26.902 1.00 71.87 C +ANISOU 5298 CA ILE B 189 8756 7103 11450 1640 -2390 -1514 C +ATOM 5299 C ILE B 189 37.423 0.100 27.602 1.00 62.35 C +ANISOU 5299 C ILE B 189 7194 6088 10410 1805 -2451 -1909 C +ATOM 5300 O ILE B 189 36.835 1.154 27.328 1.00 69.04 O +ANISOU 5300 O ILE B 189 8008 6757 11467 2057 -2695 -2063 O +ATOM 5301 CB ILE B 189 38.467 -0.929 25.540 1.00 62.33 C +ANISOU 5301 CB ILE B 189 7698 5843 10141 1649 -2512 -1292 C +ATOM 5302 CG1 ILE B 189 37.905 -2.344 25.723 1.00 59.88 C +ANISOU 5302 CG1 ILE B 189 7204 5860 9689 1485 -2361 -1339 C +ATOM 5303 CG2 ILE B 189 39.746 -0.955 24.715 1.00 67.41 C +ANISOU 5303 CG2 ILE B 189 8713 6255 10646 1562 -2495 -907 C +ATOM 5304 CD1 ILE B 189 37.436 -2.983 24.429 1.00 68.84 C +ANISOU 5304 CD1 ILE B 189 8440 6959 10756 1530 -2528 -1203 C +ATOM 5305 N ILE B 190 36.944 -0.753 28.505 1.00 61.31 N +ANISOU 5305 N ILE B 190 6789 6318 10189 1675 -2232 -2074 N +ATOM 5306 CA ILE B 190 35.662 -0.525 29.165 1.00 63.93 C +ANISOU 5306 CA ILE B 190 6744 6888 10659 1819 -2253 -2443 C +ATOM 5307 C ILE B 190 35.860 0.307 30.425 1.00 65.03 C +ANISOU 5307 C ILE B 190 6760 7084 10864 1904 -2171 -2697 C +ATOM 5308 O ILE B 190 34.917 0.518 31.194 1.00 67.28 O +ANISOU 5308 O ILE B 190 6717 7614 11231 2025 -2137 -3025 O +ATOM 5309 CB ILE B 190 34.963 -1.854 29.503 1.00 70.75 C +ANISOU 5309 CB ILE B 190 7350 8126 11404 1632 -2048 -2489 C +ATOM 5310 CG1 ILE B 190 35.767 -2.647 30.543 1.00 66.58 C +ANISOU 5310 CG1 ILE B 190 6834 7805 10658 1372 -1714 -2401 C +ATOM 5311 CG2 ILE B 190 34.774 -2.685 28.242 1.00 79.53 C +ANISOU 5311 CG2 ILE B 190 8591 9164 12463 1560 -2163 -2266 C +ATOM 5312 CD1 ILE B 190 34.981 -3.756 31.197 1.00 66.22 C +ANISOU 5312 CD1 ILE B 190 6486 8146 10530 1204 -1487 -2497 C +ATOM 5313 N CYS B 191 37.082 0.779 30.649 1.00 70.85 N +ANISOU 5313 N CYS B 191 7744 7609 11566 1847 -2140 -2559 N +ATOM 5314 CA CYS B 191 37.404 1.462 31.889 1.00 70.64 C +ANISOU 5314 CA CYS B 191 7623 7641 11577 1907 -2059 -2798 C +ATOM 5315 C CYS B 191 36.923 2.905 31.855 1.00 81.75 C +ANISOU 5315 C CYS B 191 8987 8815 13259 2219 -2341 -3053 C +ATOM 5316 O CYS B 191 36.884 3.549 30.802 1.00 80.17 O +ANISOU 5316 O CYS B 191 8970 8278 13212 2349 -2602 -2931 O +ATOM 5317 CB CYS B 191 38.911 1.424 32.142 1.00 63.96 C +ANISOU 5317 CB CYS B 191 7042 6646 10614 1726 -1944 -2572 C +ATOM 5318 SG CYS B 191 39.588 -0.243 32.231 1.00 59.12 S +ANISOU 5318 SG CYS B 191 6507 6282 9673 1385 -1632 -2280 S +ATOM 5319 N ALA B 192 36.550 3.408 33.027 1.00 79.69 N +ANISOU 5319 N ALA B 192 8492 8739 13049 2353 -2290 -3411 N +ATOM 5320 CA ALA B 192 36.118 4.789 33.143 1.00 75.52 C +ANISOU 5320 CA ALA B 192 7914 7997 12784 2668 -2560 -3699 C +ATOM 5321 C ALA B 192 37.225 5.728 32.676 1.00 75.91 C +ANISOU 5321 C ALA B 192 8313 7555 12976 2679 -2751 -3511 C +ATOM 5322 O ALA B 192 38.411 5.385 32.675 1.00 71.95 O +ANISOU 5322 O ALA B 192 8027 6957 12353 2447 -2622 -3244 O +ATOM 5323 CB ALA B 192 35.736 5.106 34.588 1.00 74.82 C +ANISOU 5323 CB ALA B 192 7539 8210 12678 2798 -2441 -4113 C +ATOM 5324 N GLN B 193 36.823 6.934 32.268 1.00 78.25 N +ANISOU 5324 N GLN B 193 8658 7531 13543 2952 -3069 -3651 N +ATOM 5325 CA GLN B 193 37.801 7.956 31.917 1.00 87.20 C +ANISOU 5325 CA GLN B 193 10100 8174 14858 2971 -3264 -3498 C +ATOM 5326 C GLN B 193 38.756 8.247 33.068 1.00 87.24 C +ANISOU 5326 C GLN B 193 10116 8184 14847 2880 -3146 -3624 C +ATOM 5327 O GLN B 193 39.838 8.798 32.837 1.00 97.07 O +ANISOU 5327 O GLN B 193 11617 9067 16199 2783 -3227 -3425 O +ATOM 5328 CB GLN B 193 37.095 9.247 31.498 1.00 95.09 C +ANISOU 5328 CB GLN B 193 11122 8914 16095 3238 -3597 -3640 C +ATOM 5329 CG GLN B 193 36.424 9.189 30.134 1.00 98.36 C +ANISOU 5329 CG GLN B 193 11637 9212 16521 3306 -3769 -3425 C +ATOM 5330 CD GLN B 193 35.929 10.548 29.675 1.00121.21 C +ANISOU 5330 CD GLN B 193 14626 11872 19558 3468 -4061 -3463 C +ATOM 5331 OE1 GLN B 193 35.386 11.323 30.463 1.00125.99 O +ANISOU 5331 OE1 GLN B 193 15057 12558 20257 3628 -4153 -3807 O +ATOM 5332 NE2 GLN B 193 36.122 10.847 28.396 1.00130.77 N +ANISOU 5332 NE2 GLN B 193 16120 12801 20767 3431 -4202 -3109 N +ATOM 5333 N GLN B 194 38.383 7.884 34.298 1.00 80.96 N +ANISOU 5333 N GLN B 194 9043 7800 13916 2910 -2956 -3945 N +ATOM 5334 CA GLN B 194 39.206 8.192 35.460 1.00 75.89 C +ANISOU 5334 CA GLN B 194 8398 7192 13244 2870 -2870 -4118 C +ATOM 5335 C GLN B 194 40.435 7.299 35.575 1.00 72.36 C +ANISOU 5335 C GLN B 194 8109 6815 12569 2533 -2621 -3799 C +ATOM 5336 O GLN B 194 41.378 7.666 36.280 1.00 72.31 O +ANISOU 5336 O GLN B 194 8178 6716 12580 2477 -2607 -3862 O +ATOM 5337 CB GLN B 194 38.378 8.068 36.741 1.00 77.66 C +ANISOU 5337 CB GLN B 194 8279 7872 13355 3036 -2735 -4561 C +ATOM 5338 CG GLN B 194 37.412 9.220 36.989 1.00 85.73 C +ANISOU 5338 CG GLN B 194 9145 8848 14581 3366 -2987 -4930 C +ATOM 5339 CD GLN B 194 36.036 8.983 36.397 1.00 90.93 C +ANISOU 5339 CD GLN B 194 9597 9680 15272 3513 -3037 -5006 C +ATOM 5340 OE1 GLN B 194 35.684 7.860 36.041 1.00 86.80 O +ANISOU 5340 OE1 GLN B 194 8973 9398 14610 3390 -2847 -4864 O +ATOM 5341 NE2 GLN B 194 35.246 10.044 36.298 1.00106.59 N +ANISOU 5341 NE2 GLN B 194 11523 11585 17392 3712 -3289 -5182 N +ATOM 5342 N CYS B 195 40.453 6.142 34.918 1.00 70.71 N +ANISOU 5342 N CYS B 195 7947 6765 12155 2321 -2441 -3479 N +ATOM 5343 CA CYS B 195 41.546 5.192 35.086 1.00 66.40 C +ANISOU 5343 CA CYS B 195 7528 6332 11369 2023 -2196 -3205 C +ATOM 5344 C CYS B 195 42.686 5.530 34.133 1.00 71.20 C +ANISOU 5344 C CYS B 195 8454 6515 12083 1884 -2304 -2837 C +ATOM 5345 O CYS B 195 42.479 5.633 32.920 1.00 72.95 O +ANISOU 5345 O CYS B 195 8817 6511 12388 1901 -2436 -2599 O +ATOM 5346 CB CYS B 195 41.078 3.756 34.839 1.00 64.73 C +ANISOU 5346 CB CYS B 195 7228 6474 10891 1858 -1959 -3036 C +ATOM 5347 SG CYS B 195 39.519 3.253 35.628 1.00 77.15 S +ANISOU 5347 SG CYS B 195 8402 8545 12368 1990 -1823 -3387 S +ATOM 5348 N SER B 196 43.891 5.697 34.686 1.00 80.04 N +ANISOU 5348 N SER B 196 9677 7542 13191 1752 -2245 -2793 N +ATOM 5349 CA SER B 196 45.086 5.856 33.865 1.00 73.37 C +ANISOU 5349 CA SER B 196 9103 6360 12416 1574 -2284 -2419 C +ATOM 5350 C SER B 196 45.655 4.522 33.406 1.00 77.02 C +ANISOU 5350 C SER B 196 9660 7017 12586 1324 -2042 -2073 C +ATOM 5351 O SER B 196 46.481 4.499 32.487 1.00 71.15 O +ANISOU 5351 O SER B 196 9133 6040 11862 1189 -2055 -1722 O +ATOM 5352 CB SER B 196 46.161 6.627 34.633 1.00 76.80 C +ANISOU 5352 CB SER B 196 9585 6599 12996 1533 -2343 -2531 C +ATOM 5353 OG SER B 196 45.773 7.974 34.833 1.00105.69 O +ANISOU 5353 OG SER B 196 13216 9966 16975 1759 -2620 -2802 O +ATOM 5354 N GLY B 197 45.239 3.418 34.025 1.00 76.20 N +ANISOU 5354 N GLY B 197 9403 7334 12215 1264 -1821 -2160 N +ATOM 5355 CA GLY B 197 45.707 2.101 33.646 1.00 69.52 C +ANISOU 5355 CA GLY B 197 8645 6673 11095 1045 -1606 -1861 C +ATOM 5356 C GLY B 197 44.576 1.121 33.408 1.00 82.89 C +ANISOU 5356 C GLY B 197 10208 8656 12629 1052 -1510 -1871 C +ATOM 5357 O GLY B 197 43.667 1.391 32.618 1.00 95.83 O +ANISOU 5357 O GLY B 197 11822 10202 14388 1181 -1662 -1877 O +ATOM 5358 N ARG B 198 44.623 -0.020 34.091 1.00 84.35 N +ANISOU 5358 N ARG B 198 10309 9186 12553 914 -1269 -1872 N +ATOM 5359 CA ARG B 198 43.629 -1.069 33.926 1.00 70.16 C +ANISOU 5359 CA ARG B 198 8382 7666 10611 873 -1156 -1861 C +ATOM 5360 C ARG B 198 42.498 -0.882 34.937 1.00 68.92 C +ANISOU 5360 C ARG B 198 7921 7787 10478 1011 -1109 -2228 C +ATOM 5361 O ARG B 198 42.495 0.054 35.740 1.00 84.19 O +ANISOU 5361 O ARG B 198 9763 9703 12522 1162 -1173 -2500 O +ATOM 5362 CB ARG B 198 44.292 -2.438 34.067 1.00 68.69 C +ANISOU 5362 CB ARG B 198 8286 7674 10139 639 -924 -1634 C +ATOM 5363 CG ARG B 198 45.300 -2.738 32.966 1.00 71.68 C +ANISOU 5363 CG ARG B 198 8941 7821 10472 520 -960 -1274 C +ATOM 5364 CD ARG B 198 44.723 -3.700 31.944 1.00 72.14 C +ANISOU 5364 CD ARG B 198 9046 7927 10438 461 -960 -1085 C +ATOM 5365 NE ARG B 198 45.391 -3.610 30.649 1.00 66.46 N +ANISOU 5365 NE ARG B 198 8577 6942 9731 445 -1070 -786 N +ATOM 5366 CZ ARG B 198 45.006 -4.279 29.566 1.00 60.57 C +ANISOU 5366 CZ ARG B 198 7918 6179 8915 432 -1123 -612 C +ATOM 5367 NH1 ARG B 198 43.957 -5.090 29.622 1.00 45.86 N +ANISOU 5367 NH1 ARG B 198 5901 4526 6998 414 -1089 -710 N +ATOM 5368 NH2 ARG B 198 45.668 -4.140 28.426 1.00 71.41 N +ANISOU 5368 NH2 ARG B 198 9528 7331 10273 439 -1211 -342 N +ATOM 5369 N CYS B 199 41.518 -1.784 34.901 1.00 63.00 N +ANISOU 5369 N CYS B 199 7002 7306 9628 964 -997 -2245 N +ATOM 5370 CA CYS B 199 40.353 -1.656 35.767 1.00 61.60 C +ANISOU 5370 CA CYS B 199 6505 7425 9474 1091 -931 -2576 C +ATOM 5371 C CYS B 199 39.658 -3.003 35.896 1.00 65.89 C +ANISOU 5371 C CYS B 199 6895 8299 9841 922 -715 -2501 C +ATOM 5372 O CYS B 199 39.894 -3.926 35.112 1.00 63.64 O +ANISOU 5372 O CYS B 199 6752 7959 9467 749 -685 -2221 O +ATOM 5373 CB CYS B 199 39.371 -0.610 35.228 1.00 60.01 C +ANISOU 5373 CB CYS B 199 6181 7070 9550 1345 -1189 -2782 C +ATOM 5374 SG CYS B 199 38.521 -1.116 33.719 1.00 63.29 S +ANISOU 5374 SG CYS B 199 6609 7385 10052 1333 -1336 -2597 S +ATOM 5375 N ARG B 200 38.791 -3.096 36.906 1.00 67.95 N +ANISOU 5375 N ARG B 200 6859 8904 10055 980 -565 -2761 N +ATOM 5376 CA ARG B 200 37.940 -4.261 37.107 1.00 62.78 C +ANISOU 5376 CA ARG B 200 5999 8574 9281 825 -358 -2723 C +ATOM 5377 C ARG B 200 36.623 -4.173 36.352 1.00 63.58 C +ANISOU 5377 C ARG B 200 5877 8692 9589 919 -499 -2829 C +ATOM 5378 O ARG B 200 36.010 -5.211 36.079 1.00 76.86 O +ANISOU 5378 O ARG B 200 7445 10531 11229 752 -396 -2721 O +ATOM 5379 CB ARG B 200 37.626 -4.439 38.595 1.00 69.75 C +ANISOU 5379 CB ARG B 200 6651 9858 9993 832 -95 -2932 C +ATOM 5380 CG ARG B 200 38.717 -5.097 39.409 1.00 64.54 C +ANISOU 5380 CG ARG B 200 6171 9301 9050 667 120 -2776 C +ATOM 5381 CD ARG B 200 38.368 -5.072 40.887 1.00 75.57 C +ANISOU 5381 CD ARG B 200 7348 11094 10271 735 352 -3014 C +ATOM 5382 NE ARG B 200 38.321 -3.708 41.405 1.00 82.01 N +ANISOU 5382 NE ARG B 200 8080 11873 11207 1026 209 -3356 N +ATOM 5383 CZ ARG B 200 37.891 -3.377 42.619 1.00 95.72 C +ANISOU 5383 CZ ARG B 200 9601 13941 12829 1177 351 -3647 C +ATOM 5384 NH1 ARG B 200 37.460 -4.312 43.458 1.00101.49 N +ANISOU 5384 NH1 ARG B 200 10172 15080 13311 1053 666 -3612 N +ATOM 5385 NH2 ARG B 200 37.887 -2.106 42.995 1.00104.13 N +ANISOU 5385 NH2 ARG B 200 10614 14927 14026 1459 176 -3972 N +ATOM 5386 N GLY B 201 36.180 -2.970 36.014 1.00 65.78 N +ANISOU 5386 N GLY B 201 6091 8801 10100 1183 -745 -3044 N +ATOM 5387 CA GLY B 201 34.862 -2.792 35.447 1.00 65.56 C +ANISOU 5387 CA GLY B 201 5811 8828 10272 1317 -889 -3205 C +ATOM 5388 C GLY B 201 34.640 -1.358 35.022 1.00 72.12 C +ANISOU 5388 C GLY B 201 6663 9388 11351 1630 -1201 -3407 C +ATOM 5389 O GLY B 201 35.577 -0.565 34.921 1.00 80.01 O +ANISOU 5389 O GLY B 201 7920 10088 12390 1705 -1330 -3354 O +ATOM 5390 N LYS B 202 33.369 -1.034 34.785 1.00 78.05 N +ANISOU 5390 N LYS B 202 7127 10243 12285 1812 -1327 -3643 N +ATOM 5391 CA LYS B 202 32.999 0.246 34.194 1.00 72.15 C +ANISOU 5391 CA LYS B 202 6403 9216 11794 2125 -1666 -3820 C +ATOM 5392 C LYS B 202 32.946 1.388 35.202 1.00 74.52 C +ANISOU 5392 C LYS B 202 6584 9556 12174 2378 -1701 -4170 C +ATOM 5393 O LYS B 202 32.763 2.540 34.792 1.00 76.31 O +ANISOU 5393 O LYS B 202 6868 9505 12623 2649 -1998 -4320 O +ATOM 5394 CB LYS B 202 31.641 0.118 33.499 1.00 74.41 C +ANISOU 5394 CB LYS B 202 6424 9601 12250 2242 -1816 -3951 C +ATOM 5395 CG LYS B 202 31.507 -1.110 32.600 1.00 72.64 C +ANISOU 5395 CG LYS B 202 6254 9395 11952 1999 -1782 -3668 C +ATOM 5396 CD LYS B 202 31.270 -0.724 31.150 1.00 85.81 C +ANISOU 5396 CD LYS B 202 8094 10729 13780 2151 -2136 -3568 C +ATOM 5397 CE LYS B 202 31.251 -1.948 30.244 1.00 82.44 C +ANISOU 5397 CE LYS B 202 7759 10303 13260 1922 -2122 -3294 C +ATOM 5398 NZ LYS B 202 30.103 -2.853 30.524 1.00 72.84 N +ANISOU 5398 NZ LYS B 202 6141 9454 12079 1809 -1991 -3440 N +ATOM 5399 N SER B 203 33.103 1.111 36.494 1.00 74.80 N +ANISOU 5399 N SER B 203 6472 9919 12030 2313 -1422 -4305 N +ATOM 5400 CA SER B 203 32.974 2.150 37.504 1.00 86.88 C +ANISOU 5400 CA SER B 203 7865 11532 13614 2579 -1455 -4679 C +ATOM 5401 C SER B 203 34.307 2.847 37.746 1.00 94.84 C +ANISOU 5401 C SER B 203 9206 12218 14612 2590 -1545 -4613 C +ATOM 5402 O SER B 203 35.372 2.306 37.436 1.00 87.89 O +ANISOU 5402 O SER B 203 8609 11176 13607 2345 -1473 -4278 O +ATOM 5403 CB SER B 203 32.461 1.551 38.812 1.00 94.97 C +ANISOU 5403 CB SER B 203 8560 13095 14427 2532 -1109 -4874 C +ATOM 5404 OG SER B 203 32.554 2.486 39.873 1.00107.16 O +ANISOU 5404 OG SER B 203 10023 14730 15963 2782 -1121 -5221 O +ATOM 5405 N PRO B 204 34.285 4.067 38.294 1.00106.58 N +ANISOU 5405 N PRO B 204 10657 13596 16242 2877 -1717 -4941 N +ATOM 5406 CA PRO B 204 35.554 4.704 38.677 1.00100.37 C +ANISOU 5406 CA PRO B 204 10149 12531 15457 2870 -1790 -4912 C +ATOM 5407 C PRO B 204 36.223 4.036 39.866 1.00 82.64 C +ANISOU 5407 C PRO B 204 7888 10603 12908 2707 -1478 -4912 C +ATOM 5408 O PRO B 204 37.458 4.048 39.951 1.00 82.25 O +ANISOU 5408 O PRO B 204 8107 10348 12798 2565 -1476 -4732 O +ATOM 5409 CB PRO B 204 35.144 6.151 38.990 1.00 81.19 C +ANISOU 5409 CB PRO B 204 7640 9929 13279 3247 -2073 -5317 C +ATOM 5410 CG PRO B 204 33.825 6.338 38.310 1.00 83.40 C +ANISOU 5410 CG PRO B 204 7703 10250 13736 3439 -2224 -5448 C +ATOM 5411 CD PRO B 204 33.156 5.006 38.387 1.00 93.09 C +ANISOU 5411 CD PRO B 204 8689 11929 14750 3234 -1917 -5337 C +ATOM 5412 N SER B 205 35.452 3.456 40.788 1.00 91.70 N +ANISOU 5412 N SER B 205 8727 12255 13862 2725 -1214 -5102 N +ATOM 5413 CA SER B 205 36.041 2.653 41.852 1.00 94.20 C +ANISOU 5413 CA SER B 205 9047 12898 13848 2551 -895 -5044 C +ATOM 5414 C SER B 205 36.588 1.328 41.346 1.00 92.33 C +ANISOU 5414 C SER B 205 8976 12676 13430 2182 -701 -4597 C +ATOM 5415 O SER B 205 37.171 0.579 42.138 1.00104.06 O +ANISOU 5415 O SER B 205 10510 14393 14635 2018 -448 -4496 O +ATOM 5416 CB SER B 205 35.015 2.380 42.956 1.00102.13 C +ANISOU 5416 CB SER B 205 9672 14454 14678 2671 -644 -5342 C +ATOM 5417 OG SER B 205 34.003 1.497 42.513 1.00110.21 O +ANISOU 5417 OG SER B 205 10466 15720 15689 2539 -491 -5223 O +ATOM 5418 N ASP B 206 36.403 1.017 40.065 1.00 82.17 N +ANISOU 5418 N ASP B 206 7783 11153 12284 2069 -824 -4339 N +ATOM 5419 CA ASP B 206 36.932 -0.205 39.482 1.00 86.77 C +ANISOU 5419 CA ASP B 206 8543 11714 12713 1745 -680 -3929 C +ATOM 5420 C ASP B 206 38.352 -0.048 38.955 1.00 86.20 C +ANISOU 5420 C ASP B 206 8851 11254 12647 1629 -794 -3660 C +ATOM 5421 O ASP B 206 38.952 -1.047 38.546 1.00 72.18 O +ANISOU 5421 O ASP B 206 7245 9460 10719 1376 -673 -3331 O +ATOM 5422 CB ASP B 206 36.029 -0.681 38.340 1.00 88.89 C +ANISOU 5422 CB ASP B 206 8724 11939 13113 1690 -761 -3796 C +ATOM 5423 CG ASP B 206 34.707 -1.239 38.827 1.00 86.35 C +ANISOU 5423 CG ASP B 206 8008 12050 12750 1696 -575 -3973 C +ATOM 5424 OD1 ASP B 206 34.634 -1.678 39.994 1.00 87.57 O +ANISOU 5424 OD1 ASP B 206 8008 12576 12691 1641 -295 -4069 O +ATOM 5425 OD2 ASP B 206 33.740 -1.247 38.035 1.00 83.82 O +ANISOU 5425 OD2 ASP B 206 7529 11708 12610 1756 -708 -4011 O +ATOM 5426 N CYS B 207 38.898 1.166 38.945 1.00 84.19 N +ANISOU 5426 N CYS B 207 8725 10689 12574 1803 -1025 -3792 N +ATOM 5427 CA CYS B 207 40.243 1.368 38.430 1.00 70.05 C +ANISOU 5427 CA CYS B 207 7265 8533 10818 1682 -1128 -3533 C +ATOM 5428 C CYS B 207 41.251 0.562 39.246 1.00 62.18 C +ANISOU 5428 C CYS B 207 6367 7722 9538 1482 -886 -3408 C +ATOM 5429 O CYS B 207 41.019 0.214 40.407 1.00 62.93 O +ANISOU 5429 O CYS B 207 6298 8180 9432 1503 -686 -3593 O +ATOM 5430 CB CYS B 207 40.631 2.848 38.465 1.00 72.07 C +ANISOU 5430 CB CYS B 207 7609 8436 11338 1895 -1408 -3729 C +ATOM 5431 SG CYS B 207 39.588 3.994 37.518 1.00 68.53 S +ANISOU 5431 SG CYS B 207 7100 7688 11248 2174 -1750 -3881 S +ATOM 5432 N CYS B 208 42.387 0.270 38.621 1.00 59.33 N +ANISOU 5432 N CYS B 208 6277 7116 9149 1299 -906 -3089 N +ATOM 5433 CA CYS B 208 43.468 -0.470 39.251 1.00 76.02 C +ANISOU 5433 CA CYS B 208 8515 9354 11013 1117 -717 -2946 C +ATOM 5434 C CYS B 208 44.638 0.460 39.545 1.00 72.21 C +ANISOU 5434 C CYS B 208 8184 8605 10647 1163 -862 -3009 C +ATOM 5435 O CYS B 208 44.818 1.487 38.884 1.00 82.96 O +ANISOU 5435 O CYS B 208 9633 9599 12290 1253 -1105 -3016 O +ATOM 5436 CB CYS B 208 43.947 -1.618 38.356 1.00 69.18 C +ANISOU 5436 CB CYS B 208 7828 8443 10012 870 -617 -2541 C +ATOM 5437 SG CYS B 208 42.690 -2.856 37.959 1.00 55.19 S +ANISOU 5437 SG CYS B 208 5899 6951 8121 767 -460 -2438 S +ATOM 5438 N HIS B 209 45.433 0.093 40.547 1.00 70.44 N +ANISOU 5438 N HIS B 209 7990 8560 10213 1098 -721 -3053 N +ATOM 5439 CA HIS B 209 46.677 0.806 40.799 1.00 77.32 C +ANISOU 5439 CA HIS B 209 9005 9187 11187 1097 -851 -3082 C +ATOM 5440 C HIS B 209 47.549 0.746 39.552 1.00 84.63 C +ANISOU 5440 C HIS B 209 10155 9763 12236 926 -937 -2711 C +ATOM 5441 O HIS B 209 47.708 -0.317 38.944 1.00 97.66 O +ANISOU 5441 O HIS B 209 11898 11489 13719 751 -797 -2407 O +ATOM 5442 CB HIS B 209 47.403 0.194 41.998 1.00 77.40 C +ANISOU 5442 CB HIS B 209 9022 9483 10905 1041 -673 -3149 C +ATOM 5443 CG HIS B 209 48.599 0.974 42.448 1.00 79.69 C +ANISOU 5443 CG HIS B 209 9409 9563 11308 1068 -822 -3259 C +ATOM 5444 ND1 HIS B 209 49.844 0.823 41.876 1.00 73.95 N +ANISOU 5444 ND1 HIS B 209 8867 8600 10630 887 -858 -2985 N +ATOM 5445 CD2 HIS B 209 48.743 1.902 43.424 1.00 76.02 C +ANISOU 5445 CD2 HIS B 209 8865 9095 10923 1255 -950 -3628 C +ATOM 5446 CE1 HIS B 209 50.702 1.629 42.476 1.00 68.91 C +ANISOU 5446 CE1 HIS B 209 8250 7815 10119 945 -1003 -3174 C +ATOM 5447 NE2 HIS B 209 50.060 2.294 43.418 1.00 78.05 N +ANISOU 5447 NE2 HIS B 209 9258 9099 11297 1170 -1072 -3570 N +ATOM 5448 N ASN B 210 48.116 1.890 39.170 1.00 79.42 N +ANISOU 5448 N ASN B 210 9585 8720 11870 979 -1166 -2735 N +ATOM 5449 CA ASN B 210 48.795 2.026 37.885 1.00 74.10 C +ANISOU 5449 CA ASN B 210 9109 7698 11349 845 -1258 -2384 C +ATOM 5450 C ASN B 210 49.845 0.947 37.625 1.00 61.75 C +ANISOU 5450 C ASN B 210 7686 6218 9559 613 -1081 -2060 C +ATOM 5451 O ASN B 210 50.303 0.800 36.486 1.00 56.58 O +ANISOU 5451 O ASN B 210 7186 5357 8957 499 -1104 -1736 O +ATOM 5452 CB ASN B 210 49.455 3.405 37.787 1.00 81.63 C +ANISOU 5452 CB ASN B 210 10130 8243 12642 905 -1503 -2465 C +ATOM 5453 CG ASN B 210 48.463 4.507 37.459 1.00103.87 C +ANISOU 5453 CG ASN B 210 12888 10836 15744 1121 -1734 -2655 C +ATOM 5454 OD1 ASN B 210 47.371 4.249 36.953 1.00114.73 O +ANISOU 5454 OD1 ASN B 210 14201 12305 17087 1204 -1727 -2642 O +ATOM 5455 ND2 ASN B 210 48.850 5.746 37.733 1.00113.43 N +ANISOU 5455 ND2 ASN B 210 14116 11734 17248 1216 -1957 -2839 N +ATOM 5456 N GLN B 211 50.234 0.190 38.652 1.00 57.01 N +ANISOU 5456 N GLN B 211 7041 5924 8696 559 -907 -2143 N +ATOM 5457 CA GLN B 211 51.281 -0.810 38.491 1.00 59.85 C +ANISOU 5457 CA GLN B 211 7534 6361 8844 366 -758 -1866 C +ATOM 5458 C GLN B 211 50.758 -2.168 38.036 1.00 56.71 C +ANISOU 5458 C GLN B 211 7168 6188 8190 264 -575 -1646 C +ATOM 5459 O GLN B 211 51.513 -2.938 37.433 1.00 51.39 O +ANISOU 5459 O GLN B 211 6639 5491 7395 116 -497 -1357 O +ATOM 5460 CB GLN B 211 52.050 -0.970 39.809 1.00 60.84 C +ANISOU 5460 CB GLN B 211 7624 6684 8810 367 -686 -2052 C +ATOM 5461 CG GLN B 211 53.122 0.087 40.029 1.00 52.92 C +ANISOU 5461 CG GLN B 211 6651 5410 8048 377 -862 -2152 C +ATOM 5462 CD GLN B 211 54.124 0.133 38.891 1.00 52.21 C +ANISOU 5462 CD GLN B 211 6709 5032 8095 210 -903 -1807 C +ATOM 5463 OE1 GLN B 211 55.007 -0.719 38.793 1.00 71.74 O +ANISOU 5463 OE1 GLN B 211 9266 7606 10385 72 -778 -1601 O +ATOM 5464 NE2 GLN B 211 53.978 1.118 38.010 1.00 49.82 N +ANISOU 5464 NE2 GLN B 211 6443 4378 8107 232 -1074 -1735 N +ATOM 5465 N CYS B 212 49.494 -2.486 38.305 1.00 56.05 N +ANISOU 5465 N CYS B 212 6944 6322 8031 340 -509 -1783 N +ATOM 5466 CA CYS B 212 48.929 -3.747 37.837 1.00 45.63 C +ANISOU 5466 CA CYS B 212 5641 5183 6514 231 -359 -1583 C +ATOM 5467 C CYS B 212 48.984 -3.824 36.315 1.00 64.37 C +ANISOU 5467 C CYS B 212 8158 7304 8998 172 -457 -1296 C +ATOM 5468 O CYS B 212 48.708 -2.843 35.619 1.00 98.42 O +ANISOU 5468 O CYS B 212 12478 11360 13559 271 -641 -1316 O +ATOM 5469 CB CYS B 212 47.487 -3.890 38.319 1.00 53.45 C +ANISOU 5469 CB CYS B 212 6415 6420 7473 324 -295 -1795 C +ATOM 5470 SG CYS B 212 47.255 -3.548 40.068 1.00 68.81 S +ANISOU 5470 SG CYS B 212 8173 8673 9300 456 -196 -2172 S +ATOM 5471 N ALA B 213 49.332 -5.003 35.793 1.00 42.42 N +ANISOU 5471 N ALA B 213 5502 4595 6019 26 -343 -1030 N +ATOM 5472 CA ALA B 213 49.566 -5.146 34.358 1.00 59.48 C +ANISOU 5472 CA ALA B 213 7827 6538 8234 -19 -427 -748 C +ATOM 5473 C ALA B 213 48.422 -5.819 33.605 1.00 62.36 C +ANISOU 5473 C ALA B 213 8158 6969 8566 -17 -436 -682 C +ATOM 5474 O ALA B 213 48.151 -5.445 32.465 1.00 55.35 O +ANISOU 5474 O ALA B 213 7345 5880 7807 41 -580 -567 O +ATOM 5475 CB ALA B 213 50.868 -5.914 34.104 1.00 39.30 C +ANISOU 5475 CB ALA B 213 5454 3977 5501 -157 -332 -494 C +ATOM 5476 N ALA B 214 47.745 -6.806 34.187 1.00 41.11 N +ANISOU 5476 N ALA B 214 5361 4548 5711 -80 -293 -745 N +ATOM 5477 CA ALA B 214 46.640 -7.471 33.499 1.00 45.13 C +ANISOU 5477 CA ALA B 214 5813 5117 6219 -95 -313 -700 C +ATOM 5478 C ALA B 214 45.277 -7.087 34.047 1.00 56.68 C +ANISOU 5478 C ALA B 214 7007 6729 7800 3 -324 -974 C +ATOM 5479 O ALA B 214 44.344 -6.855 33.273 1.00 44.55 O +ANISOU 5479 O ALA B 214 5397 5119 6410 83 -459 -1008 O +ATOM 5480 CB ALA B 214 46.799 -8.992 33.581 1.00 56.01 C +ANISOU 5480 CB ALA B 214 7264 6665 7352 -264 -154 -535 C +ATOM 5481 N GLY B 215 45.151 -7.017 35.364 1.00 55.99 N +ANISOU 5481 N GLY B 215 6768 6866 7640 12 -186 -1176 N +ATOM 5482 CA GLY B 215 43.907 -6.632 35.996 1.00 57.55 C +ANISOU 5482 CA GLY B 215 6687 7249 7929 119 -168 -1454 C +ATOM 5483 C GLY B 215 44.138 -6.522 37.484 1.00 51.05 C +ANISOU 5483 C GLY B 215 5762 6668 6968 140 -4 -1645 C +ATOM 5484 O GLY B 215 45.276 -6.587 37.954 1.00 46.56 O +ANISOU 5484 O GLY B 215 5344 6076 6272 92 49 -1578 O +ATOM 5485 N CYS B 216 43.053 -6.359 38.232 1.00 68.65 N +ANISOU 5485 N CYS B 216 7726 9146 9214 224 75 -1891 N +ATOM 5486 CA CYS B 216 43.187 -6.265 39.676 1.00 67.80 C +ANISOU 5486 CA CYS B 216 7515 9307 8940 271 240 -2086 C +ATOM 5487 C CYS B 216 41.928 -6.782 40.351 1.00 66.96 C +ANISOU 5487 C CYS B 216 7127 9562 8751 259 431 -2219 C +ATOM 5488 O CYS B 216 40.894 -7.008 39.717 1.00 69.57 O +ANISOU 5488 O CYS B 216 7307 9915 9213 239 400 -2214 O +ATOM 5489 CB CYS B 216 43.485 -4.827 40.116 1.00 60.09 C +ANISOU 5489 CB CYS B 216 6507 8206 8117 494 79 -2360 C +ATOM 5490 SG CYS B 216 42.177 -3.635 39.761 1.00 63.22 S +ANISOU 5490 SG CYS B 216 6663 8532 8826 741 -120 -2659 S +ATOM 5491 N THR B 217 42.049 -6.984 41.661 1.00 61.06 N +ANISOU 5491 N THR B 217 6309 9112 7778 271 633 -2333 N +ATOM 5492 CA THR B 217 40.937 -7.365 42.520 1.00 66.05 C +ANISOU 5492 CA THR B 217 6659 10137 8300 276 855 -2475 C +ATOM 5493 C THR B 217 40.635 -6.275 43.538 1.00 78.17 C +ANISOU 5493 C THR B 217 8011 11852 9839 537 851 -2852 C +ATOM 5494 O THR B 217 39.865 -6.505 44.477 1.00 70.76 O +ANISOU 5494 O THR B 217 6841 11292 8752 573 1067 -2995 O +ATOM 5495 CB THR B 217 41.246 -8.684 43.235 1.00 68.51 C +ANISOU 5495 CB THR B 217 7049 10691 8290 65 1134 -2258 C +ATOM 5496 OG1 THR B 217 42.029 -8.424 44.406 1.00 72.49 O +ANISOU 5496 OG1 THR B 217 7634 11345 8565 161 1221 -2371 O +ATOM 5497 CG2 THR B 217 42.022 -9.628 42.317 1.00 58.65 C +ANISOU 5497 CG2 THR B 217 6077 9196 7010 -151 1087 -1903 C +ATOM 5498 N GLY B 218 41.228 -5.095 43.370 1.00 90.55 N +ANISOU 5498 N GLY B 218 9675 13154 11575 720 609 -3015 N +ATOM 5499 CA GLY B 218 41.077 -3.998 44.292 1.00 97.93 C +ANISOU 5499 CA GLY B 218 10475 14203 12532 988 554 -3393 C +ATOM 5500 C GLY B 218 41.945 -2.833 43.862 1.00 96.89 C +ANISOU 5500 C GLY B 218 10520 13666 12629 1120 251 -3482 C +ATOM 5501 O GLY B 218 42.741 -2.938 42.924 1.00104.76 O +ANISOU 5501 O GLY B 218 11745 14330 13728 989 124 -3225 O +ATOM 5502 N PRO B 219 41.818 -1.693 44.549 1.00 85.14 N +ANISOU 5502 N PRO B 219 8925 12195 11229 1384 130 -3850 N +ATOM 5503 CA PRO B 219 42.544 -0.495 44.110 1.00 70.62 C +ANISOU 5503 CA PRO B 219 7236 9931 9666 1506 -183 -3947 C +ATOM 5504 C PRO B 219 44.003 -0.465 44.529 1.00 69.94 C +ANISOU 5504 C PRO B 219 7379 9716 9479 1434 -213 -3875 C +ATOM 5505 O PRO B 219 44.765 0.346 43.988 1.00 88.30 O +ANISOU 5505 O PRO B 219 9856 11647 12047 1454 -454 -3856 O +ATOM 5506 CB PRO B 219 41.764 0.647 44.775 1.00 67.72 C +ANISOU 5506 CB PRO B 219 6649 9656 9426 1829 -301 -4402 C +ATOM 5507 CG PRO B 219 41.099 0.015 45.989 1.00 84.73 C +ANISOU 5507 CG PRO B 219 8586 12356 11253 1879 0 -4561 C +ATOM 5508 CD PRO B 219 41.176 -1.491 45.857 1.00 78.94 C +ANISOU 5508 CD PRO B 219 7908 11823 10263 1576 282 -4185 C +ATOM 5509 N ARG B 220 44.410 -1.319 45.460 1.00 64.46 N +ANISOU 5509 N ARG B 220 6712 9337 8445 1350 19 -3826 N +ATOM 5510 CA ARG B 220 45.738 -1.241 46.044 1.00 75.18 C +ANISOU 5510 CA ARG B 220 8249 10625 9689 1328 -20 -3828 C +ATOM 5511 C ARG B 220 46.774 -1.895 45.131 1.00 68.82 C +ANISOU 5511 C ARG B 220 7686 9563 8900 1073 -35 -3428 C +ATOM 5512 O ARG B 220 46.448 -2.655 44.214 1.00 62.10 O +ANISOU 5512 O ARG B 220 6873 8667 8056 903 39 -3137 O +ATOM 5513 CB ARG B 220 45.742 -1.911 47.419 1.00 81.28 C +ANISOU 5513 CB ARG B 220 8966 11854 10061 1366 227 -3934 C +ATOM 5514 CG ARG B 220 44.566 -1.494 48.299 1.00 88.78 C +ANISOU 5514 CG ARG B 220 9650 13151 10931 1605 315 -4290 C +ATOM 5515 CD ARG B 220 44.644 -2.113 49.686 1.00 95.13 C +ANISOU 5515 CD ARG B 220 10423 14415 11307 1658 567 -4380 C +ATOM 5516 NE ARG B 220 44.338 -3.543 49.674 1.00113.47 N +ANISOU 5516 NE ARG B 220 12757 16995 13362 1421 873 -4043 N +ATOM 5517 CZ ARG B 220 43.161 -4.074 49.998 1.00117.81 C +ANISOU 5517 CZ ARG B 220 13090 17903 13771 1412 1121 -4047 C +ATOM 5518 NH1 ARG B 220 42.145 -3.305 50.371 1.00115.12 N +ANISOU 5518 NH1 ARG B 220 12485 17746 13510 1646 1113 -4384 N +ATOM 5519 NH2 ARG B 220 42.998 -5.390 49.953 1.00116.64 N +ANISOU 5519 NH2 ARG B 220 12979 17930 13409 1166 1377 -3713 N +ATOM 5520 N GLU B 221 48.044 -1.579 45.394 1.00 73.24 N +ANISOU 5520 N GLU B 221 8398 9960 9470 1058 -143 -3435 N +ATOM 5521 CA GLU B 221 49.134 -2.159 44.616 1.00 72.72 C +ANISOU 5521 CA GLU B 221 8545 9679 9407 837 -152 -3081 C +ATOM 5522 C GLU B 221 49.238 -3.662 44.839 1.00 78.15 C +ANISOU 5522 C GLU B 221 9303 10648 9740 666 111 -2825 C +ATOM 5523 O GLU B 221 49.645 -4.396 43.932 1.00 86.25 O +ANISOU 5523 O GLU B 221 10469 11542 10759 480 144 -2495 O +ATOM 5524 CB GLU B 221 50.457 -1.476 44.970 1.00 75.16 C +ANISOU 5524 CB GLU B 221 8960 9787 9811 865 -319 -3179 C +ATOM 5525 CG GLU B 221 50.836 -1.548 46.446 1.00 83.84 C +ANISOU 5525 CG GLU B 221 10026 11184 10647 987 -254 -3439 C +ATOM 5526 CD GLU B 221 52.078 -0.741 46.768 1.00 81.80 C +ANISOU 5526 CD GLU B 221 9840 10699 10543 1030 -468 -3586 C +ATOM 5527 OE1 GLU B 221 52.640 -0.118 45.843 1.00 69.22 O +ANISOU 5527 OE1 GLU B 221 8313 8713 9273 944 -648 -3467 O +ATOM 5528 OE2 GLU B 221 52.492 -0.727 47.947 1.00 74.10 O +ANISOU 5528 OE2 GLU B 221 8850 9939 9364 1148 -458 -3819 O +ATOM 5529 N SER B 222 48.875 -4.137 46.032 1.00 76.76 N +ANISOU 5529 N SER B 222 9044 10857 9265 735 296 -2968 N +ATOM 5530 CA SER B 222 48.883 -5.564 46.321 1.00 82.53 C +ANISOU 5530 CA SER B 222 9845 11852 9660 577 548 -2722 C +ATOM 5531 C SER B 222 47.761 -6.319 45.620 1.00 84.69 C +ANISOU 5531 C SER B 222 10035 12197 9947 449 683 -2529 C +ATOM 5532 O SER B 222 47.770 -7.555 45.635 1.00 83.80 O +ANISOU 5532 O SER B 222 10002 12228 9610 281 867 -2277 O +ATOM 5533 CB SER B 222 48.775 -5.782 47.832 1.00 78.22 C +ANISOU 5533 CB SER B 222 9236 11703 8781 701 711 -2925 C +ATOM 5534 OG SER B 222 47.852 -4.874 48.405 1.00 82.67 O +ANISOU 5534 OG SER B 222 9582 12411 9418 921 684 -3278 O +ATOM 5535 N ASP B 223 46.807 -5.619 45.011 1.00 78.65 N +ANISOU 5535 N ASP B 223 9113 11324 9445 528 579 -2648 N +ATOM 5536 CA ASP B 223 45.650 -6.249 44.392 1.00 75.99 C +ANISOU 5536 CA ASP B 223 8654 11070 9147 429 683 -2518 C +ATOM 5537 C ASP B 223 45.882 -6.623 42.935 1.00 73.68 C +ANISOU 5537 C ASP B 223 8510 10466 9021 270 572 -2217 C +ATOM 5538 O ASP B 223 44.956 -7.116 42.284 1.00 83.12 O +ANISOU 5538 O ASP B 223 9614 11686 10281 190 612 -2115 O +ATOM 5539 CB ASP B 223 44.440 -5.315 44.487 1.00 82.28 C +ANISOU 5539 CB ASP B 223 9188 11938 10138 624 615 -2823 C +ATOM 5540 CG ASP B 223 44.081 -4.974 45.917 1.00 86.15 C +ANISOU 5540 CG ASP B 223 9510 12783 10439 807 741 -3139 C +ATOM 5541 OD1 ASP B 223 44.398 -5.782 46.814 1.00 82.36 O +ANISOU 5541 OD1 ASP B 223 9081 12580 9633 738 956 -3065 O +ATOM 5542 OD2 ASP B 223 43.491 -3.899 46.148 1.00 85.36 O +ANISOU 5542 OD2 ASP B 223 9239 12689 10506 1035 620 -3464 O +ATOM 5543 N CYS B 224 47.082 -6.403 42.409 1.00 67.70 N +ANISOU 5543 N CYS B 224 7964 9429 8331 229 435 -2082 N +ATOM 5544 CA CYS B 224 47.348 -6.678 41.005 1.00 55.69 C +ANISOU 5544 CA CYS B 224 6589 7624 6949 108 329 -1805 C +ATOM 5545 C CYS B 224 47.313 -8.173 40.718 1.00 48.02 C +ANISOU 5545 C CYS B 224 5712 6768 5766 -91 495 -1520 C +ATOM 5546 O CYS B 224 47.780 -8.990 41.518 1.00 44.86 O +ANISOU 5546 O CYS B 224 5381 6562 5101 -167 657 -1453 O +ATOM 5547 CB CYS B 224 48.713 -6.119 40.617 1.00 46.01 C +ANISOU 5547 CB CYS B 224 5550 6113 5820 105 179 -1721 C +ATOM 5548 SG CYS B 224 48.910 -4.356 40.916 1.00 70.06 S +ANISOU 5548 SG CYS B 224 8517 8948 9156 312 -49 -2036 S +ATOM 5549 N LEU B 225 46.754 -8.530 39.559 1.00 51.48 N +ANISOU 5549 N LEU B 225 6164 7073 6323 -164 434 -1358 N +ATOM 5550 CA LEU B 225 46.912 -9.891 39.057 1.00 59.12 C +ANISOU 5550 CA LEU B 225 7269 8061 7134 -350 529 -1074 C +ATOM 5551 C LEU B 225 48.371 -10.178 38.747 1.00 65.39 C +ANISOU 5551 C LEU B 225 8317 8698 7830 -409 494 -876 C +ATOM 5552 O LEU B 225 48.889 -11.253 39.070 1.00 68.44 O +ANISOU 5552 O LEU B 225 8828 9190 7987 -523 619 -719 O +ATOM 5553 CB LEU B 225 46.062 -10.093 37.801 1.00 47.93 C +ANISOU 5553 CB LEU B 225 5821 6507 5885 -384 424 -974 C +ATOM 5554 CG LEU B 225 44.542 -10.041 37.948 1.00 44.78 C +ANISOU 5554 CG LEU B 225 5149 6273 5591 -353 459 -1140 C +ATOM 5555 CD1 LEU B 225 43.888 -10.173 36.582 1.00 44.51 C +ANISOU 5555 CD1 LEU B 225 5117 6060 5734 -367 301 -1042 C +ATOM 5556 CD2 LEU B 225 44.053 -11.130 38.885 1.00 45.70 C +ANISOU 5556 CD2 LEU B 225 5165 6699 5498 -492 706 -1114 C +ATOM 5557 N VAL B 226 49.044 -9.219 38.113 1.00 80.18 N +ANISOU 5557 N VAL B 226 10266 10317 9883 -332 323 -876 N +ATOM 5558 CA VAL B 226 50.454 -9.316 37.766 1.00 80.90 C +ANISOU 5558 CA VAL B 226 10559 10257 9921 -378 283 -704 C +ATOM 5559 C VAL B 226 51.011 -7.902 37.807 1.00 71.64 C +ANISOU 5559 C VAL B 226 9360 8894 8967 -265 134 -847 C +ATOM 5560 O VAL B 226 50.270 -6.921 37.719 1.00 80.72 O +ANISOU 5560 O VAL B 226 10382 9959 10328 -153 25 -1020 O +ATOM 5561 CB VAL B 226 50.663 -9.962 36.374 1.00 68.46 C +ANISOU 5561 CB VAL B 226 9146 8514 8350 -460 230 -423 C +ATOM 5562 CG1 VAL B 226 50.337 -11.437 36.408 1.00 63.98 C +ANISOU 5562 CG1 VAL B 226 8638 8106 7567 -584 360 -281 C +ATOM 5563 CG2 VAL B 226 49.784 -9.276 35.350 1.00 81.57 C +ANISOU 5563 CG2 VAL B 226 10745 10003 10245 -387 81 -439 C +ATOM 5564 N CYS B 227 52.327 -7.794 37.953 1.00 64.40 N +ANISOU 5564 N CYS B 227 8556 7900 8012 -294 118 -780 N +ATOM 5565 CA CYS B 227 52.980 -6.501 38.096 1.00 49.11 C +ANISOU 5565 CA CYS B 227 6591 5774 6296 -216 -24 -914 C +ATOM 5566 C CYS B 227 53.508 -6.016 36.755 1.00 40.91 C +ANISOU 5566 C CYS B 227 5662 4428 5452 -251 -146 -697 C +ATOM 5567 O CYS B 227 53.992 -6.806 35.939 1.00 37.09 O +ANISOU 5567 O CYS B 227 5318 3919 4857 -343 -97 -433 O +ATOM 5568 CB CYS B 227 54.125 -6.573 39.108 1.00 45.67 C +ANISOU 5568 CB CYS B 227 6183 5438 5733 -225 16 -995 C +ATOM 5569 SG CYS B 227 53.592 -6.991 40.775 1.00 40.59 S +ANISOU 5569 SG CYS B 227 5427 5163 4832 -150 155 -1257 S +ATOM 5570 N ARG B 228 53.410 -4.702 36.536 1.00 45.52 N +ANISOU 5570 N ARG B 228 6191 4780 6324 -168 -306 -809 N +ATOM 5571 CA ARG B 228 53.916 -4.117 35.301 1.00 44.67 C +ANISOU 5571 CA ARG B 228 6192 4370 6412 -200 -417 -589 C +ATOM 5572 C ARG B 228 55.434 -4.035 35.296 1.00 59.36 C +ANISOU 5572 C ARG B 228 8131 6142 8282 -296 -404 -461 C +ATOM 5573 O ARG B 228 56.050 -4.129 34.229 1.00 73.89 O +ANISOU 5573 O ARG B 228 10089 7838 10148 -367 -404 -185 O +ATOM 5574 CB ARG B 228 53.315 -2.728 35.092 1.00 42.37 C +ANISOU 5574 CB ARG B 228 5828 3832 6437 -81 -604 -739 C +ATOM 5575 CG ARG B 228 53.776 -2.035 33.816 1.00 70.59 C +ANISOU 5575 CG ARG B 228 9528 7074 10221 -110 -720 -490 C +ATOM 5576 CD ARG B 228 52.864 -0.878 33.425 1.00 69.47 C +ANISOU 5576 CD ARG B 228 9344 6695 10356 28 -910 -601 C +ATOM 5577 NE ARG B 228 51.538 -1.335 33.014 1.00 60.00 N +ANISOU 5577 NE ARG B 228 8107 5612 9077 115 -914 -627 N +ATOM 5578 CZ ARG B 228 50.482 -1.428 33.819 1.00 75.31 C +ANISOU 5578 CZ ARG B 228 9878 7754 10981 215 -900 -909 C +ATOM 5579 NH1 ARG B 228 50.575 -1.096 35.100 1.00 84.40 N +ANISOU 5579 NH1 ARG B 228 10901 9026 12140 262 -879 -1195 N +ATOM 5580 NH2 ARG B 228 49.323 -1.856 33.339 1.00 75.49 N +ANISOU 5580 NH2 ARG B 228 9852 7872 10958 275 -907 -912 N +ATOM 5581 N LYS B 229 56.054 -3.865 36.464 1.00 56.53 N +ANISOU 5581 N LYS B 229 7699 5882 7897 -289 -392 -662 N +ATOM 5582 CA LYS B 229 57.492 -3.641 36.519 1.00 66.43 C +ANISOU 5582 CA LYS B 229 8987 7042 9213 -374 -408 -583 C +ATOM 5583 C LYS B 229 58.171 -4.483 37.593 1.00 67.79 C +ANISOU 5583 C LYS B 229 9149 7484 9126 -394 -302 -676 C +ATOM 5584 O LYS B 229 58.798 -5.498 37.270 1.00 67.05 O +ANISOU 5584 O LYS B 229 9152 7500 8825 -472 -192 -468 O +ATOM 5585 CB LYS B 229 57.780 -2.158 36.745 1.00 62.32 C +ANISOU 5585 CB LYS B 229 8383 6251 9043 -337 -588 -753 C +ATOM 5586 CG LYS B 229 57.387 -1.287 35.562 1.00 47.75 C +ANISOU 5586 CG LYS B 229 6587 4087 7469 -332 -704 -595 C +ATOM 5587 CD LYS B 229 57.735 0.172 35.788 1.00 49.95 C +ANISOU 5587 CD LYS B 229 6800 4059 8120 -310 -894 -747 C +ATOM 5588 CE LYS B 229 59.234 0.407 35.730 1.00 59.86 C +ANISOU 5588 CE LYS B 229 8059 5191 9494 -456 -897 -622 C +ATOM 5589 NZ LYS B 229 59.576 1.838 35.936 1.00 57.92 N +ANISOU 5589 NZ LYS B 229 7747 4610 9650 -458 -1099 -765 N +ATOM 5590 N PHE B 230 58.071 -4.088 38.862 1.00 68.83 N +ANISOU 5590 N PHE B 230 9174 7725 9252 -306 -343 -989 N +ATOM 5591 CA PHE B 230 58.823 -4.752 39.919 1.00 60.87 C +ANISOU 5591 CA PHE B 230 8167 6955 8005 -304 -272 -1087 C +ATOM 5592 C PHE B 230 57.890 -5.419 40.917 1.00 52.32 C +ANISOU 5592 C PHE B 230 7052 6179 6646 -215 -162 -1254 C +ATOM 5593 O PHE B 230 56.820 -4.891 41.234 1.00 52.91 O +ANISOU 5593 O PHE B 230 7032 6279 6794 -117 -192 -1446 O +ATOM 5594 CB PHE B 230 59.737 -3.765 40.642 1.00 67.54 C +ANISOU 5594 CB PHE B 230 8924 7690 9048 -272 -419 -1313 C +ATOM 5595 CG PHE B 230 60.944 -3.374 39.844 1.00 62.44 C +ANISOU 5595 CG PHE B 230 8298 6807 8619 -397 -482 -1119 C +ATOM 5596 CD1 PHE B 230 60.880 -2.339 38.927 1.00 69.37 C +ANISOU 5596 CD1 PHE B 230 9162 7355 9841 -443 -593 -1024 C +ATOM 5597 CD2 PHE B 230 62.141 -4.051 40.003 1.00 57.32 C +ANISOU 5597 CD2 PHE B 230 7680 6271 7827 -465 -425 -1022 C +ATOM 5598 CE1 PHE B 230 61.990 -1.980 38.189 1.00 72.06 C +ANISOU 5598 CE1 PHE B 230 9510 7491 10379 -574 -625 -819 C +ATOM 5599 CE2 PHE B 230 63.256 -3.698 39.269 1.00 64.07 C +ANISOU 5599 CE2 PHE B 230 8523 6936 8885 -585 -463 -841 C +ATOM 5600 CZ PHE B 230 63.180 -2.660 38.360 1.00 65.85 C +ANISOU 5600 CZ PHE B 230 8726 6841 9453 -650 -551 -731 C +ATOM 5601 N ARG B 231 58.302 -6.590 41.399 1.00 56.35 N +ANISOU 5601 N ARG B 231 7644 6927 6840 -248 -30 -1170 N +ATOM 5602 CA ARG B 231 57.609 -7.288 42.474 1.00 70.91 C +ANISOU 5602 CA ARG B 231 9471 9081 8390 -179 95 -1300 C +ATOM 5603 C ARG B 231 58.393 -7.085 43.765 1.00 70.70 C +ANISOU 5603 C ARG B 231 9417 9200 8247 -86 53 -1536 C +ATOM 5604 O ARG B 231 59.537 -7.536 43.881 1.00 72.69 O +ANISOU 5604 O ARG B 231 9747 9474 8399 -124 46 -1452 O +ATOM 5605 CB ARG B 231 57.461 -8.778 42.163 1.00 81.39 C +ANISOU 5605 CB ARG B 231 10931 10560 9435 -274 262 -1035 C +ATOM 5606 CG ARG B 231 56.449 -9.492 43.049 1.00 95.51 C +ANISOU 5606 CG ARG B 231 12693 12634 10962 -239 415 -1109 C +ATOM 5607 CD ARG B 231 56.132 -10.893 42.545 1.00103.07 C +ANISOU 5607 CD ARG B 231 13777 13669 11717 -358 554 -829 C +ATOM 5608 NE ARG B 231 57.287 -11.784 42.616 1.00115.54 N +ANISOU 5608 NE ARG B 231 15518 15283 13097 -401 580 -669 N +ATOM 5609 CZ ARG B 231 58.150 -11.988 41.625 1.00118.34 C +ANISOU 5609 CZ ARG B 231 15972 15465 13528 -463 519 -477 C +ATOM 5610 NH1 ARG B 231 58.006 -11.364 40.462 1.00123.21 N +ANISOU 5610 NH1 ARG B 231 16557 15855 14403 -497 436 -397 N +ATOM 5611 NH2 ARG B 231 59.165 -12.824 41.796 1.00109.03 N +ANISOU 5611 NH2 ARG B 231 14925 14350 12152 -477 542 -362 N +ATOM 5612 N ASP B 232 57.781 -6.396 44.720 1.00 65.06 N +ANISOU 5612 N ASP B 232 8587 8592 7542 56 14 -1846 N +ATOM 5613 CA ASP B 232 58.345 -6.162 46.046 1.00 56.43 C +ANISOU 5613 CA ASP B 232 7463 7671 6308 186 -37 -2121 C +ATOM 5614 C ASP B 232 57.508 -6.998 47.008 1.00 59.59 C +ANISOU 5614 C ASP B 232 7875 8435 6333 262 152 -2173 C +ATOM 5615 O ASP B 232 56.465 -6.552 47.494 1.00 58.94 O +ANISOU 5615 O ASP B 232 7677 8472 6245 372 183 -2375 O +ATOM 5616 CB ASP B 232 58.311 -4.687 46.411 1.00 70.00 C +ANISOU 5616 CB ASP B 232 9045 9230 8321 312 -241 -2455 C +ATOM 5617 CG ASP B 232 59.001 -4.394 47.727 1.00 68.97 C +ANISOU 5617 CG ASP B 232 8887 9255 8063 459 -335 -2762 C +ATOM 5618 OD1 ASP B 232 59.314 -5.347 48.474 1.00 70.03 O +ANISOU 5618 OD1 ASP B 232 9105 9670 7835 490 -218 -2728 O +ATOM 5619 OD2 ASP B 232 59.222 -3.202 48.021 1.00 69.90 O +ANISOU 5619 OD2 ASP B 232 8906 9206 8445 555 -540 -3045 O +ATOM 5620 N GLU B 233 57.972 -8.221 47.270 1.00 75.83 N +ANISOU 5620 N GLU B 233 10070 10668 8075 204 281 -1981 N +ATOM 5621 CA GLU B 233 57.178 -9.198 48.002 1.00 81.55 C +ANISOU 5621 CA GLU B 233 10834 11709 8440 224 492 -1930 C +ATOM 5622 C GLU B 233 55.754 -9.191 47.450 1.00 81.56 C +ANISOU 5622 C GLU B 233 10738 11710 8542 171 596 -1872 C +ATOM 5623 O GLU B 233 55.546 -9.526 46.277 1.00 82.38 O +ANISOU 5623 O GLU B 233 10879 11630 8791 30 606 -1632 O +ATOM 5624 CB GLU B 233 57.221 -8.919 49.505 1.00 81.89 C +ANISOU 5624 CB GLU B 233 10840 12029 8247 419 495 -2231 C +ATOM 5625 CG GLU B 233 58.586 -9.127 50.142 1.00 92.62 C +ANISOU 5625 CG GLU B 233 12306 13436 9449 483 397 -2284 C +ATOM 5626 CD GLU B 233 58.506 -9.183 51.656 1.00114.23 C +ANISOU 5626 CD GLU B 233 15051 16510 11841 682 443 -2525 C +ATOM 5627 OE1 GLU B 233 57.766 -10.044 52.181 1.00121.30 O +ANISOU 5627 OE1 GLU B 233 16002 17662 12425 680 660 -2400 O +ATOM 5628 OE2 GLU B 233 59.167 -8.357 52.323 1.00123.28 O +ANISOU 5628 OE2 GLU B 233 16145 17653 13041 837 258 -2828 O +ATOM 5629 N ALA B 234 54.780 -8.785 48.258 1.00 74.56 N +ANISOU 5629 N ALA B 234 9714 11032 7583 297 664 -2103 N +ATOM 5630 CA ALA B 234 53.367 -8.876 47.915 1.00 81.48 C +ANISOU 5630 CA ALA B 234 10467 11977 8517 260 785 -2072 C +ATOM 5631 C ALA B 234 52.859 -7.704 47.074 1.00 83.33 C +ANISOU 5631 C ALA B 234 10564 11949 9150 299 619 -2199 C +ATOM 5632 O ALA B 234 51.638 -7.556 46.938 1.00 85.45 O +ANISOU 5632 O ALA B 234 10687 12294 9485 323 687 -2260 O +ATOM 5633 CB ALA B 234 52.533 -8.963 49.196 1.00 82.91 C +ANISOU 5633 CB ALA B 234 10540 12537 8427 393 953 -2268 C +ATOM 5634 N THR B 235 53.722 -6.867 46.518 1.00 73.82 N +ANISOU 5634 N THR B 235 9393 10441 8216 308 406 -2239 N +ATOM 5635 CA THR B 235 53.249 -5.630 45.912 1.00 57.57 C +ANISOU 5635 CA THR B 235 7216 8133 6525 379 232 -2392 C +ATOM 5636 C THR B 235 53.902 -5.378 44.561 1.00 51.95 C +ANISOU 5636 C THR B 235 6598 7050 6091 249 96 -2162 C +ATOM 5637 O THR B 235 55.007 -5.845 44.284 1.00 63.05 O +ANISOU 5637 O THR B 235 8136 8378 7443 145 90 -1974 O +ATOM 5638 CB THR B 235 53.499 -4.427 46.829 1.00 64.59 C +ANISOU 5638 CB THR B 235 8009 9013 7518 580 69 -2782 C +ATOM 5639 OG1 THR B 235 54.909 -4.201 46.968 1.00 75.07 O +ANISOU 5639 OG1 THR B 235 9434 10195 8895 556 -64 -2788 O +ATOM 5640 CG2 THR B 235 52.885 -4.669 48.201 1.00 52.88 C +ANISOU 5640 CG2 THR B 235 6440 7935 5717 737 214 -3018 C +ATOM 5641 N CYS B 236 53.186 -4.634 43.717 1.00 54.68 N +ANISOU 5641 N CYS B 236 6871 7180 6723 271 -9 -2176 N +ATOM 5642 CA CYS B 236 53.715 -4.163 42.446 1.00 68.44 C +ANISOU 5642 CA CYS B 236 8694 8559 8749 181 -151 -1979 C +ATOM 5643 C CYS B 236 54.255 -2.752 42.616 1.00 70.48 C +ANISOU 5643 C CYS B 236 8904 8562 9312 275 -375 -2201 C +ATOM 5644 O CYS B 236 53.633 -1.910 43.271 1.00 83.78 O +ANISOU 5644 O CYS B 236 10463 10273 11097 442 -464 -2518 O +ATOM 5645 CB CYS B 236 52.633 -4.184 41.366 1.00 75.22 C +ANISOU 5645 CB CYS B 236 9527 9313 9739 157 -155 -1845 C +ATOM 5646 SG CYS B 236 51.958 -5.822 41.057 1.00 69.48 S +ANISOU 5646 SG CYS B 236 8848 8835 8715 26 74 -1588 S +ATOM 5647 N LYS B 237 55.415 -2.494 42.019 1.00 46.44 N +ANISOU 5647 N LYS B 237 5953 5269 6424 168 -468 -2038 N +ATOM 5648 CA LYS B 237 56.095 -1.232 42.263 1.00 60.35 C +ANISOU 5648 CA LYS B 237 7669 6777 8484 222 -680 -2236 C +ATOM 5649 C LYS B 237 56.816 -0.759 41.012 1.00 71.22 C +ANISOU 5649 C LYS B 237 9127 7788 10147 84 -779 -1966 C +ATOM 5650 O LYS B 237 57.466 -1.547 40.310 1.00 75.07 O +ANISOU 5650 O LYS B 237 9717 8281 10524 -63 -674 -1654 O +ATOM 5651 CB LYS B 237 57.060 -1.368 43.446 1.00 60.87 C +ANISOU 5651 CB LYS B 237 7720 7009 8398 256 -688 -2424 C +ATOM 5652 CG LYS B 237 56.309 -1.607 44.749 1.00 66.69 C +ANISOU 5652 CG LYS B 237 8377 8099 8865 430 -609 -2724 C +ATOM 5653 CD LYS B 237 57.084 -1.216 45.990 1.00 63.98 C +ANISOU 5653 CD LYS B 237 7995 7854 8463 545 -712 -3034 C +ATOM 5654 CE LYS B 237 56.134 -1.083 47.173 1.00 54.27 C +ANISOU 5654 CE LYS B 237 6664 6927 7029 766 -669 -3376 C +ATOM 5655 NZ LYS B 237 56.761 -1.447 48.470 1.00 66.18 N +ANISOU 5655 NZ LYS B 237 8188 8721 8237 870 -644 -3572 N +ATOM 5656 N ASP B 238 56.639 0.536 40.731 1.00 67.51 N +ANISOU 5656 N ASP B 238 8612 7002 10037 143 -980 -2087 N +ATOM 5657 CA ASP B 238 57.351 1.205 39.650 1.00 59.01 C +ANISOU 5657 CA ASP B 238 7604 5547 9271 17 -1090 -1850 C +ATOM 5658 C ASP B 238 58.856 1.121 39.857 1.00 63.47 C +ANISOU 5658 C ASP B 238 8179 6070 9864 -117 -1093 -1777 C +ATOM 5659 O ASP B 238 59.611 0.852 38.915 1.00 48.72 O +ANISOU 5659 O ASP B 238 6389 4086 8036 -275 -1034 -1448 O +ATOM 5660 CB ASP B 238 56.890 2.664 39.581 1.00 52.85 C +ANISOU 5660 CB ASP B 238 6771 4435 8876 126 -1328 -2050 C +ATOM 5661 CG ASP B 238 57.448 3.405 38.382 1.00 59.30 C +ANISOU 5661 CG ASP B 238 7673 4836 10023 -4 -1435 -1767 C +ATOM 5662 OD1 ASP B 238 57.655 2.769 37.330 1.00 67.71 O +ANISOU 5662 OD1 ASP B 238 8844 5896 10988 -129 -1308 -1396 O +ATOM 5663 OD2 ASP B 238 57.674 4.628 38.495 1.00 68.50 O +ANISOU 5663 OD2 ASP B 238 8805 5677 11545 25 -1649 -1914 O +ATOM 5664 N THR B 239 59.308 1.354 41.086 1.00 53.95 N +ANISOU 5664 N THR B 239 6889 4976 8635 -42 -1166 -2093 N +ATOM 5665 CA THR B 239 60.707 1.219 41.459 1.00 53.22 C +ANISOU 5665 CA THR B 239 6778 4892 8550 -145 -1184 -2084 C +ATOM 5666 C THR B 239 60.774 0.629 42.858 1.00 64.13 C +ANISOU 5666 C THR B 239 8117 6635 9616 -19 -1139 -2369 C +ATOM 5667 O THR B 239 59.848 0.788 43.659 1.00 76.73 O +ANISOU 5667 O THR B 239 9664 8388 11102 158 -1156 -2650 O +ATOM 5668 CB THR B 239 61.445 2.565 41.430 1.00 64.25 C +ANISOU 5668 CB THR B 239 8103 5909 10399 -194 -1420 -2201 C +ATOM 5669 OG1 THR B 239 60.747 3.514 42.247 1.00 74.16 O +ANISOU 5669 OG1 THR B 239 9281 7088 11808 -8 -1608 -2600 O +ATOM 5670 CG2 THR B 239 61.545 3.097 40.008 1.00 60.21 C +ANISOU 5670 CG2 THR B 239 7655 5040 10182 -342 -1443 -1856 C +ATOM 5671 N CYS B 240 61.870 -0.061 43.146 1.00 59.28 N +ANISOU 5671 N CYS B 240 7520 6165 8840 -97 -1077 -2292 N +ATOM 5672 CA CYS B 240 62.032 -0.639 44.468 1.00 74.36 C +ANISOU 5672 CA CYS B 240 9411 8412 10429 30 -1044 -2541 C +ATOM 5673 C CYS B 240 62.149 0.476 45.508 1.00 79.82 C +ANISOU 5673 C CYS B 240 9991 9024 11313 178 -1276 -2978 C +ATOM 5674 O CYS B 240 62.811 1.488 45.258 1.00 76.12 O +ANISOU 5674 O CYS B 240 9455 8230 11238 110 -1472 -3042 O +ATOM 5675 CB CYS B 240 63.269 -1.536 44.523 1.00 49.35 C +ANISOU 5675 CB CYS B 240 6288 5385 7080 -69 -968 -2378 C +ATOM 5676 SG CYS B 240 63.132 -3.044 43.537 1.00 49.69 S +ANISOU 5676 SG CYS B 240 6481 5587 6812 -191 -703 -1927 S +ATOM 5677 N PRO B 241 61.521 0.328 46.673 1.00 72.01 N +ANISOU 5677 N PRO B 241 8979 8321 10061 381 -1262 -3282 N +ATOM 5678 CA PRO B 241 61.622 1.365 47.708 1.00 70.82 C +ANISOU 5678 CA PRO B 241 8728 8119 10062 558 -1497 -3735 C +ATOM 5679 C PRO B 241 63.074 1.646 48.060 1.00 79.35 C +ANISOU 5679 C PRO B 241 9763 9091 11296 495 -1667 -3835 C +ATOM 5680 O PRO B 241 63.839 0.714 48.353 1.00 81.51 O +ANISOU 5680 O PRO B 241 10081 9590 11300 455 -1570 -3730 O +ATOM 5681 CB PRO B 241 60.859 0.764 48.899 1.00 70.25 C +ANISOU 5681 CB PRO B 241 8664 8484 9542 777 -1377 -3965 C +ATOM 5682 CG PRO B 241 60.612 -0.672 48.547 1.00 64.11 C +ANISOU 5682 CG PRO B 241 7996 7971 8392 676 -1086 -3609 C +ATOM 5683 CD PRO B 241 60.581 -0.734 47.065 1.00 56.37 C +ANISOU 5683 CD PRO B 241 7057 6716 7646 465 -1031 -3230 C +ATOM 5684 N PRO B 242 63.501 2.909 48.027 1.00 94.64 N +ANISOU 5684 N PRO B 242 11606 10674 13679 481 -1933 -4036 N +ATOM 5685 CA PRO B 242 64.911 3.218 48.297 1.00 93.47 C +ANISOU 5685 CA PRO B 242 11383 10397 13734 392 -2108 -4128 C +ATOM 5686 C PRO B 242 65.341 2.900 49.720 1.00 87.38 C +ANISOU 5686 C PRO B 242 10589 9949 12664 589 -2187 -4485 C +ATOM 5687 O PRO B 242 64.546 2.926 50.663 1.00 82.85 O +ANISOU 5687 O PRO B 242 10026 9624 11831 830 -2179 -4743 O +ATOM 5688 CB PRO B 242 64.996 4.724 48.026 1.00 96.10 C +ANISOU 5688 CB PRO B 242 11625 10263 14628 356 -2389 -4303 C +ATOM 5689 CG PRO B 242 63.919 4.985 47.055 1.00 96.98 C +ANISOU 5689 CG PRO B 242 11797 10196 14854 322 -2300 -4084 C +ATOM 5690 CD PRO B 242 62.804 4.059 47.427 1.00 93.65 C +ANISOU 5690 CD PRO B 242 11447 10182 13952 485 -2074 -4085 C +ATOM 5691 N LEU B 243 66.642 2.625 49.860 1.00 83.64 N +ANISOU 5691 N LEU B 243 10071 9488 12221 491 -2251 -4455 N +ATOM 5692 CA LEU B 243 67.220 2.302 51.162 1.00 77.73 C +ANISOU 5692 CA LEU B 243 9303 9047 11185 676 -2329 -4725 C +ATOM 5693 C LEU B 243 67.183 3.497 52.106 1.00 85.98 C +ANISOU 5693 C LEU B 243 10233 10021 12416 862 -2546 -5020 C +ATOM 5694 O LEU B 243 66.877 3.349 53.295 1.00100.25 O +ANISOU 5694 O LEU B 243 12052 12142 13897 1110 -2544 -5224 O +ATOM 5695 CB LEU B 243 68.660 1.827 50.978 1.00 74.82 C +ANISOU 5695 CB LEU B 243 8886 8666 10874 520 -2380 -4632 C +ATOM 5696 CG LEU B 243 68.852 0.637 50.043 1.00 86.25 C +ANISOU 5696 CG LEU B 243 10429 10232 12108 346 -2091 -4141 C +ATOM 5697 CD1 LEU B 243 70.327 0.429 49.773 1.00 91.11 C +ANISOU 5697 CD1 LEU B 243 10948 10791 12879 191 -2156 -4032 C +ATOM 5698 CD2 LEU B 243 68.219 -0.615 50.628 1.00 96.64 C +ANISOU 5698 CD2 LEU B 243 11907 11980 12831 506 -1870 -4079 C +ATOM 5699 N MET B 244 67.505 4.685 51.602 1.00 71.97 N +ANISOU 5699 N MET B 244 8349 7838 11160 747 -2734 -5029 N +ATOM 5700 CA MET B 244 67.626 5.883 52.421 1.00106.46 C +ANISOU 5700 CA MET B 244 12599 12092 15758 906 -2976 -5311 C +ATOM 5701 C MET B 244 66.500 6.852 52.089 1.00102.61 C +ANISOU 5701 C MET B 244 12107 11384 15495 971 -3029 -5353 C +ATOM 5702 O MET B 244 66.256 7.151 50.914 1.00 84.29 O +ANISOU 5702 O MET B 244 9813 8754 13461 779 -2995 -5116 O +ATOM 5703 CB MET B 244 68.985 6.555 52.203 1.00116.62 C +ANISOU 5703 CB MET B 244 13749 13083 17478 734 -3173 -5298 C +ATOM 5704 CG MET B 244 70.159 5.776 52.776 1.00109.50 C +ANISOU 5704 CG MET B 244 12810 12416 16378 732 -3183 -5344 C +ATOM 5705 SD MET B 244 70.049 5.570 54.565 1.00111.75 S +ANISOU 5705 SD MET B 244 13103 13130 16228 1113 -3262 -5707 S +ATOM 5706 CE MET B 244 71.367 4.395 54.862 1.00114.90 C +ANISOU 5706 CE MET B 244 13503 13787 16366 1065 -3219 -5641 C +ATOM 5707 N LEU B 245 65.821 7.337 53.128 1.00134.93 N +ANISOU 5707 N LEU B 245 16168 15648 19451 1252 -3117 -5645 N +ATOM 5708 CA LEU B 245 64.720 8.283 52.998 1.00146.33 C +ANISOU 5708 CA LEU B 245 17591 16934 21076 1369 -3195 -5744 C +ATOM 5709 C LEU B 245 65.041 9.541 53.792 1.00165.09 C +ANISOU 5709 C LEU B 245 19842 19161 23725 1527 -3495 -6043 C +ATOM 5710 O LEU B 245 65.255 9.477 55.007 1.00166.07 O +ANISOU 5710 O LEU B 245 19921 19559 23620 1743 -3571 -6302 O +ATOM 5711 CB LEU B 245 63.406 7.669 53.484 1.00131.95 C +ANISOU 5711 CB LEU B 245 15831 15491 18812 1579 -3004 -5824 C +ATOM 5712 N TYR B 246 65.049 10.680 53.105 1.00166.52 N +ANISOU 5712 N TYR B 246 19974 18909 24387 1427 -3668 -5996 N +ATOM 5713 CA TYR B 246 65.365 11.959 53.727 1.00162.54 C +ANISOU 5713 CA TYR B 246 19354 18203 24203 1554 -3975 -6263 C +ATOM 5714 C TYR B 246 64.395 12.262 54.863 1.00152.34 C +ANISOU 5714 C TYR B 246 18030 17191 22660 1911 -4048 -6610 C +ATOM 5715 O TYR B 246 63.187 12.039 54.744 1.00145.44 O +ANISOU 5715 O TYR B 246 17207 16472 21580 2021 -3912 -6602 O +ATOM 5716 CB TYR B 246 65.313 13.056 52.657 1.00165.10 C +ANISOU 5716 CB TYR B 246 19665 18020 25046 1380 -4107 -6094 C +ATOM 5717 CG TYR B 246 65.668 14.472 53.082 1.00157.23 C +ANISOU 5717 CG TYR B 246 18557 16727 24457 1463 -4439 -6322 C +ATOM 5718 CD1 TYR B 246 66.985 14.924 53.070 1.00148.48 C +ANISOU 5718 CD1 TYR B 246 17358 15379 23678 1298 -4595 -6303 C +ATOM 5719 CD2 TYR B 246 64.678 15.376 53.432 1.00148.91 C +ANISOU 5719 CD2 TYR B 246 17482 15616 23481 1698 -4602 -6549 C +ATOM 5720 CE1 TYR B 246 67.304 16.217 53.427 1.00143.15 C +ANISOU 5720 CE1 TYR B 246 16584 14414 23394 1364 -4905 -6508 C +ATOM 5721 CE2 TYR B 246 64.992 16.672 53.788 1.00147.02 C +ANISOU 5721 CE2 TYR B 246 17150 15088 23624 1775 -4922 -6759 C +ATOM 5722 CZ TYR B 246 66.305 17.088 53.784 1.00140.69 C +ANISOU 5722 CZ TYR B 246 16267 14043 23146 1605 -5073 -6735 C +ATOM 5723 OH TYR B 246 66.622 18.380 54.139 1.00134.43 O +ANISOU 5723 OH TYR B 246 15379 12947 22749 1676 -5400 -6947 O +ATOM 5724 N ASN B 247 64.934 12.754 55.983 1.00150.50 N +ANISOU 5724 N ASN B 247 17703 17040 22440 2098 -4264 -6918 N +ATOM 5725 CA ASN B 247 64.089 13.228 57.066 1.00152.16 C +ANISOU 5725 CA ASN B 247 17863 17481 22468 2444 -4377 -7261 C +ATOM 5726 C ASN B 247 63.987 14.744 56.961 1.00165.49 C +ANISOU 5726 C ASN B 247 19465 18771 24640 2503 -4694 -7430 C +ATOM 5727 O ASN B 247 65.004 15.444 57.165 1.00178.89 O +ANISOU 5727 O ASN B 247 21080 20219 26669 2454 -4937 -7532 O +ATOM 5728 CB ASN B 247 64.628 12.821 58.432 1.00145.21 C +ANISOU 5728 CB ASN B 247 16945 16969 21260 2658 -4425 -7508 C +ATOM 5729 CG ASN B 247 63.605 13.043 59.542 1.00144.25 C +ANISOU 5729 CG ASN B 247 16792 17186 20832 3018 -4461 -7812 C +ATOM 5730 OD1 ASN B 247 62.727 13.901 59.428 1.00146.13 O +ANISOU 5730 OD1 ASN B 247 16989 17293 21241 3135 -4574 -7938 O +ATOM 5731 ND2 ASN B 247 63.706 12.264 60.614 1.00146.52 N +ANISOU 5731 ND2 ASN B 247 17099 17916 20655 3198 -4362 -7920 N +ATOM 5732 N PRO B 248 62.805 15.286 56.622 1.00155.40 N +ANISOU 5732 N PRO B 248 18200 17414 23430 2603 -4710 -7459 N +ATOM 5733 CA PRO B 248 62.671 16.746 56.448 1.00154.88 C +ANISOU 5733 CA PRO B 248 18068 16946 23833 2656 -5024 -7599 C +ATOM 5734 C PRO B 248 62.895 17.552 57.718 1.00148.70 C +ANISOU 5734 C PRO B 248 17172 16233 23094 2944 -5325 -8021 C +ATOM 5735 O PRO B 248 63.633 18.545 57.694 1.00133.79 O +ANISOU 5735 O PRO B 248 15217 13979 21638 2892 -5608 -8109 O +ATOM 5736 CB PRO B 248 61.232 16.891 55.924 1.00136.59 C +ANISOU 5736 CB PRO B 248 15796 14646 21457 2745 -4933 -7552 C +ATOM 5737 CG PRO B 248 60.903 15.577 55.311 1.00104.66 C +ANISOU 5737 CG PRO B 248 11852 10829 17083 2591 -4569 -7256 C +ATOM 5738 CD PRO B 248 61.620 14.561 56.126 1.00103.26 C +ANISOU 5738 CD PRO B 248 11678 11018 16536 2610 -4433 -7299 C +ATOM 5739 N THR B 249 62.260 17.172 58.829 1.00175.70 N +ANISOU 5739 N THR B 249 20567 20112 26079 3249 -5274 -8282 N +ATOM 5740 CA THR B 249 62.417 17.940 60.059 1.00174.91 C +ANISOU 5740 CA THR B 249 20362 20099 25997 3551 -5568 -8695 C +ATOM 5741 C THR B 249 63.827 17.795 60.617 1.00179.58 C +ANISOU 5741 C THR B 249 20908 20677 26647 3499 -5685 -8766 C +ATOM 5742 O THR B 249 64.407 18.764 61.119 1.00197.89 O +ANISOU 5742 O THR B 249 23133 22782 29275 3601 -6015 -9020 O +ATOM 5743 CB THR B 249 61.395 17.495 61.101 1.00173.12 C +ANISOU 5743 CB THR B 249 20124 20403 25252 3883 -5453 -8922 C +ATOM 5744 OG1 THR B 249 61.576 16.103 61.381 1.00170.29 O +ANISOU 5744 OG1 THR B 249 19838 20451 24415 3831 -5136 -8759 O +ATOM 5745 CG2 THR B 249 59.977 17.733 60.605 1.00174.56 C +ANISOU 5745 CG2 THR B 249 20319 20602 25403 3959 -5366 -8896 C +ATOM 5746 N THR B 250 64.393 16.591 60.536 1.00160.89 N +ANISOU 5746 N THR B 250 18604 18532 23992 3346 -5430 -8552 N +ATOM 5747 CA THR B 250 65.754 16.382 61.008 1.00150.74 C +ANISOU 5747 CA THR B 250 17272 17244 22758 3290 -5532 -8605 C +ATOM 5748 C THR B 250 66.765 17.012 60.062 1.00145.17 C +ANISOU 5748 C THR B 250 16523 16016 22620 2974 -5676 -8433 C +ATOM 5749 O THR B 250 67.872 17.360 60.487 1.00147.56 O +ANISOU 5749 O THR B 250 16735 16192 23139 2959 -5884 -8570 O +ATOM 5750 CB THR B 250 66.035 14.886 61.145 1.00142.20 C +ANISOU 5750 CB THR B 250 16280 16552 21197 3218 -5218 -8410 C +ATOM 5751 OG1 THR B 250 65.189 14.325 62.155 1.00132.45 O +ANISOU 5751 OG1 THR B 250 15081 15816 19428 3514 -5090 -8567 O +ATOM 5752 CG2 THR B 250 67.499 14.614 61.491 1.00143.25 C +ANISOU 5752 CG2 THR B 250 16363 16662 21403 3133 -5317 -8434 C +ATOM 5753 N TYR B 251 66.401 17.167 58.785 1.00136.75 N +ANISOU 5753 N TYR B 251 15517 14647 21796 2722 -5565 -8127 N +ATOM 5754 CA TYR B 251 67.284 17.657 57.733 1.00143.45 C +ANISOU 5754 CA TYR B 251 16341 15016 23147 2380 -5636 -7876 C +ATOM 5755 C TYR B 251 68.293 16.603 57.313 1.00147.90 C +ANISOU 5755 C TYR B 251 16928 15661 23605 2118 -5426 -7609 C +ATOM 5756 O TYR B 251 69.298 16.934 56.672 1.00150.33 O +ANISOU 5756 O TYR B 251 17181 15637 24302 1846 -5494 -7440 O +ATOM 5757 CB TYR B 251 68.028 18.933 58.149 1.00154.57 C +ANISOU 5757 CB TYR B 251 17621 16084 25025 2424 -6017 -8121 C +ATOM 5758 CG TYR B 251 67.081 20.069 58.442 1.00157.40 C +ANISOU 5758 CG TYR B 251 17956 16301 25547 2665 -6257 -8372 C +ATOM 5759 CD1 TYR B 251 66.534 20.237 59.706 1.00159.33 C +ANISOU 5759 CD1 TYR B 251 18156 16864 25520 3055 -6396 -8774 C +ATOM 5760 CD2 TYR B 251 66.714 20.957 57.445 1.00156.21 C +ANISOU 5760 CD2 TYR B 251 17834 15713 25805 2509 -6342 -8198 C +ATOM 5761 CE1 TYR B 251 65.661 21.269 59.971 1.00159.03 C +ANISOU 5761 CE1 TYR B 251 18088 16710 25626 3286 -6625 -9016 C +ATOM 5762 CE2 TYR B 251 65.842 21.991 57.700 1.00156.34 C +ANISOU 5762 CE2 TYR B 251 17833 15599 25970 2738 -6576 -8433 C +ATOM 5763 CZ TYR B 251 65.316 22.143 58.965 1.00150.58 C +ANISOU 5763 CZ TYR B 251 17046 15193 24976 3128 -6720 -8851 C +ATOM 5764 OH TYR B 251 64.444 23.174 59.227 1.00144.79 O +ANISOU 5764 OH TYR B 251 16285 14342 24386 3369 -6965 -9102 O +ATOM 5765 N GLN B 252 68.045 15.334 57.634 1.00159.38 N +ANISOU 5765 N GLN B 252 18461 17554 24544 2185 -5167 -7555 N +ATOM 5766 CA GLN B 252 69.072 14.310 57.480 1.00153.79 C +ANISOU 5766 CA GLN B 252 17763 16978 23692 1998 -5011 -7374 C +ATOM 5767 C GLN B 252 68.446 12.987 57.075 1.00145.86 C +ANISOU 5767 C GLN B 252 16899 16288 22233 1942 -4659 -7128 C +ATOM 5768 O GLN B 252 67.365 12.624 57.543 1.00148.30 O +ANISOU 5768 O GLN B 252 17275 16903 22168 2157 -4540 -7218 O +ATOM 5769 CB GLN B 252 69.868 14.121 58.777 1.00151.10 C +ANISOU 5769 CB GLN B 252 17344 16897 23169 2208 -5159 -7675 C +ATOM 5770 N MET B 253 69.162 12.251 56.230 1.00139.43 N +ANISOU 5770 N MET B 253 16117 15410 21449 1654 -4493 -6821 N +ATOM 5771 CA MET B 253 68.646 10.989 55.721 1.00139.23 C +ANISOU 5771 CA MET B 253 16228 15639 21035 1571 -4171 -6566 C +ATOM 5772 C MET B 253 68.554 9.961 56.842 1.00139.58 C +ANISOU 5772 C MET B 253 16324 16195 20514 1803 -4059 -6713 C +ATOM 5773 O MET B 253 69.400 9.914 57.740 1.00135.96 O +ANISOU 5773 O MET B 253 15800 15872 19988 1918 -4193 -6904 O +ATOM 5774 CB MET B 253 69.540 10.442 54.606 1.00138.40 C +ANISOU 5774 CB MET B 253 16132 15357 21096 1221 -4045 -6221 C +ATOM 5775 CG MET B 253 69.923 11.437 53.517 1.00135.57 C +ANISOU 5775 CG MET B 253 15710 14492 21309 955 -4150 -6025 C +ATOM 5776 SD MET B 253 68.541 12.090 52.567 1.00144.93 S +ANISOU 5776 SD MET B 253 16987 15418 22660 930 -4097 -5864 S +ATOM 5777 CE MET B 253 67.785 10.615 51.892 1.00141.20 C +ANISOU 5777 CE MET B 253 16678 15229 21745 857 -3737 -5588 C +ATOM 5778 N ASP B 254 67.510 9.137 56.782 1.00139.43 N +ANISOU 5778 N ASP B 254 16427 16459 20090 1872 -3808 -6608 N +ATOM 5779 CA ASP B 254 67.286 8.053 57.726 1.00135.42 C +ANISOU 5779 CA ASP B 254 16000 16446 19009 2062 -3642 -6661 C +ATOM 5780 C ASP B 254 67.132 6.756 56.948 1.00130.55 C +ANISOU 5780 C ASP B 254 15517 15974 18113 1876 -3337 -6329 C +ATOM 5781 O ASP B 254 66.549 6.743 55.858 1.00134.27 O +ANISOU 5781 O ASP B 254 16034 16256 18726 1705 -3219 -6122 O +ATOM 5782 CB ASP B 254 66.033 8.297 58.581 1.00137.01 C +ANISOU 5782 CB ASP B 254 16212 16908 18939 2360 -3618 -6868 C +ATOM 5783 CG ASP B 254 66.090 9.606 59.349 1.00144.90 C +ANISOU 5783 CG ASP B 254 17080 17770 20204 2570 -3937 -7217 C +ATOM 5784 OD1 ASP B 254 67.008 10.413 59.099 1.00152.24 O +ANISOU 5784 OD1 ASP B 254 17914 18349 21579 2463 -4174 -7279 O +ATOM 5785 OD2 ASP B 254 65.203 9.834 60.200 1.00146.44 O +ANISOU 5785 OD2 ASP B 254 17263 18210 20168 2842 -3949 -7427 O +ATOM 5786 N VAL B 255 67.656 5.664 57.508 1.00122.89 N +ANISOU 5786 N VAL B 255 14614 15334 16746 1920 -3220 -6276 N +ATOM 5787 CA VAL B 255 67.510 4.365 56.865 1.00114.01 C +ANISOU 5787 CA VAL B 255 13627 14376 15316 1770 -2938 -5971 C +ATOM 5788 C VAL B 255 66.031 4.037 56.732 1.00102.54 C +ANISOU 5788 C VAL B 255 12264 13094 13602 1842 -2714 -5893 C +ATOM 5789 O VAL B 255 65.251 4.205 57.679 1.00106.46 O +ANISOU 5789 O VAL B 255 12753 13833 13863 2083 -2698 -6066 O +ATOM 5790 CB VAL B 255 68.265 3.292 57.663 1.00108.51 C +ANISOU 5790 CB VAL B 255 12996 14024 14208 1854 -2869 -5942 C +ATOM 5791 N ASN B 256 65.631 3.592 55.538 1.00 90.47 N +ANISOU 5791 N ASN B 256 10806 11437 12130 1632 -2546 -5636 N +ATOM 5792 CA ASN B 256 64.233 3.295 55.264 1.00 91.85 C +ANISOU 5792 CA ASN B 256 11047 11742 12109 1677 -2337 -5555 C +ATOM 5793 C ASN B 256 63.956 1.830 55.574 1.00116.08 C +ANISOU 5793 C ASN B 256 14253 15218 14632 1698 -2049 -5366 C +ATOM 5794 O ASN B 256 64.578 0.954 54.955 1.00125.01 O +ANISOU 5794 O ASN B 256 15470 16348 15681 1523 -1948 -5139 O +ATOM 5795 CB ASN B 256 63.894 3.590 53.809 1.00 85.49 C +ANISOU 5795 CB ASN B 256 10250 10575 11657 1454 -2315 -5373 C +ATOM 5796 CG ASN B 256 62.457 3.233 53.449 1.00 83.66 C +ANISOU 5796 CG ASN B 256 10073 10474 11238 1498 -2102 -5292 C +ATOM 5797 OD1 ASN B 256 61.727 2.636 54.239 1.00 95.90 O +ANISOU 5797 OD1 ASN B 256 11657 12409 12373 1662 -1932 -5332 O +ATOM 5798 ND2 ASN B 256 62.051 3.595 52.238 1.00 76.59 N +ANISOU 5798 ND2 ASN B 256 9183 9256 10663 1343 -2108 -5156 N +ATOM 5799 N PRO B 257 63.044 1.512 56.496 1.00123.78 N +ANISOU 5799 N PRO B 257 15255 16543 15234 1898 -1907 -5428 N +ATOM 5800 CA PRO B 257 62.743 0.093 56.739 1.00123.27 C +ANISOU 5800 CA PRO B 257 15329 16834 14672 1884 -1612 -5184 C +ATOM 5801 C PRO B 257 62.149 -0.588 55.522 1.00118.05 C +ANISOU 5801 C PRO B 257 14746 16112 13997 1687 -1400 -4918 C +ATOM 5802 O PRO B 257 62.471 -1.749 55.238 1.00123.91 O +ANISOU 5802 O PRO B 257 15613 16984 14483 1571 -1228 -4659 O +ATOM 5803 CB PRO B 257 61.753 0.151 57.908 1.00129.40 C +ANISOU 5803 CB PRO B 257 16082 17937 15149 2122 -1520 -5314 C +ATOM 5804 CG PRO B 257 61.058 1.451 57.724 1.00135.17 C +ANISOU 5804 CG PRO B 257 16671 18464 16224 2209 -1682 -5561 C +ATOM 5805 CD PRO B 257 62.112 2.396 57.217 1.00131.43 C +ANISOU 5805 CD PRO B 257 16125 17584 16229 2120 -1981 -5682 C +ATOM 5806 N GLU B 258 61.289 0.117 54.792 1.00109.06 N +ANISOU 5806 N GLU B 258 13537 14768 13134 1657 -1423 -4977 N +ATOM 5807 CA GLU B 258 60.678 -0.413 53.582 1.00102.87 C +ANISOU 5807 CA GLU B 258 12811 13896 12381 1484 -1251 -4756 C +ATOM 5808 C GLU B 258 61.633 -0.428 52.394 1.00 95.65 C +ANISOU 5808 C GLU B 258 11932 12637 11772 1248 -1349 -4606 C +ATOM 5809 O GLU B 258 61.256 -0.922 51.328 1.00 88.46 O +ANISOU 5809 O GLU B 258 11066 11631 10913 1061 -1181 -4236 O +ATOM 5810 CB GLU B 258 59.430 0.402 53.230 1.00 96.08 C +ANISOU 5810 CB GLU B 258 11852 12919 11734 1555 -1266 -4880 C +ATOM 5811 N GLY B 259 62.854 0.088 52.550 1.00 93.23 N +ANISOU 5811 N GLY B 259 11580 12143 11698 1213 -1573 -4704 N +ATOM 5812 CA GLY B 259 63.784 0.134 51.439 1.00 79.47 C +ANISOU 5812 CA GLY B 259 9832 10077 10284 958 -1633 -4453 C +ATOM 5813 C GLY B 259 64.383 -1.227 51.132 1.00 67.73 C +ANISOU 5813 C GLY B 259 8458 8780 8497 827 -1429 -4093 C +ATOM 5814 O GLY B 259 64.584 -2.060 52.014 1.00 74.93 O +ANISOU 5814 O GLY B 259 9447 10029 8994 947 -1351 -4148 O +ATOM 5815 N LYS B 260 64.671 -1.449 49.851 1.00 56.40 N +ANISOU 5815 N LYS B 260 7041 7121 7265 591 -1347 -3719 N +ATOM 5816 CA LYS B 260 65.171 -2.739 49.399 1.00 61.37 C +ANISOU 5816 CA LYS B 260 7782 7901 7634 470 -1156 -3363 C +ATOM 5817 C LYS B 260 66.037 -2.544 48.162 1.00 60.31 C +ANISOU 5817 C LYS B 260 7608 7463 7845 238 -1187 -3084 C +ATOM 5818 O LYS B 260 66.138 -1.446 47.608 1.00 64.95 O +ANISOU 5818 O LYS B 260 8095 7719 8864 152 -1329 -3124 O +ATOM 5819 CB LYS B 260 64.018 -3.709 49.113 1.00 60.36 C +ANISOU 5819 CB LYS B 260 7773 7972 7188 464 -889 -3121 C +ATOM 5820 CG LYS B 260 63.209 -4.049 50.352 1.00 60.76 C +ANISOU 5820 CG LYS B 260 7860 8372 6852 675 -809 -3346 C +ATOM 5821 CD LYS B 260 62.094 -5.031 50.080 1.00 53.13 C +ANISOU 5821 CD LYS B 260 6989 7597 5602 638 -540 -3095 C +ATOM 5822 CE LYS B 260 61.210 -5.163 51.308 1.00 61.37 C +ANISOU 5822 CE LYS B 260 8030 8978 6308 845 -453 -3334 C +ATOM 5823 NZ LYS B 260 60.201 -6.245 51.180 1.00 67.95 N +ANISOU 5823 NZ LYS B 260 8946 10031 6841 791 -176 -3080 N +ATOM 5824 N TYR B 261 66.667 -3.636 47.737 1.00 52.28 N +ANISOU 5824 N TYR B 261 6674 6565 6623 144 -1047 -2795 N +ATOM 5825 CA TYR B 261 67.588 -3.631 46.614 1.00 49.54 C +ANISOU 5825 CA TYR B 261 6289 6007 6527 -57 -1041 -2517 C +ATOM 5826 C TYR B 261 66.912 -4.171 45.360 1.00 50.56 C +ANISOU 5826 C TYR B 261 6521 6069 6620 -180 -842 -2133 C +ATOM 5827 O TYR B 261 66.039 -5.039 45.427 1.00 63.02 O +ANISOU 5827 O TYR B 261 8223 7842 7878 -126 -680 -2031 O +ATOM 5828 CB TYR B 261 68.830 -4.475 46.920 1.00 49.19 C +ANISOU 5828 CB TYR B 261 6256 6143 6289 -56 -1038 -2469 C +ATOM 5829 CG TYR B 261 69.653 -3.989 48.093 1.00 56.57 C +ANISOU 5829 CG TYR B 261 7082 7145 7267 66 -1260 -2844 C +ATOM 5830 CD1 TYR B 261 69.394 -4.436 49.382 1.00 60.70 C +ANISOU 5830 CD1 TYR B 261 7681 7968 7414 284 -1282 -3091 C +ATOM 5831 CD2 TYR B 261 70.698 -3.095 47.908 1.00 54.18 C +ANISOU 5831 CD2 TYR B 261 6598 6610 7379 -38 -1451 -2947 C +ATOM 5832 CE1 TYR B 261 70.148 -3.998 50.454 1.00 69.42 C +ANISOU 5832 CE1 TYR B 261 8695 9144 8537 421 -1506 -3452 C +ATOM 5833 CE2 TYR B 261 71.458 -2.655 48.973 1.00 57.51 C +ANISOU 5833 CE2 TYR B 261 6908 7086 7857 76 -1681 -3313 C +ATOM 5834 CZ TYR B 261 71.178 -3.107 50.244 1.00 78.12 C +ANISOU 5834 CZ TYR B 261 9608 10001 10072 318 -1717 -3575 C +ATOM 5835 OH TYR B 261 71.933 -2.666 51.307 1.00 96.48 O +ANISOU 5835 OH TYR B 261 11832 12390 12435 456 -1967 -3959 O +ATOM 5836 N SER B 262 67.336 -3.655 44.209 1.00 49.16 N +ANISOU 5836 N SER B 262 6290 5614 6773 -349 -858 -1918 N +ATOM 5837 CA SER B 262 66.803 -4.088 42.924 1.00 55.56 C +ANISOU 5837 CA SER B 262 7200 6345 7567 -456 -696 -1556 C +ATOM 5838 C SER B 262 67.655 -5.228 42.376 1.00 56.02 C +ANISOU 5838 C SER B 262 7330 6540 7415 -526 -563 -1279 C +ATOM 5839 O SER B 262 68.869 -5.076 42.200 1.00 65.70 O +ANISOU 5839 O SER B 262 8463 7713 8788 -603 -615 -1241 O +ATOM 5840 CB SER B 262 66.765 -2.922 41.936 1.00 59.92 C +ANISOU 5840 CB SER B 262 7679 6531 8558 -580 -776 -1449 C +ATOM 5841 OG SER B 262 65.764 -1.988 42.294 1.00 60.86 O +ANISOU 5841 OG SER B 262 7765 6517 8842 -493 -888 -1676 O +ATOM 5842 N PHE B 263 67.017 -6.366 42.109 1.00 47.44 N +ANISOU 5842 N PHE B 263 6399 5628 5998 -497 -398 -1096 N +ATOM 5843 CA PHE B 263 67.689 -7.516 41.515 1.00 42.80 C +ANISOU 5843 CA PHE B 263 5907 5161 5195 -541 -277 -832 C +ATOM 5844 C PHE B 263 66.750 -8.120 40.485 1.00 40.66 C +ANISOU 5844 C PHE B 263 5774 4864 4813 -581 -137 -562 C +ATOM 5845 O PHE B 263 65.652 -8.569 40.830 1.00 42.99 O +ANISOU 5845 O PHE B 263 6153 5265 4917 -521 -76 -601 O +ATOM 5846 CB PHE B 263 68.078 -8.545 42.584 1.00 46.03 C +ANISOU 5846 CB PHE B 263 6389 5859 5241 -424 -258 -944 C +ATOM 5847 CG PHE B 263 68.708 -9.792 42.026 1.00 51.37 C +ANISOU 5847 CG PHE B 263 7182 6657 5680 -440 -150 -693 C +ATOM 5848 CD1 PHE B 263 69.950 -9.746 41.414 1.00 50.31 C +ANISOU 5848 CD1 PHE B 263 6964 6470 5681 -505 -171 -581 C +ATOM 5849 CD2 PHE B 263 68.061 -11.013 42.127 1.00 59.29 C +ANISOU 5849 CD2 PHE B 263 8370 7824 6332 -387 -31 -576 C +ATOM 5850 CE1 PHE B 263 70.529 -10.894 40.902 1.00 57.53 C +ANISOU 5850 CE1 PHE B 263 7982 7507 6369 -491 -80 -374 C +ATOM 5851 CE2 PHE B 263 68.635 -12.163 41.619 1.00 53.22 C +ANISOU 5851 CE2 PHE B 263 7722 7145 5355 -384 43 -364 C +ATOM 5852 CZ PHE B 263 69.871 -12.103 41.006 1.00 62.82 C +ANISOU 5852 CZ PHE B 263 8857 8320 6692 -422 15 -273 C +ATOM 5853 N GLY B 264 67.171 -8.122 39.224 1.00 37.61 N +ANISOU 5853 N GLY B 264 5400 4344 4545 -681 -87 -294 N +ATOM 5854 CA GLY B 264 66.249 -8.486 38.162 1.00 35.24 C +ANISOU 5854 CA GLY B 264 5220 3982 4189 -709 7 -63 C +ATOM 5855 C GLY B 264 64.994 -7.645 38.247 1.00 43.23 C +ANISOU 5855 C GLY B 264 6200 4862 5363 -688 -48 -184 C +ATOM 5856 O GLY B 264 65.049 -6.421 38.419 1.00 51.18 O +ANISOU 5856 O GLY B 264 7088 5686 6674 -704 -165 -325 O +ATOM 5857 N ALA B 265 63.836 -8.296 38.124 1.00 54.90 N +ANISOU 5857 N ALA B 265 7778 6424 6656 -649 26 -138 N +ATOM 5858 CA ALA B 265 62.544 -7.635 38.269 1.00 42.59 C +ANISOU 5858 CA ALA B 265 6176 4790 5216 -606 -17 -272 C +ATOM 5859 C ALA B 265 61.957 -7.826 39.662 1.00 52.60 C +ANISOU 5859 C ALA B 265 7405 6265 6314 -511 -8 -544 C +ATOM 5860 O ALA B 265 60.733 -7.892 39.815 1.00 55.78 O +ANISOU 5860 O ALA B 265 7803 6725 6667 -467 28 -610 O +ATOM 5861 CB ALA B 265 61.567 -8.144 37.209 1.00 34.24 C +ANISOU 5861 CB ALA B 265 5220 3695 4094 -625 50 -63 C +ATOM 5862 N THR B 266 62.807 -7.915 40.685 1.00 52.44 N +ANISOU 5862 N THR B 266 7352 6376 6198 -468 -38 -705 N +ATOM 5863 CA THR B 266 62.358 -8.122 42.054 1.00 56.30 C +ANISOU 5863 CA THR B 266 7820 7092 6480 -357 -22 -954 C +ATOM 5864 C THR B 266 63.081 -7.172 42.996 1.00 60.64 C +ANISOU 5864 C THR B 266 8249 7618 7174 -286 -172 -1248 C +ATOM 5865 O THR B 266 64.197 -6.722 42.724 1.00 58.85 O +ANISOU 5865 O THR B 266 7969 7253 7139 -341 -266 -1229 O +ATOM 5866 CB THR B 266 62.598 -9.564 42.518 1.00 48.51 C +ANISOU 5866 CB THR B 266 6967 6358 5105 -343 103 -848 C +ATOM 5867 OG1 THR B 266 63.904 -9.993 42.112 1.00 64.20 O +ANISOU 5867 OG1 THR B 266 9003 8320 7070 -389 85 -703 O +ATOM 5868 CG2 THR B 266 61.548 -10.494 41.941 1.00 37.17 C +ANISOU 5868 CG2 THR B 266 5636 4977 3511 -392 239 -646 C +ATOM 5869 N CYS B 267 62.422 -6.877 44.115 1.00 59.45 N +ANISOU 5869 N CYS B 267 8046 7613 6930 -158 -194 -1527 N +ATOM 5870 CA CYS B 267 62.996 -6.094 45.200 1.00 57.23 C +ANISOU 5870 CA CYS B 267 7665 7359 6721 -49 -347 -1858 C +ATOM 5871 C CYS B 267 63.275 -7.039 46.362 1.00 76.56 C +ANISOU 5871 C CYS B 267 10191 10135 8763 57 -278 -1946 C +ATOM 5872 O CYS B 267 62.354 -7.687 46.871 1.00 74.78 O +ANISOU 5872 O CYS B 267 10027 10132 8254 119 -139 -1946 O +ATOM 5873 CB CYS B 267 62.049 -4.971 45.623 1.00 53.33 C +ANISOU 5873 CB CYS B 267 7059 6791 6413 58 -444 -2141 C +ATOM 5874 SG CYS B 267 61.462 -3.950 44.253 1.00 50.08 S +ANISOU 5874 SG CYS B 267 6593 5999 6436 -40 -518 -2013 S +ATOM 5875 N VAL B 268 64.539 -7.118 46.775 1.00 89.77 N +ANISOU 5875 N VAL B 268 11857 11839 10412 76 -375 -2013 N +ATOM 5876 CA VAL B 268 64.982 -8.104 47.751 1.00 81.93 C +ANISOU 5876 CA VAL B 268 10967 11138 9024 179 -325 -2050 C +ATOM 5877 C VAL B 268 65.689 -7.393 48.897 1.00 76.18 C +ANISOU 5877 C VAL B 268 10146 10475 8323 327 -518 -2415 C +ATOM 5878 O VAL B 268 66.168 -6.267 48.762 1.00 66.81 O +ANISOU 5878 O VAL B 268 8816 9070 7499 305 -701 -2588 O +ATOM 5879 CB VAL B 268 65.908 -9.161 47.113 1.00 73.74 C +ANISOU 5879 CB VAL B 268 10037 10113 7867 87 -262 -1759 C +ATOM 5880 CG1 VAL B 268 65.173 -9.897 46.003 1.00 66.44 C +ANISOU 5880 CG1 VAL B 268 9217 9129 6900 -38 -91 -1425 C +ATOM 5881 CG2 VAL B 268 67.173 -8.508 46.569 1.00 81.32 C +ANISOU 5881 CG2 VAL B 268 10876 10870 9150 8 -410 -1767 C +ATOM 5882 N LYS B 269 65.756 -8.077 50.041 1.00 71.89 N +ANISOU 5882 N LYS B 269 9697 10231 7388 480 -484 -2528 N +ATOM 5883 CA LYS B 269 66.346 -7.470 51.230 1.00 64.79 C +ANISOU 5883 CA LYS B 269 8727 9436 6455 660 -676 -2902 C +ATOM 5884 C LYS B 269 67.843 -7.242 51.068 1.00 64.45 C +ANISOU 5884 C LYS B 269 8605 9268 6616 618 -863 -2949 C +ATOM 5885 O LYS B 269 68.389 -6.295 51.645 1.00 52.97 O +ANISOU 5885 O LYS B 269 7018 7745 5362 700 -1086 -3273 O +ATOM 5886 CB LYS B 269 66.076 -8.346 52.454 1.00 57.97 C +ANISOU 5886 CB LYS B 269 8007 8941 5076 844 -582 -2973 C +ATOM 5887 N LYS B 270 68.521 -8.090 50.299 1.00 62.70 N +ANISOU 5887 N LYS B 270 8449 9018 6356 496 -783 -2645 N +ATOM 5888 CA LYS B 270 69.956 -7.956 50.095 1.00 57.14 C +ANISOU 5888 CA LYS B 270 7645 8225 5839 451 -935 -2670 C +ATOM 5889 C LYS B 270 70.329 -8.631 48.785 1.00 62.01 C +ANISOU 5889 C LYS B 270 8304 8733 6525 272 -801 -2283 C +ATOM 5890 O LYS B 270 69.691 -9.601 48.368 1.00 75.94 O +ANISOU 5890 O LYS B 270 10232 10579 8043 242 -610 -2020 O +ATOM 5891 CB LYS B 270 70.748 -8.569 51.255 1.00 51.77 C +ANISOU 5891 CB LYS B 270 7031 7813 4827 641 -1032 -2846 C +ATOM 5892 N CYS B 271 71.367 -8.103 48.142 1.00 58.03 N +ANISOU 5892 N CYS B 271 7641 8046 6362 155 -904 -2258 N +ATOM 5893 CA CYS B 271 71.801 -8.647 46.869 1.00 53.54 C +ANISOU 5893 CA CYS B 271 7090 7386 5866 1 -780 -1908 C +ATOM 5894 C CYS B 271 72.448 -10.016 47.070 1.00 64.51 C +ANISOU 5894 C CYS B 271 8616 9008 6884 90 -720 -1782 C +ATOM 5895 O CYS B 271 73.002 -10.298 48.137 1.00 76.25 O +ANISOU 5895 O CYS B 271 10119 10682 8171 247 -833 -1991 O +ATOM 5896 CB CYS B 271 72.800 -7.713 46.192 1.00 55.06 C +ANISOU 5896 CB CYS B 271 7058 7350 6512 -147 -891 -1910 C +ATOM 5897 SG CYS B 271 72.149 -6.088 45.747 1.00 74.49 S +ANISOU 5897 SG CYS B 271 9375 9464 9465 -275 -975 -1999 S +ATOM 5898 N PRO B 272 72.392 -10.887 46.064 1.00 58.01 N +ANISOU 5898 N PRO B 272 7906 8176 5959 11 -560 -1453 N +ATOM 5899 CA PRO B 272 73.204 -12.106 46.119 1.00 55.10 C +ANISOU 5899 CA PRO B 272 7647 7986 5305 94 -535 -1339 C +ATOM 5900 C PRO B 272 74.674 -11.752 46.267 1.00 55.41 C +ANISOU 5900 C PRO B 272 7487 8039 5528 110 -692 -1480 C +ATOM 5901 O PRO B 272 75.199 -10.893 45.554 1.00 61.77 O +ANISOU 5901 O PRO B 272 8086 8668 6715 -33 -727 -1459 O +ATOM 5902 CB PRO B 272 72.915 -12.791 44.779 1.00 58.55 C +ANISOU 5902 CB PRO B 272 8188 8342 5716 -17 -362 -983 C +ATOM 5903 CG PRO B 272 71.595 -12.264 44.357 1.00 49.41 C +ANISOU 5903 CG PRO B 272 7059 7041 4674 -110 -274 -919 C +ATOM 5904 CD PRO B 272 71.530 -10.856 44.872 1.00 59.99 C +ANISOU 5904 CD PRO B 272 8209 8264 6320 -129 -409 -1188 C +ATOM 5905 N ARG B 273 75.336 -12.422 47.210 1.00 62.82 N +ANISOU 5905 N ARG B 273 8486 9190 6195 285 -789 -1621 N +ATOM 5906 CA ARG B 273 76.773 -12.238 47.379 1.00 56.69 C +ANISOU 5906 CA ARG B 273 7514 8461 5566 321 -948 -1763 C +ATOM 5907 C ARG B 273 77.510 -12.370 46.058 1.00 45.15 C +ANISOU 5907 C ARG B 273 5934 6909 4312 179 -858 -1515 C +ATOM 5908 O ARG B 273 78.624 -11.853 45.916 1.00 46.80 O +ANISOU 5908 O ARG B 273 5895 7092 4794 129 -963 -1610 O +ATOM 5909 CB ARG B 273 77.319 -13.256 48.375 1.00 46.72 C +ANISOU 5909 CB ARG B 273 6393 7454 3905 551 -1037 -1870 C +ATOM 5910 CG ARG B 273 76.423 -13.484 49.590 1.00 47.24 C +ANISOU 5910 CG ARG B 273 6660 7659 3629 711 -1054 -2016 C +ATOM 5911 CD ARG B 273 77.204 -14.078 50.739 1.00 68.72 C +ANISOU 5911 CD ARG B 273 9454 10612 6043 952 -1217 -2210 C +ATOM 5912 NE ARG B 273 78.387 -13.272 51.016 1.00 85.09 N +ANISOU 5912 NE ARG B 273 11247 12672 8410 974 -1446 -2488 N +ATOM 5913 CZ ARG B 273 79.511 -13.731 51.554 1.00 95.32 C +ANISOU 5913 CZ ARG B 273 12506 14129 9582 1140 -1614 -2626 C +ATOM 5914 NH1 ARG B 273 79.627 -15.009 51.888 1.00111.38 N +ANISOU 5914 NH1 ARG B 273 14760 16250 11309 1261 -1516 -2398 N +ATOM 5915 NH2 ARG B 273 80.527 -12.903 51.751 1.00 88.00 N +ANISOU 5915 NH2 ARG B 273 11286 13170 8979 1130 -1826 -2889 N +ATOM 5916 N ASN B 274 76.908 -13.065 45.094 1.00 53.05 N +ANISOU 5916 N ASN B 274 7101 7873 5184 118 -666 -1204 N +ATOM 5917 CA ASN B 274 77.493 -13.192 43.770 1.00 48.62 C +ANISOU 5917 CA ASN B 274 6448 7242 4784 1 -559 -955 C +ATOM 5918 C ASN B 274 77.591 -11.846 43.062 1.00 61.93 C +ANISOU 5918 C ASN B 274 7893 8702 6938 -205 -556 -935 C +ATOM 5919 O ASN B 274 78.483 -11.647 42.230 1.00 43.78 O +ANISOU 5919 O ASN B 274 5416 6369 4850 -303 -516 -812 O +ATOM 5920 CB ASN B 274 76.646 -14.170 42.950 1.00 39.72 C +ANISOU 5920 CB ASN B 274 5575 6110 3407 -2 -377 -659 C +ATOM 5921 CG ASN B 274 77.288 -14.554 41.637 1.00 39.10 C +ANISOU 5921 CG ASN B 274 5449 6018 3389 -60 -267 -408 C +ATOM 5922 OD1 ASN B 274 76.598 -14.776 40.642 1.00 86.18 O +ANISOU 5922 OD1 ASN B 274 11526 11889 9329 -133 -129 -172 O +ATOM 5923 ND2 ASN B 274 78.608 -14.633 41.619 1.00 63.56 N +ANISOU 5923 ND2 ASN B 274 8369 9223 6558 -17 -330 -466 N +ATOM 5924 N TYR B 275 76.703 -10.912 43.384 1.00 43.41 N +ANISOU 5924 N TYR B 275 5535 6201 4759 -268 -596 -1051 N +ATOM 5925 CA TYR B 275 76.517 -9.702 42.597 1.00 44.07 C +ANISOU 5925 CA TYR B 275 5459 6022 5262 -464 -577 -977 C +ATOM 5926 C TYR B 275 77.176 -8.486 43.239 1.00 62.77 C +ANISOU 5926 C TYR B 275 7568 8276 8004 -522 -776 -1260 C +ATOM 5927 O TYR B 275 77.485 -8.463 44.432 1.00 61.77 O +ANISOU 5927 O TYR B 275 7408 8268 7795 -389 -944 -1564 O +ATOM 5928 CB TYR B 275 75.025 -9.430 42.396 1.00 49.49 C +ANISOU 5928 CB TYR B 275 6306 6578 5921 -494 -502 -909 C +ATOM 5929 CG TYR B 275 74.470 -10.060 41.145 1.00 59.48 C +ANISOU 5929 CG TYR B 275 7724 7809 7068 -552 -308 -562 C +ATOM 5930 CD1 TYR B 275 74.223 -11.424 41.080 1.00 38.71 C +ANISOU 5930 CD1 TYR B 275 5309 5357 4041 -442 -210 -431 C +ATOM 5931 CD2 TYR B 275 74.200 -9.291 40.025 1.00 54.37 C +ANISOU 5931 CD2 TYR B 275 7015 6938 6704 -708 -239 -368 C +ATOM 5932 CE1 TYR B 275 73.718 -12.003 39.932 1.00 39.70 C +ANISOU 5932 CE1 TYR B 275 5574 5443 4066 -484 -61 -141 C +ATOM 5933 CE2 TYR B 275 73.694 -9.859 38.878 1.00 56.88 C +ANISOU 5933 CE2 TYR B 275 7478 7235 6897 -737 -82 -69 C +ATOM 5934 CZ TYR B 275 73.456 -11.214 38.834 1.00 52.55 C +ANISOU 5934 CZ TYR B 275 7132 6870 5963 -623 1 31 C +ATOM 5935 OH TYR B 275 72.953 -11.780 37.685 1.00 52.86 O +ANISOU 5935 OH TYR B 275 7318 6881 5886 -642 133 303 O +ATOM 5936 N VAL B 276 77.384 -7.465 42.409 1.00 59.52 N +ANISOU 5936 N VAL B 276 6982 7623 8011 -722 -761 -1151 N +ATOM 5937 CA VAL B 276 77.908 -6.181 42.856 1.00 70.98 C +ANISOU 5937 CA VAL B 276 8184 8889 9897 -821 -953 -1390 C +ATOM 5938 C VAL B 276 76.763 -5.347 43.415 1.00 70.29 C +ANISOU 5938 C VAL B 276 8172 8630 9904 -793 -1053 -1583 C +ATOM 5939 O VAL B 276 75.619 -5.439 42.958 1.00 66.03 O +ANISOU 5939 O VAL B 276 7811 8026 9252 -792 -933 -1428 O +ATOM 5940 CB VAL B 276 78.618 -5.461 41.692 1.00 52.29 C +ANISOU 5940 CB VAL B 276 5606 6318 7945 -1063 -881 -1152 C +ATOM 5941 CG1 VAL B 276 79.150 -4.100 42.126 1.00 55.65 C +ANISOU 5941 CG1 VAL B 276 5769 6506 8871 -1196 -1091 -1389 C +ATOM 5942 CG2 VAL B 276 79.744 -6.327 41.144 1.00 52.16 C +ANISOU 5942 CG2 VAL B 276 5498 6513 7808 -1066 -765 -974 C +ATOM 5943 N VAL B 277 77.071 -4.520 44.409 1.00 77.76 N +ANISOU 5943 N VAL B 277 8971 9509 11064 -757 -1288 -1943 N +ATOM 5944 CA VAL B 277 76.072 -3.712 45.100 1.00 74.29 C +ANISOU 5944 CA VAL B 277 8587 8938 10703 -686 -1416 -2196 C +ATOM 5945 C VAL B 277 76.366 -2.247 44.819 1.00 68.52 C +ANISOU 5945 C VAL B 277 7643 7847 10544 -868 -1571 -2282 C +ATOM 5946 O VAL B 277 77.476 -1.763 45.076 1.00 59.84 O +ANISOU 5946 O VAL B 277 6314 6686 9738 -946 -1728 -2432 O +ATOM 5947 CB VAL B 277 76.057 -3.999 46.607 1.00 69.61 C +ANISOU 5947 CB VAL B 277 8041 8578 9828 -443 -1581 -2582 C +ATOM 5948 CG1 VAL B 277 74.915 -3.254 47.283 1.00 58.23 C +ANISOU 5948 CG1 VAL B 277 6671 7045 8410 -340 -1680 -2835 C +ATOM 5949 CG2 VAL B 277 75.927 -5.494 46.849 1.00 53.15 C +ANISOU 5949 CG2 VAL B 277 6168 6831 7198 -285 -1429 -2456 C +ATOM 5950 N THR B 278 75.368 -1.547 44.292 1.00 86.68 N +ANISOU 5950 N THR B 278 10018 9902 13016 -935 -1536 -2186 N +ATOM 5951 CA THR B 278 75.484 -0.133 43.967 1.00 82.41 C +ANISOU 5951 CA THR B 278 9319 8971 13021 -1106 -1683 -2237 C +ATOM 5952 C THR B 278 75.183 0.717 45.202 1.00 78.81 C +ANISOU 5952 C THR B 278 8813 8428 12703 -967 -1965 -2713 C +ATOM 5953 O THR B 278 74.354 0.357 46.042 1.00 89.53 O +ANISOU 5953 O THR B 278 10316 9981 13720 -742 -1984 -2926 O +ATOM 5954 CB THR B 278 74.530 0.196 42.809 1.00 68.76 C +ANISOU 5954 CB THR B 278 7717 7018 11391 -1212 -1530 -1911 C +ATOM 5955 OG1 THR B 278 75.079 -0.303 41.585 1.00 70.84 O +ANISOU 5955 OG1 THR B 278 7970 7300 11645 -1372 -1312 -1489 O +ATOM 5956 CG2 THR B 278 74.266 1.676 42.661 1.00 77.66 C +ANISOU 5956 CG2 THR B 278 8756 7726 13026 -1324 -1708 -2008 C +ATOM 5957 N ASP B 279 75.891 1.845 45.322 1.00 80.99 N +ANISOU 5957 N ASP B 279 8873 8415 13483 -1101 -2187 -2884 N +ATOM 5958 CA ASP B 279 75.737 2.702 46.498 1.00 90.50 C +ANISOU 5958 CA ASP B 279 10013 9519 14853 -962 -2495 -3373 C +ATOM 5959 C ASP B 279 74.304 3.190 46.673 1.00 90.83 C +ANISOU 5959 C ASP B 279 10221 9450 14839 -823 -2520 -3488 C +ATOM 5960 O ASP B 279 73.920 3.574 47.785 1.00 86.14 O +ANISOU 5960 O ASP B 279 9638 8905 14186 -614 -2724 -3911 O +ATOM 5961 CB ASP B 279 76.683 3.903 46.395 1.00 91.89 C +ANISOU 5961 CB ASP B 279 9930 9328 15657 -1174 -2730 -3491 C +ATOM 5962 CG ASP B 279 78.122 3.542 46.708 1.00 86.83 C +ANISOU 5962 CG ASP B 279 9072 8845 15074 -1237 -2800 -3567 C +ATOM 5963 OD1 ASP B 279 78.340 2.623 47.524 1.00 83.18 O +ANISOU 5963 OD1 ASP B 279 8659 8756 14191 -1027 -2809 -3746 O +ATOM 5964 OD2 ASP B 279 79.037 4.174 46.139 1.00 85.29 O +ANISOU 5964 OD2 ASP B 279 8681 8439 15285 -1464 -2803 -3391 O +ATOM 5965 N HIS B 280 73.523 3.203 45.595 1.00 97.72 N +ANISOU 5965 N HIS B 280 11215 10183 15731 -922 -2327 -3135 N +ATOM 5966 CA HIS B 280 72.120 3.596 45.604 1.00 97.57 C +ANISOU 5966 CA HIS B 280 11345 10071 15657 -795 -2326 -3200 C +ATOM 5967 C HIS B 280 71.158 2.409 45.659 1.00 82.41 C +ANISOU 5967 C HIS B 280 9627 8512 13172 -631 -2084 -3075 C +ATOM 5968 O HIS B 280 69.950 2.597 45.481 1.00 77.39 O +ANISOU 5968 O HIS B 280 9105 7828 12472 -547 -2035 -3062 O +ATOM 5969 CB HIS B 280 71.830 4.451 44.369 1.00113.37 C +ANISOU 5969 CB HIS B 280 13350 11658 18069 -1001 -2299 -2900 C +ATOM 5970 CG HIS B 280 72.679 5.682 44.281 1.00115.55 C +ANISOU 5970 CG HIS B 280 13442 11556 18906 -1173 -2515 -2970 C +ATOM 5971 ND1 HIS B 280 72.593 6.710 45.195 1.00121.16 N +ANISOU 5971 ND1 HIS B 280 14098 12178 19760 -1015 -2736 -3291 N +ATOM 5972 CD2 HIS B 280 73.638 6.045 43.395 1.00118.58 C +ANISOU 5972 CD2 HIS B 280 13705 11738 19611 -1436 -2455 -2651 C +ATOM 5973 CE1 HIS B 280 73.456 7.657 44.873 1.00126.41 C +ANISOU 5973 CE1 HIS B 280 14621 12574 20833 -1184 -2824 -3183 C +ATOM 5974 NE2 HIS B 280 74.103 7.278 43.784 1.00126.36 N +ANISOU 5974 NE2 HIS B 280 14573 12505 20933 -1443 -2646 -2792 N +ATOM 5975 N GLY B 281 71.660 1.196 45.880 1.00 77.36 N +ANISOU 5975 N GLY B 281 9030 8220 12142 -588 -1940 -2980 N +ATOM 5976 CA GLY B 281 70.821 0.083 46.272 1.00 78.20 C +ANISOU 5976 CA GLY B 281 9318 8680 11714 -411 -1762 -2952 C +ATOM 5977 C GLY B 281 70.437 -0.922 45.204 1.00 72.72 C +ANISOU 5977 C GLY B 281 8767 8086 10777 -496 -1479 -2511 C +ATOM 5978 O GLY B 281 69.517 -1.708 45.442 1.00 74.01 O +ANISOU 5978 O GLY B 281 9082 8480 10560 -372 -1338 -2479 O +ATOM 5979 N SER B 282 71.097 -0.938 44.050 1.00 66.75 N +ANISOU 5979 N SER B 282 7966 7175 10220 -701 -1389 -2177 N +ATOM 5980 CA SER B 282 70.740 -1.871 42.987 1.00 63.22 C +ANISOU 5980 CA SER B 282 7662 6817 9541 -763 -1140 -1776 C +ATOM 5981 C SER B 282 71.852 -2.887 42.758 1.00 67.82 C +ANISOU 5981 C SER B 282 8230 7608 9931 -808 -1032 -1598 C +ATOM 5982 O SER B 282 73.037 -2.538 42.748 1.00 67.83 O +ANISOU 5982 O SER B 282 8061 7543 10170 -906 -1118 -1628 O +ATOM 5983 CB SER B 282 70.434 -1.130 41.683 1.00 62.33 C +ANISOU 5983 CB SER B 282 7547 6378 9756 -929 -1095 -1494 C +ATOM 5984 OG SER B 282 71.365 -0.096 41.452 1.00 76.98 O +ANISOU 5984 OG SER B 282 9224 7956 12067 -1089 -1231 -1510 O +ATOM 5985 N CYS B 283 71.458 -4.148 42.577 1.00 72.72 N +ANISOU 5985 N CYS B 283 9022 8474 10132 -733 -851 -1420 N +ATOM 5986 CA CYS B 283 72.401 -5.234 42.332 1.00 56.14 C +ANISOU 5986 CA CYS B 283 6942 6583 7806 -740 -748 -1249 C +ATOM 5987 C CYS B 283 72.755 -5.265 40.850 1.00 50.35 C +ANISOU 5987 C CYS B 283 6195 5717 7219 -906 -607 -871 C +ATOM 5988 O CYS B 283 71.865 -5.385 40.000 1.00 47.29 O +ANISOU 5988 O CYS B 283 5937 5250 6780 -935 -489 -649 O +ATOM 5989 CB CYS B 283 71.796 -6.569 42.766 1.00 48.14 C +ANISOU 5989 CB CYS B 283 6137 5858 6295 -588 -629 -1216 C +ATOM 5990 SG CYS B 283 70.809 -6.488 44.278 1.00 52.65 S +ANISOU 5990 SG CYS B 283 6780 6578 6646 -394 -718 -1576 S +ATOM 5991 N VAL B 284 74.050 -5.170 40.536 1.00 52.41 N +ANISOU 5991 N VAL B 284 6291 5971 7651 -1005 -617 -800 N +ATOM 5992 CA VAL B 284 74.491 -5.066 39.153 1.00 50.59 C +ANISOU 5992 CA VAL B 284 6018 5626 7580 -1164 -478 -448 C +ATOM 5993 C VAL B 284 75.571 -6.102 38.871 1.00 59.94 C +ANISOU 5993 C VAL B 284 7167 7053 8553 -1141 -374 -313 C +ATOM 5994 O VAL B 284 76.195 -6.654 39.779 1.00 67.18 O +ANISOU 5994 O VAL B 284 8042 8175 9307 -1031 -454 -518 O +ATOM 5995 CB VAL B 284 75.002 -3.644 38.813 1.00 54.20 C +ANISOU 5995 CB VAL B 284 6263 5770 8561 -1356 -574 -443 C +ATOM 5996 CG1 VAL B 284 74.035 -2.590 39.344 1.00 50.53 C +ANISOU 5996 CG1 VAL B 284 5819 5066 8315 -1338 -735 -665 C +ATOM 5997 CG2 VAL B 284 76.409 -3.410 39.361 1.00 55.38 C +ANISOU 5997 CG2 VAL B 284 6158 5970 8913 -1417 -686 -609 C +ATOM 5998 N ARG B 285 75.783 -6.361 37.577 1.00 60.19 N +ANISOU 5998 N ARG B 285 7224 7067 8578 -1226 -201 31 N +ATOM 5999 CA ARG B 285 76.741 -7.364 37.132 1.00 56.95 C +ANISOU 5999 CA ARG B 285 6790 6892 7957 -1186 -83 183 C +ATOM 6000 C ARG B 285 78.116 -6.797 36.823 1.00 57.50 C +ANISOU 6000 C ARG B 285 6569 6937 8343 -1331 -82 230 C +ATOM 6001 O ARG B 285 79.079 -7.568 36.734 1.00 61.23 O +ANISOU 6001 O ARG B 285 6963 7636 8665 -1274 -25 265 O +ATOM 6002 CB ARG B 285 76.224 -8.076 35.878 1.00 55.88 C +ANISOU 6002 CB ARG B 285 6849 6795 7590 -1166 110 520 C +ATOM 6003 CG ARG B 285 75.023 -8.951 36.118 1.00 40.44 C +ANISOU 6003 CG ARG B 285 5167 4920 5279 -1021 127 496 C +ATOM 6004 CD ARG B 285 74.484 -9.518 34.824 1.00 48.78 C +ANISOU 6004 CD ARG B 285 6400 5975 6159 -1010 285 807 C +ATOM 6005 NE ARG B 285 73.347 -10.403 35.053 1.00 65.77 N +ANISOU 6005 NE ARG B 285 8796 8197 7997 -889 292 781 N +ATOM 6006 CZ ARG B 285 72.564 -10.879 34.091 1.00 60.83 C +ANISOU 6006 CZ ARG B 285 8349 7546 7219 -864 385 991 C +ATOM 6007 NH1 ARG B 285 72.786 -10.549 32.825 1.00 63.21 N +ANISOU 6007 NH1 ARG B 285 8634 7764 7620 -930 480 1248 N +ATOM 6008 NH2 ARG B 285 71.554 -11.681 34.394 1.00 49.18 N +ANISOU 6008 NH2 ARG B 285 7066 6129 5490 -774 379 946 N +ATOM 6009 N ALA B 286 78.237 -5.487 36.641 1.00 55.33 N +ANISOU 6009 N ALA B 286 6125 6388 8508 -1516 -143 236 N +ATOM 6010 CA ALA B 286 79.532 -4.908 36.319 1.00 52.80 C +ANISOU 6010 CA ALA B 286 5505 6029 8528 -1689 -130 302 C +ATOM 6011 C ALA B 286 79.563 -3.456 36.757 1.00 79.86 C +ANISOU 6011 C ALA B 286 8756 9134 12451 -1856 -308 138 C +ATOM 6012 O ALA B 286 78.527 -2.821 36.970 1.00 89.65 O +ANISOU 6012 O ALA B 286 10126 10154 13783 -1850 -400 57 O +ATOM 6013 CB ALA B 286 79.851 -4.999 34.820 1.00 53.10 C +ANISOU 6013 CB ALA B 286 5529 6070 8576 -1801 114 726 C +ATOM 6014 N CYS B 287 80.779 -2.952 36.903 1.00 58.55 N +ANISOU 6014 N CYS B 287 5751 6414 10083 -2000 -367 75 N +ATOM 6015 CA CYS B 287 81.050 -1.531 37.013 1.00 80.51 C +ANISOU 6015 CA CYS B 287 8322 8853 13414 -2221 -508 4 C +ATOM 6016 C CYS B 287 81.809 -1.083 35.771 1.00 98.17 C +ANISOU 6016 C CYS B 287 10379 10991 15930 -2468 -312 393 C +ATOM 6017 O CYS B 287 82.280 -1.898 34.973 1.00105.64 O +ANISOU 6017 O CYS B 287 11322 12183 16633 -2445 -86 655 O +ATOM 6018 CB CYS B 287 81.826 -1.242 38.297 1.00 84.08 C +ANISOU 6018 CB CYS B 287 8544 9340 14063 -2198 -767 -421 C +ATOM 6019 SG CYS B 287 80.887 -1.776 39.740 1.00 87.93 S +ANISOU 6019 SG CYS B 287 9268 9974 14167 -1887 -969 -847 S +ATOM 6020 N GLY B 288 81.918 0.230 35.607 1.00 98.43 N +ANISOU 6020 N GLY B 288 10267 10659 16475 -2702 -400 433 N +ATOM 6021 CA GLY B 288 82.334 0.772 34.330 1.00103.04 C +ANISOU 6021 CA GLY B 288 10750 11091 17310 -2945 -192 866 C +ATOM 6022 C GLY B 288 83.782 1.203 34.244 1.00111.81 C +ANISOU 6022 C GLY B 288 11463 12207 18813 -3182 -168 908 C +ATOM 6023 O GLY B 288 84.202 2.149 34.920 1.00130.10 O +ANISOU 6023 O GLY B 288 13560 14278 21593 -3335 -391 675 O +ATOM 6024 N ALA B 289 84.555 0.503 33.410 1.00104.34 N +ANISOU 6024 N ALA B 289 10409 11547 17687 -3207 98 1195 N +ATOM 6025 CA ALA B 289 85.901 0.929 33.047 1.00117.85 C +ANISOU 6025 CA ALA B 289 11725 13278 19773 -3462 194 1335 C +ATOM 6026 C ALA B 289 86.758 1.175 34.285 1.00132.54 C +ANISOU 6026 C ALA B 289 13274 15156 21928 -3495 -78 894 C +ATOM 6027 O ALA B 289 87.075 0.231 35.021 1.00143.83 O +ANISOU 6027 O ALA B 289 14686 16914 23048 -3268 -158 613 O +ATOM 6028 CB ALA B 289 85.830 2.184 32.175 1.00114.65 C +ANISOU 6028 CB ALA B 289 11423 12579 19558 -3629 278 1597 C +ATOM 6029 N ASP B 290 87.133 2.441 34.512 1.00132.25 N +ANISOU 6029 N ASP B 290 13128 14833 22286 -3667 -223 796 N +ATOM 6030 CA ASP B 290 87.979 2.857 35.622 1.00128.89 C +ANISOU 6030 CA ASP B 290 12423 14391 22158 -3703 -497 387 C +ATOM 6031 C ASP B 290 87.651 2.120 36.909 1.00122.54 C +ANISOU 6031 C ASP B 290 11620 13724 21217 -3479 -762 -75 C +ATOM 6032 O ASP B 290 88.557 1.707 37.631 1.00118.37 O +ANISOU 6032 O ASP B 290 10825 13419 20730 -3427 -892 -359 O +ATOM 6033 CB ASP B 290 87.846 4.362 35.852 1.00129.29 C +ANISOU 6033 CB ASP B 290 12523 14034 22568 -3830 -680 299 C +ATOM 6034 CG ASP B 290 86.418 4.787 36.135 1.00120.89 C +ANISOU 6034 CG ASP B 290 11803 12691 21437 -3702 -827 203 C +ATOM 6035 OD1 ASP B 290 85.764 4.157 36.995 1.00108.93 O +ANISOU 6035 OD1 ASP B 290 10391 11264 19731 -3498 -990 -101 O +ATOM 6036 OD2 ASP B 290 85.944 5.745 35.494 1.00123.67 O +ANISOU 6036 OD2 ASP B 290 12320 12752 21916 -3795 -780 424 O +ATOM 6037 N SER B 291 86.373 1.960 37.227 1.00124.48 N +ANISOU 6037 N SER B 291 12207 13877 21214 -3297 -844 -174 N +ATOM 6038 CA SER B 291 86.024 1.339 38.493 1.00104.29 C +ANISOU 6038 CA SER B 291 9786 11514 18326 -2992 -1072 -619 C +ATOM 6039 C SER B 291 86.371 -0.146 38.485 1.00106.62 C +ANISOU 6039 C SER B 291 10147 12288 18076 -2753 -920 -592 C +ATOM 6040 O SER B 291 86.351 -0.816 37.447 1.00123.40 O +ANISOU 6040 O SER B 291 12367 14582 19939 -2746 -627 -221 O +ATOM 6041 CB SER B 291 84.538 1.535 38.799 1.00 89.48 C +ANISOU 6041 CB SER B 291 8279 9459 16260 -2836 -1161 -711 C +ATOM 6042 OG SER B 291 84.192 2.909 38.772 1.00 82.71 O +ANISOU 6042 OG SER B 291 7378 8142 15907 -3033 -1314 -739 O +ATOM 6043 N TYR B 292 86.704 -0.651 39.670 1.00 80.94 N +ANISOU 6043 N TYR B 292 6852 9249 14652 -2543 -1139 -1000 N +ATOM 6044 CA TYR B 292 87.043 -2.044 39.894 1.00 72.92 C +ANISOU 6044 CA TYR B 292 5913 8663 13129 -2283 -1065 -1046 C +ATOM 6045 C TYR B 292 86.320 -2.512 41.150 1.00 70.79 C +ANISOU 6045 C TYR B 292 5900 8495 12502 -1986 -1283 -1417 C +ATOM 6046 O TYR B 292 85.943 -1.710 42.015 1.00 72.06 O +ANISOU 6046 O TYR B 292 6061 8448 12872 -1981 -1535 -1727 O +ATOM 6047 CB TYR B 292 88.562 -2.244 40.030 1.00 86.52 C +ANISOU 6047 CB TYR B 292 7237 10601 15034 -2338 -1104 -1148 C +ATOM 6048 CG TYR B 292 89.158 -1.697 41.313 1.00104.12 C +ANISOU 6048 CG TYR B 292 9232 12779 17551 -2316 -1468 -1633 C +ATOM 6049 CD1 TYR B 292 89.128 -0.337 41.596 1.00112.03 C +ANISOU 6049 CD1 TYR B 292 10068 13396 19102 -2541 -1667 -1783 C +ATOM 6050 CD2 TYR B 292 89.769 -2.542 42.231 1.00106.25 C +ANISOU 6050 CD2 TYR B 292 9450 13374 17544 -2058 -1630 -1948 C +ATOM 6051 CE1 TYR B 292 89.677 0.163 42.764 1.00127.34 C +ANISOU 6051 CE1 TYR B 292 11792 15284 21306 -2507 -2024 -2252 C +ATOM 6052 CE2 TYR B 292 90.321 -2.051 43.399 1.00115.82 C +ANISOU 6052 CE2 TYR B 292 10453 14553 19000 -2015 -1981 -2406 C +ATOM 6053 CZ TYR B 292 90.273 -0.698 43.660 1.00131.00 C +ANISOU 6053 CZ TYR B 292 12207 16098 21469 -2240 -2180 -2566 C +ATOM 6054 OH TYR B 292 90.822 -0.207 44.823 1.00136.04 O +ANISOU 6054 OH TYR B 292 12637 16698 22352 -2183 -2554 -3049 O +ATOM 6055 N GLU B 293 86.135 -3.827 41.232 1.00 67.78 N +ANISOU 6055 N GLU B 293 5740 8438 11576 -1733 -1181 -1377 N +ATOM 6056 CA GLU B 293 85.332 -4.443 42.277 1.00 70.42 C +ANISOU 6056 CA GLU B 293 6371 8898 11489 -1449 -1316 -1634 C +ATOM 6057 C GLU B 293 86.158 -4.675 43.534 1.00 85.27 C +ANISOU 6057 C GLU B 293 8102 10972 13327 -1277 -1586 -2051 C +ATOM 6058 O GLU B 293 87.369 -4.902 43.477 1.00106.31 O +ANISOU 6058 O GLU B 293 10490 13796 16108 -1301 -1613 -2090 O +ATOM 6059 CB GLU B 293 84.750 -5.772 41.791 1.00 74.07 C +ANISOU 6059 CB GLU B 293 7152 9593 11399 -1268 -1092 -1386 C +ATOM 6060 CG GLU B 293 83.651 -5.623 40.756 1.00 83.32 C +ANISOU 6060 CG GLU B 293 8547 10586 12526 -1368 -874 -1041 C +ATOM 6061 CD GLU B 293 83.081 -6.955 40.319 1.00 81.04 C +ANISOU 6061 CD GLU B 293 8566 10514 11711 -1187 -687 -830 C +ATOM 6062 OE1 GLU B 293 83.003 -7.872 41.162 1.00 71.03 O +ANISOU 6062 OE1 GLU B 293 7453 9465 10071 -955 -770 -1011 O +ATOM 6063 OE2 GLU B 293 82.715 -7.084 39.133 1.00 82.47 O +ANISOU 6063 OE2 GLU B 293 8842 10641 11854 -1275 -466 -482 O +ATOM 6064 N MET B 294 85.480 -4.621 44.678 1.00 66.87 N +ANISOU 6064 N MET B 294 5953 8642 10812 -1087 -1788 -2369 N +ATOM 6065 CA MET B 294 86.129 -4.808 45.967 1.00 77.69 C +ANISOU 6065 CA MET B 294 7230 10194 12095 -885 -2072 -2790 C +ATOM 6066 C MET B 294 85.102 -5.314 46.964 1.00 83.84 C +ANISOU 6066 C MET B 294 8360 11090 12404 -606 -2150 -2978 C +ATOM 6067 O MET B 294 83.973 -4.823 46.990 1.00 92.31 O +ANISOU 6067 O MET B 294 9613 11983 13478 -630 -2120 -2962 O +ATOM 6068 CB MET B 294 86.736 -3.496 46.476 1.00102.94 C +ANISOU 6068 CB MET B 294 10098 13158 15855 -1040 -2350 -3105 C +ATOM 6069 CG MET B 294 87.376 -3.588 47.853 1.00125.78 C +ANISOU 6069 CG MET B 294 12891 16226 18674 -815 -2685 -3585 C +ATOM 6070 SD MET B 294 88.878 -4.583 47.848 1.00151.03 S +ANISOU 6070 SD MET B 294 15853 19781 21752 -712 -2701 -3604 S +ATOM 6071 CE MET B 294 89.327 -4.508 49.578 1.00151.11 C +ANISOU 6071 CE MET B 294 15813 19940 21660 -419 -3142 -4206 C +ATOM 6072 N GLU B 295 85.492 -6.279 47.793 1.00 83.97 N +ANISOU 6072 N GLU B 295 8469 11412 12023 -337 -2251 -3154 N +ATOM 6073 CA GLU B 295 84.685 -6.620 48.959 1.00102.74 C +ANISOU 6073 CA GLU B 295 11131 13912 13991 -68 -2370 -3392 C +ATOM 6074 C GLU B 295 85.066 -5.660 50.076 1.00107.51 C +ANISOU 6074 C GLU B 295 11550 14446 14855 -9 -2717 -3865 C +ATOM 6075 O GLU B 295 86.152 -5.768 50.654 1.00116.22 O +ANISOU 6075 O GLU B 295 12454 15692 16013 88 -2930 -4114 O +ATOM 6076 CB GLU B 295 84.885 -8.069 49.388 1.00107.85 C +ANISOU 6076 CB GLU B 295 11998 14900 14082 204 -2334 -3358 C +ATOM 6077 CG GLU B 295 83.998 -8.450 50.568 1.00109.58 C +ANISOU 6077 CG GLU B 295 12530 15256 13851 470 -2420 -3554 C +ATOM 6078 CD GLU B 295 83.529 -9.888 50.524 1.00111.37 C +ANISOU 6078 CD GLU B 295 13100 15702 13515 644 -2234 -3309 C +ATOM 6079 OE1 GLU B 295 83.181 -10.370 49.425 1.00109.64 O +ANISOU 6079 OE1 GLU B 295 12972 15427 13257 516 -1978 -2940 O +ATOM 6080 OE2 GLU B 295 83.502 -10.536 51.592 1.00113.46 O +ANISOU 6080 OE2 GLU B 295 13550 16185 13374 912 -2353 -3485 O +ATOM 6081 N GLU B 296 84.180 -4.712 50.371 1.00 99.98 N +ANISOU 6081 N GLU B 296 10652 13270 14068 -53 -2792 -4005 N +ATOM 6082 CA GLU B 296 84.476 -3.644 51.312 1.00106.44 C +ANISOU 6082 CA GLU B 296 11283 13960 15197 -19 -3132 -4460 C +ATOM 6083 C GLU B 296 83.520 -3.582 52.494 1.00110.61 C +ANISOU 6083 C GLU B 296 12063 14581 15383 253 -3265 -4763 C +ATOM 6084 O GLU B 296 83.812 -2.871 53.462 1.00131.96 O +ANISOU 6084 O GLU B 296 14694 17231 18214 385 -3463 -5049 O +ATOM 6085 CB GLU B 296 84.473 -2.292 50.584 1.00106.64 C +ANISOU 6085 CB GLU B 296 11075 13576 15868 -342 -3160 -4411 C +ATOM 6086 CG GLU B 296 84.662 -1.092 51.496 1.00107.06 C +ANISOU 6086 CG GLU B 296 10994 13430 16254 -299 -3457 -4798 C +ATOM 6087 CD GLU B 296 85.176 0.122 50.758 1.00110.80 C +ANISOU 6087 CD GLU B 296 11190 13518 17389 -624 -3476 -4687 C +ATOM 6088 OE1 GLU B 296 86.023 -0.046 49.856 1.00112.89 O +ANISOU 6088 OE1 GLU B 296 11215 13766 17910 -864 -3380 -4468 O +ATOM 6089 OE2 GLU B 296 84.733 1.245 51.078 1.00112.70 O +ANISOU 6089 OE2 GLU B 296 11456 13482 17882 -631 -3573 -4802 O +ATOM 6090 N ASP B 297 82.398 -4.299 52.454 1.00 95.40 N +ANISOU 6090 N ASP B 297 10468 12779 13000 368 -3036 -4556 N +ATOM 6091 CA ASP B 297 81.514 -4.387 53.610 1.00 93.52 C +ANISOU 6091 CA ASP B 297 10474 12690 12369 647 -3096 -4781 C +ATOM 6092 C ASP B 297 80.727 -5.689 53.557 1.00 91.14 C +ANISOU 6092 C ASP B 297 10507 12646 11478 779 -2845 -4522 C +ATOM 6093 O ASP B 297 79.525 -5.719 53.840 1.00 88.26 O +ANISOU 6093 O ASP B 297 10358 12310 10867 864 -2729 -4497 O +ATOM 6094 CB ASP B 297 80.562 -3.191 53.679 1.00103.38 C +ANISOU 6094 CB ASP B 297 11722 13666 13892 585 -3118 -4877 C +ATOM 6095 CG ASP B 297 80.018 -2.962 55.074 1.00121.69 C +ANISOU 6095 CG ASP B 297 14182 16114 15939 892 -3178 -5089 C +ATOM 6096 OD1 ASP B 297 79.158 -3.750 55.518 1.00125.04 O +ANISOU 6096 OD1 ASP B 297 14871 16771 15869 1068 -3010 -4984 O +ATOM 6097 OD2 ASP B 297 80.451 -1.988 55.725 1.00125.80 O +ANISOU 6097 OD2 ASP B 297 14541 16505 16753 952 -3385 -5344 O +ATOM 6098 N GLY B 298 81.394 -6.775 53.178 1.00 91.60 N +ANISOU 6098 N GLY B 298 10605 12877 11321 796 -2734 -4290 N +ATOM 6099 CA GLY B 298 80.720 -8.037 52.952 1.00 93.43 C +ANISOU 6099 CA GLY B 298 11149 13293 11058 881 -2471 -3967 C +ATOM 6100 C GLY B 298 80.114 -8.100 51.568 1.00 90.37 C +ANISOU 6100 C GLY B 298 10797 12717 10823 631 -2185 -3551 C +ATOM 6101 O GLY B 298 80.002 -9.175 50.970 1.00 93.57 O +ANISOU 6101 O GLY B 298 11369 13225 10960 627 -1977 -3229 O +ATOM 6102 N VAL B 299 79.714 -6.942 51.054 1.00 88.99 N +ANISOU 6102 N VAL B 299 10476 12255 11080 433 -2190 -3565 N +ATOM 6103 CA VAL B 299 79.232 -6.819 49.693 1.00 87.80 C +ANISOU 6103 CA VAL B 299 10329 11897 11133 191 -1954 -3190 C +ATOM 6104 C VAL B 299 80.407 -6.480 48.788 1.00 83.36 C +ANISOU 6104 C VAL B 299 9486 11203 10983 -19 -1964 -3065 C +ATOM 6105 O VAL B 299 81.449 -5.994 49.236 1.00 92.28 O +ANISOU 6105 O VAL B 299 10372 12326 12365 -22 -2184 -3317 O +ATOM 6106 CB VAL B 299 78.132 -5.746 49.589 1.00 80.38 C +ANISOU 6106 CB VAL B 299 9398 10710 10432 102 -1953 -3252 C +ATOM 6107 CG1 VAL B 299 76.978 -6.069 50.530 1.00 72.50 C +ANISOU 6107 CG1 VAL B 299 8644 9882 9021 319 -1928 -3392 C +ATOM 6108 CG2 VAL B 299 78.692 -4.358 49.885 1.00 85.61 C +ANISOU 6108 CG2 VAL B 299 9787 11136 11607 14 -2218 -3562 C +ATOM 6109 N ARG B 300 80.234 -6.729 47.492 1.00 70.68 N +ANISOU 6109 N ARG B 300 7907 9500 9450 -197 -1724 -2673 N +ATOM 6110 CA ARG B 300 81.221 -6.317 46.497 1.00 69.41 C +ANISOU 6110 CA ARG B 300 7478 9205 9689 -422 -1683 -2503 C +ATOM 6111 C ARG B 300 80.816 -4.945 45.977 1.00 67.35 C +ANISOU 6111 C ARG B 300 7086 8586 9917 -649 -1707 -2480 C +ATOM 6112 O ARG B 300 80.065 -4.818 45.010 1.00 70.56 O +ANISOU 6112 O ARG B 300 7598 8840 10370 -775 -1516 -2183 O +ATOM 6113 CB ARG B 300 81.328 -7.340 45.373 1.00 68.72 C +ANISOU 6113 CB ARG B 300 7494 9228 9391 -463 -1417 -2099 C +ATOM 6114 CG ARG B 300 82.033 -8.624 45.778 1.00 72.07 C +ANISOU 6114 CG ARG B 300 7991 9969 9423 -257 -1426 -2122 C +ATOM 6115 CD ARG B 300 82.307 -9.517 44.579 1.00 68.48 C +ANISOU 6115 CD ARG B 300 7589 9598 8831 -303 -1190 -1750 C +ATOM 6116 NE ARG B 300 83.380 -8.997 43.736 1.00 63.80 N +ANISOU 6116 NE ARG B 300 6675 8939 8627 -493 -1151 -1641 N +ATOM 6117 CZ ARG B 300 84.676 -9.128 44.005 1.00 69.57 C +ANISOU 6117 CZ ARG B 300 7155 9819 9459 -454 -1265 -1785 C +ATOM 6118 NH1 ARG B 300 85.073 -9.757 45.104 1.00 79.72 N +ANISOU 6118 NH1 ARG B 300 8493 11320 10476 -214 -1447 -2053 N +ATOM 6119 NH2 ARG B 300 85.581 -8.624 43.176 1.00 62.65 N +ANISOU 6119 NH2 ARG B 300 5968 8884 8951 -653 -1196 -1657 N +ATOM 6120 N LYS B 301 81.301 -3.902 46.647 1.00 74.81 N +ANISOU 6120 N LYS B 301 7808 9384 11231 -691 -1965 -2809 N +ATOM 6121 CA LYS B 301 81.187 -2.548 46.135 1.00 72.63 C +ANISOU 6121 CA LYS B 301 7366 8732 11496 -929 -2024 -2791 C +ATOM 6122 C LYS B 301 82.125 -2.363 44.948 1.00 65.44 C +ANISOU 6122 C LYS B 301 6224 7714 10925 -1195 -1887 -2477 C +ATOM 6123 O LYS B 301 82.869 -3.266 44.548 1.00 64.63 O +ANISOU 6123 O LYS B 301 6075 7845 10637 -1177 -1754 -2305 O +ATOM 6124 CB LYS B 301 81.536 -1.525 47.212 1.00 73.21 C +ANISOU 6124 CB LYS B 301 7258 8671 11887 -895 -2367 -3255 C +ATOM 6125 CG LYS B 301 80.644 -1.510 48.423 1.00 74.40 C +ANISOU 6125 CG LYS B 301 7606 8920 11743 -627 -2520 -3602 C +ATOM 6126 CD LYS B 301 81.181 -0.508 49.427 1.00 77.33 C +ANISOU 6126 CD LYS B 301 7770 9164 12449 -586 -2884 -4078 C +ATOM 6127 CE LYS B 301 80.292 -0.385 50.643 1.00 75.21 C +ANISOU 6127 CE LYS B 301 7687 8999 11892 -301 -3042 -4448 C +ATOM 6128 NZ LYS B 301 81.078 0.020 51.840 1.00 75.89 N +ANISOU 6128 NZ LYS B 301 7647 9157 12031 -123 -3310 -4824 N +ATOM 6129 N CYS B 302 82.108 -1.153 44.402 1.00 67.47 N +ANISOU 6129 N CYS B 302 6330 7614 11692 -1438 -1926 -2409 N +ATOM 6130 CA CYS B 302 83.050 -0.743 43.375 1.00 83.91 C +ANISOU 6130 CA CYS B 302 8149 9559 14172 -1720 -1818 -2136 C +ATOM 6131 C CYS B 302 83.689 0.577 43.762 1.00 86.47 C +ANISOU 6131 C CYS B 302 8173 9580 15100 -1905 -2081 -2385 C +ATOM 6132 O CYS B 302 83.013 1.494 44.242 1.00 74.81 O +ANISOU 6132 O CYS B 302 6753 7835 13836 -1900 -2270 -2604 O +ATOM 6133 CB CYS B 302 82.377 -0.601 42.024 1.00 82.61 C +ANISOU 6133 CB CYS B 302 8120 9221 14045 -1881 -1548 -1679 C +ATOM 6134 SG CYS B 302 82.303 -2.144 41.132 1.00 82.21 S +ANISOU 6134 SG CYS B 302 8267 9521 13447 -1771 -1212 -1295 S +ATOM 6135 N LYS B 303 84.996 0.662 43.543 1.00 90.43 N +ANISOU 6135 N LYS B 303 8346 10123 15889 -2067 -2096 -2359 N +ATOM 6136 CA LYS B 303 85.752 1.883 43.772 1.00 94.19 C +ANISOU 6136 CA LYS B 303 8490 10299 16999 -2296 -2330 -2551 C +ATOM 6137 C LYS B 303 86.531 2.187 42.504 1.00108.86 C +ANISOU 6137 C LYS B 303 10104 12041 19218 -2629 -2102 -2131 C +ATOM 6138 O LYS B 303 86.682 1.330 41.639 1.00104.50 O +ANISOU 6138 O LYS B 303 9607 11722 18376 -2626 -1800 -1774 O +ATOM 6139 CB LYS B 303 86.699 1.745 44.969 1.00103.97 C +ANISOU 6139 CB LYS B 303 9521 11730 18251 -2150 -2616 -3003 C +ATOM 6140 CG LYS B 303 86.030 1.208 46.227 1.00112.23 C +ANISOU 6140 CG LYS B 303 10810 12985 18846 -1788 -2811 -3399 C +ATOM 6141 CD LYS B 303 84.946 2.145 46.739 1.00114.62 C +ANISOU 6141 CD LYS B 303 11333 13012 19205 -1703 -2941 -3564 C +ATOM 6142 CE LYS B 303 84.471 1.726 48.114 1.00120.61 C +ANISOU 6142 CE LYS B 303 12286 14004 19536 -1335 -3137 -3978 C +ATOM 6143 NZ LYS B 303 83.323 2.530 48.614 1.00118.59 N +ANISOU 6143 NZ LYS B 303 12249 13542 19266 -1208 -3223 -4125 N +ATOM 6144 N LYS B 304 87.022 3.411 42.383 1.00125.90 N +ANISOU 6144 N LYS B 304 12135 13912 21789 -2810 -2162 -2088 N +ATOM 6145 CA LYS B 304 87.724 3.813 41.173 1.00130.83 C +ANISOU 6145 CA LYS B 304 12588 14439 22681 -3104 -1913 -1651 C +ATOM 6146 C LYS B 304 89.221 3.563 41.323 1.00125.41 C +ANISOU 6146 C LYS B 304 11537 13981 22131 -3179 -1926 -1725 C +ATOM 6147 O LYS B 304 89.818 3.972 42.324 1.00129.02 O +ANISOU 6147 O LYS B 304 11861 14428 22733 -3107 -2194 -2095 O +ATOM 6148 CB LYS B 304 87.473 5.288 40.874 1.00139.05 C +ANISOU 6148 CB LYS B 304 13699 15054 24078 -3266 -1956 -1534 C +ATOM 6149 CG LYS B 304 86.059 5.613 40.381 1.00131.55 C +ANISOU 6149 CG LYS B 304 13089 13869 23025 -3229 -1881 -1349 C +ATOM 6150 CD LYS B 304 85.947 7.055 39.871 1.00141.37 C +ANISOU 6150 CD LYS B 304 14376 14710 24628 -3405 -1893 -1167 C +ATOM 6151 CE LYS B 304 86.833 7.328 38.652 1.00146.52 C +ANISOU 6151 CE LYS B 304 14863 15339 25468 -3691 -1626 -721 C +ATOM 6152 NZ LYS B 304 87.158 8.767 38.515 1.00151.97 N +ANISOU 6152 NZ LYS B 304 15491 15671 26578 -3871 -1724 -674 N +ATOM 6153 N CYS B 305 89.826 2.898 40.333 1.00130.81 N +ANISOU 6153 N CYS B 305 12061 14883 22758 -3306 -1635 -1377 N +ATOM 6154 CA CYS B 305 91.287 2.833 40.257 1.00145.83 C +ANISOU 6154 CA CYS B 305 13590 16979 24841 -3421 -1601 -1378 C +ATOM 6155 C CYS B 305 91.759 4.069 39.503 1.00145.82 C +ANISOU 6155 C CYS B 305 13483 16687 25233 -3727 -1490 -1093 C +ATOM 6156 O CYS B 305 91.682 4.133 38.272 1.00149.19 O +ANISOU 6156 O CYS B 305 13950 17085 25650 -3896 -1177 -638 O +ATOM 6157 CB CYS B 305 91.806 1.548 39.599 1.00164.90 C +ANISOU 6157 CB CYS B 305 15847 19803 27003 -3383 -1344 -1169 C +ATOM 6158 SG CYS B 305 90.690 0.508 38.624 1.00176.88 S +ANISOU 6158 SG CYS B 305 17692 21457 28058 -3269 -1022 -785 S +ATOM 6159 N GLU B 306 92.221 5.072 40.253 1.00146.52 N +ANISOU 6159 N GLU B 306 13459 16559 25653 -3783 -1752 -1366 N +ATOM 6160 CA GLU B 306 92.860 6.225 39.630 1.00151.96 C +ANISOU 6160 CA GLU B 306 13994 16996 26748 -4085 -1674 -1136 C +ATOM 6161 C GLU B 306 94.047 5.789 38.784 1.00145.78 C +ANISOU 6161 C GLU B 306 12892 16493 26003 -4269 -1400 -854 C +ATOM 6162 O GLU B 306 94.309 6.364 37.720 1.00144.05 O +ANISOU 6162 O GLU B 306 12629 16159 25944 -4520 -1156 -460 O +ATOM 6163 CB GLU B 306 93.297 7.223 40.701 1.00160.22 C +ANISOU 6163 CB GLU B 306 14924 17809 28144 -4088 -2027 -1529 C +ATOM 6164 N GLY B 307 94.763 4.761 39.232 1.00136.56 N +ANISOU 6164 N GLY B 307 11508 15716 24665 -4126 -1434 -1052 N +ATOM 6165 CA GLY B 307 95.892 4.238 38.507 1.00136.13 C +ANISOU 6165 CA GLY B 307 11129 15985 24608 -4251 -1183 -827 C +ATOM 6166 C GLY B 307 95.471 3.348 37.353 1.00136.78 C +ANISOU 6166 C GLY B 307 11332 16289 24351 -4226 -807 -413 C +ATOM 6167 O GLY B 307 94.355 3.452 36.834 1.00138.42 O +ANISOU 6167 O GLY B 307 11872 16309 24412 -4211 -693 -188 O +ATOM 6168 N PRO B 308 96.364 2.453 36.924 1.00132.15 N +ANISOU 6168 N PRO B 308 10474 16113 23622 -4202 -610 -309 N +ATOM 6169 CA PRO B 308 96.052 1.558 35.802 1.00127.00 C +ANISOU 6169 CA PRO B 308 9922 15706 22627 -4149 -239 84 C +ATOM 6170 C PRO B 308 95.276 0.343 36.289 1.00113.78 C +ANISOU 6170 C PRO B 308 8431 14224 20578 -3829 -315 -91 C +ATOM 6171 O PRO B 308 95.777 -0.446 37.094 1.00105.51 O +ANISOU 6171 O PRO B 308 7206 13455 19428 -3625 -489 -430 O +ATOM 6172 CB PRO B 308 97.436 1.168 35.272 1.00125.01 C +ANISOU 6172 CB PRO B 308 9264 15829 22406 -4232 -31 203 C +ATOM 6173 CG PRO B 308 98.290 1.167 36.504 1.00125.13 C +ANISOU 6173 CG PRO B 308 8992 15939 22613 -4157 -375 -272 C +ATOM 6174 CD PRO B 308 97.733 2.239 37.423 1.00126.05 C +ANISOU 6174 CD PRO B 308 9287 15611 22995 -4206 -717 -545 C +ATOM 6175 N CYS B 309 94.050 0.191 35.800 1.00121.36 N +ANISOU 6175 N CYS B 309 9752 15037 21321 -3776 -192 135 N +ATOM 6176 CA CYS B 309 93.200 -0.909 36.230 1.00129.94 C +ANISOU 6176 CA CYS B 309 11101 16287 21985 -3463 -254 -9 C +ATOM 6177 C CYS B 309 93.601 -2.187 35.506 1.00135.11 C +ANISOU 6177 C CYS B 309 11785 17399 22152 -3259 32 206 C +ATOM 6178 O CYS B 309 93.811 -2.179 34.289 1.00131.58 O +ANISOU 6178 O CYS B 309 11271 17018 21703 -3400 367 634 O +ATOM 6179 CB CYS B 309 91.733 -0.587 35.953 1.00123.17 C +ANISOU 6179 CB CYS B 309 10701 15128 20969 -3439 -226 155 C +ATOM 6180 SG CYS B 309 91.135 0.954 36.688 1.00147.91 S +ANISOU 6180 SG CYS B 309 13907 17719 24573 -3614 -545 -76 S +ATOM 6181 N ARG B 310 93.713 -3.282 36.257 1.00125.00 N +ANISOU 6181 N ARG B 310 10614 16430 20450 -2915 -106 -93 N +ATOM 6182 CA ARG B 310 93.960 -4.584 35.650 1.00120.07 C +ANISOU 6182 CA ARG B 310 10087 16216 19316 -2666 122 71 C +ATOM 6183 C ARG B 310 92.959 -4.825 34.529 1.00132.23 C +ANISOU 6183 C ARG B 310 12004 17694 20543 -2649 408 491 C +ATOM 6184 O ARG B 310 91.747 -4.704 34.727 1.00143.13 O +ANISOU 6184 O ARG B 310 13768 18848 21769 -2586 330 484 O +ATOM 6185 CB ARG B 310 93.859 -5.686 36.707 1.00105.61 C +ANISOU 6185 CB ARG B 310 8461 14628 17038 -2278 -109 -302 C +ATOM 6186 CG ARG B 310 94.936 -5.611 37.778 1.00108.80 C +ANISOU 6186 CG ARG B 310 8497 15161 17681 -2236 -398 -727 C +ATOM 6187 CD ARG B 310 94.966 -6.862 38.644 1.00109.81 C +ANISOU 6187 CD ARG B 310 8833 15588 17302 -1823 -577 -1024 C +ATOM 6188 NE ARG B 310 95.372 -8.046 37.891 1.00118.93 N +ANISOU 6188 NE ARG B 310 10028 17103 18057 -1619 -345 -826 N +ATOM 6189 CZ ARG B 310 96.628 -8.332 37.560 1.00132.36 C +ANISOU 6189 CZ ARG B 310 11327 19095 19869 -1616 -262 -828 C +ATOM 6190 NH1 ARG B 310 97.616 -7.515 37.905 1.00140.40 N +ANISOU 6190 NH1 ARG B 310 11853 20084 21409 -1831 -388 -1006 N +ATOM 6191 NH2 ARG B 310 96.899 -9.435 36.875 1.00126.80 N +ANISOU 6191 NH2 ARG B 310 10701 18712 18766 -1395 -61 -663 N +ATOM 6192 N LYS B 311 93.474 -5.165 33.349 1.00128.21 N +ANISOU 6192 N LYS B 311 11374 17404 19937 -2692 737 846 N +ATOM 6193 CA LYS B 311 92.655 -5.169 32.144 1.00115.37 C +ANISOU 6193 CA LYS B 311 10039 15694 18102 -2729 1019 1279 C +ATOM 6194 C LYS B 311 91.410 -6.025 32.328 1.00121.36 C +ANISOU 6194 C LYS B 311 11322 16454 18333 -2430 953 1223 C +ATOM 6195 O LYS B 311 91.481 -7.156 32.817 1.00126.06 O +ANISOU 6195 O LYS B 311 12048 17315 18533 -2127 866 1015 O +ATOM 6196 CB LYS B 311 93.467 -5.678 30.952 1.00 92.56 C +ANISOU 6196 CB LYS B 311 6958 13143 15066 -2723 1369 1608 C +ATOM 6197 CG LYS B 311 92.724 -5.548 29.634 1.00 88.29 C +ANISOU 6197 CG LYS B 311 6682 12515 14348 -2781 1664 2075 C +ATOM 6198 CD LYS B 311 93.570 -5.971 28.453 1.00 83.97 C +ANISOU 6198 CD LYS B 311 5925 12319 13659 -2773 2020 2399 C +ATOM 6199 CE LYS B 311 92.854 -5.681 27.146 1.00 92.32 C +ANISOU 6199 CE LYS B 311 7260 13259 14558 -2838 2292 2849 C +ATOM 6200 NZ LYS B 311 93.601 -6.187 25.966 1.00 92.69 N +ANISOU 6200 NZ LYS B 311 7271 13638 14309 -2724 2596 3053 N +ATOM 6201 N VAL B 312 90.268 -5.474 31.927 1.00 93.07 N +ANISOU 6201 N VAL B 312 12578 8909 13877 -1158 -1100 -201 N +ATOM 6202 CA VAL B 312 88.985 -6.165 31.980 1.00 85.54 C +ANISOU 6202 CA VAL B 312 11697 8202 12602 -814 -1078 -173 C +ATOM 6203 C VAL B 312 88.390 -6.139 30.581 1.00 77.00 C +ANISOU 6203 C VAL B 312 10695 7144 11415 -738 -850 100 C +ATOM 6204 O VAL B 312 88.073 -5.065 30.055 1.00 76.14 O +ANISOU 6204 O VAL B 312 10841 6746 11341 -728 -793 216 O +ATOM 6205 CB VAL B 312 88.024 -5.522 32.993 1.00 74.70 C +ANISOU 6205 CB VAL B 312 10596 6693 11093 -569 -1235 -346 C +ATOM 6206 CG1 VAL B 312 86.799 -6.403 33.190 1.00 53.69 C +ANISOU 6206 CG1 VAL B 312 7921 4342 8137 -250 -1202 -340 C +ATOM 6207 CG2 VAL B 312 88.728 -5.272 34.317 1.00 74.53 C +ANISOU 6207 CG2 VAL B 312 10575 6569 11173 -674 -1479 -624 C +ATOM 6208 N CYS B 313 88.242 -7.314 29.984 1.00 65.51 N +ANISOU 6208 N CYS B 313 9049 6018 9823 -675 -739 197 N +ATOM 6209 CA CYS B 313 87.681 -7.458 28.652 1.00 69.52 C +ANISOU 6209 CA CYS B 313 9626 6602 10187 -587 -553 433 C +ATOM 6210 C CYS B 313 86.236 -7.934 28.738 1.00 71.12 C +ANISOU 6210 C CYS B 313 9896 6996 10129 -255 -604 424 C +ATOM 6211 O CYS B 313 85.821 -8.562 29.715 1.00 84.36 O +ANISOU 6211 O CYS B 313 11483 8842 11729 -131 -717 261 O +ATOM 6212 CB CYS B 313 88.514 -8.442 27.830 1.00 76.74 C +ANISOU 6212 CB CYS B 313 10286 7744 11127 -745 -388 529 C +ATOM 6213 SG CYS B 313 90.283 -8.092 27.874 1.00101.10 S +ANISOU 6213 SG CYS B 313 13162 10683 14567 -1141 -320 500 S +ATOM 6214 N ASN B 314 85.467 -7.621 27.700 1.00 71.79 N +ANISOU 6214 N ASN B 314 10142 7055 10081 -116 -519 607 N +ATOM 6215 CA ASN B 314 84.067 -8.013 27.645 1.00 71.11 C +ANISOU 6215 CA ASN B 314 10082 7153 9785 191 -573 605 C +ATOM 6216 C ASN B 314 83.936 -9.407 27.048 1.00 70.34 C +ANISOU 6216 C ASN B 314 9770 7403 9553 204 -508 647 C +ATOM 6217 O ASN B 314 84.676 -9.779 26.134 1.00 76.77 O +ANISOU 6217 O ASN B 314 10525 8273 10371 48 -379 762 O +ATOM 6218 CB ASN B 314 83.253 -7.010 26.827 1.00 67.64 C +ANISOU 6218 CB ASN B 314 9914 6520 9267 370 -566 768 C +ATOM 6219 CG ASN B 314 82.657 -5.912 27.684 1.00 70.63 C +ANISOU 6219 CG ASN B 314 10493 6639 9705 540 -687 657 C +ATOM 6220 OD1 ASN B 314 82.956 -4.732 27.499 1.00 86.40 O +ANISOU 6220 OD1 ASN B 314 12737 8278 11812 485 -685 729 O +ATOM 6221 ND2 ASN B 314 81.807 -6.296 28.630 1.00 67.20 N +ANISOU 6221 ND2 ASN B 314 9964 6371 9198 747 -776 480 N +ATOM 6222 N GLY B 315 82.985 -10.174 27.575 1.00 45.29 N +ANISOU 6222 N GLY B 315 6486 4456 6267 388 -583 545 N +ATOM 6223 CA GLY B 315 82.827 -11.552 27.172 1.00 52.74 C +ANISOU 6223 CA GLY B 315 7231 5699 7108 389 -547 550 C +ATOM 6224 C GLY B 315 81.991 -11.713 25.920 1.00 48.26 C +ANISOU 6224 C GLY B 315 6718 5238 6378 526 -525 686 C +ATOM 6225 O GLY B 315 81.340 -10.787 25.437 1.00 66.32 O +ANISOU 6225 O GLY B 315 9192 7395 8613 673 -559 781 O +ATOM 6226 N ILE B 316 82.021 -12.934 25.385 1.00 54.39 N +ANISOU 6226 N ILE B 316 7343 6251 7073 489 -488 687 N +ATOM 6227 CA ILE B 316 81.192 -13.267 24.236 1.00 59.53 C +ANISOU 6227 CA ILE B 316 8031 7041 7549 620 -508 776 C +ATOM 6228 C ILE B 316 79.728 -13.158 24.630 1.00 53.12 C +ANISOU 6228 C ILE B 316 7183 6308 6691 855 -643 718 C +ATOM 6229 O ILE B 316 79.313 -13.643 25.689 1.00 50.53 O +ANISOU 6229 O ILE B 316 6702 6075 6423 883 -677 585 O +ATOM 6230 CB ILE B 316 81.534 -14.677 23.728 1.00 66.66 C +ANISOU 6230 CB ILE B 316 8776 8164 8389 528 -457 738 C +ATOM 6231 CG1 ILE B 316 83.013 -14.765 23.328 1.00 61.95 C +ANISOU 6231 CG1 ILE B 316 8177 7504 7856 319 -296 784 C +ATOM 6232 CG2 ILE B 316 80.635 -15.069 22.557 1.00 69.77 C +ANISOU 6232 CG2 ILE B 316 9217 8708 8587 663 -517 794 C +ATOM 6233 CD1 ILE B 316 83.427 -13.803 22.231 1.00 68.60 C +ANISOU 6233 CD1 ILE B 316 9240 8200 8624 283 -180 967 C +ATOM 6234 N GLY B 317 78.940 -12.511 23.779 1.00 60.83 N +ANISOU 6234 N GLY B 317 8300 7251 7562 1034 -714 824 N +ATOM 6235 CA GLY B 317 77.514 -12.402 23.990 1.00 55.96 C +ANISOU 6235 CA GLY B 317 7607 6735 6922 1280 -849 771 C +ATOM 6236 C GLY B 317 77.027 -11.107 24.601 1.00 57.97 C +ANISOU 6236 C GLY B 317 7993 6781 7252 1463 -898 766 C +ATOM 6237 O GLY B 317 75.840 -11.015 24.934 1.00 75.79 O +ANISOU 6237 O GLY B 317 10140 9135 9520 1686 -989 696 O +ATOM 6238 N ILE B 318 77.897 -10.110 24.774 1.00 53.58 N +ANISOU 6238 N ILE B 318 7656 5936 6767 1374 -836 826 N +ATOM 6239 CA ILE B 318 77.496 -8.769 25.188 1.00 68.98 C +ANISOU 6239 CA ILE B 318 9801 7624 8786 1556 -892 830 C +ATOM 6240 C ILE B 318 78.470 -7.774 24.567 1.00 74.78 C +ANISOU 6240 C ILE B 318 10833 8034 9546 1422 -828 997 C +ATOM 6241 O ILE B 318 79.513 -8.147 24.025 1.00 71.40 O +ANISOU 6241 O ILE B 318 10413 7611 9105 1172 -713 1082 O +ATOM 6242 CB ILE B 318 77.453 -8.593 26.727 1.00 57.53 C +ANISOU 6242 CB ILE B 318 8277 6124 7456 1571 -880 629 C +ATOM 6243 CG1 ILE B 318 78.857 -8.675 27.344 1.00 60.73 C +ANISOU 6243 CG1 ILE B 318 8705 6408 7959 1272 -800 575 C +ATOM 6244 CG2 ILE B 318 76.525 -9.630 27.362 1.00 41.17 C +ANISOU 6244 CG2 ILE B 318 5914 4376 5354 1669 -891 490 C +ATOM 6245 CD1 ILE B 318 78.895 -8.297 28.815 1.00 67.34 C +ANISOU 6245 CD1 ILE B 318 9560 7149 8879 1301 -822 379 C +ATOM 6246 N GLY B 319 78.127 -6.492 24.653 1.00 73.22 N +ANISOU 6246 N GLY B 319 10880 7541 9398 1591 -888 1044 N +ATOM 6247 CA GLY B 319 78.985 -5.463 24.093 1.00 61.11 C +ANISOU 6247 CA GLY B 319 9658 5650 7911 1453 -819 1221 C +ATOM 6248 C GLY B 319 79.103 -5.608 22.591 1.00 55.09 C +ANISOU 6248 C GLY B 319 9031 4938 6964 1432 -774 1467 C +ATOM 6249 O GLY B 319 78.141 -5.957 21.896 1.00 51.69 O +ANISOU 6249 O GLY B 319 8574 4705 6362 1665 -887 1520 O +ATOM 6250 N GLU B 320 80.303 -5.341 22.074 1.00 66.81 N +ANISOU 6250 N GLU B 320 10656 6249 8478 1147 -606 1614 N +ATOM 6251 CA GLU B 320 80.549 -5.501 20.646 1.00 73.12 C +ANISOU 6251 CA GLU B 320 11614 7103 9066 1103 -511 1854 C +ATOM 6252 C GLU B 320 80.437 -6.951 20.193 1.00 69.12 C +ANISOU 6252 C GLU B 320 10849 7017 8397 1084 -498 1784 C +ATOM 6253 O GLU B 320 80.431 -7.206 18.984 1.00 78.43 O +ANISOU 6253 O GLU B 320 12161 8296 9342 1110 -454 1947 O +ATOM 6254 CB GLU B 320 81.930 -4.946 20.276 1.00 81.42 C +ANISOU 6254 CB GLU B 320 12829 7895 10214 766 -276 2015 C +ATOM 6255 CG GLU B 320 83.110 -5.609 20.981 1.00 84.48 C +ANISOU 6255 CG GLU B 320 12918 8377 10802 434 -136 1856 C +ATOM 6256 CD GLU B 320 83.427 -4.976 22.322 1.00 87.39 C +ANISOU 6256 CD GLU B 320 13239 8510 11456 341 -208 1676 C +ATOM 6257 OE1 GLU B 320 82.496 -4.802 23.135 1.00 86.23 O +ANISOU 6257 OE1 GLU B 320 13077 8361 11325 581 -392 1522 O +ATOM 6258 OE2 GLU B 320 84.609 -4.646 22.558 1.00 81.56 O +ANISOU 6258 OE2 GLU B 320 12472 7593 10925 28 -79 1678 O +ATOM 6259 N PHE B 321 80.347 -7.899 21.126 1.00 52.33 N +ANISOU 6259 N PHE B 321 8390 5121 6373 1044 -537 1549 N +ATOM 6260 CA PHE B 321 80.171 -9.315 20.822 1.00 65.43 C +ANISOU 6260 CA PHE B 321 9804 7143 7913 1029 -545 1457 C +ATOM 6261 C PHE B 321 78.746 -9.757 21.147 1.00 69.98 C +ANISOU 6261 C PHE B 321 10217 7927 8444 1296 -752 1329 C +ATOM 6262 O PHE B 321 78.508 -10.878 21.604 1.00 57.08 O +ANISOU 6262 O PHE B 321 8308 6543 6835 1261 -777 1169 O +ATOM 6263 CB PHE B 321 81.186 -10.155 21.590 1.00 72.18 C +ANISOU 6263 CB PHE B 321 10406 8094 8925 768 -424 1308 C +ATOM 6264 CG PHE B 321 82.561 -9.553 21.626 1.00 71.35 C +ANISOU 6264 CG PHE B 321 10384 7760 8966 501 -243 1386 C +ATOM 6265 CD1 PHE B 321 83.304 -9.423 20.466 1.00 66.98 C +ANISOU 6265 CD1 PHE B 321 9976 7165 8309 368 -58 1575 C +ATOM 6266 CD2 PHE B 321 83.111 -9.118 22.821 1.00 64.43 C +ANISOU 6266 CD2 PHE B 321 9433 6717 8329 374 -255 1262 C +ATOM 6267 CE1 PHE B 321 84.570 -8.868 20.494 1.00 61.07 C +ANISOU 6267 CE1 PHE B 321 9258 6212 7733 94 133 1648 C +ATOM 6268 CE2 PHE B 321 84.378 -8.563 22.856 1.00 55.39 C +ANISOU 6268 CE2 PHE B 321 8324 5363 7360 104 -111 1316 C +ATOM 6269 CZ PHE B 321 85.108 -8.439 21.690 1.00 59.72 C +ANISOU 6269 CZ PHE B 321 8976 5872 7842 -47 94 1514 C +ATOM 6270 N LYS B 322 77.786 -8.866 20.899 1.00 79.10 N +ANISOU 6270 N LYS B 322 11536 8969 9549 1567 -899 1405 N +ATOM 6271 CA LYS B 322 76.411 -9.086 21.339 1.00 91.18 C +ANISOU 6271 CA LYS B 322 12873 10673 11099 1834 -1085 1272 C +ATOM 6272 C LYS B 322 75.847 -10.391 20.783 1.00 87.53 C +ANISOU 6272 C LYS B 322 12181 10564 10512 1848 -1169 1202 C +ATOM 6273 O LYS B 322 75.240 -11.178 21.520 1.00 80.31 O +ANISOU 6273 O LYS B 322 10966 9856 9692 1863 -1211 1026 O +ATOM 6274 CB LYS B 322 75.555 -7.883 20.932 1.00115.82 C +ANISOU 6274 CB LYS B 322 16226 13605 14177 2150 -1239 1391 C +ATOM 6275 CG LYS B 322 74.104 -8.167 20.562 1.00125.56 C +ANISOU 6275 CG LYS B 322 17298 15074 15336 2463 -1471 1342 C +ATOM 6276 CD LYS B 322 73.249 -8.538 21.757 1.00127.97 C +ANISOU 6276 CD LYS B 322 17254 15548 15822 2568 -1506 1111 C +ATOM 6277 CE LYS B 322 71.829 -8.857 21.314 1.00128.02 C +ANISOU 6277 CE LYS B 322 17041 15807 15792 2851 -1732 1060 C +ATOM 6278 NZ LYS B 322 70.947 -9.226 22.453 1.00126.57 N +ANISOU 6278 NZ LYS B 322 16489 15807 15795 2944 -1721 847 N +ATOM 6279 N ASP B 323 76.034 -10.641 19.486 1.00 77.02 N +ANISOU 6279 N ASP B 323 11004 9297 8962 1835 -1188 1333 N +ATOM 6280 CA ASP B 323 75.460 -11.812 18.829 1.00 70.58 C +ANISOU 6280 CA ASP B 323 10018 8790 8009 1863 -1308 1253 C +ATOM 6281 C ASP B 323 76.536 -12.769 18.324 1.00 58.60 C +ANISOU 6281 C ASP B 323 8508 7363 6393 1603 -1139 1248 C +ATOM 6282 O ASP B 323 76.350 -13.435 17.302 1.00 69.78 O +ANISOU 6282 O ASP B 323 9966 8947 7598 1629 -1214 1253 O +ATOM 6283 CB ASP B 323 74.551 -11.398 17.671 1.00 80.87 C +ANISOU 6283 CB ASP B 323 11495 10138 9094 2136 -1539 1368 C +ATOM 6284 CG ASP B 323 73.349 -10.597 18.121 1.00 69.06 C +ANISOU 6284 CG ASP B 323 9929 8597 7714 2443 -1737 1343 C +ATOM 6285 OD1 ASP B 323 72.442 -11.180 18.754 1.00 63.44 O +ANISOU 6285 OD1 ASP B 323 8867 8090 7147 2515 -1841 1160 O +ATOM 6286 OD2 ASP B 323 73.302 -9.385 17.824 1.00 74.73 O +ANISOU 6286 OD2 ASP B 323 10941 9068 8384 2617 -1780 1511 O +ATOM 6287 N SER B 324 77.662 -12.857 19.027 1.00 48.16 N +ANISOU 6287 N SER B 324 7140 5938 5221 1368 -925 1221 N +ATOM 6288 CA SER B 324 78.745 -13.745 18.628 1.00 52.98 C +ANISOU 6288 CA SER B 324 7723 6630 5778 1143 -750 1202 C +ATOM 6289 C SER B 324 78.583 -15.105 19.295 1.00 43.68 C +ANISOU 6289 C SER B 324 6232 5657 4707 1058 -779 993 C +ATOM 6290 O SER B 324 78.188 -15.197 20.462 1.00 43.02 O +ANISOU 6290 O SER B 324 5958 5579 4809 1065 -823 882 O +ATOM 6291 CB SER B 324 80.098 -13.135 18.993 1.00 46.90 C +ANISOU 6291 CB SER B 324 7036 5642 5140 933 -519 1282 C +ATOM 6292 OG SER B 324 80.250 -11.855 18.405 1.00 55.12 O +ANISOU 6292 OG SER B 324 8386 6452 6103 983 -474 1493 O +ATOM 6293 N LEU B 325 78.894 -16.163 18.545 1.00 49.23 N +ANISOU 6293 N LEU B 325 6909 6514 5280 984 -745 942 N +ATOM 6294 CA LEU B 325 78.680 -17.525 19.019 1.00 62.42 C +ANISOU 6294 CA LEU B 325 8326 8352 7039 910 -789 755 C +ATOM 6295 C LEU B 325 79.845 -18.074 19.830 1.00 67.88 C +ANISOU 6295 C LEU B 325 8892 8995 7903 713 -612 689 C +ATOM 6296 O LEU B 325 79.632 -18.931 20.695 1.00 60.86 O +ANISOU 6296 O LEU B 325 7799 8174 7150 662 -651 560 O +ATOM 6297 CB LEU B 325 78.423 -18.464 17.834 1.00 53.38 C +ANISOU 6297 CB LEU B 325 7229 7374 5677 938 -866 697 C +ATOM 6298 CG LEU B 325 76.972 -18.666 17.391 1.00 45.26 C +ANISOU 6298 CG LEU B 325 6148 6491 4559 1105 -1142 635 C +ATOM 6299 CD1 LEU B 325 76.928 -19.513 16.128 1.00 41.27 C +ANISOU 6299 CD1 LEU B 325 5753 6123 3806 1118 -1221 568 C +ATOM 6300 CD2 LEU B 325 76.145 -19.317 18.491 1.00 38.19 C +ANISOU 6300 CD2 LEU B 325 4935 5676 3899 1075 -1238 487 C +ATOM 6301 N SER B 326 81.067 -17.611 19.579 1.00 68.46 N +ANISOU 6301 N SER B 326 9074 8953 7983 603 -422 780 N +ATOM 6302 CA SER B 326 82.234 -18.222 20.198 1.00 54.56 C +ANISOU 6302 CA SER B 326 7166 7175 6388 434 -279 705 C +ATOM 6303 C SER B 326 83.431 -17.298 20.050 1.00 57.99 C +ANISOU 6303 C SER B 326 7693 7452 6888 314 -87 826 C +ATOM 6304 O SER B 326 83.430 -16.374 19.233 1.00 62.01 O +ANISOU 6304 O SER B 326 8420 7874 7267 344 -24 983 O +ATOM 6305 CB SER B 326 82.540 -19.584 19.565 1.00 55.36 C +ANISOU 6305 CB SER B 326 7204 7425 6406 402 -237 600 C +ATOM 6306 OG SER B 326 83.743 -20.137 20.072 1.00 50.34 O +ANISOU 6306 OG SER B 326 6426 6765 5935 273 -101 536 O +ATOM 6307 N ILE B 327 84.479 -17.570 20.814 1.00 58.38 N +ANISOU 6307 N ILE B 327 7577 7460 7143 170 4 758 N +ATOM 6308 CA ILE B 327 85.697 -16.797 20.689 1.00 56.24 C +ANISOU 6308 CA ILE B 327 7329 7054 6987 17 191 850 C +ATOM 6309 C ILE B 327 86.290 -17.301 19.390 1.00 64.19 C +ANISOU 6309 C ILE B 327 8390 8166 7832 -9 390 898 C +ATOM 6310 O ILE B 327 86.576 -18.488 19.269 1.00 69.65 O +ANISOU 6310 O ILE B 327 8947 9001 8515 -1 416 774 O +ATOM 6311 CB ILE B 327 86.680 -17.104 21.824 1.00 66.05 C +ANISOU 6311 CB ILE B 327 8334 8261 8501 -116 198 734 C +ATOM 6312 CG1 ILE B 327 86.292 -16.342 23.087 1.00 82.16 C +ANISOU 6312 CG1 ILE B 327 10379 10163 10676 -107 38 698 C +ATOM 6313 CG2 ILE B 327 88.096 -16.746 21.410 1.00 66.96 C +ANISOU 6313 CG2 ILE B 327 8381 8312 8747 -295 426 794 C +ATOM 6314 CD1 ILE B 327 87.331 -16.427 24.180 1.00 89.14 C +ANISOU 6314 CD1 ILE B 327 11074 10991 11807 -240 13 593 C +ATOM 6315 N ASN B 328 86.378 -16.465 18.359 1.00 66.59 N +ANISOU 6315 N ASN B 328 8926 8403 7971 -15 529 1076 N +ATOM 6316 CA ASN B 328 86.893 -16.944 17.063 1.00 76.06 C +ANISOU 6316 CA ASN B 328 10221 9724 8956 -19 745 1123 C +ATOM 6317 C ASN B 328 88.091 -16.162 16.547 1.00 64.14 C +ANISOU 6317 C ASN B 328 8761 8107 7502 -197 1063 1283 C +ATOM 6318 O ASN B 328 88.717 -15.538 17.288 1.00 61.00 O +ANISOU 6318 O ASN B 328 8240 7564 7374 -347 1104 1302 O +ATOM 6319 CB ASN B 328 85.781 -16.989 16.015 1.00 76.86 C +ANISOU 6319 CB ASN B 328 10594 9912 8696 170 630 1185 C +ATOM 6320 CG ASN B 328 85.197 -15.624 15.711 1.00 75.65 C +ANISOU 6320 CG ASN B 328 10718 9591 8433 233 575 1397 C +ATOM 6321 OD1 ASN B 328 85.916 -14.643 15.544 1.00 77.08 O +ANISOU 6321 OD1 ASN B 328 11013 9599 8673 106 772 1570 O +ATOM 6322 ND2 ASN B 328 83.878 -15.565 15.634 1.00 92.40 N +ANISOU 6322 ND2 ASN B 328 12940 11753 10413 430 303 1384 N +ATOM 6323 N ALA B 329 88.404 -16.240 15.269 1.00 61.35 N +ANISOU 6323 N ALA B 329 8589 7834 6888 -184 1293 1387 N +ATOM 6324 CA ALA B 329 89.502 -15.572 14.590 1.00 77.37 C +ANISOU 6324 CA ALA B 329 10683 9789 8923 -357 1659 1563 C +ATOM 6325 C ALA B 329 89.308 -14.069 14.483 1.00 85.47 C +ANISOU 6325 C ALA B 329 11973 10558 9943 -429 1686 1814 C +ATOM 6326 O ALA B 329 90.279 -13.316 14.475 1.00 97.16 O +ANISOU 6326 O ALA B 329 13417 11890 11611 -653 1941 1943 O +ATOM 6327 CB ALA B 329 89.705 -16.172 13.209 1.00 86.73 C +ANISOU 6327 CB ALA B 329 12044 11158 9750 -277 1893 1596 C +ATOM 6328 N THR B 330 88.059 -13.627 14.397 1.00 84.90 N +ANISOU 6328 N THR B 330 12157 10422 9678 -240 1421 1881 N +ATOM 6329 CA THR B 330 87.795 -12.198 14.270 1.00 81.97 C +ANISOU 6329 CA THR B 330 12078 9776 9290 -263 1419 2122 C +ATOM 6330 C THR B 330 88.051 -11.469 15.584 1.00 94.05 C +ANISOU 6330 C THR B 330 13433 11073 11228 -407 1319 2069 C +ATOM 6331 O THR B 330 88.754 -10.452 15.614 1.00 98.43 O +ANISOU 6331 O THR B 330 14067 11381 11950 -610 1497 2225 O +ATOM 6332 CB THR B 330 86.356 -11.974 13.797 1.00 64.49 C +ANISOU 6332 CB THR B 330 10165 7574 6762 26 1134 2190 C +ATOM 6333 OG1 THR B 330 86.206 -12.476 12.462 1.00 68.21 O +ANISOU 6333 OG1 THR B 330 10869 8231 6817 145 1229 2264 O +ATOM 6334 CG2 THR B 330 85.990 -10.490 13.825 1.00 66.73 C +ANISOU 6334 CG2 THR B 330 10750 7538 7067 49 1079 2422 C +ATOM 6335 N ASN B 331 87.488 -11.972 16.682 1.00 92.43 N +ANISOU 6335 N ASN B 331 13006 10935 11179 -313 1039 1846 N +ATOM 6336 CA ASN B 331 87.491 -11.263 17.956 1.00 81.15 C +ANISOU 6336 CA ASN B 331 11477 9294 10061 -386 888 1774 C +ATOM 6337 C ASN B 331 88.610 -11.692 18.893 1.00 71.70 C +ANISOU 6337 C ASN B 331 9920 8123 9201 -601 949 1603 C +ATOM 6338 O ASN B 331 88.693 -11.171 20.010 1.00 65.75 O +ANISOU 6338 O ASN B 331 9080 7207 8694 -668 806 1511 O +ATOM 6339 CB ASN B 331 86.151 -11.457 18.671 1.00 80.14 C +ANISOU 6339 CB ASN B 331 11345 9220 9886 -140 556 1642 C +ATOM 6340 CG ASN B 331 85.815 -12.918 18.887 1.00 80.57 C +ANISOU 6340 CG ASN B 331 11160 9573 9881 -45 452 1440 C +ATOM 6341 OD1 ASN B 331 86.519 -13.806 18.403 1.00 94.56 O +ANISOU 6341 OD1 ASN B 331 12806 11508 11613 -124 609 1396 O +ATOM 6342 ND2 ASN B 331 84.736 -13.176 19.610 1.00 77.11 N +ANISOU 6342 ND2 ASN B 331 10658 9196 9444 125 204 1317 N +ATOM 6343 N ILE B 332 89.465 -12.628 18.483 1.00 67.83 N +ANISOU 6343 N ILE B 332 9221 7831 8721 -689 1141 1543 N +ATOM 6344 CA ILE B 332 90.468 -13.139 19.410 1.00 65.62 C +ANISOU 6344 CA ILE B 332 8571 7598 8764 -844 1145 1363 C +ATOM 6345 C ILE B 332 91.430 -12.030 19.815 1.00 66.14 C +ANISOU 6345 C ILE B 332 8575 7413 9140 -1114 1251 1429 C +ATOM 6346 O ILE B 332 91.867 -11.955 20.971 1.00 63.94 O +ANISOU 6346 O ILE B 332 8080 7067 9149 -1211 1095 1273 O +ATOM 6347 CB ILE B 332 91.209 -14.342 18.790 1.00 52.35 C +ANISOU 6347 CB ILE B 332 6682 6170 7038 -853 1344 1288 C +ATOM 6348 CG1 ILE B 332 92.147 -14.984 19.815 1.00 60.23 C +ANISOU 6348 CG1 ILE B 332 7285 7232 8369 -952 1285 1087 C +ATOM 6349 CG2 ILE B 332 91.989 -13.927 17.544 1.00 53.24 C +ANISOU 6349 CG2 ILE B 332 6894 6272 7061 -989 1727 1480 C +ATOM 6350 CD1 ILE B 332 91.463 -15.448 21.095 1.00 55.39 C +ANISOU 6350 CD1 ILE B 332 6593 6634 7818 -825 936 911 C +ATOM 6351 N LYS B 333 91.751 -11.135 18.880 1.00 63.58 N +ANISOU 6351 N LYS B 333 8464 6933 8759 -1245 1504 1662 N +ATOM 6352 CA LYS B 333 92.698 -10.060 19.148 1.00 67.07 C +ANISOU 6352 CA LYS B 333 8854 7110 9521 -1547 1637 1742 C +ATOM 6353 C LYS B 333 92.218 -9.091 20.221 1.00 73.88 C +ANISOU 6353 C LYS B 333 9833 7685 10553 -1555 1353 1684 C +ATOM 6354 O LYS B 333 93.015 -8.267 20.682 1.00 71.45 O +ANISOU 6354 O LYS B 333 9444 7140 10564 -1819 1391 1683 O +ATOM 6355 CB LYS B 333 92.989 -9.282 17.865 1.00 78.09 C +ANISOU 6355 CB LYS B 333 10525 8372 10774 -1676 1985 2044 C +ATOM 6356 CG LYS B 333 91.752 -8.756 17.153 1.00 89.65 C +ANISOU 6356 CG LYS B 333 12467 9735 11859 -1442 1904 2241 C +ATOM 6357 CD LYS B 333 92.130 -7.959 15.917 1.00101.40 C +ANISOU 6357 CD LYS B 333 14266 11070 13192 -1579 2257 2568 C +ATOM 6358 CE LYS B 333 90.907 -7.371 15.230 1.00 97.07 C +ANISOU 6358 CE LYS B 333 14218 10399 12264 -1320 2131 2776 C +ATOM 6359 NZ LYS B 333 90.122 -8.392 14.482 1.00 90.23 N +ANISOU 6359 NZ LYS B 333 13443 9862 10979 -1019 2056 2737 N +ATOM 6360 N HIS B 334 90.948 -9.148 20.619 1.00 79.54 N +ANISOU 6360 N HIS B 334 10732 8412 11078 -1278 1079 1625 N +ATOM 6361 CA HIS B 334 90.443 -8.300 21.689 1.00 74.71 C +ANISOU 6361 CA HIS B 334 10231 7552 10604 -1241 819 1535 C +ATOM 6362 C HIS B 334 90.613 -8.926 23.066 1.00 74.14 C +ANISOU 6362 C HIS B 334 9867 7591 10711 -1227 582 1250 C +ATOM 6363 O HIS B 334 90.271 -8.286 24.066 1.00 78.17 O +ANISOU 6363 O HIS B 334 10458 7916 11328 -1195 367 1137 O +ATOM 6364 CB HIS B 334 88.964 -7.974 21.451 1.00 79.58 C +ANISOU 6364 CB HIS B 334 11176 8126 10937 -929 658 1613 C +ATOM 6365 CG HIS B 334 88.721 -7.125 20.242 1.00 86.37 C +ANISOU 6365 CG HIS B 334 12399 8803 11616 -912 823 1907 C +ATOM 6366 ND1 HIS B 334 88.496 -5.767 20.319 1.00 92.20 N +ANISOU 6366 ND1 HIS B 334 13442 9155 12433 -934 783 2035 N +ATOM 6367 CD2 HIS B 334 88.670 -7.439 18.926 1.00 87.51 C +ANISOU 6367 CD2 HIS B 334 12685 9083 11481 -863 1020 2101 C +ATOM 6368 CE1 HIS B 334 88.314 -5.282 19.104 1.00 95.35 C +ANISOU 6368 CE1 HIS B 334 14160 9456 12612 -898 948 2319 C +ATOM 6369 NE2 HIS B 334 88.415 -6.276 18.240 1.00 92.09 N +ANISOU 6369 NE2 HIS B 334 13659 9368 11963 -854 1095 2363 N +ATOM 6370 N PHE B 335 91.133 -10.152 23.146 1.00 74.94 N +ANISOU 6370 N PHE B 335 9661 7980 10834 -1235 614 1131 N +ATOM 6371 CA PHE B 335 91.326 -10.834 24.419 1.00 61.11 C +ANISOU 6371 CA PHE B 335 7659 6341 9220 -1204 386 886 C +ATOM 6372 C PHE B 335 92.806 -10.984 24.771 1.00 70.23 C +ANISOU 6372 C PHE B 335 8475 7505 10703 -1463 443 789 C +ATOM 6373 O PHE B 335 93.199 -11.958 25.416 1.00 85.48 O +ANISOU 6373 O PHE B 335 10144 9627 12709 -1421 325 622 O +ATOM 6374 CB PHE B 335 90.649 -12.203 24.397 1.00 54.46 C +ANISOU 6374 CB PHE B 335 6737 5801 8155 -971 316 808 C +ATOM 6375 CG PHE B 335 89.151 -12.142 24.276 1.00 55.06 C +ANISOU 6375 CG PHE B 335 7063 5896 7960 -718 203 852 C +ATOM 6376 CD1 PHE B 335 88.548 -12.008 23.036 1.00 66.73 C +ANISOU 6376 CD1 PHE B 335 8748 7401 9205 -622 330 1028 C +ATOM 6377 CD2 PHE B 335 88.346 -12.233 25.401 1.00 42.07 C +ANISOU 6377 CD2 PHE B 335 5439 4259 6288 -567 -30 712 C +ATOM 6378 CE1 PHE B 335 87.171 -11.958 22.921 1.00 60.22 C +ANISOU 6378 CE1 PHE B 335 8108 6612 8162 -379 194 1054 C +ATOM 6379 CE2 PHE B 335 86.968 -12.184 25.291 1.00 47.80 C +ANISOU 6379 CE2 PHE B 335 6337 5024 6803 -335 -118 742 C +ATOM 6380 CZ PHE B 335 86.381 -12.046 24.050 1.00 52.93 C +ANISOU 6380 CZ PHE B 335 7151 5701 7257 -241 -21 908 C +ATOM 6381 N LYS B 336 93.631 -10.011 24.379 1.00 70.67 N +ANISOU 6381 N LYS B 336 8528 7347 10977 -1732 614 895 N +ATOM 6382 CA LYS B 336 95.081 -10.182 24.430 1.00 88.71 C +ANISOU 6382 CA LYS B 336 10436 9676 13593 -1996 733 831 C +ATOM 6383 C LYS B 336 95.579 -10.378 25.860 1.00 94.97 C +ANISOU 6383 C LYS B 336 10981 10473 14631 -2036 411 568 C +ATOM 6384 O LYS B 336 96.134 -11.429 26.201 1.00116.40 O +ANISOU 6384 O LYS B 336 13383 13422 17420 -1984 346 432 O +ATOM 6385 CB LYS B 336 95.770 -8.981 23.782 1.00103.79 C +ANISOU 6385 CB LYS B 336 12410 11318 15707 -2310 982 1008 C +ATOM 6386 CG LYS B 336 95.485 -8.837 22.299 1.00109.08 C +ANISOU 6386 CG LYS B 336 13321 12003 16121 -2288 1336 1290 C +ATOM 6387 CD LYS B 336 96.291 -9.814 21.455 1.00105.37 C +ANISOU 6387 CD LYS B 336 12566 11830 15641 -2326 1642 1318 C +ATOM 6388 CE LYS B 336 97.179 -9.076 20.468 1.00107.06 C +ANISOU 6388 CE LYS B 336 12770 11918 15991 -2632 2059 1541 C +ATOM 6389 NZ LYS B 336 97.852 -9.990 19.506 1.00105.88 N +ANISOU 6389 NZ LYS B 336 12397 12070 15764 -2627 2415 1582 N +ATOM 6390 N ASN B 337 95.408 -9.372 26.711 1.00 55.11 N +ANISOU 6390 N ASN B 337 6087 5154 9698 -2112 194 488 N +ATOM 6391 CA ASN B 337 96.042 -9.366 28.025 1.00 68.15 C +ANISOU 6391 CA ASN B 337 7526 6774 11594 -2195 -115 236 C +ATOM 6392 C ASN B 337 95.004 -9.290 29.138 1.00 68.63 C +ANISOU 6392 C ASN B 337 7845 6785 11446 -1955 -432 93 C +ATOM 6393 O ASN B 337 95.222 -8.658 30.174 1.00 71.01 O +ANISOU 6393 O ASN B 337 8182 6908 11890 -2032 -689 -83 O +ATOM 6394 CB ASN B 337 97.034 -8.213 28.131 1.00 89.57 C +ANISOU 6394 CB ASN B 337 10139 9198 14695 -2562 -98 217 C +ATOM 6395 CG ASN B 337 98.165 -8.503 29.096 1.00101.60 C +ANISOU 6395 CG ASN B 337 11262 10791 16549 -2712 -343 -30 C +ATOM 6396 OD1 ASN B 337 99.182 -9.086 28.721 1.00110.24 O +ANISOU 6396 OD1 ASN B 337 11953 12069 17863 -2839 -206 -36 O +ATOM 6397 ND2 ASN B 337 97.995 -8.093 30.346 1.00 98.45 N +ANISOU 6397 ND2 ASN B 337 10972 10254 16181 -2679 -715 -245 N +ATOM 6398 N CYS B 338 93.866 -9.946 28.940 1.00 60.77 N +ANISOU 6398 N CYS B 338 7026 5953 10110 -1664 -413 155 N +ATOM 6399 CA CYS B 338 92.791 -9.882 29.920 1.00 48.78 C +ANISOU 6399 CA CYS B 338 5744 4411 8381 -1428 -649 40 C +ATOM 6400 C CYS B 338 93.163 -10.654 31.179 1.00 47.33 C +ANISOU 6400 C CYS B 338 5383 4377 8222 -1364 -918 -182 C +ATOM 6401 O CYS B 338 93.625 -11.797 31.108 1.00 67.03 O +ANISOU 6401 O CYS B 338 7629 7114 10726 -1328 -905 -199 O +ATOM 6402 CB CYS B 338 91.503 -10.449 29.331 1.00 61.00 C +ANISOU 6402 CB CYS B 338 7465 6118 9596 -1158 -545 165 C +ATOM 6403 SG CYS B 338 91.161 -9.907 27.655 1.00 69.21 S +ANISOU 6403 SG CYS B 338 8682 7072 10541 -1189 -235 448 S +ATOM 6404 N THR B 339 92.965 -10.021 32.333 1.00 48.23 N +ANISOU 6404 N THR B 339 5654 4336 8334 -1334 -1169 -353 N +ATOM 6405 CA THR B 339 92.998 -10.706 33.617 1.00 60.92 C +ANISOU 6405 CA THR B 339 7217 6083 9848 -1203 -1441 -547 C +ATOM 6406 C THR B 339 91.601 -10.959 34.162 1.00 62.52 C +ANISOU 6406 C THR B 339 7689 6361 9704 -909 -1478 -559 C +ATOM 6407 O THR B 339 91.466 -11.549 35.238 1.00 45.15 O +ANISOU 6407 O THR B 339 5512 4281 7362 -776 -1667 -691 O +ATOM 6408 CB THR B 339 93.802 -9.898 34.641 1.00 50.59 C +ANISOU 6408 CB THR B 339 5900 4577 8746 -1364 -1721 -766 C +ATOM 6409 OG1 THR B 339 92.977 -8.865 35.192 1.00 51.37 O +ANISOU 6409 OG1 THR B 339 6356 4443 8720 -1277 -1807 -845 O +ATOM 6410 CG2 THR B 339 95.035 -9.270 34.003 1.00 53.79 C +ANISOU 6410 CG2 THR B 339 6062 4828 9545 -1705 -1643 -740 C +ATOM 6411 N SER B 340 90.564 -10.530 33.447 1.00 73.62 N +ANISOU 6411 N SER B 340 9294 7706 10972 -802 -1299 -419 N +ATOM 6412 CA SER B 340 89.193 -10.663 33.919 1.00 71.57 C +ANISOU 6412 CA SER B 340 9249 7518 10427 -530 -1311 -435 C +ATOM 6413 C SER B 340 88.249 -10.547 32.733 1.00 70.64 C +ANISOU 6413 C SER B 340 9219 7417 10203 -428 -1094 -237 C +ATOM 6414 O SER B 340 88.366 -9.611 31.936 1.00 74.59 O +ANISOU 6414 O SER B 340 9818 7711 10812 -524 -995 -132 O +ATOM 6415 CB SER B 340 88.868 -9.590 34.963 1.00 81.35 C +ANISOU 6415 CB SER B 340 10743 8534 11632 -466 -1478 -609 C +ATOM 6416 OG SER B 340 87.517 -9.679 35.379 1.00 94.38 O +ANISOU 6416 OG SER B 340 12574 10268 13019 -191 -1445 -624 O +ATOM 6417 N ILE B 341 87.325 -11.496 32.619 1.00 60.25 N +ANISOU 6417 N ILE B 341 7875 6336 8680 -241 -1032 -185 N +ATOM 6418 CA ILE B 341 86.283 -11.472 31.599 1.00 46.25 C +ANISOU 6418 CA ILE B 341 6177 4614 6780 -107 -882 -28 C +ATOM 6419 C ILE B 341 84.999 -10.990 32.257 1.00 41.39 C +ANISOU 6419 C ILE B 341 5744 3970 6012 130 -930 -94 C +ATOM 6420 O ILE B 341 84.464 -11.656 33.152 1.00 43.07 O +ANISOU 6420 O ILE B 341 5928 4344 6093 253 -978 -189 O +ATOM 6421 CB ILE B 341 86.082 -12.855 30.962 1.00 48.49 C +ANISOU 6421 CB ILE B 341 6283 5174 6966 -71 -790 55 C +ATOM 6422 CG1 ILE B 341 87.394 -13.383 30.367 1.00 40.20 C +ANISOU 6422 CG1 ILE B 341 5038 4168 6070 -273 -725 93 C +ATOM 6423 CG2 ILE B 341 84.982 -12.799 29.897 1.00 55.44 C +ANISOU 6423 CG2 ILE B 341 7242 6112 7710 68 -682 194 C +ATOM 6424 CD1 ILE B 341 87.888 -12.625 29.147 1.00 53.00 C +ANISOU 6424 CD1 ILE B 341 6698 5652 7788 -410 -568 238 C +ATOM 6425 N SER B 342 84.499 -9.835 31.819 1.00 49.21 N +ANISOU 6425 N SER B 342 6927 4749 7020 204 -903 -39 N +ATOM 6426 CA SER B 342 83.209 -9.333 32.287 1.00 47.55 C +ANISOU 6426 CA SER B 342 6868 4516 6683 470 -926 -97 C +ATOM 6427 C SER B 342 82.136 -9.957 31.405 1.00 61.40 C +ANISOU 6427 C SER B 342 8534 6486 8310 629 -834 36 C +ATOM 6428 O SER B 342 81.801 -9.444 30.336 1.00 63.25 O +ANISOU 6428 O SER B 342 8851 6636 8544 682 -789 181 O +ATOM 6429 CB SER B 342 83.163 -7.812 32.253 1.00 42.78 C +ANISOU 6429 CB SER B 342 6521 3560 6173 506 -966 -111 C +ATOM 6430 OG SER B 342 82.061 -7.321 33.000 1.00 43.66 O +ANISOU 6430 OG SER B 342 6769 3642 6178 780 -1003 -231 O +ATOM 6431 N GLY B 343 81.597 -11.085 31.858 1.00 54.48 N +ANISOU 6431 N GLY B 343 7497 5882 7321 701 -818 -11 N +ATOM 6432 CA GLY B 343 80.614 -11.816 31.083 1.00 35.61 C +ANISOU 6432 CA GLY B 343 4982 3710 4836 815 -757 86 C +ATOM 6433 C GLY B 343 80.947 -13.286 30.937 1.00 48.35 C +ANISOU 6433 C GLY B 343 6396 5554 6419 692 -723 106 C +ATOM 6434 O GLY B 343 81.447 -13.912 31.877 1.00 60.97 O +ANISOU 6434 O GLY B 343 7939 7212 8017 617 -750 18 O +ATOM 6435 N ASP B 344 80.686 -13.846 29.758 1.00 47.99 N +ANISOU 6435 N ASP B 344 6267 5626 6339 684 -681 218 N +ATOM 6436 CA ASP B 344 80.816 -15.274 29.517 1.00 45.50 C +ANISOU 6436 CA ASP B 344 5780 5514 5992 599 -652 225 C +ATOM 6437 C ASP B 344 81.801 -15.534 28.386 1.00 55.91 C +ANISOU 6437 C ASP B 344 7084 6814 7345 453 -602 312 C +ATOM 6438 O ASP B 344 82.010 -14.685 27.514 1.00 38.35 O +ANISOU 6438 O ASP B 344 4978 4468 5124 445 -569 409 O +ATOM 6439 CB ASP B 344 79.460 -15.895 29.158 1.00 41.12 C +ANISOU 6439 CB ASP B 344 5120 5151 5355 730 -650 239 C +ATOM 6440 CG ASP B 344 78.324 -15.330 29.984 1.00 49.91 C +ANISOU 6440 CG ASP B 344 6240 6279 6443 914 -659 175 C +ATOM 6441 OD1 ASP B 344 78.506 -15.151 31.203 1.00 32.02 O +ANISOU 6441 OD1 ASP B 344 4021 3968 4177 920 -648 85 O +ATOM 6442 OD2 ASP B 344 77.248 -15.060 29.410 1.00 51.76 O +ANISOU 6442 OD2 ASP B 344 6433 6580 6653 1068 -682 205 O +ATOM 6443 N LEU B 345 82.401 -16.723 28.407 1.00 52.06 N +ANISOU 6443 N LEU B 345 6464 6441 6876 350 -581 283 N +ATOM 6444 CA LEU B 345 83.251 -17.201 27.325 1.00 36.64 C +ANISOU 6444 CA LEU B 345 4466 4517 4938 241 -503 341 C +ATOM 6445 C LEU B 345 82.612 -18.421 26.680 1.00 39.68 C +ANISOU 6445 C LEU B 345 4769 5083 5226 283 -498 337 C +ATOM 6446 O LEU B 345 82.146 -19.328 27.378 1.00 58.77 O +ANISOU 6446 O LEU B 345 7096 7593 7639 303 -542 271 O +ATOM 6447 CB LEU B 345 84.655 -17.553 27.833 1.00 33.39 C +ANISOU 6447 CB LEU B 345 3955 4065 4665 95 -492 286 C +ATOM 6448 CG LEU B 345 85.601 -16.398 28.173 1.00 47.58 C +ANISOU 6448 CG LEU B 345 5802 5673 6605 -14 -495 283 C +ATOM 6449 CD1 LEU B 345 86.977 -16.944 28.530 1.00 32.48 C +ANISOU 6449 CD1 LEU B 345 3720 3770 4850 -150 -502 218 C +ATOM 6450 CD2 LEU B 345 85.711 -15.410 27.022 1.00 42.43 C +ANISOU 6450 CD2 LEU B 345 5271 4904 5945 -55 -384 414 C +ATOM 6451 N HIS B 346 82.593 -18.433 25.348 1.00 32.47 N +ANISOU 6451 N HIS B 346 3907 4206 4223 290 -444 409 N +ATOM 6452 CA HIS B 346 82.079 -19.551 24.567 1.00 31.20 C +ANISOU 6452 CA HIS B 346 3695 4199 3961 320 -458 383 C +ATOM 6453 C HIS B 346 83.169 -20.009 23.612 1.00 42.47 C +ANISOU 6453 C HIS B 346 5130 5642 5366 236 -340 398 C +ATOM 6454 O HIS B 346 83.685 -19.205 22.828 1.00 51.21 O +ANISOU 6454 O HIS B 346 6348 6683 6426 211 -242 494 O +ATOM 6455 CB HIS B 346 80.828 -19.154 23.778 1.00 42.35 C +ANISOU 6455 CB HIS B 346 5184 5672 5236 455 -537 431 C +ATOM 6456 CG HIS B 346 79.700 -18.656 24.627 1.00 48.24 C +ANISOU 6456 CG HIS B 346 5890 6421 6017 567 -628 409 C +ATOM 6457 ND1 HIS B 346 79.684 -17.394 25.181 1.00 59.72 N +ANISOU 6457 ND1 HIS B 346 7441 7735 7517 629 -629 448 N +ATOM 6458 CD2 HIS B 346 78.540 -19.245 24.999 1.00 55.42 C +ANISOU 6458 CD2 HIS B 346 6668 7458 6933 631 -705 343 C +ATOM 6459 CE1 HIS B 346 78.566 -17.231 25.865 1.00 48.73 C +ANISOU 6459 CE1 HIS B 346 5979 6394 6142 753 -693 399 C +ATOM 6460 NE2 HIS B 346 77.854 -18.340 25.771 1.00 51.30 N +ANISOU 6460 NE2 HIS B 346 6148 6892 6450 747 -730 343 N +ATOM 6461 N ILE B 347 83.521 -21.292 23.673 1.00 48.93 N +ANISOU 6461 N ILE B 347 5840 6534 6216 198 -332 309 N +ATOM 6462 CA ILE B 347 84.461 -21.889 22.730 1.00 47.95 C +ANISOU 6462 CA ILE B 347 5710 6448 6061 156 -207 291 C +ATOM 6463 C ILE B 347 83.760 -23.077 22.086 1.00 54.41 C +ANISOU 6463 C ILE B 347 6536 7375 6763 209 -268 207 C +ATOM 6464 O ILE B 347 83.453 -24.068 22.762 1.00 47.70 O +ANISOU 6464 O ILE B 347 5594 6539 5990 200 -351 121 O +ATOM 6465 CB ILE B 347 85.771 -22.311 23.406 1.00 40.92 C +ANISOU 6465 CB ILE B 347 4675 5514 5358 75 -145 236 C +ATOM 6466 CG1 ILE B 347 86.403 -21.114 24.129 1.00 52.79 C +ANISOU 6466 CG1 ILE B 347 6159 6899 6999 1 -131 291 C +ATOM 6467 CG2 ILE B 347 86.749 -22.848 22.366 1.00 31.04 C +ANISOU 6467 CG2 ILE B 347 3396 4313 4084 56 21 210 C +ATOM 6468 CD1 ILE B 347 87.257 -21.496 25.305 1.00 63.96 C +ANISOU 6468 CD1 ILE B 347 7421 8276 8605 -48 -196 211 C +ATOM 6469 N LEU B 348 83.505 -22.974 20.787 1.00 55.86 N +ANISOU 6469 N LEU B 348 6850 7622 6754 259 -235 232 N +ATOM 6470 CA LEU B 348 82.714 -23.938 20.038 1.00 50.34 C +ANISOU 6470 CA LEU B 348 6190 7020 5916 312 -335 137 C +ATOM 6471 C LEU B 348 83.508 -24.447 18.843 1.00 54.65 C +ANISOU 6471 C LEU B 348 6835 7614 6317 326 -196 91 C +ATOM 6472 O LEU B 348 84.428 -23.773 18.368 1.00 59.91 O +ANISOU 6472 O LEU B 348 7564 8259 6940 306 -10 179 O +ATOM 6473 CB LEU B 348 81.399 -23.304 19.554 1.00 32.54 C +ANISOU 6473 CB LEU B 348 4026 4823 3515 403 -487 187 C +ATOM 6474 CG LEU B 348 80.195 -23.224 20.506 1.00 33.12 C +ANISOU 6474 CG LEU B 348 3972 4911 3702 426 -649 170 C +ATOM 6475 CD1 LEU B 348 80.558 -22.716 21.894 1.00 32.01 C +ANISOU 6475 CD1 LEU B 348 3741 4675 3748 380 -593 213 C +ATOM 6476 CD2 LEU B 348 79.125 -22.331 19.897 1.00 32.97 C +ANISOU 6476 CD2 LEU B 348 4037 4944 3548 553 -780 238 C +ATOM 6477 N PRO B 349 83.174 -25.637 18.330 1.00 47.93 N +ANISOU 6477 N PRO B 349 6003 6819 5391 353 -269 -55 N +ATOM 6478 CA PRO B 349 83.887 -26.172 17.150 1.00 58.16 C +ANISOU 6478 CA PRO B 349 7419 8166 6513 395 -130 -131 C +ATOM 6479 C PRO B 349 83.934 -25.217 15.960 1.00 51.09 C +ANISOU 6479 C PRO B 349 6741 7332 5337 454 -30 -13 C +ATOM 6480 O PRO B 349 84.914 -25.202 15.186 1.00 58.63 O +ANISOU 6480 O PRO B 349 7783 8317 6176 466 204 -2 O +ATOM 6481 CB PRO B 349 83.083 -27.437 16.815 1.00 36.24 C +ANISOU 6481 CB PRO B 349 4669 5420 3679 421 -310 -315 C +ATOM 6482 CG PRO B 349 82.435 -27.845 18.095 1.00 35.87 C +ANISOU 6482 CG PRO B 349 4446 5307 3876 349 -460 -333 C +ATOM 6483 CD PRO B 349 82.182 -26.587 18.867 1.00 53.10 C +ANISOU 6483 CD PRO B 349 6565 7475 6134 333 -464 -167 C +ATOM 6484 N VAL B 350 82.879 -24.420 15.783 1.00 49.42 N +ANISOU 6484 N VAL B 350 6627 7143 5009 505 -195 82 N +ATOM 6485 CA VAL B 350 82.804 -23.526 14.635 1.00 51.03 C +ANISOU 6485 CA VAL B 350 7087 7389 4913 585 -138 216 C +ATOM 6486 C VAL B 350 83.969 -22.549 14.641 1.00 55.14 C +ANISOU 6486 C VAL B 350 7646 7829 5478 514 151 391 C +ATOM 6487 O VAL B 350 84.378 -22.051 13.585 1.00 57.13 O +ANISOU 6487 O VAL B 350 8122 8108 5479 546 322 502 O +ATOM 6488 CB VAL B 350 81.446 -22.797 14.627 1.00 53.39 C +ANISOU 6488 CB VAL B 350 7448 7704 5135 677 -402 293 C +ATOM 6489 CG1 VAL B 350 81.374 -21.769 15.755 1.00 47.85 C +ANISOU 6489 CG1 VAL B 350 6628 6883 4671 637 -397 425 C +ATOM 6490 CG2 VAL B 350 81.204 -22.155 13.280 1.00 46.82 C +ANISOU 6490 CG2 VAL B 350 6930 6929 3932 801 -416 405 C +ATOM 6491 N ALA B 351 84.523 -22.258 15.820 1.00 50.56 N +ANISOU 6491 N ALA B 351 6854 7145 5210 407 210 420 N +ATOM 6492 CA ALA B 351 85.687 -21.383 15.897 1.00 63.46 C +ANISOU 6492 CA ALA B 351 8475 8690 6947 301 470 559 C +ATOM 6493 C ALA B 351 86.832 -21.928 15.056 1.00 62.12 C +ANISOU 6493 C ALA B 351 8316 8595 6692 276 756 517 C +ATOM 6494 O ALA B 351 87.435 -21.201 14.258 1.00 66.82 O +ANISOU 6494 O ALA B 351 9059 9182 7149 239 1000 666 O +ATOM 6495 CB ALA B 351 86.123 -21.220 17.352 1.00 60.57 C +ANISOU 6495 CB ALA B 351 7858 8220 6937 196 436 534 C +ATOM 6496 N PHE B 352 87.142 -23.215 15.216 1.00 73.16 N +ANISOU 6496 N PHE B 352 9567 10059 8173 301 747 319 N +ATOM 6497 CA PHE B 352 88.268 -23.798 14.500 1.00 73.31 C +ANISOU 6497 CA PHE B 352 9560 10151 8143 308 1031 247 C +ATOM 6498 C PHE B 352 87.916 -24.149 13.065 1.00 70.53 C +ANISOU 6498 C PHE B 352 9499 9917 7382 429 1091 209 C +ATOM 6499 O PHE B 352 88.807 -24.172 12.209 1.00 66.61 O +ANISOU 6499 O PHE B 352 9073 9490 6745 439 1403 223 O +ATOM 6500 CB PHE B 352 88.773 -25.041 15.228 1.00 59.41 C +ANISOU 6500 CB PHE B 352 7551 8389 6633 322 989 44 C +ATOM 6501 CG PHE B 352 89.087 -24.800 16.670 1.00 53.00 C +ANISOU 6501 CG PHE B 352 6483 7474 6181 228 888 67 C +ATOM 6502 CD1 PHE B 352 90.071 -23.899 17.033 1.00 48.29 C +ANISOU 6502 CD1 PHE B 352 5741 6827 5779 108 1060 179 C +ATOM 6503 CD2 PHE B 352 88.396 -25.471 17.662 1.00 52.69 C +ANISOU 6503 CD2 PHE B 352 6362 7385 6275 249 620 -26 C +ATOM 6504 CE1 PHE B 352 90.361 -23.669 18.361 1.00 45.15 C +ANISOU 6504 CE1 PHE B 352 5131 6338 5686 30 931 176 C +ATOM 6505 CE2 PHE B 352 88.681 -25.248 18.992 1.00 53.91 C +ANISOU 6505 CE2 PHE B 352 6325 7453 6705 180 524 -4 C +ATOM 6506 CZ PHE B 352 89.664 -24.347 19.343 1.00 42.56 C +ANISOU 6506 CZ PHE B 352 4756 5974 5442 80 660 85 C +ATOM 6507 N ARG B 353 86.643 -24.425 12.769 1.00 73.85 N +ANISOU 6507 N ARG B 353 10086 10371 7602 523 802 150 N +ATOM 6508 CA ARG B 353 86.306 -24.643 11.365 1.00 61.99 C +ANISOU 6508 CA ARG B 353 8898 8984 5673 646 824 114 C +ATOM 6509 C ARG B 353 86.244 -23.344 10.575 1.00 64.42 C +ANISOU 6509 C ARG B 353 9479 9294 5702 660 946 370 C +ATOM 6510 O ARG B 353 86.607 -23.325 9.393 1.00 54.05 O +ANISOU 6510 O ARG B 353 8425 8071 4039 729 1152 402 O +ATOM 6511 CB ARG B 353 84.972 -25.368 11.228 1.00 61.18 C +ANISOU 6511 CB ARG B 353 8873 8923 5450 735 445 -48 C +ATOM 6512 CG ARG B 353 85.026 -26.829 11.600 1.00 76.47 C +ANISOU 6512 CG ARG B 353 10654 10848 7554 737 355 -314 C +ATOM 6513 CD ARG B 353 83.781 -27.544 11.116 1.00 85.19 C +ANISOU 6513 CD ARG B 353 11887 12001 8481 807 17 -486 C +ATOM 6514 NE ARG B 353 82.571 -26.924 11.649 1.00 91.11 N +ANISOU 6514 NE ARG B 353 12569 12737 9311 784 -273 -388 N +ATOM 6515 CZ ARG B 353 82.022 -27.231 12.819 1.00 93.83 C +ANISOU 6515 CZ ARG B 353 12660 13009 9981 697 -441 -424 C +ATOM 6516 NH1 ARG B 353 82.567 -28.160 13.593 1.00 87.41 N +ANISOU 6516 NH1 ARG B 353 11667 12112 9434 624 -374 -540 N +ATOM 6517 NH2 ARG B 353 80.922 -26.607 13.218 1.00 95.93 N +ANISOU 6517 NH2 ARG B 353 12860 13287 10301 700 -668 -340 N +ATOM 6518 N GLY B 354 85.808 -22.258 11.198 1.00 63.69 N +ANISOU 6518 N GLY B 354 9361 9092 5745 607 835 556 N +ATOM 6519 CA GLY B 354 85.401 -21.079 10.467 1.00 70.89 C +ANISOU 6519 CA GLY B 354 10583 9973 6378 661 841 796 C +ATOM 6520 C GLY B 354 83.944 -21.166 10.048 1.00 78.54 C +ANISOU 6520 C GLY B 354 11729 11007 7105 829 451 750 C +ATOM 6521 O GLY B 354 83.358 -22.241 9.938 1.00 95.21 O +ANISOU 6521 O GLY B 354 13787 13220 9169 895 235 521 O +ATOM 6522 N ASP B 355 83.348 -20.001 9.814 1.00 72.00 N +ANISOU 6522 N ASP B 355 11108 10106 6143 898 346 970 N +ATOM 6523 CA ASP B 355 81.917 -19.922 9.538 1.00 71.05 C +ANISOU 6523 CA ASP B 355 11100 10044 5853 1074 -61 942 C +ATOM 6524 C ASP B 355 81.691 -18.901 8.434 1.00 67.70 C +ANISOU 6524 C ASP B 355 11102 9599 5024 1212 -55 1190 C +ATOM 6525 O ASP B 355 81.878 -17.698 8.646 1.00 89.35 O +ANISOU 6525 O ASP B 355 13945 12173 7832 1186 50 1440 O +ATOM 6526 CB ASP B 355 81.149 -19.554 10.804 1.00 67.20 C +ANISOU 6526 CB ASP B 355 10337 9464 5733 1058 -294 932 C +ATOM 6527 CG ASP B 355 79.644 -19.716 10.641 1.00 67.81 C +ANISOU 6527 CG ASP B 355 10407 9637 5719 1229 -720 840 C +ATOM 6528 OD1 ASP B 355 79.223 -20.546 9.807 1.00 72.13 O +ANISOU 6528 OD1 ASP B 355 11054 10335 6018 1309 -881 686 O +ATOM 6529 OD2 ASP B 355 78.884 -19.035 11.355 1.00 61.69 O +ANISOU 6529 OD2 ASP B 355 9513 8792 5135 1285 -897 903 O +ATOM 6530 N SER B 356 81.285 -19.382 7.257 1.00 60.64 N +ANISOU 6530 N SER B 356 10484 8859 3698 1363 -181 1120 N +ATOM 6531 CA SER B 356 81.016 -18.488 6.137 1.00 79.76 C +ANISOU 6531 CA SER B 356 13364 11274 5666 1527 -209 1360 C +ATOM 6532 C SER B 356 79.768 -17.649 6.373 1.00 79.32 C +ANISOU 6532 C SER B 356 13340 11151 5646 1695 -608 1471 C +ATOM 6533 O SER B 356 79.709 -16.492 5.941 1.00 68.10 O +ANISOU 6533 O SER B 356 12235 9605 4036 1790 -578 1761 O +ATOM 6534 CB SER B 356 80.860 -19.300 4.851 1.00 88.34 C +ANISOU 6534 CB SER B 356 14749 12562 6254 1666 -287 1217 C +ATOM 6535 OG SER B 356 79.670 -20.069 4.879 1.00100.92 O +ANISOU 6535 OG SER B 356 16210 14280 7853 1781 -763 958 O +ATOM 6536 N PHE B 357 78.766 -18.211 7.055 1.00 75.22 N +ANISOU 6536 N PHE B 357 12497 10704 5379 1737 -970 1249 N +ATOM 6537 CA PHE B 357 77.498 -17.512 7.237 1.00 73.37 C +ANISOU 6537 CA PHE B 357 12243 10446 5188 1930 -1364 1314 C +ATOM 6538 C PHE B 357 77.658 -16.258 8.083 1.00 76.91 C +ANISOU 6538 C PHE B 357 12649 10658 5917 1901 -1241 1546 C +ATOM 6539 O PHE B 357 76.857 -15.326 7.963 1.00 83.74 O +ANISOU 6539 O PHE B 357 13651 11445 6722 2102 -1476 1698 O +ATOM 6540 CB PHE B 357 76.479 -18.460 7.864 1.00 72.72 C +ANISOU 6540 CB PHE B 357 11759 10501 5370 1935 -1708 1015 C +ATOM 6541 CG PHE B 357 76.177 -19.652 7.011 1.00 88.58 C +ANISOU 6541 CG PHE B 357 13827 12711 7117 1968 -1899 765 C +ATOM 6542 CD1 PHE B 357 76.949 -20.798 7.097 1.00 88.60 C +ANISOU 6542 CD1 PHE B 357 13722 12757 7182 1790 -1685 563 C +ATOM 6543 CD2 PHE B 357 75.134 -19.622 6.108 1.00 77.90 C +ANISOU 6543 CD2 PHE B 357 12554 11448 5595 2107 -2241 706 C +ATOM 6544 CE1 PHE B 357 76.680 -21.891 6.302 1.00 87.72 C +ANISOU 6544 CE1 PHE B 357 13699 12800 6832 1825 -1865 312 C +ATOM 6545 CE2 PHE B 357 74.864 -20.713 5.315 1.00 82.46 C +ANISOU 6545 CE2 PHE B 357 13157 12170 6002 2087 -2399 454 C +ATOM 6546 CZ PHE B 357 75.635 -21.848 5.413 1.00 89.91 C +ANISOU 6546 CZ PHE B 357 14086 13170 6907 1965 -2229 254 C +ATOM 6547 N THR B 358 78.673 -16.216 8.943 1.00 72.16 N +ANISOU 6547 N THR B 358 11859 9931 5628 1667 -899 1561 N +ATOM 6548 CA THR B 358 78.970 -15.036 9.744 1.00 69.12 C +ANISOU 6548 CA THR B 358 11457 9296 5508 1608 -764 1757 C +ATOM 6549 C THR B 358 80.289 -14.386 9.341 1.00 84.27 C +ANISOU 6549 C THR B 358 13628 11055 7336 1446 -338 1991 C +ATOM 6550 O THR B 358 80.773 -13.496 10.049 1.00 86.48 O +ANISOU 6550 O THR B 358 13873 11105 7880 1328 -178 2128 O +ATOM 6551 CB THR B 358 78.992 -15.399 11.230 1.00 54.47 C +ANISOU 6551 CB THR B 358 9154 7410 4131 1464 -760 1576 C +ATOM 6552 OG1 THR B 358 79.058 -14.208 12.025 1.00 67.08 O +ANISOU 6552 OG1 THR B 358 10755 8765 5968 1451 -709 1728 O +ATOM 6553 CG2 THR B 358 80.173 -16.283 11.527 1.00 60.32 C +ANISOU 6553 CG2 THR B 358 9717 8197 5006 1223 -460 1452 C +ATOM 6554 N HIS B 359 80.885 -14.815 8.225 1.00 94.06 N +ANISOU 6554 N HIS B 359 15115 12409 8213 1429 -141 2030 N +ATOM 6555 CA HIS B 359 82.071 -14.164 7.663 1.00 98.38 C +ANISOU 6555 CA HIS B 359 15929 12826 8625 1283 294 2282 C +ATOM 6556 C HIS B 359 83.267 -14.266 8.605 1.00 94.81 C +ANISOU 6556 C HIS B 359 15142 12281 8598 989 633 2228 C +ATOM 6557 O HIS B 359 84.011 -13.302 8.800 1.00 96.27 O +ANISOU 6557 O HIS B 359 15403 12246 8929 831 895 2443 O +ATOM 6558 CB HIS B 359 81.774 -12.704 7.330 1.00 97.05 C +ANISOU 6558 CB HIS B 359 16136 12413 8325 1386 263 2621 C +ATOM 6559 CG HIS B 359 80.404 -12.493 6.777 1.00108.00 C +ANISOU 6559 CG HIS B 359 17698 13864 9471 1689 -187 2623 C +ATOM 6560 ND1 HIS B 359 79.977 -13.074 5.603 1.00115.87 N +ANISOU 6560 ND1 HIS B 359 18835 15079 10111 1809 -334 2523 N +ATOM 6561 CD2 HIS B 359 79.353 -11.783 7.251 1.00110.19 C +ANISOU 6561 CD2 HIS B 359 17909 14028 9930 1858 -529 2641 C +ATOM 6562 CE1 HIS B 359 78.726 -12.722 5.371 1.00118.54 C +ANISOU 6562 CE1 HIS B 359 19179 15433 10427 2025 -751 2494 C +ATOM 6563 NE2 HIS B 359 78.325 -11.939 6.357 1.00116.08 N +ANISOU 6563 NE2 HIS B 359 18731 14931 10444 2064 -865 2562 N +ATOM 6564 N THR B 360 83.459 -15.447 9.188 1.00 85.19 N +ANISOU 6564 N THR B 360 13558 11221 7590 914 611 1937 N +ATOM 6565 CA THR B 360 84.531 -15.666 10.139 1.00 82.54 C +ANISOU 6565 CA THR B 360 12876 10824 7663 673 861 1853 C +ATOM 6566 C THR B 360 85.500 -16.713 9.602 1.00 82.07 C +ANISOU 6566 C THR B 360 12735 10939 7507 592 1149 1719 C +ATOM 6567 O THR B 360 85.071 -17.822 9.253 1.00 86.28 O +ANISOU 6567 O THR B 360 13241 11662 7878 708 998 1502 O +ATOM 6568 CB THR B 360 83.971 -16.118 11.497 1.00 73.91 C +ANISOU 6568 CB THR B 360 11405 9731 6948 666 586 1636 C +ATOM 6569 OG1 THR B 360 83.130 -15.088 12.032 1.00 69.07 O +ANISOU 6569 OG1 THR B 360 10855 8951 6437 755 360 1749 O +ATOM 6570 CG2 THR B 360 85.098 -16.399 12.481 1.00 81.31 C +ANISOU 6570 CG2 THR B 360 12003 10616 8277 441 802 1540 C +ATOM 6571 N PRO B 361 86.794 -16.413 9.515 1.00 70.84 N +ANISOU 6571 N PRO B 361 11262 9457 6197 397 1563 1825 N +ATOM 6572 CA PRO B 361 87.767 -17.433 9.115 1.00 75.28 C +ANISOU 6572 CA PRO B 361 11684 10192 6727 339 1855 1670 C +ATOM 6573 C PRO B 361 88.070 -18.372 10.267 1.00 79.85 C +ANISOU 6573 C PRO B 361 11808 10811 7721 270 1757 1401 C +ATOM 6574 O PRO B 361 87.643 -18.127 11.406 1.00 78.77 O +ANISOU 6574 O PRO B 361 11473 10562 7894 233 1513 1362 O +ATOM 6575 CB PRO B 361 89.000 -16.606 8.723 1.00 79.33 C +ANISOU 6575 CB PRO B 361 12256 10609 7278 140 2333 1905 C +ATOM 6576 CG PRO B 361 88.894 -15.379 9.550 1.00 75.77 C +ANISOU 6576 CG PRO B 361 11771 9893 7123 10 2246 2086 C +ATOM 6577 CD PRO B 361 87.425 -15.092 9.680 1.00 69.24 C +ANISOU 6577 CD PRO B 361 11143 9018 6149 222 1796 2098 C +ATOM 6578 N PRO B 362 88.807 -19.451 10.022 1.00 75.28 N +ANISOU 6578 N PRO B 362 11074 10382 7149 270 1944 1212 N +ATOM 6579 CA PRO B 362 89.084 -20.408 11.096 1.00 69.17 C +ANISOU 6579 CA PRO B 362 9903 9629 6750 233 1828 967 C +ATOM 6580 C PRO B 362 90.131 -19.886 12.066 1.00 75.07 C +ANISOU 6580 C PRO B 362 10327 10258 7939 27 1996 1022 C +ATOM 6581 O PRO B 362 91.065 -19.172 11.694 1.00 84.58 O +ANISOU 6581 O PRO B 362 11535 11420 9183 -114 2338 1183 O +ATOM 6582 CB PRO B 362 89.591 -21.650 10.348 1.00 62.89 C +ANISOU 6582 CB PRO B 362 9101 9010 5785 330 1999 764 C +ATOM 6583 CG PRO B 362 89.630 -21.280 8.876 1.00 64.73 C +ANISOU 6583 CG PRO B 362 9731 9330 5531 405 2237 903 C +ATOM 6584 CD PRO B 362 89.526 -19.798 8.788 1.00 67.39 C +ANISOU 6584 CD PRO B 362 10256 9523 5825 306 2308 1224 C +ATOM 6585 N LEU B 363 89.958 -20.258 13.331 1.00 70.08 N +ANISOU 6585 N LEU B 363 9417 9573 7639 3 1746 883 N +ATOM 6586 CA LEU B 363 90.853 -19.827 14.395 1.00 66.01 C +ANISOU 6586 CA LEU B 363 8589 8947 7545 -174 1811 894 C +ATOM 6587 C LEU B 363 92.041 -20.775 14.490 1.00 69.39 C +ANISOU 6587 C LEU B 363 8708 9482 8175 -199 2011 728 C +ATOM 6588 O LEU B 363 91.865 -21.990 14.628 1.00 68.37 O +ANISOU 6588 O LEU B 363 8496 9445 8039 -67 1884 525 O +ATOM 6589 CB LEU B 363 90.113 -19.778 15.732 1.00 63.13 C +ANISOU 6589 CB LEU B 363 8105 8483 7399 -164 1446 822 C +ATOM 6590 CG LEU B 363 90.931 -19.338 16.950 1.00 49.47 C +ANISOU 6590 CG LEU B 363 6084 6635 6079 -327 1434 805 C +ATOM 6591 CD1 LEU B 363 91.325 -17.874 16.837 1.00 46.77 C +ANISOU 6591 CD1 LEU B 363 5834 6125 5813 -498 1587 1015 C +ATOM 6592 CD2 LEU B 363 90.156 -19.591 18.232 1.00 43.13 C +ANISOU 6592 CD2 LEU B 363 5193 5780 5415 -271 1085 696 C +ATOM 6593 N ASP B 364 93.241 -20.220 14.407 1.00 71.98 N +ANISOU 6593 N ASP B 364 8860 9786 8701 -366 2322 813 N +ATOM 6594 CA ASP B 364 94.445 -20.994 14.668 1.00 76.98 C +ANISOU 6594 CA ASP B 364 9121 10515 9613 -388 2492 653 C +ATOM 6595 C ASP B 364 94.431 -21.422 16.132 1.00 65.38 C +ANISOU 6595 C ASP B 364 7374 8980 8486 -385 2156 503 C +ATOM 6596 O ASP B 364 94.529 -20.556 17.011 1.00 67.47 O +ANISOU 6596 O ASP B 364 7541 9107 8988 -532 2033 576 O +ATOM 6597 CB ASP B 364 95.692 -20.176 14.358 1.00 91.47 C +ANISOU 6597 CB ASP B 364 10776 12335 11644 -602 2883 786 C +ATOM 6598 CG ASP B 364 96.968 -20.869 14.795 1.00 93.40 C +ANISOU 6598 CG ASP B 364 10552 12675 12260 -627 3018 612 C +ATOM 6599 OD1 ASP B 364 96.971 -22.113 14.885 1.00 95.00 O +ANISOU 6599 OD1 ASP B 364 10658 12987 12452 -430 2919 402 O +ATOM 6600 OD2 ASP B 364 97.968 -20.165 15.046 1.00 90.31 O +ANISOU 6600 OD2 ASP B 364 9885 12240 12189 -843 3210 682 O +ATOM 6601 N PRO B 365 94.301 -22.714 16.445 1.00 60.85 N +ANISOU 6601 N PRO B 365 6703 8482 7936 -220 1996 299 N +ATOM 6602 CA PRO B 365 94.136 -23.110 17.854 1.00 55.94 C +ANISOU 6602 CA PRO B 365 5897 7784 7575 -202 1658 191 C +ATOM 6603 C PRO B 365 95.175 -22.501 18.786 1.00 57.68 C +ANISOU 6603 C PRO B 365 5791 7938 8188 -363 1659 202 C +ATOM 6604 O PRO B 365 94.838 -22.132 19.922 1.00 66.79 O +ANISOU 6604 O PRO B 365 6912 8981 9483 -411 1381 203 O +ATOM 6605 CB PRO B 365 94.227 -24.642 17.786 1.00 71.58 C +ANISOU 6605 CB PRO B 365 7806 9849 9542 -13 1604 -13 C +ATOM 6606 CG PRO B 365 93.772 -24.981 16.404 1.00 73.67 C +ANISOU 6606 CG PRO B 365 8349 10209 9433 90 1777 -20 C +ATOM 6607 CD PRO B 365 94.311 -23.883 15.546 1.00 70.90 C +ANISOU 6607 CD PRO B 365 8058 9891 8990 -38 2115 156 C +ATOM 6608 N GLN B 366 96.419 -22.348 18.326 1.00 55.17 N +ANISOU 6608 N GLN B 366 5229 7688 8047 -451 1967 204 N +ATOM 6609 CA GLN B 366 97.447 -21.712 19.143 1.00 63.88 C +ANISOU 6609 CA GLN B 366 5987 8732 9553 -632 1959 203 C +ATOM 6610 C GLN B 366 96.947 -20.423 19.778 1.00 72.33 C +ANISOU 6610 C GLN B 366 7196 9619 10666 -808 1790 336 C +ATOM 6611 O GLN B 366 97.322 -20.102 20.910 1.00 76.30 O +ANISOU 6611 O GLN B 366 7499 10036 11456 -898 1568 276 O +ATOM 6612 CB GLN B 366 98.684 -21.406 18.299 1.00 82.70 C +ANISOU 6612 CB GLN B 366 8132 11208 12083 -760 2393 245 C +ATOM 6613 CG GLN B 366 99.548 -22.604 17.959 1.00 95.50 C +ANISOU 6613 CG GLN B 366 9472 13006 13809 -592 2560 67 C +ATOM 6614 CD GLN B 366 100.757 -22.212 17.133 1.00105.87 C +ANISOU 6614 CD GLN B 366 10519 14428 15279 -732 3035 116 C +ATOM 6615 OE1 GLN B 366 100.686 -21.306 16.303 1.00116.23 O +ANISOU 6615 OE1 GLN B 366 12025 15715 16424 -895 3332 310 O +ATOM 6616 NE2 GLN B 366 101.880 -22.880 17.367 1.00102.15 N +ANISOU 6616 NE2 GLN B 366 9597 14076 15140 -664 3117 -50 N +ATOM 6617 N GLU B 367 96.103 -19.675 19.064 1.00 70.47 N +ANISOU 6617 N GLU B 367 7320 9315 10141 -838 1875 508 N +ATOM 6618 CA GLU B 367 95.663 -18.373 19.548 1.00 69.56 C +ANISOU 6618 CA GLU B 367 7361 8999 10069 -988 1751 640 C +ATOM 6619 C GLU B 367 95.111 -18.461 20.968 1.00 69.04 C +ANISOU 6619 C GLU B 367 7267 8849 10117 -931 1341 526 C +ATOM 6620 O GLU B 367 95.327 -17.553 21.783 1.00 85.30 O +ANISOU 6620 O GLU B 367 9272 10751 12386 -1079 1212 538 O +ATOM 6621 CB GLU B 367 94.621 -17.797 18.586 1.00 69.58 C +ANISOU 6621 CB GLU B 367 7793 8952 9692 -936 1832 824 C +ATOM 6622 CG GLU B 367 95.176 -17.422 17.214 1.00 78.01 C +ANISOU 6622 CG GLU B 367 8963 10065 10612 -1024 2257 987 C +ATOM 6623 CD GLU B 367 96.111 -16.234 17.266 1.00 90.79 C +ANISOU 6623 CD GLU B 367 10461 11527 12509 -1317 2473 1126 C +ATOM 6624 OE1 GLU B 367 97.343 -16.444 17.248 1.00100.30 O +ANISOU 6624 OE1 GLU B 367 11305 12811 13992 -1451 2699 1065 O +ATOM 6625 OE2 GLU B 367 95.614 -15.090 17.338 1.00 95.90 O +ANISOU 6625 OE2 GLU B 367 11359 11959 13119 -1414 2411 1290 O +ATOM 6626 N LEU B 368 94.430 -19.561 21.298 1.00 59.24 N +ANISOU 6626 N LEU B 368 6068 7701 8739 -725 1141 409 N +ATOM 6627 CA LEU B 368 93.793 -19.650 22.607 1.00 61.85 C +ANISOU 6627 CA LEU B 368 6420 7961 9119 -663 791 328 C +ATOM 6628 C LEU B 368 94.789 -19.503 23.750 1.00 55.93 C +ANISOU 6628 C LEU B 368 5379 7160 8711 -764 645 223 C +ATOM 6629 O LEU B 368 94.384 -19.168 24.870 1.00 60.13 O +ANISOU 6629 O LEU B 368 5965 7596 9284 -761 380 179 O +ATOM 6630 CB LEU B 368 93.037 -20.972 22.739 1.00 56.62 C +ANISOU 6630 CB LEU B 368 5822 7404 8289 -456 645 228 C +ATOM 6631 CG LEU B 368 91.812 -21.141 21.838 1.00 45.43 C +ANISOU 6631 CG LEU B 368 4696 6031 6536 -346 675 295 C +ATOM 6632 CD1 LEU B 368 91.309 -22.569 21.914 1.00 47.37 C +ANISOU 6632 CD1 LEU B 368 4944 6367 6686 -187 557 172 C +ATOM 6633 CD2 LEU B 368 90.699 -20.173 22.222 1.00 41.27 C +ANISOU 6633 CD2 LEU B 368 4386 5395 5901 -350 522 388 C +ATOM 6634 N ASP B 369 96.081 -19.725 23.494 1.00 52.45 N +ANISOU 6634 N ASP B 369 4626 6790 8513 -846 808 172 N +ATOM 6635 CA ASP B 369 97.080 -19.548 24.543 1.00 56.17 C +ANISOU 6635 CA ASP B 369 4786 7224 9333 -946 636 59 C +ATOM 6636 C ASP B 369 96.954 -18.183 25.202 1.00 55.83 C +ANISOU 6636 C ASP B 369 4837 6984 9392 -1132 503 104 C +ATOM 6637 O ASP B 369 97.231 -18.039 26.399 1.00 50.69 O +ANISOU 6637 O ASP B 369 4077 6271 8909 -1157 214 -12 O +ATOM 6638 CB ASP B 369 98.485 -19.715 23.966 1.00 64.13 C +ANISOU 6638 CB ASP B 369 5414 8334 10619 -1045 891 21 C +ATOM 6639 CG ASP B 369 98.722 -21.098 23.397 1.00 66.01 C +ANISOU 6639 CG ASP B 369 5542 8751 10786 -830 1010 -62 C +ATOM 6640 OD1 ASP B 369 97.756 -21.885 23.318 1.00 67.46 O +ANISOU 6640 OD1 ASP B 369 5978 8961 10692 -637 913 -74 O +ATOM 6641 OD2 ASP B 369 99.875 -21.395 23.023 1.00 75.85 O +ANISOU 6641 OD2 ASP B 369 6441 10106 12272 -857 1207 -126 O +ATOM 6642 N ILE B 370 96.518 -17.176 24.443 1.00 61.18 N +ANISOU 6642 N ILE B 370 5748 7547 9950 -1249 695 267 N +ATOM 6643 CA ILE B 370 96.396 -15.825 24.981 1.00 55.67 C +ANISOU 6643 CA ILE B 370 5174 6619 9358 -1423 588 310 C +ATOM 6644 C ILE B 370 95.605 -15.810 26.280 1.00 48.55 C +ANISOU 6644 C ILE B 370 4422 5647 8378 -1298 216 201 C +ATOM 6645 O ILE B 370 95.835 -14.955 27.145 1.00 47.45 O +ANISOU 6645 O ILE B 370 4282 5341 8407 -1422 32 135 O +ATOM 6646 CB ILE B 370 95.759 -14.913 23.914 1.00 68.92 C +ANISOU 6646 CB ILE B 370 7177 8176 10834 -1483 826 526 C +ATOM 6647 CG1 ILE B 370 96.776 -14.627 22.805 1.00 74.72 C +ANISOU 6647 CG1 ILE B 370 7757 8933 11699 -1682 1217 646 C +ATOM 6648 CG2 ILE B 370 95.295 -13.615 24.519 1.00 81.15 C +ANISOU 6648 CG2 ILE B 370 8951 9456 12428 -1582 668 565 C +ATOM 6649 CD1 ILE B 370 96.143 -14.336 21.465 1.00 86.83 C +ANISOU 6649 CD1 ILE B 370 9622 10462 12908 -1639 1496 864 C +ATOM 6650 N LEU B 371 94.670 -16.746 26.448 1.00 48.09 N +ANISOU 6650 N LEU B 371 4500 5707 8064 -1061 109 174 N +ATOM 6651 CA LEU B 371 93.795 -16.727 27.614 1.00 49.97 C +ANISOU 6651 CA LEU B 371 4909 5893 8185 -937 -182 97 C +ATOM 6652 C LEU B 371 94.516 -17.051 28.916 1.00 58.76 C +ANISOU 6652 C LEU B 371 5828 7016 9482 -941 -455 -73 C +ATOM 6653 O LEU B 371 93.897 -16.946 29.980 1.00 56.50 O +ANISOU 6653 O LEU B 371 5698 6681 9090 -851 -688 -143 O +ATOM 6654 CB LEU B 371 92.643 -17.715 27.421 1.00 59.76 C +ANISOU 6654 CB LEU B 371 6308 7264 9134 -715 -197 120 C +ATOM 6655 CG LEU B 371 91.742 -17.493 26.206 1.00 52.05 C +ANISOU 6655 CG LEU B 371 5549 6301 7928 -664 -5 265 C +ATOM 6656 CD1 LEU B 371 90.779 -18.658 26.057 1.00 43.24 C +ANISOU 6656 CD1 LEU B 371 4509 5332 6590 -474 -50 245 C +ATOM 6657 CD2 LEU B 371 90.984 -16.183 26.326 1.00 44.20 C +ANISOU 6657 CD2 LEU B 371 4801 5128 6865 -686 -45 344 C +ATOM 6658 N LYS B 372 95.796 -17.430 28.872 1.00 65.21 N +ANISOU 6658 N LYS B 372 6310 7904 10563 -1028 -435 -144 N +ATOM 6659 CA LYS B 372 96.498 -17.807 30.095 1.00 61.65 C +ANISOU 6659 CA LYS B 372 5669 7477 10276 -999 -741 -309 C +ATOM 6660 C LYS B 372 96.551 -16.685 31.123 1.00 59.28 C +ANISOU 6660 C LYS B 372 5461 6999 10063 -1118 -984 -397 C +ATOM 6661 O LYS B 372 96.866 -16.953 32.288 1.00 62.09 O +ANISOU 6661 O LYS B 372 5763 7368 10458 -1054 -1294 -539 O +ATOM 6662 CB LYS B 372 97.917 -18.268 29.762 1.00 75.52 C +ANISOU 6662 CB LYS B 372 7002 9340 12351 -1075 -670 -374 C +ATOM 6663 CG LYS B 372 97.970 -19.662 29.164 1.00 86.25 C +ANISOU 6663 CG LYS B 372 8263 10879 13629 -880 -542 -363 C +ATOM 6664 CD LYS B 372 99.388 -20.102 28.856 1.00 85.22 C +ANISOU 6664 CD LYS B 372 7687 10861 13832 -920 -460 -445 C +ATOM 6665 CE LYS B 372 99.401 -21.497 28.253 1.00 76.38 C +ANISOU 6665 CE LYS B 372 6508 9892 12619 -695 -332 -453 C +ATOM 6666 NZ LYS B 372 100.727 -21.859 27.685 1.00 73.22 N +ANISOU 6666 NZ LYS B 372 5671 9616 12533 -717 -154 -524 N +ATOM 6667 N THR B 373 96.251 -15.445 30.734 1.00 48.83 N +ANISOU 6667 N THR B 373 4303 5495 8755 -1275 -865 -322 N +ATOM 6668 CA THR B 373 96.236 -14.332 31.674 1.00 51.56 C +ANISOU 6668 CA THR B 373 4781 5633 9175 -1381 -1093 -425 C +ATOM 6669 C THR B 373 94.919 -14.208 32.429 1.00 45.08 C +ANISOU 6669 C THR B 373 4331 4764 8032 -1182 -1239 -445 C +ATOM 6670 O THR B 373 94.869 -13.493 33.436 1.00 46.25 O +ANISOU 6670 O THR B 373 4612 4770 8190 -1205 -1474 -577 O +ATOM 6671 CB THR B 373 96.516 -13.019 30.936 1.00 59.90 C +ANISOU 6671 CB THR B 373 5875 6470 10415 -1641 -899 -333 C +ATOM 6672 OG1 THR B 373 95.618 -12.889 29.826 1.00 77.09 O +ANISOU 6672 OG1 THR B 373 8286 8638 12368 -1573 -612 -129 O +ATOM 6673 CG2 THR B 373 97.950 -12.982 30.434 1.00 53.10 C +ANISOU 6673 CG2 THR B 373 4604 5639 9933 -1888 -771 -345 C +ATOM 6674 N VAL B 374 93.864 -14.884 31.981 1.00 45.95 N +ANISOU 6674 N VAL B 374 4599 4993 7865 -989 -1104 -334 N +ATOM 6675 CA VAL B 374 92.548 -14.728 32.590 1.00 43.91 C +ANISOU 6675 CA VAL B 374 4653 4706 7325 -808 -1186 -340 C +ATOM 6676 C VAL B 374 92.562 -15.362 33.974 1.00 40.10 C +ANISOU 6676 C VAL B 374 4189 4301 6744 -680 -1460 -484 C +ATOM 6677 O VAL B 374 92.872 -16.550 34.127 1.00 44.56 O +ANISOU 6677 O VAL B 374 4612 5031 7289 -595 -1507 -491 O +ATOM 6678 CB VAL B 374 91.461 -15.351 31.704 1.00 43.49 C +ANISOU 6678 CB VAL B 374 4705 4776 7041 -659 -982 -192 C +ATOM 6679 CG1 VAL B 374 90.091 -15.228 32.361 1.00 39.29 C +ANISOU 6679 CG1 VAL B 374 4434 4241 6256 -474 -1052 -206 C +ATOM 6680 CG2 VAL B 374 91.458 -14.690 30.334 1.00 48.26 C +ANISOU 6680 CG2 VAL B 374 5340 5303 7694 -766 -732 -40 C +ATOM 6681 N LYS B 375 92.216 -14.571 34.990 1.00 41.04 N +ANISOU 6681 N LYS B 375 4518 4292 6784 -650 -1640 -599 N +ATOM 6682 CA LYS B 375 92.141 -15.051 36.363 1.00 44.61 C +ANISOU 6682 CA LYS B 375 5064 4810 7077 -514 -1894 -731 C +ATOM 6683 C LYS B 375 90.720 -15.210 36.877 1.00 47.59 C +ANISOU 6683 C LYS B 375 5724 5237 7122 -304 -1843 -702 C +ATOM 6684 O LYS B 375 90.478 -16.085 37.711 1.00 38.98 O +ANISOU 6684 O LYS B 375 4697 4272 5843 -165 -1944 -726 O +ATOM 6685 CB LYS B 375 92.895 -14.104 37.305 1.00 44.29 C +ANISOU 6685 CB LYS B 375 5057 4605 7165 -624 -2169 -928 C +ATOM 6686 CG LYS B 375 94.405 -14.143 37.154 1.00 60.78 C +ANISOU 6686 CG LYS B 375 6806 6687 9601 -822 -2297 -1001 C +ATOM 6687 CD LYS B 375 95.086 -13.641 38.417 1.00 82.39 C +ANISOU 6687 CD LYS B 375 9575 9332 12397 -867 -2676 -1234 C +ATOM 6688 CE LYS B 375 96.599 -13.710 38.309 1.00 84.76 C +ANISOU 6688 CE LYS B 375 9475 9647 13082 -1063 -2835 -1325 C +ATOM 6689 NZ LYS B 375 97.195 -12.384 37.992 1.00 87.02 N +ANISOU 6689 NZ LYS B 375 9681 9694 13689 -1357 -2834 -1400 N +ATOM 6690 N GLU B 376 89.777 -14.389 36.415 1.00 45.77 N +ANISOU 6690 N GLU B 376 5661 4910 6821 -272 -1686 -646 N +ATOM 6691 CA GLU B 376 88.395 -14.495 36.854 1.00 49.05 C +ANISOU 6691 CA GLU B 376 6290 5389 6959 -69 -1613 -627 C +ATOM 6692 C GLU B 376 87.463 -14.358 35.660 1.00 53.98 C +ANISOU 6692 C GLU B 376 6919 6031 7561 -28 -1373 -471 C +ATOM 6693 O GLU B 376 87.785 -13.698 34.669 1.00 49.10 O +ANISOU 6693 O GLU B 376 6258 5296 7102 -143 -1283 -399 O +ATOM 6694 CB GLU B 376 88.046 -13.437 37.916 1.00 50.37 C +ANISOU 6694 CB GLU B 376 6713 5405 7018 5 -1742 -789 C +ATOM 6695 CG GLU B 376 87.898 -12.011 37.425 1.00 60.71 C +ANISOU 6695 CG GLU B 376 8141 6469 8457 -55 -1696 -809 C +ATOM 6696 CD GLU B 376 87.423 -11.082 38.524 1.00 66.37 C +ANISOU 6696 CD GLU B 376 9140 7040 9036 67 -1815 -993 C +ATOM 6697 OE1 GLU B 376 86.531 -11.485 39.301 1.00 56.09 O +ANISOU 6697 OE1 GLU B 376 7970 5875 7467 272 -1785 -1032 O +ATOM 6698 OE2 GLU B 376 87.944 -9.951 38.612 1.00 71.99 O +ANISOU 6698 OE2 GLU B 376 9950 7494 9909 -47 -1926 -1104 O +ATOM 6699 N ILE B 377 86.303 -15.000 35.771 1.00 56.96 N +ANISOU 6699 N ILE B 377 7349 6557 7736 134 -1274 -415 N +ATOM 6700 CA ILE B 377 85.235 -14.911 34.783 1.00 41.98 C +ANISOU 6700 CA ILE B 377 5458 4703 5790 213 -1096 -293 C +ATOM 6701 C ILE B 377 83.962 -14.588 35.551 1.00 44.41 C +ANISOU 6701 C ILE B 377 5921 5039 5912 406 -1066 -346 C +ATOM 6702 O ILE B 377 83.481 -15.414 36.338 1.00 41.01 O +ANISOU 6702 O ILE B 377 5495 4758 5330 488 -1055 -366 O +ATOM 6703 CB ILE B 377 85.082 -16.205 33.970 1.00 38.13 C +ANISOU 6703 CB ILE B 377 4803 4401 5286 199 -993 -177 C +ATOM 6704 CG1 ILE B 377 86.318 -16.413 33.088 1.00 38.43 C +ANISOU 6704 CG1 ILE B 377 4686 4412 5506 34 -977 -133 C +ATOM 6705 CG2 ILE B 377 83.804 -16.168 33.127 1.00 53.64 C +ANISOU 6705 CG2 ILE B 377 6780 6435 7165 306 -860 -83 C +ATOM 6706 CD1 ILE B 377 86.285 -17.666 32.230 1.00 34.38 C +ANISOU 6706 CD1 ILE B 377 4030 4057 4977 30 -879 -49 C +ATOM 6707 N THR B 378 83.416 -13.391 35.329 1.00 42.37 N +ANISOU 6707 N THR B 378 5794 4633 5670 485 -1037 -363 N +ATOM 6708 CA THR B 378 82.255 -12.954 36.097 1.00 40.93 C +ANISOU 6708 CA THR B 378 5749 4469 5334 696 -998 -442 C +ATOM 6709 C THR B 378 81.011 -13.763 35.755 1.00 40.48 C +ANISOU 6709 C THR B 378 5568 4636 5176 819 -853 -349 C +ATOM 6710 O THR B 378 80.129 -13.926 36.605 1.00 45.64 O +ANISOU 6710 O THR B 378 6259 5398 5686 964 -786 -409 O +ATOM 6711 CB THR B 378 81.990 -11.470 35.853 1.00 37.90 C +ANISOU 6711 CB THR B 378 5536 3843 5021 775 -1012 -483 C +ATOM 6712 OG1 THR B 378 81.799 -11.242 34.452 1.00 56.01 O +ANISOU 6712 OG1 THR B 378 7769 6098 7414 752 -940 -322 O +ATOM 6713 CG2 THR B 378 83.155 -10.628 36.353 1.00 39.71 C +ANISOU 6713 CG2 THR B 378 5898 3824 5367 634 -1169 -606 C +ATOM 6714 N GLY B 379 80.918 -14.270 34.529 1.00 33.44 N +ANISOU 6714 N GLY B 379 4529 3821 4357 757 -797 -214 N +ATOM 6715 CA GLY B 379 79.750 -15.017 34.108 1.00 39.37 C +ANISOU 6715 CA GLY B 379 5142 4772 5046 848 -694 -143 C +ATOM 6716 C GLY B 379 79.969 -16.515 34.151 1.00 48.23 C +ANISOU 6716 C GLY B 379 6123 6061 6141 735 -670 -97 C +ATOM 6717 O GLY B 379 80.226 -17.076 35.220 1.00 32.43 O +ANISOU 6717 O GLY B 379 4158 4102 4062 714 -683 -147 O +ATOM 6718 N PHE B 380 79.870 -17.177 32.999 1.00 35.83 N +ANISOU 6718 N PHE B 380 4422 4570 4620 673 -643 -6 N +ATOM 6719 CA PHE B 380 80.078 -18.614 32.916 1.00 37.84 C +ANISOU 6719 CA PHE B 380 4560 4946 4871 570 -626 30 C +ATOM 6720 C PHE B 380 81.105 -18.925 31.838 1.00 37.60 C +ANISOU 6720 C PHE B 380 4484 4874 4929 449 -654 77 C +ATOM 6721 O PHE B 380 81.377 -18.113 30.950 1.00 38.27 O +ANISOU 6721 O PHE B 380 4607 4876 5058 442 -653 115 O +ATOM 6722 CB PHE B 380 78.764 -19.368 32.635 1.00 40.90 C +ANISOU 6722 CB PHE B 380 4815 5498 5226 616 -550 63 C +ATOM 6723 CG PHE B 380 78.159 -19.090 31.285 1.00 47.86 C +ANISOU 6723 CG PHE B 380 5624 6418 6142 660 -563 109 C +ATOM 6724 CD1 PHE B 380 78.680 -19.669 30.139 1.00 53.79 C +ANISOU 6724 CD1 PHE B 380 6338 7180 6921 566 -592 153 C +ATOM 6725 CD2 PHE B 380 77.039 -18.283 31.169 1.00 45.94 C +ANISOU 6725 CD2 PHE B 380 5356 6209 5888 819 -552 100 C +ATOM 6726 CE1 PHE B 380 78.116 -19.425 28.902 1.00 42.22 C +ANISOU 6726 CE1 PHE B 380 4844 5758 5438 622 -623 193 C +ATOM 6727 CE2 PHE B 380 76.468 -18.038 29.934 1.00 45.44 C +ANISOU 6727 CE2 PHE B 380 5241 6186 5837 884 -605 146 C +ATOM 6728 CZ PHE B 380 77.007 -18.610 28.801 1.00 38.14 C +ANISOU 6728 CZ PHE B 380 4311 5273 4907 781 -647 195 C +ATOM 6729 N LEU B 381 81.673 -20.125 31.932 1.00 36.95 N +ANISOU 6729 N LEU B 381 4331 4843 4866 362 -664 81 N +ATOM 6730 CA LEU B 381 82.659 -20.619 30.980 1.00 40.92 C +ANISOU 6730 CA LEU B 381 4768 5331 5449 268 -663 105 C +ATOM 6731 C LEU B 381 82.086 -21.842 30.281 1.00 48.98 C +ANISOU 6731 C LEU B 381 5705 6462 6444 255 -625 129 C +ATOM 6732 O LEU B 381 81.737 -22.830 30.937 1.00 40.82 O +ANISOU 6732 O LEU B 381 4647 5474 5389 246 -629 121 O +ATOM 6733 CB LEU B 381 83.975 -20.962 31.683 1.00 28.13 C +ANISOU 6733 CB LEU B 381 3129 3652 3905 201 -735 61 C +ATOM 6734 CG LEU B 381 85.026 -21.683 30.836 1.00 33.49 C +ANISOU 6734 CG LEU B 381 3698 4339 4686 127 -713 67 C +ATOM 6735 CD1 LEU B 381 85.277 -20.948 29.529 1.00 29.42 C +ANISOU 6735 CD1 LEU B 381 3173 3799 4206 86 -620 111 C +ATOM 6736 CD2 LEU B 381 86.320 -21.835 31.619 1.00 53.76 C +ANISOU 6736 CD2 LEU B 381 6214 6852 7362 88 -816 10 C +ATOM 6737 N LEU B 382 81.990 -21.773 28.954 1.00 35.41 N +ANISOU 6737 N LEU B 382 3967 4771 4716 250 -592 158 N +ATOM 6738 CA LEU B 382 81.453 -22.857 28.141 1.00 33.35 C +ANISOU 6738 CA LEU B 382 3646 4602 4424 236 -584 151 C +ATOM 6739 C LEU B 382 82.509 -23.300 27.139 1.00 41.57 C +ANISOU 6739 C LEU B 382 4681 5628 5487 186 -544 142 C +ATOM 6740 O LEU B 382 82.922 -22.516 26.276 1.00 42.01 O +ANISOU 6740 O LEU B 382 4785 5661 5514 188 -495 181 O +ATOM 6741 CB LEU B 382 80.178 -22.423 27.416 1.00 42.50 C +ANISOU 6741 CB LEU B 382 4798 5839 5510 310 -603 171 C +ATOM 6742 CG LEU B 382 79.637 -23.419 26.385 1.00 41.11 C +ANISOU 6742 CG LEU B 382 4569 5754 5296 288 -635 140 C +ATOM 6743 CD1 LEU B 382 79.258 -24.735 27.047 1.00 41.53 C +ANISOU 6743 CD1 LEU B 382 4539 5832 5410 214 -642 95 C +ATOM 6744 CD2 LEU B 382 78.454 -22.830 25.643 1.00 34.67 C +ANISOU 6744 CD2 LEU B 382 3740 5023 4411 382 -701 155 C +ATOM 6745 N ILE B 383 82.929 -24.558 27.249 1.00 50.15 N +ANISOU 6745 N ILE B 383 5720 6718 6619 149 -550 95 N +ATOM 6746 CA ILE B 383 83.898 -25.160 26.343 1.00 53.35 C +ANISOU 6746 CA ILE B 383 6104 7119 7049 130 -496 58 C +ATOM 6747 C ILE B 383 83.248 -26.395 25.731 1.00 51.22 C +ANISOU 6747 C ILE B 383 5836 6889 6734 130 -520 -1 C +ATOM 6748 O ILE B 383 83.078 -27.425 26.404 1.00 48.05 O +ANISOU 6748 O ILE B 383 5416 6450 6392 109 -566 -30 O +ATOM 6749 CB ILE B 383 85.212 -25.518 27.050 1.00 42.62 C +ANISOU 6749 CB ILE B 383 4679 5694 5821 114 -500 29 C +ATOM 6750 CG1 ILE B 383 85.639 -24.390 27.999 1.00 38.41 C +ANISOU 6750 CG1 ILE B 383 4144 5107 5345 95 -538 60 C +ATOM 6751 CG2 ILE B 383 86.298 -25.773 26.012 1.00 35.93 C +ANISOU 6751 CG2 ILE B 383 3779 4859 5015 111 -397 -8 C +ATOM 6752 CD1 ILE B 383 86.893 -24.689 28.800 1.00 33.48 C +ANISOU 6752 CD1 ILE B 383 3434 4430 4856 86 -600 18 C +ATOM 6753 N GLN B 384 82.873 -26.286 24.457 1.00 45.57 N +ANISOU 6753 N GLN B 384 5170 6238 5907 152 -501 -18 N +ATOM 6754 CA GLN B 384 82.384 -27.410 23.675 1.00 36.84 C +ANISOU 6754 CA GLN B 384 4085 5163 4750 147 -543 -108 C +ATOM 6755 C GLN B 384 83.395 -27.878 22.640 1.00 40.23 C +ANISOU 6755 C GLN B 384 4563 5591 5132 177 -451 -177 C +ATOM 6756 O GLN B 384 83.107 -28.819 21.893 1.00 46.00 O +ANISOU 6756 O GLN B 384 5343 6333 5802 186 -487 -282 O +ATOM 6757 CB GLN B 384 81.070 -27.044 22.979 1.00 40.07 C +ANISOU 6757 CB GLN B 384 4519 5665 5039 170 -631 -108 C +ATOM 6758 CG GLN B 384 79.929 -26.705 23.933 1.00 40.60 C +ANISOU 6758 CG GLN B 384 4500 5759 5169 157 -700 -63 C +ATOM 6759 CD GLN B 384 78.556 -26.670 23.266 1.00 49.37 C +ANISOU 6759 CD GLN B 384 5569 6974 6215 180 -821 -98 C +ATOM 6760 OE1 GLN B 384 77.553 -26.416 23.931 1.00 42.75 O +ANISOU 6760 OE1 GLN B 384 4621 6182 5441 180 -860 -75 O +ATOM 6761 NE2 GLN B 384 78.500 -26.927 21.961 1.00 44.18 N +ANISOU 6761 NE2 GLN B 384 4991 6367 5429 210 -882 -163 N +ATOM 6762 N ALA B 385 84.561 -27.242 22.568 1.00 37.75 N +ANISOU 6762 N ALA B 385 4228 5264 4851 188 -327 -134 N +ATOM 6763 CA ALA B 385 85.619 -27.666 21.665 1.00 47.95 C +ANISOU 6763 CA ALA B 385 5530 6571 6118 223 -190 -199 C +ATOM 6764 C ALA B 385 86.942 -27.132 22.189 1.00 63.29 C +ANISOU 6764 C ALA B 385 7349 8479 8219 201 -80 -155 C +ATOM 6765 O ALA B 385 86.989 -26.139 22.920 1.00 67.94 O +ANISOU 6765 O ALA B 385 7900 9036 8877 151 -106 -65 O +ATOM 6766 CB ALA B 385 85.369 -27.188 20.232 1.00 32.01 C +ANISOU 6766 CB ALA B 385 3653 4641 3868 258 -110 -186 C +ATOM 6767 N TRP B 386 88.018 -27.808 21.795 1.00 59.20 N +ANISOU 6767 N TRP B 386 6759 7965 7771 244 34 -238 N +ATOM 6768 CA TRP B 386 89.358 -27.504 22.275 1.00 50.89 C +ANISOU 6768 CA TRP B 386 5525 6892 6917 227 122 -229 C +ATOM 6769 C TRP B 386 90.344 -28.069 21.265 1.00 48.46 C +ANISOU 6769 C TRP B 386 5161 6642 6611 295 324 -321 C +ATOM 6770 O TRP B 386 90.019 -29.048 20.584 1.00 63.51 O +ANISOU 6770 O TRP B 386 7172 8560 8401 380 331 -428 O +ATOM 6771 CB TRP B 386 89.587 -28.112 23.670 1.00 48.44 C +ANISOU 6771 CB TRP B 386 5112 6498 6795 248 -52 -259 C +ATOM 6772 CG TRP B 386 90.662 -27.449 24.475 1.00 63.25 C +ANISOU 6772 CG TRP B 386 6806 8353 8871 207 -63 -231 C +ATOM 6773 CD1 TRP B 386 91.870 -27.981 24.825 1.00 77.29 C +ANISOU 6773 CD1 TRP B 386 8391 10121 10854 267 -67 -305 C +ATOM 6774 CD2 TRP B 386 90.630 -26.129 25.034 1.00 64.37 C +ANISOU 6774 CD2 TRP B 386 6936 8475 9047 104 -96 -142 C +ATOM 6775 NE1 TRP B 386 92.591 -27.074 25.563 1.00 74.78 N +ANISOU 6775 NE1 TRP B 386 7923 9792 10699 189 -117 -271 N +ATOM 6776 CE2 TRP B 386 91.852 -25.930 25.707 1.00 66.50 C +ANISOU 6776 CE2 TRP B 386 6998 8724 9545 81 -132 -176 C +ATOM 6777 CE3 TRP B 386 89.686 -25.097 25.031 1.00 65.61 C +ANISOU 6777 CE3 TRP B 386 7236 8617 9074 42 -114 -49 C +ATOM 6778 CZ2 TRP B 386 92.155 -24.742 26.369 1.00 74.97 C +ANISOU 6778 CZ2 TRP B 386 8018 9751 10716 -28 -191 -131 C +ATOM 6779 CZ3 TRP B 386 89.991 -23.918 25.690 1.00 62.24 C +ANISOU 6779 CZ3 TRP B 386 6775 8132 8742 -44 -154 1 C +ATOM 6780 CH2 TRP B 386 91.213 -23.751 26.348 1.00 76.97 C +ANISOU 6780 CH2 TRP B 386 8449 9967 10831 -91 -194 -45 C +ATOM 6781 N PRO B 387 91.531 -27.479 21.122 1.00 47.34 N +ANISOU 6781 N PRO B 387 4850 6536 6602 258 501 -296 N +ATOM 6782 CA PRO B 387 92.476 -27.989 20.122 1.00 52.60 C +ANISOU 6782 CA PRO B 387 5440 7280 7265 334 745 -387 C +ATOM 6783 C PRO B 387 92.678 -29.492 20.266 1.00 66.76 C +ANISOU 6783 C PRO B 387 7200 9034 9133 490 665 -555 C +ATOM 6784 O PRO B 387 92.716 -30.032 21.374 1.00 59.70 O +ANISOU 6784 O PRO B 387 6224 8047 8411 525 457 -581 O +ATOM 6785 CB PRO B 387 93.759 -27.209 20.417 1.00 48.45 C +ANISOU 6785 CB PRO B 387 4643 6779 6987 246 890 -340 C +ATOM 6786 CG PRO B 387 93.286 -25.945 21.048 1.00 52.47 C +ANISOU 6786 CG PRO B 387 5202 7225 7509 94 782 -193 C +ATOM 6787 CD PRO B 387 92.075 -26.306 21.831 1.00 36.22 C +ANISOU 6787 CD PRO B 387 3303 5097 5362 134 499 -195 C +ATOM 6788 N GLU B 388 92.803 -30.165 19.121 1.00 87.84 N +ANISOU 6788 N GLU B 388 9966 11759 11649 596 831 -669 N +ATOM 6789 CA GLU B 388 92.930 -31.620 19.120 1.00100.86 C +ANISOU 6789 CA GLU B 388 11634 13336 13353 759 760 -848 C +ATOM 6790 C GLU B 388 94.110 -32.069 19.972 1.00103.19 C +ANISOU 6790 C GLU B 388 11644 13587 13976 850 734 -902 C +ATOM 6791 O GLU B 388 94.004 -33.032 20.741 1.00111.43 O +ANISOU 6791 O GLU B 388 12698 14497 15143 942 524 -964 O +ATOM 6792 CB GLU B 388 93.104 -32.138 17.690 1.00110.49 C +ANISOU 6792 CB GLU B 388 12991 14634 14356 874 987 -987 C +ATOM 6793 CG GLU B 388 92.162 -31.551 16.642 1.00110.40 C +ANISOU 6793 CG GLU B 388 13256 14706 13984 808 1041 -932 C +ATOM 6794 CD GLU B 388 92.613 -31.862 15.232 1.00111.94 C +ANISOU 6794 CD GLU B 388 13578 15012 13942 927 1320 -1056 C +ATOM 6795 OE1 GLU B 388 93.227 -32.930 15.021 1.00114.51 O +ANISOU 6795 OE1 GLU B 388 13858 15306 14343 1090 1393 -1250 O +ATOM 6796 OE2 GLU B 388 92.370 -31.024 14.335 1.00115.37 O +ANISOU 6796 OE2 GLU B 388 14177 15559 14101 874 1473 -957 O +ATOM 6797 N ASN B 389 95.241 -31.373 19.853 1.00 84.58 N +ANISOU 6797 N ASN B 389 9028 11334 11775 822 936 -873 N +ATOM 6798 CA ASN B 389 96.509 -31.874 20.369 1.00 76.73 C +ANISOU 6798 CA ASN B 389 7717 10339 11098 948 945 -966 C +ATOM 6799 C ASN B 389 96.686 -31.653 21.867 1.00 64.73 C +ANISOU 6799 C ASN B 389 6043 8736 9815 903 650 -895 C +ATOM 6800 O ASN B 389 97.468 -32.375 22.492 1.00 74.08 O +ANISOU 6800 O ASN B 389 7035 9874 11237 1056 532 -981 O +ATOM 6801 CB ASN B 389 97.665 -31.220 19.603 1.00 96.59 C +ANISOU 6801 CB ASN B 389 9970 13018 13712 917 1300 -973 C +ATOM 6802 CG ASN B 389 97.649 -29.712 19.707 1.00123.64 C +ANISOU 6802 CG ASN B 389 13341 16495 17142 666 1375 -790 C +ATOM 6803 OD1 ASN B 389 97.160 -29.160 20.687 1.00145.12 O +ANISOU 6803 OD1 ASN B 389 16095 19131 19913 549 1120 -689 O +ATOM 6804 ND2 ASN B 389 98.157 -29.035 18.686 1.00116.04 N +ANISOU 6804 ND2 ASN B 389 12323 15657 16110 583 1738 -743 N +ATOM 6805 N ARG B 390 95.988 -30.691 22.462 1.00 61.43 N +ANISOU 6805 N ARG B 390 5720 8295 9327 721 519 -749 N +ATOM 6806 CA ARG B 390 96.200 -30.376 23.869 1.00 62.81 C +ANISOU 6806 CA ARG B 390 5773 8405 9688 679 251 -694 C +ATOM 6807 C ARG B 390 95.374 -31.306 24.751 1.00 64.20 C +ANISOU 6807 C ARG B 390 6159 8438 9794 767 -28 -691 C +ATOM 6808 O ARG B 390 94.179 -31.507 24.513 1.00 84.81 O +ANISOU 6808 O ARG B 390 9038 11003 12184 725 -53 -653 O +ATOM 6809 CB ARG B 390 95.844 -28.916 24.146 1.00 67.46 C +ANISOU 6809 CB ARG B 390 6389 9013 10230 460 246 -558 C +ATOM 6810 CG ARG B 390 96.551 -27.956 23.211 1.00 82.76 C +ANISOU 6810 CG ARG B 390 8171 11057 12218 336 551 -525 C +ATOM 6811 CD ARG B 390 97.314 -26.868 23.915 1.00 81.91 C +ANISOU 6811 CD ARG B 390 7823 10946 12354 176 498 -479 C +ATOM 6812 NE ARG B 390 98.429 -27.376 24.713 1.00 85.11 N +ANISOU 6812 NE ARG B 390 7902 11363 13073 271 343 -589 N +ATOM 6813 CZ ARG B 390 99.503 -26.662 25.039 1.00 86.38 C +ANISOU 6813 CZ ARG B 390 7728 11564 13529 155 352 -610 C +ATOM 6814 NH1 ARG B 390 99.632 -25.409 24.618 1.00 80.09 N +ANISOU 6814 NH1 ARG B 390 6895 10774 12761 -81 539 -518 N +ATOM 6815 NH2 ARG B 390 100.456 -27.200 25.786 1.00 89.08 N +ANISOU 6815 NH2 ARG B 390 7768 11925 14151 273 159 -722 N +ATOM 6816 N THR B 391 96.017 -31.869 25.771 1.00 46.49 N +ANISOU 6816 N THR B 391 3789 6127 7747 887 -241 -724 N +ATOM 6817 CA THR B 391 95.405 -32.879 26.624 1.00 48.03 C +ANISOU 6817 CA THR B 391 4190 6166 7891 987 -482 -705 C +ATOM 6818 C THR B 391 94.758 -32.296 27.874 1.00 43.42 C +ANISOU 6818 C THR B 391 3729 5538 7232 878 -702 -578 C +ATOM 6819 O THR B 391 94.149 -33.046 28.643 1.00 44.78 O +ANISOU 6819 O THR B 391 4101 5583 7330 932 -873 -528 O +ATOM 6820 CB THR B 391 96.451 -33.921 27.033 1.00 49.35 C +ANISOU 6820 CB THR B 391 4205 6264 8283 1224 -605 -800 C +ATOM 6821 OG1 THR B 391 97.380 -33.338 27.955 1.00 43.74 O +ANISOU 6821 OG1 THR B 391 3242 5605 7771 1233 -773 -786 O +ATOM 6822 CG2 THR B 391 97.208 -34.430 25.810 1.00 50.93 C +ANISOU 6822 CG2 THR B 391 4249 6528 8576 1358 -356 -951 C +ATOM 6823 N ASP B 392 94.875 -30.989 28.100 1.00 40.91 N +ANISOU 6823 N ASP B 392 3313 5305 6925 728 -687 -526 N +ATOM 6824 CA ASP B 392 94.226 -30.340 29.228 1.00 46.84 C +ANISOU 6824 CA ASP B 392 4202 6020 7577 636 -870 -431 C +ATOM 6825 C ASP B 392 93.769 -28.950 28.812 1.00 36.14 C +ANISOU 6825 C ASP B 392 2865 4734 6135 450 -737 -376 C +ATOM 6826 O ASP B 392 94.073 -28.471 27.716 1.00 44.26 O +ANISOU 6826 O ASP B 392 3793 5834 7189 386 -516 -393 O +ATOM 6827 CB ASP B 392 95.156 -30.252 30.447 1.00 59.29 C +ANISOU 6827 CB ASP B 392 5637 7577 9313 705 -1126 -452 C +ATOM 6828 CG ASP B 392 96.478 -29.581 30.127 1.00 59.36 C +ANISOU 6828 CG ASP B 392 5291 7681 9581 671 -1076 -536 C +ATOM 6829 OD1 ASP B 392 96.646 -29.096 28.989 1.00 61.07 O +ANISOU 6829 OD1 ASP B 392 5397 7976 9832 577 -805 -553 O +ATOM 6830 OD2 ASP B 392 97.347 -29.529 31.023 1.00 55.79 O +ANISOU 6830 OD2 ASP B 392 4671 7229 9298 733 -1309 -583 O +ATOM 6831 N LEU B 393 93.019 -28.303 29.704 1.00 35.54 N +ANISOU 6831 N LEU B 393 2940 4623 5939 377 -864 -305 N +ATOM 6832 CA LEU B 393 92.618 -26.910 29.515 1.00 39.34 C +ANISOU 6832 CA LEU B 393 3456 5132 6360 227 -783 -256 C +ATOM 6833 C LEU B 393 93.817 -26.039 29.874 1.00 43.16 C +ANISOU 6833 C LEU B 393 3715 5625 7059 155 -844 -304 C +ATOM 6834 O LEU B 393 93.901 -25.432 30.945 1.00 49.39 O +ANISOU 6834 O LEU B 393 4529 6371 7864 121 -1036 -313 O +ATOM 6835 CB LEU B 393 91.391 -26.581 30.356 1.00 31.27 C +ANISOU 6835 CB LEU B 393 2667 4070 5145 205 -886 -188 C +ATOM 6836 CG LEU B 393 90.175 -27.482 30.121 1.00 31.69 C +ANISOU 6836 CG LEU B 393 2899 4114 5029 248 -842 -145 C +ATOM 6837 CD1 LEU B 393 89.000 -27.028 30.974 1.00 30.89 C +ANISOU 6837 CD1 LEU B 393 2975 3999 4764 219 -902 -80 C +ATOM 6838 CD2 LEU B 393 89.784 -27.515 28.648 1.00 37.39 C +ANISOU 6838 CD2 LEU B 393 3624 4888 5693 217 -646 -149 C +ATOM 6839 N HIS B 394 94.770 -25.986 28.942 1.00 36.30 N +ANISOU 6839 N HIS B 394 2617 4815 6361 125 -669 -346 N +ATOM 6840 CA HIS B 394 96.052 -25.349 29.218 1.00 38.66 C +ANISOU 6840 CA HIS B 394 2625 5132 6934 46 -716 -408 C +ATOM 6841 C HIS B 394 95.899 -23.847 29.418 1.00 43.97 C +ANISOU 6841 C HIS B 394 3342 5747 7617 -150 -714 -365 C +ATOM 6842 O HIS B 394 96.493 -23.275 30.339 1.00 42.70 O +ANISOU 6842 O HIS B 394 3072 5544 7609 -214 -920 -425 O +ATOM 6843 CB HIS B 394 97.026 -25.635 28.077 1.00 40.76 C +ANISOU 6843 CB HIS B 394 2623 5488 7375 50 -459 -454 C +ATOM 6844 CG HIS B 394 96.723 -24.875 26.824 1.00 46.18 C +ANISOU 6844 CG HIS B 394 3382 6204 7961 -88 -138 -371 C +ATOM 6845 ND1 HIS B 394 95.538 -25.019 26.135 1.00 53.77 N +ANISOU 6845 ND1 HIS B 394 4640 7160 8630 -59 -27 -297 N +ATOM 6846 CD2 HIS B 394 97.442 -23.949 26.148 1.00 59.12 C +ANISOU 6846 CD2 HIS B 394 4846 7870 9745 -258 88 -340 C +ATOM 6847 CE1 HIS B 394 95.543 -24.220 25.083 1.00 60.71 C +ANISOU 6847 CE1 HIS B 394 5551 8064 9450 -179 235 -220 C +ATOM 6848 NE2 HIS B 394 96.690 -23.564 25.064 1.00 63.51 N +ANISOU 6848 NE2 HIS B 394 5635 8432 10064 -309 331 -233 N +ATOM 6849 N ALA B 395 95.115 -23.191 28.564 1.00 48.49 N +ANISOU 6849 N ALA B 395 4091 6302 8029 -238 -505 -269 N +ATOM 6850 CA ALA B 395 94.993 -21.741 28.609 1.00 38.05 C +ANISOU 6850 CA ALA B 395 2835 4890 6732 -414 -477 -218 C +ATOM 6851 C ALA B 395 94.191 -21.251 29.804 1.00 36.76 C +ANISOU 6851 C ALA B 395 2887 4635 6443 -395 -720 -227 C +ATOM 6852 O ALA B 395 94.092 -20.035 29.998 1.00 57.73 O +ANISOU 6852 O ALA B 395 5620 7184 9130 -521 -737 -211 O +ATOM 6853 CB ALA B 395 94.361 -21.235 27.314 1.00 51.22 C +ANISOU 6853 CB ALA B 395 4662 6558 8240 -473 -198 -96 C +ATOM 6854 N PHE B 396 93.620 -22.151 30.605 1.00 35.34 N +ANISOU 6854 N PHE B 396 2825 4483 6121 -241 -891 -252 N +ATOM 6855 CA PHE B 396 92.887 -21.785 31.809 1.00 45.90 C +ANISOU 6855 CA PHE B 396 4370 5757 7312 -202 -1093 -267 C +ATOM 6856 C PHE B 396 93.578 -22.300 33.068 1.00 48.03 C +ANISOU 6856 C PHE B 396 4572 6029 7648 -124 -1375 -361 C +ATOM 6857 O PHE B 396 92.932 -22.512 34.097 1.00 53.87 O +ANISOU 6857 O PHE B 396 5514 6751 8202 -31 -1531 -363 O +ATOM 6858 CB PHE B 396 91.452 -22.306 31.740 1.00 32.30 C +ANISOU 6858 CB PHE B 396 2883 4063 5325 -98 -1031 -191 C +ATOM 6859 CG PHE B 396 90.613 -21.638 30.687 1.00 65.70 C +ANISOU 6859 CG PHE B 396 7218 8288 9457 -147 -830 -107 C +ATOM 6860 CD1 PHE B 396 90.388 -20.272 30.726 1.00 64.18 C +ANISOU 6860 CD1 PHE B 396 7119 8000 9268 -228 -816 -89 C +ATOM 6861 CD2 PHE B 396 90.036 -22.378 29.667 1.00 57.78 C +ANISOU 6861 CD2 PHE B 396 6242 7359 8351 -97 -679 -54 C +ATOM 6862 CE1 PHE B 396 89.614 -19.654 29.762 1.00 48.76 C +ANISOU 6862 CE1 PHE B 396 5283 6028 7214 -242 -657 3 C +ATOM 6863 CE2 PHE B 396 89.259 -21.765 28.701 1.00 56.23 C +ANISOU 6863 CE2 PHE B 396 6156 7165 8042 -119 -537 23 C +ATOM 6864 CZ PHE B 396 89.048 -20.402 28.750 1.00 40.03 C +ANISOU 6864 CZ PHE B 396 4198 5022 5991 -182 -527 62 C +ATOM 6865 N GLU B 397 94.897 -22.502 33.003 1.00 37.83 N +ANISOU 6865 N GLU B 397 2993 4767 6615 -151 -1443 -437 N +ATOM 6866 CA GLU B 397 95.636 -22.975 34.167 1.00 39.49 C +ANISOU 6866 CA GLU B 397 3122 4984 6899 -55 -1757 -531 C +ATOM 6867 C GLU B 397 95.736 -21.917 35.257 1.00 58.28 C +ANISOU 6867 C GLU B 397 5593 7284 9266 -131 -1999 -616 C +ATOM 6868 O GLU B 397 96.033 -22.257 36.407 1.00 56.78 O +ANISOU 6868 O GLU B 397 5455 7096 9022 -23 -2298 -686 O +ATOM 6869 CB GLU B 397 97.037 -23.427 33.753 1.00 41.87 C +ANISOU 6869 CB GLU B 397 3039 5352 7519 -49 -1772 -606 C +ATOM 6870 CG GLU B 397 97.908 -22.322 33.174 1.00 52.88 C +ANISOU 6870 CG GLU B 397 4159 6734 9199 -272 -1661 -656 C +ATOM 6871 CD GLU B 397 99.280 -22.816 32.768 1.00 64.18 C +ANISOU 6871 CD GLU B 397 5159 8260 10968 -259 -1643 -737 C +ATOM 6872 OE1 GLU B 397 99.685 -23.903 33.231 1.00 62.17 O +ANISOU 6872 OE1 GLU B 397 4817 8060 10744 -53 -1825 -787 O +ATOM 6873 OE2 GLU B 397 99.955 -22.115 31.985 1.00 70.17 O +ANISOU 6873 OE2 GLU B 397 5664 9032 11966 -449 -1434 -745 O +ATOM 6874 N ASN B 398 95.499 -20.648 34.924 1.00 67.27 N +ANISOU 6874 N ASN B 398 6782 8338 10440 -301 -1889 -616 N +ATOM 6875 CA ASN B 398 95.535 -19.561 35.893 1.00 55.11 C +ANISOU 6875 CA ASN B 398 5364 6688 8888 -379 -2108 -721 C +ATOM 6876 C ASN B 398 94.142 -19.066 36.259 1.00 46.94 C +ANISOU 6876 C ASN B 398 4701 5590 7544 -320 -2050 -673 C +ATOM 6877 O ASN B 398 94.017 -18.063 36.969 1.00 54.20 O +ANISOU 6877 O ASN B 398 5772 6398 8424 -370 -2189 -766 O +ATOM 6878 CB ASN B 398 96.377 -18.404 35.352 1.00 57.12 C +ANISOU 6878 CB ASN B 398 5403 6846 9453 -625 -2050 -775 C +ATOM 6879 CG ASN B 398 97.842 -18.767 35.212 1.00 54.41 C +ANISOU 6879 CG ASN B 398 4638 6576 9459 -694 -2142 -860 C +ATOM 6880 OD1 ASN B 398 98.417 -19.420 36.083 1.00 55.33 O +ANISOU 6880 OD1 ASN B 398 4656 6759 9609 -572 -2438 -959 O +ATOM 6881 ND2 ASN B 398 98.452 -18.350 34.110 1.00 61.14 N +ANISOU 6881 ND2 ASN B 398 5238 7422 10572 -879 -1883 -816 N +ATOM 6882 N LEU B 399 93.095 -19.740 35.790 1.00 63.89 N +ANISOU 6882 N LEU B 399 6986 7805 9486 -212 -1852 -546 N +ATOM 6883 CA LEU B 399 91.735 -19.366 36.148 1.00 57.73 C +ANISOU 6883 CA LEU B 399 6505 6995 8434 -136 -1786 -504 C +ATOM 6884 C LEU B 399 91.473 -19.700 37.611 1.00 57.45 C +ANISOU 6884 C LEU B 399 6670 6979 8180 -2 -2008 -568 C +ATOM 6885 O LEU B 399 91.672 -20.840 38.042 1.00 76.27 O +ANISOU 6885 O LEU B 399 9042 9440 10495 104 -2100 -540 O +ATOM 6886 CB LEU B 399 90.742 -20.094 35.247 1.00 35.14 C +ANISOU 6886 CB LEU B 399 3684 4218 5449 -72 -1540 -365 C +ATOM 6887 CG LEU B 399 89.262 -19.906 35.570 1.00 45.03 C +ANISOU 6887 CG LEU B 399 5180 5480 6448 22 -1455 -317 C +ATOM 6888 CD1 LEU B 399 88.816 -18.481 35.284 1.00 60.31 C +ANISOU 6888 CD1 LEU B 399 7215 7305 8396 -31 -1385 -332 C +ATOM 6889 CD2 LEU B 399 88.448 -20.901 34.778 1.00 41.41 C +ANISOU 6889 CD2 LEU B 399 4704 5121 5908 74 -1277 -205 C +ATOM 6890 N GLU B 400 91.017 -18.707 38.374 1.00 53.39 N +ANISOU 6890 N GLU B 400 6368 6380 7537 8 -2087 -653 N +ATOM 6891 CA GLU B 400 90.873 -18.852 39.816 1.00 66.19 C +ANISOU 6891 CA GLU B 400 8213 8015 8920 134 -2303 -736 C +ATOM 6892 C GLU B 400 89.438 -18.786 40.312 1.00 57.27 C +ANISOU 6892 C GLU B 400 7366 6918 7478 262 -2153 -689 C +ATOM 6893 O GLU B 400 89.104 -19.484 41.271 1.00 58.19 O +ANISOU 6893 O GLU B 400 7657 7107 7346 389 -2217 -669 O +ATOM 6894 CB GLU B 400 91.691 -17.773 40.537 1.00 71.83 C +ANISOU 6894 CB GLU B 400 8956 8609 9727 57 -2572 -931 C +ATOM 6895 CG GLU B 400 93.159 -17.756 40.144 1.00 80.27 C +ANISOU 6895 CG GLU B 400 9695 9654 11148 -91 -2733 -999 C +ATOM 6896 CD GLU B 400 93.926 -16.625 40.795 1.00 82.55 C +ANISOU 6896 CD GLU B 400 9989 9805 11571 -209 -3007 -1207 C +ATOM 6897 OE1 GLU B 400 93.396 -16.012 41.745 1.00 83.32 O +ANISOU 6897 OE1 GLU B 400 10391 9832 11434 -133 -3128 -1318 O +ATOM 6898 OE2 GLU B 400 95.061 -16.345 40.352 1.00 82.75 O +ANISOU 6898 OE2 GLU B 400 9708 9789 11946 -383 -3095 -1270 O +ATOM 6899 N ILE B 401 88.580 -17.974 39.699 1.00 42.87 N +ANISOU 6899 N ILE B 401 5588 5043 5656 241 -1951 -664 N +ATOM 6900 CA ILE B 401 87.213 -17.802 40.178 1.00 47.31 C +ANISOU 6900 CA ILE B 401 6371 5646 5957 375 -1802 -642 C +ATOM 6901 C ILE B 401 86.272 -17.665 38.989 1.00 46.28 C +ANISOU 6901 C ILE B 401 6153 5540 5893 364 -1541 -525 C +ATOM 6902 O ILE B 401 86.605 -17.027 37.984 1.00 36.05 O +ANISOU 6902 O ILE B 401 4742 4155 4799 262 -1497 -509 O +ATOM 6903 CB ILE B 401 87.094 -16.581 41.117 1.00 58.53 C +ANISOU 6903 CB ILE B 401 8026 6951 7262 430 -1920 -817 C +ATOM 6904 CG1 ILE B 401 85.683 -16.490 41.700 1.00 52.68 C +ANISOU 6904 CG1 ILE B 401 7495 6282 6239 601 -1737 -806 C +ATOM 6905 CG2 ILE B 401 87.417 -15.303 40.375 1.00 39.73 C +ANISOU 6905 CG2 ILE B 401 5589 4386 5119 312 -1922 -881 C +ATOM 6906 CD1 ILE B 401 85.572 -15.540 42.876 1.00 50.20 C +ANISOU 6906 CD1 ILE B 401 7463 5881 5730 707 -1858 -1000 C +ATOM 6907 N ILE B 402 85.095 -18.275 39.109 1.00 40.33 N +ANISOU 6907 N ILE B 402 5454 4906 4965 466 -1371 -439 N +ATOM 6908 CA ILE B 402 83.992 -18.083 38.174 1.00 32.95 C +ANISOU 6908 CA ILE B 402 4452 4012 4055 494 -1160 -355 C +ATOM 6909 C ILE B 402 82.777 -17.696 39.002 1.00 48.08 C +ANISOU 6909 C ILE B 402 6528 5977 5763 647 -1052 -396 C +ATOM 6910 O ILE B 402 82.328 -18.476 39.850 1.00 49.24 O +ANISOU 6910 O ILE B 402 6749 6234 5726 707 -998 -367 O +ATOM 6911 CB ILE B 402 83.698 -19.342 37.340 1.00 46.46 C +ANISOU 6911 CB ILE B 402 5999 5844 5812 450 -1047 -219 C +ATOM 6912 CG1 ILE B 402 84.951 -19.788 36.579 1.00 52.31 C +ANISOU 6912 CG1 ILE B 402 6585 6547 6743 330 -1131 -199 C +ATOM 6913 CG2 ILE B 402 82.549 -19.073 36.369 1.00 59.91 C +ANISOU 6913 CG2 ILE B 402 7628 7596 7538 486 -879 -156 C +ATOM 6914 CD1 ILE B 402 84.759 -21.079 35.797 1.00 63.27 C +ANISOU 6914 CD1 ILE B 402 7844 8029 8167 300 -1039 -98 C +ATOM 6915 N ARG B 403 82.246 -16.501 38.761 1.00 52.56 N +ANISOU 6915 N ARG B 403 7154 6458 6360 718 -1005 -456 N +ATOM 6916 CA ARG B 403 81.210 -15.954 39.625 1.00 53.49 C +ANISOU 6916 CA ARG B 403 7426 6606 6293 894 -908 -536 C +ATOM 6917 C ARG B 403 79.802 -16.350 39.201 1.00 49.46 C +ANISOU 6917 C ARG B 403 6786 6255 5753 984 -685 -442 C +ATOM 6918 O ARG B 403 78.886 -16.290 40.028 1.00 42.95 O +ANISOU 6918 O ARG B 403 6035 5522 4761 1124 -551 -486 O +ATOM 6919 CB ARG B 403 81.341 -14.429 39.676 1.00 48.21 C +ANISOU 6919 CB ARG B 403 6904 5733 5681 955 -986 -672 C +ATOM 6920 CG ARG B 403 82.694 -13.987 40.196 1.00 50.27 C +ANISOU 6920 CG ARG B 403 7277 5830 5993 844 -1225 -795 C +ATOM 6921 CD ARG B 403 82.805 -12.485 40.337 1.00 56.85 C +ANISOU 6921 CD ARG B 403 8288 6422 6891 886 -1310 -947 C +ATOM 6922 NE ARG B 403 84.161 -12.096 40.715 1.00 44.17 N +ANISOU 6922 NE ARG B 403 6738 4654 5392 729 -1559 -1068 N +ATOM 6923 CZ ARG B 403 84.642 -12.155 41.953 1.00 57.30 C +ANISOU 6923 CZ ARG B 403 8562 6317 6891 757 -1739 -1227 C +ATOM 6924 NH1 ARG B 403 83.881 -12.589 42.950 1.00 56.28 N +ANISOU 6924 NH1 ARG B 403 8591 6341 6454 939 -1662 -1265 N +ATOM 6925 NH2 ARG B 403 85.891 -11.782 42.196 1.00 63.90 N +ANISOU 6925 NH2 ARG B 403 9401 7009 7871 600 -1997 -1347 N +ATOM 6926 N GLY B 404 79.604 -16.759 37.951 1.00 33.95 N +ANISOU 6926 N GLY B 404 4622 4334 3941 910 -641 -326 N +ATOM 6927 CA GLY B 404 78.307 -17.264 37.533 1.00 33.70 C +ANISOU 6927 CA GLY B 404 4431 4468 3907 971 -473 -250 C +ATOM 6928 C GLY B 404 77.166 -16.285 37.696 1.00 51.02 C +ANISOU 6928 C GLY B 404 6638 6677 6070 1172 -370 -317 C +ATOM 6929 O GLY B 404 76.034 -16.706 37.960 1.00 47.80 O +ANISOU 6929 O GLY B 404 6112 6437 5612 1250 -206 -298 O +ATOM 6930 N ARG B 405 77.429 -14.984 37.555 1.00 59.26 N +ANISOU 6930 N ARG B 405 7815 7538 7161 1259 -456 -399 N +ATOM 6931 CA ARG B 405 76.338 -14.016 37.505 1.00 54.83 C +ANISOU 6931 CA ARG B 405 7260 6967 6608 1484 -376 -458 C +ATOM 6932 C ARG B 405 75.366 -14.368 36.386 1.00 60.14 C +ANISOU 6932 C ARG B 405 7681 7778 7390 1523 -316 -351 C +ATOM 6933 O ARG B 405 74.145 -14.355 36.577 1.00 79.44 O +ANISOU 6933 O ARG B 405 9991 10370 9822 1683 -187 -375 O +ATOM 6934 CB ARG B 405 76.898 -12.605 37.323 1.00 67.83 C +ANISOU 6934 CB ARG B 405 9110 8336 8325 1543 -505 -538 C +ATOM 6935 CG ARG B 405 77.418 -11.998 38.614 1.00 60.64 C +ANISOU 6935 CG ARG B 405 8455 7295 7291 1588 -560 -711 C +ATOM 6936 CD ARG B 405 78.344 -10.821 38.373 1.00 43.05 C +ANISOU 6936 CD ARG B 405 6422 4754 5183 1533 -731 -781 C +ATOM 6937 NE ARG B 405 79.113 -10.511 39.576 1.00 52.27 N +ANISOU 6937 NE ARG B 405 7810 5809 6241 1501 -846 -955 N +ATOM 6938 CZ ARG B 405 80.212 -9.763 39.598 1.00 52.55 C +ANISOU 6938 CZ ARG B 405 7991 5588 6389 1366 -1032 -1037 C +ATOM 6939 NH1 ARG B 405 80.694 -9.240 38.478 1.00 52.91 N +ANISOU 6939 NH1 ARG B 405 7994 5453 6657 1240 -1084 -936 N +ATOM 6940 NH2 ARG B 405 80.834 -9.544 40.747 1.00 48.88 N +ANISOU 6940 NH2 ARG B 405 7718 5046 5808 1349 -1168 -1220 N +ATOM 6941 N THR B 406 75.897 -14.689 35.211 1.00 56.13 N +ANISOU 6941 N THR B 406 7101 7237 6987 1381 -412 -243 N +ATOM 6942 CA THR B 406 75.132 -15.271 34.119 1.00 63.30 C +ANISOU 6942 CA THR B 406 7786 8294 7970 1378 -399 -148 C +ATOM 6943 C THR B 406 75.472 -16.751 34.006 1.00 54.39 C +ANISOU 6943 C THR B 406 6534 7294 6837 1169 -377 -83 C +ATOM 6944 O THR B 406 76.547 -17.196 34.418 1.00 51.85 O +ANISOU 6944 O THR B 406 6310 6906 6483 1028 -414 -82 O +ATOM 6945 CB THR B 406 75.423 -14.559 32.794 1.00 66.75 C +ANISOU 6945 CB THR B 406 8277 8598 8488 1394 -517 -74 C +ATOM 6946 OG1 THR B 406 76.837 -14.525 32.562 1.00 68.33 O +ANISOU 6946 OG1 THR B 406 8612 8641 8708 1210 -585 -41 O +ATOM 6947 CG2 THR B 406 74.878 -13.142 32.822 1.00 40.54 C +ANISOU 6947 CG2 THR B 406 5079 5135 5190 1632 -543 -121 C +ATOM 6948 N LYS B 407 74.539 -17.519 33.447 1.00 60.64 N +ANISOU 6948 N LYS B 407 7104 8260 7677 1158 -336 -40 N +ATOM 6949 CA LYS B 407 74.670 -18.968 33.441 1.00 51.27 C +ANISOU 6949 CA LYS B 407 5808 7176 6498 971 -302 7 C +ATOM 6950 C LYS B 407 74.101 -19.536 32.150 1.00 59.51 C +ANISOU 6950 C LYS B 407 6664 8318 7630 925 -366 49 C +ATOM 6951 O LYS B 407 73.091 -19.046 31.637 1.00 67.16 O +ANISOU 6951 O LYS B 407 7501 9369 8649 1062 -391 34 O +ATOM 6952 CB LYS B 407 73.962 -19.581 34.654 1.00 33.65 C +ANISOU 6952 CB LYS B 407 3511 5068 4208 967 -132 -9 C +ATOM 6953 CG LYS B 407 74.232 -18.822 35.942 1.00 34.66 C +ANISOU 6953 CG LYS B 407 3841 5127 4201 1078 -68 -79 C +ATOM 6954 CD LYS B 407 73.767 -19.574 37.175 1.00 35.92 C +ANISOU 6954 CD LYS B 407 4001 5401 4244 1047 119 -68 C +ATOM 6955 CE LYS B 407 72.614 -18.866 37.864 1.00 40.42 C +ANISOU 6955 CE LYS B 407 4513 6081 4765 1246 299 -143 C +ATOM 6956 NZ LYS B 407 72.490 -19.285 39.284 1.00 50.45 N +ANISOU 6956 NZ LYS B 407 5911 7419 5839 1244 491 -143 N +ATOM 6957 N GLN B 408 74.761 -20.571 31.635 1.00 47.82 N +ANISOU 6957 N GLN B 408 5178 6826 6166 752 -411 87 N +ATOM 6958 CA GLN B 408 74.309 -21.226 30.416 1.00 47.10 C +ANISOU 6958 CA GLN B 408 4944 6819 6133 694 -491 100 C +ATOM 6959 C GLN B 408 73.013 -21.979 30.681 1.00 50.71 C +ANISOU 6959 C GLN B 408 5161 7439 6668 660 -424 78 C +ATOM 6960 O GLN B 408 72.898 -22.710 31.670 1.00 48.04 O +ANISOU 6960 O GLN B 408 4796 7125 6332 562 -295 90 O +ATOM 6961 CB GLN B 408 75.389 -22.179 29.903 1.00 36.48 C +ANISOU 6961 CB GLN B 408 3673 5405 4782 532 -535 120 C +ATOM 6962 CG GLN B 408 74.959 -23.096 28.763 1.00 44.28 C +ANISOU 6962 CG GLN B 408 4545 6471 5810 453 -615 102 C +ATOM 6963 CD GLN B 408 74.662 -22.348 27.477 1.00 61.42 C +ANISOU 6963 CD GLN B 408 6726 8673 7939 566 -735 104 C +ATOM 6964 OE1 GLN B 408 74.413 -21.143 27.484 1.00 65.37 O +ANISOU 6964 OE1 GLN B 408 7274 9152 8412 720 -751 128 O +ATOM 6965 NE2 GLN B 408 74.693 -23.065 26.360 1.00 77.51 N +ANISOU 6965 NE2 GLN B 408 8749 10747 9954 502 -828 78 N +ATOM 6966 N HIS B 409 72.037 -21.805 29.788 1.00 42.98 N +ANISOU 6966 N HIS B 409 4005 6571 5753 734 -516 52 N +ATOM 6967 CA HIS B 409 70.698 -22.359 29.985 1.00 38.81 C +ANISOU 6967 CA HIS B 409 3184 6215 5347 705 -463 15 C +ATOM 6968 C HIS B 409 70.157 -21.990 31.363 1.00 47.77 C +ANISOU 6968 C HIS B 409 4261 7405 6484 781 -253 10 C +ATOM 6969 O HIS B 409 69.341 -22.710 31.943 1.00 59.22 O +ANISOU 6969 O HIS B 409 5506 8974 8021 682 -110 7 O +ATOM 6970 CB HIS B 409 70.692 -23.877 29.788 1.00 40.04 C +ANISOU 6970 CB HIS B 409 3251 6387 5576 457 -464 14 C +ATOM 6971 CG HIS B 409 71.299 -24.320 28.493 1.00 51.66 C +ANISOU 6971 CG HIS B 409 4813 7799 7016 392 -648 -6 C +ATOM 6972 ND1 HIS B 409 70.948 -23.770 27.279 1.00 48.79 N +ANISOU 6972 ND1 HIS B 409 4417 7494 6628 513 -834 -39 N +ATOM 6973 CD2 HIS B 409 72.230 -25.265 28.223 1.00 47.46 C +ANISOU 6973 CD2 HIS B 409 4420 7158 6455 240 -669 -1 C +ATOM 6974 CE1 HIS B 409 71.641 -24.354 26.317 1.00 52.09 C +ANISOU 6974 CE1 HIS B 409 4962 7850 6979 429 -944 -57 C +ATOM 6975 NE2 HIS B 409 72.427 -25.264 26.864 1.00 48.54 N +ANISOU 6975 NE2 HIS B 409 4605 7298 6540 268 -841 -43 N +ATOM 6976 N GLY B 410 70.619 -20.860 31.894 1.00 50.89 N +ANISOU 6976 N GLY B 410 4851 7707 6779 950 -221 4 N +ATOM 6977 CA GLY B 410 70.197 -20.409 33.207 1.00 55.26 C +ANISOU 6977 CA GLY B 410 5409 8301 7285 1055 -22 -25 C +ATOM 6978 C GLY B 410 70.508 -21.377 34.326 1.00 49.67 C +ANISOU 6978 C GLY B 410 4774 7594 6504 882 154 18 C +ATOM 6979 O GLY B 410 69.764 -21.430 35.310 1.00 50.15 O +ANISOU 6979 O GLY B 410 4747 7765 6543 918 368 8 O +ATOM 6980 N GLN B 411 71.592 -22.145 34.209 1.00 40.01 N +ANISOU 6980 N GLN B 411 3718 6252 5233 710 79 71 N +ATOM 6981 CA GLN B 411 71.908 -23.132 35.236 1.00 58.07 C +ANISOU 6981 CA GLN B 411 6103 8517 7442 561 216 134 C +ATOM 6982 C GLN B 411 73.408 -23.293 35.460 1.00 54.17 C +ANISOU 6982 C GLN B 411 5889 7851 6841 509 104 160 C +ATOM 6983 O GLN B 411 73.867 -23.282 36.607 1.00 44.55 O +ANISOU 6983 O GLN B 411 4864 6589 5476 529 175 177 O +ATOM 6984 CB GLN B 411 71.293 -24.485 34.868 1.00 72.60 C +ANISOU 6984 CB GLN B 411 7743 10423 9420 350 261 184 C +ATOM 6985 CG GLN B 411 71.017 -25.379 36.066 1.00 93.35 C +ANISOU 6985 CG GLN B 411 10408 13070 11988 221 488 270 C +ATOM 6986 CD GLN B 411 70.389 -26.703 35.680 1.00110.02 C +ANISOU 6986 CD GLN B 411 12326 15205 14271 -19 534 321 C +ATOM 6987 OE1 GLN B 411 69.917 -26.877 34.557 1.00118.07 O +ANISOU 6987 OE1 GLN B 411 13129 16272 15462 -70 400 261 O +ATOM 6988 NE2 GLN B 411 70.379 -27.647 36.615 1.00113.83 N +ANISOU 6988 NE2 GLN B 411 12908 15640 14701 -170 713 432 N +ATOM 6989 N PHE B 412 74.182 -23.441 34.387 1.00 60.20 N +ANISOU 6989 N PHE B 412 6676 8529 7670 454 -71 158 N +ATOM 6990 CA PHE B 412 75.570 -23.879 34.481 1.00 50.26 C +ANISOU 6990 CA PHE B 412 5600 7130 6365 379 -167 182 C +ATOM 6991 C PHE B 412 76.517 -22.694 34.341 1.00 48.04 C +ANISOU 6991 C PHE B 412 5459 6748 6047 480 -278 134 C +ATOM 6992 O PHE B 412 76.463 -21.962 33.346 1.00 43.21 O +ANISOU 6992 O PHE B 412 4801 6124 5491 536 -347 112 O +ATOM 6993 CB PHE B 412 75.871 -24.927 33.413 1.00 38.52 C +ANISOU 6993 CB PHE B 412 4041 5613 4983 245 -253 200 C +ATOM 6994 CG PHE B 412 74.940 -26.101 33.444 1.00 48.53 C +ANISOU 6994 CG PHE B 412 5170 6942 6327 111 -167 235 C +ATOM 6995 CD1 PHE B 412 75.114 -27.109 34.377 1.00 38.01 C +ANISOU 6995 CD1 PHE B 412 3933 5549 4959 8 -81 309 C +ATOM 6996 CD2 PHE B 412 73.894 -26.199 32.542 1.00 60.73 C +ANISOU 6996 CD2 PHE B 412 6496 8592 7985 82 -187 196 C +ATOM 6997 CE1 PHE B 412 74.259 -28.192 34.414 1.00 43.34 C +ANISOU 6997 CE1 PHE B 412 4491 6247 5728 -149 15 355 C +ATOM 6998 CE2 PHE B 412 73.036 -27.281 32.572 1.00 41.84 C +ANISOU 6998 CE2 PHE B 412 3952 6244 5702 -77 -117 214 C +ATOM 6999 CZ PHE B 412 73.219 -28.279 33.509 1.00 39.08 C +ANISOU 6999 CZ PHE B 412 3702 5811 5334 -206 -1 299 C +ATOM 7000 N SER B 413 77.389 -22.520 35.336 1.00 51.66 N +ANISOU 7000 N SER B 413 6096 7123 6410 495 -304 122 N +ATOM 7001 CA SER B 413 78.459 -21.535 35.277 1.00 29.47 C +ANISOU 7001 CA SER B 413 3407 4189 3600 538 -425 68 C +ATOM 7002 C SER B 413 79.748 -22.096 34.690 1.00 28.31 C +ANISOU 7002 C SER B 413 3261 3960 3535 432 -539 86 C +ATOM 7003 O SER B 413 80.638 -21.319 34.336 1.00 54.28 O +ANISOU 7003 O SER B 413 6590 7156 6879 429 -623 51 O +ATOM 7004 CB SER B 413 78.742 -20.977 36.674 1.00 30.62 C +ANISOU 7004 CB SER B 413 3738 4292 3606 616 -431 11 C +ATOM 7005 OG SER B 413 79.074 -22.013 37.579 1.00 52.92 O +ANISOU 7005 OG SER B 413 6646 7130 6331 563 -426 56 O +ATOM 7006 N LEU B 414 79.874 -23.417 34.590 1.00 35.06 N +ANISOU 7006 N LEU B 414 4070 4838 4414 345 -531 136 N +ATOM 7007 CA LEU B 414 81.038 -24.044 33.972 1.00 33.65 C +ANISOU 7007 CA LEU B 414 3869 4591 4326 275 -620 138 C +ATOM 7008 C LEU B 414 80.557 -25.302 33.271 1.00 37.19 C +ANISOU 7008 C LEU B 414 4227 5076 4826 202 -576 175 C +ATOM 7009 O LEU B 414 79.952 -26.170 33.908 1.00 40.00 O +ANISOU 7009 O LEU B 414 4602 5449 5147 165 -519 222 O +ATOM 7010 CB LEU B 414 82.109 -24.375 35.017 1.00 38.20 C +ANISOU 7010 CB LEU B 414 4552 5095 4868 281 -719 130 C +ATOM 7011 CG LEU B 414 83.296 -25.244 34.587 1.00 28.39 C +ANISOU 7011 CG LEU B 414 3261 3792 3735 240 -809 129 C +ATOM 7012 CD1 LEU B 414 84.170 -24.545 33.554 1.00 32.16 C +ANISOU 7012 CD1 LEU B 414 3638 4242 4339 215 -836 79 C +ATOM 7013 CD2 LEU B 414 84.117 -25.632 35.806 1.00 29.36 C +ANISOU 7013 CD2 LEU B 414 3494 3859 3802 282 -937 130 C +ATOM 7014 N ALA B 415 80.812 -25.398 31.967 1.00 32.68 N +ANISOU 7014 N ALA B 415 3579 4507 4332 173 -596 153 N +ATOM 7015 CA ALA B 415 80.341 -26.526 31.168 1.00 28.90 C +ANISOU 7015 CA ALA B 415 3031 4050 3899 106 -581 151 C +ATOM 7016 C ALA B 415 81.454 -26.943 30.220 1.00 33.23 C +ANISOU 7016 C ALA B 415 3575 4546 4507 94 -622 111 C +ATOM 7017 O ALA B 415 81.808 -26.190 29.311 1.00 38.75 O +ANISOU 7017 O ALA B 415 4257 5265 5201 119 -617 91 O +ATOM 7018 CB ALA B 415 79.074 -26.164 30.392 1.00 34.27 C +ANISOU 7018 CB ALA B 415 3614 4835 4571 113 -556 138 C +ATOM 7019 N VAL B 416 81.999 -28.137 30.427 1.00 37.35 N +ANISOU 7019 N VAL B 416 4121 4991 5079 66 -648 105 N +ATOM 7020 CA VAL B 416 83.050 -28.692 29.580 1.00 41.53 C +ANISOU 7020 CA VAL B 416 4632 5472 5676 80 -667 48 C +ATOM 7021 C VAL B 416 82.496 -29.979 28.991 1.00 42.00 C +ANISOU 7021 C VAL B 416 4700 5494 5762 29 -667 10 C +ATOM 7022 O VAL B 416 82.294 -30.958 29.720 1.00 41.45 O +ANISOU 7022 O VAL B 416 4685 5336 5728 -6 -686 44 O +ATOM 7023 CB VAL B 416 84.341 -28.959 30.365 1.00 38.78 C +ANISOU 7023 CB VAL B 416 4301 5041 5392 129 -728 50 C +ATOM 7024 CG1 VAL B 416 85.491 -29.244 29.413 1.00 36.54 C +ANISOU 7024 CG1 VAL B 416 3945 4740 5199 166 -713 -22 C +ATOM 7025 CG2 VAL B 416 84.667 -27.789 31.282 1.00 40.11 C +ANISOU 7025 CG2 VAL B 416 4483 5226 5530 154 -767 76 C +ATOM 7026 N VAL B 417 82.247 -29.992 27.683 1.00 32.40 N +ANISOU 7026 N VAL B 417 3457 4331 4522 22 -654 -59 N +ATOM 7027 CA VAL B 417 81.542 -31.117 27.074 1.00 41.81 C +ANISOU 7027 CA VAL B 417 4663 5488 5736 -41 -683 -125 C +ATOM 7028 C VAL B 417 82.189 -31.487 25.748 1.00 46.39 C +ANISOU 7028 C VAL B 417 5273 6063 6289 6 -678 -238 C +ATOM 7029 O VAL B 417 82.635 -30.617 24.992 1.00 46.85 O +ANISOU 7029 O VAL B 417 5324 6208 6268 63 -631 -246 O +ATOM 7030 CB VAL B 417 80.044 -30.802 26.875 1.00 29.55 C +ANISOU 7030 CB VAL B 417 3043 4037 4149 -109 -704 -119 C +ATOM 7031 CG1 VAL B 417 79.373 -30.547 28.216 1.00 28.34 C +ANISOU 7031 CG1 VAL B 417 2855 3896 4018 -148 -663 -18 C +ATOM 7032 CG2 VAL B 417 79.866 -29.610 25.955 1.00 28.16 C +ANISOU 7032 CG2 VAL B 417 2842 3990 3869 -39 -711 -130 C +ATOM 7033 N SER B 418 82.232 -32.792 25.470 1.00 44.56 N +ANISOU 7033 N SER B 418 5096 5718 6117 -17 -712 -324 N +ATOM 7034 CA SER B 418 82.638 -33.330 24.172 1.00 46.82 C +ANISOU 7034 CA SER B 418 5440 5994 6356 33 -707 -468 C +ATOM 7035 C SER B 418 84.048 -32.847 23.825 1.00 50.85 C +ANISOU 7035 C SER B 418 5931 6538 6850 153 -604 -479 C +ATOM 7036 O SER B 418 84.285 -32.211 22.796 1.00 42.72 O +ANISOU 7036 O SER B 418 4914 5618 5699 196 -532 -512 O +ATOM 7037 CB SER B 418 81.595 -32.997 23.097 1.00 50.97 C +ANISOU 7037 CB SER B 418 5974 6640 6754 -6 -762 -533 C +ATOM 7038 OG SER B 418 81.164 -31.649 23.176 1.00 50.46 O +ANISOU 7038 OG SER B 418 5848 6717 6608 6 -747 -429 O +ATOM 7039 N LEU B 419 85.014 -33.153 24.688 1.00 51.94 N +ANISOU 7039 N LEU B 419 6034 6585 7114 208 -594 -445 N +ATOM 7040 CA LEU B 419 86.412 -32.808 24.407 1.00 52.09 C +ANISOU 7040 CA LEU B 419 5977 6640 7177 312 -498 -472 C +ATOM 7041 C LEU B 419 87.326 -34.027 24.423 1.00 51.70 C +ANISOU 7041 C LEU B 419 5933 6458 7252 425 -505 -572 C +ATOM 7042 O LEU B 419 87.006 -35.038 25.048 1.00 65.85 O +ANISOU 7042 O LEU B 419 7807 8095 9120 420 -607 -571 O +ATOM 7043 CB LEU B 419 86.931 -31.759 25.396 1.00 53.03 C +ANISOU 7043 CB LEU B 419 5994 6799 7355 302 -503 -355 C +ATOM 7044 CG LEU B 419 86.259 -30.386 25.361 1.00 50.99 C +ANISOU 7044 CG LEU B 419 5732 6649 6992 227 -480 -266 C +ATOM 7045 CD1 LEU B 419 86.777 -29.508 26.491 1.00 50.89 C +ANISOU 7045 CD1 LEU B 419 5650 6631 7055 217 -517 -183 C +ATOM 7046 CD2 LEU B 419 86.478 -29.717 24.013 1.00 53.75 C +ANISOU 7046 CD2 LEU B 419 6089 7099 7233 238 -352 -291 C +ATOM 7047 N ASN B 420 88.456 -33.922 23.736 1.00 51.43 N +ANISOU 7047 N ASN B 420 5814 6479 7248 530 -382 -650 N +ATOM 7048 CA ASN B 420 89.410 -35.021 23.608 1.00 62.80 C +ANISOU 7048 CA ASN B 420 7233 7810 8816 683 -367 -771 C +ATOM 7049 C ASN B 420 90.402 -35.049 24.782 1.00 57.33 C +ANISOU 7049 C ASN B 420 6401 7063 8320 766 -449 -708 C +ATOM 7050 O ASN B 420 91.203 -35.975 24.916 1.00 60.66 O +ANISOU 7050 O ASN B 420 6790 7376 8882 923 -481 -789 O +ATOM 7051 CB ASN B 420 90.116 -34.981 22.243 1.00 78.19 C +ANISOU 7051 CB ASN B 420 9149 9863 10697 777 -168 -906 C +ATOM 7052 CG ASN B 420 91.450 -35.689 22.240 1.00117.03 C +ANISOU 7052 CG ASN B 420 13940 14729 15796 967 -103 -1016 C +ATOM 7053 OD1 ASN B 420 92.450 -35.140 22.702 1.00136.00 O +ANISOU 7053 OD1 ASN B 420 16124 17202 18349 1007 -60 -968 O +ATOM 7054 ND2 ASN B 420 91.470 -36.915 21.712 1.00140.21 N +ANISOU 7054 ND2 ASN B 420 17002 17536 18736 1091 -108 -1178 N +ATOM 7055 N ILE B 421 90.316 -34.051 25.655 1.00 62.58 N +ANISOU 7055 N ILE B 421 6995 7793 8989 678 -507 -576 N +ATOM 7056 CA ILE B 421 91.216 -33.953 26.805 1.00 55.58 C +ANISOU 7056 CA ILE B 421 5986 6873 8259 749 -628 -525 C +ATOM 7057 C ILE B 421 91.164 -35.126 27.796 1.00 60.77 C +ANISOU 7057 C ILE B 421 6765 7339 8983 842 -810 -494 C +ATOM 7058 O ILE B 421 90.125 -35.760 27.984 1.00 68.88 O +ANISOU 7058 O ILE B 421 7990 8254 9926 775 -854 -451 O +ATOM 7059 CB ILE B 421 90.986 -32.640 27.579 1.00 33.36 C +ANISOU 7059 CB ILE B 421 3128 4147 5401 627 -677 -408 C +ATOM 7060 CG1 ILE B 421 89.557 -32.581 28.117 1.00 31.78 C +ANISOU 7060 CG1 ILE B 421 3119 3909 5046 516 -740 -311 C +ATOM 7061 CG2 ILE B 421 91.275 -31.443 26.688 1.00 33.17 C +ANISOU 7061 CG2 ILE B 421 2984 4269 5351 547 -504 -418 C +ATOM 7062 CD1 ILE B 421 89.310 -31.430 29.068 1.00 33.47 C +ANISOU 7062 CD1 ILE B 421 3326 4180 5211 438 -804 -214 C +ATOM 7063 N THR B 422 92.310 -35.393 28.420 1.00 47.66 N +ANISOU 7063 N THR B 422 4979 5641 7487 995 -917 -511 N +ATOM 7064 CA THR B 422 92.479 -36.444 29.413 1.00 48.56 C +ANISOU 7064 CA THR B 422 5219 5566 7667 1125 -1113 -463 C +ATOM 7065 C THR B 422 92.440 -35.920 30.841 1.00 58.90 C +ANISOU 7065 C THR B 422 6571 6881 8928 1096 -1297 -324 C +ATOM 7066 O THR B 422 92.303 -36.721 31.772 1.00 50.36 O +ANISOU 7066 O THR B 422 5673 5637 7824 1174 -1455 -234 O +ATOM 7067 CB THR B 422 93.800 -37.195 29.186 1.00 41.18 C +ANISOU 7067 CB THR B 422 4127 4576 6944 1370 -1152 -583 C +ATOM 7068 OG1 THR B 422 94.879 -36.256 29.084 1.00 49.01 O +ANISOU 7068 OG1 THR B 422 4802 5754 8067 1397 -1117 -638 O +ATOM 7069 CG2 THR B 422 93.727 -38.028 27.913 1.00 42.20 C +ANISOU 7069 CG2 THR B 422 4307 4640 7087 1438 -988 -733 C +ATOM 7070 N SER B 423 92.559 -34.609 31.039 1.00 58.29 N +ANISOU 7070 N SER B 423 6360 6968 8819 992 -1281 -305 N +ATOM 7071 CA SER B 423 92.449 -34.011 32.361 1.00 53.61 C +ANISOU 7071 CA SER B 423 5839 6388 8142 960 -1452 -202 C +ATOM 7072 C SER B 423 92.029 -32.560 32.204 1.00 43.97 C +ANISOU 7072 C SER B 423 4552 5316 6839 787 -1354 -193 C +ATOM 7073 O SER B 423 92.396 -31.899 31.231 1.00 48.23 O +ANISOU 7073 O SER B 423 4912 5958 7456 729 -1207 -266 O +ATOM 7074 CB SER B 423 93.768 -34.096 33.136 1.00 58.25 C +ANISOU 7074 CB SER B 423 6280 6969 8884 1130 -1680 -237 C +ATOM 7075 OG SER B 423 94.875 -33.780 32.315 1.00 65.63 O +ANISOU 7075 OG SER B 423 6891 8007 10038 1177 -1605 -371 O +ATOM 7076 N LEU B 424 91.254 -32.072 33.173 1.00 46.22 N +ANISOU 7076 N LEU B 424 5004 5600 6956 714 -1423 -98 N +ATOM 7077 CA LEU B 424 90.839 -30.674 33.149 1.00 55.56 C +ANISOU 7077 CA LEU B 424 6154 6892 8064 580 -1354 -95 C +ATOM 7078 C LEU B 424 92.042 -29.747 33.264 1.00 59.47 C +ANISOU 7078 C LEU B 424 6430 7452 8713 581 -1440 -175 C +ATOM 7079 O LEU B 424 92.237 -28.856 32.429 1.00 45.40 O +ANISOU 7079 O LEU B 424 4506 5742 7003 482 -1301 -217 O +ATOM 7080 CB LEU B 424 89.841 -30.406 34.277 1.00 38.40 C +ANISOU 7080 CB LEU B 424 4205 4703 5682 540 -1408 3 C +ATOM 7081 CG LEU B 424 88.526 -31.185 34.206 1.00 31.42 C +ANISOU 7081 CG LEU B 424 3499 3768 4670 489 -1293 91 C +ATOM 7082 CD1 LEU B 424 87.672 -30.897 35.430 1.00 31.51 C +ANISOU 7082 CD1 LEU B 424 3707 3784 4481 463 -1316 188 C +ATOM 7083 CD2 LEU B 424 87.762 -30.854 32.933 1.00 29.98 C +ANISOU 7083 CD2 LEU B 424 3244 3655 4492 385 -1105 55 C +ATOM 7084 N GLY B 425 92.863 -29.944 34.292 1.00 49.74 N +ANISOU 7084 N GLY B 425 5172 6188 7537 685 -1679 -192 N +ATOM 7085 CA GLY B 425 94.023 -29.101 34.493 1.00 47.99 C +ANISOU 7085 CA GLY B 425 4713 6024 7497 669 -1802 -287 C +ATOM 7086 C GLY B 425 93.715 -27.735 35.056 1.00 52.43 C +ANISOU 7086 C GLY B 425 5336 6613 7971 539 -1849 -295 C +ATOM 7087 O GLY B 425 94.520 -26.814 34.891 1.00 37.42 O +ANISOU 7087 O GLY B 425 3225 4748 6246 451 -1879 -378 O +ATOM 7088 N LEU B 426 92.569 -27.572 35.716 1.00 47.90 N +ANISOU 7088 N LEU B 426 5043 6014 7144 521 -1844 -218 N +ATOM 7089 CA LEU B 426 92.186 -26.293 36.313 1.00 45.90 C +ANISOU 7089 CA LEU B 426 4888 5768 6783 433 -1886 -243 C +ATOM 7090 C LEU B 426 92.743 -26.223 37.736 1.00 59.46 C +ANISOU 7090 C LEU B 426 6699 7463 8429 521 -2197 -290 C +ATOM 7091 O LEU B 426 92.029 -26.311 38.736 1.00 63.30 O +ANISOU 7091 O LEU B 426 7460 7933 8657 580 -2263 -238 O +ATOM 7092 CB LEU B 426 90.671 -26.130 36.285 1.00 45.81 C +ANISOU 7092 CB LEU B 426 5102 5761 6541 394 -1706 -155 C +ATOM 7093 CG LEU B 426 90.028 -26.190 34.896 1.00 51.14 C +ANISOU 7093 CG LEU B 426 5708 6467 7257 321 -1448 -116 C +ATOM 7094 CD1 LEU B 426 88.515 -26.268 35.009 1.00 43.21 C +ANISOU 7094 CD1 LEU B 426 4891 5478 6047 309 -1319 -35 C +ATOM 7095 CD2 LEU B 426 90.439 -24.991 34.055 1.00 42.10 C +ANISOU 7095 CD2 LEU B 426 4413 5337 6246 210 -1356 -167 C +ATOM 7096 N ARG B 427 94.065 -26.054 37.803 1.00 57.49 N +ANISOU 7096 N ARG B 427 6206 7225 8412 532 -2388 -397 N +ATOM 7097 CA ARG B 427 94.765 -26.132 39.081 1.00 50.36 C +ANISOU 7097 CA ARG B 427 5359 6310 7465 643 -2746 -460 C +ATOM 7098 C ARG B 427 94.461 -24.931 39.967 1.00 55.08 C +ANISOU 7098 C ARG B 427 6135 6891 7902 574 -2872 -535 C +ATOM 7099 O ARG B 427 94.349 -25.070 41.190 1.00 65.47 O +ANISOU 7099 O ARG B 427 7698 8196 8980 687 -3099 -540 O +ATOM 7100 CB ARG B 427 96.269 -26.246 38.840 1.00 54.53 C +ANISOU 7100 CB ARG B 427 5514 6871 8335 670 -2928 -575 C +ATOM 7101 CG ARG B 427 96.697 -27.571 38.242 1.00 55.57 C +ANISOU 7101 CG ARG B 427 5503 7007 8603 816 -2873 -528 C +ATOM 7102 CD ARG B 427 98.172 -27.563 37.902 1.00 46.94 C +ANISOU 7102 CD ARG B 427 4041 5966 7829 817 -2910 -641 C +ATOM 7103 NE ARG B 427 98.450 -26.705 36.755 1.00 47.16 N +ANISOU 7103 NE ARG B 427 3771 6046 8102 622 -2675 -700 N +ATOM 7104 CZ ARG B 427 98.312 -27.080 35.487 1.00 63.25 C +ANISOU 7104 CZ ARG B 427 5655 8115 10264 608 -2397 -673 C +ATOM 7105 NH1 ARG B 427 97.908 -28.307 35.190 1.00 48.43 N +ANISOU 7105 NH1 ARG B 427 3907 6206 8286 769 -2312 -602 N +ATOM 7106 NH2 ARG B 427 98.594 -26.226 34.511 1.00 71.21 N +ANISOU 7106 NH2 ARG B 427 6445 9167 11446 417 -2151 -704 N +ATOM 7107 N SER B 428 94.328 -23.746 39.374 1.00 52.60 N +ANISOU 7107 N SER B 428 5728 6561 7697 399 -2727 -595 N +ATOM 7108 CA SER B 428 94.164 -22.520 40.143 1.00 44.80 C +ANISOU 7108 CA SER B 428 4894 5523 6606 332 -2858 -702 C +ATOM 7109 C SER B 428 92.716 -22.229 40.515 1.00 48.82 C +ANISOU 7109 C SER B 428 5746 6018 6785 366 -2688 -631 C +ATOM 7110 O SER B 428 92.470 -21.304 41.297 1.00 44.04 O +ANISOU 7110 O SER B 428 5330 5367 6038 359 -2795 -730 O +ATOM 7111 CB SER B 428 94.733 -21.335 39.357 1.00 42.92 C +ANISOU 7111 CB SER B 428 4413 5231 6663 123 -2786 -795 C +ATOM 7112 OG SER B 428 96.128 -21.479 39.150 1.00 66.06 O +ANISOU 7112 OG SER B 428 6987 8187 9924 74 -2949 -884 O +ATOM 7113 N LEU B 429 91.761 -22.993 39.992 1.00 49.69 N +ANISOU 7113 N LEU B 429 5931 6167 6782 407 -2432 -481 N +ATOM 7114 CA LEU B 429 90.350 -22.732 40.246 1.00 41.45 C +ANISOU 7114 CA LEU B 429 5142 5133 5474 432 -2239 -415 C +ATOM 7115 C LEU B 429 90.030 -22.987 41.715 1.00 52.10 C +ANISOU 7115 C LEU B 429 6797 6496 6503 566 -2391 -417 C +ATOM 7116 O LEU B 429 90.221 -24.101 42.213 1.00 52.22 O +ANISOU 7116 O LEU B 429 6892 6530 6418 667 -2485 -332 O +ATOM 7117 CB LEU B 429 89.495 -23.616 39.343 1.00 43.71 C +ANISOU 7117 CB LEU B 429 5391 5464 5753 428 -1968 -268 C +ATOM 7118 CG LEU B 429 87.976 -23.452 39.405 1.00 50.85 C +ANISOU 7118 CG LEU B 429 6469 6403 6449 441 -1740 -194 C +ATOM 7119 CD1 LEU B 429 87.561 -22.026 39.077 1.00 55.03 C +ANISOU 7119 CD1 LEU B 429 7000 6903 7007 386 -1658 -270 C +ATOM 7120 CD2 LEU B 429 87.321 -24.434 38.449 1.00 44.72 C +ANISOU 7120 CD2 LEU B 429 5606 5664 5721 414 -1535 -74 C +ATOM 7121 N LYS B 430 89.539 -21.955 42.407 1.00 58.30 N +ANISOU 7121 N LYS B 430 7779 7260 7112 579 -2407 -510 N +ATOM 7122 CA LYS B 430 89.260 -22.049 43.834 1.00 67.62 C +ANISOU 7122 CA LYS B 430 9285 8462 7944 714 -2539 -533 C +ATOM 7123 C LYS B 430 87.842 -21.659 44.224 1.00 61.13 C +ANISOU 7123 C LYS B 430 8699 7680 6850 766 -2280 -499 C +ATOM 7124 O LYS B 430 87.457 -21.907 45.372 1.00 67.50 O +ANISOU 7124 O LYS B 430 9798 8527 7322 886 -2308 -482 O +ATOM 7125 CB LYS B 430 90.241 -21.172 44.629 1.00 82.32 C +ANISOU 7125 CB LYS B 430 11202 10266 9809 721 -2890 -742 C +ATOM 7126 CG LYS B 430 89.921 -19.689 44.583 1.00 82.51 C +ANISOU 7126 CG LYS B 430 11282 10209 9861 651 -2847 -900 C +ATOM 7127 CD LYS B 430 91.145 -18.836 44.879 1.00 81.30 C +ANISOU 7127 CD LYS B 430 11039 9958 9893 568 -3195 -1115 C +ATOM 7128 CE LYS B 430 90.840 -17.359 44.692 1.00 76.78 C +ANISOU 7128 CE LYS B 430 10524 9250 9398 476 -3135 -1262 C +ATOM 7129 NZ LYS B 430 92.042 -16.492 44.799 1.00 74.55 N +ANISOU 7129 NZ LYS B 430 10108 8840 9378 332 -3448 -1468 N +ATOM 7130 N GLU B 431 87.056 -21.061 43.330 1.00 66.73 N +ANISOU 7130 N GLU B 431 9293 8384 7678 697 -2029 -487 N +ATOM 7131 CA GLU B 431 85.680 -20.717 43.664 1.00 70.43 C +ANISOU 7131 CA GLU B 431 9929 8906 7924 769 -1776 -462 C +ATOM 7132 C GLU B 431 84.828 -20.681 42.406 1.00 58.55 C +ANISOU 7132 C GLU B 431 8217 7430 6600 700 -1507 -372 C +ATOM 7133 O GLU B 431 85.221 -20.086 41.399 1.00 59.13 O +ANISOU 7133 O GLU B 431 8107 7437 6924 611 -1524 -410 O +ATOM 7134 CB GLU B 431 85.595 -19.364 44.380 1.00 69.43 C +ANISOU 7134 CB GLU B 431 9995 8715 7670 835 -1859 -656 C +ATOM 7135 CG GLU B 431 84.183 -19.007 44.841 1.00 72.08 C +ANISOU 7135 CG GLU B 431 10503 9121 7761 954 -1587 -651 C +ATOM 7136 CD GLU B 431 84.070 -17.585 45.348 1.00 80.48 C +ANISOU 7136 CD GLU B 431 11745 10090 8745 1033 -1650 -865 C +ATOM 7137 OE1 GLU B 431 85.114 -16.925 45.527 1.00 85.97 O +ANISOU 7137 OE1 GLU B 431 12472 10656 9537 982 -1937 -1022 O +ATOM 7138 OE2 GLU B 431 82.927 -17.124 45.559 1.00 78.09 O +ANISOU 7138 OE2 GLU B 431 11536 9834 8301 1148 -1413 -888 O +ATOM 7139 N ILE B 432 83.666 -21.316 42.481 1.00 47.79 N +ANISOU 7139 N ILE B 432 6887 6166 5103 737 -1264 -252 N +ATOM 7140 CA ILE B 432 82.605 -21.167 41.488 1.00 49.30 C +ANISOU 7140 CA ILE B 432 6910 6409 5414 705 -1024 -194 C +ATOM 7141 C ILE B 432 81.429 -20.564 42.249 1.00 59.84 C +ANISOU 7141 C ILE B 432 8389 7812 6535 827 -842 -236 C +ATOM 7142 O ILE B 432 80.584 -21.280 42.794 1.00 66.31 O +ANISOU 7142 O ILE B 432 9268 8738 7190 857 -655 -141 O +ATOM 7143 CB ILE B 432 82.234 -22.493 40.820 1.00 57.90 C +ANISOU 7143 CB ILE B 432 7851 7559 6588 625 -901 -36 C +ATOM 7144 CG1 ILE B 432 83.477 -23.150 40.212 1.00 51.32 C +ANISOU 7144 CG1 ILE B 432 6903 6656 5938 546 -1078 -16 C +ATOM 7145 CG2 ILE B 432 81.195 -22.264 39.732 1.00 51.72 C +ANISOU 7145 CG2 ILE B 432 6879 6834 5938 593 -712 -5 C +ATOM 7146 CD1 ILE B 432 83.295 -24.614 39.883 1.00 41.48 C +ANISOU 7146 CD1 ILE B 432 5601 5430 4732 494 -1006 120 C +ATOM 7147 N SER B 433 81.375 -19.230 42.290 1.00 70.03 N +ANISOU 7147 N SER B 433 9739 9032 7838 897 -879 -381 N +ATOM 7148 CA SER B 433 80.525 -18.541 43.258 1.00 56.50 C +ANISOU 7148 CA SER B 433 8219 7359 5889 1056 -753 -476 C +ATOM 7149 C SER B 433 79.070 -18.983 43.150 1.00 61.86 C +ANISOU 7149 C SER B 433 8787 8198 6519 1105 -436 -374 C +ATOM 7150 O SER B 433 78.394 -19.166 44.169 1.00 62.41 O +ANISOU 7150 O SER B 433 9006 8371 6338 1203 -266 -371 O +ATOM 7151 CB SER B 433 80.634 -17.029 43.064 1.00 41.37 C +ANISOU 7151 CB SER B 433 6358 5301 4061 1123 -837 -648 C +ATOM 7152 OG SER B 433 81.984 -16.628 42.904 1.00 44.93 O +ANISOU 7152 OG SER B 433 6828 5593 4650 1018 -1117 -729 O +ATOM 7153 N ASP B 434 78.568 -19.155 41.930 1.00 56.76 N +ANISOU 7153 N ASP B 434 7875 7584 6107 1038 -351 -293 N +ATOM 7154 CA ASP B 434 77.181 -19.543 41.733 1.00 50.67 C +ANISOU 7154 CA ASP B 434 6937 6970 5346 1068 -85 -215 C +ATOM 7155 C ASP B 434 77.065 -20.302 40.421 1.00 54.88 C +ANISOU 7155 C ASP B 434 7205 7529 6118 924 -92 -100 C +ATOM 7156 O ASP B 434 77.890 -20.148 39.517 1.00 45.76 O +ANISOU 7156 O ASP B 434 5993 6271 5121 851 -265 -105 O +ATOM 7157 CB ASP B 434 76.253 -18.322 41.736 1.00 45.30 C +ANISOU 7157 CB ASP B 434 6233 6310 4669 1251 31 -332 C +ATOM 7158 CG ASP B 434 74.789 -18.702 41.804 1.00 52.68 C +ANISOU 7158 CG ASP B 434 6977 7440 5599 1307 321 -276 C +ATOM 7159 OD1 ASP B 434 74.478 -19.778 42.355 1.00 52.93 O +ANISOU 7159 OD1 ASP B 434 7001 7583 5527 1217 475 -166 O +ATOM 7160 OD2 ASP B 434 73.948 -17.923 41.308 1.00 57.49 O +ANISOU 7160 OD2 ASP B 434 7437 8085 6323 1439 393 -337 O +ATOM 7161 N GLY B 435 76.031 -21.127 40.330 1.00 52.36 N +ANISOU 7161 N GLY B 435 6726 7349 5822 876 106 -5 N +ATOM 7162 CA GLY B 435 75.776 -21.905 39.138 1.00 51.42 C +ANISOU 7162 CA GLY B 435 6366 7260 5910 741 95 78 C +ATOM 7163 C GLY B 435 76.292 -23.329 39.261 1.00 50.32 C +ANISOU 7163 C GLY B 435 6264 7089 5765 579 72 194 C +ATOM 7164 O GLY B 435 77.179 -23.642 40.060 1.00 65.30 O +ANISOU 7164 O GLY B 435 8374 8911 7527 575 -14 214 O +ATOM 7165 N ASP B 436 75.723 -24.206 38.442 1.00 43.00 N +ANISOU 7165 N ASP B 436 5134 6209 4995 454 125 262 N +ATOM 7166 CA ASP B 436 76.041 -25.623 38.495 1.00 37.47 C +ANISOU 7166 CA ASP B 436 4467 5452 4318 300 122 370 C +ATOM 7167 C ASP B 436 77.163 -25.961 37.516 1.00 42.76 C +ANISOU 7167 C ASP B 436 5128 6004 5114 246 -92 352 C +ATOM 7168 O ASP B 436 77.582 -25.143 36.695 1.00 30.91 O +ANISOU 7168 O ASP B 436 3569 4485 3690 298 -205 273 O +ATOM 7169 CB ASP B 436 74.797 -26.456 38.195 1.00 42.64 C +ANISOU 7169 CB ASP B 436 4914 6199 5090 171 298 437 C +ATOM 7170 CG ASP B 436 73.691 -26.229 39.204 1.00 56.32 C +ANISOU 7170 CG ASP B 436 6621 8066 6712 211 562 466 C +ATOM 7171 OD1 ASP B 436 73.959 -25.595 40.246 1.00 60.89 O +ANISOU 7171 OD1 ASP B 436 7410 8652 7074 344 610 445 O +ATOM 7172 OD2 ASP B 436 72.555 -26.688 38.960 1.00 47.46 O +ANISOU 7172 OD2 ASP B 436 5264 7048 5721 110 725 499 O +ATOM 7173 N VAL B 437 77.645 -27.197 37.613 1.00 41.58 N +ANISOU 7173 N VAL B 437 5047 5766 4984 147 -127 432 N +ATOM 7174 CA VAL B 437 78.790 -27.666 36.845 1.00 42.43 C +ANISOU 7174 CA VAL B 437 5159 5761 5200 119 -305 409 C +ATOM 7175 C VAL B 437 78.358 -28.869 36.023 1.00 52.70 C +ANISOU 7175 C VAL B 437 6351 7027 6646 -16 -274 446 C +ATOM 7176 O VAL B 437 77.495 -29.648 36.439 1.00 64.55 O +ANISOU 7176 O VAL B 437 7846 8533 8146 -115 -141 527 O +ATOM 7177 CB VAL B 437 79.974 -28.033 37.767 1.00 43.29 C +ANISOU 7177 CB VAL B 437 5478 5764 5208 172 -430 445 C +ATOM 7178 CG1 VAL B 437 81.220 -28.337 36.950 1.00 41.79 C +ANISOU 7178 CG1 VAL B 437 5239 5482 5159 176 -604 394 C +ATOM 7179 CG2 VAL B 437 80.237 -26.915 38.765 1.00 57.85 C +ANISOU 7179 CG2 VAL B 437 7458 7642 6880 290 -467 393 C +ATOM 7180 N ILE B 438 78.959 -29.015 34.845 1.00 39.08 N +ANISOU 7180 N ILE B 438 4546 5259 5042 -28 -388 378 N +ATOM 7181 CA ILE B 438 78.693 -30.172 33.999 1.00 40.30 C +ANISOU 7181 CA ILE B 438 4632 5355 5325 -142 -395 374 C +ATOM 7182 C ILE B 438 79.957 -30.535 33.235 1.00 51.55 C +ANISOU 7182 C ILE B 438 6088 6682 6818 -101 -526 314 C +ATOM 7183 O ILE B 438 80.516 -29.712 32.502 1.00 43.12 O +ANISOU 7183 O ILE B 438 4962 5661 5762 -36 -579 241 O +ATOM 7184 CB ILE B 438 77.516 -29.913 33.037 1.00 46.99 C +ANISOU 7184 CB ILE B 438 5282 6320 6251 -201 -353 316 C +ATOM 7185 CG1 ILE B 438 77.218 -31.169 32.215 1.00 49.00 C +ANISOU 7185 CG1 ILE B 438 5485 6499 6634 -336 -386 286 C +ATOM 7186 CG2 ILE B 438 77.805 -28.729 32.114 1.00 38.47 C +ANISOU 7186 CG2 ILE B 438 4139 5320 5160 -95 -428 234 C +ATOM 7187 CD1 ILE B 438 75.902 -31.117 31.466 1.00 31.77 C +ANISOU 7187 CD1 ILE B 438 3096 4435 4539 -419 -371 228 C +ATOM 7188 N ILE B 439 80.431 -31.763 33.421 1.00 51.74 N +ANISOU 7188 N ILE B 439 6208 6560 6891 -133 -564 349 N +ATOM 7189 CA ILE B 439 81.488 -32.329 32.592 1.00 50.44 C +ANISOU 7189 CA ILE B 439 6046 6301 6820 -87 -663 273 C +ATOM 7190 C ILE B 439 80.953 -33.666 32.098 1.00 65.86 C +ANISOU 7190 C ILE B 439 8021 8133 8869 -196 -649 263 C +ATOM 7191 O ILE B 439 80.920 -34.655 32.846 1.00 60.31 O +ANISOU 7191 O ILE B 439 7452 7279 8183 -237 -643 354 O +ATOM 7192 CB ILE B 439 82.819 -32.485 33.336 1.00 41.36 C +ANISOU 7192 CB ILE B 439 4997 5060 5658 32 -766 300 C +ATOM 7193 CG1 ILE B 439 83.191 -31.185 34.058 1.00 39.39 C +ANISOU 7193 CG1 ILE B 439 4745 4909 5311 105 -797 305 C +ATOM 7194 CG2 ILE B 439 83.931 -32.793 32.365 1.00 49.31 C +ANISOU 7194 CG2 ILE B 439 5937 6019 6780 105 -836 195 C +ATOM 7195 CD1 ILE B 439 82.834 -31.167 35.515 1.00 43.01 C +ANISOU 7195 CD1 ILE B 439 5362 5357 5621 119 -785 411 C +ATOM 7196 N SER B 440 80.499 -33.694 30.846 1.00 73.14 N +ANISOU 7196 N SER B 440 8837 9107 9846 -248 -653 154 N +ATOM 7197 CA SER B 440 79.935 -34.901 30.273 1.00 74.58 C +ANISOU 7197 CA SER B 440 9035 9169 10131 -368 -667 104 C +ATOM 7198 C SER B 440 80.272 -34.962 28.794 1.00 62.77 C +ANISOU 7198 C SER B 440 7496 7699 8655 -325 -731 -61 C +ATOM 7199 O SER B 440 80.440 -33.933 28.135 1.00 48.93 O +ANISOU 7199 O SER B 440 5665 6100 6824 -251 -731 -109 O +ATOM 7200 CB SER B 440 78.411 -34.965 30.472 1.00 76.34 C +ANISOU 7200 CB SER B 440 9158 9458 10389 -539 -594 144 C +ATOM 7201 OG SER B 440 77.764 -33.917 29.768 1.00 82.11 O +ANISOU 7201 OG SER B 440 9723 10395 11079 -520 -601 75 O +ATOM 7202 N GLY B 441 80.365 -36.185 28.281 1.00 56.79 N +ANISOU 7202 N GLY B 441 6819 6771 7987 -369 -779 -144 N +ATOM 7203 CA GLY B 441 80.750 -36.404 26.908 1.00 48.91 C +ANISOU 7203 CA GLY B 441 5827 5779 6977 -310 -831 -319 C +ATOM 7204 C GLY B 441 82.230 -36.279 26.632 1.00 55.94 C +ANISOU 7204 C GLY B 441 6755 6652 7846 -124 -818 -366 C +ATOM 7205 O GLY B 441 82.644 -36.477 25.482 1.00 44.25 O +ANISOU 7205 O GLY B 441 5294 5184 6334 -56 -822 -514 O +ATOM 7206 N ASN B 442 83.045 -35.962 27.637 1.00 79.63 N +ANISOU 7206 N ASN B 442 9759 9636 10860 -37 -804 -256 N +ATOM 7207 CA ASN B 442 84.493 -35.898 27.450 1.00 52.85 C +ANISOU 7207 CA ASN B 442 6349 6232 7500 133 -801 -307 C +ATOM 7208 C ASN B 442 85.034 -37.317 27.542 1.00 50.81 C +ANISOU 7208 C ASN B 442 6209 5738 7358 206 -856 -359 C +ATOM 7209 O ASN B 442 85.197 -37.873 28.628 1.00 53.50 O +ANISOU 7209 O ASN B 442 6640 5931 7756 225 -914 -248 O +ATOM 7210 CB ASN B 442 85.139 -34.971 28.472 1.00 37.15 C +ANISOU 7210 CB ASN B 442 4299 4319 5497 194 -808 -194 C +ATOM 7211 CG ASN B 442 84.674 -33.542 28.321 1.00 42.53 C +ANISOU 7211 CG ASN B 442 4889 5194 6077 142 -755 -159 C +ATOM 7212 OD1 ASN B 442 85.000 -32.873 27.341 1.00 38.89 O +ANISOU 7212 OD1 ASN B 442 4358 4840 5579 170 -697 -225 O +ATOM 7213 ND2 ASN B 442 83.904 -33.066 29.288 1.00 43.93 N +ANISOU 7213 ND2 ASN B 442 5085 5406 6200 75 -760 -50 N +ATOM 7214 N LYS B 443 85.344 -37.885 26.384 1.00 57.78 N +ANISOU 7214 N LYS B 443 7116 6579 8260 268 -838 -529 N +ATOM 7215 CA LYS B 443 85.499 -39.327 26.259 1.00 60.84 C +ANISOU 7215 CA LYS B 443 7651 6707 8758 311 -895 -615 C +ATOM 7216 C LYS B 443 86.725 -39.837 27.013 1.00 65.34 C +ANISOU 7216 C LYS B 443 8246 7137 9445 505 -944 -573 C +ATOM 7217 O LYS B 443 86.671 -40.903 27.639 1.00 57.87 O +ANISOU 7217 O LYS B 443 7460 5935 8592 519 -1024 -521 O +ATOM 7218 CB LYS B 443 85.596 -39.656 24.780 1.00 64.42 C +ANISOU 7218 CB LYS B 443 8131 7178 9167 361 -857 -839 C +ATOM 7219 CG LYS B 443 85.238 -41.076 24.377 1.00 72.91 C +ANISOU 7219 CG LYS B 443 9390 7985 10328 334 -930 -977 C +ATOM 7220 CD LYS B 443 85.650 -41.352 22.923 1.00 88.02 C +ANISOU 7220 CD LYS B 443 11349 9930 12163 454 -884 -1230 C +ATOM 7221 CE LYS B 443 87.147 -41.110 22.688 1.00 83.13 C +ANISOU 7221 CE LYS B 443 10634 9391 11559 710 -770 -1285 C +ATOM 7222 NZ LYS B 443 87.575 -41.300 21.291 1.00 84.06 N +ANISOU 7222 NZ LYS B 443 10800 9573 11565 840 -670 -1522 N +ATOM 7223 N ASN B 444 87.842 -39.110 26.952 1.00 65.62 N +ANISOU 7223 N ASN B 444 8120 7322 9489 656 -905 -593 N +ATOM 7224 CA ASN B 444 89.097 -39.552 27.551 1.00 54.39 C +ANISOU 7224 CA ASN B 444 6664 5800 8203 869 -978 -586 C +ATOM 7225 C ASN B 444 89.389 -38.885 28.888 1.00 53.15 C +ANISOU 7225 C ASN B 444 6453 5702 8038 876 -1072 -410 C +ATOM 7226 O ASN B 444 90.459 -39.114 29.459 1.00 69.97 O +ANISOU 7226 O ASN B 444 8527 7782 10277 1061 -1174 -400 O +ATOM 7227 CB ASN B 444 90.259 -39.283 26.590 1.00 53.93 C +ANISOU 7227 CB ASN B 444 6421 5870 8200 1039 -872 -750 C +ATOM 7228 CG ASN B 444 89.977 -39.772 25.185 1.00 53.93 C +ANISOU 7228 CG ASN B 444 6494 5855 8140 1043 -759 -942 C +ATOM 7229 OD1 ASN B 444 89.118 -40.629 24.976 1.00 68.83 O +ANISOU 7229 OD1 ASN B 444 8579 7567 10008 962 -812 -987 O +ATOM 7230 ND2 ASN B 444 90.703 -39.232 24.213 1.00 50.40 N +ANISOU 7230 ND2 ASN B 444 5899 5591 7661 1130 -599 -1061 N +ATOM 7231 N LEU B 445 88.469 -38.077 29.405 1.00 48.14 N +ANISOU 7231 N LEU B 445 5837 5177 7277 699 -1055 -287 N +ATOM 7232 CA LEU B 445 88.700 -37.368 30.657 1.00 52.77 C +ANISOU 7232 CA LEU B 445 6404 5829 7817 709 -1142 -146 C +ATOM 7233 C LEU B 445 88.616 -38.340 31.827 1.00 59.57 C +ANISOU 7233 C LEU B 445 7481 6471 8680 760 -1272 -9 C +ATOM 7234 O LEU B 445 87.673 -39.134 31.915 1.00 51.07 O +ANISOU 7234 O LEU B 445 6587 5239 7579 645 -1240 54 O +ATOM 7235 CB LEU B 445 87.669 -36.256 30.812 1.00 34.06 C +ANISOU 7235 CB LEU B 445 4012 3627 5302 527 -1064 -74 C +ATOM 7236 CG LEU B 445 87.909 -35.247 31.929 1.00 48.95 C +ANISOU 7236 CG LEU B 445 5869 5616 7114 536 -1133 22 C +ATOM 7237 CD1 LEU B 445 88.935 -34.214 31.498 1.00 64.46 C +ANISOU 7237 CD1 LEU B 445 7617 7730 9145 594 -1128 -67 C +ATOM 7238 CD2 LEU B 445 86.603 -34.588 32.306 1.00 50.13 C +ANISOU 7238 CD2 LEU B 445 6080 5850 7116 377 -1054 110 C +ATOM 7239 N CYS B 446 89.588 -38.266 32.742 1.00 59.24 N +ANISOU 7239 N CYS B 446 7427 6414 8667 922 -1427 44 N +ATOM 7240 CA CYS B 446 89.757 -39.329 33.730 1.00 69.46 C +ANISOU 7240 CA CYS B 446 8955 7472 9963 1036 -1576 171 C +ATOM 7241 C CYS B 446 89.798 -38.871 35.187 1.00 82.62 C +ANISOU 7241 C CYS B 446 10741 9175 11475 1061 -1710 336 C +ATOM 7242 O CYS B 446 89.401 -39.639 36.070 1.00105.11 O +ANISOU 7242 O CYS B 446 13868 11839 14231 1068 -1766 504 O +ATOM 7243 CB CYS B 446 91.031 -40.121 33.419 1.00 48.67 C +ANISOU 7243 CB CYS B 446 6253 4716 7525 1299 -1698 64 C +ATOM 7244 SG CYS B 446 90.701 -41.700 32.601 1.00 52.89 S +ANISOU 7244 SG CYS B 446 6978 4938 8181 1332 -1643 -6 S +ATOM 7245 N TYR B 447 90.268 -37.658 35.477 1.00 52.13 N +ANISOU 7245 N TYR B 447 6707 5530 7571 1073 -1761 295 N +ATOM 7246 CA TYR B 447 90.455 -37.228 36.861 1.00 49.99 C +ANISOU 7246 CA TYR B 447 6564 5291 7138 1131 -1929 412 C +ATOM 7247 C TYR B 447 89.402 -36.224 37.315 1.00 66.25 C +ANISOU 7247 C TYR B 447 8688 7495 8988 944 -1801 477 C +ATOM 7248 O TYR B 447 89.644 -35.475 38.264 1.00 78.30 O +ANISOU 7248 O TYR B 447 10261 9113 10377 984 -1922 505 O +ATOM 7249 CB TYR B 447 91.836 -36.610 37.067 1.00 44.75 C +ANISOU 7249 CB TYR B 447 5675 4740 6588 1296 -2138 301 C +ATOM 7250 CG TYR B 447 92.960 -37.260 36.303 1.00 43.48 C +ANISOU 7250 CG TYR B 447 5306 4522 6693 1478 -2204 171 C +ATOM 7251 CD1 TYR B 447 93.155 -36.980 34.963 1.00 42.25 C +ANISOU 7251 CD1 TYR B 447 4891 4463 6698 1420 -2015 15 C +ATOM 7252 CD2 TYR B 447 93.843 -38.125 36.928 1.00 46.44 C +ANISOU 7252 CD2 TYR B 447 5746 4754 7145 1730 -2453 202 C +ATOM 7253 CE1 TYR B 447 94.186 -37.553 34.255 1.00 43.91 C +ANISOU 7253 CE1 TYR B 447 4902 4642 7142 1600 -2034 -117 C +ATOM 7254 CE2 TYR B 447 94.882 -38.707 36.230 1.00 48.11 C +ANISOU 7254 CE2 TYR B 447 5738 4922 7620 1927 -2501 65 C +ATOM 7255 CZ TYR B 447 95.049 -38.416 34.891 1.00 46.84 C +ANISOU 7255 CZ TYR B 447 5306 4872 7617 1858 -2274 -101 C +ATOM 7256 OH TYR B 447 96.077 -38.985 34.181 1.00 55.18 O +ANISOU 7256 OH TYR B 447 6137 5904 8925 2066 -2280 -250 O +ATOM 7257 N ALA B 448 88.249 -36.161 36.652 1.00 64.58 N +ANISOU 7257 N ALA B 448 8470 7313 8754 755 -1575 482 N +ATOM 7258 CA ALA B 448 87.269 -35.148 37.026 1.00 54.08 C +ANISOU 7258 CA ALA B 448 7159 6135 7255 612 -1449 523 C +ATOM 7259 C ALA B 448 86.638 -35.455 38.381 1.00 53.33 C +ANISOU 7259 C ALA B 448 7353 5978 6934 600 -1446 707 C +ATOM 7260 O ALA B 448 86.546 -34.576 39.246 1.00 59.85 O +ANISOU 7260 O ALA B 448 8243 6918 7578 617 -1475 729 O +ATOM 7261 CB ALA B 448 86.197 -35.026 35.947 1.00 50.54 C +ANISOU 7261 CB ALA B 448 6601 5745 6857 437 -1236 474 C +ATOM 7262 N ASN B 449 86.204 -36.699 38.589 1.00 49.96 N +ANISOU 7262 N ASN B 449 7124 5354 6504 568 -1400 839 N +ATOM 7263 CA ASN B 449 85.432 -37.041 39.779 1.00 50.11 C +ANISOU 7263 CA ASN B 449 7432 5310 6296 513 -1320 1044 C +ATOM 7264 C ASN B 449 86.257 -37.063 41.058 1.00 55.13 C +ANISOU 7264 C ASN B 449 8303 5907 6738 709 -1540 1141 C +ATOM 7265 O ASN B 449 85.674 -37.200 42.139 1.00 45.58 O +ANISOU 7265 O ASN B 449 7368 4675 5276 684 -1466 1316 O +ATOM 7266 CB ASN B 449 84.766 -38.406 39.599 1.00 48.03 C +ANISOU 7266 CB ASN B 449 7325 4810 6112 395 -1203 1172 C +ATOM 7267 CG ASN B 449 83.509 -38.331 38.763 1.00 70.09 C +ANISOU 7267 CG ASN B 449 9954 7669 9007 151 -963 1126 C +ATOM 7268 OD1 ASN B 449 82.520 -37.722 39.170 1.00 90.25 O +ANISOU 7268 OD1 ASN B 449 12488 10370 11435 24 -785 1181 O +ATOM 7269 ND2 ASN B 449 83.532 -38.960 37.596 1.00 69.41 N +ANISOU 7269 ND2 ASN B 449 9749 7478 9147 98 -967 1011 N +ATOM 7270 N THR B 450 87.584 -36.939 40.976 1.00 55.31 N +ANISOU 7270 N THR B 450 8222 5931 6864 905 -1805 1031 N +ATOM 7271 CA THR B 450 88.398 -37.034 42.185 1.00 59.46 C +ANISOU 7271 CA THR B 450 8967 6415 7210 1110 -2073 1112 C +ATOM 7272 C THR B 450 88.270 -35.781 43.052 1.00 49.13 C +ANISOU 7272 C THR B 450 7707 5309 5652 1110 -2109 1077 C +ATOM 7273 O THR B 450 88.413 -35.864 44.276 1.00 60.00 O +ANISOU 7273 O THR B 450 9384 6662 6752 1225 -2248 1193 O +ATOM 7274 CB THR B 450 89.861 -37.294 41.810 1.00 73.82 C +ANISOU 7274 CB THR B 450 10603 8187 9259 1325 -2361 984 C +ATOM 7275 OG1 THR B 450 90.619 -37.605 42.985 1.00 97.14 O +ANISOU 7275 OG1 THR B 450 13790 11069 12048 1548 -2665 1078 O +ATOM 7276 CG2 THR B 450 90.459 -36.095 41.142 1.00 71.77 C +ANISOU 7276 CG2 THR B 450 9971 8139 9161 1302 -2399 756 C +ATOM 7277 N ILE B 451 87.986 -34.622 42.450 1.00 51.17 N +ANISOU 7277 N ILE B 451 7710 5750 5982 993 -1991 918 N +ATOM 7278 CA ILE B 451 87.907 -33.370 43.195 1.00 54.67 C +ANISOU 7278 CA ILE B 451 8196 6358 6219 1001 -2035 848 C +ATOM 7279 C ILE B 451 86.591 -33.303 43.958 1.00 60.05 C +ANISOU 7279 C ILE B 451 9135 7077 6605 907 -1781 991 C +ATOM 7280 O ILE B 451 85.580 -33.889 43.555 1.00 72.85 O +ANISOU 7280 O ILE B 451 10762 8652 8268 762 -1512 1097 O +ATOM 7281 CB ILE B 451 88.059 -32.159 42.251 1.00 44.62 C +ANISOU 7281 CB ILE B 451 6584 5227 5144 913 -1988 642 C +ATOM 7282 CG1 ILE B 451 89.492 -32.054 41.724 1.00 50.79 C +ANISOU 7282 CG1 ILE B 451 7110 6002 6187 1009 -2237 497 C +ATOM 7283 CG2 ILE B 451 87.700 -30.848 42.952 1.00 64.56 C +ANISOU 7283 CG2 ILE B 451 9183 7886 7461 895 -1977 567 C +ATOM 7284 CD1 ILE B 451 89.726 -32.813 40.455 1.00 63.13 C +ANISOU 7284 CD1 ILE B 451 8458 7496 8033 983 -2144 471 C +ATOM 7285 N ASN B 452 86.602 -32.567 45.070 1.00 53.31 N +ANISOU 7285 N ASN B 452 8485 6315 5457 988 -1863 979 N +ATOM 7286 CA ASN B 452 85.395 -32.238 45.827 1.00 59.33 C +ANISOU 7286 CA ASN B 452 9462 7161 5919 922 -1594 1073 C +ATOM 7287 C ASN B 452 84.951 -30.844 45.396 1.00 60.76 C +ANISOU 7287 C ASN B 452 9424 7506 6157 853 -1479 884 C +ATOM 7288 O ASN B 452 85.489 -29.837 45.863 1.00 72.23 O +ANISOU 7288 O ASN B 452 10905 9029 7510 943 -1661 734 O +ATOM 7289 CB ASN B 452 85.653 -32.299 47.329 1.00 57.76 C +ANISOU 7289 CB ASN B 452 9673 6958 5314 1081 -1743 1168 C +ATOM 7290 CG ASN B 452 84.401 -32.035 48.143 1.00 80.10 C +ANISOU 7290 CG ASN B 452 12742 9883 7809 1025 -1413 1273 C +ATOM 7291 OD1 ASN B 452 84.049 -30.886 48.406 1.00 92.70 O +ANISOU 7291 OD1 ASN B 452 14315 11628 9279 1038 -1343 1127 O +ATOM 7292 ND2 ASN B 452 83.720 -33.102 48.544 1.00 92.00 N +ANISOU 7292 ND2 ASN B 452 14479 11295 9180 961 -1192 1527 N +ATOM 7293 N TRP B 453 83.963 -30.789 44.500 1.00 50.93 N +ANISOU 7293 N TRP B 453 7967 6304 5079 698 -1195 886 N +ATOM 7294 CA TRP B 453 83.510 -29.512 43.960 1.00 52.12 C +ANISOU 7294 CA TRP B 453 7907 6585 5311 651 -1092 723 C +ATOM 7295 C TRP B 453 82.746 -28.681 44.982 1.00 56.13 C +ANISOU 7295 C TRP B 453 8607 7206 5512 704 -949 704 C +ATOM 7296 O TRP B 453 82.654 -27.459 44.822 1.00 42.05 O +ANISOU 7296 O TRP B 453 6727 5501 3750 730 -953 541 O +ATOM 7297 CB TRP B 453 82.641 -29.756 42.725 1.00 47.74 C +ANISOU 7297 CB TRP B 453 7087 6050 5003 497 -865 735 C +ATOM 7298 CG TRP B 453 83.388 -30.413 41.607 1.00 56.47 C +ANISOU 7298 CG TRP B 453 8005 7058 6395 460 -991 706 C +ATOM 7299 CD1 TRP B 453 83.596 -31.751 41.433 1.00 58.23 C +ANISOU 7299 CD1 TRP B 453 8285 7141 6700 436 -1015 819 C +ATOM 7300 CD2 TRP B 453 84.035 -29.761 40.508 1.00 57.94 C +ANISOU 7300 CD2 TRP B 453 7935 7269 6810 453 -1090 553 C +ATOM 7301 NE1 TRP B 453 84.331 -31.972 40.294 1.00 53.88 N +ANISOU 7301 NE1 TRP B 453 7522 6539 6411 434 -1123 722 N +ATOM 7302 CE2 TRP B 453 84.614 -30.766 39.708 1.00 57.25 C +ANISOU 7302 CE2 TRP B 453 7752 7077 6922 438 -1156 568 C +ATOM 7303 CE3 TRP B 453 84.181 -28.425 40.122 1.00 45.09 C +ANISOU 7303 CE3 TRP B 453 6171 5725 5236 459 -1114 412 C +ATOM 7304 CZ2 TRP B 453 85.326 -30.477 38.545 1.00 52.60 C +ANISOU 7304 CZ2 TRP B 453 6928 6497 6560 430 -1219 446 C +ATOM 7305 CZ3 TRP B 453 84.887 -28.140 38.968 1.00 32.41 C +ANISOU 7305 CZ3 TRP B 453 4342 4109 3864 430 -1180 316 C +ATOM 7306 CH2 TRP B 453 85.451 -29.161 38.193 1.00 50.54 C +ANISOU 7306 CH2 TRP B 453 6538 6332 6334 417 -1220 333 C +ATOM 7307 N LYS B 454 82.211 -29.307 46.033 1.00 65.06 N +ANISOU 7307 N LYS B 454 10028 8338 6353 729 -810 869 N +ATOM 7308 CA LYS B 454 81.391 -28.572 46.991 1.00 74.23 C +ANISOU 7308 CA LYS B 454 11376 9626 7202 789 -612 849 C +ATOM 7309 C LYS B 454 82.163 -27.429 47.636 1.00 74.39 C +ANISOU 7309 C LYS B 454 11535 9678 7049 946 -871 651 C +ATOM 7310 O LYS B 454 81.576 -26.388 47.952 1.00 78.31 O +ANISOU 7310 O LYS B 454 12061 10274 7418 999 -742 526 O +ATOM 7311 CB LYS B 454 80.857 -29.519 48.066 1.00 75.63 C +ANISOU 7311 CB LYS B 454 11887 9789 7062 792 -421 1083 C +ATOM 7312 CG LYS B 454 79.919 -28.855 49.069 1.00 94.64 C +ANISOU 7312 CG LYS B 454 14492 12347 9119 858 -142 1074 C +ATOM 7313 CD LYS B 454 78.628 -28.394 48.407 1.00101.73 C +ANISOU 7313 CD LYS B 454 15073 13373 10206 749 212 1028 C +ATOM 7314 CE LYS B 454 77.702 -27.712 49.400 1.00104.29 C +ANISOU 7314 CE LYS B 454 15566 13860 10198 845 514 999 C +ATOM 7315 NZ LYS B 454 77.256 -28.636 50.478 1.00104.90 N +ANISOU 7315 NZ LYS B 454 15974 13945 9938 822 764 1245 N +ATOM 7316 N LYS B 455 83.467 -27.597 47.848 1.00 72.52 N +ANISOU 7316 N LYS B 455 11378 9353 6822 1027 -1246 606 N +ATOM 7317 CA LYS B 455 84.250 -26.549 48.488 1.00 76.65 C +ANISOU 7317 CA LYS B 455 12025 9894 7203 1153 -1535 400 C +ATOM 7318 C LYS B 455 84.634 -25.430 47.534 1.00 74.69 C +ANISOU 7318 C LYS B 455 11462 9639 7279 1092 -1635 183 C +ATOM 7319 O LYS B 455 85.172 -24.413 47.987 1.00 90.56 O +ANISOU 7319 O LYS B 455 13550 11644 9215 1160 -1848 -12 O +ATOM 7320 CB LYS B 455 85.509 -27.151 49.127 1.00 88.38 C +ANISOU 7320 CB LYS B 455 13692 11299 8589 1268 -1932 426 C +ATOM 7321 CG LYS B 455 85.236 -27.958 50.398 1.00103.32 C +ANISOU 7321 CG LYS B 455 16030 13191 10035 1382 -1896 621 C +ATOM 7322 CD LYS B 455 84.614 -27.098 51.499 1.00114.26 C +ANISOU 7322 CD LYS B 455 17736 14689 10989 1482 -1777 535 C +ATOM 7323 CE LYS B 455 84.312 -27.903 52.748 1.00117.74 C +ANISOU 7323 CE LYS B 455 18654 15139 10942 1593 -1697 753 C +ATOM 7324 NZ LYS B 455 83.226 -28.899 52.527 1.00112.41 N +ANISOU 7324 NZ LYS B 455 17976 14453 10281 1460 -1255 1032 N +ATOM 7325 N LEU B 456 84.369 -25.586 46.238 1.00 60.67 N +ANISOU 7325 N LEU B 456 9357 7850 5845 961 -1490 213 N +ATOM 7326 CA LEU B 456 84.470 -24.469 45.309 1.00 56.37 C +ANISOU 7326 CA LEU B 456 8556 7301 5562 899 -1499 48 C +ATOM 7327 C LEU B 456 83.225 -23.594 45.318 1.00 41.60 C +ANISOU 7327 C LEU B 456 6697 5507 3602 911 -1221 -3 C +ATOM 7328 O LEU B 456 83.287 -22.443 44.872 1.00 41.43 O +ANISOU 7328 O LEU B 456 6572 5459 3711 907 -1256 -155 O +ATOM 7329 CB LEU B 456 84.709 -24.986 43.889 1.00 53.80 C +ANISOU 7329 CB LEU B 456 7906 6938 5596 777 -1463 100 C +ATOM 7330 CG LEU B 456 86.157 -25.169 43.432 1.00 55.53 C +ANISOU 7330 CG LEU B 456 7966 7081 6050 763 -1750 37 C +ATOM 7331 CD1 LEU B 456 86.991 -25.878 44.486 1.00 41.25 C +ANISOU 7331 CD1 LEU B 456 6360 5237 4076 877 -2014 74 C +ATOM 7332 CD2 LEU B 456 86.185 -25.940 42.122 1.00 51.24 C +ANISOU 7332 CD2 LEU B 456 7168 6517 5784 669 -1641 115 C +ATOM 7333 N PHE B 457 82.107 -24.104 45.822 1.00 48.99 N +ANISOU 7333 N PHE B 457 7752 6528 4332 931 -940 124 N +ATOM 7334 CA PHE B 457 80.835 -23.407 45.719 1.00 57.39 C +ANISOU 7334 CA PHE B 457 8754 7688 5364 953 -644 85 C +ATOM 7335 C PHE B 457 80.704 -22.333 46.790 1.00 56.30 C +ANISOU 7335 C PHE B 457 8876 7577 4938 1110 -657 -76 C +ATOM 7336 O PHE B 457 81.324 -22.400 47.854 1.00 52.57 O +ANISOU 7336 O PHE B 457 8700 7085 4191 1198 -832 -109 O +ATOM 7337 CB PHE B 457 79.678 -24.401 45.840 1.00 61.80 C +ANISOU 7337 CB PHE B 457 9292 8339 5852 891 -312 278 C +ATOM 7338 CG PHE B 457 79.629 -25.421 44.733 1.00 56.67 C +ANISOU 7338 CG PHE B 457 8391 7649 5493 731 -283 407 C +ATOM 7339 CD1 PHE B 457 80.265 -25.190 43.522 1.00 54.32 C +ANISOU 7339 CD1 PHE B 457 7856 7284 5498 671 -455 332 C +ATOM 7340 CD2 PHE B 457 78.942 -26.611 44.906 1.00 42.45 C +ANISOU 7340 CD2 PHE B 457 6608 5866 3655 633 -72 599 C +ATOM 7341 CE1 PHE B 457 80.217 -26.125 42.509 1.00 40.67 C +ANISOU 7341 CE1 PHE B 457 5930 5521 4003 543 -430 423 C +ATOM 7342 CE2 PHE B 457 78.891 -27.550 43.894 1.00 40.90 C +ANISOU 7342 CE2 PHE B 457 6205 5607 3726 485 -64 688 C +ATOM 7343 CZ PHE B 457 79.529 -27.306 42.694 1.00 38.27 C +ANISOU 7343 CZ PHE B 457 5652 5221 3668 453 -250 588 C +ATOM 7344 N GLY B 458 79.880 -21.331 46.489 1.00 61.23 N +ANISOU 7344 N GLY B 458 9401 8241 5621 1163 -487 -187 N +ATOM 7345 CA GLY B 458 79.617 -20.245 47.411 1.00 57.31 C +ANISOU 7345 CA GLY B 458 9145 7758 4873 1332 -463 -367 C +ATOM 7346 C GLY B 458 78.142 -20.082 47.712 1.00 71.71 C +ANISOU 7346 C GLY B 458 10950 9731 6567 1426 -64 -345 C +ATOM 7347 O GLY B 458 77.773 -19.581 48.778 1.00 87.46 O +ANISOU 7347 O GLY B 458 13209 11781 8240 1587 45 -448 O +ATOM 7348 N THR B 459 77.288 -20.501 46.783 1.00 78.18 N +ANISOU 7348 N THR B 459 11448 10625 7632 1334 153 -225 N +ATOM 7349 CA THR B 459 75.845 -20.388 46.934 1.00 82.46 C +ANISOU 7349 CA THR B 459 11873 11329 8131 1407 533 -204 C +ATOM 7350 C THR B 459 75.245 -21.741 47.296 1.00 83.31 C +ANISOU 7350 C THR B 459 11958 11554 8142 1287 794 25 C +ATOM 7351 O THR B 459 75.806 -22.794 46.986 1.00 80.19 O +ANISOU 7351 O THR B 459 11542 11092 7833 1125 676 178 O +ATOM 7352 CB THR B 459 75.199 -19.873 45.645 1.00 82.18 C +ANISOU 7352 CB THR B 459 11470 11304 8451 1393 580 -239 C +ATOM 7353 OG1 THR B 459 75.932 -18.743 45.155 1.00 78.37 O +ANISOU 7353 OG1 THR B 459 11022 10659 8094 1456 311 -403 O +ATOM 7354 CG2 THR B 459 73.750 -19.461 45.891 1.00 82.51 C +ANISOU 7354 CG2 THR B 459 11375 11514 8459 1532 931 -279 C +ATOM 7355 N SER B 460 74.094 -21.699 47.963 1.00 87.42 N +ANISOU 7355 N SER B 460 12482 12238 8494 1367 1166 44 N +ATOM 7356 CA SER B 460 73.339 -22.912 48.234 1.00 84.46 C +ANISOU 7356 CA SER B 460 12037 11973 8078 1220 1480 271 C +ATOM 7357 C SER B 460 72.769 -23.482 46.940 1.00 83.21 C +ANISOU 7357 C SER B 460 11438 11835 8342 1031 1525 360 C +ATOM 7358 O SER B 460 72.493 -22.756 45.982 1.00 86.85 O +ANISOU 7358 O SER B 460 11625 12304 9071 1077 1442 238 O +ATOM 7359 CB SER B 460 72.202 -22.627 49.215 1.00 92.33 C +ANISOU 7359 CB SER B 460 13099 13162 8819 1350 1911 256 C +ATOM 7360 OG SER B 460 72.699 -22.189 50.468 1.00100.23 O +ANISOU 7360 OG SER B 460 14559 14153 9371 1530 1878 171 O +ATOM 7361 N GLY B 461 72.595 -24.802 46.920 1.00 73.98 N +ANISOU 7361 N GLY B 461 10230 10658 7221 821 1642 576 N +ATOM 7362 CA GLY B 461 71.958 -25.468 45.806 1.00 62.40 C +ANISOU 7362 CA GLY B 461 8368 9212 6128 623 1700 653 C +ATOM 7363 C GLY B 461 72.852 -25.763 44.623 1.00 58.11 C +ANISOU 7363 C GLY B 461 7724 8510 5845 524 1342 637 C +ATOM 7364 O GLY B 461 72.428 -26.498 43.722 1.00 65.27 O +ANISOU 7364 O GLY B 461 8362 9411 7028 345 1359 704 O +ATOM 7365 N GLN B 462 74.066 -25.219 44.581 1.00 54.36 N +ANISOU 7365 N GLN B 462 7444 7911 5300 628 1024 539 N +ATOM 7366 CA GLN B 462 74.986 -25.569 43.510 1.00 56.22 C +ANISOU 7366 CA GLN B 462 7589 8006 5766 534 725 535 C +ATOM 7367 C GLN B 462 75.233 -27.073 43.511 1.00 48.94 C +ANISOU 7367 C GLN B 462 6726 6989 4881 354 727 720 C +ATOM 7368 O GLN B 462 75.256 -27.723 44.560 1.00 45.43 O +ANISOU 7368 O GLN B 462 6535 6524 4204 339 841 855 O +ATOM 7369 CB GLN B 462 76.309 -24.817 43.663 1.00 58.26 C +ANISOU 7369 CB GLN B 462 8050 8150 5936 655 414 413 C +ATOM 7370 CG GLN B 462 76.222 -23.336 43.332 1.00 63.26 C +ANISOU 7370 CG GLN B 462 8611 8803 6622 798 351 225 C +ATOM 7371 CD GLN B 462 77.554 -22.627 43.473 1.00 58.79 C +ANISOU 7371 CD GLN B 462 8225 8101 6011 867 44 105 C +ATOM 7372 OE1 GLN B 462 77.873 -22.088 44.532 1.00 53.39 O +ANISOU 7372 OE1 GLN B 462 7803 7403 5079 987 -6 21 O +ATOM 7373 NE2 GLN B 462 78.338 -22.620 42.401 1.00 51.27 N +ANISOU 7373 NE2 GLN B 462 7127 7053 5298 786 -161 87 N +ATOM 7374 N LYS B 463 75.415 -27.627 42.316 1.00 42.50 N +ANISOU 7374 N LYS B 463 5700 6101 4346 227 601 726 N +ATOM 7375 CA LYS B 463 75.542 -29.068 42.159 1.00 57.70 C +ANISOU 7375 CA LYS B 463 7658 7907 6358 54 605 879 C +ATOM 7376 C LYS B 463 76.198 -29.347 40.816 1.00 53.52 C +ANISOU 7376 C LYS B 463 6967 7278 6089 -3 368 809 C +ATOM 7377 O LYS B 463 76.350 -28.454 39.980 1.00 54.65 O +ANISOU 7377 O LYS B 463 6951 7469 6343 64 254 670 O +ATOM 7378 CB LYS B 463 74.180 -29.756 42.268 1.00 66.13 C +ANISOU 7378 CB LYS B 463 8569 9053 7504 -116 921 992 C +ATOM 7379 CG LYS B 463 73.172 -29.264 41.250 1.00 64.45 C +ANISOU 7379 CG LYS B 463 7964 8980 7543 -159 989 879 C +ATOM 7380 CD LYS B 463 71.843 -29.970 41.410 1.00 80.94 C +ANISOU 7380 CD LYS B 463 9852 11156 9746 -348 1294 981 C +ATOM 7381 CE LYS B 463 70.942 -29.718 40.218 1.00 89.31 C +ANISOU 7381 CE LYS B 463 10493 12332 11107 -411 1273 863 C +ATOM 7382 NZ LYS B 463 69.768 -30.629 40.219 1.00 97.50 N +ANISOU 7382 NZ LYS B 463 11290 13420 12333 -656 1514 953 N +ATOM 7383 N THR B 464 76.580 -30.607 40.616 1.00 58.64 N +ANISOU 7383 N THR B 464 7684 7775 6822 -121 309 911 N +ATOM 7384 CA THR B 464 77.401 -30.986 39.480 1.00 61.72 C +ANISOU 7384 CA THR B 464 7986 8053 7411 -143 87 840 C +ATOM 7385 C THR B 464 76.781 -32.155 38.727 1.00 56.92 C +ANISOU 7385 C THR B 464 7250 7364 7012 -337 153 888 C +ATOM 7386 O THR B 464 75.918 -32.874 39.239 1.00 58.81 O +ANISOU 7386 O THR B 464 7512 7585 7250 -478 350 1013 O +ATOM 7387 CB THR B 464 78.817 -31.364 39.923 1.00 57.25 C +ANISOU 7387 CB THR B 464 7654 7340 6761 -42 -129 868 C +ATOM 7388 OG1 THR B 464 78.825 -32.704 40.436 1.00 46.38 O +ANISOU 7388 OG1 THR B 464 6462 5805 5356 -122 -88 1034 O +ATOM 7389 CG2 THR B 464 79.338 -30.419 40.991 1.00 46.52 C +ANISOU 7389 CG2 THR B 464 6477 6040 5159 121 -196 840 C +ATOM 7390 N LYS B 465 77.241 -32.327 37.486 1.00 45.69 N +ANISOU 7390 N LYS B 465 5700 5889 5771 -351 -10 780 N +ATOM 7391 CA LYS B 465 76.880 -33.471 36.644 1.00 44.41 C +ANISOU 7391 CA LYS B 465 5452 5614 5809 -518 -15 779 C +ATOM 7392 C LYS B 465 78.147 -33.863 35.880 1.00 42.26 C +ANISOU 7392 C LYS B 465 5242 5205 5610 -437 -231 699 C +ATOM 7393 O LYS B 465 78.393 -33.389 34.768 1.00 33.48 O +ANISOU 7393 O LYS B 465 3985 4156 4579 -396 -325 561 O +ATOM 7394 CB LYS B 465 75.720 -33.141 35.713 1.00 53.15 C +ANISOU 7394 CB LYS B 465 6267 6866 7062 -619 46 683 C +ATOM 7395 CG LYS B 465 74.357 -33.224 36.394 1.00 74.18 C +ANISOU 7395 CG LYS B 465 8816 9631 9737 -751 288 770 C +ATOM 7396 CD LYS B 465 73.248 -32.580 35.577 1.00 88.12 C +ANISOU 7396 CD LYS B 465 10252 11592 11639 -783 315 654 C +ATOM 7397 CE LYS B 465 72.103 -32.141 36.479 1.00 83.04 C +ANISOU 7397 CE LYS B 465 9478 11118 10956 -807 575 720 C +ATOM 7398 NZ LYS B 465 70.903 -31.707 35.718 1.00 71.63 N +ANISOU 7398 NZ LYS B 465 7666 9859 9692 -847 594 613 N +ATOM 7399 N ILE B 466 78.958 -34.713 36.505 1.00 64.79 N +ANISOU 7399 N ILE B 466 8319 7874 8423 -398 -298 792 N +ATOM 7400 CA ILE B 466 80.174 -35.251 35.904 1.00 67.93 C +ANISOU 7400 CA ILE B 466 8770 8129 8911 -301 -483 722 C +ATOM 7401 C ILE B 466 79.850 -36.683 35.498 1.00 67.09 C +ANISOU 7401 C ILE B 466 8726 7809 8955 -438 -469 752 C +ATOM 7402 O ILE B 466 79.900 -37.597 36.326 1.00 74.57 O +ANISOU 7402 O ILE B 466 9890 8572 9872 -468 -446 904 O +ATOM 7403 CB ILE B 466 81.362 -35.205 36.871 1.00 58.75 C +ANISOU 7403 CB ILE B 466 7801 6899 7624 -126 -614 786 C +ATOM 7404 CG1 ILE B 466 81.701 -33.770 37.253 1.00 68.11 C +ANISOU 7404 CG1 ILE B 466 8930 8269 8681 -13 -652 726 C +ATOM 7405 CG2 ILE B 466 82.588 -35.860 36.252 1.00 55.23 C +ANISOU 7405 CG2 ILE B 466 7366 6307 7310 -12 -791 708 C +ATOM 7406 CD1 ILE B 466 80.872 -33.215 38.367 1.00 77.30 C +ANISOU 7406 CD1 ILE B 466 10189 9536 9646 -34 -511 821 C +ATOM 7407 N ILE B 467 79.514 -36.897 34.225 1.00 52.45 N +ANISOU 7407 N ILE B 467 6713 5961 7254 -519 -492 609 N +ATOM 7408 CA ILE B 467 79.055 -38.209 33.778 1.00 56.29 C +ANISOU 7408 CA ILE B 467 7252 6237 7901 -679 -487 603 C +ATOM 7409 C ILE B 467 79.430 -38.409 32.319 1.00 49.80 C +ANISOU 7409 C ILE B 467 6335 5395 7193 -643 -606 393 C +ATOM 7410 O ILE B 467 79.626 -37.455 31.569 1.00 51.56 O +ANISOU 7410 O ILE B 467 6407 5812 7370 -556 -641 273 O +ATOM 7411 CB ILE B 467 77.526 -38.388 33.957 1.00 56.71 C +ANISOU 7411 CB ILE B 467 7193 6336 8018 -929 -323 665 C +ATOM 7412 CG1 ILE B 467 76.764 -37.360 33.110 1.00 68.80 C +ANISOU 7412 CG1 ILE B 467 8436 8136 9569 -953 -314 525 C +ATOM 7413 CG2 ILE B 467 77.139 -38.291 35.433 1.00 42.45 C +ANISOU 7413 CG2 ILE B 467 5512 4545 6073 -966 -152 885 C +ATOM 7414 CD1 ILE B 467 75.254 -37.469 33.205 1.00 79.66 C +ANISOU 7414 CD1 ILE B 467 9622 9595 11049 -1182 -172 556 C +ATOM 7415 N SER B 468 79.518 -39.674 31.915 1.00 49.07 N +ANISOU 7415 N SER B 468 6360 5050 7236 -708 -660 350 N +ATOM 7416 CA SER B 468 79.700 -40.039 30.511 1.00 56.92 C +ANISOU 7416 CA SER B 468 7299 6004 8322 -694 -757 130 C +ATOM 7417 C SER B 468 81.042 -39.565 29.967 1.00 51.92 C +ANISOU 7417 C SER B 468 6656 5442 7629 -443 -833 21 C +ATOM 7418 O SER B 468 81.170 -39.255 28.780 1.00 59.20 O +ANISOU 7418 O SER B 468 7483 6472 8539 -398 -866 -153 O +ATOM 7419 CB SER B 468 78.556 -39.498 29.648 1.00 65.99 C +ANISOU 7419 CB SER B 468 8232 7353 9489 -841 -744 15 C +ATOM 7420 OG SER B 468 77.326 -40.106 30.000 1.00 74.11 O +ANISOU 7420 OG SER B 468 9222 8301 10636 -1098 -678 81 O +ATOM 7421 N ASN B 469 82.048 -39.501 30.828 1.00 55.17 N +ANISOU 7421 N ASN B 469 7161 5803 7998 -279 -861 124 N +ATOM 7422 CA ASN B 469 83.424 -39.337 30.401 1.00 58.24 C +ANISOU 7422 CA ASN B 469 7526 6207 8395 -51 -932 22 C +ATOM 7423 C ASN B 469 84.089 -40.713 30.448 1.00 69.36 C +ANISOU 7423 C ASN B 469 9116 7311 9926 48 -1013 0 C +ATOM 7424 O ASN B 469 83.406 -41.741 30.388 1.00 78.87 O +ANISOU 7424 O ASN B 469 10456 8294 11216 -88 -1013 9 O +ATOM 7425 CB ASN B 469 84.099 -38.278 31.281 1.00 48.09 C +ANISOU 7425 CB ASN B 469 6182 5080 7009 68 -947 120 C +ATOM 7426 CG ASN B 469 83.330 -36.972 31.296 1.00 55.34 C +ANISOU 7426 CG ASN B 469 6962 6248 7817 -27 -865 143 C +ATOM 7427 OD1 ASN B 469 83.164 -36.326 30.263 1.00 64.33 O +ANISOU 7427 OD1 ASN B 469 7966 7534 8942 -41 -833 29 O +ATOM 7428 ND2 ASN B 469 82.842 -36.583 32.467 1.00 47.61 N +ANISOU 7428 ND2 ASN B 469 6038 5310 6742 -75 -828 293 N +ATOM 7429 N ARG B 470 85.414 -40.758 30.547 1.00 73.26 N +ANISOU 7429 N ARG B 470 9605 7776 10454 285 -1089 -35 N +ATOM 7430 CA ARG B 470 86.049 -42.057 30.705 1.00 58.76 C +ANISOU 7430 CA ARG B 470 7950 5634 8741 421 -1181 -43 C +ATOM 7431 C ARG B 470 85.726 -42.623 32.084 1.00 62.95 C +ANISOU 7431 C ARG B 470 8707 5967 9242 374 -1225 198 C +ATOM 7432 O ARG B 470 85.596 -41.890 33.068 1.00 75.41 O +ANISOU 7432 O ARG B 470 10279 7684 10687 351 -1217 356 O +ATOM 7433 CB ARG B 470 87.563 -41.978 30.508 1.00 46.47 C +ANISOU 7433 CB ARG B 470 6292 4110 7255 712 -1256 -144 C +ATOM 7434 CG ARG B 470 88.175 -43.365 30.343 1.00 53.40 C +ANISOU 7434 CG ARG B 470 7337 4666 8285 888 -1344 -214 C +ATOM 7435 CD ARG B 470 89.513 -43.373 29.628 1.00 52.94 C +ANISOU 7435 CD ARG B 470 7113 4668 8334 1165 -1360 -405 C +ATOM 7436 NE ARG B 470 89.778 -44.695 29.063 1.00 68.82 N +ANISOU 7436 NE ARG B 470 9287 6376 10483 1302 -1394 -543 N +ATOM 7437 CZ ARG B 470 90.985 -45.167 28.765 1.00 71.57 C +ANISOU 7437 CZ ARG B 470 9570 6653 10969 1607 -1440 -678 C +ATOM 7438 NH1 ARG B 470 92.069 -44.435 28.984 1.00 68.82 N +ANISOU 7438 NH1 ARG B 470 8962 6526 10660 1789 -1461 -687 N +ATOM 7439 NH2 ARG B 470 91.106 -46.384 28.253 1.00 71.85 N +ANISOU 7439 NH2 ARG B 470 9790 6386 11125 1732 -1466 -815 N +ATOM 7440 N GLY B 471 85.585 -43.943 32.145 1.00 46.44 N +ANISOU 7440 N GLY B 471 6846 3537 7263 359 -1266 228 N +ATOM 7441 CA GLY B 471 85.143 -44.600 33.358 1.00 59.06 C +ANISOU 7441 CA GLY B 471 8708 4906 8824 276 -1274 482 C +ATOM 7442 C GLY B 471 86.285 -44.860 34.322 1.00 68.76 C +ANISOU 7442 C GLY B 471 10085 6020 10019 559 -1435 609 C +ATOM 7443 O GLY B 471 87.441 -44.986 33.929 1.00 68.60 O +ANISOU 7443 O GLY B 471 9985 5985 10093 826 -1557 472 O +ATOM 7444 N GLU B 472 85.942 -44.946 35.609 1.00 60.80 N +ANISOU 7444 N GLU B 472 9293 4940 8868 507 -1432 873 N +ATOM 7445 CA GLU B 472 86.968 -45.095 36.632 1.00 63.18 C +ANISOU 7445 CA GLU B 472 9756 5162 9087 783 -1622 1009 C +ATOM 7446 C GLU B 472 87.728 -46.407 36.505 1.00 74.46 C +ANISOU 7446 C GLU B 472 11392 6213 10686 1004 -1780 1000 C +ATOM 7447 O GLU B 472 88.854 -46.503 36.997 1.00 87.41 O +ANISOU 7447 O GLU B 472 13067 7818 12325 1314 -1990 1023 O +ATOM 7448 CB GLU B 472 86.353 -44.992 38.029 1.00 63.08 C +ANISOU 7448 CB GLU B 472 9997 5134 8835 680 -1571 1305 C +ATOM 7449 CG GLU B 472 87.327 -44.456 39.067 1.00 69.43 C +ANISOU 7449 CG GLU B 472 10860 6058 9461 946 -1776 1393 C +ATOM 7450 CD GLU B 472 87.019 -44.929 40.474 1.00 96.80 C +ANISOU 7450 CD GLU B 472 14735 9354 12690 947 -1792 1711 C +ATOM 7451 OE1 GLU B 472 85.944 -45.527 40.686 1.00107.03 O +ANISOU 7451 OE1 GLU B 472 16236 10475 13954 697 -1584 1882 O +ATOM 7452 OE2 GLU B 472 87.859 -44.700 41.371 1.00103.24 O +ANISOU 7452 OE2 GLU B 472 15667 10213 13344 1195 -2014 1791 O +ATOM 7453 N ASN B 473 87.150 -47.418 35.859 1.00 78.58 N +ANISOU 7453 N ASN B 473 12050 6442 11367 864 -1703 954 N +ATOM 7454 CA ASN B 473 87.851 -48.688 35.713 1.00 61.03 C +ANISOU 7454 CA ASN B 473 10053 3818 9318 1091 -1852 930 C +ATOM 7455 C ASN B 473 88.823 -48.647 34.539 1.00 71.69 C +ANISOU 7455 C ASN B 473 11145 5251 10844 1335 -1920 606 C +ATOM 7456 O ASN B 473 89.928 -49.198 34.624 1.00 80.53 O +ANISOU 7456 O ASN B 473 12314 6210 12072 1679 -2097 561 O +ATOM 7457 CB ASN B 473 86.837 -49.822 35.563 1.00 63.61 C +ANISOU 7457 CB ASN B 473 10664 3749 9754 826 -1748 1010 C +ATOM 7458 CG ASN B 473 86.009 -50.022 36.819 1.00 65.34 C +ANISOU 7458 CG ASN B 473 11175 3841 9810 612 -1655 1368 C +ATOM 7459 OD1 ASN B 473 85.956 -49.150 37.687 1.00 83.03 O +ANISOU 7459 OD1 ASN B 473 13372 6355 11819 612 -1628 1523 O +ATOM 7460 ND2 ASN B 473 85.359 -51.171 36.921 1.00 68.72 N +ANISOU 7460 ND2 ASN B 473 11915 3842 10355 423 -1594 1498 N +ATOM 7461 N SER B 474 88.441 -47.990 33.443 1.00 60.35 N +ANISOU 7461 N SER B 474 9430 4073 9427 1181 -1778 381 N +ATOM 7462 CA SER B 474 89.401 -47.731 32.376 1.00 62.91 C +ANISOU 7462 CA SER B 474 9488 4555 9860 1410 -1794 92 C +ATOM 7463 C SER B 474 90.499 -46.789 32.855 1.00 71.08 C +ANISOU 7463 C SER B 474 10277 5885 10846 1644 -1892 105 C +ATOM 7464 O SER B 474 91.686 -47.009 32.580 1.00 69.96 O +ANISOU 7464 O SER B 474 10008 5731 10841 1959 -1993 -31 O +ATOM 7465 CB SER B 474 88.688 -47.151 31.156 1.00 60.88 C +ANISOU 7465 CB SER B 474 9029 4525 9577 1183 -1620 -115 C +ATOM 7466 OG SER B 474 87.553 -47.925 30.809 1.00 82.64 O +ANISOU 7466 OG SER B 474 11983 7037 12380 918 -1559 -125 O +ATOM 7467 N CYS B 475 90.123 -45.744 33.597 1.00 71.86 N +ANISOU 7467 N CYS B 475 10296 6244 10765 1497 -1867 256 N +ATOM 7468 CA CYS B 475 91.112 -44.819 34.138 1.00 57.86 C +ANISOU 7468 CA CYS B 475 8304 4729 8949 1682 -1987 263 C +ATOM 7469 C CYS B 475 92.090 -45.542 35.054 1.00 82.32 C +ANISOU 7469 C CYS B 475 11557 7617 12104 2000 -2243 371 C +ATOM 7470 O CYS B 475 93.310 -45.449 34.879 1.00 84.94 O +ANISOU 7470 O CYS B 475 11664 8029 12579 2282 -2375 238 O +ATOM 7471 CB CYS B 475 90.408 -43.686 34.884 1.00 53.40 C +ANISOU 7471 CB CYS B 475 7711 4415 8164 1464 -1928 410 C +ATOM 7472 SG CYS B 475 89.382 -42.644 33.824 1.00 53.35 S +ANISOU 7472 SG CYS B 475 7477 4695 8099 1154 -1670 280 S +ATOM 7473 N LYS B 476 91.570 -46.274 36.042 1.00 57.98 N +ANISOU 7473 N LYS B 476 8854 4261 8913 1964 -2316 620 N +ATOM 7474 CA LYS B 476 92.442 -47.015 36.946 1.00 61.58 C +ANISOU 7474 CA LYS B 476 9518 4487 9393 2285 -2588 752 C +ATOM 7475 C LYS B 476 93.307 -48.010 36.184 1.00 79.07 C +ANISOU 7475 C LYS B 476 11677 6506 11860 2551 -2641 567 C +ATOM 7476 O LYS B 476 94.492 -48.178 36.493 1.00 84.29 O +ANISOU 7476 O LYS B 476 12193 7262 12571 2818 -2781 516 O +ATOM 7477 CB LYS B 476 91.613 -47.735 38.006 1.00 63.75 C +ANISOU 7477 CB LYS B 476 10268 4466 9490 2165 -2598 1072 C +ATOM 7478 CG LYS B 476 90.971 -46.814 39.033 1.00 62.25 C +ANISOU 7478 CG LYS B 476 10151 4506 8996 1972 -2545 1270 C +ATOM 7479 CD LYS B 476 90.102 -47.593 40.011 1.00 75.52 C +ANISOU 7479 CD LYS B 476 12312 5890 10493 1833 -2488 1598 C +ATOM 7480 CE LYS B 476 90.932 -48.545 40.855 1.00 69.34 C +ANISOU 7480 CE LYS B 476 11728 4962 9657 2083 -2640 1713 C +ATOM 7481 NZ LYS B 476 90.136 -49.188 41.932 1.00 74.63 N +ANISOU 7481 NZ LYS B 476 12825 5430 10101 1930 -2531 2041 N +ATOM 7482 N ALA B 477 92.733 -48.681 35.183 1.00 76.82 N +ANISOU 7482 N ALA B 477 11486 5985 11717 2451 -2503 442 N +ATOM 7483 CA ALA B 477 93.497 -49.674 34.437 1.00 67.14 C +ANISOU 7483 CA ALA B 477 10224 4598 10687 2682 -2501 245 C +ATOM 7484 C ALA B 477 94.629 -49.038 33.641 1.00 66.35 C +ANISOU 7484 C ALA B 477 9673 4813 10723 2904 -2488 -27 C +ATOM 7485 O ALA B 477 95.687 -49.656 33.475 1.00 72.98 O +ANISOU 7485 O ALA B 477 10411 5631 11689 3180 -2538 -136 O +ATOM 7486 CB ALA B 477 92.576 -50.459 33.506 1.00 67.51 C +ANISOU 7486 CB ALA B 477 10478 4340 10832 2495 -2355 137 C +ATOM 7487 N THR B 478 94.437 -47.817 33.145 1.00 68.00 N +ANISOU 7487 N THR B 478 9596 5334 10908 2772 -2391 -131 N +ATOM 7488 CA THR B 478 95.439 -47.164 32.313 1.00 67.35 C +ANISOU 7488 CA THR B 478 9077 5554 10960 2936 -2321 -380 C +ATOM 7489 C THR B 478 96.424 -46.318 33.111 1.00 62.21 C +ANISOU 7489 C THR B 478 8138 5206 10292 3047 -2462 -321 C +ATOM 7490 O THR B 478 97.280 -45.662 32.509 1.00 64.72 O +ANISOU 7490 O THR B 478 8058 5805 10727 3129 -2383 -501 O +ATOM 7491 CB THR B 478 94.758 -46.287 31.256 1.00 68.80 C +ANISOU 7491 CB THR B 478 9081 6015 11046 2634 -2040 -515 C +ATOM 7492 OG1 THR B 478 93.933 -45.306 31.897 1.00 71.52 O +ANISOU 7492 OG1 THR B 478 9441 6551 11181 2335 -2012 -333 O +ATOM 7493 CG2 THR B 478 93.908 -47.142 30.326 1.00 65.64 C +ANISOU 7493 CG2 THR B 478 8917 5377 10647 2507 -1897 -630 C +ATOM 7494 N GLY B 479 96.333 -46.316 34.439 1.00 62.95 N +ANISOU 7494 N GLY B 479 8428 5262 10229 3026 -2649 -80 N +ATOM 7495 CA GLY B 479 97.252 -45.550 35.255 1.00 63.51 C +ANISOU 7495 CA GLY B 479 8259 5609 10262 3106 -2807 -47 C +ATOM 7496 C GLY B 479 96.894 -44.094 35.427 1.00 71.59 C +ANISOU 7496 C GLY B 479 9100 6920 11180 2897 -2783 -32 C +ATOM 7497 O GLY B 479 97.725 -43.323 35.921 1.00 77.89 O +ANISOU 7497 O GLY B 479 9645 7968 11981 2932 -2894 -62 O +ATOM 7498 N GLN B 480 95.685 -43.690 35.042 1.00 67.09 N +ANISOU 7498 N GLN B 480 8366 6764 10362 514 -1803 -1054 N +ATOM 7499 CA GLN B 480 95.272 -42.292 35.129 1.00 60.39 C +ANISOU 7499 CA GLN B 480 7627 6210 9107 359 -1969 -940 C +ATOM 7500 C GLN B 480 94.507 -42.066 36.432 1.00 59.73 C +ANISOU 7500 C GLN B 480 7790 5996 8909 529 -2014 -565 C +ATOM 7501 O GLN B 480 93.290 -41.877 36.468 1.00 60.74 O +ANISOU 7501 O GLN B 480 8037 6036 9004 392 -1927 -465 O +ATOM 7502 CB GLN B 480 94.445 -41.910 33.908 1.00 59.06 C +ANISOU 7502 CB GLN B 480 7411 6197 8832 -31 -1900 -1126 C +ATOM 7503 CG GLN B 480 95.195 -42.111 32.604 1.00 69.11 C +ANISOU 7503 CG GLN B 480 8468 7666 10125 -261 -1824 -1521 C +ATOM 7504 CD GLN B 480 94.464 -41.542 31.407 1.00 75.76 C +ANISOU 7504 CD GLN B 480 9276 8778 10732 -684 -1831 -1642 C +ATOM 7505 OE1 GLN B 480 93.405 -40.930 31.542 1.00 93.55 O +ANISOU 7505 OE1 GLN B 480 11634 11047 12866 -786 -1924 -1411 O +ATOM 7506 NE2 GLN B 480 95.031 -41.739 30.223 1.00 71.92 N +ANISOU 7506 NE2 GLN B 480 8628 8514 10182 -950 -1734 -2001 N +ATOM 7507 N VAL B 481 95.273 -42.098 37.521 1.00 70.38 N +ANISOU 7507 N VAL B 481 9197 7346 10197 817 -2151 -369 N +ATOM 7508 CA VAL B 481 94.771 -41.852 38.864 1.00 65.83 C +ANISOU 7508 CA VAL B 481 8866 6728 9421 965 -2197 -34 C +ATOM 7509 C VAL B 481 95.615 -40.744 39.481 1.00 60.76 C +ANISOU 7509 C VAL B 481 8211 6413 8461 1025 -2445 -21 C +ATOM 7510 O VAL B 481 96.622 -40.313 38.919 1.00 80.32 O +ANISOU 7510 O VAL B 481 10486 9093 10941 998 -2575 -236 O +ATOM 7511 CB VAL B 481 94.804 -43.121 39.741 1.00 80.14 C +ANISOU 7511 CB VAL B 481 10788 8232 11428 1249 -2127 254 C +ATOM 7512 CG1 VAL B 481 93.902 -44.194 39.149 1.00 80.62 C +ANISOU 7512 CG1 VAL B 481 10837 7929 11866 1173 -1838 203 C +ATOM 7513 CG2 VAL B 481 96.230 -43.642 39.872 1.00 93.74 C +ANISOU 7513 CG2 VAL B 481 12330 9970 13316 1495 -2300 256 C +ATOM 7514 N CYS B 482 95.192 -40.283 40.653 1.00 61.04 N +ANISOU 7514 N CYS B 482 8457 6507 8231 1083 -2482 199 N +ATOM 7515 CA CYS B 482 95.908 -39.207 41.319 1.00 62.48 C +ANISOU 7515 CA CYS B 482 8621 7012 8106 1109 -2697 163 C +ATOM 7516 C CYS B 482 97.267 -39.687 41.818 1.00 68.11 C +ANISOU 7516 C CYS B 482 9242 7830 8808 1378 -2939 227 C +ATOM 7517 O CYS B 482 97.454 -40.858 42.161 1.00 66.70 O +ANISOU 7517 O CYS B 482 9104 7444 8794 1594 -2943 450 O +ATOM 7518 CB CYS B 482 95.081 -38.655 42.479 1.00 67.64 C +ANISOU 7518 CB CYS B 482 9518 7712 8469 1064 -2630 324 C +ATOM 7519 SG CYS B 482 93.581 -37.803 41.951 1.00 66.48 S +ANISOU 7519 SG CYS B 482 9389 7443 8427 742 -2386 219 S +ATOM 7520 N HIS B 483 98.222 -38.761 41.849 1.00 75.05 N +ANISOU 7520 N HIS B 483 9960 9007 9547 1366 -3147 40 N +ATOM 7521 CA HIS B 483 99.598 -39.099 42.178 1.00 66.46 C +ANISOU 7521 CA HIS B 483 8706 8033 8513 1602 -3413 47 C +ATOM 7522 C HIS B 483 99.718 -39.550 43.631 1.00 70.17 C +ANISOU 7522 C HIS B 483 9372 8569 8723 1826 -3597 407 C +ATOM 7523 O HIS B 483 98.930 -39.162 44.496 1.00 70.32 O +ANISOU 7523 O HIS B 483 9648 8682 8389 1747 -3536 550 O +ATOM 7524 CB HIS B 483 100.507 -37.896 41.912 1.00 73.04 C +ANISOU 7524 CB HIS B 483 9315 9174 9261 1506 -3573 -263 C +ATOM 7525 CG HIS B 483 101.967 -38.228 41.900 1.00 75.20 C +ANISOU 7525 CG HIS B 483 9325 9524 9723 1712 -3816 -351 C +ATOM 7526 ND1 HIS B 483 102.766 -38.103 43.015 1.00 71.18 N +ANISOU 7526 ND1 HIS B 483 8792 9236 9015 1905 -4139 -236 N +ATOM 7527 CD2 HIS B 483 102.774 -38.675 40.908 1.00 79.56 C +ANISOU 7527 CD2 HIS B 483 9602 9963 10665 1737 -3781 -565 C +ATOM 7528 CE1 HIS B 483 104.001 -38.461 42.713 1.00 73.29 C +ANISOU 7528 CE1 HIS B 483 8759 9494 9593 2066 -4317 -351 C +ATOM 7529 NE2 HIS B 483 104.033 -38.812 41.440 1.00 71.60 N +ANISOU 7529 NE2 HIS B 483 8386 9063 9757 1966 -4076 -569 N +ATOM 7530 N ALA B 484 100.722 -40.390 43.895 1.00 79.78 N +ANISOU 7530 N ALA B 484 10449 9735 10129 2095 -3820 565 N +ATOM 7531 CA ALA B 484 100.913 -40.942 45.233 1.00 78.23 C +ANISOU 7531 CA ALA B 484 10422 9613 9687 2317 -4049 998 C +ATOM 7532 C ALA B 484 100.867 -39.857 46.302 1.00 78.86 C +ANISOU 7532 C ALA B 484 10672 10130 9161 2210 -4212 983 C +ATOM 7533 O ALA B 484 100.366 -40.083 47.407 1.00 81.60 O +ANISOU 7533 O ALA B 484 11310 10572 9121 2235 -4235 1314 O +ATOM 7534 CB ALA B 484 102.240 -41.695 45.299 1.00 96.19 C +ANISOU 7534 CB ALA B 484 12415 11834 12298 2610 -4358 1122 C +ATOM 7535 N LEU B 485 101.388 -38.673 45.987 1.00 79.11 N +ANISOU 7535 N LEU B 485 10517 10432 9110 2067 -4296 581 N +ATOM 7536 CA LEU B 485 101.341 -37.551 46.914 1.00 88.94 C +ANISOU 7536 CA LEU B 485 11868 12077 9850 1921 -4398 453 C +ATOM 7537 C LEU B 485 99.988 -36.859 46.900 1.00 94.50 C +ANISOU 7537 C LEU B 485 12786 12720 10401 1642 -4034 339 C +ATOM 7538 O LEU B 485 99.824 -35.836 47.580 1.00103.84 O +ANISOU 7538 O LEU B 485 14028 14186 11241 1470 -4027 149 O +ATOM 7539 CB LEU B 485 102.447 -36.543 46.578 1.00 84.92 C +ANISOU 7539 CB LEU B 485 11027 11831 9409 1875 -4601 45 C +ATOM 7540 CG LEU B 485 103.746 -37.185 46.081 1.00 86.62 C +ANISOU 7540 CG LEU B 485 10919 11973 10018 2114 -4858 37 C +ATOM 7541 CD1 LEU B 485 104.805 -36.157 45.721 1.00 91.53 C +ANISOU 7541 CD1 LEU B 485 11203 12831 10744 2047 -5011 -394 C +ATOM 7542 CD2 LEU B 485 104.273 -38.157 47.096 1.00 84.05 C +ANISOU 7542 CD2 LEU B 485 10652 11713 9569 2395 -5201 468 C +ATOM 7543 N CYS B 486 99.023 -37.391 46.149 1.00 98.64 N +ANISOU 7543 N CYS B 486 13394 12873 11213 1583 -3729 420 N +ATOM 7544 CA CYS B 486 97.678 -36.829 46.064 1.00110.93 C +ANISOU 7544 CA CYS B 486 15109 14306 12733 1332 -3391 339 C +ATOM 7545 C CYS B 486 96.679 -37.647 46.856 1.00145.93 C +ANISOU 7545 C CYS B 486 19876 18569 17001 1361 -3201 686 C +ATOM 7546 O CYS B 486 95.537 -37.859 46.440 1.00153.03 O +ANISOU 7546 O CYS B 486 20872 19170 18104 1242 -2893 717 O +ATOM 7547 CB CYS B 486 97.253 -36.695 44.603 1.00 96.66 C +ANISOU 7547 CB CYS B 486 13126 12244 11359 1196 -3201 155 C +ATOM 7548 SG CYS B 486 98.258 -35.460 43.781 1.00 62.95 S +ANISOU 7548 SG CYS B 486 8503 8203 7213 1081 -3348 -240 S +ATOM 7549 N SER B 487 97.109 -38.098 48.030 1.00165.86 N +ANISOU 7549 N SER B 487 22575 21301 19144 1507 -3392 965 N +ATOM 7550 CA SER B 487 96.178 -38.651 48.999 1.00174.28 C +ANISOU 7550 CA SER B 487 23996 22296 19925 1479 -3193 1294 C +ATOM 7551 C SER B 487 95.091 -37.668 49.422 1.00152.55 C +ANISOU 7551 C SER B 487 21395 19608 16960 1171 -2870 1058 C +ATOM 7552 O SER B 487 93.984 -38.139 49.734 1.00151.60 O +ANISOU 7552 O SER B 487 21514 19248 16838 1095 -2551 1243 O +ATOM 7553 CB SER B 487 96.961 -39.121 50.227 1.00190.79 C +ANISOU 7553 CB SER B 487 26237 24712 21544 1649 -3518 1646 C +ATOM 7554 OG SER B 487 97.549 -38.007 50.864 1.00197.32 O +ANISOU 7554 OG SER B 487 27011 26028 21933 1521 -3722 1360 O +ATOM 7555 N PRO B 488 95.310 -36.347 49.485 1.00115.38 N +ANISOU 7555 N PRO B 488 16540 15168 12129 982 -2899 652 N +ATOM 7556 CA PRO B 488 94.176 -35.466 49.769 1.00104.32 C +ANISOU 7556 CA PRO B 488 15222 13712 10701 686 -2529 408 C +ATOM 7557 C PRO B 488 93.158 -35.566 48.651 1.00112.04 C +ANISOU 7557 C PRO B 488 16104 14227 12241 607 -2251 376 C +ATOM 7558 O PRO B 488 93.498 -35.825 47.495 1.00123.08 O +ANISOU 7558 O PRO B 488 17293 15459 14015 703 -2367 367 O +ATOM 7559 CB PRO B 488 94.808 -34.077 49.841 1.00 93.89 C +ANISOU 7559 CB PRO B 488 13661 12709 9303 535 -2646 -36 C +ATOM 7560 CG PRO B 488 95.994 -34.174 49.004 1.00 86.25 C +ANISOU 7560 CG PRO B 488 12422 11796 8552 725 -2988 -68 C +ATOM 7561 CD PRO B 488 96.533 -35.543 49.274 1.00 95.52 C +ANISOU 7561 CD PRO B 488 13740 12965 9587 1010 -3219 359 C +ATOM 7562 N GLU B 489 91.897 -35.353 49.009 1.00106.63 N +ANISOU 7562 N GLU B 489 15562 13349 11604 408 -1876 339 N +ATOM 7563 CA GLU B 489 90.819 -35.505 48.043 1.00 96.66 C +ANISOU 7563 CA GLU B 489 14208 11648 10872 324 -1630 338 C +ATOM 7564 C GLU B 489 91.111 -34.695 46.793 1.00 85.45 C +ANISOU 7564 C GLU B 489 12432 10189 9846 258 -1765 101 C +ATOM 7565 O GLU B 489 91.194 -33.465 46.851 1.00 79.20 O +ANISOU 7565 O GLU B 489 11466 9526 9102 93 -1750 -181 O +ATOM 7566 CB GLU B 489 89.496 -35.032 48.646 1.00 97.57 C +ANISOU 7566 CB GLU B 489 14436 11588 11049 77 -1213 226 C +ATOM 7567 CG GLU B 489 89.151 -35.595 50.001 1.00110.86 C +ANISOU 7567 CG GLU B 489 16489 13370 12261 57 -1011 412 C +ATOM 7568 CD GLU B 489 87.889 -34.981 50.555 1.00109.72 C +ANISOU 7568 CD GLU B 489 16408 13055 12227 -232 -548 201 C +ATOM 7569 OE1 GLU B 489 87.695 -33.760 50.378 1.00107.28 O +ANISOU 7569 OE1 GLU B 489 15852 12750 12158 -428 -461 -172 O +ATOM 7570 OE2 GLU B 489 87.087 -35.717 51.166 1.00112.62 O +ANISOU 7570 OE2 GLU B 489 17046 13249 12494 -268 -246 404 O +ATOM 7571 N GLY B 490 91.237 -35.379 45.667 1.00 81.52 N +ANISOU 7571 N GLY B 490 11823 9510 9643 361 -1867 208 N +ATOM 7572 CA GLY B 490 91.241 -34.699 44.383 1.00 69.39 C +ANISOU 7572 CA GLY B 490 9987 7910 8470 241 -1938 41 C +ATOM 7573 C GLY B 490 92.622 -34.492 43.787 1.00 57.59 C +ANISOU 7573 C GLY B 490 8296 6665 6920 340 -2241 -64 C +ATOM 7574 O GLY B 490 93.654 -34.516 44.461 1.00 62.02 O +ANISOU 7574 O GLY B 490 8891 7490 7185 482 -2428 -86 O +ATOM 7575 N CYS B 491 92.612 -34.257 42.471 1.00 55.16 N +ANISOU 7575 N CYS B 491 7767 6282 6908 240 -2288 -132 N +ATOM 7576 CA CYS B 491 93.776 -33.904 41.683 1.00 59.03 C +ANISOU 7576 CA CYS B 491 8035 6975 7419 260 -2503 -269 C +ATOM 7577 C CYS B 491 93.282 -33.567 40.285 1.00 56.05 C +ANISOU 7577 C CYS B 491 7470 6491 7337 54 -2472 -289 C +ATOM 7578 O CYS B 491 92.414 -34.260 39.745 1.00 52.48 O +ANISOU 7578 O CYS B 491 7073 5832 7035 -3 -2368 -181 O +ATOM 7579 CB CYS B 491 94.794 -35.043 41.620 1.00 55.70 C +ANISOU 7579 CB CYS B 491 7647 6615 6900 498 -2656 -214 C +ATOM 7580 SG CYS B 491 94.256 -36.432 40.617 1.00 55.27 S +ANISOU 7580 SG CYS B 491 7625 6275 7100 517 -2536 -105 S +ATOM 7581 N TRP B 492 93.821 -32.502 39.707 1.00 61.46 N +ANISOU 7581 N TRP B 492 7925 7328 8098 -74 -2567 -413 N +ATOM 7582 CA TRP B 492 93.402 -32.069 38.382 1.00 53.02 C +ANISOU 7582 CA TRP B 492 6676 6216 7253 -300 -2573 -370 C +ATOM 7583 C TRP B 492 94.179 -32.748 37.268 1.00 49.74 C +ANISOU 7583 C TRP B 492 6193 5928 6779 -304 -2664 -426 C +ATOM 7584 O TRP B 492 94.066 -32.332 36.111 1.00 49.17 O +ANISOU 7584 O TRP B 492 5969 5920 6791 -522 -2697 -401 O +ATOM 7585 CB TRP B 492 93.540 -30.553 38.260 1.00 57.57 C +ANISOU 7585 CB TRP B 492 7023 6860 7991 -462 -2598 -426 C +ATOM 7586 CG TRP B 492 92.678 -29.822 39.221 1.00 58.25 C +ANISOU 7586 CG TRP B 492 7118 6782 8233 -516 -2452 -431 C +ATOM 7587 CD1 TRP B 492 93.052 -29.304 40.423 1.00 51.10 C +ANISOU 7587 CD1 TRP B 492 6240 5961 7214 -446 -2400 -610 C +ATOM 7588 CD2 TRP B 492 91.285 -29.529 39.071 1.00 55.72 C +ANISOU 7588 CD2 TRP B 492 6753 6186 8233 -674 -2321 -289 C +ATOM 7589 NE1 TRP B 492 91.979 -28.699 41.032 1.00 62.92 N +ANISOU 7589 NE1 TRP B 492 7719 7245 8941 -569 -2197 -624 N +ATOM 7590 CE2 TRP B 492 90.881 -28.825 40.222 1.00 61.37 C +ANISOU 7590 CE2 TRP B 492 7465 6799 9054 -696 -2146 -417 C +ATOM 7591 CE3 TRP B 492 90.340 -29.792 38.074 1.00 58.57 C +ANISOU 7591 CE3 TRP B 492 7054 6387 8814 -817 -2339 -88 C +ATOM 7592 CZ2 TRP B 492 89.574 -28.379 40.404 1.00 51.39 C +ANISOU 7592 CZ2 TRP B 492 6122 5228 8178 -842 -1959 -356 C +ATOM 7593 CZ3 TRP B 492 89.042 -29.348 38.256 1.00 57.62 C +ANISOU 7593 CZ3 TRP B 492 6850 5975 9070 -944 -2208 12 C +ATOM 7594 CH2 TRP B 492 88.671 -28.650 39.412 1.00 55.44 C +ANISOU 7594 CH2 TRP B 492 6554 5551 8961 -949 -2004 -125 C +ATOM 7595 N GLY B 493 94.957 -33.781 37.580 1.00 58.77 N +ANISOU 7595 N GLY B 493 7428 7106 7797 -86 -2696 -494 N +ATOM 7596 CA GLY B 493 95.710 -34.465 36.563 1.00 54.13 C +ANISOU 7596 CA GLY B 493 6743 6602 7220 -103 -2724 -616 C +ATOM 7597 C GLY B 493 96.664 -35.509 37.101 1.00 57.40 C +ANISOU 7597 C GLY B 493 7200 7002 7607 177 -2767 -684 C +ATOM 7598 O GLY B 493 96.658 -35.855 38.288 1.00 62.08 O +ANISOU 7598 O GLY B 493 7939 7526 8121 395 -2801 -567 O +ATOM 7599 N PRO B 494 97.514 -36.032 36.214 1.00 54.18 N +ANISOU 7599 N PRO B 494 6648 6660 7279 158 -2762 -866 N +ATOM 7600 CA PRO B 494 98.446 -37.089 36.629 1.00 61.17 C +ANISOU 7600 CA PRO B 494 7504 7469 8268 430 -2802 -925 C +ATOM 7601 C PRO B 494 99.561 -36.595 37.531 1.00 68.05 C +ANISOU 7601 C PRO B 494 8297 8497 9064 634 -3005 -954 C +ATOM 7602 O PRO B 494 100.052 -37.365 38.366 1.00 67.55 O +ANISOU 7602 O PRO B 494 8268 8354 9043 909 -3109 -853 O +ATOM 7603 CB PRO B 494 98.998 -37.600 35.292 1.00 58.21 C +ANISOU 7603 CB PRO B 494 6945 7125 8046 278 -2688 -1190 C +ATOM 7604 CG PRO B 494 98.897 -36.419 34.379 1.00 55.44 C +ANISOU 7604 CG PRO B 494 6504 7009 7554 -41 -2683 -1269 C +ATOM 7605 CD PRO B 494 97.649 -35.697 34.786 1.00 59.13 C +ANISOU 7605 CD PRO B 494 7118 7431 7917 -134 -2706 -1020 C +ATOM 7606 N GLU B 495 99.962 -35.335 37.404 1.00 75.52 N +ANISOU 7606 N GLU B 495 9119 9656 9918 503 -3075 -1071 N +ATOM 7607 CA GLU B 495 101.227 -34.900 37.970 1.00 86.33 C +ANISOU 7607 CA GLU B 495 10328 11198 11274 657 -3261 -1205 C +ATOM 7608 C GLU B 495 101.070 -34.415 39.407 1.00 86.83 C +ANISOU 7608 C GLU B 495 10522 11352 11120 790 -3408 -1082 C +ATOM 7609 O GLU B 495 99.959 -34.143 39.873 1.00 92.19 O +ANISOU 7609 O GLU B 495 11395 11966 11670 710 -3318 -930 O +ATOM 7610 CB GLU B 495 101.824 -33.783 37.115 1.00 85.46 C +ANISOU 7610 CB GLU B 495 9991 11266 11214 435 -3233 -1427 C +ATOM 7611 CG GLU B 495 102.051 -34.151 35.658 1.00 90.03 C +ANISOU 7611 CG GLU B 495 10449 11838 11920 237 -3069 -1580 C +ATOM 7612 CD GLU B 495 102.827 -35.444 35.481 1.00103.37 C +ANISOU 7612 CD GLU B 495 12047 13415 13814 413 -3046 -1720 C +ATOM 7613 OE1 GLU B 495 103.510 -35.877 36.434 1.00106.23 O +ANISOU 7613 OE1 GLU B 495 12366 13733 14262 711 -3219 -1691 O +ATOM 7614 OE2 GLU B 495 102.759 -36.026 34.378 1.00104.85 O +ANISOU 7614 OE2 GLU B 495 12184 13560 14094 239 -2855 -1863 O +ATOM 7615 N PRO B 496 102.187 -34.298 40.132 1.00 80.84 N +ANISOU 7615 N PRO B 496 9641 10759 10317 975 -3632 -1172 N +ATOM 7616 CA PRO B 496 102.119 -33.798 41.516 1.00 80.17 C +ANISOU 7616 CA PRO B 496 9672 10845 9946 1056 -3786 -1106 C +ATOM 7617 C PRO B 496 101.628 -32.367 41.638 1.00 69.80 C +ANISOU 7617 C PRO B 496 8329 9640 8552 819 -3685 -1252 C +ATOM 7618 O PRO B 496 101.016 -32.026 42.656 1.00 77.75 O +ANISOU 7618 O PRO B 496 9504 10712 9327 795 -3671 -1195 O +ATOM 7619 CB PRO B 496 103.571 -33.923 42.003 1.00 79.32 C +ANISOU 7619 CB PRO B 496 9355 10924 9860 1268 -4082 -1223 C +ATOM 7620 CG PRO B 496 104.200 -34.929 41.115 1.00 71.58 C +ANISOU 7620 CG PRO B 496 8218 9761 9218 1380 -4063 -1244 C +ATOM 7621 CD PRO B 496 103.528 -34.799 39.788 1.00 77.06 C +ANISOU 7621 CD PRO B 496 8912 10307 10060 1126 -3759 -1332 C +ATOM 7622 N ARG B 497 101.912 -31.502 40.663 1.00 62.67 N +ANISOU 7622 N ARG B 497 7200 8755 7857 630 -3598 -1445 N +ATOM 7623 CA ARG B 497 101.438 -30.126 40.761 1.00 61.01 C +ANISOU 7623 CA ARG B 497 6913 8583 7685 409 -3487 -1555 C +ATOM 7624 C ARG B 497 99.951 -30.028 40.452 1.00 62.99 C +ANISOU 7624 C ARG B 497 7324 8618 7992 238 -3272 -1354 C +ATOM 7625 O ARG B 497 99.271 -29.127 40.956 1.00 62.43 O +ANISOU 7625 O ARG B 497 7252 8513 7955 104 -3166 -1389 O +ATOM 7626 CB ARG B 497 102.237 -29.225 39.825 1.00 64.57 C +ANISOU 7626 CB ARG B 497 7056 9099 8379 263 -3458 -1763 C +ATOM 7627 CG ARG B 497 102.086 -29.568 38.360 1.00 61.62 C +ANISOU 7627 CG ARG B 497 6643 8614 8156 123 -3329 -1672 C +ATOM 7628 CD ARG B 497 102.997 -28.699 37.528 1.00 71.10 C +ANISOU 7628 CD ARG B 497 7555 9911 9551 -27 -3289 -1863 C +ATOM 7629 NE ARG B 497 102.848 -28.952 36.098 1.00 95.33 N +ANISOU 7629 NE ARG B 497 10600 12940 12681 -223 -3151 -1779 N +ATOM 7630 CZ ARG B 497 102.010 -28.296 35.304 1.00 95.15 C +ANISOU 7630 CZ ARG B 497 10575 12862 12717 -487 -3031 -1591 C +ATOM 7631 NH1 ARG B 497 101.234 -27.338 35.790 1.00 85.31 N +ANISOU 7631 NH1 ARG B 497 9314 11525 11576 -568 -3007 -1475 N +ATOM 7632 NH2 ARG B 497 101.947 -28.595 34.014 1.00100.87 N +ANISOU 7632 NH2 ARG B 497 11291 13626 13408 -689 -2935 -1520 N +ATOM 7633 N ASP B 498 99.430 -30.946 39.636 1.00 54.36 N +ANISOU 7633 N ASP B 498 6337 7364 6954 228 -3198 -1176 N +ATOM 7634 CA ASP B 498 97.993 -31.035 39.421 1.00 69.49 C +ANISOU 7634 CA ASP B 498 8402 9069 8931 92 -3032 -978 C +ATOM 7635 C ASP B 498 97.246 -31.400 40.695 1.00 59.87 C +ANISOU 7635 C ASP B 498 7431 7777 7541 196 -2980 -872 C +ATOM 7636 O ASP B 498 96.010 -31.395 40.694 1.00 59.67 O +ANISOU 7636 O ASP B 498 7514 7553 7604 84 -2817 -738 O +ATOM 7637 CB ASP B 498 97.706 -32.065 38.329 1.00 55.71 C +ANISOU 7637 CB ASP B 498 6706 7208 7255 61 -2979 -870 C +ATOM 7638 CG ASP B 498 98.470 -31.786 37.054 1.00 72.72 C +ANISOU 7638 CG ASP B 498 8644 9482 9503 -84 -2995 -994 C +ATOM 7639 OD1 ASP B 498 99.279 -30.835 37.044 1.00 84.06 O +ANISOU 7639 OD1 ASP B 498 9893 11064 10983 -128 -3049 -1138 O +ATOM 7640 OD2 ASP B 498 98.275 -32.521 36.064 1.00 86.08 O +ANISOU 7640 OD2 ASP B 498 10351 11133 11223 -175 -2930 -972 O +ATOM 7641 N CYS B 499 97.965 -31.720 41.767 1.00 56.14 N +ANISOU 7641 N CYS B 499 7040 7470 6822 393 -3119 -917 N +ATOM 7642 CA CYS B 499 97.344 -32.017 43.047 1.00 57.87 C +ANISOU 7642 CA CYS B 499 7514 7688 6786 458 -3066 -807 C +ATOM 7643 C CYS B 499 96.628 -30.793 43.601 1.00 60.62 C +ANISOU 7643 C CYS B 499 7832 8041 7161 245 -2896 -958 C +ATOM 7644 O CYS B 499 97.121 -29.665 43.511 1.00 76.16 O +ANISOU 7644 O CYS B 499 9564 10128 9244 132 -2921 -1198 O +ATOM 7645 CB CYS B 499 98.413 -32.482 44.030 1.00 78.03 C +ANISOU 7645 CB CYS B 499 10121 10496 9030 682 -3316 -807 C +ATOM 7646 SG CYS B 499 97.969 -33.877 45.015 1.00 98.78 S +ANISOU 7646 SG CYS B 499 13099 13053 11378 882 -3326 -446 S +ATOM 7647 N VAL B 500 95.467 -31.025 44.205 1.00 67.76 N +ANISOU 7647 N VAL B 500 8952 8786 8007 184 -2689 -839 N +ATOM 7648 CA VAL B 500 94.742 -29.936 44.850 1.00 79.14 C +ANISOU 7648 CA VAL B 500 10354 10197 9519 -27 -2473 -1025 C +ATOM 7649 C VAL B 500 95.412 -29.559 46.163 1.00 86.27 C +ANISOU 7649 C VAL B 500 11316 11442 10019 -11 -2548 -1244 C +ATOM 7650 O VAL B 500 95.623 -28.378 46.457 1.00 97.95 O +ANISOU 7650 O VAL B 500 12593 13031 11593 -169 -2488 -1563 O +ATOM 7651 CB VAL B 500 93.270 -30.322 45.071 1.00 73.11 C +ANISOU 7651 CB VAL B 500 9781 9136 8862 -119 -2189 -866 C +ATOM 7652 CG1 VAL B 500 92.548 -30.449 43.746 1.00 76.67 C +ANISOU 7652 CG1 VAL B 500 10105 9282 9743 -194 -2139 -705 C +ATOM 7653 CG2 VAL B 500 93.155 -31.611 45.850 1.00 86.94 C +ANISOU 7653 CG2 VAL B 500 11876 10920 10236 52 -2190 -637 C +ATOM 7654 N SER B 501 95.755 -30.556 46.972 1.00 89.02 N +ANISOU 7654 N SER B 501 11927 11971 9925 167 -2686 -1070 N +ATOM 7655 CA SER B 501 96.324 -30.351 48.294 1.00 76.64 C +ANISOU 7655 CA SER B 501 10466 10795 7861 166 -2799 -1217 C +ATOM 7656 C SER B 501 97.522 -31.279 48.435 1.00 79.99 C +ANISOU 7656 C SER B 501 10929 11448 8013 446 -3193 -1015 C +ATOM 7657 O SER B 501 97.793 -32.116 47.569 1.00101.02 O +ANISOU 7657 O SER B 501 13555 13920 10909 628 -3302 -788 O +ATOM 7658 CB SER B 501 95.281 -30.614 49.391 1.00 71.07 C +ANISOU 7658 CB SER B 501 10085 10086 6834 45 -2529 -1139 C +ATOM 7659 OG SER B 501 95.730 -30.226 50.675 1.00 83.69 O +ANISOU 7659 OG SER B 501 11780 12120 7900 -45 -2598 -1345 O +ATOM 7660 N HIS B 502 98.250 -31.126 49.536 1.00 85.53 N +ANISOU 7660 N HIS B 502 11683 12569 8247 466 -3409 -1116 N +ATOM 7661 CA HIS B 502 99.408 -31.965 49.808 1.00 77.25 C +ANISOU 7661 CA HIS B 502 10636 11752 6963 736 -3832 -896 C +ATOM 7662 C HIS B 502 99.452 -32.328 51.283 1.00 91.19 C +ANISOU 7662 C HIS B 502 12689 13900 8059 734 -3972 -734 C +ATOM 7663 O HIS B 502 99.097 -31.520 52.147 1.00 90.00 O +ANISOU 7663 O HIS B 502 12618 14012 7565 483 -3821 -1019 O +ATOM 7664 CB HIS B 502 100.719 -31.270 49.422 1.00 77.18 C +ANISOU 7664 CB HIS B 502 10253 11950 7124 781 -4112 -1217 C +ATOM 7665 CG HIS B 502 101.119 -31.472 47.994 1.00 82.86 C +ANISOU 7665 CG HIS B 502 10727 12367 8390 891 -4122 -1203 C +ATOM 7666 ND1 HIS B 502 101.940 -32.503 47.591 1.00 75.96 N +ANISOU 7666 ND1 HIS B 502 9782 11431 7648 1160 -4378 -972 N +ATOM 7667 CD2 HIS B 502 100.821 -30.770 46.876 1.00 80.09 C +ANISOU 7667 CD2 HIS B 502 10175 11772 8483 744 -3897 -1391 C +ATOM 7668 CE1 HIS B 502 102.125 -32.432 46.285 1.00 70.80 C +ANISOU 7668 CE1 HIS B 502 8911 10531 7458 1149 -4275 -1074 C +ATOM 7669 NE2 HIS B 502 101.457 -31.388 45.827 1.00 72.23 N +ANISOU 7669 NE2 HIS B 502 9025 10621 7796 897 -4004 -1297 N +ATOM 7670 N HIS B 503 99.883 -33.557 51.557 1.00 95.67 N +ANISOU 7670 N HIS B 503 13400 14494 8456 997 -4247 -270 N +ATOM 7671 CA HIS B 503 100.251 -33.994 52.895 1.00122.67 C +ANISOU 7671 CA HIS B 503 17048 18347 11213 1042 -4526 -15 C +ATOM 7672 C HIS B 503 101.646 -34.593 52.818 1.00135.02 C +ANISOU 7672 C HIS B 503 18393 20060 12847 1348 -5061 191 C +ATOM 7673 O HIS B 503 101.987 -35.272 51.844 1.00138.32 O +ANISOU 7673 O HIS B 503 18637 20112 13806 1577 -5118 355 O +ATOM 7674 CB HIS B 503 99.254 -35.014 53.462 1.00127.49 C +ANISOU 7674 CB HIS B 503 18076 18799 11564 1060 -4317 484 C +ATOM 7675 CG HIS B 503 97.846 -34.507 53.537 1.00132.83 C +ANISOU 7675 CG HIS B 503 18944 19279 12247 766 -3769 284 C +ATOM 7676 ND1 HIS B 503 97.531 -33.165 53.507 1.00136.26 N +ANISOU 7676 ND1 HIS B 503 19227 19798 12745 474 -3524 -283 N +ATOM 7677 CD2 HIS B 503 96.667 -35.166 53.640 1.00132.90 C +ANISOU 7677 CD2 HIS B 503 19244 18969 12282 720 -3404 570 C +ATOM 7678 CE1 HIS B 503 96.221 -33.019 53.588 1.00133.29 C +ANISOU 7678 CE1 HIS B 503 19029 19160 12454 265 -3045 -335 C +ATOM 7679 NE2 HIS B 503 95.673 -34.218 53.669 1.00133.24 N +ANISOU 7679 NE2 HIS B 503 19300 18917 12409 406 -2963 167 N +ATOM 7680 N HIS B 504 102.458 -34.332 53.836 1.00139.50 N +ANISOU 7680 N HIS B 504 18943 21170 12891 1333 -5451 152 N +ATOM 7681 CA HIS B 504 103.860 -34.716 53.786 1.00146.22 C +ANISOU 7681 CA HIS B 504 19458 22130 13969 1521 -5855 304 C +ATOM 7682 C HIS B 504 103.983 -36.208 54.062 1.00155.47 C +ANISOU 7682 C HIS B 504 20764 23156 15150 1805 -6063 1018 C +ATOM 7683 O HIS B 504 103.566 -36.685 55.122 1.00161.22 O +ANISOU 7683 O HIS B 504 21823 24126 15308 1757 -6122 1420 O +ATOM 7684 CB HIS B 504 104.670 -33.902 54.789 1.00153.97 C +ANISOU 7684 CB HIS B 504 20307 23652 14542 1270 -6053 57 C +ATOM 7685 CG HIS B 504 106.146 -33.968 54.562 1.00168.89 C +ANISOU 7685 CG HIS B 504 21768 25581 16820 1386 -6368 59 C +ATOM 7686 ND1 HIS B 504 107.042 -33.212 55.287 1.00175.99 N +ANISOU 7686 ND1 HIS B 504 22499 26874 17495 1178 -6586 -197 N +ATOM 7687 CD2 HIS B 504 106.884 -34.691 53.687 1.00171.26 C +ANISOU 7687 CD2 HIS B 504 21780 25554 17739 1681 -6485 247 C +ATOM 7688 CE1 HIS B 504 108.269 -33.470 54.871 1.00177.30 C +ANISOU 7688 CE1 HIS B 504 22281 26965 18120 1358 -6833 -139 C +ATOM 7689 NE2 HIS B 504 108.201 -34.364 53.902 1.00176.26 N +ANISOU 7689 NE2 HIS B 504 22064 26403 18503 1662 -6762 115 N +ATOM 7690 N HIS B 505 104.549 -36.937 53.101 1.00152.27 N +ANISOU 7690 N HIS B 505 20091 22347 15418 2081 -6138 1167 N +ATOM 7691 CA HIS B 505 104.694 -38.394 53.160 1.00145.32 C +ANISOU 7691 CA HIS B 505 19250 21197 14770 2383 -6286 1809 C +ATOM 7692 C HIS B 505 103.377 -39.075 52.798 1.00127.05 C +ANISOU 7692 C HIS B 505 17319 18429 12525 2457 -5994 2065 C +ATOM 7693 O HIS B 505 103.049 -39.226 51.620 1.00109.09 O +ANISOU 7693 O HIS B 505 14920 15692 10838 2486 -5700 1875 O +ATOM 7694 CB HIS B 505 105.162 -38.863 54.543 1.00150.70 C +ANISOU 7694 CB HIS B 505 20003 22330 14928 2385 -6601 2312 C +ATOM 7695 CG HIS B 505 106.407 -38.187 55.026 1.00151.92 C +ANISOU 7695 CG HIS B 505 19810 22959 14953 2268 -6923 2088 C +ATOM 7696 ND1 HIS B 505 106.386 -37.068 55.830 1.00155.45 N +ANISOU 7696 ND1 HIS B 505 20352 23916 14795 1906 -6953 1728 N +ATOM 7697 CD2 HIS B 505 107.714 -38.477 54.820 1.00157.83 C +ANISOU 7697 CD2 HIS B 505 20119 23712 16138 2450 -7220 2153 C +ATOM 7698 CE1 HIS B 505 107.625 -36.699 56.101 1.00160.57 C +ANISOU 7698 CE1 HIS B 505 20651 24848 15509 1855 -7277 1600 C +ATOM 7699 NE2 HIS B 505 108.450 -37.537 55.499 1.00162.65 N +ANISOU 7699 NE2 HIS B 505 20577 24830 16391 2195 -7443 1864 N +TER 7700 HIS B 505 +ATOM 7701 N GLU C 2 56.000 29.036 33.630 1.00132.63 N +ANISOU 7701 N GLU C 2 18716 19164 12512 -3004 4150 -2786 N +ATOM 7702 CA GLU C 2 55.330 27.788 33.970 1.00134.25 C +ANISOU 7702 CA GLU C 2 18620 19359 13030 -2736 3952 -3095 C +ATOM 7703 C GLU C 2 55.481 27.465 35.451 1.00130.43 C +ANISOU 7703 C GLU C 2 17641 18666 13251 -2488 3870 -3118 C +ATOM 7704 O GLU C 2 54.490 27.319 36.167 1.00125.66 O +ANISOU 7704 O GLU C 2 17029 17993 12724 -2250 3513 -3007 O +ATOM 7705 CB GLU C 2 55.883 26.641 33.121 1.00137.06 C +ANISOU 7705 CB GLU C 2 18751 19815 13510 -2837 4267 -3608 C +ATOM 7706 CG GLU C 2 55.313 26.583 31.712 1.00146.47 C +ANISOU 7706 CG GLU C 2 20428 21232 13992 -2986 4224 -3662 C +ATOM 7707 CD GLU C 2 53.811 26.380 31.702 1.00147.77 C +ANISOU 7707 CD GLU C 2 20839 21430 13877 -2750 3693 -3560 C +ATOM 7708 OE1 GLU C 2 53.304 25.641 32.571 1.00142.91 O +ANISOU 7708 OE1 GLU C 2 19867 20687 13746 -2489 3485 -3699 O +ATOM 7709 OE2 GLU C 2 53.138 26.967 30.828 1.00153.24 O +ANISOU 7709 OE2 GLU C 2 22078 22258 13887 -2827 3462 -3346 O +ATOM 7710 N GLU C 3 56.726 27.350 35.906 1.00132.69 N +ANISOU 7710 N GLU C 3 17512 18842 14061 -2545 4187 -3281 N +ATOM 7711 CA GLU C 3 56.981 27.076 37.312 1.00121.86 C +ANISOU 7711 CA GLU C 3 15682 17255 13364 -2304 4087 -3289 C +ATOM 7712 C GLU C 3 56.441 28.210 38.175 1.00102.43 C +ANISOU 7712 C GLU C 3 13447 14732 10742 -2234 3840 -2819 C +ATOM 7713 O GLU C 3 56.535 29.387 37.817 1.00 97.69 O +ANISOU 7713 O GLU C 3 13217 14183 9718 -2433 3877 -2500 O +ATOM 7714 CB GLU C 3 58.480 26.891 37.551 1.00130.36 C +ANISOU 7714 CB GLU C 3 16306 18218 15006 -2389 4417 -3542 C +ATOM 7715 N LYS C 4 55.861 27.845 39.315 1.00 87.91 N +ANISOU 7715 N LYS C 4 11392 12757 9254 -1958 3583 -2776 N +ATOM 7716 CA LYS C 4 55.215 28.806 40.191 1.00 87.65 C +ANISOU 7716 CA LYS C 4 11548 12630 9125 -1852 3266 -2332 C +ATOM 7717 C LYS C 4 56.246 29.573 41.013 1.00 87.42 C +ANISOU 7717 C LYS C 4 11308 12463 9445 -1896 3386 -2164 C +ATOM 7718 O LYS C 4 57.361 29.105 41.261 1.00 95.09 O +ANISOU 7718 O LYS C 4 11855 13381 10896 -1921 3673 -2458 O +ATOM 7719 CB LYS C 4 54.236 28.106 41.132 1.00 81.88 C +ANISOU 7719 CB LYS C 4 10636 11714 8762 -1504 2821 -2263 C +ATOM 7720 CG LYS C 4 53.187 27.249 40.441 1.00 89.02 C +ANISOU 7720 CG LYS C 4 11658 12713 9453 -1440 2671 -2477 C +ATOM 7721 CD LYS C 4 51.920 28.022 40.126 1.00 92.55 C +ANISOU 7721 CD LYS C 4 12540 13224 9402 -1417 2285 -2166 C +ATOM 7722 CE LYS C 4 50.703 27.129 40.294 1.00 97.38 C +ANISOU 7722 CE LYS C 4 13051 13770 10179 -1202 1957 -2297 C +ATOM 7723 NZ LYS C 4 49.439 27.863 40.066 1.00103.90 N +ANISOU 7723 NZ LYS C 4 14212 14627 10639 -1141 1531 -2042 N +ATOM 7724 N LYS C 5 55.853 30.769 41.442 1.00 85.05 N +ANISOU 7724 N LYS C 5 11285 12085 8944 -1895 3133 -1716 N +ATOM 7725 CA LYS C 5 56.654 31.519 42.399 1.00 85.42 C +ANISOU 7725 CA LYS C 5 11130 11969 9358 -1892 3141 -1541 C +ATOM 7726 C LYS C 5 56.570 30.848 43.763 1.00 78.64 C +ANISOU 7726 C LYS C 5 9880 10901 9099 -1557 2833 -1555 C +ATOM 7727 O LYS C 5 55.482 30.482 44.219 1.00 54.32 O +ANISOU 7727 O LYS C 5 6873 7754 6011 -1332 2482 -1434 O +ATOM 7728 CB LYS C 5 56.170 32.963 42.490 1.00 80.92 C +ANISOU 7728 CB LYS C 5 10976 11342 8428 -1968 2927 -1080 C +ATOM 7729 CG LYS C 5 56.001 33.668 41.153 1.00 91.14 C +ANISOU 7729 CG LYS C 5 12800 12797 9031 -2281 3108 -955 C +ATOM 7730 CD LYS C 5 57.110 33.314 40.176 1.00105.24 C +ANISOU 7730 CD LYS C 5 14501 14737 10750 -2579 3646 -1284 C +ATOM 7731 CE LYS C 5 57.220 34.343 39.064 1.00116.18 C +ANISOU 7731 CE LYS C 5 16390 16154 11598 -2861 3719 -1030 C +ATOM 7732 NZ LYS C 5 55.889 34.801 38.577 1.00112.93 N +ANISOU 7732 NZ LYS C 5 16526 15766 10615 -2795 3306 -703 N +ATOM 7733 N VAL C 6 57.720 30.680 44.413 1.00 90.41 N +ANISOU 7733 N VAL C 6 10961 12278 11111 -1538 2961 -1711 N +ATOM 7734 CA VAL C 6 57.790 29.992 45.694 1.00 75.18 C +ANISOU 7734 CA VAL C 6 8701 10134 9728 -1239 2655 -1720 C +ATOM 7735 C VAL C 6 58.400 30.925 46.732 1.00 60.92 C +ANISOU 7735 C VAL C 6 6798 8188 8160 -1219 2504 -1507 C +ATOM 7736 O VAL C 6 59.137 31.861 46.411 1.00 69.06 O +ANISOU 7736 O VAL C 6 7848 9267 9126 -1450 2737 -1487 O +ATOM 7737 CB VAL C 6 58.597 28.679 45.601 1.00 69.28 C +ANISOU 7737 CB VAL C 6 7506 9327 9491 -1161 2825 -2161 C +ATOM 7738 CG1 VAL C 6 57.974 27.740 44.577 1.00 67.76 C +ANISOU 7738 CG1 VAL C 6 7406 9266 9074 -1186 2974 -2418 C +ATOM 7739 CG2 VAL C 6 60.051 28.961 45.246 1.00 72.54 C +ANISOU 7739 CG2 VAL C 6 7602 9777 10185 -1365 3216 -2448 C +ATOM 7740 N CYS C 7 58.078 30.654 47.995 1.00 54.13 N +ANISOU 7740 N CYS C 7 5853 7148 7565 -961 2117 -1355 N +ATOM 7741 CA CYS C 7 58.678 31.365 49.114 1.00 59.07 C +ANISOU 7741 CA CYS C 7 6361 7632 8449 -907 1914 -1206 C +ATOM 7742 C CYS C 7 58.792 30.402 50.288 1.00 69.84 C +ANISOU 7742 C CYS C 7 7501 8797 10237 -632 1584 -1234 C +ATOM 7743 O CYS C 7 58.095 29.386 50.353 1.00 91.94 O +ANISOU 7743 O CYS C 7 10337 11548 13050 -487 1478 -1257 O +ATOM 7744 CB CYS C 7 57.872 32.616 49.494 1.00 55.98 C +ANISOU 7744 CB CYS C 7 6333 7242 7694 -936 1726 -842 C +ATOM 7745 SG CYS C 7 56.153 32.321 49.971 1.00 64.56 S +ANISOU 7745 SG CYS C 7 7716 8307 8508 -730 1405 -615 S +ATOM 7746 N GLN C 8 59.682 30.739 51.223 1.00 52.41 N +ANISOU 7746 N GLN C 8 5084 6456 8374 -574 1401 -1226 N +ATOM 7747 CA GLN C 8 60.100 29.798 52.259 1.00 55.53 C +ANISOU 7747 CA GLN C 8 5250 6635 9212 -331 1068 -1281 C +ATOM 7748 C GLN C 8 59.087 29.631 53.385 1.00 61.44 C +ANISOU 7748 C GLN C 8 6301 7279 9766 -159 697 -965 C +ATOM 7749 O GLN C 8 59.173 28.649 54.130 1.00 75.75 O +ANISOU 7749 O GLN C 8 8041 8900 11841 29 430 -957 O +ATOM 7750 CB GLN C 8 61.435 30.244 52.862 1.00 57.74 C +ANISOU 7750 CB GLN C 8 5199 6810 9931 -327 944 -1407 C +ATOM 7751 CG GLN C 8 62.577 30.344 51.865 1.00 77.41 C +ANISOU 7751 CG GLN C 8 7306 9378 12728 -517 1351 -1785 C +ATOM 7752 CD GLN C 8 62.892 29.023 51.185 1.00 97.50 C +ANISOU 7752 CD GLN C 8 9554 11886 15605 -443 1527 -2140 C +ATOM 7753 OE1 GLN C 8 63.364 29.000 50.050 1.00113.13 O +ANISOU 7753 OE1 GLN C 8 11357 14008 17618 -649 1997 -2449 O +ATOM 7754 NE2 GLN C 8 62.638 27.916 51.878 1.00 89.46 N +ANISOU 7754 NE2 GLN C 8 8498 10661 14830 -166 1167 -2107 N +ATOM 7755 N GLY C 9 58.136 30.545 53.527 1.00 61.42 N +ANISOU 7755 N GLY C 9 6635 7376 9328 -228 682 -716 N +ATOM 7756 CA GLY C 9 57.324 30.584 54.725 1.00 48.05 C +ANISOU 7756 CA GLY C 9 5191 5592 7472 -107 380 -464 C +ATOM 7757 C GLY C 9 58.127 31.070 55.924 1.00 48.71 C +ANISOU 7757 C GLY C 9 5216 5560 7732 -45 81 -398 C +ATOM 7758 O GLY C 9 59.294 31.449 55.826 1.00 46.00 O +ANISOU 7758 O GLY C 9 4605 5197 7677 -91 87 -552 O +ATOM 7759 N THR C 10 57.466 31.052 57.080 1.00 55.14 N +ANISOU 7759 N THR C 10 6288 6300 8363 43 -177 -189 N +ATOM 7760 CA THR C 10 58.062 31.528 58.319 1.00 39.00 C +ANISOU 7760 CA THR C 10 4278 4161 6377 99 -508 -114 C +ATOM 7761 C THR C 10 57.740 30.548 59.437 1.00 65.88 C +ANISOU 7761 C THR C 10 7883 7404 9745 239 -810 42 C +ATOM 7762 O THR C 10 56.837 29.718 59.322 1.00 60.65 O +ANISOU 7762 O THR C 10 7374 6711 8960 259 -714 123 O +ATOM 7763 CB THR C 10 57.552 32.927 58.698 1.00 37.46 C +ANISOU 7763 CB THR C 10 4299 4066 5867 -2 -493 -5 C +ATOM 7764 OG1 THR C 10 56.188 32.843 59.128 1.00 51.27 O +ANISOU 7764 OG1 THR C 10 6366 5848 7266 9 -469 152 O +ATOM 7765 CG2 THR C 10 57.642 33.874 57.511 1.00 36.94 C +ANISOU 7765 CG2 THR C 10 4141 4124 5771 -163 -185 -85 C +ATOM 7766 N SER C 11 58.495 30.653 60.529 1.00 68.33 N +ANISOU 7766 N SER C 11 8212 7595 10154 319 -1190 85 N +ATOM 7767 CA SER C 11 58.268 29.859 61.731 1.00 67.93 C +ANISOU 7767 CA SER C 11 8452 7376 9984 424 -1531 286 C +ATOM 7768 C SER C 11 58.338 30.750 62.964 1.00 61.75 C +ANISOU 7768 C SER C 11 7926 6621 8914 398 -1804 390 C +ATOM 7769 O SER C 11 58.833 30.346 64.021 1.00 47.14 O +ANISOU 7769 O SER C 11 6231 4617 7062 494 -2233 493 O +ATOM 7770 CB SER C 11 59.271 28.711 61.825 1.00 57.77 C +ANISOU 7770 CB SER C 11 6942 5842 9164 599 -1842 221 C +ATOM 7771 OG SER C 11 59.093 27.798 60.755 1.00 58.62 O +ANISOU 7771 OG SER C 11 6846 5911 9517 620 -1574 98 O +ATOM 7772 N ASN C 12 57.834 31.980 62.838 1.00 60.06 N +ANISOU 7772 N ASN C 12 7780 6589 8451 268 -1585 357 N +ATOM 7773 CA ASN C 12 57.906 32.954 63.922 1.00 42.94 C +ANISOU 7773 CA ASN C 12 5820 4460 6033 227 -1801 384 C +ATOM 7774 C ASN C 12 56.848 32.714 64.991 1.00 49.83 C +ANISOU 7774 C ASN C 12 7167 5341 6423 187 -1832 571 C +ATOM 7775 O ASN C 12 57.036 33.119 66.143 1.00 50.09 O +ANISOU 7775 O ASN C 12 7448 5369 6216 175 -2108 608 O +ATOM 7776 CB ASN C 12 57.760 34.366 63.355 1.00 52.57 C +ANISOU 7776 CB ASN C 12 6924 5823 7227 103 -1550 259 C +ATOM 7777 CG ASN C 12 58.980 34.809 62.579 1.00 68.96 C +ANISOU 7777 CG ASN C 12 8584 7881 9737 81 -1538 71 C +ATOM 7778 OD1 ASN C 12 60.112 34.529 62.972 1.00 66.35 O +ANISOU 7778 OD1 ASN C 12 8049 7444 9715 162 -1852 -24 O +ATOM 7779 ND2 ASN C 12 58.758 35.503 61.468 1.00 79.87 N +ANISOU 7779 ND2 ASN C 12 9841 9354 11153 -40 -1180 10 N +ATOM 7780 N LYS C 13 55.735 32.074 64.632 1.00 54.32 N +ANISOU 7780 N LYS C 13 7868 5929 6842 145 -1534 662 N +ATOM 7781 CA LYS C 13 54.653 31.760 65.571 1.00 53.06 C +ANISOU 7781 CA LYS C 13 8133 5773 6252 59 -1460 813 C +ATOM 7782 C LYS C 13 54.069 33.072 66.079 1.00 50.40 C +ANISOU 7782 C LYS C 13 7936 5597 5617 -48 -1333 715 C +ATOM 7783 O LYS C 13 53.640 33.896 65.251 1.00 51.81 O +ANISOU 7783 O LYS C 13 7913 5881 5892 -79 -1078 580 O +ATOM 7784 CB LYS C 13 55.188 30.825 66.655 1.00 60.94 C +ANISOU 7784 CB LYS C 13 9423 6586 7145 115 -1857 1008 C +ATOM 7785 CG LYS C 13 55.315 29.389 66.250 1.00 58.08 C +ANISOU 7785 CG LYS C 13 9010 6017 7043 202 -1911 1128 C +ATOM 7786 CD LYS C 13 56.079 28.628 67.312 1.00 51.38 C +ANISOU 7786 CD LYS C 13 8437 4932 6151 294 -2430 1331 C +ATOM 7787 CE LYS C 13 56.049 27.140 67.055 1.00 70.26 C +ANISOU 7787 CE LYS C 13 10857 7054 8786 370 -2493 1485 C +ATOM 7788 NZ LYS C 13 56.527 26.824 65.683 1.00 79.22 N +ANISOU 7788 NZ LYS C 13 11444 8164 10492 490 -2355 1260 N +ATOM 7789 N LEU C 14 54.038 33.319 67.386 1.00 54.58 N +ANISOU 7789 N LEU C 14 8816 6135 5786 -107 -1514 764 N +ATOM 7790 CA LEU C 14 53.412 34.496 67.964 1.00 66.47 C +ANISOU 7790 CA LEU C 14 10466 7781 7007 -216 -1368 621 C +ATOM 7791 C LEU C 14 54.405 35.603 68.272 1.00 71.90 C +ANISOU 7791 C LEU C 14 11042 8491 7786 -183 -1654 473 C +ATOM 7792 O LEU C 14 54.035 36.589 68.917 1.00 68.24 O +ANISOU 7792 O LEU C 14 10721 8117 7092 -266 -1601 328 O +ATOM 7793 CB LEU C 14 52.677 34.112 69.244 1.00 68.17 C +ANISOU 7793 CB LEU C 14 11173 8017 6711 -351 -1316 715 C +ATOM 7794 CG LEU C 14 51.554 33.093 69.129 1.00 57.36 C +ANISOU 7794 CG LEU C 14 9954 6617 5223 -447 -972 836 C +ATOM 7795 CD1 LEU C 14 50.802 33.166 70.436 1.00 62.52 C +ANISOU 7795 CD1 LEU C 14 11083 7340 5332 -646 -822 844 C +ATOM 7796 CD2 LEU C 14 50.647 33.346 67.929 1.00 43.02 C +ANISOU 7796 CD2 LEU C 14 7790 4870 3687 -439 -582 687 C +ATOM 7797 N THR C 15 55.652 35.464 67.840 1.00 72.28 N +ANISOU 7797 N THR C 15 10812 8451 8201 -74 -1940 466 N +ATOM 7798 CA THR C 15 56.651 36.477 68.126 1.00 70.20 C +ANISOU 7798 CA THR C 15 10397 8186 8089 -62 -2216 299 C +ATOM 7799 C THR C 15 56.539 37.614 67.120 1.00 55.03 C +ANISOU 7799 C THR C 15 8166 6314 6428 -113 -1930 138 C +ATOM 7800 O THR C 15 56.292 37.394 65.931 1.00 57.99 O +ANISOU 7800 O THR C 15 8324 6691 7019 -106 -1657 170 O +ATOM 7801 CB THR C 15 58.056 35.876 68.096 1.00 69.40 C +ANISOU 7801 CB THR C 15 10071 7952 8347 66 -2638 309 C +ATOM 7802 OG1 THR C 15 58.423 35.563 66.747 1.00 77.67 O +ANISOU 7802 OG1 THR C 15 10698 8960 9852 110 -2433 269 O +ATOM 7803 CG2 THR C 15 58.109 34.611 68.939 1.00 51.85 C +ANISOU 7803 CG2 THR C 15 8180 5617 5903 141 -2953 528 C +ATOM 7804 N GLN C 16 56.716 38.832 67.614 1.00 51.94 N +ANISOU 7804 N GLN C 16 7792 5946 5998 -174 -2012 -31 N +ATOM 7805 CA GLN C 16 56.535 40.043 66.830 1.00 51.65 C +ANISOU 7805 CA GLN C 16 7548 5905 6173 -241 -1777 -159 C +ATOM 7806 C GLN C 16 57.894 40.612 66.447 1.00 49.98 C +ANISOU 7806 C GLN C 16 7005 5607 6380 -259 -1959 -275 C +ATOM 7807 O GLN C 16 58.843 40.561 67.235 1.00 67.54 O +ANISOU 7807 O GLN C 16 9201 7795 8667 -228 -2334 -360 O +ATOM 7808 CB GLN C 16 55.728 41.061 67.637 1.00 53.92 C +ANISOU 7808 CB GLN C 16 8062 6235 6190 -309 -1709 -309 C +ATOM 7809 CG GLN C 16 55.245 42.276 66.877 1.00 42.60 C +ANISOU 7809 CG GLN C 16 6482 4747 4958 -357 -1471 -414 C +ATOM 7810 CD GLN C 16 54.362 43.158 67.739 1.00 52.60 C +ANISOU 7810 CD GLN C 16 7950 6035 6002 -398 -1400 -610 C +ATOM 7811 OE1 GLN C 16 53.783 42.697 68.723 1.00 49.02 O +ANISOU 7811 OE1 GLN C 16 7770 5684 5172 -415 -1384 -645 O +ATOM 7812 NE2 GLN C 16 54.261 44.431 67.383 1.00 52.10 N +ANISOU 7812 NE2 GLN C 16 7764 5858 6173 -430 -1340 -752 N +ATOM 7813 N LEU C 17 57.987 41.147 65.229 1.00 46.81 N +ANISOU 7813 N LEU C 17 6358 5165 6261 -323 -1697 -284 N +ATOM 7814 CA LEU C 17 59.241 41.693 64.711 1.00 52.50 C +ANISOU 7814 CA LEU C 17 6741 5797 7411 -399 -1755 -402 C +ATOM 7815 C LEU C 17 59.187 43.215 64.822 1.00 58.66 C +ANISOU 7815 C LEU C 17 7528 6495 8264 -519 -1715 -532 C +ATOM 7816 O LEU C 17 58.943 43.933 63.853 1.00 71.48 O +ANISOU 7816 O LEU C 17 9092 8051 10015 -620 -1444 -489 O +ATOM 7817 CB LEU C 17 59.477 41.241 63.273 1.00 49.44 C +ANISOU 7817 CB LEU C 17 6117 5409 7259 -442 -1455 -326 C +ATOM 7818 CG LEU C 17 60.091 39.853 63.070 1.00 55.26 C +ANISOU 7818 CG LEU C 17 6679 6163 8156 -339 -1541 -307 C +ATOM 7819 CD1 LEU C 17 59.208 38.763 63.655 1.00 50.82 C +ANISOU 7819 CD1 LEU C 17 6403 5652 7253 -202 -1626 -153 C +ATOM 7820 CD2 LEU C 17 60.340 39.606 61.590 1.00 54.47 C +ANISOU 7820 CD2 LEU C 17 6342 6079 8277 -425 -1180 -304 C +ATOM 7821 N GLY C 18 59.429 43.706 66.036 1.00 68.04 N +ANISOU 7821 N GLY C 18 8821 7670 9361 -510 -2015 -692 N +ATOM 7822 CA GLY C 18 59.408 45.136 66.272 1.00 75.39 C +ANISOU 7822 CA GLY C 18 9755 8495 10395 -616 -2013 -863 C +ATOM 7823 C GLY C 18 57.990 45.683 66.325 1.00 69.51 C +ANISOU 7823 C GLY C 18 9272 7757 9382 -604 -1796 -839 C +ATOM 7824 O GLY C 18 57.051 45.012 66.755 1.00 69.20 O +ANISOU 7824 O GLY C 18 9465 7840 8987 -520 -1738 -772 O +ATOM 7825 N THR C 19 57.843 46.924 65.874 1.00 68.42 N +ANISOU 7825 N THR C 19 9078 7456 9462 -696 -1673 -907 N +ATOM 7826 CA THR C 19 56.544 47.577 65.897 1.00 69.43 C +ANISOU 7826 CA THR C 19 9391 7534 9454 -662 -1513 -936 C +ATOM 7827 C THR C 19 55.629 46.985 64.828 1.00 65.25 C +ANISOU 7827 C THR C 19 8902 7048 8842 -601 -1255 -700 C +ATOM 7828 O THR C 19 56.074 46.331 63.881 1.00 66.57 O +ANISOU 7828 O THR C 19 8954 7249 9092 -624 -1158 -517 O +ATOM 7829 CB THR C 19 56.692 49.087 65.691 1.00 78.25 C +ANISOU 7829 CB THR C 19 10440 8398 10891 -763 -1511 -1065 C +ATOM 7830 OG1 THR C 19 55.403 49.711 65.741 1.00 98.97 O +ANISOU 7830 OG1 THR C 19 13212 10940 13451 -692 -1399 -1129 O +ATOM 7831 CG2 THR C 19 57.349 49.402 64.352 1.00 48.30 C +ANISOU 7831 CG2 THR C 19 6480 4449 7424 -892 -1366 -874 C +ATOM 7832 N PHE C 20 54.324 47.216 65.001 1.00 62.25 N +ANISOU 7832 N PHE C 20 8668 6669 8315 -524 -1145 -752 N +ATOM 7833 CA PHE C 20 53.339 46.719 64.044 1.00 47.92 C +ANISOU 7833 CA PHE C 20 6879 4886 6444 -452 -951 -576 C +ATOM 7834 C PHE C 20 53.766 47.007 62.610 1.00 45.60 C +ANISOU 7834 C PHE C 20 6492 4466 6367 -522 -874 -365 C +ATOM 7835 O PHE C 20 53.671 46.135 61.734 1.00 49.39 O +ANISOU 7835 O PHE C 20 6953 5044 6770 -507 -757 -185 O +ATOM 7836 CB PHE C 20 51.971 47.348 64.338 1.00 41.46 C +ANISOU 7836 CB PHE C 20 6144 4000 5610 -370 -878 -736 C +ATOM 7837 CG PHE C 20 51.329 46.860 65.613 1.00 44.01 C +ANISOU 7837 CG PHE C 20 6589 4492 5641 -338 -832 -940 C +ATOM 7838 CD1 PHE C 20 51.404 45.525 65.979 1.00 49.36 C +ANISOU 7838 CD1 PHE C 20 7353 5374 6026 -340 -794 -835 C +ATOM 7839 CD2 PHE C 20 50.649 47.738 66.444 1.00 44.18 C +ANISOU 7839 CD2 PHE C 20 6658 4449 5679 -325 -808 -1247 C +ATOM 7840 CE1 PHE C 20 50.815 45.075 67.146 1.00 42.43 C +ANISOU 7840 CE1 PHE C 20 6657 4639 4826 -360 -718 -986 C +ATOM 7841 CE2 PHE C 20 50.058 47.291 67.615 1.00 46.01 C +ANISOU 7841 CE2 PHE C 20 7038 4855 5587 -345 -699 -1452 C +ATOM 7842 CZ PHE C 20 50.142 45.958 67.964 1.00 44.61 C +ANISOU 7842 CZ PHE C 20 6996 4887 5068 -378 -647 -1299 C +ATOM 7843 N GLU C 21 54.258 48.220 62.356 1.00 53.04 N +ANISOU 7843 N GLU C 21 7402 5184 7568 -623 -923 -390 N +ATOM 7844 CA GLU C 21 54.701 48.590 61.017 1.00 46.46 C +ANISOU 7844 CA GLU C 21 6549 4210 6894 -747 -816 -170 C +ATOM 7845 C GLU C 21 55.802 47.656 60.524 1.00 51.00 C +ANISOU 7845 C GLU C 21 6976 4934 7466 -848 -715 -79 C +ATOM 7846 O GLU C 21 55.688 47.049 59.454 1.00 53.74 O +ANISOU 7846 O GLU C 21 7345 5355 7719 -871 -554 100 O +ATOM 7847 CB GLU C 21 55.178 50.044 61.022 1.00 45.62 C +ANISOU 7847 CB GLU C 21 6442 3804 7087 -880 -882 -225 C +ATOM 7848 CG GLU C 21 55.508 50.601 59.650 1.00 46.99 C +ANISOU 7848 CG GLU C 21 6688 3780 7386 -1051 -750 35 C +ATOM 7849 CD GLU C 21 55.834 52.080 59.692 1.00 58.78 C +ANISOU 7849 CD GLU C 21 8222 4914 9196 -1188 -819 2 C +ATOM 7850 OE1 GLU C 21 56.759 52.467 60.435 1.00 66.16 O +ANISOU 7850 OE1 GLU C 21 8995 5800 10342 -1295 -877 -203 O +ATOM 7851 OE2 GLU C 21 55.157 52.857 58.986 1.00 69.80 O +ANISOU 7851 OE2 GLU C 21 9817 6052 10652 -1183 -849 176 O +ATOM 7852 N ASP C 22 56.886 47.537 61.297 1.00 61.00 N +ANISOU 7852 N ASP C 22 8075 6239 8862 -902 -828 -238 N +ATOM 7853 CA ASP C 22 57.989 46.652 60.932 1.00 70.19 C +ANISOU 7853 CA ASP C 22 9026 7517 10125 -972 -766 -224 C +ATOM 7854 C ASP C 22 57.485 45.250 60.607 1.00 60.87 C +ANISOU 7854 C ASP C 22 7879 6540 8708 -841 -686 -116 C +ATOM 7855 O ASP C 22 57.728 44.718 59.515 1.00 60.07 O +ANISOU 7855 O ASP C 22 7709 6491 8624 -907 -481 -7 O +ATOM 7856 CB ASP C 22 59.009 46.600 62.075 1.00 67.56 C +ANISOU 7856 CB ASP C 22 8514 7201 9955 -970 -1022 -451 C +ATOM 7857 CG ASP C 22 59.873 47.845 62.147 1.00 66.45 C +ANISOU 7857 CG ASP C 22 8233 6852 10164 -1155 -1060 -590 C +ATOM 7858 OD1 ASP C 22 60.200 48.407 61.082 1.00 59.34 O +ANISOU 7858 OD1 ASP C 22 7284 5815 9448 -1346 -817 -483 O +ATOM 7859 OD2 ASP C 22 60.229 48.259 63.270 1.00 73.38 O +ANISOU 7859 OD2 ASP C 22 9071 7696 11115 -1132 -1329 -810 O +ATOM 7860 N HIS C 23 56.776 44.638 61.556 1.00 45.97 N +ANISOU 7860 N HIS C 23 6110 4763 6593 -678 -825 -161 N +ATOM 7861 CA HIS C 23 56.298 43.273 61.375 1.00 59.38 C +ANISOU 7861 CA HIS C 23 7843 6618 8100 -567 -762 -69 C +ATOM 7862 C HIS C 23 55.510 43.142 60.078 1.00 62.54 C +ANISOU 7862 C HIS C 23 8309 7035 8420 -577 -530 83 C +ATOM 7863 O HIS C 23 55.768 42.244 59.264 1.00 61.28 O +ANISOU 7863 O HIS C 23 8063 6960 8262 -589 -398 148 O +ATOM 7864 CB HIS C 23 55.444 42.861 62.575 1.00 65.87 C +ANISOU 7864 CB HIS C 23 8854 7520 8655 -446 -883 -122 C +ATOM 7865 CG HIS C 23 55.171 41.391 62.647 1.00 72.70 C +ANISOU 7865 CG HIS C 23 9757 8505 9363 -357 -861 -35 C +ATOM 7866 ND1 HIS C 23 55.891 40.464 61.924 1.00 76.04 N +ANISOU 7866 ND1 HIS C 23 10007 8953 9931 -352 -820 30 N +ATOM 7867 CD2 HIS C 23 54.260 40.688 63.358 1.00 67.52 C +ANISOU 7867 CD2 HIS C 23 9290 7925 8442 -289 -851 -16 C +ATOM 7868 CE1 HIS C 23 55.433 39.253 62.187 1.00 75.26 C +ANISOU 7868 CE1 HIS C 23 9994 8917 9683 -265 -824 97 C +ATOM 7869 NE2 HIS C 23 54.444 39.361 63.054 1.00 67.97 N +ANISOU 7869 NE2 HIS C 23 9303 8025 8498 -240 -834 88 N +ATOM 7870 N PHE C 24 54.549 44.044 59.860 1.00 61.45 N +ANISOU 7870 N PHE C 24 8320 6803 8227 -565 -508 115 N +ATOM 7871 CA PHE C 24 53.800 44.017 58.610 1.00 57.05 C +ANISOU 7871 CA PHE C 24 7853 6238 7586 -565 -373 263 C +ATOM 7872 C PHE C 24 54.740 44.060 57.413 1.00 57.95 C +ANISOU 7872 C PHE C 24 7909 6334 7774 -737 -211 373 C +ATOM 7873 O PHE C 24 54.627 43.245 56.494 1.00 62.52 O +ANISOU 7873 O PHE C 24 8491 7027 8235 -748 -71 446 O +ATOM 7874 CB PHE C 24 52.818 45.185 58.538 1.00 51.73 C +ANISOU 7874 CB PHE C 24 7324 5393 6939 -521 -451 273 C +ATOM 7875 CG PHE C 24 52.228 45.387 57.168 1.00 43.61 C +ANISOU 7875 CG PHE C 24 6425 4302 5843 -536 -404 454 C +ATOM 7876 CD1 PHE C 24 52.879 46.170 56.226 1.00 42.37 C +ANISOU 7876 CD1 PHE C 24 6362 3997 5740 -710 -350 616 C +ATOM 7877 CD2 PHE C 24 51.032 44.784 56.816 1.00 46.83 C +ANISOU 7877 CD2 PHE C 24 6879 4793 6122 -396 -422 461 C +ATOM 7878 CE1 PHE C 24 52.348 46.350 54.964 1.00 40.19 C +ANISOU 7878 CE1 PHE C 24 6286 3662 5324 -739 -343 814 C +ATOM 7879 CE2 PHE C 24 50.493 44.963 55.555 1.00 57.32 C +ANISOU 7879 CE2 PHE C 24 8351 6067 7363 -398 -452 620 C +ATOM 7880 CZ PHE C 24 51.153 45.747 54.628 1.00 47.56 C +ANISOU 7880 CZ PHE C 24 7270 4688 6114 -567 -427 813 C +ATOM 7881 N LEU C 25 55.668 45.018 57.400 1.00 47.29 N +ANISOU 7881 N LEU C 25 6507 4840 6622 -899 -199 359 N +ATOM 7882 CA LEU C 25 56.515 45.203 56.227 1.00 51.33 C +ANISOU 7882 CA LEU C 25 6992 5318 7194 -1123 29 455 C +ATOM 7883 C LEU C 25 57.343 43.961 55.936 1.00 62.91 C +ANISOU 7883 C LEU C 25 8228 6970 8703 -1153 185 362 C +ATOM 7884 O LEU C 25 57.591 43.636 54.770 1.00 54.40 O +ANISOU 7884 O LEU C 25 7171 5959 7541 -1289 435 426 O +ATOM 7885 CB LEU C 25 57.427 46.413 56.415 1.00 52.96 C +ANISOU 7885 CB LEU C 25 7139 5316 7668 -1320 37 418 C +ATOM 7886 CG LEU C 25 56.746 47.779 56.495 1.00 59.28 C +ANISOU 7886 CG LEU C 25 8168 5857 8499 -1328 -94 514 C +ATOM 7887 CD1 LEU C 25 57.780 48.837 56.828 1.00 61.10 C +ANISOU 7887 CD1 LEU C 25 8287 5874 9053 -1533 -86 427 C +ATOM 7888 CD2 LEU C 25 56.026 48.120 55.196 1.00 65.48 C +ANISOU 7888 CD2 LEU C 25 9256 6550 9074 -1388 -10 784 C +ATOM 7889 N SER C 26 57.795 43.259 56.976 1.00 70.77 N +ANISOU 7889 N SER C 26 9019 8037 9833 -1030 28 200 N +ATOM 7890 CA SER C 26 58.544 42.030 56.733 1.00 54.73 C +ANISOU 7890 CA SER C 26 6747 6133 7915 -1015 122 94 C +ATOM 7891 C SER C 26 57.637 40.928 56.203 1.00 56.06 C +ANISOU 7891 C SER C 26 7024 6438 7838 -890 197 166 C +ATOM 7892 O SER C 26 58.021 40.193 55.288 1.00 61.11 O +ANISOU 7892 O SER C 26 7553 7165 8499 -956 413 121 O +ATOM 7893 CB SER C 26 59.248 41.577 58.007 1.00 48.08 C +ANISOU 7893 CB SER C 26 5698 5284 7287 -894 -155 -69 C +ATOM 7894 OG SER C 26 58.324 41.445 59.068 1.00 62.70 O +ANISOU 7894 OG SER C 26 7754 7151 8920 -716 -397 -24 O +ATOM 7895 N LEU C 27 56.437 40.785 56.774 1.00 60.24 N +ANISOU 7895 N LEU C 27 7746 6985 8159 -725 41 237 N +ATOM 7896 CA LEU C 27 55.445 39.877 56.202 1.00 48.45 C +ANISOU 7896 CA LEU C 27 6353 5596 6459 -631 117 292 C +ATOM 7897 C LEU C 27 55.261 40.139 54.709 1.00 48.54 C +ANISOU 7897 C LEU C 27 6473 5639 6329 -764 330 378 C +ATOM 7898 O LEU C 27 55.362 39.225 53.877 1.00 60.90 O +ANISOU 7898 O LEU C 27 7984 7317 7838 -789 494 335 O +ATOM 7899 CB LEU C 27 54.122 40.043 56.959 1.00 35.10 C +ANISOU 7899 CB LEU C 27 4840 3889 4607 -489 -33 328 C +ATOM 7900 CG LEU C 27 52.853 39.372 56.430 1.00 33.85 C +ANISOU 7900 CG LEU C 27 4781 3808 4275 -399 19 361 C +ATOM 7901 CD1 LEU C 27 52.950 37.876 56.605 1.00 35.21 C +ANISOU 7901 CD1 LEU C 27 4848 4064 4466 -331 57 306 C +ATOM 7902 CD2 LEU C 27 51.629 39.911 57.144 1.00 47.92 C +ANISOU 7902 CD2 LEU C 27 6682 5540 5984 -302 -91 341 C +ATOM 7903 N GLN C 28 55.005 41.400 54.358 1.00 49.68 N +ANISOU 7903 N GLN C 28 6801 5670 6407 -858 316 499 N +ATOM 7904 CA GLN C 28 54.771 41.780 52.970 1.00 43.52 C +ANISOU 7904 CA GLN C 28 6228 4889 5419 -999 461 637 C +ATOM 7905 C GLN C 28 55.993 41.503 52.106 1.00 44.22 C +ANISOU 7905 C GLN C 28 6205 5050 5547 -1232 773 579 C +ATOM 7906 O GLN C 28 55.862 41.090 50.949 1.00 65.14 O +ANISOU 7906 O GLN C 28 8977 7809 7964 -1330 957 609 O +ATOM 7907 CB GLN C 28 54.388 43.260 52.904 1.00 53.40 C +ANISOU 7907 CB GLN C 28 7711 5930 6650 -1056 335 799 C +ATOM 7908 CG GLN C 28 54.461 43.863 51.516 1.00 60.72 C +ANISOU 7908 CG GLN C 28 8918 6796 7359 -1267 471 997 C +ATOM 7909 CD GLN C 28 53.747 45.195 51.422 1.00 65.15 C +ANISOU 7909 CD GLN C 28 9760 7099 7896 -1251 244 1193 C +ATOM 7910 OE1 GLN C 28 53.941 46.078 52.259 1.00 63.60 O +ANISOU 7910 OE1 GLN C 28 9507 6714 7944 -1240 131 1168 O +ATOM 7911 NE2 GLN C 28 52.910 45.345 50.404 1.00 68.73 N +ANISOU 7911 NE2 GLN C 28 10520 7521 8073 -1237 139 1373 N +ATOM 7912 N ARG C 29 57.191 41.728 52.647 1.00 48.56 N +ANISOU 7912 N ARG C 29 6507 5546 6399 -1334 842 458 N +ATOM 7913 CA ARG C 29 58.403 41.455 51.886 1.00 57.98 C +ANISOU 7913 CA ARG C 29 7510 6802 7716 -1569 1183 329 C +ATOM 7914 C ARG C 29 58.591 39.962 51.683 1.00 50.72 C +ANISOU 7914 C ARG C 29 6366 6055 6851 -1464 1281 133 C +ATOM 7915 O ARG C 29 59.201 39.539 50.694 1.00 46.19 O +ANISOU 7915 O ARG C 29 5706 5583 6260 -1644 1616 11 O +ATOM 7916 CB ARG C 29 59.619 42.047 52.600 1.00 59.44 C +ANISOU 7916 CB ARG C 29 7411 6867 8304 -1682 1188 191 C +ATOM 7917 CG ARG C 29 60.936 41.788 51.891 1.00 75.31 C +ANISOU 7917 CG ARG C 29 9135 8932 10549 -1939 1573 -15 C +ATOM 7918 CD ARG C 29 62.063 42.644 52.444 1.00 97.26 C +ANISOU 7918 CD ARG C 29 11652 11557 13745 -2107 1591 -144 C +ATOM 7919 NE ARG C 29 62.188 42.538 53.899 1.00105.24 N +ANISOU 7919 NE ARG C 29 12455 12502 15030 -1855 1165 -254 N +ATOM 7920 CZ ARG C 29 61.809 43.472 54.769 1.00105.14 C +ANISOU 7920 CZ ARG C 29 12588 12347 15011 -1791 879 -156 C +ATOM 7921 NH1 ARG C 29 61.272 44.613 54.357 1.00102.54 N +ANISOU 7921 NH1 ARG C 29 12585 11885 14491 -1933 943 61 N +ATOM 7922 NH2 ARG C 29 61.977 43.265 56.070 1.00103.82 N +ANISOU 7922 NH2 ARG C 29 12260 12157 15032 -1582 507 -285 N +ATOM 7923 N MET C 30 58.066 39.156 52.603 1.00 58.11 N +ANISOU 7923 N MET C 30 7219 7009 7852 -1192 1012 92 N +ATOM 7924 CA MET C 30 58.224 37.716 52.514 1.00 63.38 C +ANISOU 7924 CA MET C 30 7678 7775 8628 -1074 1058 -82 C +ATOM 7925 C MET C 30 57.276 37.113 51.487 1.00 55.48 C +ANISOU 7925 C MET C 30 6883 6901 7298 -1064 1181 -42 C +ATOM 7926 O MET C 30 57.695 36.321 50.635 1.00 66.10 O +ANISOU 7926 O MET C 30 8105 8349 8661 -1142 1430 -215 O +ATOM 7927 CB MET C 30 57.986 37.083 53.885 1.00 72.64 C +ANISOU 7927 CB MET C 30 8761 8885 9955 -820 720 -95 C +ATOM 7928 CG MET C 30 57.986 35.579 53.857 1.00 71.50 C +ANISOU 7928 CG MET C 30 8459 8778 9930 -678 714 -224 C +ATOM 7929 SD MET C 30 59.415 34.974 52.941 1.00 83.16 S +ANISOU 7929 SD MET C 30 9547 10293 11758 -812 1025 -529 S +ATOM 7930 CE MET C 30 59.398 33.281 53.467 1.00 82.73 C +ANISOU 7930 CE MET C 30 9300 10167 11967 -555 830 -658 C +ATOM 7931 N PHE C 31 55.994 37.466 51.556 1.00 53.28 N +ANISOU 7931 N PHE C 31 6888 6611 6745 -966 1000 139 N +ATOM 7932 CA PHE C 31 54.988 36.825 50.720 1.00 59.35 C +ANISOU 7932 CA PHE C 31 7819 7488 7243 -917 1027 146 C +ATOM 7933 C PHE C 31 54.601 37.656 49.502 1.00 62.59 C +ANISOU 7933 C PHE C 31 8552 7934 7294 -1087 1118 291 C +ATOM 7934 O PHE C 31 53.586 37.361 48.863 1.00 69.96 O +ANISOU 7934 O PHE C 31 9672 8938 7972 -1026 1035 324 O +ATOM 7935 CB PHE C 31 53.749 36.505 51.555 1.00 59.02 C +ANISOU 7935 CB PHE C 31 7837 7407 7180 -691 759 202 C +ATOM 7936 CG PHE C 31 54.023 35.583 52.709 1.00 58.09 C +ANISOU 7936 CG PHE C 31 7504 7243 7323 -546 660 108 C +ATOM 7937 CD1 PHE C 31 54.287 34.241 52.499 1.00 52.22 C +ANISOU 7937 CD1 PHE C 31 6590 6537 6715 -496 745 -45 C +ATOM 7938 CD2 PHE C 31 54.021 36.062 54.003 1.00 52.71 C +ANISOU 7938 CD2 PHE C 31 6826 6462 6741 -467 465 174 C +ATOM 7939 CE1 PHE C 31 54.543 33.397 53.564 1.00 48.92 C +ANISOU 7939 CE1 PHE C 31 6030 6025 6532 -362 605 -83 C +ATOM 7940 CE2 PHE C 31 54.275 35.219 55.071 1.00 51.08 C +ANISOU 7940 CE2 PHE C 31 6505 6201 6704 -351 338 130 C +ATOM 7941 CZ PHE C 31 54.536 33.889 54.850 1.00 47.81 C +ANISOU 7941 CZ PHE C 31 5946 5792 6428 -296 391 25 C +ATOM 7942 N ASN C 32 55.386 38.674 49.157 1.00 59.25 N +ANISOU 7942 N ASN C 32 8216 7449 6848 -1310 1269 381 N +ATOM 7943 CA ASN C 32 55.132 39.432 47.938 1.00 66.57 C +ANISOU 7943 CA ASN C 32 9521 8385 7389 -1513 1366 559 C +ATOM 7944 C ASN C 32 55.257 38.520 46.725 1.00 67.96 C +ANISOU 7944 C ASN C 32 9752 8768 7302 -1639 1636 411 C +ATOM 7945 O ASN C 32 56.301 37.896 46.512 1.00 69.79 O +ANISOU 7945 O ASN C 32 9724 9095 7698 -1770 1965 175 O +ATOM 7946 CB ASN C 32 56.115 40.599 47.830 1.00 77.77 C +ANISOU 7946 CB ASN C 32 11004 9673 8873 -1783 1551 669 C +ATOM 7947 CG ASN C 32 55.676 41.649 46.826 1.00 80.85 C +ANISOU 7947 CG ASN C 32 11888 9972 8859 -1972 1536 964 C +ATOM 7948 OD1 ASN C 32 54.490 41.778 46.519 1.00 73.35 O +ANISOU 7948 OD1 ASN C 32 11217 8996 7655 -1821 1238 1117 O +ATOM 7949 ND2 ASN C 32 56.638 42.411 46.310 1.00105.20 N +ANISOU 7949 ND2 ASN C 32 15085 12983 11903 -2312 1845 1043 N +ATOM 7950 N ASN C 33 54.187 38.435 45.937 1.00 71.08 N +ANISOU 7950 N ASN C 33 10463 9227 7316 -1593 1480 509 N +ATOM 7951 CA ASN C 33 54.122 37.669 44.695 1.00 74.09 C +ANISOU 7951 CA ASN C 33 10987 9815 7348 -1718 1682 372 C +ATOM 7952 C ASN C 33 54.169 36.161 44.911 1.00 83.71 C +ANISOU 7952 C ASN C 33 11842 11161 8804 -1567 1768 37 C +ATOM 7953 O ASN C 33 54.198 35.415 43.925 1.00 97.92 O +ANISOU 7953 O ASN C 33 13702 13136 10368 -1669 1967 -155 O +ATOM 7954 CB ASN C 33 55.250 38.043 43.721 1.00 71.46 C +ANISOU 7954 CB ASN C 33 10801 9562 6788 -2107 2142 350 C +ATOM 7955 CG ASN C 33 55.192 39.494 43.287 1.00 88.30 C +ANISOU 7955 CG ASN C 33 13393 11544 8615 -2315 2086 718 C +ATOM 7956 OD1 ASN C 33 54.314 39.890 42.520 1.00 90.95 O +ANISOU 7956 OD1 ASN C 33 14188 11870 8499 -2326 1853 940 O +ATOM 7957 ND2 ASN C 33 56.141 40.292 43.761 1.00106.74 N +ANISOU 7957 ND2 ASN C 33 15609 13733 11214 -2484 2271 782 N +ATOM 7958 N CYS C 34 54.172 35.680 46.151 1.00 75.50 N +ANISOU 7958 N CYS C 34 10458 10025 8202 -1340 1619 -40 N +ATOM 7959 CA CYS C 34 54.361 34.257 46.390 1.00 70.96 C +ANISOU 7959 CA CYS C 34 9553 9507 7902 -1214 1700 -329 C +ATOM 7960 C CYS C 34 53.105 33.468 46.036 1.00 64.00 C +ANISOU 7960 C CYS C 34 8768 8691 6856 -1065 1515 -393 C +ATOM 7961 O CYS C 34 51.977 33.935 46.215 1.00 77.11 O +ANISOU 7961 O CYS C 34 10617 10303 8379 -948 1217 -219 O +ATOM 7962 CB CYS C 34 54.742 34.002 47.848 1.00 76.34 C +ANISOU 7962 CB CYS C 34 9917 10035 9053 -1032 1553 -342 C +ATOM 7963 SG CYS C 34 55.141 32.271 48.210 1.00 67.80 S +ANISOU 7963 SG CYS C 34 8448 8934 8377 -878 1609 -654 S +ATOM 7964 N GLU C 35 53.317 32.256 45.527 1.00 68.83 N +ANISOU 7964 N GLU C 35 9212 9401 7540 -1070 1695 -687 N +ATOM 7965 CA GLU C 35 52.235 31.340 45.185 1.00 57.32 C +ANISOU 7965 CA GLU C 35 7780 7995 6003 -946 1549 -820 C +ATOM 7966 C GLU C 35 52.280 30.061 46.005 1.00 47.33 C +ANISOU 7966 C GLU C 35 6168 6616 5200 -769 1526 -1006 C +ATOM 7967 O GLU C 35 51.257 29.655 46.570 1.00 44.51 O +ANISOU 7967 O GLU C 35 5793 6175 4943 -609 1297 -963 O +ATOM 7968 CB GLU C 35 52.288 31.001 43.687 1.00 55.61 C +ANISOU 7968 CB GLU C 35 7745 7986 5396 -1129 1760 -1027 C +ATOM 7969 CG GLU C 35 52.047 32.188 42.771 1.00 49.52 C +ANISOU 7969 CG GLU C 35 7433 7310 4072 -1313 1720 -796 C +ATOM 7970 CD GLU C 35 52.192 31.833 41.305 1.00 69.06 C +ANISOU 7970 CD GLU C 35 10149 10011 6078 -1535 1954 -1004 C +ATOM 7971 OE1 GLU C 35 53.235 31.258 40.930 1.00 84.57 O +ANISOU 7971 OE1 GLU C 35 11927 12072 8134 -1694 2377 -1292 O +ATOM 7972 OE2 GLU C 35 51.259 32.124 40.528 1.00 95.71 O +ANISOU 7972 OE2 GLU C 35 13897 13467 9002 -1549 1704 -906 O +ATOM 7973 N VAL C 36 53.439 29.414 46.090 1.00 47.56 N +ANISOU 7973 N VAL C 36 5915 6613 5541 -801 1757 -1218 N +ATOM 7974 CA VAL C 36 53.617 28.189 46.863 1.00 53.62 C +ANISOU 7974 CA VAL C 36 6377 7213 6783 -629 1699 -1370 C +ATOM 7975 C VAL C 36 54.494 28.522 48.060 1.00 41.12 C +ANISOU 7975 C VAL C 36 4618 5466 5541 -555 1609 -1234 C +ATOM 7976 O VAL C 36 55.631 28.982 47.897 1.00 49.19 O +ANISOU 7976 O VAL C 36 5509 6515 6666 -667 1787 -1307 O +ATOM 7977 CB VAL C 36 54.245 27.071 46.017 1.00 56.60 C +ANISOU 7977 CB VAL C 36 6532 7637 7335 -680 1968 -1777 C +ATOM 7978 CG1 VAL C 36 54.359 25.777 46.820 1.00 44.70 C +ANISOU 7978 CG1 VAL C 36 4736 5887 6359 -481 1848 -1905 C +ATOM 7979 CG2 VAL C 36 53.444 26.852 44.740 1.00 59.90 C +ANISOU 7979 CG2 VAL C 36 7170 8257 7333 -786 2054 -1939 C +ATOM 7980 N VAL C 37 53.971 28.293 49.258 1.00 38.84 N +ANISOU 7980 N VAL C 37 4331 5008 5419 -388 1340 -1054 N +ATOM 7981 CA VAL C 37 54.707 28.522 50.497 1.00 52.61 C +ANISOU 7981 CA VAL C 37 5957 6589 7442 -301 1177 -921 C +ATOM 7982 C VAL C 37 55.338 27.198 50.907 1.00 61.12 C +ANISOU 7982 C VAL C 37 6765 7474 8983 -169 1123 -1095 C +ATOM 7983 O VAL C 37 54.651 26.299 51.402 1.00 62.60 O +ANISOU 7983 O VAL C 37 6995 7519 9273 -57 984 -1050 O +ATOM 7984 CB VAL C 37 53.798 29.077 51.601 1.00 63.98 C +ANISOU 7984 CB VAL C 37 7611 7960 8739 -223 927 -629 C +ATOM 7985 CG1 VAL C 37 54.565 29.220 52.913 1.00 72.78 C +ANISOU 7985 CG1 VAL C 37 8647 8914 10091 -138 726 -511 C +ATOM 7986 CG2 VAL C 37 53.212 30.416 51.181 1.00 63.22 C +ANISOU 7986 CG2 VAL C 37 7747 8002 8272 -323 940 -483 C +ATOM 7987 N LEU C 38 56.652 27.076 50.704 1.00 60.94 N +ANISOU 7987 N LEU C 38 6452 7419 9283 -189 1233 -1306 N +ATOM 7988 CA LEU C 38 57.356 25.855 51.075 1.00 45.11 C +ANISOU 7988 CA LEU C 38 4149 5184 7805 -33 1130 -1499 C +ATOM 7989 C LEU C 38 57.256 25.557 52.563 1.00 51.46 C +ANISOU 7989 C LEU C 38 5035 5735 8784 148 726 -1231 C +ATOM 7990 O LEU C 38 57.437 24.403 52.965 1.00 67.62 O +ANISOU 7990 O LEU C 38 6963 7531 11198 298 558 -1292 O +ATOM 7991 CB LEU C 38 58.830 25.954 50.673 1.00 47.58 C +ANISOU 7991 CB LEU C 38 4082 5502 8495 -83 1302 -1805 C +ATOM 7992 CG LEU C 38 59.135 25.813 49.181 1.00 57.47 C +ANISOU 7992 CG LEU C 38 5200 6960 9675 -269 1762 -2177 C +ATOM 7993 CD1 LEU C 38 60.577 26.202 48.900 1.00 55.79 C +ANISOU 7993 CD1 LEU C 38 4617 6775 9807 -378 1991 -2462 C +ATOM 7994 CD2 LEU C 38 58.865 24.393 48.711 1.00 54.79 C +ANISOU 7994 CD2 LEU C 38 4725 6518 9574 -168 1816 -2460 C +ATOM 7995 N GLY C 39 56.974 26.563 53.386 1.00 41.39 N +ANISOU 7995 N GLY C 39 3984 4501 7241 126 563 -941 N +ATOM 7996 CA GLY C 39 56.884 26.373 54.819 1.00 45.75 C +ANISOU 7996 CA GLY C 39 4681 4847 7854 257 199 -687 C +ATOM 7997 C GLY C 39 55.518 26.719 55.369 1.00 47.35 C +ANISOU 7997 C GLY C 39 5252 5104 7634 216 164 -419 C +ATOM 7998 O GLY C 39 54.497 26.259 54.851 1.00 57.80 O +ANISOU 7998 O GLY C 39 6672 6473 8818 178 313 -444 O +ATOM 7999 N ASN C 40 55.488 27.532 56.418 1.00 45.00 N +ANISOU 7999 N ASN C 40 5138 4802 7158 216 -27 -206 N +ATOM 8000 CA ASN C 40 54.247 27.935 57.058 1.00 51.82 C +ANISOU 8000 CA ASN C 40 6318 5713 7656 168 -35 -2 C +ATOM 8001 C ASN C 40 53.855 29.337 56.611 1.00 50.18 C +ANISOU 8001 C ASN C 40 6175 5720 7170 64 103 3 C +ATOM 8002 O ASN C 40 54.702 30.148 56.228 1.00 55.15 O +ANISOU 8002 O ASN C 40 6678 6423 7853 17 133 -64 O +ATOM 8003 CB ASN C 40 54.384 27.902 58.581 1.00 59.65 C +ANISOU 8003 CB ASN C 40 7523 6554 8586 222 -327 211 C +ATOM 8004 CG ASN C 40 55.046 26.634 59.077 1.00 62.42 C +ANISOU 8004 CG ASN C 40 7831 6635 9251 345 -568 247 C +ATOM 8005 OD1 ASN C 40 54.730 25.535 58.619 1.00 49.74 O +ANISOU 8005 OD1 ASN C 40 6170 4908 7820 373 -482 188 O +ATOM 8006 ND2 ASN C 40 55.970 26.778 60.020 1.00 48.26 N +ANISOU 8006 ND2 ASN C 40 6066 4719 7553 428 -911 334 N +ATOM 8007 N LEU C 41 52.556 29.611 56.661 1.00 49.52 N +ANISOU 8007 N LEU C 41 6279 5708 6830 21 185 72 N +ATOM 8008 CA LEU C 41 52.016 30.937 56.377 1.00 49.69 C +ANISOU 8008 CA LEU C 41 6390 5871 6618 -45 245 98 C +ATOM 8009 C LEU C 41 51.517 31.513 57.696 1.00 49.33 C +ANISOU 8009 C LEU C 41 6538 5786 6418 -41 128 224 C +ATOM 8010 O LEU C 41 50.460 31.118 58.195 1.00 46.11 O +ANISOU 8010 O LEU C 41 6253 5353 5912 -50 175 253 O +ATOM 8011 CB LEU C 41 50.900 30.871 55.340 1.00 51.83 C +ANISOU 8011 CB LEU C 41 6682 6245 6767 -76 391 18 C +ATOM 8012 CG LEU C 41 50.179 32.197 55.087 1.00 46.42 C +ANISOU 8012 CG LEU C 41 6110 5649 5880 -109 380 58 C +ATOM 8013 CD1 LEU C 41 51.156 33.251 54.588 1.00 52.23 C +ANISOU 8013 CD1 LEU C 41 6834 6426 6584 -176 383 91 C +ATOM 8014 CD2 LEU C 41 49.037 32.014 54.107 1.00 45.74 C +ANISOU 8014 CD2 LEU C 41 6037 5639 5705 -109 432 -33 C +ATOM 8015 N GLU C 42 52.277 32.449 58.255 1.00 50.66 N +ANISOU 8015 N GLU C 42 6723 5951 6573 -51 3 264 N +ATOM 8016 CA GLU C 42 51.968 33.044 59.548 1.00 56.02 C +ANISOU 8016 CA GLU C 42 7593 6604 7087 -59 -114 339 C +ATOM 8017 C GLU C 42 51.613 34.512 59.350 1.00 59.03 C +ANISOU 8017 C GLU C 42 8003 7054 7370 -102 -78 304 C +ATOM 8018 O GLU C 42 52.458 35.313 58.937 1.00 60.74 O +ANISOU 8018 O GLU C 42 8127 7276 7676 -134 -115 286 O +ATOM 8019 CB GLU C 42 53.144 32.887 60.510 1.00 42.90 C +ANISOU 8019 CB GLU C 42 5944 4848 5506 -21 -363 390 C +ATOM 8020 CG GLU C 42 53.500 31.435 60.783 1.00 50.60 C +ANISOU 8020 CG GLU C 42 6919 5689 6619 48 -472 450 C +ATOM 8021 CD GLU C 42 54.745 31.286 61.624 1.00 63.98 C +ANISOU 8021 CD GLU C 42 8597 7263 8448 119 -808 488 C +ATOM 8022 OE1 GLU C 42 55.681 32.095 61.455 1.00 53.57 O +ANISOU 8022 OE1 GLU C 42 7095 5978 7282 119 -898 390 O +ATOM 8023 OE2 GLU C 42 54.790 30.359 62.460 1.00 69.93 O +ANISOU 8023 OE2 GLU C 42 9531 7870 9171 170 -1004 619 O +ATOM 8024 N ILE C 43 50.361 34.847 59.638 1.00 51.81 N +ANISOU 8024 N ILE C 43 7200 6167 6317 -111 2 277 N +ATOM 8025 CA ILE C 43 49.832 36.200 59.546 1.00 52.60 C +ANISOU 8025 CA ILE C 43 7329 6282 6375 -121 3 224 C +ATOM 8026 C ILE C 43 49.444 36.611 60.959 1.00 55.26 C +ANISOU 8026 C ILE C 43 7813 6602 6580 -140 -27 177 C +ATOM 8027 O ILE C 43 48.429 36.143 61.498 1.00 35.46 O +ANISOU 8027 O ILE C 43 5381 4111 3979 -159 97 123 O +ATOM 8028 CB ILE C 43 48.637 36.279 58.586 1.00 47.09 C +ANISOU 8028 CB ILE C 43 6586 5617 5690 -94 99 163 C +ATOM 8029 CG1 ILE C 43 49.090 35.940 57.164 1.00 56.31 C +ANISOU 8029 CG1 ILE C 43 7668 6825 6903 -103 126 198 C +ATOM 8030 CG2 ILE C 43 47.992 37.660 58.626 1.00 31.34 C +ANISOU 8030 CG2 ILE C 43 4621 3579 3708 -71 43 100 C +ATOM 8031 CD1 ILE C 43 47.962 35.585 56.223 1.00 62.47 C +ANISOU 8031 CD1 ILE C 43 8418 7649 7670 -69 171 130 C +ATOM 8032 N THR C 44 50.256 37.476 61.564 1.00 56.91 N +ANISOU 8032 N THR C 44 8062 6780 6782 -159 -168 168 N +ATOM 8033 CA THR C 44 50.078 37.861 62.953 1.00 60.66 C +ANISOU 8033 CA THR C 44 8708 7256 7084 -193 -216 97 C +ATOM 8034 C THR C 44 50.292 39.358 63.118 1.00 61.29 C +ANISOU 8034 C THR C 44 8767 7290 7229 -203 -300 -12 C +ATOM 8035 O THR C 44 51.161 39.949 62.470 1.00 68.70 O +ANISOU 8035 O THR C 44 9592 8175 8337 -208 -395 27 O +ATOM 8036 CB THR C 44 51.046 37.099 63.874 1.00 62.89 C +ANISOU 8036 CB THR C 44 9115 7524 7257 -206 -395 192 C +ATOM 8037 OG1 THR C 44 52.390 37.283 63.419 1.00 52.99 O +ANISOU 8037 OG1 THR C 44 7696 6226 6212 -177 -579 226 O +ATOM 8038 CG2 THR C 44 50.719 35.614 63.893 1.00 51.41 C +ANISOU 8038 CG2 THR C 44 7733 6056 5742 -204 -320 309 C +ATOM 8039 N TYR C 45 49.482 39.963 63.987 1.00 61.04 N +ANISOU 8039 N TYR C 45 8842 7267 7083 -224 -234 -172 N +ATOM 8040 CA TYR C 45 49.655 41.341 64.437 1.00 64.21 C +ANISOU 8040 CA TYR C 45 9252 7601 7546 -236 -325 -326 C +ATOM 8041 C TYR C 45 49.433 42.367 63.334 1.00 66.74 C +ANISOU 8041 C TYR C 45 9423 7799 8135 -189 -339 -334 C +ATOM 8042 O TYR C 45 49.951 43.485 63.421 1.00 65.47 O +ANISOU 8042 O TYR C 45 9245 7526 8105 -209 -456 -395 O +ATOM 8043 CB TYR C 45 51.043 41.546 65.049 1.00 48.77 C +ANISOU 8043 CB TYR C 45 7340 5628 5561 -276 -559 -299 C +ATOM 8044 CG TYR C 45 51.325 40.647 66.228 1.00 43.97 C +ANISOU 8044 CG TYR C 45 6948 5106 4654 -313 -647 -267 C +ATOM 8045 CD1 TYR C 45 50.589 40.760 67.398 1.00 43.29 C +ANISOU 8045 CD1 TYR C 45 7093 5086 4267 -380 -552 -415 C +ATOM 8046 CD2 TYR C 45 52.329 39.691 66.174 1.00 51.78 C +ANISOU 8046 CD2 TYR C 45 7924 6090 5659 -289 -828 -97 C +ATOM 8047 CE1 TYR C 45 50.840 39.944 68.481 1.00 42.74 C +ANISOU 8047 CE1 TYR C 45 7311 5081 3847 -442 -646 -342 C +ATOM 8048 CE2 TYR C 45 52.590 38.869 67.253 1.00 53.35 C +ANISOU 8048 CE2 TYR C 45 8373 6320 5579 -311 -981 -26 C +ATOM 8049 CZ TYR C 45 51.842 39.000 68.404 1.00 48.77 C +ANISOU 8049 CZ TYR C 45 8093 5809 4627 -398 -894 -122 C +ATOM 8050 OH TYR C 45 52.096 38.186 69.483 1.00 68.91 O +ANISOU 8050 OH TYR C 45 10979 8379 6823 -448 -1057 -8 O +ATOM 8051 N VAL C 46 48.672 42.033 62.299 1.00 54.81 N +ANISOU 8051 N VAL C 46 7831 6287 6709 -133 -249 -271 N +ATOM 8052 CA VAL C 46 48.338 43.014 61.273 1.00 50.09 C +ANISOU 8052 CA VAL C 46 7166 5548 6317 -83 -315 -250 C +ATOM 8053 C VAL C 46 47.186 43.867 61.780 1.00 60.10 C +ANISOU 8053 C VAL C 46 8406 6724 7706 -12 -302 -491 C +ATOM 8054 O VAL C 46 46.202 43.349 62.323 1.00 63.01 O +ANISOU 8054 O VAL C 46 8742 7176 8021 9 -152 -657 O +ATOM 8055 CB VAL C 46 47.983 42.326 59.946 1.00 45.54 C +ANISOU 8055 CB VAL C 46 6542 5011 5751 -47 -282 -104 C +ATOM 8056 CG1 VAL C 46 47.745 43.378 58.869 1.00 33.87 C +ANISOU 8056 CG1 VAL C 46 5081 3367 4422 -10 -411 -27 C +ATOM 8057 CG2 VAL C 46 49.095 41.376 59.529 1.00 52.37 C +ANISOU 8057 CG2 VAL C 46 7398 5974 6528 -118 -246 58 C +ATOM 8058 N GLN C 47 47.303 45.179 61.602 1.00 72.47 N +ANISOU 8058 N GLN C 47 9967 8093 9474 12 -439 -533 N +ATOM 8059 CA GLN C 47 46.375 46.138 62.177 1.00 63.95 C +ANISOU 8059 CA GLN C 47 8831 6879 8588 91 -453 -816 C +ATOM 8060 C GLN C 47 45.438 46.683 61.107 1.00 64.46 C +ANISOU 8060 C GLN C 47 8812 6756 8922 230 -589 -797 C +ATOM 8061 O GLN C 47 45.678 46.543 59.905 1.00 46.48 O +ANISOU 8061 O GLN C 47 6590 4438 6632 237 -700 -530 O +ATOM 8062 CB GLN C 47 47.137 47.287 62.846 1.00 47.60 C +ANISOU 8062 CB GLN C 47 6809 4663 6613 36 -558 -920 C +ATOM 8063 CG GLN C 47 48.108 46.829 63.924 1.00 40.46 C +ANISOU 8063 CG GLN C 47 6000 3928 5445 -87 -517 -955 C +ATOM 8064 CD GLN C 47 47.404 46.300 65.156 1.00 52.78 C +ANISOU 8064 CD GLN C 47 7618 5663 6774 -110 -335 -1207 C +ATOM 8065 OE1 GLN C 47 46.477 46.925 65.671 1.00 63.94 O +ANISOU 8065 OE1 GLN C 47 8976 7015 8302 -69 -243 -1514 O +ATOM 8066 NE2 GLN C 47 47.837 45.139 65.634 1.00 52.60 N +ANISOU 8066 NE2 GLN C 47 7713 5839 6431 -187 -273 -1088 N +ATOM 8067 N ARG C 48 44.358 47.310 61.570 1.00 65.01 N +ANISOU 8067 N ARG C 48 8753 6709 9238 341 -591 -1109 N +ATOM 8068 CA ARG C 48 43.356 47.860 60.668 1.00 58.44 C +ANISOU 8068 CA ARG C 48 7812 5661 8731 515 -795 -1143 C +ATOM 8069 C ARG C 48 44.009 48.731 59.603 1.00 61.21 C +ANISOU 8069 C ARG C 48 8326 5759 9173 524 -1079 -824 C +ATOM 8070 O ARG C 48 45.082 49.305 59.808 1.00 59.29 O +ANISOU 8070 O ARG C 48 8208 5435 8885 404 -1094 -707 O +ATOM 8071 CB ARG C 48 42.331 48.687 61.446 1.00 50.23 C +ANISOU 8071 CB ARG C 48 6576 4463 8046 635 -782 -1582 C +ATOM 8072 CG ARG C 48 41.678 47.954 62.601 1.00 74.46 C +ANISOU 8072 CG ARG C 48 9515 7774 11002 569 -424 -1936 C +ATOM 8073 CD ARG C 48 40.593 48.798 63.234 1.00 89.15 C +ANISOU 8073 CD ARG C 48 11131 9471 13272 684 -373 -2433 C +ATOM 8074 NE ARG C 48 39.575 47.971 63.871 1.00113.34 N +ANISOU 8074 NE ARG C 48 14004 12741 16317 634 -19 -2768 N +ATOM 8075 CZ ARG C 48 38.596 47.357 63.215 1.00114.02 C +ANISOU 8075 CZ ARG C 48 13871 12847 16603 725 -22 -2827 C +ATOM 8076 NH1 ARG C 48 38.497 47.468 61.897 1.00107.77 N +ANISOU 8076 NH1 ARG C 48 13058 11897 15993 889 -401 -2564 N +ATOM 8077 NH2 ARG C 48 37.715 46.625 63.878 1.00114.44 N +ANISOU 8077 NH2 ARG C 48 13744 13079 16661 631 359 -3158 N +ATOM 8078 N ASN C 49 43.346 48.823 58.452 1.00 53.09 N +ANISOU 8078 N ASN C 49 7308 4596 8267 650 -1312 -686 N +ATOM 8079 CA ASN C 49 43.731 49.684 57.338 1.00 54.63 C +ANISOU 8079 CA ASN C 49 7723 4511 8525 654 -1605 -361 C +ATOM 8080 C ASN C 49 45.007 49.227 56.646 1.00 60.35 C +ANISOU 8080 C ASN C 49 8673 5372 8883 439 -1498 12 C +ATOM 8081 O ASN C 49 45.474 49.917 55.733 1.00 65.04 O +ANISOU 8081 O ASN C 49 9502 5752 9459 369 -1664 308 O +ATOM 8082 CB ASN C 49 43.908 51.145 57.776 1.00 50.95 C +ANISOU 8082 CB ASN C 49 7287 3681 8391 684 -1762 -448 C +ATOM 8083 CG ASN C 49 42.688 51.688 58.493 1.00 74.41 C +ANISOU 8083 CG ASN C 49 9993 6488 11790 900 -1846 -889 C +ATOM 8084 OD1 ASN C 49 41.555 51.322 58.179 1.00 82.57 O +ANISOU 8084 OD1 ASN C 49 10854 7536 12983 1074 -1948 -1038 O +ATOM 8085 ND2 ASN C 49 42.914 52.564 59.464 1.00 85.57 N +ANISOU 8085 ND2 ASN C 49 11342 7744 13425 884 -1795 -1145 N +ATOM 8086 N TYR C 50 45.590 48.097 57.039 1.00 45.92 N +ANISOU 8086 N TYR C 50 6791 3872 6785 320 -1221 0 N +ATOM 8087 CA TYR C 50 46.775 47.569 56.374 1.00 52.34 C +ANISOU 8087 CA TYR C 50 7745 4822 7319 130 -1096 279 C +ATOM 8088 C TYR C 50 46.339 46.642 55.248 1.00 59.60 C +ANISOU 8088 C TYR C 50 8720 5892 8033 157 -1114 417 C +ATOM 8089 O TYR C 50 45.663 45.636 55.488 1.00 64.41 O +ANISOU 8089 O TYR C 50 9176 6696 8599 239 -1029 258 O +ATOM 8090 CB TYR C 50 47.680 46.844 57.368 1.00 67.17 C +ANISOU 8090 CB TYR C 50 9521 6929 9071 16 -856 179 C +ATOM 8091 CG TYR C 50 48.653 47.770 58.061 1.00 67.05 C +ANISOU 8091 CG TYR C 50 9523 6774 9179 -95 -862 144 C +ATOM 8092 CD1 TYR C 50 48.311 48.413 59.243 1.00 67.00 C +ANISOU 8092 CD1 TYR C 50 9439 6680 9339 -30 -901 -130 C +ATOM 8093 CD2 TYR C 50 49.911 48.011 57.524 1.00 57.41 C +ANISOU 8093 CD2 TYR C 50 8379 5508 7925 -284 -809 343 C +ATOM 8094 CE1 TYR C 50 49.199 49.265 59.875 1.00 63.97 C +ANISOU 8094 CE1 TYR C 50 9064 6165 9078 -134 -932 -198 C +ATOM 8095 CE2 TYR C 50 50.804 48.860 58.148 1.00 52.41 C +ANISOU 8095 CE2 TYR C 50 7724 4732 7456 -398 -824 278 C +ATOM 8096 CZ TYR C 50 50.443 49.484 59.322 1.00 54.37 C +ANISOU 8096 CZ TYR C 50 7905 4891 7863 -315 -910 10 C +ATOM 8097 OH TYR C 50 51.331 50.330 59.945 1.00 57.85 O +ANISOU 8097 OH TYR C 50 8317 5187 8475 -431 -951 -89 O +ATOM 8098 N ASP C 51 46.726 46.985 54.023 1.00 70.73 N +ANISOU 8098 N ASP C 51 10369 7204 9302 64 -1212 703 N +ATOM 8099 CA ASP C 51 46.260 46.278 52.839 1.00 64.87 C +ANISOU 8099 CA ASP C 51 9738 6578 8332 87 -1285 824 C +ATOM 8100 C ASP C 51 46.990 44.947 52.708 1.00 69.95 C +ANISOU 8100 C ASP C 51 10308 7541 8729 -44 -982 816 C +ATOM 8101 O ASP C 51 48.209 44.917 52.503 1.00 61.38 O +ANISOU 8101 O ASP C 51 9293 6508 7522 -244 -783 939 O +ATOM 8102 CB ASP C 51 46.478 47.141 51.599 1.00 68.25 C +ANISOU 8102 CB ASP C 51 10525 6789 8617 -6 -1482 1149 C +ATOM 8103 CG ASP C 51 45.807 46.574 50.366 1.00 82.22 C +ANISOU 8103 CG ASP C 51 12463 8651 10127 44 -1657 1254 C +ATOM 8104 OD1 ASP C 51 44.744 45.934 50.505 1.00 95.21 O +ANISOU 8104 OD1 ASP C 51 13906 10395 11876 242 -1782 1038 O +ATOM 8105 OD2 ASP C 51 46.342 46.773 49.255 1.00 91.70 O +ANISOU 8105 OD2 ASP C 51 14007 9826 11009 -135 -1661 1537 O +ATOM 8106 N LEU C 52 46.244 43.847 52.822 1.00 65.14 N +ANISOU 8106 N LEU C 52 9530 7120 8098 65 -943 644 N +ATOM 8107 CA LEU C 52 46.787 42.500 52.704 1.00 57.69 C +ANISOU 8107 CA LEU C 52 8500 6436 6983 -24 -693 607 C +ATOM 8108 C LEU C 52 46.409 41.851 51.375 1.00 59.30 C +ANISOU 8108 C LEU C 52 8819 6750 6961 -33 -752 667 C +ATOM 8109 O LEU C 52 46.269 40.628 51.292 1.00 77.63 O +ANISOU 8109 O LEU C 52 11011 9257 9227 -24 -621 542 O +ATOM 8110 CB LEU C 52 46.310 41.630 53.867 1.00 47.67 C +ANISOU 8110 CB LEU C 52 6986 5279 5845 64 -573 375 C +ATOM 8111 CG LEU C 52 46.927 41.899 55.240 1.00 46.38 C +ANISOU 8111 CG LEU C 52 6745 5092 5786 27 -463 302 C +ATOM 8112 CD1 LEU C 52 46.156 41.133 56.305 1.00 36.51 C +ANISOU 8112 CD1 LEU C 52 5342 3929 4600 99 -362 92 C +ATOM 8113 CD2 LEU C 52 48.394 41.507 55.254 1.00 36.41 C +ANISOU 8113 CD2 LEU C 52 5491 3912 4432 -123 -309 402 C +ATOM 8114 N SER C 53 46.246 42.655 50.325 1.00 47.31 N +ANISOU 8114 N SER C 53 7574 5103 5298 -58 -965 858 N +ATOM 8115 CA SER C 53 45.813 42.114 49.044 1.00 45.43 C +ANISOU 8115 CA SER C 53 7502 4974 4786 -67 -1077 905 C +ATOM 8116 C SER C 53 46.891 41.272 48.372 1.00 58.99 C +ANISOU 8116 C SER C 53 9291 6911 6213 -285 -751 940 C +ATOM 8117 O SER C 53 46.563 40.442 47.518 1.00 63.15 O +ANISOU 8117 O SER C 53 9869 7598 6527 -293 -761 870 O +ATOM 8118 CB SER C 53 45.376 43.249 48.118 1.00 45.85 C +ANISOU 8118 CB SER C 53 7907 4804 4711 -45 -1442 1140 C +ATOM 8119 OG SER C 53 44.273 43.951 48.663 1.00 58.94 O +ANISOU 8119 OG SER C 53 9442 6238 6715 198 -1782 1044 O +ATOM 8120 N PHE C 54 48.164 41.453 48.735 1.00 55.64 N +ANISOU 8120 N PHE C 54 8837 6493 5810 -461 -466 999 N +ATOM 8121 CA PHE C 54 49.205 40.605 48.164 1.00 52.86 C +ANISOU 8121 CA PHE C 54 8465 6341 5278 -656 -127 953 C +ATOM 8122 C PHE C 54 48.926 39.135 48.452 1.00 59.27 C +ANISOU 8122 C PHE C 54 9001 7337 6182 -549 -27 704 C +ATOM 8123 O PHE C 54 49.280 38.262 47.647 1.00 61.97 O +ANISOU 8123 O PHE C 54 9352 7848 6347 -648 155 611 O +ATOM 8124 CB PHE C 54 50.589 41.027 48.682 1.00 41.13 C +ANISOU 8124 CB PHE C 54 6888 4808 3933 -833 134 989 C +ATOM 8125 CG PHE C 54 50.708 41.085 50.185 1.00 45.74 C +ANISOU 8125 CG PHE C 54 7195 5318 4868 -704 96 881 C +ATOM 8126 CD1 PHE C 54 51.130 39.977 50.902 1.00 56.75 C +ANISOU 8126 CD1 PHE C 54 8305 6837 6418 -652 236 697 C +ATOM 8127 CD2 PHE C 54 50.432 42.258 50.876 1.00 50.15 C +ANISOU 8127 CD2 PHE C 54 7805 5663 5587 -644 -94 961 C +ATOM 8128 CE1 PHE C 54 51.255 40.029 52.281 1.00 55.55 C +ANISOU 8128 CE1 PHE C 54 7977 6623 6506 -555 174 622 C +ATOM 8129 CE2 PHE C 54 50.555 42.313 52.256 1.00 42.30 C +ANISOU 8129 CE2 PHE C 54 6596 4627 4848 -549 -119 834 C +ATOM 8130 CZ PHE C 54 50.967 41.197 52.957 1.00 48.13 C +ANISOU 8130 CZ PHE C 54 7104 5515 5669 -513 10 679 C +ATOM 8131 N LEU C 55 48.248 38.844 49.562 1.00 36.65 N +ANISOU 8131 N LEU C 55 5912 4429 3584 -365 -129 583 N +ATOM 8132 CA LEU C 55 47.909 37.467 49.897 1.00 52.78 C +ANISOU 8132 CA LEU C 55 7728 6594 5734 -283 -37 379 C +ATOM 8133 C LEU C 55 47.000 36.810 48.868 1.00 58.16 C +ANISOU 8133 C LEU C 55 8465 7375 6259 -238 -144 279 C +ATOM 8134 O LEU C 55 46.790 35.594 48.945 1.00 73.78 O +ANISOU 8134 O LEU C 55 10268 9444 8323 -204 -43 99 O +ATOM 8135 CB LEU C 55 47.238 37.407 51.269 1.00 44.14 C +ANISOU 8135 CB LEU C 55 6452 5418 4900 -140 -105 292 C +ATOM 8136 CG LEU C 55 48.073 37.870 52.463 1.00 41.19 C +ANISOU 8136 CG LEU C 55 6015 4968 4667 -170 -29 339 C +ATOM 8137 CD1 LEU C 55 47.266 37.723 53.740 1.00 39.05 C +ANISOU 8137 CD1 LEU C 55 5628 4649 4559 -59 -66 228 C +ATOM 8138 CD2 LEU C 55 49.377 37.091 52.562 1.00 31.54 C +ANISOU 8138 CD2 LEU C 55 4691 3819 3475 -268 172 321 C +ATOM 8139 N LYS C 56 46.450 37.568 47.918 1.00 63.10 N +ANISOU 8139 N LYS C 56 9344 7963 6668 -235 -381 390 N +ATOM 8140 CA LYS C 56 45.709 36.934 46.836 1.00 69.11 C +ANISOU 8140 CA LYS C 56 10190 8839 7231 -209 -521 280 C +ATOM 8141 C LYS C 56 46.593 35.986 46.042 1.00 58.11 C +ANISOU 8141 C LYS C 56 8829 7637 5613 -381 -225 184 C +ATOM 8142 O LYS C 56 46.096 35.027 45.441 1.00 67.06 O +ANISOU 8142 O LYS C 56 9913 8892 6674 -356 -248 -14 O +ATOM 8143 CB LYS C 56 45.127 37.989 45.907 1.00 66.06 C +ANISOU 8143 CB LYS C 56 10145 8359 6596 -188 -881 462 C +ATOM 8144 CG LYS C 56 44.066 38.839 46.543 1.00 43.82 C +ANISOU 8144 CG LYS C 56 7247 5331 4073 24 -1230 477 C +ATOM 8145 CD LYS C 56 43.321 39.583 45.482 1.00 47.80 C +ANISOU 8145 CD LYS C 56 8067 5731 4365 93 -1684 612 C +ATOM 8146 CE LYS C 56 42.107 40.223 46.054 1.00 48.39 C +ANISOU 8146 CE LYS C 56 7959 5591 4836 349 -2063 521 C +ATOM 8147 NZ LYS C 56 41.246 40.721 44.945 1.00 90.22 N +ANISOU 8147 NZ LYS C 56 13527 10784 9970 464 -2605 605 N +ATOM 8148 N THR C 57 47.903 36.234 46.030 1.00 49.45 N +ANISOU 8148 N THR C 57 7781 6561 4445 -560 65 276 N +ATOM 8149 CA THR C 57 48.800 35.424 45.218 1.00 50.65 C +ANISOU 8149 CA THR C 57 7940 6890 4416 -739 386 135 C +ATOM 8150 C THR C 57 48.882 33.988 45.723 1.00 51.10 C +ANISOU 8150 C THR C 57 7641 7004 4771 -653 543 -140 C +ATOM 8151 O THR C 57 49.171 33.075 44.941 1.00 51.19 O +ANISOU 8151 O THR C 57 7622 7156 4673 -736 724 -351 O +ATOM 8152 CB THR C 57 50.192 36.056 45.201 1.00 63.42 C +ANISOU 8152 CB THR C 57 9610 8490 5997 -956 685 249 C +ATOM 8153 OG1 THR C 57 50.688 36.160 46.541 1.00 96.95 O +ANISOU 8153 OG1 THR C 57 13573 12615 10651 -871 725 257 O +ATOM 8154 CG2 THR C 57 50.152 37.446 44.585 1.00 54.66 C +ANISOU 8154 CG2 THR C 57 8911 7288 4569 -1089 559 547 C +ATOM 8155 N ILE C 58 48.627 33.768 47.011 1.00 37.95 N +ANISOU 8155 N ILE C 58 5733 5217 3468 -501 477 -146 N +ATOM 8156 CA ILE C 58 48.922 32.479 47.626 1.00 45.71 C +ANISOU 8156 CA ILE C 58 6425 6191 4751 -444 629 -335 C +ATOM 8157 C ILE C 58 47.960 31.421 47.102 1.00 65.42 C +ANISOU 8157 C ILE C 58 8861 8747 7249 -380 564 -550 C +ATOM 8158 O ILE C 58 46.735 31.594 47.140 1.00 73.15 O +ANISOU 8158 O ILE C 58 9872 9698 8222 -281 330 -552 O +ATOM 8159 CB ILE C 58 48.852 32.584 49.156 1.00 36.56 C +ANISOU 8159 CB ILE C 58 5119 4881 3891 -330 558 -244 C +ATOM 8160 CG1 ILE C 58 49.796 33.683 49.665 1.00 35.46 C +ANISOU 8160 CG1 ILE C 58 5030 4680 3764 -395 586 -69 C +ATOM 8161 CG2 ILE C 58 49.195 31.240 49.799 1.00 33.25 C +ANISOU 8161 CG2 ILE C 58 4469 4406 3760 -280 671 -383 C +ATOM 8162 CD1 ILE C 58 51.272 33.413 49.420 1.00 45.23 C +ANISOU 8162 CD1 ILE C 58 6151 5952 5081 -519 824 -138 C +ATOM 8163 N GLN C 59 48.516 30.311 46.619 1.00 64.52 N +ANISOU 8163 N GLN C 59 8620 8698 7198 -435 768 -773 N +ATOM 8164 CA GLN C 59 47.730 29.179 46.141 1.00 61.88 C +ANISOU 8164 CA GLN C 59 8193 8398 6922 -390 734 -1025 C +ATOM 8165 C GLN C 59 47.812 27.961 47.044 1.00 65.76 C +ANISOU 8165 C GLN C 59 8410 8736 7840 -310 822 -1142 C +ATOM 8166 O GLN C 59 46.801 27.285 47.244 1.00 59.06 O +ANISOU 8166 O GLN C 59 7473 7821 7147 -245 728 -1251 O +ATOM 8167 CB GLN C 59 48.177 28.788 44.731 1.00 53.24 C +ANISOU 8167 CB GLN C 59 7201 7486 5542 -528 891 -1243 C +ATOM 8168 CG GLN C 59 47.821 29.822 43.678 1.00 70.92 C +ANISOU 8168 CG GLN C 59 9805 9868 7272 -622 744 -1122 C +ATOM 8169 CD GLN C 59 48.375 29.466 42.325 1.00 84.01 C +ANISOU 8169 CD GLN C 59 11626 11730 8563 -809 958 -1334 C +ATOM 8170 OE1 GLN C 59 48.624 28.296 42.038 1.00 97.47 O +ANISOU 8170 OE1 GLN C 59 13135 13480 10420 -825 1146 -1659 O +ATOM 8171 NE2 GLN C 59 48.584 30.472 41.483 1.00 79.89 N +ANISOU 8171 NE2 GLN C 59 11487 11319 7550 -969 947 -1158 N +ATOM 8172 N GLU C 60 48.984 27.654 47.595 1.00 75.20 N +ANISOU 8172 N GLU C 60 9470 9846 9254 -319 982 -1126 N +ATOM 8173 CA GLU C 60 49.119 26.499 48.467 1.00 65.48 C +ANISOU 8173 CA GLU C 60 8036 8419 8425 -235 1008 -1189 C +ATOM 8174 C GLU C 60 50.178 26.762 49.527 1.00 60.31 C +ANISOU 8174 C GLU C 60 7313 7636 7966 -199 1009 -1016 C +ATOM 8175 O GLU C 60 51.093 27.566 49.332 1.00 56.40 O +ANISOU 8175 O GLU C 60 6836 7220 7376 -261 1077 -961 O +ATOM 8176 CB GLU C 60 49.471 25.236 47.673 1.00 59.68 C +ANISOU 8176 CB GLU C 60 7140 7678 7859 -255 1160 -1517 C +ATOM 8177 CG GLU C 60 50.685 25.343 46.789 1.00 70.70 C +ANISOU 8177 CG GLU C 60 8482 9204 9176 -354 1381 -1692 C +ATOM 8178 CD GLU C 60 51.049 24.013 46.151 1.00 75.62 C +ANISOU 8178 CD GLU C 60 8896 9784 10052 -355 1547 -2075 C +ATOM 8179 OE1 GLU C 60 51.641 23.159 46.844 1.00 65.68 O +ANISOU 8179 OE1 GLU C 60 7412 8292 9254 -256 1548 -2134 O +ATOM 8180 OE2 GLU C 60 50.731 23.817 44.960 1.00 66.66 O +ANISOU 8180 OE2 GLU C 60 7837 8833 8657 -451 1647 -2326 O +ATOM 8181 N VAL C 61 50.035 26.065 50.652 1.00 54.83 N +ANISOU 8181 N VAL C 61 6558 6733 7543 -114 924 -931 N +ATOM 8182 CA VAL C 61 50.943 26.171 51.787 1.00 40.84 C +ANISOU 8182 CA VAL C 61 4752 4810 5954 -57 838 -762 C +ATOM 8183 C VAL C 61 51.318 24.758 52.210 1.00 51.84 C +ANISOU 8183 C VAL C 61 6007 5960 7731 22 807 -843 C +ATOM 8184 O VAL C 61 50.444 23.970 52.591 1.00 49.05 O +ANISOU 8184 O VAL C 61 5707 5468 7461 34 779 -818 O +ATOM 8185 CB VAL C 61 50.308 26.935 52.962 1.00 47.99 C +ANISOU 8185 CB VAL C 61 5837 5677 6720 -43 700 -501 C +ATOM 8186 CG1 VAL C 61 51.314 27.116 54.092 1.00 57.80 C +ANISOU 8186 CG1 VAL C 61 7081 6788 8091 7 567 -342 C +ATOM 8187 CG2 VAL C 61 49.769 28.281 52.496 1.00 55.91 C +ANISOU 8187 CG2 VAL C 61 6966 6865 7413 -97 696 -445 C +ATOM 8188 N ALA C 62 52.611 24.437 52.144 1.00 64.54 N +ANISOU 8188 N ALA C 62 7424 7487 9612 71 809 -952 N +ATOM 8189 CA ALA C 62 53.054 23.095 52.505 1.00 51.67 C +ANISOU 8189 CA ALA C 62 5646 5571 8416 177 725 -1039 C +ATOM 8190 C ALA C 62 53.015 22.872 54.012 1.00 52.15 C +ANISOU 8190 C ALA C 62 5871 5380 8565 256 461 -727 C +ATOM 8191 O ALA C 62 52.739 21.755 54.463 1.00 62.45 O +ANISOU 8191 O ALA C 62 7214 6413 10100 306 372 -682 O +ATOM 8192 CB ALA C 62 54.463 22.844 51.970 1.00 42.68 C +ANISOU 8192 CB ALA C 62 4198 4404 7614 223 790 -1305 C +ATOM 8193 N GLY C 63 53.285 23.909 54.800 1.00 59.83 N +ANISOU 8193 N GLY C 63 6973 6422 9337 250 334 -509 N +ATOM 8194 CA GLY C 63 53.297 23.782 56.244 1.00 71.61 C +ANISOU 8194 CA GLY C 63 8678 7709 10820 301 76 -219 C +ATOM 8195 C GLY C 63 51.929 23.986 56.861 1.00 61.19 C +ANISOU 8195 C GLY C 63 7655 6426 9169 199 142 -27 C +ATOM 8196 O GLY C 63 50.965 23.317 56.477 1.00 68.29 O +ANISOU 8196 O GLY C 63 8571 7292 10085 142 294 -99 O +ATOM 8197 N TYR C 64 51.829 24.899 57.823 1.00 55.77 N +ANISOU 8197 N TYR C 64 7177 5803 8210 166 42 174 N +ATOM 8198 CA TYR C 64 50.561 25.241 58.449 1.00 57.13 C +ANISOU 8198 CA TYR C 64 7595 6034 8078 53 153 298 C +ATOM 8199 C TYR C 64 50.235 26.706 58.185 1.00 52.41 C +ANISOU 8199 C TYR C 64 6989 5700 7225 10 234 250 C +ATOM 8200 O TYR C 64 51.060 27.475 57.688 1.00 54.87 O +ANISOU 8200 O TYR C 64 7169 6124 7555 47 186 185 O +ATOM 8201 CB TYR C 64 50.589 24.960 59.959 1.00 66.92 C +ANISOU 8201 CB TYR C 64 9152 7087 9186 26 -16 565 C +ATOM 8202 CG TYR C 64 51.630 25.733 60.741 1.00 66.36 C +ANISOU 8202 CG TYR C 64 9160 7032 9020 91 -287 677 C +ATOM 8203 CD1 TYR C 64 51.411 27.053 61.117 1.00 64.64 C +ANISOU 8203 CD1 TYR C 64 9029 7017 8513 34 -255 682 C +ATOM 8204 CD2 TYR C 64 52.823 25.133 61.126 1.00 58.03 C +ANISOU 8204 CD2 TYR C 64 8075 5763 8209 218 -609 749 C +ATOM 8205 CE1 TYR C 64 52.356 27.756 61.843 1.00 58.28 C +ANISOU 8205 CE1 TYR C 64 8285 6219 7639 82 -516 750 C +ATOM 8206 CE2 TYR C 64 53.771 25.829 61.853 1.00 56.44 C +ANISOU 8206 CE2 TYR C 64 7921 5572 7953 281 -903 818 C +ATOM 8207 CZ TYR C 64 53.534 27.139 62.206 1.00 59.36 C +ANISOU 8207 CZ TYR C 64 8383 6162 8008 202 -845 814 C +ATOM 8208 OH TYR C 64 54.478 27.833 62.927 1.00 65.56 O +ANISOU 8208 OH TYR C 64 9200 6952 8757 255 -1149 847 O +ATOM 8209 N VAL C 65 49.004 27.081 58.523 1.00 53.82 N +ANISOU 8209 N VAL C 65 7297 5950 7202 -78 367 266 N +ATOM 8210 CA VAL C 65 48.492 28.430 58.305 1.00 33.64 C +ANISOU 8210 CA VAL C 65 4734 3589 4458 -102 421 207 C +ATOM 8211 C VAL C 65 48.007 28.955 59.649 1.00 38.11 C +ANISOU 8211 C VAL C 65 5526 4142 4812 -169 425 315 C +ATOM 8212 O VAL C 65 47.030 28.441 60.205 1.00 33.21 O +ANISOU 8212 O VAL C 65 5013 3464 4141 -264 576 320 O +ATOM 8213 CB VAL C 65 47.369 28.450 57.259 1.00 31.00 C +ANISOU 8213 CB VAL C 65 4273 3359 4146 -124 565 30 C +ATOM 8214 CG1 VAL C 65 46.615 29.773 57.288 1.00 30.16 C +ANISOU 8214 CG1 VAL C 65 4190 3379 3889 -132 573 -13 C +ATOM 8215 CG2 VAL C 65 47.937 28.203 55.869 1.00 33.48 C +ANISOU 8215 CG2 VAL C 65 4418 3742 4563 -79 562 -97 C +ATOM 8216 N LEU C 66 48.681 29.978 60.167 1.00 47.57 N +ANISOU 8216 N LEU C 66 6792 5394 5890 -146 289 372 N +ATOM 8217 CA LEU C 66 48.343 30.576 61.456 1.00 37.52 C +ANISOU 8217 CA LEU C 66 5746 4129 4379 -216 287 431 C +ATOM 8218 C LEU C 66 47.923 32.023 61.233 1.00 37.41 C +ANISOU 8218 C LEU C 66 5663 4248 4304 -209 323 306 C +ATOM 8219 O LEU C 66 48.750 32.862 60.871 1.00 40.74 O +ANISOU 8219 O LEU C 66 6007 4706 4767 -155 187 305 O +ATOM 8220 CB LEU C 66 49.529 30.499 62.417 1.00 49.21 C +ANISOU 8220 CB LEU C 66 7393 5523 5781 -189 30 586 C +ATOM 8221 CG LEU C 66 49.392 31.282 63.727 1.00 58.19 C +ANISOU 8221 CG LEU C 66 8795 6702 6614 -265 -15 618 C +ATOM 8222 CD1 LEU C 66 48.192 30.797 64.523 1.00 60.16 C +ANISOU 8222 CD1 LEU C 66 9282 6933 6641 -418 233 635 C +ATOM 8223 CD2 LEU C 66 50.665 31.172 64.546 1.00 57.99 C +ANISOU 8223 CD2 LEU C 66 8916 6586 6530 -214 -360 755 C +ATOM 8224 N ILE C 67 46.645 32.315 61.449 1.00 38.72 N +ANISOU 8224 N ILE C 67 5839 4457 4418 -268 509 183 N +ATOM 8225 CA ILE C 67 46.123 33.678 61.440 1.00 38.40 C +ANISOU 8225 CA ILE C 67 5741 4486 4362 -247 521 42 C +ATOM 8226 C ILE C 67 45.810 34.027 62.885 1.00 55.01 C +ANISOU 8226 C ILE C 67 8051 6597 6254 -346 612 2 C +ATOM 8227 O ILE C 67 44.858 33.486 63.462 1.00 52.78 O +ANISOU 8227 O ILE C 67 7838 6311 5906 -459 847 -72 O +ATOM 8228 CB ILE C 67 44.876 33.811 60.554 1.00 45.65 C +ANISOU 8228 CB ILE C 67 6461 5436 5447 -216 630 -136 C +ATOM 8229 CG1 ILE C 67 45.260 33.837 59.070 1.00 50.96 C +ANISOU 8229 CG1 ILE C 67 6995 6132 6235 -124 496 -106 C +ATOM 8230 CG2 ILE C 67 44.072 35.067 60.905 1.00 44.20 C +ANISOU 8230 CG2 ILE C 67 6229 5268 5296 -196 658 -320 C +ATOM 8231 CD1 ILE C 67 45.622 32.488 58.506 1.00 52.23 C +ANISOU 8231 CD1 ILE C 67 7115 6274 6454 -136 530 -50 C +ATOM 8232 N ALA C 68 46.591 34.925 63.485 1.00 69.13 N +ANISOU 8232 N ALA C 68 9943 8397 7928 -331 453 23 N +ATOM 8233 CA ALA C 68 46.406 35.162 64.909 1.00 68.17 C +ANISOU 8233 CA ALA C 68 10071 8298 7533 -444 527 -25 C +ATOM 8234 C ALA C 68 46.722 36.601 65.287 1.00 64.42 C +ANISOU 8234 C ALA C 68 9595 7850 7033 -413 411 -159 C +ATOM 8235 O ALA C 68 47.597 37.240 64.701 1.00 53.36 O +ANISOU 8235 O ALA C 68 8079 6417 5776 -322 195 -111 O +ATOM 8236 CB ALA C 68 47.270 34.211 65.746 1.00 41.64 C +ANISOU 8236 CB ALA C 68 6993 4885 3945 -502 386 202 C +ATOM 8237 N LEU C 69 45.990 37.096 66.287 1.00 63.80 N +ANISOU 8237 N LEU C 69 9642 7818 6781 -512 591 -353 N +ATOM 8238 CA LEU C 69 46.299 38.366 66.943 1.00 58.16 C +ANISOU 8238 CA LEU C 69 8983 7117 5999 -510 492 -518 C +ATOM 8239 C LEU C 69 46.295 39.527 65.955 1.00 52.96 C +ANISOU 8239 C LEU C 69 8048 6386 5689 -372 374 -619 C +ATOM 8240 O LEU C 69 47.093 40.459 66.061 1.00 54.96 O +ANISOU 8240 O LEU C 69 8303 6591 5988 -338 171 -639 O +ATOM 8241 CB LEU C 69 47.637 38.280 67.680 1.00 64.62 C +ANISOU 8241 CB LEU C 69 10035 7936 6584 -531 203 -359 C +ATOM 8242 CG LEU C 69 47.671 37.208 68.774 1.00 70.08 C +ANISOU 8242 CG LEU C 69 11096 8661 6868 -671 246 -219 C +ATOM 8243 CD1 LEU C 69 49.073 37.057 69.336 1.00 81.03 C +ANISOU 8243 CD1 LEU C 69 12676 10015 8097 -639 -161 -44 C +ATOM 8244 CD2 LEU C 69 46.681 37.527 69.889 1.00 69.92 C +ANISOU 8244 CD2 LEU C 69 11299 8734 6531 -849 561 -454 C +ATOM 8245 N ASN C 70 45.375 39.482 64.999 1.00 48.64 N +ANISOU 8245 N ASN C 70 7280 5809 5394 -302 482 -683 N +ATOM 8246 CA ASN C 70 45.176 40.572 64.058 1.00 41.25 C +ANISOU 8246 CA ASN C 70 6140 4768 4764 -174 349 -758 C +ATOM 8247 C ASN C 70 43.929 41.366 64.423 1.00 58.53 C +ANISOU 8247 C ASN C 70 8201 6913 7125 -146 494 -1098 C +ATOM 8248 O ASN C 70 42.941 40.817 64.913 1.00 67.29 O +ANISOU 8248 O ASN C 70 9273 8090 8203 -218 763 -1280 O +ATOM 8249 CB ASN C 70 45.036 40.046 62.630 1.00 50.67 C +ANISOU 8249 CB ASN C 70 7188 5941 6123 -92 284 -603 C +ATOM 8250 CG ASN C 70 46.224 39.223 62.189 1.00 58.92 C +ANISOU 8250 CG ASN C 70 8303 7025 7062 -117 186 -336 C +ATOM 8251 OD1 ASN C 70 47.308 39.754 61.953 1.00 68.08 O +ANISOU 8251 OD1 ASN C 70 9482 8142 8242 -112 23 -225 O +ATOM 8252 ND2 ASN C 70 46.020 37.919 62.049 1.00 53.79 N +ANISOU 8252 ND2 ASN C 70 7657 6432 6349 -149 297 -260 N +ATOM 8253 N THR C 71 43.987 42.672 64.178 1.00 56.10 N +ANISOU 8253 N THR C 71 7808 6465 7041 -51 326 -1203 N +ATOM 8254 CA THR C 71 42.807 43.522 64.230 1.00 51.42 C +ANISOU 8254 CA THR C 71 7018 5765 6755 37 384 -1540 C +ATOM 8255 C THR C 71 42.339 43.926 62.841 1.00 47.76 C +ANISOU 8255 C THR C 71 6372 5141 6631 210 153 -1467 C +ATOM 8256 O THR C 71 41.341 44.643 62.718 1.00 54.46 O +ANISOU 8256 O THR C 71 7020 5850 7821 331 111 -1736 O +ATOM 8257 CB THR C 71 43.086 44.777 65.068 1.00 53.71 C +ANISOU 8257 CB THR C 71 7353 5956 7096 32 334 -1764 C +ATOM 8258 OG1 THR C 71 44.024 45.613 64.382 1.00 58.85 O +ANISOU 8258 OG1 THR C 71 8042 6442 7876 99 28 -1554 O +ATOM 8259 CG2 THR C 71 43.651 44.402 66.433 1.00 47.99 C +ANISOU 8259 CG2 THR C 71 6877 5403 5956 -147 497 -1819 C +ATOM 8260 N VAL C 72 43.032 43.476 61.792 1.00 38.37 N +ANISOU 8260 N VAL C 72 5258 3965 5357 224 -9 -1127 N +ATOM 8261 CA VAL C 72 42.666 43.833 60.429 1.00 45.39 C +ANISOU 8261 CA VAL C 72 6067 4718 6463 360 -254 -1014 C +ATOM 8262 C VAL C 72 41.328 43.194 60.075 1.00 47.67 C +ANISOU 8262 C VAL C 72 6141 5044 6926 439 -193 -1206 C +ATOM 8263 O VAL C 72 40.956 42.139 60.602 1.00 54.41 O +ANISOU 8263 O VAL C 72 6944 6060 7669 344 75 -1305 O +ATOM 8264 CB VAL C 72 43.774 43.400 59.450 1.00 40.72 C +ANISOU 8264 CB VAL C 72 5631 4174 5668 302 -361 -644 C +ATOM 8265 CG1 VAL C 72 43.899 41.880 59.402 1.00 60.16 C +ANISOU 8265 CG1 VAL C 72 8094 6843 7920 223 -179 -563 C +ATOM 8266 CG2 VAL C 72 43.525 43.964 58.063 1.00 40.40 C +ANISOU 8266 CG2 VAL C 72 5614 3980 5755 405 -632 -494 C +ATOM 8267 N GLU C 73 40.598 43.839 59.165 1.00 60.84 N +ANISOU 8267 N GLU C 73 7690 6537 8889 609 -468 -1255 N +ATOM 8268 CA GLU C 73 39.247 43.397 58.837 1.00 75.57 C +ANISOU 8268 CA GLU C 73 9285 8404 11024 712 -476 -1509 C +ATOM 8269 C GLU C 73 39.251 42.222 57.866 1.00 70.42 C +ANISOU 8269 C GLU C 73 8659 7892 10205 683 -507 -1325 C +ATOM 8270 O GLU C 73 38.531 41.238 58.069 1.00 61.49 O +ANISOU 8270 O GLU C 73 7351 6881 9131 635 -298 -1511 O +ATOM 8271 CB GLU C 73 38.442 44.557 58.248 1.00 75.94 C +ANISOU 8271 CB GLU C 73 9184 8173 11497 940 -849 -1653 C +ATOM 8272 CG GLU C 73 38.002 45.597 59.262 1.00 89.15 C +ANISOU 8272 CG GLU C 73 10695 9685 13491 1001 -780 -2009 C +ATOM 8273 CD GLU C 73 36.885 46.477 58.738 1.00 99.62 C +ANISOU 8273 CD GLU C 73 11759 10722 15371 1262 -1142 -2261 C +ATOM 8274 OE1 GLU C 73 35.946 45.939 58.115 1.00 99.40 O +ANISOU 8274 OE1 GLU C 73 11506 10708 15554 1368 -1267 -2393 O +ATOM 8275 OE2 GLU C 73 36.948 47.707 58.946 1.00 94.81 O +ANISOU 8275 OE2 GLU C 73 11156 9846 15022 1371 -1333 -2341 O +ATOM 8276 N ARG C 74 40.051 42.306 56.804 1.00 56.55 N +ANISOU 8276 N ARG C 74 7124 6118 8246 690 -736 -985 N +ATOM 8277 CA ARG C 74 39.959 41.379 55.683 1.00 60.76 C +ANISOU 8277 CA ARG C 74 7683 6757 8645 689 -827 -860 C +ATOM 8278 C ARG C 74 41.320 40.760 55.406 1.00 73.20 C +ANISOU 8278 C ARG C 74 9494 8473 9846 532 -694 -557 C +ATOM 8279 O ARG C 74 42.303 41.478 55.202 1.00 77.10 O +ANISOU 8279 O ARG C 74 10189 8901 10206 485 -770 -333 O +ATOM 8280 CB ARG C 74 39.438 42.103 54.436 1.00 58.36 C +ANISOU 8280 CB ARG C 74 7425 6285 8463 856 -1277 -790 C +ATOM 8281 CG ARG C 74 39.286 41.231 53.202 1.00 57.05 C +ANISOU 8281 CG ARG C 74 7320 6236 8119 856 -1418 -695 C +ATOM 8282 CD ARG C 74 38.783 42.054 52.027 1.00 44.88 C +ANISOU 8282 CD ARG C 74 5905 4511 6637 1019 -1927 -597 C +ATOM 8283 NE ARG C 74 38.653 41.264 50.805 1.00 78.14 N +ANISOU 8283 NE ARG C 74 10227 8853 10611 1006 -2092 -520 N +ATOM 8284 CZ ARG C 74 37.572 40.566 50.468 1.00 69.58 C +ANISOU 8284 CZ ARG C 74 8892 7822 9723 1105 -2228 -789 C +ATOM 8285 NH1 ARG C 74 36.509 40.544 51.261 1.00 67.59 N +ANISOU 8285 NH1 ARG C 74 8240 7504 9939 1213 -2181 -1159 N +ATOM 8286 NH2 ARG C 74 37.555 39.884 49.332 1.00 65.85 N +ANISOU 8286 NH2 ARG C 74 8559 7474 8988 1079 -2392 -725 N +ATOM 8287 N ILE C 75 41.368 39.430 55.399 1.00 60.04 N +ANISOU 8287 N ILE C 75 7775 6974 8064 447 -490 -577 N +ATOM 8288 CA ILE C 75 42.566 38.685 55.016 1.00 46.51 C +ANISOU 8288 CA ILE C 75 6216 5379 6076 326 -379 -354 C +ATOM 8289 C ILE C 75 42.247 37.953 53.715 1.00 49.94 C +ANISOU 8289 C ILE C 75 6648 5890 6438 347 -487 -346 C +ATOM 8290 O ILE C 75 41.641 36.872 53.748 1.00 54.78 O +ANISOU 8290 O ILE C 75 7109 6578 7127 335 -373 -503 O +ATOM 8291 CB ILE C 75 43.005 37.711 56.117 1.00 47.58 C +ANISOU 8291 CB ILE C 75 6324 5604 6148 215 -87 -378 C +ATOM 8292 CG1 ILE C 75 43.279 38.473 57.417 1.00 48.74 C +ANISOU 8292 CG1 ILE C 75 6516 5695 6306 186 -12 -412 C +ATOM 8293 CG2 ILE C 75 44.255 36.951 55.682 1.00 46.34 C +ANISOU 8293 CG2 ILE C 75 6270 5530 5806 127 -19 -190 C +ATOM 8294 CD1 ILE C 75 43.467 37.579 58.621 1.00 52.69 C +ANISOU 8294 CD1 ILE C 75 7048 6265 6707 77 231 -443 C +ATOM 8295 N PRO C 76 42.618 38.476 52.585 1.00 50.36 N +ANISOU 8295 N PRO C 76 6883 5921 6330 353 -690 -179 N +ATOM 8296 CA PRO C 76 42.115 37.938 51.303 1.00 48.21 C +ANISOU 8296 CA PRO C 76 6644 5720 5954 385 -858 -211 C +ATOM 8297 C PRO C 76 42.908 36.736 50.787 1.00 42.34 C +ANISOU 8297 C PRO C 76 5940 5147 5000 256 -642 -182 C +ATOM 8298 O PRO C 76 43.570 36.767 49.744 1.00 42.99 O +ANISOU 8298 O PRO C 76 6226 5297 4811 175 -671 -51 O +ATOM 8299 CB PRO C 76 42.225 39.154 50.380 1.00 53.67 C +ANISOU 8299 CB PRO C 76 7600 6291 6503 421 -1173 -9 C +ATOM 8300 CG PRO C 76 43.440 39.864 50.883 1.00 43.87 C +ANISOU 8300 CG PRO C 76 6500 4992 5178 304 -1012 193 C +ATOM 8301 CD PRO C 76 43.459 39.667 52.380 1.00 43.75 C +ANISOU 8301 CD PRO C 76 6265 4975 5384 314 -790 47 C +ATOM 8302 N LEU C 77 42.843 35.632 51.528 1.00 46.31 N +ANISOU 8302 N LEU C 77 6256 5706 5633 223 -405 -319 N +ATOM 8303 CA LEU C 77 43.366 34.356 51.042 1.00 62.48 C +ANISOU 8303 CA LEU C 77 8282 7869 7589 138 -236 -361 C +ATOM 8304 C LEU C 77 42.344 33.710 50.102 1.00 73.61 C +ANISOU 8304 C LEU C 77 9609 9334 9024 186 -380 -559 C +ATOM 8305 O LEU C 77 41.828 32.616 50.329 1.00 75.52 O +ANISOU 8305 O LEU C 77 9665 9589 9440 174 -263 -745 O +ATOM 8306 CB LEU C 77 43.715 33.450 52.216 1.00 55.31 C +ANISOU 8306 CB LEU C 77 7251 6939 6826 86 22 -392 C +ATOM 8307 CG LEU C 77 44.947 33.865 53.028 1.00 47.80 C +ANISOU 8307 CG LEU C 77 6387 5955 5822 33 123 -216 C +ATOM 8308 CD1 LEU C 77 44.975 33.159 54.376 1.00 30.79 C +ANISOU 8308 CD1 LEU C 77 4170 3742 3787 6 279 -231 C +ATOM 8309 CD2 LEU C 77 46.223 33.574 52.252 1.00 43.26 C +ANISOU 8309 CD2 LEU C 77 5873 5446 5117 -44 198 -138 C +ATOM 8310 N GLU C 78 42.059 34.426 49.010 1.00 80.85 N +ANISOU 8310 N GLU C 78 10694 10268 9759 232 -666 -511 N +ATOM 8311 CA GLU C 78 40.961 34.051 48.126 1.00 76.32 C +ANISOU 8311 CA GLU C 78 10055 9730 9213 311 -924 -711 C +ATOM 8312 C GLU C 78 41.304 32.845 47.261 1.00 82.78 C +ANISOU 8312 C GLU C 78 10893 10698 9862 215 -806 -836 C +ATOM 8313 O GLU C 78 40.401 32.110 46.846 1.00 98.81 O +ANISOU 8313 O GLU C 78 12767 12760 12018 258 -924 -1088 O +ATOM 8314 CB GLU C 78 40.580 35.238 47.243 1.00 64.84 C +ANISOU 8314 CB GLU C 78 8839 8216 7582 400 -1342 -584 C +ATOM 8315 CG GLU C 78 39.946 36.396 47.989 1.00 67.63 C +ANISOU 8315 CG GLU C 78 9108 8375 8213 541 -1538 -554 C +ATOM 8316 CD GLU C 78 39.719 37.601 47.100 1.00 77.28 C +ANISOU 8316 CD GLU C 78 10620 9475 9267 632 -1989 -369 C +ATOM 8317 OE1 GLU C 78 39.971 37.501 45.880 1.00 80.75 O +ANISOU 8317 OE1 GLU C 78 11359 10003 9317 568 -2154 -257 O +ATOM 8318 OE2 GLU C 78 39.286 38.652 47.620 1.00 81.79 O +ANISOU 8318 OE2 GLU C 78 11143 9846 10088 760 -2183 -337 O +ATOM 8319 N ASN C 79 42.585 32.627 46.971 1.00 71.41 N +ANISOU 8319 N ASN C 79 9611 9343 8180 83 -570 -711 N +ATOM 8320 CA ASN C 79 43.000 31.562 46.066 1.00 63.33 C +ANISOU 8320 CA ASN C 79 8610 8459 6992 -13 -438 -870 C +ATOM 8321 C ASN C 79 43.759 30.449 46.780 1.00 71.01 C +ANISOU 8321 C ASN C 79 9381 9409 8190 -74 -84 -951 C +ATOM 8322 O ASN C 79 44.425 29.638 46.126 1.00 74.66 O +ANISOU 8322 O ASN C 79 9848 9962 8558 -161 88 -1080 O +ATOM 8323 CB ASN C 79 43.848 32.139 44.934 1.00 61.50 C +ANISOU 8323 CB ASN C 79 8723 8347 6296 -138 -437 -727 C +ATOM 8324 CG ASN C 79 43.080 33.118 44.071 1.00 61.37 C +ANISOU 8324 CG ASN C 79 8987 8326 6004 -83 -854 -622 C +ATOM 8325 OD1 ASN C 79 41.984 32.818 43.594 1.00 68.98 O +ANISOU 8325 OD1 ASN C 79 9899 9306 7004 19 -1157 -805 O +ATOM 8326 ND2 ASN C 79 43.647 34.300 43.873 1.00 56.86 N +ANISOU 8326 ND2 ASN C 79 8715 7705 5185 -150 -902 -326 N +ATOM 8327 N LEU C 80 43.668 30.386 48.105 1.00 72.86 N +ANISOU 8327 N LEU C 80 9455 9511 8717 -31 15 -888 N +ATOM 8328 CA LEU C 80 44.353 29.346 48.867 1.00 61.29 C +ANISOU 8328 CA LEU C 80 7847 7972 7467 -72 274 -917 C +ATOM 8329 C LEU C 80 43.653 28.018 48.612 1.00 66.11 C +ANISOU 8329 C LEU C 80 8283 8555 8281 -77 316 -1179 C +ATOM 8330 O LEU C 80 42.570 27.760 49.140 1.00 69.99 O +ANISOU 8330 O LEU C 80 8639 8962 8992 -48 277 -1272 O +ATOM 8331 CB LEU C 80 44.362 29.695 50.351 1.00 44.64 C +ANISOU 8331 CB LEU C 80 5697 5733 5532 -45 329 -759 C +ATOM 8332 CG LEU C 80 45.023 28.678 51.284 1.00 40.59 C +ANISOU 8332 CG LEU C 80 5101 5100 5220 -77 516 -728 C +ATOM 8333 CD1 LEU C 80 46.369 28.213 50.745 1.00 41.63 C +ANISOU 8333 CD1 LEU C 80 5228 5262 5328 -111 616 -739 C +ATOM 8334 CD2 LEU C 80 45.188 29.277 52.671 1.00 41.80 C +ANISOU 8334 CD2 LEU C 80 5314 5162 5405 -69 530 -539 C +ATOM 8335 N GLN C 81 44.273 27.167 47.795 1.00 78.34 N +ANISOU 8335 N GLN C 81 9816 10164 9786 -130 425 -1335 N +ATOM 8336 CA GLN C 81 43.649 25.916 47.383 1.00 70.42 C +ANISOU 8336 CA GLN C 81 8653 9126 8978 -144 451 -1625 C +ATOM 8337 C GLN C 81 43.903 24.773 48.360 1.00 60.14 C +ANISOU 8337 C GLN C 81 7192 7607 8051 -159 641 -1635 C +ATOM 8338 O GLN C 81 42.983 24.002 48.654 1.00 51.99 O +ANISOU 8338 O GLN C 81 6021 6454 7279 -176 655 -1775 O +ATOM 8339 CB GLN C 81 44.146 25.511 45.992 1.00 60.48 C +ANISOU 8339 CB GLN C 81 7461 8028 7490 -203 481 -1844 C +ATOM 8340 CG GLN C 81 43.645 26.400 44.866 1.00 59.02 C +ANISOU 8340 CG GLN C 81 7494 8040 6891 -210 239 -1862 C +ATOM 8341 CD GLN C 81 44.007 25.860 43.496 1.00 69.13 C +ANISOU 8341 CD GLN C 81 8878 9497 7890 -303 291 -2125 C +ATOM 8342 OE1 GLN C 81 45.100 26.106 42.988 1.00 65.14 O +ANISOU 8342 OE1 GLN C 81 8521 9104 7124 -404 483 -2086 O +ATOM 8343 NE2 GLN C 81 43.086 25.119 42.891 1.00 76.92 N +ANISOU 8343 NE2 GLN C 81 9776 10513 8936 -289 142 -2431 N +ATOM 8344 N ILE C 82 45.124 24.640 48.873 1.00 64.62 N +ANISOU 8344 N ILE C 82 7780 8098 8674 -159 768 -1490 N +ATOM 8345 CA ILE C 82 45.503 23.446 49.622 1.00 68.96 C +ANISOU 8345 CA ILE C 82 8220 8407 9574 -159 884 -1497 C +ATOM 8346 C ILE C 82 46.475 23.828 50.730 1.00 67.40 C +ANISOU 8346 C ILE C 82 8095 8104 9410 -125 892 -1210 C +ATOM 8347 O ILE C 82 47.397 24.623 50.526 1.00 52.65 O +ANISOU 8347 O ILE C 82 6277 6351 7378 -113 883 -1127 O +ATOM 8348 CB ILE C 82 46.116 22.380 48.688 1.00 60.88 C +ANISOU 8348 CB ILE C 82 7071 7365 8695 -168 981 -1785 C +ATOM 8349 CG1 ILE C 82 46.720 21.230 49.502 1.00 58.59 C +ANISOU 8349 CG1 ILE C 82 6682 6764 8816 -136 1047 -1752 C +ATOM 8350 CG2 ILE C 82 47.183 23.003 47.821 1.00 39.79 C +ANISOU 8350 CG2 ILE C 82 4449 4900 5770 -185 1042 -1836 C +ATOM 8351 CD1 ILE C 82 47.130 20.040 48.657 1.00 66.82 C +ANISOU 8351 CD1 ILE C 82 7551 7721 10116 -132 1139 -2099 C +ATOM 8352 N ILE C 83 46.256 23.244 51.906 1.00 65.23 N +ANISOU 8352 N ILE C 83 7844 7599 9340 -131 904 -1066 N +ATOM 8353 CA ILE C 83 47.201 23.280 53.018 1.00 43.14 C +ANISOU 8353 CA ILE C 83 5134 4649 6609 -93 856 -815 C +ATOM 8354 C ILE C 83 47.621 21.840 53.280 1.00 52.88 C +ANISOU 8354 C ILE C 83 6301 5590 8200 -71 863 -854 C +ATOM 8355 O ILE C 83 46.779 20.996 53.609 1.00 65.98 O +ANISOU 8355 O ILE C 83 7981 7070 10018 -136 922 -867 O +ATOM 8356 CB ILE C 83 46.587 23.907 54.279 1.00 35.50 C +ANISOU 8356 CB ILE C 83 4341 3646 5500 -136 833 -574 C +ATOM 8357 CG1 ILE C 83 45.904 25.240 53.950 1.00 40.06 C +ANISOU 8357 CG1 ILE C 83 4943 4459 5817 -145 814 -597 C +ATOM 8358 CG2 ILE C 83 47.662 24.111 55.342 1.00 48.21 C +ANISOU 8358 CG2 ILE C 83 6079 5143 7096 -92 719 -327 C +ATOM 8359 CD1 ILE C 83 45.086 25.807 55.095 1.00 37.23 C +ANISOU 8359 CD1 ILE C 83 4703 4075 5368 -199 846 -469 C +ATOM 8360 N ARG C 84 48.915 21.556 53.139 1.00 49.11 N +ANISOU 8360 N ARG C 84 5726 5036 7897 16 805 -887 N +ATOM 8361 CA ARG C 84 49.355 20.165 53.165 1.00 57.60 C +ANISOU 8361 CA ARG C 84 6692 5807 9389 71 779 -988 C +ATOM 8362 C ARG C 84 49.507 19.636 54.585 1.00 65.59 C +ANISOU 8362 C ARG C 84 7894 6485 10544 95 619 -668 C +ATOM 8363 O ARG C 84 49.212 18.465 54.847 1.00 65.24 O +ANISOU 8363 O ARG C 84 7877 6129 10783 79 610 -658 O +ATOM 8364 CB ARG C 84 50.669 20.015 52.402 1.00 46.35 C +ANISOU 8364 CB ARG C 84 5031 4409 8170 163 786 -1222 C +ATOM 8365 CG ARG C 84 50.508 20.229 50.913 1.00 46.01 C +ANISOU 8365 CG ARG C 84 4855 4656 7972 99 982 -1570 C +ATOM 8366 CD ARG C 84 51.767 19.894 50.145 1.00 44.71 C +ANISOU 8366 CD ARG C 84 4437 4502 8051 149 1078 -1874 C +ATOM 8367 NE ARG C 84 51.639 20.274 48.742 1.00 54.07 N +ANISOU 8367 NE ARG C 84 5585 6015 8946 40 1294 -2174 N +ATOM 8368 CZ ARG C 84 50.956 19.581 47.837 1.00 69.27 C +ANISOU 8368 CZ ARG C 84 7470 7988 10860 -12 1395 -2472 C +ATOM 8369 NH1 ARG C 84 50.330 18.462 48.179 1.00 65.51 N +ANISOU 8369 NH1 ARG C 84 6947 7235 10708 29 1325 -2524 N +ATOM 8370 NH2 ARG C 84 50.893 20.010 46.584 1.00 71.01 N +ANISOU 8370 NH2 ARG C 84 7727 8527 10729 -123 1558 -2718 N +ATOM 8371 N GLY C 85 49.959 20.473 55.514 1.00 55.56 N +ANISOU 8371 N GLY C 85 6787 5257 9067 118 480 -399 N +ATOM 8372 CA GLY C 85 50.186 20.012 56.867 1.00 59.95 C +ANISOU 8372 CA GLY C 85 7591 5511 9678 134 284 -79 C +ATOM 8373 C GLY C 85 51.477 19.250 57.054 1.00 72.21 C +ANISOU 8373 C GLY C 85 9038 6769 11629 302 22 -73 C +ATOM 8374 O GLY C 85 51.547 18.369 57.916 1.00 85.25 O +ANISOU 8374 O GLY C 85 10890 8055 13445 324 -165 152 O +ATOM 8375 N ASN C 86 52.505 19.556 56.258 1.00 69.34 N +ANISOU 8375 N ASN C 86 8364 6533 11449 413 3 -324 N +ATOM 8376 CA ASN C 86 53.821 18.979 56.503 1.00 57.71 C +ANISOU 8376 CA ASN C 86 6720 4785 10421 596 -276 -363 C +ATOM 8377 C ASN C 86 54.342 19.346 57.884 1.00 63.40 C +ANISOU 8377 C ASN C 86 7698 5365 11028 659 -637 -5 C +ATOM 8378 O ASN C 86 55.205 18.643 58.420 1.00 81.82 O +ANISOU 8378 O ASN C 86 10001 7354 13734 821 -986 66 O +ATOM 8379 CB ASN C 86 54.810 19.437 55.429 1.00 57.29 C +ANISOU 8379 CB ASN C 86 6265 4950 10552 654 -153 -735 C +ATOM 8380 CG ASN C 86 54.474 18.890 54.056 1.00 68.72 C +ANISOU 8380 CG ASN C 86 7480 6500 12129 601 163 -1128 C +ATOM 8381 OD1 ASN C 86 53.612 18.022 53.915 1.00 73.65 O +ANISOU 8381 OD1 ASN C 86 8186 6975 12823 560 234 -1152 O +ATOM 8382 ND2 ASN C 86 55.164 19.386 53.036 1.00 69.24 N +ANISOU 8382 ND2 ASN C 86 7268 6820 12220 580 368 -1453 N +ATOM 8383 N MET C 87 53.838 20.432 58.465 1.00 62.77 N +ANISOU 8383 N MET C 87 7868 5530 10452 544 -590 199 N +ATOM 8384 CA MET C 87 54.126 20.795 59.842 1.00 72.40 C +ANISOU 8384 CA MET C 87 9411 6646 11451 561 -907 534 C +ATOM 8385 C MET C 87 52.836 21.276 60.488 1.00 67.44 C +ANISOU 8385 C MET C 87 9161 6161 10303 359 -708 751 C +ATOM 8386 O MET C 87 51.951 21.809 59.814 1.00 65.97 O +ANISOU 8386 O MET C 87 8894 6241 9929 244 -373 604 O +ATOM 8387 CB MET C 87 55.196 21.890 59.935 1.00 82.20 C +ANISOU 8387 CB MET C 87 10481 8072 12681 642 -1079 460 C +ATOM 8388 CG MET C 87 56.095 21.771 61.153 1.00 92.71 C +ANISOU 8388 CG MET C 87 11984 9157 14086 772 -1585 686 C +ATOM 8389 SD MET C 87 56.933 23.313 61.570 1.00 81.54 S +ANISOU 8389 SD MET C 87 10489 8006 12486 783 -1754 649 S +ATOM 8390 CE MET C 87 57.625 23.776 59.984 1.00 79.99 C +ANISOU 8390 CE MET C 87 9697 8037 12657 797 -1433 199 C +ATOM 8391 N TYR C 88 52.734 21.079 61.797 1.00 71.55 N +ANISOU 8391 N TYR C 88 10097 6493 10595 314 -923 1084 N +ATOM 8392 CA TYR C 88 51.564 21.485 62.561 1.00 75.24 C +ANISOU 8392 CA TYR C 88 10937 7076 10574 95 -702 1265 C +ATOM 8393 C TYR C 88 51.917 22.652 63.470 1.00 61.35 C +ANISOU 8393 C TYR C 88 9383 5502 8428 81 -868 1384 C +ATOM 8394 O TYR C 88 53.016 22.703 64.031 1.00 65.98 O +ANISOU 8394 O TYR C 88 10022 5967 9081 218 -1280 1488 O +ATOM 8395 CB TYR C 88 51.026 20.333 63.416 1.00 81.00 C +ANISOU 8395 CB TYR C 88 12076 7452 11248 -26 -731 1558 C +ATOM 8396 CG TYR C 88 50.564 19.118 62.642 1.00 70.65 C +ANISOU 8396 CG TYR C 88 10601 5907 10335 -44 -559 1446 C +ATOM 8397 CD1 TYR C 88 50.391 19.162 61.265 1.00 62.28 C +ANISOU 8397 CD1 TYR C 88 9085 5025 9552 11 -330 1074 C +ATOM 8398 CD2 TYR C 88 50.291 17.925 63.299 1.00 77.41 C +ANISOU 8398 CD2 TYR C 88 11797 6347 11269 -134 -632 1716 C +ATOM 8399 CE1 TYR C 88 49.967 18.051 60.565 1.00 59.09 C +ANISOU 8399 CE1 TYR C 88 8530 4411 9511 -10 -187 928 C +ATOM 8400 CE2 TYR C 88 49.866 16.811 62.608 1.00 82.18 C +ANISOU 8400 CE2 TYR C 88 12241 6703 12279 -160 -478 1592 C +ATOM 8401 CZ TYR C 88 49.705 16.879 61.241 1.00 74.71 C +ANISOU 8401 CZ TYR C 88 10804 5961 11623 -92 -258 1175 C +ATOM 8402 OH TYR C 88 49.281 15.769 60.548 1.00 86.88 O +ANISOU 8402 OH TYR C 88 12181 7261 13569 -122 -115 1006 O +ATOM 8403 N TYR C 89 50.984 23.589 63.609 1.00 51.31 N +ANISOU 8403 N TYR C 89 8196 4506 6792 -76 -570 1332 N +ATOM 8404 CA TYR C 89 51.070 24.576 64.675 1.00 53.34 C +ANISOU 8404 CA TYR C 89 8736 4900 6629 -139 -677 1447 C +ATOM 8405 C TYR C 89 50.486 23.971 65.943 1.00 67.35 C +ANISOU 8405 C TYR C 89 11046 6499 8044 -321 -665 1737 C +ATOM 8406 O TYR C 89 49.295 23.645 65.989 1.00 76.00 O +ANISOU 8406 O TYR C 89 12258 7601 9018 -519 -281 1733 O +ATOM 8407 CB TYR C 89 50.330 25.861 64.312 1.00 54.90 C +ANISOU 8407 CB TYR C 89 8789 5432 6637 -220 -372 1237 C +ATOM 8408 CG TYR C 89 50.295 26.850 65.455 1.00 59.75 C +ANISOU 8408 CG TYR C 89 9700 6175 6828 -306 -436 1306 C +ATOM 8409 CD1 TYR C 89 51.429 27.571 65.805 1.00 66.40 C +ANISOU 8409 CD1 TYR C 89 10521 7058 7651 -190 -785 1309 C +ATOM 8410 CD2 TYR C 89 49.135 27.053 66.191 1.00 56.08 C +ANISOU 8410 CD2 TYR C 89 9513 5788 6007 -517 -131 1321 C +ATOM 8411 CE1 TYR C 89 51.408 28.471 66.854 1.00 78.48 C +ANISOU 8411 CE1 TYR C 89 12325 8704 8791 -272 -860 1333 C +ATOM 8412 CE2 TYR C 89 49.104 27.953 67.241 1.00 71.07 C +ANISOU 8412 CE2 TYR C 89 11685 7813 7505 -608 -163 1332 C +ATOM 8413 CZ TYR C 89 50.243 28.658 67.568 1.00 75.95 C +ANISOU 8413 CZ TYR C 89 12304 8471 8084 -479 -543 1341 C +ATOM 8414 OH TYR C 89 50.218 29.553 68.613 1.00 64.44 O +ANISOU 8414 OH TYR C 89 11122 7139 6225 -572 -588 1314 O +ATOM 8415 N GLU C 90 51.324 23.810 66.964 1.00 73.63 N +ANISOU 8415 N GLU C 90 12177 7130 8669 -269 -1087 1980 N +ATOM 8416 CA GLU C 90 50.888 23.282 68.255 1.00 79.50 C +ANISOU 8416 CA GLU C 90 13539 7703 8966 -468 -1116 2304 C +ATOM 8417 C GLU C 90 50.441 21.825 68.140 1.00 89.33 C +ANISOU 8417 C GLU C 90 14934 8596 10411 -548 -1022 2492 C +ATOM 8418 O GLU C 90 49.462 21.409 68.761 1.00 83.58 O +ANISOU 8418 O GLU C 90 14595 7795 9366 -825 -707 2652 O +ATOM 8419 CB GLU C 90 49.781 24.149 68.861 1.00 85.31 C +ANISOU 8419 CB GLU C 90 14502 8719 9193 -732 -684 2227 C +ATOM 8420 CG GLU C 90 50.218 25.580 69.126 1.00 95.93 C +ANISOU 8420 CG GLU C 90 15761 10357 10331 -666 -805 2054 C +ATOM 8421 CD GLU C 90 51.302 25.675 70.175 1.00 96.49 C +ANISOU 8421 CD GLU C 90 16194 10328 10140 -588 -1356 2265 C +ATOM 8422 OE1 GLU C 90 51.227 24.935 71.177 1.00 96.38 O +ANISOU 8422 OE1 GLU C 90 16688 10134 9798 -713 -1480 2548 O +ATOM 8423 OE2 GLU C 90 52.241 26.479 69.987 1.00 96.22 O +ANISOU 8423 OE2 GLU C 90 15895 10403 10262 -403 -1666 2117 O +ATOM 8424 N ASN C 91 51.158 21.053 67.321 1.00 98.21 N +ANISOU 8424 N ASN C 91 15728 9492 12095 -323 -1262 2439 N +ATOM 8425 CA ASN C 91 51.081 19.595 67.329 1.00 94.73 C +ANISOU 8425 CA ASN C 91 15453 8613 11926 -337 -1346 2647 C +ATOM 8426 C ASN C 91 49.814 19.024 66.704 1.00 99.98 C +ANISOU 8426 C ASN C 91 16004 9262 12720 -543 -798 2525 C +ATOM 8427 O ASN C 91 49.705 17.802 66.560 1.00112.61 O +ANISOU 8427 O ASN C 91 17677 10483 14627 -562 -826 2646 O +ATOM 8428 CB ASN C 91 51.202 19.065 68.764 1.00 96.85 C +ANISOU 8428 CB ASN C 91 16287 8713 11798 -440 -1579 3015 C +ATOM 8429 CG ASN C 91 52.517 19.434 69.413 1.00100.21 C +ANISOU 8429 CG ASN C 91 16739 9167 12169 -210 -2168 3068 C +ATOM 8430 OD1 ASN C 91 52.544 20.021 70.494 1.00101.69 O +ANISOU 8430 OD1 ASN C 91 17267 9540 11832 -316 -2252 3168 O +ATOM 8431 ND2 ASN C 91 53.618 19.087 68.759 1.00101.35 N +ANISOU 8431 ND2 ASN C 91 16495 9129 12887 95 -2567 2948 N +ATOM 8432 N SER C 92 48.850 19.866 66.319 1.00 98.84 N +ANISOU 8432 N SER C 92 15664 9492 12401 -689 -330 2268 N +ATOM 8433 CA SER C 92 47.567 19.310 65.901 1.00103.91 C +ANISOU 8433 CA SER C 92 16230 10100 13152 -911 160 2151 C +ATOM 8434 C SER C 92 46.759 20.178 64.943 1.00102.38 C +ANISOU 8434 C SER C 92 15576 10294 13029 -927 531 1745 C +ATOM 8435 O SER C 92 45.569 19.894 64.764 1.00116.08 O +ANISOU 8435 O SER C 92 17257 12043 14807 -1137 940 1618 O +ATOM 8436 CB SER C 92 46.706 19.021 67.140 1.00115.18 C +ANISOU 8436 CB SER C 92 18233 11410 14120 -1263 425 2430 C +ATOM 8437 OG SER C 92 46.323 20.226 67.774 1.00123.85 O +ANISOU 8437 OG SER C 92 19464 12861 14733 -1386 610 2357 O +ATOM 8438 N TYR C 93 47.327 21.202 64.310 1.00 83.47 N +ANISOU 8438 N TYR C 93 12853 8187 10673 -725 395 1536 N +ATOM 8439 CA TYR C 93 46.527 22.086 63.472 1.00 65.46 C +ANISOU 8439 CA TYR C 93 10219 6239 8413 -742 688 1203 C +ATOM 8440 C TYR C 93 47.283 22.461 62.210 1.00 60.43 C +ANISOU 8440 C TYR C 93 9157 5744 8059 -502 521 978 C +ATOM 8441 O TYR C 93 48.422 22.930 62.278 1.00 63.58 O +ANISOU 8441 O TYR C 93 9527 6178 8451 -343 228 1031 O +ATOM 8442 CB TYR C 93 46.128 23.350 64.240 1.00 52.45 C +ANISOU 8442 CB TYR C 93 8727 4854 6348 -841 807 1187 C +ATOM 8443 CG TYR C 93 45.375 23.060 65.516 1.00 54.22 C +ANISOU 8443 CG TYR C 93 9397 4982 6222 -1124 1046 1369 C +ATOM 8444 CD1 TYR C 93 44.107 22.497 65.482 1.00 56.38 C +ANISOU 8444 CD1 TYR C 93 9650 5196 6577 -1360 1471 1266 C +ATOM 8445 CD2 TYR C 93 45.933 23.345 66.754 1.00 60.68 C +ANISOU 8445 CD2 TYR C 93 10666 5771 6618 -1179 858 1624 C +ATOM 8446 CE1 TYR C 93 43.417 22.221 66.645 1.00 66.72 C +ANISOU 8446 CE1 TYR C 93 11380 6419 7552 -1673 1767 1418 C +ATOM 8447 CE2 TYR C 93 45.248 23.079 67.923 1.00 67.13 C +ANISOU 8447 CE2 TYR C 93 11955 6517 7035 -1481 1117 1791 C +ATOM 8448 CZ TYR C 93 43.989 22.520 67.863 1.00 71.71 C +ANISOU 8448 CZ TYR C 93 12510 7039 7698 -1742 1605 1690 C +ATOM 8449 OH TYR C 93 43.304 22.254 69.026 1.00 81.49 O +ANISOU 8449 OH TYR C 93 14225 8212 8525 -2092 1936 1839 O +ATOM 8450 N ALA C 94 46.642 22.246 61.062 1.00 48.97 N +ANISOU 8450 N ALA C 94 7387 4373 6848 -499 715 712 N +ATOM 8451 CA ALA C 94 47.117 22.786 59.798 1.00 49.41 C +ANISOU 8451 CA ALA C 94 7090 4633 7052 -337 648 471 C +ATOM 8452 C ALA C 94 46.580 24.185 59.533 1.00 54.32 C +ANISOU 8452 C ALA C 94 7621 5571 7445 -350 747 340 C +ATOM 8453 O ALA C 94 47.108 24.883 58.659 1.00 79.42 O +ANISOU 8453 O ALA C 94 10609 8923 10645 -238 664 216 O +ATOM 8454 CB ALA C 94 46.716 21.859 58.647 1.00 40.13 C +ANISOU 8454 CB ALA C 94 5657 3390 6200 -328 764 235 C +ATOM 8455 N LEU C 95 45.549 24.603 60.267 1.00 56.06 N +ANISOU 8455 N LEU C 95 7982 5850 7470 -494 933 354 N +ATOM 8456 CA LEU C 95 44.976 25.940 60.133 1.00 54.74 C +ANISOU 8456 CA LEU C 95 7725 5928 7146 -490 1001 214 C +ATOM 8457 C LEU C 95 44.478 26.365 61.507 1.00 58.71 C +ANISOU 8457 C LEU C 95 8493 6431 7382 -638 1136 312 C +ATOM 8458 O LEU C 95 43.520 25.781 62.023 1.00 56.65 O +ANISOU 8458 O LEU C 95 8319 6084 7120 -819 1395 288 O +ATOM 8459 CB LEU C 95 43.842 25.954 59.112 1.00 58.06 C +ANISOU 8459 CB LEU C 95 7875 6447 7740 -503 1147 -61 C +ATOM 8460 CG LEU C 95 42.978 27.221 59.056 1.00 65.14 C +ANISOU 8460 CG LEU C 95 8668 7526 8555 -498 1203 -226 C +ATOM 8461 CD1 LEU C 95 43.723 28.357 58.378 1.00 59.78 C +ANISOU 8461 CD1 LEU C 95 7934 6994 7788 -344 981 -217 C +ATOM 8462 CD2 LEU C 95 41.658 26.940 58.362 1.00 70.70 C +ANISOU 8462 CD2 LEU C 95 9123 8255 9484 -539 1335 -501 C +ATOM 8463 N ALA C 96 45.119 27.374 62.094 1.00 59.57 N +ANISOU 8463 N ALA C 96 8731 6637 7267 -588 990 393 N +ATOM 8464 CA ALA C 96 44.716 27.926 63.382 1.00 57.94 C +ANISOU 8464 CA ALA C 96 8789 6470 6757 -728 1115 435 C +ATOM 8465 C ALA C 96 44.368 29.397 63.204 1.00 60.48 C +ANISOU 8465 C ALA C 96 8952 6987 7040 -668 1132 231 C +ATOM 8466 O ALA C 96 45.206 30.185 62.757 1.00 77.11 O +ANISOU 8466 O ALA C 96 10969 9161 9167 -522 897 243 O +ATOM 8467 CB ALA C 96 45.825 27.758 64.423 1.00 47.81 C +ANISOU 8467 CB ALA C 96 7854 5087 5225 -728 872 707 C +ATOM 8468 N VAL C 97 43.136 29.758 63.556 1.00 48.83 N +ANISOU 8468 N VAL C 97 7427 5575 5550 -790 1419 27 N +ATOM 8469 CA VAL C 97 42.653 31.136 63.523 1.00 53.25 C +ANISOU 8469 CA VAL C 97 7836 6269 6128 -733 1441 -200 C +ATOM 8470 C VAL C 97 42.330 31.534 64.955 1.00 63.09 C +ANISOU 8470 C VAL C 97 9342 7550 7077 -908 1651 -248 C +ATOM 8471 O VAL C 97 41.310 31.102 65.507 1.00 60.66 O +ANISOU 8471 O VAL C 97 9069 7231 6747 -1106 2009 -379 O +ATOM 8472 CB VAL C 97 41.417 31.288 62.627 1.00 52.68 C +ANISOU 8472 CB VAL C 97 7409 6232 6377 -697 1571 -488 C +ATOM 8473 CG1 VAL C 97 40.944 32.739 62.608 1.00 53.33 C +ANISOU 8473 CG1 VAL C 97 7333 6394 6535 -606 1531 -719 C +ATOM 8474 CG2 VAL C 97 41.708 30.796 61.221 1.00 54.61 C +ANISOU 8474 CG2 VAL C 97 7460 6458 6833 -557 1371 -450 C +ATOM 8475 N LEU C 98 43.172 32.373 65.557 1.00 67.64 N +ANISOU 8475 N LEU C 98 10098 8176 7429 -860 1458 -177 N +ATOM 8476 CA LEU C 98 43.085 32.626 66.990 1.00 70.60 C +ANISOU 8476 CA LEU C 98 10811 8592 7423 -1041 1615 -194 C +ATOM 8477 C LEU C 98 43.214 34.106 67.316 1.00 78.92 C +ANISOU 8477 C LEU C 98 11814 9743 8428 -970 1532 -400 C +ATOM 8478 O LEU C 98 44.159 34.767 66.879 1.00 79.25 O +ANISOU 8478 O LEU C 98 11782 9781 8547 -799 1199 -326 O +ATOM 8479 CB LEU C 98 44.171 31.853 67.748 1.00 65.43 C +ANISOU 8479 CB LEU C 98 10570 7852 6440 -1095 1396 153 C +ATOM 8480 CG LEU C 98 44.582 30.479 67.213 1.00 63.43 C +ANISOU 8480 CG LEU C 98 10337 7433 6330 -1063 1277 415 C +ATOM 8481 CD1 LEU C 98 45.784 29.973 67.987 1.00 49.17 C +ANISOU 8481 CD1 LEU C 98 8911 5515 4257 -1052 938 733 C +ATOM 8482 CD2 LEU C 98 43.456 29.461 67.295 1.00 77.90 C +ANISOU 8482 CD2 LEU C 98 12205 9183 8211 -1269 1667 390 C +ATOM 8483 N SER C 99 42.263 34.609 68.100 1.00 81.18 N +ANISOU 8483 N SER C 99 12131 10103 8613 -1120 1866 -684 N +ATOM 8484 CA SER C 99 42.386 35.882 68.810 1.00 74.16 C +ANISOU 8484 CA SER C 99 11301 9290 7585 -1115 1842 -903 C +ATOM 8485 C SER C 99 42.662 37.058 67.872 1.00 66.47 C +ANISOU 8485 C SER C 99 9995 8284 6978 -864 1557 -1015 C +ATOM 8486 O SER C 99 43.545 37.879 68.120 1.00 69.70 O +ANISOU 8486 O SER C 99 10492 8691 7298 -790 1298 -986 O +ATOM 8487 CB SER C 99 43.473 35.796 69.887 1.00 68.39 C +ANISOU 8487 CB SER C 99 11033 8586 6366 -1201 1642 -685 C +ATOM 8488 OG SER C 99 43.132 34.863 70.898 1.00 75.10 O +ANISOU 8488 OG SER C 99 12284 9452 6797 -1468 1915 -581 O +ATOM 8489 N ASN C 100 41.875 37.166 66.805 1.00 60.31 N +ANISOU 8489 N ASN C 100 8846 7458 6611 -745 1593 -1151 N +ATOM 8490 CA ASN C 100 41.977 38.313 65.903 1.00 58.74 C +ANISOU 8490 CA ASN C 100 8383 7193 6742 -528 1330 -1242 C +ATOM 8491 C ASN C 100 40.870 39.319 66.222 1.00 60.30 C +ANISOU 8491 C ASN C 100 8363 7369 7179 -510 1510 -1672 C +ATOM 8492 O ASN C 100 39.886 39.467 65.498 1.00 80.12 O +ANISOU 8492 O ASN C 100 10550 9820 10070 -411 1542 -1873 O +ATOM 8493 CB ASN C 100 41.916 37.855 64.450 1.00 58.67 C +ANISOU 8493 CB ASN C 100 8155 7131 7005 -388 1160 -1097 C +ATOM 8494 CG ASN C 100 42.830 36.684 64.169 1.00 71.57 C +ANISOU 8494 CG ASN C 100 9949 8778 8466 -421 1066 -760 C +ATOM 8495 OD1 ASN C 100 44.050 36.835 64.103 1.00 79.11 O +ANISOU 8495 OD1 ASN C 100 11027 9721 9309 -375 829 -550 O +ATOM 8496 ND2 ASN C 100 42.244 35.509 63.987 1.00 75.66 N +ANISOU 8496 ND2 ASN C 100 10431 9297 9019 -501 1250 -739 N +ATOM 8497 N TYR C 101 41.054 40.027 67.334 1.00 45.99 N +ANISOU 8497 N TYR C 101 6720 5596 5159 -599 1602 -1846 N +ATOM 8498 CA TYR C 101 40.090 41.034 67.750 1.00 64.60 C +ANISOU 8498 CA TYR C 101 8862 7920 7762 -583 1791 -2314 C +ATOM 8499 C TYR C 101 40.804 42.190 68.430 1.00 88.14 C +ANISOU 8499 C TYR C 101 11991 10877 10624 -562 1637 -2420 C +ATOM 8500 O TYR C 101 41.887 42.031 69.001 1.00 93.23 O +ANISOU 8500 O TYR C 101 12964 11587 10874 -644 1502 -2192 O +ATOM 8501 CB TYR C 101 39.032 40.451 68.692 1.00 76.08 C +ANISOU 8501 CB TYR C 101 10334 9486 9087 -826 2321 -2617 C +ATOM 8502 CG TYR C 101 39.602 39.757 69.906 1.00 84.26 C +ANISOU 8502 CG TYR C 101 11861 10662 9491 -1095 2519 -2448 C +ATOM 8503 CD1 TYR C 101 40.082 38.460 69.822 1.00 85.35 C +ANISOU 8503 CD1 TYR C 101 12255 10825 9351 -1195 2489 -2036 C +ATOM 8504 CD2 TYR C 101 39.658 40.398 71.138 1.00 86.91 C +ANISOU 8504 CD2 TYR C 101 12430 11088 9505 -1248 2705 -2707 C +ATOM 8505 CE1 TYR C 101 40.605 37.826 70.927 1.00 87.66 C +ANISOU 8505 CE1 TYR C 101 13044 11202 9063 -1427 2595 -1842 C +ATOM 8506 CE2 TYR C 101 40.180 39.766 72.247 1.00 94.50 C +ANISOU 8506 CE2 TYR C 101 13909 12174 9823 -1499 2829 -2527 C +ATOM 8507 CZ TYR C 101 40.648 38.484 72.130 1.00 89.88 C +ANISOU 8507 CZ TYR C 101 13590 11584 8976 -1581 2751 -2074 C +ATOM 8508 OH TYR C 101 41.171 37.840 73.218 1.00 94.94 O +ANISOU 8508 OH TYR C 101 14789 12304 8978 -1815 2802 -1852 O +ATOM 8509 N ASP C 102 40.167 43.356 68.365 1.00113.74 N +ANISOU 8509 N ASP C 102 14964 13998 14255 -441 1630 -2796 N +ATOM 8510 CA ASP C 102 40.678 44.579 68.958 1.00112.05 C +ANISOU 8510 CA ASP C 102 14823 13714 14038 -409 1497 -2986 C +ATOM 8511 C ASP C 102 40.258 44.635 70.424 1.00103.15 C +ANISOU 8511 C ASP C 102 13866 12743 12585 -637 1910 -3374 C +ATOM 8512 O ASP C 102 39.528 43.773 70.924 1.00111.03 O +ANISOU 8512 O ASP C 102 14918 13886 13383 -830 2322 -3484 O +ATOM 8513 CB ASP C 102 40.158 45.799 68.193 1.00115.43 C +ANISOU 8513 CB ASP C 102 14893 13886 15078 -166 1279 -3215 C +ATOM 8514 CG ASP C 102 41.108 46.970 68.237 1.00118.16 C +ANISOU 8514 CG ASP C 102 15331 14072 15491 -84 955 -3176 C +ATOM 8515 OD1 ASP C 102 41.824 47.127 69.249 1.00119.79 O +ANISOU 8515 OD1 ASP C 102 15799 14387 15330 -229 1004 -3231 O +ATOM 8516 OD2 ASP C 102 41.143 47.733 67.249 1.00115.50 O +ANISOU 8516 OD2 ASP C 102 14825 13489 15571 113 635 -3083 O +ATOM 8517 N ALA C 103 40.725 45.663 71.130 1.00 85.40 N +ANISOU 8517 N ALA C 103 11722 10462 10265 -645 1823 -3600 N +ATOM 8518 CA ALA C 103 40.274 45.873 72.498 1.00 92.72 C +ANISOU 8518 CA ALA C 103 12810 11541 10878 -866 2229 -4048 C +ATOM 8519 C ALA C 103 38.766 46.068 72.576 1.00105.72 C +ANISOU 8519 C ALA C 103 14046 13172 12950 -855 2571 -4414 C +ATOM 8520 O ALA C 103 38.177 45.834 73.635 1.00102.96 O +ANISOU 8520 O ALA C 103 13780 12997 12342 -1078 2939 -4572 O +ATOM 8521 CB ALA C 103 40.987 47.082 73.105 1.00 98.83 C +ANISOU 8521 CB ALA C 103 13691 12247 11612 -835 2015 -4270 C +ATOM 8522 N ASN C 104 38.133 46.480 71.480 1.00108.87 N +ANISOU 8522 N ASN C 104 14002 13360 14006 -608 2408 -4505 N +ATOM 8523 CA ASN C 104 36.702 46.742 71.448 1.00120.62 C +ANISOU 8523 CA ASN C 104 15027 14808 15997 -570 2613 -4824 C +ATOM 8524 C ASN C 104 35.888 45.538 70.989 1.00119.08 C +ANISOU 8524 C ASN C 104 14675 14697 15875 -656 2840 -4725 C +ATOM 8525 O ASN C 104 34.710 45.702 70.659 1.00125.29 O +ANISOU 8525 O ASN C 104 15008 15410 17186 -592 2907 -4974 O +ATOM 8526 CB ASN C 104 36.411 47.927 70.521 1.00128.62 C +ANISOU 8526 CB ASN C 104 15644 15513 17711 -240 2215 -4961 C +ATOM 8527 CG ASN C 104 37.229 49.153 70.862 1.00136.13 C +ANISOU 8527 CG ASN C 104 16729 16320 18675 -152 1960 -5040 C +ATOM 8528 OD1 ASN C 104 37.577 49.376 72.022 1.00144.52 O +ANISOU 8528 OD1 ASN C 104 18031 17534 19347 -335 2155 -5187 O +ATOM 8529 ND2 ASN C 104 37.543 49.957 69.851 1.00133.46 N +ANISOU 8529 ND2 ASN C 104 16255 15672 18779 116 1502 -4927 N +ATOM 8530 N LYS C 105 36.481 44.344 70.950 1.00113.16 N +ANISOU 8530 N LYS C 105 14272 14079 14645 -805 2930 -4378 N +ATOM 8531 CA LYS C 105 35.844 43.136 70.429 1.00111.70 C +ANISOU 8531 CA LYS C 105 13966 13943 14534 -887 3110 -4244 C +ATOM 8532 C LYS C 105 35.687 43.185 68.913 1.00122.53 C +ANISOU 8532 C LYS C 105 15007 15126 16424 -583 2748 -4172 C +ATOM 8533 O LYS C 105 34.955 42.365 68.343 1.00126.20 O +ANISOU 8533 O LYS C 105 15247 15597 17105 -601 2839 -4151 O +ATOM 8534 CB LYS C 105 34.481 42.886 71.094 1.00102.48 C +ANISOU 8534 CB LYS C 105 12532 12852 13554 -1106 3540 -4554 C +ATOM 8535 CG LYS C 105 33.783 41.602 70.674 1.00 95.29 C +ANISOU 8535 CG LYS C 105 11501 11971 12733 -1247 3753 -4447 C +ATOM 8536 N THR C 106 36.366 44.109 68.243 1.00120.60 N +ANISOU 8536 N THR C 106 14750 14697 16374 -321 2303 -4099 N +ATOM 8537 CA THR C 106 36.321 44.258 66.798 1.00110.10 C +ANISOU 8537 CA THR C 106 13197 13184 15454 -41 1834 -3869 C +ATOM 8538 C THR C 106 37.625 43.748 66.198 1.00101.37 C +ANISOU 8538 C THR C 106 12438 12122 13956 -35 1519 -3250 C +ATOM 8539 O THR C 106 38.670 43.776 66.848 1.00117.43 O +ANISOU 8539 O THR C 106 14817 14242 15558 -152 1510 -3048 O +ATOM 8540 CB THR C 106 36.117 45.726 66.416 1.00109.38 C +ANISOU 8540 CB THR C 106 12863 12816 15880 227 1491 -4105 C +ATOM 8541 OG1 THR C 106 37.305 46.466 66.732 1.00102.90 O +ANISOU 8541 OG1 THR C 106 12355 11948 14793 225 1281 -3895 O +ATOM 8542 CG2 THR C 106 34.945 46.324 67.180 1.00118.56 C +ANISOU 8542 CG2 THR C 106 13685 13991 17370 182 1736 -4572 C +ATOM 8543 N GLY C 107 37.572 43.283 64.956 1.00 72.02 N +ANISOU 8543 N GLY C 107 8615 8347 10401 100 1251 -2984 N +ATOM 8544 CA GLY C 107 38.789 42.793 64.338 1.00 59.02 C +ANISOU 8544 CA GLY C 107 7252 6744 8427 96 1001 -2461 C +ATOM 8545 C GLY C 107 38.578 42.079 63.022 1.00 58.90 C +ANISOU 8545 C GLY C 107 7125 6713 8542 197 804 -2241 C +ATOM 8546 O GLY C 107 38.041 42.654 62.072 1.00 66.30 O +ANISOU 8546 O GLY C 107 7853 7493 9844 397 514 -2304 O +ATOM 8547 N LEU C 108 39.009 40.819 62.958 1.00 60.05 N +ANISOU 8547 N LEU C 108 7429 7003 8384 63 929 -1985 N +ATOM 8548 CA LEU C 108 38.912 40.035 61.730 1.00 57.68 C +ANISOU 8548 CA LEU C 108 7050 6709 8158 134 764 -1794 C +ATOM 8549 C LEU C 108 37.449 39.802 61.382 1.00 53.45 C +ANISOU 8549 C LEU C 108 6152 6136 8019 193 842 -2137 C +ATOM 8550 O LEU C 108 36.739 39.088 62.097 1.00 63.25 O +ANISOU 8550 O LEU C 108 7291 7456 9284 31 1223 -2363 O +ATOM 8551 CB LEU C 108 39.648 38.708 61.892 1.00 46.67 C +ANISOU 8551 CB LEU C 108 5875 5444 6413 -26 913 -1512 C +ATOM 8552 CG LEU C 108 39.528 37.736 60.713 1.00 47.44 C +ANISOU 8552 CG LEU C 108 5886 5561 6577 17 807 -1375 C +ATOM 8553 CD1 LEU C 108 40.187 38.315 59.470 1.00 36.30 C +ANISOU 8553 CD1 LEU C 108 4520 4094 5179 172 428 -1158 C +ATOM 8554 CD2 LEU C 108 40.132 36.392 61.074 1.00 50.69 C +ANISOU 8554 CD2 LEU C 108 6487 6053 6721 -145 993 -1164 C +ATOM 8555 N LYS C 109 37.002 40.384 60.272 1.00 55.07 N +ANISOU 8555 N LYS C 109 6175 6211 8540 411 471 -2175 N +ATOM 8556 CA LYS C 109 35.619 40.255 59.827 1.00 67.65 C +ANISOU 8556 CA LYS C 109 7376 7741 10588 513 429 -2530 C +ATOM 8557 C LYS C 109 35.456 39.354 58.614 1.00 62.16 C +ANISOU 8557 C LYS C 109 6634 7085 9897 561 223 -2386 C +ATOM 8558 O LYS C 109 34.491 38.592 58.548 1.00 56.22 O +ANISOU 8558 O LYS C 109 5601 6367 9392 516 373 -2653 O +ATOM 8559 CB LYS C 109 35.037 41.635 59.503 1.00 63.45 C +ANISOU 8559 CB LYS C 109 6638 6983 10488 762 79 -2751 C +ATOM 8560 CG LYS C 109 33.533 41.643 59.269 1.00 77.30 C +ANISOU 8560 CG LYS C 109 7905 8642 12824 890 27 -3225 C +ATOM 8561 CD LYS C 109 33.104 42.906 58.539 1.00 83.59 C +ANISOU 8561 CD LYS C 109 8553 9159 14048 1202 -524 -3318 C +ATOM 8562 CE LYS C 109 31.606 43.145 58.635 1.00 87.68 C +ANISOU 8562 CE LYS C 109 8511 9544 15258 1347 -557 -3903 C +ATOM 8563 NZ LYS C 109 31.180 43.478 60.023 1.00 92.81 N +ANISOU 8563 NZ LYS C 109 8996 10287 15983 1131 -71 -4221 N +ATOM 8564 N GLU C 110 36.372 39.419 57.651 1.00 62.68 N +ANISOU 8564 N GLU C 110 6963 7151 9701 628 -92 -2003 N +ATOM 8565 CA GLU C 110 36.247 38.692 56.395 1.00 56.37 C +ANISOU 8565 CA GLU C 110 6153 6395 8870 680 -326 -1894 C +ATOM 8566 C GLU C 110 37.462 37.799 56.198 1.00 62.09 C +ANISOU 8566 C GLU C 110 7175 7260 9155 532 -193 -1543 C +ATOM 8567 O GLU C 110 38.603 38.259 56.308 1.00 70.61 O +ANISOU 8567 O GLU C 110 8522 8342 9965 499 -221 -1266 O +ATOM 8568 CB GLU C 110 36.105 39.656 55.216 1.00 59.00 C +ANISOU 8568 CB GLU C 110 6532 6578 9308 904 -867 -1800 C +ATOM 8569 CG GLU C 110 34.992 40.676 55.389 1.00 67.52 C +ANISOU 8569 CG GLU C 110 7310 7452 10893 1102 -1091 -2140 C +ATOM 8570 CD GLU C 110 34.976 41.710 54.284 1.00 68.02 C +ANISOU 8570 CD GLU C 110 7514 7308 11022 1325 -1685 -1965 C +ATOM 8571 OE1 GLU C 110 35.826 41.625 53.376 1.00 73.30 O +ANISOU 8571 OE1 GLU C 110 8540 8022 11288 1287 -1868 -1578 O +ATOM 8572 OE2 GLU C 110 34.113 42.612 54.327 1.00 63.03 O +ANISOU 8572 OE2 GLU C 110 6647 6451 10853 1530 -1966 -2222 O +ATOM 8573 N LEU C 111 37.208 36.526 55.903 1.00 51.59 N +ANISOU 8573 N LEU C 111 5764 6025 7812 443 -55 -1592 N +ATOM 8574 CA LEU C 111 38.257 35.539 55.641 1.00 51.24 C +ANISOU 8574 CA LEU C 111 5939 6084 7447 325 58 -1325 C +ATOM 8575 C LEU C 111 37.800 34.662 54.486 1.00 67.19 C +ANISOU 8575 C LEU C 111 7850 8150 9530 353 -82 -1408 C +ATOM 8576 O LEU C 111 37.539 33.464 54.652 1.00 78.87 O +ANISOU 8576 O LEU C 111 9228 9664 11074 238 145 -1508 O +ATOM 8577 CB LEU C 111 38.549 34.712 56.894 1.00 58.90 C +ANISOU 8577 CB LEU C 111 6969 7091 8320 135 465 -1304 C +ATOM 8578 CG LEU C 111 39.658 33.664 56.800 1.00 53.38 C +ANISOU 8578 CG LEU C 111 6470 6444 7369 34 560 -1048 C +ATOM 8579 CD1 LEU C 111 41.007 34.302 56.506 1.00 32.79 C +ANISOU 8579 CD1 LEU C 111 4087 3856 4518 79 391 -773 C +ATOM 8580 CD2 LEU C 111 39.712 32.863 58.092 1.00 63.77 C +ANISOU 8580 CD2 LEU C 111 7869 7742 8618 -144 901 -1028 C +ATOM 8581 N PRO C 112 37.690 35.237 53.282 1.00 59.28 N +ANISOU 8581 N PRO C 112 6895 7132 8495 495 -474 -1369 N +ATOM 8582 CA PRO C 112 37.097 34.516 52.135 1.00 63.55 C +ANISOU 8582 CA PRO C 112 7333 7723 9090 538 -677 -1508 C +ATOM 8583 C PRO C 112 38.050 33.506 51.506 1.00 56.27 C +ANISOU 8583 C PRO C 112 6597 6921 7863 426 -568 -1346 C +ATOM 8584 O PRO C 112 38.566 33.677 50.398 1.00 53.68 O +ANISOU 8584 O PRO C 112 6478 6655 7264 454 -788 -1208 O +ATOM 8585 CB PRO C 112 36.738 35.662 51.183 1.00 60.33 C +ANISOU 8585 CB PRO C 112 7003 7236 8684 727 -1175 -1474 C +ATOM 8586 CG PRO C 112 37.778 36.692 51.451 1.00 63.29 C +ANISOU 8586 CG PRO C 112 7668 7560 8820 717 -1176 -1161 C +ATOM 8587 CD PRO C 112 38.074 36.613 52.925 1.00 50.73 C +ANISOU 8587 CD PRO C 112 5997 5964 7314 612 -771 -1190 C +ATOM 8588 N MET C 113 38.299 32.414 52.228 1.00 57.00 N +ANISOU 8588 N MET C 113 6627 7031 7999 285 -210 -1372 N +ATOM 8589 CA MET C 113 39.050 31.285 51.682 1.00 62.63 C +ANISOU 8589 CA MET C 113 7431 7814 8550 195 -99 -1307 C +ATOM 8590 C MET C 113 38.103 30.363 50.910 1.00 69.60 C +ANISOU 8590 C MET C 113 8105 8716 9624 197 -184 -1598 C +ATOM 8591 O MET C 113 37.897 29.195 51.240 1.00 82.32 O +ANISOU 8591 O MET C 113 9583 10286 11409 88 52 -1723 O +ATOM 8592 CB MET C 113 39.774 30.541 52.797 1.00 57.31 C +ANISOU 8592 CB MET C 113 6811 7094 7870 65 247 -1181 C +ATOM 8593 CG MET C 113 40.886 31.347 53.453 1.00 47.75 C +ANISOU 8593 CG MET C 113 5810 5879 6453 62 283 -912 C +ATOM 8594 SD MET C 113 41.791 30.419 54.707 1.00 44.50 S +ANISOU 8594 SD MET C 113 5501 5394 6012 -64 570 -750 S +ATOM 8595 CE MET C 113 40.508 30.157 55.927 1.00 37.04 C +ANISOU 8595 CE MET C 113 4440 4366 5267 -163 805 -913 C +ATOM 8596 N ARG C 114 37.517 30.929 49.853 1.00 65.16 N +ANISOU 8596 N ARG C 114 7532 8195 9030 321 -563 -1702 N +ATOM 8597 CA ARG C 114 36.502 30.234 49.069 1.00 62.12 C +ANISOU 8597 CA ARG C 114 6928 7828 8846 350 -746 -2025 C +ATOM 8598 C ARG C 114 37.071 29.118 48.213 1.00 74.72 C +ANISOU 8598 C ARG C 114 8618 9520 10254 262 -686 -2068 C +ATOM 8599 O ARG C 114 36.294 28.324 47.672 1.00 77.43 O +ANISOU 8599 O ARG C 114 8759 9869 10790 253 -780 -2371 O +ATOM 8600 CB ARG C 114 35.763 31.233 48.183 1.00 56.85 C +ANISOU 8600 CB ARG C 114 6270 7160 8169 531 -1261 -2101 C +ATOM 8601 CG ARG C 114 36.586 31.729 47.012 1.00 68.14 C +ANISOU 8601 CG ARG C 114 8103 8693 9095 558 -1529 -1857 C +ATOM 8602 CD ARG C 114 36.513 33.231 46.882 1.00 77.67 C +ANISOU 8602 CD ARG C 114 9493 9810 10208 698 -1873 -1656 C +ATOM 8603 NE ARG C 114 37.263 33.705 45.724 1.00 78.89 N +ANISOU 8603 NE ARG C 114 10088 10047 9840 675 -2102 -1399 N +ATOM 8604 CZ ARG C 114 37.168 34.932 45.222 1.00 77.54 C +ANISOU 8604 CZ ARG C 114 10176 9780 9507 783 -2504 -1196 C +ATOM 8605 NH1 ARG C 114 36.345 35.816 45.770 1.00 52.12 N +ANISOU 8605 NH1 ARG C 114 6771 6366 6666 959 -2754 -1255 N +ATOM 8606 NH2 ARG C 114 37.893 35.272 44.167 1.00 80.88 N +ANISOU 8606 NH2 ARG C 114 11052 10282 9397 701 -2642 -945 N +ATOM 8607 N ASN C 115 38.391 29.030 48.081 1.00 61.06 N +ANISOU 8607 N ASN C 115 7149 7853 8200 196 -527 -1823 N +ATOM 8608 CA ASN C 115 39.023 27.971 47.313 1.00 57.99 C +ANISOU 8608 CA ASN C 115 6821 7543 7669 111 -422 -1909 C +ATOM 8609 C ASN C 115 39.777 26.979 48.186 1.00 59.91 C +ANISOU 8609 C ASN C 115 7007 7688 8069 5 -35 -1846 C +ATOM 8610 O ASN C 115 40.348 26.018 47.655 1.00 50.70 O +ANISOU 8610 O ASN C 115 5847 6542 6875 -55 78 -1949 O +ATOM 8611 CB ASN C 115 39.967 28.577 46.269 1.00 52.47 C +ANISOU 8611 CB ASN C 115 6450 6993 6493 105 -545 -1744 C +ATOM 8612 CG ASN C 115 39.222 29.343 45.194 1.00 74.82 C +ANISOU 8612 CG ASN C 115 9418 9903 9108 196 -990 -1799 C +ATOM 8613 OD1 ASN C 115 38.056 29.700 45.368 1.00 84.98 O +ANISOU 8613 OD1 ASN C 115 10526 11111 10650 310 -1253 -1928 O +ATOM 8614 ND2 ASN C 115 39.889 29.599 44.076 1.00 78.29 N +ANISOU 8614 ND2 ASN C 115 10180 10487 9078 139 -1082 -1714 N +ATOM 8615 N LEU C 116 39.790 27.174 49.504 1.00 48.07 N +ANISOU 8615 N LEU C 116 5466 6066 6731 -18 149 -1693 N +ATOM 8616 CA LEU C 116 40.396 26.198 50.400 1.00 55.27 C +ANISOU 8616 CA LEU C 116 6366 6843 7791 -114 446 -1607 C +ATOM 8617 C LEU C 116 39.549 24.935 50.428 1.00 54.93 C +ANISOU 8617 C LEU C 116 6110 6678 8082 -198 562 -1864 C +ATOM 8618 O LEU C 116 38.656 24.795 51.268 1.00 50.88 O +ANISOU 8618 O LEU C 116 5465 6055 7813 -267 692 -1927 O +ATOM 8619 CB LEU C 116 40.548 26.771 51.812 1.00 56.10 C +ANISOU 8619 CB LEU C 116 6544 6860 7910 -138 582 -1379 C +ATOM 8620 CG LEU C 116 41.229 25.834 52.815 1.00 60.83 C +ANISOU 8620 CG LEU C 116 7214 7297 8603 -230 816 -1226 C +ATOM 8621 CD1 LEU C 116 42.652 25.511 52.380 1.00 62.57 C +ANISOU 8621 CD1 LEU C 116 7537 7529 8710 -195 794 -1111 C +ATOM 8622 CD2 LEU C 116 41.221 26.436 54.210 1.00 73.53 C +ANISOU 8622 CD2 LEU C 116 8938 8844 10157 -274 926 -1032 C +ATOM 8623 N GLN C 117 39.825 24.010 49.512 1.00 50.11 N +ANISOU 8623 N GLN C 117 5460 6081 7499 -215 547 -2041 N +ATOM 8624 CA GLN C 117 39.045 22.791 49.371 1.00 82.23 C +ANISOU 8624 CA GLN C 117 9315 10018 11911 -300 632 -2326 C +ATOM 8625 C GLN C 117 39.761 21.554 49.894 1.00 85.35 C +ANISOU 8625 C GLN C 117 9732 10190 12507 -386 871 -2256 C +ATOM 8626 O GLN C 117 39.166 20.471 49.897 1.00 91.20 O +ANISOU 8626 O GLN C 117 10314 10760 13579 -483 976 -2464 O +ATOM 8627 CB GLN C 117 38.669 22.585 47.898 1.00 85.26 C +ANISOU 8627 CB GLN C 117 9622 10554 12219 -256 397 -2652 C +ATOM 8628 CG GLN C 117 37.516 23.456 47.423 1.00 62.28 C +ANISOU 8628 CG GLN C 117 6613 7767 9283 -176 91 -2810 C +ATOM 8629 CD GLN C 117 37.535 23.685 45.925 1.00 59.43 C +ANISOU 8629 CD GLN C 117 6361 7614 8606 -105 -236 -2984 C +ATOM 8630 OE1 GLN C 117 38.533 24.143 45.369 1.00 81.69 O +ANISOU 8630 OE1 GLN C 117 9451 10572 11016 -84 -265 -2812 O +ATOM 8631 NE2 GLN C 117 36.429 23.365 45.263 1.00 62.12 N +ANISOU 8631 NE2 GLN C 117 6501 7975 9125 -86 -480 -3340 N +ATOM 8632 N GLU C 118 41.011 21.676 50.341 1.00 77.80 N +ANISOU 8632 N GLU C 118 8955 9199 11407 -351 934 -1982 N +ATOM 8633 CA GLU C 118 41.782 20.505 50.746 1.00 73.97 C +ANISOU 8633 CA GLU C 118 8488 8467 11149 -389 1074 -1922 C +ATOM 8634 C GLU C 118 42.758 20.859 51.857 1.00 74.48 C +ANISOU 8634 C GLU C 118 8745 8439 11116 -362 1110 -1550 C +ATOM 8635 O GLU C 118 43.510 21.831 51.741 1.00 80.59 O +ANISOU 8635 O GLU C 118 9612 9384 11624 -281 1021 -1416 O +ATOM 8636 CB GLU C 118 42.544 19.922 49.551 1.00 83.40 C +ANISOU 8636 CB GLU C 118 9616 9721 12349 -336 1034 -2159 C +ATOM 8637 CG GLU C 118 43.330 18.654 49.859 1.00 89.92 C +ANISOU 8637 CG GLU C 118 10407 10249 13512 -341 1138 -2164 C +ATOM 8638 CD GLU C 118 42.435 17.493 50.234 1.00 82.42 C +ANISOU 8638 CD GLU C 118 9356 9004 12955 -456 1237 -2278 C +ATOM 8639 OE1 GLU C 118 41.211 17.595 50.024 1.00 83.39 O +ANISOU 8639 OE1 GLU C 118 9373 9199 13113 -536 1241 -2453 O +ATOM 8640 OE2 GLU C 118 42.957 16.475 50.735 1.00 75.21 O +ANISOU 8640 OE2 GLU C 118 8463 7762 12353 -468 1299 -2201 O +ATOM 8641 N ILE C 119 42.748 20.060 52.924 1.00 68.05 N +ANISOU 8641 N ILE C 119 8010 7335 10510 -444 1223 -1382 N +ATOM 8642 CA ILE C 119 43.819 20.050 53.916 1.00 67.82 C +ANISOU 8642 CA ILE C 119 8179 7154 10435 -406 1188 -1053 C +ATOM 8643 C ILE C 119 44.249 18.595 54.060 1.00 66.86 C +ANISOU 8643 C ILE C 119 8051 6680 10673 -421 1207 -1056 C +ATOM 8644 O ILE C 119 43.559 17.796 54.702 1.00 76.82 O +ANISOU 8644 O ILE C 119 9384 7683 12122 -561 1327 -991 O +ATOM 8645 CB ILE C 119 43.398 20.641 55.267 1.00 53.89 C +ANISOU 8645 CB ILE C 119 6627 5358 8492 -499 1257 -776 C +ATOM 8646 CG1 ILE C 119 42.897 22.080 55.095 1.00 54.14 C +ANISOU 8646 CG1 ILE C 119 6625 5696 8251 -468 1228 -824 C +ATOM 8647 CG2 ILE C 119 44.578 20.602 56.239 1.00 40.47 C +ANISOU 8647 CG2 ILE C 119 5158 3504 6714 -445 1141 -449 C +ATOM 8648 CD1 ILE C 119 42.436 22.740 56.389 1.00 40.99 C +ANISOU 8648 CD1 ILE C 119 5137 4026 6413 -564 1331 -634 C +ATOM 8649 N LEU C 120 45.386 18.245 53.463 1.00 54.99 N +ANISOU 8649 N LEU C 120 6456 5141 9297 -289 1103 -1146 N +ATOM 8650 CA LEU C 120 45.910 16.884 53.516 1.00 63.83 C +ANISOU 8650 CA LEU C 120 7529 5891 10832 -259 1074 -1190 C +ATOM 8651 C LEU C 120 45.967 16.348 54.939 1.00 77.26 C +ANISOU 8651 C LEU C 120 9501 7225 12628 -319 1025 -805 C +ATOM 8652 O LEU C 120 45.245 15.407 55.284 1.00 94.73 O +ANISOU 8652 O LEU C 120 11781 9147 15067 -456 1130 -779 O +ATOM 8653 CB LEU C 120 47.304 16.834 52.891 1.00 55.93 C +ANISOU 8653 CB LEU C 120 6378 4919 9954 -89 965 -1326 C +ATOM 8654 CG LEU C 120 47.393 16.354 51.443 1.00 57.96 C +ANISOU 8654 CG LEU C 120 6370 5289 10364 -63 1055 -1793 C +ATOM 8655 CD1 LEU C 120 46.380 17.066 50.564 1.00 51.00 C +ANISOU 8655 CD1 LEU C 120 5457 4777 9144 -152 1143 -1992 C +ATOM 8656 CD2 LEU C 120 48.805 16.566 50.917 1.00 74.71 C +ANISOU 8656 CD2 LEU C 120 8341 7501 12543 67 1022 -1934 C +ATOM 8657 N HIS C 121 46.829 16.931 55.767 1.00 69.55 N +ANISOU 8657 N HIS C 121 8706 6248 11471 -236 860 -506 N +ATOM 8658 CA HIS C 121 47.069 16.443 57.116 1.00 68.83 C +ANISOU 8658 CA HIS C 121 8941 5810 11401 -277 737 -113 C +ATOM 8659 C HIS C 121 46.801 17.550 58.125 1.00 64.73 C +ANISOU 8659 C HIS C 121 8693 5489 10411 -362 752 164 C +ATOM 8660 O HIS C 121 46.885 18.740 57.808 1.00 80.47 O +ANISOU 8660 O HIS C 121 10590 7843 12143 -311 762 78 O +ATOM 8661 CB HIS C 121 48.508 15.937 57.272 1.00 59.66 C +ANISOU 8661 CB HIS C 121 7754 4387 10527 -68 425 -31 C +ATOM 8662 CG HIS C 121 48.982 15.099 56.126 1.00 70.18 C +ANISOU 8662 CG HIS C 121 8736 5604 12325 54 423 -408 C +ATOM 8663 ND1 HIS C 121 49.722 15.614 55.084 1.00 70.62 N +ANISOU 8663 ND1 HIS C 121 8476 5946 12412 182 439 -732 N +ATOM 8664 CD2 HIS C 121 48.824 13.781 55.857 1.00 71.29 C +ANISOU 8664 CD2 HIS C 121 8800 5366 12920 48 434 -539 C +ATOM 8665 CE1 HIS C 121 50.000 14.651 54.223 1.00 70.08 C +ANISOU 8665 CE1 HIS C 121 8145 5707 12774 250 475 -1073 C +ATOM 8666 NE2 HIS C 121 49.465 13.529 54.668 1.00 72.74 N +ANISOU 8666 NE2 HIS C 121 8607 5631 13399 186 454 -971 N +ATOM 8667 N GLY C 122 46.476 17.144 59.348 1.00 58.42 N +ANISOU 8667 N GLY C 122 8262 4435 9499 -509 764 494 N +ATOM 8668 CA GLY C 122 46.224 18.078 60.422 1.00 55.47 C +ANISOU 8668 CA GLY C 122 8190 4221 8664 -617 801 737 C +ATOM 8669 C GLY C 122 44.772 18.511 60.501 1.00 68.55 C +ANISOU 8669 C GLY C 122 9833 6072 10140 -846 1178 610 C +ATOM 8670 O GLY C 122 43.968 18.317 59.585 1.00 70.68 O +ANISOU 8670 O GLY C 122 9805 6426 10622 -888 1366 301 O +ATOM 8671 N ALA C 123 44.444 19.118 61.637 1.00 71.78 N +ANISOU 8671 N ALA C 123 10559 6551 10162 -994 1276 820 N +ATOM 8672 CA ALA C 123 43.100 19.541 61.972 1.00 74.23 C +ANISOU 8672 CA ALA C 123 10877 7012 10315 -1233 1660 697 C +ATOM 8673 C ALA C 123 43.006 21.068 61.894 1.00 72.40 C +ANISOU 8673 C ALA C 123 10514 7172 9822 -1146 1655 550 C +ATOM 8674 O ALA C 123 43.862 21.724 61.281 1.00 82.92 O +ANISOU 8674 O ALA C 123 11687 8667 11152 -915 1393 498 O +ATOM 8675 CB ALA C 123 42.751 18.976 63.352 1.00 80.49 C +ANISOU 8675 CB ALA C 123 12160 7555 10869 -1516 1841 1018 C +ATOM 8676 N VAL C 124 41.973 21.636 62.518 1.00 66.46 N +ANISOU 8676 N VAL C 124 9822 6550 8880 -1344 1964 466 N +ATOM 8677 CA VAL C 124 41.706 23.068 62.442 1.00 68.51 C +ANISOU 8677 CA VAL C 124 9928 7133 8969 -1268 1978 281 C +ATOM 8678 C VAL C 124 41.291 23.579 63.815 1.00 62.65 C +ANISOU 8678 C VAL C 124 9511 6438 7857 -1482 2212 378 C +ATOM 8679 O VAL C 124 40.649 22.868 64.595 1.00 58.48 O +ANISOU 8679 O VAL C 124 9216 5749 7254 -1762 2523 461 O +ATOM 8680 CB VAL C 124 40.614 23.383 61.392 1.00 72.98 C +ANISOU 8680 CB VAL C 124 10047 7856 9827 -1243 2119 -116 C +ATOM 8681 CG1 VAL C 124 40.365 24.884 61.297 1.00 61.79 C +ANISOU 8681 CG1 VAL C 124 8483 6712 8283 -1134 2072 -288 C +ATOM 8682 CG2 VAL C 124 41.003 22.820 60.031 1.00 77.81 C +ANISOU 8682 CG2 VAL C 124 10394 8437 10732 -1065 1905 -232 C +ATOM 8683 N ARG C 125 41.658 24.831 64.105 1.00 70.96 N +ANISOU 8683 N ARG C 125 10589 7704 8667 -1374 2086 350 N +ATOM 8684 CA ARG C 125 41.251 25.494 65.343 1.00 70.82 C +ANISOU 8684 CA ARG C 125 10846 7781 8283 -1564 2316 354 C +ATOM 8685 C ARG C 125 40.804 26.915 65.040 1.00 67.37 C +ANISOU 8685 C ARG C 125 10110 7599 7887 -1452 2341 39 C +ATOM 8686 O ARG C 125 41.567 27.703 64.473 1.00 56.64 O +ANISOU 8686 O ARG C 125 8624 6344 6554 -1211 2014 41 O +ATOM 8687 CB ARG C 125 42.375 25.510 66.380 1.00 67.98 C +ANISOU 8687 CB ARG C 125 10968 7353 7507 -1565 2062 705 C +ATOM 8688 CG ARG C 125 41.998 26.215 67.678 1.00 71.60 C +ANISOU 8688 CG ARG C 125 11759 7935 7512 -1779 2297 684 C +ATOM 8689 CD ARG C 125 42.760 25.645 68.868 1.00 76.30 C +ANISOU 8689 CD ARG C 125 12970 8370 7651 -1907 2135 1083 C +ATOM 8690 NE ARG C 125 42.881 26.603 69.966 1.00 74.82 N +ANISOU 8690 NE ARG C 125 13098 8357 6971 -2006 2164 1057 N +ATOM 8691 CZ ARG C 125 42.022 26.718 70.976 1.00 70.96 C +ANISOU 8691 CZ ARG C 125 12864 7947 6149 -2310 2582 953 C +ATOM 8692 NH1 ARG C 125 40.947 25.941 71.049 1.00 72.41 N +ANISOU 8692 NH1 ARG C 125 12967 8050 6494 -2526 2985 854 N +ATOM 8693 NH2 ARG C 125 42.239 27.621 71.925 1.00 70.91 N +ANISOU 8693 NH2 ARG C 125 13075 8116 5751 -2340 2525 870 N +ATOM 8694 N PHE C 126 39.572 27.233 65.423 1.00 73.65 N +ANISOU 8694 N PHE C 126 10789 8470 8726 -1638 2738 -243 N +ATOM 8695 CA PHE C 126 39.063 28.597 65.433 1.00 71.15 C +ANISOU 8695 CA PHE C 126 10239 8345 8449 -1559 2790 -557 C +ATOM 8696 C PHE C 126 38.719 28.956 66.869 1.00 73.49 C +ANISOU 8696 C PHE C 126 10853 8699 8372 -1818 3133 -605 C +ATOM 8697 O PHE C 126 38.043 28.183 67.554 1.00 74.45 O +ANISOU 8697 O PHE C 126 11148 8742 8396 -2127 3547 -610 O +ATOM 8698 CB PHE C 126 37.836 28.739 64.534 1.00 59.90 C +ANISOU 8698 CB PHE C 126 8305 6957 7498 -1518 2933 -952 C +ATOM 8699 CG PHE C 126 38.171 28.976 63.093 1.00 44.39 C +ANISOU 8699 CG PHE C 126 6040 5020 5806 -1219 2529 -980 C +ATOM 8700 CD1 PHE C 126 38.833 28.011 62.353 1.00 43.06 C +ANISOU 8700 CD1 PHE C 126 5906 4755 5700 -1147 2330 -771 C +ATOM 8701 CD2 PHE C 126 37.823 30.164 62.477 1.00 63.38 C +ANISOU 8701 CD2 PHE C 126 8152 7531 8396 -1020 2351 -1221 C +ATOM 8702 CE1 PHE C 126 39.143 28.228 61.025 1.00 54.71 C +ANISOU 8702 CE1 PHE C 126 7147 6281 7358 -912 2007 -818 C +ATOM 8703 CE2 PHE C 126 38.132 30.388 61.154 1.00 64.47 C +ANISOU 8703 CE2 PHE C 126 8099 7694 8703 -782 1985 -1211 C +ATOM 8704 CZ PHE C 126 38.787 29.417 60.424 1.00 39.26 C +ANISOU 8704 CZ PHE C 126 4960 4445 5511 -743 1838 -1018 C +ATOM 8705 N SER C 127 39.184 30.117 67.325 1.00 60.69 N +ANISOU 8705 N SER C 127 9323 7208 6530 -1719 2986 -654 N +ATOM 8706 CA SER C 127 39.047 30.475 68.732 1.00 58.12 C +ANISOU 8706 CA SER C 127 9369 6956 5758 -1964 3270 -695 C +ATOM 8707 C SER C 127 39.067 31.988 68.879 1.00 67.31 C +ANISOU 8707 C SER C 127 10374 8271 6929 -1818 3179 -978 C +ATOM 8708 O SER C 127 40.012 32.643 68.432 1.00 71.14 O +ANISOU 8708 O SER C 127 10821 8772 7436 -1563 2738 -860 O +ATOM 8709 CB SER C 127 40.170 29.845 69.560 1.00 63.80 C +ANISOU 8709 CB SER C 127 10676 7590 5974 -2047 3056 -240 C +ATOM 8710 OG SER C 127 40.024 30.148 70.936 1.00 87.22 O +ANISOU 8710 OG SER C 127 14077 10642 8421 -2313 3321 -271 O +ATOM 8711 N ASN C 128 38.022 32.531 69.504 1.00 79.81 N +ANISOU 8711 N ASN C 128 11848 9944 8531 -1996 3619 -1378 N +ATOM 8712 CA ASN C 128 37.976 33.932 69.919 1.00 72.33 C +ANISOU 8712 CA ASN C 128 10813 9113 7558 -1912 3604 -1690 C +ATOM 8713 C ASN C 128 38.218 34.866 68.733 1.00 84.43 C +ANISOU 8713 C ASN C 128 11921 10615 9542 -1535 3164 -1778 C +ATOM 8714 O ASN C 128 39.221 35.578 68.645 1.00 93.28 O +ANISOU 8714 O ASN C 128 13149 11743 10551 -1356 2775 -1626 O +ATOM 8715 CB ASN C 128 38.987 34.185 71.042 1.00 67.22 C +ANISOU 8715 CB ASN C 128 10719 8530 6292 -2007 3472 -1470 C +ATOM 8716 CG ASN C 128 38.835 33.213 72.193 1.00 85.26 C +ANISOU 8716 CG ASN C 128 13474 10795 8126 -2343 3735 -1269 C +ATOM 8717 OD1 ASN C 128 39.547 32.212 72.272 1.00 92.58 O +ANISOU 8717 OD1 ASN C 128 14756 11618 8802 -2385 3542 -833 O +ATOM 8718 ND2 ASN C 128 37.899 33.499 73.091 1.00 97.95 N +ANISOU 8718 ND2 ASN C 128 15046 12459 9711 -2551 4091 -1570 N +ATOM 8719 N ASN C 129 37.253 34.852 67.817 1.00 75.67 N +ANISOU 8719 N ASN C 129 10336 9459 8956 -1436 3228 -2032 N +ATOM 8720 CA ASN C 129 37.226 35.757 66.668 1.00 74.93 C +ANISOU 8720 CA ASN C 129 9856 9316 9298 -1106 2837 -2146 C +ATOM 8721 C ASN C 129 35.844 36.398 66.585 1.00 89.01 C +ANISOU 8721 C ASN C 129 11176 11081 11561 -1079 3068 -2686 C +ATOM 8722 O ASN C 129 35.033 36.059 65.715 1.00 87.80 O +ANISOU 8722 O ASN C 129 10646 10870 11843 -997 3041 -2846 O +ATOM 8723 CB ASN C 129 37.578 35.019 65.377 1.00 77.15 C +ANISOU 8723 CB ASN C 129 10028 9532 9754 -949 2520 -1870 C +ATOM 8724 CG ASN C 129 38.944 34.362 65.438 1.00 78.98 C +ANISOU 8724 CG ASN C 129 10643 9756 9608 -958 2298 -1399 C +ATOM 8725 OD1 ASN C 129 39.970 35.022 65.271 1.00 82.62 O +ANISOU 8725 OD1 ASN C 129 11217 10221 9953 -809 1966 -1224 O +ATOM 8726 ND2 ASN C 129 38.963 33.056 65.673 1.00 73.91 N +ANISOU 8726 ND2 ASN C 129 10183 9074 8825 -1134 2474 -1210 N +ATOM 8727 N PRO C 130 35.544 37.334 67.492 1.00 93.52 N +ANISOU 8727 N PRO C 130 11742 11695 12095 -1142 3282 -3018 N +ATOM 8728 CA PRO C 130 34.193 37.922 67.519 1.00 87.85 C +ANISOU 8728 CA PRO C 130 10539 10939 11901 -1123 3483 -3550 C +ATOM 8729 C PRO C 130 33.789 38.629 66.234 1.00 88.46 C +ANISOU 8729 C PRO C 130 10156 10875 12582 -761 3060 -3725 C +ATOM 8730 O PRO C 130 32.614 38.575 65.851 1.00 96.47 O +ANISOU 8730 O PRO C 130 10732 11834 14088 -740 3061 -3987 O +ATOM 8731 CB PRO C 130 34.271 38.902 68.700 1.00 82.43 C +ANISOU 8731 CB PRO C 130 10000 10310 11010 -1218 3610 -3733 C +ATOM 8732 CG PRO C 130 35.367 38.381 69.560 1.00 84.46 C +ANISOU 8732 CG PRO C 130 10869 10678 10545 -1422 3719 -3386 C +ATOM 8733 CD PRO C 130 36.366 37.790 68.624 1.00 90.08 C +ANISOU 8733 CD PRO C 130 11743 11344 11140 -1264 3337 -2924 C +ATOM 8734 N ALA C 131 34.724 39.301 65.561 1.00 85.43 N +ANISOU 8734 N ALA C 131 9898 10419 12144 -507 2550 -3436 N +ATOM 8735 CA ALA C 131 34.359 40.121 64.409 1.00 76.16 C +ANISOU 8735 CA ALA C 131 8379 9078 11480 -177 2084 -3540 C +ATOM 8736 C ALA C 131 34.036 39.277 63.183 1.00 68.86 C +ANISOU 8736 C ALA C 131 7282 8128 10753 -83 1859 -3393 C +ATOM 8737 O ALA C 131 33.279 39.719 62.310 1.00 56.77 O +ANISOU 8737 O ALA C 131 5390 6468 9712 144 1555 -3605 O +ATOM 8738 CB ALA C 131 35.491 41.094 64.087 1.00 87.16 C +ANISOU 8738 CB ALA C 131 10018 10387 12710 4 1642 -3231 C +ATOM 8739 N LEU C 132 34.591 38.074 63.102 1.00 78.03 N +ANISOU 8739 N LEU C 132 8698 9393 11557 -244 1967 -3051 N +ATOM 8740 CA LEU C 132 34.488 37.259 61.899 1.00 65.46 C +ANISOU 8740 CA LEU C 132 7000 7785 10088 -158 1726 -2889 C +ATOM 8741 C LEU C 132 33.061 36.766 61.683 1.00 73.29 C +ANISOU 8741 C LEU C 132 7533 8745 11567 -195 1912 -3320 C +ATOM 8742 O LEU C 132 32.349 36.438 62.636 1.00 89.30 O +ANISOU 8742 O LEU C 132 9437 10812 13681 -427 2417 -3629 O +ATOM 8743 CB LEU C 132 35.445 36.076 62.020 1.00 51.44 C +ANISOU 8743 CB LEU C 132 5592 6097 7856 -332 1839 -2472 C +ATOM 8744 CG LEU C 132 35.445 34.993 60.945 1.00 54.96 C +ANISOU 8744 CG LEU C 132 5976 6540 8365 -307 1691 -2318 C +ATOM 8745 CD1 LEU C 132 36.150 35.479 59.691 1.00 61.14 C +ANISOU 8745 CD1 LEU C 132 6821 7299 9111 -65 1180 -2076 C +ATOM 8746 CD2 LEU C 132 36.109 33.753 61.519 1.00 55.19 C +ANISOU 8746 CD2 LEU C 132 6320 6609 8041 -537 1955 -2035 C +ATOM 8747 N CYS C 133 32.643 36.708 60.417 1.00 74.52 N +ANISOU 8747 N CYS C 133 7443 8832 12039 15 1506 -3358 N +ATOM 8748 CA CYS C 133 31.360 36.114 60.069 1.00102.77 C +ANISOU 8748 CA CYS C 133 10561 12377 16110 -10 1605 -3762 C +ATOM 8749 C CYS C 133 31.480 35.308 58.785 1.00 97.00 C +ANISOU 8749 C CYS C 133 9831 11654 15372 81 1256 -3568 C +ATOM 8750 O CYS C 133 32.390 35.501 57.974 1.00 90.72 O +ANISOU 8750 O CYS C 133 9321 10869 14280 227 859 -3190 O +ATOM 8751 CB CYS C 133 30.251 37.147 59.870 1.00123.39 C +ANISOU 8751 CB CYS C 133 12723 14865 19293 181 1355 -4186 C +ATOM 8752 SG CYS C 133 30.341 38.664 60.809 1.00124.27 S +ANISOU 8752 SG CYS C 133 12877 14916 19425 236 1377 -4302 S +ATOM 8753 N ASN C 134 30.519 34.407 58.613 1.00 90.60 N +ANISOU 8753 N ASN C 134 8679 10836 14909 -31 1438 -3874 N +ATOM 8754 CA ASN C 134 30.319 33.541 57.460 1.00 84.33 C +ANISOU 8754 CA ASN C 134 7776 10043 14223 25 1161 -3853 C +ATOM 8755 C ASN C 134 31.211 32.308 57.524 1.00 85.42 C +ANISOU 8755 C ASN C 134 8279 10251 13925 -189 1391 -3478 C +ATOM 8756 O ASN C 134 31.007 31.386 56.740 1.00 85.31 O +ANISOU 8756 O ASN C 134 8165 10234 14014 -208 1285 -3513 O +ATOM 8757 CB ASN C 134 30.541 34.254 56.112 1.00 79.41 C +ANISOU 8757 CB ASN C 134 7196 9383 13593 360 448 -3716 C +ATOM 8758 CG ASN C 134 29.675 35.488 55.960 1.00 90.71 C +ANISOU 8758 CG ASN C 134 8283 10680 15503 617 106 -4056 C +ATOM 8759 OD1 ASN C 134 30.164 36.569 55.630 1.00 90.97 O +ANISOU 8759 OD1 ASN C 134 8519 10641 15403 828 -284 -3847 O +ATOM 8760 ND2 ASN C 134 28.380 35.333 56.207 1.00100.27 N +ANISOU 8760 ND2 ASN C 134 9032 11834 17233 537 223 -4519 N +ATOM 8761 N VAL C 135 32.186 32.249 58.431 1.00 87.32 N +ANISOU 8761 N VAL C 135 8929 10534 13713 -338 1669 -3144 N +ATOM 8762 CA VAL C 135 32.983 31.035 58.546 1.00 82.07 C +ANISOU 8762 CA VAL C 135 8579 9885 12719 -522 1854 -2815 C +ATOM 8763 C VAL C 135 32.214 29.950 59.290 1.00 67.75 C +ANISOU 8763 C VAL C 135 6640 8013 11090 -839 2382 -3013 C +ATOM 8764 O VAL C 135 32.480 28.757 59.099 1.00 59.22 O +ANISOU 8764 O VAL C 135 5676 6879 9945 -976 2482 -2857 O +ATOM 8765 CB VAL C 135 34.320 31.344 59.234 1.00 81.98 C +ANISOU 8765 CB VAL C 135 9041 9914 12193 -550 1885 -2393 C +ATOM 8766 CG1 VAL C 135 35.101 30.066 59.472 1.00 77.97 C +ANISOU 8766 CG1 VAL C 135 8833 9374 11417 -726 2056 -2079 C +ATOM 8767 CG2 VAL C 135 35.136 32.307 58.384 1.00 79.51 C +ANISOU 8767 CG2 VAL C 135 8850 9639 11722 -281 1398 -2187 C +ATOM 8768 N GLU C 136 31.263 30.335 60.145 1.00 60.51 N +ANISOU 8768 N GLU C 136 5484 7085 10421 -980 2751 -3370 N +ATOM 8769 CA GLU C 136 30.500 29.345 60.898 1.00 78.26 C +ANISOU 8769 CA GLU C 136 7661 9261 12812 -1343 3292 -3540 C +ATOM 8770 C GLU C 136 29.748 28.395 59.978 1.00 87.68 C +ANISOU 8770 C GLU C 136 8536 10360 14419 -1365 3174 -3747 C +ATOM 8771 O GLU C 136 29.589 27.213 60.303 1.00 93.31 O +ANISOU 8771 O GLU C 136 9372 10962 15121 -1637 3489 -3682 O +ATOM 8772 CB GLU C 136 29.516 30.044 61.846 1.00 88.69 C +ANISOU 8772 CB GLU C 136 8855 10556 14288 -1487 3523 -3855 C +ATOM 8773 CG GLU C 136 28.381 30.827 61.170 1.00100.54 C +ANISOU 8773 CG GLU C 136 9828 12015 16357 -1292 3188 -4305 C +ATOM 8774 CD GLU C 136 28.830 32.165 60.620 1.00111.69 C +ANISOU 8774 CD GLU C 136 11165 13491 17779 -914 2713 -4278 C +ATOM 8775 OE1 GLU C 136 30.045 32.452 60.670 1.00119.62 O +ANISOU 8775 OE1 GLU C 136 12513 14572 18364 -792 2651 -3939 O +ATOM 8776 OE2 GLU C 136 27.967 32.933 60.145 1.00119.58 O +ANISOU 8776 OE2 GLU C 136 11785 14432 19219 -739 2387 -4602 O +ATOM 8777 N SER C 137 29.281 28.891 58.829 1.00 82.27 N +ANISOU 8777 N SER C 137 7478 9694 14086 -1076 2689 -3994 N +ATOM 8778 CA SER C 137 28.468 28.088 57.929 1.00 70.25 C +ANISOU 8778 CA SER C 137 5639 8086 12966 -1083 2516 -4260 C +ATOM 8779 C SER C 137 29.250 26.957 57.277 1.00 66.56 C +ANISOU 8779 C SER C 137 5316 7624 12351 -1106 2487 -4021 C +ATOM 8780 O SER C 137 28.647 25.958 56.875 1.00 72.15 O +ANISOU 8780 O SER C 137 5865 8221 13330 -1231 2524 -4205 O +ATOM 8781 CB SER C 137 27.870 28.979 56.847 1.00 75.54 C +ANISOU 8781 CB SER C 137 5947 8779 13974 -746 1916 -4545 C +ATOM 8782 OG SER C 137 28.882 29.623 56.094 1.00 81.00 O +ANISOU 8782 OG SER C 137 6798 9584 14395 -422 1498 -4285 O +ATOM 8783 N ILE C 138 30.574 27.087 57.164 1.00 61.03 N +ANISOU 8783 N ILE C 138 5070 6985 11134 -993 2301 -3549 N +ATOM 8784 CA ILE C 138 31.359 26.142 56.380 1.00 53.50 C +ANISOU 8784 CA ILE C 138 4327 6006 9993 -967 2108 -3301 C +ATOM 8785 C ILE C 138 31.190 24.728 56.914 1.00 69.31 C +ANISOU 8785 C ILE C 138 6375 7843 12117 -1293 2555 -3285 C +ATOM 8786 O ILE C 138 31.088 24.501 58.127 1.00 87.93 O +ANISOU 8786 O ILE C 138 8891 10122 14396 -1562 3033 -3194 O +ATOM 8787 CB ILE C 138 32.837 26.567 56.387 1.00 60.04 C +ANISOU 8787 CB ILE C 138 5628 6908 10276 -829 1908 -2817 C +ATOM 8788 CG1 ILE C 138 33.012 27.883 55.618 1.00 65.72 C +ANISOU 8788 CG1 ILE C 138 6318 7754 10898 -522 1428 -2820 C +ATOM 8789 CG2 ILE C 138 33.730 25.471 55.801 1.00 53.86 C +ANISOU 8789 CG2 ILE C 138 5060 6073 9331 -846 1824 -2585 C +ATOM 8790 CD1 ILE C 138 32.737 27.777 54.127 1.00 68.89 C +ANISOU 8790 CD1 ILE C 138 6544 8203 11427 -336 973 -2989 C +ATOM 8791 N GLN C 139 31.168 23.764 55.994 1.00 78.46 N +ANISOU 8791 N GLN C 139 7427 8935 13450 -1285 2396 -3372 N +ATOM 8792 CA GLN C 139 31.194 22.343 56.325 1.00 91.34 C +ANISOU 8792 CA GLN C 139 9148 10356 15201 -1564 2738 -3304 C +ATOM 8793 C GLN C 139 32.634 21.867 56.172 1.00 89.09 C +ANISOU 8793 C GLN C 139 9307 10029 14515 -1481 2582 -2854 C +ATOM 8794 O GLN C 139 33.170 21.839 55.060 1.00100.92 O +ANISOU 8794 O GLN C 139 10798 11613 15936 -1263 2194 -2857 O +ATOM 8795 CB GLN C 139 30.256 21.549 55.417 1.00 91.30 C +ANISOU 8795 CB GLN C 139 8707 10272 15710 -1610 2658 -3744 C +ATOM 8796 CG GLN C 139 28.847 22.112 55.319 1.00 98.79 C +ANISOU 8796 CG GLN C 139 9244 11257 17033 -1547 2614 -4215 C +ATOM 8797 CD GLN C 139 27.939 21.252 54.462 1.00 96.65 C +ANISOU 8797 CD GLN C 139 8677 10886 17160 -1515 2478 -4601 C +ATOM 8798 OE1 GLN C 139 27.297 21.741 53.533 1.00 94.77 O +ANISOU 8798 OE1 GLN C 139 8128 10741 17140 -1283 2056 -4937 O +ATOM 8799 NE2 GLN C 139 27.877 19.963 54.775 1.00 88.95 N +ANISOU 8799 NE2 GLN C 139 7812 9712 16273 -1728 2815 -4541 N +ATOM 8800 N TRP C 140 33.259 21.491 57.287 1.00 79.21 N +ANISOU 8800 N TRP C 140 8442 8643 13010 -1662 2878 -2486 N +ATOM 8801 CA TRP C 140 34.687 21.202 57.288 1.00 82.15 C +ANISOU 8801 CA TRP C 140 9210 8967 13035 -1550 2692 -2066 C +ATOM 8802 C TRP C 140 35.018 19.751 56.968 1.00 70.29 C +ANISOU 8802 C TRP C 140 7771 7209 11728 -1645 2725 -2005 C +ATOM 8803 O TRP C 140 36.149 19.471 56.558 1.00 76.28 O +ANISOU 8803 O TRP C 140 8711 7938 12332 -1484 2482 -1795 O +ATOM 8804 CB TRP C 140 35.292 21.579 58.642 1.00 81.63 C +ANISOU 8804 CB TRP C 140 9561 8874 12582 -1654 2882 -1688 C +ATOM 8805 CG TRP C 140 35.355 23.057 58.842 1.00 76.86 C +ANISOU 8805 CG TRP C 140 8948 8514 11740 -1495 2756 -1705 C +ATOM 8806 CD1 TRP C 140 34.433 23.841 59.470 1.00 63.85 C +ANISOU 8806 CD1 TRP C 140 7154 6958 10150 -1594 2992 -1926 C +ATOM 8807 CD2 TRP C 140 36.393 23.937 58.396 1.00 69.71 C +ANISOU 8807 CD2 TRP C 140 8166 7769 10551 -1220 2379 -1526 C +ATOM 8808 NE1 TRP C 140 34.835 25.155 59.447 1.00 54.47 N +ANISOU 8808 NE1 TRP C 140 6000 5956 8738 -1377 2752 -1885 N +ATOM 8809 CE2 TRP C 140 36.036 25.240 58.794 1.00 54.04 C +ANISOU 8809 CE2 TRP C 140 6124 5944 8464 -1159 2379 -1623 C +ATOM 8810 CE3 TRP C 140 37.592 23.748 57.701 1.00 68.15 C +ANISOU 8810 CE3 TRP C 140 8102 7583 10209 -1037 2072 -1322 C +ATOM 8811 CZ2 TRP C 140 36.835 26.348 58.521 1.00 48.43 C +ANISOU 8811 CZ2 TRP C 140 5514 5380 7507 -932 2069 -1486 C +ATOM 8812 CZ3 TRP C 140 38.383 24.849 57.431 1.00 58.20 C +ANISOU 8812 CZ3 TRP C 140 6927 6494 8694 -833 1803 -1201 C +ATOM 8813 CH2 TRP C 140 38.001 26.133 57.840 1.00 40.42 C +ANISOU 8813 CH2 TRP C 140 4643 4376 6338 -786 1795 -1265 C +ATOM 8814 N ARG C 141 34.073 18.825 57.132 1.00 75.52 N +ANISOU 8814 N ARG C 141 8259 7664 12770 -1906 3027 -2214 N +ATOM 8815 CA ARG C 141 34.352 17.438 56.785 1.00 71.35 C +ANISOU 8815 CA ARG C 141 7773 6847 12490 -1992 3042 -2185 C +ATOM 8816 C ARG C 141 34.602 17.255 55.294 1.00 76.02 C +ANISOU 8816 C ARG C 141 8112 7548 13226 -1746 2659 -2457 C +ATOM 8817 O ARG C 141 35.114 16.204 54.892 1.00 81.43 O +ANISOU 8817 O ARG C 141 8849 8018 14073 -1747 2602 -2436 O +ATOM 8818 CB ARG C 141 33.202 16.541 57.247 1.00 73.42 C +ANISOU 8818 CB ARG C 141 7897 6883 13118 -2312 3442 -2369 C +ATOM 8819 CG ARG C 141 33.023 16.536 58.758 1.00 80.66 C +ANISOU 8819 CG ARG C 141 9186 7711 13749 -2542 3820 -2053 C +ATOM 8820 CD ARG C 141 32.251 15.323 59.254 1.00110.46 C +ANISOU 8820 CD ARG C 141 13014 11244 17711 -2773 4126 -2068 C +ATOM 8821 NE ARG C 141 30.806 15.488 59.107 1.00130.60 N +ANISOU 8821 NE ARG C 141 15153 13908 20560 -2841 4336 -2543 N +ATOM 8822 CZ ARG C 141 30.064 14.923 58.157 1.00138.91 C +ANISOU 8822 CZ ARG C 141 15790 14931 22059 -2782 4256 -2947 C +ATOM 8823 NH1 ARG C 141 30.611 14.136 57.239 1.00130.54 N +ANISOU 8823 NH1 ARG C 141 14665 13755 21180 -2667 3991 -2953 N +ATOM 8824 NH2 ARG C 141 28.757 15.147 58.129 1.00146.31 N +ANISOU 8824 NH2 ARG C 141 16372 15945 23273 -2830 4432 -3378 N +ATOM 8825 N ASP C 142 34.261 18.248 54.469 1.00 68.80 N +ANISOU 8825 N ASP C 142 6952 6946 12244 -1540 2389 -2713 N +ATOM 8826 CA ASP C 142 34.622 18.213 53.057 1.00 69.82 C +ANISOU 8826 CA ASP C 142 6949 7224 12353 -1313 2008 -2921 C +ATOM 8827 C ASP C 142 36.054 18.680 52.830 1.00 66.81 C +ANISOU 8827 C ASP C 142 6869 6969 11547 -1100 1789 -2605 C +ATOM 8828 O ASP C 142 36.729 18.180 51.923 1.00 78.62 O +ANISOU 8828 O ASP C 142 8371 8474 13026 -993 1617 -2685 O +ATOM 8829 CB ASP C 142 33.659 19.086 52.250 1.00 68.67 C +ANISOU 8829 CB ASP C 142 6476 7332 12282 -1187 1755 -3294 C +ATOM 8830 CG ASP C 142 33.896 18.989 50.755 1.00 74.33 C +ANISOU 8830 CG ASP C 142 7107 8208 12929 -999 1362 -3533 C +ATOM 8831 OD1 ASP C 142 34.957 19.453 50.287 1.00 85.30 O +ANISOU 8831 OD1 ASP C 142 8740 9751 13918 -828 1164 -3324 O +ATOM 8832 OD2 ASP C 142 33.016 18.461 50.045 1.00 84.46 O +ANISOU 8832 OD2 ASP C 142 8080 9467 14544 -1041 1260 -3951 O +ATOM 8833 N ILE C 143 36.531 19.630 53.637 1.00 69.01 N +ANISOU 8833 N ILE C 143 7373 7343 11503 -1052 1813 -2288 N +ATOM 8834 CA ILE C 143 37.878 20.160 53.461 1.00 69.98 C +ANISOU 8834 CA ILE C 143 7738 7585 11268 -868 1617 -2016 C +ATOM 8835 C ILE C 143 38.915 19.270 54.140 1.00 81.55 C +ANISOU 8835 C ILE C 143 9453 8790 12742 -918 1716 -1714 C +ATOM 8836 O ILE C 143 40.038 19.131 53.643 1.00 89.03 O +ANISOU 8836 O ILE C 143 10476 9754 13597 -777 1556 -1638 O +ATOM 8837 CB ILE C 143 37.948 21.602 53.998 1.00 62.36 C +ANISOU 8837 CB ILE C 143 6882 6815 9995 -787 1559 -1842 C +ATOM 8838 CG1 ILE C 143 37.022 22.521 53.192 1.00 70.49 C +ANISOU 8838 CG1 ILE C 143 7669 8062 11052 -682 1359 -2133 C +ATOM 8839 CG2 ILE C 143 39.384 22.126 53.961 1.00 63.65 C +ANISOU 8839 CG2 ILE C 143 7287 7065 9831 -639 1397 -1553 C +ATOM 8840 CD1 ILE C 143 36.884 23.923 53.765 1.00 51.84 C +ANISOU 8840 CD1 ILE C 143 5367 5832 8496 -610 1313 -2020 C +ATOM 8841 N VAL C 144 38.567 18.659 55.266 1.00 73.46 N +ANISOU 8841 N VAL C 144 8564 7509 11837 -1123 1973 -1549 N +ATOM 8842 CA VAL C 144 39.526 17.958 56.098 1.00 77.08 C +ANISOU 8842 CA VAL C 144 9335 7691 12259 -1161 2000 -1189 C +ATOM 8843 C VAL C 144 39.476 16.466 55.786 1.00 87.61 C +ANISOU 8843 C VAL C 144 10606 8684 13998 -1251 2061 -1291 C +ATOM 8844 O VAL C 144 38.549 15.972 55.148 1.00 96.04 O +ANISOU 8844 O VAL C 144 11403 9723 15364 -1345 2156 -1633 O +ATOM 8845 CB VAL C 144 39.267 18.228 57.604 1.00 71.72 C +ANISOU 8845 CB VAL C 144 8961 6919 11370 -1353 2222 -882 C +ATOM 8846 CG1 VAL C 144 40.410 17.712 58.475 1.00 87.77 C +ANISOU 8846 CG1 VAL C 144 11385 8693 13270 -1341 2120 -457 C +ATOM 8847 CG2 VAL C 144 39.063 19.717 57.846 1.00 55.23 C +ANISOU 8847 CG2 VAL C 144 6858 5162 8966 -1281 2198 -896 C +ATOM 8848 N SER C 145 40.498 15.739 56.230 1.00 76.10 N +ANISOU 8848 N SER C 145 9385 6939 12591 -1210 1969 -1012 N +ATOM 8849 CA SER C 145 40.524 14.286 56.145 1.00 79.40 C +ANISOU 8849 CA SER C 145 9803 6938 13430 -1299 2016 -1045 C +ATOM 8850 C SER C 145 39.956 13.675 57.420 1.00 85.68 C +ANISOU 8850 C SER C 145 10904 7386 14265 -1595 2273 -745 C +ATOM 8851 O SER C 145 40.227 14.154 58.525 1.00 87.38 O +ANISOU 8851 O SER C 145 11469 7599 14131 -1655 2298 -373 O +ATOM 8852 CB SER C 145 41.952 13.791 55.918 1.00 77.53 C +ANISOU 8852 CB SER C 145 9636 6522 13301 -1075 1742 -927 C +ATOM 8853 OG SER C 145 42.090 12.434 56.296 1.00 79.47 O +ANISOU 8853 OG SER C 145 10010 6253 13930 -1167 1756 -805 O +ATOM 8854 N SER C 146 39.182 12.597 57.258 1.00 87.06 N +ANISOU 8854 N SER C 146 10970 7257 14853 -1803 2474 -914 N +ATOM 8855 CA SER C 146 38.468 11.999 58.382 1.00 87.27 C +ANISOU 8855 CA SER C 146 11271 7033 14853 -2113 2760 -657 C +ATOM 8856 C SER C 146 39.396 11.559 59.508 1.00 89.01 C +ANISOU 8856 C SER C 146 12024 6932 14864 -2125 2617 -100 C +ATOM 8857 O SER C 146 38.934 11.391 60.643 1.00 96.78 O +ANISOU 8857 O SER C 146 13353 7833 15586 -2370 2807 199 O +ATOM 8858 CB SER C 146 37.647 10.804 57.900 1.00 93.43 C +ANISOU 8858 CB SER C 146 11815 7648 16035 -2226 2873 -918 C +ATOM 8859 OG SER C 146 38.466 9.841 57.263 1.00103.40 O +ANISOU 8859 OG SER C 146 13029 8651 17609 -2047 2609 -957 O +ATOM 8860 N ASP C 147 40.688 11.369 59.230 1.00 81.84 N +ANISOU 8860 N ASP C 147 11184 5849 14061 -1860 2261 25 N +ATOM 8861 CA ASP C 147 41.606 10.922 60.273 1.00101.14 C +ANISOU 8861 CA ASP C 147 14118 7962 16347 -1828 2018 542 C +ATOM 8862 C ASP C 147 41.714 11.934 61.406 1.00108.63 C +ANISOU 8862 C ASP C 147 15462 9083 16729 -1920 2071 895 C +ATOM 8863 O ASP C 147 41.908 11.547 62.565 1.00125.46 O +ANISOU 8863 O ASP C 147 18077 11006 18586 -2047 1982 1335 O +ATOM 8864 CB ASP C 147 42.990 10.661 59.678 1.00102.34 C +ANISOU 8864 CB ASP C 147 14155 7945 16783 -1471 1599 517 C +ATOM 8865 CG ASP C 147 42.999 9.502 58.702 1.00 99.54 C +ANISOU 8865 CG ASP C 147 13479 7401 16941 -1380 1523 186 C +ATOM 8866 OD1 ASP C 147 42.242 8.533 58.918 1.00106.27 O +ANISOU 8866 OD1 ASP C 147 14410 8031 17936 -1592 1670 210 O +ATOM 8867 OD2 ASP C 147 43.767 9.559 57.719 1.00 92.73 O +ANISOU 8867 OD2 ASP C 147 12284 6627 16322 -1108 1333 -117 O +ATOM 8868 N PHE C 148 41.588 13.224 61.100 1.00 85.06 N +ANISOU 8868 N PHE C 148 12259 6595 13465 -1819 2117 690 N +ATOM 8869 CA PHE C 148 41.876 14.283 62.057 1.00 76.33 C +ANISOU 8869 CA PHE C 148 11464 5732 11804 -1824 2075 956 C +ATOM 8870 C PHE C 148 40.631 14.953 62.618 1.00 86.69 C +ANISOU 8870 C PHE C 148 12816 7285 12839 -2126 2529 862 C +ATOM 8871 O PHE C 148 40.756 15.822 63.488 1.00 94.66 O +ANISOU 8871 O PHE C 148 14101 8490 13376 -2171 2551 1045 O +ATOM 8872 CB PHE C 148 42.774 15.338 61.404 1.00 69.15 C +ANISOU 8872 CB PHE C 148 10299 5201 10775 -1475 1759 809 C +ATOM 8873 CG PHE C 148 43.944 14.757 60.669 1.00 67.07 C +ANISOU 8873 CG PHE C 148 9867 4761 10854 -1182 1387 765 C +ATOM 8874 CD1 PHE C 148 43.839 14.425 59.329 1.00 66.77 C +ANISOU 8874 CD1 PHE C 148 9380 4791 11199 -1065 1404 352 C +ATOM 8875 CD2 PHE C 148 45.146 14.534 61.318 1.00 80.91 C +ANISOU 8875 CD2 PHE C 148 11901 6279 12561 -1026 1013 1100 C +ATOM 8876 CE1 PHE C 148 44.911 13.886 58.648 1.00 79.27 C +ANISOU 8876 CE1 PHE C 148 10784 6223 13113 -817 1123 247 C +ATOM 8877 CE2 PHE C 148 46.224 13.994 60.642 1.00 93.60 C +ANISOU 8877 CE2 PHE C 148 13285 7710 14567 -752 691 994 C +ATOM 8878 CZ PHE C 148 46.106 13.671 59.305 1.00 94.46 C +ANISOU 8878 CZ PHE C 148 12933 7900 15056 -657 781 554 C +ATOM 8879 N LEU C 149 39.437 14.572 62.160 1.00 89.92 N +ANISOU 8879 N LEU C 149 12931 7676 13560 -2336 2890 540 N +ATOM 8880 CA LEU C 149 38.211 15.163 62.686 1.00 91.97 C +ANISOU 8880 CA LEU C 149 13122 8205 13617 -2580 3293 368 C +ATOM 8881 C LEU C 149 38.049 14.947 64.184 1.00 99.97 C +ANISOU 8881 C LEU C 149 14648 9156 14179 -2818 3440 737 C +ATOM 8882 O LEU C 149 37.166 15.565 64.789 1.00 97.61 O +ANISOU 8882 O LEU C 149 14339 9103 13647 -2999 3775 593 O +ATOM 8883 CB LEU C 149 36.998 14.587 61.954 1.00 97.97 C +ANISOU 8883 CB LEU C 149 13430 8972 14824 -2696 3538 -61 C +ATOM 8884 CG LEU C 149 36.629 15.261 60.629 1.00107.46 C +ANISOU 8884 CG LEU C 149 14063 10427 16341 -2528 3479 -558 C +ATOM 8885 CD1 LEU C 149 37.844 15.431 59.737 1.00 98.29 C +ANISOU 8885 CD1 LEU C 149 12827 9334 15187 -2156 3011 -532 C +ATOM 8886 CD2 LEU C 149 35.556 14.451 59.917 1.00121.19 C +ANISOU 8886 CD2 LEU C 149 15399 12115 18534 -2609 3618 -954 C +ATOM 8887 N SER C 150 38.914 14.136 64.775 1.00108.02 N +ANISOU 8887 N SER C 150 16098 9858 15086 -2798 3163 1179 N +ATOM 8888 CA SER C 150 38.872 13.910 66.208 1.00113.78 C +ANISOU 8888 CA SER C 150 17354 10528 15351 -3013 3227 1564 C +ATOM 8889 C SER C 150 39.670 15.022 66.875 1.00121.11 C +ANISOU 8889 C SER C 150 18568 11687 15761 -2880 3016 1756 C +ATOM 8890 O SER C 150 39.362 15.444 67.988 1.00131.12 O +ANISOU 8890 O SER C 150 20147 13122 16550 -3056 3186 1870 O +ATOM 8891 CB SER C 150 39.489 12.560 66.550 1.00112.65 C +ANISOU 8891 CB SER C 150 17537 9919 15344 -3025 2934 1972 C +ATOM 8892 OG SER C 150 40.779 12.442 65.979 1.00110.53 O +ANISOU 8892 OG SER C 150 17254 9457 15286 -2690 2430 2099 O +ATOM 8893 N ASN C 151 40.700 15.531 66.212 1.00120.14 N +ANISOU 8893 N ASN C 151 18338 11582 15726 -2572 2652 1759 N +ATOM 8894 CA ASN C 151 41.535 16.578 66.814 1.00124.90 C +ANISOU 8894 CA ASN C 151 19199 12391 15864 -2429 2400 1931 C +ATOM 8895 C ASN C 151 41.188 18.010 66.412 1.00111.16 C +ANISOU 8895 C ASN C 151 17175 11051 14010 -2383 2596 1594 C +ATOM 8896 O ASN C 151 42.034 18.897 66.488 1.00 93.33 O +ANISOU 8896 O ASN C 151 14963 8973 11524 -2165 2292 1649 O +ATOM 8897 CB ASN C 151 42.984 16.356 66.391 1.00135.42 C +ANISOU 8897 CB ASN C 151 20592 13492 17371 -2099 1844 2135 C +ATOM 8898 CG ASN C 151 43.806 15.674 67.457 1.00163.37 C +ANISOU 8898 CG ASN C 151 24595 16786 20692 -2059 1445 2594 C +ATOM 8899 OD1 ASN C 151 43.296 15.305 68.513 1.00174.31 O +ANISOU 8899 OD1 ASN C 151 26309 18159 21762 -2299 1608 2794 O +ATOM 8900 ND2 ASN C 151 45.090 15.504 67.184 1.00180.13 N +ANISOU 8900 ND2 ASN C 151 26723 18712 23008 -1742 918 2734 N +ATOM 8901 N MET C 152 39.931 18.247 66.068 1.00103.19 N +ANISOU 8901 N MET C 152 15816 10219 13171 -2552 3038 1218 N +ATOM 8902 CA MET C 152 39.508 19.537 65.541 1.00 80.00 C +ANISOU 8902 CA MET C 152 12484 7660 10252 -2449 3148 840 C +ATOM 8903 C MET C 152 38.726 20.358 66.555 1.00 81.91 C +ANISOU 8903 C MET C 152 12866 8139 10117 -2676 3512 728 C +ATOM 8904 O MET C 152 37.736 19.895 67.116 1.00 67.90 O +ANISOU 8904 O MET C 152 11112 6346 8339 -2919 3855 620 O +ATOM 8905 CB MET C 152 38.691 19.356 64.260 1.00 74.42 C +ANISOU 8905 CB MET C 152 11174 7016 10085 -2383 3261 407 C +ATOM 8906 CG MET C 152 38.263 20.658 63.608 1.00 95.22 C +ANISOU 8906 CG MET C 152 13369 10035 12777 -2199 3233 21 C +ATOM 8907 SD MET C 152 37.406 20.396 62.047 1.00 93.23 S +ANISOU 8907 SD MET C 152 12471 9840 13114 -2087 3225 -458 S +ATOM 8908 CE MET C 152 38.785 20.061 60.960 1.00 61.33 C +ANISOU 8908 CE MET C 152 8382 5757 9164 -1729 2697 -327 C +ATOM 8909 N SER C 153 39.184 21.581 66.793 1.00 92.52 N +ANISOU 8909 N SER C 153 14254 9734 11164 -2541 3376 703 N +ATOM 8910 CA SER C 153 38.500 22.482 67.712 1.00 99.76 C +ANISOU 8910 CA SER C 153 15249 10899 11758 -2703 3679 517 C +ATOM 8911 C SER C 153 37.924 23.629 66.896 1.00 94.87 C +ANISOU 8911 C SER C 153 14083 10545 11417 -2557 3762 68 C +ATOM 8912 O SER C 153 38.612 24.183 66.037 1.00 96.60 O +ANISOU 8912 O SER C 153 14059 10872 11772 -2208 3334 37 O +ATOM 8913 CB SER C 153 39.492 23.010 68.754 1.00100.25 C +ANISOU 8913 CB SER C 153 15807 11029 11253 -2652 3400 818 C +ATOM 8914 OG SER C 153 40.591 23.648 68.130 1.00 96.66 O +ANISOU 8914 OG SER C 153 15255 10642 10828 -2330 2950 896 O +ATOM 8915 N MET C 154 36.656 23.967 67.131 1.00 94.87 N +ANISOU 8915 N MET C 154 13829 10663 11556 -2736 4184 -318 N +ATOM 8916 CA MET C 154 35.988 24.978 66.309 1.00 83.78 C +ANISOU 8916 CA MET C 154 11852 9464 10516 -2574 4217 -775 C +ATOM 8917 C MET C 154 34.861 25.582 67.145 1.00101.16 C +ANISOU 8917 C MET C 154 13953 11787 12696 -2751 4591 -1142 C +ATOM 8918 O MET C 154 33.791 24.976 67.260 1.00104.55 O +ANISOU 8918 O MET C 154 14212 12127 13386 -2933 4880 -1374 O +ATOM 8919 CB MET C 154 35.440 24.375 65.019 1.00 68.70 C +ANISOU 8919 CB MET C 154 9451 7475 9177 -2464 4131 -999 C +ATOM 8920 CG MET C 154 36.365 23.434 64.242 1.00 71.35 C +ANISOU 8920 CG MET C 154 9873 7637 9601 -2293 3746 -702 C +ATOM 8921 SD MET C 154 37.660 24.273 63.307 1.00 85.99 S +ANISOU 8921 SD MET C 154 11648 9647 11376 -1834 3112 -581 S +ATOM 8922 CE MET C 154 36.686 25.216 62.136 1.00 84.07 C +ANISOU 8922 CE MET C 154 10799 9612 11533 -1638 3029 -1077 C +ATOM 8923 N ASP C 155 35.093 26.767 67.710 1.00115.03 N +ANISOU 8923 N ASP C 155 15797 13727 14182 -2685 4560 -1225 N +ATOM 8924 CA ASP C 155 34.044 27.506 68.408 1.00124.92 C +ANISOU 8924 CA ASP C 155 16881 15083 15501 -2808 4856 -1639 C +ATOM 8925 C ASP C 155 33.913 28.896 67.797 1.00113.33 C +ANISOU 8925 C ASP C 155 14978 13783 14298 -2536 4688 -1977 C +ATOM 8926 O ASP C 155 34.875 29.670 67.784 1.00119.17 O +ANISOU 8926 O ASP C 155 15880 14629 14771 -2356 4441 -1823 O +ATOM 8927 CB ASP C 155 34.317 27.582 69.917 1.00137.80 C +ANISOU 8927 CB ASP C 155 19071 16741 16547 -3035 5008 -1462 C +ATOM 8928 CG ASP C 155 35.605 28.306 70.256 1.00150.01 C +ANISOU 8928 CG ASP C 155 20971 18396 17630 -2878 4676 -1180 C +ATOM 8929 OD1 ASP C 155 36.447 28.489 69.359 1.00150.35 O +ANISOU 8929 OD1 ASP C 155 20928 18451 17747 -2628 4345 -1015 O +ATOM 8930 OD2 ASP C 155 35.779 28.679 71.436 1.00158.46 O +ANISOU 8930 OD2 ASP C 155 22414 19536 18259 -3018 4748 -1137 O +ATOM 8931 N PHE C 156 32.720 29.198 67.286 1.00 93.61 N +ANISOU 8931 N PHE C 156 11935 11284 12348 -2494 4781 -2440 N +ATOM 8932 CA PHE C 156 32.403 30.477 66.663 1.00 85.34 C +ANISOU 8932 CA PHE C 156 10431 10339 11657 -2211 4558 -2790 C +ATOM 8933 C PHE C 156 31.358 31.191 67.507 1.00 99.34 C +ANISOU 8933 C PHE C 156 12030 12131 13582 -2358 4817 -3200 C +ATOM 8934 O PHE C 156 30.350 30.586 67.886 1.00121.11 O +ANISOU 8934 O PHE C 156 14685 14797 16535 -2613 5139 -3417 O +ATOM 8935 CB PHE C 156 31.851 30.288 65.248 1.00 72.41 C +ANISOU 8935 CB PHE C 156 8261 8650 10601 -1994 4312 -3002 C +ATOM 8936 CG PHE C 156 32.796 29.617 64.301 1.00 63.67 C +ANISOU 8936 CG PHE C 156 7254 7523 9414 -1842 4043 -2662 C +ATOM 8937 CD1 PHE C 156 33.690 30.363 63.557 1.00 70.32 C +ANISOU 8937 CD1 PHE C 156 8142 8415 10162 -1494 3484 -2461 C +ATOM 8938 CD2 PHE C 156 32.771 28.242 64.132 1.00 58.36 C +ANISOU 8938 CD2 PHE C 156 6677 6725 8771 -2029 4186 -2490 C +ATOM 8939 CE1 PHE C 156 34.553 29.752 62.676 1.00 64.22 C +ANISOU 8939 CE1 PHE C 156 7498 7598 9305 -1346 3115 -2126 C +ATOM 8940 CE2 PHE C 156 33.634 27.623 63.247 1.00 80.98 C +ANISOU 8940 CE2 PHE C 156 9660 9525 11584 -1850 3774 -2161 C +ATOM 8941 CZ PHE C 156 34.525 28.379 62.519 1.00 65.35 C +ANISOU 8941 CZ PHE C 156 7711 7627 9492 -1512 3256 -1996 C +ATOM 8942 N GLN C 157 31.584 32.474 67.787 1.00 91.14 N +ANISOU 8942 N GLN C 157 10947 11195 12487 -2204 4689 -3336 N +ATOM 8943 CA GLN C 157 30.611 33.264 68.542 1.00100.30 C +ANISOU 8943 CA GLN C 157 11890 12370 13850 -2326 4916 -3763 C +ATOM 8944 C GLN C 157 30.778 34.729 68.165 1.00110.21 C +ANISOU 8944 C GLN C 157 12871 13678 15325 -1996 4578 -3957 C +ATOM 8945 O GLN C 157 31.760 35.364 68.562 1.00125.23 O +ANISOU 8945 O GLN C 157 15090 15662 16829 -1905 4460 -3772 O +ATOM 8946 CB GLN C 157 30.786 33.059 70.047 1.00107.17 C +ANISOU 8946 CB GLN C 157 13271 13289 14160 -2673 5303 -3656 C +ATOM 8947 CG GLN C 157 30.553 31.627 70.508 1.00126.89 C +ANISOU 8947 CG GLN C 157 16085 15687 16440 -3007 5629 -3459 C +ATOM 8948 CD GLN C 157 30.592 31.473 72.013 1.00143.70 C +ANISOU 8948 CD GLN C 157 18724 17854 18022 -3354 5990 -3384 C +ATOM 8949 OE1 GLN C 157 30.854 32.428 72.743 1.00149.59 O +ANISOU 8949 OE1 GLN C 157 19598 18720 18517 -3354 5999 -3478 O +ATOM 8950 NE2 GLN C 157 30.335 30.258 72.486 1.00145.20 N +ANISOU 8950 NE2 GLN C 157 19221 17933 18017 -3653 6277 -3215 N +ATOM 8951 N ASN C 158 29.816 35.264 67.411 1.00105.90 N +ANISOU 8951 N ASN C 158 11755 13060 15424 -1818 4388 -4332 N +ATOM 8952 CA ASN C 158 29.805 36.667 67.005 1.00107.12 C +ANISOU 8952 CA ASN C 158 11619 13200 15882 -1492 4021 -4534 C +ATOM 8953 C ASN C 158 28.648 37.358 67.719 1.00109.66 C +ANISOU 8953 C ASN C 158 11608 13490 16566 -1635 4249 -5023 C +ATOM 8954 O ASN C 158 27.479 37.052 67.456 1.00100.82 O +ANISOU 8954 O ASN C 158 10084 12282 15942 -1727 4329 -5353 O +ATOM 8955 CB ASN C 158 29.665 36.801 65.490 1.00113.40 C +ANISOU 8955 CB ASN C 158 12050 13903 17131 -1135 3504 -4544 C +ATOM 8956 CG ASN C 158 29.696 38.247 65.027 1.00124.19 C +ANISOU 8956 CG ASN C 158 13188 15197 18801 -784 3059 -4691 C +ATOM 8957 OD1 ASN C 158 29.639 39.174 65.833 1.00128.78 O +ANISOU 8957 OD1 ASN C 158 13778 15787 19365 -813 3163 -4868 O +ATOM 8958 ND2 ASN C 158 29.775 38.444 63.716 1.00125.99 N +ANISOU 8958 ND2 ASN C 158 13231 15331 19308 -454 2540 -4617 N +ATOM 8959 N HIS C 159 28.977 38.290 68.616 1.00122.60 N +ANISOU 8959 N HIS C 159 13410 15194 17979 -1659 4349 -5104 N +ATOM 8960 CA HIS C 159 27.947 39.037 69.330 1.00125.07 C +ANISOU 8960 CA HIS C 159 13400 15481 18640 -1792 4578 -5599 C +ATOM 8961 C HIS C 159 27.336 40.137 68.471 1.00136.91 C +ANISOU 8961 C HIS C 159 14339 16846 20833 -1447 4125 -5913 C +ATOM 8962 O HIS C 159 26.141 40.427 68.604 1.00135.52 O +ANISOU 8962 O HIS C 159 13713 16590 21190 -1537 4233 -6381 O +ATOM 8963 CB HIS C 159 28.531 39.644 70.607 1.00105.97 C +ANISOU 8963 CB HIS C 159 11363 13181 15720 -1944 4833 -5592 C +ATOM 8964 N LEU C 160 28.127 40.757 67.592 1.00146.98 N +ANISOU 8964 N LEU C 160 15653 18070 22125 -1061 3602 -5671 N +ATOM 8965 CA LEU C 160 27.623 41.871 66.795 1.00167.56 C +ANISOU 8965 CA LEU C 160 17813 20507 25344 -719 3103 -5908 C +ATOM 8966 C LEU C 160 26.584 41.406 65.784 1.00196.19 C +ANISOU 8966 C LEU C 160 20988 24019 29535 -642 2857 -6096 C +ATOM 8967 O LEU C 160 25.558 42.069 65.595 1.00203.41 O +ANISOU 8967 O LEU C 160 21429 24799 31057 -561 2675 -6510 O +ATOM 8968 CB LEU C 160 28.785 42.573 66.085 1.00162.65 C +ANISOU 8968 CB LEU C 160 17433 19815 24550 -355 2603 -5557 C +ATOM 8969 CG LEU C 160 29.840 43.229 66.981 1.00154.37 C +ANISOU 8969 CG LEU C 160 16798 18833 23024 -385 2733 -5425 C +ATOM 8970 CD1 LEU C 160 30.964 43.815 66.137 1.00143.10 C +ANISOU 8970 CD1 LEU C 160 15601 17279 21489 -51 2223 -5089 C +ATOM 8971 CD2 LEU C 160 29.225 44.305 67.865 1.00157.55 C +ANISOU 8971 CD2 LEU C 160 16968 19202 23694 -444 2882 -5851 C +ATOM 8972 N GLY C 161 26.826 40.274 65.128 1.00211.60 N +ANISOU 8972 N GLY C 161 23073 26010 31316 -667 2826 -5826 N +ATOM 8973 CA GLY C 161 25.911 39.801 64.102 1.00215.93 C +ANISOU 8973 CA GLY C 161 23228 26449 32367 -581 2540 -6003 C +ATOM 8974 C GLY C 161 25.791 40.742 62.926 1.00215.34 C +ANISOU 8974 C GLY C 161 22907 26208 32703 -153 1814 -6027 C +ATOM 8975 O GLY C 161 24.725 40.819 62.306 1.00218.10 O +ANISOU 8975 O GLY C 161 22832 26421 33616 -74 1525 -6357 O +ATOM 8976 N SER C 162 26.869 41.456 62.596 1.00179.12 N +ANISOU 8976 N SER C 162 18617 21597 27842 117 1489 -5686 N +ATOM 8977 CA SER C 162 26.787 42.525 61.609 1.00153.22 C +ANISOU 8977 CA SER C 162 15190 18108 24919 505 795 -5682 C +ATOM 8978 C SER C 162 26.719 41.993 60.182 1.00141.93 C +ANISOU 8978 C SER C 162 13733 16606 23589 718 283 -5512 C +ATOM 8979 O SER C 162 26.077 42.610 59.329 1.00145.49 O +ANISOU 8979 O SER C 162 13947 16859 24474 960 -287 -5657 O +ATOM 8980 CB SER C 162 27.987 43.461 61.755 1.00131.69 C +ANISOU 8980 CB SER C 162 12839 15332 21864 685 637 -5372 C +ATOM 8981 OG SER C 162 27.970 44.137 63.000 1.00124.93 O +ANISOU 8981 OG SER C 162 11979 14517 20973 530 1011 -5588 O +ATOM 8982 N CYS C 163 27.357 40.865 59.894 1.00126.00 N +ANISOU 8982 N CYS C 163 11971 14731 21172 630 450 -5220 N +ATOM 8983 CA CYS C 163 27.621 40.532 58.505 1.00115.05 C +ANISOU 8983 CA CYS C 163 10666 13284 19762 877 -81 -4987 C +ATOM 8984 C CYS C 163 26.387 39.945 57.816 1.00103.34 C +ANISOU 8984 C CYS C 163 8792 11745 18728 863 -294 -5313 C +ATOM 8985 O CYS C 163 25.371 39.621 58.440 1.00 99.73 O +ANISOU 8985 O CYS C 163 8005 11293 18594 623 43 -5712 O +ATOM 8986 CB CYS C 163 28.778 39.547 58.404 1.00118.15 C +ANISOU 8986 CB CYS C 163 11453 13835 19604 798 157 -4598 C +ATOM 8987 SG CYS C 163 30.274 40.021 59.307 1.00125.54 S +ANISOU 8987 SG CYS C 163 12891 14825 19983 752 458 -4270 S +ATOM 8988 N GLN C 164 26.519 39.783 56.498 1.00 93.65 N +ANISOU 8988 N GLN C 164 7643 10448 17493 1113 -862 -5145 N +ATOM 8989 CA GLN C 164 25.433 39.426 55.595 1.00105.41 C +ANISOU 8989 CA GLN C 164 8837 11827 19387 1190 -1258 -5440 C +ATOM 8990 C GLN C 164 25.185 37.918 55.611 1.00102.05 C +ANISOU 8990 C GLN C 164 8317 11552 18905 932 -864 -5538 C +ATOM 8991 O GLN C 164 26.012 37.126 56.070 1.00 97.78 O +ANISOU 8991 O GLN C 164 8008 11193 17950 743 -399 -5278 O +ATOM 8992 CB GLN C 164 25.753 39.885 54.165 1.00 99.69 C +ANISOU 8992 CB GLN C 164 8346 10964 18569 1555 -2050 -5174 C +ATOM 8993 CG GLN C 164 26.645 41.131 54.074 1.00102.11 C +ANISOU 8993 CG GLN C 164 8995 11150 18653 1774 -2365 -4808 C +ATOM 8994 CD GLN C 164 26.934 41.556 52.651 1.00105.36 C +ANISOU 8994 CD GLN C 164 9730 11407 18895 2069 -3132 -4484 C +ATOM 8995 OE1 GLN C 164 26.159 41.280 51.735 1.00115.12 O +ANISOU 8995 OE1 GLN C 164 10876 12555 20311 2171 -3552 -4638 O +ATOM 8996 NE2 GLN C 164 28.071 42.221 52.455 1.00101.17 N +ANISOU 8996 NE2 GLN C 164 9633 10830 17975 2183 -3306 -4015 N +ATOM 8997 N LYS C 165 24.022 37.528 55.094 1.00 90.93 N +ANISOU 8997 N LYS C 165 10852 10191 13505 2195 -2045 -3498 N +ATOM 8998 CA LYS C 165 23.676 36.123 54.944 1.00 92.17 C +ANISOU 8998 CA LYS C 165 10704 10436 13879 2070 -1970 -3598 C +ATOM 8999 C LYS C 165 24.422 35.509 53.761 1.00 87.67 C +ANISOU 8999 C LYS C 165 10131 9862 13316 1976 -2029 -3611 C +ATOM 9000 O LYS C 165 24.892 36.206 52.857 1.00 71.62 O +ANISOU 9000 O LYS C 165 8302 7802 11107 2072 -2142 -3570 O +ATOM 9001 CB LYS C 165 22.170 35.952 54.736 1.00108.42 C +ANISOU 9001 CB LYS C 165 12493 12656 16046 2214 -2006 -3813 C +ATOM 9002 CG LYS C 165 21.313 36.166 55.976 1.00111.58 C +ANISOU 9002 CG LYS C 165 12806 13074 16515 2277 -1892 -3811 C +ATOM 9003 CD LYS C 165 19.828 36.116 55.629 1.00109.44 C +ANISOU 9003 CD LYS C 165 12258 12973 16351 2431 -1947 -4055 C +ATOM 9004 CE LYS C 165 18.949 36.124 56.871 1.00111.77 C +ANISOU 9004 CE LYS C 165 12422 13279 16768 2473 -1786 -4049 C +ATOM 9005 NZ LYS C 165 19.132 34.901 57.701 1.00111.68 N +ANISOU 9005 NZ LYS C 165 12232 13177 17024 2273 -1508 -3976 N +ATOM 9006 N CYS C 166 24.522 34.182 53.773 1.00101.04 N +ANISOU 9006 N CYS C 166 11599 11572 15221 1801 -1924 -3660 N +ATOM 9007 CA CYS C 166 25.097 33.460 52.646 1.00 86.12 C +ANISOU 9007 CA CYS C 166 9663 9700 13360 1721 -1982 -3708 C +ATOM 9008 C CYS C 166 24.085 33.367 51.512 1.00 87.69 C +ANISOU 9008 C CYS C 166 9666 10074 13578 1896 -2139 -3968 C +ATOM 9009 O CYS C 166 22.897 33.118 51.737 1.00 97.29 O +ANISOU 9009 O CYS C 166 10617 11394 14953 1959 -2126 -4167 O +ATOM 9010 CB CYS C 166 25.541 32.056 53.064 1.00 83.86 C +ANISOU 9010 CB CYS C 166 9203 9357 13304 1485 -1799 -3681 C +ATOM 9011 SG CYS C 166 27.153 31.965 53.894 1.00 88.87 S +ANISOU 9011 SG CYS C 166 10083 9842 13843 1315 -1675 -3402 S +ATOM 9012 N ASP C 167 24.566 33.575 50.288 1.00 87.61 N +ANISOU 9012 N ASP C 167 9778 10108 13401 2001 -2284 -3978 N +ATOM 9013 CA ASP C 167 23.727 33.582 49.097 1.00 92.97 C +ANISOU 9013 CA ASP C 167 10308 10996 14020 2248 -2469 -4236 C +ATOM 9014 C ASP C 167 22.875 32.318 49.027 1.00 88.31 C +ANISOU 9014 C ASP C 167 9277 10522 13753 2150 -2447 -4545 C +ATOM 9015 O ASP C 167 23.310 31.255 49.491 1.00 75.36 O +ANISOU 9015 O ASP C 167 7506 8770 12359 1876 -2280 -4511 O +ATOM 9016 CB ASP C 167 24.597 33.703 47.844 1.00103.16 C +ANISOU 9016 CB ASP C 167 11794 12301 15100 2356 -2576 -4166 C +ATOM 9017 CG ASP C 167 23.786 33.954 46.591 1.00110.87 C +ANISOU 9017 CG ASP C 167 12689 13526 15910 2722 -2788 -4408 C +ATOM 9018 OD1 ASP C 167 23.157 32.999 46.089 1.00120.25 O +ANISOU 9018 OD1 ASP C 167 13532 14890 17268 2734 -2876 -4723 O +ATOM 9019 OD2 ASP C 167 23.787 35.103 46.101 1.00100.26 O +ANISOU 9019 OD2 ASP C 167 11623 12202 14269 3019 -2856 -4298 O +ATOM 9020 N PRO C 168 21.662 32.383 48.468 1.00106.07 N +ANISOU 9020 N PRO C 168 11278 12991 16032 2374 -2595 -4867 N +ATOM 9021 CA PRO C 168 20.885 31.145 48.290 1.00113.25 C +ANISOU 9021 CA PRO C 168 11722 13998 17311 2264 -2569 -5226 C +ATOM 9022 C PRO C 168 21.595 30.117 47.429 1.00118.40 C +ANISOU 9022 C PRO C 168 12284 14649 18054 2146 -2599 -5314 C +ATOM 9023 O PRO C 168 21.451 28.912 47.669 1.00117.99 O +ANISOU 9023 O PRO C 168 11926 14526 18377 1903 -2450 -5471 O +ATOM 9024 CB PRO C 168 19.588 31.635 47.630 1.00101.62 C +ANISOU 9024 CB PRO C 168 10039 12809 15765 2602 -2791 -5583 C +ATOM 9025 CG PRO C 168 19.489 33.073 47.984 1.00 96.80 C +ANISOU 9025 CG PRO C 168 9766 12193 14819 2827 -2838 -5354 C +ATOM 9026 CD PRO C 168 20.895 33.576 48.069 1.00102.40 C +ANISOU 9026 CD PRO C 168 10921 12691 15295 2741 -2770 -4941 C +ATOM 9027 N SER C 169 22.356 30.562 46.428 1.00109.94 N +ANISOU 9027 N SER C 169 11477 13637 16656 2323 -2763 -5210 N +ATOM 9028 CA SER C 169 23.073 29.629 45.566 1.00107.05 C +ANISOU 9028 CA SER C 169 11050 13284 16342 2240 -2804 -5282 C +ATOM 9029 C SER C 169 23.981 28.707 46.365 1.00112.98 C +ANISOU 9029 C SER C 169 11815 13782 17331 1845 -2550 -5067 C +ATOM 9030 O SER C 169 24.161 27.540 45.996 1.00121.58 O +ANISOU 9030 O SER C 169 12682 14858 18654 1690 -2509 -5230 O +ATOM 9031 CB SER C 169 23.893 30.402 44.532 1.00105.05 C +ANISOU 9031 CB SER C 169 11158 13088 15668 2500 -2957 -5098 C +ATOM 9032 OG SER C 169 24.837 29.560 43.896 1.00111.73 O +ANISOU 9032 OG SER C 169 12019 13894 16540 2378 -2952 -5064 O +ATOM 9033 N CYS C 170 24.556 29.204 47.453 1.00107.79 N +ANISOU 9033 N CYS C 170 11411 12935 16611 1706 -2381 -4722 N +ATOM 9034 CA CYS C 170 25.496 28.410 48.223 1.00 96.96 C +ANISOU 9034 CA CYS C 170 10091 11357 15393 1399 -2149 -4500 C +ATOM 9035 C CYS C 170 24.810 27.150 48.751 1.00 89.83 C +ANISOU 9035 C CYS C 170 8808 10398 14925 1204 -1947 -4701 C +ATOM 9036 O CYS C 170 23.627 27.192 49.109 1.00 84.55 O +ANISOU 9036 O CYS C 170 7893 9785 14445 1256 -1912 -4908 O +ATOM 9037 CB CYS C 170 26.057 29.233 49.382 1.00 85.94 C +ANISOU 9037 CB CYS C 170 8989 9816 13850 1344 -2027 -4166 C +ATOM 9038 SG CYS C 170 26.777 30.827 48.906 1.00 83.66 S +ANISOU 9038 SG CYS C 170 9128 9521 13138 1550 -2194 -3946 S +ATOM 9039 N PRO C 171 25.517 26.019 48.822 1.00 90.69 N +ANISOU 9039 N PRO C 171 8858 10380 15218 982 -1780 -4642 N +ATOM 9040 CA PRO C 171 24.879 24.771 49.265 1.00 88.56 C +ANISOU 9040 CA PRO C 171 8230 10010 15408 797 -1529 -4830 C +ATOM 9041 C PRO C 171 24.822 24.681 50.784 1.00 88.42 C +ANISOU 9041 C PRO C 171 8265 9817 15514 687 -1205 -4582 C +ATOM 9042 O PRO C 171 25.814 24.931 51.472 1.00 94.85 O +ANISOU 9042 O PRO C 171 9380 10540 16116 649 -1116 -4240 O +ATOM 9043 CB PRO C 171 25.785 23.686 48.676 1.00 74.72 C +ANISOU 9043 CB PRO C 171 6459 8183 13749 642 -1478 -4825 C +ATOM 9044 CG PRO C 171 27.133 24.327 48.646 1.00 81.21 C +ANISOU 9044 CG PRO C 171 7698 8986 14173 667 -1565 -4468 C +ATOM 9045 CD PRO C 171 26.909 25.797 48.392 1.00 90.96 C +ANISOU 9045 CD PRO C 171 9136 10354 15070 903 -1804 -4425 C +ATOM 9046 N ASN C 172 23.651 24.307 51.303 1.00 96.86 N +ANISOU 9046 N ASN C 172 9024 10849 16930 659 -1022 -4773 N +ATOM 9047 CA ASN C 172 23.434 24.168 52.743 1.00 99.03 C +ANISOU 9047 CA ASN C 172 9323 10965 17340 604 -676 -4550 C +ATOM 9048 C ASN C 172 23.792 25.449 53.491 1.00 97.76 C +ANISOU 9048 C ASN C 172 9514 10852 16777 755 -773 -4260 C +ATOM 9049 O ASN C 172 24.189 25.412 54.659 1.00111.49 O +ANISOU 9049 O ASN C 172 11412 12481 18466 744 -538 -3979 O +ATOM 9050 CB ASN C 172 24.217 22.978 53.309 1.00101.22 C +ANISOU 9050 CB ASN C 172 9631 11028 17801 425 -326 -4343 C +ATOM 9051 CG ASN C 172 23.490 21.661 53.126 1.00106.01 C +ANISOU 9051 CG ASN C 172 9829 11492 18956 262 -49 -4614 C +ATOM 9052 OD1 ASN C 172 22.775 21.463 52.142 1.00108.83 O +ANISOU 9052 OD1 ASN C 172 9879 11946 19525 248 -224 -5018 O +ATOM 9053 ND2 ASN C 172 23.660 20.754 54.082 1.00102.85 N +ANISOU 9053 ND2 ASN C 172 9418 10859 18800 162 401 -4408 N +ATOM 9054 N GLY C 173 23.648 26.593 52.826 1.00 91.70 N +ANISOU 9054 N GLY C 173 8870 10252 15720 923 -1109 -4337 N +ATOM 9055 CA GLY C 173 23.954 27.867 53.453 1.00 87.43 C +ANISOU 9055 CA GLY C 173 8650 9736 14835 1060 -1204 -4105 C +ATOM 9056 C GLY C 173 25.408 28.036 53.831 1.00 79.45 C +ANISOU 9056 C GLY C 173 7971 8639 13576 999 -1181 -3795 C +ATOM 9057 O GLY C 173 25.707 28.754 54.791 1.00 89.37 O +ANISOU 9057 O GLY C 173 9437 9866 14654 1065 -1140 -3598 O +ATOM 9058 N SER C 174 26.323 27.407 53.096 1.00 71.72 N +ANISOU 9058 N SER C 174 7033 7633 12585 886 -1218 -3772 N +ATOM 9059 CA SER C 174 27.748 27.434 53.411 1.00 73.09 C +ANISOU 9059 CA SER C 174 7477 7735 12557 814 -1187 -3511 C +ATOM 9060 C SER C 174 28.464 28.395 52.469 1.00 73.41 C +ANISOU 9060 C SER C 174 7751 7831 12312 883 -1457 -3478 C +ATOM 9061 O SER C 174 28.402 28.233 51.247 1.00 82.17 O +ANISOU 9061 O SER C 174 8797 9007 13418 911 -1609 -3620 O +ATOM 9062 CB SER C 174 28.353 26.035 53.296 1.00 76.95 C +ANISOU 9062 CB SER C 174 7866 8141 13232 645 -1002 -3478 C +ATOM 9063 OG SER C 174 27.641 25.098 54.087 1.00 79.44 O +ANISOU 9063 OG SER C 174 7962 8365 13857 592 -692 -3504 O +ATOM 9064 N CYS C 175 29.160 29.377 53.039 1.00 70.52 N +ANISOU 9064 N CYS C 175 7647 7428 11719 926 -1497 -3300 N +ATOM 9065 CA CYS C 175 29.931 30.323 52.245 1.00 83.05 C +ANISOU 9065 CA CYS C 175 9470 9007 13077 978 -1679 -3238 C +ATOM 9066 C CYS C 175 30.915 31.029 53.164 1.00 72.93 C +ANISOU 9066 C CYS C 175 8414 7644 11651 946 -1639 -3062 C +ATOM 9067 O CYS C 175 30.748 31.036 54.385 1.00 81.97 O +ANISOU 9067 O CYS C 175 9545 8783 12817 959 -1526 -3016 O +ATOM 9068 CB CYS C 175 29.021 31.334 51.536 1.00 89.39 C +ANISOU 9068 CB CYS C 175 10300 9884 13780 1183 -1852 -3360 C +ATOM 9069 SG CYS C 175 28.475 32.733 52.555 1.00 72.57 S +ANISOU 9069 SG CYS C 175 8317 7725 11531 1326 -1863 -3309 S +ATOM 9070 N TRP C 176 31.951 31.618 52.564 1.00 63.43 N +ANISOU 9070 N TRP C 176 7408 6383 10310 920 -1724 -2982 N +ATOM 9071 CA TRP C 176 32.959 32.352 53.319 1.00 67.26 C +ANISOU 9071 CA TRP C 176 8074 6788 10696 877 -1703 -2878 C +ATOM 9072 C TRP C 176 32.747 33.859 53.288 1.00 79.11 C +ANISOU 9072 C TRP C 176 9748 8216 12095 998 -1787 -2888 C +ATOM 9073 O TRP C 176 33.420 34.576 54.037 1.00 70.84 O +ANISOU 9073 O TRP C 176 8817 7093 11004 971 -1771 -2860 O +ATOM 9074 CB TRP C 176 34.362 32.052 52.783 1.00 70.14 C +ANISOU 9074 CB TRP C 176 8527 7099 11024 742 -1698 -2794 C +ATOM 9075 CG TRP C 176 34.655 30.606 52.562 1.00 74.18 C +ANISOU 9075 CG TRP C 176 8899 7665 11620 633 -1622 -2776 C +ATOM 9076 CD1 TRP C 176 34.236 29.843 51.517 1.00 78.48 C +ANISOU 9076 CD1 TRP C 176 9329 8254 12237 629 -1653 -2838 C +ATOM 9077 CD2 TRP C 176 35.449 29.749 53.394 1.00 60.38 C +ANISOU 9077 CD2 TRP C 176 7115 5938 9889 538 -1499 -2705 C +ATOM 9078 NE1 TRP C 176 34.720 28.563 51.639 1.00 84.90 N +ANISOU 9078 NE1 TRP C 176 10038 9081 13139 508 -1543 -2806 N +ATOM 9079 CE2 TRP C 176 35.469 28.480 52.784 1.00 77.10 C +ANISOU 9079 CE2 TRP C 176 9109 8080 12107 461 -1437 -2706 C +ATOM 9080 CE3 TRP C 176 36.144 29.933 54.594 1.00 60.21 C +ANISOU 9080 CE3 TRP C 176 7150 5932 9793 544 -1440 -2659 C +ATOM 9081 CZ2 TRP C 176 36.148 27.394 53.339 1.00 83.06 C +ANISOU 9081 CZ2 TRP C 176 9818 8851 12889 386 -1290 -2627 C +ATOM 9082 CZ3 TRP C 176 36.822 28.855 55.142 1.00 72.96 C +ANISOU 9082 CZ3 TRP C 176 8716 7600 11405 502 -1313 -2590 C +ATOM 9083 CH2 TRP C 176 36.819 27.602 54.513 1.00 78.95 C +ANISOU 9083 CH2 TRP C 176 9374 8359 12263 422 -1226 -2557 C +ATOM 9084 N GLY C 177 31.852 34.352 52.448 1.00 86.64 N +ANISOU 9084 N GLY C 177 10715 9193 13012 1148 -1871 -2946 N +ATOM 9085 CA GLY C 177 31.652 35.778 52.336 1.00 89.91 C +ANISOU 9085 CA GLY C 177 11320 9518 13324 1290 -1919 -2933 C +ATOM 9086 C GLY C 177 30.378 36.095 51.591 1.00 83.20 C +ANISOU 9086 C GLY C 177 10433 8762 12416 1515 -2008 -3021 C +ATOM 9087 O GLY C 177 29.487 35.254 51.462 1.00 96.10 O +ANISOU 9087 O GLY C 177 11844 10544 14127 1546 -2038 -3139 O +ATOM 9088 N ALA C 178 30.305 37.324 51.094 1.00 68.09 N +ANISOU 9088 N ALA C 178 8734 6758 10380 1684 -2035 -2977 N +ATOM 9089 CA ALA C 178 29.128 37.795 50.381 1.00 69.73 C +ANISOU 9089 CA ALA C 178 8944 7074 10478 1966 -2126 -3058 C +ATOM 9090 C ALA C 178 29.216 37.445 48.902 1.00 77.43 C +ANISOU 9090 C ALA C 178 9934 8130 11356 2104 -2188 -3064 C +ATOM 9091 O ALA C 178 30.301 37.384 48.319 1.00 81.83 O +ANISOU 9091 O ALA C 178 10623 8578 11889 2026 -2132 -2940 O +ATOM 9092 CB ALA C 178 28.970 39.307 50.544 1.00 70.98 C +ANISOU 9092 CB ALA C 178 9353 7091 10527 2137 -2097 -2991 C +ATOM 9093 N GLY C 179 28.055 37.207 48.301 1.00 71.79 N +ANISOU 9093 N GLY C 179 9068 7626 10583 2330 -2310 -3232 N +ATOM 9094 CA GLY C 179 27.947 37.021 46.870 1.00 77.19 C +ANISOU 9094 CA GLY C 179 9767 8440 11120 2567 -2405 -3283 C +ATOM 9095 C GLY C 179 27.929 35.556 46.466 1.00 78.32 C +ANISOU 9095 C GLY C 179 9621 8738 11398 2438 -2473 -3446 C +ATOM 9096 O GLY C 179 28.155 34.642 47.264 1.00 71.06 O +ANISOU 9096 O GLY C 179 8519 7786 10697 2141 -2405 -3474 O +ATOM 9097 N GLU C 180 27.648 35.347 45.177 1.00 86.17 N +ANISOU 9097 N GLU C 180 10583 9907 12249 2703 -2598 -3561 N +ATOM 9098 CA GLU C 180 27.637 34.008 44.601 1.00 91.04 C +ANISOU 9098 CA GLU C 180 10929 10674 12986 2621 -2680 -3753 C +ATOM 9099 C GLU C 180 29.029 33.395 44.537 1.00110.05 C +ANISOU 9099 C GLU C 180 13430 12928 15458 2351 -2573 -3566 C +ATOM 9100 O GLU C 180 29.150 32.167 44.460 1.00120.40 O +ANISOU 9100 O GLU C 180 14509 14297 16942 2171 -2585 -3693 O +ATOM 9101 CB GLU C 180 27.027 34.061 43.197 1.00 85.72 C +ANISOU 9101 CB GLU C 180 10218 10257 12096 3039 -2867 -3944 C +ATOM 9102 CG GLU C 180 27.022 32.729 42.450 1.00101.14 C +ANISOU 9102 CG GLU C 180 11887 12381 14162 2999 -2978 -4191 C +ATOM 9103 CD GLU C 180 28.276 32.501 41.622 1.00125.70 C +ANISOU 9103 CD GLU C 180 15204 15416 17140 2995 -2939 -3993 C +ATOM 9104 OE1 GLU C 180 29.011 33.476 41.357 1.00136.83 O +ANISOU 9104 OE1 GLU C 180 16977 16680 18333 3120 -2840 -3693 O +ATOM 9105 OE2 GLU C 180 28.524 31.341 41.231 1.00132.78 O +ANISOU 9105 OE2 GLU C 180 15895 16386 18170 2866 -2987 -4142 O +ATOM 9106 N GLU C 181 30.076 34.217 44.585 1.00101.35 N +ANISOU 9106 N GLU C 181 12648 11618 14243 2314 -2453 -3282 N +ATOM 9107 CA GLU C 181 31.428 33.731 44.337 1.00 83.91 C +ANISOU 9107 CA GLU C 181 10535 9285 12063 2110 -2362 -3115 C +ATOM 9108 C GLU C 181 32.035 33.066 45.563 1.00 68.61 C +ANISOU 9108 C GLU C 181 8489 7231 10347 1721 -2252 -3067 C +ATOM 9109 O GLU C 181 32.891 32.186 45.423 1.00 66.76 O +ANISOU 9109 O GLU C 181 8208 6973 10184 1534 -2211 -3021 O +ATOM 9110 CB GLU C 181 32.332 34.883 43.885 1.00 93.14 C +ANISOU 9110 CB GLU C 181 12063 10259 13068 2222 -2244 -2852 C +ATOM 9111 CG GLU C 181 31.680 35.866 42.915 1.00110.42 C +ANISOU 9111 CG GLU C 181 14438 12516 15001 2671 -2286 -2835 C +ATOM 9112 CD GLU C 181 30.883 36.950 43.617 1.00126.85 C +ANISOU 9112 CD GLU C 181 16601 14539 17056 2783 -2265 -2840 C +ATOM 9113 OE1 GLU C 181 31.272 37.350 44.734 1.00125.68 O +ANISOU 9113 OE1 GLU C 181 16499 14198 17057 2522 -2157 -2759 O +ATOM 9114 OE2 GLU C 181 29.861 37.397 43.052 1.00134.42 O +ANISOU 9114 OE2 GLU C 181 17575 15667 17833 3157 -2368 -2945 O +ATOM 9115 N ASN C 182 31.614 33.463 46.764 1.00 67.28 N +ANISOU 9115 N ASN C 182 8290 7004 10267 1629 -2201 -3074 N +ATOM 9116 CA ASN C 182 32.220 32.979 47.996 1.00 65.58 C +ANISOU 9116 CA ASN C 182 8014 6696 10206 1339 -2086 -3010 C +ATOM 9117 C ASN C 182 31.450 31.816 48.611 1.00 65.40 C +ANISOU 9117 C ASN C 182 7694 6780 10377 1233 -2064 -3164 C +ATOM 9118 O ASN C 182 31.634 31.520 49.796 1.00 77.85 O +ANISOU 9118 O ASN C 182 9222 8302 12057 1078 -1949 -3114 O +ATOM 9119 CB ASN C 182 32.347 34.126 48.998 1.00 77.51 C +ANISOU 9119 CB ASN C 182 9686 8073 11690 1326 -2024 -2920 C +ATOM 9120 CG ASN C 182 33.263 35.229 48.504 1.00 76.92 C +ANISOU 9120 CG ASN C 182 9894 7825 11507 1372 -1977 -2767 C +ATOM 9121 OD1 ASN C 182 34.484 35.074 48.486 1.00 65.05 O +ANISOU 9121 OD1 ASN C 182 8463 6217 10038 1204 -1902 -2665 O +ATOM 9122 ND2 ASN C 182 32.678 36.351 48.103 1.00 93.68 N +ANISOU 9122 ND2 ASN C 182 12173 9906 13515 1609 -1996 -2753 N +ATOM 9123 N CYS C 183 30.594 31.154 47.836 1.00 66.56 N +ANISOU 9123 N CYS C 183 7633 7074 10584 1335 -2154 -3364 N +ATOM 9124 CA CYS C 183 29.961 29.929 48.304 1.00 66.76 C +ANISOU 9124 CA CYS C 183 7350 7152 10863 1202 -2082 -3525 C +ATOM 9125 C CYS C 183 31.014 28.849 48.526 1.00 65.29 C +ANISOU 9125 C CYS C 183 7142 6884 10780 965 -1953 -3418 C +ATOM 9126 O CYS C 183 32.040 28.802 47.842 1.00 64.48 O +ANISOU 9126 O CYS C 183 7185 6753 10561 937 -1987 -3310 O +ATOM 9127 CB CYS C 183 28.928 29.437 47.289 1.00 68.71 C +ANISOU 9127 CB CYS C 183 7347 7575 11184 1356 -2220 -3822 C +ATOM 9128 SG CYS C 183 27.499 30.514 47.037 1.00 81.98 S +ANISOU 9128 SG CYS C 183 8983 9411 12752 1678 -2379 -4010 S +ATOM 9129 N GLN C 184 30.758 27.974 49.496 1.00 65.14 N +ANISOU 9129 N GLN C 184 6950 6821 10977 816 -1779 -3435 N +ATOM 9130 CA GLN C 184 31.645 26.839 49.714 1.00 64.09 C +ANISOU 9130 CA GLN C 184 6786 6620 10946 628 -1631 -3342 C +ATOM 9131 C GLN C 184 31.498 25.850 48.566 1.00 64.86 C +ANISOU 9131 C GLN C 184 6700 6775 11170 606 -1691 -3526 C +ATOM 9132 O GLN C 184 30.422 25.278 48.366 1.00 72.46 O +ANISOU 9132 O GLN C 184 7388 7787 12358 624 -1681 -3773 O +ATOM 9133 CB GLN C 184 31.343 26.150 51.042 1.00 64.23 C +ANISOU 9133 CB GLN C 184 6685 6565 11154 531 -1382 -3292 C +ATOM 9134 CG GLN C 184 32.075 24.818 51.183 1.00 63.69 C +ANISOU 9134 CG GLN C 184 6558 6426 11216 376 -1196 -3218 C +ATOM 9135 CD GLN C 184 32.050 24.260 52.589 1.00 63.86 C +ANISOU 9135 CD GLN C 184 6555 6367 11343 342 -907 -3082 C +ATOM 9136 OE1 GLN C 184 31.238 24.664 53.419 1.00 64.72 O +ANISOU 9136 OE1 GLN C 184 6619 6472 11499 422 -826 -3089 O +ATOM 9137 NE2 GLN C 184 32.946 23.318 52.862 1.00 63.23 N +ANISOU 9137 NE2 GLN C 184 6515 6230 11281 256 -738 -2947 N +ATOM 9138 N LYS C 185 32.575 25.651 47.813 1.00 63.87 N +ANISOU 9138 N LYS C 185 6708 6646 10914 572 -1751 -3431 N +ATOM 9139 CA LYS C 185 32.599 24.620 46.784 1.00 64.53 C +ANISOU 9139 CA LYS C 185 6630 6782 11106 549 -1801 -3596 C +ATOM 9140 C LYS C 185 32.798 23.265 47.450 1.00 83.19 C +ANISOU 9140 C LYS C 185 8840 9039 13730 341 -1561 -3583 C +ATOM 9141 O LYS C 185 33.766 23.066 48.192 1.00 92.24 O +ANISOU 9141 O LYS C 185 10136 10097 14814 232 -1414 -3345 O +ATOM 9142 CB LYS C 185 33.710 24.893 45.774 1.00 63.64 C +ANISOU 9142 CB LYS C 185 6731 6697 10750 605 -1925 -3470 C +ATOM 9143 CG LYS C 185 33.631 26.254 45.114 1.00 69.07 C +ANISOU 9143 CG LYS C 185 7620 7447 11175 837 -2092 -3426 C +ATOM 9144 CD LYS C 185 34.711 26.407 44.058 1.00 76.57 C +ANISOU 9144 CD LYS C 185 8768 8405 11919 907 -2160 -3292 C +ATOM 9145 CE LYS C 185 34.735 27.809 43.475 1.00 69.95 C +ANISOU 9145 CE LYS C 185 8174 7574 10829 1151 -2245 -3188 C +ATOM 9146 NZ LYS C 185 35.037 28.838 44.506 1.00 66.39 N +ANISOU 9146 NZ LYS C 185 7898 6976 10350 1069 -2142 -3005 N +ATOM 9147 N LEU C 186 31.878 22.341 47.195 1.00 82.40 N +ANISOU 9147 N LEU C 186 8433 8945 13932 305 -1507 -3853 N +ATOM 9148 CA LEU C 186 31.923 21.005 47.773 1.00 67.00 C +ANISOU 9148 CA LEU C 186 6318 6850 12287 121 -1223 -3857 C +ATOM 9149 C LEU C 186 32.418 20.024 46.719 1.00 70.80 C +ANISOU 9149 C LEU C 186 6713 7343 12845 62 -1275 -3984 C +ATOM 9150 O LEU C 186 31.852 19.949 45.622 1.00 68.26 O +ANISOU 9150 O LEU C 186 6218 7144 12573 159 -1481 -4285 O +ATOM 9151 CB LEU C 186 30.541 20.590 48.278 1.00 74.90 C +ANISOU 9151 CB LEU C 186 7005 7797 13656 91 -1061 -4091 C +ATOM 9152 CG LEU C 186 29.915 21.531 49.310 1.00 84.99 C +ANISOU 9152 CG LEU C 186 8345 9076 14872 172 -1008 -3989 C +ATOM 9153 CD1 LEU C 186 28.402 21.434 49.253 1.00 88.34 C +ANISOU 9153 CD1 LEU C 186 8430 9530 15606 206 -992 -4320 C +ATOM 9154 CD2 LEU C 186 30.421 21.208 50.703 1.00 67.94 C +ANISOU 9154 CD2 LEU C 186 6318 6769 12729 97 -689 -3685 C +ATOM 9155 N THR C 187 33.471 19.277 47.053 1.00 78.39 N +ANISOU 9155 N THR C 187 7792 8197 13795 -64 -1098 -3768 N +ATOM 9156 CA THR C 187 34.115 18.392 46.090 1.00 85.34 C +ANISOU 9156 CA THR C 187 8638 9085 14702 -115 -1147 -3843 C +ATOM 9157 C THR C 187 34.355 16.987 46.631 1.00 79.42 C +ANISOU 9157 C THR C 187 7782 8151 14243 -286 -815 -3802 C +ATOM 9158 O THR C 187 35.073 16.210 45.991 1.00 75.48 O +ANISOU 9158 O THR C 187 7297 7636 13745 -339 -819 -3807 O +ATOM 9159 CB THR C 187 35.452 18.991 45.631 1.00 80.38 C +ANISOU 9159 CB THR C 187 8321 8534 13686 -62 -1307 -3593 C +ATOM 9160 OG1 THR C 187 36.290 19.234 46.769 1.00 76.50 O +ANISOU 9160 OG1 THR C 187 8042 7967 13058 -125 -1140 -3274 O +ATOM 9161 CG2 THR C 187 35.223 20.292 44.875 1.00 63.33 C +ANISOU 9161 CG2 THR C 187 6272 6525 11266 133 -1596 -3638 C +ATOM 9162 N LYS C 188 33.780 16.632 47.780 1.00 77.05 N +ANISOU 9162 N LYS C 188 7390 7702 14185 -350 -505 -3748 N +ATOM 9163 CA LYS C 188 34.031 15.321 48.372 1.00 79.75 C +ANISOU 9163 CA LYS C 188 7672 7837 14793 -474 -121 -3658 C +ATOM 9164 C LYS C 188 32.774 14.703 48.976 1.00 85.18 C +ANISOU 9164 C LYS C 188 8067 8344 15954 -543 197 -3836 C +ATOM 9165 O LYS C 188 32.420 13.567 48.645 1.00 83.26 O +ANISOU 9165 O LYS C 188 7583 7942 16110 -662 395 -4045 O +ATOM 9166 CB LYS C 188 35.130 15.431 49.431 1.00 65.79 C +ANISOU 9166 CB LYS C 188 6211 6043 12743 -436 49 -3246 C +ATOM 9167 CG LYS C 188 35.175 14.280 50.421 1.00 67.04 C +ANISOU 9167 CG LYS C 188 6347 5987 13139 -476 522 -3088 C +ATOM 9168 CD LYS C 188 36.305 14.466 51.414 1.00 80.63 C +ANISOU 9168 CD LYS C 188 8375 7755 14507 -366 633 -2714 C +ATOM 9169 CE LYS C 188 35.980 13.822 52.748 1.00 83.09 C +ANISOU 9169 CE LYS C 188 8695 7899 14978 -288 1105 -2524 C +ATOM 9170 NZ LYS C 188 36.912 14.282 53.808 1.00 76.22 N +ANISOU 9170 NZ LYS C 188 8107 7149 13703 -103 1144 -2212 N +ATOM 9171 N ILE C 189 32.097 15.428 49.870 1.00 87.03 N +ANISOU 9171 N ILE C 189 8310 8583 16175 -471 270 -3763 N +ATOM 9172 CA ILE C 189 30.996 14.823 50.615 1.00 92.88 C +ANISOU 9172 CA ILE C 189 8798 9123 17368 -530 649 -3866 C +ATOM 9173 C ILE C 189 29.777 14.615 49.727 1.00 92.14 C +ANISOU 9173 C ILE C 189 8299 9040 17669 -600 530 -4358 C +ATOM 9174 O ILE C 189 28.957 13.725 49.987 1.00 96.55 O +ANISOU 9174 O ILE C 189 8558 9383 18742 -717 871 -4548 O +ATOM 9175 CB ILE C 189 30.641 15.672 51.851 1.00 85.77 C +ANISOU 9175 CB ILE C 189 8032 8241 16316 -405 761 -3638 C +ATOM 9176 CG1 ILE C 189 30.371 17.125 51.455 1.00 72.75 C +ANISOU 9176 CG1 ILE C 189 6454 6835 14351 -291 322 -3726 C +ATOM 9177 CG2 ILE C 189 31.755 15.589 52.888 1.00 71.52 C +ANISOU 9177 CG2 ILE C 189 6560 6404 14208 -314 967 -3205 C +ATOM 9178 CD1 ILE C 189 29.463 17.850 52.425 1.00 72.64 C +ANISOU 9178 CD1 ILE C 189 6413 6824 14363 -194 421 -3683 C +ATOM 9179 N ILE C 190 29.625 15.423 48.672 1.00 84.23 N +ANISOU 9179 N ILE C 190 7268 8288 16447 -510 65 -4588 N +ATOM 9180 CA ILE C 190 28.476 15.297 47.780 1.00 87.27 C +ANISOU 9180 CA ILE C 190 7257 8754 17149 -513 -107 -5103 C +ATOM 9181 C ILE C 190 28.703 14.280 46.675 1.00 97.84 C +ANISOU 9181 C ILE C 190 8397 10074 18702 -599 -179 -5407 C +ATOM 9182 O ILE C 190 27.792 14.034 45.873 1.00 97.16 O +ANISOU 9182 O ILE C 190 7969 10119 18830 -546 -307 -5818 O +ATOM 9183 CB ILE C 190 28.122 16.652 47.132 1.00 84.74 C +ANISOU 9183 CB ILE C 190 6998 8737 16462 -301 -569 -5226 C +ATOM 9184 CG1 ILE C 190 29.275 17.158 46.253 1.00 86.79 C +ANISOU 9184 CG1 ILE C 190 7568 9172 16236 -185 -900 -5065 C +ATOM 9185 CG2 ILE C 190 27.790 17.676 48.205 1.00 82.36 C +ANISOU 9185 CG2 ILE C 190 6862 8447 15983 -217 -506 -4975 C +ATOM 9186 CD1 ILE C 190 28.814 17.973 45.071 1.00 81.94 C +ANISOU 9186 CD1 ILE C 190 6892 8841 15400 42 -1333 -5353 C +ATOM 9187 N CYS C 191 29.888 13.685 46.602 1.00 93.74 N +ANISOU 9187 N CYS C 191 8103 9471 18042 -661 -88 -5153 N +ATOM 9188 CA CYS C 191 30.266 12.876 45.458 1.00 87.95 C +ANISOU 9188 CA CYS C 191 7262 8802 17353 -674 -212 -5353 C +ATOM 9189 C CYS C 191 29.570 11.521 45.484 1.00 99.67 C +ANISOU 9189 C CYS C 191 8395 10117 19357 -788 158 -5557 C +ATOM 9190 O CYS C 191 29.262 10.974 46.547 1.00118.90 O +ANISOU 9190 O CYS C 191 10763 12263 22150 -928 611 -5445 O +ATOM 9191 CB CYS C 191 31.780 12.669 45.437 1.00 75.66 C +ANISOU 9191 CB CYS C 191 6060 7195 15492 -708 -213 -5010 C +ATOM 9192 SG CYS C 191 32.745 14.191 45.468 1.00 71.88 S +ANISOU 9192 SG CYS C 191 6034 6961 14314 -521 -542 -4610 S +ATOM 9193 N ALA C 192 29.312 10.987 44.291 1.00112.52 N +ANISOU 9193 N ALA C 192 9802 11915 21036 -701 -18 -5868 N +ATOM 9194 CA ALA C 192 28.902 9.597 44.174 1.00120.06 C +ANISOU 9194 CA ALA C 192 10460 12695 22461 -803 324 -6065 C +ATOM 9195 C ALA C 192 29.929 8.709 44.865 1.00131.97 C +ANISOU 9195 C ALA C 192 12187 13911 24045 -974 709 -5703 C +ATOM 9196 O ALA C 192 31.137 8.889 44.696 1.00122.96 O +ANISOU 9196 O ALA C 192 11373 12815 22532 -963 555 -5438 O +ATOM 9197 CB ALA C 192 28.761 9.209 42.700 1.00111.90 C +ANISOU 9197 CB ALA C 192 9231 11906 21381 -649 19 -6431 C +ATOM 9198 N GLN C 193 29.445 7.758 45.664 1.00141.25 N +ANISOU 9198 N GLN C 193 13189 14774 25706 -1110 1236 -5692 N +ATOM 9199 CA GLN C 193 30.357 6.938 46.453 1.00154.46 C +ANISOU 9199 CA GLN C 193 15090 16146 27450 -1230 1666 -5317 C +ATOM 9200 C GLN C 193 31.332 6.179 45.567 1.00157.26 C +ANISOU 9200 C GLN C 193 15540 16558 27654 -1229 1552 -5304 C +ATOM 9201 O GLN C 193 32.425 5.814 46.017 1.00168.83 O +ANISOU 9201 O GLN C 193 17305 17872 28970 -1276 1736 -4955 O +ATOM 9202 CB GLN C 193 29.566 5.969 47.334 1.00163.99 C +ANISOU 9202 CB GLN C 193 16069 17004 29237 -1335 2296 -5331 C +ATOM 9203 CG GLN C 193 28.642 6.643 48.337 1.00177.58 C +ANISOU 9203 CG GLN C 193 17712 18620 31141 -1339 2484 -5302 C +ATOM 9204 CD GLN C 193 29.384 7.529 49.324 1.00185.93 C +ANISOU 9204 CD GLN C 193 19177 19620 31849 -1313 2485 -4873 C +ATOM 9205 OE1 GLN C 193 30.610 7.625 49.298 1.00186.01 O +ANISOU 9205 OE1 GLN C 193 19533 19653 31488 -1283 2362 -4601 O +ATOM 9206 NE2 GLN C 193 28.637 8.177 50.209 1.00187.27 N +ANISOU 9206 NE2 GLN C 193 19309 19698 32149 -1300 2632 -4833 N +ATOM 9207 N GLN C 194 30.957 5.932 44.313 1.00136.13 N +ANISOU 9207 N GLN C 194 12616 14098 25010 -1151 1257 -5688 N +ATOM 9208 CA GLN C 194 31.872 5.279 43.387 1.00103.25 C +ANISOU 9208 CA GLN C 194 8539 10011 20683 -1131 1108 -5696 C +ATOM 9209 C GLN C 194 33.208 6.010 43.314 1.00107.90 C +ANISOU 9209 C GLN C 194 9560 10719 20716 -1086 822 -5351 C +ATOM 9210 O GLN C 194 34.255 5.378 43.133 1.00122.21 O +ANISOU 9210 O GLN C 194 11561 12461 22413 -1124 887 -5171 O +ATOM 9211 CB GLN C 194 31.234 5.187 42.002 1.00108.46 C +ANISOU 9211 CB GLN C 194 8888 10940 21383 -988 751 -6178 C +ATOM 9212 CG GLN C 194 29.921 4.413 41.978 1.00112.30 C +ANISOU 9212 CG GLN C 194 8911 11308 22451 -1017 1023 -6594 C +ATOM 9213 CD GLN C 194 29.008 4.870 40.872 1.00113.30 C +ANISOU 9213 CD GLN C 194 8740 11752 22556 -811 610 -7088 C +ATOM 9214 OE1 GLN C 194 28.717 6.056 40.756 1.00117.39 O +ANISOU 9214 OE1 GLN C 194 9331 12499 22772 -673 277 -7105 O +ATOM 9215 NE2 GLN C 194 28.547 3.935 40.050 1.00102.17 N +ANISOU 9215 NE2 GLN C 194 6993 10359 21468 -765 637 -7506 N +ATOM 9216 N CYS C 195 33.201 7.332 43.456 1.00 87.93 N +ANISOU 9216 N CYS C 195 7190 8362 17856 -999 518 -5266 N +ATOM 9217 CA CYS C 195 34.456 8.068 43.528 1.00 90.33 C +ANISOU 9217 CA CYS C 195 7898 8741 17682 -963 302 -4942 C +ATOM 9218 C CYS C 195 35.247 7.618 44.750 1.00 89.12 C +ANISOU 9218 C CYS C 195 7993 8284 17586 -1084 719 -4561 C +ATOM 9219 O CYS C 195 34.739 7.656 45.874 1.00 94.85 O +ANISOU 9219 O CYS C 195 8700 8804 18536 -1139 1052 -4450 O +ATOM 9220 CB CYS C 195 34.199 9.574 43.607 1.00 87.62 C +ANISOU 9220 CB CYS C 195 7665 8591 17036 -850 -32 -4926 C +ATOM 9221 SG CYS C 195 32.999 10.293 42.447 1.00 77.79 S +ANISOU 9221 SG CYS C 195 6134 7683 15741 -643 -456 -5365 S +ATOM 9222 N SER C 196 36.490 7.186 44.533 1.00 80.68 N +ANISOU 9222 N SER C 196 7162 7183 16310 -1095 716 -4361 N +ATOM 9223 CA SER C 196 37.402 6.966 45.647 1.00 93.18 C +ANISOU 9223 CA SER C 196 9052 8605 17745 -1095 1045 -3914 C +ATOM 9224 C SER C 196 38.106 8.246 46.076 1.00 89.96 C +ANISOU 9224 C SER C 196 8960 8451 16771 -953 797 -3576 C +ATOM 9225 O SER C 196 38.781 8.246 47.112 1.00103.48 O +ANISOU 9225 O SER C 196 10916 10126 18276 -887 1030 -3198 O +ATOM 9226 CB SER C 196 38.450 5.911 45.282 1.00110.95 C +ANISOU 9226 CB SER C 196 11425 10769 19961 -1123 1173 -3800 C +ATOM 9227 OG SER C 196 39.459 6.464 44.457 1.00110.97 O +ANISOU 9227 OG SER C 196 11626 11051 19487 -1034 757 -3712 O +ATOM 9228 N GLY C 197 37.971 9.325 45.305 1.00 79.93 N +ANISOU 9228 N GLY C 197 7687 7434 15251 -882 346 -3718 N +ATOM 9229 CA GLY C 197 38.656 10.572 45.564 1.00 75.01 C +ANISOU 9229 CA GLY C 197 7342 7022 14137 -765 108 -3442 C +ATOM 9230 C GLY C 197 37.729 11.773 45.492 1.00 65.81 C +ANISOU 9230 C GLY C 197 6094 5988 12924 -696 -136 -3594 C +ATOM 9231 O GLY C 197 36.520 11.670 45.715 1.00 82.57 O +ANISOU 9231 O GLY C 197 7966 8020 15386 -734 -32 -3830 O +ATOM 9232 N ARG C 198 38.311 12.922 45.185 1.00 66.24 N +ANISOU 9232 N ARG C 198 6357 6244 12567 -590 -440 -3458 N +ATOM 9233 CA ARG C 198 37.534 14.135 44.998 1.00 73.68 C +ANISOU 9233 CA ARG C 198 7263 7319 13413 -490 -687 -3581 C +ATOM 9234 C ARG C 198 36.752 14.061 43.689 1.00 85.42 C +ANISOU 9234 C ARG C 198 8515 8913 15028 -424 -947 -3983 C +ATOM 9235 O ARG C 198 37.008 13.213 42.832 1.00103.96 O +ANISOU 9235 O ARG C 198 10768 11263 17470 -444 -992 -4146 O +ATOM 9236 CB ARG C 198 38.458 15.357 45.012 1.00 66.70 C +ANISOU 9236 CB ARG C 198 6681 6579 12085 -395 -889 -3315 C +ATOM 9237 CG ARG C 198 39.239 15.524 46.316 1.00 72.12 C +ANISOU 9237 CG ARG C 198 7571 7210 12622 -423 -683 -2981 C +ATOM 9238 CD ARG C 198 38.528 16.451 47.286 1.00 75.87 C +ANISOU 9238 CD ARG C 198 8058 7685 13085 -372 -651 -2941 C +ATOM 9239 NE ARG C 198 39.041 16.329 48.648 1.00 75.47 N +ANISOU 9239 NE ARG C 198 8138 7580 12958 -364 -404 -2688 N +ATOM 9240 CZ ARG C 198 38.527 16.956 49.702 1.00 62.94 C +ANISOU 9240 CZ ARG C 198 6574 5986 11355 -299 -320 -2623 C +ATOM 9241 NH1 ARG C 198 37.476 17.755 49.562 1.00 60.69 N +ANISOU 9241 NH1 ARG C 198 6189 5728 11141 -264 -454 -2783 N +ATOM 9242 NH2 ARG C 198 39.067 16.786 50.901 1.00 60.48 N +ANISOU 9242 NH2 ARG C 198 6387 5659 10933 -238 -106 -2404 N +ATOM 9243 N CYS C 199 35.776 14.957 43.542 1.00 82.03 N +ANISOU 9243 N CYS C 199 7986 8592 14589 -315 -1127 -4163 N +ATOM 9244 CA CYS C 199 34.916 14.937 42.367 1.00 82.78 C +ANISOU 9244 CA CYS C 199 7831 8834 14786 -192 -1388 -4589 C +ATOM 9245 C CYS C 199 34.533 16.358 41.983 1.00 86.51 C +ANISOU 9245 C CYS C 199 8411 9511 14948 33 -1678 -4599 C +ATOM 9246 O CYS C 199 34.751 17.314 42.733 1.00 84.55 O +ANISOU 9246 O CYS C 199 8381 9246 14497 50 -1643 -4316 O +ATOM 9247 CB CYS C 199 33.654 14.111 42.611 1.00 92.02 C +ANISOU 9247 CB CYS C 199 8600 9885 16480 -303 -1217 -4971 C +ATOM 9248 SG CYS C 199 32.433 14.960 43.621 1.00 94.87 S +ANISOU 9248 SG CYS C 199 8854 10224 16968 -286 -1132 -5003 S +ATOM 9249 N ARG C 200 33.943 16.482 40.793 1.00 73.90 N +ANISOU 9249 N ARG C 200 6653 8112 13313 236 -1963 -4948 N +ATOM 9250 CA ARG C 200 33.437 17.757 40.300 1.00 72.71 C +ANISOU 9250 CA ARG C 200 6583 8169 12874 513 -2229 -5001 C +ATOM 9251 C ARG C 200 31.979 17.996 40.658 1.00 94.33 C +ANISOU 9251 C ARG C 200 9033 10951 15859 553 -2247 -5318 C +ATOM 9252 O ARG C 200 31.561 19.155 40.761 1.00108.82 O +ANISOU 9252 O ARG C 200 10982 12890 17474 729 -2368 -5252 O +ATOM 9253 CB ARG C 200 33.579 17.834 38.778 1.00 78.96 C +ANISOU 9253 CB ARG C 200 7381 9202 13419 806 -2538 -5201 C +ATOM 9254 CG ARG C 200 34.902 18.381 38.291 1.00 82.40 C +ANISOU 9254 CG ARG C 200 8205 9666 13438 911 -2592 -4815 C +ATOM 9255 CD ARG C 200 34.889 18.551 36.782 1.00 71.97 C +ANISOU 9255 CD ARG C 200 6898 8603 11845 1279 -2882 -5010 C +ATOM 9256 NE ARG C 200 34.521 17.311 36.105 1.00 74.10 N +ANISOU 9256 NE ARG C 200 6840 8950 12364 1278 -2971 -5438 N +ATOM 9257 CZ ARG C 200 34.338 17.193 34.794 1.00 83.34 C +ANISOU 9257 CZ ARG C 200 7927 10377 13359 1616 -3242 -5731 C +ATOM 9258 NH1 ARG C 200 34.486 18.244 33.997 1.00 76.83 N +ANISOU 9258 NH1 ARG C 200 7350 9755 12086 2011 -3428 -5602 N +ATOM 9259 NH2 ARG C 200 34.002 16.019 34.278 1.00 98.19 N +ANISOU 9259 NH2 ARG C 200 9491 12313 15504 1593 -3270 -6094 N +ATOM 9260 N GLY C 201 31.193 16.946 40.839 1.00 98.32 N +ANISOU 9260 N GLY C 201 9160 11366 16832 396 -2114 -5666 N +ATOM 9261 CA GLY C 201 29.772 17.138 41.017 1.00 94.11 C +ANISOU 9261 CA GLY C 201 8315 10915 16527 469 -2122 -5974 C +ATOM 9262 C GLY C 201 29.062 15.886 41.476 1.00 94.75 C +ANISOU 9262 C GLY C 201 8035 10835 17132 265 -1787 -6152 C +ATOM 9263 O GLY C 201 29.676 14.956 42.000 1.00 89.80 O +ANISOU 9263 O GLY C 201 7442 9972 16705 28 -1490 -5971 O +ATOM 9264 N LYS C 202 27.747 15.879 41.244 1.00 97.71 N +ANISOU 9264 N LYS C 202 8061 11338 17726 385 -1827 -6526 N +ATOM 9265 CA LYS C 202 26.868 14.892 41.863 1.00 90.43 C +ANISOU 9265 CA LYS C 202 6780 10226 17354 194 -1468 -6720 C +ATOM 9266 C LYS C 202 27.032 13.501 41.262 1.00 96.19 C +ANISOU 9266 C LYS C 202 7309 10887 18353 124 -1312 -6889 C +ATOM 9267 O LYS C 202 26.841 12.503 41.966 1.00 89.47 O +ANISOU 9267 O LYS C 202 6294 9761 17940 -109 -907 -6880 O +ATOM 9268 CB LYS C 202 25.413 15.350 41.730 1.00109.64 C +ANISOU 9268 CB LYS C 202 8896 12826 19937 367 -1573 -7112 C +ATOM 9269 CG LYS C 202 25.136 16.747 42.279 1.00111.83 C +ANISOU 9269 CG LYS C 202 9348 13190 19952 464 -1744 -6984 C +ATOM 9270 CD LYS C 202 25.407 16.844 43.774 1.00113.04 C +ANISOU 9270 CD LYS C 202 9651 13036 20265 183 -1424 -6645 C +ATOM 9271 CE LYS C 202 24.416 16.021 44.581 1.00122.53 C +ANISOU 9271 CE LYS C 202 10494 14018 22046 -6 -1018 -6817 C +ATOM 9272 NZ LYS C 202 24.626 16.174 46.046 1.00124.87 N +ANISOU 9272 NZ LYS C 202 10941 14019 22483 -224 -697 -6492 N +ATOM 9273 N SER C 203 27.373 13.406 39.983 1.00 92.24 N +ANISOU 9273 N SER C 203 6820 10618 17610 340 -1606 -7047 N +ATOM 9274 CA SER C 203 27.302 12.144 39.259 1.00107.74 C +ANISOU 9274 CA SER C 203 8528 12564 19845 332 -1513 -7320 C +ATOM 9275 C SER C 203 28.631 11.409 39.312 1.00118.71 C +ANISOU 9275 C SER C 203 10158 13782 21165 152 -1371 -6994 C +ATOM 9276 O SER C 203 29.641 11.932 39.789 1.00117.43 O +ANISOU 9276 O SER C 203 10367 13546 20704 66 -1386 -6581 O +ATOM 9277 CB SER C 203 26.883 12.403 37.813 1.00112.87 C +ANISOU 9277 CB SER C 203 9036 13574 20277 711 -1909 -7715 C +ATOM 9278 OG SER C 203 27.836 13.198 37.141 1.00115.80 O +ANISOU 9278 OG SER C 203 9761 14138 20099 910 -2236 -7487 O +ATOM 9279 N PRO C 204 28.662 10.161 38.829 1.00117.15 N +ANISOU 9279 N PRO C 204 9749 13511 21253 96 -1224 -7193 N +ATOM 9280 CA PRO C 204 29.927 9.408 38.852 1.00 98.20 C +ANISOU 9280 CA PRO C 204 7575 10952 18786 -63 -1087 -6896 C +ATOM 9281 C PRO C 204 30.931 9.890 37.822 1.00103.43 C +ANISOU 9281 C PRO C 204 8513 11849 18937 137 -1468 -6786 C +ATOM 9282 O PRO C 204 32.138 9.885 38.091 1.00111.85 O +ANISOU 9282 O PRO C 204 9909 12808 19780 21 -1423 -6412 O +ATOM 9283 CB PRO C 204 29.480 7.963 38.580 1.00 99.18 C +ANISOU 9283 CB PRO C 204 7343 10939 19402 -151 -824 -7208 C +ATOM 9284 CG PRO C 204 27.981 7.961 38.782 1.00 99.99 C +ANISOU 9284 CG PRO C 204 7048 11041 19902 -111 -719 -7608 C +ATOM 9285 CD PRO C 204 27.530 9.316 38.413 1.00107.20 C +ANISOU 9285 CD PRO C 204 8024 12257 20452 144 -1114 -7697 C +ATOM 9286 N SER C 205 30.472 10.300 36.640 1.00110.71 N +ANISOU 9286 N SER C 205 9310 13087 19666 462 -1830 -7113 N +ATOM 9287 CA SER C 205 31.392 10.820 35.637 1.00114.02 C +ANISOU 9287 CA SER C 205 10003 13729 19588 699 -2176 -7005 C +ATOM 9288 C SER C 205 32.112 12.073 36.112 1.00116.72 C +ANISOU 9288 C SER C 205 10756 14075 19517 704 -2293 -6604 C +ATOM 9289 O SER C 205 33.086 12.489 35.472 1.00112.53 O +ANISOU 9289 O SER C 205 10512 13655 18590 846 -2506 -6430 O +ATOM 9290 CB SER C 205 30.640 11.117 34.337 1.00116.12 C +ANISOU 9290 CB SER C 205 10061 14350 19710 1117 -2525 -7443 C +ATOM 9291 OG SER C 205 29.902 12.321 34.438 1.00125.57 O +ANISOU 9291 OG SER C 205 11278 15714 20719 1319 -2706 -7507 O +ATOM 9292 N ASP C 206 31.662 12.681 37.211 1.00107.74 N +ANISOU 9292 N ASP C 206 9648 12810 18477 562 -2152 -6467 N +ATOM 9293 CA ASP C 206 32.298 13.871 37.755 1.00106.60 C +ANISOU 9293 CA ASP C 206 9873 12642 17989 554 -2241 -6116 C +ATOM 9294 C ASP C 206 33.497 13.561 38.643 1.00112.01 C +ANISOU 9294 C ASP C 206 10835 13056 18668 265 -1995 -5702 C +ATOM 9295 O ASP C 206 34.205 14.494 39.035 1.00105.44 O +ANISOU 9295 O ASP C 206 10321 12192 17549 261 -2069 -5418 O +ATOM 9296 CB ASP C 206 31.280 14.680 38.560 1.00100.89 C +ANISOU 9296 CB ASP C 206 9058 11908 17368 550 -2207 -6170 C +ATOM 9297 CG ASP C 206 30.061 15.061 37.749 1.00109.18 C +ANISOU 9297 CG ASP C 206 9836 13239 18408 863 -2450 -6589 C +ATOM 9298 OD1 ASP C 206 30.216 15.410 36.560 1.00107.74 O +ANISOU 9298 OD1 ASP C 206 9713 13320 17902 1190 -2762 -6724 O +ATOM 9299 OD2 ASP C 206 28.944 15.010 38.305 1.00106.61 O +ANISOU 9299 OD2 ASP C 206 9238 12876 18395 808 -2319 -6791 O +ATOM 9300 N CYS C 207 33.741 12.293 38.973 1.00109.98 N +ANISOU 9300 N CYS C 207 10466 12602 18721 48 -1698 -5676 N +ATOM 9301 CA CYS C 207 34.822 11.959 39.889 1.00 95.69 C +ANISOU 9301 CA CYS C 207 8908 10541 16908 -189 -1440 -5299 C +ATOM 9302 C CYS C 207 36.151 12.507 39.376 1.00 88.71 C +ANISOU 9302 C CYS C 207 8375 9739 15590 -107 -1663 -5061 C +ATOM 9303 O CYS C 207 36.302 12.859 38.202 1.00 89.73 O +ANISOU 9303 O CYS C 207 8541 10094 15457 125 -1973 -5191 O +ATOM 9304 CB CYS C 207 34.950 10.444 40.069 1.00 75.05 C +ANISOU 9304 CB CYS C 207 6136 7728 14653 -371 -1109 -5331 C +ATOM 9305 SG CYS C 207 33.478 9.539 40.624 1.00 79.00 S +ANISOU 9305 SG CYS C 207 6194 8068 15756 -488 -757 -5626 S +ATOM 9306 N CYS C 208 37.124 12.572 40.279 1.00 70.66 N +ANISOU 9306 N CYS C 208 6361 7300 13186 -250 -1459 -4649 N +ATOM 9307 CA CYS C 208 38.482 12.975 39.947 1.00 65.93 C +ANISOU 9307 CA CYS C 208 6100 6787 12165 -179 -1555 -4299 C +ATOM 9308 C CYS C 208 39.425 11.786 40.084 1.00 65.27 C +ANISOU 9308 C CYS C 208 6070 6562 12168 -329 -1340 -4160 C +ATOM 9309 O CYS C 208 39.197 10.879 40.890 1.00 67.57 O +ANISOU 9309 O CYS C 208 6244 6641 12788 -502 -1027 -4168 O +ATOM 9310 CB CYS C 208 38.966 14.115 40.852 1.00 71.07 C +ANISOU 9310 CB CYS C 208 7028 7433 12543 -180 -1506 -3912 C +ATOM 9311 SG CYS C 208 37.916 15.592 40.881 1.00 64.30 S +ANISOU 9311 SG CYS C 208 6158 6705 11571 -8 -1706 -4010 S +ATOM 9312 N HIS C 209 40.484 11.799 39.276 1.00 64.09 N +ANISOU 9312 N HIS C 209 6107 6524 11718 -239 -1488 -4021 N +ATOM 9313 CA HIS C 209 41.558 10.827 39.413 1.00 66.73 C +ANISOU 9313 CA HIS C 209 6550 6757 12049 -352 -1304 -3829 C +ATOM 9314 C HIS C 209 42.008 10.757 40.867 1.00 75.18 C +ANISOU 9314 C HIS C 209 7759 7668 13136 -497 -989 -3496 C +ATOM 9315 O HIS C 209 42.014 11.762 41.584 1.00 83.51 O +ANISOU 9315 O HIS C 209 8942 8757 14030 -476 -995 -3308 O +ATOM 9316 CB HIS C 209 42.725 11.225 38.503 1.00 69.71 C +ANISOU 9316 CB HIS C 209 7164 7299 12024 -215 -1508 -3639 C +ATOM 9317 CG HIS C 209 43.728 10.138 38.275 1.00 76.34 C +ANISOU 9317 CG HIS C 209 8069 8083 12854 -284 -1393 -3537 C +ATOM 9318 ND1 HIS C 209 44.929 10.079 38.948 1.00 65.40 N +ANISOU 9318 ND1 HIS C 209 6911 6654 11284 -363 -1229 -3165 N +ATOM 9319 CD2 HIS C 209 43.721 9.082 37.428 1.00 76.77 C +ANISOU 9319 CD2 HIS C 209 7985 8132 13051 -266 -1431 -3777 C +ATOM 9320 CE1 HIS C 209 45.615 9.030 38.531 1.00 70.10 C +ANISOU 9320 CE1 HIS C 209 7520 7218 11898 -390 -1160 -3155 C +ATOM 9321 NE2 HIS C 209 44.901 8.404 37.613 1.00 74.70 N +ANISOU 9321 NE2 HIS C 209 7888 7810 12686 -340 -1274 -3518 N +ATOM 9322 N ASN C 210 42.379 9.554 41.314 1.00 88.88 N +ANISOU 9322 N ASN C 210 9473 9235 15062 -615 -703 -3432 N +ATOM 9323 CA ASN C 210 42.761 9.377 42.712 1.00 98.37 C +ANISOU 9323 CA ASN C 210 10807 10306 16264 -685 -378 -3128 C +ATOM 9324 C ASN C 210 43.970 10.228 43.090 1.00 79.93 C +ANISOU 9324 C ASN C 210 8760 8114 13494 -622 -467 -2780 C +ATOM 9325 O ASN C 210 44.226 10.423 44.284 1.00 71.64 O +ANISOU 9325 O ASN C 210 7822 7028 12372 -622 -276 -2556 O +ATOM 9326 CB ASN C 210 43.046 7.897 43.000 1.00118.50 C +ANISOU 9326 CB ASN C 210 13316 12652 19056 -771 -38 -3098 C +ATOM 9327 CG ASN C 210 43.418 7.643 44.446 1.00124.66 C +ANISOU 9327 CG ASN C 210 14246 13312 19805 -770 328 -2776 C +ATOM 9328 OD1 ASN C 210 42.731 8.091 45.368 1.00136.38 O +ANISOU 9328 OD1 ASN C 210 15700 14741 21378 -761 462 -2734 O +ATOM 9329 ND2 ASN C 210 44.522 6.931 44.655 1.00109.11 N +ANISOU 9329 ND2 ASN C 210 12449 11327 17682 -743 488 -2544 N +ATOM 9330 N GLN C 211 44.709 10.746 42.109 1.00 68.66 N +ANISOU 9330 N GLN C 211 7446 6851 11791 -551 -739 -2746 N +ATOM 9331 CA GLN C 211 45.871 11.584 42.370 1.00 62.16 C +ANISOU 9331 CA GLN C 211 6859 6146 10614 -512 -815 -2462 C +ATOM 9332 C GLN C 211 45.529 13.061 42.526 1.00 63.05 C +ANISOU 9332 C GLN C 211 7027 6338 10593 -457 -983 -2441 C +ATOM 9333 O GLN C 211 46.435 13.865 42.767 1.00 62.25 O +ANISOU 9333 O GLN C 211 7093 6310 10249 -440 -1035 -2244 O +ATOM 9334 CB GLN C 211 46.903 11.423 41.246 1.00 54.87 C +ANISOU 9334 CB GLN C 211 6036 5329 9481 -463 -971 -2407 C +ATOM 9335 CG GLN C 211 47.582 10.067 41.214 1.00 59.79 C +ANISOU 9335 CG GLN C 211 6668 5891 10158 -509 -797 -2353 C +ATOM 9336 CD GLN C 211 48.363 9.780 42.479 1.00 54.14 C +ANISOU 9336 CD GLN C 211 6075 5143 9352 -539 -552 -2096 C +ATOM 9337 OE1 GLN C 211 49.232 10.556 42.875 1.00 57.37 O +ANISOU 9337 OE1 GLN C 211 6626 5665 9506 -512 -609 -1910 O +ATOM 9338 NE2 GLN C 211 48.052 8.662 43.127 1.00 62.18 N +ANISOU 9338 NE2 GLN C 211 7031 6006 10588 -575 -261 -2101 N +ATOM 9339 N CYS C 212 44.262 13.442 42.392 1.00 61.81 N +ANISOU 9339 N CYS C 212 6722 6161 10600 -426 -1060 -2655 N +ATOM 9340 CA CYS C 212 43.875 14.825 42.619 1.00 55.97 C +ANISOU 9340 CA CYS C 212 6046 5479 9742 -362 -1191 -2629 C +ATOM 9341 C CYS C 212 43.795 15.107 44.116 1.00 64.80 C +ANISOU 9341 C CYS C 212 7202 6531 10888 -418 -1003 -2489 C +ATOM 9342 O CYS C 212 43.667 14.197 44.940 1.00 65.46 O +ANISOU 9342 O CYS C 212 7225 6516 11132 -476 -758 -2457 O +ATOM 9343 CB CYS C 212 42.531 15.132 41.951 1.00 57.62 C +ANISOU 9343 CB CYS C 212 6079 5721 10091 -272 -1349 -2920 C +ATOM 9344 SG CYS C 212 42.525 15.024 40.138 1.00 81.03 S +ANISOU 9344 SG CYS C 212 9007 8831 12948 -99 -1624 -3121 S +ATOM 9345 N ALA C 213 43.881 16.391 44.466 1.00 63.49 N +ANISOU 9345 N ALA C 213 7147 6415 10561 -374 -1103 -2403 N +ATOM 9346 CA ALA C 213 43.975 16.793 45.866 1.00 56.81 C +ANISOU 9346 CA ALA C 213 6359 5547 9681 -389 -966 -2275 C +ATOM 9347 C ALA C 213 42.800 17.639 46.332 1.00 55.20 C +ANISOU 9347 C ALA C 213 6090 5321 9562 -345 -1004 -2376 C +ATOM 9348 O ALA C 213 42.251 17.377 47.407 1.00 71.63 O +ANISOU 9348 O ALA C 213 8111 7344 11762 -348 -823 -2364 O +ATOM 9349 CB ALA C 213 45.297 17.538 46.106 1.00 63.68 C +ANISOU 9349 CB ALA C 213 7407 6491 10298 -388 -1024 -2097 C +ATOM 9350 N ALA C 214 42.397 18.654 45.569 1.00 55.39 N +ANISOU 9350 N ALA C 214 6138 5391 9518 -277 -1213 -2460 N +ATOM 9351 CA ALA C 214 41.312 19.543 45.974 1.00 70.56 C +ANISOU 9351 CA ALA C 214 8013 7304 11492 -215 -1263 -2552 C +ATOM 9352 C ALA C 214 40.071 19.390 45.111 1.00 80.06 C +ANISOU 9352 C ALA C 214 9038 8531 12848 -144 -1374 -2805 C +ATOM 9353 O ALA C 214 38.957 19.286 45.633 1.00 80.86 O +ANISOU 9353 O ALA C 214 8983 8598 13142 -143 -1306 -2941 O +ATOM 9354 CB ALA C 214 41.786 21.002 45.941 1.00 55.53 C +ANISOU 9354 CB ALA C 214 6290 5428 9381 -158 -1392 -2450 C +ATOM 9355 N GLY C 215 40.240 19.386 43.802 1.00 65.50 N +ANISOU 9355 N GLY C 215 7208 6763 10917 -59 -1545 -2886 N +ATOM 9356 CA GLY C 215 39.151 19.171 42.881 1.00 59.71 C +ANISOU 9356 CA GLY C 215 6286 6103 10299 56 -1686 -3177 C +ATOM 9357 C GLY C 215 39.728 18.805 41.541 1.00 73.71 C +ANISOU 9357 C GLY C 215 8095 7966 11945 152 -1828 -3221 C +ATOM 9358 O GLY C 215 40.855 18.317 41.444 1.00 63.64 O +ANISOU 9358 O GLY C 215 6931 6661 10588 71 -1760 -3051 O +ATOM 9359 N CYS C 216 38.958 19.057 40.489 1.00 68.26 N +ANISOU 9359 N CYS C 216 7313 7408 11213 362 -2033 -3457 N +ATOM 9360 CA CYS C 216 39.459 18.750 39.158 1.00 68.77 C +ANISOU 9360 CA CYS C 216 7421 7589 11121 519 -2182 -3510 C +ATOM 9361 C CYS C 216 38.535 19.366 38.122 1.00 77.29 C +ANISOU 9361 C CYS C 216 8440 8853 12073 842 -2422 -3750 C +ATOM 9362 O CYS C 216 37.391 19.726 38.415 1.00 69.77 O +ANISOU 9362 O CYS C 216 7337 7942 11231 904 -2475 -3951 O +ATOM 9363 CB CYS C 216 39.586 17.238 38.944 1.00 62.64 C +ANISOU 9363 CB CYS C 216 6453 6781 10566 389 -2118 -3678 C +ATOM 9364 SG CYS C 216 38.025 16.326 38.990 1.00 77.14 S +ANISOU 9364 SG CYS C 216 7866 8618 12825 352 -2124 -4165 S +ATOM 9365 N THR C 217 39.062 19.494 36.905 1.00 94.15 N +ANISOU 9365 N THR C 217 10703 11116 13954 1080 -2560 -3721 N +ATOM 9366 CA THR C 217 38.312 19.991 35.762 1.00 78.94 C +ANISOU 9366 CA THR C 217 8746 9412 11836 1476 -2796 -3944 C +ATOM 9367 C THR C 217 38.024 18.888 34.752 1.00 78.47 C +ANISOU 9367 C THR C 217 8453 9519 11842 1613 -2963 -4307 C +ATOM 9368 O THR C 217 37.601 19.181 33.629 1.00 76.96 O +ANISOU 9368 O THR C 217 8251 9561 11429 2008 -3183 -4500 O +ATOM 9369 CB THR C 217 39.075 21.132 35.081 1.00 67.36 C +ANISOU 9369 CB THR C 217 7634 7974 9987 1739 -2807 -3622 C +ATOM 9370 OG1 THR C 217 40.062 20.591 34.195 1.00 67.23 O +ANISOU 9370 OG1 THR C 217 7721 8003 9821 1818 -2821 -3522 O +ATOM 9371 CG2 THR C 217 39.762 22.018 36.114 1.00 65.22 C +ANISOU 9371 CG2 THR C 217 7590 7483 9707 1515 -2599 -3250 C +ATOM 9372 N GLY C 218 38.247 17.631 35.124 1.00 73.60 N +ANISOU 9372 N GLY C 218 7654 8791 11519 1323 -2855 -4412 N +ATOM 9373 CA GLY C 218 38.060 16.518 34.227 1.00 86.89 C +ANISOU 9373 CA GLY C 218 9106 10596 13312 1411 -2990 -4771 C +ATOM 9374 C GLY C 218 38.442 15.203 34.875 1.00 94.61 C +ANISOU 9374 C GLY C 218 9939 11368 14641 1038 -2778 -4792 C +ATOM 9375 O GLY C 218 38.942 15.159 36.003 1.00103.33 O +ANISOU 9375 O GLY C 218 11152 12259 15849 747 -2528 -4493 O +ATOM 9376 N PRO C 219 38.216 14.098 34.160 1.00 85.60 N +ANISOU 9376 N PRO C 219 8552 10293 13680 1071 -2870 -5159 N +ATOM 9377 CA PRO C 219 38.474 12.780 34.759 1.00 85.08 C +ANISOU 9377 CA PRO C 219 8333 10000 13992 729 -2631 -5206 C +ATOM 9378 C PRO C 219 39.952 12.460 34.905 1.00 83.36 C +ANISOU 9378 C PRO C 219 8404 9674 13596 600 -2477 -4780 C +ATOM 9379 O PRO C 219 40.333 11.753 35.845 1.00 67.37 O +ANISOU 9379 O PRO C 219 6379 7424 11796 307 -2198 -4623 O +ATOM 9380 CB PRO C 219 37.788 11.821 33.778 1.00 96.22 C +ANISOU 9380 CB PRO C 219 9414 11558 15588 876 -2742 -5648 C +ATOM 9381 CG PRO C 219 37.888 12.525 32.460 1.00 91.70 C +ANISOU 9381 CG PRO C 219 8951 11296 14596 1311 -3109 -5774 C +ATOM 9382 CD PRO C 219 37.756 13.994 32.764 1.00 85.64 C +ANISOU 9382 CD PRO C 219 8414 10586 13541 1451 -3187 -5552 C +ATOM 9383 N ARG C 220 40.789 12.964 34.007 1.00 82.85 N +ANISOU 9383 N ARG C 220 8585 9765 13128 834 -2633 -4586 N +ATOM 9384 CA ARG C 220 42.185 12.563 33.947 1.00 85.17 C +ANISOU 9384 CA ARG C 220 9107 9990 13262 741 -2517 -4250 C +ATOM 9385 C ARG C 220 42.972 13.136 35.126 1.00 87.72 C +ANISOU 9385 C ARG C 220 9668 10151 13512 519 -2286 -3797 C +ATOM 9386 O ARG C 220 42.545 14.080 35.798 1.00 89.38 O +ANISOU 9386 O ARG C 220 9928 10330 13704 500 -2256 -3701 O +ATOM 9387 CB ARG C 220 42.804 13.023 32.626 1.00 93.39 C +ANISOU 9387 CB ARG C 220 10339 11246 13901 1085 -2728 -4169 C +ATOM 9388 CG ARG C 220 42.014 12.593 31.391 1.00104.51 C +ANISOU 9388 CG ARG C 220 11522 12883 15305 1399 -3006 -4645 C +ATOM 9389 CD ARG C 220 42.316 13.465 30.183 1.00125.43 C +ANISOU 9389 CD ARG C 220 14390 15778 17489 1854 -3213 -4543 C +ATOM 9390 NE ARG C 220 41.753 14.808 30.308 1.00149.35 N +ANISOU 9390 NE ARG C 220 17533 18871 20342 2042 -3261 -4444 N +ATOM 9391 CZ ARG C 220 40.484 15.121 30.056 1.00168.28 C +ANISOU 9391 CZ ARG C 220 19725 21432 22783 2265 -3449 -4818 C +ATOM 9392 NH1 ARG C 220 39.622 14.187 29.674 1.00178.08 N +ANISOU 9392 NH1 ARG C 220 20600 22790 24273 2310 -3614 -5356 N +ATOM 9393 NH2 ARG C 220 40.071 16.374 30.199 1.00169.37 N +ANISOU 9393 NH2 ARG C 220 20008 21613 22733 2444 -3466 -4676 N +ATOM 9394 N GLU C 221 44.142 12.541 35.374 1.00 85.62 N +ANISOU 9394 N GLU C 221 9537 9795 13198 369 -2132 -3543 N +ATOM 9395 CA GLU C 221 45.030 13.055 36.412 1.00 84.24 C +ANISOU 9395 CA GLU C 221 9574 9513 12920 200 -1944 -3152 C +ATOM 9396 C GLU C 221 45.606 14.409 36.025 1.00 86.15 C +ANISOU 9396 C GLU C 221 10059 9841 12835 356 -2039 -2906 C +ATOM 9397 O GLU C 221 45.838 15.256 36.895 1.00 98.34 O +ANISOU 9397 O GLU C 221 11717 11313 14337 260 -1942 -2699 O +ATOM 9398 CB GLU C 221 46.161 12.060 36.693 1.00 94.15 C +ANISOU 9398 CB GLU C 221 10902 10690 14180 46 -1773 -2971 C +ATOM 9399 CG GLU C 221 47.219 11.931 35.595 1.00106.46 C +ANISOU 9399 CG GLU C 221 12609 12364 15479 183 -1878 -2853 C +ATOM 9400 CD GLU C 221 46.734 11.145 34.396 1.00108.15 C +ANISOU 9400 CD GLU C 221 12668 12675 15747 348 -2047 -3177 C +ATOM 9401 OE1 GLU C 221 45.562 10.715 34.396 1.00111.43 O +ANISOU 9401 OE1 GLU C 221 12836 13071 16433 343 -2091 -3529 O +ATOM 9402 OE2 GLU C 221 47.531 10.955 33.453 1.00102.08 O +ANISOU 9402 OE2 GLU C 221 12011 12011 14763 492 -2135 -3100 O +ATOM 9403 N SER C 222 45.844 14.633 34.731 1.00 75.50 N +ANISOU 9403 N SER C 222 8790 8634 11262 614 -2207 -2928 N +ATOM 9404 CA SER C 222 46.325 15.929 34.275 1.00 72.21 C +ANISOU 9404 CA SER C 222 8611 8264 10563 796 -2244 -2687 C +ATOM 9405 C SER C 222 45.291 17.025 34.498 1.00 64.89 C +ANISOU 9405 C SER C 222 7674 7349 9634 912 -2309 -2766 C +ATOM 9406 O SER C 222 45.629 18.209 34.413 1.00 61.96 O +ANISOU 9406 O SER C 222 7506 6951 9086 1015 -2274 -2542 O +ATOM 9407 CB SER C 222 46.690 15.854 32.788 1.00 77.14 C +ANISOU 9407 CB SER C 222 9327 9047 10938 1114 -2384 -2699 C +ATOM 9408 OG SER C 222 45.525 15.803 31.985 1.00 79.33 O +ANISOU 9408 OG SER C 222 9455 9488 11198 1399 -2600 -3042 O +ATOM 9409 N ASP C 223 44.044 16.654 34.776 1.00 65.12 N +ANISOU 9409 N ASP C 223 7463 7402 9876 898 -2383 -3085 N +ATOM 9410 CA ASP C 223 42.969 17.610 34.997 1.00 62.28 C +ANISOU 9410 CA ASP C 223 7066 7073 9523 1018 -2457 -3194 C +ATOM 9411 C ASP C 223 42.830 18.020 36.457 1.00 71.90 C +ANISOU 9411 C ASP C 223 8285 8126 10907 748 -2288 -3066 C +ATOM 9412 O ASP C 223 41.890 18.745 36.795 1.00 68.60 O +ANISOU 9412 O ASP C 223 7818 7718 10527 815 -2332 -3162 O +ATOM 9413 CB ASP C 223 41.642 17.024 34.515 1.00 73.65 C +ANISOU 9413 CB ASP C 223 8209 8649 11124 1161 -2635 -3650 C +ATOM 9414 CG ASP C 223 41.652 16.694 33.043 1.00 85.21 C +ANISOU 9414 CG ASP C 223 9654 10328 12396 1500 -2846 -3840 C +ATOM 9415 OD1 ASP C 223 42.222 17.478 32.256 1.00 89.62 O +ANISOU 9415 OD1 ASP C 223 10464 10973 12615 1776 -2894 -3621 O +ATOM 9416 OD2 ASP C 223 41.095 15.641 32.677 1.00 86.46 O +ANISOU 9416 OD2 ASP C 223 9539 10560 12753 1504 -2947 -4217 O +ATOM 9417 N CYS C 224 43.729 17.571 37.327 1.00 58.90 N +ANISOU 9417 N CYS C 224 6691 6350 9338 481 -2103 -2864 N +ATOM 9418 CA CYS C 224 43.619 17.894 38.742 1.00 57.76 C +ANISOU 9418 CA CYS C 224 6544 6080 9322 273 -1948 -2760 C +ATOM 9419 C CYS C 224 43.800 19.389 38.968 1.00 57.42 C +ANISOU 9419 C CYS C 224 6694 6010 9115 342 -1955 -2575 C +ATOM 9420 O CYS C 224 44.670 20.027 38.365 1.00 57.24 O +ANISOU 9420 O CYS C 224 6864 5990 8896 432 -1961 -2385 O +ATOM 9421 CB CYS C 224 44.668 17.127 39.540 1.00 56.15 C +ANISOU 9421 CB CYS C 224 6380 5788 9168 50 -1762 -2580 C +ATOM 9422 SG CYS C 224 44.450 15.330 39.563 1.00 69.73 S +ANISOU 9422 SG CYS C 224 7889 7466 11139 -66 -1661 -2764 S +ATOM 9423 N LEU C 225 42.965 19.951 39.845 1.00 57.57 N +ANISOU 9423 N LEU C 225 6655 5982 9236 302 -1929 -2633 N +ATOM 9424 CA LEU C 225 43.214 21.305 40.330 1.00 63.08 C +ANISOU 9424 CA LEU C 225 7527 6614 9828 314 -1894 -2458 C +ATOM 9425 C LEU C 225 44.602 21.397 40.940 1.00 82.22 C +ANISOU 9425 C LEU C 225 10078 8957 12204 138 -1758 -2225 C +ATOM 9426 O LEU C 225 45.358 22.338 40.673 1.00 72.86 O +ANISOU 9426 O LEU C 225 9064 7721 10898 173 -1733 -2063 O +ATOM 9427 CB LEU C 225 42.165 21.698 41.371 1.00 57.99 C +ANISOU 9427 CB LEU C 225 6782 5932 9321 268 -1869 -2560 C +ATOM 9428 CG LEU C 225 40.744 22.058 40.938 1.00 62.23 C +ANISOU 9428 CG LEU C 225 7205 6548 9890 460 -2005 -2787 C +ATOM 9429 CD1 LEU C 225 39.940 22.424 42.176 1.00 59.01 C +ANISOU 9429 CD1 LEU C 225 6716 6080 9623 371 -1934 -2833 C +ATOM 9430 CD2 LEU C 225 40.732 23.205 39.949 1.00 60.18 C +ANISOU 9430 CD2 LEU C 225 7128 6339 9398 726 -2115 -2724 C +ATOM 9431 N VAL C 226 44.944 20.415 41.768 1.00 87.46 N +ANISOU 9431 N VAL C 226 10651 9605 12975 -35 -1652 -2219 N +ATOM 9432 CA VAL C 226 46.226 20.350 42.451 1.00 87.86 C +ANISOU 9432 CA VAL C 226 10783 9627 12973 -175 -1538 -2047 C +ATOM 9433 C VAL C 226 46.518 18.880 42.705 1.00 87.42 C +ANISOU 9433 C VAL C 226 10630 9595 12989 -263 -1445 -2062 C +ATOM 9434 O VAL C 226 45.604 18.062 42.830 1.00 84.49 O +ANISOU 9434 O VAL C 226 10116 9212 12776 -267 -1414 -2204 O +ATOM 9435 CB VAL C 226 46.208 21.172 43.764 1.00 89.57 C +ANISOU 9435 CB VAL C 226 11022 9795 13214 -244 -1472 -2011 C +ATOM 9436 CG1 VAL C 226 44.904 20.942 44.525 1.00 92.01 C +ANISOU 9436 CG1 VAL C 226 11201 10094 13663 -232 -1448 -2143 C +ATOM 9437 CG2 VAL C 226 47.421 20.841 44.629 1.00 97.60 C +ANISOU 9437 CG2 VAL C 226 12063 10835 14187 -358 -1367 -1907 C +ATOM 9438 N CYS C 227 47.800 18.544 42.772 1.00 79.56 N +ANISOU 9438 N CYS C 227 9708 8622 11897 -330 -1382 -1922 N +ATOM 9439 CA CYS C 227 48.205 17.158 42.934 1.00 62.36 C +ANISOU 9439 CA CYS C 227 7472 6464 9757 -386 -1279 -1908 C +ATOM 9440 C CYS C 227 48.283 16.786 44.407 1.00 63.98 C +ANISOU 9440 C CYS C 227 7648 6659 10004 -441 -1114 -1863 C +ATOM 9441 O CYS C 227 48.643 17.601 45.261 1.00 79.23 O +ANISOU 9441 O CYS C 227 9628 8612 11861 -449 -1103 -1809 O +ATOM 9442 CB CYS C 227 49.553 16.912 42.257 1.00 52.12 C +ANISOU 9442 CB CYS C 227 6270 5221 8313 -397 -1289 -1779 C +ATOM 9443 SG CYS C 227 49.514 17.244 40.487 1.00 65.68 S +ANISOU 9443 SG CYS C 227 8049 6965 9941 -261 -1449 -1800 S +ATOM 9444 N ARG C 228 47.930 15.533 44.697 1.00 65.79 N +ANISOU 9444 N ARG C 228 7793 6849 10356 -455 -969 -1895 N +ATOM 9445 CA ARG C 228 47.919 15.043 46.069 1.00 71.82 C +ANISOU 9445 CA ARG C 228 8545 7595 11148 -445 -761 -1827 C +ATOM 9446 C ARG C 228 49.303 14.653 46.561 1.00 81.75 C +ANISOU 9446 C ARG C 228 9898 8949 12214 -423 -680 -1674 C +ATOM 9447 O ARG C 228 49.518 14.601 47.777 1.00 70.40 O +ANISOU 9447 O ARG C 228 8487 7558 10704 -351 -550 -1605 O +ATOM 9448 CB ARG C 228 46.975 13.843 46.183 1.00 89.58 C +ANISOU 9448 CB ARG C 228 10671 9721 13643 -456 -573 -1910 C +ATOM 9449 CG ARG C 228 46.737 13.367 47.612 1.00 96.39 C +ANISOU 9449 CG ARG C 228 11534 10533 14557 -399 -298 -1817 C +ATOM 9450 CD ARG C 228 45.946 12.069 47.649 1.00 87.14 C +ANISOU 9450 CD ARG C 228 10244 9188 13679 -425 -39 -1880 C +ATOM 9451 NE ARG C 228 46.603 11.003 46.899 1.00 92.98 N +ANISOU 9451 NE ARG C 228 10993 9900 14435 -461 10 -1866 N +ATOM 9452 CZ ARG C 228 46.235 9.726 46.930 1.00 91.98 C +ANISOU 9452 CZ ARG C 228 10787 9604 14558 -487 278 -1898 C +ATOM 9453 NH1 ARG C 228 45.215 9.341 47.686 1.00108.07 N +ANISOU 9453 NH1 ARG C 228 12723 11472 16867 -483 551 -1935 N +ATOM 9454 NH2 ARG C 228 46.892 8.831 46.207 1.00 67.23 N +ANISOU 9454 NH2 ARG C 228 7673 6451 11420 -514 299 -1893 N +ATOM 9455 N LYS C 229 50.242 14.382 45.657 1.00 82.67 N +ANISOU 9455 N LYS C 229 10062 9116 12230 -451 -757 -1627 N +ATOM 9456 CA LYS C 229 51.596 14.026 46.058 1.00 64.27 C +ANISOU 9456 CA LYS C 229 7805 6902 9714 -422 -697 -1504 C +ATOM 9457 C LYS C 229 52.623 14.856 45.300 1.00 59.95 C +ANISOU 9457 C LYS C 229 7310 6431 9037 -469 -863 -1476 C +ATOM 9458 O LYS C 229 53.223 15.767 45.878 1.00 60.26 O +ANISOU 9458 O LYS C 229 7364 6541 8990 -473 -908 -1476 O +ATOM 9459 CB LYS C 229 51.839 12.534 45.848 1.00 78.74 C +ANISOU 9459 CB LYS C 229 9640 8706 11572 -399 -538 -1447 C +ATOM 9460 CG LYS C 229 51.015 11.659 46.782 1.00100.92 C +ANISOU 9460 CG LYS C 229 12411 11410 14525 -339 -282 -1437 C +ATOM 9461 CD LYS C 229 51.536 10.233 46.841 1.00105.65 C +ANISOU 9461 CD LYS C 229 13050 11979 15114 -285 -63 -1337 C +ATOM 9462 CE LYS C 229 52.827 10.140 47.642 1.00105.91 C +ANISOU 9462 CE LYS C 229 13190 12196 14855 -151 -4 -1189 C +ATOM 9463 NZ LYS C 229 53.398 8.769 47.615 1.00101.38 N +ANISOU 9463 NZ LYS C 229 12679 11601 14239 -72 209 -1075 N +ATOM 9464 N PHE C 230 52.841 14.565 44.019 1.00 54.42 N +ANISOU 9464 N PHE C 230 6629 5710 8337 -493 -938 -1466 N +ATOM 9465 CA PHE C 230 53.798 15.328 43.229 1.00 49.91 C +ANISOU 9465 CA PHE C 230 6117 5183 7662 -520 -1044 -1412 C +ATOM 9466 C PHE C 230 53.165 15.763 41.919 1.00 54.99 C +ANISOU 9466 C PHE C 230 6784 5756 8353 -487 -1164 -1451 C +ATOM 9467 O PHE C 230 52.377 15.024 41.332 1.00 60.72 O +ANISOU 9467 O PHE C 230 7465 6450 9154 -443 -1187 -1531 O +ATOM 9468 CB PHE C 230 55.064 14.512 42.960 1.00 55.08 C +ANISOU 9468 CB PHE C 230 6804 5934 8188 -517 -996 -1314 C +ATOM 9469 CG PHE C 230 56.050 14.555 44.087 1.00 60.88 C +ANISOU 9469 CG PHE C 230 7526 6794 8810 -510 -929 -1284 C +ATOM 9470 CD1 PHE C 230 55.911 13.717 45.179 1.00 70.97 C +ANISOU 9470 CD1 PHE C 230 8791 8126 10048 -429 -798 -1274 C +ATOM 9471 CD2 PHE C 230 57.110 15.445 44.060 1.00 55.72 C +ANISOU 9471 CD2 PHE C 230 6866 6209 8097 -558 -982 -1284 C +ATOM 9472 CE1 PHE C 230 56.815 13.760 46.221 1.00 70.47 C +ANISOU 9472 CE1 PHE C 230 8715 8226 9834 -354 -755 -1270 C +ATOM 9473 CE2 PHE C 230 58.018 15.494 45.098 1.00 49.54 C +ANISOU 9473 CE2 PHE C 230 6033 5579 7212 -528 -950 -1321 C +ATOM 9474 CZ PHE C 230 57.871 14.650 46.180 1.00 68.28 C +ANISOU 9474 CZ PHE C 230 8401 8051 9493 -404 -855 -1318 C +ATOM 9475 N ARG C 231 53.490 16.976 41.478 1.00 56.69 N +ANISOU 9475 N ARG C 231 7062 5946 8533 -486 -1225 -1412 N +ATOM 9476 CA ARG C 231 53.094 17.458 40.162 1.00 50.67 C +ANISOU 9476 CA ARG C 231 6361 5139 7751 -385 -1314 -1406 C +ATOM 9477 C ARG C 231 54.328 17.496 39.271 1.00 58.95 C +ANISOU 9477 C ARG C 231 7495 6217 8687 -366 -1291 -1268 C +ATOM 9478 O ARG C 231 55.310 18.173 39.587 1.00 78.15 O +ANISOU 9478 O ARG C 231 9952 8633 11110 -447 -1222 -1190 O +ATOM 9479 CB ARG C 231 52.444 18.839 40.243 1.00 56.85 C +ANISOU 9479 CB ARG C 231 7183 5837 8581 -351 -1349 -1433 C +ATOM 9480 CG ARG C 231 51.929 19.343 38.902 1.00 68.51 C +ANISOU 9480 CG ARG C 231 8745 7288 9999 -171 -1427 -1421 C +ATOM 9481 CD ARG C 231 51.177 20.653 39.039 1.00 81.34 C +ANISOU 9481 CD ARG C 231 10420 8823 11663 -109 -1442 -1444 C +ATOM 9482 NE ARG C 231 51.932 21.619 39.830 1.00 91.56 N +ANISOU 9482 NE ARG C 231 11747 10026 13015 -244 -1338 -1375 N +ATOM 9483 CZ ARG C 231 52.949 22.338 39.366 1.00 97.71 C +ANISOU 9483 CZ ARG C 231 12620 10724 13784 -260 -1235 -1243 C +ATOM 9484 NH1 ARG C 231 53.346 22.207 38.107 1.00 93.56 N +ANISOU 9484 NH1 ARG C 231 12193 10201 13154 -122 -1211 -1121 N +ATOM 9485 NH2 ARG C 231 53.575 23.188 40.167 1.00108.47 N +ANISOU 9485 NH2 ARG C 231 13963 11996 15253 -403 -1143 -1248 N +ATOM 9486 N ASP C 232 54.272 16.763 38.168 1.00 56.68 N +ANISOU 9486 N ASP C 232 7233 5973 8330 -254 -1345 -1260 N +ATOM 9487 CA ASP C 232 55.314 16.731 37.150 1.00 61.93 C +ANISOU 9487 CA ASP C 232 7990 6671 8872 -189 -1322 -1119 C +ATOM 9488 C ASP C 232 54.739 17.488 35.954 1.00 63.03 C +ANISOU 9488 C ASP C 232 8227 6775 8945 23 -1385 -1097 C +ATOM 9489 O ASP C 232 54.010 16.927 35.136 1.00 58.04 O +ANISOU 9489 O ASP C 232 7584 6210 8260 192 -1500 -1197 O +ATOM 9490 CB ASP C 232 55.691 15.293 36.805 1.00 69.78 C +ANISOU 9490 CB ASP C 232 8951 7756 9805 -174 -1335 -1129 C +ATOM 9491 CG ASP C 232 56.860 15.207 35.845 1.00 78.07 C +ANISOU 9491 CG ASP C 232 10092 8854 10717 -108 -1301 -972 C +ATOM 9492 OD1 ASP C 232 57.238 16.245 35.269 1.00 74.00 O +ANISOU 9492 OD1 ASP C 232 9670 8284 10162 -43 -1258 -854 O +ATOM 9493 OD2 ASP C 232 57.395 14.091 35.662 1.00 77.60 O +ANISOU 9493 OD2 ASP C 232 10016 8871 10596 -111 -1295 -957 O +ATOM 9494 N GLU C 233 55.059 18.774 35.870 1.00 72.05 N +ANISOU 9494 N GLU C 233 9463 7816 10096 35 -1298 -982 N +ATOM 9495 CA GLU C 233 54.445 19.640 34.872 1.00 73.55 C +ANISOU 9495 CA GLU C 233 9777 7959 10210 280 -1316 -936 C +ATOM 9496 C GLU C 233 52.929 19.528 34.957 1.00 72.74 C +ANISOU 9496 C GLU C 233 9604 7904 10130 389 -1472 -1137 C +ATOM 9497 O GLU C 233 52.334 19.943 35.957 1.00 70.66 O +ANISOU 9497 O GLU C 233 9273 7583 9991 264 -1474 -1226 O +ATOM 9498 CB GLU C 233 54.961 19.293 33.468 1.00 78.53 C +ANISOU 9498 CB GLU C 233 10520 8659 10661 510 -1312 -812 C +ATOM 9499 CG GLU C 233 56.493 19.336 33.360 1.00 89.03 C +ANISOU 9499 CG GLU C 233 11897 9943 11986 396 -1141 -616 C +ATOM 9500 CD GLU C 233 57.003 20.126 32.169 1.00 93.15 C +ANISOU 9500 CD GLU C 233 12605 10388 12400 630 -993 -392 C +ATOM 9501 OE1 GLU C 233 56.823 21.360 32.147 1.00 86.60 O +ANISOU 9501 OE1 GLU C 233 11871 9399 11633 685 -859 -304 O +ATOM 9502 OE2 GLU C 233 57.593 19.506 31.262 1.00 94.33 O +ANISOU 9502 OE2 GLU C 233 12812 10625 12403 773 -986 -293 O +ATOM 9503 N ALA C 234 52.281 18.966 33.936 1.00 81.32 N +ANISOU 9503 N ALA C 234 10687 9107 11102 632 -1610 -1239 N +ATOM 9504 CA ALA C 234 50.825 18.872 33.966 1.00 73.32 C +ANISOU 9504 CA ALA C 234 9568 8155 10136 744 -1765 -1480 C +ATOM 9505 C ALA C 234 50.322 17.709 34.815 1.00 74.67 C +ANISOU 9505 C ALA C 234 9531 8353 10488 539 -1814 -1687 C +ATOM 9506 O ALA C 234 49.212 17.783 35.355 1.00 62.23 O +ANISOU 9506 O ALA C 234 7837 6767 9039 515 -1871 -1868 O +ATOM 9507 CB ALA C 234 50.261 18.734 32.553 1.00 63.23 C +ANISOU 9507 CB ALA C 234 8329 7022 8674 1120 -1913 -1575 C +ATOM 9508 N THR C 235 51.109 16.646 34.962 1.00 75.15 N +ANISOU 9508 N THR C 235 9550 8433 10571 401 -1763 -1654 N +ATOM 9509 CA THR C 235 50.603 15.377 35.470 1.00 59.52 C +ANISOU 9509 CA THR C 235 7392 6463 8758 276 -1775 -1847 C +ATOM 9510 C THR C 235 50.724 15.284 36.984 1.00 66.64 C +ANISOU 9510 C THR C 235 8241 7275 9804 28 -1632 -1801 C +ATOM 9511 O THR C 235 51.717 15.719 37.566 1.00 76.27 O +ANISOU 9511 O THR C 235 9547 8467 10963 -81 -1530 -1615 O +ATOM 9512 CB THR C 235 51.365 14.218 34.825 1.00 56.03 C +ANISOU 9512 CB THR C 235 6950 6084 8256 294 -1775 -1832 C +ATOM 9513 OG1 THR C 235 51.091 14.191 33.419 1.00 59.21 O +ANISOU 9513 OG1 THR C 235 7379 6600 8518 573 -1931 -1927 O +ATOM 9514 CG2 THR C 235 50.972 12.879 35.448 1.00 67.97 C +ANISOU 9514 CG2 THR C 235 8295 7553 9976 143 -1716 -2000 C +ATOM 9515 N CYS C 236 49.714 14.697 37.619 1.00 63.97 N +ANISOU 9515 N CYS C 236 7748 6897 9662 -41 -1614 -1987 N +ATOM 9516 CA CYS C 236 49.792 14.361 39.035 1.00 58.68 C +ANISOU 9516 CA CYS C 236 7032 6152 9112 -221 -1448 -1939 C +ATOM 9517 C CYS C 236 50.325 12.941 39.188 1.00 58.17 C +ANISOU 9517 C CYS C 236 6927 6075 9098 -292 -1327 -1924 C +ATOM 9518 O CYS C 236 49.694 11.977 38.740 1.00 65.95 O +ANISOU 9518 O CYS C 236 7792 7031 10234 -274 -1331 -2106 O +ATOM 9519 CB CYS C 236 48.428 14.517 39.706 1.00 52.98 C +ANISOU 9519 CB CYS C 236 6178 5367 8587 -243 -1435 -2110 C +ATOM 9520 SG CYS C 236 47.878 16.230 39.838 1.00 78.13 S +ANISOU 9520 SG CYS C 236 9432 8551 11701 -168 -1537 -2092 S +ATOM 9521 N LYS C 237 51.487 12.822 39.821 1.00 67.65 N +ANISOU 9521 N LYS C 237 8220 7301 10185 -362 -1214 -1731 N +ATOM 9522 CA LYS C 237 52.204 11.572 39.998 1.00 50.64 C +ANISOU 9522 CA LYS C 237 6071 5150 8019 -397 -1082 -1666 C +ATOM 9523 C LYS C 237 52.426 11.296 41.481 1.00 66.18 C +ANISOU 9523 C LYS C 237 8045 7095 10006 -454 -885 -1573 C +ATOM 9524 O LYS C 237 52.278 12.173 42.342 1.00 70.07 O +ANISOU 9524 O LYS C 237 8549 7598 10479 -469 -877 -1544 O +ATOM 9525 CB LYS C 237 53.557 11.613 39.276 1.00 50.00 C +ANISOU 9525 CB LYS C 237 6104 5170 7723 -364 -1133 -1514 C +ATOM 9526 CG LYS C 237 53.469 11.864 37.782 1.00 50.57 C +ANISOU 9526 CG LYS C 237 6205 5286 7724 -246 -1303 -1565 C +ATOM 9527 CD LYS C 237 54.837 11.762 37.124 1.00 50.10 C +ANISOU 9527 CD LYS C 237 6255 5311 7468 -209 -1305 -1394 C +ATOM 9528 CE LYS C 237 54.736 11.923 35.617 1.00 53.66 C +ANISOU 9528 CE LYS C 237 6753 5816 7820 -33 -1451 -1428 C +ATOM 9529 NZ LYS C 237 56.056 11.792 34.940 1.00 59.02 N +ANISOU 9529 NZ LYS C 237 7540 6570 8313 16 -1429 -1247 N +ATOM 9530 N ASP C 238 52.809 10.047 41.760 1.00 72.01 N +ANISOU 9530 N ASP C 238 8786 7808 10764 -453 -716 -1524 N +ATOM 9531 CA ASP C 238 53.131 9.621 43.117 1.00 77.50 C +ANISOU 9531 CA ASP C 238 9517 8505 11424 -430 -497 -1408 C +ATOM 9532 C ASP C 238 54.531 10.046 43.532 1.00 69.79 C +ANISOU 9532 C ASP C 238 8638 7701 10179 -393 -525 -1256 C +ATOM 9533 O ASP C 238 54.786 10.252 44.724 1.00 72.50 O +ANISOU 9533 O ASP C 238 9002 8111 10433 -334 -428 -1196 O +ATOM 9534 CB ASP C 238 53.026 8.099 43.230 1.00 84.46 C +ANISOU 9534 CB ASP C 238 10384 9277 12430 -409 -263 -1398 C +ATOM 9535 CG ASP C 238 51.606 7.599 43.114 1.00108.86 C +ANISOU 9535 CG ASP C 238 13333 12169 15859 -461 -166 -1585 C +ATOM 9536 OD1 ASP C 238 50.672 8.402 43.308 1.00124.05 O +ANISOU 9536 OD1 ASP C 238 15179 14062 17894 -490 -244 -1691 O +ATOM 9537 OD2 ASP C 238 51.426 6.396 42.830 1.00119.27 O +ANISOU 9537 OD2 ASP C 238 14606 13358 17354 -475 -4 -1642 O +ATOM 9538 N THR C 239 55.440 10.175 42.571 1.00 62.12 N +ANISOU 9538 N THR C 239 7710 6814 9079 -406 -653 -1213 N +ATOM 9539 CA THR C 239 56.853 10.383 42.846 1.00 59.85 C +ANISOU 9539 CA THR C 239 7479 6689 8573 -380 -661 -1100 C +ATOM 9540 C THR C 239 57.491 10.903 41.570 1.00 62.12 C +ANISOU 9540 C THR C 239 7794 7013 8795 -416 -817 -1077 C +ATOM 9541 O THR C 239 57.013 10.618 40.468 1.00 63.21 O +ANISOU 9541 O THR C 239 7935 7083 8998 -407 -887 -1120 O +ATOM 9542 CB THR C 239 57.528 9.080 43.298 1.00 62.08 C +ANISOU 9542 CB THR C 239 7807 7030 8750 -290 -485 -1003 C +ATOM 9543 OG1 THR C 239 56.927 8.621 44.515 1.00 73.76 O +ANISOU 9543 OG1 THR C 239 9285 8459 10280 -210 -288 -991 O +ATOM 9544 CG2 THR C 239 59.024 9.269 43.519 1.00 69.55 C +ANISOU 9544 CG2 THR C 239 8784 8181 9459 -244 -517 -922 C +ATOM 9545 N CYS C 240 58.557 11.672 41.724 1.00 63.77 N +ANISOU 9545 N CYS C 240 8013 7332 8886 -439 -859 -1025 N +ATOM 9546 CA CYS C 240 59.202 12.193 40.530 1.00 67.42 C +ANISOU 9546 CA CYS C 240 8510 7802 9304 -461 -948 -972 C +ATOM 9547 C CYS C 240 60.016 11.089 39.854 1.00 56.56 C +ANISOU 9547 C CYS C 240 7179 6502 7811 -409 -917 -886 C +ATOM 9548 O CYS C 240 60.659 10.288 40.538 1.00 53.86 O +ANISOU 9548 O CYS C 240 6835 6260 7370 -373 -824 -846 O +ATOM 9549 CB CYS C 240 60.111 13.374 40.868 1.00 62.25 C +ANISOU 9549 CB CYS C 240 7824 7203 8625 -527 -963 -965 C +ATOM 9550 SG CYS C 240 59.242 14.817 41.530 1.00 68.81 S +ANISOU 9550 SG CYS C 240 8614 7928 9602 -587 -1005 -1072 S +ATOM 9551 N PRO C 241 60.006 11.020 38.526 1.00 50.81 N +ANISOU 9551 N PRO C 241 6498 5739 7068 -369 -988 -854 N +ATOM 9552 CA PRO C 241 60.791 9.995 37.830 1.00 63.79 C +ANISOU 9552 CA PRO C 241 8188 7458 8592 -307 -967 -775 C +ATOM 9553 C PRO C 241 62.260 10.091 38.205 1.00 69.91 C +ANISOU 9553 C PRO C 241 8958 8374 9229 -331 -910 -677 C +ATOM 9554 O PRO C 241 62.851 11.180 38.141 1.00 83.17 O +ANISOU 9554 O PRO C 241 10613 10069 10917 -387 -923 -652 O +ATOM 9555 CB PRO C 241 60.571 10.322 36.344 1.00 49.99 C +ANISOU 9555 CB PRO C 241 6495 5672 6827 -224 -1073 -760 C +ATOM 9556 CG PRO C 241 60.027 11.715 36.319 1.00 48.67 C +ANISOU 9556 CG PRO C 241 6328 5426 6740 -245 -1120 -783 C +ATOM 9557 CD PRO C 241 59.254 11.859 37.580 1.00 53.56 C +ANISOU 9557 CD PRO C 241 6873 5997 7480 -332 -1091 -888 C +ATOM 9558 N PRO C 242 62.887 8.986 38.607 1.00 57.89 N +ANISOU 9558 N PRO C 242 7447 6954 7595 -281 -830 -634 N +ATOM 9559 CA PRO C 242 64.298 9.054 39.002 1.00 60.50 C +ANISOU 9559 CA PRO C 242 7746 7459 7780 -277 -791 -576 C +ATOM 9560 C PRO C 242 65.216 9.254 37.807 1.00 59.46 C +ANISOU 9560 C PRO C 242 7643 7367 7583 -275 -823 -480 C +ATOM 9561 O PRO C 242 64.907 8.867 36.677 1.00 50.00 O +ANISOU 9561 O PRO C 242 6520 6101 6375 -216 -863 -430 O +ATOM 9562 CB PRO C 242 64.544 7.699 39.676 1.00 63.18 C +ANISOU 9562 CB PRO C 242 8120 7888 7997 -170 -682 -544 C +ATOM 9563 CG PRO C 242 63.532 6.793 39.085 1.00 63.65 C +ANISOU 9563 CG PRO C 242 8242 7787 8155 -142 -657 -554 C +ATOM 9564 CD PRO C 242 62.327 7.638 38.800 1.00 66.40 C +ANISOU 9564 CD PRO C 242 8556 7981 8691 -217 -747 -652 C +ATOM 9565 N LEU C 243 66.371 9.866 38.081 1.00 48.27 N +ANISOU 9565 N LEU C 243 6148 6066 6126 -323 -799 -473 N +ATOM 9566 CA LEU C 243 67.299 10.243 37.019 1.00 59.18 C +ANISOU 9566 CA LEU C 243 7538 7462 7485 -334 -784 -372 C +ATOM 9567 C LEU C 243 67.942 9.023 36.371 1.00 63.46 C +ANISOU 9567 C LEU C 243 8151 8109 7851 -224 -768 -266 C +ATOM 9568 O LEU C 243 68.334 9.079 35.199 1.00 60.37 O +ANISOU 9568 O LEU C 243 7820 7695 7424 -179 -764 -154 O +ATOM 9569 CB LEU C 243 68.369 11.176 37.584 1.00 68.38 C +ANISOU 9569 CB LEU C 243 8555 8712 8713 -437 -738 -441 C +ATOM 9570 CG LEU C 243 67.830 12.377 38.373 1.00 71.86 C +ANISOU 9570 CG LEU C 243 8909 9059 9338 -548 -751 -581 C +ATOM 9571 CD1 LEU C 243 68.806 12.779 39.462 1.00 73.38 C +ANISOU 9571 CD1 LEU C 243 8911 9422 9547 -606 -740 -751 C +ATOM 9572 CD2 LEU C 243 67.539 13.544 37.446 1.00 67.83 C +ANISOU 9572 CD2 LEU C 243 8440 8331 9000 -614 -707 -515 C +ATOM 9573 N MET C 244 68.072 7.930 37.115 1.00 67.96 N +ANISOU 9573 N MET C 244 8728 8792 8300 -153 -739 -286 N +ATOM 9574 CA MET C 244 68.501 6.643 36.593 1.00 66.05 C +ANISOU 9574 CA MET C 244 8572 8622 7901 -36 -710 -195 C +ATOM 9575 C MET C 244 67.427 5.617 36.925 1.00 65.55 C +ANISOU 9575 C MET C 244 8581 8455 7870 23 -677 -234 C +ATOM 9576 O MET C 244 66.528 5.869 37.731 1.00 71.45 O +ANISOU 9576 O MET C 244 9299 9116 8733 -17 -659 -319 O +ATOM 9577 CB MET C 244 69.847 6.215 37.197 1.00 71.51 C +ANISOU 9577 CB MET C 244 9206 9550 8413 23 -654 -174 C +ATOM 9578 CG MET C 244 70.977 7.222 37.014 1.00 69.17 C +ANISOU 9578 CG MET C 244 8783 9358 8142 -61 -659 -187 C +ATOM 9579 SD MET C 244 71.959 6.949 35.526 1.00 72.90 S +ANISOU 9579 SD MET C 244 9310 9864 8525 -14 -635 -20 S +ATOM 9580 CE MET C 244 73.094 5.678 36.082 1.00 74.03 C +ANISOU 9580 CE MET C 244 9440 10286 8403 131 -595 -2 C +ATOM 9581 N LEU C 245 67.510 4.448 36.297 1.00 67.69 N +ANISOU 9581 N LEU C 245 8938 8717 8063 118 -648 -179 N +ATOM 9582 CA LEU C 245 66.625 3.368 36.711 1.00 67.67 C +ANISOU 9582 CA LEU C 245 8984 8593 8134 165 -555 -228 C +ATOM 9583 C LEU C 245 67.236 2.027 36.345 1.00 70.79 C +ANISOU 9583 C LEU C 245 9467 9034 8394 284 -472 -151 C +ATOM 9584 O LEU C 245 68.082 1.920 35.450 1.00 69.90 O +ANISOU 9584 O LEU C 245 9385 9024 8150 330 -533 -75 O +ATOM 9585 CB LEU C 245 65.218 3.516 36.115 1.00 72.82 C +ANISOU 9585 CB LEU C 245 9622 9037 9008 112 -629 -352 C +ATOM 9586 CG LEU C 245 65.032 3.928 34.655 1.00 76.60 C +ANISOU 9586 CG LEU C 245 10116 9489 9501 137 -788 -376 C +ATOM 9587 CD1 LEU C 245 65.239 2.752 33.717 1.00100.97 C +ANISOU 9587 CD1 LEU C 245 13264 12577 12521 248 -796 -377 C +ATOM 9588 CD2 LEU C 245 63.642 4.523 34.478 1.00 47.97 C +ANISOU 9588 CD2 LEU C 245 6437 5716 6075 94 -876 -529 C +ATOM 9589 N TYR C 246 66.786 1.008 37.070 1.00 67.74 N +ANISOU 9589 N TYR C 246 9128 8557 8052 345 -302 -160 N +ATOM 9590 CA TYR C 246 67.351 -0.331 36.997 1.00 59.69 C +ANISOU 9590 CA TYR C 246 8209 7561 6911 478 -162 -76 C +ATOM 9591 C TYR C 246 66.772 -1.081 35.804 1.00 61.33 C +ANISOU 9591 C TYR C 246 8445 7598 7260 470 -202 -158 C +ATOM 9592 O TYR C 246 65.549 -1.217 35.682 1.00 66.79 O +ANISOU 9592 O TYR C 246 9088 8076 8212 399 -190 -308 O +ATOM 9593 CB TYR C 246 67.059 -1.078 38.296 1.00 61.29 C +ANISOU 9593 CB TYR C 246 8466 7700 7122 576 93 -36 C +ATOM 9594 CG TYR C 246 67.730 -2.425 38.404 1.00 62.16 C +ANISOU 9594 CG TYR C 246 8704 7837 7078 752 289 82 C +ATOM 9595 CD1 TYR C 246 69.096 -2.519 38.611 1.00 69.42 C +ANISOU 9595 CD1 TYR C 246 9662 9038 7677 896 278 201 C +ATOM 9596 CD2 TYR C 246 66.995 -3.600 38.319 1.00 63.79 C +ANISOU 9596 CD2 TYR C 246 8982 7778 7478 780 501 60 C +ATOM 9597 CE1 TYR C 246 69.718 -3.746 38.719 1.00 81.33 C +ANISOU 9597 CE1 TYR C 246 11301 10581 9018 1087 464 319 C +ATOM 9598 CE2 TYR C 246 67.606 -4.834 38.427 1.00 69.93 C +ANISOU 9598 CE2 TYR C 246 9895 8552 8124 953 714 180 C +ATOM 9599 CZ TYR C 246 68.965 -4.900 38.627 1.00 76.06 C +ANISOU 9599 CZ TYR C 246 10732 9628 8538 1118 690 322 C +ATOM 9600 OH TYR C 246 69.577 -6.127 38.735 1.00 64.51 O +ANISOU 9600 OH TYR C 246 9419 8171 6920 1319 907 452 O +ATOM 9601 N ASN C 247 67.649 -1.563 34.924 1.00 56.94 N +ANISOU 9601 N ASN C 247 7948 7150 6537 553 -256 -86 N +ATOM 9602 CA ASN C 247 67.229 -2.395 33.808 1.00 49.40 C +ANISOU 9602 CA ASN C 247 7020 6068 5682 589 -300 -186 C +ATOM 9603 C ASN C 247 67.133 -3.841 34.291 1.00 66.26 C +ANISOU 9603 C ASN C 247 9234 8061 7881 661 -50 -178 C +ATOM 9604 O ASN C 247 68.161 -4.452 34.614 1.00 70.22 O +ANISOU 9604 O ASN C 247 9834 8690 8157 783 70 -18 O +ATOM 9605 CB ASN C 247 68.201 -2.269 32.636 1.00 49.08 C +ANISOU 9605 CB ASN C 247 7020 6203 5425 675 -455 -103 C +ATOM 9606 CG ASN C 247 67.602 -2.753 31.329 1.00 49.83 C +ANISOU 9606 CG ASN C 247 7114 6201 5619 734 -584 -258 C +ATOM 9607 OD1 ASN C 247 66.751 -3.643 31.314 1.00 65.50 O +ANISOU 9607 OD1 ASN C 247 9077 7992 7819 724 -511 -430 O +ATOM 9608 ND2 ASN C 247 68.045 -2.167 30.221 1.00 49.71 N +ANISOU 9608 ND2 ASN C 247 7114 6320 5456 816 -761 -214 N +ATOM 9609 N PRO C 248 65.932 -4.426 34.376 1.00 59.04 N +ANISOU 9609 N PRO C 248 8273 6874 7284 600 61 -352 N +ATOM 9610 CA PRO C 248 65.806 -5.741 35.023 1.00 62.25 C +ANISOU 9610 CA PRO C 248 8761 7090 7802 663 386 -320 C +ATOM 9611 C PRO C 248 66.310 -6.908 34.189 1.00 62.53 C +ANISOU 9611 C PRO C 248 8876 7088 7794 762 429 -330 C +ATOM 9612 O PRO C 248 66.432 -8.016 34.729 1.00 54.85 O +ANISOU 9612 O PRO C 248 8006 5968 6868 845 733 -256 O +ATOM 9613 CB PRO C 248 64.292 -5.864 35.278 1.00 54.05 C +ANISOU 9613 CB PRO C 248 7605 5744 7187 532 494 -541 C +ATOM 9614 CG PRO C 248 63.699 -4.528 34.927 1.00 63.88 C +ANISOU 9614 CG PRO C 248 8720 7072 8479 420 206 -664 C +ATOM 9615 CD PRO C 248 64.620 -3.932 33.930 1.00 51.90 C +ANISOU 9615 CD PRO C 248 7232 5813 6673 481 -73 -595 C +ATOM 9616 N THR C 249 66.598 -6.709 32.901 1.00 53.21 N +ANISOU 9616 N THR C 249 7667 6027 6522 782 158 -411 N +ATOM 9617 CA THR C 249 67.169 -7.760 32.071 1.00 55.84 C +ANISOU 9617 CA THR C 249 8081 6362 6775 898 170 -419 C +ATOM 9618 C THR C 249 68.638 -7.537 31.752 1.00 52.75 C +ANISOU 9618 C THR C 249 7793 6282 5968 1028 66 -183 C +ATOM 9619 O THR C 249 69.321 -8.492 31.369 1.00 53.28 O +ANISOU 9619 O THR C 249 7962 6375 5907 1152 139 -119 O +ATOM 9620 CB THR C 249 66.392 -7.889 30.754 1.00 59.82 C +ANISOU 9620 CB THR C 249 8472 6776 7479 883 -53 -722 C +ATOM 9621 OG1 THR C 249 66.532 -6.686 29.990 1.00 60.97 O +ANISOU 9621 OG1 THR C 249 8571 7144 7450 904 -366 -718 O +ATOM 9622 CG2 THR C 249 64.917 -8.147 31.028 1.00 56.43 C +ANISOU 9622 CG2 THR C 249 7894 6041 7505 746 46 -1014 C +ATOM 9623 N THR C 250 69.135 -6.310 31.897 1.00 64.76 N +ANISOU 9623 N THR C 250 9277 8026 7301 997 -86 -66 N +ATOM 9624 CA THR C 250 70.560 -6.035 31.790 1.00 64.88 C +ANISOU 9624 CA THR C 250 9353 8330 6967 1096 -138 146 C +ATOM 9625 C THR C 250 71.256 -6.065 33.142 1.00 61.04 C +ANISOU 9625 C THR C 250 8908 7970 6314 1146 47 309 C +ATOM 9626 O THR C 250 72.476 -6.256 33.192 1.00 50.24 O +ANISOU 9626 O THR C 250 7594 6832 4664 1269 65 459 O +ATOM 9627 CB THR C 250 70.784 -4.666 31.134 1.00 64.15 C +ANISOU 9627 CB THR C 250 9180 8393 6799 1042 -375 164 C +ATOM 9628 OG1 THR C 250 70.117 -4.623 29.867 1.00 67.26 O +ANISOU 9628 OG1 THR C 250 9552 8706 7299 1068 -552 13 O +ATOM 9629 CG2 THR C 250 72.268 -4.388 30.928 1.00 85.45 C +ANISOU 9629 CG2 THR C 250 11908 11365 9193 1126 -405 359 C +ATOM 9630 N TYR C 251 70.510 -5.890 34.233 1.00 50.65 N +ANISOU 9630 N TYR C 251 7562 6529 5153 1085 184 271 N +ATOM 9631 CA TYR C 251 71.069 -5.839 35.580 1.00 56.09 C +ANISOU 9631 CA TYR C 251 8285 7365 5663 1186 346 399 C +ATOM 9632 C TYR C 251 72.070 -4.703 35.735 1.00 58.78 C +ANISOU 9632 C TYR C 251 8533 8023 5780 1175 172 453 C +ATOM 9633 O TYR C 251 72.927 -4.740 36.619 1.00 72.19 O +ANISOU 9633 O TYR C 251 10241 9946 7241 1315 251 538 O +ATOM 9634 CB TYR C 251 71.712 -7.176 35.967 1.00 61.28 C +ANISOU 9634 CB TYR C 251 9102 8040 6142 1406 596 535 C +ATOM 9635 CG TYR C 251 70.708 -8.286 36.182 1.00 53.32 C +ANISOU 9635 CG TYR C 251 8181 6673 5407 1420 873 488 C +ATOM 9636 CD1 TYR C 251 70.112 -8.929 35.105 1.00 53.81 C +ANISOU 9636 CD1 TYR C 251 8236 6498 5713 1335 843 345 C +ATOM 9637 CD2 TYR C 251 70.354 -8.691 37.462 1.00 55.69 C +ANISOU 9637 CD2 TYR C 251 8560 6866 5736 1534 1184 572 C +ATOM 9638 CE1 TYR C 251 69.193 -9.942 35.298 1.00 55.53 C +ANISOU 9638 CE1 TYR C 251 8494 6355 6248 1320 1121 259 C +ATOM 9639 CE2 TYR C 251 69.437 -9.703 37.664 1.00 56.22 C +ANISOU 9639 CE2 TYR C 251 8698 6558 6105 1537 1499 537 C +ATOM 9640 CZ TYR C 251 68.860 -10.326 36.579 1.00 56.75 C +ANISOU 9640 CZ TYR C 251 8729 6368 6464 1408 1470 367 C +ATOM 9641 OH TYR C 251 67.946 -11.335 36.776 1.00 81.15 O +ANISOU 9641 OH TYR C 251 11855 9057 9922 1385 1808 290 O +ATOM 9642 N GLN C 252 71.982 -3.697 34.876 1.00 49.17 N +ANISOU 9642 N GLN C 252 7216 6824 4642 1030 -50 391 N +ATOM 9643 CA GLN C 252 72.714 -2.451 35.020 1.00 50.84 C +ANISOU 9643 CA GLN C 252 7306 7251 4758 964 -181 404 C +ATOM 9644 C GLN C 252 71.695 -1.325 35.143 1.00 61.23 C +ANISOU 9644 C GLN C 252 8527 8424 6314 789 -274 291 C +ATOM 9645 O GLN C 252 70.486 -1.562 35.187 1.00 75.68 O +ANISOU 9645 O GLN C 252 10378 10025 8353 735 -241 203 O +ATOM 9646 CB GLN C 252 73.663 -2.233 33.839 1.00 48.50 C +ANISOU 9646 CB GLN C 252 6999 7092 4336 980 -301 477 C +ATOM 9647 CG GLN C 252 74.526 -3.441 33.505 1.00 48.88 C +ANISOU 9647 CG GLN C 252 7158 7250 4163 1158 -224 583 C +ATOM 9648 CD GLN C 252 75.664 -3.634 34.473 1.00 56.21 C +ANISOU 9648 CD GLN C 252 8062 8453 4842 1289 -136 648 C +ATOM 9649 OE1 GLN C 252 75.643 -3.126 35.593 1.00 56.60 O +ANISOU 9649 OE1 GLN C 252 8031 8590 4886 1282 -104 591 O +ATOM 9650 NE2 GLN C 252 76.668 -4.382 34.050 1.00 63.08 N +ANISOU 9650 NE2 GLN C 252 8998 9484 5487 1440 -106 749 N +ATOM 9651 N MET C 253 72.178 -0.090 35.196 1.00 57.69 N +ANISOU 9651 N MET C 253 7961 8100 5857 697 -376 278 N +ATOM 9652 CA MET C 253 71.311 1.061 35.405 1.00 66.23 C +ANISOU 9652 CA MET C 253 8958 9060 7148 544 -450 180 C +ATOM 9653 C MET C 253 71.460 2.038 34.251 1.00 59.16 C +ANISOU 9653 C MET C 253 8023 8138 6315 464 -573 201 C +ATOM 9654 O MET C 253 72.576 2.443 33.909 1.00 53.21 O +ANISOU 9654 O MET C 253 7221 7536 5460 469 -581 273 O +ATOM 9655 CB MET C 253 71.622 1.742 36.736 1.00 48.15 C +ANISOU 9655 CB MET C 253 6560 6906 4829 521 -420 121 C +ATOM 9656 CG MET C 253 71.307 0.861 37.928 1.00 48.58 C +ANISOU 9656 CG MET C 253 6677 6971 4809 656 -270 119 C +ATOM 9657 SD MET C 253 70.986 1.790 39.437 1.00 95.05 S +ANISOU 9657 SD MET C 253 12451 12932 10732 642 -262 1 S +ATOM 9658 CE MET C 253 69.233 2.118 39.255 1.00 48.48 C +ANISOU 9658 CE MET C 253 6577 6694 5149 488 -270 -63 C +ATOM 9659 N ASP C 254 70.331 2.405 33.656 1.00 55.93 N +ANISOU 9659 N ASP C 254 7636 7539 6077 413 -648 138 N +ATOM 9660 CA ASP C 254 70.298 3.305 32.516 1.00 60.39 C +ANISOU 9660 CA ASP C 254 8203 8060 6683 403 -738 175 C +ATOM 9661 C ASP C 254 69.948 4.714 32.972 1.00 66.57 C +ANISOU 9661 C ASP C 254 8896 8777 7619 269 -753 127 C +ATOM 9662 O ASP C 254 69.141 4.901 33.890 1.00 59.94 O +ANISOU 9662 O ASP C 254 8014 7862 6899 193 -750 20 O +ATOM 9663 CB ASP C 254 69.276 2.828 31.482 1.00 63.76 C +ANISOU 9663 CB ASP C 254 8707 8354 7166 495 -830 109 C +ATOM 9664 CG ASP C 254 69.511 1.395 31.044 1.00 67.27 C +ANISOU 9664 CG ASP C 254 9230 8828 7501 619 -813 114 C +ATOM 9665 OD1 ASP C 254 70.683 0.968 30.985 1.00 74.97 O +ANISOU 9665 OD1 ASP C 254 10236 9952 8296 679 -756 239 O +ATOM 9666 OD2 ASP C 254 68.520 0.691 30.761 1.00 77.26 O +ANISOU 9666 OD2 ASP C 254 10512 9964 8880 657 -851 -29 O +ATOM 9667 N VAL C 255 70.574 5.705 32.334 1.00 77.53 N +ANISOU 9667 N VAL C 255 10259 10180 9017 248 -742 214 N +ATOM 9668 CA VAL C 255 70.141 7.080 32.525 1.00 72.30 C +ANISOU 9668 CA VAL C 255 9538 9404 8530 137 -737 175 C +ATOM 9669 C VAL C 255 68.727 7.208 31.988 1.00 60.98 C +ANISOU 9669 C VAL C 255 8181 7812 7178 196 -829 115 C +ATOM 9670 O VAL C 255 68.400 6.680 30.916 1.00 60.52 O +ANISOU 9670 O VAL C 255 8217 7741 7038 352 -894 142 O +ATOM 9671 CB VAL C 255 71.100 8.065 31.836 1.00 63.45 C +ANISOU 9671 CB VAL C 255 8388 8282 7437 119 -645 300 C +ATOM 9672 CG1 VAL C 255 70.881 8.085 30.321 1.00 70.24 C +ANISOU 9672 CG1 VAL C 255 9393 9074 8219 301 -656 439 C +ATOM 9673 CG2 VAL C 255 70.940 9.460 32.424 1.00 67.31 C +ANISOU 9673 CG2 VAL C 255 8775 8659 8140 -40 -589 232 C +ATOM 9674 N ASN C 256 67.872 7.896 32.736 1.00 59.01 N +ANISOU 9674 N ASN C 256 7877 7462 7082 93 -848 7 N +ATOM 9675 CA ASN C 256 66.479 7.985 32.341 1.00 49.18 C +ANISOU 9675 CA ASN C 256 6675 6088 5921 151 -944 -88 C +ATOM 9676 C ASN C 256 66.228 9.330 31.677 1.00 64.16 C +ANISOU 9676 C ASN C 256 8607 7889 7880 186 -940 -29 C +ATOM 9677 O ASN C 256 66.307 10.365 32.359 1.00 74.17 O +ANISOU 9677 O ASN C 256 9813 9096 9273 52 -877 -38 O +ATOM 9678 CB ASN C 256 65.553 7.806 33.538 1.00 53.96 C +ANISOU 9678 CB ASN C 256 7212 6633 6657 47 -953 -239 C +ATOM 9679 CG ASN C 256 64.091 7.739 33.132 1.00 68.19 C +ANISOU 9679 CG ASN C 256 9025 8315 8568 105 -1053 -376 C +ATOM 9680 OD1 ASN C 256 63.765 7.731 31.946 1.00 80.47 O +ANISOU 9680 OD1 ASN C 256 10639 9864 10074 253 -1140 -382 O +ATOM 9681 ND2 ASN C 256 63.205 7.679 34.116 1.00 63.54 N +ANISOU 9681 ND2 ASN C 256 8371 7650 8120 15 -1039 -500 N +ATOM 9682 N PRO C 257 65.926 9.385 30.380 1.00 83.83 N +ANISOU 9682 N PRO C 257 11202 10365 10283 389 -993 28 N +ATOM 9683 CA PRO C 257 65.381 10.625 29.834 1.00 86.77 C +ANISOU 9683 CA PRO C 257 11633 10629 10706 477 -978 74 C +ATOM 9684 C PRO C 257 64.060 10.886 30.528 1.00 97.79 C +ANISOU 9684 C PRO C 257 12972 11943 12242 408 -1071 -112 C +ATOM 9685 O PRO C 257 63.326 9.950 30.849 1.00119.99 O +ANISOU 9685 O PRO C 257 15731 14777 15082 395 -1174 -278 O +ATOM 9686 CB PRO C 257 65.196 10.307 28.349 1.00 95.33 C +ANISOU 9686 CB PRO C 257 12844 11770 11609 787 -1050 133 C +ATOM 9687 CG PRO C 257 64.828 8.868 28.363 1.00100.40 C +ANISOU 9687 CG PRO C 257 13445 12500 12203 814 -1189 -32 C +ATOM 9688 CD PRO C 257 65.672 8.253 29.467 1.00 93.29 C +ANISOU 9688 CD PRO C 257 12463 11637 11348 580 -1100 -15 C +ATOM 9689 N GLU C 258 63.761 12.152 30.783 1.00 89.67 N +ANISOU 9689 N GLU C 258 11946 10801 11323 357 -1012 -87 N +ATOM 9690 CA GLU C 258 62.540 12.533 31.479 1.00 88.74 C +ANISOU 9690 CA GLU C 258 11773 10605 11338 291 -1089 -250 C +ATOM 9691 C GLU C 258 62.688 12.307 32.976 1.00 73.65 C +ANISOU 9691 C GLU C 258 9738 8698 9546 46 -1056 -343 C +ATOM 9692 O GLU C 258 61.696 12.389 33.716 1.00 70.26 O +ANISOU 9692 O GLU C 258 9251 8218 9227 -18 -1110 -484 O +ATOM 9693 CB GLU C 258 61.325 11.762 30.950 1.00 92.51 C +ANISOU 9693 CB GLU C 258 12249 11120 11781 454 -1262 -425 C +ATOM 9694 CG GLU C 258 61.255 11.680 29.411 1.00100.19 C +ANISOU 9694 CG GLU C 258 13335 12161 12570 771 -1334 -374 C +ATOM 9695 CD GLU C 258 60.714 10.358 28.908 1.00112.85 C +ANISOU 9695 CD GLU C 258 14890 13862 14125 893 -1494 -569 C +ATOM 9696 OE1 GLU C 258 60.270 9.529 29.731 1.00113.70 O +ANISOU 9696 OE1 GLU C 258 14880 13944 14376 722 -1521 -738 O +ATOM 9697 OE2 GLU C 258 60.754 10.142 27.677 1.00123.18 O +ANISOU 9697 OE2 GLU C 258 16278 15266 15257 1176 -1574 -557 O +ATOM 9698 N GLY C 259 63.897 12.010 33.450 1.00 68.13 N +ANISOU 9698 N GLY C 259 8994 8079 8813 -61 -968 -275 N +ATOM 9699 CA GLY C 259 64.144 11.989 34.879 1.00 67.59 C +ANISOU 9699 CA GLY C 259 8813 8049 8818 -232 -931 -362 C +ATOM 9700 C GLY C 259 64.214 13.405 35.422 1.00 58.11 C +ANISOU 9700 C GLY C 259 7558 6756 7766 -350 -872 -387 C +ATOM 9701 O GLY C 259 64.778 14.303 34.799 1.00 51.14 O +ANISOU 9701 O GLY C 259 6702 5798 6930 -351 -781 -288 O +ATOM 9702 N LYS C 260 63.636 13.600 36.602 1.00 54.22 N +ANISOU 9702 N LYS C 260 6988 6253 7359 -440 -900 -521 N +ATOM 9703 CA LYS C 260 63.477 14.942 37.140 1.00 63.78 C +ANISOU 9703 CA LYS C 260 8147 7359 8727 -541 -864 -583 C +ATOM 9704 C LYS C 260 63.832 14.970 38.619 1.00 65.87 C +ANISOU 9704 C LYS C 260 8276 7727 9025 -644 -862 -725 C +ATOM 9705 O LYS C 260 63.855 13.944 39.302 1.00 69.24 O +ANISOU 9705 O LYS C 260 8678 8287 9342 -603 -885 -764 O +ATOM 9706 CB LYS C 260 62.050 15.459 36.916 1.00 53.37 C +ANISOU 9706 CB LYS C 260 6894 5905 7481 -483 -928 -622 C +ATOM 9707 CG LYS C 260 61.716 15.651 35.446 1.00 54.80 C +ANISOU 9707 CG LYS C 260 7207 6012 7603 -317 -937 -504 C +ATOM 9708 CD LYS C 260 60.370 16.322 35.242 1.00 70.61 C +ANISOU 9708 CD LYS C 260 9261 7906 9662 -228 -1003 -563 C +ATOM 9709 CE LYS C 260 59.985 16.341 33.769 1.00 78.64 C +ANISOU 9709 CE LYS C 260 10409 8910 10558 19 -1038 -474 C +ATOM 9710 NZ LYS C 260 59.907 17.720 33.213 1.00 76.02 N +ANISOU 9710 NZ LYS C 260 10186 8433 10263 118 -929 -358 N +ATOM 9711 N TYR C 261 64.108 16.181 39.091 1.00 53.59 N +ANISOU 9711 N TYR C 261 6637 6102 7621 -753 -819 -809 N +ATOM 9712 CA TYR C 261 64.539 16.452 40.453 1.00 55.96 C +ANISOU 9712 CA TYR C 261 6784 6518 7961 -826 -832 -990 C +ATOM 9713 C TYR C 261 63.340 16.823 41.313 1.00 63.07 C +ANISOU 9713 C TYR C 261 7687 7359 8917 -819 -893 -1095 C +ATOM 9714 O TYR C 261 62.405 17.481 40.846 1.00 60.37 O +ANISOU 9714 O TYR C 261 7425 6840 8674 -823 -900 -1059 O +ATOM 9715 CB TYR C 261 65.567 17.587 40.471 1.00 53.43 C +ANISOU 9715 CB TYR C 261 6333 6146 7822 -960 -746 -1077 C +ATOM 9716 CG TYR C 261 66.882 17.225 39.815 1.00 55.86 C +ANISOU 9716 CG TYR C 261 6595 6537 8093 -976 -667 -1003 C +ATOM 9717 CD1 TYR C 261 67.877 16.578 40.531 1.00 64.10 C +ANISOU 9717 CD1 TYR C 261 7496 7833 9024 -960 -701 -1121 C +ATOM 9718 CD2 TYR C 261 67.127 17.526 38.480 1.00 54.59 C +ANISOU 9718 CD2 TYR C 261 6536 6217 7988 -970 -550 -811 C +ATOM 9719 CE1 TYR C 261 69.076 16.239 39.944 1.00 61.30 C +ANISOU 9719 CE1 TYR C 261 7086 7569 8636 -970 -631 -1063 C +ATOM 9720 CE2 TYR C 261 68.328 17.189 37.882 1.00 71.37 C +ANISOU 9720 CE2 TYR C 261 8617 8417 10082 -976 -461 -732 C +ATOM 9721 CZ TYR C 261 69.299 16.545 38.621 1.00 72.30 C +ANISOU 9721 CZ TYR C 261 8577 8785 10110 -993 -507 -866 C +ATOM 9722 OH TYR C 261 70.499 16.204 38.039 1.00 82.93 O +ANISOU 9722 OH TYR C 261 9865 10219 11426 -996 -422 -799 O +ATOM 9723 N SER C 262 63.381 16.404 42.575 1.00 57.29 N +ANISOU 9723 N SER C 262 6873 6792 8103 -776 -930 -1219 N +ATOM 9724 CA SER C 262 62.291 16.636 43.517 1.00 59.22 C +ANISOU 9724 CA SER C 262 7118 7007 8378 -741 -970 -1310 C +ATOM 9725 C SER C 262 62.505 17.981 44.202 1.00 65.68 C +ANISOU 9725 C SER C 262 7815 7791 9348 -832 -989 -1493 C +ATOM 9726 O SER C 262 63.464 18.154 44.961 1.00 72.98 O +ANISOU 9726 O SER C 262 8594 8882 10253 -836 -1004 -1655 O +ATOM 9727 CB SER C 262 62.222 15.501 44.535 1.00 50.70 C +ANISOU 9727 CB SER C 262 6032 6113 7118 -597 -959 -1328 C +ATOM 9728 OG SER C 262 61.417 15.854 45.645 1.00 70.37 O +ANISOU 9728 OG SER C 262 8496 8609 9630 -543 -976 -1433 O +ATOM 9729 N PHE C 263 61.609 18.931 43.940 1.00 60.59 N +ANISOU 9729 N PHE C 263 7223 6942 8858 -889 -992 -1493 N +ATOM 9730 CA PHE C 263 61.673 20.262 44.538 1.00 60.95 C +ANISOU 9730 CA PHE C 263 7170 6906 9083 -981 -994 -1670 C +ATOM 9731 C PHE C 263 60.301 20.585 45.112 1.00 60.64 C +ANISOU 9731 C PHE C 263 7187 6790 9063 -929 -1046 -1703 C +ATOM 9732 O PHE C 263 59.337 20.769 44.361 1.00 61.78 O +ANISOU 9732 O PHE C 263 7454 6769 9250 -916 -1039 -1584 O +ATOM 9733 CB PHE C 263 62.107 21.308 43.508 1.00 63.47 C +ANISOU 9733 CB PHE C 263 7507 7000 9608 -1105 -888 -1615 C +ATOM 9734 CG PHE C 263 61.994 22.726 43.994 1.00 64.07 C +ANISOU 9734 CG PHE C 263 7506 6917 9920 -1209 -853 -1784 C +ATOM 9735 CD1 PHE C 263 62.496 23.097 45.232 1.00 65.10 C +ANISOU 9735 CD1 PHE C 263 7443 7182 10111 -1248 -912 -2065 C +ATOM 9736 CD2 PHE C 263 61.395 23.692 43.202 1.00 68.19 C +ANISOU 9736 CD2 PHE C 263 8150 7161 10596 -1237 -756 -1675 C +ATOM 9737 CE1 PHE C 263 62.392 24.405 45.674 1.00 68.89 C +ANISOU 9737 CE1 PHE C 263 7838 7502 10835 -1348 -880 -2254 C +ATOM 9738 CE2 PHE C 263 61.290 24.999 43.637 1.00 59.14 C +ANISOU 9738 CE2 PHE C 263 6944 5838 9687 -1332 -695 -1826 C +ATOM 9739 CZ PHE C 263 61.789 25.357 44.874 1.00 69.11 C +ANISOU 9739 CZ PHE C 263 7999 7217 11044 -1406 -759 -2126 C +ATOM 9740 N GLY C 264 60.213 20.652 46.438 1.00 53.98 N +ANISOU 9740 N GLY C 264 6248 6087 8173 -869 -1100 -1875 N +ATOM 9741 CA GLY C 264 58.918 20.821 47.073 1.00 53.58 C +ANISOU 9741 CA GLY C 264 6249 5989 8122 -798 -1136 -1895 C +ATOM 9742 C GLY C 264 58.019 19.654 46.721 1.00 73.38 C +ANISOU 9742 C GLY C 264 8869 8490 10522 -705 -1112 -1723 C +ATOM 9743 O GLY C 264 58.403 18.486 46.840 1.00 85.64 O +ANISOU 9743 O GLY C 264 10430 10180 11929 -624 -1076 -1656 O +ATOM 9744 N ALA C 265 56.801 19.966 46.283 1.00 59.95 N +ANISOU 9744 N ALA C 265 7246 6625 8908 -711 -1124 -1672 N +ATOM 9745 CA ALA C 265 55.879 18.969 45.744 1.00 56.66 C +ANISOU 9745 CA ALA C 265 6900 6168 8461 -650 -1105 -1561 C +ATOM 9746 C ALA C 265 55.829 19.031 44.224 1.00 61.30 C +ANISOU 9746 C ALA C 265 7564 6641 9086 -680 -1124 -1461 C +ATOM 9747 O ALA C 265 54.766 18.871 43.619 1.00 72.04 O +ANISOU 9747 O ALA C 265 8967 7920 10486 -632 -1156 -1443 O +ATOM 9748 CB ALA C 265 54.487 19.156 46.338 1.00 50.77 C +ANISOU 9748 CB ALA C 265 6155 5356 7781 -599 -1113 -1613 C +ATOM 9749 N THR C 266 56.973 19.267 43.584 1.00 56.64 N +ANISOU 9749 N THR C 266 6984 6058 8479 -733 -1102 -1407 N +ATOM 9750 CA THR C 266 57.042 19.388 42.136 1.00 54.18 C +ANISOU 9750 CA THR C 266 6764 5652 8172 -713 -1097 -1289 C +ATOM 9751 C THR C 266 58.277 18.663 41.621 1.00 56.45 C +ANISOU 9751 C THR C 266 7048 6034 8367 -726 -1055 -1203 C +ATOM 9752 O THR C 266 59.209 18.361 42.371 1.00 55.21 O +ANISOU 9752 O THR C 266 6807 6005 8165 -770 -1030 -1252 O +ATOM 9753 CB THR C 266 57.087 20.854 41.689 1.00 52.20 C +ANISOU 9753 CB THR C 266 6562 5234 8039 -746 -1057 -1276 C +ATOM 9754 OG1 THR C 266 58.148 21.533 42.373 1.00 53.08 O +ANISOU 9754 OG1 THR C 266 6578 5348 8240 -868 -996 -1359 O +ATOM 9755 CG2 THR C 266 55.767 21.549 41.981 1.00 52.42 C +ANISOU 9755 CG2 THR C 266 6619 5165 8134 -699 -1105 -1341 C +ATOM 9756 N CYS C 267 58.271 18.400 40.315 1.00 54.35 N +ANISOU 9756 N CYS C 267 6873 5723 8053 -656 -1055 -1085 N +ATOM 9757 CA CYS C 267 59.374 17.744 39.624 1.00 67.62 C +ANISOU 9757 CA CYS C 267 8571 7481 9640 -647 -1014 -982 C +ATOM 9758 C CYS C 267 59.920 18.707 38.579 1.00 65.87 C +ANISOU 9758 C CYS C 267 8426 7136 9467 -633 -930 -866 C +ATOM 9759 O CYS C 267 59.179 19.152 37.696 1.00 68.41 O +ANISOU 9759 O CYS C 267 8857 7355 9783 -512 -940 -800 O +ATOM 9760 CB CYS C 267 58.913 16.439 38.969 1.00 75.83 C +ANISOU 9760 CB CYS C 267 9656 8584 10572 -539 -1070 -944 C +ATOM 9761 SG CYS C 267 57.954 15.350 40.053 1.00 62.79 S +ANISOU 9761 SG CYS C 267 7935 6987 8936 -535 -1093 -1061 S +ATOM 9762 N VAL C 268 61.211 19.023 38.676 1.00 74.59 N +ANISOU 9762 N VAL C 268 9468 8254 10620 -734 -830 -845 N +ATOM 9763 CA VAL C 268 61.837 20.032 37.829 1.00 78.49 C +ANISOU 9763 CA VAL C 268 10016 8585 11221 -745 -677 -732 C +ATOM 9764 C VAL C 268 63.037 19.428 37.118 1.00 86.66 C +ANISOU 9764 C VAL C 268 11049 9698 12178 -733 -600 -613 C +ATOM 9765 O VAL C 268 63.772 18.615 37.683 1.00 91.01 O +ANISOU 9765 O VAL C 268 11493 10426 12661 -795 -642 -680 O +ATOM 9766 CB VAL C 268 62.272 21.266 38.648 1.00 60.35 C +ANISOU 9766 CB VAL C 268 7604 6168 9159 -913 -577 -862 C +ATOM 9767 CG1 VAL C 268 61.064 21.957 39.256 1.00 55.59 C +ANISOU 9767 CG1 VAL C 268 7025 5472 8625 -904 -643 -960 C +ATOM 9768 CG2 VAL C 268 63.262 20.858 39.733 1.00 55.51 C +ANISOU 9768 CG2 VAL C 268 6791 5738 8561 -1044 -613 -1039 C +ATOM 9769 N LYS C 269 63.260 19.857 35.875 1.00 80.72 N +ANISOU 9769 N LYS C 269 10427 8820 11425 -623 -470 -425 N +ATOM 9770 CA LYS C 269 64.427 19.384 35.142 1.00 77.82 C +ANISOU 9770 CA LYS C 269 10064 8512 10994 -601 -370 -293 C +ATOM 9771 C LYS C 269 65.722 19.986 35.671 1.00 87.83 C +ANISOU 9771 C LYS C 269 11160 9738 12473 -809 -211 -368 C +ATOM 9772 O LYS C 269 66.789 19.396 35.473 1.00 90.26 O +ANISOU 9772 O LYS C 269 11399 10165 12732 -837 -168 -334 O +ATOM 9773 CB LYS C 269 64.277 19.699 33.653 1.00 65.92 C +ANISOU 9773 CB LYS C 269 8756 6884 9406 -374 -253 -56 C +ATOM 9774 N LYS C 270 65.654 21.134 36.345 1.00 85.77 N +ANISOU 9774 N LYS C 270 10810 9320 12460 -952 -126 -498 N +ATOM 9775 CA LYS C 270 66.842 21.802 36.858 1.00 82.55 C +ANISOU 9775 CA LYS C 270 10194 8856 12315 -1161 27 -641 C +ATOM 9776 C LYS C 270 66.579 22.340 38.254 1.00 83.68 C +ANISOU 9776 C LYS C 270 10164 9023 12607 -1309 -72 -937 C +ATOM 9777 O LYS C 270 65.485 22.830 38.551 1.00 82.67 O +ANISOU 9777 O LYS C 270 10119 8797 12496 -1273 -133 -964 O +ATOM 9778 CB LYS C 270 67.279 22.947 35.939 1.00 88.31 C +ANISOU 9778 CB LYS C 270 10989 9270 13294 -1178 350 -481 C +ATOM 9779 CG LYS C 270 67.878 22.489 34.621 1.00108.05 C +ANISOU 9779 CG LYS C 270 13624 11761 15670 -1027 497 -200 C +ATOM 9780 CD LYS C 270 68.475 23.650 33.838 1.00126.92 C +ANISOU 9780 CD LYS C 270 16058 13817 18349 -1047 888 -38 C +ATOM 9781 CE LYS C 270 67.438 24.721 33.531 1.00129.31 C +ANISOU 9781 CE LYS C 270 16553 13844 18736 -931 1014 71 C +ATOM 9782 NZ LYS C 270 66.274 24.172 32.784 1.00123.59 N +ANISOU 9782 NZ LYS C 270 16090 13223 17644 -610 839 254 N +ATOM 9783 N CYS C 271 67.596 22.242 39.100 1.00 83.63 N +ANISOU 9783 N CYS C 271 9910 9173 12694 -1448 -97 -1173 N +ATOM 9784 CA CYS C 271 67.511 22.704 40.479 1.00 84.49 C +ANISOU 9784 CA CYS C 271 9823 9359 12919 -1550 -208 -1499 C +ATOM 9785 C CYS C 271 67.596 24.229 40.524 1.00 89.96 C +ANISOU 9785 C CYS C 271 10434 9740 14006 -1710 -13 -1619 C +ATOM 9786 O CYS C 271 68.541 24.801 39.974 1.00 87.43 O +ANISOU 9786 O CYS C 271 10021 9249 13949 -1830 223 -1612 O +ATOM 9787 CB CYS C 271 68.641 22.103 41.301 1.00 89.15 C +ANISOU 9787 CB CYS C 271 10162 10253 13457 -1592 -303 -1743 C +ATOM 9788 SG CYS C 271 68.168 20.963 42.603 1.00 89.85 S +ANISOU 9788 SG CYS C 271 10226 10719 13195 -1426 -585 -1882 S +ATOM 9789 N PRO C 272 66.653 24.918 41.167 1.00 83.56 N +ANISOU 9789 N PRO C 272 9650 8829 13269 -1719 -78 -1731 N +ATOM 9790 CA PRO C 272 66.691 26.385 41.164 1.00 78.14 C +ANISOU 9790 CA PRO C 272 8908 7808 12975 -1864 135 -1834 C +ATOM 9791 C PRO C 272 67.884 26.938 41.933 1.00 87.42 C +ANISOU 9791 C PRO C 272 9734 9007 14475 -2074 195 -2215 C +ATOM 9792 O PRO C 272 68.481 26.276 42.784 1.00 91.65 O +ANISOU 9792 O PRO C 272 10058 9875 14889 -2072 0 -2465 O +ATOM 9793 CB PRO C 272 65.372 26.780 41.838 1.00 69.81 C +ANISOU 9793 CB PRO C 272 7949 6719 11855 -1798 -10 -1895 C +ATOM 9794 CG PRO C 272 64.508 25.572 41.750 1.00 63.62 C +ANISOU 9794 CG PRO C 272 7338 6167 10669 -1603 -226 -1717 C +ATOM 9795 CD PRO C 272 65.446 24.422 41.853 1.00 80.10 C +ANISOU 9795 CD PRO C 272 9312 8541 12580 -1588 -312 -1745 C +ATOM 9796 N ARG C 273 68.227 28.185 41.609 1.00 82.55 N +ANISOU 9796 N ARG C 273 9051 8025 14289 -2236 486 -2273 N +ATOM 9797 CA ARG C 273 69.297 28.883 42.307 1.00 89.91 C +ANISOU 9797 CA ARG C 273 9613 8921 15629 -2463 572 -2697 C +ATOM 9798 C ARG C 273 69.066 28.863 43.813 1.00 98.84 C +ANISOU 9798 C ARG C 273 10533 10334 16687 -2455 259 -3119 C +ATOM 9799 O ARG C 273 67.930 28.857 44.293 1.00105.66 O +ANISOU 9799 O ARG C 273 11555 11243 17346 -2333 88 -3075 O +ATOM 9800 CB ARG C 273 69.406 30.327 41.808 1.00103.64 C +ANISOU 9800 CB ARG C 273 11348 10150 17881 -2632 963 -2693 C +ATOM 9801 CG ARG C 273 69.946 30.465 40.387 1.00109.55 C +ANISOU 9801 CG ARG C 273 12244 10606 18773 -2636 1350 -2324 C +ATOM 9802 CD ARG C 273 70.181 31.922 40.004 1.00107.14 C +ANISOU 9802 CD ARG C 273 11908 9767 19034 -2805 1805 -2344 C +ATOM 9803 NE ARG C 273 71.001 32.622 40.996 1.00119.64 N +ANISOU 9803 NE ARG C 273 13056 11304 21096 -3086 1835 -2896 N +ATOM 9804 CZ ARG C 273 70.647 33.733 41.641 1.00122.77 C +ANISOU 9804 CZ ARG C 273 13359 11465 21824 -3200 1907 -3161 C +ATOM 9805 NH1 ARG C 273 69.480 34.323 41.410 1.00124.09 N +ANISOU 9805 NH1 ARG C 273 13835 11367 21945 -3093 1987 -2926 N +ATOM 9806 NH2 ARG C 273 71.480 34.271 42.521 1.00115.98 N +ANISOU 9806 NH2 ARG C 273 12132 10755 21182 -3296 1867 -3602 N +ATOM 9807 N ASN C 274 70.169 28.849 44.562 1.00107.98 N +ANISOU 9807 N ASN C 274 11319 11703 18006 -2561 185 -3544 N +ATOM 9808 CA ASN C 274 70.155 28.746 46.018 1.00114.90 C +ANISOU 9808 CA ASN C 274 11960 12923 18772 -2492 -125 -3986 C +ATOM 9809 C ASN C 274 69.758 27.346 46.479 1.00116.17 C +ANISOU 9809 C ASN C 274 12255 13526 18357 -2220 -424 -3849 C +ATOM 9810 O ASN C 274 69.793 27.049 47.676 1.00111.04 O +ANISOU 9810 O ASN C 274 11445 13224 17523 -2082 -676 -4163 O +ATOM 9811 CB ASN C 274 69.209 29.785 46.629 1.00113.04 C +ANISOU 9811 CB ASN C 274 11762 12480 18709 -2523 -144 -4135 C +ATOM 9812 CG ASN C 274 69.547 31.205 46.208 1.00108.73 C +ANISOU 9812 CG ASN C 274 11104 11454 18755 -2779 195 -4260 C +ATOM 9813 OD1 ASN C 274 70.365 31.429 45.314 1.00114.19 O +ANISOU 9813 OD1 ASN C 274 11745 11918 19726 -2924 491 -4151 O +ATOM 9814 ND2 ASN C 274 68.926 32.175 46.872 1.00 96.00 N +ANISOU 9814 ND2 ASN C 274 9501 9732 17244 -2751 183 -4398 N +ATOM 9815 N TYR C 275 69.389 26.480 45.541 1.00116.17 N +ANISOU 9815 N TYR C 275 12550 13513 18078 -2118 -382 -3392 N +ATOM 9816 CA TYR C 275 69.086 25.084 45.815 1.00102.44 C +ANISOU 9816 CA TYR C 275 10944 12130 15847 -1881 -596 -3231 C +ATOM 9817 C TYR C 275 70.102 24.211 45.094 1.00 86.05 C +ANISOU 9817 C TYR C 275 8840 10192 13662 -1871 -534 -3092 C +ATOM 9818 O TYR C 275 70.532 24.534 43.980 1.00 78.74 O +ANISOU 9818 O TYR C 275 7962 9009 12948 -2002 -302 -2902 O +ATOM 9819 CB TYR C 275 67.661 24.718 45.371 1.00 97.85 C +ANISOU 9819 CB TYR C 275 10720 11427 15031 -1756 -621 -2851 C +ATOM 9820 CG TYR C 275 66.567 25.501 46.068 1.00 97.86 C +ANISOU 9820 CG TYR C 275 10771 11309 15101 -1742 -688 -2957 C +ATOM 9821 CD1 TYR C 275 66.130 26.721 45.569 1.00111.19 C +ANISOU 9821 CD1 TYR C 275 12530 12612 17107 -1879 -512 -2912 C +ATOM 9822 CD2 TYR C 275 65.965 25.014 47.220 1.00 85.58 C +ANISOU 9822 CD2 TYR C 275 9210 10022 13285 -1565 -902 -3082 C +ATOM 9823 CE1 TYR C 275 65.128 27.436 46.204 1.00105.91 C +ANISOU 9823 CE1 TYR C 275 11911 11840 16491 -1855 -576 -3008 C +ATOM 9824 CE2 TYR C 275 64.965 25.721 47.858 1.00 77.02 C +ANISOU 9824 CE2 TYR C 275 8171 8837 12256 -1540 -960 -3173 C +ATOM 9825 CZ TYR C 275 64.551 26.929 47.348 1.00 90.27 C +ANISOU 9825 CZ TYR C 275 9907 10143 14248 -1693 -810 -3144 C +ATOM 9826 OH TYR C 275 63.558 27.631 47.990 1.00 93.66 O +ANISOU 9826 OH TYR C 275 10384 10480 14723 -1659 -872 -3236 O +ATOM 9827 N VAL C 276 70.494 23.113 45.736 1.00 81.90 N +ANISOU 9827 N VAL C 276 8249 10072 12798 -1689 -722 -3175 N +ATOM 9828 CA VAL C 276 71.600 22.288 45.271 1.00 87.25 C +ANISOU 9828 CA VAL C 276 8847 10942 13362 -1662 -692 -3123 C +ATOM 9829 C VAL C 276 71.133 20.853 45.067 1.00 93.35 C +ANISOU 9829 C VAL C 276 9880 11906 13681 -1436 -787 -2798 C +ATOM 9830 O VAL C 276 70.338 20.325 45.853 1.00103.95 O +ANISOU 9830 O VAL C 276 11329 13407 14760 -1252 -932 -2788 O +ATOM 9831 CB VAL C 276 72.793 22.341 46.252 1.00 81.24 C +ANISOU 9831 CB VAL C 276 7698 10519 12650 -1640 -809 -3604 C +ATOM 9832 CG1 VAL C 276 72.376 22.011 47.669 1.00 81.89 C +ANISOU 9832 CG1 VAL C 276 7726 10944 12443 -1395 -1059 -3848 C +ATOM 9833 CG2 VAL C 276 73.876 21.417 45.790 1.00 85.01 C +ANISOU 9833 CG2 VAL C 276 8107 11223 12968 -1582 -789 -3535 C +ATOM 9834 N VAL C 277 71.645 20.229 44.001 1.00 89.95 N +ANISOU 9834 N VAL C 277 9548 11446 13185 -1446 -681 -2537 N +ATOM 9835 CA VAL C 277 71.366 18.843 43.626 1.00 75.68 C +ANISOU 9835 CA VAL C 277 7969 9786 10999 -1258 -736 -2239 C +ATOM 9836 C VAL C 277 71.647 17.911 44.799 1.00 84.24 C +ANISOU 9836 C VAL C 277 8970 11277 11760 -1031 -905 -2410 C +ATOM 9837 O VAL C 277 72.363 18.274 45.739 1.00 91.76 O +ANISOU 9837 O VAL C 277 9653 12455 12757 -1004 -989 -2772 O +ATOM 9838 CB VAL C 277 72.205 18.452 42.390 1.00 72.66 C +ANISOU 9838 CB VAL C 277 7626 9349 10632 -1308 -597 -2024 C +ATOM 9839 CG1 VAL C 277 72.049 16.973 42.029 1.00 82.37 C +ANISOU 9839 CG1 VAL C 277 9063 10748 11485 -1111 -659 -1762 C +ATOM 9840 CG2 VAL C 277 71.824 19.319 41.196 1.00 79.35 C +ANISOU 9840 CG2 VAL C 277 8610 9796 11743 -1451 -400 -1801 C +ATOM 9841 N THR C 278 71.088 16.701 44.747 1.00 87.05 N +ANISOU 9841 N THR C 278 9553 11728 11793 -841 -942 -2163 N +ATOM 9842 CA THR C 278 71.292 15.696 45.780 1.00 88.81 C +ANISOU 9842 CA THR C 278 9762 12307 11675 -571 -1042 -2245 C +ATOM 9843 C THR C 278 71.348 14.315 45.140 1.00102.35 C +ANISOU 9843 C THR C 278 11681 14078 13127 -438 -990 -1942 C +ATOM 9844 O THR C 278 70.924 14.118 43.998 1.00101.08 O +ANISOU 9844 O THR C 278 11696 13679 13031 -538 -913 -1678 O +ATOM 9845 CB THR C 278 70.179 15.759 46.833 1.00 90.40 C +ANISOU 9845 CB THR C 278 10040 12525 11782 -433 -1110 -2299 C +ATOM 9846 OG1 THR C 278 70.050 17.104 47.303 1.00 96.97 O +ANISOU 9846 OG1 THR C 278 10698 13261 12884 -575 -1156 -2572 O +ATOM 9847 CG2 THR C 278 70.483 14.858 48.019 1.00 94.07 C +ANISOU 9847 CG2 THR C 278 10480 13372 11891 -99 -1177 -2403 C +ATOM 9848 N ASP C 279 71.900 13.359 45.893 1.00119.54 N +ANISOU 9848 N ASP C 279 13835 16590 14996 -182 -1031 -1997 N +ATOM 9849 CA ASP C 279 71.995 11.975 45.435 1.00130.99 C +ANISOU 9849 CA ASP C 279 15479 18106 16186 -26 -965 -1730 C +ATOM 9850 C ASP C 279 70.649 11.452 44.947 1.00129.22 C +ANISOU 9850 C ASP C 279 15525 17604 15971 -41 -894 -1452 C +ATOM 9851 O ASP C 279 70.513 11.016 43.798 1.00120.97 O +ANISOU 9851 O ASP C 279 14614 16389 14962 -124 -838 -1235 O +ATOM 9852 CB ASP C 279 72.530 11.096 46.568 1.00136.40 C +ANISOU 9852 CB ASP C 279 16135 19175 16517 316 -994 -1829 C +ATOM 9853 CG ASP C 279 73.948 11.454 46.964 1.00135.48 C +ANISOU 9853 CG ASP C 279 15725 19389 16362 369 -1085 -2139 C +ATOM 9854 OD1 ASP C 279 74.162 12.584 47.449 1.00138.09 O +ANISOU 9854 OD1 ASP C 279 15814 19755 16898 260 -1174 -2455 O +ATOM 9855 OD2 ASP C 279 74.846 10.601 46.802 1.00130.48 O +ANISOU 9855 OD2 ASP C 279 15088 18984 15505 525 -1068 -2091 O +ATOM 9856 N HIS C 280 69.637 11.482 45.815 1.00130.81 N +ANISOU 9856 N HIS C 280 15791 17766 16144 54 -896 -1477 N +ATOM 9857 CA HIS C 280 68.313 10.977 45.464 1.00132.80 C +ANISOU 9857 CA HIS C 280 16255 17763 16438 41 -822 -1265 C +ATOM 9858 C HIS C 280 67.523 11.945 44.584 1.00125.57 C +ANISOU 9858 C HIS C 280 15361 16539 15811 -208 -851 -1233 C +ATOM 9859 O HIS C 280 66.288 11.898 44.583 1.00125.50 O +ANISOU 9859 O HIS C 280 15461 16344 15880 -221 -828 -1162 O +ATOM 9860 CB HIS C 280 67.511 10.639 46.731 1.00134.44 C +ANISOU 9860 CB HIS C 280 16523 18035 16524 250 -776 -1290 C +ATOM 9861 CG HIS C 280 67.463 11.739 47.745 1.00123.85 C +ANISOU 9861 CG HIS C 280 15026 16796 15237 264 -873 -1540 C +ATOM 9862 ND1 HIS C 280 68.520 12.030 48.580 1.00118.41 N +ANISOU 9862 ND1 HIS C 280 14153 16431 14407 409 -959 -1782 N +ATOM 9863 CD2 HIS C 280 66.471 12.597 48.083 1.00121.31 C +ANISOU 9863 CD2 HIS C 280 14696 16308 15087 173 -906 -1610 C +ATOM 9864 CE1 HIS C 280 68.189 13.033 49.374 1.00115.91 C +ANISOU 9864 CE1 HIS C 280 13716 16137 14187 399 -1046 -2004 C +ATOM 9865 NE2 HIS C 280 66.951 13.396 49.090 1.00118.49 N +ANISOU 9865 NE2 HIS C 280 14158 16162 14701 253 -1009 -1887 N +ATOM 9866 N GLY C 281 68.205 12.808 43.830 1.00117.27 N +ANISOU 9866 N GLY C 281 14209 15426 14921 -383 -877 -1281 N +ATOM 9867 CA GLY C 281 67.550 13.752 42.953 1.00112.25 C +ANISOU 9867 CA GLY C 281 13617 14504 14528 -565 -870 -1226 C +ATOM 9868 C GLY C 281 66.816 14.873 43.649 1.00105.65 C +ANISOU 9868 C GLY C 281 12718 13561 13861 -638 -910 -1379 C +ATOM 9869 O GLY C 281 66.338 15.789 42.968 1.00110.53 O +ANISOU 9869 O GLY C 281 13370 13944 14682 -771 -890 -1343 O +ATOM 9870 N SER C 282 66.704 14.843 44.975 1.00 89.46 N +ANISOU 9870 N SER C 282 10590 11681 11719 -524 -957 -1544 N +ATOM 9871 CA SER C 282 66.014 15.912 45.681 1.00 82.36 C +ANISOU 9871 CA SER C 282 9629 10693 10972 -579 -1004 -1704 C +ATOM 9872 C SER C 282 66.711 17.240 45.436 1.00 90.28 C +ANISOU 9872 C SER C 282 10463 11608 12232 -771 -1006 -1879 C +ATOM 9873 O SER C 282 67.941 17.334 45.502 1.00 92.50 O +ANISOU 9873 O SER C 282 10575 12044 12529 -799 -1006 -2021 O +ATOM 9874 CB SER C 282 65.964 15.627 47.179 1.00 85.12 C +ANISOU 9874 CB SER C 282 9912 11290 11140 -370 -1053 -1866 C +ATOM 9875 OG SER C 282 65.371 16.703 47.881 1.00 93.13 O +ANISOU 9875 OG SER C 282 10853 12236 12297 -414 -1110 -2044 O +ATOM 9876 N CYS C 283 65.919 18.265 45.145 1.00 85.83 N +ANISOU 9876 N CYS C 283 9941 10784 11888 -900 -987 -1875 N +ATOM 9877 CA CYS C 283 66.426 19.625 45.075 1.00 64.20 C +ANISOU 9877 CA CYS C 283 7046 7905 9440 -1079 -945 -2057 C +ATOM 9878 C CYS C 283 66.356 20.230 46.469 1.00 67.07 C +ANISOU 9878 C CYS C 283 7241 8401 9839 -1039 -1045 -2374 C +ATOM 9879 O CYS C 283 65.282 20.272 47.077 1.00 63.38 O +ANISOU 9879 O CYS C 283 6862 7912 9306 -952 -1101 -2366 O +ATOM 9880 CB CYS C 283 65.629 20.470 44.083 1.00 57.38 C +ANISOU 9880 CB CYS C 283 6329 6692 8782 -1195 -850 -1889 C +ATOM 9881 SG CYS C 283 66.612 21.862 43.544 1.00102.08 S +ANISOU 9881 SG CYS C 283 11835 12126 14823 -1416 -681 -2007 S +ATOM 9882 N VAL C 284 67.495 20.692 46.979 1.00 76.32 N +ANISOU 9882 N VAL C 284 8155 9724 11120 -1089 -1070 -2675 N +ATOM 9883 CA VAL C 284 67.592 21.133 48.364 1.00 91.44 C +ANISOU 9883 CA VAL C 284 9875 11847 13019 -992 -1200 -3035 C +ATOM 9884 C VAL C 284 68.261 22.496 48.429 1.00 94.05 C +ANISOU 9884 C VAL C 284 9949 12044 13743 -1210 -1163 -3365 C +ATOM 9885 O VAL C 284 69.271 22.743 47.760 1.00 78.90 O +ANISOU 9885 O VAL C 284 7892 10056 12030 -1372 -1058 -3418 O +ATOM 9886 CB VAL C 284 68.363 20.120 49.233 1.00 86.02 C +ANISOU 9886 CB VAL C 284 9082 11599 12005 -734 -1309 -3175 C +ATOM 9887 CG1 VAL C 284 68.031 20.355 50.693 1.00 79.41 C +ANISOU 9887 CG1 VAL C 284 8146 10994 11034 -518 -1450 -3457 C +ATOM 9888 CG2 VAL C 284 68.029 18.693 48.830 1.00 80.45 C +ANISOU 9888 CG2 VAL C 284 8622 10962 10984 -571 -1264 -2814 C +ATOM 9889 N ARG C 285 67.694 23.376 49.258 1.00108.49 N +ANISOU 9889 N ARG C 285 11705 13822 15694 -1212 -1233 -3598 N +ATOM 9890 CA ARG C 285 68.277 24.694 49.489 1.00116.99 C +ANISOU 9890 CA ARG C 285 12510 14764 17177 -1411 -1198 -3977 C +ATOM 9891 C ARG C 285 69.632 24.585 50.172 1.00148.29 C +ANISOU 9891 C ARG C 285 16119 19072 21152 -1360 -1302 -4407 C +ATOM 9892 O ARG C 285 70.583 25.288 49.808 1.00155.67 O +ANISOU 9892 O ARG C 285 16806 19883 22460 -1584 -1195 -4641 O +ATOM 9893 CB ARG C 285 67.326 25.527 50.342 1.00 89.87 C +ANISOU 9893 CB ARG C 285 9082 11249 13814 -1376 -1281 -4149 C +ATOM 9894 CG ARG C 285 67.746 26.965 50.520 1.00 89.02 C +ANISOU 9894 CG ARG C 285 8723 10924 14177 -1602 -1216 -4529 C +ATOM 9895 CD ARG C 285 66.631 27.772 51.153 1.00 87.14 C +ANISOU 9895 CD ARG C 285 8564 10544 14000 -1571 -1272 -4607 C +ATOM 9896 NE ARG C 285 66.841 29.206 50.986 1.00102.99 N +ANISOU 9896 NE ARG C 285 10415 12201 16517 -1832 -1127 -4857 N +ATOM 9897 CZ ARG C 285 66.556 29.879 49.875 1.00116.35 C +ANISOU 9897 CZ ARG C 285 12270 13439 18500 -2041 -868 -4588 C +ATOM 9898 NH1 ARG C 285 66.052 29.249 48.822 1.00114.02 N +ANISOU 9898 NH1 ARG C 285 12282 13025 18016 -2006 -763 -4091 N +ATOM 9899 NH2 ARG C 285 66.779 31.182 49.812 1.00133.51 N +ANISOU 9899 NH2 ARG C 285 14334 15308 21087 -2211 -679 -4747 N +ATOM 9900 N ALA C 286 69.734 23.714 51.171 1.00162.18 N +ANISOU 9900 N ALA C 286 17843 21266 22513 -1045 -1494 -4525 N +ATOM 9901 CA ALA C 286 70.940 23.559 51.964 1.00156.78 C +ANISOU 9901 CA ALA C 286 16818 20991 21758 -904 -1638 -4972 C +ATOM 9902 C ALA C 286 71.290 22.082 52.049 1.00143.62 C +ANISOU 9902 C ALA C 286 15270 19683 19616 -611 -1693 -4764 C +ATOM 9903 O ALA C 286 70.445 21.209 51.839 1.00140.59 O +ANISOU 9903 O ALA C 286 15215 19261 18944 -475 -1648 -4343 O +ATOM 9904 CB ALA C 286 70.763 24.140 53.373 1.00160.21 C +ANISOU 9904 CB ALA C 286 17054 21669 22150 -709 -1840 -5433 C +ATOM 9905 N CYS C 287 72.555 21.809 52.357 1.00148.00 N +ANISOU 9905 N CYS C 287 15540 20583 20110 -511 -1779 -5084 N +ATOM 9906 CA CYS C 287 73.041 20.434 52.436 1.00149.81 C +ANISOU 9906 CA CYS C 287 15864 21168 19890 -214 -1818 -4913 C +ATOM 9907 C CYS C 287 72.774 19.906 53.843 1.00202.36 C +ANISOU 9907 C CYS C 287 22533 28257 26097 258 -1994 -5075 C +ATOM 9908 O CYS C 287 73.633 19.906 54.727 1.00209.79 O +ANISOU 9908 O CYS C 287 23189 29631 26891 512 -2164 -5517 O +ATOM 9909 CB CYS C 287 74.513 20.369 52.049 1.00137.26 C +ANISOU 9909 CB CYS C 287 13972 19754 18428 -304 -1815 -5159 C +ATOM 9910 SG CYS C 287 74.719 20.617 50.283 1.00120.13 S +ANISOU 9910 SG CYS C 287 11909 17081 16652 -753 -1542 -4788 S +ATOM 9911 N GLY C 288 71.541 19.436 54.037 1.00258.45 N +ANISOU 9911 N GLY C 288 29976 35244 32977 401 -1939 -4710 N +ATOM 9912 CA GLY C 288 71.134 18.958 55.347 1.00265.01 C +ANISOU 9912 CA GLY C 288 30873 36427 33391 869 -2044 -4790 C +ATOM 9913 C GLY C 288 71.924 17.743 55.793 1.00265.15 C +ANISOU 9913 C GLY C 288 30902 36899 32943 1288 -2074 -4774 C +ATOM 9914 O GLY C 288 72.386 17.672 56.934 1.00277.25 O +ANISOU 9914 O GLY C 288 32271 38885 34188 1696 -2230 -5119 O +ATOM 9915 N ALA C 289 72.091 16.773 54.901 1.00235.56 N +ANISOU 9915 N ALA C 289 27352 33051 29100 1226 -1927 -4383 N +ATOM 9916 CA ALA C 289 72.847 15.576 55.230 1.00206.55 C +ANISOU 9916 CA ALA C 289 23718 29776 24986 1621 -1924 -4327 C +ATOM 9917 C ALA C 289 74.320 15.932 55.423 1.00190.12 C +ANISOU 9917 C ALA C 289 21234 28064 22941 1662 -2096 -4824 C +ATOM 9918 O ALA C 289 74.722 17.099 55.375 1.00189.15 O +ANISOU 9918 O ALA C 289 20789 27874 23206 1385 -2203 -5231 O +ATOM 9919 CB ALA C 289 72.677 14.525 54.136 1.00192.48 C +ANISOU 9919 CB ALA C 289 22227 27756 23151 1499 -1724 -3815 C +ATOM 9920 N ASP C 290 75.146 14.905 55.637 1.00168.61 N +ANISOU 9920 N ASP C 290 18513 25726 19823 2016 -2106 -4806 N +ATOM 9921 CA ASP C 290 76.589 15.110 55.670 1.00161.78 C +ANISOU 9921 CA ASP C 290 17260 25218 18994 2045 -2257 -5257 C +ATOM 9922 C ASP C 290 77.112 15.748 54.389 1.00162.33 C +ANISOU 9922 C ASP C 290 17158 24933 19589 1471 -2186 -5273 C +ATOM 9923 O ASP C 290 78.266 16.190 54.364 1.00172.26 O +ANISOU 9923 O ASP C 290 18025 26402 21024 1391 -2291 -5710 O +ATOM 9924 CB ASP C 290 77.307 13.779 55.903 1.00156.61 C +ANISOU 9924 CB ASP C 290 16707 24983 17815 2507 -2238 -5128 C +ATOM 9925 N SER C 291 76.296 15.800 53.338 1.00152.03 N +ANISOU 9925 N SER C 291 16126 23105 18533 1101 -1998 -4820 N +ATOM 9926 CA SER C 291 76.711 16.348 52.060 1.00132.72 C +ANISOU 9926 CA SER C 291 13582 20300 16543 614 -1882 -4754 C +ATOM 9927 C SER C 291 77.227 17.775 52.209 1.00141.44 C +ANISOU 9927 C SER C 291 14270 21333 18136 329 -1956 -5277 C +ATOM 9928 O SER C 291 76.802 18.532 53.086 1.00128.87 O +ANISOU 9928 O SER C 291 12554 19786 16626 389 -2074 -5589 O +ATOM 9929 CB SER C 291 75.541 16.306 51.075 1.00104.69 C +ANISOU 9929 CB SER C 291 10402 16228 13147 343 -1698 -4229 C +ATOM 9930 OG SER C 291 74.409 16.987 51.582 1.00 91.59 O +ANISOU 9930 OG SER C 291 8832 14374 11595 307 -1722 -4245 O +ATOM 9931 N TYR C 292 78.155 18.132 51.325 1.00160.02 N +ANISOU 9931 N TYR C 292 16405 23555 20838 18 -1861 -5369 N +ATOM 9932 CA TYR C 292 78.786 19.443 51.280 1.00158.58 C +ANISOU 9932 CA TYR C 292 15804 23236 21212 -308 -1852 -5852 C +ATOM 9933 C TYR C 292 78.483 20.079 49.932 1.00150.30 C +ANISOU 9933 C TYR C 292 14889 21588 20630 -773 -1578 -5516 C +ATOM 9934 O TYR C 292 78.662 19.442 48.888 1.00156.27 O +ANISOU 9934 O TYR C 292 15845 22208 21323 -851 -1425 -5103 O +ATOM 9935 CB TYR C 292 80.300 19.320 51.482 1.00168.77 C +ANISOU 9935 CB TYR C 292 16688 24910 22528 -221 -1924 -6286 C +ATOM 9936 CG TYR C 292 81.064 20.620 51.354 1.00180.58 C +ANISOU 9936 CG TYR C 292 17861 26134 24618 -525 -1764 -6643 C +ATOM 9937 CD1 TYR C 292 81.536 21.057 50.122 1.00182.77 C +ANISOU 9937 CD1 TYR C 292 18049 26029 25366 -951 -1521 -6522 C +ATOM 9938 CD2 TYR C 292 81.325 21.402 52.466 1.00189.72 C +ANISOU 9938 CD2 TYR C 292 18800 27417 25867 -362 -1834 -7104 C +ATOM 9939 CE1 TYR C 292 82.240 22.243 50.005 1.00189.32 C +ANISOU 9939 CE1 TYR C 292 18601 26583 26749 -1210 -1331 -6833 C +ATOM 9940 CE2 TYR C 292 82.028 22.586 52.358 1.00194.16 C +ANISOU 9940 CE2 TYR C 292 19064 27724 26985 -629 -1674 -7452 C +ATOM 9941 CZ TYR C 292 82.481 23.003 51.127 1.00192.69 C +ANISOU 9941 CZ TYR C 292 18813 27135 27267 -1055 -1413 -7308 C +ATOM 9942 OH TYR C 292 83.179 24.185 51.023 1.00192.69 O +ANISOU 9942 OH TYR C 292 18525 26853 27833 -1304 -1213 -7644 O +ATOM 9943 N GLU C 293 78.026 21.328 49.954 1.00129.54 N +ANISOU 9943 N GLU C 293 12161 18609 18450 -1046 -1508 -5689 N +ATOM 9944 CA GLU C 293 77.694 22.023 48.717 1.00109.33 C +ANISOU 9944 CA GLU C 293 9747 15473 16322 -1433 -1219 -5367 C +ATOM 9945 C GLU C 293 78.956 22.302 47.912 1.00104.70 C +ANISOU 9945 C GLU C 293 8878 14789 16115 -1684 -1029 -5496 C +ATOM 9946 O GLU C 293 79.919 22.880 48.424 1.00119.06 O +ANISOU 9946 O GLU C 293 10283 16750 18206 -1737 -1053 -6010 O +ATOM 9947 CB GLU C 293 76.964 23.328 49.022 1.00101.33 C +ANISOU 9947 CB GLU C 293 8681 14119 15700 -1634 -1173 -5553 C +ATOM 9948 CG GLU C 293 76.562 24.119 47.789 1.00 82.91 C +ANISOU 9948 CG GLU C 293 6526 11184 13793 -1977 -848 -5212 C +ATOM 9949 CD GLU C 293 75.571 25.223 48.118 1.00 93.73 C +ANISOU 9949 CD GLU C 293 7958 12230 15425 -2098 -814 -5288 C +ATOM 9950 OE1 GLU C 293 74.828 25.072 49.110 1.00 82.65 O +ANISOU 9950 OE1 GLU C 293 6626 11042 13737 -1878 -1046 -5394 O +ATOM 9951 OE2 GLU C 293 75.535 26.242 47.398 1.00 97.96 O +ANISOU 9951 OE2 GLU C 293 8482 12293 16446 -2390 -537 -5233 O +ATOM 9952 N MET C 294 78.944 21.895 46.646 1.00115.54 N +ANISOU 9952 N MET C 294 10515 15902 17484 -1794 -809 -4991 N +ATOM 9953 CA MET C 294 80.080 22.099 45.763 1.00111.88 C +ANISOU 9953 CA MET C 294 9837 15311 17363 -2015 -579 -5022 C +ATOM 9954 C MET C 294 79.559 22.275 44.345 1.00117.83 C +ANISOU 9954 C MET C 294 10945 15561 18264 -2190 -270 -4446 C +ATOM 9955 O MET C 294 78.526 21.709 43.977 1.00113.54 O +ANISOU 9955 O MET C 294 10823 14934 17384 -2053 -305 -3993 O +ATOM 9956 CB MET C 294 81.065 20.924 45.840 1.00107.53 C +ANISOU 9956 CB MET C 294 9182 15234 16440 -1789 -710 -5063 C +ATOM 9957 CG MET C 294 80.485 19.578 45.413 1.00128.21 C +ANISOU 9957 CG MET C 294 12257 17969 18486 -1530 -772 -4510 C +ATOM 9958 SD MET C 294 81.764 18.557 44.665 1.00148.74 S +ANISOU 9958 SD MET C 294 14790 20818 20906 -1452 -706 -4376 S +ATOM 9959 CE MET C 294 81.866 19.429 43.105 1.00153.31 C +ANISOU 9959 CE MET C 294 15440 20788 22023 -1839 -299 -4057 C +ATOM 9960 N GLU C 295 80.283 23.058 43.547 1.00123.65 N +ANISOU 9960 N GLU C 295 11500 15968 19514 -2471 48 -4481 N +ATOM 9961 CA GLU C 295 79.891 23.345 42.171 1.00127.86 C +ANISOU 9961 CA GLU C 295 12353 16021 20206 -2596 384 -3952 C +ATOM 9962 C GLU C 295 80.655 22.410 41.239 1.00139.39 C +ANISOU 9962 C GLU C 295 13896 17601 21464 -2517 480 -3648 C +ATOM 9963 O GLU C 295 81.879 22.516 41.106 1.00141.73 O +ANISOU 9963 O GLU C 295 13856 17974 22024 -2636 605 -3888 O +ATOM 9964 CB GLU C 295 80.150 24.807 41.817 1.00132.47 C +ANISOU 9964 CB GLU C 295 12738 16110 21485 -2919 747 -4112 C +ATOM 9965 CG GLU C 295 79.672 25.186 40.414 1.00126.25 C +ANISOU 9965 CG GLU C 295 12318 14817 20833 -2978 1127 -3542 C +ATOM 9966 CD GLU C 295 78.919 26.502 40.376 1.00125.22 C +ANISOU 9966 CD GLU C 295 12262 14203 21114 -3139 1353 -3543 C +ATOM 9967 OE1 GLU C 295 78.347 26.902 41.412 1.00127.00 O +ANISOU 9967 OE1 GLU C 295 12394 14506 21354 -3147 1133 -3863 O +ATOM 9968 OE2 GLU C 295 78.894 27.137 39.301 1.00124.76 O +ANISOU 9968 OE2 GLU C 295 12371 13686 21347 -3228 1767 -3210 O +ATOM 9969 N GLU C 296 79.925 21.500 40.597 1.00162.59 N +ANISOU 9969 N GLU C 296 17267 20558 23951 -2316 420 -3144 N +ATOM 9970 CA GLU C 296 80.470 20.563 39.624 1.00168.33 C +ANISOU 9970 CA GLU C 296 18144 21376 24439 -2208 501 -2799 C +ATOM 9971 C GLU C 296 79.820 20.818 38.276 1.00170.77 C +ANISOU 9971 C GLU C 296 18828 21262 24797 -2215 770 -2274 C +ATOM 9972 O GLU C 296 78.590 20.813 38.170 1.00177.13 O +ANISOU 9972 O GLU C 296 19950 21933 25419 -2118 693 -2040 O +ATOM 9973 CB GLU C 296 80.204 19.110 40.031 1.00164.61 C +ANISOU 9973 CB GLU C 296 17858 21334 23353 -1911 184 -2683 C +ATOM 9974 CG GLU C 296 81.085 18.078 39.350 1.00158.99 C +ANISOU 9974 CG GLU C 296 17177 20833 22398 -1793 213 -2489 C +ATOM 9975 CD GLU C 296 80.991 16.717 40.019 1.00151.49 C +ANISOU 9975 CD GLU C 296 16331 20331 20896 -1501 -85 -2486 C +ATOM 9976 OE1 GLU C 296 80.225 16.576 40.995 1.00147.59 O +ANISOU 9976 OE1 GLU C 296 15894 19972 20213 -1383 -292 -2614 O +ATOM 9977 OE2 GLU C 296 81.691 15.789 39.567 1.00148.14 O +ANISOU 9977 OE2 GLU C 296 15942 20113 20232 -1376 -86 -2344 O +ATOM 9978 N ASP C 297 80.643 21.022 37.252 1.00164.92 N +ANISOU 9978 N ASP C 297 18047 20330 24284 -2299 1085 -2098 N +ATOM 9979 CA ASP C 297 80.149 21.175 35.886 1.00160.82 C +ANISOU 9979 CA ASP C 297 17896 19460 23750 -2225 1353 -1580 C +ATOM 9980 C ASP C 297 79.053 22.236 35.819 1.00160.06 C +ANISOU 9980 C ASP C 297 17978 18973 23866 -2281 1479 -1489 C +ATOM 9981 O ASP C 297 78.070 22.100 35.089 1.00159.90 O +ANISOU 9981 O ASP C 297 18339 18804 23610 -2105 1493 -1105 O +ATOM 9982 CB ASP C 297 79.653 19.836 35.335 1.00153.18 C +ANISOU 9982 CB ASP C 297 17279 18720 22203 -1939 1145 -1215 C +ATOM 9983 N GLY C 298 79.215 23.295 36.610 1.00158.96 N +ANISOU 9983 N GLY C 298 17544 18682 24170 -2512 1557 -1876 N +ATOM 9984 CA GLY C 298 78.348 24.448 36.526 1.00156.91 C +ANISOU 9984 CA GLY C 298 17417 18007 24194 -2591 1744 -1813 C +ATOM 9985 C GLY C 298 77.113 24.421 37.396 1.00151.18 C +ANISOU 9985 C GLY C 298 16823 17390 23231 -2510 1417 -1915 C +ATOM 9986 O GLY C 298 76.221 25.253 37.192 1.00146.93 O +ANISOU 9986 O GLY C 298 16473 16522 22832 -2517 1550 -1782 O +ATOM 9987 N VAL C 299 77.020 23.502 38.352 1.00150.71 N +ANISOU 9987 N VAL C 299 16681 17772 22812 -2409 1019 -2129 N +ATOM 9988 CA VAL C 299 75.864 23.451 39.244 1.00143.19 C +ANISOU 9988 CA VAL C 299 15839 16925 21641 -2320 732 -2228 C +ATOM 9989 C VAL C 299 76.330 23.019 40.622 1.00137.13 C +ANISOU 9989 C VAL C 299 14762 16583 20758 -2305 426 -2688 C +ATOM 9990 O VAL C 299 77.222 22.176 40.756 1.00137.52 O +ANISOU 9990 O VAL C 299 14665 16962 20626 -2234 325 -2782 O +ATOM 9991 CB VAL C 299 74.770 22.488 38.731 1.00140.52 C +ANISOU 9991 CB VAL C 299 15911 16669 20810 -2069 569 -1820 C +ATOM 9992 CG1 VAL C 299 73.422 22.852 39.347 1.00140.43 C +ANISOU 9992 CG1 VAL C 299 16046 16584 20728 -2022 414 -1852 C +ATOM 9993 CG2 VAL C 299 74.693 22.498 37.213 1.00138.12 C +ANISOU 9993 CG2 VAL C 299 15884 16102 20492 -1989 830 -1368 C +ATOM 9994 N ARG C 300 75.711 23.596 41.648 1.00140.81 N +ANISOU 9994 N ARG C 300 15140 17058 21302 -2333 278 -2973 N +ATOM 9995 CA ARG C 300 75.941 23.133 43.006 1.00141.11 C +ANISOU 9995 CA ARG C 300 14946 17535 21133 -2222 -39 -3378 C +ATOM 9996 C ARG C 300 75.586 21.652 43.095 1.00140.57 C +ANISOU 9996 C ARG C 300 15116 17811 20483 -1940 -264 -3127 C +ATOM 9997 O ARG C 300 74.619 21.197 42.476 1.00130.78 O +ANISOU 9997 O ARG C 300 14234 16440 19016 -1841 -256 -2723 O +ATOM 9998 CB ARG C 300 75.107 23.971 43.982 1.00135.68 C +ANISOU 9998 CB ARG C 300 14209 16771 20574 -2251 -153 -3641 C +ATOM 9999 CG ARG C 300 75.424 25.468 43.911 1.00123.72 C +ANISOU 9999 CG ARG C 300 12460 14873 19677 -2539 96 -3906 C +ATOM 10000 CD ARG C 300 76.772 25.772 44.547 1.00125.16 C +ANISOU10000 CD ARG C 300 12136 15254 20163 -2665 77 -4467 C +ATOM 10001 NE ARG C 300 77.471 26.902 43.939 1.00131.79 N +ANISOU10001 NE ARG C 300 12754 15671 21649 -2977 452 -4599 N +ATOM 10002 CZ ARG C 300 77.225 28.182 44.208 1.00137.85 C +ANISOU10002 CZ ARG C 300 13430 16102 22845 -3135 612 -4802 C +ATOM 10003 NH1 ARG C 300 76.271 28.524 45.065 1.00139.54 N +ANISOU10003 NH1 ARG C 300 13743 16363 22914 -3025 408 -4909 N +ATOM 10004 NH2 ARG C 300 77.938 29.128 43.611 1.00139.88 N +ANISOU10004 NH2 ARG C 300 13571 15989 23589 -3316 1003 -4814 N +ATOM 10005 N LYS C 301 76.363 20.896 43.881 1.00148.00 N +ANISOU10005 N LYS C 301 15850 19194 21189 -1793 -456 -3389 N +ATOM 10006 CA LYS C 301 76.265 19.440 43.875 1.00138.61 C +ANISOU10006 CA LYS C 301 14870 18311 19486 -1526 -600 -3143 C +ATOM 10007 C LYS C 301 75.945 18.803 45.221 1.00128.42 C +ANISOU10007 C LYS C 301 13557 17409 17827 -1254 -862 -3345 C +ATOM 10008 O LYS C 301 75.396 17.696 45.230 1.00134.82 O +ANISOU10008 O LYS C 301 14637 18348 18242 -1035 -933 -3064 O +ATOM 10009 CB LYS C 301 77.571 18.819 43.350 1.00142.28 C +ANISOU10009 CB LYS C 301 15192 18968 19901 -1514 -537 -3141 C +ATOM 10010 N CYS C 302 76.270 19.438 46.347 1.00117.71 N +ANISOU10010 N CYS C 302 11892 16243 16588 -1236 -990 -3823 N +ATOM 10011 CA CYS C 302 75.968 18.864 47.661 1.00114.25 C +ANISOU10011 CA CYS C 302 11448 16197 15766 -910 -1222 -4008 C +ATOM 10012 C CYS C 302 76.618 17.484 47.807 1.00108.22 C +ANISOU10012 C CYS C 302 10732 15835 14551 -613 -1300 -3914 C +ATOM 10013 O CYS C 302 75.945 16.462 47.955 1.00 92.37 O +ANISOU10013 O CYS C 302 9025 13915 12158 -374 -1328 -3609 O +ATOM 10014 CB CYS C 302 74.453 18.770 47.870 1.00108.73 C +ANISOU10014 CB CYS C 302 11081 15316 14917 -830 -1243 -3731 C +ATOM 10015 SG CYS C 302 73.848 18.938 49.550 1.00124.89 S +ANISOU10015 SG CYS C 302 13053 17647 16752 -549 -1457 -4055 S +ATOM 10016 N LYS C 303 77.945 17.469 47.755 1.00112.09 N +ANISOU10016 N LYS C 303 10915 16557 15117 -630 -1313 -4187 N +ATOM 10017 CA LYS C 303 78.695 16.222 47.738 1.00 98.28 C +ANISOU10017 CA LYS C 303 9201 15172 12969 -365 -1360 -4091 C +ATOM 10018 C LYS C 303 79.098 15.799 49.149 1.00 97.91 C +ANISOU10018 C LYS C 303 8977 15666 12557 38 -1582 -4465 C +ATOM 10019 O LYS C 303 79.219 16.616 50.061 1.00104.50 O +ANISOU10019 O LYS C 303 9526 16647 13532 67 -1716 -4930 O +ATOM 10020 CB LYS C 303 79.940 16.362 46.865 1.00 90.50 C +ANISOU10020 CB LYS C 303 7983 14169 12232 -568 -1244 -4166 C +ATOM 10021 N LYS C 304 79.327 14.498 49.311 1.00103.57 N +ANISOU10021 N LYS C 304 9871 16689 12792 383 -1612 -4263 N +ATOM 10022 CA LYS C 304 79.640 13.943 50.621 1.00104.70 C +ANISOU10022 CA LYS C 304 9924 17363 12495 864 -1790 -4534 C +ATOM 10023 C LYS C 304 80.879 14.610 51.204 1.00108.68 C +ANISOU10023 C LYS C 304 9910 18237 13145 898 -1955 -5176 C +ATOM 10024 O LYS C 304 81.776 15.048 50.480 1.00107.19 O +ANISOU10024 O LYS C 304 9457 17967 13305 604 -1896 -5334 O +ATOM 10025 CB LYS C 304 79.861 12.435 50.521 1.00109.81 C +ANISOU10025 CB LYS C 304 10841 18242 12640 1212 -1738 -4192 C +ATOM 10026 N CYS C 305 80.926 14.685 52.532 1.00116.45 N +ANISOU10026 N CYS C 305 10737 19641 13867 1282 -2156 -5566 N +ATOM 10027 CA CYS C 305 81.998 15.423 53.180 1.00131.54 C +ANISOU10027 CA CYS C 305 12158 21863 15959 1332 -2299 -6215 C +ATOM 10028 C CYS C 305 83.324 14.685 53.069 1.00145.14 C +ANISOU10028 C CYS C 305 13729 23953 17463 1549 -2298 -6319 C +ATOM 10029 O CYS C 305 83.404 13.469 53.266 1.00147.91 O +ANISOU10029 O CYS C 305 14304 24623 17274 1959 -2323 -6074 O +ATOM 10030 CB CYS C 305 81.679 15.685 54.654 1.00132.24 C +ANISOU10030 CB CYS C 305 12229 22198 15818 1756 -2402 -6486 C +ATOM 10031 SG CYS C 305 82.412 17.228 55.361 1.00131.44 S +ANISOU10031 SG CYS C 305 11657 22058 16224 1628 -2420 -7169 S +ATOM 10032 N GLU C 306 84.366 15.452 52.756 1.00152.37 N +ANISOU10032 N GLU C 306 14278 24798 18818 1277 -2240 -6682 N +ATOM 10033 CA GLU C 306 85.742 14.985 52.644 1.00146.90 C +ANISOU10033 CA GLU C 306 13366 24426 18021 1424 -2232 -6883 C +ATOM 10034 C GLU C 306 86.498 16.055 51.868 1.00132.80 C +ANISOU10034 C GLU C 306 11238 22308 16910 902 -2094 -7148 C +ATOM 10035 O GLU C 306 85.953 17.136 51.613 1.00141.64 O +ANISOU10035 O GLU C 306 12309 22986 18522 515 -2001 -7190 O +ATOM 10036 CB GLU C 306 85.846 13.621 51.949 1.00149.41 C +ANISOU10036 CB GLU C 306 13937 24915 17917 1578 -2218 -6427 C +ATOM 10037 CG GLU C 306 85.306 13.585 50.532 1.00143.83 C +ANISOU10037 CG GLU C 306 13403 23764 17482 1110 -2085 -5970 C +ATOM 10038 CD GLU C 306 85.333 12.188 49.941 1.00145.03 C +ANISOU10038 CD GLU C 306 13951 23968 17184 1326 -1977 -5418 C +ATOM 10039 OE1 GLU C 306 86.014 11.310 50.513 1.00147.66 O +ANISOU10039 OE1 GLU C 306 14244 24817 17042 1782 -2091 -5534 O +ATOM 10040 OE2 GLU C 306 84.671 11.965 48.905 1.00145.87 O +ANISOU10040 OE2 GLU C 306 14410 23608 17407 1063 -1777 -4883 O +ATOM 10041 N GLY C 307 87.732 15.772 51.472 1.00121.35 N +ANISOU10041 N GLY C 307 9571 21039 15499 895 -2048 -7305 N +ATOM 10042 CA GLY C 307 88.552 16.768 50.837 1.00122.77 C +ANISOU10042 CA GLY C 307 9413 20916 16316 450 -1882 -7584 C +ATOM 10043 C GLY C 307 88.648 18.013 51.702 1.00131.45 C +ANISOU10043 C GLY C 307 10260 21908 17776 403 -1886 -8113 C +ATOM 10044 O GLY C 307 89.280 17.999 52.764 1.00137.81 O +ANISOU10044 O GLY C 307 10875 23115 18371 780 -2016 -8578 O +ATOM 10045 N PRO C 308 88.019 19.115 51.280 1.00130.54 N +ANISOU10045 N PRO C 308 10140 21257 18201 -28 -1733 -8060 N +ATOM 10046 CA PRO C 308 88.113 20.342 52.087 1.00138.85 C +ANISOU10046 CA PRO C 308 10947 22190 19620 -70 -1722 -8567 C +ATOM 10047 C PRO C 308 87.323 20.311 53.390 1.00144.12 C +ANISOU10047 C PRO C 308 11728 23121 19908 339 -1934 -8701 C +ATOM 10048 O PRO C 308 87.736 20.983 54.342 1.00152.57 O +ANISOU10048 O PRO C 308 12532 24346 21092 510 -1998 -9238 O +ATOM 10049 CB PRO C 308 87.596 21.434 51.139 1.00142.71 C +ANISOU10049 CB PRO C 308 11463 21999 20760 -629 -1455 -8367 C +ATOM 10050 CG PRO C 308 86.871 20.725 50.057 1.00136.15 C +ANISOU10050 CG PRO C 308 10962 20973 19796 -800 -1384 -7727 C +ATOM 10051 CD PRO C 308 87.515 19.389 49.925 1.00126.99 C +ANISOU10051 CD PRO C 308 9832 20278 18142 -516 -1508 -7607 C +ATOM 10052 N CYS C 309 86.209 19.582 53.483 1.00143.80 N +ANISOU10052 N CYS C 309 12059 23138 19442 515 -2033 -8254 N +ATOM 10053 CA CYS C 309 85.413 19.570 54.709 1.00146.88 C +ANISOU10053 CA CYS C 309 12567 23752 19490 911 -2201 -8347 C +ATOM 10054 C CYS C 309 85.655 18.273 55.470 1.00139.03 C +ANISOU10054 C CYS C 309 11692 23352 17782 1527 -2361 -8303 C +ATOM 10055 O CYS C 309 85.419 17.179 54.944 1.00141.14 O +ANISOU10055 O CYS C 309 12232 23705 17689 1617 -2359 -7848 O +ATOM 10056 CB CYS C 309 83.921 19.773 54.425 1.00151.60 C +ANISOU10056 CB CYS C 309 13495 23974 20133 711 -2176 -7914 C +ATOM 10057 SG CYS C 309 82.922 18.396 53.771 1.00150.17 S +ANISOU10057 SG CYS C 309 13789 23809 19460 796 -2209 -7211 S +ATOM 10058 N ARG C 310 86.134 18.405 56.710 1.00130.39 N +ANISOU10058 N ARG C 310 10390 22664 16489 1977 -2478 -8778 N +ATOM 10059 CA ARG C 310 86.376 17.248 57.564 1.00128.43 C +ANISOU10059 CA ARG C 310 10245 22987 15566 2643 -2590 -8755 C +ATOM 10060 C ARG C 310 85.082 16.754 58.200 1.00128.06 C +ANISOU10060 C ARG C 310 10555 22997 15107 2974 -2648 -8379 C +ATOM 10061 O ARG C 310 84.811 15.548 58.216 1.00130.33 O +ANISOU10061 O ARG C 310 11137 23493 14890 3311 -2642 -7964 O +ATOM 10062 CB ARG C 310 87.400 17.601 58.644 1.00129.90 C +ANISOU10062 CB ARG C 310 10048 23599 15709 3039 -2678 -9431 C +ATOM 10063 N LYS C 311 84.273 17.668 58.732 1.00126.36 N +ANISOU10063 N LYS C 311 10321 22582 15109 2892 -2685 -8510 N +ATOM 10064 CA LYS C 311 83.005 17.308 59.348 1.00128.31 C +ANISOU10064 CA LYS C 311 10891 22851 15011 3180 -2732 -8177 C +ATOM 10065 C LYS C 311 81.984 18.406 59.085 1.00135.52 C +ANISOU10065 C LYS C 311 11856 23267 16369 2717 -2708 -8131 C +ATOM 10066 O LYS C 311 82.329 19.537 58.733 1.00141.21 O +ANISOU10066 O LYS C 311 12317 23690 17647 2292 -2659 -8439 O +ATOM 10067 CB LYS C 311 83.156 17.078 60.861 1.00124.23 C +ANISOU10067 CB LYS C 311 10269 22849 14082 3901 -2840 -8462 C +ATOM 10068 CG LYS C 311 81.932 16.445 61.506 1.00108.19 C +ANISOU10068 CG LYS C 311 8600 20889 11618 4293 -2855 -8033 C +ATOM 10069 CD LYS C 311 82.231 15.873 62.886 1.00112.09 C +ANISOU10069 CD LYS C 311 9006 21946 11638 5109 -2931 -8176 C +ATOM 10070 CE LYS C 311 82.428 16.960 63.928 1.00116.92 C +ANISOU10070 CE LYS C 311 9258 22724 12442 5297 -3054 -8780 C +ATOM 10071 NZ LYS C 311 81.872 16.553 65.249 1.00118.84 N +ANISOU10071 NZ LYS C 311 9710 23212 12230 5857 -3167 -8548 N +ATOM 10072 N VAL C 312 80.712 18.048 59.251 1.00111.12 N +ANISOU10072 N VAL C 312 16436 10033 15750 1893 -1415 -28 N +ATOM 10073 CA VAL C 312 79.597 18.982 59.152 1.00105.91 C +ANISOU10073 CA VAL C 312 15686 9779 14776 1439 -1583 -81 C +ATOM 10074 C VAL C 312 78.732 18.800 60.389 1.00108.81 C +ANISOU10074 C VAL C 312 16345 10235 14762 1600 -1719 192 C +ATOM 10075 O VAL C 312 78.584 17.680 60.890 1.00108.70 O +ANISOU10075 O VAL C 312 16756 9875 14669 1785 -1449 412 O +ATOM 10076 CB VAL C 312 78.762 18.759 57.873 1.00 96.00 C +ANISOU10076 CB VAL C 312 14558 8502 13417 728 -1165 -250 C +ATOM 10077 CG1 VAL C 312 77.760 19.889 57.684 1.00100.77 C +ANISOU10077 CG1 VAL C 312 14942 9602 13744 346 -1385 -270 C +ATOM 10078 CG2 VAL C 312 79.665 18.626 56.661 1.00 87.74 C +ANISOU10078 CG2 VAL C 312 13332 7291 12714 595 -916 -501 C +ATOM 10079 N CYS C 313 78.161 19.897 60.882 1.00 99.43 N +ANISOU10079 N CYS C 313 14940 9482 13357 1536 -2087 187 N +ATOM 10080 CA CYS C 313 77.400 19.863 62.120 1.00 93.59 C +ANISOU10080 CA CYS C 313 14429 8886 12244 1715 -2246 420 C +ATOM 10081 C CYS C 313 76.177 20.757 62.002 1.00 96.56 C +ANISOU10081 C CYS C 313 14703 9618 12369 1265 -2322 369 C +ATOM 10082 O CYS C 313 76.051 21.569 61.081 1.00 99.41 O +ANISOU10082 O CYS C 313 14752 10167 12852 923 -2339 190 O +ATOM 10083 CB CYS C 313 78.262 20.295 63.307 1.00 79.58 C +ANISOU10083 CB CYS C 313 12445 7330 10462 2354 -2719 479 C +ATOM 10084 SG CYS C 313 79.824 19.427 63.396 1.00 96.16 S +ANISOU10084 SG CYS C 313 14505 9136 12895 2963 -2705 549 S +ATOM 10085 N ASN C 314 75.276 20.602 62.965 1.00 99.52 N +ANISOU10085 N ASN C 314 15336 10089 12386 1305 -2348 564 N +ATOM 10086 CA ASN C 314 74.022 21.337 62.976 1.00106.12 C +ANISOU10086 CA ASN C 314 16097 11251 12973 921 -2382 556 C +ATOM 10087 C ASN C 314 74.209 22.727 63.568 1.00112.53 C +ANISOU10087 C ASN C 314 16515 12435 13806 1136 -2825 453 C +ATOM 10088 O ASN C 314 75.088 22.958 64.402 1.00120.20 O +ANISOU10088 O ASN C 314 17372 13467 14830 1609 -3133 419 O +ATOM 10089 CB ASN C 314 72.972 20.577 63.786 1.00107.36 C +ANISOU10089 CB ASN C 314 16694 11337 12762 860 -2172 787 C +ATOM 10090 CG ASN C 314 71.979 19.840 62.915 1.00104.82 C +ANISOU10090 CG ASN C 314 16590 10881 12356 260 -1703 758 C +ATOM 10091 OD1 ASN C 314 72.165 19.713 61.705 1.00 90.53 O +ANISOU10091 OD1 ASN C 314 14657 9012 10728 -77 -1518 571 O +ATOM 10092 ND2 ASN C 314 70.915 19.342 63.531 1.00115.74 N +ANISOU10092 ND2 ASN C 314 18285 12248 13443 100 -1491 913 N +ATOM 10093 N GLY C 315 73.360 23.656 63.129 1.00102.81 N +ANISOU10093 N GLY C 315 15055 11472 12537 782 -2834 393 N +ATOM 10094 CA GLY C 315 73.338 24.995 63.671 1.00 94.96 C +ANISOU10094 CA GLY C 315 13719 10769 11593 920 -3145 286 C +ATOM 10095 C GLY C 315 72.280 25.150 64.754 1.00 86.28 C +ANISOU10095 C GLY C 315 12789 9868 10126 946 -3195 409 C +ATOM 10096 O GLY C 315 71.456 24.272 64.993 1.00 87.85 O +ANISOU10096 O GLY C 315 13351 9997 10029 804 -2970 596 O +ATOM 10097 N ILE C 316 72.317 26.306 65.416 1.00 76.40 N +ANISOU10097 N ILE C 316 11261 8848 8919 1110 -3453 268 N +ATOM 10098 CA ILE C 316 71.351 26.584 66.470 1.00 75.28 C +ANISOU10098 CA ILE C 316 11244 8918 8442 1145 -3493 339 C +ATOM 10099 C ILE C 316 69.961 26.657 65.860 1.00 71.68 C +ANISOU10099 C ILE C 316 10811 8556 7869 707 -3217 493 C +ATOM 10100 O ILE C 316 69.734 27.363 64.869 1.00 79.67 O +ANISOU10100 O ILE C 316 11517 9646 9109 462 -3143 465 O +ATOM 10101 CB ILE C 316 71.711 27.884 67.203 1.00 72.04 C +ANISOU10101 CB ILE C 316 10494 8721 8159 1361 -3776 72 C +ATOM 10102 CG1 ILE C 316 73.166 27.853 67.688 1.00 81.91 C +ANISOU10102 CG1 ILE C 316 11612 9970 9541 1756 -4079 -146 C +ATOM 10103 CG2 ILE C 316 70.761 28.113 68.377 1.00 72.26 C +ANISOU10103 CG2 ILE C 316 10675 8972 7809 1420 -3796 115 C +ATOM 10104 CD1 ILE C 316 73.477 26.750 68.683 1.00 86.59 C +ANISOU10104 CD1 ILE C 316 12567 10592 9740 2122 -4189 23 C +ATOM 10105 N GLY C 317 69.023 25.925 66.449 1.00 72.95 N +ANISOU10105 N GLY C 317 11314 8741 7662 618 -3051 674 N +ATOM 10106 CA GLY C 317 67.660 25.889 65.963 1.00 88.93 C +ANISOU10106 CA GLY C 317 13335 10915 9540 194 -2791 798 C +ATOM 10107 C GLY C 317 67.318 24.714 65.075 1.00 89.29 C +ANISOU10107 C GLY C 317 13603 10810 9513 -178 -2474 884 C +ATOM 10108 O GLY C 317 66.265 24.742 64.428 1.00100.62 O +ANISOU10108 O GLY C 317 14925 12456 10851 -588 -2281 928 O +ATOM 10109 N ILE C 318 68.165 23.690 65.017 1.00 83.50 N +ANISOU10109 N ILE C 318 13156 9739 8831 -50 -2395 889 N +ATOM 10110 CA ILE C 318 67.902 22.500 64.217 1.00 96.78 C +ANISOU10110 CA ILE C 318 15087 11202 10484 -420 -2022 906 C +ATOM 10111 C ILE C 318 68.440 21.281 64.952 1.00115.36 C +ANISOU10111 C ILE C 318 17923 13135 12773 -138 -1862 1036 C +ATOM 10112 O ILE C 318 69.552 21.306 65.491 1.00118.94 O +ANISOU10112 O ILE C 318 18404 13455 13334 357 -2094 1064 O +ATOM 10113 CB ILE C 318 68.524 22.608 62.806 1.00 95.48 C +ANISOU10113 CB ILE C 318 14671 11015 10591 -631 -1990 746 C +ATOM 10114 CG1 ILE C 318 67.750 23.633 61.968 1.00113.10 C +ANISOU10114 CG1 ILE C 318 16470 13691 12810 -957 -2042 716 C +ATOM 10115 CG2 ILE C 318 68.532 21.241 62.115 1.00 97.30 C +ANISOU10115 CG2 ILE C 318 15216 10934 10820 -951 -1581 687 C +ATOM 10116 CD1 ILE C 318 68.230 23.773 60.528 1.00117.52 C +ANISOU10116 CD1 ILE C 318 16781 14319 13551 -1191 -1981 599 C +ATOM 10117 N GLY C 319 67.644 20.214 64.968 1.00136.63 N +ANISOU10117 N GLY C 319 20978 15633 15304 -448 -1442 1122 N +ATOM 10118 CA GLY C 319 68.070 18.923 65.474 1.00136.65 C +ANISOU10118 CA GLY C 319 21478 15142 15299 -231 -1146 1291 C +ATOM 10119 C GLY C 319 68.718 18.949 66.842 1.00135.29 C +ANISOU10119 C GLY C 319 21492 14925 14986 443 -1397 1535 C +ATOM 10120 O GLY C 319 68.069 19.259 67.846 1.00135.83 O +ANISOU10120 O GLY C 319 21645 15213 14752 560 -1479 1671 O +ATOM 10121 N GLU C 320 70.012 18.617 66.882 1.00130.96 N +ANISOU10121 N GLU C 320 20985 14139 14637 897 -1518 1585 N +ATOM 10122 CA GLU C 320 70.738 18.532 68.145 1.00133.28 C +ANISOU10122 CA GLU C 320 21424 14461 14755 1584 -1775 1831 C +ATOM 10123 C GLU C 320 70.555 19.783 68.995 1.00121.32 C +ANISOU10123 C GLU C 320 19613 13485 12996 1772 -2248 1746 C +ATOM 10124 O GLU C 320 70.666 19.722 70.225 1.00111.60 O +ANISOU10124 O GLU C 320 18556 12409 11439 2216 -2403 1950 O +ATOM 10125 CB GLU C 320 72.222 18.298 67.864 1.00144.44 C +ANISOU10125 CB GLU C 320 22718 15691 16472 2020 -1941 1811 C +ATOM 10126 CG GLU C 320 72.951 17.495 68.919 1.00157.26 C +ANISOU10126 CG GLU C 320 24655 17152 17943 2708 -1954 2188 C +ATOM 10127 CD GLU C 320 74.388 17.221 68.529 1.00166.59 C +ANISOU10127 CD GLU C 320 25664 18160 19474 3122 -2083 2163 C +ATOM 10128 OE1 GLU C 320 74.827 17.722 67.472 1.00165.44 O +ANISOU10128 OE1 GLU C 320 25155 18023 19680 2853 -2170 1823 O +ATOM 10129 OE2 GLU C 320 75.083 16.510 69.286 1.00173.32 O +ANISOU10129 OE2 GLU C 320 26728 18887 20237 3744 -2087 2510 O +ATOM 10130 N PHE C 321 70.276 20.921 68.364 1.00120.72 N +ANISOU10130 N PHE C 321 19096 13703 13069 1452 -2448 1451 N +ATOM 10131 CA PHE C 321 70.082 22.191 69.053 1.00126.39 C +ANISOU10131 CA PHE C 321 19505 14867 13651 1574 -2820 1306 C +ATOM 10132 C PHE C 321 68.783 22.842 68.600 1.00136.79 C +ANISOU10132 C PHE C 321 20655 16378 14941 1062 -2675 1218 C +ATOM 10133 O PHE C 321 68.713 24.056 68.385 1.00133.95 O +ANISOU10133 O PHE C 321 19886 16282 14728 991 -2894 1015 O +ATOM 10134 CB PHE C 321 71.266 23.121 68.809 1.00119.12 C +ANISOU10134 CB PHE C 321 18128 14098 13035 1813 -3226 1030 C +ATOM 10135 CG PHE C 321 72.580 22.404 68.682 1.00121.54 C +ANISOU10135 CG PHE C 321 18485 14174 13520 2187 -3298 1078 C +ATOM 10136 CD1 PHE C 321 73.152 21.778 69.776 1.00136.90 C +ANISOU10136 CD1 PHE C 321 20668 16150 15200 2732 -3426 1296 C +ATOM 10137 CD2 PHE C 321 73.243 22.356 67.467 1.00119.34 C +ANISOU10137 CD2 PHE C 321 18002 13680 13660 2022 -3223 929 C +ATOM 10138 CE1 PHE C 321 74.359 21.116 69.661 1.00150.66 C +ANISOU10138 CE1 PHE C 321 22416 17703 17126 3131 -3485 1380 C +ATOM 10139 CE2 PHE C 321 74.451 21.696 67.346 1.00129.45 C +ANISOU10139 CE2 PHE C 321 19304 14741 15140 2382 -3260 968 C +ATOM 10140 CZ PHE C 321 75.009 21.076 68.445 1.00148.64 C +ANISOU10140 CZ PHE C 321 21944 17196 17337 2950 -3394 1201 C +ATOM 10141 N LYS C 322 67.728 22.036 68.454 1.00140.38 N +ANISOU10141 N LYS C 322 21408 16701 15228 705 -2272 1376 N +ATOM 10142 CA LYS C 322 66.478 22.540 67.896 1.00135.60 C +ANISOU10142 CA LYS C 322 20592 16331 14599 201 -2120 1303 C +ATOM 10143 C LYS C 322 65.847 23.608 68.781 1.00125.27 C +ANISOU10143 C LYS C 322 19099 15383 13113 317 -2312 1274 C +ATOM 10144 O LYS C 322 65.186 24.520 68.272 1.00114.86 O +ANISOU10144 O LYS C 322 17415 14324 11901 67 -2340 1176 O +ATOM 10145 CB LYS C 322 65.498 21.386 67.686 1.00139.86 C +ANISOU10145 CB LYS C 322 21475 16681 14983 -218 -1633 1426 C +ATOM 10146 N ASP C 323 66.026 23.511 70.090 1.00124.06 N +ANISOU10146 N ASP C 323 19188 15270 12679 708 -2419 1369 N +ATOM 10147 CA ASP C 323 65.410 24.498 70.959 1.00110.54 C +ANISOU10147 CA ASP C 323 17319 13897 10784 793 -2553 1290 C +ATOM 10148 C ASP C 323 66.365 25.371 71.738 1.00 89.15 C +ANISOU10148 C ASP C 323 14420 11380 8074 1241 -2967 1088 C +ATOM 10149 O ASP C 323 65.992 25.984 72.716 1.00 80.82 O +ANISOU10149 O ASP C 323 13340 10583 6786 1379 -3054 1006 O +ATOM 10150 CB ASP C 323 64.355 23.862 71.847 1.00120.11 C +ANISOU10150 CB ASP C 323 18908 15133 11593 718 -2251 1507 C +ATOM 10151 CG ASP C 323 62.981 23.901 71.220 1.00121.25 C +ANISOU10151 CG ASP C 323 18925 15370 11774 183 -1932 1522 C +ATOM 10152 OD1 ASP C 323 62.427 25.000 71.075 1.00121.97 O +ANISOU10152 OD1 ASP C 323 18628 15748 11970 77 -2028 1388 O +ATOM 10153 OD2 ASP C 323 62.446 22.843 70.862 1.00123.94 O +ANISOU10153 OD2 ASP C 323 19527 15507 12057 -133 -1565 1656 O +ATOM 10154 N SER C 324 67.603 25.431 71.281 1.00 91.52 N +ANISOU10154 N SER C 324 14557 11572 8643 1437 -3202 964 N +ATOM 10155 CA SER C 324 68.599 26.291 71.903 1.00 93.83 C +ANISOU10155 CA SER C 324 14582 12079 8990 1803 -3600 685 C +ATOM 10156 C SER C 324 68.503 27.703 71.341 1.00 85.40 C +ANISOU10156 C SER C 324 13019 11115 8315 1606 -3683 379 C +ATOM 10157 O SER C 324 68.346 27.895 70.132 1.00 93.64 O +ANISOU10157 O SER C 324 13865 12011 9701 1312 -3545 399 O +ATOM 10158 CB SER C 324 70.005 25.734 71.679 1.00 94.46 C +ANISOU10158 CB SER C 324 14658 12013 9219 2113 -3800 677 C +ATOM 10159 OG SER C 324 70.126 24.425 72.209 1.00 95.83 O +ANISOU10159 OG SER C 324 15298 12045 9068 2363 -3677 1021 O +ATOM 10160 N LEU C 325 68.599 28.691 72.231 1.00 82.99 N +ANISOU10160 N LEU C 325 12517 11067 7948 1775 -3875 95 N +ATOM 10161 CA LEU C 325 68.560 30.086 71.809 1.00 85.93 C +ANISOU10161 CA LEU C 325 12432 11467 8748 1630 -3889 -205 C +ATOM 10162 C LEU C 325 69.892 30.540 71.232 1.00 84.00 C +ANISOU10162 C LEU C 325 11855 11117 8942 1729 -4101 -472 C +ATOM 10163 O LEU C 325 69.917 31.370 70.316 1.00 82.04 O +ANISOU10163 O LEU C 325 11278 10730 9162 1536 -3995 -565 O +ATOM 10164 CB LEU C 325 68.196 30.989 72.988 1.00 88.33 C +ANISOU10164 CB LEU C 325 12648 12039 8874 1740 -3950 -487 C +ATOM 10165 CG LEU C 325 67.061 30.522 73.896 1.00 93.23 C +ANISOU10165 CG LEU C 325 13620 12828 8974 1730 -3778 -278 C +ATOM 10166 CD1 LEU C 325 66.969 31.455 75.091 1.00 96.80 C +ANISOU10166 CD1 LEU C 325 13958 13572 9250 1872 -3871 -654 C +ATOM 10167 CD2 LEU C 325 65.745 30.444 73.145 1.00 81.74 C +ANISOU10167 CD2 LEU C 325 12180 11259 7616 1377 -3422 11 C +ATOM 10168 N SER C 326 70.997 30.015 71.753 1.00 90.30 N +ANISOU10168 N SER C 326 12714 11997 9598 2045 -4379 -572 N +ATOM 10169 CA SER C 326 72.323 30.490 71.388 1.00 93.92 C +ANISOU10169 CA SER C 326 12800 12416 10468 2149 -4577 -892 C +ATOM 10170 C SER C 326 73.329 29.380 71.643 1.00 92.95 C +ANISOU10170 C SER C 326 12820 12304 10191 2421 -4658 -756 C +ATOM 10171 O SER C 326 73.045 28.412 72.354 1.00 96.74 O +ANISOU10171 O SER C 326 13666 12866 10226 2589 -4604 -465 O +ATOM 10172 CB SER C 326 72.699 31.741 72.191 1.00 97.63 C +ANISOU10172 CB SER C 326 12911 13123 11061 2206 -4719 -1406 C +ATOM 10173 OG SER C 326 74.044 32.123 71.959 1.00103.15 O +ANISOU10173 OG SER C 326 13242 13807 12142 2280 -4854 -1741 O +ATOM 10174 N ILE C 327 74.515 29.548 71.068 1.00 87.58 N +ANISOU10174 N ILE C 327 11835 11534 9905 2484 -4771 -960 N +ATOM 10175 CA ILE C 327 75.600 28.605 71.255 1.00 91.71 C +ANISOU10175 CA ILE C 327 12409 12082 10355 2786 -4875 -864 C +ATOM 10176 C ILE C 327 76.033 28.771 72.698 1.00102.42 C +ANISOU10176 C ILE C 327 13678 13872 11366 3042 -5039 -1042 C +ATOM 10177 O ILE C 327 76.821 29.657 73.016 1.00108.99 O +ANISOU10177 O ILE C 327 14103 14916 12390 3060 -5197 -1482 O +ATOM 10178 CB ILE C 327 76.790 28.938 70.342 1.00 83.08 C +ANISOU10178 CB ILE C 327 10929 10839 9797 2775 -4959 -1115 C +ATOM 10179 CG1 ILE C 327 76.592 28.323 68.959 1.00 86.74 C +ANISOU10179 CG1 ILE C 327 11552 10903 10504 2620 -4822 -848 C +ATOM 10180 CG2 ILE C 327 78.089 28.448 70.958 1.00 85.83 C +ANISOU10180 CG2 ILE C 327 11136 11402 10072 3131 -5140 -1200 C +ATOM 10181 CD1 ILE C 327 77.774 28.516 68.037 1.00 93.73 C +ANISOU10181 CD1 ILE C 327 12081 11625 11907 2629 -4876 -1058 C +ATOM 10182 N ASN C 328 75.510 27.929 73.579 1.00108.07 N +ANISOU10182 N ASN C 328 14770 14728 11565 3222 -4987 -708 N +ATOM 10183 CA ASN C 328 75.847 28.041 74.990 1.00111.75 C +ANISOU10183 CA ASN C 328 15169 15662 11630 3464 -5146 -828 C +ATOM 10184 C ASN C 328 76.961 27.109 75.455 1.00110.10 C +ANISOU10184 C ASN C 328 14953 15629 11249 3868 -5288 -640 C +ATOM 10185 O ASN C 328 77.603 26.432 74.656 1.00 93.41 O +ANISOU10185 O ASN C 328 12848 13250 9393 3980 -5268 -470 O +ATOM 10186 CB ASN C 328 74.599 27.898 75.862 1.00116.44 C +ANISOU10186 CB ASN C 328 16115 16390 11736 3424 -5006 -620 C +ATOM 10187 CG ASN C 328 74.000 26.509 75.816 1.00129.70 C +ANISOU10187 CG ASN C 328 18314 17835 13132 3535 -4783 -33 C +ATOM 10188 OD1 ASN C 328 74.693 25.523 75.574 1.00133.75 O +ANISOU10188 OD1 ASN C 328 18944 18200 13674 3780 -4779 241 O +ATOM 10189 ND2 ASN C 328 72.693 26.436 76.058 1.00141.09 N +ANISOU10189 ND2 ASN C 328 20071 19223 14313 3356 -4567 152 N +ATOM 10190 N ALA C 329 77.189 27.095 76.761 1.00121.06 N +ANISOU10190 N ALA C 329 16312 17489 12196 4098 -5435 -671 N +ATOM 10191 CA ALA C 329 78.241 26.277 77.347 1.00119.31 C +ANISOU10191 CA ALA C 329 16040 17531 11761 4521 -5600 -468 C +ATOM 10192 C ALA C 329 77.973 24.788 77.180 1.00128.67 C +ANISOU10192 C ALA C 329 17702 18402 12785 4769 -5386 188 C +ATOM 10193 O ALA C 329 78.890 24.011 76.921 1.00132.02 O +ANISOU10193 O ALA C 329 18085 18748 13330 5070 -5430 404 O +ATOM 10194 CB ALA C 329 78.420 26.623 78.817 1.00108.48 C +ANISOU10194 CB ALA C 329 14545 16781 9891 4691 -5804 -629 C +ATOM 10195 N THR C 330 76.716 24.389 77.324 1.00129.56 N +ANISOU10195 N THR C 330 18267 18311 12650 4643 -5123 498 N +ATOM 10196 CA THR C 330 76.367 22.979 77.199 1.00137.02 C +ANISOU10196 CA THR C 330 19709 18893 13457 4843 -4841 1103 C +ATOM 10197 C THR C 330 76.630 22.461 75.789 1.00141.17 C +ANISOU10197 C THR C 330 20312 18865 14461 4769 -4693 1204 C +ATOM 10198 O THR C 330 77.254 21.409 75.615 1.00150.11 O +ANISOU10198 O THR C 330 21595 19777 15662 5090 -4596 1551 O +ATOM 10199 CB THR C 330 74.899 22.770 77.580 1.00128.82 C +ANISOU10199 CB THR C 330 19117 17735 12093 4642 -4551 1343 C +ATOM 10200 OG1 THR C 330 74.697 23.146 78.949 1.00134.08 O +ANISOU10200 OG1 THR C 330 19744 18918 12282 4755 -4672 1279 O +ATOM 10201 CG2 THR C 330 74.489 21.308 77.394 1.00120.10 C +ANISOU10201 CG2 THR C 330 18563 16170 10901 4795 -4172 1943 C +ATOM 10202 N ASN C 331 76.163 23.184 74.771 1.00127.48 N +ANISOU10202 N ASN C 331 18476 16893 13066 4358 -4659 916 N +ATOM 10203 CA ASN C 331 76.173 22.675 73.406 1.00111.62 C +ANISOU10203 CA ASN C 331 16621 14346 11445 4223 -4487 1028 C +ATOM 10204 C ASN C 331 77.448 23.003 72.637 1.00 99.43 C +ANISOU10204 C ASN C 331 14637 12771 10369 4300 -4690 739 C +ATOM 10205 O ASN C 331 77.664 22.432 71.562 1.00 92.26 O +ANISOU10205 O ASN C 331 13857 11419 9780 4273 -4554 855 O +ATOM 10206 CB ASN C 331 74.961 23.220 72.637 1.00110.85 C +ANISOU10206 CB ASN C 331 16649 14026 11442 3729 -4344 923 C +ATOM 10207 CG ASN C 331 75.012 24.728 72.437 1.00108.29 C +ANISOU10207 CG ASN C 331 15825 13955 11366 3457 -4557 416 C +ATOM 10208 OD1 ASN C 331 76.083 25.314 72.278 1.00119.06 O +ANISOU10208 OD1 ASN C 331 16753 15457 13027 3540 -4770 92 O +ATOM 10209 ND2 ASN C 331 73.846 25.363 72.442 1.00 92.92 N +ANISOU10209 ND2 ASN C 331 13938 12043 9323 3130 -4458 352 N +ATOM 10210 N ILE C 332 78.298 23.895 73.151 1.00 97.70 N +ANISOU10210 N ILE C 332 13917 12995 10207 4376 -4984 350 N +ATOM 10211 CA ILE C 332 79.446 24.345 72.369 1.00105.91 C +ANISOU10211 CA ILE C 332 14506 14001 11734 4372 -5139 18 C +ATOM 10212 C ILE C 332 80.435 23.209 72.142 1.00119.96 C +ANISOU10212 C ILE C 332 16333 15619 13627 4774 -5108 313 C +ATOM 10213 O ILE C 332 81.187 23.219 71.159 1.00126.03 O +ANISOU10213 O ILE C 332 16877 16156 14853 4755 -5112 166 O +ATOM 10214 CB ILE C 332 80.119 25.549 73.052 1.00102.17 C +ANISOU10214 CB ILE C 332 13508 14027 11283 4338 -5416 -493 C +ATOM 10215 CG1 ILE C 332 81.179 26.146 72.126 1.00 96.62 C +ANISOU10215 CG1 ILE C 332 12337 13228 11146 4237 -5509 -880 C +ATOM 10216 CG2 ILE C 332 80.742 25.139 74.380 1.00103.75 C +ANISOU10216 CG2 ILE C 332 13650 14722 11051 4744 -5602 -376 C +ATOM 10217 CD1 ILE C 332 81.605 27.544 72.498 1.00 97.75 C +ANISOU10217 CD1 ILE C 332 11996 13700 11446 4046 -5677 -1468 C +ATOM 10218 N LYS C 333 80.462 22.217 73.033 1.00119.01 N +ANISOU10218 N LYS C 333 16494 15599 13125 5156 -5044 748 N +ATOM 10219 CA LYS C 333 81.367 21.088 72.842 1.00116.72 C +ANISOU10219 CA LYS C 333 16261 15108 12979 5578 -4953 1092 C +ATOM 10220 C LYS C 333 80.976 20.265 71.620 1.00113.34 C +ANISOU10220 C LYS C 333 16231 13960 12875 5472 -4588 1328 C +ATOM 10221 O LYS C 333 81.840 19.661 70.974 1.00127.32 O +ANISOU10221 O LYS C 333 17923 15449 15004 5688 -4492 1414 O +ATOM 10222 CB LYS C 333 81.386 20.210 74.094 1.00124.72 C +ANISOU10222 CB LYS C 333 17514 16355 13520 6009 -4917 1564 C +ATOM 10223 N HIS C 334 79.686 20.246 71.281 1.00103.47 N +ANISOU10223 N HIS C 334 15400 12402 11511 5122 -4365 1411 N +ATOM 10224 CA HIS C 334 79.229 19.479 70.128 1.00119.89 C +ANISOU10224 CA HIS C 334 17909 13785 13856 4953 -3996 1596 C +ATOM 10225 C HIS C 334 79.869 19.978 68.840 1.00127.00 C +ANISOU10225 C HIS C 334 18477 14478 15297 4765 -4090 1233 C +ATOM 10226 O HIS C 334 80.065 19.196 67.901 1.00131.02 O +ANISOU10226 O HIS C 334 19173 14469 16141 4670 -3714 1324 O +ATOM 10227 CB HIS C 334 77.705 19.557 70.016 1.00122.61 C +ANISOU10227 CB HIS C 334 18701 13939 13947 4533 -3794 1685 C +ATOM 10228 CG HIS C 334 76.973 19.070 71.231 1.00136.73 C +ANISOU10228 CG HIS C 334 20832 15890 15230 4665 -3636 2030 C +ATOM 10229 ND1 HIS C 334 75.848 18.280 71.148 1.00137.85 N +ANISOU10229 ND1 HIS C 334 21581 15602 15193 4460 -3193 2354 N +ATOM 10230 CD2 HIS C 334 77.190 19.274 72.554 1.00143.14 C +ANISOU10230 CD2 HIS C 334 21466 17242 15681 4943 -3836 2084 C +ATOM 10231 CE1 HIS C 334 75.408 18.008 72.363 1.00140.70 C +ANISOU10231 CE1 HIS C 334 22107 16222 15132 4631 -3118 2611 C +ATOM 10232 NE2 HIS C 334 76.205 18.601 73.235 1.00144.66 N +ANISOU10232 NE2 HIS C 334 22147 17319 15499 4936 -3522 2460 N +ATOM 10233 N PHE C 335 80.207 21.267 68.780 1.00120.74 N +ANISOU10233 N PHE C 335 17138 14094 14641 4574 -4432 777 N +ATOM 10234 CA PHE C 335 80.693 21.889 67.559 1.00112.57 C +ANISOU10234 CA PHE C 335 15744 12895 14132 4282 -4445 418 C +ATOM 10235 C PHE C 335 82.180 21.647 67.303 1.00110.58 C +ANISOU10235 C PHE C 335 15121 12642 14251 4645 -4549 308 C +ATOM 10236 O PHE C 335 82.733 22.232 66.365 1.00 99.47 O +ANISOU10236 O PHE C 335 13346 11146 13302 4428 -4563 -21 O +ATOM 10237 CB PHE C 335 80.417 23.394 67.600 1.00107.18 C +ANISOU10237 CB PHE C 335 14652 12571 13499 3951 -4709 1 C +ATOM 10238 CG PHE C 335 78.972 23.746 67.404 1.00 96.66 C +ANISOU10238 CG PHE C 335 13577 11175 11973 3448 -4478 61 C +ATOM 10239 CD1 PHE C 335 78.455 23.909 66.132 1.00 81.84 C +ANISOU10239 CD1 PHE C 335 11711 9021 10362 2922 -4144 10 C +ATOM 10240 CD2 PHE C 335 78.130 23.914 68.493 1.00 96.14 C +ANISOU10240 CD2 PHE C 335 13715 11380 11433 3516 -4595 173 C +ATOM 10241 CE1 PHE C 335 77.130 24.234 65.943 1.00 88.09 C +ANISOU10241 CE1 PHE C 335 12673 9833 10965 2493 -3955 80 C +ATOM 10242 CE2 PHE C 335 76.799 24.239 68.311 1.00 80.56 C +ANISOU10242 CE2 PHE C 335 11932 9368 9309 3071 -4372 227 C +ATOM 10243 CZ PHE C 335 76.298 24.400 67.033 1.00 86.39 C +ANISOU10243 CZ PHE C 335 12639 9855 10329 2569 -4064 187 C +ATOM 10244 N LYS C 336 82.842 20.812 68.100 1.00116.34 N +ANISOU10244 N LYS C 336 15895 13501 14806 5118 -4529 590 N +ATOM 10245 CA LYS C 336 84.267 20.581 67.910 1.00122.64 C +ANISOU10245 CA LYS C 336 16286 14368 15944 5436 -4588 507 C +ATOM 10246 C LYS C 336 84.532 19.868 66.587 1.00115.96 C +ANISOU10246 C LYS C 336 15604 12863 15593 5404 -4242 556 C +ATOM 10247 O LYS C 336 83.827 18.924 66.219 1.00114.31 O +ANISOU10247 O LYS C 336 15972 12108 15354 5379 -3867 867 O +ATOM 10248 CB LYS C 336 84.830 19.765 69.075 1.00140.32 C +ANISOU10248 CB LYS C 336 18554 16893 17870 5973 -4628 895 C +ATOM 10249 CG LYS C 336 86.314 19.432 68.949 1.00156.64 C +ANISOU10249 CG LYS C 336 20185 19064 20268 6351 -4689 881 C +ATOM 10250 CD LYS C 336 87.146 20.680 68.662 1.00162.36 C +ANISOU10250 CD LYS C 336 20249 20175 21267 6128 -5003 283 C +ATOM 10251 CE LYS C 336 88.628 20.385 68.594 1.00167.81 C +ANISOU10251 CE LYS C 336 20470 21028 22262 6490 -5075 255 C +ATOM 10252 NZ LYS C 336 89.378 21.602 68.187 1.00164.58 N +ANISOU10252 NZ LYS C 336 19459 20899 22176 6193 -5295 -363 N +ATOM 10253 N ASN C 337 85.555 20.338 65.869 1.00113.27 N +ANISOU10253 N ASN C 337 14763 12551 15722 5363 -4317 208 N +ATOM 10254 CA ASN C 337 86.005 19.835 64.573 1.00122.35 C +ANISOU10254 CA ASN C 337 15943 13138 17408 5300 -3990 138 C +ATOM 10255 C ASN C 337 85.036 20.168 63.455 1.00113.85 C +ANISOU10255 C ASN C 337 15084 11760 16412 4540 -3623 -22 C +ATOM 10256 O ASN C 337 85.274 19.760 62.311 1.00119.67 O +ANISOU10256 O ASN C 337 15874 12102 17494 4286 -3215 -107 O +ATOM 10257 CB ASN C 337 86.224 18.318 64.544 1.00140.60 C +ANISOU10257 CB ASN C 337 18680 14969 19774 5685 -3570 575 C +ATOM 10258 CG ASN C 337 87.429 17.858 65.333 1.00153.34 C +ANISOU10258 CG ASN C 337 19952 16918 21390 6253 -3676 784 C +ATOM 10259 OD1 ASN C 337 88.098 18.617 66.031 1.00157.45 O +ANISOU10259 OD1 ASN C 337 19951 18085 21789 6366 -4094 599 O +ATOM 10260 ND2 ASN C 337 87.700 16.572 65.196 1.00149.73 N +ANISOU10260 ND2 ASN C 337 19804 15982 21103 6585 -3250 1169 N +ATOM 10261 N CYS C 338 83.943 20.869 63.741 1.00106.93 N +ANISOU10261 N CYS C 338 14325 11098 15205 4172 -3730 -56 N +ATOM 10262 CA CYS C 338 82.991 21.208 62.695 1.00 92.26 C +ANISOU10262 CA CYS C 338 12620 9062 13374 3480 -3403 -165 C +ATOM 10263 C CYS C 338 83.615 22.204 61.729 1.00 82.35 C +ANISOU10263 C CYS C 338 10865 7880 12543 3197 -3429 -541 C +ATOM 10264 O CYS C 338 84.165 23.231 62.141 1.00 84.05 O +ANISOU10264 O CYS C 338 10613 8430 12894 3316 -3796 -793 O +ATOM 10265 CB CYS C 338 81.718 21.780 63.309 1.00 86.43 C +ANISOU10265 CB CYS C 338 12057 8579 12205 3229 -3531 -91 C +ATOM 10266 SG CYS C 338 80.965 20.673 64.507 1.00 89.59 S +ANISOU10266 SG CYS C 338 13045 8905 12091 3552 -3464 365 S +ATOM 10267 N THR C 339 83.541 21.888 60.437 1.00 84.58 N +ANISOU10267 N THR C 339 11249 7852 13034 2806 -3003 -597 N +ATOM 10268 CA THR C 339 84.030 22.771 59.391 1.00 81.54 C +ANISOU10268 CA THR C 339 10458 7506 13017 2498 -2931 -889 C +ATOM 10269 C THR C 339 82.909 23.423 58.601 1.00 82.00 C +ANISOU10269 C THR C 339 10600 7650 12905 1904 -2745 -889 C +ATOM 10270 O THR C 339 83.149 24.438 57.942 1.00 96.00 O +ANISOU10270 O THR C 339 12020 9536 14921 1681 -2740 -1067 O +ATOM 10271 CB THR C 339 84.932 21.999 58.419 1.00 75.53 C +ANISOU10271 CB THR C 339 9678 6398 12620 2525 -2574 -971 C +ATOM 10272 OG1 THR C 339 84.130 21.138 57.602 1.00112.67 O +ANISOU10272 OG1 THR C 339 14844 10818 17146 2131 -2102 -861 O +ATOM 10273 CG2 THR C 339 85.951 21.160 59.184 1.00 80.47 C +ANISOU10273 CG2 THR C 339 10263 6914 13398 3174 -2699 -878 C +ATOM 10274 N SER C 340 81.701 22.869 58.658 1.00 67.91 N +ANISOU10274 N SER C 340 9253 5830 10720 1661 -2576 -677 N +ATOM 10275 CA SER C 340 80.553 23.404 57.943 1.00 71.47 C +ANISOU10275 CA SER C 340 9758 6446 10949 1130 -2420 -641 C +ATOM 10276 C SER C 340 79.344 23.340 58.861 1.00 90.74 C +ANISOU10276 C SER C 340 12476 9044 12958 1098 -2541 -440 C +ATOM 10277 O SER C 340 79.020 22.272 59.388 1.00104.08 O +ANISOU10277 O SER C 340 14562 10551 14432 1210 -2425 -282 O +ATOM 10278 CB SER C 340 80.289 22.613 56.658 1.00 75.76 C +ANISOU10278 CB SER C 340 10524 6809 11452 710 -1953 -666 C +ATOM 10279 OG SER C 340 79.241 23.195 55.902 1.00111.70 O +ANISOU10279 OG SER C 340 15042 11643 15757 221 -1843 -626 O +ATOM 10280 N ILE C 341 78.689 24.479 59.057 1.00 87.30 N +ANISOU10280 N ILE C 341 11836 8909 12425 959 -2724 -435 N +ATOM 10281 CA ILE C 341 77.497 24.568 59.892 1.00 82.35 C +ANISOU10281 CA ILE C 341 11417 8465 11407 906 -2823 -266 C +ATOM 10282 C ILE C 341 76.279 24.527 58.984 1.00 88.98 C +ANISOU10282 C ILE C 341 12372 9434 12003 381 -2544 -161 C +ATOM 10283 O ILE C 341 76.070 25.433 58.169 1.00 98.23 O +ANISOU10283 O ILE C 341 13258 10799 13265 142 -2504 -182 O +ATOM 10284 CB ILE C 341 77.500 25.843 60.751 1.00 77.12 C +ANISOU10284 CB ILE C 341 10444 8058 10799 1097 -3170 -353 C +ATOM 10285 CG1 ILE C 341 78.854 26.027 61.442 1.00 77.28 C +ANISOU10285 CG1 ILE C 341 10210 8059 11094 1551 -3463 -560 C +ATOM 10286 CG2 ILE C 341 76.376 25.787 61.781 1.00 73.86 C +ANISOU10286 CG2 ILE C 341 10281 7813 9971 1115 -3263 -190 C +ATOM 10287 CD1 ILE C 341 79.283 24.854 62.307 1.00 68.73 C +ANISOU10287 CD1 ILE C 341 9415 6872 9828 1960 -3555 -439 C +ATOM 10288 N SER C 342 75.474 23.476 59.122 1.00 92.49 N +ANISOU10288 N SER C 342 13216 9792 12134 207 -2331 -40 N +ATOM 10289 CA SER C 342 74.230 23.352 58.366 1.00 93.71 C +ANISOU10289 CA SER C 342 13451 10156 11999 -316 -2087 19 C +ATOM 10290 C SER C 342 73.142 24.058 59.164 1.00 94.51 C +ANISOU10290 C SER C 342 13505 10558 11848 -326 -2268 165 C +ATOM 10291 O SER C 342 72.416 23.448 59.950 1.00104.50 O +ANISOU10291 O SER C 342 15072 11790 12845 -331 -2215 272 O +ATOM 10292 CB SER C 342 73.894 21.889 58.108 1.00 95.79 C +ANISOU10292 CB SER C 342 14135 10161 12100 -564 -1711 0 C +ATOM 10293 OG SER C 342 73.062 21.747 56.970 1.00104.31 O +ANISOU10293 OG SER C 342 15176 11484 12972 -1135 -1447 -78 O +ATOM 10294 N GLY C 343 73.033 25.368 58.966 1.00 91.24 N +ANISOU10294 N GLY C 343 12711 10406 11548 -317 -2437 178 N +ATOM 10295 CA GLY C 343 72.069 26.173 59.678 1.00 86.66 C +ANISOU10295 CA GLY C 343 12035 10089 10803 -295 -2578 298 C +ATOM 10296 C GLY C 343 72.685 27.480 60.120 1.00 80.02 C +ANISOU10296 C GLY C 343 10852 9273 10279 8 -2824 214 C +ATOM 10297 O GLY C 343 73.680 27.937 59.557 1.00 64.49 O +ANISOU10297 O GLY C 343 8644 7195 8663 91 -2842 89 O +ATOM 10298 N ASP C 344 72.083 28.075 61.143 1.00 85.87 N +ANISOU10298 N ASP C 344 11571 10147 10911 148 -2971 247 N +ATOM 10299 CA ASP C 344 72.479 29.379 61.649 1.00 75.02 C +ANISOU10299 CA ASP C 344 9873 8800 9831 374 -3147 110 C +ATOM 10300 C ASP C 344 73.323 29.239 62.910 1.00 78.91 C +ANISOU10300 C ASP C 344 10435 9203 10344 751 -3419 -108 C +ATOM 10301 O ASP C 344 73.320 28.204 63.580 1.00 63.16 O +ANISOU10301 O ASP C 344 8775 7167 8057 885 -3475 -48 O +ATOM 10302 CB ASP C 344 71.243 30.228 61.953 1.00 61.55 C +ANISOU10302 CB ASP C 344 8056 7325 8005 282 -3098 249 C +ATOM 10303 CG ASP C 344 70.175 30.103 60.892 1.00 66.27 C +ANISOU10303 CG ASP C 344 8619 8148 8411 -67 -2867 521 C +ATOM 10304 OD1 ASP C 344 70.520 30.161 59.696 1.00 69.93 O +ANISOU10304 OD1 ASP C 344 8933 8625 9011 -221 -2742 576 O +ATOM 10305 OD2 ASP C 344 68.991 29.939 61.254 1.00 72.93 O +ANISOU10305 OD2 ASP C 344 9564 9203 8944 -192 -2810 668 O +ATOM 10306 N LEU C 345 74.049 30.309 63.228 1.00 79.04 N +ANISOU10306 N LEU C 345 10113 9210 10707 923 -3568 -363 N +ATOM 10307 CA LEU C 345 74.764 30.433 64.492 1.00 65.26 C +ANISOU10307 CA LEU C 345 8327 7527 8944 1260 -3867 -636 C +ATOM 10308 C LEU C 345 74.310 31.705 65.188 1.00 57.91 C +ANISOU10308 C LEU C 345 7170 6726 8106 1270 -3911 -820 C +ATOM 10309 O LEU C 345 74.476 32.807 64.651 1.00 75.99 O +ANISOU10309 O LEU C 345 9124 8923 10827 1161 -3782 -944 O +ATOM 10310 CB LEU C 345 76.282 30.455 64.282 1.00 73.09 C +ANISOU10310 CB LEU C 345 9062 8405 10305 1443 -4008 -908 C +ATOM 10311 CG LEU C 345 76.966 29.163 63.829 1.00 75.56 C +ANISOU10311 CG LEU C 345 9580 8562 10568 1542 -3983 -789 C +ATOM 10312 CD1 LEU C 345 78.475 29.354 63.833 1.00 79.52 C +ANISOU10312 CD1 LEU C 345 9740 9022 11454 1778 -4162 -1102 C +ATOM 10313 CD2 LEU C 345 76.579 27.978 64.707 1.00 77.90 C +ANISOU10313 CD2 LEU C 345 10315 8904 10378 1744 -4057 -573 C +ATOM 10314 N HIS C 346 73.735 31.549 66.377 1.00 58.76 N +ANISOU10314 N HIS C 346 7476 7024 7824 1402 -4041 -832 N +ATOM 10315 CA HIS C 346 73.363 32.667 67.233 1.00 68.03 C +ANISOU10315 CA HIS C 346 8468 8334 9047 1438 -4081 -1082 C +ATOM 10316 C HIS C 346 74.284 32.683 68.443 1.00 68.07 C +ANISOU10316 C HIS C 346 8397 8541 8924 1736 -4423 -1470 C +ATOM 10317 O HIS C 346 74.512 31.639 69.064 1.00 79.88 O +ANISOU10317 O HIS C 346 10168 10179 10002 1964 -4616 -1352 O +ATOM 10318 CB HIS C 346 71.908 32.554 67.696 1.00 71.93 C +ANISOU10318 CB HIS C 346 9217 8963 9150 1340 -3943 -829 C +ATOM 10319 CG HIS C 346 70.925 32.361 66.585 1.00 68.75 C +ANISOU10319 CG HIS C 346 8875 8495 8752 1055 -3654 -438 C +ATOM 10320 ND1 HIS C 346 70.011 33.327 66.225 1.00 69.46 N +ANISOU10320 ND1 HIS C 346 8760 8611 9019 905 -3431 -327 N +ATOM 10321 CD2 HIS C 346 70.701 31.307 65.764 1.00 55.20 C +ANISOU10321 CD2 HIS C 346 7376 6731 6865 893 -3545 -149 C +ATOM 10322 CE1 HIS C 346 69.270 32.880 65.228 1.00 68.85 C +ANISOU10322 CE1 HIS C 346 8741 8583 8835 676 -3244 28 C +ATOM 10323 NE2 HIS C 346 69.670 31.657 64.927 1.00 65.07 N +ANISOU10323 NE2 HIS C 346 8521 8060 8144 630 -3304 102 N +ATOM 10324 N ILE C 347 74.813 33.857 68.776 1.00 80.27 N +ANISOU10324 N ILE C 347 9558 10116 10824 1738 -4477 -1929 N +ATOM 10325 CA ILE C 347 75.613 34.038 69.983 1.00 87.00 C +ANISOU10325 CA ILE C 347 10257 11280 11519 1974 -4815 -2394 C +ATOM 10326 C ILE C 347 75.025 35.227 70.731 1.00 87.87 C +ANISOU10326 C ILE C 347 10211 11482 11693 1868 -4714 -2747 C +ATOM 10327 O ILE C 347 75.225 36.380 70.328 1.00 85.09 O +ANISOU10327 O ILE C 347 9511 10909 11911 1687 -4505 -3048 O +ATOM 10328 CB ILE C 347 77.100 34.255 69.675 1.00 91.16 C +ANISOU10328 CB ILE C 347 10419 11760 12458 2021 -4882 -2729 C +ATOM 10329 CG1 ILE C 347 77.636 33.074 68.853 1.00 93.33 C +ANISOU10329 CG1 ILE C 347 10863 11886 12712 2112 -4882 -2363 C +ATOM 10330 CG2 ILE C 347 77.890 34.397 70.973 1.00 95.82 C +ANISOU10330 CG2 ILE C 347 10871 12739 12797 2207 -5060 -3129 C +ATOM 10331 CD1 ILE C 347 79.072 33.225 68.395 1.00 71.57 C +ANISOU10331 CD1 ILE C 347 7743 9059 10390 2155 -4921 -2651 C +ATOM 10332 N LEU C 348 74.307 34.952 71.814 1.00 93.31 N +ANISOU10332 N LEU C 348 11166 12463 11825 1979 -4808 -2710 N +ATOM 10333 CA LEU C 348 73.519 35.948 72.520 1.00 92.94 C +ANISOU10333 CA LEU C 348 11052 12486 11776 1870 -4642 -2980 C +ATOM 10334 C LEU C 348 74.028 36.145 73.945 1.00102.61 C +ANISOU10334 C LEU C 348 12187 14181 12619 2045 -4951 -3512 C +ATOM 10335 O LEU C 348 74.789 35.321 74.464 1.00114.23 O +ANISOU10335 O LEU C 348 13764 15903 13737 2244 -5083 -3392 O +ATOM 10336 CB LEU C 348 72.040 35.533 72.554 1.00 80.14 C +ANISOU10336 CB LEU C 348 9810 10839 9800 1802 -4411 -2482 C +ATOM 10337 CG LEU C 348 71.408 35.170 71.207 1.00 76.89 C +ANISOU10337 CG LEU C 348 9499 10112 9603 1620 -4140 -1934 C +ATOM 10338 CD1 LEU C 348 69.923 34.889 71.381 1.00 83.81 C +ANISOU10338 CD1 LEU C 348 10657 11050 10136 1526 -3918 -1554 C +ATOM 10339 CD2 LEU C 348 71.630 36.261 70.169 1.00 81.49 C +ANISOU10339 CD2 LEU C 348 9701 10364 10897 1444 -3884 -2027 C +ATOM 10340 N PRO C 349 73.626 37.236 74.604 1.00 96.31 N +ANISOU10340 N PRO C 349 11220 13443 11931 1917 -4802 -3972 N +ATOM 10341 CA PRO C 349 74.084 37.485 75.984 1.00 95.34 C +ANISOU10341 CA PRO C 349 11005 13802 11418 2018 -4973 -4474 C +ATOM 10342 C PRO C 349 73.840 36.334 76.953 1.00104.17 C +ANISOU10342 C PRO C 349 12539 15326 11715 2266 -5099 -4055 C +ATOM 10343 O PRO C 349 74.643 36.125 77.878 1.00122.98 O +ANISOU10343 O PRO C 349 14840 18115 13771 2412 -5254 -4230 O +ATOM 10344 CB PRO C 349 73.285 38.735 76.378 1.00101.78 C +ANISOU10344 CB PRO C 349 11678 14525 12469 1808 -4720 -4958 C +ATOM 10345 CG PRO C 349 73.056 39.453 75.087 1.00107.89 C +ANISOU10345 CG PRO C 349 12271 14661 14063 1583 -4293 -4773 C +ATOM 10346 CD PRO C 349 72.887 38.384 74.047 1.00 99.54 C +ANISOU10346 CD PRO C 349 11468 13426 12929 1657 -4329 -4020 C +ATOM 10347 N VAL C 350 72.739 35.594 76.789 1.00 99.56 N +ANISOU10347 N VAL C 350 12380 14649 10798 2306 -5014 -3505 N +ATOM 10348 CA VAL C 350 72.469 34.452 77.663 1.00112.96 C +ANISOU10348 CA VAL C 350 14488 16644 11788 2517 -5049 -3065 C +ATOM 10349 C VAL C 350 73.676 33.531 77.735 1.00109.87 C +ANISOU10349 C VAL C 350 14080 16376 11289 2737 -5214 -2860 C +ATOM 10350 O VAL C 350 74.011 33.000 78.801 1.00116.68 O +ANISOU10350 O VAL C 350 15047 17635 11649 2950 -5330 -2789 O +ATOM 10351 CB VAL C 350 71.220 33.683 77.190 1.00118.48 C +ANISOU10351 CB VAL C 350 15624 17114 12280 2475 -4866 -2465 C +ATOM 10352 CG1 VAL C 350 69.978 34.395 77.629 1.00122.68 C +ANISOU10352 CG1 VAL C 350 16239 17722 12650 2363 -4731 -2639 C +ATOM 10353 CG2 VAL C 350 71.229 33.487 75.672 1.00106.42 C +ANISOU10353 CG2 VAL C 350 14051 15136 11249 2340 -4801 -2192 C +ATOM 10354 N ALA C 351 74.340 33.317 76.599 1.00 95.87 N +ANISOU10354 N ALA C 351 12167 14279 9980 2705 -5226 -2752 N +ATOM 10355 CA ALA C 351 75.467 32.393 76.560 1.00 93.19 C +ANISOU10355 CA ALA C 351 11812 14021 9573 2938 -5366 -2551 C +ATOM 10356 C ALA C 351 76.474 32.700 77.660 1.00112.41 C +ANISOU10356 C ALA C 351 13958 16960 11792 3103 -5592 -2954 C +ATOM 10357 O ALA C 351 77.024 31.785 78.282 1.00113.84 O +ANISOU10357 O ALA C 351 14251 17424 11577 3391 -5730 -2692 O +ATOM 10358 CB ALA C 351 76.141 32.457 75.191 1.00 86.77 C +ANISOU10358 CB ALA C 351 10783 12816 9372 2836 -5339 -2565 C +ATOM 10359 N PHE C 352 76.717 33.984 77.921 1.00118.97 N +ANISOU10359 N PHE C 352 14403 17919 12883 2923 -5618 -3599 N +ATOM 10360 CA PHE C 352 77.703 34.393 78.911 1.00121.89 C +ANISOU10360 CA PHE C 352 14434 18797 13080 3016 -5820 -4073 C +ATOM 10361 C PHE C 352 77.105 34.677 80.279 1.00128.10 C +ANISOU10361 C PHE C 352 15329 20044 13298 3037 -5849 -4258 C +ATOM 10362 O PHE C 352 77.826 34.589 81.279 1.00144.56 O +ANISOU10362 O PHE C 352 17258 22665 15004 3198 -6056 -4449 O +ATOM 10363 CB PHE C 352 78.452 35.633 78.415 1.00104.31 C +ANISOU10363 CB PHE C 352 11682 16439 11514 2770 -5782 -4745 C +ATOM 10364 CG PHE C 352 78.965 35.496 77.014 1.00 99.88 C +ANISOU10364 CG PHE C 352 11003 15395 11553 2707 -5708 -4597 C +ATOM 10365 CD1 PHE C 352 80.103 34.756 76.753 1.00101.53 C +ANISOU10365 CD1 PHE C 352 11099 15691 11785 2911 -5867 -4445 C +ATOM 10366 CD2 PHE C 352 78.299 36.091 75.955 1.00 99.92 C +ANISOU10366 CD2 PHE C 352 11002 14873 12090 2455 -5477 -4597 C +ATOM 10367 CE1 PHE C 352 80.574 34.617 75.465 1.00106.31 C +ANISOU10367 CE1 PHE C 352 11605 15861 12928 2845 -5778 -4326 C +ATOM 10368 CE2 PHE C 352 78.768 35.956 74.663 1.00106.04 C +ANISOU10368 CE2 PHE C 352 11670 15230 13389 2388 -5400 -4443 C +ATOM 10369 CZ PHE C 352 79.906 35.218 74.418 1.00114.08 C +ANISOU10369 CZ PHE C 352 12596 16333 14417 2573 -5541 -4322 C +ATOM 10370 N ARG C 353 75.815 35.014 80.358 1.00113.12 N +ANISOU10370 N ARG C 353 13681 17987 11311 2884 -5652 -4213 N +ATOM 10371 CA ARG C 353 75.196 35.219 81.663 1.00129.99 C +ANISOU10371 CA ARG C 353 15959 20559 12873 2906 -5648 -4369 C +ATOM 10372 C ARG C 353 74.798 33.909 82.328 1.00136.34 C +ANISOU10372 C ARG C 353 17227 21582 12993 3187 -5689 -3705 C +ATOM 10373 O ARG C 353 74.774 33.829 83.561 1.00139.98 O +ANISOU10373 O ARG C 353 17751 22547 12887 3307 -5779 -3782 O +ATOM 10374 CB ARG C 353 73.962 36.109 81.537 1.00133.89 C +ANISOU10374 CB ARG C 353 16527 20811 13535 2648 -5392 -4614 C +ATOM 10375 CG ARG C 353 74.256 37.530 81.121 1.00141.19 C +ANISOU10375 CG ARG C 353 16988 21528 15132 2361 -5278 -5346 C +ATOM 10376 CD ARG C 353 72.970 38.320 81.016 1.00146.23 C +ANISOU10376 CD ARG C 353 17720 21907 15932 2155 -5000 -5550 C +ATOM 10377 NE ARG C 353 73.191 39.684 80.550 1.00152.72 N +ANISOU10377 NE ARG C 353 18108 22407 17512 1868 -4795 -6231 N +ATOM 10378 CZ ARG C 353 72.217 40.544 80.275 1.00151.02 C +ANISOU10378 CZ ARG C 353 17877 21843 17662 1671 -4491 -6504 C +ATOM 10379 NH1 ARG C 353 70.947 40.183 80.415 1.00151.58 N +ANISOU10379 NH1 ARG C 353 18330 21907 17357 1739 -4392 -6158 N +ATOM 10380 NH2 ARG C 353 72.511 41.766 79.856 1.00145.16 N +ANISOU10380 NH2 ARG C 353 16733 20714 17705 1407 -4216 -7100 N +ATOM 10381 N GLY C 354 74.479 32.886 81.542 1.00129.20 N +ANISOU10381 N GLY C 354 16645 20300 12145 3280 -5595 -3066 N +ATOM 10382 CA GLY C 354 73.903 31.667 82.066 1.00132.90 C +ANISOU10382 CA GLY C 354 17591 20844 12063 3493 -5521 -2426 C +ATOM 10383 C GLY C 354 72.385 31.701 82.037 1.00127.03 C +ANISOU10383 C GLY C 354 17207 19885 11171 3322 -5240 -2219 C +ATOM 10384 O GLY C 354 71.754 32.753 81.936 1.00117.83 O +ANISOU10384 O GLY C 354 15916 18658 10197 3086 -5141 -2627 O +ATOM 10385 N ASP C 355 71.792 30.511 82.131 1.00136.88 N +ANISOU10385 N ASP C 355 18904 21014 12089 3450 -5083 -1581 N +ATOM 10386 CA ASP C 355 70.338 30.375 82.073 1.00125.31 C +ANISOU10386 CA ASP C 355 17802 19347 10465 3287 -4783 -1321 C +ATOM 10387 C ASP C 355 69.948 29.204 82.970 1.00160.51 C +ANISOU10387 C ASP C 355 22695 23961 14331 3498 -4655 -784 C +ATOM 10388 O ASP C 355 70.061 28.043 82.565 1.00165.01 O +ANISOU10388 O ASP C 355 23519 24267 14910 3628 -4554 -263 O +ATOM 10389 CB ASP C 355 69.866 30.164 80.641 1.00109.75 C +ANISOU10389 CB ASP C 355 15907 16828 8963 3092 -4617 -1080 C +ATOM 10390 CG ASP C 355 68.357 30.215 80.512 1.00 91.95 C +ANISOU10390 CG ASP C 355 13939 14415 6582 2885 -4322 -897 C +ATOM 10391 OD1 ASP C 355 67.742 31.127 81.102 1.00101.60 O +ANISOU10391 OD1 ASP C 355 15091 15855 7658 2798 -4282 -1250 O +ATOM 10392 OD2 ASP C 355 67.787 29.341 79.825 1.00100.51 O +ANISOU10392 OD2 ASP C 355 15312 15169 7708 2803 -4112 -429 O +ATOM 10393 N SER C 356 69.488 29.519 84.184 1.00191.03 N +ANISOU10393 N SER C 356 26651 28237 17696 3531 -4629 -928 N +ATOM 10394 CA SER C 356 69.082 28.476 85.118 1.00203.95 C +ANISOU10394 CA SER C 356 28699 30037 18754 3733 -4482 -421 C +ATOM 10395 C SER C 356 67.800 27.788 84.670 1.00204.93 C +ANISOU10395 C SER C 356 29250 29748 18866 3575 -4079 51 C +ATOM 10396 O SER C 356 67.581 26.615 84.996 1.00215.88 O +ANISOU10396 O SER C 356 31009 31043 19974 3735 -3889 600 O +ATOM 10397 CB SER C 356 68.900 29.067 86.516 1.00210.86 C +ANISOU10397 CB SER C 356 29549 31482 19085 3776 -4546 -738 C +ATOM 10398 OG SER C 356 68.048 30.200 86.484 1.00206.24 O +ANISOU10398 OG SER C 356 28868 30895 18601 3486 -4415 -1206 O +ATOM 10399 N PHE C 357 66.945 28.494 83.926 1.00179.36 N +ANISOU10399 N PHE C 357 25955 26260 15932 3267 -3926 -154 N +ATOM 10400 CA PHE C 357 65.708 27.891 83.440 1.00159.90 C +ANISOU10400 CA PHE C 357 23848 23443 13465 3076 -3541 254 C +ATOM 10401 C PHE C 357 65.991 26.673 82.575 1.00151.78 C +ANISOU10401 C PHE C 357 23020 21985 12663 3118 -3434 747 C +ATOM 10402 O PHE C 357 65.169 25.751 82.509 1.00144.16 O +ANISOU10402 O PHE C 357 22442 20775 11558 3037 -3081 1188 O +ATOM 10403 CB PHE C 357 64.902 28.925 82.652 1.00151.06 C +ANISOU10403 CB PHE C 357 22554 22167 12674 2777 -3459 -65 C +ATOM 10404 CG PHE C 357 63.509 28.478 82.311 1.00142.31 C +ANISOU10404 CG PHE C 357 21767 20823 11482 2552 -3057 282 C +ATOM 10405 CD1 PHE C 357 63.268 27.704 81.189 1.00136.37 C +ANISOU10405 CD1 PHE C 357 21153 19648 11012 2391 -2898 645 C +ATOM 10406 CD2 PHE C 357 62.439 28.839 83.112 1.00141.82 C +ANISOU10406 CD2 PHE C 357 21855 20982 11049 2476 -2811 212 C +ATOM 10407 CE1 PHE C 357 61.987 27.294 80.875 1.00134.42 C +ANISOU10407 CE1 PHE C 357 21172 19219 10682 2131 -2509 927 C +ATOM 10408 CE2 PHE C 357 61.156 28.433 82.803 1.00138.35 C +ANISOU10408 CE2 PHE C 357 21677 20351 10537 2249 -2409 519 C +ATOM 10409 CZ PHE C 357 60.930 27.660 81.683 1.00134.34 C +ANISOU10409 CZ PHE C 357 21287 19438 10318 2061 -2262 873 C +ATOM 10410 N THR C 358 67.144 26.651 81.908 1.00159.61 N +ANISOU10410 N THR C 358 23759 22869 14014 3230 -3697 649 N +ATOM 10411 CA THR C 358 67.564 25.526 81.084 1.00157.55 C +ANISOU10411 CA THR C 358 23676 22207 13980 3305 -3605 1052 C +ATOM 10412 C THR C 358 68.747 24.784 81.689 1.00162.19 C +ANISOU10412 C THR C 358 24272 22958 14393 3719 -3784 1247 C +ATOM 10413 O THR C 358 69.344 23.935 81.020 1.00152.02 O +ANISOU10413 O THR C 358 23073 21356 13331 3849 -3752 1517 O +ATOM 10414 CB THR C 358 67.912 26.011 79.676 1.00145.18 C +ANISOU10414 CB THR C 358 21829 20342 12992 3104 -3721 828 C +ATOM 10415 OG1 THR C 358 68.943 27.003 79.747 1.00163.69 O +ANISOU10415 OG1 THR C 358 23706 22941 15548 3194 -4082 346 O +ATOM 10416 CG2 THR C 358 66.688 26.612 79.015 1.00119.61 C +ANISOU10416 CG2 THR C 358 18602 16943 9901 2725 -3529 737 C +ATOM 10417 N HIS C 359 69.096 25.083 82.942 1.00172.03 N +ANISOU10417 N HIS C 359 25430 24710 15225 3937 -3967 1116 N +ATOM 10418 CA HIS C 359 70.229 24.449 83.611 1.00183.25 C +ANISOU10418 CA HIS C 359 26814 26392 16422 4360 -4174 1303 C +ATOM 10419 C HIS C 359 71.511 24.639 82.804 1.00182.12 C +ANISOU10419 C HIS C 359 26288 26183 16725 4456 -4467 1082 C +ATOM 10420 O HIS C 359 72.378 23.763 82.761 1.00203.64 O +ANISOU10420 O HIS C 359 29053 28856 19465 4781 -4529 1389 O +ATOM 10421 CB HIS C 359 69.952 22.967 83.864 1.00192.91 C +ANISOU10421 CB HIS C 359 28530 27356 17413 4591 -3856 1986 C +ATOM 10422 CG HIS C 359 68.709 22.718 84.661 1.00196.54 C +ANISOU10422 CG HIS C 359 29370 27858 17448 4488 -3521 2224 C +ATOM 10423 ND1 HIS C 359 67.497 22.420 84.075 1.00191.37 N +ANISOU10423 ND1 HIS C 359 29018 26768 16925 4160 -3107 2403 N +ATOM 10424 CD2 HIS C 359 68.486 22.740 85.996 1.00203.01 C +ANISOU10424 CD2 HIS C 359 30304 29126 17705 4654 -3526 2295 C +ATOM 10425 CE1 HIS C 359 66.584 22.259 85.017 1.00194.64 C +ANISOU10425 CE1 HIS C 359 29710 27341 16904 4128 -2853 2578 C +ATOM 10426 NE2 HIS C 359 67.158 22.450 86.190 1.00201.96 N +ANISOU10426 NE2 HIS C 359 30542 28796 17398 4430 -3100 2522 N +ATOM 10427 N THR C 360 71.626 25.800 82.158 1.00163.61 N +ANISOU10427 N THR C 360 23570 23828 14768 4181 -4620 550 N +ATOM 10428 CA THR C 360 72.784 26.122 81.343 1.00145.59 C +ANISOU10428 CA THR C 360 20897 21469 12954 4213 -4862 280 C +ATOM 10429 C THR C 360 73.706 27.040 82.131 1.00144.96 C +ANISOU10429 C THR C 360 20374 21943 12763 4314 -5212 -233 C +ATOM 10430 O THR C 360 73.309 28.175 82.435 1.00139.38 O +ANISOU10430 O THR C 360 19476 21429 12053 4083 -5253 -710 O +ATOM 10431 CB THR C 360 72.356 26.793 80.040 1.00128.29 C +ANISOU10431 CB THR C 360 18572 18868 11305 3839 -4769 43 C +ATOM 10432 OG1 THR C 360 71.456 25.933 79.330 1.00122.74 O +ANISOU10432 OG1 THR C 360 18278 17704 10655 3710 -4444 490 O +ATOM 10433 CG2 THR C 360 73.567 27.089 79.163 1.00121.98 C +ANISOU10433 CG2 THR C 360 17382 17959 11007 3865 -4980 -218 C +ATOM 10434 N PRO C 361 74.915 26.618 82.486 1.00165.10 N +ANISOU10434 N PRO C 361 22739 24769 15221 4646 -5453 -182 N +ATOM 10435 CA PRO C 361 75.848 27.532 83.144 1.00167.18 C +ANISOU10435 CA PRO C 361 22530 25580 15411 4695 -5788 -737 C +ATOM 10436 C PRO C 361 76.372 28.557 82.158 1.00151.24 C +ANISOU10436 C PRO C 361 20076 23367 14021 4422 -5876 -1285 C +ATOM 10437 O PRO C 361 76.294 28.349 80.937 1.00150.00 O +ANISOU10437 O PRO C 361 19966 22691 14336 4294 -5737 -1147 O +ATOM 10438 CB PRO C 361 76.967 26.603 83.637 1.00179.69 C +ANISOU10438 CB PRO C 361 24060 27468 16747 5155 -5994 -420 C +ATOM 10439 CG PRO C 361 76.942 25.465 82.685 1.00178.82 C +ANISOU10439 CG PRO C 361 24241 26791 16910 5276 -5782 133 C +ATOM 10440 CD PRO C 361 75.499 25.276 82.311 1.00174.25 C +ANISOU10440 CD PRO C 361 24101 25761 16343 5004 -5415 377 C +ATOM 10441 N PRO C 362 76.905 29.677 82.639 1.00132.20 N +ANISOU10441 N PRO C 362 17237 21350 11642 4315 -6079 -1924 N +ATOM 10442 CA PRO C 362 77.487 30.661 81.722 1.00133.08 C +ANISOU10442 CA PRO C 362 16916 21251 12396 4063 -6124 -2456 C +ATOM 10443 C PRO C 362 78.647 30.066 80.937 1.00135.36 C +ANISOU10443 C PRO C 362 17020 21388 13023 4243 -6240 -2306 C +ATOM 10444 O PRO C 362 79.266 29.075 81.333 1.00142.06 O +ANISOU10444 O PRO C 362 17947 22451 13577 4603 -6367 -1929 O +ATOM 10445 CB PRO C 362 77.951 31.789 82.653 1.00121.46 C +ANISOU10445 CB PRO C 362 15037 20317 10794 3970 -6307 -3155 C +ATOM 10446 CG PRO C 362 78.079 31.159 83.948 1.00128.65 C +ANISOU10446 CG PRO C 362 16090 21798 10994 4275 -6466 -2929 C +ATOM 10447 CD PRO C 362 77.023 30.111 84.037 1.00126.48 C +ANISOU10447 CD PRO C 362 16394 21279 10381 4401 -6251 -2222 C +ATOM 10448 N LEU C 363 78.935 30.693 79.802 1.00122.28 N +ANISOU10448 N LEU C 363 15109 19348 12003 4000 -6176 -2598 N +ATOM 10449 CA LEU C 363 79.893 30.167 78.840 1.00118.92 C +ANISOU10449 CA LEU C 363 14537 18671 11974 4113 -6220 -2459 C +ATOM 10450 C LEU C 363 81.298 30.662 79.156 1.00133.35 C +ANISOU10450 C LEU C 363 15830 20913 13926 4203 -6483 -2942 C +ATOM 10451 O LEU C 363 81.514 31.864 79.342 1.00135.32 O +ANISOU10451 O LEU C 363 15712 21319 14385 3960 -6519 -3575 O +ATOM 10452 CB LEU C 363 79.492 30.585 77.425 1.00106.10 C +ANISOU10452 CB LEU C 363 12910 16438 10965 3798 -6004 -2515 C +ATOM 10453 CG LEU C 363 80.440 30.195 76.290 1.00107.97 C +ANISOU10453 CG LEU C 363 12973 16370 11680 3848 -6012 -2448 C +ATOM 10454 CD1 LEU C 363 80.486 28.686 76.126 1.00103.83 C +ANISOU10454 CD1 LEU C 363 12817 15706 10928 4159 -5972 -1803 C +ATOM 10455 CD2 LEU C 363 80.014 30.873 75.001 1.00101.64 C +ANISOU10455 CD2 LEU C 363 12106 15047 11466 3493 -5809 -2593 C +ATOM 10456 N ASP C 364 82.244 29.732 79.219 1.00135.73 N +ANISOU10456 N ASP C 364 16075 21384 14113 4553 -6643 -2651 N +ATOM 10457 CA ASP C 364 83.650 30.092 79.346 1.00135.48 C +ANISOU10457 CA ASP C 364 15506 21722 14247 4648 -6888 -3069 C +ATOM 10458 C ASP C 364 84.143 30.655 78.017 1.00131.24 C +ANISOU10458 C ASP C 364 14688 20720 14457 4385 -6768 -3379 C +ATOM 10459 O ASP C 364 84.147 29.927 77.015 1.00130.25 O +ANISOU10459 O ASP C 364 14752 20135 14604 4444 -6637 -2989 O +ATOM 10460 CB ASP C 364 84.479 28.880 79.754 1.00150.83 C +ANISOU10460 CB ASP C 364 17471 23970 15867 5138 -7083 -2603 C +ATOM 10461 CG ASP C 364 85.966 29.173 79.786 1.00169.10 C +ANISOU10461 CG ASP C 364 19203 26673 18376 5250 -7341 -3002 C +ATOM 10462 OD1 ASP C 364 86.337 30.359 79.906 1.00174.61 O +ANISOU10462 OD1 ASP C 364 19478 27576 19287 4962 -7405 -3700 O +ATOM 10463 OD2 ASP C 364 86.763 28.216 79.694 1.00176.55 O +ANISOU10463 OD2 ASP C 364 20097 27706 19277 5628 -7457 -2624 O +ATOM 10464 N PRO C 365 84.549 31.927 77.949 1.00135.65 N +ANISOU10464 N PRO C 365 14807 21355 15379 4087 -6773 -4074 N +ATOM 10465 CA PRO C 365 84.947 32.499 76.650 1.00140.87 C +ANISOU10465 CA PRO C 365 15224 21517 16782 3821 -6603 -4339 C +ATOM 10466 C PRO C 365 85.967 31.671 75.883 1.00156.86 C +ANISOU10466 C PRO C 365 17134 23413 19054 4039 -6664 -4096 C +ATOM 10467 O PRO C 365 85.889 31.593 74.651 1.00157.30 O +ANISOU10467 O PRO C 365 17255 22921 19592 3894 -6466 -3973 O +ATOM 10468 CB PRO C 365 85.503 33.871 77.049 1.00138.19 C +ANISOU10468 CB PRO C 365 14367 21438 16699 3558 -6628 -5147 C +ATOM 10469 CG PRO C 365 84.729 34.237 78.265 1.00137.02 C +ANISOU10469 CG PRO C 365 14352 21678 16033 3532 -6681 -5283 C +ATOM 10470 CD PRO C 365 84.545 32.947 79.014 1.00137.99 C +ANISOU10470 CD PRO C 365 14836 22136 15457 3941 -6872 -4659 C +ATOM 10471 N GLN C 366 86.923 31.049 76.576 1.00172.66 N +ANISOU10471 N GLN C 366 18947 25922 20735 4392 -6932 -4016 N +ATOM 10472 CA GLN C 366 87.939 30.254 75.894 1.00178.24 C +ANISOU10472 CA GLN C 366 19505 26529 21688 4634 -6988 -3788 C +ATOM 10473 C GLN C 366 87.303 29.283 74.904 1.00173.54 C +ANISOU10473 C GLN C 366 19377 25327 21233 4701 -6761 -3178 C +ATOM 10474 O GLN C 366 87.776 29.135 73.768 1.00171.19 O +ANISOU10474 O GLN C 366 18973 24631 21439 4636 -6636 -3171 O +ATOM 10475 CB GLN C 366 88.788 29.504 76.923 1.00194.15 C +ANISOU10475 CB GLN C 366 21360 29196 23211 5095 -7306 -3595 C +ATOM 10476 N GLU C 367 86.190 28.660 75.293 1.00156.68 N +ANISOU10476 N GLU C 367 17758 23100 18674 4793 -6676 -2701 N +ATOM 10477 CA GLU C 367 85.588 27.619 74.471 1.00149.20 C +ANISOU10477 CA GLU C 367 17270 21622 17798 4878 -6453 -2121 C +ATOM 10478 C GLU C 367 85.178 28.123 73.092 1.00142.96 C +ANISOU10478 C GLU C 367 16503 20240 17576 4487 -6210 -2273 C +ATOM 10479 O GLU C 367 84.997 27.309 72.179 1.00132.27 O +ANISOU10479 O GLU C 367 15407 18445 16405 4536 -6040 -1904 O +ATOM 10480 CB GLU C 367 84.381 27.025 75.199 1.00136.86 C +ANISOU10480 CB GLU C 367 16239 20074 15689 4974 -6367 -1665 C +ATOM 10481 CG GLU C 367 84.735 26.360 76.520 1.00133.00 C +ANISOU10481 CG GLU C 367 15787 20132 14617 5404 -6573 -1392 C +ATOM 10482 CD GLU C 367 84.134 24.978 76.654 1.00135.27 C +ANISOU10482 CD GLU C 367 16620 20177 14599 5710 -6396 -657 C +ATOM 10483 OE1 GLU C 367 84.754 24.012 76.162 1.00140.98 O +ANISOU10483 OE1 GLU C 367 17387 20678 15500 6007 -6336 -299 O +ATOM 10484 OE2 GLU C 367 83.037 24.859 77.239 1.00136.90 O +ANISOU10484 OE2 GLU C 367 17214 20382 14420 5649 -6280 -444 O +ATOM 10485 N LEU C 368 85.034 29.436 72.906 1.00132.74 N +ANISOU10485 N LEU C 368 14941 18913 16580 4110 -6170 -2799 N +ATOM 10486 CA LEU C 368 84.696 29.932 71.579 1.00126.26 C +ANISOU10486 CA LEU C 368 14109 17549 16315 3763 -5935 -2896 C +ATOM 10487 C LEU C 368 85.721 29.513 70.536 1.00130.72 C +ANISOU10487 C LEU C 368 14460 17868 17339 3830 -5893 -2886 C +ATOM 10488 O LEU C 368 85.376 29.402 69.354 1.00139.34 O +ANISOU10488 O LEU C 368 15677 18482 18784 3643 -5687 -2743 O +ATOM 10489 CB LEU C 368 84.560 31.457 71.598 1.00124.76 C +ANISOU10489 CB LEU C 368 13598 17360 16446 3398 -5870 -3469 C +ATOM 10490 CG LEU C 368 83.339 32.007 72.340 1.00122.87 C +ANISOU10490 CG LEU C 368 13579 17221 15884 3257 -5827 -3494 C +ATOM 10491 CD1 LEU C 368 83.431 33.519 72.461 1.00128.41 C +ANISOU10491 CD1 LEU C 368 13888 17942 16959 2955 -5754 -4125 C +ATOM 10492 CD2 LEU C 368 82.043 31.609 71.640 1.00104.12 C +ANISOU10492 CD2 LEU C 368 11654 14434 13474 3124 -5624 -3035 C +ATOM 10493 N ASP C 369 86.965 29.250 70.940 1.00135.65 N +ANISOU10493 N ASP C 369 14753 18832 17956 4098 -6082 -3020 N +ATOM 10494 CA ASP C 369 87.960 28.834 69.962 1.00119.33 C +ANISOU10494 CA ASP C 369 12462 16537 16341 4176 -6022 -3013 C +ATOM 10495 C ASP C 369 87.615 27.501 69.310 1.00 99.03 C +ANISOU10495 C ASP C 369 10311 13591 13723 4393 -5879 -2423 C +ATOM 10496 O ASP C 369 88.189 27.181 68.263 1.00100.32 O +ANISOU10496 O ASP C 369 10360 13431 14327 4387 -5744 -2403 O +ATOM 10497 CB ASP C 369 89.343 28.774 70.613 1.00108.65 C +ANISOU10497 CB ASP C 369 10649 15684 14950 4451 -6267 -3245 C +ATOM 10498 CG ASP C 369 89.906 30.154 70.910 1.00111.18 C +ANISOU10498 CG ASP C 369 10470 16259 15514 4164 -6333 -3950 C +ATOM 10499 OD1 ASP C 369 89.379 31.147 70.362 1.00134.35 O +ANISOU10499 OD1 ASP C 369 13382 18864 18803 3758 -6127 -4245 O +ATOM 10500 OD2 ASP C 369 90.884 30.247 71.682 1.00117.92 O +ANISOU10500 OD2 ASP C 369 10940 17640 16226 4349 -6572 -4206 O +ATOM 10501 N ILE C 370 86.678 26.734 69.877 1.00 98.54 N +ANISOU10501 N ILE C 370 10738 13531 13172 4565 -5862 -1964 N +ATOM 10502 CA ILE C 370 86.177 25.545 69.193 1.00105.62 C +ANISOU10502 CA ILE C 370 12089 13970 14070 4702 -5648 -1447 C +ATOM 10503 C ILE C 370 85.774 25.887 67.769 1.00 98.61 C +ANISOU10503 C ILE C 370 11235 12564 13667 4320 -5424 -1556 C +ATOM 10504 O ILE C 370 85.889 25.054 66.862 1.00 98.36 O +ANISOU10504 O ILE C 370 11374 12123 13874 4402 -5237 -1317 O +ATOM 10505 CB ILE C 370 84.995 24.932 69.978 1.00109.15 C +ANISOU10505 CB ILE C 370 13078 14441 13954 4808 -5599 -1016 C +ATOM 10506 CG1 ILE C 370 85.501 23.910 71.001 1.00124.19 C +ANISOU10506 CG1 ILE C 370 15081 16644 15463 5332 -5696 -626 C +ATOM 10507 CG2 ILE C 370 83.984 24.263 69.041 1.00112.08 C +ANISOU10507 CG2 ILE C 370 13948 14232 14406 4659 -5311 -676 C +ATOM 10508 CD1 ILE C 370 86.332 24.503 72.114 1.00144.06 C +ANISOU10508 CD1 ILE C 370 17154 19827 17756 5487 -6019 -918 C +ATOM 10509 N LEU C 371 85.302 27.112 67.546 1.00 89.24 N +ANISOU10509 N LEU C 371 9882 11375 12651 3908 -5409 -1904 N +ATOM 10510 CA LEU C 371 84.776 27.506 66.247 1.00 86.86 C +ANISOU10510 CA LEU C 371 9607 10637 12761 3539 -5194 -1938 C +ATOM 10511 C LEU C 371 85.863 27.877 65.248 1.00 95.85 C +ANISOU10511 C LEU C 371 10305 11601 14511 3433 -5102 -2232 C +ATOM 10512 O LEU C 371 85.536 28.226 64.109 1.00 94.34 O +ANISOU10512 O LEU C 371 10079 11070 14695 3136 -4900 -2248 O +ATOM 10513 CB LEU C 371 83.812 28.682 66.419 1.00 86.41 C +ANISOU10513 CB LEU C 371 9532 10633 12667 3178 -5163 -2122 C +ATOM 10514 CG LEU C 371 82.696 28.456 67.443 1.00 87.06 C +ANISOU10514 CG LEU C 371 10011 10910 12160 3239 -5221 -1882 C +ATOM 10515 CD1 LEU C 371 81.969 29.756 67.736 1.00 91.41 C +ANISOU10515 CD1 LEU C 371 10433 11555 12743 2932 -5188 -2152 C +ATOM 10516 CD2 LEU C 371 81.722 27.393 66.956 1.00 79.66 C +ANISOU10516 CD2 LEU C 371 9597 9666 11003 3250 -5082 -1387 C +ATOM 10517 N LYS C 372 87.139 27.811 65.631 1.00 90.11 N +ANISOU10517 N LYS C 372 9224 11123 13890 3665 -5229 -2446 N +ATOM 10518 CA LYS C 372 88.201 28.149 64.690 1.00 87.22 C +ANISOU10518 CA LYS C 372 8433 10591 14117 3550 -5104 -2736 C +ATOM 10519 C LYS C 372 88.215 27.232 63.476 1.00 91.31 C +ANISOU10519 C LYS C 372 9132 10649 14912 3588 -4857 -2452 C +ATOM 10520 O LYS C 372 88.751 27.616 62.432 1.00 93.90 O +ANISOU10520 O LYS C 372 9177 10738 15762 3377 -4653 -2654 O +ATOM 10521 CB LYS C 372 89.560 28.093 65.384 1.00 93.44 C +ANISOU10521 CB LYS C 372 8817 11776 14911 3830 -5302 -2976 C +ATOM 10522 CG LYS C 372 89.845 29.272 66.289 1.00105.50 C +ANISOU10522 CG LYS C 372 10002 13707 16375 3688 -5476 -3456 C +ATOM 10523 CD LYS C 372 91.249 29.175 66.851 1.00126.90 C +ANISOU10523 CD LYS C 372 12263 16837 19114 3950 -5676 -3704 C +ATOM 10524 CE LYS C 372 91.670 30.452 67.547 1.00127.62 C +ANISOU10524 CE LYS C 372 11943 17274 19272 3737 -5788 -4304 C +ATOM 10525 NZ LYS C 372 93.098 30.384 67.958 1.00133.33 N +ANISOU10525 NZ LYS C 372 12170 18421 20070 3951 -5976 -4583 N +ATOM 10526 N THR C 373 87.647 26.031 63.587 1.00 92.87 N +ANISOU10526 N THR C 373 9809 10686 14792 3845 -4818 -2004 N +ATOM 10527 CA THR C 373 87.613 25.098 62.468 1.00 93.98 C +ANISOU10527 CA THR C 373 10186 10320 15200 3881 -4520 -1774 C +ATOM 10528 C THR C 373 86.482 25.384 61.491 1.00102.55 C +ANISOU10528 C THR C 373 11601 11110 16253 3308 -4146 -1668 C +ATOM 10529 O THR C 373 86.488 24.833 60.385 1.00118.75 O +ANISOU10529 O THR C 373 13838 12813 18471 3094 -3743 -1569 O +ATOM 10530 CB THR C 373 87.480 23.663 62.986 1.00101.07 C +ANISOU10530 CB THR C 373 11545 11099 15760 4314 -4472 -1330 C +ATOM 10531 OG1 THR C 373 86.281 23.542 63.762 1.00109.87 O +ANISOU10531 OG1 THR C 373 13094 12304 16348 4303 -4574 -1072 O +ATOM 10532 CG2 THR C 373 88.678 23.292 63.848 1.00 98.73 C +ANISOU10532 CG2 THR C 373 10958 11178 15378 4764 -4644 -1315 C +ATOM 10533 N VAL C 374 85.521 26.228 61.866 1.00 89.98 N +ANISOU10533 N VAL C 374 10071 9692 14424 3047 -4246 -1691 N +ATOM 10534 CA VAL C 374 84.382 26.512 61.001 1.00 80.60 C +ANISOU10534 CA VAL C 374 9163 8324 13137 2536 -3909 -1537 C +ATOM 10535 C VAL C 374 84.864 27.292 59.787 1.00 85.41 C +ANISOU10535 C VAL C 374 9435 8793 14225 2208 -3652 -1743 C +ATOM 10536 O VAL C 374 85.497 28.348 59.916 1.00 89.57 O +ANISOU10536 O VAL C 374 9490 9437 15105 2199 -3781 -2065 O +ATOM 10537 CB VAL C 374 83.297 27.286 61.763 1.00 69.06 C +ANISOU10537 CB VAL C 374 7788 7099 11354 2403 -4077 -1506 C +ATOM 10538 CG1 VAL C 374 82.139 27.644 60.836 1.00 82.54 C +ANISOU10538 CG1 VAL C 374 9698 8691 12973 1914 -3746 -1325 C +ATOM 10539 CG2 VAL C 374 82.797 26.468 62.944 1.00 70.69 C +ANISOU10539 CG2 VAL C 374 8362 7447 11050 2721 -4283 -1270 C +ATOM 10540 N LYS C 375 84.567 26.772 58.595 1.00 99.94 N +ANISOU10540 N LYS C 375 11515 10388 16070 1918 -3254 -1577 N +ATOM 10541 CA LYS C 375 84.848 27.461 57.344 1.00 92.77 C +ANISOU10541 CA LYS C 375 10366 9374 15509 1580 -2948 -1683 C +ATOM 10542 C LYS C 375 83.597 27.845 56.576 1.00 84.21 C +ANISOU10542 C LYS C 375 9503 8334 14160 1143 -2698 -1449 C +ATOM 10543 O LYS C 375 83.676 28.704 55.692 1.00 95.62 O +ANISOU10543 O LYS C 375 10719 9771 15842 894 -2482 -1475 O +ATOM 10544 CB LYS C 375 85.715 26.584 56.431 1.00 90.45 C +ANISOU10544 CB LYS C 375 10086 8832 15450 1604 -2659 -1730 C +ATOM 10545 CG LYS C 375 87.101 26.286 56.960 1.00 83.51 C +ANISOU10545 CG LYS C 375 8874 7927 14928 2048 -2856 -1960 C +ATOM 10546 CD LYS C 375 87.856 25.405 55.981 1.00 98.25 C +ANISOU10546 CD LYS C 375 10781 9507 17042 2054 -2493 -1987 C +ATOM 10547 CE LYS C 375 89.333 25.329 56.312 1.00108.11 C +ANISOU10547 CE LYS C 375 11560 10766 18752 2469 -2650 -2243 C +ATOM 10548 NZ LYS C 375 90.074 24.532 55.297 1.00106.25 N +ANISOU10548 NZ LYS C 375 11342 10223 18806 2465 -2238 -2288 N +ATOM 10549 N GLU C 376 82.456 27.234 56.882 1.00 62.29 N +ANISOU10549 N GLU C 376 7141 5626 10899 1057 -2705 -1204 N +ATOM 10550 CA GLU C 376 81.241 27.427 56.107 1.00 64.80 C +ANISOU10550 CA GLU C 376 7643 6064 10913 647 -2475 -976 C +ATOM 10551 C GLU C 376 80.047 27.557 57.038 1.00 76.80 C +ANISOU10551 C GLU C 376 9366 7772 12043 650 -2666 -807 C +ATOM 10552 O GLU C 376 79.967 26.873 58.062 1.00 82.90 O +ANISOU10552 O GLU C 376 10361 8520 12616 897 -2856 -785 O +ATOM 10553 CB GLU C 376 81.013 26.261 55.137 1.00 60.30 C +ANISOU10553 CB GLU C 376 7395 5387 10131 395 -2139 -896 C +ATOM 10554 CG GLU C 376 79.773 26.418 54.260 1.00 76.96 C +ANISOU10554 CG GLU C 376 9632 7745 11866 -56 -1922 -699 C +ATOM 10555 CD GLU C 376 79.524 25.206 53.396 1.00 84.25 C +ANISOU10555 CD GLU C 376 10865 8605 12541 -355 -1590 -721 C +ATOM 10556 OE1 GLU C 376 80.155 24.166 53.664 1.00 96.12 O +ANISOU10556 OE1 GLU C 376 12568 9795 14157 -179 -1513 -841 O +ATOM 10557 OE2 GLU C 376 78.695 25.290 52.462 1.00 92.76 O +ANISOU10557 OE2 GLU C 376 11974 9963 13308 -758 -1391 -626 O +ATOM 10558 N ILE C 377 79.125 28.446 56.674 1.00 70.78 N +ANISOU10558 N ILE C 377 8516 7204 11174 403 -2591 -656 N +ATOM 10559 CA ILE C 377 77.840 28.577 57.350 1.00 55.21 C +ANISOU10559 CA ILE C 377 6721 5433 8822 342 -2695 -471 C +ATOM 10560 C ILE C 377 76.775 28.726 56.275 1.00 70.58 C +ANISOU10560 C ILE C 377 8706 7603 10511 -46 -2442 -225 C +ATOM 10561 O ILE C 377 76.792 29.698 55.511 1.00 82.28 O +ANISOU10561 O ILE C 377 9908 9173 12181 -150 -2312 -141 O +ATOM 10562 CB ILE C 377 77.802 29.773 58.319 1.00 63.95 C +ANISOU10562 CB ILE C 377 7575 6615 10106 537 -2924 -568 C +ATOM 10563 CG1 ILE C 377 78.805 29.557 59.457 1.00 66.22 C +ANISOU10563 CG1 ILE C 377 7800 6823 10537 915 -3227 -843 C +ATOM 10564 CG2 ILE C 377 76.394 29.962 58.886 1.00 71.62 C +ANISOU10564 CG2 ILE C 377 8713 7800 10698 447 -2966 -361 C +ATOM 10565 CD1 ILE C 377 79.009 30.766 60.343 1.00 73.81 C +ANISOU10565 CD1 ILE C 377 8445 7871 11728 1064 -3432 -1082 C +ATOM 10566 N THR C 378 75.853 27.764 56.207 1.00 69.58 N +ANISOU10566 N THR C 378 8902 7586 9947 -259 -2352 -103 N +ATOM 10567 CA THR C 378 74.819 27.807 55.181 1.00 75.69 C +ANISOU10567 CA THR C 378 9667 8687 10405 -650 -2142 91 C +ATOM 10568 C THR C 378 73.770 28.866 55.490 1.00 80.69 C +ANISOU10568 C THR C 378 10117 9612 10928 -653 -2230 319 C +ATOM 10569 O THR C 378 73.211 29.471 54.568 1.00 81.08 O +ANISOU10569 O THR C 378 9962 9966 10877 -840 -2092 531 O +ATOM 10570 CB THR C 378 74.161 26.436 55.039 1.00 75.96 C +ANISOU10570 CB THR C 378 10069 8754 10039 -929 -1987 69 C +ATOM 10571 OG1 THR C 378 73.573 26.054 56.288 1.00 70.85 O +ANISOU10571 OG1 THR C 378 9660 8045 9216 -792 -2132 110 O +ATOM 10572 CG2 THR C 378 75.190 25.395 54.621 1.00 55.97 C +ANISOU10572 CG2 THR C 378 7718 5884 7666 -925 -1811 -147 C +ATOM 10573 N GLY C 379 73.494 29.103 56.769 1.00 86.24 N +ANISOU10573 N GLY C 379 10882 10251 11635 -424 -2440 295 N +ATOM 10574 CA GLY C 379 72.528 30.107 57.162 1.00 84.95 C +ANISOU10574 CA GLY C 379 10548 10311 11419 -394 -2490 479 C +ATOM 10575 C GLY C 379 73.157 31.466 57.380 1.00 80.71 C +ANISOU10575 C GLY C 379 9681 9625 11361 -154 -2532 417 C +ATOM 10576 O GLY C 379 73.874 31.971 56.510 1.00 78.44 O +ANISOU10576 O GLY C 379 9176 9247 11382 -170 -2393 418 O +ATOM 10577 N PHE C 380 72.897 32.069 58.536 1.00 74.76 N +ANISOU10577 N PHE C 380 8890 8832 10684 46 -2682 336 N +ATOM 10578 CA PHE C 380 73.440 33.374 58.876 1.00 70.00 C +ANISOU10578 CA PHE C 380 7977 8053 10566 235 -2679 190 C +ATOM 10579 C PHE C 380 74.265 33.286 60.152 1.00 75.63 C +ANISOU10579 C PHE C 380 8725 8605 11405 479 -2946 -206 C +ATOM 10580 O PHE C 380 74.154 32.334 60.929 1.00 80.60 O +ANISOU10580 O PHE C 380 9638 9298 11687 559 -3136 -263 O +ATOM 10581 CB PHE C 380 72.327 34.416 59.047 1.00 62.00 C +ANISOU10581 CB PHE C 380 6809 7177 9572 243 -2555 419 C +ATOM 10582 CG PHE C 380 71.328 34.074 60.114 1.00 63.26 C +ANISOU10582 CG PHE C 380 7175 7507 9354 272 -2692 433 C +ATOM 10583 CD1 PHE C 380 71.586 34.355 61.445 1.00 61.61 C +ANISOU10583 CD1 PHE C 380 6999 7190 9221 472 -2869 121 C +ATOM 10584 CD2 PHE C 380 70.121 33.483 59.781 1.00 72.21 C +ANISOU10584 CD2 PHE C 380 8446 8953 10037 79 -2627 735 C +ATOM 10585 CE1 PHE C 380 70.664 34.043 62.422 1.00 62.58 C +ANISOU10585 CE1 PHE C 380 7325 7481 8970 500 -2959 149 C +ATOM 10586 CE2 PHE C 380 69.196 33.172 60.753 1.00 66.98 C +ANISOU10586 CE2 PHE C 380 7964 8433 9051 88 -2707 748 C +ATOM 10587 CZ PHE C 380 69.467 33.450 62.073 1.00 67.00 C +ANISOU10587 CZ PHE C 380 8036 8295 9127 310 -2862 475 C +ATOM 10588 N LEU C 381 75.101 34.301 60.352 1.00 68.26 N +ANISOU10588 N LEU C 381 7482 7486 10970 596 -2937 -479 N +ATOM 10589 CA LEU C 381 75.929 34.435 61.544 1.00 61.79 C +ANISOU10589 CA LEU C 381 6580 6612 10286 812 -3202 -922 C +ATOM 10590 C LEU C 381 75.458 35.668 62.305 1.00 65.57 C +ANISOU10590 C LEU C 381 6872 7077 10965 851 -3147 -1084 C +ATOM 10591 O LEU C 381 75.590 36.795 61.814 1.00 73.19 O +ANISOU10591 O LEU C 381 7550 7844 12414 786 -2880 -1112 O +ATOM 10592 CB LEU C 381 77.406 34.548 61.173 1.00 57.46 C +ANISOU10592 CB LEU C 381 5768 5878 10185 869 -3222 -1230 C +ATOM 10593 CG LEU C 381 78.366 34.793 62.341 1.00 75.10 C +ANISOU10593 CG LEU C 381 7800 8152 12584 1079 -3517 -1748 C +ATOM 10594 CD1 LEU C 381 78.332 33.627 63.317 1.00 85.62 C +ANISOU10594 CD1 LEU C 381 9433 9716 13384 1301 -3863 -1747 C +ATOM 10595 CD2 LEU C 381 79.777 35.034 61.834 1.00 69.25 C +ANISOU10595 CD2 LEU C 381 6710 7242 12357 1090 -3481 -2057 C +ATOM 10596 N LEU C 382 74.909 35.455 63.500 1.00 66.53 N +ANISOU10596 N LEU C 382 7169 7383 10728 961 -3350 -1185 N +ATOM 10597 CA LEU C 382 74.415 36.539 64.341 1.00 73.91 C +ANISOU10597 CA LEU C 382 7960 8319 11803 993 -3285 -1394 C +ATOM 10598 C LEU C 382 75.212 36.554 65.638 1.00 74.64 C +ANISOU10598 C LEU C 382 7982 8541 11837 1164 -3604 -1933 C +ATOM 10599 O LEU C 382 75.120 35.619 66.444 1.00 71.80 O +ANISOU10599 O LEU C 382 7889 8432 10960 1310 -3889 -1923 O +ATOM 10600 CB LEU C 382 72.921 36.388 64.617 1.00 67.27 C +ANISOU10600 CB LEU C 382 7355 7653 10550 951 -3200 -1046 C +ATOM 10601 CG LEU C 382 72.362 37.307 65.704 1.00 68.56 C +ANISOU10601 CG LEU C 382 7437 7848 10763 1015 -3150 -1295 C +ATOM 10602 CD1 LEU C 382 72.688 38.771 65.430 1.00 61.58 C +ANISOU10602 CD1 LEU C 382 6175 6657 10565 978 -2845 -1516 C +ATOM 10603 CD2 LEU C 382 70.866 37.114 65.824 1.00 58.43 C +ANISOU10603 CD2 LEU C 382 6355 6742 9105 967 -3027 -905 C +ATOM 10604 N ILE C 383 75.987 37.617 65.836 1.00 78.78 N +ANISOU10604 N ILE C 383 8134 8918 12882 1142 -3535 -2404 N +ATOM 10605 CA ILE C 383 76.775 37.817 67.044 1.00 81.70 C +ANISOU10605 CA ILE C 383 8331 9494 13219 1261 -3832 -3014 C +ATOM 10606 C ILE C 383 76.255 39.081 67.715 1.00 89.60 C +ANISOU10606 C ILE C 383 9163 10417 14465 1169 -3615 -3353 C +ATOM 10607 O ILE C 383 76.443 40.198 67.207 1.00 95.19 O +ANISOU10607 O ILE C 383 9578 10772 15818 1018 -3250 -3517 O +ATOM 10608 CB ILE C 383 78.277 37.913 66.751 1.00 85.96 C +ANISOU10608 CB ILE C 383 8514 9968 14177 1270 -3942 -3413 C +ATOM 10609 CG1 ILE C 383 78.707 36.759 65.840 1.00 67.89 C +ANISOU10609 CG1 ILE C 383 6390 7647 11759 1338 -4022 -3021 C +ATOM 10610 CG2 ILE C 383 79.057 37.865 68.058 1.00 74.46 C +ANISOU10610 CG2 ILE C 383 6877 8904 12512 1429 -4353 -4011 C +ATOM 10611 CD1 ILE C 383 80.160 36.799 65.419 1.00 69.95 C +ANISOU10611 CD1 ILE C 383 6289 7828 12460 1353 -4085 -3358 C +ATOM 10612 N GLN C 384 75.590 38.896 68.853 1.00 96.63 N +ANISOU10612 N GLN C 384 10253 11608 14855 1264 -3787 -3447 N +ATOM 10613 CA GLN C 384 74.985 39.971 69.622 1.00109.54 C +ANISOU10613 CA GLN C 384 11782 13205 16632 1188 -3573 -3786 C +ATOM 10614 C GLN C 384 75.647 40.149 70.979 1.00119.45 C +ANISOU10614 C GLN C 384 12886 14834 17666 1252 -3890 -4504 C +ATOM 10615 O GLN C 384 75.235 41.025 71.749 1.00131.47 O +ANISOU10615 O GLN C 384 14313 16367 19271 1168 -3721 -4912 O +ATOM 10616 CB GLN C 384 73.495 39.682 69.806 1.00120.31 C +ANISOU10616 CB GLN C 384 13495 14650 17569 1218 -3448 -3298 C +ATOM 10617 CG GLN C 384 72.586 40.858 69.569 1.00128.19 C +ANISOU10617 CG GLN C 384 14368 15330 19008 1110 -2958 -3220 C +ATOM 10618 CD GLN C 384 71.149 40.427 69.461 1.00124.99 C +ANISOU10618 CD GLN C 384 14252 15031 18206 1142 -2841 -2632 C +ATOM 10619 OE1 GLN C 384 70.455 40.288 70.467 1.00136.57 O +ANISOU10619 OE1 GLN C 384 15898 16740 19252 1195 -2906 -2727 O +ATOM 10620 NE2 GLN C 384 70.686 40.206 68.236 1.00111.34 N +ANISOU10620 NE2 GLN C 384 12551 13170 16584 1096 -2663 -2036 N +ATOM 10621 N ALA C 385 76.652 39.336 71.292 1.00114.14 N +ANISOU10621 N ALA C 385 12171 14502 16694 1409 -4334 -4670 N +ATOM 10622 CA ALA C 385 77.342 39.387 72.570 1.00111.97 C +ANISOU10622 CA ALA C 385 11754 14711 16077 1516 -4624 -5239 C +ATOM 10623 C ALA C 385 78.704 38.730 72.395 1.00110.89 C +ANISOU10623 C ALA C 385 11501 14730 15904 1666 -4782 -5202 C +ATOM 10624 O ALA C 385 78.819 37.712 71.706 1.00100.13 O +ANISOU10624 O ALA C 385 10357 13284 14403 1797 -4874 -4685 O +ATOM 10625 CB ALA C 385 76.533 38.684 73.666 1.00106.83 C +ANISOU10625 CB ALA C 385 11508 14491 14593 1710 -4814 -5014 C +ATOM 10626 N TRP C 386 79.729 39.322 73.014 1.00121.62 N +ANISOU10626 N TRP C 386 12496 16314 17399 1633 -4791 -5780 N +ATOM 10627 CA TRP C 386 81.094 38.858 72.848 1.00116.77 C +ANISOU10627 CA TRP C 386 11679 15855 16834 1759 -4933 -5845 C +ATOM 10628 C TRP C 386 81.885 39.258 74.084 1.00130.89 C +ANISOU10628 C TRP C 386 13179 18168 18385 1798 -5068 -6420 C +ATOM 10629 O TRP C 386 81.693 40.373 74.595 1.00138.34 O +ANISOU10629 O TRP C 386 13890 19121 19552 1578 -4879 -6961 O +ATOM 10630 CB TRP C 386 81.738 39.452 71.588 1.00105.66 C +ANISOU10630 CB TRP C 386 9950 13950 16244 1553 -4665 -5973 C +ATOM 10631 CG TRP C 386 82.841 38.655 70.981 1.00107.54 C +ANISOU10631 CG TRP C 386 10118 14205 16537 1701 -4790 -5796 C +ATOM 10632 CD1 TRP C 386 84.155 38.999 70.909 1.00 99.24 C +ANISOU10632 CD1 TRP C 386 8655 13225 15827 1667 -4764 -6223 C +ATOM 10633 CD2 TRP C 386 82.719 37.388 70.320 1.00117.07 C +ANISOU10633 CD2 TRP C 386 11664 15331 17486 1888 -4920 -5168 C +ATOM 10634 NE1 TRP C 386 84.864 38.023 70.253 1.00 97.11 N +ANISOU10634 NE1 TRP C 386 8441 12928 15527 1838 -4891 -5900 N +ATOM 10635 CE2 TRP C 386 84.005 37.022 69.882 1.00112.09 C +ANISOU10635 CE2 TRP C 386 10800 14718 17069 1973 -4974 -5258 C +ATOM 10636 CE3 TRP C 386 81.647 36.527 70.061 1.00122.36 C +ANISOU10636 CE3 TRP C 386 12802 15914 17776 1976 -4965 -4563 C +ATOM 10637 CZ2 TRP C 386 84.252 35.832 69.204 1.00120.82 C +ANISOU10637 CZ2 TRP C 386 12126 15738 18044 2150 -5064 -4779 C +ATOM 10638 CZ3 TRP C 386 81.896 35.343 69.388 1.00119.65 C +ANISOU10638 CZ3 TRP C 386 12683 15482 17295 2131 -5033 -4093 C +ATOM 10639 CH2 TRP C 386 83.188 35.008 68.966 1.00125.35 C +ANISOU10639 CH2 TRP C 386 13165 16202 18259 2222 -5080 -4211 C +ATOM 10640 N PRO C 387 82.763 38.394 74.592 1.00131.42 N +ANISOU10640 N PRO C 387 13234 18683 18016 2064 -5370 -6329 N +ATOM 10641 CA PRO C 387 83.531 38.749 75.791 1.00133.09 C +ANISOU10641 CA PRO C 387 13133 19485 17950 2104 -5539 -6866 C +ATOM 10642 C PRO C 387 84.293 40.052 75.605 1.00127.73 C +ANISOU10642 C PRO C 387 11913 18670 17947 1794 -5292 -7606 C +ATOM 10643 O PRO C 387 84.819 40.341 74.528 1.00120.85 O +ANISOU10643 O PRO C 387 10842 17358 17716 1663 -5087 -7649 O +ATOM 10644 CB PRO C 387 84.480 37.557 75.977 1.00138.42 C +ANISOU10644 CB PRO C 387 13830 20540 18224 2452 -5870 -6557 C +ATOM 10645 CG PRO C 387 84.352 36.722 74.735 1.00134.50 C +ANISOU10645 CG PRO C 387 13597 19557 17948 2537 -5802 -5963 C +ATOM 10646 CD PRO C 387 83.025 37.014 74.157 1.00125.26 C +ANISOU10646 CD PRO C 387 12733 17914 16946 2349 -5560 -5712 C +ATOM 10647 N GLU C 388 84.345 40.844 76.679 1.00140.12 N +ANISOU10647 N GLU C 388 13247 20621 19371 1663 -5274 -8196 N +ATOM 10648 CA GLU C 388 84.961 42.165 76.606 1.00145.66 C +ANISOU10648 CA GLU C 388 13441 21173 20730 1324 -4954 -8947 C +ATOM 10649 C GLU C 388 86.456 42.082 76.323 1.00151.14 C +ANISOU10649 C GLU C 388 13717 22037 21672 1357 -5049 -9221 C +ATOM 10650 O GLU C 388 87.006 42.953 75.639 1.00158.06 O +ANISOU10650 O GLU C 388 14242 22521 23294 1092 -4698 -9610 O +ATOM 10651 CB GLU C 388 84.714 42.926 77.909 1.00155.00 C +ANISOU10651 CB GLU C 388 14469 22798 21626 1175 -4924 -9539 C +ATOM 10652 N ASN C 389 87.131 41.051 76.839 1.00152.21 N +ANISOU10652 N ASN C 389 13875 22742 21214 1684 -5488 -9012 N +ATOM 10653 CA ASN C 389 88.580 40.966 76.685 1.00168.89 C +ANISOU10653 CA ASN C 389 15550 25102 23519 1732 -5610 -9317 C +ATOM 10654 C ASN C 389 88.980 40.893 75.217 1.00168.24 C +ANISOU10654 C ASN C 389 15431 24374 24118 1663 -5378 -9096 C +ATOM 10655 O ASN C 389 89.963 41.519 74.803 1.00176.96 O +ANISOU10655 O ASN C 389 16093 25371 25774 1478 -5191 -9571 O +ATOM 10656 CB ASN C 389 89.115 39.749 77.441 1.00167.13 C +ANISOU10656 CB ASN C 389 15403 25573 22527 2152 -6118 -8990 C +ATOM 10657 CG ASN C 389 90.600 39.534 77.223 1.00159.43 C +ANISOU10657 CG ASN C 389 13978 24866 21733 2245 -6277 -9231 C +ATOM 10658 OD1 ASN C 389 91.330 40.463 76.876 1.00153.76 O +ANISOU10658 OD1 ASN C 389 12806 24007 21610 1956 -6039 -9845 O +ATOM 10659 ND2 ASN C 389 91.056 38.304 77.425 1.00164.81 N +ANISOU10659 ND2 ASN C 389 14772 25925 21924 2653 -6650 -8741 N +ATOM 10660 N ARG C 390 88.236 40.136 74.416 1.00152.94 N +ANISOU10660 N ARG C 390 13946 22016 22147 1795 -5365 -8392 N +ATOM 10661 CA ARG C 390 88.620 39.912 73.030 1.00149.01 C +ANISOU10661 CA ARG C 390 13442 20971 22206 1756 -5180 -8127 C +ATOM 10662 C ARG C 390 88.491 41.195 72.217 1.00141.43 C +ANISOU10662 C ARG C 390 12254 19394 22087 1367 -4659 -8470 C +ATOM 10663 O ARG C 390 87.501 41.925 72.324 1.00136.30 O +ANISOU10663 O ARG C 390 11718 18489 21581 1178 -4410 -8525 O +ATOM 10664 CB ARG C 390 87.756 38.813 72.412 1.00148.30 C +ANISOU10664 CB ARG C 390 13893 20611 21844 1958 -5270 -7318 C +ATOM 10665 N THR C 391 89.504 41.462 71.392 1.00143.32 N +ANISOU10665 N THR C 391 12168 19380 22905 1256 -4461 -8676 N +ATOM 10666 CA THR C 391 89.512 42.636 70.531 1.00135.99 C +ANISOU10666 CA THR C 391 11013 17830 22826 910 -3898 -8933 C +ATOM 10667 C THR C 391 88.864 42.390 69.177 1.00126.07 C +ANISOU10667 C THR C 391 10055 15929 21917 876 -3655 -8314 C +ATOM 10668 O THR C 391 88.536 43.359 68.481 1.00129.65 O +ANISOU10668 O THR C 391 10409 15835 23016 616 -3152 -8361 O +ATOM 10669 CB THR C 391 90.950 43.118 70.302 1.00139.44 C +ANISOU10669 CB THR C 391 10933 18306 23743 783 -3740 -9485 C +ATOM 10670 OG1 THR C 391 91.737 42.045 69.767 1.00128.18 O +ANISOU10670 OG1 THR C 391 9536 16985 22180 1015 -4012 -9179 O +ATOM 10671 CG2 THR C 391 91.569 43.601 71.603 1.00164.06 C +ANISOU10671 CG2 THR C 391 13671 22057 26608 733 -3902 -10199 C +ATOM 10672 N ASP C 392 88.674 41.132 68.784 1.00133.16 N +ANISOU10672 N ASP C 392 11300 16884 22412 1127 -3964 -7722 N +ATOM 10673 CA ASP C 392 88.144 40.820 67.466 1.00108.36 C +ANISOU10673 CA ASP C 392 8407 13203 19560 1078 -3755 -7157 C +ATOM 10674 C ASP C 392 87.426 39.478 67.514 1.00 97.62 C +ANISOU10674 C ASP C 392 7528 12023 17540 1346 -4126 -6530 C +ATOM 10675 O ASP C 392 87.358 38.820 68.556 1.00102.07 O +ANISOU10675 O ASP C 392 8241 13086 17455 1585 -4501 -6500 O +ATOM 10676 CB ASP C 392 89.261 40.808 66.415 1.00111.93 C +ANISOU10676 CB ASP C 392 8600 13382 20547 1007 -3542 -7219 C +ATOM 10677 CG ASP C 392 90.385 39.851 66.767 1.00124.19 C +ANISOU10677 CG ASP C 392 10037 15387 21762 1258 -3931 -7313 C +ATOM 10678 OD1 ASP C 392 90.184 38.985 67.646 1.00132.63 O +ANISOU10678 OD1 ASP C 392 11314 16933 22146 1532 -4363 -7141 O +ATOM 10679 OD2 ASP C 392 91.470 39.962 66.160 1.00127.00 O +ANISOU10679 OD2 ASP C 392 10090 15618 22548 1192 -3779 -7531 O +ATOM 10680 N LEU C 393 86.883 39.081 66.365 1.00 92.23 N +ANISOU10680 N LEU C 393 7080 10935 17027 1298 -3977 -6010 N +ATOM 10681 CA LEU C 393 86.216 37.788 66.218 1.00 87.96 C +ANISOU10681 CA LEU C 393 6988 10493 15938 1513 -4241 -5403 C +ATOM 10682 C LEU C 393 87.228 36.725 65.788 1.00107.92 C +ANISOU10682 C LEU C 393 9495 13113 18398 1711 -4397 -5260 C +ATOM 10683 O LEU C 393 87.092 36.058 64.763 1.00121.17 O +ANISOU10683 O LEU C 393 11339 14531 20168 1710 -4311 -4851 O +ATOM 10684 CB LEU C 393 85.066 37.901 65.223 1.00 82.53 C +ANISOU10684 CB LEU C 393 6530 9391 15438 1339 -4003 -4937 C +ATOM 10685 CG LEU C 393 84.077 39.036 65.498 1.00 83.10 C +ANISOU10685 CG LEU C 393 6564 9294 15716 1133 -3786 -5063 C +ATOM 10686 CD1 LEU C 393 83.051 39.139 64.382 1.00 77.55 C +ANISOU10686 CD1 LEU C 393 6004 8208 15254 966 -3545 -4553 C +ATOM 10687 CD2 LEU C 393 83.390 38.841 66.842 1.00 86.31 C +ANISOU10687 CD2 LEU C 393 7193 10108 15493 1284 -4080 -5135 C +ATOM 10688 N HIS C 394 88.271 36.589 66.611 1.00108.07 N +ANISOU10688 N HIS C 394 9266 13537 18257 1880 -4622 -5624 N +ATOM 10689 CA HIS C 394 89.319 35.609 66.344 1.00106.60 C +ANISOU10689 CA HIS C 394 8995 13488 18020 2106 -4785 -5526 C +ATOM 10690 C HIS C 394 88.737 34.222 66.107 1.00 93.89 C +ANISOU10690 C HIS C 394 7840 11863 15970 2354 -4938 -4890 C +ATOM 10691 O HIS C 394 89.254 33.453 65.288 1.00 91.40 O +ANISOU10691 O HIS C 394 7529 11380 15817 2445 -4894 -4671 O +ATOM 10692 CB HIS C 394 90.300 35.576 67.516 1.00124.29 C +ANISOU10692 CB HIS C 394 10935 16305 19983 2309 -5081 -5926 C +ATOM 10693 CG HIS C 394 89.661 35.214 68.820 1.00130.20 C +ANISOU10693 CG HIS C 394 11928 17522 20022 2528 -5382 -5801 C +ATOM 10694 ND1 HIS C 394 88.876 36.095 69.533 1.00128.68 N +ANISOU10694 ND1 HIS C 394 11768 17411 19712 2364 -5330 -6041 N +ATOM 10695 CD2 HIS C 394 89.684 34.066 69.537 1.00135.73 C +ANISOU10695 CD2 HIS C 394 12849 18617 20105 2906 -5698 -5438 C +ATOM 10696 CE1 HIS C 394 88.445 35.506 70.634 1.00132.27 C +ANISOU10696 CE1 HIS C 394 12460 18314 19482 2613 -5614 -5848 C +ATOM 10697 NE2 HIS C 394 88.921 34.274 70.661 1.00134.74 N +ANISOU10697 NE2 HIS C 394 12896 18817 19481 2949 -5832 -5461 N +ATOM 10698 N ALA C 395 87.657 33.885 66.816 1.00 99.00 N +ANISOU10698 N ALA C 395 8870 12666 16080 2459 -5079 -4603 N +ATOM 10699 CA ALA C 395 87.081 32.549 66.707 1.00104.95 C +ANISOU10699 CA ALA C 395 10076 13400 16401 2700 -5184 -4017 C +ATOM 10700 C ALA C 395 86.661 32.226 65.279 1.00 95.20 C +ANISOU10700 C ALA C 395 9000 11678 15495 2535 -4936 -3689 C +ATOM 10701 O ALA C 395 86.602 31.049 64.904 1.00 99.92 O +ANISOU10701 O ALA C 395 9861 12183 15919 2731 -4965 -3298 O +ATOM 10702 CB ALA C 395 85.887 32.418 67.652 1.00108.31 C +ANISOU10702 CB ALA C 395 10881 14021 16250 2766 -5296 -3794 C +ATOM 10703 N PHE C 396 86.365 33.244 64.472 1.00 92.47 N +ANISOU10703 N PHE C 396 8487 11018 15631 2188 -4665 -3829 N +ATOM 10704 CA PHE C 396 85.955 33.056 63.085 1.00 91.66 C +ANISOU10704 CA PHE C 396 8472 10519 15835 2007 -4410 -3515 C +ATOM 10705 C PHE C 396 87.019 33.544 62.106 1.00 79.74 C +ANISOU10705 C PHE C 396 6552 8768 14976 1843 -4156 -3769 C +ATOM 10706 O PHE C 396 86.696 34.014 61.012 1.00 75.23 O +ANISOU10706 O PHE C 396 5907 7881 14795 1588 -3844 -3639 O +ATOM 10707 CB PHE C 396 84.629 33.763 62.820 1.00 74.27 C +ANISOU10707 CB PHE C 396 6416 8162 13643 1755 -4251 -3328 C +ATOM 10708 CG PHE C 396 83.471 33.186 63.583 1.00 71.44 C +ANISOU10708 CG PHE C 396 6499 7991 12654 1878 -4441 -3016 C +ATOM 10709 CD1 PHE C 396 82.829 32.044 63.134 1.00 76.30 C +ANISOU10709 CD1 PHE C 396 7559 8522 12908 1928 -4394 -2528 C +ATOM 10710 CD2 PHE C 396 83.023 33.788 64.746 1.00 72.53 C +ANISOU10710 CD2 PHE C 396 6662 8365 12531 1898 -4555 -3216 C +ATOM 10711 CE1 PHE C 396 81.764 31.512 63.832 1.00 78.22 C +ANISOU10711 CE1 PHE C 396 8224 8908 12587 2005 -4498 -2245 C +ATOM 10712 CE2 PHE C 396 81.957 33.260 65.449 1.00 76.70 C +ANISOU10712 CE2 PHE C 396 7599 9063 12482 2000 -4684 -2924 C +ATOM 10713 CZ PHE C 396 81.326 32.121 64.991 1.00 78.37 C +ANISOU10713 CZ PHE C 396 8210 9185 12382 2066 -4689 -2438 C +ATOM 10714 N GLU C 397 88.294 33.438 62.485 1.00 82.02 N +ANISOU10714 N GLU C 397 6556 9233 15376 1990 -4266 -4107 N +ATOM 10715 CA GLU C 397 89.377 33.843 61.599 1.00 93.88 C +ANISOU10715 CA GLU C 397 7671 10515 17483 1837 -4007 -4365 C +ATOM 10716 C GLU C 397 89.496 32.953 60.370 1.00 93.78 C +ANISOU10716 C GLU C 397 7755 10241 17637 1857 -3829 -4025 C +ATOM 10717 O GLU C 397 90.173 33.341 59.412 1.00 93.73 O +ANISOU10717 O GLU C 397 7474 9988 18153 1669 -3516 -4158 O +ATOM 10718 CB GLU C 397 90.704 33.845 62.361 1.00113.09 C +ANISOU10718 CB GLU C 397 9763 13270 19937 2014 -4204 -4799 C +ATOM 10719 CG GLU C 397 91.107 32.487 62.918 1.00122.83 C +ANISOU10719 CG GLU C 397 11137 14822 20712 2436 -4534 -4570 C +ATOM 10720 CD GLU C 397 92.409 32.538 63.690 1.00135.39 C +ANISOU10720 CD GLU C 397 12325 16818 22299 2625 -4746 -4965 C +ATOM 10721 OE1 GLU C 397 93.161 33.522 63.528 1.00135.99 O +ANISOU10721 OE1 GLU C 397 11991 16851 22826 2394 -4591 -5449 O +ATOM 10722 OE2 GLU C 397 92.679 31.593 64.460 1.00139.70 O +ANISOU10722 OE2 GLU C 397 12953 17732 22395 3014 -5047 -4773 O +ATOM 10723 N ASN C 398 88.861 31.781 60.372 1.00 86.39 N +ANISOU10723 N ASN C 398 7208 9331 16287 2077 -3972 -3606 N +ATOM 10724 CA ASN C 398 88.926 30.850 59.253 1.00 82.56 C +ANISOU10724 CA ASN C 398 6857 8574 15937 2123 -3761 -3317 C +ATOM 10725 C ASN C 398 87.589 30.703 58.537 1.00 87.89 C +ANISOU10725 C ASN C 398 8071 9056 16268 1829 -3457 -2860 C +ATOM 10726 O ASN C 398 87.449 29.822 57.683 1.00113.21 O +ANISOU10726 O ASN C 398 11584 12080 19350 1768 -3203 -2588 O +ATOM 10727 CB ASN C 398 89.414 29.485 59.742 1.00 90.14 C +ANISOU10727 CB ASN C 398 7992 9652 16603 2550 -3974 -3171 C +ATOM 10728 CG ASN C 398 90.853 29.518 60.216 1.00 92.77 C +ANISOU10728 CG ASN C 398 7928 10222 17100 2725 -4096 -3505 C +ATOM 10729 OD1 ASN C 398 91.740 29.997 59.509 1.00 86.94 O +ANISOU10729 OD1 ASN C 398 6821 9356 16857 2552 -3874 -3773 O +ATOM 10730 ND2 ASN C 398 91.091 29.020 61.423 1.00 88.71 N +ANISOU10730 ND2 ASN C 398 7475 10077 16154 3072 -4432 -3473 N +ATOM 10731 N LEU C 399 86.607 31.541 58.862 1.00 87.91 N +ANISOU10731 N LEU C 399 8167 9121 16115 1640 -3465 -2797 N +ATOM 10732 CA LEU C 399 85.334 31.512 58.156 1.00 82.76 C +ANISOU10732 CA LEU C 399 7929 8367 15151 1362 -3189 -2372 C +ATOM 10733 C LEU C 399 85.519 32.044 56.741 1.00 82.88 C +ANISOU10733 C LEU C 399 7818 8162 15512 1055 -2734 -2289 C +ATOM 10734 O LEU C 399 86.052 33.139 56.544 1.00 77.14 O +ANISOU10734 O LEU C 399 6700 7331 15279 948 -2584 -2521 O +ATOM 10735 CB LEU C 399 84.295 32.343 58.907 1.00 75.26 C +ANISOU10735 CB LEU C 399 7044 7550 14001 1287 -3301 -2331 C +ATOM 10736 CG LEU C 399 82.875 32.356 58.335 1.00 62.67 C +ANISOU10736 CG LEU C 399 5821 5948 12044 1041 -3073 -1883 C +ATOM 10737 CD1 LEU C 399 82.265 30.963 58.352 1.00 95.76 C +ANISOU10737 CD1 LEU C 399 10486 10203 15695 1090 -3131 -1591 C +ATOM 10738 CD2 LEU C 399 82.003 33.331 59.112 1.00 62.07 C +ANISOU10738 CD2 LEU C 399 5712 5976 11897 1005 -3152 -1897 C +ATOM 10739 N GLU C 400 85.079 31.266 55.755 1.00 92.97 N +ANISOU10739 N GLU C 400 9426 9376 16522 900 -2481 -1971 N +ATOM 10740 CA GLU C 400 85.251 31.611 54.349 1.00 86.38 C +ANISOU10740 CA GLU C 400 8512 8410 15899 627 -2043 -1851 C +ATOM 10741 C GLU C 400 83.949 31.934 53.637 1.00 76.21 C +ANISOU10741 C GLU C 400 7471 7240 14246 351 -1820 -1437 C +ATOM 10742 O GLU C 400 83.926 32.829 52.790 1.00 72.23 O +ANISOU10742 O GLU C 400 6795 6690 13961 175 -1505 -1304 O +ATOM 10743 CB GLU C 400 85.949 30.466 53.607 1.00 89.25 C +ANISOU10743 CB GLU C 400 8988 8663 16259 643 -1876 -1883 C +ATOM 10744 CG GLU C 400 87.337 30.137 54.125 1.00101.58 C +ANISOU10744 CG GLU C 400 10235 10131 18230 949 -2046 -2252 C +ATOM 10745 CD GLU C 400 87.964 28.964 53.398 1.00111.74 C +ANISOU10745 CD GLU C 400 11656 11265 19536 994 -1828 -2259 C +ATOM 10746 OE1 GLU C 400 87.279 28.347 52.556 1.00107.71 O +ANISOU10746 OE1 GLU C 400 11519 10728 18678 755 -1555 -2023 O +ATOM 10747 OE2 GLU C 400 89.145 28.659 53.668 1.00114.66 O +ANISOU10747 OE2 GLU C 400 11732 11562 20272 1264 -1914 -2526 O +ATOM 10748 N ILE C 401 82.863 31.232 53.954 1.00 76.05 N +ANISOU10748 N ILE C 401 7827 7392 13675 321 -1958 -1212 N +ATOM 10749 CA ILE C 401 81.603 31.375 53.236 1.00 68.81 C +ANISOU10749 CA ILE C 401 7110 6684 12349 56 -1772 -828 C +ATOM 10750 C ILE C 401 80.478 31.601 54.235 1.00 66.56 C +ANISOU10750 C ILE C 401 6966 6564 11762 117 -2017 -696 C +ATOM 10751 O ILE C 401 80.412 30.937 55.275 1.00 73.17 O +ANISOU10751 O ILE C 401 7979 7401 12421 294 -2299 -816 O +ATOM 10752 CB ILE C 401 81.287 30.138 52.365 1.00 77.26 C +ANISOU10752 CB ILE C 401 8504 7853 12998 -157 -1597 -714 C +ATOM 10753 CG1 ILE C 401 82.565 29.472 51.830 1.00 98.24 C +ANISOU10753 CG1 ILE C 401 11102 10278 15947 -111 -1437 -967 C +ATOM 10754 CG2 ILE C 401 80.364 30.535 51.214 1.00 79.84 C +ANISOU10754 CG2 ILE C 401 8853 8476 13005 -467 -1329 -373 C +ATOM 10755 CD1 ILE C 401 83.292 30.251 50.745 1.00111.82 C +ANISOU10755 CD1 ILE C 401 12521 11935 18028 -231 -1110 -977 C +ATOM 10756 N ILE C 402 79.599 32.546 53.915 1.00 58.46 N +ANISOU10756 N ILE C 402 5855 5681 10677 -1 -1883 -418 N +ATOM 10757 CA ILE C 402 78.304 32.701 54.573 1.00 59.49 C +ANISOU10757 CA ILE C 402 6133 6022 10448 -5 -2025 -212 C +ATOM 10758 C ILE C 402 77.268 32.629 53.457 1.00 68.25 C +ANISOU10758 C ILE C 402 7328 7450 11153 -265 -1800 193 C +ATOM 10759 O ILE C 402 77.034 33.617 52.752 1.00 86.62 O +ANISOU10759 O ILE C 402 9440 9853 13619 -304 -1572 457 O +ATOM 10760 CB ILE C 402 78.189 34.012 55.361 1.00 66.79 C +ANISOU10760 CB ILE C 402 6808 6846 11721 147 -2071 -275 C +ATOM 10761 CG1 ILE C 402 79.199 34.034 56.519 1.00 74.65 C +ANISOU10761 CG1 ILE C 402 7681 7652 13030 373 -2340 -749 C +ATOM 10762 CG2 ILE C 402 76.753 34.202 55.873 1.00 54.44 C +ANISOU10762 CG2 ILE C 402 5383 5520 9781 129 -2146 -13 C +ATOM 10763 CD1 ILE C 402 79.053 35.221 57.469 1.00 77.63 C +ANISOU10763 CD1 ILE C 402 7838 7956 13703 481 -2399 -935 C +ATOM 10764 N ARG C 403 76.642 31.465 53.286 1.00 73.07 N +ANISOU10764 N ARG C 403 8237 8267 11259 -442 -1839 245 N +ATOM 10765 CA ARG C 403 75.780 31.266 52.127 1.00 60.53 C +ANISOU10765 CA ARG C 403 6685 7075 9240 -740 -1638 539 C +ATOM 10766 C ARG C 403 74.449 31.994 52.263 1.00 69.28 C +ANISOU10766 C ARG C 403 7695 8527 10102 -756 -1665 890 C +ATOM 10767 O ARG C 403 73.845 32.359 51.248 1.00 83.55 O +ANISOU10767 O ARG C 403 9363 10714 11667 -903 -1491 1217 O +ATOM 10768 CB ARG C 403 75.542 29.774 51.901 1.00 54.73 C +ANISOU10768 CB ARG C 403 6278 6436 8082 -983 -1620 396 C +ATOM 10769 CG ARG C 403 76.784 29.048 51.425 1.00 63.23 C +ANISOU10769 CG ARG C 403 7426 7217 9380 -993 -1485 115 C +ATOM 10770 CD ARG C 403 76.511 27.600 51.066 1.00 65.50 C +ANISOU10770 CD ARG C 403 8044 7551 9292 -1271 -1356 -35 C +ATOM 10771 NE ARG C 403 77.720 26.953 50.563 1.00 64.33 N +ANISOU10771 NE ARG C 403 7945 7091 9406 -1255 -1172 -297 N +ATOM 10772 CZ ARG C 403 78.160 27.053 49.312 1.00 79.48 C +ANISOU10772 CZ ARG C 403 9743 9126 11329 -1452 -898 -320 C +ATOM 10773 NH1 ARG C 403 77.491 27.772 48.419 1.00 78.68 N +ANISOU10773 NH1 ARG C 403 9466 9484 10946 -1661 -792 -57 N +ATOM 10774 NH2 ARG C 403 79.275 26.432 48.951 1.00 61.38 N +ANISOU10774 NH2 ARG C 403 7496 6514 9310 -1414 -714 -584 N +ATOM 10775 N GLY C 404 73.975 32.214 53.488 1.00 73.86 N +ANISOU10775 N GLY C 404 8325 9022 10716 -588 -1873 844 N +ATOM 10776 CA GLY C 404 72.742 32.950 53.667 1.00 76.03 C +ANISOU10776 CA GLY C 404 8477 9588 10821 -568 -1870 1167 C +ATOM 10777 C GLY C 404 71.502 32.237 53.185 1.00 74.01 C +ANISOU10777 C GLY C 404 8324 9843 9953 -851 -1858 1373 C +ATOM 10778 O GLY C 404 70.518 32.896 52.845 1.00 85.08 O +ANISOU10778 O GLY C 404 9523 11620 11182 -859 -1792 1731 O +ATOM 10779 N ARG C 405 71.523 30.904 53.125 1.00 71.12 N +ANISOU10779 N ARG C 405 8244 9507 9274 -1086 -1890 1149 N +ATOM 10780 CA ARG C 405 70.304 30.163 52.814 1.00 70.41 C +ANISOU10780 CA ARG C 405 8244 9888 8620 -1414 -1865 1242 C +ATOM 10781 C ARG C 405 69.194 30.526 53.787 1.00 77.87 C +ANISOU10781 C ARG C 405 9162 10978 9448 -1319 -1994 1389 C +ATOM 10782 O ARG C 405 68.024 30.638 53.403 1.00 83.82 O +ANISOU10782 O ARG C 405 9758 12248 9840 -1493 -1961 1627 O +ATOM 10783 CB ARG C 405 70.579 28.660 52.863 1.00 81.79 C +ANISOU10783 CB ARG C 405 10048 11163 9867 -1659 -1820 908 C +ATOM 10784 CG ARG C 405 71.686 28.197 51.939 1.00 89.52 C +ANISOU10784 CG ARG C 405 11073 11965 10976 -1756 -1654 717 C +ATOM 10785 CD ARG C 405 71.266 28.292 50.487 1.00 93.48 C +ANISOU10785 CD ARG C 405 11378 13018 11122 -2080 -1471 861 C +ATOM 10786 NE ARG C 405 72.305 27.789 49.589 1.00 91.60 N +ANISOU10786 NE ARG C 405 11206 12620 10978 -2205 -1269 641 N +ATOM 10787 CZ ARG C 405 72.979 28.524 48.708 1.00 80.69 C +ANISOU10787 CZ ARG C 405 9597 11298 9763 -2125 -1145 774 C +ATOM 10788 NH1 ARG C 405 72.740 29.822 48.567 1.00 69.75 N +ANISOU10788 NH1 ARG C 405 7908 10099 8496 -1907 -1176 1158 N +ATOM 10789 NH2 ARG C 405 73.899 27.949 47.949 1.00 82.19 N +ANISOU10789 NH2 ARG C 405 9872 11332 10023 -2260 -936 531 N +ATOM 10790 N THR C 406 69.553 30.717 55.051 1.00 64.04 N +ANISOU10790 N THR C 406 7533 8821 7977 -1040 -2141 1236 N +ATOM 10791 CA THR C 406 68.646 31.147 56.100 1.00 68.77 C +ANISOU10791 CA THR C 406 8119 9490 8522 -908 -2242 1329 C +ATOM 10792 C THR C 406 69.117 32.506 56.593 1.00 57.21 C +ANISOU10792 C THR C 406 6423 7767 7547 -557 -2267 1361 C +ATOM 10793 O THR C 406 70.323 32.743 56.717 1.00 64.45 O +ANISOU10793 O THR C 406 7327 8313 8850 -393 -2298 1143 O +ATOM 10794 CB THR C 406 68.623 30.141 57.251 1.00 78.93 C +ANISOU10794 CB THR C 406 9781 10553 9656 -899 -2359 1088 C +ATOM 10795 OG1 THR C 406 68.221 28.856 56.761 1.00 69.61 O +ANISOU10795 OG1 THR C 406 8831 9521 8095 -1259 -2247 1024 O +ATOM 10796 CG2 THR C 406 67.664 30.585 58.349 1.00 94.73 C +ANISOU10796 CG2 THR C 406 11776 12650 11566 -775 -2435 1172 C +ATOM 10797 N LYS C 407 68.170 33.398 56.862 1.00 63.84 N +ANISOU10797 N LYS C 407 7059 8797 8401 -454 -2221 1606 N +ATOM 10798 CA LYS C 407 68.481 34.780 57.190 1.00 67.38 C +ANISOU10798 CA LYS C 407 7261 8987 9353 -161 -2139 1652 C +ATOM 10799 C LYS C 407 67.663 35.220 58.393 1.00 67.42 C +ANISOU10799 C LYS C 407 7275 8986 9356 -16 -2187 1624 C +ATOM 10800 O LYS C 407 66.489 34.860 58.526 1.00 63.32 O +ANISOU10800 O LYS C 407 6786 8820 8454 -132 -2195 1802 O +ATOM 10801 CB LYS C 407 68.201 35.704 55.999 1.00 57.81 C +ANISOU10801 CB LYS C 407 5714 7982 8269 -125 -1896 2087 C +ATOM 10802 CG LYS C 407 68.873 35.261 54.707 1.00 54.36 C +ANISOU10802 CG LYS C 407 5263 7655 7737 -297 -1815 2151 C +ATOM 10803 CD LYS C 407 68.073 35.663 53.484 1.00 69.90 C +ANISOU10803 CD LYS C 407 6964 10153 9440 -353 -1642 2669 C +ATOM 10804 CE LYS C 407 68.535 34.891 52.264 1.00 76.79 C +ANISOU10804 CE LYS C 407 7887 11283 10007 -620 -1597 2659 C +ATOM 10805 NZ LYS C 407 67.683 35.132 51.073 1.00 95.27 N +ANISOU10805 NZ LYS C 407 9961 14307 11930 -704 -1480 3144 N +ATOM 10806 N GLN C 408 68.293 35.997 59.269 1.00 68.84 N +ANISOU10806 N GLN C 408 7407 8785 9963 211 -2202 1356 N +ATOM 10807 CA GLN C 408 67.600 36.519 60.436 1.00 64.02 C +ANISOU10807 CA GLN C 408 6796 8148 9381 352 -2209 1270 C +ATOM 10808 C GLN C 408 66.489 37.455 59.990 1.00 69.42 C +ANISOU10808 C GLN C 408 7193 9032 10151 426 -1954 1704 C +ATOM 10809 O GLN C 408 66.733 38.419 59.257 1.00 56.70 O +ANISOU10809 O GLN C 408 5317 7287 8938 544 -1718 1927 O +ATOM 10810 CB GLN C 408 68.581 37.246 61.356 1.00 65.22 C +ANISOU10810 CB GLN C 408 6901 7891 9989 542 -2246 828 C +ATOM 10811 CG GLN C 408 67.983 37.675 62.692 1.00 67.89 C +ANISOU10811 CG GLN C 408 7283 8214 10298 663 -2267 623 C +ATOM 10812 CD GLN C 408 67.513 36.501 63.534 1.00 70.59 C +ANISOU10812 CD GLN C 408 7970 8789 10061 597 -2507 540 C +ATOM 10813 OE1 GLN C 408 67.619 35.346 63.127 1.00 71.60 O +ANISOU10813 OE1 GLN C 408 8313 9046 9847 455 -2632 630 O +ATOM 10814 NE2 GLN C 408 66.995 36.793 64.719 1.00 82.24 N +ANISOU10814 NE2 GLN C 408 9512 10294 11440 696 -2522 360 N +ATOM 10815 N HIS C 409 65.264 37.165 60.424 1.00 65.67 N +ANISOU10815 N HIS C 409 6759 8877 9314 375 -1973 1854 N +ATOM 10816 CA HIS C 409 64.088 37.900 59.975 1.00 58.97 C +ANISOU10816 CA HIS C 409 5606 8326 8475 463 -1756 2316 C +ATOM 10817 C HIS C 409 63.911 37.792 58.466 1.00 67.98 C +ANISOU10817 C HIS C 409 6540 9841 9447 362 -1682 2754 C +ATOM 10818 O HIS C 409 63.228 38.616 57.853 1.00 87.99 O +ANISOU10818 O HIS C 409 8747 12602 12085 525 -1475 3217 O +ATOM 10819 CB HIS C 409 64.172 39.368 60.404 1.00 74.42 C +ANISOU10819 CB HIS C 409 7339 9901 11037 768 -1488 2323 C +ATOM 10820 CG HIS C 409 64.470 39.548 61.860 1.00 86.36 C +ANISOU10820 CG HIS C 409 9028 11081 12703 842 -1555 1808 C +ATOM 10821 ND1 HIS C 409 65.075 40.679 62.365 1.00 93.85 N +ANISOU10821 ND1 HIS C 409 9855 11560 14245 1023 -1354 1536 N +ATOM 10822 CD2 HIS C 409 64.252 38.734 62.919 1.00 86.98 C +ANISOU10822 CD2 HIS C 409 9394 11262 12394 750 -1780 1502 C +ATOM 10823 CE1 HIS C 409 65.213 40.554 63.673 1.00 97.14 C +ANISOU10823 CE1 HIS C 409 10455 11869 14586 1028 -1491 1051 C +ATOM 10824 NE2 HIS C 409 64.722 39.383 64.034 1.00 90.72 N +ANISOU10824 NE2 HIS C 409 9902 11402 13166 890 -1753 1060 N +ATOM 10825 N GLY C 410 64.525 36.776 57.862 1.00 56.14 N +ANISOU10825 N GLY C 410 5225 8433 7675 113 -1833 2619 N +ATOM 10826 CA GLY C 410 64.496 36.594 56.427 1.00 57.11 C +ANISOU10826 CA GLY C 410 5180 8939 7582 -23 -1770 2945 C +ATOM 10827 C GLY C 410 65.305 37.594 55.635 1.00 68.62 C +ANISOU10827 C GLY C 410 6431 10149 9494 184 -1557 3159 C +ATOM 10828 O GLY C 410 65.164 37.640 54.410 1.00 71.26 O +ANISOU10828 O GLY C 410 6578 10869 9627 131 -1463 3530 O +ATOM 10829 N GLN C 411 66.161 38.385 56.286 1.00 77.88 N +ANISOU10829 N GLN C 411 7623 10713 11256 397 -1458 2919 N +ATOM 10830 CA GLN C 411 66.883 39.455 55.603 1.00 70.98 C +ANISOU10830 CA GLN C 411 6537 9524 10907 591 -1164 3123 C +ATOM 10831 C GLN C 411 68.391 39.360 55.787 1.00 70.36 C +ANISOU10831 C GLN C 411 6596 8926 11214 545 -1198 2644 C +ATOM 10832 O GLN C 411 69.120 39.295 54.792 1.00 71.58 O +ANISOU10832 O GLN C 411 6704 9060 11432 480 -1095 2743 O +ATOM 10833 CB GLN C 411 66.372 40.818 56.085 1.00 62.65 C +ANISOU10833 CB GLN C 411 5254 8206 10343 911 -865 3341 C +ATOM 10834 CG GLN C 411 66.907 41.975 55.264 1.00 78.58 C +ANISOU10834 CG GLN C 411 7039 9907 12911 1129 -454 3685 C +ATOM 10835 CD GLN C 411 66.524 43.325 55.825 1.00103.56 C +ANISOU10835 CD GLN C 411 10012 12658 16677 1444 -76 3828 C +ATOM 10836 OE1 GLN C 411 65.644 43.433 56.679 1.00106.45 O +ANISOU10836 OE1 GLN C 411 10372 13103 16971 1522 -119 3778 O +ATOM 10837 NE2 GLN C 411 67.189 44.370 55.347 1.00119.15 N +ANISOU10837 NE2 GLN C 411 11837 14151 19284 1618 352 3995 N +ATOM 10838 N PHE C 412 68.893 39.359 57.023 1.00 76.78 N +ANISOU10838 N PHE C 412 7545 9364 12266 583 -1338 2121 N +ATOM 10839 CA PHE C 412 70.325 39.489 57.261 1.00 82.60 C +ANISOU10839 CA PHE C 412 8301 9638 13444 585 -1353 1658 C +ATOM 10840 C PHE C 412 71.015 38.132 57.249 1.00 73.81 C +ANISOU10840 C PHE C 412 7441 8626 11980 404 -1668 1356 C +ATOM 10841 O PHE C 412 70.477 37.140 57.748 1.00 61.27 O +ANISOU10841 O PHE C 412 6090 7287 9902 309 -1916 1285 O +ATOM 10842 CB PHE C 412 70.583 40.181 58.598 1.00 77.47 C +ANISOU10842 CB PHE C 412 7621 8620 13195 714 -1361 1200 C +ATOM 10843 CG PHE C 412 69.747 41.403 58.814 1.00 80.15 C +ANISOU10843 CG PHE C 412 7762 8830 13863 894 -1027 1447 C +ATOM 10844 CD1 PHE C 412 69.943 42.538 58.047 1.00 74.42 C +ANISOU10844 CD1 PHE C 412 6783 7806 13686 1019 -582 1749 C +ATOM 10845 CD2 PHE C 412 68.767 41.419 59.787 1.00 83.88 C +ANISOU10845 CD2 PHE C 412 8306 9446 14121 955 -1108 1398 C +ATOM 10846 CE1 PHE C 412 69.172 43.663 58.247 1.00 84.22 C +ANISOU10846 CE1 PHE C 412 7846 8868 15283 1228 -213 2012 C +ATOM 10847 CE2 PHE C 412 67.996 42.541 59.988 1.00 81.85 C +ANISOU10847 CE2 PHE C 412 7855 9039 14204 1143 -758 1622 C +ATOM 10848 CZ PHE C 412 68.199 43.665 59.221 1.00 92.96 C +ANISOU10848 CZ PHE C 412 9011 10120 16189 1292 -305 1934 C +ATOM 10849 N SER C 413 72.221 38.102 56.680 1.00 80.84 N +ANISOU10849 N SER C 413 8273 9280 13161 367 -1608 1187 N +ATOM 10850 CA SER C 413 73.069 36.917 56.700 1.00 74.71 C +ANISOU10850 CA SER C 413 7700 8499 12186 256 -1852 869 C +ATOM 10851 C SER C 413 74.287 37.064 57.597 1.00 87.66 C +ANISOU10851 C SER C 413 9288 9784 14234 369 -1998 319 C +ATOM 10852 O SER C 413 74.804 36.055 58.079 1.00 94.08 O +ANISOU10852 O SER C 413 10291 10624 14833 373 -2272 45 O +ATOM 10853 CB SER C 413 73.536 36.571 55.282 1.00 63.74 C +ANISOU10853 CB SER C 413 6275 7201 10741 109 -1683 1076 C +ATOM 10854 OG SER C 413 74.366 37.588 54.753 1.00 75.58 O +ANISOU10854 OG SER C 413 7516 8387 12816 185 -1396 1084 O +ATOM 10855 N LEU C 414 74.763 38.287 57.822 1.00 81.73 N +ANISOU10855 N LEU C 414 8267 8715 14070 464 -1800 148 N +ATOM 10856 CA LEU C 414 75.819 38.562 58.788 1.00 72.88 C +ANISOU10856 CA LEU C 414 7021 7344 13328 544 -1948 -449 C +ATOM 10857 C LEU C 414 75.381 39.733 59.653 1.00 77.02 C +ANISOU10857 C LEU C 414 7390 7701 14172 625 -1809 -618 C +ATOM 10858 O LEU C 414 74.931 40.757 59.129 1.00 92.40 O +ANISOU10858 O LEU C 414 9178 9465 16464 639 -1413 -327 O +ATOM 10859 CB LEU C 414 77.151 38.879 58.097 1.00 75.33 C +ANISOU10859 CB LEU C 414 7090 7372 14162 496 -1772 -657 C +ATOM 10860 CG LEU C 414 78.301 39.281 59.028 1.00 70.80 C +ANISOU10860 CG LEU C 414 6276 6592 14031 546 -1906 -1329 C +ATOM 10861 CD1 LEU C 414 78.620 38.169 60.018 1.00 74.28 C +ANISOU10861 CD1 LEU C 414 6889 7299 14037 655 -2410 -1643 C +ATOM 10862 CD2 LEU C 414 79.539 39.655 58.227 1.00 64.70 C +ANISOU10862 CD2 LEU C 414 5223 5538 13821 465 -1659 -1505 C +ATOM 10863 N ALA C 415 75.511 39.584 60.969 1.00 80.70 N +ANISOU10863 N ALA C 415 7905 8237 14519 695 -2104 -1075 N +ATOM 10864 CA ALA C 415 75.050 40.602 61.909 1.00 84.64 C +ANISOU10864 CA ALA C 415 8289 8616 15256 747 -1978 -1321 C +ATOM 10865 C ALA C 415 76.012 40.656 63.088 1.00 91.83 C +ANISOU10865 C ALA C 415 9076 9535 16280 775 -2257 -2052 C +ATOM 10866 O ALA C 415 76.049 39.730 63.901 1.00104.36 O +ANISOU10866 O ALA C 415 10861 11442 17350 860 -2674 -2208 O +ATOM 10867 CB ALA C 415 73.627 40.305 62.381 1.00 77.58 C +ANISOU10867 CB ALA C 415 7636 7994 13845 800 -2049 -999 C +ATOM 10868 N VAL C 416 76.779 41.736 63.182 1.00 88.97 N +ANISOU10868 N VAL C 416 8376 8848 16582 704 -2007 -2495 N +ATOM 10869 CA VAL C 416 77.689 41.977 64.297 1.00 81.61 C +ANISOU10869 CA VAL C 416 7227 7982 15798 687 -2240 -3278 C +ATOM 10870 C VAL C 416 77.152 43.198 65.030 1.00105.67 C +ANISOU10870 C VAL C 416 10142 10821 19185 630 -1930 -3596 C +ATOM 10871 O VAL C 416 77.296 44.329 64.549 1.00121.28 O +ANISOU10871 O VAL C 416 11882 12333 21867 522 -1417 -3660 O +ATOM 10872 CB VAL C 416 79.131 42.196 63.820 1.00 78.15 C +ANISOU10872 CB VAL C 416 6446 7352 15896 586 -2182 -3664 C +ATOM 10873 CG1 VAL C 416 80.062 42.400 65.003 1.00 99.92 C +ANISOU10873 CG1 VAL C 416 8916 10309 18741 559 -2478 -4515 C +ATOM 10874 CG2 VAL C 416 79.596 41.023 62.969 1.00 79.81 C +ANISOU10874 CG2 VAL C 416 6797 7708 15819 648 -2395 -3303 C +ATOM 10875 N VAL C 417 76.530 42.994 66.193 1.00 95.32 N +ANISOU10875 N VAL C 417 8992 9821 17402 704 -2182 -3795 N +ATOM 10876 CA VAL C 417 75.789 44.065 66.854 1.00 90.71 C +ANISOU10876 CA VAL C 417 8347 9048 17072 662 -1843 -4020 C +ATOM 10877 C VAL C 417 76.235 44.194 68.303 1.00 96.10 C +ANISOU10877 C VAL C 417 8918 10030 17565 624 -2136 -4844 C +ATOM 10878 O VAL C 417 76.331 43.193 69.022 1.00103.51 O +ANISOU10878 O VAL C 417 10037 11482 17810 748 -2663 -4915 O +ATOM 10879 CB VAL C 417 74.269 43.827 66.783 1.00 88.98 C +ANISOU10879 CB VAL C 417 8438 8930 16439 783 -1749 -3369 C +ATOM 10880 CG1 VAL C 417 73.513 44.959 67.473 1.00 89.38 C +ANISOU10880 CG1 VAL C 417 8406 8752 16801 767 -1350 -3608 C +ATOM 10881 CG2 VAL C 417 73.822 43.697 65.335 1.00 72.60 C +ANISOU10881 CG2 VAL C 417 6424 6688 14475 816 -1495 -2575 C +ATOM 10882 N SER C 418 76.504 45.433 68.725 1.00 94.45 N +ANISOU10882 N SER C 418 8410 9508 17971 452 -1762 -5466 N +ATOM 10883 CA SER C 418 76.627 45.789 70.140 1.00102.46 C +ANISOU10883 CA SER C 418 9314 10810 18804 374 -1921 -6278 C +ATOM 10884 C SER C 418 77.748 45.008 70.823 1.00 97.93 C +ANISOU10884 C SER C 418 8605 10827 17778 402 -2560 -6799 C +ATOM 10885 O SER C 418 77.538 44.340 71.839 1.00 97.06 O +ANISOU10885 O SER C 418 8670 11288 16921 542 -3013 -6932 O +ATOM 10886 CB SER C 418 75.297 45.570 70.865 1.00102.41 C +ANISOU10886 CB SER C 418 9649 11036 18226 511 -1958 -6009 C +ATOM 10887 OG SER C 418 74.282 46.407 70.337 1.00109.94 O +ANISOU10887 OG SER C 418 10648 11480 19644 512 -1351 -5592 O +ATOM 10888 N LEU C 419 78.955 45.110 70.272 1.00 95.67 N +ANISOU10888 N LEU C 419 8008 10454 17888 324 -2529 -6978 N +ATOM 10889 CA LEU C 419 80.092 44.366 70.790 1.00116.66 C +ANISOU10889 CA LEU C 419 10558 13712 20057 474 -2981 -7175 C +ATOM 10890 C LEU C 419 81.258 45.288 71.107 1.00132.81 C +ANISOU10890 C LEU C 419 12139 15787 22537 308 -2714 -7821 C +ATOM 10891 O LEU C 419 81.399 46.373 70.534 1.00144.27 O +ANISOU10891 O LEU C 419 13338 16713 24765 75 -2147 -7975 O +ATOM 10892 CB LEU C 419 80.546 43.298 69.797 1.00106.71 C +ANISOU10892 CB LEU C 419 9413 12438 18695 624 -3238 -6643 C +ATOM 10893 CG LEU C 419 79.492 42.233 69.506 1.00 86.51 C +ANISOU10893 CG LEU C 419 7293 9954 15624 784 -3543 -5989 C +ATOM 10894 CD1 LEU C 419 80.044 41.259 68.486 1.00 89.27 C +ANISOU10894 CD1 LEU C 419 7716 10267 15937 895 -3699 -5509 C +ATOM 10895 CD2 LEU C 419 79.074 41.523 70.782 1.00 87.42 C +ANISOU10895 CD2 LEU C 419 7691 10665 14859 1006 -3943 -5998 C +ATOM 10896 N ASN C 420 82.092 44.815 72.036 1.00120.99 N +ANISOU10896 N ASN C 420 10535 14928 20508 443 -3108 -8154 N +ATOM 10897 CA ASN C 420 83.248 45.539 72.545 1.00139.60 C +ANISOU10897 CA ASN C 420 12432 17490 23120 300 -2971 -8840 C +ATOM 10898 C ASN C 420 84.433 45.528 71.588 1.00145.30 C +ANISOU10898 C ASN C 420 12873 17996 24339 269 -2848 -8847 C +ATOM 10899 O ASN C 420 85.369 46.313 71.781 1.00152.62 O +ANISOU10899 O ASN C 420 13373 18954 25663 91 -2605 -9428 O +ATOM 10900 CB ASN C 420 83.669 44.914 73.881 1.00141.78 C +ANISOU10900 CB ASN C 420 12714 18586 22570 492 -3480 -9113 C +ATOM 10901 CG ASN C 420 84.785 45.675 74.568 1.00145.59 C +ANISOU10901 CG ASN C 420 12695 19390 23233 324 -3381 -9895 C +ATOM 10902 OD1 ASN C 420 85.928 45.682 74.111 1.00157.09 O +ANISOU10902 OD1 ASN C 420 13844 20842 25000 307 -3360 -10072 O +ATOM 10903 ND2 ASN C 420 84.462 46.295 75.697 1.00150.06 N +ANISOU10903 ND2 ASN C 420 13169 20269 23577 192 -3322 -10392 N +ATOM 10904 N ILE C 421 84.402 44.682 70.555 1.00138.06 N +ANISOU10904 N ILE C 421 12177 16858 23421 416 -2978 -8242 N +ATOM 10905 CA ILE C 421 85.598 44.389 69.773 1.00129.23 C +ANISOU10905 CA ILE C 421 10842 15665 22594 449 -2972 -8233 C +ATOM 10906 C ILE C 421 86.055 45.620 68.999 1.00133.26 C +ANISOU10906 C ILE C 421 10989 15618 24025 154 -2327 -8497 C +ATOM 10907 O ILE C 421 85.246 46.446 68.545 1.00132.35 O +ANISOU10907 O ILE C 421 10913 14989 24384 -28 -1851 -8337 O +ATOM 10908 CB ILE C 421 85.344 43.204 68.821 1.00117.21 C +ANISOU10908 CB ILE C 421 9669 14010 20856 645 -3205 -7509 C +ATOM 10909 CG1 ILE C 421 84.118 43.464 67.934 1.00115.50 C +ANISOU10909 CG1 ILE C 421 9695 13246 20942 525 -2904 -7004 C +ATOM 10910 CG2 ILE C 421 85.198 41.922 69.628 1.00113.06 C +ANISOU10910 CG2 ILE C 421 9457 14066 19433 964 -3791 -7264 C +ATOM 10911 CD1 ILE C 421 83.828 42.362 66.938 1.00121.85 C +ANISOU10911 CD1 ILE C 421 10807 13933 21558 657 -3091 -6323 C +ATOM 10912 N THR C 422 87.376 45.732 68.838 1.00146.30 N +ANISOU10912 N THR C 422 12284 17367 25936 119 -2280 -8869 N +ATOM 10913 CA THR C 422 87.988 46.812 68.069 1.00150.34 C +ANISOU10913 CA THR C 422 12438 17379 27307 -140 -1648 -9109 C +ATOM 10914 C THR C 422 87.881 46.562 66.570 1.00157.23 C +ANISOU10914 C THR C 422 13459 17713 28568 -129 -1390 -8473 C +ATOM 10915 O THR C 422 87.677 47.500 65.792 1.00141.17 O +ANISOU10915 O THR C 422 11318 15124 27198 -327 -765 -8334 O +ATOM 10916 CB THR C 422 89.463 46.952 68.448 1.00142.52 C +ANISOU10916 CB THR C 422 11007 16727 26415 -179 -1714 -9763 C +ATOM 10917 OG1 THR C 422 90.177 45.785 68.021 1.00143.12 O +ANISOU10917 OG1 THR C 422 11169 17020 26191 57 -2131 -9500 O +ATOM 10918 CG2 THR C 422 89.628 47.118 69.951 1.00131.56 C +ANISOU10918 CG2 THR C 422 9447 15981 24557 -186 -2013 -10386 C +ATOM 10919 N SER C 423 88.039 45.309 66.149 1.00175.40 N +ANISOU10919 N SER C 423 16002 20187 30454 97 -1828 -8061 N +ATOM 10920 CA SER C 423 88.060 44.955 64.740 1.00172.32 C +ANISOU10920 CA SER C 423 15736 19374 30365 98 -1622 -7503 C +ATOM 10921 C SER C 423 87.258 43.678 64.547 1.00163.66 C +ANISOU10921 C SER C 423 15093 18431 28660 307 -2084 -6895 C +ATOM 10922 O SER C 423 87.065 42.895 65.480 1.00179.00 O +ANISOU10922 O SER C 423 17219 20859 29934 505 -2603 -6932 O +ATOM 10923 CB SER C 423 89.496 44.762 64.234 1.00177.27 C +ANISOU10923 CB SER C 423 16080 20016 31260 104 -1574 -7752 C +ATOM 10924 OG SER C 423 90.072 43.606 64.815 1.00175.92 O +ANISOU10924 OG SER C 423 15977 20381 30484 345 -2188 -7836 O +ATOM 10925 N LEU C 424 86.780 43.476 63.320 1.00134.51 N +ANISOU10925 N LEU C 424 11579 14342 25187 256 -1857 -6308 N +ATOM 10926 CA LEU C 424 86.056 42.247 63.014 1.00115.47 C +ANISOU10926 CA LEU C 424 9566 12070 22236 410 -2246 -5740 C +ATOM 10927 C LEU C 424 87.000 41.052 62.987 1.00109.06 C +ANISOU10927 C LEU C 424 8788 11583 21068 614 -2640 -5744 C +ATOM 10928 O LEU C 424 86.782 40.059 63.690 1.00120.07 O +ANISOU10928 O LEU C 424 10425 13388 21808 843 -3118 -5630 O +ATOM 10929 CB LEU C 424 85.322 42.389 61.681 1.00115.97 C +ANISOU10929 CB LEU C 424 9765 11671 22626 264 -1870 -5128 C +ATOM 10930 CG LEU C 424 84.138 43.357 61.698 1.00107.14 C +ANISOU10930 CG LEU C 424 8728 10220 21758 122 -1513 -4940 C +ATOM 10931 CD1 LEU C 424 83.670 43.645 60.283 1.00 82.56 C +ANISOU10931 CD1 LEU C 424 5746 6658 18966 34 -1004 -4273 C +ATOM 10932 CD2 LEU C 424 82.994 42.803 62.538 1.00102.60 C +ANISOU10932 CD2 LEU C 424 8494 9965 20525 260 -1925 -4768 C +ATOM 10933 N GLY C 425 88.061 41.133 62.190 1.00 90.61 N +ANISOU10933 N GLY C 425 6213 9052 19162 548 -2401 -5852 N +ATOM 10934 CA GLY C 425 89.023 40.052 62.120 1.00109.80 C +ANISOU10934 CA GLY C 425 8632 11742 21343 732 -2718 -5878 C +ATOM 10935 C GLY C 425 88.562 38.854 61.324 1.00101.39 C +ANISOU10935 C GLY C 425 7895 10649 19978 833 -2866 -5274 C +ATOM 10936 O GLY C 425 89.025 37.737 61.576 1.00 86.48 O +ANISOU10936 O GLY C 425 6107 9053 17701 1067 -3220 -5210 O +ATOM 10937 N LEU C 426 87.656 39.052 60.368 1.00116.89 N +ANISOU10937 N LEU C 426 10008 12290 22116 670 -2576 -4813 N +ATOM 10938 CA LEU C 426 87.196 37.974 59.492 1.00106.53 C +ANISOU10938 CA LEU C 426 8954 10973 20549 724 -2648 -4260 C +ATOM 10939 C LEU C 426 88.065 37.918 58.234 1.00102.27 C +ANISOU10939 C LEU C 426 8221 10170 20468 604 -2293 -4203 C +ATOM 10940 O LEU C 426 87.608 38.104 57.106 1.00106.61 O +ANISOU10940 O LEU C 426 8879 10469 21160 441 -1902 -3780 O +ATOM 10941 CB LEU C 426 85.725 38.171 59.143 1.00 90.53 C +ANISOU10941 CB LEU C 426 7271 8843 18285 632 -2483 -3725 C +ATOM 10942 CG LEU C 426 84.743 38.286 60.312 1.00 82.67 C +ANISOU10942 CG LEU C 426 6476 8072 16861 725 -2764 -3749 C +ATOM 10943 CD1 LEU C 426 83.356 38.640 59.797 1.00 78.74 C +ANISOU10943 CD1 LEU C 426 6318 7434 16167 624 -2461 -3179 C +ATOM 10944 CD2 LEU C 426 84.699 37.001 61.123 1.00 90.59 C +ANISOU10944 CD2 LEU C 426 7724 9475 17222 1004 -3293 -3714 C +ATOM 10945 N ARG C 427 89.350 37.649 58.455 1.00 89.51 N +ANISOU10945 N ARG C 427 6396 8649 18966 704 -2391 -4593 N +ATOM 10946 CA ARG C 427 90.352 37.717 57.397 1.00 87.40 C +ANISOU10946 CA ARG C 427 5897 8133 19180 583 -2031 -4658 C +ATOM 10947 C ARG C 427 90.296 36.543 56.430 1.00 95.55 C +ANISOU10947 C ARG C 427 7083 9162 20060 651 -2024 -4247 C +ATOM 10948 O ARG C 427 91.099 36.503 55.492 1.00111.09 O +ANISOU10948 O ARG C 427 8875 10939 22394 552 -1701 -4278 O +ATOM 10949 CB ARG C 427 91.747 37.799 58.010 1.00100.39 C +ANISOU10949 CB ARG C 427 7228 9928 20988 671 -2161 -5236 C +ATOM 10950 CG ARG C 427 92.135 36.559 58.802 1.00116.31 C +ANISOU10950 CG ARG C 427 9325 12378 22489 999 -2703 -5274 C +ATOM 10951 CD ARG C 427 93.294 36.827 59.736 1.00114.34 C +ANISOU10951 CD ARG C 427 8732 12422 22290 1102 -2904 -5850 C +ATOM 10952 NE ARG C 427 93.007 37.927 60.654 1.00109.51 N +ANISOU10952 NE ARG C 427 8010 11899 21702 1006 -2896 -6218 N +ATOM 10953 CZ ARG C 427 93.664 38.152 61.784 1.00128.76 C +ANISOU10953 CZ ARG C 427 10197 14740 23986 1115 -3159 -6705 C +ATOM 10954 NH1 ARG C 427 94.645 37.346 62.155 1.00137.24 N +ANISOU10954 NH1 ARG C 427 11101 16188 24855 1349 -3480 -6835 N +ATOM 10955 NH2 ARG C 427 93.331 39.180 62.551 1.00138.41 N +ANISOU10955 NH2 ARG C 427 11310 16024 25255 998 -3086 -7054 N +ATOM 10956 N SER C 428 89.393 35.587 56.636 1.00 94.95 N +ANISOU10956 N SER C 428 7365 9278 19433 824 -2317 -3882 N +ATOM 10957 CA SER C 428 89.183 34.506 55.686 1.00 95.44 C +ANISOU10957 CA SER C 428 7807 9287 19168 846 -2169 -3448 C +ATOM 10958 C SER C 428 87.873 34.639 54.927 1.00 89.98 C +ANISOU10958 C SER C 428 7558 8521 18109 637 -1887 -2901 C +ATOM 10959 O SER C 428 87.674 33.926 53.937 1.00 87.47 O +ANISOU10959 O SER C 428 7513 8169 17552 553 -1667 -2583 O +ATOM 10960 CB SER C 428 89.217 33.149 56.406 1.00 99.06 C +ANISOU10960 CB SER C 428 8498 9983 19156 1185 -2602 -3403 C +ATOM 10961 OG SER C 428 90.484 32.913 56.995 1.00 80.89 O +ANISOU10961 OG SER C 428 5762 7823 17150 1438 -2864 -3837 O +ATOM 10962 N LEU C 429 86.985 35.534 55.359 1.00 86.77 N +ANISOU10962 N LEU C 429 7198 8121 17650 552 -1878 -2806 N +ATOM 10963 CA LEU C 429 85.696 35.733 54.714 1.00 78.52 C +ANISOU10963 CA LEU C 429 6502 7081 16250 397 -1644 -2269 C +ATOM 10964 C LEU C 429 85.879 36.213 53.281 1.00 82.66 C +ANISOU10964 C LEU C 429 6957 7417 17033 186 -1111 -2005 C +ATOM 10965 O LEU C 429 86.358 37.328 53.050 1.00 90.36 O +ANISOU10965 O LEU C 429 7610 8142 18582 90 -791 -2136 O +ATOM 10966 CB LEU C 429 84.864 36.737 55.513 1.00 83.54 C +ANISOU10966 CB LEU C 429 7109 7720 16912 389 -1694 -2269 C +ATOM 10967 CG LEU C 429 83.392 36.890 55.131 1.00 80.47 C +ANISOU10967 CG LEU C 429 7053 7432 16091 307 -1555 -1711 C +ATOM 10968 CD1 LEU C 429 82.632 35.595 55.373 1.00 80.49 C +ANISOU10968 CD1 LEU C 429 7472 7725 15384 374 -1866 -1490 C +ATOM 10969 CD2 LEU C 429 82.772 38.032 55.918 1.00 67.61 C +ANISOU10969 CD2 LEU C 429 5311 5722 14656 321 -1522 -1779 C +ATOM 10970 N LYS C 430 85.501 35.379 52.312 1.00 95.14 N +ANISOU10970 N LYS C 430 8841 9121 18187 99 -979 -1646 N +ATOM 10971 CA LYS C 430 85.647 35.711 50.905 1.00 90.05 C +ANISOU10971 CA LYS C 430 8163 8397 17654 -90 -486 -1363 C +ATOM 10972 C LYS C 430 84.336 35.709 50.133 1.00 91.11 C +ANISOU10972 C LYS C 430 8602 8789 17226 -219 -328 -785 C +ATOM 10973 O LYS C 430 84.335 36.099 48.960 1.00 88.84 O +ANISOU10973 O LYS C 430 8284 8519 16952 -354 84 -475 O +ATOM 10974 CB LYS C 430 86.620 34.733 50.226 1.00 77.82 C +ANISOU10974 CB LYS C 430 6614 6818 16137 -116 -390 -1539 C +ATOM 10975 N GLU C 431 83.226 35.296 50.744 1.00 93.68 N +ANISOU10975 N GLU C 431 9193 9358 17043 -178 -634 -624 N +ATOM 10976 CA GLU C 431 81.968 35.194 50.014 1.00 91.07 C +ANISOU10976 CA GLU C 431 9098 9368 16138 -313 -522 -112 C +ATOM 10977 C GLU C 431 80.798 35.270 50.981 1.00 97.70 C +ANISOU10977 C GLU C 431 10080 10376 16664 -231 -821 10 C +ATOM 10978 O GLU C 431 80.752 34.524 51.964 1.00 99.05 O +ANISOU10978 O GLU C 431 10405 10560 16670 -142 -1177 -248 O +ATOM 10979 CB GLU C 431 81.909 33.888 49.215 1.00 81.55 C +ANISOU10979 CB GLU C 431 8158 8403 14425 -484 -501 -80 C +ATOM 10980 CG GLU C 431 80.580 33.647 48.516 1.00 93.20 C +ANISOU10980 CG GLU C 431 9841 10346 15224 -668 -444 357 C +ATOM 10981 CD GLU C 431 80.615 32.444 47.598 1.00109.05 C +ANISOU10981 CD GLU C 431 12070 12585 16778 -912 -333 300 C +ATOM 10982 OE1 GLU C 431 81.694 31.831 47.456 1.00117.03 O +ANISOU10982 OE1 GLU C 431 13086 13339 18042 -907 -256 -38 O +ATOM 10983 OE2 GLU C 431 79.560 32.108 47.019 1.00114.56 O +ANISOU10983 OE2 GLU C 431 12915 13742 16873 -1116 -307 563 O +ATOM 10984 N ILE C 432 79.862 36.171 50.696 1.00 91.30 N +ANISOU10984 N ILE C 432 9216 9698 15776 -235 -647 432 N +ATOM 10985 CA ILE C 432 78.557 36.210 51.348 1.00 84.39 C +ANISOU10985 CA ILE C 432 8477 9069 14519 -190 -857 647 C +ATOM 10986 C ILE C 432 77.538 36.053 50.228 1.00 89.25 C +ANISOU10986 C ILE C 432 9180 10152 14578 -337 -694 1173 C +ATOM 10987 O ILE C 432 77.175 37.031 49.563 1.00104.78 O +ANISOU10987 O ILE C 432 10975 12193 16642 -284 -397 1603 O +ATOM 10988 CB ILE C 432 78.332 37.502 52.142 1.00 78.28 C +ANISOU10988 CB ILE C 432 7499 8047 14198 -19 -792 649 C +ATOM 10989 CG1 ILE C 432 79.417 37.660 53.212 1.00 63.56 C +ANISOU10989 CG1 ILE C 432 5490 5815 12846 81 -965 42 C +ATOM 10990 CG2 ILE C 432 76.945 37.496 52.781 1.00 76.11 C +ANISOU10990 CG2 ILE C 432 7361 8046 13510 32 -981 880 C +ATOM 10991 CD1 ILE C 432 79.348 38.966 53.984 1.00 71.11 C +ANISOU10991 CD1 ILE C 432 6217 6483 14319 188 -839 -94 C +ATOM 10992 N SER C 433 77.075 34.820 50.011 1.00 81.66 N +ANISOU10992 N SER C 433 8470 9526 13031 -519 -865 1140 N +ATOM 10993 CA SER C 433 76.308 34.514 48.808 1.00 90.46 C +ANISOU10993 CA SER C 433 9628 11170 13574 -731 -712 1516 C +ATOM 10994 C SER C 433 75.011 35.313 48.747 1.00108.12 C +ANISOU10994 C SER C 433 11737 13775 15570 -651 -686 2021 C +ATOM 10995 O SER C 433 74.638 35.820 47.684 1.00117.28 O +ANISOU10995 O SER C 433 12747 15291 16522 -668 -448 2475 O +ATOM 10996 CB SER C 433 76.018 33.014 48.743 1.00 78.30 C +ANISOU10996 CB SER C 433 8379 9870 11500 -987 -877 1278 C +ATOM 10997 OG SER C 433 77.219 32.262 48.773 1.00103.02 O +ANISOU10997 OG SER C 433 11620 12640 14884 -1008 -859 856 O +ATOM 10998 N ASP C 434 74.308 35.436 49.871 1.00 94.83 N +ANISOU10998 N ASP C 434 10096 12043 13891 -536 -917 1974 N +ATOM 10999 CA ASP C 434 73.026 36.125 49.883 1.00 90.92 C +ANISOU10999 CA ASP C 434 9465 11902 13178 -439 -893 2439 C +ATOM 11000 C ASP C 434 72.796 36.734 51.258 1.00 77.31 C +ANISOU11000 C ASP C 434 7720 9826 11827 -217 -1021 2293 C +ATOM 11001 O ASP C 434 73.418 36.340 52.248 1.00 77.15 O +ANISOU11001 O ASP C 434 7838 9451 12024 -189 -1222 1818 O +ATOM 11002 CB ASP C 434 71.878 35.174 49.519 1.00 98.15 C +ANISOU11002 CB ASP C 434 10488 13475 13330 -694 -1051 2566 C +ATOM 11003 CG ASP C 434 70.564 35.900 49.309 1.00110.50 C +ANISOU11003 CG ASP C 434 11824 15529 14630 -581 -1007 3108 C +ATOM 11004 OD1 ASP C 434 70.592 37.124 49.065 1.00119.15 O +ANISOU11004 OD1 ASP C 434 12687 16501 16085 -304 -769 3502 O +ATOM 11005 OD2 ASP C 434 69.503 35.246 49.385 1.00116.44 O +ANISOU11005 OD2 ASP C 434 12616 16783 14845 -763 -1180 3145 O +ATOM 11006 N GLY C 435 71.896 37.709 51.302 1.00 75.51 N +ANISOU11006 N GLY C 435 7304 9731 11656 -37 -888 2715 N +ATOM 11007 CA GLY C 435 71.527 38.366 52.536 1.00 59.68 C +ANISOU11007 CA GLY C 435 5263 7437 9976 161 -947 2597 C +ATOM 11008 C GLY C 435 72.289 39.664 52.749 1.00 72.28 C +ANISOU11008 C GLY C 435 6661 8453 12347 376 -642 2546 C +ATOM 11009 O GLY C 435 73.353 39.904 52.174 1.00 81.44 O +ANISOU11009 O GLY C 435 7749 9330 13864 353 -442 2455 O +ATOM 11010 N ASP C 436 71.722 40.517 53.595 1.00 92.90 N +ANISOU11010 N ASP C 436 9178 10870 15250 566 -562 2576 N +ATOM 11011 CA ASP C 436 72.326 41.799 53.913 1.00111.02 C +ANISOU11011 CA ASP C 436 11283 12571 18329 736 -212 2464 C +ATOM 11012 C ASP C 436 73.318 41.655 55.065 1.00111.12 C +ANISOU11012 C ASP C 436 11354 12178 18687 671 -418 1696 C +ATOM 11013 O ASP C 436 73.422 40.611 55.711 1.00115.12 O +ANISOU11013 O ASP C 436 12063 12869 18810 567 -835 1336 O +ATOM 11014 CB ASP C 436 71.247 42.826 54.263 1.00113.09 C +ANISOU11014 CB ASP C 436 11399 12787 18780 975 38 2834 C +ATOM 11015 CG ASP C 436 70.403 43.216 53.066 1.00114.20 C +ANISOU11015 CG ASP C 436 11386 13316 18688 1128 307 3661 C +ATOM 11016 OD1 ASP C 436 70.907 43.127 51.927 1.00114.13 O +ANISOU11016 OD1 ASP C 436 11337 13423 18605 1080 457 3934 O +ATOM 11017 OD2 ASP C 436 69.237 43.615 53.265 1.00115.39 O +ANISOU11017 OD2 ASP C 436 11437 13696 18711 1314 371 4046 O +ATOM 11018 N VAL C 437 74.053 42.734 55.314 1.00 95.62 N +ANISOU11018 N VAL C 437 9195 9674 17463 739 -94 1451 N +ATOM 11019 CA VAL C 437 75.058 42.799 56.367 1.00 75.84 C +ANISOU11019 CA VAL C 437 6643 6831 15342 673 -251 685 C +ATOM 11020 C VAL C 437 74.717 43.984 57.254 1.00 83.40 C +ANISOU11020 C VAL C 437 7455 7426 16805 778 13 487 C +ATOM 11021 O VAL C 437 74.529 45.096 56.755 1.00103.17 O +ANISOU11021 O VAL C 437 9792 9592 19818 881 542 817 O +ATOM 11022 CB VAL C 437 76.476 42.948 55.785 1.00 78.80 C +ANISOU11022 CB VAL C 437 6857 6888 16196 567 -72 415 C +ATOM 11023 CG1 VAL C 437 77.507 43.147 56.894 1.00 95.27 C +ANISOU11023 CG1 VAL C 437 8796 8690 18711 501 -227 -408 C +ATOM 11024 CG2 VAL C 437 76.831 41.743 54.927 1.00 65.93 C +ANISOU11024 CG2 VAL C 437 5380 5595 14075 460 -299 565 C +ATOM 11025 N ILE C 438 74.630 43.750 58.558 1.00 89.34 N +ANISOU11025 N ILE C 438 8281 8244 17419 765 -313 -35 N +ATOM 11026 CA ILE C 438 74.407 44.817 59.527 1.00102.43 C +ANISOU11026 CA ILE C 438 9805 9568 19545 817 -73 -383 C +ATOM 11027 C ILE C 438 75.537 44.784 60.544 1.00104.43 C +ANISOU11027 C ILE C 438 9952 9698 20028 687 -313 -1268 C +ATOM 11028 O ILE C 438 75.849 43.724 61.099 1.00101.42 O +ANISOU11028 O ILE C 438 9715 9682 19137 660 -844 -1552 O +ATOM 11029 CB ILE C 438 73.043 44.691 60.227 1.00 97.31 C +ANISOU11029 CB ILE C 438 9314 9204 18453 934 -204 -178 C +ATOM 11030 CG1 ILE C 438 72.904 45.791 61.288 1.00 91.39 C +ANISOU11030 CG1 ILE C 438 8429 8085 18209 967 74 -642 C +ATOM 11031 CG2 ILE C 438 72.890 43.318 60.850 1.00 99.71 C +ANISOU11031 CG2 ILE C 438 9886 10007 17992 878 -812 -351 C +ATOM 11032 CD1 ILE C 438 71.503 45.977 61.810 1.00 98.68 C +ANISOU11032 CD1 ILE C 438 9445 9176 18872 1114 136 -355 C +ATOM 11033 N ILE C 439 76.147 45.943 60.777 1.00105.54 N +ANISOU11033 N ILE C 439 9823 9339 20938 613 102 -1696 N +ATOM 11034 CA ILE C 439 77.219 46.096 61.753 1.00104.34 C +ANISOU11034 CA ILE C 439 9473 9110 21061 458 -79 -2614 C +ATOM 11035 C ILE C 439 76.999 47.446 62.421 1.00112.64 C +ANISOU11035 C ILE C 439 10336 9706 22755 402 409 -3013 C +ATOM 11036 O ILE C 439 77.243 48.503 61.817 1.00123.79 O +ANISOU11036 O ILE C 439 11556 10550 24929 351 1046 -2933 O +ATOM 11037 CB ILE C 439 78.612 46.012 61.110 1.00 94.68 C +ANISOU11037 CB ILE C 439 8024 7723 20227 315 -35 -2878 C +ATOM 11038 CG1 ILE C 439 78.795 44.637 60.454 1.00 81.15 C +ANISOU11038 CG1 ILE C 439 6517 6432 17883 376 -474 -2499 C +ATOM 11039 CG2 ILE C 439 79.706 46.234 62.147 1.00 90.88 C +ANISOU11039 CG2 ILE C 439 7251 7243 20036 148 -232 -3870 C +ATOM 11040 CD1 ILE C 439 80.000 44.506 59.560 1.00 89.24 C +ANISOU11040 CD1 ILE C 439 7353 7294 19259 269 -352 -2576 C +ATOM 11041 N SER C 440 76.513 47.424 63.665 1.00106.91 N +ANISOU11041 N SER C 440 9683 9206 21734 413 167 -3435 N +ATOM 11042 CA SER C 440 76.123 48.637 64.363 1.00117.56 C +ANISOU11042 CA SER C 440 10898 10151 23617 362 645 -3818 C +ATOM 11043 C SER C 440 76.214 48.418 65.866 1.00122.21 C +ANISOU11043 C SER C 440 11486 11117 23831 275 222 -4624 C +ATOM 11044 O SER C 440 76.133 47.290 66.359 1.00125.18 O +ANISOU11044 O SER C 440 12062 12090 23413 356 -416 -4614 O +ATOM 11045 CB SER C 440 74.699 49.066 63.981 1.00115.44 C +ANISOU11045 CB SER C 440 10793 9726 23342 590 1037 -3042 C +ATOM 11046 OG SER C 440 73.741 48.133 64.454 1.00115.20 O +ANISOU11046 OG SER C 440 11043 10267 22461 727 551 -2756 O +ATOM 11047 N GLY C 441 76.371 49.524 66.592 1.00115.98 N +ANISOU11047 N GLY C 441 10479 10049 23539 96 620 -5256 N +ATOM 11048 CA GLY C 441 76.449 49.493 68.038 1.00106.72 C +ANISOU11048 CA GLY C 441 9265 9271 22012 -7 300 -6057 C +ATOM 11049 C GLY C 441 77.804 49.130 68.599 1.00111.05 C +ANISOU11049 C GLY C 441 9550 10313 22331 -168 -147 -6738 C +ATOM 11050 O GLY C 441 77.937 49.023 69.825 1.00106.75 O +ANISOU11050 O GLY C 441 8959 10249 21353 -210 -468 -7343 O +ATOM 11051 N ASN C 442 78.814 48.944 67.752 1.00124.59 N +ANISOU11051 N ASN C 442 11078 11976 24284 -219 -157 -6620 N +ATOM 11052 CA ASN C 442 80.153 48.569 68.203 1.00132.61 C +ANISOU11052 CA ASN C 442 11811 13481 25094 -280 -547 -7182 C +ATOM 11053 C ASN C 442 80.955 49.852 68.385 1.00157.87 C +ANISOU11053 C ASN C 442 14576 16487 28922 -536 13 -7712 C +ATOM 11054 O ASN C 442 81.613 50.341 67.465 1.00164.26 O +ANISOU11054 O ASN C 442 15168 16943 30302 -642 431 -7568 O +ATOM 11055 CB ASN C 442 80.798 47.616 67.207 1.00131.87 C +ANISOU11055 CB ASN C 442 11756 13438 24913 -170 -842 -6785 C +ATOM 11056 CG ASN C 442 79.913 46.427 66.887 1.00106.77 C +ANISOU11056 CG ASN C 442 9009 10357 21203 32 -1295 -6215 C +ATOM 11057 OD1 ASN C 442 79.850 45.467 67.652 1.00 92.06 O +ANISOU11057 OD1 ASN C 442 7305 9044 18631 168 -1909 -6333 O +ATOM 11058 ND2 ASN C 442 79.225 46.486 65.753 1.00 95.69 N +ANISOU11058 ND2 ASN C 442 7803 8534 20020 96 -949 -5462 N +ATOM 11059 N LYS C 443 80.904 50.397 69.602 1.00178.82 N +ANISOU11059 N LYS C 443 17098 19394 31450 -651 39 -8349 N +ATOM 11060 CA LYS C 443 81.433 51.727 69.883 1.00197.19 C +ANISOU11060 CA LYS C 443 19033 21489 34401 -935 650 -8891 C +ATOM 11061 C LYS C 443 82.954 51.799 69.832 1.00206.93 C +ANISOU11061 C LYS C 443 19844 22959 35823 -1038 604 -9390 C +ATOM 11062 O LYS C 443 83.500 52.902 69.944 1.00221.28 O +ANISOU11062 O LYS C 443 21299 24554 38225 -1296 1155 -9856 O +ATOM 11063 CB LYS C 443 80.948 52.195 71.256 1.00199.60 C +ANISOU11063 CB LYS C 443 19325 22068 34447 -1040 652 -9477 C +ATOM 11064 N ASN C 444 83.648 50.671 69.676 1.00191.47 N +ANISOU11064 N ASN C 444 17918 21426 33405 -840 0 -9313 N +ATOM 11065 CA ASN C 444 85.097 50.667 69.522 1.00179.86 C +ANISOU11065 CA ASN C 444 16066 20149 32123 -890 -35 -9725 C +ATOM 11066 C ASN C 444 85.545 50.109 68.179 1.00168.81 C +ANISOU11066 C ASN C 444 14725 18474 30942 -776 -26 -9167 C +ATOM 11067 O ASN C 444 86.754 49.977 67.949 1.00174.35 O +ANISOU11067 O ASN C 444 15146 19316 31784 -782 -75 -9455 O +ATOM 11068 CB ASN C 444 85.758 49.856 70.641 1.00173.29 C +ANISOU11068 CB ASN C 444 15166 20139 30538 -742 -734 -10207 C +ATOM 11069 CG ASN C 444 85.414 50.381 72.017 1.00173.43 C +ANISOU11069 CG ASN C 444 15099 20526 30268 -866 -760 -10802 C +ATOM 11070 OD1 ASN C 444 85.149 51.570 72.196 1.00179.30 O +ANISOU11070 OD1 ASN C 444 15658 20921 31546 -1142 -166 -11131 O +ATOM 11071 ND2 ASN C 444 85.422 49.495 73.002 1.00169.16 N +ANISOU11071 ND2 ASN C 444 14699 20701 28872 -659 -1416 -10919 N +ATOM 11072 N LEU C 445 84.612 49.795 67.286 1.00155.62 N +ANISOU11072 N LEU C 445 13401 16425 29304 -682 57 -8396 N +ATOM 11073 CA LEU C 445 84.912 49.031 66.087 1.00132.76 C +ANISOU11073 CA LEU C 445 10626 13380 26436 -553 -50 -7831 C +ATOM 11074 C LEU C 445 85.372 49.951 64.963 1.00125.79 C +ANISOU11074 C LEU C 445 9512 11931 26350 -728 684 -7642 C +ATOM 11075 O LEU C 445 84.715 50.952 64.659 1.00116.35 O +ANISOU11075 O LEU C 445 8328 10265 25614 -866 1296 -7403 O +ATOM 11076 CB LEU C 445 83.679 48.238 65.661 1.00122.46 C +ANISOU11076 CB LEU C 445 9794 11988 24747 -387 -304 -7105 C +ATOM 11077 CG LEU C 445 83.889 47.242 64.534 1.00115.55 C +ANISOU11077 CG LEU C 445 9091 11061 23752 -256 -515 -6537 C +ATOM 11078 CD1 LEU C 445 82.955 46.048 64.671 1.00100.49 C +ANISOU11078 CD1 LEU C 445 7615 9398 21169 -62 -1082 -6122 C +ATOM 11079 CD2 LEU C 445 83.658 47.909 63.213 1.00 99.54 C +ANISOU11079 CD2 LEU C 445 7060 8443 22316 -364 139 -5971 C +ATOM 11080 N CYS C 446 86.494 49.599 64.346 1.00138.25 N +ANISOU11080 N CYS C 446 10905 13555 28069 -700 644 -7713 N +ATOM 11081 CA CYS C 446 87.033 50.295 63.185 1.00160.83 C +ANISOU11081 CA CYS C 446 13570 15927 31609 -831 1303 -7489 C +ATOM 11082 C CYS C 446 87.083 49.347 61.990 1.00148.42 C +ANISOU11082 C CYS C 446 12226 14280 29886 -683 1140 -6829 C +ATOM 11083 O CYS C 446 86.631 48.201 62.053 1.00159.25 O +ANISOU11083 O CYS C 446 13905 15928 30674 -502 556 -6542 O +ATOM 11084 CB CYS C 446 88.432 50.841 63.475 1.00187.11 C +ANISOU11084 CB CYS C 446 16431 19341 35321 -967 1508 -8252 C +ATOM 11085 SG CYS C 446 88.582 51.833 64.960 1.00208.10 S +ANISOU11085 SG CYS C 446 18763 22216 38089 -1176 1640 -9179 S +ATOM 11086 N TYR C 447 87.637 49.853 60.889 1.00139.48 N +ANISOU11086 N TYR C 447 10943 12766 29287 -775 1705 -6597 N +ATOM 11087 CA TYR C 447 87.973 49.048 59.721 1.00131.66 C +ANISOU11087 CA TYR C 447 10087 11720 28218 -675 1635 -6103 C +ATOM 11088 C TYR C 447 86.757 48.530 58.960 1.00133.77 C +ANISOU11088 C TYR C 447 10780 11866 28179 -589 1579 -5229 C +ATOM 11089 O TYR C 447 86.897 48.062 57.824 1.00135.37 O +ANISOU11089 O TYR C 447 11103 11955 28375 -551 1684 -4731 O +ATOM 11090 CB TYR C 447 88.841 47.860 60.128 1.00122.39 C +ANISOU11090 CB TYR C 447 8890 11003 26610 -522 951 -6489 C +ATOM 11091 CG TYR C 447 90.019 48.203 61.004 1.00120.35 C +ANISOU11091 CG TYR C 447 8246 10980 26502 -574 879 -7363 C +ATOM 11092 CD1 TYR C 447 91.152 48.807 60.477 1.00119.87 C +ANISOU11092 CD1 TYR C 447 7848 10691 27007 -697 1347 -7676 C +ATOM 11093 CD2 TYR C 447 90.008 47.895 62.356 1.00116.31 C +ANISOU11093 CD2 TYR C 447 7710 10955 25525 -502 341 -7871 C +ATOM 11094 CE1 TYR C 447 92.230 49.109 61.278 1.00126.06 C +ANISOU11094 CE1 TYR C 447 8261 11720 27916 -768 1274 -8504 C +ATOM 11095 CE2 TYR C 447 91.078 48.191 63.160 1.00122.29 C +ANISOU11095 CE2 TYR C 447 8102 12005 26358 -561 259 -8657 C +ATOM 11096 CZ TYR C 447 92.184 48.795 62.619 1.00127.31 C +ANISOU11096 CZ TYR C 447 8386 12405 27581 -704 717 -8987 C +ATOM 11097 OH TYR C 447 93.246 49.079 63.440 1.00134.12 O +ANISOU11097 OH TYR C 447 8858 13598 28502 -785 619 -9806 O +ATOM 11098 N ALA C 448 85.565 48.598 59.556 1.00128.99 N +ANISOU11098 N ALA C 448 10415 11290 27305 -554 1431 -5047 N +ATOM 11099 CA ALA C 448 84.413 47.962 58.929 1.00119.29 C +ANISOU11099 CA ALA C 448 9616 10008 25703 -434 1292 -4270 C +ATOM 11100 C ALA C 448 84.010 48.657 57.639 1.00132.60 C +ANISOU11100 C ALA C 448 11393 11263 27726 -452 1983 -3521 C +ATOM 11101 O ALA C 448 83.488 48.007 56.725 1.00128.07 O +ANISOU11101 O ALA C 448 11108 10686 26868 -333 1922 -2853 O +ATOM 11102 CB ALA C 448 83.226 47.939 59.887 1.00110.37 C +ANISOU11102 CB ALA C 448 8724 8980 24230 -354 1027 -4270 C +ATOM 11103 N ASN C 449 84.223 49.966 57.552 1.00143.29 N +ANISOU11103 N ASN C 449 12512 12275 29655 -571 2659 -3602 N +ATOM 11104 CA ASN C 449 83.824 50.719 56.374 1.00147.21 C +ANISOU11104 CA ASN C 449 13096 12379 30458 -529 3365 -2847 C +ATOM 11105 C ASN C 449 84.867 50.682 55.268 1.00157.17 C +ANISOU11105 C ASN C 449 14200 13526 31992 -564 3685 -2735 C +ATOM 11106 O ASN C 449 84.606 51.200 54.178 1.00155.26 O +ANISOU11106 O ASN C 449 14044 13009 31938 -479 4261 -2060 O +ATOM 11107 CB ASN C 449 83.525 52.172 56.759 1.00147.54 C +ANISOU11107 CB ASN C 449 12980 12059 31019 -611 4021 -2936 C +ATOM 11108 CG ASN C 449 82.132 52.347 57.329 1.00146.91 C +ANISOU11108 CG ASN C 449 13171 11966 30682 -488 3941 -2628 C +ATOM 11109 OD1 ASN C 449 81.963 52.695 58.497 1.00151.93 O +ANISOU11109 OD1 ASN C 449 13716 12644 31365 -581 3829 -3197 O +ATOM 11110 ND2 ASN C 449 81.124 52.101 56.501 1.00140.81 N +ANISOU11110 ND2 ASN C 449 12717 11172 29611 -249 4009 -1727 N +ATOM 11111 N THR C 450 86.035 50.086 55.517 1.00169.53 N +ANISOU11111 N THR C 450 15542 15314 33560 -639 3342 -3360 N +ATOM 11112 CA THR C 450 87.042 49.944 54.475 1.00180.04 C +ANISOU11112 CA THR C 450 16753 16540 35116 -646 3619 -3285 C +ATOM 11113 C THR C 450 86.743 48.793 53.525 1.00187.05 C +ANISOU11113 C THR C 450 17960 17583 35529 -532 3328 -2687 C +ATOM 11114 O THR C 450 87.202 48.820 52.378 1.00182.16 O +ANISOU11114 O THR C 450 17357 16797 35059 -507 3718 -2344 O +ATOM 11115 CB THR C 450 88.424 49.721 55.093 1.00179.94 C +ANISOU11115 CB THR C 450 16393 16708 35268 -722 3367 -4175 C +ATOM 11116 OG1 THR C 450 88.488 48.409 55.669 1.00175.38 O +ANISOU11116 OG1 THR C 450 15926 16574 34135 -629 2545 -4413 O +ATOM 11117 CG2 THR C 450 88.718 50.757 56.170 1.00183.39 C +ANISOU11117 CG2 THR C 450 16527 17074 36078 -857 3570 -4862 C +ATOM 11118 N ILE C 451 85.985 47.791 53.974 1.00203.70 N +ANISOU11118 N ILE C 451 20336 19994 37068 -462 2684 -2575 N +ATOM 11119 CA ILE C 451 85.782 46.587 53.180 1.00208.34 C +ANISOU11119 CA ILE C 451 21204 20754 37200 -392 2372 -2133 C +ATOM 11120 C ILE C 451 85.004 46.920 51.917 1.00203.24 C +ANISOU11120 C ILE C 451 20795 19905 36522 -299 2879 -1207 C +ATOM 11121 O ILE C 451 84.027 47.681 51.940 1.00203.39 O +ANISOU11121 O ILE C 451 20918 19785 36578 -189 3172 -759 O +ATOM 11122 CB ILE C 451 85.053 45.512 54.007 1.00215.36 C +ANISOU11122 CB ILE C 451 22346 21971 37509 -309 1623 -2224 C +ATOM 11123 CG1 ILE C 451 85.833 45.191 55.287 1.00219.30 C +ANISOU11123 CG1 ILE C 451 22604 22747 37972 -333 1115 -3085 C +ATOM 11124 CG2 ILE C 451 84.846 44.244 53.176 1.00212.32 C +ANISOU11124 CG2 ILE C 451 22255 21912 36507 -238 1330 -1762 C +ATOM 11125 CD1 ILE C 451 87.244 44.677 55.049 1.00220.04 C +ANISOU11125 CD1 ILE C 451 22457 22961 38186 -352 1013 -3507 C +ATOM 11126 N ASN C 452 85.442 46.343 50.800 1.00178.96 N +ANISOU11126 N ASN C 452 17796 16860 33340 -323 2992 -892 N +ATOM 11127 CA ASN C 452 84.732 46.432 49.526 1.00161.30 C +ANISOU11127 CA ASN C 452 15788 14597 30903 -235 3390 46 C +ATOM 11128 C ASN C 452 83.723 45.291 49.492 1.00146.39 C +ANISOU11128 C ASN C 452 14233 13383 28006 -109 2786 413 C +ATOM 11129 O ASN C 452 84.000 44.199 48.995 1.00148.23 O +ANISOU11129 O ASN C 452 14589 14005 27726 -165 2489 416 O +ATOM 11130 CB ASN C 452 85.717 46.365 48.365 1.00165.57 C +ANISOU11130 CB ASN C 452 16259 15089 31562 -305 3778 150 C +ATOM 11131 CG ASN C 452 85.041 46.097 47.039 1.00162.13 C +ANISOU11131 CG ASN C 452 16058 14925 30618 -233 4020 1083 C +ATOM 11132 OD1 ASN C 452 83.940 46.582 46.778 1.00158.86 O +ANISOU11132 OD1 ASN C 452 15793 14613 29952 -30 4192 1770 O +ATOM 11133 ND2 ASN C 452 85.698 45.311 46.191 1.00159.18 N +ANISOU11133 ND2 ASN C 452 15721 14797 29963 -342 4003 1086 N +ATOM 11134 N TRP C 453 82.531 45.549 50.035 1.00131.49 N +ANISOU11134 N TRP C 453 12484 11625 25850 52 2643 694 N +ATOM 11135 CA TRP C 453 81.540 44.493 50.210 1.00113.45 C +ANISOU11135 CA TRP C 453 10482 9969 22657 135 2059 924 C +ATOM 11136 C TRP C 453 81.005 43.961 48.887 1.00116.17 C +ANISOU11136 C TRP C 453 11015 10783 22341 171 2140 1650 C +ATOM 11137 O TRP C 453 80.501 42.834 48.849 1.00 98.74 O +ANISOU11137 O TRP C 453 9021 9110 19387 135 1671 1696 O +ATOM 11138 CB TRP C 453 80.381 45.001 51.069 1.00 98.05 C +ANISOU11138 CB TRP C 453 8591 8029 20633 293 1963 1064 C +ATOM 11139 CG TRP C 453 80.783 45.343 52.470 1.00 97.07 C +ANISOU11139 CG TRP C 453 8317 7594 20969 233 1783 285 C +ATOM 11140 CD1 TRP C 453 81.084 46.581 52.958 1.00111.75 C +ANISOU11140 CD1 TRP C 453 9944 8872 23644 207 2233 -12 C +ATOM 11141 CD2 TRP C 453 80.932 44.432 53.566 1.00104.02 C +ANISOU11141 CD2 TRP C 453 9265 8762 21497 186 1126 -311 C +ATOM 11142 NE1 TRP C 453 81.409 46.498 54.291 1.00118.59 N +ANISOU11142 NE1 TRP C 453 10706 9712 24643 118 1862 -810 N +ATOM 11143 CE2 TRP C 453 81.323 45.190 54.688 1.00106.93 C +ANISOU11143 CE2 TRP C 453 9411 8783 22434 133 1169 -965 C +ATOM 11144 CE3 TRP C 453 80.771 43.050 53.708 1.00109.05 C +ANISOU11144 CE3 TRP C 453 10131 9907 21395 187 546 -350 C +ATOM 11145 CZ2 TRP C 453 81.556 44.612 55.934 1.00103.29 C +ANISOU11145 CZ2 TRP C 453 8939 8554 21751 110 604 -1614 C +ATOM 11146 CZ3 TRP C 453 81.003 42.479 54.947 1.00102.56 C +ANISOU11146 CZ3 TRP C 453 9325 9231 20414 193 30 -942 C +ATOM 11147 CH2 TRP C 453 81.391 43.259 56.043 1.00 98.10 C +ANISOU11147 CH2 TRP C 453 8524 8397 20352 169 39 -1547 C +ATOM 11148 N LYS C 454 81.095 44.740 47.807 1.00142.85 N +ANISOU11148 N LYS C 454 14318 13996 25962 231 2746 2207 N +ATOM 11149 CA LYS C 454 80.621 44.260 46.514 1.00152.75 C +ANISOU11149 CA LYS C 454 15720 15796 26522 259 2822 2879 C +ATOM 11150 C LYS C 454 81.384 43.023 46.061 1.00156.35 C +ANISOU11150 C LYS C 454 16271 16538 26596 35 2548 2518 C +ATOM 11151 O LYS C 454 80.832 42.182 45.343 1.00147.75 O +ANISOU11151 O LYS C 454 15362 16054 24722 -17 2357 2828 O +ATOM 11152 CB LYS C 454 80.742 45.367 45.468 1.00160.47 C +ANISOU11152 CB LYS C 454 16587 16513 27871 393 3571 3539 C +ATOM 11153 CG LYS C 454 79.667 46.439 45.563 1.00149.64 C +ANISOU11153 CG LYS C 454 15177 15040 26638 700 3883 4193 C +ATOM 11154 CD LYS C 454 78.322 45.915 45.087 1.00139.45 C +ANISOU11154 CD LYS C 454 14022 14582 24382 853 3565 4846 C +ATOM 11155 CE LYS C 454 77.337 47.046 44.846 1.00142.56 C +ANISOU11155 CE LYS C 454 14328 14932 24908 1232 3997 5687 C +ATOM 11156 NZ LYS C 454 76.106 46.570 44.157 1.00145.20 N +ANISOU11156 NZ LYS C 454 14712 16197 24262 1386 3730 6388 N +ATOM 11157 N LYS C 455 82.649 42.892 46.468 1.00170.24 N +ANISOU11157 N LYS C 455 17887 17888 28910 -105 2545 1840 N +ATOM 11158 CA LYS C 455 83.449 41.744 46.060 1.00174.95 C +ANISOU11158 CA LYS C 455 18547 18688 29238 -278 2342 1489 C +ATOM 11159 C LYS C 455 83.033 40.465 46.773 1.00169.19 C +ANISOU11159 C LYS C 455 18030 18340 27917 -310 1675 1166 C +ATOM 11160 O LYS C 455 83.313 39.372 46.269 1.00171.12 O +ANISOU11160 O LYS C 455 18417 18863 27738 -431 1526 1051 O +ATOM 11161 CB LYS C 455 84.931 42.020 46.323 1.00180.63 C +ANISOU11161 CB LYS C 455 18985 18880 30766 -382 2540 867 C +ATOM 11162 N LEU C 456 82.373 40.573 47.927 1.00133.04 N +ANISOU11162 N LEU C 456 13486 13752 23312 -206 1324 1018 N +ATOM 11163 CA LEU C 456 81.959 39.406 48.692 1.00112.63 C +ANISOU11163 CA LEU C 456 11117 11478 20200 -217 740 743 C +ATOM 11164 C LEU C 456 80.515 39.002 48.433 1.00110.57 C +ANISOU11164 C LEU C 456 11101 11739 19174 -210 574 1245 C +ATOM 11165 O LEU C 456 80.159 37.844 48.677 1.00102.60 O +ANISOU11165 O LEU C 456 10317 11038 17627 -288 201 1101 O +ATOM 11166 CB LEU C 456 82.143 39.663 50.194 1.00103.25 C +ANISOU11166 CB LEU C 456 9821 10030 19378 -118 427 225 C +ATOM 11167 CG LEU C 456 83.582 39.793 50.709 1.00109.32 C +ANISOU11167 CG LEU C 456 10307 10429 20799 -141 417 -436 C +ATOM 11168 CD1 LEU C 456 84.232 41.103 50.276 1.00117.84 C +ANISOU11168 CD1 LEU C 456 11074 11049 22650 -194 989 -439 C +ATOM 11169 CD2 LEU C 456 83.611 39.667 52.226 1.00105.43 C +ANISOU11169 CD2 LEU C 456 9766 9926 20365 -42 -48 -950 C +ATOM 11170 N PHE C 457 79.681 39.916 47.946 1.00109.74 N +ANISOU11170 N PHE C 457 10936 11740 19022 -112 866 1832 N +ATOM 11171 CA PHE C 457 78.290 39.601 47.672 1.00102.06 C +ANISOU11171 CA PHE C 457 10111 11340 17327 -98 707 2316 C +ATOM 11172 C PHE C 457 78.180 38.658 46.477 1.00105.29 C +ANISOU11172 C PHE C 457 10659 12282 17067 -296 716 2511 C +ATOM 11173 O PHE C 457 79.127 38.459 45.710 1.00115.61 O +ANISOU11173 O PHE C 457 11941 13488 18499 -405 948 2399 O +ATOM 11174 CB PHE C 457 77.494 40.883 47.413 1.00105.04 C +ANISOU11174 CB PHE C 457 10334 11707 17870 121 1054 2944 C +ATOM 11175 CG PHE C 457 77.329 41.762 48.627 1.00101.67 C +ANISOU11175 CG PHE C 457 9801 10815 18015 290 1058 2746 C +ATOM 11176 CD1 PHE C 457 77.576 41.278 49.904 1.00 94.75 C +ANISOU11176 CD1 PHE C 457 8994 9765 17242 240 649 2103 C +ATOM 11177 CD2 PHE C 457 76.916 43.076 48.485 1.00111.24 C +ANISOU11177 CD2 PHE C 457 10846 11772 19646 513 1504 3216 C +ATOM 11178 CE1 PHE C 457 77.418 42.087 51.009 1.00 97.46 C +ANISOU11178 CE1 PHE C 457 9234 9740 18055 365 664 1870 C +ATOM 11179 CE2 PHE C 457 76.757 43.889 49.590 1.00115.73 C +ANISOU11179 CE2 PHE C 457 11322 11889 20759 638 1564 2976 C +ATOM 11180 CZ PHE C 457 77.008 43.394 50.853 1.00109.16 C +ANISOU11180 CZ PHE C 457 10553 10939 19984 542 1132 2271 C +ATOM 11181 N GLY C 458 76.995 38.070 46.327 1.00113.06 N +ANISOU11181 N GLY C 458 11770 13859 17328 -368 480 2765 N +ATOM 11182 CA GLY C 458 76.752 37.106 45.273 1.00120.10 C +ANISOU11182 CA GLY C 458 12787 15335 17511 -617 462 2859 C +ATOM 11183 C GLY C 458 75.478 37.360 44.495 1.00131.91 C +ANISOU11183 C GLY C 458 14201 17559 18360 -604 509 3495 C +ATOM 11184 O GLY C 458 75.374 36.963 43.330 1.00144.60 O +ANISOU11184 O GLY C 458 15812 19707 19423 -779 635 3695 O +ATOM 11185 N THR C 459 74.503 38.015 45.117 1.00135.05 N +ANISOU11185 N THR C 459 14498 18029 18787 -392 412 3806 N +ATOM 11186 CA THR C 459 73.213 38.276 44.494 1.00133.98 C +ANISOU11186 CA THR C 459 14221 18640 18045 -324 413 4430 C +ATOM 11187 C THR C 459 73.053 39.771 44.227 1.00149.08 C +ANISOU11187 C THR C 459 15890 20381 20371 69 801 5094 C +ATOM 11188 O THR C 459 73.912 40.589 44.567 1.00157.72 O +ANISOU11188 O THR C 459 16944 20737 22247 236 1088 5009 O +ATOM 11189 CB THR C 459 72.076 37.738 45.368 1.00117.40 C +ANISOU11189 CB THR C 459 12179 16835 15591 -390 18 4301 C +ATOM 11190 OG1 THR C 459 72.155 38.313 46.677 1.00111.25 O +ANISOU11190 OG1 THR C 459 11412 15420 15438 -172 -48 4103 O +ATOM 11191 CG2 THR C 459 72.164 36.223 45.474 1.00103.61 C +ANISOU11191 CG2 THR C 459 10690 15274 13402 -789 -269 3725 C +ATOM 11192 N SER C 460 71.922 40.121 43.610 1.00152.22 N +ANISOU11192 N SER C 460 16106 21485 20245 221 831 5762 N +ATOM 11193 CA SER C 460 71.751 41.458 43.050 1.00167.46 C +ANISOU11193 CA SER C 460 17808 23368 22452 631 1278 6546 C +ATOM 11194 C SER C 460 71.704 42.524 44.140 1.00171.33 C +ANISOU11194 C SER C 460 18231 23078 23787 949 1454 6574 C +ATOM 11195 O SER C 460 72.585 43.389 44.218 1.00180.71 O +ANISOU11195 O SER C 460 19396 23516 25748 1097 1874 6574 O +ATOM 11196 CB SER C 460 70.479 41.503 42.200 1.00176.32 C +ANISOU11196 CB SER C 460 18709 25539 22746 759 1208 7266 C +ATOM 11197 N GLY C 461 70.680 42.483 44.988 1.00155.14 N +ANISOU11197 N GLY C 461 16139 21190 21618 1031 1175 6561 N +ATOM 11198 CA GLY C 461 70.402 43.591 45.883 1.00144.59 C +ANISOU11198 CA GLY C 461 14700 19251 20988 1368 1403 6703 C +ATOM 11199 C GLY C 461 70.840 43.390 47.319 1.00119.79 C +ANISOU11199 C GLY C 461 11720 15442 18352 1228 1187 5897 C +ATOM 11200 O GLY C 461 70.073 43.667 48.246 1.00105.61 O +ANISOU11200 O GLY C 461 9886 13564 16676 1363 1080 5860 O +ATOM 11201 N GLN C 462 72.066 42.918 47.523 1.00111.25 N +ANISOU11201 N GLN C 462 10798 13921 17551 977 1125 5257 N +ATOM 11202 CA GLN C 462 72.627 42.818 48.865 1.00103.73 C +ANISOU11202 CA GLN C 462 9956 12366 17092 886 937 4507 C +ATOM 11203 C GLN C 462 73.156 44.183 49.286 1.00112.28 C +ANISOU11203 C GLN C 462 10889 12660 19112 1103 1415 4489 C +ATOM 11204 O GLN C 462 74.068 44.723 48.650 1.00115.07 O +ANISOU11204 O GLN C 462 11165 12636 19919 1114 1823 4564 O +ATOM 11205 CB GLN C 462 73.738 41.771 48.905 1.00107.07 C +ANISOU11205 CB GLN C 462 10555 12684 17443 578 682 3859 C +ATOM 11206 CG GLN C 462 73.248 40.345 48.732 1.00115.68 C +ANISOU11206 CG GLN C 462 11838 14407 17710 324 241 3723 C +ATOM 11207 CD GLN C 462 74.371 39.328 48.781 1.00115.77 C +ANISOU11207 CD GLN C 462 12025 14238 17723 76 58 3119 C +ATOM 11208 OE1 GLN C 462 74.986 39.016 47.763 1.00125.44 O +ANISOU11208 OE1 GLN C 462 13257 15579 18825 -53 219 3175 O +ATOM 11209 NE2 GLN C 462 74.640 38.801 49.970 1.00101.09 N +ANISOU11209 NE2 GLN C 462 10304 12116 15990 34 -264 2557 N +ATOM 11210 N LYS C 463 72.587 44.743 50.348 1.00114.89 N +ANISOU11210 N LYS C 463 11178 12724 19750 1250 1412 4362 N +ATOM 11211 CA LYS C 463 72.973 46.056 50.842 1.00122.55 C +ANISOU11211 CA LYS C 463 12006 12924 21634 1422 1909 4273 C +ATOM 11212 C LYS C 463 73.658 45.921 52.199 1.00118.52 C +ANISOU11212 C LYS C 463 11552 11969 21510 1240 1669 3342 C +ATOM 11213 O LYS C 463 73.838 44.821 52.728 1.00109.05 O +ANISOU11213 O LYS C 463 10512 11054 19867 1039 1128 2859 O +ATOM 11214 CB LYS C 463 71.757 46.984 50.916 1.00126.15 C +ANISOU11214 CB LYS C 463 12328 13403 22202 1777 2216 4908 C +ATOM 11215 CG LYS C 463 70.596 46.452 51.737 1.00114.26 C +ANISOU11215 CG LYS C 463 10881 12349 20182 1796 1773 4838 C +ATOM 11216 CD LYS C 463 69.413 47.401 51.661 1.00113.84 C +ANISOU11216 CD LYS C 463 10642 12349 20262 2190 2128 5543 C +ATOM 11217 CE LYS C 463 68.204 46.856 52.398 1.00108.05 C +ANISOU11217 CE LYS C 463 9934 12124 18997 2202 1714 5507 C +ATOM 11218 NZ LYS C 463 67.124 47.875 52.513 1.00118.61 N +ANISOU11218 NZ LYS C 463 11147 13480 20438 2465 2095 5940 N +ATOM 11219 N THR C 464 74.038 47.065 52.762 1.00127.21 N +ANISOU11219 N THR C 464 12512 12378 23445 1318 2105 3095 N +ATOM 11220 CA THR C 464 74.920 47.108 53.919 1.00137.75 C +ANISOU11220 CA THR C 464 13821 13291 25226 1121 1959 2162 C +ATOM 11221 C THR C 464 74.473 48.216 54.861 1.00138.43 C +ANISOU11221 C THR C 464 13800 12898 25897 1247 2299 1973 C +ATOM 11222 O THR C 464 74.282 49.358 54.435 1.00154.32 O +ANISOU11222 O THR C 464 15711 14554 28372 1366 2926 2367 O +ATOM 11223 CB THR C 464 76.371 47.336 53.474 1.00152.89 C +ANISOU11223 CB THR C 464 15610 14779 27702 942 2223 1804 C +ATOM 11224 OG1 THR C 464 76.780 46.265 52.613 1.00159.69 O +ANISOU11224 OG1 THR C 464 16580 16082 28011 826 1927 1948 O +ATOM 11225 CG2 THR C 464 77.305 47.408 54.665 1.00151.37 C +ANISOU11225 CG2 THR C 464 15312 14250 27952 736 2048 807 C +ATOM 11226 N LYS C 465 74.313 47.872 56.137 1.00108.77 N +ANISOU11226 N LYS C 465 10113 9236 21979 1155 1893 1348 N +ATOM 11227 CA LYS C 465 73.901 48.800 57.189 1.00122.94 C +ANISOU11227 CA LYS C 465 11825 10633 24252 1223 2159 1013 C +ATOM 11228 C LYS C 465 74.999 48.814 58.249 1.00124.63 C +ANISOU11228 C LYS C 465 11954 10593 24807 955 1977 -37 C +ATOM 11229 O LYS C 465 74.931 48.088 59.243 1.00102.73 O +ANISOU11229 O LYS C 465 9290 8177 21565 871 1425 -529 O +ATOM 11230 CB LYS C 465 72.552 48.394 57.782 1.00 82.31 C +ANISOU11230 CB LYS C 465 6821 5948 18503 1371 1844 1252 C +ATOM 11231 N ILE C 466 76.013 49.646 58.031 1.00126.36 N +ANISOU11231 N ILE C 466 11998 10420 25594 728 2408 -350 N +ATOM 11232 CA ILE C 466 77.133 49.801 58.954 1.00133.02 C +ANISOU11232 CA ILE C 466 12660 11140 26742 429 2279 -1342 C +ATOM 11233 C ILE C 466 77.034 51.198 59.543 1.00129.37 C +ANISOU11233 C ILE C 466 12034 10312 26808 297 2852 -1623 C +ATOM 11234 O ILE C 466 77.255 52.190 58.837 1.00126.52 O +ANISOU11234 O ILE C 466 11542 9607 26923 243 3504 -1316 O +ATOM 11235 CB ILE C 466 78.481 49.587 58.254 1.00133.55 C +ANISOU11235 CB ILE C 466 12559 11152 27032 237 2306 -1544 C +ATOM 11236 CG1 ILE C 466 78.572 48.163 57.703 1.00140.61 C +ANISOU11236 CG1 ILE C 466 13626 12390 27411 362 1754 -1299 C +ATOM 11237 CG2 ILE C 466 79.636 49.855 59.216 1.00120.70 C +ANISOU11237 CG2 ILE C 466 10639 9517 25707 -51 2195 -2551 C +ATOM 11238 CD1 ILE C 466 79.661 47.982 56.672 1.00146.20 C +ANISOU11238 CD1 ILE C 466 14214 13013 28322 236 1911 -1233 C +ATOM 11239 N ILE C 467 76.708 51.295 60.833 1.00125.31 N +ANISOU11239 N ILE C 467 11521 9872 26220 250 2648 -2213 N +ATOM 11240 CA ILE C 467 76.448 52.595 61.447 1.00123.40 C +ANISOU11240 CA ILE C 467 11145 9296 26447 136 3208 -2467 C +ATOM 11241 C ILE C 467 76.731 52.531 62.940 1.00113.53 C +ANISOU11241 C ILE C 467 9793 8234 25110 -45 2868 -3457 C +ATOM 11242 O ILE C 467 76.862 51.457 63.526 1.00100.67 O +ANISOU11242 O ILE C 467 8257 7015 22978 -4 2183 -3817 O +ATOM 11243 CB ILE C 467 74.990 53.069 61.216 1.00123.92 C +ANISOU11243 CB ILE C 467 11398 9235 26451 425 3555 -1697 C +ATOM 11244 CG1 ILE C 467 74.007 51.938 61.530 1.00132.56 C +ANISOU11244 CG1 ILE C 467 12741 10759 26867 698 2954 -1448 C +ATOM 11245 CG2 ILE C 467 74.802 53.578 59.790 1.00115.43 C +ANISOU11245 CG2 ILE C 467 10324 7956 25577 577 4086 -765 C +ATOM 11246 CD1 ILE C 467 72.564 52.388 61.628 1.00133.09 C +ANISOU11246 CD1 ILE C 467 12920 10807 26843 971 3227 -873 C +ATOM 11247 N SER C 468 76.830 53.710 63.555 1.00119.36 N +ANISOU11247 N SER C 468 10329 8694 26327 -241 3376 -3894 N +ATOM 11248 CA SER C 468 76.891 53.840 65.011 1.00127.77 C +ANISOU11248 CA SER C 468 11297 9965 27285 -400 3159 -4786 C +ATOM 11249 C SER C 468 78.012 52.998 65.615 1.00137.75 C +ANISOU11249 C SER C 468 12395 11728 28217 -539 2499 -5548 C +ATOM 11250 O SER C 468 77.892 52.491 66.733 1.00146.66 O +ANISOU11250 O SER C 468 13572 13268 28883 -534 2003 -6098 O +ATOM 11251 CB SER C 468 75.547 53.474 65.643 1.00125.16 C +ANISOU11251 CB SER C 468 11271 9767 26517 -159 2940 -4589 C +ATOM 11252 OG SER C 468 74.513 54.313 65.158 1.00125.82 O +ANISOU11252 OG SER C 468 11457 9448 26901 7 3561 -3890 O +ATOM 11253 N ASN C 469 79.109 52.844 64.880 1.00140.10 N +ANISOU11253 N ASN C 469 12488 12031 28714 -634 2498 -5558 N +ATOM 11254 CA ASN C 469 80.309 52.209 65.396 1.00136.40 C +ANISOU11254 CA ASN C 469 11781 12031 28012 -735 1969 -6263 C +ATOM 11255 C ASN C 469 81.260 53.287 65.909 1.00150.35 C +ANISOU11255 C ASN C 469 13098 13726 30301 -1019 2400 -7008 C +ATOM 11256 O ASN C 469 80.940 54.479 65.914 1.00156.91 O +ANISOU11256 O ASN C 469 13830 14120 31669 -1162 3094 -7004 O +ATOM 11257 CB ASN C 469 80.967 51.352 64.313 1.00126.48 C +ANISOU11257 CB ASN C 469 10549 10845 26663 -644 1720 -5865 C +ATOM 11258 CG ASN C 469 80.171 50.101 63.995 1.00124.98 C +ANISOU11258 CG ASN C 469 10770 10845 25872 -386 1180 -5305 C +ATOM 11259 OD1 ASN C 469 80.183 49.135 64.758 1.00129.51 O +ANISOU11259 OD1 ASN C 469 11453 11877 25877 -293 511 -5624 O +ATOM 11260 ND2 ASN C 469 79.479 50.112 62.864 1.00113.94 N +ANISOU11260 ND2 ASN C 469 9594 9133 24564 -248 1482 -4445 N +ATOM 11261 N ARG C 470 82.447 52.871 66.346 1.00140.22 N +ANISOU11261 N ARG C 470 11535 12882 28862 -1083 2011 -7650 N +ATOM 11262 CA ARG C 470 83.454 53.852 66.724 1.00129.99 C +ANISOU11262 CA ARG C 470 9775 11536 28078 -1343 2438 -8369 C +ATOM 11263 C ARG C 470 83.732 54.788 65.556 1.00142.74 C +ANISOU11263 C ARG C 470 11240 12522 30474 -1464 3252 -7979 C +ATOM 11264 O ARG C 470 83.534 54.440 64.390 1.00128.56 O +ANISOU11264 O ARG C 470 9641 10486 28721 -1327 3334 -7218 O +ATOM 11265 CB ARG C 470 84.756 53.179 67.157 1.00136.97 C +ANISOU11265 CB ARG C 470 10388 12991 28664 -1323 1904 -8992 C +ATOM 11266 CG ARG C 470 85.798 54.186 67.642 1.00140.37 C +ANISOU11266 CG ARG C 470 10314 13425 29594 -1599 2332 -9825 C +ATOM 11267 CD ARG C 470 86.989 53.566 68.356 1.00144.90 C +ANISOU11267 CD ARG C 470 10619 14668 29767 -1560 1763 -10527 C +ATOM 11268 NE ARG C 470 87.267 54.267 69.610 1.00153.26 N +ANISOU11268 NE ARG C 470 11371 16039 30820 -1781 1850 -11409 N +ATOM 11269 CZ ARG C 470 88.392 54.148 70.308 1.00156.34 C +ANISOU11269 CZ ARG C 470 11405 16972 31026 -1839 1568 -12162 C +ATOM 11270 NH1 ARG C 470 89.365 53.351 69.886 1.00154.87 N +ANISOU11270 NH1 ARG C 470 11134 17046 30664 -1674 1184 -12134 N +ATOM 11271 NH2 ARG C 470 88.545 54.832 71.433 1.00163.87 N +ANISOU11271 NH2 ARG C 470 12080 18221 31963 -2068 1685 -12951 N +ATOM 11272 N GLY C 471 84.202 55.989 65.881 1.00164.69 N +ANISOU11272 N GLY C 471 13665 15053 33855 -1726 3883 -8512 N +ATOM 11273 CA GLY C 471 84.495 56.972 64.860 1.00173.35 C +ANISOU11273 CA GLY C 471 14603 15542 35718 -1842 4736 -8187 C +ATOM 11274 C GLY C 471 85.722 56.580 64.069 1.00167.15 C +ANISOU11274 C GLY C 471 13602 14837 35072 -1825 4677 -8236 C +ATOM 11275 O GLY C 471 86.812 56.418 64.644 1.00156.12 O +ANISOU11275 O GLY C 471 11873 13811 33636 -1921 4421 -9024 O +ATOM 11276 N GLU C 472 85.569 56.415 62.753 1.00191.94 N +ANISOU11276 N GLU C 472 16929 17658 38343 -1688 4914 -7403 N +ATOM 11277 CA GLU C 472 86.731 56.149 61.917 1.00196.30 C +ANISOU11277 CA GLU C 472 17278 18211 39095 -1680 4977 -7435 C +ATOM 11278 C GLU C 472 87.771 57.246 62.047 1.00200.04 C +ANISOU11278 C GLU C 472 17281 18442 40283 -1931 5645 -8121 C +ATOM 11279 O GLU C 472 88.962 56.976 61.911 1.00200.02 O +ANISOU11279 O GLU C 472 17010 18619 40371 -1963 5529 -8576 O +ATOM 11280 CB GLU C 472 86.330 56.001 60.447 1.00196.51 C +ANISOU11280 CB GLU C 472 17578 17893 39195 -1515 5279 -6412 C +ATOM 11281 CG GLU C 472 85.854 57.284 59.769 1.00202.56 C +ANISOU11281 CG GLU C 472 18351 18025 40588 -1559 6259 -5905 C +ATOM 11282 CD GLU C 472 84.384 57.547 59.980 1.00199.78 C +ANISOU11282 CD GLU C 472 18337 17511 40058 -1450 6342 -5343 C +ATOM 11283 OE1 GLU C 472 83.692 56.685 60.563 1.00186.21 O +ANISOU11283 OE1 GLU C 472 16878 16155 37719 -1340 5639 -5305 O +ATOM 11284 OE2 GLU C 472 83.929 58.637 59.571 1.00205.16 O +ANISOU11284 OE2 GLU C 472 19023 17690 41238 -1449 7146 -4943 O +ATOM 11285 N ASN C 473 87.346 58.491 62.275 1.00197.80 N +ANISOU11285 N ASN C 473 16895 17721 40538 -2107 6389 -8200 N +ATOM 11286 CA ASN C 473 88.303 59.579 62.462 1.00198.61 C +ANISOU11286 CA ASN C 473 16535 17568 41359 -2379 7087 -8920 C +ATOM 11287 C ASN C 473 88.812 59.603 63.893 1.00200.31 C +ANISOU11287 C ASN C 473 16440 18262 41405 -2578 6716 -10024 C +ATOM 11288 O ASN C 473 90.019 59.755 64.130 1.00195.85 O +ANISOU11288 O ASN C 473 15476 17870 41068 -2729 6771 -10791 O +ATOM 11289 CB ASN C 473 87.646 60.904 62.051 1.00203.47 C +ANISOU11289 CB ASN C 473 17218 17477 42615 -2472 8082 -8493 C +ATOM 11290 CG ASN C 473 87.003 60.832 60.668 1.00191.79 C +ANISOU11290 CG ASN C 473 16173 15611 41086 -2209 8339 -7282 C +ATOM 11291 OD1 ASN C 473 85.803 60.584 60.541 1.00178.92 O +ANISOU11291 OD1 ASN C 473 14843 13955 39186 -2019 8226 -6595 O +ATOM 11292 ND2 ASN C 473 87.804 61.043 59.626 1.00189.56 N +ANISOU11292 ND2 ASN C 473 15912 15059 41053 -2184 8695 -7033 N +ATOM 11293 N SER C 474 87.910 59.418 64.855 1.00209.61 N +ANISOU11293 N SER C 474 17806 19696 42140 -2566 6322 -10118 N +ATOM 11294 CA SER C 474 88.335 59.029 66.193 1.00215.40 C +ANISOU11294 CA SER C 474 18342 21089 42411 -2653 5702 -11037 C +ATOM 11295 C SER C 474 89.312 57.867 66.127 1.00218.61 C +ANISOU11295 C SER C 474 18678 22056 42328 -2481 4944 -11240 C +ATOM 11296 O SER C 474 90.303 57.827 66.867 1.00227.72 O +ANISOU11296 O SER C 474 19475 23654 43395 -2597 4713 -12105 O +ATOM 11297 CB SER C 474 87.114 58.647 67.036 1.00208.97 C +ANISOU11297 CB SER C 474 17872 20521 41007 -2554 5237 -10880 C +ATOM 11298 OG SER C 474 87.507 57.961 68.206 1.00201.79 O +ANISOU11298 OG SER C 474 16859 20363 39449 -2537 4480 -11590 O +ATOM 11299 N CYS C 475 89.057 56.918 65.228 1.00236.92 N +ANISOU11299 N CYS C 475 21331 24364 44324 -2204 4575 -10447 N +ATOM 11300 CA CYS C 475 89.934 55.765 65.102 1.00234.60 C +ANISOU11300 CA CYS C 475 21012 24546 43578 -2017 3885 -10564 C +ATOM 11301 C CYS C 475 91.271 56.154 64.479 1.00231.07 C +ANISOU11301 C CYS C 475 20187 23919 43689 -2134 4307 -10925 C +ATOM 11302 O CYS C 475 92.318 55.615 64.853 1.00233.08 O +ANISOU11302 O CYS C 475 20216 24627 43717 -2104 3868 -11495 O +ATOM 11303 CB CYS C 475 89.245 54.685 64.274 1.00233.07 C +ANISOU11303 CB CYS C 475 21281 24341 42936 -1725 3456 -9628 C +ATOM 11304 SG CYS C 475 90.060 53.116 64.454 1.00231.27 S +ANISOU11304 SG CYS C 475 21107 24771 41993 -1467 2489 -9786 S +ATOM 11305 N LYS C 476 91.251 57.086 63.523 1.00224.74 N +ANISOU11305 N LYS C 476 19325 22459 43607 -2251 5175 -10579 N +ATOM 11306 CA LYS C 476 92.486 57.571 62.921 1.00217.76 C +ANISOU11306 CA LYS C 476 18087 21336 43317 -2377 5686 -10942 C +ATOM 11307 C LYS C 476 93.370 58.220 63.973 1.00179.27 C +ANISOU11307 C LYS C 476 12721 16708 38685 -2655 5818 -12089 C +ATOM 11308 O LYS C 476 94.599 58.092 63.931 1.00183.36 O +ANISOU11308 O LYS C 476 12925 17406 39338 -2713 5762 -12658 O +ATOM 11309 CB LYS C 476 92.176 58.574 61.804 1.00194.55 C +ANISOU11309 CB LYS C 476 15316 17625 40980 -2475 6601 -10276 C +ATOM 11310 CG LYS C 476 91.451 58.014 60.578 1.00168.35 C +ANISOU11310 CG LYS C 476 12500 14069 37397 -2226 6533 -9106 C +ATOM 11311 CD LYS C 476 90.720 59.127 59.816 1.00167.69 C +ANISOU11311 CD LYS C 476 12630 13298 37785 -2271 7411 -8414 C +ATOM 11312 CE LYS C 476 90.455 58.771 58.382 1.00163.09 C +ANISOU11312 CE LYS C 476 12434 12460 37070 -2050 7531 -7387 C +ATOM 11313 NZ LYS C 476 91.699 58.880 57.602 1.00166.88 N +ANISOU11313 NZ LYS C 476 12788 12771 37846 -2113 7808 -7543 N +ATOM 11314 N ALA C 477 92.757 58.927 64.925 1.00183.19 N +ANISOU11314 N ALA C 477 13141 17226 39238 -2845 6007 -12461 N +ATOM 11315 CA ALA C 477 93.536 59.573 65.976 1.00193.81 C +ANISOU11315 CA ALA C 477 14003 18853 40781 -3147 6150 -13593 C +ATOM 11316 C ALA C 477 94.342 58.556 66.776 1.00195.08 C +ANISOU11316 C ALA C 477 14021 19857 40245 -3041 5218 -14187 C +ATOM 11317 O ALA C 477 95.464 58.847 67.207 1.00207.83 O +ANISOU11317 O ALA C 477 15182 21739 42046 -3237 5287 -15063 O +ATOM 11318 CB ALA C 477 92.612 60.370 66.894 1.00196.33 C +ANISOU11318 CB ALA C 477 14326 19097 41173 -3351 6438 -13836 C +ATOM 11319 N THR C 478 93.790 57.362 66.989 1.00185.61 N +ANISOU11319 N THR C 478 13197 19091 38234 -2731 4360 -13716 N +ATOM 11320 CA THR C 478 94.461 56.326 67.762 1.00187.34 C +ANISOU11320 CA THR C 478 13335 20125 37719 -2576 3461 -14149 C +ATOM 11321 C THR C 478 95.383 55.456 66.908 1.00180.99 C +ANISOU11321 C THR C 478 12542 19381 36847 -2371 3159 -13911 C +ATOM 11322 O THR C 478 96.065 54.582 67.451 1.00180.81 O +ANISOU11322 O THR C 478 12429 20008 36262 -2228 2453 -14230 O +ATOM 11323 CB THR C 478 93.411 55.463 68.483 1.00184.25 C +ANISOU11323 CB THR C 478 13354 20174 36479 -2338 2725 -13776 C +ATOM 11324 OG1 THR C 478 92.480 56.312 69.168 1.00189.26 O +ANISOU11324 OG1 THR C 478 14015 20662 37235 -2536 3078 -13938 O +ATOM 11325 CG2 THR C 478 94.064 54.527 69.506 1.00178.33 C +ANISOU11325 CG2 THR C 478 12490 20334 34934 -2189 1853 -14271 C +ATOM 11326 N GLY C 479 95.434 55.682 65.597 1.00178.28 N +ANISOU11326 N GLY C 479 12301 18389 37047 -2352 3696 -13351 N +ATOM 11327 CA GLY C 479 96.393 55.002 64.746 1.00183.03 C +ANISOU11327 CA GLY C 479 12874 18980 37689 -2214 3536 -13211 C +ATOM 11328 C GLY C 479 95.905 53.745 64.058 1.00176.91 C +ANISOU11328 C GLY C 479 12573 18246 36397 -1872 2989 -12331 C +ATOM 11329 O GLY C 479 96.733 52.900 63.701 1.00170.56 O +ANISOU11329 O GLY C 479 11751 17651 35401 -1730 2609 -12334 O +ATOM 11330 N GLN C 480 94.600 53.591 63.846 1.00165.09 N +ANISOU11330 N GLN C 480 12926 15848 33951 -1284 1475 -10011 N +ATOM 11331 CA GLN C 480 94.031 52.362 63.295 1.00152.12 C +ANISOU11331 CA GLN C 480 11461 14328 32009 -1097 1240 -9509 C +ATOM 11332 C GLN C 480 93.348 52.645 61.963 1.00158.92 C +ANISOU11332 C GLN C 480 12430 14499 33452 -1045 1054 -8708 C +ATOM 11333 O GLN C 480 92.238 53.187 61.934 1.00144.30 O +ANISOU11333 O GLN C 480 10407 12168 32254 -936 1142 -8540 O +ATOM 11334 CB GLN C 480 93.028 51.760 64.268 1.00161.55 C +ANISOU11334 CB GLN C 480 12494 15776 33110 -909 1349 -9771 C +ATOM 11335 CG GLN C 480 93.627 51.103 65.493 1.00153.43 C +ANISOU11335 CG GLN C 480 11410 15590 31296 -918 1449 -10403 C +ATOM 11336 CD GLN C 480 93.790 52.085 66.632 1.00170.58 C +ANISOU11336 CD GLN C 480 13338 17832 33642 -1039 1719 -11057 C +ATOM 11337 OE1 GLN C 480 93.501 53.273 66.487 1.00185.85 O +ANISOU11337 OE1 GLN C 480 15158 19160 36296 -1118 1853 -11075 O +ATOM 11338 NE2 GLN C 480 94.244 51.594 67.776 1.00177.97 N +ANISOU11338 NE2 GLN C 480 14221 19514 33884 -1055 1782 -11563 N +ATOM 11339 N VAL C 481 93.989 52.238 60.868 1.00166.24 N +ANISOU11339 N VAL C 481 13634 15426 34104 -1125 787 -8182 N +ATOM 11340 CA VAL C 481 93.436 52.377 59.525 1.00164.57 C +ANISOU11340 CA VAL C 481 13553 14667 34309 -1074 559 -7357 C +ATOM 11341 C VAL C 481 94.127 51.340 58.650 1.00166.40 C +ANISOU11341 C VAL C 481 14123 15197 33902 -1133 236 -6884 C +ATOM 11342 O VAL C 481 95.147 50.764 59.042 1.00166.21 O +ANISOU11342 O VAL C 481 14201 15748 33204 -1248 228 -7209 O +ATOM 11343 CB VAL C 481 93.626 53.816 58.970 1.00160.80 C +ANISOU11343 CB VAL C 481 12974 13615 34506 -1202 671 -7213 C +ATOM 11344 CG1 VAL C 481 93.203 53.927 57.504 1.00158.41 C +ANISOU11344 CG1 VAL C 481 12817 12848 34525 -1144 417 -6330 C +ATOM 11345 CG2 VAL C 481 92.832 54.840 59.773 1.00166.78 C +ANISOU11345 CG2 VAL C 481 13411 14039 35919 -1148 984 -7618 C +ATOM 11346 N CYS C 482 93.563 51.079 57.471 1.00167.62 N +ANISOU11346 N CYS C 482 14444 15007 34238 -1053 -36 -6105 N +ATOM 11347 CA CYS C 482 94.179 50.160 56.519 1.00155.45 C +ANISOU11347 CA CYS C 482 13235 13687 32141 -1120 -358 -5581 C +ATOM 11348 C CYS C 482 95.650 50.493 56.300 1.00152.88 C +ANISOU11348 C CYS C 482 12983 13572 31531 -1369 -328 -5712 C +ATOM 11349 O CYS C 482 96.039 51.660 56.210 1.00166.13 O +ANISOU11349 O CYS C 482 14523 14933 33666 -1491 -160 -5829 O +ATOM 11350 CB CYS C 482 93.434 50.199 55.179 1.00148.38 C +ANISOU11350 CB CYS C 482 12474 12299 31606 -1020 -636 -4712 C +ATOM 11351 SG CYS C 482 91.797 49.401 55.159 1.00140.79 S +ANISOU11351 SG CYS C 482 11495 11214 30784 -760 -814 -4356 S +ATOM 11352 N HIS C 483 96.464 49.443 56.214 1.00146.92 N +ANISOU11352 N HIS C 483 12432 13376 30016 -1451 -489 -5679 N +ATOM 11353 CA HIS C 483 97.891 49.593 55.981 1.00144.13 C +ANISOU11353 CA HIS C 483 12124 13314 29323 -1692 -487 -5753 C +ATOM 11354 C HIS C 483 98.151 50.016 54.534 1.00143.53 C +ANISOU11354 C HIS C 483 12201 12760 29576 -1773 -674 -5008 C +ATOM 11355 O HIS C 483 97.341 49.789 53.633 1.00129.60 O +ANISOU11355 O HIS C 483 10591 10616 28034 -1627 -890 -4370 O +ATOM 11356 CB HIS C 483 98.613 48.282 56.309 1.00115.98 C +ANISOU11356 CB HIS C 483 8692 10557 24819 -1719 -603 -5900 C +ATOM 11357 CG HIS C 483 100.109 48.388 56.319 1.00116.62 C +ANISOU11357 CG HIS C 483 8735 11093 24482 -1956 -562 -6088 C +ATOM 11358 ND1 HIS C 483 100.838 48.720 55.201 1.00116.99 N +ANISOU11358 ND1 HIS C 483 8869 10901 24681 -2127 -693 -5572 N +ATOM 11359 CD2 HIS C 483 101.014 48.179 57.305 1.00132.41 C +ANISOU11359 CD2 HIS C 483 10605 13807 25899 -2037 -408 -6709 C +ATOM 11360 CE1 HIS C 483 102.124 48.730 55.495 1.00123.92 C +ANISOU11360 CE1 HIS C 483 9644 12310 25129 -2324 -618 -5865 C +ATOM 11361 NE2 HIS C 483 102.260 48.400 56.766 1.00117.85 N +ANISOU11361 NE2 HIS C 483 8749 12144 23885 -2270 -455 -6551 N +ATOM 11362 N ALA C 484 99.306 50.653 54.325 1.00158.13 N +ANISOU11362 N ALA C 484 13992 14646 31446 -2004 -585 -5093 N +ATOM 11363 CA ALA C 484 99.646 51.188 53.009 1.00147.76 C +ANISOU11363 CA ALA C 484 12786 12871 30484 -2083 -705 -4433 C +ATOM 11364 C ALA C 484 99.710 50.093 51.949 1.00136.02 C +ANISOU11364 C ALA C 484 11606 11487 28588 -2023 -1051 -3723 C +ATOM 11365 O ALA C 484 99.161 50.252 50.851 1.00135.59 O +ANISOU11365 O ALA C 484 11710 10945 28864 -1902 -1226 -3041 O +ATOM 11366 CB ALA C 484 100.973 51.943 53.089 1.00145.66 C +ANISOU11366 CB ALA C 484 12382 12716 30248 -2370 -538 -4700 C +ATOM 11367 N LEU C 485 100.389 48.979 52.242 1.00125.40 N +ANISOU11367 N LEU C 485 10345 10804 26495 -2091 -1160 -3860 N +ATOM 11368 CA LEU C 485 100.491 47.910 51.252 1.00130.18 C +ANISOU11368 CA LEU C 485 11249 11508 26706 -2042 -1503 -3190 C +ATOM 11369 C LEU C 485 99.125 47.330 50.890 1.00123.00 C +ANISOU11369 C LEU C 485 10559 10288 25887 -1793 -1733 -2774 C +ATOM 11370 O LEU C 485 99.011 46.644 49.869 1.00104.97 O +ANISOU11370 O LEU C 485 8647 7952 23284 -1661 -2024 -2052 O +ATOM 11371 CB LEU C 485 101.435 46.793 51.735 1.00127.59 C +ANISOU11371 CB LEU C 485 11040 12143 25296 -2014 -1516 -3378 C +ATOM 11372 CG LEU C 485 101.345 46.246 53.160 1.00124.64 C +ANISOU11372 CG LEU C 485 10514 12432 24413 -1950 -1351 -4139 C +ATOM 11373 CD1 LEU C 485 100.056 45.530 53.341 1.00123.39 C +ANISOU11373 CD1 LEU C 485 10536 12188 24160 -1688 -1463 -4015 C +ATOM 11374 CD2 LEU C 485 102.519 45.365 53.541 1.00109.19 C +ANISOU11374 CD2 LEU C 485 8679 11461 21349 -1893 -1302 -4259 C +ATOM 11375 N CYS C 486 98.084 47.592 51.684 1.00123.60 N +ANISOU11375 N CYS C 486 10482 10237 26244 -1650 -1586 -3141 N +ATOM 11376 CA CYS C 486 96.747 47.142 51.308 1.00122.79 C +ANISOU11376 CA CYS C 486 10530 9829 26294 -1423 -1797 -2713 C +ATOM 11377 C CYS C 486 96.347 47.778 49.985 1.00134.69 C +ANISOU11377 C CYS C 486 12164 10734 28278 -1336 -1960 -1961 C +ATOM 11378 O CYS C 486 96.283 49.007 49.862 1.00148.34 O +ANISOU11378 O CYS C 486 13679 12091 30594 -1345 -1763 -2006 O +ATOM 11379 CB CYS C 486 95.715 47.480 52.393 1.00128.04 C +ANISOU11379 CB CYS C 486 10928 10430 27294 -1289 -1568 -3227 C +ATOM 11380 SG CYS C 486 95.863 46.590 53.985 1.00107.81 S +ANISOU11380 SG CYS C 486 8240 8617 24108 -1284 -1384 -4069 S +ATOM 11381 N SER C 487 96.079 46.931 48.998 1.00139.45 N +ANISOU11381 N SER C 487 13126 11285 28575 -1236 -2325 -1271 N +ATOM 11382 CA SER C 487 95.698 47.357 47.660 1.00158.35 C +ANISOU11382 CA SER C 487 15684 13267 31215 -1108 -2524 -508 C +ATOM 11383 C SER C 487 94.326 48.030 47.722 1.00168.46 C +ANISOU11383 C SER C 487 16710 14242 33056 -940 -2475 -471 C +ATOM 11384 O SER C 487 93.845 48.330 48.823 1.00175.58 O +ANISOU11384 O SER C 487 17310 15159 34244 -932 -2233 -1049 O +ATOM 11385 CB SER C 487 95.712 46.142 46.731 1.00164.03 C +ANISOU11385 CB SER C 487 16905 14120 31299 -1014 -2932 160 C +ATOM 11386 OG SER C 487 94.510 45.408 46.858 1.00166.31 O +ANISOU11386 OG SER C 487 17287 14465 31439 -857 -3133 285 O +ATOM 11387 N PRO C 488 93.661 48.287 46.589 1.00168.85 N +ANISOU11387 N PRO C 488 16846 14065 33244 -810 -2689 176 N +ATOM 11388 CA PRO C 488 92.324 48.905 46.653 1.00169.02 C +ANISOU11388 CA PRO C 488 16568 13848 33804 -684 -2655 212 C +ATOM 11389 C PRO C 488 91.297 48.086 47.422 1.00168.77 C +ANISOU11389 C PRO C 488 16476 13974 33677 -595 -2739 23 C +ATOM 11390 O PRO C 488 90.167 48.556 47.604 1.00166.26 O +ANISOU11390 O PRO C 488 15864 13470 33837 -502 -2693 21 O +ATOM 11391 CB PRO C 488 91.924 49.036 45.177 1.00160.99 C +ANISOU11391 CB PRO C 488 15728 12735 32707 -609 -2934 958 C +ATOM 11392 CG PRO C 488 93.202 49.022 44.425 1.00157.08 C +ANISOU11392 CG PRO C 488 15521 12298 31866 -688 -2963 1213 C +ATOM 11393 CD PRO C 488 94.120 48.138 45.196 1.00159.75 C +ANISOU11393 CD PRO C 488 16031 12906 31759 -785 -2933 866 C +ATOM 11394 N GLU C 489 91.649 46.884 47.874 1.00169.99 N +ANISOU11394 N GLU C 489 16886 14456 33246 -626 -2851 -122 N +ATOM 11395 CA GLU C 489 90.650 45.973 48.411 1.00171.83 C +ANISOU11395 CA GLU C 489 17122 14839 33325 -535 -2979 -178 C +ATOM 11396 C GLU C 489 90.156 46.423 49.783 1.00157.95 C +ANISOU11396 C GLU C 489 14946 13045 32022 -508 -2622 -868 C +ATOM 11397 O GLU C 489 88.946 46.555 50.001 1.00164.89 O +ANISOU11397 O GLU C 489 15582 13782 33285 -394 -2628 -814 O +ATOM 11398 CB GLU C 489 91.228 44.566 48.475 1.00190.93 C +ANISOU11398 CB GLU C 489 19968 17611 34967 -580 -3186 -132 C +ATOM 11399 CG GLU C 489 91.720 44.031 47.145 1.00204.69 C +ANISOU11399 CG GLU C 489 22191 19417 36163 -574 -3532 560 C +ATOM 11400 CD GLU C 489 90.635 43.975 46.096 1.00214.50 C +ANISOU11400 CD GLU C 489 23515 20605 37379 -485 -3827 1165 C +ATOM 11401 OE1 GLU C 489 90.083 42.878 45.873 1.00213.12 O +ANISOU11401 OE1 GLU C 489 23632 20648 36694 -450 -4103 1422 O +ATOM 11402 OE2 GLU C 489 90.333 45.030 45.497 1.00220.08 O +ANISOU11402 OE2 GLU C 489 23992 21079 38549 -479 -3770 1345 O +ATOM 11403 N GLY C 490 91.073 46.660 50.725 1.00138.88 N +ANISOU11403 N GLY C 490 12429 10801 29539 -620 -2306 -1531 N +ATOM 11404 CA GLY C 490 90.707 47.091 52.056 1.00135.21 C +ANISOU11404 CA GLY C 490 11601 10369 29402 -590 -1945 -2238 C +ATOM 11405 C GLY C 490 91.441 46.291 53.108 1.00132.68 C +ANISOU11405 C GLY C 490 11343 10571 28498 -681 -1804 -2862 C +ATOM 11406 O GLY C 490 92.492 45.694 52.847 1.00126.45 O +ANISOU11406 O GLY C 490 10808 10111 27128 -814 -1917 -2833 O +ATOM 11407 N CYS C 491 90.878 46.274 54.315 1.00129.30 N +ANISOU11407 N CYS C 491 10653 10270 28207 -601 -1549 -3436 N +ATOM 11408 CA CYS C 491 91.537 45.643 55.449 1.00116.54 C +ANISOU11408 CA CYS C 491 9016 9240 26024 -660 -1359 -4126 C +ATOM 11409 C CYS C 491 90.494 45.234 56.476 1.00113.79 C +ANISOU11409 C CYS C 491 8459 8982 25793 -500 -1209 -4481 C +ATOM 11410 O CYS C 491 89.453 45.881 56.615 1.00111.10 O +ANISOU11410 O CYS C 491 7863 8215 26134 -375 -1106 -4428 O +ATOM 11411 CB CYS C 491 92.554 46.591 56.089 1.00118.94 C +ANISOU11411 CB CYS C 491 9133 9673 26385 -788 -1032 -4745 C +ATOM 11412 SG CYS C 491 91.804 48.108 56.727 1.00128.66 S +ANISOU11412 SG CYS C 491 9939 10394 28552 -705 -675 -5118 S +ATOM 11413 N TRP C 492 90.792 44.153 57.201 1.00104.46 N +ANISOU11413 N TRP C 492 7350 8407 23932 -498 -1186 -4838 N +ATOM 11414 CA TRP C 492 89.980 43.694 58.320 1.00104.53 C +ANISOU11414 CA TRP C 492 7179 8653 23887 -314 -975 -5240 C +ATOM 11415 C TRP C 492 90.594 44.074 59.663 1.00112.55 C +ANISOU11415 C TRP C 492 7955 10076 24731 -312 -575 -6157 C +ATOM 11416 O TRP C 492 90.202 43.524 60.698 1.00106.13 O +ANISOU11416 O TRP C 492 7067 9673 23585 -115 -360 -6535 O +ATOM 11417 CB TRP C 492 89.787 42.178 58.246 1.00 99.65 C +ANISOU11417 CB TRP C 492 6913 8586 22363 -152 -1145 -4871 C +ATOM 11418 CG TRP C 492 89.242 41.709 56.936 1.00105.25 C +ANISOU11418 CG TRP C 492 7906 8953 23131 -168 -1571 -3999 C +ATOM 11419 CD1 TRP C 492 89.959 41.375 55.826 1.00105.60 C +ANISOU11419 CD1 TRP C 492 8336 9043 22744 -262 -1873 -3472 C +ATOM 11420 CD2 TRP C 492 87.863 41.521 56.596 1.00104.14 C +ANISOU11420 CD2 TRP C 492 7687 8387 23496 -85 -1752 -3550 C +ATOM 11421 NE1 TRP C 492 89.113 40.992 54.815 1.00 94.26 N +ANISOU11421 NE1 TRP C 492 7092 7231 21493 -242 -2244 -2746 N +ATOM 11422 CE2 TRP C 492 87.821 41.072 55.262 1.00104.01 C +ANISOU11422 CE2 TRP C 492 8030 8180 23308 -148 -2190 -2778 C +ATOM 11423 CE3 TRP C 492 86.661 41.690 57.288 1.00102.79 C +ANISOU11423 CE3 TRP C 492 7167 7989 23901 45 -1585 -3713 C +ATOM 11424 CZ2 TRP C 492 86.626 40.789 54.606 1.00108.74 C +ANISOU11424 CZ2 TRP C 492 8641 8387 24289 -113 -2494 -2191 C +ATOM 11425 CZ3 TRP C 492 85.474 41.408 56.635 1.00104.90 C +ANISOU11425 CZ3 TRP C 492 7419 7870 24570 84 -1869 -3101 C +ATOM 11426 CH2 TRP C 492 85.466 40.962 55.307 1.00106.05 C +ANISOU11426 CH2 TRP C 492 7917 7848 24530 -8 -2334 -2358 C +ATOM 11427 N GLY C 493 91.547 45.000 59.659 1.00115.46 N +ANISOU11427 N GLY C 493 8256 10395 25218 -470 -452 -6448 N +ATOM 11428 CA GLY C 493 92.266 45.394 60.845 1.00118.37 C +ANISOU11428 CA GLY C 493 8435 11195 25345 -489 -114 -7281 C +ATOM 11429 C GLY C 493 93.404 46.317 60.464 1.00121.78 C +ANISOU11429 C GLY C 493 8882 11563 25824 -693 -78 -7328 C +ATOM 11430 O GLY C 493 93.570 46.674 59.293 1.00113.85 O +ANISOU11430 O GLY C 493 8026 10147 25084 -797 -289 -6726 O +ATOM 11431 N PRO C 494 94.214 46.729 61.443 1.00139.54 N +ANISOU11431 N PRO C 494 10970 14231 27817 -753 187 -8035 N +ATOM 11432 CA PRO C 494 95.310 47.660 61.127 1.00143.10 C +ANISOU11432 CA PRO C 494 11405 14604 28362 -977 230 -8102 C +ATOM 11433 C PRO C 494 96.442 47.022 60.348 1.00139.17 C +ANISOU11433 C PRO C 494 11172 14494 27214 -1130 -8 -7757 C +ATOM 11434 O PRO C 494 97.201 47.739 59.685 1.00127.80 O +ANISOU11434 O PRO C 494 9757 12825 25975 -1326 -51 -7557 O +ATOM 11435 CB PRO C 494 95.793 48.120 62.507 1.00145.07 C +ANISOU11435 CB PRO C 494 11391 15289 28439 -991 557 -8966 C +ATOM 11436 CG PRO C 494 95.465 46.978 63.414 1.00140.71 C +ANISOU11436 CG PRO C 494 10827 15380 27255 -788 615 -9291 C +ATOM 11437 CD PRO C 494 94.238 46.300 62.854 1.00139.60 C +ANISOU11437 CD PRO C 494 10807 14869 27365 -626 438 -8768 C +ATOM 11438 N GLU C 495 96.565 45.705 60.391 1.00139.28 N +ANISOU11438 N GLU C 495 11361 15092 26466 -1042 -156 -7660 N +ATOM 11439 CA GLU C 495 97.812 45.026 60.078 1.00139.70 C +ANISOU11439 CA GLU C 495 11577 15791 25711 -1151 -290 -7559 C +ATOM 11440 C GLU C 495 97.865 44.611 58.616 1.00134.04 C +ANISOU11440 C GLU C 495 11119 14794 25015 -1226 -643 -6721 C +ATOM 11441 O GLU C 495 96.887 44.725 57.873 1.00121.05 O +ANISOU11441 O GLU C 495 9561 12500 23933 -1173 -805 -6206 O +ATOM 11442 CB GLU C 495 97.967 43.816 60.995 1.00141.99 C +ANISOU11442 CB GLU C 495 11897 16975 25076 -968 -227 -7934 C +ATOM 11443 CG GLU C 495 98.119 44.187 62.461 1.00149.10 C +ANISOU11443 CG GLU C 495 12549 18267 25835 -885 121 -8783 C +ATOM 11444 CD GLU C 495 97.579 43.127 63.401 1.00152.65 C +ANISOU11444 CD GLU C 495 13007 19295 25697 -608 224 -9103 C +ATOM 11445 OE1 GLU C 495 97.006 42.127 62.920 1.00154.20 O +ANISOU11445 OE1 GLU C 495 13510 19545 25533 -395 88 -8500 O +ATOM 11446 OE2 GLU C 495 97.726 43.300 64.629 1.00155.64 O +ANISOU11446 OE2 GLU C 495 13174 20122 25842 -499 503 -9703 O +ATOM 11447 N PRO C 496 99.027 44.120 58.167 1.00137.95 N +ANISOU11447 N PRO C 496 11801 15812 24803 -1285 -745 -6487 N +ATOM 11448 CA PRO C 496 99.164 43.703 56.764 1.00133.46 C +ANISOU11448 CA PRO C 496 11611 15033 24065 -1255 -1033 -5586 C +ATOM 11449 C PRO C 496 98.641 42.312 56.462 1.00120.96 C +ANISOU11449 C PRO C 496 10469 13765 21725 -956 -1204 -5061 C +ATOM 11450 O PRO C 496 98.535 41.961 55.281 1.00125.25 O +ANISOU11450 O PRO C 496 11362 14044 22185 -910 -1468 -4305 O +ATOM 11451 CB PRO C 496 100.683 43.758 56.528 1.00133.93 C +ANISOU11451 CB PRO C 496 11685 15581 23620 -1407 -1013 -5585 C +ATOM 11452 CG PRO C 496 101.252 44.465 57.704 1.00137.73 C +ANISOU11452 CG PRO C 496 11728 16352 24250 -1595 -747 -6491 C +ATOM 11453 CD PRO C 496 100.332 44.149 58.836 1.00138.22 C +ANISOU11453 CD PRO C 496 11684 16569 24266 -1403 -591 -7012 C +ATOM 11454 N ARG C 497 98.370 41.486 57.471 1.00110.25 N +ANISOU11454 N ARG C 497 9134 12982 19772 -749 -1057 -5428 N +ATOM 11455 CA ARG C 497 97.671 40.237 57.204 1.00107.94 C +ANISOU11455 CA ARG C 497 9245 12852 18916 -488 -1206 -4940 C +ATOM 11456 C ARG C 497 96.170 40.472 57.124 1.00105.29 C +ANISOU11456 C ARG C 497 8806 11833 19369 -446 -1286 -4800 C +ATOM 11457 O ARG C 497 95.475 39.831 56.328 1.00108.24 O +ANISOU11457 O ARG C 497 9498 11959 19670 -349 -1544 -4163 O +ATOM 11458 CB ARG C 497 98.003 39.199 58.275 1.00116.22 C +ANISOU11458 CB ARG C 497 10381 14798 18980 -260 -996 -5326 C +ATOM 11459 CG ARG C 497 97.439 39.480 59.654 1.00120.46 C +ANISOU11459 CG ARG C 497 10538 15460 19770 -193 -706 -6090 C +ATOM 11460 CD ARG C 497 97.600 38.254 60.519 1.00119.39 C +ANISOU11460 CD ARG C 497 10586 16169 18607 96 -533 -6282 C +ATOM 11461 NE ARG C 497 97.393 38.527 61.936 1.00124.98 N +ANISOU11461 NE ARG C 497 10932 17175 19381 182 -214 -7089 N +ATOM 11462 CZ ARG C 497 97.457 37.598 62.884 1.00129.65 C +ANISOU11462 CZ ARG C 497 11604 18490 19165 458 -1 -7366 C +ATOM 11463 NH1 ARG C 497 97.707 36.335 62.563 1.00118.12 N +ANISOU11463 NH1 ARG C 497 10582 17503 16795 664 -64 -6897 N +ATOM 11464 NH2 ARG C 497 97.251 37.927 64.151 1.00144.99 N +ANISOU11464 NH2 ARG C 497 13271 20646 21172 490 236 -7969 N +ATOM 11465 N ASP C 498 95.662 41.401 57.934 1.00107.17 N +ANISOU11465 N ASP C 498 8597 11758 20363 -520 -1071 -5387 N +ATOM 11466 CA ASP C 498 94.269 41.807 57.832 1.00104.30 C +ANISOU11466 CA ASP C 498 8070 10696 20863 -486 -1122 -5247 C +ATOM 11467 C ASP C 498 93.985 42.524 56.521 1.00 96.32 C +ANISOU11467 C ASP C 498 7102 8896 20600 -634 -1390 -4635 C +ATOM 11468 O ASP C 498 92.817 42.661 56.144 1.00 97.17 O +ANISOU11468 O ASP C 498 7158 8447 21314 -580 -1524 -4299 O +ATOM 11469 CB ASP C 498 93.900 42.697 59.018 1.00110.74 C +ANISOU11469 CB ASP C 498 8417 11367 22292 -508 -789 -6039 C +ATOM 11470 CG ASP C 498 94.138 42.015 60.350 1.00115.63 C +ANISOU11470 CG ASP C 498 8988 12774 22173 -328 -514 -6655 C +ATOM 11471 OD1 ASP C 498 94.292 40.775 60.366 1.00122.04 O +ANISOU11471 OD1 ASP C 498 10121 14165 22085 -148 -575 -6404 O +ATOM 11472 OD2 ASP C 498 94.172 42.717 61.381 1.00114.75 O +ANISOU11472 OD2 ASP C 498 8535 12697 22369 -352 -227 -7391 O +ATOM 11473 N CYS C 499 95.021 42.999 55.833 1.00 96.87 N +ANISOU11473 N CYS C 499 7241 8915 20649 -810 -1461 -4475 N +ATOM 11474 CA CYS C 499 94.887 43.421 54.446 1.00106.90 C +ANISOU11474 CA CYS C 499 8668 9555 22395 -896 -1743 -3762 C +ATOM 11475 C CYS C 499 94.013 42.446 53.677 1.00108.90 C +ANISOU11475 C CYS C 499 9292 9710 22377 -722 -2069 -3055 C +ATOM 11476 O CYS C 499 94.192 41.229 53.765 1.00121.52 O +ANISOU11476 O CYS C 499 11236 11883 23055 -577 -2143 -2906 O +ATOM 11477 CB CYS C 499 96.259 43.467 53.780 1.00 96.50 C +ANISOU11477 CB CYS C 499 7545 8489 20633 -1017 -1802 -3542 C +ATOM 11478 SG CYS C 499 97.124 45.045 53.610 1.00110.30 S +ANISOU11478 SG CYS C 499 8927 9790 23193 -1333 -1631 -3827 S +ATOM 11479 N VAL C 500 93.086 42.986 52.895 1.00122.55 N +ANISOU11479 N VAL C 500 10959 10704 24901 -740 -2268 -2607 N +ATOM 11480 CA VAL C 500 92.522 42.188 51.826 1.00128.21 C +ANISOU11480 CA VAL C 500 12080 11282 25353 -636 -2661 -1824 C +ATOM 11481 C VAL C 500 93.544 42.079 50.697 1.00146.63 C +ANISOU11481 C VAL C 500 14794 13666 27253 -682 -2858 -1306 C +ATOM 11482 O VAL C 500 94.486 42.875 50.592 1.00156.09 O +ANISOU11482 O VAL C 500 15856 14807 28646 -820 -2709 -1468 O +ATOM 11483 CB VAL C 500 91.196 42.787 51.329 1.00115.30 C +ANISOU11483 CB VAL C 500 10238 8887 24684 -625 -2833 -1481 C +ATOM 11484 CG1 VAL C 500 90.594 41.931 50.216 1.00100.73 C +ANISOU11484 CG1 VAL C 500 8814 6924 22535 -536 -3284 -682 C +ATOM 11485 CG2 VAL C 500 90.209 42.887 52.465 1.00114.98 C +ANISOU11485 CG2 VAL C 500 9813 8816 25057 -553 -2604 -1973 C +ATOM 11486 N SER C 501 93.370 41.052 49.869 1.00155.79 N +ANISOU11486 N SER C 501 16449 14951 27795 -564 -3186 -685 N +ATOM 11487 CA SER C 501 94.212 40.799 48.700 1.00152.88 C +ANISOU11487 CA SER C 501 16527 14621 26940 -549 -3405 -95 C +ATOM 11488 C SER C 501 94.924 42.041 48.165 1.00156.72 C +ANISOU11488 C SER C 501 16805 14704 28038 -694 -3316 -37 C +ATOM 11489 O SER C 501 94.333 43.115 48.059 1.00162.63 O +ANISOU11489 O SER C 501 17193 14820 29779 -784 -3282 -78 O +ATOM 11490 CB SER C 501 93.363 40.192 47.583 1.00145.27 C +ANISOU11490 CB SER C 501 15966 13334 25897 -450 -3849 659 C +ATOM 11491 OG SER C 501 92.465 39.224 48.097 1.00140.34 O +ANISOU11491 OG SER C 501 15435 12926 24961 -362 -3932 594 O +TER 11492 SER C 501 +ATOM 11493 N GLU D 2 84.985 42.354 83.806 1.00154.40 N +ANISOU11493 N GLU D 2 22574 21784 14306 -445 -1702 -1864 N +ATOM 11494 CA GLU D 2 84.005 42.313 84.884 1.00152.96 C +ANISOU11494 CA GLU D 2 22122 21426 14569 -240 -2082 -1779 C +ATOM 11495 C GLU D 2 84.428 41.323 85.965 1.00153.27 C +ANISOU11495 C GLU D 2 21769 21242 15223 -152 -1876 -2000 C +ATOM 11496 O GLU D 2 83.588 40.732 86.645 1.00153.53 O +ANISOU11496 O GLU D 2 21595 21165 15575 -49 -2098 -2107 O +ATOM 11497 CB GLU D 2 82.624 41.942 84.337 1.00151.07 C +ANISOU11497 CB GLU D 2 21971 21315 14115 -220 -2519 -1920 C +ATOM 11498 CG GLU D 2 82.080 42.920 83.300 1.00154.33 C +ANISOU11498 CG GLU D 2 22784 21916 13937 -297 -2856 -1657 C +ATOM 11499 CD GLU D 2 81.280 44.055 83.911 1.00150.78 C +ANISOU11499 CD GLU D 2 22271 21322 13696 -134 -3280 -1266 C +ATOM 11500 OE1 GLU D 2 80.792 43.904 85.051 1.00147.56 O +ANISOU11500 OE1 GLU D 2 21508 20716 13842 28 -3370 -1294 O +ATOM 11501 OE2 GLU D 2 81.140 45.105 83.248 1.00149.54 O +ANISOU11501 OE2 GLU D 2 22343 21234 13241 -184 -3446 -922 O +ATOM 11502 N GLU D 3 85.737 41.146 86.116 1.00148.46 N +ANISOU11502 N GLU D 3 21059 20550 14800 -205 -1459 -2059 N +ATOM 11503 CA GLU D 3 86.267 40.307 87.179 1.00135.74 C +ANISOU11503 CA GLU D 3 19090 18684 13800 -121 -1318 -2197 C +ATOM 11504 C GLU D 3 86.244 41.073 88.494 1.00122.95 C +ANISOU11504 C GLU D 3 17335 16864 12517 -10 -1490 -1848 C +ATOM 11505 O GLU D 3 86.293 42.305 88.520 1.00127.36 O +ANISOU11505 O GLU D 3 18035 17456 12898 -12 -1564 -1527 O +ATOM 11506 CB GLU D 3 87.700 39.864 86.872 1.00137.60 C +ANISOU11506 CB GLU D 3 19215 18867 14198 -207 -847 -2399 C +ATOM 11507 CG GLU D 3 87.962 39.471 85.421 1.00147.94 C +ANISOU11507 CG GLU D 3 20741 20415 15053 -380 -553 -2722 C +ATOM 11508 CD GLU D 3 88.296 40.660 84.539 1.00155.91 C +ANISOU11508 CD GLU D 3 22107 21640 15491 -535 -422 -2482 C +ATOM 11509 OE1 GLU D 3 88.252 41.803 85.040 1.00151.53 O +ANISOU11509 OE1 GLU D 3 21612 21034 14930 -484 -597 -2061 O +ATOM 11510 OE2 GLU D 3 88.605 40.452 83.346 1.00161.96 O +ANISOU11510 OE2 GLU D 3 23114 22617 15806 -728 -131 -2720 O +ATOM 11511 N LYS D 4 86.164 40.334 89.595 1.00 85.11 N +ANISOU11511 N LYS D 4 12289 11849 8200 69 -1555 -1914 N +ATOM 11512 CA LYS D 4 86.202 40.973 90.901 1.00 81.16 C +ANISOU11512 CA LYS D 4 11691 11160 7987 134 -1690 -1624 C +ATOM 11513 C LYS D 4 87.577 41.576 91.163 1.00 84.52 C +ANISOU11513 C LYS D 4 12063 11491 8562 102 -1472 -1458 C +ATOM 11514 O LYS D 4 88.608 41.042 90.742 1.00 86.00 O +ANISOU11514 O LYS D 4 12145 11648 8881 55 -1192 -1634 O +ATOM 11515 CB LYS D 4 85.849 39.973 92.001 1.00 65.58 C +ANISOU11515 CB LYS D 4 9519 8970 6430 176 -1798 -1722 C +ATOM 11516 CG LYS D 4 84.380 39.616 92.040 1.00 59.58 C +ANISOU11516 CG LYS D 4 8774 8261 5602 198 -2032 -1826 C +ATOM 11517 CD LYS D 4 83.911 39.297 93.446 1.00 62.70 C +ANISOU11517 CD LYS D 4 9050 8437 6335 206 -2151 -1748 C +ATOM 11518 CE LYS D 4 82.465 38.846 93.431 1.00 80.25 C +ANISOU11518 CE LYS D 4 11239 10698 8553 204 -2323 -1906 C +ATOM 11519 NZ LYS D 4 81.572 39.910 92.884 1.00 98.61 N +ANISOU11519 NZ LYS D 4 13662 13202 10601 249 -2503 -1817 N +ATOM 11520 N LYS D 5 87.583 42.710 91.859 1.00 72.49 N +ANISOU11520 N LYS D 5 10584 9902 7056 123 -1591 -1147 N +ATOM 11521 CA LYS D 5 88.820 43.390 92.212 1.00 69.65 C +ANISOU11521 CA LYS D 5 10159 9433 6870 85 -1431 -974 C +ATOM 11522 C LYS D 5 89.360 42.817 93.513 1.00 67.98 C +ANISOU11522 C LYS D 5 9722 8962 7146 114 -1500 -968 C +ATOM 11523 O LYS D 5 88.596 42.506 94.432 1.00 63.19 O +ANISOU11523 O LYS D 5 9102 8257 6650 149 -1720 -938 O +ATOM 11524 CB LYS D 5 88.592 44.895 92.357 1.00 74.99 C +ANISOU11524 CB LYS D 5 11000 10134 7360 81 -1544 -654 C +ATOM 11525 N VAL D 6 90.681 42.678 93.589 1.00 75.06 N +ANISOU11525 N VAL D 6 10444 9736 8342 82 -1316 -994 N +ATOM 11526 CA VAL D 6 91.310 42.011 94.720 1.00 72.46 C +ANISOU11526 CA VAL D 6 9894 9135 8503 106 -1434 -989 C +ATOM 11527 C VAL D 6 92.406 42.889 95.304 1.00 70.19 C +ANISOU11527 C VAL D 6 9512 8715 8444 67 -1428 -784 C +ATOM 11528 O VAL D 6 93.015 43.707 94.607 1.00 59.72 O +ANISOU11528 O VAL D 6 8204 7482 7005 12 -1205 -737 O +ATOM 11529 CB VAL D 6 91.873 40.630 94.320 1.00 60.46 C +ANISOU11529 CB VAL D 6 8150 7509 7312 130 -1286 -1294 C +ATOM 11530 CG1 VAL D 6 92.733 40.725 93.070 1.00 63.67 C +ANISOU11530 CG1 VAL D 6 8487 8036 7668 76 -891 -1490 C +ATOM 11531 CG2 VAL D 6 92.666 40.019 95.456 1.00 70.00 C +ANISOU11531 CG2 VAL D 6 9125 8391 9082 158 -1464 -1236 C +ATOM 11532 N CYS D 7 92.650 42.705 96.602 1.00 67.91 N +ANISOU11532 N CYS D 7 9141 8199 8465 70 -1686 -658 N +ATOM 11533 CA CYS D 7 93.641 43.469 97.341 1.00 78.66 C +ANISOU11533 CA CYS D 7 10407 9406 10074 23 -1770 -470 C +ATOM 11534 C CYS D 7 94.447 42.533 98.232 1.00 88.18 C +ANISOU11534 C CYS D 7 11384 10322 11800 36 -1978 -487 C +ATOM 11535 O CYS D 7 93.992 41.444 98.591 1.00 96.98 O +ANISOU11535 O CYS D 7 12495 11336 13016 70 -2125 -561 O +ATOM 11536 CB CYS D 7 92.984 44.554 98.198 1.00 86.98 C +ANISOU11536 CB CYS D 7 11687 10479 10884 -20 -1971 -234 C +ATOM 11537 SG CYS D 7 91.570 43.992 99.109 1.00101.26 S +ANISOU11537 SG CYS D 7 13687 12274 12514 -18 -2216 -225 S +ATOM 11538 N GLN D 8 95.649 42.983 98.595 1.00 77.50 N +ANISOU11538 N GLN D 8 9836 8812 10800 1 -2017 -402 N +ATOM 11539 CA GLN D 8 96.568 42.145 99.361 1.00 80.57 C +ANISOU11539 CA GLN D 8 9962 8889 11761 22 -2268 -405 C +ATOM 11540 C GLN D 8 96.119 41.951 100.806 1.00 77.26 C +ANISOU11540 C GLN D 8 9739 8315 11301 -29 -2720 -185 C +ATOM 11541 O GLN D 8 96.376 40.896 101.394 1.00 99.19 O +ANISOU11541 O GLN D 8 12417 10849 14422 -7 -2981 -176 O +ATOM 11542 CB GLN D 8 97.965 42.762 99.332 1.00 91.88 C +ANISOU11542 CB GLN D 8 11102 10194 13613 -11 -2207 -386 C +ATOM 11543 CG GLN D 8 98.505 43.018 97.937 1.00105.56 C +ANISOU11543 CG GLN D 8 12660 12074 15375 -16 -1696 -602 C +ATOM 11544 CD GLN D 8 98.521 41.773 97.078 1.00116.75 C +ANISOU11544 CD GLN D 8 13901 13482 16977 61 -1452 -922 C +ATOM 11545 OE1 GLN D 8 98.289 41.838 95.871 1.00128.17 O +ANISOU11545 OE1 GLN D 8 15417 15158 18123 34 -1036 -1112 O +ATOM 11546 NE2 GLN D 8 98.800 40.630 97.693 1.00117.20 N +ANISOU11546 NE2 GLN D 8 13748 13258 17524 142 -1723 -984 N +ATOM 11547 N GLY D 9 95.452 42.939 101.397 1.00 57.71 N +ANISOU11547 N GLY D 9 7556 5956 8415 -113 -2811 -11 N +ATOM 11548 CA GLY D 9 95.227 42.951 102.826 1.00 67.98 C +ANISOU11548 CA GLY D 9 9063 7112 9652 -219 -3196 187 C +ATOM 11549 C GLY D 9 96.442 43.483 103.560 1.00 75.21 C +ANISOU11549 C GLY D 9 9848 7834 10894 -288 -3456 327 C +ATOM 11550 O GLY D 9 97.448 43.878 102.969 1.00 85.08 O +ANISOU11550 O GLY D 9 10810 9052 12463 -250 -3315 266 O +ATOM 11551 N THR D 10 96.339 43.500 104.888 1.00 64.30 N +ANISOU11551 N THR D 10 8694 6319 9420 -419 -3841 510 N +ATOM 11552 CA THR D 10 97.399 44.011 105.748 1.00 61.19 C +ANISOU11552 CA THR D 10 8232 5736 9282 -517 -4184 656 C +ATOM 11553 C THR D 10 97.678 43.023 106.875 1.00 96.31 C +ANISOU11553 C THR D 10 12769 9911 13914 -596 -4693 819 C +ATOM 11554 O THR D 10 97.030 41.979 107.003 1.00103.96 O +ANISOU11554 O THR D 10 13864 10830 14805 -585 -4745 828 O +ATOM 11555 CB THR D 10 97.035 45.380 106.336 1.00 80.75 C +ANISOU11555 CB THR D 10 10987 8336 11359 -658 -4182 738 C +ATOM 11556 OG1 THR D 10 95.807 45.279 107.066 1.00 77.91 O +ANISOU11556 OG1 THR D 10 11031 8061 10509 -769 -4223 780 O +ATOM 11557 CG2 THR D 10 96.895 46.420 105.244 1.00 58.35 C +ANISOU11557 CG2 THR D 10 8057 5705 8407 -585 -3747 633 C +ATOM 11558 N SER D 11 98.667 43.381 107.709 1.00 93.59 N +ANISOU11558 N SER D 11 12369 9370 13820 -694 -5102 963 N +ATOM 11559 CA SER D 11 99.040 42.575 108.868 1.00 89.60 C +ANISOU11559 CA SER D 11 11994 8580 13471 -801 -5691 1176 C +ATOM 11560 C SER D 11 99.613 43.439 109.989 1.00 83.55 C +ANISOU11560 C SER D 11 11409 7731 12606 -1003 -6112 1342 C +ATOM 11561 O SER D 11 100.349 42.921 110.837 1.00 84.74 O +ANISOU11561 O SER D 11 11580 7600 13019 -1076 -6472 1485 O +ATOM 11562 CB SER D 11 100.067 41.501 108.477 1.00107.73 C +ANISOU11562 CB SER D 11 13823 10574 16536 -633 -5896 1146 C +ATOM 11563 OG SER D 11 99.515 40.583 107.550 1.00115.54 O +ANISOU11563 OG SER D 11 14688 11611 17602 -475 -5545 973 O +ATOM 11564 N ASN D 12 99.292 44.733 110.020 1.00 72.72 N +ANISOU11564 N ASN D 12 10198 6574 10858 -1095 -5872 1279 N +ATOM 11565 CA ASN D 12 99.867 45.659 110.985 1.00 76.75 C +ANISOU11565 CA ASN D 12 10860 7011 11290 -1279 -6111 1362 C +ATOM 11566 C ASN D 12 99.221 45.565 112.361 1.00 83.28 C +ANISOU11566 C ASN D 12 12249 7815 11579 -1516 -6175 1480 C +ATOM 11567 O ASN D 12 99.742 46.160 113.312 1.00 84.63 O +ANISOU11567 O ASN D 12 12584 7890 11680 -1680 -6374 1551 O +ATOM 11568 CB ASN D 12 99.741 47.092 110.458 1.00 76.31 C +ANISOU11568 CB ASN D 12 10750 7163 11082 -1290 -5806 1229 C +ATOM 11569 CG ASN D 12 100.166 47.217 109.007 1.00 87.15 C +ANISOU11569 CG ASN D 12 11652 8599 12860 -1066 -5363 1076 C +ATOM 11570 OD1 ASN D 12 101.053 46.500 108.544 1.00 93.45 O +ANISOU11570 OD1 ASN D 12 12045 9232 14229 -940 -5447 1049 O +ATOM 11571 ND2 ASN D 12 99.529 48.129 108.279 1.00 78.68 N +ANISOU11571 ND2 ASN D 12 10641 7752 11502 -1028 -4884 969 N +ATOM 11572 N LYS D 13 98.110 44.839 112.490 1.00 70.34 N +ANISOU11572 N LYS D 13 10894 6259 9572 -1555 -6013 1491 N +ATOM 11573 CA LYS D 13 97.430 44.678 113.770 1.00 71.81 C +ANISOU11573 CA LYS D 13 11597 6427 9260 -1816 -6034 1587 C +ATOM 11574 C LYS D 13 97.144 46.037 114.405 1.00 97.48 C +ANISOU11574 C LYS D 13 15109 9825 12103 -1989 -5882 1510 C +ATOM 11575 O LYS D 13 96.485 46.878 113.788 1.00102.01 O +ANISOU11575 O LYS D 13 15650 10619 12490 -1928 -5552 1342 O +ATOM 11576 CB LYS D 13 98.260 43.793 114.702 1.00 76.46 C +ANISOU11576 CB LYS D 13 12268 6697 10086 -1931 -6488 1798 C +ATOM 11577 CG LYS D 13 98.311 42.330 114.287 1.00 77.31 C +ANISOU11577 CG LYS D 13 12208 6623 10543 -1810 -6638 1872 C +ATOM 11578 CD LYS D 13 99.069 41.472 115.299 1.00 92.19 C +ANISOU11578 CD LYS D 13 14218 8159 12651 -1960 -7125 2090 C +ATOM 11579 CE LYS D 13 98.408 41.481 116.675 1.00 98.56 C +ANISOU11579 CE LYS D 13 15634 8973 12839 -2314 -7176 2222 C +ATOM 11580 NZ LYS D 13 99.118 40.616 117.651 1.00 90.52 N +ANISOU11580 NZ LYS D 13 14775 7613 12007 -2489 -7694 2452 N +ATOM 11581 N LEU D 14 97.632 46.271 115.625 1.00 79.70 N +ANISOU11581 N LEU D 14 13120 7438 9726 -2207 -6138 1623 N +ATOM 11582 CA LEU D 14 97.337 47.496 116.354 1.00 78.09 C +ANISOU11582 CA LEU D 14 13197 7355 9120 -2396 -6007 1533 C +ATOM 11583 C LEU D 14 98.402 48.565 116.164 1.00 76.25 C +ANISOU11583 C LEU D 14 12701 7076 9194 -2340 -6165 1488 C +ATOM 11584 O LEU D 14 98.422 49.543 116.919 1.00 77.71 O +ANISOU11584 O LEU D 14 13109 7299 9118 -2514 -6163 1430 O +ATOM 11585 CB LEU D 14 97.164 47.187 117.847 1.00 79.62 C +ANISOU11585 CB LEU D 14 13884 7451 8918 -2711 -6176 1662 C +ATOM 11586 CG LEU D 14 95.903 46.401 118.218 1.00 79.30 C +ANISOU11586 CG LEU D 14 14192 7486 8453 -2861 -5939 1670 C +ATOM 11587 CD1 LEU D 14 95.820 46.195 119.724 1.00 84.15 C +ANISOU11587 CD1 LEU D 14 15318 7999 8657 -3226 -6115 1801 C +ATOM 11588 CD2 LEU D 14 94.640 47.093 117.713 1.00 87.83 C +ANISOU11588 CD2 LEU D 14 15308 8842 9221 -2827 -5419 1424 C +ATOM 11589 N THR D 15 99.278 48.408 115.175 1.00 79.84 N +ANISOU11589 N THR D 15 12677 7447 10212 -2117 -6288 1494 N +ATOM 11590 CA THR D 15 100.205 49.473 114.824 1.00 81.10 C +ANISOU11590 CA THR D 15 12534 7577 10702 -2070 -6378 1424 C +ATOM 11591 C THR D 15 99.453 50.613 114.151 1.00 90.86 C +ANISOU11591 C THR D 15 13771 9041 11712 -2053 -5998 1232 C +ATOM 11592 O THR D 15 98.633 50.389 113.255 1.00 94.01 O +ANISOU11592 O THR D 15 14110 9592 12018 -1928 -5712 1155 O +ATOM 11593 CB THR D 15 101.297 48.944 113.894 1.00 96.86 C +ANISOU11593 CB THR D 15 13976 9418 13408 -1856 -6561 1454 C +ATOM 11594 OG1 THR D 15 102.090 47.969 114.584 1.00106.81 O +ANISOU11594 OG1 THR D 15 15220 10404 14961 -1876 -6966 1622 O +ATOM 11595 CG2 THR D 15 102.199 50.079 113.405 1.00 77.24 C +ANISOU11595 CG2 THR D 15 11126 6912 11309 -1832 -6590 1358 C +ATOM 11596 N GLN D 16 99.733 51.838 114.582 1.00 95.80 N +ANISOU11596 N GLN D 16 14469 9667 12265 -2183 -6019 1151 N +ATOM 11597 CA GLN D 16 99.236 53.033 113.916 1.00 93.44 C +ANISOU11597 CA GLN D 16 14122 9497 11883 -2180 -5730 971 C +ATOM 11598 C GLN D 16 100.333 53.566 113.007 1.00 88.25 C +ANISOU11598 C GLN D 16 12980 8739 11811 -2097 -5840 956 C +ATOM 11599 O GLN D 16 101.476 53.741 113.442 1.00104.52 O +ANISOU11599 O GLN D 16 14863 10634 14214 -2145 -6129 1011 O +ATOM 11600 CB GLN D 16 98.818 54.098 114.929 1.00 93.96 C +ANISOU11600 CB GLN D 16 14553 9594 11554 -2398 -5650 849 C +ATOM 11601 CG GLN D 16 98.074 55.274 114.319 1.00 87.79 C +ANISOU11601 CG GLN D 16 13786 8897 10673 -2406 -5328 642 C +ATOM 11602 CD GLN D 16 97.550 56.235 115.366 1.00100.09 C +ANISOU11602 CD GLN D 16 15701 10471 11856 -2618 -5205 469 C +ATOM 11603 OE1 GLN D 16 97.225 55.835 116.484 1.00 95.53 O +ANISOU11603 OE1 GLN D 16 15455 9936 10908 -2765 -5228 483 O +ATOM 11604 NE2 GLN D 16 97.468 57.511 115.011 1.00117.30 N +ANISOU11604 NE2 GLN D 16 17820 12595 14156 -2657 -5063 296 N +ATOM 11605 N LEU D 17 99.988 53.813 111.748 1.00 91.04 N +ANISOU11605 N LEU D 17 13098 9198 12294 -1903 -5391 899 N +ATOM 11606 CA LEU D 17 100.961 54.229 110.741 1.00 69.11 C +ANISOU11606 CA LEU D 17 9848 6350 10062 -1778 -5221 897 C +ATOM 11607 C LEU D 17 100.904 55.748 110.631 1.00 79.15 C +ANISOU11607 C LEU D 17 11158 7609 11306 -1859 -4985 813 C +ATOM 11608 O LEU D 17 100.111 56.309 109.873 1.00 88.85 O +ANISOU11608 O LEU D 17 12442 8952 12363 -1757 -4548 775 O +ATOM 11609 CB LEU D 17 100.679 53.549 109.409 1.00 73.51 C +ANISOU11609 CB LEU D 17 10168 7028 10734 -1531 -4817 901 C +ATOM 11610 CG LEU D 17 101.519 54.013 108.225 1.00 75.59 C +ANISOU11610 CG LEU D 17 10004 7259 11456 -1433 -4499 879 C +ATOM 11611 CD1 LEU D 17 102.995 54.169 108.589 1.00 71.27 C +ANISOU11611 CD1 LEU D 17 9103 6484 11492 -1530 -4823 884 C +ATOM 11612 CD2 LEU D 17 101.346 53.022 107.099 1.00 66.35 C +ANISOU11612 CD2 LEU D 17 8641 6199 10371 -1231 -4198 859 C +ATOM 11613 N GLY D 18 101.765 56.416 111.395 1.00 84.50 N +ANISOU11613 N GLY D 18 11799 8121 12186 -2049 -5316 788 N +ATOM 11614 CA GLY D 18 101.766 57.865 111.421 1.00 84.27 C +ANISOU11614 CA GLY D 18 11816 8032 12172 -2154 -5138 694 C +ATOM 11615 C GLY D 18 100.615 58.408 112.250 1.00 81.83 C +ANISOU11615 C GLY D 18 11988 7791 11312 -2284 -5087 573 C +ATOM 11616 O GLY D 18 100.139 57.776 113.194 1.00 72.08 O +ANISOU11616 O GLY D 18 11086 6611 9691 -2401 -5332 554 O +ATOM 11617 N THR D 19 100.166 59.603 111.883 1.00 91.71 N +ANISOU11617 N THR D 19 13276 9019 12552 -2274 -4746 484 N +ATOM 11618 CA THR D 19 99.042 60.226 112.563 1.00 93.60 C +ANISOU11618 CA THR D 19 13903 9290 12370 -2376 -4616 312 C +ATOM 11619 C THR D 19 97.725 59.673 112.023 1.00 86.29 C +ANISOU11619 C THR D 19 13100 8546 11139 -2189 -4283 315 C +ATOM 11620 O THR D 19 97.683 58.951 111.025 1.00 79.57 O +ANISOU11620 O THR D 19 12046 7797 10391 -1979 -4135 451 O +ATOM 11621 CB THR D 19 99.089 61.747 112.403 1.00101.54 C +ANISOU11621 CB THR D 19 14867 10138 13576 -2429 -4413 205 C +ATOM 11622 OG1 THR D 19 97.972 62.337 113.080 1.00118.86 O +ANISOU11622 OG1 THR D 19 17403 12335 15425 -2519 -4262 -13 O +ATOM 11623 CG2 THR D 19 99.053 62.150 110.932 1.00 97.89 C +ANISOU11623 CG2 THR D 19 14123 9669 13399 -2201 -4026 347 C +ATOM 11624 N PHE D 20 96.636 60.015 112.713 1.00 83.35 N +ANISOU11624 N PHE D 20 13054 8208 10405 -2283 -4157 129 N +ATOM 11625 CA PHE D 20 95.298 59.605 112.301 1.00 77.89 C +ANISOU11625 CA PHE D 20 12460 7664 9471 -2128 -3845 85 C +ATOM 11626 C PHE D 20 95.102 59.801 110.802 1.00 73.91 C +ANISOU11626 C PHE D 20 11671 7193 9217 -1844 -3555 219 C +ATOM 11627 O PHE D 20 94.557 58.925 110.118 1.00 77.63 O +ANISOU11627 O PHE D 20 12085 7816 9596 -1672 -3436 296 O +ATOM 11628 CB PHE D 20 94.241 60.393 113.089 1.00 70.32 C +ANISOU11628 CB PHE D 20 11784 6666 8267 -2262 -3653 -193 C +ATOM 11629 CG PHE D 20 94.148 60.017 114.549 1.00 73.73 C +ANISOU11629 CG PHE D 20 12598 7124 8291 -2575 -3858 -347 C +ATOM 11630 CD1 PHE D 20 94.320 58.704 114.961 1.00 85.09 C +ANISOU11630 CD1 PHE D 20 14175 8674 9483 -2652 -4108 -211 C +ATOM 11631 CD2 PHE D 20 93.882 60.982 115.511 1.00 72.76 C +ANISOU11631 CD2 PHE D 20 12726 6900 8021 -2815 -3799 -631 C +ATOM 11632 CE1 PHE D 20 94.231 58.361 116.297 1.00 92.24 C +ANISOU11632 CE1 PHE D 20 15425 9630 9993 -2903 -4212 -273 C +ATOM 11633 CE2 PHE D 20 93.793 60.642 116.850 1.00 80.32 C +ANISOU11633 CE2 PHE D 20 14045 7929 8544 -3098 -3906 -751 C +ATOM 11634 CZ PHE D 20 93.968 59.331 117.241 1.00 86.85 C +ANISOU11634 CZ PHE D 20 14960 8910 9128 -3106 -4067 -526 C +ATOM 11635 N GLU D 21 95.563 60.940 110.281 1.00 76.04 N +ANISOU11635 N GLU D 21 11786 7316 9789 -1817 -3453 254 N +ATOM 11636 CA GLU D 21 95.383 61.245 108.866 1.00 82.07 C +ANISOU11636 CA GLU D 21 12353 8098 10732 -1595 -3188 411 C +ATOM 11637 C GLU D 21 96.173 60.280 107.988 1.00 72.82 C +ANISOU11637 C GLU D 21 10949 7039 9681 -1492 -3205 598 C +ATOM 11638 O GLU D 21 95.611 59.635 107.092 1.00 66.78 O +ANISOU11638 O GLU D 21 10142 6427 8803 -1315 -3042 672 O +ATOM 11639 CB GLU D 21 95.801 62.691 108.595 1.00 88.40 C +ANISOU11639 CB GLU D 21 13076 8677 11835 -1639 -3095 434 C +ATOM 11640 CG GLU D 21 95.383 63.217 107.235 1.00 78.44 C +ANISOU11640 CG GLU D 21 11719 7398 10686 -1446 -2830 609 C +ATOM 11641 CD GLU D 21 96.032 64.547 106.901 1.00 83.86 C +ANISOU11641 CD GLU D 21 12318 7835 11710 -1519 -2756 697 C +ATOM 11642 OE1 GLU D 21 96.997 64.934 107.592 1.00 82.35 O +ANISOU11642 OE1 GLU D 21 12067 7506 11715 -1710 -2904 626 O +ATOM 11643 OE2 GLU D 21 95.573 65.209 105.946 1.00 84.77 O +ANISOU11643 OE2 GLU D 21 12432 7875 11902 -1396 -2574 849 O +ATOM 11644 N ASP D 22 97.485 60.172 108.227 1.00 63.42 N +ANISOU11644 N ASP D 22 9584 5761 8753 -1607 -3402 646 N +ATOM 11645 CA ASP D 22 98.309 59.251 107.449 1.00 69.00 C +ANISOU11645 CA ASP D 22 10017 6539 9661 -1520 -3392 768 C +ATOM 11646 C ASP D 22 97.726 57.845 107.480 1.00 66.33 C +ANISOU11646 C ASP D 22 9748 6374 9079 -1416 -3452 758 C +ATOM 11647 O ASP D 22 97.617 57.176 106.442 1.00 72.45 O +ANISOU11647 O ASP D 22 10391 7273 9863 -1258 -3257 819 O +ATOM 11648 CB ASP D 22 99.738 59.240 107.996 1.00 73.32 C +ANISOU11648 CB ASP D 22 10345 6932 10581 -1674 -3678 770 C +ATOM 11649 CG ASP D 22 100.441 60.576 107.833 1.00 79.43 C +ANISOU11649 CG ASP D 22 10990 7518 11671 -1788 -3589 780 C +ATOM 11650 OD1 ASP D 22 100.238 61.239 106.794 1.00 80.31 O +ANISOU11650 OD1 ASP D 22 11055 7627 11833 -1710 -3239 870 O +ATOM 11651 OD2 ASP D 22 101.204 60.958 108.746 1.00 89.00 O +ANISOU11651 OD2 ASP D 22 12162 8573 13079 -1971 -3891 709 O +ATOM 11652 N HIS D 23 97.329 57.392 108.668 1.00 61.51 N +ANISOU11652 N HIS D 23 9373 5769 8230 -1527 -3710 673 N +ATOM 11653 CA HIS D 23 96.813 56.041 108.821 1.00 89.38 C +ANISOU11653 CA HIS D 23 12989 9423 11548 -1466 -3792 678 C +ATOM 11654 C HIS D 23 95.542 55.848 107.997 1.00 70.13 C +ANISOU11654 C HIS D 23 10619 7149 8877 -1290 -3467 649 C +ATOM 11655 O HIS D 23 95.417 54.876 107.234 1.00 69.54 O +ANISOU11655 O HIS D 23 10426 7185 8810 -1147 -3379 691 O +ATOM 11656 CB HIS D 23 96.561 55.766 110.301 1.00 88.41 C +ANISOU11656 CB HIS D 23 13183 9262 11148 -1678 -4099 608 C +ATOM 11657 CG HIS D 23 96.168 54.356 110.579 1.00 73.66 C +ANISOU11657 CG HIS D 23 11424 7473 9092 -1662 -4229 651 C +ATOM 11658 ND1 HIS D 23 96.989 53.287 110.290 1.00 64.91 N +ANISOU11658 ND1 HIS D 23 10089 6320 8253 -1585 -4433 769 N +ATOM 11659 CD2 HIS D 23 95.032 53.833 111.090 1.00 74.07 C +ANISOU11659 CD2 HIS D 23 11767 7620 8758 -1717 -4161 582 C +ATOM 11660 CE1 HIS D 23 96.377 52.167 110.624 1.00 71.64 C +ANISOU11660 CE1 HIS D 23 11111 7225 8883 -1590 -4514 793 C +ATOM 11661 NE2 HIS D 23 95.188 52.470 111.115 1.00 72.82 N +ANISOU11661 NE2 HIS D 23 11583 7468 8616 -1682 -4342 686 N +ATOM 11662 N PHE D 24 94.595 56.783 108.117 1.00 66.54 N +ANISOU11662 N PHE D 24 10332 6692 8258 -1296 -3298 558 N +ATOM 11663 CA PHE D 24 93.365 56.676 107.342 1.00 66.50 C +ANISOU11663 CA PHE D 24 10359 6814 8092 -1124 -3047 528 C +ATOM 11664 C PHE D 24 93.657 56.637 105.850 1.00 55.12 C +ANISOU11664 C PHE D 24 8708 5445 6789 -947 -2868 665 C +ATOM 11665 O PHE D 24 93.058 55.842 105.117 1.00 57.80 O +ANISOU11665 O PHE D 24 9020 5934 7007 -810 -2767 669 O +ATOM 11666 CB PHE D 24 92.424 57.836 107.656 1.00 65.54 C +ANISOU11666 CB PHE D 24 10379 6616 7907 -1143 -2913 402 C +ATOM 11667 CG PHE D 24 91.291 57.972 106.673 1.00 69.45 C +ANISOU11667 CG PHE D 24 10835 7191 8361 -940 -2705 404 C +ATOM 11668 CD1 PHE D 24 90.136 57.220 106.817 1.00 61.40 C +ANISOU11668 CD1 PHE D 24 9889 6290 7152 -887 -2644 280 C +ATOM 11669 CD2 PHE D 24 91.386 58.845 105.600 1.00 67.33 C +ANISOU11669 CD2 PHE D 24 10464 6866 8252 -818 -2594 542 C +ATOM 11670 CE1 PHE D 24 89.096 57.341 105.914 1.00 53.31 C +ANISOU11670 CE1 PHE D 24 8799 5324 6131 -699 -2514 274 C +ATOM 11671 CE2 PHE D 24 90.350 58.969 104.693 1.00 61.87 C +ANISOU11671 CE2 PHE D 24 9758 6234 7517 -637 -2485 572 C +ATOM 11672 CZ PHE D 24 89.203 58.216 104.851 1.00 53.94 C +ANISOU11672 CZ PHE D 24 8791 5347 6357 -568 -2464 428 C +ATOM 11673 N LEU D 25 94.563 57.496 105.375 1.00 56.47 N +ANISOU11673 N LEU D 25 8748 5512 7198 -975 -2812 767 N +ATOM 11674 CA LEU D 25 94.860 57.508 103.946 1.00 56.68 C +ANISOU11674 CA LEU D 25 8629 5613 7295 -860 -2594 899 C +ATOM 11675 C LEU D 25 95.441 56.169 103.496 1.00 66.44 C +ANISOU11675 C LEU D 25 9697 6965 8583 -811 -2589 893 C +ATOM 11676 O LEU D 25 95.054 55.639 102.443 1.00 67.69 O +ANISOU11676 O LEU D 25 9834 7275 8610 -691 -2413 911 O +ATOM 11677 CB LEU D 25 95.799 58.672 103.615 1.00 58.75 C +ANISOU11677 CB LEU D 25 8790 5715 7817 -950 -2506 1009 C +ATOM 11678 CG LEU D 25 95.121 59.949 103.125 1.00 72.04 C +ANISOU11678 CG LEU D 25 10602 7308 9460 -911 -2374 1099 C +ATOM 11679 CD1 LEU D 25 94.680 60.813 104.288 1.00 59.72 C +ANISOU11679 CD1 LEU D 25 9170 5575 7944 -993 -2508 974 C +ATOM 11680 CD2 LEU D 25 96.040 60.720 102.181 1.00 61.61 C +ANISOU11680 CD2 LEU D 25 9177 5896 8335 -974 -2183 1282 C +ATOM 11681 N SER D 26 96.353 55.595 104.287 1.00 83.09 N +ANISOU11681 N SER D 26 11686 8986 10897 -905 -2805 857 N +ATOM 11682 CA SER D 26 96.883 54.270 103.966 1.00 76.35 C +ANISOU11682 CA SER D 26 10643 8187 10179 -845 -2833 828 C +ATOM 11683 C SER D 26 95.753 53.256 103.809 1.00 72.23 C +ANISOU11683 C SER D 26 10257 7821 9366 -733 -2810 763 C +ATOM 11684 O SER D 26 95.627 52.593 102.766 1.00 64.05 O +ANISOU11684 O SER D 26 9127 6909 8298 -620 -2617 735 O +ATOM 11685 CB SER D 26 97.869 53.823 105.048 1.00 72.57 C +ANISOU11685 CB SER D 26 10047 7544 9982 -959 -3183 817 C +ATOM 11686 OG SER D 26 99.021 54.649 105.065 1.00 94.71 O +ANISOU11686 OG SER D 26 12648 10199 13139 -1060 -3202 852 O +ATOM 11687 N LEU D 27 94.914 53.127 104.844 1.00 73.84 N +ANISOU11687 N LEU D 27 10689 8017 9349 -787 -2985 716 N +ATOM 11688 CA LEU D 27 93.735 52.272 104.743 1.00 70.09 C +ANISOU11688 CA LEU D 27 10340 7673 8617 -705 -2937 642 C +ATOM 11689 C LEU D 27 93.004 52.519 103.426 1.00 64.79 C +ANISOU11689 C LEU D 27 9651 7155 7811 -555 -2668 636 C +ATOM 11690 O LEU D 27 92.661 51.579 102.690 1.00 78.44 O +ANISOU11690 O LEU D 27 11324 9005 9473 -453 -2581 583 O +ATOM 11691 CB LEU D 27 92.805 52.532 105.933 1.00 62.63 C +ANISOU11691 CB LEU D 27 9663 6701 7434 -820 -3041 572 C +ATOM 11692 CG LEU D 27 91.464 51.794 105.947 1.00 59.36 C +ANISOU11692 CG LEU D 27 9372 6403 6781 -770 -2957 470 C +ATOM 11693 CD1 LEU D 27 91.679 50.292 105.903 1.00 51.00 C +ANISOU11693 CD1 LEU D 27 8250 5361 5766 -748 -3058 478 C +ATOM 11694 CD2 LEU D 27 90.648 52.184 107.171 1.00 54.84 C +ANISOU11694 CD2 LEU D 27 9051 5784 6000 -931 -2985 365 C +ATOM 11695 N GLN D 28 92.803 53.796 103.097 1.00 54.74 N +ANISOU11695 N GLN D 28 8432 5856 6509 -549 -2563 695 N +ATOM 11696 CA GLN D 28 92.006 54.169 101.936 1.00 63.82 C +ANISOU11696 CA GLN D 28 9623 7122 7503 -422 -2391 732 C +ATOM 11697 C GLN D 28 92.584 53.570 100.663 1.00 67.12 C +ANISOU11697 C GLN D 28 9919 7662 7920 -363 -2227 767 C +ATOM 11698 O GLN D 28 91.911 52.804 99.962 1.00 81.62 O +ANISOU11698 O GLN D 28 11778 9652 9583 -269 -2170 701 O +ATOM 11699 CB GLN D 28 91.925 55.690 101.827 1.00 75.68 C +ANISOU11699 CB GLN D 28 11195 8508 9051 -442 -2346 835 C +ATOM 11700 CG GLN D 28 90.894 56.173 100.823 1.00 70.87 C +ANISOU11700 CG GLN D 28 10672 7970 8285 -311 -2273 900 C +ATOM 11701 CD GLN D 28 90.751 57.679 100.816 1.00 72.91 C +ANISOU11701 CD GLN D 28 11000 8050 8651 -323 -2272 1015 C +ATOM 11702 OE1 GLN D 28 91.743 58.408 100.796 1.00 62.29 O +ANISOU11702 OE1 GLN D 28 9622 6582 7464 -422 -2219 1128 O +ATOM 11703 NE2 GLN D 28 89.512 58.155 100.844 1.00 77.86 N +ANISOU11703 NE2 GLN D 28 11696 8633 9253 -222 -2334 973 N +ATOM 11704 N ARG D 29 93.839 53.900 100.343 1.00 59.58 N +ANISOU11704 N ARG D 29 8827 6639 7171 -437 -2125 842 N +ATOM 11705 CA ARG D 29 94.374 53.406 99.077 1.00 71.17 C +ANISOU11705 CA ARG D 29 10193 8228 8622 -414 -1886 835 C +ATOM 11706 C ARG D 29 94.526 51.893 99.089 1.00 82.62 C +ANISOU11706 C ARG D 29 11505 9740 10147 -364 -1906 668 C +ATOM 11707 O ARG D 29 94.509 51.269 98.022 1.00 90.26 O +ANISOU11707 O ARG D 29 12441 10849 11003 -321 -1707 589 O +ATOM 11708 CB ARG D 29 95.711 54.065 98.723 1.00 74.61 C +ANISOU11708 CB ARG D 29 10476 8562 9311 -531 -1707 917 C +ATOM 11709 CG ARG D 29 96.684 54.311 99.853 1.00 76.80 C +ANISOU11709 CG ARG D 29 10581 8633 9967 -631 -1883 910 C +ATOM 11710 CD ARG D 29 97.820 55.181 99.354 1.00 84.60 C +ANISOU11710 CD ARG D 29 11423 9519 11202 -756 -1668 997 C +ATOM 11711 NE ARG D 29 98.888 55.312 100.336 1.00 95.71 N +ANISOU11711 NE ARG D 29 12603 10724 13039 -856 -1856 963 N +ATOM 11712 CZ ARG D 29 98.792 56.049 101.434 1.00106.26 C +ANISOU11712 CZ ARG D 29 14031 11917 14426 -923 -2122 1003 C +ATOM 11713 NH1 ARG D 29 97.678 56.709 101.692 1.00108.38 N +ANISOU11713 NH1 ARG D 29 14582 12208 14389 -889 -2184 1053 N +ATOM 11714 NH2 ARG D 29 99.804 56.129 102.285 1.00110.52 N +ANISOU11714 NH2 ARG D 29 14370 12277 15344 -1031 -2337 967 N +ATOM 11715 N MET D 30 94.657 51.274 100.265 1.00 84.60 N +ANISOU11715 N MET D 30 11697 9876 10571 -383 -2151 612 N +ATOM 11716 CA MET D 30 94.704 49.817 100.285 1.00 81.74 C +ANISOU11716 CA MET D 30 11220 9531 10307 -328 -2201 477 C +ATOM 11717 C MET D 30 93.379 49.218 99.822 1.00 71.91 C +ANISOU11717 C MET D 30 10128 8453 8741 -235 -2163 390 C +ATOM 11718 O MET D 30 93.348 48.411 98.885 1.00 61.98 O +ANISOU11718 O MET D 30 8798 7304 7446 -174 -2005 269 O +ATOM 11719 CB MET D 30 95.070 49.297 101.675 1.00 87.56 C +ANISOU11719 CB MET D 30 11921 10084 11263 -391 -2527 489 C +ATOM 11720 CG MET D 30 95.309 47.791 101.688 1.00 75.94 C +ANISOU11720 CG MET D 30 10299 8558 9996 -336 -2608 383 C +ATOM 11721 SD MET D 30 96.658 47.284 100.593 1.00 81.40 S +ANISOU11721 SD MET D 30 10605 9207 11117 -287 -2358 257 S +ATOM 11722 CE MET D 30 95.845 45.954 99.714 1.00 63.50 C +ANISOU11722 CE MET D 30 8352 7079 8697 -172 -2192 58 C +ATOM 11723 N PHE D 31 92.298 49.561 100.511 1.00 66.35 N +ANISOU11723 N PHE D 31 9614 7757 7840 -238 -2300 415 N +ATOM 11724 CA PHE D 31 90.990 48.988 100.208 1.00 55.14 C +ANISOU11724 CA PHE D 31 8297 6468 6187 -161 -2294 313 C +ATOM 11725 C PHE D 31 90.125 49.736 99.203 1.00 63.12 C +ANISOU11725 C PHE D 31 9413 7623 6947 -84 -2191 341 C +ATOM 11726 O PHE D 31 88.909 49.555 99.183 1.00 59.35 O +ANISOU11726 O PHE D 31 9011 7216 6323 -28 -2248 266 O +ATOM 11727 CB PHE D 31 90.206 48.773 101.503 1.00 51.05 C +ANISOU11727 CB PHE D 31 7898 5870 5627 -222 -2467 281 C +ATOM 11728 CG PHE D 31 90.853 47.805 102.445 1.00 77.37 C +ANISOU11728 CG PHE D 31 11193 9065 9141 -307 -2633 280 C +ATOM 11729 CD1 PHE D 31 91.962 47.080 102.054 1.00 91.09 C +ANISOU11729 CD1 PHE D 31 12732 10739 11139 -278 -2637 272 C +ATOM 11730 CD2 PHE D 31 90.353 47.618 103.719 1.00 90.93 C +ANISOU11730 CD2 PHE D 31 13076 10694 10778 -427 -2788 284 C +ATOM 11731 CE1 PHE D 31 92.564 46.187 102.915 1.00 97.88 C +ANISOU11731 CE1 PHE D 31 13542 11424 12225 -340 -2859 299 C +ATOM 11732 CE2 PHE D 31 90.949 46.725 104.586 1.00 99.39 C +ANISOU11732 CE2 PHE D 31 14162 11616 11985 -523 -3000 335 C +ATOM 11733 CZ PHE D 31 92.057 46.009 104.183 1.00103.74 C +ANISOU11733 CZ PHE D 31 14496 12078 12843 -465 -3070 357 C +ATOM 11734 N ASN D 32 90.733 50.564 98.366 1.00 62.45 N +ANISOU11734 N ASN D 32 9333 7566 6829 -94 -2057 457 N +ATOM 11735 CA ASN D 32 89.952 51.283 97.374 1.00 59.07 C +ANISOU11735 CA ASN D 32 9046 7250 6147 -35 -2020 537 C +ATOM 11736 C ASN D 32 89.388 50.287 96.373 1.00 63.52 C +ANISOU11736 C ASN D 32 9630 8004 6501 28 -1974 400 C +ATOM 11737 O ASN D 32 90.135 49.562 95.721 1.00 77.33 O +ANISOU11737 O ASN D 32 11306 9827 8249 -3 -1805 310 O +ATOM 11738 CB ASN D 32 90.788 52.350 96.667 1.00 60.21 C +ANISOU11738 CB ASN D 32 9238 7368 6272 -100 -1873 724 C +ATOM 11739 CG ASN D 32 89.946 53.506 96.159 1.00 77.83 C +ANISOU11739 CG ASN D 32 11652 9594 8327 -55 -1955 896 C +ATOM 11740 OD1 ASN D 32 88.911 53.834 96.735 1.00 68.79 O +ANISOU11740 OD1 ASN D 32 10539 8385 7214 21 -2136 874 O +ATOM 11741 ND2 ASN D 32 90.387 54.128 95.073 1.00111.11 N +ANISOU11741 ND2 ASN D 32 15986 13854 12376 -113 -1818 1067 N +ATOM 11742 N ASN D 33 88.062 50.250 96.288 1.00 57.51 N +ANISOU11742 N ASN D 33 8943 7306 5603 110 -2121 351 N +ATOM 11743 CA ASN D 33 87.323 49.371 95.380 1.00 73.08 C +ANISOU11743 CA ASN D 33 10943 9454 7370 167 -2141 204 C +ATOM 11744 C ASN D 33 87.586 47.866 95.494 1.00 84.34 C +ANISOU11744 C ASN D 33 12241 10912 8890 153 -2068 -22 C +ATOM 11745 O ASN D 33 87.085 47.104 94.672 1.00 74.95 O +ANISOU11745 O ASN D 33 11072 9867 7540 183 -2061 -175 O +ATOM 11746 CB ASN D 33 87.487 49.806 93.917 1.00 73.98 C +ANISOU11746 CB ASN D 33 11217 9721 7173 149 -2062 306 C +ATOM 11747 CG ASN D 33 87.484 51.309 93.749 1.00 73.88 C +ANISOU11747 CG ASN D 33 11342 9625 7105 141 -2124 583 C +ATOM 11748 OD1 ASN D 33 88.417 51.879 93.191 1.00 74.60 O +ANISOU11748 OD1 ASN D 33 11517 9717 7112 46 -1949 734 O +ATOM 11749 ND2 ASN D 33 86.429 51.957 94.222 1.00 83.66 N +ANISOU11749 ND2 ASN D 33 12588 10767 8430 232 -2353 638 N +ATOM 11750 N CYS D 34 88.353 47.418 96.482 1.00 79.25 N +ANISOU11750 N CYS D 34 11474 10120 8517 106 -2046 -45 N +ATOM 11751 CA CYS D 34 88.581 45.985 96.579 1.00 81.89 C +ANISOU11751 CA CYS D 34 11684 10434 8997 104 -2014 -237 C +ATOM 11752 C CYS D 34 87.302 45.258 96.976 1.00 74.19 C +ANISOU11752 C CYS D 34 10726 9471 7992 134 -2150 -368 C +ATOM 11753 O CYS D 34 86.572 45.691 97.871 1.00 67.99 O +ANISOU11753 O CYS D 34 9991 8617 7225 118 -2265 -314 O +ATOM 11754 CB CYS D 34 89.680 45.690 97.592 1.00 90.30 C +ANISOU11754 CB CYS D 34 12619 11296 10393 46 -2042 -190 C +ATOM 11755 SG CYS D 34 90.128 43.964 97.694 1.00107.15 S +ANISOU11755 SG CYS D 34 14575 13326 12812 57 -2038 -390 S +ATOM 11756 N GLU D 35 87.037 44.143 96.298 1.00 67.48 N +ANISOU11756 N GLU D 35 9823 8701 7115 159 -2105 -572 N +ATOM 11757 CA GLU D 35 85.886 43.305 96.602 1.00 62.38 C +ANISOU11757 CA GLU D 35 9160 8051 6489 168 -2208 -726 C +ATOM 11758 C GLU D 35 86.252 42.060 97.395 1.00 58.25 C +ANISOU11758 C GLU D 35 8539 7349 6245 119 -2222 -809 C +ATOM 11759 O GLU D 35 85.455 41.611 98.224 1.00 54.00 O +ANISOU11759 O GLU D 35 8020 6724 5773 69 -2311 -838 O +ATOM 11760 CB GLU D 35 85.183 42.894 95.304 1.00 53.04 C +ANISOU11760 CB GLU D 35 8001 7064 5089 216 -2198 -910 C +ATOM 11761 CG GLU D 35 84.378 44.016 94.667 1.00 58.09 C +ANISOU11761 CG GLU D 35 8761 7846 5465 265 -2310 -809 C +ATOM 11762 CD GLU D 35 84.104 43.778 93.197 1.00 82.38 C +ANISOU11762 CD GLU D 35 11927 11134 8241 279 -2315 -933 C +ATOM 11763 OE1 GLU D 35 85.074 43.576 92.437 1.00 88.13 O +ANISOU11763 OE1 GLU D 35 12702 11936 8846 233 -2123 -973 O +ATOM 11764 OE2 GLU D 35 82.919 43.789 92.804 1.00 89.24 O +ANISOU11764 OE2 GLU D 35 12817 12090 9001 321 -2510 -1008 O +ATOM 11765 N VAL D 36 87.438 41.504 97.164 1.00 52.19 N +ANISOU11765 N VAL D 36 7662 6500 5669 121 -2133 -846 N +ATOM 11766 CA VAL D 36 87.942 40.355 97.905 1.00 63.91 C +ANISOU11766 CA VAL D 36 9038 7755 7491 89 -2200 -884 C +ATOM 11767 C VAL D 36 89.389 40.636 98.276 1.00 58.09 C +ANISOU11767 C VAL D 36 8194 6866 7011 78 -2203 -752 C +ATOM 11768 O VAL D 36 90.197 40.989 97.410 1.00 72.21 O +ANISOU11768 O VAL D 36 9889 8732 8816 111 -2023 -802 O +ATOM 11769 CB VAL D 36 87.838 39.052 97.089 1.00 71.54 C +ANISOU11769 CB VAL D 36 9887 8720 8574 126 -2108 -1163 C +ATOM 11770 CG1 VAL D 36 88.284 39.282 95.656 1.00 69.78 C +ANISOU11770 CG1 VAL D 36 9629 8694 8189 170 -1882 -1324 C +ATOM 11771 CG2 VAL D 36 88.676 37.937 97.728 1.00 81.50 C +ANISOU11771 CG2 VAL D 36 10995 9684 10287 116 -2182 -1180 C +ATOM 11772 N VAL D 37 89.717 40.471 99.554 1.00 53.88 N +ANISOU11772 N VAL D 37 7681 6114 6678 11 -2409 -587 N +ATOM 11773 CA VAL D 37 91.065 40.706 100.058 1.00 70.16 C +ANISOU11773 CA VAL D 37 9622 7996 9039 -6 -2502 -451 C +ATOM 11774 C VAL D 37 91.713 39.362 100.360 1.00 71.52 C +ANISOU11774 C VAL D 37 9618 7900 9656 13 -2633 -510 C +ATOM 11775 O VAL D 37 91.133 38.527 101.066 1.00 67.79 O +ANISOU11775 O VAL D 37 9245 7290 9221 -40 -2805 -474 O +ATOM 11776 CB VAL D 37 91.060 41.620 101.300 1.00 80.87 C +ANISOU11776 CB VAL D 37 11154 9286 10287 -113 -2703 -207 C +ATOM 11777 CG1 VAL D 37 90.071 41.145 102.317 1.00 84.12 C +ANISOU11777 CG1 VAL D 37 11775 9630 10557 -218 -2858 -153 C +ATOM 11778 CG2 VAL D 37 92.464 41.717 101.896 1.00 88.35 C +ANISOU11778 CG2 VAL D 37 11960 10017 11592 -143 -2882 -74 C +ATOM 11779 N LEU D 38 92.919 39.161 99.822 1.00 69.14 N +ANISOU11779 N LEU D 38 9043 7500 9728 79 -2541 -603 N +ATOM 11780 CA LEU D 38 93.632 37.900 100.003 1.00 60.15 C +ANISOU11780 CA LEU D 38 7667 6058 9130 128 -2667 -688 C +ATOM 11781 C LEU D 38 94.109 37.736 101.437 1.00 61.63 C +ANISOU11781 C LEU D 38 7900 5949 9568 57 -3098 -406 C +ATOM 11782 O LEU D 38 94.133 36.621 101.968 1.00 75.98 O +ANISOU11782 O LEU D 38 9689 7496 11686 55 -3334 -371 O +ATOM 11783 CB LEU D 38 94.832 37.837 99.066 1.00 62.73 C +ANISOU11783 CB LEU D 38 7645 6344 9848 210 -2417 -898 C +ATOM 11784 CG LEU D 38 94.598 38.284 97.625 1.00 62.81 C +ANISOU11784 CG LEU D 38 7667 6676 9523 225 -1969 -1137 C +ATOM 11785 CD1 LEU D 38 95.923 38.506 96.938 1.00 65.67 C +ANISOU11785 CD1 LEU D 38 7715 6990 10248 242 -1695 -1291 C +ATOM 11786 CD2 LEU D 38 93.765 37.228 96.926 1.00 63.28 C +ANISOU11786 CD2 LEU D 38 7761 6801 9483 262 -1841 -1408 C +ATOM 11787 N GLY D 39 94.532 38.823 102.059 1.00 60.14 N +ANISOU11787 N GLY D 39 7794 5787 9270 -15 -3228 -201 N +ATOM 11788 CA GLY D 39 95.032 38.795 103.413 1.00 78.06 C +ANISOU11788 CA GLY D 39 10152 7802 11706 -114 -3670 69 C +ATOM 11789 C GLY D 39 93.963 39.186 104.406 1.00 68.32 C +ANISOU11789 C GLY D 39 9346 6661 9953 -278 -3804 252 C +ATOM 11790 O GLY D 39 92.812 38.743 104.319 1.00 59.39 O +ANISOU11790 O GLY D 39 8392 5631 8543 -308 -3680 182 O +ATOM 11791 N ASN D 40 94.343 40.031 105.352 1.00 59.46 N +ANISOU11791 N ASN D 40 8376 5498 8716 -403 -4038 455 N +ATOM 11792 CA ASN D 40 93.437 40.465 106.399 1.00 58.35 C +ANISOU11792 CA ASN D 40 8650 5428 8092 -596 -4139 597 C +ATOM 11793 C ASN D 40 92.929 41.870 106.116 1.00 77.73 C +ANISOU11793 C ASN D 40 11202 8156 10176 -609 -3867 531 C +ATOM 11794 O ASN D 40 93.514 42.636 105.346 1.00 78.63 O +ANISOU11794 O ASN D 40 11107 8363 10405 -507 -3702 465 O +ATOM 11795 CB ASN D 40 94.126 40.430 107.761 1.00 69.67 C +ANISOU11795 CB ASN D 40 10262 6620 9592 -770 -4617 859 C +ATOM 11796 CG ASN D 40 95.069 39.259 107.900 1.00 73.57 C +ANISOU11796 CG ASN D 40 10539 6776 10640 -705 -4970 953 C +ATOM 11797 OD1 ASN D 40 94.642 38.106 107.955 1.00 70.50 O +ANISOU11797 OD1 ASN D 40 10200 6246 10340 -703 -5032 968 O +ATOM 11798 ND2 ASN D 40 96.360 39.548 107.968 1.00 68.20 N +ANISOU11798 ND2 ASN D 40 9590 5932 10389 -651 -5215 1012 N +ATOM 11799 N LEU D 41 91.816 42.191 106.757 1.00 70.88 N +ANISOU11799 N LEU D 41 10651 7392 8886 -750 -3807 546 N +ATOM 11800 CA LEU D 41 91.204 43.507 106.694 1.00 53.16 C +ANISOU11800 CA LEU D 41 8522 5349 6328 -776 -3592 485 C +ATOM 11801 C LEU D 41 91.349 44.143 108.066 1.00 61.41 C +ANISOU11801 C LEU D 41 9856 6309 7168 -1004 -3808 620 C +ATOM 11802 O LEU D 41 90.784 43.642 109.041 1.00 65.78 O +ANISOU11802 O LEU D 41 10698 6798 7499 -1197 -3912 678 O +ATOM 11803 CB LEU D 41 89.738 43.383 106.290 1.00 51.61 C +ANISOU11803 CB LEU D 41 8409 5325 5877 -752 -3318 326 C +ATOM 11804 CG LEU D 41 88.978 44.662 105.980 1.00 61.82 C +ANISOU11804 CG LEU D 41 9744 6801 6945 -721 -3089 232 C +ATOM 11805 CD1 LEU D 41 87.819 44.333 105.081 1.00 70.26 C +ANISOU11805 CD1 LEU D 41 10733 8023 7938 -606 -2871 59 C +ATOM 11806 CD2 LEU D 41 88.466 45.303 107.230 1.00 86.63 C +ANISOU11806 CD2 LEU D 41 13167 9911 9838 -933 -3114 253 C +ATOM 11807 N GLU D 42 92.107 45.233 108.146 1.00 58.37 N +ANISOU11807 N GLU D 42 9415 5922 6842 -1012 -3862 661 N +ATOM 11808 CA GLU D 42 92.449 45.845 109.426 1.00 55.99 C +ANISOU11808 CA GLU D 42 9374 5524 6374 -1240 -4113 768 C +ATOM 11809 C GLU D 42 92.006 47.304 109.418 1.00 57.80 C +ANISOU11809 C GLU D 42 9679 5881 6401 -1269 -3883 661 C +ATOM 11810 O GLU D 42 92.601 48.141 108.731 1.00 54.38 O +ANISOU11810 O GLU D 42 9029 5473 6160 -1151 -3799 648 O +ATOM 11811 CB GLU D 42 93.944 45.699 109.704 1.00 58.24 C +ANISOU11811 CB GLU D 42 9498 5610 7022 -1248 -4497 920 C +ATOM 11812 CG GLU D 42 94.399 44.240 109.693 1.00 59.88 C +ANISOU11812 CG GLU D 42 9588 5632 7531 -1194 -4753 1021 C +ATOM 11813 CD GLU D 42 95.866 44.065 110.029 1.00 81.65 C +ANISOU11813 CD GLU D 42 12140 8146 10738 -1193 -5189 1164 C +ATOM 11814 OE1 GLU D 42 96.717 44.519 109.237 1.00 75.67 O +ANISOU11814 OE1 GLU D 42 11007 7385 10360 -1043 -5089 1089 O +ATOM 11815 OE2 GLU D 42 96.166 43.468 111.084 1.00 71.73 O +ANISOU11815 OE2 GLU D 42 11087 6687 9481 -1349 -5556 1340 O +ATOM 11816 N ILE D 43 90.955 47.589 110.182 1.00 60.28 N +ANISOU11816 N ILE D 43 10294 6252 6355 -1438 -3760 574 N +ATOM 11817 CA ILE D 43 90.371 48.916 110.329 1.00 54.40 C +ANISOU11817 CA ILE D 43 9637 5584 5448 -1481 -3535 433 C +ATOM 11818 C ILE D 43 90.631 49.357 111.764 1.00 69.54 C +ANISOU11818 C ILE D 43 11894 7409 7118 -1785 -3729 451 C +ATOM 11819 O ILE D 43 90.038 48.817 112.712 1.00 64.08 O +ANISOU11819 O ILE D 43 11524 6707 6116 -2016 -3746 434 O +ATOM 11820 CB ILE D 43 88.867 48.922 110.014 1.00 57.06 C +ANISOU11820 CB ILE D 43 10000 6049 5630 -1432 -3189 246 C +ATOM 11821 CG1 ILE D 43 88.592 48.323 108.635 1.00 51.36 C +ANISOU11821 CG1 ILE D 43 8992 5425 5097 -1166 -3063 230 C +ATOM 11822 CG2 ILE D 43 88.312 50.337 110.072 1.00 71.23 C +ANISOU11822 CG2 ILE D 43 11815 7873 7376 -1435 -2974 89 C +ATOM 11823 CD1 ILE D 43 87.100 48.105 108.358 1.00 50.62 C +ANISOU11823 CD1 ILE D 43 8899 5438 4898 -1126 -2801 48 C +ATOM 11824 N THR D 44 91.520 50.336 111.924 1.00 79.60 N +ANISOU11824 N THR D 44 13119 8615 8510 -1814 -3868 479 N +ATOM 11825 CA THR D 44 91.919 50.797 113.243 1.00 81.20 C +ANISOU11825 CA THR D 44 13624 8727 8501 -2098 -4072 488 C +ATOM 11826 C THR D 44 92.142 52.303 113.225 1.00 82.01 C +ANISOU11826 C THR D 44 13689 8808 8662 -2120 -3998 358 C +ATOM 11827 O THR D 44 92.534 52.880 112.207 1.00 86.18 O +ANISOU11827 O THR D 44 13893 9336 9514 -1898 -3893 376 O +ATOM 11828 CB THR D 44 93.190 50.079 113.729 1.00 74.58 C +ANISOU11828 CB THR D 44 12730 7735 7872 -2130 -4445 727 C +ATOM 11829 OG1 THR D 44 94.230 50.260 112.778 1.00 62.06 O +ANISOU11829 OG1 THR D 44 10773 6096 6710 -1942 -4630 794 O +ATOM 11830 CG2 THR D 44 92.957 48.592 113.924 1.00 79.88 C +ANISOU11830 CG2 THR D 44 13474 8360 8515 -2138 -4516 863 C +ATOM 11831 N TYR D 45 91.857 52.935 114.362 1.00 91.52 N +ANISOU11831 N TYR D 45 15200 9988 9584 -2371 -3946 230 N +ATOM 11832 CA TYR D 45 92.167 54.336 114.634 1.00 89.85 C +ANISOU11832 CA TYR D 45 15020 9707 9413 -2464 -3940 84 C +ATOM 11833 C TYR D 45 91.464 55.315 113.700 1.00 89.17 C +ANISOU11833 C TYR D 45 14707 9643 9531 -2250 -3561 -74 C +ATOM 11834 O TYR D 45 91.801 56.506 113.698 1.00 94.16 O +ANISOU11834 O TYR D 45 15276 10179 10322 -2262 -3527 -159 O +ATOM 11835 CB TYR D 45 93.679 54.582 114.586 1.00 85.62 C +ANISOU11835 CB TYR D 45 14294 9050 9189 -2444 -4306 259 C +ATOM 11836 CG TYR D 45 94.445 53.702 115.541 1.00 90.27 C +ANISOU11836 CG TYR D 45 14994 9577 9726 -2554 -4591 466 C +ATOM 11837 CD1 TYR D 45 94.241 53.793 116.910 1.00 96.87 C +ANISOU11837 CD1 TYR D 45 16196 10411 10201 -2812 -4586 429 C +ATOM 11838 CD2 TYR D 45 95.367 52.777 115.075 1.00 98.27 C +ANISOU11838 CD2 TYR D 45 15756 10511 11072 -2413 -4876 688 C +ATOM 11839 CE1 TYR D 45 94.931 52.990 117.787 1.00108.00 C +ANISOU11839 CE1 TYR D 45 17753 11726 11556 -2934 -4898 646 C +ATOM 11840 CE2 TYR D 45 96.064 51.968 115.946 1.00103.07 C +ANISOU11840 CE2 TYR D 45 16471 10998 11692 -2512 -5182 880 C +ATOM 11841 CZ TYR D 45 95.841 52.081 117.301 1.00111.83 C +ANISOU11841 CZ TYR D 45 17982 12094 12415 -2776 -5213 877 C +ATOM 11842 OH TYR D 45 96.526 51.283 118.183 1.00121.27 O +ANISOU11842 OH TYR D 45 19330 13140 13609 -2900 -5566 1091 O +ATOM 11843 N VAL D 46 90.494 54.864 112.907 1.00 78.93 N +ANISOU11843 N VAL D 46 13274 8451 8266 -2050 -3288 -104 N +ATOM 11844 CA VAL D 46 89.706 55.800 112.116 1.00 73.76 C +ANISOU11844 CA VAL D 46 12430 7796 7801 -1852 -2968 -239 C +ATOM 11845 C VAL D 46 88.893 56.673 113.062 1.00 89.54 C +ANISOU11845 C VAL D 46 14646 9730 9645 -2047 -2752 -542 C +ATOM 11846 O VAL D 46 88.204 56.170 113.959 1.00103.40 O +ANISOU11846 O VAL D 46 16664 11535 11087 -2263 -2645 -697 O +ATOM 11847 CB VAL D 46 88.808 55.052 111.121 1.00 63.61 C +ANISOU11847 CB VAL D 46 10965 6635 6568 -1618 -2786 -217 C +ATOM 11848 CG1 VAL D 46 87.873 56.024 110.405 1.00 64.60 C +ANISOU11848 CG1 VAL D 46 10924 6735 6886 -1430 -2523 -352 C +ATOM 11849 CG2 VAL D 46 89.663 54.303 110.110 1.00 54.69 C +ANISOU11849 CG2 VAL D 46 9612 5558 5611 -1432 -2949 28 C +ATOM 11850 N GLN D 47 88.973 57.984 112.869 1.00 85.81 N +ANISOU11850 N GLN D 47 14069 9129 9405 -1990 -2659 -640 N +ATOM 11851 CA GLN D 47 88.400 58.941 113.801 1.00 77.82 C +ANISOU11851 CA GLN D 47 13239 8009 8319 -2187 -2462 -967 C +ATOM 11852 C GLN D 47 87.047 59.445 113.311 1.00 78.24 C +ANISOU11852 C GLN D 47 13118 8024 8586 -2006 -2106 -1184 C +ATOM 11853 O GLN D 47 86.660 59.263 112.155 1.00 68.41 O +ANISOU11853 O GLN D 47 11609 6820 7565 -1714 -2072 -1043 O +ATOM 11854 CB GLN D 47 89.364 60.113 114.017 1.00 72.63 C +ANISOU11854 CB GLN D 47 12573 7178 7843 -2263 -2605 -975 C +ATOM 11855 CG GLN D 47 90.636 59.724 114.750 1.00 79.17 C +ANISOU11855 CG GLN D 47 13587 8013 8483 -2496 -2989 -833 C +ATOM 11856 CD GLN D 47 90.367 59.240 116.161 1.00 92.93 C +ANISOU11856 CD GLN D 47 15763 9815 9730 -2862 -3032 -1010 C +ATOM 11857 OE1 GLN D 47 89.774 59.952 116.971 1.00100.49 O +ANISOU11857 OE1 GLN D 47 16936 10714 10532 -3070 -2807 -1343 O +ATOM 11858 NE2 GLN D 47 90.794 58.018 116.460 1.00 83.51 N +ANISOU11858 NE2 GLN D 47 14694 8733 8304 -2938 -3289 -781 N +ATOM 11859 N ARG D 48 86.325 60.091 114.225 1.00 72.76 N +ANISOU11859 N ARG D 48 12575 7238 7832 -2196 -1850 -1552 N +ATOM 11860 CA ARG D 48 85.001 60.612 113.915 1.00 83.66 C +ANISOU11860 CA ARG D 48 13755 8533 9497 -2043 -1511 -1821 C +ATOM 11861 C ARG D 48 85.067 61.560 112.723 1.00 86.34 C +ANISOU11861 C ARG D 48 13765 8714 10325 -1708 -1577 -1671 C +ATOM 11862 O ARG D 48 86.061 62.260 112.513 1.00100.59 O +ANISOU11862 O ARG D 48 15555 10408 12257 -1693 -1762 -1507 O +ATOM 11863 CB ARG D 48 84.424 61.335 115.134 1.00 90.03 C +ANISOU11863 CB ARG D 48 14760 9220 10227 -2327 -1205 -2287 C +ATOM 11864 CG ARG D 48 82.995 61.829 114.959 1.00 97.31 C +ANISOU11864 CG ARG D 48 15436 10021 11516 -2191 -820 -2639 C +ATOM 11865 CD ARG D 48 82.421 62.316 116.282 1.00109.57 C +ANISOU11865 CD ARG D 48 17216 11488 12929 -2536 -438 -3159 C +ATOM 11866 NE ARG D 48 81.493 63.432 116.107 1.00122.85 N +ANISOU11866 NE ARG D 48 18592 12906 15178 -2376 -140 -3525 N +ATOM 11867 CZ ARG D 48 80.168 63.323 116.047 1.00118.66 C +ANISOU11867 CZ ARG D 48 17825 12331 14929 -2297 210 -3837 C +ATOM 11868 NH1 ARG D 48 79.575 62.139 116.148 1.00117.44 N +ANISOU11868 NH1 ARG D 48 17720 12394 14509 -2383 341 -3835 N +ATOM 11869 NH2 ARG D 48 79.426 64.411 115.887 1.00114.71 N +ANISOU11869 NH2 ARG D 48 17011 11539 15037 -2131 425 -4164 N +ATOM 11870 N ASN D 49 84.000 61.559 111.930 1.00 77.07 N +ANISOU11870 N ASN D 49 12334 7522 9429 -1454 -1445 -1713 N +ATOM 11871 CA ASN D 49 83.794 62.407 110.763 1.00 71.55 C +ANISOU11871 CA ASN D 49 11349 6658 9177 -1136 -1519 -1562 C +ATOM 11872 C ASN D 49 84.568 61.902 109.546 1.00 71.33 C +ANISOU11872 C ASN D 49 11243 6765 9095 -947 -1787 -1109 C +ATOM 11873 O ASN D 49 84.397 62.460 108.458 1.00 77.44 O +ANISOU11873 O ASN D 49 11834 7440 10151 -701 -1872 -923 O +ATOM 11874 CB ASN D 49 84.164 63.881 111.014 1.00 78.20 C +ANISOU11874 CB ASN D 49 12178 7203 10331 -1163 -1503 -1664 C +ATOM 11875 CG ASN D 49 83.511 64.437 112.263 1.00 86.43 C +ANISOU11875 CG ASN D 49 13317 8101 11422 -1386 -1202 -2168 C +ATOM 11876 OD1 ASN D 49 84.185 64.969 113.145 1.00 98.05 O +ANISOU11876 OD1 ASN D 49 14996 9486 12772 -1634 -1188 -2316 O +ATOM 11877 ND2 ASN D 49 82.193 64.307 112.350 1.00 73.38 N +ANISOU11877 ND2 ASN D 49 11509 6418 9955 -1316 -946 -2465 N +ATOM 11878 N TYR D 50 85.406 60.877 109.677 1.00 61.37 N +ANISOU11878 N TYR D 50 10117 5708 7493 -1061 -1921 -932 N +ATOM 11879 CA TYR D 50 86.087 60.307 108.520 1.00 65.53 C +ANISOU11879 CA TYR D 50 10546 6366 7987 -895 -2105 -571 C +ATOM 11880 C TYR D 50 85.161 59.322 107.817 1.00 67.14 C +ANISOU11880 C TYR D 50 10639 6741 8129 -731 -2072 -555 C +ATOM 11881 O TYR D 50 84.554 58.458 108.459 1.00 62.31 O +ANISOU11881 O TYR D 50 10100 6237 7339 -840 -1974 -734 O +ATOM 11882 CB TYR D 50 87.380 59.612 108.946 1.00 70.63 C +ANISOU11882 CB TYR D 50 11325 7114 8399 -1069 -2273 -421 C +ATOM 11883 CG TYR D 50 88.564 60.545 109.053 1.00 66.42 C +ANISOU11883 CG TYR D 50 10798 6426 8011 -1152 -2387 -313 C +ATOM 11884 CD1 TYR D 50 88.745 61.343 110.174 1.00 60.93 C +ANISOU11884 CD1 TYR D 50 10251 5575 7325 -1369 -2371 -527 C +ATOM 11885 CD2 TYR D 50 89.504 60.621 108.034 1.00 58.08 C +ANISOU11885 CD2 TYR D 50 9603 5378 7085 -1041 -2486 -22 C +ATOM 11886 CE1 TYR D 50 89.828 62.195 110.275 1.00 62.18 C +ANISOU11886 CE1 TYR D 50 10396 5578 7650 -1458 -2490 -445 C +ATOM 11887 CE2 TYR D 50 90.590 61.468 108.127 1.00 59.39 C +ANISOU11887 CE2 TYR D 50 9746 5388 7431 -1137 -2566 66 C +ATOM 11888 CZ TYR D 50 90.748 62.253 109.249 1.00 61.36 C +ANISOU11888 CZ TYR D 50 10122 5472 7718 -1338 -2588 -142 C +ATOM 11889 OH TYR D 50 91.829 63.099 109.346 1.00 69.99 O +ANISOU11889 OH TYR D 50 11174 6397 9023 -1446 -2683 -71 O +ATOM 11890 N ASP D 51 85.059 59.457 106.497 1.00 64.22 N +ANISOU11890 N ASP D 51 10117 6393 7892 -494 -2158 -339 N +ATOM 11891 CA ASP D 51 84.136 58.660 105.701 1.00 71.26 C +ANISOU11891 CA ASP D 51 10889 7429 8757 -326 -2168 -333 C +ATOM 11892 C ASP D 51 84.779 57.330 105.330 1.00 73.11 C +ANISOU11892 C ASP D 51 11166 7891 8721 -349 -2244 -183 C +ATOM 11893 O ASP D 51 85.868 57.299 104.746 1.00 81.50 O +ANISOU11893 O ASP D 51 12240 8994 9732 -337 -2332 48 O +ATOM 11894 CB ASP D 51 83.723 59.423 104.440 1.00 71.67 C +ANISOU11894 CB ASP D 51 10807 7395 9031 -85 -2276 -159 C +ATOM 11895 CG ASP D 51 82.519 58.807 103.753 1.00 70.65 C +ANISOU11895 CG ASP D 51 10537 7369 8940 84 -2323 -225 C +ATOM 11896 OD1 ASP D 51 81.861 57.942 104.365 1.00 69.13 O +ANISOU11896 OD1 ASP D 51 10315 7273 8677 11 -2211 -461 O +ATOM 11897 OD2 ASP D 51 82.225 59.197 102.602 1.00 79.06 O +ANISOU11897 OD2 ASP D 51 11532 8407 10101 270 -2485 -35 O +ATOM 11898 N LEU D 52 84.100 56.234 105.671 1.00 70.51 N +ANISOU11898 N LEU D 52 10841 7688 8262 -394 -2185 -335 N +ATOM 11899 CA LEU D 52 84.564 54.883 105.379 1.00 71.68 C +ANISOU11899 CA LEU D 52 11012 8013 8210 -411 -2251 -235 C +ATOM 11900 C LEU D 52 83.714 54.211 104.303 1.00 88.57 C +ANISOU11900 C LEU D 52 13012 10285 10357 -231 -2272 -242 C +ATOM 11901 O LEU D 52 83.572 52.987 104.288 1.00 90.40 O +ANISOU11901 O LEU D 52 13243 10637 10468 -261 -2270 -286 O +ATOM 11902 CB LEU D 52 84.569 54.037 106.652 1.00 62.70 C +ANISOU11902 CB LEU D 52 10032 6893 6896 -644 -2201 -369 C +ATOM 11903 CG LEU D 52 85.728 54.238 107.629 1.00 62.15 C +ANISOU11903 CG LEU D 52 10143 6744 6726 -852 -2293 -299 C +ATOM 11904 CD1 LEU D 52 85.479 53.441 108.898 1.00 52.65 C +ANISOU11904 CD1 LEU D 52 9160 5551 5293 -1107 -2260 -425 C +ATOM 11905 CD2 LEU D 52 87.049 53.825 106.996 1.00 50.99 C +ANISOU11905 CD2 LEU D 52 8667 5370 5337 -794 -2469 -53 C +ATOM 11906 N SER D 53 83.154 55.001 103.386 1.00 91.83 N +ANISOU11906 N SER D 53 13315 10657 10918 -49 -2326 -191 N +ATOM 11907 CA SER D 53 82.215 54.454 102.415 1.00 79.36 C +ANISOU11907 CA SER D 53 11611 9191 9350 110 -2400 -223 C +ATOM 11908 C SER D 53 82.894 53.506 101.433 1.00 71.78 C +ANISOU11908 C SER D 53 10681 8420 8173 150 -2471 -70 C +ATOM 11909 O SER D 53 82.240 52.603 100.899 1.00 85.08 O +ANISOU11909 O SER D 53 12295 10232 9799 211 -2510 -159 O +ATOM 11910 CB SER D 53 81.521 55.591 101.667 1.00 81.25 C +ANISOU11910 CB SER D 53 11752 9311 9808 289 -2519 -161 C +ATOM 11911 OG SER D 53 80.754 56.384 102.555 1.00 86.24 O +ANISOU11911 OG SER D 53 12299 9745 10725 269 -2424 -375 O +ATOM 11912 N PHE D 54 84.193 53.682 101.183 1.00 63.55 N +ANISOU11912 N PHE D 54 9720 7386 7039 105 -2469 123 N +ATOM 11913 CA PHE D 54 84.877 52.796 100.246 1.00 63.23 C +ANISOU11913 CA PHE D 54 9683 7509 6832 129 -2475 215 C +ATOM 11914 C PHE D 54 84.827 51.339 100.690 1.00 64.21 C +ANISOU11914 C PHE D 54 9778 7716 6904 63 -2443 63 C +ATOM 11915 O PHE D 54 85.052 50.443 99.868 1.00 62.16 O +ANISOU11915 O PHE D 54 9485 7586 6546 105 -2440 55 O +ATOM 11916 CB PHE D 54 86.332 53.233 100.053 1.00 63.05 C +ANISOU11916 CB PHE D 54 9704 7448 6803 63 -2425 402 C +ATOM 11917 CG PHE D 54 87.125 53.319 101.327 1.00 68.32 C +ANISOU11917 CG PHE D 54 10390 7989 7580 -85 -2410 381 C +ATOM 11918 CD1 PHE D 54 87.805 52.214 101.815 1.00 74.37 C +ANISOU11918 CD1 PHE D 54 11133 8782 8343 -170 -2422 336 C +ATOM 11919 CD2 PHE D 54 87.204 54.511 102.027 1.00 59.56 C +ANISOU11919 CD2 PHE D 54 9329 6712 6591 -144 -2417 407 C +ATOM 11920 CE1 PHE D 54 88.540 52.297 102.984 1.00 74.59 C +ANISOU11920 CE1 PHE D 54 11205 8684 8453 -319 -2487 344 C +ATOM 11921 CE2 PHE D 54 87.937 54.599 103.195 1.00 55.91 C +ANISOU11921 CE2 PHE D 54 8915 6141 6187 -305 -2442 377 C +ATOM 11922 CZ PHE D 54 88.606 53.491 103.674 1.00 62.92 C +ANISOU11922 CZ PHE D 54 9800 7070 7038 -395 -2499 359 C +ATOM 11923 N LEU D 55 84.525 51.079 101.965 1.00 59.12 N +ANISOU11923 N LEU D 55 9164 6985 6313 -57 -2410 -62 N +ATOM 11924 CA LEU D 55 84.402 49.711 102.453 1.00 60.09 C +ANISOU11924 CA LEU D 55 9292 7146 6392 -143 -2395 -172 C +ATOM 11925 C LEU D 55 83.149 49.009 101.950 1.00 62.21 C +ANISOU11925 C LEU D 55 9467 7508 6660 -68 -2384 -339 C +ATOM 11926 O LEU D 55 83.053 47.785 102.091 1.00 75.70 O +ANISOU11926 O LEU D 55 11165 9248 8348 -123 -2372 -421 O +ATOM 11927 CB LEU D 55 84.401 49.695 103.983 1.00 61.10 C +ANISOU11927 CB LEU D 55 9549 7153 6513 -342 -2362 -232 C +ATOM 11928 CG LEU D 55 85.674 50.140 104.705 1.00 59.51 C +ANISOU11928 CG LEU D 55 9454 6847 6309 -463 -2436 -92 C +ATOM 11929 CD1 LEU D 55 85.444 50.109 106.206 1.00 55.23 C +ANISOU11929 CD1 LEU D 55 9103 6207 5674 -694 -2418 -177 C +ATOM 11930 CD2 LEU D 55 86.860 49.264 104.329 1.00 58.42 C +ANISOU11930 CD2 LEU D 55 9261 6721 6213 -449 -2539 35 C +ATOM 11931 N LYS D 56 82.190 49.740 101.378 1.00 57.88 N +ANISOU11931 N LYS D 56 8837 6978 6177 54 -2415 -391 N +ATOM 11932 CA LYS D 56 80.963 49.106 100.908 1.00 55.00 C +ANISOU11932 CA LYS D 56 8344 6688 5864 123 -2445 -569 C +ATOM 11933 C LYS D 56 81.247 48.037 99.863 1.00 58.58 C +ANISOU11933 C LYS D 56 8778 7293 6187 179 -2509 -566 C +ATOM 11934 O LYS D 56 80.495 47.062 99.751 1.00 65.35 O +ANISOU11934 O LYS D 56 9551 8200 7079 169 -2511 -740 O +ATOM 11935 CB LYS D 56 80.014 50.156 100.330 1.00 55.87 C +ANISOU11935 CB LYS D 56 8345 6766 6118 273 -2553 -587 C +ATOM 11936 CG LYS D 56 79.449 51.119 101.355 1.00 67.47 C +ANISOU11936 CG LYS D 56 9769 8058 7807 227 -2452 -694 C +ATOM 11937 CD LYS D 56 78.469 52.085 100.715 1.00 73.29 C +ANISOU11937 CD LYS D 56 10343 8715 8789 407 -2604 -720 C +ATOM 11938 CE LYS D 56 77.833 52.996 101.749 1.00 83.53 C +ANISOU11938 CE LYS D 56 11544 9805 10389 365 -2458 -902 C +ATOM 11939 NZ LYS D 56 76.541 53.559 101.269 1.00 89.81 N +ANISOU11939 NZ LYS D 56 12074 10491 11557 540 -2600 -1034 N +ATOM 11940 N THR D 57 82.323 48.195 99.094 1.00 54.53 N +ANISOU11940 N THR D 57 8336 6844 5539 219 -2530 -399 N +ATOM 11941 CA THR D 57 82.607 47.302 97.980 1.00 61.78 C +ANISOU11941 CA THR D 57 9244 7910 6318 264 -2548 -438 C +ATOM 11942 C THR D 57 83.226 45.978 98.405 1.00 59.71 C +ANISOU11942 C THR D 57 8957 7621 6108 176 -2462 -526 C +ATOM 11943 O THR D 57 83.407 45.103 97.553 1.00 64.98 O +ANISOU11943 O THR D 57 9592 8387 6709 205 -2446 -623 O +ATOM 11944 CB THR D 57 83.542 47.997 96.985 1.00 65.55 C +ANISOU11944 CB THR D 57 9814 8460 6632 303 -2535 -251 C +ATOM 11945 OG1 THR D 57 84.761 48.360 97.644 1.00 70.94 O +ANISOU11945 OG1 THR D 57 10525 9034 7394 225 -2432 -119 O +ATOM 11946 CG2 THR D 57 82.883 49.246 96.419 1.00 61.65 C +ANISOU11946 CG2 THR D 57 9372 7966 6086 393 -2675 -123 C +ATOM 11947 N ILE D 58 83.544 45.800 99.683 1.00 52.88 N +ANISOU11947 N ILE D 58 8121 6612 5360 62 -2425 -499 N +ATOM 11948 CA ILE D 58 84.220 44.590 100.138 1.00 62.76 C +ANISOU11948 CA ILE D 58 9363 7783 6702 -19 -2409 -526 C +ATOM 11949 C ILE D 58 83.199 43.472 100.283 1.00 65.27 C +ANISOU11949 C ILE D 58 9633 8096 7069 -58 -2405 -714 C +ATOM 11950 O ILE D 58 82.169 43.635 100.947 1.00 72.63 O +ANISOU11950 O ILE D 58 10578 8996 8021 -124 -2381 -790 O +ATOM 11951 CB ILE D 58 84.968 44.854 101.456 1.00 62.77 C +ANISOU11951 CB ILE D 58 9459 7618 6772 -151 -2440 -386 C +ATOM 11952 CG1 ILE D 58 86.238 45.660 101.147 1.00 57.48 C +ANISOU11952 CG1 ILE D 58 8777 6935 6127 -116 -2446 -226 C +ATOM 11953 CG2 ILE D 58 85.273 43.538 102.194 1.00 52.64 C +ANISOU11953 CG2 ILE D 58 8199 6200 5601 -262 -2496 -398 C +ATOM 11954 CD1 ILE D 58 87.168 45.857 102.302 1.00 50.41 C +ANISOU11954 CD1 ILE D 58 7949 5876 5327 -241 -2537 -92 C +ATOM 11955 N GLN D 59 83.490 42.325 99.667 1.00 61.29 N +ANISOU11955 N GLN D 59 9058 7609 6622 -32 -2400 -815 N +ATOM 11956 CA GLN D 59 82.560 41.205 99.621 1.00 71.68 C +ANISOU11956 CA GLN D 59 10311 8913 8012 -67 -2396 -1011 C +ATOM 11957 C GLN D 59 83.039 39.968 100.365 1.00 79.72 C +ANISOU11957 C GLN D 59 11344 9737 9208 -176 -2406 -1002 C +ATOM 11958 O GLN D 59 82.206 39.220 100.879 1.00 79.48 O +ANISOU11958 O GLN D 59 11321 9627 9251 -280 -2388 -1096 O +ATOM 11959 CB GLN D 59 82.268 40.831 98.163 1.00 70.93 C +ANISOU11959 CB GLN D 59 10126 8988 7837 47 -2405 -1189 C +ATOM 11960 CG GLN D 59 81.427 41.873 97.434 1.00 73.54 C +ANISOU11960 CG GLN D 59 10456 9484 8001 138 -2479 -1199 C +ATOM 11961 CD GLN D 59 81.319 41.603 95.952 1.00 77.75 C +ANISOU11961 CD GLN D 59 10979 10202 8361 219 -2530 -1331 C +ATOM 11962 OE1 GLN D 59 81.550 40.486 95.501 1.00 93.42 O +ANISOU11962 OE1 GLN D 59 12919 12195 10380 199 -2480 -1505 O +ATOM 11963 NE2 GLN D 59 80.966 42.627 95.184 1.00 62.11 N +ANISOU11963 NE2 GLN D 59 9057 8355 6186 298 -2641 -1251 N +ATOM 11964 N GLU D 60 84.347 39.725 100.439 1.00 79.65 N +ANISOU11964 N GLU D 60 11329 9624 9311 -163 -2442 -887 N +ATOM 11965 CA GLU D 60 84.846 38.579 101.185 1.00 79.52 C +ANISOU11965 CA GLU D 60 11324 9369 9520 -255 -2523 -837 C +ATOM 11966 C GLU D 60 86.285 38.838 101.610 1.00 65.35 C +ANISOU11966 C GLU D 60 9526 7438 7864 -251 -2627 -640 C +ATOM 11967 O GLU D 60 87.029 39.549 100.931 1.00 62.44 O +ANISOU11967 O GLU D 60 9073 7169 7482 -151 -2571 -626 O +ATOM 11968 CB GLU D 60 84.748 37.290 100.357 1.00 84.59 C +ANISOU11968 CB GLU D 60 11822 9974 10343 -197 -2486 -1056 C +ATOM 11969 CG GLU D 60 85.646 37.240 99.142 1.00 94.56 C +ANISOU11969 CG GLU D 60 12934 11323 11672 -56 -2404 -1178 C +ATOM 11970 CD GLU D 60 85.530 35.933 98.379 1.00102.14 C +ANISOU11970 CD GLU D 60 13760 12228 12820 -19 -2345 -1449 C +ATOM 11971 OE1 GLU D 60 84.392 35.503 98.103 1.00101.14 O +ANISOU11971 OE1 GLU D 60 13641 12175 12611 -48 -2331 -1619 O +ATOM 11972 OE2 GLU D 60 86.580 35.331 98.064 1.00 99.11 O +ANISOU11972 OE2 GLU D 60 13238 11707 12713 35 -2310 -1517 O +ATOM 11973 N VAL D 61 86.661 38.249 102.744 1.00 62.90 N +ANISOU11973 N VAL D 61 9316 6887 7694 -379 -2794 -481 N +ATOM 11974 CA VAL D 61 87.989 38.411 103.331 1.00 56.60 C +ANISOU11974 CA VAL D 61 8512 5915 7081 -396 -2983 -278 C +ATOM 11975 C VAL D 61 88.549 37.023 103.607 1.00 55.75 C +ANISOU11975 C VAL D 61 8328 5516 7340 -409 -3161 -244 C +ATOM 11976 O VAL D 61 87.944 36.245 104.354 1.00 70.35 O +ANISOU11976 O VAL D 61 10341 7217 9174 -550 -3254 -177 O +ATOM 11977 CB VAL D 61 87.946 39.244 104.625 1.00 73.91 C +ANISOU11977 CB VAL D 61 10960 8069 9054 -571 -3110 -64 C +ATOM 11978 CG1 VAL D 61 89.351 39.460 105.197 1.00 88.15 C +ANISOU11978 CG1 VAL D 61 12740 9693 11060 -592 -3365 139 C +ATOM 11979 CG2 VAL D 61 87.247 40.574 104.375 1.00 72.84 C +ANISOU11979 CG2 VAL D 61 10879 8175 8623 -551 -2924 -130 C +ATOM 11980 N ALA D 62 89.703 36.716 103.011 1.00 58.69 N +ANISOU11980 N ALA D 62 8445 5781 8074 -274 -3195 -293 N +ATOM 11981 CA ALA D 62 90.284 35.385 103.165 1.00 60.19 C +ANISOU11981 CA ALA D 62 8498 5646 8724 -249 -3373 -291 C +ATOM 11982 C ALA D 62 90.795 35.162 104.585 1.00 76.87 C +ANISOU11982 C ALA D 62 10789 7464 10954 -395 -3768 40 C +ATOM 11983 O ALA D 62 90.638 34.070 105.142 1.00 86.68 O +ANISOU11983 O ALA D 62 12116 8436 12383 -474 -3964 137 O +ATOM 11984 CB ALA D 62 91.415 35.190 102.159 1.00 60.27 C +ANISOU11984 CB ALA D 62 8146 5605 9148 -69 -3266 -477 C +ATOM 11985 N GLY D 63 91.413 36.177 105.186 1.00 67.49 N +ANISOU11985 N GLY D 63 9683 6308 9652 -450 -3913 226 N +ATOM 11986 CA GLY D 63 91.977 36.031 106.513 1.00 73.82 C +ANISOU11986 CA GLY D 63 10682 6843 10524 -608 -4342 543 C +ATOM 11987 C GLY D 63 91.004 36.385 107.617 1.00 69.46 C +ANISOU11987 C GLY D 63 10585 6369 9438 -869 -4379 707 C +ATOM 11988 O GLY D 63 89.976 35.722 107.782 1.00 63.63 O +ANISOU11988 O GLY D 63 10018 5626 8532 -975 -4265 671 O +ATOM 11989 N TYR D 64 91.318 37.427 108.381 1.00 68.34 N +ANISOU11989 N TYR D 64 10634 6292 9041 -994 -4510 857 N +ATOM 11990 CA TYR D 64 90.481 37.866 109.484 1.00 73.53 C +ANISOU11990 CA TYR D 64 11736 7026 9177 -1274 -4505 971 C +ATOM 11991 C TYR D 64 90.185 39.349 109.338 1.00 74.67 C +ANISOU11991 C TYR D 64 11906 7457 9010 -1269 -4251 846 C +ATOM 11992 O TYR D 64 90.903 40.089 108.660 1.00 78.16 O +ANISOU11992 O TYR D 64 12087 7981 9630 -1096 -4208 780 O +ATOM 11993 CB TYR D 64 91.143 37.604 110.844 1.00 84.18 C +ANISOU11993 CB TYR D 64 13401 8111 10473 -1510 -4993 1302 C +ATOM 11994 CG TYR D 64 92.436 38.358 111.058 1.00 97.27 C +ANISOU11994 CG TYR D 64 14933 9702 12322 -1460 -5306 1414 C +ATOM 11995 CD1 TYR D 64 92.439 39.636 111.605 1.00100.33 C +ANISOU11995 CD1 TYR D 64 15519 10257 12345 -1598 -5274 1416 C +ATOM 11996 CD2 TYR D 64 93.655 37.791 110.716 1.00 95.87 C +ANISOU11996 CD2 TYR D 64 14408 9271 12748 -1280 -5624 1486 C +ATOM 11997 CE1 TYR D 64 93.621 40.326 111.803 1.00 93.31 C +ANISOU11997 CE1 TYR D 64 14480 9291 11682 -1562 -5498 1485 C +ATOM 11998 CE2 TYR D 64 94.841 38.472 110.912 1.00 86.80 C +ANISOU11998 CE2 TYR D 64 13095 8043 11840 -1244 -5912 1568 C +ATOM 11999 CZ TYR D 64 94.818 39.738 111.453 1.00 86.74 C +ANISOU11999 CZ TYR D 64 13289 8215 11452 -1391 -5814 1561 C +ATOM 12000 OH TYR D 64 95.999 40.417 111.646 1.00 94.53 O +ANISOU12000 OH TYR D 64 14083 9113 12720 -1367 -5992 1595 O +ATOM 12001 N VAL D 65 89.107 39.771 109.991 1.00 66.43 N +ANISOU12001 N VAL D 65 11173 6540 7526 -1475 -4062 806 N +ATOM 12002 CA VAL D 65 88.673 41.160 110.002 1.00 77.76 C +ANISOU12002 CA VAL D 65 12659 8197 8687 -1494 -3822 675 C +ATOM 12003 C VAL D 65 88.869 41.707 111.412 1.00 83.61 C +ANISOU12003 C VAL D 65 13796 8872 9098 -1796 -4010 824 C +ATOM 12004 O VAL D 65 88.380 41.129 112.394 1.00 99.92 O +ANISOU12004 O VAL D 65 16221 10849 10896 -2073 -4067 921 O +ATOM 12005 CB VAL D 65 87.214 41.292 109.527 1.00 76.99 C +ANISOU12005 CB VAL D 65 12536 8294 8422 -1471 -3412 431 C +ATOM 12006 CG1 VAL D 65 86.277 40.601 110.464 1.00 69.93 C +ANISOU12006 CG1 VAL D 65 11955 7333 7283 -1750 -3335 445 C +ATOM 12007 CG2 VAL D 65 86.837 42.747 109.373 1.00 84.47 C +ANISOU12007 CG2 VAL D 65 13459 9425 9212 -1431 -3194 291 C +ATOM 12008 N LEU D 66 89.602 42.812 111.504 1.00 81.24 N +ANISOU12008 N LEU D 66 13453 8610 8805 -1769 -4103 839 N +ATOM 12009 CA LEU D 66 89.981 43.430 112.766 1.00 76.27 C +ANISOU12009 CA LEU D 66 13152 7914 7912 -2033 -4282 953 C +ATOM 12010 C LEU D 66 89.474 44.862 112.762 1.00 72.21 C +ANISOU12010 C LEU D 66 12670 7580 7188 -2055 -3989 747 C +ATOM 12011 O LEU D 66 89.870 45.653 111.907 1.00 76.89 O +ANISOU12011 O LEU D 66 12975 8245 7994 -1840 -3930 671 O +ATOM 12012 CB LEU D 66 91.501 43.394 112.949 1.00 71.81 C +ANISOU12012 CB LEU D 66 12430 7158 7697 -1968 -4658 1148 C +ATOM 12013 CG LEU D 66 92.088 44.306 114.027 1.00 73.92 C +ANISOU12013 CG LEU D 66 12893 7370 7823 -2158 -4758 1212 C +ATOM 12014 CD1 LEU D 66 91.437 44.026 115.368 1.00 81.21 C +ANISOU12014 CD1 LEU D 66 14297 8249 8311 -2501 -4717 1279 C +ATOM 12015 CD2 LEU D 66 93.597 44.133 114.107 1.00 67.00 C +ANISOU12015 CD2 LEU D 66 11805 6277 7374 -2082 -5169 1382 C +ATOM 12016 N ILE D 67 88.598 45.191 113.700 1.00 60.84 N +ANISOU12016 N ILE D 67 11558 6190 5370 -2314 -3765 649 N +ATOM 12017 CA ILE D 67 88.052 46.539 113.833 1.00 77.77 C +ANISOU12017 CA ILE D 67 13749 8457 7342 -2363 -3488 417 C +ATOM 12018 C ILE D 67 88.343 46.978 115.259 1.00 92.76 C +ANISOU12018 C ILE D 67 15987 10286 8973 -2661 -3523 476 C +ATOM 12019 O ILE D 67 87.664 46.544 116.196 1.00 89.27 O +ANISOU12019 O ILE D 67 15880 9835 8205 -2943 -3380 462 O +ATOM 12020 CB ILE D 67 86.550 46.586 113.535 1.00 78.40 C +ANISOU12020 CB ILE D 67 13813 8663 7311 -2366 -3056 148 C +ATOM 12021 CG1 ILE D 67 86.273 46.142 112.094 1.00 78.44 C +ANISOU12021 CG1 ILE D 67 13398 8740 7666 -2012 -2951 111 C +ATOM 12022 CG2 ILE D 67 85.984 47.978 113.798 1.00 77.32 C +ANISOU12022 CG2 ILE D 67 13706 8594 7078 -2420 -2765 -110 C +ATOM 12023 CD1 ILE D 67 84.819 45.805 111.828 1.00 76.70 C +ANISOU12023 CD1 ILE D 67 13112 8606 7422 -2008 -2589 -110 C +ATOM 12024 N ALA D 68 89.338 47.840 115.444 1.00 91.46 N +ANISOU12024 N ALA D 68 15756 10069 8924 -2630 -3707 530 N +ATOM 12025 CA ALA D 68 89.760 48.151 116.803 1.00 98.05 C +ANISOU12025 CA ALA D 68 16917 10823 9514 -2915 -3815 606 C +ATOM 12026 C ALA D 68 90.156 49.610 116.949 1.00 99.58 C +ANISOU12026 C ALA D 68 17069 11044 9723 -2918 -3783 461 C +ATOM 12027 O ALA D 68 90.756 50.197 116.045 1.00102.70 O +ANISOU12027 O ALA D 68 17152 11436 10435 -2688 -3883 448 O +ATOM 12028 CB ALA D 68 90.931 47.259 117.234 1.00104.61 C +ANISOU12028 CB ALA D 68 17780 11455 10511 -2947 -4270 925 C +ATOM 12029 N LEU D 69 89.811 50.183 118.102 1.00107.28 N +ANISOU12029 N LEU D 69 18377 12037 10347 -3207 -3634 342 N +ATOM 12030 CA LEU D 69 90.274 51.512 118.492 1.00100.59 C +ANISOU12030 CA LEU D 69 17552 11181 9485 -3270 -3646 204 C +ATOM 12031 C LEU D 69 89.825 52.575 117.495 1.00 88.40 C +ANISOU12031 C LEU D 69 15740 9697 8149 -3068 -3412 -58 C +ATOM 12032 O LEU D 69 90.561 53.513 117.186 1.00 79.16 O +ANISOU12032 O LEU D 69 14412 8469 7196 -2981 -3553 -84 O +ATOM 12033 CB LEU D 69 91.796 51.523 118.659 1.00 95.87 C +ANISOU12033 CB LEU D 69 16863 10443 9119 -3229 -4124 453 C +ATOM 12034 CG LEU D 69 92.330 50.508 119.676 1.00 86.47 C +ANISOU12034 CG LEU D 69 15951 9125 7777 -3436 -4438 726 C +ATOM 12035 CD1 LEU D 69 93.842 50.607 119.793 1.00 79.23 C +ANISOU12035 CD1 LEU D 69 14890 8043 7171 -3376 -4925 927 C +ATOM 12036 CD2 LEU D 69 91.676 50.689 121.042 1.00 81.52 C +ANISOU12036 CD2 LEU D 69 15812 8541 6623 -3818 -4250 629 C +ATOM 12037 N ASN D 70 88.600 52.435 117.002 1.00 92.26 N +ANISOU12037 N ASN D 70 16188 10272 8594 -3013 -3068 -257 N +ATOM 12038 CA ASN D 70 87.987 53.436 116.142 1.00 95.44 C +ANISOU12038 CA ASN D 70 16390 10681 9190 -2854 -2844 -529 C +ATOM 12039 C ASN D 70 87.000 54.271 116.944 1.00 95.86 C +ANISOU12039 C ASN D 70 16635 10739 9050 -3067 -2438 -899 C +ATOM 12040 O ASN D 70 86.272 53.747 117.794 1.00 90.20 O +ANISOU12040 O ASN D 70 16152 10084 8035 -3294 -2193 -989 O +ATOM 12041 CB ASN D 70 87.266 52.782 114.962 1.00 96.09 C +ANISOU12041 CB ASN D 70 16209 10830 9469 -2593 -2715 -522 C +ATOM 12042 CG ASN D 70 88.178 51.906 114.132 1.00 92.24 C +ANISOU12042 CG ASN D 70 15501 10345 9200 -2375 -3038 -206 C +ATOM 12043 OD1 ASN D 70 89.067 52.398 113.437 1.00 81.89 O +ANISOU12043 OD1 ASN D 70 13941 8994 8180 -2184 -3195 -88 O +ATOM 12044 ND2 ASN D 70 87.951 50.599 114.184 1.00 94.54 N +ANISOU12044 ND2 ASN D 70 15870 10667 9384 -2414 -3104 -88 N +ATOM 12045 N THR D 71 86.984 55.575 116.672 1.00 99.52 N +ANISOU12045 N THR D 71 16994 11106 9713 -3009 -2351 -1124 N +ATOM 12046 CA THR D 71 85.983 56.470 117.232 1.00 92.10 C +ANISOU12046 CA THR D 71 16140 10121 8732 -3153 -1922 -1544 C +ATOM 12047 C THR D 71 84.927 56.876 116.216 1.00 82.75 C +ANISOU12047 C THR D 71 14556 8909 7976 -2832 -1600 -1710 C +ATOM 12048 O THR D 71 83.961 57.550 116.588 1.00 81.81 O +ANISOU12048 O THR D 71 14422 8723 7938 -2908 -1213 -2089 O +ATOM 12049 CB THR D 71 86.648 57.736 117.794 1.00 91.01 C +ANISOU12049 CB THR D 71 16061 9872 8647 -3254 -1976 -1669 C +ATOM 12050 OG1 THR D 71 87.258 58.473 116.728 1.00 98.16 O +ANISOU12050 OG1 THR D 71 16652 10655 9989 -2969 -2164 -1550 O +ATOM 12051 CG2 THR D 71 87.707 57.377 118.827 1.00 79.37 C +ANISOU12051 CG2 THR D 71 14822 8462 6871 -3458 -2267 -1424 C +ATOM 12052 N VAL D 72 85.082 56.479 114.952 1.00 76.31 N +ANISOU12052 N VAL D 72 13403 8136 7456 -2477 -1751 -1445 N +ATOM 12053 CA VAL D 72 84.127 56.861 113.921 1.00 72.65 C +ANISOU12053 CA VAL D 72 12562 7646 7395 -2158 -1533 -1546 C +ATOM 12054 C VAL D 72 82.779 56.209 114.201 1.00 75.72 C +ANISOU12054 C VAL D 72 12951 8102 7716 -2241 -1195 -1796 C +ATOM 12055 O VAL D 72 82.690 55.132 114.805 1.00 80.17 O +ANISOU12055 O VAL D 72 13760 8769 7932 -2468 -1181 -1757 O +ATOM 12056 CB VAL D 72 84.659 56.481 112.526 1.00 60.23 C +ANISOU12056 CB VAL D 72 10705 6133 6048 -1817 -1785 -1198 C +ATOM 12057 CG1 VAL D 72 84.854 54.973 112.408 1.00 58.77 C +ANISOU12057 CG1 VAL D 72 10589 6096 5646 -1844 -1930 -996 C +ATOM 12058 CG2 VAL D 72 83.733 56.999 111.432 1.00 66.07 C +ANISOU12058 CG2 VAL D 72 11099 6832 7172 -1501 -1643 -1267 C +ATOM 12059 N GLU D 73 81.714 56.870 113.747 1.00 77.94 N +ANISOU12059 N GLU D 73 12939 8299 8376 -2058 -933 -2047 N +ATOM 12060 CA GLU D 73 80.365 56.438 114.095 1.00 83.85 C +ANISOU12060 CA GLU D 73 13628 9072 9158 -2157 -555 -2369 C +ATOM 12061 C GLU D 73 79.948 55.202 113.307 1.00 85.43 C +ANISOU12061 C GLU D 73 13666 9413 9381 -2001 -636 -2191 C +ATOM 12062 O GLU D 73 79.368 54.268 113.874 1.00 82.97 O +ANISOU12062 O GLU D 73 13495 9181 8850 -2225 -436 -2302 O +ATOM 12063 CB GLU D 73 79.385 57.584 113.849 1.00 84.92 C +ANISOU12063 CB GLU D 73 13436 9025 9804 -1988 -291 -2714 C +ATOM 12064 CG GLU D 73 78.005 57.370 114.459 1.00 92.54 C +ANISOU12064 CG GLU D 73 14322 9967 10872 -2155 186 -3163 C +ATOM 12065 CD GLU D 73 77.488 58.583 115.215 1.00106.95 C +ANISOU12065 CD GLU D 73 16112 11586 12940 -2284 554 -3636 C +ATOM 12066 OE1 GLU D 73 78.260 59.543 115.428 1.00104.05 O +ANISOU12066 OE1 GLU D 73 15859 11100 12576 -2297 429 -3614 O +ATOM 12067 OE2 GLU D 73 76.300 58.576 115.603 1.00109.77 O +ANISOU12067 OE2 GLU D 73 16306 11882 13521 -2382 992 -4062 O +ATOM 12068 N ARG D 74 80.236 55.173 112.007 1.00 85.20 N +ANISOU12068 N ARG D 74 13365 9411 9595 -1648 -913 -1924 N +ATOM 12069 CA ARG D 74 79.683 54.169 111.107 1.00 74.36 C +ANISOU12069 CA ARG D 74 11781 8153 8319 -1465 -974 -1828 C +ATOM 12070 C ARG D 74 80.795 53.518 110.300 1.00 69.95 C +ANISOU12070 C ARG D 74 11247 7699 7631 -1322 -1334 -1430 C +ATOM 12071 O ARG D 74 81.590 54.212 109.658 1.00 71.34 O +ANISOU12071 O ARG D 74 11353 7838 7914 -1150 -1535 -1236 O +ATOM 12072 CB ARG D 74 78.651 54.807 110.171 1.00 73.61 C +ANISOU12072 CB ARG D 74 11283 7980 8707 -1163 -922 -1975 C +ATOM 12073 CG ARG D 74 78.029 53.862 109.157 1.00 69.56 C +ANISOU12073 CG ARG D 74 10536 7582 8311 -968 -1027 -1902 C +ATOM 12074 CD ARG D 74 77.161 54.631 108.179 1.00 83.93 C +ANISOU12074 CD ARG D 74 11981 9303 10606 -658 -1099 -1988 C +ATOM 12075 NE ARG D 74 76.506 53.757 107.211 1.00 97.62 N +ANISOU12075 NE ARG D 74 13497 11150 12445 -489 -1232 -1950 N +ATOM 12076 CZ ARG D 74 75.354 53.130 107.423 1.00104.44 C +ANISOU12076 CZ ARG D 74 14180 12024 13481 -553 -1034 -2229 C +ATOM 12077 NH1 ARG D 74 74.715 53.269 108.578 1.00 98.05 N +ANISOU12077 NH1 ARG D 74 13390 11123 12742 -797 -644 -2573 N +ATOM 12078 NH2 ARG D 74 74.837 52.357 106.478 1.00108.98 N +ANISOU12078 NH2 ARG D 74 14556 12699 14154 -397 -1206 -2188 N +ATOM 12079 N ILE D 75 80.843 52.192 110.334 1.00 74.38 N +ANISOU12079 N ILE D 75 11896 8369 7994 -1405 -1385 -1328 N +ATOM 12080 CA ILE D 75 81.732 51.399 109.496 1.00 80.70 C +ANISOU12080 CA ILE D 75 12658 9256 8748 -1256 -1673 -1021 C +ATOM 12081 C ILE D 75 80.866 50.566 108.558 1.00 70.47 C +ANISOU12081 C ILE D 75 11128 8052 7597 -1082 -1646 -1069 C +ATOM 12082 O ILE D 75 80.332 49.527 108.948 1.00 76.52 O +ANISOU12082 O ILE D 75 11954 8850 8269 -1227 -1543 -1150 O +ATOM 12083 CB ILE D 75 82.655 50.504 110.341 1.00 80.80 C +ANISOU12083 CB ILE D 75 12971 9270 8459 -1499 -1821 -849 C +ATOM 12084 CG1 ILE D 75 83.601 51.374 111.172 1.00 77.51 C +ANISOU12084 CG1 ILE D 75 12772 8766 7912 -1661 -1926 -793 C +ATOM 12085 CG2 ILE D 75 83.461 49.561 109.445 1.00 69.00 C +ANISOU12085 CG2 ILE D 75 11368 7833 7015 -1330 -2074 -596 C +ATOM 12086 CD1 ILE D 75 84.294 50.633 112.290 1.00 75.93 C +ANISOU12086 CD1 ILE D 75 12927 8535 7386 -1967 -2089 -665 C +ATOM 12087 N PRO D 76 80.696 51.009 107.258 1.00 60.43 N +ANISOU12087 N PRO D 76 9596 6817 6548 -781 -1758 -1013 N +ATOM 12088 CA PRO D 76 79.693 50.383 106.371 1.00 64.28 C +ANISOU12088 CA PRO D 76 9851 7385 7187 -624 -1754 -1113 C +ATOM 12089 C PRO D 76 80.218 49.166 105.614 1.00 66.66 C +ANISOU12089 C PRO D 76 10146 7804 7376 -557 -1914 -953 C +ATOM 12090 O PRO D 76 80.389 49.170 104.386 1.00 61.21 O +ANISOU12090 O PRO D 76 9326 7197 6733 -345 -2067 -850 O +ATOM 12091 CB PRO D 76 79.331 51.539 105.437 1.00 69.77 C +ANISOU12091 CB PRO D 76 10340 8040 8131 -372 -1848 -1104 C +ATOM 12092 CG PRO D 76 80.620 52.283 105.283 1.00 74.10 C +ANISOU12092 CG PRO D 76 11016 8554 8583 -341 -1979 -856 C +ATOM 12093 CD PRO D 76 81.357 52.150 106.600 1.00 71.96 C +ANISOU12093 CD PRO D 76 10994 8232 8116 -608 -1895 -858 C +ATOM 12094 N LEU D 77 80.486 48.088 106.351 1.00 69.94 N +ANISOU12094 N LEU D 77 10725 8215 7634 -756 -1878 -934 N +ATOM 12095 CA LEU D 77 80.779 46.793 105.740 1.00 77.92 C +ANISOU12095 CA LEU D 77 11698 9291 8616 -708 -1991 -853 C +ATOM 12096 C LEU D 77 79.465 46.097 105.377 1.00 88.99 C +ANISOU12096 C LEU D 77 12926 10738 10147 -685 -1887 -1071 C +ATOM 12097 O LEU D 77 79.127 45.018 105.863 1.00 89.55 O +ANISOU12097 O LEU D 77 13059 10778 10188 -846 -1806 -1134 O +ATOM 12098 CB LEU D 77 81.630 45.942 106.673 1.00 60.89 C +ANISOU12098 CB LEU D 77 9779 7055 6302 -921 -2053 -712 C +ATOM 12099 CG LEU D 77 83.094 46.372 106.795 1.00 49.55 C +ANISOU12099 CG LEU D 77 8442 5572 4813 -909 -2241 -483 C +ATOM 12100 CD1 LEU D 77 83.774 45.642 107.940 1.00 50.55 C +ANISOU12100 CD1 LEU D 77 8824 5580 4803 -1152 -2358 -348 C +ATOM 12101 CD2 LEU D 77 83.841 46.127 105.491 1.00 48.43 C +ANISOU12101 CD2 LEU D 77 8114 5501 4788 -678 -2369 -380 C +ATOM 12102 N GLU D 78 78.723 46.755 104.484 1.00 86.53 N +ANISOU12102 N GLU D 78 12391 10482 10005 -483 -1919 -1175 N +ATOM 12103 CA GLU D 78 77.352 46.363 104.191 1.00 81.77 C +ANISOU12103 CA GLU D 78 11566 9898 9603 -455 -1844 -1422 C +ATOM 12104 C GLU D 78 77.257 45.086 103.368 1.00 84.04 C +ANISOU12104 C GLU D 78 11773 10275 9885 -400 -1952 -1442 C +ATOM 12105 O GLU D 78 76.234 44.398 103.438 1.00 90.09 O +ANISOU12105 O GLU D 78 12399 11030 10802 -468 -1858 -1652 O +ATOM 12106 CB GLU D 78 76.642 47.499 103.457 1.00 83.65 C +ANISOU12106 CB GLU D 78 11582 10135 10066 -239 -1936 -1498 C +ATOM 12107 CG GLU D 78 76.404 48.742 104.299 1.00 87.37 C +ANISOU12107 CG GLU D 78 12059 10471 10665 -292 -1783 -1581 C +ATOM 12108 CD GLU D 78 75.823 49.886 103.492 1.00 97.27 C +ANISOU12108 CD GLU D 78 13088 11672 12200 -48 -1943 -1604 C +ATOM 12109 OE1 GLU D 78 75.746 49.765 102.253 1.00 98.06 O +ANISOU12109 OE1 GLU D 78 13090 11862 12307 149 -2210 -1497 O +ATOM 12110 OE2 GLU D 78 75.441 50.908 104.101 1.00105.37 O +ANISOU12110 OE2 GLU D 78 14048 12547 13439 -63 -1813 -1731 O +ATOM 12111 N ASN D 79 78.288 44.749 102.592 1.00 79.11 N +ANISOU12111 N ASN D 79 11214 9724 9121 -294 -2119 -1262 N +ATOM 12112 CA ASN D 79 78.207 43.644 101.644 1.00 69.08 C +ANISOU12112 CA ASN D 79 9853 8540 7857 -222 -2218 -1326 C +ATOM 12113 C ASN D 79 79.257 42.566 101.884 1.00 82.20 C +ANISOU12113 C ASN D 79 11647 10149 9436 -313 -2222 -1215 C +ATOM 12114 O ASN D 79 79.461 41.714 101.011 1.00 86.26 O +ANISOU12114 O ASN D 79 12094 10721 9960 -237 -2295 -1268 O +ATOM 12115 CB ASN D 79 78.326 44.176 100.214 1.00 60.75 C +ANISOU12115 CB ASN D 79 8718 7626 6739 -1 -2406 -1279 C +ATOM 12116 CG ASN D 79 77.254 45.193 99.880 1.00 64.65 C +ANISOU12116 CG ASN D 79 9059 8129 7375 114 -2491 -1362 C +ATOM 12117 OD1 ASN D 79 77.551 46.302 99.438 1.00 82.30 O +ANISOU12117 OD1 ASN D 79 11330 10377 9562 232 -2598 -1211 O +ATOM 12118 ND2 ASN D 79 75.997 44.820 100.094 1.00 54.05 N +ANISOU12118 ND2 ASN D 79 7526 6752 6258 77 -2451 -1602 N +ATOM 12119 N LEU D 80 79.926 42.573 103.035 1.00 76.19 N +ANISOU12119 N LEU D 80 11072 9264 8614 -475 -2168 -1075 N +ATOM 12120 CA LEU D 80 80.866 41.508 103.371 1.00 61.43 C +ANISOU12120 CA LEU D 80 9310 7288 6742 -562 -2230 -954 C +ATOM 12121 C LEU D 80 80.088 40.221 103.615 1.00 59.32 C +ANISOU12121 C LEU D 80 9020 6943 6577 -690 -2164 -1092 C +ATOM 12122 O LEU D 80 79.321 40.124 104.578 1.00 58.72 O +ANISOU12122 O LEU D 80 9035 6791 6486 -891 -2022 -1148 O +ATOM 12123 CB LEU D 80 81.688 41.898 104.595 1.00 67.53 C +ANISOU12123 CB LEU D 80 10310 7935 7415 -724 -2259 -754 C +ATOM 12124 CG LEU D 80 82.572 40.807 105.208 1.00 61.37 C +ANISOU12124 CG LEU D 80 9662 6981 6672 -848 -2389 -594 C +ATOM 12125 CD1 LEU D 80 83.584 40.286 104.199 1.00 59.81 C +ANISOU12125 CD1 LEU D 80 9305 6784 6638 -660 -2516 -555 C +ATOM 12126 CD2 LEU D 80 83.273 41.337 106.447 1.00 64.30 C +ANISOU12126 CD2 LEU D 80 10285 7242 6903 -1028 -2475 -397 C +ATOM 12127 N GLN D 81 80.282 39.230 102.745 1.00 61.60 N +ANISOU12127 N GLN D 81 9192 7239 6975 -595 -2235 -1165 N +ATOM 12128 CA GLN D 81 79.505 37.997 102.804 1.00 72.81 C +ANISOU12128 CA GLN D 81 10555 8573 8537 -700 -2179 -1322 C +ATOM 12129 C GLN D 81 80.171 36.928 103.663 1.00 74.46 C +ANISOU12129 C GLN D 81 10929 8543 8818 -868 -2229 -1161 C +ATOM 12130 O GLN D 81 79.523 36.332 104.529 1.00 76.40 O +ANISOU12130 O GLN D 81 11288 8656 9085 -1092 -2134 -1165 O +ATOM 12131 CB GLN D 81 79.277 37.450 101.392 1.00 67.49 C +ANISOU12131 CB GLN D 81 9673 8014 7954 -527 -2240 -1528 C +ATOM 12132 CG GLN D 81 78.458 38.354 100.490 1.00 64.37 C +ANISOU12132 CG GLN D 81 9133 7833 7493 -381 -2266 -1674 C +ATOM 12133 CD GLN D 81 78.259 37.760 99.110 1.00 75.67 C +ANISOU12133 CD GLN D 81 10423 9388 8940 -252 -2361 -1877 C +ATOM 12134 OE1 GLN D 81 79.161 37.791 98.273 1.00 68.14 O +ANISOU12134 OE1 GLN D 81 9496 8518 7876 -139 -2414 -1841 O +ATOM 12135 NE2 GLN D 81 77.076 37.208 98.868 1.00 89.87 N +ANISOU12135 NE2 GLN D 81 12072 11199 10877 -293 -2366 -2116 N +ATOM 12136 N ILE D 82 81.456 36.672 103.436 1.00 74.26 N +ANISOU12136 N ILE D 82 10916 8440 8860 -773 -2381 -1015 N +ATOM 12137 CA ILE D 82 82.142 35.535 104.038 1.00 69.42 C +ANISOU12137 CA ILE D 82 10401 7557 8418 -880 -2507 -867 C +ATOM 12138 C ILE D 82 83.490 35.986 104.578 1.00 79.91 C +ANISOU12138 C ILE D 82 11838 8787 9736 -869 -2690 -601 C +ATOM 12139 O ILE D 82 84.179 36.806 103.964 1.00 76.79 O +ANISOU12139 O ILE D 82 11335 8525 9317 -702 -2706 -597 O +ATOM 12140 CB ILE D 82 82.326 34.389 103.019 1.00 70.60 C +ANISOU12140 CB ILE D 82 10343 7640 8844 -750 -2536 -1047 C +ATOM 12141 CG1 ILE D 82 82.931 33.153 103.699 1.00 57.40 C +ANISOU12141 CG1 ILE D 82 8755 5620 7435 -860 -2690 -889 C +ATOM 12142 CG2 ILE D 82 83.201 34.866 101.873 1.00 54.54 C +ANISOU12142 CG2 ILE D 82 8135 5757 6831 -513 -2551 -1125 C +ATOM 12143 CD1 ILE D 82 83.255 32.008 102.751 1.00 66.03 C +ANISOU12143 CD1 ILE D 82 9623 6588 8876 -726 -2713 -1090 C +ATOM 12144 N ILE D 83 83.860 35.440 105.732 1.00 79.80 N +ANISOU12144 N ILE D 83 12048 8528 9743 -1066 -2844 -369 N +ATOM 12145 CA ILE D 83 85.203 35.560 106.291 1.00 76.83 C +ANISOU12145 CA ILE D 83 11755 7985 9451 -1068 -3115 -107 C +ATOM 12146 C ILE D 83 85.750 34.144 106.404 1.00 83.52 C +ANISOU12146 C ILE D 83 12568 8510 10656 -1079 -3327 -10 C +ATOM 12147 O ILE D 83 85.263 33.348 107.216 1.00 81.36 O +ANISOU12147 O ILE D 83 12516 8041 10355 -1298 -3385 112 O +ATOM 12148 CB ILE D 83 85.206 36.271 107.653 1.00 66.75 C +ANISOU12148 CB ILE D 83 10825 6682 7856 -1315 -3194 116 C +ATOM 12149 CG1 ILE D 83 84.415 37.581 107.581 1.00 55.36 C +ANISOU12149 CG1 ILE D 83 9400 5515 6120 -1319 -2934 -37 C +ATOM 12150 CG2 ILE D 83 86.641 36.540 108.100 1.00 68.32 C +ANISOU12150 CG2 ILE D 83 11063 6734 8162 -1291 -3525 363 C +ATOM 12151 CD1 ILE D 83 84.188 38.236 108.927 1.00 56.41 C +ANISOU12151 CD1 ILE D 83 9886 5631 5915 -1604 -2919 89 C +ATOM 12152 N ARG D 84 86.758 33.824 105.593 1.00 59.30 N +ANISOU12152 N ARG D 84 9221 5363 7948 -856 -3425 -72 N +ATOM 12153 CA ARG D 84 87.198 32.437 105.492 1.00 66.74 C +ANISOU12153 CA ARG D 84 10048 5977 9335 -820 -3590 -61 C +ATOM 12154 C ARG D 84 87.954 31.998 106.739 1.00 84.27 C +ANISOU12154 C ARG D 84 12483 7843 11691 -974 -3989 314 C +ATOM 12155 O ARG D 84 87.722 30.899 107.257 1.00 86.46 O +ANISOU12155 O ARG D 84 12893 7825 12133 -1106 -4139 442 O +ATOM 12156 CB ARG D 84 88.065 32.246 104.248 1.00 61.96 C +ANISOU12156 CB ARG D 84 9055 5379 9108 -548 -3527 -293 C +ATOM 12157 CG ARG D 84 87.365 32.610 102.955 1.00 60.06 C +ANISOU12157 CG ARG D 84 8654 5481 8685 -421 -3182 -645 C +ATOM 12158 CD ARG D 84 88.122 32.080 101.752 1.00 75.76 C +ANISOU12158 CD ARG D 84 10313 7433 11041 -219 -3077 -917 C +ATOM 12159 NE ARG D 84 87.460 32.428 100.499 1.00 74.51 N +ANISOU12159 NE ARG D 84 10069 7615 10628 -132 -2784 -1235 N +ATOM 12160 CZ ARG D 84 86.420 31.772 99.991 1.00 77.25 C +ANISOU12160 CZ ARG D 84 10409 8024 10917 -158 -2670 -1473 C +ATOM 12161 NH1 ARG D 84 85.909 30.725 100.628 1.00 72.42 N +ANISOU12161 NH1 ARG D 84 9861 7151 10505 -274 -2774 -1434 N +ATOM 12162 NH2 ARG D 84 85.886 32.166 98.844 1.00 84.28 N +ANISOU12162 NH2 ARG D 84 11244 9230 11549 -87 -2472 -1738 N +ATOM 12163 N GLY D 85 88.857 32.835 107.236 1.00 85.26 N +ANISOU12163 N GLY D 85 12661 7977 11757 -974 -4197 508 N +ATOM 12164 CA GLY D 85 89.656 32.470 108.385 1.00 67.55 C +ANISOU12164 CA GLY D 85 10625 5399 9643 -1117 -4658 876 C +ATOM 12165 C GLY D 85 90.948 31.762 108.055 1.00 85.14 C +ANISOU12165 C GLY D 85 12519 7294 12538 -916 -4968 917 C +ATOM 12166 O GLY D 85 91.410 30.937 108.852 1.00 86.07 O +ANISOU12166 O GLY D 85 12764 7022 12916 -1012 -5392 1203 O +ATOM 12167 N ASN D 86 91.546 32.047 106.894 1.00 94.24 N +ANISOU12167 N ASN D 86 13243 8567 13996 -649 -4767 634 N +ATOM 12168 CA ASN D 86 92.865 31.504 106.588 1.00 93.02 C +ANISOU12168 CA ASN D 86 12710 8094 14541 -458 -5013 622 C +ATOM 12169 C ASN D 86 93.857 31.814 107.699 1.00105.52 C +ANISOU12169 C ASN D 86 14402 9438 16251 -549 -5538 991 C +ATOM 12170 O ASN D 86 94.821 31.068 107.903 1.00123.87 O +ANISOU12170 O ASN D 86 16508 11354 19204 -460 -5927 1108 O +ATOM 12171 CB ASN D 86 93.378 32.071 105.263 1.00 88.30 C +ANISOU12171 CB ASN D 86 11696 7732 14120 -225 -4643 263 C +ATOM 12172 CG ASN D 86 92.684 31.467 104.060 1.00 88.68 C +ANISOU12172 CG ASN D 86 11576 7916 14203 -114 -4227 -123 C +ATOM 12173 OD1 ASN D 86 91.624 30.853 104.182 1.00 87.51 O +ANISOU12173 OD1 ASN D 86 11627 7768 13854 -214 -4161 -145 O +ATOM 12174 ND2 ASN D 86 93.281 31.642 102.887 1.00 91.03 N +ANISOU12174 ND2 ASN D 86 11513 8328 14743 68 -3934 -443 N +ATOM 12175 N MET D 87 93.637 32.909 108.422 1.00 92.12 N +ANISOU12175 N MET D 87 13031 7972 13998 -726 -5577 1160 N +ATOM 12176 CA MET D 87 94.475 33.294 109.542 1.00 87.69 C +ANISOU12176 CA MET D 87 12647 7227 13446 -860 -6094 1502 C +ATOM 12177 C MET D 87 93.583 33.731 110.690 1.00 92.27 C +ANISOU12177 C MET D 87 13829 7944 13286 -1196 -6148 1732 C +ATOM 12178 O MET D 87 92.384 33.975 110.519 1.00 92.51 O +ANISOU12178 O MET D 87 14053 8254 12843 -1288 -5721 1580 O +ATOM 12179 CB MET D 87 95.435 34.424 109.170 1.00 91.74 C +ANISOU12179 CB MET D 87 12865 7888 14104 -731 -6064 1402 C +ATOM 12180 CG MET D 87 96.699 33.973 108.467 1.00101.84 C +ANISOU12180 CG MET D 87 13572 8904 16218 -472 -6184 1270 C +ATOM 12181 SD MET D 87 97.816 35.346 108.104 1.00101.43 S +ANISOU12181 SD MET D 87 13187 9017 16335 -378 -6113 1163 S +ATOM 12182 CE MET D 87 97.871 36.201 109.681 1.00111.85 C +ANISOU12182 CE MET D 87 15013 10339 17146 -676 -6613 1553 C +ATOM 12183 N TYR D 88 94.185 33.841 111.870 1.00 97.82 N +ANISOU12183 N TYR D 88 14813 8454 13902 -1397 -6651 2063 N +ATOM 12184 CA TYR D 88 93.467 34.238 113.069 1.00 87.71 C +ANISOU12184 CA TYR D 88 14098 7316 11912 -1780 -6601 2202 C +ATOM 12185 C TYR D 88 94.154 35.422 113.724 1.00 84.67 C +ANISOU12185 C TYR D 88 13779 7054 11336 -1899 -6651 2204 C +ATOM 12186 O TYR D 88 95.376 35.580 113.646 1.00 91.24 O +ANISOU12186 O TYR D 88 14292 7738 12638 -1773 -6901 2210 O +ATOM 12187 CB TYR D 88 93.373 33.087 114.079 1.00 87.41 C +ANISOU12187 CB TYR D 88 14365 7000 11848 -2044 -6898 2444 C +ATOM 12188 CG TYR D 88 92.519 31.928 113.624 1.00109.74 C +ANISOU12188 CG TYR D 88 17225 9678 14792 -2000 -6791 2464 C +ATOM 12189 CD1 TYR D 88 91.457 32.119 112.746 1.00104.26 C +ANISOU12189 CD1 TYR D 88 16485 9199 13929 -1897 -6291 2224 C +ATOM 12190 CD2 TYR D 88 92.773 30.642 114.074 1.00120.92 C +ANISOU12190 CD2 TYR D 88 18655 10775 16514 -2076 -7104 2638 C +ATOM 12191 CE1 TYR D 88 90.678 31.061 112.332 1.00111.39 C +ANISOU12191 CE1 TYR D 88 17345 9990 14987 -1887 -6072 2126 C +ATOM 12192 CE2 TYR D 88 91.999 29.578 113.665 1.00121.32 C +ANISOU12192 CE2 TYR D 88 18720 10658 16718 -2045 -6960 2633 C +ATOM 12193 CZ TYR D 88 90.954 29.792 112.795 1.00117.26 C +ANISOU12193 CZ TYR D 88 18205 10276 16074 -1966 -6478 2411 C +ATOM 12194 OH TYR D 88 90.185 28.729 112.390 1.00116.89 O +ANISOU12194 OH TYR D 88 18110 10089 16215 -1970 -6258 2303 O +ATOM 12195 N TYR D 89 93.343 36.257 114.361 1.00 82.32 N +ANISOU12195 N TYR D 89 13886 7005 10385 -2142 -6389 2179 N +ATOM 12196 CA TYR D 89 93.826 37.349 115.193 1.00101.06 C +ANISOU12196 CA TYR D 89 16428 9457 12514 -2310 -6415 2195 C +ATOM 12197 C TYR D 89 93.851 36.849 116.633 1.00113.27 C +ANISOU12197 C TYR D 89 18438 10814 13786 -2686 -6693 2421 C +ATOM 12198 O TYR D 89 92.798 36.698 117.259 1.00114.47 O +ANISOU12198 O TYR D 89 19026 11055 13412 -2964 -6494 2449 O +ATOM 12199 CB TYR D 89 92.935 38.580 115.038 1.00103.61 C +ANISOU12199 CB TYR D 89 16886 10141 12341 -2347 -5946 1995 C +ATOM 12200 CG TYR D 89 93.233 39.688 116.022 1.00 96.36 C +ANISOU12200 CG TYR D 89 16210 9288 11112 -2558 -5936 2005 C +ATOM 12201 CD1 TYR D 89 94.368 40.478 115.887 1.00 89.04 C +ANISOU12201 CD1 TYR D 89 15015 8329 10486 -2424 -6099 1988 C +ATOM 12202 CD2 TYR D 89 92.375 39.950 117.078 1.00101.09 C +ANISOU12202 CD2 TYR D 89 17306 9974 11130 -2903 -5754 2016 C +ATOM 12203 CE1 TYR D 89 94.642 41.493 116.784 1.00 95.62 C +ANISOU12203 CE1 TYR D 89 16077 9206 11047 -2615 -6116 1994 C +ATOM 12204 CE2 TYR D 89 92.639 40.959 117.977 1.00103.71 C +ANISOU12204 CE2 TYR D 89 17863 10356 11185 -3096 -5743 2005 C +ATOM 12205 CZ TYR D 89 93.772 41.729 117.827 1.00 99.88 C +ANISOU12205 CZ TYR D 89 17114 9832 11004 -2944 -5941 1999 C +ATOM 12206 OH TYR D 89 94.033 42.737 118.726 1.00100.83 O +ANISOU12206 OH TYR D 89 17468 9993 10849 -3140 -5954 1985 O +ATOM 12207 N GLU D 90 95.057 36.579 117.141 1.00127.41 N +ANISOU12207 N GLU D 90 20131 12337 15943 -2709 -7157 2572 N +ATOM 12208 CA GLU D 90 95.286 36.035 118.478 1.00135.31 C +ANISOU12208 CA GLU D 90 21542 13120 16751 -3055 -7535 2808 C +ATOM 12209 C GLU D 90 95.175 34.516 118.480 1.00129.62 C +ANISOU12209 C GLU D 90 20817 12150 16281 -3076 -7805 2964 C +ATOM 12210 O GLU D 90 94.951 33.911 119.532 1.00131.68 O +ANISOU12210 O GLU D 90 21508 12283 16243 -3403 -8029 3162 O +ATOM 12211 CB GLU D 90 94.315 36.625 119.508 1.00136.29 C +ANISOU12211 CB GLU D 90 22258 13436 16089 -3437 -7264 2811 C +ATOM 12212 CG GLU D 90 94.309 38.144 119.555 1.00124.96 C +ANISOU12212 CG GLU D 90 20838 12250 14392 -3424 -6966 2639 C +ATOM 12213 CD GLU D 90 95.671 38.716 119.878 1.00129.83 C +ANISOU12213 CD GLU D 90 21290 12719 15321 -3372 -7343 2708 C +ATOM 12214 OE1 GLU D 90 95.890 39.115 121.042 1.00129.84 O +ANISOU12214 OE1 GLU D 90 21677 12667 14988 -3671 -7516 2810 O +ATOM 12215 OE2 GLU D 90 96.526 38.759 118.969 1.00130.63 O +ANISOU12215 OE2 GLU D 90 20880 12747 16006 -3044 -7466 2652 O +ATOM 12216 N ASN D 91 95.337 33.892 117.314 1.00122.66 N +ANISOU12216 N ASN D 91 19458 11194 15952 -2734 -7784 2875 N +ATOM 12217 CA ASN D 91 95.302 32.441 117.152 1.00125.06 C +ANISOU12217 CA ASN D 91 19657 11239 16620 -2683 -8025 2995 C +ATOM 12218 C ASN D 91 93.918 31.852 117.385 1.00130.42 C +ANISOU12218 C ASN D 91 20745 12013 16794 -2888 -7765 3053 C +ATOM 12219 O ASN D 91 93.787 30.624 117.462 1.00120.70 O +ANISOU12219 O ASN D 91 19525 10558 15777 -2909 -7962 3195 O +ATOM 12220 CB ASN D 91 96.293 31.741 118.090 1.00120.88 C +ANISOU12220 CB ASN D 91 19186 10365 16380 -2841 -8633 3237 C +ATOM 12221 CG ASN D 91 97.652 32.407 118.109 1.00120.09 C +ANISOU12221 CG ASN D 91 18769 10142 16719 -2723 -8915 3205 C +ATOM 12222 OD1 ASN D 91 98.036 33.026 119.101 1.00127.45 O +ANISOU12222 OD1 ASN D 91 20012 11056 17357 -2970 -9117 3317 O +ATOM 12223 ND2 ASN D 91 98.394 32.273 117.016 1.00114.26 N +ANISOU12223 ND2 ASN D 91 17411 9299 16703 -2355 -8919 3045 N +ATOM 12224 N SER D 92 92.879 32.683 117.501 1.00135.19 N +ANISOU12224 N SER D 92 21672 12924 16769 -3045 -7313 2940 N +ATOM 12225 CA SER D 92 91.568 32.155 117.860 1.00130.78 C +ANISOU12225 CA SER D 92 21539 12434 15718 -3305 -7048 2995 C +ATOM 12226 C SER D 92 90.396 32.944 117.286 1.00113.05 C +ANISOU12226 C SER D 92 19379 10503 13072 -3290 -6471 2774 C +ATOM 12227 O SER D 92 89.254 32.649 117.657 1.00118.72 O +ANISOU12227 O SER D 92 20476 11288 13346 -3559 -6184 2792 O +ATOM 12228 CB SER D 92 91.436 32.102 119.393 1.00140.81 C +ANISOU12228 CB SER D 92 23391 13663 16446 -3778 -7204 3183 C +ATOM 12229 OG SER D 92 91.654 33.379 119.967 1.00143.86 O +ANISOU12229 OG SER D 92 23954 14224 16484 -3922 -7098 3092 O +ATOM 12230 N TYR D 93 90.610 33.913 116.396 1.00101.34 N +ANISOU12230 N TYR D 93 17558 9213 11735 -3003 -6283 2564 N +ATOM 12231 CA TYR D 93 89.520 34.768 115.942 1.00102.48 C +ANISOU12231 CA TYR D 93 17791 9680 11466 -3006 -5784 2348 C +ATOM 12232 C TYR D 93 89.604 35.032 114.449 1.00102.77 C +ANISOU12232 C TYR D 93 17280 9852 11914 -2571 -5598 2098 C +ATOM 12233 O TYR D 93 90.689 35.228 113.898 1.00113.79 O +ANISOU12233 O TYR D 93 18301 11177 13757 -2296 -5846 2095 O +ATOM 12234 CB TYR D 93 89.527 36.107 116.690 1.00107.83 C +ANISOU12234 CB TYR D 93 18676 10586 11709 -3194 -5596 2238 C +ATOM 12235 CG TYR D 93 89.220 35.963 118.160 1.00119.00 C +ANISOU12235 CG TYR D 93 20643 11933 12639 -3663 -5617 2376 C +ATOM 12236 CD1 TYR D 93 88.221 35.105 118.595 1.00125.78 C +ANISOU12236 CD1 TYR D 93 21872 12740 13179 -3955 -5469 2456 C +ATOM 12237 CD2 TYR D 93 89.934 36.672 119.113 1.00115.10 C +ANISOU12237 CD2 TYR D 93 20316 11417 12001 -3830 -5780 2426 C +ATOM 12238 CE1 TYR D 93 87.935 34.958 119.930 1.00120.73 C +ANISOU12238 CE1 TYR D 93 21749 12054 12068 -4408 -5464 2561 C +ATOM 12239 CE2 TYR D 93 89.655 36.534 120.456 1.00118.39 C +ANISOU12239 CE2 TYR D 93 21264 11774 11945 -4277 -5810 2540 C +ATOM 12240 CZ TYR D 93 88.655 35.673 120.860 1.00114.42 C +ANISOU12240 CZ TYR D 93 21123 11243 11110 -4569 -5645 2599 C +ATOM 12241 OH TYR D 93 88.367 35.530 122.197 1.00113.06 O +ANISOU12241 OH TYR D 93 21500 11022 10437 -5041 -5647 2697 O +ATOM 12242 N ALA D 94 88.434 35.040 113.807 1.00 82.65 N +ANISOU12242 N ALA D 94 14611 7522 9269 -2523 -5052 1797 N +ATOM 12243 CA ALA D 94 88.285 35.501 112.436 1.00 71.71 C +ANISOU12243 CA ALA D 94 12717 6369 8161 -2165 -4707 1448 C +ATOM 12244 C ALA D 94 87.684 36.894 112.355 1.00 76.45 C +ANISOU12244 C ALA D 94 13336 7316 8395 -2182 -4335 1218 C +ATOM 12245 O ALA D 94 87.830 37.557 111.325 1.00 79.56 O +ANISOU12245 O ALA D 94 13363 7895 8973 -1899 -4155 1005 O +ATOM 12246 CB ALA D 94 87.400 34.531 111.645 1.00 76.97 C +ANISOU12246 CB ALA D 94 13187 7021 9039 -2069 -4418 1254 C +ATOM 12247 N LEU D 95 87.008 37.337 113.413 1.00 76.60 N +ANISOU12247 N LEU D 95 13786 7408 7910 -2520 -4205 1251 N +ATOM 12248 CA LEU D 95 86.444 38.679 113.504 1.00 73.27 C +ANISOU12248 CA LEU D 95 13403 7258 7177 -2565 -3869 1025 C +ATOM 12249 C LEU D 95 86.687 39.172 114.919 1.00 76.98 C +ANISOU12249 C LEU D 95 14384 7685 7181 -2938 -4041 1198 C +ATOM 12250 O LEU D 95 86.293 38.504 115.880 1.00 75.79 O +ANISOU12250 O LEU D 95 14666 7413 6719 -3288 -4079 1356 O +ATOM 12251 CB LEU D 95 84.943 38.681 113.187 1.00 75.24 C +ANISOU12251 CB LEU D 95 13594 7677 7317 -2608 -3349 729 C +ATOM 12252 CG LEU D 95 84.100 39.859 113.710 1.00 79.72 C +ANISOU12252 CG LEU D 95 14319 8441 7530 -2784 -2978 503 C +ATOM 12253 CD1 LEU D 95 84.471 41.162 113.041 1.00 81.48 C +ANISOU12253 CD1 LEU D 95 14259 8827 7873 -2515 -2938 358 C +ATOM 12254 CD2 LEU D 95 82.623 39.582 113.519 1.00 80.42 C +ANISOU12254 CD2 LEU D 95 14331 8620 7605 -2862 -2514 231 C +ATOM 12255 N ALA D 96 87.336 40.327 115.055 1.00 83.38 N +ANISOU12255 N ALA D 96 15173 8585 7922 -2894 -4143 1170 N +ATOM 12256 CA ALA D 96 87.576 40.900 116.376 1.00 78.32 C +ANISOU12256 CA ALA D 96 14888 7899 6970 -3189 -4144 1267 C +ATOM 12257 C ALA D 96 87.296 42.391 116.331 1.00 87.62 C +ANISOU12257 C ALA D 96 15983 9292 8015 -3147 -3822 1000 C +ATOM 12258 O ALA D 96 88.004 43.136 115.648 1.00 90.82 O +ANISOU12258 O ALA D 96 16056 9745 8705 -2873 -3908 953 O +ATOM 12259 CB ALA D 96 89.009 40.636 116.849 1.00 73.13 C +ANISOU12259 CB ALA D 96 14209 6999 6579 -3165 -4631 1553 C +ATOM 12260 N VAL D 97 86.269 42.822 117.057 1.00 92.25 N +ANISOU12260 N VAL D 97 16869 9988 8194 -3435 -3441 815 N +ATOM 12261 CA VAL D 97 85.937 44.232 117.193 1.00 88.91 C +ANISOU12261 CA VAL D 97 16407 9724 7653 -3440 -3131 542 C +ATOM 12262 C VAL D 97 86.211 44.610 118.643 1.00 88.28 C +ANISOU12262 C VAL D 97 16740 9580 7223 -3795 -3144 627 C +ATOM 12263 O VAL D 97 85.540 44.123 119.562 1.00 82.04 O +ANISOU12263 O VAL D 97 16344 8762 6064 -4162 -2958 634 O +ATOM 12264 CB VAL D 97 84.488 44.527 116.783 1.00 80.58 C +ANISOU12264 CB VAL D 97 15284 8827 6504 -3467 -2635 162 C +ATOM 12265 CG1 VAL D 97 84.251 44.101 115.335 1.00 80.84 C +ANISOU12265 CG1 VAL D 97 14856 8904 6954 -3088 -2627 98 C +ATOM 12266 CG2 VAL D 97 83.509 43.805 117.659 1.00 85.88 C +ANISOU12266 CG2 VAL D 97 16341 9479 6811 -3865 -2352 109 C +ATOM 12267 N LEU D 98 87.213 45.457 118.858 1.00 94.59 N +ANISOU12267 N LEU D 98 17466 10346 8128 -3715 -3364 688 N +ATOM 12268 CA LEU D 98 87.732 45.705 120.195 1.00 91.09 C +ANISOU12268 CA LEU D 98 17400 9808 7401 -4032 -3508 812 C +ATOM 12269 C LEU D 98 87.840 47.198 120.456 1.00104.97 C +ANISOU12269 C LEU D 98 19127 11673 9084 -4037 -3340 579 C +ATOM 12270 O LEU D 98 88.471 47.923 119.679 1.00110.95 O +ANISOU12270 O LEU D 98 19537 12453 10167 -3742 -3465 535 O +ATOM 12271 CB LEU D 98 89.102 45.049 120.367 1.00 98.98 C +ANISOU12271 CB LEU D 98 18373 10583 8652 -3972 -4089 1164 C +ATOM 12272 CG LEU D 98 89.224 43.591 119.939 1.00 94.64 C +ANISOU12272 CG LEU D 98 17758 9878 8325 -3893 -4341 1391 C +ATOM 12273 CD1 LEU D 98 90.682 43.178 119.928 1.00 99.44 C +ANISOU12273 CD1 LEU D 98 18199 10254 9330 -3757 -4902 1654 C +ATOM 12274 CD2 LEU D 98 88.421 42.688 120.858 1.00104.79 C +ANISOU12274 CD2 LEU D 98 19520 11092 9205 -4291 -4236 1477 C +ATOM 12275 N SER D 99 87.234 47.647 121.553 1.00101.13 N +ANISOU12275 N SER D 99 19013 11237 8174 -4394 -3047 420 N +ATOM 12276 CA SER D 99 87.461 48.986 122.100 1.00108.19 C +ANISOU12276 CA SER D 99 19968 12188 8951 -4478 -2944 218 C +ATOM 12277 C SER D 99 87.328 50.066 121.028 1.00105.91 C +ANISOU12277 C SER D 99 19251 11996 8994 -4141 -2780 -50 C +ATOM 12278 O SER D 99 88.249 50.839 120.759 1.00106.43 O +ANISOU12278 O SER D 99 19132 12026 9281 -3976 -3027 -20 O +ATOM 12279 CB SER D 99 88.822 49.057 122.782 1.00 87.01 C +ANISOU12279 CB SER D 99 17427 9363 6271 -4557 -3453 490 C +ATOM 12280 OG SER D 99 88.787 48.322 123.986 1.00 95.15 O +ANISOU12280 OG SER D 99 18944 10296 6913 -4955 -3552 669 O +ATOM 12281 N ASN D 100 86.146 50.119 120.427 1.00 96.11 N +ANISOU12281 N ASN D 100 17862 10855 7800 -4064 -2363 -325 N +ATOM 12282 CA ASN D 100 85.810 51.184 119.488 1.00 93.01 C +ANISOU12282 CA ASN D 100 17118 10514 7708 -3797 -2173 -621 C +ATOM 12283 C ASN D 100 85.019 52.266 120.222 1.00 99.21 C +ANISOU12283 C ASN D 100 18035 11335 8324 -4008 -1724 -1028 C +ATOM 12284 O ASN D 100 83.829 52.482 119.995 1.00 92.92 O +ANISOU12284 O ASN D 100 17136 10577 7590 -4012 -1280 -1367 O +ATOM 12285 CB ASN D 100 85.035 50.617 118.303 1.00 97.64 C +ANISOU12285 CB ASN D 100 17421 11144 8533 -3558 -2042 -696 C +ATOM 12286 CG ASN D 100 85.727 49.426 117.666 1.00 99.31 C +ANISOU12286 CG ASN D 100 17518 11315 8898 -3383 -2433 -332 C +ATOM 12287 OD1 ASN D 100 86.788 49.563 117.058 1.00104.79 O +ANISOU12287 OD1 ASN D 100 17997 11961 9858 -3154 -2782 -140 O +ATOM 12288 ND2 ASN D 100 85.123 48.250 117.795 1.00 89.37 N +ANISOU12288 ND2 ASN D 100 16392 10060 7504 -3504 -2352 -260 N +ATOM 12289 N TYR D 101 85.715 52.949 121.131 1.00116.70 N +ANISOU12289 N TYR D 101 20460 13518 10362 -4187 -1844 -1014 N +ATOM 12290 CA TYR D 101 85.096 53.974 121.959 1.00124.36 C +ANISOU12290 CA TYR D 101 21578 14509 11162 -4415 -1433 -1406 C +ATOM 12291 C TYR D 101 86.035 55.154 122.138 1.00122.78 C +ANISOU12291 C TYR D 101 21337 14247 11067 -4370 -1655 -1455 C +ATOM 12292 O TYR D 101 87.254 54.989 122.246 1.00111.82 O +ANISOU12292 O TYR D 101 19994 12810 9682 -4341 -2135 -1134 O +ATOM 12293 CB TYR D 101 84.715 53.426 123.334 1.00133.41 C +ANISOU12293 CB TYR D 101 23195 15693 11800 -4864 -1232 -1391 C +ATOM 12294 CG TYR D 101 85.890 53.115 124.219 1.00127.34 C +ANISOU12294 CG TYR D 101 22762 14867 10755 -5065 -1698 -1035 C +ATOM 12295 CD1 TYR D 101 86.667 51.993 123.988 1.00132.78 C +ANISOU12295 CD1 TYR D 101 23479 15480 11491 -4986 -2177 -583 C +ATOM 12296 CD2 TYR D 101 86.214 53.931 125.292 1.00140.87 C +ANISOU12296 CD2 TYR D 101 24752 16577 12197 -5335 -1670 -1170 C +ATOM 12297 CE1 TYR D 101 87.736 51.699 124.787 1.00127.19 C +ANISOU12297 CE1 TYR D 101 23046 14671 10611 -5158 -2634 -272 C +ATOM 12298 CE2 TYR D 101 87.285 53.641 126.103 1.00147.05 C +ANISOU12298 CE2 TYR D 101 25841 17288 12744 -5524 -2136 -851 C +ATOM 12299 CZ TYR D 101 88.040 52.521 125.845 1.00137.85 C +ANISOU12299 CZ TYR D 101 24681 16025 11672 -5430 -2626 -399 C +ATOM 12300 OH TYR D 101 89.109 52.226 126.651 1.00142.36 O +ANISOU12300 OH TYR D 101 25531 16480 12079 -5609 -3121 -94 O +ATOM 12301 N ASP D 102 85.440 56.338 122.177 1.00160.28 N +ANISOU12301 N ASP D 102 25978 18968 15953 -4369 -1295 -1882 N +ATOM 12302 CA ASP D 102 86.136 57.584 122.441 1.00162.85 C +ANISOU12302 CA ASP D 102 26280 19212 16384 -4372 -1412 -2025 C +ATOM 12303 C ASP D 102 86.305 57.782 123.945 1.00162.20 C +ANISOU12303 C ASP D 102 26616 19171 15840 -4769 -1340 -2103 C +ATOM 12304 O ASP D 102 85.581 57.204 124.761 1.00169.19 O +ANISOU12304 O ASP D 102 27793 20136 16358 -5059 -1040 -2164 O +ATOM 12305 CB ASP D 102 85.355 58.761 121.846 1.00162.30 C +ANISOU12305 CB ASP D 102 25914 19034 16719 -4205 -1046 -2470 C +ATOM 12306 CG ASP D 102 86.204 60.002 121.673 1.00169.60 C +ANISOU12306 CG ASP D 102 26715 19812 17912 -4113 -1260 -2549 C +ATOM 12307 OD1 ASP D 102 87.317 60.046 122.236 1.00174.85 O +ANISOU12307 OD1 ASP D 102 27549 20493 18393 -4232 -1625 -2336 O +ATOM 12308 OD2 ASP D 102 85.753 60.936 120.980 1.00172.37 O +ANISOU12308 OD2 ASP D 102 26799 20002 18694 -3929 -1071 -2824 O +ATOM 12309 N ALA D 103 87.281 58.615 124.309 1.00144.60 N +ANISOU12309 N ALA D 103 24430 16880 13633 -4806 -1618 -2104 N +ATOM 12310 CA ALA D 103 87.476 58.942 125.718 1.00143.68 C +ANISOU12310 CA ALA D 103 24717 16796 13081 -5186 -1572 -2215 C +ATOM 12311 C ALA D 103 86.207 59.527 126.324 1.00143.96 C +ANISOU12311 C ALA D 103 24846 16862 12991 -5394 -914 -2717 C +ATOM 12312 O ALA D 103 85.889 59.271 127.492 1.00153.50 O +ANISOU12312 O ALA D 103 26460 18144 13721 -5782 -707 -2784 O +ATOM 12313 CB ALA D 103 88.648 59.910 125.871 1.00144.41 C +ANISOU12313 CB ALA D 103 24761 16799 13310 -5157 -1945 -2220 C +ATOM 12314 N ASN D 104 85.465 60.308 125.539 1.00138.50 N +ANISOU12314 N ASN D 104 23780 16087 12757 -5150 -576 -3075 N +ATOM 12315 CA ASN D 104 84.183 60.855 125.968 1.00140.42 C +ANISOU12315 CA ASN D 104 23997 16317 13037 -5285 80 -3582 C +ATOM 12316 C ASN D 104 83.114 59.774 126.118 1.00141.62 C +ANISOU12316 C ASN D 104 24247 16582 12981 -5432 455 -3570 C +ATOM 12317 O ASN D 104 81.971 60.072 126.480 1.00138.37 O +ANISOU12317 O ASN D 104 23784 16165 12623 -5567 1046 -3985 O +ATOM 12318 CB ASN D 104 83.728 61.926 124.973 1.00137.29 C +ANISOU12318 CB ASN D 104 23126 15734 13306 -4938 263 -3919 C +ATOM 12319 N LYS D 105 83.468 58.520 125.855 1.00145.91 N +ANISOU12319 N LYS D 105 24908 17203 13329 -5417 131 -3114 N +ATOM 12320 CA LYS D 105 82.572 57.370 125.882 1.00147.84 C +ANISOU12320 CA LYS D 105 25239 17528 13404 -5547 408 -3042 C +ATOM 12321 C LYS D 105 81.724 57.342 124.616 1.00153.11 C +ANISOU12321 C LYS D 105 25425 18152 14600 -5183 617 -3213 C +ATOM 12322 O LYS D 105 80.908 56.427 124.463 1.00142.73 O +ANISOU12322 O LYS D 105 24097 16892 13242 -5242 859 -3199 O +ATOM 12323 CB LYS D 105 81.664 57.337 127.125 1.00141.16 C +ANISOU12323 CB LYS D 105 24724 16742 12169 -6017 982 -3337 C +ATOM 12324 N THR D 106 81.885 58.304 123.708 1.00162.62 N +ANISOU12324 N THR D 106 26246 19234 16309 -4831 518 -3372 N +ATOM 12325 CA THR D 106 81.335 58.210 122.367 1.00164.59 C +ANISOU12325 CA THR D 106 26067 19408 17061 -4461 543 -3425 C +ATOM 12326 C THR D 106 82.171 57.221 121.562 1.00164.14 C +ANISOU12326 C THR D 106 26005 19405 16957 -4277 4 -2916 C +ATOM 12327 O THR D 106 83.317 56.939 121.903 1.00166.26 O +ANISOU12327 O THR D 106 26493 19712 16966 -4350 -431 -2558 O +ATOM 12328 CB THR D 106 81.341 59.594 121.705 1.00166.51 C +ANISOU12328 CB THR D 106 25966 19446 17852 -4188 562 -3711 C +ATOM 12329 OG1 THR D 106 80.705 60.542 122.574 1.00175.33 O +ANISOU12329 OG1 THR D 106 27093 20496 19027 -4366 1030 -4175 O +ATOM 12330 CG2 THR D 106 80.617 59.578 120.372 1.00160.41 C +ANISOU12330 CG2 THR D 106 24771 18552 17624 -3839 626 -3805 C +ATOM 12331 N GLY D 107 81.593 56.668 120.500 1.00127.81 N +ANISOU12331 N GLY D 107 21132 14793 12638 -4038 29 -2894 N +ATOM 12332 CA GLY D 107 82.388 55.739 119.717 1.00128.86 C +ANISOU12332 CA GLY D 107 21241 14972 12749 -3860 -462 -2435 C +ATOM 12333 C GLY D 107 81.701 55.098 118.535 1.00110.92 C +ANISOU12333 C GLY D 107 18687 12695 10762 -3614 -430 -2436 C +ATOM 12334 O GLY D 107 80.814 55.688 117.911 1.00113.53 O +ANISOU12334 O GLY D 107 18702 12935 11500 -3433 -155 -2749 O +ATOM 12335 N LEU D 108 82.127 53.880 118.214 1.00 89.51 N +ANISOU12335 N LEU D 108 16040 10067 7902 -3575 -733 -2062 N +ATOM 12336 CA LEU D 108 81.505 53.127 117.138 1.00 84.45 C +ANISOU12336 CA LEU D 108 15098 9457 7532 -3322 -713 -2010 C +ATOM 12337 C LEU D 108 80.058 52.836 117.486 1.00 82.64 C +ANISOU12337 C LEU D 108 14836 9248 7317 -3486 -181 -2372 C +ATOM 12338 O LEU D 108 79.768 52.161 118.478 1.00 88.52 O +ANISOU12338 O LEU D 108 15922 10046 7665 -3851 18 -2395 O +ATOM 12339 CB LEU D 108 82.258 51.824 116.886 1.00 81.73 C +ANISOU12339 CB LEU D 108 14863 9173 7016 -3298 -1116 -1579 C +ATOM 12340 CG LEU D 108 81.696 50.967 115.749 1.00 81.29 C +ANISOU12340 CG LEU D 108 14436 9173 7278 -2990 -1102 -1483 C +ATOM 12341 CD1 LEU D 108 81.858 51.683 114.417 1.00 90.96 C +ANISOU12341 CD1 LEU D 108 15195 10388 8977 -2537 -1222 -1438 C +ATOM 12342 CD2 LEU D 108 82.363 49.604 115.721 1.00 65.08 C +ANISOU12342 CD2 LEU D 108 12542 7141 5046 -3038 -1439 -1119 C +ATOM 12343 N LYS D 109 79.150 53.342 116.666 1.00 73.18 N +ANISOU12343 N LYS D 109 13162 8006 6639 -3183 45 -2602 N +ATOM 12344 CA LYS D 109 77.726 53.176 116.904 1.00 75.06 C +ANISOU12344 CA LYS D 109 13249 8230 7039 -3298 563 -2998 C +ATOM 12345 C LYS D 109 77.061 52.194 115.959 1.00 76.36 C +ANISOU12345 C LYS D 109 13077 8456 7479 -3065 531 -2896 C +ATOM 12346 O LYS D 109 76.189 51.430 116.382 1.00 74.45 O +ANISOU12346 O LYS D 109 12885 8245 7159 -3297 866 -3073 O +ATOM 12347 CB LYS D 109 77.016 54.519 116.781 1.00 76.23 C +ANISOU12347 CB LYS D 109 13061 8233 7669 -3149 862 -3416 C +ATOM 12348 CG LYS D 109 75.600 54.419 117.224 1.00 80.72 C +ANISOU12348 CG LYS D 109 13477 8762 8433 -3327 1444 -3895 C +ATOM 12349 CD LYS D 109 74.922 55.771 117.245 1.00 93.51 C +ANISOU12349 CD LYS D 109 14762 10187 10580 -3205 1754 -4355 C +ATOM 12350 CE LYS D 109 73.757 55.756 118.203 1.00108.02 C +ANISOU12350 CE LYS D 109 16603 11987 12454 -3555 2437 -4896 C +ATOM 12351 NZ LYS D 109 74.215 55.309 119.556 1.00110.21 N +ANISOU12351 NZ LYS D 109 17438 12440 11996 -4015 2589 -4743 N +ATOM 12352 N GLU D 110 77.449 52.202 114.690 1.00 79.44 N +ANISOU12352 N GLU D 110 13142 8863 8179 -2639 152 -2630 N +ATOM 12353 CA GLU D 110 76.803 51.395 113.672 1.00 81.47 C +ANISOU12353 CA GLU D 110 13054 9177 8725 -2392 91 -2571 C +ATOM 12354 C GLU D 110 77.806 50.423 113.069 1.00 84.08 C +ANISOU12354 C GLU D 110 13484 9600 8862 -2275 -343 -2128 C +ATOM 12355 O GLU D 110 78.992 50.734 112.917 1.00 83.45 O +ANISOU12355 O GLU D 110 13527 9521 8659 -2191 -668 -1857 O +ATOM 12356 CB GLU D 110 76.202 52.275 112.575 1.00 75.24 C +ANISOU12356 CB GLU D 110 11764 8316 8507 -1987 42 -2697 C +ATOM 12357 CG GLU D 110 75.230 53.318 113.097 1.00 76.34 C +ANISOU12357 CG GLU D 110 11721 8305 8978 -2050 445 -3159 C +ATOM 12358 CD GLU D 110 74.654 54.181 111.995 1.00 83.13 C +ANISOU12358 CD GLU D 110 12085 9046 10453 -1632 307 -3233 C +ATOM 12359 OE1 GLU D 110 75.250 54.228 110.899 1.00 82.82 O +ANISOU12359 OE1 GLU D 110 11946 9051 10473 -1326 -117 -2887 O +ATOM 12360 OE2 GLU D 110 73.602 54.814 112.225 1.00 84.92 O +ANISOU12360 OE2 GLU D 110 12026 9122 11117 -1623 621 -3642 O +ATOM 12361 N LEU D 111 77.306 49.234 112.733 1.00 84.91 N +ANISOU12361 N LEU D 111 13508 9764 8992 -2277 -324 -2088 N +ATOM 12362 CA LEU D 111 78.114 48.190 112.105 1.00 83.18 C +ANISOU12362 CA LEU D 111 13328 9605 8672 -2157 -688 -1732 C +ATOM 12363 C LEU D 111 77.190 47.316 111.271 1.00 87.10 C +ANISOU12363 C LEU D 111 13515 10146 9432 -2012 -632 -1823 C +ATOM 12364 O LEU D 111 76.945 46.148 111.592 1.00 93.88 O +ANISOU12364 O LEU D 111 14502 11004 10165 -2204 -563 -1788 O +ATOM 12365 CB LEU D 111 78.856 47.370 113.158 1.00 75.57 C +ANISOU12365 CB LEU D 111 12833 8617 7262 -2504 -780 -1519 C +ATOM 12366 CG LEU D 111 79.876 46.350 112.646 1.00 66.32 C +ANISOU12366 CG LEU D 111 11705 7450 6045 -2387 -1187 -1151 C +ATOM 12367 CD1 LEU D 111 80.970 47.024 111.826 1.00 68.32 C +ANISOU12367 CD1 LEU D 111 11794 7720 6443 -2080 -1512 -962 C +ATOM 12368 CD2 LEU D 111 80.480 45.590 113.815 1.00 62.04 C +ANISOU12368 CD2 LEU D 111 11640 6833 5101 -2755 -1308 -941 C +ATOM 12369 N PRO D 112 76.652 47.860 110.181 1.00 83.59 N +ANISOU12369 N PRO D 112 12671 9725 9363 -1682 -687 -1931 N +ATOM 12370 CA PRO D 112 75.614 47.156 109.400 1.00 81.39 C +ANISOU12370 CA PRO D 112 12067 9484 9373 -1553 -643 -2082 C +ATOM 12371 C PRO D 112 76.192 46.090 108.477 1.00 81.98 C +ANISOU12371 C PRO D 112 12115 9639 9393 -1399 -951 -1835 C +ATOM 12372 O PRO D 112 76.169 46.191 107.247 1.00 89.36 O +ANISOU12372 O PRO D 112 12800 10641 10510 -1099 -1175 -1791 O +ATOM 12373 CB PRO D 112 74.953 48.306 108.633 1.00 76.34 C +ANISOU12373 CB PRO D 112 11056 8814 9135 -1264 -672 -2254 C +ATOM 12374 CG PRO D 112 76.071 49.266 108.396 1.00 63.38 C +ANISOU12374 CG PRO D 112 9536 7164 7381 -1118 -907 -2016 C +ATOM 12375 CD PRO D 112 76.970 49.178 109.604 1.00 72.46 C +ANISOU12375 CD PRO D 112 11104 8290 8139 -1422 -829 -1906 C +ATOM 12376 N MET D 113 76.726 45.025 109.079 1.00 79.08 N +ANISOU12376 N MET D 113 12030 9250 8767 -1623 -971 -1675 N +ATOM 12377 CA MET D 113 77.236 43.883 108.319 1.00 84.28 C +ANISOU12377 CA MET D 113 12654 9940 9428 -1508 -1217 -1492 C +ATOM 12378 C MET D 113 76.067 42.946 108.012 1.00 84.72 C +ANISOU12378 C MET D 113 12504 9996 9691 -1548 -1067 -1707 C +ATOM 12379 O MET D 113 75.958 41.826 108.517 1.00 94.36 O +ANISOU12379 O MET D 113 13875 11144 10833 -1771 -990 -1673 O +ATOM 12380 CB MET D 113 78.345 43.178 109.085 1.00 85.34 C +ANISOU12380 CB MET D 113 13147 9994 9285 -1706 -1360 -1214 C +ATOM 12381 CG MET D 113 79.586 44.032 109.272 1.00 81.87 C +ANISOU12381 CG MET D 113 12858 9549 8702 -1648 -1566 -1004 C +ATOM 12382 SD MET D 113 81.010 43.100 109.868 1.00 78.66 S +ANISOU12382 SD MET D 113 12760 9022 8106 -1792 -1880 -653 S +ATOM 12383 CE MET D 113 80.409 42.550 111.461 1.00 82.51 C +ANISOU12383 CE MET D 113 13666 9402 8281 -2267 -1672 -670 C +ATOM 12384 N ARG D 114 75.187 43.436 107.136 1.00 75.24 N +ANISOU12384 N ARG D 114 10944 8858 8786 -1326 -1063 -1920 N +ATOM 12385 CA ARG D 114 73.911 42.771 106.897 1.00 70.65 C +ANISOU12385 CA ARG D 114 10100 8266 8478 -1370 -908 -2192 C +ATOM 12386 C ARG D 114 74.095 41.456 106.155 1.00 79.35 C +ANISOU12386 C ARG D 114 11158 9392 9599 -1314 -1093 -2118 C +ATOM 12387 O ARG D 114 73.331 40.509 106.376 1.00 84.76 O +ANISOU12387 O ARG D 114 11775 10017 10415 -1486 -931 -2272 O +ATOM 12388 CB ARG D 114 72.985 43.689 106.100 1.00 81.11 C +ANISOU12388 CB ARG D 114 11031 9629 10159 -1121 -954 -2417 C +ATOM 12389 CG ARG D 114 73.008 45.157 106.536 1.00 91.92 C +ANISOU12389 CG ARG D 114 12400 10950 11574 -1076 -864 -2462 C +ATOM 12390 CD ARG D 114 72.412 46.078 105.488 1.00 94.52 C +ANISOU12390 CD ARG D 114 12369 11291 12255 -752 -1076 -2559 C +ATOM 12391 NE ARG D 114 73.051 45.953 104.180 1.00 83.25 N +ANISOU12391 NE ARG D 114 10930 9981 10718 -487 -1482 -2322 N +ATOM 12392 CZ ARG D 114 73.044 46.902 103.249 1.00 70.43 C +ANISOU12392 CZ ARG D 114 9166 8376 9217 -216 -1754 -2242 C +ATOM 12393 NH1 ARG D 114 72.441 48.063 103.476 1.00 60.94 N +ANISOU12393 NH1 ARG D 114 7786 7049 8318 -138 -1701 -2373 N +ATOM 12394 NH2 ARG D 114 73.650 46.695 102.090 1.00 78.92 N +ANISOU12394 NH2 ARG D 114 10295 9577 10114 -38 -2069 -2033 N +ATOM 12395 N ASN D 115 75.090 41.378 105.275 1.00 71.74 N +ANISOU12395 N ASN D 115 10223 8502 8532 -1092 -1398 -1913 N +ATOM 12396 CA ASN D 115 75.292 40.203 104.442 1.00 72.08 C +ANISOU12396 CA ASN D 115 10197 8566 8625 -1012 -1564 -1898 C +ATOM 12397 C ASN D 115 76.360 39.263 104.981 1.00 75.50 C +ANISOU12397 C ASN D 115 10905 8885 8896 -1152 -1619 -1664 C +ATOM 12398 O ASN D 115 76.587 38.206 104.384 1.00 75.07 O +ANISOU12398 O ASN D 115 10795 8801 8926 -1103 -1732 -1669 O +ATOM 12399 CB ASN D 115 75.647 40.630 103.014 1.00 68.60 C +ANISOU12399 CB ASN D 115 9598 8275 8190 -696 -1832 -1872 C +ATOM 12400 CG ASN D 115 74.490 41.311 102.309 1.00 68.86 C +ANISOU12400 CG ASN D 115 9339 8391 8435 -545 -1885 -2089 C +ATOM 12401 OD1 ASN D 115 73.361 41.311 102.802 1.00 61.22 O +ANISOU12401 OD1 ASN D 115 8206 7358 7695 -658 -1709 -2312 O +ATOM 12402 ND2 ASN D 115 74.760 41.886 101.144 1.00 70.34 N +ANISOU12402 ND2 ASN D 115 9456 8705 8565 -303 -2134 -2024 N +ATOM 12403 N LEU D 116 77.020 39.607 106.088 1.00 79.41 N +ANISOU12403 N LEU D 116 11691 9296 9186 -1327 -1570 -1471 N +ATOM 12404 CA LEU D 116 77.914 38.651 106.726 1.00 68.72 C +ANISOU12404 CA LEU D 116 10600 7786 7725 -1489 -1673 -1235 C +ATOM 12405 C LEU D 116 77.105 37.438 107.159 1.00 70.86 C +ANISOU12405 C LEU D 116 10908 7924 8090 -1726 -1519 -1325 C +ATOM 12406 O LEU D 116 76.392 37.485 108.166 1.00 73.71 O +ANISOU12406 O LEU D 116 11425 8227 8356 -2015 -1261 -1386 O +ATOM 12407 CB LEU D 116 78.638 39.266 107.928 1.00 67.22 C +ANISOU12407 CB LEU D 116 10746 7527 7269 -1679 -1684 -1019 C +ATOM 12408 CG LEU D 116 79.643 38.316 108.593 1.00 62.75 C +ANISOU12408 CG LEU D 116 10459 6768 6614 -1835 -1895 -727 C +ATOM 12409 CD1 LEU D 116 80.823 38.041 107.668 1.00 56.24 C +ANISOU12409 CD1 LEU D 116 9480 5930 5958 -1558 -2190 -598 C +ATOM 12410 CD2 LEU D 116 80.122 38.855 109.930 1.00 69.17 C +ANISOU12410 CD2 LEU D 116 11658 7511 7114 -2102 -1913 -539 C +ATOM 12411 N GLN D 117 77.208 36.350 106.400 1.00 68.50 N +ANISOU12411 N GLN D 117 10472 7569 7985 -1626 -1646 -1356 N +ATOM 12412 CA GLN D 117 76.422 35.152 106.646 1.00 71.86 C +ANISOU12412 CA GLN D 117 10890 7849 8566 -1832 -1512 -1458 C +ATOM 12413 C GLN D 117 77.261 33.909 106.890 1.00 76.11 C +ANISOU12413 C GLN D 117 11606 8148 9165 -1914 -1697 -1230 C +ATOM 12414 O GLN D 117 76.703 32.883 107.294 1.00 72.75 O +ANISOU12414 O GLN D 117 11249 7544 8850 -2139 -1591 -1249 O +ATOM 12415 CB GLN D 117 75.478 34.890 105.461 1.00 67.63 C +ANISOU12415 CB GLN D 117 9970 7427 8300 -1658 -1485 -1787 C +ATOM 12416 CG GLN D 117 74.236 35.771 105.445 1.00 67.42 C +ANISOU12416 CG GLN D 117 9732 7536 8350 -1667 -1274 -2053 C +ATOM 12417 CD GLN D 117 73.633 35.906 104.060 1.00 79.34 C +ANISOU12417 CD GLN D 117 10868 9204 10074 -1395 -1415 -2310 C +ATOM 12418 OE1 GLN D 117 74.309 36.305 103.112 1.00 81.59 O +ANISOU12418 OE1 GLN D 117 11103 9620 10278 -1131 -1652 -2250 O +ATOM 12419 NE2 GLN D 117 72.354 35.572 103.936 1.00 79.80 N +ANISOU12419 NE2 GLN D 117 10672 9247 10400 -1482 -1275 -2601 N +ATOM 12420 N GLU D 118 78.574 33.963 106.673 1.00 74.12 N +ANISOU12420 N GLU D 118 11413 7856 8894 -1748 -1968 -1017 N +ATOM 12421 CA GLU D 118 79.405 32.769 106.754 1.00 82.37 C +ANISOU12421 CA GLU D 118 12540 8636 10122 -1767 -2187 -832 C +ATOM 12422 C GLU D 118 80.776 33.124 107.309 1.00 92.37 C +ANISOU12422 C GLU D 118 14004 9805 11286 -1743 -2452 -510 C +ATOM 12423 O GLU D 118 81.432 34.039 106.806 1.00102.84 O +ANISOU12423 O GLU D 118 15214 11297 12563 -1528 -2526 -515 O +ATOM 12424 CB GLU D 118 79.550 32.119 105.374 1.00 89.06 C +ANISOU12424 CB GLU D 118 13056 9507 11274 -1499 -2262 -1054 C +ATOM 12425 CG GLU D 118 80.352 30.826 105.361 1.00 98.19 C +ANISOU12425 CG GLU D 118 14227 10348 12732 -1493 -2463 -932 C +ATOM 12426 CD GLU D 118 79.664 29.712 106.119 1.00107.86 C +ANISOU12426 CD GLU D 118 15615 11299 14067 -1784 -2400 -868 C +ATOM 12427 OE1 GLU D 118 78.476 29.872 106.457 1.00113.03 O +ANISOU12427 OE1 GLU D 118 16307 12045 14594 -1979 -2145 -996 O +ATOM 12428 OE2 GLU D 118 80.310 28.675 106.375 1.00108.43 O +ANISOU12428 OE2 GLU D 118 15764 11041 14392 -1826 -2599 -691 O +ATOM 12429 N ILE D 119 81.201 32.396 108.339 1.00 90.40 N +ANISOU12429 N ILE D 119 14057 9274 11018 -1976 -2616 -219 N +ATOM 12430 CA ILE D 119 82.577 32.434 108.826 1.00 85.83 C +ANISOU12430 CA ILE D 119 13628 8525 10459 -1947 -2974 101 C +ATOM 12431 C ILE D 119 83.051 30.987 108.850 1.00 73.67 C +ANISOU12431 C ILE D 119 12087 6618 9286 -1963 -3216 249 C +ATOM 12432 O ILE D 119 82.702 30.228 109.760 1.00 84.84 O +ANISOU12432 O ILE D 119 13807 7793 10634 -2259 -3260 450 O +ATOM 12433 CB ILE D 119 82.706 33.086 110.208 1.00 86.40 C +ANISOU12433 CB ILE D 119 14132 8579 10117 -2246 -3033 362 C +ATOM 12434 CG1 ILE D 119 82.193 34.531 110.163 1.00 88.79 C +ANISOU12434 CG1 ILE D 119 14399 9209 10127 -2220 -2765 167 C +ATOM 12435 CG2 ILE D 119 84.163 33.045 110.675 1.00 78.70 C +ANISOU12435 CG2 ILE D 119 13281 7401 9221 -2209 -3488 695 C +ATOM 12436 CD1 ILE D 119 82.270 35.268 111.493 1.00 96.66 C +ANISOU12436 CD1 ILE D 119 15821 10214 10691 -2529 -2767 344 C +ATOM 12437 N LEU D 120 83.845 30.598 107.850 1.00 68.15 N +ANISOU12437 N LEU D 120 11052 5853 8988 -1659 -3356 143 N +ATOM 12438 CA LEU D 120 84.274 29.207 107.740 1.00 82.96 C +ANISOU12438 CA LEU D 120 12853 7349 11320 -1632 -3566 216 C +ATOM 12439 C LEU D 120 85.071 28.776 108.964 1.00 91.45 C +ANISOU12439 C LEU D 120 14256 8062 12430 -1823 -3971 670 C +ATOM 12440 O LEU D 120 84.764 27.755 109.590 1.00107.93 O +ANISOU12440 O LEU D 120 16566 9833 14610 -2043 -4079 859 O +ATOM 12441 CB LEU D 120 85.105 29.011 106.471 1.00 80.60 C +ANISOU12441 CB LEU D 120 12124 7054 11446 -1277 -3606 -21 C +ATOM 12442 CG LEU D 120 84.430 29.324 105.135 1.00 73.26 C +ANISOU12442 CG LEU D 120 10900 6463 10473 -1092 -3273 -457 C +ATOM 12443 CD1 LEU D 120 85.391 29.066 103.985 1.00 68.93 C +ANISOU12443 CD1 LEU D 120 9998 5889 10304 -801 -3297 -674 C +ATOM 12444 CD2 LEU D 120 83.160 28.510 104.958 1.00 86.69 C +ANISOU12444 CD2 LEU D 120 12597 8131 12208 -1224 -3077 -659 C +ATOM 12445 N HIS D 121 86.100 29.540 109.320 1.00 82.78 N +ANISOU12445 N HIS D 121 13202 6987 11263 -1756 -4229 863 N +ATOM 12446 CA HIS D 121 87.025 29.161 110.377 1.00 85.77 C +ANISOU12446 CA HIS D 121 13849 7010 11729 -1896 -4721 1296 C +ATOM 12447 C HIS D 121 87.190 30.311 111.357 1.00 89.14 C +ANISOU12447 C HIS D 121 14630 7618 11622 -2097 -4811 1505 C +ATOM 12448 O HIS D 121 87.175 31.481 110.963 1.00 92.19 O +ANISOU12448 O HIS D 121 14883 8349 11797 -1978 -4596 1310 O +ATOM 12449 CB HIS D 121 88.390 28.775 109.799 1.00 93.54 C +ANISOU12449 CB HIS D 121 14450 7743 13347 -1586 -5057 1308 C +ATOM 12450 CG HIS D 121 88.321 27.732 108.729 1.00103.20 C +ANISOU12450 CG HIS D 121 15285 8804 15121 -1366 -4925 1021 C +ATOM 12451 ND1 HIS D 121 88.225 28.044 107.390 1.00 97.03 N +ANISOU12451 ND1 HIS D 121 14099 8304 14462 -1100 -4569 583 N +ATOM 12452 CD2 HIS D 121 88.337 26.380 108.801 1.00103.07 C +ANISOU12452 CD2 HIS D 121 15245 8358 15560 -1392 -5106 1101 C +ATOM 12453 CE1 HIS D 121 88.185 26.929 106.683 1.00100.34 C +ANISOU12453 CE1 HIS D 121 14263 8495 15367 -978 -4519 371 C +ATOM 12454 NE2 HIS D 121 88.252 25.905 107.515 1.00104.83 N +ANISOU12454 NE2 HIS D 121 15033 8617 16181 -1138 -4837 671 N +ATOM 12455 N GLY D 122 87.345 29.972 112.631 1.00 91.26 N +ANISOU12455 N GLY D 122 15374 7639 11661 -2419 -5139 1904 N +ATOM 12456 CA GLY D 122 87.631 30.948 113.659 1.00 88.24 C +ANISOU12456 CA GLY D 122 15379 7377 10771 -2648 -5299 2117 C +ATOM 12457 C GLY D 122 86.396 31.332 114.458 1.00 87.88 C +ANISOU12457 C GLY D 122 15789 7537 10065 -3042 -4913 2087 C +ATOM 12458 O GLY D 122 85.253 31.079 114.067 1.00 88.85 O +ANISOU12458 O GLY D 122 15834 7783 10141 -3088 -4454 1833 O +ATOM 12459 N ALA D 123 86.644 31.958 115.604 1.00 90.90 N +ANISOU12459 N ALA D 123 16643 7947 9948 -3344 -5099 2323 N +ATOM 12460 CA ALA D 123 85.596 32.434 116.488 1.00 92.64 C +ANISOU12460 CA ALA D 123 17332 8359 9508 -3761 -4715 2273 C +ATOM 12461 C ALA D 123 85.468 33.953 116.353 1.00 89.67 C +ANISOU12461 C ALA D 123 16846 8364 8862 -3681 -4424 1981 C +ATOM 12462 O ALA D 123 85.999 34.563 115.419 1.00 75.85 O +ANISOU12462 O ALA D 123 14631 6747 7441 -3295 -4444 1798 O +ATOM 12463 CB ALA D 123 85.899 31.995 117.920 1.00102.37 C +ANISOU12463 CB ALA D 123 19179 9384 10333 -4194 -5073 2672 C +ATOM 12464 N VAL D 124 84.760 34.578 117.295 1.00100.66 N +ANISOU12464 N VAL D 124 18676 9912 9656 -4067 -4129 1926 N +ATOM 12465 CA VAL D 124 84.465 36.005 117.235 1.00101.30 C +ANISOU12465 CA VAL D 124 18667 10318 9502 -4025 -3793 1611 C +ATOM 12466 C VAL D 124 84.620 36.605 118.625 1.00 97.54 C +ANISOU12466 C VAL D 124 18809 9864 8387 -4471 -3881 1759 C +ATOM 12467 O VAL D 124 84.351 35.950 119.638 1.00 86.71 O +ANISOU12467 O VAL D 124 17913 8345 6690 -4881 -3892 1951 O +ATOM 12468 CB VAL D 124 83.043 36.261 116.684 1.00 98.16 C +ANISOU12468 CB VAL D 124 18020 10145 9132 -3994 -3125 1184 C +ATOM 12469 CG1 VAL D 124 82.714 37.751 116.685 1.00104.74 C +ANISOU12469 CG1 VAL D 124 18764 11258 9775 -3955 -2801 868 C +ATOM 12470 CG2 VAL D 124 82.909 35.686 115.281 1.00 86.55 C +ANISOU12470 CG2 VAL D 124 15972 8669 8243 -3571 -3083 1026 C +ATOM 12471 N ARG D 125 85.050 37.868 118.669 1.00 95.54 N +ANISOU12471 N ARG D 125 18429 9780 8092 -4356 -3847 1596 N +ATOM 12472 CA ARG D 125 85.201 38.587 119.930 1.00103.27 C +ANISOU12472 CA ARG D 125 19748 10769 8720 -4676 -3754 1594 C +ATOM 12473 C ARG D 125 84.682 40.009 119.782 1.00 99.48 C +ANISOU12473 C ARG D 125 19129 10566 8104 -4614 -3301 1222 C +ATOM 12474 O ARG D 125 85.147 40.759 118.919 1.00 82.66 O +ANISOU12474 O ARG D 125 16571 8539 6297 -4231 -3364 1102 O +ATOM 12475 CB ARG D 125 86.662 38.600 120.396 1.00 97.98 C +ANISOU12475 CB ARG D 125 19039 9896 8293 -4597 -4310 1855 C +ATOM 12476 CG ARG D 125 86.890 39.403 121.672 1.00 99.47 C +ANISOU12476 CG ARG D 125 19585 10099 8108 -4923 -4271 1842 C +ATOM 12477 CD ARG D 125 88.079 38.881 122.463 1.00110.19 C +ANISOU12477 CD ARG D 125 21103 11187 9576 -5034 -4867 2153 C +ATOM 12478 NE ARG D 125 88.604 39.869 123.402 1.00111.50 N +ANISOU12478 NE ARG D 125 21482 11377 9508 -5216 -4925 2133 N +ATOM 12479 CZ ARG D 125 88.103 40.106 124.611 1.00109.70 C +ANISOU12479 CZ ARG D 125 21771 11178 8732 -5677 -4727 2096 C +ATOM 12480 NH1 ARG D 125 87.045 39.435 125.046 1.00118.12 N +ANISOU12480 NH1 ARG D 125 23196 12256 9430 -6020 -4421 2065 N +ATOM 12481 NH2 ARG D 125 88.661 41.025 125.387 1.00104.82 N +ANISOU12481 NH2 ARG D 125 21319 10577 7930 -5812 -4816 2077 N +ATOM 12482 N PHE D 126 83.719 40.367 120.630 1.00100.02 N +ANISOU12482 N PHE D 126 19542 10734 7726 -5002 -2827 1023 N +ATOM 12483 CA PHE D 126 83.213 41.728 120.760 1.00 94.21 C +ANISOU12483 CA PHE D 126 18717 10211 6869 -5008 -2382 652 C +ATOM 12484 C PHE D 126 83.506 42.196 122.178 1.00108.76 C +ANISOU12484 C PHE D 126 20989 11997 8337 -5390 -2363 720 C +ATOM 12485 O PHE D 126 83.072 41.557 123.142 1.00107.07 O +ANISOU12485 O PHE D 126 21233 11693 7757 -5834 -2239 803 O +ATOM 12486 CB PHE D 126 81.709 41.786 120.479 1.00 96.48 C +ANISOU12486 CB PHE D 126 18959 10655 7046 -5132 -1753 241 C +ATOM 12487 CG PHE D 126 81.364 41.924 119.025 1.00 97.27 C +ANISOU12487 CG PHE D 126 18497 10850 7609 -4691 -1694 0 C +ATOM 12488 CD1 PHE D 126 81.849 41.025 118.090 1.00 99.95 C +ANISOU12488 CD1 PHE D 126 18520 11095 8363 -4355 -2041 234 C +ATOM 12489 CD2 PHE D 126 80.545 42.953 118.595 1.00 93.11 C +ANISOU12489 CD2 PHE D 126 17623 10471 7282 -4536 -1234 -433 C +ATOM 12490 CE1 PHE D 126 81.524 41.153 116.751 1.00 91.89 C +ANISOU12490 CE1 PHE D 126 16896 10158 7860 -3904 -1924 40 C +ATOM 12491 CE2 PHE D 126 80.221 43.087 117.262 1.00 83.86 C +ANISOU12491 CE2 PHE D 126 15842 9362 6660 -4068 -1175 -583 C +ATOM 12492 CZ PHE D 126 80.710 42.187 116.338 1.00 86.61 C +ANISOU12492 CZ PHE D 126 15928 9648 7332 -3767 -1515 -346 C +ATOM 12493 N SER D 127 84.236 43.303 122.310 1.00111.62 N +ANISOU12493 N SER D 127 21221 12407 8782 -5242 -2487 671 N +ATOM 12494 CA SER D 127 84.663 43.751 123.630 1.00110.35 C +ANISOU12494 CA SER D 127 21464 12184 8280 -5590 -2555 740 C +ATOM 12495 C SER D 127 84.799 45.266 123.662 1.00117.63 C +ANISOU12495 C SER D 127 22215 13255 9224 -5470 -2365 463 C +ATOM 12496 O SER D 127 85.513 45.847 122.839 1.00103.52 O +ANISOU12496 O SER D 127 20031 11495 7807 -5073 -2602 468 O +ATOM 12497 CB SER D 127 85.993 43.095 124.020 1.00101.37 C +ANISOU12497 CB SER D 127 20450 10809 7259 -5588 -3242 1161 C +ATOM 12498 OG SER D 127 86.387 43.474 125.327 1.00110.31 O +ANISOU12498 OG SER D 127 22008 11875 8028 -5956 -3347 1224 O +ATOM 12499 N ASN D 128 84.113 45.891 124.620 1.00124.64 N +ANISOU12499 N ASN D 128 23406 14223 9726 -5835 -1923 208 N +ATOM 12500 CA ASN D 128 84.263 47.314 124.925 1.00105.69 C +ANISOU12500 CA ASN D 128 20939 11927 7290 -5812 -1754 -60 C +ATOM 12501 C ASN D 128 83.870 48.178 123.722 1.00 96.28 C +ANISOU12501 C ASN D 128 19210 10869 6502 -5387 -1520 -381 C +ATOM 12502 O ASN D 128 84.681 48.878 123.117 1.00 96.91 O +ANISOU12502 O ASN D 128 18991 10949 6881 -5059 -1806 -352 O +ATOM 12503 CB ASN D 128 85.695 47.616 125.384 1.00105.59 C +ANISOU12503 CB ASN D 128 21023 11802 7294 -5781 -2333 218 C +ATOM 12504 CG ASN D 128 86.106 46.790 126.587 1.00117.49 C +ANISOU12504 CG ASN D 128 23068 13143 8431 -6205 -2628 525 C +ATOM 12505 OD1 ASN D 128 86.843 45.812 126.459 1.00124.27 O +ANISOU12505 OD1 ASN D 128 23942 13824 9451 -6134 -3135 888 O +ATOM 12506 ND2 ASN D 128 85.626 47.177 127.764 1.00118.92 N +ANISOU12506 ND2 ASN D 128 23689 13364 8132 -6661 -2313 359 N +ATOM 12507 N ASN D 129 82.581 48.120 123.401 1.00101.78 N +ANISOU12507 N ASN D 129 19792 11656 7222 -5423 -984 -708 N +ATOM 12508 CA ASN D 129 81.998 48.915 122.319 1.00100.77 C +ANISOU12508 CA ASN D 129 19174 11618 7497 -5065 -725 -1068 C +ATOM 12509 C ASN D 129 80.730 49.567 122.859 1.00111.51 C +ANISOU12509 C ASN D 129 20561 13043 8765 -5307 -32 -1562 C +ATOM 12510 O ASN D 129 79.609 49.137 122.554 1.00120.47 O +ANISOU12510 O ASN D 129 21566 14206 10000 -5350 380 -1800 O +ATOM 12511 CB ASN D 129 81.726 48.052 121.088 1.00 95.46 C +ANISOU12511 CB ASN D 129 18193 10945 7133 -4770 -840 -986 C +ATOM 12512 CG ASN D 129 82.935 47.228 120.677 1.00 93.36 C +ANISOU12512 CG ASN D 129 17913 10588 6971 -4583 -1474 -507 C +ATOM 12513 OD1 ASN D 129 83.859 47.734 120.039 1.00101.42 O +ANISOU12513 OD1 ASN D 129 18671 11592 8273 -4267 -1820 -397 O +ATOM 12514 ND2 ASN D 129 82.929 45.950 121.036 1.00 81.97 N +ANISOU12514 ND2 ASN D 129 16741 9060 5343 -4790 -1613 -237 N +ATOM 12515 N PRO D 130 80.875 50.619 123.672 1.00117.21 N +ANISOU12515 N PRO D 130 21420 13776 9340 -5471 127 -1756 N +ATOM 12516 CA PRO D 130 79.705 51.176 124.371 1.00113.45 C +ANISOU12516 CA PRO D 130 20996 13338 8771 -5760 819 -2231 C +ATOM 12517 C PRO D 130 78.650 51.757 123.444 1.00115.51 C +ANISOU12517 C PRO D 130 20729 13605 9556 -5469 1232 -2690 C +ATOM 12518 O PRO D 130 77.460 51.458 123.600 1.00118.93 O +ANISOU12518 O PRO D 130 21091 14052 10047 -5645 1775 -2992 O +ATOM 12519 CB PRO D 130 80.331 52.248 125.275 1.00100.49 C +ANISOU12519 CB PRO D 130 19567 11690 6926 -5918 773 -2314 C +ATOM 12520 CG PRO D 130 81.586 52.645 124.573 1.00 96.29 C +ANISOU12520 CG PRO D 130 18844 11119 6622 -5540 154 -2047 C +ATOM 12521 CD PRO D 130 82.096 51.387 123.942 1.00113.03 C +ANISOU12521 CD PRO D 130 20956 13213 8779 -5390 -297 -1594 C +ATOM 12522 N ALA D 131 79.051 52.586 122.481 1.00112.01 N +ANISOU12522 N ALA D 131 19902 13118 9536 -5040 985 -2755 N +ATOM 12523 CA ALA D 131 78.075 53.241 121.620 1.00115.48 C +ANISOU12523 CA ALA D 131 19841 13500 10535 -4760 1320 -3187 C +ATOM 12524 C ALA D 131 77.355 52.256 120.713 1.00105.26 C +ANISOU12524 C ALA D 131 18301 12214 9478 -4612 1371 -3180 C +ATOM 12525 O ALA D 131 76.271 52.571 120.211 1.00105.21 O +ANISOU12525 O ALA D 131 17900 12150 9926 -4474 1746 -3577 O +ATOM 12526 CB ALA D 131 78.757 54.310 120.768 1.00125.62 C +ANISOU12526 CB ALA D 131 20838 14691 12199 -4373 980 -3196 C +ATOM 12527 N LEU D 132 77.927 51.075 120.502 1.00106.19 N +ANISOU12527 N LEU D 132 18619 12378 9352 -4631 990 -2752 N +ATOM 12528 CA LEU D 132 77.351 50.116 119.576 1.00 98.45 C +ANISOU12528 CA LEU D 132 17407 11396 8602 -4479 978 -2735 C +ATOM 12529 C LEU D 132 76.069 49.514 120.134 1.00101.96 C +ANISOU12529 C LEU D 132 17893 11856 8993 -4802 1571 -3024 C +ATOM 12530 O LEU D 132 75.992 49.148 121.310 1.00108.66 O +ANISOU12530 O LEU D 132 19167 12737 9383 -5239 1805 -2965 O +ATOM 12531 CB LEU D 132 78.358 49.006 119.283 1.00 82.75 C +ANISOU12531 CB LEU D 132 15626 9425 6390 -4430 413 -2205 C +ATOM 12532 CG LEU D 132 77.860 47.854 118.414 1.00 85.12 C +ANISOU12532 CG LEU D 132 15706 9726 6911 -4285 366 -2122 C +ATOM 12533 CD1 LEU D 132 77.285 48.395 117.115 1.00 90.25 C +ANISOU12533 CD1 LEU D 132 15692 10381 8216 -3789 415 -2304 C +ATOM 12534 CD2 LEU D 132 78.992 46.880 118.139 1.00 74.83 C +ANISOU12534 CD2 LEU D 132 14563 8404 5464 -4196 -219 -1604 C +ATOM 12535 N CYS D 133 75.062 49.412 119.273 1.00105.34 N +ANISOU12535 N CYS D 133 17869 12242 9914 -4603 1808 -3337 N +ATOM 12536 CA CYS D 133 73.875 48.621 119.545 1.00126.03 C +ANISOU12536 CA CYS D 133 20437 14861 12589 -4862 2311 -3584 C +ATOM 12537 C CYS D 133 73.383 48.068 118.215 1.00111.10 C +ANISOU12537 C CYS D 133 17969 12963 11280 -4427 2130 -3521 C +ATOM 12538 O CYS D 133 74.039 48.214 117.181 1.00 97.16 O +ANISOU12538 O CYS D 133 15945 11213 9757 -3980 1622 -3245 O +ATOM 12539 CB CYS D 133 72.801 49.443 120.264 1.00146.40 C +ANISOU12539 CB CYS D 133 22837 17414 15374 -5052 3000 -4100 C +ATOM 12540 SG CYS D 133 73.245 51.163 120.598 1.00143.36 S +ANISOU12540 SG CYS D 133 22371 16988 15109 -4904 3000 -4283 S +ATOM 12541 N ASN D 134 72.236 47.394 118.257 1.00114.04 N +ANISOU12541 N ASN D 134 18151 13317 11862 -4583 2555 -3770 N +ATOM 12542 CA ASN D 134 71.686 46.693 117.101 1.00117.11 C +ANISOU12542 CA ASN D 134 18032 13705 12760 -4242 2393 -3719 C +ATOM 12543 C ASN D 134 72.520 45.466 116.745 1.00117.36 C +ANISOU12543 C ASN D 134 18302 13775 12513 -4200 1909 -3199 C +ATOM 12544 O ASN D 134 72.068 44.627 115.970 1.00132.20 O +ANISOU12544 O ASN D 134 19875 15652 14701 -4033 1820 -3156 O +ATOM 12545 CB ASN D 134 71.554 47.620 115.880 1.00126.65 C +ANISOU12545 CB ASN D 134 18639 14892 14590 -3675 2123 -3813 C +ATOM 12546 CG ASN D 134 70.324 48.492 115.947 1.00144.35 C +ANISOU12546 CG ASN D 134 20428 17033 17384 -3644 2603 -4374 C +ATOM 12547 OD1 ASN D 134 70.178 49.306 116.859 1.00154.82 O +ANISOU12547 OD1 ASN D 134 21918 18303 18603 -3894 2998 -4683 O +ATOM 12548 ND2 ASN D 134 69.436 48.341 114.971 1.00148.62 N +ANISOU12548 ND2 ASN D 134 20381 17536 18552 -3335 2555 -4532 N +ATOM 12549 N VAL D 135 73.720 45.317 117.306 1.00110.33 N +ANISOU12549 N VAL D 135 17937 12900 11082 -4354 1582 -2822 N +ATOM 12550 CA VAL D 135 74.497 44.108 117.061 1.00 98.85 C +ANISOU12550 CA VAL D 135 16696 11432 9430 -4335 1138 -2353 C +ATOM 12551 C VAL D 135 74.283 43.070 118.155 1.00 99.85 C +ANISOU12551 C VAL D 135 17349 11499 9092 -4882 1371 -2243 C +ATOM 12552 O VAL D 135 74.628 41.893 117.959 1.00103.13 O +ANISOU12552 O VAL D 135 17886 11850 9449 -4898 1088 -1907 O +ATOM 12553 CB VAL D 135 75.986 44.458 116.913 1.00 96.65 C +ANISOU12553 CB VAL D 135 16610 11165 8945 -4142 561 -1971 C +ATOM 12554 CG1 VAL D 135 76.822 43.211 116.718 1.00 85.99 C +ANISOU12554 CG1 VAL D 135 15451 9757 7463 -4124 106 -1515 C +ATOM 12555 CG2 VAL D 135 76.177 45.384 115.724 1.00 97.05 C +ANISOU12555 CG2 VAL D 135 16152 11265 9459 -3618 347 -2040 C +ATOM 12556 N GLU D 136 73.718 43.466 119.298 1.00103.23 N +ANISOU12556 N GLU D 136 18106 11929 9187 -5349 1895 -2524 N +ATOM 12557 CA GLU D 136 73.421 42.501 120.347 1.00106.95 C +ANISOU12557 CA GLU D 136 19121 12342 9171 -5926 2176 -2423 C +ATOM 12558 C GLU D 136 72.486 41.409 119.836 1.00112.49 C +ANISOU12558 C GLU D 136 19512 12982 10248 -5925 2394 -2488 C +ATOM 12559 O GLU D 136 72.616 40.240 120.217 1.00114.04 O +ANISOU12559 O GLU D 136 20076 13083 10169 -6213 2312 -2175 O +ATOM 12560 CB GLU D 136 72.816 43.215 121.553 1.00 96.93 C +ANISOU12560 CB GLU D 136 18197 11107 7524 -6433 2820 -2821 C +ATOM 12561 N SER D 137 71.562 41.766 118.944 1.00109.50 N +ANISOU12561 N SER D 137 18448 12631 10526 -5593 2622 -2874 N +ATOM 12562 CA SER D 137 70.544 40.834 118.454 1.00116.85 C +ANISOU12562 CA SER D 137 19016 13501 11880 -5602 2865 -3025 C +ATOM 12563 C SER D 137 71.046 40.110 117.204 1.00118.29 C +ANISOU12563 C SER D 137 18882 13668 12395 -5133 2265 -2717 C +ATOM 12564 O SER D 137 70.619 40.366 116.076 1.00132.76 O +ANISOU12564 O SER D 137 20109 15542 14790 -4698 2149 -2910 O +ATOM 12565 CB SER D 137 69.251 41.582 118.173 1.00118.93 C +ANISOU12565 CB SER D 137 18686 13782 12719 -5507 3390 -3627 C +ATOM 12566 OG SER D 137 69.414 42.460 117.072 1.00105.47 O +ANISOU12566 OG SER D 137 16451 12131 11493 -4922 3030 -3706 O +ATOM 12567 N ILE D 138 71.965 39.173 117.426 1.00115.94 N +ANISOU12567 N ILE D 138 19017 13293 11742 -5243 1870 -2236 N +ATOM 12568 CA ILE D 138 72.564 38.390 116.349 1.00107.09 C +ANISOU12568 CA ILE D 138 17662 12130 10898 -4851 1326 -1947 C +ATOM 12569 C ILE D 138 72.906 37.015 116.896 1.00103.82 C +ANISOU12569 C ILE D 138 17699 11539 10209 -5181 1192 -1568 C +ATOM 12570 O ILE D 138 73.520 36.897 117.963 1.00111.45 O +ANISOU12570 O ILE D 138 19279 12437 10629 -5546 1119 -1279 O +ATOM 12571 CB ILE D 138 73.830 39.063 115.772 1.00102.81 C +ANISOU12571 CB ILE D 138 17077 11661 10325 -4435 765 -1703 C +ATOM 12572 CG1 ILE D 138 73.491 40.367 115.032 1.00 91.26 C +ANISOU12572 CG1 ILE D 138 15130 10338 9208 -4059 833 -2032 C +ATOM 12573 CG2 ILE D 138 74.584 38.099 114.845 1.00 98.85 C +ANISOU12573 CG2 ILE D 138 16439 11088 10030 -4127 248 -1388 C +ATOM 12574 CD1 ILE D 138 72.922 40.187 113.630 1.00 73.04 C +ANISOU12574 CD1 ILE D 138 12208 8075 7468 -3636 720 -2203 C +ATOM 12575 N GLN D 139 72.514 35.975 116.168 1.00103.26 N +ANISOU12575 N GLN D 139 17340 11374 10520 -5062 1126 -1562 N +ATOM 12576 CA GLN D 139 72.894 34.603 116.477 1.00106.39 C +ANISOU12576 CA GLN D 139 18084 11550 10788 -5289 917 -1183 C +ATOM 12577 C GLN D 139 74.019 34.180 115.546 1.00112.54 C +ANISOU12577 C GLN D 139 18703 12273 11785 -4841 267 -886 C +ATOM 12578 O GLN D 139 73.902 34.307 114.322 1.00110.52 O +ANISOU12578 O GLN D 139 17910 12112 11970 -4400 136 -1082 O +ATOM 12579 CB GLN D 139 71.706 33.651 116.335 1.00101.10 C +ANISOU12579 CB GLN D 139 17206 10769 10439 -5497 1309 -1399 C +ATOM 12580 CG GLN D 139 71.188 33.135 117.667 1.00106.41 C +ANISOU12580 CG GLN D 139 18433 11307 10693 -6167 1764 -1320 C +ATOM 12581 CD GLN D 139 69.741 32.689 117.606 1.00115.31 C +ANISOU12581 CD GLN D 139 19242 12391 12179 -6404 2367 -1719 C +ATOM 12582 OE1 GLN D 139 69.071 32.844 116.585 1.00108.88 O +ANISOU12582 OE1 GLN D 139 17767 11658 11945 -6054 2422 -2084 O +ATOM 12583 NE2 GLN D 139 69.249 32.133 118.707 1.00122.60 N +ANISOU12583 NE2 GLN D 139 20647 13181 12756 -7024 2816 -1651 N +ATOM 12584 N TRP D 140 75.103 33.674 116.128 1.00120.35 N +ANISOU12584 N TRP D 140 20160 13097 12471 -4970 -139 -425 N +ATOM 12585 CA TRP D 140 76.304 33.368 115.369 1.00122.09 C +ANISOU12585 CA TRP D 140 20235 13243 12912 -4565 -738 -158 C +ATOM 12586 C TRP D 140 76.407 31.902 114.980 1.00125.77 C +ANISOU12586 C TRP D 140 20650 13444 13694 -4544 -953 27 C +ATOM 12587 O TRP D 140 77.093 31.590 114.002 1.00125.47 O +ANISOU12587 O TRP D 140 20291 13365 14017 -4141 -1317 72 O +ATOM 12588 CB TRP D 140 77.533 33.810 116.171 1.00118.62 C +ANISOU12588 CB TRP D 140 20250 12760 12060 -4657 -1130 211 C +ATOM 12589 CG TRP D 140 77.409 35.257 116.530 1.00105.96 C +ANISOU12589 CG TRP D 140 18683 11400 10179 -4683 -900 -12 C +ATOM 12590 CD1 TRP D 140 76.738 35.780 117.597 1.00 98.25 C +ANISOU12590 CD1 TRP D 140 18065 10493 8772 -5121 -461 -157 C +ATOM 12591 CD2 TRP D 140 77.928 36.373 115.798 1.00 94.87 C +ANISOU12591 CD2 TRP D 140 16931 10181 8933 -4266 -1055 -148 C +ATOM 12592 NE1 TRP D 140 76.817 37.150 117.581 1.00 86.12 N +ANISOU12592 NE1 TRP D 140 16407 9159 7155 -4983 -352 -391 N +ATOM 12593 CE2 TRP D 140 77.542 37.539 116.486 1.00 82.45 C +ANISOU12593 CE2 TRP D 140 15517 8761 7050 -4460 -727 -366 C +ATOM 12594 CE3 TRP D 140 78.687 36.499 114.630 1.00 81.95 C +ANISOU12594 CE3 TRP D 140 14882 8586 7669 -3773 -1412 -114 C +ATOM 12595 CZ2 TRP D 140 77.893 38.814 116.048 1.00 80.72 C +ANISOU12595 CZ2 TRP D 140 15051 8706 6912 -4162 -784 -521 C +ATOM 12596 CZ3 TRP D 140 79.036 37.765 114.199 1.00 69.72 C +ANISOU12596 CZ3 TRP D 140 13117 7221 6153 -3504 -1447 -251 C +ATOM 12597 CH2 TRP D 140 78.640 38.906 114.907 1.00 82.46 C +ANISOU12597 CH2 TRP D 140 14889 8957 7483 -3691 -1155 -438 C +ATOM 12598 N ARG D 141 75.720 31.002 115.689 1.00127.00 N +ANISOU12598 N ARG D 141 21102 13407 13746 -4978 -702 108 N +ATOM 12599 CA ARG D 141 75.619 29.623 115.222 1.00129.12 C +ANISOU12599 CA ARG D 141 21247 13406 14406 -4952 -838 206 C +ATOM 12600 C ARG D 141 75.271 29.580 113.739 1.00121.35 C +ANISOU12600 C ARG D 141 19581 12549 13977 -4483 -832 -170 C +ATOM 12601 O ARG D 141 75.799 28.751 112.989 1.00113.98 O +ANISOU12601 O ARG D 141 18447 11448 13413 -4229 -1161 -89 O +ATOM 12602 CB ARG D 141 74.572 28.866 116.040 1.00136.49 C +ANISOU12602 CB ARG D 141 22480 14174 15205 -5492 -397 206 C +ATOM 12603 N ASP D 142 74.387 30.478 113.298 1.00123.47 N +ANISOU12603 N ASP D 142 19494 13101 14317 -4370 -475 -595 N +ATOM 12604 CA ASP D 142 74.092 30.597 111.874 1.00114.00 C +ANISOU12604 CA ASP D 142 17692 12055 13567 -3926 -534 -934 C +ATOM 12605 C ASP D 142 75.304 31.110 111.105 1.00109.74 C +ANISOU12605 C ASP D 142 17014 11621 13062 -3483 -975 -818 C +ATOM 12606 O ASP D 142 75.533 30.708 109.960 1.00117.40 O +ANISOU12606 O ASP D 142 17637 12601 14370 -3152 -1178 -935 O +ATOM 12607 CB ASP D 142 72.893 31.525 111.671 1.00102.80 C +ANISOU12607 CB ASP D 142 15948 10883 12228 -3917 -114 -1374 C +ATOM 12608 CG ASP D 142 72.342 31.478 110.257 1.00106.40 C +ANISOU12608 CG ASP D 142 15817 11464 13145 -3544 -180 -1725 C +ATOM 12609 OD1 ASP D 142 73.131 31.311 109.304 1.00109.02 O +ANISOU12609 OD1 ASP D 142 15990 11825 13608 -3187 -561 -1657 O +ATOM 12610 OD2 ASP D 142 71.110 31.611 110.100 1.00107.02 O +ANISOU12610 OD2 ASP D 142 15592 11610 13459 -3624 151 -2085 O +ATOM 12611 N ILE D 143 76.094 31.989 111.716 1.00104.56 N +ANISOU12611 N ILE D 143 16629 11039 12059 -3496 -1107 -609 N +ATOM 12612 CA ILE D 143 77.228 32.607 111.033 1.00104.94 C +ANISOU12612 CA ILE D 143 16528 11195 12150 -3107 -1469 -519 C +ATOM 12613 C ILE D 143 78.518 31.828 111.270 1.00 97.74 C +ANISOU12613 C ILE D 143 15836 10023 11279 -3084 -1912 -129 C +ATOM 12614 O ILE D 143 79.249 31.520 110.326 1.00103.43 O +ANISOU12614 O ILE D 143 16282 10710 12307 -2751 -2176 -134 O +ATOM 12615 CB ILE D 143 77.362 34.079 111.482 1.00103.48 C +ANISOU12615 CB ILE D 143 16447 11225 11646 -3108 -1374 -553 C +ATOM 12616 CG1 ILE D 143 76.141 34.885 111.025 1.00103.69 C +ANISOU12616 CG1 ILE D 143 16139 11475 11783 -3033 -998 -969 C +ATOM 12617 CG2 ILE D 143 78.638 34.707 110.923 1.00 96.23 C +ANISOU12617 CG2 ILE D 143 15427 10379 10755 -2767 -1744 -410 C +ATOM 12618 CD1 ILE D 143 76.009 36.241 111.689 1.00102.62 C +ANISOU12618 CD1 ILE D 143 16134 11486 11372 -3127 -801 -1052 C +ATOM 12619 N VAL D 144 78.826 31.499 112.527 1.00 88.39 N +ANISOU12619 N VAL D 144 15149 8637 9798 -3446 -2008 207 N +ATOM 12620 CA VAL D 144 80.089 30.856 112.874 1.00 84.80 C +ANISOU12620 CA VAL D 144 14915 7901 9405 -3432 -2506 616 C +ATOM 12621 C VAL D 144 79.906 29.344 112.879 1.00 84.69 C +ANISOU12621 C VAL D 144 14951 7541 9686 -3556 -2595 747 C +ATOM 12622 O VAL D 144 78.812 28.823 113.118 1.00104.34 O +ANISOU12622 O VAL D 144 17513 9984 12150 -3825 -2253 629 O +ATOM 12623 CB VAL D 144 80.616 31.377 114.231 1.00 96.78 C +ANISOU12623 CB VAL D 144 16982 9374 10415 -3758 -2667 947 C +ATOM 12624 CG1 VAL D 144 79.788 30.850 115.398 1.00113.10 C +ANISOU12624 CG1 VAL D 144 19554 11308 12112 -4299 -2414 1082 C +ATOM 12625 CG2 VAL D 144 82.077 31.006 114.413 1.00117.76 C +ANISOU12625 CG2 VAL D 144 19750 11779 13214 -3637 -3279 1337 C +ATOM 12626 N SER D 145 81.001 28.633 112.616 1.00 79.15 N +ANISOU12626 N SER D 145 14184 6568 9322 -3362 -3054 981 N +ATOM 12627 CA SER D 145 80.960 27.180 112.489 1.00 88.36 C +ANISOU12627 CA SER D 145 15335 7353 10885 -3414 -3191 1093 C +ATOM 12628 C SER D 145 80.794 26.511 113.848 1.00101.81 C +ANISOU12628 C SER D 145 17636 8747 12299 -3905 -3286 1513 C +ATOM 12629 O SER D 145 81.373 26.947 114.846 1.00111.00 O +ANISOU12629 O SER D 145 19236 9876 13063 -4112 -3530 1853 O +ATOM 12630 CB SER D 145 82.238 26.677 111.821 1.00 87.92 C +ANISOU12630 CB SER D 145 14998 7066 11341 -3047 -3650 1191 C +ATOM 12631 OG SER D 145 82.282 25.261 111.799 1.00 87.68 O +ANISOU12631 OG SER D 145 14973 6601 11740 -3104 -3825 1323 O +ATOM 12632 N SER D 146 80.012 25.425 113.870 1.00110.71 N +ANISOU12632 N SER D 146 18803 9638 13622 -4111 -3107 1495 N +ATOM 12633 CA SER D 146 79.705 24.736 115.123 1.00115.39 C +ANISOU12633 CA SER D 146 20000 9930 13912 -4636 -3125 1893 C +ATOM 12634 C SER D 146 80.966 24.364 115.896 1.00115.30 C +ANISOU12634 C SER D 146 20355 9599 13857 -4674 -3767 2444 C +ATOM 12635 O SER D 146 80.945 24.305 117.131 1.00118.05 O +ANISOU12635 O SER D 146 21189 9980 13685 -5006 -3808 2752 O +ATOM 12636 CB SER D 146 78.879 23.486 114.845 1.00127.10 C +ANISOU12636 CB SER D 146 21384 11134 15774 -4779 -2916 1804 C +ATOM 12637 OG SER D 146 79.592 22.557 114.052 1.00133.25 O +ANISOU12637 OG SER D 146 21830 11588 17212 -4439 -3298 1830 O +ATOM 12638 N ASP D 147 82.076 24.123 115.193 1.00117.66 N +ANISOU12638 N ASP D 147 20288 9734 14683 -4239 -4227 2482 N +ATOM 12639 CA ASP D 147 83.303 23.697 115.856 1.00120.65 C +ANISOU12639 CA ASP D 147 20774 9940 15127 -4131 -4820 2894 C +ATOM 12640 C ASP D 147 83.901 24.781 116.746 1.00122.31 C +ANISOU12640 C ASP D 147 21308 10406 14759 -4247 -5028 3079 C +ATOM 12641 O ASP D 147 84.642 24.455 117.679 1.00134.00 O +ANISOU12641 O ASP D 147 23028 11794 16092 -4341 -5471 3413 O +ATOM 12642 CB ASP D 147 84.339 23.274 114.815 1.00125.30 C +ANISOU12642 CB ASP D 147 20808 10315 16487 -3630 -5181 2796 C +ATOM 12643 CG ASP D 147 83.804 22.236 113.851 1.00144.16 C +ANISOU12643 CG ASP D 147 22839 12460 19473 -3494 -4977 2529 C +ATOM 12644 OD1 ASP D 147 82.873 21.495 114.228 1.00149.06 O +ANISOU12644 OD1 ASP D 147 23671 12968 19996 -3788 -4724 2575 O +ATOM 12645 OD2 ASP D 147 84.317 22.164 112.715 1.00146.55 O +ANISOU12645 OD2 ASP D 147 22646 12691 20345 -3106 -5049 2244 O +ATOM 12646 N PHE D 148 83.599 26.054 116.485 1.00117.89 N +ANISOU12646 N PHE D 148 20748 10153 13892 -4256 -4736 2840 N +ATOM 12647 CA PHE D 148 84.290 27.157 117.139 1.00 95.75 C +ANISOU12647 CA PHE D 148 18152 7581 10648 -4293 -4952 2949 C +ATOM 12648 C PHE D 148 83.455 27.913 118.164 1.00102.86 C +ANISOU12648 C PHE D 148 19574 8754 10755 -4758 -4564 2923 C +ATOM 12649 O PHE D 148 83.996 28.806 118.827 1.00104.39 O +ANISOU12649 O PHE D 148 19976 9137 10551 -4836 -4734 2979 O +ATOM 12650 CB PHE D 148 84.792 28.160 116.091 1.00 95.60 C +ANISOU12650 CB PHE D 148 17707 7716 10901 -3907 -4951 2691 C +ATOM 12651 CG PHE D 148 85.785 27.585 115.122 1.00 99.35 C +ANISOU12651 CG PHE D 148 17657 7957 12135 -3449 -5316 2666 C +ATOM 12652 CD1 PHE D 148 85.359 26.998 113.943 1.00103.26 C +ANISOU12652 CD1 PHE D 148 17659 8451 13123 -3171 -5035 2314 C +ATOM 12653 CD2 PHE D 148 87.144 27.634 115.387 1.00103.00 C +ANISOU12653 CD2 PHE D 148 17991 8332 12813 -3257 -5859 2872 C +ATOM 12654 CE1 PHE D 148 86.266 26.469 113.046 1.00101.19 C +ANISOU12654 CE1 PHE D 148 16921 7976 13552 -2775 -5304 2234 C +ATOM 12655 CE2 PHE D 148 88.057 27.107 114.493 1.00 99.54 C +ANISOU12655 CE2 PHE D 148 17027 7674 13120 -2850 -6126 2797 C +ATOM 12656 CZ PHE D 148 87.617 26.524 113.321 1.00 95.13 C +ANISOU12656 CZ PHE D 148 16112 6975 13058 -2636 -5864 2509 C +ATOM 12657 N LEU D 149 82.168 27.591 118.323 1.00105.83 N +ANISOU12657 N LEU D 149 20133 9153 10926 -5079 -4023 2789 N +ATOM 12658 CA LEU D 149 81.331 28.360 119.242 1.00110.45 C +ANISOU12658 CA LEU D 149 21161 10005 10802 -5524 -3556 2679 C +ATOM 12659 C LEU D 149 81.860 28.328 120.668 1.00113.25 C +ANISOU12659 C LEU D 149 22029 10390 10609 -5823 -3871 2962 C +ATOM 12660 O LEU D 149 81.466 29.171 121.480 1.00108.38 O +ANISOU12660 O LEU D 149 21775 10011 9394 -6153 -3576 2836 O +ATOM 12661 CB LEU D 149 79.887 27.848 119.219 1.00109.05 C +ANISOU12661 CB LEU D 149 21032 9812 10591 -5837 -2912 2466 C +ATOM 12662 CG LEU D 149 79.029 28.395 118.072 1.00118.38 C +ANISOU12662 CG LEU D 149 21629 11233 12117 -5578 -2403 1918 C +ATOM 12663 CD1 LEU D 149 79.445 27.726 116.806 1.00118.53 C +ANISOU12663 CD1 LEU D 149 21066 11114 12857 -5076 -2673 1827 C +ATOM 12664 CD2 LEU D 149 77.542 28.179 118.312 1.00119.90 C +ANISOU12664 CD2 LEU D 149 21871 11499 12186 -5947 -1706 1632 C +ATOM 12665 N SER D 150 82.738 27.378 120.995 1.00120.19 N +ANISOU12665 N SER D 150 22933 11011 11722 -5733 -4461 3295 N +ATOM 12666 CA SER D 150 83.323 27.343 122.330 1.00131.75 C +ANISOU12666 CA SER D 150 24863 12458 12739 -6033 -4838 3538 C +ATOM 12667 C SER D 150 84.266 28.522 122.546 1.00120.18 C +ANISOU12667 C SER D 150 23361 11159 11145 -5923 -5138 3469 C +ATOM 12668 O SER D 150 84.185 29.215 123.567 1.00116.22 O +ANISOU12668 O SER D 150 23280 10807 10072 -6279 -5046 3416 O +ATOM 12669 CB SER D 150 84.055 26.019 122.547 1.00139.77 C +ANISOU12669 CB SER D 150 25855 13112 14139 -5951 -5424 3905 C +ATOM 12670 OG SER D 150 85.160 25.899 121.670 1.00138.88 O +ANISOU12670 OG SER D 150 25206 12850 14713 -5451 -5908 3942 O +ATOM 12671 N ASN D 151 85.167 28.772 121.589 1.00109.04 N +ANISOU12671 N ASN D 151 21432 9702 10294 -5445 -5465 3438 N +ATOM 12672 CA ASN D 151 86.130 29.860 121.750 1.00124.22 C +ANISOU12672 CA ASN D 151 23259 11747 12193 -5326 -5743 3370 C +ATOM 12673 C ASN D 151 85.463 31.224 121.677 1.00131.50 C +ANISOU12673 C ASN D 151 24263 12998 12702 -5422 -5209 3052 C +ATOM 12674 O ASN D 151 85.905 32.161 122.352 1.00144.78 O +ANISOU12674 O ASN D 151 26111 14791 14109 -5557 -5279 2988 O +ATOM 12675 CB ASN D 151 87.221 29.788 120.683 1.00130.29 C +ANISOU12675 CB ASN D 151 23417 12387 13700 -4797 -6144 3379 C +ATOM 12676 CG ASN D 151 88.135 28.619 120.870 1.00167.88 C +ANISOU12676 CG ASN D 151 28050 16807 18930 -4695 -6739 3663 C +ATOM 12677 OD1 ASN D 151 87.691 27.535 121.246 1.00170.00 O +ANISOU12677 OD1 ASN D 151 28539 16894 19159 -4877 -6768 3852 O +ATOM 12678 ND2 ASN D 151 89.428 28.822 120.614 1.00200.36 N +ANISOU12678 ND2 ASN D 151 31791 20809 23527 -4413 -7204 3691 N +ATOM 12679 N MET D 152 84.431 31.365 120.850 1.00113.28 N +ANISOU12679 N MET D 152 21816 10816 10410 -5352 -4676 2844 N +ATOM 12680 CA MET D 152 83.764 32.649 120.683 1.00123.60 C +ANISOU12680 CA MET D 152 23151 12423 11389 -5418 -4163 2531 C +ATOM 12681 C MET D 152 83.400 33.245 122.034 1.00135.28 C +ANISOU12681 C MET D 152 25141 14041 12217 -5901 -3922 2437 C +ATOM 12682 O MET D 152 82.683 32.629 122.827 1.00134.75 O +ANISOU12682 O MET D 152 25469 13929 11801 -6305 -3686 2478 O +ATOM 12683 CB MET D 152 82.515 32.472 119.818 1.00118.46 C +ANISOU12683 CB MET D 152 22357 11801 10850 -5421 -3578 2336 C +ATOM 12684 CG MET D 152 81.723 33.752 119.596 1.00116.01 C +ANISOU12684 CG MET D 152 21829 11881 10370 -5377 -2977 1834 C +ATOM 12685 SD MET D 152 80.258 33.494 118.579 1.00111.97 S +ANISOU12685 SD MET D 152 20769 11507 10268 -5210 -2292 1346 S +ATOM 12686 CE MET D 152 79.295 32.426 119.649 1.00117.85 C +ANISOU12686 CE MET D 152 22093 12051 10633 -5854 -1961 1508 C +ATOM 12687 N SER D 153 83.906 34.450 122.290 1.00142.32 N +ANISOU12687 N SER D 153 26006 15080 12991 -5858 -3954 2298 N +ATOM 12688 CA SER D 153 83.654 35.173 123.529 1.00150.89 C +ANISOU12688 CA SER D 153 27528 16263 13539 -6288 -3710 2174 C +ATOM 12689 C SER D 153 83.145 36.558 123.171 1.00135.11 C +ANISOU12689 C SER D 153 25357 14541 11439 -6203 -3203 1804 C +ATOM 12690 O SER D 153 83.738 37.235 122.329 1.00109.65 O +ANISOU12690 O SER D 153 21706 11395 8562 -5779 -3360 1745 O +ATOM 12691 CB SER D 153 84.925 35.278 124.376 1.00162.01 C +ANISOU12691 CB SER D 153 29081 17510 14965 -6339 -4303 2407 C +ATOM 12692 OG SER D 153 85.874 36.135 123.764 1.00162.75 O +ANISOU12692 OG SER D 153 28755 17643 15441 -5936 -4546 2370 O +ATOM 12693 N MET D 154 82.054 36.981 123.806 1.00136.47 N +ANISOU12693 N MET D 154 25825 14859 11168 -6595 -2579 1528 N +ATOM 12694 CA MET D 154 81.391 38.215 123.410 1.00125.13 C +ANISOU12694 CA MET D 154 24161 13688 9693 -6499 -2030 1115 C +ATOM 12695 C MET D 154 80.638 38.802 124.595 1.00127.15 C +ANISOU12695 C MET D 154 24806 14028 9477 -6996 -1484 854 C +ATOM 12696 O MET D 154 79.969 38.077 125.336 1.00148.79 O +ANISOU12696 O MET D 154 27938 16694 11903 -7438 -1231 860 O +ATOM 12697 CB MET D 154 80.427 37.966 122.243 1.00115.14 C +ANISOU12697 CB MET D 154 22586 12559 8605 -6311 -1652 886 C +ATOM 12698 CG MET D 154 81.101 37.494 120.958 1.00 89.89 C +ANISOU12698 CG MET D 154 18895 9289 5968 -5768 -2123 1058 C +ATOM 12699 SD MET D 154 79.918 37.096 119.665 1.00101.68 S +ANISOU12699 SD MET D 154 19690 10854 8090 -5425 -1625 681 S +ATOM 12700 CE MET D 154 79.505 38.748 119.137 1.00107.00 C +ANISOU12700 CE MET D 154 19924 11820 8912 -5145 -1242 172 C +ATOM 12701 N ASP D 155 80.751 40.119 124.762 1.00141.10 N +ANISOU12701 N ASP D 155 26443 15946 11223 -6916 -1291 610 N +ATOM 12702 CA ASP D 155 79.996 40.841 125.776 1.00156.21 C +ANISOU12702 CA ASP D 155 28638 17955 12760 -7341 -706 288 C +ATOM 12703 C ASP D 155 79.488 42.147 125.183 1.00149.44 C +ANISOU12703 C ASP D 155 27338 17325 12117 -7069 -249 -162 C +ATOM 12704 O ASP D 155 80.207 42.824 124.444 1.00129.07 O +ANISOU12704 O ASP D 155 24380 14806 9855 -6611 -566 -138 O +ATOM 12705 CB ASP D 155 80.845 41.111 127.029 1.00160.62 C +ANISOU12705 CB ASP D 155 29628 18401 12997 -7630 -1043 491 C +ATOM 12706 CG ASP D 155 82.183 41.755 126.711 1.00159.97 C +ANISOU12706 CG ASP D 155 29296 18298 13187 -7228 -1633 690 C +ATOM 12707 OD1 ASP D 155 82.375 42.232 125.573 1.00157.17 O +ANISOU12707 OD1 ASP D 155 28429 18049 13241 -6738 -1685 602 O +ATOM 12708 OD2 ASP D 155 83.048 41.782 127.611 1.00162.44 O +ANISOU12708 OD2 ASP D 155 29930 18485 13306 -7417 -2045 919 O +ATOM 12709 N PHE D 156 78.244 42.492 125.511 1.00155.65 N +ANISOU12709 N PHE D 156 28141 18217 12782 -7350 500 -599 N +ATOM 12710 CA PHE D 156 77.558 43.646 124.944 1.00160.16 C +ANISOU12710 CA PHE D 156 28232 18968 13656 -7094 984 -1105 C +ATOM 12711 C PHE D 156 77.112 44.575 126.063 1.00174.96 C +ANISOU12711 C PHE D 156 30311 20887 15278 -7465 1489 -1424 C +ATOM 12712 O PHE D 156 76.511 44.125 127.045 1.00171.77 O +ANISOU12712 O PHE D 156 30316 20423 14525 -7999 1867 -1489 O +ATOM 12713 CB PHE D 156 76.342 43.209 124.121 1.00152.07 C +ANISOU12713 CB PHE D 156 26863 18001 12917 -7019 1468 -1450 C +ATOM 12714 CG PHE D 156 76.688 42.575 122.803 1.00137.20 C +ANISOU12714 CG PHE D 156 24646 16100 11384 -6570 1015 -1281 C +ATOM 12715 CD1 PHE D 156 77.528 43.214 121.906 1.00129.07 C +ANISOU12715 CD1 PHE D 156 23233 15107 10701 -6044 544 -1203 C +ATOM 12716 CD2 PHE D 156 76.165 41.339 122.461 1.00134.85 C +ANISOU12716 CD2 PHE D 156 24408 15731 11099 -6693 1076 -1218 C +ATOM 12717 CE1 PHE D 156 77.841 42.630 120.693 1.00125.91 C +ANISOU12717 CE1 PHE D 156 22476 14671 10691 -5634 150 -1056 C +ATOM 12718 CE2 PHE D 156 76.476 40.750 121.249 1.00131.06 C +ANISOU12718 CE2 PHE D 156 23426 15196 11176 -6182 667 -1012 C +ATOM 12719 CZ PHE D 156 77.313 41.397 120.364 1.00127.62 C +ANISOU12719 CZ PHE D 156 22601 14807 11083 -5658 216 -941 C +ATOM 12720 N GLN D 157 77.397 45.868 125.910 1.00181.37 N +ANISOU12720 N GLN D 157 30842 21790 16281 -7195 1501 -1643 N +ATOM 12721 CA GLN D 157 76.985 46.867 126.892 1.00187.78 C +ANISOU12721 CA GLN D 157 31790 22645 16912 -7503 1985 -1998 C +ATOM 12722 C GLN D 157 76.742 48.191 126.183 1.00186.83 C +ANISOU12722 C GLN D 157 31105 22619 17264 -7078 2187 -2415 C +ATOM 12723 O GLN D 157 77.662 48.750 125.578 1.00181.43 O +ANISOU12723 O GLN D 157 30212 21944 16779 -6670 1694 -2262 O +ATOM 12724 CB GLN D 157 78.038 47.029 127.996 1.00184.76 C +ANISOU12724 CB GLN D 157 31929 22194 16076 -7782 1573 -1683 C +ATOM 12725 CG GLN D 157 79.479 47.176 127.509 1.00174.50 C +ANISOU12725 CG GLN D 157 30536 20857 14909 -7378 772 -1278 C +ATOM 12726 CD GLN D 157 80.076 45.869 127.021 1.00168.19 C +ANISOU12726 CD GLN D 157 29807 19937 14161 -7254 207 -792 C +ATOM 12727 OE1 GLN D 157 79.621 44.788 127.393 1.00169.04 O +ANISOU12727 OE1 GLN D 157 30224 19955 14049 -7584 302 -663 O +ATOM 12728 NE2 GLN D 157 81.103 45.963 126.185 1.00160.82 N +ANISOU12728 NE2 GLN D 157 28573 18981 13550 -6787 -374 -540 N +ATOM 12729 N ASN D 158 75.509 48.686 126.264 1.00185.08 N +ANISOU12729 N ASN D 158 30619 22433 17272 -7182 2904 -2949 N +ATOM 12730 CA ASN D 158 75.118 49.967 125.686 1.00178.07 C +ANISOU12730 CA ASN D 158 29181 21572 16905 -6814 3142 -3400 C +ATOM 12731 C ASN D 158 74.870 50.952 126.820 1.00181.63 C +ANISOU12731 C ASN D 158 29808 22026 17176 -7154 3583 -3730 C +ATOM 12732 O ASN D 158 74.033 50.701 127.694 1.00192.68 O +ANISOU12732 O ASN D 158 31418 23417 18375 -7636 4161 -3962 O +ATOM 12733 CB ASN D 158 73.870 49.818 124.816 1.00173.40 C +ANISOU12733 CB ASN D 158 28035 20969 16882 -6608 3586 -3796 C +ATOM 12734 N HIS D 159 75.589 52.076 126.797 1.00169.87 N +ANISOU12734 N HIS D 159 28229 20537 15777 -6922 3327 -3775 N +ATOM 12735 CA HIS D 159 75.560 53.004 127.922 1.00154.38 C +ANISOU12735 CA HIS D 159 26499 18575 13582 -7255 3649 -4047 C +ATOM 12736 C HIS D 159 74.227 53.738 128.006 1.00165.80 C +ANISOU12736 C HIS D 159 27534 19991 15472 -7307 4430 -4692 C +ATOM 12737 O HIS D 159 73.566 53.722 129.051 1.00158.32 O +ANISOU12737 O HIS D 159 26833 19044 14277 -7814 4992 -4948 O +ATOM 12738 CB HIS D 159 76.716 53.998 127.807 1.00129.96 C +ANISOU12738 CB HIS D 159 23394 15472 10514 -6977 3142 -3932 C +ATOM 12739 N LEU D 160 73.812 54.393 126.921 1.00168.64 N +ANISOU12739 N LEU D 160 27251 20292 16532 -6799 4466 -4967 N +ATOM 12740 CA LEU D 160 72.642 55.262 126.963 1.00190.37 C +ANISOU12740 CA LEU D 160 29524 22963 19844 -6776 5124 -5584 C +ATOM 12741 C LEU D 160 71.499 54.773 126.082 1.00205.31 C +ANISOU12741 C LEU D 160 30864 24804 22340 -6560 5421 -5813 C +ATOM 12742 O LEU D 160 70.572 55.547 125.812 1.00216.20 O +ANISOU12742 O LEU D 160 31685 26072 24390 -6386 5832 -6300 O +ATOM 12743 CB LEU D 160 73.036 56.690 126.563 1.00182.68 C +ANISOU12743 CB LEU D 160 28222 21889 19300 -6380 4938 -5791 C +ATOM 12744 CG LEU D 160 72.135 57.823 127.069 1.00174.69 C +ANISOU12744 CG LEU D 160 26886 20769 18720 -6477 5575 -6406 C +ATOM 12745 CD1 LEU D 160 72.052 57.831 128.592 1.00177.28 C +ANISOU12745 CD1 LEU D 160 27739 21173 18447 -7128 6017 -6544 C +ATOM 12746 CD2 LEU D 160 72.625 59.175 126.566 1.00163.34 C +ANISOU12746 CD2 LEU D 160 25144 19187 17730 -6053 5296 -6546 C +ATOM 12747 N GLY D 161 71.526 53.521 125.638 1.00197.03 N +ANISOU12747 N GLY D 161 29931 23811 21119 -6566 5212 -5488 N +ATOM 12748 CA GLY D 161 70.433 53.009 124.819 1.00187.19 C +ANISOU12748 CA GLY D 161 28158 22515 20449 -6381 5484 -5723 C +ATOM 12749 C GLY D 161 70.099 53.916 123.657 1.00176.50 C +ANISOU12749 C GLY D 161 26093 21033 19937 -5782 5348 -5990 C +ATOM 12750 O GLY D 161 68.922 54.093 123.320 1.00175.78 O +ANISOU12750 O GLY D 161 25434 20843 20512 -5675 5769 -6413 O +ATOM 12751 N SER D 162 71.123 54.505 123.034 1.00160.48 N +ANISOU12751 N SER D 162 24074 18975 17927 -5400 4742 -5740 N +ATOM 12752 CA SER D 162 70.896 55.520 122.009 1.00152.42 C +ANISOU12752 CA SER D 162 22453 17781 17681 -4872 4581 -5967 C +ATOM 12753 C SER D 162 70.312 54.923 120.732 1.00146.24 C +ANISOU12753 C SER D 162 21190 16932 17442 -4506 4406 -5967 C +ATOM 12754 O SER D 162 69.554 55.600 120.029 1.00138.92 O +ANISOU12754 O SER D 162 19654 15830 17300 -4162 4485 -6285 O +ATOM 12755 CB SER D 162 72.208 56.240 121.719 1.00144.23 C +ANISOU12755 CB SER D 162 21618 16714 16469 -4636 3992 -5673 C +ATOM 12756 OG SER D 162 72.571 57.109 122.765 1.00147.64 O +ANISOU12756 OG SER D 162 22319 17146 16631 -4884 4173 -5805 O +ATOM 12757 N CYS D 163 70.645 53.677 120.408 1.00140.36 N +ANISOU12757 N CYS D 163 20693 16304 16332 -4567 4135 -5613 N +ATOM 12758 CA CYS D 163 70.154 53.086 119.175 1.00144.42 C +ANISOU12758 CA CYS D 163 20773 16760 17339 -4233 3926 -5612 C +ATOM 12759 C CYS D 163 68.700 52.648 119.318 1.00139.26 C +ANISOU12759 C CYS D 163 19716 16068 17127 -4375 4510 -6023 C +ATOM 12760 O CYS D 163 68.192 52.403 120.416 1.00137.33 O +ANISOU12760 O CYS D 163 19674 15886 16618 -4834 5076 -6205 O +ATOM 12761 CB CYS D 163 71.001 51.887 118.765 1.00149.69 C +ANISOU12761 CB CYS D 163 21816 17547 17511 -4258 3442 -5115 C +ATOM 12762 SG CYS D 163 72.780 52.116 118.870 1.00143.35 S +ANISOU12762 SG CYS D 163 21554 16821 16091 -4223 2799 -4578 S +ATOM 12763 N GLN D 164 68.046 52.511 118.170 1.00136.29 N +ANISOU12763 N GLN D 164 18765 15582 17437 -3995 4346 -6157 N +ATOM 12764 CA GLN D 164 66.611 52.273 118.104 1.00145.05 C +ANISOU12764 CA GLN D 164 19319 16610 19185 -4026 4822 -6589 C +ATOM 12765 C GLN D 164 66.319 50.772 118.034 1.00147.43 C +ANISOU12765 C GLN D 164 19761 17010 19246 -4262 4897 -6469 C +ATOM 12766 O GLN D 164 67.216 49.929 118.140 1.00144.71 O +ANISOU12766 O GLN D 164 19975 16791 18218 -4430 4606 -6048 O +ATOM 12767 CB GLN D 164 66.006 53.027 116.916 1.00146.57 C +ANISOU12767 CB GLN D 164 18763 16591 20337 -3471 4548 -6808 C +ATOM 12768 CG GLN D 164 66.782 52.918 115.603 1.00139.43 C +ANISOU12768 CG GLN D 164 17801 15713 19461 -2995 3732 -6321 C +ATOM 12769 CD GLN D 164 66.302 53.901 114.564 1.00140.79 C +ANISOU12769 CD GLN D 164 17323 15681 20491 -2462 3402 -6428 C +ATOM 12770 OE1 GLN D 164 65.134 54.294 114.553 1.00149.44 O +ANISOU12770 OE1 GLN D 164 17859 16577 22346 -2396 3728 -6926 O +ATOM 12771 NE2 GLN D 164 67.212 54.331 113.697 1.00130.47 N +ANISOU12771 NE2 GLN D 164 16084 14399 19090 -2090 2752 -5960 N +ATOM 12772 N LYS D 165 65.045 50.435 117.850 1.00128.55 N +ANISOU12772 N LYS D 165 16974 15046 16825 -580 -1296 -3424 N +ATOM 12773 CA LYS D 165 64.589 49.051 117.835 1.00114.59 C +ANISOU12773 CA LYS D 165 15090 13338 15112 -782 -1128 -3456 C +ATOM 12774 C LYS D 165 64.881 48.415 116.483 1.00115.04 C +ANISOU12774 C LYS D 165 14968 13416 15326 -751 -1255 -3415 C +ATOM 12775 O LYS D 165 64.734 49.054 115.437 1.00110.87 O +ANISOU12775 O LYS D 165 14295 12959 14872 -528 -1391 -3480 O +ATOM 12776 CB LYS D 165 63.083 48.982 118.110 1.00109.36 C +ANISOU12776 CB LYS D 165 14197 12866 14489 -812 -878 -3730 C +ATOM 12777 CG LYS D 165 62.543 49.976 119.148 1.00110.54 C +ANISOU12777 CG LYS D 165 14449 13049 14503 -745 -771 -3834 C +ATOM 12778 CD LYS D 165 62.667 49.450 120.564 1.00109.45 C +ANISOU12778 CD LYS D 165 14600 12794 14192 -947 -552 -3746 C +ATOM 12779 CE LYS D 165 62.273 50.513 121.577 1.00107.85 C +ANISOU12779 CE LYS D 165 14537 12610 13831 -849 -481 -3831 C +ATOM 12780 NZ LYS D 165 63.217 51.665 121.577 1.00 95.21 N +ANISOU12780 NZ LYS D 165 13115 10908 12154 -661 -774 -3718 N +ATOM 12781 N CYS D 166 65.292 47.149 116.505 1.00119.41 N +ANISOU12781 N CYS D 166 15566 13897 15908 -950 -1204 -3307 N +ATOM 12782 CA CYS D 166 65.382 46.387 115.267 1.00110.86 C +ANISOU12782 CA CYS D 166 14286 12856 14979 -940 -1287 -3306 C +ATOM 12783 C CYS D 166 63.995 46.214 114.661 1.00109.15 C +ANISOU12783 C CYS D 166 13711 12862 14901 -890 -1177 -3608 C +ATOM 12784 O CYS D 166 63.014 45.965 115.369 1.00110.23 O +ANISOU12784 O CYS D 166 13745 13082 15056 -1022 -931 -3795 O +ATOM 12785 CB CYS D 166 66.025 45.019 115.513 1.00111.04 C +ANISOU12785 CB CYS D 166 14442 12749 14999 -1170 -1231 -3147 C +ATOM 12786 SG CYS D 166 67.802 44.953 115.185 1.00112.79 S +ANISOU12786 SG CYS D 166 14892 12771 15192 -1130 -1506 -2856 S +ATOM 12787 N ASP D 167 63.918 46.361 113.344 1.00119.68 N +ANISOU12787 N ASP D 167 14852 14289 16333 -680 -1354 -3680 N +ATOM 12788 CA ASP D 167 62.643 46.268 112.652 1.00133.45 C +ANISOU12788 CA ASP D 167 16228 16267 18211 -559 -1324 -4021 C +ATOM 12789 C ASP D 167 61.991 44.912 112.931 1.00146.13 C +ANISOU12789 C ASP D 167 17636 17918 19970 -858 -1086 -4182 C +ATOM 12790 O ASP D 167 62.674 43.881 112.905 1.00157.69 O +ANISOU12790 O ASP D 167 19213 19245 21459 -1057 -1056 -4004 O +ATOM 12791 CB ASP D 167 62.855 46.460 111.149 1.00132.71 C +ANISOU12791 CB ASP D 167 16034 16232 18158 -259 -1579 -4037 C +ATOM 12792 CG ASP D 167 61.563 46.724 110.398 1.00134.68 C +ANISOU12792 CG ASP D 167 15933 16744 18496 2 -1637 -4429 C +ATOM 12793 OD1 ASP D 167 60.497 46.245 110.838 1.00136.49 O +ANISOU12793 OD1 ASP D 167 15880 17123 18857 -147 -1458 -4729 O +ATOM 12794 OD2 ASP D 167 61.623 47.418 109.360 1.00136.26 O +ANISOU12794 OD2 ASP D 167 16151 16991 18631 375 -1855 -4451 O +ATOM 12795 N PRO D 168 60.682 44.871 113.214 1.00144.43 N +ANISOU12795 N PRO D 168 17127 17876 19873 -905 -890 -4532 N +ATOM 12796 CA PRO D 168 60.032 43.571 113.464 1.00147.20 C +ANISOU12796 CA PRO D 168 17277 18235 20417 -1223 -599 -4718 C +ATOM 12797 C PRO D 168 60.243 42.525 112.379 1.00149.77 C +ANISOU12797 C PRO D 168 17432 18569 20906 -1256 -709 -4755 C +ATOM 12798 O PRO D 168 60.471 41.355 112.710 1.00151.66 O +ANISOU12798 O PRO D 168 17751 18660 21213 -1560 -505 -4668 O +ATOM 12799 CB PRO D 168 58.555 43.956 113.591 1.00143.68 C +ANISOU12799 CB PRO D 168 16442 18023 20127 -1171 -443 -5173 C +ATOM 12800 CG PRO D 168 58.583 45.308 114.182 1.00141.98 C +ANISOU12800 CG PRO D 168 16410 17826 19710 -972 -511 -5096 C +ATOM 12801 CD PRO D 168 59.813 45.991 113.630 1.00140.06 C +ANISOU12801 CD PRO D 168 16470 17469 19277 -732 -851 -4751 C +ATOM 12802 N SER D 169 60.152 42.900 111.098 1.00142.98 N +ANISOU12802 N SER D 169 16369 17865 20093 -930 -1017 -4887 N +ATOM 12803 CA SER D 169 60.278 41.920 110.020 1.00137.84 C +ANISOU12803 CA SER D 169 15539 17241 19593 -928 -1137 -4962 C +ATOM 12804 C SER D 169 61.464 40.995 110.242 1.00124.64 C +ANISOU12804 C SER D 169 14183 15315 17861 -1176 -1091 -4580 C +ATOM 12805 O SER D 169 61.436 39.829 109.828 1.00117.23 O +ANISOU12805 O SER D 169 13118 14345 17079 -1344 -1031 -4651 O +ATOM 12806 CB SER D 169 60.417 42.624 108.669 1.00154.62 C +ANISOU12806 CB SER D 169 17594 19499 21655 -473 -1513 -5012 C +ATOM 12807 OG SER D 169 61.599 43.404 108.614 1.00167.35 O +ANISOU12807 OG SER D 169 19601 20945 23038 -320 -1672 -4609 O +ATOM 12808 N CYS D 170 62.508 41.492 110.888 1.00131.38 N +ANISOU12808 N CYS D 170 15435 15987 18496 -1187 -1132 -4205 N +ATOM 12809 CA CYS D 170 63.651 40.661 111.200 1.00122.05 C +ANISOU12809 CA CYS D 170 14558 14574 17242 -1388 -1110 -3870 C +ATOM 12810 C CYS D 170 63.243 39.551 112.169 1.00117.11 C +ANISOU12810 C CYS D 170 13984 13834 16677 -1755 -748 -3913 C +ATOM 12811 O CYS D 170 62.431 39.785 113.072 1.00120.89 O +ANISOU12811 O CYS D 170 14435 14343 17157 -1871 -485 -4063 O +ATOM 12812 CB CYS D 170 64.760 41.510 111.810 1.00119.89 C +ANISOU12812 CB CYS D 170 14658 14149 16746 -1310 -1230 -3543 C +ATOM 12813 SG CYS D 170 64.945 43.154 111.073 1.00131.68 S +ANISOU12813 SG CYS D 170 16140 15734 18159 -909 -1505 -3537 S +ATOM 12814 N PRO D 171 63.788 38.342 112.028 1.00113.28 N +ANISOU12814 N PRO D 171 13608 13199 16235 -1937 -695 -3778 N +ATOM 12815 CA PRO D 171 63.390 37.251 112.928 1.00117.21 C +ANISOU12815 CA PRO D 171 14214 13540 16779 -2277 -300 -3808 C +ATOM 12816 C PRO D 171 63.959 37.451 114.325 1.00111.48 C +ANISOU12816 C PRO D 171 13957 12620 15782 -2360 -157 -3534 C +ATOM 12817 O PRO D 171 65.151 37.719 114.493 1.00 98.79 O +ANISOU12817 O PRO D 171 12658 10903 13976 -2243 -392 -3233 O +ATOM 12818 CB PRO D 171 63.974 36.004 112.254 1.00116.37 C +ANISOU12818 CB PRO D 171 14137 13315 16762 -2381 -349 -3709 C +ATOM 12819 CG PRO D 171 65.154 36.515 111.505 1.00112.90 C +ANISOU12819 CG PRO D 171 13810 12885 16203 -2121 -762 -3462 C +ATOM 12820 CD PRO D 171 64.779 37.895 111.033 1.00107.45 C +ANISOU12820 CD PRO D 171 12918 12405 15502 -1835 -965 -3596 C +ATOM 12821 N ASN D 172 63.094 37.318 115.330 1.00124.90 N +ANISOU12821 N ASN D 172 15703 14274 17479 -2550 237 -3666 N +ATOM 12822 CA ASN D 172 63.506 37.403 116.731 1.00151.21 C +ANISOU12822 CA ASN D 172 19520 17409 20524 -2614 419 -3434 C +ATOM 12823 C ASN D 172 64.151 38.755 117.031 1.00169.66 C +ANISOU12823 C ASN D 172 22005 19809 22648 -2353 106 -3287 C +ATOM 12824 O ASN D 172 65.104 38.852 117.808 1.00164.00 O +ANISOU12824 O ASN D 172 21706 18933 21674 -2298 13 -3025 O +ATOM 12825 CB ASN D 172 64.450 36.253 117.088 1.00153.76 C +ANISOU12825 CB ASN D 172 20263 17459 20699 -2726 473 -3147 C +ATOM 12826 CG ASN D 172 64.762 36.187 118.570 1.00158.99 C +ANISOU12826 CG ASN D 172 21469 17904 21037 -2761 693 -2944 C +ATOM 12827 OD1 ASN D 172 64.125 36.858 119.382 1.00160.90 O +ANISOU12827 OD1 ASN D 172 21760 18184 21192 -2762 891 -3036 O +ATOM 12828 ND2 ASN D 172 65.748 35.373 118.930 1.00158.69 N +ANISOU12828 ND2 ASN D 172 21860 17637 20798 -2758 648 -2675 N +ATOM 12829 N GLY D 173 63.625 39.807 116.413 1.00184.70 N +ANISOU12829 N GLY D 173 23571 21941 24663 -2175 -63 -3483 N +ATOM 12830 CA GLY D 173 64.179 41.140 116.620 1.00186.78 C +ANISOU12830 CA GLY D 173 23959 22247 24761 -1936 -331 -3370 C +ATOM 12831 C GLY D 173 65.676 41.205 116.421 1.00186.18 C +ANISOU12831 C GLY D 173 24142 22038 24559 -1824 -654 -3071 C +ATOM 12832 O GLY D 173 66.383 41.839 117.214 1.00191.01 O +ANISOU12832 O GLY D 173 25042 22557 24975 -1743 -759 -2919 O +ATOM 12833 N SER D 174 66.179 40.561 115.371 1.00163.88 N +ANISOU12833 N SER D 174 21201 19205 21860 -1813 -815 -3013 N +ATOM 12834 CA SER D 174 67.612 40.461 115.115 1.00134.77 C +ANISOU12834 CA SER D 174 17721 15386 18097 -1732 -1091 -2756 C +ATOM 12835 C SER D 174 67.960 41.201 113.832 1.00122.99 C +ANISOU12835 C SER D 174 16010 13995 16725 -1516 -1366 -2769 C +ATOM 12836 O SER D 174 67.464 40.852 112.758 1.00101.30 O +ANISOU12836 O SER D 174 12991 11362 14137 -1477 -1388 -2898 O +ATOM 12837 CB SER D 174 68.046 38.999 115.008 1.00118.42 C +ANISOU12837 CB SER D 174 15770 13178 16044 -1893 -1024 -2643 C +ATOM 12838 OG SER D 174 67.828 38.308 116.223 1.00112.39 O +ANISOU12838 OG SER D 174 15307 12268 15127 -2063 -742 -2594 O +ATOM 12839 N CYS D 175 68.836 42.195 113.939 1.00133.04 N +ANISOU12839 N CYS D 175 17420 15208 17921 -1367 -1564 -2647 N +ATOM 12840 CA CYS D 175 69.229 42.991 112.784 1.00130.11 C +ANISOU12840 CA CYS D 175 16916 14876 17642 -1155 -1765 -2635 C +ATOM 12841 C CYS D 175 70.424 43.840 113.175 1.00120.77 C +ANISOU12841 C CYS D 175 15942 13549 16398 -1081 -1922 -2484 C +ATOM 12842 O CYS D 175 70.585 44.180 114.345 1.00120.71 O +ANISOU12842 O CYS D 175 16120 13480 16266 -1131 -1893 -2468 O +ATOM 12843 CB CYS D 175 68.085 43.896 112.318 1.00133.56 C +ANISOU12843 CB CYS D 175 17134 15492 18121 -985 -1726 -2849 C +ATOM 12844 SG CYS D 175 67.965 45.455 113.224 1.00129.92 S +ANISOU12844 SG CYS D 175 16809 15017 17536 -870 -1719 -2879 S +ATOM 12845 N TRP D 176 71.246 44.195 112.186 1.00118.84 N +ANISOU12845 N TRP D 176 15663 13243 16249 -955 -2073 -2398 N +ATOM 12846 CA TRP D 176 72.423 45.014 112.449 1.00116.08 C +ANISOU12846 CA TRP D 176 15459 12736 15910 -905 -2195 -2302 C +ATOM 12847 C TRP D 176 72.139 46.515 112.459 1.00117.47 C +ANISOU12847 C TRP D 176 15641 12910 16081 -750 -2177 -2377 C +ATOM 12848 O TRP D 176 72.999 47.280 112.915 1.00113.99 O +ANISOU12848 O TRP D 176 15319 12330 15662 -741 -2245 -2345 O +ATOM 12849 CB TRP D 176 73.518 44.748 111.407 1.00109.43 C +ANISOU12849 CB TRP D 176 14588 11787 15202 -862 -2308 -2182 C +ATOM 12850 CG TRP D 176 73.812 43.302 111.136 1.00 97.30 C +ANISOU12850 CG TRP D 176 13031 10252 13687 -976 -2339 -2108 C +ATOM 12851 CD1 TRP D 176 73.055 42.442 110.400 1.00 92.52 C +ANISOU12851 CD1 TRP D 176 12285 9759 13108 -986 -2280 -2149 C +ATOM 12852 CD2 TRP D 176 74.962 42.557 111.568 1.00 83.11 C +ANISOU12852 CD2 TRP D 176 11354 8330 11892 -1074 -2451 -2004 C +ATOM 12853 NE1 TRP D 176 73.652 41.206 110.353 1.00 74.34 N +ANISOU12853 NE1 TRP D 176 10026 7394 10824 -1104 -2324 -2056 N +ATOM 12854 CE2 TRP D 176 74.822 41.249 111.064 1.00 88.01 C +ANISOU12854 CE2 TRP D 176 11927 8984 12528 -1147 -2434 -1959 C +ATOM 12855 CE3 TRP D 176 76.089 42.866 112.338 1.00 74.83 C +ANISOU12855 CE3 TRP D 176 10439 7153 10840 -1090 -2581 -1977 C +ATOM 12856 CZ2 TRP D 176 75.767 40.251 111.300 1.00 90.11 C +ANISOU12856 CZ2 TRP D 176 12305 9149 12783 -1222 -2534 -1860 C +ATOM 12857 CZ3 TRP D 176 77.027 41.870 112.574 1.00 74.77 C +ANISOU12857 CZ3 TRP D 176 10518 7065 10825 -1146 -2705 -1907 C +ATOM 12858 CH2 TRP D 176 76.858 40.580 112.055 1.00 81.89 C +ANISOU12858 CH2 TRP D 176 11400 7994 11719 -1207 -2676 -1835 C +ATOM 12859 N GLY D 177 70.979 46.960 111.982 1.00122.66 N +ANISOU12859 N GLY D 177 16174 13712 16720 -616 -2096 -2501 N +ATOM 12860 CA GLY D 177 70.729 48.373 111.766 1.00119.86 C +ANISOU12860 CA GLY D 177 15851 13338 16353 -416 -2084 -2560 C +ATOM 12861 C GLY D 177 69.284 48.784 111.953 1.00119.08 C +ANISOU12861 C GLY D 177 15640 13429 16174 -311 -1994 -2752 C +ATOM 12862 O GLY D 177 68.536 48.155 112.705 1.00128.68 O +ANISOU12862 O GLY D 177 16786 14765 17343 -455 -1902 -2850 O +ATOM 12863 N ALA D 178 68.903 49.866 111.271 1.00114.90 N +ANISOU12863 N ALA D 178 15114 12912 15630 -48 -2002 -2815 N +ATOM 12864 CA ALA D 178 67.613 50.523 111.480 1.00109.06 C +ANISOU12864 CA ALA D 178 14284 12344 14812 109 -1944 -3021 C +ATOM 12865 C ALA D 178 66.468 49.801 110.771 1.00110.63 C +ANISOU12865 C ALA D 178 14216 12780 15037 201 -1943 -3217 C +ATOM 12866 O ALA D 178 65.566 49.259 111.417 1.00117.80 O +ANISOU12866 O ALA D 178 14956 13846 15956 62 -1844 -3387 O +ATOM 12867 CB ALA D 178 67.703 51.982 111.011 1.00107.40 C +ANISOU12867 CB ALA D 178 14225 12027 14556 396 -1961 -3015 C +ATOM 12868 N GLY D 179 66.484 49.790 109.438 1.00108.23 N +ANISOU12868 N GLY D 179 13872 12497 14753 445 -2038 -3220 N +ATOM 12869 CA GLY D 179 65.341 49.368 108.655 1.00111.28 C +ANISOU12869 CA GLY D 179 13997 13123 15159 631 -2087 -3474 C +ATOM 12870 C GLY D 179 65.318 47.876 108.376 1.00114.07 C +ANISOU12870 C GLY D 179 14157 13553 15632 421 -2088 -3506 C +ATOM 12871 O GLY D 179 66.137 47.100 108.872 1.00109.38 O +ANISOU12871 O GLY D 179 13647 12829 15085 124 -2040 -3319 O +ATOM 12872 N GLU D 180 64.337 47.475 107.561 1.00119.54 N +ANISOU12872 N GLU D 180 14583 14460 16375 603 -2157 -3776 N +ATOM 12873 CA GLU D 180 64.258 46.087 107.115 1.00118.31 C +ANISOU12873 CA GLU D 180 14225 14374 16354 440 -2168 -3847 C +ATOM 12874 C GLU D 180 65.532 45.660 106.405 1.00121.17 C +ANISOU12874 C GLU D 180 14781 14550 16707 430 -2253 -3552 C +ATOM 12875 O GLU D 180 65.925 44.490 106.476 1.00129.44 O +ANISOU12875 O GLU D 180 15779 15554 17850 170 -2219 -3479 O +ATOM 12876 CB GLU D 180 63.066 45.894 106.176 1.00123.28 C +ANISOU12876 CB GLU D 180 14530 15266 17046 718 -2282 -4230 C +ATOM 12877 CG GLU D 180 61.706 46.116 106.805 1.00130.55 C +ANISOU12877 CG GLU D 180 15161 16404 18038 708 -2189 -4604 C +ATOM 12878 CD GLU D 180 60.574 45.694 105.896 1.00127.71 C +ANISOU12878 CD GLU D 180 14407 16316 17801 941 -2320 -5049 C +ATOM 12879 OE1 GLU D 180 60.725 44.685 105.174 1.00124.47 O +ANISOU12879 OE1 GLU D 180 13869 15926 17497 893 -2391 -5095 O +ATOM 12880 OE2 GLU D 180 59.531 46.379 105.899 1.00121.13 O +ANISOU12880 OE2 GLU D 180 13379 15682 16961 1191 -2368 -5381 O +ATOM 12881 N GLU D 181 66.184 46.595 105.712 1.00119.96 N +ANISOU12881 N GLU D 181 14865 14270 16445 713 -2337 -3387 N +ATOM 12882 CA GLU D 181 67.372 46.265 104.932 1.00108.97 C +ANISOU12882 CA GLU D 181 13647 12698 15059 731 -2389 -3132 C +ATOM 12883 C GLU D 181 68.449 45.616 105.789 1.00 88.01 C +ANISOU12883 C GLU D 181 11088 9870 12482 337 -2314 -2900 C +ATOM 12884 O GLU D 181 69.237 44.806 105.285 1.00 92.50 O +ANISOU12884 O GLU D 181 11684 10353 13110 254 -2355 -2760 O +ATOM 12885 CB GLU D 181 67.918 47.527 104.260 1.00119.04 C +ANISOU12885 CB GLU D 181 15208 13808 16214 1058 -2400 -2985 C +ATOM 12886 CG GLU D 181 68.105 48.713 105.200 1.00121.15 C +ANISOU12886 CG GLU D 181 15648 13949 16435 1013 -2300 -2914 C +ATOM 12887 CD GLU D 181 68.581 49.955 104.480 1.00119.51 C +ANISOU12887 CD GLU D 181 15741 13542 16125 1335 -2261 -2787 C +ATOM 12888 OE1 GLU D 181 67.892 50.398 103.537 1.00120.26 O +ANISOU12888 OE1 GLU D 181 15884 13722 16087 1748 -2326 -2907 O +ATOM 12889 OE2 GLU D 181 69.646 50.487 104.858 1.00118.17 O +ANISOU12889 OE2 GLU D 181 15769 13119 16010 1189 -2158 -2586 O +ATOM 12890 N ASN D 182 68.500 45.947 107.077 1.00 78.66 N +ANISOU12890 N ASN D 182 9967 8636 11284 124 -2222 -2870 N +ATOM 12891 CA ASN D 182 69.520 45.426 107.973 1.00 92.87 C +ANISOU12891 CA ASN D 182 11894 10274 13117 -183 -2187 -2678 C +ATOM 12892 C ASN D 182 69.048 44.207 108.753 1.00101.31 C +ANISOU12892 C ASN D 182 12853 11422 14218 -466 -2104 -2753 C +ATOM 12893 O ASN D 182 69.763 43.741 109.645 1.00 89.94 O +ANISOU12893 O ASN D 182 11558 9858 12759 -689 -2075 -2616 O +ATOM 12894 CB ASN D 182 69.974 46.529 108.928 1.00102.19 C +ANISOU12894 CB ASN D 182 13259 11326 14241 -214 -2150 -2605 C +ATOM 12895 CG ASN D 182 70.286 47.824 108.202 1.00108.00 C +ANISOU12895 CG ASN D 182 14123 11954 14957 60 -2167 -2558 C +ATOM 12896 OD1 ASN D 182 71.017 47.835 107.214 1.00 99.19 O +ANISOU12896 OD1 ASN D 182 13081 10722 13887 174 -2196 -2438 O +ATOM 12897 ND2 ASN D 182 69.708 48.915 108.673 1.00116.03 N +ANISOU12897 ND2 ASN D 182 15190 12995 15900 176 -2121 -2654 N +ATOM 12898 N CYS D 183 67.865 43.679 108.437 1.00120.47 N +ANISOU12898 N CYS D 183 15037 14039 16696 -449 -2055 -2988 N +ATOM 12899 CA CYS D 183 67.411 42.441 109.055 1.00122.39 C +ANISOU12899 CA CYS D 183 15183 14316 17005 -737 -1914 -3069 C +ATOM 12900 C CYS D 183 68.438 41.338 108.845 1.00107.44 C +ANISOU12900 C CYS D 183 13399 12277 15146 -890 -1960 -2867 C +ATOM 12901 O CYS D 183 69.058 41.235 107.783 1.00101.26 O +ANISOU12901 O CYS D 183 12612 11464 14398 -747 -2104 -2779 O +ATOM 12902 CB CYS D 183 66.064 42.012 108.464 1.00136.53 C +ANISOU12902 CB CYS D 183 16635 16326 18916 -680 -1869 -3404 C +ATOM 12903 SG CYS D 183 64.594 42.865 109.095 1.00150.28 S +ANISOU12903 SG CYS D 183 18179 18263 20659 -611 -1737 -3730 S +ATOM 12904 N GLN D 184 68.616 40.506 109.870 1.00100.96 N +ANISOU12904 N GLN D 184 12706 11357 14298 -1161 -1825 -2792 N +ATOM 12905 CA GLN D 184 69.560 39.400 109.784 1.00 93.99 C +ANISOU12905 CA GLN D 184 11953 10331 13428 -1295 -1867 -2610 C +ATOM 12906 C GLN D 184 68.977 38.296 108.911 1.00 97.53 C +ANISOU12906 C GLN D 184 12179 10859 14020 -1348 -1830 -2754 C +ATOM 12907 O GLN D 184 67.884 37.789 109.185 1.00100.98 O +ANISOU12907 O GLN D 184 12452 11377 14538 -1487 -1638 -2971 O +ATOM 12908 CB GLN D 184 69.885 38.865 111.176 1.00 88.94 C +ANISOU12908 CB GLN D 184 11581 9544 12668 -1512 -1733 -2494 C +ATOM 12909 CG GLN D 184 70.890 37.721 111.170 1.00 90.86 C +ANISOU12909 CG GLN D 184 12001 9629 12894 -1613 -1793 -2310 C +ATOM 12910 CD GLN D 184 71.120 37.133 112.545 1.00 79.51 C +ANISOU12910 CD GLN D 184 10884 8038 11288 -1770 -1656 -2209 C +ATOM 12911 OE1 GLN D 184 70.427 37.472 113.503 1.00 81.11 O +ANISOU12911 OE1 GLN D 184 11172 8251 11396 -1833 -1472 -2282 O +ATOM 12912 NE2 GLN D 184 72.097 36.240 112.648 1.00 79.39 N +ANISOU12912 NE2 GLN D 184 11075 7873 11215 -1805 -1743 -2044 N +ATOM 12913 N LYS D 185 69.707 37.922 107.863 1.00 93.35 N +ANISOU12913 N LYS D 185 11631 10298 13540 -1243 -1998 -2655 N +ATOM 12914 CA LYS D 185 69.291 36.852 106.967 1.00 85.73 C +ANISOU12914 CA LYS D 185 10467 9397 12709 -1272 -2000 -2790 C +ATOM 12915 C LYS D 185 69.772 35.516 107.522 1.00 77.98 C +ANISOU12915 C LYS D 185 9644 8249 11735 -1537 -1892 -2664 C +ATOM 12916 O LYS D 185 70.973 35.325 107.742 1.00 80.47 O +ANISOU12916 O LYS D 185 10197 8411 11967 -1549 -1989 -2415 O +ATOM 12917 CB LYS D 185 69.845 37.076 105.561 1.00 76.46 C +ANISOU12917 CB LYS D 185 9237 8257 11556 -1004 -2220 -2738 C +ATOM 12918 CG LYS D 185 69.461 38.409 104.950 1.00 82.14 C +ANISOU12918 CG LYS D 185 9889 9097 12223 -688 -2317 -2830 C +ATOM 12919 CD LYS D 185 70.181 38.636 103.632 1.00 82.07 C +ANISOU12919 CD LYS D 185 9933 9059 12191 -414 -2485 -2721 C +ATOM 12920 CE LYS D 185 70.061 40.079 103.167 1.00 81.43 C +ANISOU12920 CE LYS D 185 9921 9010 12008 -89 -2539 -2729 C +ATOM 12921 NZ LYS D 185 70.619 41.039 104.160 1.00 75.92 N +ANISOU12921 NZ LYS D 185 9417 8180 11249 -174 -2466 -2568 N +ATOM 12922 N LEU D 186 68.834 34.599 107.745 1.00 87.99 N +ANISOU12922 N LEU D 186 10781 9536 13114 -1739 -1681 -2858 N +ATOM 12923 CA LEU D 186 69.144 33.264 108.240 1.00 92.24 C +ANISOU12923 CA LEU D 186 11500 9889 13658 -1987 -1525 -2758 C +ATOM 12924 C LEU D 186 69.288 32.315 107.056 1.00 97.05 C +ANISOU12924 C LEU D 186 11949 10512 14412 -1963 -1631 -2817 C +ATOM 12925 O LEU D 186 68.373 32.206 106.233 1.00100.78 O +ANISOU12925 O LEU D 186 12088 11147 15056 -1912 -1637 -3107 O +ATOM 12926 CB LEU D 186 68.044 32.773 109.179 1.00 91.17 C +ANISOU12926 CB LEU D 186 11344 9715 13581 -2250 -1160 -2939 C +ATOM 12927 CG LEU D 186 67.756 33.634 110.411 1.00 91.30 C +ANISOU12927 CG LEU D 186 11526 9718 13447 -2281 -1011 -2908 C +ATOM 12928 CD1 LEU D 186 66.342 33.377 110.903 1.00 96.88 C +ANISOU12928 CD1 LEU D 186 12041 10471 14297 -2489 -646 -3207 C +ATOM 12929 CD2 LEU D 186 68.761 33.324 111.493 1.00 84.15 C +ANISOU12929 CD2 LEU D 186 11090 8579 12304 -2346 -977 -2601 C +ATOM 12930 N THR D 187 70.432 31.628 106.971 1.00 94.56 N +ANISOU12930 N THR D 187 11865 10034 14028 -1979 -1733 -2570 N +ATOM 12931 CA THR D 187 70.669 30.673 105.893 1.00 89.57 C +ANISOU12931 CA THR D 187 11121 9395 13516 -1956 -1834 -2603 C +ATOM 12932 C THR D 187 71.154 29.318 106.402 1.00 81.60 C +ANISOU12932 C THR D 187 10364 8156 12483 -2170 -1701 -2465 C +ATOM 12933 O THR D 187 71.667 28.522 105.609 1.00 78.70 O +ANISOU12933 O THR D 187 9982 7743 12176 -2138 -1816 -2421 O +ATOM 12934 CB THR D 187 71.684 31.223 104.884 1.00 81.79 C +ANISOU12934 CB THR D 187 10137 8456 12485 -1681 -2136 -2450 C +ATOM 12935 OG1 THR D 187 72.953 31.426 105.523 1.00 74.83 O +ANISOU12935 OG1 THR D 187 9554 7420 11457 -1672 -2218 -2161 O +ATOM 12936 CG2 THR D 187 71.203 32.535 104.279 1.00 75.86 C +ANISOU12936 CG2 THR D 187 9196 7896 11732 -1429 -2247 -2576 C +ATOM 12937 N LYS D 188 71.003 29.023 107.695 1.00 84.99 N +ANISOU12937 N LYS D 188 11059 8426 12807 -2364 -1452 -2393 N +ATOM 12938 CA LYS D 188 71.518 27.758 108.212 1.00 95.91 C +ANISOU12938 CA LYS D 188 12767 9557 14117 -2518 -1320 -2237 C +ATOM 12939 C LYS D 188 70.644 27.149 109.303 1.00107.74 C +ANISOU12939 C LYS D 188 14443 10890 15603 -2787 -891 -2315 C +ATOM 12940 O LYS D 188 70.149 26.028 109.142 1.00114.66 O +ANISOU12940 O LYS D 188 15300 11641 16625 -2988 -652 -2430 O +ATOM 12941 CB LYS D 188 72.941 27.949 108.736 1.00 87.08 C +ANISOU12941 CB LYS D 188 12004 8321 12762 -2370 -1538 -1929 C +ATOM 12942 CG LYS D 188 73.517 26.705 109.385 1.00 85.45 C +ANISOU12942 CG LYS D 188 12203 7847 12418 -2463 -1428 -1760 C +ATOM 12943 N ILE D 189 70.460 27.854 110.423 1.00105.62 N +ANISOU12943 N ILE D 189 14368 10597 15166 -2798 -762 -2258 N +ATOM 12944 CA ILE D 189 69.761 27.250 111.555 1.00106.84 C +ANISOU12944 CA ILE D 189 14790 10545 15260 -3037 -312 -2286 C +ATOM 12945 C ILE D 189 68.317 26.907 111.220 1.00115.36 C +ANISOU12945 C ILE D 189 15492 11687 16652 -3278 26 -2643 C +ATOM 12946 O ILE D 189 67.732 26.021 111.854 1.00125.30 O +ANISOU12946 O ILE D 189 16931 12721 17956 -3536 467 -2703 O +ATOM 12947 CB ILE D 189 69.812 28.158 112.806 1.00101.41 C +ANISOU12947 CB ILE D 189 14381 9837 14314 -2969 -249 -2173 C +ATOM 12948 CG1 ILE D 189 69.408 29.597 112.474 1.00 94.83 C +ANISOU12948 CG1 ILE D 189 13181 9292 13558 -2833 -436 -2319 C +ATOM 12949 CG2 ILE D 189 71.197 28.106 113.440 1.00100.24 C +ANISOU12949 CG2 ILE D 189 14701 9538 13847 -2779 -488 -1859 C +ATOM 12950 CD1 ILE D 189 69.175 30.452 113.715 1.00 89.20 C +ANISOU12950 CD1 ILE D 189 12691 8563 12636 -2810 -304 -2277 C +ATOM 12951 N ILE D 190 67.727 27.571 110.227 1.00107.65 N +ANISOU12951 N ILE D 190 14004 10998 15899 -3186 -159 -2906 N +ATOM 12952 CA ILE D 190 66.325 27.358 109.879 1.00108.54 C +ANISOU12952 CA ILE D 190 13683 11218 16338 -3373 106 -3325 C +ATOM 12953 C ILE D 190 66.235 26.502 108.624 1.00115.76 C +ANISOU12953 C ILE D 190 14294 12180 17509 -3390 -16 -3515 C +ATOM 12954 O ILE D 190 65.340 26.691 107.795 1.00126.63 O +ANISOU12954 O ILE D 190 15178 13782 19154 -3362 -74 -3896 O +ATOM 12955 CB ILE D 190 65.579 28.696 109.693 1.00109.80 C +ANISOU12955 CB ILE D 190 13477 11682 16562 -3218 -19 -3556 C +ATOM 12956 CG1 ILE D 190 66.371 29.688 108.821 1.00 99.17 C +ANISOU12956 CG1 ILE D 190 12044 10539 15095 -2852 -526 -3422 C +ATOM 12957 CG2 ILE D 190 65.287 29.319 111.048 1.00112.25 C +ANISOU12957 CG2 ILE D 190 14036 11920 16694 -3296 244 -3474 C +ATOM 12958 CD1 ILE D 190 66.432 29.348 107.337 1.00 88.40 C +ANISOU12958 CD1 ILE D 190 10365 9316 13906 -2702 -803 -3574 C +ATOM 12959 N CYS D 191 67.154 25.554 108.479 1.00112.81 N +ANISOU12959 N CYS D 191 14215 11599 17047 -3411 -73 -3275 N +ATOM 12960 CA CYS D 191 67.199 24.688 107.310 1.00104.34 C +ANISOU12960 CA CYS D 191 12908 10548 16189 -3413 -204 -3422 C +ATOM 12961 C CYS D 191 66.659 23.309 107.657 1.00111.11 C +ANISOU12961 C CYS D 191 13855 11127 17235 -3767 246 -3556 C +ATOM 12962 O CYS D 191 66.958 22.761 108.722 1.00121.64 O +ANISOU12962 O CYS D 191 15669 12156 18392 -3926 555 -3319 O +ATOM 12963 CB CYS D 191 68.627 24.569 106.777 1.00 95.64 C +ANISOU12963 CB CYS D 191 12042 9411 14886 -3177 -589 -3082 C +ATOM 12964 SG CYS D 191 69.333 26.138 106.265 1.00 92.77 S +ANISOU12964 SG CYS D 191 11583 9318 14346 -2787 -1057 -2935 S +ATOM 12965 N ALA D 192 65.857 22.755 106.749 1.00107.32 N +ANISOU12965 N ALA D 192 12927 10738 17111 -3872 288 -3956 N +ATOM 12966 CA ALA D 192 65.305 21.425 106.948 1.00104.06 C +ANISOU12966 CA ALA D 192 12543 10047 16946 -4232 736 -4140 C +ATOM 12967 C ALA D 192 66.423 20.431 107.234 1.00102.96 C +ANISOU12967 C ALA D 192 12961 9577 16583 -4258 769 -3739 C +ATOM 12968 O ALA D 192 67.564 20.601 106.796 1.00 98.03 O +ANISOU12968 O ALA D 192 12508 9011 15729 -3982 350 -3441 O +ATOM 12969 CB ALA D 192 64.510 20.992 105.717 1.00103.19 C +ANISOU12969 CB ALA D 192 11839 10118 17250 -4268 641 -4639 C +ATOM 12970 N GLN D 193 66.084 19.380 107.984 1.00104.61 N +ANISOU12970 N GLN D 193 13465 9419 16864 -4587 1298 -3745 N +ATOM 12971 CA GLN D 193 67.069 18.364 108.337 1.00107.62 C +ANISOU12971 CA GLN D 193 14430 9448 17012 -4598 1371 -3379 C +ATOM 12972 C GLN D 193 67.737 17.758 107.110 1.00110.99 C +ANISOU12972 C GLN D 193 14710 9939 17523 -4453 987 -3377 C +ATOM 12973 O GLN D 193 68.842 17.218 107.222 1.00118.28 O +ANISOU12973 O GLN D 193 16078 10676 18187 -4323 845 -3027 O +ATOM 12974 CB GLN D 193 66.409 17.262 109.166 1.00109.69 C +ANISOU12974 CB GLN D 193 14997 9282 17398 -4991 2064 -3458 C +ATOM 12975 N GLN D 194 67.099 17.841 105.940 1.00109.67 N +ANISOU12975 N GLN D 194 13935 10038 17698 -4440 800 -3777 N +ATOM 12976 CA GLN D 194 67.634 17.187 104.752 1.00110.89 C +ANISOU12976 CA GLN D 194 13951 10239 17945 -4310 475 -3812 C +ATOM 12977 C GLN D 194 68.773 17.974 104.115 1.00106.15 C +ANISOU12977 C GLN D 194 13382 9881 17068 -3892 -109 -3524 C +ATOM 12978 O GLN D 194 69.636 17.376 103.463 1.00102.68 O +ANISOU12978 O GLN D 194 13065 9386 16563 -3757 -349 -3370 O +ATOM 12979 CB GLN D 194 66.519 16.965 103.727 1.00108.72 C +ANISOU12979 CB GLN D 194 13025 10158 18125 -4412 473 -4384 C +ATOM 12980 CG GLN D 194 65.417 16.022 104.193 1.00114.42 C +ANISOU12980 CG GLN D 194 13646 10613 19216 -4866 1077 -4742 C +ATOM 12981 CD GLN D 194 64.394 16.705 105.077 1.00126.65 C +ANISOU12981 CD GLN D 194 15050 12221 20848 -5034 1439 -4922 C +ATOM 12982 OE1 GLN D 194 64.488 17.902 105.341 1.00144.30 O +ANISOU12982 OE1 GLN D 194 17255 14682 22892 -4836 1223 -4817 O +ATOM 12983 NE2 GLN D 194 63.408 15.946 105.540 1.00121.85 N +ANISOU12983 NE2 GLN D 194 14368 11464 20466 -5321 1988 -5129 N +ATOM 12984 N CYS D 195 68.799 19.296 104.279 1.00104.12 N +ANISOU12984 N CYS D 195 13022 9875 16664 -3691 -316 -3460 N +ATOM 12985 CA CYS D 195 69.867 20.092 103.688 1.00101.83 C +ANISOU12985 CA CYS D 195 12764 9781 16144 -3320 -805 -3204 C +ATOM 12986 C CYS D 195 71.210 19.703 104.292 1.00103.96 C +ANISOU12986 C CYS D 195 13576 9815 16107 -3246 -873 -2755 C +ATOM 12987 O CYS D 195 71.364 19.657 105.516 1.00 89.86 O +ANISOU12987 O CYS D 195 12187 7825 14132 -3352 -637 -2558 O +ATOM 12988 CB CYS D 195 69.617 21.586 103.909 1.00 97.88 C +ANISOU12988 CB CYS D 195 12107 9536 15545 -3150 -942 -3214 C +ATOM 12989 SG CYS D 195 68.000 22.209 103.384 1.00 99.45 S +ANISOU12989 SG CYS D 195 11692 10034 16061 -3179 -880 -3760 S +ATOM 12990 N SER D 196 72.187 19.422 103.427 1.00114.79 N +ANISOU12990 N SER D 196 14972 11220 17422 -3037 -1203 -2614 N +ATOM 12991 CA SER D 196 73.528 19.122 103.917 1.00109.69 C +ANISOU12991 CA SER D 196 14785 10392 16501 -2917 -1331 -2231 C +ATOM 12992 C SER D 196 74.187 20.351 104.531 1.00 96.65 C +ANISOU12992 C SER D 196 13262 8848 14611 -2725 -1517 -2013 C +ATOM 12993 O SER D 196 74.953 20.223 105.493 1.00110.28 O +ANISOU12993 O SER D 196 15409 10397 16096 -2689 -1504 -1760 O +ATOM 12994 CB SER D 196 74.393 18.570 102.785 1.00114.05 C +ANISOU12994 CB SER D 196 15280 10972 17080 -2737 -1633 -2169 C +ATOM 12995 OG SER D 196 74.672 19.571 101.823 1.00119.09 O +ANISOU12995 OG SER D 196 15613 11900 17735 -2476 -1965 -2199 O +ATOM 12996 N GLY D 197 73.903 21.541 104.000 1.00 82.72 N +ANISOU12996 N GLY D 197 11161 7363 12906 -2582 -1695 -2123 N +ATOM 12997 CA GLY D 197 74.507 22.762 104.502 1.00 84.95 C +ANISOU12997 CA GLY D 197 11533 7741 13003 -2411 -1862 -1948 C +ATOM 12998 C GLY D 197 73.555 23.940 104.566 1.00 87.75 C +ANISOU12998 C GLY D 197 11612 8306 13422 -2402 -1810 -2131 C +ATOM 12999 O GLY D 197 72.492 23.857 105.189 1.00105.10 O +ANISOU12999 O GLY D 197 13766 10477 15693 -2606 -1517 -2301 O +ATOM 13000 N ARG D 198 73.936 25.046 103.931 1.00 77.46 N +ANISOU13000 N ARG D 198 10138 7198 12095 -2162 -2070 -2103 N +ATOM 13001 CA ARG D 198 73.141 26.263 103.958 1.00 77.42 C +ANISOU13001 CA ARG D 198 9910 7389 12118 -2096 -2058 -2256 C +ATOM 13002 C ARG D 198 71.903 26.116 103.077 1.00 91.08 C +ANISOU13002 C ARG D 198 11250 9290 14066 -2106 -2010 -2611 C +ATOM 13003 O ARG D 198 71.849 25.284 102.166 1.00 91.07 O +ANISOU13003 O ARG D 198 11115 9296 14192 -2090 -2075 -2726 O +ATOM 13004 CB ARG D 198 73.980 27.458 103.495 1.00 75.01 C +ANISOU13004 CB ARG D 198 9588 7193 11718 -1823 -2321 -2111 C +ATOM 13005 CG ARG D 198 75.210 27.722 104.352 1.00 82.88 C +ANISOU13005 CG ARG D 198 10898 8049 12544 -1797 -2400 -1834 C +ATOM 13006 CD ARG D 198 74.937 28.760 105.424 1.00 85.09 C +ANISOU13006 CD ARG D 198 11262 8351 12718 -1821 -2320 -1821 C +ATOM 13007 NE ARG D 198 75.917 28.699 106.504 1.00 90.21 N +ANISOU13007 NE ARG D 198 12241 8839 13197 -1835 -2362 -1619 N +ATOM 13008 CZ ARG D 198 75.954 29.544 107.529 1.00 92.01 C +ANISOU13008 CZ ARG D 198 12601 9058 13299 -1828 -2337 -1582 C +ATOM 13009 NH1 ARG D 198 75.070 30.529 107.621 1.00 81.14 N +ANISOU13009 NH1 ARG D 198 11060 7817 11954 -1824 -2251 -1711 N +ATOM 13010 NH2 ARG D 198 76.884 29.408 108.464 1.00 94.35 N +ANISOU13010 NH2 ARG D 198 13201 9217 13433 -1797 -2420 -1435 N +ATOM 13011 N CYS D 199 70.898 26.943 103.358 1.00 81.22 N +ANISOU13011 N CYS D 199 9806 8189 12864 -2112 -1915 -2816 N +ATOM 13012 CA CYS D 199 69.638 26.894 102.629 1.00100.16 C +ANISOU13012 CA CYS D 199 11798 10777 15480 -2096 -1887 -3221 C +ATOM 13013 C CYS D 199 69.079 28.298 102.449 1.00105.92 C +ANISOU13013 C CYS D 199 12337 11738 16169 -1868 -1999 -3354 C +ATOM 13014 O CYS D 199 69.276 29.179 103.289 1.00108.94 O +ANISOU13014 O CYS D 199 12885 12100 16405 -1863 -1952 -3193 O +ATOM 13015 CB CYS D 199 68.600 26.040 103.355 1.00113.95 C +ANISOU13015 CB CYS D 199 13459 12422 17415 -2448 -1518 -3465 C +ATOM 13016 SG CYS D 199 68.018 26.797 104.874 1.00108.13 S +ANISOU13016 SG CYS D 199 12853 11644 16588 -2621 -1216 -3441 S +ATOM 13017 N ARG D 200 68.369 28.488 101.334 1.00109.45 N +ANISOU13017 N ARG D 200 12449 12403 16735 -1650 -2163 -3668 N +ATOM 13018 CA ARG D 200 67.675 29.749 101.088 1.00113.17 C +ANISOU13018 CA ARG D 200 12731 13100 17168 -1393 -2271 -3853 C +ATOM 13019 C ARG D 200 66.481 29.931 102.020 1.00124.61 C +ANISOU13019 C ARG D 200 13991 14609 18746 -1610 -2011 -4129 C +ATOM 13020 O ARG D 200 66.135 31.068 102.362 1.00140.58 O +ANISOU13020 O ARG D 200 15994 16744 20677 -1475 -2029 -4155 O +ATOM 13021 CB ARG D 200 67.215 29.820 99.629 1.00109.70 C +ANISOU13021 CB ARG D 200 12014 12877 16791 -1046 -2539 -4148 C +ATOM 13022 CG ARG D 200 66.266 30.977 99.318 1.00119.35 C +ANISOU13022 CG ARG D 200 13012 14349 17987 -743 -2656 -4435 C +ATOM 13023 CD ARG D 200 65.768 30.952 97.882 1.00135.25 C +ANISOU13023 CD ARG D 200 14779 16577 20033 -349 -2943 -4766 C +ATOM 13024 NE ARG D 200 65.160 29.666 97.525 1.00145.48 N +ANISOU13024 NE ARG D 200 15770 17904 21603 -528 -2911 -5124 N +ATOM 13025 CZ ARG D 200 65.689 28.774 96.689 1.00130.11 C +ANISOU13025 CZ ARG D 200 13856 15899 19682 -477 -3038 -5088 C +ATOM 13026 NH1 ARG D 200 66.852 29.002 96.092 1.00119.20 N +ANISOU13026 NH1 ARG D 200 12795 14429 18067 -248 -3197 -4707 N +ATOM 13027 NH2 ARG D 200 65.041 27.642 96.441 1.00120.49 N +ANISOU13027 NH2 ARG D 200 12336 14701 18745 -664 -2985 -5459 N +ATOM 13028 N GLY D 201 65.846 28.843 102.441 1.00121.90 N +ANISOU13028 N GLY D 201 13518 14174 18623 -1947 -1742 -4340 N +ATOM 13029 CA GLY D 201 64.603 28.938 103.162 1.00124.58 C +ANISOU13029 CA GLY D 201 13613 14578 19144 -2155 -1459 -4677 C +ATOM 13030 C GLY D 201 64.374 27.711 104.006 1.00129.65 C +ANISOU13030 C GLY D 201 14346 14968 19948 -2605 -1045 -4701 C +ATOM 13031 O GLY D 201 65.257 26.862 104.153 1.00135.95 O +ANISOU13031 O GLY D 201 15460 15531 20665 -2734 -996 -4406 O +ATOM 13032 N LYS D 202 63.169 27.619 104.545 1.00126.71 N +ANISOU13032 N LYS D 202 13701 14633 19809 -2833 -728 -5071 N +ATOM 13033 CA LYS D 202 62.819 26.570 105.497 1.00116.73 C +ANISOU13033 CA LYS D 202 12563 13091 18700 -3285 -225 -5106 C +ATOM 13034 C LYS D 202 62.536 25.226 104.837 1.00124.23 C +ANISOU13034 C LYS D 202 13304 13941 19956 -3480 -118 -5374 C +ATOM 13035 O LYS D 202 62.564 24.198 105.522 1.00128.00 O +ANISOU13035 O LYS D 202 14016 14107 20512 -3836 289 -5295 O +ATOM 13036 CB LYS D 202 61.598 27.001 106.311 1.00102.21 C +ANISOU13036 CB LYS D 202 10488 11316 17030 -3473 130 -5433 C +ATOM 13037 N SER D 203 62.280 25.209 103.532 1.00122.58 N +ANISOU13037 N SER D 203 12698 13971 19904 -3237 -469 -5689 N +ATOM 13038 CA SER D 203 61.777 24.030 102.840 1.00128.29 C +ANISOU13038 CA SER D 203 13107 14653 20983 -3407 -386 -6079 C +ATOM 13039 C SER D 203 62.917 23.177 102.301 1.00133.47 C +ANISOU13039 C SER D 203 14077 15129 21507 -3364 -556 -5743 C +ATOM 13040 O SER D 203 64.058 23.636 102.198 1.00146.39 O +ANISOU13040 O SER D 203 16073 16751 22796 -3120 -830 -5277 O +ATOM 13041 CB SER D 203 60.863 24.463 101.696 1.00135.29 C +ANISOU13041 CB SER D 203 13405 15921 22077 -3095 -712 -6623 C +ATOM 13042 OG SER D 203 60.341 23.360 100.977 1.00152.15 O +ANISOU13042 OG SER D 203 15275 18084 24452 -3121 -632 -6891 O +ATOM 13043 N PRO D 204 62.644 21.912 101.949 1.00117.22 N +ANISOU13043 N PRO D 204 11881 12921 19735 -3602 -382 -5985 N +ATOM 13044 CA PRO D 204 63.717 21.091 101.362 1.00114.28 C +ANISOU13044 CA PRO D 204 11788 12390 19244 -3537 -569 -5693 C +ATOM 13045 C PRO D 204 64.161 21.575 99.994 1.00114.69 C +ANISOU13045 C PRO D 204 11677 12725 19175 -3063 -1137 -5716 C +ATOM 13046 O PRO D 204 65.358 21.530 99.686 1.00108.85 O +ANISOU13046 O PRO D 204 11285 11911 18162 -2880 -1366 -5287 O +ATOM 13047 CB PRO D 204 63.096 19.688 101.297 1.00119.37 C +ANISOU13047 CB PRO D 204 12314 12874 20166 -3818 -203 -5911 C +ATOM 13048 CG PRO D 204 61.983 19.709 102.284 1.00123.40 C +ANISOU13048 CG PRO D 204 12685 13328 20875 -4124 305 -6142 C +ATOM 13049 CD PRO D 204 61.447 21.107 102.242 1.00128.23 C +ANISOU13049 CD PRO D 204 12997 14273 21450 -3883 82 -6337 C +ATOM 13050 N SER D 205 63.229 22.037 99.160 1.00119.05 N +ANISOU13050 N SER D 205 11762 13620 19852 -2788 -1338 -6136 N +ATOM 13051 CA SER D 205 63.597 22.582 97.860 1.00111.72 C +ANISOU13051 CA SER D 205 10735 12949 18767 -2287 -1857 -6165 C +ATOM 13052 C SER D 205 64.527 23.782 97.978 1.00102.24 C +ANISOU13052 C SER D 205 9860 11786 17200 -2015 -2105 -5741 C +ATOM 13053 O SER D 205 65.123 24.182 96.972 1.00100.95 O +ANISOU13053 O SER D 205 9767 11751 16839 -1610 -2474 -5620 O +ATOM 13054 CB SER D 205 62.344 22.994 97.086 1.00120.56 C +ANISOU13054 CB SER D 205 11353 14428 20028 -1975 -1998 -6675 C +ATOM 13055 OG SER D 205 61.854 24.243 97.543 1.00123.69 O +ANISOU13055 OG SER D 205 11648 14994 20356 -1853 -2038 -6772 O +ATOM 13056 N ASP D 206 64.657 24.359 99.172 1.00 97.76 N +ANISOU13056 N ASP D 206 9532 11112 16502 -2192 -1865 -5466 N +ATOM 13057 CA ASP D 206 65.491 25.532 99.383 1.00102.83 C +ANISOU13057 CA ASP D 206 10490 11790 16791 -1936 -2037 -5036 C +ATOM 13058 C ASP D 206 66.949 25.190 99.659 1.00104.31 C +ANISOU13058 C ASP D 206 11157 11731 16745 -1984 -2051 -4486 C +ATOM 13059 O ASP D 206 67.802 26.080 99.566 1.00 97.28 O +ANISOU13059 O ASP D 206 10497 10868 15595 -1738 -2243 -4157 O +ATOM 13060 CB ASP D 206 64.942 26.353 100.551 1.00106.20 C +ANISOU13060 CB ASP D 206 10936 12229 17187 -2081 -1798 -5033 C +ATOM 13061 CG ASP D 206 63.577 26.942 100.260 1.00107.47 C +ANISOU13061 CG ASP D 206 10619 12673 17542 -1953 -1838 -5568 C +ATOM 13062 OD1 ASP D 206 63.240 27.086 99.069 1.00107.90 O +ANISOU13062 OD1 ASP D 206 10395 12955 17647 -1612 -2159 -5869 O +ATOM 13063 OD2 ASP D 206 62.840 27.257 101.220 1.00106.64 O +ANISOU13063 OD2 ASP D 206 10423 12565 17530 -2169 -1554 -5704 O +ATOM 13064 N CYS D 207 67.251 23.936 99.999 1.00109.85 N +ANISOU13064 N CYS D 207 12012 12185 17542 -2288 -1844 -4402 N +ATOM 13065 CA CYS D 207 68.620 23.541 100.307 1.00102.27 C +ANISOU13065 CA CYS D 207 11500 10995 16365 -2315 -1871 -3919 C +ATOM 13066 C CYS D 207 69.575 24.026 99.224 1.00105.00 C +ANISOU13066 C CYS D 207 11905 11455 16536 -1928 -2256 -3725 C +ATOM 13067 O CYS D 207 69.209 24.154 98.052 1.00 96.16 O +ANISOU13067 O CYS D 207 10519 10533 15486 -1669 -2484 -3975 O +ATOM 13068 CB CYS D 207 68.725 22.017 100.432 1.00 95.99 C +ANISOU13068 CB CYS D 207 10813 9944 15715 -2606 -1661 -3936 C +ATOM 13069 SG CYS D 207 67.626 21.244 101.640 1.00110.25 S +ANISOU13069 SG CYS D 207 12606 11529 17755 -3098 -1102 -4168 S +ATOM 13070 N CYS D 208 70.815 24.287 99.628 1.00105.72 N +ANISOU13070 N CYS D 208 12356 11412 16401 -1877 -2318 -3294 N +ATOM 13071 CA CYS D 208 71.869 24.724 98.726 1.00 97.41 C +ANISOU13071 CA CYS D 208 11404 10412 15197 -1557 -2608 -3073 C +ATOM 13072 C CYS D 208 72.853 23.586 98.484 1.00 87.01 C +ANISOU13072 C CYS D 208 10286 8907 13867 -1619 -2647 -2877 C +ATOM 13073 O CYS D 208 73.027 22.701 99.328 1.00 79.63 O +ANISOU13073 O CYS D 208 9548 7760 12949 -1889 -2456 -2779 O +ATOM 13074 CB CYS D 208 72.616 25.936 99.292 1.00 93.19 C +ANISOU13074 CB CYS D 208 11080 9869 14460 -1442 -2657 -2777 C +ATOM 13075 SG CYS D 208 71.570 27.362 99.662 1.00 87.79 S +ANISOU13075 SG CYS D 208 10218 9382 13756 -1350 -2611 -2964 S +ATOM 13076 N HIS D 209 73.495 23.619 97.318 1.00 89.36 N +ANISOU13076 N HIS D 209 10563 9273 14117 -1342 -2884 -2818 N +ATOM 13077 CA HIS D 209 74.524 22.639 97.003 1.00 90.94 C +ANISOU13077 CA HIS D 209 10946 9313 14294 -1355 -2950 -2625 C +ATOM 13078 C HIS D 209 75.608 22.667 98.074 1.00110.26 C +ANISOU13078 C HIS D 209 13726 11568 16600 -1471 -2890 -2276 C +ATOM 13079 O HIS D 209 75.957 23.729 98.598 1.00123.54 O +ANISOU13079 O HIS D 209 15490 13280 18170 -1406 -2905 -2130 O +ATOM 13080 CB HIS D 209 75.121 22.929 95.625 1.00 81.39 C +ANISOU13080 CB HIS D 209 9690 8213 13021 -1001 -3194 -2587 C +ATOM 13081 CG HIS D 209 76.060 21.872 95.134 1.00 79.32 C +ANISOU13081 CG HIS D 209 9561 7815 12759 -990 -3271 -2448 C +ATOM 13082 ND1 HIS D 209 77.429 22.036 95.126 1.00 77.17 N +ANISOU13082 ND1 HIS D 209 9507 7443 12371 -892 -3348 -2133 N +ATOM 13083 CD2 HIS D 209 75.827 20.638 94.628 1.00 82.92 C +ANISOU13083 CD2 HIS D 209 9951 8219 13337 -1062 -3282 -2605 C +ATOM 13084 CE1 HIS D 209 77.998 20.948 94.639 1.00 77.13 C +ANISOU13084 CE1 HIS D 209 9570 7339 12397 -890 -3410 -2091 C +ATOM 13085 NE2 HIS D 209 77.048 20.084 94.329 1.00 86.07 N +ANISOU13085 NE2 HIS D 209 10548 8491 13664 -992 -3371 -2363 N +ATOM 13086 N ASN D 210 76.142 21.488 98.402 1.00114.98 N +ANISOU13086 N ASN D 210 14523 11964 17201 -1622 -2833 -2166 N +ATOM 13087 CA ASN D 210 77.089 21.383 99.507 1.00111.75 C +ANISOU13087 CA ASN D 210 14449 11368 16642 -1704 -2794 -1885 C +ATOM 13088 C ASN D 210 78.302 22.287 99.323 1.00 98.75 C +ANISOU13088 C ASN D 210 12868 9768 14883 -1478 -2996 -1667 C +ATOM 13089 O ASN D 210 78.996 22.580 100.303 1.00101.41 O +ANISOU13089 O ASN D 210 13419 10009 15102 -1505 -3000 -1493 O +ATOM 13090 CB ASN D 210 77.538 19.928 99.680 1.00118.85 C +ANISOU13090 CB ASN D 210 15574 12042 17541 -1825 -2739 -1808 C +ATOM 13091 CG ASN D 210 78.304 19.396 98.479 1.00125.66 C +ANISOU13091 CG ASN D 210 16379 12926 18441 -1641 -2948 -1774 C +ATOM 13092 OD1 ASN D 210 79.015 20.135 97.799 1.00135.92 O +ANISOU13092 OD1 ASN D 210 17599 14345 19701 -1409 -3137 -1685 O +ATOM 13093 ND2 ASN D 210 78.163 18.102 98.217 1.00124.69 N +ANISOU13093 ND2 ASN D 210 16312 12665 18398 -1748 -2884 -1847 N +ATOM 13094 N GLN D 211 78.574 22.736 98.096 1.00 86.32 N +ANISOU13094 N GLN D 211 11125 8327 13346 -1246 -3150 -1692 N +ATOM 13095 CA GLN D 211 79.711 23.613 97.849 1.00 81.49 C +ANISOU13095 CA GLN D 211 10561 7730 12671 -1054 -3276 -1510 C +ATOM 13096 C GLN D 211 79.423 25.066 98.201 1.00 87.61 C +ANISOU13096 C GLN D 211 11278 8603 13406 -998 -3239 -1514 C +ATOM 13097 O GLN D 211 80.367 25.827 98.433 1.00 77.61 O +ANISOU13097 O GLN D 211 10086 7298 12106 -921 -3286 -1368 O +ATOM 13098 CB GLN D 211 80.139 23.520 96.383 1.00 73.34 C +ANISOU13098 CB GLN D 211 9427 6762 11675 -818 -3397 -1519 C +ATOM 13099 CG GLN D 211 80.764 22.188 96.003 1.00 68.68 C +ANISOU13099 CG GLN D 211 8919 6060 11115 -835 -3464 -1472 C +ATOM 13100 CD GLN D 211 82.035 21.901 96.773 1.00 69.37 C +ANISOU13100 CD GLN D 211 9210 5994 11154 -882 -3513 -1270 C +ATOM 13101 OE1 GLN D 211 82.865 22.786 96.977 1.00 89.24 O +ANISOU13101 OE1 GLN D 211 11744 8510 13653 -797 -3554 -1160 O +ATOM 13102 NE2 GLN D 211 82.190 20.658 97.216 1.00 77.27 N +ANISOU13102 NE2 GLN D 211 10368 6851 12139 -1005 -3508 -1245 N +ATOM 13103 N CYS D 212 78.156 25.470 98.243 1.00 86.85 N +ANISOU13103 N CYS D 212 11037 8629 13333 -1031 -3153 -1702 N +ATOM 13104 CA CYS D 212 77.826 26.842 98.606 1.00 80.93 C +ANISOU13104 CA CYS D 212 10248 7967 12536 -968 -3115 -1712 C +ATOM 13105 C CYS D 212 78.331 27.161 100.008 1.00 84.03 C +ANISOU13105 C CYS D 212 10824 8247 12858 -1123 -3059 -1570 C +ATOM 13106 O CYS D 212 78.471 26.280 100.861 1.00 81.21 O +ANISOU13106 O CYS D 212 10624 7763 12468 -1302 -3006 -1520 O +ATOM 13107 CB CYS D 212 76.313 27.065 98.525 1.00 90.58 C +ANISOU13107 CB CYS D 212 11270 9343 13804 -988 -3037 -1979 C +ATOM 13108 SG CYS D 212 75.602 26.851 96.874 1.00 94.93 S +ANISOU13108 SG CYS D 212 11585 10067 14416 -723 -3160 -2225 S +ATOM 13109 N ALA D 213 78.609 28.445 100.238 1.00 90.91 N +ANISOU13109 N ALA D 213 11702 9149 13690 -1030 -3069 -1512 N +ATOM 13110 CA ALA D 213 79.211 28.902 101.484 1.00 90.24 C +ANISOU13110 CA ALA D 213 11777 8971 13540 -1125 -3060 -1402 C +ATOM 13111 C ALA D 213 78.263 29.765 102.307 1.00 99.85 C +ANISOU13111 C ALA D 213 12975 10258 14705 -1194 -2948 -1492 C +ATOM 13112 O ALA D 213 77.928 29.407 103.439 1.00116.46 O +ANISOU13112 O ALA D 213 15208 12303 16739 -1362 -2859 -1497 O +ATOM 13113 CB ALA D 213 80.505 29.669 101.183 1.00 92.09 C +ANISOU13113 CB ALA D 213 12031 9149 13810 -986 -3156 -1281 C +ATOM 13114 N ALA D 214 77.825 30.903 101.771 1.00 80.71 N +ANISOU13114 N ALA D 214 10424 7945 12297 -1047 -2936 -1559 N +ATOM 13115 CA ALA D 214 76.979 31.827 102.517 1.00 77.87 C +ANISOU13115 CA ALA D 214 10041 7656 11888 -1084 -2842 -1648 C +ATOM 13116 C ALA D 214 75.498 31.558 102.291 1.00 79.63 C +ANISOU13116 C ALA D 214 10089 8023 12145 -1118 -2749 -1873 C +ATOM 13117 O ALA D 214 74.711 31.564 103.244 1.00 76.96 O +ANISOU13117 O ALA D 214 9756 7702 11784 -1277 -2616 -1964 O +ATOM 13118 CB ALA D 214 77.306 33.270 102.122 1.00 75.07 C +ANISOU13118 CB ALA D 214 9669 7324 11529 -892 -2868 -1611 C +ATOM 13119 N GLY D 215 75.113 31.327 101.044 1.00 82.55 N +ANISOU13119 N GLY D 215 10298 8494 12575 -957 -2814 -1989 N +ATOM 13120 CA GLY D 215 73.736 31.022 100.715 1.00 77.92 C +ANISOU13120 CA GLY D 215 9487 8061 12059 -962 -2764 -2273 C +ATOM 13121 C GLY D 215 73.648 30.681 99.246 1.00 78.66 C +ANISOU13121 C GLY D 215 9449 8246 12194 -727 -2902 -2380 C +ATOM 13122 O GLY D 215 74.663 30.438 98.590 1.00 85.23 O +ANISOU13122 O GLY D 215 10389 8993 13002 -621 -2994 -2207 O +ATOM 13123 N CYS D 216 72.427 30.669 98.724 1.00 77.35 N +ANISOU13123 N CYS D 216 9039 8258 12091 -626 -2922 -2692 N +ATOM 13124 CA CYS D 216 72.261 30.328 97.320 1.00 74.53 C +ANISOU13124 CA CYS D 216 8562 8005 11751 -356 -3085 -2839 C +ATOM 13125 C CYS D 216 70.955 30.900 96.798 1.00 84.91 C +ANISOU13125 C CYS D 216 9632 9551 13080 -118 -3159 -3197 C +ATOM 13126 O CYS D 216 69.946 30.920 97.508 1.00101.25 O +ANISOU13126 O CYS D 216 11514 11706 15250 -286 -3053 -3431 O +ATOM 13127 CB CYS D 216 72.288 28.811 97.112 1.00 76.14 C +ANISOU13127 CB CYS D 216 8691 8149 12090 -547 -3079 -2918 C +ATOM 13128 SG CYS D 216 70.888 27.937 97.839 1.00 77.76 S +ANISOU13128 SG CYS D 216 8627 8404 12514 -882 -2896 -3286 S +ATOM 13129 N THR D 217 70.992 31.361 95.553 1.00 83.95 N +ANISOU13129 N THR D 217 9528 9524 12846 298 -3337 -3248 N +ATOM 13130 CA THR D 217 69.802 31.782 94.833 1.00 90.47 C +ANISOU13130 CA THR D 217 10133 10586 13655 627 -3480 -3629 C +ATOM 13131 C THR D 217 69.163 30.638 94.061 1.00 92.26 C +ANISOU13131 C THR D 217 10090 10934 14029 665 -3610 -3980 C +ATOM 13132 O THR D 217 68.127 30.844 93.421 1.00 97.36 O +ANISOU13132 O THR D 217 10502 11801 14691 956 -3771 -4376 O +ATOM 13133 CB THR D 217 70.143 32.916 93.859 1.00 94.46 C +ANISOU13133 CB THR D 217 10864 11113 13914 1127 -3604 -3512 C +ATOM 13134 OG1 THR D 217 70.795 32.377 92.701 1.00 99.25 O +ANISOU13134 OG1 THR D 217 11590 11674 14447 1354 -3722 -3429 O +ATOM 13135 CG2 THR D 217 71.057 33.942 94.516 1.00 89.06 C +ANISOU13135 CG2 THR D 217 10475 10245 13119 1057 -3450 -3130 C +ATOM 13136 N GLY D 218 69.751 29.446 94.104 1.00 94.08 N +ANISOU13136 N GLY D 218 10345 11028 14373 399 -3558 -3871 N +ATOM 13137 CA GLY D 218 69.258 28.339 93.325 1.00 97.78 C +ANISOU13137 CA GLY D 218 10579 11582 14991 431 -3678 -4193 C +ATOM 13138 C GLY D 218 69.758 26.990 93.804 1.00100.88 C +ANISOU13138 C GLY D 218 10998 11782 15549 11 -3533 -4079 C +ATOM 13139 O GLY D 218 70.660 26.884 94.641 1.00 99.14 O +ANISOU13139 O GLY D 218 11026 11357 15285 -250 -3377 -3709 O +ATOM 13140 N PRO D 219 69.171 25.924 93.255 1.00102.84 N +ANISOU13140 N PRO D 219 10994 12089 15989 -35 -3597 -4423 N +ATOM 13141 CA PRO D 219 69.512 24.576 93.733 1.00 94.23 C +ANISOU13141 CA PRO D 219 9937 10794 15073 -445 -3427 -4354 C +ATOM 13142 C PRO D 219 70.897 24.112 93.317 1.00 84.80 C +ANISOU13142 C PRO D 219 9053 9429 13739 -388 -3496 -3962 C +ATOM 13143 O PRO D 219 71.570 23.426 94.095 1.00 83.49 O +ANISOU13143 O PRO D 219 9078 9042 13603 -708 -3327 -3707 O +ATOM 13144 CB PRO D 219 68.417 23.708 93.104 1.00 92.78 C +ANISOU13144 CB PRO D 219 9358 10739 15153 -455 -3496 -4899 C +ATOM 13145 CG PRO D 219 68.032 24.448 91.854 1.00 87.67 C +ANISOU13145 CG PRO D 219 8582 10356 14371 97 -3830 -5141 C +ATOM 13146 CD PRO D 219 68.143 25.902 92.201 1.00 91.18 C +ANISOU13146 CD PRO D 219 9194 10864 14585 299 -3832 -4924 C +ATOM 13147 N ARG D 220 71.339 24.452 92.112 1.00 82.20 N +ANISOU13147 N ARG D 220 8794 9190 13249 31 -3729 -3917 N +ATOM 13148 CA ARG D 220 72.570 23.896 91.577 1.00 78.74 C +ANISOU13148 CA ARG D 220 8596 8605 12717 95 -3788 -3616 C +ATOM 13149 C ARG D 220 73.795 24.593 92.166 1.00 82.79 C +ANISOU13149 C ARG D 220 9428 8960 13067 52 -3692 -3142 C +ATOM 13150 O ARG D 220 73.707 25.637 92.822 1.00 93.03 O +ANISOU13150 O ARG D 220 10780 10276 14292 42 -3611 -3043 O +ATOM 13151 CB ARG D 220 72.582 24.002 90.054 1.00 90.09 C +ANISOU13151 CB ARG D 220 10016 10182 14030 576 -4041 -3752 C +ATOM 13152 CG ARG D 220 71.637 23.029 89.379 1.00101.52 C +ANISOU13152 CG ARG D 220 11156 11755 15661 616 -4179 -4226 C +ATOM 13153 CD ARG D 220 71.459 23.360 87.913 1.00116.99 C +ANISOU13153 CD ARG D 220 13107 13898 17448 1182 -4465 -4417 C +ATOM 13154 NE ARG D 220 72.716 23.277 87.169 1.00127.13 N +ANISOU13154 NE ARG D 220 14713 15059 18530 1397 -4511 -4057 N +ATOM 13155 CZ ARG D 220 73.036 22.308 86.313 1.00123.92 C +ANISOU13155 CZ ARG D 220 14313 14629 18141 1505 -4636 -4130 C +ATOM 13156 NH1 ARG D 220 72.197 21.309 86.060 1.00119.86 N +ANISOU13156 NH1 ARG D 220 13496 14199 17845 1417 -4743 -4563 N +ATOM 13157 NH2 ARG D 220 74.210 22.341 85.697 1.00117.27 N +ANISOU13157 NH2 ARG D 220 13773 13670 17113 1698 -4640 -3785 N +ATOM 13158 N GLU D 221 74.958 23.993 91.913 1.00 74.61 N +ANISOU13158 N GLU D 221 8586 7772 11992 34 -3708 -2878 N +ATOM 13159 CA GLU D 221 76.198 24.432 92.538 1.00 72.45 C +ANISOU13159 CA GLU D 221 8567 7335 11627 -53 -3621 -2485 C +ATOM 13160 C GLU D 221 76.698 25.763 91.984 1.00 79.05 C +ANISOU13160 C GLU D 221 9528 8206 12299 270 -3649 -2325 C +ATOM 13161 O GLU D 221 77.544 26.403 92.617 1.00 88.70 O +ANISOU13161 O GLU D 221 10906 9313 13482 187 -3556 -2067 O +ATOM 13162 CB GLU D 221 77.259 23.343 92.372 1.00 75.43 C +ANISOU13162 CB GLU D 221 9079 7551 12032 -143 -3643 -2305 C +ATOM 13163 CG GLU D 221 77.721 23.121 90.951 1.00 86.35 C +ANISOU13163 CG GLU D 221 10488 8971 13349 184 -3784 -2306 C +ATOM 13164 CD GLU D 221 77.027 21.992 90.232 1.00100.37 C +ANISOU13164 CD GLU D 221 12101 10812 15221 211 -3891 -2597 C +ATOM 13165 OE1 GLU D 221 76.091 21.370 90.781 1.00 98.65 O +ANISOU13165 OE1 GLU D 221 11714 10609 15158 -39 -3835 -2839 O +ATOM 13166 OE2 GLU D 221 77.441 21.736 89.082 1.00103.08 O +ANISOU13166 OE2 GLU D 221 12490 11181 15494 491 -4015 -2596 O +ATOM 13167 N SER D 222 76.205 26.193 90.825 1.00 92.75 N +ANISOU13167 N SER D 222 11221 10084 13937 650 -3766 -2486 N +ATOM 13168 CA SER D 222 76.546 27.502 90.288 1.00 88.06 C +ANISOU13168 CA SER D 222 10799 9494 13167 981 -3743 -2345 C +ATOM 13169 C SER D 222 75.627 28.598 90.806 1.00 78.82 C +ANISOU13169 C SER D 222 9564 8433 11952 1030 -3709 -2470 C +ATOM 13170 O SER D 222 75.773 29.756 90.399 1.00 85.61 O +ANISOU13170 O SER D 222 10587 9284 12655 1318 -3673 -2374 O +ATOM 13171 CB SER D 222 76.493 27.478 88.755 1.00 95.27 C +ANISOU13171 CB SER D 222 11784 10482 13931 1441 -3878 -2439 C +ATOM 13172 OG SER D 222 75.176 27.249 88.295 1.00107.47 O +ANISOU13172 OG SER D 222 13114 12242 15480 1623 -4051 -2835 O +ATOM 13173 N ASP D 223 74.688 28.257 91.682 1.00 73.84 N +ANISOU13173 N ASP D 223 8715 7886 11455 760 -3692 -2684 N +ATOM 13174 CA ASP D 223 73.785 29.216 92.294 1.00 80.35 C +ANISOU13174 CA ASP D 223 9450 8819 12262 768 -3649 -2822 C +ATOM 13175 C ASP D 223 74.311 29.738 93.623 1.00 73.06 C +ANISOU13175 C ASP D 223 8640 7758 11362 457 -3474 -2576 C +ATOM 13176 O ASP D 223 73.605 30.485 94.305 1.00 73.59 O +ANISOU13176 O ASP D 223 8640 7897 11424 411 -3415 -2672 O +ATOM 13177 CB ASP D 223 72.415 28.564 92.499 1.00 89.30 C +ANISOU13177 CB ASP D 223 10253 10120 13556 645 -3698 -3240 C +ATOM 13178 CG ASP D 223 71.868 27.949 91.219 1.00 90.25 C +ANISOU13178 CG ASP D 223 10217 10390 13684 948 -3908 -3553 C +ATOM 13179 OD1 ASP D 223 72.210 28.453 90.132 1.00 99.26 O +ANISOU13179 OD1 ASP D 223 11524 11562 14627 1381 -4035 -3489 O +ATOM 13180 OD2 ASP D 223 71.108 26.957 91.296 1.00 80.22 O +ANISOU13180 OD2 ASP D 223 8674 9189 12619 760 -3932 -3873 O +ATOM 13181 N CYS D 224 75.528 29.362 94.000 1.00 71.41 N +ANISOU13181 N CYS D 224 8594 7362 11176 269 -3408 -2288 N +ATOM 13182 CA CYS D 224 76.073 29.739 95.295 1.00 70.28 C +ANISOU13182 CA CYS D 224 8555 7093 11054 -7 -3283 -2093 C +ATOM 13183 C CYS D 224 76.354 31.233 95.358 1.00 70.08 C +ANISOU13183 C CYS D 224 8652 7043 10931 162 -3224 -1971 C +ATOM 13184 O CYS D 224 76.885 31.826 94.414 1.00 71.08 O +ANISOU13184 O CYS D 224 8902 7129 10976 443 -3229 -1871 O +ATOM 13185 CB CYS D 224 77.360 28.963 95.558 1.00 69.03 C +ANISOU13185 CB CYS D 224 8531 6757 10941 -177 -3276 -1862 C +ATOM 13186 SG CYS D 224 77.151 27.168 95.598 1.00 69.65 S +ANISOU13186 SG CYS D 224 8535 6803 11125 -395 -3310 -1966 S +ATOM 13187 N LEU D 225 75.993 31.842 96.489 1.00 69.85 N +ANISOU13187 N LEU D 225 8615 7018 10908 -10 -3141 -1980 N +ATOM 13188 CA LEU D 225 76.403 33.218 96.746 1.00 72.91 C +ANISOU13188 CA LEU D 225 9135 7338 11229 88 -3066 -1849 C +ATOM 13189 C LEU D 225 77.917 33.322 96.816 1.00 76.82 C +ANISOU13189 C LEU D 225 9785 7637 11766 26 -3023 -1597 C +ATOM 13190 O LEU D 225 78.515 34.243 96.249 1.00 76.07 O +ANISOU13190 O LEU D 225 9810 7451 11641 215 -2952 -1488 O +ATOM 13191 CB LEU D 225 75.779 33.717 98.049 1.00 69.70 C +ANISOU13191 CB LEU D 225 8688 6967 10827 -113 -2993 -1914 C +ATOM 13192 CG LEU D 225 74.286 34.039 98.023 1.00 71.20 C +ANISOU13192 CG LEU D 225 8710 7352 10990 -16 -3001 -2187 C +ATOM 13193 CD1 LEU D 225 73.794 34.334 99.429 1.00 71.47 C +ANISOU13193 CD1 LEU D 225 8718 7394 11041 -269 -2896 -2229 C +ATOM 13194 CD2 LEU D 225 74.006 35.218 97.109 1.00 71.89 C +ANISOU13194 CD2 LEU D 225 8859 7500 10956 376 -3034 -2227 C +ATOM 13195 N VAL D 226 78.550 32.382 97.513 1.00 84.61 N +ANISOU13195 N VAL D 226 10776 8543 12828 -227 -3051 -1522 N +ATOM 13196 CA VAL D 226 79.999 32.308 97.611 1.00 89.39 C +ANISOU13196 CA VAL D 226 11477 8985 13503 -284 -3048 -1342 C +ATOM 13197 C VAL D 226 80.374 30.838 97.700 1.00 91.49 C +ANISOU13197 C VAL D 226 11733 9219 13811 -424 -3137 -1322 C +ATOM 13198 O VAL D 226 79.617 30.019 98.227 1.00 93.22 O +ANISOU13198 O VAL D 226 11914 9491 14014 -576 -3153 -1415 O +ATOM 13199 CB VAL D 226 80.539 33.090 98.830 1.00 85.99 C +ANISOU13199 CB VAL D 226 11105 8463 13103 -437 -3006 -1281 C +ATOM 13200 CG1 VAL D 226 82.041 32.913 98.943 1.00 98.41 C +ANISOU13200 CG1 VAL D 226 12721 9886 14786 -492 -3035 -1166 C +ATOM 13201 CG2 VAL D 226 80.184 34.569 98.729 1.00 84.79 C +ANISOU13201 CG2 VAL D 226 10982 8317 12918 -301 -2901 -1300 C +ATOM 13202 N CYS D 227 81.553 30.505 97.184 1.00 86.83 N +ANISOU13202 N CYS D 227 11185 8525 13283 -373 -3167 -1207 N +ATOM 13203 CA CYS D 227 82.019 29.128 97.186 1.00 74.35 C +ANISOU13203 CA CYS D 227 9618 6900 11733 -467 -3259 -1179 C +ATOM 13204 C CYS D 227 82.764 28.819 98.477 1.00 84.56 C +ANISOU13204 C CYS D 227 10994 8091 13043 -655 -3312 -1117 C +ATOM 13205 O CYS D 227 83.523 29.647 98.989 1.00 98.56 O +ANISOU13205 O CYS D 227 12785 9799 14863 -664 -3304 -1075 O +ATOM 13206 CB CYS D 227 82.924 28.860 95.983 1.00 65.74 C +ANISOU13206 CB CYS D 227 8530 5754 10694 -296 -3274 -1105 C +ATOM 13207 SG CYS D 227 82.085 29.054 94.397 1.00 66.23 S +ANISOU13207 SG CYS D 227 8561 5928 10674 4 -3248 -1186 S +ATOM 13208 N ARG D 228 82.534 27.614 98.997 1.00 88.37 N +ANISOU13208 N ARG D 228 11544 8549 13484 -788 -3362 -1132 N +ATOM 13209 CA ARG D 228 83.172 27.189 100.235 1.00 70.96 C +ANISOU13209 CA ARG D 228 9487 6239 11234 -909 -3428 -1077 C +ATOM 13210 C ARG D 228 84.625 26.787 100.017 1.00 78.32 C +ANISOU13210 C ARG D 228 10442 7079 12236 -831 -3556 -1005 C +ATOM 13211 O ARG D 228 85.445 26.937 100.929 1.00 81.84 O +ANISOU13211 O ARG D 228 10965 7458 12675 -846 -3649 -992 O +ATOM 13212 CB ARG D 228 82.389 26.026 100.841 1.00 70.50 C +ANISOU13212 CB ARG D 228 9554 6146 11089 -1061 -3386 -1109 C +ATOM 13213 CG ARG D 228 82.828 25.623 102.241 1.00 84.58 C +ANISOU13213 CG ARG D 228 11577 7806 12752 -1147 -3426 -1050 C +ATOM 13214 CD ARG D 228 82.127 24.350 102.690 1.00 93.94 C +ANISOU13214 CD ARG D 228 12944 8899 13852 -1288 -3321 -1060 C +ATOM 13215 NE ARG D 228 82.341 23.252 101.750 1.00 99.92 N +ANISOU13215 NE ARG D 228 13674 9616 14675 -1259 -3362 -1055 N +ATOM 13216 CZ ARG D 228 81.930 22.003 101.942 1.00112.24 C +ANISOU13216 CZ ARG D 228 15394 11056 16197 -1373 -3270 -1063 C +ATOM 13217 NH1 ARG D 228 81.280 21.674 103.050 1.00120.07 N +ANISOU13217 NH1 ARG D 228 16606 11937 17076 -1526 -3099 -1065 N +ATOM 13218 NH2 ARG D 228 82.174 21.081 101.022 1.00109.84 N +ANISOU13218 NH2 ARG D 228 15048 10721 15966 -1332 -3323 -1070 N +ATOM 13219 N LYS D 229 84.958 26.276 98.832 1.00 77.78 N +ANISOU13219 N LYS D 229 10303 7015 12236 -727 -3573 -985 N +ATOM 13220 CA LYS D 229 86.336 25.923 98.508 1.00 71.17 C +ANISOU13220 CA LYS D 229 9452 6099 11491 -643 -3673 -939 C +ATOM 13221 C LYS D 229 86.857 26.791 97.374 1.00 65.90 C +ANISOU13221 C LYS D 229 8648 5439 10952 -505 -3579 -925 C +ATOM 13222 O LYS D 229 87.530 27.795 97.624 1.00 76.54 O +ANISOU13222 O LYS D 229 9935 6744 12404 -498 -3533 -937 O +ATOM 13223 CB LYS D 229 86.450 24.445 98.134 1.00 85.12 C +ANISOU13223 CB LYS D 229 11294 7825 13223 -634 -3755 -916 C +ATOM 13224 CG LYS D 229 86.975 23.566 99.251 1.00 96.00 C +ANISOU13224 CG LYS D 229 12859 9102 14516 -689 -3885 -895 C +ATOM 13225 CD LYS D 229 85.881 23.196 100.229 1.00105.27 C +ANISOU13225 CD LYS D 229 14208 10251 15539 -838 -3812 -904 C +ATOM 13226 CE LYS D 229 86.359 22.140 101.204 1.00111.14 C +ANISOU13226 CE LYS D 229 15227 10854 16146 -845 -3913 -861 C +ATOM 13227 NZ LYS D 229 85.222 21.435 101.850 1.00117.93 N +ANISOU13227 NZ LYS D 229 16296 11639 16873 -1002 -3759 -858 N +ATOM 13228 N PHE D 230 86.563 26.424 96.128 1.00 74.93 N +ANISOU13228 N PHE D 230 9761 6620 12089 -387 -3531 -910 N +ATOM 13229 CA PHE D 230 87.059 27.186 94.991 1.00 71.32 C +ANISOU13229 CA PHE D 230 9246 6138 11713 -221 -3401 -876 C +ATOM 13230 C PHE D 230 85.922 27.500 94.037 1.00 74.81 C +ANISOU13230 C PHE D 230 9704 6675 12045 -72 -3318 -902 C +ATOM 13231 O PHE D 230 85.025 26.683 93.838 1.00 65.54 O +ANISOU13231 O PHE D 230 8530 5588 10785 -73 -3398 -967 O +ATOM 13232 CB PHE D 230 88.164 26.426 94.256 1.00 65.83 C +ANISOU13232 CB PHE D 230 8528 5374 11110 -136 -3436 -839 C +ATOM 13233 CG PHE D 230 89.479 26.450 94.970 1.00 80.65 C +ANISOU13233 CG PHE D 230 10344 7161 13140 -209 -3500 -858 C +ATOM 13234 CD1 PHE D 230 89.745 25.551 95.985 1.00 75.82 C +ANISOU13234 CD1 PHE D 230 9782 6539 12489 -301 -3702 -887 C +ATOM 13235 CD2 PHE D 230 90.446 27.382 94.634 1.00 93.56 C +ANISOU13235 CD2 PHE D 230 11880 8708 14962 -170 -3349 -873 C +ATOM 13236 CE1 PHE D 230 90.952 25.574 96.650 1.00 80.79 C +ANISOU13236 CE1 PHE D 230 10345 7104 13245 -315 -3811 -952 C +ATOM 13237 CE2 PHE D 230 91.657 27.412 95.295 1.00 86.31 C +ANISOU13237 CE2 PHE D 230 10848 7722 14226 -232 -3428 -959 C +ATOM 13238 CZ PHE D 230 91.911 26.506 96.305 1.00 83.45 C +ANISOU13238 CZ PHE D 230 10518 7382 13806 -286 -3689 -1010 C +ATOM 13239 N ARG D 231 85.958 28.695 93.461 1.00 82.00 N +ANISOU13239 N ARG D 231 10635 7558 12961 68 -3154 -873 N +ATOM 13240 CA ARG D 231 85.042 29.071 92.395 1.00 85.20 C +ANISOU13240 CA ARG D 231 11098 8043 13233 305 -3089 -902 C +ATOM 13241 C ARG D 231 85.795 29.012 91.075 1.00 76.79 C +ANISOU13241 C ARG D 231 10109 6894 12174 532 -2982 -826 C +ATOM 13242 O ARG D 231 86.732 29.787 90.858 1.00 77.20 O +ANISOU13242 O ARG D 231 10206 6801 12327 564 -2789 -743 O +ATOM 13243 CB ARG D 231 84.475 30.473 92.611 1.00 87.31 C +ANISOU13243 CB ARG D 231 11411 8314 13447 366 -2960 -914 C +ATOM 13244 CG ARG D 231 83.493 30.898 91.526 1.00 92.90 C +ANISOU13244 CG ARG D 231 12208 9111 13977 677 -2925 -968 C +ATOM 13245 CD ARG D 231 82.884 32.253 91.823 1.00102.76 C +ANISOU13245 CD ARG D 231 13524 10364 15157 751 -2814 -987 C +ATOM 13246 NE ARG D 231 83.904 33.236 92.173 1.00108.46 N +ANISOU13246 NE ARG D 231 14309 10894 16007 666 -2610 -871 N +ATOM 13247 CZ ARG D 231 84.680 33.859 91.291 1.00109.72 C +ANISOU13247 CZ ARG D 231 14618 10880 16189 838 -2379 -765 C +ATOM 13248 NH1 ARG D 231 84.563 33.606 89.994 1.00108.42 N +ANISOU13248 NH1 ARG D 231 14597 10716 15882 1141 -2336 -733 N +ATOM 13249 NH2 ARG D 231 85.579 34.738 91.710 1.00111.21 N +ANISOU13249 NH2 ARG D 231 14822 10882 16550 709 -2173 -707 N +ATOM 13250 N ASP D 232 85.389 28.095 90.204 1.00 71.76 N +ANISOU13250 N ASP D 232 9488 6337 11442 682 -3086 -870 N +ATOM 13251 CA ASP D 232 85.894 28.042 88.838 1.00 77.56 C +ANISOU13251 CA ASP D 232 10336 7010 12123 958 -2984 -807 C +ATOM 13252 C ASP D 232 84.855 28.757 87.987 1.00 93.73 C +ANISOU13252 C ASP D 232 12515 9138 13960 1278 -2943 -864 C +ATOM 13253 O ASP D 232 83.766 28.226 87.733 1.00109.96 O +ANISOU13253 O ASP D 232 14520 11359 15902 1379 -3127 -1019 O +ATOM 13254 CB ASP D 232 86.130 26.608 88.376 1.00 78.86 C +ANISOU13254 CB ASP D 232 10457 7210 12296 967 -3143 -838 C +ATOM 13255 CG ASP D 232 86.766 26.534 86.996 1.00 86.57 C +ANISOU13255 CG ASP D 232 11565 8112 13215 1254 -3023 -765 C +ATOM 13256 OD1 ASP D 232 86.568 27.472 86.197 1.00 94.42 O +ANISOU13256 OD1 ASP D 232 12727 9068 14079 1525 -2852 -724 O +ATOM 13257 OD2 ASP D 232 87.470 25.541 86.710 1.00 94.40 O +ANISOU13257 OD2 ASP D 232 12523 9071 14276 1229 -3088 -745 O +ATOM 13258 N GLU D 233 85.189 29.982 87.579 1.00 98.32 N +ANISOU13258 N GLU D 233 13267 9592 14500 1445 -2695 -763 N +ATOM 13259 CA GLU D 233 84.271 30.817 86.819 1.00106.03 C +ANISOU13259 CA GLU D 233 14432 10614 15240 1803 -2642 -803 C +ATOM 13260 C GLU D 233 82.926 30.851 87.535 1.00 95.32 C +ANISOU13260 C GLU D 233 12932 9461 13825 1735 -2852 -984 C +ATOM 13261 O GLU D 233 82.825 31.445 88.615 1.00 94.87 O +ANISOU13261 O GLU D 233 12795 9390 13862 1497 -2813 -978 O +ATOM 13262 CB GLU D 233 84.154 30.300 85.380 1.00119.55 C +ANISOU13262 CB GLU D 233 16308 12357 16759 2192 -2679 -822 C +ATOM 13263 CG GLU D 233 85.467 30.284 84.628 1.00121.25 C +ANISOU13263 CG GLU D 233 16681 12360 17027 2270 -2425 -645 C +ATOM 13264 CD GLU D 233 86.014 31.670 84.387 1.00115.70 C +ANISOU13264 CD GLU D 233 16226 11423 16310 2383 -2040 -491 C +ATOM 13265 OE1 GLU D 233 85.354 32.649 84.789 1.00113.68 O +ANISOU13265 OE1 GLU D 233 16039 11176 15979 2424 -1997 -513 O +ATOM 13266 OE2 GLU D 233 87.112 31.779 83.800 1.00116.62 O +ANISOU13266 OE2 GLU D 233 16471 11332 16506 2422 -1756 -356 O +ATOM 13267 N ALA D 234 81.908 30.189 86.985 1.00 86.10 N +ANISOU13267 N ALA D 234 11707 8482 12527 1927 -3073 -1173 N +ATOM 13268 CA ALA D 234 80.579 30.268 87.573 1.00 79.79 C +ANISOU13268 CA ALA D 234 10744 7875 11698 1881 -3239 -1392 C +ATOM 13269 C ALA D 234 80.378 29.300 88.726 1.00 87.51 C +ANISOU13269 C ALA D 234 11465 8917 12868 1448 -3360 -1476 C +ATOM 13270 O ALA D 234 79.638 29.612 89.669 1.00 70.11 O +ANISOU13270 O ALA D 234 9141 6792 10707 1269 -3382 -1576 O +ATOM 13271 CB ALA D 234 79.528 30.010 86.502 1.00 86.84 C +ANISOU13271 CB ALA D 234 11648 8948 12400 2285 -3428 -1626 C +ATOM 13272 N THR D 235 80.989 28.123 88.669 1.00 99.66 N +ANISOU13272 N THR D 235 12945 10412 14508 1295 -3424 -1440 N +ATOM 13273 CA THR D 235 80.571 27.024 89.524 1.00 98.97 C +ANISOU13273 CA THR D 235 12670 10381 14552 968 -3542 -1559 C +ATOM 13274 C THR D 235 81.536 26.802 90.682 1.00109.85 C +ANISOU13274 C THR D 235 14057 11616 16065 621 -3473 -1383 C +ATOM 13275 O THR D 235 82.752 26.947 90.530 1.00111.24 O +ANISOU13275 O THR D 235 14326 11657 16283 632 -3394 -1204 O +ATOM 13276 CB THR D 235 80.429 25.734 88.715 1.00 96.15 C +ANISOU13276 CB THR D 235 12252 10074 14204 1048 -3687 -1684 C +ATOM 13277 OG1 THR D 235 79.296 25.858 87.843 1.00104.11 O +ANISOU13277 OG1 THR D 235 13198 11257 15102 1355 -3809 -1940 O +ATOM 13278 CG2 THR D 235 80.217 24.576 89.653 1.00 94.44 C +ANISOU13278 CG2 THR D 235 11905 9839 14138 677 -3738 -1759 C +ATOM 13279 N CYS D 236 80.974 26.436 91.834 1.00111.19 N +ANISOU13279 N CYS D 236 14133 11814 16301 332 -3499 -1461 N +ATOM 13280 CA CYS D 236 81.761 26.071 93.005 1.00 89.77 C +ANISOU13280 CA CYS D 236 11461 8975 13672 43 -3476 -1331 C +ATOM 13281 C CYS D 236 82.236 24.625 92.917 1.00 81.80 C +ANISOU13281 C CYS D 236 10468 7897 12715 -55 -3561 -1316 C +ATOM 13282 O CYS D 236 81.516 23.743 92.443 1.00 76.99 O +ANISOU13282 O CYS D 236 9791 7348 12113 -44 -3624 -1465 O +ATOM 13283 CB CYS D 236 80.933 26.262 94.277 1.00 66.95 C +ANISOU13283 CB CYS D 236 8530 6120 10788 -192 -3439 -1409 C +ATOM 13284 SG CYS D 236 80.397 27.948 94.583 1.00130.19 S +ANISOU13284 SG CYS D 236 16530 14199 18738 -102 -3344 -1427 S +ATOM 13285 N LYS D 237 83.453 24.386 93.400 1.00 91.31 N +ANISOU13285 N LYS D 237 11754 8972 13968 -144 -3571 -1162 N +ATOM 13286 CA LYS D 237 84.043 23.057 93.410 1.00 81.03 C +ANISOU13286 CA LYS D 237 10504 7584 12700 -214 -3658 -1129 C +ATOM 13287 C LYS D 237 84.936 22.883 94.630 1.00 86.65 C +ANISOU13287 C LYS D 237 11314 8177 13434 -375 -3690 -1025 C +ATOM 13288 O LYS D 237 85.257 23.836 95.355 1.00 98.83 O +ANISOU13288 O LYS D 237 12861 9704 14985 -417 -3653 -981 O +ATOM 13289 CB LYS D 237 84.896 22.785 92.170 1.00 69.23 C +ANISOU13289 CB LYS D 237 9012 6065 11226 0 -3688 -1072 C +ATOM 13290 CG LYS D 237 84.270 23.079 90.830 1.00 67.00 C +ANISOU13290 CG LYS D 237 8690 5888 10880 257 -3672 -1157 C +ATOM 13291 CD LYS D 237 85.378 23.174 89.801 1.00 71.14 C +ANISOU13291 CD LYS D 237 9272 6347 11413 472 -3631 -1045 C +ATOM 13292 CE LYS D 237 84.857 23.327 88.393 1.00 73.32 C +ANISOU13292 CE LYS D 237 9577 6707 11575 791 -3627 -1118 C +ATOM 13293 NZ LYS D 237 85.990 23.521 87.449 1.00 74.09 N +ANISOU13293 NZ LYS D 237 9772 6708 11670 996 -3520 -985 N +ATOM 13294 N ASP D 238 85.378 21.636 94.806 1.00 88.65 N +ANISOU13294 N ASP D 238 11657 8339 13687 -432 -3774 -1000 N +ATOM 13295 CA ASP D 238 86.349 21.296 95.838 1.00 92.14 C +ANISOU13295 CA ASP D 238 12227 8665 14118 -502 -3855 -919 C +ATOM 13296 C ASP D 238 87.720 21.876 95.515 1.00 83.92 C +ANISOU13296 C ASP D 238 11111 7602 13174 -369 -3901 -863 C +ATOM 13297 O ASP D 238 88.354 22.510 96.364 1.00 76.30 O +ANISOU13297 O ASP D 238 10147 6605 12238 -400 -3933 -854 O +ATOM 13298 CB ASP D 238 86.451 19.775 95.975 1.00 96.24 C +ANISOU13298 CB ASP D 238 12896 9076 14594 -550 -3928 -911 C +ATOM 13299 CG ASP D 238 85.601 19.222 97.101 1.00100.21 C +ANISOU13299 CG ASP D 238 13576 9497 15000 -744 -3857 -934 C +ATOM 13300 OD1 ASP D 238 85.428 19.916 98.124 1.00103.68 O +ANISOU13300 OD1 ASP D 238 14077 9936 15381 -822 -3817 -918 O +ATOM 13301 OD2 ASP D 238 85.109 18.083 96.961 1.00 99.26 O +ANISOU13301 OD2 ASP D 238 13550 9297 14869 -822 -3819 -974 O +ATOM 13302 N THR D 239 88.195 21.653 94.291 1.00 84.62 N +ANISOU13302 N THR D 239 11126 7700 13326 -220 -3893 -849 N +ATOM 13303 CA THR D 239 89.570 21.954 93.926 1.00 79.71 C +ANISOU13303 CA THR D 239 10427 7029 12831 -111 -3902 -818 C +ATOM 13304 C THR D 239 89.598 22.399 92.473 1.00 69.51 C +ANISOU13304 C THR D 239 9062 5770 11579 60 -3763 -799 C +ATOM 13305 O THR D 239 88.716 22.044 91.687 1.00 72.96 O +ANISOU13305 O THR D 239 9528 6270 11924 137 -3749 -821 O +ATOM 13306 CB THR D 239 90.479 20.728 94.124 1.00 88.06 C +ANISOU13306 CB THR D 239 11550 8009 13902 -83 -4066 -813 C +ATOM 13307 OG1 THR D 239 91.855 21.128 94.103 1.00106.06 O +ANISOU13307 OG1 THR D 239 13710 10247 16339 -8 -4089 -837 O +ATOM 13308 CG2 THR D 239 90.244 19.678 93.034 1.00 78.18 C +ANISOU13308 CG2 THR D 239 10332 6760 12614 8 -4082 -804 C +ATOM 13309 N CYS D 240 90.614 23.179 92.123 1.00 66.56 N +ANISOU13309 N CYS D 240 8604 5342 11344 132 -3650 -779 N +ATOM 13310 CA CYS D 240 90.778 23.572 90.733 1.00 79.39 C +ANISOU13310 CA CYS D 240 10225 6955 12986 322 -3472 -739 C +ATOM 13311 C CYS D 240 91.207 22.361 89.904 1.00 83.86 C +ANISOU13311 C CYS D 240 10815 7509 13539 439 -3555 -730 C +ATOM 13312 O CYS D 240 91.987 21.531 90.380 1.00 82.80 O +ANISOU13312 O CYS D 240 10652 7334 13476 382 -3699 -750 O +ATOM 13313 CB CYS D 240 91.820 24.683 90.595 1.00 83.10 C +ANISOU13313 CB CYS D 240 10609 7322 13644 338 -3261 -730 C +ATOM 13314 SG CYS D 240 91.393 26.236 91.423 1.00 86.68 S +ANISOU13314 SG CYS D 240 11043 7761 14132 222 -3127 -748 S +ATOM 13315 N PRO D 241 90.723 22.230 88.672 1.00 83.78 N +ANISOU13315 N PRO D 241 10873 7535 13424 631 -3485 -713 N +ATOM 13316 CA PRO D 241 91.179 21.134 87.817 1.00 80.35 C +ANISOU13316 CA PRO D 241 10466 7086 12978 762 -3554 -710 C +ATOM 13317 C PRO D 241 92.670 21.250 87.550 1.00 94.06 C +ANISOU13317 C PRO D 241 12128 8717 14892 804 -3441 -678 C +ATOM 13318 O PRO D 241 93.143 22.307 87.102 1.00108.34 O +ANISOU13318 O PRO D 241 13921 10456 16785 872 -3187 -642 O +ATOM 13319 CB PRO D 241 90.362 21.318 86.529 1.00 69.73 C +ANISOU13319 CB PRO D 241 9219 5803 11470 1009 -3475 -717 C +ATOM 13320 CG PRO D 241 89.927 22.742 86.550 1.00 73.07 C +ANISOU13320 CG PRO D 241 9678 6230 11856 1053 -3292 -689 C +ATOM 13321 CD PRO D 241 89.721 23.068 87.993 1.00 79.03 C +ANISOU13321 CD PRO D 241 10345 6996 12687 780 -3363 -713 C +ATOM 13322 N PRO D 242 93.447 20.202 87.814 1.00 82.49 N +ANISOU13322 N PRO D 242 10618 7222 13502 770 -3601 -707 N +ATOM 13323 CA PRO D 242 94.894 20.293 87.596 1.00 82.55 C +ANISOU13323 CA PRO D 242 10504 7144 13716 811 -3505 -728 C +ATOM 13324 C PRO D 242 95.228 20.418 86.117 1.00 79.44 C +ANISOU13324 C PRO D 242 10162 6707 13317 1028 -3272 -676 C +ATOM 13325 O PRO D 242 94.454 20.035 85.238 1.00 70.15 O +ANISOU13325 O PRO D 242 9128 5579 11947 1188 -3285 -636 O +ATOM 13326 CB PRO D 242 95.427 18.981 88.181 1.00 80.19 C +ANISOU13326 CB PRO D 242 10190 6844 13435 776 -3782 -782 C +ATOM 13327 CG PRO D 242 94.288 18.046 88.091 1.00 78.44 C +ANISOU13327 CG PRO D 242 10128 6674 13002 778 -3936 -755 C +ATOM 13328 CD PRO D 242 93.052 18.869 88.297 1.00 77.84 C +ANISOU13328 CD PRO D 242 10096 6659 12819 704 -3858 -738 C +ATOM 13329 N LEU D 243 96.413 20.968 85.850 1.00 78.92 N +ANISOU13329 N LEU D 243 9974 6538 13472 1042 -3048 -699 N +ATOM 13330 CA LEU D 243 96.822 21.231 84.476 1.00 75.99 C +ANISOU13330 CA LEU D 243 9685 6084 13103 1247 -2742 -638 C +ATOM 13331 C LEU D 243 97.285 19.982 83.741 1.00 89.85 C +ANISOU13331 C LEU D 243 11463 7853 14821 1397 -2853 -646 C +ATOM 13332 O LEU D 243 97.258 19.963 82.505 1.00103.38 O +ANISOU13332 O LEU D 243 13327 9530 16424 1621 -2664 -578 O +ATOM 13333 CB LEU D 243 97.933 22.277 84.447 1.00 74.76 C +ANISOU13333 CB LEU D 243 9385 5780 13242 1177 -2391 -682 C +ATOM 13334 CG LEU D 243 97.387 23.700 84.354 1.00 86.98 C +ANISOU13334 CG LEU D 243 11048 7250 14752 1167 -2093 -612 C +ATOM 13335 CD1 LEU D 243 97.039 24.213 85.744 1.00 98.80 C +ANISOU13335 CD1 LEU D 243 12419 8801 16321 932 -2268 -684 C +ATOM 13336 CD2 LEU D 243 98.374 24.592 83.623 1.00 98.01 C +ANISOU13336 CD2 LEU D 243 12429 8438 16371 1203 -1600 -609 C +ATOM 13337 N MET D 244 97.720 18.955 84.462 1.00 82.79 N +ANISOU13337 N MET D 244 10457 7002 13998 1307 -3150 -727 N +ATOM 13338 CA MET D 244 98.039 17.668 83.872 1.00 86.39 C +ANISOU13338 CA MET D 244 10955 7473 14395 1445 -3302 -739 C +ATOM 13339 C MET D 244 97.213 16.597 84.566 1.00 91.66 C +ANISOU13339 C MET D 244 11713 8217 14896 1372 -3662 -751 C +ATOM 13340 O MET D 244 96.701 16.801 85.671 1.00104.24 O +ANISOU13340 O MET D 244 13300 9839 16468 1198 -3793 -767 O +ATOM 13341 CB MET D 244 99.532 17.344 84.004 1.00 88.04 C +ANISOU13341 CB MET D 244 10958 7626 14869 1441 -3289 -846 C +ATOM 13342 CG MET D 244 100.463 18.396 83.432 1.00 88.48 C +ANISOU13342 CG MET D 244 10880 7572 15168 1458 -2877 -876 C +ATOM 13343 SD MET D 244 100.497 18.397 81.631 1.00 93.23 S +ANISOU13343 SD MET D 244 11687 8097 15641 1736 -2525 -756 S +ATOM 13344 CE MET D 244 101.448 19.879 81.310 1.00 92.53 C +ANISOU13344 CE MET D 244 11474 7823 15860 1670 -1963 -787 C +ATOM 13345 N LEU D 245 97.073 15.451 83.905 1.00 87.70 N +ANISOU13345 N LEU D 245 11314 7729 14278 1505 -3793 -749 N +ATOM 13346 CA LEU D 245 96.351 14.333 84.495 1.00 90.08 C +ANISOU13346 CA LEU D 245 11720 8056 14450 1426 -4082 -775 C +ATOM 13347 C LEU D 245 96.998 13.018 84.104 1.00 77.76 C +ANISOU13347 C LEU D 245 10197 6455 12891 1544 -4232 -807 C +ATOM 13348 O LEU D 245 97.573 12.879 83.023 1.00 87.11 O +ANISOU13348 O LEU D 245 11370 7629 14100 1731 -4116 -802 O +ATOM 13349 CB LEU D 245 94.872 14.319 84.077 1.00 99.66 C +ANISOU13349 CB LEU D 245 13057 9336 15473 1441 -4097 -771 C +ATOM 13350 CG LEU D 245 93.943 15.287 84.814 1.00104.93 C +ANISOU13350 CG LEU D 245 13712 10052 16105 1283 -4049 -765 C +ATOM 13351 CD1 LEU D 245 92.503 15.086 84.367 1.00 97.53 C +ANISOU13351 CD1 LEU D 245 12855 9194 15006 1320 -4103 -825 C +ATOM 13352 CD2 LEU D 245 94.044 15.119 86.326 1.00120.75 C +ANISOU13352 CD2 LEU D 245 15694 12020 18165 1051 -4189 -777 C +ATOM 13353 N TYR D 246 96.890 12.049 85.007 1.00 71.99 N +ANISOU13353 N TYR D 246 9546 5687 12118 1445 -4474 -836 N +ATOM 13354 CA TYR D 246 97.410 10.711 84.767 1.00 72.79 C +ANISOU13354 CA TYR D 246 9728 5730 12197 1555 -4641 -868 C +ATOM 13355 C TYR D 246 96.374 9.902 83.997 1.00 78.25 C +ANISOU13355 C TYR D 246 10568 6424 12739 1602 -4684 -877 C +ATOM 13356 O TYR D 246 95.277 9.646 84.507 1.00 82.95 O +ANISOU13356 O TYR D 246 11262 7008 13248 1451 -4746 -895 O +ATOM 13357 CB TYR D 246 97.751 10.040 86.094 1.00 73.31 C +ANISOU13357 CB TYR D 246 9878 5723 12255 1465 -4864 -894 C +ATOM 13358 CG TYR D 246 98.400 8.686 85.947 1.00 74.44 C +ANISOU13358 CG TYR D 246 10131 5786 12368 1605 -5044 -927 C +ATOM 13359 CD1 TYR D 246 99.703 8.572 85.487 1.00 75.53 C +ANISOU13359 CD1 TYR D 246 10122 5934 12640 1782 -5056 -986 C +ATOM 13360 CD2 TYR D 246 97.717 7.523 86.280 1.00 78.16 C +ANISOU13360 CD2 TYR D 246 10853 6154 12692 1555 -5179 -914 C +ATOM 13361 CE1 TYR D 246 100.304 7.341 85.353 1.00 79.60 C +ANISOU13361 CE1 TYR D 246 10742 6381 13122 1934 -5232 -1025 C +ATOM 13362 CE2 TYR D 246 98.312 6.288 86.151 1.00 86.50 C +ANISOU13362 CE2 TYR D 246 12042 7113 13709 1696 -5335 -939 C +ATOM 13363 CZ TYR D 246 99.603 6.204 85.688 1.00 88.49 C +ANISOU13363 CZ TYR D 246 12149 7399 14075 1898 -5379 -992 C +ATOM 13364 OH TYR D 246 100.198 4.975 85.558 1.00 78.13 O +ANISOU13364 OH TYR D 246 10974 5996 12717 2061 -5547 -1026 O +ATOM 13365 N ASN D 247 96.715 9.507 82.770 1.00 73.12 N +ANISOU13365 N ASN D 247 9923 5786 12074 1811 -4641 -891 N +ATOM 13366 CA ASN D 247 95.797 8.738 81.944 1.00 75.50 C +ANISOU13366 CA ASN D 247 10341 6099 12248 1893 -4705 -947 C +ATOM 13367 C ASN D 247 95.797 7.285 82.417 1.00 73.86 C +ANISOU13367 C ASN D 247 10268 5779 12018 1831 -4911 -991 C +ATOM 13368 O ASN D 247 96.799 6.578 82.242 1.00 88.30 O +ANISOU13368 O ASN D 247 12119 7550 13882 1957 -4987 -988 O +ATOM 13369 CB ASN D 247 96.189 8.837 80.475 1.00 91.34 C +ANISOU13369 CB ASN D 247 12342 8148 14215 2174 -4587 -948 C +ATOM 13370 CG ASN D 247 95.089 8.359 79.542 1.00101.33 C +ANISOU13370 CG ASN D 247 13705 9464 15334 2299 -4654 -1044 C +ATOM 13371 OD1 ASN D 247 94.355 7.422 79.855 1.00116.29 O +ANISOU13371 OD1 ASN D 247 15659 11322 17206 2185 -4823 -1140 O +ATOM 13372 ND2 ASN D 247 94.967 9.011 78.390 1.00 90.75 N +ANISOU13372 ND2 ASN D 247 12393 8196 13894 2548 -4512 -1040 N +ATOM 13373 N PRO D 248 94.709 6.801 83.024 1.00 73.80 N +ANISOU13373 N PRO D 248 10362 5720 11958 1643 -4982 -1042 N +ATOM 13374 CA PRO D 248 94.757 5.468 83.647 1.00 75.97 C +ANISOU13374 CA PRO D 248 10822 5831 12211 1562 -5123 -1063 C +ATOM 13375 C PRO D 248 94.976 4.323 82.670 1.00 88.82 C +ANISOU13375 C PRO D 248 12527 7404 13817 1733 -5210 -1132 C +ATOM 13376 O PRO D 248 95.329 3.222 83.110 1.00 92.33 O +ANISOU13376 O PRO D 248 13145 7693 14243 1722 -5319 -1130 O +ATOM 13377 CB PRO D 248 93.391 5.357 84.341 1.00 74.77 C +ANISOU13377 CB PRO D 248 10746 5628 12035 1304 -5088 -1123 C +ATOM 13378 CG PRO D 248 92.911 6.760 84.484 1.00 73.58 C +ANISOU13378 CG PRO D 248 10435 5625 11899 1238 -4971 -1102 C +ATOM 13379 CD PRO D 248 93.424 7.472 83.282 1.00 73.16 C +ANISOU13379 CD PRO D 248 10242 5707 11850 1484 -4910 -1088 C +ATOM 13380 N THR D 249 94.779 4.534 81.368 1.00 75.72 N +ANISOU13380 N THR D 249 10778 5855 12136 1917 -5166 -1194 N +ATOM 13381 CA THR D 249 95.004 3.483 80.384 1.00 77.93 C +ANISOU13381 CA THR D 249 11130 6093 12385 2105 -5254 -1271 C +ATOM 13382 C THR D 249 96.269 3.682 79.567 1.00 83.51 C +ANISOU13382 C THR D 249 11776 6854 13101 2375 -5212 -1207 C +ATOM 13383 O THR D 249 96.799 2.703 79.034 1.00 77.96 O +ANISOU13383 O THR D 249 11151 6087 12384 2527 -5302 -1243 O +ATOM 13384 CB THR D 249 93.813 3.380 79.421 1.00 77.20 C +ANISOU13384 CB THR D 249 11011 6079 12244 2165 -5265 -1440 C +ATOM 13385 OG1 THR D 249 93.838 4.475 78.499 1.00 82.17 O +ANISOU13385 OG1 THR D 249 11540 6873 12807 2382 -5159 -1420 O +ATOM 13386 CG2 THR D 249 92.495 3.393 80.185 1.00 77.21 C +ANISOU13386 CG2 THR D 249 11002 6052 12284 1881 -5258 -1546 C +ATOM 13387 N THR D 250 96.760 4.915 79.453 1.00100.27 N +ANISOU13387 N THR D 250 13764 9075 15260 2431 -5050 -1123 N +ATOM 13388 CA THR D 250 98.028 5.182 78.790 1.00 96.82 C +ANISOU13388 CA THR D 250 13249 8660 14879 2644 -4940 -1074 C +ATOM 13389 C THR D 250 99.213 5.078 79.740 1.00 77.28 C +ANISOU13389 C THR D 250 10696 6126 12540 2582 -4993 -1043 C +ATOM 13390 O THR D 250 100.337 4.837 79.284 1.00 78.29 O +ANISOU13390 O THR D 250 10756 6245 12745 2753 -4965 -1057 O +ATOM 13391 CB THR D 250 98.006 6.581 78.158 1.00100.21 C +ANISOU13391 CB THR D 250 13590 9185 15300 2736 -4681 -1017 C +ATOM 13392 OG1 THR D 250 96.887 6.692 77.272 1.00104.95 O +ANISOU13392 OG1 THR D 250 14283 9854 15738 2859 -4672 -1073 O +ATOM 13393 CG2 THR D 250 99.278 6.861 77.389 1.00116.35 C +ANISOU13393 CG2 THR D 250 15565 11221 17422 2942 -4488 -979 C +ATOM 13394 N TYR D 251 98.987 5.235 81.046 1.00 76.75 N +ANISOU13394 N TYR D 251 10639 6022 12500 2366 -5080 -1024 N +ATOM 13395 CA TYR D 251 100.067 5.287 82.029 1.00 89.41 C +ANISOU13395 CA TYR D 251 12164 7592 14217 2344 -5163 -1030 C +ATOM 13396 C TYR D 251 101.043 6.418 81.715 1.00 79.24 C +ANISOU13396 C TYR D 251 10620 6384 13105 2410 -4962 -1041 C +ATOM 13397 O TYR D 251 102.243 6.310 81.977 1.00 78.89 O +ANISOU13397 O TYR D 251 10439 6332 13205 2496 -5011 -1115 O +ATOM 13398 CB TYR D 251 100.809 3.947 82.119 1.00 91.17 C +ANISOU13398 CB TYR D 251 12504 7717 14419 2487 -5372 -1079 C +ATOM 13399 CG TYR D 251 99.986 2.819 82.704 1.00 88.72 C +ANISOU13399 CG TYR D 251 12481 7266 13962 2389 -5541 -1070 C +ATOM 13400 CD1 TYR D 251 99.103 2.097 81.915 1.00 95.69 C +ANISOU13400 CD1 TYR D 251 13494 8105 14758 2391 -5534 -1096 C +ATOM 13401 CD2 TYR D 251 100.096 2.473 84.045 1.00 81.99 C +ANISOU13401 CD2 TYR D 251 11787 6308 13059 2307 -5689 -1055 C +ATOM 13402 CE1 TYR D 251 98.351 1.065 82.443 1.00 99.97 C +ANISOU13402 CE1 TYR D 251 14290 8483 15211 2268 -5631 -1113 C +ATOM 13403 CE2 TYR D 251 99.347 1.444 84.583 1.00 92.18 C +ANISOU13403 CE2 TYR D 251 13389 7422 14214 2211 -5772 -1035 C +ATOM 13404 CZ TYR D 251 98.477 0.743 83.777 1.00 96.39 C +ANISOU13404 CZ TYR D 251 14022 7896 14708 2169 -5723 -1068 C +ATOM 13405 OH TYR D 251 97.729 -0.285 84.306 1.00 87.97 O +ANISOU13405 OH TYR D 251 13256 6619 13550 2039 -5752 -1073 O +ATOM 13406 N GLN D 252 100.536 7.506 81.142 1.00 77.76 N +ANISOU13406 N GLN D 252 10369 6261 12917 2381 -4720 -991 N +ATOM 13407 CA GLN D 252 101.326 8.693 80.855 1.00 80.50 C +ANISOU13407 CA GLN D 252 10508 6640 13438 2405 -4450 -993 C +ATOM 13408 C GLN D 252 100.575 9.917 81.361 1.00 92.01 C +ANISOU13408 C GLN D 252 11936 8132 14891 2227 -4318 -939 C +ATOM 13409 O GLN D 252 99.428 9.830 81.805 1.00 93.20 O +ANISOU13409 O GLN D 252 12215 8301 14897 2108 -4431 -904 O +ATOM 13410 CB GLN D 252 101.614 8.831 79.352 1.00 78.31 C +ANISOU13410 CB GLN D 252 10249 6365 13140 2628 -4198 -967 C +ATOM 13411 CG GLN D 252 102.304 7.627 78.730 1.00 79.46 C +ANISOU13411 CG GLN D 252 10434 6482 13277 2823 -4313 -1022 C +ATOM 13412 CD GLN D 252 103.751 7.501 79.126 1.00101.29 C +ANISOU13412 CD GLN D 252 12975 9225 16286 2851 -4323 -1131 C +ATOM 13413 OE1 GLN D 252 104.094 6.732 80.022 1.00 88.96 O +ANISOU13413 OE1 GLN D 252 11402 7647 14751 2823 -4615 -1205 O +ATOM 13414 NE2 GLN D 252 104.615 8.241 78.449 1.00113.81 N +ANISOU13414 NE2 GLN D 252 14391 10800 18052 2927 -3993 -1162 N +ATOM 13415 N MET D 253 101.234 11.069 81.290 1.00 79.56 N +ANISOU13415 N MET D 253 10182 6552 13494 2203 -4055 -949 N +ATOM 13416 CA MET D 253 100.638 12.334 81.696 1.00 77.81 C +ANISOU13416 CA MET D 253 9932 6349 13285 2053 -3893 -900 C +ATOM 13417 C MET D 253 100.117 13.069 80.468 1.00 79.17 C +ANISOU13417 C MET D 253 10224 6517 13340 2194 -3588 -807 C +ATOM 13418 O MET D 253 100.847 13.248 79.487 1.00 91.53 O +ANISOU13418 O MET D 253 11776 8031 14968 2359 -3331 -797 O +ATOM 13419 CB MET D 253 101.654 13.204 82.438 1.00 78.70 C +ANISOU13419 CB MET D 253 9787 6435 13680 1931 -3779 -992 C +ATOM 13420 CG MET D 253 102.104 12.644 83.782 1.00 77.35 C +ANISOU13420 CG MET D 253 9524 6279 13585 1835 -4113 -1107 C +ATOM 13421 SD MET D 253 100.799 12.609 85.030 1.00 75.55 S +ANISOU13421 SD MET D 253 9479 6079 13146 1648 -4353 -1038 S +ATOM 13422 CE MET D 253 100.490 14.359 85.260 1.00 75.10 C +ANISOU13422 CE MET D 253 9297 6036 13200 1491 -4067 -1016 C +ATOM 13423 N ASP D 254 98.856 13.485 80.526 1.00 75.06 N +ANISOU13423 N ASP D 254 9837 6047 12638 2154 -3612 -750 N +ATOM 13424 CA ASP D 254 98.231 14.288 79.488 1.00 80.12 C +ANISOU13424 CA ASP D 254 10629 6691 13121 2327 -3363 -676 C +ATOM 13425 C ASP D 254 98.101 15.728 79.961 1.00 80.54 C +ANISOU13425 C ASP D 254 10632 6715 13254 2200 -3131 -631 C +ATOM 13426 O ASP D 254 97.874 15.990 81.147 1.00 74.25 O +ANISOU13426 O ASP D 254 9726 5946 12540 1966 -3265 -662 O +ATOM 13427 CB ASP D 254 96.840 13.754 79.131 1.00 90.59 C +ANISOU13427 CB ASP D 254 12126 8108 14187 2419 -3574 -696 C +ATOM 13428 CG ASP D 254 96.879 12.361 78.541 1.00 96.92 C +ANISOU13428 CG ASP D 254 12997 8922 14907 2558 -3781 -756 C +ATOM 13429 OD1 ASP D 254 97.960 11.934 78.086 1.00 90.63 O +ANISOU13429 OD1 ASP D 254 12167 8067 14199 2665 -3706 -750 O +ATOM 13430 OD2 ASP D 254 95.823 11.696 78.528 1.00 95.08 O +ANISOU13430 OD2 ASP D 254 12838 8750 14538 2556 -4006 -831 O +ATOM 13431 N VAL D 255 98.248 16.663 79.024 1.00 85.30 N +ANISOU13431 N VAL D 255 11349 7244 13817 2370 -2766 -556 N +ATOM 13432 CA VAL D 255 97.896 18.048 79.305 1.00 85.19 C +ANISOU13432 CA VAL D 255 11364 7187 13819 2294 -2528 -502 C +ATOM 13433 C VAL D 255 96.382 18.156 79.379 1.00 86.71 C +ANISOU13433 C VAL D 255 11706 7495 13745 2345 -2725 -492 C +ATOM 13434 O VAL D 255 95.663 17.657 78.503 1.00100.25 O +ANISOU13434 O VAL D 255 13598 9276 15216 2590 -2829 -501 O +ATOM 13435 CB VAL D 255 98.477 18.991 78.240 1.00 91.75 C +ANISOU13435 CB VAL D 255 12341 7860 14660 2486 -2033 -415 C +ATOM 13436 CG1 VAL D 255 97.842 18.737 76.875 1.00106.61 C +ANISOU13436 CG1 VAL D 255 14549 9759 16199 2870 -1985 -345 C +ATOM 13437 CG2 VAL D 255 98.285 20.443 78.663 1.00 88.15 C +ANISOU13437 CG2 VAL D 255 11902 7316 14273 2370 -1758 -368 C +ATOM 13438 N ASN D 256 95.888 18.790 80.439 1.00 74.18 N +ANISOU13438 N ASN D 256 10029 5942 12215 2120 -2790 -506 N +ATOM 13439 CA ASN D 256 94.452 18.931 80.620 1.00 73.17 C +ANISOU13439 CA ASN D 256 9994 5930 11876 2139 -2967 -531 C +ATOM 13440 C ASN D 256 94.023 20.307 80.142 1.00 98.50 C +ANISOU13440 C ASN D 256 13366 9092 14967 2293 -2681 -458 C +ATOM 13441 O ASN D 256 94.169 21.287 80.888 1.00104.54 O +ANISOU13441 O ASN D 256 14057 9800 15863 2111 -2534 -429 O +ATOM 13442 CB ASN D 256 94.062 18.731 82.085 1.00 74.60 C +ANISOU13442 CB ASN D 256 10013 6174 12157 1818 -3211 -591 C +ATOM 13443 CG ASN D 256 92.589 19.004 82.334 1.00 75.97 C +ANISOU13443 CG ASN D 256 10246 6460 12158 1806 -3339 -640 C +ATOM 13444 OD1 ASN D 256 91.778 19.000 81.406 1.00 77.69 O +ANISOU13444 OD1 ASN D 256 10598 6745 12175 2053 -3355 -676 O +ATOM 13445 ND2 ASN D 256 92.237 19.245 83.590 1.00 74.08 N +ANISOU13445 ND2 ASN D 256 9902 6247 11995 1541 -3436 -665 N +ATOM 13446 N PRO D 257 93.494 20.452 78.930 1.00 98.28 N +ANISOU13446 N PRO D 257 13586 9076 14680 2649 -2596 -433 N +ATOM 13447 CA PRO D 257 92.800 21.700 78.605 1.00105.97 C +ANISOU13447 CA PRO D 257 14763 10025 15476 2830 -2401 -382 C +ATOM 13448 C PRO D 257 91.590 21.835 79.513 1.00106.98 C +ANISOU13448 C PRO D 257 14783 10307 15559 2673 -2674 -482 C +ATOM 13449 O PRO D 257 90.841 20.879 79.709 1.00114.05 O +ANISOU13449 O PRO D 257 15581 11349 16403 2631 -3007 -613 O +ATOM 13450 CB PRO D 257 92.417 21.522 77.131 1.00106.17 C +ANISOU13450 CB PRO D 257 15092 10063 15184 3302 -2362 -377 C +ATOM 13451 CG PRO D 257 92.280 20.057 76.961 1.00101.42 C +ANISOU13451 CG PRO D 257 14377 9586 14573 3305 -2706 -497 C +ATOM 13452 CD PRO D 257 93.313 19.438 77.872 1.00 96.06 C +ANISOU13452 CD PRO D 257 13428 8854 14216 2930 -2741 -482 C +ATOM 13453 N GLU D 258 91.430 23.024 80.098 1.00 98.30 N +ANISOU13453 N GLU D 258 13691 9154 14504 2566 -2502 -431 N +ATOM 13454 CA GLU D 258 90.418 23.313 81.115 1.00114.07 C +ANISOU13454 CA GLU D 258 15567 11275 16501 2374 -2702 -516 C +ATOM 13455 C GLU D 258 90.918 22.974 82.518 1.00105.13 C +ANISOU13455 C GLU D 258 14169 10138 15637 1948 -2817 -535 C +ATOM 13456 O GLU D 258 90.130 22.931 83.472 1.00 96.55 O +ANISOU13456 O GLU D 258 12973 9152 14559 1753 -3007 -611 O +ATOM 13457 CB GLU D 258 89.098 22.583 80.828 1.00128.90 C +ANISOU13457 CB GLU D 258 17444 13350 18182 2521 -3031 -682 C +ATOM 13458 CG GLU D 258 88.394 23.098 79.582 1.00136.31 C +ANISOU13458 CG GLU D 258 18651 14328 18813 2994 -2981 -714 C +ATOM 13459 CD GLU D 258 87.448 22.083 78.975 1.00137.97 C +ANISOU13459 CD GLU D 258 18835 14718 18871 3199 -3313 -927 C +ATOM 13460 OE1 GLU D 258 87.739 20.872 79.052 1.00137.08 O +ANISOU13460 OE1 GLU D 258 18583 14628 18872 3052 -3480 -986 O +ATOM 13461 OE2 GLU D 258 86.409 22.499 78.420 1.00137.52 O +ANISOU13461 OE2 GLU D 258 18892 14776 18584 3519 -3415 -1061 O +ATOM 13462 N GLY D 259 92.219 22.724 82.653 1.00110.84 N +ANISOU13462 N GLY D 259 14798 10745 16573 1826 -2705 -485 N +ATOM 13463 CA GLY D 259 92.876 22.781 83.944 1.00103.61 C +ANISOU13463 CA GLY D 259 13668 9794 15906 1494 -2755 -509 C +ATOM 13464 C GLY D 259 93.328 24.203 84.231 1.00 95.31 C +ANISOU13464 C GLY D 259 12608 8615 14992 1419 -2445 -464 C +ATOM 13465 O GLY D 259 93.680 24.953 83.325 1.00 98.03 O +ANISOU13465 O GLY D 259 13100 8828 15317 1600 -2110 -388 O +ATOM 13466 N LYS D 260 93.298 24.585 85.509 1.00 84.90 N +ANISOU13466 N LYS D 260 11138 7315 13804 1157 -2540 -515 N +ATOM 13467 CA LYS D 260 93.511 25.976 85.883 1.00 76.97 C +ANISOU13467 CA LYS D 260 10123 6200 12923 1070 -2276 -500 C +ATOM 13468 C LYS D 260 94.351 26.073 87.146 1.00 73.72 C +ANISOU13468 C LYS D 260 9463 5758 12790 786 -2360 -603 C +ATOM 13469 O LYS D 260 94.317 25.190 88.008 1.00 70.65 O +ANISOU13469 O LYS D 260 8969 5470 12405 660 -2682 -668 O +ATOM 13470 CB LYS D 260 92.179 26.697 86.104 1.00 78.19 C +ANISOU13470 CB LYS D 260 10405 6435 12869 1115 -2310 -482 C +ATOM 13471 CG LYS D 260 91.299 26.736 84.878 1.00 78.69 C +ANISOU13471 CG LYS D 260 10714 6542 12641 1452 -2257 -429 C +ATOM 13472 CD LYS D 260 90.022 27.496 85.156 1.00 75.32 C +ANISOU13472 CD LYS D 260 10379 6207 12034 1512 -2308 -453 C +ATOM 13473 CE LYS D 260 89.130 27.536 83.935 1.00 75.96 C +ANISOU13473 CE LYS D 260 10700 6351 11809 1907 -2307 -451 C +ATOM 13474 NZ LYS D 260 87.836 28.190 84.240 1.00 77.89 N +ANISOU13474 NZ LYS D 260 10993 6715 11886 1984 -2407 -523 N +ATOM 13475 N TYR D 261 95.098 27.171 87.247 1.00 90.75 N +ANISOU13475 N TYR D 261 11547 7760 15176 704 -2058 -632 N +ATOM 13476 CA TYR D 261 95.911 27.434 88.425 1.00 87.35 C +ANISOU13476 CA TYR D 261 10858 7300 15032 463 -2136 -782 C +ATOM 13477 C TYR D 261 95.018 27.886 89.582 1.00 87.65 C +ANISOU13477 C TYR D 261 10904 7430 14967 329 -2327 -804 C +ATOM 13478 O TYR D 261 93.793 27.991 89.458 1.00 86.78 O +ANISOU13478 O TYR D 261 10971 7407 14594 407 -2381 -713 O +ATOM 13479 CB TYR D 261 96.980 28.477 88.099 1.00 76.19 C +ANISOU13479 CB TYR D 261 9337 5672 13940 403 -1715 -850 C +ATOM 13480 CG TYR D 261 97.933 28.046 87.003 1.00 77.50 C +ANISOU13480 CG TYR D 261 9482 5729 14236 518 -1479 -844 C +ATOM 13481 CD1 TYR D 261 98.473 26.769 86.991 1.00 83.34 C +ANISOU13481 CD1 TYR D 261 10094 6566 15005 549 -1747 -907 C +ATOM 13482 CD2 TYR D 261 98.282 28.911 85.972 1.00 79.59 C +ANISOU13482 CD2 TYR D 261 9888 5774 14578 611 -963 -770 C +ATOM 13483 CE1 TYR D 261 99.336 26.366 85.993 1.00 89.35 C +ANISOU13483 CE1 TYR D 261 10831 7234 15884 661 -1529 -910 C +ATOM 13484 CE2 TYR D 261 99.148 28.514 84.964 1.00 83.71 C +ANISOU13484 CE2 TYR D 261 10411 6184 15212 719 -708 -763 C +ATOM 13485 CZ TYR D 261 99.667 27.239 84.976 1.00 87.79 C +ANISOU13485 CZ TYR D 261 10763 6825 15768 742 -1003 -838 C +ATOM 13486 OH TYR D 261 100.532 26.832 83.985 1.00 95.52 O +ANISOU13486 OH TYR D 261 11732 7700 16861 854 -750 -842 O +ATOM 13487 N SER D 262 95.638 28.148 90.730 1.00 72.77 N +ANISOU13487 N SER D 262 8817 5536 13296 143 -2441 -955 N +ATOM 13488 CA SER D 262 94.925 28.537 91.942 1.00 71.85 C +ANISOU13488 CA SER D 262 8707 5502 13092 16 -2630 -992 C +ATOM 13489 C SER D 262 95.249 29.987 92.271 1.00 82.66 C +ANISOU13489 C SER D 262 9992 6740 14675 -93 -2370 -1072 C +ATOM 13490 O SER D 262 96.409 30.319 92.536 1.00 89.16 O +ANISOU13490 O SER D 262 10591 7462 15825 -191 -2284 -1242 O +ATOM 13491 CB SER D 262 95.307 27.642 93.120 1.00 85.39 C +ANISOU13491 CB SER D 262 10310 7309 14827 -72 -3011 -1114 C +ATOM 13492 OG SER D 262 95.408 26.287 92.728 1.00102.22 O +ANISOU13492 OG SER D 262 12491 9499 16847 25 -3195 -1069 O +ATOM 13493 N PHE D 263 94.226 30.841 92.274 1.00 86.26 N +ANISOU13493 N PHE D 263 10613 7196 14966 -75 -2251 -980 N +ATOM 13494 CA PHE D 263 94.379 32.234 92.684 1.00 81.20 C +ANISOU13494 CA PHE D 263 9931 6425 14498 -182 -2017 -1049 C +ATOM 13495 C PHE D 263 93.364 32.539 93.773 1.00 72.44 C +ANISOU13495 C PHE D 263 8877 5440 13208 -256 -2233 -1057 C +ATOM 13496 O PHE D 263 92.166 32.638 93.494 1.00 83.48 O +ANISOU13496 O PHE D 263 10468 6919 14332 -154 -2236 -932 O +ATOM 13497 CB PHE D 263 94.196 33.198 91.516 1.00 80.95 C +ANISOU13497 CB PHE D 263 10097 6217 14442 -49 -1571 -923 C +ATOM 13498 CG PHE D 263 94.291 34.635 91.929 1.00 85.01 C +ANISOU13498 CG PHE D 263 10608 6567 15126 -161 -1303 -987 C +ATOM 13499 CD1 PHE D 263 95.522 35.219 92.134 1.00 82.63 C +ANISOU13499 CD1 PHE D 263 10084 6076 15236 -329 -1073 -1164 C +ATOM 13500 CD2 PHE D 263 93.153 35.388 92.152 1.00 86.89 C +ANISOU13500 CD2 PHE D 263 11038 6839 15136 -104 -1289 -904 C +ATOM 13501 CE1 PHE D 263 95.619 36.533 92.540 1.00 80.06 C +ANISOU13501 CE1 PHE D 263 9745 5579 15095 -451 -817 -1249 C +ATOM 13502 CE2 PHE D 263 93.252 36.706 92.551 1.00 83.58 C +ANISOU13502 CE2 PHE D 263 10628 6254 14874 -205 -1041 -966 C +ATOM 13503 CZ PHE D 263 94.488 37.276 92.737 1.00 79.17 C +ANISOU13503 CZ PHE D 263 9862 5488 14729 -385 -797 -1135 C +ATOM 13504 N GLY D 264 93.841 32.732 94.997 1.00 72.96 N +ANISOU13504 N GLY D 264 8771 5520 13431 -415 -2408 -1226 N +ATOM 13505 CA GLY D 264 92.922 32.894 96.110 1.00 71.89 C +ANISOU13505 CA GLY D 264 8704 5504 13107 -479 -2624 -1235 C +ATOM 13506 C GLY D 264 91.979 31.712 96.176 1.00 76.01 C +ANISOU13506 C GLY D 264 9366 6196 13319 -415 -2874 -1123 C +ATOM 13507 O GLY D 264 92.405 30.550 96.177 1.00 85.84 O +ANISOU13507 O GLY D 264 10580 7489 14548 -392 -3067 -1133 O +ATOM 13508 N ALA D 265 90.680 31.997 96.221 1.00 78.13 N +ANISOU13508 N ALA D 265 9784 6547 13356 -386 -2858 -1036 N +ATOM 13509 CA ALA D 265 89.645 30.966 96.173 1.00 67.75 C +ANISOU13509 CA ALA D 265 8581 5376 11786 -344 -3028 -962 C +ATOM 13510 C ALA D 265 89.017 30.870 94.789 1.00 67.40 C +ANISOU13510 C ALA D 265 8634 5354 11621 -164 -2886 -864 C +ATOM 13511 O ALA D 265 87.805 30.684 94.652 1.00 66.73 O +ANISOU13511 O ALA D 265 8631 5385 11341 -108 -2936 -847 O +ATOM 13512 CB ALA D 265 88.578 31.238 97.228 1.00 67.22 C +ANISOU13512 CB ALA D 265 8580 5402 11559 -435 -3123 -986 C +ATOM 13513 N THR D 266 89.835 30.994 93.746 1.00 73.04 N +ANISOU13513 N THR D 266 9340 5957 12454 -54 -2706 -825 N +ATOM 13514 CA THR D 266 89.369 30.995 92.369 1.00 74.53 C +ANISOU13514 CA THR D 266 9667 6145 12508 176 -2558 -735 C +ATOM 13515 C THR D 266 90.344 30.204 91.511 1.00 73.15 C +ANISOU13515 C THR D 266 9462 5904 12428 254 -2520 -705 C +ATOM 13516 O THR D 266 91.481 29.935 91.906 1.00 72.35 O +ANISOU13516 O THR D 266 9214 5732 12544 134 -2548 -765 O +ATOM 13517 CB THR D 266 89.233 32.421 91.814 1.00 70.90 C +ANISOU13517 CB THR D 266 9335 5559 12044 299 -2243 -687 C +ATOM 13518 OG1 THR D 266 90.444 33.150 92.049 1.00 79.03 O +ANISOU13518 OG1 THR D 266 10271 6398 13358 174 -2029 -724 O +ATOM 13519 CG2 THR D 266 88.072 33.146 92.471 1.00 68.96 C +ANISOU13519 CG2 THR D 266 9143 5404 11654 283 -2293 -716 C +ATOM 13520 N CYS D 267 89.880 29.840 90.318 1.00 76.80 N +ANISOU13520 N CYS D 267 10061 6399 12723 482 -2471 -638 N +ATOM 13521 CA CYS D 267 90.675 29.107 89.342 1.00 79.96 C +ANISOU13521 CA CYS D 267 10471 6740 13170 602 -2414 -599 C +ATOM 13522 C CYS D 267 90.708 29.905 88.048 1.00 78.63 C +ANISOU13522 C CYS D 267 10509 6445 12921 864 -2082 -506 C +ATOM 13523 O CYS D 267 89.664 30.367 87.577 1.00 83.18 O +ANISOU13523 O CYS D 267 11265 7077 13264 1066 -2056 -476 O +ATOM 13524 CB CYS D 267 90.094 27.713 89.088 1.00 87.43 C +ANISOU13524 CB CYS D 267 11424 7836 13959 662 -2690 -617 C +ATOM 13525 SG CYS D 267 89.631 26.794 90.581 1.00 91.97 S +ANISOU13525 SG CYS D 267 11881 8536 14529 398 -3030 -701 S +ATOM 13526 N VAL D 268 91.899 30.068 87.476 1.00 80.04 N +ANISOU13526 N VAL D 268 10679 6446 13286 882 -1818 -473 N +ATOM 13527 CA VAL D 268 92.060 30.851 86.258 1.00 83.01 C +ANISOU13527 CA VAL D 268 11309 6645 13586 1133 -1425 -367 C +ATOM 13528 C VAL D 268 93.108 30.208 85.363 1.00 86.76 C +ANISOU13528 C VAL D 268 11781 7016 14167 1216 -1269 -337 C +ATOM 13529 O VAL D 268 94.017 29.509 85.827 1.00 85.21 O +ANISOU13529 O VAL D 268 11332 6832 14211 1024 -1385 -422 O +ATOM 13530 CB VAL D 268 92.424 32.323 86.566 1.00 82.59 C +ANISOU13530 CB VAL D 268 11301 6378 13701 1035 -1062 -358 C +ATOM 13531 CG1 VAL D 268 91.182 33.087 87.001 1.00 83.19 C +ANISOU13531 CG1 VAL D 268 11504 6539 13564 1095 -1149 -348 C +ATOM 13532 CG2 VAL D 268 93.503 32.408 87.636 1.00 82.75 C +ANISOU13532 CG2 VAL D 268 10993 6335 14114 688 -1073 -496 C +ATOM 13533 N LYS D 269 92.950 30.443 84.056 1.00 95.23 N +ANISOU13533 N LYS D 269 13161 7990 15033 1543 -1014 -222 N +ATOM 13534 CA LYS D 269 93.873 29.902 83.065 1.00 98.87 C +ANISOU13534 CA LYS D 269 13676 8337 15553 1669 -812 -178 C +ATOM 13535 C LYS D 269 95.236 30.573 83.153 1.00 97.23 C +ANISOU13535 C LYS D 269 13347 7868 15728 1471 -382 -206 C +ATOM 13536 O LYS D 269 96.271 29.899 83.086 1.00105.48 O +ANISOU13536 O LYS D 269 14183 8883 17013 1362 -363 -277 O +ATOM 13537 CB LYS D 269 93.290 30.081 81.663 1.00107.12 C +ANISOU13537 CB LYS D 269 15140 9330 16232 2114 -632 -51 C +ATOM 13538 CG LYS D 269 92.007 29.309 81.412 1.00116.28 C +ANISOU13538 CG LYS D 269 16376 10756 17049 2343 -1066 -90 C +ATOM 13539 CD LYS D 269 92.280 27.850 81.083 1.00119.01 C +ANISOU13539 CD LYS D 269 16589 11232 17398 2360 -1335 -142 C +ATOM 13540 CE LYS D 269 92.869 27.691 79.689 1.00116.41 C +ANISOU13540 CE LYS D 269 16526 10759 16947 2683 -1049 -47 C +ATOM 13541 NZ LYS D 269 93.115 26.267 79.344 1.00104.36 N +ANISOU13541 NZ LYS D 269 14878 9359 15415 2715 -1320 -106 N +ATOM 13542 N LYS D 270 95.258 31.894 83.295 1.00 94.93 N +ANISOU13542 N LYS D 270 13172 7378 15519 1422 -26 -177 N +ATOM 13543 CA LYS D 270 96.496 32.656 83.328 1.00110.10 C +ANISOU13543 CA LYS D 270 14980 9012 17841 1221 452 -238 C +ATOM 13544 C LYS D 270 96.599 33.429 84.631 1.00113.17 C +ANISOU13544 C LYS D 270 15109 9384 18504 895 399 -381 C +ATOM 13545 O LYS D 270 95.608 33.978 85.124 1.00113.70 O +ANISOU13545 O LYS D 270 15292 9532 18377 920 254 -343 O +ATOM 13546 CB LYS D 270 96.591 33.620 82.138 1.00123.43 C +ANISOU13546 CB LYS D 270 17108 10382 19407 1476 1066 -74 C +ATOM 13547 CG LYS D 270 97.342 33.048 80.945 1.00131.93 C +ANISOU13547 CG LYS D 270 18322 11332 20475 1663 1353 -5 C +ATOM 13548 CD LYS D 270 98.789 32.727 81.293 1.00127.55 C +ANISOU13548 CD LYS D 270 17337 10683 20442 1337 1505 -191 C +ATOM 13549 N CYS D 271 97.809 33.461 85.176 1.00129.93 N +ANISOU13549 N CYS D 271 16870 11411 21085 607 506 -574 N +ATOM 13550 CA CYS D 271 98.036 34.105 86.454 1.00137.98 C +ANISOU13550 CA CYS D 271 17601 12428 22397 305 411 -764 C +ATOM 13551 C CYS D 271 97.818 35.609 86.323 1.00139.28 C +ANISOU13551 C CYS D 271 17995 12321 22602 290 885 -707 C +ATOM 13552 O CYS D 271 98.189 36.203 85.305 1.00146.27 O +ANISOU13552 O CYS D 271 19139 12916 23522 405 1442 -605 O +ATOM 13553 CB CYS D 271 99.456 33.838 86.941 1.00140.83 C +ANISOU13553 CB CYS D 271 17512 12734 23262 48 437 -1038 C +ATOM 13554 SG CYS D 271 99.704 32.383 87.966 1.00128.63 S +ANISOU13554 SG CYS D 271 15600 11527 21746 -38 -268 -1213 S +ATOM 13555 N PRO D 272 97.241 36.252 87.333 1.00124.91 N +ANISOU13555 N PRO D 272 16119 10568 20775 160 704 -768 N +ATOM 13556 CA PRO D 272 97.122 37.711 87.297 1.00119.49 C +ANISOU13556 CA PRO D 272 15632 9600 20169 123 1160 -740 C +ATOM 13557 C PRO D 272 98.493 38.352 87.164 1.00124.84 C +ANISOU13557 C PRO D 272 16110 9945 21378 -113 1689 -921 C +ATOM 13558 O PRO D 272 99.507 37.795 87.589 1.00124.42 O +ANISOU13558 O PRO D 272 15629 9944 21701 -322 1567 -1161 O +ATOM 13559 CB PRO D 272 96.472 38.045 88.641 1.00111.19 C +ANISOU13559 CB PRO D 272 14421 8730 19096 -36 771 -846 C +ATOM 13560 CG PRO D 272 96.886 36.955 89.504 1.00109.45 C +ANISOU13560 CG PRO D 272 13807 8769 19010 -193 270 -1024 C +ATOM 13561 CD PRO D 272 96.979 35.722 88.677 1.00114.59 C +ANISOU13561 CD PRO D 272 14508 9542 19489 -14 135 -918 C +ATOM 13562 N ARG D 273 98.524 39.526 86.546 1.00124.38 N +ANISOU13562 N ARG D 273 16373 9528 21356 -65 2298 -823 N +ATOM 13563 CA ARG D 273 99.782 40.239 86.402 1.00131.81 C +ANISOU13563 CA ARG D 273 17136 10100 22844 -320 2892 -1015 C +ATOM 13564 C ARG D 273 100.424 40.446 87.767 1.00132.30 C +ANISOU13564 C ARG D 273 16639 10237 23390 -700 2646 -1389 C +ATOM 13565 O ARG D 273 99.741 40.630 88.778 1.00127.22 O +ANISOU13565 O ARG D 273 15920 9793 22623 -753 2225 -1436 O +ATOM 13566 CB ARG D 273 99.556 41.580 85.708 1.00135.28 C +ANISOU13566 CB ARG D 273 18066 10118 23218 -220 3584 -846 C +ATOM 13567 CG ARG D 273 100.819 42.404 85.534 1.00135.57 C +ANISOU13567 CG ARG D 273 17944 9710 23855 -515 4299 -1055 C +ATOM 13568 CD ARG D 273 100.496 43.859 85.315 1.00134.43 C +ANISOU13568 CD ARG D 273 18230 9159 23689 -496 4891 -943 C +ATOM 13569 NE ARG D 273 101.714 44.663 85.253 1.00144.57 N +ANISOU13569 NE ARG D 273 19275 10157 25496 -823 5530 -1173 N +ATOM 13570 CZ ARG D 273 102.345 44.992 84.130 1.00153.17 C +ANISOU13570 CZ ARG D 273 20617 10994 26588 -760 6231 -1057 C +ATOM 13571 NH1 ARG D 273 101.879 44.598 82.951 1.00154.60 N +ANISOU13571 NH1 ARG D 273 21346 11118 26276 -358 6388 -710 N +ATOM 13572 NH2 ARG D 273 103.448 45.724 84.188 1.00156.91 N +ANISOU13572 NH2 ARG D 273 20786 11283 27550 -1086 6782 -1309 N +ATOM 13573 N ASN D 274 101.754 40.412 87.790 1.00139.09 N +ANISOU13573 N ASN D 274 17099 10940 24808 -947 2910 -1684 N +ATOM 13574 CA ASN D 274 102.553 40.543 89.006 1.00143.02 C +ANISOU13574 CA ASN D 274 17014 11506 25820 -1277 2672 -2118 C +ATOM 13575 C ASN D 274 102.465 39.304 89.885 1.00132.10 C +ANISOU13575 C ASN D 274 15312 10572 24306 -1243 1863 -2234 C +ATOM 13576 O ASN D 274 102.955 39.324 91.021 1.00132.64 O +ANISOU13576 O ASN D 274 14950 10761 24687 -1437 1530 -2583 O +ATOM 13577 CB ASN D 274 102.145 41.775 89.821 1.00146.22 C +ANISOU13577 CB ASN D 274 17450 11784 26324 -1433 2754 -2210 C +ATOM 13578 CG ASN D 274 102.025 43.021 88.970 1.00141.44 C +ANISOU13578 CG ASN D 274 17277 10718 25744 -1416 3543 -2035 C +ATOM 13579 OD1 ASN D 274 102.797 43.219 88.030 1.00138.77 O +ANISOU13579 OD1 ASN D 274 17011 10054 25662 -1454 4169 -2038 O +ATOM 13580 ND2 ASN D 274 101.058 43.870 89.295 1.00136.42 N +ANISOU13580 ND2 ASN D 274 16961 10037 24837 -1346 3540 -1882 N +ATOM 13581 N TYR D 275 101.860 38.229 89.391 1.00118.07 N +ANISOU13581 N TYR D 275 13758 9030 22073 -985 1548 -1966 N +ATOM 13582 CA TYR D 275 101.791 36.956 90.087 1.00111.14 C +ANISOU13582 CA TYR D 275 12651 8530 21048 -932 851 -2041 C +ATOM 13583 C TYR D 275 102.475 35.893 89.239 1.00104.33 C +ANISOU13583 C TYR D 275 11713 7702 20227 -823 881 -2025 C +ATOM 13584 O TYR D 275 102.604 36.030 88.020 1.00106.03 O +ANISOU13584 O TYR D 275 12181 7707 20398 -710 1371 -1845 O +ATOM 13585 CB TYR D 275 100.342 36.546 90.368 1.00103.53 C +ANISOU13585 CB TYR D 275 12010 7827 19499 -739 409 -1758 C +ATOM 13586 CG TYR D 275 99.722 37.158 91.612 1.00 96.33 C +ANISOU13586 CG TYR D 275 11050 7016 18535 -852 125 -1846 C +ATOM 13587 CD1 TYR D 275 99.116 38.410 91.581 1.00 93.94 C +ANISOU13587 CD1 TYR D 275 10989 6529 18175 -872 449 -1749 C +ATOM 13588 CD2 TYR D 275 99.728 36.471 92.810 1.00 87.39 C +ANISOU13588 CD2 TYR D 275 9672 6152 17381 -908 -459 -2018 C +ATOM 13589 CE1 TYR D 275 98.541 38.952 92.713 1.00 88.60 C +ANISOU13589 CE1 TYR D 275 10271 5950 17442 -965 188 -1833 C +ATOM 13590 CE2 TYR D 275 99.164 37.004 93.947 1.00 86.55 C +ANISOU13590 CE2 TYR D 275 9549 6134 17202 -991 -707 -2095 C +ATOM 13591 CZ TYR D 275 98.572 38.246 93.895 1.00 89.82 C +ANISOU13591 CZ TYR D 275 10168 6379 17582 -1029 -386 -2007 C +ATOM 13592 OH TYR D 275 98.011 38.778 95.030 1.00 92.84 O +ANISOU13592 OH TYR D 275 10533 6853 17891 -1105 -632 -2090 O +ATOM 13593 N VAL D 276 102.904 34.825 89.900 1.00101.83 N +ANISOU13593 N VAL D 276 11078 7644 19967 -831 351 -2212 N +ATOM 13594 CA VAL D 276 103.658 33.756 89.265 1.00106.11 C +ANISOU13594 CA VAL D 276 11483 8243 20591 -738 310 -2256 C +ATOM 13595 C VAL D 276 103.006 32.430 89.615 1.00111.36 C +ANISOU13595 C VAL D 276 12245 9238 20830 -558 -328 -2117 C +ATOM 13596 O VAL D 276 102.367 32.287 90.662 1.00117.36 O +ANISOU13596 O VAL D 276 13010 10187 21393 -573 -781 -2129 O +ATOM 13597 CB VAL D 276 105.146 33.771 89.701 1.00100.85 C +ANISOU13597 CB VAL D 276 10257 7516 20544 -935 356 -2725 C +ATOM 13598 CG1 VAL D 276 105.284 33.847 91.204 1.00103.76 C +ANISOU13598 CG1 VAL D 276 10302 8065 21059 -1050 -156 -3041 C +ATOM 13599 CG2 VAL D 276 105.875 32.558 89.176 1.00 98.65 C +ANISOU13599 CG2 VAL D 276 9820 7344 20319 -813 217 -2787 C +ATOM 13600 N VAL D 277 103.161 31.459 88.723 1.00111.40 N +ANISOU13600 N VAL D 277 12347 9289 20692 -388 -331 -1986 N +ATOM 13601 CA VAL D 277 102.577 30.135 88.890 1.00120.05 C +ANISOU13601 CA VAL D 277 13560 10651 21401 -218 -865 -1849 C +ATOM 13602 C VAL D 277 103.646 29.179 89.391 1.00131.94 C +ANISOU13602 C VAL D 277 14696 12278 23156 -232 -1203 -2134 C +ATOM 13603 O VAL D 277 104.803 29.239 88.954 1.00140.56 O +ANISOU13603 O VAL D 277 15513 13247 24645 -284 -933 -2347 O +ATOM 13604 CB VAL D 277 101.971 29.620 87.574 1.00125.88 C +ANISOU13604 CB VAL D 277 14671 11374 21783 16 -698 -1531 C +ATOM 13605 CG1 VAL D 277 103.028 29.528 86.473 1.00130.60 C +ANISOU13605 CG1 VAL D 277 15191 11790 22642 60 -258 -1582 C +ATOM 13606 CG2 VAL D 277 101.338 28.280 87.810 1.00120.05 C +ANISOU13606 CG2 VAL D 277 14033 10891 20690 154 -1234 -1426 C +ATOM 13607 N THR D 278 103.255 28.283 90.292 1.00127.17 N +ANISOU13607 N THR D 278 14104 11904 22313 -169 -1778 -2144 N +ATOM 13608 CA THR D 278 104.118 27.211 90.760 1.00119.88 C +ANISOU13608 CA THR D 278 12928 11111 21508 -101 -2171 -2373 C +ATOM 13609 C THR D 278 103.812 25.925 90.001 1.00109.94 C +ANISOU13609 C THR D 278 11895 9941 19935 97 -2319 -2150 C +ATOM 13610 O THR D 278 102.735 25.753 89.423 1.00 93.99 O +ANISOU13610 O THR D 278 10225 7938 17548 181 -2265 -1840 O +ATOM 13611 CB THR D 278 103.946 26.975 92.263 1.00128.26 C +ANISOU13611 CB THR D 278 13921 12337 22476 -114 -2702 -2529 C +ATOM 13612 OG1 THR D 278 103.775 28.227 92.937 1.00125.85 O +ANISOU13612 OG1 THR D 278 13530 11961 22325 -282 -2575 -2641 O +ATOM 13613 CG2 THR D 278 105.175 26.269 92.826 1.00140.74 C +ANISOU13613 CG2 THR D 278 15155 14002 24318 -39 -3035 -2891 C +ATOM 13614 N ASP D 279 104.784 25.012 90.013 1.00122.97 N +ANISOU13614 N ASP D 279 13326 11651 21745 185 -2525 -2345 N +ATOM 13615 CA ASP D 279 104.623 23.736 89.330 1.00124.20 C +ANISOU13615 CA ASP D 279 13670 11880 21638 374 -2681 -2172 C +ATOM 13616 C ASP D 279 103.551 22.859 89.968 1.00128.34 C +ANISOU13616 C ASP D 279 14496 12553 21713 456 -3128 -1985 C +ATOM 13617 O ASP D 279 103.069 21.926 89.316 1.00128.80 O +ANISOU13617 O ASP D 279 14786 12651 21501 587 -3203 -1788 O +ATOM 13618 CB ASP D 279 105.960 22.993 89.304 1.00114.67 C +ANISOU13618 CB ASP D 279 12142 10704 20724 459 -2819 -2459 C +ATOM 13619 CG ASP D 279 106.422 22.571 90.683 1.00113.79 C +ANISOU13619 CG ASP D 279 11839 10727 20669 495 -3343 -2740 C +ATOM 13620 OD1 ASP D 279 105.887 23.099 91.681 1.00117.02 O +ANISOU13620 OD1 ASP D 279 12304 11174 20983 412 -3514 -2757 O +ATOM 13621 OD2 ASP D 279 107.328 21.716 90.770 1.00114.49 O +ANISOU13621 OD2 ASP D 279 11739 10881 20881 637 -3588 -2954 O +ATOM 13622 N HIS D 280 103.167 23.126 91.220 1.00123.33 N +ANISOU13622 N HIS D 280 13870 11987 21000 380 -3405 -2054 N +ATOM 13623 CA HIS D 280 102.107 22.371 91.881 1.00117.89 C +ANISOU13623 CA HIS D 280 13489 11403 19901 429 -3754 -1879 C +ATOM 13624 C HIS D 280 100.751 23.061 91.767 1.00107.55 C +ANISOU13624 C HIS D 280 12425 10084 18355 337 -3579 -1641 C +ATOM 13625 O HIS D 280 99.874 22.860 92.614 1.00103.36 O +ANISOU13625 O HIS D 280 12080 9623 17570 305 -3808 -1563 O +ATOM 13626 CB HIS D 280 102.456 22.114 93.349 1.00123.58 C +ANISOU13626 CB HIS D 280 14139 12200 20614 450 -4175 -2088 C +ATOM 13627 CG HIS D 280 102.368 23.325 94.222 1.00136.80 C +ANISOU13627 CG HIS D 280 15694 13863 22422 307 -4135 -2220 C +ATOM 13628 ND1 HIS D 280 103.327 24.312 94.220 1.00143.40 N +ANISOU13628 ND1 HIS D 280 16167 14632 23686 214 -3937 -2493 N +ATOM 13629 CD2 HIS D 280 101.443 23.701 95.138 1.00140.00 C +ANISOU13629 CD2 HIS D 280 16288 14306 22601 237 -4256 -2135 C +ATOM 13630 CE1 HIS D 280 102.996 25.247 95.091 1.00142.46 C +ANISOU13630 CE1 HIS D 280 16022 14511 23594 98 -3957 -2571 C +ATOM 13631 NE2 HIS D 280 101.855 24.903 95.659 1.00139.79 N +ANISOU13631 NE2 HIS D 280 16022 14242 22850 118 -4152 -2348 N +ATOM 13632 N GLY D 281 100.562 23.872 90.727 1.00102.65 N +ANISOU13632 N GLY D 281 11828 9370 17804 314 -3162 -1532 N +ATOM 13633 CA GLY D 281 99.280 24.473 90.440 1.00 98.84 C +ANISOU13633 CA GLY D 281 11592 8886 17077 291 -3003 -1319 C +ATOM 13634 C GLY D 281 99.030 25.811 91.103 1.00100.73 C +ANISOU13634 C GLY D 281 11776 9076 17419 143 -2860 -1373 C +ATOM 13635 O GLY D 281 98.199 26.582 90.609 1.00 90.30 O +ANISOU13635 O GLY D 281 10627 7712 15971 149 -2614 -1222 O +ATOM 13636 N SER D 282 99.715 26.112 92.202 1.00109.87 N +ANISOU13636 N SER D 282 12710 10242 18794 38 -3023 -1601 N +ATOM 13637 CA SER D 282 99.475 27.367 92.902 1.00 99.66 C +ANISOU13637 CA SER D 282 11362 8902 17602 -105 -2912 -1674 C +ATOM 13638 C SER D 282 99.898 28.552 92.044 1.00103.10 C +ANISOU13638 C SER D 282 11715 9149 18309 -168 -2399 -1691 C +ATOM 13639 O SER D 282 100.914 28.503 91.346 1.00111.08 O +ANISOU13639 O SER D 282 12553 10056 19598 -155 -2173 -1796 O +ATOM 13640 CB SER D 282 100.241 27.395 94.224 1.00105.65 C +ANISOU13640 CB SER D 282 11881 9710 18552 -168 -3219 -1966 C +ATOM 13641 OG SER D 282 101.633 27.471 93.995 1.00116.70 O +ANISOU13641 OG SER D 282 12943 11038 20360 -179 -3127 -2235 O +ATOM 13642 N CYS D 283 99.109 29.622 92.093 1.00107.38 N +ANISOU13642 N CYS D 283 12403 9630 18769 -229 -2189 -1588 N +ATOM 13643 CA CYS D 283 99.475 30.898 91.489 1.00103.39 C +ANISOU13643 CA CYS D 283 11866 8901 18517 -302 -1679 -1613 C +ATOM 13644 C CYS D 283 99.708 31.898 92.614 1.00 94.61 C +ANISOU13644 C CYS D 283 10560 7744 17642 -489 -1702 -1833 C +ATOM 13645 O CYS D 283 98.818 32.123 93.441 1.00 96.13 O +ANISOU13645 O CYS D 283 10871 8041 17611 -514 -1926 -1779 O +ATOM 13646 CB CYS D 283 98.399 31.409 90.529 1.00102.51 C +ANISOU13646 CB CYS D 283 12124 8722 18103 -172 -1387 -1323 C +ATOM 13647 SG CYS D 283 98.899 32.939 89.741 1.00124.90 S +ANISOU13647 SG CYS D 283 15016 11223 21218 -227 -700 -1327 S +ATOM 13648 N VAL D 284 100.900 32.495 92.648 1.00 89.05 N +ANISOU13648 N VAL D 284 9545 6881 17407 -624 -1461 -2105 N +ATOM 13649 CA VAL D 284 101.325 33.288 93.792 1.00 96.23 C +ANISOU13649 CA VAL D 284 10191 7767 18605 -796 -1554 -2406 C +ATOM 13650 C VAL D 284 102.172 34.456 93.309 1.00 96.96 C +ANISOU13650 C VAL D 284 10091 7570 19177 -963 -994 -2590 C +ATOM 13651 O VAL D 284 102.736 34.434 92.215 1.00100.85 O +ANISOU13651 O VAL D 284 10580 7896 19841 -948 -584 -2550 O +ATOM 13652 CB VAL D 284 102.103 32.415 94.805 1.00 97.29 C +ANISOU13652 CB VAL D 284 10021 8081 18863 -776 -2072 -2709 C +ATOM 13653 CG1 VAL D 284 103.329 31.799 94.146 1.00 91.39 C +ANISOU13653 CG1 VAL D 284 8999 7289 18435 -745 -1978 -2894 C +ATOM 13654 CG2 VAL D 284 102.496 33.222 96.028 1.00102.28 C +ANISOU13654 CG2 VAL D 284 10392 8710 19759 -909 -2225 -3051 C +ATOM 13655 N ARG D 285 102.233 35.496 94.141 1.00 91.33 N +ANISOU13655 N ARG D 285 9240 6779 18682 -1127 -950 -2795 N +ATOM 13656 CA ARG D 285 103.025 36.696 93.894 1.00104.10 C +ANISOU13656 CA ARG D 285 10650 8096 20808 -1332 -417 -3029 C +ATOM 13657 C ARG D 285 104.448 36.565 94.427 1.00118.05 C +ANISOU13657 C ARG D 285 11858 9861 23134 -1465 -528 -3540 C +ATOM 13658 O ARG D 285 105.392 37.064 93.801 1.00132.12 O +ANISOU13658 O ARG D 285 13408 11394 25397 -1612 -30 -3746 O +ATOM 13659 CB ARG D 285 102.330 37.904 94.540 1.00114.30 C +ANISOU13659 CB ARG D 285 12072 9299 22059 -1438 -324 -3016 C +ATOM 13660 CG ARG D 285 103.088 39.192 94.457 1.00 98.91 C +ANISOU13660 CG ARG D 285 9913 7022 20648 -1676 210 -3287 C +ATOM 13661 CD ARG D 285 102.573 40.231 95.447 1.00108.41 C +ANISOU13661 CD ARG D 285 11136 8194 21859 -1788 134 -3389 C +ATOM 13662 NE ARG D 285 101.252 40.744 95.096 1.00117.21 N +ANISOU13662 NE ARG D 285 12759 9266 22509 -1673 292 -2972 N +ATOM 13663 CZ ARG D 285 101.035 41.745 94.246 1.00119.99 C +ANISOU13663 CZ ARG D 285 13395 9296 22898 -1697 911 -2798 C +ATOM 13664 NH1 ARG D 285 102.051 42.348 93.641 1.00110.19 N +ANISOU13664 NH1 ARG D 285 11996 7717 22154 -1867 1491 -2985 N +ATOM 13665 NH2 ARG D 285 99.795 42.141 93.994 1.00121.19 N +ANISOU13665 NH2 ARG D 285 14004 9452 22589 -1536 966 -2449 N +ATOM 13666 N ALA D 286 104.616 35.921 95.578 1.00130.79 N +ANISOU13666 N ALA D 286 13262 11736 24696 -1402 -1158 -3771 N +ATOM 13667 CA ALA D 286 105.911 35.756 96.223 1.00137.83 C +ANISOU13667 CA ALA D 286 13615 12676 26077 -1463 -1384 -4312 C +ATOM 13668 C ALA D 286 106.348 34.301 96.132 1.00134.68 C +ANISOU13668 C ALA D 286 13138 12495 25541 -1255 -1796 -4335 C +ATOM 13669 O ALA D 286 105.547 33.392 96.381 1.00139.44 O +ANISOU13669 O ALA D 286 14060 13302 25619 -1063 -2202 -4042 O +ATOM 13670 CB ALA D 286 105.839 36.192 97.688 1.00145.00 C +ANISOU13670 CB ALA D 286 14399 13781 26912 -1439 -1792 -4547 C +ATOM 13671 N CYS D 287 107.621 34.084 95.793 1.00135.50 N +ANISOU13671 N CYS D 287 12811 12541 26132 -1297 -1678 -4702 N +ATOM 13672 CA CYS D 287 108.175 32.733 95.705 1.00154.09 C +ANISOU13672 CA CYS D 287 15051 15090 28408 -1088 -2064 -4779 C +ATOM 13673 C CYS D 287 108.702 32.314 97.075 1.00186.69 C +ANISOU13673 C CYS D 287 18926 19493 32515 -911 -2707 -5157 C +ATOM 13674 O CYS D 287 109.897 32.145 97.310 1.00189.76 O +ANISOU13674 O CYS D 287 18900 19982 33218 -819 -2786 -5564 O +ATOM 13675 CB CYS D 287 109.249 32.662 94.629 1.00154.82 C +ANISOU13675 CB CYS D 287 14840 15017 28968 -1168 -1601 -4958 C +ATOM 13676 SG CYS D 287 108.481 32.537 93.021 1.00141.00 S +ANISOU13676 SG CYS D 287 13606 13092 26874 -1137 -1027 -4343 S +ATOM 13677 N GLY D 288 107.753 32.158 97.996 1.00212.43 N +ANISOU13677 N GLY D 288 22513 22904 35298 -799 -3124 -4963 N +ATOM 13678 CA GLY D 288 108.088 31.649 99.313 1.00217.91 C +ANISOU13678 CA GLY D 288 23151 23874 35771 -528 -3709 -5188 C +ATOM 13679 C GLY D 288 108.709 30.272 99.259 1.00220.82 C +ANISOU13679 C GLY D 288 23463 24386 36051 -268 -4099 -5286 C +ATOM 13680 O GLY D 288 109.680 29.993 99.968 1.00227.70 O +ANISOU13680 O GLY D 288 24079 25411 37025 -46 -4388 -5661 O +ATOM 13681 N ALA D 289 108.147 29.386 98.438 1.00219.59 N +ANISOU13681 N ALA D 289 23571 24175 35690 -266 -4127 -4964 N +ATOM 13682 CA ALA D 289 108.691 28.043 98.299 1.00216.29 C +ANISOU13682 CA ALA D 289 23132 23879 35170 -19 -4481 -5027 C +ATOM 13683 C ALA D 289 110.207 28.106 98.173 1.00216.01 C +ANISOU13683 C ALA D 289 22568 23877 35628 49 -4391 -5508 C +ATOM 13684 O ALA D 289 110.770 29.085 97.671 1.00222.31 O +ANISOU13684 O ALA D 289 23022 24528 36918 -180 -3899 -5713 O +ATOM 13685 CB ALA D 289 108.082 27.350 97.076 1.00210.80 C +ANISOU13685 CB ALA D 289 22769 23123 34200 -20 -4207 -4541 C +ATOM 13686 N ASP D 290 110.872 27.041 98.622 1.00200.44 N +ANISOU13686 N ASP D 290 20556 22080 33522 376 -4841 -5694 N +ATOM 13687 CA ASP D 290 112.323 26.934 98.507 1.00184.77 C +ANISOU13687 CA ASP D 290 18083 20140 31980 492 -4809 -6178 C +ATOM 13688 C ASP D 290 112.786 27.215 97.081 1.00175.11 C +ANISOU13688 C ASP D 290 16545 18724 31266 217 -4244 -6218 C +ATOM 13689 O ASP D 290 113.985 27.323 96.820 1.00179.26 O +ANISOU13689 O ASP D 290 16614 19241 32258 233 -4070 -6635 O +ATOM 13690 CB ASP D 290 112.789 25.545 98.942 1.00176.55 C +ANISOU13690 CB ASP D 290 17166 19273 30642 900 -5353 -6271 C +ATOM 13691 N SER D 291 111.844 27.294 96.149 1.00156.28 N +ANISOU13691 N SER D 291 14428 16161 28792 -17 -3945 -5799 N +ATOM 13692 CA SER D 291 112.085 27.642 94.762 1.00148.27 C +ANISOU13692 CA SER D 291 13318 14929 28087 -230 -3267 -5676 C +ATOM 13693 C SER D 291 112.208 29.156 94.562 1.00156.64 C +ANISOU13693 C SER D 291 14157 15750 29610 -571 -2672 -5824 C +ATOM 13694 O SER D 291 111.730 29.957 95.371 1.00161.21 O +ANISOU13694 O SER D 291 14812 16340 30102 -646 -2738 -5832 O +ATOM 13695 CB SER D 291 110.939 27.074 93.924 1.00142.58 C +ANISOU13695 CB SER D 291 13199 14182 26793 -170 -3111 -5011 C +ATOM 13696 OG SER D 291 109.710 27.660 94.282 1.00145.63 O +ANISOU13696 OG SER D 291 13977 14541 26814 -256 -3081 -4665 O +ATOM 13697 N TYR D 292 112.866 29.543 93.461 1.00158.79 N +ANISOU13697 N TYR D 292 14206 15805 30321 -748 -2032 -5902 N +ATOM 13698 CA TYR D 292 113.045 30.945 93.101 1.00154.43 C +ANISOU13698 CA TYR D 292 13488 14956 30231 -1080 -1347 -6022 C +ATOM 13699 C TYR D 292 112.521 31.226 91.694 1.00141.73 C +ANISOU13699 C TYR D 292 12294 13093 28463 -1170 -632 -5514 C +ATOM 13700 O TYR D 292 112.582 30.375 90.802 1.00115.14 O +ANISOU13700 O TYR D 292 9092 9747 24909 -1022 -548 -5281 O +ATOM 13701 CB TYR D 292 114.522 31.360 93.198 1.00160.75 C +ANISOU13701 CB TYR D 292 13667 15762 31650 -1128 -1099 -6608 C +ATOM 13702 CG TYR D 292 115.423 30.649 92.217 1.00169.33 C +ANISOU13702 CG TYR D 292 14478 16773 33086 -1120 -868 -6779 C +ATOM 13703 CD1 TYR D 292 115.566 31.106 90.915 1.00172.34 C +ANISOU13703 CD1 TYR D 292 14893 16792 33794 -1374 -57 -6645 C +ATOM 13704 CD2 TYR D 292 116.125 29.519 92.590 1.00173.89 C +ANISOU13704 CD2 TYR D 292 14814 17625 33631 -827 -1435 -7058 C +ATOM 13705 CE1 TYR D 292 116.384 30.453 90.021 1.00175.69 C +ANISOU13705 CE1 TYR D 292 15121 17182 34452 -1318 194 -6751 C +ATOM 13706 CE2 TYR D 292 116.949 28.865 91.699 1.00177.94 C +ANISOU13706 CE2 TYR D 292 15058 18084 34466 -811 -1232 -7226 C +ATOM 13707 CZ TYR D 292 117.071 29.339 90.419 1.00175.53 C +ANISOU13707 CZ TYR D 292 14775 17447 34471 -1072 -412 -7075 C +ATOM 13708 OH TYR D 292 117.886 28.684 89.531 1.00171.30 O +ANISOU13708 OH TYR D 292 14033 16882 34169 -1007 -166 -7190 O +ATOM 13709 N GLU D 293 112.046 32.455 91.511 1.00160.10 N +ANISOU13709 N GLU D 293 14793 15168 30871 -1392 -118 -5372 N +ATOM 13710 CA GLU D 293 111.292 32.872 90.326 1.00161.52 C +ANISOU13710 CA GLU D 293 15499 15104 30769 -1418 505 -4840 C +ATOM 13711 C GLU D 293 112.167 33.116 89.099 1.00167.06 C +ANISOU13711 C GLU D 293 16068 15507 31900 -1536 1268 -4921 C +ATOM 13712 O GLU D 293 113.300 33.602 89.182 1.00173.40 O +ANISOU13712 O GLU D 293 16339 16159 33387 -1754 1582 -5430 O +ATOM 13713 CB GLU D 293 110.498 34.136 90.674 1.00158.20 C +ANISOU13713 CB GLU D 293 15321 14513 30276 -1581 753 -4695 C +ATOM 13714 CG GLU D 293 109.853 34.874 89.529 1.00150.80 C +ANISOU13714 CG GLU D 293 14891 13262 29144 -1614 1471 -4247 C +ATOM 13715 CD GLU D 293 109.167 36.134 90.025 1.00151.23 C +ANISOU13715 CD GLU D 293 15130 13158 29172 -1765 1658 -4179 C +ATOM 13716 OE1 GLU D 293 108.724 36.129 91.202 1.00146.63 O +ANISOU13716 OE1 GLU D 293 14468 12803 28440 -1753 1080 -4279 O +ATOM 13717 OE2 GLU D 293 109.114 37.121 89.262 1.00168.60 O +ANISOU13717 OE2 GLU D 293 17563 14995 31504 -1885 2390 -4041 O +ATOM 13718 N MET D 294 111.596 32.773 87.944 1.00163.94 N +ANISOU13718 N MET D 294 16178 15025 31088 -1379 1578 -4423 N +ATOM 13719 CA MET D 294 112.205 32.934 86.630 1.00171.49 C +ANISOU13719 CA MET D 294 17191 15683 32286 -1423 2340 -4365 C +ATOM 13720 C MET D 294 111.087 32.991 85.599 1.00160.41 C +ANISOU13720 C MET D 294 16527 14162 30261 -1225 2640 -3732 C +ATOM 13721 O MET D 294 110.059 32.331 85.760 1.00161.13 O +ANISOU13721 O MET D 294 16969 14504 29749 -995 2114 -3393 O +ATOM 13722 CB MET D 294 113.147 31.780 86.270 1.00183.97 C +ANISOU13722 CB MET D 294 18442 17412 34048 -1302 2168 -4584 C +ATOM 13723 CG MET D 294 113.820 31.073 87.428 1.00191.41 C +ANISOU13723 CG MET D 294 18818 18677 35231 -1270 1424 -5075 C +ATOM 13724 SD MET D 294 115.365 30.324 86.907 1.00199.68 S +ANISOU13724 SD MET D 294 19290 19735 36844 -1257 1568 -5546 S +ATOM 13725 CE MET D 294 116.354 31.820 86.788 1.00205.10 C +ANISOU13725 CE MET D 294 19495 20015 38420 -1688 2433 -6042 C +ATOM 13726 N GLU D 295 111.302 33.750 84.524 1.00134.26 N +ANISOU13726 N GLU D 295 13458 10460 27097 -1295 3494 -3597 N +ATOM 13727 CA GLU D 295 110.331 33.822 83.433 1.00128.56 C +ANISOU13727 CA GLU D 295 13461 9606 25781 -1044 3811 -3031 C +ATOM 13728 C GLU D 295 110.677 32.771 82.380 1.00133.98 C +ANISOU13728 C GLU D 295 14265 10338 26304 -812 3889 -2889 C +ATOM 13729 O GLU D 295 111.645 32.926 81.628 1.00145.65 O +ANISOU13729 O GLU D 295 15605 11554 28180 -901 4517 -3042 O +ATOM 13730 CB GLU D 295 110.274 35.224 82.831 1.00134.59 C +ANISOU13730 CB GLU D 295 14550 9898 26690 -1175 4692 -2911 C +ATOM 13731 CG GLU D 295 109.379 36.167 83.623 1.00133.94 C +ANISOU13731 CG GLU D 295 14645 9800 26445 -1256 4549 -2823 C +ATOM 13732 CD GLU D 295 109.114 37.485 82.926 1.00143.25 C +ANISOU13732 CD GLU D 295 16304 10509 27618 -1299 5393 -2607 C +ATOM 13733 OE1 GLU D 295 109.875 37.841 82.004 1.00146.67 O +ANISOU13733 OE1 GLU D 295 16811 10566 28350 -1367 6182 -2640 O +ATOM 13734 OE2 GLU D 295 108.128 38.160 83.297 1.00119.84 O +ANISOU13734 OE2 GLU D 295 13668 7535 24330 -1248 5282 -2400 O +ATOM 13735 N GLU D 296 109.876 31.707 82.327 1.00161.84 N +ANISOU13735 N GLU D 296 18049 14186 29258 -523 3274 -2610 N +ATOM 13736 CA GLU D 296 110.067 30.607 81.392 1.00176.86 C +ANISOU13736 CA GLU D 296 20090 16173 30935 -270 3237 -2461 C +ATOM 13737 C GLU D 296 108.903 30.559 80.413 1.00183.16 C +ANISOU13737 C GLU D 296 21607 16928 31057 54 3353 -1944 C +ATOM 13738 O GLU D 296 107.738 30.546 80.825 1.00188.72 O +ANISOU13738 O GLU D 296 22583 17810 31312 169 2919 -1722 O +ATOM 13739 CB GLU D 296 110.184 29.274 82.137 1.00178.63 C +ANISOU13739 CB GLU D 296 19987 16804 31081 -185 2396 -2622 C +ATOM 13740 CG GLU D 296 110.052 28.036 81.250 1.00174.65 C +ANISOU13740 CG GLU D 296 19723 16435 30201 119 2220 -2397 C +ATOM 13741 CD GLU D 296 110.135 26.746 82.032 1.00166.20 C +ANISOU13741 CD GLU D 296 18381 15728 29040 206 1411 -2544 C +ATOM 13742 OE1 GLU D 296 109.513 26.664 83.112 1.00161.22 O +ANISOU13742 OE1 GLU D 296 17714 15299 28245 167 859 -2559 O +ATOM 13743 OE2 GLU D 296 110.814 25.809 81.560 1.00164.54 O +ANISOU13743 OE2 GLU D 296 18027 15587 28906 327 1346 -2638 O +ATOM 13744 N ASP D 297 109.223 30.517 79.119 1.00180.46 N +ANISOU13744 N ASP D 297 21566 16355 30645 221 3931 -1780 N +ATOM 13745 CA ASP D 297 108.215 30.412 78.067 1.00157.48 C +ANISOU13745 CA ASP D 297 19349 13402 27084 599 4041 -1330 C +ATOM 13746 C ASP D 297 107.181 31.530 78.180 1.00161.84 C +ANISOU13746 C ASP D 297 20331 13816 27345 640 4202 -1099 C +ATOM 13747 O ASP D 297 105.987 31.322 77.956 1.00147.02 O +ANISOU13747 O ASP D 297 18881 12094 24887 927 3870 -809 O +ATOM 13748 CB ASP D 297 107.536 29.041 78.095 1.00139.61 C +ANISOU13748 CB ASP D 297 17155 11531 24358 858 3274 -1197 C +ATOM 13749 N GLY D 298 107.643 32.727 78.532 1.00200.78 N +ANISOU13749 N GLY D 298 25133 18451 32702 352 4714 -1257 N +ATOM 13750 CA GLY D 298 106.766 33.872 78.651 1.00203.50 C +ANISOU13750 CA GLY D 298 25880 18625 32817 379 4925 -1060 C +ATOM 13751 C GLY D 298 106.009 33.968 79.954 1.00196.55 C +ANISOU13751 C GLY D 298 24786 18034 31861 249 4253 -1137 C +ATOM 13752 O GLY D 298 105.169 34.863 80.099 1.00189.10 O +ANISOU13752 O GLY D 298 24177 16990 30683 297 4351 -970 O +ATOM 13753 N VAL D 299 106.278 33.081 80.910 1.00193.44 N +ANISOU13753 N VAL D 299 23874 17984 31640 107 3586 -1384 N +ATOM 13754 CA VAL D 299 105.607 33.093 82.204 1.00177.19 C +ANISOU13754 CA VAL D 299 21622 16199 29504 -9 2947 -1466 C +ATOM 13755 C VAL D 299 106.659 32.886 83.283 1.00177.97 C +ANISOU13755 C VAL D 299 21039 16404 30177 -322 2690 -1920 C +ATOM 13756 O VAL D 299 107.707 32.282 83.045 1.00189.24 O +ANISOU13756 O VAL D 299 22133 17833 31938 -372 2760 -2143 O +ATOM 13757 CB VAL D 299 104.516 32.004 82.301 1.00163.16 C +ANISOU13757 CB VAL D 299 20045 14794 27153 255 2241 -1246 C +ATOM 13758 CG1 VAL D 299 103.876 31.986 83.694 1.00158.34 C +ANISOU13758 CG1 VAL D 299 19232 14445 26483 117 1625 -1344 C +ATOM 13759 CG2 VAL D 299 103.462 32.224 81.238 1.00156.67 C +ANISOU13759 CG2 VAL D 299 19862 13892 25775 601 2447 -863 C +ATOM 13760 N ARG D 300 106.364 33.397 84.477 1.00166.10 N +ANISOU13760 N ARG D 300 19334 14998 28778 -506 2375 -2075 N +ATOM 13761 CA ARG D 300 107.262 33.252 85.610 1.00159.90 C +ANISOU13761 CA ARG D 300 17928 14338 28487 -751 2050 -2533 C +ATOM 13762 C ARG D 300 107.118 31.848 86.185 1.00140.64 C +ANISOU13762 C ARG D 300 15338 12293 25805 -605 1262 -2565 C +ATOM 13763 O ARG D 300 105.999 31.351 86.359 1.00132.45 O +ANISOU13763 O ARG D 300 14620 11464 24243 -430 837 -2282 O +ATOM 13764 CB ARG D 300 106.970 34.329 86.655 1.00157.18 C +ANISOU13764 CB ARG D 300 17473 13943 28304 -965 2005 -2683 C +ATOM 13765 CG ARG D 300 107.199 35.737 86.102 1.00143.36 C +ANISOU13765 CG ARG D 300 15874 11757 26841 -1129 2834 -2677 C +ATOM 13766 CD ARG D 300 106.907 36.833 87.094 1.00130.08 C +ANISOU13766 CD ARG D 300 14098 10003 25325 -1339 2813 -2829 C +ATOM 13767 NE ARG D 300 107.213 38.163 86.565 1.00142.44 N +ANISOU13767 NE ARG D 300 15806 11107 27207 -1512 3649 -2849 N +ATOM 13768 CZ ARG D 300 108.416 38.731 86.584 1.00155.25 C +ANISOU13768 CZ ARG D 300 17006 12458 29525 -1808 4142 -3256 C +ATOM 13769 NH1 ARG D 300 109.460 38.097 87.100 1.00167.97 N +ANISOU13769 NH1 ARG D 300 17987 14237 31596 -1942 3849 -3708 N +ATOM 13770 NH2 ARG D 300 108.576 39.948 86.084 1.00149.74 N +ANISOU13770 NH2 ARG D 300 16518 11313 29062 -1959 4943 -3229 N +ATOM 13771 N LYS D 301 108.252 31.198 86.435 1.00140.53 N +ANISOU13771 N LYS D 301 14851 12363 26180 -664 1097 -2920 N +ATOM 13772 CA LYS D 301 108.264 29.782 86.773 1.00137.86 C +ANISOU13772 CA LYS D 301 14423 12343 25615 -483 439 -2939 C +ATOM 13773 C LYS D 301 108.309 29.532 88.283 1.00154.26 C +ANISOU13773 C LYS D 301 16199 14665 27749 -539 -225 -3218 C +ATOM 13774 O LYS D 301 107.705 28.565 88.758 1.00147.32 O +ANISOU13774 O LYS D 301 15476 14033 26464 -373 -801 -3079 O +ATOM 13775 CB LYS D 301 109.447 29.106 86.083 1.00137.38 C +ANISOU13775 CB LYS D 301 14077 12243 25877 -442 619 -3146 C +ATOM 13776 N CYS D 302 109.008 30.370 89.059 1.00180.28 N +ANISOU13776 N CYS D 302 19084 17883 31534 -758 -151 -3623 N +ATOM 13777 CA CYS D 302 109.137 30.152 90.512 1.00181.93 C +ANISOU13777 CA CYS D 302 19011 18320 31792 -765 -796 -3932 C +ATOM 13778 C CYS D 302 109.837 28.819 90.791 1.00200.26 C +ANISOU13778 C CYS D 302 21096 20872 34121 -574 -1317 -4145 C +ATOM 13779 O CYS D 302 109.383 28.009 91.604 1.00215.44 O +ANISOU13779 O CYS D 302 23147 23029 35680 -405 -1938 -4088 O +ATOM 13780 CB CYS D 302 107.765 30.216 91.180 1.00155.03 C +ANISOU13780 CB CYS D 302 16011 15045 27847 -701 -1145 -3608 C +ATOM 13781 SG CYS D 302 107.783 30.631 92.943 1.00137.58 S +ANISOU13781 SG CYS D 302 13548 12989 25737 -776 -1680 -3961 S +ATOM 13782 N LYS D 303 110.971 28.608 90.122 1.00189.03 N +ANISOU13782 N LYS D 303 19335 19363 33126 -594 -1036 -4406 N +ATOM 13783 CA LYS D 303 111.622 27.303 90.058 1.00165.61 C +ANISOU13783 CA LYS D 303 16205 16582 30139 -378 -1427 -4549 C +ATOM 13784 C LYS D 303 112.583 27.046 91.217 1.00161.07 C +ANISOU13784 C LYS D 303 15113 16183 29905 -328 -1950 -5123 C +ATOM 13785 O LYS D 303 113.086 27.965 91.865 1.00163.10 O +ANISOU13785 O LYS D 303 14990 16379 30600 -506 -1880 -5527 O +ATOM 13786 CB LYS D 303 112.395 27.141 88.758 1.00161.06 C +ANISOU13786 CB LYS D 303 15509 15839 29846 -393 -882 -4570 C +ATOM 13787 CG LYS D 303 111.554 27.078 87.535 1.00155.09 C +ANISOU13787 CG LYS D 303 15293 14951 28684 -324 -471 -4026 C +ATOM 13788 CD LYS D 303 112.432 26.892 86.312 1.00156.96 C +ANISOU13788 CD LYS D 303 15404 15021 29213 -315 65 -4088 C +ATOM 13789 CE LYS D 303 111.628 26.800 85.031 1.00150.93 C +ANISOU13789 CE LYS D 303 15213 14124 28009 -185 463 -3560 C +ATOM 13790 NZ LYS D 303 110.577 25.749 85.107 1.00140.95 N +ANISOU13790 NZ LYS D 303 14359 13096 26100 64 -98 -3199 N +ATOM 13791 N LYS D 304 112.837 25.757 91.450 1.00155.32 N +ANISOU13791 N LYS D 304 14387 15669 28960 -56 -2487 -5171 N +ATOM 13792 CA LYS D 304 113.507 25.272 92.653 1.00143.71 C +ANISOU13792 CA LYS D 304 12588 14412 27601 119 -3147 -5635 C +ATOM 13793 C LYS D 304 114.884 25.910 92.838 1.00134.00 C +ANISOU13793 C LYS D 304 10647 13133 27132 -10 -2989 -6315 C +ATOM 13794 O LYS D 304 115.494 26.441 91.904 1.00127.26 O +ANISOU13794 O LYS D 304 9530 12079 26744 -217 -2356 -6435 O +ATOM 13795 CB LYS D 304 113.654 23.753 92.598 1.00141.10 C +ANISOU13795 CB LYS D 304 12412 14262 26936 451 -3627 -5555 C +ATOM 13796 N CYS D 305 115.377 25.836 94.076 1.00153.22 N +ANISOU13796 N CYS D 305 12825 15758 29635 157 -3541 -6749 N +ATOM 13797 CA CYS D 305 116.685 26.385 94.439 1.00174.30 C +ANISOU13797 CA CYS D 305 14978 18453 32794 184 -3386 -7330 C +ATOM 13798 C CYS D 305 117.772 25.410 94.003 1.00181.52 C +ANISOU13798 C CYS D 305 15599 19453 33918 397 -3511 -7640 C +ATOM 13799 O CYS D 305 118.324 24.634 94.788 1.00185.36 O +ANISOU13799 O CYS D 305 16082 20146 34202 764 -4060 -7896 O +ATOM 13800 CB CYS D 305 116.772 26.661 95.933 1.00172.32 C +ANISOU13800 CB CYS D 305 14771 18384 32320 408 -3845 -7561 C +ATOM 13801 SG CYS D 305 118.367 27.347 96.446 1.00176.26 S +ANISOU13801 SG CYS D 305 14641 18900 33428 465 -3708 -8341 S +ATOM 13802 N GLU D 306 118.087 25.472 92.715 1.00183.75 N +ANISOU13802 N GLU D 306 15662 19547 34609 166 -2954 -7618 N +ATOM 13803 CA GLU D 306 119.184 24.730 92.123 1.00183.69 C +ANISOU13803 CA GLU D 306 15308 19578 34907 301 -2914 -7937 C +ATOM 13804 C GLU D 306 119.940 25.688 91.216 1.00179.65 C +ANISOU13804 C GLU D 306 14367 18796 35098 -51 -2064 -8199 C +ATOM 13805 O GLU D 306 119.417 26.731 90.819 1.00176.04 O +ANISOU13805 O GLU D 306 13997 18092 34799 -392 -1493 -7990 O +ATOM 13806 CB GLU D 306 118.663 23.510 91.347 1.00184.15 C +ANISOU13806 CB GLU D 306 15667 19693 34610 453 -3107 -7513 C +ATOM 13807 CG GLU D 306 119.717 22.510 90.915 1.00181.59 C +ANISOU13807 CG GLU D 306 15028 19479 34491 689 -3251 -7826 C +ATOM 13808 CD GLU D 306 119.102 21.216 90.415 1.00175.54 C +ANISOU13808 CD GLU D 306 14810 18798 33088 966 -3510 -7300 C +ATOM 13809 OE1 GLU D 306 117.858 21.109 90.409 1.00169.22 O +ANISOU13809 OE1 GLU D 306 14632 17970 31693 965 -3556 -6708 O +ATOM 13810 OE2 GLU D 306 119.864 20.304 90.026 1.00176.17 O +ANISOU13810 OE2 GLU D 306 14699 18971 33269 1186 -3656 -7497 O +ATOM 13811 N GLY D 307 121.184 25.340 90.901 1.00181.59 N +ANISOU13811 N GLY D 307 14197 19058 35741 37 -1952 -8661 N +ATOM 13812 CA GLY D 307 122.012 26.181 90.072 1.00180.09 C +ANISOU13812 CA GLY D 307 13611 18592 36222 -279 -1117 -8956 C +ATOM 13813 C GLY D 307 122.373 27.491 90.752 1.00181.85 C +ANISOU13813 C GLY D 307 13631 18703 36760 -452 -837 -9308 C +ATOM 13814 O GLY D 307 123.125 27.513 91.732 1.00180.28 O +ANISOU13814 O GLY D 307 13192 18664 36641 -246 -1237 -9815 O +ATOM 13815 N PRO D 308 121.844 28.614 90.251 1.00180.19 N +ANISOU13815 N PRO D 308 13537 18206 36723 -812 -140 -9051 N +ATOM 13816 CA PRO D 308 122.238 29.911 90.829 1.00175.44 C +ANISOU13816 CA PRO D 308 12724 17482 36455 -978 189 -9397 C +ATOM 13817 C PRO D 308 121.880 30.056 92.296 1.00168.47 C +ANISOU13817 C PRO D 308 11938 16861 35211 -754 -521 -9488 C +ATOM 13818 O PRO D 308 122.630 30.688 93.049 1.00181.84 O +ANISOU13818 O PRO D 308 13308 18579 37203 -720 -550 -10008 O +ATOM 13819 CB PRO D 308 121.486 30.919 89.950 1.00177.53 C +ANISOU13819 CB PRO D 308 13268 17389 36798 -1356 1022 -8945 C +ATOM 13820 CG PRO D 308 120.325 30.173 89.456 1.00176.45 C +ANISOU13820 CG PRO D 308 13606 17280 36157 -1319 806 -8313 C +ATOM 13821 CD PRO D 308 120.850 28.796 89.182 1.00183.32 C +ANISOU13821 CD PRO D 308 14308 18353 36993 -1066 381 -8441 C +ATOM 13822 N CYS D 309 120.751 29.499 92.726 1.00164.74 N +ANISOU13822 N CYS D 309 11916 16568 34111 -600 -1074 -9009 N +ATOM 13823 CA CYS D 309 120.333 29.602 94.120 1.00156.20 C +ANISOU13823 CA CYS D 309 10997 15716 32635 -378 -1716 -9042 C +ATOM 13824 C CYS D 309 121.084 28.567 94.942 1.00160.65 C +ANISOU13824 C CYS D 309 11431 16561 33047 55 -2447 -9434 C +ATOM 13825 O CYS D 309 120.807 27.368 94.865 1.00164.25 O +ANISOU13825 O CYS D 309 12138 17170 33101 299 -2906 -9204 O +ATOM 13826 CB CYS D 309 118.833 29.401 94.254 1.00161.90 C +ANISOU13826 CB CYS D 309 12290 16486 32740 -386 -1979 -8390 C +ATOM 13827 SG CYS D 309 118.260 29.318 95.954 1.00170.16 S +ANISOU13827 SG CYS D 309 13614 17815 33226 -76 -2782 -8380 S +ATOM 13828 N ARG D 310 122.047 29.036 95.731 1.00169.18 N +ANISOU13828 N ARG D 310 12143 17694 34446 167 -2545 -10041 N +ATOM 13829 CA ARG D 310 122.629 28.189 96.762 1.00165.76 C +ANISOU13829 CA ARG D 310 11680 17523 33780 624 -3295 -10408 C +ATOM 13830 C ARG D 310 121.605 27.872 97.847 1.00150.85 C +ANISOU13830 C ARG D 310 10292 15824 31199 873 -3923 -10045 C +ATOM 13831 O ARG D 310 121.573 26.751 98.369 1.00149.86 O +ANISOU13831 O ARG D 310 10429 15889 30622 1254 -4539 -9999 O +ATOM 13832 CB ARG D 310 123.860 28.870 97.362 1.00174.96 C +ANISOU13832 CB ARG D 310 12327 18674 35477 679 -3232 -11177 C +ATOM 13833 N LYS D 311 120.748 28.835 98.185 1.00150.58 N +ANISOU13833 N LYS D 311 10433 15724 31057 663 -3747 -9775 N +ATOM 13834 CA LYS D 311 119.785 28.641 99.261 1.00151.91 C +ANISOU13834 CA LYS D 311 11068 16051 30600 874 -4290 -9463 C +ATOM 13835 C LYS D 311 118.718 29.728 99.191 1.00154.67 C +ANISOU13835 C LYS D 311 11617 16268 30881 529 -3921 -9065 C +ATOM 13836 O LYS D 311 118.921 30.792 98.599 1.00145.19 O +ANISOU13836 O LYS D 311 10146 14865 30154 181 -3291 -9161 O +ATOM 13837 CB LYS D 311 120.491 28.645 100.623 1.00151.06 C +ANISOU13837 CB LYS D 311 10825 16111 30459 1247 -4802 -9989 C +ATOM 13838 CG LYS D 311 119.601 28.744 101.859 1.00149.55 C +ANISOU13838 CG LYS D 311 11061 16045 29716 1439 -5262 -9756 C +ATOM 13839 CD LYS D 311 118.828 27.461 102.114 1.00146.75 C +ANISOU13839 CD LYS D 311 11285 15813 28661 1722 -5768 -9302 C +ATOM 13840 CE LYS D 311 118.333 27.409 103.548 1.00149.33 C +ANISOU13840 CE LYS D 311 11981 16270 28489 2032 -6288 -9266 C +ATOM 13841 NZ LYS D 311 117.479 28.575 103.886 1.00151.21 N +ANISOU13841 NZ LYS D 311 12305 16446 28704 1754 -6058 -9049 N +ATOM 13842 N VAL D 312 117.569 29.429 99.803 1.00167.96 N +ANISOU13842 N VAL D 312 15238 11658 36923 1721 -6393 -2672 N +ATOM 13843 CA VAL D 312 116.436 30.339 99.931 1.00160.29 C +ANISOU13843 CA VAL D 312 14628 10946 35329 1625 -6243 -2455 C +ATOM 13844 C VAL D 312 116.087 30.462 101.407 1.00155.99 C +ANISOU13844 C VAL D 312 14429 10303 34538 1561 -6466 -1712 C +ATOM 13845 O VAL D 312 116.211 29.499 102.172 1.00163.88 O +ANISOU13845 O VAL D 312 15401 10977 35891 1564 -6683 -1370 O +ATOM 13846 CB VAL D 312 115.211 29.836 99.133 1.00149.62 C +ANISOU13846 CB VAL D 312 13236 9584 34027 1555 -6030 -2711 C +ATOM 13847 CG1 VAL D 312 114.018 30.762 99.309 1.00158.04 C +ANISOU13847 CG1 VAL D 312 14676 10898 34475 1458 -5894 -2477 C +ATOM 13848 CG2 VAL D 312 115.566 29.667 97.676 1.00150.56 C +ANISOU13848 CG2 VAL D 312 13006 9828 34370 1613 -5812 -3459 C +ATOM 13849 N CYS D 313 115.637 31.650 101.811 1.00149.15 N +ANISOU13849 N CYS D 313 13895 9719 33055 1500 -6400 -1458 N +ATOM 13850 CA CYS D 313 115.337 31.905 103.215 1.00163.63 C +ANISOU13850 CA CYS D 313 16065 11525 34580 1422 -6589 -775 C +ATOM 13851 C CYS D 313 114.240 32.958 103.318 1.00178.54 C +ANISOU13851 C CYS D 313 18299 13696 35842 1308 -6403 -604 C +ATOM 13852 O CYS D 313 114.048 33.771 102.411 1.00176.48 O +ANISOU13852 O CYS D 313 18035 13690 35327 1328 -6169 -983 O +ATOM 13853 CB CYS D 313 116.600 32.342 103.973 1.00176.77 C +ANISOU13853 CB CYS D 313 17722 13222 36220 1504 -6827 -581 C +ATOM 13854 SG CYS D 313 118.010 31.224 103.712 1.00206.01 S +ANISOU13854 SG CYS D 313 20980 16611 40682 1659 -7033 -874 S +ATOM 13855 N ASN D 314 113.517 32.932 104.437 1.00199.19 N +ANISOU13855 N ASN D 314 21216 16262 38206 1187 -6501 -26 N +ATOM 13856 CA ASN D 314 112.387 33.827 104.647 1.00201.42 C +ANISOU13856 CA ASN D 314 21827 16775 37928 1057 -6331 177 C +ATOM 13857 C ASN D 314 112.834 35.130 105.305 1.00195.29 C +ANISOU13857 C ASN D 314 21279 16270 36651 1047 -6374 420 C +ATOM 13858 O ASN D 314 113.798 35.165 106.075 1.00198.08 O +ANISOU13858 O ASN D 314 21620 16590 37053 1095 -6607 650 O +ATOM 13859 CB ASN D 314 111.309 33.158 105.511 1.00207.12 C +ANISOU13859 CB ASN D 314 22757 17320 38620 903 -6372 652 C +ATOM 13860 CG ASN D 314 111.871 32.511 106.767 1.00218.37 C +ANISOU13860 CG ASN D 314 24247 18530 40192 893 -6662 1166 C +ATOM 13861 OD1 ASN D 314 113.005 32.775 107.168 1.00227.77 O +ANISOU13861 OD1 ASN D 314 25384 19757 41402 988 -6858 1240 O +ATOM 13862 ND2 ASN D 314 111.068 31.663 107.397 1.00217.97 N +ANISOU13862 ND2 ASN D 314 24318 18255 40245 781 -6688 1522 N +ATOM 13863 N GLY D 315 112.108 36.205 104.993 1.00178.02 N +ANISOU13863 N GLY D 315 19296 14347 33996 989 -6150 358 N +ATOM 13864 CA GLY D 315 112.436 37.526 105.483 1.00162.34 C +ANISOU13864 CA GLY D 315 17521 12622 31539 975 -6136 532 C +ATOM 13865 C GLY D 315 112.008 37.745 106.922 1.00156.27 C +ANISOU13865 C GLY D 315 17067 11884 30426 820 -6276 1163 C +ATOM 13866 O GLY D 315 111.377 36.903 107.559 1.00162.82 O +ANISOU13866 O GLY D 315 17982 12540 31343 715 -6361 1491 O +ATOM 13867 N ILE D 316 112.366 38.925 107.438 1.00146.72 N +ANISOU13867 N ILE D 316 16032 10903 28811 800 -6283 1323 N +ATOM 13868 CA ILE D 316 112.126 39.227 108.846 1.00139.93 C +ANISOU13868 CA ILE D 316 15459 10116 27591 648 -6431 1900 C +ATOM 13869 C ILE D 316 110.626 39.306 109.097 1.00133.35 C +ANISOU13869 C ILE D 316 14893 9330 26442 457 -6241 2135 C +ATOM 13870 O ILE D 316 109.840 39.665 108.211 1.00129.60 O +ANISOU13870 O ILE D 316 14434 8931 25879 451 -5980 1852 O +ATOM 13871 CB ILE D 316 112.817 40.536 109.271 1.00126.61 C +ANISOU13871 CB ILE D 316 13879 8675 25553 661 -6463 1967 C +ATOM 13872 CG1 ILE D 316 114.194 40.679 108.618 1.00119.10 C +ANISOU13872 CG1 ILE D 316 12616 7712 24925 869 -6539 1552 C +ATOM 13873 CG2 ILE D 316 112.943 40.602 110.789 1.00120.31 C +ANISOU13873 CG2 ILE D 316 13293 7933 24486 532 -6717 2537 C +ATOM 13874 CD1 ILE D 316 115.086 39.459 108.738 1.00124.09 C +ANISOU13874 CD1 ILE D 316 12969 8100 26079 979 -6814 1519 C +ATOM 13875 N GLY D 317 110.224 38.976 110.320 1.00143.22 N +ANISOU13875 N GLY D 317 16353 10546 27517 298 -6372 2650 N +ATOM 13876 CA GLY D 317 108.811 38.966 110.635 1.00151.94 C +ANISOU13876 CA GLY D 317 17692 11681 28357 99 -6188 2873 C +ATOM 13877 C GLY D 317 108.037 37.857 109.964 1.00170.59 C +ANISOU13877 C GLY D 317 19910 13802 31105 102 -6090 2687 C +ATOM 13878 O GLY D 317 106.804 37.905 109.950 1.00172.14 O +ANISOU13878 O GLY D 317 20246 14024 31135 -44 -5896 2747 O +ATOM 13879 N ILE D 318 108.722 36.850 109.422 1.00181.89 N +ANISOU13879 N ILE D 318 21050 14991 33068 255 -6219 2450 N +ATOM 13880 CA ILE D 318 108.089 35.743 108.715 1.00174.95 C +ANISOU13880 CA ILE D 318 19991 13861 32621 267 -6134 2220 C +ATOM 13881 C ILE D 318 108.656 34.438 109.252 1.00163.97 C +ANISOU13881 C ILE D 318 18475 12147 31678 308 -6370 2433 C +ATOM 13882 O ILE D 318 109.878 34.290 109.369 1.00162.37 O +ANISOU13882 O ILE D 318 18124 11891 31677 448 -6584 2409 O +ATOM 13883 CB ILE D 318 108.312 35.843 107.193 1.00179.51 C +ANISOU13883 CB ILE D 318 20290 14467 33449 428 -5994 1579 C +ATOM 13884 CG1 ILE D 318 107.683 37.136 106.662 1.00185.32 C +ANISOU13884 CG1 ILE D 318 21177 15504 33731 398 -5755 1400 C +ATOM 13885 CG2 ILE D 318 107.748 34.613 106.485 1.00178.21 C +ANISOU13885 CG2 ILE D 318 19901 14033 33775 438 -5934 1315 C +ATOM 13886 CD1 ILE D 318 107.863 37.359 105.173 1.00187.29 C +ANISOU13886 CD1 ILE D 318 21197 15826 34138 555 -5602 784 C +ATOM 13887 N GLY D 319 107.768 33.498 109.570 1.00156.77 N +ANISOU13887 N GLY D 319 17618 11007 30941 191 -6326 2634 N +ATOM 13888 CA GLY D 319 108.152 32.163 109.990 1.00159.38 C +ANISOU13888 CA GLY D 319 17836 10978 31744 232 -6509 2829 C +ATOM 13889 C GLY D 319 109.269 32.126 111.012 1.00157.42 C +ANISOU13889 C GLY D 319 17652 10711 31448 296 -6812 3216 C +ATOM 13890 O GLY D 319 109.086 32.528 112.165 1.00157.56 O +ANISOU13890 O GLY D 319 17967 10859 31039 168 -6885 3705 O +ATOM 13891 N GLU D 320 110.438 31.639 110.587 1.00155.92 N +ANISOU13891 N GLU D 320 17173 10369 31702 493 -6992 2980 N +ATOM 13892 CA GLU D 320 111.586 31.527 111.480 1.00160.90 C +ANISOU13892 CA GLU D 320 17812 10959 32362 585 -7312 3301 C +ATOM 13893 C GLU D 320 111.882 32.838 112.200 1.00165.17 C +ANISOU13893 C GLU D 320 18587 11874 32297 526 -7380 3529 C +ATOM 13894 O GLU D 320 112.458 32.826 113.295 1.00167.83 O +ANISOU13894 O GLU D 320 19053 12233 32482 526 -7636 3958 O +ATOM 13895 CB GLU D 320 112.809 31.057 110.681 1.00164.89 C +ANISOU13895 CB GLU D 320 17929 11305 33419 809 -7446 2875 C +ATOM 13896 CG GLU D 320 114.148 31.227 111.379 1.00177.13 C +ANISOU13896 CG GLU D 320 19431 12887 34983 937 -7769 3065 C +ATOM 13897 CD GLU D 320 114.271 30.419 112.646 1.00180.64 C +ANISOU13897 CD GLU D 320 20035 13121 35479 922 -8031 3673 C +ATOM 13898 OE1 GLU D 320 113.453 29.500 112.854 1.00178.50 O +ANISOU13898 OE1 GLU D 320 19851 12590 35381 840 -7957 3893 O +ATOM 13899 OE2 GLU D 320 115.178 30.727 113.453 1.00174.31 O +ANISOU13899 OE2 GLU D 320 19280 12422 34527 993 -8307 3936 O +ATOM 13900 N PHE D 321 111.511 33.970 111.609 1.00170.42 N +ANISOU13900 N PHE D 321 19305 12831 32615 482 -7160 3250 N +ATOM 13901 CA PHE D 321 111.710 35.280 112.216 1.00156.11 C +ANISOU13901 CA PHE D 321 17709 11367 30238 415 -7182 3428 C +ATOM 13902 C PHE D 321 110.384 36.023 112.325 1.00157.09 C +ANISOU13902 C PHE D 321 18117 11698 29874 210 -6904 3536 C +ATOM 13903 O PHE D 321 110.318 37.242 112.153 1.00153.67 O +ANISOU13903 O PHE D 321 17785 11548 29056 178 -6774 3420 O +ATOM 13904 CB PHE D 321 112.723 36.098 111.417 1.00152.71 C +ANISOU13904 CB PHE D 321 17065 11095 29862 580 -7182 2976 C +ATOM 13905 CG PHE D 321 113.863 35.286 110.864 1.00148.59 C +ANISOU13905 CG PHE D 321 16181 10343 29932 787 -7355 2673 C +ATOM 13906 CD1 PHE D 321 114.836 34.768 111.702 1.00165.93 C +ANISOU13906 CD1 PHE D 321 18316 12416 32313 870 -7691 2953 C +ATOM 13907 CD2 PHE D 321 113.967 35.049 109.503 1.00137.46 C +ANISOU13907 CD2 PHE D 321 14489 8852 28887 899 -7179 2097 C +ATOM 13908 CE1 PHE D 321 115.887 34.023 111.191 1.00167.41 C +ANISOU13908 CE1 PHE D 321 18158 12381 33070 1061 -7842 2659 C +ATOM 13909 CE2 PHE D 321 115.014 34.304 108.991 1.00140.98 C +ANISOU13909 CE2 PHE D 321 14592 9091 29885 1071 -7316 1792 C +ATOM 13910 CZ PHE D 321 115.972 33.791 109.836 1.00154.16 C +ANISOU13910 CZ PHE D 321 16195 10617 31764 1153 -7645 2071 C +ATOM 13911 N LYS D 322 109.311 35.282 112.634 1.00186.28 N +ANISOU13911 N LYS D 322 21940 15235 33603 66 -6802 3763 N +ATOM 13912 CA LYS D 322 107.959 35.838 112.582 1.00198.64 C +ANISOU13912 CA LYS D 322 23719 16954 34802 -124 -6510 3789 C +ATOM 13913 C LYS D 322 107.820 37.090 113.444 1.00196.24 C +ANISOU13913 C LYS D 322 23712 16990 33860 -273 -6480 4081 C +ATOM 13914 O LYS D 322 107.084 38.018 113.087 1.00196.80 O +ANISOU13914 O LYS D 322 23895 17270 33611 -360 -6234 3936 O +ATOM 13915 CB LYS D 322 106.946 34.787 113.021 1.00210.06 C +ANISOU13915 CB LYS D 322 25264 18158 36393 -272 -6439 4055 C +ATOM 13916 N ASP D 323 108.504 37.134 114.586 1.00185.15 N +ANISOU13916 N ASP D 323 22437 15649 32264 -306 -6730 4490 N +ATOM 13917 CA ASP D 323 108.306 38.204 115.559 1.00168.48 C +ANISOU13917 CA ASP D 323 20622 13856 29537 -488 -6712 4812 C +ATOM 13918 C ASP D 323 109.576 39.017 115.789 1.00160.87 C +ANISOU13918 C ASP D 323 19603 13084 28437 -375 -6935 4785 C +ATOM 13919 O ASP D 323 109.681 39.728 116.794 1.00164.05 O +ANISOU13919 O ASP D 323 20227 13731 28373 -514 -7020 5111 O +ATOM 13920 CB ASP D 323 107.795 37.614 116.874 1.00162.07 C +ANISOU13920 CB ASP D 323 20067 13006 28506 -687 -6788 5371 C +ATOM 13921 CG ASP D 323 106.356 37.161 116.791 1.00155.40 C +ANISOU13921 CG ASP D 323 19340 12050 27653 -865 -6500 5417 C +ATOM 13922 OD1 ASP D 323 105.488 37.975 116.417 1.00149.88 O +ANISOU13922 OD1 ASP D 323 18729 11531 26690 -981 -6219 5243 O +ATOM 13923 OD2 ASP D 323 106.099 35.973 117.084 1.00161.77 O +ANISOU13923 OD2 ASP D 323 20142 12574 28749 -883 -6553 5619 O +ATOM 13924 N SER D 324 110.546 38.936 114.883 1.00146.98 N +ANISOU13924 N SER D 324 17541 11228 27076 -135 -7026 4385 N +ATOM 13925 CA SER D 324 111.763 39.721 115.014 1.00149.31 C +ANISOU13925 CA SER D 324 17745 11692 27294 -18 -7223 4302 C +ATOM 13926 C SER D 324 111.563 41.119 114.442 1.00137.08 C +ANISOU13926 C SER D 324 16259 10388 25436 -43 -6974 4028 C +ATOM 13927 O SER D 324 110.895 41.299 113.421 1.00119.71 O +ANISOU13927 O SER D 324 14018 8158 23308 -22 -6682 3693 O +ATOM 13928 CB SER D 324 112.924 39.034 114.303 1.00130.76 C +ANISOU13928 CB SER D 324 15028 9130 25526 243 -7406 3968 C +ATOM 13929 OG SER D 324 113.165 37.746 114.828 1.00163.97 O +ANISOU13929 OG SER D 324 19173 13078 30049 283 -7639 4229 O +ATOM 13930 N LEU D 325 112.152 42.114 115.107 1.00133.20 N +ANISOU13930 N LEU D 325 15868 10140 24602 -84 -7100 4175 N +ATOM 13931 CA LEU D 325 112.067 43.489 114.633 1.00125.99 C +ANISOU13931 CA LEU D 325 15014 9503 23353 -124 -6820 3893 C +ATOM 13932 C LEU D 325 113.124 43.816 113.591 1.00125.35 C +ANISOU13932 C LEU D 325 14619 9464 23545 97 -6763 3350 C +ATOM 13933 O LEU D 325 112.928 44.740 112.796 1.00135.16 O +ANISOU13933 O LEU D 325 15864 10941 24550 76 -6381 2963 O +ATOM 13934 CB LEU D 325 112.220 44.460 115.797 1.00117.33 C +ANISOU13934 CB LEU D 325 14130 8828 21623 -339 -6823 4137 C +ATOM 13935 CG LEU D 325 111.413 44.147 117.044 1.00132.45 C +ANISOU13935 CG LEU D 325 16354 10754 23219 -576 -6932 4714 C +ATOM 13936 CD1 LEU D 325 111.719 45.197 118.063 1.00119.47 C +ANISOU13936 CD1 LEU D 325 14868 9576 20950 -777 -6915 4835 C +ATOM 13937 CD2 LEU D 325 109.919 44.081 116.757 1.00130.04 C +ANISOU13937 CD2 LEU D 325 16239 10368 22802 -733 -6592 4753 C +ATOM 13938 N SER D 326 114.239 43.093 113.587 1.00119.77 N +ANISOU13938 N SER D 326 13643 8534 23329 309 -7127 3320 N +ATOM 13939 CA SER D 326 115.365 43.424 112.729 1.00119.24 C +ANISOU13939 CA SER D 326 13259 8532 23514 497 -7084 2805 C +ATOM 13940 C SER D 326 116.359 42.277 112.665 1.00132.58 C +ANISOU13940 C SER D 326 14630 9886 25858 735 -7475 2777 C +ATOM 13941 O SER D 326 116.333 41.366 113.497 1.00134.55 O +ANISOU13941 O SER D 326 14937 10027 26158 685 -7715 3147 O +ATOM 13942 CB SER D 326 116.100 44.671 113.235 1.00118.13 C +ANISOU13942 CB SER D 326 13141 8843 22899 392 -7012 2707 C +ATOM 13943 OG SER D 326 117.307 44.885 112.524 1.00118.53 O +ANISOU13943 OG SER D 326 12857 8928 23249 568 -7012 2236 O +ATOM 13944 N ILE D 327 117.242 42.360 111.675 1.00138.35 N +ANISOU13944 N ILE D 327 15034 10566 26965 933 -7421 2264 N +ATOM 13945 CA ILE D 327 118.308 41.395 111.499 1.00148.22 C +ANISOU13945 CA ILE D 327 15948 11630 28737 1102 -7653 2076 C +ATOM 13946 C ILE D 327 119.065 41.615 112.793 1.00159.33 C +ANISOU13946 C ILE D 327 17379 13198 29963 1088 -8035 2446 C +ATOM 13947 O ILE D 327 119.461 42.737 113.099 1.00159.56 O +ANISOU13947 O ILE D 327 17416 13526 29682 1057 -8047 2408 O +ATOM 13948 CB ILE D 327 119.146 41.727 110.253 1.00142.11 C +ANISOU13948 CB ILE D 327 14832 10855 28308 1284 -7480 1429 C +ATOM 13949 CG1 ILE D 327 118.309 41.580 108.986 1.00140.07 C +ANISOU13949 CG1 ILE D 327 14586 10503 28130 1280 -7095 1078 C +ATOM 13950 CG2 ILE D 327 120.379 40.839 110.179 1.00141.76 C +ANISOU13950 CG2 ILE D 327 14426 10642 28792 1447 -7732 1227 C +ATOM 13951 CD1 ILE D 327 118.987 42.141 107.756 1.00139.93 C +ANISOU13951 CD1 ILE D 327 14304 10551 28313 1425 -6849 454 C +ATOM 13952 N ASN D 328 119.252 40.557 113.570 1.00178.70 N +ANISOU13952 N ASN D 328 19843 15493 32561 1092 -8324 2791 N +ATOM 13953 CA ASN D 328 119.925 40.714 114.851 1.00193.57 C +ANISOU13953 CA ASN D 328 21771 17561 34215 1076 -8704 3173 C +ATOM 13954 C ASN D 328 120.964 39.626 115.102 1.00197.94 C +ANISOU13954 C ASN D 328 22069 17907 35232 1255 -9031 3189 C +ATOM 13955 O ASN D 328 121.075 38.658 114.357 1.00210.57 O +ANISOU13955 O ASN D 328 23481 19186 37340 1367 -8968 2954 O +ATOM 13956 CB ASN D 328 119.062 40.946 116.089 1.00208.97 C +ANISOU13956 CB ASN D 328 24127 19689 35582 845 -8784 3778 C +ATOM 13957 CG ASN D 328 118.279 39.719 116.502 1.00227.61 C +ANISOU13957 CG ASN D 328 26673 21786 38022 766 -8803 4163 C +ATOM 13958 OD1 ASN D 328 118.843 38.645 116.703 1.00235.49 O +ANISOU13958 OD1 ASN D 328 27524 22553 39397 895 -9035 4258 O +ATOM 13959 ND2 ASN D 328 116.968 39.883 116.647 1.00240.88 N +ANISOU13959 ND2 ASN D 328 28669 23498 39356 553 -8551 4385 N +ATOM 13960 N ALA D 329 121.727 39.806 116.170 1.00175.71 N +ANISOU13960 N ALA D 329 19242 15293 32225 1278 -9389 3464 N +ATOM 13961 CA ALA D 329 122.791 38.880 116.529 1.00169.34 C +ANISOU13961 CA ALA D 329 18200 14328 31815 1468 -9736 3515 C +ATOM 13962 C ALA D 329 122.344 37.424 116.603 1.00167.14 C +ANISOU13962 C ALA D 329 17991 13645 31870 1498 -9784 3787 C +ATOM 13963 O ALA D 329 123.071 36.528 116.182 1.00182.03 O +ANISOU13963 O ALA D 329 19594 15248 34320 1688 -9898 3583 O +ATOM 13964 CB ALA D 329 123.432 39.303 117.842 1.00176.77 C +ANISOU13964 CB ALA D 329 19197 15606 32360 1454 -10118 3874 C +ATOM 13965 N THR D 330 121.149 37.189 117.129 1.00158.35 N +ANISOU13965 N THR D 330 17237 12502 30425 1306 -9685 4229 N +ATOM 13966 CA THR D 330 120.647 35.828 117.273 1.00162.40 C +ANISOU13966 CA THR D 330 17824 12646 31235 1314 -9716 4512 C +ATOM 13967 C THR D 330 120.299 35.212 115.922 1.00175.42 C +ANISOU13967 C THR D 330 19272 13971 33407 1368 -9422 4050 C +ATOM 13968 O THR D 330 120.706 34.083 115.625 1.00165.03 O +ANISOU13968 O THR D 330 17745 12313 32645 1514 -9525 3973 O +ATOM 13969 CB THR D 330 119.425 35.816 118.197 1.00171.72 C +ANISOU13969 CB THR D 330 19436 13915 31895 1069 -9646 5075 C +ATOM 13970 OG1 THR D 330 119.799 36.293 119.496 1.00171.96 O +ANISOU13970 OG1 THR D 330 19644 14264 31428 1013 -9942 5512 O +ATOM 13971 CG2 THR D 330 118.848 34.407 118.324 1.00166.45 C +ANISOU13971 CG2 THR D 330 18838 12853 31553 1070 -9643 5357 C +ATOM 13972 N ASN D 331 119.552 35.936 115.091 1.00171.98 N +ANISOU13972 N ASN D 331 18894 13648 32802 1257 -9060 3735 N +ATOM 13973 CA ASN D 331 118.984 35.363 113.877 1.00162.94 C +ANISOU13973 CA ASN D 331 17612 12255 32043 1270 -8764 3344 C +ATOM 13974 C ASN D 331 119.881 35.490 112.655 1.00156.60 C +ANISOU13974 C ASN D 331 16421 11402 31676 1444 -8671 2681 C +ATOM 13975 O ASN D 331 119.607 34.842 111.639 1.00157.15 O +ANISOU13975 O ASN D 331 16318 11253 32137 1480 -8476 2327 O +ATOM 13976 CB ASN D 331 117.633 36.016 113.569 1.00147.24 C +ANISOU13976 CB ASN D 331 15887 10420 29637 1070 -8410 3343 C +ATOM 13977 CG ASN D 331 117.745 37.495 113.256 1.00141.83 C +ANISOU13977 CG ASN D 331 15242 10079 28570 1040 -8253 3097 C +ATOM 13978 OD1 ASN D 331 118.696 37.944 112.613 1.00141.01 O +ANISOU13978 OD1 ASN D 331 14872 10037 28669 1187 -8255 2668 O +ATOM 13979 ND2 ASN D 331 116.763 38.266 113.715 1.00141.26 N +ANISOU13979 ND2 ASN D 331 15499 10222 27950 844 -8098 3362 N +ATOM 13980 N ILE D 332 120.931 36.309 112.712 1.00153.08 N +ANISOU13980 N ILE D 332 15823 11169 31170 1544 -8790 2482 N +ATOM 13981 CA ILE D 332 121.713 36.568 111.510 1.00149.94 C +ANISOU13981 CA ILE D 332 15074 10764 31133 1681 -8634 1818 C +ATOM 13982 C ILE D 332 122.377 35.291 111.014 1.00155.01 C +ANISOU13982 C ILE D 332 15394 11050 32453 1834 -8743 1582 C +ATOM 13983 O ILE D 332 122.520 35.086 109.802 1.00154.04 O +ANISOU13983 O ILE D 332 15022 10825 32682 1889 -8514 1037 O +ATOM 13984 CB ILE D 332 122.737 37.691 111.778 1.00156.12 C +ANISOU13984 CB ILE D 332 15738 11852 31728 1751 -8747 1665 C +ATOM 13985 CG1 ILE D 332 123.414 38.115 110.474 1.00157.30 C +ANISOU13985 CG1 ILE D 332 15552 12032 32182 1860 -8498 951 C +ATOM 13986 CG2 ILE D 332 123.772 37.252 112.809 1.00154.82 C +ANISOU13986 CG2 ILE D 332 15464 11666 31693 1867 -9185 1945 C +ATOM 13987 CD1 ILE D 332 124.061 39.481 110.543 1.00155.58 C +ANISOU13987 CD1 ILE D 332 15256 12166 31692 1877 -8463 744 C +ATOM 13988 N LYS D 333 122.757 34.396 111.931 1.00164.74 N +ANISOU13988 N LYS D 333 16630 12090 33875 1902 -9084 1991 N +ATOM 13989 CA LYS D 333 123.413 33.155 111.531 1.00170.48 C +ANISOU13989 CA LYS D 333 17047 12449 35279 2059 -9209 1800 C +ATOM 13990 C LYS D 333 122.528 32.323 110.614 1.00172.62 C +ANISOU13990 C LYS D 333 17274 12458 35856 1997 -8942 1592 C +ATOM 13991 O LYS D 333 123.036 31.608 109.743 1.00178.31 O +ANISOU13991 O LYS D 333 17663 12945 37141 2104 -8893 1156 O +ATOM 13992 CB LYS D 333 123.797 32.344 112.769 1.00172.75 C +ANISOU13992 CB LYS D 333 17407 12572 35657 2144 -9616 2371 C +ATOM 13993 N HIS D 334 121.209 32.404 110.787 1.00162.66 N +ANISOU13993 N HIS D 334 16324 11244 34235 1820 -8764 1873 N +ATOM 13994 CA HIS D 334 120.293 31.638 109.950 1.00162.21 C +ANISOU13994 CA HIS D 334 16221 10971 34441 1756 -8513 1675 C +ATOM 13995 C HIS D 334 120.171 32.205 108.543 1.00157.57 C +ANISOU13995 C HIS D 334 15454 10531 33883 1749 -8168 1016 C +ATOM 13996 O HIS D 334 119.467 31.614 107.717 1.00190.76 O +ANISOU13996 O HIS D 334 19575 14597 38309 1707 -7954 766 O +ATOM 13997 CB HIS D 334 118.912 31.568 110.607 1.00160.75 C +ANISOU13997 CB HIS D 334 16416 10805 33856 1568 -8424 2170 C +ATOM 13998 CG HIS D 334 118.905 30.851 111.923 1.00175.84 C +ANISOU13998 CG HIS D 334 18515 12544 35753 1563 -8719 2822 C +ATOM 13999 ND1 HIS D 334 117.747 30.405 112.525 1.00177.87 N +ANISOU13999 ND1 HIS D 334 19064 12707 35810 1408 -8652 3270 N +ATOM 14000 CD2 HIS D 334 119.917 30.503 112.753 1.00184.73 C +ANISOU14000 CD2 HIS D 334 19580 13581 37028 1701 -9079 3102 C +ATOM 14001 CE1 HIS D 334 118.047 29.813 113.668 1.00185.52 C +ANISOU14001 CE1 HIS D 334 20159 13537 36793 1446 -8946 3810 C +ATOM 14002 NE2 HIS D 334 119.357 29.860 113.830 1.00187.82 N +ANISOU14002 NE2 HIS D 334 20241 13834 37288 1632 -9221 3728 N +ATOM 14003 N PHE D 335 120.825 33.326 108.245 1.00163.65 N +ANISOU14003 N PHE D 335 16161 11585 34432 1790 -8103 725 N +ATOM 14004 CA PHE D 335 120.877 33.830 106.883 1.00163.41 C +ANISOU14004 CA PHE D 335 15939 11691 34457 1809 -7779 81 C +ATOM 14005 C PHE D 335 122.104 33.329 106.127 1.00154.34 C +ANISOU14005 C PHE D 335 14359 10397 33887 1962 -7818 -445 C +ATOM 14006 O PHE D 335 122.353 33.769 105.000 1.00152.08 O +ANISOU14006 O PHE D 335 13881 10247 33655 1985 -7554 -1016 O +ATOM 14007 CB PHE D 335 120.833 35.355 106.884 1.00158.49 C +ANISOU14007 CB PHE D 335 15489 11447 33283 1765 -7625 28 C +ATOM 14008 CG PHE D 335 119.479 35.910 107.217 1.00148.10 C +ANISOU14008 CG PHE D 335 14559 10289 31425 1602 -7469 372 C +ATOM 14009 CD1 PHE D 335 118.506 36.034 106.239 1.00153.30 C +ANISOU14009 CD1 PHE D 335 15265 11008 31975 1539 -7137 96 C +ATOM 14010 CD2 PHE D 335 119.176 36.298 108.510 1.00146.96 C +ANISOU14010 CD2 PHE D 335 14722 10245 30872 1510 -7654 960 C +ATOM 14011 CE1 PHE D 335 117.260 36.542 106.544 1.00156.01 C +ANISOU14011 CE1 PHE D 335 15949 11487 31839 1394 -6993 396 C +ATOM 14012 CE2 PHE D 335 117.932 36.806 108.820 1.00152.24 C +ANISOU14012 CE2 PHE D 335 15735 11055 31053 1345 -7493 1256 C +ATOM 14013 CZ PHE D 335 116.973 36.928 107.835 1.00156.10 C +ANISOU14013 CZ PHE D 335 16262 11581 31466 1290 -7161 972 C +ATOM 14014 N LYS D 336 122.867 32.418 106.723 1.00160.15 N +ANISOU14014 N LYS D 336 14940 10863 35047 2065 -8133 -264 N +ATOM 14015 CA LYS D 336 124.052 31.875 106.079 1.00176.02 C +ANISOU14015 CA LYS D 336 16529 12707 37645 2209 -8188 -748 C +ATOM 14016 C LYS D 336 123.705 31.213 104.750 1.00185.46 C +ANISOU14016 C LYS D 336 17482 13771 39211 2187 -7909 -1282 C +ATOM 14017 O LYS D 336 122.735 30.457 104.641 1.00191.30 O +ANISOU14017 O LYS D 336 18304 14340 40043 2116 -7842 -1138 O +ATOM 14018 CB LYS D 336 124.729 30.872 107.014 1.00173.56 C +ANISOU14018 CB LYS D 336 16129 12083 37732 2330 -8586 -378 C +ATOM 14019 CG LYS D 336 126.047 30.318 106.504 1.00190.97 C +ANISOU14019 CG LYS D 336 17896 14101 40564 2493 -8689 -837 C +ATOM 14020 CD LYS D 336 127.126 31.386 106.469 1.00190.45 C +ANISOU14020 CD LYS D 336 17698 14315 40348 2564 -8706 -1131 C +ATOM 14021 CE LYS D 336 128.427 30.837 105.915 1.00186.83 C +ANISOU14021 CE LYS D 336 16786 13674 40525 2714 -8780 -1633 C +ATOM 14022 NZ LYS D 336 129.476 31.888 105.833 1.00192.24 N +ANISOU14022 NZ LYS D 336 17319 14642 41083 2774 -8759 -1971 N +ATOM 14023 N ASN D 337 124.510 31.514 103.731 1.00179.10 N +ANISOU14023 N ASN D 337 16366 13069 38614 2243 -7733 -1922 N +ATOM 14024 CA ASN D 337 124.390 30.913 102.405 1.00195.43 C +ANISOU14024 CA ASN D 337 18147 15059 41050 2230 -7472 -2509 C +ATOM 14025 C ASN D 337 123.078 31.260 101.710 1.00198.38 C +ANISOU14025 C ASN D 337 18712 15625 41039 2106 -7147 -2604 C +ATOM 14026 O ASN D 337 122.827 30.788 100.597 1.00193.17 O +ANISOU14026 O ASN D 337 17835 14946 40614 2087 -6918 -3081 O +ATOM 14027 CB ASN D 337 124.550 29.392 102.500 1.00208.61 C +ANISOU14027 CB ASN D 337 19591 16293 43379 2290 -7663 -2456 C +ATOM 14028 CG ASN D 337 125.996 28.969 102.680 1.00214.55 C +ANISOU14028 CG ASN D 337 20019 16855 44645 2438 -7901 -2627 C +ATOM 14029 OD1 ASN D 337 126.858 29.788 103.001 1.00219.16 O +ANISOU14029 OD1 ASN D 337 20588 17620 45061 2498 -7986 -2668 O +ATOM 14030 ND2 ASN D 337 126.273 27.687 102.464 1.00211.66 N +ANISOU14030 ND2 ASN D 337 19374 16116 44931 2504 -8004 -2747 N +ATOM 14031 N CYS D 338 122.247 32.098 102.325 1.00196.25 N +ANISOU14031 N CYS D 338 18832 15557 40177 2024 -7119 -2183 N +ATOM 14032 CA CYS D 338 120.968 32.463 101.724 1.00187.55 C +ANISOU14032 CA CYS D 338 17927 14635 38696 1919 -6827 -2248 C +ATOM 14033 C CYS D 338 121.201 33.326 100.491 1.00170.76 C +ANISOU14033 C CYS D 338 15677 12819 36385 1934 -6487 -2855 C +ATOM 14034 O CYS D 338 121.717 34.444 100.596 1.00169.71 O +ANISOU14034 O CYS D 338 15621 12928 35934 1958 -6425 -2899 O +ATOM 14035 CB CYS D 338 120.099 33.212 102.729 1.00193.49 C +ANISOU14035 CB CYS D 338 19121 15529 38865 1827 -6880 -1653 C +ATOM 14036 SG CYS D 338 119.666 32.281 104.210 1.00208.49 S +ANISOU14036 SG CYS D 338 21231 17123 40862 1780 -7227 -896 S +ATOM 14037 N THR D 339 120.813 32.816 99.325 1.00172.02 N +ANISOU14037 N THR D 339 15644 12982 36734 1920 -6254 -3326 N +ATOM 14038 CA THR D 339 120.933 33.554 98.074 1.00155.23 C +ANISOU14038 CA THR D 339 13414 11169 34396 1929 -5902 -3908 C +ATOM 14039 C THR D 339 119.652 34.285 97.695 1.00153.40 C +ANISOU14039 C THR D 339 13494 11186 33603 1861 -5655 -3853 C +ATOM 14040 O THR D 339 119.639 34.999 96.689 1.00162.58 O +ANISOU14040 O THR D 339 14637 12634 34501 1872 -5348 -4283 O +ATOM 14041 CB THR D 339 121.325 32.608 96.935 1.00158.10 C +ANISOU14041 CB THR D 339 13364 11441 35268 1954 -5776 -4516 C +ATOM 14042 OG1 THR D 339 120.377 31.535 96.852 1.00161.95 O +ANISOU14042 OG1 THR D 339 13829 11708 35998 1909 -5817 -4428 O +ATOM 14043 CG2 THR D 339 122.715 32.047 97.172 1.00154.74 C +ANISOU14043 CG2 THR D 339 12605 10799 35390 2029 -5980 -4661 C +ATOM 14044 N SER D 340 118.582 34.128 98.468 1.00177.25 N +ANISOU14044 N SER D 340 16805 14110 36434 1788 -5772 -3341 N +ATOM 14045 CA SER D 340 117.307 34.754 98.155 1.00167.86 C +ANISOU14045 CA SER D 340 15903 13124 34750 1721 -5561 -3281 C +ATOM 14046 C SER D 340 116.511 34.896 99.440 1.00161.65 C +ANISOU14046 C SER D 340 15471 12253 33698 1634 -5745 -2591 C +ATOM 14047 O SER D 340 116.469 33.968 100.251 1.00165.27 O +ANISOU14047 O SER D 340 15908 12429 34457 1604 -5988 -2241 O +ATOM 14048 CB SER D 340 116.518 33.928 97.140 1.00160.98 C +ANISOU14048 CB SER D 340 14869 12210 34084 1696 -5405 -3663 C +ATOM 14049 OG SER D 340 116.056 32.734 97.720 1.00172.71 O +ANISOU14049 OG SER D 340 16304 13366 35953 1649 -5604 -3382 O +ATOM 14050 N ILE D 341 115.883 36.052 99.620 1.00150.64 N +ANISOU14050 N ILE D 341 14401 11100 31736 1590 -5613 -2399 N +ATOM 14051 CA ILE D 341 115.061 36.323 100.792 1.00141.18 C +ANISOU14051 CA ILE D 341 13552 9875 30213 1483 -5739 -1774 C +ATOM 14052 C ILE D 341 113.611 36.394 100.345 1.00140.64 C +ANISOU14052 C ILE D 341 13660 9884 29893 1400 -5549 -1793 C +ATOM 14053 O ILE D 341 113.250 37.228 99.505 1.00143.65 O +ANISOU14053 O ILE D 341 14118 10506 29956 1426 -5301 -2092 O +ATOM 14054 CB ILE D 341 115.486 37.617 101.501 1.00138.91 C +ANISOU14054 CB ILE D 341 13498 9790 29493 1483 -5757 -1501 C +ATOM 14055 CG1 ILE D 341 116.985 37.582 101.813 1.00158.85 C +ANISOU14055 CG1 ILE D 341 15795 12258 32304 1580 -5939 -1582 C +ATOM 14056 CG2 ILE D 341 114.673 37.810 102.776 1.00128.63 C +ANISOU14056 CG2 ILE D 341 12541 8467 27867 1351 -5896 -853 C +ATOM 14057 CD1 ILE D 341 117.435 36.354 102.597 1.00158.27 C +ANISOU14057 CD1 ILE D 341 15574 11872 32687 1586 -6271 -1317 C +ATOM 14058 N SER D 342 112.783 35.512 100.903 1.00142.15 N +ANISOU14058 N SER D 342 13911 9863 30236 1303 -5663 -1484 N +ATOM 14059 CA SER D 342 111.346 35.524 100.634 1.00140.40 C +ANISOU14059 CA SER D 342 13849 9688 29810 1207 -5512 -1465 C +ATOM 14060 C SER D 342 110.643 36.406 101.666 1.00129.76 C +ANISOU14060 C SER D 342 12894 8460 27947 1090 -5523 -924 C +ATOM 14061 O SER D 342 109.916 35.945 102.549 1.00122.95 O +ANISOU14061 O SER D 342 12186 7459 27070 962 -5617 -496 O +ATOM 14062 CB SER D 342 110.786 34.111 100.639 1.00149.30 C +ANISOU14062 CB SER D 342 14811 10516 31399 1152 -5585 -1464 C +ATOM 14063 OG SER D 342 109.383 34.160 100.453 1.00147.49 O +ANISOU14063 OG SER D 342 14728 10332 30979 1047 -5446 -1444 O +ATOM 14064 N GLY D 343 110.875 37.701 101.533 1.00118.29 N +ANISOU14064 N GLY D 343 11602 7271 26072 1127 -5402 -962 N +ATOM 14065 CA GLY D 343 110.214 38.671 102.389 1.00115.08 C +ANISOU14065 CA GLY D 343 11557 7011 25158 1016 -5371 -514 C +ATOM 14066 C GLY D 343 111.003 39.968 102.428 1.00194.27 C +ANISOU14066 C GLY D 343 21692 17261 34862 1085 -5299 -537 C +ATOM 14067 O GLY D 343 111.618 40.365 101.437 1.00165.63 O +ANISOU14067 O GLY D 343 17915 13742 31277 1214 -5153 -993 O +ATOM 14068 N ASP D 344 110.981 40.601 103.598 1.00165.09 N +ANISOU14068 N ASP D 344 18250 13628 30849 986 -5391 -52 N +ATOM 14069 CA ASP D 344 111.638 41.878 103.825 1.00172.02 C +ANISOU14069 CA ASP D 344 19252 14743 31366 1006 -5309 -15 C +ATOM 14070 C ASP D 344 112.897 41.683 104.653 1.00167.63 C +ANISOU14070 C ASP D 344 18578 14062 31051 1059 -5598 159 C +ATOM 14071 O ASP D 344 113.062 40.679 105.351 1.00168.44 O +ANISOU14071 O ASP D 344 18606 13983 31411 1023 -5849 409 O +ATOM 14072 CB ASP D 344 110.708 42.854 104.551 1.00178.13 C +ANISOU14072 CB ASP D 344 20382 15809 31489 816 -5151 361 C +ATOM 14073 CG ASP D 344 109.336 42.866 103.968 1.00172.55 C +ANISOU14073 CG ASP D 344 19779 15197 30584 754 -4937 280 C +ATOM 14074 OD1 ASP D 344 109.254 42.937 102.728 1.00163.68 O +ANISOU14074 OD1 ASP D 344 18523 14196 29470 857 -4744 -169 O +ATOM 14075 OD2 ASP D 344 108.352 42.788 104.735 1.00174.08 O +ANISOU14075 OD2 ASP D 344 20172 15357 30613 602 -4964 649 O +ATOM 14076 N LEU D 345 113.784 42.673 104.573 1.00158.32 N +ANISOU14076 N LEU D 345 17380 13148 29625 1086 -5484 4 N +ATOM 14077 CA LEU D 345 114.939 42.770 105.457 1.00136.46 C +ANISOU14077 CA LEU D 345 14525 10353 26973 1116 -5746 177 C +ATOM 14078 C LEU D 345 114.899 44.115 106.163 1.00122.53 C +ANISOU14078 C LEU D 345 13028 8985 24545 948 -5584 397 C +ATOM 14079 O LEU D 345 114.919 45.166 105.511 1.00110.06 O +ANISOU14079 O LEU D 345 11514 7717 22585 912 -5224 124 O +ATOM 14080 CB LEU D 345 116.253 42.607 104.689 1.00128.17 C +ANISOU14080 CB LEU D 345 13111 9249 26338 1295 -5759 -311 C +ATOM 14081 CG LEU D 345 116.593 41.215 104.146 1.00131.54 C +ANISOU14081 CG LEU D 345 13216 9360 27404 1421 -5920 -559 C +ATOM 14082 CD1 LEU D 345 118.005 41.220 103.581 1.00119.37 C +ANISOU14082 CD1 LEU D 345 11318 7815 26221 1570 -5929 -1018 C +ATOM 14083 CD2 LEU D 345 116.452 40.132 105.212 1.00120.82 C +ANISOU14083 CD2 LEU D 345 11883 7794 26230 1350 -6253 -99 C +ATOM 14084 N HIS D 346 114.834 44.078 107.489 1.00131.13 N +ANISOU14084 N HIS D 346 14275 10055 25493 841 -5839 888 N +ATOM 14085 CA HIS D 346 114.898 45.269 108.323 1.00128.83 C +ANISOU14085 CA HIS D 346 14209 10122 24619 668 -5732 1095 C +ATOM 14086 C HIS D 346 116.204 45.245 109.102 1.00136.53 C +ANISOU14086 C HIS D 346 15012 11110 25754 717 -6051 1168 C +ATOM 14087 O HIS D 346 116.564 44.214 109.680 1.00120.98 O +ANISOU14087 O HIS D 346 12919 8853 24194 812 -6466 1412 O +ATOM 14088 CB HIS D 346 113.715 45.332 109.292 1.00116.90 C +ANISOU14088 CB HIS D 346 13031 8652 22733 469 -5748 1589 C +ATOM 14089 CG HIS D 346 112.389 45.043 108.661 1.00112.53 C +ANISOU14089 CG HIS D 346 12595 8013 22148 437 -5538 1564 C +ATOM 14090 ND1 HIS D 346 111.414 46.004 108.505 1.00118.48 N +ANISOU14090 ND1 HIS D 346 13588 9046 22382 302 -5181 1562 N +ATOM 14091 CD2 HIS D 346 111.869 43.897 108.161 1.00107.15 C +ANISOU14091 CD2 HIS D 346 11805 6998 21909 523 -5639 1523 C +ATOM 14092 CE1 HIS D 346 110.352 45.464 107.936 1.00108.73 C +ANISOU14092 CE1 HIS D 346 12377 7680 21256 312 -5090 1521 C +ATOM 14093 NE2 HIS D 346 110.604 44.187 107.713 1.00106.87 N +ANISOU14093 NE2 HIS D 346 11933 7077 21597 433 -5354 1483 N +ATOM 14094 N ILE D 347 116.913 46.371 109.115 1.00147.12 N +ANISOU14094 N ILE D 347 16335 12775 26789 656 -5863 956 N +ATOM 14095 CA ILE D 347 118.135 46.514 109.902 1.00145.55 C +ANISOU14095 CA ILE D 347 15966 12668 26670 674 -6147 991 C +ATOM 14096 C ILE D 347 117.997 47.790 110.720 1.00146.97 C +ANISOU14096 C ILE D 347 16395 13241 26208 438 -5966 1138 C +ATOM 14097 O ILE D 347 118.121 48.896 110.178 1.00143.43 O +ANISOU14097 O ILE D 347 15986 13037 25472 361 -5562 824 O +ATOM 14098 CB ILE D 347 119.396 46.548 109.029 1.00131.63 C +ANISOU14098 CB ILE D 347 13827 10887 25299 841 -6098 460 C +ATOM 14099 CG1 ILE D 347 119.469 45.276 108.177 1.00124.08 C +ANISOU14099 CG1 ILE D 347 12616 9534 24993 1065 -6242 269 C +ATOM 14100 CG2 ILE D 347 120.638 46.673 109.907 1.00132.33 C +ANISOU14100 CG2 ILE D 347 13707 11085 25486 862 -6427 494 C +ATOM 14101 CD1 ILE D 347 120.622 45.244 107.195 1.00127.28 C +ANISOU14101 CD1 ILE D 347 12640 9911 25810 1224 -6146 -305 C +ATOM 14102 N LEU D 348 117.739 47.639 112.021 1.00157.52 N +ANISOU14102 N LEU D 348 17902 14631 27318 314 -6250 1614 N +ATOM 14103 CA LEU D 348 117.382 48.760 112.879 1.00156.20 C +ANISOU14103 CA LEU D 348 18004 14824 26519 59 -6071 1783 C +ATOM 14104 C LEU D 348 118.419 48.987 113.978 1.00168.75 C +ANISOU14104 C LEU D 348 19484 16624 28009 2 -6397 1890 C +ATOM 14105 O LEU D 348 119.269 48.122 114.225 1.00168.11 O +ANISOU14105 O LEU D 348 19150 16377 28347 175 -6835 1954 O +ATOM 14106 CB LEU D 348 116.003 48.520 113.500 1.00147.21 C +ANISOU14106 CB LEU D 348 17204 13648 25082 -96 -6054 2235 C +ATOM 14107 CG LEU D 348 114.787 48.848 112.630 1.00129.15 C +ANISOU14107 CG LEU D 348 15098 11336 22637 -135 -5621 2117 C +ATOM 14108 CD1 LEU D 348 114.698 48.006 111.371 1.00115.10 C +ANISOU14108 CD1 LEU D 348 13127 9249 21355 87 -5599 1859 C +ATOM 14109 CD2 LEU D 348 113.522 48.688 113.444 1.00122.86 C +ANISOU14109 CD2 LEU D 348 14609 10546 21529 -321 -5619 2558 C +ATOM 14110 N PRO D 349 118.380 50.140 114.654 1.00183.37 N +ANISOU14110 N PRO D 349 21504 18844 29325 -231 -6201 1897 N +ATOM 14111 CA PRO D 349 119.347 50.405 115.737 1.00195.01 C +ANISOU14111 CA PRO D 349 22865 20575 30654 -308 -6515 1968 C +ATOM 14112 C PRO D 349 119.385 49.339 116.829 1.00212.67 C +ANISOU14112 C PRO D 349 25124 22712 32967 -264 -7089 2490 C +ATOM 14113 O PRO D 349 120.458 49.074 117.400 1.00219.70 O +ANISOU14113 O PRO D 349 25779 23686 34012 -178 -7500 2510 O +ATOM 14114 CB PRO D 349 118.870 51.759 116.283 1.00189.22 C +ANISOU14114 CB PRO D 349 22395 20217 29283 -609 -6140 1940 C +ATOM 14115 CG PRO D 349 118.210 52.425 115.116 1.00183.15 C +ANISOU14115 CG PRO D 349 21734 19387 28468 -612 -5581 1644 C +ATOM 14116 CD PRO D 349 117.564 51.324 114.329 1.00182.85 C +ANISOU14116 CD PRO D 349 21691 18979 28805 -416 -5657 1755 C +ATOM 14117 N VAL D 350 118.237 48.735 117.154 1.00218.76 N +ANISOU14117 N VAL D 350 26174 23315 33629 -326 -7126 2922 N +ATOM 14118 CA VAL D 350 118.210 47.668 118.156 1.00225.41 C +ANISOU14118 CA VAL D 350 27075 24019 34551 -288 -7644 3469 C +ATOM 14119 C VAL D 350 119.267 46.621 117.848 1.00222.77 C +ANISOU14119 C VAL D 350 26377 23380 34884 30 -8088 3421 C +ATOM 14120 O VAL D 350 119.959 46.129 118.748 1.00227.16 O +ANISOU14120 O VAL D 350 26839 23976 35498 101 -8583 3716 O +ATOM 14121 CB VAL D 350 116.809 47.031 118.242 1.00230.56 C +ANISOU14121 CB VAL D 350 28033 24428 35140 -373 -7552 3865 C +ATOM 14122 CG1 VAL D 350 115.882 47.900 119.061 1.00231.11 C +ANISOU14122 CG1 VAL D 350 28461 24839 34513 -706 -7283 4066 C +ATOM 14123 CG2 VAL D 350 116.233 46.764 116.847 1.00228.32 C +ANISOU14123 CG2 VAL D 350 27685 23835 35230 -240 -7226 3556 C +ATOM 14124 N ALA D 351 119.401 46.256 116.572 1.00189.90 N +ANISOU14124 N ALA D 351 21999 18917 31237 233 -7923 3047 N +ATOM 14125 CA ALA D 351 120.375 45.241 116.188 1.00159.62 C +ANISOU14125 CA ALA D 351 17792 14758 28101 544 -8304 2944 C +ATOM 14126 C ALA D 351 121.750 45.548 116.765 1.00157.03 C +ANISOU14126 C ALA D 351 17178 14683 27802 614 -8634 2818 C +ATOM 14127 O ALA D 351 122.429 44.656 117.285 1.00160.59 O +ANISOU14127 O ALA D 351 17437 14964 28614 812 -9162 3067 O +ATOM 14128 CB ALA D 351 120.452 45.144 114.666 1.00139.17 C +ANISOU14128 CB ALA D 351 14985 11939 25953 700 -7974 2405 C +ATOM 14129 N PHE D 352 122.172 46.813 116.695 1.00143.69 N +ANISOU14129 N PHE D 352 15450 13399 25748 454 -8331 2434 N +ATOM 14130 CA PHE D 352 123.509 47.173 117.140 1.00148.06 C +ANISOU14130 CA PHE D 352 15684 14216 26355 506 -8600 2216 C +ATOM 14131 C PHE D 352 123.573 47.417 118.641 1.00159.40 C +ANISOU14131 C PHE D 352 17284 16005 27277 337 -8943 2641 C +ATOM 14132 O PHE D 352 124.608 47.138 119.256 1.00161.60 O +ANISOU14132 O PHE D 352 17292 16399 27711 464 -9419 2685 O +ATOM 14133 CB PHE D 352 123.993 48.402 116.376 1.00134.27 C +ANISOU14133 CB PHE D 352 13801 12725 24491 396 -8103 1583 C +ATOM 14134 CG PHE D 352 124.229 48.137 114.924 1.00135.95 C +ANISOU14134 CG PHE D 352 13781 12645 25227 583 -7831 1121 C +ATOM 14135 CD1 PHE D 352 125.337 47.419 114.520 1.00145.32 C +ANISOU14135 CD1 PHE D 352 14525 13633 27059 853 -8128 864 C +ATOM 14136 CD2 PHE D 352 123.338 48.588 113.965 1.00134.81 C +ANISOU14136 CD2 PHE D 352 13854 12437 24931 495 -7286 939 C +ATOM 14137 CE1 PHE D 352 125.562 47.159 113.189 1.00142.99 C +ANISOU14137 CE1 PHE D 352 14009 13088 27231 1008 -7862 411 C +ATOM 14138 CE2 PHE D 352 123.559 48.331 112.626 1.00132.44 C +ANISOU14138 CE2 PHE D 352 13348 11908 25067 658 -7041 510 C +ATOM 14139 CZ PHE D 352 124.672 47.615 112.240 1.00133.84 C +ANISOU14139 CZ PHE D 352 13088 11896 25871 902 -7316 236 C +ATOM 14140 N ARG D 353 122.506 47.924 119.255 1.00159.06 N +ANISOU14140 N ARG D 353 17658 16156 26620 57 -8723 2943 N +ATOM 14141 CA ARG D 353 122.562 48.203 120.685 1.00158.10 C +ANISOU14141 CA ARG D 353 17698 16418 25953 -134 -9018 3313 C +ATOM 14142 C ARG D 353 121.951 47.111 121.552 1.00150.15 C +ANISOU14142 C ARG D 353 16932 15223 24894 -101 -9437 4025 C +ATOM 14143 O ARG D 353 121.960 47.244 122.780 1.00154.21 O +ANISOU14143 O ARG D 353 17607 16063 24922 -260 -9711 4390 O +ATOM 14144 CB ARG D 353 121.883 49.544 120.996 1.00146.77 C +ANISOU14144 CB ARG D 353 16556 15380 23828 -499 -8520 3178 C +ATOM 14145 CG ARG D 353 122.657 50.769 120.513 1.00142.32 C +ANISOU14145 CG ARG D 353 15771 15097 23207 -586 -8167 2536 C +ATOM 14146 CD ARG D 353 124.072 50.865 121.102 1.00149.91 C +ANISOU14146 CD ARG D 353 16365 16338 24256 -520 -8591 2356 C +ATOM 14147 NE ARG D 353 124.079 51.250 122.511 1.00152.14 N +ANISOU14147 NE ARG D 353 16798 17070 23937 -753 -8839 2632 N +ATOM 14148 CZ ARG D 353 125.151 51.177 123.297 1.00153.22 C +ANISOU14148 CZ ARG D 353 16665 17501 24049 -705 -9327 2621 C +ATOM 14149 NH1 ARG D 353 126.304 50.720 122.821 1.00155.15 N +ANISOU14149 NH1 ARG D 353 16461 17612 24877 -420 -9623 2350 N +ATOM 14150 NH2 ARG D 353 125.072 51.554 124.565 1.00150.85 N +ANISOU14150 NH2 ARG D 353 16529 17647 23138 -941 -9527 2865 N +ATOM 14151 N GLY D 354 121.448 46.030 120.960 1.00144.22 N +ANISOU14151 N GLY D 354 16206 13962 24628 90 -9492 4227 N +ATOM 14152 CA GLY D 354 120.962 44.907 121.734 1.00160.28 C +ANISOU14152 CA GLY D 354 18444 15749 26706 140 -9893 4906 C +ATOM 14153 C GLY D 354 119.550 45.114 122.242 1.00169.70 C +ANISOU14153 C GLY D 354 20111 17018 27348 -170 -9599 5275 C +ATOM 14154 O GLY D 354 118.927 46.162 122.066 1.00164.43 O +ANISOU14154 O GLY D 354 19618 16617 26241 -420 -9104 5017 O +ATOM 14155 N ASP D 355 119.036 44.074 122.904 1.00196.12 N +ANISOU14155 N ASP D 355 23667 20109 30742 -151 -9908 5902 N +ATOM 14156 CA ASP D 355 117.669 44.105 123.422 1.00210.50 C +ANISOU14156 CA ASP D 355 25929 21957 32096 -446 -9648 6289 C +ATOM 14157 C ASP D 355 117.549 43.007 124.480 1.00229.36 C +ANISOU14157 C ASP D 355 28505 24268 34372 -479 -9891 6839 C +ATOM 14158 O ASP D 355 117.408 41.830 124.138 1.00236.81 O +ANISOU14158 O ASP D 355 29401 24791 35786 -330 -9865 6906 O +ATOM 14159 CB ASP D 355 116.659 43.912 122.303 1.00205.71 C +ANISOU14159 CB ASP D 355 25385 20982 31795 -443 -9191 6074 C +ATOM 14160 CG ASP D 355 115.235 44.133 122.761 1.00200.39 C +ANISOU14160 CG ASP D 355 25122 20391 30626 -768 -8851 6360 C +ATOM 14161 OD1 ASP D 355 114.990 45.123 123.482 1.00197.81 O +ANISOU14161 OD1 ASP D 355 24989 20538 29632 -1048 -8669 6362 O +ATOM 14162 OD2 ASP D 355 114.359 43.317 122.406 1.00200.98 O +ANISOU14162 OD2 ASP D 355 25301 20102 30961 -769 -8686 6491 O +ATOM 14163 N SER D 356 117.601 43.407 125.753 1.00236.84 N +ANISOU14163 N SER D 356 29663 25651 34675 -688 -10092 7196 N +ATOM 14164 CA SER D 356 117.500 42.439 126.841 1.00251.25 C +ANISOU14164 CA SER D 356 31690 27462 36313 -729 -10296 7726 C +ATOM 14165 C SER D 356 116.089 41.881 126.968 1.00256.30 C +ANISOU14165 C SER D 356 32673 27867 36844 -937 -9951 8033 C +ATOM 14166 O SER D 356 115.913 40.748 127.431 1.00263.87 O +ANISOU14166 O SER D 356 33731 28592 37934 -889 -10040 8390 O +ATOM 14167 CB SER D 356 117.932 43.084 128.156 1.00256.98 C +ANISOU14167 CB SER D 356 32544 28777 36320 -912 -10583 7982 C +ATOM 14168 OG SER D 356 117.195 44.268 128.404 1.00252.17 O +ANISOU14168 OG SER D 356 32167 28543 35103 -1257 -10335 7947 O +ATOM 14169 N PHE D 357 115.075 42.652 126.569 1.00252.55 N +ANISOU14169 N PHE D 357 32369 27448 36140 -1165 -9552 7893 N +ATOM 14170 CA PHE D 357 113.702 42.161 126.637 1.00248.09 C +ANISOU14170 CA PHE D 357 32089 26679 35493 -1368 -9191 8114 C +ATOM 14171 C PHE D 357 113.525 40.886 125.825 1.00247.72 C +ANISOU14171 C PHE D 357 31885 26081 36156 -1141 -9114 8029 C +ATOM 14172 O PHE D 357 112.695 40.039 126.173 1.00254.78 O +ANISOU14172 O PHE D 357 32969 26780 37056 -1247 -8977 8324 O +ATOM 14173 CB PHE D 357 112.740 43.241 126.146 1.00238.34 C +ANISOU14173 CB PHE D 357 30998 25569 33992 -1596 -8764 7883 C +ATOM 14174 CG PHE D 357 111.304 42.804 126.106 1.00236.40 C +ANISOU14174 CG PHE D 357 30990 25130 33701 -1797 -8358 8017 C +ATOM 14175 CD1 PHE D 357 110.520 42.850 127.246 1.00238.66 C +ANISOU14175 CD1 PHE D 357 31617 25663 33400 -2125 -8245 8412 C +ATOM 14176 CD2 PHE D 357 110.735 42.364 124.922 1.00232.61 C +ANISOU14176 CD2 PHE D 357 30373 24255 33752 -1666 -8081 7710 C +ATOM 14177 CE1 PHE D 357 109.195 42.456 127.209 1.00236.76 C +ANISOU14177 CE1 PHE D 357 31563 25256 33140 -2310 -7860 8497 C +ATOM 14178 CE2 PHE D 357 109.411 41.969 124.879 1.00229.94 C +ANISOU14178 CE2 PHE D 357 30215 23772 33380 -1847 -7719 7792 C +ATOM 14179 CZ PHE D 357 108.640 42.015 126.023 1.00232.20 C +ANISOU14179 CZ PHE D 357 30827 24285 33114 -2166 -7606 8184 C +ATOM 14180 N THR D 358 114.288 40.733 124.743 1.00231.13 N +ANISOU14180 N THR D 358 29431 23738 34651 -844 -9187 7608 N +ATOM 14181 CA THR D 358 114.270 39.526 123.929 1.00221.48 C +ANISOU14181 CA THR D 358 28015 22019 34117 -626 -9142 7469 C +ATOM 14182 C THR D 358 115.528 38.690 124.114 1.00224.00 C +ANISOU14182 C THR D 358 28089 22187 34835 -340 -9559 7534 C +ATOM 14183 O THR D 358 115.739 37.730 123.365 1.00226.04 O +ANISOU14183 O THR D 358 28128 22037 35719 -131 -9558 7355 O +ATOM 14184 CB THR D 358 114.101 39.887 122.453 1.00204.42 C +ANISOU14184 CB THR D 358 25632 19676 32361 -513 -8855 6898 C +ATOM 14185 OG1 THR D 358 115.101 40.842 122.076 1.00195.21 O +ANISOU14185 OG1 THR D 358 24246 18721 31203 -382 -8991 6561 O +ATOM 14186 CG2 THR D 358 112.715 40.466 122.199 1.00192.16 C +ANISOU14186 CG2 THR D 358 24318 18192 30501 -766 -8416 6852 C +ATOM 14187 N HIS D 359 116.370 39.033 125.091 1.00226.72 N +ANISOU14187 N HIS D 359 28453 22865 34826 -328 -9916 7767 N +ATOM 14188 CA HIS D 359 117.627 38.326 125.329 1.00229.80 C +ANISOU14188 CA HIS D 359 28596 23156 35560 -42 -10335 7824 C +ATOM 14189 C HIS D 359 118.521 38.352 124.095 1.00217.33 C +ANISOU14189 C HIS D 359 26587 21369 34618 240 -10355 7243 C +ATOM 14190 O HIS D 359 119.267 37.405 123.834 1.00222.82 O +ANISOU14190 O HIS D 359 27041 21763 35856 499 -10556 7187 O +ATOM 14191 CB HIS D 359 117.374 36.884 125.769 1.00247.59 C +ANISOU14191 CB HIS D 359 30955 25049 38068 28 -10427 8245 C +ATOM 14192 CG HIS D 359 116.373 36.761 126.873 1.00256.28 C +ANISOU14192 CG HIS D 359 32483 26300 38591 -259 -10332 8789 C +ATOM 14193 ND1 HIS D 359 115.029 36.569 126.638 1.00253.80 N +ANISOU14193 ND1 HIS D 359 32389 25817 38227 -477 -9929 8844 N +ATOM 14194 CD2 HIS D 359 116.517 36.808 128.218 1.00262.55 C +ANISOU14194 CD2 HIS D 359 33518 27421 38821 -370 -10575 9282 C +ATOM 14195 CE1 HIS D 359 114.389 36.497 127.790 1.00257.12 C +ANISOU14195 CE1 HIS D 359 33166 26432 38095 -716 -9910 9343 C +ATOM 14196 NE2 HIS D 359 115.268 36.640 128.764 1.00262.75 N +ANISOU14196 NE2 HIS D 359 33908 27452 38472 -660 -10297 9623 N +ATOM 14197 N THR D 360 118.448 39.443 123.331 1.00184.89 N +ANISOU14197 N THR D 360 22385 17421 30445 189 -10134 6806 N +ATOM 14198 CA THR D 360 119.227 39.588 122.112 1.00176.33 C +ANISOU14198 CA THR D 360 20907 16175 29915 427 -10092 6217 C +ATOM 14199 C THR D 360 120.458 40.432 122.405 1.00160.33 C +ANISOU14199 C THR D 360 18649 14518 27751 527 -10384 6023 C +ATOM 14200 O THR D 360 120.313 41.626 122.713 1.00157.15 O +ANISOU14200 O THR D 360 18349 14517 26844 349 -10336 5986 O +ATOM 14201 CB THR D 360 118.390 40.238 121.013 1.00163.35 C +ANISOU14201 CB THR D 360 19287 14465 28313 335 -9650 5837 C +ATOM 14202 OG1 THR D 360 117.208 39.461 120.787 1.00165.26 O +ANISOU14202 OG1 THR D 360 19725 14415 28653 226 -9382 5995 O +ATOM 14203 CG2 THR D 360 119.184 40.332 119.714 1.00161.70 C +ANISOU14203 CG2 THR D 360 18676 14089 28674 579 -9577 5216 C +ATOM 14204 N PRO D 361 121.669 39.887 122.329 1.00173.18 N +ANISOU14204 N PRO D 361 19948 16045 29807 795 -10681 5872 N +ATOM 14205 CA PRO D 361 122.862 40.708 122.543 1.00168.51 C +ANISOU14205 CA PRO D 361 19081 15828 29117 889 -10936 5608 C +ATOM 14206 C PRO D 361 123.096 41.640 121.368 1.00160.75 C +ANISOU14206 C PRO D 361 17839 14889 28350 924 -10669 4972 C +ATOM 14207 O PRO D 361 122.519 41.445 120.287 1.00155.82 O +ANISOU14207 O PRO D 361 17199 13945 28062 949 -10329 4712 O +ATOM 14208 CB PRO D 361 123.988 39.671 122.666 1.00172.22 C +ANISOU14208 CB PRO D 361 19265 16088 30081 1187 -11280 5613 C +ATOM 14209 CG PRO D 361 123.498 38.499 121.897 1.00172.58 C +ANISOU14209 CG PRO D 361 19308 15575 30689 1284 -11091 5597 C +ATOM 14210 CD PRO D 361 122.012 38.473 122.101 1.00186.68 C +ANISOU14210 CD PRO D 361 21512 17305 32111 1016 -10806 5940 C +ATOM 14211 N PRO D 362 123.929 42.666 121.537 1.00162.53 N +ANISOU14211 N PRO D 362 17845 15527 28383 919 -10803 4688 N +ATOM 14212 CA PRO D 362 124.245 43.543 120.404 1.00157.43 C +ANISOU14212 CA PRO D 362 16910 14924 27980 961 -10540 4054 C +ATOM 14213 C PRO D 362 124.853 42.760 119.251 1.00164.33 C +ANISOU14213 C PRO D 362 17449 15375 29612 1234 -10436 3623 C +ATOM 14214 O PRO D 362 125.456 41.700 119.438 1.00179.76 O +ANISOU14214 O PRO D 362 19276 17096 31926 1421 -10673 3728 O +ATOM 14215 CB PRO D 362 125.243 44.548 120.994 1.00155.57 C +ANISOU14215 CB PRO D 362 16437 15218 27454 908 -10778 3838 C +ATOM 14216 CG PRO D 362 125.720 43.937 122.278 1.00163.43 C +ANISOU14216 CG PRO D 362 17509 16372 28213 944 -11217 4295 C +ATOM 14217 CD PRO D 362 124.590 43.102 122.776 1.00167.71 C +ANISOU14217 CD PRO D 362 18495 16665 28562 850 -11180 4906 C +ATOM 14218 N LEU D 363 124.686 43.297 118.044 1.00149.84 N +ANISOU14218 N LEU D 363 15470 13454 28010 1251 -10073 3128 N +ATOM 14219 CA LEU D 363 125.127 42.629 116.828 1.00162.62 C +ANISOU14219 CA LEU D 363 16796 14695 30297 1465 -9898 2668 C +ATOM 14220 C LEU D 363 126.578 42.980 116.527 1.00173.17 C +ANISOU14220 C LEU D 363 17662 16189 31946 1622 -10007 2147 C +ATOM 14221 O LEU D 363 126.943 44.160 116.482 1.00149.66 O +ANISOU14221 O LEU D 363 14532 13583 28749 1529 -9928 1842 O +ATOM 14222 CB LEU D 363 124.237 43.023 115.648 1.00160.37 C +ANISOU14222 CB LEU D 363 16586 14268 30078 1411 -9432 2374 C +ATOM 14223 CG LEU D 363 124.649 42.481 114.275 1.00164.85 C +ANISOU14223 CG LEU D 363 16849 14515 31269 1595 -9194 1820 C +ATOM 14224 CD1 LEU D 363 124.527 40.966 114.231 1.00147.66 C +ANISOU14224 CD1 LEU D 363 14697 11917 29489 1688 -9303 2005 C +ATOM 14225 CD2 LEU D 363 123.818 43.125 113.177 1.00137.72 C +ANISOU14225 CD2 LEU D 363 13490 11059 27777 1536 -8738 1517 C +ATOM 14226 N ASP D 364 127.396 41.956 116.322 1.00174.92 N +ANISOU14226 N ASP D 364 17640 16132 32690 1837 -10170 2024 N +ATOM 14227 CA ASP D 364 128.765 42.162 115.868 1.00187.85 C +ANISOU14227 CA ASP D 364 18807 17854 34712 1997 -10213 1465 C +ATOM 14228 C ASP D 364 128.744 42.603 114.408 1.00199.46 C +ANISOU14228 C ASP D 364 20077 19221 36487 2010 -9752 831 C +ATOM 14229 O ASP D 364 128.258 41.850 113.554 1.00207.05 O +ANISOU14229 O ASP D 364 21082 19806 37783 2069 -9541 733 O +ATOM 14230 CB ASP D 364 129.578 40.883 116.030 1.00195.64 C +ANISOU14230 CB ASP D 364 19602 18537 36196 2228 -10510 1527 C +ATOM 14231 CG ASP D 364 130.978 41.006 115.464 1.00200.36 C +ANISOU14231 CG ASP D 364 19703 19177 37249 2398 -10520 911 C +ATOM 14232 OD1 ASP D 364 131.468 42.146 115.327 1.00199.14 O +ANISOU14232 OD1 ASP D 364 19355 19390 36919 2320 -10394 524 O +ATOM 14233 OD2 ASP D 364 131.591 39.961 115.160 1.00199.26 O +ANISOU14233 OD2 ASP D 364 19354 18704 37652 2594 -10639 797 O +ATOM 14234 N PRO D 365 129.238 43.800 114.073 1.00194.58 N +ANISOU14234 N PRO D 365 19231 18945 35755 1936 -9566 376 N +ATOM 14235 CA PRO D 365 129.150 44.258 112.674 1.00183.95 C +ANISOU14235 CA PRO D 365 17716 17526 34652 1935 -9088 -205 C +ATOM 14236 C PRO D 365 129.720 43.281 111.657 1.00174.87 C +ANISOU14236 C PRO D 365 16309 15994 34140 2130 -8968 -610 C +ATOM 14237 O PRO D 365 129.168 43.153 110.557 1.00162.65 O +ANISOU14237 O PRO D 365 14789 14250 32760 2134 -8608 -869 O +ATOM 14238 CB PRO D 365 129.929 45.580 112.705 1.00177.13 C +ANISOU14238 CB PRO D 365 16636 17125 33539 1781 -8900 -644 C +ATOM 14239 CG PRO D 365 129.749 46.081 114.094 1.00177.15 C +ANISOU14239 CG PRO D 365 16883 17480 32945 1605 -9173 -184 C +ATOM 14240 CD PRO D 365 129.760 44.855 114.962 1.00188.43 C +ANISOU14240 CD PRO D 365 18365 18669 34559 1799 -9743 375 C +ATOM 14241 N GLN D 366 130.810 42.586 111.991 1.00176.72 N +ANISOU14241 N GLN D 366 16286 16134 34727 2287 -9265 -682 N +ATOM 14242 CA GLN D 366 131.412 41.646 111.051 1.00183.45 C +ANISOU14242 CA GLN D 366 16866 16626 36208 2452 -9168 -1093 C +ATOM 14243 C GLN D 366 130.362 40.708 110.465 1.00191.69 C +ANISOU14243 C GLN D 366 18146 17279 37407 2446 -9023 -923 C +ATOM 14244 O GLN D 366 130.349 40.449 109.253 1.00178.52 O +ANISOU14244 O GLN D 366 16331 15427 36071 2472 -8698 -1393 O +ATOM 14245 CB GLN D 366 132.521 40.856 111.747 1.00165.67 C +ANISOU14245 CB GLN D 366 14383 14285 34279 2630 -9600 -1006 C +ATOM 14246 N GLU D 367 129.434 40.236 111.299 1.00194.74 N +ANISOU14246 N GLU D 367 18900 17573 37519 2383 -9231 -276 N +ATOM 14247 CA GLU D 367 128.474 39.232 110.862 1.00203.12 C +ANISOU14247 CA GLU D 367 20156 18270 38750 2359 -9122 -103 C +ATOM 14248 C GLU D 367 127.611 39.710 109.700 1.00201.69 C +ANISOU14248 C GLU D 367 20063 18098 38474 2259 -8646 -431 C +ATOM 14249 O GLU D 367 127.019 38.879 109.002 1.00208.64 O +ANISOU14249 O GLU D 367 20979 18699 39597 2250 -8491 -509 O +ATOM 14250 CB GLU D 367 127.595 38.815 112.042 1.00204.25 C +ANISOU14250 CB GLU D 367 20692 18378 38536 2269 -9383 651 C +ATOM 14251 CG GLU D 367 128.370 38.165 113.178 1.00209.06 C +ANISOU14251 CG GLU D 367 21239 18954 39242 2388 -9862 1028 C +ATOM 14252 CD GLU D 367 127.750 36.861 113.633 1.00209.10 C +ANISOU14252 CD GLU D 367 21443 18611 39397 2396 -10031 1521 C +ATOM 14253 OE1 GLU D 367 128.085 35.810 113.047 1.00204.62 O +ANISOU14253 OE1 GLU D 367 20657 17683 39405 2519 -10037 1313 O +ATOM 14254 OE2 GLU D 367 126.919 36.888 114.565 1.00205.85 O +ANISOU14254 OE2 GLU D 367 21394 18287 38533 2267 -10140 2102 O +ATOM 14255 N LEU D 368 127.525 41.020 109.462 1.00206.50 N +ANISOU14255 N LEU D 368 20686 19034 38738 2184 -8410 -635 N +ATOM 14256 CA LEU D 368 126.747 41.485 108.322 1.00179.51 C +ANISOU14256 CA LEU D 368 17343 15632 35229 2121 -7954 -950 C +ATOM 14257 C LEU D 368 127.251 40.898 107.012 1.00189.40 C +ANISOU14257 C LEU D 368 18288 16688 36987 2211 -7707 -1565 C +ATOM 14258 O LEU D 368 126.467 40.761 106.065 1.00187.95 O +ANISOU14258 O LEU D 368 18194 16424 36794 2170 -7389 -1753 O +ATOM 14259 CB LEU D 368 126.761 43.014 108.255 1.00158.14 C +ANISOU14259 CB LEU D 368 14630 13312 32142 2050 -7738 -1116 C +ATOM 14260 CG LEU D 368 125.977 43.732 109.357 1.00146.74 C +ANISOU14260 CG LEU D 368 13606 12136 30014 1843 -7804 -565 C +ATOM 14261 CD1 LEU D 368 126.243 45.227 109.308 1.00147.49 C +ANISOU14261 CD1 LEU D 368 13797 12707 29536 1607 -7396 -836 C +ATOM 14262 CD2 LEU D 368 124.482 43.456 109.235 1.00137.55 C +ANISOU14262 CD2 LEU D 368 12857 10827 28580 1742 -7639 -219 C +ATOM 14263 N ASP D 369 128.528 40.517 106.939 1.00221.73 N +ANISOU14263 N ASP D 369 22020 20716 41511 2327 -7848 -1888 N +ATOM 14264 CA ASP D 369 129.031 39.939 105.701 1.00214.76 C +ANISOU14264 CA ASP D 369 20835 19656 41109 2389 -7611 -2491 C +ATOM 14265 C ASP D 369 128.346 38.623 105.354 1.00210.58 C +ANISOU14265 C ASP D 369 20381 18778 40849 2384 -7646 -2371 C +ATOM 14266 O ASP D 369 128.443 38.182 104.204 1.00212.01 O +ANISOU14266 O ASP D 369 20361 18852 41341 2391 -7391 -2864 O +ATOM 14267 CB ASP D 369 130.549 39.754 105.789 1.00218.43 C +ANISOU14267 CB ASP D 369 20897 20102 41994 2509 -7779 -2839 C +ATOM 14268 CG ASP D 369 131.300 41.075 105.739 1.00216.75 C +ANISOU14268 CG ASP D 369 20502 20261 41592 2485 -7605 -3184 C +ATOM 14269 OD1 ASP D 369 130.694 42.096 105.345 1.00205.57 O +ANISOU14269 OD1 ASP D 369 19219 19087 39801 2382 -7275 -3269 O +ATOM 14270 OD2 ASP D 369 132.501 41.093 106.082 1.00220.20 O +ANISOU14270 OD2 ASP D 369 20643 20754 42268 2565 -7784 -3384 O +ATOM 14271 N ILE D 370 127.635 38.002 106.301 1.00192.45 N +ANISOU14271 N ILE D 370 18359 16333 38431 2353 -7931 -1747 N +ATOM 14272 CA ILE D 370 126.812 36.842 105.967 1.00179.92 C +ANISOU14272 CA ILE D 370 16852 14449 37059 2317 -7910 -1627 C +ATOM 14273 C ILE D 370 125.924 37.153 104.775 1.00175.26 C +ANISOU14273 C ILE D 370 16330 13951 36309 2225 -7473 -1968 C +ATOM 14274 O ILE D 370 125.622 36.268 103.965 1.00173.70 O +ANISOU14274 O ILE D 370 16007 13563 36428 2218 -7349 -2217 O +ATOM 14275 CB ILE D 370 125.977 36.405 107.191 1.00167.75 C +ANISOU14275 CB ILE D 370 15660 12813 35266 2253 -8193 -876 C +ATOM 14276 CG1 ILE D 370 126.748 35.382 108.031 1.00168.82 C +ANISOU14276 CG1 ILE D 370 15662 12695 35787 2375 -8613 -598 C +ATOM 14277 CG2 ILE D 370 124.628 35.812 106.770 1.00152.20 C +ANISOU14277 CG2 ILE D 370 13895 10701 33234 2139 -8003 -746 C +ATOM 14278 CD1 ILE D 370 127.988 35.930 108.695 1.00173.13 C +ANISOU14278 CD1 ILE D 370 16041 13413 36329 2490 -8870 -617 C +ATOM 14279 N LEU D 371 125.495 38.406 104.643 1.00161.93 N +ANISOU14279 N LEU D 371 14827 12565 34133 2162 -7236 -1990 N +ATOM 14280 CA LEU D 371 124.549 38.787 103.605 1.00143.27 C +ANISOU14280 CA LEU D 371 12587 10318 31531 2090 -6831 -2238 C +ATOM 14281 C LEU D 371 125.198 38.965 102.239 1.00140.26 C +ANISOU14281 C LEU D 371 11890 10025 31379 2136 -6493 -2968 C +ATOM 14282 O LEU D 371 124.489 39.265 101.273 1.00136.51 O +ANISOU14282 O LEU D 371 11499 9673 30696 2091 -6141 -3224 O +ATOM 14283 CB LEU D 371 123.835 40.079 104.008 1.00139.12 C +ANISOU14283 CB LEU D 371 12396 10061 30402 2017 -6698 -1960 C +ATOM 14284 CG LEU D 371 123.175 40.046 105.390 1.00139.00 C +ANISOU14284 CG LEU D 371 12713 10022 30080 1937 -7000 -1243 C +ATOM 14285 CD1 LEU D 371 122.742 41.440 105.809 1.00140.50 C +ANISOU14285 CD1 LEU D 371 13162 10495 29726 1873 -6884 -1039 C +ATOM 14286 CD2 LEU D 371 121.992 39.090 105.400 1.00137.49 C +ANISOU14286 CD2 LEU D 371 12723 9631 29884 1848 -7005 -959 C +ATOM 14287 N LYS D 372 126.516 38.787 102.124 1.00148.98 N +ANISOU14287 N LYS D 372 12639 11084 32883 2220 -6579 -3318 N +ATOM 14288 CA LYS D 372 127.164 38.951 100.828 1.00150.30 C +ANISOU14288 CA LYS D 372 12499 11355 33253 2236 -6229 -4030 C +ATOM 14289 C LYS D 372 126.629 37.981 99.785 1.00145.17 C +ANISOU14289 C LYS D 372 11753 10575 32828 2203 -6061 -4318 C +ATOM 14290 O LYS D 372 126.748 38.253 98.586 1.00143.96 O +ANISOU14290 O LYS D 372 11453 10593 32652 2180 -5686 -4860 O +ATOM 14291 CB LYS D 372 128.674 38.770 100.966 1.00153.29 C +ANISOU14291 CB LYS D 372 12498 11670 34077 2319 -6382 -4344 C +ATOM 14292 CG LYS D 372 129.389 39.958 101.579 1.00146.89 C +ANISOU14292 CG LYS D 372 11662 11104 33047 2342 -6401 -4326 C +ATOM 14293 CD LYS D 372 130.888 39.735 101.575 1.00151.69 C +ANISOU14293 CD LYS D 372 11860 11660 34115 2420 -6513 -4721 C +ATOM 14294 CE LYS D 372 131.649 40.993 101.944 1.00156.41 C +ANISOU14294 CE LYS D 372 12354 12565 34509 2416 -6433 -4858 C +ATOM 14295 NZ LYS D 372 133.116 40.794 101.795 1.00161.37 N +ANISOU14295 NZ LYS D 372 12563 13161 35590 2480 -6480 -5332 N +ATOM 14296 N THR D 373 126.045 36.858 100.207 1.00146.92 N +ANISOU14296 N THR D 373 12044 10519 33259 2196 -6315 -3977 N +ATOM 14297 CA THR D 373 125.498 35.886 99.270 1.00155.06 C +ANISOU14297 CA THR D 373 12950 11425 34539 2163 -6174 -4251 C +ATOM 14298 C THR D 373 124.107 36.257 98.775 1.00149.76 C +ANISOU14298 C THR D 373 12573 10925 33402 2083 -5912 -4172 C +ATOM 14299 O THR D 373 123.630 35.651 97.810 1.00144.62 O +ANISOU14299 O THR D 373 11805 10261 32882 2056 -5727 -4499 O +ATOM 14300 CB THR D 373 125.450 34.500 99.919 1.00162.93 C +ANISOU14300 CB THR D 373 13873 12031 36002 2190 -6531 -3936 C +ATOM 14301 OG1 THR D 373 124.622 34.543 101.088 1.00170.86 O +ANISOU14301 OG1 THR D 373 15244 12970 36704 2153 -6758 -3238 O +ATOM 14302 CG2 THR D 373 126.849 34.041 100.308 1.00166.88 C +ANISOU14302 CG2 THR D 373 14061 12337 37007 2294 -6792 -4056 C +ATOM 14303 N VAL D 374 123.448 37.228 99.405 1.00152.36 N +ANISOU14303 N VAL D 374 13268 11419 33203 2046 -5894 -3765 N +ATOM 14304 CA VAL D 374 122.104 37.614 98.996 1.00153.03 C +ANISOU14304 CA VAL D 374 13652 11652 32840 1975 -5660 -3669 C +ATOM 14305 C VAL D 374 122.166 38.312 97.644 1.00161.89 C +ANISOU14305 C VAL D 374 14699 13057 33754 1983 -5224 -4251 C +ATOM 14306 O VAL D 374 122.940 39.259 97.449 1.00159.06 O +ANISOU14306 O VAL D 374 14288 12891 33257 2012 -5052 -4482 O +ATOM 14307 CB VAL D 374 121.455 38.513 100.059 1.00143.57 C +ANISOU14307 CB VAL D 374 12857 10549 31145 1927 -5752 -3089 C +ATOM 14308 CG1 VAL D 374 120.060 38.949 99.617 1.00146.34 C +ANISOU14308 CG1 VAL D 374 13518 11044 31041 1855 -5503 -3011 C +ATOM 14309 CG2 VAL D 374 121.386 37.787 101.397 1.00141.97 C +ANISOU14309 CG2 VAL D 374 12746 10099 31098 1904 -6167 -2505 C +ATOM 14310 N LYS D 375 121.345 37.846 96.703 1.00179.02 N +ANISOU14310 N LYS D 375 16863 15264 35892 1952 -5031 -4500 N +ATOM 14311 CA LYS D 375 121.235 38.455 95.387 1.00180.90 C +ANISOU14311 CA LYS D 375 17083 15796 35856 1951 -4611 -5023 C +ATOM 14312 C LYS D 375 119.839 38.958 95.061 1.00187.74 C +ANISOU14312 C LYS D 375 18302 16816 36213 1909 -4428 -4892 C +ATOM 14313 O LYS D 375 119.701 39.785 94.153 1.00198.26 O +ANISOU14313 O LYS D 375 19734 18425 37171 1912 -4078 -5219 O +ATOM 14314 CB LYS D 375 121.646 37.458 94.296 1.00181.89 C +ANISOU14314 CB LYS D 375 16818 15888 36404 1958 -4506 -5596 C +ATOM 14315 CG LYS D 375 123.130 37.139 94.246 1.00176.96 C +ANISOU14315 CG LYS D 375 15804 15184 36249 1994 -4571 -5911 C +ATOM 14316 CD LYS D 375 123.454 36.210 93.079 1.00173.77 C +ANISOU14316 CD LYS D 375 15021 14778 36227 1982 -4421 -6509 C +ATOM 14317 CE LYS D 375 122.821 34.838 93.247 1.00170.34 C +ANISOU14317 CE LYS D 375 14481 14033 36206 1973 -4660 -6374 C +ATOM 14318 NZ LYS D 375 123.344 34.142 94.452 1.00173.31 N +ANISOU14318 NZ LYS D 375 14779 14037 37036 2008 -5079 -5963 N +ATOM 14319 N GLU D 376 118.809 38.484 95.760 1.00174.49 N +ANISOU14319 N GLU D 376 16819 14971 34509 1865 -4641 -4437 N +ATOM 14320 CA GLU D 376 117.434 38.853 95.466 1.00149.90 C +ANISOU14320 CA GLU D 376 14005 11979 30972 1821 -4497 -4331 C +ATOM 14321 C GLU D 376 116.660 38.965 96.769 1.00133.58 C +ANISOU14321 C GLU D 376 12244 9776 28734 1756 -4735 -3651 C +ATOM 14322 O GLU D 376 116.826 38.139 97.671 1.00128.92 O +ANISOU14322 O GLU D 376 11582 8934 28468 1729 -5035 -3318 O +ATOM 14323 CB GLU D 376 116.765 37.823 94.545 1.00146.64 C +ANISOU14323 CB GLU D 376 13410 11523 30782 1805 -4437 -4683 C +ATOM 14324 CG GLU D 376 116.643 36.431 95.145 1.00151.42 C +ANISOU14324 CG GLU D 376 13835 11784 31914 1771 -4735 -4472 C +ATOM 14325 CD GLU D 376 116.054 35.429 94.168 1.00146.21 C +ANISOU14325 CD GLU D 376 12950 11084 31520 1753 -4645 -4891 C +ATOM 14326 OE1 GLU D 376 115.206 35.830 93.344 1.00141.24 O +ANISOU14326 OE1 GLU D 376 12436 10680 30549 1741 -4426 -5144 O +ATOM 14327 OE2 GLU D 376 116.441 34.243 94.220 1.00150.49 O +ANISOU14327 OE2 GLU D 376 13193 11367 32618 1754 -4796 -4982 O +ATOM 14328 N ILE D 377 115.815 39.988 96.860 1.00125.29 N +ANISOU14328 N ILE D 377 11542 8897 27166 1725 -4590 -3449 N +ATOM 14329 CA ILE D 377 114.949 40.199 98.016 1.00125.09 C +ANISOU14329 CA ILE D 377 11830 8794 26906 1636 -4759 -2830 C +ATOM 14330 C ILE D 377 113.514 40.250 97.513 1.00119.55 C +ANISOU14330 C ILE D 377 11312 8169 25943 1591 -4620 -2852 C +ATOM 14331 O ILE D 377 113.173 41.099 96.680 1.00120.96 O +ANISOU14331 O ILE D 377 11613 8735 25613 1575 -4313 -3072 O +ATOM 14332 CB ILE D 377 115.319 41.481 98.783 1.00131.40 C +ANISOU14332 CB ILE D 377 12874 9772 27279 1603 -4720 -2511 C +ATOM 14333 CG1 ILE D 377 116.776 41.394 99.251 1.00124.20 C +ANISOU14333 CG1 ILE D 377 11726 8728 26736 1685 -4901 -2561 C +ATOM 14334 CG2 ILE D 377 114.363 41.691 99.957 1.00137.66 C +ANISOU14334 CG2 ILE D 377 13993 10547 27766 1474 -4860 -1887 C +ATOM 14335 CD1 ILE D 377 117.198 42.445 100.270 1.00113.85 C +ANISOU14335 CD1 ILE D 377 10617 7619 25021 1598 -4928 -2185 C +ATOM 14336 N THR D 378 112.677 39.339 98.016 1.00122.88 N +ANISOU14336 N THR D 378 11752 8401 26536 1503 -4793 -2582 N +ATOM 14337 CA THR D 378 111.280 39.300 97.592 1.00126.65 C +ANISOU14337 CA THR D 378 12363 8929 26828 1452 -4687 -2620 C +ATOM 14338 C THR D 378 110.524 40.538 98.045 1.00137.68 C +ANISOU14338 C THR D 378 14135 10647 27531 1359 -4545 -2250 C +ATOM 14339 O THR D 378 109.574 40.963 97.376 1.00143.56 O +ANISOU14339 O THR D 378 14988 11694 27864 1326 -4339 -2379 O +ATOM 14340 CB THR D 378 110.593 38.051 98.139 1.00116.82 C +ANISOU14340 CB THR D 378 11047 7421 25920 1348 -4877 -2387 C +ATOM 14341 OG1 THR D 378 111.270 36.886 97.653 1.00120.92 O +ANISOU14341 OG1 THR D 378 11200 7768 26977 1396 -4949 -2725 O +ATOM 14342 CG2 THR D 378 109.128 38.005 97.710 1.00115.69 C +ANISOU14342 CG2 THR D 378 11008 7324 25623 1284 -4771 -2464 C +ATOM 14343 N GLY D 379 110.909 41.118 99.173 1.00146.19 N +ANISOU14343 N GLY D 379 15397 11724 28423 1302 -4643 -1792 N +ATOM 14344 CA GLY D 379 110.220 42.283 99.679 1.00132.55 C +ANISOU14344 CA GLY D 379 14012 10329 26023 1185 -4483 -1438 C +ATOM 14345 C GLY D 379 110.996 43.563 99.488 1.00124.83 C +ANISOU14345 C GLY D 379 13133 9697 24600 1202 -4256 -1511 C +ATOM 14346 O GLY D 379 111.518 43.830 98.403 1.00127.55 O +ANISOU14346 O GLY D 379 13351 10219 24894 1292 -4054 -1947 O +ATOM 14347 N PHE D 380 111.078 44.360 100.547 1.00117.40 N +ANISOU14347 N PHE D 380 12420 8853 23332 1100 -4270 -1094 N +ATOM 14348 CA PHE D 380 111.826 45.604 100.537 1.00112.06 C +ANISOU14348 CA PHE D 380 11848 8467 22263 1085 -4051 -1129 C +ATOM 14349 C PHE D 380 113.067 45.475 101.409 1.00120.78 C +ANISOU14349 C PHE D 380 12832 9410 23650 1085 -4280 -1011 C +ATOM 14350 O PHE D 380 113.169 44.592 102.265 1.00127.00 O +ANISOU14350 O PHE D 380 13546 9894 24814 1080 -4622 -753 O +ATOM 14351 CB PHE D 380 110.960 46.772 101.027 1.00116.52 C +ANISOU14351 CB PHE D 380 12758 9313 22202 960 -3844 -802 C +ATOM 14352 CG PHE D 380 110.422 46.597 102.419 1.00122.23 C +ANISOU14352 CG PHE D 380 13645 9905 22892 820 -4059 -301 C +ATOM 14353 CD1 PHE D 380 111.194 46.913 103.523 1.00139.83 C +ANISOU14353 CD1 PHE D 380 15924 12111 25095 739 -4200 -39 C +ATOM 14354 CD2 PHE D 380 109.135 46.131 102.622 1.00113.81 C +ANISOU14354 CD2 PHE D 380 12678 8764 21800 755 -4108 -106 C +ATOM 14355 CE1 PHE D 380 110.695 46.755 104.799 1.00141.87 C +ANISOU14355 CE1 PHE D 380 16348 12285 25271 596 -4388 424 C +ATOM 14356 CE2 PHE D 380 108.631 45.975 103.895 1.00113.93 C +ANISOU14356 CE2 PHE D 380 12856 8672 21761 602 -4271 353 C +ATOM 14357 CZ PHE D 380 109.410 46.286 104.982 1.00125.36 C +ANISOU14357 CZ PHE D 380 14373 10109 23150 523 -4411 626 C +ATOM 14358 N LEU D 381 114.018 46.372 101.171 1.00123.45 N +ANISOU14358 N LEU D 381 13144 9957 23803 1093 -4087 -1201 N +ATOM 14359 CA LEU D 381 115.242 46.461 101.955 1.00121.63 C +ANISOU14359 CA LEU D 381 12786 9657 23772 1086 -4271 -1138 C +ATOM 14360 C LEU D 381 115.199 47.771 102.729 1.00129.73 C +ANISOU14360 C LEU D 381 14085 10960 24247 931 -4104 -867 C +ATOM 14361 O LEU D 381 115.213 48.852 102.128 1.00112.86 O +ANISOU14361 O LEU D 381 12072 9094 21717 896 -3726 -1038 O +ATOM 14362 CB LEU D 381 116.473 46.387 101.057 1.00123.53 C +ANISOU14362 CB LEU D 381 12719 9900 24318 1202 -4170 -1648 C +ATOM 14363 CG LEU D 381 117.815 46.574 101.767 1.00138.36 C +ANISOU14363 CG LEU D 381 14418 11750 26403 1203 -4336 -1658 C +ATOM 14364 CD1 LEU D 381 118.050 45.465 102.782 1.00141.87 C +ANISOU14364 CD1 LEU D 381 14717 11857 27331 1265 -4841 -1362 C +ATOM 14365 CD2 LEU D 381 118.944 46.631 100.753 1.00144.33 C +ANISOU14365 CD2 LEU D 381 14873 12550 27415 1294 -4149 -2217 C +ATOM 14366 N LEU D 382 115.135 47.674 104.055 1.00146.33 N +ANISOU14366 N LEU D 382 16288 12992 26320 834 -4372 -444 N +ATOM 14367 CA LEU D 382 115.099 48.845 104.924 1.00148.30 C +ANISOU14367 CA LEU D 382 16778 13495 26075 665 -4241 -196 C +ATOM 14368 C LEU D 382 116.333 48.829 105.816 1.00142.55 C +ANISOU14368 C LEU D 382 15886 12747 25531 646 -4506 -145 C +ATOM 14369 O LEU D 382 116.470 47.960 106.686 1.00131.96 O +ANISOU14369 O LEU D 382 14472 11205 24461 664 -4915 136 O +ATOM 14370 CB LEU D 382 113.822 48.878 105.760 1.00149.95 C +ANISOU14370 CB LEU D 382 17277 13719 25979 529 -4289 251 C +ATOM 14371 CG LEU D 382 113.840 49.923 106.880 1.00149.23 C +ANISOU14371 CG LEU D 382 17406 13857 25436 337 -4218 525 C +ATOM 14372 CD1 LEU D 382 114.054 51.320 106.295 1.00150.50 C +ANISOU14372 CD1 LEU D 382 17667 14296 25222 294 -3768 273 C +ATOM 14373 CD2 LEU D 382 112.564 49.857 107.674 1.00140.82 C +ANISOU14373 CD2 LEU D 382 16603 12797 24105 197 -4255 935 C +ATOM 14374 N ILE D 383 117.218 49.798 105.602 1.00142.24 N +ANISOU14374 N ILE D 383 15787 12918 25340 608 -4271 -409 N +ATOM 14375 CA ILE D 383 118.424 49.972 106.398 1.00123.22 C +ANISOU14375 CA ILE D 383 13202 10561 23057 574 -4480 -426 C +ATOM 14376 C ILE D 383 118.297 51.308 107.121 1.00113.48 C +ANISOU14376 C ILE D 383 12216 9626 21275 359 -4245 -284 C +ATOM 14377 O ILE D 383 118.380 52.379 106.499 1.00111.05 O +ANISOU14377 O ILE D 383 11996 9503 20695 296 -3806 -527 O +ATOM 14378 CB ILE D 383 119.695 49.909 105.540 1.00121.12 C +ANISOU14378 CB ILE D 383 12587 10270 23163 696 -4402 -931 C +ATOM 14379 CG1 ILE D 383 119.659 48.660 104.649 1.00118.64 C +ANISOU14379 CG1 ILE D 383 12045 9667 23366 898 -4544 -1135 C +ATOM 14380 CG2 ILE D 383 120.928 49.889 106.435 1.00129.55 C +ANISOU14380 CG2 ILE D 383 13413 11368 24443 687 -4708 -942 C +ATOM 14381 CD1 ILE D 383 120.850 48.504 103.721 1.00121.97 C +ANISOU14381 CD1 ILE D 383 12104 10053 24186 1019 -4443 -1675 C +ATOM 14382 N GLN D 384 118.082 51.240 108.434 1.00127.49 N +ANISOU14382 N GLN D 384 14111 11442 22887 241 -4523 112 N +ATOM 14383 CA GLN D 384 117.929 52.409 109.288 1.00132.43 C +ANISOU14383 CA GLN D 384 14961 12346 23009 16 -4342 255 C +ATOM 14384 C GLN D 384 119.082 52.567 110.267 1.00123.45 C +ANISOU14384 C GLN D 384 13644 11340 21923 -54 -4615 247 C +ATOM 14385 O GLN D 384 119.087 53.520 111.053 1.00126.00 O +ANISOU14385 O GLN D 384 14114 11913 21849 -258 -4489 321 O +ATOM 14386 CB GLN D 384 116.614 52.319 110.063 1.00132.19 C +ANISOU14386 CB GLN D 384 15245 12327 22653 -108 -4395 707 C +ATOM 14387 CG GLN D 384 115.395 52.269 109.173 1.00128.30 C +ANISOU14387 CG GLN D 384 14924 11753 22070 -54 -4123 710 C +ATOM 14388 CD GLN D 384 114.087 52.284 109.940 1.00127.21 C +ANISOU14388 CD GLN D 384 15078 11648 21610 -198 -4126 1113 C +ATOM 14389 OE1 GLN D 384 113.052 52.682 109.406 1.00118.27 O +ANISOU14389 OE1 GLN D 384 14122 10553 20260 -208 -3827 1111 O +ATOM 14390 NE2 GLN D 384 114.122 51.844 111.191 1.00132.22 N +ANISOU14390 NE2 GLN D 384 15756 12276 22204 -308 -4465 1460 N +ATOM 14391 N ALA D 385 120.049 51.654 110.241 1.00113.92 N +ANISOU14391 N ALA D 385 12106 9974 21203 113 -4990 141 N +ATOM 14392 CA ALA D 385 121.197 51.695 111.128 1.00109.91 C +ANISOU14392 CA ALA D 385 11374 9596 20793 85 -5312 118 C +ATOM 14393 C ALA D 385 122.348 50.999 110.423 1.00136.80 C +ANISOU14393 C ALA D 385 14354 12823 24800 310 -5488 -246 C +ATOM 14394 O ALA D 385 122.135 50.117 109.587 1.00112.69 O +ANISOU14394 O ALA D 385 11201 9490 22125 494 -5526 -326 O +ATOM 14395 CB ALA D 385 120.897 51.025 112.474 1.00112.34 C +ANISOU14395 CB ALA D 385 11784 9891 21010 45 -5804 641 C +ATOM 14396 N TRP D 386 123.571 51.404 110.757 1.00138.47 N +ANISOU14396 N TRP D 386 14294 13205 25115 286 -5583 -503 N +ATOM 14397 CA TRP D 386 124.738 50.845 110.094 1.00151.95 C +ANISOU14397 CA TRP D 386 15559 14769 27406 487 -5715 -908 C +ATOM 14398 C TRP D 386 125.958 51.089 110.966 1.00180.99 C +ANISOU14398 C TRP D 386 18946 18653 31169 455 -6018 -1017 C +ATOM 14399 O TRP D 386 125.984 52.065 111.725 1.00185.29 O +ANISOU14399 O TRP D 386 19632 19507 31262 229 -5910 -965 O +ATOM 14400 CB TRP D 386 124.938 51.477 108.707 1.00142.84 C +ANISOU14400 CB TRP D 386 14348 13631 26294 477 -5148 -1422 C +ATOM 14401 CG TRP D 386 125.676 50.606 107.751 1.00128.94 C +ANISOU14401 CG TRP D 386 12206 11632 25153 708 -5229 -1797 C +ATOM 14402 CD1 TRP D 386 126.863 50.880 107.140 1.00129.85 C +ANISOU14402 CD1 TRP D 386 11965 11804 25569 739 -5063 -2328 C +ATOM 14403 CD2 TRP D 386 125.277 49.309 107.294 1.00123.74 C +ANISOU14403 CD2 TRP D 386 11468 10633 24917 926 -5474 -1702 C +ATOM 14404 NE1 TRP D 386 127.228 49.834 106.326 1.00121.63 N +ANISOU14404 NE1 TRP D 386 10622 10488 25103 968 -5189 -2578 N +ATOM 14405 CE2 TRP D 386 126.270 48.856 106.404 1.00129.46 C +ANISOU14405 CE2 TRP D 386 11776 11224 26187 1089 -5444 -2205 C +ATOM 14406 CE3 TRP D 386 124.174 48.488 107.551 1.00120.86 C +ANISOU14406 CE3 TRP D 386 11331 10052 24538 985 -5693 -1264 C +ATOM 14407 CZ2 TRP D 386 126.195 47.618 105.770 1.00131.41 C +ANISOU14407 CZ2 TRP D 386 11829 11129 26971 1313 -5630 -2294 C +ATOM 14408 CZ3 TRP D 386 124.101 47.260 106.921 1.00123.13 C +ANISOU14408 CZ3 TRP D 386 11429 9990 25366 1201 -5876 -1343 C +ATOM 14409 CH2 TRP D 386 125.105 46.836 106.041 1.00128.23 C +ANISOU14409 CH2 TRP D 386 11660 10507 26556 1366 -5846 -1859 C +ATOM 14410 N PRO D 387 126.976 50.232 110.891 1.00206.39 N +ANISOU14410 N PRO D 387 21737 21714 34967 678 -6400 -1190 N +ATOM 14411 CA PRO D 387 128.223 50.525 111.603 1.00203.02 C +ANISOU14411 CA PRO D 387 20973 21516 34649 661 -6672 -1379 C +ATOM 14412 C PRO D 387 128.829 51.826 111.101 1.00190.06 C +ANISOU14412 C PRO D 387 19247 20140 32828 461 -6138 -1909 C +ATOM 14413 O PRO D 387 128.893 52.081 109.897 1.00194.86 O +ANISOU14413 O PRO D 387 19809 20653 33575 473 -5679 -2297 O +ATOM 14414 CB PRO D 387 129.110 49.317 111.280 1.00213.24 C +ANISOU14414 CB PRO D 387 21806 22522 36693 979 -7092 -1539 C +ATOM 14415 CG PRO D 387 128.154 48.233 110.899 1.00215.32 C +ANISOU14415 CG PRO D 387 22249 22402 37163 1142 -7205 -1215 C +ATOM 14416 CD PRO D 387 127.044 48.938 110.194 1.00211.41 C +ANISOU14416 CD PRO D 387 22156 21956 36215 959 -6623 -1235 C +ATOM 14417 N GLU D 388 129.271 52.659 112.043 1.00165.10 N +ANISOU14417 N GLU D 388 16069 17320 29341 263 -6190 -1926 N +ATOM 14418 CA GLU D 388 129.782 53.976 111.679 1.00150.26 C +ANISOU14418 CA GLU D 388 14143 15684 27266 30 -5651 -2403 C +ATOM 14419 C GLU D 388 131.048 53.866 110.839 1.00160.49 C +ANISOU14419 C GLU D 388 14946 16919 29115 143 -5553 -3001 C +ATOM 14420 O GLU D 388 131.219 54.607 109.863 1.00128.41 O +ANISOU14420 O GLU D 388 10889 12864 25038 33 -4967 -3412 O +ATOM 14421 CB GLU D 388 130.044 54.800 112.939 1.00153.44 C +ANISOU14421 CB GLU D 388 14583 16465 27254 -210 -5773 -2330 C +ATOM 14422 N ASN D 389 131.942 52.938 111.192 1.00164.39 N +ANISOU14422 N ASN D 389 15008 17344 30109 368 -6114 -3053 N +ATOM 14423 CA ASN D 389 133.248 52.884 110.544 1.00171.88 C +ANISOU14423 CA ASN D 389 15429 18278 31599 459 -6049 -3661 C +ATOM 14424 C ASN D 389 133.155 52.478 109.079 1.00172.23 C +ANISOU14424 C ASN D 389 15416 18026 31996 590 -5674 -3964 C +ATOM 14425 O ASN D 389 133.956 52.943 108.262 1.00172.56 O +ANISOU14425 O ASN D 389 15191 18112 32263 529 -5277 -4534 O +ATOM 14426 CB ASN D 389 134.163 51.919 111.295 1.00178.15 C +ANISOU14426 CB ASN D 389 15766 19050 32873 708 -6784 -3608 C +ATOM 14427 CG ASN D 389 134.542 52.431 112.669 1.00181.35 C +ANISOU14427 CG ASN D 389 16125 19835 32943 564 -7137 -3453 C +ATOM 14428 OD1 ASN D 389 134.592 53.638 112.900 1.00176.50 O +ANISOU14428 OD1 ASN D 389 15632 19525 31903 259 -6757 -3651 O +ATOM 14429 ND2 ASN D 389 134.808 51.514 113.591 1.00187.96 N +ANISOU14429 ND2 ASN D 389 16790 20658 33969 781 -7866 -3095 N +ATOM 14430 N ARG D 390 132.199 51.626 108.721 1.00170.79 N +ANISOU14430 N ARG D 390 15473 17559 31861 751 -5774 -3619 N +ATOM 14431 CA ARG D 390 132.154 51.091 107.367 1.00166.69 C +ANISOU14431 CA ARG D 390 14853 16773 31711 895 -5493 -3928 C +ATOM 14432 C ARG D 390 131.641 52.132 106.385 1.00151.24 C +ANISOU14432 C ARG D 390 13210 14918 29338 680 -4746 -4147 C +ATOM 14433 O ARG D 390 130.666 52.846 106.651 1.00143.65 O +ANISOU14433 O ARG D 390 12710 14073 27798 504 -4514 -3821 O +ATOM 14434 CB ARG D 390 131.281 49.831 107.309 1.00168.80 C +ANISOU14434 CB ARG D 390 15258 16700 32177 1124 -5840 -3514 C +ATOM 14435 CG ARG D 390 131.968 48.565 107.830 1.00169.01 C +ANISOU14435 CG ARG D 390 14876 16496 32845 1418 -6515 -3424 C +ATOM 14436 CD ARG D 390 133.358 48.350 107.222 1.00165.36 C +ANISOU14436 CD ARG D 390 13821 15993 33014 1551 -6506 -4062 C +ATOM 14437 NE ARG D 390 133.324 48.257 105.760 1.00154.93 N +ANISOU14437 NE ARG D 390 12433 14524 31908 1571 -6004 -4530 N +ATOM 14438 CZ ARG D 390 133.637 47.169 105.059 1.00153.83 C +ANISOU14438 CZ ARG D 390 11969 14063 32417 1820 -6139 -4779 C +ATOM 14439 NH1 ARG D 390 134.023 46.051 105.664 1.00162.03 N +ANISOU14439 NH1 ARG D 390 12732 14845 33988 2087 -6753 -4586 N +ATOM 14440 NH2 ARG D 390 133.579 47.200 103.734 1.00142.40 N +ANISOU14440 NH2 ARG D 390 10490 12549 31068 1795 -5638 -5227 N +ATOM 14441 N THR D 391 132.317 52.200 105.237 1.00141.50 N +ANISOU14441 N THR D 391 11715 13635 28412 702 -4370 -4701 N +ATOM 14442 CA THR D 391 132.094 53.275 104.280 1.00134.36 C +ANISOU14442 CA THR D 391 11053 12855 27141 493 -3641 -4965 C +ATOM 14443 C THR D 391 130.841 53.050 103.445 1.00124.03 C +ANISOU14443 C THR D 391 10146 11410 25570 543 -3394 -4739 C +ATOM 14444 O THR D 391 130.107 54.004 103.164 1.00120.65 O +ANISOU14444 O THR D 391 10127 11106 24607 369 -2940 -4613 O +ATOM 14445 CB THR D 391 133.309 53.416 103.364 1.00130.52 C +ANISOU14445 CB THR D 391 10138 12388 27066 480 -3314 -5646 C +ATOM 14446 OG1 THR D 391 133.571 52.163 102.716 1.00132.82 O +ANISOU14446 OG1 THR D 391 10110 12423 27931 745 -3550 -5844 O +ATOM 14447 CG2 THR D 391 134.535 53.840 104.162 1.00141.09 C +ANISOU14447 CG2 THR D 391 11080 13912 28615 388 -3484 -5920 C +ATOM 14448 N ASP D 392 130.579 51.811 103.029 1.00125.09 N +ANISOU14448 N ASP D 392 10157 11287 26086 782 -3681 -4701 N +ATOM 14449 CA ASP D 392 129.490 51.543 102.103 1.00130.78 C +ANISOU14449 CA ASP D 392 11183 11898 26610 833 -3436 -4595 C +ATOM 14450 C ASP D 392 128.788 50.250 102.487 1.00134.20 C +ANISOU14450 C ASP D 392 11631 12060 27297 1043 -3962 -4220 C +ATOM 14451 O ASP D 392 129.309 49.434 103.252 1.00139.55 O +ANISOU14451 O ASP D 392 12023 12588 28410 1189 -4493 -4116 O +ATOM 14452 CB ASP D 392 129.997 51.452 100.658 1.00134.30 C +ANISOU14452 CB ASP D 392 11423 12317 27289 868 -3012 -5166 C +ATOM 14453 CG ASP D 392 130.849 50.225 100.415 1.00137.09 C +ANISOU14453 CG ASP D 392 11254 12439 28394 1093 -3355 -5506 C +ATOM 14454 OD1 ASP D 392 131.451 49.715 101.383 1.00139.20 O +ANISOU14454 OD1 ASP D 392 11236 12617 29035 1199 -3867 -5400 O +ATOM 14455 OD2 ASP D 392 130.917 49.771 99.253 1.00138.80 O +ANISOU14455 OD2 ASP D 392 11341 12569 28829 1169 -3115 -5883 O +ATOM 14456 N LEU D 393 127.589 50.070 101.930 1.00127.85 N +ANISOU14456 N LEU D 393 11162 11190 26226 1059 -3804 -4017 N +ATOM 14457 CA LEU D 393 126.808 48.854 102.134 1.00121.64 C +ANISOU14457 CA LEU D 393 10412 10125 25679 1231 -4214 -3699 C +ATOM 14458 C LEU D 393 127.483 47.675 101.446 1.00129.86 C +ANISOU14458 C LEU D 393 11011 10896 27434 1450 -4391 -4095 C +ATOM 14459 O LEU D 393 126.879 47.010 100.597 1.00135.20 O +ANISOU14459 O LEU D 393 11714 11417 28237 1540 -4305 -4204 O +ATOM 14460 CB LEU D 393 125.383 49.043 101.607 1.00116.06 C +ANISOU14460 CB LEU D 393 10138 9453 24507 1175 -3948 -3468 C +ATOM 14461 CG LEU D 393 124.655 50.285 102.128 1.00120.56 C +ANISOU14461 CG LEU D 393 11147 10282 24380 965 -3693 -3129 C +ATOM 14462 CD1 LEU D 393 123.286 50.427 101.480 1.00116.18 C +ANISOU14462 CD1 LEU D 393 10961 9758 23422 947 -3433 -2955 C +ATOM 14463 CD2 LEU D 393 124.527 50.245 103.644 1.00134.48 C +ANISOU14463 CD2 LEU D 393 12999 12045 26054 911 -4116 -2653 C +ATOM 14464 N HIS D 394 128.741 47.415 101.813 1.00127.32 N +ANISOU14464 N HIS D 394 10257 10523 27594 1535 -4639 -4339 N +ATOM 14465 CA HIS D 394 129.493 46.305 101.243 1.00140.83 C +ANISOU14465 CA HIS D 394 11495 11959 30056 1757 -4825 -4742 C +ATOM 14466 C HIS D 394 128.743 44.988 101.373 1.00152.36 C +ANISOU14466 C HIS D 394 12975 13046 31869 1948 -5217 -4446 C +ATOM 14467 O HIS D 394 128.843 44.125 100.494 1.00152.87 O +ANISOU14467 O HIS D 394 12796 12878 32409 2090 -5182 -4800 O +ATOM 14468 CB HIS D 394 130.845 46.200 101.948 1.00160.83 C +ANISOU14468 CB HIS D 394 13579 14486 33043 1842 -5160 -4908 C +ATOM 14469 CG HIS D 394 130.728 45.988 103.426 1.00169.26 C +ANISOU14469 CG HIS D 394 14728 15518 34065 1887 -5724 -4327 C +ATOM 14470 ND1 HIS D 394 130.328 46.986 104.289 1.00169.48 N +ANISOU14470 ND1 HIS D 394 15109 15836 33451 1676 -5678 -3954 N +ATOM 14471 CD2 HIS D 394 130.938 44.891 104.191 1.00173.33 C +ANISOU14471 CD2 HIS D 394 15033 15744 35080 2115 -6339 -4042 C +ATOM 14472 CE1 HIS D 394 130.305 46.515 105.522 1.00168.89 C +ANISOU14472 CE1 HIS D 394 15037 15688 33446 1758 -6239 -3478 C +ATOM 14473 NE2 HIS D 394 130.672 45.247 105.491 1.00171.30 N +ANISOU14473 NE2 HIS D 394 15014 15639 34433 2031 -6655 -3497 N +ATOM 14474 N ALA D 395 127.993 44.814 102.465 1.00151.58 N +ANISOU14474 N ALA D 395 13159 12882 31553 1937 -5573 -3815 N +ATOM 14475 CA ALA D 395 127.310 43.550 102.709 1.00147.35 C +ANISOU14475 CA ALA D 395 12646 11960 31382 2101 -5957 -3491 C +ATOM 14476 C ALA D 395 126.360 43.193 101.574 1.00153.05 C +ANISOU14476 C ALA D 395 13515 12585 32053 2094 -5637 -3676 C +ATOM 14477 O ALA D 395 126.083 42.010 101.351 1.00161.81 O +ANISOU14477 O ALA D 395 14554 13422 33505 2151 -5804 -3657 O +ATOM 14478 CB ALA D 395 126.551 43.620 104.035 1.00143.41 C +ANISOU14478 CB ALA D 395 12502 11475 30512 2027 -6287 -2772 C +ATOM 14479 N PHE D 396 125.851 44.191 100.851 1.00151.78 N +ANISOU14479 N PHE D 396 13630 12745 31294 1915 -5124 -3829 N +ATOM 14480 CA PHE D 396 124.921 43.971 99.750 1.00144.56 C +ANISOU14480 CA PHE D 396 12869 11821 30236 1900 -4814 -4009 C +ATOM 14481 C PHE D 396 125.561 44.267 98.396 1.00138.86 C +ANISOU14481 C PHE D 396 11932 11257 29572 1891 -4364 -4683 C +ATOM 14482 O PHE D 396 124.872 44.651 97.448 1.00135.74 O +ANISOU14482 O PHE D 396 11751 11050 28775 1810 -3972 -4841 O +ATOM 14483 CB PHE D 396 123.665 44.818 99.937 1.00136.53 C +ANISOU14483 CB PHE D 396 12367 11049 28458 1724 -4595 -3607 C +ATOM 14484 CG PHE D 396 122.841 44.426 101.130 1.00137.73 C +ANISOU14484 CG PHE D 396 12753 11043 28533 1711 -4981 -2972 C +ATOM 14485 CD1 PHE D 396 121.976 43.348 101.065 1.00139.73 C +ANISOU14485 CD1 PHE D 396 13039 10996 29056 1793 -5184 -2806 C +ATOM 14486 CD2 PHE D 396 122.928 45.140 102.313 1.00139.94 C +ANISOU14486 CD2 PHE D 396 13221 11485 28467 1596 -5118 -2561 C +ATOM 14487 CE1 PHE D 396 121.215 42.985 102.160 1.00139.59 C +ANISOU14487 CE1 PHE D 396 13248 10829 28963 1758 -5506 -2217 C +ATOM 14488 CE2 PHE D 396 122.169 44.782 103.411 1.00142.53 C +ANISOU14488 CE2 PHE D 396 13775 11691 28688 1564 -5450 -1980 C +ATOM 14489 CZ PHE D 396 121.311 43.704 103.333 1.00139.29 C +ANISOU14489 CZ PHE D 396 13407 10970 28545 1643 -5637 -1796 C +ATOM 14490 N GLU D 397 126.879 44.088 98.289 1.00142.57 N +ANISOU14490 N GLU D 397 11971 11665 30532 1973 -4417 -5089 N +ATOM 14491 CA GLU D 397 127.567 44.330 97.027 1.00146.96 C +ANISOU14491 CA GLU D 397 12296 12368 31173 1948 -3973 -5757 C +ATOM 14492 C GLU D 397 127.130 43.373 95.927 1.00155.90 C +ANISOU14492 C GLU D 397 13315 13367 32554 2018 -3872 -6092 C +ATOM 14493 O GLU D 397 127.422 43.632 94.755 1.00170.82 O +ANISOU14493 O GLU D 397 15114 15458 34332 1953 -3438 -6603 O +ATOM 14494 CB GLU D 397 129.081 44.223 97.228 1.00153.19 C +ANISOU14494 CB GLU D 397 12594 13095 32514 2025 -4091 -6132 C +ATOM 14495 CG GLU D 397 129.551 42.855 97.699 1.00159.93 C +ANISOU14495 CG GLU D 397 13140 13634 33991 2141 -4596 -6063 C +ATOM 14496 CD GLU D 397 131.050 42.795 97.904 1.00164.36 C +ANISOU14496 CD GLU D 397 13273 14188 34988 2162 -4704 -6410 C +ATOM 14497 OE1 GLU D 397 131.761 43.683 97.389 1.00164.25 O +ANISOU14497 OE1 GLU D 397 13095 14409 34903 2101 -4321 -6856 O +ATOM 14498 OE2 GLU D 397 131.518 41.855 98.582 1.00166.68 O +ANISOU14498 OE2 GLU D 397 13416 14229 35684 2233 -5153 -6239 O +ATOM 14499 N ASN D 398 126.445 42.282 96.271 1.00155.92 N +ANISOU14499 N ASN D 398 13356 13149 32737 2053 -4222 -5770 N +ATOM 14500 CA ASN D 398 125.992 41.298 95.297 1.00150.97 C +ANISOU14500 CA ASN D 398 12629 12486 32249 2033 -4135 -6032 C +ATOM 14501 C ASN D 398 124.477 41.283 95.145 1.00174.96 C +ANISOU14501 C ASN D 398 16045 15545 34887 2007 -4082 -5737 C +ATOM 14502 O ASN D 398 123.939 40.392 94.480 1.00176.25 O +ANISOU14502 O ASN D 398 16133 15658 35177 1995 -4069 -5895 O +ATOM 14503 CB ASN D 398 126.494 39.908 95.690 1.00145.66 C +ANISOU14503 CB ASN D 398 11640 11502 32201 2075 -4540 -6001 C +ATOM 14504 CG ASN D 398 127.997 39.772 95.555 1.00146.67 C +ANISOU14504 CG ASN D 398 11345 11609 32774 2094 -4554 -6428 C +ATOM 14505 OD1 ASN D 398 128.568 40.091 94.511 1.00148.15 O +ANISOU14505 OD1 ASN D 398 11333 12009 32947 2045 -4174 -6986 O +ATOM 14506 ND2 ASN D 398 128.649 39.309 96.614 1.00148.59 N +ANISOU14506 ND2 ASN D 398 11463 11606 33390 2156 -4983 -6166 N +ATOM 14507 N LEU D 399 123.776 42.246 95.741 1.00204.20 N +ANISOU14507 N LEU D 399 20136 19317 38132 1991 -4050 -5337 N +ATOM 14508 CA LEU D 399 122.328 42.317 95.605 1.00212.91 C +ANISOU14508 CA LEU D 399 21601 20450 38845 1957 -3991 -5071 C +ATOM 14509 C LEU D 399 121.970 42.746 94.188 1.00211.92 C +ANISOU14509 C LEU D 399 21553 20622 38345 1910 -3523 -5524 C +ATOM 14510 O LEU D 399 122.365 43.828 93.742 1.00217.13 O +ANISOU14510 O LEU D 399 22328 21627 38545 1813 -3150 -5670 O +ATOM 14511 CB LEU D 399 121.749 43.295 96.622 1.00214.76 C +ANISOU14511 CB LEU D 399 22245 20844 38510 1846 -4030 -4472 C +ATOM 14512 CG LEU D 399 120.227 43.447 96.601 1.00211.87 C +ANISOU14512 CG LEU D 399 22263 20580 37656 1769 -3967 -4132 C +ATOM 14513 CD1 LEU D 399 119.548 42.130 96.937 1.00213.31 C +ANISOU14513 CD1 LEU D 399 22362 20369 38318 1851 -4328 -3961 C +ATOM 14514 CD2 LEU D 399 119.786 44.541 97.559 1.00207.69 C +ANISOU14514 CD2 LEU D 399 22115 20265 36533 1633 -3937 -3601 C +ATOM 14515 N GLU D 400 121.219 41.900 93.485 1.00209.74 N +ANISOU14515 N GLU D 400 21228 20303 38161 1926 -3523 -5693 N +ATOM 14516 CA GLU D 400 120.854 42.167 92.100 1.00201.02 C +ANISOU14516 CA GLU D 400 20167 19472 36741 1906 -3127 -6165 C +ATOM 14517 C GLU D 400 119.434 42.687 91.940 1.00191.94 C +ANISOU14517 C GLU D 400 19429 18575 34923 1833 -3013 -5848 C +ATOM 14518 O GLU D 400 119.188 43.504 91.048 1.00195.39 O +ANISOU14518 O GLU D 400 20054 19414 34773 1771 -2637 -6012 O +ATOM 14519 CB GLU D 400 121.001 40.899 91.250 1.00205.00 C +ANISOU14519 CB GLU D 400 20308 19942 37641 1905 -3151 -6596 C +ATOM 14520 CG GLU D 400 122.209 40.034 91.565 1.00209.80 C +ANISOU14520 CG GLU D 400 20486 20346 38881 1920 -3365 -6733 C +ATOM 14521 CD GLU D 400 122.097 38.656 90.952 1.00213.35 C +ANISOU14521 CD GLU D 400 20616 20674 39771 1913 -3458 -7038 C +ATOM 14522 OE1 GLU D 400 121.020 38.034 91.080 1.00212.43 O +ANISOU14522 OE1 GLU D 400 20609 20433 39673 1909 -3613 -6832 O +ATOM 14523 OE2 GLU D 400 123.084 38.195 90.340 1.00216.62 O +ANISOU14523 OE2 GLU D 400 20659 21115 40532 1901 -3362 -7500 O +ATOM 14524 N ILE D 401 118.490 42.230 92.764 1.00171.58 N +ANISOU14524 N ILE D 401 16995 15782 32416 1838 -3321 -5396 N +ATOM 14525 CA ILE D 401 117.080 42.531 92.545 1.00153.01 C +ANISOU14525 CA ILE D 401 14962 13647 29528 1780 -3237 -5165 C +ATOM 14526 C ILE D 401 116.378 42.691 93.883 1.00145.63 C +ANISOU14526 C ILE D 401 14286 12567 28478 1729 -3499 -4496 C +ATOM 14527 O ILE D 401 116.710 42.030 94.871 1.00140.56 O +ANISOU14527 O ILE D 401 13525 11555 28325 1760 -3838 -4251 O +ATOM 14528 CB ILE D 401 116.399 41.431 91.694 1.00133.55 C +ANISOU14528 CB ILE D 401 12307 11084 27353 1826 -3283 -5547 C +ATOM 14529 CG1 ILE D 401 116.977 41.439 90.277 1.00130.40 C +ANISOU14529 CG1 ILE D 401 11702 10937 26905 1848 -2961 -6224 C +ATOM 14530 CG2 ILE D 401 114.879 41.631 91.660 1.00116.40 C +ANISOU14530 CG2 ILE D 401 10428 9095 24705 1771 -3275 -5267 C +ATOM 14531 CD1 ILE D 401 116.466 40.348 89.370 1.00131.41 C +ANISOU14531 CD1 ILE D 401 11591 10994 27345 1881 -2984 -6709 C +ATOM 14532 N ILE D 402 115.395 43.589 93.899 1.00135.96 N +ANISOU14532 N ILE D 402 13421 11649 26589 1652 -3332 -4198 N +ATOM 14533 CA ILE D 402 114.428 43.725 94.983 1.00124.30 C +ANISOU14533 CA ILE D 402 12208 10093 24927 1583 -3521 -3620 C +ATOM 14534 C ILE D 402 113.048 43.663 94.344 1.00122.81 C +ANISOU14534 C ILE D 402 12160 10090 24414 1569 -3425 -3648 C +ATOM 14535 O ILE D 402 112.707 44.520 93.520 1.00107.15 O +ANISOU14535 O ILE D 402 10339 8497 21876 1570 -3124 -3771 O +ATOM 14536 CB ILE D 402 114.606 45.038 95.765 1.00114.94 C +ANISOU14536 CB ILE D 402 11317 9115 23240 1494 -3400 -3218 C +ATOM 14537 CG1 ILE D 402 116.080 45.239 96.129 1.00117.03 C +ANISOU14537 CG1 ILE D 402 11403 9296 23768 1506 -3428 -3326 C +ATOM 14538 CG2 ILE D 402 113.706 45.041 96.998 1.00112.85 C +ANISOU14538 CG2 ILE D 402 11283 8731 22863 1410 -3620 -2645 C +ATOM 14539 CD1 ILE D 402 116.351 46.394 97.075 1.00104.68 C +ANISOU14539 CD1 ILE D 402 10077 7879 21815 1400 -3360 -2947 C +ATOM 14540 N ARG D 403 112.259 42.653 94.714 1.00134.98 N +ANISOU14540 N ARG D 403 13632 11351 26302 1559 -3678 -3533 N +ATOM 14541 CA ARG D 403 111.002 42.419 94.009 1.00127.75 C +ANISOU14541 CA ARG D 403 12762 10599 25179 1550 -3608 -3667 C +ATOM 14542 C ARG D 403 109.954 43.470 94.354 1.00122.53 C +ANISOU14542 C ARG D 403 12461 10240 23855 1484 -3485 -3259 C +ATOM 14543 O ARG D 403 109.088 43.771 93.525 1.00104.38 O +ANISOU14543 O ARG D 403 10238 8255 21168 1506 -3327 -3411 O +ATOM 14544 CB ARG D 403 110.480 41.017 94.321 1.00110.83 C +ANISOU14544 CB ARG D 403 10422 8036 23652 1537 -3889 -3687 C +ATOM 14545 CG ARG D 403 111.485 39.937 93.973 1.00114.63 C +ANISOU14545 CG ARG D 403 10527 8172 24854 1620 -4010 -4104 C +ATOM 14546 CD ARG D 403 110.849 38.734 93.317 1.00117.56 C +ANISOU14546 CD ARG D 403 10653 8349 25666 1628 -4081 -4489 C +ATOM 14547 NE ARG D 403 111.862 37.987 92.578 1.00121.11 N +ANISOU14547 NE ARG D 403 10736 8692 26589 1697 -4054 -5016 N +ATOM 14548 CZ ARG D 403 112.110 38.131 91.279 1.00122.20 C +ANISOU14548 CZ ARG D 403 10731 9092 26606 1753 -3818 -5627 C +ATOM 14549 NH1 ARG D 403 111.406 38.982 90.541 1.00120.14 N +ANISOU14549 NH1 ARG D 403 10673 9339 25636 1727 -3583 -5708 N +ATOM 14550 NH2 ARG D 403 113.065 37.410 90.710 1.00125.70 N +ANISOU14550 NH2 ARG D 403 10824 9515 27421 1765 -3777 -6031 N +ATOM 14551 N GLY D 404 110.013 44.043 95.554 1.00113.65 N +ANISOU14551 N GLY D 404 11548 9043 22590 1407 -3557 -2758 N +ATOM 14552 CA GLY D 404 109.036 45.041 95.933 1.00111.77 C +ANISOU14552 CA GLY D 404 11633 9065 21770 1341 -3428 -2388 C +ATOM 14553 C GLY D 404 107.655 44.498 96.212 1.00102.90 C +ANISOU14553 C GLY D 404 10553 7868 20677 1284 -3555 -2219 C +ATOM 14554 O GLY D 404 106.706 45.283 96.319 1.00105.32 O +ANISOU14554 O GLY D 404 11086 8424 20506 1250 -3427 -1996 O +ATOM 14555 N ARG D 405 107.509 43.176 96.323 1.00116.53 N +ANISOU14555 N ARG D 405 12056 9244 22978 1270 -3789 -2332 N +ATOM 14556 CA ARG D 405 106.213 42.593 96.655 1.00120.12 C +ANISOU14556 CA ARG D 405 12533 9588 23518 1185 -3899 -2177 C +ATOM 14557 C ARG D 405 105.688 43.148 97.964 1.00135.76 C +ANISOU14557 C ARG D 405 14792 11543 25250 1054 -3940 -1599 C +ATOM 14558 O ARG D 405 104.520 43.538 98.063 1.00155.07 O +ANISOU14558 O ARG D 405 17381 14171 27365 992 -3855 -1448 O +ATOM 14559 CB ARG D 405 106.331 41.073 96.738 1.00126.37 C +ANISOU14559 CB ARG D 405 13049 9917 25049 1173 -4138 -2341 C +ATOM 14560 CG ARG D 405 106.903 40.451 95.495 1.00134.41 C +ANISOU14560 CG ARG D 405 13763 10933 26375 1288 -4094 -2956 C +ATOM 14561 CD ARG D 405 106.064 40.830 94.303 1.00132.40 C +ANISOU14561 CD ARG D 405 13503 11116 25688 1326 -3893 -3311 C +ATOM 14562 NE ARG D 405 106.483 40.133 93.095 1.00132.76 N +ANISOU14562 NE ARG D 405 13245 11181 26017 1409 -3849 -3939 N +ATOM 14563 CZ ARG D 405 107.289 40.660 92.180 1.00135.60 C +ANISOU14563 CZ ARG D 405 13560 11828 26133 1503 -3660 -4277 C +ATOM 14564 NH1 ARG D 405 107.762 41.894 92.328 1.00141.67 N +ANISOU14564 NH1 ARG D 405 14571 12864 26394 1528 -3493 -4036 N +ATOM 14565 NH2 ARG D 405 107.615 39.957 91.107 1.00125.76 N +ANISOU14565 NH2 ARG D 405 12026 10603 25155 1556 -3614 -4874 N +ATOM 14566 N THR D 406 106.531 43.185 98.981 1.00132.52 N +ANISOU14566 N THR D 406 14442 10921 24990 1007 -4073 -1290 N +ATOM 14567 CA THR D 406 106.198 43.850 100.226 1.00132.92 C +ANISOU14567 CA THR D 406 14765 11006 24732 872 -4085 -770 C +ATOM 14568 C THR D 406 106.871 45.204 100.214 1.00128.81 C +ANISOU14568 C THR D 406 14408 10796 23738 900 -3877 -729 C +ATOM 14569 O THR D 406 108.051 45.316 99.869 1.00138.64 O +ANISOU14569 O THR D 406 15535 12037 25105 984 -3863 -940 O +ATOM 14570 CB THR D 406 106.659 43.048 101.435 1.00131.77 C +ANISOU14570 CB THR D 406 14599 10460 25006 789 -4379 -423 C +ATOM 14571 OG1 THR D 406 107.989 42.592 101.196 1.00157.56 O +ANISOU14571 OG1 THR D 406 17647 13540 28677 909 -4512 -638 O +ATOM 14572 CG2 THR D 406 105.763 41.854 101.656 1.00104.36 C +ANISOU14572 CG2 THR D 406 11047 6668 21938 712 -4536 -347 C +ATOM 14573 N LYS D 407 106.115 46.223 100.575 1.00114.70 N +ANISOU14573 N LYS D 407 12876 9264 21442 825 -3699 -481 N +ATOM 14574 CA LYS D 407 106.601 47.586 100.584 1.00124.36 C +ANISOU14574 CA LYS D 407 14278 10766 22206 834 -3459 -427 C +ATOM 14575 C LYS D 407 106.329 48.153 101.963 1.00121.00 C +ANISOU14575 C LYS D 407 14082 10339 21552 665 -3479 32 C +ATOM 14576 O LYS D 407 105.197 48.084 102.450 1.00139.05 O +ANISOU14576 O LYS D 407 16480 12629 23723 568 -3486 257 O +ATOM 14577 CB LYS D 407 105.910 48.405 99.505 1.00130.89 C +ANISOU14577 CB LYS D 407 15194 11936 22604 932 -3172 -619 C +ATOM 14578 CG LYS D 407 105.926 47.781 98.124 1.00122.50 C +ANISOU14578 CG LYS D 407 13914 10931 21701 1078 -3158 -1077 C +ATOM 14579 CD LYS D 407 104.693 48.146 97.322 1.00117.23 C +ANISOU14579 CD LYS D 407 13312 10552 20678 1150 -3012 -1168 C +ATOM 14580 CE LYS D 407 104.671 47.386 96.013 1.00111.99 C +ANISOU14580 CE LYS D 407 12409 9957 20184 1271 -3037 -1646 C +ATOM 14581 NZ LYS D 407 103.587 47.826 95.094 1.00116.52 N +ANISOU14581 NZ LYS D 407 13034 10886 20351 1371 -2902 -1771 N +ATOM 14582 N GLN D 408 107.363 48.681 102.602 1.00105.88 N +ANISOU14582 N GLN D 408 12218 8429 19582 617 -3485 144 N +ATOM 14583 CA GLN D 408 107.178 49.221 103.937 1.00103.88 C +ANISOU14583 CA GLN D 408 12173 8205 19092 440 -3506 547 C +ATOM 14584 C GLN D 408 106.068 50.255 103.899 1.00104.09 C +ANISOU14584 C GLN D 408 12424 8486 18638 392 -3218 653 C +ATOM 14585 O GLN D 408 106.150 51.238 103.153 1.00116.42 O +ANISOU14585 O GLN D 408 14057 10272 19906 479 -2936 484 O +ATOM 14586 CB GLN D 408 108.468 49.840 104.455 1.00100.83 C +ANISOU14586 CB GLN D 408 11792 7867 18649 404 -3504 566 C +ATOM 14587 CG GLN D 408 108.391 50.161 105.927 1.00121.13 C +ANISOU14587 CG GLN D 408 14537 10453 21034 208 -3599 962 C +ATOM 14588 CD GLN D 408 109.567 50.969 106.408 1.00155.26 C +ANISOU14588 CD GLN D 408 18869 14896 25226 155 -3552 939 C +ATOM 14589 OE1 GLN D 408 110.456 51.316 105.629 1.00173.52 O +ANISOU14589 OE1 GLN D 408 21059 17266 27604 262 -3426 626 O +ATOM 14590 NE2 GLN D 408 109.586 51.273 107.701 1.00165.34 N +ANISOU14590 NE2 GLN D 408 20284 16226 26311 -26 -3644 1251 N +ATOM 14591 N HIS D 409 105.018 50.026 104.686 1.00110.32 N +ANISOU14591 N HIS D 409 13323 9232 19362 256 -3278 935 N +ATOM 14592 CA HIS D 409 103.809 50.832 104.618 1.00113.63 C +ANISOU14592 CA HIS D 409 13906 9862 19405 226 -3032 1012 C +ATOM 14593 C HIS D 409 103.078 50.642 103.298 1.00116.44 C +ANISOU14593 C HIS D 409 14155 10315 19772 400 -2944 726 C +ATOM 14594 O HIS D 409 102.214 51.448 102.941 1.00129.16 O +ANISOU14594 O HIS D 409 15874 12145 21058 448 -2723 723 O +ATOM 14595 CB HIS D 409 104.135 52.314 104.828 1.00122.06 C +ANISOU14595 CB HIS D 409 15163 11156 20057 199 -2744 1062 C +ATOM 14596 CG HIS D 409 105.271 52.548 105.776 1.00131.49 C +ANISOU14596 CG HIS D 409 16393 12303 21263 75 -2827 1189 C +ATOM 14597 ND1 HIS D 409 105.299 52.024 107.051 1.00132.25 N +ANISOU14597 ND1 HIS D 409 16528 12276 21443 -108 -3057 1483 N +ATOM 14598 CD2 HIS D 409 106.431 53.229 105.624 1.00134.52 C +ANISOU14598 CD2 HIS D 409 16768 12759 21584 105 -2719 1050 C +ATOM 14599 CE1 HIS D 409 106.420 52.387 107.650 1.00135.68 C +ANISOU14599 CE1 HIS D 409 16967 12735 21848 -173 -3111 1516 C +ATOM 14600 NE2 HIS D 409 107.126 53.116 106.804 1.00135.05 N +ANISOU14600 NE2 HIS D 409 16846 12766 21699 -52 -2903 1240 N +ATOM 14601 N GLY D 410 103.417 49.585 102.565 1.00100.82 N +ANISOU14601 N GLY D 410 11954 8185 18168 502 -3120 474 N +ATOM 14602 CA GLY D 410 102.823 49.326 101.272 1.00 89.56 C +ANISOU14602 CA GLY D 410 10398 6879 16752 661 -3061 152 C +ATOM 14603 C GLY D 410 103.272 50.250 100.162 1.00 98.99 C +ANISOU14603 C GLY D 410 11627 8341 17643 833 -2819 -92 C +ATOM 14604 O GLY D 410 102.578 50.355 99.147 1.00107.49 O +ANISOU14604 O GLY D 410 12663 9618 18560 964 -2726 -294 O +ATOM 14605 N GLN D 411 104.430 50.902 100.304 1.00 85.75 N +ANISOU14605 N GLN D 411 10017 6681 15882 832 -2716 -86 N +ATOM 14606 CA GLN D 411 104.882 51.866 99.307 1.00 86.40 C +ANISOU14606 CA GLN D 411 10167 7003 15657 967 -2438 -280 C +ATOM 14607 C GLN D 411 106.349 51.687 98.920 1.00 94.23 C +ANISOU14607 C GLN D 411 11026 7919 16858 1004 -2441 -525 C +ATOM 14608 O GLN D 411 106.649 51.376 97.764 1.00 87.33 O +ANISOU14608 O GLN D 411 10015 7124 16042 1132 -2394 -864 O +ATOM 14609 CB GLN D 411 104.647 53.285 99.827 1.00 83.21 C +ANISOU14609 CB GLN D 411 10032 6754 14828 916 -2171 -21 C +ATOM 14610 CG GLN D 411 104.220 54.258 98.755 1.00110.78 C +ANISOU14610 CG GLN D 411 13649 10518 17925 1081 -1880 -112 C +ATOM 14611 CD GLN D 411 103.607 55.516 99.331 1.00118.04 C +ANISOU14611 CD GLN D 411 14818 11542 18490 1040 -1642 171 C +ATOM 14612 OE1 GLN D 411 103.874 55.885 100.474 1.00116.72 O +ANISOU14612 OE1 GLN D 411 14746 11274 18329 870 -1624 379 O +ATOM 14613 NE2 GLN D 411 102.767 56.176 98.545 1.00121.07 N +ANISOU14613 NE2 GLN D 411 15301 12137 18565 1201 -1465 173 N +ATOM 14614 N PHE D 412 107.267 51.868 99.866 1.00115.37 N +ANISOU14614 N PHE D 412 13723 10465 19648 887 -2495 -383 N +ATOM 14615 CA PHE D 412 108.691 51.858 99.560 1.00117.50 C +ANISOU14615 CA PHE D 412 13855 10686 20102 915 -2469 -622 C +ATOM 14616 C PHE D 412 109.218 50.439 99.378 1.00106.36 C +ANISOU14616 C PHE D 412 12147 9030 19235 963 -2774 -838 C +ATOM 14617 O PHE D 412 108.724 49.486 99.983 1.00101.52 O +ANISOU14617 O PHE D 412 11463 8206 18905 918 -3053 -686 O +ATOM 14618 CB PHE D 412 109.474 52.545 100.676 1.00131.92 C +ANISOU14618 CB PHE D 412 15777 12479 21870 773 -2446 -415 C +ATOM 14619 CG PHE D 412 109.151 54.000 100.840 1.00139.55 C +ANISOU14619 CG PHE D 412 17014 13650 22359 717 -2105 -256 C +ATOM 14620 CD1 PHE D 412 109.247 54.867 99.766 1.00145.10 C +ANISOU14620 CD1 PHE D 412 17808 14540 22782 820 -1759 -434 C +ATOM 14621 CD2 PHE D 412 108.751 54.500 102.067 1.00141.42 C +ANISOU14621 CD2 PHE D 412 17418 13885 22430 560 -2117 70 C +ATOM 14622 CE1 PHE D 412 108.955 56.208 99.912 1.00148.69 C +ANISOU14622 CE1 PHE D 412 18515 15136 22843 780 -1433 -274 C +ATOM 14623 CE2 PHE D 412 108.455 55.842 102.220 1.00145.43 C +ANISOU14623 CE2 PHE D 412 18160 14552 22546 509 -1785 188 C +ATOM 14624 CZ PHE D 412 108.557 56.697 101.140 1.00148.45 C +ANISOU14624 CZ PHE D 412 18631 15080 22696 627 -1443 23 C +ATOM 14625 N SER D 413 110.253 50.311 98.544 1.00105.68 N +ANISOU14625 N SER D 413 11884 8955 19314 1049 -2698 -1202 N +ATOM 14626 CA SER D 413 110.942 49.042 98.342 1.00107.67 C +ANISOU14626 CA SER D 413 11824 8957 20130 1107 -2957 -1458 C +ATOM 14627 C SER D 413 112.419 49.086 98.703 1.00116.21 C +ANISOU14627 C SER D 413 12749 9931 21475 1090 -3010 -1567 C +ATOM 14628 O SER D 413 112.978 48.047 99.060 1.00126.12 O +ANISOU14628 O SER D 413 13766 10908 23244 1119 -3313 -1621 O +ATOM 14629 CB SER D 413 110.805 48.577 96.886 1.00100.95 C +ANISOU14629 CB SER D 413 10814 8205 19337 1237 -2849 -1901 C +ATOM 14630 OG SER D 413 111.441 49.476 95.996 1.00 94.48 O +ANISOU14630 OG SER D 413 10044 7640 18216 1281 -2513 -2146 O +ATOM 14631 N LEU D 414 113.066 50.246 98.612 1.00129.01 N +ANISOU14631 N LEU D 414 14482 11751 22786 1049 -2725 -1608 N +ATOM 14632 CA LEU D 414 114.431 50.431 99.087 1.00164.63 C +ANISOU14632 CA LEU D 414 18847 16194 27511 1006 -2764 -1699 C +ATOM 14633 C LEU D 414 114.469 51.684 99.945 1.00155.88 C +ANISOU14633 C LEU D 414 17989 15236 26003 864 -2595 -1411 C +ATOM 14634 O LEU D 414 113.952 52.730 99.541 1.00141.08 O +ANISOU14634 O LEU D 414 16358 13574 23673 840 -2251 -1362 O +ATOM 14635 CB LEU D 414 115.426 50.551 97.924 1.00 96.28 C +ANISOU14635 CB LEU D 414 10000 7625 18955 1079 -2523 -2186 C +ATOM 14636 CG LEU D 414 116.876 50.854 98.320 1.00116.82 C +ANISOU14636 CG LEU D 414 12423 10191 21774 1028 -2512 -2341 C +ATOM 14637 CD1 LEU D 414 117.450 49.748 99.196 1.00128.90 C +ANISOU14637 CD1 LEU D 414 13680 11427 23868 1063 -2980 -2279 C +ATOM 14638 CD2 LEU D 414 117.741 51.063 97.086 1.00116.34 C +ANISOU14638 CD2 LEU D 414 12201 10246 21759 1075 -2197 -2836 C +ATOM 14639 N ALA D 415 115.078 51.581 101.125 1.00170.49 N +ANISOU14639 N ALA D 415 19775 16977 28026 776 -2838 -1226 N +ATOM 14640 CA ALA D 415 115.105 52.688 102.077 1.00168.03 C +ANISOU14640 CA ALA D 415 19679 16805 27359 615 -2712 -970 C +ATOM 14641 C ALA D 415 116.446 52.682 102.797 1.00166.02 C +ANISOU14641 C ALA D 415 19217 16505 27358 557 -2882 -1053 C +ATOM 14642 O ALA D 415 116.711 51.791 103.608 1.00168.76 O +ANISOU14642 O ALA D 415 19415 16681 28025 569 -3297 -900 O +ATOM 14643 CB ALA D 415 113.951 52.582 103.073 1.00173.69 C +ANISOU14643 CB ALA D 415 20612 17495 27888 525 -2881 -529 C +ATOM 14644 N VAL D 416 117.283 53.670 102.505 1.00155.71 N +ANISOU14644 N VAL D 416 17897 15350 25915 495 -2564 -1288 N +ATOM 14645 CA VAL D 416 118.569 53.854 103.169 1.00140.52 C +ANISOU14645 CA VAL D 416 15766 13436 24189 420 -2677 -1412 C +ATOM 14646 C VAL D 416 118.469 55.164 103.938 1.00134.98 C +ANISOU14646 C VAL D 416 15306 12923 23059 221 -2435 -1243 C +ATOM 14647 O VAL D 416 118.543 56.245 103.342 1.00123.61 O +ANISOU14647 O VAL D 416 14002 11615 21350 161 -1976 -1398 O +ATOM 14648 CB VAL D 416 119.730 53.880 102.168 1.00134.52 C +ANISOU14648 CB VAL D 416 14736 12683 23692 487 -2480 -1905 C +ATOM 14649 CG1 VAL D 416 121.059 54.053 102.888 1.00136.70 C +ANISOU14649 CG1 VAL D 416 14755 12981 24205 410 -2618 -2059 C +ATOM 14650 CG2 VAL D 416 119.734 52.616 101.321 1.00127.13 C +ANISOU14650 CG2 VAL D 416 13567 11566 23169 677 -2670 -2117 C +ATOM 14651 N VAL D 417 118.303 55.091 105.259 1.00135.92 N +ANISOU14651 N VAL D 417 15483 13053 23106 111 -2723 -927 N +ATOM 14652 CA VAL D 417 117.980 56.279 106.045 1.00136.61 C +ANISOU14652 CA VAL D 417 15823 13320 22763 -91 -2495 -752 C +ATOM 14653 C VAL D 417 118.959 56.425 107.201 1.00136.18 C +ANISOU14653 C VAL D 417 15611 13352 22781 -227 -2732 -755 C +ATOM 14654 O VAL D 417 119.257 55.449 107.900 1.00143.03 O +ANISOU14654 O VAL D 417 16309 14135 23902 -178 -3214 -610 O +ATOM 14655 CB VAL D 417 116.534 56.233 106.575 1.00138.13 C +ANISOU14655 CB VAL D 417 16308 13514 22660 -137 -2545 -345 C +ATOM 14656 CG1 VAL D 417 116.211 57.507 107.348 1.00145.69 C +ANISOU14656 CG1 VAL D 417 17510 14652 23194 -348 -2268 -214 C +ATOM 14657 CG2 VAL D 417 115.556 56.055 105.424 1.00133.01 C +ANISOU14657 CG2 VAL D 417 15781 12809 21949 11 -2348 -363 C +ATOM 14658 N SER D 418 119.454 57.650 107.395 1.00130.40 N +ANISOU14658 N SER D 418 14931 12788 21828 -396 -2393 -921 N +ATOM 14659 CA SER D 418 120.147 58.053 108.620 1.00125.94 C +ANISOU14659 CA SER D 418 14280 12378 21195 -580 -2556 -907 C +ATOM 14660 C SER D 418 121.370 57.179 108.894 1.00116.34 C +ANISOU14660 C SER D 418 12670 11122 20413 -491 -2997 -1071 C +ATOM 14661 O SER D 418 121.537 56.626 109.983 1.00109.99 O +ANISOU14661 O SER D 418 11785 10357 19647 -517 -3453 -845 O +ATOM 14662 CB SER D 418 119.186 58.035 109.811 1.00128.36 C +ANISOU14662 CB SER D 418 14828 12761 21184 -706 -2753 -479 C +ATOM 14663 OG SER D 418 118.133 58.966 109.627 1.00133.55 O +ANISOU14663 OG SER D 418 15815 13467 21463 -796 -2324 -370 O +ATOM 14664 N LEU D 419 122.239 57.070 107.895 1.00115.23 N +ANISOU14664 N LEU D 419 12278 10909 20594 -382 -2854 -1468 N +ATOM 14665 CA LEU D 419 123.498 56.355 108.029 1.00112.46 C +ANISOU14665 CA LEU D 419 11506 10519 20703 -286 -3211 -1706 C +ATOM 14666 C LEU D 419 124.664 57.322 107.868 1.00116.44 C +ANISOU14666 C LEU D 419 11812 11179 21252 -425 -2896 -2152 C +ATOM 14667 O LEU D 419 124.510 58.442 107.375 1.00115.81 O +ANISOU14667 O LEU D 419 11921 11176 20905 -564 -2352 -2303 O +ATOM 14668 CB LEU D 419 123.601 55.230 106.994 1.00116.31 C +ANISOU14668 CB LEU D 419 11796 10768 21629 -35 -3342 -1850 C +ATOM 14669 CG LEU D 419 122.370 54.328 106.866 1.00114.01 C +ANISOU14669 CG LEU D 419 11704 10294 21319 95 -3538 -1487 C +ATOM 14670 CD1 LEU D 419 122.638 53.216 105.862 1.00107.64 C +ANISOU14670 CD1 LEU D 419 10641 9255 21002 327 -3666 -1715 C +ATOM 14671 CD2 LEU D 419 121.956 53.753 108.215 1.00116.06 C +ANISOU14671 CD2 LEU D 419 12043 10538 21516 63 -4027 -1023 C +ATOM 14672 N ASN D 420 125.842 56.875 108.300 1.00131.75 N +ANISOU14672 N ASN D 420 13355 13153 23551 -385 -3244 -2361 N +ATOM 14673 CA ASN D 420 127.066 57.656 108.186 1.00140.90 C +ANISOU14673 CA ASN D 420 14244 14457 24835 -516 -2997 -2835 C +ATOM 14674 C ASN D 420 127.915 57.233 106.995 1.00149.10 C +ANISOU14674 C ASN D 420 14957 15361 26334 -369 -2855 -3285 C +ATOM 14675 O ASN D 420 129.089 57.607 106.918 1.00153.64 O +ANISOU14675 O ASN D 420 15205 16031 27140 -445 -2745 -3715 O +ATOM 14676 CB ASN D 420 127.883 57.544 109.474 1.00139.76 C +ANISOU14676 CB ASN D 420 13833 14494 24774 -585 -3464 -2829 C +ATOM 14677 CG ASN D 420 127.213 58.223 110.651 1.00143.80 C +ANISOU14677 CG ASN D 420 14649 15211 24777 -802 -3495 -2497 C +ATOM 14678 OD1 ASN D 420 126.547 59.247 110.494 1.00158.47 O +ANISOU14678 OD1 ASN D 420 16834 17125 26254 -979 -3005 -2469 O +ATOM 14679 ND2 ASN D 420 127.386 57.657 111.839 1.00135.25 N +ANISOU14679 ND2 ASN D 420 13460 14244 23683 -787 -4068 -2242 N +ATOM 14680 N ILE D 421 127.345 56.467 106.063 1.00146.10 N +ANISOU14680 N ILE D 421 14644 14777 26092 -175 -2840 -3227 N +ATOM 14681 CA ILE D 421 128.116 55.971 104.930 1.00145.47 C +ANISOU14681 CA ILE D 421 14245 14576 26451 -36 -2717 -3670 C +ATOM 14682 C ILE D 421 128.460 57.115 103.981 1.00146.50 C +ANISOU14682 C ILE D 421 14452 14806 26407 -200 -2022 -4047 C +ATOM 14683 O ILE D 421 127.844 58.187 103.991 1.00151.24 O +ANISOU14683 O ILE D 421 15418 15504 26544 -371 -1615 -3902 O +ATOM 14684 CB ILE D 421 127.348 54.858 104.197 1.00148.21 C +ANISOU14684 CB ILE D 421 14654 14695 26963 193 -2873 -3526 C +ATOM 14685 CG1 ILE D 421 125.955 55.346 103.788 1.00136.22 C +ANISOU14685 CG1 ILE D 421 13627 13192 24938 143 -2544 -3221 C +ATOM 14686 CG2 ILE D 421 127.248 53.622 105.081 1.00153.28 C +ANISOU14686 CG2 ILE D 421 15147 15183 27910 364 -3558 -3211 C +ATOM 14687 CD1 ILE D 421 125.271 54.459 102.772 1.00121.90 C +ANISOU14687 CD1 ILE D 421 11857 11206 23255 334 -2550 -3220 C +ATOM 14688 N THR D 422 129.466 56.871 103.141 1.00156.94 N +ANISOU14688 N THR D 422 15421 16086 28125 -145 -1873 -4538 N +ATOM 14689 CA THR D 422 129.854 57.804 102.091 1.00158.40 C +ANISOU14689 CA THR D 422 15658 16338 28189 -288 -1198 -4914 C +ATOM 14690 C THR D 422 129.336 57.402 100.719 1.00152.04 C +ANISOU14690 C THR D 422 14981 15430 27356 -155 -928 -4994 C +ATOM 14691 O THR D 422 129.131 58.273 99.867 1.00156.77 O +ANISOU14691 O THR D 422 15832 16094 27639 -267 -346 -5089 O +ATOM 14692 CB THR D 422 131.380 57.926 102.024 1.00164.88 C +ANISOU14692 CB THR D 422 15989 17219 29438 -364 -1125 -5470 C +ATOM 14693 OG1 THR D 422 131.966 56.618 102.014 1.00170.71 O +ANISOU14693 OG1 THR D 422 16290 17829 30742 -131 -1625 -5636 O +ATOM 14694 CG2 THR D 422 131.910 58.715 103.212 1.00167.55 C +ANISOU14694 CG2 THR D 422 16245 17729 29688 -570 -1206 -5476 C +ATOM 14695 N SER D 423 129.122 56.109 100.488 1.00141.04 N +ANISOU14695 N SER D 423 13422 13881 26284 79 -1333 -4958 N +ATOM 14696 CA SER D 423 128.627 55.620 99.211 1.00138.63 C +ANISOU14696 CA SER D 423 13203 13503 25969 207 -1124 -5073 C +ATOM 14697 C SER D 423 127.750 54.405 99.467 1.00147.41 C +ANISOU14697 C SER D 423 14348 14441 27221 419 -1637 -4746 C +ATOM 14698 O SER D 423 128.019 53.621 100.381 1.00156.85 O +ANISOU14698 O SER D 423 15312 15518 28766 517 -2176 -4614 O +ATOM 14699 CB SER D 423 129.778 55.251 98.268 1.00131.71 C +ANISOU14699 CB SER D 423 11907 12602 25535 243 -936 -5681 C +ATOM 14700 OG SER D 423 130.423 54.064 98.695 1.00136.38 O +ANISOU14700 OG SER D 423 12044 13033 26740 420 -1477 -5824 O +ATOM 14701 N LEU D 424 126.700 54.256 98.659 1.00143.82 N +ANISOU14701 N LEU D 424 14180 13974 26493 488 -1466 -4611 N +ATOM 14702 CA LEU D 424 125.813 53.107 98.808 1.00137.26 C +ANISOU14702 CA LEU D 424 13379 12968 25805 668 -1898 -4339 C +ATOM 14703 C LEU D 424 126.554 51.805 98.534 1.00147.47 C +ANISOU14703 C LEU D 424 14207 14054 27771 848 -2229 -4670 C +ATOM 14704 O LEU D 424 126.504 50.867 99.336 1.00149.72 O +ANISOU14704 O LEU D 424 14339 14141 28407 971 -2759 -4455 O +ATOM 14705 CB LEU D 424 124.611 53.254 97.874 1.00116.07 C +ANISOU14705 CB LEU D 424 11049 10350 22704 699 -1613 -4216 C +ATOM 14706 CG LEU D 424 123.635 54.372 98.244 1.00108.12 C +ANISOU14706 CG LEU D 424 10512 9492 21075 572 -1377 -3800 C +ATOM 14707 CD1 LEU D 424 122.697 54.662 97.086 1.00103.40 C +ANISOU14707 CD1 LEU D 424 10206 9005 20076 616 -1019 -3787 C +ATOM 14708 CD2 LEU D 424 122.848 54.007 99.494 1.00103.51 C +ANISOU14708 CD2 LEU D 424 10061 8817 20451 584 -1823 -3307 C +ATOM 14709 N GLY D 425 127.251 51.732 97.404 1.00145.05 N +ANISOU14709 N GLY D 425 13673 13779 27661 865 -1911 -5194 N +ATOM 14710 CA GLY D 425 128.012 50.542 97.075 1.00146.03 C +ANISOU14710 CA GLY D 425 13322 13700 28462 1034 -2175 -5578 C +ATOM 14711 C GLY D 425 127.171 49.358 96.659 1.00140.28 C +ANISOU14711 C GLY D 425 12595 12768 27935 1211 -2424 -5505 C +ATOM 14712 O GLY D 425 127.587 48.212 96.854 1.00145.46 O +ANISOU14712 O GLY D 425 12895 13164 29211 1378 -2821 -5630 O +ATOM 14713 N LEU D 426 125.991 49.602 96.090 1.00131.14 N +ANISOU14713 N LEU D 426 11819 11716 26291 1183 -2203 -5314 N +ATOM 14714 CA LEU D 426 125.141 48.529 95.572 1.00139.94 C +ANISOU14714 CA LEU D 426 12930 12672 27567 1325 -2383 -5309 C +ATOM 14715 C LEU D 426 125.485 48.258 94.106 1.00155.90 C +ANISOU14715 C LEU D 426 14766 14774 29696 1355 -2032 -5898 C +ATOM 14716 O LEU D 426 124.668 48.412 93.197 1.00166.50 O +ANISOU14716 O LEU D 426 16343 16279 30641 1340 -1763 -5941 O +ATOM 14717 CB LEU D 426 123.671 48.894 95.742 1.00130.02 C +ANISOU14717 CB LEU D 426 12142 11512 25746 1283 -2356 -4824 C +ATOM 14718 CG LEU D 426 123.202 49.178 97.173 1.00128.27 C +ANISOU14718 CG LEU D 426 12139 11238 25359 1227 -2664 -4242 C +ATOM 14719 CD1 LEU D 426 121.760 49.664 97.174 1.00107.91 C +ANISOU14719 CD1 LEU D 426 10009 8790 22201 1173 -2541 -3843 C +ATOM 14720 CD2 LEU D 426 123.350 47.945 98.052 1.00137.31 C +ANISOU14720 CD2 LEU D 426 13035 12053 27085 1357 -3239 -4072 C +ATOM 14721 N ARG D 427 126.732 47.840 93.893 1.00156.24 N +ANISOU14721 N ARG D 427 14362 14715 30285 1399 -2046 -6372 N +ATOM 14722 CA ARG D 427 127.293 47.729 92.552 1.00150.30 C +ANISOU14722 CA ARG D 427 13398 14077 29631 1386 -1650 -6996 C +ATOM 14723 C ARG D 427 126.801 46.507 91.787 1.00137.68 C +ANISOU14723 C ARG D 427 11638 12324 28352 1527 -1779 -7256 C +ATOM 14724 O ARG D 427 127.301 46.246 90.689 1.00133.81 O +ANISOU14724 O ARG D 427 10918 11912 28011 1524 -1489 -7827 O +ATOM 14725 CB ARG D 427 128.821 47.711 92.625 1.00155.17 C +ANISOU14725 CB ARG D 427 13555 14639 30763 1376 -1609 -7451 C +ATOM 14726 CG ARG D 427 129.396 46.479 93.300 1.00156.71 C +ANISOU14726 CG ARG D 427 13293 14465 31784 1573 -2162 -7528 C +ATOM 14727 CD ARG D 427 130.870 46.655 93.616 1.00155.76 C +ANISOU14727 CD ARG D 427 12741 14327 32115 1562 -2171 -7883 C +ATOM 14728 NE ARG D 427 131.098 47.779 94.520 1.00151.25 N +ANISOU14728 NE ARG D 427 12365 13934 31170 1413 -2136 -7556 N +ATOM 14729 CZ ARG D 427 132.268 48.066 95.082 1.00166.48 C +ANISOU14729 CZ ARG D 427 13962 15878 33415 1383 -2213 -7750 C +ATOM 14730 NH1 ARG D 427 133.332 47.312 94.841 1.00171.88 N +ANISOU14730 NH1 ARG D 427 14093 16402 34812 1510 -2341 -8256 N +ATOM 14731 NH2 ARG D 427 132.372 49.114 95.888 1.00172.75 N +ANISOU14731 NH2 ARG D 427 14959 16853 33826 1225 -2161 -7463 N +ATOM 14732 N SER D 428 125.844 45.759 92.333 1.00137.72 N +ANISOU14732 N SER D 428 11749 12114 28467 1631 -2183 -6878 N +ATOM 14733 CA SER D 428 125.188 44.688 91.602 1.00148.68 C +ANISOU14733 CA SER D 428 13036 13370 30084 1734 -2270 -7099 C +ATOM 14734 C SER D 428 123.706 44.945 91.380 1.00141.92 C +ANISOU14734 C SER D 428 12618 12684 28622 1694 -2205 -6746 C +ATOM 14735 O SER D 428 123.075 44.205 90.616 1.00124.90 O +ANISOU14735 O SER D 428 10410 10505 26541 1748 -2202 -6976 O +ATOM 14736 CB SER D 428 125.359 43.351 92.341 1.00159.35 C +ANISOU14736 CB SER D 428 14072 14332 32141 1861 -2806 -6973 C +ATOM 14737 OG SER D 428 126.726 42.992 92.438 1.00170.31 O +ANISOU14737 OG SER D 428 15024 15661 34025 1865 -2885 -7269 O +ATOM 14738 N LEU D 429 123.138 45.970 92.014 1.00135.25 N +ANISOU14738 N LEU D 429 12178 12013 27198 1599 -2147 -6228 N +ATOM 14739 CA LEU D 429 121.722 46.283 91.885 1.00137.93 C +ANISOU14739 CA LEU D 429 12921 12516 26972 1571 -2097 -5871 C +ATOM 14740 C LEU D 429 121.383 46.667 90.452 1.00138.11 C +ANISOU14740 C LEU D 429 13065 12885 26527 1538 -1660 -6216 C +ATOM 14741 O LEU D 429 121.838 47.703 89.957 1.00134.92 O +ANISOU14741 O LEU D 429 12800 12758 25707 1444 -1249 -6321 O +ATOM 14742 CB LEU D 429 121.349 47.415 92.845 1.00135.51 C +ANISOU14742 CB LEU D 429 12989 12332 26168 1470 -2073 -5304 C +ATOM 14743 CG LEU D 429 119.861 47.712 93.031 1.00126.79 C +ANISOU14743 CG LEU D 429 12278 11336 24560 1453 -2104 -4851 C +ATOM 14744 CD1 LEU D 429 119.146 46.525 93.660 1.00117.47 C +ANISOU14744 CD1 LEU D 429 11008 9843 23784 1534 -2562 -4637 C +ATOM 14745 CD2 LEU D 429 119.686 48.958 93.884 1.00123.29 C +ANISOU14745 CD2 LEU D 429 12172 11031 23644 1339 -1994 -4389 C +ATOM 14746 N LYS D 430 120.584 45.839 89.778 1.00149.47 N +ANISOU14746 N LYS D 430 14454 14316 28023 1607 -1741 -6393 N +ATOM 14747 CA LYS D 430 120.212 46.078 88.392 1.00143.52 C +ANISOU14747 CA LYS D 430 13793 13920 26816 1587 -1376 -6739 C +ATOM 14748 C LYS D 430 118.714 46.216 88.169 1.00133.44 C +ANISOU14748 C LYS D 430 12837 12835 25029 1607 -1412 -6441 C +ATOM 14749 O LYS D 430 118.308 46.566 87.056 1.00120.72 O +ANISOU14749 O LYS D 430 11360 11583 22926 1599 -1121 -6649 O +ATOM 14750 CB LYS D 430 120.736 44.943 87.497 1.00123.36 C +ANISOU14750 CB LYS D 430 10815 11269 24787 1643 -1375 -7409 C +ATOM 14751 N GLU D 431 117.881 45.961 89.177 1.00131.75 N +ANISOU14751 N GLU D 431 12745 12413 24902 1632 -1754 -5968 N +ATOM 14752 CA GLU D 431 116.438 45.995 88.974 1.00135.20 C +ANISOU14752 CA GLU D 431 13429 13016 24926 1653 -1806 -5733 C +ATOM 14753 C GLU D 431 115.734 46.224 90.302 1.00132.98 C +ANISOU14753 C GLU D 431 13368 12556 24600 1629 -2068 -5106 C +ATOM 14754 O GLU D 431 116.001 45.522 91.282 1.00121.21 O +ANISOU14754 O GLU D 431 11718 10693 23642 1636 -2397 -4949 O +ATOM 14755 CB GLU D 431 115.953 44.692 88.330 1.00132.76 C +ANISOU14755 CB GLU D 431 12848 12604 24991 1714 -1979 -6131 C +ATOM 14756 CG GLU D 431 114.442 44.535 88.260 1.00125.64 C +ANISOU14756 CG GLU D 431 12128 11819 23790 1732 -2104 -5911 C +ATOM 14757 CD GLU D 431 114.026 43.270 87.540 1.00125.41 C +ANISOU14757 CD GLU D 431 11802 11708 24140 1769 -2236 -6385 C +ATOM 14758 OE1 GLU D 431 114.915 42.496 87.127 1.00121.29 O +ANISOU14758 OE1 GLU D 431 10935 11010 24138 1788 -2232 -6874 O +ATOM 14759 OE2 GLU D 431 112.805 43.045 87.392 1.00125.32 O +ANISOU14759 OE2 GLU D 431 11882 11804 23930 1777 -2337 -6293 O +ATOM 14760 N ILE D 432 114.840 47.208 90.323 1.00140.09 N +ANISOU14760 N ILE D 432 14637 13728 24863 1605 -1917 -4748 N +ATOM 14761 CA ILE D 432 113.898 47.420 91.417 1.00135.70 C +ANISOU14761 CA ILE D 432 14308 13069 24185 1575 -2126 -4196 C +ATOM 14762 C ILE D 432 112.516 47.322 90.784 1.00135.22 C +ANISOU14762 C ILE D 432 14374 13229 23773 1623 -2119 -4178 C +ATOM 14763 O ILE D 432 112.014 48.295 90.209 1.00128.19 O +ANISOU14763 O ILE D 432 13743 12689 22275 1645 -1860 -4084 O +ATOM 14764 CB ILE D 432 114.106 48.766 92.119 1.00126.88 C +ANISOU14764 CB ILE D 432 13490 12060 22658 1500 -1943 -3792 C +ATOM 14765 CG1 ILE D 432 115.532 48.856 92.673 1.00110.09 C +ANISOU14765 CG1 ILE D 432 11193 9756 20882 1446 -1949 -3881 C +ATOM 14766 CG2 ILE D 432 113.082 48.944 93.239 1.00134.52 C +ANISOU14766 CG2 ILE D 432 14678 12936 23497 1456 -2145 -3260 C +ATOM 14767 CD1 ILE D 432 115.878 50.197 93.295 1.00100.68 C +ANISOU14767 CD1 ILE D 432 10256 8678 19318 1348 -1729 -3576 C +ATOM 14768 N SER D 433 111.898 46.143 90.882 1.00140.27 N +ANISOU14768 N SER D 433 14823 13659 24815 1644 -2406 -4272 N +ATOM 14769 CA SER D 433 110.708 45.857 90.087 1.00133.69 C +ANISOU14769 CA SER D 433 14009 13051 23736 1690 -2406 -4415 C +ATOM 14770 C SER D 433 109.556 46.790 90.441 1.00141.99 C +ANISOU14770 C SER D 433 15400 14324 24224 1686 -2353 -3955 C +ATOM 14771 O SER D 433 108.837 47.261 89.552 1.00145.06 O +ANISOU14771 O SER D 433 15911 15086 24120 1752 -2197 -4037 O +ATOM 14772 CB SER D 433 110.294 44.398 90.276 1.00124.90 C +ANISOU14772 CB SER D 433 12612 11606 23237 1685 -2719 -4591 C +ATOM 14773 OG SER D 433 111.352 43.519 89.929 1.00119.04 O +ANISOU14773 OG SER D 433 11534 10631 23064 1707 -2765 -5038 O +ATOM 14774 N ASP D 434 109.361 47.070 91.727 1.00144.36 N +ANISOU14774 N ASP D 434 15851 14415 24586 1615 -2483 -3474 N +ATOM 14775 CA ASP D 434 108.241 47.894 92.155 1.00133.95 C +ANISOU14775 CA ASP D 434 14824 13267 22802 1603 -2437 -3055 C +ATOM 14776 C ASP D 434 108.609 48.608 93.447 1.00125.88 C +ANISOU14776 C ASP D 434 13995 12089 21747 1508 -2438 -2601 C +ATOM 14777 O ASP D 434 109.542 48.218 94.153 1.00122.15 O +ANISOU14777 O ASP D 434 13400 11338 21674 1448 -2572 -2575 O +ATOM 14778 CB ASP D 434 106.973 47.053 92.349 1.00125.22 C +ANISOU14778 CB ASP D 434 13638 12077 21864 1591 -2674 -3008 C +ATOM 14779 CG ASP D 434 105.746 47.899 92.606 1.00120.42 C +ANISOU14779 CG ASP D 434 13290 11695 20768 1598 -2604 -2655 C +ATOM 14780 OD1 ASP D 434 105.789 49.114 92.323 1.00125.11 O +ANISOU14780 OD1 ASP D 434 14120 12562 20854 1653 -2353 -2513 O +ATOM 14781 OD2 ASP D 434 104.737 47.344 93.087 1.00116.95 O +ANISOU14781 OD2 ASP D 434 12811 11146 20480 1548 -2788 -2526 O +ATOM 14782 N GLY D 435 107.865 49.667 93.742 1.00119.71 N +ANISOU14782 N GLY D 435 13501 11499 20484 1499 -2291 -2258 N +ATOM 14783 CA GLY D 435 108.062 50.433 94.953 1.00116.12 C +ANISOU14783 CA GLY D 435 13244 10941 19935 1393 -2262 -1846 C +ATOM 14784 C GLY D 435 108.979 51.626 94.749 1.00117.99 C +ANISOU14784 C GLY D 435 13634 11325 19873 1388 -1943 -1844 C +ATOM 14785 O GLY D 435 109.784 51.686 93.821 1.00116.23 O +ANISOU14785 O GLY D 435 13320 11203 19637 1443 -1776 -2173 O +ATOM 14786 N ASP D 436 108.844 52.595 95.648 1.00121.33 N +ANISOU14786 N ASP D 436 14289 11752 20057 1303 -1836 -1481 N +ATOM 14787 CA ASP D 436 109.642 53.807 95.596 1.00122.51 C +ANISOU14787 CA ASP D 436 14602 12007 19940 1268 -1510 -1449 C +ATOM 14788 C ASP D 436 110.983 53.598 96.297 1.00118.93 C +ANISOU14788 C ASP D 436 13993 11352 19842 1158 -1596 -1527 C +ATOM 14789 O ASP D 436 111.239 52.568 96.924 1.00131.53 O +ANISOU14789 O ASP D 436 15384 12720 21870 1122 -1929 -1537 O +ATOM 14790 CB ASP D 436 108.883 54.973 96.232 1.00125.61 C +ANISOU14790 CB ASP D 436 15297 12488 19942 1223 -1334 -1064 C +ATOM 14791 CG ASP D 436 107.684 55.403 95.414 1.00124.35 C +ANISOU14791 CG ASP D 436 15292 12562 19392 1366 -1201 -1000 C +ATOM 14792 OD1 ASP D 436 107.711 55.229 94.178 1.00122.25 O +ANISOU14792 OD1 ASP D 436 14971 12470 19010 1497 -1116 -1261 O +ATOM 14793 OD2 ASP D 436 106.713 55.916 96.010 1.00122.38 O +ANISOU14793 OD2 ASP D 436 15210 12339 18948 1350 -1186 -698 O +ATOM 14794 N VAL D 437 111.845 54.604 96.179 1.00105.52 N +ANISOU14794 N VAL D 437 12388 9736 17968 1108 -1289 -1579 N +ATOM 14795 CA VAL D 437 113.180 54.595 96.764 1.00102.51 C +ANISOU14795 CA VAL D 437 11849 9218 17880 1004 -1324 -1693 C +ATOM 14796 C VAL D 437 113.321 55.850 97.609 1.00 96.89 C +ANISOU14796 C VAL D 437 11366 8549 16901 868 -1109 -1434 C +ATOM 14797 O VAL D 437 113.095 56.957 97.114 1.00102.11 O +ANISOU14797 O VAL D 437 12258 9363 17174 876 -733 -1381 O +ATOM 14798 CB VAL D 437 114.273 54.551 95.680 1.00109.80 C +ANISOU14798 CB VAL D 437 12601 10206 18913 1048 -1113 -2130 C +ATOM 14799 CG1 VAL D 437 115.666 54.693 96.292 1.00118.14 C +ANISOU14799 CG1 VAL D 437 13480 11147 20260 936 -1117 -2265 C +ATOM 14800 CG2 VAL D 437 114.170 53.268 94.867 1.00112.36 C +ANISOU14800 CG2 VAL D 437 12671 10483 19537 1169 -1322 -2439 C +ATOM 14801 N ILE D 438 113.690 55.685 98.876 1.00 99.57 N +ANISOU14801 N ILE D 438 11639 8751 17442 744 -1343 -1273 N +ATOM 14802 CA ILE D 438 113.951 56.812 99.764 1.00105.83 C +ANISOU14802 CA ILE D 438 12601 9586 18022 586 -1157 -1089 C +ATOM 14803 C ILE D 438 115.381 56.703 100.271 1.00106.67 C +ANISOU14803 C ILE D 438 12475 9618 18437 489 -1249 -1285 C +ATOM 14804 O ILE D 438 115.795 55.644 100.757 1.00 97.50 O +ANISOU14804 O ILE D 438 11072 8315 17658 507 -1644 -1317 O +ATOM 14805 CB ILE D 438 112.958 56.874 100.940 1.00108.45 C +ANISOU14805 CB ILE D 438 13097 9890 18219 497 -1336 -695 C +ATOM 14806 CG1 ILE D 438 113.324 58.042 101.862 1.00119.19 C +ANISOU14806 CG1 ILE D 438 14605 11306 19375 314 -1129 -570 C +ATOM 14807 CG2 ILE D 438 112.950 55.562 101.714 1.00109.61 C +ANISOU14807 CG2 ILE D 438 13051 9866 18729 486 -1826 -597 C +ATOM 14808 CD1 ILE D 438 112.245 58.411 102.850 1.00117.41 C +ANISOU14808 CD1 ILE D 438 14594 11107 18912 215 -1164 -216 C +ATOM 14809 N ILE D 439 116.132 57.795 100.146 1.00128.59 N +ANISOU14809 N ILE D 439 15312 12480 21065 391 -883 -1419 N +ATOM 14810 CA ILE D 439 117.507 57.875 100.625 1.00140.23 C +ANISOU14810 CA ILE D 439 16556 13921 22803 280 -921 -1640 C +ATOM 14811 C ILE D 439 117.678 59.273 101.205 1.00144.80 C +ANISOU14811 C ILE D 439 17334 14589 23093 97 -579 -1552 C +ATOM 14812 O ILE D 439 117.749 60.266 100.462 1.00159.62 O +ANISOU14812 O ILE D 439 19377 16536 24735 76 -108 -1647 O +ATOM 14813 CB ILE D 439 118.533 57.602 99.513 1.00137.07 C +ANISOU14813 CB ILE D 439 15918 13521 22641 351 -766 -2079 C +ATOM 14814 CG1 ILE D 439 118.334 56.182 98.965 1.00133.49 C +ANISOU14814 CG1 ILE D 439 15249 12963 22509 527 -1103 -2200 C +ATOM 14815 CG2 ILE D 439 119.956 57.753 100.036 1.00141.96 C +ANISOU14815 CG2 ILE D 439 16271 14119 23548 231 -792 -2332 C +ATOM 14816 CD1 ILE D 439 119.102 55.864 97.706 1.00134.84 C +ANISOU14816 CD1 ILE D 439 15211 13158 22865 609 -916 -2649 C +ATOM 14817 N SER D 440 117.720 59.365 102.536 1.00141.99 N +ANISOU14817 N SER D 440 16975 14230 22745 -43 -803 -1363 N +ATOM 14818 CA SER D 440 117.738 60.643 103.226 1.00143.24 C +ANISOU14818 CA SER D 440 17322 14470 22632 -236 -506 -1277 C +ATOM 14819 C SER D 440 118.385 60.479 104.593 1.00154.73 C +ANISOU14819 C SER D 440 18612 15954 24224 -395 -826 -1248 C +ATOM 14820 O SER D 440 118.400 59.389 105.171 1.00152.82 O +ANISOU14820 O SER D 440 18209 15658 24197 -342 -1313 -1133 O +ATOM 14821 CB SER D 440 116.320 61.212 103.381 1.00135.18 C +ANISOU14821 CB SER D 440 16645 13479 21240 -231 -349 -938 C +ATOM 14822 OG SER D 440 115.542 60.408 104.253 1.00131.01 O +ANISOU14822 OG SER D 440 16124 12924 20729 -227 -767 -654 O +ATOM 14823 N GLY D 441 118.909 61.589 105.111 1.00168.22 N +ANISOU14823 N GLY D 441 20368 17749 25800 -595 -544 -1348 N +ATOM 14824 CA GLY D 441 119.535 61.610 106.416 1.00178.27 C +ANISOU14824 CA GLY D 441 21494 19108 27133 -771 -810 -1350 C +ATOM 14825 C GLY D 441 120.964 61.120 106.451 1.00184.09 C +ANISOU14825 C GLY D 441 21844 19856 28248 -771 -1027 -1680 C +ATOM 14826 O GLY D 441 121.543 61.032 107.541 1.00188.89 O +ANISOU14826 O GLY D 441 22291 20562 28918 -893 -1319 -1686 O +ATOM 14827 N ASN D 442 121.556 60.803 105.300 1.00162.65 N +ANISOU14827 N ASN D 442 18960 17061 25780 -639 -898 -1969 N +ATOM 14828 CA ASN D 442 122.925 60.297 105.227 1.00147.00 C +ANISOU14828 CA ASN D 442 16568 15074 24209 -619 -1086 -2328 C +ATOM 14829 C ASN D 442 123.834 61.489 104.943 1.00141.05 C +ANISOU14829 C ASN D 442 15763 14402 23428 -804 -583 -2691 C +ATOM 14830 O ASN D 442 124.111 61.826 103.791 1.00141.68 O +ANISOU14830 O ASN D 442 15855 14438 23540 -771 -170 -2933 O +ATOM 14831 CB ASN D 442 123.037 59.212 104.164 1.00141.68 C +ANISOU14831 CB ASN D 442 15718 14265 23851 -384 -1224 -2469 C +ATOM 14832 CG ASN D 442 121.978 58.137 104.320 1.00132.36 C +ANISOU14832 CG ASN D 442 14635 12974 22680 -220 -1625 -2113 C +ATOM 14833 OD1 ASN D 442 122.125 57.219 105.127 1.00132.48 O +ANISOU14833 OD1 ASN D 442 14480 12931 22926 -167 -2136 -1967 O +ATOM 14834 ND2 ASN D 442 120.901 58.246 103.548 1.00124.52 N +ANISOU14834 ND2 ASN D 442 13915 11952 21443 -138 -1396 -1967 N +ATOM 14835 N LYS D 443 124.309 62.124 106.017 1.00132.24 N +ANISOU14835 N LYS D 443 14585 13413 22245 -1015 -612 -2738 N +ATOM 14836 CA LYS D 443 125.005 63.401 105.900 1.00122.51 C +ANISOU14836 CA LYS D 443 13351 12247 20948 -1238 -88 -3053 C +ATOM 14837 C LYS D 443 126.296 63.303 105.096 1.00121.21 C +ANISOU14837 C LYS D 443 12841 12061 21151 -1231 78 -3538 C +ATOM 14838 O LYS D 443 126.736 64.313 104.537 1.00128.13 O +ANISOU14838 O LYS D 443 13772 12931 21979 -1382 641 -3798 O +ATOM 14839 CB LYS D 443 125.308 63.956 107.292 1.00117.04 C +ANISOU14839 CB LYS D 443 12600 11722 20146 -1472 -225 -3055 C +ATOM 14840 N ASN D 444 126.917 62.128 105.030 1.00117.46 N +ANISOU14840 N ASN D 444 12010 11560 21060 -1066 -377 -3672 N +ATOM 14841 CA ASN D 444 128.179 61.955 104.323 1.00129.21 C +ANISOU14841 CA ASN D 444 13116 13035 22944 -1056 -249 -4170 C +ATOM 14842 C ASN D 444 128.014 61.277 102.969 1.00139.30 C +ANISOU14842 C ASN D 444 14388 14179 24361 -849 -130 -4262 C +ATOM 14843 O ASN D 444 129.015 61.028 102.291 1.00143.94 O +ANISOU14843 O ASN D 444 14651 14748 25291 -827 -17 -4692 O +ATOM 14844 CB ASN D 444 129.154 61.142 105.181 1.00137.00 C +ANISOU14844 CB ASN D 444 13636 14090 24328 -1011 -834 -4333 C +ATOM 14845 CG ASN D 444 129.369 61.748 106.554 1.00142.48 C +ANISOU14845 CG ASN D 444 14304 14971 24859 -1219 -1002 -4269 C +ATOM 14846 OD1 ASN D 444 129.271 62.963 106.732 1.00142.63 O +ANISOU14846 OD1 ASN D 444 14525 15070 24599 -1458 -550 -4328 O +ATOM 14847 ND2 ASN D 444 129.666 60.902 107.533 1.00144.31 N +ANISOU14847 ND2 ASN D 444 14288 15277 25267 -1129 -1653 -4147 N +ATOM 14848 N LEU D 445 126.784 60.987 102.556 1.00139.92 N +ANISOU14848 N LEU D 445 14799 14181 24182 -708 -142 -3903 N +ATOM 14849 CA LEU D 445 126.537 60.172 101.373 1.00132.37 C +ANISOU14849 CA LEU D 445 13816 13126 23351 -498 -130 -3980 C +ATOM 14850 C LEU D 445 126.616 61.021 100.107 1.00130.86 C +ANISOU14850 C LEU D 445 13806 12957 22958 -564 542 -4191 C +ATOM 14851 O LEU D 445 125.874 61.999 99.961 1.00134.21 O +ANISOU14851 O LEU D 445 14623 13406 22963 -645 925 -3958 O +ATOM 14852 CB LEU D 445 125.167 59.505 101.490 1.00136.04 C +ANISOU14852 CB LEU D 445 14543 13524 23622 -332 -435 -3525 C +ATOM 14853 CG LEU D 445 124.738 58.567 100.362 1.00144.03 C +ANISOU14853 CG LEU D 445 15533 14446 24747 -114 -486 -3582 C +ATOM 14854 CD1 LEU D 445 125.634 57.340 100.310 1.00149.64 C +ANISOU14854 CD1 LEU D 445 15779 15054 26024 20 -888 -3874 C +ATOM 14855 CD2 LEU D 445 123.281 58.164 100.542 1.00144.08 C +ANISOU14855 CD2 LEU D 445 15839 14409 24497 -2 -704 -3128 C +ATOM 14856 N CYS D 446 127.513 60.648 99.197 1.00122.88 N +ANISOU14856 N CYS D 446 12509 11933 22247 -526 691 -4624 N +ATOM 14857 CA CYS D 446 127.569 61.200 97.848 1.00120.18 C +ANISOU14857 CA CYS D 446 12328 11619 21717 -557 1288 -4820 C +ATOM 14858 C CYS D 446 127.110 60.131 96.854 1.00117.29 C +ANISOU14858 C CYS D 446 11929 11221 21416 -326 1137 -4857 C +ATOM 14859 O CYS D 446 126.693 59.032 97.233 1.00124.91 O +ANISOU14859 O CYS D 446 12769 12111 22582 -153 603 -4714 O +ATOM 14860 CB CYS D 446 128.983 61.692 97.508 1.00122.96 C +ANISOU14860 CB CYS D 446 12381 12007 22331 -738 1666 -5343 C +ATOM 14861 SG CYS D 446 129.728 62.923 98.642 1.00121.16 S +ANISOU14861 SG CYS D 446 12097 11829 22110 -1045 1865 -5436 S +ATOM 14862 N TYR D 447 127.176 60.475 95.566 1.00111.20 N +ANISOU14862 N TYR D 447 11280 10510 20460 -337 1632 -5053 N +ATOM 14863 CA TYR D 447 126.944 59.534 94.470 1.00118.21 C +ANISOU14863 CA TYR D 447 12089 11413 21413 -157 1576 -5219 C +ATOM 14864 C TYR D 447 125.481 59.145 94.287 1.00128.42 C +ANISOU14864 C TYR D 447 13697 12714 22381 21 1363 -4803 C +ATOM 14865 O TYR D 447 125.106 58.640 93.223 1.00139.84 O +ANISOU14865 O TYR D 447 15179 14224 23730 144 1437 -4914 O +ATOM 14866 CB TYR D 447 127.763 58.259 94.669 1.00119.94 C +ANISOU14866 CB TYR D 447 11784 11535 22250 -53 1125 -5570 C +ATOM 14867 CG TYR D 447 129.221 58.496 94.962 1.00122.37 C +ANISOU14867 CG TYR D 447 11700 11840 22957 -202 1234 -6005 C +ATOM 14868 CD1 TYR D 447 130.099 58.866 93.955 1.00121.35 C +ANISOU14868 CD1 TYR D 447 11438 11786 22885 -319 1753 -6472 C +ATOM 14869 CD2 TYR D 447 129.722 58.337 96.244 1.00123.03 C +ANISOU14869 CD2 TYR D 447 11531 11863 23352 -231 816 -5960 C +ATOM 14870 CE1 TYR D 447 131.432 59.078 94.218 1.00121.67 C +ANISOU14870 CE1 TYR D 447 11086 11827 23317 -465 1863 -6905 C +ATOM 14871 CE2 TYR D 447 131.051 58.546 96.518 1.00126.13 C +ANISOU14871 CE2 TYR D 447 11529 12277 24118 -360 888 -6382 C +ATOM 14872 CZ TYR D 447 131.902 58.915 95.503 1.00128.33 C +ANISOU14872 CZ TYR D 447 11660 12615 24483 -478 1416 -6866 C +ATOM 14873 OH TYR D 447 133.227 59.126 95.782 1.00137.59 O +ANISOU14873 OH TYR D 447 12409 13815 26056 -616 1498 -7319 O +ATOM 14874 N ALA D 448 124.643 59.362 95.301 1.00136.05 N +ANISOU14874 N ALA D 448 14877 13637 23178 28 1106 -4354 N +ATOM 14875 CA ALA D 448 123.293 58.813 95.254 1.00131.31 C +ANISOU14875 CA ALA D 448 14493 13030 22369 199 827 -3998 C +ATOM 14876 C ALA D 448 122.455 59.453 94.154 1.00147.44 C +ANISOU14876 C ALA D 448 16914 15209 23899 250 1243 -3864 C +ATOM 14877 O ALA D 448 121.559 58.801 93.605 1.00146.24 O +ANISOU14877 O ALA D 448 16840 15099 23626 414 1074 -3766 O +ATOM 14878 CB ALA D 448 122.609 58.987 96.610 1.00100.37 C +ANISOU14878 CB ALA D 448 10722 9050 18365 164 510 -3562 C +ATOM 14879 N ASN D 449 122.726 60.711 93.814 1.00169.07 N +ANISOU14879 N ASN D 449 19886 18016 26339 114 1781 -3856 N +ATOM 14880 CA ASN D 449 121.952 61.413 92.799 1.00165.33 C +ANISOU14880 CA ASN D 449 19798 17667 25352 175 2182 -3675 C +ATOM 14881 C ASN D 449 122.467 61.184 91.385 1.00149.51 C +ANISOU14881 C ASN D 449 17720 15794 23292 205 2490 -4041 C +ATOM 14882 O ASN D 449 121.828 61.645 90.433 1.00148.22 O +ANISOU14882 O ASN D 449 17868 15773 22678 279 2787 -3896 O +ATOM 14883 CB ASN D 449 121.937 62.916 93.095 1.00174.67 C +ANISOU14883 CB ASN D 449 21304 18826 26238 21 2643 -3447 C +ATOM 14884 CG ASN D 449 120.887 63.296 94.117 1.00181.57 C +ANISOU14884 CG ASN D 449 22409 19636 26942 45 2437 -2989 C +ATOM 14885 OD1 ASN D 449 121.207 63.742 95.219 1.00185.03 O +ANISOU14885 OD1 ASN D 449 22803 19984 27516 -107 2392 -2933 O +ATOM 14886 ND2 ASN D 449 119.621 63.124 93.754 1.00183.33 N +ANISOU14886 ND2 ASN D 449 22867 19928 26864 230 2316 -2685 N +ATOM 14887 N THR D 450 123.597 60.496 91.220 1.00140.00 N +ANISOU14887 N THR D 450 16111 14560 22525 152 2429 -4512 N +ATOM 14888 CA THR D 450 124.102 60.202 89.885 1.00143.78 C +ANISOU14888 CA THR D 450 16488 15175 22965 164 2724 -4909 C +ATOM 14889 C THR D 450 123.365 59.049 89.221 1.00162.31 C +ANISOU14889 C THR D 450 18758 17609 25302 370 2402 -4975 C +ATOM 14890 O THR D 450 123.342 58.974 87.988 1.00162.11 O +ANISOU14890 O THR D 450 18796 17771 25027 405 2678 -5182 O +ATOM 14891 CB THR D 450 125.593 59.859 89.938 1.00128.79 C +ANISOU14891 CB THR D 450 14139 13210 21584 32 2787 -5442 C +ATOM 14892 OG1 THR D 450 125.771 58.579 90.557 1.00132.47 O +ANISOU14892 OG1 THR D 450 14205 13545 22584 146 2199 -5595 O +ATOM 14893 CG2 THR D 450 126.365 60.910 90.722 1.00113.63 C +ANISOU14893 CG2 THR D 450 12227 11203 19745 -187 3049 -5429 C +ATOM 14894 N ILE D 451 122.755 58.160 90.008 1.00168.53 N +ANISOU14894 N ILE D 451 19417 18272 26343 494 1840 -4809 N +ATOM 14895 CA ILE D 451 122.157 56.950 89.460 1.00171.53 C +ANISOU14895 CA ILE D 451 19654 18690 26829 667 1514 -4939 C +ATOM 14896 C ILE D 451 120.983 57.308 88.563 1.00180.66 C +ANISOU14896 C ILE D 451 21183 20075 27384 773 1686 -4705 C +ATOM 14897 O ILE D 451 120.152 58.164 88.897 1.00178.74 O +ANISOU14897 O ILE D 451 21301 19865 26747 787 1767 -4251 O +ATOM 14898 CB ILE D 451 121.717 56.009 90.596 1.00164.09 C +ANISOU14898 CB ILE D 451 18532 17530 26284 755 903 -4749 C +ATOM 14899 CG1 ILE D 451 122.904 55.666 91.506 1.00162.75 C +ANISOU14899 CG1 ILE D 451 17990 17155 26692 674 694 -4952 C +ATOM 14900 CG2 ILE D 451 121.094 54.735 90.027 1.00163.06 C +ANISOU14900 CG2 ILE D 451 18241 17401 26313 919 588 -4908 C +ATOM 14901 CD1 ILE D 451 124.067 54.992 90.793 1.00166.94 C +ANISOU14901 CD1 ILE D 451 18108 17669 27652 669 778 -5548 C +ATOM 14902 N ASN D 452 120.911 56.641 87.413 1.00192.15 N +ANISOU14902 N ASN D 452 22535 21700 28774 853 1734 -5034 N +ATOM 14903 CA ASN D 452 119.778 56.752 86.497 1.00194.38 C +ANISOU14903 CA ASN D 452 23103 22241 28512 981 1808 -4872 C +ATOM 14904 C ASN D 452 118.735 55.735 86.944 1.00186.53 C +ANISOU14904 C ASN D 452 22007 21166 27701 1128 1269 -4737 C +ATOM 14905 O ASN D 452 118.703 54.596 86.477 1.00188.75 O +ANISOU14905 O ASN D 452 22011 21458 28249 1198 1044 -5085 O +ATOM 14906 CB ASN D 452 120.234 56.517 85.063 1.00205.98 C +ANISOU14906 CB ASN D 452 24496 23968 29801 973 2123 -5326 C +ATOM 14907 CG ASN D 452 119.079 56.286 84.113 1.00211.37 C +ANISOU14907 CG ASN D 452 25366 24945 29999 1127 2070 -5253 C +ATOM 14908 OD1 ASN D 452 118.021 56.902 84.238 1.00208.16 O +ANISOU14908 OD1 ASN D 452 25297 24627 29166 1221 2040 -4789 O +ATOM 14909 ND2 ASN D 452 119.275 55.384 83.157 1.00217.79 N +ANISOU14909 ND2 ASN D 452 25938 25922 30890 1155 2054 -5741 N +ATOM 14910 N TRP D 453 117.870 56.155 87.870 1.00177.39 N +ANISOU14910 N TRP D 453 21069 19912 26418 1161 1083 -4244 N +ATOM 14911 CA TRP D 453 116.935 55.230 88.499 1.00173.69 C +ANISOU14911 CA TRP D 453 20500 19319 26176 1261 583 -4086 C +ATOM 14912 C TRP D 453 115.899 54.685 87.525 1.00183.47 C +ANISOU14912 C TRP D 453 21779 20790 27143 1407 489 -4168 C +ATOM 14913 O TRP D 453 115.350 53.605 87.768 1.00188.64 O +ANISOU14913 O TRP D 453 22233 21336 28105 1473 97 -4235 O +ATOM 14914 CB TRP D 453 116.234 55.916 89.672 1.00163.61 C +ANISOU14914 CB TRP D 453 19469 17925 24770 1240 471 -3552 C +ATOM 14915 CG TRP D 453 117.166 56.280 90.786 1.00161.35 C +ANISOU14915 CG TRP D 453 19098 17416 24791 1092 466 -3488 C +ATOM 14916 CD1 TRP D 453 117.743 57.496 91.009 1.00158.91 C +ANISOU14916 CD1 TRP D 453 18972 17119 24288 967 839 -3380 C +ATOM 14917 CD2 TRP D 453 117.637 55.416 91.827 1.00166.57 C +ANISOU14917 CD2 TRP D 453 19460 17818 26010 1053 62 -3536 C +ATOM 14918 NE1 TRP D 453 118.541 57.444 92.127 1.00161.58 N +ANISOU14918 NE1 TRP D 453 19124 17253 25015 845 683 -3391 N +ATOM 14919 CE2 TRP D 453 118.493 56.178 92.647 1.00164.94 C +ANISOU14919 CE2 TRP D 453 19261 17520 25890 906 194 -3466 C +ATOM 14920 CE3 TRP D 453 117.416 54.073 92.147 1.00167.51 C +ANISOU14920 CE3 TRP D 453 19310 17767 26569 1130 -397 -3624 C +ATOM 14921 CZ2 TRP D 453 119.127 55.641 93.765 1.00164.31 C +ANISOU14921 CZ2 TRP D 453 18926 17226 26280 848 -148 -3472 C +ATOM 14922 CZ3 TRP D 453 118.047 53.543 93.257 1.00167.75 C +ANISOU14922 CZ3 TRP D 453 19109 17546 27083 1078 -721 -3593 C +ATOM 14923 CH2 TRP D 453 118.892 54.325 94.052 1.00166.49 C +ANISOU14923 CH2 TRP D 453 18960 17339 26958 945 -610 -3513 C +ATOM 14924 N LYS D 454 115.616 55.401 86.435 1.00191.24 N +ANISOU14924 N LYS D 454 23013 22091 27557 1454 837 -4162 N +ATOM 14925 CA LYS D 454 114.647 54.908 85.462 1.00198.13 C +ANISOU14925 CA LYS D 454 23909 23243 28127 1594 737 -4268 C +ATOM 14926 C LYS D 454 115.077 53.574 84.868 1.00198.50 C +ANISOU14926 C LYS D 454 23560 23289 28573 1596 568 -4838 C +ATOM 14927 O LYS D 454 114.226 52.765 84.478 1.00196.79 O +ANISOU14927 O LYS D 454 23236 23179 28355 1693 312 -4965 O +ATOM 14928 CB LYS D 454 114.447 55.941 84.353 1.00203.52 C +ANISOU14928 CB LYS D 454 24930 24288 28110 1644 1157 -4169 C +ATOM 14929 CG LYS D 454 113.591 57.132 84.753 1.00205.04 C +ANISOU14929 CG LYS D 454 25526 24517 27864 1713 1262 -3584 C +ATOM 14930 CD LYS D 454 112.126 56.744 84.873 1.00207.90 C +ANISOU14930 CD LYS D 454 25925 24976 28090 1874 901 -3365 C +ATOM 14931 CE LYS D 454 111.227 57.967 84.919 1.00212.37 C +ANISOU14931 CE LYS D 454 26892 25662 28138 1985 1058 -2843 C +ATOM 14932 NZ LYS D 454 109.790 57.603 84.784 1.00215.53 N +ANISOU14932 NZ LYS D 454 27305 26238 28349 2161 739 -2697 N +ATOM 14933 N LYS D 455 116.385 53.321 84.793 1.00194.03 N +ANISOU14933 N LYS D 455 22748 22595 28379 1487 712 -5215 N +ATOM 14934 CA LYS D 455 116.872 52.075 84.215 1.00195.88 C +ANISOU14934 CA LYS D 455 22581 22802 29042 1489 585 -5798 C +ATOM 14935 C LYS D 455 116.674 50.886 85.147 1.00193.67 C +ANISOU14935 C LYS D 455 21995 22156 29435 1525 87 -5823 C +ATOM 14936 O LYS D 455 116.699 49.742 84.682 1.00199.81 O +ANISOU14936 O LYS D 455 22460 22891 30569 1561 -86 -6253 O +ATOM 14937 CB LYS D 455 118.353 52.209 83.858 1.00199.89 C +ANISOU14937 CB LYS D 455 22900 23280 29768 1365 913 -6207 C +ATOM 14938 N LEU D 456 116.475 51.128 86.443 1.00182.56 N +ANISOU14938 N LEU D 456 20676 20482 28206 1509 -134 -5375 N +ATOM 14939 CA LEU D 456 116.283 50.053 87.407 1.00182.15 C +ANISOU14939 CA LEU D 456 20377 20070 28761 1535 -600 -5320 C +ATOM 14940 C LEU D 456 114.820 49.813 87.750 1.00177.41 C +ANISOU14940 C LEU D 456 19931 19480 27996 1607 -872 -4976 C +ATOM 14941 O LEU D 456 114.483 48.727 88.233 1.00186.38 O +ANISOU14941 O LEU D 456 20851 20358 29606 1633 -1234 -5013 O +ATOM 14942 CB LEU D 456 117.055 50.353 88.699 1.00183.17 C +ANISOU14942 CB LEU D 456 20470 19901 29224 1456 -705 -5065 C +ATOM 14943 CG LEU D 456 118.587 50.338 88.620 1.00188.74 C +ANISOU14943 CG LEU D 456 20908 20508 30297 1385 -545 -5438 C +ATOM 14944 CD1 LEU D 456 119.136 51.541 87.859 1.00193.42 C +ANISOU14944 CD1 LEU D 456 21705 21389 30395 1301 -16 -5531 C +ATOM 14945 CD2 LEU D 456 119.186 50.281 90.018 1.00186.69 C +ANISOU14945 CD2 LEU D 456 20531 19930 30470 1339 -813 -5200 C +ATOM 14946 N PHE D 457 113.950 50.789 87.512 1.00169.85 N +ANISOU14946 N PHE D 457 19330 18799 26407 1640 -700 -4649 N +ATOM 14947 CA PHE D 457 112.535 50.630 87.807 1.00160.05 C +ANISOU14947 CA PHE D 457 18219 17597 24997 1708 -936 -4345 C +ATOM 14948 C PHE D 457 111.887 49.656 86.829 1.00146.51 C +ANISOU14948 C PHE D 457 16313 16045 23309 1787 -1065 -4729 C +ATOM 14949 O PHE D 457 112.434 49.334 85.770 1.00138.46 O +ANISOU14949 O PHE D 457 15137 15198 22274 1796 -905 -5201 O +ATOM 14950 CB PHE D 457 111.824 51.985 87.747 1.00158.11 C +ANISOU14950 CB PHE D 457 18382 17607 24084 1745 -701 -3919 C +ATOM 14951 CG PHE D 457 112.213 52.935 88.851 1.00151.24 C +ANISOU14951 CG PHE D 457 17708 16559 23196 1656 -602 -3513 C +ATOM 14952 CD1 PHE D 457 112.892 52.490 89.977 1.00152.44 C +ANISOU14952 CD1 PHE D 457 17684 16366 23869 1558 -813 -3466 C +ATOM 14953 CD2 PHE D 457 111.890 54.279 88.762 1.00137.93 C +ANISOU14953 CD2 PHE D 457 16380 15055 20972 1673 -302 -3180 C +ATOM 14954 CE1 PHE D 457 113.241 53.365 90.984 1.00146.68 C +ANISOU14954 CE1 PHE D 457 17122 15516 23093 1461 -727 -3131 C +ATOM 14955 CE2 PHE D 457 112.238 55.158 89.770 1.00135.87 C +ANISOU14955 CE2 PHE D 457 16284 14631 20709 1574 -191 -2853 C +ATOM 14956 CZ PHE D 457 112.913 54.699 90.881 1.00140.06 C +ANISOU14956 CZ PHE D 457 16627 14857 21733 1459 -405 -2845 C +ATOM 14957 N GLY D 458 110.701 49.182 87.204 1.00144.10 N +ANISOU14957 N GLY D 458 16011 15693 23049 1828 -1345 -4547 N +ATOM 14958 CA GLY D 458 109.988 48.203 86.409 1.00147.78 C +ANISOU14958 CA GLY D 458 16269 16288 23591 1884 -1502 -4914 C +ATOM 14959 C GLY D 458 108.542 48.566 86.141 1.00146.48 C +ANISOU14959 C GLY D 458 16294 16422 22940 1969 -1558 -4691 C +ATOM 14960 O GLY D 458 107.973 48.135 85.134 1.00146.92 O +ANISOU14960 O GLY D 458 16243 16770 22811 2033 -1581 -5025 O +ATOM 14961 N THR D 459 107.935 49.353 87.024 1.00147.76 N +ANISOU14961 N THR D 459 16717 16531 22896 1971 -1581 -4156 N +ATOM 14962 CA THR D 459 106.533 49.726 86.907 1.00147.05 C +ANISOU14962 CA THR D 459 16785 16689 22398 2061 -1651 -3916 C +ATOM 14963 C THR D 459 106.411 51.214 86.587 1.00160.83 C +ANISOU14963 C THR D 459 18896 18734 23480 2148 -1353 -3587 C +ATOM 14964 O THR D 459 107.403 51.943 86.487 1.00160.62 O +ANISOU14964 O THR D 459 19006 18703 23318 2115 -1077 -3544 O +ATOM 14965 CB THR D 459 105.771 49.362 88.184 1.00134.15 C +ANISOU14965 CB THR D 459 15135 14742 21093 1994 -1920 -3581 C +ATOM 14966 OG1 THR D 459 106.390 49.987 89.315 1.00146.88 O +ANISOU14966 OG1 THR D 459 16909 16088 22808 1905 -1856 -3200 O +ATOM 14967 CG2 THR D 459 105.762 47.852 88.382 1.00119.55 C +ANISOU14967 CG2 THR D 459 12937 12596 19889 1921 -2205 -3897 C +ATOM 14968 N SER D 460 105.164 51.664 86.433 1.00176.97 N +ANISOU14968 N SER D 460 21086 21022 25132 2262 -1405 -3356 N +ATOM 14969 CA SER D 460 104.900 52.979 85.856 1.00179.58 C +ANISOU14969 CA SER D 460 21743 21683 24807 2395 -1139 -3088 C +ATOM 14970 C SER D 460 105.367 54.102 86.776 1.00178.45 C +ANISOU14970 C SER D 460 21874 21321 24607 2336 -923 -2641 C +ATOM 14971 O SER D 460 106.280 54.863 86.433 1.00185.95 O +ANISOU14971 O SER D 460 22988 22313 25351 2319 -609 -2619 O +ATOM 14972 CB SER D 460 103.407 53.119 85.551 1.00179.85 C +ANISOU14972 CB SER D 460 21821 22007 24505 2551 -1296 -2952 C +ATOM 14973 N GLY D 461 104.747 54.228 87.947 1.00155.75 N +ANISOU14973 N GLY D 461 19048 18217 21911 2288 -1068 -2302 N +ATOM 14974 CA GLY D 461 104.936 55.406 88.773 1.00139.88 C +ANISOU14974 CA GLY D 461 17314 16064 19767 2246 -857 -1875 C +ATOM 14975 C GLY D 461 105.874 55.230 89.949 1.00128.48 C +ANISOU14975 C GLY D 461 15809 14237 18771 2048 -882 -1814 C +ATOM 14976 O GLY D 461 105.552 55.645 91.066 1.00125.45 O +ANISOU14976 O GLY D 461 15534 13672 18459 1972 -914 -1482 O +ATOM 14977 N GLN D 462 107.037 54.626 89.720 1.00120.40 N +ANISOU14977 N GLN D 462 14600 13104 18044 1965 -872 -2142 N +ATOM 14978 CA GLN D 462 108.058 54.527 90.755 1.00128.26 C +ANISOU14978 CA GLN D 462 15524 13772 19438 1799 -896 -2099 C +ATOM 14979 C GLN D 462 108.817 55.847 90.835 1.00126.95 C +ANISOU14979 C GLN D 462 15603 13627 19005 1752 -517 -1930 C +ATOM 14980 O GLN D 462 109.463 56.255 89.864 1.00140.41 O +ANISOU14980 O GLN D 462 17362 15499 20490 1788 -237 -2123 O +ATOM 14981 CB GLN D 462 109.012 53.373 90.459 1.00145.97 C +ANISOU14981 CB GLN D 462 17441 15879 22142 1749 -1036 -2534 C +ATOM 14982 CG GLN D 462 108.393 51.998 90.635 1.00155.63 C +ANISOU14982 CG GLN D 462 18401 16964 23767 1755 -1416 -2686 C +ATOM 14983 CD GLN D 462 109.369 50.874 90.347 1.00161.59 C +ANISOU14983 CD GLN D 462 18822 17542 25032 1720 -1540 -3123 C +ATOM 14984 OE1 GLN D 462 109.537 50.460 89.201 1.00167.75 O +ANISOU14984 OE1 GLN D 462 19464 18506 25768 1784 -1467 -3531 O +ATOM 14985 NE2 GLN D 462 110.015 50.370 91.392 1.00162.20 N +ANISOU14985 NE2 GLN D 462 18763 17267 25599 1623 -1733 -3046 N +ATOM 14986 N LYS D 463 108.737 56.513 91.982 1.00108.56 N +ANISOU14986 N LYS D 463 13422 11131 16693 1657 -488 -1587 N +ATOM 14987 CA LYS D 463 109.390 57.799 92.185 1.00106.14 C +ANISOU14987 CA LYS D 463 13344 10809 16174 1589 -120 -1425 C +ATOM 14988 C LYS D 463 110.534 57.651 93.182 1.00113.13 C +ANISOU14988 C LYS D 463 14093 11442 17451 1400 -171 -1485 C +ATOM 14989 O LYS D 463 110.801 56.568 93.710 1.00111.53 O +ANISOU14989 O LYS D 463 13635 11073 17668 1346 -503 -1612 O +ATOM 14990 CB LYS D 463 108.378 58.852 92.644 1.00107.69 C +ANISOU14990 CB LYS D 463 13830 11046 16041 1633 7 -1011 C +ATOM 14991 CG LYS D 463 107.607 58.502 93.903 1.00105.79 C +ANISOU14991 CG LYS D 463 13549 10647 15998 1556 -279 -777 C +ATOM 14992 CD LYS D 463 106.599 59.593 94.223 1.00108.98 C +ANISOU14992 CD LYS D 463 14222 11112 16074 1613 -110 -419 C +ATOM 14993 CE LYS D 463 105.821 59.298 95.493 1.00116.16 C +ANISOU14993 CE LYS D 463 15099 11883 17154 1511 -351 -201 C +ATOM 14994 NZ LYS D 463 104.842 60.380 95.796 1.00126.61 N +ANISOU14994 NZ LYS D 463 16658 13260 18188 1569 -163 109 N +ATOM 14995 N THR D 464 111.213 58.767 93.439 1.00115.70 N +ANISOU14995 N THR D 464 14584 11736 17640 1305 161 -1391 N +ATOM 14996 CA THR D 464 112.475 58.764 94.163 1.00123.01 C +ANISOU14996 CA THR D 464 15363 12487 18889 1131 172 -1523 C +ATOM 14997 C THR D 464 112.526 59.960 95.102 1.00126.60 C +ANISOU14997 C THR D 464 16035 12867 19201 1000 392 -1245 C +ATOM 14998 O THR D 464 112.306 61.097 94.677 1.00131.18 O +ANISOU14998 O THR D 464 16880 13531 19432 1029 771 -1106 O +ATOM 14999 CB THR D 464 113.653 58.804 93.180 1.00134.41 C +ANISOU14999 CB THR D 464 16696 13997 20377 1118 433 -1897 C +ATOM 15000 OG1 THR D 464 113.598 57.657 92.321 1.00143.75 O +ANISOU15000 OG1 THR D 464 17657 15253 21710 1228 233 -2199 O +ATOM 15001 CG2 THR D 464 114.980 58.818 93.914 1.00139.14 C +ANISOU15001 CG2 THR D 464 17104 14431 21334 945 440 -2067 C +ATOM 15002 N LYS D 465 112.819 59.695 96.374 1.00131.93 N +ANISOU15002 N LYS D 465 16596 13385 20146 857 155 -1166 N +ATOM 15003 CA LYS D 465 112.931 60.713 97.417 1.00138.32 C +ANISOU15003 CA LYS D 465 17564 14129 20862 697 321 -955 C +ATOM 15004 C LYS D 465 114.350 60.647 97.976 1.00150.45 C +ANISOU15004 C LYS D 465 18887 15572 22703 530 300 -1183 C +ATOM 15005 O LYS D 465 114.607 59.970 98.975 1.00158.17 O +ANISOU15005 O LYS D 465 19688 16456 23953 446 -58 -1157 O +ATOM 15006 CB LYS D 465 111.884 60.495 98.512 1.00129.26 C +ANISOU15006 CB LYS D 465 16481 12931 19699 661 45 -642 C +ATOM 15007 N ILE D 466 115.268 61.353 97.326 1.00149.55 N +ANISOU15007 N ILE D 466 18790 15492 22539 482 685 -1402 N +ATOM 15008 CA ILE D 466 116.666 61.418 97.736 1.00142.18 C +ANISOU15008 CA ILE D 466 17636 14496 21891 321 725 -1670 C +ATOM 15009 C ILE D 466 116.930 62.845 98.189 1.00135.97 C +ANISOU15009 C ILE D 466 17055 13697 20911 151 1141 -1585 C +ATOM 15010 O ILE D 466 116.972 63.763 97.360 1.00135.58 O +ANISOU15010 O ILE D 466 17210 13684 20622 163 1607 -1602 O +ATOM 15011 CB ILE D 466 117.614 61.015 96.599 1.00142.27 C +ANISOU15011 CB ILE D 466 17449 14545 22062 371 863 -2067 C +ATOM 15012 CG1 ILE D 466 117.367 59.563 96.191 1.00140.13 C +ANISOU15012 CG1 ILE D 466 16947 14261 22035 529 451 -2194 C +ATOM 15013 CG2 ILE D 466 119.070 61.208 97.016 1.00145.59 C +ANISOU15013 CG2 ILE D 466 17625 14909 22782 198 948 -2369 C +ATOM 15014 CD1 ILE D 466 117.966 59.202 94.852 1.00141.93 C +ANISOU15014 CD1 ILE D 466 17036 14571 22319 607 636 -2573 C +ATOM 15015 N ILE D 467 117.112 63.049 99.494 1.00139.26 N +ANISOU15015 N ILE D 467 17424 14063 21424 -13 989 -1494 N +ATOM 15016 CA ILE D 467 117.217 64.401 100.038 1.00144.27 C +ANISOU15016 CA ILE D 467 18255 14678 21882 -189 1373 -1416 C +ATOM 15017 C ILE D 467 118.042 64.379 101.317 1.00146.47 C +ANISOU15017 C ILE D 467 18325 14946 22382 -402 1173 -1527 C +ATOM 15018 O ILE D 467 118.297 63.327 101.902 1.00145.61 O +ANISOU15018 O ILE D 467 17972 14840 22515 -387 693 -1557 O +ATOM 15019 CB ILE D 467 115.832 65.028 100.325 1.00142.74 C +ANISOU15019 CB ILE D 467 18385 14484 21367 -139 1472 -1038 C +ATOM 15020 CG1 ILE D 467 114.952 64.038 101.091 1.00149.91 C +ANISOU15020 CG1 ILE D 467 19231 15405 22323 -81 961 -819 C +ATOM 15021 CG2 ILE D 467 115.163 65.476 99.032 1.00132.43 C +ANISOU15021 CG2 ILE D 467 17321 13208 19787 53 1794 -934 C +ATOM 15022 CD1 ILE D 467 113.714 64.663 101.696 1.00149.97 C +ANISOU15022 CD1 ILE D 467 19496 15414 22073 -93 1035 -492 C +ATOM 15023 N SER D 468 118.464 65.569 101.748 1.00152.12 N +ANISOU15023 N SER D 468 19138 15648 23014 -600 1549 -1590 N +ATOM 15024 CA SER D 468 119.107 65.757 103.047 1.00159.89 C +ANISOU15024 CA SER D 468 19962 16665 24125 -826 1396 -1683 C +ATOM 15025 C SER D 468 120.311 64.836 103.224 1.00158.34 C +ANISOU15025 C SER D 468 19363 16502 24295 -846 1045 -1982 C +ATOM 15026 O SER D 468 120.666 64.460 104.343 1.00158.60 O +ANISOU15026 O SER D 468 19214 16595 24452 -950 675 -1985 O +ATOM 15027 CB SER D 468 118.102 65.557 104.183 1.00163.54 C +ANISOU15027 CB SER D 468 20537 17163 24437 -856 1080 -1354 C +ATOM 15028 OG SER D 468 117.029 66.477 104.068 1.00164.65 O +ANISOU15028 OG SER D 468 21016 17266 24279 -840 1423 -1112 O +ATOM 15029 N ASN D 469 120.946 64.464 102.117 1.00130.87 N +ANISOU15029 N ASN D 469 15739 12997 20989 -741 1156 -2239 N +ATOM 15030 CA ASN D 469 122.225 63.771 102.157 1.00119.24 C +ANISOU15030 CA ASN D 469 13859 11540 19906 -765 926 -2596 C +ATOM 15031 C ASN D 469 123.334 64.819 102.073 1.00112.41 C +ANISOU15031 C ASN D 469 12907 10694 19111 -984 1388 -2943 C +ATOM 15032 O ASN D 469 123.124 65.991 102.395 1.00117.86 O +ANISOU15032 O ASN D 469 13824 11377 19579 -1150 1769 -2870 O +ATOM 15033 CB ASN D 469 122.301 62.743 101.024 1.00117.25 C +ANISOU15033 CB ASN D 469 13465 11248 19834 -546 800 -2731 C +ATOM 15034 CG ASN D 469 121.196 61.712 101.094 1.00 97.86 C +ANISOU15034 CG ASN D 469 11082 8758 17341 -351 369 -2421 C +ATOM 15035 OD1 ASN D 469 121.000 61.063 102.121 1.00 94.46 O +ANISOU15035 OD1 ASN D 469 10557 8312 17023 -352 -95 -2243 O +ATOM 15036 ND2 ASN D 469 120.466 61.555 99.997 1.00 93.87 N +ANISOU15036 ND2 ASN D 469 10746 8250 16668 -189 525 -2357 N +ATOM 15037 N ARG D 470 124.521 64.416 101.636 1.00105.20 N +ANISOU15037 N ARG D 470 11650 9788 18532 -995 1380 -3344 N +ATOM 15038 CA ARG D 470 125.583 65.369 101.365 1.00106.82 C +ANISOU15038 CA ARG D 470 11757 10001 18828 -1205 1876 -3716 C +ATOM 15039 C ARG D 470 125.345 66.038 100.018 1.00120.04 C +ANISOU15039 C ARG D 470 13709 11613 20285 -1175 2478 -3729 C +ATOM 15040 O ARG D 470 124.919 65.395 99.053 1.00128.16 O +ANISOU15040 O ARG D 470 14801 12636 21259 -972 2434 -3668 O +ATOM 15041 CB ARG D 470 126.940 64.672 101.377 1.00105.85 C +ANISOU15041 CB ARG D 470 11135 9918 19164 -1224 1649 -4163 C +ATOM 15042 CG ARG D 470 128.103 65.630 101.402 1.00115.50 C +ANISOU15042 CG ARG D 470 12187 11171 20528 -1487 2091 -4579 C +ATOM 15043 CD ARG D 470 129.389 64.904 101.705 1.00120.32 C +ANISOU15043 CD ARG D 470 12254 11846 21614 -1500 1755 -5003 C +ATOM 15044 NE ARG D 470 130.509 65.825 101.828 1.00115.90 N +ANISOU15044 NE ARG D 470 11491 11334 21211 -1775 2160 -5434 N +ATOM 15045 CZ ARG D 470 131.749 65.451 102.118 1.00121.35 C +ANISOU15045 CZ ARG D 470 11681 12104 22324 -1835 1958 -5874 C +ATOM 15046 NH1 ARG D 470 132.039 64.171 102.316 1.00127.55 N +ANISOU15046 NH1 ARG D 470 12125 12910 23428 -1620 1348 -5916 N +ATOM 15047 NH2 ARG D 470 132.702 66.360 102.214 1.00123.44 N +ANISOU15047 NH2 ARG D 470 11770 12413 22717 -2108 2370 -6280 N +ATOM 15048 N GLY D 471 125.620 67.337 99.958 1.00114.47 N +ANISOU15048 N GLY D 471 13176 10865 19453 -1385 3047 -3808 N +ATOM 15049 CA GLY D 471 125.310 68.096 98.764 1.00111.68 C +ANISOU15049 CA GLY D 471 13151 10440 18843 -1360 3640 -3734 C +ATOM 15050 C GLY D 471 126.235 67.762 97.609 1.00109.28 C +ANISOU15050 C GLY D 471 12649 10158 18715 -1349 3877 -4111 C +ATOM 15051 O GLY D 471 127.408 67.432 97.786 1.00108.98 O +ANISOU15051 O GLY D 471 12208 10156 19043 -1463 3800 -4534 O +ATOM 15052 N GLU D 472 125.683 67.857 96.398 1.00106.62 N +ANISOU15052 N GLU D 472 12594 9817 18101 -1207 4171 -3962 N +ATOM 15053 CA GLU D 472 126.454 67.576 95.192 1.00115.24 C +ANISOU15053 CA GLU D 472 13548 10954 19283 -1202 4451 -4304 C +ATOM 15054 C GLU D 472 127.608 68.552 95.002 1.00129.15 C +ANISOU15054 C GLU D 472 15234 12658 21181 -1491 5050 -4655 C +ATOM 15055 O GLU D 472 128.539 68.253 94.247 1.00130.23 O +ANISOU15055 O GLU D 472 15130 12841 21510 -1549 5249 -5057 O +ATOM 15056 CB GLU D 472 125.532 67.609 93.971 1.00108.81 C +ANISOU15056 CB GLU D 472 13105 10185 18054 -1005 4665 -4029 C +ATOM 15057 CG GLU D 472 126.239 67.409 92.636 1.00115.03 C +ANISOU15057 CG GLU D 472 13812 11053 18840 -1015 5021 -4360 C +ATOM 15058 CD GLU D 472 126.603 68.714 91.954 1.00133.14 C +ANISOU15058 CD GLU D 472 16399 13282 20906 -1200 5789 -4360 C +ATOM 15059 OE1 GLU D 472 125.891 69.720 92.158 1.00138.14 O +ANISOU15059 OE1 GLU D 472 17424 13811 21252 -1213 6047 -3970 O +ATOM 15060 OE2 GLU D 472 127.605 68.732 91.208 1.00140.13 O +ANISOU15060 OE2 GLU D 472 17121 14205 21917 -1335 6153 -4754 O +ATOM 15061 N ASN D 473 127.571 69.708 95.664 1.00140.51 N +ANISOU15061 N ASN D 473 16856 13989 22543 -1687 5364 -4541 N +ATOM 15062 CA ASN D 473 128.640 70.692 95.547 1.00139.17 C +ANISOU15062 CA ASN D 473 16614 13736 22527 -1991 5964 -4882 C +ATOM 15063 C ASN D 473 129.766 70.431 96.542 1.00136.92 C +ANISOU15063 C ASN D 473 15820 13504 22700 -2183 5704 -5332 C +ATOM 15064 O ASN D 473 130.948 70.517 96.182 1.00141.33 O +ANISOU15064 O ASN D 473 16081 14076 23541 -2362 5991 -5807 O +ATOM 15065 CB ASN D 473 128.067 72.098 95.740 1.00132.12 C +ANISOU15065 CB ASN D 473 16160 12673 21365 -2116 6467 -4569 C +ATOM 15066 CG ASN D 473 127.086 72.480 94.647 1.00121.59 C +ANISOU15066 CG ASN D 473 15323 11286 19588 -1926 6790 -4141 C +ATOM 15067 OD1 ASN D 473 125.883 72.584 94.884 1.00112.39 O +ANISOU15067 OD1 ASN D 473 14456 10095 18151 -1742 6601 -3688 O +ATOM 15068 ND2 ASN D 473 127.599 72.694 93.441 1.00120.95 N +ANISOU15068 ND2 ASN D 473 15325 11205 19424 -1969 7279 -4287 N +ATOM 15069 N SER D 474 129.419 70.102 97.789 1.00137.89 N +ANISOU15069 N SER D 474 15827 13674 22891 -2150 5160 -5195 N +ATOM 15070 CA SER D 474 130.433 69.741 98.773 1.00139.67 C +ANISOU15070 CA SER D 474 15556 13994 23518 -2291 4810 -5585 C +ATOM 15071 C SER D 474 131.277 68.569 98.284 1.00142.14 C +ANISOU15071 C SER D 474 15421 14397 24187 -2174 4506 -5955 C +ATOM 15072 O SER D 474 132.508 68.574 98.426 1.00157.54 O +ANISOU15072 O SER D 474 16952 16396 26511 -2343 4576 -6451 O +ATOM 15073 CB SER D 474 129.765 69.405 100.110 1.00142.22 C +ANISOU15073 CB SER D 474 15875 14385 23779 -2226 4209 -5295 C +ATOM 15074 OG SER D 474 128.832 68.349 99.962 1.00147.81 O +ANISOU15074 OG SER D 474 16682 15120 24359 -1921 3710 -4945 O +ATOM 15075 N CYS D 475 130.633 67.561 97.685 1.00127.41 N +ANISOU15075 N CYS D 475 13620 12551 22238 -1887 4181 -5751 N +ATOM 15076 CA CYS D 475 131.369 66.385 97.232 1.00128.69 C +ANISOU15076 CA CYS D 475 13350 12773 22772 -1757 3875 -6106 C +ATOM 15077 C CYS D 475 132.346 66.745 96.119 1.00141.28 C +ANISOU15077 C CYS D 475 14816 14365 24498 -1906 4478 -6563 C +ATOM 15078 O CYS D 475 133.481 66.257 96.103 1.00167.51 O +ANISOU15078 O CYS D 475 17649 17733 28262 -1962 4386 -7057 O +ATOM 15079 CB CYS D 475 130.401 65.294 96.764 1.00125.86 C +ANISOU15079 CB CYS D 475 13116 12418 22286 -1439 3464 -5806 C +ATOM 15080 SG CYS D 475 129.147 64.763 97.983 1.00112.19 S +ANISOU15080 SG CYS D 475 11556 10680 20392 -1263 2774 -5246 S +ATOM 15081 N LYS D 476 131.927 67.598 95.177 1.00162.61 N +ANISOU15081 N LYS D 476 17948 17013 26822 -1971 5106 -6403 N +ATOM 15082 CA LYS D 476 132.840 68.030 94.123 1.00174.46 C +ANISOU15082 CA LYS D 476 19373 18512 28400 -2150 5746 -6809 C +ATOM 15083 C LYS D 476 134.009 68.812 94.702 1.00183.42 C +ANISOU15083 C LYS D 476 20219 19616 29856 -2479 6060 -7232 C +ATOM 15084 O LYS D 476 135.163 68.593 94.315 1.00187.12 O +ANISOU15084 O LYS D 476 20282 20129 30684 -2605 6240 -7771 O +ATOM 15085 CB LYS D 476 132.107 68.883 93.090 1.00175.19 C +ANISOU15085 CB LYS D 476 20036 18550 27978 -2157 6355 -6474 C +ATOM 15086 CG LYS D 476 131.224 68.104 92.133 1.00173.90 C +ANISOU15086 CG LYS D 476 20088 18473 27513 -1866 6179 -6223 C +ATOM 15087 CD LYS D 476 130.809 68.963 90.942 1.00173.97 C +ANISOU15087 CD LYS D 476 20592 18470 27040 -1900 6851 -5999 C +ATOM 15088 CE LYS D 476 130.151 70.263 91.385 1.00171.95 C +ANISOU15088 CE LYS D 476 20790 18058 26484 -1991 7181 -5558 C +ATOM 15089 NZ LYS D 476 129.596 71.032 90.240 1.00172.56 N +ANISOU15089 NZ LYS D 476 21385 18112 26066 -1960 7756 -5238 N +ATOM 15090 N ALA D 477 133.729 69.738 95.621 1.00186.13 N +ANISOU15090 N ALA D 477 20748 19889 30086 -2632 6149 -7028 N +ATOM 15091 CA ALA D 477 134.808 70.489 96.254 1.00196.07 C +ANISOU15091 CA ALA D 477 21710 21132 31656 -2962 6423 -7457 C +ATOM 15092 C ALA D 477 135.824 69.548 96.888 1.00200.60 C +ANISOU15092 C ALA D 477 21626 21848 32746 -2943 5875 -7925 C +ATOM 15093 O ALA D 477 137.035 69.696 96.687 1.00211.65 O +ANISOU15093 O ALA D 477 22628 23279 34509 -3147 6153 -8483 O +ATOM 15094 CB ALA D 477 134.234 71.448 97.296 1.00198.07 C +ANISOU15094 CB ALA D 477 22229 21311 31718 -3096 6466 -7163 C +ATOM 15095 N THR D 478 135.348 68.566 97.657 1.00195.10 N +ANISOU15095 N THR D 478 20797 21231 32101 -2694 5095 -7700 N +ATOM 15096 CA THR D 478 136.265 67.635 98.304 1.00186.58 C +ANISOU15096 CA THR D 478 19104 20272 31514 -2633 4517 -8081 C +ATOM 15097 C THR D 478 136.916 66.669 97.323 1.00180.17 C +ANISOU15097 C THR D 478 17951 19478 31028 -2492 4479 -8449 C +ATOM 15098 O THR D 478 137.923 66.042 97.670 1.00182.78 O +ANISOU15098 O THR D 478 17713 19885 31849 -2478 4149 -8886 O +ATOM 15099 CB THR D 478 135.531 66.848 99.384 1.00179.88 C +ANISOU15099 CB THR D 478 18254 19481 30610 -2403 3711 -7682 C +ATOM 15100 OG1 THR D 478 134.446 66.119 98.794 1.00182.46 O +ANISOU15100 OG1 THR D 478 18895 19745 30688 -2114 3503 -7256 O +ATOM 15101 CG2 THR D 478 135.007 67.797 100.445 1.00175.75 C +ANISOU15101 CG2 THR D 478 18001 18975 29802 -2575 3746 -7403 C +ATOM 15102 N GLY D 479 136.368 66.530 96.120 1.00166.32 N +ANISOU15102 N GLY D 479 16513 17666 29015 -2382 4798 -8299 N +ATOM 15103 CA GLY D 479 136.917 65.633 95.125 1.00161.27 C +ANISOU15103 CA GLY D 479 15576 17052 28646 -2262 4809 -8666 C +ATOM 15104 C GLY D 479 136.287 64.259 95.077 1.00155.21 C +ANISOU15104 C GLY D 479 14739 16285 27950 -1904 4147 -8453 C +ATOM 15105 O GLY D 479 136.807 63.387 94.371 1.00151.84 O +ANISOU15105 O GLY D 479 13985 15872 27836 -1790 4077 -8812 O +ATOM 15106 N GLN D 480 135.194 64.035 95.805 1.00156.26 N +ANISOU15106 N GLN D 480 18011 14654 26705 -1656 3867 -7211 N +ATOM 15107 CA GLN D 480 134.484 62.757 95.785 1.00148.28 C +ANISOU15107 CA GLN D 480 17479 13896 24966 -1493 3576 -6865 C +ATOM 15108 C GLN D 480 133.434 62.833 94.684 1.00148.33 C +ANISOU15108 C GLN D 480 17890 13563 24906 -1370 3835 -6438 C +ATOM 15109 O GLN D 480 132.364 63.417 94.869 1.00154.71 O +ANISOU15109 O GLN D 480 18770 14292 25721 -1484 3915 -6493 O +ATOM 15110 CB GLN D 480 133.845 62.466 97.138 1.00145.43 C +ANISOU15110 CB GLN D 480 17124 14004 24130 -1655 3189 -7162 C +ATOM 15111 CG GLN D 480 134.710 62.799 98.346 1.00144.52 C +ANISOU15111 CG GLN D 480 16531 14252 24127 -1880 2969 -7695 C +ATOM 15112 CD GLN D 480 133.925 62.769 99.640 1.00145.90 C +ANISOU15112 CD GLN D 480 16709 14881 23845 -2070 2676 -8030 C +ATOM 15113 OE1 GLN D 480 134.080 63.644 100.492 1.00152.08 O +ANISOU15113 OE1 GLN D 480 17156 15800 24829 -2337 2683 -8590 O +ATOM 15114 NE2 GLN D 480 133.075 61.760 99.796 1.00139.15 N +ANISOU15114 NE2 GLN D 480 16230 14266 22374 -1941 2427 -7701 N +ATOM 15115 N VAL D 481 133.737 62.242 93.529 1.00154.20 N +ANISOU15115 N VAL D 481 18890 14121 25579 -1142 3975 -6003 N +ATOM 15116 CA VAL D 481 132.878 62.312 92.354 1.00160.66 C +ANISOU15116 CA VAL D 481 20073 14655 26317 -1039 4220 -5567 C +ATOM 15117 C VAL D 481 132.908 60.955 91.665 1.00162.95 C +ANISOU15117 C VAL D 481 20820 15017 26076 -818 4077 -5192 C +ATOM 15118 O VAL D 481 133.750 60.106 91.953 1.00176.66 O +ANISOU15118 O VAL D 481 22529 16927 27667 -713 3893 -5241 O +ATOM 15119 CB VAL D 481 133.327 63.423 91.377 1.00160.58 C +ANISOU15119 CB VAL D 481 19817 14235 26962 -1022 4716 -5450 C +ATOM 15120 CG1 VAL D 481 132.294 63.657 90.275 1.00156.49 C +ANISOU15120 CG1 VAL D 481 19614 13488 26356 -966 4953 -4984 C +ATOM 15121 CG2 VAL D 481 133.591 64.720 92.129 1.00164.06 C +ANISOU15121 CG2 VAL D 481 19729 14559 28046 -1246 4866 -5904 C +ATOM 15122 N CYS D 482 131.952 60.744 90.764 1.00151.70 N +ANISOU15122 N CYS D 482 19809 13459 24372 -759 4161 -4812 N +ATOM 15123 CA CYS D 482 132.019 59.586 89.884 1.00152.15 C +ANISOU15123 CA CYS D 482 20314 13508 23990 -565 4114 -4484 C +ATOM 15124 C CYS D 482 133.388 59.499 89.229 1.00151.80 C +ANISOU15124 C CYS D 482 20122 13326 24229 -393 4382 -4461 C +ATOM 15125 O CYS D 482 134.074 60.505 89.022 1.00159.10 O +ANISOU15125 O CYS D 482 20659 14077 25715 -418 4696 -4546 O +ATOM 15126 CB CYS D 482 130.929 59.659 88.806 1.00152.23 C +ANISOU15126 CB CYS D 482 20717 13367 23758 -566 4246 -4082 C +ATOM 15127 SG CYS D 482 129.262 59.124 89.329 1.00149.77 S +ANISOU15127 SG CYS D 482 20763 13236 22905 -694 3850 -3942 S +ATOM 15128 N HIS D 483 133.795 58.274 88.919 1.00138.73 N +ANISOU15128 N HIS D 483 18760 11728 22224 -213 4273 -4339 N +ATOM 15129 CA HIS D 483 135.072 58.101 88.252 1.00148.36 C +ANISOU15129 CA HIS D 483 19866 12807 23696 -19 4563 -4284 C +ATOM 15130 C HIS D 483 135.021 58.747 86.873 1.00160.22 C +ANISOU15130 C HIS D 483 21485 14056 25335 45 5015 -4008 C +ATOM 15131 O HIS D 483 133.969 58.818 86.233 1.00164.97 O +ANISOU15131 O HIS D 483 22430 14623 25629 -10 5039 -3776 O +ATOM 15132 CB HIS D 483 135.432 56.624 88.131 1.00147.09 C +ANISOU15132 CB HIS D 483 20027 12709 23150 175 4408 -4196 C +ATOM 15133 CG HIS D 483 136.851 56.392 87.725 1.00142.67 C +ANISOU15133 CG HIS D 483 19264 12034 22911 384 4682 -4178 C +ATOM 15134 ND1 HIS D 483 137.251 56.376 86.407 1.00141.62 N +ANISOU15134 ND1 HIS D 483 19334 11674 22800 559 5110 -3967 N +ATOM 15135 CD2 HIS D 483 137.969 56.185 88.459 1.00140.65 C +ANISOU15135 CD2 HIS D 483 18596 11874 22972 443 4602 -4319 C +ATOM 15136 CE1 HIS D 483 138.552 56.162 86.345 1.00141.92 C +ANISOU15136 CE1 HIS D 483 19100 11643 23180 738 5307 -3982 C +ATOM 15137 NE2 HIS D 483 139.012 56.038 87.577 1.00142.92 N +ANISOU15137 NE2 HIS D 483 18840 11956 23507 667 4993 -4179 N +ATOM 15138 N ALA D 484 136.175 59.240 86.424 1.00155.85 N +ANISOU15138 N ALA D 484 20608 13349 25257 157 5371 -3998 N +ATOM 15139 CA ALA D 484 136.234 59.922 85.136 1.00148.80 C +ANISOU15139 CA ALA D 484 19752 12249 24535 229 5833 -3699 C +ATOM 15140 C ALA D 484 135.714 59.030 84.017 1.00149.12 C +ANISOU15140 C ALA D 484 20410 12302 23947 356 5899 -3409 C +ATOM 15141 O ALA D 484 134.959 59.488 83.149 1.00152.96 O +ANISOU15141 O ALA D 484 21092 12748 24277 304 6069 -3126 O +ATOM 15142 CB ALA D 484 137.667 60.369 84.852 1.00152.25 C +ANISOU15142 CB ALA D 484 19756 12537 25553 367 6193 -3709 C +ATOM 15143 N LEU D 485 136.109 57.755 84.014 1.00152.21 N +ANISOU15143 N LEU D 485 21099 12750 23984 513 5770 -3470 N +ATOM 15144 CA LEU D 485 135.589 56.824 83.018 1.00151.11 C +ANISOU15144 CA LEU D 485 21578 12614 23224 603 5805 -3281 C +ATOM 15145 C LEU D 485 134.068 56.749 83.079 1.00151.08 C +ANISOU15145 C LEU D 485 21919 12721 22765 398 5487 -3179 C +ATOM 15146 O LEU D 485 133.399 56.679 82.041 1.00149.89 O +ANISOU15146 O LEU D 485 22154 12577 22219 371 5596 -2930 O +ATOM 15147 CB LEU D 485 136.209 55.439 83.219 1.00151.18 C +ANISOU15147 CB LEU D 485 21806 12619 23015 787 5688 -3416 C +ATOM 15148 CG LEU D 485 135.671 54.520 84.308 1.00142.90 C +ANISOU15148 CG LEU D 485 20882 11704 21709 712 5174 -3574 C +ATOM 15149 CD1 LEU D 485 134.457 53.720 83.867 1.00130.49 C +ANISOU15149 CD1 LEU D 485 19915 10163 19501 633 4949 -3470 C +ATOM 15150 CD2 LEU D 485 136.745 53.547 84.725 1.00136.36 C +ANISOU15150 CD2 LEU D 485 19948 10841 21023 917 5156 -3685 C +ATOM 15151 N CYS D 486 133.504 56.750 84.285 1.00158.98 N +ANISOU15151 N CYS D 486 22776 13835 23794 247 5089 -3351 N +ATOM 15152 CA CYS D 486 132.057 56.709 84.434 1.00174.64 C +ANISOU15152 CA CYS D 486 25033 15918 25405 58 4791 -3231 C +ATOM 15153 C CYS D 486 131.418 57.906 83.747 1.00174.59 C +ANISOU15153 C CYS D 486 24928 15849 25559 -63 5038 -2962 C +ATOM 15154 O CYS D 486 132.030 58.966 83.580 1.00178.88 O +ANISOU15154 O CYS D 486 25056 16275 26634 -45 5375 -2946 O +ATOM 15155 CB CYS D 486 131.675 56.661 85.915 1.00188.21 C +ANISOU15155 CB CYS D 486 26525 17785 27199 -68 4388 -3465 C +ATOM 15156 SG CYS D 486 132.477 55.281 86.738 1.00195.71 S +ANISOU15156 SG CYS D 486 27506 18842 28014 83 4104 -3684 S +ATOM 15157 N SER D 487 130.187 57.713 83.316 1.00164.13 N +ANISOU15157 N SER D 487 23968 14595 23799 -188 4872 -2712 N +ATOM 15158 CA SER D 487 129.526 58.723 82.508 1.00163.46 C +ANISOU15158 CA SER D 487 23821 14474 23811 -293 5106 -2350 C +ATOM 15159 C SER D 487 128.014 58.534 82.694 1.00160.08 C +ANISOU15159 C SER D 487 23652 14159 23014 -487 4755 -2150 C +ATOM 15160 O SER D 487 127.618 57.982 83.731 1.00156.86 O +ANISOU15160 O SER D 487 23286 13825 22488 -541 4388 -2360 O +ATOM 15161 CB SER D 487 130.040 58.608 81.066 1.00167.84 C +ANISOU15161 CB SER D 487 24603 15012 24155 -166 5464 -2106 C +ATOM 15162 OG SER D 487 131.454 58.612 81.008 1.00172.10 O +ANISOU15162 OG SER D 487 24914 15446 25029 35 5761 -2300 O +ATOM 15163 N PRO D 488 127.116 58.970 81.745 1.00158.36 N +ANISOU15163 N PRO D 488 23581 13980 22606 -599 4843 -1706 N +ATOM 15164 CA PRO D 488 125.699 59.156 82.114 1.00157.98 C +ANISOU15164 CA PRO D 488 23581 14002 22440 -797 4560 -1480 C +ATOM 15165 C PRO D 488 125.111 58.121 83.062 1.00159.06 C +ANISOU15165 C PRO D 488 23967 14239 22230 -854 4076 -1688 C +ATOM 15166 O PRO D 488 124.196 58.438 83.823 1.00154.92 O +ANISOU15166 O PRO D 488 23307 13743 21812 -980 3882 -1631 O +ATOM 15167 CB PRO D 488 124.981 59.107 80.760 1.00156.78 C +ANISOU15167 CB PRO D 488 23758 13964 21848 -886 4608 -982 C +ATOM 15168 CG PRO D 488 125.949 59.614 79.819 1.00156.94 C +ANISOU15168 CG PRO D 488 23649 13938 22045 -755 5060 -881 C +ATOM 15169 CD PRO D 488 127.282 59.124 80.281 1.00156.19 C +ANISOU15169 CD PRO D 488 23491 13744 22111 -557 5153 -1356 C +ATOM 15170 N GLU D 489 125.604 56.882 83.027 1.00161.62 N +ANISOU15170 N GLU D 489 24638 14603 22168 -753 3901 -1904 N +ATOM 15171 CA GLU D 489 125.061 55.868 83.923 1.00162.29 C +ANISOU15171 CA GLU D 489 24925 14772 21965 -797 3449 -2050 C +ATOM 15172 C GLU D 489 125.191 56.280 85.379 1.00162.32 C +ANISOU15172 C GLU D 489 24503 14807 22363 -799 3342 -2326 C +ATOM 15173 O GLU D 489 124.384 55.860 86.215 1.00165.46 O +ANISOU15173 O GLU D 489 24955 15313 22600 -885 2994 -2328 O +ATOM 15174 CB GLU D 489 125.770 54.532 83.711 1.00164.24 C +ANISOU15174 CB GLU D 489 25524 14997 21882 -657 3351 -2263 C +ATOM 15175 CG GLU D 489 125.726 53.975 82.296 1.00166.21 C +ANISOU15175 CG GLU D 489 26252 15228 21671 -657 3463 -2098 C +ATOM 15176 CD GLU D 489 124.323 53.627 81.821 1.00164.74 C +ANISOU15176 CD GLU D 489 26440 15142 21011 -879 3157 -1784 C +ATOM 15177 OE1 GLU D 489 123.347 54.253 82.283 1.00161.68 O +ANISOU15177 OE1 GLU D 489 25863 14824 20745 -1030 2998 -1556 O +ATOM 15178 OE2 GLU D 489 124.199 52.705 80.987 1.00164.17 O +ANISOU15178 OE2 GLU D 489 26850 15075 20453 -909 3077 -1776 O +ATOM 15179 N GLY D 490 126.185 57.098 85.701 1.00160.62 N +ANISOU15179 N GLY D 490 23858 14518 22653 -719 3632 -2558 N +ATOM 15180 CA GLY D 490 126.472 57.419 87.078 1.00152.37 C +ANISOU15180 CA GLY D 490 22419 13544 21929 -736 3524 -2898 C +ATOM 15181 C GLY D 490 127.318 56.338 87.718 1.00148.52 C +ANISOU15181 C GLY D 490 21978 13161 21293 -608 3309 -3175 C +ATOM 15182 O GLY D 490 127.824 55.422 87.064 1.00136.26 O +ANISOU15182 O GLY D 490 20723 11557 19493 -479 3319 -3135 O +ATOM 15183 N CYS D 491 127.462 56.446 89.032 1.00150.30 N +ANISOU15183 N CYS D 491 21889 13544 21674 -647 3123 -3452 N +ATOM 15184 CA CYS D 491 128.331 55.549 89.772 1.00151.21 C +ANISOU15184 CA CYS D 491 21930 13802 21723 -534 2920 -3676 C +ATOM 15185 C CYS D 491 127.710 55.243 91.124 1.00151.72 C +ANISOU15185 C CYS D 491 21886 14142 21619 -626 2538 -3784 C +ATOM 15186 O CYS D 491 126.985 56.062 91.694 1.00148.46 O +ANISOU15186 O CYS D 491 21291 13803 21313 -772 2529 -3843 O +ATOM 15187 CB CYS D 491 129.708 56.173 89.973 1.00152.98 C +ANISOU15187 CB CYS D 491 21714 13989 22421 -465 3171 -3950 C +ATOM 15188 SG CYS D 491 129.564 57.760 90.808 1.00152.54 S +ANISOU15188 SG CYS D 491 21135 13968 22858 -659 3306 -4226 S +ATOM 15189 N TRP D 492 128.008 54.049 91.630 1.00150.73 N +ANISOU15189 N TRP D 492 21858 14166 21248 -530 2248 -3791 N +ATOM 15190 CA TRP D 492 127.634 53.660 92.981 1.00143.15 C +ANISOU15190 CA TRP D 492 20739 13532 20120 -588 1886 -3874 C +ATOM 15191 C TRP D 492 128.685 54.047 94.012 1.00136.83 C +ANISOU15191 C TRP D 492 19440 12971 19578 -595 1868 -4212 C +ATOM 15192 O TRP D 492 128.428 53.924 95.215 1.00124.21 O +ANISOU15192 O TRP D 492 17642 11716 17835 -670 1593 -4321 O +ATOM 15193 CB TRP D 492 127.397 52.147 93.046 1.00133.06 C +ANISOU15193 CB TRP D 492 19773 12303 18481 -486 1569 -3651 C +ATOM 15194 CG TRP D 492 126.114 51.706 92.409 1.00123.83 C +ANISOU15194 CG TRP D 492 19055 11000 16995 -550 1448 -3344 C +ATOM 15195 CD1 TRP D 492 124.850 51.962 92.854 1.00114.94 C +ANISOU15195 CD1 TRP D 492 17973 9994 15707 -693 1271 -3201 C +ATOM 15196 CD2 TRP D 492 125.968 50.922 91.216 1.00124.71 C +ANISOU15196 CD2 TRP D 492 19629 10844 16911 -489 1490 -3145 C +ATOM 15197 NE1 TRP D 492 123.927 51.392 92.012 1.00112.30 N +ANISOU15197 NE1 TRP D 492 18076 9486 15108 -736 1171 -2892 N +ATOM 15198 CE2 TRP D 492 124.587 50.746 90.999 1.00114.63 C +ANISOU15198 CE2 TRP D 492 18648 9553 15355 -626 1293 -2878 C +ATOM 15199 CE3 TRP D 492 126.871 50.355 90.309 1.00128.40 C +ANISOU15199 CE3 TRP D 492 20290 11088 17410 -338 1690 -3179 C +ATOM 15200 CZ2 TRP D 492 124.086 50.028 89.915 1.00116.03 C +ANISOU15200 CZ2 TRP D 492 19305 9521 15261 -648 1251 -2671 C +ATOM 15201 CZ3 TRP D 492 126.371 49.637 89.235 1.00114.22 C +ANISOU15201 CZ3 TRP D 492 18994 9078 15327 -345 1684 -3006 C +ATOM 15202 CH2 TRP D 492 124.992 49.482 89.047 1.00113.86 C +ANISOU15202 CH2 TRP D 492 19236 9043 14984 -514 1448 -2766 C +ATOM 15203 N GLY D 493 129.852 54.508 93.570 1.00140.46 N +ANISOU15203 N GLY D 493 19683 13286 20400 -528 2148 -4365 N +ATOM 15204 CA GLY D 493 130.942 54.838 94.452 1.00143.69 C +ANISOU15204 CA GLY D 493 19606 13915 21075 -550 2116 -4668 C +ATOM 15205 C GLY D 493 132.051 55.532 93.691 1.00143.63 C +ANISOU15205 C GLY D 493 19392 13647 21534 -490 2498 -4773 C +ATOM 15206 O GLY D 493 131.996 55.671 92.465 1.00147.58 O +ANISOU15206 O GLY D 493 20146 13820 22108 -405 2795 -4588 O +ATOM 15207 N PRO D 494 133.092 55.968 94.401 1.00140.17 N +ANISOU15207 N PRO D 494 18474 13376 21410 -539 2491 -5052 N +ATOM 15208 CA PRO D 494 134.210 56.618 93.705 1.00146.42 C +ANISOU15208 CA PRO D 494 19019 13911 22701 -478 2855 -5124 C +ATOM 15209 C PRO D 494 134.907 55.699 92.729 1.00157.75 C +ANISOU15209 C PRO D 494 20684 15135 24119 -220 3011 -4847 C +ATOM 15210 O PRO D 494 135.371 56.154 91.675 1.00146.46 O +ANISOU15210 O PRO D 494 19281 13397 22969 -129 3400 -4763 O +ATOM 15211 CB PRO D 494 135.149 57.019 94.848 1.00129.88 C +ANISOU15211 CB PRO D 494 16363 12118 20868 -605 2697 -5464 C +ATOM 15212 CG PRO D 494 134.886 56.006 95.904 1.00129.52 C +ANISOU15212 CG PRO D 494 16341 12499 20373 -610 2241 -5423 C +ATOM 15213 CD PRO D 494 133.418 55.668 95.805 1.00134.64 C +ANISOU15213 CD PRO D 494 17440 13133 20585 -628 2124 -5249 C +ATOM 15214 N GLU D 495 134.980 54.414 93.052 1.00171.33 N +ANISOU15214 N GLU D 495 22563 17004 25530 -94 2742 -4693 N +ATOM 15215 CA GLU D 495 135.838 53.493 92.335 1.00175.05 C +ANISOU15215 CA GLU D 495 23162 17285 26063 158 2898 -4493 C +ATOM 15216 C GLU D 495 135.217 53.071 91.005 1.00169.29 C +ANISOU15216 C GLU D 495 23011 16227 25085 275 3127 -4273 C +ATOM 15217 O GLU D 495 133.990 53.070 90.850 1.00166.51 O +ANISOU15217 O GLU D 495 23000 15871 24396 167 3006 -4197 O +ATOM 15218 CB GLU D 495 136.111 52.255 93.182 1.00178.56 C +ANISOU15218 CB GLU D 495 23538 17979 26327 252 2543 -4383 C +ATOM 15219 N PRO D 496 136.051 52.708 90.030 1.00169.56 N +ANISOU15219 N PRO D 496 23155 16000 25269 486 3462 -4165 N +ATOM 15220 CA PRO D 496 135.514 52.164 88.774 1.00173.34 C +ANISOU15220 CA PRO D 496 24213 16215 25431 588 3663 -3989 C +ATOM 15221 C PRO D 496 134.632 50.948 88.969 1.00172.73 C +ANISOU15221 C PRO D 496 24554 16175 24900 592 3331 -3880 C +ATOM 15222 O PRO D 496 133.609 50.813 88.290 1.00168.01 O +ANISOU15222 O PRO D 496 24411 15480 23944 518 3316 -3780 O +ATOM 15223 CB PRO D 496 136.783 51.816 87.986 1.00172.37 C +ANISOU15223 CB PRO D 496 24050 15867 25574 841 4058 -3939 C +ATOM 15224 CG PRO D 496 137.823 52.724 88.520 1.00170.48 C +ANISOU15224 CG PRO D 496 23193 15713 25869 820 4166 -4057 C +ATOM 15225 CD PRO D 496 137.509 52.898 89.972 1.00169.59 C +ANISOU15225 CD PRO D 496 22746 15941 25749 624 3709 -4205 C +ATOM 15226 N ARG D 497 135.013 50.037 89.863 1.00169.66 N +ANISOU15226 N ARG D 497 24000 15926 24537 674 3061 -3860 N +ATOM 15227 CA ARG D 497 134.150 48.897 90.141 1.00158.78 C +ANISOU15227 CA ARG D 497 22963 14573 22792 670 2731 -3729 C +ATOM 15228 C ARG D 497 132.743 49.355 90.500 1.00159.19 C +ANISOU15228 C ARG D 497 23164 14793 22527 432 2453 -3713 C +ATOM 15229 O ARG D 497 131.766 48.651 90.220 1.00154.02 O +ANISOU15229 O ARG D 497 22935 14059 21529 392 2280 -3578 O +ATOM 15230 CB ARG D 497 134.747 48.047 91.266 1.00154.27 C +ANISOU15230 CB ARG D 497 22053 14205 22358 766 2452 -3660 C +ATOM 15231 N ASP D 498 132.621 50.542 91.094 1.00163.48 N +ANISOU15231 N ASP D 498 23358 15542 23214 268 2428 -3853 N +ATOM 15232 CA ASP D 498 131.335 51.142 91.414 1.00162.10 C +ANISOU15232 CA ASP D 498 23273 15499 22818 54 2246 -3842 C +ATOM 15233 C ASP D 498 130.708 51.869 90.229 1.00174.22 C +ANISOU15233 C ASP D 498 25103 16798 24295 -20 2524 -3763 C +ATOM 15234 O ASP D 498 129.668 52.513 90.393 1.00170.67 O +ANISOU15234 O ASP D 498 24686 16418 23741 -193 2438 -3719 O +ATOM 15235 CB ASP D 498 131.498 52.114 92.582 1.00158.49 C +ANISOU15235 CB ASP D 498 22303 15345 22571 -93 2140 -4070 C +ATOM 15236 CG ASP D 498 132.214 51.497 93.763 1.00152.41 C +ANISOU15236 CG ASP D 498 21177 14892 21839 -43 1860 -4129 C +ATOM 15237 OD1 ASP D 498 131.577 50.710 94.492 1.00151.33 O +ANISOU15237 OD1 ASP D 498 21120 14973 21405 -60 1510 -3996 O +ATOM 15238 OD2 ASP D 498 133.403 51.815 93.974 1.00150.04 O +ANISOU15238 OD2 ASP D 498 20488 14644 21876 5 1982 -4273 O +ATOM 15239 N CYS D 499 131.320 51.789 89.053 1.00215.33 N +ANISOU15239 N CYS D 499 30499 21748 29568 111 2869 -3717 N +ATOM 15240 CA CYS D 499 130.795 52.463 87.879 1.00219.61 C +ANISOU15240 CA CYS D 499 31294 22122 30026 44 3140 -3590 C +ATOM 15241 C CYS D 499 129.466 51.853 87.452 1.00219.59 C +ANISOU15241 C CYS D 499 31790 22102 29543 -65 2910 -3382 C +ATOM 15242 O CYS D 499 129.110 50.732 87.827 1.00224.06 O +ANISOU15242 O CYS D 499 32578 22700 29855 -44 2604 -3343 O +ATOM 15243 CB CYS D 499 131.785 52.360 86.727 1.00223.57 C +ANISOU15243 CB CYS D 499 31908 22404 30634 226 3559 -3575 C +ATOM 15244 SG CYS D 499 131.841 53.723 85.607 1.00222.90 S +ANISOU15244 SG CYS D 499 31748 22199 30745 181 4018 -3460 S +ATOM 15245 N VAL D 500 128.741 52.604 86.636 1.00185.62 N +ANISOU15245 N VAL D 500 27638 17745 25145 -188 3059 -3214 N +ATOM 15246 CA VAL D 500 127.510 52.111 86.045 1.00154.77 C +ANISOU15246 CA VAL D 500 24197 13825 20783 -316 2862 -2980 C +ATOM 15247 C VAL D 500 127.624 52.189 84.528 1.00146.72 C +ANISOU15247 C VAL D 500 23507 12673 19566 -295 3177 -2845 C +ATOM 15248 O VAL D 500 128.422 52.962 83.996 1.00143.60 O +ANISOU15248 O VAL D 500 22907 12217 19439 -209 3567 -2867 O +ATOM 15249 CB VAL D 500 126.295 52.899 86.553 1.00138.64 C +ANISOU15249 CB VAL D 500 22020 11909 18748 -522 2681 -2820 C +TER 15250 VAL D 500 +ATOM 15251 N SER E 2 73.461 -18.491 59.875 1.00121.77 N +ANISOU15251 N SER E 2 12191 17532 16544 -2036 -2846 -2527 N +ATOM 15252 CA SER E 2 74.135 -17.420 60.597 1.00124.38 C +ANISOU15252 CA SER E 2 12962 17773 16525 -1888 -2572 -2038 C +ATOM 15253 C SER E 2 75.534 -17.174 60.037 1.00114.07 C +ANISOU15253 C SER E 2 12082 16562 14695 -1693 -2723 -1918 C +ATOM 15254 O SER E 2 75.867 -16.051 59.662 1.00111.52 O +ANISOU15254 O SER E 2 11902 16467 14005 -1381 -2759 -1694 O +ATOM 15255 CB SER E 2 74.214 -17.752 62.088 1.00129.20 C +ANISOU15255 CB SER E 2 13798 17911 17380 -2178 -2099 -1802 C +ATOM 15256 OG SER E 2 72.931 -17.727 62.684 1.00133.86 O +ANISOU15256 OG SER E 2 14036 18391 18435 -2310 -1857 -1830 O +ATOM 15257 N ILE E 3 76.348 -18.225 59.980 1.00103.34 N +ANISOU15257 N ILE E 3 10907 14991 13366 -1867 -2764 -2052 N +ATOM 15258 CA ILE E 3 77.706 -18.146 59.459 1.00 89.72 C +ANISOU15258 CA ILE E 3 9556 13297 11234 -1711 -2877 -1959 C +ATOM 15259 C ILE E 3 77.728 -18.801 58.086 1.00 82.62 C +ANISOU15259 C ILE E 3 8479 12663 10250 -1626 -3246 -2382 C +ATOM 15260 O ILE E 3 77.151 -19.877 57.890 1.00 87.54 O +ANISOU15260 O ILE E 3 8807 13211 11244 -1860 -3333 -2779 O +ATOM 15261 CB ILE E 3 78.730 -18.814 60.398 1.00 82.61 C +ANISOU15261 CB ILE E 3 9007 11969 10413 -1934 -2638 -1759 C +ATOM 15262 CG1 ILE E 3 78.656 -18.216 61.808 1.00 73.36 C +ANISOU15262 CG1 ILE E 3 8019 10600 9254 -2032 -2292 -1393 C +ATOM 15263 CG2 ILE E 3 80.134 -18.627 59.857 1.00 75.98 C +ANISOU15263 CG2 ILE E 3 8508 11155 9206 -1756 -2743 -1648 C +ATOM 15264 CD1 ILE E 3 77.594 -18.827 62.700 1.00 87.18 C +ANISOU15264 CD1 ILE E 3 9547 12125 11453 -2299 -2040 -1427 C +ATOM 15265 N THR E 4 78.400 -18.150 57.141 1.00 72.96 N +ANISOU15265 N THR E 4 7436 11738 8549 -1293 -3426 -2315 N +ATOM 15266 CA THR E 4 78.466 -18.603 55.761 1.00 75.95 C +ANISOU15266 CA THR E 4 7704 12456 8696 -1145 -3774 -2702 C +ATOM 15267 C THR E 4 79.892 -18.448 55.256 1.00 79.87 C +ANISOU15267 C THR E 4 8628 12907 8812 -952 -3741 -2542 C +ATOM 15268 O THR E 4 80.633 -17.564 55.694 1.00 78.91 O +ANISOU15268 O THR E 4 8802 12663 8516 -805 -3532 -2113 O +ATOM 15269 CB THR E 4 77.485 -17.816 54.871 1.00 90.63 C +ANISOU15269 CB THR E 4 9286 14833 10318 -819 -4012 -2726 C +ATOM 15270 OG1 THR E 4 76.146 -18.264 55.124 1.00 98.56 O +ANISOU15270 OG1 THR E 4 9827 15863 11759 -1032 -4084 -2989 O +ATOM 15271 CG2 THR E 4 77.805 -17.985 53.382 1.00 92.03 C +ANISOU15271 CG2 THR E 4 9609 15260 10101 -558 -4177 -2835 C +ATOM 15272 N LYS E 5 80.267 -19.327 54.331 1.00 80.01 N +ANISOU15272 N LYS E 5 8708 12921 8772 -969 -3839 -2834 N +ATOM 15273 CA LYS E 5 81.594 -19.298 53.729 1.00 75.27 C +ANISOU15273 CA LYS E 5 8473 12267 7857 -791 -3787 -2736 C +ATOM 15274 C LYS E 5 81.921 -17.916 53.173 1.00 73.30 C +ANISOU15274 C LYS E 5 8401 12325 7124 -342 -3776 -2374 C +ATOM 15275 O LYS E 5 81.132 -17.330 52.427 1.00 78.33 O +ANISOU15275 O LYS E 5 8887 13336 7537 -86 -3894 -2346 O +ATOM 15276 CB LYS E 5 81.660 -20.350 52.618 1.00 83.37 C +ANISOU15276 CB LYS E 5 9486 13330 8862 -837 -3874 -3146 C +ATOM 15277 CG LYS E 5 82.772 -20.156 51.604 1.00 89.35 C +ANISOU15277 CG LYS E 5 10567 14193 9189 -552 -3849 -3097 C +ATOM 15278 CD LYS E 5 82.858 -21.344 50.663 1.00 93.00 C +ANISOU15278 CD LYS E 5 11007 14645 9682 -667 -3903 -3586 C +ATOM 15279 CE LYS E 5 83.986 -21.189 49.659 1.00 94.75 C +ANISOU15279 CE LYS E 5 11557 14971 9471 -384 -3848 -3573 C +ATOM 15280 NZ LYS E 5 83.717 -20.117 48.661 1.00 95.78 N +ANISOU15280 NZ LYS E 5 11753 15593 9045 54 -3933 -3363 N +ATOM 15281 N CYS E 6 83.091 -17.398 53.545 1.00 71.82 N +ANISOU15281 N CYS E 6 8519 11946 6824 -240 -3604 -2072 N +ATOM 15282 CA CYS E 6 83.596 -16.174 52.940 1.00 68.06 C +ANISOU15282 CA CYS E 6 8235 11676 5950 196 -3511 -1731 C +ATOM 15283 C CYS E 6 83.860 -16.386 51.454 1.00 71.45 C +ANISOU15283 C CYS E 6 8765 12362 6022 464 -3587 -1874 C +ATOM 15284 O CYS E 6 83.956 -17.514 50.965 1.00 73.61 O +ANISOU15284 O CYS E 6 9030 12578 6361 282 -3674 -2243 O +ATOM 15285 CB CYS E 6 84.901 -15.726 53.600 1.00 63.86 C +ANISOU15285 CB CYS E 6 8021 10715 5529 175 -3192 -1365 C +ATOM 15286 SG CYS E 6 84.789 -15.184 55.306 1.00 68.64 S +ANISOU15286 SG CYS E 6 8621 10972 6486 -104 -2960 -1072 S +ATOM 15287 N SER E 7 83.993 -15.278 50.733 1.00 72.38 N +ANISOU15287 N SER E 7 8985 12741 5773 908 -3500 -1563 N +ATOM 15288 CA SER E 7 84.476 -15.361 49.367 1.00 75.52 C +ANISOU15288 CA SER E 7 9559 13350 5787 1203 -3486 -1616 C +ATOM 15289 C SER E 7 85.955 -15.737 49.356 1.00 86.31 C +ANISOU15289 C SER E 7 11248 14412 7133 1194 -3320 -1618 C +ATOM 15290 O SER E 7 86.676 -15.581 50.346 1.00 94.72 O +ANISOU15290 O SER E 7 12421 15096 8470 1047 -3166 -1431 O +ATOM 15291 CB SER E 7 84.265 -14.038 48.633 1.00 77.63 C +ANISOU15291 CB SER E 7 9854 13949 5693 1720 -3375 -1215 C +ATOM 15292 OG SER E 7 84.812 -14.104 47.326 1.00112.97 O +ANISOU15292 OG SER E 7 14533 18628 9763 2027 -3320 -1237 O +ATOM 15293 N SER E 8 86.406 -16.246 48.210 1.00 76.54 N +ANISOU15293 N SER E 8 10163 13310 5609 1342 -3322 -1825 N +ATOM 15294 CA SER E 8 87.787 -16.691 48.088 1.00 83.87 C +ANISOU15294 CA SER E 8 11394 13963 6511 1368 -3171 -1880 C +ATOM 15295 C SER E 8 88.774 -15.531 48.110 1.00 98.56 C +ANISOU15295 C SER E 8 13501 15631 8318 1701 -2806 -1338 C +ATOM 15296 O SER E 8 89.939 -15.733 48.464 1.00109.74 O +ANISOU15296 O SER E 8 15085 16559 10052 1576 -2543 -1216 O +ATOM 15297 CB SER E 8 87.960 -17.493 46.802 1.00 79.04 C +ANISOU15297 CB SER E 8 10887 13550 5595 1451 -3209 -2259 C +ATOM 15298 OG SER E 8 87.999 -16.633 45.676 1.00 82.34 O +ANISOU15298 OG SER E 8 11444 14329 5513 1936 -3089 -2003 O +ATOM 15299 N ASP E 9 88.343 -14.323 47.743 1.00 94.87 N +ANISOU15299 N ASP E 9 13020 15488 7540 2112 -2739 -989 N +ATOM 15300 CA ASP E 9 89.258 -13.188 47.721 1.00101.53 C +ANISOU15300 CA ASP E 9 14062 16074 8440 2419 -2299 -474 C +ATOM 15301 C ASP E 9 89.784 -12.844 49.108 1.00 93.58 C +ANISOU15301 C ASP E 9 13012 14507 8037 2082 -2094 -270 C +ATOM 15302 O ASP E 9 90.782 -12.124 49.218 1.00 96.26 O +ANISOU15302 O ASP E 9 13494 14504 8575 2214 -1718 49 O +ATOM 15303 CB ASP E 9 88.562 -11.969 47.109 1.00117.04 C +ANISOU15303 CB ASP E 9 15978 18477 10017 2935 -2233 -110 C +ATOM 15304 CG ASP E 9 87.333 -11.546 47.887 1.00130.28 C +ANISOU15304 CG ASP E 9 17330 20276 11895 2779 -2408 -70 C +ATOM 15305 OD1 ASP E 9 86.920 -12.293 48.799 1.00135.85 O +ANISOU15305 OD1 ASP E 9 17873 20851 12895 2318 -2651 -377 O +ATOM 15306 OD2 ASP E 9 86.773 -10.472 47.581 1.00136.47 O +ANISOU15306 OD2 ASP E 9 18018 21263 12573 3130 -2263 284 O +ATOM 15307 N MET E 10 89.139 -13.339 50.166 1.00 86.51 N +ANISOU15307 N MET E 10 11915 13520 7435 1655 -2320 -460 N +ATOM 15308 CA MET E 10 89.557 -13.100 51.543 1.00 76.38 C +ANISOU15308 CA MET E 10 10599 11790 6631 1321 -2179 -313 C +ATOM 15309 C MET E 10 90.381 -14.255 52.106 1.00 82.04 C +ANISOU15309 C MET E 10 11372 12129 7669 942 -2229 -495 C +ATOM 15310 O MET E 10 90.379 -14.481 53.320 1.00 89.09 O +ANISOU15310 O MET E 10 12185 12783 8882 592 -2267 -482 O +ATOM 15311 CB MET E 10 88.332 -12.861 52.426 1.00 60.12 C +ANISOU15311 CB MET E 10 8306 9862 4677 1124 -2330 -342 C +ATOM 15312 CG MET E 10 87.499 -11.647 52.045 1.00 74.66 C +ANISOU15312 CG MET E 10 10041 12018 6309 1492 -2241 -98 C +ATOM 15313 SD MET E 10 88.350 -10.080 52.291 1.00 76.49 S +ANISOU15313 SD MET E 10 10401 11930 6733 1743 -1726 366 S +ATOM 15314 CE MET E 10 88.577 -10.085 54.069 1.00 70.33 C +ANISOU15314 CE MET E 10 9571 10719 6431 1205 -1665 301 C +ATOM 15315 N ASN E 11 91.093 -14.990 51.247 1.00 75.91 N +ANISOU15315 N ASN E 11 10736 11300 6805 1027 -2202 -644 N +ATOM 15316 CA ASN E 11 91.717 -16.237 51.682 1.00 79.75 C +ANISOU15316 CA ASN E 11 11231 11446 7624 686 -2254 -832 C +ATOM 15317 C ASN E 11 92.770 -15.999 52.757 1.00 85.53 C +ANISOU15317 C ASN E 11 11988 11733 8778 503 -2088 -557 C +ATOM 15318 O ASN E 11 92.848 -16.753 53.733 1.00 89.42 O +ANISOU15318 O ASN E 11 12395 12007 9573 161 -2194 -595 O +ATOM 15319 CB ASN E 11 92.339 -16.967 50.484 1.00 82.97 C +ANISOU15319 CB ASN E 11 11796 11852 7876 846 -2181 -1043 C +ATOM 15320 CG ASN E 11 91.335 -17.812 49.713 1.00 85.13 C +ANISOU15320 CG ASN E 11 11987 12503 7855 819 -2449 -1510 C +ATOM 15321 OD1 ASN E 11 91.353 -17.837 48.483 1.00 78.38 O +ANISOU15321 OD1 ASN E 11 11261 11943 6578 1111 -2437 -1677 O +ATOM 15322 ND2 ASN E 11 90.458 -18.510 50.429 1.00 88.12 N +ANISOU15322 ND2 ASN E 11 12143 12884 8455 469 -2679 -1742 N +ATOM 15323 N GLY E 12 93.593 -14.969 52.598 1.00 81.57 N +ANISOU15323 N GLY E 12 11581 11098 8312 733 -1822 -279 N +ATOM 15324 CA GLY E 12 94.695 -14.730 53.506 1.00 75.04 C +ANISOU15324 CA GLY E 12 10740 9880 7894 569 -1691 -80 C +ATOM 15325 C GLY E 12 94.408 -13.777 54.646 1.00 78.04 C +ANISOU15325 C GLY E 12 11019 10246 8385 429 -1684 64 C +ATOM 15326 O GLY E 12 95.340 -13.391 55.360 1.00 79.33 O +ANISOU15326 O GLY E 12 11152 10140 8850 316 -1584 193 O +ATOM 15327 N TYR E 13 93.147 -13.391 54.849 1.00 84.39 N +ANISOU15327 N TYR E 13 11752 11339 8973 424 -1786 15 N +ATOM 15328 CA TYR E 13 92.820 -12.418 55.887 1.00 63.84 C +ANISOU15328 CA TYR E 13 9072 8715 6469 304 -1715 121 C +ATOM 15329 C TYR E 13 93.089 -12.983 57.277 1.00 72.71 C +ANISOU15329 C TYR E 13 10145 9676 7805 -99 -1875 86 C +ATOM 15330 O TYR E 13 93.747 -12.339 58.103 1.00 80.52 O +ANISOU15330 O TYR E 13 11117 10500 8976 -216 -1783 167 O +ATOM 15331 CB TYR E 13 91.360 -11.990 55.742 1.00 51.59 C +ANISOU15331 CB TYR E 13 7432 7496 4672 402 -1772 83 C +ATOM 15332 CG TYR E 13 90.848 -11.080 56.834 1.00 50.76 C +ANISOU15332 CG TYR E 13 7247 7366 4676 255 -1667 150 C +ATOM 15333 CD1 TYR E 13 91.321 -9.780 56.968 1.00 58.84 C +ANISOU15333 CD1 TYR E 13 8281 8229 5848 390 -1343 308 C +ATOM 15334 CD2 TYR E 13 89.870 -11.515 57.715 1.00 50.48 C +ANISOU15334 CD2 TYR E 13 7117 7436 4626 -19 -1838 34 C +ATOM 15335 CE1 TYR E 13 90.843 -8.947 57.964 1.00 50.53 C +ANISOU15335 CE1 TYR E 13 7158 7134 4908 237 -1207 308 C +ATOM 15336 CE2 TYR E 13 89.386 -10.692 58.709 1.00 56.64 C +ANISOU15336 CE2 TYR E 13 7847 8190 5483 -152 -1699 71 C +ATOM 15337 CZ TYR E 13 89.874 -9.410 58.830 1.00 53.78 C +ANISOU15337 CZ TYR E 13 7507 7682 5247 -31 -1391 187 C +ATOM 15338 OH TYR E 13 89.390 -8.590 59.823 1.00 55.04 O +ANISOU15338 OH TYR E 13 7621 7796 5498 -183 -1215 165 O +ATOM 15339 N CYS E 14 92.587 -14.182 57.555 1.00 75.15 N +ANISOU15339 N CYS E 14 10420 10038 8095 -306 -2103 -39 N +ATOM 15340 CA CYS E 14 92.876 -14.849 58.817 1.00 71.82 C +ANISOU15340 CA CYS E 14 9971 9477 7843 -633 -2232 1 C +ATOM 15341 C CYS E 14 94.253 -15.495 58.741 1.00 57.24 C +ANISOU15341 C CYS E 14 8149 7362 6235 -651 -2243 89 C +ATOM 15342 O CYS E 14 94.564 -16.203 57.778 1.00 71.11 O +ANISOU15342 O CYS E 14 9939 9039 8042 -531 -2220 21 O +ATOM 15343 CB CYS E 14 91.809 -15.898 59.123 1.00 73.52 C +ANISOU15343 CB CYS E 14 10118 9788 8027 -823 -2387 -122 C +ATOM 15344 SG CYS E 14 90.119 -15.300 58.923 1.00 68.36 S +ANISOU15344 SG CYS E 14 9364 9452 7159 -760 -2387 -255 S +ATOM 15345 N LEU E 15 95.079 -15.250 59.757 1.00 54.81 N +ANISOU15345 N LEU E 15 7813 6933 6079 -799 -2277 222 N +ATOM 15346 CA LEU E 15 96.465 -15.698 59.730 1.00 63.02 C +ANISOU15346 CA LEU E 15 8819 7723 7402 -792 -2290 339 C +ATOM 15347 C LEU E 15 96.652 -17.083 60.331 1.00 66.60 C +ANISOU15347 C LEU E 15 9230 8076 7998 -970 -2460 440 C +ATOM 15348 O LEU E 15 97.611 -17.778 59.976 1.00 60.24 O +ANISOU15348 O LEU E 15 8386 7039 7465 -918 -2440 528 O +ATOM 15349 CB LEU E 15 97.348 -14.687 60.468 1.00 60.98 C +ANISOU15349 CB LEU E 15 8490 7407 7271 -846 -2268 407 C +ATOM 15350 CG LEU E 15 97.206 -13.247 59.965 1.00 64.66 C +ANISOU15350 CG LEU E 15 8974 7893 7701 -675 -2011 333 C +ATOM 15351 CD1 LEU E 15 98.111 -12.306 60.745 1.00 63.60 C +ANISOU15351 CD1 LEU E 15 8726 7656 7783 -783 -1972 317 C +ATOM 15352 CD2 LEU E 15 97.499 -13.153 58.472 1.00 48.88 C +ANISOU15352 CD2 LEU E 15 7039 5776 5758 -354 -1772 355 C +ATOM 15353 N HIS E 16 95.759 -17.504 61.226 1.00 62.36 N +ANISOU15353 N HIS E 16 8692 7677 7323 -1160 -2574 457 N +ATOM 15354 CA HIS E 16 95.789 -18.845 61.794 1.00 54.53 C +ANISOU15354 CA HIS E 16 7660 6568 6489 -1299 -2662 602 C +ATOM 15355 C HIS E 16 94.350 -19.328 61.985 1.00 57.48 C +ANISOU15355 C HIS E 16 8044 7057 6740 -1418 -2645 489 C +ATOM 15356 O HIS E 16 93.903 -19.642 63.085 1.00 52.74 O +ANISOU15356 O HIS E 16 7444 6518 6078 -1578 -2687 630 O +ATOM 15357 CB HIS E 16 96.566 -18.869 63.110 1.00 64.73 C +ANISOU15357 CB HIS E 16 8908 7884 7804 -1416 -2818 869 C +ATOM 15358 CG HIS E 16 98.003 -18.475 62.971 1.00 69.20 C +ANISOU15358 CG HIS E 16 9388 8326 8580 -1323 -2862 959 C +ATOM 15359 ND1 HIS E 16 98.894 -19.173 62.184 1.00 69.87 N +ANISOU15359 ND1 HIS E 16 9405 8126 9015 -1201 -2788 1033 N +ATOM 15360 CD2 HIS E 16 98.707 -17.458 63.523 1.00 62.58 C +ANISOU15360 CD2 HIS E 16 8489 7586 7701 -1348 -2951 957 C +ATOM 15361 CE1 HIS E 16 100.083 -18.602 62.255 1.00 60.60 C +ANISOU15361 CE1 HIS E 16 8121 6876 8028 -1142 -2830 1105 C +ATOM 15362 NE2 HIS E 16 99.997 -17.560 63.061 1.00 61.13 N +ANISOU15362 NE2 HIS E 16 8178 7177 7872 -1239 -2942 1042 N +ATOM 15363 N GLY E 17 93.605 -19.389 60.887 1.00 52.79 N +ANISOU15363 N GLY E 17 7444 6507 6105 -1329 -2576 226 N +ATOM 15364 CA GLY E 17 92.218 -19.798 60.952 1.00 60.32 C +ANISOU15364 CA GLY E 17 8340 7570 7007 -1442 -2569 61 C +ATOM 15365 C GLY E 17 91.538 -19.630 59.608 1.00 52.79 C +ANISOU15365 C GLY E 17 7353 6762 5944 -1293 -2561 -261 C +ATOM 15366 O GLY E 17 92.189 -19.424 58.581 1.00 52.67 O +ANISOU15366 O GLY E 17 7395 6729 5888 -1095 -2528 -338 O +ATOM 15367 N GLN E 18 90.210 -19.717 59.643 1.00 57.36 N +ANISOU15367 N GLN E 18 7827 7504 6463 -1378 -2588 -441 N +ATOM 15368 CA GLN E 18 89.385 -19.735 58.441 1.00 76.73 C +ANISOU15368 CA GLN E 18 10187 10165 8800 -1259 -2649 -780 C +ATOM 15369 C GLN E 18 88.435 -18.547 58.452 1.00 75.10 C +ANISOU15369 C GLN E 18 9928 10274 8331 -1149 -2675 -789 C +ATOM 15370 O GLN E 18 87.714 -18.336 59.430 1.00 77.77 O +ANISOU15370 O GLN E 18 10205 10637 8709 -1304 -2638 -704 O +ATOM 15371 CB GLN E 18 88.584 -21.037 58.353 1.00 84.34 C +ANISOU15371 CB GLN E 18 10979 11029 10039 -1466 -2668 -1051 C +ATOM 15372 CG GLN E 18 89.431 -22.298 58.363 1.00 88.47 C +ANISOU15372 CG GLN E 18 11522 11176 10915 -1579 -2572 -1035 C +ATOM 15373 CD GLN E 18 89.925 -22.678 56.983 1.00 98.69 C +ANISOU15373 CD GLN E 18 12852 12463 12181 -1434 -2580 -1334 C +ATOM 15374 OE1 GLN E 18 89.218 -23.333 56.218 1.00112.53 O +ANISOU15374 OE1 GLN E 18 14473 14288 13997 -1494 -2625 -1760 O +ATOM 15375 NE2 GLN E 18 91.146 -22.271 56.658 1.00 90.19 N +ANISOU15375 NE2 GLN E 18 11946 11302 11019 -1249 -2522 -1144 N +ATOM 15376 N CYS E 19 88.421 -17.784 57.362 1.00 65.18 N +ANISOU15376 N CYS E 19 8698 9252 6815 -860 -2702 -866 N +ATOM 15377 CA CYS E 19 87.490 -16.668 57.253 1.00 61.74 C +ANISOU15377 CA CYS E 19 8178 9112 6168 -702 -2701 -837 C +ATOM 15378 C CYS E 19 86.054 -17.163 57.359 1.00 62.02 C +ANISOU15378 C CYS E 19 7967 9313 6286 -849 -2823 -1069 C +ATOM 15379 O CYS E 19 85.690 -18.197 56.791 1.00 61.73 O +ANISOU15379 O CYS E 19 7804 9307 6346 -937 -2957 -1376 O +ATOM 15380 CB CYS E 19 87.693 -15.932 55.928 1.00 69.85 C +ANISOU15380 CB CYS E 19 9263 10383 6894 -311 -2698 -842 C +ATOM 15381 SG CYS E 19 86.649 -14.463 55.696 1.00 95.41 S +ANISOU15381 SG CYS E 19 12380 13967 9902 -23 -2644 -700 S +ATOM 15382 N ILE E 20 85.234 -16.412 58.093 1.00 68.96 N +ANISOU15382 N ILE E 20 8753 10275 7173 -888 -2747 -951 N +ATOM 15383 CA ILE E 20 83.808 -16.680 58.195 1.00 70.64 C +ANISOU15383 CA ILE E 20 8686 10646 7507 -995 -2827 -1141 C +ATOM 15384 C ILE E 20 83.061 -15.391 57.892 1.00 74.34 C +ANISOU15384 C ILE E 20 9042 11409 7794 -730 -2799 -1033 C +ATOM 15385 O ILE E 20 83.571 -14.288 58.114 1.00 57.76 O +ANISOU15385 O ILE E 20 7099 9273 5575 -571 -2617 -770 O +ATOM 15386 CB ILE E 20 83.411 -17.230 59.586 1.00 68.00 C +ANISOU15386 CB ILE E 20 8317 10050 7469 -1343 -2682 -1071 C +ATOM 15387 CG1 ILE E 20 83.406 -16.112 60.635 1.00 63.04 C +ANISOU15387 CG1 ILE E 20 7811 9383 6758 -1349 -2466 -789 C +ATOM 15388 CG2 ILE E 20 84.351 -18.355 59.998 1.00 72.31 C +ANISOU15388 CG2 ILE E 20 9009 10274 8192 -1541 -2649 -1034 C +ATOM 15389 CD1 ILE E 20 82.956 -16.555 62.013 1.00 64.04 C +ANISOU15389 CD1 ILE E 20 7943 9313 7078 -1648 -2291 -698 C +ATOM 15390 N TYR E 21 81.844 -15.539 57.376 1.00 83.66 N +ANISOU15390 N TYR E 21 9913 12870 9005 -681 -2968 -1246 N +ATOM 15391 CA TYR E 21 81.004 -14.410 56.991 1.00 65.72 C +ANISOU15391 CA TYR E 21 7461 10912 6598 -389 -2968 -1125 C +ATOM 15392 C TYR E 21 79.727 -14.439 57.814 1.00 65.43 C +ANISOU15392 C TYR E 21 7137 10849 6875 -595 -2899 -1174 C +ATOM 15393 O TYR E 21 78.979 -15.420 57.769 1.00 81.51 O +ANISOU15393 O TYR E 21 8913 12913 9144 -803 -3060 -1478 O +ATOM 15394 CB TYR E 21 80.676 -14.452 55.498 1.00 69.85 C +ANISOU15394 CB TYR E 21 7825 11892 6822 -64 -3273 -1307 C +ATOM 15395 CG TYR E 21 79.906 -13.243 55.027 1.00 87.19 C +ANISOU15395 CG TYR E 21 9835 14443 8851 322 -3270 -1084 C +ATOM 15396 CD1 TYR E 21 80.561 -12.061 54.724 1.00 86.20 C +ANISOU15396 CD1 TYR E 21 9921 14328 8502 680 -3043 -704 C +ATOM 15397 CD2 TYR E 21 78.523 -13.280 54.894 1.00 94.56 C +ANISOU15397 CD2 TYR E 21 10346 15671 9912 338 -3461 -1232 C +ATOM 15398 CE1 TYR E 21 79.868 -10.953 54.296 1.00 92.05 C +ANISOU15398 CE1 TYR E 21 10481 15355 9137 1069 -2981 -436 C +ATOM 15399 CE2 TYR E 21 77.818 -12.173 54.465 1.00100.17 C +ANISOU15399 CE2 TYR E 21 10852 16707 10500 728 -3451 -970 C +ATOM 15400 CZ TYR E 21 78.497 -11.010 54.168 1.00105.24 C +ANISOU15400 CZ TYR E 21 11735 17345 10907 1105 -3196 -550 C +ATOM 15401 OH TYR E 21 77.802 -9.901 53.740 1.00110.80 O +ANISOU15401 OH TYR E 21 12226 18338 11535 1531 -3129 -227 O +ATOM 15402 N LEU E 22 79.474 -13.366 58.554 1.00 64.38 N +ANISOU15402 N LEU E 22 7035 10632 6794 -543 -2620 -901 N +ATOM 15403 CA LEU E 22 78.289 -13.253 59.392 1.00 65.83 C +ANISOU15403 CA LEU E 22 6972 10755 7287 -714 -2466 -906 C +ATOM 15404 C LEU E 22 77.265 -12.387 58.670 1.00 84.19 C +ANISOU15404 C LEU E 22 8960 13432 9596 -380 -2539 -840 C +ATOM 15405 O LEU E 22 77.535 -11.219 58.369 1.00 86.41 O +ANISOU15405 O LEU E 22 9332 13797 9704 -59 -2390 -564 O +ATOM 15406 CB LEU E 22 78.642 -12.666 60.757 1.00 74.29 C +ANISOU15406 CB LEU E 22 8301 11499 8429 -894 -2073 -682 C +ATOM 15407 CG LEU E 22 79.417 -13.569 61.721 1.00 61.51 C +ANISOU15407 CG LEU E 22 6952 9571 6848 -1237 -1999 -699 C +ATOM 15408 CD1 LEU E 22 80.692 -14.120 61.128 1.00 59.79 C +ANISOU15408 CD1 LEU E 22 6953 9320 6443 -1194 -2195 -730 C +ATOM 15409 CD2 LEU E 22 79.754 -12.794 62.972 1.00 60.00 C +ANISOU15409 CD2 LEU E 22 7011 9179 6607 -1356 -1656 -504 C +ATOM 15410 N VAL E 23 76.093 -12.962 58.394 1.00 76.76 N +ANISOU15410 N VAL E 23 7598 12685 8881 -446 -2754 -1084 N +ATOM 15411 CA VAL E 23 75.121 -12.297 57.530 1.00 92.93 C +ANISOU15411 CA VAL E 23 9257 15165 10888 -90 -2940 -1041 C +ATOM 15412 C VAL E 23 74.554 -11.053 58.204 1.00 88.93 C +ANISOU15412 C VAL E 23 8673 14546 10571 41 -2552 -697 C +ATOM 15413 O VAL E 23 74.376 -10.012 57.560 1.00 92.35 O +ANISOU15413 O VAL E 23 9006 15230 10854 463 -2530 -428 O +ATOM 15414 CB VAL E 23 74.006 -13.279 57.123 1.00110.35 C +ANISOU15414 CB VAL E 23 10969 17605 13355 -239 -3294 -1455 C +ATOM 15415 CG1 VAL E 23 74.592 -14.457 56.356 1.00114.89 C +ANISOU15415 CG1 VAL E 23 11618 18286 13748 -355 -3642 -1848 C +ATOM 15416 CG2 VAL E 23 73.228 -13.766 58.341 1.00118.36 C +ANISOU15416 CG2 VAL E 23 11805 18243 14922 -647 -3021 -1546 C +ATOM 15417 N ASP E 24 74.253 -11.132 59.499 1.00 84.44 N +ANISOU15417 N ASP E 24 8153 13593 10338 -297 -2200 -683 N +ATOM 15418 CA ASP E 24 73.689 -9.976 60.186 1.00 86.73 C +ANISOU15418 CA ASP E 24 8377 13739 10838 -204 -1774 -410 C +ATOM 15419 C ASP E 24 74.691 -8.838 60.252 1.00 89.70 C +ANISOU15419 C ASP E 24 9127 13987 10968 6 -1483 -117 C +ATOM 15420 O ASP E 24 74.364 -7.687 59.942 1.00100.50 O +ANISOU15420 O ASP E 24 10365 15436 12384 346 -1283 150 O +ATOM 15421 CB ASP E 24 73.250 -10.366 61.590 1.00 84.72 C +ANISOU15421 CB ASP E 24 8165 13102 10925 -622 -1423 -483 C +ATOM 15422 CG ASP E 24 72.080 -11.292 61.590 1.00 90.19 C +ANISOU15422 CG ASP E 24 8405 13848 12015 -808 -1581 -733 C +ATOM 15423 OD1 ASP E 24 71.426 -11.451 60.534 1.00 90.40 O +ANISOU15423 OD1 ASP E 24 8004 14250 12092 -600 -1971 -865 O +ATOM 15424 OD2 ASP E 24 71.806 -11.860 62.664 1.00 93.72 O +ANISOU15424 OD2 ASP E 24 8911 13967 12729 -1159 -1301 -800 O +ATOM 15425 N MET E 25 75.914 -9.140 60.676 1.00 79.18 N +ANISOU15425 N MET E 25 8228 12429 9429 -191 -1430 -159 N +ATOM 15426 CA MET E 25 76.945 -8.117 60.712 1.00 81.51 C +ANISOU15426 CA MET E 25 8841 12579 9550 -26 -1166 55 C +ATOM 15427 C MET E 25 77.369 -7.699 59.316 1.00 91.85 C +ANISOU15427 C MET E 25 10121 14175 10602 427 -1364 211 C +ATOM 15428 O MET E 25 77.747 -6.540 59.106 1.00 89.56 O +ANISOU15428 O MET E 25 9918 13812 10301 711 -1064 477 O +ATOM 15429 CB MET E 25 78.138 -8.627 61.500 1.00 83.53 C +ANISOU15429 CB MET E 25 9505 12563 9669 -354 -1122 -49 C +ATOM 15430 CG MET E 25 77.965 -8.402 62.970 1.00 83.80 C +ANISOU15430 CG MET E 25 9679 12311 9851 -678 -753 -75 C +ATOM 15431 SD MET E 25 76.448 -9.101 63.665 1.00 78.15 S +ANISOU15431 SD MET E 25 8664 11575 9456 -921 -686 -189 S +ATOM 15432 CE MET E 25 76.781 -10.860 63.568 1.00 78.36 C +ANISOU15432 CE MET E 25 8731 11614 9427 -1184 -1079 -394 C +ATOM 15433 N SER E 26 77.319 -8.620 58.357 1.00108.29 N +ANISOU15433 N SER E 26 12090 16570 12484 505 -1822 43 N +ATOM 15434 CA SER E 26 77.669 -8.312 56.976 1.00124.15 C +ANISOU15434 CA SER E 26 14091 18921 14159 961 -2026 181 C +ATOM 15435 C SER E 26 79.120 -7.851 56.881 1.00130.89 C +ANISOU15435 C SER E 26 15354 19540 14838 1050 -1805 341 C +ATOM 15436 O SER E 26 79.469 -6.985 56.077 1.00146.12 O +ANISOU15436 O SER E 26 17332 21580 16608 1480 -1670 628 O +ATOM 15437 CB SER E 26 76.715 -7.267 56.392 1.00135.40 C +ANISOU15437 CB SER E 26 15186 20631 15629 1415 -1944 482 C +ATOM 15438 OG SER E 26 77.068 -6.939 55.063 1.00144.85 O +ANISOU15438 OG SER E 26 16407 22195 16436 1908 -2113 678 O +ATOM 15439 N GLN E 27 79.967 -8.433 57.726 1.00112.01 N +ANISOU15439 N GLN E 27 13237 16816 12507 655 -1750 177 N +ATOM 15440 CA GLN E 27 81.399 -8.186 57.715 1.00 99.95 C +ANISOU15440 CA GLN E 27 12051 15049 10875 668 -1595 261 C +ATOM 15441 C GLN E 27 82.103 -9.510 57.968 1.00 84.39 C +ANISOU15441 C GLN E 27 10247 12969 8847 329 -1852 5 C +ATOM 15442 O GLN E 27 81.498 -10.473 58.446 1.00 83.38 O +ANISOU15442 O GLN E 27 10004 12849 8825 34 -2031 -209 O +ATOM 15443 CB GLN E 27 81.804 -7.142 58.766 1.00111.28 C +ANISOU15443 CB GLN E 27 13627 16118 12537 546 -1136 389 C +ATOM 15444 CG GLN E 27 81.215 -5.760 58.523 1.00132.75 C +ANISOU15444 CG GLN E 27 16186 18849 15405 895 -774 668 C +ATOM 15445 CD GLN E 27 81.526 -4.786 59.643 1.00140.18 C +ANISOU15445 CD GLN E 27 17243 19398 16623 705 -290 686 C +ATOM 15446 OE1 GLN E 27 81.776 -5.188 60.779 1.00130.07 O +ANISOU15446 OE1 GLN E 27 16104 17929 15387 281 -276 465 O +ATOM 15447 NE2 GLN E 27 81.515 -3.495 59.325 1.00151.49 N +ANISOU15447 NE2 GLN E 27 18612 20710 18238 1031 130 945 N +ATOM 15448 N ASN E 28 83.387 -9.557 57.638 1.00 69.37 N +ANISOU15448 N ASN E 28 8595 10930 6833 386 -1826 50 N +ATOM 15449 CA ASN E 28 84.139 -10.799 57.725 1.00 70.21 C +ANISOU15449 CA ASN E 28 8841 10923 6911 131 -2047 -144 C +ATOM 15450 C ASN E 28 84.839 -10.919 59.072 1.00 58.40 C +ANISOU15450 C ASN E 28 7516 9088 5584 -231 -1908 -142 C +ATOM 15451 O ASN E 28 85.239 -9.924 59.681 1.00 63.35 O +ANISOU15451 O ASN E 28 8232 9548 6288 -238 -1635 -17 O +ATOM 15452 CB ASN E 28 85.168 -10.892 56.600 1.00 75.16 C +ANISOU15452 CB ASN E 28 9626 11588 7342 397 -2096 -100 C +ATOM 15453 CG ASN E 28 84.526 -10.971 55.232 1.00 90.15 C +ANISOU15453 CG ASN E 28 11390 13906 8956 756 -2297 -142 C +ATOM 15454 OD1 ASN E 28 84.107 -12.041 54.791 1.00 97.88 O +ANISOU15454 OD1 ASN E 28 12265 15075 9848 658 -2608 -427 O +ATOM 15455 ND2 ASN E 28 84.451 -9.837 54.549 1.00 99.49 N +ANISOU15455 ND2 ASN E 28 12563 15243 9995 1185 -2109 137 N +ATOM 15456 N TYR E 29 84.977 -12.157 59.531 1.00 53.99 N +ANISOU15456 N TYR E 29 6988 8440 5085 -526 -2091 -289 N +ATOM 15457 CA TYR E 29 85.704 -12.458 60.759 1.00 57.42 C +ANISOU15457 CA TYR E 29 7587 8623 5608 -834 -2026 -251 C +ATOM 15458 C TYR E 29 86.411 -13.793 60.551 1.00 56.59 C +ANISOU15458 C TYR E 29 7546 8412 5545 -956 -2230 -324 C +ATOM 15459 O TYR E 29 86.619 -14.224 59.412 1.00 56.80 O +ANISOU15459 O TYR E 29 7546 8517 5519 -783 -2360 -417 O +ATOM 15460 CB TYR E 29 84.747 -12.436 61.964 1.00 54.87 C +ANISOU15460 CB TYR E 29 7202 8277 5368 -1083 -1907 -265 C +ATOM 15461 CG TYR E 29 84.251 -11.049 62.300 1.00 66.09 C +ANISOU15461 CG TYR E 29 8590 9723 6799 -985 -1627 -192 C +ATOM 15462 CD1 TYR E 29 85.031 -10.177 63.049 1.00 83.61 C +ANISOU15462 CD1 TYR E 29 10976 11793 8999 -1056 -1416 -142 C +ATOM 15463 CD2 TYR E 29 83.010 -10.606 61.862 1.00 64.76 C +ANISOU15463 CD2 TYR E 29 8190 9719 6696 -823 -1564 -194 C +ATOM 15464 CE1 TYR E 29 84.587 -8.906 63.356 1.00 91.06 C +ANISOU15464 CE1 TYR E 29 11880 12703 10015 -983 -1096 -115 C +ATOM 15465 CE2 TYR E 29 82.558 -9.336 62.164 1.00 84.22 C +ANISOU15465 CE2 TYR E 29 10607 12157 9235 -717 -1250 -101 C +ATOM 15466 CZ TYR E 29 83.350 -8.490 62.911 1.00 96.33 C +ANISOU15466 CZ TYR E 29 12332 13493 10774 -804 -989 -71 C +ATOM 15467 OH TYR E 29 82.904 -7.224 63.216 1.00105.48 O +ANISOU15467 OH TYR E 29 13435 14573 12070 -716 -615 -18 O +ATOM 15468 N CYS E 30 86.785 -14.455 61.643 1.00 59.62 N +ANISOU15468 N CYS E 30 8015 8623 6014 -1234 -2235 -272 N +ATOM 15469 CA CYS E 30 87.588 -15.662 61.547 1.00 53.79 C +ANISOU15469 CA CYS E 30 7332 7724 5382 -1330 -2368 -272 C +ATOM 15470 C CYS E 30 87.129 -16.688 62.570 1.00 64.77 C +ANISOU15470 C CYS E 30 8695 9003 6911 -1608 -2361 -234 C +ATOM 15471 O CYS E 30 86.549 -16.349 63.605 1.00 58.67 O +ANISOU15471 O CYS E 30 7941 8259 6092 -1744 -2240 -159 O +ATOM 15472 CB CYS E 30 89.077 -15.355 61.763 1.00 50.08 C +ANISOU15472 CB CYS E 30 7018 7109 4900 -1298 -2358 -121 C +ATOM 15473 SG CYS E 30 89.782 -14.185 60.583 1.00 55.31 S +ANISOU15473 SG CYS E 30 7721 7806 5490 -959 -2260 -113 S +ATOM 15474 N ARG E 31 87.370 -17.954 62.244 1.00 75.96 N +ANISOU15474 N ARG E 31 10069 10269 8522 -1677 -2440 -285 N +ATOM 15475 CA ARG E 31 87.370 -19.045 63.209 1.00 77.09 C +ANISOU15475 CA ARG E 31 10221 10214 8855 -1898 -2381 -143 C +ATOM 15476 C ARG E 31 88.827 -19.455 63.378 1.00 54.21 C +ANISOU15476 C ARG E 31 7452 7149 5997 -1874 -2440 64 C +ATOM 15477 O ARG E 31 89.438 -19.993 62.448 1.00 54.25 O +ANISOU15477 O ARG E 31 7431 7034 6146 -1784 -2495 -28 O +ATOM 15478 CB ARG E 31 86.512 -20.220 62.747 1.00 57.02 C +ANISOU15478 CB ARG E 31 7480 7560 6626 -2006 -2360 -358 C +ATOM 15479 CG ARG E 31 86.549 -21.404 63.704 1.00 58.96 C +ANISOU15479 CG ARG E 31 7725 7527 7148 -2202 -2213 -154 C +ATOM 15480 CD ARG E 31 85.664 -22.551 63.253 1.00 87.89 C +ANISOU15480 CD ARG E 31 11149 11013 11234 -2339 -2127 -418 C +ATOM 15481 NE ARG E 31 84.242 -22.235 63.386 1.00 96.23 N +ANISOU15481 NE ARG E 31 12015 12200 12347 -2422 -2061 -599 N +ATOM 15482 CZ ARG E 31 83.431 -21.918 62.380 1.00 87.98 C +ANISOU15482 CZ ARG E 31 10755 11369 11304 -2361 -2206 -977 C +ATOM 15483 NH1 ARG E 31 83.879 -21.868 61.131 1.00 83.13 N +ANISOU15483 NH1 ARG E 31 10126 10891 10570 -2206 -2416 -1228 N +ATOM 15484 NH2 ARG E 31 82.155 -21.652 62.625 1.00 78.13 N +ANISOU15484 NH2 ARG E 31 9296 10221 10169 -2437 -2135 -1094 N +ATOM 15485 N CYS E 32 89.385 -19.181 64.551 1.00 54.17 N +ANISOU15485 N CYS E 32 7572 7156 5854 -1946 -2431 327 N +ATOM 15486 CA CYS E 32 90.806 -19.387 64.777 1.00 54.03 C +ANISOU15486 CA CYS E 32 7629 7037 5863 -1903 -2532 538 C +ATOM 15487 C CYS E 32 91.107 -20.850 65.061 1.00 58.65 C +ANISOU15487 C CYS E 32 8171 7379 6732 -1972 -2502 744 C +ATOM 15488 O CYS E 32 90.348 -21.533 65.754 1.00 60.82 O +ANISOU15488 O CYS E 32 8426 7596 7088 -2096 -2377 855 O +ATOM 15489 CB CYS E 32 91.290 -18.527 65.946 1.00 54.09 C +ANISOU15489 CB CYS E 32 7752 7215 5585 -1957 -2582 698 C +ATOM 15490 SG CYS E 32 91.009 -16.759 65.734 1.00 58.94 S +ANISOU15490 SG CYS E 32 8400 8028 5968 -1892 -2520 462 S +ATOM 15491 N GLU E 33 92.221 -21.328 64.514 1.00 68.14 N +ANISOU15491 N GLU E 33 9351 8403 8138 -1877 -2563 817 N +ATOM 15492 CA GLU E 33 92.758 -22.609 64.941 1.00 58.44 C +ANISOU15492 CA GLU E 33 8077 6919 7207 -1909 -2512 1108 C +ATOM 15493 C GLU E 33 92.968 -22.582 66.448 1.00 60.13 C +ANISOU15493 C GLU E 33 8370 7274 7202 -1964 -2563 1497 C +ATOM 15494 O GLU E 33 93.312 -21.545 67.022 1.00 79.35 O +ANISOU15494 O GLU E 33 10888 9975 9285 -1959 -2710 1519 O +ATOM 15495 CB GLU E 33 94.080 -22.898 64.230 1.00 58.25 C +ANISOU15495 CB GLU E 33 8012 6699 7422 -1776 -2567 1163 C +ATOM 15496 CG GLU E 33 93.977 -22.969 62.717 1.00 72.94 C +ANISOU15496 CG GLU E 33 9837 8446 9432 -1693 -2495 784 C +ATOM 15497 CD GLU E 33 95.329 -23.102 62.049 1.00 82.11 C +ANISOU15497 CD GLU E 33 10984 9410 10806 -1547 -2495 847 C +ATOM 15498 OE1 GLU E 33 96.357 -22.928 62.737 1.00 90.02 O +ANISOU15498 OE1 GLU E 33 11966 10398 11838 -1507 -2598 1162 O +ATOM 15499 OE2 GLU E 33 95.365 -23.382 60.833 1.00 86.36 O +ANISOU15499 OE2 GLU E 33 11517 9819 11477 -1469 -2392 568 O +ATOM 15500 N VAL E 34 92.747 -23.726 67.099 1.00 66.82 N +ANISOU15500 N VAL E 34 9190 7945 8254 -2012 -2417 1798 N +ATOM 15501 CA VAL E 34 92.947 -23.788 68.540 1.00 66.52 C +ANISOU15501 CA VAL E 34 9251 8087 7938 -2019 -2455 2225 C +ATOM 15502 C VAL E 34 94.367 -23.349 68.863 1.00 66.54 C +ANISOU15502 C VAL E 34 9257 8255 7772 -1911 -2746 2423 C +ATOM 15503 O VAL E 34 95.323 -23.698 68.159 1.00 65.41 O +ANISOU15503 O VAL E 34 8998 7906 7948 -1811 -2811 2452 O +ATOM 15504 CB VAL E 34 92.660 -25.202 69.072 1.00 72.14 C +ANISOU15504 CB VAL E 34 9915 8519 8976 -2023 -2197 2609 C +ATOM 15505 CG1 VAL E 34 93.798 -26.165 68.729 1.00 70.96 C +ANISOU15505 CG1 VAL E 34 9640 8069 9251 -1895 -2203 2886 C +ATOM 15506 CG2 VAL E 34 92.410 -25.160 70.571 1.00 72.32 C +ANISOU15506 CG2 VAL E 34 10090 8797 8593 -2024 -2161 3016 C +ATOM 15507 N GLY E 35 94.509 -22.566 69.930 1.00 66.70 N +ANISOU15507 N GLY E 35 9392 8649 7303 -1939 -2914 2522 N +ATOM 15508 CA GLY E 35 95.790 -22.030 70.332 1.00 90.98 C +ANISOU15508 CA GLY E 35 12427 11946 10196 -1871 -3233 2629 C +ATOM 15509 C GLY E 35 96.042 -20.603 69.894 1.00 79.91 C +ANISOU15509 C GLY E 35 11025 10701 8634 -1918 -3361 2195 C +ATOM 15510 O GLY E 35 96.995 -19.983 70.384 1.00 91.27 O +ANISOU15510 O GLY E 35 12415 12364 9900 -1912 -3621 2202 O +ATOM 15511 N TYR E 36 95.226 -20.064 68.992 1.00 63.84 N +ANISOU15511 N TYR E 36 9017 8559 6681 -1955 -3180 1826 N +ATOM 15512 CA TYR E 36 95.412 -18.719 68.473 1.00 65.83 C +ANISOU15512 CA TYR E 36 9260 8896 6854 -1958 -3211 1464 C +ATOM 15513 C TYR E 36 94.200 -17.859 68.800 1.00 62.74 C +ANISOU15513 C TYR E 36 8990 8681 6167 -2064 -3055 1225 C +ATOM 15514 O TYR E 36 93.124 -18.361 69.134 1.00 81.33 O +ANISOU15514 O TYR E 36 11413 11038 8453 -2127 -2898 1290 O +ATOM 15515 CB TYR E 36 95.661 -18.745 66.962 1.00 59.62 C +ANISOU15515 CB TYR E 36 8383 7833 6435 -1831 -3115 1285 C +ATOM 15516 CG TYR E 36 96.934 -19.473 66.605 1.00 76.32 C +ANISOU15516 CG TYR E 36 10372 9737 8891 -1723 -3217 1492 C +ATOM 15517 CD1 TYR E 36 96.943 -20.849 66.432 1.00 68.92 C +ANISOU15517 CD1 TYR E 36 9388 8562 8237 -1686 -3144 1723 C +ATOM 15518 CD2 TYR E 36 98.131 -18.787 66.465 1.00 87.98 C +ANISOU15518 CD2 TYR E 36 11743 11212 10473 -1664 -3347 1453 C +ATOM 15519 CE1 TYR E 36 98.105 -21.521 66.116 1.00 66.27 C +ANISOU15519 CE1 TYR E 36 8919 7997 8264 -1577 -3193 1931 C +ATOM 15520 CE2 TYR E 36 99.300 -19.449 66.149 1.00 86.54 C +ANISOU15520 CE2 TYR E 36 11410 10815 10655 -1558 -3418 1657 C +ATOM 15521 CZ TYR E 36 99.282 -20.816 65.976 1.00 75.63 C +ANISOU15521 CZ TYR E 36 9998 9203 9533 -1507 -3340 1908 C +ATOM 15522 OH TYR E 36 100.444 -21.480 65.662 1.00 85.03 O +ANISOU15522 OH TYR E 36 11024 10145 11140 -1390 -3367 2128 O +ATOM 15523 N THR E 37 94.393 -16.548 68.701 1.00 57.19 N +ANISOU15523 N THR E 37 8289 8085 5355 -2081 -3054 951 N +ATOM 15524 CA THR E 37 93.377 -15.589 69.109 1.00 56.94 C +ANISOU15524 CA THR E 37 8355 8207 5071 -2178 -2878 728 C +ATOM 15525 C THR E 37 93.654 -14.268 68.404 1.00 62.69 C +ANISOU15525 C THR E 37 9021 8882 5915 -2118 -2782 436 C +ATOM 15526 O THR E 37 94.627 -14.131 67.658 1.00 75.35 O +ANISOU15526 O THR E 37 10520 10340 7769 -2008 -2848 419 O +ATOM 15527 CB THR E 37 93.358 -15.427 70.633 1.00 60.08 C +ANISOU15527 CB THR E 37 8882 8898 5047 -2330 -2953 794 C +ATOM 15528 OG1 THR E 37 92.325 -14.509 71.011 1.00 67.13 O +ANISOU15528 OG1 THR E 37 9876 9894 5735 -2429 -2714 557 O +ATOM 15529 CG2 THR E 37 94.701 -14.916 71.139 1.00 61.91 C +ANISOU15529 CG2 THR E 37 9053 9291 5181 -2365 -3223 736 C +ATOM 15530 N GLY E 38 92.792 -13.296 68.651 1.00 60.67 N +ANISOU15530 N GLY E 38 8823 8712 5518 -2179 -2573 230 N +ATOM 15531 CA GLY E 38 92.831 -12.041 67.932 1.00 70.19 C +ANISOU15531 CA GLY E 38 9963 9818 6887 -2088 -2379 0 C +ATOM 15532 C GLY E 38 91.851 -12.036 66.774 1.00 68.02 C +ANISOU15532 C GLY E 38 9644 9442 6758 -1909 -2195 -1 C +ATOM 15533 O GLY E 38 91.485 -13.082 66.226 1.00 52.38 O +ANISOU15533 O GLY E 38 7641 7420 4841 -1844 -2277 120 O +ATOM 15534 N VAL E 39 91.414 -10.834 66.392 1.00 71.74 N +ANISOU15534 N VAL E 39 10081 9880 7298 -1820 -1938 -150 N +ATOM 15535 CA VAL E 39 90.410 -10.707 65.337 1.00 56.92 C +ANISOU15535 CA VAL E 39 8136 7985 5505 -1614 -1788 -131 C +ATOM 15536 C VAL E 39 90.844 -11.467 64.090 1.00 49.27 C +ANISOU15536 C VAL E 39 7119 6943 4657 -1413 -1926 -36 C +ATOM 15537 O VAL E 39 90.040 -12.158 63.454 1.00 64.95 O +ANISOU15537 O VAL E 39 9059 8991 6630 -1332 -1984 -21 O +ATOM 15538 CB VAL E 39 90.141 -9.220 65.037 1.00 50.69 C +ANISOU15538 CB VAL E 39 7297 7137 4827 -1484 -1461 -231 C +ATOM 15539 CG1 VAL E 39 89.400 -9.048 63.713 1.00 56.95 C +ANISOU15539 CG1 VAL E 39 7993 7949 5697 -1172 -1355 -142 C +ATOM 15540 CG2 VAL E 39 89.335 -8.601 66.172 1.00 66.11 C +ANISOU15540 CG2 VAL E 39 9292 9160 6667 -1681 -1266 -358 C +ATOM 15541 N ARG E 40 92.120 -11.351 63.720 1.00 49.47 N +ANISOU15541 N ARG E 40 7141 6832 4822 -1338 -1967 -7 N +ATOM 15542 CA ARG E 40 92.668 -12.070 62.577 1.00 48.94 C +ANISOU15542 CA ARG E 40 7058 6668 4871 -1152 -2051 70 C +ATOM 15543 C ARG E 40 93.412 -13.335 62.991 1.00 58.83 C +ANISOU15543 C ARG E 40 8320 7849 6184 -1292 -2292 166 C +ATOM 15544 O ARG E 40 94.185 -13.880 62.195 1.00 66.36 O +ANISOU15544 O ARG E 40 9258 8660 7297 -1168 -2329 220 O +ATOM 15545 CB ARG E 40 93.596 -11.158 61.774 1.00 57.25 C +ANISOU15545 CB ARG E 40 8085 7560 6109 -934 -1859 82 C +ATOM 15546 CG ARG E 40 92.888 -10.012 61.072 1.00 48.42 C +ANISOU15546 CG ARG E 40 6947 6478 4972 -693 -1566 78 C +ATOM 15547 CD ARG E 40 93.856 -9.186 60.241 1.00 48.85 C +ANISOU15547 CD ARG E 40 6984 6323 5253 -446 -1304 147 C +ATOM 15548 NE ARG E 40 94.406 -9.946 59.122 1.00 53.75 N +ANISOU15548 NE ARG E 40 7651 6894 5879 -238 -1361 236 N +ATOM 15549 CZ ARG E 40 95.250 -9.451 58.222 1.00 60.43 C +ANISOU15549 CZ ARG E 40 8508 7551 6902 21 -1108 336 C +ATOM 15550 NH1 ARG E 40 95.651 -8.188 58.301 1.00 50.25 N +ANISOU15550 NH1 ARG E 40 7159 6075 5860 103 -770 368 N +ATOM 15551 NH2 ARG E 40 95.694 -10.222 57.240 1.00 49.59 N +ANISOU15551 NH2 ARG E 40 7205 6146 5490 198 -1144 392 N +ATOM 15552 N CYS E 41 93.190 -13.817 64.214 1.00 62.27 N +ANISOU15552 N CYS E 41 8787 8375 6499 -1524 -2418 218 N +ATOM 15553 CA CYS E 41 93.880 -15.005 64.715 1.00 63.79 C +ANISOU15553 CA CYS E 41 8975 8505 6757 -1623 -2619 392 C +ATOM 15554 C CYS E 41 95.392 -14.835 64.598 1.00 69.02 C +ANISOU15554 C CYS E 41 9571 9038 7617 -1569 -2707 452 C +ATOM 15555 O CYS E 41 96.120 -15.759 64.229 1.00 78.76 O +ANISOU15555 O CYS E 41 10755 10115 9055 -1512 -2795 591 O +ATOM 15556 CB CYS E 41 93.414 -16.255 63.972 1.00 63.41 C +ANISOU15556 CB CYS E 41 8905 8353 6837 -1570 -2632 431 C +ATOM 15557 SG CYS E 41 91.624 -16.402 63.835 1.00 61.60 S +ANISOU15557 SG CYS E 41 8661 8253 6493 -1615 -2527 289 S +ATOM 15558 N GLU E 42 95.867 -13.633 64.920 1.00 57.25 N +ANISOU15558 N GLU E 42 8048 7582 6122 -1595 -2651 327 N +ATOM 15559 CA GLU E 42 97.265 -13.288 64.698 1.00 58.28 C +ANISOU15559 CA GLU E 42 8058 7558 6528 -1541 -2688 328 C +ATOM 15560 C GLU E 42 98.192 -13.799 65.792 1.00 53.93 C +ANISOU15560 C GLU E 42 7420 7100 5970 -1694 -2993 449 C +ATOM 15561 O GLU E 42 99.392 -13.950 65.539 1.00 54.77 O +ANISOU15561 O GLU E 42 7377 7055 6378 -1635 -3079 519 O +ATOM 15562 CB GLU E 42 97.420 -11.767 64.580 1.00 59.65 C +ANISOU15562 CB GLU E 42 8184 7683 6797 -1518 -2460 110 C +ATOM 15563 CG GLU E 42 96.898 -10.972 65.776 1.00 62.40 C +ANISOU15563 CG GLU E 42 8567 8240 6900 -1737 -2457 -78 C +ATOM 15564 CD GLU E 42 95.443 -10.575 65.632 1.00 64.64 C +ANISOU15564 CD GLU E 42 8967 8607 6986 -1703 -2230 -136 C +ATOM 15565 OE1 GLU E 42 94.731 -11.199 64.820 1.00 57.94 O +ANISOU15565 OE1 GLU E 42 8165 7743 6108 -1553 -2195 -15 O +ATOM 15566 OE2 GLU E 42 95.013 -9.632 66.330 1.00 68.30 O +ANISOU15566 OE2 GLU E 42 9452 9151 7347 -1831 -2083 -329 O +ATOM 15567 N HIS E 43 97.678 -14.079 66.987 1.00 55.41 N +ANISOU15567 N HIS E 43 7687 7546 5819 -1865 -3149 499 N +ATOM 15568 CA HIS E 43 98.515 -14.288 68.162 1.00 61.05 C +ANISOU15568 CA HIS E 43 8325 8466 6407 -1992 -3460 593 C +ATOM 15569 C HIS E 43 98.350 -15.691 68.723 1.00 62.44 C +ANISOU15569 C HIS E 43 8555 8726 6445 -1987 -3628 959 C +ATOM 15570 O HIS E 43 97.228 -16.144 68.971 1.00 63.04 O +ANISOU15570 O HIS E 43 8786 8862 6306 -2023 -3509 1035 O +ATOM 15571 CB HIS E 43 98.187 -13.261 69.246 1.00 74.72 C +ANISOU15571 CB HIS E 43 10118 10485 7786 -2186 -3481 327 C +ATOM 15572 CG HIS E 43 98.668 -11.880 68.929 1.00 63.84 C +ANISOU15572 CG HIS E 43 8620 8998 6640 -2221 -3329 -32 C +ATOM 15573 ND1 HIS E 43 98.099 -10.750 69.474 1.00 63.19 N +ANISOU15573 ND1 HIS E 43 8605 9032 6374 -2369 -3154 -361 N +ATOM 15574 CD2 HIS E 43 99.668 -11.448 68.125 1.00 67.55 C +ANISOU15574 CD2 HIS E 43 8895 9204 7568 -2123 -3262 -108 C +ATOM 15575 CE1 HIS E 43 98.726 -9.681 69.018 1.00 77.51 C +ANISOU15575 CE1 HIS E 43 10257 10642 8551 -2365 -2980 -627 C +ATOM 15576 NE2 HIS E 43 99.683 -10.077 68.198 1.00 76.62 N +ANISOU15576 NE2 HIS E 43 9984 10300 8828 -2213 -3040 -469 N +ATOM 15577 N PHE E 44 99.480 -16.366 68.915 1.00 76.65 N +ANISOU15577 N PHE E 44 10197 10500 8428 -1929 -3867 1205 N +ATOM 15578 CA PHE E 44 99.547 -17.559 69.747 1.00 73.09 C +ANISOU15578 CA PHE E 44 9762 10179 7830 -1911 -4049 1614 C +ATOM 15579 C PHE E 44 99.078 -17.228 71.157 1.00 71.43 C +ANISOU15579 C PHE E 44 9691 10406 7043 -2052 -4190 1609 C +ATOM 15580 O PHE E 44 99.698 -16.412 71.846 1.00 88.10 O +ANISOU15580 O PHE E 44 11714 12755 9005 -2091 -4300 1377 O +ATOM 15581 CB PHE E 44 100.991 -18.063 69.771 1.00 67.80 C +ANISOU15581 CB PHE E 44 8840 9447 7474 -1807 -4308 1863 C +ATOM 15582 CG PHE E 44 101.155 -19.471 70.275 1.00 83.64 C +ANISOU15582 CG PHE E 44 10820 11450 9510 -1701 -4407 2384 C +ATOM 15583 CD1 PHE E 44 100.895 -19.795 71.597 1.00 92.61 C +ANISOU15583 CD1 PHE E 44 12051 12971 10166 -1731 -4590 2653 C +ATOM 15584 CD2 PHE E 44 101.616 -20.464 69.428 1.00 89.14 C +ANISOU15584 CD2 PHE E 44 11395 11746 10728 -1552 -4277 2623 C +ATOM 15585 CE1 PHE E 44 101.065 -21.089 72.054 1.00 94.15 C +ANISOU15585 CE1 PHE E 44 12212 13135 10426 -1588 -4625 3209 C +ATOM 15586 CE2 PHE E 44 101.790 -21.757 69.879 1.00 99.22 C +ANISOU15586 CE2 PHE E 44 12621 12955 12122 -1438 -4301 3129 C +ATOM 15587 CZ PHE E 44 101.516 -22.070 71.194 1.00 99.03 C +ANISOU15587 CZ PHE E 44 12682 13304 11643 -1443 -4470 3453 C +ATOM 15588 N PHE E 45 97.980 -17.843 71.592 1.00 74.65 N +ANISOU15588 N PHE E 45 10294 10867 7201 -2072 -4029 1788 N +ATOM 15589 CA PHE E 45 97.554 -17.674 72.976 1.00 94.25 C +ANISOU15589 CA PHE E 45 12927 13732 9151 -2137 -4045 1819 C +ATOM 15590 C PHE E 45 98.576 -18.333 73.894 1.00127.38 C +ANISOU15590 C PHE E 45 17008 18157 13232 -2002 -4302 2156 C +ATOM 15591 O PHE E 45 98.858 -19.529 73.770 1.00119.34 O +ANISOU15591 O PHE E 45 15931 17000 12414 -1880 -4368 2638 O +ATOM 15592 CB PHE E 45 96.163 -18.259 73.212 1.00105.70 C +ANISOU15592 CB PHE E 45 14605 15158 10401 -2195 -3803 2003 C +ATOM 15593 CG PHE E 45 95.716 -18.169 74.648 1.00124.02 C +ANISOU15593 CG PHE E 45 17113 17859 12148 -2238 -3774 2092 C +ATOM 15594 CD1 PHE E 45 95.559 -16.936 75.265 1.00132.51 C +ANISOU15594 CD1 PHE E 45 18255 19180 12911 -2332 -3711 1650 C +ATOM 15595 CD2 PHE E 45 95.466 -19.312 75.386 1.00138.75 C +ANISOU15595 CD2 PHE E 45 19089 19809 13822 -2156 -3748 2621 C +ATOM 15596 CE1 PHE E 45 95.159 -16.850 76.586 1.00143.14 C +ANISOU15596 CE1 PHE E 45 19792 20876 13718 -2347 -3654 1692 C +ATOM 15597 CE2 PHE E 45 95.065 -19.227 76.706 1.00147.97 C +ANISOU15597 CE2 PHE E 45 20449 21330 14442 -2143 -3663 2704 C +ATOM 15598 CZ PHE E 45 94.912 -17.997 77.305 1.00148.45 C +ANISOU15598 CZ PHE E 45 20594 21661 14151 -2241 -3632 2220 C +ATOM 15599 N LEU E 46 99.134 -17.550 74.807 1.00 92.78 N +ATOM 15600 CA LEU E 46 100.223 -18.000 75.660 1.00100.31 C +ATOM 15601 C LEU E 46 99.659 -18.403 77.017 1.00 95.24 C +ATOM 15602 O LEU E 46 98.859 -17.667 77.606 1.00 89.45 O +ATOM 15603 CB LEU E 46 101.267 -16.893 75.802 1.00102.56 C +ATOM 15604 CG LEU E 46 101.691 -16.224 74.491 1.00 93.36 C +ATOM 15605 CD1 LEU E 46 102.540 -14.996 74.767 1.00100.56 C +ATOM 15606 CD2 LEU E 46 102.431 -17.192 73.587 1.00 87.95 C +ATOM 15607 N THR E 47 100.075 -19.570 77.506 1.00100.17 N +ATOM 15608 CA THR E 47 99.444 -20.221 78.645 1.00110.39 C +ATOM 15609 C THR E 47 100.462 -20.483 79.747 1.00111.32 C +ATOM 15610 O THR E 47 101.563 -20.977 79.481 1.00101.27 O +ATOM 15611 CB THR E 47 98.788 -21.539 78.213 1.00112.24 C +ATOM 15612 OG1 THR E 47 99.777 -22.410 77.654 1.00128.74 O +ATOM 15613 CG2 THR E 47 97.718 -21.274 77.171 1.00 90.73 C +ATOM 15614 N VAL E 48 100.060 -20.175 80.983 1.00121.12 N +ATOM 15615 CA VAL E 48 100.906 -20.232 82.183 1.00120.30 C +ATOM 15616 C VAL E 48 102.375 -20.403 81.865 1.00116.56 C +ATOM 15617 O VAL E 48 103.224 -20.257 82.740 1.00112.39 O +ATOM 15618 CB VAL E 48 100.450 -21.363 83.135 1.00119.61 C +ATOM 15619 CG1 VAL E 48 99.227 -20.923 83.915 1.00113.19 C +ATOM 15620 CG2 VAL E 48 100.179 -22.656 82.376 1.00124.63 C +TER 15621 VAL E 48 +ATOM 15622 N SER F 2 55.218 -28.750 4.078 1.00 90.98 N +ANISOU15622 N SER F 2 12563 11996 10011 -963 -5250 -475 N +ATOM 15623 CA SER F 2 55.658 -27.890 5.168 1.00109.19 C +ANISOU15623 CA SER F 2 14358 14645 12486 -852 -4552 -376 C +ATOM 15624 C SER F 2 57.177 -27.767 5.186 1.00114.41 C +ANISOU15624 C SER F 2 15438 15448 12584 -540 -4021 -486 C +ATOM 15625 O SER F 2 57.727 -26.701 4.915 1.00118.99 O +ANISOU15625 O SER F 2 16037 16218 12955 -316 -3780 -434 O +ATOM 15626 CB SER F 2 55.162 -28.431 6.511 1.00103.01 C +ANISOU15626 CB SER F 2 13014 13901 12223 -1105 -4310 -270 C +ATOM 15627 OG SER F 2 53.753 -28.315 6.619 1.00 94.94 O +ANISOU15627 OG SER F 2 11420 12838 11816 -1369 -4676 -89 O +ATOM 15628 N ILE F 3 57.849 -28.864 5.511 1.00104.62 N +ANISOU15628 N ILE F 3 14512 14105 11135 -536 -3864 -612 N +ATOM 15629 CA ILE F 3 59.304 -28.892 5.595 1.00102.60 C +ANISOU15629 CA ILE F 3 14593 13974 10414 -241 -3361 -700 C +ATOM 15630 C ILE F 3 59.856 -29.389 4.265 1.00112.32 C +ANISOU15630 C ILE F 3 16590 15062 11024 -4 -3605 -855 C +ATOM 15631 O ILE F 3 59.543 -30.503 3.832 1.00110.77 O +ANISOU15631 O ILE F 3 16814 14572 10701 -79 -4037 -1001 O +ATOM 15632 CB ILE F 3 59.771 -29.778 6.759 1.00 94.24 C +ANISOU15632 CB ILE F 3 13445 12881 9481 -323 -3033 -752 C +ATOM 15633 CG1 ILE F 3 59.350 -29.150 8.094 1.00 91.60 C +ANISOU15633 CG1 ILE F 3 12429 12718 9656 -474 -2698 -589 C +ATOM 15634 CG2 ILE F 3 61.280 -29.962 6.719 1.00 85.88 C +ANISOU15634 CG2 ILE F 3 12764 11907 7960 -5 -2604 -850 C +ATOM 15635 CD1 ILE F 3 59.563 -30.047 9.299 1.00 91.05 C +ANISOU15635 CD1 ILE F 3 12263 12578 9753 -615 -2445 -610 C +ATOM 15636 N THR F 4 60.678 -28.565 3.622 1.00125.29 N +ANISOU15636 N THR F 4 18440 16898 12267 293 -3336 -808 N +ATOM 15637 CA THR F 4 61.282 -28.878 2.336 1.00121.48 C +ANISOU15637 CA THR F 4 18694 16343 11118 596 -3447 -919 C +ATOM 15638 C THR F 4 62.794 -28.992 2.488 1.00119.14 C +ANISOU15638 C THR F 4 18576 16247 10445 925 -2816 -928 C +ATOM 15639 O THR F 4 63.391 -28.437 3.411 1.00115.70 O +ANISOU15639 O THR F 4 17673 16029 10259 916 -2338 -796 O +ATOM 15640 CB THR F 4 60.921 -27.803 1.299 1.00119.01 C +ANISOU15640 CB THR F 4 18500 16094 10625 671 -3678 -798 C +ATOM 15641 OG1 THR F 4 59.519 -27.875 1.007 1.00118.04 O +ANISOU15641 OG1 THR F 4 18284 15727 10838 394 -4356 -811 O +ATOM 15642 CG2 THR F 4 61.715 -27.967 0.000 1.00121.11 C +ANISOU15642 CG2 THR F 4 19335 16335 10345 989 -3465 -822 C +ATOM 15643 N LYS F 5 63.410 -29.737 1.574 1.00116.94 N +ANISOU15643 N LYS F 5 18822 15852 9759 1179 -2730 -1040 N +ATOM 15644 CA LYS F 5 64.858 -29.893 1.588 1.00101.60 C +ANISOU15644 CA LYS F 5 16945 14084 7572 1493 -2104 -1009 C +ATOM 15645 C LYS F 5 65.535 -28.565 1.273 1.00101.98 C +ANISOU15645 C LYS F 5 16790 14462 7495 1632 -1703 -744 C +ATOM 15646 O LYS F 5 65.160 -27.876 0.321 1.00104.50 O +ANISOU15646 O LYS F 5 17250 14798 7659 1643 -1871 -643 O +ATOM 15647 CB LYS F 5 65.285 -30.951 0.573 1.00 91.78 C +ANISOU15647 CB LYS F 5 16247 12622 6005 1752 -2109 -1164 C +ATOM 15648 CG LYS F 5 64.564 -32.279 0.725 1.00 91.74 C +ANISOU15648 CG LYS F 5 16509 12224 6125 1608 -2593 -1395 C +ATOM 15649 N CYS F 6 66.535 -28.206 2.074 1.00100.68 N +ANISOU15649 N CYS F 6 16291 14533 7429 1722 -1202 -609 N +ATOM 15650 CA CYS F 6 67.307 -27.006 1.795 1.00101.63 C +ANISOU15650 CA CYS F 6 16194 14938 7483 1833 -817 -306 C +ATOM 15651 C CYS F 6 68.177 -27.205 0.559 1.00102.30 C +ANISOU15651 C CYS F 6 16612 15057 7201 2114 -528 -248 C +ATOM 15652 O CYS F 6 68.522 -28.327 0.176 1.00104.37 O +ANISOU15652 O CYS F 6 17201 15166 7289 2304 -483 -441 O +ATOM 15653 CB CYS F 6 68.194 -26.639 2.983 1.00 97.08 C +ANISOU15653 CB CYS F 6 15154 14559 7172 1845 -399 -152 C +ATOM 15654 SG CYS F 6 67.316 -26.081 4.446 1.00 89.72 S +ANISOU15654 SG CYS F 6 13643 13565 6882 1467 -603 -138 S +ATOM 15655 N SER F 7 68.533 -26.090 -0.066 1.00106.89 N +ANISOU15655 N SER F 7 17113 15837 7665 2156 -341 35 N +ATOM 15656 CA SER F 7 69.466 -26.114 -1.176 1.00117.78 C +ANISOU15656 CA SER F 7 18736 17311 8702 2433 15 155 C +ATOM 15657 C SER F 7 70.889 -26.279 -0.653 1.00132.06 C +ANISOU15657 C SER F 7 20237 19302 10637 2618 582 299 C +ATOM 15658 O SER F 7 71.168 -26.081 0.534 1.00127.18 O +ANISOU15658 O SER F 7 19190 18755 10378 2498 696 370 O +ATOM 15659 CB SER F 7 69.348 -24.830 -1.998 1.00117.38 C +ANISOU15659 CB SER F 7 18695 17404 8500 2371 4 445 C +ATOM 15660 OG SER F 7 70.416 -24.706 -2.919 1.00118.65 O +ANISOU15660 OG SER F 7 18989 17723 8369 2629 450 637 O +ATOM 15661 N SER F 8 71.806 -26.625 -1.558 1.00160.82 N +ANISOU15661 N SER F 8 24093 23020 13991 2935 930 359 N +ATOM 15662 CA SER F 8 73.224 -26.683 -1.210 1.00164.22 C +ANISOU15662 CA SER F 8 24185 23650 14560 3140 1467 558 C +ATOM 15663 C SER F 8 73.840 -25.288 -1.140 1.00168.24 C +ANISOU15663 C SER F 8 24244 24432 15246 3024 1751 1014 C +ATOM 15664 O SER F 8 74.979 -25.077 -1.563 1.00172.35 O +ANISOU15664 O SER F 8 24604 25156 15726 3230 2196 1284 O +ATOM 15665 CB SER F 8 73.970 -27.562 -2.211 1.00166.27 C +ANISOU15665 CB SER F 8 24819 23904 14452 3563 1734 476 C +ATOM 15666 OG SER F 8 74.316 -26.841 -3.379 1.00166.45 O +ANISOU15666 OG SER F 8 24977 24103 14161 3696 1963 735 O +ATOM 15667 N ASP F 9 73.072 -24.321 -0.637 1.00164.21 N +ANISOU15667 N ASP F 9 23530 23921 14940 2701 1467 1123 N +ATOM 15668 CA ASP F 9 73.530 -22.984 -0.301 1.00156.41 C +ANISOU15668 CA ASP F 9 22085 23127 14216 2533 1615 1553 C +ATOM 15669 C ASP F 9 73.806 -22.850 1.188 1.00135.83 C +ANISOU15669 C ASP F 9 18986 20532 12091 2391 1632 1616 C +ATOM 15670 O ASP F 9 74.771 -22.191 1.584 1.00117.91 O +ANISOU15670 O ASP F 9 16280 18417 10102 2364 1897 1981 O +ATOM 15671 CB ASP F 9 72.468 -21.960 -0.727 1.00159.81 C +ANISOU15671 CB ASP F 9 22649 23517 14552 2298 1224 1641 C +ATOM 15672 CG ASP F 9 72.894 -20.526 -0.479 1.00159.40 C +ANISOU15672 CG ASP F 9 22182 23620 14761 2114 1302 2107 C +ATOM 15673 OD1 ASP F 9 74.069 -20.288 -0.134 1.00161.02 O +ANISOU15673 OD1 ASP F 9 21999 23977 15203 2160 1678 2404 O +ATOM 15674 OD2 ASP F 9 72.037 -19.631 -0.637 1.00155.66 O +ANISOU15674 OD2 ASP F 9 21766 23092 14286 1918 936 2188 O +ATOM 15675 N MET F 10 72.975 -23.488 2.015 1.00134.76 N +ANISOU15675 N MET F 10 18920 20222 12059 2294 1333 1281 N +ATOM 15676 CA MET F 10 73.211 -23.607 3.453 1.00130.29 C +ANISOU15676 CA MET F 10 17984 19635 11886 2198 1352 1269 C +ATOM 15677 C MET F 10 74.038 -24.863 3.734 1.00129.49 C +ANISOU15677 C MET F 10 17927 19471 11800 2420 1603 1080 C +ATOM 15678 O MET F 10 73.590 -25.814 4.374 1.00125.96 O +ANISOU15678 O MET F 10 17624 18844 11390 2402 1434 749 O +ATOM 15679 CB MET F 10 71.882 -23.647 4.200 1.00121.53 C +ANISOU15679 CB MET F 10 16921 18387 10866 1989 919 1021 C +ATOM 15680 CG MET F 10 70.957 -22.467 3.934 1.00104.72 C +ANISOU15680 CG MET F 10 14731 16260 8799 1778 587 1156 C +ATOM 15681 SD MET F 10 71.554 -20.909 4.613 1.00101.52 S +ANISOU15681 SD MET F 10 13791 15917 8867 1581 634 1599 S +ATOM 15682 CE MET F 10 72.351 -20.186 3.180 1.00 95.11 C +ANISOU15682 CE MET F 10 13102 15367 7671 1725 905 2031 C +ATOM 15683 N ASN F 11 75.271 -24.853 3.227 1.00134.13 N +ANISOU15683 N ASN F 11 18383 20210 12371 2638 2000 1317 N +ATOM 15684 CA ASN F 11 76.128 -26.028 3.344 1.00129.42 C +ANISOU15684 CA ASN F 11 17839 19570 11765 2914 2235 1162 C +ATOM 15685 C ASN F 11 76.427 -26.356 4.802 1.00124.78 C +ANISOU15685 C ASN F 11 16954 18897 11560 2829 2211 1106 C +ATOM 15686 O ASN F 11 76.475 -27.532 5.183 1.00133.05 O +ANISOU15686 O ASN F 11 18195 19777 12580 2950 2166 795 O +ATOM 15687 CB ASN F 11 77.429 -25.806 2.574 1.00131.23 C +ANISOU15687 CB ASN F 11 17887 20025 11950 3175 2683 1498 C +ATOM 15688 N GLY F 12 76.644 -25.336 5.629 1.00108.22 N +ANISOU15688 N GLY F 12 14418 16889 9813 2622 2212 1416 N +ATOM 15689 CA GLY F 12 76.997 -25.567 7.016 1.00 94.03 C +ANISOU15689 CA GLY F 12 12358 15004 8364 2554 2194 1402 C +ATOM 15690 C GLY F 12 76.354 -24.612 8.000 1.00 85.46 C +ANISOU15690 C GLY F 12 11043 13779 7650 2185 1864 1481 C +ATOM 15691 O GLY F 12 76.920 -24.347 9.065 1.00 84.56 O +ANISOU15691 O GLY F 12 10612 13526 7989 2059 1805 1606 O +ATOM 15692 N TYR F 13 75.174 -24.086 7.664 1.00 71.99 N +ANISOU15692 N TYR F 13 9505 12034 5813 2006 1587 1384 N +ATOM 15693 CA TYR F 13 74.482 -23.181 8.578 1.00 66.30 C +ANISOU15693 CA TYR F 13 8588 11128 5473 1690 1247 1408 C +ATOM 15694 C TYR F 13 74.166 -23.879 9.894 1.00 66.53 C +ANISOU15694 C TYR F 13 8630 10890 5760 1584 1092 1110 C +ATOM 15695 O TYR F 13 74.382 -23.321 10.976 1.00 68.24 O +ANISOU15695 O TYR F 13 8623 10944 6360 1438 967 1211 O +ATOM 15696 CB TYR F 13 73.203 -22.651 7.928 1.00 76.15 C +ANISOU15696 CB TYR F 13 10020 12386 6526 1571 980 1318 C +ATOM 15697 CG TYR F 13 72.382 -21.745 8.822 1.00 68.88 C +ANISOU15697 CG TYR F 13 8921 11287 5962 1318 648 1309 C +ATOM 15698 CD1 TYR F 13 72.800 -20.450 9.108 1.00 59.12 C +ANISOU15698 CD1 TYR F 13 7421 10038 5003 1209 560 1649 C +ATOM 15699 CD2 TYR F 13 71.182 -22.181 9.370 1.00 63.42 C +ANISOU15699 CD2 TYR F 13 8331 10435 5330 1205 418 979 C +ATOM 15700 CE1 TYR F 13 72.048 -19.620 9.921 1.00 65.50 C +ANISOU15700 CE1 TYR F 13 8135 10664 6090 1051 248 1611 C +ATOM 15701 CE2 TYR F 13 70.425 -21.357 10.183 1.00 56.64 C +ANISOU15701 CE2 TYR F 13 7310 9442 4767 1047 177 972 C +ATOM 15702 CZ TYR F 13 70.862 -20.078 10.454 1.00 65.07 C +ANISOU15702 CZ TYR F 13 8181 10487 6057 999 91 1265 C +ATOM 15703 OH TYR F 13 70.111 -19.256 11.263 1.00 57.40 O +ANISOU15703 OH TYR F 13 7114 9360 5336 911 -158 1230 O +ATOM 15704 N CYS F 14 73.656 -25.104 9.820 1.00 70.98 N +ANISOU15704 N CYS F 14 9498 11375 6096 1655 1071 753 N +ATOM 15705 CA CYS F 14 73.360 -25.878 11.017 1.00 74.08 C +ANISOU15705 CA CYS F 14 9939 11518 6691 1546 948 494 C +ATOM 15706 C CYS F 14 74.643 -26.502 11.550 1.00 56.71 C +ANISOU15706 C CYS F 14 7663 9263 4622 1705 1147 536 C +ATOM 15707 O CYS F 14 75.351 -27.205 10.823 1.00 61.78 O +ANISOU15707 O CYS F 14 8425 10028 5021 1973 1375 520 O +ATOM 15708 CB CYS F 14 72.326 -26.958 10.707 1.00 82.59 C +ANISOU15708 CB CYS F 14 11364 12504 7514 1521 793 143 C +ATOM 15709 SG CYS F 14 70.844 -26.327 9.887 1.00 68.28 S +ANISOU15709 SG CYS F 14 9625 10753 5566 1363 514 109 S +ATOM 15710 N LEU F 15 74.942 -26.241 12.821 1.00 45.27 N +ANISOU15710 N LEU F 15 6040 7614 3546 1571 1048 588 N +ATOM 15711 CA LEU F 15 76.204 -26.672 13.410 1.00 54.92 C +ANISOU15711 CA LEU F 15 7142 8746 4980 1697 1164 675 C +ATOM 15712 C LEU F 15 76.150 -28.088 13.960 1.00 65.13 C +ANISOU15712 C LEU F 15 8715 9839 6193 1757 1135 338 C +ATOM 15713 O LEU F 15 77.165 -28.793 13.927 1.00 65.57 O +ANISOU15713 O LEU F 15 8760 9887 6265 1978 1284 340 O +ATOM 15714 CB LEU F 15 76.617 -25.702 14.521 1.00 46.80 C +ANISOU15714 CB LEU F 15 5864 7533 4386 1530 986 901 C +ATOM 15715 CG LEU F 15 76.778 -24.244 14.082 1.00 44.78 C +ANISOU15715 CG LEU F 15 5336 7410 4267 1447 938 1274 C +ATOM 15716 CD1 LEU F 15 77.284 -23.390 15.234 1.00 49.24 C +ANISOU15716 CD1 LEU F 15 5734 7711 5265 1305 678 1481 C +ATOM 15717 CD2 LEU F 15 77.709 -24.124 12.881 1.00 48.32 C +ANISOU15717 CD2 LEU F 15 5579 8168 4611 1633 1240 1575 C +ATOM 15718 N HIS F 16 74.997 -28.521 14.465 1.00 58.62 N +ANISOU15718 N HIS F 16 8119 8850 5304 1567 944 74 N +ATOM 15719 CA HIS F 16 74.811 -29.890 14.925 1.00 63.08 C +ANISOU15719 CA HIS F 16 8987 9205 5774 1573 873 -226 C +ATOM 15720 C HIS F 16 73.416 -30.351 14.501 1.00 60.64 C +ANISOU15720 C HIS F 16 8916 8887 5237 1421 721 -444 C +ATOM 15721 O HIS F 16 72.579 -30.756 15.303 1.00 42.70 O +ANISOU15721 O HIS F 16 6746 6431 3048 1198 568 -580 O +ATOM 15722 CB HIS F 16 75.033 -29.989 16.433 1.00 64.82 C +ANISOU15722 CB HIS F 16 9203 9137 6291 1434 754 -243 C +ATOM 15723 CG HIS F 16 76.446 -29.717 16.846 1.00 69.24 C +ANISOU15723 CG HIS F 16 9555 9639 7113 1579 812 -40 C +ATOM 15724 ND1 HIS F 16 76.827 -28.557 17.485 1.00 64.51 N +ANISOU15724 ND1 HIS F 16 8711 8976 6822 1483 720 218 N +ATOM 15725 CD2 HIS F 16 77.574 -30.452 16.700 1.00 71.52 C +ANISOU15725 CD2 HIS F 16 9833 9906 7434 1821 917 -41 C +ATOM 15726 CE1 HIS F 16 78.126 -28.592 17.720 1.00 66.34 C +ANISOU15726 CE1 HIS F 16 8765 9141 7301 1619 739 391 C +ATOM 15727 NE2 HIS F 16 78.603 -29.731 17.253 1.00 73.09 N +ANISOU15727 NE2 HIS F 16 9728 10040 8004 1838 885 241 N +ATOM 15728 N GLY F 17 73.171 -30.282 13.198 1.00 57.69 N +ANISOU15728 N GLY F 17 8631 8713 4577 1544 756 -447 N +ATOM 15729 CA GLY F 17 71.887 -30.653 12.633 1.00 59.54 C +ANISOU15729 CA GLY F 17 9081 8923 4619 1405 540 -620 C +ATOM 15730 C GLY F 17 71.916 -30.459 11.133 1.00 58.55 C +ANISOU15730 C GLY F 17 9104 9006 4138 1613 585 -588 C +ATOM 15731 O GLY F 17 72.941 -30.091 10.550 1.00 58.03 O +ANISOU15731 O GLY F 17 8964 9129 3954 1876 846 -421 O +ATOM 15732 N GLN F 18 70.767 -30.709 10.509 1.00 60.01 N +ANISOU15732 N GLN F 18 9498 9145 4156 1491 318 -724 N +ATOM 15733 CA GLN F 18 70.623 -30.583 9.066 1.00 67.16 C +ANISOU15733 CA GLN F 18 10660 10190 4670 1678 277 -726 C +ATOM 15734 C GLN F 18 69.622 -29.487 8.731 1.00 56.63 C +ANISOU15734 C GLN F 18 9129 8952 3436 1466 99 -592 C +ATOM 15735 O GLN F 18 68.649 -29.274 9.452 1.00 53.00 O +ANISOU15735 O GLN F 18 8458 8394 3287 1171 -98 -608 O +ATOM 15736 CB GLN F 18 70.167 -31.896 8.431 1.00 72.88 C +ANISOU15736 CB GLN F 18 11918 10711 5062 1761 1 -1021 C +ATOM 15737 CG GLN F 18 71.206 -33.000 8.485 1.00 89.84 C +ANISOU15737 CG GLN F 18 14264 12723 7148 2005 154 -1144 C +ATOM 15738 CD GLN F 18 71.012 -34.035 7.394 1.00115.52 C +ANISOU15738 CD GLN F 18 17979 15781 10132 2146 -67 -1330 C +ATOM 15739 OE1 GLN F 18 70.191 -33.860 6.493 1.00130.08 O +ANISOU15739 OE1 GLN F 18 20025 17606 11795 2089 -316 -1355 O +ATOM 15740 NE2 GLN F 18 71.771 -35.121 7.468 1.00112.58 N +ANISOU15740 NE2 GLN F 18 17798 15243 9733 2354 -12 -1458 N +ATOM 15741 N CYS F 19 69.851 -28.804 7.617 1.00 61.29 N +ANISOU15741 N CYS F 19 9800 9739 3750 1640 179 -448 N +ATOM 15742 CA CYS F 19 69.016 -27.664 7.266 1.00 66.78 C +ANISOU15742 CA CYS F 19 10311 10519 4542 1468 0 -300 C +ATOM 15743 C CYS F 19 67.637 -28.116 6.803 1.00 67.75 C +ANISOU15743 C CYS F 19 10659 10477 4608 1297 -452 -491 C +ATOM 15744 O CYS F 19 67.501 -29.092 6.059 1.00 69.33 O +ANISOU15744 O CYS F 19 11324 10553 4467 1418 -632 -686 O +ATOM 15745 CB CYS F 19 69.693 -26.840 6.173 1.00 73.42 C +ANISOU15745 CB CYS F 19 11218 11601 5078 1691 204 -61 C +ATOM 15746 SG CYS F 19 68.792 -25.365 5.642 1.00 83.77 S +ANISOU15746 SG CYS F 19 12358 12999 6474 1509 -47 144 S +ATOM 15747 N ILE F 20 66.609 -27.395 7.251 1.00 71.66 N +ANISOU15747 N ILE F 20 10823 10951 5454 1031 -663 -425 N +ATOM 15748 CA ILE F 20 65.247 -27.571 6.765 1.00 67.75 C +ANISOU15748 CA ILE F 20 10413 10325 5004 845 -1120 -524 C +ATOM 15749 C ILE F 20 64.761 -26.227 6.248 1.00 66.03 C +ANISOU15749 C ILE F 20 10001 10237 4850 814 -1240 -341 C +ATOM 15750 O ILE F 20 65.125 -25.173 6.778 1.00 62.36 O +ANISOU15750 O ILE F 20 9202 9908 4586 818 -1024 -155 O +ATOM 15751 CB ILE F 20 64.294 -28.116 7.854 1.00 64.18 C +ANISOU15751 CB ILE F 20 9690 9713 4985 546 -1283 -608 C +ATOM 15752 CG1 ILE F 20 64.025 -27.069 8.946 1.00 52.95 C +ANISOU15752 CG1 ILE F 20 7737 8397 3985 429 -1104 -448 C +ATOM 15753 CG2 ILE F 20 64.862 -29.392 8.461 1.00 69.29 C +ANISOU15753 CG2 ILE F 20 10540 10210 5577 562 -1167 -765 C +ATOM 15754 CD1 ILE F 20 62.914 -27.459 9.902 1.00 52.84 C +ANISOU15754 CD1 ILE F 20 7425 8277 4374 162 -1225 -478 C +ATOM 15755 N TYR F 21 63.944 -26.261 5.202 1.00 76.06 N +ANISOU15755 N TYR F 21 11526 11428 5947 787 -1643 -393 N +ATOM 15756 CA TYR F 21 63.411 -25.049 4.590 1.00 77.91 C +ANISOU15756 CA TYR F 21 11643 11744 6214 762 -1839 -235 C +ATOM 15757 C TYR F 21 61.925 -24.953 4.898 1.00 71.68 C +ANISOU15757 C TYR F 21 10543 10827 5864 499 -2261 -275 C +ATOM 15758 O TYR F 21 61.155 -25.849 4.531 1.00 78.74 O +ANISOU15758 O TYR F 21 11630 11524 6762 378 -2650 -417 O +ATOM 15759 CB TYR F 21 63.638 -25.041 3.079 1.00 85.55 C +ANISOU15759 CB TYR F 21 13166 12715 6624 963 -1994 -231 C +ATOM 15760 CG TYR F 21 63.271 -23.721 2.446 1.00 95.04 C +ANISOU15760 CG TYR F 21 14286 14003 7821 950 -2165 -34 C +ATOM 15761 CD1 TYR F 21 64.085 -22.611 2.605 1.00101.55 C +ANISOU15761 CD1 TYR F 21 14893 15035 8657 1029 -1823 223 C +ATOM 15762 CD2 TYR F 21 62.107 -23.581 1.701 1.00 97.45 C +ANISOU15762 CD2 TYR F 21 14735 14150 8142 843 -2725 -86 C +ATOM 15763 CE1 TYR F 21 63.759 -21.399 2.040 1.00106.71 C +ANISOU15763 CE1 TYR F 21 15502 15736 9307 1005 -2017 414 C +ATOM 15764 CE2 TYR F 21 61.771 -22.369 1.128 1.00 93.66 C +ANISOU15764 CE2 TYR F 21 14204 13723 7660 839 -2918 90 C +ATOM 15765 CZ TYR F 21 62.603 -21.281 1.303 1.00106.84 C +ANISOU15765 CZ TYR F 21 15684 15600 9311 922 -2555 337 C +ATOM 15766 OH TYR F 21 62.286 -20.069 0.742 1.00122.44 O +ANISOU15766 OH TYR F 21 17640 17600 11283 907 -2781 524 O +ATOM 15767 N LEU F 22 61.522 -23.874 5.566 1.00 63.42 N +ANISOU15767 N LEU F 22 9017 9878 5201 426 -2204 -136 N +ATOM 15768 CA LEU F 22 60.113 -23.639 5.850 1.00 64.57 C +ANISOU15768 CA LEU F 22 8786 9952 5796 233 -2547 -133 C +ATOM 15769 C LEU F 22 59.595 -22.571 4.893 1.00 87.84 C +ANISOU15769 C LEU F 22 11764 12915 8698 279 -2888 -30 C +ATOM 15770 O LEU F 22 60.066 -21.426 4.916 1.00 96.79 O +ANISOU15770 O LEU F 22 12808 14173 9797 397 -2727 117 O +ATOM 15771 CB LEU F 22 59.908 -23.239 7.309 1.00 58.42 C +ANISOU15771 CB LEU F 22 7483 9252 5462 178 -2252 -76 C +ATOM 15772 CG LEU F 22 60.163 -24.361 8.322 1.00 56.98 C +ANISOU15772 CG LEU F 22 7261 9012 5376 82 -1992 -171 C +ATOM 15773 CD1 LEU F 22 60.136 -23.808 9.733 1.00 63.91 C +ANISOU15773 CD1 LEU F 22 7733 9971 6578 98 -1654 -99 C +ATOM 15774 CD2 LEU F 22 59.150 -25.494 8.183 1.00 71.26 C +ANISOU15774 CD2 LEU F 22 9059 10656 7360 -154 -2333 -256 C +ATOM 15775 N VAL F 23 58.633 -22.958 4.050 1.00 85.24 N +ANISOU15775 N VAL F 23 11587 12420 8380 171 -3415 -95 N +ATOM 15776 CA VAL F 23 58.192 -22.103 2.955 1.00 87.89 C +ANISOU15776 CA VAL F 23 12093 12717 8585 223 -3818 -17 C +ATOM 15777 C VAL F 23 57.002 -21.226 3.326 1.00100.18 C +ANISOU15777 C VAL F 23 13093 14274 10696 128 -4091 70 C +ATOM 15778 O VAL F 23 56.799 -20.178 2.696 1.00111.54 O +ANISOU15778 O VAL F 23 14575 15720 12085 208 -4325 170 O +ATOM 15779 CB VAL F 23 57.862 -22.953 1.712 1.00 95.01 C +ANISOU15779 CB VAL F 23 13578 13389 9134 201 -4320 -138 C +ATOM 15780 CG1 VAL F 23 56.711 -23.913 1.987 1.00 98.07 C +ANISOU15780 CG1 VAL F 23 13752 13560 9948 -59 -4750 -232 C +ATOM 15781 CG2 VAL F 23 57.558 -22.066 0.508 1.00 88.01 C +ANISOU15781 CG2 VAL F 23 12992 12444 8005 284 -4728 -52 C +ATOM 15782 N ASP F 24 56.206 -21.616 4.321 1.00 99.52 N +ANISOU15782 N ASP F 24 12490 14189 11136 -21 -4057 53 N +ATOM 15783 CA ASP F 24 55.216 -20.685 4.848 1.00 94.92 C +ANISOU15783 CA ASP F 24 11316 13670 11080 -21 -4161 153 C +ATOM 15784 C ASP F 24 55.892 -19.460 5.436 1.00 94.77 C +ANISOU15784 C ASP F 24 11177 13815 11019 192 -3779 237 C +ATOM 15785 O ASP F 24 55.427 -18.329 5.252 1.00 89.71 O +ANISOU15785 O ASP F 24 10359 13187 10540 297 -3986 319 O +ATOM 15786 CB ASP F 24 54.362 -21.363 5.909 1.00 81.29 C +ANISOU15786 CB ASP F 24 9041 11960 9885 -186 -4054 161 C +ATOM 15787 CG ASP F 24 53.286 -22.211 5.324 1.00 83.94 C +ANISOU15787 CG ASP F 24 9303 12104 10488 -435 -4612 162 C +ATOM 15788 OD1 ASP F 24 53.064 -22.152 4.094 1.00 88.75 O +ANISOU15788 OD1 ASP F 24 10283 12541 10899 -454 -5153 135 O +ATOM 15789 OD2 ASP F 24 52.649 -22.930 6.114 1.00 97.58 O +ANISOU15789 OD2 ASP F 24 10608 13835 12634 -621 -4530 212 O +ATOM 15790 N MET F 25 56.985 -19.672 6.161 1.00 92.59 N +ANISOU15790 N MET F 25 11006 13628 10547 258 -3275 223 N +ATOM 15791 CA MET F 25 57.790 -18.565 6.651 1.00 84.90 C +ANISOU15791 CA MET F 25 10009 12750 9500 436 -2984 321 C +ATOM 15792 C MET F 25 58.780 -18.088 5.603 1.00 76.51 C +ANISOU15792 C MET F 25 9409 11697 7964 512 -3028 420 C +ATOM 15793 O MET F 25 59.181 -16.919 5.621 1.00 60.56 O +ANISOU15793 O MET F 25 7378 9710 5922 619 -3010 563 O +ATOM 15794 CB MET F 25 58.528 -18.988 7.915 1.00 81.72 C +ANISOU15794 CB MET F 25 9513 12403 9134 462 -2481 289 C +ATOM 15795 CG MET F 25 57.650 -18.976 9.142 1.00 84.59 C +ANISOU15795 CG MET F 25 9402 12795 9943 470 -2338 262 C +ATOM 15796 SD MET F 25 56.198 -20.047 9.042 1.00 86.48 S +ANISOU15796 SD MET F 25 9318 12995 10545 244 -2590 213 S +ATOM 15797 CE MET F 25 56.934 -21.675 8.888 1.00 78.73 C +ANISOU15797 CE MET F 25 8728 11923 9261 51 -2482 104 C +ATOM 15798 N SER F 26 59.181 -18.972 4.689 1.00 89.50 N +ANISOU15798 N SER F 26 11482 13305 9217 470 -3086 363 N +ATOM 15799 CA SER F 26 60.140 -18.635 3.642 1.00 82.23 C +ANISOU15799 CA SER F 26 11025 12431 7790 573 -3045 483 C +ATOM 15800 C SER F 26 61.514 -18.352 4.242 1.00 78.50 C +ANISOU15800 C SER F 26 10537 12088 7201 663 -2541 616 C +ATOM 15801 O SER F 26 62.209 -17.425 3.824 1.00 71.58 O +ANISOU15801 O SER F 26 9769 11280 6148 732 -2478 835 O +ATOM 15802 CB SER F 26 59.656 -17.445 2.809 1.00 72.69 C +ANISOU15802 CB SER F 26 9883 11184 6554 603 -3438 622 C +ATOM 15803 OG SER F 26 60.376 -17.341 1.595 1.00 81.45 O +ANISOU15803 OG SER F 26 11516 12320 7112 680 -3451 741 O +ATOM 15804 N GLN F 27 61.902 -19.150 5.236 1.00 86.21 N +ANISOU15804 N GLN F 27 11371 13079 8306 644 -2214 511 N +ATOM 15805 CA GLN F 27 63.203 -18.996 5.868 1.00 87.34 C +ANISOU15805 CA GLN F 27 11484 13307 8395 719 -1788 631 C +ATOM 15806 C GLN F 27 63.817 -20.370 6.100 1.00 86.92 C +ANISOU15806 C GLN F 27 11595 13254 8178 736 -1512 483 C +ATOM 15807 O GLN F 27 63.127 -21.399 6.121 1.00 97.58 O +ANISOU15807 O GLN F 27 13008 14512 9557 657 -1648 277 O +ATOM 15808 CB GLN F 27 63.115 -18.219 7.196 1.00 94.17 C +ANISOU15808 CB GLN F 27 11968 14139 9672 715 -1700 678 C +ATOM 15809 CG GLN F 27 62.080 -17.099 7.222 1.00104.62 C +ANISOU15809 CG GLN F 27 13079 15414 11258 724 -2035 718 C +ATOM 15810 CD GLN F 27 61.958 -16.438 8.582 1.00107.58 C +ANISOU15810 CD GLN F 27 13161 15733 11980 794 -1934 720 C +ATOM 15811 OE1 GLN F 27 60.865 -16.346 9.139 1.00115.41 O +ANISOU15811 OE1 GLN F 27 13893 16697 13262 821 -2037 609 O +ATOM 15812 NE2 GLN F 27 63.077 -15.966 9.120 1.00101.23 N +ANISOU15812 NE2 GLN F 27 12406 14905 11151 842 -1744 861 N +ATOM 15813 N ASN F 28 65.140 -20.367 6.258 1.00 81.40 N +ANISOU15813 N ASN F 28 10956 12643 7331 836 -1154 614 N +ATOM 15814 CA ASN F 28 65.896 -21.574 6.554 1.00 65.76 C +ANISOU15814 CA ASN F 28 9112 10658 5213 899 -869 492 C +ATOM 15815 C ASN F 28 66.006 -21.755 8.062 1.00 65.10 C +ANISOU15815 C ASN F 28 8740 10493 5501 826 -712 428 C +ATOM 15816 O ASN F 28 66.289 -20.799 8.792 1.00 48.25 O +ANISOU15816 O ASN F 28 6368 8354 3611 817 -659 580 O +ATOM 15817 CB ASN F 28 67.293 -21.506 5.935 1.00 57.02 C +ANISOU15817 CB ASN F 28 8175 9703 3787 1077 -543 693 C +ATOM 15818 CG ASN F 28 67.267 -21.533 4.424 1.00 71.18 C +ANISOU15818 CG ASN F 28 10366 11582 5098 1204 -622 742 C +ATOM 15819 OD1 ASN F 28 67.109 -22.589 3.813 1.00 82.48 O +ANISOU15819 OD1 ASN F 28 12170 12965 6206 1308 -670 534 O +ATOM 15820 ND2 ASN F 28 67.444 -20.371 3.810 1.00 70.87 N +ANISOU15820 ND2 ASN F 28 10304 11645 4980 1208 -660 1023 N +ATOM 15821 N TYR F 29 65.777 -22.982 8.520 1.00 56.38 N +ANISOU15821 N TYR F 29 7710 9293 4417 776 -676 208 N +ATOM 15822 CA TYR F 29 65.956 -23.350 9.918 1.00 52.81 C +ANISOU15822 CA TYR F 29 7080 8749 4238 717 -504 142 C +ATOM 15823 C TYR F 29 66.689 -24.689 9.952 1.00 58.45 C +ANISOU15823 C TYR F 29 8042 9406 4760 778 -337 1 C +ATOM 15824 O TYR F 29 67.244 -25.131 8.943 1.00 70.03 O +ANISOU15824 O TYR F 29 9792 10934 5883 923 -293 -13 O +ATOM 15825 CB TYR F 29 64.606 -23.392 10.644 1.00 47.50 C +ANISOU15825 CB TYR F 29 6180 7996 3874 557 -670 40 C +ATOM 15826 CG TYR F 29 63.957 -22.033 10.775 1.00 58.01 C +ANISOU15826 CG TYR F 29 7251 9372 5419 568 -805 164 C +ATOM 15827 CD1 TYR F 29 64.270 -21.193 11.838 1.00 60.64 C +ANISOU15827 CD1 TYR F 29 7415 9672 5955 633 -675 255 C +ATOM 15828 CD2 TYR F 29 63.041 -21.584 9.833 1.00 67.81 C +ANISOU15828 CD2 TYR F 29 8463 10651 6650 538 -1111 182 C +ATOM 15829 CE1 TYR F 29 63.683 -19.949 11.961 1.00 64.37 C +ANISOU15829 CE1 TYR F 29 7705 10153 6599 692 -830 346 C +ATOM 15830 CE2 TYR F 29 62.449 -20.345 9.952 1.00 65.22 C +ANISOU15830 CE2 TYR F 29 7908 10346 6525 580 -1260 283 C +ATOM 15831 CZ TYR F 29 62.774 -19.530 11.013 1.00 73.58 C +ANISOU15831 CZ TYR F 29 8812 11377 7769 669 -1111 359 C +ATOM 15832 OH TYR F 29 62.185 -18.291 11.128 1.00 85.08 O +ANISOU15832 OH TYR F 29 10095 12826 9404 758 -1292 439 O +ATOM 15833 N CYS F 30 66.697 -25.346 11.111 1.00 47.33 N +ANISOU15833 N CYS F 30 6567 7872 3546 697 -242 -105 N +ATOM 15834 CA CYS F 30 67.482 -26.557 11.283 1.00 52.63 C +ANISOU15834 CA CYS F 30 7471 8455 4071 769 -103 -233 C +ATOM 15835 C CYS F 30 66.662 -27.641 11.971 1.00 55.63 C +ANISOU15835 C CYS F 30 7904 8658 4576 580 -225 -420 C +ATOM 15836 O CYS F 30 65.649 -27.378 12.623 1.00 56.93 O +ANISOU15836 O CYS F 30 7838 8792 5002 402 -309 -404 O +ATOM 15837 CB CYS F 30 68.759 -26.282 12.097 1.00 49.68 C +ANISOU15837 CB CYS F 30 6995 8071 3811 876 157 -114 C +ATOM 15838 SG CYS F 30 69.941 -25.174 11.293 1.00 44.66 S +ANISOU15838 SG CYS F 30 6259 7636 3075 1065 320 187 S +ATOM 15839 N ARG F 31 67.110 -28.875 11.775 1.00 53.01 N +ANISOU15839 N ARG F 31 7882 8212 4047 638 -231 -578 N +ATOM 15840 CA ARG F 31 66.695 -30.036 12.551 1.00 60.43 C +ANISOU15840 CA ARG F 31 8924 8943 5094 463 -319 -724 C +ATOM 15841 C ARG F 31 67.930 -30.490 13.317 1.00 59.34 C +ANISOU15841 C ARG F 31 8883 8719 4943 598 -85 -753 C +ATOM 15842 O ARG F 31 68.889 -30.988 12.718 1.00 66.24 O +ANISOU15842 O ARG F 31 10000 9599 5570 834 -10 -819 O +ATOM 15843 CB ARG F 31 66.162 -31.147 11.650 1.00 67.65 C +ANISOU15843 CB ARG F 31 10191 9721 5794 418 -636 -897 C +ATOM 15844 CG ARG F 31 65.771 -32.412 12.400 1.00 75.52 C +ANISOU15844 CG ARG F 31 11323 10464 6906 204 -781 -1017 C +ATOM 15845 CD ARG F 31 65.281 -33.500 11.462 1.00 99.80 C +ANISOU15845 CD ARG F 31 14809 13342 9770 159 -1192 -1182 C +ATOM 15846 NE ARG F 31 64.866 -34.697 12.189 1.00121.50 N +ANISOU15846 NE ARG F 31 17680 15818 12666 -96 -1385 -1255 N +ATOM 15847 CZ ARG F 31 65.683 -35.681 12.555 1.00121.08 C +ANISOU15847 CZ ARG F 31 17958 15578 12469 11 -1350 -1397 C +ATOM 15848 NH1 ARG F 31 66.977 -35.628 12.268 1.00123.75 N +ANISOU15848 NH1 ARG F 31 18491 15993 12535 394 -1101 -1482 N +ATOM 15849 NH2 ARG F 31 65.201 -36.725 13.213 1.00111.78 N +ANISOU15849 NH2 ARG F 31 16894 14133 11442 -269 -1570 -1430 N +ATOM 15850 N CYS F 32 67.917 -30.300 14.630 1.00 49.44 N +ANISOU15850 N CYS F 32 7455 7383 3945 481 29 -698 N +ATOM 15851 CA CYS F 32 69.112 -30.522 15.430 1.00 58.20 C +ANISOU15851 CA CYS F 32 8632 8388 5092 604 202 -693 C +ATOM 15852 C CYS F 32 69.333 -32.003 15.691 1.00 58.17 C +ANISOU15852 C CYS F 32 8948 8162 4992 580 120 -881 C +ATOM 15853 O CYS F 32 68.382 -32.771 15.861 1.00 69.23 O +ANISOU15853 O CYS F 32 10455 9434 6417 356 -56 -971 O +ATOM 15854 CB CYS F 32 69.006 -29.780 16.762 1.00 60.08 C +ANISOU15854 CB CYS F 32 8674 8565 5589 512 299 -580 C +ATOM 15855 SG CYS F 32 68.822 -27.988 16.611 1.00 41.77 S +ANISOU15855 SG CYS F 32 6037 6436 3399 571 332 -367 S +ATOM 15856 N GLU F 33 70.602 -32.401 15.709 1.00 55.13 N +ANISOU15856 N GLU F 33 8700 7721 4526 810 227 -919 N +ATOM 15857 CA GLU F 33 70.959 -33.702 16.251 1.00 44.27 C +ANISOU15857 CA GLU F 33 7624 6085 3111 807 144 -1088 C +ATOM 15858 C GLU F 33 70.525 -33.765 17.708 1.00 51.83 C +ANISOU15858 C GLU F 33 8538 6857 4297 551 135 -1050 C +ATOM 15859 O GLU F 33 70.692 -32.802 18.462 1.00 65.53 O +ANISOU15859 O GLU F 33 10060 8631 6208 538 260 -902 O +ATOM 15860 CB GLU F 33 72.466 -33.932 16.125 1.00 44.74 C +ANISOU15860 CB GLU F 33 7748 6136 3115 1139 288 -1098 C +ATOM 15861 CG GLU F 33 72.974 -33.930 14.690 1.00 47.14 C +ANISOU15861 CG GLU F 33 8125 6649 3136 1458 384 -1115 C +ATOM 15862 CD GLU F 33 74.484 -33.859 14.604 1.00 59.81 C +ANISOU15862 CD GLU F 33 9623 8332 4771 1801 621 -1021 C +ATOM 15863 OE1 GLU F 33 75.147 -33.910 15.661 1.00 65.39 O +ANISOU15863 OE1 GLU F 33 10227 8878 5739 1776 633 -971 O +ATOM 15864 OE2 GLU F 33 75.010 -33.750 13.476 1.00 72.99 O +ANISOU15864 OE2 GLU F 33 11307 10220 6205 2106 796 -977 O +ATOM 15865 N VAL F 34 69.947 -34.902 18.103 1.00 52.04 N +ANISOU15865 N VAL F 34 8809 6664 4301 350 -32 -1169 N +ATOM 15866 CA VAL F 34 69.340 -34.997 19.424 1.00 60.00 C +ANISOU15866 CA VAL F 34 9792 7524 5480 85 -4 -1097 C +ATOM 15867 C VAL F 34 70.355 -34.595 20.482 1.00 68.51 C +ANISOU15867 C VAL F 34 10888 8489 6653 214 131 -1041 C +ATOM 15868 O VAL F 34 71.531 -34.973 20.421 1.00 73.74 O +ANISOU15868 O VAL F 34 11694 9043 7279 428 107 -1113 O +ATOM 15869 CB VAL F 34 68.797 -36.415 19.673 1.00 58.31 C +ANISOU15869 CB VAL F 34 9877 7052 5225 -152 -223 -1200 C +ATOM 15870 CG1 VAL F 34 69.935 -37.412 19.883 1.00 61.92 C +ANISOU15870 CG1 VAL F 34 10705 7249 5573 20 -324 -1361 C +ATOM 15871 CG2 VAL F 34 67.844 -36.414 20.858 1.00 45.60 C +ANISOU15871 CG2 VAL F 34 8170 5375 3781 -469 -140 -1053 C +ATOM 15872 N GLY F 35 69.900 -33.813 21.458 1.00 62.79 N +ANISOU15872 N GLY F 35 10029 7774 6056 110 256 -908 N +ATOM 15873 CA GLY F 35 70.757 -33.322 22.514 1.00 64.49 C +ANISOU15873 CA GLY F 35 10317 7832 6354 223 311 -846 C +ATOM 15874 C GLY F 35 71.361 -31.958 22.263 1.00 74.15 C +ANISOU15874 C GLY F 35 11294 9204 7676 417 365 -718 C +ATOM 15875 O GLY F 35 72.099 -31.460 23.123 1.00 79.16 O +ANISOU15875 O GLY F 35 11999 9669 8411 506 335 -647 O +ATOM 15876 N TYR F 36 71.072 -31.336 21.123 1.00 74.31 N +ANISOU15876 N TYR F 36 11059 9501 7674 472 398 -670 N +ATOM 15877 CA TYR F 36 71.539 -29.996 20.811 1.00 56.11 C +ANISOU15877 CA TYR F 36 8512 7340 5468 614 424 -509 C +ATOM 15878 C TYR F 36 70.348 -29.063 20.634 1.00 76.60 C +ANISOU15878 C TYR F 36 10904 10119 8079 534 462 -439 C +ATOM 15879 O TYR F 36 69.238 -29.490 20.302 1.00 90.87 O +ANISOU15879 O TYR F 36 12672 12023 9830 391 472 -504 O +ATOM 15880 CB TYR F 36 72.406 -29.991 19.547 1.00 43.78 C +ANISOU15880 CB TYR F 36 6832 5951 3851 791 443 -472 C +ATOM 15881 CG TYR F 36 73.760 -30.627 19.755 1.00 57.04 C +ANISOU15881 CG TYR F 36 8611 7476 5586 950 432 -487 C +ATOM 15882 CD1 TYR F 36 73.883 -31.997 19.934 1.00 47.58 C +ANISOU15882 CD1 TYR F 36 7691 6104 4284 951 384 -683 C +ATOM 15883 CD2 TYR F 36 74.914 -29.857 19.777 1.00 63.73 C +ANISOU15883 CD2 TYR F 36 9257 8332 6627 1094 435 -283 C +ATOM 15884 CE1 TYR F 36 75.116 -32.584 20.130 1.00 61.59 C +ANISOU15884 CE1 TYR F 36 9542 7727 6132 1132 357 -705 C +ATOM 15885 CE2 TYR F 36 76.154 -30.434 19.971 1.00 68.65 C +ANISOU15885 CE2 TYR F 36 9900 8819 7365 1251 417 -268 C +ATOM 15886 CZ TYR F 36 76.249 -31.798 20.146 1.00 68.67 C +ANISOU15886 CZ TYR F 36 10182 8661 7248 1290 388 -494 C +ATOM 15887 OH TYR F 36 77.481 -32.378 20.339 1.00 66.41 O +ANISOU15887 OH TYR F 36 9903 8232 7097 1483 356 -489 O +ATOM 15888 N THR F 37 70.594 -27.775 20.858 1.00 81.01 N +ANISOU15888 N THR F 37 11330 10703 8748 630 441 -292 N +ATOM 15889 CA THR F 37 69.534 -26.779 20.824 1.00 51.50 C +ANISOU15889 CA THR F 37 7420 7104 5043 611 456 -230 C +ATOM 15890 C THR F 37 70.102 -25.470 20.299 1.00 47.81 C +ANISOU15890 C THR F 37 6785 6720 4661 735 358 -59 C +ATOM 15891 O THR F 37 71.305 -25.340 20.056 1.00 49.84 O +ANISOU15891 O THR F 37 7027 6930 4979 811 302 47 O +ATOM 15892 CB THR F 37 68.908 -26.580 22.208 1.00 40.64 C +ANISOU15892 CB THR F 37 6180 5570 3690 602 526 -245 C +ATOM 15893 OG1 THR F 37 67.870 -25.597 22.138 1.00 39.66 O +ANISOU15893 OG1 THR F 37 5864 5600 3603 647 562 -191 O +ATOM 15894 CG2 THR F 37 69.961 -26.135 23.212 1.00 35.03 C +ANISOU15894 CG2 THR F 37 5698 4578 3033 725 423 -190 C +ATOM 15895 N GLY F 38 69.217 -24.496 20.134 1.00 49.96 N +ANISOU15895 N GLY F 38 6910 7110 4962 753 327 -6 N +ATOM 15896 CA GLY F 38 69.569 -23.223 19.544 1.00 49.39 C +ANISOU15896 CA GLY F 38 6690 7112 4963 838 191 169 C +ATOM 15897 C GLY F 38 69.109 -23.124 18.099 1.00 48.10 C +ANISOU15897 C GLY F 38 6347 7219 4711 802 182 196 C +ATOM 15898 O GLY F 38 68.817 -24.120 17.432 1.00 48.53 O +ANISOU15898 O GLY F 38 6424 7379 4636 731 250 80 O +ATOM 15899 N VAL F 39 69.035 -21.884 17.611 1.00 56.28 N +ANISOU15899 N VAL F 39 7254 8329 5801 854 48 351 N +ATOM 15900 CA VAL F 39 68.611 -21.649 16.231 1.00 59.80 C +ANISOU15900 CA VAL F 39 7578 9004 6139 830 -1 399 C +ATOM 15901 C VAL F 39 69.463 -22.474 15.275 1.00 60.70 C +ANISOU15901 C VAL F 39 7750 9229 6083 836 110 420 C +ATOM 15902 O VAL F 39 68.951 -23.266 14.476 1.00 62.36 O +ANISOU15902 O VAL F 39 8030 9552 6114 805 135 290 O +ATOM 15903 CB VAL F 39 68.678 -20.149 15.896 1.00 45.55 C +ANISOU15903 CB VAL F 39 5671 7217 4421 885 -192 609 C +ATOM 15904 CG1 VAL F 39 68.652 -19.914 14.386 1.00 39.62 C +ANISOU15904 CG1 VAL F 39 4857 6681 3516 864 -237 721 C +ATOM 15905 CG2 VAL F 39 67.520 -19.418 16.556 1.00 49.29 C +ANISOU15905 CG2 VAL F 39 6100 7627 4999 941 -300 532 C +ATOM 15906 N ARG F 40 70.782 -22.298 15.346 1.00 53.17 N +ANISOU15906 N ARG F 40 6778 8233 5192 899 162 595 N +ATOM 15907 CA ARG F 40 71.713 -23.030 14.501 1.00 59.86 C +ANISOU15907 CA ARG F 40 7654 9206 5883 980 332 643 C +ATOM 15908 C ARG F 40 72.147 -24.355 15.117 1.00 60.09 C +ANISOU15908 C ARG F 40 7832 9106 5894 1011 447 452 C +ATOM 15909 O ARG F 40 73.157 -24.925 14.687 1.00 63.73 O +ANISOU15909 O ARG F 40 8304 9625 6285 1137 596 504 O +ATOM 15910 CB ARG F 40 72.944 -22.169 14.208 1.00 59.41 C +ANISOU15910 CB ARG F 40 7416 9199 5957 1035 354 992 C +ATOM 15911 CG ARG F 40 72.637 -20.856 13.511 1.00 41.52 C +ANISOU15911 CG ARG F 40 5034 7045 3697 991 215 1223 C +ATOM 15912 CD ARG F 40 73.910 -20.094 13.179 1.00 48.15 C +ANISOU15912 CD ARG F 40 5667 7936 4691 1002 242 1633 C +ATOM 15913 NE ARG F 40 74.775 -20.844 12.273 1.00 60.81 N +ANISOU15913 NE ARG F 40 7231 9765 6111 1137 562 1731 N +ATOM 15914 CZ ARG F 40 75.948 -20.410 11.823 1.00 61.97 C +ANISOU15914 CZ ARG F 40 7139 10034 6372 1174 700 2126 C +ATOM 15915 NH1 ARG F 40 76.410 -19.222 12.191 1.00 60.06 N +ANISOU15915 NH1 ARG F 40 6685 9675 6462 1034 477 2475 N +ATOM 15916 NH2 ARG F 40 76.662 -21.167 11.002 1.00 60.76 N +ANISOU15916 NH2 ARG F 40 6964 10114 6009 1366 1057 2190 N +ATOM 15917 N CYS F 41 71.410 -24.860 16.108 1.00 42.12 N +ANISOU15917 N CYS F 41 5671 6659 3674 915 393 250 N +ATOM 15918 CA CYS F 41 71.790 -26.087 16.807 1.00 48.18 C +ANISOU15918 CA CYS F 41 6618 7256 4432 916 456 81 C +ATOM 15919 C CYS F 41 73.200 -25.962 17.377 1.00 56.60 C +ANISOU15919 C CYS F 41 7642 8185 5679 1011 470 229 C +ATOM 15920 O CYS F 41 74.012 -26.885 17.290 1.00 57.03 O +ANISOU15920 O CYS F 41 7771 8200 5698 1110 555 174 O +ATOM 15921 CB CYS F 41 71.686 -27.298 15.881 1.00 55.57 C +ANISOU15921 CB CYS F 41 7720 8282 5114 962 519 -92 C +ATOM 15922 SG CYS F 41 70.075 -27.485 15.094 1.00 46.94 S +ANISOU15922 SG CYS F 41 6676 7301 3860 823 392 -231 S +ATOM 15923 N GLU F 42 73.491 -24.807 17.971 1.00 62.68 N +ANISOU15923 N GLU F 42 8298 8853 6667 992 341 424 N +ATOM 15924 CA GLU F 42 74.856 -24.460 18.339 1.00 58.84 C +ANISOU15924 CA GLU F 42 7700 8233 6422 1054 271 648 C +ATOM 15925 C GLU F 42 75.278 -24.980 19.707 1.00 51.18 C +ANISOU15925 C GLU F 42 6932 6922 5593 1043 153 549 C +ATOM 15926 O GLU F 42 76.482 -25.045 19.975 1.00 54.95 O +ANISOU15926 O GLU F 42 7324 7266 6287 1100 80 701 O +ATOM 15927 CB GLU F 42 75.038 -22.937 18.315 1.00 60.31 C +ANISOU15927 CB GLU F 42 7712 8403 6800 1017 83 937 C +ATOM 15928 CG GLU F 42 74.075 -22.163 19.210 1.00 66.22 C +ANISOU15928 CG GLU F 42 8620 8970 7570 966 -112 851 C +ATOM 15929 CD GLU F 42 72.846 -21.677 18.470 1.00 77.57 C +ANISOU15929 CD GLU F 42 10001 10633 8840 944 -72 789 C +ATOM 15930 OE1 GLU F 42 72.468 -22.306 17.460 1.00 75.71 O +ANISOU15930 OE1 GLU F 42 9712 10644 8412 937 99 703 O +ATOM 15931 OE2 GLU F 42 72.261 -20.660 18.899 1.00 83.32 O +ANISOU15931 OE2 GLU F 42 10765 11265 9629 956 -249 822 O +ATOM 15932 N HIS F 43 74.313 -25.231 20.574 1.00 50.73 N +ANISOU15932 N HIS F 43 7119 6720 5435 971 122 342 N +ATOM 15933 CA HIS F 43 74.603 -25.627 21.920 1.00 47.95 C +ANISOU15933 CA HIS F 43 7037 6026 5158 962 3 258 C +ATOM 15934 C HIS F 43 74.093 -26.964 22.319 1.00 51.28 C +ANISOU15934 C HIS F 43 7701 6381 5403 905 123 7 C +ATOM 15935 O HIS F 43 73.068 -27.386 21.901 1.00 68.73 O +ANISOU15935 O HIS F 43 9912 8761 7442 829 258 -121 O +ATOM 15936 CB HIS F 43 74.037 -24.599 22.866 1.00 47.83 C +ANISOU15936 CB HIS F 43 7175 5827 5172 961 -154 288 C +ATOM 15937 CG HIS F 43 74.664 -23.255 22.741 1.00 50.06 C +ANISOU15937 CG HIS F 43 7311 6042 5669 1001 -397 549 C +ATOM 15938 ND1 HIS F 43 74.017 -22.107 23.108 1.00 53.12 N +ANISOU15938 ND1 HIS F 43 7783 6353 6045 1042 -545 589 N +ATOM 15939 CD2 HIS F 43 75.874 -22.875 22.289 1.00 61.75 C +ANISOU15939 CD2 HIS F 43 8557 7508 7399 1005 -534 810 C +ATOM 15940 CE1 HIS F 43 74.805 -21.076 22.893 1.00 61.08 C +ANISOU15940 CE1 HIS F 43 8658 7267 7282 1044 -817 855 C +ATOM 15941 NE2 HIS F 43 75.938 -21.515 22.397 1.00 61.07 N +ANISOU15941 NE2 HIS F 43 8431 7312 7461 1002 -805 1017 N +ATOM 15942 N PHE F 44 74.820 -27.591 23.213 1.00 58.89 N +ANISOU15942 N PHE F 44 8885 7050 6440 923 17 -39 N +ATOM 15943 CA PHE F 44 74.511 -28.895 23.698 1.00 54.29 C +ANISOU15943 CA PHE F 44 8578 6337 5712 855 76 -247 C +ATOM 15944 C PHE F 44 73.700 -28.747 24.936 1.00 57.52 C +ANISOU15944 C PHE F 44 9280 6549 6027 776 67 -303 C +ATOM 15945 O PHE F 44 74.190 -28.299 25.931 1.00 61.84 O +ANISOU15945 O PHE F 44 10039 6807 6650 832 -105 -246 O +ATOM 15946 CB PHE F 44 75.834 -29.533 24.053 1.00 57.19 C +ANISOU15946 CB PHE F 44 9039 6460 6230 945 -69 -238 C +ATOM 15947 CG PHE F 44 75.724 -30.785 24.829 1.00 65.58 C +ANISOU15947 CG PHE F 44 10469 7271 7177 879 -104 -428 C +ATOM 15948 CD1 PHE F 44 75.577 -30.751 26.184 1.00 70.30 C +ANISOU15948 CD1 PHE F 44 11419 7542 7749 817 -229 -450 C +ATOM 15949 CD2 PHE F 44 75.818 -31.991 24.208 1.00 65.16 C +ANISOU15949 CD2 PHE F 44 10461 7278 7020 898 -40 -579 C +ATOM 15950 CE1 PHE F 44 75.494 -31.906 26.908 1.00 70.24 C +ANISOU15950 CE1 PHE F 44 11778 7288 7622 737 -270 -594 C +ATOM 15951 CE2 PHE F 44 75.732 -33.151 24.918 1.00 64.61 C +ANISOU15951 CE2 PHE F 44 10755 6942 6854 818 -122 -738 C +ATOM 15952 CZ PHE F 44 75.575 -33.109 26.273 1.00 73.62 C +ANISOU15952 CZ PHE F 44 12219 7772 7982 720 -230 -732 C +ATOM 15953 N PHE F 45 72.451 -29.154 24.881 1.00 74.59 N +ANISOU15953 N PHE F 45 11465 8855 8020 655 247 -400 N +ATOM 15954 CA PHE F 45 71.594 -29.026 26.029 1.00 92.73 C +ANISOU15954 CA PHE F 45 14003 11025 10206 609 333 -418 C +ATOM 15955 C PHE F 45 72.024 -30.016 27.061 1.00108.65 C +ANISOU15955 C PHE F 45 16421 12710 12152 558 268 -494 C +ATOM 15956 O PHE F 45 72.367 -31.128 26.732 1.00103.37 O +ANISOU15956 O PHE F 45 15803 11997 11475 480 230 -583 O +ATOM 15957 CB PHE F 45 70.125 -29.224 25.666 1.00 95.23 C +ANISOU15957 CB PHE F 45 14144 11610 10429 476 559 -443 C +ATOM 15958 CG PHE F 45 69.200 -28.361 26.466 1.00102.45 C +ANISOU15958 CG PHE F 45 15091 12551 11283 547 707 -381 C +ATOM 15959 CD1 PHE F 45 68.927 -28.648 27.782 1.00100.49 C +ANISOU15959 CD1 PHE F 45 15198 12090 10893 556 819 -385 C +ATOM 15960 CD2 PHE F 45 68.638 -27.240 25.916 1.00108.68 C +ANISOU15960 CD2 PHE F 45 15595 13566 12132 646 735 -316 C +ATOM 15961 CE1 PHE F 45 68.104 -27.842 28.534 1.00101.45 C +ANISOU15961 CE1 PHE F 45 15388 12247 10913 700 1002 -330 C +ATOM 15962 CE2 PHE F 45 67.800 -26.431 26.652 1.00109.52 C +ANISOU15962 CE2 PHE F 45 15746 13695 12174 783 878 -275 C +ATOM 15963 CZ PHE F 45 67.533 -26.731 27.966 1.00107.45 C +ANISOU15963 CZ PHE F 45 15837 13240 11748 831 1035 -284 C +ATOM 15964 N LEU F 46 71.976 -29.609 28.319 1.00 91.46 N +ATOM 15965 CA LEU F 46 72.364 -30.463 29.425 1.00106.32 C +ATOM 15966 C LEU F 46 71.187 -30.917 30.284 1.00 98.54 C +ATOM 15967 O LEU F 46 71.209 -30.786 31.508 1.00 86.35 O +ATOM 15968 CB LEU F 46 73.365 -29.716 30.287 1.00115.99 C +TER 15969 LEU F 46 +ATOM 15970 N SER G 2 40.405 39.650 77.968 1.00131.37 N +ANISOU15970 N SER G 2 16135 20066 13713 -1826 493 -1559 N +ATOM 15971 CA SER G 2 41.508 40.310 78.656 1.00132.17 C +ANISOU15971 CA SER G 2 15992 20431 13797 -1653 515 -1951 C +ATOM 15972 C SER G 2 42.741 39.416 78.672 1.00122.38 C +ANISOU15972 C SER G 2 15254 19247 12000 -1489 376 -1520 C +ATOM 15973 O SER G 2 42.770 38.371 78.023 1.00119.96 O +ANISOU15973 O SER G 2 15475 18654 11449 -1488 283 -937 O +ATOM 15974 CB SER G 2 41.106 40.677 80.086 1.00134.61 C +ANISOU15974 CB SER G 2 15856 21439 13851 -1865 741 -2538 C +ATOM 15975 OG SER G 2 40.730 39.523 80.818 1.00134.41 O +ANISOU15975 OG SER G 2 16143 21882 13043 -2082 792 -2249 O +ATOM 15976 N ILE G 3 43.763 39.839 79.414 1.00112.85 N +ANISOU15976 N ILE G 3 13844 18415 10621 -1362 385 -1833 N +ATOM 15977 CA ILE G 3 45.007 39.093 79.536 1.00103.22 C +ANISOU15977 CA ILE G 3 13003 17314 8903 -1175 254 -1451 C +ATOM 15978 C ILE G 3 45.524 39.258 80.960 1.00101.77 C +ANISOU15978 C ILE G 3 12503 17977 8188 -1234 338 -1817 C +ATOM 15979 O ILE G 3 45.248 40.260 81.627 1.00 95.25 O +ANISOU15979 O ILE G 3 11117 17512 7560 -1363 490 -2508 O +ATOM 15980 CB ILE G 3 46.057 39.560 78.501 1.00 85.13 C +ANISOU15980 CB ILE G 3 10806 14460 7079 -876 97 -1375 C +ATOM 15981 CG1 ILE G 3 45.459 39.563 77.087 1.00 81.79 C +ANISOU15981 CG1 ILE G 3 10589 13304 7184 -872 21 -1075 C +ATOM 15982 CG2 ILE G 3 47.242 38.648 78.536 1.00 91.32 C +ANISOU15982 CG2 ILE G 3 12014 15305 7380 -686 -29 -914 C +ATOM 15983 CD1 ILE G 3 46.441 39.927 75.972 1.00 78.50 C +ANISOU15983 CD1 ILE G 3 10309 12333 7184 -615 -132 -929 C +ATOM 15984 N THR G 4 46.279 38.263 81.428 1.00100.75 N +ANISOU15984 N THR G 4 12702 18188 7389 -1153 255 -1346 N +ATOM 15985 CA THR G 4 46.723 38.206 82.814 1.00108.19 C +ANISOU15985 CA THR G 4 13371 20071 7663 -1242 306 -1542 C +ATOM 15986 C THR G 4 48.227 37.965 82.878 1.00120.23 C +ANISOU15986 C THR G 4 15015 21750 8916 -952 137 -1286 C +ATOM 15987 O THR G 4 48.838 37.456 81.936 1.00120.43 O +ANISOU15987 O THR G 4 15469 21156 9135 -702 -1 -791 O +ATOM 15988 CB THR G 4 45.981 37.106 83.590 1.00107.47 C +ANISOU15988 CB THR G 4 13493 20448 6893 -1475 397 -1118 C +ATOM 15989 OG1 THR G 4 46.405 37.109 84.958 1.00108.39 O +ANISOU15989 OG1 THR G 4 13286 21587 6311 -1589 438 -1295 O +ATOM 15990 CG2 THR G 4 46.248 35.736 82.981 1.00106.58 C +ANISOU15990 CG2 THR G 4 14041 19873 6579 -1320 305 -215 C +ATOM 15991 N LYS G 5 48.813 38.333 84.016 1.00136.89 N +ANISOU15991 N LYS G 5 16710 24745 10558 -1012 160 -1653 N +ATOM 15992 CA LYS G 5 50.251 38.202 84.211 1.00136.17 C +ANISOU15992 CA LYS G 5 16620 24950 10170 -754 -3 -1477 C +ATOM 15993 C LYS G 5 50.657 36.736 84.336 1.00141.20 C +ANISOU15993 C LYS G 5 17750 25669 10230 -603 -119 -517 C +ATOM 15994 O LYS G 5 49.922 35.906 84.877 1.00137.51 O +ANISOU15994 O LYS G 5 17443 25482 9322 -781 -36 -119 O +ATOM 15995 CB LYS G 5 50.686 38.969 85.461 1.00134.50 C +ANISOU15995 CB LYS G 5 15771 25797 9537 -924 68 -2156 C +ATOM 15996 CG LYS G 5 50.508 40.475 85.358 1.00131.81 C +ANISOU15996 CG LYS G 5 14888 25334 9862 -1046 235 -3162 C +ATOM 15997 N CYS G 6 51.850 36.424 83.833 1.00144.28 N +ANISOU15997 N CYS G 6 18362 25775 10682 -269 -286 -142 N +ATOM 15998 CA CYS G 6 52.366 35.064 83.896 1.00143.61 C +ANISOU15998 CA CYS G 6 18709 25607 10250 -72 -365 777 C +ATOM 15999 C CYS G 6 52.619 34.639 85.339 1.00151.95 C +ANISOU15999 C CYS G 6 19488 27360 10885 -149 -360 954 C +ATOM 16000 O CYS G 6 52.712 35.460 86.255 1.00162.62 O +ANISOU16000 O CYS G 6 20287 29455 12046 -319 -340 366 O +ATOM 16001 CB CYS G 6 53.675 34.935 83.118 1.00145.17 C +ANISOU16001 CB CYS G 6 19110 25387 10662 308 -528 1050 C +ATOM 16002 SG CYS G 6 53.518 34.650 81.352 1.00142.86 S +ANISOU16002 SG CYS G 6 19386 23725 11171 444 -520 1295 S +ATOM 16003 N SER G 7 52.736 33.328 85.530 1.00155.11 N +ANISOU16003 N SER G 7 20258 27503 11173 -36 -360 1762 N +ATOM 16004 CA SER G 7 53.165 32.786 86.808 1.00157.15 C +ANISOU16004 CA SER G 7 20282 28390 11036 -41 -390 2078 C +ATOM 16005 C SER G 7 54.630 33.133 87.076 1.00154.77 C +ANISOU16005 C SER G 7 19674 28468 10665 197 -567 2022 C +ATOM 16006 O SER G 7 55.361 33.611 86.202 1.00155.97 O +ANISOU16006 O SER G 7 19888 28269 11104 408 -660 1839 O +ATOM 16007 CB SER G 7 52.982 31.270 86.837 1.00162.00 C +ANISOU16007 CB SER G 7 21378 28531 11642 52 -323 2954 C +ATOM 16008 OG SER G 7 53.608 30.719 87.982 1.00173.26 O +ANISOU16008 OG SER G 7 22567 30550 12714 115 -385 3341 O +ATOM 16009 N SER G 8 55.060 32.890 88.318 1.00161.01 N +ANISOU16009 N SER G 8 20099 30027 11049 152 -610 2184 N +ATOM 16010 CA SER G 8 56.455 33.126 88.662 1.00156.80 C +ANISOU16010 CA SER G 8 19234 29937 10405 361 -771 2185 C +ATOM 16011 C SER G 8 57.371 32.031 88.127 1.00165.31 C +ANISOU16011 C SER G 8 20719 30417 11673 742 -867 2997 C +ATOM 16012 O SER G 8 58.569 32.272 87.949 1.00151.59 O +ANISOU16012 O SER G 8 18823 28768 10004 980 -1003 2979 O +ATOM 16013 CB SER G 8 56.609 33.242 90.174 1.00145.23 C +ANISOU16013 CB SER G 8 17186 29573 8422 156 -782 2092 C +ATOM 16014 OG SER G 8 55.887 32.209 90.814 1.00144.53 O +ANISOU16014 OG SER G 8 17274 29552 8090 51 -705 2683 O +ATOM 16015 N ASP G 9 56.838 30.835 87.866 1.00180.37 N +ANISOU16015 N ASP G 9 23124 31701 13706 790 -772 3669 N +ATOM 16016 CA ASP G 9 57.653 29.773 87.283 1.00186.26 C +ANISOU16016 CA ASP G 9 24254 31768 14749 1121 -807 4378 C +ATOM 16017 C ASP G 9 58.265 30.219 85.961 1.00182.35 C +ANISOU16017 C ASP G 9 23981 30598 14707 1327 -870 4157 C +ATOM 16018 O ASP G 9 59.428 29.915 85.670 1.00186.15 O +ANISOU16018 O ASP G 9 24477 30888 15363 1619 -970 4443 O +ATOM 16019 CB ASP G 9 56.803 28.519 87.088 1.00189.30 C +ANISOU16019 CB ASP G 9 25146 31490 15289 1066 -626 4971 C +ATOM 16020 CG ASP G 9 57.548 27.411 86.373 1.00191.59 C +ANISOU16020 CG ASP G 9 25834 30958 16002 1356 -602 5612 C +ATOM 16021 OD1 ASP G 9 58.797 27.427 86.373 1.00194.17 O +ANISOU16021 OD1 ASP G 9 25975 31410 16393 1627 -744 5757 O +ATOM 16022 OD2 ASP G 9 56.879 26.520 85.810 1.00190.95 O +ANISOU16022 OD2 ASP G 9 26228 30113 16213 1290 -420 5935 O +ATOM 16023 N MET G 10 57.498 30.944 85.153 1.00159.94 N +ANISOU16023 N MET G 10 21289 27416 12064 1180 -809 3658 N +ATOM 16024 CA MET G 10 57.976 31.512 83.903 1.00143.35 C +ANISOU16024 CA MET G 10 19355 24754 10358 1347 -869 3389 C +ATOM 16025 C MET G 10 58.439 32.953 84.078 1.00135.51 C +ANISOU16025 C MET G 10 17858 24389 9242 1330 -982 2607 C +ATOM 16026 O MET G 10 58.629 33.663 83.085 1.00131.24 O +ANISOU16026 O MET G 10 17395 23475 8995 1425 -1019 2235 O +ATOM 16027 CB MET G 10 56.868 31.408 82.853 1.00139.68 C +ANISOU16027 CB MET G 10 19334 23538 10199 1202 -729 3352 C +ATOM 16028 CG MET G 10 56.025 30.149 83.055 1.00136.94 C +ANISOU16028 CG MET G 10 19353 22823 9855 1059 -555 3914 C +ATOM 16029 SD MET G 10 54.986 29.663 81.678 1.00131.17 S +ANISOU16029 SD MET G 10 19205 21069 9564 907 -369 4027 S +ATOM 16030 CE MET G 10 56.183 28.986 80.536 1.00118.18 C +ANISOU16030 CE MET G 10 17888 18560 8455 1182 -396 4400 C +ATOM 16031 N ASN G 11 58.627 33.390 85.327 1.00141.95 N +ANISOU16031 N ASN G 11 18137 26151 9645 1194 -1017 2326 N +ATOM 16032 CA ASN G 11 59.128 34.733 85.601 1.00151.45 C +ANISOU16032 CA ASN G 11 18799 27976 10771 1128 -1076 1506 C +ATOM 16033 C ASN G 11 60.474 34.966 84.931 1.00152.20 C +ANISOU16033 C ASN G 11 18892 27843 11095 1457 -1218 1490 C +ATOM 16034 O ASN G 11 60.723 36.043 84.376 1.00152.84 O +ANISOU16034 O ASN G 11 18805 27881 11385 1471 -1238 817 O +ATOM 16035 CB ASN G 11 59.241 34.934 87.112 1.00165.86 C +ANISOU16035 CB ASN G 11 20043 30860 12116 917 -1069 1323 C +ATOM 16036 CG ASN G 11 59.559 36.361 87.499 1.00167.15 C +ANISOU16036 CG ASN G 11 19590 31673 12246 739 -1046 350 C +ATOM 16037 OD1 ASN G 11 60.368 37.033 86.856 1.00164.05 O +ANISOU16037 OD1 ASN G 11 19118 31100 12114 906 -1110 -26 O +ATOM 16038 ND2 ASN G 11 58.916 36.836 88.563 1.00164.97 N +ANISOU16038 ND2 ASN G 11 18854 32138 11689 377 -925 -100 N +ATOM 16039 N GLY G 12 61.360 33.977 84.988 1.00141.80 N +ANISOU16039 N GLY G 12 17734 26372 9773 1723 -1303 2198 N +ATOM 16040 CA GLY G 12 62.652 34.074 84.350 1.00146.71 C +ANISOU16040 CA GLY G 12 18368 26746 10628 2046 -1427 2246 C +ATOM 16041 C GLY G 12 62.650 33.702 82.890 1.00143.91 C +ANISOU16041 C GLY G 12 18588 25313 10778 2251 -1406 2503 C +ATOM 16042 O GLY G 12 63.711 33.680 82.258 1.00139.83 O +ANISOU16042 O GLY G 12 18138 24483 10508 2533 -1491 2590 O +ATOM 16043 N TYR G 13 61.473 33.414 82.330 1.00137.11 N +ANISOU16043 N TYR G 13 18127 23887 10081 2096 -1278 2608 N +ATOM 16044 CA TYR G 13 61.389 32.930 80.956 1.00124.21 C +ANISOU16044 CA TYR G 13 17046 21214 8935 2235 -1218 2898 C +ATOM 16045 C TYR G 13 61.808 34.008 79.964 1.00110.36 C +ANISOU16045 C TYR G 13 15276 19223 7434 2385 -1297 2341 C +ATOM 16046 O TYR G 13 62.562 33.733 79.024 1.00 98.97 O +ANISOU16046 O TYR G 13 14109 17126 6370 2627 -1317 2540 O +ATOM 16047 CB TYR G 13 59.965 32.451 80.678 1.00131.46 C +ANISOU16047 CB TYR G 13 18323 21704 9921 1979 -1051 3069 C +ATOM 16048 CG TYR G 13 59.768 31.782 79.337 1.00133.09 C +ANISOU16048 CG TYR G 13 19089 20845 10635 2031 -938 3391 C +ATOM 16049 CD1 TYR G 13 60.662 30.827 78.874 1.00135.92 C +ANISOU16049 CD1 TYR G 13 19678 20628 11336 2220 -909 3870 C +ATOM 16050 CD2 TYR G 13 58.668 32.088 78.546 1.00131.79 C +ANISOU16050 CD2 TYR G 13 19179 20266 10629 1855 -837 3182 C +ATOM 16051 CE1 TYR G 13 60.478 30.209 77.652 1.00138.48 C +ANISOU16051 CE1 TYR G 13 20443 20002 12170 2177 -765 4055 C +ATOM 16052 CE2 TYR G 13 58.474 31.475 77.324 1.00132.85 C +ANISOU16052 CE2 TYR G 13 19789 19449 11237 1830 -712 3417 C +ATOM 16053 CZ TYR G 13 59.381 30.536 76.882 1.00135.70 C +ANISOU16053 CZ TYR G 13 20333 19272 11955 1959 -667 3817 C +ATOM 16054 OH TYR G 13 59.187 29.925 75.665 1.00129.56 O +ANISOU16054 OH TYR G 13 19921 17620 11687 1844 -511 3932 O +ATOM 16055 N CYS G 14 61.332 35.234 80.154 1.00113.44 N +ANISOU16055 N CYS G 14 15316 19932 7853 2162 -1289 1552 N +ATOM 16056 CA CYS G 14 61.693 36.336 79.275 1.00115.49 C +ANISOU16056 CA CYS G 14 15481 19697 8704 2168 -1293 897 C +ATOM 16057 C CYS G 14 62.964 37.014 79.772 1.00116.26 C +ANISOU16057 C CYS G 14 15116 20409 8649 2325 -1412 502 C +ATOM 16058 O CYS G 14 63.242 37.057 80.973 1.00127.64 O +ANISOU16058 O CYS G 14 16141 22868 9486 2293 -1477 437 O +ATOM 16059 CB CYS G 14 60.560 37.359 79.190 1.00124.58 C +ANISOU16059 CB CYS G 14 16440 20762 10134 1850 -1174 239 C +ATOM 16060 SG CYS G 14 58.915 36.635 79.005 1.00126.01 S +ANISOU16060 SG CYS G 14 17000 20576 10303 1593 -1040 616 S +ATOM 16061 N LEU G 15 63.737 37.545 78.827 1.00111.01 N +ANISOU16061 N LEU G 15 14507 19159 8514 2469 -1434 231 N +ATOM 16062 CA LEU G 15 65.021 38.166 79.122 1.00113.52 C +ANISOU16062 CA LEU G 15 14424 19937 8773 2626 -1531 -155 C +ATOM 16063 C LEU G 15 65.025 39.667 78.920 1.00110.17 C +ANISOU16063 C LEU G 15 13619 19460 8780 2456 -1436 -1099 C +ATOM 16064 O LEU G 15 65.812 40.365 79.564 1.00118.31 O +ANISOU16064 O LEU G 15 14152 21166 9633 2454 -1462 -1620 O +ATOM 16065 CB LEU G 15 66.111 37.546 78.242 1.00107.67 C +ANISOU16065 CB LEU G 15 14013 18589 8309 2955 -1609 290 C +ATOM 16066 CG LEU G 15 66.009 36.023 78.171 1.00104.43 C +ANISOU16066 CG LEU G 15 14052 17920 7707 3124 -1618 1244 C +ATOM 16067 CD1 LEU G 15 67.050 35.501 77.229 1.00107.79 C +ANISOU16067 CD1 LEU G 15 14773 17668 8513 3416 -1640 1572 C +ATOM 16068 CD2 LEU G 15 66.169 35.423 79.560 1.00102.27 C +ANISOU16068 CD2 LEU G 15 13483 18690 6683 3192 -1715 1658 C +ATOM 16069 N HIS G 16 64.173 40.172 78.041 1.00 98.81 N +ANISOU16069 N HIS G 16 12374 17247 7923 2308 -1312 -1314 N +ATOM 16070 CA HIS G 16 64.041 41.592 77.799 1.00 91.71 C +ANISOU16070 CA HIS G 16 11114 16179 7553 2153 -1176 -2132 C +ATOM 16071 C HIS G 16 62.586 41.866 77.425 1.00 93.22 C +ANISOU16071 C HIS G 16 11422 15910 8089 1921 -1043 -2193 C +ATOM 16072 O HIS G 16 62.254 42.296 76.322 1.00 98.40 O +ANISOU16072 O HIS G 16 12263 15751 9372 1908 -985 -2225 O +ATOM 16073 CB HIS G 16 65.019 42.046 76.719 1.00 94.37 C +ANISOU16073 CB HIS G 16 11558 15850 8449 2334 -1191 -2262 C +ATOM 16074 CG HIS G 16 66.411 42.275 77.221 1.00109.89 C +ANISOU16074 CG HIS G 16 13187 18379 10186 2494 -1268 -2534 C +ATOM 16075 ND1 HIS G 16 67.488 41.520 76.806 1.00112.39 N +ANISOU16075 ND1 HIS G 16 13763 18528 10413 2779 -1412 -2064 N +ATOM 16076 CD2 HIS G 16 66.903 43.176 78.104 1.00116.25 C +ANISOU16076 CD2 HIS G 16 13386 19938 10844 2388 -1204 -3258 C +ATOM 16077 CE1 HIS G 16 68.584 41.950 77.407 1.00115.97 C +ANISOU16077 CE1 HIS G 16 13783 19623 10659 2862 -1461 -2453 C +ATOM 16078 NE2 HIS G 16 68.255 42.954 78.201 1.00115.85 N +ANISOU16078 NE2 HIS G 16 13237 20195 10584 2613 -1336 -3195 N +ATOM 16079 N GLY G 17 61.703 41.605 78.378 1.00 93.70 N +ANISOU16079 N GLY G 17 11342 16556 7705 1728 -998 -2185 N +ATOM 16080 CA GLY G 17 60.276 41.722 78.166 1.00 82.57 C +ANISOU16080 CA GLY G 17 10022 14818 6532 1506 -879 -2193 C +ATOM 16081 C GLY G 17 59.551 41.066 79.321 1.00 86.31 C +ANISOU16081 C GLY G 17 10421 16048 6322 1335 -866 -2012 C +ATOM 16082 O GLY G 17 60.168 40.570 80.269 1.00 90.05 O +ANISOU16082 O GLY G 17 10754 17317 6145 1390 -954 -1859 O +ATOM 16083 N GLN G 18 58.223 41.069 79.228 1.00 86.60 N +ANISOU16083 N GLN G 18 10534 15862 6507 1122 -757 -2001 N +ATOM 16084 CA GLN G 18 57.369 40.592 80.311 1.00 92.65 C +ANISOU16084 CA GLN G 18 11192 17324 6688 901 -700 -1922 C +ATOM 16085 C GLN G 18 56.550 39.402 79.835 1.00103.37 C +ANISOU16085 C GLN G 18 13114 18233 7929 888 -729 -1161 C +ATOM 16086 O GLN G 18 55.784 39.516 78.872 1.00108.09 O +ANISOU16086 O GLN G 18 13942 18093 9036 827 -680 -1098 O +ATOM 16087 CB GLN G 18 56.455 41.710 80.813 1.00100.56 C +ANISOU16087 CB GLN G 18 11684 18569 7955 605 -487 -2708 C +ATOM 16088 CG GLN G 18 55.415 41.270 81.837 1.00113.82 C +ANISOU16088 CG GLN G 18 13256 20905 9087 328 -396 -2674 C +ATOM 16089 CD GLN G 18 54.324 42.297 82.031 1.00128.21 C +ANISOU16089 CD GLN G 18 14661 22695 11360 46 -156 -3382 C +ATOM 16090 OE1 GLN G 18 54.323 43.350 81.394 1.00133.65 O +ANISOU16090 OE1 GLN G 18 15127 22836 12817 75 -49 -3861 O +ATOM 16091 NE2 GLN G 18 53.365 41.981 82.894 1.00132.87 N +ANISOU16091 NE2 GLN G 18 15134 23837 11515 -225 -51 -3420 N +ATOM 16092 N CYS G 19 56.688 38.274 80.531 1.00110.80 N +ANISOU16092 N CYS G 19 14241 19655 8203 928 -791 -584 N +ATOM 16093 CA CYS G 19 55.860 37.111 80.247 1.00124.35 C +ANISOU16093 CA CYS G 19 16448 21013 9784 870 -757 95 C +ATOM 16094 C CYS G 19 54.404 37.424 80.561 1.00133.29 C +ANISOU16094 C CYS G 19 17438 22260 10946 537 -606 -202 C +ATOM 16095 O CYS G 19 54.095 38.074 81.561 1.00141.52 O +ANISOU16095 O CYS G 19 18002 24029 11741 342 -528 -726 O +ATOM 16096 CB CYS G 19 56.315 35.906 81.076 1.00133.99 C +ANISOU16096 CB CYS G 19 17816 22782 10312 982 -814 781 C +ATOM 16097 SG CYS G 19 55.440 34.336 80.764 1.00137.34 S +ANISOU16097 SG CYS G 19 18860 22714 10608 925 -708 1672 S +ATOM 16098 N ILE G 20 53.512 36.907 79.721 1.00124.75 N +ANISOU16098 N ILE G 20 16757 20498 10143 451 -551 128 N +ATOM 16099 CA ILE G 20 52.080 37.150 79.800 1.00114.58 C +ANISOU16099 CA ILE G 20 15375 19183 8975 151 -415 -99 C +ATOM 16100 C ILE G 20 51.346 35.887 79.375 1.00113.71 C +ANISOU16100 C ILE G 20 15792 18680 8731 63 -362 565 C +ATOM 16101 O ILE G 20 51.828 35.104 78.543 1.00113.50 O +ANISOU16101 O ILE G 20 16214 18088 8822 219 -406 1067 O +ATOM 16102 CB ILE G 20 51.666 38.344 78.923 1.00101.00 C +ANISOU16102 CB ILE G 20 13438 16923 8016 109 -385 -624 C +ATOM 16103 CG1 ILE G 20 52.405 39.597 79.350 1.00101.31 C +ANISOU16103 CG1 ILE G 20 12940 17289 8263 179 -373 -1319 C +ATOM 16104 CG2 ILE G 20 50.191 38.600 79.031 1.00 99.62 C +ANISOU16104 CG2 ILE G 20 13113 16745 7994 -179 -246 -839 C +ATOM 16105 CD1 ILE G 20 52.092 40.069 80.751 1.00114.34 C +ANISOU16105 CD1 ILE G 20 14073 19847 9525 -39 -243 -1856 C +ATOM 16106 N TYR G 21 50.155 35.713 79.950 1.00112.02 N +ANISOU16106 N TYR G 21 15500 18764 8299 -218 -232 511 N +ATOM 16107 CA TYR G 21 49.339 34.517 79.805 1.00113.17 C +ANISOU16107 CA TYR G 21 16075 18685 8240 -369 -128 1071 C +ATOM 16108 C TYR G 21 48.012 34.890 79.160 1.00116.61 C +ANISOU16108 C TYR G 21 16488 18735 9085 -623 -42 817 C +ATOM 16109 O TYR G 21 47.349 35.833 79.603 1.00121.61 O +ANISOU16109 O TYR G 21 16675 19681 9848 -781 12 256 O +ATOM 16110 CB TYR G 21 49.090 33.871 81.170 1.00112.13 C +ANISOU16110 CB TYR G 21 15859 19346 7397 -499 -40 1301 C +ATOM 16111 CG TYR G 21 48.458 32.501 81.106 1.00110.96 C +ANISOU16111 CG TYR G 21 16180 18959 7021 -617 99 1972 C +ATOM 16112 CD1 TYR G 21 47.110 32.345 80.803 1.00111.58 C +ANISOU16112 CD1 TYR G 21 16360 18788 7246 -918 244 1894 C +ATOM 16113 CD2 TYR G 21 49.207 31.365 81.364 1.00117.65 C +ANISOU16113 CD2 TYR G 21 17336 19803 7562 -427 112 2677 C +ATOM 16114 CE1 TYR G 21 46.532 31.092 80.747 1.00115.95 C +ANISOU16114 CE1 TYR G 21 17331 19110 7614 -1057 412 2462 C +ATOM 16115 CE2 TYR G 21 48.641 30.110 81.314 1.00121.16 C +ANISOU16115 CE2 TYR G 21 18188 19783 8065 -503 298 3182 C +ATOM 16116 CZ TYR G 21 47.303 29.977 81.005 1.00122.86 C +ANISOU16116 CZ TYR G 21 18509 19831 8340 -829 457 3087 C +ATOM 16117 OH TYR G 21 46.738 28.725 80.955 1.00129.47 O +ANISOU16117 OH TYR G 21 19714 20220 9256 -887 684 3532 O +ATOM 16118 N LEU G 22 47.619 34.141 78.133 1.00114.65 N +ANISOU16118 N LEU G 22 16682 17837 9042 -677 -10 1216 N +ATOM 16119 CA LEU G 22 46.388 34.394 77.391 1.00115.28 C +ANISOU16119 CA LEU G 22 16751 17564 9487 -919 46 1059 C +ATOM 16120 C LEU G 22 45.392 33.276 77.672 1.00126.00 C +ANISOU16120 C LEU G 22 18393 18979 10504 -1189 221 1414 C +ATOM 16121 O LEU G 22 45.663 32.109 77.365 1.00130.33 O +ANISOU16121 O LEU G 22 19402 19226 10892 -1173 297 1942 O +ATOM 16122 CB LEU G 22 46.669 34.501 75.892 1.00109.54 C +ANISOU16122 CB LEU G 22 16252 16113 9257 -836 -50 1172 C +ATOM 16123 CG LEU G 22 47.144 35.875 75.411 1.00109.21 C +ANISOU16123 CG LEU G 22 15840 15928 9728 -667 -187 733 C +ATOM 16124 CD1 LEU G 22 48.496 36.240 76.012 1.00103.68 C +ANISOU16124 CD1 LEU G 22 14992 15500 8901 -387 -265 589 C +ATOM 16125 CD2 LEU G 22 47.209 35.928 73.892 1.00110.74 C +ANISOU16125 CD2 LEU G 22 16251 15467 10358 -656 -272 904 C +ATOM 16126 N VAL G 23 44.246 33.634 78.258 1.00129.40 N +ANISOU16126 N VAL G 23 18531 19770 10867 -1444 320 1103 N +ATOM 16127 CA VAL G 23 43.193 32.649 78.489 1.00138.64 C +ANISOU16127 CA VAL G 23 19940 20987 11751 -1738 505 1384 C +ATOM 16128 C VAL G 23 42.686 32.096 77.165 1.00136.05 C +ANISOU16128 C VAL G 23 19969 19989 11736 -1869 537 1625 C +ATOM 16129 O VAL G 23 42.445 30.890 77.028 1.00139.19 O +ANISOU16129 O VAL G 23 20781 20180 11924 -2011 699 2055 O +ATOM 16130 CB VAL G 23 42.048 33.265 79.318 1.00153.70 C +ANISOU16130 CB VAL G 23 21411 23410 13579 -1998 606 923 C +ATOM 16131 CG1 VAL G 23 41.473 34.496 78.631 1.00156.42 C +ANISOU16131 CG1 VAL G 23 21361 23524 14547 -2023 530 418 C +ATOM 16132 CG2 VAL G 23 40.946 32.234 79.554 1.00159.15 C +ANISOU16132 CG2 VAL G 23 22351 24152 13969 -2320 813 1205 C +ATOM 16133 N ASP G 24 42.513 32.967 76.169 1.00132.23 N +ANISOU16133 N ASP G 24 19302 19178 11761 -1846 403 1355 N +ATOM 16134 CA ASP G 24 41.979 32.528 74.885 1.00123.21 C +ANISOU16134 CA ASP G 24 18423 17527 10865 -2023 416 1544 C +ATOM 16135 C ASP G 24 42.828 31.413 74.297 1.00125.00 C +ANISOU16135 C ASP G 24 19183 17328 10982 -1952 476 2002 C +ATOM 16136 O ASP G 24 42.304 30.482 73.672 1.00125.81 O +ANISOU16136 O ASP G 24 19616 17135 11052 -2202 628 2237 O +ATOM 16137 CB ASP G 24 41.913 33.708 73.919 1.00110.11 C +ANISOU16137 CB ASP G 24 16448 15638 9752 -1946 226 1270 C +ATOM 16138 CG ASP G 24 41.152 34.882 74.489 1.00105.45 C +ANISOU16138 CG ASP G 24 15277 15385 9406 -1976 207 804 C +ATOM 16139 OD1 ASP G 24 40.705 34.801 75.650 1.00108.55 O +ANISOU16139 OD1 ASP G 24 15511 16233 9500 -2079 337 632 O +ATOM 16140 OD2 ASP G 24 41.007 35.890 73.771 1.00109.65 O +ANISOU16140 OD2 ASP G 24 15490 15722 10450 -1901 82 618 O +ATOM 16141 N MET G 25 44.142 31.491 74.488 1.00123.03 N +ANISOU16141 N MET G 25 18998 17044 10704 -1627 385 2101 N +ATOM 16142 CA MET G 25 45.063 30.512 73.942 1.00107.03 C +ANISOU16142 CA MET G 25 17427 14583 8657 -1515 453 2510 C +ATOM 16143 C MET G 25 45.672 29.597 74.985 1.00103.08 C +ANISOU16143 C MET G 25 17118 14285 7764 -1370 584 2899 C +ATOM 16144 O MET G 25 46.091 28.491 74.642 1.00 97.17 O +ANISOU16144 O MET G 25 16647 13143 7128 -1303 743 3258 O +ATOM 16145 CB MET G 25 46.198 31.212 73.198 1.00 76.52 C +ANISOU16145 CB MET G 25 13510 10451 5112 -1237 254 2397 C +ATOM 16146 CG MET G 25 45.750 32.316 72.243 1.00 73.82 C +ANISOU16146 CG MET G 25 12892 9969 5187 -1312 91 2061 C +ATOM 16147 SD MET G 25 47.081 32.886 71.157 1.00109.69 S +ANISOU16147 SD MET G 25 17482 14097 10099 -1046 -89 2033 S +ATOM 16148 CE MET G 25 47.809 31.326 70.638 1.00113.75 C +ANISOU16148 CE MET G 25 18599 14159 10462 -1070 100 2487 C +ATOM 16149 N SER G 26 45.758 30.044 76.234 1.00122.10 N +ANISOU16149 N SER G 26 19213 17316 9863 -1266 527 2780 N +ATOM 16150 CA SER G 26 46.321 29.239 77.315 1.00129.58 C +ANISOU16150 CA SER G 26 20267 18598 10371 -1128 621 3211 C +ATOM 16151 C SER G 26 47.761 28.831 77.005 1.00135.27 C +ANISOU16151 C SER G 26 21142 19013 11243 -752 563 3527 C +ATOM 16152 O SER G 26 48.191 27.714 77.300 1.00130.98 O +ANISOU16152 O SER G 26 20638 18364 10764 -571 716 3987 O +ATOM 16153 CB SER G 26 45.447 28.014 77.593 1.00120.29 C +ANISOU16153 CB SER G 26 19238 17299 9166 -1283 906 3526 C +ATOM 16154 OG SER G 26 44.248 28.392 78.249 1.00115.03 O +ANISOU16154 OG SER G 26 18385 17099 8223 -1605 956 3264 O +ATOM 16155 N GLN G 27 48.508 29.750 76.397 1.00138.45 N +ANISOU16155 N GLN G 27 21441 19275 11888 -586 353 3226 N +ATOM 16156 CA GLN G 27 49.933 29.587 76.167 1.00141.02 C +ANISOU16156 CA GLN G 27 21874 19400 12308 -241 264 3443 C +ATOM 16157 C GLN G 27 50.645 30.834 76.670 1.00139.94 C +ANISOU16157 C GLN G 27 21281 19754 12136 -27 26 3007 C +ATOM 16158 O GLN G 27 50.041 31.898 76.824 1.00144.61 O +ANISOU16158 O GLN G 27 21514 20620 12812 -155 -51 2483 O +ATOM 16159 CB GLN G 27 50.249 29.348 74.683 1.00137.24 C +ANISOU16159 CB GLN G 27 21641 18148 12357 -246 293 3443 C +ATOM 16160 N ASN G 28 51.938 30.695 76.933 1.00128.32 N +ANISOU16160 N ASN G 28 19797 18384 10576 294 -65 3213 N +ATOM 16161 CA ASN G 28 52.724 31.780 77.498 1.00116.67 C +ANISOU16161 CA ASN G 28 17876 17435 9020 485 -262 2799 C +ATOM 16162 C ASN G 28 53.519 32.489 76.411 1.00111.21 C +ANISOU16162 C ASN G 28 17186 16244 8824 648 -386 2512 C +ATOM 16163 O ASN G 28 53.945 31.878 75.427 1.00109.96 O +ANISOU16163 O ASN G 28 17399 15442 8940 722 -341 2797 O +ATOM 16164 CB ASN G 28 53.660 31.253 78.581 1.00111.27 C +ANISOU16164 CB ASN G 28 17090 17332 7855 725 -306 3195 C +ATOM 16165 CG ASN G 28 52.911 30.826 79.819 1.00112.36 C +ANISOU16165 CG ASN G 28 17093 18074 7524 523 -216 3343 C +ATOM 16166 OD1 ASN G 28 52.540 29.660 79.962 1.00115.60 O +ANISOU16166 OD1 ASN G 28 17811 18136 7976 418 -64 3792 O +ATOM 16167 ND2 ASN G 28 52.687 31.767 80.728 1.00112.04 N +ANISOU16167 ND2 ASN G 28 16569 18865 7136 425 -289 2867 N +ATOM 16168 N TYR G 29 53.716 33.792 76.600 1.00103.02 N +ANISOU16168 N TYR G 29 15713 15509 7922 680 -510 1920 N +ATOM 16169 CA TYR G 29 54.376 34.601 75.583 1.00 97.85 C +ANISOU16169 CA TYR G 29 15016 14393 7771 807 -610 1617 C +ATOM 16170 C TYR G 29 55.131 35.727 76.276 1.00 91.21 C +ANISOU16170 C TYR G 29 13672 14079 6906 949 -715 1099 C +ATOM 16171 O TYR G 29 54.851 36.057 77.424 1.00 89.17 O +ANISOU16171 O TYR G 29 13056 14528 6299 863 -696 849 O +ATOM 16172 CB TYR G 29 53.341 35.116 74.572 1.00100.18 C +ANISOU16172 CB TYR G 29 15345 14207 8511 574 -578 1399 C +ATOM 16173 CG TYR G 29 53.766 36.307 73.747 1.00115.22 C +ANISOU16173 CG TYR G 29 17034 15804 10942 657 -675 993 C +ATOM 16174 CD1 TYR G 29 54.873 36.244 72.913 1.00127.13 C +ANISOU16174 CD1 TYR G 29 18736 16897 12672 851 -743 1105 C +ATOM 16175 CD2 TYR G 29 53.038 37.485 73.782 1.00120.54 C +ANISOU16175 CD2 TYR G 29 17297 16568 11935 538 -670 518 C +ATOM 16176 CE1 TYR G 29 55.259 37.330 72.158 1.00129.68 C +ANISOU16176 CE1 TYR G 29 18861 16938 13475 915 -815 771 C +ATOM 16177 CE2 TYR G 29 53.410 38.576 73.027 1.00126.80 C +ANISOU16177 CE2 TYR G 29 17874 17037 13266 623 -727 210 C +ATOM 16178 CZ TYR G 29 54.522 38.495 72.217 1.00130.30 C +ANISOU16178 CZ TYR G 29 18530 17100 13878 806 -805 347 C +ATOM 16179 OH TYR G 29 54.896 39.581 71.463 1.00128.94 O +ANISOU16179 OH TYR G 29 18145 16607 14242 880 -847 74 O +ATOM 16180 N CYS G 30 56.124 36.288 75.588 1.00 91.10 N +ANISOU16180 N CYS G 30 13620 13748 7245 1142 -804 917 N +ATOM 16181 CA CYS G 30 56.919 37.389 76.117 1.00 99.49 C +ANISOU16181 CA CYS G 30 14205 15236 8361 1261 -872 371 C +ATOM 16182 C CYS G 30 56.645 38.666 75.334 1.00106.60 C +ANISOU16182 C CYS G 30 14875 15728 9899 1190 -852 -151 C +ATOM 16183 O CYS G 30 56.810 38.697 74.110 1.00108.09 O +ANISOU16183 O CYS G 30 15320 15244 10504 1234 -880 -7 O +ATOM 16184 CB CYS G 30 58.410 37.061 76.060 1.00102.68 C +ANISOU16184 CB CYS G 30 14687 15657 8669 1562 -974 566 C +ATOM 16185 SG CYS G 30 58.939 35.752 77.177 1.00115.20 S +ANISOU16185 SG CYS G 30 16374 17861 9537 1718 -1009 1194 S +ATOM 16186 N ARG G 31 56.249 39.720 76.044 1.00110.64 N +ANISOU16186 N ARG G 31 14876 16658 10503 1072 -780 -748 N +ATOM 16187 CA ARG G 31 56.111 41.052 75.459 1.00108.98 C +ANISOU16187 CA ARG G 31 14343 16091 10974 1043 -720 -1267 C +ATOM 16188 C ARG G 31 57.481 41.711 75.501 1.00105.73 C +ANISOU16188 C ARG G 31 13701 15765 10706 1243 -756 -1613 C +ATOM 16189 O ARG G 31 57.919 42.202 76.545 1.00115.09 O +ANISOU16189 O ARG G 31 14462 17603 11663 1230 -707 -2083 O +ATOM 16190 CB ARG G 31 55.065 41.877 76.200 1.00116.16 C +ANISOU16190 CB ARG G 31 14777 17344 12014 818 -564 -1790 C +ATOM 16191 N CYS G 32 58.164 41.710 74.363 1.00 92.34 N +ANISOU16191 N CYS G 32 12271 13451 9362 1397 -830 -1405 N +ATOM 16192 CA CYS G 32 59.524 42.226 74.300 1.00 92.47 C +ANISOU16192 CA CYS G 32 12124 13496 9515 1593 -866 -1683 C +ATOM 16193 C CYS G 32 59.534 43.743 74.385 1.00 84.08 C +ANISOU16193 C CYS G 32 10520 12405 9020 1536 -719 -2405 C +ATOM 16194 O CYS G 32 58.730 44.428 73.746 1.00 84.46 O +ANISOU16194 O CYS G 32 10472 11981 9637 1437 -628 -2501 O +ATOM 16195 CB CYS G 32 60.199 41.768 73.008 1.00 94.92 C +ANISOU16195 CB CYS G 32 12883 13128 10054 1741 -959 -1260 C +ATOM 16196 SG CYS G 32 60.242 39.978 72.824 1.00102.82 S +ANISOU16196 SG CYS G 32 14501 14033 10534 1799 -1046 -459 S +ATOM 16197 N GLU G 33 60.457 44.266 75.188 1.00 84.09 N +ANISOU16197 N GLU G 33 10134 12929 8888 1593 -679 -2908 N +ATOM 16198 CA GLU G 33 60.670 45.701 75.228 1.00 80.08 C +ANISOU16198 CA GLU G 33 9105 12335 8986 1543 -487 -3645 C +ATOM 16199 C GLU G 33 61.003 46.207 73.830 1.00 75.32 C +ANISOU16199 C GLU G 33 8674 10857 9085 1661 -486 -3506 C +ATOM 16200 O GLU G 33 61.450 45.456 72.958 1.00 68.95 O +ANISOU16200 O GLU G 33 8348 9666 8183 1794 -649 -2956 O +ATOM 16201 CB GLU G 33 61.801 46.057 76.194 1.00 81.53 C +ANISOU16201 CB GLU G 33 8886 13233 8861 1578 -454 -4189 C +ATOM 16202 CG GLU G 33 61.708 45.380 77.549 1.00 98.42 C +ANISOU16202 CG GLU G 33 10885 16367 10144 1480 -512 -4189 C +ATOM 16203 CD GLU G 33 62.679 45.957 78.556 1.00122.44 C +ANISOU16203 CD GLU G 33 13384 20233 12903 1434 -444 -4861 C +ATOM 16204 OE1 GLU G 33 63.749 46.453 78.141 1.00125.12 O +ANISOU16204 OE1 GLU G 33 13625 20376 13540 1571 -440 -5111 O +ATOM 16205 OE2 GLU G 33 62.375 45.908 79.766 1.00131.19 O +ANISOU16205 OE2 GLU G 33 14149 22235 13464 1236 -390 -5153 O +ATOM 16206 N VAL G 34 60.770 47.502 73.617 1.00 82.31 N +ANISOU16206 N VAL G 34 9141 11425 10710 1596 -273 -4011 N +ATOM 16207 CA VAL G 34 61.099 48.105 72.335 1.00 83.14 C +ANISOU16207 CA VAL G 34 9338 10744 11508 1697 -250 -3876 C +ATOM 16208 C VAL G 34 62.558 47.819 72.010 1.00 82.75 C +ANISOU16208 C VAL G 34 9490 10677 11275 1878 -365 -3819 C +ATOM 16209 O VAL G 34 63.439 47.932 72.868 1.00 84.70 O +ANISOU16209 O VAL G 34 9481 11476 11226 1916 -337 -4257 O +ATOM 16210 CB VAL G 34 60.808 49.617 72.361 1.00 86.91 C +ANISOU16210 CB VAL G 34 9234 10939 12850 1624 54 -4489 C +ATOM 16211 CG1 VAL G 34 61.834 50.361 73.218 1.00101.18 C +ANISOU16211 CG1 VAL G 34 10567 13172 14704 1617 242 -5292 C +ATOM 16212 CG2 VAL G 34 60.761 50.176 70.948 1.00 80.67 C +ANISOU16212 CG2 VAL G 34 8556 9296 12799 1705 70 -4147 C +ATOM 16213 N GLY G 35 62.812 47.428 70.762 1.00 83.01 N +ANISOU16213 N GLY G 35 9961 10119 11458 1968 -493 -3285 N +ATOM 16214 CA GLY G 35 64.152 47.132 70.304 1.00 86.92 C +ANISOU16214 CA GLY G 35 10673 10508 11845 2133 -589 -3200 C +ATOM 16215 C GLY G 35 64.545 45.671 70.371 1.00 90.54 C +ANISOU16215 C GLY G 35 11608 11187 11606 2230 -797 -2680 C +ATOM 16216 O GLY G 35 65.614 45.314 69.860 1.00 86.86 O +ANISOU16216 O GLY G 35 11363 10552 11087 2373 -873 -2537 O +ATOM 16217 N TYR G 36 63.723 44.819 70.978 1.00 95.69 N +ANISOU16217 N TYR G 36 12410 12179 11769 2156 -863 -2392 N +ATOM 16218 CA TYR G 36 64.054 43.416 71.171 1.00 90.49 C +ANISOU16218 CA TYR G 36 12156 11727 10498 2254 -1009 -1882 C +ATOM 16219 C TYR G 36 62.964 42.526 70.587 1.00 90.59 C +ANISOU16219 C TYR G 36 12606 11410 10403 2124 -1046 -1310 C +ATOM 16220 O TYR G 36 61.811 42.938 70.428 1.00 98.47 O +ANISOU16220 O TYR G 36 13515 12272 11627 1947 -986 -1342 O +ATOM 16221 CB TYR G 36 64.247 43.107 72.659 1.00 97.38 C +ANISOU16221 CB TYR G 36 12757 13464 10777 2289 -1036 -2055 C +ATOM 16222 CG TYR G 36 65.356 43.907 73.309 1.00109.05 C +ANISOU16222 CG TYR G 36 13765 15402 12265 2378 -1001 -2654 C +ATOM 16223 CD1 TYR G 36 66.565 44.108 72.664 1.00112.43 C +ANISOU16223 CD1 TYR G 36 14244 15539 12937 2545 -1030 -2727 C +ATOM 16224 CD2 TYR G 36 65.186 44.469 74.561 1.00117.93 C +ANISOU16224 CD2 TYR G 36 14374 17285 13149 2260 -917 -3193 C +ATOM 16225 CE1 TYR G 36 67.577 44.839 73.256 1.00117.21 C +ANISOU16225 CE1 TYR G 36 14398 16591 13546 2603 -984 -3310 C +ATOM 16226 CE2 TYR G 36 66.190 45.194 75.165 1.00121.58 C +ANISOU16226 CE2 TYR G 36 14370 18234 13590 2292 -863 -3800 C +ATOM 16227 CZ TYR G 36 67.384 45.378 74.508 1.00122.02 C +ANISOU16227 CZ TYR G 36 14485 17981 13896 2470 -900 -3854 C +ATOM 16228 OH TYR G 36 68.385 46.107 75.107 1.00127.63 O +ANISOU16228 OH TYR G 36 14710 19201 14584 2479 -833 -4495 O +ATOM 16229 N THR G 37 63.347 41.291 70.268 1.00 77.67 N +ANISOU16229 N THR G 37 11419 9644 8449 2206 -1122 -801 N +ATOM 16230 CA THR G 37 62.448 40.338 69.634 1.00 76.46 C +ANISOU16230 CA THR G 37 11706 9151 8195 2057 -1119 -287 C +ATOM 16231 C THR G 37 62.860 38.929 70.043 1.00 79.34 C +ANISOU16231 C THR G 37 12394 9667 8086 2174 -1141 168 C +ATOM 16232 O THR G 37 63.817 38.733 70.796 1.00 86.97 O +ANISOU16232 O THR G 37 13221 11023 8801 2388 -1190 132 O +ATOM 16233 CB THR G 37 62.462 40.502 68.110 1.00 70.33 C +ANISOU16233 CB THR G 37 11183 7700 7840 1963 -1109 -140 C +ATOM 16234 OG1 THR G 37 61.584 39.539 67.512 1.00 70.18 O +ANISOU16234 OG1 THR G 37 11561 7426 7677 1767 -1086 304 O +ATOM 16235 CG2 THR G 37 63.870 40.314 67.559 1.00 59.91 C +ANISOU16235 CG2 THR G 37 10014 6141 6609 2142 -1129 -126 C +ATOM 16236 N GLY G 38 62.131 37.947 69.533 1.00 79.94 N +ANISOU16236 N GLY G 38 12874 9433 8065 2027 -1090 608 N +ATOM 16237 CA GLY G 38 62.377 36.552 69.829 1.00 69.02 C +ANISOU16237 CA GLY G 38 11816 8064 6343 2115 -1046 1093 C +ATOM 16238 C GLY G 38 61.294 35.962 70.721 1.00 65.93 C +ANISOU16238 C GLY G 38 11441 8034 5575 1988 -1000 1315 C +ATOM 16239 O GLY G 38 60.526 36.671 71.380 1.00 79.30 O +ANISOU16239 O GLY G 38 12822 10122 7187 1873 -1022 1028 O +ATOM 16240 N VAL G 39 61.237 34.628 70.731 1.00 65.50 N +ANISOU16240 N VAL G 39 11749 7812 5325 1998 -901 1827 N +ATOM 16241 CA VAL G 39 60.282 33.940 71.598 1.00 68.02 C +ANISOU16241 CA VAL G 39 12115 8458 5273 1883 -830 2106 C +ATOM 16242 C VAL G 39 60.490 34.357 73.047 1.00 98.92 C +ANISOU16242 C VAL G 39 15603 13193 8790 2019 -931 1960 C +ATOM 16243 O VAL G 39 59.530 34.640 73.772 1.00 99.00 O +ANISOU16243 O VAL G 39 15418 13626 8574 1844 -920 1820 O +ATOM 16244 CB VAL G 39 60.396 32.411 71.430 1.00 69.77 C +ANISOU16244 CB VAL G 39 12766 8329 5415 1917 -662 2705 C +ATOM 16245 CG1 VAL G 39 61.825 31.932 71.671 1.00 71.69 C +ANISOU16245 CG1 VAL G 39 12988 8590 5663 2263 -684 2943 C +ATOM 16246 CG2 VAL G 39 59.427 31.697 72.372 1.00 72.80 C +ANISOU16246 CG2 VAL G 39 13188 9054 5418 1798 -568 3026 C +ATOM 16247 N ARG G 40 61.745 34.409 73.488 1.00 91.56 N +ANISOU16247 N ARG G 40 14492 12547 7751 2306 -1024 1966 N +ATOM 16248 CA ARG G 40 62.084 34.792 74.850 1.00100.55 C +ANISOU16248 CA ARG G 40 15181 14575 8450 2413 -1127 1811 C +ATOM 16249 C ARG G 40 62.641 36.206 74.925 1.00109.19 C +ANISOU16249 C ARG G 40 15828 15936 9721 2439 -1221 1107 C +ATOM 16250 O ARG G 40 63.256 36.572 75.932 1.00116.27 O +ANISOU16250 O ARG G 40 16316 17580 10283 2543 -1305 897 O +ATOM 16251 CB ARG G 40 63.083 33.795 75.434 1.00100.55 C +ANISOU16251 CB ARG G 40 15221 14842 8141 2713 -1165 2367 C +ATOM 16252 CG ARG G 40 62.487 32.420 75.692 1.00102.99 C +ANISOU16252 CG ARG G 40 15871 15022 8238 2689 -1031 3082 C +ATOM 16253 CD ARG G 40 63.470 31.511 76.393 1.00 99.67 C +ANISOU16253 CD ARG G 40 15309 14844 7716 2883 -1048 3573 C +ATOM 16254 NE ARG G 40 63.919 32.073 77.665 1.00101.56 N +ANISOU16254 NE ARG G 40 15039 16108 7443 2977 -1221 3414 N +ATOM 16255 CZ ARG G 40 64.864 31.539 78.432 1.00115.40 C +ANISOU16255 CZ ARG G 40 16542 18243 9061 3135 -1287 3743 C +ATOM 16256 NH1 ARG G 40 65.478 30.423 78.062 1.00117.89 N +ANISOU16256 NH1 ARG G 40 17074 17978 9742 3261 -1196 4258 N +ATOM 16257 NH2 ARG G 40 65.199 32.126 79.572 1.00124.71 N +ANISOU16257 NH2 ARG G 40 17218 20404 9761 3143 -1430 3516 N +ATOM 16258 N CYS G 41 62.441 37.008 73.879 1.00104.63 N +ANISOU16258 N CYS G 41 15297 14790 9669 2331 -1191 745 N +ATOM 16259 CA CYS G 41 62.961 38.371 73.839 1.00104.04 C +ANISOU16259 CA CYS G 41 14809 14835 9884 2351 -1224 86 C +ATOM 16260 C CYS G 41 64.478 38.367 73.986 1.00 96.39 C +ANISOU16260 C CYS G 41 13712 14060 8851 2628 -1312 44 C +ATOM 16261 O CYS G 41 65.058 39.171 74.718 1.00 99.52 O +ANISOU16261 O CYS G 41 13641 15032 9138 2672 -1350 -437 O +ATOM 16262 CB CYS G 41 62.300 39.233 74.915 1.00114.42 C +ANISOU16262 CB CYS G 41 15632 16822 11022 2180 -1187 -422 C +ATOM 16263 SG CYS G 41 60.516 39.312 74.723 1.00118.90 S +ANISOU16263 SG CYS G 41 16297 17151 11729 1866 -1077 -407 S +ATOM 16264 N GLU G 42 65.123 37.443 73.274 1.00 97.86 N +ANISOU16264 N GLU G 42 14293 13766 9123 2796 -1322 522 N +ATOM 16265 CA GLU G 42 66.562 37.253 73.372 1.00 93.04 C +ANISOU16265 CA GLU G 42 13591 13296 8463 3085 -1401 581 C +ATOM 16266 C GLU G 42 67.341 38.043 72.330 1.00 83.07 C +ANISOU16266 C GLU G 42 12324 11522 7718 3127 -1392 196 C +ATOM 16267 O GLU G 42 68.535 38.296 72.533 1.00 71.14 O +ANISOU16267 O GLU G 42 10583 10252 6194 3330 -1459 15 O +ATOM 16268 CB GLU G 42 66.903 35.764 73.232 1.00 88.06 C +ANISOU16268 CB GLU G 42 13352 12407 7699 3268 -1375 1324 C +ATOM 16269 CG GLU G 42 66.579 35.153 71.866 1.00 86.90 C +ANISOU16269 CG GLU G 42 13735 11314 7967 3163 -1238 1585 C +ATOM 16270 CD GLU G 42 65.159 34.633 71.765 1.00 90.98 C +ANISOU16270 CD GLU G 42 14525 11634 8409 2895 -1129 1832 C +ATOM 16271 OE1 GLU G 42 64.324 34.990 72.622 1.00 98.40 O +ANISOU16271 OE1 GLU G 42 15235 13091 9060 2764 -1161 1700 O +ATOM 16272 OE2 GLU G 42 64.882 33.862 70.821 1.00 91.20 O +ANISOU16272 OE2 GLU G 42 14981 11006 8665 2791 -991 2123 O +ATOM 16273 N HIS G 43 66.705 38.437 71.231 1.00 82.72 N +ANISOU16273 N HIS G 43 12501 10823 8106 2933 -1314 89 N +ATOM 16274 CA HIS G 43 67.390 39.077 70.119 1.00 76.01 C +ANISOU16274 CA HIS G 43 11701 9437 7742 2949 -1290 -166 C +ATOM 16275 C HIS G 43 67.135 40.578 70.109 1.00 83.89 C +ANISOU16275 C HIS G 43 12304 10499 9073 2822 -1258 -782 C +ATOM 16276 O HIS G 43 66.018 41.035 70.371 1.00 94.61 O +ANISOU16276 O HIS G 43 13526 11953 10469 2634 -1215 -917 O +ATOM 16277 CB HIS G 43 66.938 38.481 68.786 1.00 66.05 C +ANISOU16277 CB HIS G 43 10937 7420 6741 2799 -1213 182 C +ATOM 16278 CG HIS G 43 67.412 37.082 68.553 1.00 70.63 C +ANISOU16278 CG HIS G 43 11900 7755 7179 2920 -1166 697 C +ATOM 16279 ND1 HIS G 43 66.585 35.986 68.673 1.00 74.19 N +ANISOU16279 ND1 HIS G 43 12655 8116 7419 2821 -1088 1157 N +ATOM 16280 CD2 HIS G 43 68.626 36.600 68.198 1.00 72.10 C +ANISOU16280 CD2 HIS G 43 12197 7729 7469 3128 -1149 811 C +ATOM 16281 CE1 HIS G 43 67.271 34.889 68.406 1.00 77.19 C +ANISOU16281 CE1 HIS G 43 13309 8204 7814 2967 -1002 1536 C +ATOM 16282 NE2 HIS G 43 68.512 35.234 68.115 1.00 73.42 N +ANISOU16282 NE2 HIS G 43 12716 7651 7528 3162 -1044 1339 N +ATOM 16283 N PHE G 44 68.185 41.336 69.812 1.00 89.63 N +ANISOU16283 N PHE G 44 12827 11145 10085 2927 -1252 -1159 N +ATOM 16284 CA PHE G 44 68.037 42.735 69.436 1.00 85.95 C +ANISOU16284 CA PHE G 44 12058 10476 10122 2808 -1161 -1679 C +ATOM 16285 C PHE G 44 67.365 42.796 68.073 1.00 86.20 C +ANISOU16285 C PHE G 44 12422 9780 10550 2644 -1118 -1412 C +ATOM 16286 O PHE G 44 67.929 42.323 67.081 1.00 88.63 O +ANISOU16286 O PHE G 44 13066 9643 10965 2673 -1129 -1155 O +ATOM 16287 CB PHE G 44 69.396 43.434 69.363 1.00 86.84 C +ANISOU16287 CB PHE G 44 11910 10629 10457 2951 -1140 -2112 C +ATOM 16288 CG PHE G 44 70.148 43.499 70.669 1.00 97.62 C +ANISOU16288 CG PHE G 44 12863 12806 11421 3084 -1188 -2438 C +ATOM 16289 CD1 PHE G 44 69.701 42.841 71.804 1.00103.37 C +ANISOU16289 CD1 PHE G 44 13506 14196 11574 3093 -1265 -2252 C +ATOM 16290 CD2 PHE G 44 71.319 44.235 70.748 1.00101.84 C +ANISOU16290 CD2 PHE G 44 13071 13490 12135 3178 -1151 -2934 C +ATOM 16291 CE1 PHE G 44 70.412 42.915 72.987 1.00113.09 C +ANISOU16291 CE1 PHE G 44 14315 16278 12375 3187 -1325 -2527 C +ATOM 16292 CE2 PHE G 44 72.030 44.314 71.927 1.00112.24 C +ANISOU16292 CE2 PHE G 44 13962 15642 13041 3267 -1202 -3257 C +ATOM 16293 CZ PHE G 44 71.577 43.654 73.048 1.00119.02 C +ANISOU16293 CZ PHE G 44 14721 17216 13286 3269 -1300 -3041 C +ATOM 16294 N PHE G 45 66.166 43.364 68.007 1.00 89.34 N +ANISOU16294 N PHE G 45 12700 10089 11157 2457 -1065 -1468 N +ATOM 16295 CA PHE G 45 65.526 43.490 66.706 1.00 86.93 C +ANISOU16295 CA PHE G 45 12640 9189 11201 2291 -1046 -1185 C +ATOM 16296 C PHE G 45 66.364 44.393 65.815 1.00 88.74 C +ANISOU16296 C PHE G 45 12766 9018 11931 2326 -990 -1397 C +ATOM 16297 O PHE G 45 66.627 45.550 66.155 1.00 84.15 O +ANISOU16297 O PHE G 45 11755 8499 11719 2367 -894 -1868 O +ATOM 16298 CB PHE G 45 64.108 44.042 66.817 1.00 80.73 C +ANISOU16298 CB PHE G 45 11662 8406 10606 2110 -1001 -1200 C +ATOM 16299 CG PHE G 45 63.459 44.247 65.479 1.00 71.85 C +ANISOU16299 CG PHE G 45 10713 6762 9825 1939 -1004 -874 C +ATOM 16300 CD1 PHE G 45 63.251 43.169 64.633 1.00 67.24 C +ANISOU16300 CD1 PHE G 45 10609 5957 8981 1815 -1067 -392 C +ATOM 16301 CD2 PHE G 45 63.091 45.511 65.049 1.00 60.52 C +ANISOU16301 CD2 PHE G 45 8934 5077 8985 1889 -925 -1040 C +ATOM 16302 CE1 PHE G 45 62.672 43.342 63.392 1.00 70.79 C +ANISOU16302 CE1 PHE G 45 11184 6047 9665 1614 -1082 -95 C +ATOM 16303 CE2 PHE G 45 62.508 45.690 63.805 1.00 64.23 C +ANISOU16303 CE2 PHE G 45 9527 5150 9727 1732 -953 -656 C +ATOM 16304 CZ PHE G 45 62.300 44.604 62.977 1.00 70.10 C +ANISOU16304 CZ PHE G 45 10741 5778 10114 1580 -1047 -191 C +ATOM 16305 N LEU G 46 66.785 43.857 64.679 1.00 91.25 N +ANISOU16305 N LEU G 46 13467 8928 12276 2285 -1019 -1073 N +ATOM 16306 CA LEU G 46 67.580 44.606 63.723 1.00 93.53 C +ANISOU16306 CA LEU G 46 13667 8891 12979 2239 -936 -1176 C +ATOM 16307 C LEU G 46 66.670 45.220 62.663 1.00106.69 C +ANISOU16307 C LEU G 46 15260 10301 14975 1952 -849 -899 C +ATOM 16308 O LEU G 46 65.528 44.796 62.468 1.00110.28 O +ANISOU16308 O LEU G 46 15914 10662 15326 1861 -949 -612 O +ATOM 16309 CB LEU G 46 68.618 43.693 63.079 1.00 85.20 C +ANISOU16309 CB LEU G 46 12862 7805 11704 2171 -897 -941 C +ATOM 16310 CG LEU G 46 69.353 42.745 64.027 1.00 74.96 C +ANISOU16310 CG LEU G 46 11750 6715 10015 2499 -1010 -1008 C +ATOM 16311 CD1 LEU G 46 70.345 41.896 63.259 1.00 71.27 C +ANISOU16311 CD1 LEU G 46 11455 6154 9470 2385 -925 -771 C +ATOM 16312 CD2 LEU G 46 70.047 43.513 65.139 1.00 68.59 C +ANISOU16312 CD2 LEU G 46 10532 6286 9243 2754 -1031 -1538 C +ATOM 16313 N THR G 47 67.188 46.234 61.976 1.00130.90 N +ANISOU16313 N THR G 47 18066 13278 18390 1829 -653 -950 N +ATOM 16314 CA THR G 47 66.379 46.982 61.024 1.00142.03 C +ANISOU16314 CA THR G 47 19390 14489 20087 1652 -570 -679 C +ATOM 16315 C THR G 47 67.264 47.574 59.939 1.00138.83 C +ANISOU16315 C THR G 47 18975 14004 19770 1537 -387 -586 C +ATOM 16316 O THR G 47 68.393 47.995 60.207 1.00128.32 O +ANISOU16316 O THR G 47 17542 12756 18458 1610 -283 -858 O +ATOM 16317 CB THR G 47 65.603 48.109 61.716 1.00152.92 C +ANISOU16317 CB THR G 47 20382 15857 21862 1731 -542 -919 C +ATOM 16318 OG1 THR G 47 64.966 47.606 62.896 1.00156.14 O +ANISOU16318 OG1 THR G 47 20760 16394 22171 1882 -688 -1153 O +ATOM 16319 CG2 THR G 47 64.548 48.683 60.781 1.00154.07 C +ANISOU16319 CG2 THR G 47 20453 15811 22277 1582 -543 -536 C +ATOM 16320 N VAL G 48 66.742 47.598 58.717 1.00142.46 N +ANISOU16320 N VAL G 48 19554 14336 20238 1359 -380 -205 N +ATOM 16321 CA VAL G 48 67.360 48.332 57.621 1.00149.71 C +ANISOU16321 CA VAL G 48 20482 15170 21229 1274 -277 -109 C +ATOM 16322 C VAL G 48 66.259 48.895 56.732 1.00158.82 C +ANISOU16322 C VAL G 48 21568 16215 22561 1149 -376 250 C +ATOM 16323 O VAL G 48 65.400 49.647 57.191 1.00164.19 O +ANISOU16323 O VAL G 48 21956 16856 23574 1205 -435 246 O +ATOM 16324 CB VAL G 48 68.325 47.450 56.807 1.00146.39 C +ANISOU16324 CB VAL G 48 20261 14771 20590 1146 -158 -27 C +ATOM 16325 CG1 VAL G 48 68.849 48.205 55.588 1.00150.92 C +ANISOU16325 CG1 VAL G 48 20906 15242 21194 1053 -90 85 C +ATOM 16326 CG2 VAL G 48 69.483 46.984 57.673 1.00147.68 C +ANISOU16326 CG2 VAL G 48 20376 15058 20677 1264 -100 -351 C +TER 16327 VAL G 48 +ATOM 16328 N SER H 2 90.852 53.105 128.686 1.00126.38 N +ANISOU16328 N SER H 2 21922 16205 9894 -2574 -4275 382 N +ATOM 16329 CA SER H 2 91.696 54.263 128.941 1.00142.51 C +ANISOU16329 CA SER H 2 24134 18045 11967 -2661 -4447 141 C +ATOM 16330 C SER H 2 93.102 53.794 129.266 1.00161.31 C +ANISOU16330 C SER H 2 26482 20335 14472 -2867 -4994 221 C +ATOM 16331 O SER H 2 93.303 52.647 129.660 1.00162.60 O +ANISOU16331 O SER H 2 26615 20610 14556 -2966 -5234 436 O +ATOM 16332 CB SER H 2 91.131 55.097 130.088 1.00147.55 C +ANISOU16332 CB SER H 2 25245 18715 12104 -2699 -4292 -91 C +ATOM 16333 OG SER H 2 91.343 54.449 131.328 1.00145.95 O +ANISOU16333 OG SER H 2 25327 18641 11486 -2884 -4566 -18 O +ATOM 16334 N ILE H 3 94.072 54.682 129.107 1.00173.90 N +ANISOU16334 N ILE H 3 28077 21722 16276 -2934 -5198 58 N +ATOM 16335 CA ILE H 3 95.469 54.323 129.305 1.00177.09 C +ANISOU16335 CA ILE H 3 28415 22019 16850 -3122 -5717 129 C +ATOM 16336 C ILE H 3 95.780 54.257 130.791 1.00190.14 C +ANISOU16336 C ILE H 3 30496 23717 18032 -3333 -6001 77 C +ATOM 16337 O ILE H 3 95.371 55.126 131.571 1.00188.72 O +ANISOU16337 O ILE H 3 30680 23535 17489 -3354 -5863 -151 O +ATOM 16338 CB ILE H 3 96.390 55.332 128.601 1.00166.33 C +ANISOU16338 CB ILE H 3 26894 20422 15883 -3122 -5832 -17 C +ATOM 16339 CG1 ILE H 3 96.233 55.220 127.080 1.00154.27 C +ANISOU16339 CG1 ILE H 3 24886 18888 14842 -2936 -5612 84 C +ATOM 16340 CG2 ILE H 3 97.838 55.106 129.027 1.00166.76 C +ANISOU16340 CG2 ILE H 3 26959 20360 16043 -3339 -6380 22 C +ATOM 16341 CD1 ILE H 3 95.325 56.271 126.477 1.00146.32 C +ANISOU16341 CD1 ILE H 3 23861 17846 13886 -2748 -5144 -70 C +ATOM 16342 N THR H 4 96.519 53.224 131.183 1.00194.60 N +ANISOU16342 N THR H 4 31005 24326 18606 -3490 -6405 285 N +ATOM 16343 CA THR H 4 97.179 53.165 132.477 1.00185.92 C +ANISOU16343 CA THR H 4 30246 23242 17154 -3725 -6787 259 C +ATOM 16344 C THR H 4 98.675 53.019 132.226 1.00173.21 C +ANISOU16344 C THR H 4 28444 21455 15912 -3867 -7271 322 C +ATOM 16345 O THR H 4 99.099 52.669 131.128 1.00168.54 O +ANISOU16345 O THR H 4 27446 20784 15807 -3785 -7312 437 O +ATOM 16346 CB THR H 4 96.631 52.004 133.325 1.00187.50 C +ANISOU16346 CB THR H 4 30579 23682 16979 -3801 -6838 488 C +ATOM 16347 OG1 THR H 4 95.214 52.160 133.480 1.00188.39 O +ANISOU16347 OG1 THR H 4 30843 23963 16774 -3656 -6364 434 O +ATOM 16348 CG2 THR H 4 97.282 51.960 134.707 1.00192.92 C +ANISOU16348 CG2 THR H 4 31624 24417 17262 -4054 -7231 472 C +ATOM 16349 N LYS H 5 99.487 53.325 133.231 1.00166.76 N +ANISOU16349 N LYS H 5 27913 20584 14864 -4080 -7637 236 N +ATOM 16350 CA LYS H 5 100.931 53.317 133.032 1.00157.54 C +ANISOU16350 CA LYS H 5 26583 19235 14041 -4220 -8097 275 C +ATOM 16351 C LYS H 5 101.447 51.900 132.805 1.00150.23 C +ANISOU16351 C LYS H 5 25298 18357 13425 -4235 -8295 602 C +ATOM 16352 O LYS H 5 101.085 50.970 133.534 1.00147.95 O +ANISOU16352 O LYS H 5 25066 18231 12917 -4273 -8288 783 O +ATOM 16353 CB LYS H 5 101.631 53.942 134.239 1.00158.54 C +ANISOU16353 CB LYS H 5 27021 19297 13918 -4392 -8314 117 C +ATOM 16354 N CYS H 6 102.290 51.732 131.785 1.00147.52 N +ANISOU16354 N CYS H 6 24552 17870 13629 -4189 -8434 676 N +ATOM 16355 CA CYS H 6 103.062 50.505 131.656 1.00146.56 C +ANISOU16355 CA CYS H 6 24073 17737 13876 -4204 -8627 940 C +ATOM 16356 C CYS H 6 103.950 50.323 132.880 1.00161.43 C +ANISOU16356 C CYS H 6 26109 19580 15645 -4374 -8884 988 C +ATOM 16357 O CYS H 6 104.314 51.287 133.559 1.00165.44 O +ANISOU16357 O CYS H 6 26900 20017 15943 -4473 -8964 797 O +ATOM 16358 CB CYS H 6 103.917 50.537 130.389 1.00142.50 C +ANISOU16358 CB CYS H 6 23114 17071 13959 -4122 -8708 962 C +ATOM 16359 SG CYS H 6 103.005 50.539 128.834 1.00154.09 S +ANISOU16359 SG CYS H 6 24291 18611 15645 -3920 -8439 955 S +ATOM 16360 N SER H 7 104.308 49.074 133.159 1.00164.88 N +ANISOU16360 N SER H 7 26353 20060 16233 -4410 -9018 1243 N +ATOM 16361 CA SER H 7 105.035 48.764 134.380 1.00164.71 C +ANISOU16361 CA SER H 7 26482 20035 16067 -4578 -9255 1326 C +ATOM 16362 C SER H 7 106.526 49.053 134.226 1.00164.79 C +ANISOU16362 C SER H 7 26316 19831 16466 -4639 -9511 1309 C +ATOM 16363 O SER H 7 107.025 49.379 133.146 1.00167.45 O +ANISOU16363 O SER H 7 26377 20032 17216 -4546 -9502 1257 O +ATOM 16364 CB SER H 7 104.827 47.301 134.766 1.00161.36 C +ANISOU16364 CB SER H 7 25923 19727 15661 -4601 -9307 1619 C +ATOM 16365 OG SER H 7 103.561 47.119 135.368 1.00163.04 O +ANISOU16365 OG SER H 7 26395 20158 15393 -4597 -9109 1644 O +ATOM 16366 N SER H 8 107.244 48.936 135.346 1.00160.14 N +ANISOU16366 N SER H 8 25887 19228 15730 -4799 -9736 1360 N +ATOM 16367 CA SER H 8 108.700 49.032 135.307 1.00159.33 C +ANISOU16367 CA SER H 8 25614 18935 15990 -4866 -9990 1392 C +ATOM 16368 C SER H 8 109.287 47.907 134.474 1.00164.75 C +ANISOU16368 C SER H 8 25850 19544 17204 -4785 -10050 1617 C +ATOM 16369 O SER H 8 110.207 48.120 133.682 1.00143.74 O +ANISOU16369 O SER H 8 22920 16723 14973 -4730 -10114 1598 O +ATOM 16370 CB SER H 8 109.272 48.996 136.723 1.00152.42 C +ANISOU16370 CB SER H 8 24998 18089 14827 -5057 -10216 1430 C +ATOM 16371 OG SER H 8 108.716 50.011 137.534 1.00176.21 O +ANISOU16371 OG SER H 8 28426 21189 17335 -5125 -10146 1198 O +ATOM 16372 N ASP H 9 108.758 46.703 134.642 1.00160.45 N +ANISOU16372 N ASP H 9 25214 19115 16636 -4773 -10019 1826 N +ATOM 16373 CA ASP H 9 109.093 45.603 133.754 1.00164.00 C +ANISOU16373 CA ASP H 9 25233 19501 17579 -4670 -10025 2008 C +ATOM 16374 C ASP H 9 109.043 46.040 132.296 1.00165.87 C +ANISOU16374 C ASP H 9 25183 19672 18166 -4490 -9851 1886 C +ATOM 16375 O ASP H 9 109.801 45.542 131.452 1.00170.10 O +ANISOU16375 O ASP H 9 25343 20101 19185 -4404 -9885 1956 O +ATOM 16376 CB ASP H 9 108.119 44.476 134.014 1.00165.50 C +ANISOU16376 CB ASP H 9 25409 19847 17625 -4655 -9941 2194 C +ATOM 16377 CG ASP H 9 108.284 43.370 133.070 1.00167.51 C +ANISOU16377 CG ASP H 9 25235 20045 18366 -4534 -9915 2347 C +ATOM 16378 OD1 ASP H 9 109.432 43.101 132.667 1.00168.72 O +ANISOU16378 OD1 ASP H 9 25128 20037 18943 -4521 -10052 2389 O +ATOM 16379 OD2 ASP H 9 107.240 42.770 132.731 1.00167.00 O +ANISOU16379 OD2 ASP H 9 25098 20103 18252 -4445 -9745 2417 O +ATOM 16380 N MET H 10 108.138 46.963 131.992 1.00169.48 N +ANISOU16380 N MET H 10 25815 20204 18376 -4430 -9653 1701 N +ATOM 16381 CA MET H 10 107.997 47.553 130.670 1.00167.15 C +ANISOU16381 CA MET H 10 25288 19868 18354 -4275 -9484 1572 C +ATOM 16382 C MET H 10 108.966 48.710 130.438 1.00174.64 C +ANISOU16382 C MET H 10 26238 20653 19463 -4305 -9580 1411 C +ATOM 16383 O MET H 10 108.692 49.574 129.600 1.00176.74 O +ANISOU16383 O MET H 10 26445 20898 19812 -4217 -9440 1259 O +ATOM 16384 CB MET H 10 106.552 48.025 130.485 1.00160.18 C +ANISOU16384 CB MET H 10 24609 19133 17118 -4206 -9231 1458 C +ATOM 16385 CG MET H 10 105.965 47.848 129.091 1.00160.59 C +ANISOU16385 CG MET H 10 24331 19236 17450 -4019 -9016 1453 C +ATOM 16386 SD MET H 10 106.200 46.224 128.338 1.00167.55 S +ANISOU16386 SD MET H 10 24715 20140 18808 -3906 -9016 1684 S +ATOM 16387 CE MET H 10 105.970 45.134 129.742 1.00171.25 C +ANISOU16387 CE MET H 10 25410 20679 18978 -4046 -9156 1891 C +ATOM 16388 N ASN H 11 110.095 48.721 131.154 1.00183.16 N +ANISOU16388 N ASN H 11 27372 21618 20602 -4431 -9820 1456 N +ATOM 16389 CA ASN H 11 110.991 49.875 131.154 1.00185.99 C +ANISOU16389 CA ASN H 11 27795 21824 21048 -4485 -9933 1307 C +ATOM 16390 C ASN H 11 111.625 50.103 129.786 1.00168.02 C +ANISOU16390 C ASN H 11 25111 19451 19280 -4349 -9869 1291 C +ATOM 16391 O ASN H 11 111.750 51.248 129.337 1.00156.29 O +ANISOU16391 O ASN H 11 23649 17889 17847 -4330 -9829 1128 O +ATOM 16392 CB ASN H 11 112.074 49.675 132.217 1.00189.86 C +ANISOU16392 CB ASN H 11 28404 22228 21505 -4646 -10209 1393 C +ATOM 16393 CG ASN H 11 112.945 50.880 132.405 1.00196.98 C +ANISOU16393 CG ASN H 11 29424 22981 22440 -4721 -10342 1238 C +ATOM 16394 OD1 ASN H 11 112.545 52.010 132.119 1.00199.44 O +ANISOU16394 OD1 ASN H 11 29869 23264 22647 -4697 -10241 1032 O +ATOM 16395 ND2 ASN H 11 114.134 50.655 132.949 1.00191.49 N +ANISOU16395 ND2 ASN H 11 28696 22182 21879 -4823 -10579 1337 N +ATOM 16396 N GLY H 12 112.047 49.034 129.115 1.00165.16 N +ANISOU16396 N GLY H 12 24367 19091 19297 -4254 -9854 1454 N +ATOM 16397 CA GLY H 12 112.790 49.167 127.876 1.00154.83 C +ANISOU16397 CA GLY H 12 22655 17709 18463 -4126 -9792 1447 C +ATOM 16398 C GLY H 12 112.034 48.682 126.657 1.00151.13 C +ANISOU16398 C GLY H 12 21866 17361 18196 -3942 -9543 1458 C +ATOM 16399 O GLY H 12 112.647 48.344 125.638 1.00149.21 O +ANISOU16399 O GLY H 12 21227 17101 18366 -3819 -9475 1495 O +ATOM 16400 N TYR H 13 110.703 48.653 126.742 1.00150.67 N +ANISOU16400 N TYR H 13 21975 17437 17837 -3917 -9394 1419 N +ATOM 16401 CA TYR H 13 109.909 48.009 125.700 1.00144.54 C +ANISOU16401 CA TYR H 13 20901 16792 17226 -3749 -9169 1452 C +ATOM 16402 C TYR H 13 109.839 48.848 124.428 1.00149.35 C +ANISOU16402 C TYR H 13 21264 17418 18063 -3623 -8998 1332 C +ATOM 16403 O TYR H 13 109.944 48.307 123.324 1.00153.95 O +ANISOU16403 O TYR H 13 21437 18063 18992 -3472 -8858 1369 O +ATOM 16404 CB TYR H 13 108.502 47.715 126.216 1.00135.06 C +ANISOU16404 CB TYR H 13 19965 15735 15617 -3764 -9064 1466 C +ATOM 16405 CG TYR H 13 107.600 47.050 125.197 1.00130.47 C +ANISOU16405 CG TYR H 13 19095 15298 15181 -3595 -8836 1505 C +ATOM 16406 CD1 TYR H 13 107.944 45.832 124.624 1.00128.75 C +ANISOU16406 CD1 TYR H 13 18495 15093 15329 -3495 -8813 1629 C +ATOM 16407 CD2 TYR H 13 106.399 47.635 124.816 1.00137.60 C +ANISOU16407 CD2 TYR H 13 20114 16319 15850 -3534 -8640 1410 C +ATOM 16408 CE1 TYR H 13 107.121 45.220 123.693 1.00133.26 C +ANISOU16408 CE1 TYR H 13 18794 15799 16038 -3338 -8603 1649 C +ATOM 16409 CE2 TYR H 13 105.569 47.030 123.887 1.00137.39 C +ANISOU16409 CE2 TYR H 13 19815 16433 15953 -3380 -8435 1451 C +ATOM 16410 CZ TYR H 13 105.935 45.823 123.331 1.00132.32 C +ANISOU16410 CZ TYR H 13 18783 15808 15684 -3283 -8419 1567 C +ATOM 16411 OH TYR H 13 105.110 45.221 122.408 1.00114.92 O +ANISOU16411 OH TYR H 13 16303 13747 13616 -3127 -8212 1593 O +ATOM 16412 N CYS H 14 109.640 50.157 124.547 1.00154.93 N +ANISOU16412 N CYS H 14 22208 18077 18583 -3682 -8998 1183 N +ATOM 16413 CA CYS H 14 109.427 50.999 123.374 1.00134.73 C +ANISOU16413 CA CYS H 14 19433 15543 16215 -3576 -8837 1082 C +ATOM 16414 C CYS H 14 110.748 51.597 122.903 1.00128.54 C +ANISOU16414 C CYS H 14 18430 14627 15784 -3580 -8932 1067 C +ATOM 16415 O CYS H 14 111.474 52.214 123.691 1.00121.47 O +ANISOU16415 O CYS H 14 17768 13583 14801 -3713 -9126 1027 O +ATOM 16416 CB CYS H 14 108.420 52.109 123.678 1.00121.37 C +ANISOU16416 CB CYS H 14 18109 13857 14149 -3632 -8773 924 C +ATOM 16417 SG CYS H 14 106.834 51.521 124.327 1.00118.68 S +ANISOU16417 SG CYS H 14 18094 13685 13315 -3633 -8641 939 S +ATOM 16418 N LEU H 15 111.046 51.424 121.611 1.00121.81 N +ANISOU16418 N LEU H 15 17125 13842 15315 -3430 -8784 1097 N +ATOM 16419 CA LEU H 15 112.322 51.874 121.065 1.00116.29 C +ANISOU16419 CA LEU H 15 16175 13048 14961 -3415 -8844 1106 C +ATOM 16420 C LEU H 15 112.340 53.383 120.828 1.00116.75 C +ANISOU16420 C LEU H 15 16327 13020 15012 -3466 -8859 991 C +ATOM 16421 O LEU H 15 113.375 54.029 121.032 1.00118.57 O +ANISOU16421 O LEU H 15 16581 13103 15366 -3542 -9013 982 O +ATOM 16422 CB LEU H 15 112.631 51.121 119.766 1.00113.48 C +ANISOU16422 CB LEU H 15 15307 12823 14988 -3232 -8652 1168 C +ATOM 16423 CG LEU H 15 113.995 51.413 119.128 1.00113.67 C +ANISOU16423 CG LEU H 15 15042 12782 15364 -3198 -8682 1192 C +ATOM 16424 CD1 LEU H 15 115.150 51.102 120.058 1.00154.64 C +ANISOU16424 CD1 LEU H 15 20376 17808 20574 -3312 -8930 1260 C +ATOM 16425 CD2 LEU H 15 114.176 50.686 117.791 1.00110.90 C +ANISOU16425 CD2 LEU H 15 14202 12599 15334 -3005 -8445 1219 C +ATOM 16426 N HIS H 16 111.220 53.961 120.402 1.00121.79 N +ANISOU16426 N HIS H 16 17016 13739 15520 -3428 -8710 908 N +ATOM 16427 CA HIS H 16 111.126 55.400 120.165 1.00117.51 C +ANISOU16427 CA HIS H 16 16568 13099 14983 -3481 -8724 794 C +ATOM 16428 C HIS H 16 109.709 55.878 120.477 1.00115.53 C +ANISOU16428 C HIS H 16 16647 12885 14366 -3513 -8641 675 C +ATOM 16429 O HIS H 16 109.016 56.460 119.645 1.00113.69 O +ANISOU16429 O HIS H 16 16282 12714 14199 -3449 -8493 631 O +ATOM 16430 CB HIS H 16 111.500 55.763 118.730 1.00113.43 C +ANISOU16430 CB HIS H 16 15569 12655 14873 -3357 -8578 839 C +ATOM 16431 CG HIS H 16 112.947 55.561 118.398 1.00126.32 C +ANISOU16431 CG HIS H 16 16920 14236 16839 -3333 -8650 927 C +ATOM 16432 ND1 HIS H 16 113.437 54.370 117.909 1.00127.57 N +ANISOU16432 ND1 HIS H 16 16760 14513 17196 -3216 -8558 1026 N +ATOM 16433 CD2 HIS H 16 114.006 56.404 118.460 1.00132.77 C +ANISOU16433 CD2 HIS H 16 17730 14893 17822 -3409 -8798 925 C +ATOM 16434 CE1 HIS H 16 114.736 54.482 117.697 1.00132.49 C +ANISOU16434 CE1 HIS H 16 17208 15059 18073 -3221 -8642 1077 C +ATOM 16435 NE2 HIS H 16 115.107 55.706 118.025 1.00134.69 N +ANISOU16435 NE2 HIS H 16 17664 15172 18338 -3338 -8791 1029 N +ATOM 16436 N GLY H 17 109.253 55.652 121.700 1.00117.60 N +ANISOU16436 N GLY H 17 17349 13113 14219 -3616 -8727 622 N +ATOM 16437 CA GLY H 17 107.915 56.083 122.053 1.00117.64 C +ANISOU16437 CA GLY H 17 17705 13161 13832 -3629 -8594 496 C +ATOM 16438 C GLY H 17 107.664 55.904 123.531 1.00131.09 C +ANISOU16438 C GLY H 17 19917 14825 15068 -3768 -8731 432 C +ATOM 16439 O GLY H 17 108.536 55.472 124.290 1.00129.24 O +ANISOU16439 O GLY H 17 19741 14527 14837 -3846 -8907 498 O +ATOM 16440 N GLN H 18 106.443 56.244 123.923 1.00132.08 N +ANISOU16440 N GLN H 18 20334 15007 14845 -3688 -8384 326 N +ATOM 16441 CA GLN H 18 106.002 56.201 125.308 1.00142.32 C +ANISOU16441 CA GLN H 18 22133 16304 15639 -3802 -8442 240 C +ATOM 16442 C GLN H 18 105.054 55.024 125.467 1.00156.03 C +ANISOU16442 C GLN H 18 23875 18252 17155 -3720 -8263 371 C +ATOM 16443 O GLN H 18 104.029 54.953 124.779 1.00155.85 O +ANISOU16443 O GLN H 18 23710 18352 17156 -3528 -7848 385 O +ATOM 16444 CB GLN H 18 105.326 57.520 125.683 1.00135.78 C +ANISOU16444 CB GLN H 18 21632 15379 14579 -3768 -8166 5 C +ATOM 16445 CG GLN H 18 104.308 57.461 126.816 1.00139.77 C +ANISOU16445 CG GLN H 18 22596 15975 14535 -3784 -7995 -97 C +ATOM 16446 CD GLN H 18 103.434 58.686 126.818 1.00142.39 C +ANISOU16446 CD GLN H 18 23130 16239 14734 -3676 -7609 -320 C +ATOM 16447 OE1 GLN H 18 103.645 59.604 126.024 1.00141.23 O +ANISOU16447 OE1 GLN H 18 22792 15957 14911 -3605 -7501 -389 O +ATOM 16448 NE2 GLN H 18 102.426 58.702 127.681 1.00144.18 N +ANISOU16448 NE2 GLN H 18 23723 16563 14495 -3656 -7390 -423 N +ATOM 16449 N CYS H 19 105.401 54.102 126.361 1.00158.14 N +ANISOU16449 N CYS H 19 24298 18564 17225 -3868 -8584 481 N +ATOM 16450 CA CYS H 19 104.566 52.931 126.580 1.00151.10 C +ANISOU16450 CA CYS H 19 23409 17862 16139 -3811 -8459 631 C +ATOM 16451 C CYS H 19 103.300 53.319 127.328 1.00147.38 C +ANISOU16451 C CYS H 19 23337 17483 15178 -3765 -8117 516 C +ATOM 16452 O CYS H 19 103.344 54.055 128.318 1.00155.33 O +ANISOU16452 O CYS H 19 24747 18423 15849 -3884 -8193 359 O +ATOM 16453 CB CYS H 19 105.321 51.857 127.361 1.00153.62 C +ANISOU16453 CB CYS H 19 23695 18185 16488 -3908 -8701 807 C +ATOM 16454 SG CYS H 19 104.460 50.265 127.443 1.00151.04 S +ANISOU16454 SG CYS H 19 23257 18064 16069 -3836 -8591 1036 S +ATOM 16455 N ILE H 20 102.171 52.817 126.844 1.00145.23 N +ANISOU16455 N ILE H 20 22942 17370 14868 -3588 -7739 588 N +ATOM 16456 CA ILE H 20 100.872 53.003 127.470 1.00136.99 C +ANISOU16456 CA ILE H 20 22225 16447 13376 -3523 -7385 514 C +ATOM 16457 C ILE H 20 100.203 51.643 127.550 1.00131.68 C +ANISOU16457 C ILE H 20 21460 15966 12608 -3479 -7325 733 C +ATOM 16458 O ILE H 20 100.339 50.820 126.640 1.00119.34 O +ANISOU16458 O ILE H 20 19493 14445 11405 -3392 -7340 887 O +ATOM 16459 CB ILE H 20 100.002 54.003 126.680 1.00137.53 C +ANISOU16459 CB ILE H 20 22231 16504 13522 -3322 -6902 360 C +ATOM 16460 CG1 ILE H 20 99.771 53.524 125.244 1.00117.33 C +ANISOU16460 CG1 ILE H 20 19173 14019 11388 -3136 -6693 487 C +ATOM 16461 CG2 ILE H 20 100.652 55.376 126.705 1.00144.13 C +ANISOU16461 CG2 ILE H 20 23182 17130 14449 -3380 -6980 147 C +ATOM 16462 CD1 ILE H 20 98.717 54.325 124.504 1.00115.50 C +ANISOU16462 CD1 ILE H 20 18874 13821 11188 -2931 -6185 384 C +ATOM 16463 N TYR H 21 99.488 51.403 128.642 1.00140.83 N +ANISOU16463 N TYR H 21 22982 17243 13284 -3541 -7262 746 N +ATOM 16464 CA TYR H 21 98.814 50.135 128.875 1.00150.07 C +ANISOU16464 CA TYR H 21 24105 18594 14322 -3521 -7218 969 C +ATOM 16465 C TYR H 21 97.334 50.282 128.566 1.00150.80 C +ANISOU16465 C TYR H 21 24228 18826 14242 -3324 -6686 932 C +ATOM 16466 O TYR H 21 96.687 51.234 129.024 1.00158.59 O +ANISOU16466 O TYR H 21 25524 19824 14908 -3292 -6423 743 O +ATOM 16467 CB TYR H 21 98.985 49.657 130.318 1.00155.42 C +ANISOU16467 CB TYR H 21 25142 19345 14565 -3732 -7515 1055 C +ATOM 16468 CG TYR H 21 98.075 48.501 130.662 1.00157.93 C +ANISOU16468 CG TYR H 21 25464 19863 14680 -3705 -7404 1280 C +ATOM 16469 CD1 TYR H 21 98.435 47.196 130.362 1.00157.09 C +ANISOU16469 CD1 TYR H 21 25051 19778 14858 -3731 -7646 1541 C +ATOM 16470 CD2 TYR H 21 96.848 48.716 131.279 1.00165.76 C +ANISOU16470 CD2 TYR H 21 26753 21017 15210 -3651 -7055 1233 C +ATOM 16471 CE1 TYR H 21 97.604 46.138 130.670 1.00164.38 C +ANISOU16471 CE1 TYR H 21 25964 20868 15624 -3711 -7555 1759 C +ATOM 16472 CE2 TYR H 21 96.012 47.665 131.590 1.00171.48 C +ANISOU16472 CE2 TYR H 21 27470 21928 15757 -3631 -6955 1456 C +ATOM 16473 CZ TYR H 21 96.394 46.378 131.284 1.00174.71 C +ANISOU16473 CZ TYR H 21 27571 22344 16466 -3664 -7211 1725 C +ATOM 16474 OH TYR H 21 95.560 45.327 131.595 1.00184.54 O +ANISOU16474 OH TYR H 21 28797 23759 17559 -3649 -7122 1960 O +ATOM 16475 N LEU H 22 96.804 49.325 127.812 1.00134.86 N +ANISOU16475 N LEU H 22 21887 16913 12442 -3195 -6536 1109 N +ATOM 16476 CA LEU H 22 95.391 49.282 127.475 1.00124.80 C +ANISOU16476 CA LEU H 22 20601 15786 11034 -3010 -6050 1115 C +ATOM 16477 C LEU H 22 94.705 48.269 128.382 1.00125.93 C +ANISOU16477 C LEU H 22 20923 16100 10824 -3073 -6066 1305 C +ATOM 16478 O LEU H 22 95.036 47.068 128.356 1.00125.50 O +ANISOU16478 O LEU H 22 20668 16079 10938 -3131 -6323 1528 O +ATOM 16479 CB LEU H 22 95.192 48.939 126.000 1.00119.59 C +ANISOU16479 CB LEU H 22 19454 15141 10841 -2819 -5851 1176 C +ATOM 16480 CG LEU H 22 95.806 49.988 125.065 1.00119.47 C +ANISOU16480 CG LEU H 22 19245 14986 11163 -2753 -5806 1008 C +ATOM 16481 CD1 LEU H 22 95.754 49.528 123.620 1.00115.67 C +ANISOU16481 CD1 LEU H 22 18253 14552 11144 -2587 -5669 1086 C +ATOM 16482 CD2 LEU H 22 95.122 51.348 125.215 1.00113.72 C +ANISOU16482 CD2 LEU H 22 18782 14222 10204 -2677 -5452 792 C +ATOM 16483 N VAL H 23 93.787 48.790 129.208 1.00129.45 N +ANISOU16483 N VAL H 23 21746 16650 10790 -3068 -5804 1211 N +ATOM 16484 CA VAL H 23 92.949 47.983 130.091 1.00130.81 C +ANISOU16484 CA VAL H 23 22114 17019 10569 -3113 -5741 1382 C +ATOM 16485 C VAL H 23 92.049 47.074 129.274 1.00132.08 C +ANISOU16485 C VAL H 23 21957 17292 10936 -2946 -5479 1566 C +ATOM 16486 O VAL H 23 91.892 45.885 129.579 1.00140.74 O +ANISOU16486 O VAL H 23 22977 18488 12012 -3003 -5626 1814 O +ATOM 16487 CB VAL H 23 92.120 48.906 131.007 1.00129.91 C +ANISOU16487 CB VAL H 23 22445 17000 9916 -3112 -5457 1196 C +ATOM 16488 CG1 VAL H 23 91.185 48.104 131.905 1.00127.40 C +ANISOU16488 CG1 VAL H 23 22321 16917 9169 -3151 -5358 1382 C +ATOM 16489 CG2 VAL H 23 93.024 49.809 131.840 1.00128.96 C +ANISOU16489 CG2 VAL H 23 22642 16766 9590 -3283 -5732 991 C +ATOM 16490 N ASP H 24 91.433 47.622 128.229 1.00122.78 N +ANISOU16490 N ASP H 24 20585 16101 9966 -2740 -5091 1452 N +ATOM 16491 CA ASP H 24 90.496 46.839 127.440 1.00116.94 C +ANISOU16491 CA ASP H 24 19553 15479 9401 -2574 -4811 1603 C +ATOM 16492 C ASP H 24 91.202 45.692 126.734 1.00120.58 C +ANISOU16492 C ASP H 24 19599 15894 10321 -2589 -5110 1786 C +ATOM 16493 O ASP H 24 90.717 44.554 126.739 1.00125.84 O +ANISOU16493 O ASP H 24 20127 16663 11025 -2573 -5119 1999 O +ATOM 16494 CB ASP H 24 89.798 47.740 126.437 1.00111.60 C +ANISOU16494 CB ASP H 24 18742 14793 8868 -2362 -4360 1438 C +ATOM 16495 CG ASP H 24 88.809 48.672 127.085 1.00113.37 C +ANISOU16495 CG ASP H 24 19336 15086 8651 -2311 -3995 1287 C +ATOM 16496 OD1 ASP H 24 88.563 48.547 128.303 1.00116.47 O +ANISOU16496 OD1 ASP H 24 20085 15570 8599 -2430 -4062 1313 O +ATOM 16497 OD2 ASP H 24 88.269 49.519 126.358 1.00114.06 O +ANISOU16497 OD2 ASP H 24 19344 15148 8844 -2149 -3638 1145 O +ATOM 16498 N MET H 25 92.341 45.973 126.107 1.00120.64 N +ANISOU16498 N MET H 25 19392 15748 10698 -2615 -5355 1702 N +ATOM 16499 CA MET H 25 93.127 44.933 125.462 1.00120.92 C +ANISOU16499 CA MET H 25 19031 15732 11180 -2634 -5665 1846 C +ATOM 16500 C MET H 25 94.023 44.202 126.448 1.00123.90 C +ANISOU16500 C MET H 25 19536 16057 11483 -2856 -6161 1995 C +ATOM 16501 O MET H 25 94.550 43.136 126.112 1.00111.50 O +ANISOU16501 O MET H 25 17664 14455 10246 -2884 -6433 2153 O +ATOM 16502 CB MET H 25 93.999 45.522 124.344 1.00107.49 C +ANISOU16502 CB MET H 25 17018 13908 9914 -2568 -5719 1704 C +ATOM 16503 CG MET H 25 93.356 46.627 123.511 1.00105.54 C +ANISOU16503 CG MET H 25 16714 13681 9705 -2389 -5278 1525 C +ATOM 16504 SD MET H 25 92.049 46.050 122.405 1.00124.10 S +ANISOU16504 SD MET H 25 18729 16204 12220 -2150 -4827 1603 S +ATOM 16505 CE MET H 25 90.654 46.117 123.524 1.00104.02 C +ANISOU16505 CE MET H 25 16627 13789 9106 -2148 -4521 1646 C +ATOM 16506 N SER H 26 94.196 44.747 127.649 1.00126.24 N +ANISOU16506 N SER H 26 20261 16349 11355 -3013 -6285 1944 N +ATOM 16507 CA SER H 26 95.094 44.193 128.652 1.00126.80 C +ANISOU16507 CA SER H 26 20483 16378 11318 -3241 -6767 2079 C +ATOM 16508 C SER H 26 96.459 43.895 128.042 1.00135.54 C +ANISOU16508 C SER H 26 21268 17317 12913 -3298 -7161 2096 C +ATOM 16509 O SER H 26 96.928 42.755 128.024 1.00139.32 O +ANISOU16509 O SER H 26 21526 17776 13636 -3362 -7466 2298 O +ATOM 16510 CB SER H 26 94.495 42.936 129.288 1.00123.60 C +ANISOU16510 CB SER H 26 20102 16111 10750 -3299 -6837 2359 C +ATOM 16511 OG SER H 26 93.352 43.251 130.063 1.00121.98 O +ANISOU16511 OG SER H 26 20243 16074 10030 -3285 -6524 2351 O +ATOM 16512 N GLN H 27 97.103 44.941 127.530 1.00137.85 N +ANISOU16512 N GLN H 27 21525 17487 13366 -3271 -7154 1883 N +ATOM 16513 CA GLN H 27 98.433 44.735 126.960 1.00135.28 C +ANISOU16513 CA GLN H 27 20895 17011 13492 -3327 -7524 1891 C +ATOM 16514 C GLN H 27 99.129 46.077 126.777 1.00135.08 C +ANISOU16514 C GLN H 27 20963 16854 13505 -3350 -7541 1660 C +ATOM 16515 O GLN H 27 98.574 47.139 127.074 1.00130.39 O +ANISOU16515 O GLN H 27 20658 16273 12610 -3318 -7272 1488 O +ATOM 16516 CB GLN H 27 98.359 43.946 125.644 1.00129.76 C +ANISOU16516 CB GLN H 27 19680 16331 13291 -3159 -7434 1962 C +ATOM 16517 CG GLN H 27 97.380 44.479 124.617 1.00131.37 C +ANISOU16517 CG GLN H 27 19727 16621 13567 -2930 -6928 1839 C +ATOM 16518 CD GLN H 27 97.021 43.442 123.570 1.00129.83 C +ANISOU16518 CD GLN H 27 19079 16501 13748 -2778 -6824 1943 C +ATOM 16519 OE1 GLN H 27 97.450 43.529 122.419 1.00120.00 O +ANISOU16519 OE1 GLN H 27 17456 15235 12904 -2670 -6792 1868 O +ATOM 16520 NE2 GLN H 27 96.224 42.454 123.965 1.00134.15 N +ANISOU16520 NE2 GLN H 27 19656 17149 14167 -2770 -6771 2116 N +ATOM 16521 N ASN H 28 100.365 46.013 126.285 1.00143.64 N +ANISOU16521 N ASN H 28 21787 17806 14982 -3406 -7870 1659 N +ATOM 16522 CA ASN H 28 101.261 47.159 126.233 1.00141.84 C +ANISOU16522 CA ASN H 28 21636 17431 14824 -3474 -8001 1481 C +ATOM 16523 C ASN H 28 101.401 47.651 124.799 1.00146.01 C +ANISOU16523 C ASN H 28 21772 17928 15776 -3300 -7790 1379 C +ATOM 16524 O ASN H 28 101.620 46.857 123.878 1.00137.03 O +ANISOU16524 O ASN H 28 20212 16826 15029 -3209 -7827 1473 O +ATOM 16525 CB ASN H 28 102.633 46.800 126.808 1.00119.29 C +ANISOU16525 CB ASN H 28 18715 14428 12182 -3604 -8324 1543 C +ATOM 16526 CG ASN H 28 102.592 46.564 128.305 1.00122.98 C +ANISOU16526 CG ASN H 28 19567 14916 12243 -3764 -8447 1610 C +ATOM 16527 OD1 ASN H 28 103.102 45.560 128.799 1.00124.26 O +ANISOU16527 OD1 ASN H 28 19622 15053 12536 -3825 -8606 1782 O +ATOM 16528 ND2 ASN H 28 101.976 47.488 129.036 1.00124.85 N +ANISOU16528 ND2 ASN H 28 20249 15205 11982 -3831 -8361 1471 N +ATOM 16529 N TYR H 29 101.289 48.964 124.630 1.00148.50 N +ANISOU16529 N TYR H 29 22225 18182 16017 -3258 -7580 1187 N +ATOM 16530 CA TYR H 29 101.320 49.621 123.334 1.00140.33 C +ANISOU16530 CA TYR H 29 20857 17132 15328 -3099 -7341 1094 C +ATOM 16531 C TYR H 29 102.315 50.771 123.421 1.00138.01 C +ANISOU16531 C TYR H 29 20654 16662 15123 -3203 -7537 954 C +ATOM 16532 O TYR H 29 102.612 51.265 124.508 1.00140.43 O +ANISOU16532 O TYR H 29 21351 16873 15135 -3362 -7725 879 O +ATOM 16533 CB TYR H 29 99.907 50.099 122.964 1.00140.42 C +ANISOU16533 CB TYR H 29 20930 17258 15164 -2913 -6804 1020 C +ATOM 16534 CG TYR H 29 99.764 50.808 121.639 1.00150.67 C +ANISOU16534 CG TYR H 29 21897 18570 16781 -2742 -6510 942 C +ATOM 16535 CD1 TYR H 29 100.323 50.291 120.479 1.00149.78 C +ANISOU16535 CD1 TYR H 29 21290 18502 17117 -2665 -6585 1016 C +ATOM 16536 CD2 TYR H 29 99.029 51.981 121.547 1.00149.17 C +ANISOU16536 CD2 TYR H 29 21877 18360 16439 -2653 -6149 798 C +ATOM 16537 CE1 TYR H 29 100.176 50.941 119.268 1.00144.18 C +ANISOU16537 CE1 TYR H 29 20268 17838 16675 -2514 -6313 960 C +ATOM 16538 CE2 TYR H 29 98.875 52.634 120.346 1.00141.26 C +ANISOU16538 CE2 TYR H 29 20566 17380 15728 -2503 -5883 754 C +ATOM 16539 CZ TYR H 29 99.452 52.113 119.210 1.00140.46 C +ANISOU16539 CZ TYR H 29 19976 17345 16049 -2438 -5967 842 C +ATOM 16540 OH TYR H 29 99.290 52.766 118.011 1.00138.75 O +ANISOU16540 OH TYR H 29 19439 17180 16101 -2295 -5700 813 O +ATOM 16541 N CYS H 30 102.866 51.179 122.280 1.00136.50 N +ANISOU16541 N CYS H 30 20090 16433 15342 -3121 -7509 924 N +ATOM 16542 CA CYS H 30 103.927 52.185 122.256 1.00132.85 C +ANISOU16542 CA CYS H 30 19645 15796 15037 -3224 -7732 823 C +ATOM 16543 C CYS H 30 103.493 53.361 121.391 1.00136.16 C +ANISOU16543 C CYS H 30 19951 16200 15583 -3082 -7366 704 C +ATOM 16544 O CYS H 30 103.464 53.254 120.159 1.00133.86 O +ANISOU16544 O CYS H 30 19233 16000 15628 -2939 -7199 753 O +ATOM 16545 CB CYS H 30 105.235 51.587 121.740 1.00123.54 C +ANISOU16545 CB CYS H 30 18096 14573 14271 -3293 -8121 927 C +ATOM 16546 SG CYS H 30 106.028 50.393 122.841 1.00125.50 S +ANISOU16546 SG CYS H 30 18433 14765 14487 -3402 -8375 1065 S +ATOM 16547 N ARG H 31 103.166 54.484 122.034 1.00134.60 N +ANISOU16547 N ARG H 31 20126 15892 15123 -3122 -7247 545 N +ATOM 16548 CA ARG H 31 102.894 55.718 121.310 1.00122.69 C +ANISOU16548 CA ARG H 31 18529 14322 13764 -3014 -6956 433 C +ATOM 16549 C ARG H 31 104.189 56.227 120.694 1.00125.77 C +ANISOU16549 C ARG H 31 18644 14586 14558 -3084 -7232 444 C +ATOM 16550 O ARG H 31 105.099 56.653 121.408 1.00129.75 O +ANISOU16550 O ARG H 31 19351 14917 15030 -3260 -7577 381 O +ATOM 16551 CB ARG H 31 102.295 56.768 122.235 1.00114.49 C +ANISOU16551 CB ARG H 31 17966 13171 12364 -3050 -6800 244 C +ATOM 16552 N CYS H 32 104.269 56.213 119.373 1.00109.14 N +ANISOU16552 N CYS H 32 16071 12574 12824 -2950 -7078 522 N +ATOM 16553 CA CYS H 32 105.537 56.433 118.696 1.00119.45 C +ANISOU16553 CA CYS H 32 17039 13813 14534 -3010 -7356 574 C +ATOM 16554 C CYS H 32 105.853 57.908 118.537 1.00122.66 C +ANISOU16554 C CYS H 32 17500 14044 15062 -3040 -7317 473 C +ATOM 16555 O CYS H 32 104.992 58.716 118.176 1.00132.36 O +ANISOU16555 O CYS H 32 18757 15277 16256 -2920 -6944 409 O +ATOM 16556 CB CYS H 32 105.507 55.748 117.334 1.00105.58 C +ANISOU16556 CB CYS H 32 14735 12265 13114 -2855 -7212 701 C +ATOM 16557 SG CYS H 32 105.125 54.013 117.529 1.00107.68 S +ANISOU16557 SG CYS H 32 14931 12707 13277 -2819 -7270 809 S +ATOM 16558 N GLU H 33 107.110 58.246 118.810 1.00111.99 N +ANISOU16558 N GLU H 33 16151 12527 13874 -3205 -7717 466 N +ATOM 16559 CA GLU H 33 107.589 59.594 118.573 1.00140.50 C +ANISOU16559 CA GLU H 33 19750 15957 17678 -3248 -7738 393 C +ATOM 16560 C GLU H 33 107.501 59.926 117.091 1.00120.85 C +ANISOU16560 C GLU H 33 16763 13593 15562 -3092 -7480 494 C +ATOM 16561 O GLU H 33 107.617 59.053 116.226 1.00115.27 O +ANISOU16561 O GLU H 33 15653 13092 15050 -3003 -7451 624 O +ATOM 16562 CB GLU H 33 109.029 59.739 119.060 1.00115.53 C +ANISOU16562 CB GLU H 33 16626 12616 14656 -3457 -8244 397 C +ATOM 16563 CG GLU H 33 109.140 59.853 120.556 1.00118.89 C +ANISOU16563 CG GLU H 33 17584 12880 14708 -3630 -8487 264 C +ATOM 16564 CD GLU H 33 110.556 60.023 121.014 1.00137.82 C +ANISOU16564 CD GLU H 33 20007 15105 17254 -3827 -8962 275 C +ATOM 16565 OE1 GLU H 33 111.476 59.483 120.363 1.00137.43 O +ANISOU16565 OE1 GLU H 33 19550 15124 17544 -3751 -8966 441 O +ATOM 16566 OE2 GLU H 33 110.740 60.711 122.030 1.00144.53 O +ANISOU16566 OE2 GLU H 33 21257 15770 17889 -3962 -9113 127 O +ATOM 16567 N VAL H 34 107.304 61.213 116.803 1.00113.08 N +ANISOU16567 N VAL H 34 15797 12485 14682 -3061 -7300 430 N +ATOM 16568 CA VAL H 34 107.099 61.644 115.429 1.00108.84 C +ANISOU16568 CA VAL H 34 14808 12077 14468 -2914 -7021 537 C +ATOM 16569 C VAL H 34 108.321 61.297 114.593 1.00107.94 C +ANISOU16569 C VAL H 34 14228 12045 14740 -2958 -7294 684 C +ATOM 16570 O VAL H 34 109.469 61.500 115.010 1.00119.85 O +ANISOU16570 O VAL H 34 15783 13388 16368 -3125 -7689 680 O +ATOM 16571 CB VAL H 34 106.793 63.150 115.396 1.00120.59 C +ANISOU16571 CB VAL H 34 16423 13372 16024 -2903 -6840 451 C +ATOM 16572 CG1 VAL H 34 106.711 63.658 113.962 1.00108.16 C +ANISOU16572 CG1 VAL H 34 14353 11930 14814 -2774 -6594 596 C +ATOM 16573 CG2 VAL H 34 105.490 63.427 116.134 1.00110.97 C +ANISOU16573 CG2 VAL H 34 15627 12106 14430 -2831 -6526 299 C +ATOM 16574 N GLY H 35 108.072 60.770 113.394 1.00110.27 N +ANISOU16574 N GLY H 35 14061 12608 15230 -2808 -7080 810 N +ATOM 16575 CA GLY H 35 109.124 60.293 112.525 1.00114.67 C +ANISOU16575 CA GLY H 35 14137 13301 16132 -2823 -7296 941 C +ATOM 16576 C GLY H 35 109.460 58.827 112.689 1.00112.69 C +ANISOU16576 C GLY H 35 13793 13181 15842 -2835 -7507 973 C +ATOM 16577 O GLY H 35 110.258 58.301 111.903 1.00106.48 O +ANISOU16577 O GLY H 35 12604 12536 15317 -2769 -7511 1060 O +ATOM 16578 N TYR H 36 108.876 58.152 113.678 1.00124.78 N +ANISOU16578 N TYR H 36 15704 14670 17035 -2859 -7522 899 N +ATOM 16579 CA TYR H 36 109.157 56.751 113.951 1.00136.32 C +ANISOU16579 CA TYR H 36 17115 16224 18457 -2867 -7698 936 C +ATOM 16580 C TYR H 36 107.841 55.985 114.050 1.00130.68 C +ANISOU16580 C TYR H 36 16508 15664 17482 -2747 -7423 920 C +ATOM 16581 O TYR H 36 106.781 56.566 114.302 1.00135.79 O +ANISOU16581 O TYR H 36 17416 16289 17889 -2681 -7103 854 O +ATOM 16582 CB TYR H 36 109.969 56.598 115.246 1.00141.04 C +ANISOU16582 CB TYR H 36 18094 16595 18900 -3011 -7966 895 C +ATOM 16583 CG TYR H 36 111.201 57.482 115.311 1.00148.59 C +ANISOU16583 CG TYR H 36 19029 17366 20062 -3100 -8128 899 C +ATOM 16584 CD1 TYR H 36 112.041 57.625 114.215 1.00155.56 C +ANISOU16584 CD1 TYR H 36 19464 18337 21306 -3003 -8016 986 C +ATOM 16585 CD2 TYR H 36 111.517 58.178 116.470 1.00159.21 C +ANISOU16585 CD2 TYR H 36 20811 18458 21222 -3277 -8380 810 C +ATOM 16586 CE1 TYR H 36 113.165 58.433 114.276 1.00165.61 C +ANISOU16586 CE1 TYR H 36 20719 19442 22762 -3085 -8168 1006 C +ATOM 16587 CE2 TYR H 36 112.637 58.985 116.540 1.00166.71 C +ANISOU16587 CE2 TYR H 36 21740 19235 22370 -3356 -8535 819 C +ATOM 16588 CZ TYR H 36 113.457 59.109 115.442 1.00166.35 C +ANISOU16588 CZ TYR H 36 21240 19272 22695 -3262 -8436 927 C +ATOM 16589 OH TYR H 36 114.572 59.914 115.510 1.00161.41 O +ANISOU16589 OH TYR H 36 20592 18473 22261 -3342 -8594 951 O +ATOM 16590 N THR H 37 107.913 54.669 113.850 1.00127.58 N +ANISOU16590 N THR H 37 15911 15417 17144 -2686 -7460 977 N +ATOM 16591 CA THR H 37 106.723 53.825 113.867 1.00134.61 C +ANISOU16591 CA THR H 37 16848 16465 17835 -2579 -7240 982 C +ATOM 16592 C THR H 37 107.144 52.377 114.092 1.00144.67 C +ANISOU16592 C THR H 37 18026 17783 19159 -2546 -7318 1026 C +ATOM 16593 O THR H 37 108.331 52.058 114.128 1.00147.98 O +ANISOU16593 O THR H 37 18332 18125 19767 -2552 -7396 1042 O +ATOM 16594 CB THR H 37 105.922 53.959 112.564 1.00120.17 C +ANISOU16594 CB THR H 37 14643 14873 16141 -2372 -6811 1007 C +ATOM 16595 OG1 THR H 37 104.804 53.063 112.591 1.00122.62 O +ANISOU16595 OG1 THR H 37 14992 15329 16268 -2255 -6569 1012 O +ATOM 16596 CG2 THR H 37 106.791 53.646 111.349 1.00123.41 C +ANISOU16596 CG2 THR H 37 14494 15447 16950 -2301 -6850 1064 C +ATOM 16597 N GLY H 38 106.153 51.504 114.252 1.00127.46 N +ANISOU16597 N GLY H 38 15904 15720 16807 -2491 -7230 1047 N +ATOM 16598 CA GLY H 38 106.385 50.089 114.456 1.00133.04 C +ANISOU16598 CA GLY H 38 16522 16459 17568 -2432 -7220 1087 C +ATOM 16599 C GLY H 38 105.638 49.568 115.666 1.00 98.65 C +ANISOU16599 C GLY H 38 12587 12043 12854 -2531 -7348 1117 C +ATOM 16600 O GLY H 38 104.946 50.300 116.372 1.00 99.74 O +ANISOU16600 O GLY H 38 13118 12122 12655 -2632 -7400 1083 O +ATOM 16601 N VAL H 39 105.793 48.262 115.905 1.00105.66 N +ANISOU16601 N VAL H 39 13396 12946 13806 -2490 -7357 1174 N +ATOM 16602 CA VAL H 39 105.220 47.659 117.108 1.00108.46 C +ANISOU16602 CA VAL H 39 14128 13246 13838 -2592 -7489 1233 C +ATOM 16603 C VAL H 39 105.756 48.362 118.346 1.00123.79 C +ANISOU16603 C VAL H 39 16512 14991 15532 -2787 -7740 1215 C +ATOM 16604 O VAL H 39 105.009 48.671 119.281 1.00130.26 O +ANISOU16604 O VAL H 39 17760 15789 15946 -2895 -7808 1206 O +ATOM 16605 CB VAL H 39 105.520 46.149 117.161 1.00109.50 C +ANISOU16605 CB VAL H 39 14066 13388 14151 -2529 -7492 1311 C +ATOM 16606 CG1 VAL H 39 104.857 45.519 118.389 1.00101.76 C +ANISOU16606 CG1 VAL H 39 13455 12370 12839 -2638 -7621 1403 C +ATOM 16607 CG2 VAL H 39 105.057 45.450 115.889 1.00 97.17 C +ANISOU16607 CG2 VAL H 39 12056 12018 12847 -2327 -7227 1292 C +ATOM 16608 N ARG H 40 107.062 48.617 118.371 1.00123.10 N +ANISOU16608 N ARG H 40 16334 14770 15667 -2831 -7867 1203 N +ATOM 16609 CA ARG H 40 107.718 49.322 119.462 1.00123.50 C +ANISOU16609 CA ARG H 40 16757 14633 15535 -3009 -8105 1177 C +ATOM 16610 C ARG H 40 108.085 50.745 119.076 1.00130.03 C +ANISOU16610 C ARG H 40 17595 15385 16425 -3044 -8120 1078 C +ATOM 16611 O ARG H 40 108.783 51.417 119.839 1.00133.76 O +ANISOU16611 O ARG H 40 18322 15689 16811 -3181 -8313 1040 O +ATOM 16612 CB ARG H 40 108.973 48.569 119.892 1.00138.85 C +ANISOU16612 CB ARG H 40 18618 16461 17677 -3050 -8270 1255 C +ATOM 16613 CG ARG H 40 108.706 47.167 120.399 1.00146.49 C +ANISOU16613 CG ARG H 40 19594 17463 18602 -3041 -8300 1366 C +ATOM 16614 CD ARG H 40 110.001 46.470 120.747 1.00142.38 C +ANISOU16614 CD ARG H 40 18971 16815 18310 -3080 -8466 1446 C +ATOM 16615 NE ARG H 40 110.736 47.145 121.807 1.00156.89 N +ANISOU16615 NE ARG H 40 21136 18492 19984 -3256 -8708 1446 N +ATOM 16616 CZ ARG H 40 111.924 46.748 122.259 1.00157.57 C +ANISOU16616 CZ ARG H 40 21194 18448 20227 -3320 -8890 1519 C +ATOM 16617 NH1 ARG H 40 112.505 45.663 121.761 1.00148.88 N +ANISOU16617 NH1 ARG H 40 19770 17351 19445 -3224 -8857 1592 N +ATOM 16618 NH2 ARG H 40 112.537 47.445 123.206 1.00159.67 N +ANISOU16618 NH2 ARG H 40 21759 18580 20329 -3480 -9103 1510 N +ATOM 16619 N CYS H 41 107.641 51.210 117.904 1.00128.62 N +ANISOU16619 N CYS H 41 17130 15328 16410 -2926 -7923 1043 N +ATOM 16620 CA CYS H 41 108.015 52.518 117.378 1.00111.13 C +ANISOU16620 CA CYS H 41 14847 13049 14328 -2949 -7927 976 C +ATOM 16621 C CYS H 41 109.421 52.449 116.812 1.00107.36 C +ANISOU16621 C CYS H 41 14033 12527 14234 -2907 -7954 1016 C +ATOM 16622 O CYS H 41 110.174 53.428 116.843 1.00124.70 O +ANISOU16622 O CYS H 41 16265 14589 16526 -2983 -8066 986 O +ATOM 16623 CB CYS H 41 107.892 53.588 118.460 1.00108.82 C +ANISOU16623 CB CYS H 41 15060 12572 13713 -3130 -8114 876 C +ATOM 16624 SG CYS H 41 106.251 53.539 119.150 1.00114.63 S +ANISOU16624 SG CYS H 41 16211 13385 13958 -3105 -7880 818 S +ATOM 16625 N GLU H 42 109.751 51.288 116.259 1.00104.17 N +ANISOU16625 N GLU H 42 13300 12236 14043 -2780 -7840 1077 N +ATOM 16626 CA GLU H 42 111.111 50.967 115.867 1.00104.55 C +ANISOU16626 CA GLU H 42 13080 12245 14398 -2740 -7867 1111 C +ATOM 16627 C GLU H 42 111.442 51.366 114.432 1.00110.04 C +ANISOU16627 C GLU H 42 13333 13085 15390 -2602 -7650 1096 C +ATOM 16628 O GLU H 42 112.608 51.278 114.035 1.00116.40 O +ANISOU16628 O GLU H 42 13928 13870 16430 -2571 -7659 1114 O +ATOM 16629 CB GLU H 42 111.369 49.459 116.082 1.00105.35 C +ANISOU16629 CB GLU H 42 13088 12375 14566 -2684 -7867 1167 C +ATOM 16630 CG GLU H 42 110.537 48.504 115.223 1.00111.35 C +ANISOU16630 CG GLU H 42 13557 13349 15402 -2512 -7612 1160 C +ATOM 16631 CD GLU H 42 109.109 48.345 115.705 1.00129.55 C +ANISOU16631 CD GLU H 42 16099 15712 17412 -2535 -7585 1167 C +ATOM 16632 OE1 GLU H 42 108.741 48.995 116.706 1.00138.13 O +ANISOU16632 OE1 GLU H 42 17596 16683 18202 -2684 -7751 1164 O +ATOM 16633 OE2 GLU H 42 108.353 47.570 115.081 1.00131.79 O +ANISOU16633 OE2 GLU H 42 16168 16161 17743 -2403 -7390 1167 O +ATOM 16634 N HIS H 43 110.471 51.848 113.662 1.00111.28 N +ANISOU16634 N HIS H 43 13355 13397 15531 -2523 -7456 1070 N +ATOM 16635 CA HIS H 43 110.646 52.074 112.234 1.00117.39 C +ANISOU16635 CA HIS H 43 13678 14364 16561 -2374 -7203 1067 C +ATOM 16636 C HIS H 43 110.515 53.552 111.896 1.00107.70 C +ANISOU16636 C HIS H 43 12450 13103 15369 -2429 -7209 1070 C +ATOM 16637 O HIS H 43 109.621 54.240 112.399 1.00110.20 O +ANISOU16637 O HIS H 43 13039 13349 15484 -2518 -7287 1050 O +ATOM 16638 CB HIS H 43 109.631 51.275 111.419 1.00125.22 C +ANISOU16638 CB HIS H 43 14416 15608 17554 -2207 -6925 1052 C +ATOM 16639 CG HIS H 43 109.955 49.818 111.323 1.00142.08 C +ANISOU16639 CG HIS H 43 16405 17810 19769 -2111 -6858 1038 C +ATOM 16640 ND1 HIS H 43 109.490 48.892 112.230 1.00144.50 N +ANISOU16640 ND1 HIS H 43 16945 18043 19916 -2154 -6971 1058 N +ATOM 16641 CD2 HIS H 43 110.705 49.129 110.432 1.00140.91 C +ANISOU16641 CD2 HIS H 43 15910 17794 19836 -1980 -6694 1002 C +ATOM 16642 CE1 HIS H 43 109.941 47.693 111.904 1.00129.42 C +ANISOU16642 CE1 HIS H 43 14823 16195 18156 -2055 -6890 1043 C +ATOM 16643 NE2 HIS H 43 110.678 47.809 110.815 1.00123.37 N +ANISOU16643 NE2 HIS H 43 13714 15555 17605 -1947 -6720 996 N +ATOM 16644 N PHE H 44 111.415 54.031 111.041 1.00100.52 N +ANISOU16644 N PHE H 44 11240 12242 14709 -2380 -7127 1094 N +ATOM 16645 CA PHE H 44 111.330 55.392 110.529 1.00109.82 C +ANISOU16645 CA PHE H 44 12332 13411 15985 -2414 -7101 1122 C +ATOM 16646 C PHE H 44 110.208 55.495 109.502 1.00124.06 C +ANISOU16646 C PHE H 44 13861 15469 17809 -2280 -6810 1138 C +ATOM 16647 O PHE H 44 109.929 54.552 108.758 1.00132.29 O +ANISOU16647 O PHE H 44 14632 16746 18884 -2119 -6564 1123 O +ATOM 16648 CB PHE H 44 112.655 55.815 109.885 1.00 99.32 C +ANISOU16648 CB PHE H 44 10746 12079 14912 -2396 -7085 1164 C +ATOM 16649 CG PHE H 44 113.793 56.002 110.862 1.00109.57 C +ANISOU16649 CG PHE H 44 12304 13109 16219 -2542 -7386 1168 C +ATOM 16650 CD1 PHE H 44 113.720 55.525 112.162 1.00131.61 C +ANISOU16650 CD1 PHE H 44 15488 15719 18800 -2654 -7614 1133 C +ATOM 16651 CD2 PHE H 44 114.943 56.666 110.466 1.00109.97 C +ANISOU16651 CD2 PHE H 44 12199 13104 16482 -2567 -7432 1218 C +ATOM 16652 CE1 PHE H 44 114.772 55.702 113.039 1.00125.82 C +ANISOU16652 CE1 PHE H 44 14976 14759 18072 -2783 -7877 1144 C +ATOM 16653 CE2 PHE H 44 115.996 56.847 111.341 1.00105.71 C +ANISOU16653 CE2 PHE H 44 11881 12324 15958 -2697 -7705 1230 C +ATOM 16654 CZ PHE H 44 115.910 56.365 112.628 1.00110.96 C +ANISOU16654 CZ PHE H 44 12929 12815 16416 -2803 -7926 1191 C +ATOM 16655 N PHE H 45 109.566 56.657 109.460 1.00117.55 N +ANISOU16655 N PHE H 45 13103 14594 16968 -2347 -6837 1165 N +ATOM 16656 CA PHE H 45 108.489 56.880 108.501 1.00108.26 C +ANISOU16656 CA PHE H 45 11652 13655 15826 -2228 -6565 1211 C +ATOM 16657 C PHE H 45 109.059 57.040 107.095 1.00107.11 C +ANISOU16657 C PHE H 45 11020 13743 15935 -2082 -6282 1269 C +ATOM 16658 O PHE H 45 108.320 57.222 106.127 1.00109.39 O +ANISOU16658 O PHE H 45 11018 14270 16277 -1960 -6001 1318 O +ATOM 16659 CB PHE H 45 107.664 58.112 108.879 1.00120.63 C +ANISOU16659 CB PHE H 45 13496 15073 17265 -2282 -6483 1202 C +ATOM 16660 CG PHE H 45 106.362 58.217 108.135 1.00133.17 C +ANISOU16660 CG PHE H 45 14953 16873 18773 -2095 -6002 1224 C +ATOM 16661 CD1 PHE H 45 105.262 57.478 108.535 1.00126.07 C +ANISOU16661 CD1 PHE H 45 14271 16035 17595 -2008 -5795 1164 C +ATOM 16662 CD2 PHE H 45 106.239 59.052 107.036 1.00145.05 C +ANISOU16662 CD2 PHE H 45 16107 18521 20484 -2013 -5763 1320 C +ATOM 16663 CE1 PHE H 45 104.063 57.569 107.855 1.00123.92 C +ANISOU16663 CE1 PHE H 45 13875 15957 17253 -1839 -5358 1189 C +ATOM 16664 CE2 PHE H 45 105.041 59.147 106.350 1.00141.90 C +ANISOU16664 CE2 PHE H 45 15581 18323 20012 -1846 -5327 1351 C +ATOM 16665 CZ PHE H 45 103.952 58.405 106.761 1.00134.89 C +ANISOU16665 CZ PHE H 45 14917 17487 18846 -1758 -5125 1280 C +TER 16666 PHE H 45 +HETATM16667 C1 NAG I 1 102.584 -3.215 58.440 1.00 62.18 C +HETATM16668 C2 NAG I 1 101.314 -3.721 59.068 1.00 74.40 C +HETATM16669 C3 NAG I 1 100.210 -2.767 58.639 1.00 80.01 C +HETATM16670 C4 NAG I 1 100.589 -1.301 58.869 1.00 84.01 C +HETATM16671 C5 NAG I 1 102.034 -0.977 58.491 1.00 77.79 C +HETATM16672 C6 NAG I 1 102.446 0.406 58.985 1.00 68.71 C +HETATM16673 C7 NAG I 1 100.263 -5.853 59.321 1.00 89.61 C +HETATM16674 C8 NAG I 1 100.534 -7.321 59.197 1.00 89.11 C +HETATM16675 N2 NAG I 1 101.048 -5.063 58.611 1.00 75.46 N +HETATM16676 O3 NAG I 1 99.021 -3.081 59.367 1.00 88.37 O +HETATM16677 O4 NAG I 1 99.744 -0.472 58.066 1.00 92.86 O +HETATM16678 O5 NAG I 1 102.923 -1.962 59.004 1.00 70.49 O +HETATM16679 O6 NAG I 1 102.986 0.330 60.307 1.00 76.08 O +HETATM16680 O7 NAG I 1 99.382 -5.402 60.028 1.00115.63 O +HETATM16681 C1 NAG I 2 98.683 0.080 58.862 1.00101.10 C +HETATM16682 C2 NAG I 2 98.529 1.551 58.518 1.00 99.09 C +HETATM16683 C3 NAG I 2 97.399 2.183 59.318 1.00115.38 C +HETATM16684 C4 NAG I 2 96.124 1.352 59.282 1.00124.55 C +HETATM16685 C5 NAG I 2 96.409 -0.134 59.462 1.00115.19 C +HETATM16686 C6 NAG I 2 95.163 -0.952 59.161 1.00114.15 C +HETATM16687 C7 NAG I 2 100.338 3.038 57.915 1.00100.94 C +HETATM16688 C8 NAG I 2 100.747 4.383 58.433 1.00105.14 C +HETATM16689 N2 NAG I 2 99.767 2.237 58.804 1.00 91.88 N +HETATM16690 O3 NAG I 2 97.119 3.484 58.795 1.00116.98 O +HETATM16691 O4 NAG I 2 95.286 1.783 60.357 1.00126.63 O +HETATM16692 O5 NAG I 2 97.445 -0.559 58.584 1.00107.06 O +HETATM16693 O6 NAG I 2 94.990 -1.033 57.742 1.00112.43 O +HETATM16694 O7 NAG I 2 100.517 2.701 56.758 1.00111.37 O +HETATM16695 C1 BMA I 3 94.187 2.503 59.776 1.00123.67 C +HETATM16696 C2 BMA I 3 92.920 2.218 60.565 1.00126.57 C +HETATM16697 C3 BMA I 3 91.738 2.937 59.938 1.00135.32 C +HETATM16698 C4 BMA I 3 92.061 4.413 59.784 1.00136.35 C +HETATM16699 C5 BMA I 3 93.375 4.598 59.039 1.00133.64 C +HETATM16700 C6 BMA I 3 93.731 6.075 58.924 1.00135.33 C +HETATM16701 O2 BMA I 3 93.082 2.678 61.909 1.00123.82 O +HETATM16702 O3 BMA I 3 90.591 2.790 60.776 1.00141.62 O +HETATM16703 O4 BMA I 3 91.009 5.058 59.062 1.00132.69 O +HETATM16704 O5 BMA I 3 94.416 3.908 59.730 1.00126.22 O +HETATM16705 O6 BMA I 3 92.537 6.867 58.941 1.00135.96 O +HETATM16706 C1 MAN I 4 90.303 1.388 60.918 1.00150.48 C +HETATM16707 C2 MAN I 4 88.846 1.158 60.553 1.00150.07 C +HETATM16708 C3 MAN I 4 87.932 1.945 61.481 1.00152.84 C +HETATM16709 C4 MAN I 4 88.341 1.802 62.944 1.00154.50 C +HETATM16710 C5 MAN I 4 89.849 1.881 63.141 1.00148.04 C +HETATM16711 C6 MAN I 4 90.230 1.558 64.579 1.00131.67 C +HETATM16712 O2 MAN I 4 88.534 -0.234 60.664 1.00142.07 O +HETATM16713 O3 MAN I 4 86.592 1.470 61.314 1.00147.18 O +HETATM16714 O4 MAN I 4 87.738 2.855 63.699 1.00161.23 O +HETATM16715 O5 MAN I 4 90.488 0.965 62.262 1.00153.32 O +HETATM16716 O6 MAN I 4 90.783 2.726 65.193 1.00116.30 O +HETATM16717 C1 NAG J 1 82.789 -14.563 15.384 1.00 79.53 C +HETATM16718 C2 NAG J 1 81.330 -14.944 15.457 1.00 88.15 C +HETATM16719 C3 NAG J 1 80.516 -13.798 14.861 1.00 90.08 C +HETATM16720 C4 NAG J 1 80.984 -12.391 15.252 1.00 87.60 C +HETATM16721 C5 NAG J 1 82.492 -12.264 15.428 1.00 77.46 C +HETATM16722 C6 NAG J 1 82.849 -10.993 16.185 1.00 62.27 C +HETATM16723 C7 NAG J 1 81.183 -17.343 15.273 1.00 78.39 C +HETATM16724 C8 NAG J 1 80.879 -18.514 14.390 1.00 68.59 C +HETATM16725 N2 NAG J 1 81.096 -16.152 14.700 1.00 87.52 N +HETATM16726 O3 NAG J 1 79.148 -13.959 15.249 1.00 99.20 O +HETATM16727 O4 NAG J 1 80.605 -11.468 14.224 1.00 85.72 O +HETATM16728 O5 NAG J 1 82.989 -13.383 16.143 1.00 85.18 O +HETATM16729 O6 NAG J 1 82.271 -11.045 17.492 1.00 73.00 O +HETATM16730 O7 NAG J 1 81.492 -17.469 16.443 1.00 93.16 O +HETATM16731 C1 NAG J 2 79.370 -10.820 14.570 1.00 79.86 C +HETATM16732 C2 NAG J 2 79.435 -9.351 14.169 1.00 70.78 C +HETATM16733 C3 NAG J 2 78.107 -8.633 14.385 1.00 72.89 C +HETATM16734 C4 NAG J 2 76.898 -9.458 13.964 1.00 89.31 C +HETATM16735 C5 NAG J 2 77.036 -10.916 14.369 1.00 89.20 C +HETATM16736 C6 NAG J 2 75.898 -11.747 13.792 1.00 96.80 C +HETATM16737 C7 NAG J 2 81.489 -8.076 14.340 1.00 61.58 C +HETATM16738 C8 NAG J 2 82.041 -6.881 15.055 1.00 42.79 C +HETATM16739 N2 NAG J 2 80.465 -8.679 14.932 1.00 61.81 N +HETATM16740 O3 NAG J 2 78.105 -7.418 13.629 1.00 70.95 O +HETATM16741 O4 NAG J 2 75.747 -8.924 14.618 1.00114.44 O +HETATM16742 O5 NAG J 2 78.276 -11.424 13.897 1.00 85.20 O +HETATM16743 O6 NAG J 2 76.180 -12.060 12.424 1.00112.99 O +HETATM16744 O7 NAG J 2 81.949 -8.470 13.284 1.00 65.77 O +HETATM16745 C1 BMA J 3 74.910 -8.299 13.626 1.00137.57 C +HETATM16746 C2 BMA J 3 73.516 -8.051 14.194 1.00142.95 C +HETATM16747 C3 BMA J 3 72.616 -7.242 13.253 1.00147.64 C +HETATM16748 C4 BMA J 3 73.357 -6.168 12.461 1.00141.00 C +HETATM16749 C5 BMA J 3 74.776 -6.551 12.076 1.00143.14 C +HETATM16750 C6 BMA J 3 75.517 -5.328 11.557 1.00129.53 C +HETATM16751 O2 BMA J 3 73.656 -7.376 15.449 1.00151.32 O +HETATM16752 O3 BMA J 3 71.607 -6.558 14.006 1.00158.17 O +HETATM16753 O4 BMA J 3 72.622 -5.894 11.263 1.00126.58 O +HETATM16754 O5 BMA J 3 75.461 -7.057 13.213 1.00152.37 O +HETATM16755 O6 BMA J 3 75.855 -4.475 12.656 1.00124.75 O +HETATM16756 C1 MAN J 4 70.255 -6.927 13.583 1.00167.77 C +HETATM16757 C2 MAN J 4 69.169 -6.260 14.406 1.00170.79 C +HETATM16758 C3 MAN J 4 68.999 -7.024 15.709 1.00165.59 C +HETATM16759 C4 MAN J 4 68.759 -8.505 15.441 1.00167.17 C +HETATM16760 C5 MAN J 4 69.701 -9.085 14.389 1.00164.78 C +HETATM16761 C6 MAN J 4 69.168 -10.432 13.925 1.00156.92 C +HETATM16762 O2 MAN J 4 67.940 -6.271 13.674 1.00173.45 O +HETATM16763 O3 MAN J 4 67.886 -6.494 16.437 1.00158.92 O +HETATM16764 O4 MAN J 4 68.922 -9.230 16.664 1.00171.19 O +HETATM16765 O5 MAN J 4 69.805 -8.235 13.248 1.00168.36 O +HETATM16766 O6 MAN J 4 67.914 -10.231 13.262 1.00146.27 O +HETATM16767 C1 MAN J 5 76.883 -3.583 12.201 1.00138.18 C +HETATM16768 C2 MAN J 5 78.211 -4.320 12.000 1.00146.76 C +HETATM16769 C3 MAN J 5 79.357 -3.893 12.921 1.00153.59 C +HETATM16770 C4 MAN J 5 79.242 -2.432 13.306 1.00156.51 C +HETATM16771 C5 MAN J 5 77.872 -2.211 13.907 1.00153.93 C +HETATM16772 C6 MAN J 5 77.792 -0.834 14.551 1.00155.80 C +HETATM16773 O2 MAN J 5 78.590 -4.169 10.624 1.00153.77 O +HETATM16774 O3 MAN J 5 80.628 -4.118 12.294 1.00149.58 O +HETATM16775 O4 MAN J 5 80.248 -2.097 14.265 1.00163.68 O +HETATM16776 O5 MAN J 5 76.922 -2.313 12.855 1.00148.09 O +HETATM16777 O6 MAN J 5 76.423 -0.427 14.634 1.00161.90 O +HETATM16778 C1 NAG K 1 92.423 -38.023 21.437 1.00120.21 C +HETATM16779 C2 NAG K 1 93.462 -37.510 20.450 1.00137.40 C +HETATM16780 C3 NAG K 1 94.572 -38.522 20.223 1.00151.32 C +HETATM16781 C4 NAG K 1 95.202 -38.926 21.545 1.00156.73 C +HETATM16782 C5 NAG K 1 94.127 -39.318 22.552 1.00145.59 C +HETATM16783 C6 NAG K 1 94.745 -39.510 23.930 1.00134.70 C +HETATM16784 C7 NAG K 1 93.364 -36.271 18.372 1.00148.53 C +HETATM16785 C8 NAG K 1 93.060 -36.467 16.918 1.00161.16 C +HETATM16786 N2 NAG K 1 92.830 -37.170 19.192 1.00146.47 N +HETATM16787 O3 NAG K 1 95.570 -37.941 19.378 1.00156.41 O +HETATM16788 O4 NAG K 1 96.060 -40.050 21.316 1.00163.65 O +HETATM16789 O5 NAG K 1 93.108 -38.323 22.651 1.00132.92 O +HETATM16790 O6 NAG K 1 94.940 -38.233 24.548 1.00123.80 O +HETATM16791 O7 NAG K 1 94.054 -35.349 18.774 1.00139.59 O +HETATM16792 C1 NAG K 2 97.408 -39.757 21.730 1.00165.03 C +HETATM16793 C2 NAG K 2 98.050 -41.050 22.224 1.00161.57 C +HETATM16794 C3 NAG K 2 99.535 -40.888 22.532 1.00170.69 C +HETATM16795 C4 NAG K 2 100.253 -40.160 21.403 1.00175.48 C +HETATM16796 C5 NAG K 2 99.504 -38.881 21.064 1.00166.19 C +HETATM16797 C6 NAG K 2 100.210 -38.117 19.953 1.00159.23 C +HETATM16798 C7 NAG K 2 96.478 -42.514 23.345 1.00150.27 C +HETATM16799 C8 NAG K 2 96.338 -43.348 24.583 1.00140.36 C +HETATM16800 N2 NAG K 2 97.363 -41.524 23.409 1.00153.74 N +HETATM16801 O3 NAG K 2 100.110 -42.185 22.720 1.00174.53 O +HETATM16802 O4 NAG K 2 101.600 -39.845 21.781 1.00190.30 O +HETATM16803 O5 NAG K 2 98.180 -39.220 20.657 1.00166.20 O +HETATM16804 O6 NAG K 2 101.527 -37.760 20.389 1.00158.38 O +HETATM16805 O7 NAG K 2 95.822 -42.727 22.340 1.00158.47 O +HETATM16806 C1 BMA K 3 102.489 -40.749 21.097 1.00195.34 C +HETATM16807 C2 BMA K 3 103.911 -40.209 21.067 1.00181.38 C +HETATM16808 C3 BMA K 3 104.793 -41.128 20.234 1.00171.79 C +HETATM16809 C4 BMA K 3 104.635 -42.586 20.657 1.00174.96 C +HETATM16810 C5 BMA K 3 103.176 -42.987 20.865 1.00174.22 C +HETATM16811 C6 BMA K 3 103.082 -44.367 21.505 1.00163.35 C +HETATM16812 O2 BMA K 3 104.436 -40.143 22.396 1.00178.64 O +HETATM16813 O3 BMA K 3 106.159 -40.732 20.393 1.00159.00 O +HETATM16814 O4 BMA K 3 105.203 -43.430 19.650 1.00174.75 O +HETATM16815 O5 BMA K 3 102.515 -42.039 21.698 1.00191.29 O +HETATM16816 O6 BMA K 3 101.787 -44.544 22.093 1.00149.81 O +HETATM16817 C1 NAG L 1 46.335 14.939 67.758 1.00124.11 C +HETATM16818 C2 NAG L 1 46.722 13.583 67.186 1.00135.90 C +HETATM16819 C3 NAG L 1 48.122 13.603 66.592 1.00138.77 C +HETATM16820 C4 NAG L 1 49.130 14.157 67.593 1.00146.54 C +HETATM16821 C5 NAG L 1 48.510 15.202 68.508 1.00141.21 C +HETATM16822 C6 NAG L 1 49.546 16.230 68.941 1.00133.72 C +HETATM16823 C7 NAG L 1 46.721 12.957 69.518 1.00156.74 C +HETATM16824 C8 NAG L 1 45.405 13.145 70.214 1.00156.24 C +HETATM16825 N2 NAG L 1 46.652 12.594 68.240 1.00149.22 N +HETATM16826 O3 NAG L 1 48.116 14.413 65.413 1.00134.81 O +HETATM16827 O4 NAG L 1 49.640 13.092 68.395 1.00151.27 O +HETATM16828 O5 NAG L 1 47.437 15.835 67.819 1.00131.89 O +HETATM16829 O6 NAG L 1 50.531 15.586 69.755 1.00122.80 O +HETATM16830 O7 NAG L 1 47.786 13.129 70.086 1.00159.41 O +HETATM16831 C1 NAG L 2 50.926 12.751 67.861 1.00153.48 C +HETATM16832 C2 NAG L 2 51.795 12.135 68.941 1.00147.44 C +HETATM16833 C3 NAG L 2 53.188 11.885 68.384 1.00150.51 C +HETATM16834 C4 NAG L 2 53.123 11.114 67.068 1.00154.92 C +HETATM16835 C5 NAG L 2 52.085 11.695 66.110 1.00159.74 C +HETATM16836 C6 NAG L 2 51.924 10.819 64.868 1.00161.85 C +HETATM16837 C7 NAG L 2 51.429 12.637 71.285 1.00121.37 C +HETATM16838 C8 NAG L 2 52.375 11.770 72.060 1.00123.52 C +HETATM16839 N2 NAG L 2 51.856 13.020 70.086 1.00135.70 N +HETATM16840 O3 NAG L 2 53.950 11.141 69.340 1.00150.05 O +HETATM16841 O4 NAG L 2 54.410 11.151 66.440 1.00153.59 O +HETATM16842 O5 NAG L 2 50.832 11.842 66.773 1.00160.41 O +HETATM16843 O6 NAG L 2 50.878 9.854 65.043 1.00158.73 O +HETATM16844 O7 NAG L 2 50.341 12.970 71.725 1.00106.69 O +HETATM16845 C1 NAG M 1 71.598 25.436 76.158 1.00 81.42 C +HETATM16846 C2 NAG M 1 70.183 25.955 76.051 1.00 98.56 C +HETATM16847 C3 NAG M 1 69.266 24.885 76.614 1.00110.89 C +HETATM16848 C4 NAG M 1 69.496 23.563 75.884 1.00108.13 C +HETATM16849 C5 NAG M 1 70.980 23.214 75.762 1.00106.81 C +HETATM16850 C6 NAG M 1 71.178 22.043 74.809 1.00119.60 C +HETATM16851 C7 NAG M 1 69.834 28.326 76.115 1.00109.89 C +HETATM16852 C8 NAG M 1 71.025 29.224 75.971 1.00107.08 C +HETATM16853 N2 NAG M 1 70.043 27.195 76.775 1.00100.47 N +HETATM16854 O3 NAG M 1 67.907 25.314 76.474 1.00124.20 O +HETATM16855 O4 NAG M 1 68.846 22.500 76.591 1.00109.50 O +HETATM16856 O5 NAG M 1 71.742 24.323 75.290 1.00 89.55 O +HETATM16857 O6 NAG M 1 70.781 20.833 75.461 1.00128.09 O +HETATM16858 O7 NAG M 1 68.743 28.607 75.651 1.00115.21 O +HETATM16859 C1 NAG M 2 67.630 22.160 75.905 1.00116.01 C +HETATM16860 C2 NAG M 2 67.298 20.694 76.124 1.00122.92 C +HETATM16861 C3 NAG M 2 66.043 20.332 75.341 1.00130.56 C +HETATM16862 C4 NAG M 2 64.904 21.301 75.629 1.00131.95 C +HETATM16863 C5 NAG M 2 65.370 22.753 75.572 1.00130.58 C +HETATM16864 C6 NAG M 2 64.292 23.692 76.093 1.00144.06 C +HETATM16865 C7 NAG M 2 68.544 18.614 76.117 1.00118.52 C +HETATM16866 C8 NAG M 2 68.786 17.601 75.039 1.00114.30 C +HETATM16867 N2 NAG M 2 68.412 19.870 75.704 1.00119.90 N +HETATM16868 O3 NAG M 2 65.623 19.007 75.680 1.00127.38 O +HETATM16869 O4 NAG M 2 63.884 21.089 74.648 1.00130.68 O +HETATM16870 O5 NAG M 2 66.534 22.936 76.371 1.00119.06 O +HETATM16871 O6 NAG M 2 63.719 23.130 77.279 1.00156.14 O +HETATM16872 O7 NAG M 2 68.474 18.307 77.296 1.00119.86 O +HETATM16873 C1 BMA M 3 62.706 20.653 75.341 1.00142.35 C +HETATM16874 C2 BMA M 3 61.487 21.154 74.590 1.00150.99 C +HETATM16875 C3 BMA M 3 60.228 20.768 75.344 1.00159.83 C +HETATM16876 C4 BMA M 3 60.219 19.270 75.617 1.00167.93 C +HETATM16877 C5 BMA M 3 61.529 18.824 76.254 1.00162.17 C +HETATM16878 C6 BMA M 3 61.558 17.311 76.428 1.00159.45 C +HETATM16879 O2 BMA M 3 61.462 20.551 73.294 1.00148.12 O +HETATM16880 O3 BMA M 3 59.088 21.139 74.566 1.00157.52 O +HETATM16881 O4 BMA M 3 59.135 18.951 76.495 1.00173.47 O +HETATM16882 O5 BMA M 3 62.629 19.235 75.444 1.00151.50 O +HETATM16883 O6 BMA M 3 62.905 16.878 76.649 1.00156.54 O +HETATM16884 C1 MAN M 4 58.629 22.415 75.040 1.00148.34 C +HETATM16885 C2 MAN M 4 57.112 22.438 75.000 1.00151.41 C +HETATM16886 C3 MAN M 4 56.652 22.232 73.568 1.00152.47 C +HETATM16887 C4 MAN M 4 57.290 23.287 72.676 1.00146.68 C +HETATM16888 C5 MAN M 4 58.802 23.323 72.864 1.00141.95 C +HETATM16889 C6 MAN M 4 59.413 24.475 72.078 1.00141.26 C +HETATM16890 O2 MAN M 4 56.649 23.707 75.473 1.00146.71 O +HETATM16891 O3 MAN M 4 55.226 22.328 73.497 1.00153.59 O +HETATM16892 O4 MAN M 4 56.985 23.000 71.307 1.00142.61 O +HETATM16893 O5 MAN M 4 59.121 23.487 74.244 1.00139.74 O +HETATM16894 O6 MAN M 4 59.795 24.019 70.776 1.00141.34 O +HETATM16895 C1 NAG N 1 90.025 55.240 94.149 1.00 94.60 C +HETATM16896 C2 NAG N 1 90.991 56.400 94.000 1.00114.78 C +HETATM16897 C3 NAG N 1 90.285 57.562 93.316 1.00123.01 C +HETATM16898 C4 NAG N 1 89.449 57.105 92.124 1.00130.53 C +HETATM16899 C5 NAG N 1 88.602 55.877 92.436 1.00114.55 C +HETATM16900 C6 NAG N 1 87.837 55.394 91.210 1.00 98.50 C +HETATM16901 C7 NAG N 1 92.742 57.132 95.504 1.00124.53 C +HETATM16902 C8 NAG N 1 93.302 56.723 96.833 1.00119.14 C +HETATM16903 N2 NAG N 1 91.466 56.823 95.300 1.00117.86 N +HETATM16904 O3 NAG N 1 91.268 58.499 92.864 1.00123.63 O +HETATM16905 O4 NAG N 1 88.593 58.175 91.716 1.00151.43 O +HETATM16906 O5 NAG N 1 89.461 54.846 92.906 1.00111.63 O +HETATM16907 O6 NAG N 1 88.692 54.593 90.387 1.00 92.48 O +HETATM16908 O7 NAG N 1 93.412 57.709 94.663 1.00137.06 O +HETATM16909 C1 NAG N 2 88.934 58.496 90.359 1.00156.88 C +HETATM16910 C2 NAG N 2 87.840 59.323 89.713 1.00158.36 C +HETATM16911 C3 NAG N 2 88.144 59.483 88.232 1.00157.41 C +HETATM16912 C4 NAG N 2 89.598 59.869 87.973 1.00149.95 C +HETATM16913 C5 NAG N 2 90.606 59.198 88.903 1.00147.90 C +HETATM16914 C6 NAG N 2 91.958 59.897 88.821 1.00136.30 C +HETATM16915 C7 NAG N 2 85.434 59.265 89.488 1.00162.18 C +HETATM16916 C8 NAG N 2 84.174 58.776 90.137 1.00159.47 C +HETATM16917 N2 NAG N 2 86.556 58.681 89.895 1.00159.87 N +HETATM16918 O3 NAG N 2 87.289 60.494 87.686 1.00164.62 O +HETATM16919 O4 NAG N 2 89.924 59.501 86.631 1.00143.46 O +HETATM16920 O5 NAG N 2 90.146 59.226 90.249 1.00160.23 O +HETATM16921 O6 NAG N 2 92.750 59.549 89.962 1.00126.08 O +HETATM16922 O7 NAG N 2 85.432 60.143 88.642 1.00164.36 O +HETATM16923 C1 NAG O 1 115.750 39.104 117.027 1.00123.33 C +HETATM16924 C2 NAG O 1 114.391 39.718 117.292 1.00147.62 C +HETATM16925 C3 NAG O 1 113.790 38.908 118.436 1.00147.29 C +HETATM16926 C4 NAG O 1 113.755 37.421 118.061 1.00138.47 C +HETATM16927 C5 NAG O 1 115.122 36.929 117.582 1.00121.91 C +HETATM16928 C6 NAG O 1 115.042 35.504 117.056 1.00111.12 C +HETATM16929 C7 NAG O 1 115.083 41.570 118.685 1.00179.63 C +HETATM16930 C8 NAG O 1 115.293 43.052 118.769 1.00180.33 C +HETATM16931 N2 NAG O 1 114.479 41.133 117.591 1.00165.74 N +HETATM16932 O3 NAG O 1 112.476 39.390 118.737 1.00148.41 O +HETATM16933 O4 NAG O 1 113.350 36.616 119.180 1.00145.25 O +HETATM16934 O5 NAG O 1 115.641 37.770 116.554 1.00124.02 O +HETATM16935 O6 NAG O 1 114.544 35.522 115.715 1.00109.07 O +HETATM16936 O7 NAG O 1 115.441 40.805 119.560 1.00189.98 O +HETATM16937 C1 NAG O 2 111.967 36.228 119.050 1.00151.12 C +HETATM16938 C2 NAG O 2 111.748 34.835 119.624 1.00154.00 C +HETATM16939 C3 NAG O 2 110.293 34.418 119.429 1.00145.74 C +HETATM16940 C4 NAG O 2 109.330 35.457 119.999 1.00144.28 C +HETATM16941 C5 NAG O 2 109.728 36.874 119.571 1.00150.89 C +HETATM16942 C6 NAG O 2 108.970 37.948 120.349 1.00151.39 C +HETATM16943 C7 NAG O 2 112.463 33.414 117.782 1.00170.16 C +HETATM16944 C8 NAG O 2 113.431 32.360 117.330 1.00155.50 C +HETATM16945 N2 NAG O 2 112.652 33.879 119.013 1.00163.88 N +HETATM16946 O3 NAG O 2 110.061 33.158 120.068 1.00134.11 O +HETATM16947 O4 NAG O 2 108.002 35.130 119.555 1.00135.06 O +HETATM16948 O5 NAG O 2 111.121 37.106 119.782 1.00155.78 O +HETATM16949 O6 NAG O 2 109.604 39.223 120.197 1.00153.17 O +HETATM16950 O7 NAG O 2 111.564 33.819 117.064 1.00185.75 O +HETATM16951 C1 BMA O 3 107.183 34.843 120.700 1.00135.15 C +HETATM16952 C2 BMA O 3 105.842 35.550 120.540 1.00142.01 C +HETATM16953 C3 BMA O 3 104.912 35.209 121.693 1.00145.29 C +HETATM16954 C4 BMA O 3 104.804 33.700 121.822 1.00141.43 C +HETATM16955 C5 BMA O 3 106.201 33.130 122.011 1.00139.44 C +HETATM16956 C6 BMA O 3 106.161 31.621 122.212 1.00141.98 C +HETATM16957 O2 BMA O 3 105.226 35.138 119.317 1.00144.14 O +HETATM16958 O3 BMA O 3 103.625 35.793 121.470 1.00149.15 O +HETATM16959 O4 BMA O 3 103.984 33.359 122.942 1.00137.96 O +HETATM16960 O5 BMA O 3 106.980 33.442 120.859 1.00137.44 O +HETATM16961 O6 BMA O 3 104.914 31.257 122.814 1.00141.15 O +HETATM16962 C1 MAN O 4 103.626 37.060 122.147 1.00148.00 C +HETATM16963 C2 MAN O 4 104.049 36.842 123.592 1.00137.88 C +HETATM16964 C3 MAN O 4 102.980 36.073 124.353 1.00128.34 C +HETATM16965 C4 MAN O 4 101.619 36.728 124.175 1.00133.81 C +HETATM16966 C5 MAN O 4 101.316 36.987 122.706 1.00140.32 C +HETATM16967 C6 MAN O 4 100.024 37.783 122.583 1.00133.38 C +HETATM16968 O2 MAN O 4 104.263 38.110 124.219 1.00138.11 O +HETATM16969 O3 MAN O 4 103.313 36.045 125.743 1.00114.55 O +HETATM16970 O4 MAN O 4 100.607 35.876 124.720 1.00126.62 O +HETATM16971 O5 MAN O 4 102.371 37.733 122.104 1.00147.33 O +HETATM16972 O6 MAN O 4 99.975 38.755 123.634 1.00121.40 O +HETATM16973 C1 NAG A3201 87.935 -21.451 88.623 1.00118.00 C +HETATM16974 C2 NAG A3201 88.151 -22.900 88.201 1.00138.41 C +HETATM16975 C3 NAG A3201 88.023 -23.871 89.373 1.00136.30 C +HETATM16976 C4 NAG A3201 88.782 -23.376 90.597 1.00136.94 C +HETATM16977 C5 NAG A3201 88.440 -21.917 90.854 1.00137.39 C +HETATM16978 C6 NAG A3201 89.123 -21.374 92.106 1.00128.04 C +HETATM16979 C7 NAG A3201 87.601 -23.316 85.889 1.00143.83 C +HETATM16980 C8 NAG A3201 86.843 -24.282 85.029 1.00136.38 C +HETATM16981 N2 NAG A3201 87.210 -23.247 87.156 1.00154.07 N +HETATM16982 O3 NAG A3201 88.537 -25.149 88.988 1.00128.39 O +HETATM16983 O4 NAG A3201 88.438 -24.172 91.734 1.00133.68 O +HETATM16984 O5 NAG A3201 88.830 -21.180 89.699 1.00136.66 O +HETATM16985 O6 NAG A3201 90.506 -21.112 91.848 1.00113.89 O +HETATM16986 O7 NAG A3201 88.519 -22.638 85.458 1.00136.10 O +HETATM16987 C1 NAG A3206 117.137 -20.976 52.045 1.00132.47 C +HETATM16988 C2 NAG A3206 116.799 -19.961 50.958 1.00149.94 C +HETATM16989 C3 NAG A3206 116.133 -20.639 49.769 1.00169.71 C +HETATM16990 C4 NAG A3206 116.962 -21.831 49.315 1.00162.26 C +HETATM16991 C5 NAG A3206 117.235 -22.752 50.495 1.00146.65 C +HETATM16992 C6 NAG A3206 118.052 -23.962 50.063 1.00138.86 C +HETATM16993 C7 NAG A3206 116.432 -17.735 51.832 1.00135.03 C +HETATM16994 C8 NAG A3206 115.436 -16.724 52.316 1.00124.75 C +HETATM16995 N2 NAG A3206 115.937 -18.918 51.481 1.00140.90 N +HETATM16996 O3 NAG A3206 116.011 -19.707 48.691 1.00193.25 O +HETATM16997 O4 NAG A3206 116.261 -22.544 48.290 1.00166.72 O +HETATM16998 O5 NAG A3206 117.938 -22.022 51.496 1.00141.02 O +HETATM16999 O6 NAG A3206 117.236 -24.810 49.248 1.00130.30 O +HETATM17000 O7 NAG A3206 117.626 -17.490 51.765 1.00138.45 O +HETATM17001 C1 NAG A3207 113.647 -24.662 59.076 1.00158.27 C +HETATM17002 C2 NAG A3207 112.637 -24.666 57.929 1.00162.09 C +HETATM17003 C3 NAG A3207 113.286 -25.055 56.608 1.00151.97 C +HETATM17004 C4 NAG A3207 114.786 -24.830 56.700 1.00142.77 C +HETATM17005 C5 NAG A3207 115.366 -25.771 57.748 1.00148.30 C +HETATM17006 C6 NAG A3207 116.854 -25.520 57.966 1.00132.79 C +HETATM17007 C7 NAG A3207 110.479 -25.129 58.950 1.00141.76 C +HETATM17008 C8 NAG A3207 109.457 -26.174 59.285 1.00134.62 C +HETATM17009 N2 NAG A3207 111.528 -25.549 58.244 1.00160.68 N +HETATM17010 O3 NAG A3207 112.739 -24.263 55.549 1.00147.21 O +HETATM17011 O4 NAG A3207 115.402 -25.067 55.430 1.00127.52 O +HETATM17012 O5 NAG A3207 114.674 -25.657 58.997 1.00164.42 O +HETATM17013 O6 NAG A3207 117.546 -26.773 57.987 1.00124.77 O +HETATM17014 O7 NAG A3207 110.351 -23.969 59.304 1.00129.35 O +HETATM17015 C1 NAG B 601 55.153 -2.192 12.082 1.00147.34 C +HETATM17016 C2 NAG B 601 55.562 -1.834 10.656 1.00156.59 C +HETATM17017 C3 NAG B 601 57.067 -1.637 10.542 1.00153.40 C +HETATM17018 C4 NAG B 601 57.539 -0.653 11.601 1.00140.12 C +HETATM17019 C5 NAG B 601 57.089 -1.117 12.980 1.00132.37 C +HETATM17020 C6 NAG B 601 57.539 -0.137 14.057 1.00135.81 C +HETATM17021 C7 NAG B 601 53.880 -2.909 9.276 1.00161.73 C +HETATM17022 C8 NAG B 601 53.467 -1.746 8.424 1.00160.58 C +HETATM17023 N2 NAG B 601 55.127 -2.869 9.739 1.00161.24 N +HETATM17024 O3 NAG B 601 57.388 -1.134 9.241 1.00155.81 O +HETATM17025 O4 NAG B 601 58.967 -0.561 11.568 1.00127.88 O +HETATM17026 O5 NAG B 601 55.667 -1.244 13.019 1.00150.83 O +HETATM17027 O6 NAG B 601 56.848 1.106 13.889 1.00128.69 O +HETATM17028 O7 NAG B 601 53.123 -3.831 9.528 1.00159.69 O +HETATM17029 C1 NAG B 602 56.756 -32.827 36.386 1.00 92.09 C +HETATM17030 C2 NAG B 602 57.010 -34.268 35.938 1.00111.39 C +HETATM17031 C3 NAG B 602 56.353 -35.253 36.900 1.00117.06 C +HETATM17032 C4 NAG B 602 56.801 -34.977 38.328 1.00116.31 C +HETATM17033 C5 NAG B 602 56.525 -33.521 38.684 1.00106.10 C +HETATM17034 C6 NAG B 602 57.028 -33.148 40.059 1.00100.05 C +HETATM17035 C7 NAG B 602 57.264 -34.238 33.499 1.00128.79 C +HETATM17036 C8 NAG B 602 56.606 -34.515 32.184 1.00133.64 C +HETATM17037 N2 NAG B 602 56.525 -34.482 34.585 1.00124.69 N +HETATM17038 O3 NAG B 602 56.706 -36.581 36.527 1.00119.72 O +HETATM17039 O4 NAG B 602 56.096 -35.824 39.228 1.00114.14 O +HETATM17040 O5 NAG B 602 57.190 -32.658 37.749 1.00 99.61 O +HETATM17041 O6 NAG B 602 56.319 -32.038 40.589 1.00 98.02 O +HETATM17042 O7 NAG B 602 58.411 -33.808 33.574 1.00122.69 O +HETATM17043 C1 NAG C 603 56.361 43.452 45.349 1.00 74.88 C +HETATM17044 C2 NAG C 603 57.161 44.709 45.648 1.00101.49 C +HETATM17045 C3 NAG C 603 56.779 45.807 44.668 1.00111.88 C +HETATM17046 C4 NAG C 603 57.001 45.322 43.241 1.00105.85 C +HETATM17047 C5 NAG C 603 56.277 43.997 42.995 1.00 88.45 C +HETATM17048 C6 NAG C 603 56.647 43.376 41.667 1.00 89.70 C +HETATM17049 C7 NAG C 603 57.759 44.749 48.022 1.00 87.39 C +HETATM17050 C8 NAG C 603 57.434 45.300 49.375 1.00 76.64 C +HETATM17051 N2 NAG C 603 56.971 45.151 47.019 1.00104.09 N +HETATM17052 O3 NAG C 603 57.568 46.966 44.917 1.00123.86 O +HETATM17053 O4 NAG C 603 56.511 46.295 42.326 1.00112.33 O +HETATM17054 O5 NAG C 603 56.619 43.029 44.003 1.00 81.15 O +HETATM17055 O6 NAG C 603 55.530 42.755 41.047 1.00 99.96 O +HETATM17056 O7 NAG C 603 58.698 43.980 47.843 1.00 80.61 O +HETATM17057 C1 NAG D 601 90.379 27.756 120.746 1.00127.88 C +HETATM17058 C2 NAG D 601 90.414 27.170 122.182 1.00142.24 C +HETATM17059 C3 NAG D 601 91.116 25.810 122.215 1.00144.65 C +HETATM17060 C4 NAG D 601 90.546 24.884 121.151 1.00146.93 C +HETATM17061 C5 NAG D 601 90.692 25.557 119.800 1.00148.93 C +HETATM17062 C6 NAG D 601 90.167 24.727 118.651 1.00148.48 C +HETATM17063 C7 NAG D 601 90.416 28.793 124.027 1.00158.13 C +HETATM17064 C8 NAG D 601 91.258 29.693 124.881 1.00148.96 C +HETATM17065 N2 NAG D 601 91.069 28.096 123.092 1.00153.44 N +HETATM17066 O3 NAG D 601 90.937 25.229 123.503 1.00141.54 O +HETATM17067 O4 NAG D 601 91.235 23.640 121.150 1.00143.49 O +HETATM17068 O5 NAG D 601 89.922 26.762 119.820 1.00143.58 O +HETATM17069 O6 NAG D 601 89.589 25.545 117.644 1.00144.41 O +HETATM17070 O7 NAG D 601 89.204 28.694 124.186 1.00166.71 O +HETATM17071 O HOH A3301 122.682 -22.227 65.857 1.00 56.21 O +HETATM17072 O HOH A3302 77.020 -2.437 65.097 1.00 70.95 O +HETATM17073 O HOH A3303 79.727 -2.285 95.106 1.00 67.12 O +HETATM17074 O HOH A3304 105.566 13.952 75.952 1.00 64.58 O +HETATM17075 O HOH A3305 96.416 -10.917 72.248 1.00 49.64 O +HETATM17076 O HOH B 701 77.615 -4.310 8.839 1.00136.28 O +HETATM17077 O HOH B 702 96.268 -38.641 31.795 1.00 96.84 O +HETATM17078 O HOH B 703 87.696 -36.573 26.848 1.00 40.98 O +HETATM17079 O HOH B 704 57.565 -5.539 32.787 1.00 52.33 O +HETATM17080 O HOH B 705 60.211 -9.483 46.573 1.00 39.37 O +HETATM17081 O HOH B 706 56.008 2.372 23.451 1.00 77.91 O +HETATM17082 O HOH B 707 71.773 -19.444 42.188 1.00 69.91 O +HETATM17083 O HOH B 708 24.324 -12.987 27.081 1.00 74.93 O +HETATM17084 O HOH B 709 68.701 -18.925 35.960 1.00 46.15 O +HETATM17085 O HOH B 710 58.693 -31.883 42.093 1.00 81.88 O +HETATM17086 O HOH B 711 54.296 -30.347 12.114 1.00 61.43 O +HETATM17087 O HOH B 712 64.612 0.197 40.677 1.00 42.83 O +HETATM17088 O HOH B 713 67.497 -21.315 22.092 1.00 67.97 O +HETATM17089 O HOH B 714 96.039 -24.021 22.149 1.00 67.95 O +HETATM17090 O HOH B 715 102.689 -24.058 33.506 1.00 48.96 O +HETATM17091 O HOH B 716 48.566 0.883 47.075 1.00 59.63 O +HETATM17092 O HOH B 717 69.850 -13.391 32.490 1.00 55.69 O +HETATM17093 O HOH B 718 81.063 -24.275 10.338 1.00 65.48 O +HETATM17094 O HOH B 719 82.373 -5.802 9.601 1.00102.73 O +HETATM17095 O HOH B 720 80.474 1.532 15.448 1.00 65.50 O +HETATM17096 O HOH C 701 39.214 33.868 42.553 1.00 66.41 O +HETATM17097 O HOH C 702 51.451 44.332 61.577 1.00 77.77 O +HETATM17098 O HOH C 703 43.460 13.950 47.455 1.00 80.16 O +HETATM17099 O HOH C 704 45.121 47.086 68.007 1.00 62.28 O +HETATM17100 O HOH C 705 41.280 46.675 58.379 1.00 49.48 O +HETATM17101 O HOH C 706 50.111 21.225 71.779 1.00 57.93 O +HETATM17102 O HOH C 707 54.702 21.873 76.892 1.00 87.30 O +HETATM17103 O HOH C 708 45.341 7.707 40.893 1.00 67.44 O +HETATM17104 O HOH C 709 73.277 51.776 66.436 1.00 77.18 O +HETATM17105 O HOH D 701 84.706 40.676 128.901 1.00 72.50 O +HETATM17106 O HOH D 702 123.150 46.463 88.055 1.00 70.21 O +HETATM17107 O HOH D 703 74.273 51.948 101.818 1.00 58.17 O +HETATM17108 O HOH D 704 103.004 46.144 80.893 1.00 62.90 O +HETATM17109 O HOH D 705 115.035 25.538 89.244 1.00 85.20 O +HETATM17110 O HOH E 101 100.545 -14.548 62.711 1.00 42.51 O +HETATM17111 O HOH F 101 72.350 -34.305 11.667 1.00 55.46 O +CONECT 45 263 +CONECT 24916973 +CONECT 263 45 +CONECT 1055 1295 +CONECT 1295 1055 +CONECT 1319 1377 +CONECT 1346 1436 +CONECT 1377 1319 +CONECT 1436 1346 +CONECT 1500 1556 +CONECT 1529 1609 +CONECT 1556 1500 +CONECT 1609 1529 +CONECT 1615 1668 +CONECT 1648 1726 +CONECT 1668 1615 +CONECT 1726 1648 +CONECT 1747 1824 +CONECT 1824 1747 +CONECT 1854 2044 +CONECT 2044 1854 +CONECT 2068 2156 +CONECT 2156 2068 +CONECT 2185 2300 +CONECT 2300 2185 +CONECT 2321 2343 +CONECT 2343 2321 +CONECT 2370 2560 +CONECT 247916667 +CONECT 2560 2370 +CONECT 296116987 +CONECT 321117001 +CONECT 3401 3629 +CONECT 3629 3401 +CONECT 3676 3737 +CONECT 3705 3803 +CONECT 3737 3676 +CONECT 3803 3705 +CONECT 3866 4084 +CONECT 407017029 +CONECT 4084 3866 +CONECT 4876 5113 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140 0 0 617103 8 578 176 +END diff --git a/test/86ca62df-b518-48e7-9115-1b0b800e5453.csv b/test/86ca62df-b518-48e7-9115-1b0b800e5453.csv new file mode 100644 index 0000000000000000000000000000000000000000..348d06530bf51ecf307eba04672ac4212657dfb6 --- /dev/null +++ b/test/86ca62df-b518-48e7-9115-1b0b800e5453.csv @@ -0,0 +1,13 @@ +,Brooklyn,Bronx,Queens,Staten Island,Manhattan +January,66,22,31,23,10 +February,12,30,12,45,10 +March,7,24,34,54,1 +April,50,41,65,35,43 +May,19,55,76,96,85 +June,4,42,32,12,22 +July,42,40,11,4,20 +August,8,12,41,12,45 +September,12,8,34,54,12 +October,50,1,22,13,12 +November,41,34,64,7,51 +December,51,23,31,24,61 \ No newline at end of file diff --git a/test/8b553092-3d44-4ab3-8d1e-932aabc1e143.png b/test/8b553092-3d44-4ab3-8d1e-932aabc1e143.png new file mode 100644 index 0000000000000000000000000000000000000000..a83dd2ebbfd1fbadb3c8ae664e4a5dfbfefb2c39 --- /dev/null +++ b/test/8b553092-3d44-4ab3-8d1e-932aabc1e143.png @@ -0,0 +1,3 @@ +version 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Metal,2.2,1.33,6.6339,6.51E+00,2125.15,4682,20,Klaproth,1789,0.278,5, +30,Zinc,Zn,65.38,35,30,30,4,12,solid,,yes,yes,,,Transition Metal,1.5,1.65,9.3942,7.13E+00,692.88,1180,15,Prehistoric,,0.388,4, +39,Yttrium,Y,88.906,50,39,39,5,3,solid,,yes,yes,,,Transition Metal,2.3,1.22,6.2173,4.47E+00,1799.15,3609,21,Gadolin,1794,0.298,5, +70,Ytterbium,Yb,173.054,103,70,70,6,,solid,,yes,yes,,,Lanthanide,2.4,1.1,6.2542,6.97E+00,1097.15,1469,16,Marignac,1878,0.155,6, +54,Xenon,Xe,131.293,77,54,54,5,18,gas,,yes,,yes,,Noble Gas,1.2,,12.1298,5.89E-03,161.45,165.03,31,Ramsay and Travers,1898,0.158,5,8 +74,Wolfram,W,183.84,110,74,74,6,6,solid,,yes,yes,,,Transition Metal,2,2.36,7.864,1.93E+01,3680.15,5828,22,J. and F. d'Elhuyar,1783,0.132,6, +23,Vanadium,V,50.942,28,23,23,4,5,solid,,yes,yes,,,Transition Metal,1.9,1.63,6.7462,6.11E+00,2175.15,3680,9,del Rio,1801,0.489,4, +92,Uranium,U,238.029,146,92,92,7,,solid,yes,yes,yes,,,Actinide,,1.38,6.1941,1.90E+01,1405.15,4404,15,Peligot,1841,0.116,7, +22,Titanium,Ti,47.867,26,22,22,4,4,solid,,yes,yes,,,Transition Metal,2,1.54,6.8281,4.54E+00,1933.15,3560,9,Gregor,1791,0.523,4, +50,Tin,Sn,118.71,69,50,50,5,14,solid,,yes,yes,,,Metal,1.7,1.96,7.3439,7.29E+00,505.21,2875,28,Prehistoric,,0.228,5,4 +69,Thulium,Tm,168.934,100,69,69,6,,solid,,yes,yes,,,Lanthanide,2.4,1.25,6.1843,9.32E+00,1818.15,2223,18,Cleve,1879,0.16,6, +90,Thorium,Th,232.038,142,90,90,7,,solid,yes,yes,yes,,,Actinide,,1.3,6.3067,1.17E+01,2028.15,5061,12,Berzelius,1828,0.113,7, +81,Thallium,Tl,204.383,123,81,81,6,13,solid,,yes,yes,,,Metal,2.1,2.04,6.1082,1.19E+01,577.15,1746,28,Crookes,1861,0.129,6,3 +65,Terbium,Tb,158.925,94,65,65,6,,solid,,yes,yes,,,Lanthanide,2.5,1.2,5.8638,8.23E+00,1630.15,3503,24,Mosander,1843,0.182,6, +117,Tennessine,Ts,295,178,117,117,7,17,artificial,yes,,,yes,,,,,,,,,,,2010,,7,7 +52,Tellurium,Te,127.6,76,52,52,5,16,solid,,yes,,,yes,Metalloid,1.4,2.1,9.0096,6.23E+00,722.8,1261,29,von Reichenstein,1782,0.202,5,6 +43,Technetium,Tc,98,55,43,43,5,7,artificial,yes,,yes,,,Transition Metal,2,1.9,7.28,1.15E+01,2473.15,5150,23,Perrier and Segr�,1937,,5, +73,Tantalum,Ta,180.948,108,73,73,6,5,solid,,yes,yes,,,Transition Metal,2.1,1.5,7.5496,1.67E+01,3269.15,5731,19,Ekeberg,1801,0.14,6, +16,Sulfur,S,32.065,16,16,16,3,16,solid,,yes,,yes,,Nonmetal,1.1,2.58,10.36,2.07E+00,388.51,717.8,10,Prehistoric,,0.71,3,6 +38,Strontium,Sr,87.62,50,38,38,5,2,solid,,yes,yes,,,Alkaline Earth Metal,2.5,0.95,5.6949,2.64E+00,1042.15,1655,18,Davy,1808,0.301,5,2 +11,Sodium,Na,22.99,12,11,11,3,1,solid,,yes,yes,,,Alkali Metal,2.2,0.93,5.1391,9.71E-01,371.15,1156,7,Davy,1807,1.228,3,1 +47,Silver,Ag,107.868,61,47,47,5,11,solid,,yes,yes,,,Transition Metal,1.8,1.93,7.5762,1.05E+01,1234.15,2435,27,Prehistoric,,0.235,5, +14,Silicon,Si,28.086,14,14,14,3,14,solid,,yes,,,yes,Metalloid,1.5,1.9,8.1517,2.33E+00,1683.15,3538,8,Berzelius,1824,0.705,3,4 +34,Selenium,Se,78.96,45,34,34,4,16,solid,,yes,,yes,,Nonmetal,1.2,2.55,9.7524,4.81E+00,494.15,958,20,Berzelius,1817,0.321,4,6 +106,Seaborgium,Sg,266,160,106,106,7,6,artificial,yes,,yes,,,Transactinide,,,,3.50E+01,,,,Ghiorso et al.,1974,,7, +21,Scandium,Sc,44.956,24,21,21,4,3,solid,,yes,yes,,,Transition Metal,2.1,1.36,6.5615,2.99E+00,1812.15,3109,15,Nilson,1878,0.568,4, +62,Samarium,Sm,150.36,88,62,62,6,,solid,,yes,yes,,,Lanthanide,2.6,1.17,5.6437,7.52E+00,1345.15,2067,17,Boisbaudran,1879,0.197,6, +104,Rutherfordium,Rf,261,157,104,104,7,4,artificial,yes,,yes,,,Transactinide,,,,1.81E+01,,,,Ghiorso et al.,1969,,7, +44,Ruthenium,Ru,101.07,57,44,44,5,8,solid,,yes,yes,,,Transition Metal,1.9,2.2,7.3605,1.24E+01,2523.15,4423,16,Klaus,1844,0.238,5, +37,Rubidium,Rb,85.468,48,37,37,5,1,solid,,yes,yes,,,Alkali Metal,3,0.82,4.1771,1.53E+00,312.79,961,20,Bunsen and Kirchoff,1861,0.363,5,1 +111,Roentgenium,Rg,272,161,111,111,7,11,artificial,yes,,yes,,,Transactinide,,,,,,,,,1994,,7, +45,Rhodium,Rh,102.906,58,45,45,5,9,solid,,yes,yes,,,Transition Metal,1.8,2.28,7.4589,1.24E+01,2239.15,3968,20,Wollaston,1803,0.243,5, +75,Rhenium,Re,186.207,111,75,75,6,7,solid,,yes,yes,,,Transition Metal,2,1.9,7.8335,2.10E+01,3453.15,5869,21,"Noddack, Berg, and Tacke",1925,0.137,6, +86,Radon,Rn,222,136,86,86,6,18,gas,yes,yes,yes,,,Alkali Metal,1.3,,10.7485,9.73E-03,202.15,211.3,20,Dorn,1900,0.094,6,8 +88,Radium,Ra,226,138,88,88,7,2,solid,yes,yes,yes,,,Actinide,,0.9,5.2784,5.50E+00,973.15,2010,15,Pierre and Marie Curie,1898,,7,2 +91,Protactinium,Pa,231.036,140,91,91,7,,solid,yes,yes,yes,,,Actinide,,1.5,5.89,1.54E+01,1873.15,4300,14,Hahn and Meitner,1917,,7, +61,Promethium,Pm,145,84,61,61,6,,artificial,yes,,yes,,,Lanthanide,2.6,1.13,5.582,7.26E+00,1204.15,3273,14,Marinsky et al.,1945,,6, +59,Praseodymium,Pr,140.908,82,59,59,6,,solid,,yes,yes,,,Lanthanide,2.7,1.13,5.473,6.77E+00,1204.15,3793,15,von Welsbach,1885,0.193,6, +19,Potassium,K,39.098,20,19,19,4,1,solid,,yes,yes,,,Alkali Metal,2.8,0.82,4.3407,8.62E-01,336.5,1032,10,Davy,1807,0.757,4,1 +84,Polonium,Po,210,126,84,84,6,16,solid,yes,yes,,,yes,Metalloid,1.5,2,8.417,9.32E+00,527.15,1235,34,Curie,1898,,6,6 +94,Plutonium,Pu,244,150,94,94,7,,artificial,yes,,yes,,,Actinide,,1.28,6.0262,1.98E+01,913.15,3501,163,Seaborg et al.,1940,,7, +78,Platinum,Pt,195.084,117,78,78,6,10,solid,,yes,yes,,,Transition Metal,1.8,2.28,8.9587,2.15E+01,2045.15,4098,32,Ulloa/Wood,1735,0.133,6, +15,Phosphorus,P,30.974,16,15,15,3,15,solid,,yes,,yes,,Nonmetal,1.2,2.19,10.4867,1.82E+00,317.25,553,7,BranBrand,1669,0.769,3,5 +46,Palladium,Pd,106.42,60,46,46,5,10,solid,,yes,yes,,,Transition Metal,1.8,2.2,8.3369,1.20E+01,1825.15,3236,21,Wollaston,1803,0.244,5, +8,Oxygen,O,15.999,8,8,8,2,16,gas,,yes,,yes,,Nonmetal,0.65,3.44,13.6181,1.43E-03,50.5,90.2,8,Priestley/Scheele,1774,0.918,2,6 +76,Osmium,Os,190.23,114,76,76,6,8,solid,,yes,yes,,,Transition Metal,1.9,2.2,8.4382,2.26E+01,3300.15,5285,19,Tennant,1803,0.13,6, +118,Oganesson,Og,294,176,118,118,7,18,artificial,yes,,,yes,,Noble Gas,,,,,,,,,2006,,, +102,Nobelium,No,259,157,102,102,7,,artificial,yes,,yes,,,Actinide,,1.3,6.65,,,,73,Ghiorso et al.,1958,,7, +7,Nitrogen,N,14.007,7,7,7,2,15,gas,,yes,,yes,,Nonmetal,0.75,3.04,14.5341,1.25E-03,63.29,77.36,8,Rutherford,1772,1.04,2,5 +41,Niobium,Nb,92.906,52,41,41,5,5,solid,,yes,yes,,,Transition Metal,2.1,1.6,6.7589,8.57E+00,2741.15,5017,24,Hatchett,1801,0.265,5, +113,Nihonium,Nh,284,171,113,113,7,13,artificial,yes,,yes,,,,,,,,,,,,2004,,7,3 +28,Nickel,Ni,58.693,31,28,28,4,10,solid,,yes,yes,,,Transition Metal,1.6,1.91,7.6398,8.91E+00,1726.15,3186,11,Cronstedt,1751,0.444,4, +93,Neptunium,Np,237,144,93,93,7,,artificial,yes,,yes,,,Actinide,,1.36,6.2657,2.05E+01,913.15,4273,153,McMillan and Abelson,1940,,7, +10,Neon,Ne,20.18,10,10,10,2,18,gas,,yes,,yes,,Noble Gas,0.51,,21.5645,9.00E-04,24.703,27.07,8,Ramsay and Travers,1898,1.03,2,8 +60,Neodymium,Nd,144.242,84,60,60,6,,solid,,yes,yes,,,Lanthanide,2.6,1.14,5.525,7.01E+00,1289.15,3347,16,von Welsbach,1885,0.19,6, +115,Moscovium,Mc,288,173,115,115,7,15,artificial,yes,,yes,,,,,,,,,,,,2010,,7,5 +42,Molybdenum,Mo,95.96,54,42,42,5,6,solid,,yes,yes,,,Transition Metal,2,2.16,7.0924,1.02E+01,2890.15,4912,20,Scheele,1778,0.251,5, +80,Mercury,Hg,200.59,121,80,80,6,12,liq,,yes,yes,,,Transition Metal,1.8,2,10.4375,1.35E+01,234.43,630,26,Prehistoric,,0.14,6, +101,Mendelevium,Md,258,157,101,101,7,,artificial,yes,,yes,,,Actinide,,1.3,6.58,,,,33,Ghiorso et al.,1955,,7, +109,Meitnerium,Mt,268,159,109,109,7,9,artificial,yes,,yes,,,Transactinide,,,,3.50E+01,,,,"GSI, Darmstadt, West Germany",1982,,7, +25,Manganese,Mn,54.938,30,25,25,4,7,solid,,yes,yes,,,Transition Metal,1.8,1.55,7.434,7.44E+00,1519.15,2334,11,"Gahn, Scheele",1774,0.479,4, +12,Magnesium,Mg,24.305,12,12,12,3,2,solid,,yes,yes,,,Alkaline Earth Metal,1.7,1.31,7.6462,1.74E+00,923.15,1363,8,Black,1755,1.023,3,2 +71,Lutetium,Lu,174.967,104,71,71,6,,solid,,yes,yes,,,Lanthanide,2.3,1.27,5.4259,9.84E+00,1936.15,3675,22,Urbain/ von Welsbach,1907,0.154,6, +116,Livermorium,Lv,292,176,116,116,7,16,artificial,yes,,yes,,,Transactinide,,,,,,,,,2000,,7,6 +3,Lithium,Li,6.941,4,3,3,2,1,solid,,yes,yes,,,Alkali Metal,2.1,0.98,5.3917,5.34E-01,453.85,1615,5,Arfvedson,1817,3.582,2,1 +82,Lead,Pb,207.2,125,82,82,6,14,solid,,yes,yes,,,Metal,1.8,2.33,7.4167,1.13E+01,600.75,2022,29,Prehistoric,,0.129,6,4 +103,Lawrencium,Lr,262,159,103,103,7,,artificial,yes,,yes,,,Actinide,,,,,,,203,Ghiorso et al.,1961,,7, +57,Lanthanum,La,138.905,82,57,57,6,3,solid,,yes,yes,,,Lanthanide,2.7,1.1,5.5769,6.15E+00,1193.15,3737,19,Mosander,1839,0.195,6, +36,Krypton,Kr,83.798,48,36,36,4,18,gas,,yes,,yes,,Noble Gas,1,,13.9996,3.73E-03,115.93,119.93,23,Ramsay and Travers,1898,0.248,4,8 +26,Iron,Fe,55.845,30,26,26,4,8,solid,,yes,yes,,,Transition Metal,1.7,1.83,7.9024,7.87E+00,1808.15,3134,10,Prehistoric,,0.449,4, +77,Iridium,Ir,192.217,115,77,77,6,9,solid,,yes,yes,,,Transition Metal,1.9,2.2,8.967,2.26E+01,2716.15,4701,25,Tennant,1804,0.131,6, +53,Iodine,I,126.904,74,53,53,5,17,solid,,yes,,yes,,Halogen,1.3,2.66,10.4513,4.93E+00,386.65,457.4,24,Courtois,1811,0.214,5,7 +49,Indium,In,114.818,66,49,49,5,13,solid,,yes,yes,,,Metal,2,1.78,5.7864,7.31E+00,429.91,2345,34,Reich and Richter,1863,0.233,5,3 +1,Hydrogen,H,1.007,0,1,1,1,1,gas,,yes,,yes,,Nonmetal,0.79,2.2,13.5984,8.99E-05,14.175,20.28,3,Cavendish,1766,14.304,1,1 +67,Holmium,Ho,164.93,98,67,67,6,,solid,,yes,yes,,,Lanthanide,2.5,1.23,6.0215,8.80E+00,1743.15,2993,29,Delafontaine and Soret,1878,0.165,6, +2,Helium,He,4.002,2,2,2,1,18,gas,,yes,,yes,,Noble Gas,0.49,,24.5874,1.79E-04,,4.22,5,Janssen,1868,5.193,1, +108,Hassium,Hs,267,159,108,108,7,8,artificial,yes,,yes,,,Transactinide,,,,4.10E+01,,,,Armbruster and M�nzenberg,1983,,7, +72,Hafnium,Hf,178.49,106,72,72,6,4,solid,,yes,yes,,,Transition Metal,2.2,1.3,6.8251,1.33E+01,2500.15,4876,17,Coster and von Hevesy,1923,0.144,6, +79,Gold,Au,196.967,118,79,79,6,11,solid,,yes,yes,,,Transition Metal,1.8,2.54,9.2255,1.93E+01,1337.73,3129,21,Prehistoric,,0.129,6, +32,Germanium,Ge,72.64,41,32,32,4,14,solid,,yes,,,yes,Metalloid,1.5,2.01,7.8994,5.32E+00,1211.45,3106,17,Winkler,1886,0.32,4,4 +31,Gallium,Ga,69.723,39,31,31,4,13,solid,,yes,yes,,,Metal,1.8,1.81,5.9993,5.91E+00,302.91,2477,14,de Boisbaudran,1875,0.371,4,3 +64,Gadolinium,Gd,157.25,93,64,64,6,,solid,,yes,yes,,,Lanthanide,2.5,1.2,6.1501,7.90E+00,1585.15,3546,17,de Marignac,1880,0.236,6, +87,Francium,Fr,223,136,87,87,7,1,solid,yes,yes,yes,,,Alkaline Earth Metal,,0.7,4.0727,1.87E+00,300.15,950,21,Perey,1939,,7,1 +9,Fluorine,F,18.998,10,9,9,2,17,gas,,yes,,yes,,Halogen,0.57,3.98,17.4228,1.70E-03,53.63,85.03,6,Moissan,1886,0.824,2,7 +114,Flerovium,Fl,289,175,114,114,7,14,artificial,yes,,yes,,,Transactinide,,,,,,,,,1999,,7,4 +100,Fermium,Fm,257,157,100,100,7,,artificial,yes,,yes,,,Actinide,,1.3,6.5,,,,103,Ghiorso et al.,1953,,7, +63,Europium,Eu,151.964,89,63,63,6,,solid,,yes,yes,,,Lanthanide,2.6,1.2,5.6704,5.24E+00,1095.15,1802,21,Demarcay,1901,0.182,6, +68,Erbium,Er,167.259,99,68,68,6,,solid,,yes,yes,,,Lanthanide,2.5,1.24,6.1077,9.07E+00,1795.15,3503,16,Mosander,1843,0.168,6, +99,Einsteinium,Es,252,153,99,99,7,,artificial,yes,,yes,,,Actinide,,1.3,6.42,1.35E+01,1133.15,,123,Ghiorso et al.,1952,,7, +66,Dysprosium,Dy,162.5,97,66,66,6,,solid,,yes,yes,,,Lanthanide,2.5,1.22,5.9389,8.55E+00,1680.15,2840,21,de Boisbaudran,1886,0.17,6, +105,Dubnium,Db,262,157,105,105,7,5,artificial,yes,,yes,,,Transactinide,,,,3.90E+01,,,,Ghiorso et al.,1970,,7, +110,Darmstadtium,Ds,271,161,110,110,7,10,artificial,yes,,yes,,,Transactinide,,,,,,,,,1994,,7, +96,Curium,Cm,247,151,96,96,7,,artificial,yes,,yes,,,Actinide,,1.3,5.9915,1.35E+01,1340.15,3383,133,Seaborg et al.,1944,,7, +29,Copper,Cu,63.546,35,29,29,4,11,solid,,yes,yes,,,Transition Metal,1.6,1.9,7.7264,8.96E+00,1357.75,2835,11,Prehistoric,,0.385,4, +112,Copernicium,Cn,285,173,112,112,7,12,artificial,yes,,yes,,,Transactinide,,,,,,,,,1996,,7, +27,Cobalt,Co,58.933,32,27,27,4,9,solid,,yes,yes,,,Transition Metal,1.7,1.88,7.881,8.86E+00,1768.15,3200,14,Brandt,1735,0.421,4, +24,Chromium,Cr,51.996,28,24,24,4,6,solid,,yes,yes,,,Transition Metal,1.9,1.66,6.7665,7.15E+00,2130.15,2944,9,Vauquelin,1797,0.449,4, +17,Chlorine,Cl,35.453,18,17,17,3,17,gas,,yes,,yes,,Halogen,0.97,3.16,12.9676,3.21E-03,172.31,239.11,11,Scheele,1774,0.479,3,7 +55,Cesium,Cs,132.905,78,55,55,6,1,solid,,yes,yes,,,Alkali Metal,3.3,0.79,3.8939,1.87E+00,301.7,944,22,Bunsen and Kirchoff,1860,0.242,6,1 +58,Cerium,Ce,140.116,82,58,58,6,,solid,,yes,yes,,,Lanthanide,2.7,1.12,5.5387,6.77E+00,1071.15,3716,19,Berzelius,1803,0.192,6, +6,Carbon,C,12.011,6,6,6,2,14,solid,,yes,,yes,,Nonmetal,0.91,2.55,11.2603,2.27E+00,3948.15,4300,7,Prehistoric,,0.709,2,4 +98,Californium,Cf,251,153,98,98,7,,artificial,yes,,yes,,,Actinide,,1.3,6.2817,1.51E+01,1925.15,1173,123,Seaborg et al.,1950,,7, +20,Calcium,Ca,40.078,20,20,20,4,2,solid,,yes,yes,,,Alkaline Earth Metal,2.2,1,6.1132,1.54E+00,1112.15,1757,14,Davy,1808,0.647,4,2 +48,Cadmium,Cd,112.411,64,48,48,5,12,solid,,yes,yes,,,Transition Metal,1.7,1.69,8.9938,8.69E+00,594.33,1040,22,Stromeyer,1817,0.232,5, +35,Bromine,Br,79.904,45,35,35,4,17,liq,,yes,,yes,,Halogen,1.1,2.96,11.8138,3.12E+00,266.05,332,19,Balard,1826,0.474,4,7 +5,Boron,B,10.811,6,5,5,2,13,solid,,yes,,,yes,Metalloid,1.2,2.04,8.298,2.34E+00,2573.15,4200,6,Gay-Lussac,1808,1.026,2,3 +107,Bohrium,Bh,264,157,107,107,7,7,artificial,yes,,yes,,,Transactinide,,,,3.70E+01,,,,Armbruster and M�nzenberg,1981,,7, +83,Bismuth,Bi,208.98,126,83,83,6,15,solid,,yes,yes,,,Metal,1.6,2.02,7.2856,9.81E+00,544.67,1837,19,Geoffroy the Younger,1753,0.122,6,5 +4,Beryllium,Be,9.012,5,4,4,2,2,solid,,yes,yes,,,Alkaline Earth Metal,1.4,1.57,9.3227,1.85E+00,1560.15,2742,6,Vaulquelin,1798,1.825,2,2 +97,Berkelium,Bk,247,150,97,97,7,,artificial,yes,,yes,,,Actinide,,1.3,6.1979,1.48E+01,1259.15,983,83,Seaborg et al.,1949,,7, +56,Barium,Ba,137.327,81,56,56,6,2,solid,,yes,yes,,,Alkaline Earth Metal,2.8,0.89,5.2117,3.59E+00,1002.15,2170,25,Davy,1808,0.204,6,2 +85,Astatine,At,210,125,85,85,6,17,solid,yes,yes,,yes,,Noble Gas,1.4,2.2,9.3,7.00E+00,575.15,610,21,Corson et al.,1940,,6,7 +33,Arsenic,As,74.922,42,33,33,4,15,solid,,yes,,,yes,Metalloid,1.3,2.18,9.7886,5.78E+00,1090.15,887,14,Albertus Magnus,1250,0.329,4,5 +18,Argon,Ar,39.948,22,18,18,3,18,gas,,yes,,yes,,Noble Gas,0.88,,15.7596,1.78E-03,83.96,87.3,8,Rayleigh and Ramsay,1894,0.52,3,8 +51,Antimony,Sb,121.76,71,51,51,5,15,solid,,yes,,,yes,Metalloid,1.5,2.05,8.6084,6.69E+00,904.05,1860,29,Early historic times,,0.207,5,5 +95,Americium,Am,243,148,95,95,7,,artificial,yes,,yes,,,Actinide,,1.3,5.9738,1.37E+01,1267.15,2880,133,Seaborg et al.,1944,,7, +13,Aluminum,Al,26.982,14,13,13,3,13,solid,,yes,yes,,,Metal,1.8,1.61,5.9858,2.70E+00,933.4,2792,8,Wshler,1827,0.897,3,3 +89,Actinium,Ac,227,138,89,89,7,3,solid,yes,yes,yes,,,Actinide,,1.1,5.17,1.01E+01,1323.15,3471,11,Debierne/Giesel,1899,0.12,7, +,,,,,,,,,,,,,,,,,,,,,,,,,,, diff --git a/test/985ec22e-546b-49fc-ab3c-af490fbefdf3.txt b/test/985ec22e-546b-49fc-ab3c-af490fbefdf3.txt new file mode 100644 index 0000000000000000000000000000000000000000..18ec9882907145533265c508b3bd051393b8cdba --- /dev/null +++ b/test/985ec22e-546b-49fc-ab3c-af490fbefdf3.txt @@ -0,0 +1,7515 @@ + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +Thermodynamics near absolute zero + +Relation with Bose–Einstein condensate + +Absolute temperature scales + +Negative temperatures + +History + + Limit to the "degree of cold" + Charles's law + Lord Kelvin's work + The race to absolute zero + Very low temperatures + See also + References + Further reading + External links + +Absolute zero + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia +This article is about the minimum temperature limit. For other uses, see Absolute Zero (disambiguation). + +This article needs additional citations for verification. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. +Find sources: "Absolute zero" – news · newspapers · books · scholar · JSTOR (December 2022) (Learn how and when to remove this template message) +Zero kelvin (−273.15 °C) is defined as absolute zero. + +Absolute zero is the lowest limit of the thermodynamic temperature scale; a state at which the enthalpy and entropy of a cooled ideal gas reach their minimum value, taken as zero kelvin. The fundamental particles of nature have minimum vibrational motion, retaining only quantum mechanical, zero-point energy-induced particle motion. The theoretical temperature is determined by extrapolating the ideal gas law; by international agreement, absolute zero is taken as −273.15 degrees on the Celsius scale (International System of Units),[1][2][3] which equals −459.67 degrees on the Fahrenheit scale (United States customary units or imperial units).[4] The corresponding Kelvin and Rankine temperature scales set their zero points at absolute zero by definition. + +It is commonly thought of as the lowest temperature possible, but it is not the lowest enthalpy state possible, because all real substances begin to depart from the ideal gas when cooled as they approach the change of state to liquid, and then to solid; and the sum of the enthalpy of vaporization (gas to liquid) and enthalpy of fusion (liquid to solid) exceeds the ideal gas's change in enthalpy to absolute zero. In the quantum-mechanical description, matter (solid) at absolute zero is in its ground state, the point of lowest internal energy. + +The laws of thermodynamics indicate that absolute zero cannot be reached using only thermodynamic means, because the temperature of the substance being cooled approaches the temperature of the cooling agent asymptotically.[5] Even a system at absolute zero, if it could somehow be achieved, would still possess quantum mechanical zero-point energy, the energy of its ground state at absolute zero; the kinetic energy of the ground state cannot be removed. + +Scientists and technologists routinely achieve temperatures close to absolute zero, where matter exhibits quantum effects such as Bose–Einstein condensate, superconductivity and superfluidity. +Thermodynamics near absolute zero + +At temperatures near 0 K (−273.15 °C; −459.67 °F), nearly all molecular motion ceases and ΔS = 0 for any adiabatic process, where S is the entropy. In such a circumstance, pure substances can (ideally) form perfect crystals with no structural imperfections as T → 0. Max Planck's strong form of the third law of thermodynamics states the entropy of a perfect crystal vanishes at absolute zero. The original Nernst heat theorem makes the weaker and less controversial claim that the entropy change for any isothermal process approaches zero as T → 0: + + lim T → 0 Δ S = 0 \lim _{T\to 0}\Delta S=0 + +The implication is that the entropy of a perfect crystal approaches a constant value. An adiabat is a state with constant entropy, typically represented on a graph as a curve in a manner similar to isotherms and isobars. + + The Nernst postulate identifies the isotherm T = 0 as coincident with the adiabat S = 0, although other isotherms and adiabats are distinct. As no two adiabats intersect, no other adiabat can intersect the T = 0 isotherm. Consequently no adiabatic process initiated at nonzero temperature can lead to zero temperature. (≈ Callen, pp. 189–190) + +A perfect crystal is one in which the internal lattice structure extends uninterrupted in all directions. The perfect order can be represented by translational symmetry along three (not usually orthogonal) axes. Every lattice element of the structure is in its proper place, whether it is a single atom or a molecular grouping. For substances that exist in two (or more) stable crystalline forms, such as diamond and graphite for carbon, there is a kind of chemical degeneracy. The question remains whether both can have zero entropy at T = 0 even though each is perfectly ordered. + +Perfect crystals never occur in practice; imperfections, and even entire amorphous material inclusions, can and do get "frozen in" at low temperatures, so transitions to more stable states do not occur. + +Using the Debye model, the specific heat and entropy of a pure crystal are proportional to T 3, while the enthalpy and chemical potential are proportional to T 4. (Guggenheim, p. 111) These quantities drop toward their T = 0 limiting values and approach with zero slopes. For the specific heats at least, the limiting value itself is definitely zero, as borne out by experiments to below 10 K. Even the less detailed Einstein model shows this curious drop in specific heats. In fact, all specific heats vanish at absolute zero, not just those of crystals. Likewise for the coefficient of thermal expansion. Maxwell's relations show that various other quantities also vanish. These phenomena were unanticipated. + +Since the relation between changes in Gibbs free energy (G), the enthalpy (H) and the entropy is + + Δ G = Δ H − T Δ S \Delta G=\Delta H-T\Delta S\, + +thus, as T decreases, ΔG and ΔH approach each other (so long as ΔS is bounded). Experimentally, it is found that all spontaneous processes (including chemical reactions) result in a decrease in G as they proceed toward equilibrium. If ΔS and/or T are small, the condition ΔG < 0 may imply that ΔH < 0, which would indicate an exothermic reaction. However, this is not required; endothermic reactions can proceed spontaneously if the TΔS term is large enough. + +Moreover, the slopes of the derivatives of ΔG and ΔH converge and are equal to zero at T = 0. This ensures that ΔG and ΔH are nearly the same over a considerable range of temperatures and justifies the approximate empirical Principle of Thomsen and Berthelot, which states that the equilibrium state to which a system proceeds is the one that evolves the greatest amount of heat, i.e., an actual process is the most exothermic one. (Callen, pp. 186–187) + +One model that estimates the properties of an electron gas at absolute zero in metals is the Fermi gas. The electrons, being fermions, must be in different quantum states, which leads the electrons to get very high typical velocities, even at absolute zero. The maximum energy that electrons can have at absolute zero is called the Fermi energy. The Fermi temperature is defined as this maximum energy divided by the Boltzmann constant, and is on the order of 80,000 K for typical electron densities found in metals. For temperatures significantly below the Fermi temperature, the electrons behave in almost the same way as at absolute zero. This explains the failure of the classical equipartition theorem for metals that eluded classical physicists in the late 19th century. +Relation with Bose–Einstein condensate +Main article: Bose–Einstein condensate +Velocity-distribution data of a gas of rubidium atoms at a temperature within a few billionths of a degree above absolute zero. Left: just before the appearance of a Bose–Einstein condensate. Center: just after the appearance of the condensate. Right: after further evaporation, leaving a sample of nearly pure condensate. + +A Bose–Einstein condensate (BEC) is a state of matter of a dilute gas of weakly interacting bosons confined in an external potential and cooled to temperatures very near absolute zero. Under such conditions, a large fraction of the bosons occupy the lowest quantum state of the external potential, at which point quantum effects become apparent on a macroscopic scale.[6] + +This state of matter was first predicted by Satyendra Nath Bose and Albert Einstein in 1924–25. Bose first sent a paper to Einstein on the quantum statistics of light quanta (now called photons). Einstein was impressed, translated the paper from English to German and submitted it for Bose to the Zeitschrift für Physik, which published it. Einstein then extended Bose's ideas to material particles (or matter) in two other papers.[7] + +Seventy years later, in 1995, the first gaseous condensate was produced by Eric Cornell and Carl Wieman at the University of Colorado at Boulder NIST-JILA lab, using a gas of rubidium atoms cooled to 170 nanokelvin (nK)[8] (1.7×10−7 K).[9] + +A record cold temperature of 450 ± 80 picokelvin (pK) (4.5×10−10 K) in a BEC of sodium atoms was achieved in 2003 by researchers at the Massachusetts Institute of Technology (MIT).[10] The associated black-body (peak emittance) wavelength of 6,400 kilometers is roughly the radius of Earth. +Absolute temperature scales + +Absolute, or thermodynamic, temperature is conventionally measured in kelvin (Celsius-scaled increments) and in the Rankine scale (Fahrenheit-scaled increments) with increasing rarity. Absolute temperature measurement is uniquely determined by a multiplicative constant which specifies the size of the degree, so the ratios of two absolute temperatures, T2/T1, are the same in all scales. The most transparent definition of this standard comes from the Maxwell–Boltzmann distribution. It can also be found in Fermi–Dirac statistics (for particles of half-integer spin) and Bose–Einstein statistics (for particles of integer spin). All of these define the relative numbers of particles in a system as decreasing exponential functions of energy (at the particle level) over kT, with k representing the Boltzmann constant and T representing the temperature observed at the macroscopic level.[1] +Negative temperatures +Main article: Negative temperature + +Temperatures that are expressed as negative numbers on the familiar Celsius or Fahrenheit scales are simply colder than the zero points of those scales. Certain systems can achieve truly negative temperatures; that is, their thermodynamic temperature (expressed in kelvins) can be of a negative quantity. A system with a truly negative temperature is not colder than absolute zero. Rather, a system with a negative temperature is hotter than any system with a positive temperature, in the sense that if a negative-temperature system and a positive-temperature system come in contact, heat flows from the negative to the positive-temperature system.[11] + +Most familiar systems cannot achieve negative temperatures because adding energy always increases their entropy. However, some systems have a maximum amount of energy that they can hold, and as they approach that maximum energy their entropy actually begins to decrease. Because temperature is defined by the relationship between energy and entropy, such a system's temperature becomes negative, even though energy is being added.[11] As a result, the Boltzmann factor for states of systems at negative temperature increases rather than decreases with increasing state energy. Therefore, no complete system, i.e. including the electromagnetic modes, can have negative temperatures, since there is no highest energy state,[citation needed] so that the sum of the probabilities of the states would diverge for negative temperatures. However, for quasi-equilibrium systems (e.g. spins out of equilibrium with the electromagnetic field) this argument does not apply, and negative effective temperatures are attainable. + +On 3 January 2013, physicists announced that for the first time they had created a quantum gas made up of potassium atoms with a negative temperature in motional degrees of freedom.[12] +History +Robert Boyle pioneered the idea of an absolute zero + +One of the first to discuss the possibility of an absolute minimal temperature was Robert Boyle. His 1665 New Experiments and Observations touching Cold, articulated the dispute known as the primum frigidum.[13] The concept was well known among naturalists of the time. Some contended an absolute minimum temperature occurred within earth (as one of the four classical elements), others within water, others air, and some more recently within nitre. But all of them seemed to agree that, "There is some body or other that is of its own nature supremely cold and by participation of which all other bodies obtain that quality."[14] +Limit to the "degree of cold" + +The question whether there is a limit to the degree of coldness possible, and, if so, where the zero must be placed, was first addressed by the French physicist Guillaume Amontons in 1702, in connection with his improvements in the air thermometer. His instrument indicated temperatures by the height at which a certain mass of air sustained a column of mercury—the volume, or "spring" of the air varying with temperature. Amontons therefore argued that the zero of his thermometer would be that temperature at which the spring of the air was reduced to nothing. He used a scale that marked the boiling point of water at +73 and the melting point of ice at +51+1⁄2, so that the zero was equivalent to about −240 on the Celsius scale.[15] Amontons held that the absolute zero cannot be reached, so never attempted to compute it explicitly.[16] The value of −240 °C, or "431 divisions [in Fahrenheit's thermometer] below the cold of freezing water"[17] was published by George Martine in 1740. + +This close approximation to the modern value of −273.15 °C[1] for the zero of the air thermometer was further improved upon in 1779 by Johann Heinrich Lambert, who observed that −270 °C (−454.00 °F; 3.15 K) might be regarded as absolute cold.[18] + +Values of this order for the absolute zero were not, however, universally accepted about this period. Pierre-Simon Laplace and Antoine Lavoisier, in their 1780 treatise on heat, arrived at values ranging from 1,500 to 3,000 below the freezing point of water, and thought that in any case it must be at least 600 below. John Dalton in his Chemical Philosophy gave ten calculations of this value, and finally adopted −3,000 °C as the natural zero of temperature. +Charles's law + +From 1787 to 1802, it was determined by Jacques Charles (unpublished), John Dalton,[19] and Joseph Louis Gay-Lussac[20] that, at constant pressure, ideal gases expanded or contracted their volume linearly (Charles's law) by about 1/273 parts per degree Celsius of temperature's change up or down, between 0° and 100° C. This suggested that the volume of a gas cooled at about −273 °C would reach zero. +Lord Kelvin's work + +After James Prescott Joule had determined the mechanical equivalent of heat, Lord Kelvin approached the question from an entirely different point of view, and in 1848 devised a scale of absolute temperature that was independent of the properties of any particular substance and was based on Carnot's theory of the Motive Power of Heat and data published by Henri Victor Regnault.[21] It followed from the principles on which this scale was constructed that its zero was placed at −273 °C, at almost precisely the same point as the zero of the air thermometer,[15] where the air volume would reach "nothing". This value was not immediately accepted; values ranging from −271.1 °C (−455.98 °F) to −274.5 °C (−462.10 °F), derived from laboratory measurements and observations of astronomical refraction, remained in use in the early 20th century.[22] +The race to absolute zero +See also: Timeline of low-temperature technology +Commemorative plaque in Leiden + +With a better theoretical understanding of absolute zero, scientists were eager to reach this temperature in the lab.[23] By 1845, Michael Faraday had managed to liquefy most gases then known to exist, and reached a new record for lowest temperatures by reaching −130 °C (−202 °F; 143 K). Faraday believed that certain gases, such as oxygen, nitrogen, and hydrogen, were permanent gases and could not be liquefied.[24] Decades later, in 1873 Dutch theoretical scientist Johannes Diderik van der Waals demonstrated that these gases could be liquefied, but only under conditions of very high pressure and very low temperatures. In 1877, Louis Paul Cailletet in France and Raoul Pictet in Switzerland succeeded in producing the first droplets of liquid air −195 °C (−319.0 °F; 78.1 K). This was followed in 1883 by the production of liquid oxygen −218 °C (−360.4 °F; 55.1 K) by the Polish professors Zygmunt Wróblewski and Karol Olszewski. + +Scottish chemist and physicist James Dewar and Dutch physicist Heike Kamerlingh Onnes took on the challenge to liquefy the remaining gases, hydrogen and helium. In 1898, after 20 years of effort, Dewar was the first to liquefy hydrogen, reaching a new low-temperature record of −252 °C (−421.6 °F; 21.1 K). However, Kamerlingh Onnes, his rival, was the first to liquefy helium, in 1908, using several precooling stages and the Hampson–Linde cycle. He lowered the temperature to the boiling point of helium −269 °C (−452.20 °F; 4.15 K). By reducing the pressure of the liquid helium, he achieved an even lower temperature, near 1.5 K. These were the coldest temperatures achieved on Earth at the time and his achievement earned him the Nobel Prize in 1913.[25] Kamerlingh Onnes would continue to study the properties of materials at temperatures near absolute zero, describing superconductivity and superfluids for the first time. +Very low temperatures +The rapid expansion of gases leaving the Boomerang Nebula, a bi-polar, filamentary, likely proto-planetary nebula in Centaurus, has a temperature of 1 K, the lowest observed outside of a laboratory. + +The average temperature of the universe today is approximately 2.73 kelvins (−454.76 °F), or about −270.42 °C, based on measurements of cosmic microwave background radiation.[26][27] Standard models of the future expansion of the universe predict that the average temperature of the universe is decreasing over time.[28] This temperature is calculated as the mean density of energy in space; it should not be confused with the mean electron temperature (total energy divided by particle count) which has increased over time.[29] + +Absolute zero cannot be achieved, although it is possible to reach temperatures close to it through the use of evaporative cooling, cryocoolers, dilution refrigerators,[30] and nuclear adiabatic demagnetization. The use of laser cooling has produced temperatures of less than a billionth of a kelvin.[31] At very low temperatures in the vicinity of absolute zero, matter exhibits many unusual properties, including superconductivity, superfluidity, and Bose–Einstein condensation. To study such phenomena, scientists have worked to obtain even lower temperatures. + + In November 2000, nuclear spin temperatures below 100 pK were reported for an experiment at the Helsinki University of Technology's Low Temperature Lab in Espoo, Finland. However, this was the temperature of one particular degree of freedom—a quantum property called nuclear spin—not the overall average thermodynamic temperature for all possible degrees in freedom.[32][33] + In February 2003, the Boomerang Nebula was observed to have been releasing gases at a speed of 500,000 km/h (310,000 mph) for the last 1,500 years. This has cooled it down to approximately 1 K, as deduced by astronomical observation, which is the lowest natural temperature ever recorded.[34] + In November 2003, 90377 Sedna was discovered and is one of the coldest known objects in the Solar System. With an average surface temperature of -400°F (-240°C),[35] due to its extremely far orbit of 903 astronomical units. + In May 2005, the European Space Agency proposed research in space to achieve femtokelvin temperatures.[36] + In May 2006, the Institute of Quantum Optics at the University of Hannover gave details of technologies and benefits of femtokelvin research in space.[37] + In January 2013, physicist Ulrich Schneider of the University of Munich in Germany reported to have achieved temperatures formally below absolute zero ("negative temperature") in gases. The gas is artificially forced out of equilibrium into a high potential energy state, which is, however, cold. When it then emits radiation it approaches the equilibrium, and can continue emitting despite reaching formal absolute zero; thus, the temperature is formally negative.[38] + In September 2014, scientists in the CUORE collaboration at the Laboratori Nazionali del Gran Sasso in Italy cooled a copper vessel with a volume of one cubic meter to 0.006 kelvins (−273.144 °C; −459.659 °F) for 15 days, setting a record for the lowest temperature in the known universe over such a large contiguous volume.[39] + In June 2015, experimental physicists at MIT cooled molecules in a gas of sodium potassium to a temperature of 500 nanokelvin, and it is expected to exhibit an exotic state of matter by cooling these molecules somewhat further.[40] + In 2017, Cold Atom Laboratory (CAL), an experimental instrument was developed for launch to the International Space Station (ISS) in 2018.[41] The instrument has created extremely cold conditions in the microgravity environment of the ISS leading to the formation of Bose–Einstein condensates. In this space-based laboratory, temperatures as low as 1 picokelvin (10−12 K) temperatures are projected to be achievable, and it could further the exploration of unknown quantum mechanical phenomena and test some of the most fundamental laws of physics.[42][43] + The current world record for effective temperatures was set in 2021 at 38 picokelvin (pK), or 0.000000000038 of a kelvin, through matter-wave lensing of rubidium Bose–Einstein condensates.[44] + +See also + + iconPhysics portal + + Kelvin (unit of temperature) + Charles's law + Heat + International Temperature Scale of 1990 + Orders of magnitude (temperature) + Thermodynamic temperature + Triple point + Ultracold atom + Kinetic energy + Entropy + Planck temperature and Hagedorn temperature, hypothetical upper limits to the thermodynamic temperature scale + +References + +"Unit of thermodynamic temperature (kelvin)". SI Brochure, 8th edition. Bureau International des Poids et Mesures. 13 March 2010 [1967]. Section 2.1.1.5. Archived from the original on 7 October 2014. Retrieved 20 June 2017. Note: The triple point of water is 0.01 °C, not 0 °C; thus 0 K is −273.15 °C, not −273.16 °C. +Arora, C. P. (2001). Thermodynamics. Tata McGraw-Hill. Table 2.4 page 43. ISBN 978-0-07-462014-4. +"SI Brochure: The International System of Units (SI)". Bureau international des poids et mesures. Retrieved 8 February 2022. +Zielinski, Sarah (1 January 2008). "Absolute Zero". Smithsonian Institution. Archived from the original on 1 April 2013. Retrieved 26 January 2012. +Masanes, Lluís; Oppenheim, Jonathan (14 March 2017), "A general derivation and quantification of the third law of thermodynamics", Nature Communications, 8 (14538): 14538, arXiv:1412.3828, Bibcode:2017NatCo...814538M, doi:10.1038/ncomms14538, PMC 5355879, PMID 28290452 +Donley, Elizabeth A.; Claussen, Neil R.; Cornish, Simon L.; Roberts, Jacob L.; Cornell, Eric A.; Wieman, Carl E. (2001). "Dynamics of collapsing and exploding Bose–Einstein condensates". Nature. 412 (6844): 295–299. arXiv:cond-mat/0105019. Bibcode:2001Natur.412..295D. doi:10.1038/35085500. PMID 11460153. S2CID 969048. +Clark, Ronald W. "Einstein: The Life and Times" (Avon Books, 1971) pp. 408–9 ISBN 0-380-01159-X +"New State of Matter Seen Near Absolute Zero". NIST. Archived from the original on 1 June 2010. +Levi, Barbara Goss (2001). "Cornell, Ketterle, and Wieman Share Nobel Prize for Bose–Einstein Condensates". Search & Discovery. Physics Today online. Archived from the original on 24 October 2007. Retrieved 26 January 2008. +Leanhardt, A. E.; Pasquini, TA; Saba, M; Schirotzek, A; Shin, Y; Kielpinski, D; Pritchard, DE; Ketterle, W (2003). "Cooling Bose–Einstein Condensates Below 500 Picokelvin" (PDF). Science. 301 (5639): 1513–1515. Bibcode:2003Sci...301.1513L. doi:10.1126/science.1088827. PMID 12970559. S2CID 30259606. Archived (PDF) from the original on 9 October 2022. +Chase, Scott. "Below Absolute Zero -What Does Negative Temperature Mean?". The Physics and Relativity FAQ. Archived from the original on 15 August 2011. Retrieved 2 July 2010. +Merali, Zeeya (2013). "Quantum gas goes below absolute zero". Nature. doi:10.1038/nature.2013.12146. S2CID 124101032. +Stanford, John Frederick (1892). The Stanford Dictionary of Anglicised Words and Phrases. +Boyle, Robert (1665). New Experiments and Observations touching Cold. +Chisholm, Hugh, ed. (1911). "Cold" . Encyclopædia Britannica (11th ed.). Cambridge University Press. +Talbot, G.R.; Pacey, A.C. (1972). "Antecedents of thermodynamics in the work of Guillaume Amontons". Centaurus. 16 (1): 20–40. Bibcode:1972Cent...16...20T. doi:10.1111/j.1600-0498.1972.tb00163.x. +Essays Medical and Philosophical, p. PA291, at Google Books +Lambert, Johann Heinrich (1779). Pyrometrie. Berlin. OCLC 165756016. +J. Dalton (1802), "Essay II. On the force of steam or vapour from water and various other liquids, both in vacuum and in air" and Essay IV. "On the expansion of elastic fluids by heat," Memoirs of the Literary and Philosophical Society of Manchester, vol. 8, pt. 2, pp. 550–74, 595–602. +Gay-Lussac, J. L. (1802), "Recherches sur la dilatation des gaz et des vapeurs", Annales de Chimie, XLIII: 137. English translation (extract). +Thomson, William (1848). "On an Absolute Thermometric Scale founded on Carnot's Theory of the Motive Power of Heat, and calculated from Regnault's observations". Proceedings of the Cambridge Philosophical Society. 1: 66–71. +Newcomb, Simon (1906), A Compendium of Spherical Astronomy, New York: The Macmillan Company, p. 175, OCLC 64423127 +"ABSOLUTE ZERO – PBS NOVA DOCUMENTARY (full length)". YouTube. Archived from the original on 6 April 2017. Retrieved 23 November 2016. +Cryogenics. Scienceclarified.com. Retrieved on 22 July 2012. +"The Nobel Prize in Physics 1913: Heike Kamerlingh Onnes". Nobel Media AB. Retrieved 24 April 2012. +Kruszelnicki, Karl S. (25 September 2003). "Coldest Place in the Universe 1". Australian Broadcasting Corporation. Retrieved 24 September 2012. +"What's the temperature of space?". The Straight Dope. 3 August 2004. Retrieved 24 September 2012. +John, Anslyn J. (25 August 2021). "The building blocks of the universe". HTS Teologiese Studies/Theological Studies. 77 (3). doi:10.4102/hts.v77i3.6831. S2CID 238730757. +"History of temperature changes in the Universe revealed—First measurement using the Sunyaev-Zeldovich effect". Kavli Institute for the Physics and Mathematics of the Universe. 10 November 2020. +Zu, H.; Dai, W.; de Waele, A.T.A.M. (2022). "Development of Dilution refrigerators – A review". Cryogenics. 121. Bibcode:2022Cryo..121....1Z. doi:10.1016/j.cryogenics.2021.103390. ISSN 0011-2275. S2CID 244005391. +Catchpole, Heather (4 September 2008). "Cosmos Online – Verging on absolute zero". Archived from the original on 22 November 2008. +Knuuttila, Tauno (2000). Nuclear Magnetism and Superconductivity in Rhodium. Espoo, Finland: Helsinki University of Technology. ISBN 978-951-22-5208-4. Archived from the original on 28 April 2001. Retrieved 11 February 2008. +"Low Temperature World Record" (Press release). Low Temperature Laboratory, Teknillinen Korkeakoulu. 8 December 2000. Archived from the original on 18 February 2008. Retrieved 11 February 2008. +Sahai, Raghvendra; Nyman, Lars-Åke (1997). "The Boomerang Nebula: The Coldest Region of the Universe?". The Astrophysical Journal. 487 (2): L155–L159. Bibcode:1997ApJ...487L.155S. doi:10.1086/310897. hdl:2014/22450. S2CID 121465475. +"Mysterious Sedna | Science Mission Directorate". science.nasa.gov. Retrieved 25 November 2022. +"Scientific Perspectives for ESA's Future Programme in Life and Physical sciences in Space" (PDF). esf.org. Archived from the original (PDF) on 6 October 2014. Retrieved 28 March 2014. +"Atomic Quantum Sensors in Space" (PDF). University of California, Los Angeles. Archived (PDF) from the original on 9 October 2022. +"Atoms Reach Record Temperature, Colder than Absolute Zero". livescience.com. 3 January 2013. +"CUORE: The Coldest Heart in the Known Universe". INFN Press Release. Retrieved 21 October 2014. +"MIT team creates ultracold molecules". Massachusetts Institute of Technology, Massachusetts, Cambridge. Archived from the original on 18 August 2015. Retrieved 10 June 2015. +"Coolest science ever headed to the space station". Science | AAAS. 5 September 2017. Retrieved 24 September 2017. +"Cold Atom Laboratory Mission". Jet Propulsion Laboratory. NASA. 2017. Archived from the original on 29 March 2013. Retrieved 22 December 2016. +"Cold Atom Laboratory Creates Atomic Dance". NASA News. 26 September 2014. Retrieved 21 May 2015. + + Deppner, Christian; Herr, Waldemar; Cornelius, Merle; Stromberger, Peter; Sternke, Tammo; Grzeschik, Christoph; Grote, Alexander; Rudolph, Jan; Herrmann, Sven; Krutzik, Markus; Wenzlawski, André (30 August 2021). "Collective-Mode Enhanced Matter-Wave Optics". Physical Review Letters. 127 (10): 100401. Bibcode:2021PhRvL.127j0401D. doi:10.1103/PhysRevLett.127.100401. ISSN 0031-9007. PMID 34533345. S2CID 237396804. + +Further reading + + Herbert B. Callen (1960). "Chapter 10". Thermodynamics. New York: John Wiley & Sons. ISBN 978-0-471-13035-2. OCLC 535083. + Herbert B. Callen (1985). Thermodynamics and an Introduction to Thermostatistics (Second ed.). New York: John Wiley & Sons. ISBN 978-0-471-86256-7. + E.A. Guggenheim (1967). Thermodynamics: An Advanced Treatment for Chemists and Physicists (Fifth ed.). Amsterdam: North Holland Publishing. ISBN 978-0-444-86951-7. OCLC 324553. + George Stanley Rushbrooke (1949). Introduction to Statistical Mechanics. Oxford: Clarendon Press. OCLC 531928. + BIPM Mise en pratique - Kelvin - Appendix 2 - SI Brochure + +External links + + "Absolute zero": a two part NOVA episode originally aired January 2008 + "What is absolute zero?" Lansing State Journal + +Portals: + + icon Physics + Chemistry + +Authority control: National Edit this at Wikidata + + Germany + +Categories: + + ColdCryogenicsTemperature + + This page was last edited on 19 July 2023, at 00:37 (UTC). + site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +History + + Precursors + Charles's law + Lord Kelvin + Triple point standard + 2019 redefinition + +Practical uses + + Colour temperature + Kelvin as a unit of noise temperature + Derived units and SI multiples + Orthography + See also + Notes + References + Bibliography + External links + +Kelvin + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia +This article is about the unit of temperature. For other uses, see Kelvin (disambiguation). +kelvin +Thermometer with markings in degrees Celsius and in kelvins +General information +Unit system SI +Unit of temperature +Symbol K +Named after William Thomson, 1st Baron Kelvin +Conversions +x K in ... ... corresponds to ... + Celsius (x − 273.15) °C + Fahrenheit (1.8 x − 459.67) °F + Rankine 1.8 x °Ra + +The kelvin, symbol K, is a unit of measurement for temperature.[1] The Kelvin scale is an absolute scale, which is defined such that 0 K is absolute zero and a change of thermodynamic temperature T by 1 kelvin corresponds to a change of thermal energy kT by 1.380649×10−23 J. The Boltzmann constant k = 1.380649×10−23 J⋅K−1 was exactly defined in the 2019 redefinition of the SI base units such that the triple point of water is 273.16±0.0001 K.[2] The kelvin is the base unit of temperature in the International System of Units (SI), used alongside its prefixed forms.[2][3][4] It is named after the Belfast-born and University of Glasgow-based engineer and physicist William Thomson, 1st Baron Kelvin (1824–1907).[5] + +Historically, the Kelvin scale was developed from the Celsius scale, such that 273.15 K was 0 °C (the approximate melting point of ice) and a change of one kelvin was exactly equal to a change of one degree Celsius.[1][5] This relationship remains accurate, but the Celsius, Fahrenheit, and Rankine scales are now defined in terms of the Kelvin scale.[2][6][7] The kelvin is the primary unit of temperature for engineering and the physical sciences, while in most countries the Celsius scale remains the dominant scale outside of these fields.[5] In the United States, outside of the physical sciences, the Fahrenheit scale predominates, with the kelvin or Rankine scale employed for absolute temperature.[6] +History +See also: Thermodynamic temperature § History +Precursors +An ice water bath offered a practical calibration point for thermometers in a time before the physical nature of heat was well understood. + +During the 18th century, multiple temperature scales were developed,[8] notably Fahrenheit and centigrade (later Celsius). These scales predated much of the modern science of thermodynamics, including atomic theory and the kinetic theory of gases which underpin the concept of absolute zero. Instead, they chose defining points within the range of human experience that could be reproduced easily and with reasonable accuracy, but lacked any deep significance in thermal physics. In the case of the Celsius scale (and the long since defunct Newton scale and Réaumur scale) the melting point of water served as such a starting point, with Celsius being defined, from the 1740s up until the 1940s, by calibrating a thermometer such that + + The freezing point of water is 0 degrees. + The boiling point of water is 100 degrees. + +This definition assumes pure water at a specific pressure chosen to approximate the natural air pressure at sea level. Thus an increment of 1 °C equals 1/100 of the temperature difference between the melting and boiling points. This temperature interval would go on to become the template for the kelvin.[citation needed] +Charles's law + +From 1787 to 1802, it was determined by Jacques Charles (unpublished), John Dalton,[9][10] and Joseph Louis Gay-Lussac[11] that, at constant pressure, ideal gases expanded or contracted their volume linearly (Charles's law) by about 1/273 parts per degree Celsius of temperature's change up or down, between 0° and 100° C. This suggested that the volume of a gas cooled at about −273 °C would reach zero. +Lord Kelvin +Lord Kelvin, the namesake of the unit of measure. + +In 1848, William Thomson, who was later ennobled as Lord Kelvin, published a paper On an Absolute Thermometric Scale.[12][13][14] Using the soon-to-be-defunct caloric theory, he proposed an "absolute" scale based on the following parameters: + + The melting point of water is 0 degrees. + The boiling point of water is 100 degrees. + +"The arbitrary points which coincide on the two scales are 0° and 100°" + + Any two heat engines whose heat source and heat sink are both separated by the same number of degrees will, per Carnot's theorem, be capable of producing the same amount of mechanical work per unit of "caloric" passing through. + +"The characteristic property of the scale which I now propose is, that all degrees have the same value; that is, that a unit of heat descending from a body A at the temperature T° of this scale, to a body B at the temperature (T − 1)°, would give out the same mechanical effect, whatever be the number T. This may justly be termed an absolute scale, since its characteristic is quite independent of the physical properties of any specific substance." + +As Carnot's theorem is understood in modern thermodynamics to simply describe the maximum efficiency with which thermal energy can be converted to mechanical energy and the predicted maximum efficiency is a function of the ratio between the absolute temperatures of the heat source and heat sink: + + Efficiency ≤ 1 − absolute temperate of heat sink/absolute temperature of heat source + +It follows that increments of equal numbers of degrees on this scale must always represent equal proportional increases in absolute temperature. The numerical value of an absolute temperature, T, on the 1848 scale is related to the absolute temperature of the melting point of water, Tmpw, and the absolute temperature of the boiling point of water, Tbpw, by + + T (1848 scale) = 100 (ln T/Tmpw) / (ln Tbpw/Tmpw) + +On this scale, an increase of 222 degrees always means an approximate doubling of absolute temperature regardless of the starting temperature. + +In a footnote Thomson calculated that "infinite cold" (absolute zero, which would have a numerical value of negative infinity on this scale) was equivalent to −273 °C using the air thermometers of the time. This value of "−273" was the negative reciprocal of 0.00366—the accepted coefficient of thermal expansion of an ideal gas per degree Celsius relative to the ice point, giving a remarkable consistency to the currently accepted value.[citation needed] + +Within a decade, Thomson had abandoned caloric theory and superseded the 1848 scale with a new one[13][15] based on the 2 features that would characterise all future versions of the Kelvin scale: + + Absolute zero is the null point. + Increments have the same magnitude as they do in the Celsius scale. + +In 1892, Thomson was awarded the noble title 1st Baron Kelvin of Largs, or more succinctly Lord Kelvin. This name was a reference to the River Kelvin which flows through the grounds of Glasgow University. + +In the early decades of the 20th century, the Kelvin scale was often called the "absolute Celsius" scale, indicating Celsius degrees counted from absolute zero rather than the freezing point of water, and using the same symbol for regular Celsius degrees, °C.[16] +Triple point standard +A typical phase diagram. The solid green line applies to most substances; the dashed green line gives the anomalous behavior of water. The boiling line (solid blue) runs from the triple point to the critical point, beyond which further increases in temperature and pressure produce a supercritical fluid. + +In 1873, William Thomson's older brother James coined the term triple point[17] to describe the combination of temperature and pressure at which the solid, liquid, and gas phases of a substance were capable of coexisting in thermodynamic equilibrium. While any two phases could coexist along a range of temperature-pressure combinations (e.g. the boiling point of water can be affected quite dramatically by raising or lowering the pressure), the triple point condition for a given substance can occur only at a single pressure and only at a single temperature. By the 1940s, the triple point of water had been experimentally measured to be about 0.6% of standard atmospheric pressure and very close to 0.01 °C per the historical definition of Celsius then in use. + +In 1948, the Celsius scale was recalibrated by assigning the triple point temperature of water the value of 0.01 °C exactly[18] and allowing the melting point at standard atmospheric pressure to have an empirically determined value (and the actual melting point at ambient pressure to have a fluctuating value) close to 0 °C. This was justified on the grounds that the triple point was judged to give a more accurately reproducible reference temperature than the melting point.[19] The triple point could be measured with ±0.0001 °C accuracy, while the melting point just to ±0.001 °C.[18] + +In 1954, with absolute zero having been experimentally determined to be about −273.15 °C per the definition of °C then in use, Resolution 3 of the 10th General Conference on Weights and Measures (CGPM) introduced a new internationally standardised Kelvin scale which defined the triple point as exactly 273.15 + 0.01 = 273.16 degrees Kelvin.[20][21] + +In 1967/1968, Resolution 3 of the 13th CGPM renamed the unit increment of thermodynamic temperature "kelvin", symbol K, replacing "degree Kelvin", symbol °K.[22][23][24] The 13th CGPM also held in Resolution 4 that "The kelvin, unit of thermodynamic temperature, is equal to the fraction 1/273.16 of the thermodynamic temperature of the triple point of water."[4][25][26] + +After the 1983 redefinition of the metre, this left the kelvin, the second, and the kilogram as the only SI units not defined with reference to any other unit. + +In 2005, noting that the triple point could be influenced by the isotopic ratio of the hydrogen and oxygen making up a water sample and that this was "now one of the major sources of the observed variability between different realizations of the water triple point", the International Committee for Weights and Measures (CIPM), a committee of the CGPM, affirmed that for the purposes of delineating the temperature of the triple point of water, the definition of the kelvin would refer to water having the isotopic composition specified for Vienna Standard Mean Ocean Water.[4][27][28] +2019 redefinition +Main article: 2019 redefinition of the SI base units +The kelvin is now fixed in terms of the Boltzmann constant and the joule, itself defined by the caesium-133 hyperfine transition frequency and the Planck constant. Both k and kB are accepted shorthand for the Boltzmann constant. + +In 2005, the CIPM began a programme to redefine the kelvin (along with the other SI units) using a more experimentally rigorous method. In particular, the committee proposed redefining the kelvin such that the Boltzmann constant takes the exact value 1.3806505×10−23 J/K.[29] The committee had hoped that the program would be completed in time for its adoption by the CGPM at its 2011 meeting, but at the 2011 meeting the decision was postponed to the 2014 meeting when it would be considered as part of a larger program.[30] + +The redefinition was further postponed in 2014, pending more accurate measurements of the Boltzmann constant in terms of the current definition,[31] but was finally adopted at the 26th CGPM in late 2018, with a value of k = 1.380649×10−23 J⋅K−1.[32][29][1][2][4][33] + +For scientific purposes, the main advantage is that this allows measurements at very low and very high temperatures to be made more accurately, as the techniques used depend on the Boltzmann constant. It also has the philosophical advantage of being independent of any particular substance. The unit J/K is equal to kg⋅m2⋅s−2⋅K−1, where the kilogram, metre and second are defined in terms of the Planck constant, the speed of light, and the duration of the caesium-133 ground-state hyperfine transition respectively.[2] Thus, this definition depends only on universal constants, and not on any physical artifacts as practiced previously. The challenge was to avoid degrading the accuracy of measurements close to the triple point. For practical purposes, the redefinition was unnoticed; water still freezes at 273.15 K (0 °C),[2][34] and the triple point of water continues to be a commonly used laboratory reference temperature. + +The difference is that, before the redefinition, the triple point of water was exact and the Boltzmann constant had a measured value of 1.38064903(51)×10−23 J/K, with a relative standard uncertainty of 3.7×10−7.[35] Afterward, the Boltzmann constant is exact and the uncertainty is transferred to the triple point of water, which is now 273.1600(1) K. + +The new definition officially came into force on 20 May 2019, the 144th anniversary of the Metre Convention.[33][1][2][4] +Practical uses +Colour temperature +See also: Stefan–Boltzmann constant + +The kelvin is often used as a measure of the colour temperature of light sources. Colour temperature is based upon the principle that a black body radiator emits light with a frequency distribution characteristic of its temperature. Black bodies at temperatures below about 4000 K appear reddish, whereas those above about 7500 K appear bluish. Colour temperature is important in the fields of image projection and photography, where a colour temperature of approximately 5600 K is required to match "daylight" film emulsions. In astronomy, the stellar classification of stars and their place on the Hertzsprung–Russell diagram are based, in part, upon their surface temperature, known as effective temperature. The photosphere of the Sun, for instance, has an effective temperature of 5772 K [1][2][3][4] as adopted by IAU 2015 Resolution B3. + +Digital cameras and photographic software often use colour temperature in K in edit and setup menus. The simple guide is that higher colour temperature produces an image with enhanced white and blue hues. The reduction in colour temperature produces an image more dominated by reddish, "warmer" colours. +Kelvin as a unit of noise temperature +Main article: Noise figure + +For electronics, the kelvin is used as an indicator of how noisy a circuit is in relation to an ultimate noise floor, i.e. the noise temperature. The so-called Johnson–Nyquist noise of discrete resistors and capacitors is a type of thermal noise derived from the Boltzmann constant and can be used to determine the noise temperature of a circuit using the Friis formulas for noise. +Derived units and SI multiples +Main article: Orders of magnitude (temperature) + +The only SI derived unit with a special name derived from the kelvin is the degree Celsius. Like other SI units, the kelvin can also be modified by adding a metric prefix that multiplies it by a power of 10: +SI multiples of kelvin (K) Submultiples Multiples +Value SI symbol Name Value SI symbol Name +10−1 K dK decikelvin 101 K daK decakelvin +10−2 K cK centikelvin 102 K hK hectokelvin +10−3 K mK millikelvin 103 K kK kilokelvin +10−6 K µK microkelvin 106 K MK megakelvin +10−9 K nK nanokelvin 109 K GK gigakelvin +10−12 K pK picokelvin 1012 K TK terakelvin +10−15 K fK femtokelvin 1015 K PK petakelvin +10−18 K aK attokelvin 1018 K EK exakelvin +10−21 K zK zeptokelvin 1021 K ZK zettakelvin +10−24 K yK yoctokelvin 1024 K YK yottakelvin +10−27 K rK rontokelvin 1027 K RK ronnakelvin +10−30 K qK quectokelvin 1030 K QK quettakelvin +Orthography + +According to SI convention, the kelvin is never referred to nor written as a degree. The word "kelvin" is not capitalised when used as a unit. It may be pluralised as appropriate (for example, "it is 283 kelvins outside", in contrast with "it is 50 degrees Fahrenheit" or "10 degrees Celsius").[36][37][38][a] The unit symbol K is a capital letter.[22] It is common convention to capitalize Kelvin when referring to Lord Kelvin[5] or the Kelvin scale.[39] + +The unit symbol K is encoded in Unicode at code point U+212A K KELVIN SIGN. However, this is a compatibility character provided for compatibility with legacy encodings. The Unicode standard recommends using U+004B K LATIN CAPITAL LETTER K instead; that is, a normal capital K. "Three letterlike symbols have been given canonical equivalence to regular letters: U+2126 Ω OHM SIGN, U+212A K KELVIN SIGN, and U+212B Å ANGSTROM SIGN. In all three instances, the regular letter should be used."[40] +See also + + iconEnergy portal + + Comparison of temperature scales + International Temperature Scale of 1990 + Negative temperature + +Notes + + SI Brochure 9 does not specify usage or include a current example.[2] + +References + +BIPM (2019-05-20). "Mise en pratique for the definition of the kelvin in the SI". BIPM.org. Retrieved 2022-02-18. +"SI Brochure: The International System of Units (SI) – 9th edition". BIPM. Retrieved 2022-02-21. +"SI base unit: kelvin (K)". bipm.org. BIPM. Retrieved 2022-03-05. +"A Turning Point for Humanity: Redefining the World's Measurement System". Nist. 2018-05-12. Retrieved 2022-02-21. +"Kelvin: Introduction". NIST. 2018-05-14. Retrieved 2022-09-02. +Benham, Elizabeth (2020-10-06). "Busting Myths about the Metric System". Nist. Taking Measure (official blog of the NIST). Retrieved 2022-02-21. +"Handbook 44 – 2022 – Appendix C – General Tables of Units of Measurement" (PDF). nist.gov. NIST. Retrieved 2022-02-21. +"Kelvin: History". Nist. 2018-05-14. Retrieved 2022-02-21. +Dalton, John (1801). "Essay II. On the force of steam or vapour from water and various other liquids, both in vacuum and in air". Memoirs of the Literary and Philosophical Society of Manchester. 5 part 2: 550–574. +Dalton, John (1801). "Essay IV. On the expansion of elastic fluids by heat". Memoirs of the Literary and Philosophical Society of Manchester. 5 part 2: 595–602. +Gay-Lussac, Joseph Louis (1802), "Recherches sur la dilatation des gaz et des vapeurs", Annales de Chimie, XLIII: 137. English translation (extract). +Thomson, William. "On an Absolute Thermometric Scale founded on Carnot's Theory of the Motive Power of Heat, and calculated from Regnault's Observations". zapatopi.net. Philosophical Magazine. Retrieved 2022-02-21. +Thomson, William. "On an Absolute Thermometric Scale founded on Carnot's Theory of the Motive Power of Heat, and calculated from Regnault's Observations (1881 reprint)" (PDF). Philosophical Magazine. Retrieved 2022-02-21. +Kelvin, William (October 1848). "On an Absolute Thermometric Scale". Philosophical Magazine. Archived from the original on 2008-02-01. Retrieved 2008-02-06. +Thomson, William. "On the Dynamical Theory of Heat, with numerical results deduced from Mr Joule's equivalent of a Thermal Unit, and M. Regnault's Observations on Steam (Excerpts)". Zapatopi.net. Transactions of the Royal Society of Edinburgh and Philosophical Magazine. Retrieved 2022-02-21. +For example, Encyclopaedia Britannica editions from the 1920s and 1950s, one example being the article "Planets". +Thomson, James (1873). "A quantitative investigation of certain relations between the gaseous, the liquid, and the solid states of water-substance". Proceedings of the Royal Society of London. 22: 28. Bibcode:1873RSPS...22...27T. ISSN 0370-1662. "and consequently that the three curves would meet or cross each other in one point, which I have called the triple point." +Swinton, F. L. (September 1967). "The triplet point of water". Journal of Chemical Education. 44 (9): 541. doi:10.1021/ed044p541. ISSN 0021-9584. +"Resolution 3 of the 9th CGPM (1948)". bipm.org. BIPM. Retrieved 2022-02-21. +"Resolution 3 of the 10th CGPM (1954)". bipm.org. BIPM. Retrieved 2022-02-21. +"Resolution 3: Definition of the thermodynamic temperature scale". Resolutions of the 10th CGPM. Bureau International des Poids et Mesures. 1954. Archived from the original on 2007-06-23. Retrieved 2008-02-06. +"Resolution 3 of the 13th CGPM (1967)". bipm.org. BIPM. Retrieved 2022-02-21. +"Resolution 3: SI unit of thermodynamic temperature (kelvin)". Resolutions of the 13th CGPM. Bureau International des Poids et Mesures. 1967. Archived from the original on 2007-04-21. Retrieved 2008-02-06. +Westphal, Wilhelm Heinrich (1952). "Nox, Dunkelleuchtdichte, Skot". Physikalisches Wörterbuch (in German) (1 ed.). Berlin / Göttingen / Heidelberg, Germany: Springer-Verlag OHG. pp. 125, 271, 389. doi:10.1007/978-3-662-12706-3. ISBN 978-3-662-12707-0. Retrieved 2023-03-16. pp. 271, 389: "Dunkelleuchtdichte. […] Unter Zugrundelegung dieser Empfindlichkeitskurve hat man 1940 in Deutschland die Dunkelleuchtdichte mit der Einheit Skot (sk) so festgesetzt, daß bei einem Licht der Farbtemperatur 2360 °K 1 sk = 10−3 asb gilt. 1948 ist von der Internationalen Beleuchtungskommission (IBK) die Bezugstemperatur auf 2046 °K, die Erstarrungstemperatur des Platins, festgesetzt worden. Die Bezeichnung Skot wurde von der IBK nicht übernommen, dafür soll "skotopisches Stilb" gesagt werden. Als höchstzulässiger Grenzwert für die Dunkelleuchtdichte ist in Deutschland 10 Skot festgesetzt worden, um eine Verwendung der Dunkelleuchtdichte im Gebiet des gemischten Zapfen- und Stäbchensehens zu vermeiden, da in diesem Bereich die photometrischen Maßgrößen wegen der allmählich gleitenden Augenempfindlichkeitskurve ihren Sinn verlieren. […] Skot, abgek[ürzt] sk, Einheit für die Dunkelleuchtdichte, welche für zahlenmäßige Angaben und zum Anschluß der Dunkelleuchtdichte an die normale Leuchtdichte 1940 von der Deutschen Lichttechnischen Gesellschaft [de] geschaffen wurde. Für diesen Anschluß wurde die Strahlung des schwarzen Körpers bei T = 2360 °K, d.h. eine Strahlung der Farbtemperatur T1 = 2360 °K vereinbart. Eine Lichtquelle strahlt mit der Dunkelleuchtdichte 1 sk, wenn sie photometrisch gleich einer Strahlung der Farbtemperatur T2 = 2360 °K und der Leuchtdichte von 10−3 asb (Apostilb) ist. Bei der Farbtemperatur T1 = 2360 °K gilt also die Relation: 1 sk = 10−3 asb = 10−7/π sb." +"Resolution 4 of the 13th CGPM (1967)". bipm.org. BIPM. Retrieved 2022-02-21. +"Resolution 4: Definition of the SI unit of thermodynamic temperature (kelvin)". Resolutions of the 13th CGPM. Bureau International des Poids et Mesures. 1967. Archived from the original on 2007-06-15. Retrieved 2008-02-06. +"Resolution 10 of the 23rd CGPM (2007)". bipm.org. BIPM. Retrieved 2022-02-21. +"Unit of thermodynamic temperature (kelvin)". SI Brochure, 8th edition. Bureau International des Poids et Mesures. 1967. pp. Section 2.1.1.5. Archived from the original on 2007-09-26. Retrieved 2008-02-06. +Ian Mills (2010-09-29). "Draft Chapter 2 for SI Brochure, following redefinitions of the base units" (PDF). CCU. Archived (PDF) from the original on 2011-01-10. Retrieved 2011-01-01. +"General Conference on Weights and Measures approves possible changes to the International System of Units, including redefinition of the kilogram" (PDF) (Press release). Sèvres, France: General Conference on Weights and Measures. 2011-10-23. Archived (PDF) from the original on 2012-02-09. Retrieved 2011-10-25. +Wood, B. (3–4 November 2014). "Report on the Meeting of the CODATA Task Group on Fundamental Constants" (PDF). BIPM. p. 7. Archived (PDF) from the original on 2015-10-13. "[BIPM director Martin] Milton responded to a question about what would happen if ... the CIPM or the CGPM voted not to move forward with the redefinition of the SI. He responded that he felt that by that time the decision to move forward should be seen as a foregone conclusion." +"2018 CODATA Value: Boltzmann constant". The NIST Reference on Constants, Units, and Uncertainty. NIST. 2019-05-20. Retrieved 2019-05-20. +"Resolution 1 of the 26th CGPM (2018)". bipm.org. BIPM. Retrieved 2022-02-21. +"Updating the definition of the kelvin" (PDF). International Bureau for Weights and Measures (BIPM). Archived (PDF) from the original on 2008-11-23. Retrieved 2010-02-23. +Newell, D B; Cabiati, F; Fischer, J; Fujii, K; Karshenboim, S G; Margolis, H S; de Mirandés, E; Mohr, P J; Nez, F; Pachucki, K; Quinn, T J; Taylor, B N; Wang, M; Wood, B M; Zhang, Z; et al. (Committee on Data for Science and Technology (CODATA) Task Group on Fundamental Constants) (2018-01-29). "The CODATA 2017 values of h, e, k, and NA for the revision of the SI". Metrologia. 55 (1): L13–L16. Bibcode:2018Metro..55L..13N. doi:10.1088/1681-7575/aa950a. +"Kelvin: Introduction". www.nist.gov. Retrieved 2023-08-21. +"Definition of KELVIN". www.merriam-webster.com. Retrieved 2023-08-21. +CERN English Language Style Guide (PDF). CERN. 2022. p. 64. +Brady, James E.; Senese, Fred (2008-01-28). Chemistry, Student Study Guide: The Study of Matter and Its Changes. John Wiley & Sons. p. 15. ISBN 978-0-470-18464-6. + + "22.2". The Unicode Standard, Version 8.0 (PDF). Mountain View, CA, USA: The Unicode Consortium. August 2015. ISBN 978-1-936213-10-8. Archived (PDF) from the original on 2016-12-06. Retrieved 2015-09-06. + +Bibliography + + Bureau International des Poids et Mesures (2019). "The International System of Units (SI) Brochure" (PDF). 9th Edition. International Committee for Weights and Measures. Retrieved 2022-04-28. + +External links +Look up kelvin in Wiktionary, the free dictionary. + + vte + +Scales of temperature + + vte + +SI units + + vte + +CGS units +Categories: + + 1848 introductionsScottish inventionsSI base unitsWilliam Thomson, 1st Baron KelvinScales of temperatureScales in meteorology + + This page was last edited on 26 August 2023, at 18:37 (UTC). + site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +Overview + +Absolute zero of temperature + +Boltzmann constant + +Rankine scale + +Modern redefinition of the kelvin + +Relationship of temperature, motions, conduction, and thermal energy + + Nature of kinetic energy, translational motion, and temperature + High speeds of translational motion + Internal motions of molecules and internal energy + Diffusion of thermal energy: entropy, phonons, and mobile conduction electrons + Diffusion of thermal energy: black-body radiation + Table of thermodynamic temperatures + Heat of phase changes + Internal energy + Internal energy at absolute zero + Practical applications for thermodynamic temperature + Relationship to ideal gas law + History + See also + Notes + External links + +Thermodynamic temperature + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia +Thermodynamics +The classical Carnot heat engine +Branches +Laws +Systems +System properties +Material properties +Equations +Potentials + + HistoryCulture + +Scientists +Other + + Category + + vte + +Thermodynamic temperature is a quantity defined in thermodynamics as distinct from kinetic theory or statistical mechanics. + +Historically, thermodynamic temperature was defined by Lord Kelvin in terms of a macroscopic relation between thermodynamic work and heat transfer as defined in thermodynamics, but the kelvin was redefined by international agreement in 2019 in terms of phenomena that are now understood as manifestations of the kinetic energy of free motion of microscopic particles such as atoms, molecules, and electrons. From the thermodynamic viewpoint, for historical reasons, because of how it is defined and measured, this microscopic kinetic definition is regarded as an "empirical" temperature. It was adopted because in practice it can generally be measured more precisely than can Kelvin's thermodynamic temperature. + +A thermodynamic temperature reading of zero is of particular importance for the third law of thermodynamics. By convention, it is reported on the Kelvin scale of temperature in which the unit of measurement is the kelvin (unit symbol: K). For comparison, a temperature of 295 K is equal to 21.85 °C and 71.33 °F. +Overview + +Thermodynamic temperature, as distinct from SI temperature, is defined in terms of a macroscopic Carnot cycle. Thermodynamic temperature is of importance in thermodynamics because it is defined in purely thermodynamic terms. SI temperature is conceptually far different from thermodynamic temperature. Thermodynamic temperature was rigorously defined historically long before there was a fair knowledge of microscopic particles such as atoms, molecules, and electrons. + +The International System of Units (SI) specifies the international absolute scale for measuring temperature, and the unit of measure kelvin (unit symbol: K) for specific values along the scale. The kelvin is also used for denoting temperature intervals (a span or difference between two temperatures) as per the following example usage: "A 60/40 tin/lead solder is non-eutectic and is plastic through a range of 5 kelvins as it solidifies." A temperature interval of one degree Celsius is the same magnitude as one kelvin. + +The magnitude of the kelvin was redefined in 2019 in relation to the physical property underlying thermodynamic temperature: the kinetic energy of atomic free particle motion. The redefinition fixed the Boltzmann constant at precisely 1.380649×10−23 joules per kelvin (J/K).[1] + +The microscopic property that imbues material substances with a temperature can be readily understood by examining the ideal gas law, which relates, per the Boltzmann constant, how heat energy causes precisely defined changes in the pressure and temperature of certain gases. This is because monatomic gases like helium and argon behave kinetically like freely moving perfectly elastic and spherical billiard balls that move only in a specific subset of the possible motions that can occur in matter: that comprising the three translational degrees of freedom. The translational degrees of freedom are the familiar billiard ball-like movements along the X, Y, and Z axes of 3D space (see Fig. 1, below). This is why the noble gases all have the same specific heat capacity per atom and why that value is lowest of all the gases. + +Molecules (two or more chemically bound atoms), however, have internal structure and therefore have additional internal degrees of freedom (see Fig. 3, below), which makes molecules absorb more heat energy for any given amount of temperature rise than do the monatomic gases. Heat energy is born in all available degrees of freedom; this is in accordance with the equipartition theorem, so all available internal degrees of freedom have the same temperature as their three external degrees of freedom. However, the property that gives all gases their pressure, which is the net force per unit area on a container arising from gas particles recoiling off it, is a function of the kinetic energy borne in the freely moving atoms' and molecules' three translational degrees of freedom.[2] + +Fixing the Boltzmann constant at a specific value, along with other rule making, had the effect of precisely establishing the magnitude of the unit interval of SI temperature, the kelvin, in terms of the average kinetic behavior of the noble gases. Moreover, the starting point of the thermodynamic temperature scale, absolute zero, was reaffirmed as the point at which zero average kinetic energy remains in a sample; the only remaining particle motion being that comprising random vibrations due to zero-point energy. +Absolute zero of temperature +Main article: Absolute zero + +Temperature scales are numerical. The numerical zero of a temperature scale is not bound to the absolute zero of temperature. Nevertheless, some temperature scales have their numerical zero coincident with the absolute zero of temperature. Examples are the International SI temperature scale, the Rankine temperature scale, and the thermodynamic temperature scale. Other temperature scales have their numerical zero far from the absolute zero of temperature. Examples are the Fahrenheit scale and the Celsius scale. + +At the zero point of thermodynamic temperature, absolute zero, the particle constituents of matter have minimal motion and can become no colder.[3][4] Absolute zero, which is a temperature of zero kelvins (0 K), is precisely equal to −273.15 °C and −459.67 °F. Matter at absolute zero has no remaining transferable average kinetic energy and the only remaining particle motion is due to an ever-pervasive quantum mechanical phenomenon called ZPE (Zero-Point Energy).[5] Though the atoms in, for instance, a container of liquid helium that was precisely at absolute zero would still jostle slightly due to zero-point energy, a theoretically perfect heat engine with such helium as one of its working fluids could never transfer any net kinetic energy (heat energy) to the other working fluid and no thermodynamic work could occur. + +Temperature is generally expressed in absolute terms when scientifically examining temperature's interrelationships with certain other physical properties of matter such as its volume or pressure (see Gay-Lussac's law), or the wavelength of its emitted black-body radiation. Absolute temperature is also useful when calculating chemical reaction rates (see Arrhenius equation). Furthermore, absolute temperature is typically used in cryogenics and related phenomena like superconductivity, as per the following example usage: "Conveniently, tantalum's transition temperature (Tc) of 4.4924 kelvin is slightly above the 4.2221 K boiling point of helium." +Boltzmann constant + +The Boltzmann constant and its related formulas describe the realm of particle kinetics and velocity vectors whereas ZPE (zero-point energy) is an energy field that jostles particles in ways described by the mathematics of quantum mechanics. In atomic and molecular collisions in gases, ZPE introduces a degree of chaos, i.e., unpredictability, to rebound kinetics; it is as likely that there will be less ZPE-induced particle motion after a given collision as more. This random nature of ZPE is why it has no net effect upon either the pressure or volume of any bulk quantity (a statistically significant quantity of particles) of gases. However, in temperature T = 0 condensed matter; e.g., solids and liquids, ZPE causes inter-atomic jostling where atoms would otherwise be perfectly stationary. Inasmuch as the real-world effects that ZPE has on substances can vary as one alters a thermodynamic system (for example, due to ZPE, helium won't freeze unless under a pressure of at least 2.5 MPa (25 bar)), ZPE is very much a form of thermal energy and may properly be included when tallying a substance's internal energy. +Rankine scale + +Though there have been many other temperature scales throughout history, there have been only two scales for measuring thermodynamic temperature where absolute zero is their null point (0): The Kelvin scale and the Rankine scale. + +Throughout the scientific world where modern measurements are nearly always made using the International System of Units, thermodynamic temperature is measured using the Kelvin scale. The Rankine scale is part of English engineering units in the United States and finds use in certain engineering fields, particularly in legacy reference works. The Rankine scale uses the degree Rankine (symbol: °R) as its unit, which is the same magnitude as the degree Fahrenheit (symbol: °F). + +A unit increment of one degree Rankine is precisely 1.8 times smaller in magnitude than one kelvin; thus, to convert a specific temperature on the Kelvin scale to the Rankine scale, K × 1.8 = °R, and to convert from a temperature on the Rankine scale to the Kelvin scale, °R / 1.8 = K. Consequently, absolute zero is "0" for both scales, but the melting point of water ice (0 °C and 273.15 K) is 491.67 °R. + +To convert temperature intervals (a span or difference between two temperatures), one uses the same formulas from the preceding paragraph; for instance, a range of 5 kelvins is precisely equal to a range of 9 degrees Rankine. +Modern redefinition of the kelvin + +For 65 years, between 1954 and the 2019 redefinition of the SI base units, a temperature interval of one kelvin was defined as 1/273.16 the difference between the triple point of water and absolute zero. The 1954 resolution by the International Bureau of Weights and Measures (known by the French-language acronym BIPM), plus later resolutions and publications, defined the triple point of water as precisely 273.16 K and acknowledged that it was "common practice" to accept that due to previous conventions (namely, that 0 °C had long been defined as the melting point of water and that the triple point of water had long been experimentally determined to be indistinguishably close to 0.01 °C), the difference between the Celsius scale and Kelvin scale is accepted as 273.15 kelvins; which is to say, 0 °C equals 273.15 kelvins.[6] The net effect of this as well as later resolutions was twofold: 1) they defined absolute zero as precisely 0 K, and 2) they defined that the triple point of special isotopically controlled water called Vienna Standard Mean Ocean Water was precisely 273.16 K and 0.01 °C. One effect of the aforementioned resolutions was that the melting point of water, while very close to 273.15 K and 0 °C, was not a defining value and was subject to refinement with more precise measurements. + +The 1954 BIPM standard did a good job of establishing—within the uncertainties due to isotopic variations between water samples—temperatures around the freezing and triple points of water, but required that intermediate values between the triple point and absolute zero, as well as extrapolated values from room temperature and beyond, to be experimentally determined via apparatus and procedures in individual labs. This shortcoming was addressed by the International Temperature Scale of 1990, or ITS‑90, which defined 13 additional points, from 13.8033 K, to 1,357.77 K. While definitional, ITS‑90 had—and still has—some challenges, partly because eight of its extrapolated values depend upon the melting or freezing points of metal samples, which must remain exceedingly pure lest their melting or freezing points be affected—usually depressed. + +The 2019 redefinition of the SI base units was primarily for the purpose of decoupling much of the SI system's definitional underpinnings from the kilogram, which was the last physical artifact defining an SI base unit (a platinum/iridium cylinder stored under three nested bell jars in a safe located in France) and which had highly questionable stability. The solution required that four physical constants, including the Boltzmann constant, be definitionally fixed. + +Assigning the Boltzmann constant a precisely defined value had no practical effect on modern thermometry except for the most exquisitely precise measurements. Before the redefinition, the triple point of water was exactly 273.16 K and 0.01 °C and the Boltzmann constant was experimentally determined to be 1.38064903(51)×10−23 J/K, where the "(51)" denotes the uncertainty in the two least significant digits (the 03) and equals a relative standard uncertainty of 0.37 ppm.[7] Afterwards, by defining the Boltzmann constant as exactly 1.380649×10−23 J/K, the 0.37 ppm uncertainty was transferred to the triple point of water, which became an experimentally determined value of 273.1600±0.0001 K (0.0100±0.0001 °C). That the triple point of water ended up being exceedingly close to 273.16 K after the SI redefinition was no accident; the final value of the Boltzmann constant was determined, in part, through clever experiments with argon and helium that used the triple point of water for their key reference temperature.[8][9] + +Notwithstanding the 2019 redefinition, water triple-point cells continue to serve in modern thermometry as exceedingly precise calibration references at 273.16 K and 0.01 °C. Moreover, the triple point of water remains one of the 14 calibration points comprising ITS‑90, which spans from the triple point of hydrogen (13.8033 K) to the freezing point of copper (1,357.77 K), which is a nearly hundredfold range of thermodynamic temperature. +Relationship of temperature, motions, conduction, and thermal energy +Figure 1 The translational motion of fundamental particles of nature such as atoms and molecules are directly related to temperature. Here, the size of helium atoms relative to their spacing is shown to scale under 1950 atmospheres of pressure. These room-temperature atoms have a certain average speed (slowed down here two trillion-fold). At any given instant however, a particular helium atom may be moving much faster than average while another may be nearly motionless. Five atoms are colored red to facilitate following their motions. This animation illustrates statistical mechanics, which is the science of how the group behavior of a large collection of microscopic objects emerges from the kinetic properties of each individual object. +Nature of kinetic energy, translational motion, and temperature + +The thermodynamic temperature of any bulk quantity of a substance (a statistically significant quantity of particles) is directly proportional to the mean average kinetic energy of a specific kind of particle motion known as translational motion. These simple movements in the three X, Y, and Z–axis dimensions of space means the particles move in the three spatial degrees of freedom. This particular form of kinetic energy is sometimes referred to as kinetic temperature. Translational motion is but one form of heat energy and is what gives gases not only their temperature, but also their pressure and the vast majority of their volume. This relationship between the temperature, pressure, and volume of gases is established by the ideal gas law's formula pV = nRT and is embodied in the gas laws. + +Though the kinetic energy borne exclusively in the three translational degrees of freedom comprise the thermodynamic temperature of a substance, molecules, as can be seen in Fig. 3, can have other degrees of freedom, all of which fall under three categories: bond length, bond angle, and rotational. All three additional categories are not necessarily available to all molecules, and even for molecules that can experience all three, some can be "frozen out" below a certain temperature. Nonetheless, all those degrees of freedom that are available to the molecules under a particular set of conditions contribute to the specific heat capacity of a substance; which is to say, they increase the amount of heat (kinetic energy) required to raise a given amount of the substance by one kelvin or one degree Celsius. + +The relationship of kinetic energy, mass, and velocity is given by the formula Ek = 1/2mv2.[10] Accordingly, particles with one unit of mass moving at one unit of velocity have precisely the same kinetic energy, and precisely the same temperature, as those with four times the mass but half the velocity. + +The extent to which the kinetic energy of translational motion in a statistically significant collection of atoms or molecules in a gas contributes to the pressure and volume of that gas is a proportional function of thermodynamic temperature as established by the Boltzmann constant (symbol: kB). The Boltzmann constant also relates the thermodynamic temperature of a gas to the mean kinetic energy of an individual particles' translational motion as follows: +E ~ = 3 2 k B T +{\displaystyle {\tilde {E}}={\frac {3}{2}}k_{\text{B}}T} +where: + + E ~ {\displaystyle {\tilde {E}}} is the mean kinetic energy for an individual particle + kB = 1.380649×10−23 J/K + T is the thermodynamic temperature of the bulk quantity of the substance + +Figure 2 The translational motions of helium atoms occur across a range of speeds. Compare the shape of this curve to that of a Planck curve in Fig. 5 below. + +While the Boltzmann constant is useful for finding the mean kinetic energy in a sample of particles, it is important to note that even when a substance is isolated and in thermodynamic equilibrium (all parts are at a uniform temperature and no heat is going into or out of it), the translational motions of individual atoms and molecules occurs across a wide range of speeds (see animation in Fig. 1 above). At any one instant, the proportion of particles moving at a given speed within this range is determined by probability as described by the Maxwell–Boltzmann distribution. The graph shown here in Fig. 2 shows the speed distribution of 5500 K helium atoms. They have a most probable speed of 4.780 km/s (0.2092 s/km). However, a certain proportion of atoms at any given instant are moving faster while others are moving relatively slowly; some are momentarily at a virtual standstill (off the x–axis to the right). This graph uses inverse speed for its x–axis so the shape of the curve can easily be compared to the curves in Fig. 5 below. In both graphs, zero on the x–axis represents infinite temperature. Additionally, the x and y–axis on both graphs are scaled proportionally. +High speeds of translational motion + +Although very specialized laboratory equipment is required to directly detect translational motions, the resultant collisions by atoms or molecules with small particles suspended in a fluid produces Brownian motion that can be seen with an ordinary microscope. The translational motions of elementary particles are very fast[11] and temperatures close to absolute zero are required to directly observe them. For instance, when scientists at the NIST achieved a record-setting cold temperature of 700 nK (billionths of a kelvin) in 1994, they used optical lattice laser equipment to adiabatically cool cesium atoms. They then turned off the entrapment lasers and directly measured atom velocities of 7 mm per second to in order to calculate their temperature.[12] Formulas for calculating the velocity and speed of translational motion are given in the following footnote.[13] +Figure 2.5 This simulation illustrates an argon atom as it would appear through a 400-power optical microscope featuring a reticle graduated with 50-micron (0.05 mm) tick marks. This atom is moving with a velocity of 14.43 microns per second, which gives the atom a kinetic temperature of one-trillionth of a kelvin. The atom requires 13.9 seconds to travel 200 microns (0.2 mm). Though the atom is being invisibly jostled due to zero-point energy, its translational motion seen here comprises all its kinetic energy. + +It is neither difficult to imagine atomic motions due to kinetic temperature, nor distinguish between such motions and those due to zero-point energy. Consider the following hypothetical thought experiment, as illustrated in Fig. 2.5 at left, with an atom that is exceedingly close to absolute zero. Imagine peering through a common optical microscope set to 400 power, which is about the maximum practical magnification for optical microscopes. Such microscopes generally provide fields of view a bit over 0.4 mm in diameter. At the center of the field of view is a single levitated argon atom (argon comprises about 0.93% of air) that is illuminated and glowing against a dark backdrop. If this argon atom was at a beyond-record-setting one-trillionth of a kelvin above absolute zero,[14] and was moving perpendicular to the field of view towards the right, it would require 13.9 seconds to move from the center of the image to the 200-micron tick mark; this travel distance is about the same as the width of the period at the end of this sentence on modern computer monitors. As the argon atom slowly moved, the positional jitter due to zero-point energy would be much less than the 200-nanometer (0.0002 mm) resolution of an optical microscope. Importantly, the atom's translational velocity of 14.43 microns per second constitutes all its retained kinetic energy due to not being precisely at absolute zero. Were the atom precisely at absolute zero, imperceptible jostling due to zero-point energy would cause it to very slightly wander, but the atom would perpetually be located, on average, at the same spot within the field of view. This is analogous to a boat that has had its motor turned off and is now bobbing slightly in relatively calm and windless ocean waters; even though the boat randomly drifts to and fro, it stays in the same spot in the long term and makes no headway through the water. Accordingly, an atom that was precisely at absolute zero would not be "motionless", and yet, a statistically significant collection of such atoms would have zero net kinetic energy available to transfer to any other collection of atoms. This is because regardless of the kinetic temperature of the second collection of atoms, they too experience the effects of zero-point energy. Such are the consequences of statistical mechanics and the nature of thermodynamics. +Internal motions of molecules and internal energy +Figure 3 Molecules have internal structures because they are composed of atoms that have different ways of moving within molecules. Being able to store kinetic energy in these internal degrees of freedom contributes to a substance's specific heat capacity, or internal energy, allowing it to contain more internal energy at the same temperature. + +As mentioned above, there are other ways molecules can jiggle besides the three translational degrees of freedom that imbue substances with their kinetic temperature. As can be seen in the animation at right, molecules are complex objects; they are a population of atoms and thermal agitation can strain their internal chemical bonds in three different ways: via rotation, bond length, and bond angle movements; these are all types of internal degrees of freedom. This makes molecules distinct from monatomic substances (consisting of individual atoms) like the noble gases helium and argon, which have only the three translational degrees of freedom (the X, Y, and Z axis). Kinetic energy is stored in molecules' internal degrees of freedom, which gives them an internal temperature. Even though these motions are called "internal", the external portions of molecules still move—rather like the jiggling of a stationary water balloon. This permits the two-way exchange of kinetic energy between internal motions and translational motions with each molecular collision. Accordingly, as internal energy is removed from molecules, both their kinetic temperature (the kinetic energy of translational motion) and their internal temperature simultaneously diminish in equal proportions. This phenomenon is described by the equipartition theorem, which states that for any bulk quantity of a substance in equilibrium, the kinetic energy of particle motion is evenly distributed among all the active degrees of freedom available to the particles. Since the internal temperature of molecules are usually equal to their kinetic temperature, the distinction is usually of interest only in the detailed study of non-local thermodynamic equilibrium (LTE) phenomena such as combustion, the sublimation of solids, and the diffusion of hot gases in a partial vacuum. + +The kinetic energy stored internally in molecules causes substances to contain more heat energy at any given temperature and to absorb additional internal energy for a given temperature increase. This is because any kinetic energy that is, at a given instant, bound in internal motions, is not contributing to the molecules' translational motions at that same instant .[15] This extra kinetic energy simply increases the amount of internal energy that substance absorbs for a given temperature rise. This property is known as a substance's specific heat capacity. + +Different molecules absorb different amounts of internal energy for each incremental increase in temperature; that is, they have different specific heat capacities. High specific heat capacity arises, in part, because certain substances' molecules possess more internal degrees of freedom than others do. For instance, room-temperature nitrogen, which is a diatomic molecule, has five active degrees of freedom: the three comprising translational motion plus two rotational degrees of freedom internally. Not surprisingly, in accordance with the equipartition theorem, nitrogen has five-thirds the specific heat capacity per mole (a specific number of molecules) as do the monatomic gases.[16] Another example is gasoline (see table showing its specific heat capacity). Gasoline can absorb a large amount of heat energy per mole with only a modest temperature change because each molecule comprises an average of 21 atoms and therefore has many internal degrees of freedom. Even larger, more complex molecules can have dozens of internal degrees of freedom. +Diffusion of thermal energy: entropy, phonons, and mobile conduction electrons +Figure 4 The temperature-induced translational motion of particles in solids takes the form of phonons. Shown here are phonons with identical amplitudes but with wavelengths ranging from 2 to 12 average inter-molecule separations (a). + +Heat conduction is the diffusion of thermal energy from hot parts of a system to cold parts. A system can be either a single bulk entity or a plurality of discrete bulk entities. The term bulk in this context means a statistically significant quantity of particles (which can be a microscopic amount). Whenever thermal energy diffuses within an isolated system, temperature differences within the system decrease (and entropy increases). + +One particular heat conduction mechanism occurs when translational motion, the particle motion underlying temperature, transfers momentum from particle to particle in collisions. In gases, these translational motions are of the nature shown above in Fig. 1. As can be seen in that animation, not only does momentum (heat) diffuse throughout the volume of the gas through serial collisions, but entire molecules or atoms can move forward into new territory, bringing their kinetic energy with them. Consequently, temperature differences equalize throughout gases very quickly—especially for light atoms or molecules; convection speeds this process even more.[17] + +Translational motion in solids, however, takes the form of phonons (see Fig. 4 at right). Phonons are constrained, quantized wave packets that travel at the speed of sound of a given substance. The manner in which phonons interact within a solid determines a variety of its properties, including its thermal conductivity. In electrically insulating solids, phonon-based heat conduction is usually inefficient[18] and such solids are considered thermal insulators (such as glass, plastic, rubber, ceramic, and rock). This is because in solids, atoms and molecules are locked into place relative to their neighbors and are not free to roam. + +Metals however, are not restricted to only phonon-based heat conduction. Thermal energy conducts through metals extraordinarily quickly because instead of direct molecule-to-molecule collisions, the vast majority of thermal energy is mediated via very light, mobile conduction electrons. This is why there is a near-perfect correlation between metals' thermal conductivity and their electrical conductivity.[19] Conduction electrons imbue metals with their extraordinary conductivity because they are delocalized (i.e., not tied to a specific atom) and behave rather like a sort of quantum gas due to the effects of zero-point energy (for more on ZPE, see Note 1 below). Furthermore, electrons are relatively light with a rest mass only 1⁄1836 that of a proton. This is about the same ratio as a .22 Short bullet (29 grains or 1.88 g) compared to the rifle that shoots it. As Isaac Newton wrote with his third law of motion, + + Law #3: All forces occur in pairs, and these two forces are equal in magnitude and opposite in direction. + +However, a bullet accelerates faster than a rifle given an equal force. Since kinetic energy increases as the square of velocity, nearly all the kinetic energy goes into the bullet, not the rifle, even though both experience the same force from the expanding propellant gases. In the same manner, because they are much less massive, thermal energy is readily borne by mobile conduction electrons. Additionally, because they're delocalized and very fast, kinetic thermal energy conducts extremely quickly through metals with abundant conduction electrons. +Diffusion of thermal energy: black-body radiation +Figure 5 The spectrum of black-body radiation has the form of a Planck curve. A 5500 K black-body has a peak emittance wavelength of 527 nm. Compare the shape of this curve to that of a Maxwell distribution in Fig. 2 above. + +Thermal radiation is a byproduct of the collisions arising from various vibrational motions of atoms. These collisions cause the electrons of the atoms to emit thermal photons (known as black-body radiation). Photons are emitted anytime an electric charge is accelerated (as happens when electron clouds of two atoms collide). Even individual molecules with internal temperatures greater than absolute zero also emit black-body radiation from their atoms. In any bulk quantity of a substance at equilibrium, black-body photons are emitted across a range of wavelengths in a spectrum that has a bell curve-like shape called a Planck curve (see graph in Fig. 5 at right). The top of a Planck curve (the peak emittance wavelength) is located in a particular part of the electromagnetic spectrum depending on the temperature of the black-body. Substances at extreme cryogenic temperatures emit at long radio wavelengths whereas extremely hot temperatures produce short gamma rays (see Table of common temperatures). + +Black-body radiation diffuses thermal energy throughout a substance as the photons are absorbed by neighboring atoms, transferring momentum in the process. Black-body photons also easily escape from a substance and can be absorbed by the ambient environment; kinetic energy is lost in the process. + +As established by the Stefan–Boltzmann law, the intensity of black-body radiation increases as the fourth power of absolute temperature. Thus, a black-body at 824 K (just short of glowing dull red) emits 60 times the radiant power as it does at 296 K (room temperature). This is why one can so easily feel the radiant heat from hot objects at a distance. At higher temperatures, such as those found in an incandescent lamp, black-body radiation can be the principal mechanism by which thermal energy escapes a system. +Table of thermodynamic temperatures + +The table below shows various points on the thermodynamic scale, in order of increasing temperature. + kelvin Peak emittance +wavelength[20] of +black-body photons +Absolute zero +(precisely by definition) 0 K ∞ [5] +Coldest measured +temperature [21] 450 pK 6,400 km +One millikelvin +(precisely by definition) 0.001 K 2.897 77 m +(radio, FM band)[22] +cosmic microwave +background radiation 2.725 K 1.063 mm (peak wavelength) +Water's triple point 273.16 K 10.6083 μm +(long wavelength I.R.) +ISO 1 standard temperature +for precision metrology +(precisely 20 °C by definition) 293.15 K 9.88495 μm +(long wavelength I.R.) +Incandescent lamp[A] 2500 K[B] 1.16 μm +(near infrared)[C] +Sun's visible surface[23][24][25][26] 5772 K 502 nm +(green light) +Lightning bolt's +channel 28,000 K 100 nm +(far ultraviolet light) +Sun's core 16 MK 0.18 nm (X-rays) +Thermonuclear explosion +(peak temperature)[27] 350 MK 8.3 × 10−3 nm +(gamma rays) +Sandia National Labs' +Z machine[D][28] 2 GK 1.4 × 10−3 nm +(gamma rays) +Core of a high-mass +star on its last day[29] 3 GK 1 × 10−3 nm +(gamma rays) +Merging binary neutron +star system[30] 350 GK 8 × 10−6 nm +(gamma rays) +Gamma-ray burst progenitors[31] 1 TK 3 × 10−6 nm +(gamma rays) +CERN's proton vs. +nucleus collisions[32] 10 TK 3 × 10−7 nm +(gamma rays) + +For a true blackbody (which tungsten filaments are not). Tungsten filaments' emissivity is greater at shorter wavelengths, which makes them appear whiter. +The 2500 K value is approximate. +Effective photosphere temperature. + + For a true blackbody (which the plasma was not). The Z machine's dominant emission originated from 40 MK electrons (soft x–ray emissions) within the plasma. + +Heat of phase changes +Figure 6 Ice and water: two phases of the same substance + +The kinetic energy of particle motion is just one contributor to the total thermal energy in a substance; another is phase transitions, which are the potential energy of molecular bonds that can form in a substance as it cools (such as during condensing and freezing). The thermal energy required for a phase transition is called latent heat. This phenomenon may more easily be grasped by considering it in the reverse direction: latent heat is the energy required to break chemical bonds (such as during evaporation and melting). Almost everyone is familiar with the effects of phase transitions; for instance, steam at 100 °C can cause severe burns much faster than the 100 °C air from a hair dryer. This occurs because a large amount of latent heat is liberated as steam condenses into liquid water on the skin. + +Even though thermal energy is liberated or absorbed during phase transitions, pure chemical elements, compounds, and eutectic alloys exhibit no temperature change whatsoever while they undergo them (see Fig. 7, below right). Consider one particular type of phase transition: melting. When a solid is melting, crystal lattice chemical bonds are being broken apart; the substance is transitioning from what is known as a more ordered state to a less ordered state. In Fig. 7, the melting of ice is shown within the lower left box heading from blue to green. +Figure 7 Water's temperature does not change during phase transitions as heat flows into or out of it. The total heat capacity of a mole of water in its liquid phase (the green line) is 7.5507 kJ. + +At one specific thermodynamic point, the melting point (which is 0 °C across a wide pressure range in the case of water), all the atoms or molecules are, on average, at the maximum energy threshold their chemical bonds can withstand without breaking away from the lattice. Chemical bonds are all-or-nothing forces: they either hold fast, or break; there is no in-between state. Consequently, when a substance is at its melting point, every joule of added thermal energy only breaks the bonds of a specific quantity of its atoms or molecules,[33] converting them into a liquid of precisely the same temperature; no kinetic energy is added to translational motion (which is what gives substances their temperature). The effect is rather like popcorn: at a certain temperature, additional thermal energy can't make the kernels any hotter until the transition (popping) is complete. If the process is reversed (as in the freezing of a liquid), thermal energy must be removed from a substance. + +As stated above, the thermal energy required for a phase transition is called latent heat. In the specific cases of melting and freezing, it's called enthalpy of fusion or heat of fusion. If the molecular bonds in a crystal lattice are strong, the heat of fusion can be relatively great, typically in the range of 6 to 30 kJ per mole for water and most of the metallic elements.[34] If the substance is one of the monatomic gases, (which have little tendency to form molecular bonds) the heat of fusion is more modest, ranging from 0.021 to 2.3 kJ per mole.[35] Relatively speaking, phase transitions can be truly energetic events. To completely melt ice at 0 °C into water at 0 °C, one must add roughly 80 times the thermal energy as is required to increase the temperature of the same mass of liquid water by one degree Celsius. The metals' ratios are even greater, typically in the range of 400 to 1200 times.[36] And the phase transition of boiling is much more energetic than freezing. For instance, the energy required to completely boil or vaporize water (what is known as enthalpy of vaporization) is roughly 540 times that required for a one-degree increase.[37] + +Water's sizable enthalpy of vaporization is why one's skin can be burned so quickly as steam condenses on it (heading from red to green in Fig. 7 above); water vapors (gas phase) are liquefied on the skin with releasing a large amount of energy (enthalpy) to the environment including the skin, resulting in skin damage. In the opposite direction, this is why one's skin feels cool as liquid water on it evaporates (a process that occurs at a sub-ambient wet-bulb temperature that is dependent on relative humidity); the water evaporation on the skin takes a large amount of energy from the environment including the skin, reducing the skin temperature. Water's highly energetic enthalpy of vaporization is also an important factor underlying why solar pool covers (floating, insulated blankets that cover swimming pools when the pools are not in use) are so effective at reducing heating costs: they prevent evaporation. (In other words, taking energy from water when it is evaporated is limited.) For instance, the evaporation of just 20 mm of water from a 1.29-meter-deep pool chills its water 8.4 degrees Celsius (15.1 °F). +Internal energy + +The total energy of all translational and internal particle motions, including that of conduction electrons, plus the potential energy of phase changes, plus zero-point energy[5] of a substance comprise the internal energy of it. +Figure 8 When many of the chemical elements, such as the noble gases and platinum-group metals, freeze to a solid — the most ordered state of matter — their crystal structures have a close-packed arrangement. This yields the greatest possible packing density and the lowest energy state. +Internal energy at absolute zero + +As a substance cools, different forms of internal energy and their related effects simultaneously decrease in magnitude: the latent heat of available phase transitions is liberated as a substance changes from a less ordered state to a more ordered state; the translational motions of atoms and molecules diminish (their kinetic energy or temperature decreases); the internal motions of molecules diminish (their internal energy or temperature decreases); conduction electrons (if the substance is an electrical conductor) travel somewhat slower;[38] and black-body radiation's peak emittance wavelength increases (the photons' energy decreases). When particles of a substance are as close as possible to complete rest and retain only ZPE (Zero Point Energy)-induced quantum mechanical motion, the substance is at the temperature of absolute zero (T = 0). +Figure 9 Due to the effects of zero-point energy, helium at ambient pressure remains a superfluid even when exceedingly close to absolute zero; it won't freeze unless under 25 bar of pressure (~25 atmospheres). + +Note that whereas absolute zero is the point of zero thermodynamic temperature and is also the point at which the particle constituents of matter have minimal motion, absolute zero is not necessarily the point at which a substance contains zero internal energy; one must be very precise with what one means by internal energy. Often, all the phase changes that can occur in a substance, will have occurred by the time it reaches absolute zero. However, this is not always the case. Notably, T = 0 helium remains liquid at room pressure (Fig. 9 at right) and must be under a pressure of at least 25 bar (2.5 MPa) to crystallize. This is because helium's heat of fusion (the energy required to melt helium ice) is so low (only 21 joules per mole) that the motion-inducing effect of zero-point energy is sufficient to prevent it from freezing at lower pressures. + +A further complication is that many solids change their crystal structure to more compact arrangements at extremely high pressures (up to millions of bars, or hundreds of gigapascals). These are known as solid–solid phase transitions wherein latent heat is liberated as a crystal lattice changes to a more thermodynamically favorable, compact one. + +The above complexities make for rather cumbersome blanket statements regarding the internal energy in T = 0 substances. Regardless of pressure though, what can be said is that at absolute zero, all solids with a lowest-energy crystal lattice such those with a closest-packed arrangement (see Fig. 8, above left) contain minimal internal energy, retaining only that due to the ever-present background of zero-point energy.[5] [39] One can also say that for a given substance at constant pressure, absolute zero is the point of lowest enthalpy (a measure of work potential that takes internal energy, pressure, and volume into consideration).[40] Lastly, it is always true to say that all T = 0 substances contain zero kinetic thermal energy.[5] [13] +Practical applications for thermodynamic temperature + +Thermodynamic temperature is useful not only for scientists, it can also be useful for lay-people in many disciplines involving gases. By expressing variables in absolute terms and applying Gay-Lussac's law of temperature/pressure proportionality, solutions to everyday problems are straightforward; for instance, calculating how a temperature change affects the pressure inside an automobile tire. If the tire has a cold gage[41] pressure of 200 kPa, then its absolute pressure is 300 kPa.[42][43] Room temperature ("cold" in tire terms) is 296 K. If the tire temperature is 20 °C hotter (20 kelvins), the solution is calculated as 316 K/296 K = 6.8% greater thermodynamic temperature and absolute pressure; that is, an absolute pressure of 320 kPa, which is a gage pressure of 220 kPa. +Relationship to ideal gas law + +The thermodynamic temperature is closely linked to the ideal gas law and its consequences. It can be linked also to the second law of thermodynamics. The thermodynamic temperature can be shown to have special properties, and in particular can be seen to be uniquely defined (up to some constant multiplicative factor) by considering the efficiency of idealized heat engines. Thus the ratio T2/T1 of two temperatures T1 and T2 is the same in all absolute scales. + +Strictly speaking, the temperature of a system is well-defined only if it is at thermal equilibrium. From a microscopic viewpoint, a material is at thermal equilibrium if the quantity of heat between its individual particles cancel out. There are many possible scales of temperature, derived from a variety of observations of physical phenomena. + +Loosely stated, temperature differences dictate the direction of heat between two systems such that their combined energy is maximally distributed among their lowest possible states. We call this distribution "entropy". To better understand the relationship between temperature and entropy, consider the relationship between heat, work and temperature illustrated in the Carnot heat engine. The engine converts heat into work by directing a temperature gradient between a higher temperature heat source, TH, and a lower temperature heat sink, TC, through a gas filled piston. The work done per cycle is equal in magnitude to net heat taken up, which is sum of the heat qH taken up by the engine from the high-temperature source, plus the waste heat given off by the engine, qC < 0.[44] The efficiency of the engine is the work divided by the heat put into the system or +Efficiency = | w cy | q H = q H + q C q H = 1 + q C q H = 1 − | q C | | q H | ( 1 ) +{\displaystyle {\textrm {Efficiency}}={\frac {|w_{\text{cy}}|}{q_{\text{H}}}}={\frac {q_{\text{H}}+q_{\text{C}}}{q_{\text{H}}}}=1+{\frac {q_{\text{C}}}{q_{\text{H}}}}=1-{\frac {|q_{\text{C}}|}{|q_{\text{H}}|}}\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ (1)} +where w cy {\displaystyle w_{\text{cy}}} is the work done per cycle. Thus the efficiency depends only on |qC| / |qH|. + +Carnot's theorem states that all reversible engines operating between the same heat reservoirs are equally efficient. Thus, any reversible heat engine operating between temperatures T1 and T2 must have the same efficiency, that is to say, the efficiency is the function of only temperatures + +| q C | | q H | = f ( T H , T C ) . ( 2 ) +{\displaystyle {\frac {|q_{\text{C}}|}{|q_{\text{H}}|}}=f(T_{\text{H}},T_{\text{C}}).\ \ \ \ \ \ \ \ (2)} + +In addition, a reversible heat engine operating between a pair of thermal reservoirs at temperatures T1 and T3 must have the same efficiency as one consisting of two cycles, one between T1 and another (intermediate) temperature T2, and the second between T2 andT3. If this were not the case, then energy (in the form of q) will be wasted or gained, resulting in different overall efficiencies every time a cycle is split into component cycles; clearly a cycle can be composed of any number of smaller cycles as an engine design choice, and any reversible engine between the same reservoir at T1 and T3 must be equally efficient regardless of the engine design. + +If we choose engines such that work done by the one cycle engine and the two cycle engine are same, then the efficiency of each heat engine is written as the below. + + η 1 = 1 − | q 3 | | q 1 | = 1 − f ( T 1 , T 3 ) {\displaystyle \eta _{1}=1-{\frac {|q_{3}|}{|q_{1}|}}=1-f(T_{1},T_{3})}, + η 2 = 1 − | q 2 | | q 1 | = 1 − f ( T 1 , T 2 ) {\displaystyle \eta _{2}=1-{\frac {|q_{2}|}{|q_{1}|}}=1-f(T_{1},T_{2})}, + η 3 = 1 − | q 3 | | q 2 | = 1 − f ( T 2 , T 3 ) {\displaystyle \eta _{3}=1-{\frac {|q_{3}|}{|q_{2}|}}=1-f(T_{2},T_{3})}. + + +Here, the engine 1 is the one cycle engine, and the engines 2 and 3 make the two cycle engine where there is the intermediate reservoir at T2. We also have used the fact that the heat q 2 q_{2} passes through the intermediate thermal reservoir at T 2 T_{2} without losing its energy. (I.e., q 2 q_{2} is not lost during its passage through the reservoir at T 2 T_{2}.) This fact can be proved by the following. + + η 2 = 1 − | q 2 | | q 1 | → | w 2 | = | q 1 | − | q 2 | , η 3 = 1 − | q 3 | | q 2 ∗ | → | w 3 | = | q 2 ∗ | − | q 3 | , | w 2 | + | w 3 | = ( | q 1 | − | q 2 | ) + ( | q 2 ∗ | − | q 3 | ) , η 1 = 1 − | q 3 | | q 1 | = ( | w 2 | + | w 3 | ) | q 1 | = ( | q 1 | − | q 2 | ) + ( | q 2 ∗ | − | q 3 | ) | q 1 | . {\displaystyle {\begin{aligned}&{{\eta }_{2}}=1-{\frac {|{{q}_{2}}|}{|{{q}_{1}}|}}\to |{{w}_{2}}|=|{{q}_{1}}|-|{{q}_{2}}|,\\&{{\eta }_{3}}=1-{\frac {|{{q}_{3}}|}{|{{q}_{2}}^{*}|}}\to |{{w}_{3}}|=|{{q}_{2}}^{*}|-|{{q}_{3}}|,\\&|{{w}_{2}}|+|{{w}_{3}}|=(|{{q}_{1}}|-|{{q}_{2}}|)+(|{{q}_{2}}^{*}|-|{{q}_{3}}|),\\&{{\eta }_{1}}=1-{\frac {|{{q}_{3}}|}{|{{q}_{1}}|}}={\frac {(|{{w}_{2}}|+|{{w}_{3}}|)}{|{{q}_{1}}|}}={\frac {(|{{q}_{1}}|-|{{q}_{2}}|)+(|{{q}_{2}}^{*}|-|{{q}_{3}}|)}{|{{q}_{1}}|}}.\\\end{aligned}}} + +In order to have the consistency in the last equation, the heat q 2 q_{2} flown from the engine 2 to the intermediate reservoir must be equal to the heat q 2 ∗ {\displaystyle q_{2}^{*}} flown out from the reservoir to the engine 3. + +With this understanding of q1, q2 and q3, mathematically, +f ( T 1 , T 3 ) = | q 3 | | q 1 | = | q 2 | | q 3 | | q 1 | | q 2 | = f ( T 1 , T 2 ) f ( T 2 , T 3 ) . +{\displaystyle f(T_{1},T_{3})={\frac {|q_{3}|}{|q_{1}|}}={\frac {|q_{2}||q_{3}|}{|q_{1}||q_{2}|}}=f(T_{1},T_{2})f(T_{2},T_{3}).} + +But since the first function is NOT a function of T2, the product of the final two functions MUST result in the removal of T2 as a variable. The only way is therefore to define the function f as follows: +f ( T 1 , T 2 ) = g ( T 2 ) g ( T 1 ) +{\displaystyle f(T_{1},T_{2})={\frac {g(T_{2})}{g(T_{1})}}} +and +f ( T 2 , T 3 ) = g ( T 3 ) g ( T 2 ) +{\displaystyle f(T_{2},T_{3})={\frac {g(T_{3})}{g(T_{2})}}} +so that +f ( T 1 , T 3 ) = g ( T 3 ) g ( T 1 ) = | q 3 | | q 1 | . +{\displaystyle f(T_{1},T_{3})={\frac {g(T_{3})}{g(T_{1})}}={\frac {|q_{3}|}{|q_{1}|}}.} + +I.e. the ratio of heat exchanged is a function of the respective temperatures at which they occur. We can choose any monotonic function for our g ( T ) g(T);[45] it is a matter of convenience and convention that we choose g ( T ) = T g(T)=T. Choosing then one fixed reference temperature (i.e. triple point of water), we establish the thermodynamic temperature scale. + +Such a definition coincides with that of the ideal gas derivation; also it is this definition of the thermodynamic temperature that enables us to represent the Carnot efficiency in terms of TH and TC, and hence derive that the (complete) Carnot cycle is isentropic: + +| q C | | q H | = f ( T H , T C ) = T C T H . ( 3 ) +{\displaystyle {\frac {|q_{\text{C}}|}{|q_{\text{H}}|}}=f(T_{\text{H}},T_{\text{C}})={\frac {T_{\text{C}}}{T_{\text{H}}}}.\ \ \ \ \ \ \ \ \ \ \ (3)} + +Substituting this back into our first formula for efficiency yields a relationship in terms of temperature: + +Efficiency = 1 + q C q H = 1 − | q C | | q H | = 1 − T C T H . ( 4 ) +{\displaystyle {\textrm {Efficiency}}=1+{\frac {q_{\text{C}}}{q_{\text{H}}}}=1-{\frac {|q_{\text{C}}|}{|q_{\text{H}}|}}=1-{\frac {T_{\text{C}}}{T_{\text{H}}}}.\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ (4)} + +Note that for TC = 0 the efficiency is 100% and that efficiency becomes greater than 100% for TC < 0, which is unrealistic. Subtracting 1 from the right hand side of the Equation (4) and the middle portion gives q C q H = − T C T H {\displaystyle {\frac {q_{\text{C}}}{q_{\text{H}}}}=-{\frac {T_{\text{C}}}{T_{\text{H}}}}} and thus [46][44] +q H T H + q C T C = 0. +{\displaystyle {\frac {q_{\text{H}}}{T_{\text{H}}}}+{\frac {q_{\text{C}}}{T_{\text{C}}}}=0.} + +The generalization of this equation is the Clausius theorem, which proposes the existence of a state function S S (i.e., a function which depends only on the state of the system, not on how it reached that state) defined (up to an additive constant) by +d S = d q r e v T , +{\displaystyle dS={\frac {dq_{\mathrm {rev} }}{T}},} + + + + + + + + + + + + + +(5) + +where the subscript rev indicates heat transfer in a reversible process. The function S S is the entropy of the system, mentioned previously, and the change of S S around any cycle is zero (as is necessary for any state function). The Equation 5 can be rearranged to get an alternative definition for temperature in terms of entropy and heat (to avoid a logic loop, we should first define entropy through statistical mechanics): +T = d q r e v d S . +{\displaystyle T={\frac {dq_{\mathrm {rev} }}{dS}}.} + +For a constant-volume system (so no mechanical work W W) in which the entropy S S is a function S ( E ) S(E) of its internal energy E E, d E = d q r e v {\displaystyle dE=dq_{rev}} and the thermodynamic temperature T T is therefore given by +1 T = d S d E , +{\displaystyle {\frac {1}{T}}={\frac {dS}{dE}},} +so that the reciprocal of the thermodynamic temperature is the rate of change of entropy with respect to the internal energy at the constant volume. + +History +Guillaume Amontons + +1702–1703: Guillaume Amontons (1663–1705) published two papers that may be used to credit him as being the first researcher to deduce the existence of a fundamental (thermodynamic) temperature scale featuring an absolute zero. He made the discovery while endeavoring to improve upon the air thermometers in use at the time. His J-tube thermometers comprised a mercury column that was supported by a fixed mass of air entrapped within the sensing portion of the thermometer. In thermodynamic terms, his thermometers relied upon the volume / temperature relationship of gas under constant pressure. His measurements of the boiling point of water and the melting point of ice showed that regardless of the mass of air trapped inside his thermometers or the weight of mercury the air was supporting, the reduction in air volume at the ice point was always the same ratio. This observation led him to posit that a sufficient reduction in temperature would reduce the air volume to zero. In fact, his calculations projected that absolute zero was equivalent to −240 °C—only 33.15 degrees short of the true value of −273.15 °C. Amonton's discovery of a one-to-one relationship between absolute temperature and absolute pressure was rediscovered a century later and popularized within the scientific community by Joseph Louis Gay-Lussac. Today, this principle of thermodynamics is commonly known as Gay-Lussac's law but is also known as Amonton's law. +Anders Celsius + +1742: Anders Celsius (1701–1744) created a "backwards" version of the modern Celsius temperature scale. In Celsius's original scale, zero represented the boiling point of water and 100 represented the melting point of ice. In his paper Observations of two persistent degrees on a thermometer, he recounted his experiments showing that ice's melting point was effectively unaffected by pressure. He also determined with remarkable precision how water's boiling point varied as a function of atmospheric pressure. He proposed that zero on his temperature scale (water's boiling point) would be calibrated at the mean barometric pressure at mean sea level. +Carl Linnaeus + +1744: Coincident with the death of Anders Celsius, the famous botanist Carl Linnaeus (1707–1778) effectively reversed[47] Celsius's scale upon receipt of his first thermometer featuring a scale where zero represented the melting point of ice and 100 represented water's boiling point. The custom-made linnaeus-thermometer, for use in his greenhouses, was made by Daniel Ekström, Sweden's leading maker of scientific instruments at the time. For the next 204 years, the scientific and thermometry communities worldwide referred to this scale as the centigrade scale. Temperatures on the centigrade scale were often reported simply as degrees or, when greater specificity was desired, degrees centigrade. The symbol for temperature values on this scale was °C (in several formats over the years). Because the term centigrade was also the French-language name for a unit of angular measurement (one-hundredth of a right angle) and had a similar connotation in other languages, the term "centesimal degree" was used when very precise, unambiguous language was required by international standards bodies such as the International Bureau of Weights and Measures (Bureau international des poids et mesures) (BIPM). The 9th CGPM (General Conference on Weights and Measures (Conférence générale des poids et mesures) and the CIPM (International Committee for Weights and Measures (Comité international des poids et mesures) formally adopted[48] degree Celsius (symbol: °C) in 1948. +Johann Heinrich Lambert + +1777: In his book Pyrometrie (Berlin: Haude & Spener, 1779) completed four months before his death, Johann Heinrich Lambert (1728–1777), sometimes incorrectly referred to as Joseph Lambert, proposed an absolute temperature scale based on the pressure/temperature relationship of a fixed volume of gas. This is distinct from the volume/temperature relationship of gas under constant pressure that Guillaume Amontons discovered 75 years earlier. Lambert stated that absolute zero was the point where a simple straight-line extrapolation reached zero gas pressure and was equal to −270 °C. +Jacques Alexandre César Charles + +Circa 1787: Notwithstanding the work of Guillaume Amontons 85 years earlier, Jacques Alexandre César Charles (1746–1823) is often credited with discovering, but not publishing, that the volume of a gas under constant pressure is proportional to its absolute temperature. The formula he created was V1/T1 = V2/T2. +Joseph Louis Gay-Lussac + +1802: Joseph Louis Gay-Lussac (1778–1850) published work (acknowledging the unpublished lab notes of Jacques Charles fifteen years earlier) describing how the volume of gas under constant pressure changes linearly with its absolute (thermodynamic) temperature. This behavior is called Charles's Law and is one of the gas laws. His are the first known formulas to use the number 273 for the expansion coefficient of gas relative to the melting point of ice (indicating that absolute zero was equivalent to −273 °C). +Lord Kelvin + +1848: William Thomson, (1824–1907) also known as Lord Kelvin, wrote in his paper, On an Absolute Thermometric Scale, of the need for a scale whereby infinite cold (absolute zero) was the scale's zero point, and which used the degree Celsius for its unit increment. + +Like Gay-Lussac, Thomson calculated that absolute zero was equivalent to −273 °C on the air thermometers of the time. This absolute scale is known today as the kelvin thermodynamic temperature scale. It's noteworthy that Thomson's value of −273 was actually derived from 0.00366, which was the accepted expansion coefficient of gas per degree Celsius relative to the ice point. The inverse of −0.00366 expressed to five significant digits is −273.22 °C which is remarkably close to the true value of −273.15 °C. + +In the paper he proposed to define temperature using idealized heat engines. In detail, he proposed that, given three heat reservoirs at temperatures T A , T B , T C {\displaystyle T_{A},T_{B},T_{C}}, if two reversible heat engines (Carnot engine), one working between T A , T B {\displaystyle T_{A},T_{B}} and another between T B , T C {\displaystyle T_{B},T_{C}}, can produce the same amount of mechanical work W W by letting the same amount of heat Q Q pass through, then define T A − T B = T B − T C {\displaystyle T_{A}-T_{B}=T_{B}-T_{C}}. + +Note that like Carnot, Kelvin worked under the assumption that heat is conserved ("the conversion of heat (or caloric) into mechanical effect is probably impossible"), and if heat Q Q goes into the heat engine, then heat Q Q must come out.[49] + +1851: William Thomson, realizing after Joule's experiments that heat is not a conserved quantity, but is convertible with mechanical work, modified his scale in An Account of Carnot's Theory of the Motive Power of Heat. In this work, he defined as follows:[50] + + Given two heat reservoirs T A , T B {\displaystyle T_{A},T_{B}}, and a reversible heat engine working between them, such that if during an engine cycle, heat Q A Q_{A} moves into the engine, and heat Q B Q_{B} comes out of the engine, then T A T B = Q A Q B {\displaystyle {\frac {T_{A}}{T_{B}}}={\frac {Q_{A}}{Q_{B}}}}. + +The above definition fixes the ratios between absolute temperatures, but it does not fix a scale for absolute temperature. For the scale, Thomson proposed to use the Celsius degree, that is, 1 100 {\frac {1}{100}} the interval between the freezing and the boiling point of water. +Macquorn Rankine + +1859: Macquorn Rankine (1820–1872) proposed a thermodynamic temperature scale similar to William Thomson's but which used the degree Fahrenheit for its unit increment, that is, 1 180 {\displaystyle {\frac {1}{180}}} the interval between the freezing and the boiling point of water. This absolute scale is known today as the Rankine thermodynamic temperature scale. +Ludwig Boltzmann + +1877–1884: Ludwig Boltzmann (1844–1906) made major contributions to thermodynamics through an understanding of the role that particle kinetics and black body radiation played. His name is now attached to several of the formulas used today in thermodynamics. + +Circa 1930s: Gas thermometry experiments carefully calibrated to the melting point of ice and boiling point of water showed that absolute zero was equivalent to −273.15 °C. + +1948: Resolution 3 of the 9th CGPM (Conférence Générale des Poids et Mesures, also known as the General Conference on Weights and Measures) fixed the triple point of water at precisely 0.01 °C. At this time, the triple point still had no formal definition for its equivalent kelvin value, which the resolution declared "will be fixed at a later date". The implication is that if the value of absolute zero measured in the 1930s was truly −273.15 °C, then the triple point of water (0.01 °C) was equivalent to 273.16 K. Additionally, both the CIPM (Comité international des poids et mesures, also known as the International Committee for Weights and Measures) and the CGPM formally adopted the name Celsius for the degree Celsius and the Celsius temperature scale. [51] + +1954: Resolution 3 of the 10th CGPM gave the kelvin scale its modern definition by choosing the triple point of water as its upper defining point (with no change to absolute zero being the null point) and assigning it a temperature of precisely 273.16 kelvins (what was actually written 273.16 degrees Kelvin at the time). This, in combination with Resolution 3 of the 9th CGPM, had the effect of defining absolute zero as being precisely zero kelvins and −273.15 °C. + +1967/1968: Resolution 3 of the 13th CGPM renamed the unit increment of thermodynamic temperature kelvin, symbol K, replacing degree absolute, symbol °K. Further, feeling it useful to more explicitly define the magnitude of the unit increment, the 13th CGPM also decided in Resolution 4 that "The kelvin, unit of thermodynamic temperature, is the fraction 1/273.16 of the thermodynamic temperature of the triple point of water". + +2005: The CIPM (Comité International des Poids et Mesures, also known as the International Committee for Weights and Measures) affirmed that for the purposes of delineating the temperature of the triple point of water, the definition of the kelvin thermodynamic temperature scale would refer to water having an isotopic composition defined as being precisely equal to the nominal specification of Vienna Standard Mean Ocean Water. + +2019: In November 2018, the 26th General Conference on Weights and Measures (CGPM) changed the definition of the Kelvin by fixing the Boltzmann constant to 1.380649×10−23 when expressed in the unit J/K. This change (and other changes in the definition of SI units) was made effective on the 144th anniversary of the Metre Convention, 20 May 2019. +See also + + Absolute zero + Hagedorn temperature + Adiabatic process + Boltzmann constant + Carnot heat engine + Energy conversion efficiency + Enthalpy + Entropy + Equipartition theorem + Fahrenheit + First law of thermodynamics + Freezing + Gas laws + International System of Quantities + ITS-90 + Ideal gas law + Kelvin + Laws of thermodynamics + Maxwell–Boltzmann distribution + Orders of magnitude (temperature) + Phase transition + Planck's law of black-body radiation + Rankine scale + Specific heat capacity + Standard enthalpy change of fusion + Standard enthalpy change of vaporization + Temperature + Temperature conversion formulas + Thermal radiation + Thermodynamic beta + Thermodynamic equations + Thermodynamic equilibrium + Thermodynamics + Thermodynamics Category (list of articles) + Timeline of heat engine technology + Timeline of temperature and pressure measurement technology + Triple point + +Notes + + In the following notes, wherever numeric equalities are shown in concise form, such as 1.85487(14)×1043, the two digits between the parentheses denotes the uncertainty at 1-σ (1 standard deviation, 68% confidence level) in the two least significant digits of the significand. + +CODATA Value: Boltzmann constant. The NIST Reference on Constants, Units, and Uncertainty. National Institute of Standards and Technology. +Georgia State University, HyperPhysics Project, "Equipartition of Energy" +Rankine, W. J. M., "A manual of the steam engine and other prime movers", Richard Griffin and Co., London (1859), p. 306–307. +William Thomson, 1st Baron Kelvin, "Heat", Adam and Charles Black, Edinburgh (1880), p. 39. +Absolute zero's relationship to zero-point energy +While scientists are achieving temperatures ever closer to absolute zero, they can not fully achieve a state of zero temperature. However, even if scientists could remove all kinetic thermal energy from matter, quantum mechanical zero-point energy (ZPE) causes particle motion that can never be eliminated. Encyclopædia Britannica Online defines zero-point energy as the "vibrational energy that molecules retain even at the absolute zero of temperature". ZPE is the result of all-pervasive energy fields in the vacuum between the fundamental particles of nature; it is responsible for the Casimir effect and other phenomena. See Zero Point Energy and Zero Point Field. See also Solid Helium Archived 2008-02-12 at the Wayback Machine by the University of Alberta's Department of Physics to learn more about ZPE's effect on Bose–Einstein condensates of helium. + +Although absolute zero (T = 0) is not a state of zero molecular motion, it is the point of zero temperature and, in accordance with the Boltzmann constant, is also the point of zero particle kinetic energy and zero kinetic velocity. To understand how atoms can have zero kinetic velocity and simultaneously be vibrating due to ZPE, consider the following thought experiment: two T = 0 helium atoms in zero gravity are carefully positioned and observed to have an average separation of 620 pm between them (a gap of ten atomic diameters). It is an "average" separation because ZPE causes them to jostle about their fixed positions. Then one atom is given a kinetic kick of precisely 83 yoctokelvins (1 yK = 1×10−24 K). This is done in a way that directs this atom's velocity vector at the other atom. With 83 yK of kinetic energy between them, the 620 pm gap through their common barycenter would close at a rate of 719 pm/s and they would collide after 0.862 second. This is the same speed as shown in the Fig. 1 animation above. Before being given the kinetic kick, both T = 0 atoms had zero kinetic energy and zero kinetic velocity because they could persist indefinitely in that state and relative orientation even though both were being jostled by ZPE. At T = 0, no kinetic energy is available for transfer to other systems. + +Note too that absolute zero serves as the baseline atop which thermodynamics and its equations are founded because they deal with the exchange of thermal energy between "systems" (a plurality of particles and fields modeled as an average). Accordingly, one may examine ZPE-induced particle motion within a system that is at absolute zero but there can never be a net outflow of thermal energy from such a system. Also, the peak emittance wavelength of black-body radiation shifts to infinity at absolute zero; indeed, a peak no longer exists and black-body photons can no longer escape. Because of ZPE, however, virtual photons are still emitted at T = 0. Such photons are called "virtual" because they can't be intercepted and observed. Furthermore, this zero-point radiation has a unique zero-point spectrum. However, even though a T = 0 system emits zero-point radiation, no net heat flow Q out of such a system can occur because if the surrounding environment is at a temperature greater than T = 0, heat will flow inward, and if the surrounding environment is at 'T = 0, there will be an equal flux of ZP radiation both inward and outward. A similar Q equilibrium exists at T = 0 with the ZPE-induced spontaneous emission of photons (which is more properly called a stimulated emission in this context). The graph at upper right illustrates the relationship of absolute zero to zero-point energy. The graph also helps in the understanding of how zero-point energy got its name: it is the vibrational energy matter retains at the zero-kelvin point. Derivation of the classical electromagnetic zero-point radiation spectrum via a classical thermodynamic operation involving van der Waals forces, Daniel C. Cole, Physical Review A, 42 (1990) 1847. +"SI brochure, section 2.1.1.5". International Bureau of Weights and Measures. Archived from the original on 26 September 2007. Retrieved 9 May 2008. +Newell, D B; Cabiati, F; Fischer, J; Fujii, K; Karshenboim, S G; Margolis, H S; de Mirandés, E; Mohr, P J; Nez, F; Pachucki, K; Quinn, T J; Taylor, B N; Wang, M; Wood, B M; Zhang, Z; et al. (Committee on Data for Science and Technology (CODATA) Task Group on Fundamental Constants) (29 January 2018). "The CODATA 2017 values of h, e, k, and NA for the revision of the SI". Metrologia. 55 (1): L13–L16. Bibcode:2018Metro..55L..13N. doi:10.1088/1681-7575/aa950a. +"SI Redefinition – Kelvin: Boltzmann Constant". National Institute of Standards and Technology. Archived from the original on 1 July 2020. Retrieved 13 Dec 2020. +"Acoustic Thermometry". National Institute of Standards and Technology. Archived from the original on 23 September 2020. Retrieved 13 Dec 2020. +At non-relativistic temperatures of less than about 30 GK, classical mechanics are sufficient to calculate the velocity of particles. At 30 GK, individual neutrons (the constituent of neutron stars and one of the few materials in the universe with temperatures in this range) have a 1.0042 γ (gamma or Lorentz factor). Thus, the classic Newtonian formula for kinetic energy is in error less than half a percent for temperatures less than 30 GK. +Even room–temperature air has an average molecular translational speed (not vector-isolated velocity) of 1822 km/hour. This is relatively fast for something the size of a molecule considering there are roughly 2.42×1016 of them crowded into a single cubic millimeter. Assumptions: Average molecular weight of wet air = 28.838 g/mol and T = 296.15 K. Assumption's primary variables: An altitude of 194 meters above mean sea level (the world–wide median altitude of human habitation), an indoor temperature of 23 °C, a dewpoint of 9 °C (40.85% relative humidity), and 760 mmHg (101.325 kPa) sea level–corrected barometric pressure. +Citation: Adiabatic Cooling of Cesium to 700 nK in an Optical Lattice, A. Kastberg et al., Physical Review Letters 74, No. 9, 27 Feb. 1995, Pg. 1542. It's noteworthy that a record cold temperature of 450 pK in a Bose–Einstein condensate of sodium atoms (achieved by A. E. Leanhardt et al.. of MIT) equates to an average vector-isolated atom velocity of 0.4 mm/s and an average atom speed of 0.7 mm/s. +The rate of translational motion of atoms and molecules is calculated based on thermodynamic temperature as follows: +v ~ = k B 2 ⋅ T m 2 +{\displaystyle {\tilde {v}}={\sqrt {\frac {{\frac {k_{\text{B}}}{2}}\cdot T}{\frac {m}{2}}}}} +where + + v ~ {\displaystyle {\tilde {v}}} is the vector-isolated mean velocity of translational particle motion in m/s + kB (Boltzmann constant) = 1.380649×10−23 J/K + T is the thermodynamic temperature in kelvins + m is the molecular mass of substance in kg/particle + +In the above formula, molecular mass, m, in kg/particle is the quotient of a substance's molar mass (also known as atomic weight, atomic mass, relative atomic mass, and unified atomic mass units) in g/mol or daltons divided by 6.02214076×1026 (which is the Avogadro constant times one thousand). For diatomic molecules such as H2, N2, and O2, multiply atomic weight by two before plugging it into the above formula. The mean speed (not vector-isolated velocity) of an atom or molecule along any arbitrary path is calculated as follows: +s ~ = v ~ ⋅ 3 +{\displaystyle {\tilde {s}}={\tilde {v}}\cdot {\sqrt {3}}} +where s ~ {\tilde {s}} is the mean speed of translational particle motion in m/s. Note that the mean energy of the translational motions of a substance's constituent particles correlates to their mean speed, not velocity. Thus, substituting s ~ {\tilde {s}} for v in the classic formula for kinetic energy, Ek = 1⁄2m ⋅ v2 produces precisely the same value as does Emean = 3/2kBT (as shown in the section titled The nature of kinetic energy, translational motion, and temperature). Note too that the Boltzmann constant and its related formulas establish that absolute zero is the point of both zero kinetic energy of particle motion and zero kinetic velocity (see also Note 1 above). +One-trillionth of a kelvin is to one kelvin as two sheets of kitchen aluminum foil (0.04 mm) are to the distance around Earth at the equator. +The internal degrees of freedom of molecules cause their external surfaces to vibrate and can also produce overall spinning motions (what can be likened to the jiggling and spinning of an otherwise stationary water balloon). If one examines a single molecule as it impacts a containers' wall, some of the kinetic energy borne in the molecule's internal degrees of freedom can constructively add to its translational motion during the instant of the collision and extra kinetic energy will be transferred into the container's wall. This would induce an extra, localized, impulse-like contribution to the average pressure on the container. However, since the internal motions of molecules are random, they have an equal probability of destructively interfering with translational motion during a collision with a container's walls or another molecule. Averaged across any bulk quantity of a gas, the internal thermal motions of molecules have zero net effect upon the temperature, pressure, or volume of a gas. Molecules' internal degrees of freedom simply provide additional locations where kinetic energy is stored. This is precisely why molecular-based gases have greater specific internal capacity than monatomic gases (where additional internal energy must be added to achieve a given temperature rise). +When measured at constant-volume since different amounts of work must be performed if measured at constant-pressure. Nitrogen's CvH (100 kPa, 20 °C) equals 20.8 J⋅mol–1⋅K–1 vs. the monatomic gases, which equal 12.4717 J mol–1 K–1. Citations: W.H. Freeman's Physical Chemistry, Part 3: Change (422 kB PDF, here), Exercise 21.20b, Pg. 787. Also Georgia State University's Molar Specific Heats of Gases. +The speed at which thermal energy equalizes throughout the volume of a gas is very rapid. However, since gases have extremely low density relative to solids, the heat flux (the thermal power passing per area) through gases is comparatively low. This is why the dead-air spaces in multi-pane windows have insulating qualities. +Diamond is a notable exception. Highly quantized modes of phonon vibration occur in its rigid crystal lattice. Therefore, not only does diamond have exceptionally poor specific heat capacity, it also has exceptionally high thermal conductivity. +Correlation is 752 (W⋅m−1⋅K−1)/(MS⋅cm), σ = 81, through a 7:1 range in conductivity. Value and standard deviation based on data for Ag, Cu, Au, Al, Ca, Be, Mg, Rh, Ir, Zn, Co, Ni, Os, Fe, Pa, Pt, and Sn. Citation: Data from CRC Handbook of Chemistry and Physics, 1st Student Edition and this link to Web Elements' home page. +The cited emission wavelengths are for true black bodies in equilibrium. In this table, only the sun so qualifies. CODATA recommended value of 2.897771955...×10−3 m⋅K used for Wien displacement law constant b. +A record cold temperature of 450 ±80 pK in a Bose–Einstein condensate (BEC) of sodium (23Na) atoms was achieved in 2003 by researchers at MIT. Citation: Cooling Bose–Einstein Condensates Below 500 Picokelvin, A. E. Leanhardt et al., Science 301, 12 Sept. 2003, Pg. 1515. The thermal velocity of the atoms averaged about 0.4 mm/s. It is noteworthy that this record's peak emittance black-body wavelength of 6,400 kilometers is roughly the radius of Earth. +The peak emittance wavelength of 2.897 77 m is a frequency of 103.456 MHz +"Resolution B3 on recommended nominal conversion constants for selected solar and planetary properties" (PDF). 2015. +Hertel, Ingolf V.; Schulz, Claus-Peter (2014-10-24). Atoms, Molecules and Optical Physics 1: Atoms and Spectroscopy. Springer. p. 35. ISBN 978-3-642-54322-7. +Vignola, Frank; Michalsky, Joseph; Stoffel, Thomas (2019-07-30). Solar and Infrared Radiation Measurements, Second Edition. CRC Press. pp. chapter 2.1 2.2. ISBN 978-1-351-60020-0. +"Sun Fact Sheet". nssdc.gsfc.nasa.gov. Retrieved 2023-08-27. +The 350 MK value is the maximum peak fusion fuel temperature in a thermonuclear weapon of the Teller–Ulam configuration (commonly known as a "hydrogen bomb"). Peak temperatures in Gadget-style fission bomb cores (commonly known as an "atomic bomb") are in the range of 50 to 100 MK. Citation: Nuclear Weapons Frequently Asked Questions, 3.2.5 Matter At High Temperatures. Link to relevant Web page. All referenced data was compiled from publicly available sources. +Peak temperature for a bulk quantity of matter was achieved by a pulsed-power machine used in fusion physics experiments. The term "bulk quantity" draws a distinction from collisions in particle accelerators wherein high "temperature" applies only to the debris from two subatomic particles or nuclei at any given instant. The >2 GK temperature was achieved over a period of about ten nanoseconds during "shot Z1137". In fact, the iron and manganese ions in the plasma averaged 3.58 ±0.41 GK (309 ±35 keV) for 3 ns (ns 112 through 115). Citation: Ion Viscous Heating in a Magnetohydrodynamically Unstable Z Pinch at Over 2 × 109 Kelvin, M. G. Haines et al., Physical Review Letters 96, Issue 7, id. 075003. Link to Sandia's news release. Archived 2006-07-02 at the Wayback Machine +Core temperature of a high–mass (>8–11 solar masses) star after it leaves the main sequence on the Hertzsprung–Russell diagram and begins the alpha process (which lasts one day) of fusing silicon–28 into heavier elements in the following steps: sulfur–32 → argon–36 → calcium–40 → titanium–44 → chromium–48 → iron–52 → nickel–56. Within minutes of finishing the sequence, the star explodes as a Type II supernova. Citation: Stellar Evolution: The Life and Death of Our Luminous Neighbors (by Arthur Holland and Mark Williams of the University of Michigan). Link to Web site. More informative links can be found here, and here Archived 2011-08-14 at the Wayback Machine, and a concise treatise on stars by NASA is here. Archived July 20, 2015, at the Wayback Machine +Based on a computer model that predicted a peak internal temperature of 30 MeV (350 GK) during the merger of a binary neutron star system (which produces a gamma–ray burst). The neutron stars in the model were 1.2 and 1.6 solar masses respectively, were roughly 20 km in diameter, and were orbiting around their barycenter (common center of mass) at about 390 Hz during the last several milliseconds before they completely merged. The 350 GK portion was a small volume located at the pair's developing common core and varied from roughly 1 to 7 km across over a time span of around 5 ms. Imagine two city-sized objects of unimaginable density orbiting each other at the same frequency as the G4 musical note (the 28th white key on a piano). It is also noteworthy that at 350 GK, the average neutron has a vibrational speed of 30% the speed of light and a relativistic mass (m) 5% greater than its rest mass (m0). Citation: Oechslin, R.; Janka, H.- T. (2006). "Torus formation in neutron star mergers and well-localized short gamma-ray bursts". Monthly Notices of the Royal Astronomical Society. 368 (4): 1489–1499. arXiv:astro-ph/0507099v2. Bibcode:2006MNRAS.368.1489O. doi:10.1111/j.1365-2966.2006.10238.x. S2CID 15036056. To view a browser-based summary of the research, click here. +NewScientist: Eight extremes: The hottest thing in the universe, 07 March 2011, which stated "While the details of this process are currently unknown, it must involve a fireball of relativistic particles heated to something in the region of a trillion kelvin." +Citation: How do physicists study particles? Archived 2007-10-11 at the Wayback Machine by CERN. +Water's enthalpy of fusion (0 °C, 101.325 kPa) equates to 0.062284 eV per molecule so adding one joule of thermal energy to 0 °C water ice causes 1.0021×1020 water molecules to break away from the crystal lattice and become liquid. +Water's enthalpy of fusion is 6.0095 kJ⋅mol−1 K−1 (0 °C, 101.325 kPa). Citation: Water Structure and Science, Water Properties, Enthalpy of fusion, (0 °C, 101.325 kPa) (by London South Bank University). Link to Web site. The only metals with enthalpies of fusion not in the range of 6–30 J mol−1 K−1 are (on the high side): Ta, W, and Re; and (on the low side) most of the group 1 (alkaline) metals plus Ga, In, Hg, Tl, Pb, and Np. Citation: This link to Web Elements' home page. +Xenon value citation: This link to WebElements' xenon data (available values range from 2.3 to 3.1 kJ/mol). It is also noteworthy that helium's heat of fusion of only 0.021 kJ/mol is so weak of a bonding force that zero-point energy prevents helium from freezing unless it is under a pressure of at least 25 atmospheres. +CRC Handbook of Chemistry and Physics, 1st Student Edition and Web Elements. +H2Ospecific heat capacity, Cp = 0.075327 kJ⋅mol−1⋅K−1 (25 °C); Enthalpy of fusion = 6.0095 kJ/mol (0 °C, 101.325 kPa); Enthalpy of vaporization (liquid) = 40.657 kJ/mol (100 °C). Citation: Water Structure and Science, Water Properties (by London South Bank University). Link to Web site. +Mobile conduction electrons are delocalized, i.e. not tied to a specific atom, and behave rather like a sort of quantum gas due to the effects of zero-point energy. Consequently, even at absolute zero, conduction electrons still move between atoms at the Fermi velocity of about 1.6×106 m/s. Kinetic thermal energy adds to this speed and also causes delocalized electrons to travel farther away from the nuclei. +No other crystal structure can exceed the 74.048% packing density of a closest-packed arrangement. The two regular crystal lattices found in nature that have this density are hexagonal close packed (HCP) and face-centered cubic (FCC). These regular lattices are at the lowest possible energy state. Diamond is a closest-packed structure with an FCC crystal lattice. Note too that suitable crystalline chemical compounds, although usually composed of atoms of different sizes, can be considered as closest-packed structures when considered at the molecular level. One such compound is the common mineral known as magnesium aluminum spinel (MgAl2O4). It has a face-centered cubic crystal lattice and no change in pressure can produce a lattice with a lower energy state. +Nearly half of the 92 naturally occurring chemical elements that can freeze under a vacuum also have a closest-packed crystal lattice. This set includes beryllium, osmium, neon, and iridium (but excludes helium), and therefore have zero latent heat of phase transitions to contribute to internal energy (symbol: U). In the calculation of enthalpy (formula: H = U + pV), internal energy may exclude different sources of thermal energy (particularly ZPE) depending on the nature of the analysis. Accordingly, all T = 0 closest-packed matter under a perfect vacuum has either minimal or zero enthalpy, depending on the nature of the analysis. Use Of Legendre Transforms In Chemical Thermodynamics, Robert A. Alberty, Pure Appl.Chem., 73 (2001) 1349. +Regarding the spelling "gage" vs. "gauge" in the context of pressures measured relative to atmospheric pressure, the preferred spelling varies by country and even by industry. Further, both spellings are often used within a particular industry or country. Industries in British English-speaking countries typically use the spelling "gauge pressure" to distinguish it from the pressure-measuring instrument, which in the U.K., is spelled pressure gage. For the same reason, many of the largest American manufacturers of pressure transducers and instrumentation use the spelling gage pressure (the convention used here) in their formal documentation to distinguish it from the instrument, which is spelled pressure gauge. (see Honeywell-Sensotec's FAQ page and Fluke Corporation's product search page). +Pressure also must be in absolute terms. The air still in a tire at a gage pressure of 0 kPa expands too as it gets hotter. It's not uncommon for engineers to overlook that one must work in terms of absolute pressure when compensating for temperature. For instance, a dominant manufacturer of aircraft tires published a document on temperature-compensating tire pressure, which used gage pressure in the formula. However, the high gage pressures involved (180 psi; 12.4 bar; 1.24 MPa) means the error would be quite small. With low-pressure automobile tires, where gage pressures are typically around 2 bar (200 kPa), failing to adjust to absolute pressure results in a significant error. Referenced document: Aircraft Tire Ratings (155 kB PDF, here). +A difference of 100 kPa is used here instead of the 101.325 kPa value of one standard atmosphere. In 1982, the International Union of Pure and Applied Chemistry (IUPAC) recommended that for the purposes of specifying the physical properties of substances, the standard pressure (atmospheric pressure) should be defined as precisely 100 kPa (≈ 750.062 Torr). Besides being a round number, this had a very practical effect: relatively few people live and work at precisely sea level; 100 kPa equates to the mean pressure at an altitude of about 112 meters, which is closer to the 194–meter, worldwide median altitude of human habitation. For especially low-pressure or high-accuracy work, true atmospheric pressure must be measured. Citation: IUPAC.org, Gold Book, Standard Pressure +Planck, M. (1945). Treatise on Thermodynamics. Dover Publications. p. §90 & §137. "eqs.(39), (40), & (65)". +Here, need to add a reason of requiring the function g(T) to be a monotonic function. The Carnot efficiency (efficiency of all reversible engines) may be a reason. +Fermi, E. (1956). Thermodynamics. Dover Publications (still in print). p. 48. "eq.(64)". +A Brief History of Temperature Measurement and; Uppsala University (Sweden), Linnaeus' thermometer +bipm.org +Lemons, Don S. (2020). "Chapter 4: Absolute Temperature". Thermodynamic weirdness : from Fahrenheit to Clausius (First MIT Press Paperback ed.). Cambridge, Massachusetts. ISBN 978-0-262-53894-7. OCLC 1143850952. +Lemons, Don S. (2020). "Chapter 8: Absolute Temperature—Again". Thermodynamic weirdness : from Fahrenheit to Clausius (First MIT Press Paperback ed.). Cambridge, Massachusetts. ISBN 978-0-262-53894-7. OCLC 1143850952. + + According to The Oxford English Dictionary (OED), the term "Celsius's thermometer" had been used at least as early as 1797. Further, the term "The Celsius or Centigrade thermometer" was again used in reference to a particular type of thermometer at least as early as 1850. The OED also cites this 1928 reporting of a temperature: "My altitude was about 5,800 metres, the temperature was 28° Celsius". However, dictionaries seek to find the earliest use of a word or term and are not a useful resource as regards the terminology used throughout the history of science. According to several writings of Dr. Terry Quinn CBE FRS, Director of the BIPM (1988–2004), including Temperature Scales from the early days of thermometry to the 21st century (150 kB PDF, here) as well as Temperature (2nd Edition / 1990 / Academic Press / 0125696817), the term Celsius in connection with the centigrade scale was not used whatsoever by the scientific or thermometry communities until after the CIPM and CGPM adopted the term in 1948. The BIPM wasn't even aware that degree Celsius was in sporadic, non-scientific use before that time. It's also noteworthy that the twelve-volume, 1933 edition of OED did not even have a listing for the word Celsius (but did have listings for both centigrade and centesimal in the context of temperature measurement). The 1948 adoption of Celsius accomplished three objectives: + All common temperature scales would have their units named after someone closely associated with them; namely, Kelvin, Celsius, Fahrenheit, Réaumur and Rankine. + Notwithstanding the important contribution of Linnaeus who gave the Celsius scale its modern form, Celsius's name was the obvious choice because it began with the letter C. Thus, the symbol °C that for centuries had been used in association with the name centigrade could continue to be used and would simultaneously inherit an intuitive association with the new name. + The new name eliminated the ambiguity of the term centigrade, freeing it to refer exclusively to the French-language name for the unit of angular measurement. + +External links + + Zero Point Energy and Zero Point Field. A Web site with in-depth explanations of a variety of quantum effects. By Bernard Haisch, of Calphysics Institute. + + vte + +SI base quantities +Authority control: National Edit this at Wikidata + + Germany + +Categories: + + TemperatureSI base quantitiesState functions + + This page was last edited on 27 August 2023, at 12:03 (UTC). + site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +Notation and units + +Classical thermodynamics + + Heat and entropy + Heat and enthalpy + +History + + Classical thermodynamics + Clausius (1850) + Bryan (1907) + Carathéodory (1909) + Planck (1926) + +Heat transfer + + Heat transfer between two bodies + Heat engine + Heat pump or refrigerator + Macroscopic view + Microscopic view + Calorimetry + Engineering + +Latent and sensible heat + +Heat capacity + +"Hotness" + +See also + +References + + Quotations + Bibliography of cited references + Further bibliography + External links + +Heat + + Article + Talk + + Read + View source + View history + +Tools + +From Wikipedia, the free encyclopedia +This article is about a mode of transfer of energy. For the system in a home, see Central heating. For other uses, see Heat (disambiguation). +see caption +A glowing-hot metal bar showing incandescence, the emission of light due to its temperature, is often recognized as a source of heat. +Thermodynamics +The classical Carnot heat engine +Branches +Laws +Systems +System properties +Material properties +Equations +Potentials + + HistoryCulture + +Scientists +Other + + Category + + vte + +In thermodynamics, heat is the thermal energy transferred between systems due to a temperature difference.[1] In colloquial use, heat sometimes refers to thermal energy itself. + +An example of formal vs. informal usage may be obtained from the right-hand photo, in which the metal bar is "conducting heat" from its hot end to its cold end, but if the metal bar is considered a thermodynamic system, then the energy flowing within the metal bar is called internal energy, not heat. The hot metal bar is also transferring heat to its surroundings, a correct statement for both the strict and loose meanings of heat. Another example of informal usage is the term heat content, used despite the fact that physics defines heat as energy transfer. More accurately, it is thermal energy that is contained in the system or body, as it is stored in the microscopic degrees of freedom of the modes of vibration.[2] + +Heat is energy in transfer to or from a thermodynamic system, by a mechanism that involves the microscopic atomic modes of motion or the corresponding macroscopic properties.[3] This descriptive characterization excludes the transfers of energy by thermodynamic work or mass transfer. Defined quantitatively, the heat involved in a process is the difference in internal energy between the final and initial states of a system, and subtracting the work done in the process.[4] This is the formulation of the first law of thermodynamics. + +The measurement of energy transferred as heat is called calorimetry, performed by measuring its effect on the states of interacting bodies. For example, heat can be measured by the amount of ice melted, or by change in temperature of a body in the surroundings of the system.[5] + +In the International System of Units (SI) the unit of measurement for heat, as a form of energy, is the joule (J). +Notation and units + +As a form of energy, heat has the unit joule (J) in the International System of Units (SI). In addition, many applied branches of engineering use other, traditional units, such as the British thermal unit (BTU) and the calorie. The standard unit for the rate of heating is the watt (W), defined as one joule per second. + +The symbol Q for heat was introduced by Rudolf Clausius and Macquorn Rankine in c. 1859.[6] + +Heat released by a system into its surroundings is by convention a negative quantity (Q < 0); when a system absorbs heat from its surroundings, it is positive (Q > 0). Heat transfer rate, or heat flow per unit time, is denoted by Q ˙ {\dot {Q}}, but it is not a time derivative of a function of state (which can also be written with the dot notation) since heat is not a function of state.[7] Heat flux is defined as rate of heat transfer per unit cross-sectional area (watts per square metre). +Classical thermodynamics +Heat and entropy +Main article: Entropy +Rudolf Clausius + +In 1856, Rudolf Clausius, referring to closed systems, in which transfers of matter do not occur, defined the second fundamental theorem (the second law of thermodynamics) in the mechanical theory of heat (thermodynamics): "if two transformations which, without necessitating any other permanent change, can mutually replace one another, be called equivalent, then the generations of the quantity of heat Q from work at the temperature T, has the equivalence-value:"[8][9] + + Q T . {\displaystyle {\frac {Q}{T}}.} + +In 1865, he came to define the entropy symbolized by S, such that, due to the supply of the amount of heat Q at temperature T the entropy of the system is increased by + + Δ S = Q T {\displaystyle \Delta S={\frac {Q}{T}}} + + + + + + + + + + + + + + (1) + +In a transfer of energy as heat without work being done, there are changes of entropy in both the surroundings which lose heat and the system which gains it. The increase, ΔS, of entropy in the system may be considered to consist of two parts, an increment, ΔS′ that matches, or 'compensates', the change, −ΔS′, of entropy in the surroundings, and a further increment, ΔS′′ that may be considered to be 'generated' or 'produced' in the system, and is said therefore to be 'uncompensated'. Thus + + Δ S = Δ S ′ + Δ S ″ . {\displaystyle \Delta S=\Delta S'+\Delta S''.} + +This may also be written + + Δ S s y s t e m = Δ S c o m p e n s a t e d + Δ S u n c o m p e n s a t e d with Δ S c o m p e n s a t e d = − Δ S s u r r o u n d i n g s . \Delta S_{\mathrm {system} }=\Delta S_{\mathrm {compensated} }+\Delta S_{\mathrm {uncompensated} }\,\,\,\,{\text{with}}\,\,\,\,\Delta S_{\mathrm {compensated} }=-\Delta S_{\mathrm {surroundings} }. + +The total change of entropy in the system and surroundings is thus + + Δ S o v e r a l l = Δ S ′ + Δ S ′ ′ − Δ S ′ = Δ S ′ ′ . \Delta S_{\mathrm {overall} }=\Delta S^{\prime }+\Delta S^{\prime \prime }-\Delta S^{\prime }=\Delta S^{\prime \prime }. + +This may also be written + + Δ S o v e r a l l = Δ S c o m p e n s a t e d + Δ S u n c o m p e n s a t e d + Δ S s u r r o u n d i n g s = Δ S u n c o m p e n s a t e d . \Delta S_{\mathrm {overall} }=\Delta S_{\mathrm {compensated} }+\Delta S_{\mathrm {uncompensated} }+\Delta S_{\mathrm {surroundings} }=\Delta S_{\mathrm {uncompensated} }. + +It is then said that an amount of entropy ΔS′ has been transferred from the surroundings to the system. Because entropy is not a conserved quantity, this is an exception to the general way of speaking, in which an amount transferred is of a conserved quantity. + +From the second law of thermodynamics it follows that in a spontaneous transfer of heat, in which the temperature of the system is different from that of the surroundings: + + Δ S o v e r a l l > 0. {\displaystyle \Delta S_{\mathrm {overall} }>0.} + +For purposes of mathematical analysis of transfers, one thinks of fictive processes that are called reversible, with the temperature T of the system being hardly less than that of the surroundings, and the transfer taking place at an imperceptibly slow rate. + +Following the definition above in formula (1), for such a fictive reversible process, a quantity of transferred heat δQ (an inexact differential) is analyzed as a quantity T dS, with dS (an exact differential): + + T d S = δ Q . T\,\mathrm {d} S=\delta Q. + +This equality is only valid for a fictive transfer in which there is no production of entropy, that is to say, in which there is no uncompensated entropy. + +If, in contrast, the process is natural, and can really occur, with irreversibility, then there is entropy production, with dSuncompensated > 0. The quantity T dSuncompensated was termed by Clausius the "uncompensated heat", though that does not accord with present-day terminology. Then one has + + T s u r r d S = δ Q + T d S u n c o m p e n s a t e d > δ Q . {\displaystyle T_{surr}\,\mathrm {d} S=\delta Q+T\,\mathrm {d} S_{\mathrm {uncompensated} }>\delta Q.} + +This leads to the statement + + T s u r r d S ≥ δ Q (second law) . {\displaystyle T_{surr}\,\mathrm {d} S\geq \delta Q\quad {\text{(second law)}}\,.} + +which is the second law of thermodynamics for closed systems. + +In non-equilibrium thermodynamics that makes the approximation of assuming the hypothesis of local thermodynamic equilibrium, there is a special notation for this. The transfer of energy as heat is assumed to take place across an infinitesimal temperature difference, so that the system element and its surroundings have near enough the same temperature T. Then one writes + + d S = d S e + d S i , {\displaystyle \mathrm {d} S=\mathrm {d} S_{\mathrm {e} }+\mathrm {d} S_{\mathrm {i} }\,,} + +where by definition + + δ Q = T d S e and d S i ≡ d S u n c o m p e n s a t e d . \delta Q=T\,\mathrm {d} S_{\mathrm {e} }\,\,\,\,\,{\text{and}}\,\,\,\,\,\mathrm {d} S_{\mathrm {i} }\equiv \mathrm {d} S_{\mathrm {uncompensated} }. + +The second law for a natural process asserts that[10][11][12][13] + + d S i > 0. {\displaystyle \mathrm {d} S_{\mathrm {i} }>0.} + +Heat and enthalpy +Further information: Internal energy and Enthalpy + +For a closed system (a system from which no matter can enter or exit), one version of the first law of thermodynamics states that the change in internal energy ΔU of the system is equal to the amount of heat Q supplied to the system minus the amount of thermodynamic work W done by system on its surroundings. The foregoing sign convention for work is used in the present article, but an alternate sign convention, followed by IUPAC, for work, is to consider the work performed on the system by its surroundings as positive. This is the convention adopted by many modern textbooks of physical chemistry, such as those by Peter Atkins and Ira Levine, but many textbooks on physics define work as work done by the system. + + Δ U = Q − W . \Delta U=Q-W\,. + +This formula can be re-written so as to express a definition of quantity of energy transferred as heat, based purely on the concept of adiabatic work, if it is supposed that ΔU is defined and measured solely by processes of adiabatic work: + + Q = Δ U + W . Q=\Delta U+W. + +The thermodynamic work done by the system is through mechanisms defined by its thermodynamic state variables, for example, its volume V, not through variables that necessarily involve mechanisms in the surroundings. The latter are such as shaft work, and include isochoric work. + +The internal energy, U, is a state function. In cyclical processes, such as the operation of a heat engine, state functions of the working substance return to their initial values upon completion of a cycle. + +The differential, or infinitesimal increment, for the internal energy in an infinitesimal process is an exact differential dU. The symbol for exact differentials is the lowercase letter d. + +In contrast, neither of the infinitesimal increments δQ nor δW in an infinitesimal process represents the change in a state function of the system. Thus, infinitesimal increments of heat and work are inexact differentials. The lowercase Greek letter delta, δ, is the symbol for inexact differentials. The integral of any inexact differential in a process where the system leaves and then returns to the same thermodynamic state does not necessarily equal zero. + +As recounted above, in the section headed heat and entropy, the second law of thermodynamics observes that if heat is supplied to a system in a reversible process, the increment of heat δQ and the temperature T form the exact differential + + d S = δ Q T , \mathrm {d} S={\frac {\delta Q}{T}}, + +and that S, the entropy of the working body, is a state function. Likewise, with a well-defined pressure, P, behind a slowly moving (quasistatic) boundary, the work differential, δW, and the pressure, P, combine to form the exact differential + + d V = δ W P , \mathrm {d} V={\frac {\delta W}{P}}, + +with V the volume of the system, which is a state variable. In general, for systems of uniform pressure and temperature without composition change, + + d U = T d S − P d V . \mathrm {d} U=T\mathrm {d} S-P\mathrm {d} V. + +Associated with this differential equation is the concept that the internal energy may be considered to be a function U (S,V) of its natural variables S and V. The internal energy representation of the fundamental thermodynamic relation is written as[14][15] + + U = U ( S , V ) . U=U(S,V). + +If V is constant + + T d S = d U ( V constant) T\mathrm {d} S=\mathrm {d} U\,\,\,\,\,\,\,\,\,\,\,\,(V\,\,{\text{constant)}} + +and if P is constant + + T d S = d H ( P constant) T\mathrm {d} S=\mathrm {d} H\,\,\,\,\,\,\,\,\,\,\,\,(P\,\,{\text{constant)}} + +with the enthalpy H defined by + + H = U + P V . H=U+PV. + +The enthalpy may be considered to be a function H(S, P) of its natural variables S and P. The enthalpy representation of the fundamental thermodynamic relation is written[15][16] + + H = H ( S , P ) . H=H(S,P). + +The internal energy representation and the enthalpy representation are partial Legendre transforms of one another. They contain the same physical information, written in different ways. Like the internal energy, the enthalpy stated as a function of its natural variables is a thermodynamic potential and contains all thermodynamic information about a body.[16][17] + +If a quantity Q of heat is added to a body while it does only expansion work W on its surroundings, one has + + Δ H = Δ U + Δ ( P V ) . \Delta H=\Delta U+\Delta (PV)\,. + +If this is constrained to happen at constant pressure, i.e. with ΔP = 0, the expansion work W done by the body is given by W = P ΔV; recalling the first law of thermodynamics, one has + + Δ U = Q − W = Q − P Δ V and Δ ( P V ) = P Δ V . \Delta U=Q-W=Q-P\,\Delta V{\text{ and }}\Delta (PV)=P\,\Delta V\,. + +Consequently, by substitution one has + + Δ H = Q − P Δ V + P Δ V = Q at constant pressure without electrical work. {\displaystyle {\begin{aligned}\Delta H&=Q-P\,\Delta V+P\,\Delta V\\&=Q\qquad \qquad \,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,{\text{at constant pressure without electrical work.}}\end{aligned}}} + +In this scenario, the increase in enthalpy is equal to the quantity of heat added to the system. This is the basis of the determination of enthalpy changes in chemical reactions by calorimetry. Since many processes do take place at constant atmospheric pressure, the enthalpy is sometimes given the misleading name of 'heat content'[18] or heat function,[19] while it actually depends strongly on the energies of covalent bonds and intermolecular forces. + +In terms of the natural variables S and P of the state function H, this process of change of state from state 1 to state 2 can be expressed as + + Δ H = ∫ S 1 S 2 ( ∂ H ∂ S ) P d S + ∫ P 1 P 2 ( ∂ H ∂ P ) S d P = ∫ S 1 S 2 ( ∂ H ∂ S ) P d S at constant pressure without electrical work. {\displaystyle {\begin{aligned}\Delta H&=\int _{S_{1}}^{S_{2}}\left({\frac {\partial H}{\partial S}}\right)_{P}\mathrm {d} S+\int _{P_{1}}^{P_{2}}\left({\frac {\partial H}{\partial P}}\right)_{S}\mathrm {d} P\\&=\int _{S_{1}}^{S_{2}}\left({\frac {\partial H}{\partial S}}\right)_{P}\mathrm {d} S\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,{\text{at constant pressure without electrical work.}}\end{aligned}}} + +It is known that the temperature T(S, P) is identically stated by + + ( ∂ H ∂ S ) P ≡ T ( S , P ) . \left({\frac {\partial H}{\partial S}}\right)_{P}\equiv T(S,P)\,. + +Consequently, + + Δ H = ∫ S 1 S 2 T ( S , P ) d S at constant pressure without electrical work. {\displaystyle \Delta H=\int _{S_{1}}^{S_{2}}T(S,P)\mathrm {d} S\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,{\text{at constant pressure without electrical work.}}} + +In this case, the integral specifies a quantity of heat transferred at constant pressure. +History +Main article: History of thermodynamics + +As a common noun, English heat or warmth (just as French chaleur, German Wärme, Latin calor, Greek θάλπος, etc.) refers to (the human perception of) either thermal energy or temperature. Speculation on thermal energy or "heat" as a separate form of matter has a long history, identified as caloric theory, phlogiston theory, and fire. + +Heat has been discussed in ordinary language by philosophers. An example is this 1720 quote from John Locke: + + Heat, is a very brisk agitation of the insensible parts of the object, which produces in us that sensation from whence we denominate the object hot; so what in our sensation is heat, in the object is nothing but motion. This appears by the way, whereby heat is produc’d: for we see that the rubbing of a brass nail upon a board, will make it very hot; and the axle-trees of carts and coaches are often hot, and sometimes to a degree, that it sets them on fire, by the rubbing of the nave of the wheel upon it.[20] + +This source was repeatedly quoted by Joule. John Tyndall's Heat Considered as Mode of Motion (1863) was instrumental in popularizing the idea of heat as motion to the English-speaking public. The theory was developed in academic publications in French, English and German. From an early time, the French technical term chaleur used by Carnot was taken as equivalent to the English heat and German Wärme (lit. "warmth", while the equivalent of heat would be German Hitze). +Classical thermodynamics + +The modern understanding of heat is often partly attributed to Thompson's 1798 mechanical theory of heat (An Experimental Enquiry Concerning the Source of the Heat which is Excited by Friction), postulating a mechanical equivalent of heat. A collaboration between Nicolas Clément and Sadi Carnot (Reflections on the Motive Power of Fire) in the 1820s had some related thinking along similar lines.[21] In 1842, Julius Robert Mayer frictionally generated heat in paper pulp and measured the temperature rise.[22] In 1845, Joule published a paper entitled The Mechanical Equivalent of Heat, in which he specified a numerical value for the amount of mechanical work required to "produce a unit of heat", based on heat production by friction in the passage of electricity through a resistor and in the rotation of a paddle in a vat of water.[23] The theory of classical thermodynamics matured in the 1850s to 1860s. +Clausius (1850) + +In 1850, Clausius, responding to Joule's experimental demonstrations of heat production by friction, rejected the caloric doctrine of conservation of heat, writing: + + If we assume that heat, like matter, cannot be lessened in quantity, we must also assume that it cannot be increased; but it is almost impossible to explain the ascension of temperature brought about by friction otherwise than by assuming an actual increase of heat. The careful experiments of Joule, who developed heat in various ways by the application of mechanical force, establish almost to a certainty, not only the possibility of increasing the quantity of heat, but also the fact that the newly-produced heat is proportional to the work expended in its production. It may be remarked further, that many facts have lately transpired which tend to overthrow the hypothesis that heat is itself a body, and to prove that it consists in a motion of the ultimate particles of bodies.[24] + +The process function Q was introduced by Rudolf Clausius in 1850. Clausius described it with the German compound Wärmemenge, translated as "amount of heat".[24] + +James Clerk Maxwell in his 1871 Theory of Heat outlines four stipulations for the definition of heat: + + It is something which may be transferred from one body to another, according to the second law of thermodynamics. + It is a measurable quantity, and so can be treated mathematically. + It cannot be treated as a material substance, because it may be transformed into something that is not a material substance, e.g., mechanical work. + Heat is one of the forms of energy.[25] + +The process function Q is referred to as Wärmemenge by Clausius, or as "amount of heat" in translation. Use of "heat" as an abbreviated form of the specific concept of "quantity of energy transferred as heat" led to some terminological confusion by the early 20th century. The generic meaning of "heat", even in classical thermodynamics, is just "thermal energy".[26] Since the 1920s, it has been recommended practice to use enthalpy to refer to the "heat content at constant volume", and to thermal energy when "heat" in the general sense is intended, while "heat" is reserved for the very specific context of the transfer of thermal energy between two systems. Leonard Benedict Loeb in his Kinetic Theory of Gases (1927) makes a point of using "quantity of heat" or "heat–quantity" when referring to Q:[27] + + After the perfection of thermometry [...] the next great advance made in the field of heat was the definition of a term which is called the quantity of heat. [... after the abandonment of caloric theory,] It still remains to interpret this very definite concept, the quantity of heat, in terms of a theory ascribing all heat to the kinetics of gas molecules.[28] + +Richard Feynman introduced heat with a physical depiction, as associated with the jiggling motion of atoms and molecules, with faster motion corresponding to increased temperature.[29] To explain physics further, he used the term "heat energy,"[30] along with "heat".[31] +Bryan (1907) + +In 1907, G.H. Bryan published an investigation of the foundations of thermodynamics, Thermodynamics: an Introductory Treatise dealing mainly with First Principles and their Direct Applications, B.G. Teubner, Leipzig. + +Bryan was writing when thermodynamics had been established empirically, but people were still interested to specify its logical structure. The 1909 work of Carathéodory also belongs to this historical era. Bryan was a physicist while Carathéodory was a mathematician. + +Bryan started his treatise with an introductory chapter on the notions of heat and of temperature. He gives an example of where the notion of heating as raising a body's temperature contradicts the notion of heating as imparting a quantity of heat to that body. + +He defined an adiabatic transformation as one in which the body neither gains nor loses heat. This is not quite the same as defining an adiabatic transformation as one that occurs to a body enclosed by walls impermeable to radiation and conduction. + +He recognized calorimetry as a way of measuring quantity of heat. He recognized water as having a temperature of maximum density. This makes water unsuitable as a thermometric substance around that temperature. He intended to remind readers of why thermodynamicists preferred an absolute scale of temperature, independent of the properties of a particular thermometric substance. + +His second chapter started with the recognition of friction as a source of heat, by Benjamin Thompson, by Humphry Davy, by Robert Mayer, and by James Prescott Joule. + +He stated the First Law of Thermodynamics, or Mayer–Joule Principle as follows: + + When heat is transformed into work or conversely work is transformed into heat, the quantity of heat gained or lost is proportional to the quantity of work lost or gained.[32] + +He wrote: + + If heat be measured in dynamical units the mechanical equivalent becomes equal to unity, and the equations of thermodynamics assume a simpler and more symmetrical form.[32] + +He explained how the caloric theory of Lavoisier and Laplace made sense in terms of pure calorimetry, though it failed to account for conversion of work into heat by such mechanisms as friction and conduction of electricity. + +Having rationally defined quantity of heat, he went on to consider the second law, including the Kelvin definition of absolute thermodynamic temperature. + +In section 41, he wrote: + + §41. Physical unreality of reversible processes. In Nature all phenomena are irreversible in a greater or less degree. The motions of celestial bodies afford the closest approximations to reversible motions, but motions which occur on this earth are largely retarded by friction, viscosity, electric and other resistances, and if the relative velocities of moving bodies were reversed, these resistances would still retard the relative motions and would not accelerate them as they should if the motions were perfectly reversible.[32] + +He then stated the principle of conservation of energy. + +He then wrote: + + In connection with irreversible phenomena the following axioms have to be assumed. + (1) If a system can undergo an irreversible change it will do so. + (2) A perfectly reversible change cannot take place of itself; such a change can only be regarded as the limiting form of an irreversible change.[32] + +On page 46, thinking of closed systems in thermal connection, he wrote: + + We are thus led to postulate a system in which energy can pass from one element to another otherwise than by the performance of mechanical work.[32] + +On page 47, still thinking of closed systems in thermal connection, he wrote: + + §58. Quantity of Heat. Definition. When energy flows from one system or part of a system to another otherwise than by the performance of work, the energy so transferred i[s] called heat.[32] + +On page 48, he wrote: + + § 59. When two bodies act thermically on one another the quantities of heat gained by one and lost by the other are not necessarily equal. + In the case of bodies at a distance, heat may be taken from or given to the intervening medium. + The quantity of heat received by any portion of the ether may be defined in the same way as that received by a material body. [He was thinking of thermal radiation.] + Another important exception occurs when sliding takes place between two rough bodies in contact. The algebraic sum of the works done is different from zero, because, although the action and reaction are equal and opposite the velocities of the parts of the bodies in contact are different. Moreover, the work lost in the process does not increase the mutual potential energy of the system and there is no intervening medium between the bodies. Unless the lost energy can be accounted for in other ways, (as when friction produces electrification), it follows from the Principle of Conservation of Energy that the algebraic sum of the quantities of heat gained by the two systems is equal to the quantity of work lost by friction. [This thought was echoed by Bridgman, as above.][32] + +Carathéodory (1909) + +A celebrated and frequent definition of heat in thermodynamics is based on the work of Carathéodory (1909), referring to processes in a closed system.[33][34][35][36][37][38] Carathéodory was responding to a suggestion by Max Born that he examine the logical structure of thermodynamics. + +The internal energy UX of a body in an arbitrary state X can be determined by amounts of work adiabatically performed by the body on its surroundings when it starts from a reference state O. Such work is assessed through quantities defined in the surroundings of the body. It is supposed that such work can be assessed accurately, without error due to friction in the surroundings; friction in the body is not excluded by this definition. The adiabatic performance of work is defined in terms of adiabatic walls, which allow transfer of energy as work, but no other transfer, of energy or matter. In particular they do not allow the passage of energy as heat. According to this definition, work performed adiabatically is in general accompanied by friction within the thermodynamic system or body. On the other hand, according to Carathéodory (1909), there also exist non-adiabatic, diathermal walls, which are postulated to be permeable only to heat. + +For the definition of quantity of energy transferred as heat, it is customarily envisaged that an arbitrary state of interest Y is reached from state O by a process with two components, one adiabatic and the other not adiabatic. For convenience one may say that the adiabatic component was the sum of work done by the body through volume change through movement of the walls while the non-adiabatic wall was temporarily rendered adiabatic, and of isochoric adiabatic work. Then the non-adiabatic component is a process of energy transfer through the wall that passes only heat, newly made accessible for the purpose of this transfer, from the surroundings to the body. The change in internal energy to reach the state Y from the state O is the difference of the two amounts of energy transferred. + +Although Carathéodory himself did not state such a definition, following his work it is customary in theoretical studies to define heat, Q, to the body from its surroundings, in the combined process of change to state Y from the state O, as the change in internal energy, ΔUY, minus the amount of work, W, done by the body on its surrounds by the adiabatic process, so that Q = ΔUY − W. + +In this definition, for the sake of conceptual rigour, the quantity of energy transferred as heat is not specified directly in terms of the non-adiabatic process. It is defined through knowledge of precisely two variables, the change of internal energy and the amount of adiabatic work done, for the combined process of change from the reference state O to the arbitrary state Y. It is important that this does not explicitly involve the amount of energy transferred in the non-adiabatic component of the combined process. It is assumed here that the amount of energy required to pass from state O to state Y, the change of internal energy, is known, independently of the combined process, by a determination through a purely adiabatic process, like that for the determination of the internal energy of state X above. The rigour that is prized in this definition is that there is one and only one kind of energy transfer admitted as fundamental: energy transferred as work. Energy transfer as heat is considered as a derived quantity. The uniqueness of work in this scheme is considered to guarantee rigor and purity of conception. The conceptual purity of this definition, based on the concept of energy transferred as work as an ideal notion, relies on the idea that some frictionless and otherwise non-dissipative processes of energy transfer can be realized in physical actuality. The second law of thermodynamics, on the other hand, assures us that such processes are not found in nature. + +Before the rigorous mathematical definition of heat based on Carathéodory's 1909 paper, historically, heat, temperature, and thermal equilibrium were presented in thermodynamics textbooks as jointly primitive notions.[39] Carathéodory introduced his 1909 paper thus: "The proposition that the discipline of thermodynamics can be justified without recourse to any hypothesis that cannot be verified experimentally must be regarded as one of the most noteworthy results of the research in thermodynamics that was accomplished during the last century." Referring to the "point of view adopted by most authors who were active in the last fifty years", Carathéodory wrote: "There exists a physical quantity called heat that is not identical with the mechanical quantities (mass, force, pressure, etc.) and whose variations can be determined by calorimetric measurements." James Serrin introduces an account of the theory of thermodynamics thus: "In the following section, we shall use the classical notions of heat, work, and hotness as primitive elements, ... That heat is an appropriate and natural primitive for thermodynamics was already accepted by Carnot. Its continued validity as a primitive element of thermodynamical structure is due to the fact that it synthesizes an essential physical concept, as well as to its successful use in recent work to unify different constitutive theories."[40][41] This traditional kind of presentation of the basis of thermodynamics includes ideas that may be summarized by the statement that heat transfer is purely due to spatial non-uniformity of temperature, and is by conduction and radiation, from hotter to colder bodies. It is sometimes proposed that this traditional kind of presentation necessarily rests on "circular reasoning". + +This alternative approach to the definition of quantity of energy transferred as heat differs in logical structure from that of Carathéodory, recounted just above. + +This alternative approach admits calorimetry as a primary or direct way to measure quantity of energy transferred as heat. It relies on temperature as one of its primitive concepts, and used in calorimetry.[42] It is presupposed that enough processes exist physically to allow measurement of differences in internal energies. Such processes are not restricted to adiabatic transfers of energy as work. They include calorimetry, which is the commonest practical way of finding internal energy differences.[43] The needed temperature can be either empirical or absolute thermodynamic. + +In contrast, the Carathéodory way recounted just above does not use calorimetry or temperature in its primary definition of quantity of energy transferred as heat. The Carathéodory way regards calorimetry only as a secondary or indirect way of measuring quantity of energy transferred as heat. As recounted in more detail just above, the Carathéodory way regards quantity of energy transferred as heat in a process as primarily or directly defined as a residual quantity. It is calculated from the difference of the internal energies of the initial and final states of the system, and from the actual work done by the system during the process. That internal energy difference is supposed to have been measured in advance through processes of purely adiabatic transfer of energy as work, processes that take the system between the initial and final states. By the Carathéodory way it is presupposed as known from experiment that there actually physically exist enough such adiabatic processes, so that there need be no recourse to calorimetry for measurement of quantity of energy transferred as heat. This presupposition is essential but is explicitly labeled neither as a law of thermodynamics nor as an axiom of the Carathéodory way. In fact, the actual physical existence of such adiabatic processes is indeed mostly supposition, and those supposed processes have in most cases not been actually verified empirically to exist.[44] +Planck (1926) + +Over the years, for example in his 1879 thesis, but particularly in 1926, Planck advocated regarding the generation of heat by rubbing as the most specific way to define heat.[45] Planck criticised Carathéodory for not attending to this.[46] Carathéodory was a mathematician who liked to think in terms of adiabatic processes, and perhaps found friction to tricky to think about, while Planck was a physicist. +Heat transfer +Main article: Heat transfer +Heat transfer between two bodies + +Referring to conduction, Partington writes: "If a hot body is brought in conducting contact with a cold body, the temperature of the hot body falls and that of the cold body rises, and it is said that a quantity of heat has passed from the hot body to the cold body."[47] + +Referring to radiation, Maxwell writes: "In Radiation, the hotter body loses heat, and the colder body receives heat by means of a process occurring in some intervening medium which does not itself thereby become hot."[48] + +Maxwell writes that convection as such "is not a purely thermal phenomenon".[49] In thermodynamics, convection in general is regarded as transport of internal energy. If, however, the convection is enclosed and circulatory, then it may be regarded as an intermediary that transfers energy as heat between source and destination bodies, because it transfers only energy and not matter from the source to the destination body.[50] + +In accordance with the first law for closed systems, energy transferred solely as heat leaves one body and enters another, changing the internal energies of each. Transfer, between bodies, of energy as work is a complementary way of changing internal energies. Though it is not logically rigorous from the viewpoint of strict physical concepts, a common form of words that expresses this is to say that heat and work are interconvertible. + +Cyclically operating engines that use only heat and work transfers have two thermal reservoirs, a hot and a cold one. They may be classified by the range of operating temperatures of the working body, relative to those reservoirs. In a heat engine, the working body is at all times colder than the hot reservoir and hotter than the cold reservoir. In a sense, it uses heat transfer to produce work. In a heat pump, the working body, at stages of the cycle, goes both hotter than the hot reservoir, and colder than the cold reservoir. In a sense, it uses work to produce heat transfer. +Heat engine + +In classical thermodynamics, a commonly considered model is the heat engine. It consists of four bodies: the working body, the hot reservoir, the cold reservoir, and the work reservoir. A cyclic process leaves the working body in an unchanged state, and is envisaged as being repeated indefinitely often. Work transfers between the working body and the work reservoir are envisaged as reversible, and thus only one work reservoir is needed. But two thermal reservoirs are needed, because transfer of energy as heat is irreversible. A single cycle sees energy taken by the working body from the hot reservoir and sent to the two other reservoirs, the work reservoir and the cold reservoir. The hot reservoir always and only supplies energy and the cold reservoir always and only receives energy. The second law of thermodynamics requires that no cycle can occur in which no energy is received by the cold reservoir. Heat engines achieve higher efficiency when the ratio of the initial and final temperature is greater. +Heat pump or refrigerator + +Another commonly considered model is the heat pump or refrigerator. Again there are four bodies: the working body, the hot reservoir, the cold reservoir, and the work reservoir. A single cycle starts with the working body colder than the cold reservoir, and then energy is taken in as heat by the working body from the cold reservoir. Then the work reservoir does work on the working body, adding more to its internal energy, making it hotter than the hot reservoir. The hot working body passes heat to the hot reservoir, but still remains hotter than the cold reservoir. Then, by allowing it to expand without passing heat to another body, the working body is made colder than the cold reservoir. It can now accept heat transfer from the cold reservoir to start another cycle. + +The device has transported energy from a colder to a hotter reservoir, but this is not regarded as by an inanimate agency; rather, it is regarded as by the harnessing of work . This is because work is supplied from the work reservoir, not just by a simple thermodynamic process, but by a cycle of thermodynamic operations and processes, which may be regarded as directed by an animate or harnessing agency. Accordingly, the cycle is still in accord with the second law of thermodynamics. The 'efficiency' of a heat pump (which exceeds unity) is best when the temperature difference between the hot and cold reservoirs is least. + +Functionally, such engines are used in two ways, distinguishing a target reservoir and a resource or surrounding reservoir. A heat pump transfers heat to the hot reservoir as the target from the resource or surrounding reservoir. A refrigerator transfers heat, from the cold reservoir as the target, to the resource or surrounding reservoir. The target reservoir may be regarded as leaking: when the target leaks heat to the surroundings, heat pumping is used; when the target leaks coldness to the surroundings, refrigeration is used. The engines harness work to overcome the leaks. +Macroscopic view + +This section may need to be rewritten to comply with Wikipedia's quality standards. You can help. The talk page may contain suggestions. (May 2016) + +According to Planck, there are three main conceptual approaches to heat.[51] One is the microscopic or kinetic theory approach. The other two are macroscopic approaches. One of the macroscopic approaches is through the law of conservation of energy taken as prior to thermodynamics, with a mechanical analysis of processes, for example in the work of Helmholtz. This mechanical view is taken in this article as currently customary for thermodynamic theory. The other macroscopic approach is the thermodynamic one, which admits heat as a primitive concept, which contributes, by scientific induction[52] to knowledge of the law of conservation of energy. This view is widely taken as the practical one, quantity of heat being measured by calorimetry. + +Bailyn also distinguishes the two macroscopic approaches as the mechanical and the thermodynamic.[53] The thermodynamic view was taken by the founders of thermodynamics in the nineteenth century. It regards quantity of energy transferred as heat as a primitive concept coherent with a primitive concept of temperature, measured primarily by calorimetry. A calorimeter is a body in the surroundings of the system, with its own temperature and internal energy; when it is connected to the system by a path for heat transfer, changes in it measure heat transfer. The mechanical view was pioneered by Helmholtz and developed and used in the twentieth century, largely through the influence of Max Born.[54] It regards quantity of heat transferred as heat as a derived concept, defined for closed systems as quantity of heat transferred by mechanisms other than work transfer, the latter being regarded as primitive for thermodynamics, defined by macroscopic mechanics. According to Born, the transfer of internal energy between open systems that accompanies transfer of matter "cannot be reduced to mechanics".[55] It follows that there is no well-founded definition of quantities of energy transferred as heat or as work associated with transfer of matter. + +Nevertheless, for the thermodynamical description of non-equilibrium processes, it is desired to consider the effect of a temperature gradient established by the surroundings across the system of interest when there is no physical barrier or wall between system and surroundings, that is to say, when they are open with respect to one another. The impossibility of a mechanical definition in terms of work for this circumstance does not alter the physical fact that a temperature gradient causes a diffusive flux of internal energy, a process that, in the thermodynamic view, might be proposed as a candidate concept for transfer of energy as heat. + +In this circumstance, it may be expected that there may also be active other drivers of diffusive flux of internal energy, such as gradient of chemical potential which drives transfer of matter, and gradient of electric potential which drives electric current and iontophoresis; such effects usually interact with diffusive flux of internal energy driven by temperature gradient, and such interactions are known as cross-effects.[56] + +If cross-effects that result in diffusive transfer of internal energy were also labeled as heat transfers, they would sometimes violate the rule that pure heat transfer occurs only down a temperature gradient, never up one. They would also contradict the principle that all heat transfer is of one and the same kind, a principle founded on the idea of heat conduction between closed systems. One might to try to think narrowly of heat flux driven purely by temperature gradient as a conceptual component of diffusive internal energy flux, in the thermodynamic view, the concept resting specifically on careful calculations based on detailed knowledge of the processes and being indirectly assessed. In these circumstances, if perchance it happens that no transfer of matter is actualized, and there are no cross-effects, then the thermodynamic concept and the mechanical concept coincide, as if one were dealing with closed systems. But when there is transfer of matter, the exact laws by which temperature gradient drives diffusive flux of internal energy, rather than being exactly knowable, mostly need to be assumed, and in many cases are practically unverifiable. Consequently, when there is transfer of matter, the calculation of the pure 'heat flux' component of the diffusive flux of internal energy rests on practically unverifiable assumptions.[57][quotations 1][58] This is a reason to think of heat as a specialized concept that relates primarily and precisely to closed systems, and applicable only in a very restricted way to open systems. + +In many writings in this context, the term "heat flux" is used when what is meant is therefore more accurately called diffusive flux of internal energy; such usage of the term "heat flux" is a residue of older and now obsolete language usage that allowed that a body may have a "heat content".[59] +Microscopic view + +In the kinetic theory, heat is explained in terms of the microscopic motions and interactions of constituent particles, such as electrons, atoms, and molecules.[60] The immediate meaning of the kinetic energy of the constituent particles is not as heat. It is as a component of internal energy. In microscopic terms, heat is a transfer quantity, and is described by a transport theory, not as steadily localized kinetic energy of particles. Heat transfer arises from temperature gradients or differences, through the diffuse exchange of microscopic kinetic and potential particle energy, by particle collisions and other interactions. An early and vague expression of this was made by Francis Bacon.[61][62] Precise and detailed versions of it were developed in the nineteenth century.[63] + +In statistical mechanics, for a closed system (no transfer of matter), heat is the energy transfer associated with a disordered, microscopic action on the system, associated with jumps in occupation numbers of the energy levels of the system, without change in the values of the energy levels themselves.[64] It is possible for macroscopic thermodynamic work to alter the occupation numbers without change in the values of the system energy levels themselves, but what distinguishes transfer as heat is that the transfer is entirely due to disordered, microscopic action, including radiative transfer. A mathematical definition can be formulated for small increments of quasi-static adiabatic work in terms of the statistical distribution of an ensemble of microstates. +Calorimetry +Main article: Calorimetry + +Quantity of heat transferred can be measured by calorimetry, or determined through calculations based on other quantities. + +Calorimetry is the empirical basis of the idea of quantity of heat transferred in a process. The transferred heat is measured by changes in a body of known properties, for example, temperature rise, change in volume or length, or phase change, such as melting of ice.[65][66] + +A calculation of quantity of heat transferred can rely on a hypothetical quantity of energy transferred as adiabatic work and on the first law of thermodynamics. Such calculation is the primary approach of many theoretical studies of quantity of heat transferred.[33][67][68] +Engineering + +This section does not cite any sources. Please help improve this section by adding citations to reliable sources. Unsourced material may be challenged and removed. (May 2016) (Learn how and when to remove this template message) +A red-hot iron rod from which heat transfer to the surrounding environment will be primarily through radiation. + +The discipline of heat transfer, typically considered an aspect of mechanical engineering and chemical engineering, deals with specific applied methods by which thermal energy in a system is generated, or converted, or transferred to another system. Although the definition of heat implicitly means the transfer of energy, the term heat transfer encompasses this traditional usage in many engineering disciplines and laymen language. + +Heat transfer is generally described as including the mechanisms of heat conduction, heat convection, thermal radiation, but may include mass transfer and heat in processes of phase changes. + +Convection may be described as the combined effects of conduction and fluid flow. From the thermodynamic point of view, heat flows into a fluid by diffusion to increase its energy, the fluid then transfers (advects) this increased internal energy (not heat) from one location to another, and this is then followed by a second thermal interaction which transfers heat to a second body or system, again by diffusion. This entire process is often regarded as an additional mechanism of heat transfer, although technically, "heat transfer" and thus heating and cooling occurs only on either end of such a conductive flow, but not as a result of flow. Thus, conduction can be said to "transfer" heat only as a net result of the process, but may not do so at every time within the complicated convective process. +Latent and sensible heat +Joseph Black + +In an 1847 lecture entitled On Matter, Living Force, and Heat, James Prescott Joule characterized the terms latent heat and sensible heat as components of heat each affecting distinct physical phenomena, namely the potential and kinetic energy of particles, respectively.[69][quotations 2] He described latent energy as the energy possessed via a distancing of particles where attraction was over a greater distance, i.e. a form of potential energy, and the sensible heat as an energy involving the motion of particles, i.e. kinetic energy. + +Latent heat is the heat released or absorbed by a chemical substance or a thermodynamic system during a change of state that occurs without a change in temperature. Such a process may be a phase transition, such as the melting of ice or the boiling of water.[70][71] +Heat capacity + +Heat capacity is a measurable physical quantity equal to the ratio of the heat added to an object to the resulting temperature change.[72] The molar heat capacity is the heat capacity per unit amount (SI unit: mole) of a pure substance, and the specific heat capacity, often called simply specific heat, is the heat capacity per unit mass of a material. Heat capacity is a physical property of a substance, which means that it depends on the state and properties of the substance under consideration. + +The specific heats of monatomic gases, such as helium, are nearly constant with temperature. Diatomic gases such as hydrogen display some temperature dependence, and triatomic gases (e.g., carbon dioxide) still more. + +Before the development of the laws of thermodynamics, heat was measured by changes in the states of the participating bodies. + +Some general rules, with important exceptions, can be stated as follows. + +In general, most bodies expand on heating. In this circumstance, heating a body at a constant volume increases the pressure it exerts on its constraining walls, while heating at a constant pressure increases its volume. + +Beyond this, most substances have three ordinarily recognized states of matter, solid, liquid, and gas. Some can also exist in a plasma. Many have further, more finely differentiated, states of matter, such as glass and liquid crystal. In many cases, at fixed temperature and pressure, a substance can exist in several distinct states of matter in what might be viewed as the same 'body'. For example, ice may float in a glass of water. Then the ice and the water are said to constitute two phases within the 'body'. Definite rules are known, telling how distinct phases may coexist in a 'body'. Mostly, at a fixed pressure, there is a definite temperature at which heating causes a solid to melt or evaporate, and a definite temperature at which heating causes a liquid to evaporate. In such cases, cooling has the reverse effects. + +All of these, the commonest cases, fit with a rule that heating can be measured by changes of state of a body. Such cases supply what are called thermometric bodies, that allow the definition of empirical temperatures. Before 1848, all temperatures were defined in this way. There was thus a tight link, apparently logically determined, between heat and temperature, though they were recognized as conceptually thoroughly distinct, especially by Joseph Black in the later eighteenth century. + +There are important exceptions. They break the obviously apparent link between heat and temperature. They make it clear that empirical definitions of temperature are contingent on the peculiar properties of particular thermometric substances, and are thus precluded from the title 'absolute'. For example, water contracts on being heated near 277 K. It cannot be used as a thermometric substance near that temperature. Also, over a certain temperature range, ice contracts on heating. Moreover, many substances can exist in metastable states, such as with negative pressure, that survive only transiently and in very special conditions. Such facts, sometimes called 'anomalous', are some of the reasons for the thermodynamic definition of absolute temperature. + +In the early days of measurement of high temperatures, another factor was important, and used by Josiah Wedgwood in his pyrometer. The temperature reached in a process was estimated by the shrinkage of a sample of clay. The higher the temperature, the more the shrinkage. This was the only available more or less reliable method of measurement of temperatures above 1000 °C (1,832 °F). But such shrinkage is irreversible. The clay does not expand again on cooling. That is why it could be used for the measurement. But only once. It is not a thermometric material in the usual sense of the word. + +Nevertheless, the thermodynamic definition of absolute temperature does make essential use of the concept of heat, with proper circumspection. +"Hotness" + +The property of hotness is a concern of thermodynamics that should be defined without reference to the concept of heat. Consideration of hotness leads to the concept of empirical temperature.[73][74] All physical systems are capable of heating or cooling others.[75] With reference to hotness, the comparative terms hotter and colder are defined by the rule that heat flows from the hotter body to the colder.[76][77][78] + +If a physical system is inhomogeneous or very rapidly or irregularly changing, for example by turbulence, it may be impossible to characterize it by a temperature, but still there can be transfer of energy as heat between it and another system. If a system has a physical state that is regular enough, and persists long enough to allow it to reach thermal equilibrium with a specified thermometer, then it has a temperature according to that thermometer. An empirical thermometer registers degree of hotness for such a system. Such a temperature is called empirical.[79][80][81] For example, Truesdell writes about classical thermodynamics: "At each time, the body is assigned a real number called the temperature. This number is a measure of how hot the body is."[82] + +Physical systems that are too turbulent to have temperatures may still differ in hotness. A physical system that passes heat to another physical system is said to be the hotter of the two. More is required for the system to have a thermodynamic temperature. Its behavior must be so regular that its empirical temperature is the same for all suitably calibrated and scaled thermometers, and then its hotness is said to lie on the one-dimensional hotness manifold. This is part of the reason why heat is defined following Carathéodory and Born, solely as occurring other than by work or transfer of matter; temperature is advisedly and deliberately not mentioned in this now widely accepted definition. + +This is also the reason that the zeroth law of thermodynamics is stated explicitly. If three physical systems, A, B, and C are each not in their own states of internal thermodynamic equilibrium, it is possible that, with suitable physical connections being made between them, A can heat B and B can heat C and C can heat A. In non-equilibrium situations, cycles of flow are possible. It is the special and uniquely distinguishing characteristic of internal thermodynamic equilibrium that this possibility is not open to thermodynamic systems (as distinguished amongst physical systems) which are in their own states of internal thermodynamic equilibrium; this is the reason why the zeroth law of thermodynamics needs explicit statement. That is to say, the relation 'is not colder than' between general non-equilibrium physical systems is not transitive, whereas, in contrast, the relation 'has no lower a temperature than' between thermodynamic systems in their own states of internal thermodynamic equilibrium is transitive. It follows from this that the relation 'is in thermal equilibrium with' is transitive, which is one way of stating the zeroth law. + +Just as temperature may be undefined for a sufficiently inhomogeneous system, so also may entropy be undefined for a system not in its own state of internal thermodynamic equilibrium. For example, 'the temperature of the solar system' is not a defined quantity. Likewise, 'the entropy of the solar system' is not defined in classical thermodynamics. It has not been possible to define non-equilibrium entropy, as a simple number for a whole system, in a clearly satisfactory way.[83] +See also + + iconEnergy portal + + Effect of sun angle on climate + Heat death of the Universe + Heat diffusion + Heat equation + Heat exchanger + Heat wave + Heat flux sensor + Heat transfer coefficient + History of heat + Orders of magnitude (temperature) + Sigma heat + Shock heating + Thermal battery + Thermal management of electronic devices and systems + Thermometer + Relativistic heat conduction + Uniform Mechanical Code + Uniform Solar Energy and Hydronics Code + Waste heat + +References + +Van Wylen, Gordon; Sonntag, Richard (1978). Fundamentals of Classical Thermodynamics (Second edition, SI Version, Revised Printing ed.). Chapter 4.7, Definition of Heat: John Wiley & Sons. p. 76. ISBN 0-471-04188-2. +D.V. Schroeder (1999). An Introduction to Thermal Physics. Addison-Wesley. p. 15. ISBN 0-201-38027-7. +Herbert B. Callen (1985). Thermodynamics and an Introduction to Thermostatics (2 ed.). John Wiley & Sons. http://cvika.grimoar.cz/callen/ Archived 17 October 2018 at the Wayback Machine or http://keszei.chem.elte.hu/1alapFizkem/H.B.Callen-Thermodynamics.pdf Archived 30 December 2016 at the Wayback Machine, p. 8: Energy may be transferred via ... work. "But it is equally possible to transfer energy via the hidden atomic modes of motion as well as via those that happen to be macroscopically observable. An energy transfer via the hidden atomic modes is called heat." +Callen, p.19 +Maxwell, J.C. (1871), Chapter III. +Macquorn Rankine in the same year used the same symbol. The two physicists were in correspondence at the time, so that it is difficult to say which of the two first introduced the symbol. (Kenneth L. Caneva, Helmholtz and the Conservation of Energy: Contexts of Creation and Reception (2021), p. 562. +Baierlein, R. (1999), p. 21. +Clausius, R. (1854). +Clausius, R. (1865), pp. 125–126. +De Groot, S.R., Mazur, P. (1962), p. 20. +Kondepudi, D, Prigogine, I. (1998), p. 82. +Kondepudi, D. (2008), p. 114. +Lebon, g., Jou, D., Casas-Vásquez, J. (2008), p. 41. +Callen, H.B., (1985), Section 2-3, pp. 40–42. +Adkins, C.J. (1983), p. 101. +Callen, H.B. (1985), p. 147. +Adkins, C.J. (1983), pp. 100–104. +Adkins, C.J. (1968/1983), p. 46. +Bailyn, M. (1994), p. 208. +Locke, J. (1720). From page 224 of A Collection of several Pieces of Mr. John Locke, Never before printed, or not extant in his Works, edited by an author not named in the copy that I found, (https://play.google.com/books/reader?id=QqxsP-VKrpkC&pg=GBS.PA215&hl=en_GB), published in London, printed by J. Bettenham for R. Francklin, in 1720, price 5 shillings, in the section 'Elements of Natural Philosophy', Chapter XI, ‘Of the five senses’. Sourced from a reference in the Wikipedia article on Benjamin Thompson’s https://en.wikipedia.org/wiki/An_Experimental_Enquiry_Concerning_the_Source_of_the_Heat_which_is_Excited_by_Friction. +Lervig, P. Sadi Carnot and the steam engine:Nicolas Clément's lectures on industrial chemistry, 1823–28. Br. J Hist. Sci. 18:147, 1985. +Blundell, S.J., Blundell, K.M. (2006). Concepts in Thermal Physics, Oxford University Press, Oxford UK, ISBN 9780198567691, p. 106. +Joule, J.P. (1845)."On the Mechanical Equivalent of Heat". Philosophical Transactions of the Royal Society of London. 140: 61–82. 1850. doi:10.1098/rstl.1850.0004. +Die Wärmemenge, welche dem Gase mitgetheilt werden muss, während es aus irgend einem früheren Zustande auf einem bestimmten Wege in den Zustand übergeführt wird, in welchem sein Volumen = v und seine Temperatur = t ist, möge Q heissen (R. Clausius, Ueber die bewegende Kraft der Wärme und die Gesetze, welche sich daraus für die Wärmelehre selbst ableiten lassen Archived 17 April 2019 at the Wayback Machine, communication to the Academy of Berlin, February 1850, published in Pogendorff's Annalen vol. 79, March/April 1850, first translated in Philosophical Magazine vol. 2, July 1851, as "First Memoir" in: The Mechanical Theory of Heat, with its Applications to the Steam-Engine and to the Physical Properties of Bodies, trans. John Tyndall, London, 1867, p. 25). +Maxwell, J.C. (1871), p. 7. +"in a gas, heat is nothing else than the kinetic or mechanical energy of motion of the gas molecules". B.L. Loeb, The Kinetic Theory of Gases (1927), p. 14. +From this terminological choice may derive a tradition to the effect that the letter Q represents "quantity", but there is no indication that Clausius had this in mind when he selected the letter in what seemed to be an ad hoc calculation in 1850. +B.L. Loeb, The Kinetic Theory of Gases (1927), p. 426 Archived 24 June 2018 at the Wayback Machine. +Feynman, Richard; Leighton, Robert; Sands, Matthew (1963). The Feynman Lectures on Physics, Volume 1 (Library of Congress number 63-20717, fourth printing, 1966 ed.). Chapter 1-2, Matter is made of atoms: Addison-Wesley Publishing Company. p. 1-3. +Feynman, Richard; Leighton, Robert; Sands, Matthew (1963). The Feynman Lectures on Physics, Volume 1 (Library of Congress number 63-20717, fourth printing, 1966 ed.). Chapter 4-1, What is energy: Addison-Wesley Publishing Company. p. 4-2. +Feynman, Richard; Leighton, Robert; Sands, Matthew (1963). The Feynman Lectures on Physics, Volume 1 (Library of Congress number 63-20717, fourth printing, 1966 ed.). Chapter 13: Addison-Wesley Publishing Company. p. 13-3. +Bryan, George Hartley (1907). "Thermodynamics, an introductory treatise dealing mainly with first principles and their direct applications". Leipzig, Teubner. Retrieved 23 June 2023.Public Domain This article incorporates text from this source, which is in the public domain. +Carathéodory, C. (1909). +Adkins, C.J. (1968/1983). +Münster, A. (1970). +Pippard, A.B. (1957). +Fowler, R., Guggenheim, E.A. (1939). +Buchdahl, H.A. (1966). +Lieb, E.H., Yngvason, J. (1999), p. 10. +Serrin, J. (1986), p. 5. +Owen, D.R. (1984), pp. 43–45. +Maxwell, J.C. (1871), p.v. +Atkins, P., de Paula, J. (1978/2010), p. 54. +Pippard, A.B. (1957/1966), p. 15. +Planck, M. (1926). 'Über die Begründung des zweiten Hauptsatzes der Thermodynamik', Sitzungsber. Preuss. Akad. Wiss., Phys. Math. Kl., 453—463. +Lieb & Yngvason (1999). +Partington, J.R. (1949), p. 118. +Maxwell, J.C. (1871), p. 10. +Maxwell, J.C. (1871), p. 11. +Chandrasekhar, S. (1961). +Planck, M. (1897/1903), p. viii. +Hintikka, J. (1988), p. 180. +Bailyn, M. (1994), pp. 65, 79. +Born, M.(1949), Lecture V. +Born, M. (1949), p. 44. +De Groot, S.R., Mazur, P. (1962), p. 30. +Denbigh, K.G. (1951), p. 56. +Fitts, D.D. (1962), p. 28. +Gyarmati, I. (1970), p. 68. +Kittel, C. Kroemer, H. (1980). +Bacon, F. (1620). +Partington, J.R. (1949), p. 131. +Partington, J.R. (1949), pp. 132–136. +Reif (1965), pp. 67–68 +Maxwell J.C. (1872), p. 54. +Planck (1927), Chapter 3. +Bryan, G.H. (1907), p. 47. +Callen, H.B. (1985), Section 1-8. +Joule J.P. (1884). +Perrot, P. (1998). +Clark, J.O.E. (2004). +Halliday, David; Resnick, Robert (2013). Fundamentals of Physics. Wiley. p. 524. +Denbigh, K. (1981), p. 9. +Adkins, C.J. (1968/1983), p. 55. +Baierlein, R. (1999), p. 349. +Adkins, C.J. (1968/1983), p. 34. +Pippard, A.B. (1957/1966), p. 18. +Haase, R. (1971), p. 7. +Mach, E. (1900), section 5, pp. 48–49, section 22, pp. 60–61. +Truesdell, C. (1980). +Serrin, J. (1986), especially p. 6. +Truesdell, C. (1969), p. 6. + + Lieb, E.H., Yngvason, J. (2003), p. 190. + +Quotations + +Denbigh states in a footnote that he is indebted to correspondence with Professor E.A. Guggenheim and with Professor N.K. Adam. From this, Denbigh concludes "It seems, however, that when a system is able to exchange both heat and matter with its environment, it is impossible to make an unambiguous distinction between energy transported as heat and by the migration of matter, without already assuming the existence of the 'heat of transport'." Denbigh K.G. (1951), p. 56. + + "Heat must therefore consist of either living force or of attraction through space. In the former case we can conceive the constituent particles of heated bodies to be, either in whole or in part, in a state of motion. In the latter we may suppose the particles to be removed by the process of heating, so as to exert attraction through greater space. I am inclined to believe that both of these hypotheses will be found to hold good,—that in some instances, particularly in the case of sensible heat, or such as is indicated by the thermometer, heat will be found to consist in the living force of the particles of the bodies in which it is induced; whilst in others, particularly in the case of latent heat, the phenomena are produced by the separation of particle from particle, so as to cause them to attract one another through a greater space." Joule, J.P. (1884). + +Bibliography of cited references + + Adkins, C.J. (1968/1983). Equilibrium Thermodynamics, (1st edition 1968), third edition 1983, Cambridge University Press, Cambridge UK, ISBN 0-521-25445-0. + Atkins, P., de Paula, J. (1978/2010). Physical Chemistry, (first edition 1978), ninth edition 2010, Oxford University Press, Oxford UK, ISBN 978-0-19-954337-3. + Bacon, F. (1620). Novum Organum Scientiarum, translated by Devey, J., P.F. Collier & Son, New York, 1902. + Baierlein, R. (1999). Thermal Physics. Cambridge University Press. ISBN 978-0-521-65838-6. + Bailyn, M. (1994). A Survey of Thermodynamics, American Institute of Physics Press, New York, ISBN 0-88318-797-3. + Born, M. (1949). Natural Philosophy of Cause and Chance, Oxford University Press, London. + Bryan, G.H. (1907). Thermodynamics. An Introductory Treatise dealing mainly with First Principles and their Direct Applications, B.G. Teubner, Leipzig. + Buchdahl, H.A. (1966). The Concepts of Classical Thermodynamics, Cambridge University Press, Cambridge UK. + Callen, H.B. (1960/1985). Thermodynamics and an Introduction to Thermostatistics, (1st edition 1960) 2nd edition 1985, Wiley, New York, ISBN 0-471-86256-8. + Carathéodory, C. (1909). "Untersuchungen über die Grundlagen der Thermodynamik". Mathematische Annalen. 67 (3): 355–386. doi:10.1007/BF01450409. S2CID 118230148. A translation may be found here. A mostly reliable translation is to be found at Kestin, J. (1976). The Second Law of Thermodynamics, Dowden, Hutchinson & Ross, Stroudsburg PA. + Chandrasekhar, S. (1961). Hydrodynamic and Hydromagnetic Stability, Oxford University Press, Oxford UK. + Clark, J.O.E. (2004). The Essential Dictionary of Science. Barnes & Noble Books. ISBN 978-0-7607-4616-5. + Clausius, R. (1854). Annalen der Physik (Poggendoff's Annalen), Dec. 1854, vol. xciii. p. 481; translated in the Journal de Mathematiques, vol. xx. Paris, 1855, and in the Philosophical Magazine, August 1856, s. 4. vol. xii, p. 81. + Clausius, R. (1865/1867). The Mechanical Theory of Heat – with its Applications to the Steam Engine and to Physical Properties of Bodies, London: John van Voorst. 1867. Also the second edition translated into English by W.R. Browne (1879) here and here. + De Groot, S.R., Mazur, P. (1962). Non-equilibrium Thermodynamics, North-Holland, Amsterdam. Reprinted (1984), Dover Publications Inc., New York, ISBN 0486647412. + Denbigh, K. (1955/1981). The Principles of Chemical Equilibrium, Cambridge University Press, Cambridge ISBN 0-521-23682-7. + Greven, A., Keller, G., Warnecke (editors) (2003). Entropy, Princeton University Press, Princeton NJ, ISBN 0-691-11338-6. + Guggenheim, E.A. (1967) [1949], Thermodynamics. An Advanced Treatment for Chemists and Physicists (fifth ed.), Amsterdam: North-Holland Publishing Company. + Jensen, W.B. (2010). "Why Are q and Q Used to Symbolize Heat?" (PDF). J. Chem. Educ. 87 (11): 1142. Bibcode:2010JChEd..87.1142J. doi:10.1021/ed100769d. Archived from the original (PDF) on 2 April 2015. Retrieved 23 March 2015. + J.P. Joule (1884), The Scientific Papers of James Prescott Joule, The Physical Society of London, p. 274, Lecture on Matter, Living Force, and Heat. 5 and 12 May 1847. + Kittel, C. Kroemer, H. (1980). Thermal Physics, second edition, W.H. Freeman, San Francisco, ISBN 0-7167-1088-9. + Kondepudi, D. (2008), Introduction to Modern Thermodynamics, Chichester UK: Wiley, ISBN 978-0-470-01598-8 + Kondepudi, D., Prigogine, I. (1998). Modern Thermodynamics: From Heat Engines to Dissipative Structures, John Wiley & Sons, Chichester, ISBN 0-471-97393-9. + Landau, L., Lifshitz, E.M. (1958/1969). Statistical Physics, volume 5 of Course of Theoretical Physics, translated from the Russian by J.B. Sykes, M.J. Kearsley, Pergamon, Oxford. + Lebon, G., Jou, D., Casas-Vázquez, J. (2008). Understanding Non-equilibrium Thermodynamics: Foundations, Applications, Frontiers, Springer-Verlag, Berlin, e-ISBN 978-3-540-74252-4. + Lieb, E.H., Yngvason, J. (2003). The Entropy of Classical Thermodynamics, Chapter 8 of Entropy, Greven, A., Keller, G., Warnecke (editors) (2003). + Maxwell, J.C. (1871), Theory of Heat (first ed.), London: Longmans, Green and Co. + Partington, J.R. (1949), An Advanced Treatise on Physical Chemistry., vol. 1, Fundamental Principles. The Properties of Gases, London: Longmans, Green and Co. + Perrot, Pierre (1998). A to Z of Thermodynamics. Oxford University Press. ISBN 978-0-19-856552-9. + Pippard, A.B. (1957/1966). Elements of Classical Thermodynamics for Advanced Students of Physics, original publication 1957, reprint 1966, Cambridge University Press, Cambridge. + Planck, M., (1897/1903). Treatise on Thermodynamics, translated by A. Ogg, first English edition, Longmans, Green and Co., London. + Planck. M. (1914). The Theory of Heat Radiation, a translation by Masius, M. of the second German edition, P. Blakiston's Son & Co., Philadelphia. + Planck, M., (1923/1927). Treatise on Thermodynamics, translated by A. Ogg, third English edition, Longmans, Green and Co., London. + Reif, F. (1965). Fundamentals of Statistical and Thermal Physics. New York: McGraw-Hlll, Inc. + Shavit, A., Gutfinger, C. (1995). Thermodynamics. From Concepts to Applications, Prentice Hall, London, ISBN 0-13-288267-1. + Truesdell, C. (1969). Rational Thermodynamics: a Course of Lectures on Selected Topics, McGraw-Hill Book Company, New York. + Truesdell, C. (1980). The Tragicomical History of Thermodynamics 1822–1854, Springer, New York, ISBN 0-387-90403-4. + +Further bibliography + + Beretta, G.P.; E.P. Gyftopoulos (1990). "What is heat?" (PDF). Education in Thermodynamics and Energy Systems. AES. 20. + Gyftopoulos, E.P., & Beretta, G.P. (1991). Thermodynamics: foundations and applications. (Dover Publications) + Hatsopoulos, G.N., & Keenan, J.H. (1981). Principles of general thermodynamics. RE Krieger Publishing Company. + +External links + + Heat on In Our Time at the BBC + Plasma heat at 2 gigakelvins – Article about extremely high temperature generated by scientists (Foxnews.com) + Correlations for Convective Heat Transfer – ChE Online Resources + +Authority control: National Edit this at Wikidata + + France BnF data Germany Israel United States Japan Czech Republic + +Categories: + + Heat transferThermodynamicsPhysical quantities + + This page was last edited on 8 July 2023, at 22:57 (UTC). + site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +Overview + + Steady-state conduction + Transient conduction + Relativistic conduction + Quantum conduction + +Fourier's law + + Differential form + Integral form + +Conductance + + Intensive-property representation + Cylindrical shells + Spherical + +Transient thermal conduction + + Interface heat transfer + +Thermal conduction applications + + Splat cooling + Metal quenching + +Zeroth law of thermodynamics + +Thermal conduction instruments + + Thermal conductivity analyzer + Gas sensor + See also + References + External links + +Thermal conduction + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia +For other uses, see Conduction (disambiguation). + +Conduction is the process by which heat is transferred from the hotter end to the colder end of an object. The ability of the object to conduct heat is known as its thermal conductivity, and is denoted k. + +Heat spontaneously flows along a temperature gradient (i.e. from a hotter body to a colder body). For example, heat is conducted from the hotplate of an electric stove to the bottom of a saucepan in contact with it. In the absence of an opposing external driving energy source, within a body or between bodies, temperature differences decay over time, and thermal equilibrium is approached, temperature becoming more uniform. + +In conduction, the heat flow is within and through the body itself. In contrast, in heat transfer by thermal radiation, the transfer is often between bodies, which may be separated spatially. Heat can also be transferred by a combination of conduction and radiation. In solids, conduction is mediated by the combination of vibrations and collisions of molecules, propagation and collisions of phonons, and diffusion and collisions of free electrons. In gases and liquids, conduction is due to the collisions and diffusion of molecules during their random motion. Photons in this context do not collide with one another, and so heat transport by electromagnetic radiation is conceptually distinct from heat conduction by microscopic diffusion and collisions of material particles and phonons. But the distinction is often not easily observed unless the material is semi-transparent. + +In the engineering sciences, heat transfer includes the processes of thermal radiation, convection, and sometimes mass transfer.[further explanation needed] Usually, more than one of these processes occurs in a given situation. +Overview +See also: Heat equation + +On a microscopic scale, conduction occurs within a body considered as being stationary; this means that the kinetic and potential energies of the bulk motion of the body are separately accounted for. Internal energy diffuses as rapidly moving or vibrating atoms and molecules interact with neighbouring particles, transferring some of their microscopic kinetic and potential energies, these quantities being defined relative to the bulk of the body considered as being stationary. Heat is transferred by conduction when adjacent atoms or molecules collide, or as several electrons move backwards and forwards from atom to atom in a disorganized way so as not to form a macroscopic electric current, or as photons collide and scatter. Conduction is the most significant means of heat transfer within a solid or between solid objects in thermal contact, occurring more readily than in liquids or gases[clarification needed] since the network of relatively close fixed spatial relationships between atoms helps to transfer energy between them by vibration. + +Thermal contact conductance is the study of heat conduction between solid bodies in contact. A temperature drop is often observed at the interface between the two surfaces in contact. This phenomenon is said to be a result of a thermal contact resistance existing between the contacting surfaces. Interfacial thermal resistance is a measure of an interface's resistance to thermal flow. This thermal resistance differs from contact resistance, as it exists even at atomically perfect interfaces. Understanding the thermal resistance at the interface between two materials is of primary significance in the study of its thermal properties. Interfaces often contribute significantly to the observed properties of the materials. + +The inter-molecular transfer of energy could be primarily by elastic impact, as in fluids, or by free-electron diffusion, as in metals, or phonon vibration, as in insulators. In insulators, the heat flux is carried almost entirely by phonon vibrations. + +Metals (e.g., copper, platinum, gold, etc.) are usually good conductors of thermal energy. This is due to the way that metals bond chemically: metallic bonds (as opposed to covalent or ionic bonds) have free-moving electrons that transfer thermal energy rapidly through the metal. The electron fluid of a conductive metallic solid conducts most of the heat flux through the solid. Phonon flux is still present but carries less of the energy. Electrons also conduct electric current through conductive solids, and the thermal and electrical conductivities of most metals have about the same ratio.[clarification needed] A good electrical conductor, such as copper, also conducts heat well. Thermoelectricity is caused by the interaction of heat flux and electric current. Heat conduction within a solid is directly analogous to diffusion of particles within a fluid, in the situation where there are no fluid currents. + +In gases, heat transfer occurs through collisions of gas molecules with one another. In the absence of convection, which relates to a moving fluid or gas phase, thermal conduction through a gas phase is highly dependent on the composition and pressure of this phase, and in particular, the mean free path of gas molecules relative to the size of the gas gap, as given by the Knudsen number K n K_{n}.[1] + +To quantify the ease with which a particular medium conducts, engineers employ the thermal conductivity, also known as the conductivity constant or conduction coefficient, k. In thermal conductivity, k is defined as "the quantity of heat, Q, transmitted in time (t) through a thickness (L), in a direction normal to a surface of area (A), due to a temperature difference (ΔT) [...]". Thermal conductivity is a material property that is primarily dependent on the medium's phase, temperature, density, and molecular bonding. Thermal effusivity is a quantity derived from conductivity, which is a measure of its ability to exchange thermal energy with its surroundings. +Steady-state conduction + +Steady-state conduction is the form of conduction that happens when the temperature difference(s) driving the conduction are constant, so that (after an equilibration time), the spatial distribution of temperatures (temperature field) in the conducting object does not change any further. Thus, all partial derivatives of temperature concerning space may either be zero or have nonzero values, but all derivatives of temperature at any point concerning time are uniformly zero. In steady-state conduction, the amount of heat entering any region of an object is equal to the amount of heat coming out (if this were not so, the temperature would be rising or falling, as thermal energy was tapped or trapped in a region). + +For example, a bar may be cold at one end and hot at the other, but after a state of steady-state conduction is reached, the spatial gradient of temperatures along the bar does not change any further, as time proceeds. Instead, the temperature remains constant at any given cross-section of the rod normal to the direction of heat transfer, and this temperature varies linearly in space in the case where there is no heat generation in the rod.[2] + +In steady-state conduction, all the laws of direct current electrical conduction can be applied to "heat currents". In such cases, it is possible to take "thermal resistances" as the analog to electrical resistances. In such cases, temperature plays the role of voltage, and heat transferred per unit time (heat power) is the analog of electric current. Steady-state systems can be modeled by networks of such thermal resistances in series and parallel, in exact analogy to electrical networks of resistors. See purely resistive thermal circuits for an example of such a network. +Transient conduction +Main article: Heat equation + +During any period in which temperatures changes in time at any place within an object, the mode of thermal energy flow is termed transient conduction. Another term is "non-steady-state" conduction, referring to the time-dependence of temperature fields in an object. Non-steady-state situations appear after an imposed change in temperature at a boundary of an object. They may also occur with temperature changes inside an object, as a result of a new source or sink of heat suddenly introduced within an object, causing temperatures near the source or sink to change in time. + +When a new perturbation of temperature of this type happens, temperatures within the system change in time toward a new equilibrium with the new conditions, provided that these do not change. After equilibrium, heat flow into the system once again equals the heat flow out, and temperatures at each point inside the system no longer change. Once this happens, transient conduction is ended, although steady-state conduction may continue if heat flow continues. + +If changes in external temperatures or internal heat generation changes are too rapid for the equilibrium of temperatures in space to take place, then the system never reaches a state of unchanging temperature distribution in time, and the system remains in a transient state. + +An example of a new source of heat "turning on" within an object, causing transient conduction, is an engine starting in an automobile. In this case, the transient thermal conduction phase for the entire machine is over, and the steady-state phase appears, as soon as the engine reaches steady-state operating temperature. In this state of steady-state equilibrium, temperatures vary greatly from the engine cylinders to other parts of the automobile, but at no point in space within the automobile does temperature increase or decrease. After establishing this state, the transient conduction phase of heat transfer is over. + +New external conditions also cause this process: for example, the copper bar in the example steady-state conduction experiences transient conduction as soon as one end is subjected to a different temperature from the other. Over time, the field of temperatures inside the bar reaches a new steady-state, in which a constant temperature gradient along the bar is finally set up, and this gradient then stays constant in time. Typically, such a new steady-state gradient is approached exponentially with time after a new temperature-or-heat source or sink, has been introduced. When a "transient conduction" phase is over, heat flow may continue at high power, so long as temperatures do not change. + +An example of transient conduction that does not end with steady-state conduction, but rather no conduction, occurs when a hot copper ball is dropped into oil at a low temperature. Here, the temperature field within the object begins to change as a function of time, as the heat is removed from the metal, and the interest lies in analyzing this spatial change of temperature within the object over time until all gradients disappear entirely (the ball has reached the same temperature as the oil). Mathematically, this condition is also approached exponentially; in theory, it takes infinite time, but in practice, it is over, for all intents and purposes, in a much shorter period. At the end of this process with no heat sink but the internal parts of the ball (which are finite), there is no steady-state heat conduction to reach. Such a state never occurs in this situation, but rather the end of the process is when there is no heat conduction at all. + +The analysis of non-steady-state conduction systems is more complex than that of steady-state systems. If the conducting body has a simple shape, then exact analytical mathematical expressions and solutions may be possible (see heat equation for the analytical approach).[3] However, most often, because of complicated shapes with varying thermal conductivities within the shape (i.e., most complex objects, mechanisms or machines in engineering) often the application of approximate theories is required, and/or numerical analysis by computer. One popular graphical method involves the use of Heisler Charts. + +Occasionally, transient conduction problems may be considerably simplified if regions of the object being heated or cooled can be identified, for which thermal conductivity is very much greater than that for heat paths leading into the region. In this case, the region with high conductivity can often be treated in the lumped capacitance model, as a "lump" of material with a simple thermal capacitance consisting of its aggregate heat capacity. Such regions warm or cool, but show no significant temperature variation across their extent, during the process (as compared to the rest of the system). This is due to their far higher conductance. During transient conduction, therefore, the temperature across their conductive regions changes uniformly in space, and as a simple exponential in time. An example of such systems is those that follow Newton's law of cooling during transient cooling (or the reverse during heating). The equivalent thermal circuit consists of a simple capacitor in series with a resistor. In such cases, the remainder of the system with a high thermal resistance (comparatively low conductivity) plays the role of the resistor in the circuit. +Relativistic conduction + +The theory of relativistic heat conduction is a model that is compatible with the theory of special relativity. For most of the last century, it was recognized that the Fourier equation is in contradiction with the theory of relativity because it admits an infinite speed of propagation of heat signals. For example, according to the Fourier equation, a pulse of heat at the origin would be felt at infinity instantaneously. The speed of information propagation is faster than the speed of light in vacuum, which is physically inadmissible within the framework of relativity. +Quantum conduction + +Second sound is a quantum mechanical phenomenon in which heat transfer occurs by wave-like motion, rather than by the more usual mechanism of diffusion. Heat takes the place of pressure in normal sound waves. This leads to a very high thermal conductivity. It is known as "second sound" because the wave motion of heat is similar to the propagation of sound in air. +Fourier's law + +The law of heat conduction, also known as Fourier's law, states that the rate of heat transfer through a material is proportional to the negative gradient in the temperature and to the area, at right angles to that gradient, through which the heat flows. We can state this law in two equivalent forms: the integral form, in which we look at the amount of energy flowing into or out of a body as a whole, and the differential form, in which we look at the flow rates or fluxes of energy locally. + +Newton's law of cooling is a discrete analogue of Fourier's law, while Ohm's law is the electrical analogue of Fourier's law and Fick's laws of diffusion is its chemical analogue. +Differential form + +The differential form of Fourier's law of thermal conduction shows that the local heat flux density q \mathbf {q} is equal to the product of thermal conductivity k k and the negative local temperature gradient − ∇ T -\nabla T. The heat flux density is the amount of energy that flows through a unit area per unit time. +q = − k ∇ T , +{\displaystyle \mathbf {q} =-k\nabla T,} +where (including the SI units) + + q \mathbf {q} is the local heat flux density, W/m2, + k k is the material's conductivity, W/(m·K), + ∇ T {\displaystyle \nabla T} is the temperature gradient, K/m. + +The thermal conductivity k k is often treated as a constant, though this is not always true. While the thermal conductivity of a material generally varies with temperature, the variation can be small over a significant range of temperatures for some common materials. In anisotropic materials, the thermal conductivity typically varies with orientation; in this case k k is represented by a second-order tensor. In non-uniform materials, k k varies with spatial location. + +For many simple applications, Fourier's law is used in its one-dimensional form, for example, in the x direction: +q x = − k d T d x . +{\displaystyle q_{x}=-k{\frac {dT}{dx}}.} + +In an isotropic medium, Fourier's law leads to heat equation +∂ T ∂ t = α ( ∂ 2 T ∂ x 2 + ∂ 2 T ∂ y 2 + ∂ 2 T ∂ z 2 ) +{\displaystyle {\frac {\partial T}{\partial t}}=\alpha \left({\frac {\partial ^{2}T}{\partial x^{2}}}+{\frac {\partial ^{2}T}{\partial y^{2}}}+{\frac {\partial ^{2}T}{\partial z^{2}}}\right)} +with a fundamental solution famously known as heat kernel. + +Integral form + +By integrating the differential form over the material's total surface S S, we arrive at the integral form of Fourier's law: + + ∂ Q ∂ t = − k {\displaystyle {\frac {\partial Q}{\partial t}}=-k} \oiint S \scriptstyle S ∇ T ⋅ d S , {\displaystyle \nabla T\cdot d\mathbf {S} ,} + +where (including the SI units): + + ∂ Q ∂ t {\displaystyle {\frac {\partial Q}{\partial t}}} is the amount of heat transferred per unit time (in W), + d S d\mathbf {S} is an oriented surface area element (in m2). + +The above differential equation, when integrated for a homogeneous material of 1-D geometry between two endpoints at constant temperature, gives the heat flow rate as +Q Δ t = − k A Δ T Δ x , +{\displaystyle {\frac {Q}{\Delta t}}=-kA{\frac {\Delta T}{\Delta x}},} +where + + Δ t \Delta t is the time interval during which the amount of heat Q Q flows through a cross-section of the material, + A A is the cross-sectional surface area, + Δ T \Delta T is the temperature difference between the ends, + Δ x \Delta x is the distance between the ends. + +This law forms the basis for the derivation of the heat equation. +Conductance + +Writing +U = k Δ x , +{\displaystyle U={\frac {k}{\Delta x}},} +where U is the conductance, in W/(m2 K). + +Fourier's law can also be stated as: +Δ Q Δ t = U A ( − Δ T ) . +{\displaystyle {\frac {\Delta Q}{\Delta t}}=UA\,(-\Delta T).} + +The reciprocal of conductance is resistance, R {\displaystyle {\big .}R} is given by: +R = 1 U = Δ x k = A ( − Δ T ) Δ Q Δ t . +{\displaystyle R={\frac {1}{U}}={\frac {\Delta x}{k}}={\frac {A\,(-\Delta T)}{\frac {\Delta Q}{\Delta t}}}.} + +Resistance is additive when several conducting layers lie between the hot and cool regions, because A and Q are the same for all layers. In a multilayer partition, the total conductance is related to the conductance of its layers by: +R = R 1 + R 2 + R 3 + ⋯ +{\displaystyle R=R_{1}+R_{2}+R_{3}+\cdots } +or equivalently +1 U = 1 U 1 + 1 U 2 + 1 U 3 + ⋯ +{\displaystyle {\frac {1}{U}}={\frac {1}{U_{1}}}+{\frac {1}{U_{2}}}+{\frac {1}{U_{3}}}+\cdots } + +So, when dealing with a multilayer partition, the following formula is usually used: +Δ Q Δ t = A ( − Δ T ) Δ x 1 k 1 + Δ x 2 k 2 + Δ x 3 k 3 + ⋯ . +{\displaystyle {\frac {\Delta Q}{\Delta t}}={\frac {A\,(-\Delta T)}{{\frac {\Delta x_{1}}{k_{1}}}+{\frac {\Delta x_{2}}{k_{2}}}+{\frac {\Delta x_{3}}{k_{3}}}+\cdots }}.} + +For heat conduction from one fluid to another through a barrier, it is sometimes important to consider the conductance of the thin film of fluid that remains stationary next to the barrier. This thin film of fluid is difficult to quantify because its characteristics depend upon complex conditions of turbulence and viscosity—but when dealing with thin high-conductance barriers it can sometimes be quite significant. +Intensive-property representation + +The previous conductance equations, written in terms of extensive properties, can be reformulated in terms of intensive properties. Ideally, the formulae for conductance should produce a quantity with dimensions independent of distance, like Ohm's law for electrical resistance, R = V / I R = V/I\,\!, and conductance, G = I / V G = I/V \,\!. + +From the electrical formula: R = ρ x / A {\displaystyle R=\rho x/A}, where ρ is resistivity, x is length, and A is cross-sectional area, we have G = k A / x G = k A / x \,\!, where G is conductance, k is conductivity, x is length, and A is cross-sectional area. + +For heat, +U = k A Δ x , +{\displaystyle U={\frac {kA}{\Delta x}},} +where U is the conductance. + +Fourier's law can also be stated as: +Q ˙ = U Δ T , +{\displaystyle {\dot {Q}}=U\,\Delta T,} +analogous to Ohm's law, I = V / R {\displaystyle I=V/R} or I = V G . {\displaystyle I=VG.} + +The reciprocal of conductance is resistance, R, given by: +R = Δ T Q ˙ , +{\displaystyle R={\frac {\Delta T}{\dot {Q}}},} +analogous to Ohm's law, R = V / I . {\displaystyle R=V/I.} + +The rules for combining resistances and conductances (in series and parallel) are the same for both heat flow and electric current. +Cylindrical shells + +Conduction through cylindrical shells (e.g. pipes) can be calculated from the internal radius, r 1 r_{1}, the external radius, r 2 r_{2}, the length, ℓ \ell , and the temperature difference between the inner and outer wall, T 2 − T 1 T_2 - T_1. + +The surface area of the cylinder is A r = 2 π r ℓ {\displaystyle A_{r}=2\pi r\ell } + +When Fourier's equation is applied: +Q ˙ = − k A r d T d r = − 2 k π r ℓ d T d r +{\displaystyle {\dot {Q}}=-kA_{r}{\frac {dT}{dr}}=-2k\pi r\ell {\frac {dT}{dr}}} +and rearranged: +Q ˙ ∫ r 1 r 2 1 r d r = − 2 k π ℓ ∫ T 1 T 2 d T +{\displaystyle {\dot {Q}}\int _{r_{1}}^{r_{2}}{\frac {1}{r}}\,dr=-2k\pi \ell \int _{T_{1}}^{T_{2}}dT} +then the rate of heat transfer is: +Q ˙ = 2 k π ℓ T 1 − T 2 ln ⁡ ( r 2 / r 1 ) +{\displaystyle {\dot {Q}}=2k\pi \ell {\frac {T_{1}-T_{2}}{\ln(r_{2}/r_{1})}}} +the thermal resistance is: +R c = Δ T Q ˙ = ln ⁡ ( r 2 / r 1 ) 2 π k ℓ +{\displaystyle R_{c}={\frac {\Delta T}{\dot {Q}}}={\frac {\ln(r_{2}/r_{1})}{2\pi k\ell }}} +and Q ˙ = 2 π k ℓ r m T 1 − T 2 r 2 − r 1 {\textstyle {\dot {Q}}=2\pi k\ell r_{m}{\frac {T_{1}-T_{2}}{r_{2}-r_{1}}}}, where r m = r 2 − r 1 ln ⁡ ( r 2 / r 1 ) {\textstyle r_{m}={\frac {r_{2}-r_{1}}{\ln(r_{2}/r_{1})}}}. It is important to note that this is the log-mean radius. + +Spherical + +The conduction through a spherical shell with internal radius, r 1 r_{1}, and external radius, r 2 r_{2}, can be calculated in a similar manner as for a cylindrical shell. + +The surface area of the sphere is: A = 4 π r 2 . A=4\pi r^{2}. + +Solving in a similar manner as for a cylindrical shell (see above) produces: +Q ˙ = 4 k π T 1 − T 2 1 / r 1 − 1 / r 2 = 4 k π ( T 1 − T 2 ) r 1 r 2 r 2 − r 1 +{\displaystyle {\dot {Q}}=4k\pi {\frac {T_{1}-T_{2}}{1/{r_{1}}-1/{r_{2}}}}=4k\pi {\frac {(T_{1}-T_{2})r_{1}r_{2}}{r_{2}-r_{1}}}} + +Transient thermal conduction +Main article: Heat equation +Interface heat transfer + +This section does not cite any sources. Please help improve this section by adding citations to reliable sources. Unsourced material may be challenged and removed. (May 2013) (Learn how and when to remove this template message) + +The heat transfer at an interface is considered a transient heat flow. To analyze this problem, the Biot number is important to understand how the system behaves. The Biot number is determined by: +Bi = h L k +{\displaystyle {\textit {Bi}}={\frac {hL}{k}}} +The heat transfer coefficient h h, is introduced in this formula, and is measured in +J m 2 s K +{\displaystyle \mathrm {\frac {J}{m^{2}sK}} } +. If the system has a Biot number of less than 0.1, the material behaves according to Newtonian cooling, i.e. with negligible temperature gradient within the body.[4] If the Biot number is greater than 0.1, the system behaves as a series solution. The temperature profile in terms of time can be derived from the equation +q = − h Δ T , +{\displaystyle q=-h\,\Delta T,} +which becomes +T − T f T i − T f = exp ⁡ ( − h A t ρ C p V ) . +{\displaystyle {\frac {T-T_{f}}{T_{i}-T_{f}}}=\exp \left({\frac {-hAt}{\rho C_{p}V}}\right).} + +The heat transfer coefficient, h, is measured in W m 2 K \mathrm{\frac{W}{m^2 K}} , and represents the transfer of heat at an interface between two materials. This value is different at every interface and is an important concept in understanding heat flow at an interface. + +The series solution can be analyzed with a nomogram. A nomogram has a relative temperature as the y coordinate and the Fourier number, which is calculated by +Fo = α t L 2 . +{\displaystyle {\textit {Fo}}={\frac {\alpha t}{L^{2}}}.} + +The Biot number increases as the Fourier number decreases. There are five steps to determine a temperature profile in terms of time. + + Calculate the Biot number + Determine which relative depth matters, either x or L. + Convert time to the Fourier number. + Convert T i T_{i} to relative temperature with the boundary conditions. + Compared required to point to trace specified Biot number on the nomogram. + +Thermal conduction applications +Splat cooling + +Splat cooling is a method for quenching small droplets of molten materials by rapid contact with a cold surface. The particles undergo a characteristic cooling process, with the heat profile at t = 0 t=0 for initial temperature as the maximum at x = 0 x=0 and T = 0 T=0 at x = − ∞ x = -\infin and x = ∞ x = \infin , and the heat profile at t = ∞ t=\infin for − ∞ ≤ x ≤ ∞ {\displaystyle -\infty \leq x\leq \infty } as the boundary conditions. Splat cooling rapidly ends in a steady state temperature, and is similar in form to the Gaussian diffusion equation. The temperature profile, with respect to the position and time of this type of cooling, varies with: +T ( x , t ) − T i = T i Δ X 2 π α t exp ⁡ ( − x 2 4 α t ) +{\displaystyle T(x,t)-T_{i}={\frac {T_{i}\Delta X}{2{\sqrt {\pi \alpha t}}}}\exp \left(-{\frac {x^{2}}{4\alpha t}}\right)} + +Splat cooling is a fundamental concept that has been adapted for practical use in the form of thermal spraying. The thermal diffusivity coefficient, represented as α \alpha , can be written as α = k ρ C p \alpha =\frac{k}{\rho C_p} . This varies according to the material.[5][6] +Metal quenching + +Metal quenching is a transient heat transfer process in terms of the time temperature transformation (TTT). It is possible to manipulate the cooling process to adjust the phase of a suitable material. For example, appropriate quenching of steel can convert a desirable proportion of its content of austenite to martensite, creating a very hard and strong product. To achieve this, it is necessary to quench at the "nose" (or eutectic) of the TTT diagram. Since materials differ in their Biot numbers, the time it takes for the material to quench, or the Fourier number, varies in practice.[7] In steel, the quenching temperature range is generally from 600 °C to 200 °C. To control the quenching time and to select suitable quenching media, it is necessary to determine the Fourier number from the desired quenching time, the relative temperature drop, and the relevant Biot number. Usually, the correct figures are read from a standard nomogram.[citation needed] By calculating the heat transfer coefficient from this Biot number, one can find a liquid medium suitable for the application.[8] +Zeroth law of thermodynamics + +One statement of the so-called zeroth law of thermodynamics is directly focused on the idea of conduction of heat. Bailyn (1994) writes that "the zeroth law may be stated: All diathermal walls are equivalent".[9] + +A diathermal wall is a physical connection between two bodies that allows the passage of heat between them. Bailyn is referring to diathermal walls that exclusively connect two bodies, especially conductive walls. + +This statement of the "zeroth law" belongs to an idealized theoretical discourse, and actual physical walls may have peculiarities that do not conform to its generality. + +For example, the material of the wall must not undergo a phase transition, such as evaporation or fusion, at the temperature at which it must conduct heat. But when only thermal equilibrium is considered and time is not urgent, so that the conductivity of the material does not matter too much, one suitable heat conductor is as good as another. Conversely, another aspect of the zeroth law is that, subject again to suitable restrictions, a given diathermal wall is indifferent to the nature of the heat bath to which it is connected. For example, the glass bulb of a thermometer acts as a diathermal wall whether exposed to a gas or a liquid, provided that they do not corrode or melt it. + +These differences are among the defining characteristics of heat transfer. In a sense, they are symmetries of heat transfer. +Thermal conduction instruments +Thermal conductivity analyzer + +Thermal conduction property of any gas under standard conditions of pressure and temperature is a fixed quantity. This property of a known reference gas or known reference gas mixtures can, therefore, be used for certain sensory applications, such as the thermal conductivity analyzer. + +The working of this instrument is by principle based on the Wheatstone bridge containing four filaments whose resistances are matched. Whenever a certain gas is passed over such network of filaments, their resistance changes due to the altered thermal conductivity of the filaments and thereby changing the net voltage output from the Wheatstone Bridge. This voltage output will be correlated with the database to identify the gas sample. +Gas sensor + +The principle of thermal conductivity of gases can also be used to measure the concentration of a gas in a binary mixture of gases. + +Working: if the same gas is present around all the Wheatstone bridge filaments, then the same temperature is maintained in all the filaments and hence same resistances are also maintained; resulting in a balanced Wheatstone bridge. However, If the dissimilar gas sample (or gas mixture) is passed over one set of two filaments and the reference gas on the other set of two filaments, then the Wheatstone bridge becomes unbalanced. And the resulting net voltage output of the circuit will be correlated with the database to identify the constituents of the sample gas. + +Using this technique many unknown gas samples can be identified by comparing their thermal conductivity with other reference gas of known thermal conductivity. The most commonly used reference gas is nitrogen; as the thermal conductivity of most common gases (except hydrogen and helium) are similar to that of nitrogen. +See also + + List of thermal conductivities + Electrical conduction + Convection diffusion equation + R-value (insulation) + Heat pipe + Fick's law of diffusion + Relativistic heat conduction + Churchill–Bernstein equation + Fourier number + Biot number + False diffusion + Heat Conduction + General equation of heat transfer + +References + +Dai; et al. (2015). "Effective Thermal Conductivity of Submicron Powders: A Numerical Study". Applied Mechanics and Materials. 846: 500–505. doi:10.4028/www.scientific.net/AMM.846.500. S2CID 114611104. +Bergman, Theodore L.; Lavine, Adrienne S.; Incropera, Frank P.; Dewitt, David P. (2011). Fundamentals of heat and mass transfer (7th ed.). Hoboken, NJ: Wiley. ISBN 9780470501979. OCLC 713621645. +The Exact Analytical Conduction Toolbox contains a variety of transient expressions for heat conduction, along with algorithms and computer code for obtaining precise numerical values. +III, H. Palmour; Spriggs, R. M.; Uskokovic, D. P. (11 November 2013). Science of Sintering: New Directions for Materials Processing and Microstructural Control. Springer Science & Business Media. p. 164. ISBN 978-1-4899-0933-6. +Sam Zhang; Dongliang Zhao (19 November 2012). Aeronautical and Aerospace Materials Handbook. CRC Press. pp. 304–. ISBN 978-1-4398-7329-8. Retrieved 7 May 2013. +Martin Eein (2002). Drop-Surface Interactions. Springer. pp. 174–. ISBN 978-3-211-83692-7. Retrieved 7 May 2013. +Rajiv Asthana; Ashok Kumar; Narendra B. Dahotre (9 January 2006). Materials Processing and Manufacturing Science. Butterworth–Heinemann. pp. 158–. ISBN 978-0-08-046488-6. Retrieved 7 May 2013. +George E. Totten (2002). Handbook of Residual Stress and Deformation of Steel. ASM International. pp. 322–. ISBN 978-1-61503-227-3. Retrieved 7 May 2013. + + Bailyn, M. (1994). A Survey of Thermodynamics, American Institute of Physics, New York, ISBN 0-88318-797-3, page 23. + + Dehghani, F 2007, CHNG2801 – Conservation and Transport Processes: Course Notes, University of Sydney, Sydney + John H Lienhard IV and John H Lienhard V, 'A Heat Transfer Textbook', Fifth Edition, Dover Pub., Mineola, NY, 2019 [1] + +External links + + Media related to Heat conduction at Wikimedia Commons + Heat conduction – Thermal-FluidsPedia + Newton's Law of Cooling by Jeff Bryant based on a program by Stephen Wolfram, Wolfram Demonstrations Project. + +Authority control: National Edit this at Wikidata + + Germany Israel United States Japan + +Categories: + + Heat conductionHeat transferPhysical quantitiesTransport phenomena + + This page was last edited on 22 August 2023, at 11:31 (UTC). + site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents + + (Top) + Early history + Recent research + European Internet + Spin-off companies + Software and languages + Notable people + References + External links + +Centrum Wiskunde & Informatica + + Article + Talk + + Read + Edit + View history + +Tools + +Coordinates: 52°21′23″N 4°57′07″E +From Wikipedia, the free encyclopedia +Centrum Wiskunde & Informatica +CWI logo +Type National research institute +Established 1946; 77 years ago +President Prof.dr. A.G. de Kok +Administrative staff + ~200 +Location Amsterdam +, Netherlands +Website www.cwi.nl + +The Centrum Wiskunde & Informatica (abbr. CWI; English: "National Research Institute for Mathematics and Computer Science") is a research centre in the field of mathematics and theoretical computer science. It is part of the institutes organization of the Dutch Research Council (NWO) and is located at the Amsterdam Science Park. This institute is famous as the creation site of the programming language Python. It was a founding member of the European Research Consortium for Informatics and Mathematics (ERCIM). +Early history + +The institute was founded in 1946 by Johannes van der Corput, David van Dantzig, Jurjen Koksma, Hendrik Anthony Kramers, Marcel Minnaert and Jan Arnoldus Schouten. It was originally called Mathematical Centre (in Dutch: Mathematisch Centrum). One early mission was to develop mathematical prediction models to assist large Dutch engineering projects, such as the Delta Works. During this early period, the Mathematics Institute also helped with designing the wings of the Fokker F27 Friendship airplane, voted in 2006 as the most beautiful Dutch design of the 20th century.[1][2] + +The computer science component developed soon after. Adriaan van Wijngaarden, considered the founder of computer science (or informatica) in the Netherlands, was the director of the institute for almost 20 years. Edsger Dijkstra did most of his early influential work on algorithms and formal methods at CWI. The first Dutch computers, the Electrologica X1 and Electrologica X8, were both designed at the centre, and Electrologica was created as a spinoff to manufacture the machines. + +In 1983, the name of the institute was changed to Centrum Wiskunde & Informatica (CWI) to reflect a governmental push for emphasizing computer science research in the Netherlands.[3] +Recent research + +The institute is known for its work in fields such as operations research, software engineering, information processing, and mathematical applications in life sciences and logistics. More recent examples of research results from CWI include the development of scheduling algorithms for the Dutch railway system (the Nederlandse Spoorwegen, one of the busiest rail networks in the world) and the development of the Python programming language by Guido van Rossum. Python has played an important role in the development of the Google search platform from the beginning, and it continues to do so as the system grows and evolves.[4] Many information retrieval techniques used by packages such as SPSS were initially developed by Data Distilleries, a CWI spinoff.[5][6] + +Work at the institute was recognized by national or international research awards, such as the Lanchester Prize (awarded yearly by INFORMS), the Gödel Prize (awarded by ACM SIGACT) and the Spinoza Prize. Most of its senior researchers hold part-time professorships at other Dutch universities, with the institute producing over 170 full professors during the course of its history. Several CWI researchers have been recognized as members of the Royal Netherlands Academy of Arts and Sciences, the Academia Europaea, or as knights in the Order of the Netherlands Lion.[7] + +In February 2017, CWI in association with Google announced a successful collision attack on SHA 1 encryption algorithm.[8] +European Internet + +CWI was an early user of the Internet in Europe, in the form of a TCP/IP connection to NSFNET. Piet Beertema at CWI established one of the first two connections outside the United States to the NSFNET (shortly after France's INRIA)[9][10][11] for EUnet on 17 November 1988. The first Dutch country code top-level domain issued was cwi.nl.[12][13][14] When this domain cwi.nl was registered, on 1 May 1986, .nl effectively became the first active ccTLD outside the United States.[15] For the first ten years CWI, or rather Beertema, managed the .nl administration, until in 1996 this task was transferred to its spin-off SIDN.[12] + +The Amsterdam Internet Exchange (one of the largest Internet Exchanges in the world, in terms of both members and throughput traffic) is located at the neighbouring SARA (an early CWI spin-off) and Nikhef institutes. The World Wide Web Consortium (W3C) office for the Benelux countries is located at CWI.[16] +Spin-off companies + +CWI has demonstrated a continuing effort to put the work of its researchers at the disposal of society, mainly by collaborating with commercial companies and creating spin-off businesses. In 2000 CWI established "CWI Incubator BV", a dedicated company with the aim to generate high tech spin-off companies.[17] Some of the CWI spinoffs include:[18] + + 1956: Electrologica, a pioneering Dutch computer manufacturer. + 1971: SARA (now called SURF), founded as a center for data processing activities for Vrije Universiteit Amsterdam, Universiteit van Amsterdam, and the CWI. + 1990: DigiCash, an electronic money corporation founded by David Chaum. + 1994: NLnet, an Internet Service Provider. + 1994: General Design / Satama Amsterdam, a design company, acquired by LBi (then Lost Boys international). + 1995: Data Distilleries, developer of analytical database software aimed at information retrieval, eventually becoming part of SPSS and acquired by IBM. + 1996: Stichting Internet Domeinregistratie Nederland (SIDN), the .nl top-level domain registrar. + 2000: Software Improvement Group (SIG), a software improvement and legacy code analysis company. + 2008: MonetDB, a high-tech database technology company, developer of the MonetDB column-store. + 2008: Vectorwise, an analytical database technology company, founded in cooperation with the Ingres Corporation (now Actian) and eventually acquired by it. + 2010: Spinque, a company providing search technology for information retrieval specialists. + 2013: MonetDB Solutions, a database services company. + 2016: Seita, a technology company providing demand response services for the energy sector. + +Software and languages + + ABC programming language + Algol 60 + Algol 68 + Alma-0, a multi-paradigm computer programming language + ASF+SDF Meta Environment, programming language specification and prototyping system, IDE generator + Cascading Style Sheets + MonetDB + NetHack + Python programming language + RascalMPL, general purpose meta programming language + RDFa + SMIL + van Wijngaarden grammar + XForms + XHTML + XML Events + +Notable people + + Richard Askey + Adrian Baddeley + Theo Bemelmans + Piet Beertema + Jan Bergstra + Gerrit Blaauw + Peter Boncz + Hugo Brandt Corstius + Stefan Brands + Andries Brouwer + Harry Buhrman + Dick Bulterman + David Chaum + Ronald Cramer + Theodorus Dekker + Edsger Dijkstra + Constance van Eeden + Peter van Emde Boas + Richard D. Gill + Jan Friso Groote + Dick Grune + Michiel Hazewinkel + Jan Hemelrijk + Martin L. Kersten + Willem Klein + Jurjen Ferdinand Koksma + Tom Koornwinder + Kees Koster + Monique Laurent + Gerrit Lekkerkerker + Arjen Lenstra + Jan Karel Lenstra + Gijsbert de Leve + Barry Mailloux + Massimo Marchiori + Lambert Meertens + Rob Mokken + Albert Nijenhuis + Steven Pemberton + Herman te Riele + Guido van Rossum + Alexander Schrijver + Jan H. van Schuppen + Marc Stevens + John Tromp + John V. Tucker + Paul Vitányi + Hans van Vliet + Marc Voorhoeve + Adriaan van Wijngaarden + Ronald de Wolf + Peter Wynn + +References + +"Fokker F27 Friendship wins 2006 Best Dutch Design Election". +"Fokker Friendship beste Nederlandse design". 5 May 2006. +Bennie Mols: ERCOM: The Centrum voor Wiskunde en Informatica turns 60. In: Newsletter of the European Mathematical Society, No. 56 (September 2007), p. 43 (online) +"Quotes about Python". Python.org. Retrieved 13 July 2012. +"SPSS and Data Distilleries". Python.org. Archived from the original on 24 February 2015. Retrieved 24 February 2015. +Sumath, S; Sivanandam, S.N. (2006). Introduction to Data Mining and its Applications. Springer Berlin Heidelberg. p. 743. doi:10.1007/978-3-540-34351-6. ISBN 978-3-540-34350-9. +"Lex Schrijver receives EURO Gold Medal 2015". cwi. 25 April 2013. Retrieved 19 February 2018. +Announcing the first SHA1 collision +"The path to digital literacy and network culture in France (1980s to 1990s)". The Routledge Companion to Global Internet Histories. Taylor & Francis. 2017. pp. 84–89. ISBN 978-1317607656. +[Et Dieu crea l'Internet, Christian Huitema, ISBN 2-212-08855-8, 1995, page 10] +Andrianarisoa, Menjanirina (2 March 2012). "A brief history of the internet". +"CWI History: details". CWI. Retrieved 9 February 2020. +(in Dutch) De geschiedenis van SIDN Archived 2013-07-27 at the Wayback Machine (History of SIDN), Official website of SIDN +"Kees Neggers: Global Networking Requires Global Collaboration | Internet Hall of Fame". www.internethalloffame.org. Retrieved 3 April 2020. +"Our milestones". SIDN. Archived from the original on 8 August 2020. Retrieved 17 August 2022. +"The World Wide Web Consortium - Benelux Office". W3C. Retrieved 17 August 2022. +"Spin-off companies' details". CWI Amsterdam. Retrieved 8 July 2014. + + "Spin-off companies". CWI Amsterdam. Retrieved 8 July 2014. + +External links + + Official website + + vte + +The European Mathematical Society +Authority control Edit this at Wikidata + +Categories: + + Amsterdam-OostComputer science institutes in the NetherlandsEdsger W. DijkstraMathematical institutesMembers of the European Research Consortium for Informatics and MathematicsOrganisations based in Amsterdam1946 establishments in the NetherlandsResearch institutes in the NetherlandsScience and technology in the Netherlands + + This page was last edited on 13 June 2023, at 22:15 (UTC). + Text is available under the Creative Commons Attribution-ShareAlike License 4.0; additional terms may apply. By using this site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +History + + Early years + Reforms and reversal + Recent years + +Controversies + +Coverage + + Rail network + +Types of train service + +Fares and tickets + + Off-peak discount passes + Logo + Divisions of NS + Policy + Technological assistance for train staff + Statistics + See also + References + Further reading + External links + +Nederlandse Spoorwegen + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia +NS Nederlandse Spoorwegen +Type State-owned naamloze vennootschap +Industry Rail transport +Founded 1938 +Headquarters Utrecht +, Netherlands +Key people + Wouter Koolmees (CEO)[1] +Products Rail transport, rail construction, services +Revenue + + Decrease €5,980 million (2021)[2] + €6,661 million (2019) + +Net income + + + Increase €116 million (2018)[3] + €47 million (2017) + +Total assets + + Increase €7,030 million (2018)[3] + €6,214 million (2017) + +Total equity + + Decrease €11,786 million (2021)[3] + €3,477 million (2017) + +Number of employees + + + Increase 38,600 (2020) + 40,978 (2020) + +Parent State of the Netherlands +Subsidiaries Abellio +Nedkoleje +NSRegio (99%) +WestfalenBahn +Website www.ns.nl +Nederlandse Spoorwegen +Railway tracks in the Netherlands +Double decker (DDZ) train near Gouda, South Holland +Overview +Locale Netherlands +Dates of operation 1938–present +Predecessor Hollandsche IJzeren Spoorweg-Maatschappij (HSM) +Maatschappij tot Exploitatie van Staatsspoorwegen (SS) +Technical +Track gauge 1,435 mm (4 ft 8+1⁄2 in) standard gauge + +Nederlandse Spoorwegen (NS; Dutch: [ˈneːdərlɑntsə ˈspoːrˌʋeːɣə(n)] (listen); English: "Dutch Railways") is the principal passenger railway operator in the Netherlands. It is a Dutch state-owned company founded in 1938. The Dutch rail network is the busiest in the European Union, and the third busiest in the world after Switzerland and Japan.[4] + +The rail infrastructure is maintained by network manager ProRail, which was split off from NS in 2003. Freight operator NS Cargo merged with DB Cargo in 2000. NS runs 4,800 scheduled domestic trains a day, serving 1.1 million passengers.[5] The NS also provides international rail services from the Netherlands to other European destinations and carries out concessions on some foreign rail markets through its subsidiary Abellio. +History +See also: History of rail transport in the Netherlands +Early years +The Hoofdgebouw I (Main Building I) complex in Utrecht, former Nederlandse Spoorwegen headquarters and nowadays the office of DB Cargo in the Netherlands + +World War I caused an economic downturn in the Netherlands that caused the two largest Dutch railway companies, Hollandsche IJzeren Spoorweg-Maatschappij (HSM) and Maatschappij tot Exploitatie van Staatsspoorwegen (SS), to become unprofitable. The companies avoided bankruptcy by integrating their operations, which occurred by 1917. The cooperation was by economic and ideological reasons. The state provided support by buying shares in both companies. In 1938, the state bought the remaining shares and merged the companies to create NS; NS was not nationalised. +See also: Holocaust trains § Netherlands + +During World War II, NS was forced by the Germans to construct railways to Westerbork transit camp and transport almost a hundred thousand Jews to extermination camps. The company's only wartime strike was during the Dutch famine of 1944–45; NS opted not to strike a year earlier. + +NS played a pivotal role in the post-war reconstruction of the Netherlands; only it could provide the required logistical services in a time when there was little alternative to rail transport. The company declined in the 1960s – like many other railways – and operated at a loss. There was increased competition from other modes of transport. In addition, national coal distribution from Limburg became less profitable; the discovery of a gas field near Slochteren led to coal losing market share to natural gas in power plants and homes. NS' response, the Spoorslag '70 plan which increased service and introduced intercity service, failed to restore profitability. The company was deemed nationally important and received state subsidies. +Reforms and reversal +Protests against neoliberal policies in 1983 + +NS was reorganized following the neoliberal reforms of the 1980s and the 1991 EU Directive 91/440; the latter required railway infrastructure and transport activities to be managed independently. Although the state called the process "corporatization" (verzelfstandiging), it really only meant the withdrawal of subsidies. The changes were carried out by Rob den Besten, who became chief executive officer of NS after the retirement of Leo Ploeger. + +NS' infrastructure division was split off into NS Railinfratrust. Plans to split the remainder of NS met with limited success due to trade union opposition; the new companies created were NS Reizigers and locomotive maintenance company NedTrain. Passenger transport was to be conducted on a commercial basis, but the state continued to subsidize non-viable routes. Internally, route managers assumed de facto control, but they were dependent on a different organ in the company[clarify] The freight business, NS Cargo, merged with Deutsche Bahn; the resulting company operated as Railion in 2000 and then as DB Cargo.[6] Performance deteriorated after the reforms, and the company suffered multiple unorganized strikes. The entire board of directors resigned in late-2001. + +Another change in strategy followed. Karel Noordzij became CEO in 2002 and reversed many of the reforms to restore confidence in the company. The state no longer considered competitive passenger service to be viable, and began granting concessions with the goal of one concession per line. NS received a concession to run main line routes until 2025. +Recent years +Current headquarters in Utrecht + +The timetable change on 10 December 2006 saw the most routes to approximate the symmetry minute in clock-face schedules to the one used in most other European countries. The previous symmetry minute 46 led to problems with cross-border trains. As of December 2022 the company's CEO is former minister Wouter Koolmees, after Marjan Rintel left to become CEO of KLM. + +NS was heavily impacted by the COVID-19 pandemic, which caused massive drops in passenger numbers. The company received significant financial support from the national government in order to keep the company solvent.[7] In 2022, the company made significant cuts in its timetable, running fewer and shorter trains, as a consequence of personnel shortages.[8] +Controversies + +NS has been involved in various controversies. + + Technical problems with the high-speed V250 trains, which started their services on 29 July 2013, and ended on 17 January 2014, led to the resignation of CEO Bert Meerstadt in June 2016[9] and a parliamentary investigation in 2016. The High Speed Alliance (HSA), an NS (80%) / KLM (20%) joint venture almost went bankrupt due to the late introduction of the trains in combination with a too high price for the concession which the company paid to the Dutch government. HSA was liquidated in 2017. + In 2013, it was revealed that NS had been using a subsidiary in Ireland, NS Financial Services Company (NSFSC), to reduce its tax liability in the Netherlands. The procedure was determined to be lawful, but it was unfavorable for the Dutch taxpayers for a state-owned company to avoid national taxes. From 1998 the NS used the favourable tax climate in Ireland, which resulted in a profit for NS of more than €270 million but a loss to the Dutch state of €21 million in 2012 alone.[10] The corporate tax rate in Ireland was 12.5%, in the Netherlands 25% at that time.[11] NS used its Irish subsidiary to buy new trains, among others the high-speed V250 trains from the Italian firm AnsaldoBreda.[citation needed] The Dutch Minister of Finance, Jeroen Dijsselbloem, wrote to the parliament that NS would stop this tax evasion.[citation needed] Most rolling stock was transferred to the Netherlands-based NS Lease in December 2017.[12] NSFSC was wound up in April 2019.[13] + In 2015 it became clear that a subsidiary of NS, Abellio, had shown unfair behaviour about a tendering for public transport in the province of Limburg. The company had obtained confidential information from a competitor, Veolia, through a former employee of Veolia who had been hired by Abellio subsidiary Qbuzz.[14] On 5 June 2015, it became clear that CEO Timo Huges of the NS had given incomplete and incorrect information about the tendering procedure. According to Minister Dijsselbloem, Huges had acted "sloppy, inaccurate and in violation of the law."[15] Consequently, Huges resigned from his position.[16] + +Coverage +See also: Train routes in the Netherlands and Railway stations in the Netherlands +Top three busiest railway stations in the Netherlands +Utrecht Centraal +Amsterdam Centraal +Rotterdam Centraal + +The NS covers most of the country, with almost all cities connected, mostly with a service frequency of two trains an hour or more and at least four trains per hour between all of the largest five cities (Amsterdam, Rotterdam, The Hague, Utrecht and Eindhoven) as well as some smaller cities (Nijmegen, Amersfoort, Arnhem, 's-Hertogenbosch, Dordrecht and Leiden). From December 2008 train frequencies were increased on the following services: Arnhem–Nijmegen (8 trains per hour) and The Hague–Rotterdam (12 trains per hour), Amsterdam Centraal–Hoofddorp (16 trains per hour). A night train service was added between Utrecht, Gouda and Rotterdam.[17] Trains usually run between 5:00 a.m. and 1:00 a.m. although there is also a nightline which connects major cities in the Randstad throughout the night, as well as in weekends also some major cities in North Brabant. + +In addition to its domestic services, NS is also a partner (along with Stena Line and its British railway company Abellio Greater Anglia) in the Dutchflyer service. NS has also entered into a partnership with KLM to operate services on the new HSL-Zuid under the name Intercity Direct towards Breda and Brussels. Intercity Direct is part of NS International; other services such as Thalys to France and Intercity-Express to Germany and Switzerland are also part of NS International. +Rail network +NS trains at Arnhem Centraal + +The hoofdrailnet is the official core internal passenger rail network of the Netherlands. Currently, NS has a concession until 1 January 2025 to provide all passenger services on this network, except that on some stretches there is an overlap with lines for which other operators have a concession. Some of the most notable of these stretches are those from Elst railway station to Arnhem Centraal railway station, where NS shares tracks with Arriva, and further on to Arnhem Velperpoort. Here the tracks are shared by three operators, as Breng, ultimately part of Transdev, operates there in addition to the two previously mentioned operators. Officially the overlaps do not constitute competition on the same lines. + +The concession was free of charge until 2009, and costs an increasing amount since then, up to €30 million for the year 2014. The concession distinguishes the main stations and other stations. Except on New Year's Eve, the main stations have to be served at least twice an hour per direction from 6 a.m. to midnight and the other stations at least once an hour. Exceptions are possible until the start of the next concession.[18] + +The next concession period is 2025–2035. For the 2015–2025 concession, requirements include: for every train service where on average more than one-third of the passengers travel longer than 30 minutes, a train with a toilet is used, every newly ordered train has a toilet and in 2025 every train has to have a toilet. The last trains on the hoofdrailnet without a toilet were the NS SGMm (the so-called classical "Sprinter", retired 2018–21) and the Sprinter Lighttrain (SLT, these trains have since had on-board toilets retrofitted). +Types of train service + +NS provides three kinds of train service: + + A Sprinter stops at all stations, and is mainly used for local traffic. On some smaller lines, though, it is the only kind of service. The name is derived from the 'Sprinter' (2900 class) rolling stock; however, the service was sometimes operated using older style rolling stock (such as 'Plan V/T': 400, 500, 800, and 900 class). + Intercity services only stop at larger stations and were introduced in the 1970s to provide fast train connections throughout the country. Intercity services are operated by DDZ, VIRM and ICM class trains. An exception is the service between Den Haag Centraal and Eindhoven, which makes use of the high-speed line between Rotterdam and Breda, and requires Bombardier Traxx-hauled carriages. When a line is not served by Sprinters, Intercity trains stop at all stations. This takes place on the lines between Alkmaar – Den Helder, Bergen op Zoom – Vlissingen, Hoorn – Enkhuizen, Leiden – Woerden, and Deurne – Venlo. See also Intercity services in the Netherlands and List of Dutch Intercity stations (in Dutch). + The Intercity Direct service, which offers faster service between Amsterdam Centraal and Breda as it makes use of the high-speed line HSL-Zuid and calls at only two intermediate stations (Schiphol Airport and Rotterdam Centraal). Unlike other Intercity trains, the Intercity Direct requires payment of a supplement on top of the regular fare (€2.60 if bought online and swiping on the platform during peak hours and €1,56 when swiping during off-peak hours) if a passenger's journey involves the high-speed line between Schiphol Airport and Rotterdam Centraal. A regular Intercity service that is free of supplements is still offered. + +There are also two former train categories, which are now used only by private operators: + + Stoptrein: This is the original name for Sprinter trains. Between 2003 and 2013 NS discharged the Stoptrein formula in favour of Sprinter. Private operators do not use Sprinter so all private services in the Netherlands (except the four Sneltreins of Arriva, see below) are Stoptrein. + Sneltrein: Sneltrein (in the English section of the old paper time tables, they were translated as "semi fast train" and were a class between Stoptrain and Intercity) was abandoned by NS in 2008. The NS Sneltrein services are now called Intercity, but they stop more often than "real" Intercities. The result is that some stations (like Woerden) are served by some Intercities while others pass it. As of 2015, there are four Sneltrein services by Arriva. + +Fares and tickets +A NS Dagretour (one-time chip card), from Rijssen to Almelo and back. + +The OV-chipkaart is the common form of fare payment. Single or return tickets, used by incidental travellers and tourists, are available at ticket machines and service counters at a surcharge of €1. They are a disposable use-once only. It is possible to buy e-tickets online on the Dutch Railways website. E-tickets can also be purchased on the Belgian NMBS/SNCB B-Europe website. For long-term use, season tickets are available.[19] + +Travelling with these cards and tickets, one has to register starting a journey (check-in) and ending it (check out) at the destination. One always has to travel away from the point of one's latest check-in. Thus, in the case of a voluntary detour, one has to check out and check in to register starting a new journey. + +Travellers need to be aware of the various companies other than the Nederlandse Spoorwegen. One needs to check out with one company and check in with another on some stations. There is common tariff system with four smaller passenger train operating companies: Keolis Nederland and Connexxion in the centre and the east, Veolia on the 'Maaslijn' and 'Heuvellandlijn' in the southeast, Arriva in the north and most of the east of the country and on the 'Merwede-Lingelijn' (from Dordrecht to Geldermalsen). + +The OV-chipkaart is also used on buses and trams, where hourly tickets are for sale for those who have too little credit to travel but enough cash.[20] +Off-peak discount passes + +NS defines off-peak hours as weekdays from 09:00–16:00 and 18:30–06:30, and on Saturdays and Sundays the whole day. Therefore, the full fare is required on weekdays 06:30–09:00 and 16:00–18:30. With an OV-chipkaart that allows for a discount or free travel, one is automatically granted the discount or free travel at the time of checking in. There are several season tickets available that suit individual preferences.[21] +NS ticket and supplement (Amsterdam to Rotterdam, with Intercity supplement) +Logo +Logo at Maastricht station in 2010 + +The NS corporate logo was designed in 1968 by Gert Dumbar and Gert-Jan Leuvelink, both of the graphic design company Tel Design. Introduced in that same year, it replaced an earlier design which had been used since 1946. The logo, pervasive within trains and railway stations in the Netherlands, plays a significant part in Nederlandse Spoorwegen's signage, promotions, advertising, and graphic design. + +The logo usually appears in blue or black on a dark yellow or white background. Since its introduction, NS livery has also had this same distinct dark yellow or white colour. The logo is a widened letter 'N' and a sideways (reversed) 'S'-shape. The two arrows in the logo represent the train's movement, and the two lines in the middle represent the track. +Divisions of NS +Merseyrail Class 508 at Ellesmere Port in June 2012 +Abellio Greater Anglia Class 90 at Stratford in October 2014 +NS International ICE 3 in June 2014 + + Abellio is the subsidiary for operations outside the Netherlands. Abellio has won several franchises in the United Kingdom and Germany. + + In 2003, Abellio commenced operating its first rail franchise in the United Kingdom, through its 50% shareholding in Serco-Abellio.[22] From 2004 until 2016, Serco-Abellio also operated the Northern Rail franchise.[23] In May 2009, the Travel London and Travel Surrey bus businesses were purchased from National Express and rebranded as Abellio London and Abellio Surrey.[24][25] + + In February 2012, Abellio Greater Anglia commenced operating the Greater Anglia franchise,[26] and in April 2015, Abellio ScotRail commenced operating the ScotRail franchise.[27][28][29] In 2016, Abellio successfully bid to retain the renamed East Anglia franchise until 2025.[30] Abellio has partnered with Mitsui for both the East Anglia and the West Midlands franchises, the latter also with JR East. In June 2019 Abellio began operating the East Midlands Railway eight-year franchise.[31] + + NS Reizigers (NSR) – NS Travellers, responsible for passenger train services and for employing train drivers and conductors. + NS Stations – the result of merging the former : + NS Stations – in charge of the operation of all 404 railway stations in the Netherlands, i.e., also those served by other railway companies than NS Reizigers; see also station facilities. + NS Vastgoed – owns 48 km2 of land, often near stations, and develops and operates these areas as public traffic nodes, offices and apartments. + NedTrain – train maintenance. + NS Commercie – product- and customer management (business and product development, marketing, sales and customer service). + NS International – operator, in conjunction with NS Reizigers and foreign partners, of Thalys (from Amsterdam to Paris), ICE (to Cologne and Frankfurt), Intercities (to Berlin) and Intercity Direct services (to Brussels via the HSL-Zuid) and the ÖBB Nightjet (to Vienna and Innsbruck). + +In dealing with the general public, these distinctions are not made and the terms Nederlandse Spoorwegen and NS are used. + +NS has contracts with Connexxion and BBA, now Veolia Transport for the provision of bus services to replace train services in the case of planned and unplanned cancellations. + +On 23 July 2010 NS sold Strukton to the construction company Oranjewoud N.V.. This concluded a long history of planning, designing and executing track development done by the NS.[32][33] +Policy + +There is a delay refund scheme entitling passengers to a partial or full refund of the ticket price if a journey is delayed by half an hour or more. The scheme does not apply on short-distance journeys (tickets less than €2.30) and cases in which the delay is the result of planned cancellations that were announced some days in advance. Refunds are, in general, half the ticket price of a one-way trip after a delay of over 30 minutes, and the full ticket price after a delay of one hour or more. That applies to nearly all kinds of tickets. The refund is not considered monetary compensation for lost time but rather as a reduction in charges where poor service has been provided. The system has been improved for holders of some rail passes. Part of the cost of the scheme is paid by ProRail, since they are responsible for part of the delays. + +Tobacco smoking is prohibited both on trains and in stations. Smoking on trains has been prohibited since 2004, with smoking in stations permitted in designated smoking zones, until this too was disallowed in October 2020. [34] + +Since June 2003, the sale of coffee, soft drinks, beer, sandwiches, candy, etc., has ceased aboard domestic trains. The increasing number of Servex convenience stores at railway stations and the relatively short duration of most train journeys in the Netherlands have lowered the demand for on-train services. In 2005, a much reduced in-train service of drinks and small snacks has been reintroduced on longer journeys. Now, the RailTender service primarily operates in the intercity trains on the trajectory between Utrecht and Zwolle/Eindhoven, Zwolle and Almere, 's-Hertogenbosch and Nijmegen, Apeldoorn and Amersfoort, Rotterdam and Breda/Roosendaal/Antwerp. +Technological assistance for train staff + +Conductors have a smartphone with a timetable, fares information, and a separate card reader to read the OV-chipkaart. Train drivers use a tablet with an app called "TimTim" to save energy and keep up with the timetable. The train driver can also see other trains that are in front or behind his train. +Statistics + + 14.73 billion passenger km per year (2005), which is 30% of the seat km. + +In 2018, NS saw its number of passengers increase by nearly 3 percent. On average, 1.3 million people took the train on a weekday, 100.000 more than in 2016 and the over 250 NS train stations are becoming increasingly crowded. + +The top 15 busiest train stations in the Netherlands by travelers (NS only) per working day in 2019: +Station Province Daily travelers 2019 +Utrecht Centraal Utrecht 207,400 +Amsterdam Centraal North Holland 199,500 +Rotterdam Centraal South Holland 101,700 +Den Haag Centraal South Holland 98,800 +Schiphol Airport North Holland 98,000 +Leiden Centraal South Holland 82,700 +Amsterdam Zuid North Holland 68,700 +Eindhoven Centraal North Brabant 68,200 +Amsterdam Sloterdijk North Holland 50,500 +'s Hertogenbosch North Brabant 49,800 +Nijmegen Gelderland 47,500 +Arnhem Centraal Gelderland 45,700 +Amersfoort Centraal Utrecht 44,800 +Haarlem North Holland 43,800 +Zwolle Overijssel 42,100 + +Also see List of busiest railway stations in The Netherlands[35] +See also + + flagNetherlands portaliconTrains portal + + Dutch railway services + NS Timetable 2010 + Rail transport by country + Rail transport in the Netherlands + Railway stations in the Netherlands + Train categories in Europe + Train routes in the Netherlands + Trains in the Netherlands + Transport in the Netherlands + +References + +"Oud-minister Wouter Koolmees nieuwe topman NS". NOS. 10 October 2022. Retrieved 7 November 2022. +"Ns 2020". +"NS Annual Report 2018" (PDF). +International Union of Railways Annual Report, 2015. +"Annual report 2010". Nederlandse Spoorwegen. 1 January 2011. Archived from the original on 30 June 2011. Retrieved 18 July 2011. +DB and NS sign freight merger Railway Gazette International 1 August 1999 +"NS maakt flink verlies door coronacrisis, nog steeds minder reizigers". nos.nl (in Dutch). 25 February 2022. Retrieved 17 December 2022. +"NS snijdt vanwege personeelstekort weer fors in dienstregeling". nos.nl (in Dutch). 31 October 2022. Retrieved 17 December 2022. +"NS-topman Bert Meerstadt stapt op". Archived from the original on 25 June 2015. Retrieved 5 June 2015. +"NS stopt met fiscale truc: treinen niet langer gekocht door Ierse dochter". 25 March 2015. Retrieved 5 June 2015. +"NS doet nog steeds zaken via de Ierse route". NRC Q. Retrieved 5 June 2015. +NS repatriates train leasing Railway Gazette International 26 February 2018 +NS ends Irish-registered leasing activities Railway Gazette International 29 April 2019 +"Limburg gunt concessie openbaar vervoer aan Arriva". Retrieved 5 June 2015. +"Nog meer problemen voor ex-NS-topman Timo Huges". 19 June 2015. Retrieved 19 June 2015. +"'NS-topman Timo Huges stapt op wegens mogelijk machtsmisbruik'". Retrieved 5 June 2015. +www.treinreiziger.nl Archived 11 December 2008 at the Wayback Machine +"Nieuws". ns.nl. Retrieved 23 September 2016. +Find the season ticket that suits you +"OV-chipkaart (for tourists)". Trans Link Systems B.V. Retrieved 21 April 2018. +All 7 season tickets (that allow for discounts) +Dutch and Serco win Merseyrail franchise The Railway Magazine issue 1226 June 2003 page 6 +Serco and NedRailways joint bid secures new Northern franchise Rail Express issue 99 August 2004 page 5 +National Express Group plc agreement to sell Travel London Archived 2 February 2014 at the Wayback Machine National Express Group 21 May 2009 +NedRailways acquisition reinforces long term commitment to UK transport market Archived 18 January 2016 at the Wayback Machine NedRailways 9 June 2009 +Greater Anglia rail franchise announcement Department for Transport 20 October 2011 +Dutch firms wins ScotRail franchise from FirstGroup BBC News 8 October 2014 +Abellio awarded ScotRail franchise Railway Gazette International 8 October 2014 +Abellio awarded contract to operate Scotland's National Railway, ScotRail Archived 15 April 2016 at the Wayback Machine Abellio +Better journeys for rail passengers and boost for Derby train industry as new East Anglia franchise announced Department for Transport 10 August 2016 +Dutch firm Abellio takes over East Midlands rail franchise BBC News 18 August 2019 +"NS agrees to sell Strukton". Railway Gazette International. 29 July 2010. Retrieved 24 March 2012. +Oranjewoud N.V., the holding company that owns Strukton. +"Roken en verkoop van tabak op treinstations in de ban". nos.nl (in Dutch). 30 January 2020. Retrieved 17 December 2022. + + DUTCH RAILWAY HANDLES 1.3 MILLION TRAVELERS PER WORKING DAY + +Further reading + + Johnston, Howard (18–31 May 1989). "A brief guide to the NS". Rail. No. 96. EMAP National Publications. NS 150 special supplement. ISSN 0953-4563. OCLC 49953699. + "NS Annual Report 2017" (PDF). Annual Report in English. Retrieved 26 September 2018. + +External links + + Media related to Nederlandse Spoorwegen at Wikimedia Commons + Nederlandse Spoorwegen, English website + + vte + +National railway companies of Europe +Authority control Edit this at Wikidata +Categories: + + Nederlandse SpoorwegenDutch brandsGovernment-owned companies of the NetherlandsRail transport in the NetherlandsRailway companies of the NetherlandsRailway companies established in 1938Dutch companies established in 1938Organisations based in Utrecht (city)Companies based in Utrecht (province)Rail transport in Utrecht (city) + + This page was last edited on 23 August 2023, at 13:28 (UTC). + Text is available under the Creative Commons Attribution-ShareAlike License 4.0; additional terms may apply. By using this site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +History + + Delta law and conceptual framework + Alterations to the plan during the execution of the Works + The storm-surge barrier + Environmental policy implementations + Environmental effects + Project costs + Current status + Projects + See also + References + External links + +Delta Works + + Article + Talk + + Read + Edit + View history + +Tools + +Coordinates: 51.65°N 3.72°E +From Wikipedia, the free encyclopedia +Not to be confused with Delta Work. +Delta Works is located in Delta Plan +Algerakering +Algerakering +Antwerp +Antwerp +Bathse spuisluis +Bathse spuisluis +Belgium +Brouwersdam +Brouwersdam +Fresh water +Fresh water +Grevelingendam +Grevelingendam +Hartelkering +Hartelkering +Haringvliet +Haringvliet +Haringvliet Bridge +Haringvliet Bridge +Haringvlietdam +Haringvlietdam +Hellegatsdam +Hellegatsdam +Maeslantkering +Maeslantkering +Markiezaatskade +Markiezaatskade +Netherlands +North Sea +North Sea +Oesterdam +Oesterdam +Oosterschelde +Oosterschelde +Oosterscheldekering +Oosterscheldekering +Philipsdam +Philipsdam +Rotterdam +Rotterdam +Scheldt Rhine Canal +Scheldt Rhine Canal +Veerse Gatdam +Veerse Gatdam +Volkerakdam +Volkerakdam +Seawater +Seawater +Western Scheldt +Western Scheldt +Zandkreekdam +Zandkreekdam +Zeeland Bridge +Zeeland Bridge +Delta Works + +The Delta Works (Dutch: Deltawerken) is a series of construction projects in the southwest of the Netherlands to protect a large area of land around the Rhine–Meuse–Scheldt delta from the sea. Constructed between 1954 and 1997, the works consist of dams, sluices, locks, dykes, levees, and storm surge barriers located in the provinces of South Holland and Zeeland. + +The aim of the dams, sluices, and storm surge barriers was to shorten the Dutch coastline, thus reducing the number of dikes that had to be raised. Along with the Zuiderzee Works, the Delta Works have been declared one of the Seven Wonders of the Modern World by the American Society of Civil Engineers. +History +3:44CC +Newsreel from 1959 on the advantages and disadvantages of the Delta Works + +The estuaries of the rivers Rhine, Meuse and Schelde have been subject to flooding over the centuries. After building the Afsluitdijk (1927 – 1932), the Dutch started studying the damming of the Rhine-Meuse Delta. Plans were developed to shorten the coastline and turn the delta into a group of freshwater coastal lakes. By shortening the coastline, fewer dikes would have to be reinforced. + +Due to indecision and the Second World War, little action was taken. In 1950 two small estuary mouths, the Brielse Gat near Brielle and the Botlek near Vlaardingen were dammed. After the North Sea flood of 1953, a Delta Works Commission was installed to research the causes and develop measures to prevent such disasters in future. They revised some of the old plans and came up with the "Deltaplan". + +Unlike the Zuiderzee Works, the Delta Plan's purpose is largely defensive and not for land reclamation.[1] The Delta Plan is a national programme and demands collaboration between the national government, provincial authorities, municipal authorities and the water boards. The plan consisted of blocking the estuary mouths of the Oosterschelde, the Haringvliet and the Grevelingen. This reduced the length of the dikes exposed to the sea by 700 kilometres (430 mi). The mouths of the Nieuwe Waterweg and the Westerschelde were to remain open because of the important shipping routes to the ports of Rotterdam and Antwerp. The dikes along these waterways were to be heightened and strengthened. The works would be combined with road and waterway infrastructure to stimulate the economy of the province of Zeeland and improve the connection between the ports of Rotterdam and Antwerp. +Delta law and conceptual framework +Zeeland Bridge +Oosterscheldekering + +An important part of this project was fundamental research to come up with long-term solutions, protecting the Netherlands against future floods. Instead of analysing past floods and building protection sufficient to deal with those, the Delta Works commission pioneered a conceptual framework to use as norm for investment in flood defences. + +The framework is called the 'Delta norm'; it includes the following principles: + + Major areas to be protected from flooding are identified. These are called "dike ring areas" because they are protected by a ring of primary sea defences. + The cost of flooding is assessed using a statistical model involving damage to property, lost production, and a given amount per human life lost. + For the purpose of this model, a human life is valued at €2.2 million (2008 data). + The chances of a significant flood within the given area are calculated. This is done using data from a purpose-built flood simulation lab, as well as empirical statistical data regarding water wave properties and distribution. Storm behaviour and spring tide distribution are also taken into account. + +The most important "dike ring area" is the South Holland coast region. It is home to four million people, most of whom live below normal sea level. The loss of human life in a catastrophic flood here can be very large because there is typically little warning time with North Sea storms. Comprehensive evacuation is not a realistic option for the Holland coastal region. + +The commission initially set the acceptable risk for complete failure of every "dike ring" in the country at 1 in 125,000 years. But, it found that the cost of building to this level of protection could not be supported. It set "acceptable" risks by region as follows: + + North and South Holland (excluding Wieringermeer): 1 per 10,000 years + Other areas at risk from sea flooding: 1 per 4,000 years + Transition areas between high land and low land: 1 per 2,000 years + +River flooding causes less damage than salt water flooding, which causes long-term damage to agricultural lands. Areas at risk from river flooding were assigned a higher acceptable risk. River flooding also has a longer warning time, producing a lower estimated death toll per event. + + South Holland at risk from river flooding: 1 per 1,250 years + Other areas at risk from river flooding: 1 per 250 years. + +These acceptable risks were enshrined in the Delta Law (Dutch: Deltawet). This required the government to keep risks of catastrophic flooding within these limits and to upgrade defences should new insights into risks require this. The limits have also been incorporated into the new Water Law (Waterwet), effective from 22 December 2009. + +The Delta Project (of which the Delta Works are a part) has been designed with these guidelines in mind. All other primary defences have been upgraded to meet the norm. New data elevating the risk assessment on expected sea level rise due to global warming has identified ten 'weak points.' These have been upgraded to meet future demands. The latest upgrades are made under the High Water Protection Program. +Alterations to the plan during the execution of the Works +Scale model of the Maeslantkering + +During the execution of the works, changes were made in response to public pressure. In the Nieuwe Waterweg, the heightening and the associated widening of the dikes proved very difficult because of public opposition to the planned destruction of important historic buildings to achieve this. The plan was changed to the construction of a storm surge barrier (the Maeslantkering) and dikes were only partly built up. +The storm-surge barrier + +The Delta Plan originally intended to create a large freshwater lake, the Zeeuwse Meer (Zeeland Lake).[1] This would have caused major environmental destruction in Oosterschelde, with the total loss of the saltwater ecosystem and, consequently, the harvesting of oysters. Environmentalists and fishermen combined their efforts to prevent the closure; they persuaded parliament to amend the original plan. Instead of completely damming the estuary, the government agreed to build a storm surge barrier. This essentially is a long collection of very large valves that can be closed against storm surges. + +The storm surge barrier closes only when the sea-level is expected to rise 3 metres above mean sea level. Under normal conditions, the estuary's mouth is open, and salt water flows in and out with the tide. As a result of the change, the weak dikes along the Oosterschelde needed to be strengthened. Over 200 km of the dike needed new revetments. The connections between the Eastern Scheldt and the neighboring Haringvliet had to be dammed to limit the effect of the salt water. Extra dams and locks were needed at the east part of the Oosterschelde to create a shipping route between the ports of Rotterdam and Antwerp. Since operating the barrier has an effect on the environment, fisheries and the water management system, decisions made on opening or closing the gate are carefully considered. Also the safety of the surrounding dykes are affected by barrier operations. +Environmental policy implementations + +In an attempt to restore and preserve the natural system surrounded by the dykes and storm-surge barrier, the concept 'building with nature' was introduced in revised Delta Program updates after 2008. The new integrated water management plan not only takes into account protection against flooding, but also covers water quality, leisure industry, economic activities, shipping, environment and nature. Whenever possible, existing engineering constructions would be replaced by more 'nature friendly' options in an attempt to restore natural estuary and tides, while still protecting against flooding.[2] In addition, building components of the reinforcements are designed in a way that they support formation of entire ecosystems.[3] As part of the revision, the Room for the River projects, enabled nature to occupy space by lowering or widening the river bed.[4] In order to establish this, agricultural flood plains are turned into natural parks, excavated farmland is used for wild vegetation and newly excavated lakes and bypasses create habitats for fish and birds.[5] Along the coast, natural sand is added each year to allow sand to blow freely through the dunes instead of having the dunes held in place by planted vegetation or revetments.[6] Although the new plan brought along additional cost, it was received favourably.[citation needed] The re-considerations of the Delta Project indicated the growing importance of integrate environmental impact assessments in policy-making. +Environmental effects + +The Delta Project of which the Delta Works are part of was originally designed in a period of time when environmental awareness and ecological effects of engineering projects were barely taken into consideration.[7] Although the level of awareness for the environment grew throughout the years, the Delta Project has caused numerous irreversible[citation needed] effects on the environment in the past. Blocking the estuary mouths did reduce the length of dykes that otherwise would have to be built to protect against floods, but it also led to major changes in the water systems. For example, the tides disappeared, which resulted in a less smooth transition from sea water into fresh water. Flora and fauna suffered from this noticeable change.[8] In addition, rivers got covered up by polluted sludge, since there was no longer an open passage to the sea. +Project costs + +The projects of the Delta Plan are financed with the Delta Fund. In 1958, when the Delta law was accepted under the Delta Works Commission, the total costs were estimated at 3.3 billion guilder. This was at that time equal to 20% of national GDP. This amount was spread out over the 25 years that it would take to complete the massive engineering project. The Delta works were mostly financed by the national budget, with a contribution of the Marshall Plan of 400 million guilder. In addition, the Dutch natural gas discovery contributed massively to the finance of the project. At completion in 1997, costs were set on 8.2 billion guilder.[9] Nevertheless, in 2012 the total costs were already set on[clarification needed] around $13 billion.[10] +Current status + +The original plan was completed by the Europoortkering which required the construction of the Maeslantkering in the Nieuwe Waterweg between Maassluis and Hook of Holland and the Hartelkering in the Hartel Canal near Spijkenisse. The works were declared finished after almost forty years in 1997. + +Due to climate change and relative sea-level rise, the dikes will eventually have to be made higher and wider. This is a long term uphill battle against the sea. The needed level of flood protection and the resulting costs are a recurring subject of debate, and involve a complicated decision-making process. In 1995 it was agreed in the Delta Plan Large Rivers and Room for the River projects that about 500 kilometres of insufficient dyke revetments were reinforced and replaced along the Oosterschelde and Westerschelde between 1995 and 2015. After 2015, under the High Water Protection Program, additional upgrades are made.[11] + +In September 2008, the Delta Commission presided by politician Cees Veerman advised in a report that the Netherlands would need a massive new building program to strengthen the country's water defenses against the anticipated effects of global warming for the next 190 years. The plans included drawing up worst-case scenarios for evacuations and included more than €100 billion, or $144 billion, in new spending through the year 2100 for measures, such as broadening coastal dunes and strengthening sea and river dikes. The commission said the country must plan for a rise in the North Sea of 1.3 meters by 2100 and 4 meters by 2200.[12] +Projects + +The works that are part of the Delta Works are listed in chronological order with their year of completion: +Delta Works Project Beginning Inauguration Image Function Watercourse Place +Stormvloedkering Hollandse IJssel (Algerakering) 1954 1958 Flood barrier Hollandse IJssel (river) South Holland near Krimpen aan den IJssel +Zandkreekdam 1959 1960 Dam Zandkreek, Veerse Gat (Oosterschelde) Between Noord-Beveland and Zuid-Beveland in the east +Veerse Gatdam 1960 1961 Dam Veerse Gat (Oosterschelde) Between Noord-Beveland and Walcheren in the west +Grevelingendam 1958 1965 Dam Grevelingenmeer Between Tholen and Schouwen-Duiveland +Volkerakdam 1957 1969 Dam Volkerak, Hollands Diep Meuse and Oosterschelde Between South Holland and Zeeland +Haringvlietdam 1958 1971 Dam / Flood barrier Haringvliet (Rhine and Meuse) Between Voorne-Putten and Goeree-Overflakkee +Brouwersdam 1964 1971 Dam Grevelingenmeer Between Goeree-Overflakkee and Schouwen-Duiveland +Markiezaatskade 1980 1983 Dam Scheldt–Rhine Canal, Markiezaatsmeer Between Zuid-Beveland and Molenplaat +Oosterscheldekering 1960 1986 Flood barrier Oosterschelde Between Schouwen-Duiveland and Noord-Beveland +Oesterdam 1979 1987 Dam Oosterschelde, Scheldt–Rhine Canal Between Tholen and Zuid-Beveland +Philipsdam 1976 1987 Dam Oosterschelde Between Grevelingendam and Sint Philipsland +Bathse spuisluis 1980 1987 Lock Volkerak, Markiezaatsmeer, Oosterschelde Bath, Zeeland +Maeslantkering 1988 1997 Flood barrier Nieuwe Waterweg (Rhine) Downstream Rotterdam South Holland +Hartelkering 1991 1997 Flood barrier Hartelkanaal Near Spijkenisse, South Holland +See also + + Flood control in the Netherlands + Lauwerszee Works + Megaproject + Thames Barrier + Zuiderzee Works + Johan van Veen + Pieter Jacobus Wemelsfelder + +References + +Ley, Willy (October 1961). "The Home-Made Land". For Your Information. Galaxy Science Fiction. pp. 92–106. +Kabat, Pavel; Fresco, Louise; Stive, Marcel J.F.; Veerman, Cees P.; van Alphen, Jos S.L.J.; Parmet, Bart W. A. H.; Hazeleger, Wilco; Katsman, Caroline A. (July 2009). "Dutch coasts in transition". Nature Geoscience. 2 (7): 450–451. Bibcode:2009NatGe...2..450K. doi:10.1038/ngeo572. +Deltares (2014). "Bouwen met de natuur in de praktijk". Delta Life. 1: 14–15. +Van Buuren, A; Ellen, G.J.; Warner, J.F. (2016). "Path-dependency and policy learning in the Dutch delta: toward more resilient flood risk management in the Netherlands?". Ecology and Society. 21 (4). doi:10.5751/es-08765-210443. +Rijcken, Ties (2015). "A critical approach to some new ideas about the Dutch flood risk system". Research in Urbanism Series. 3 (1). +DGW. "Nationaal Waterplan". rijksoverheid.nl. Ministerie van Infrastructuur en Milieu. +d'Angremond, K (2003). "From disaster to Delta Project: the storm flood of 1953". Terra Aqua. 90 (3). +de Vos, Art (2006). Nederland: een natte geschiedenis. Schiedam: Scriptum Publishers. p. 96. ISBN 90-5594-487-4. +Aerts, J.C.J.H. (2009). Adaptation cost in the Netherlands: Climate Change and flood risk management. Climate Changes Spatial Planning and Knowledge for Climate. pp. 34–36. ISBN 9789088150159. +Higgins, Andrew. "Lessons for U.S. From a Flood-Prone Land". The New York Times. Retrieved 13 April 2018. +Rijcken, T (2015). "A critical approach to some new ideas about the Dutch flood risk system". Research in Urbanism Series. 3 (1). doi:10.7480/rius.3.842. S2CID 110283338. + + "Dutch draw up drastic measures to defend coast against rising seas". The New York Times. 3 August 2008. Retrieved 20 October 2010. + +External links +Wikimedia Commons has media related to Delta Works. +Wikivoyage has a travel guide for Delta Works. + + Delta Works.Org / Deltawerken.Com official website for the Delta Works + Knowledge Centre Watersnoodmuseum / Flood Museum - Delta Works Archived 2021-03-08 at the Wayback Machine + Dutch History Pages + PDF in Dutch explaining the Delta Framework + + vte + +Rhine–Meuse–Scheldt delta +Rhine +Rijn +Rhin + + +Current distributaries + Waal + Nederrijn + IJssel + Lek + Merwede + Boven Merwede + Nieuwe Merwede + Beneden Merwede + Oude Maas + Dordtsche Kil + Noord + Nieuwe Maas + Scheur + Nieuwe Waterweg + +Former distributaries + Kromme Rijn + Leidse Rijn + Oude Rijn + Hollandse IJssel + Vecht + Waaltje + Brielse Maas + Spui + +Current estuaries + Nieuwe Waterweg + IJsselmeer + +Former estuaries + Hollands Diep + Haringvliet + Volkerak + Krammer + Grevelingen + Keeten-Mastgat + Oosterschelde + +Associated canals + Bijlands Kanaal + Pannerdens Kanaal + Amsterdam–Rhine Canal + Vaartse Rijn + Nieuwe Merwede + Nieuwe Waterweg + Scheldt–Rhine Canal + Maas–Waal Canal + +Meuse +Maas + +Current distributaries + Bergse Maas + Amer + +Former distributaries + Oude Maasje + Afgedamde Maas + Merwede + Boven Merwede + Beneden Merwede + Oude Maas + Dordtsche Kil + Noord + Nieuwe Maas + Scheur + Nieuwe Waterweg + +Current estuaries + +Former estuaries + Hollands Diep + Haringvliet + Volkerak + Krammer + Grevelingen + Keeten-Mastgat + Oosterschelde + +Associated canals + Heusden Canal + Bergse Maas + Maas–Waal Canal + +Scheldt +Schelde +Escaut + +Current distributaries + Western Scheldt + +Former distributaries + Oosterschelde + Eendracht + +Current estuaries + Western Scheldt + +Former estuaries + Oosterschelde + Krammer + Grevelingen + +Associated canals + Scheldt–Rhine Canal + Canal through Zuid-Beveland + Canal through Walcheren + +Other rivers +(directly draining +into the delta) + + Linge Mark Donge Rotte Oude IJssel + +Islands and +Peninsulas + + Rozenburg IJsselmonde Het Eiland van Dordt Voorne and Putten Hoeksche Waard Tiengemeten Goeree-Overflakkee Schouwen-Duiveland Tholen Sint Philipsland Walcheren Noord-Beveland Zuid-Beveland + +Towns + + Rotterdam Antwerp Dordrecht Bergen-op-Zoom Schiedam Vlissingen Vlaardingen Middelburg Spijkenisse + +Other topics + + Delta Works Verdronken Land van Reimerswaal Verdronken Land van Saeftinghe St. Elizabeth's flood (1421) St. Felix's Flood All Saints' Flood (1570) + +Categories: + + Delta WorksRhine–Meuse–Scheldt deltaDikes in the NetherlandsDams in the NetherlandsFlood control in the NetherlandsWater resource management in the NetherlandsScience and technology in the Netherlands1954 establishments in the Netherlands20th-century architecture in the Netherlands + + This page was last edited on 4 July 2023, at 08:09 (UTC). + Text is available under the Creative Commons Attribution-ShareAlike License 4.0; additional terms may apply. By using this site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +History + +Topics + + Organizations + Journals and newsletters + Conferences + See also + Notes + Further reading + External links + +Theoretical computer science + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia +This article is about the branch of computer science and mathematics. For the journal, see Theoretical Computer Science (journal). +An artistic representation of a Turing machine. Turing machines are used to model general computing devices. + +Theoretical computer science (TCS) is a subset of general computer science and mathematics that focuses on mathematical aspects of computer science such as the theory of computation, formal language theory, the lambda calculus and type theory. + +It is difficult to circumscribe the theoretical areas precisely. The ACM's Special Interest Group on Algorithms and Computation Theory (SIGACT) provides the following description:[1] + + TCS covers a wide variety of topics including algorithms, data structures, computational complexity, parallel and distributed computation, probabilistic computation, quantum computation, automata theory, information theory, cryptography, program semantics and verification, algorithmic game theory, machine learning, computational biology, computational economics, computational geometry, and computational number theory and algebra. Work in this field is often distinguished by its emphasis on mathematical technique and rigor. + +History +Main article: History of computer science + +While logical inference and mathematical proof had existed previously, in 1931 Kurt Gödel proved with his incompleteness theorem that there are fundamental limitations on what statements could be proved or disproved. + +Information theory was added to the field with a 1948 mathematical theory of communication by Claude Shannon. In the same decade, Donald Hebb introduced a mathematical model of learning in the brain. With mounting biological data supporting this hypothesis with some modification, the fields of neural networks and parallel distributed processing were established. In 1971, Stephen Cook and, working independently, Leonid Levin, proved that there exist practically relevant problems that are NP-complete – a landmark result in computational complexity theory[citation needed]. + +With the development of quantum mechanics in the beginning of the 20th century came the concept that mathematical operations could be performed on an entire particle wavefunction. In other words, one could compute functions on multiple states simultaneously. This led to the concept of a quantum computer in the latter half of the 20th century that took off in the 1990s when Peter Shor showed that such methods could be used to factor large numbers in polynomial time, which, if implemented, would render some modern public key cryptography algorithms like RSA insecure.[citation needed] + +Modern theoretical computer science research is based on these basic developments, but includes many other mathematical and interdisciplinary problems that have been posed, as shown below: +P → Q P\rightarrow Q\, P = NP ? +Mathematical logic Automata theory Number theory Graph theory Computability theory Computational complexity theory +GNITIRW-TERCES Γ ⊢ x : Int \Gamma \vdash x:{\text{Int}} +Cryptography Type theory Category theory Computational geometry Combinatorial optimization Quantum computing theory +Topics +Algorithms +Main article: Algorithm + +An algorithm is a step-by-step procedure for calculations. Algorithms are used for calculation, data processing, and automated reasoning. + +An algorithm is an effective method expressed as a finite list[2] of well-defined instructions[3] for calculating a function.[4] Starting from an initial state and initial input (perhaps empty),[5] the instructions describe a computation that, when executed, proceeds through a finite[6] number of well-defined successive states, eventually producing "output"[7] and terminating at a final ending state. The transition from one state to the next is not necessarily deterministic; some algorithms, known as randomized algorithms, incorporate random input.[8] +Automata theory +Main article: Automata theory + +Automata theory is the study of abstract machines and automata, as well as the computational problems that can be solved using them. It is a theory in theoretical computer science, under discrete mathematics (a section of mathematics and also of computer science). Automata comes from the Greek word αὐτόματα meaning "self-acting". + +Automata Theory is the study of self-operating virtual machines to help in the logical understanding of input and output process, without or with intermediate stage(s) of computation (or any function/process). +Coding theory +Main article: Coding theory + +Coding theory is the study of the properties of codes and their fitness for a specific application. Codes are used for data compression, cryptography, error-correction and more recently also for network coding. Codes are studied by various scientific disciplines—such as information theory, electrical engineering, mathematics, and computer science—for the purpose of designing efficient and reliable data transmission methods. This typically involves the removal of redundancy and the correction (or detection) of errors in the transmitted data. +Computational biology +Main article: Computational biology + +Computational biology involves the development and application of data-analytical and theoretical methods, mathematical modeling and computational simulation techniques to the study of biological, behavioral, and social systems.[9] The field is broadly defined and includes foundations in computer science, applied mathematics, animation, statistics, biochemistry, chemistry, biophysics, molecular biology, genetics, genomics, ecology, evolution, anatomy, neuroscience, and visualization.[10] + +Computational biology is different from biological computation, which is a subfield of computer science and computer engineering using bioengineering and biology to build computers, but is similar to bioinformatics, which is an interdisciplinary science using computers to store and process biological data. +Computational complexity theory +Main article: Computational complexity theory + +Computational complexity theory is a branch of the theory of computation that focuses on classifying computational problems according to their inherent difficulty, and relating those classes to each other. A computational problem is understood to be a task that is in principle amenable to being solved by a computer, which is equivalent to stating that the problem may be solved by mechanical application of mathematical steps, such as an algorithm. + +A problem is regarded as inherently difficult if its solution requires significant resources, whatever the algorithm used. The theory formalizes this intuition, by introducing mathematical models of computation to study these problems and quantifying the amount of resources needed to solve them, such as time and storage. Other complexity measures are also used, such as the amount of communication (used in communication complexity), the number of gates in a circuit (used in circuit complexity) and the number of processors (used in parallel computing). One of the roles of computational complexity theory is to determine the practical limits on what computers can and cannot do. +Computational geometry +Main article: Computational geometry + +Computational geometry is a branch of computer science devoted to the study of algorithms that can be stated in terms of geometry. Some purely geometrical problems arise out of the study of computational geometric algorithms, and such problems are also considered to be part of computational geometry. + +The main impetus for the development of computational geometry as a discipline was progress in computer graphics and computer-aided design and manufacturing (CAD/CAM), but many problems in computational geometry are classical in nature, and may come from mathematical visualization. + +Other important applications of computational geometry include robotics (motion planning and visibility problems), geographic information systems (GIS) (geometrical location and search, route planning), integrated circuit design (IC geometry design and verification), computer-aided engineering (CAE) (mesh generation), computer vision (3D reconstruction). +Computational learning theory +Main article: Computational learning theory + +Theoretical results in machine learning mainly deal with a type of inductive learning called supervised learning. In supervised learning, an algorithm is given samples that are labeled in some useful way. For example, the samples might be descriptions of mushrooms, and the labels could be whether or not the mushrooms are edible. The algorithm takes these previously labeled samples and uses them to induce a classifier. This classifier is a function that assigns labels to samples including the samples that have never been previously seen by the algorithm. The goal of the supervised learning algorithm is to optimize some measure of performance such as minimizing the number of mistakes made on new samples. +Computational number theory +Main article: Computational number theory + +Computational number theory, also known as algorithmic number theory, is the study of algorithms for performing number theoretic computations. The best known problem in the field is integer factorization. +Cryptography +Main article: Cryptography + +Cryptography is the practice and study of techniques for secure communication in the presence of third parties (called adversaries).[11] More generally, it is about constructing and analyzing protocols that overcome the influence of adversaries[12] and that are related to various aspects in information security such as data confidentiality, data integrity, authentication, and non-repudiation.[13] Modern cryptography intersects the disciplines of mathematics, computer science, and electrical engineering. Applications of cryptography include ATM cards, computer passwords, and electronic commerce. + +Modern cryptography is heavily based on mathematical theory and computer science practice; cryptographic algorithms are designed around computational hardness assumptions, making such algorithms hard to break in practice by any adversary. It is theoretically possible to break such a system, but it is infeasible to do so by any known practical means. These schemes are therefore termed computationally secure; theoretical advances, e.g., improvements in integer factorization algorithms, and faster computing technology require these solutions to be continually adapted. There exist information-theoretically secure schemes that provably cannot be broken even with unlimited computing power—an example is the one-time pad—but these schemes are more difficult to implement than the best theoretically breakable but computationally secure mechanisms. +Data structures +Main article: Data structure + +A data structure is a particular way of organizing data in a computer so that it can be used efficiently.[14][15] + +Different kinds of data structures are suited to different kinds of applications, and some are highly specialized to specific tasks. For example, databases use B-tree indexes for small percentages of data retrieval and compilers and databases use dynamic hash tables as look up tables. + +Data structures provide a means to manage large amounts of data efficiently for uses such as large databases and internet indexing services. Usually, efficient data structures are key to designing efficient algorithms. Some formal design methods and programming languages emphasize data structures, rather than algorithms, as the key organizing factor in software design. Storing and retrieving can be carried out on data stored in both main memory and in secondary memory. +Distributed computation +Main article: Distributed computation + +Distributed computing studies distributed systems. A distributed system is a software system in which components located on networked computers communicate and coordinate their actions by passing messages.[16] The components interact with each other in order to achieve a common goal. Three significant characteristics of distributed systems are: concurrency of components, lack of a global clock, and independent failure of components.[16] Examples of distributed systems vary from SOA-based systems to massively multiplayer online games to peer-to-peer applications, and blockchain networks like Bitcoin. + +A computer program that runs in a distributed system is called a distributed program, and distributed programming is the process of writing such programs.[17] There are many alternatives for the message passing mechanism, including RPC-like connectors and message queues. An important goal and challenge of distributed systems is location transparency. +Information-based complexity +Main article: Information-based complexity + +Information-based complexity (IBC) studies optimal algorithms and computational complexity for continuous problems. IBC has studied continuous problems as path integration, partial differential equations, systems of ordinary differential equations, nonlinear equations, integral equations, fixed points, and very-high-dimensional integration. +Formal methods +Main article: Formal methods + +Formal methods are a particular kind of mathematics based techniques for the specification, development and verification of software and hardware systems.[18] The use of formal methods for software and hardware design is motivated by the expectation that, as in other engineering disciplines, performing appropriate mathematical analysis can contribute to the reliability and robustness of a design.[19] + +Formal methods are best described as the application of a fairly broad variety of theoretical computer science fundamentals, in particular logic calculi, formal languages, automata theory, and program semantics, but also type systems and algebraic data types to problems in software and hardware specification and verification.[20] +Information theory +Main article: Information theory + +Information theory is a branch of applied mathematics, electrical engineering, and computer science involving the quantification of information. Information theory was developed by Claude E. Shannon to find fundamental limits on signal processing operations such as compressing data and on reliably storing and communicating data. Since its inception it has broadened to find applications in many other areas, including statistical inference, natural language processing, cryptography, neurobiology,[21] the evolution[22] and function[23] of molecular codes, model selection in statistics,[24] thermal physics,[25] quantum computing, linguistics, plagiarism detection,[26] pattern recognition, anomaly detection and other forms of data analysis.[27] + +Applications of fundamental topics of information theory include lossless data compression (e.g. ZIP files), lossy data compression (e.g. MP3s and JPEGs), and channel coding (e.g. for Digital Subscriber Line (DSL)). The field is at the intersection of mathematics, statistics, computer science, physics, neurobiology, and electrical engineering. Its impact has been crucial to the success of the Voyager missions to deep space, the invention of the compact disc, the feasibility of mobile phones, the development of the Internet, the study of linguistics and of human perception, the understanding of black holes, and numerous other fields. Important sub-fields of information theory are source coding, channel coding, algorithmic complexity theory, algorithmic information theory, information-theoretic security, and measures of information. +Machine learning +Main article: Machine learning + +Machine learning is a scientific discipline that deals with the construction and study of algorithms that can learn from data.[28] Such algorithms operate by building a model based on inputs[29]: 2  and using that to make predictions or decisions, rather than following only explicitly programmed instructions. + +Machine learning can be considered a subfield of computer science and statistics. It has strong ties to artificial intelligence and optimization, which deliver methods, theory and application domains to the field. Machine learning is employed in a range of computing tasks where designing and programming explicit, rule-based algorithms is infeasible. Example applications include spam filtering, optical character recognition (OCR),[30] search engines and computer vision. Machine learning is sometimes conflated with data mining,[31] although that focuses more on exploratory data analysis.[32] Machine learning and pattern recognition "can be viewed as two facets of the same field."[29]: vii  +Parallel computation +Main article: Parallel computation + +Parallel computing is a form of computation in which many calculations are carried out simultaneously,[33] operating on the principle that large problems can often be divided into smaller ones, which are then solved "in parallel". There are several different forms of parallel computing: bit-level, instruction level, data, and task parallelism. Parallelism has been employed for many years, mainly in high-performance computing, but interest in it has grown lately due to the physical constraints preventing frequency scaling.[34] As power consumption (and consequently heat generation) by computers has become a concern in recent years,[35] parallel computing has become the dominant paradigm in computer architecture, mainly in the form of multi-core processors.[36] + +Parallel computer programs are more difficult to write than sequential ones,[37] because concurrency introduces several new classes of potential software bugs, of which race conditions are the most common. Communication and synchronization between the different subtasks are typically some of the greatest obstacles to getting good parallel program performance. + +The maximum possible speed-up of a single program as a result of parallelization is known as Amdahl's law. +Programming language theory and program semantics +Main articles: Programming language theory and Program semantics + +Programming language theory is a branch of computer science that deals with the design, implementation, analysis, characterization, and classification of programming languages and their individual features. It falls within the discipline of theoretical computer science, both depending on and affecting mathematics, software engineering, and linguistics. It is an active research area, with numerous dedicated academic journals. + +In programming language theory, semantics is the field concerned with the rigorous mathematical study of the meaning of programming languages. It does so by evaluating the meaning of syntactically legal strings defined by a specific programming language, showing the computation involved. In such a case that the evaluation would be of syntactically illegal strings, the result would be non-computation. Semantics describes the processes a computer follows when executing a program in that specific language. This can be shown by describing the relationship between the input and output of a program, or an explanation of how the program will execute on a certain platform, hence creating a model of computation. +Quantum computation +Main article: Quantum computation + +A quantum computer is a computation system that makes direct use of quantum-mechanical phenomena, such as superposition and entanglement, to perform operations on data.[38] Quantum computers are different from digital computers based on transistors. Whereas digital computers require data to be encoded into binary digits (bits), each of which is always in one of two definite states (0 or 1), quantum computation uses qubits (quantum bits), which can be in superpositions of states. A theoretical model is the quantum Turing machine, also known as the universal quantum computer. Quantum computers share theoretical similarities with non-deterministic and probabilistic computers; one example is the ability to be in more than one state simultaneously. The field of quantum computing was first introduced by Yuri Manin in 1980[39] and Richard Feynman in 1982.[40][41] A quantum computer with spins as quantum bits was also formulated for use as a quantum space–time in 1968.[42] + +As of 2014, quantum computing is still in its infancy but experiments have been carried out in which quantum computational operations were executed on a very small number of qubits.[43] Both practical and theoretical research continues, and many national governments and military funding agencies support quantum computing research to develop quantum computers for both civilian and national security purposes, such as cryptanalysis.[44] +Symbolic computation +Main article: Symbolic computation + +Computer algebra, also called symbolic computation or algebraic computation is a scientific area that refers to the study and development of algorithms and software for manipulating mathematical expressions and other mathematical objects. Although, properly speaking, computer algebra should be a subfield of scientific computing, they are generally considered as distinct fields because scientific computing is usually based on numerical computation with approximate floating point numbers, while symbolic computation emphasizes exact computation with expressions containing variables that have not any given value and are thus manipulated as symbols (therefore the name of symbolic computation). + +Software applications that perform symbolic calculations are called computer algebra systems, with the term system alluding to the complexity of the main applications that include, at least, a method to represent mathematical data in a computer, a user programming language (usually different from the language used for the implementation), a dedicated memory manager, a user interface for the input/output of mathematical expressions, a large set of routines to perform usual operations, like simplification of expressions, differentiation using chain rule, polynomial factorization, indefinite integration, etc. +Very-large-scale integration +Main article: VLSI + +Very-large-scale integration (VLSI) is the process of creating an integrated circuit (IC) by combining thousands of transistors into a single chip. VLSI began in the 1970s when complex semiconductor and communication technologies were being developed. The microprocessor is a VLSI device. Before the introduction of VLSI technology most ICs had a limited set of functions they could perform. An electronic circuit might consist of a CPU, ROM, RAM and other glue logic. VLSI allows IC makers to add all of these circuits into one chip. +Organizations + + European Association for Theoretical Computer Science + SIGACT + Simons Institute for the Theory of Computing + +Journals and newsletters + + Discrete Mathematics and Theoretical Computer Science + Information and Computation + Theory of Computing (open access journal) + Formal Aspects of Computing + Journal of the ACM + SIAM Journal on Computing (SICOMP) + SIGACT News + Theoretical Computer Science + Theory of Computing Systems + TheoretiCS (open access journal) + International Journal of Foundations of Computer Science + Chicago Journal of Theoretical Computer Science (open access journal) + Foundations and Trends in Theoretical Computer Science + Journal of Automata, Languages and Combinatorics + Acta Informatica + Fundamenta Informaticae + ACM Transactions on Computation Theory + Computational Complexity + Journal of Complexity + ACM Transactions on Algorithms + Information Processing Letters + Open Computer Science (open access journal) + +Conferences + + Annual ACM Symposium on Theory of Computing (STOC)[45] + Annual IEEE Symposium on Foundations of Computer Science (FOCS)[45] + Innovations in Theoretical Computer Science (ITCS) + Mathematical Foundations of Computer Science (MFCS)[46] + International Computer Science Symposium in Russia (CSR)[47] + ACM–SIAM Symposium on Discrete Algorithms (SODA)[45] + IEEE Symposium on Logic in Computer Science (LICS)[45] + Computational Complexity Conference (CCC)[48] + International Colloquium on Automata, Languages and Programming (ICALP)[48] + Annual Symposium on Computational Geometry (SoCG)[48] + ACM Symposium on Principles of Distributed Computing (PODC)[45] + ACM Symposium on Parallelism in Algorithms and Architectures (SPAA)[48] + Annual Conference on Learning Theory (COLT)[48] + Symposium on Theoretical Aspects of Computer Science (STACS)[48] + European Symposium on Algorithms (ESA)[48] + Workshop on Approximation Algorithms for Combinatorial Optimization Problems (APPROX)[48] + Workshop on Randomization and Computation (RANDOM)[48] + International Symposium on Algorithms and Computation (ISAAC)[48] + International Symposium on Fundamentals of Computation Theory (FCT)[49] + International Workshop on Graph-Theoretic Concepts in Computer Science (WG) + +See also + + Formal science + Unsolved problems in computer science + Sun–Ni law + +Notes + +"SIGACT". Retrieved 2017-01-19. +"Any classical mathematical algorithm, for example, can be described in a finite number of English words". Rogers, Hartley Jr. (1967). Theory of Recursive Functions and Effective Computability. McGraw-Hill. Page 2. +Well defined with respect to the agent that executes the algorithm: "There is a computing agent, usually human, which can react to the instructions and carry out the computations" (Rogers 1967, p. 2). +"an algorithm is a procedure for computing a function (with respect to some chosen notation for integers) ... this limitation (to numerical functions) results in no loss of generality", (Rogers 1967, p. 1). +"An algorithm has zero or more inputs, i.e., quantities which are given to it initially before the algorithm begins" (Knuth 1973:5). +"A procedure which has all the characteristics of an algorithm except that it possibly lacks finiteness may be called a 'computational method'" (Knuth 1973:5). +"An algorithm has one or more outputs, i.e. quantities which have a specified relation to the inputs" (Knuth 1973:5). +Whether or not a process with random interior processes (not including the input) is an algorithm is debatable. Rogers opines that: "a computation is carried out in a discrete stepwise fashion, without the use of continuous methods or analog devices . . . carried forward deterministically, without resort to random methods or devices, e.g., dice" (Rogers 1967, p. 2). +"NIH working definition of bioinformatics and computational biology" (PDF). Biomedical Information Science and Technology Initiative. 17 July 2000. Archived from the original (PDF) on 5 September 2012. Retrieved 18 August 2012. +"About the CCMB". Center for Computational Molecular Biology. Retrieved 18 August 2012. +Rivest, Ronald L. (1990). "Cryptology". In J. Van Leeuwen (ed.). Handbook of Theoretical Computer Science. Vol. 1. Elsevier. +Bellare, Mihir; Rogaway, Phillip (21 September 2005). "Introduction". Introduction to Modern Cryptography. p. 10. +Menezes, A. J.; van Oorschot, P. C.; Vanstone, S. A. (1997). Handbook of Applied Cryptography. ISBN 978-0-8493-8523-0. +Paul E. Black (ed.), entry for data structure in Dictionary of Algorithms and Data Structures. U.S. National Institute of Standards and Technology. 15 December 2004. Online version Accessed May 21, 2009. +Entry data structure in the Encyclopædia Britannica (2009) Online entry accessed on May 21, 2009. +Coulouris, George; Jean Dollimore; Tim Kindberg; Gordon Blair (2011). Distributed Systems: Concepts and Design (5th ed.). Boston: Addison-Wesley. ISBN 978-0-132-14301-1. +Andrews (2000). Dolev (2000). Ghosh (2007), p. 10. +R. W. Butler (2001-08-06). "What is Formal Methods?". Retrieved 2006-11-16. +C. Michael Holloway. "Why Engineers Should Consider Formal Methods" (PDF). 16th Digital Avionics Systems Conference (27–30 October 1997). Archived from the original (PDF) on 16 November 2006. Retrieved 2006-11-16. +Monin, pp.3–4 +F. Rieke; D. Warland; R Ruyter van Steveninck; W Bialek (1997). Spikes: Exploring the Neural Code. The MIT press. ISBN 978-0262681087. +Huelsenbeck, J. P.; Ronquist, F.; Nielsen, R.; Bollback, J. P. (2001-12-14). "Bayesian Inference of Phylogeny and Its Impact on Evolutionary Biology". Science. American Association for the Advancement of Science (AAAS). 294 (5550): 2310–2314. Bibcode:2001Sci...294.2310H. doi:10.1126/science.1065889. ISSN 0036-8075. PMID 11743192. S2CID 2138288. +Rando Allikmets, Wyeth W. Wasserman, Amy Hutchinson, Philip Smallwood, Jeremy Nathans, Peter K. Rogan, Thomas D. Schneider, Michael Dean (1998) Organization of the ABCR gene: analysis of promoter and splice junction sequences, Gene 215:1, 111–122 +Burnham, K. P. and Anderson D. R. (2002) Model Selection and Multimodel Inference: A Practical Information-Theoretic Approach, Second Edition (Springer Science, New York) ISBN 978-0-387-95364-9. +Jaynes, E. T. (1957-05-15). "Information Theory and Statistical Mechanics". Physical Review. American Physical Society (APS). 106 (4): 620–630. Bibcode:1957PhRv..106..620J. doi:10.1103/physrev.106.620. ISSN 0031-899X. +Charles H. Bennett, Ming Li, and Bin Ma (2003) Chain Letters and Evolutionary Histories, Scientific American 288:6, 76–81 +David R. Anderson (November 1, 2003). "Some background on why people in the empirical sciences may want to better understand the information-theoretic methods" (PDF). Archived from the original (PDF) on July 23, 2011. Retrieved 2010-06-23. +Ron Kovahi; Foster Provost (1998). "Glossary of terms". Machine Learning. 30: 271–274. doi:10.1023/A:1007411609915. +C. M. Bishop (2006). Pattern Recognition and Machine Learning. Springer. ISBN 978-0-387-31073-2. +Wernick, Yang, Brankov, Yourganov and Strother, Machine Learning in Medical Imaging, IEEE Signal Processing Magazine, vol. 27, no. 4, July 2010, pp. 25–38 +Mannila, Heikki (1996). Data mining: machine learning, statistics, and databases. Int'l Conf. Scientific and Statistical Database Management. IEEE Computer Society. +Friedman, Jerome H. (1998). "Data Mining and Statistics: What's the connection?". Computing Science and Statistics. 29 (1): 3–9. +Gottlieb, Allan; Almasi, George S. (1989). Highly parallel computing. Redwood City, Calif.: Benjamin/Cummings. ISBN 978-0-8053-0177-9. +S.V. Adve et al. (November 2008). "Parallel Computing Research at Illinois: The UPCRC Agenda" Archived 2008-12-09 at the Wayback Machine (PDF). Parallel@Illinois, University of Illinois at Urbana-Champaign. "The main techniques for these performance benefits – increased clock frequency and smarter but increasingly complex architectures – are now hitting the so-called power wall. The computer industry has accepted that future performance increases must largely come from increasing the number of processors (or cores) on a die, rather than making a single core go faster." +Asanovic et al. Old [conventional wisdom]: Power is free, but transistors are expensive. New [conventional wisdom] is [that] power is expensive, but transistors are "free". +Asanovic, Krste et al. (December 18, 2006). "The Landscape of Parallel Computing Research: A View from Berkeley" (PDF). University of California, Berkeley. Technical Report No. UCB/EECS-2006-183. "Old [conventional wisdom]: Increasing clock frequency is the primary method of improving processor performance. New [conventional wisdom]: Increasing parallelism is the primary method of improving processor performance ... Even representatives from Intel, a company generally associated with the 'higher clock-speed is better' position, warned that traditional approaches to maximizing performance through maximizing clock speed have been pushed to their limit." +Hennessy, John L.; Patterson, David A.; Larus, James R. (1999). Computer organization and design : the hardware/software interface (2. ed., 3rd print. ed.). San Francisco: Kaufmann. ISBN 978-1-55860-428-5. +"Quantum Computing with Molecules" article in Scientific American by Neil Gershenfeld and Isaac L. Chuang +Manin, Yu. I. (1980). Vychislimoe i nevychislimoe [Computable and Noncomputable] (in Russian). Sov.Radio. pp. 13–15. Archived from the original on 10 May 2013. Retrieved 4 March 2013. +Feynman, R. P. (1982). "Simulating physics with computers". International Journal of Theoretical Physics. 21 (6): 467–488. Bibcode:1982IJTP...21..467F. CiteSeerX 10.1.1.45.9310. doi:10.1007/BF02650179. S2CID 124545445. +Deutsch, David (1992-01-06). "Quantum computation". Physics World. 5 (6): 57–61. doi:10.1088/2058-7058/5/6/38. +Finkelstein, David (1968). "Space-Time Structure in High Energy Interactions". In Gudehus, T.; Kaiser, G. (eds.). Fundamental Interactions at High Energy. New York: Gordon & Breach. +"New qubit control bodes well for future of quantum computing". Retrieved 26 October 2014. +Quantum Information Science and Technology Roadmap for a sense of where the research is heading. +The 2007 Australian Ranking of ICT Conferences Archived 2009-10-02 at the Wayback Machine: tier A+. +MFCS 2017 +CSR 2018 +The 2007 Australian Ranking of ICT Conferences Archived 2009-10-02 at the Wayback Machine: tier A. + + FCT 2011 (retrieved 2013-06-03) + +Further reading + + Martin Davis, Ron Sigal, Elaine J. Weyuker, Computability, complexity, and languages: fundamentals of theoretical computer science, 2nd ed., Academic Press, 1994, ISBN 0-12-206382-1. Covers theory of computation, but also program semantics and quantification theory. Aimed at graduate students. + +External links + + SIGACT directory of additional theory links (archived 15 July 2017) + Theory Matters Wiki Theoretical Computer Science (TCS) Advocacy Wiki + List of academic conferences in the area of theoretical computer science at confsearch + Theoretical Computer Science – StackExchange, a Question and Answer site for researchers in theoretical computer science + Computer Science Animated + Theory of computation at the Massachusetts Institute of Technology + + vte + +Computer science +Authority control: National Edit this at Wikidata + + Germany + +Categories: + + Theoretical computer scienceFormal sciences + + This page was last edited on 23 August 2023, at 11:29 (UTC). + Text is available under the Creative Commons Attribution-ShareAlike License 4.0; additional terms may apply. By using this site, you agree to the Terms of Use and Privacy Policy. 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It is commonly denoted by k k, λ \lambda , or κ \kappa . + +Heat transfer occurs at a lower rate in materials of low thermal conductivity than in materials of high thermal conductivity. For instance, metals typically have high thermal conductivity and are very efficient at conducting heat, while the opposite is true for insulating materials like mineral wool or Styrofoam. Correspondingly, materials of high thermal conductivity are widely used in heat sink applications, and materials of low thermal conductivity are used as thermal insulation. The reciprocal of thermal conductivity is called thermal resistivity. + +The defining equation for thermal conductivity is q = − k ∇ T {\displaystyle \mathbf {q} =-k\nabla T}, where q \mathbf {q} is the heat flux, k k is the thermal conductivity, and ∇ T {\displaystyle \nabla T} is the temperature gradient. This is known as Fourier's Law for heat conduction. Although commonly expressed as a scalar, the most general form of thermal conductivity is a second-rank tensor. However, the tensorial description only becomes necessary in materials which are anisotropic. +Definition +Simple definition +Thermal conductivity can be defined in terms of the heat flow q q across a temperature difference. + +Consider a solid material placed between two environments of different temperatures. Let T 1 T_{1} be the temperature at x = 0 x=0 and T 2 T_{2} be the temperature at x = L x=L, and suppose T 2 > T 1 {\displaystyle T_{2}>T_{1}}. An example of this scenario is a building on a cold winter day: the solid material in this case is the building wall, separating the cold outdoor environment from the warm indoor environment. + +According to the second law of thermodynamics, heat will flow from the hot environment to the cold one as the temperature difference is equalized by diffusion. This is quantified in terms of a heat flux q q, which gives the rate, per unit area, at which heat flows in a given direction (in this case minus x-direction). In many materials, q q is observed to be directly proportional to the temperature difference and inversely proportional to the separation distance L L:[1] + + q = − k ⋅ T 2 − T 1 L . {\displaystyle q=-k\cdot {\frac {T_{2}-T_{1}}{L}}.} + +The constant of proportionality k k is the thermal conductivity; it is a physical property of the material. In the present scenario, since T 2 > T 1 {\displaystyle T_{2}>T_{1}} heat flows in the minus x-direction and q q is negative, which in turn means that k > 0 k>0. In general, k k is always defined to be positive. The same definition of k k can also be extended to gases and liquids, provided other modes of energy transport, such as convection and radiation, are eliminated or accounted for. + +The preceding derivation assumes that the k k does not change significantly as temperature is varied from T 1 T_{1} to T 2 T_{2}. Cases in which the temperature variation of k k is non-negligible must be addressed using the more general definition of k k discussed below. +General definition + +Thermal conduction is defined as the transport of energy due to random molecular motion across a temperature gradient. It is distinguished from energy transport by convection and molecular work in that it does not involve macroscopic flows or work-performing internal stresses. + +Energy flow due to thermal conduction is classified as heat and is quantified by the vector q ( r , t ) {\displaystyle \mathbf {q} (\mathbf {r} ,t)}, which gives the heat flux at position r \mathbf {r} and time t t. According to the second law of thermodynamics, heat flows from high to low temperature. Hence, it is reasonable to postulate that q ( r , t ) {\displaystyle \mathbf {q} (\mathbf {r} ,t)} is proportional to the gradient of the temperature field T ( r , t ) {\displaystyle T(\mathbf {r} ,t)}, i.e. + + q ( r , t ) = − k ∇ T ( r , t ) , {\displaystyle \mathbf {q} (\mathbf {r} ,t)=-k\nabla T(\mathbf {r} ,t),} + +where the constant of proportionality, k > 0 k>0, is the thermal conductivity. This is called Fourier's law of heat conduction. Despite its name, it is not a law but a definition of thermal conductivity in terms of the independent physical quantities q ( r , t ) {\displaystyle \mathbf {q} (\mathbf {r} ,t)} and T ( r , t ) {\displaystyle T(\mathbf {r} ,t)}.[2][3] As such, its usefulness depends on the ability to determine k k for a given material under given conditions. The constant k k itself usually depends on T ( r , t ) {\displaystyle T(\mathbf {r} ,t)} and thereby implicitly on space and time. An explicit space and time dependence could also occur if the material is inhomogeneous or changing with time.[4] + +In some solids, thermal conduction is anisotropic, i.e. the heat flux is not always parallel to the temperature gradient. To account for such behavior, a tensorial form of Fourier's law must be used: + + q ( r , t ) = − κ ⋅ ∇ T ( r , t ) {\displaystyle \mathbf {q} (\mathbf {r} ,t)=-{\boldsymbol {\kappa }}\cdot \nabla T(\mathbf {r} ,t)} + +where κ {\boldsymbol {\kappa }} is symmetric, second-rank tensor called the thermal conductivity tensor.[5] + +An implicit assumption in the above description is the presence of local thermodynamic equilibrium, which allows one to define a temperature field T ( r , t ) {\displaystyle T(\mathbf {r} ,t)}. This assumption could be violated in systems that are unable to attain local equilibrium, as might happen in the presence of strong nonequilibrium driving or long-ranged interactions. +Other quantities + +In engineering practice, it is common to work in terms of quantities which are derivative to thermal conductivity and implicitly take into account design-specific features such as component dimensions. + +For instance, thermal conductance is defined as the quantity of heat that passes in unit time through a plate of particular area and thickness when its opposite faces differ in temperature by one kelvin. For a plate of thermal conductivity k k, area A A and thickness L L, the conductance is k A / L {\displaystyle kA/L}, measured in W⋅K−1.[6] The relationship between thermal conductivity and conductance is analogous to the relationship between electrical conductivity and electrical conductance. + +Thermal resistance is the inverse of thermal conductance.[6] It is a convenient measure to use in multicomponent design since thermal resistances are additive when occurring in series.[7] + +There is also a measure known as the heat transfer coefficient: the quantity of heat that passes per unit time through a unit area of a plate of particular thickness when its opposite faces differ in temperature by one kelvin.[8] In ASTM C168-15, this area-independent quantity is referred to as the "thermal conductance".[9] The reciprocal of the heat transfer coefficient is thermal insulance. In summary, for a plate of thermal conductivity k k, area A A and thickness L L, + + thermal conductance = k A / L {\displaystyle kA/L}, measured in W⋅K−1. + thermal resistance = L / ( k A ) {\displaystyle L/(kA)}, measured in K⋅W−1. + heat transfer coefficient = k / L {\displaystyle k/L}, measured in W⋅K−1⋅m−2. + thermal insulance = L / k {\displaystyle L/k}, measured in K⋅m2⋅W−1. + +The heat transfer coefficient is also known as thermal admittance in the sense that the material may be seen as admitting heat to flow.[10] + +An additional term, thermal transmittance, quantifies the thermal conductance of a structure along with heat transfer due to convection and radiation.[citation needed] It is measured in the same units as thermal conductance and is sometimes known as the composite thermal conductance. The term U-value is also used. + +Finally, thermal diffusivity α \alpha combines thermal conductivity with density and specific heat:[11] + + α = k ρ c p {\displaystyle \alpha ={\frac {k}{\rho c_{p}}}}. + +As such, it quantifies the thermal inertia of a material, i.e. the relative difficulty in heating a material to a given temperature using heat sources applied at the boundary.[12] +Units + +In the International System of Units (SI), thermal conductivity is measured in watts per metre-kelvin (W/(m⋅K)). Some papers report in watts per centimetre-kelvin (W/(cm⋅K)). + +In imperial units, thermal conductivity is measured in BTU/(h⋅ft⋅°F).[note 1][13] + +The dimension of thermal conductivity is M1L1T−3Θ−1, expressed in terms of the dimensions mass (M), length (L), time (T), and temperature (Θ). + +Other units which are closely related to the thermal conductivity are in common use in the construction and textile industries. The construction industry makes use of measures such as the R-value (resistance) and the U-value (transmittance or conductance). Although related to the thermal conductivity of a material used in an insulation product or assembly, R- and U-values are measured per unit area, and depend on the specified thickness of the product or assembly.[note 2] + +Likewise the textile industry has several units including the tog and the clo which express thermal resistance of a material in a way analogous to the R-values used in the construction industry. +Measurement +Main article: Thermal conductivity measurement + +There are several ways to measure thermal conductivity; each is suitable for a limited range of materials. Broadly speaking, there are two categories of measurement techniques: steady-state and transient. Steady-state techniques infer the thermal conductivity from measurements on the state of a material once a steady-state temperature profile has been reached, whereas transient techniques operate on the instantaneous state of a system during the approach to steady state. Lacking an explicit time component, steady-state techniques do not require complicated signal analysis (steady state implies constant signals). The disadvantage is that a well-engineered experimental setup is usually needed, and the time required to reach steady state precludes rapid measurement. + +In comparison with solid materials, the thermal properties of fluids are more difficult to study experimentally. This is because in addition to thermal conduction, convective and radiative energy transport are usually present unless measures are taken to limit these processes. The formation of an insulating boundary layer can also result in an apparent reduction in the thermal conductivity.[14][15] +Experimental values +Experimental values of thermal conductivity[clarification needed] +Main article: List of thermal conductivities + +The thermal conductivities of common substances span at least four orders of magnitude.[16] Gases generally have low thermal conductivity, and pure metals have high thermal conductivity. For example, under standard conditions the thermal conductivity of copper is over 10000 times that of air. + +Of all materials, allotropes of carbon, such as graphite and diamond, are usually credited with having the highest thermal conductivities at room temperature.[17] The thermal conductivity of natural diamond at room temperature is several times higher than that of a highly conductive metal such as copper (although the precise value varies depending on the diamond type).[18] + +Thermal conductivities of selected substances are tabulated below; an expanded list can be found in the list of thermal conductivities. These values are illustrative estimates only, as they do not account for measurement uncertainties or variability in material definitions. +Substance Thermal conductivity (W·m−1·K−1) Temperature (°C) +Air[19] 0.026 25 +Styrofoam[20] 0.033 25 +Water[21] 0.6089 26.85 +Concrete[21] 0.92 – +Copper[21] 384.1 18.05 +Natural diamond[18] 895–1350 26.85 +Influencing factors +Temperature + +The effect of temperature on thermal conductivity is different for metals and nonmetals. In metals, heat conductivity is primarily due to free electrons. Following the Wiedemann–Franz law, thermal conductivity of metals is approximately proportional to the absolute temperature (in kelvins) times electrical conductivity. In pure metals the electrical conductivity decreases with increasing temperature and thus the product of the two, the thermal conductivity, stays approximately constant. However, as temperatures approach absolute zero, the thermal conductivity decreases sharply.[22] In alloys the change in electrical conductivity is usually smaller and thus thermal conductivity increases with temperature, often proportionally to temperature. Many pure metals have a peak thermal conductivity between 2 K and 10 K. + +On the other hand, heat conductivity in nonmetals is mainly due to lattice vibrations (phonons). Except for high-quality crystals at low temperatures, the phonon mean free path is not reduced significantly at higher temperatures. Thus, the thermal conductivity of nonmetals is approximately constant at high temperatures. At low temperatures well below the Debye temperature, thermal conductivity decreases, as does the heat capacity, due to carrier scattering from defects.[22] +Chemical phase + +When a material undergoes a phase change (e.g. from solid to liquid), the thermal conductivity may change abruptly. For instance, when ice melts to form liquid water at 0 °C, the thermal conductivity changes from 2.18 W/(m⋅K) to 0.56 W/(m⋅K).[23] + +Even more dramatically, the thermal conductivity of a fluid diverges in the vicinity of the vapor-liquid critical point.[24] +Thermal anisotropy + +Some substances, such as non-cubic crystals, can exhibit different thermal conductivities along different crystal axes. Sapphire is a notable example of variable thermal conductivity based on orientation and temperature, with 35 W/(m⋅K) along the c axis and 32 W/(m⋅K) along the a axis.[25] Wood generally conducts better along the grain than across it. Other examples of materials where the thermal conductivity varies with direction are metals that have undergone heavy cold pressing, laminated materials, cables, the materials used for the Space Shuttle thermal protection system, and fiber-reinforced composite structures.[26] + +When anisotropy is present, the direction of heat flow may differ from the direction of the thermal gradient. +Electrical conductivity + +In metals, thermal conductivity is approximately correlated with electrical conductivity according to the Wiedemann–Franz law, as freely moving valence electrons transfer not only electric current but also heat energy. However, the general correlation between electrical and thermal conductance does not hold for other materials, due to the increased importance of phonon carriers for heat in non-metals. Highly electrically conductive silver is less thermally conductive than diamond, which is an electrical insulator but conducts heat via phonons due to its orderly array of atoms. +Magnetic field + +The influence of magnetic fields on thermal conductivity is known as the thermal Hall effect or Righi–Leduc effect. +Gaseous phases +Exhaust system components with ceramic coatings having a low thermal conductivity reduce heating of nearby sensitive components + +In the absence of convection, air and other gases are good insulators. Therefore, many insulating materials function simply by having a large number of gas-filled pockets which obstruct heat conduction pathways. Examples of these include expanded and extruded polystyrene (popularly referred to as "styrofoam") and silica aerogel, as well as warm clothes. Natural, biological insulators such as fur and feathers achieve similar effects by trapping air in pores, pockets, or voids. + +Low density gases, such as hydrogen and helium typically have high thermal conductivity. Dense gases such as xenon and dichlorodifluoromethane have low thermal conductivity. An exception, sulfur hexafluoride, a dense gas, has a relatively high thermal conductivity due to its high heat capacity. Argon and krypton, gases denser than air, are often used in insulated glazing (double paned windows) to improve their insulation characteristics. + +The thermal conductivity through bulk materials in porous or granular form is governed by the type of gas in the gaseous phase, and its pressure.[27] At low pressures, the thermal conductivity of a gaseous phase is reduced, with this behaviour governed by the Knudsen number, defined as K n = l / d {\displaystyle K_{n}=l/d}, where l l is the mean free path of gas molecules and d d is the typical gap size of the space filled by the gas. In a granular material d d corresponds to the characteristic size of the gaseous phase in the pores or intergranular spaces.[27] +Isotopic purity + +The thermal conductivity of a crystal can depend strongly on isotopic purity, assuming other lattice defects are negligible. A notable example is diamond: at a temperature of around 100 K the thermal conductivity increases from 10,000 W·m−1·K−1 for natural type IIa diamond (98.9% 12C), to 41,000 for 99.9% enriched synthetic diamond. A value of 200,000 is predicted for 99.999% 12C at 80 K, assuming an otherwise pure crystal.[28] The thermal conductivity of 99% isotopically enriched cubic boron nitride is ~ 1400 W·m−1·K−1,[29] which is 90% higher than that of natural boron nitride. +Molecular origins + +The molecular mechanisms of thermal conduction vary among different materials, and in general depend on details of the microscopic structure and molecular interactions. As such, thermal conductivity is difficult to predict from first-principles. Any expressions for thermal conductivity which are exact and general, e.g. the Green-Kubo relations, are difficult to apply in practice, typically consisting of averages over multiparticle correlation functions.[30] A notable exception is a monatomic dilute gas, for which a well-developed theory exists expressing thermal conductivity accurately and explicitly in terms of molecular parameters. + +In a gas, thermal conduction is mediated by discrete molecular collisions. In a simplified picture of a solid, thermal conduction occurs by two mechanisms: 1) the migration of free electrons and 2) lattice vibrations (phonons). The first mechanism dominates in pure metals and the second in non-metallic solids. In liquids, by contrast, the precise microscopic mechanisms of thermal conduction are poorly understood.[31] +Gases +See also: Kinetic theory of gases + +In a simplified model of a dilute monatomic gas, molecules are modeled as rigid spheres which are in constant motion, colliding elastically with each other and with the walls of their container. Consider such a gas at temperature T T and with density ρ \rho , specific heat c v c_{v} and molecular mass m m. Under these assumptions, an elementary calculation yields for the thermal conductivity + + k = β ρ λ c v 2 k B T π m , {\displaystyle k=\beta \rho \lambda c_{v}{\sqrt {\frac {2k_{\text{B}}T}{\pi m}}},} + +where β \beta is a numerical constant of order 1 1, k B k_{\text{B}} is the Boltzmann constant, and λ \lambda is the mean free path, which measures the average distance a molecule travels between collisions.[32] Since λ \lambda is inversely proportional to density, this equation predicts that thermal conductivity is independent of density for fixed temperature. The explanation is that increasing density increases the number of molecules which carry energy but decreases the average distance λ \lambda a molecule can travel before transferring its energy to a different molecule: these two effects cancel out. For most gases, this prediction agrees well with experiments at pressures up to about 10 atmospheres.[33] On the other hand, experiments show a more rapid increase with temperature than k ∝ T {\displaystyle k\propto {\sqrt {T}}} (here, λ \lambda is independent of T T). This failure of the elementary theory can be traced to the oversimplified "elastic sphere" model, and in particular to the fact that the interparticle attractions, present in all real-world gases, are ignored. + +To incorporate more complex interparticle interactions, a systematic approach is necessary. One such approach is provided by Chapman–Enskog theory, which derives explicit expressions for thermal conductivity starting from the Boltzmann equation. The Boltzmann equation, in turn, provides a statistical description of a dilute gas for generic interparticle interactions. For a monatomic gas, expressions for k k derived in this way take the form + + k = 25 32 π m k B T π σ 2 Ω ( T ) c v , {\displaystyle k={\frac {25}{32}}{\frac {\sqrt {\pi mk_{\text{B}}T}}{\pi \sigma ^{2}\Omega (T)}}c_{v},} + +where σ \sigma is an effective particle diameter and Ω ( T ) \Omega(T) is a function of temperature whose explicit form depends on the interparticle interaction law.[34][33] For rigid elastic spheres, Ω ( T ) \Omega(T) is independent of T T and very close to 1 1. More complex interaction laws introduce a weak temperature dependence. The precise nature of the dependence is not always easy to discern, however, as Ω ( T ) \Omega(T) is defined as a multi-dimensional integral which may not be expressible in terms of elementary functions. An alternate, equivalent way to present the result is in terms of the gas viscosity μ \mu , which can also be calculated in the Chapman–Enskog approach: + + k = f μ c v , {\displaystyle k=f\mu c_{v},} + +where f f is a numerical factor which in general depends on the molecular model. For smooth spherically symmetric molecules, however, f f is very close to 2.5 2.5, not deviating by more than 1 % {\displaystyle 1\%} for a variety of interparticle force laws.[35] Since k k, μ \mu , and c v c_{v} are each well-defined physical quantities which can be measured independent of each other, this expression provides a convenient test of the theory. For monatomic gases, such as the noble gases, the agreement with experiment is fairly good.[36] + +For gases whose molecules are not spherically symmetric, the expression k = f μ c v {\displaystyle k=f\mu c_{v}} still holds. In contrast with spherically symmetric molecules, however, f f varies significantly depending on the particular form of the interparticle interactions: this is a result of the energy exchanges between the internal and translational degrees of freedom of the molecules. An explicit treatment of this effect is difficult in the Chapman–Enskog approach. Alternately, the approximate expression f = ( 1 / 4 ) ( 9 γ − 5 ) {\displaystyle f=(1/4){(9\gamma -5)}} was suggested by Eucken, where γ \gamma is the heat capacity ratio of the gas.[35][37] + +The entirety of this section assumes the mean free path λ \lambda is small compared with macroscopic (system) dimensions. In extremely dilute gases this assumption fails, and thermal conduction is described instead by an apparent thermal conductivity which decreases with density. Ultimately, as the density goes to 0 {\displaystyle 0} the system approaches a vacuum, and thermal conduction ceases entirely. +Liquids + +The exact mechanisms of thermal conduction are poorly understood in liquids: there is no molecular picture which is both simple and accurate. An example of a simple but very rough theory is that of Bridgman, in which a liquid is ascribed a local molecular structure similar to that of a solid, i.e. with molecules located approximately on a lattice. Elementary calculations then lead to the expression + + k = 3 ( N A / V ) 2 / 3 k B v s , {\displaystyle k=3(N_{\text{A}}/V)^{2/3}k_{\text{B}}v_{\text{s}},} + +where N A N_{{\text{A}}} is the Avogadro constant, V V is the volume of a mole of liquid, and v s {\displaystyle v_{\text{s}}} is the speed of sound in the liquid. This is commonly called Bridgman's equation.[38] +Metals +Main article: Free electron model + +For metals at low temperatures the heat is carried mainly by the free electrons. In this case the mean velocity is the Fermi velocity which is temperature independent. The mean free path is determined by the impurities and the crystal imperfections which are temperature independent as well. So the only temperature-dependent quantity is the heat capacity c, which, in this case, is proportional to T. So + + k = k 0 T (metal at low temperature) {\displaystyle k=k_{0}\,T{\text{ (metal at low temperature)}}} + +with k0 a constant. For pure metals, k0 is large, so the thermal conductivity is high. At higher temperatures the mean free path is limited by the phonons, so the thermal conductivity tends to decrease with temperature. In alloys the density of the impurities is very high, so l and, consequently k, are small. Therefore, alloys, such as stainless steel, can be used for thermal insulation. +Lattice waves, phonons, in dielectric solids + +This section may be too technical for most readers to understand. Please help improve it to make it understandable to non-experts, without removing the technical details. (January 2019) (Learn how and when to remove this template message) + +This article relies excessively on references to primary sources. Please improve this article by adding secondary or tertiary sources. +Find sources: "Thermal conductivity" – news · newspapers · books · scholar · JSTOR (February 2021) (Learn how and when to remove this template message) + +Heat transport in both amorphous and crystalline dielectric solids is by way of elastic vibrations of the lattice (i.e., phonons). This transport mechanism is theorized to be limited by the elastic scattering of acoustic phonons at lattice defects. This has been confirmed by the experiments of Chang and Jones on commercial glasses and glass ceramics, where the mean free paths were found to be limited by "internal boundary scattering" to length scales of 10−2 cm to 10−3 cm.[39][40] + +The phonon mean free path has been associated directly with the effective relaxation length for processes without directional correlation. If Vg is the group velocity of a phonon wave packet, then the relaxation length l l\; is defined as: + + l = V g t {\displaystyle l\;=V_{\text{g}}t} + +where t is the characteristic relaxation time. Since longitudinal waves have a much greater phase velocity than transverse waves,[41] Vlong is much greater than Vtrans, and the relaxation length or mean free path of longitudinal phonons will be much greater. Thus, thermal conductivity will be largely determined by the speed of longitudinal phonons.[39][42] + +Regarding the dependence of wave velocity on wavelength or frequency (dispersion), low-frequency phonons of long wavelength will be limited in relaxation length by elastic Rayleigh scattering. This type of light scattering from small particles is proportional to the fourth power of the frequency. For higher frequencies, the power of the frequency will decrease until at highest frequencies scattering is almost frequency independent. Similar arguments were subsequently generalized to many glass forming substances using Brillouin scattering.[43][44][45][46] + +Phonons in the acoustical branch dominate the phonon heat conduction as they have greater energy dispersion and therefore a greater distribution of phonon velocities. Additional optical modes could also be caused by the presence of internal structure (i.e., charge or mass) at a lattice point; it is implied that the group velocity of these modes is low and therefore their contribution to the lattice thermal conductivity λL ( κ \kappa L) is small.[47] + +Each phonon mode can be split into one longitudinal and two transverse polarization branches. By extrapolating the phenomenology of lattice points to the unit cells it is seen that the total number of degrees of freedom is 3pq when p is the number of primitive cells with q atoms/unit cell. From these only 3p are associated with the acoustic modes, the remaining 3p(q − 1) are accommodated through the optical branches. This implies that structures with larger p and q contain a greater number of optical modes and a reduced λL. + +From these ideas, it can be concluded that increasing crystal complexity, which is described by a complexity factor CF (defined as the number of atoms/primitive unit cell), decreases λL.[48][failed verification] This was done by assuming that the relaxation time τ decreases with increasing number of atoms in the unit cell and then scaling the parameters of the expression for thermal conductivity in high temperatures accordingly.[47] + +Describing anharmonic effects is complicated because an exact treatment as in the harmonic case is not possible, and phonons are no longer exact eigensolutions to the equations of motion. Even if the state of motion of the crystal could be described with a plane wave at a particular time, its accuracy would deteriorate progressively with time. Time development would have to be described by introducing a spectrum of other phonons, which is known as the phonon decay. The two most important anharmonic effects are the thermal expansion and the phonon thermal conductivity. + +Only when the phonon number ‹n› deviates from the equilibrium value ‹n›0, can a thermal current arise as stated in the following expression + + Q x = 1 V ∑ q , j ℏ ω ( ⟨ n ⟩ − ⟨ n ⟩ 0 ) v x , Q_{x}={\frac {1}{V}}\sum _{q,j}{\hslash \omega \left(\left\langle n\right\rangle -{\left\langle n\right\rangle }^{0}\right)v_{x}}{\text{,}} + +where v is the energy transport velocity of phonons. Only two mechanisms exist that can cause time variation of ‹n› in a particular region. The number of phonons that diffuse into the region from neighboring regions differs from those that diffuse out, or phonons decay inside the same region into other phonons. A special form of the Boltzmann equation + + d ⟨ n ⟩ d t = ( ∂ ⟨ n ⟩ ∂ t ) diff. + ( ∂ ⟨ n ⟩ ∂ t ) decay {\frac {d\left\langle n\right\rangle }{dt}}={\left({\frac {\partial \left\langle n\right\rangle }{\partial t}}\right)}_{\text{diff.}}+{\left({\frac {\partial \left\langle n\right\rangle }{\partial t}}\right)}_{\text{decay}} + +states this. When steady state conditions are assumed the total time derivate of phonon number is zero, because the temperature is constant in time and therefore the phonon number stays also constant. Time variation due to phonon decay is described with a relaxation time (τ) approximation + + ( ∂ ⟨ n ⟩ ∂ t ) decay = − ⟨ n ⟩ − ⟨ n ⟩ 0 τ , {\displaystyle {\left({\frac {\partial \left\langle n\right\rangle }{\partial t}}\right)}_{\text{decay}}=-{\text{ }}{\frac {\left\langle n\right\rangle -{\left\langle n\right\rangle }^{0}}{\tau }},} + +which states that the more the phonon number deviates from its equilibrium value, the more its time variation increases. At steady state conditions and local thermal equilibrium are assumed we get the following equation + + ( ∂ ( n ) ∂ t ) diff. = − v x ∂ ( n ) 0 ∂ T ∂ T ∂ x . {\left({\frac {\partial \left(n\right)}{\partial t}}\right)}_{\text{diff.}}=-{v}_{x}{\frac {\partial {\left(n\right)}^{0}}{\partial T}}{\frac {\partial T}{\partial x}}{\text{.}} + +Using the relaxation time approximation for the Boltzmann equation and assuming steady-state conditions, the phonon thermal conductivity λL can be determined. The temperature dependence for λL originates from the variety of processes, whose significance for λL depends on the temperature range of interest. Mean free path is one factor that determines the temperature dependence for λL, as stated in the following equation + + λ L = 1 3 V ∑ q , j v ( q , j ) Λ ( q , j ) ∂ ∂ T ϵ ( ω ( q , j ) , T ) , {\displaystyle {\lambda }_{L}={\frac {1}{3V}}\sum _{q,j}v\left(q,j\right)\Lambda \left(q,j\right){\frac {\partial }{\partial T}}\epsilon \left(\omega \left(q,j\right),T\right),} + +where Λ is the mean free path for phonon and ∂ ∂ T ϵ {\displaystyle {\frac {\partial }{\partial T}}\epsilon } denotes the heat capacity. This equation is a result of combining the four previous equations with each other and knowing that ⟨ v x 2 ⟩ = 1 3 v 2 \left\langle v_{x}^{2}\right\rangle ={\frac {1}{3}}v^{2} for cubic or isotropic systems and Λ = v τ \Lambda =v\tau .[49] + +At low temperatures (< 10 K) the anharmonic interaction does not influence the mean free path and therefore, the thermal resistivity is determined only from processes for which q-conservation does not hold. These processes include the scattering of phonons by crystal defects, or the scattering from the surface of the crystal in case of high quality single crystal. Therefore, thermal conductance depends on the external dimensions of the crystal and the quality of the surface. Thus, temperature dependence of λL is determined by the specific heat and is therefore proportional to T3.[49] + +Phonon quasimomentum is defined as ℏq and differs from normal momentum because it is only defined within an arbitrary reciprocal lattice vector. At higher temperatures (10 K < T < Θ), the conservation of energy ℏ ω 1 = ℏ ω 2 + ℏ ω 3 {\displaystyle \hslash {\omega }_{1}=\hslash {\omega }_{2}+\hslash {\omega }_{3}} and quasimomentum q 1 = q 2 + q 3 + G {\displaystyle \mathbf {q} _{1}=\mathbf {q} _{2}+\mathbf {q} _{3}+\mathbf {G} }, where q1 is wave vector of the incident phonon and q2, q3 are wave vectors of the resultant phonons, may also involve a reciprocal lattice vector G complicating the energy transport process. These processes can also reverse the direction of energy transport. + +Therefore, these processes are also known as Umklapp (U) processes and can only occur when phonons with sufficiently large q-vectors are excited, because unless the sum of q2 and q3 points outside of the Brillouin zone the momentum is conserved and the process is normal scattering (N-process). The probability of a phonon to have energy E is given by the Boltzmann distribution P ∝ e − E / k T P\propto {e}^{{-E/kT}}. To U-process to occur the decaying phonon to have a wave vector q1 that is roughly half of the diameter of the Brillouin zone, because otherwise quasimomentum would not be conserved. + +Therefore, these phonons have to possess energy of ∼ k Θ / 2 \sim k\Theta /2, which is a significant fraction of Debye energy that is needed to generate new phonons. The probability for this is proportional to e − Θ / b T {e}^{{-\Theta /bT}}, with b = 2 b=2. Temperature dependence of the mean free path has an exponential form e Θ / b T {e}^{{\Theta /bT}}. The presence of the reciprocal lattice wave vector implies a net phonon backscattering and a resistance to phonon and thermal transport resulting finite λL,[47] as it means that momentum is not conserved. Only momentum non-conserving processes can cause thermal resistance.[49] + +At high temperatures (T > Θ), the mean free path and therefore λL has a temperature dependence T−1, to which one arrives from formula e Θ / b T {e}^{{\Theta /bT}} by making the following approximation e x ∝ x , ( x ) < 1 {\displaystyle {e}^{x}\propto x{\text{ }},{\text{ }}\left(x\right)<1}[clarification needed] and writing x = Θ / b T x=\Theta /bT. This dependency is known as Eucken's law and originates from the temperature dependency of the probability for the U-process to occur.[47][49] + +Thermal conductivity is usually described by the Boltzmann equation with the relaxation time approximation in which phonon scattering is a limiting factor. Another approach is to use analytic models or molecular dynamics or Monte Carlo based methods to describe thermal conductivity in solids. + +Short wavelength phonons are strongly scattered by impurity atoms if an alloyed phase is present, but mid and long wavelength phonons are less affected. Mid and long wavelength phonons carry significant fraction of heat, so to further reduce lattice thermal conductivity one has to introduce structures to scatter these phonons. This is achieved by introducing interface scattering mechanism, which requires structures whose characteristic length is longer than that of impurity atom. Some possible ways to realize these interfaces are nanocomposites and embedded nanoparticles or structures. +Prediction + +Because thermal conductivity depends continuously on quantities like temperature and material composition, it cannot be fully characterized by a finite number of experimental measurements. Predictive formulas become necessary if experimental values are not available under the physical conditions of interest. This capability is important in thermophysical simulations, where quantities like temperature and pressure vary continuously with space and time, and may encompass extreme conditions inaccessible to direct measurement.[50] +In fluids + +For the simplest fluids, such as dilute monatomic gases and their mixtures, ab initio quantum mechanical computations can accurately predict thermal conductivity in terms of fundamental atomic properties—that is, without reference to existing measurements of thermal conductivity or other transport properties.[51] This method uses Chapman-Enskog theory to evaluate a low-density expansion of thermal conductivity. Chapman-Enskog theory, in turn, takes fundamental intermolecular potentials as input, which are computed ab initio from a quantum mechanical description. + +For most fluids, such high-accuracy, first-principles computations are not feasible. Rather, theoretical or empirical expressions must be fit to existing thermal conductivity measurements. If such an expression is fit to high-fidelity data over a large range of temperatures and pressures, then it is called a "reference correlation" for that material. Reference correlations have been published for many pure materials; examples are carbon dioxide, ammonia, and benzene.[52][53][54] Many of these cover temperature and pressure ranges that encompass gas, liquid, and supercritical phases. + +Thermophysical modeling software often relies on reference correlations for predicting thermal conductivity at user-specified temperature and pressure. These correlations may be proprietary. Examples are REFPROP[55] (proprietary) and CoolProp[56] (open-source). + +Thermal conductivity can also be computed using the Green-Kubo relations, which express transport coefficients in terms of the statistics of molecular trajectories.[57] The advantage of these expressions is that they are formally exact and valid for general systems. The disadvantage is that they require detailed knowledge of particle trajectories, available only in computationally expensive simulations such as molecular dynamics. An accurate model for interparticle interactions is also required, which may be difficult to obtain for complex molecules.[58] +In solids +[icon] +This section needs expansion. You can help by adding to it. (January 2022) +See also + + Copper in heat exchangers + Heat pump + Heat transfer + Heat transfer mechanisms + Insulated pipe + Interfacial thermal resistance + Laser flash analysis + List of thermal conductivities + Phase-change material + R-value (insulation) + Specific heat capacity + Thermal bridge + Thermal conductance quantum + Thermal contact conductance + Thermal diffusivity + Thermal effusivity + Thermal entrance length + Thermal interface material + Thermal diode + Thermal resistance + Thermistor + Thermocouple + Thermodynamics + Thermal conductivity measurement + Refractory metals + +References +Notes + +1 Btu/(h⋅ft⋅°F) = 1.730735 W/(m⋅K) + + R-values and U-values quoted in the US (based on the inch-pound units of measurement) do not correspond with and are not compatible with those used outside the US (based on the SI units of measurement). + +Citations + +Bird, Stewart & Lightfoot 2006, p. 266. +Bird, Stewart & Lightfoot 2006, pp. 266–267. +Holman, J.P. (1997), Heat Transfer (8th ed.), McGraw Hill, p. 2, ISBN 0-07-844785-2 +Bejan, Adrian (1993), Heat Transfer, John Wiley & Sons, pp. 10–11, ISBN 0-471-50290-1 +Bird, Stewart & Lightfoot 2006, p. 267. +Bejan, p. 34 +Bird, Stewart & Lightfoot 2006, p. 305. +Gray, H.J.; Isaacs, Alan (1975). A New Dictionary of Physics (2nd ed.). Longman Group Limited. p. 251. ISBN 0582322421. +ASTM C168 − 15a Standard Terminology Relating to Thermal Insulation. +"Thermal Performance: Thermal Mass in Buildings". greenspec.co.uk. Retrieved 2022-09-13. +Bird, Stewart & Lightfoot 2006, p. 268. +Incropera, Frank P.; DeWitt, David P. (1996), Fundamentals of heat and mass transfer (4th ed.), Wiley, pp. 50–51, ISBN 0-471-30460-3 +Perry, R. H.; Green, D. W., eds. (1997). Perry's Chemical Engineers' Handbook (7th ed.). McGraw-Hill. Table 1–4. ISBN 978-0-07-049841-9. +Daniel V. Schroeder (2000), An Introduction to Thermal Physics, Addison Wesley, p. 39, ISBN 0-201-38027-7 +Chapman, Sydney; Cowling, T.G. (1970), The Mathematical Theory of Non-Uniform Gases (3rd ed.), Cambridge University Press, p. 248 +Heap, Michael J.; Kushnir, Alexandra R.L.; Vasseur, Jérémie; Wadsworth, Fabian B.; Harlé, Pauline; Baud, Patrick; Kennedy, Ben M.; Troll, Valentin R.; Deegan, Frances M. (2020-06-01). "The thermal properties of porous andesite". Journal of Volcanology and Geothermal Research. 398: 106901. Bibcode:2020JVGR..39806901H. doi:10.1016/j.jvolgeores.2020.106901. ISSN 0377-0273. S2CID 219060797. +An unlikely competitor for diamond as the best thermal conductor, Phys.org news (July 8, 2013). +"Thermal Conductivity in W cm−1 K−1 of Metals and Semiconductors as a Function of Temperature", in CRC Handbook of Chemistry and Physics, 99th Edition (Internet Version 2018), John R. Rumble, ed., CRC Press/Taylor & Francis, Boca Raton, FL. +Lindon C. Thomas (1992), Heat Transfer, Prentice Hall, p. 8, ISBN 978-0133849424 +"Thermal Conductivity of common Materials and Gases". www.engineeringtoolbox.com. +Bird, Stewart & Lightfoot 2006, pp. 270–271. +Hahn, David W.; Özişik, M. Necati (2012). Heat conduction (3rd ed.). Hoboken, N.J.: Wiley. p. 5. ISBN 978-0-470-90293-6. +Ramires, M. L. V.; Nieto de Castro, C. A.; Nagasaka, Y.; Nagashima, A.; Assael, M. J.; Wakeham, W. A. (July 6, 1994). "Standard reference data for the thermal conductivity of water". Journal of Physical and Chemical Reference Data. NIST. 24 (3): 1377–1381. doi:10.1063/1.555963. Retrieved 25 May 2017. +Millat, Jürgen; Dymond, J.H.; Nieto de Castro, C.A. (2005). Transport properties of fluids: their correlation, prediction, and estimation. Cambridge New York: IUPAC/Cambridge University Press. ISBN 978-0-521-02290-3. +"Sapphire, Al2O3". Almaz Optics. Retrieved 2012-08-15. +Hahn, David W.; Özişik, M. Necati (2012). Heat conduction (3rd ed.). Hoboken, N.J.: Wiley. p. 614. ISBN 978-0-470-90293-6. +Dai, W.; et al. (2017). "Influence of gas pressure on the effective thermal conductivity of ceramic breeder pebble beds". Fusion Engineering and Design. 118: 45–51. doi:10.1016/j.fusengdes.2017.03.073. +Wei, Lanhua; Kuo, P. K.; Thomas, R. L.; Anthony, T. R.; Banholzer, W. F. (16 February 1993). "Thermal conductivity of isotopically modified single crystal diamond". Physical Review Letters. 70 (24): 3764–3767. Bibcode:1993PhRvL..70.3764W. doi:10.1103/PhysRevLett.70.3764. PMID 10053956. +Chen, Ke; Song, Bai; Ravichandran, Navaneetha K.; Zheng, Qiye; Chen, Xi; Lee, Hwijong; Sun, Haoran; Li, Sheng; Gamage, Geethal Amila Gamage Udalamatta; Tian, Fei; Ding, Zhiwei (2020-01-31). "Ultrahigh thermal conductivity in isotope-enriched cubic boron nitride". Science. 367 (6477): 555–559. Bibcode:2020Sci...367..555C. doi:10.1126/science.aaz6149. hdl:1721.1/127819. ISSN 0036-8075. PMID 31919128. S2CID 210131908. +see, e.g., Balescu, Radu (1975), Equilibrium and Nonequilibrium Statistical Mechanics, John Wiley & Sons, pp. 674–675, ISBN 978-0-471-04600-4 +Incropera, Frank P.; DeWitt, David P. (1996), Fundamentals of heat and mass transfer (4th ed.), Wiley, p. 47, ISBN 0-471-30460-3 +Chapman, Sydney; Cowling, T.G. (1970), The Mathematical Theory of Non-Uniform Gases (3rd ed.), Cambridge University Press, pp. 100–101 +Bird, Stewart & Lightfoot 2006, p. 275. +Chapman & Cowling, p. 167 +Chapman & Cowling, p. 247 +Chapman & Cowling, pp. 249-251 +Bird, Stewart & Lightfoot 2006, p. 276. +Bird, Stewart & Lightfoot 2006, p. 279. +Klemens, P.G. (1951). "The Thermal Conductivity of Dielectric Solids at Low Temperatures". Proceedings of the Royal Society of London A. 208 (1092): 108. Bibcode:1951RSPSA.208..108K. doi:10.1098/rspa.1951.0147. S2CID 136951686. +Chang, G. K.; Jones, R. E. (1962). "Low-Temperature Thermal Conductivity of Amorphous Solids". Physical Review. 126 (6): 2055. Bibcode:1962PhRv..126.2055C. doi:10.1103/PhysRev.126.2055. +Crawford, Frank S. (1968). Berkeley Physics Course: Vol. 3: Waves. McGraw-Hill. p. 215. ISBN 9780070048607. +Pomeranchuk, I. (1941). "Thermal conductivity of the paramagnetic dielectrics at low temperatures". Journal of Physics USSR. 4: 357. ISSN 0368-3400. +Zeller, R. C.; Pohl, R. O. (1971). "Thermal Conductivity and Specific Heat of Non-crystalline Solids". Physical Review B. 4 (6): 2029. Bibcode:1971PhRvB...4.2029Z. doi:10.1103/PhysRevB.4.2029. +Love, W. F. (1973). "Low-Temperature Thermal Brillouin Scattering in Fused Silica and Borosilicate Glass". Physical Review Letters. 31 (13): 822. Bibcode:1973PhRvL..31..822L. doi:10.1103/PhysRevLett.31.822. +Zaitlin, M. P.; Anderson, M. C. (1975). "Phonon thermal transport in noncrystalline materials". Physical Review B. 12 (10): 4475. Bibcode:1975PhRvB..12.4475Z. doi:10.1103/PhysRevB.12.4475. +Zaitlin, M. P.; Scherr, L. M.; Anderson, M. C. (1975). "Boundary scattering of phonons in noncrystalline materials". Physical Review B. 12 (10): 4487. Bibcode:1975PhRvB..12.4487Z. doi:10.1103/PhysRevB.12.4487. +Pichanusakorn, P.; Bandaru, P. (2010). "Nanostructured thermoelectrics". Materials Science and Engineering: R: Reports. 67 (2–4): 19–63. doi:10.1016/j.mser.2009.10.001. S2CID 46456426. +Roufosse, Micheline; Klemens, P. G. (1973-06-15). "Thermal Conductivity of Complex Dielectric Crystals". Physical Review B. 7 (12): 5379–5386. Bibcode:1973PhRvB...7.5379R. doi:10.1103/PhysRevB.7.5379. +Ibach, H.; Luth, H. (2009). Solid-State Physics: An Introduction to Principles of Materials Science. Springer. ISBN 978-3-540-93803-3. +Puligheddu, Marcello; Galli, Giulia (2020-05-11). "Atomistic simulations of the thermal conductivity of liquids". Physical Review Materials. American Physical Society (APS). 4 (5): 053801. Bibcode:2020PhRvM...4e3801P. doi:10.1103/physrevmaterials.4.053801. ISSN 2475-9953. OSTI 1631591. S2CID 219408529. +Sharipov, Felix; Benites, Victor J. (2020-07-01). "Transport coefficients of multi-component mixtures of noble gases based on ab initio potentials: Viscosity and thermal conductivity". Physics of Fluids. AIP Publishing. 32 (7): 077104. arXiv:2006.08687. Bibcode:2020PhFl...32g7104S. doi:10.1063/5.0016261. ISSN 1070-6631. S2CID 219708359. +Huber, M. L.; Sykioti, E. A.; Assael, M. J.; Perkins, R. A. (2016). "Reference Correlation of the Thermal Conductivity of Carbon Dioxide from the Triple Point to 1100 K and up to 200 MPa". Journal of Physical and Chemical Reference Data. AIP Publishing. 45 (1): 013102. Bibcode:2016JPCRD..45a3102H. doi:10.1063/1.4940892. ISSN 0047-2689. PMC 4824315. PMID 27064300. +Monogenidou, S. A.; Assael, M. J.; Huber, M. L. (2018). "Reference Correlation for the Thermal Conductivity of Ammonia from the Triple-Point Temperature to 680 K and Pressures up to 80 MPa". Journal of Physical and Chemical Reference Data. AIP Publishing. 47 (4): 043101. Bibcode:2018JPCRD..47d3101M. doi:10.1063/1.5053087. ISSN 0047-2689. S2CID 105753612. +Assael, M. J.; Mihailidou, E. K.; Huber, M. L.; Perkins, R. A. (2012). "Reference Correlation of the Thermal Conductivity of Benzene from the Triple Point to 725 K and up to 500 MPa". Journal of Physical and Chemical Reference Data. AIP Publishing. 41 (4): 043102. Bibcode:2012JPCRD..41d3102A. doi:10.1063/1.4755781. ISSN 0047-2689. +"NIST Reference Fluid Thermodynamic and Transport Properties Database (REFPROP): Version 10". NIST. 2018-01-01. Retrieved 2021-12-23. +Bell, Ian H.; Wronski, Jorrit; Quoilin, Sylvain; Lemort, Vincent (2014-01-27). "Pure and Pseudo-pure Fluid Thermophysical Property Evaluation and the Open-Source Thermophysical Property Library CoolProp". Industrial & Engineering Chemistry Research. American Chemical Society (ACS). 53 (6): 2498–2508. doi:10.1021/ie4033999. ISSN 0888-5885. PMC 3944605. PMID 24623957. +Evans, Denis J.; Morriss, Gary P. (2007). Statistical Mechanics of Nonequilibrium Liquids. ANU Press. ISBN 9781921313226. JSTOR j.ctt24h99q. + + Maginn, Edward J.; Messerly, Richard A.; Carlson, Daniel J.; Roe, Daniel R.; Elliott, J. Richard (2019). "Best Practices for Computing Transport Properties 1. Self-Diffusivity and Viscosity from Equilibrium Molecular Dynamics [Article v1.0]". Living Journal of Computational Molecular Science. University of Colorado at Boulder. 1 (1). doi:10.33011/livecoms.1.1.6324. ISSN 2575-6524. S2CID 104357320. + +Sources + + Bird, R.B.; Stewart, W.E.; Lightfoot, E.N. (2006). Transport Phenomena. Transport Phenomena. Vol. 1. Wiley. ISBN 978-0-470-11539-8. + +Further reading +Undergraduate-level texts (engineering) + + Bird, R. Byron; Stewart, Warren E.; Lightfoot, Edwin N. (2007), Transport Phenomena (2nd ed.), John Wiley & Sons, Inc., ISBN 978-0-470-11539-8. A standard, modern reference. + Incropera, Frank P.; DeWitt, David P. (1996), Fundamentals of heat and mass transfer (4th ed.), Wiley, ISBN 0-471-30460-3 + Bejan, Adrian (1993), Heat Transfer, John Wiley & Sons, ISBN 0-471-50290-1 + Holman, J.P. (1997), Heat Transfer (8th ed.), McGraw Hill, ISBN 0-07-844785-2 + Callister, William D. (2003), "Appendix B", Materials Science and Engineering - An Introduction, John Wiley & Sons, ISBN 0-471-22471-5 + +Undergraduate-level texts (physics) + + Halliday, David; Resnick, Robert; & Walker, Jearl (1997). Fundamentals of Physics (5th ed.). John Wiley and Sons, New York ISBN 0-471-10558-9. An elementary treatment. + Daniel V. Schroeder (1999), An Introduction to Thermal Physics, Addison Wesley, ISBN 978-0-201-38027-9. A brief, intermediate-level treatment. + Reif, F. (1965), Fundamentals of Statistical and Thermal Physics, McGraw-Hill. An advanced treatment. + +Graduate-level texts + + Balescu, Radu (1975), Equilibrium and Nonequilibrium Statistical Mechanics, John Wiley & Sons, ISBN 978-0-471-04600-4 + Chapman, Sydney; Cowling, T.G. (1970), The Mathematical Theory of Non-Uniform Gases (3rd ed.), Cambridge University Press. A very advanced but classic text on the theory of transport processes in gases. + Reid, C. R., Prausnitz, J. M., Poling B. E., Properties of gases and liquids, IV edition, Mc Graw-Hill, 1987 + Srivastava G. P (1990), The Physics of Phonons. Adam Hilger, IOP Publishing Ltd, Bristol + +External links + + Thermopedia THERMAL CONDUCTIVITY + Contribution of Interionic Forces to the Thermal Conductivity of Dilute Electrolyte Solutions The Journal of Chemical Physics 41, 3924 (1964) + The importance of Soil Thermal Conductivity for power companies + Thermal Conductivity of Gas Mixtures in Chemical Equilibrium. II The Journal of Chemical Physics 32, 1005 (1960) + +Authority control: National Edit this at Wikidata + + Germany Israel United States Czech Republic + +Categories: + + Heat conductionHeat transferPhysical quantitiesThermodynamic properties + + This page was last edited on 20 August 2023, at 10:12 (UTC). + site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +History + +Informal definition + +Formalization + +Expressing algorithms + +Design + +Computer algorithms + +Examples + +Algorithmic analysis + +Classification + +Algorithm = Logic + Control + +Legal issues + +History: Development of the notion of "algorithm" + + See also + Notes + Bibliography + Further reading + External links + +Algorithm + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia +"Algorithms" redirects here. For the subfield of computer science, see Analysis of algorithms. For other uses, see Algorithm (disambiguation). + +This article needs additional citations for verification. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. +Find sources: "Algorithm" – news · newspapers · books · scholar · JSTOR (July 2022) (Learn how and when to remove this template message) +Flow-chart of an algorithm Euclides algorithm's) for calculating the greatest common divisor (g.c.d.) of two numbers a and b in locations named A and B. The algorithm proceeds by successive subtractions in two loops: IF the test B ≥ A yields "yes" or "true" (more accurately, the number b in location B is greater than or equal to the number a in location A) THEN, the algorithm specifies B ← B − A (meaning the number b − a replaces the old b). Similarly, IF A > B, THEN A ← A − B. The process terminates when (the contents of) B is 0, yielding the g.c.d. in A. (Algorithm derived from Scott 2009:13; symbols and drawing style from Tausworthe 1977). +Ada Lovelace's diagram from "note G", the first published computer algorithm + +In mathematics and computer science, an algorithm (/ˈælɡərɪðəm/ (listen)) is a finite sequence of rigorous instructions, typically used to solve a class of specific problems or to perform a computation.[1] Algorithms are used as specifications for performing calculations and data processing. More advanced algorithms can use conditionals to divert the code execution through various routes (referred to as automated decision-making) and deduce valid inferences (referred to as automated reasoning), achieving automation eventually. Using human characteristics as descriptors of machines in metaphorical ways was already practiced by Alan Turing with terms such as "memory", "search" and "stimulus".[2] + +In contrast, a heuristic is an approach to problem solving that may not be fully specified or may not guarantee correct or optimal results, especially in problem domains where there is no well-defined correct or optimal result.[3] + +As an effective method, an algorithm can be expressed within a finite amount of space and time,[4] and in a well-defined formal language[5] for calculating a function.[6] Starting from an initial state and initial input (perhaps empty),[7] the instructions describe a computation that, when executed, proceeds through a finite[8] number of well-defined successive states, eventually producing "output"[9] and terminating at a final ending state. The transition from one state to the next is not necessarily deterministic; some algorithms, known as randomized algorithms, incorporate random input.[10] +History +Ancient algorithms + +Since antiquity, step-by-step procedures for solving mathematical problems have been attested. This includes Babylonian mathematics (around 2500 BC),[11] Egyptian mathematics (around 1550 BC),[11] Indian mathematics (around 800 BC and later; e.g. Shulba Sutras, Kerala School, and Brāhmasphuṭasiddhānta),[12][13] The Ifa Oracle (around 500 BC), Greek mathematics (around 240 BC, e.g. sieve of Eratosthenes and Euclidean algorithm),[14] and Arabic mathematics (9th century, e.g. cryptographic algorithms for code-breaking based on frequency analysis).[15] +Al-khwarizmi and the term algorithm + +Around 825, Muhammad ibn Musa al-Khwarizmi wrote kitāb al-ḥisāb al-hindī ("Book of Indian computation") and kitab al-jam' wa'l-tafriq al-ḥisāb al-hindī ("Addition and subtraction in Indian arithmetic"). Both of these texts are lost in the original Arabic at this time. (However, his other book on algebra remains.)[16] + +In the early 12th century, Latin translations of said al-Khwarizmi texts involving the Hindu–Arabic numeral system and arithmetic appeared: Liber Alghoarismi de practica arismetrice (attributed to John of Seville) and Liber Algorismi de numero Indorum (attributed to Adelard of Bath).[17] Hereby, alghoarismi or algorismi is the Latinization of Al-Khwarizmi's name; the text starts with the phrase Dixit Algorismi ("Thus spoke Al-Khwarizmi").[18] + +In 1240, Alexander of Villedieu writes a Latin text titled Carmen de Algorismo. It begins with: + + Haec algorismus ars praesens dicitur, in qua / Talibus Indorum fruimur bis quinque figuris. + +which translates to: + + Algorism is the art by which at present we use those Indian figures, which number two times five. + +The poem is a few hundred lines long and summarizes the art of calculating with the new styled Indian dice (Tali Indorum), or Hindu numerals.[19] +English evolution of the word + +Around 1230, the English word algorism is attested and then by Chaucer in 1391. English adopted the French term.[20][21] + +In the 15th century, under the influence of the Greek word ἀριθμός (arithmos, "number"; cf. "arithmetic"), the Latin word was altered to algorithmus. + +In 1656, in the English dictionary Glossographia, it says:[22] + + Algorism ([Latin] algorismus) the Art or use of Cyphers, or of numbering by Cyphers; skill in accounting. + + Augrime ([Latin] algorithmus) skil in accounting or numbring. + +In 1658, in the first edition of The New World of English Words, it says:[23] + + Algorithme, (a word compounded of Arabick and Spanish,) the art of reckoning by Cyphers. + +In 1706, in the sixth edition of The New World of English Words, it says:[24] + + Algorithm, the Art of computing or reckoning by numbers, which contains the five principle Rules of Arithmetick, viz. Numeration, Addition, Subtraction, Multiplication and Division; to which may be added Extraction of Roots: It is also call'd Logistica Numeralis. + + Algorism, the practical Operation in the several Parts of Specious Arithmetick or Algebra; sometimes it is taken for the Practice of Common Arithmetick by the ten Numeral Figures. + +In 1751, in the Young Algebraist's Companion, Daniel Fenning contrasts the terms algorism and algorithm as follows:[25] + + Algorithm signifies the first Principles, and Algorism the practical Part, or knowing how to put the Algorithm in Practice. + +Since at least 1811, the term algorithm is attested to mean a "step-by-step procedure" in English.[26][27] + +In 1842, in the Dictionary of Science, Literature and Art, it says: + + ALGORITHM, signifies the art of computing in reference to some particular subject, or in some particular way; as the algorithm of numbers; the algorithm of the differential calculus.[28] + +Machine usage + +In 1928, a partial formalization of the modern concept of algorithm began with attempts to solve the Entscheidungsproblem (decision problem) posed by David Hilbert. Later formalizations were framed as attempts to define "effective calculability"[29] or "effective method".[30] Those formalizations included the Gödel–Herbrand–Kleene recursive functions of 1930, 1934 and 1935, Alonzo Church's lambda calculus of 1936, Emil Post's Formulation 1 of 1936, and Alan Turing's Turing machines of 1936–37 and 1939. +Informal definition +For a detailed presentation of the various points of view on the definition of "algorithm", see Algorithm characterizations. + +An informal definition could be "a set of rules that precisely defines a sequence of operations",[31][need quotation to verify] which would include all computer programs (including programs that do not perform numeric calculations), and (for example) any prescribed bureaucratic procedure[32] or cook-book recipe.[33] + +In general, a program is only an algorithm if it stops eventually[34]—even though infinite loops may sometimes prove desirable. + +A prototypical example of an algorithm is the Euclidean algorithm, which is used to determine the maximum common divisor of two integers; an example (there are others) is described by the flowchart above and as an example in a later section. + +Boolos, Jeffrey & 1974, 1999 offer an informal meaning of the word "algorithm" in the following quotation: + + No human being can write fast enough, or long enough, or small enough† ( †"smaller and smaller without limit ... you'd be trying to write on molecules, on atoms, on electrons") to list all members of an enumerably infinite set by writing out their names, one after another, in some notation. But humans can do something equally useful, in the case of certain enumerably infinite sets: They can give explicit instructions for determining the nth member of the set, for arbitrary finite n. Such instructions are to be given quite explicitly, in a form in which they could be followed by a computing machine, or by a human who is capable of carrying out only very elementary operations on symbols.[35] + +An "enumerably infinite set" is one whose elements can be put into one-to-one correspondence with the integers. Thus Boolos and Jeffrey are saying that an algorithm implies instructions for a process that "creates" output integers from an arbitrary "input" integer or integers that, in theory, can be arbitrarily large. For example, an algorithm can be an algebraic equation such as y = m + n (i.e., two arbitrary "input variables" m and n that produce an output y), but various authors' attempts to define the notion indicate that the word implies much more than this, something on the order of (for the addition example): + + Precise instructions (in a language understood by "the computer")[36] for a fast, efficient, "good"[37] process that specifies the "moves" of "the computer" (machine or human, equipped with the necessary internally contained information and capabilities)[38] to find, decode, and then process arbitrary input integers/symbols m and n, symbols + and = ... and "effectively"[39] produce, in a "reasonable" time,[40] output-integer y at a specified place and in a specified format. + +The concept of algorithm is also used to define the notion of decidability—a notion that is central for explaining how formal systems come into being starting from a small set of axioms and rules. In logic, the time that an algorithm requires to complete cannot be measured, as it is not apparently related to the customary physical dimension. From such uncertainties, that characterize ongoing work, stems the unavailability of a definition of algorithm that suits both concrete (in some sense) and abstract usage of the term. + +Most algorithms are intended to be implemented as computer programs. However, algorithms are also implemented by other means, such as in a biological neural network (for example, the human brain implementing arithmetic or an insect looking for food), in an electrical circuit, or in a mechanical device. +Formalization + +Algorithms are essential to the way computers process data. Many computer programs contain algorithms that detail the specific instructions a computer should perform—in a specific order—to carry out a specified task, such as calculating employees' paychecks or printing students' report cards. Thus, an algorithm can be considered to be any sequence of operations that can be simulated by a Turing-complete system. Authors who assert this thesis include Minsky (1967), Savage (1987), and Gurevich (2000): + + Minsky: "But we will also maintain, with Turing ... that any procedure which could "naturally" be called effective, can, in fact, be realized by a (simple) machine. Although this may seem extreme, the arguments ... in its favor are hard to refute".[41] Gurevich: "… Turing's informal argument in favor of his thesis justifies a stronger thesis: every algorithm can be simulated by a Turing machine … according to Savage [1987], an algorithm is a computational process defined by a Turing machine".[42] + +Turing machines can define computational processes that do not terminate. The informal definitions of algorithms generally require that the algorithm always terminates. This requirement renders the task of deciding whether a formal procedure is an algorithm impossible in the general case—due to a major theorem of computability theory known as the halting problem. + +Typically, when an algorithm is associated with processing information, data can be read from an input source, written to an output device and stored for further processing. Stored data are regarded as part of the internal state of the entity performing the algorithm. In practice, the state is stored in one or more data structures. + +For some of these computational processes, the algorithm must be rigorously defined: and specified in the way it applies in all possible circumstances that could arise. This means that any conditional steps must be systematically dealt with, case by case; the criteria for each case must be clear (and computable). + +Because an algorithm is a precise list of precise steps, the order of computation is always crucial to the functioning of the algorithm. Instructions are usually assumed to be listed explicitly, and are described as starting "from the top" and going "down to the bottom"—an idea that is described more formally by flow of control. + +So far, the discussion on the formalization of an algorithm has assumed the premises of imperative programming. This is the most common conception—one which attempts to describe a task in discrete, "mechanical" means. Unique to this conception of formalized algorithms is the assignment operation, which sets the value of a variable. It derives from the intuition of "memory" as a scratchpad. An example of such an assignment can be found below. + +For some alternate conceptions of what constitutes an algorithm, see functional programming and logic programming. +Expressing algorithms + +Algorithms can be expressed in many kinds of notation, including natural languages, pseudocode, flowcharts, drakon-charts, programming languages or control tables (processed by interpreters). Natural language expressions of algorithms tend to be verbose and ambiguous, and are rarely used for complex or technical algorithms. Pseudocode, flowcharts, drakon-charts and control tables are structured ways to express algorithms that avoid many of the ambiguities common in the statements based on natural language. Programming languages are primarily intended for expressing algorithms in a form that can be executed by a computer, but are also often used as a way to define or document algorithms. + +There is a wide variety of representations possible and one can express a given Turing machine program as a sequence of machine tables (see finite-state machine, state transition table and control table for more), as flowcharts and drakon-charts (see state diagram for more), or as a form of rudimentary machine code or assembly code called "sets of quadruples" (see Turing machine for more). + +Representations of algorithms can be classed into three accepted levels of Turing machine description, as follows:[43] + +1 High-level description + "...prose to describe an algorithm, ignoring the implementation details. At this level, we do not need to mention how the machine manages its tape or head." +2 Implementation description + "...prose used to define the way the Turing machine uses its head and the way that it stores data on its tape. At this level, we do not give details of states or transition function." +3 Formal description + Most detailed, "lowest level", gives the Turing machine's "state table". + +For an example of the simple algorithm "Add m+n" described in all three levels, see Examples. +Design +See also: Algorithm § By design paradigm + +Algorithm design refers to a method or a mathematical process for problem-solving and engineering algorithms. The design of algorithms is part of many solution theories, such as divide-and-conquer or dynamic programming within operation research. Techniques for designing and implementing algorithm designs are also called algorithm design patterns,[44] with examples including the template method pattern and the decorator pattern. + +One of the most important aspects of algorithm design is resource (run-time, memory usage) efficiency; the big O notation is used to describe e.g. an algorithm's run-time growth as the size of its input increases. + +Typical steps in the development of algorithms: + + Problem definition + Development of a model + Specification of the algorithm + Designing an algorithm + Checking the correctness of the algorithm + Analysis of algorithm + Implementation of algorithm + Program testing + Documentation preparation[clarification needed] + +Computer algorithms +Logical NAND algorithm implemented electronically in 7400 chip +Flowchart examples of the canonical Böhm-Jacopini structures: the SEQUENCE (rectangles descending the page), the WHILE-DO and the IF-THEN-ELSE. The three structures are made of the primitive conditional GOTO (IF test THEN GOTO step xxx, shown as diamond), the unconditional GOTO (rectangle), various assignment operators (rectangle), and HALT (rectangle). Nesting of these structures inside assignment-blocks results in complex diagrams (cf. Tausworthe 1977:100, 114). + +"Elegant" (compact) programs, "good" (fast) programs : The notion of "simplicity and elegance" appears informally in Knuth and precisely in Chaitin: + + Knuth: " ... we want good algorithms in some loosely defined aesthetic sense. One criterion ... is the length of time taken to perform the algorithm .... Other criteria are adaptability of the algorithm to computers, its simplicity, and elegance, etc."[45] + + Chaitin: " ... a program is 'elegant,' by which I mean that it's the smallest possible program for producing the output that it does"[46] + +Chaitin prefaces his definition with: "I'll show you can't prove that a program is 'elegant'"—such a proof would solve the Halting problem (ibid). + +Algorithm versus function computable by an algorithm: For a given function multiple algorithms may exist. This is true, even without expanding the available instruction set available to the programmer. Rogers observes that "It is ... important to distinguish between the notion of algorithm, i.e. procedure and the notion of function computable by algorithm, i.e. mapping yielded by procedure. The same function may have several different algorithms".[47] + +Unfortunately, there may be a tradeoff between goodness (speed) and elegance (compactness)—an elegant program may take more steps to complete a computation than one less elegant. An example that uses Euclid's algorithm appears below. + +Computers (and computors), models of computation: A computer (or human "computer"[48]) is a restricted type of machine, a "discrete deterministic mechanical device"[49] that blindly follows its instructions.[50] Melzak's and Lambek's primitive models[51] reduced this notion to four elements: (i) discrete, distinguishable locations, (ii) discrete, indistinguishable counters[52] (iii) an agent, and (iv) a list of instructions that are effective relative to the capability of the agent.[53] + +Minsky describes a more congenial variation of Lambek's "abacus" model in his "Very Simple Bases for Computability".[54] Minsky's machine proceeds sequentially through its five (or six, depending on how one counts) instructions unless either a conditional IF-THEN GOTO or an unconditional GOTO changes program flow out of sequence. Besides HALT, Minsky's machine includes three assignment (replacement, substitution)[55] operations: ZERO (e.g. the contents of location replaced by 0: L ← 0), SUCCESSOR (e.g. L ← L+1), and DECREMENT (e.g. L ← L − 1).[56] Rarely must a programmer write "code" with such a limited instruction set. But Minsky shows (as do Melzak and Lambek) that his machine is Turing complete with only four general types of instructions: conditional GOTO, unconditional GOTO, assignment/replacement/substitution, and HALT. However, a few different assignment instructions (e.g. DECREMENT, INCREMENT, and ZERO/CLEAR/EMPTY for a Minsky machine) are also required for Turing-completeness; their exact specification is somewhat up to the designer. The unconditional GOTO is convenient; it can be constructed by initializing a dedicated location to zero e.g. the instruction " Z ← 0 "; thereafter the instruction IF Z=0 THEN GOTO xxx is unconditional. + +Simulation of an algorithm: computer (computor) language: Knuth advises the reader that "the best way to learn an algorithm is to try it . . . immediately take pen and paper and work through an example".[57] But what about a simulation or execution of the real thing? The programmer must translate the algorithm into a language that the simulator/computer/computor can effectively execute. Stone gives an example of this: when computing the roots of a quadratic equation the computer must know how to take a square root. If they do not, then the algorithm, to be effective, must provide a set of rules for extracting a square root.[58] + +This means that the programmer must know a "language" that is effective relative to the target computing agent (computer/computor). + +But what model should be used for the simulation? Van Emde Boas observes "even if we base complexity theory on abstract instead of concrete machines, the arbitrariness of the choice of a model remains. It is at this point that the notion of simulation enters".[59] When speed is being measured, the instruction set matters. For example, the subprogram in Euclid's algorithm to compute the remainder would execute much faster if the programmer had a "modulus" instruction available rather than just subtraction (or worse: just Minsky's "decrement"). + +Structured programming, canonical structures: Per the Church–Turing thesis, any algorithm can be computed by a model known to be Turing complete, and per Minsky's demonstrations, Turing completeness requires only four instruction types—conditional GOTO, unconditional GOTO, assignment, HALT. Kemeny and Kurtz observe that, while "undisciplined" use of unconditional GOTOs and conditional IF-THEN GOTOs can result in "spaghetti code", a programmer can write structured programs using only these instructions; on the other hand "it is also possible, and not too hard, to write badly structured programs in a structured language".[60] Tausworthe augments the three Böhm-Jacopini canonical structures:[61] SEQUENCE, IF-THEN-ELSE, and WHILE-DO, with two more: DO-WHILE and CASE.[62] An additional benefit of a structured program is that it lends itself to proofs of correctness using mathematical induction.[63] + +Canonical flowchart symbols[64]: The graphical aide called a flowchart offers a way to describe and document an algorithm (and a computer program corresponding to it). Like the program flow of a Minsky machine, a flowchart always starts at the top of a page and proceeds down. Its primary symbols are only four: the directed arrow showing program flow, the rectangle (SEQUENCE, GOTO), the diamond (IF-THEN-ELSE), and the dot (OR-tie). The Böhm–Jacopini canonical structures are made of these primitive shapes. Sub-structures can "nest" in rectangles, but only if a single exit occurs from the superstructure. The symbols and their use to build the canonical structures are shown in the diagram. +Examples +Further information: List of algorithms +Algorithm example + +One of the simplest algorithms is to find the largest number in a list of numbers of random order. Finding the solution requires looking at every number in the list. From this follows a simple algorithm, which can be stated in a high-level description in English prose, as: + +High-level description: + + If there are no numbers in the set, then there is no highest number. + Assume the first number in the set is the largest number in the set. + For each remaining number in the set: if this number is larger than the current largest number, consider this number to be the largest number in the set. + When there are no numbers left in the set to iterate over, consider the current largest number to be the largest number of the set. + +(Quasi-)formal description: Written in prose but much closer to the high-level language of a computer program, the following is the more formal coding of the algorithm in pseudocode or pidgin code: + +Algorithm LargestNumber +Input: A list of numbers L. +Output: The largest number in the list L. + +if L.size = 0 return null +largest ← L[0] +for each item in L, do + if item > largest, then + largest ← item +return largest + + "←" denotes assignment. For instance, "largest ← item" means that the value of largest changes to the value of item. + "return" terminates the algorithm and outputs the following value. + +Euclid's algorithm +Further information: Euclid's algorithm + +In mathematics, the Euclidean algorithm or Euclid's algorithm, is an efficient method for computing the greatest common divisor (GCD) of two integers (numbers), the largest number that divides them both without a remainder. It is named after the ancient Greek mathematician Euclid, who first described it in his Elements (c. 300 BC).[65] It is one of the oldest algorithms in common use. It can be used to reduce fractions to their simplest form, and is a part of many other number-theoretic and cryptographic calculations. +The example-diagram of Euclid's algorithm from T.L. Heath (1908), with more detail added. Euclid does not go beyond a third measuring and gives no numerical examples. Nicomachus gives the example of 49 and 21: "I subtract the less from the greater; 28 is left; then again I subtract from this the same 21 (for this is possible); 7 is left; I subtract this from 21, 14 is left; from which I again subtract 7 (for this is possible); 7 is left, but 7 cannot be subtracted from 7." Heath comments that "The last phrase is curious, but the meaning of it is obvious enough, as also the meaning of the phrase about ending 'at one and the same number'."(Heath 1908:300). + +Euclid poses the problem thus: "Given two numbers not prime to one another, to find their greatest common measure". He defines "A number [to be] a multitude composed of units": a counting number, a positive integer not including zero. To "measure" is to place a shorter measuring length s successively (q times) along longer length l until the remaining portion r is less than the shorter length s.[66] In modern words, remainder r = l − q×s, q being the quotient, or remainder r is the "modulus", the integer-fractional part left over after the division.[67] + +For Euclid's method to succeed, the starting lengths must satisfy two requirements: (i) the lengths must not be zero, AND (ii) the subtraction must be "proper"; i.e., a test must guarantee that the smaller of the two numbers is subtracted from the larger (or the two can be equal so their subtraction yields zero). + +Euclid's original proof adds a third requirement: the two lengths must not be prime to one another. Euclid stipulated this so that he could construct a reductio ad absurdum proof that the two numbers' common measure is in fact the greatest.[68] While Nicomachus' algorithm is the same as Euclid's, when the numbers are prime to one another, it yields the number "1" for their common measure. So, to be precise, the following is really Nicomachus' algorithm. +A graphical expression of Euclid's algorithm to find the greatest common divisor for 1599 and 650 + + 1599 = 650×2 + 299 + 650 = 299×2 + 52 + 299 = 52×5 + 39 + 52 = 39×1 + 13 + 39 = 13×3 + 0 + +Computer language for Euclid's algorithm + +Only a few instruction types are required to execute Euclid's algorithm—some logical tests (conditional GOTO), unconditional GOTO, assignment (replacement), and subtraction. + + A location is symbolized by upper case letter(s), e.g. S, A, etc. + The varying quantity (number) in a location is written in lower case letter(s) and (usually) associated with the location's name. For example, location L at the start might contain the number l = 3009. + +An inelegant program for Euclid's algorithm +"Inelegant" is a translation of Knuth's version of the algorithm with a subtraction-based remainder-loop replacing his use of division (or a "modulus" instruction). Derived from Knuth 1973:2–4. Depending on the two numbers "Inelegant" may compute the g.c.d. in fewer steps than "Elegant". + +The following algorithm is framed as Knuth's four-step version of Euclid's and Nicomachus', but, rather than using division to find the remainder, it uses successive subtractions of the shorter length s from the remaining length r until r is less than s. The high-level description, shown in boldface, is adapted from Knuth 1973:2–4: + +INPUT: + +1 [Into two locations L and S put the numbers l and s that represent the two lengths]: +INPUT L, S +2 [Initialize R: make the remaining length r equal to the starting/initial/input length l]: +R ← L + +E0: [Ensure r ≥ s.] + +3 [Ensure the smaller of the two numbers is in S and the larger in R]: +IF R > S THEN +the contents of L is the larger number so skip over the exchange-steps 4, 5 and 6: +GOTO step 7 +ELSE +swap the contents of R and S. +4 L ← R (this first step is redundant, but is useful for later discussion). +5 R ← S +6 S ← L + +E1: [Find remainder]: Until the remaining length r in R is less than the shorter length s in S, repeatedly subtract the measuring number s in S from the remaining length r in R. + +7 IF S > R THEN +done measuring so +GOTO 10 +ELSE +measure again, +8 R ← R − S +9 [Remainder-loop]: +GOTO 7. + +E2: [Is the remainder zero?]: EITHER (i) the last measure was exact, the remainder in R is zero, and the program can halt, OR (ii) the algorithm must continue: the last measure left a remainder in R less than measuring number in S. + +10 IF R = 0 THEN +done so +GOTO step 15 +ELSE +CONTINUE TO step 11, + +E3: [Interchange s and r]: The nut of Euclid's algorithm. Use remainder r to measure what was previously smaller number s; L serves as a temporary location. + +11 L ← R +12 R ← S +13 S ← L +14 [Repeat the measuring process]: +GOTO 7 + +OUTPUT: + +15 [Done. S contains the greatest common divisor]: +PRINT S + +DONE: + +16 HALT, END, STOP. + +An elegant program for Euclid's algorithm + +The following version of Euclid's algorithm requires only six core instructions to do what thirteen are required to do by "Inelegant"; worse, "Inelegant" requires more types of instructions.[clarify] The flowchart of "Elegant" can be found at the top of this article. In the (unstructured) Basic language, the steps are numbered, and the instruction LET [] = [] is the assignment instruction symbolized by ←. + + 5 REM Euclid's algorithm for greatest common divisor + 6 PRINT "Type two integers greater than 0" + 10 INPUT A,B + 20 IF B=0 THEN GOTO 80 + 30 IF A > B THEN GOTO 60 + 40 LET B=B-A + 50 GOTO 20 + 60 LET A=A-B + 70 GOTO 20 + 80 PRINT A + 90 END + +How "Elegant" works: In place of an outer "Euclid loop", "Elegant" shifts back and forth between two "co-loops", an A > B loop that computes A ← A − B, and a B ≤ A loop that computes B ← B − A. This works because, when at last the minuend M is less than or equal to the subtrahend S (Difference = Minuend − Subtrahend), the minuend can become s (the new measuring length) and the subtrahend can become the new r (the length to be measured); in other words the "sense" of the subtraction reverses. + +The following version can be used with programming languages from the C-family: + +// Euclid's algorithm for greatest common divisor +int euclidAlgorithm (int A, int B) { + A = abs(A); + B = abs(B); + while (B != 0) { + while (A > B) { + A = A-B; + } + B = B-A; + } + return A; +} + +Testing the Euclid algorithms + +Does an algorithm do what its author wants it to do? A few test cases usually give some confidence in the core functionality. But tests are not enough. For test cases, one source[69] uses 3009 and 884. Knuth suggested 40902, 24140. Another interesting case is the two relatively prime numbers 14157 and 5950. + +But "exceptional cases"[70] must be identified and tested. Will "Inelegant" perform properly when R > S, S > R, R = S? Ditto for "Elegant": B > A, A > B, A = B? (Yes to all). What happens when one number is zero, both numbers are zero? ("Inelegant" computes forever in all cases; "Elegant" computes forever when A = 0.) What happens if negative numbers are entered? Fractional numbers? If the input numbers, i.e. the domain of the function computed by the algorithm/program, is to include only positive integers including zero, then the failures at zero indicate that the algorithm (and the program that instantiates it) is a partial function rather than a total function. A notable failure due to exceptions is the Ariane 5 Flight 501 rocket failure (June 4, 1996). + +Proof of program correctness by use of mathematical induction: Knuth demonstrates the application of mathematical induction to an "extended" version of Euclid's algorithm, and he proposes "a general method applicable to proving the validity of any algorithm".[71] Tausworthe proposes that a measure of the complexity of a program be the length of its correctness proof.[72] +Measuring and improving the Euclid algorithms + +Elegance (compactness) versus goodness (speed): With only six core instructions, "Elegant" is the clear winner, compared to "Inelegant" at thirteen instructions. However, "Inelegant" is faster (it arrives at HALT in fewer steps). Algorithm analysis[73] indicates why this is the case: "Elegant" does two conditional tests in every subtraction loop, whereas "Inelegant" only does one. As the algorithm (usually) requires many loop-throughs, on average much time is wasted doing a "B = 0?" test that is needed only after the remainder is computed. + +Can the algorithms be improved?: Once the programmer judges a program "fit" and "effective"—that is, it computes the function intended by its author—then the question becomes, can it be improved? + +The compactness of "Inelegant" can be improved by the elimination of five steps. But Chaitin proved that compacting an algorithm cannot be automated by a generalized algorithm;[74] rather, it can only be done heuristically; i.e., by exhaustive search (examples to be found at Busy beaver), trial and error, cleverness, insight, application of inductive reasoning, etc. Observe that steps 4, 5 and 6 are repeated in steps 11, 12 and 13. Comparison with "Elegant" provides a hint that these steps, together with steps 2 and 3, can be eliminated. This reduces the number of core instructions from thirteen to eight, which makes it "more elegant" than "Elegant", at nine steps. + +The speed of "Elegant" can be improved by moving the "B=0?" test outside of the two subtraction loops. This change calls for the addition of three instructions (B = 0?, A = 0?, GOTO). Now "Elegant" computes the example-numbers faster; whether this is always the case for any given A, B, and R, S would require a detailed analysis. +Algorithmic analysis +Main article: Analysis of algorithms + +It is frequently important to know how much of a particular resource (such as time or storage) is theoretically required for a given algorithm. Methods have been developed for the analysis of algorithms to obtain such quantitative answers (estimates); for example, an algorithm which adds up the elements of a list of n numbers would have a time requirement of O(n), using big O notation. At all times the algorithm only needs to remember two values: the sum of all the elements so far, and its current position in the input list. Therefore, it is said to have a space requirement of O(1), if the space required to store the input numbers is not counted, or O(n) if it is counted. + +Different algorithms may complete the same task with a different set of instructions in less or more time, space, or 'effort' than others. For example, a binary search algorithm (with cost O(log n)) outperforms a sequential search (cost O(n) ) when used for table lookups on sorted lists or arrays. +Formal versus empirical +Main articles: Empirical algorithmics, Profiling (computer programming), and Program optimization + +The analysis, and study of algorithms is a discipline of computer science, and is often practiced abstractly without the use of a specific programming language or implementation. In this sense, algorithm analysis resembles other mathematical disciplines in that it focuses on the underlying properties of the algorithm and not on the specifics of any particular implementation. Usually pseudocode is used for analysis as it is the simplest and most general representation. However, ultimately, most algorithms are usually implemented on particular hardware/software platforms and their algorithmic efficiency is eventually put to the test using real code. For the solution of a "one off" problem, the efficiency of a particular algorithm may not have significant consequences (unless n is extremely large) but for algorithms designed for fast interactive, commercial or long life scientific usage it may be critical. Scaling from small n to large n frequently exposes inefficient algorithms that are otherwise benign. + +Empirical testing is useful because it may uncover unexpected interactions that affect performance. Benchmarks may be used to compare before/after potential improvements to an algorithm after program optimization. Empirical tests cannot replace formal analysis, though, and are not trivial to perform in a fair manner.[75] +Execution efficiency +Main article: Algorithmic efficiency + +To illustrate the potential improvements possible even in well-established algorithms, a recent significant innovation, relating to FFT algorithms (used heavily in the field of image processing), can decrease processing time up to 1,000 times for applications like medical imaging.[76] In general, speed improvements depend on special properties of the problem, which are very common in practical applications.[77] Speedups of this magnitude enable computing devices that make extensive use of image processing (like digital cameras and medical equipment) to consume less power. +Classification + +There are various ways to classify algorithms, each with its own merits. +By implementation + +One way to classify algorithms is by implementation means. + +int gcd(int A, int B) { + if (B == 0) + return A; + else if (A > B) + return gcd(A-B,B); + else + return gcd(A,B-A); +} + +Recursive C implementation of Euclid's algorithm from the above flowchart + +Recursion + A recursive algorithm is one that invokes (makes reference to) itself repeatedly until a certain condition (also known as termination condition) matches, which is a method common to functional programming. Iterative algorithms use repetitive constructs like loops and sometimes additional data structures like stacks to solve the given problems. Some problems are naturally suited for one implementation or the other. For example, towers of Hanoi is well understood using recursive implementation. Every recursive version has an equivalent (but possibly more or less complex) iterative version, and vice versa. +Serial, parallel or distributed + Algorithms are usually discussed with the assumption that computers execute one instruction of an algorithm at a time. Those computers are sometimes called serial computers. An algorithm designed for such an environment is called a serial algorithm, as opposed to parallel algorithms or distributed algorithms. Parallel algorithms are algorithms that take advantage of computer architectures where multiple processors can work on a problem at the same time. Distributed algorithms are algorithms that use multiple machines connected with a computer network. Parallel and distributed algorithms divide the problem into more symmetrical or asymmetrical subproblems and collect the results back together. For example, a CPU would be an example of a parallel algorithm. The resource consumption in such algorithms is not only processor cycles on each processor but also the communication overhead between the processors. Some sorting algorithms can be parallelized efficiently, but their communication overhead is expensive. Iterative algorithms are generally parallelizable, but some problems have no parallel algorithms and are called inherently serial problems. +Deterministic or non-deterministic + Deterministic algorithms solve the problem with exact decision at every step of the algorithm whereas non-deterministic algorithms solve problems via guessing although typical guesses are made more accurate through the use of heuristics. +Exact or approximate + While many algorithms reach an exact solution, approximation algorithms seek an approximation that is closer to the true solution. The approximation can be reached by either using a deterministic or a random strategy. Such algorithms have practical value for many hard problems. One of the examples of an approximate algorithm is the Knapsack problem, where there is a set of given items. Its goal is to pack the knapsack to get the maximum total value. Each item has some weight and some value. Total weight that can be carried is no more than some fixed number X. So, the solution must consider weights of items as well as their value.[78] +Quantum algorithm + They run on a realistic model of quantum computation. The term is usually used for those algorithms which seem inherently quantum, or use some essential feature of Quantum computing such as quantum superposition or quantum entanglement. + +By design paradigm + +Another way of classifying algorithms is by their design methodology or paradigm. There is a certain number of paradigms, each different from the other. Furthermore, each of these categories includes many different types of algorithms. Some common paradigms are: + +Brute-force or exhaustive search + Brute force is a method of problem-solving that involves systematically trying every possible option until the optimal solution is found. This approach can be very time consuming, as it requires going through every possible combination of variables. However, it is often used when other methods are not available or too complex. Brute force can be used to solve a variety of problems, including finding the shortest path between two points and cracking passwords. +Divide and conquer + A divide-and-conquer algorithm repeatedly reduces an instance of a problem to one or more smaller instances of the same problem (usually recursively) until the instances are small enough to solve easily. One such example of divide and conquer is merge sorting. Sorting can be done on each segment of data after dividing data into segments and sorting of entire data can be obtained in the conquer phase by merging the segments. A simpler variant of divide and conquer is called a decrease-and-conquer algorithm, which solves an identical subproblem and uses the solution of this subproblem to solve the bigger problem. Divide and conquer divides the problem into multiple subproblems and so the conquer stage is more complex than decrease and conquer algorithms. An example of a decrease and conquer algorithm is the binary search algorithm. +Search and enumeration + Many problems (such as playing chess) can be modeled as problems on graphs. A graph exploration algorithm specifies rules for moving around a graph and is useful for such problems. This category also includes search algorithms, branch and bound enumeration and backtracking. +Randomized algorithm + Such algorithms make some choices randomly (or pseudo-randomly). They can be very useful in finding approximate solutions for problems where finding exact solutions can be impractical (see heuristic method below). For some of these problems, it is known that the fastest approximations must involve some randomness.[79] Whether randomized algorithms with polynomial time complexity can be the fastest algorithms for some problems is an open question known as the P versus NP problem. There are two large classes of such algorithms: + + Monte Carlo algorithms return a correct answer with high-probability. E.g. RP is the subclass of these that run in polynomial time. + Las Vegas algorithms always return the correct answer, but their running time is only probabilistically bound, e.g. ZPP. + +Reduction of complexity + This technique involves solving a difficult problem by transforming it into a better-known problem for which we have (hopefully) asymptotically optimal algorithms. The goal is to find a reducing algorithm whose complexity is not dominated by the resulting reduced algorithm's. For example, one selection algorithm for finding the median in an unsorted list involves first sorting the list (the expensive portion) and then pulling out the middle element in the sorted list (the cheap portion). This technique is also known as transform and conquer. +Back tracking + In this approach, multiple solutions are built incrementally and abandoned when it is determined that they cannot lead to a valid full solution. + +Optimization problems + +For optimization problems there is a more specific classification of algorithms; an algorithm for such problems may fall into one or more of the general categories described above as well as into one of the following: + +Linear programming + When searching for optimal solutions to a linear function bound to linear equality and inequality constraints, the constraints of the problem can be used directly in producing the optimal solutions. There are algorithms that can solve any problem in this category, such as the popular simplex algorithm.[80] Problems that can be solved with linear programming include the maximum flow problem for directed graphs. If a problem additionally requires that one or more of the unknowns must be an integer then it is classified in integer programming. A linear programming algorithm can solve such a problem if it can be proved that all restrictions for integer values are superficial, i.e., the solutions satisfy these restrictions anyway. In the general case, a specialized algorithm or an algorithm that finds approximate solutions is used, depending on the difficulty of the problem. +Dynamic programming + When a problem shows optimal substructures—meaning the optimal solution to a problem can be constructed from optimal solutions to subproblems—and overlapping subproblems, meaning the same subproblems are used to solve many different problem instances, a quicker approach called dynamic programming avoids recomputing solutions that have already been computed. For example, Floyd–Warshall algorithm, the shortest path to a goal from a vertex in a weighted graph can be found by using the shortest path to the goal from all adjacent vertices. Dynamic programming and memoization go together. The main difference between dynamic programming and divide and conquer is that subproblems are more or less independent in divide and conquer, whereas subproblems overlap in dynamic programming. The difference between dynamic programming and straightforward recursion is in caching or memoization of recursive calls. When subproblems are independent and there is no repetition, memoization does not help; hence dynamic programming is not a solution for all complex problems. By using memoization or maintaining a table of subproblems already solved, dynamic programming reduces the exponential nature of many problems to polynomial complexity. +The greedy method + A greedy algorithm is similar to a dynamic programming algorithm in that it works by examining substructures, in this case not of the problem but of a given solution. Such algorithms start with some solution, which may be given or have been constructed in some way, and improve it by making small modifications. For some problems they can find the optimal solution while for others they stop at local optima, that is, at solutions that cannot be improved by the algorithm but are not optimum. The most popular use of greedy algorithms is for finding the minimal spanning tree where finding the optimal solution is possible with this method. Huffman Tree, Kruskal, Prim, Sollin are greedy algorithms that can solve this optimization problem. +The heuristic method + In optimization problems, heuristic algorithms can be used to find a solution close to the optimal solution in cases where finding the optimal solution is impractical. These algorithms work by getting closer and closer to the optimal solution as they progress. In principle, if run for an infinite amount of time, they will find the optimal solution. Their merit is that they can find a solution very close to the optimal solution in a relatively short time. Such algorithms include local search, tabu search, simulated annealing, and genetic algorithms. Some of them, like simulated annealing, are non-deterministic algorithms while others, like tabu search, are deterministic. When a bound on the error of the non-optimal solution is known, the algorithm is further categorized as an approximation algorithm. + +By field of study + +This section does not cite any sources. Please help improve this section by adding citations to reliable sources. Unsourced material may be challenged and removed. (June 2023) (Learn how and when to remove this template message) +See also: List of algorithms + +Every field of science has its own problems and needs efficient algorithms. Related problems in one field are often studied together. Some example classes are search algorithms, sorting algorithms, merge algorithms, numerical algorithms, graph algorithms, string algorithms, computational geometric algorithms, combinatorial algorithms, medical algorithms, machine learning, cryptography, data compression algorithms and parsing techniques. + +Fields tend to overlap with each other, and algorithm advances in one field may improve those of other, sometimes completely unrelated, fields. For example, dynamic programming was invented for optimization of resource consumption in industry but is now used in solving a broad range of problems in many fields. +By complexity + +This section does not cite any sources. Please help improve this section by adding citations to reliable sources. Unsourced material may be challenged and removed. (June 2023) (Learn how and when to remove this template message) +See also: Complexity class and Parameterized complexity + +Algorithms can be classified by the amount of time they need to complete compared to their input size: + + Constant time: if the time needed by the algorithm is the same, regardless of the input size. E.g. an access to an array element. + Logarithmic time: if the time is a logarithmic function of the input size. E.g. binary search algorithm. + Linear time: if the time is proportional to the input size. E.g. the traverse of a list. + Polynomial time: if the time is a power of the input size. E.g. the bubble sort algorithm has quadratic time complexity. + Exponential time: if the time is an exponential function of the input size. E.g. Brute-force search. + +Some problems may have multiple algorithms of differing complexity, while other problems might have no algorithms or no known efficient algorithms. There are also mappings from some problems to other problems. Owing to this, it was found to be more suitable to classify the problems themselves instead of the algorithms into equivalence classes based on the complexity of the best possible algorithms for them. +Continuous algorithms + +The adjective "continuous" when applied to the word "algorithm" can mean: + + An algorithm operating on data that represents continuous quantities, even though this data is represented by discrete approximations—such algorithms are studied in numerical analysis; or + An algorithm in the form of a differential equation that operates continuously on the data, running on an analog computer.[81] + +Algorithm = Logic + Control + +In logic programming, an algorithm is viewed as having both "a logic component, which specifies the knowledge to be used in solving problems, and a control component, which determines the problem-solving strategies by means of which that knowledge is used."[82] + +The Euclidean algorithm illustrates this view of an algorithm. [83][84] Here, in typical logic programming style, the function gcd(A, B) = C is represented as a relation gcd(A, B, C): + +gcd(A, A, A) :- A > 0. + +gcd(A, B, C) :- A > B, gcd(A-B, B, C). + +gcd(A, B, C) :- B > A, gcd(A, B-A, C). + +These sentences have a purely logical (and "declarative") reading, as a recursive (or inductive) definition, which is independent of how the logic is used to solve problems: + + The gcd of A and A is A. + The gcd of A and B is C, if A > B, and the gcd of A-B and B is C. + The gcd of A and B is C, if B > A, and the gcd of A and B-A is C. + +Different problem-solving strategies turn the logic into different algorithms. In particular, backward reasoning using SLD resolution, turns the logic into the following version of the Euclidean algorithm: + +To find the gcd C of two given numbers A and B: + +If A = B, then C = A. + +If A is greater than B, then find the gcd of A-B and B, which is C. + +If B is greater than A, then find the gcd of A and B-A, which is C. + +However, to implement the algorithm in the logic programming language Prolog, the embedded subtractions, A-B and B-A, have to be extracted and written as separate conditions: + +gcd(A, A, A) :- A > 0. + +gcd(A, B, C) :- A > B, A' is A - B, gcd(A', B, C). + +gcd(A, B, C) :- B > A, B' is B - A, gcd(A, B, C). + +Other problem solving strategies can also be used for the same logic. In theory, given a pair of integers A and B, forward reasoning could be used to generate all instances of the gcd relation, terminating when the desired gcd of A and B is generated. Of course, forward reasoning is entirely useless in this example. But in other cases, as in the definition of the Fibonacci sequence[82] and as in Datalog, forward reasoning can be an efficient problem solving strategy. + +One of the advantages of the logic programming representation of the algorithm is that its purely logical reading makes it easier to verify that the algorithm is correct relative to the standard non-recursive definition of gcd.[83] Here is the standard definition written in Prolog: + +gcd(A, B, C) :- + divides(C, A), + divides(C, B), + forall((divides(D, A), divides(D, B)), D =< C). + + divides(C, Number) :- + between(1, Number, C), + 0 is Number mod C. + +This definition, which is the specification of the Euclidean algorithm, is also executable in Prolog: Backward reasoning treats the specification as the brute-force algorithm that iterates through all of the integers C between 1 and A, checking whether C divides both A and B, and then for each such C iterates again through all of the integers D between 1 and A, until it finds a C such that C is greater than or equal to all of the D that also divide both A and B. Although this algorithm is hopelessly inefficient, it shows that formal specifications can often be written in logic programming form, and they can be executed by Prolog, to check that they correctly represent informal requirements. +Legal issues + +This section does not cite any sources. Please help improve this section by adding citations to reliable sources. Unsourced material may be challenged and removed. (June 2023) (Learn how and when to remove this template message) +See also: Software patent + +Algorithms, by themselves, are not usually patentable. In the United States, a claim consisting solely of simple manipulations of abstract concepts, numbers, or signals does not constitute "processes" (USPTO 2006), and hence algorithms are not patentable (as in Gottschalk v. Benson). However practical applications of algorithms are sometimes patentable. For example, in Diamond v. Diehr, the application of a simple feedback algorithm to aid in the curing of synthetic rubber was deemed patentable. The patenting of software is highly controversial, and there are highly criticized patents involving algorithms, especially data compression algorithms, such as Unisys' LZW patent. + +Additionally, some cryptographic algorithms have export restrictions (see export of cryptography). +History: Development of the notion of "algorithm" +Ancient Near East + +The earliest evidence of algorithms is found in the Babylonian mathematics of ancient Mesopotamia (modern Iraq). A Sumerian clay tablet found in Shuruppak near Baghdad and dated to c. 2500 BC described the earliest division algorithm.[11] During the Hammurabi dynasty c. 1800 – c. 1600 BC, Babylonian clay tablets described algorithms for computing formulas.[85] Algorithms were also used in Babylonian astronomy. Babylonian clay tablets describe and employ algorithmic procedures to compute the time and place of significant astronomical events.[86] + +Algorithms for arithmetic are also found in ancient Egyptian mathematics, dating back to the Rhind Mathematical Papyrus c. 1550 BC.[11] Algorithms were later used in ancient Hellenistic mathematics. Two examples are the Sieve of Eratosthenes, which was described in the Introduction to Arithmetic by Nicomachus,[87][14]: Ch 9.2  and the Euclidean algorithm, which was first described in Euclid's Elements (c. 300 BC).[14]: Ch 9.1  +Discrete and distinguishable symbols + +Tally-marks: To keep track of their flocks, their sacks of grain and their money the ancients used tallying: accumulating stones or marks scratched on sticks or making discrete symbols in clay. Through the Babylonian and Egyptian use of marks and symbols, eventually Roman numerals and the abacus evolved (Dilson, p. 16–41). Tally marks appear prominently in unary numeral system arithmetic used in Turing machine and Post–Turing machine computations. +Manipulation of symbols as "place holders" for numbers: algebra + +Muhammad ibn Mūsā al-Khwārizmī, a Persian mathematician, wrote the Al-jabr in the 9th century. The terms "algorism" and "algorithm" are derived from the name al-Khwārizmī, while the term "algebra" is derived from the book Al-jabr. In Europe, the word "algorithm" was originally used to refer to the sets of rules and techniques used by Al-Khwarizmi to solve algebraic equations, before later being generalized to refer to any set of rules or techniques.[88] This eventually culminated in Leibniz's notion of the calculus ratiocinator (c. 1680): + + A good century and a half ahead of his time, Leibniz proposed an algebra of logic, an algebra that would specify the rules for manipulating logical concepts in the manner that ordinary algebra specifies the rules for manipulating numbers.[89] + +Cryptographic algorithms + +The first cryptographic algorithm for deciphering encrypted code was developed by Al-Kindi, a 9th-century Arab mathematician, in A Manuscript On Deciphering Cryptographic Messages. He gave the first description of cryptanalysis by frequency analysis, the earliest codebreaking algorithm.[15] +Mechanical contrivances with discrete states + +The clock: Bolter credits the invention of the weight-driven clock as "The key invention [of Europe in the Middle Ages]", in particular, the verge escapement[90] that provides us with the tick and tock of a mechanical clock. "The accurate automatic machine"[91] led immediately to "mechanical automata" beginning in the 13th century and finally to "computational machines"—the difference engine and analytical engines of Charles Babbage and Countess Ada Lovelace, mid-19th century.[92] Lovelace is credited with the first creation of an algorithm intended for processing on a computer—Babbage's analytical engine, the first device considered a real Turing-complete computer instead of just a calculator—and is sometimes called "history's first programmer" as a result, though a full implementation of Babbage's second device would not be realized until decades after her lifetime. + +Logical machines 1870 – Stanley Jevons' "logical abacus" and "logical machine": The technical problem was to reduce Boolean equations when presented in a form similar to what is now known as Karnaugh maps. Jevons (1880) describes first a simple "abacus" of "slips of wood furnished with pins, contrived so that any part or class of the [logical] combinations can be picked out mechanically ... More recently, however, I have reduced the system to a completely mechanical form, and have thus embodied the whole of the indirect process of inference in what may be called a Logical Machine" His machine came equipped with "certain moveable wooden rods" and "at the foot are 21 keys like those of a piano [etc.] ...". With this machine he could analyze a "syllogism or any other simple logical argument".[93] + +This machine he displayed in 1870 before the Fellows of the Royal Society.[94] Another logician John Venn, however, in his 1881 Symbolic Logic, turned a jaundiced eye to this effort: "I have no high estimate myself of the interest or importance of what are sometimes called logical machines ... it does not seem to me that any contrivances at present known or likely to be discovered really deserve the name of logical machines"; see more at Algorithm characterizations. But not to be outdone he too presented "a plan somewhat analogous, I apprehend, to Prof. Jevon's abacus ... [And] [a]gain, corresponding to Prof. Jevons's logical machine, the following contrivance may be described. I prefer to call it merely a logical-diagram machine ... but I suppose that it could do very completely all that can be rationally expected of any logical machine".[95] + +Jacquard loom, Hollerith punch cards, telegraphy and telephony – the electromechanical relay: Bell and Newell (1971) indicate that the Jacquard loom (1801), precursor to Hollerith cards (punch cards, 1887), and "telephone switching technologies" were the roots of a tree leading to the development of the first computers.[96] By the mid-19th century the telegraph, the precursor of the telephone, was in use throughout the world, its discrete and distinguishable encoding of letters as "dots and dashes" a common sound. By the late 19th century the ticker tape (c. 1870s) was in use, as was the use of Hollerith cards in the 1890 U.S. census. Then came the teleprinter (c. 1910) with its punched-paper use of Baudot code on tape. + +Telephone-switching networks of electromechanical relays (invented 1835) was behind the work of George Stibitz (1937), the inventor of the digital adding device. As he worked in Bell Laboratories, he observed the "burdensome' use of mechanical calculators with gears. "He went home one evening in 1937 intending to test his idea... When the tinkering was over, Stibitz had constructed a binary adding device".[97] + +The mathematician Martin Davis observes the particular importance of the electromechanical relay (with its two "binary states" open and closed): + + It was only with the development, beginning in the 1930s, of electromechanical calculators using electrical relays, that machines were built having the scope Babbage had envisioned."[98] + +Mathematics during the 19th century up to the mid-20th century + +Symbols and rules: In rapid succession, the mathematics of George Boole (1847, 1854), Gottlob Frege (1879), and Giuseppe Peano (1888–1889) reduced arithmetic to a sequence of symbols manipulated by rules. Peano's The principles of arithmetic, presented by a new method (1888) was "the first attempt at an axiomatization of mathematics in a symbolic language".[99] + +But Heijenoort gives Frege (1879) this kudos: Frege's is "perhaps the most important single work ever written in logic. ... in which we see a "'formula language', that is a lingua characterica, a language written with special symbols, "for pure thought", that is, free from rhetorical embellishments ... constructed from specific symbols that are manipulated according to definite rules".[100] The work of Frege was further simplified and amplified by Alfred North Whitehead and Bertrand Russell in their Principia Mathematica (1910–1913). + +The paradoxes: At the same time a number of disturbing paradoxes appeared in the literature, in particular, the Burali-Forti paradox (1897), the Russell paradox (1902–03), and the Richard Paradox.[101] The resultant considerations led to Kurt Gödel's paper (1931)—he specifically cites the paradox of the liar—that completely reduces rules of recursion to numbers. + +Effective calculability: In an effort to solve the Entscheidungsproblem defined precisely by Hilbert in 1928, mathematicians first set about to define what was meant by an "effective method" or "effective calculation" or "effective calculability" (i.e., a calculation that would succeed). In rapid succession the following appeared: Alonzo Church, Stephen Kleene and J.B. Rosser's λ-calculus[102] a finely honed definition of "general recursion" from the work of Gödel acting on suggestions of Jacques Herbrand (cf. Gödel's Princeton lectures of 1934) and subsequent simplifications by Kleene.[103] Church's proof[104] that the Entscheidungsproblem was unsolvable, Emil Post's definition of effective calculability as a worker mindlessly following a list of instructions to move left or right through a sequence of rooms and while there either mark or erase a paper or observe the paper and make a yes-no decision about the next instruction.[105] Alan Turing's proof of that the Entscheidungsproblem was unsolvable by use of his "a- [automatic-] machine"[106]—in effect almost identical to Post's "formulation", J. Barkley Rosser's definition of "effective method" in terms of "a machine".[107] Kleene's proposal of a precursor to "Church thesis" that he called "Thesis I",[108] and a few years later Kleene's renaming his Thesis "Church's Thesis"[109] and proposing "Turing's Thesis".[110] +Emil Post (1936) and Alan Turing (1936–37, 1939) + +Emil Post (1936) described the actions of a "computer" (human being) as follows: + + "...two concepts are involved: that of a symbol space in which the work leading from problem to answer is to be carried out, and a fixed unalterable set of directions. + +His symbol space would be + + "a two-way infinite sequence of spaces or boxes ... The problem solver or worker is to move and work in this symbol space, being capable of being in, and operating in but one box at a time. ... a box is to admit of but two possible conditions, i.e., being empty or unmarked, and having a single mark in it, say a vertical stroke. + + "One box is to be singled out and called the starting point. ... a specific problem is to be given in symbolic form by a finite number of boxes [i.e., INPUT] being marked with a stroke. Likewise, the answer [i.e., OUTPUT] is to be given in symbolic form by such a configuration of marked boxes... + + "A set of directions applicable to a general problem sets up a deterministic process when applied to each specific problem. This process terminates only when it comes to the direction of type (C ) [i.e., STOP]".[111] See more at Post–Turing machine + +Alan Turing's statue at Bletchley Park + +Alan Turing's work[112] preceded that of Stibitz (1937); it is unknown whether Stibitz knew of the work of Turing. Turing's biographer believed that Turing's use of a typewriter-like model derived from a youthful interest: "Alan had dreamt of inventing typewriters as a boy; Mrs. Turing had a typewriter, and he could well have begun by asking himself what was meant by calling a typewriter 'mechanical'".[113] Given the prevalence at the time of Morse code, telegraphy, ticker tape machines, and teletypewriters, it is quite possible that all were influences on Turing during his youth. + +Turing—his model of computation is now called a Turing machine—begins, as did Post, with an analysis of a human computer that he whittles down to a simple set of basic motions and "states of mind". But he continues a step further and creates a machine as a model of computation of numbers.[114] + + "Computing is normally done by writing certain symbols on paper. We may suppose this paper is divided into squares like a child's arithmetic book...I assume then that the computation is carried out on one-dimensional paper, i.e., on a tape divided into squares. I shall also suppose that the number of symbols which may be printed is finite... + + "The behavior of the computer at any moment is determined by the symbols which he is observing, and his "state of mind" at that moment. We may suppose that there is a bound B to the number of symbols or squares that the computer can observe at one moment. If he wishes to observe more, he must use successive observations. We will also suppose that the number of states of mind which need be taken into account is finite... + + "Let us imagine that the operations performed by the computer to be split up into 'simple operations' which are so elementary that it is not easy to imagine them further divided."[115] + +Turing's reduction yields the following: + + "The simple operations must therefore include: + + "(a) Changes of the symbol on one of the observed squares + "(b) Changes of one of the squares observed to another square within L squares of one of the previously observed squares. + +"It may be that some of these change necessarily invoke a change of state of mind. The most general single operation must, therefore, be taken to be one of the following: + + "(A) A possible change (a) of symbol together with a possible change of state of mind. + "(B) A possible change (b) of observed squares, together with a possible change of state of mind" + + "We may now construct a machine to do the work of this computer."[115] + +A few years later, Turing expanded his analysis (thesis, definition) with this forceful expression of it: + + "A function is said to be "effectively calculable" if its values can be found by some purely mechanical process. Though it is fairly easy to get an intuitive grasp of this idea, it is nevertheless desirable to have some more definite, mathematical expressible definition ... [he discusses the history of the definition pretty much as presented above with respect to Gödel, Herbrand, Kleene, Church, Turing, and Post] ... We may take this statement literally, understanding by a purely mechanical process one which could be carried out by a machine. It is possible to give a mathematical description, in a certain normal form, of the structures of these machines. The development of these ideas leads to the author's definition of a computable function, and to an identification of computability † with effective calculability... + + "† We shall use the expression "computable function" to mean a function calculable by a machine, and we let "effectively calculable" refer to the intuitive idea without particular identification with any one of these definitions".[116] + +J. B. Rosser (1939) and S. C. Kleene (1943) + +J. Barkley Rosser defined an "effective [mathematical] method" in the following manner (italicization added): + + "'Effective method' is used here in the rather special sense of a method each step of which is precisely determined and which is certain to produce the answer in a finite number of steps. With this special meaning, three different precise definitions have been given to date. [his footnote #5; see discussion immediately below]. The simplest of these to state (due to Post and Turing) says essentially that an effective method of solving certain sets of problems exists if one can build a machine which will then solve any problem of the set with no human intervention beyond inserting the question and (later) reading the answer. All three definitions are equivalent, so it doesn't matter which one is used. Moreover, the fact that all three are equivalent is a very strong argument for the correctness of any one." (Rosser 1939:225–226) + +Rosser's footnote No. 5 references the work of (1) Church and Kleene and their definition of λ-definability, in particular, Church's use of it in his An Unsolvable Problem of Elementary Number Theory (1936); (2) Herbrand and Gödel and their use of recursion, in particular, Gödel's use in his famous paper On Formally Undecidable Propositions of Principia Mathematica and Related Systems I (1931); and (3) Post (1936) and Turing (1936–37) in their mechanism-models of computation. + +Stephen C. Kleene defined as his now-famous "Thesis I" known as the Church–Turing thesis. But he did this in the following context (boldface in original): + + "12. Algorithmic theories... In setting up a complete algorithmic theory, what we do is to describe a procedure, performable for each set of values of the independent variables, which procedure necessarily terminates and in such manner that from the outcome we can read a definite answer, "yes" or "no," to the question, "is the predicate value true?"" (Kleene 1943:273) + +History after 1950 + +A number of efforts have been directed toward further refinement of the definition of "algorithm", and activity is on-going because of issues surrounding, in particular, foundations of mathematics (especially the Church–Turing thesis) and philosophy of mind (especially arguments about artificial intelligence). For more, see Algorithm characterizations. +See also + + iconMathematics portal + + Abstract machine + ALGOL + Algorithm engineering + Algorithm characterizations + Algorithmic bias + Algorithmic composition + Algorithmic entities + Algorithmic synthesis + Algorithmic technique + Algorithmic topology + Garbage in, garbage out + Introduction to Algorithms (textbook) + Government by algorithm + List of algorithms + List of algorithm general topics + Regulation of algorithms + Theory of computation + Computability theory + Computational complexity theory + Computational mathematics + +Notes + +"Definition of ALGORITHM". Merriam-Webster Online Dictionary. Archived from the original on February 14, 2020. Retrieved November 14, 2019. +Blair, Ann, Duguid, Paul, Goeing, Anja-Silvia and Grafton, Anthony. Information: A Historical Companion, Princeton: Princeton University Press, 2021. p. 247 +David A. Grossman, Ophir Frieder, Information Retrieval: Algorithms and Heuristics, 2nd edition, 2004, ISBN 1402030045 +"Any classical mathematical algorithm, for example, can be described in a finite number of English words" (Rogers 1987:2). +Well defined with respect to the agent that executes the algorithm: "There is a computing agent, usually human, which can react to the instructions and carry out the computations" (Rogers 1987:2). +"an algorithm is a procedure for computing a function (with respect to some chosen notation for integers) ... this limitation (to numerical functions) results in no loss of generality", (Rogers 1987:1). +"An algorithm has zero or more inputs, i.e., quantities which are given to it initially before the algorithm begins" (Knuth 1973:5). +"A procedure which has all the characteristics of an algorithm except that it possibly lacks finiteness may be called a 'computational method'" (Knuth 1973:5). +"An algorithm has one or more outputs, i.e. quantities which have a specified relation to the inputs" (Knuth 1973:5). +Whether or not a process with random interior processes (not including the input) is an algorithm is debatable. Rogers opines that: "a computation is carried out in a discrete stepwise fashion, without the use of continuous methods or analogue devices ... carried forward deterministically, without resort to random methods or devices, e.g., dice" (Rogers 1987:2). +Chabert, Jean-Luc (2012). A History of Algorithms: From the Pebble to the Microchip. Springer Science & Business Media. pp. 7–8. ISBN 9783642181924. +Sriram, M. S. (2005). "Algorithms in Indian Mathematics". In Emch, Gerard G.; Sridharan, R.; Srinivas, M. D. (eds.). Contributions to the History of Indian Mathematics. Springer. p. 153. ISBN 978-93-86279-25-5. +Hayashi, T. (2023, January 1). Brahmagupta. Encyclopedia Britannica. https://www.britannica.com/biography/Brahmagupta +Cooke, Roger L. (2005). The History of Mathematics: A Brief Course. John Wiley & Sons. ISBN 978-1-118-46029-0. +Dooley, John F. (2013). A Brief History of Cryptology and Cryptographic Algorithms. Springer Science & Business Media. pp. 12–3. ISBN 9783319016283. +Burnett, Charles (2017). "Arabic Numerals". In Thomas F. Glick (ed.). Routledge Revivals: Medieval Science, Technology and Medicine (2006): An Encyclopedia. Taylor & Francis. p. 39. ISBN 978-1-351-67617-5. Archived from the original on March 28, 2023. Retrieved May 5, 2019. +"algorism". Oxford English Dictionary (Online ed.). Oxford University Press. (Subscription or participating institution membership required.) +Brezina, Corona (2006). Al-Khwarizmi: The Inventor Of Algebra. The Rosen Publishing Group. ISBN 978-1-4042-0513-0. +"Abu Jafar Muhammad ibn Musa al-Khwarizmi". members.peak.org. Archived from the original on August 21, 2019. Retrieved November 14, 2019. +Mehri, Bahman (2017). "From Al-Khwarizmi to Algorithm". Olympiads in Informatics. 11 (2): 71–74. doi:10.15388/ioi.2017.special.11. +"algorismic". The Free Dictionary. Archived from the original on December 21, 2019. Retrieved November 14, 2019. +Blount, Thomas (1656). Glossographia or a Dictionary... London: Humphrey Moseley and George Sawbridge. +Phillips, Edward (1658). The new world of English words, or, A general dictionary containing the interpretations of such hard words as are derived from other languages... +Phillips, Edward; Kersey, John (1706). The new world of words: or, Universal English dictionary. Containing an account of the original or proper sense, and various significations of all hard words derived from other languages ... Together with a brief and plain explication of all terms relating to any of the arts and sciences ... to which is added, the interpretation of proper names. Printed for J. Phillips etc. +Fenning, Daniel (1751). The young algebraist's companion, or, A new & easy guide to algebra; introduced by the doctrine of vulgar fractions: designed for the use of schools ... illustrated with variety of numerical & literal examples ... Printed for G. Keith & J. Robinson. p. xi. +The Electric Review 1811-07: Vol 7. Open Court Publishing Co. July 1811. p. [1]. "Yet it wants a new algorithm, a compendious method by which the theorems may be established without ambiguity and circumlocution, [...]" +"algorithm". Oxford English Dictionary (Online ed.). Oxford University Press. (Subscription or participating institution membership required.) +Already 1684, in Nova Methodus pro Maximis et Minimis, Leibnitz used the Latin term "algorithmo". +Kleene 1943 in Davis 1965:274 +Rosser 1939 in Davis 1965:225 +Stone 1973:4 +Simanowski, Roberto (2018). The Death Algorithm and Other Digital Dilemmas. Untimely Meditations. Vol. 14. Translated by Chase, Jefferson. Cambridge, Massachusetts: MIT Press. p. 147. ISBN 9780262536370. Archived from the original on December 22, 2019. Retrieved May 27, 2019. "[...] the next level of abstraction of central bureaucracy: globally operating algorithms." +Dietrich, Eric (1999). "Algorithm". In Wilson, Robert Andrew; Keil, Frank C. (eds.). The MIT Encyclopedia of the Cognitive Sciences. MIT Cognet library. Cambridge, Massachusetts: MIT Press (published 2001). p. 11. ISBN 9780262731447. Retrieved July 22, 2020. "An algorithm is a recipe, method, or technique for doing something." +Stone requires that "it must terminate in a finite number of steps" (Stone 1973:7–8). +Boolos and Jeffrey 1974,1999:19 +cf Stone 1972:5 +Knuth 1973:7 states: "In practice, we not only want algorithms, but we also want good algorithms ... one criterion of goodness is the length of time taken to perform the algorithm ... other criteria are the adaptability of the algorithm to computers, its simplicity, and elegance, etc." +cf Stone 1973:6 +Stone 1973:7–8 states that there must be, "...a procedure that a robot [i.e., computer] can follow in order to determine precisely how to obey the instruction". Stone adds finiteness of the process, and definiteness (having no ambiguity in the instructions) to this definition. +Knuth, loc. cit +Minsky 1967, p. 105 +Gurevich 2000:1, 3 +Sipser 2006:157 +Goodrich, Michael T.; Tamassia, Roberto (2002). Algorithm Design: Foundations, Analysis, and Internet Examples. John Wiley & Sons, Inc. ISBN 978-0-471-38365-9. Archived from the original on April 28, 2015. Retrieved June 14, 2018. +Knuth 1973:7 +Chaitin 2005:32 +Rogers 1987:1–2 +In his essay "Calculations by Man and Machine: Conceptual Analysis" Seig 2002:390 credits this distinction to Robin Gandy, cf Wilfred Seig, et al., 2002 Reflections on the foundations of mathematics: Essays in honor of Solomon Feferman, Association for Symbolic Logic, A.K. Peters Ltd, Natick, MA. +cf Gandy 1980:126, Robin Gandy Church's Thesis and Principles for Mechanisms appearing on pp. 123–148 in J. Barwise et al. 1980 The Kleene Symposium, North-Holland Publishing Company. +A "robot": "A computer is a robot that performs any task that can be described as a sequence of instructions." cf Stone 1972:3 +Lambek's "abacus" is a "countably infinite number of locations (holes, wires, etc.) together with an unlimited supply of counters (pebbles, beads, etc.). The locations are distinguishable, the counters are not". The holes have unlimited capacity, and standing by is an agent who understands and is able to carry out the list of instructions" (Lambek 1961:295). Lambek references Melzak who defines his Q-machine as "an indefinitely large number of locations ... an indefinitely large supply of counters distributed among these locations, a program, and an operator whose sole purpose is to carry out the program" (Melzak 1961:283). B-B-J (loc. cit.) add the stipulation that the holes are "capable of holding any number of stones" (p. 46). Both Melzak and Lambek appear in The Canadian Mathematical Bulletin, vol. 4, no. 3, September 1961. +If no confusion results, the word "counters" can be dropped, and a location can be said to contain a single "number". +"We say that an instruction is effective if there is a procedure that the robot can follow in order to determine precisely how to obey the instruction." (Stone 1972:6) +cf Minsky 1967: Chapter 11 "Computer models" and Chapter 14 "Very Simple Bases for Computability" pp. 255–281, in particular, +cf Knuth 1973:3. +But always preceded by IF-THEN to avoid improper subtraction. +Knuth 1973:4 +Stone 1972:5. Methods for extracting roots are not trivial: see Methods of computing square roots. +Leeuwen, Jan (1990). Handbook of Theoretical Computer Science: Algorithms and complexity. Volume A. Elsevier. p. 85. ISBN 978-0-444-88071-0. +John G. Kemeny and Thomas E. Kurtz 1985 Back to Basic: The History, Corruption, and Future of the Language, Addison-Wesley Publishing Company, Inc. Reading, MA, ISBN 0-201-13433-0. +Tausworthe 1977:101 +Tausworthe 1977:142 +Knuth 1973 section 1.2.1, expanded by Tausworthe 1977 at pages 100ff and Chapter 9.1 +cf Tausworthe 1977 +Heath 1908:300; Hawking's Dover 2005 edition derives from Heath. +" 'Let CD, measuring BF, leave FA less than itself.' This is a neat abbreviation for saying, measure along BA successive lengths equal to CD until a point F is reached such that the length FA remaining is less than CD; in other words, let BF be the largest exact multiple of CD contained in BA" (Heath 1908:297) +For modern treatments using division in the algorithm, see Hardy and Wright 1979:180, Knuth 1973:2 (Volume 1), plus more discussion of Euclid's algorithm in Knuth 1969:293–297 (Volume 2). +Euclid covers this question in his Proposition 1. +"Euclid's Elements, Book VII, Proposition 2". Aleph0.clarku.edu. Archived from the original on May 24, 2012. Retrieved May 20, 2012. +While this notion is in widespread use, it cannot be defined precisely. +Knuth 1973:13–18. He credits "the formulation of algorithm-proving in terms of assertions and induction" to R W. Floyd, Peter Naur, C.A.R. Hoare, H.H. Goldstine and J. von Neumann. Tausworth 1977 borrows Knuth's Euclid example and extends Knuth's method in section 9.1 Formal Proofs (pp. 288–298). +Tausworthe 1997:294 +cf Knuth 1973:7 (Vol. I), and his more-detailed analyses on pp. 1969:294–313 (Vol II). +Breakdown occurs when an algorithm tries to compact itself. Success would solve the Halting problem. +Kriegel, Hans-Peter; Schubert, Erich; Zimek, Arthur (2016). "The (black) art of run-time evaluation: Are we comparing algorithms or implementations?". Knowledge and Information Systems. 52 (2): 341–378. doi:10.1007/s10115-016-1004-2. ISSN 0219-1377. S2CID 40772241. +Gillian Conahan (January 2013). "Better Math Makes Faster Data Networks". discovermagazine.com. Archived from the original on May 13, 2014. Retrieved May 13, 2014. +Haitham Hassanieh, Piotr Indyk, Dina Katabi, and Eric Price, "ACM-SIAM Symposium On Discrete Algorithms (SODA) Archived July 4, 2013, at the Wayback Machine, Kyoto, January 2012. See also the sFFT Web Page Archived February 21, 2012, at the Wayback Machine. +Kellerer, Hans; Pferschy, Ulrich; Pisinger, David (2004). Knapsack Problems | Hans Kellerer | Springer. Springer. doi:10.1007/978-3-540-24777-7. ISBN 978-3-540-40286-2. S2CID 28836720. Archived from the original on October 18, 2017. Retrieved September 19, 2017. +For instance, the volume of a convex polytope (described using a membership oracle) can be approximated to high accuracy by a randomized polynomial time algorithm, but not by a deterministic one: see Dyer, Martin; Frieze, Alan; Kannan, Ravi (January 1991). "A Random Polynomial-time Algorithm for Approximating the Volume of Convex Bodies". J. ACM. 38 (1): 1–17. CiteSeerX 10.1.1.145.4600. doi:10.1145/102782.102783. S2CID 13268711. +George B. Dantzig and Mukund N. Thapa. 2003. Linear Programming 2: Theory and Extensions. Springer-Verlag. +Tsypkin (1971). Adaptation and learning in automatic systems. Academic Press. p. 54. ISBN 978-0-08-095582-7. +Kowalski, Robert (1979). "Algorithm=Logic+Control". Communications of the ACM. 22 (7): 424–436. doi:10.1145/359131.359136. S2CID 2509896. +Warren, D.S., 2023. Writing correct prolog programs. In Prolog: The Next 50 Years (pp. 62-70). Cham: Springer Nature Switzerland. +Kowalski, R., Dávila, J., Sartor, G. and Calejo, M., 2023. Logical English for law and education. In Prolog: The Next 50 Years (pp. 287–299). Cham: Springer Nature Switzerland. +Knuth, Donald E. (1972). "Ancient Babylonian Algorithms" (PDF). Commun. ACM. 15 (7): 671–677. doi:10.1145/361454.361514. ISSN 0001-0782. S2CID 7829945. Archived from the original (PDF) on December 24, 2012. +Aaboe, Asger (2001). Episodes from the Early History of Astronomy. New York: Springer. pp. 40–62. ISBN 978-0-387-95136-2. +Ast, Courtney. "Eratosthenes". Wichita State University: Department of Mathematics and Statistics. Archived from the original on February 27, 2015. Retrieved February 27, 2015. +Chabert, Jean-Luc (2012). A History of Algorithms: From the Pebble to the Microchip. Springer Science & Business Media. p. 2. ISBN 9783642181924. +Davis 2000:18 +Bolter 1984:24 +Bolter 1984:26 +Bolter 1984:33–34, 204–206. +All quotes from W. Stanley Jevons 1880 Elementary Lessons in Logic: Deductive and Inductive, Macmillan and Co., London and New York. Republished as a googlebook; cf Jevons 1880:199–201. Louis Couturat 1914 the Algebra of Logic, The Open Court Publishing Company, Chicago and London. Republished as a googlebook; cf Couturat 1914:75–76 gives a few more details; he compares this to a typewriter as well as a piano. Jevons states that the account is to be found at January 20, 1870 The Proceedings of the Royal Society. +Jevons 1880:199–200 +All quotes from John Venn 1881 Symbolic Logic, Macmillan and Co., London. Republished as a googlebook. cf Venn 1881:120–125. The interested reader can find a deeper explanation in those pages. +Bell and Newell diagram 1971:39, cf. Davis 2000 +* Melina Hill, Valley News Correspondent, A Tinkerer Gets a Place in History, Valley News West Lebanon NH, Thursday, March 31, 1983, p. 13. +Davis 2000:14 +van Heijenoort 1967:81ff +van Heijenoort's commentary on Frege's Begriffsschrift, a formula language, modeled upon that of arithmetic, for pure thought in van Heijenoort 1967:1 +Dixon 1906, cf. Kleene 1952:36–40 +cf. footnote in Alonzo Church 1936a in Davis 1965:90 and 1936b in Davis 1965:110 +Kleene 1935–6 in Davis 1965:237ff, Kleene 1943 in Davis 1965:255ff +Church 1936 in Davis 1965:88ff +cf. "Finite Combinatory Processes – formulation 1", Post 1936 in Davis 1965:289–290 +Turing 1936–37 in Davis 1965:116ff +Rosser 1939 in Davis 1965:226 +Kleene 1943 in Davis 1965:273–274 +Kleene 1952:300, 317 +Kleene 1952:376 +Turing 1936–37 in Davis 1965:289–290 +Turing 1936 in Davis 1965, Turing 1939 in Davis 1965:160 +Hodges, p. 96 +Turing 1936–37:116 +Turing 1936–37 in Davis 1965:136 + + Turing 1939 in Davis 1965:160 + +Bibliography + + Axt, P (1959). "On a Subrecursive Hierarchy and Primitive Recursive Degrees". Transactions of the American Mathematical Society. 92 (1): 85–105. doi:10.2307/1993169. JSTOR 1993169. + Bell, C. Gordon and Newell, Allen (1971), Computer Structures: Readings and Examples, McGraw–Hill Book Company, New York. ISBN 0-07-004357-4. + Blass, Andreas; Gurevich, Yuri (2003). "Algorithms: A Quest for Absolute Definitions" (PDF). Bulletin of European Association for Theoretical Computer Science. 81. Archived (PDF) from the original on October 9, 2022. Includes a bibliography of 56 references. + Bolter, David J. (1984). Turing's Man: Western Culture in the Computer Age (1984 ed.). Chapel Hill, NC: The University of North Carolina Press. ISBN 978-0-8078-1564-9., ISBN 0-8078-4108-0 + Boolos, George; Jeffrey, Richard (1999) [1974]. Computability and Logic (4th ed.). Cambridge University Press, London. ISBN 978-0-521-20402-6.: cf. Chapter 3 Turing machines where they discuss "certain enumerable sets not effectively (mechanically) enumerable". + Burgin, Mark (2004). Super-Recursive Algorithms. Springer. ISBN 978-0-387-95569-8. + Campagnolo, M.L., Moore, C., and Costa, J.F. (2000) An analog characterization of the subrecursive functions. In Proc. of the 4th Conference on Real Numbers and Computers, Odense University, pp. 91–109 + Church, Alonzo (1936). "An Unsolvable Problem of Elementary Number Theory". The American Journal of Mathematics. 58 (2): 345–363. doi:10.2307/2371045. JSTOR 2371045. Reprinted in The Undecidable, p. 89ff. The first expression of "Church's Thesis". See in particular page 100 (The Undecidable) where he defines the notion of "effective calculability" in terms of "an algorithm", and he uses the word "terminates", etc. + Church, Alonzo (1936). "A Note on the Entscheidungsproblem". The Journal of Symbolic Logic. 1 (1): 40–41. doi:10.2307/2269326. JSTOR 2269326. S2CID 42323521. Church, Alonzo (1936). "Correction to a Note on the Entscheidungsproblem". The Journal of Symbolic Logic. 1 (3): 101–102. doi:10.2307/2269030. JSTOR 2269030. S2CID 5557237. Reprinted in The Undecidable, p. 110ff. Church shows that the Entscheidungsproblem is unsolvable in about 3 pages of text and 3 pages of footnotes. + Daffa', Ali Abdullah al- (1977). The Muslim contribution to mathematics. London: Croom Helm. ISBN 978-0-85664-464-1. + Davis, Martin (1965). The Undecidable: Basic Papers On Undecidable Propositions, Unsolvable Problems and Computable Functions. New York: Raven Press. ISBN 978-0-486-43228-1. Davis gives commentary before each article. Papers of Gödel, Alonzo Church, Turing, Rosser, Kleene, and Emil Post are included; those cited in the article are listed here by author's name. + Davis, Martin (2000). Engines of Logic: Mathematicians and the Origin of the Computer. New York: W.W. Nortion. ISBN 978-0-393-32229-3. Davis offers concise biographies of Leibniz, Boole, Frege, Cantor, Hilbert, Gödel and Turing with von Neumann as the show-stealing villain. Very brief bios of Joseph-Marie Jacquard, Babbage, Ada Lovelace, Claude Shannon, Howard Aiken, etc. + Public Domain This article incorporates public domain material from Paul E. Black. "algorithm". Dictionary of Algorithms and Data Structures. NIST. + Dean, Tim (2012). "Evolution and moral diversity". Baltic International Yearbook of Cognition, Logic and Communication. 7. doi:10.4148/biyclc.v7i0.1775. + Dennett, Daniel (1995). Darwin's Dangerous Idea. pp. 32–36. Bibcode:1996Cmplx...2a..32M. doi:10.1002/(SICI)1099-0526(199609/10)2:1<32::AID-CPLX8>3.0.CO;2-H. ISBN 978-0-684-80290-9. {{cite book}}: |journal= ignored (help) + Dilson, Jesse (2007). The Abacus ((1968, 1994) ed.). St. Martin's Press, NY. ISBN 978-0-312-10409-2., ISBN 0-312-10409-X + Yuri Gurevich, Sequential Abstract State Machines Capture Sequential Algorithms, ACM Transactions on Computational Logic, Vol 1, no 1 (July 2000), pp. 77–111. Includes bibliography of 33 sources. + van Heijenoort, Jean (2001). From Frege to Gödel, A Source Book in Mathematical Logic, 1879–1931 ((1967) ed.). Harvard University Press, Cambridge. ISBN 978-0-674-32449-7., 3rd edition 1976[?], ISBN 0-674-32449-8 (pbk.) + Hodges, Andrew (1983). Alan Turing: The Enigma. pp. 107–108. Bibcode:1984PhT....37k.107H. doi:10.1063/1.2915935. ISBN 978-0-671-49207-6. {{cite book}}: |journal= ignored (help), ISBN 0-671-49207-1. Cf. Chapter "The Spirit of Truth" for a history leading to, and a discussion of, his proof. + Kleene, Stephen C. (1936). "General Recursive Functions of Natural Numbers". Mathematische Annalen. 112 (5): 727–742. doi:10.1007/BF01565439. S2CID 120517999. Archived from the original on September 3, 2014. Retrieved September 30, 2013. Presented to the American Mathematical Society, September 1935. Reprinted in The Undecidable, p. 237ff. Kleene's definition of "general recursion" (known now as mu-recursion) was used by Church in his 1935 paper An Unsolvable Problem of Elementary Number Theory that proved the "decision problem" to be "undecidable" (i.e., a negative result). + Kleene, Stephen C. (1943). "Recursive Predicates and Quantifiers". Transactions of the American Mathematical Society. 53 (1): 41–73. doi:10.2307/1990131. JSTOR 1990131. Reprinted in The Undecidable, p. 255ff. Kleene refined his definition of "general recursion" and proceeded in his chapter "12. Algorithmic theories" to posit "Thesis I" (p. 274); he would later repeat this thesis (in Kleene 1952:300) and name it "Church's Thesis"(Kleene 1952:317) (i.e., the Church thesis). + Kleene, Stephen C. (1991) [1952]. Introduction to Metamathematics (Tenth ed.). North-Holland Publishing Company. ISBN 978-0-7204-2103-3. + Knuth, Donald (1997). Fundamental Algorithms, Third Edition. Reading, Massachusetts: Addison–Wesley. ISBN 978-0-201-89683-1. + Knuth, Donald (1969). Volume 2/Seminumerical Algorithms, The Art of Computer Programming First Edition. Reading, Massachusetts: Addison–Wesley. + Kosovsky, N.K. Elements of Mathematical Logic and its Application to the theory of Subrecursive Algorithms, LSU Publ., Leningrad, 1981 + Kowalski, Robert (1979). "Algorithm=Logic+Control". Communications of the ACM. 22 (7): 424–436. doi:10.1145/359131.359136. S2CID 2509896. + A.A. Markov (1954) Theory of algorithms. [Translated by Jacques J. Schorr-Kon and PST staff] Imprint Moscow, Academy of Sciences of the USSR, 1954 [i.e., Jerusalem, Israel Program for Scientific Translations, 1961; available from the Office of Technical Services, U.S. Dept. of Commerce, Washington] Description 444 p. 28 cm. Added t.p. in Russian Translation of Works of the Mathematical Institute, Academy of Sciences of the USSR, v. 42. Original title: Teoriya algerifmov. [QA248.M2943 Dartmouth College library. U.S. Dept. of Commerce, Office of Technical Services, number OTS 60-51085.] + Minsky, Marvin (1967). Computation: Finite and Infinite Machines (First ed.). Prentice-Hall, Englewood Cliffs, NJ. ISBN 978-0-13-165449-5. Minsky expands his "...idea of an algorithm – an effective procedure..." in chapter 5.1 Computability, Effective Procedures and Algorithms. Infinite machines. + Post, Emil (1936). "Finite Combinatory Processes, Formulation I". The Journal of Symbolic Logic. 1 (3): 103–105. doi:10.2307/2269031. JSTOR 2269031. S2CID 40284503. Reprinted in The Undecidable, pp. 289ff. Post defines a simple algorithmic-like process of a man writing marks or erasing marks and going from box to box and eventually halting, as he follows a list of simple instructions. This is cited by Kleene as one source of his "Thesis I", the so-called Church–Turing thesis. + Rogers, Hartley Jr. (1987). Theory of Recursive Functions and Effective Computability. The MIT Press. ISBN 978-0-262-68052-3. + Rosser, J.B. (1939). "An Informal Exposition of Proofs of Godel's Theorem and Church's Theorem". Journal of Symbolic Logic. 4 (2): 53–60. doi:10.2307/2269059. JSTOR 2269059. S2CID 39499392. Reprinted in The Undecidable, p. 223ff. Herein is Rosser's famous definition of "effective method": "...a method each step of which is precisely predetermined and which is certain to produce the answer in a finite number of steps... a machine which will then solve any problem of the set with no human intervention beyond inserting the question and (later) reading the answer" (p. 225–226, The Undecidable) + Santos-Lang, Christopher (2014). "Moral Ecology Approaches to Machine Ethics" (PDF). In van Rysewyk, Simon; Pontier, Matthijs (eds.). Machine Medical Ethics. Intelligent Systems, Control and Automation: Science and Engineering. Vol. 74. Switzerland: Springer. pp. 111–127. doi:10.1007/978-3-319-08108-3_8. ISBN 978-3-319-08107-6. Archived (PDF) from the original on October 9, 2022. + Scott, Michael L. (2009). Programming Language Pragmatics (3rd ed.). Morgan Kaufmann Publishers/Elsevier. ISBN 978-0-12-374514-9. + Sipser, Michael (2006). Introduction to the Theory of Computation. PWS Publishing Company. ISBN 978-0-534-94728-6. + Sober, Elliott; Wilson, David Sloan (1998). Unto Others: The Evolution and Psychology of Unselfish Behavior. Cambridge: Harvard University Press. ISBN 9780674930469. + Stone, Harold S. (1972). Introduction to Computer Organization and Data Structures (1972 ed.). McGraw-Hill, New York. ISBN 978-0-07-061726-1. Cf. in particular the first chapter titled: Algorithms, Turing Machines, and Programs. His succinct informal definition: "...any sequence of instructions that can be obeyed by a robot, is called an algorithm" (p. 4). + Tausworthe, Robert C (1977). Standardized Development of Computer Software Part 1 Methods. Englewood Cliffs NJ: Prentice–Hall, Inc. ISBN 978-0-13-842195-3. + Turing, Alan M. (1936–37). "On Computable Numbers, With An Application to the Entscheidungsproblem". Proceedings of the London Mathematical Society. Series 2. 42: 230–265. doi:10.1112/plms/s2-42.1.230. S2CID 73712.. Corrections, ibid, vol. 43(1937) pp. 544–546. Reprinted in The Undecidable, p. 116ff. Turing's famous paper completed as a Master's dissertation while at King's College Cambridge UK. + Turing, Alan M. (1939). "Systems of Logic Based on Ordinals". Proceedings of the London Mathematical Society. 45: 161–228. doi:10.1112/plms/s2-45.1.161. hdl:21.11116/0000-0001-91CE-3. Reprinted in The Undecidable, pp. 155ff. Turing's paper that defined "the oracle" was his PhD thesis while at Princeton. + United States Patent and Trademark Office (2006), 2106.02 **>Mathematical Algorithms: 2100 Patentability, Manual of Patent Examining Procedure (MPEP). Latest revision August 2006 + + Zaslavsky, C. (1970). Mathematics of the Yoruba People and of Their Neighbors in Southern Nigeria. The Two-Year College Mathematics Journal, 1(2), 76–99. https://doi.org/10.2307/3027363 + +Further reading + + Bellah, Robert Neelly (1985). Habits of the Heart: Individualism and Commitment in American Life. Berkeley: University of California Press. ISBN 978-0-520-25419-0. + Berlinski, David (2001). The Advent of the Algorithm: The 300-Year Journey from an Idea to the Computer. Harvest Books. ISBN 978-0-15-601391-8. + Chabert, Jean-Luc (1999). A History of Algorithms: From the Pebble to the Microchip. Springer Verlag. ISBN 978-3-540-63369-3. + Thomas H. Cormen; Charles E. Leiserson; Ronald L. Rivest; Clifford Stein (2009). Introduction To Algorithms (3rd ed.). MIT Press. ISBN 978-0-262-03384-8. + Harel, David; Feldman, Yishai (2004). Algorithmics: The Spirit of Computing. Addison-Wesley. ISBN 978-0-321-11784-7. + Hertzke, Allen D.; McRorie, Chris (1998). "The Concept of Moral Ecology". In Lawler, Peter Augustine; McConkey, Dale (eds.). Community and Political Thought Today. Westport, CT: Praeger. + Knuth, Donald E. (2000). Selected Papers on Analysis of Algorithms. Stanford, California: Center for the Study of Language and Information. + Knuth, Donald E. (2010). Selected Papers on Design of Algorithms. Stanford, California: Center for the Study of Language and Information. + Wallach, Wendell; Allen, Colin (November 2008). Moral Machines: Teaching Robots Right from Wrong. US: Oxford University Press. ISBN 978-0-19-537404-9. + Bleakley, Chris (2020). Poems that Solve Puzzles: The History and Science of Algorithms. Oxford University Press. ISBN 978-0-19-885373-2. + +External links +Look up algorithm in Wiktionary, the free dictionary. +Wikibooks has a book on the topic of: Algorithms +At Wikiversity, you can learn more and teach others about Algorithm at the Department of Algorithm +Wikimedia Commons has media related to Algorithms. + + "Algorithm". Encyclopedia of Mathematics. EMS Press. 2001 [1994]. + Algorithms at Curlie + Weisstein, Eric W. "Algorithm". MathWorld. + Dictionary of Algorithms and Data Structures – National Institute of Standards and Technology + +Algorithm repositories + + The Stony Brook Algorithm Repository – State University of New York at Stony Brook + Collected Algorithms of the ACM – Associations for Computing Machinery + The Stanford GraphBase – Stanford University + + + vte + +Industrial and applied mathematics + + vte + +Well-known computer science algorithms +Authority control Edit this at Wikidata +Categories: + + AlgorithmsMathematical logicTheoretical computer science + + This page was last edited on 23 August 2023, at 10:21 (UTC). + Text is available under the Creative Commons Attribution-ShareAlike License 4.0; additional terms may apply. By using this site, you agree to the Terms of Use and Privacy Policy. 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Unsourced material may be challenged and removed. +Find sources: "Heat flux" – news · newspapers · books · scholar · JSTOR (March 2021) (Learn how and when to remove this template message) +Heat flux +Heat flux ϕ → q {\displaystyle {\vec {\phi }}_{\mathrm {q} }} through a surface. +Common symbols + ϕ → q {\displaystyle {\vec {\phi }}_{\mathrm {q} }} +SI unit W/m2 +Other units + Btu/(h⋅ft2) +In SI base units kg⋅s−3 +Dimension M T − 3 {\displaystyle {\mathsf {M}}{\mathsf {T}}^{-3}} + +In physics and engineering, heat flux or thermal flux, sometimes also referred to as heat flux density[1], heat-flow density or heat flow rate intensity, is a flow of energy per unit area per unit time. Its SI units are watts per square metre (W/m2). It has both a direction and a magnitude, and so it is a vector quantity. To define the heat flux at a certain point in space, one takes the limiting case where the size of the surface becomes infinitesimally small. + +Heat flux is often denoted ϕ → q {\displaystyle {\vec {\phi }}_{\mathrm {q} }}, the subscript q specifying heat flux, as opposed to mass or momentum flux. Fourier's law is an important application of these concepts. +Fourier's law +Main article: Thermal conduction § Fourier's law + +For most solids in usual conditions, heat is transported mainly by conduction and the heat flux is adequately described by Fourier's law. +Fourier's law in one dimension + +ϕ q = − k d T ( x ) d x +{\displaystyle \phi _{\text{q}}=-k{\frac {\mathrm {d} T(x)}{\mathrm {d} x}}} + +where k k is the thermal conductivity. The negative sign shows that heat flux moves from higher temperature regions to lower temperature regions. +Multi-dimensional extension +Diagram depicting heat flux through a thermal insulation material with thermal conductivity, k, and thickness, x. Heat flux can be determined using two surface temperature measurements on either side of the material using temperature sensors if k and x of the material are also known. +Diagram depicting heat flux through a thermal insulation material with thermal conductivity, k, and thickness, x. Heat flux can be directly measured using a single heat flux sensor located on either surface or embedded within the material. Using this method, knowing the values of k and x of the material are not required. + +The multi-dimensional case is similar, the heat flux goes "down" and hence the temperature gradient has the negative sign: + +ϕ → q = − k ∇ T +{\displaystyle {\vec {\phi }}_{\mathrm {q} }=-k\nabla T} +where ∇ {\displaystyle {\nabla }} is the gradient operator. + +Measurement +Main article: Heat flux sensor + +The measurement of heat flux can be performed in a few different manners. A commonly known, but often impractical, method is performed by measuring a temperature difference over a piece of material with known thermal conductivity. This method is analogous to a standard way to measure an electric current, where one measures the voltage drop over a known resistor. Usually this method is difficult to perform since the thermal resistance of the material being tested is often not known. Accurate values for the material's thickness and thermal conductivity would be required in order to determine thermal resistance. Using the thermal resistance, along with temperature measurements on either side of the material, heat flux can then be indirectly calculated. + +A second method of measuring heat flux is by using a heat flux sensor, or heat flux transducer, to directly measure the amount of heat being transferred to/from the surface that the heat flux sensor is mounted to. The most common type of heat flux sensor is a differential temperature thermopile which operates on essentially the same principle as the first measurement method that was mentioned except it has the advantage in that the thermal resistance/conductivity does not need to be a known parameter. These parameters do not have to be known since the heat flux sensor enables an in-situ measurement of the existing heat flux by using the Seebeck effect. However, differential thermopile heat flux sensors have to be calibrated in order to relate their output signals [μV] to heat flux values [W/(m2⋅K)]. Once the heat flux sensor is calibrated it can then be used to directly measure heat flux without requiring the rarely known value of thermal resistance or thermal conductivity. +Science and engineering + +One of the tools in a scientist's or engineer's toolbox is the energy balance. Such a balance can be set up for any physical system, from chemical reactors to living organisms, and generally takes the following form + + ∂ E i n ∂ t − ∂ E o u t ∂ t − ∂ E a c c u m u l a t e d ∂ t = 0 {\big .}{\frac {\partial E_{{\mathrm {in}}}}{\partial t}}-{\frac {\partial E_{{\mathrm {out}}}}{\partial t}}-{\frac {\partial E_{{\mathrm {accumulated}}}}{\partial t}}=0 + +where the three ∂ E ∂ t {\big .}{\frac {\partial E}{\partial t}} terms stand for the time rate of change of respectively the total amount of incoming energy, the total amount of outgoing energy and the total amount of accumulated energy. + +Now, if the only way the system exchanges energy with its surroundings is through heat transfer, the heat rate can be used to calculate the energy balance, since + + ∂ E i n ∂ t − ∂ E o u t ∂ t = ∮ S ϕ → q ⋅ d S → {\displaystyle {\frac {\partial E_{\mathrm {in} }}{\partial t}}-{\frac {\partial E_{\mathrm {out} }}{\partial t}}=\oint _{S}{\vec {\phi }}_{\mathrm {q} }\cdot \,\mathrm {d} {\vec {S}}} + +where we have integrated the heat flux ϕ → q {\displaystyle {\vec {\phi }}_{\mathrm {q} }} over the surface S S of the system. + +In real-world applications one cannot know the exact heat flux at every point on the surface, but approximation schemes can be used to calculate the integral, for example Monte Carlo integration. +See also + + Radiant flux + Latent heat flux + Rate of heat flow + Insolation + Heat flux sensor + Relativistic heat conduction + +Notes + + The word "flux" is used in most physical disciplines to refer to the flow of a quantity (mass, heat, momentum, etc.) across a surface per unit time per unit area, with the primary exception being in electromagnetism, where it refer to the integral of a vector quantity through a surface. Refer to the Flux article for more detail. + +Authority control: National Edit this at Wikidata + + Germany Israel United States + +Categories: + + Thermodynamic propertiesCustomary units of measurement in the United States + + This page was last edited on 3 May 2023, at 05:16 (UTC). + site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +History + +Fick's first law + + Variations of the first law + Derivation of Fick's first law for gases + +Fick's second law + + Derivation of Fick's second law + +Example solutions and generalization + + Example solution 1: constant concentration source and diffusion length + Example solution 2: Brownian particle and Mean squared displacement + Generalizations + +Applications + + Fick's flow in liquids + Sorption rate and collision frequency of diluted solute + Biological perspective + Semiconductor fabrication applications + CVD method of fabricate semiconductor + Invalidity of Fickian diffusion + Food production and cooking + See also + Citations + Further reading + External links + +Fick's laws of diffusion + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia +For the technique of measuring cardiac output, see Fick principle. +Molecular diffusion from a microscopic and macroscopic point of view. Initially, there are solute molecules on the left side of a barrier (purple line) and none on the right. The barrier is removed, and the solute diffuses to fill the whole container. Top: A single molecule moves around randomly. Middle: With more molecules, there is a clear trend where the solute fills the container more and more uniformly. Bottom: With an enormous number of solute molecules, randomness becomes undetectable: The solute appears to move smoothly and systematically from high-concentration areas to low-concentration areas. This smooth flow is described by Fick's laws. + +Fick's laws of diffusion describe diffusion and were first posited by Adolf Fick in 1855 on the basis of largely experimental results. They can be used to solve for the diffusion coefficient, D. Fick's first law can be used to derive his second law which in turn is identical to the diffusion equation. + +A diffusion process that obeys Fick's laws is called normal or Fickian diffusion; otherwise, it is called anomalous diffusion or non-Fickian diffusion. +History + +In 1855, physiologist Adolf Fick first reported[1] his now well-known laws governing the transport of mass through diffusive means. Fick's work was inspired by the earlier experiments of Thomas Graham, which fell short of proposing the fundamental laws for which Fick would become famous. Fick's law is analogous to the relationships discovered at the same epoch by other eminent scientists: Darcy's law (hydraulic flow), Ohm's law (charge transport), and Fourier's Law (heat transport). + +Fick's experiments (modeled on Graham's) dealt with measuring the concentrations and fluxes of salt, diffusing between two reservoirs through tubes of water. It is notable that Fick's work primarily concerned diffusion in fluids, because at the time, diffusion in solids was not considered generally possible.[2] Today, Fick's Laws form the core of our understanding of diffusion in solids, liquids, and gases (in the absence of bulk fluid motion in the latter two cases). When a diffusion process does not follow Fick's laws (which happens in cases of diffusion through porous media and diffusion of swelling penetrants, among others),[3][4] it is referred to as non-Fickian. +Fick's first law + +Fick's first law relates the diffusive flux to the gradient of the concentration. It postulates that the flux goes from regions of high concentration to regions of low concentration, with a magnitude that is proportional to the concentration gradient (spatial derivative), or in simplistic terms the concept that a solute will move from a region of high concentration to a region of low concentration across a concentration gradient. In one (spatial) dimension, the law can be written in various forms, where the most common form (see[5][6]) is in a molar basis: + + J = − D d φ d x {\displaystyle J=-D{\frac {d\varphi }{dx}}} + +where + + J is the diffusion flux, of which the dimension is the amount of substance per unit area per unit time. J measures the amount of substance that will flow through a unit area during a unit time interval. + D is the diffusion coefficient or diffusivity. Its dimension is area per unit time. + φ (for ideal mixtures) is the concentration, of which the dimension is the amount of substance per unit volume. + x is position, the dimension of which is length. + +D is proportional to the squared velocity of the diffusing particles, which depends on the temperature, viscosity of the fluid and the size of the particles according to the Stokes–Einstein relation. In dilute aqueous solutions the diffusion coefficients of most ions are similar and have values that at room temperature are in the range of (0.6–2)×10−9 m2/s. For biological molecules the diffusion coefficients normally range from 10−10 to 10−11 m2/s. + +In two or more dimensions we must use ∇, the del or gradient operator, which generalises the first derivative, obtaining + + J = − D ∇ φ {\displaystyle \mathbf {J} =-D\nabla \varphi } + +where J denotes the diffusion flux vector. + +The driving force for the one-dimensional diffusion is the quantity −∂φ/∂x, which for ideal mixtures is the concentration gradient. +Variations of the first law + +Another form for the first law is to write it with the primary variable as mass fraction (yi, given for example in kg/kg), then the equation changes to: + + J i = − ρ D M i ∇ y i {\displaystyle \mathbf {J_{i}} =-{\frac {\rho D}{M_{i}}}\nabla y_{i}} + +where + + the index i denotes the ith species, + Ji is the diffusion flux vector of the ith species (for example in mol/m2-s), + Mi is the molar mass of the ith species, and + ρ is the mixture density (for example in kg/m3). + +The ρ \rho is outside the gradient operator. This is because: + + y i = ρ s i ρ {\displaystyle y_{i}={\frac {\rho _{si}}{\rho }}} + +where ρsi is the partial density of the ith species. + +Beyond this, in chemical systems other than ideal solutions or mixtures, the driving force for diffusion of each species is the gradient of chemical potential of this species. Then Fick's first law (one-dimensional case) can be written + + J i = − D c i R T ∂ μ i ∂ x J_i = - \frac{D c_i}{RT} \frac{\partial \mu_i}{\partial x} + +where + + the index i denotes the ith species. + c is the concentration (mol/m3). + R is the universal gas constant (J/K/mol). + T is the absolute temperature (K). + μ is the chemical potential (J/mol). + +The driving force of Fick's law can be expressed as a fugacity difference: + + J i = − D R T ∂ f i ∂ x {\displaystyle J_{i}=-{\frac {D}{RT}}{\frac {\partial f_{i}}{\partial x}}} + +Fugacity f i f_{i} has Pa units. f i f_{i} is a partial pressure of component i in a vapor f i G {\displaystyle f_{i}^{G}} or liquid f i L {\displaystyle f_{i}^{L}} phase. At vapor liquid equilibrium the evaporation flux is zero because f i G = f i L {\displaystyle f_{i}^{G}=f_{i}^{L}}. +Derivation of Fick's first law for gases + +Four versions of Fick's law for binary gas mixtures are given below. These assume: thermal diffusion is negligible; the body force per unit mass is the same on both species; and either pressure is constant or both species have the same molar mass. Under these conditions, Ref.[7] shows in detail how the diffusion equation from the kinetic theory of gases reduces to this version of Fick's law: + +V i = − D ∇ ln ⁡ y i , +{\displaystyle \mathbf {V_{i}} =-D\nabla \ln y_{i},} + +where Vi is the diffusion velocity of species i. In terms of species flux this is + +J i = − ρ D M i ∇ y i . +{\displaystyle \mathbf {J_{i}} =-{\frac {\rho D}{M_{i}}}\nabla y_{i}.} + +If, additionally, ∇ ρ = 0 {\displaystyle \nabla \rho =0}, this reduces to the most common form of Fick's law, + +J i = − D ∇ φ . +{\displaystyle \mathbf {J_{i}} =-D\nabla \varphi .} + +If (instead of or in addition to ∇ ρ = 0 {\displaystyle \nabla \rho =0}) both species have the same molar mass, Fick's law becomes + +J i = − ρ D M i ∇ x i , +{\displaystyle \mathbf {J_{i}} =-{\frac {\rho D}{M_{i}}}\nabla x_{i},} + +where x i x_{i} is the mole fraction of species i. +Fick's second law + +Fick's second law predicts how diffusion causes the concentration to change with respect to time. It is a partial differential equation which in one dimension reads: + + ∂ φ ∂ t = D ∂ 2 φ ∂ x 2 {\displaystyle {\frac {\partial \varphi }{\partial t}}=D\,{\frac {\partial ^{2}\varphi }{\partial x^{2}}}} + +where + + φ is the concentration in dimensions of [ N L − 3 ] {\displaystyle [{\mathsf {N}}{\mathsf {L}}^{-3}]}, example mol/m3; φ = φ(x,t) is a function that depends on location x and time t + t is time, example s + D is the diffusion coefficient in dimensions of [ L 2 T − 1 ] {\displaystyle [{\mathsf {L}}^{2}{\mathsf {T}}^{-1}]}, example m2/s + x is the position, example m + +In two or more dimensions we must use the Laplacian Δ = ∇2, which generalises the second derivative, obtaining the equation + + ∂ φ ∂ t = D Δ φ {\displaystyle {\frac {\partial \varphi }{\partial t}}=D\Delta \varphi } + +Fick's second law has the same mathematical form as the Heat equation and its fundamental solution is the same as the Heat kernel, except switching thermal conductivity k k with diffusion coefficient D D: + +φ ( x , t ) = 1 4 π D t exp ⁡ ( − x 2 4 D t ) . +{\displaystyle \varphi (x,t)={\frac {1}{\sqrt {4\pi Dt}}}\exp \left(-{\frac {x^{2}}{4Dt}}\right).} + +Derivation of Fick's second law + +Fick's second law can be derived from Fick's first law and the mass conservation in absence of any chemical reactions: + + ∂ φ ∂ t + ∂ ∂ x J = 0 ⇒ ∂ φ ∂ t − ∂ ∂ x ( D ∂ ∂ x φ ) = 0 {\displaystyle {\frac {\partial \varphi }{\partial t}}+{\frac {\partial }{\partial x}}J=0\Rightarrow {\frac {\partial \varphi }{\partial t}}-{\frac {\partial }{\partial x}}\left(D{\frac {\partial }{\partial x}}\varphi \right)\,=0} + +Assuming the diffusion coefficient D to be a constant, one can exchange the orders of the differentiation and multiply by the constant: + + ∂ ∂ x ( D ∂ ∂ x φ ) = D ∂ ∂ x ∂ ∂ x φ = D ∂ 2 φ ∂ x 2 {\displaystyle {\frac {\partial }{\partial x}}\left(D{\frac {\partial }{\partial x}}\varphi \right)=D{\frac {\partial }{\partial x}}{\frac {\partial }{\partial x}}\varphi =D{\frac {\partial ^{2}\varphi }{\partial x^{2}}}} + +and, thus, receive the form of the Fick's equations as was stated above. + +For the case of diffusion in two or more dimensions Fick's second law becomes + + ∂ φ ∂ t = D ∇ 2 φ , {\displaystyle {\frac {\partial \varphi }{\partial t}}=D\,\nabla ^{2}\varphi ,} + +which is analogous to the heat equation. + +If the diffusion coefficient is not a constant, but depends upon the coordinate or concentration, Fick's second law yields + + ∂ φ ∂ t = ∇ ⋅ ( D ∇ φ ) . {\displaystyle {\frac {\partial \varphi }{\partial t}}=\nabla \cdot (D\,\nabla \varphi ).} + +An important example is the case where φ is at a steady state, i.e. the concentration does not change by time, so that the left part of the above equation is identically zero. In one dimension with constant D, the solution for the concentration will be a linear change of concentrations along x. In two or more dimensions we obtain + + ∇ 2 φ = 0 {\displaystyle \nabla ^{2}\varphi =0} + +which is Laplace's equation, the solutions to which are referred to by mathematicians as harmonic functions. +Example solutions and generalization + +Fick's second law is a special case of the convection–diffusion equation in which there is no advective flux and no net volumetric source. It can be derived from the continuity equation: + + ∂ φ ∂ t + ∇ ⋅ j = R , {\displaystyle {\frac {\partial \varphi }{\partial t}}+\nabla \cdot \mathbf {j} =R,} + +where j is the total flux and R is a net volumetric source for φ. The only source of flux in this situation is assumed to be diffusive flux: + + j diffusion = − D ∇ φ {\displaystyle \mathbf {j} _{\text{diffusion}}=-D\nabla \varphi } + +Plugging the definition of diffusive flux to the continuity equation and assuming there is no source (R = 0), we arrive at Fick's second law: + + ∂ φ ∂ t = D ∂ 2 φ ∂ x 2 {\displaystyle {\frac {\partial \varphi }{\partial t}}=D{\frac {\partial ^{2}\varphi }{\partial x^{2}}}} + +If flux were the result of both diffusive flux and advective flux, the convection–diffusion equation is the result. +Example solution 1: constant concentration source and diffusion length + +A simple case of diffusion with time t in one dimension (taken as the x-axis) from a boundary located at position x = 0, where the concentration is maintained at a value n0 is + + n ( x , t ) = n 0 erfc ⁡ ( x 2 D t ) . {\displaystyle n\left(x,t\right)=n_{0}\operatorname {erfc} \left({\frac {x}{2{\sqrt {Dt}}}}\right).} + +where erfc is the complementary error function. This is the case when corrosive gases diffuse through the oxidative layer towards the metal surface (if we assume that concentration of gases in the environment is constant and the diffusion space – that is, the corrosion product layer – is semi-infinite, starting at 0 at the surface and spreading infinitely deep in the material). If, in its turn, the diffusion space is infinite (lasting both through the layer with n(x, 0) = 0, x > 0 and that with n(x, 0) = n0, x ≤ 0), then the solution is amended only with coefficient 1/2 in front of n0 (as the diffusion now occurs in both directions). This case is valid when some solution with concentration n0 is put in contact with a layer of pure solvent. (Bokstein, 2005) The length 2√Dt is called the diffusion length and provides a measure of how far the concentration has propagated in the x-direction by diffusion in time t (Bird, 1976). + +As a quick approximation of the error function, the first two terms of the Taylor series can be used: + + n ( x , t ) = n 0 [ 1 − 2 ( x 2 D t π ) ] {\displaystyle n(x,t)=n_{0}\left[1-2\left({\frac {x}{2{\sqrt {Dt\pi }}}}\right)\right]} + +If D is time-dependent, the diffusion length becomes + + 2 ∫ 0 t D τ d τ . {\displaystyle 2{\sqrt {\int _{0}^{t}D\tau \,d\tau }}.} + +This idea is useful for estimating a diffusion length over a heating and cooling cycle, where D varies with temperature. +Example solution 2: Brownian particle and Mean squared displacement + +Another simple case of diffusion is the Brownian motion of one particle. The particle's Mean squared displacement from its original position is: + +MSD ≡ ⟨ ( x − x 0 ) 2 ⟩ = 2 n D t +{\displaystyle {\text{MSD}}\equiv \langle (\mathbf {x} -\mathbf {x_{0}} )^{2}\rangle =2nDt} + +where n n is the dimension of the particle's Brownian motion. For example, the diffusion of a molecule across a cell membrane 8 nm thick is 1-D diffusion because of the spherical symmetry; However, the diffusion of a molecule from the membrane to the center of a eukaryotic cell is a 3-D diffusion. For a cylindrical cactus, the diffusion from photosynthetic cells on its surface to its center (the axis of its cylindrical symmetry) is a 2-D diffusion. + +The square root of MSD, 2 n D t {\displaystyle {\sqrt {2nDt}}}, is often used as a characterization of how far has the particle moved after time t t has elapsed. The MSD is symmetrically distributed over the 1D, 2D, and 3D space. Thus, the probability distribution of the magnitude of MSD in 1D is Gaussian and 3D is a Maxwell-Boltzmann distribution. +Generalizations + + In non-homogeneous media, the diffusion coefficient varies in space, D = D(x). This dependence does not affect Fick's first law but the second law changes: + ∂ φ ( x , t ) ∂ t = ∇ ⋅ ( D ( x ) ∇ φ ( x , t ) ) = D ( x ) Δ φ ( x , t ) + ∑ i = 1 3 ∂ D ( x ) ∂ x i ∂ φ ( x , t ) ∂ x i + {\displaystyle {\frac {\partial \varphi (x,t)}{\partial t}}=\nabla \cdot {\bigl (}D(x)\nabla \varphi (x,t){\bigr )}=D(x)\Delta \varphi (x,t)+\sum _{i=1}^{3}{\frac {\partial D(x)}{\partial x_{i}}}{\frac {\partial \varphi (x,t)}{\partial x_{i}}}} + In anisotropic media, the diffusion coefficient depends on the direction. It is a symmetric tensor Dji = Dij. Fick's first law changes to + J = − D ∇ φ , + {\displaystyle J=-D\nabla \varphi ,} + it is the product of a tensor and a vector: + J i = − ∑ j = 1 3 D i j ∂ φ ∂ x j . + {\displaystyle J_{i}=-\sum _{j=1}^{3}D_{ij}{\frac {\partial \varphi }{\partial x_{j}}}.} + For the diffusion equation this formula gives + ∂ φ ( x , t ) ∂ t = ∇ ⋅ ( D ∇ φ ( x , t ) ) = ∑ i = 1 3 ∑ j = 1 3 D i j ∂ 2 φ ( x , t ) ∂ x i ∂ x j . + {\displaystyle {\frac {\partial \varphi (x,t)}{\partial t}}=\nabla \cdot {\bigl (}D\nabla \varphi (x,t){\bigr )}=\sum _{i=1}^{3}\sum _{j=1}^{3}D_{ij}{\frac {\partial ^{2}\varphi (x,t)}{\partial x_{i}\partial x_{j}}}.} + The symmetric matrix of diffusion coefficients Dij should be positive definite. It is needed to make the right hand side operator elliptic. + For inhomogeneous anisotropic media these two forms of the diffusion equation should be combined in + ∂ φ ( x , t ) ∂ t = ∇ ⋅ ( D ( x ) ∇ φ ( x , t ) ) = ∑ i , j = 1 3 ( D i j ( x ) ∂ 2 φ ( x , t ) ∂ x i ∂ x j + ∂ D i j ( x ) ∂ x i ∂ φ ( x , t ) ∂ x i ) . + {\displaystyle {\frac {\partial \varphi (x,t)}{\partial t}}=\nabla \cdot {\bigl (}D(x)\nabla \varphi (x,t){\bigr )}=\sum _{i,j=1}^{3}\left(D_{ij}(x){\frac {\partial ^{2}\varphi (x,t)}{\partial x_{i}\partial x_{j}}}+{\frac {\partial D_{ij}(x)}{\partial x_{i}}}{\frac {\partial \varphi (x,t)}{\partial x_{i}}}\right).} + The approach based on Einstein's mobility and Teorell formula gives the following generalization of Fick's equation for the multicomponent diffusion of the perfect components: + ∂ φ i ∂ t = ∑ j ∇ ⋅ ( D i j φ i φ j ∇ φ j ) . + {\displaystyle {\frac {\partial \varphi _{i}}{\partial t}}=\sum _{j}\nabla \cdot \left(D_{ij}{\frac {\varphi _{i}}{\varphi _{j}}}\nabla \,\varphi _{j}\right).} + where φi are concentrations of the components and Dij is the matrix of coefficients. Here, indices i and j are related to the various components and not to the space coordinates. + +The Chapman–Enskog formulae for diffusion in gases include exactly the same terms. These physical models of diffusion are different from the test models ∂tφi = Σj Dij Δφj which are valid for very small deviations from the uniform equilibrium. Earlier, such terms were introduced in the Maxwell–Stefan diffusion equation. + +For anisotropic multicomponent diffusion coefficients one needs a rank-four tensor, for example Dij,αβ, where i, j refer to the components and α, β = 1, 2, 3 correspond to the space coordinates. +Applications + +Equations based on Fick's law have been commonly used to model transport processes in foods, neurons, biopolymers, pharmaceuticals, porous soils, population dynamics, nuclear materials, plasma physics, and semiconductor doping processes. The theory of voltammetric methods is based on solutions of Fick's equation. On the other hand, in some cases a "Fickian (another common approximation of the transport equation is that of the diffusion theory)[8]" description is inadequate. For example, in polymer science and food science a more general approach is required to describe transport of components in materials undergoing a glass transition. One more general framework is the Maxwell–Stefan diffusion equations[9] of multi-component mass transfer, from which Fick's law can be obtained as a limiting case, when the mixture is extremely dilute and every chemical species is interacting only with the bulk mixture and not with other species. To account for the presence of multiple species in a non-dilute mixture, several variations of the Maxwell–Stefan equations are used. See also non-diagonal coupled transport processes (Onsager relationship). +Fick's flow in liquids + +When two miscible liquids are brought into contact, and diffusion takes place, the macroscopic (or average) concentration evolves following Fick's law. On a mesoscopic scale, that is, between the macroscopic scale described by Fick's law and molecular scale, where molecular random walks take place, fluctuations cannot be neglected. Such situations can be successfully modeled with Landau-Lifshitz fluctuating hydrodynamics. In this theoretical framework, diffusion is due to fluctuations whose dimensions range from the molecular scale to the macroscopic scale.[10] + +In particular, fluctuating hydrodynamic equations include a Fick's flow term, with a given diffusion coefficient, along with hydrodynamics equations and stochastic terms describing fluctuations. When calculating the fluctuations with a perturbative approach, the zero order approximation is Fick's law. The first order gives the fluctuations, and it comes out that fluctuations contribute to diffusion. This represents somehow a tautology, since the phenomena described by a lower order approximation is the result of a higher approximation: this problem is solved only by renormalizing the fluctuating hydrodynamics equations. +Sorption rate and collision frequency of diluted solute +Scheme of molecular diffusion in the solution. Orange dots are solute molecules, solvent molecules are not drawn, black arrow is an example random walk trajectory, and the red curve is the diffusive Gaussian broadening probability function from the Fick's law of diffusion.[11]:Fig. 9 + +The adsorption or absorption rate of a dilute solute to a surface or interface in a (gas or liquid) solution can be calculated using Fick's laws of diffusion. The accumulated number of molecules adsorbed on the surface is expressed by the Langmuir-Schaefer equation at the short-time limit by integrating the diffusion flux equation over time:[12] + + Γ = 2 A C D t π {\displaystyle \Gamma =2AC{\sqrt {\frac {Dt}{\pi }}}} + + Γ \Gamma is number of molecules in unit # molecules adsorbed during the time t t. + A is the surface area in unit m 2 {\displaystyle m^{2}}. + C is the number concentration of the adsorber molecules in the bulk solution in unit # molecules/ m 3 {\displaystyle m^{3}}. + D is diffusion coefficient of the adsorber in unit m 2 / s {\displaystyle m^{2}/s}. + t is elapsed time in unit s s. + +The equation is named after American chemists Irving Langmuir and Vincent Schaefer. + +The Langmuir-Schaefer equation can be extended to the Ward-Tordai Equation to account for the "back-diffusion" of rejected molecules from the surface:[13] + + Γ = 2 A C D t π − A D π ∫ 0 t C b ( τ ) t − τ d τ {\displaystyle \Gamma =2AC{\sqrt {\frac {Dt}{\pi }}}-A{\sqrt {\frac {D}{\pi }}}\int _{0}^{\sqrt {t}}{\frac {C_{b}(\tau )}{\sqrt {t-\tau }}}\,d\tau } + +where C C is the bulk concentration, C b C_{b} is the sub-surface concentration (which is a function of time depending on the reaction model of the adsorption), and τ \tau is a dummy variable. + +Monte Carlo simulations show that these two equations work to predict the adsorption rate of systems that form predictable concentration gradients near the surface but have troubles for systems without or with unpredictable concentration gradients, such as typical biosensing systems or when flow and convection are significant.[14] +A brief history of the theories on diffusive adsorption.[14] + +A brief history of diffusive adsorption is shown in the right figure.[14] A noticeable challenge of understanding the diffusive adsorption at the single-molecule level is the fractal nature of diffusion. Most computer simulations pick a time step for diffusion which ignores the fact that there are self-similar finer diffusion events (fractal) within each step. Simulating the fractal diffusion shows that a factor of two corrections should be introduced for the result of a fixed time-step adsorption simulation, bringing it to be consistent with the above two equations.[14] + +A more problematic result of the above equations is they predict the lower limit of adsorption under ideal situations but is very difficult to predict the actual adsorption rates. The equations are derived at the long-time-limit condition when a stable concentration gradient has been formed near the surface. But real adsorption is often done much faster than this infinite time limit, i.e., the concentration gradient, decay of concentration at the sub-surface, is only partially formed before the surface has been saturated, thus the adsorption rate measured is almost always faster than the equations have predicted for low or none energy barrier adsorption (unless there is a significant adsorption energy barrier that slows down the absorption significantly), for example, thousands to millions time faster in the self-assembly of monolayers at the water-air or water-substrate interfaces.[12] As such, it is necessary to calculate the evolution of the concentration gradient near the surface and find out a proper time to stop the imagined infinite evolution for practical applications. While it is hard to predict when to stop but it is reasonably easy to calculate the shortest time that matters, the critical time when the first nearest neighbor from the substrate surface feels the building-up of the concentration gradient. This yields the upper limit of the adsorption rate under an ideal situation when there are no other factors than diffusion that affect the absorber dynamics:[14] + + < r >= 4 π A c b 4 / 3 D {\displaystyle ={\frac {4}{\pi }}Ac_{b}^{4/3}D} + + < r > {\displaystyle } is the adsorption rate assuming under adsorption energy barrier-free situation, in unit #/s. + A A is the area of the surface of interest on an "infinite and flat" substrate in unit m2. + C b {\displaystyle C_{b}} is the concentration of the absorber molecule in the bulk solution in unit #/m3. + D D is the diffusion constant of the absorber in the solution in unit m2/s. + Dimensional analysis of these units is satisfied. + +This equation can be used to predict the initial adsorption rate of any system; It can be used to predict the steady-state adsorption rate of a typical biosensing system when the binding site is just a very small fraction of the substrate surface and a near-surface concentration gradient is never formed; It can also be used to predict the adsorption rate of molecules on the surface when there is a significant flow to push the concentration gradient very shallowly in the sub-surface. + +In the ultrashort time limit, in the order of the diffusion time a2/D, where a is the particle radius, the diffusion is described by the Langevin equation. At a longer time, the Langevin equation merges into the Stokes–Einstein equation. The latter is appropriate for the condition of the diluted solution, where long-range diffusion is considered. According to the fluctuation-dissipation theorem based on the Langevin equation in the long-time limit and when the particle is significantly denser than the surrounding fluid, the time-dependent diffusion constant is:[15] + + D ( t ) = μ k B T ( 1 − e − t / ( m μ ) ) {\displaystyle D(t)=\mu \,k_{\rm {B}}T\left(1-e^{-t/(m\mu )}\right)} + +where (all in SI units) + + kB is Boltzmann's constant. + T is the absolute temperature. + μ is the mobility of the particle in the fluid or gas, which can be calculated using the Einstein relation (kinetic theory). + m is the mass of the particle. + t is time. + +For a single molecule such as organic molecules or biomolecules (e.g. proteins) in water, the exponential term is negligible due to the small product of mμ in the picosecond region. + +When the area of interest is the size of a molecule (specifically, a long cylindrical molecule such as DNA), the adsorption rate equation represents the collision frequency of two molecules in a diluted solution, with one molecule a specific side and the other no steric dependence, i.e., a molecule (random orientation) hit one side of the other. The diffusion constant need to be updated to the relative diffusion constant between two diffusing molecules. This estimation is especially useful in studying the interaction between a small molecule and a larger molecule such as a protein. The effective diffusion constant is dominated by the smaller one whose diffusion constant can be used instead. + +The above hitting rate equation is also useful to predict the kinetics of molecular self-assembly on a surface. Molecules are randomly oriented in the bulk solution. Assuming 1/6 of the molecules has the right orientation to the surface binding sites, i.e. 1/2 of the z-direction in x, y, z three dimensions, thus the concentration of interest is just 1/6 of the bulk concentration. Put this value into the equation one should be able to calculate the theoretical adsorption kinetic curve using the Langmuir adsorption model. In a more rigid picture, 1/6 can be replaced by the steric factor of the binding geometry. +Comparing collision theory and diffusive collision theory.[16] + +The bimolecular collision frequency related to many reactions including protein coagulation/aggregation is initially described by Smoluchowski coagulation equation proposed by Marian Smoluchowski in a seminal 1916 publication,[17] derived from Brownian motion and Fick's laws of diffusion. Under an idealized reaction condition for A+B->Product in a diluted solution, Smoluchovski suggested that the molecular flux at the infinite time limit can be calculated from Fick's laws of diffusion yielding a fixed/stable concentration gradient from the target molecule, e.g. B is the target molecule holding fixed relatively, and A is the moving molecule that creates a concentration gradient near the target molecule B due to the coagulation reaction between A and B. Smoluchowski calculated the collision frequency between A and B in the solution with unit #/s/ m 3 {\displaystyle m^{3}}: + + Z A B = 4 π R D r C A C B {\displaystyle Z_{AB}=4{\pi }RD_{r}C_{A}C_{B}} + +where, + + R R is the radius of the collision. + D r = D A + D B {\displaystyle D_{r}=D_{A}+D_{B}} is the relative diffusion constant between A and B, unit m 2 / s {\displaystyle m^{2}/s}. + C A C_A and C B C_B are number concentrations of A and B respectively, unit # / m 3 {\displaystyle m^{3}}. + +The reaction order of this bimolecular reaction is 2 which is the analogy to the result from collision theory by replacing the moving speed of the molecule with diffusive flux. In the collision theory, the traveling time between A and B is proportional to the distance which is a similar relationship for the diffusion case if the flux is fixed. + +However, under a practical condition, the concentration gradient near the target molecule is evolving over time with the molecular flux evolving as well,[14] and on average the flux is much bigger than the infinite time limit flux Smoluchowski has proposed. Thus, this Smoluchowski frequency represents the lower limit of the real collision frequency. + +In 2022, Chen calculates the upper limit of the collision frequency between A and B in a solution assuming the bulk concentration of the moving molecule is fixed after the first nearest neighbor of the target molecule.[16] Thus the concentration gradient evolution stops at the first nearest neighbor layer given a stop-time to calculate the actual flux. He named this the critical time and derive the diffusive collision frequency in unit #/s/ m 3 {\displaystyle m^{3}}:[16] + + Z A B = 8 π σ D r C A C B C A + C B 3 {\displaystyle Z_{AB}={\frac {8}{\pi }}{\sigma }D_{r}C_{A}C_{B}{\sqrt[{3}]{C_{A}+C_{B}}}} + +where, + + σ {\sigma } is the area of the cross-section of the collision, unit m 2 m^{2}. + D r = D A + D B {\displaystyle D_{r}=D_{A}+D_{B}} is the relative diffusion constant between A and B, unit m 2 / s {\displaystyle m^{2}/s}. + C A C_A and C B C_B are number concentrations of A and B respectively, unit # / m 3 {\displaystyle m^{3}}. + +This equation assumes the upper limit of a diffusive collision frequency between A and B is when the first neighbor layer starts to feel the evolution of the concentration gradient, whose reaction order is 2 1 3 {\displaystyle 2{\frac {1}{3}}} instead of 2. Both the Smoluchowski equation and the JChen equation satisfy dimensional checks with SI units. But the former is dependent on the radius and the latter is on the area of the collision sphere. The actual reaction order for a bimolecular unit reaction could be between 2 and 2 1 3 {\displaystyle 2{\frac {1}{3}}}, which makes sense because the diffusive collision time is squarely dependent on the distance between the two molecules. +Biological perspective + +The first law gives rise to the following formula:[18] + + flux = − P ( c 2 − c 1 ) {\displaystyle {\text{flux}}={-P\left(c_{2}-c_{1}\right)}} + +in which + + P is the permeability, an experimentally determined membrane "conductance" for a given gas at a given temperature. + c2 − c1 is the difference in concentration of the gas across the membrane for the direction of flow (from c1 to c2). + +Fick's first law is also important in radiation transfer equations. However, in this context, it becomes inaccurate when the diffusion constant is low and the radiation becomes limited by the speed of light rather than by the resistance of the material the radiation is flowing through. In this situation, one can use a flux limiter. + +The exchange rate of a gas across a fluid membrane can be determined by using this law together with Graham's law. + +Under the condition of a diluted solution when diffusion takes control, the membrane permeability mentioned in the above section can be theoretically calculated for the solute using the equation mentioned in the last section (use with particular care because the equation is derived for dense solutes, while biological molecules are not denser than water):[11] + + P = 2 A p η t m D / ( π t ) {\displaystyle P=2A_{p}\eta _{tm}{\sqrt {D/(\pi t)}}} + +where + + A P {\displaystyle A_{P}} is the total area of the pores on the membrane (unit m2). + η t m {\displaystyle \eta _{tm}} transmembrane efficiency (unitless), which can be calculated from the stochastic theory of chromatography. + D is the diffusion constant of the solute unit m2s−1. + t is time unit s. + c2, c1 concentration should use unit mol m−3, so flux unit becomes mol s−1. + +The flux is decay over the square root of time because a concentration gradient builds up near the membrane over time under ideal conditions. When there is flow and convection, the flux can be significantly different than the equation predicts and show an effective time t with a fixed value,[14] which makes the flux stable instead of decay over time. A critical time has been estimated under idealized flow conditions when there is no gradient formed.[14][16] This strategy is adopted in biology such as blood circulation. +Semiconductor fabrication applications + +The semiconductor is a collective term for a series of devices. It mainly includes three categories：two-terminal devices, three-terminal devices, and four-terminal devices. The combination of the semiconductors is called an integrated circuit. + +The relationship between Fick's law and semiconductors: the principle of the semiconductor is transferring chemicals or dopants from a layer to a layer. Fick's law can be used to control and predict the diffusion by knowing how much the concentration of the dopants or chemicals move per meter and second through mathematics. + +Therefore, different types and levels of semiconductors can be fabricated. + +Integrated circuit fabrication technologies, model processes like CVD, thermal oxidation, wet oxidation, doping, etc. use diffusion equations obtained from Fick's law. +CVD method of fabricate semiconductor + +The wafer is a kind of semiconductor whose silicon substrate is coated with a layer of CVD-created polymer chain and films. This film contains n-type and p-type dopants and takes responsibility for dopant conductions. The principle of CVD relies on the gas phase and gas-solid chemical reaction to create thin films. + +The viscous flow regime of CVD is driven by a pressure gradient. CVD also includes a diffusion component distinct from the surface diffusion of adatoms. In CVD, reactants and products must also diffuse through a boundary layer of stagnant gas that exists next to the substrate. The total number of steps required for CVD film growth are gas phase diffusion of reactants through the boundary layer, adsorption and surface diffusion of adatoms, reactions on the substrate, and gas phase diffusion of products away through the boundary layer. + +The velocity profile for gas flow is: + +δ ( x ) = ( 5 x R e 1 / 2 ) R e = v ρ L η +{\displaystyle \delta (x)=\left({\frac {5x}{\mathrm {Re} ^{1/2}}}\right)\mathrm {Re} ={\frac {v\rho L}{\eta }}} +where + + δ \delta is the thickness + R e {\mathrm {Re}} is the Reynolds number + x is the length of the subtrate. + v = 0 at any surface + η \eta is viscosity + ρ \rho is density. + +Integrated the x from 0 to L, it gives the average thickness: + +δ = 10 L 3 R e 1 / 2 +{\displaystyle \delta ={\frac {10L}{3\mathrm {Re} ^{1/2}}}} + +To keep the reaction balanced, reactants must diffuse through the stagnant boundary layer to reach the substrate. So a thin boundary layer is desirable. According to the equations, increasing vo would result in more wasted reactants. The reactants will not reach the substrate uniformly if the flow becomes turbulent. Another option is to switch to a new carrier gas with lower viscosity or density. + +The Fick's first law describes diffusion through the boundary layer. As a function of pressure (P) and temperature (T) in a gas, diffusion is determined. + +D = D 0 ( P 0 P ) ( T T 0 ) 3 / 2 +{\displaystyle D=D_{0}\left({\frac {P_{0}}{P}}\right)\left({\frac {T}{T_{0}}}\right)^{3/2}} +where + + P 0 P_{0} is the standard pressure. + T 0 T_{0} is the standard temperature. + D 0 D_{0} is the standard diffusitivity. + +The equation tells that increasing the temperature or decreasing the pressure can increase the diffusivity. + +Fick's first law predicts the flux of the reactants to the substrate and product away from the substrate: +J = − D i ( d c i d x ) +{\displaystyle J=-D_{i}\left({\frac {dc_{i}}{dx}}\right)} +where + + x x is the thickness δ \delta + d c i {\displaystyle dc_{i}} is the first reactant's concentration. + +In ideal gas law P V = n R T PV=nRT, the concentration of the gas is expressed by partial pressure. + +J = − D i ( P i − P 0 δ R T ) +{\displaystyle J=-D_{i}\left({\frac {P_{i}-P_{0}}{\delta RT}}\right)} +where + + R R is the gas constant. + P i − P 0 δ {\displaystyle {\frac {P_{i}-P_{0}}{\delta }}} is the partial pressure gradient. + +As a result, Fick's first law tells us we can use a partial pressure gradient to control the diffusivity and control the growth of thin films of semiconductors. + +In many realistic situations, the simple Fick's law is not an adequate formulation for the semiconductor problem. It only applies to certain conditions, for example, given the semiconductor boundary conditions: constant source concentration diffusion, limited source concentration, or moving boundary diffusion (where junction depth keeps moving into the substrate). +Invalidity of Fickian diffusion + +It is important to note that, even though Fickian diffusion has been used to model diffusion processes in semiconductor manufacturing (including CVD reactors) in early days, it often fails to validate the diffusion in advanced semiconductor nodes (< 90 nm). This mostly stems from the inability of Fickian diffusion to model diffusion processes accurately at molecular level and smaller. In advanced semiconductor manufacturing, it is important to understand the movement at atomic scales, which is failed by continuum diffusion. Today, most semiconductor manufacturers use random walk to study and model diffusion processes. This allows us to study the effects of diffusion in a discrete manner to understand the movement of individual atoms, molecules, plasma etc. + +In such a process, the movements of diffusing species (atoms, molecules, plasma etc.) are treated as a discrete entity, following a random walk through the CVD reactor, boundary layer, material structures etc. Sometimes, the movements might follow a biased-random walk depending on the processing conditions. Statistical analysis is done to understand variation/stochasticity arising from the random walk of the species, which in-turn affects the overall process and electrical variations. +Food production and cooking + +The formulation of Fick's first law can explain a variety of complex phenomena in the context of food and cooking: Diffusion of molecules such as ethylene promotes plant growth and ripening, salt and sugar molecules promotes meat brining and marinating, and water molecules promote dehydration. Fick's first law can also be used to predict the changing moisture profiles across a spaghetti noodle as it hydrates during cooking. These phenomena are all about the spontaneous movement of particles of solutes driven by the concentration gradient. In different situations, there is different diffusivity which is a constant.[19] + +By controlling the concentration gradient, the cooking time, shape of the food, and salting can be controlled. +See also + + Advection + Churchill–Bernstein equation + Diffusion + False diffusion + Gas exchange + Mass flux + Maxwell–Stefan diffusion + Nernst–Planck equation + Osmosis + +Citations + +* Fick A (1855). "Ueber Diffusion". Annalen der Physik (in German). 94 (1): 59–86. Bibcode:1855AnP...170...59F. doi:10.1002/andp.18551700105. + + Fick A (1855). "On liquid diffusion". The London, Edinburgh, and Dublin Philosophical Magazine and Journal of Science. 10 (63): 30–39. doi:10.1080/14786445508641925. + +Philibert J (2005). "One and a Half Centuries of Diffusion: Fick, Einstein, before and beyond" (PDF). Diffusion Fundamentals. 2: 1.1–1.10. Archived from the original (PDF) on 5 February 2009. +Vázquez JL (2006). "The Porous Medium Equation". Mathematical Theory. Oxford Univ. Press. +Gorban AN, Sargsyan HP, Wahab HA (2011). "Quasichemical Models of Multicomponent Nonlinear Diffusion". Mathematical Modelling of Natural Phenomena. 6 (5): 184–262. arXiv:1012.2908. doi:10.1051/mmnp/20116509. S2CID 18961678. +Atkins P, de Paula J (2006). Physical Chemistry for the Life Science. +Conlisk AT (2013). Essentials of Micro- and Nanofluidics: With Applications to the Biological and Chemical Sciences. Cambridge University Press. p. 43. ISBN 9780521881685. +Williams FA (1985). "Appendix E". Combustion Theory. Benjamin/Cummings. +"Fickian Diffusion - an overview | ScienceDirect Topics". www.sciencedirect.com. Retrieved 11 May 2022. +Taylor R, Krishna R (1993). Multicomponent mass transfer. Wiley Series in Chemical Engineering. Vol. 2. John Wiley & Sons. ISBN 978-0-471-57417-0. +Brogioli D, Vailati A (January 2001). "Diffusive mass transfer by nonequilibrium fluctuations: Fick's law revisited". Physical Review E. 63 (1 Pt 1): 012105. arXiv:cond-mat/0006163. Bibcode:2000PhRvE..63a2105B. doi:10.1103/PhysRevE.63.012105. PMID 11304296. S2CID 1302913. +Pyle JR, Chen J (2 November 2017). "Photobleaching of YOYO-1 in super-resolution single DNA fluorescence imaging". Beilstein Journal of Nanotechnology. 8: 2296–2306. doi:10.3762/bjnano.8.229. PMC 5687005. PMID 29181286. +Langmuir I, Schaefer VJ (1937). "The Effect of Dissolved Salts on Insoluble Monolayers". Journal of the American Chemical Society. 29 (11): 2400–2414. doi:10.1021/ja01290a091. +Ward AF, Tordai L (1946). "Time-dependence of Boundary Tensions of Solutions I. The Role of Diffusion in Time-effects". Journal of Chemical Physics. 14 (7): 453–461. Bibcode:1946JChPh..14..453W. doi:10.1063/1.1724167. +Chen J (January 2022). "Simulating stochastic adsorption of diluted solute molecules at interfaces". AIP Advances. 12 (1): 015318. Bibcode:2022AIPA...12a5318C. doi:10.1063/5.0064140. PMC 8758205. PMID 35070490. +Bian X, Kim C, Karniadakis GE (August 2016). "111 years of Brownian motion". Soft Matter. 12 (30): 6331–6346. Bibcode:2016SMat...12.6331B. doi:10.1039/c6sm01153e. PMC 5476231. PMID 27396746. +Chen J (December 2022). "Why Should the Reaction Order of a Bimolecular Reaction be 2.33 Instead of 2?". The Journal of Physical Chemistry A. 126 (51): 9719–9725. doi:10.1021/acs.jpca.2c07500. PMC 9805503. PMID 36520427. +Smoluchowski M (1916). "Drei Vorträge über Diffusion, Brownsche Molekularbewegung und Koagulation von Kolloidteilchen". Zeitschrift für Physik (in German). 17: 557–571, 585–599. Bibcode:1916ZPhy...17..557S. +Nosek TM. "Section 3/3ch9/s3ch9_2". Essentials of Human Physiology. Archived from the original on 24 March 2016. + + Zhou L, Nyberg K, Rowat AC (September 2015). "Understanding diffusion theory and Fick's law through food and cooking". Advances in Physiology Education. 39 (3): 192–197. doi:10.1152/advan.00133.2014. PMID 26330037. S2CID 3921833. + +Further reading + + Berg HC (1977). Random Walks in Biology. Princeton. + Bird RB, Stewart WE, Lightfoot EN (1976). Transport Phenomena. John Wiley & Sons. + Bokshtein BS, Mendelev MI, Srolovitz DJ, eds. (2005). Thermodynamics and Kinetics in Materials Science: A Short Course. Oxford: Oxford University Press. pp. 167–171. + Crank J (1980). The Mathematics of Diffusion. Oxford University Press. + Fick A (1855). "On liquid diffusion". Annalen der Physik und Chemie. 94: 59. – reprinted in Fick, Adolph (1995). "On liquid diffusion". Journal of Membrane Science. 100: 33–38. doi:10.1016/0376-7388(94)00230-v. + Smith WF (2004). Foundations of Materials Science and Engineering (3rd ed.). McGraw-Hill. + +External links + + Fick's equations, Boltzmann's transformation, etc. (with figures and animations) + Fick's Second Law on OpenStax + +Categories: + + DiffusionMathematics in medicinePhysical chemistryStatistical mechanics + + This page was last edited on 16 August 2023, at 03:41 (UTC). + site, you agree to the Terms of Use and Privacy Policy. 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Codes are used for data compression, cryptography, error detection and correction, data transmission and data storage. Codes are studied by various scientific disciplines—such as information theory, electrical engineering, mathematics, linguistics, and computer science—for the purpose of designing efficient and reliable data transmission methods. This typically involves the removal of redundancy and the correction or detection of errors in the transmitted data. + +There are four types of coding:[1] + + Data compression (or source coding) + Error control (or channel coding) + Cryptographic coding + Line coding + +Data compression attempts to remove unwanted redundancy from the data from a source in order to transmit it more efficiently. For example, ZIP data compression makes data files smaller, for purposes such as to reduce Internet traffic. Data compression and error correction may be studied in combination. + +Error correction adds useful redundancy to the data from a source to make the transmission more robust to disturbances present on the transmission channel. The ordinary user may not be aware of many applications using error correction. A typical music compact disc (CD) uses the Reed–Solomon code to correct for scratches and dust. In this application the transmission channel is the CD itself. Cell phones also use coding techniques to correct for the fading and noise of high frequency radio transmission. Data modems, telephone transmissions, and the NASA Deep Space Network all employ channel coding techniques to get the bits through, for example the turbo code and LDPC codes. +History of coding theory + +In 1948, Claude Shannon published "A Mathematical Theory of Communication", an article in two parts in the July and October issues of the Bell System Technical Journal. This work focuses on the problem of how best to encode the information a sender wants to transmit. In this fundamental work he used tools in probability theory, developed by Norbert Wiener, which were in their nascent stages of being applied to communication theory at that time. Shannon developed information entropy as a measure for the uncertainty in a message while essentially inventing the field of information theory. + +The binary Golay code was developed in 1949. It is an error-correcting code capable of correcting up to three errors in each 24-bit word, and detecting a fourth. + +Richard Hamming won the Turing Award in 1968 for his work at Bell Labs in numerical methods, automatic coding systems, and error-detecting and error-correcting codes. He invented the concepts known as Hamming codes, Hamming windows, Hamming numbers, and Hamming distance. + +In 1972, Nasir Ahmed proposed the discrete cosine transform (DCT), which he developed with T. Natarajan and K. R. Rao in 1973.[2] The DCT is the most widely used lossy compression algorithm, the basis for multimedia formats such as JPEG, MPEG and MP3. +Source coding +Main article: Data compression + +The aim of source coding is to take the source data and make it smaller. +Definition + +Data can be seen as a random variable X : Ω → X {\displaystyle X:\Omega \to {\mathcal {X}}}, where x ∈ X x\in {\mathcal {X}} appears with probability P [ X = x ] \mathbb {P} [X=x]. + +Data are encoded by strings (words) over an alphabet Σ \Sigma . + +A code is a function + + C : X → Σ ∗ {\displaystyle C:{\mathcal {X}}\to \Sigma ^{*}} (or Σ + \Sigma ^{+} if the empty string is not part of the alphabet). + +C ( x ) C(x) is the code word associated with x x. + +Length of the code word is written as + + l ( C ( x ) ) . {\displaystyle l(C(x)).} + +Expected length of a code is + + l ( C ) = ∑ x ∈ X l ( C ( x ) ) P [ X = x ] . {\displaystyle l(C)=\sum _{x\in {\mathcal {X}}}l(C(x))\mathbb {P} [X=x].} + +The concatenation of code words C ( x 1 , … , x k ) = C ( x 1 ) C ( x 2 ) ⋯ C ( x k ) {\displaystyle C(x_{1},\ldots ,x_{k})=C(x_{1})C(x_{2})\cdots C(x_{k})}. + +The code word of the empty string is the empty string itself: + + C ( ϵ ) = ϵ C(\epsilon )=\epsilon + +Properties + + C : X → Σ ∗ {\displaystyle C:{\mathcal {X}}\to \Sigma ^{*}} is non-singular if injective. + C : X ∗ → Σ ∗ {\displaystyle C:{\mathcal {X}}^{*}\to \Sigma ^{*}} is uniquely decodable if injective. + C : X → Σ ∗ {\displaystyle C:{\mathcal {X}}\to \Sigma ^{*}} is instantaneous if C ( x 1 ) C(x_{1}) is not a prefix of C ( x 2 ) C(x_{2}) (and vice versa). + +Principle + +Entropy of a source is the measure of information. Basically, source codes try to reduce the redundancy present in the source, and represent the source with fewer bits that carry more information. + +Data compression which explicitly tries to minimize the average length of messages according to a particular assumed probability model is called entropy encoding. + +Various techniques used by source coding schemes try to achieve the limit of entropy of the source. C(x) ≥ H(x), where H(x) is entropy of source (bitrate), and C(x) is the bitrate after compression. In particular, no source coding scheme can be better than the entropy of the source. +Example + +Facsimile transmission uses a simple run length code. Source coding removes all data superfluous to the need of the transmitter, decreasing the bandwidth required for transmission. +Channel coding +Main article: Error detection and correction + +The purpose of channel coding theory is to find codes which transmit quickly, contain many valid code words and can correct or at least detect many errors. While not mutually exclusive, performance in these areas is a trade-off. So, different codes are optimal for different applications. The needed properties of this code mainly depend on the probability of errors happening during transmission. In a typical CD, the impairment is mainly dust or scratches. + +CDs use cross-interleaved Reed–Solomon coding to spread the data out over the disk.[3] + +Although not a very good code, a simple repeat code can serve as an understandable example. Suppose we take a block of data bits (representing sound) and send it three times. At the receiver we will examine the three repetitions bit by bit and take a majority vote. The twist on this is that we do not merely send the bits in order. We interleave them. The block of data bits is first divided into 4 smaller blocks. Then we cycle through the block and send one bit from the first, then the second, etc. This is done three times to spread the data out over the surface of the disk. In the context of the simple repeat code, this may not appear effective. However, there are more powerful codes known which are very effective at correcting the "burst" error of a scratch or a dust spot when this interleaving technique is used. + +Other codes are more appropriate for different applications. Deep space communications are limited by the thermal noise of the receiver which is more of a continuous nature than a bursty nature. Likewise, narrowband modems are limited by the noise, present in the telephone network and also modeled better as a continuous disturbance.[citation needed] Cell phones are subject to rapid fading. The high frequencies used can cause rapid fading of the signal even if the receiver is moved a few inches. Again there are a class of channel codes that are designed to combat fading.[citation needed] +Linear codes +Main article: Linear code + +The term algebraic coding theory denotes the sub-field of coding theory where the properties of codes are expressed in algebraic terms and then further researched.[citation needed] + +Algebraic coding theory is basically divided into two major types of codes:[citation needed] + + Linear block codes + Convolutional codes + +It analyzes the following three properties of a code – mainly:[citation needed] + + Code word length + Total number of valid code words + The minimum distance between two valid code words, using mainly the Hamming distance, sometimes also other distances like the Lee distance + +Linear block codes +Main article: Block code + +Linear block codes have the property of linearity, i.e. the sum of any two codewords is also a code word, and they are applied to the source bits in blocks, hence the name linear block codes. There are block codes that are not linear, but it is difficult to prove that a code is a good one without this property.[4] + +Linear block codes are summarized by their symbol alphabets (e.g., binary or ternary) and parameters (n,m,dmin)[5] where + + n is the length of the codeword, in symbols, + m is the number of source symbols that will be used for encoding at once, + dmin is the minimum hamming distance for the code. + +There are many types of linear block codes, such as + + Cyclic codes (e.g., Hamming codes) + Repetition codes + Parity codes + Polynomial codes (e.g., BCH codes) + Reed–Solomon codes + Algebraic geometric codes + Reed–Muller codes + Perfect codes + +Block codes are tied to the sphere packing problem, which has received some attention over the years. In two dimensions, it is easy to visualize. Take a bunch of pennies flat on the table and push them together. The result is a hexagon pattern like a bee's nest. But block codes rely on more dimensions which cannot easily be visualized. The powerful (24,12) Golay code used in deep space communications uses 24 dimensions. If used as a binary code (which it usually is) the dimensions refer to the length of the codeword as defined above. + +The theory of coding uses the N-dimensional sphere model. For example, how many pennies can be packed into a circle on a tabletop, or in 3 dimensions, how many marbles can be packed into a globe. Other considerations enter the choice of a code. For example, hexagon packing into the constraint of a rectangular box will leave empty space at the corners. As the dimensions get larger, the percentage of empty space grows smaller. But at certain dimensions, the packing uses all the space and these codes are the so-called "perfect" codes. The only nontrivial and useful perfect codes are the distance-3 Hamming codes with parameters satisfying (2r – 1, 2r – 1 – r, 3), and the [23,12,7] binary and [11,6,5] ternary Golay codes.[4][5] + +Another code property is the number of neighbors that a single codeword may have.[6] Again, consider pennies as an example. First we pack the pennies in a rectangular grid. Each penny will have 4 near neighbors (and 4 at the corners which are farther away). In a hexagon, each penny will have 6 near neighbors. When we increase the dimensions, the number of near neighbors increases very rapidly. The result is the number of ways for noise to make the receiver choose a neighbor (hence an error) grows as well. This is a fundamental limitation of block codes, and indeed all codes. It may be harder to cause an error to a single neighbor, but the number of neighbors can be large enough so the total error probability actually suffers.[6] + +Properties of linear block codes are used in many applications. For example, the syndrome-coset uniqueness property of linear block codes is used in trellis shaping,[7] one of the best-known shaping codes. +Convolutional codes +Main article: Convolutional code + +The idea behind a convolutional code is to make every codeword symbol be the weighted sum of the various input message symbols. This is like convolution used in LTI systems to find the output of a system, when you know the input and impulse response. + +So we generally find the output of the system convolutional encoder, which is the convolution of the input bit, against the states of the convolution encoder, registers. + +Fundamentally, convolutional codes do not offer more protection against noise than an equivalent block code. In many cases, they generally offer greater simplicity of implementation over a block code of equal power. The encoder is usually a simple circuit which has state memory and some feedback logic, normally XOR gates. The decoder can be implemented in software or firmware. + +The Viterbi algorithm is the optimum algorithm used to decode convolutional codes. There are simplifications to reduce the computational load. They rely on searching only the most likely paths. Although not optimum, they have generally been found to give good results in low noise environments. + +Convolutional codes are used in voiceband modems (V.32, V.17, V.34) and in GSM mobile phones, as well as satellite and military communication devices. +Cryptographic coding +Main article: Cryptography + +Cryptography or cryptographic coding is the practice and study of techniques for secure communication in the presence of third parties (called adversaries).[8] More generally, it is about constructing and analyzing protocols that block adversaries;[9] various aspects in information security such as data confidentiality, data integrity, authentication, and non-repudiation[10] are central to modern cryptography. Modern cryptography exists at the intersection of the disciplines of mathematics, computer science, and electrical engineering. Applications of cryptography include ATM cards, computer passwords, and electronic commerce. + +Cryptography prior to the modern age was effectively synonymous with encryption, the conversion of information from a readable state to apparent nonsense. The originator of an encrypted message shared the decoding technique needed to recover the original information only with intended recipients, thereby precluding unwanted persons from doing the same. Since World War I and the advent of the computer, the methods used to carry out cryptology have become increasingly complex and its application more widespread. + +Modern cryptography is heavily based on mathematical theory and computer science practice; cryptographic algorithms are designed around computational hardness assumptions, making such algorithms hard to break in practice by any adversary. It is theoretically possible to break such a system, but it is infeasible to do so by any known practical means. These schemes are therefore termed computationally secure; theoretical advances, e.g., improvements in integer factorization algorithms, and faster computing technology require these solutions to be continually adapted. There exist information-theoretically secure schemes that provably cannot be broken even with unlimited computing power—an example is the one-time pad—but these schemes are more difficult to implement than the best theoretically breakable but computationally secure mechanisms. +Line coding +Main article: Line code + +A line code (also called digital baseband modulation or digital baseband transmission method) is a code chosen for use within a communications system for baseband transmission purposes. Line coding is often used for digital data transport. + +Line coding consists of representing the digital signal to be transported by an amplitude- and time-discrete signal that is optimally tuned for the specific properties of the physical channel (and of the receiving equipment). The waveform pattern of voltage or current used to represent the 1s and 0s of a digital data on a transmission link is called line encoding. The common types of line encoding are unipolar, polar, bipolar, and Manchester encoding. +Other applications of coding theory + +This article or section may contain misleading parts. Please help clarify this article according to any suggestions provided on the talk page. (August 2012) + +Another concern of coding theory is designing codes that help synchronization. A code may be designed so that a phase shift can be easily detected and corrected and that multiple signals can be sent on the same channel.[citation needed] + +Another application of codes, used in some mobile phone systems, is code-division multiple access (CDMA). Each phone is assigned a code sequence that is approximately uncorrelated with the codes of other phones.[citation needed] When transmitting, the code word is used to modulate the data bits representing the voice message. At the receiver, a demodulation process is performed to recover the data. The properties of this class of codes allow many users (with different codes) to use the same radio channel at the same time. To the receiver, the signals of other users will appear to the demodulator only as a low-level noise.[citation needed] + +Another general class of codes are the automatic repeat-request (ARQ) codes. In these codes the sender adds redundancy to each message for error checking, usually by adding check bits. If the check bits are not consistent with the rest of the message when it arrives, the receiver will ask the sender to retransmit the message. All but the simplest wide area network protocols use ARQ. Common protocols include SDLC (IBM), TCP (Internet), X.25 (International) and many others. There is an extensive field of research on this topic because of the problem of matching a rejected packet against a new packet. Is it a new one or is it a retransmission? Typically numbering schemes are used, as in TCP."RFC793". RFCS. Internet Engineering Task Force (IETF). September 1981. +Group testing + +Group testing uses codes in a different way. Consider a large group of items in which a very few are different in a particular way (e.g., defective products or infected test subjects). The idea of group testing is to determine which items are "different" by using as few tests as possible. The origin of the problem has its roots in the Second World War when the United States Army Air Forces needed to test its soldiers for syphilis.[11] +Analog coding + +Information is encoded analogously in the neural networks of brains, in analog signal processing, and analog electronics. Aspects of analog coding include analog error correction,[12] analog data compression[13] and analog encryption.[14] +Neural coding + +Neural coding is a neuroscience-related field concerned with how sensory and other information is represented in the brain by networks of neurons. The main goal of studying neural coding is to characterize the relationship between the stimulus and the individual or ensemble neuronal responses and the relationship among electrical activity of the neurons in the ensemble.[15] It is thought that neurons can encode both digital and analog information,[16] and that neurons follow the principles of information theory and compress information,[17] and detect and correct[18] errors in the signals that are sent throughout the brain and wider nervous system. +See also + + Telecommunication portal + + Coding gain + Covering code + Error correction code + Folded Reed–Solomon code + Group testing + Hamming distance, Hamming weight + Lee distance + List of algebraic coding theory topics + Spatial coding and MIMO in multiple antenna research + Spatial diversity coding is spatial coding that transmits replicas of the information signal along different spatial paths, so as to increase the reliability of the data transmission. + Spatial interference cancellation coding + Spatial multiplex coding + Timeline of information theory, data compression, and error correcting codes + +Notes + +James Irvine; David Harle (2002). "2.4.4 Types of Coding". Data Communications and Networks. John Wiley & Sons. p. 18. ISBN 9780471808725. "There are four types of coding" +Nasir Ahmed. "How I Came Up With the Discrete Cosine Transform". Digital Signal Processing, Vol. 1, Iss. 1, 1991, pp. 4-5. +Todd Campbell. "Answer Geek: Error Correction Rule CDs". +Terras, Audrey (1999). Fourier Analysis on Finite Groups and Applications. Cambridge University Press. p. 195. ISBN 978-0-521-45718-7. +Blahut, Richard E. (2003). Algebraic Codes for Data Transmission. Cambridge University Press. ISBN 978-0-521-55374-2. +Christian Schlegel; Lance Pérez (2004). Trellis and turbo coding. Wiley-IEEE. p. 73. ISBN 978-0-471-22755-7. +Forney, G.D. Jr. (March 1992). "Trellis shaping". IEEE Transactions on Information Theory. 38 (2 Pt 2): 281–300. doi:10.1109/18.119687. S2CID 37984132. +Rivest, Ronald L. (1990). "Cryptology". In J. Van Leeuwen (ed.). Handbook of Theoretical Computer Science. Vol. 1. Elsevier. +Bellare, Mihir; Rogaway, Phillip (21 September 2005). "Introduction". Introduction to Modern Cryptography. p. 10. +Menezes, A. J.; van Oorschot, P. C.; Vanstone, S. A. (1997). Handbook of Applied Cryptography. Taylor & Francis. ISBN 978-0-8493-8523-0. +Dorfman, Robert (1943). "The detection of defective members of large populations". Annals of Mathematical Statistics. 14 (4): 436–440. doi:10.1214/aoms/1177731363. +Chen, Brian; Wornell, Gregory W. (July 1998). "Analog Error-Correcting Codes Based on Chaotic Dynamical Systems" (PDF). IEEE Transactions on Communications. 46 (7): 881–890. CiteSeerX 10.1.1.30.4093. doi:10.1109/26.701312. Archived from the original (PDF) on 2001-09-27. Retrieved 2013-06-30. +Novak, Franc; Hvala, Bojan; Klavžar, Sandi (1999). "On Analog Signature Analysis". Proceedings of the conference on Design, automation and test in Europe. CiteSeerX 10.1.1.142.5853. ISBN 1-58113-121-6. +Shujun Li; Chengqing Li; Kwok-Tung Lo; Guanrong Chen (April 2008). "Cryptanalyzing an Encryption Scheme Based on Blind Source Separation" (PDF). IEEE Transactions on Circuits and Systems I. 55 (4): 1055–63. arXiv:cs/0608024. doi:10.1109/TCSI.2008.916540. S2CID 2224947. +Brown EN, Kass RE, Mitra PP (May 2004). "Multiple neural spike train data analysis: state-of-the-art and future challenges" (PDF). Nature Neuroscience. 7 (5): 456–461. doi:10.1038/nn1228. PMID 15114358. S2CID 562815. +Thorpe, S.J. (1990). "Spike arrival times: A highly efficient coding scheme for neural networks" (PDF). In Eckmiller, R.; Hartmann, G.; Hauske, G. (eds.). Parallel processing in neural systems and computers (PDF). North-Holland. pp. 91–94. ISBN 978-0-444-88390-2. Retrieved 30 June 2013. +Gedeon, T.; Parker, A.E.; Dimitrov, A.G. (Spring 2002). "Information Distortion and Neural Coding". Canadian Applied Mathematics Quarterly. 10 (1): 10. CiteSeerX 10.1.1.5.6365. + + Stiber, M. (July 2005). "Spike timing precision and neural error correction: local behavior". Neural Computation. 17 (7): 1577–1601. arXiv:q-bio/0501021. doi:10.1162/0899766053723069. PMID 15901408. S2CID 2064645. + +References + + Elwyn R. Berlekamp (2014), Algebraic Coding Theory, World Scientific Publishing (revised edition), ISBN 978-9-81463-589-9. + MacKay, David J. C. Information Theory, Inference, and Learning Algorithms Cambridge: Cambridge University Press, 2003. ISBN 0-521-64298-1 + Vera Pless (1982), Introduction to the Theory of Error-Correcting Codes, John Wiley & Sons, Inc., ISBN 0-471-08684-3. + Randy Yates, A Coding Theory Tutorial. + + vte + +Industrial and applied mathematics +Authority control: National Edit this at Wikidata + + France BnF data Germany Israel United States Japan + +Categories: + + Coding theoryError detection and correction + + This page was last edited on 3 August 2023, at 09:45 (UTC). + Text is available under the Creative Commons Attribution-ShareAlike License 4.0; additional terms may apply. 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Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +Background + +Description + +Derivation + +Use in petroleum engineering + +Use in coffee brewing + +Additional forms + + Differential expression + Quadratic law + Correction for gases in fine media (Knudsen diffusion or Klinkenberg effect) + Darcy's law for short time scales + Brinkman form of Darcy's law + Validity of Darcy's law + See also + References + +Darcy's law + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia + +Darcy's law is an equation that describes the flow of a fluid through a porous medium. The law was formulated by Henry Darcy based on results of experiments[1] on the flow of water through beds of sand, forming the basis of hydrogeology, a branch of earth sciences. It is analogous to Ohm's law in electrostatics, linearly relating the volume flow rate of the fluid to the hydraulic head difference (which is often just proportional to the pressure difference) via the hydraulic conductivity. +Background + +Darcy's law was first determined experimentally by Darcy, but has since been derived from the Navier–Stokes equations via homogenization methods.[2] It is analogous to Fourier's law in the field of heat conduction, Ohm's law in the field of electrical networks, and Fick's law in diffusion theory. + +One application of Darcy's law is in the analysis of water flow through an aquifer; Darcy's law along with the equation of conservation of mass simplifies to the groundwater flow equation, one of the basic relationships of hydrogeology. + +Morris Muskat first[3] refined Darcy's equation for a single-phase flow by including viscosity in the single (fluid) phase equation of Darcy. It can be understood that viscous fluids have more difficulty permeating through a porous medium than less viscous fluids. This change made it suitable for researchers in the petroleum industry. Based on experimental results by his colleagues Wyckoff and Botset, Muskat and Meres also generalized Darcy's law to cover a multiphase flow of water, oil and gas in the porous medium of a petroleum reservoir. The generalized multiphase flow equations by Muskat and others provide the analytical foundation for reservoir engineering that exists to this day. +Description +Diagram showing definitions and directions for Darcy's law. A is the cross sectional area (m2) of the cylinder. Q is the flow rate (m3/s) of the fluid flowing through the area A. The flux of fluid through A is q = Q/A. L is the length of the cylinder. Δp = poutlet - pinlet = pb - pa. ∇ p \nabla p = Δp/L = hydraulic gradient applied between the points a and b. + +Darcy's law, as refined by Morris Muskat, in the absence of gravitational forces and in a homogeneously permeable medium, is given by a simple proportionality relationship between the instantaneous flux q = Q / A {\displaystyle q=Q/A} (units of Q Q: m3/s, units of A A: m2, units of q q: m/s) through a porous medium, the permeability k k of the medium, the dynamic viscosity of the fluid μ \mu , and the pressure drop Δ p \Delta p over a given distance L L, in the form +q = − k μ L Δ p +{\displaystyle q=-{\frac {k}{\mu L}}\Delta p} + +This equation, for single phase (fluid) flow, is the defining equation for absolute permeability (single phase permeability). + +With reference to the diagram to the right, the flux q q, or discharge per unit area, is defined in units ( m / s ) {\displaystyle \mathrm {(m/s)} }, the permeability k k in units ( m 2 ) {\displaystyle \mathrm {(m^{2})} }, the cross-sectional area A A in units ( m 2 ) {\displaystyle \mathrm {(m^{2})} }, the total pressure drop Δ p = p b − p a {\displaystyle \Delta p=p_{b}-p_{a}} in units ( P a ) {\displaystyle \mathrm {(Pa)} }, the dynamic viscosity μ \mu in units ( P a ⋅ s ) {\displaystyle \mathrm {(Pa\cdot s)} }, and L L is the length of the sample in units ( m ) {\displaystyle \mathrm {(m)} }. A number of these parameters are used in alternative definitions below. A negative sign is used in the definition of the flux following the standard physics convention that fluids flow from regions of high pressure to regions of low pressure. Note that the elevation head must be taken into account if the inlet and outlet are at different elevations. If the change in pressure is negative, then the flow will be in the positive x direction. There have been several proposals for a constitutive equation for absolute permeability, and the most famous one is probably the Kozeny equation (also called Kozeny–Carman equation). + +The integral form of the Darcy law is given by: +Q = k A μ L Δ p +{\displaystyle Q={\frac {kA}{\mu L}}\,{\Delta p}} +where Q (units of volume per time, e.g., m3/s) is the total discharge. By considering the relation for static fluid pressure (Stevin's law): + +p = ρ g h +{\displaystyle p=\rho gh} +one can deduce the representation +Q = k A g ν L Δ h +{\displaystyle Q={\frac {kAg}{\nu L}}\,{\Delta h}} +where ν is the kinematic viscosity. The corresponding hydraulic conductivity is therefore: + + K = k ρ g μ = k g ν . {\displaystyle K={\frac {k\rho g}{\mu }}={\frac {kg}{\nu }}.} + +Notice that the quantity q q or Q / A {\displaystyle Q/A}, often referred to as the Darcy flux or Darcy velocity, is not the velocity at which the fluid is travelling through the pores. The flow velocity (u) is related to the flux (q) by the porosity (φ) and takes the form + + u = q φ . {\displaystyle u={\frac {q}{\varphi }}\,.} + +Darcy's law is a simple mathematical statement which neatly summarizes several familiar properties that groundwater flowing in aquifers exhibits, including: + + if there is no pressure gradient over a distance, no flow occurs (these are hydrostatic conditions), + if there is a pressure gradient, flow will occur from high pressure towards low pressure (opposite the direction of increasing gradient — hence the negative sign in Darcy's law), + the greater the pressure gradient (through the same formation material), the greater the discharge rate, and + the discharge rate of fluid will often be different — through different formation materials (or even through the same material, in a different direction) — even if the same pressure gradient exists in both cases. + +A graphical illustration of the use of the steady-state groundwater flow equation (based on Darcy's law and the conservation of mass) is in the construction of flownets, to quantify the amount of groundwater flowing under a dam. + +Darcy's law is only valid for slow, viscous flow; however, most groundwater flow cases fall in this category. Typically any flow with a Reynolds number less than one is clearly laminar, and it would be valid to apply Darcy's law. Experimental tests have shown that flow regimes with Reynolds numbers up to 10 may still be Darcian, as in the case of groundwater flow. The Reynolds number (a dimensionless parameter) for porous media flow is typically expressed as + + R e = u d ν , {\displaystyle \mathrm {Re} ={\frac {ud}{\nu }}\,,} + +where ν is the kinematic viscosity of water, u is the specific discharge (not the pore velocity — with units of length per time), d30 is a representative grain diameter for the porous media (the standard choice is d30, which is the 30% passing size from a grain size analysis using sieves — with units of length). +Derivation + +For stationary, creeping, incompressible flow, i.e. D(ρui)/Dt ≈ 0, the Navier–Stokes equation simplifies to the Stokes equation, which by neglecting the bulk term is: + + μ ∇ 2 u i − ∂ i p = 0 , {\displaystyle \mu \nabla ^{2}u_{i}-\partial _{i}p=0\,,} + +where μ is the viscosity, ui is the velocity in the i direction, and p is the pressure. Assuming the viscous resisting force is linear with the velocity we may write: + + − ( k − 1 ) i j μ φ u j − ∂ i p = 0 , {\displaystyle -\left(k^{-1}\right)_{ij}\mu \varphi u_{j}-\partial _{i}p=0\,,} + +where φ is the porosity, and kij is the second order permeability tensor. This gives the velocity in the n direction, + + k n i ( k − 1 ) i j u j = δ n j u j = u n = − k n i φ μ ∂ i p , {\displaystyle k_{ni}\left(k^{-1}\right)_{ij}u_{j}=\delta _{nj}u_{j}=u_{n}=-{\frac {k_{ni}}{\varphi \mu }}\partial _{i}p\,,} + +which gives Darcy's law for the volumetric flux density in the n direction, + + q n = − k n i μ ∂ i p . {\displaystyle q_{n}=-{\frac {k_{ni}}{\mu }}\,\partial _{i}p\,.} + +In isotropic porous media the off-diagonal elements in the permeability tensor are zero, kij = 0 for i ≠ j and the diagonal elements are identical, kii = k, and the common form is obtained as below, which enables the determination of the liquid flow velocity by solving a set of equations in a given region. [4] + + q = − k μ ∇ p . {\displaystyle {\boldsymbol {q}}=-{\frac {k}{\mu }}\,{\boldsymbol {\nabla }}p\,.} + +The above equation is a governing equation for single-phase fluid flow in a porous medium. +Use in petroleum engineering + +Another derivation of Darcy's law is used extensively in petroleum engineering to determine the flow through permeable media — the most simple of which is for a one-dimensional, homogeneous rock formation with a single fluid phase and constant fluid viscosity. + +Almost all oil reservoirs have a water zone below the oil leg, and some have also a gas cap above the oil leg. When the reservoir pressure drops due to oil production, water flows into the oil zone from below, and gas flows into the oil zone from above (if the gas cap exists), and we get a simultaneous flow and immiscible mixing of all fluid phases in the oil zone. The operator of the oil field may also inject water (and/or gas) in order to improve oil production. The petroleum industry is therefore using a generalized Darcy equation for multiphase flow that was developed by Muskat et alios. Because Darcy's name is so widespread and strongly associated with flow in porous media, the multiphase equation is denoted Darcy's law for multiphase flow or generalized Darcy equation (or law) or simply Darcy's equation (or law) or simply flow equation if the context says that the text is discussing the multiphase equation of Muskat et alios. Multiphase flow in oil and gas reservoirs is a comprehensive topic, and one of many articles about this topic is Darcy's law for multiphase flow. +Use in coffee brewing + +A number of papers have utilized Darcy's law to model the physics of brewing in a moka pot, specifically how the hot water percolates through the coffee grinds under pressure, starting with a 2001 paper by Varlamov and Balestrino,[5] and continuing with a 2007 paper by Gianino,[6] a 2008 paper by Navarini et al.[7], and a 2008 paper by W. King.[8] The papers will either take the coffee permeability to be constant as a simplification or will measure change through the brewing process. +Additional forms +Differential expression + +Darcy's law can be expressed very generally as: + + q = − K ∇ h {\displaystyle \mathbf {q} =-K\nabla h} + +where q is the volume flux vector of the fluid at a particular point in the medium, h is the total hydraulic head, and K is the hydraulic conductivity tensor, at that point. The hydraulic conductivity can often be approximated as a scalar. (Note the analogy to Ohm's law in electrostatics. The flux vector is analogous to the current density, head is analogous to voltage, and hydraulic conductivity is analogous to electrical conductivity.) +Quadratic law + +For flows in porous media with Reynolds numbers greater than about 1 to 10, inertial effects can also become significant. Sometimes an inertial term is added to the Darcy's equation, known as Forchheimer term. This term is able to account for the non-linear behavior of the pressure difference vs flow data.[9] + + ∂ p ∂ x = − μ k q − ρ k 1 q 2 , {\displaystyle {\frac {\partial p}{\partial x}}=-{\frac {\mu }{k}}q-{\frac {\rho }{k_{1}}}q^{2}\,,} + +where the additional term k1 is known as inertial permeability. + +The flow in the middle of a sandstone reservoir is so slow that Forchheimer's equation is usually not needed, but the gas flow into a gas production well may be high enough to justify use of Forchheimer's equation. In this case, the inflow performance calculations for the well, not the grid cell of the 3D model, is based on the Forchheimer equation. The effect of this is that an additional rate-dependent skin appears in the inflow performance formula. + +Some carbonate reservoirs have many fractures, and Darcy's equation for multiphase flow is generalized in order to govern both flow in fractures and flow in the matrix (i.e. the traditional porous rock). The irregular surface of the fracture walls and high flow rate in the fractures may justify the use of Forchheimer's equation. +Correction for gases in fine media (Knudsen diffusion or Klinkenberg effect) + +For gas flow in small characteristic dimensions (e.g., very fine sand, nanoporous structures etc.), the particle-wall interactions become more frequent, giving rise to additional wall friction (Knudsen friction). For a flow in this region, where both viscous and Knudsen friction are present, a new formulation needs to be used. Knudsen presented a semi-empirical model for flow in transition regime based on his experiments on small capillaries.[10][11] For a porous medium, the Knudsen equation can be given as[11] + + N = − ( k μ p a + p b 2 + D K e f f ) 1 R g T p b − p a L , {\displaystyle N=-\left({\frac {k}{\mu }}{\frac {p_{a}+p_{b}}{2}}+D_{\mathrm {K} }^{\mathrm {eff} }\right){\frac {1}{R_{\mathrm {g} }T}}{\frac {p_{\mathrm {b} }-p_{\mathrm {a} }}{L}}\,,} + +where N is the molar flux, Rg is the gas constant, T is the temperature, Deff +K is the effective Knudsen diffusivity of the porous media. The model can also be derived from the first-principle-based binary friction model (BFM).[12][13] The differential equation of transition flow in porous media based on BFM is given as[12] + + ∂ p ∂ x = − R g T ( k p μ + D K ) − 1 N . {\displaystyle {\frac {\partial p}{\partial x}}=-R_{\mathrm {g} }T\left({\frac {kp}{\mu }}+D_{\mathrm {K} }\right)^{-1}N\,.} + +This equation is valid for capillaries as well as porous media. The terminology of the Knudsen effect and Knudsen diffusivity is more common in mechanical and chemical engineering. In geological and petrochemical engineering, this effect is known as the Klinkenberg effect. Using the definition of molar flux, the above equation can be rewritten as + + ∂ p ∂ x = − R g T ( k p μ + D K ) − 1 p R g T q . {\displaystyle {\frac {\partial p}{\partial x}}=-R_{\mathrm {g} }T\left({\frac {kp}{\mu }}+D_{\mathrm {K} }\right)^{-1}{\dfrac {p}{R_{\mathrm {g} }T}}q\,.} + +This equation can be rearranged into the following equation + + q = − k μ ( 1 + D K μ k 1 p ) ∂ p ∂ x . {\displaystyle q=-{\frac {k}{\mu }}\left(1+{\frac {D_{\mathrm {K} }\mu }{k}}{\frac {1}{p}}\right){\frac {\partial p}{\partial x}}\,.} + +Comparing this equation with conventional Darcy's law, a new formulation can be given as + + q = − k e f f μ ∂ p ∂ x , {\displaystyle q=-{\frac {k^{\mathrm {eff} }}{\mu }}{\frac {\partial p}{\partial x}}\,,} + +where + + k e f f = k ( 1 + D K μ k 1 p ) . {\displaystyle k^{\mathrm {eff} }=k\left(1+{\frac {D_{\mathrm {K} }\mu }{k}}{\frac {1}{p}}\right)\,.} + +This is equivalent to the effective permeability formulation proposed by Klinkenberg:[14] + + k e f f = k ( 1 + b p ) . {\displaystyle k^{\mathrm {eff} }=k\left(1+{\frac {b}{p}}\right)\,.} + +where b is known as the Klinkenberg parameter, which depends on the gas and the porous medium structure. This is quite evident if we compare the above formulations. The Klinkenberg parameter b is dependent on permeability, Knudsen diffusivity and viscosity (i.e., both gas and porous medium properties). +Darcy's law for short time scales + +For very short time scales, a time derivative of flux may be added to Darcy's law, which results in valid solutions at very small times (in heat transfer, this is called the modified form of Fourier's law), + + τ ∂ q ∂ t + q = − k ∇ h , {\displaystyle \tau {\frac {\partial q}{\partial t}}+q=-k\nabla h\,,} + +where τ is a very small time constant which causes this equation to reduce to the normal form of Darcy's law at "normal" times (> nanoseconds). The main reason for doing this is that the regular groundwater flow equation (diffusion equation) leads to singularities at constant head boundaries at very small times. This form is more mathematically rigorous but leads to a hyperbolic groundwater flow equation, which is more difficult to solve and is only useful at very small times, typically out of the realm of practical use. +Brinkman form of Darcy's law + +Another extension to the traditional form of Darcy's law is the Brinkman term, which is used to account for transitional flow between boundaries (introduced by Brinkman in 1949[15]), + + − β ∇ 2 q + q = − k μ ∇ p , {\displaystyle -\beta \nabla ^{2}q+q=-{\frac {k}{\mu }}\nabla p\,,} + +where β is an effective viscosity term. This correction term accounts for flow through medium where the grains of the media are porous themselves, but is difficult to use, and is typically neglected. +Validity of Darcy's law + +Darcy's law is valid for laminar flow through sediments. In fine-grained sediments, the dimensions of interstices are small and thus flow is laminar. Coarse-grained sediments also behave similarly but in very coarse-grained sediments the flow may be turbulent.[16] Hence Darcy's law is not always valid in such sediments. For flow through commercial circular pipes, the flow is laminar when Reynolds number is less than 2000 and turbulent when it is more than 4000, but in some sediments, it has been found that flow is laminar when the value of Reynolds number is less than 1.[17] +See also + + The darcy, a unit of fluid permeability + Hydrogeology + Groundwater flow equation + Mathematical model + Black-oil equations + +References + +Darcy, H. (1856). Les fontaines publiques de la ville de Dijon. Paris: Dalmont. +Whitaker, S. (1986). "Flow in porous media I: A theoretical derivation of Darcy's law". Transport in Porous Media. 1: 3–25. doi:10.1007/BF01036523. S2CID 121904058. +Read "Memorial Tributes: Volume 14" at NAP.edu. 2011. doi:10.17226/12884. ISBN 978-0-309-15218-1. +Tailoring Porous Media For Controllable Capillary Flow Journal of Colloid and Interface Science 539 (2019) 379–387 +A. Varlamov and G. Balestrino, “La fisica di un buon caffè,” Il Nuovo Saggiatore 17􏰁3-4􏰀, 59–66 􏰁2001􏰀. +Gianino, Concetto. Experimental analysis of the Italian coffee pot "moka". American Journal of Physics (2007) +"Experimental investigation of steam pressure coffee extraction in a stove-top coffee maker" L. Navarini, E. Nobile, F. Pinto, A. Scheri, F. Suggi-Liverani +King, Warren. "The physics of a stove-top espresso machine". American Journal of Physics (2008) +Bejan, A. (1984). Convection Heat Transfer. John Wiley & Sons. +Cunningham, R. E.; Williams, R. J. J. (1980). Diffusion in Gases and Porous Media. New York: Plenum Press. +Carrigy, N.; Pant, L. M.; Mitra, S. K.; Secanell, M. (2013). "Knudsen diffusivity and permeability of pemfc microporous coated gas diffusion layers for different polytetrafluoroethylene loadings". Journal of the Electrochemical Society. 160 (2): F81–89. doi:10.1149/2.036302jes. +Pant, L. M.; Mitra, S. K.; Secanell, M. (2012). "Absolute permeability and Knudsen diffusivity measurements in PEMFC gas diffusion layers and micro porous layers". Journal of Power Sources. 206: 153–160. doi:10.1016/j.jpowsour.2012.01.099. +Kerkhof, P. (1996). "A modified Maxwell–Stefan model for transport through inert membranes: The binary friction model". Chemical Engineering Journal and the Biochemical Engineering Journal. 64 (3): 319–343. doi:10.1016/S0923-0467(96)03134-X. +Klinkenberg, L. J. (1941). "The permeability of porous media to liquids and gases". Drilling and Production Practice. American Petroleum Institute. pp. 200–213. +Brinkman, H. C. (1949). "A calculation of the viscous force exerted by a flowing fluid on a dense swarm of particles". Applied Scientific Research. 1: 27–34. CiteSeerX 10.1.1.454.3769. doi:10.1007/BF02120313. +Jin, Y.; Uth, M.-F.; Kuznetsov, A. V.; Herwig, H. (2 February 2015). "Numerical investigation of the possibility of macroscopic turbulence in porous media: a direct numerical simulation study". Journal of Fluid Mechanics. 766: 76–103. Bibcode:2015JFM...766...76J. doi:10.1017/jfm.2015.9. S2CID 119946306. + + Arora, K. R. (1989). Soil Mechanics and Foundation Engineering. Standard Publishers. + + vte + +Hydrogeology +Physical aquifer properties + + hydraulic head hydraulic conductivity storativity permeability porosity water content + +Governing equations + + Darcy's law Groundwater flow equation Theis equation Thiem equation Hooghoudt equation + +icon Geology portal +Categories: + + WaterCivil engineeringSoil mechanicsSoil physicsHydrologyTransport phenomena + + This page was last edited on 13 June 2023, at 17:56 (UTC). + site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +Geology + +Earth's interior + +Atmospheric science + +Earth's magnetic field + +Hydrology + +Ecology + +Physical geography + +Methodology + +Earth's spheres + + Earth science breakup + +See also + +References + + Sources + Further reading + External links + +Earth science + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia +The rocky side of a mountain creek in Costa Rica + +Earth science or geoscience includes all fields of natural science related to the planet Earth.[1] This is a branch of science dealing with the physical, chemical, and biological complex constitutions and synergistic linkages of Earth's four spheres: the biosphere, hydrosphere, atmosphere, and geosphere (or lithosphere). Earth science can be considered to be a branch of planetary science, but with a much older history. + +There are reductionist and holistic approaches to Earth sciences. It is also the study of Earth and its neighbors in space. Some Earth scientists use their knowledge of the planet to locate and develop energy and mineral resources. Others study the impact of human activity on Earth's environment, and design methods to protect the planet. Some use their knowledge about Earth processes such as volcanoes, earthquakes, and hurricanes to help protect people from these dangerous events. + +Earth sciences can include the study of geology, the lithosphere, and the large-scale structure of Earth's interior, as well as the atmosphere, hydrosphere, and biosphere. Typically, Earth scientists use tools from geology, chronology, physics, chemistry, geography, biology, and mathematics to build a quantitative understanding of how Earth works and evolves. For example, meteorologists study the weather and watch for dangerous storms. Hydrologists examine water and warn of floods. Seismologists study earthquakes and try to understand where they will strike. Geologists study rocks and help to locate useful minerals. Earth scientists often work in the field—perhaps climbing mountains, exploring the seabed, crawling through caves, or wading in swamps. They measure and collect samples (such as rocks or river water), then record their findings on charts and maps. +Geology +Main article: Geology +Layers of sedimentary rock in Makhtesh Ramon + +Geology is the study of the lithosphere, or Earth's surface, including the crust and rocks. It includes the physical characteristics and processes that occur in the lithosphere as well as how they are affected by geothermal energy. It incorporates aspects of chemistry, physics, and biology as elements of geology interact. Historical geology is the application of geology to interpret Earth history and how it has changed over time. Geochemistry studies the chemical components and processes of the Earth. Geophysics studies the physical properties of the Earth. Paleontology studies fossilized biological material in the lithosphere. Planetary geology studies geology as it pertains to extraterrestrial bodies. Geomorphology studies the origin of landscapes. Structural geology studies the deformation of rocks to produce mountains and lowlands. Resource geology studies how energy resources can be obtained from minerals. Environmental geology studies how pollution and contaminants affect soil and rock.[2] Mineralogy is the study of minerals. It includes the study of mineral formation, crystal structure, hazards associated with minerals, and the physical and chemical properties of minerals.[3] Petrology is the study of rocks, including the formation and composition of rocks. Petrography is a branch of petrology that studies the typology and classification of rocks.[4] +Earth's interior + +This section may contain material unrelated or insufficiently related to the topic of the article. Please help improve this section or discuss this issue on the talk page. (August 2022) (Learn how and when to remove this template message) +A volcanic eruption is the release of stored energy from below Earth's surface.[5] +Main article: Structure of Earth + +Plate tectonics, mountain ranges, volcanoes, and earthquakes are geological phenomena that can be explained in terms of physical and chemical processes in the Earth's crust.[6] Beneath the Earth's crust lies the mantle which is heated by the radioactive decay of heavy elements. The mantle is not quite solid and consists of magma which is in a state of semi-perpetual convection. This convection process causes the lithospheric plates to move, albeit slowly. The resulting process is known as plate tectonics.[7][8][9][10] Areas of the crust where new crust is created are called divergent boundaries, those where it is brought back into the Earth are convergent boundaries and those where plates slide past each other, but no new lithospheric material is created or destroyed, are referred to as transform (or conservative) boundaries[8][10][11] Earthquakes result from the movement of the lithospheric plates, and they often occur near convergent boundaries where parts of the crust are forced into the earth as part of subduction.[12] + +Plate tectonics might be thought of as the process by which the Earth is resurfaced. As the result of seafloor spreading, new crust and lithosphere is created by the flow of magma from the mantle to the near surface, through fissures, where it cools and solidifies. Through subduction, oceanic crust and lithosphere returns to the convecting mantle.[8][10][13] Volcanoes result primarily from the melting of subducted crust material. Crust material that is forced into the asthenosphere melts, and some portion of the melted material becomes light enough to rise to the surface—giving birth to volcanoes.[8][12] +Atmospheric science + +This section may contain material unrelated or insufficiently related to the topic of the article. Please help improve this section or discuss this issue on the talk page. (August 2022) (Learn how and when to remove this template message) +Main article: Atmospheric science +The magnetosphere shields the surface of Earth from the charged particles of the solar wind. +(image not to scale.) + +Atmospheric science initially developed in the late-19th century as a means to forecast the weather through meteorology, the study of weather. Atmospheric chemistry was developed in the 20th century to measure air pollution and expanded in the 1970s in response to acid rain. Climatology studies the climate and climate change.[14] + +The troposphere, stratosphere, mesosphere, thermosphere, and exosphere are the five layers which make up Earth's atmosphere. 75% of the mass in the atmosphere is located within the troposphere, the lowest layer. In all, the atmosphere is made up of about 78.0% nitrogen, 20.9% oxygen, and 0.92% argon, and small amounts of other gases including CO2 and water vapor.[15] Water vapor and CO2 cause the Earth's atmosphere to catch and hold the Sun's energy through the greenhouse effect.[16] This makes Earth's surface warm enough for liquid water and life. In addition to trapping heat, the atmosphere also protects living organisms by shielding the Earth's surface from cosmic rays.[17] The magnetic field—created by the internal motions of the core—produces the magnetosphere which protects Earth's atmosphere from the solar wind.[18] As the Earth is 4.5 billion years old,[19][20] it would have lost its atmosphere by now if there were no protective magnetosphere. +Earth's magnetic field +This section is an excerpt from Earth's magnetic field.[edit] +Computer simulation of Earth's field in a period of normal polarity between reversals.[21] The lines represent magnetic field lines, blue when the field points towards the center and yellow when away. The rotation axis of Earth is centered and vertical. The dense clusters of lines are within Earth's core.[22] + +Earth's magnetic field, also known as the geomagnetic field, is the magnetic field that extends from Earth's interior out into space, where it interacts with the solar wind, a stream of charged particles emanating from the Sun. The magnetic field is generated by electric currents due to the motion of convection currents of a mixture of molten iron and nickel in Earth's outer core: these convection currents are caused by heat escaping from the core, a natural process called a geodynamo. + +The magnitude of Earth's magnetic field at its surface ranges from 25 to 65 μT (0.25 to 0.65 G).[23] As an approximation, it is represented by a field of a magnetic dipole currently tilted at an angle of about 11° with respect to Earth's rotational axis, as if there were an enormous bar magnet placed at that angle through the center of Earth. The North geomagnetic pole actually represents the South pole of Earth's magnetic field, and conversely the South geomagnetic pole corresponds to the north pole of Earth's magnetic field (because opposite magnetic poles attract and the north end of a magnet, like a compass needle, points toward Earth's South magnetic field, i.e., the North geomagnetic pole near the Geographic North Pole). As of 2015, the North geomagnetic pole was located on Ellesmere Island, Nunavut, Canada. + +While the North and South magnetic poles are usually located near the geographic poles, they slowly and continuously move over geological time scales, but sufficiently slowly for ordinary compasses to remain useful for navigation. However, at irregular intervals averaging several hundred thousand years, Earth's field reverses and the North and South Magnetic Poles respectively, abruptly switch places. These reversals of the geomagnetic poles leave a record in rocks that are of value to paleomagnetists in calculating geomagnetic fields in the past. Such information in turn is helpful in studying the motions of continents and ocean floors in the process of plate tectonics. +The magnetosphere is the region above the ionosphere that is defined by the extent of Earth's magnetic field in space. It extends several tens of thousands of kilometres into space, protecting Earth from the charged particles of the solar wind and cosmic rays that would otherwise strip away the upper atmosphere, including the ozone layer that protects Earth from harmful ultraviolet radiation. +Hydrology +Main article: Hydrology +Movement of water through the water cycle + +Hydrology is the study of the hydrosphere and the movement of water on Earth. It emphasizes the study of how humans use and interact with freshwater supplies. Study of water's movement is closely related to geomorphology and other branches of Earth science. Applied hydrology involves engineering to maintain aquatic environments and distribute water supplies. Subdisciplines of hydrology include oceanography, hydrogeology, ecohydrology, and glaciology. Oceanography is the study of oceans.[24] Hydrogeology is the study of groundwater. It includes the mapping of groundwater supplies and the analysis of groundwater contaminants. Applied hydrogeology seeks to prevent contamination of groundwater and mineral springs and make it available as drinking water. The earliest exploitation of groundwater resources dates back to 3000 BC, and hydrogeology as a science was developed by hydrologists beginning in the 17th century.[25] Ecohydrology is the study of ecological systems in the hydrosphere. It can be divided into the physical study of aquatic ecosystems and the biological study of aquatic organisms. Ecohydrology includes the effects that organisms and aquatic ecosystems have on one another as well as how these ecoystems are affected by humans.[26] Glaciology is the study of the cryosphere, including glaciers and coverage of the Earth by ice and snow. Concerns of glaciology include access to glacial freshwater, mitigation of glacial hazards, obtaining resources that exist beneath frozen land, and addressing the effects of climate change on the cryosphere.[27] +Ecology +Main article: Ecology + +Ecology is the study of the biosphere. This includes the study of nature and of how living things interact with the Earth and one another. It considers how living things use resources such as oxygen, water, and nutrients from the Earth to sustain themselves. It also considers how humans and other living creatures cause changes to nature.[28] +Physical geography +Main article: Physical geography + +Physical geography is the study of Earth's systems and how they interact with one another as part of a single self-contained system. It incorporates astronomy, mathematical geography, meteorology, climatology, geology, geomorphology, biology, biogeography, pedology, and soils geography. Physical geography is distinct from human geography, which studies the human populations on Earth, though it does include human effects on the environment.[29] +Methodology + +This section does not cite any sources. Please help improve this section by adding citations to reliable sources. Unsourced material may be challenged and removed. (August 2022) (Learn how and when to remove this template message) + +Methodologies vary depending on the nature of the subjects being studied. Studies typically fall into one of three categories: observational, experimental, or theoretical. Earth scientists often conduct sophisticated computer analysis or visit an interesting location to study earth phenomena (e.g. Antarctica or hot spot island chains). + +A foundational idea in Earth science is the notion of uniformitarianism, which states that "ancient geologic features are interpreted by understanding active processes that are readily observed." In other words, any geologic processes at work in the present have operated in the same ways throughout geologic time. This enables those who study Earth history to apply knowledge of how the Earth's processes operate in the present to gain insight into how the planet has evolved and changed throughout long history. +Earth's spheres +Nature timeline +This box: + + viewtalkedit + +−13 — +– +−12 — +– +−11 — +– +−10 — +– +−9 — +– +−8 — +– +−7 — +– +−6 — +– +−5 — +– +−4 — +– +−3 — +– +−2 — +– +−1 — +– +0 — + +Dark Ages +Reionization +Matter-dominated +era +Accelerated expansion +Water on Earth +Single-celled life +Photosynthesis +Multicellular +life +Vertebrates + +← +Earliest Universe +← +Earliest stars +← +Earliest galaxy +← +Earliest quasar / black hole +← +Omega Centauri +← +Andromeda Galaxy +← +Milky Way spirals +← +NGC 188 star cluster +← +Alpha Centauri +← +Earth / Solar System +← +Earliest known life +← +Earliest oxygen +← +Atmospheric oxygen +← +Sexual reproduction +← +Earliest fungi +← +Earliest animals / plants +← +Cambrian explosion +← +Earliest mammals +← +Earliest apes / humans +L +i +f +e +(billion years ago) + +This article is in list format but may read better as prose. You can help by converting this article, if appropriate. Editing help is available. (August 2022) + +Earth science generally recognizes four spheres, the lithosphere, the hydrosphere, the atmosphere, and the biosphere;[30] these correspond to rocks, water, air and life. Also included by some are the cryosphere (corresponding to ice) as a distinct portion of the hydrosphere and the pedosphere (corresponding to soil) as an active and intermixed sphere. The following fields of science are generally categorized within the Earth sciences: + + Geology describes the rocky parts of the Earth's crust (or lithosphere) and its historic development. Major subdisciplines are mineralogy and petrology, geomorphology, paleontology, stratigraphy, structural geology, engineering geology, and sedimentology.[31][32] + Physical geography focuses on geography as an Earth science. Physical geography is the study of Earth's seasons, climate, atmosphere, soil, streams, landforms, and oceans. Physical geography can be divided into several branches or related fields, as follows: geomorphology, biogeography, environmental geography, palaeogeography, climatology, meteorology, coastal geography, hydrology, ecology, glaciology.[citation needed] + Geophysics and geodesy investigate the shape of the Earth, its reaction to forces and its magnetic and gravity fields. Geophysicists explore the Earth's core and mantle as well as the tectonic and seismic activity of the lithosphere.[32][33][34] Geophysics is commonly used to supplement the work of geologists in developing a comprehensive understanding of crustal geology, particularly in mineral and petroleum exploration. Seismologists use geophysics to understand plate tectonic movement, as well as predict seismic activity. + Geochemistry is defined as the study of the processes that control the abundance, composition, and distribution of chemical compounds and isotopes in geologic environments. Geochemists use the tools and principles of chemistry to study the composition, structure, processes, and other physical aspects of the Earth. Major subdisciplines are aqueous geochemistry, cosmochemistry, isotope geochemistry and biogeochemistry. + Soil science covers the outermost layer of the Earth's crust that is subject to soil formation processes (or pedosphere).[35] Major subdivisions in this field of study include edaphology and pedology.[36] + Ecology covers the interactions between organisms and their environment. This field of study differentiates the study of Earth from the study of other planets in the Solar System, Earth being its only planet teeming with life. + Hydrology, oceanography and limnology are studies which focus on the movement, distribution, and quality of the water and involves all the components of the hydrologic cycle on the Earth and its atmosphere (or hydrosphere). "Sub-disciplines of hydrology include hydrometeorology, surface water hydrology, hydrogeology, watershed science, forest hydrology, and water chemistry."[37] + Glaciology covers the icy parts of the Earth (or cryosphere). + Atmospheric sciences cover the gaseous parts of the Earth (or atmosphere) between the surface and the exosphere (about 1000 km). Major subdisciplines include meteorology, climatology, atmospheric chemistry, and atmospheric physics. + +Earth science breakup +Main article: Outline of Earth sciences + +Atmosphere + + Atmospheric chemistry + Geography + Climatology + Meteorology + Hydrometeorology + Paleoclimatology + +Biosphere + + Biogeochemistry + Biogeography + Ecology + Landscape ecology + Geoarchaeology + Geomicrobiology + Paleontology + Palynology + Micropaleontology + +Hydrosphere + + Hydrology + Hydrogeology + Limnology (freshwater science) + Oceanography (marine science) + Chemical oceanography + Physical oceanography + Biological oceanography (marine biology) + Geological oceanography (marine geology) + Paleoceanography + +Lithosphere (geosphere) + + Geology + Economic geology + Engineering geology + Environmental geology + Forensic geology + Historical geology + Quaternary geology + Planetary geology and planetary geography + Sedimentology + Stratigraphy + Structural geology + Geography + Human geography + Physical geography + Geochemistry + Geomorphology + Geophysics + Geochronology + Geodynamics (see also Tectonics) + Geomagnetism + Gravimetry (also part of Geodesy) + Seismology + Glaciology + Hydrogeology + Mineralogy + Crystallography + Gemology + Petrology + Petrophysics + Speleology + Volcanology + +Pedosphere + + Geography + Soil science + Edaphology + Pedology + +Systems + + Earth system science + Environmental science + Geography + Human geography + Physical geography + Gaia hypothesis + Systems ecology + Systems geology + +Others + + Geography + Cartography + Geoinformatics (GIScience) + Geostatistics + Geodesy and Surveying + Remote Sensing + Hydrography + Nanogeoscience + +See also + + Earth sciences portaliconEnvironment portaliconEcology portalWorld portal + + American Geosciences Institute + Earth sciences graphics software + Glossary of geology terms + List of Earth scientists + List of geoscience organizations + List of unsolved problems in geoscience + Making North America (2015 PBS film) + National Association of Geoscience Teachers + Solid-earth science + Science tourism + Structure of the Earth + +References + +"Earth sciences | Definition, Topics, & Facts | Britannica". www.britannica.com. Retrieved 2023-08-19. +Smith & Pun 2006, pp. 14–16. +Haldar 2020, p. 109. +Haldar 2020, p. 145. +Encyclopedia of Volcanoes, Academic Press, London, 2000 +"Earth's Energy Budget". ou.edu. Archived from the original on 2008-08-27. Retrieved 2007-06-20. +Simison 2007, paragraph 7 +Adams & Lambert 2006, pp. 94–95, 100, 102 +Smith & Pun 2006, pp. 13–17, 218, G-6 +Oldroyd 2006, pp. 101, 103, 104 +Smith & Pun 2006, p. 331 +Smith & Pun 2006, pp. 325–26, 329 +Smith & Pun 2006, p. 327 +Wallace, John M.; Hobbs, Peter V. (2006). Atmospheric Science: An Introductory Survey (2nd ed.). Elsevier Science. pp. 1–3. ISBN 9780080499536. +Adams & Lambert 2006, pp. 107–08 +American Heritage, p. 770 +Parker, Eugene (March 2006), Shielding Space (PDF), Scientific American, archived from the original (PDF) on 2016-01-01, retrieved 2017-05-24 +Adams & Lambert 2006, pp. 21–22 +Smith & Pun 2006, p. 183 +"How Did Scientists Calculate the Age of Earth?". education.nationalgeographic.org. Retrieved 2023-08-19. +Glatzmaier, Gary A.; Roberts, Paul H. (1995). "A three-dimensional self-consistent computer simulation of a geomagnetic field reversal". Nature. 377 (6546): 203–209. Bibcode:1995Natur.377..203G. doi:10.1038/377203a0. S2CID 4265765. +Glatzmaier, Gary. "The Geodynamo". University of California Santa Cruz. Retrieved 20 October 2013. +Finlay, C. C.; Maus, S.; Beggan, C. D.; Bondar, T. N.; Chambodut, A.; Chernova, T. A.; Chulliat, A.; Golovkov, V. P.; Hamilton, B.; Hamoudi, M.; Holme, R.; Hulot, G.; Kuang, W.; Langlais, B.; Lesur, V.; Lowes, F. J.; Lühr, H.; Macmillan, S.; Mandea, M.; McLean, S.; Manoj, C.; Menvielle, M.; Michaelis, I.; Olsen, N.; Rauberg, J.; Rother, M.; Sabaka, T. J.; Tangborn, A.; Tøffner-Clausen, L.; Thébault, E.; Thomson, A. W. P.; Wardinski, I.; Wei, Z.; Zvereva, T. I. (December 2010). "International Geomagnetic Reference Field: the eleventh generation". Geophysical Journal International. 183 (3): 1216–1230. Bibcode:2010GeoJI.183.1216F. doi:10.1111/j.1365-246X.2010.04804.x. +Davie, Tim; Quinn, Nevil Wyndham (2019). Fundamentals of Hydrology (3rd ed.). Routledge. pp. 1–2. ISBN 9780203798942. +Hölting, Bernward; Coldewey, Wilhelm G. (2019). "Introduction". Hydrogeology (8th ed.). Springer. pp. 1–3. doi:10.1007/978-3-662-56375-5. ISBN 9783662563755. Archived from the original on 2022-08-16. Retrieved 2022-08-16. +Wood, Paul J.; Hannah, David M.; Sadler, Jonathan P. (2007). "Ecohydrology and Hydroecology: An Introduction". Hydroecology and Ecohydrology: Past, Present and Future. Wiley. pp. 1–6. ISBN 9780470010174. +Knight, Peter (1999). Glaciers. Taylor & Francis. p. 1. ISBN 9780748740000. +Ricklefs, Robert E.; Miller, Gary L. (2000). Ecology (4th ed.). W. H. Freeman. pp. 3–4. ISBN 9780716728290. +Petersen, James F.; Sack, Dorothy; Gabler, Robert E. (2014). Fundamentals of Physical Geography. Cengage Learning. pp. 2–3. ISBN 9781285969718. +Earth's Spheres Archived August 31, 2007, at the Wayback Machine. ©1997–2000. Wheeling Jesuit University/NASA Classroom of the Future. Retrieved November 11, 2007. +Adams & Lambert 2006, p. 20 +Smith & Pun 2006, p. 5 +"WordNet Search – 3.1". princeton.edu. Archived from the original on 2019-05-15. Retrieved 2010-10-13. +"NOAA National Ocean Service Education: Global Positioning Tutorial". noaa.gov. Archived from the original on 2005-05-08. Retrieved 2007-11-17. +Elissa Levine, 2001, The Pedosphere As A Hub broken link? +Gardiner, Duane T. "Lecture 1 Chapter 1 Why Study Soils?". ENV320: Soil Science Lecture Notes. Texas A&M University-Kingsville. Archived from the original on 2018-02-09. Retrieved 2019-01-07. + + Craig, Kendall. "Hydrology of the Watershed". Archived from the original on 2017-01-11. Retrieved 2017-04-04. + +Sources + + Adams, Simon; Lambert, David (2006). Earth Science: An illustrated guide to science. New York: Chelsea House. ISBN 978-0-8160-6164-8. + Haldar, S. K. (2020). Introduction to Mineralogy and Petrology (2nd ed.). Elsevier Science. ISBN 9780323851367. + American Heritage dictionary of the English language (4th ed.). Boston: Houghton Mifflin Company. 1992. ISBN 978-0-395-82517-4. + Simison, W. Brian (2007-02-05). "The mechanism behind plate tectonics". Archived from the original on 2007-11-12. Retrieved 2007-11-17. + Smith, Gary A.; Pun, Aurora (2006). How Does the Earth Work? Physical Geology and the Process of Science. Upper Saddle River, NJ: Pearson Prentice Hall. ISBN 978-0-13-034129-7. + Oldroyd, David (2006). Earth Cycles: A historical perspective. Westport, CT: Greenwood Press. ISBN 978-0-313-33229-6. + +Further reading + + Allaby M., 2008. Dictionary of Earth Sciences, Oxford University Press, ISBN 978-0-19-921194-4 + Korvin G., 1998. Fractal Models in the Earth Sciences, Elsvier, ISBN 978-0-444-88907-2 + "Earth's Energy Budget". Oklahoma Climatological Survey. 1996–2004. Archived from the original on 2007-11-17. Retrieved 2007-11-17. + Miller, George A.; Christiane Fellbaum; and Randee Tengi; and Pamela Wakefield; and Rajesh Poddar; and Helen Langone; Benjamin Haskell (2006). "WordNet Search 3.0". WordNet a lexical database for the English language. Princeton, NJ: Princeton University/Cognitive Science Laboratory. Archived from the original on 2011-01-01. Retrieved 2007-11-10. + "NOAA National Ocean Service Education: Geodesy". National Oceanic and Atmospheric Administration. 2005-03-08. Archived from the original on 2005-05-08. Retrieved 2007-11-17. + Reed, Christina (2008). Earth Science: Decade by Decade. New York: Facts on File. ISBN 978-0-8160-5533-3. + Tarbuck E. J., Lutgens F. K., and Tasa D., 2002. 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For other uses, see Ohm's acoustic law. +V, I, and R, the parameters of Ohm's law +Articles about +Electromagnetism +Solenoid + + Electricity Magnetism Optics History Textbooks + +Electrostatics +Magnetostatics +Electrodynamics +Electrical network + + Alternating current Capacitance Direct current Electric current Electrolysis Current density Joule heating Electromotive force Impedance Inductance Ohm's law Parallel circuit Resistance Resonant cavities Series circuit Voltage Waveguides + +Magnetic circuit +Covariant formulation +Scientists + + vte + +Ohm's law states that the current through a conductor between two points is directly proportional to the voltage across the two points. Introducing the constant of proportionality, the resistance,[1] one arrives at the three mathematical equations used to describe this relationship:[2] + +V = I R or I = V R or R = V I +{\displaystyle V=IR\quad {\text{or}}\quad I={\frac {V}{R}}\quad {\text{or}}\quad R={\frac {V}{I}}} + +where I is the current through the conductor, V is the voltage measured across the conductor and R is the resistance of the conductor. More specifically, Ohm's law states that the R in this relation is constant, independent of the current.[3] If the resistance is not constant, the previous equation cannot be called Ohm's law, but it can still be used as a definition of static/DC resistance.[4] Ohm's law is an empirical relation which accurately describes the conductivity of the vast majority of electrically conductive materials over many orders of magnitude of current. However some materials do not obey Ohm's law; these are called non-ohmic. + +The law was named after the German physicist Georg Ohm, who, in a treatise published in 1827, described measurements of applied voltage and current through simple electrical circuits containing various lengths of wire. Ohm explained his experimental results by a slightly more complex equation than the modern form above (see § History below). + +In physics, the term Ohm's law is also used to refer to various generalizations of the law; for example the vector form of the law used in electromagnetics and material science: + +J = σ E , +{\displaystyle \mathbf {J} =\sigma \mathbf {E} ,} + +where J is the current density at a given location in a resistive material, E is the electric field at that location, and σ (sigma) is a material-dependent parameter called the conductivity. This reformulation of Ohm's law is due to Gustav Kirchhoff.[5] +History +Georg Ohm + +In January 1781, before Georg Ohm's work, Henry Cavendish experimented with Leyden jars and glass tubes of varying diameter and length filled with salt solution. He measured the current by noting how strong a shock he felt as he completed the circuit with his body. Cavendish wrote that the "velocity" (current) varied directly as the "degree of electrification" (voltage). He did not communicate his results to other scientists at the time,[6] and his results were unknown until Maxwell published them in 1879.[7] + +Francis Ronalds delineated "intensity" (voltage) and "quantity" (current) for the dry pile—a high voltage source—in 1814 using a gold-leaf electrometer. He found for a dry pile that the relationship between the two parameters was not proportional under certain meteorological conditions.[8][9] + +Ohm did his work on resistance in the years 1825 and 1826, and published his results in 1827 as the book Die galvanische Kette, mathematisch bearbeitet ("The galvanic circuit investigated mathematically").[10] He drew considerable inspiration from Fourier's work on heat conduction in the theoretical explanation of his work. For experiments, he initially used voltaic piles, but later used a thermocouple as this provided a more stable voltage source in terms of internal resistance and constant voltage. He used a galvanometer to measure current, and knew that the voltage between the thermocouple terminals was proportional to the junction temperature. He then added test wires of varying length, diameter, and material to complete the circuit. He found that his data could be modeled through the equation +x = a b + ℓ , +{\displaystyle x={\frac {a}{b+\ell }},} +where x was the reading from the galvanometer, ℓ was the length of the test conductor, a depended on the thermocouple junction temperature, and b was a constant of the entire setup. From this, Ohm determined his law of proportionality and published his results. + +Internal resistance model + +In modern notation we would write, +I = E r + R , +{\displaystyle I={\frac {\mathcal {E}}{r+R}},} +where E {\mathcal {E}} is the open-circuit emf of the thermocouple, r r is the internal resistance of the thermocouple and R R is the resistance of the test wire. In terms of the length of the wire this becomes, +I = E r + R ℓ , +{\displaystyle I={\frac {\mathcal {E}}{r+{\mathcal {R}}\ell }},} +where R \mathcal R is the resistance of the test wire per unit length. Thus, Ohm's coefficients are, +a = E R , b = r R . +{\displaystyle a={\frac {\mathcal {E}}{\mathcal {R}}},\quad b={\frac {\mathcal {r}}{\mathcal {R}}}.} + +Ohm's law in Georg Ohm's lab book. + +Ohm's law was probably the most important of the early quantitative descriptions of the physics of electricity. We consider it almost obvious today. When Ohm first published his work, this was not the case; critics reacted to his treatment of the subject with hostility. They called his work a "web of naked fancies"[11] and the Minister of Education proclaimed that "a professor who preached such heresies was unworthy to teach science."[12] The prevailing scientific philosophy in Germany at the time asserted that experiments need not be performed to develop an understanding of nature because nature is so well ordered, and that scientific truths may be deduced through reasoning alone.[13] Also, Ohm's brother Martin, a mathematician, was battling the German educational system. These factors hindered the acceptance of Ohm's work, and his work did not become widely accepted until the 1840s. However, Ohm received recognition for his contributions to science well before he died. + +In the 1850s, Ohm's law was widely known and considered proved. Alternatives such as "Barlow's law", were discredited, in terms of real applications to telegraph system design, as discussed by Samuel F. B. Morse in 1855.[14] + +The electron was discovered in 1897 by J. J. Thomson, and it was quickly realized that it is the particle (charge carrier) that carries electric currents in electric circuits. In 1900 the first (classical) model of electrical conduction, the Drude model, was proposed by Paul Drude, which finally gave a scientific explanation for Ohm's law. In this model, a solid conductor consists of a stationary lattice of atoms (ions), with conduction electrons moving randomly in it. A voltage across a conductor causes an electric field, which accelerates the electrons in the direction of the electric field, causing a drift of electrons which is the electric current. However the electrons collide with atoms which causes them to scatter and randomizes their motion, thus converting kinetic energy to heat (thermal energy). Using statistical distributions, it can be shown that the average drift velocity of the electrons, and thus the current, is proportional to the electric field, and thus the voltage, over a wide range of voltages. + +The development of quantum mechanics in the 1920s modified this picture somewhat, but in modern theories the average drift velocity of electrons can still be shown to be proportional to the electric field, thus deriving Ohm's law. In 1927 Arnold Sommerfeld applied the quantum Fermi-Dirac distribution of electron energies to the Drude model, resulting in the free electron model. A year later, Felix Bloch showed that electrons move in waves (Bloch electrons) through a solid crystal lattice, so scattering off the lattice atoms as postulated in the Drude model is not a major process; the electrons scatter off impurity atoms and defects in the material. The final successor, the modern quantum band theory of solids, showed that the electrons in a solid cannot take on any energy as assumed in the Drude model but are restricted to energy bands, with gaps between them of energies that electrons are forbidden to have. The size of the band gap is a characteristic of a particular substance which has a great deal to do with its electrical resistivity, explaining why some substances are electrical conductors, some semiconductors, and some insulators. + +While the old term for electrical conductance, the mho (the inverse of the resistance unit ohm), is still used, a new name, the siemens, was adopted in 1971, honoring Ernst Werner von Siemens. The siemens is preferred in formal papers. + +In the 1920s, it was discovered that the current through a practical resistor actually has statistical fluctuations, which depend on temperature, even when voltage and resistance are exactly constant; this fluctuation, now known as Johnson–Nyquist noise, is due to the discrete nature of charge. This thermal effect implies that measurements of current and voltage that are taken over sufficiently short periods of time will yield ratios of V/I that fluctuate from the value of R implied by the time average or ensemble average of the measured current; Ohm's law remains correct for the average current, in the case of ordinary resistive materials. + +Ohm's work long preceded Maxwell's equations and any understanding of frequency-dependent effects in AC circuits. Modern developments in electromagnetic theory and circuit theory do not contradict Ohm's law when they are evaluated within the appropriate limits. +Scope + +Ohm's law is an empirical law, a generalization from many experiments that have shown that current is approximately proportional to electric field for most materials. It is less fundamental than Maxwell's equations and is not always obeyed. Any given material will break down under a strong-enough electric field, and some materials of interest in electrical engineering are "non-ohmic" under weak fields.[15][16] + +Ohm's law has been observed on a wide range of length scales. In the early 20th century, it was thought that Ohm's law would fail at the atomic scale, but experiments have not borne out this expectation. As of 2012, researchers have demonstrated that Ohm's law works for silicon wires as small as four atoms wide and one atom high.[17] +Microscopic origins +Drude Model electrons (shown here in blue) constantly bounce among heavier, stationary crystal ions (shown in red). +Main article: Drude model + +The dependence of the current density on the applied electric field is essentially quantum mechanical in nature; (see Classical and quantum conductivity.) A qualitative description leading to Ohm's law can be based upon classical mechanics using the Drude model developed by Paul Drude in 1900.[18][19] + +The Drude model treats electrons (or other charge carriers) like pinballs bouncing among the ions that make up the structure of the material. Electrons will be accelerated in the opposite direction to the electric field by the average electric field at their location. With each collision, though, the electron is deflected in a random direction with a velocity that is much larger than the velocity gained by the electric field. The net result is that electrons take a zigzag path due to the collisions, but generally drift in a direction opposing the electric field. + +The drift velocity then determines the electric current density and its relationship to E and is independent of the collisions. Drude calculated the average drift velocity from p = −eEτ where p is the average momentum, −e is the charge of the electron and τ is the average time between the collisions. Since both the momentum and the current density are proportional to the drift velocity, the current density becomes proportional to the applied electric field; this leads to Ohm's law. +Hydraulic analogy + +A hydraulic analogy is sometimes used to describe Ohm's law. Water pressure, measured by pascals (or PSI), is the analog of voltage because establishing a water pressure difference between two points along a (horizontal) pipe causes water to flow. The water volume flow rate, as in liters per second, is the analog of current, as in coulombs per second. Finally, flow restrictors—such as apertures placed in pipes between points where the water pressure is measured—are the analog of resistors. We say that the rate of water flow through an aperture restrictor is proportional to the difference in water pressure across the restrictor. Similarly, the rate of flow of electrical charge, that is, the electric current, through an electrical resistor is proportional to the difference in voltage measured across the resistor. More generally, the hydraulic head may be taken as the analog of voltage, and Ohm's law is then analogous to Darcy's law which relates hydraulic head to the volume flow rate via the hydraulic conductivity. + +Flow and pressure variables can be calculated in fluid flow network with the use of the hydraulic ohm analogy.[20][21] The method can be applied to both steady and transient flow situations. In the linear laminar flow region, Poiseuille's law describes the hydraulic resistance of a pipe, but in the turbulent flow region the pressure–flow relations become nonlinear. + +The hydraulic analogy to Ohm's law has been used, for example, to approximate blood flow through the circulatory system.[22] +Circuit analysis +Covering the unknown in the Ohm's law image mnemonic gives the formula in terms of the remaining parameters +Ohm's law wheel with international unit symbols + +In circuit analysis, three equivalent expressions of Ohm's law are used interchangeably: + +I = V R or V = I R or R = V I . +{\displaystyle I={\frac {V}{R}}\quad {\text{or}}\quad V=IR\quad {\text{or}}\quad R={\frac {V}{I}}.} + +Each equation is quoted by some sources as the defining relationship of Ohm's law,[2][23][24] or all three are quoted,[25] or derived from a proportional form,[26] or even just the two that do not correspond to Ohm's original statement may sometimes be given.[27][28] + +The interchangeability of the equation may be represented by a triangle, where V (voltage) is placed on the top section, the I (current) is placed to the left section, and the R (resistance) is placed to the right. The divider between the top and bottom sections indicates division (hence the division bar). + +Resistive circuits + +Resistors are circuit elements that impede the passage of electric charge in agreement with Ohm's law, and are designed to have a specific resistance value R. In schematic diagrams, a resistor is shown as a long rectangle or zig-zag symbol. An element (resistor or conductor) that behaves according to Ohm's law over some operating range is referred to as an ohmic device (or an ohmic resistor) because Ohm's law and a single value for the resistance suffice to describe the behavior of the device over that range. + +Ohm's law holds for circuits containing only resistive elements (no capacitances or inductances) for all forms of driving voltage or current, regardless of whether the driving voltage or current is constant (DC) or time-varying such as AC. At any instant of time Ohm's law is valid for such circuits. + +Resistors which are in series or in parallel may be grouped together into a single "equivalent resistance" in order to apply Ohm's law in analyzing the circuit. +Reactive circuits with time-varying signals + +When reactive elements such as capacitors, inductors, or transmission lines are involved in a circuit to which AC or time-varying voltage or current is applied, the relationship between voltage and current becomes the solution to a differential equation, so Ohm's law (as defined above) does not directly apply since that form contains only resistances having value R, not complex impedances which may contain capacitance (C) or inductance (L). + +Equations for time-invariant AC circuits take the same form as Ohm's law. However, the variables are generalized to complex numbers and the current and voltage waveforms are complex exponentials.[29] + +In this approach, a voltage or current waveform takes the form Aest, where t is time, s is a complex parameter, and A is a complex scalar. In any linear time-invariant system, all of the currents and voltages can be expressed with the same s parameter as the input to the system, allowing the time-varying complex exponential term to be canceled out and the system described algebraically in terms of the complex scalars in the current and voltage waveforms. + +The complex generalization of resistance is impedance, usually denoted Z; it can be shown that for an inductor, +Z = s L +{\displaystyle Z=sL} +and for a capacitor, +Z = 1 s C . +{\displaystyle Z={\frac {1}{sC}}.} + +We can now write, +V = Z I +{\displaystyle V=Z\,I} +where V and I are the complex scalars in the voltage and current respectively and Z is the complex impedance. + +This form of Ohm's law, with Z taking the place of R, generalizes the simpler form. When Z is complex, only the real part is responsible for dissipating heat. + +In a general AC circuit, Z varies strongly with the frequency parameter s, and so also will the relationship between voltage and current. + +For the common case of a steady sinusoid, the s parameter is taken to be j ω j\omega , corresponding to a complex sinusoid A e j ω t Ae^{{\mbox{ }}j\omega t}. The real parts of such complex current and voltage waveforms describe the actual sinusoidal currents and voltages in a circuit, which can be in different phases due to the different complex scalars. +Linear approximations +See also: Small-signal modeling and Network analysis (electrical circuits) § Small signal equivalent circuit + +Ohm's law is one of the basic equations used in the analysis of electrical circuits. It applies to both metal conductors and circuit components (resistors) specifically made for this behaviour. Both are ubiquitous in electrical engineering. Materials and components that obey Ohm's law are described as "ohmic"[30] which means they produce the same value for resistance (R = V/I) regardless of the value of V or I which is applied and whether the applied voltage or current is DC (direct current) of either positive or negative polarity or AC (alternating current). + +In a true ohmic device, the same value of resistance will be calculated from R = V/I regardless of the value of the applied voltage V. That is, the ratio of V/I is constant, and when current is plotted as a function of voltage the curve is linear (a straight line). If voltage is forced to some value V, then that voltage V divided by measured current I will equal R. Or if the current is forced to some value I, then the measured voltage V divided by that current I is also R. Since the plot of I versus V is a straight line, then it is also true that for any set of two different voltages V1 and V2 applied across a given device of resistance R, producing currents I1 = V1/R and I2 = V2/R, that the ratio (V1 − V2)/(I1 − I2) is also a constant equal to R. The operator "delta" (Δ) is used to represent a difference in a quantity, so we can write ΔV = V1 − V2 and ΔI = I1 − I2. Summarizing, for any truly ohmic device having resistance R, V/I = ΔV/ΔI = R for any applied voltage or current or for the difference between any set of applied voltages or currents. +The I–V curves of four devices: Two resistors, a diode, and a battery. The two resistors follow Ohm's law: The plot is a straight line through the origin. The other two devices do not follow Ohm's law. + +There are, however, components of electrical circuits which do not obey Ohm's law; that is, their relationship between current and voltage (their I–V curve) is nonlinear (or non-ohmic). An example is the p–n junction diode (curve at right). As seen in the figure, the current does not increase linearly with applied voltage for a diode. One can determine a value of current (I) for a given value of applied voltage (V) from the curve, but not from Ohm's law, since the value of "resistance" is not constant as a function of applied voltage. Further, the current only increases significantly if the applied voltage is positive, not negative. The ratio V/I for some point along the nonlinear curve is sometimes called the static, or chordal, or DC, resistance,[31][32] but as seen in the figure the value of total V over total I varies depending on the particular point along the nonlinear curve which is chosen. This means the "DC resistance" V/I at some point on the curve is not the same as what would be determined by applying an AC signal having peak amplitude ΔV volts or ΔI amps centered at that same point along the curve and measuring ΔV/ΔI. However, in some diode applications, the AC signal applied to the device is small and it is possible to analyze the circuit in terms of the dynamic, small-signal, or incremental resistance, defined as the one over the slope of the V–I curve at the average value (DC operating point) of the voltage (that is, one over the derivative of current with respect to voltage). For sufficiently small signals, the dynamic resistance allows the Ohm's law small signal resistance to be calculated as approximately one over the slope of a line drawn tangentially to the V–I curve at the DC operating point.[33] +Temperature effects + +Ohm's law has sometimes been stated as, "for a conductor in a given state, the electromotive force is proportional to the current produced." That is, that the resistance, the ratio of the applied electromotive force (or voltage) to the current, "does not vary with the current strength ." The qualifier "in a given state" is usually interpreted as meaning "at a constant temperature," since the resistivity of materials is usually temperature dependent. Because the conduction of current is related to Joule heating of the conducting body, according to Joule's first law, the temperature of a conducting body may change when it carries a current. The dependence of resistance on temperature therefore makes resistance depend upon the current in a typical experimental setup, making the law in this form difficult to directly verify. Maxwell and others worked out several methods to test the law experimentally in 1876, controlling for heating effects.[34] +Relation to heat conductions +See also: Conduction (heat) + +Ohm's principle predicts the flow of electrical charge (i.e. current) in electrical conductors when subjected to the influence of voltage differences; Jean-Baptiste-Joseph Fourier's principle predicts the flow of heat in heat conductors when subjected to the influence of temperature differences. + +The same equation describes both phenomena, the equation's variables taking on different meanings in the two cases. Specifically, solving a heat conduction (Fourier) problem with temperature (the driving "force") and flux of heat (the rate of flow of the driven "quantity", i.e. heat energy) variables also solves an analogous electrical conduction (Ohm) problem having electric potential (the driving "force") and electric current (the rate of flow of the driven "quantity", i.e. charge) variables. + +The basis of Fourier's work was his clear conception and definition of thermal conductivity. He assumed that, all else being the same, the flux of heat is strictly proportional to the gradient of temperature. Although undoubtedly true for small temperature gradients, strictly proportional behavior will be lost when real materials (e.g. ones having a thermal conductivity that is a function of temperature) are subjected to large temperature gradients. + +A similar assumption is made in the statement of Ohm's law: other things being alike, the strength of the current at each point is proportional to the gradient of electric potential. The accuracy of the assumption that flow is proportional to the gradient is more readily tested, using modern measurement methods, for the electrical case than for the heat case. +Other versions + +Ohm's law, in the form above, is an extremely useful equation in the field of electrical/electronic engineering because it describes how voltage, current and resistance are interrelated on a "macroscopic" level, that is, commonly, as circuit elements in an electrical circuit. Physicists who study the electrical properties of matter at the microscopic level use a closely related and more general vector equation, sometimes also referred to as Ohm's law, having variables that are closely related to the V, I, and R scalar variables of Ohm's law, but which are each functions of position within the conductor. Physicists often use this continuum form of Ohm's Law:[35] + +E = ρ J +{\displaystyle \mathbf {E} =\rho \mathbf {J} } + +where "E" is the electric field vector with units of volts per meter (analogous to "V" of Ohm's law which has units of volts), "J" is the current density vector with units of amperes per unit area (analogous to "I" of Ohm's law which has units of amperes), and "ρ" (Greek "rho") is the resistivity with units of ohm·meters (analogous to "R" of Ohm's law which has units of ohms). The above equation is sometimes written[36] as J = σE where "σ" (Greek "sigma") is the conductivity which is the reciprocal of ρ. +Current flowing through a uniform cylindrical conductor (such as a round wire) with a uniform field applied. + +The voltage between two points is defined as:[37] +Δ V = − ∫ E ⋅ d ℓ +{\displaystyle {\Delta V}=-\int {\mathbf {E} \cdot d{\boldsymbol {\ell }}}} +with d ℓ {\displaystyle d{\boldsymbol {\ell }}} the element of path along the integration of electric field vector E. If the applied E field is uniform and oriented along the length of the conductor as shown in the figure, then defining the voltage V in the usual convention of being opposite in direction to the field (see figure), and with the understanding that the voltage V is measured differentially across the length of the conductor allowing us to drop the Δ symbol, the above vector equation reduces to the scalar equation: + +V = E ℓ or E = V ℓ . +{\displaystyle V={E}{\ell }\ \ {\text{or}}\ \ E={\frac {V}{\ell }}.} + +Since the E field is uniform in the direction of wire length, for a conductor having uniformly consistent resistivity ρ, the current density J will also be uniform in any cross-sectional area and oriented in the direction of wire length, so we may write:[38] +J = I a . +{\displaystyle J={\frac {I}{a}}.} + +Substituting the above 2 results (for E and J respectively) into the continuum form shown at the beginning of this section: +V ℓ = I a ρ or V = I ρ ℓ a . +{\displaystyle {\frac {V}{\ell }}={\frac {I}{a}}\rho \qquad {\text{or}}\qquad V=I\rho {\frac {\ell }{a}}.} + +The electrical resistance of a uniform conductor is given in terms of resistivity by:[38] +R = ρ ℓ a +{\displaystyle {R}=\rho {\frac {\ell }{a}}} +where ℓ is the length of the conductor in SI units of meters, a is the cross-sectional area (for a round wire a = πr2 if r is radius) in units of meters squared, and ρ is the resistivity in units of ohm·meters. + +After substitution of R from the above equation into the equation preceding it, the continuum form of Ohm's law for a uniform field (and uniform current density) oriented along the length of the conductor reduces to the more familiar form: +V = I R . +{\displaystyle V=IR.} + +A perfect crystal lattice, with low enough thermal motion and no deviations from periodic structure, would have no resistivity,[39] but a real metal has crystallographic defects, impurities, multiple isotopes, and thermal motion of the atoms. Electrons scatter from all of these, resulting in resistance to their flow. + +The more complex generalized forms of Ohm's law are important to condensed matter physics, which studies the properties of matter and, in particular, its electronic structure. In broad terms, they fall under the topic of constitutive equations and the theory of transport coefficients. +Magnetic effects + +If an external B-field is present and the conductor is not at rest but moving at velocity v, then an extra term must be added to account for the current induced by the Lorentz force on the charge carriers. +J = σ ( E + v × B ) +{\displaystyle \mathbf {J} =\sigma (\mathbf {E} +\mathbf {v} \times \mathbf {B} )} + +In the rest frame of the moving conductor this term drops out because v = 0. There is no contradiction because the electric field in the rest frame differs from the E-field in the lab frame: E′ = E + v × B. Electric and magnetic fields are relative, see Lorentz transformation. + +If the current J is alternating because the applied voltage or E-field varies in time, then reactance must be added to resistance to account for self-inductance, see electrical impedance. The reactance may be strong if the frequency is high or the conductor is coiled. +Conductive fluids + +In a conductive fluid, such as a plasma, there is a similar effect. Consider a fluid moving with the velocity v \mathbf {v} in a magnetic field B \mathbf {B} . The relative motion induces an electric field E \mathbf {E} which exerts electric force on the charged particles giving rise to an electric current J \mathbf {J} . The equation of motion for the electron gas, with a number density n e n_{e}, is written as +m e n e d v e d t = − n e e E + n e m e ν ( v i − v e ) − e n e v e × B , +{\displaystyle m_{e}n_{e}{d\mathbf {v} _{e} \over dt}=-n_{e}e\mathbf {E} +n_{e}m_{e}\nu (\mathbf {v} _{i}-\mathbf {v} _{e})-en_{e}\mathbf {v} _{e}\times \mathbf {B} ,} + +where e e, m e m_{e} and v e {\displaystyle \mathbf {v} _{e}} are the charge, mass and velocity of the electrons, respectively. Also, ν \nu is the frequency of collisions of the electrons with ions which have a velocity field v i \mathbf {v} _{i}. Since, the electron has a very small mass compared with that of ions, we can ignore the left hand side of the above equation to write +σ ( E + v × B ) = J , +{\displaystyle \sigma (\mathbf {E} +\mathbf {v} \times \mathbf {B} )=\mathbf {J} ,} + +where we have used the definition of the current density, and also put σ = n e e 2 ν m e {\displaystyle \sigma ={n_{e}e^{2} \over \nu m_{e}}} which is the electrical conductivity. This equation can also be equivalently written as +E + v × B = ρ J , +{\displaystyle \mathbf {E} +\mathbf {v} \times \mathbf {B} =\rho \mathbf {J} ,} +where ρ = σ − 1 {\displaystyle \rho =\sigma ^{-1}} is the electrical resistivity. It is also common to write η \eta instead of ρ \rho which can be confusing since it is the same notation used for the magnetic diffusivity defined as η = 1 / μ 0 σ {\displaystyle \eta =1/\mu _{0}\sigma }. + +See also + + iconElectronics portal + + Fick's law of diffusion + Hopkinson's law ("Ohm's law for magnetics") + Maximum power transfer theorem + Norton's theorem + Electric power + Sheet resistance + Superposition theorem + Thermal noise + Thévenin's theorem + +References + +Consoliver, Earl L. & Mitchell, Grover I. (1920). Automotive Ignition Systems. McGraw-Hill. p. 4. +Millikan, Robert A.; Bishop, E. S. (1917). Elements of Electricity. American Technical Society. p. 54. +Heaviside, Oliver (1894). Electrical Papers. Vol. 1. Macmillan and Co. p. 283. ISBN 978-0-8218-2840-3. +Young, Hugh; Freedman, Roger (2008). Sears and Zemansky's University Physics: With Modern Physics. Vol. 2 (12 ed.). Pearson. p. 853. ISBN 978-0-321-50121-9. +Darrigol, Olivier (8 June 2000). Electrodynamics from Ampère to Einstein. Clarendon Press. p. 70. ISBN 9780198505945.. +Fleming, John Ambrose (1911). "Electricity" . In Chisholm, Hugh (ed.). Encyclopædia Britannica. Vol. 9 (11th ed.). Cambridge University Press. p. 182. +Bordeau, Sanford P. (1982). Volts to Hertz-- the Rise of Electricity: From the Compass to the Radio Through the Works of Sixteen Great Men of Science Whose Names are Used in Measuring Electricity and Magnetism. Burgess Publishing Company. pp. 86–107. ISBN 9780808749080. +Ronalds, B. F. (2016). Sir Francis Ronalds: Father of the Electric Telegraph. London: Imperial College Press. ISBN 978-1-78326-917-4. +Ronalds, B. F. (July 2016). "Francis Ronalds (1788–1873): The First Electrical Engineer?". Proceedings of the IEEE. 104 (7): 1489–1498. doi:10.1109/JPROC.2016.2571358. S2CID 20662894. +Ohm, G. S. (1827). Die galvanische Kette, mathematisch bearbeitet (PDF). Berlin: T. H. Riemann. Archived from the original (PDF) on 2009-03-26. +Davies, Brian (1980). "A web of naked fancies?". Physics Education. 15 (1): 57–61. Bibcode:1980PhyEd..15...57D. doi:10.1088/0031-9120/15/1/314. S2CID 250832899. +Hart, Ivor Blashka (1923). Makers of Science. London: Oxford University Press. p. 243. OL 6662681M.. +Schnädelbach, Herbert (14 June 1984). Philosophy in Germany 1831-1933. Cambridge University Press. pp. 78–79. ISBN 9780521296465. +Taliaferro Preston (1855). Shaffner's Telegraph Companion: Devoted to the Science and Art of the Morse Telegraph. Vol. 2. Pudney & Russell. +Purcell, Edward M. (1985), Electricity and magnetism, Berkeley Physics Course, vol. 2 (2nd ed.), McGraw-Hill, p. 129, ISBN 978-0-07-004908-6 +Griffiths, David J. (1999), Introduction to electrodynamics (3rd ed.), Prentice Hall, p. 289, ISBN 978-0-13-805326-0 +Weber, B.; Mahapatra, S.; Ryu, H.; Lee, S.; Fuhrer, A.; Reusch, T. C. G.; Thompson, D. L.; Lee, W. C. T.; Klimeck, G.; Hollenberg, L. C. L.; Simmons, M. Y. (2012). "Ohm's Law Survives to the Atomic Scale". Science. 335 (6064): 64–67. Bibcode:2012Sci...335...64W. doi:10.1126/science.1214319. PMID 22223802. S2CID 10873901. +Drude, Paul (1900). "Zur Elektronentheorie der Metalle". Annalen der Physik. 306 (3): 566–613. Bibcode:1900AnP...306..566D. doi:10.1002/andp.19003060312.[dead link] +Drude, Paul (1900). "Zur Elektronentheorie der Metalle; II. Teil. Galvanomagnetische und thermomagnetische Effecte". Annalen der Physik. 308 (11): 369–402. Bibcode:1900AnP...308..369D. doi:10.1002/andp.19003081102.[dead link] +A. Akers; M. Gassman & R. Smith (2006). Hydraulic Power System Analysis. New York: Taylor & Francis. Chapter 13. ISBN 978-0-8247-9956-4. +A. Esposito, "A Simplified Method for Analyzing Circuits by Analogy", Machine Design, October 1969, pp. 173–177. +Guyton, Arthur; Hall, John (2006). "Chapter 14: Overview of the Circulation; Medical Physics of Pressure, Flow, and Resistance". In Gruliow, Rebecca (ed.). Textbook of Medical Physiology (11th ed.). Philadelphia, Pennsylvania: Elsevier Inc. p. 164. ISBN 978-0-7216-0240-0. +Nilsson, James William & Riedel, Susan A. (2008). Electric circuits. Prentice Hall. p. 29. ISBN 978-0-13-198925-2. +Halpern, Alvin M. & Erlbach, Erich (1998). Schaum's outline of theory and problems of beginning physics II. McGraw-Hill Professional. p. 140. ISBN 978-0-07-025707-8. +Patrick, Dale R. & Fardo, Stephen W. (1999). Understanding DC circuits. Newnes. p. 96. ISBN 978-0-7506-7110-1. +O'Conor Sloane, Thomas (1909). Elementary electrical calculations. D. Van Nostrand Co. p. 41. "R= Ohm's law proportional." +Cumming, Linnaeus (1902). Electricity treated experimentally for the use of schools and students. Longman's Green and Co. p. 220. "V=IR Ohm's law." +Stein, Benjamin (1997). Building technology (2nd ed.). John Wiley and Sons. p. 169. ISBN 978-0-471-59319-5. +Prasad, Rajendra (2006). Fundamentals of Electrical Engineering. Prentice-Hall of India. ISBN 978-81-203-2729-0. +Hughes, E, Electrical Technology, pp10, Longmans, 1969. +Brown, Forbes T. (2006). Engineering System Dynamics. CRC Press. p. 43. ISBN 978-0-8493-9648-9. +Kaiser, Kenneth L. (2004). Electromagnetic Compatibility Handbook. CRC Press. pp. 13–52. ISBN 978-0-8493-2087-3. +Horowitz, Paul; Hill, Winfield (1989). The Art of Electronics (2nd ed.). Cambridge University Press. p. 13. ISBN 978-0-521-37095-0. +Normal Lockyer, ed. (September 21, 1876). "Reports". Nature. Macmillan Journals Ltd. 14 (360): 451–459 [452]. Bibcode:1876Natur..14..451.. doi:10.1038/014451a0. +Lerner, Lawrence S. (1977). Physics for scientists and engineers. Jones & Bartlett. p. 736. ISBN 978-0-7637-0460-5. +Seymour J, Physical Electronics, Pitman, 1972, pp. 53–54 +Lerner L, Physics for scientists and engineers, Jones & Bartlett, 1997, pp. 685–686 +Lerner L, Physics for scientists and engineers, Jones & Bartlett, 1997, pp. 732–733 + + Seymour J, Physical Electronics, pp. 48–49, Pitman, 1972 + +External links and further reading +Wikimedia Commons has media related to Ohm's law. + + Ohm's Law chapter from Lessons In Electric Circuits Vol 1 DC book and series. + John C. Shedd and Mayo D. Hershey,"The History of Ohm's Law", Popular Science, December 1913, pp. 599–614, Bonnier Corporation ISSN 0161-7370, gives the history of Ohm's investigations, prior work, Ohm's false equation in the first paper, illustration of Ohm's experimental apparatus. + Schagrin, Morton L. (1963). "Resistance to Ohm's Law". American Journal of Physics. 31 (7): 536–547. Bibcode:1963AmJPh..31..536S. doi:10.1119/1.1969620. S2CID 120421759. Explores the conceptual change underlying Ohm's experimental work. + Kenneth L. Caneva, "Ohm, Georg Simon." Complete Dictionary of Scientific Biography. 2008 + s:Scientific Memoirs/2/The Galvanic Circuit investigated Mathematically, a translation of Ohm's original paper. + +Authority control: National Edit this at Wikidata + + Germany Israel United States + +Categories: + + Electronic engineeringCircuit theoremsEmpirical lawsEponymsElectrical resistance and conductanceVoltageGeorg Ohm + + This page was last edited on 28 August 2023, at 23:59 (UTC). + site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +History of the theory + +Fundamental forces + +Classical electrodynamics + +Extension to nonlinear phenomena + +Quantities and units + +Applications + +See also + +References + +Further reading + + Web sources + Textbooks + General coverage + External links + +Electromagnetism + + Article + Talk + + Read + View source + View history + +Tools + +Page semi-protected +From Wikipedia, the free encyclopedia +(Redirected from Electromagnetics) +For a more accessible and less technical introduction to this topic, see Introduction to electromagnetism. +"Electromagnetic" redirects here. The term may also refer to the use of an electromagnet. +"Electromagnetics" redirects here. For the academic journal, see Electromagnetics (journal). +"Electromagnetic force" redirects here. For the force exerted on particles by electromagnetic fields, see Lorentz force. +Electromagnetic interactions are responsible for the glowing filaments in this plasma globe +Articles about +Electromagnetism +Solenoid + + Electricity Magnetism Optics History Textbooks + +Electrostatics +Magnetostatics +Electrodynamics +Electrical network +Magnetic circuit +Covariant formulation +Scientists + + vte + +In physics, electromagnetism is an interaction that occurs between particles with electric charge via electromagnetic fields. The electromagnetic force is one of the four fundamental forces of nature. It is the dominant force in the interactions of atoms and molecules. Electromagnetism can be thought of as a combination of electrostatics and magnetism, two distinct but closely intertwined phenomena. Electromagnetic forces occur between any two charged particles, causing an attraction between particles with opposite charges and repulsion between particles with the same charge, while magnetism is an interaction that occurs exclusively between charged particles in relative motion. These two effects combine to create electromagnetic fields in the vicinity of charged particles, which can accelerate other charged particles via the Lorentz force. At high energy, the weak force and electromagnetic force are unified as a single electroweak force. + +The electromagnetic force is responsible for many of the chemical and physical phenomena observed in daily life. The electrostatic attraction between atomic nuclei and their electrons holds atoms together. Electric forces also allow different atoms to combine into molecules, including the macromolecules such as proteins that form the basis of life. Meanwhile, magnetic interactions between the spin and angular momentum magnetic moments of electrons also play a role in chemical reactivity; such relationships are studied in spin chemistry. Electromagnetism also plays a crucial role in modern technology: electrical energy production, transformation and distribution; light, heat, and sound production and detection; fiber optic and wireless communication; sensors; computation; electrolysis; electroplating; and mechanical motors and actuators. + +Electromagnetism has been studied since ancient times. Many ancient civilizations, including the Greeks and the Mayans created wide-ranging theories to explain lightning, static electricity, and the attraction between magnetized pieces of iron ore. However, it wasn't until the late 18th century that scientists began to develop a mathematical basis for understanding the nature of electromagnetic interactions. In the 18th and 19th centuries, prominent scientists and mathematicians such as Coulomb, Gauss and Faraday developed namesake laws which helped to explain the formation and interaction of electromagnetic fields. This process culminated in the 1860s with the discovery of Maxwell's equations, a set of four partial differential equations which provide a complete description of classical electromagnetic fields. Besides providing a sound mathematical basis for the relationships between electricity and magnetism that scientists had been exploring for centuries, Maxwell's equations also predicted the existence of self-sustaining electromagnetic waves. Maxwell postulated that such waves make up visible light, which was later shown to be true. Indeed, gamma-rays, x-rays, ultraviolet, visible, infrared radiation, microwaves and radio waves were all determined to be electromagnetic radiation differing only in their range of frequencies. + +In the modern era, scientists have continued to refine the theorem of electromagnetism to take into account the effects of modern physics, including quantum mechanics and relativity. Indeed, the theoretical implications of electromagnetism, particularly the establishment of the speed of light based on properties of the "medium" of propagation (permeability and permittivity), helped inspire Einstein's theory of special relativity in 1905. Meanwhile, the field of quantum electrodynamics (QED) has modified Maxwell's equations to be consistent with the quantized nature of matter. In QED, the electromagnetic field is expressed in terms of discrete particles known as photons, which are also the physical quanta of light. Today, there exist many problems in electromagnetism that remain unsolved, such as the existence of magnetic monopoles and the mechanism by which some organisms can sense electric and magnetic fields. +History of the theory +See also: History of electromagnetic theory +Cover of A Treatise on Electricity and Magnetism + +Originally, electricity and magnetism were considered to be two separate forces. This view changed with the publication of James Clerk Maxwell's 1873 A Treatise on Electricity and Magnetism[1] in which the interactions of positive and negative charges were shown to be mediated by one force. There are four main effects resulting from these interactions, all of which have been clearly demonstrated by experiments: + + Electric charges attract or repel one another with a force inversely proportional to the square of the distance between them: unlike charges attract, like ones repel.[2] + Magnetic poles (or states of polarization at individual points) attract or repel one another in a manner similar to positive and negative charges and always exist as pairs: every north pole is yoked to a south pole.[3] + An electric current inside a wire creates a corresponding circumferential magnetic field outside the wire. Its direction (clockwise or counter-clockwise) depends on the direction of the current in the wire.[4] + A current is induced in a loop of wire when it is moved toward or away from a magnetic field, or a magnet is moved towards or away from it; the direction of current depends on that of the movement.[4] + +In April 1820, Hans Christian Ørsted observed that an electrical current in a wire caused a nearby compass needle to move. At the time of discovery, Ørsted did not suggest any satisfactory explanation of the phenomenon, nor did he try to represent the phenomenon in a mathematical framework. However, three months later he began more intensive investigations.[5][6] Soon thereafter he published his findings, proving that an electric current produces a magnetic field as it flows through a wire. The CGS unit of magnetic induction (oersted) is named in honor of his contributions to the field of electromagnetism.[7] + +His findings resulted in intensive research throughout the scientific community in electrodynamics. They influenced French physicist André-Marie Ampère's developments of a single mathematical form to represent the magnetic forces between current-carrying conductors. Ørsted's discovery also represented a major step toward a unified concept of energy. + +This unification, which was observed by Michael Faraday, extended by James Clerk Maxwell, and partially reformulated by Oliver Heaviside and Heinrich Hertz, is one of the key accomplishments of 19th-century mathematical physics.[8] It has had far-reaching consequences, one of which was the understanding of the nature of light. Unlike what was proposed by the electromagnetic theory of that time, light and other electromagnetic waves are at present seen as taking the form of quantized, self-propagating oscillatory electromagnetic field disturbances called photons. Different frequencies of oscillation give rise to the different forms of electromagnetic radiation, from radio waves at the lowest frequencies, to visible light at intermediate frequencies, to gamma rays at the highest frequencies. + +Ørsted was not the only person to examine the relationship between electricity and magnetism. In 1802, Gian Domenico Romagnosi, an Italian legal scholar, deflected a magnetic needle using a Voltaic pile. The factual setup of the experiment is not completely clear, nor if current flowed across the needle or not. An account of the discovery was published in 1802 in an Italian newspaper, but it was largely overlooked by the contemporary scientific community, because Romagnosi seemingly did not belong to this community.[9] + +An earlier (1735), and often neglected, connection between electricity and magnetism was reported by a Dr. Cookson.[10] The account stated: + + A tradesman at Wakefield in Yorkshire, having put up a great number of knives and forks in a large box ... and having placed the box in the corner of a large room, there happened a sudden storm of thunder, lightning, &c. ... The owner emptying the box on a counter where some nails lay, the persons who took up the knives, that lay on the nails, observed that the knives took up the nails. On this the whole number was tried, and found to do the same, and that, to such a degree as to take up large nails, packing needles, and other iron things of considerable weight ... + +E. T. Whittaker suggested in 1910 that this particular event was responsible for lightning to be "credited with the power of magnetizing steel; and it was doubtless this which led Franklin in 1751 to attempt to magnetize a sewing-needle by means of the discharge of Leyden jars."[11] +Fundamental forces +Representation of the electric field vector of a wave of circularly polarized electromagnetic radiation. + +The electromagnetic force is one of the four known fundamental forces and the second strongest (after the strong nuclear force), operating with infinite range;[12] The other fundamental forces are: + + the strong nuclear force, which binds quarks to form nucleons, and binds nucleons to form nuclei; it is the strongest of the four known fundamental forces, but operates only at short range;[12] + the weak nuclear force, which binds to all known particles in the Standard Model, and causes certain forms of radioactive decay; it is the second weakest of the four fundamental forces and, like the strong nuclear force, operates only at short range (in particle physics, the electroweak interaction is the unified description of two of the four known fundamental interactions of nature: electro­magnetism and the weak interaction);[12] + the gravitational force is the only one of the four fundamental forces that is not part of the Standard Model of particle physics; while by far the weakest of the four fundamental forces, the gravitational force, along with the electro­magnetic force, operates at infinite range.[12] + +All other forces (e.g., friction, contact forces) are derived from these four fundamental forces and they are known as non-fundamental forces.[13] + +Roughly speaking, all the forces involved in interactions between atoms can be explained by the electromagnetic force acting between the electrically charged atomic nuclei and electrons of the atoms. Electromagnetic forces also explain how these particles carry momentum by their movement. This includes the forces we experience in "pushing" or "pulling" ordinary material objects, which result from the intermolecular forces that act between the individual molecules in our bodies and those in the objects. The electromagnetic force is also involved in all forms of chemical phenomena. + +A necessary part of understanding the intra-atomic and intermolecular forces is the effective force generated by the momentum of the electrons' movement, such that as electrons move between interacting atoms they carry momentum with them. As a collection of electrons becomes more confined, their minimum momentum necessarily increases due to the Pauli exclusion principle. The behaviour of matter at the molecular scale including its density is determined by the balance between the electromagnetic force and the force generated by the exchange of momentum carried by the electrons themselves.[14] +Classical electrodynamics +Main article: Classical electrodynamics + +In 1600, William Gilbert proposed, in his De Magnete, that electricity and magnetism, while both capable of causing attraction and repulsion of objects, were distinct effects.[15] Mariners had noticed that lightning strikes had the ability to disturb a compass needle. The link between lightning and electricity was not confirmed until Benjamin Franklin's proposed experiments in 1752 were conducted on 10 May 1752 by Thomas-François Dalibard of France using a 40-foot-tall (12 m) iron rod instead of a kite and he successfully extracted electrical sparks from a cloud.[16][17] + +One of the first to discover and publish a link between man-made electric current and magnetism was Gian Romagnosi, who in 1802 noticed that connecting a wire across a voltaic pile deflected a nearby compass needle. However, the effect did not become widely known until 1820, when Ørsted performed a similar experiment.[18] Ørsted's work influenced Ampère to conduct further experiments, which eventually gave rise to a new area of physics: electrodynamics. By determining a force law for the interaction between elements of electric current, Ampère placed the subject on a solid mathematical foundation.[19] + +A theory of electromagnetism, known as classical electromagnetism, was developed by several physicists during the period between 1820 and 1873, when James Clerk Maxwell's treatise was published, which unified previous developments into a single theory, proposing that light was an electromagnetic wave propagating in the luminiferous ether.[20] In classical electromagnetism, the behavior of the electromagnetic field is described by a set of equations known as Maxwell's equations, and the electromagnetic force is given by the Lorentz force law.[21] + +One of the peculiarities of classical electromagnetism is that it is difficult to reconcile with classical mechanics, but it is compatible with special relativity. According to Maxwell's equations, the speed of light in vacuum is a universal constant that is dependent only on the electrical permittivity and magnetic permeability of free space. This violates Galilean invariance, a long-standing cornerstone of classical mechanics. One way to reconcile the two theories (electromagnetism and classical mechanics) is to assume the existence of a luminiferous aether through which the light propagates. However, subsequent experimental efforts failed to detect the presence of the aether. After important contributions of Hendrik Lorentz and Henri Poincaré, in 1905, Albert Einstein solved the problem with the introduction of special relativity, which replaced classical kinematics with a new theory of kinematics compatible with classical electromagnetism. (For more information, see History of special relativity.) + +In addition, relativity theory implies that in moving frames of reference, a magnetic field transforms to a field with a nonzero electric component and conversely, a moving electric field transforms to a nonzero magnetic component, thus firmly showing that the phenomena are two sides of the same coin. Hence the term "electromagnetism". (For more information, see Classical electromagnetism and special relativity and Covariant formulation of classical electromagnetism.) +Extension to nonlinear phenomena + +The Maxwell equations are linear, in that a change in the sources (the charges and currents) results in a proportional change of the fields. Nonlinear dynamics can occur when electromagnetic fields couple to matter that follows nonlinear dynamical laws.[22] This is studied, for example, in the subject of magnetohydrodynamics, which combines Maxwell theory with the Navier–Stokes equations.[23] +Quantities and units +See also: List of physical quantities and List of electromagnetism equations + +Here is a list of common units related to electromagnetism:[24] + + ampere (electric current) + coulomb (electric charge) + farad (capacitance) + henry (inductance) + ohm (resistance) + siemens (conductance) + tesla (magnetic flux density) + volt (electric potential) + watt (power) + weber (magnetic flux) + +In the electromagnetic CGS system, electric current is a fundamental quantity defined via Ampère's law and takes the permeability as a dimensionless quantity (relative permeability) whose value in vacuum is unity.[25] As a consequence, the square of the speed of light appears explicitly in some of the equations interrelating quantities in this system. +SI electromagnetism units + + vte + +Symbol[26] Name of quantity Unit name Symbol Base units +E energy joule J = C⋅V = W⋅s kg⋅m2⋅s−2 +Q electric charge coulomb C A⋅s +I electric current ampere A = C/s = W/V A +J electric current density ampere per square metre A/m2 A⋅m−2 +U, ΔV; Δφ; E {\mathcal {E}}, ξ {\displaystyle {\xi }} potential difference; voltage; electromotive force volt V = J/C kg⋅m2⋅s−3⋅A−1 +R; Z; X electric resistance; impedance; reactance ohm Ω = V/A kg⋅m2⋅s−3⋅A−2 +ρ resistivity ohm metre Ω⋅m kg⋅m3⋅s−3⋅A−2 +P electric power watt W = V⋅A kg⋅m2⋅s−3 +C capacitance farad F = C/V kg−1⋅m−2⋅A2⋅s4 +ΦE electric flux volt metre V⋅m kg⋅m3⋅s−3⋅A−1 +E electric field strength volt per metre V/m = N/C kg⋅m⋅A−1⋅s−3 +D electric displacement field coulomb per square metre C/m2 A⋅s⋅m−2 +ε permittivity farad per metre F/m kg−1⋅m−3⋅A2⋅s4 +χe electric susceptibility (dimensionless) 1 1 +G; Y; B conductance; admittance; susceptance siemens S = Ω−1 kg−1⋅m−2⋅s3⋅A2 +κ, γ, σ conductivity siemens per metre S/m kg−1⋅m−3⋅s3⋅A2 +B magnetic flux density, magnetic induction tesla T = Wb/m2 = N⋅A−1⋅m−1 kg⋅s−2⋅A−1 +Φ, ΦM, ΦB magnetic flux weber Wb = V⋅s kg⋅m2⋅s−2⋅A−1 +H magnetic field strength ampere per metre A/m A⋅m−1 +L, M inductance henry H = Wb/A = V⋅s/A kg⋅m2⋅s−2⋅A−2 +μ permeability henry per metre H/m kg⋅m⋅s−2⋅A−2 +χ magnetic susceptibility (dimensionless) 1 1 +µ magnetic dipole moment ampere square meter A⋅m2 = J⋅T−1 A⋅m2 +σ mass magnetization ampere square meter per kilogram A⋅m2/kg A⋅m2⋅kg−1 + +Formulas for physical laws of electromagnetism (such as Maxwell's equations) need to be adjusted depending on what system of units one uses. This is because there is no one-to-one correspondence between electromagnetic units in SI and those in CGS, as is the case for mechanical units. Furthermore, within CGS, there are several plausible choices of electromagnetic units, leading to different unit "sub-systems", including Gaussian, "ESU", "EMU", and Heaviside–Lorentz. Among these choices, Gaussian units are the most common today, and in fact the phrase "CGS units" is often used to refer specifically to CGS-Gaussian units.[27] +Applications + +The study of electromagnetism informs electric circuits and semiconductor devices' construction. +See also + + Abraham–Lorentz force + Aeromagnetic surveys + Computational electromagnetics + Double-slit experiment + Electromagnet + Electromagnetic induction + Electromagnetic wave equation + Electromagnetic scattering + Electromechanics + Geophysics + Introduction to electromagnetism + Magnetostatics + Magnetoquasistatic field + Optics + Relativistic electromagnetism + Wheeler–Feynman absorber theory + +References + +"A Treatise on Electricity and Magnetism". Nature. 7 (182): 478–480. 24 April 1873. Bibcode:1873Natur...7..478.. doi:10.1038/007478a0. ISSN 0028-0836. S2CID 10178476. +"Why Do Like Charges Repel And Opposite Charges Attract?". Science ABC. 2019-02-06. Retrieved 2022-08-22. +"What Makes Magnets Repel?". Sciencing. Retrieved 2022-08-22. +Jim Lucas Contributions from Ashley Hamer (2022-02-18). "What Is Faraday's Law of Induction?". livescience.com. Retrieved 2022-08-22. +"History of the Electric Telegraph". Scientific American. 17 (425supp): 6784–6786. 1884-02-23. doi:10.1038/scientificamerican02231884-6784supp. ISSN 0036-8733. +Volta and the history of electricity. Fabio Bevilacqua, Enrico A. Giannetto. Milano: U. Hoepli. 2003. ISBN 88-203-3284-1. OCLC 1261807533. +Roche, John J. (1998). The mathematics of measurement : a critical history. London: Athlone Press. ISBN 0-485-11473-9. OCLC 40499222. +Darrigol, Olivier (2000). Electrodynamics from Ampère to Einstein. New York: Oxford University Press. ISBN 0198505949. +Martins, Roberto de Andrade. "Romagnosi and Volta's Pile: Early Difficulties in the Interpretation of Voltaic Electricity" (PDF). In Fabio Bevilacqua; Lucio Fregonese (eds.). Nuova Voltiana: Studies on Volta and his Times. Vol. 3. Università degli Studi di Pavia. pp. 81–102. Archived from the original (PDF) on 2013-05-30. Retrieved 2010-12-02. +VIII. An account of an extraordinary effect of lightning in communicating magnetism. Communicated by Pierce Dod, M.D. F.R.S. from Dr. Cookson of Wakefield in Yorkshire. Phil. Trans. 1735 39, 74-75, published 1 January 1735 +Whittaker, E.T. (1910). A History of the Theories of Aether and Electricity from the Age of Descartes to the Close of the Nineteenth Century. Longmans, Green and Company. +Rehm, Jeremy; published, Ben Biggs (2021-12-23). "The four fundamental forces of nature". Space.com. Retrieved 2022-08-22. +Browne, "Physics for Engineering and Science", p. 160: "Gravity is one of the fundamental forces of nature. The other forces such as friction, tension, and the normal force are derived from the electric force, another of the fundamental forces. Gravity is a rather weak force... The electric force between two protons is much stronger than the gravitational force between them." +Purcell, "Electricity and Magnetism, 3rd Edition", p. 546: Ch 11 Section 6, "Electron Spin and Magnetic Moment." +Malin, Stuart; Barraclough, David (2000). "Gilbert's De Magnete: An early study of magnetism and electricity". Eos, Transactions American Geophysical Union. 81 (21): 233. Bibcode:2000EOSTr..81..233M. doi:10.1029/00EO00163. ISSN 0096-3941. +"Lightning! | Museum of Science, Boston". +Tucker, Tom (2003). Bolt of fate : Benjamin Franklin and his electric kite hoax (1st ed.). New York: PublicAffairs. ISBN 1-891620-70-3. OCLC 51763922. +Stern, Dr. David P.; Peredo, Mauricio (2001-11-25). "Magnetic Fields – History". NASA Goddard Space Flight Center. Retrieved 2009-11-27. +"Andre-Marie Ampère". ETHW. 2016-01-13. Retrieved 2022-08-22. +Purcell, p. 436. Chapter 9.3, "Maxwell's description of the electromagnetic field was essentially complete." +Purcell: p. 278: Chapter 6.1, "Definition of the Magnetic Field." Lorentz force and force equation. +Jufriansah, Adi; Hermanto, Arief; Toifur, Moh.; Prasetyo, Erwin (2020-05-18). "Theoretical study of Maxwell's equations in nonlinear optics". AIP Conference Proceedings. 2234 (1): 040013. Bibcode:2020AIPC.2234d0013J. doi:10.1063/5.0008179. ISSN 0094-243X. S2CID 219451710. +Hunt, Julian C. R. (1967-07-27). Some aspects of magnetohydrodynamics (Thesis thesis). University of Cambridge. doi:10.17863/cam.14141. +"Essentials of the SI: Base & derived units". physics.nist.gov. Retrieved 2022-08-22. +"Tables of Physical and Chemical Constants, and some Mathematical Functions". Nature. 107 (2687): 264. April 1921. Bibcode:1921Natur.107R.264.. doi:10.1038/107264c0. ISSN 1476-4687. +International Union of Pure and Applied Chemistry (1993). Quantities, Units and Symbols in Physical Chemistry, 2nd edition, Oxford: Blackwell Science. ISBN 0-632-03583-8. pp. 14–15. Electronic version. + + "Conversion of formulae and quantities between unit systems" (PDF). www.stanford.edu. Retrieved 29 January 2022. + +Further reading +Library resources about +Electromagnetism + + Resources in your library + +Web sources + + Nave, R. "Electricity and magnetism". HyperPhysics. Georgia State University. Retrieved 2013-11-12. + Khutoryansky, E. "Electromagnetism – Maxwell's Laws". YouTube. Retrieved 2014-12-28. + +Textbooks + + G.A.G. Bennet (1974). Electricity and Modern Physics (2nd ed.). Edward Arnold (UK). ISBN 978-0-7131-2459-0. + Browne, Michael (2008). Physics for Engineering and Science (2nd ed.). McGraw-Hill/Schaum. ISBN 978-0-07-161399-6. + Dibner, Bern (2012). Oersted and the discovery of electromagnetism. Literary Licensing, LLC. ISBN 978-1-258-33555-7. + Durney, Carl H.; Johnson, Curtis C. (1969). Introduction to modern electromagnetics. McGraw-Hill. ISBN 978-0-07-018388-9. + Feynman, Richard P. (1970). The Feynman Lectures on Physics Vol II. Addison Wesley Longman. ISBN 978-0-201-02115-8. + Fleisch, Daniel (2008). A Student's Guide to Maxwell's Equations. Cambridge, UK: Cambridge University Press. ISBN 978-0-521-70147-1. + I.S. Grant; W.R. Phillips; Manchester Physics (2008). Electromagnetism (2nd ed.). John Wiley & Sons. ISBN 978-0-471-92712-9. + Griffiths, David J. (1998). Introduction to Electrodynamics (3rd ed.). Prentice Hall. ISBN 978-0-13-805326-0. + Jackson, John D. (1998). Classical Electrodynamics (3rd ed.). Wiley. ISBN 978-0-471-30932-1. + Moliton, André (2007). Basic electromagnetism and materials. ISBN 978-0-387-30284-3. {{cite book}}: |work= ignored (help) + Purcell, Edward M. (1985). Electricity and Magnetism Berkeley, Physics Course Volume 2 (2nd ed.). McGraw-Hill. ISBN 978-0-07-004908-6. + Purcell, Edward M and Morin, David. (2013). Electricity and Magnetism, 820p (3rd ed.). Cambridge University Press, New York. ISBN 978-1-107-01402-2. + Rao, Nannapaneni N. (1994). Elements of engineering electromagnetics (4th ed.). Prentice Hall. ISBN 978-0-13-948746-0. + Rothwell, Edward J.; Cloud, Michael J. (2001). Electromagnetics. CRC Press. ISBN 978-0-8493-1397-4. + Tipler, Paul (1998). Physics for Scientists and Engineers: Vol. 2: Light, Electricity and Magnetism (4th ed.). W.H. Freeman. ISBN 978-1-57259-492-0. + Wangsness, Roald K.; Cloud, Michael J. (1986). Electromagnetic Fields (2nd ed.). Wiley. ISBN 978-0-471-81186-2. + +General coverage + + A. Beiser (1987). Concepts of Modern Physics (4th ed.). McGraw-Hill (International). ISBN 978-0-07-100144-1. + L.H. Greenberg (1978). Physics with Modern Applications. Holt-Saunders International W.B. Saunders and Co. ISBN 978-0-7216-4247-5. + R.G. Lerner; G.L. Trigg (2005). Encyclopaedia of Physics (2nd ed.). VHC Publishers, Hans Warlimont, Springer. pp. 12–13. ISBN 978-0-07-025734-4. + J.B. Marion; W.F. Hornyak (1984). Principles of Physics. Holt-Saunders International Saunders College. ISBN 978-4-8337-0195-2. + H.J. Pain (1983). The Physics of Vibrations and Waves (3rd ed.). John Wiley & Sons. ISBN 978-0-471-90182-2. + C.B. Parker (1994). McGraw Hill Encyclopaedia of Physics (2nd ed.). McGraw Hill. ISBN 978-0-07-051400-3. + R. Penrose (2007). The Road to Reality. Vintage books. ISBN 978-0-679-77631-4. + P.A. Tipler; G. Mosca (2008). Physics for Scientists and Engineers: With Modern Physics (6th ed.). W.H. Freeman and Co. ISBN 978-1-4292-0265-7. + P.M. Whelan; M.J. Hodgeson (1978). Essential Principles of Physics (2nd ed.). John Murray. ISBN 978-0-7195-3382-2. + +External links +Wikiquote has quotations related to Electromagnetism. + + Magnetic Field Strength Converter + Electromagnetic Force – from Eric Weisstein's World of Physics + + vte + +The fundamental interactions of physics + + vte + +Major branches of physics + + vte + +Magnetic states +Authority control Edit this at Wikidata +Categories: + + ElectromagnetismElectrodynamicsFundamental interactions + + This page was last edited on 9 August 2023, at 01:07 (UTC). + site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +Introduction + +Conductors and resistors + +Ohm's law + +Relation to resistivity and conductivity + +Measurement + +Typical values + +Static and differential resistance + +AC circuits + + Impedance and admittance + Frequency dependence + +Energy dissipation and Joule heating + +Dependence on other conditions + + Temperature dependence + Strain dependence + Light illumination dependence + Superconductivity + See also + Footnotes + References + External links + +Electrical resistance and conductance + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia +This article is about specific applications of conductivity and resistivity in electrical elements. For other types of conductivity, see Conductivity. For electrical conductivity in general, see Electrical resistivity and conductivity. +"Resistive" redirects here. For the term used when referring to touchscreens, see Resistive touchscreen. +Articles about +Electromagnetism +Solenoid + + Electricity Magnetism Optics History Textbooks + +Electrostatics +Magnetostatics +Electrodynamics +Electrical network + + Alternating current Capacitance Direct current Electric current Electrolysis Current density Joule heating Electromotive force Impedance Inductance Ohm's law Parallel circuit Resistance Resonant cavities Series circuit Voltage Waveguides + +Magnetic circuit +Covariant formulation +Scientists + + vte + +The electrical resistance of an object is a measure of its opposition to the flow of electric current. Its reciprocal quantity is electrical conductance, measuring the ease with which an electric current passes. Electrical resistance shares some conceptual parallels with mechanical friction. The SI unit of electrical resistance is the ohm (Ω), while electrical conductance is measured in siemens (S) (formerly called the 'mho' and then represented by ℧). + +The resistance of an object depends in large part on the material it is made of. Objects made of electrical insulators like rubber tend to have very high resistance and low conductance, while objects made of electrical conductors like metals tend to have very low resistance and high conductance. This relationship is quantified by resistivity or conductivity. The nature of a material is not the only factor in resistance and conductance, however; it also depends on the size and shape of an object because these properties are extensive rather than intensive. For example, a wire's resistance is higher if it is long and thin, and lower if it is short and thick. All objects resist electrical current, except for superconductors, which have a resistance of zero. + +The resistance R of an object is defined as the ratio of voltage V across it to current I through it, while the conductance G is the reciprocal: +R = V I , G = I V = 1 R +{\displaystyle R={\frac {V}{I}},\qquad G={\frac {I}{V}}={\frac {1}{R}}} + +For a wide variety of materials and conditions, V and I are directly proportional to each other, and therefore R and G are constants (although they will depend on the size and shape of the object, the material it is made of, and other factors like temperature or strain). This proportionality is called Ohm's law, and materials that satisfy it are called ohmic materials. + +In other cases, such as a transformer, diode or battery, V and I are not directly proportional. The ratio V/I is sometimes still useful, and is referred to as a chordal resistance or static resistance,[1][2] since it corresponds to the inverse slope of a chord between the origin and an I–V curve. In other situations, the derivative d V d I {\textstyle {\frac {\mathrm {d} V}{\mathrm {d} I}}} may be most useful; this is called the differential resistance. +Introduction +analogy of resistance +The hydraulic analogy compares electric current flowing through circuits to water flowing through pipes. When a pipe (left) is filled with hair (right), it takes a larger pressure to achieve the same flow of water. Pushing electric current through a large resistance is like pushing water through a pipe clogged with hair: It requires a larger push (electromotive force) to drive the same flow (electric current). + +In the hydraulic analogy, current flowing through a wire (or resistor) is like water flowing through a pipe, and the voltage drop across the wire is like the pressure drop that pushes water through the pipe. Conductance is proportional to how much flow occurs for a given pressure, and resistance is proportional to how much pressure is required to achieve a given flow. + +The voltage drop (i.e., difference between voltages on one side of the resistor and the other), not the voltage itself, provides the driving force pushing current through a resistor. In hydraulics, it is similar: the pressure difference between two sides of a pipe, not the pressure itself, determines the flow through it. For example, there may be a large water pressure above the pipe, which tries to push water down through the pipe. But there may be an equally large water pressure below the pipe, which tries to push water back up through the pipe. If these pressures are equal, no water flows. (In the image at right, the water pressure below the pipe is zero.) + +The resistance and conductance of a wire, resistor, or other element is mostly determined by two properties: + + geometry (shape), and + material + +Geometry is important because it is more difficult to push water through a long, narrow pipe than a wide, short pipe. In the same way, a long, thin copper wire has higher resistance (lower conductance) than a short, thick copper wire. + +Materials are important as well. A pipe filled with hair restricts the flow of water more than a clean pipe of the same shape and size. Similarly, electrons can flow freely and easily through a copper wire, but cannot flow as easily through a steel wire of the same shape and size, and they essentially cannot flow at all through an insulator like rubber, regardless of its shape. The difference between copper, steel, and rubber is related to their microscopic structure and electron configuration, and is quantified by a property called resistivity. + +In addition to geometry and material, there are various other factors that influence resistance and conductance, such as temperature; see below. +Conductors and resistors +A 75 Ω resistor, as identified by its electronic color code (violet–green–black–gold–red). An ohmmeter could be used to verify this value. + +Substances in which electricity can flow are called conductors. A piece of conducting material of a particular resistance meant for use in a circuit is called a resistor. Conductors are made of high-conductivity materials such as metals, in particular copper and aluminium. Resistors, on the other hand, are made of a wide variety of materials depending on factors such as the desired resistance, amount of energy that it needs to dissipate, precision, and costs. +Ohm's law +Main article: Ohm's law +The current–voltage characteristics of four devices: Two resistors, a diode, and a battery. The horizontal axis is voltage drop, the vertical axis is current. Ohm's law is satisfied when the graph is a straight line through the origin. Therefore, the two resistors are ohmic, but the diode and battery are not. + +For many materials, the current I through the material is proportional to the voltage V applied across it: +I ∝ V +{\displaystyle I\propto V} +over a wide range of voltages and currents. Therefore, the resistance and conductance of objects or electronic components made of these materials is constant. This relationship is called Ohm's law, and materials which obey it are called ohmic materials. Examples of ohmic components are wires and resistors. The current–voltage graph of an ohmic device consists of a straight line through the origin with positive slope. + +Other components and materials used in electronics do not obey Ohm's law; the current is not proportional to the voltage, so the resistance varies with the voltage and current through them. These are called nonlinear or non-ohmic. Examples include diodes and fluorescent lamps. The current-voltage curve of a nonohmic device is a curved line. +Relation to resistivity and conductivity +Main article: Electrical resistivity and conductivity +A piece of resistive material with electrical contacts on both ends. + +The resistance of a given object depends primarily on two factors: what material it is made of, and its shape. For a given material, the resistance is inversely proportional to the cross-sectional area; for example, a thick copper wire has lower resistance than an otherwise-identical thin copper wire. Also, for a given material, the resistance is proportional to the length; for example, a long copper wire has higher resistance than an otherwise-identical short copper wire. The resistance R and conductance G of a conductor of uniform cross section, therefore, can be computed as + +R = ρ ℓ A , G = σ A ℓ . +{\displaystyle {\begin{aligned}R&=\rho {\frac {\ell }{A}},\\[5pt]G&=\sigma {\frac {A}{\ell }}\,.\end{aligned}}} + +where ℓ \ell is the length of the conductor, measured in metres (m), A is the cross-sectional area of the conductor measured in square metres (m2), σ (sigma) is the electrical conductivity measured in siemens per meter (S·m−1), and ρ (rho) is the electrical resistivity (also called specific electrical resistance) of the material, measured in ohm-metres (Ω·m). The resistivity and conductivity are proportionality constants, and therefore depend only on the material the wire is made of, not the geometry of the wire. Resistivity and conductivity are reciprocals: ρ = 1 / σ \rho=1/\sigma. Resistivity is a measure of the material's ability to oppose electric current. + +This formula is not exact, as it assumes the current density is totally uniform in the conductor, which is not always true in practical situations. However, this formula still provides a good approximation for long thin conductors such as wires. + +Another situation for which this formula is not exact is with alternating current (AC), because the skin effect inhibits current flow near the center of the conductor. For this reason, the geometrical cross-section is different from the effective cross-section in which current actually flows, so resistance is higher than expected. Similarly, if two conductors near each other carry AC current, their resistances increase due to the proximity effect. At commercial power frequency, these effects are significant for large conductors carrying large currents, such as busbars in an electrical substation,[3] or large power cables carrying more than a few hundred amperes. + +The resistivity of different materials varies by an enormous amount: For example, the conductivity of teflon is about 1030 times lower than the conductivity of copper. Loosely speaking, this is because metals have large numbers of "delocalized" electrons that are not stuck in any one place, so they are free to move across large distances. In an insulator, such as Teflon, each electron is tightly bound to a single molecule so a great force is required to pull it away. Semiconductors lie between these two extremes. More details can be found in the article: Electrical resistivity and conductivity. For the case of electrolyte solutions, see the article: Conductivity (electrolytic). + +Resistivity varies with temperature. In semiconductors, resistivity also changes when exposed to light. See below. +Measurement +Main article: Ohmmeter +photograph of an ohmmeter +An ohmmeter + +An instrument for measuring resistance is called an ohmmeter. Simple ohmmeters cannot measure low resistances accurately because the resistance of their measuring leads causes a voltage drop that interferes with the measurement, so more accurate devices use four-terminal sensing. +Typical values +See also: Electrical resistivities of the elements (data page) and Electrical resistivity and conductivity +Typical resistance values for selected objects Component Resistance (Ω) +1 meter of copper wire with 1 mm diameter 0.02[a] +1 km overhead power line (typical) 0.03[5] +AA battery (typical internal resistance) 0.1[b] +Incandescent light bulb filament (typical) 200–1000[c] +Human body 1000–100,000[d] +Static and differential resistance +See also: Small-signal model +Differential versus chordal resistance +The current–voltage curve of a non-ohmic device (purple). The static resistance at point A is the inverse slope of line B through the origin. The differential resistance at A is the inverse slope of tangent line C. +Negative differential resistance +The current–voltage curve of a component with negative differential resistance, an unusual phenomenon where the current–voltage curve is non-monotonic. + +Many electrical elements, such as diodes and batteries do not satisfy Ohm's law. These are called non-ohmic or non-linear, and their current–voltage curves are not straight lines through the origin. + +Resistance and conductance can still be defined for non-ohmic elements. However, unlike ohmic resistance, non-linear resistance is not constant but varies with the voltage or current through the device; i.e., its operating point. There are two types of resistance:[1][2] + +Static resistance + +Also called chordal or DC resistance + This corresponds to the usual definition of resistance; the voltage divided by the current + R s t a t i c = U I . + {\displaystyle R_{\mathrm {static} }={\frac {U}{I}}\,.} + It is the slope of the line (chord) from the origin through the point on the curve. Static resistance determines the power dissipation in an electrical component. Points on the current–voltage curve located in the 2nd or 4th quadrants, for which the slope of the chordal line is negative, have negative static resistance. Passive devices, which have no source of energy, cannot have negative static resistance. However active devices such as transistors or op-amps can synthesize negative static resistance with feedback, and it is used in some circuits such as gyrators. +Differential resistance + +Also called dynamic, incremental, or small-signal resistance + Differential resistance is the derivative of the voltage with respect to the current; the slope of the current–voltage curve at a point + R d i f f = d U d I . + {\displaystyle R_{\mathrm {diff} }={\frac {{\mathrm {d} }U}{{\mathrm {d} }I}}\,.} + If the current–voltage curve is nonmonotonic (with peaks and troughs), the curve has a negative slope in some regions—so in these regions the device has negative differential resistance. Devices with negative differential resistance can amplify a signal applied to them, and are used to make amplifiers and oscillators. These include tunnel diodes, Gunn diodes, IMPATT diodes, magnetron tubes, and unijunction transistors. + +AC circuits +Impedance and admittance +Main articles: Electrical impedance and Admittance +The voltage (red) and current (blue) versus time (horizontal axis) for a capacitor (top) and inductor (bottom). Since the amplitude of the current and voltage sinusoids are the same, the absolute value of impedance is 1 for both the capacitor and the inductor (in whatever units the graph is using). On the other hand, the phase difference between current and voltage is −90° for the capacitor; therefore, the complex phase of the impedance of the capacitor is −90°. Similarly, the phase difference between current and voltage is +90° for the inductor; therefore, the complex phase of the impedance of the inductor is +90°. + +When an alternating current flows through a circuit, the relation between current and voltage across a circuit element is characterized not only by the ratio of their magnitudes, but also the difference in their phases. For example, in an ideal resistor, the moment when the voltage reaches its maximum, the current also reaches its maximum (current and voltage are oscillating in phase). But for a capacitor or inductor, the maximum current flow occurs as the voltage passes through zero and vice versa (current and voltage are oscillating 90° out of phase, see image below). Complex numbers are used to keep track of both the phase and magnitude of current and voltage: + +u ( t ) = R e ⁡ ( U 0 ⋅ e j ω t ) i ( t ) = R e ⁡ ( I 0 ⋅ e j ( ω t + φ ) ) Z = U I Y = 1 Z = I U +{\displaystyle {\begin{array}{cl}u(t)&=\operatorname {\mathcal {R_{e}}} \left(U_{0}\cdot e^{j\omega t}\right)\\i(t)&=\operatorname {\mathcal {R_{e}}} \left(I_{0}\cdot e^{j(\omega t+\varphi )}\right)\\Z&={\frac {U}{\ I\ }}\\Y&={\frac {\ 1\ }{Z}}={\frac {\ I\ }{U}}\end{array}}} + +where: + + t is time; + u(t) and i(t) are the voltage and current as a function of time, respectively; + U0 and I0 indicate the amplitude of the voltage and current, respectively; + ω \omega is the angular frequency of the AC current; + φ \varphi is the displacement angle; + U and I are the complex-valued voltage and current, respectively; + Z and Y are the complex impedance and admittance, respectively; + R e {\displaystyle {\mathcal {R_{e}}}} indicates the real part of a complex number; and + j ≡ − 1 {\displaystyle j\equiv {\sqrt {-1\ }}} is the imaginary unit. + +The impedance and admittance may be expressed as complex numbers that can be broken into real and imaginary parts: +Z = R + j X Y = G + j B . +{\displaystyle {\begin{aligned}Z&=R+jX\\Y&=G+jB~.\end{aligned}}} + +where R is resistance, G is conductance, X is reactance, and B is susceptance. These lead to the complex number identities +R = G G 2 + B 2 , X = − B G 2 + B 2 , G = R R 2 + X 2 , B = − X R 2 + X 2 , +{\displaystyle {\begin{aligned}R&={\frac {G}{\ G^{2}+B^{2}\ }}\ ,\qquad &X={\frac {-B~}{\ G^{2}+B^{2}\ }}\ ,\\G&={\frac {R}{\ R^{2}+X^{2}\ }}\ ,\qquad &B={\frac {-X~}{\ R^{2}+X^{2}\ }}\ ,\end{aligned}}} +which are true in all cases, whereas R = 1 / G {\displaystyle \ R=1/G\ } is only true in the special cases of either DC or reactance-free current. + +The complex angle θ = arg ⁡ ( Z ) = − arg ⁡ ( Y ) {\displaystyle \ \theta =\arg(Z)=-\arg(Y)\ } is the phase difference between the voltage and current passing through a component with impedance Z. For capacitors and inductors, this angle is exactly -90° or +90°, respectively, and X and B are nonzero. Ideal resistors have an angle of 0°, since X is zero (and hence B also), and Z and Y reduce to R and G respectively. In general, AC systems are designed to keep the phase angle close to 0° as much as possible, since it reduces the reactive power, which does no useful work at a load. In a simple case with an inductive load (causing the phase to increase), a capacitor may be added for compensation at one frequency, since the capacitor's phase shift is negative, bringing the total impedance phase closer to 0° again. + +Y is the reciprocal of Z ( Z = 1 / Y {\displaystyle \ Z=1/Y\ }) for all circuits, just as R = 1 / G {\displaystyle R=1/G} for DC circuits containing only resistors, or AC circuits for which either the reactance or susceptance happens to be zero (X or B = 0, respectively) (if one is zero, then for realistic systems both must be zero). +Frequency dependence + +A key feature of AC circuits is that the resistance and conductance can be frequency-dependent, a phenomenon known as the universal dielectric response.[8] One reason, mentioned above is the skin effect (and the related proximity effect). Another reason is that the resistivity itself may depend on frequency (see Drude model, deep-level traps, resonant frequency, Kramers–Kronig relations, etc.) +Energy dissipation and Joule heating +Main article: Joule heating +Running current through a material with resistance creates heat, in a phenomenon called Joule heating. In this picture, a cartridge heater, warmed by Joule heating, is glowing red hot. + +Resistors (and other elements with resistance) oppose the flow of electric current; therefore, electrical energy is required to push current through the resistance. This electrical energy is dissipated, heating the resistor in the process. This is called Joule heating (after James Prescott Joule), also called ohmic heating or resistive heating. + +The dissipation of electrical energy is often undesired, particularly in the case of transmission losses in power lines. High voltage transmission helps reduce the losses by reducing the current for a given power. + +On the other hand, Joule heating is sometimes useful, for example in electric stoves and other electric heaters (also called resistive heaters). As another example, incandescent lamps rely on Joule heating: the filament is heated to such a high temperature that it glows "white hot" with thermal radiation (also called incandescence). + +The formula for Joule heating is: +P = I 2 R +{\displaystyle P=I^{2}R} +where P is the power (energy per unit time) converted from electrical energy to thermal energy, R is the resistance, and I is the current through the resistor. + +Dependence on other conditions +Temperature dependence +Main article: Electrical resistivity and conductivity § Temperature dependence + +Near room temperature, the resistivity of metals typically increases as temperature is increased, while the resistivity of semiconductors typically decreases as temperature is increased. The resistivity of insulators and electrolytes may increase or decrease depending on the system. For the detailed behavior and explanation, see Electrical resistivity and conductivity. + +As a consequence, the resistance of wires, resistors, and other components often change with temperature. This effect may be undesired, causing an electronic circuit to malfunction at extreme temperatures. In some cases, however, the effect is put to good use. When temperature-dependent resistance of a component is used purposefully, the component is called a resistance thermometer or thermistor. (A resistance thermometer is made of metal, usually platinum, while a thermistor is made of ceramic or polymer.) + +Resistance thermometers and thermistors are generally used in two ways. First, they can be used as thermometers: by measuring the resistance, the temperature of the environment can be inferred. Second, they can be used in conjunction with Joule heating (also called self-heating): if a large current is running through the resistor, the resistor's temperature rises and therefore its resistance changes. Therefore, these components can be used in a circuit-protection role similar to fuses, or for feedback in circuits, or for many other purposes. In general, self-heating can turn a resistor into a nonlinear and hysteretic circuit element. For more details see Thermistor#Self-heating effects. + +If the temperature T does not vary too much, a linear approximation is typically used: +R ( T ) = R 0 [ 1 + α ( T − T 0 ) ] +{\displaystyle R(T)=R_{0}[1+\alpha (T-T_{0})]} +where α \alpha is called the temperature coefficient of resistance, T 0 T_{0} is a fixed reference temperature (usually room temperature), and R 0 R_{0} is the resistance at temperature T 0 T_{0}. The parameter α \alpha is an empirical parameter fitted from measurement data. Because the linear approximation is only an approximation, α \alpha is different for different reference temperatures. For this reason it is usual to specify the temperature that α \alpha was measured at with a suffix, such as α 15 \alpha _{15}, and the relationship only holds in a range of temperatures around the reference.[9] + +The temperature coefficient α \alpha is typically +3×10−3 K−1 to +6×10−3 K−1 for metals near room temperature. It is usually negative for semiconductors and insulators, with highly variable magnitude.[e] +Strain dependence +Main article: Strain gauge + +Just as the resistance of a conductor depends upon temperature, the resistance of a conductor depends upon strain.[10] By placing a conductor under tension (a form of stress that leads to strain in the form of stretching of the conductor), the length of the section of conductor under tension increases and its cross-sectional area decreases. Both these effects contribute to increasing the resistance of the strained section of conductor. Under compression (strain in the opposite direction), the resistance of the strained section of conductor decreases. See the discussion on strain gauges for details about devices constructed to take advantage of this effect. +Light illumination dependence +Main articles: Photoresistor and Photoconductivity + +Some resistors, particularly those made from semiconductors, exhibit photoconductivity, meaning that their resistance changes when light is shining on them. Therefore, they are called photoresistors (or light dependent resistors). These are a common type of light detector. +Superconductivity +Main article: Superconductivity + +Superconductors are materials that have exactly zero resistance and infinite conductance, because they can have V = 0 and I ≠ 0. This also means there is no joule heating, or in other words no dissipation of electrical energy. Therefore, if superconductive wire is made into a closed loop, current flows around the loop forever. Superconductors require cooling to temperatures near 4 K with liquid helium for most metallic superconductors like niobium–tin alloys, or cooling to temperatures near 77 K with liquid nitrogen for the expensive, brittle and delicate ceramic high temperature superconductors. Nevertheless, there are many technological applications of superconductivity, including superconducting magnets. +See also + + iconElectronics portal + + Conductance quantum + Von Klitzing constant (its reciprocal) + Electrical measurements + Contact resistance + Electrical resistivity and conductivity for more information about the physical mechanisms for conduction in materials. + Johnson–Nyquist noise + Quantum Hall effect, a standard for high-accuracy resistance measurements. + Resistor + RKM code + Series and parallel circuits + Sheet resistance + SI electromagnetism units + Thermal resistance + Voltage divider + Voltage drop + +Footnotes + +The resistivity of copper is about 1.7×10−8 Ω⋅m.[4] +For a fresh Energizer E91 AA alkaline battery, the internal resistance varies from 0.9 Ω at −40 °C, to 0.1 Ω at +40 °C.[6] +A 60 W light bulb (in the USA, with 120 V mains electricity) draws RMS current 60 W/120 V = 500 mA, so its resistance is 120 V/500 mA = 240 Ω. The resistance of a 60 W light bulb in Europe (230 V mains) is 900 Ω. The resistance of a filament is temperature-dependent; these values are for when the filament is already heated up and the light is already glowing. +100 kΩ for dry skin contact, 1 kΩ for wet or broken skin contact. High voltage breaks down the skin, lowering resistance to 500 Ω. Other factors and conditions are relevant as well. For more details, see the electric shock article, and NIOSH 98-131.[7] + + See Electrical resistivity and conductivity for a table. The temperature coefficient of resistivity is similar but not identical to the temperature coefficient of resistance. The small difference is due to thermal expansion changing the dimensions of the resistor. + +References + +Brown, Forbes T. (2006). Engineering System Dynamics: A Unified Graph-Centered Approach (2nd ed.). Boca Raton, Florida: CRC Press. p. 43. ISBN 978-0-8493-9648-9. +Kaiser, Kenneth L. (2004). Electromagnetic Compatibility Handbook. Boca Raton, Florida: CRC Press. pp. 13–52. ISBN 978-0-8493-2087-3. +Fink & Beaty (1923). "Standard Handbook for Electrical Engineers". Nature (11th ed.). 111 (2788): 17–19. Bibcode:1923Natur.111..458R. doi:10.1038/111458a0. hdl:2027/mdp.39015065357108. S2CID 26358546. +Cutnell, John D.; Johnson, Kenneth W. (1992). Physics (2nd ed.). New York: Wiley. p. 559. ISBN 978-0-471-52919-4. +McDonald, John D. (2016). Electric Power Substations Engineering (2nd ed.). Boca Raton, Florida: CRC Press. pp. 363ff. ISBN 978-1-4200-0731-2. +Battery internal resistance (PDF) (Report). Energizer Corp. +"Worker Deaths by Electrocution" (PDF). National Institute for Occupational Safety and Health. Publication No. 98-131. Retrieved 2 November 2014. +Zhai, Chongpu; Gan, Yixiang; Hanaor, Dorian; Proust, Gwénaëlle (2018). "Stress-dependent electrical transport and its universal scaling in granular materials". Extreme Mechanics Letters. 22: 83–88. arXiv:1712.05938. doi:10.1016/j.eml.2018.05.005. S2CID 51912472. +Ward, M.R. (1971). Electrical Engineering Science. McGraw-Hill. pp. 36–40. + + Meyer, Sebastian; et al. (2022), "Characterization of the deformation state of magnesium by electrical resistance", Volume 215, Scripta Materialia, vol. 215, p. 114712, doi:10.1016/j.scriptamat.2022.114712, S2CID 247959452 + +External links +Wikimedia Commons has media related to Electrical resistance and conductance. + + "Resistance calculator". Vehicular Electronics Laboratory. Clemson University. Archived from the original on 11 July 2010. + "Electron conductance models using maximal entropy random walks". wolfram.com. Wolfram Demonstrantions Project. + +Categories: + + Electrical resistance and conductanceElectricityPhysical quantitiesElectromagnetism + + This page was last edited on 7 March 2023, at 07:54 (UTC). + site, you agree to the Terms of Use and Privacy Policy. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. + + Privacy policy + About Wikipedia + Disclaimers + Contact Wikipedia + Code of Conduct + Mobile view + Developers + Statistics + Cookie statement + + Wikimedia Foundation + Powered by MediaWiki + + +Main menu + +Wikipedia The Free Encyclopedia + + Create account + Log in + +Personal tools + +Contents +(Top) +Resistance and conductance + +Conductor materials + +Wire size + +Conductor ampacity + +Isotropy + +See also + +References + +Further reading + + Pioneering and historical books + Reference books + External links + +Electrical conductor + + Article + Talk + + Read + Edit + View history + +Tools + +From Wikipedia, the free encyclopedia +Overhead conductors carry electric power from generating stations to customers. +Articles about +Electromagnetism +Solenoid + + Electricity Magnetism Optics History Textbooks + +Electrostatics + + Electric charge Coulomb's law Conductor Charge density Permittivity Electric dipole moment Electric field Electric potential Electric flux / potential energy Electrostatic discharge Gauss's law Induction Insulator Polarization density Static electricity Triboelectricity + +Magnetostatics +Electrodynamics +Electrical network +Magnetic circuit +Covariant formulation +Scientists + + vte + +In physics and electrical engineering, a conductor is an object or type of material that allows the flow of charge (electric current) in one or more directions. Materials made of metal are common electrical conductors. The flow of negatively charged electrons generates electric current, positively charged holes, and positive or negative ions in some cases. + +In order for current to flow within a closed electrical circuit, one charged particle does not need to travel from the component producing the current (the current source) to those consuming it (the loads). Instead, the charged particle simply needs to nudge its neighbor a finite amount, who will nudge its neighbor, and on and on until a particle is nudged into the consumer, thus powering it. Essentially what is occurring is a long chain of momentum transfer between mobile charge carriers; the Drude model of conduction describes this process more rigorously. This momentum transfer model makes metal an ideal choice for a conductor; metals, characteristically, possess a delocalized sea of electrons which gives the electrons enough mobility to collide and thus affect a momentum transfer. + +As discussed above, electrons are the primary mover in metals; however, other devices such as the cationic electrolyte(s) of a battery, or the mobile protons of the proton conductor of a fuel cell rely on positive charge carriers. Insulators are non-conducting materials with few mobile charges that support only insignificant electric currents. +Resistance and conductance +A piece of resistive material with electrical contacts on both ends. +Main article: Electrical resistance and conductance + +The resistance of a given conductor depends on the material it is made of, and on its dimensions. For a given material, the resistance is inversely proportional to the cross-sectional area.[1] For example, a thick copper wire has lower resistance than an otherwise-identical thin copper wire. Also, for a given material, the resistance is proportional to the length; for example, a long copper wire has higher resistance than an otherwise-identical short copper wire. The resistance R and conductance G of a conductor of uniform cross section, therefore, can be computed as[1] + + R = ρ ℓ A , G = σ A ℓ . {\displaystyle {\begin{aligned}R&=\rho {\frac {\ell }{A}},\\[6pt]G&=\sigma {\frac {A}{\ell }}.\end{aligned}}} + +where ℓ \ell is the length of the conductor, measured in metres [m], A is the cross-section area of the conductor measured in square metres [m2], σ (sigma) is the electrical conductivity measured in siemens per meter (S·m−1), and ρ (rho) is the electrical resistivity (also called specific electrical resistance) of the material, measured in ohm-metres (Ω·m). The resistivity and conductivity are proportionality constants, and therefore depend only on the material the wire is made of, not the geometry of the wire. Resistivity and conductivity are reciprocals: ρ = 1 / σ \rho=1/\sigma. Resistivity is a measure of the material's ability to oppose electric current. + +This formula is not exact: It assumes the current density is totally uniform in the conductor, which is not always true in practical situation. However, this formula still provides a good approximation for long thin conductors such as wires. + +Another situation this formula is not exact for is with alternating current (AC), because the skin effect inhibits current flow near the center of the conductor. Then, the geometrical cross-section is different from the effective cross-section in which current actually flows, so the resistance is higher than expected. Similarly, if two conductors are near each other carrying AC current, their resistances increase due to the proximity effect. At commercial power frequency, these effects are significant for large conductors carrying large currents, such as busbars in an electrical substation,[2] or large power cables carrying more than a few hundred amperes. + +Aside from the geometry of the wire, temperature also has a significant effect on the efficacy of conductors. Temperature affects conductors in two main ways, the first is that materials may expand under the application of heat. The amount that the material will expand is governed by the thermal expansion coefficient specific to the material. Such an expansion (or contraction) will change the geometry of the conductor and therefore its characteristic resistance. However, this effect is generally small, on the order of 10−6. An increase in temperature will also increase the number of phonons generated within the material. A phonon is essentially a lattice vibration, or rather a small, harmonic kinetic movement of the atoms of the material. Much like the shaking of a pinball machine, phonons serve to disrupt the path of electrons, causing them to scatter. This electron scattering will decrease the number of electron collisions and therefore will decrease the total amount of current transferred. +Conductor materials +Main article: Electrical resistivity and conductivity +Further information: Copper conductor and Aluminum building wiring +Material ρ [Ω·m] at 20°C σ [S/m] at 20°C +Silver, Ag 1.59 × 10−8 6.30 × 107 +Copper, Cu 1.68 × 10−8 5.96 × 107 +Aluminum, Al 2.82 × 10−8 3.50 × 107 + +Conduction materials include metals, electrolytes, superconductors, semiconductors, plasmas and some nonmetallic conductors such as graphite and conductive polymers. + +Copper has a high conductivity. Annealed copper is the international standard to which all other electrical conductors are compared; the International Annealed Copper Standard conductivity is 58 MS/m, although ultra-pure copper can slightly exceed 101% IACS. The main grade of copper used for electrical applications, such as building wire, motor windings, cables and busbars, is electrolytic-tough pitch (ETP) copper (CW004A or ASTM designation C100140). If high conductivity copper must be welded or brazed or used in a reducing atmosphere, then oxygen-free high conductivity copper (CW008A or ASTM designation C10100) may be used.[3] Because of its ease of connection by soldering or clamping, copper is still the most common choice for most light-gauge wires. + +Silver is 6% more conductive than copper, but due to cost it is not practical in most cases. However, it is used in specialized equipment, such as satellites, and as a thin plating to mitigate skin effect losses at high frequencies. Famously, 14,700 short tons (13,300 t) of silver on loan from the United States Treasury were used in the making of the calutron magnets during World War II due to wartime shortages of copper. [4] + +Aluminum wire is the most common metal in electric power transmission and distribution. Although only 61% of the conductivity of copper by cross-sectional area, its lower density makes it twice as conductive by mass. As aluminum is roughly one-third the cost of copper by weight, the economic advantages are considerable when large conductors are required. + +The disadvantages of aluminum wiring lie in its mechanical and chemical properties. It readily forms an insulating oxide, making connections heat up. Its larger coefficient of thermal expansion than the brass materials used for connectors causes connections to loosen. Aluminum can also "creep", slowly deforming under load, which also loosens connections. These effects can be mitigated with suitably designed connectors and extra care in installation, but they have made aluminum building wiring unpopular past the service drop. + +Organic compounds such as octane, which has 8 carbon atoms and 18 hydrogen atoms, cannot conduct electricity. Oils are hydrocarbons, since carbon has the property of tetracovalency and forms covalent bonds with other elements such as hydrogen, since it does not lose or gain electrons, thus does not form ions. Covalent bonds are simply the sharing of electrons. Hence, there is no separation of ions when electricity is passed through it. Liquids made of compounds with only covalent bonds cannot conduct electricity. Certain organic ionic liquids, by contrast, can conduct an electric current. + +While pure water is not an electrical conductor, even a small portion of ionic impurities, such as salt, can rapidly transform it into a conductor. +Wire size + +Wires are measured by their cross sectional area. In many countries, the size is expressed in square millimetres. In North America, conductors are measured by American wire gauge for smaller ones, and circular mils for larger ones. +Conductor ampacity + +The ampacity of a conductor, that is, the amount of current it can carry, is related to its electrical resistance: a lower-resistance conductor can carry a larger value of current. The resistance, in turn, is determined by the material the conductor is made from (as described above) and the conductor's size. For a given material, conductors with a larger cross-sectional area have less resistance than conductors with a smaller cross-sectional area. + +For bare conductors, the ultimate limit is the point at which power lost to resistance causes the conductor to melt. Aside from fuses, most conductors in the real world are operated far below this limit, however. For example, household wiring is usually insulated with PVC insulation that is only rated to operate to about 60 °C, therefore, the current in such wires must be limited so that it never heats the copper conductor above 60 °C, causing a risk of fire. Other, more expensive insulation such as Teflon or fiberglass may allow operation at much higher temperatures. +Isotropy + +If an electric field is applied to a material, and the resulting induced electric current is in the same direction, the material is said to be an isotropic electrical conductor. If the resulting electric current is in a different direction from the applied electric field, the material is said to be an anisotropic electrical conductor. +See also +Classification of materials based on permittivity εr″/εr′ Current conduction Field propagation +0 perfect dielectric +lossless medium +≪ 1 low-conductivity material +poor conductor low-loss medium +good dielectric +≈ 1 lossy conducting material lossy propagation medium +≫ 1 high-conductivity material +good conductor high-loss medium +poor dielectric +∞ perfect conductor + + Bundle conductor + Charge transfer complex + Electrical cable + Electrical resistivity and conductivity + Fourth rail + Overhead line + Stephen Gray, first to identify electrical conductors and insulators + Superconductivity + Third rail + +References + +"Wire Sizes and Resistance" (PDF). Retrieved 2018-01-14. +Fink and Beaty, Standard Handbook for Electrical Engineers 11th Edition, pages 17–19 +"High conductivity coppers (electrical)". Copper Development Association (U.K.). Archived from the original on 2013-07-20. Retrieved 2013-06-01. + + "From Treasury Vault to the Manhattan Project" (PDF). American Scientist. Retrieved 2022-10-27. + +Further reading +Pioneering and historical books + + William Henry Preece. On Electrical Conductors. 1883. + Oliver Heaviside. Electrical Papers. Macmillan, 1894. + +Reference books + + Annual Book of ASTM Standards: Electrical Conductors. American Society for Testing and Materials. (every year) + IET Wiring Regulations. Institution for Engineering and Technology. wiringregulations.net + +External links + + BBC: Key Stage 2 Bitesize: Electrical Conductors + The discovery of conductors and insulators by Gray, Dufay and Franklin. + +Wikimedia Commons has media related to Electrical conductors. +Authority control: National Edit this at Wikidata + + France BnF data Germany Israel United States Japan + +Categories: + + ElectricityElectrical conductors + + This page was last edited on 28 August 2023, at 00:10 (UTC). + site, you agree to the Terms of Use and Privacy Policy. 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this remarkable personality will +be of interest. + +My first recollection of Captain Carter is of the few months he spent +at my father’s home in Virginia, just prior to the opening of the civil +war. I was then a child of but five years, yet I well remember the +tall, dark, smooth-faced, athletic man whom I called Uncle Jack. + +He seemed always to be laughing; and he entered into the sports of the +children with the same hearty good fellowship he displayed toward those +pastimes in which the men and women of his own age indulged; or he +would sit for an hour at a time entertaining my old grandmother with +stories of his strange, wild life in all parts of the world. We all +loved him, and our slaves fairly worshipped the ground he trod. + +He was a splendid specimen of manhood, standing a good two inches over +six feet, broad of shoulder and narrow of hip, with the carriage of the +trained fighting man. His features were regular and clear cut, his hair +black and closely cropped, while his eyes were of a steel gray, +reflecting a strong and loyal character, filled with fire and +initiative. His manners were perfect, and his courtliness was that of a +typical southern gentleman of the highest type. + +His horsemanship, especially after hounds, was a marvel and delight +even in that country of magnificent horsemen. I have often heard my +father caution him against his wild recklessness, but he would only +laugh, and say that the tumble that killed him would be from the back +of a horse yet unfoaled. + +When the war broke out he left us, nor did I see him again for some +fifteen or sixteen years. When he returned it was without warning, and +I was much surprised to note that he had not aged apparently a moment, +nor had he changed in any other outward way. He was, when others were +with him, the same genial, happy fellow we had known of old, but when +he thought himself alone I have seen him sit for hours gazing off into +space, his face set in a look of wistful longing and hopeless misery; +and at night he would sit thus looking up into the heavens, at what I +did not know until I read his manuscript years afterward. + +He told us that he had been prospecting and mining in Arizona part of +the time since the war; and that he had been very successful was +evidenced by the unlimited amount of money with which he was supplied. +As to the details of his life during these years he was very reticent, +in fact he would not talk of them at all. + +He remained with us for about a year and then went to New York, where +he purchased a little place on the Hudson, where I visited him once a +year on the occasions of my trips to the New York market—my father and +I owning and operating a string of general stores throughout Virginia +at that time. Captain Carter had a small but beautiful cottage, +situated on a bluff overlooking the river, and during one of my last +visits, in the winter of 1885, I observed he was much occupied in +writing, I presume now, upon this manuscript. + +He told me at this time that if anything should happen to him he wished +me to take charge of his estate, and he gave me a key to a compartment +in the safe which stood in his study, telling me I would find his will +there and some personal instructions which he had me pledge myself to +carry out with absolute fidelity. + +After I had retired for the night I have seen him from my window +standing in the moonlight on the brink of the bluff overlooking the +Hudson with his arms stretched out to the heavens as though in appeal. +I thought at the time that he was praying, although I never understood +that he was in the strict sense of the term a religious man. + +Several months after I had returned home from my last visit, the first +of March, 1886, I think, I received a telegram from him asking me to +come to him at once. I had always been his favorite among the younger +generation of Carters and so I hastened to comply with his demand. + +I arrived at the little station, about a mile from his grounds, on the +morning of March 4, 1886, and when I asked the livery man to drive me +out to Captain Carter’s he replied that if I was a friend of the +Captain’s he had some very bad news for me; the Captain had been found +dead shortly after daylight that very morning by the watchman attached +to an adjoining property. + +For some reason this news did not surprise me, but I hurried out to his +place as quickly as possible, so that I could take charge of the body +and of his affairs. + +I found the watchman who had discovered him, together with the local +police chief and several townspeople, assembled in his little study. +The watchman related the few details connected with the finding of the +body, which he said had been still warm when he came upon it. It lay, +he said, stretched full length in the snow with the arms outstretched +above the head toward the edge of the bluff, and when he showed me the +spot it flashed upon me that it was the identical one where I had seen +him on those other nights, with his arms raised in supplication to the +skies. + +There were no marks of violence on the body, and with the aid of a +local physician the coroner’s jury quickly reached a decision of death +from heart failure. Left alone in the study, I opened the safe and +withdrew the contents of the drawer in which he had told me I would +find my instructions. They were in part peculiar indeed, but I have +followed them to each last detail as faithfully as I was able. + +He directed that I remove his body to Virginia without embalming, and +that he be laid in an open coffin within a tomb which he previously had +had constructed and which, as I later learned, was well ventilated. The +instructions impressed upon me that I must personally see that this was +carried out just as he directed, even in secrecy if necessary. + +His property was left in such a way that I was to receive the entire +income for twenty-five years, when the principal was to become mine. +His further instructions related to this manuscript which I was to +retain sealed and unread, just as I found it, for eleven years; nor was +I to divulge its contents until twenty-one years after his death. + +A strange feature about the tomb, where his body still lies, is that +the massive door is equipped with a single, huge gold-plated spring +lock which can be opened _only from the inside_. + +Yours very sincerely, +Edgar Rice Burroughs. + + + + +CHAPTER I +ON THE ARIZONA HILLS + + +I am a very old man; how old I do not know. Possibly I am a hundred, +possibly more; but I cannot tell because I have never aged as other +men, nor do I remember any childhood. So far as I can recollect I have +always been a man, a man of about thirty. I appear today as I did forty +years and more ago, and yet I feel that I cannot go on living forever; +that some day I shall die the real death from which there is no +resurrection. I do not know why I should fear death, I who have died +twice and am still alive; but yet I have the same horror of it as you +who have never died, and it is because of this terror of death, I +believe, that I am so convinced of my mortality. + +And because of this conviction I have determined to write down the +story of the interesting periods of my life and of my death. I cannot +explain the phenomena; I can only set down here in the words of an +ordinary soldier of fortune a chronicle of the strange events that +befell me during the ten years that my dead body lay undiscovered in an +Arizona cave. + +I have never told this story, nor shall mortal man see this manuscript +until after I have passed over for eternity. I know that the average +human mind will not believe what it cannot grasp, and so I do not +purpose being pilloried by the public, the pulpit, and the press, and +held up as a colossal liar when I am but telling the simple truths +which some day science will substantiate. Possibly the suggestions +which I gained upon Mars, and the knowledge which I can set down in +this chronicle, will aid in an earlier understanding of the mysteries +of our sister planet; mysteries to you, but no longer mysteries to me. + +My name is John Carter; I am better known as Captain Jack Carter of +Virginia. At the close of the Civil War I found myself possessed of +several hundred thousand dollars (Confederate) and a captain’s +commission in the cavalry arm of an army which no longer existed; the +servant of a state which had vanished with the hopes of the South. +Masterless, penniless, and with my only means of livelihood, fighting, +gone, I determined to work my way to the southwest and attempt to +retrieve my fallen fortunes in a search for gold. + +I spent nearly a year prospecting in company with another Confederate +officer, Captain James K. Powell of Richmond. We were extremely +fortunate, for late in the winter of 1865, after many hardships and +privations, we located the most remarkable gold-bearing quartz vein +that our wildest dreams had ever pictured. Powell, who was a mining +engineer by education, stated that we had uncovered over a million +dollars worth of ore in a trifle over three months. + +As our equipment was crude in the extreme we decided that one of us +must return to civilization, purchase the necessary machinery and +return with a sufficient force of men properly to work the mine. + +As Powell was familiar with the country, as well as with the mechanical +requirements of mining we determined that it would be best for him to +make the trip. It was agreed that I was to hold down our claim against +the remote possibility of its being jumped by some wandering +prospector. + +On March 3, 1866, Powell and I packed his provisions on two of our +burros, and bidding me good-bye he mounted his horse, and started down +the mountainside toward the valley, across which led the first stage of +his journey. + +The morning of Powell’s departure was, like nearly all Arizona +mornings, clear and beautiful; I could see him and his little pack +animals picking their way down the mountainside toward the valley, and +all during the morning I would catch occasional glimpses of them as +they topped a hog back or came out upon a level plateau. My last sight +of Powell was about three in the afternoon as he entered the shadows of +the range on the opposite side of the valley. + +Some half hour later I happened to glance casually across the valley +and was much surprised to note three little dots in about the same +place I had last seen my friend and his two pack animals. I am not +given to needless worrying, but the more I tried to convince myself +that all was well with Powell, and that the dots I had seen on his +trail were antelope or wild horses, the less I was able to assure +myself. + +Since we had entered the territory we had not seen a hostile Indian, +and we had, therefore, become careless in the extreme, and were wont to +ridicule the stories we had heard of the great numbers of these vicious +marauders that were supposed to haunt the trails, taking their toll in +lives and torture of every white party which fell into their merciless +clutches. + +Powell, I knew, was well armed and, further, an experienced Indian +fighter; but I too had lived and fought for years among the Sioux in +the North, and I knew that his chances were small against a party of +cunning trailing Apaches. Finally I could endure the suspense no +longer, and, arming myself with my two Colt revolvers and a carbine, I +strapped two belts of cartridges about me and catching my saddle horse, +started down the trail taken by Powell in the morning. + +As soon as I reached comparatively level ground I urged my mount into a +canter and continued this, where the going permitted, until, close upon +dusk, I discovered the point where other tracks joined those of Powell. +They were the tracks of unshod ponies, three of them, and the ponies +had been galloping. + +I followed rapidly until, darkness shutting down, I was forced to await +the rising of the moon, and given an opportunity to speculate on the +question of the wisdom of my chase. Possibly I had conjured up +impossible dangers, like some nervous old housewife, and when I should +catch up with Powell would get a good laugh for my pains. However, I am +not prone to sensitiveness, and the following of a sense of duty, +wherever it may lead, has always been a kind of fetich with me +throughout my life; which may account for the honors bestowed upon me +by three republics and the decorations and friendships of an old and +powerful emperor and several lesser kings, in whose service my sword +has been red many a time. + +About nine o’clock the moon was sufficiently bright for me to proceed +on my way and I had no difficulty in following the trail at a fast +walk, and in some places at a brisk trot until, about midnight, I +reached the water hole where Powell had expected to camp. I came upon +the spot unexpectedly, finding it entirely deserted, with no signs of +having been recently occupied as a camp. + +I was interested to note that the tracks of the pursuing horsemen, for +such I was now convinced they must be, continued after Powell with only +a brief stop at the hole for water; and always at the same rate of +speed as his. + +I was positive now that the trailers were Apaches and that they wished +to capture Powell alive for the fiendish pleasure of the torture, so I +urged my horse onward at a most dangerous pace, hoping against hope +that I would catch up with the red rascals before they attacked him. + +Further speculation was suddenly cut short by the faint report of two +shots far ahead of me. I knew that Powell would need me now if ever, +and I instantly urged my horse to his topmost speed up the narrow and +difficult mountain trail. + +I had forged ahead for perhaps a mile or more without hearing further +sounds, when the trail suddenly debouched onto a small, open plateau +near the summit of the pass. I had passed through a narrow, overhanging +gorge just before entering suddenly upon this table land, and the sight +which met my eyes filled me with consternation and dismay. + +The little stretch of level land was white with Indian tepees, and +there were probably half a thousand red warriors clustered around some +object near the center of the camp. Their attention was so wholly +riveted to this point of interest that they did not notice me, and I +easily could have turned back into the dark recesses of the gorge and +made my escape with perfect safety. The fact, however, that this +thought did not occur to me until the following day removes any +possible right to a claim to heroism to which the narration of this +episode might possibly otherwise entitle me. + +I do not believe that I am made of the stuff which constitutes heroes, +because, in all of the hundreds of instances that my voluntary acts +have placed me face to face with death, I cannot recall a single one +where any alternative step to that I took occurred to me until many +hours later. My mind is evidently so constituted that I am +subconsciously forced into the path of duty without recourse to +tiresome mental processes. However that may be, I have never regretted +that cowardice is not optional with me. + +In this instance I was, of course, positive that Powell was the center +of attraction, but whether I thought or acted first I do not know, but +within an instant from the moment the scene broke upon my view I had +whipped out my revolvers and was charging down upon the entire army of +warriors, shooting rapidly, and whooping at the top of my lungs. +Singlehanded, I could not have pursued better tactics, for the red men, +convinced by sudden surprise that not less than a regiment of regulars +was upon them, turned and fled in every direction for their bows, +arrows, and rifles. + +The view which their hurried routing disclosed filled me with +apprehension and with rage. Under the clear rays of the Arizona moon +lay Powell, his body fairly bristling with the hostile arrows of the +braves. That he was already dead I could not but be convinced, and yet +I would have saved his body from mutilation at the hands of the Apaches +as quickly as I would have saved the man himself from death. + +Riding close to him I reached down from the saddle, and grasping his +cartridge belt drew him up across the withers of my mount. A backward +glance convinced me that to return by the way I had come would be more +hazardous than to continue across the plateau, so, putting spurs to my +poor beast, I made a dash for the opening to the pass which I could +distinguish on the far side of the table land. + +The Indians had by this time discovered that I was alone and I was +pursued with imprecations, arrows, and rifle balls. The fact that it is +difficult to aim anything but imprecations accurately by moonlight, +that they were upset by the sudden and unexpected manner of my advent, +and that I was a rather rapidly moving target saved me from the various +deadly projectiles of the enemy and permitted me to reach the shadows +of the surrounding peaks before an orderly pursuit could be organized. + +My horse was traveling practically unguided as I knew that I had +probably less knowledge of the exact location of the trail to the pass +than he, and thus it happened that he entered a defile which led to the +summit of the range and not to the pass which I had hoped would carry +me to the valley and to safety. It is probable, however, that to this +fact I owe my life and the remarkable experiences and adventures which +befell me during the following ten years. + +My first knowledge that I was on the wrong trail came when I heard the +yells of the pursuing savages suddenly grow fainter and fainter far off +to my left. + +I knew then that they had passed to the left of the jagged rock +formation at the edge of the plateau, to the right of which my horse +had borne me and the body of Powell. + +I drew rein on a little level promontory overlooking the trail below +and to my left, and saw the party of pursuing savages disappearing +around the point of a neighboring peak. + +I knew the Indians would soon discover that they were on the wrong +trail and that the search for me would be renewed in the right +direction as soon as they located my tracks. + +I had gone but a short distance further when what seemed to be an +excellent trail opened up around the face of a high cliff. The trail +was level and quite broad and led upward and in the general direction I +wished to go. The cliff arose for several hundred feet on my right, and +on my left was an equal and nearly perpendicular drop to the bottom of +a rocky ravine. + +I had followed this trail for perhaps a hundred yards when a sharp turn +to the right brought me to the mouth of a large cave. The opening was +about four feet in height and three to four feet wide, and at this +opening the trail ended. + +It was now morning, and, with the customary lack of dawn which is a +startling characteristic of Arizona, it had become daylight almost +without warning. + +Dismounting, I laid Powell upon the ground, but the most painstaking +examination failed to reveal the faintest spark of life. I forced water +from my canteen between his dead lips, bathed his face and rubbed his +hands, working over him continuously for the better part of an hour in +the face of the fact that I knew him to be dead. + +I was very fond of Powell; he was thoroughly a man in every respect; a +polished southern gentleman; a staunch and true friend; and it was with +a feeling of the deepest grief that I finally gave up my crude +endeavors at resuscitation. + +Leaving Powell’s body where it lay on the ledge I crept into the cave +to reconnoiter. I found a large chamber, possibly a hundred feet in +diameter and thirty or forty feet in height; a smooth and well-worn +floor, and many other evidences that the cave had, at some remote +period, been inhabited. The back of the cave was so lost in dense +shadow that I could not distinguish whether there were openings into +other apartments or not. + +As I was continuing my examination I commenced to feel a pleasant +drowsiness creeping over me which I attributed to the fatigue of my +long and strenuous ride, and the reaction from the excitement of the +fight and the pursuit. I felt comparatively safe in my present location +as I knew that one man could defend the trail to the cave against an +army. + +I soon became so drowsy that I could scarcely resist the strong desire +to throw myself on the floor of the cave for a few moments’ rest, but I +knew that this would never do, as it would mean certain death at the +hands of my red friends, who might be upon me at any moment. With an +effort I started toward the opening of the cave only to reel drunkenly +against a side wall, and from there slip prone upon the floor. + + + + +CHAPTER II +THE ESCAPE OF THE DEAD + + +A sense of delicious dreaminess overcame me, my muscles relaxed, and I +was on the point of giving way to my desire to sleep when the sound of +approaching horses reached my ears. I attempted to spring to my feet +but was horrified to discover that my muscles refused to respond to my +will. I was now thoroughly awake, but as unable to move a muscle as +though turned to stone. It was then, for the first time, that I noticed +a slight vapor filling the cave. It was extremely tenuous and only +noticeable against the opening which led to daylight. There also came +to my nostrils a faintly pungent odor, and I could only assume that I +had been overcome by some poisonous gas, but why I should retain my +mental faculties and yet be unable to move I could not fathom. + +I lay facing the opening of the cave and where I could see the short +stretch of trail which lay between the cave and the turn of the cliff +around which the trail led. The noise of the approaching horses had +ceased, and I judged the Indians were creeping stealthily upon me along +the little ledge which led to my living tomb. I remember that I hoped +they would make short work of me as I did not particularly relish the +thought of the innumerable things they might do to me if the spirit +prompted them. + +I had not long to wait before a stealthy sound apprised me of their +nearness, and then a war-bonneted, paint-streaked face was thrust +cautiously around the shoulder of the cliff, and savage eyes looked +into mine. That he could see me in the dim light of the cave I was sure +for the early morning sun was falling full upon me through the opening. + +The fellow, instead of approaching, merely stood and stared; his eyes +bulging and his jaw dropped. And then another savage face appeared, and +a third and fourth and fifth, craning their necks over the shoulders of +their fellows whom they could not pass upon the narrow ledge. Each face +was the picture of awe and fear, but for what reason I did not know, +nor did I learn until ten years later. That there were still other +braves behind those who regarded me was apparent from the fact that the +leaders passed back whispered word to those behind them. + +Suddenly a low but distinct moaning sound issued from the recesses of +the cave behind me, and, as it reached the ears of the Indians, they +turned and fled in terror, panic-stricken. So frantic were their +efforts to escape from the unseen thing behind me that one of the +braves was hurled headlong from the cliff to the rocks below. Their +wild cries echoed in the canyon for a short time, and then all was +still once more. + +The sound which had frightened them was not repeated, but it had been +sufficient as it was to start me speculating on the possible horror +which lurked in the shadows at my back. Fear is a relative term and so +I can only measure my feelings at that time by what I had experienced +in previous positions of danger and by those that I have passed through +since; but I can say without shame that if the sensations I endured +during the next few minutes were fear, then may God help the coward, +for cowardice is of a surety its own punishment. + +To be held paralyzed, with one’s back toward some horrible and unknown +danger from the very sound of which the ferocious Apache warriors turn +in wild stampede, as a flock of sheep would madly flee from a pack of +wolves, seems to me the last word in fearsome predicaments for a man +who had ever been used to fighting for his life with all the energy of +a powerful physique. + +Several times I thought I heard faint sounds behind me as of somebody +moving cautiously, but eventually even these ceased, and I was left to +the contemplation of my position without interruption. I could but +vaguely conjecture the cause of my paralysis, and my only hope lay in +that it might pass off as suddenly as it had fallen upon me. + +Late in the afternoon my horse, which had been standing with dragging +rein before the cave, started slowly down the trail, evidently in +search of food and water, and I was left alone with my mysterious +unknown companion and the dead body of my friend, which lay just within +my range of vision upon the ledge where I had placed it in the early +morning. + +From then until possibly midnight all was silence, the silence of the +dead; then, suddenly, the awful moan of the morning broke upon my +startled ears, and there came again from the black shadows the sound of +a moving thing, and a faint rustling as of dead leaves. The shock to my +already overstrained nervous system was terrible in the extreme, and +with a superhuman effort I strove to break my awful bonds. It was an +effort of the mind, of the will, of the nerves; not muscular, for I +could not move even so much as my little finger, but none the less +mighty for all that. And then something gave, there was a momentary +feeling of nausea, a sharp click as of the snapping of a steel wire, +and I stood with my back against the wall of the cave facing my unknown +foe. + +And then the moonlight flooded the cave, and there before me lay my own +body as it had been lying all these hours, with the eyes staring toward +the open ledge and the hands resting limply upon the ground. I looked +first at my lifeless clay there upon the floor of the cave and then +down at myself in utter bewilderment; for there I lay clothed, and yet +here I stood but naked as at the minute of my birth. + +The transition had been so sudden and so unexpected that it left me for +a moment forgetful of aught else than my strange metamorphosis. My +first thought was, is this then death! Have I indeed passed over +forever into that other life! But I could not well believe this, as I +could feel my heart pounding against my ribs from the exertion of my +efforts to release myself from the anaesthesis which had held me. My +breath was coming in quick, short gasps, cold sweat stood out from +every pore of my body, and the ancient experiment of pinching revealed +the fact that I was anything other than a wraith. + +Again was I suddenly recalled to my immediate surroundings by a +repetition of the weird moan from the depths of the cave. Naked and +unarmed as I was, I had no desire to face the unseen thing which +menaced me. + +My revolvers were strapped to my lifeless body which, for some +unfathomable reason, I could not bring myself to touch. My carbine was +in its boot, strapped to my saddle, and as my horse had wandered off I +was left without means of defense. My only alternative seemed to lie in +flight and my decision was crystallized by a recurrence of the rustling +sound from the thing which now seemed, in the darkness of the cave and +to my distorted imagination, to be creeping stealthily upon me. + +Unable longer to resist the temptation to escape this horrible place I +leaped quickly through the opening into the starlight of a clear +Arizona night. The crisp, fresh mountain air outside the cave acted as +an immediate tonic and I felt new life and new courage coursing through +me. Pausing upon the brink of the ledge I upbraided myself for what now +seemed to me wholly unwarranted apprehension. I reasoned with myself +that I had lain helpless for many hours within the cave, yet nothing +had molested me, and my better judgment, when permitted the direction +of clear and logical reasoning, convinced me that the noises I had +heard must have resulted from purely natural and harmless causes; +probably the conformation of the cave was such that a slight breeze had +caused the sounds I heard. + +I decided to investigate, but first I lifted my head to fill my lungs +with the pure, invigorating night air of the mountains. As I did so I +saw stretching far below me the beautiful vista of rocky gorge, and +level, cacti-studded flat, wrought by the moonlight into a miracle of +soft splendor and wondrous enchantment. + +Few western wonders are more inspiring than the beauties of an Arizona +moonlit landscape; the silvered mountains in the distance, the strange +lights and shadows upon hog back and arroyo, and the grotesque details +of the stiff, yet beautiful cacti form a picture at once enchanting and +inspiring; as though one were catching for the first time a glimpse of +some dead and forgotten world, so different is it from the aspect of +any other spot upon our earth. + +As I stood thus meditating, I turned my gaze from the landscape to the +heavens where the myriad stars formed a gorgeous and fitting canopy for +the wonders of the earthly scene. My attention was quickly riveted by a +large red star close to the distant horizon. As I gazed upon it I felt +a spell of overpowering fascination—it was Mars, the god of war, and +for me, the fighting man, it had always held the power of irresistible +enchantment. As I gazed at it on that far-gone night it seemed to call +across the unthinkable void, to lure me to it, to draw me as the +lodestone attracts a particle of iron. + +My longing was beyond the power of opposition; I closed my eyes, +stretched out my arms toward the god of my vocation and felt myself +drawn with the suddenness of thought through the trackless immensity of +space. There was an instant of extreme cold and utter darkness. + + + + +CHAPTER III +MY ADVENT ON MARS + + +I opened my eyes upon a strange and weird landscape. I knew that I was +on Mars; not once did I question either my sanity or my wakefulness. I +was not asleep, no need for pinching here; my inner consciousness told +me as plainly that I was upon Mars as your conscious mind tells you +that you are upon Earth. You do not question the fact; neither did I. + +I found myself lying prone upon a bed of yellowish, mosslike vegetation +which stretched around me in all directions for interminable miles. I +seemed to be lying in a deep, circular basin, along the outer verge of +which I could distinguish the irregularities of low hills. + +It was midday, the sun was shining full upon me and the heat of it was +rather intense upon my naked body, yet no greater than would have been +true under similar conditions on an Arizona desert. Here and there were +slight outcroppings of quartz-bearing rock which glistened in the +sunlight; and a little to my left, perhaps a hundred yards, appeared a +low, walled enclosure about four feet in height. No water, and no other +vegetation than the moss was in evidence, and as I was somewhat thirsty +I determined to do a little exploring. + +Springing to my feet I received my first Martian surprise, for the +effort, which on Earth would have brought me standing upright, carried +me into the Martian air to the height of about three yards. I alighted +softly upon the ground, however, without appreciable shock or jar. Now +commenced a series of evolutions which even then seemed ludicrous in +the extreme. I found that I must learn to walk all over again, as the +muscular exertion which carried me easily and safely upon Earth played +strange antics with me upon Mars. + +Instead of progressing in a sane and dignified manner, my attempts to +walk resulted in a variety of hops which took me clear of the ground a +couple of feet at each step and landed me sprawling upon my face or +back at the end of each second or third hop. My muscles, perfectly +attuned and accustomed to the force of gravity on Earth, played the +mischief with me in attempting for the first time to cope with the +lesser gravitation and lower air pressure on Mars. + +I was determined, however, to explore the low structure which was the +only evidence of habitation in sight, and so I hit upon the unique plan +of reverting to first principles in locomotion, creeping. I did fairly +well at this and in a few moments had reached the low, encircling wall +of the enclosure. + +There appeared to be no doors or windows upon the side nearest me, but +as the wall was but about four feet high I cautiously gained my feet +and peered over the top upon the strangest sight it had ever been given +me to see. + +The roof of the enclosure was of solid glass about four or five inches +in thickness, and beneath this were several hundred large eggs, +perfectly round and snowy white. The eggs were nearly uniform in size +being about two and one-half feet in diameter. + +Five or six had already hatched and the grotesque caricatures which sat +blinking in the sunlight were enough to cause me to doubt my sanity. +They seemed mostly head, with little scrawny bodies, long necks and six +legs, or, as I afterward learned, two legs and two arms, with an +intermediary pair of limbs which could be used at will either as arms +or legs. Their eyes were set at the extreme sides of their heads a +trifle above the center and protruded in such a manner that they could +be directed either forward or back and also independently of each +other, thus permitting this queer animal to look in any direction, or +in two directions at once, without the necessity of turning the head. + +The ears, which were slightly above the eyes and closer together, were +small, cup-shaped antennae, protruding not more than an inch on these +young specimens. Their noses were but longitudinal slits in the center +of their faces, midway between their mouths and ears. + +There was no hair on their bodies, which were of a very light +yellowish-green color. In the adults, as I was to learn quite soon, +this color deepens to an olive green and is darker in the male than in +the female. Further, the heads of the adults are not so out of +proportion to their bodies as in the case of the young. + +The iris of the eyes is blood red, as in Albinos, while the pupil is +dark. The eyeball itself is very white, as are the teeth. These latter +add a most ferocious appearance to an otherwise fearsome and terrible +countenance, as the lower tusks curve upward to sharp points which end +about where the eyes of earthly human beings are located. The whiteness +of the teeth is not that of ivory, but of the snowiest and most +gleaming of china. Against the dark background of their olive skins +their tusks stand out in a most striking manner, making these weapons +present a singularly formidable appearance. + +Most of these details I noted later, for I was given but little time to +speculate on the wonders of my new discovery. I had seen that the eggs +were in the process of hatching, and as I stood watching the hideous +little monsters break from their shells I failed to note the approach +of a score of full-grown Martians from behind me. + +Coming, as they did, over the soft and soundless moss, which covers +practically the entire surface of Mars with the exception of the frozen +areas at the poles and the scattered cultivated districts, they might +have captured me easily, but their intentions were far more sinister. +It was the rattling of the accouterments of the foremost warrior which +warned me. + +On such a little thing my life hung that I often marvel that I escaped +so easily. Had not the rifle of the leader of the party swung from its +fastenings beside his saddle in such a way as to strike against the +butt of his great metal-shod spear I should have snuffed out without +ever knowing that death was near me. But the little sound caused me to +turn, and there upon me, not ten feet from my breast, was the point of +that huge spear, a spear forty feet long, tipped with gleaming metal, +and held low at the side of a mounted replica of the little devils I +had been watching. + +But how puny and harmless they now looked beside this huge and terrific +incarnation of hate, of vengeance and of death. The man himself, for +such I may call him, was fully fifteen feet in height and, on Earth, +would have weighed some four hundred pounds. He sat his mount as we sit +a horse, grasping the animal’s barrel with his lower limbs, while the +hands of his two right arms held his immense spear low at the side of +his mount; his two left arms were outstretched laterally to help +preserve his balance, the thing he rode having neither bridle or reins +of any description for guidance. + +And his mount! How can earthly words describe it! It towered ten feet +at the shoulder; had four legs on either side; a broad flat tail, +larger at the tip than at the root, and which it held straight out +behind while running; a gaping mouth which split its head from its +snout to its long, massive neck. + +Like its master, it was entirely devoid of hair, but was of a dark +slate color and exceeding smooth and glossy. Its belly was white, and +its legs shaded from the slate of its shoulders and hips to a vivid +yellow at the feet. The feet themselves were heavily padded and +nailless, which fact had also contributed to the noiselessness of their +approach, and, in common with a multiplicity of legs, is a +characteristic feature of the fauna of Mars. The highest type of man +and one other animal, the only mammal existing on Mars, alone have +well-formed nails, and there are absolutely no hoofed animals in +existence there. + +Behind this first charging demon trailed nineteen others, similar in +all respects, but, as I learned later, bearing individual +characteristics peculiar to themselves; precisely as no two of us are +identical although we are all cast in a similar mold. This picture, or +rather materialized nightmare, which I have described at length, made +but one terrible and swift impression on me as I turned to meet it. + +Unarmed and naked as I was, the first law of nature manifested itself +in the only possible solution of my immediate problem, and that was to +get out of the vicinity of the point of the charging spear. +Consequently I gave a very earthly and at the same time superhuman leap +to reach the top of the Martian incubator, for such I had determined it +must be. + +My effort was crowned with a success which appalled me no less than it +seemed to surprise the Martian warriors, for it carried me fully thirty +feet into the air and landed me a hundred feet from my pursuers and on +the opposite side of the enclosure. + +I alighted upon the soft moss easily and without mishap, and turning +saw my enemies lined up along the further wall. Some were surveying me +with expressions which I afterward discovered marked extreme +astonishment, and the others were evidently satisfying themselves that +I had not molested their young. + +They were conversing together in low tones, and gesticulating and +pointing toward me. Their discovery that I had not harmed the little +Martians, and that I was unarmed, must have caused them to look upon me +with less ferocity; but, as I was to learn later, the thing which +weighed most in my favor was my exhibition of hurdling. + +While the Martians are immense, their bones are very large and they are +muscled only in proportion to the gravitation which they must overcome. +The result is that they are infinitely less agile and less powerful, in +proportion to their weight, than an Earth man, and I doubt that were +one of them suddenly to be transported to Earth he could lift his own +weight from the ground; in fact, I am convinced that he could not do +so. + +My feat then was as marvelous upon Mars as it would have been upon +Earth, and from desiring to annihilate me they suddenly looked upon me +as a wonderful discovery to be captured and exhibited among their +fellows. + +The respite my unexpected agility had given me permitted me to +formulate plans for the immediate future and to note more closely the +appearance of the warriors, for I could not disassociate these people +in my mind from those other warriors who, only the day before, had been +pursuing me. + +I noted that each was armed with several other weapons in addition to +the huge spear which I have described. The weapon which caused me to +decide against an attempt at escape by flight was what was evidently a +rifle of some description, and which I felt, for some reason, they were +peculiarly efficient in handling. + +These rifles were of a white metal stocked with wood, which I learned +later was a very light and intensely hard growth much prized on Mars, +and entirely unknown to us denizens of Earth. The metal of the barrel +is an alloy composed principally of aluminum and steel which they have +learned to temper to a hardness far exceeding that of the steel with +which we are familiar. The weight of these rifles is comparatively +little, and with the small caliber, explosive, radium projectiles which +they use, and the great length of the barrel, they are deadly in the +extreme and at ranges which would be unthinkable on Earth. The +theoretic effective radius of this rifle is three hundred miles, but +the best they can do in actual service when equipped with their +wireless finders and sighters is but a trifle over two hundred miles. + +This is quite far enough to imbue me with great respect for the Martian +firearm, and some telepathic force must have warned me against an +attempt to escape in broad daylight from under the muzzles of twenty of +these death-dealing machines. + +The Martians, after conversing for a short time, turned and rode away +in the direction from which they had come, leaving one of their number +alone by the enclosure. When they had covered perhaps two hundred yards +they halted, and turning their mounts toward us sat watching the +warrior by the enclosure. + +He was the one whose spear had so nearly transfixed me, and was +evidently the leader of the band, as I had noted that they seemed to +have moved to their present position at his direction. When his force +had come to a halt he dismounted, threw down his spear and small arms, +and came around the end of the incubator toward me, entirely unarmed +and as naked as I, except for the ornaments strapped upon his head, +limbs, and breast. + +When he was within about fifty feet of me he unclasped an enormous +metal armlet, and holding it toward me in the open palm of his hand, +addressed me in a clear, resonant voice, but in a language, it is +needless to say, I could not understand. He then stopped as though +waiting for my reply, pricking up his antennae-like ears and cocking +his strange-looking eyes still further toward me. + +As the silence became painful I concluded to hazard a little +conversation on my own part, as I had guessed that he was making +overtures of peace. The throwing down of his weapons and the +withdrawing of his troop before his advance toward me would have +signified a peaceful mission anywhere on Earth, so why not, then, on +Mars! + +Placing my hand over my heart I bowed low to the Martian and explained +to him that while I did not understand his language, his actions spoke +for the peace and friendship that at the present moment were most dear +to my heart. Of course I might have been a babbling brook for all the +intelligence my speech carried to him, but he understood the action +with which I immediately followed my words. + +Stretching my hand toward him, I advanced and took the armlet from his +open palm, clasping it about my arm above the elbow; smiled at him and +stood waiting. His wide mouth spread into an answering smile, and +locking one of his intermediary arms in mine we turned and walked back +toward his mount. At the same time he motioned his followers to +advance. They started toward us on a wild run, but were checked by a +signal from him. Evidently he feared that were I to be really +frightened again I might jump entirely out of the landscape. + +He exchanged a few words with his men, motioned to me that I would ride +behind one of them, and then mounted his own animal. The fellow +designated reached down two or three hands and lifted me up behind him +on the glossy back of his mount, where I hung on as best I could by the +belts and straps which held the Martian’s weapons and ornaments. + +The entire cavalcade then turned and galloped away toward the range of +hills in the distance. + + + + +CHAPTER IV +A PRISONER + + +We had gone perhaps ten miles when the ground began to rise very +rapidly. We were, as I was later to learn, nearing the edge of one of +Mars’ long-dead seas, in the bottom of which my encounter with the +Martians had taken place. + +In a short time we gained the foot of the mountains, and after +traversing a narrow gorge came to an open valley, at the far extremity +of which was a low table land upon which I beheld an enormous city. +Toward this we galloped, entering it by what appeared to be a ruined +roadway leading out from the city, but only to the edge of the table +land, where it ended abruptly in a flight of broad steps. + +Upon closer observation I saw as we passed them that the buildings were +deserted, and while not greatly decayed had the appearance of not +having been tenanted for years, possibly for ages. Toward the center of +the city was a large plaza, and upon this and in the buildings +immediately surrounding it were camped some nine or ten hundred +creatures of the same breed as my captors, for such I now considered +them despite the suave manner in which I had been trapped. + +With the exception of their ornaments all were naked. The women varied +in appearance but little from the men, except that their tusks were +much larger in proportion to their height, in some instances curving +nearly to their high-set ears. Their bodies were smaller and lighter in +color, and their fingers and toes bore the rudiments of nails, which +were entirely lacking among the males. The adult females ranged in +height from ten to twelve feet. + +The children were light in color, even lighter than the women, and all +looked precisely alike to me, except that some were taller than others; +older, I presumed. + +I saw no signs of extreme age among them, nor is there any appreciable +difference in their appearance from the age of maturity, about forty, +until, at about the age of one thousand years, they go voluntarily upon +their last strange pilgrimage down the river Iss, which leads no living +Martian knows whither and from whose bosom no Martian has ever +returned, or would be allowed to live did he return after once +embarking upon its cold, dark waters. + +Only about one Martian in a thousand dies of sickness or disease, and +possibly about twenty take the voluntary pilgrimage. The other nine +hundred and seventy-nine die violent deaths in duels, in hunting, in +aviation and in war; but perhaps by far the greatest death loss comes +during the age of childhood, when vast numbers of the little Martians +fall victims to the great white apes of Mars. + +The average life expectancy of a Martian after the age of maturity is +about three hundred years, but would be nearer the one-thousand mark +were it not for the various means leading to violent death. Owing to +the waning resources of the planet it evidently became necessary to +counteract the increasing longevity which their remarkable skill in +therapeutics and surgery produced, and so human life has come to be +considered but lightly on Mars, as is evidenced by their dangerous +sports and the almost continual warfare between the various +communities. + +There are other and natural causes tending toward a diminution of +population, but nothing contributes so greatly to this end as the fact +that no male or female Martian is ever voluntarily without a weapon of +destruction. + +As we neared the plaza and my presence was discovered we were +immediately surrounded by hundreds of the creatures who seemed anxious +to pluck me from my seat behind my guard. A word from the leader of the +party stilled their clamor, and we proceeded at a trot across the plaza +to the entrance of as magnificent an edifice as mortal eye has rested +upon. + +The building was low, but covered an enormous area. It was constructed +of gleaming white marble inlaid with gold and brilliant stones which +sparkled and scintillated in the sunlight. The main entrance was some +hundred feet in width and projected from the building proper to form a +huge canopy above the entrance hall. There was no stairway, but a +gentle incline to the first floor of the building opened into an +enormous chamber encircled by galleries. + +On the floor of this chamber, which was dotted with highly carved +wooden desks and chairs, were assembled about forty or fifty male +Martians around the steps of a rostrum. On the platform proper squatted +an enormous warrior heavily loaded with metal ornaments, gay-colored +feathers and beautifully wrought leather trappings ingeniously set with +precious stones. From his shoulders depended a short cape of white fur +lined with brilliant scarlet silk. + +What struck me as most remarkable about this assemblage and the hall in +which they were congregated was the fact that the creatures were +entirely out of proportion to the desks, chairs, and other furnishings; +these being of a size adapted to human beings such as I, whereas the +great bulks of the Martians could scarcely have squeezed into the +chairs, nor was there room beneath the desks for their long legs. +Evidently, then, there were other denizens on Mars than the wild and +grotesque creatures into whose hands I had fallen, but the evidences of +extreme antiquity which showed all around me indicated that these +buildings might have belonged to some long-extinct and forgotten race +in the dim antiquity of Mars. + +Our party had halted at the entrance to the building, and at a sign +from the leader I had been lowered to the ground. Again locking his arm +in mine, we had proceeded into the audience chamber. There were few +formalities observed in approaching the Martian chieftain. My captor +merely strode up to the rostrum, the others making way for him as he +advanced. The chieftain rose to his feet and uttered the name of my +escort who, in turn, halted and repeated the name of the ruler followed +by his title. + +At the time, this ceremony and the words they uttered meant nothing to +me, but later I came to know that this was the customary greeting +between green Martians. Had the men been strangers, and therefore +unable to exchange names, they would have silently exchanged ornaments, +had their missions been peaceful—otherwise they would have exchanged +shots, or have fought out their introduction with some other of their +various weapons. + +My captor, whose name was Tars Tarkas, was virtually the vice-chieftain +of the community, and a man of great ability as a statesman and +warrior. He evidently explained briefly the incidents connected with +his expedition, including my capture, and when he had concluded the +chieftain addressed me at some length. + +I replied in our good old English tongue merely to convince him that +neither of us could understand the other; but I noticed that when I +smiled slightly on concluding, he did likewise. This fact, and the +similar occurrence during my first talk with Tars Tarkas, convinced me +that we had at least something in common; the ability to smile, +therefore to laugh; denoting a sense of humor. But I was to learn that +the Martian smile is merely perfunctory, and that the Martian laugh is +a thing to cause strong men to blanch in horror. + +The ideas of humor among the green men of Mars are widely at variance +with our conceptions of incitants to merriment. The death agonies of a +fellow being are, to these strange creatures, provocative of the +wildest hilarity, while their chief form of commonest amusement is to +inflict death on their prisoners of war in various ingenious and +horrible ways. + +The assembled warriors and chieftains examined me closely, feeling my +muscles and the texture of my skin. The principal chieftain then +evidently signified a desire to see me perform, and, motioning me to +follow, he started with Tars Tarkas for the open plaza. + +Now, I had made no attempt to walk, since my first signal failure, +except while tightly grasping Tars Tarkas’ arm, and so now I went +skipping and flitting about among the desks and chairs like some +monstrous grasshopper. After bruising myself severely, much to the +amusement of the Martians, I again had recourse to creeping, but this +did not suit them and I was roughly jerked to my feet by a towering +fellow who had laughed most heartily at my misfortunes. + +As he banged me down upon my feet his face was bent close to mine and I +did the only thing a gentleman might do under the circumstances of +brutality, boorishness, and lack of consideration for a stranger’s +rights; I swung my fist squarely to his jaw and he went down like a +felled ox. As he sunk to the floor I wheeled around with my back toward +the nearest desk, expecting to be overwhelmed by the vengeance of his +fellows, but determined to give them as good a battle as the unequal +odds would permit before I gave up my life. + +My fears were groundless, however, as the other Martians, at first +struck dumb with wonderment, finally broke into wild peals of laughter +and applause. I did not recognize the applause as such, but later, when +I had become acquainted with their customs, I learned that I had won +what they seldom accord, a manifestation of approbation. + +The fellow whom I had struck lay where he had fallen, nor did any of +his mates approach him. Tars Tarkas advanced toward me, holding out one +of his arms, and we thus proceeded to the plaza without further mishap. +I did not, of course, know the reason for which we had come to the +open, but I was not long in being enlightened. They first repeated the +word “sak” a number of times, and then Tars Tarkas made several jumps, +repeating the same word before each leap; then, turning to me, he said, +“sak!” I saw what they were after, and gathering myself together I +“sakked” with such marvelous success that I cleared a good hundred and +fifty feet; nor did I, this time, lose my equilibrium, but landed +squarely upon my feet without falling. I then returned by easy jumps of +twenty-five or thirty feet to the little group of warriors. + +My exhibition had been witnessed by several hundred lesser Martians, +and they immediately broke into demands for a repetition, which the +chieftain then ordered me to make; but I was both hungry and thirsty, +and determined on the spot that my only method of salvation was to +demand the consideration from these creatures which they evidently +would not voluntarily accord. I therefore ignored the repeated commands +to “sak,” and each time they were made I motioned to my mouth and +rubbed my stomach. + +Tars Tarkas and the chief exchanged a few words, and the former, +calling to a young female among the throng, gave her some instructions +and motioned me to accompany her. I grasped her proffered arm and +together we crossed the plaza toward a large building on the far side. + +My fair companion was about eight feet tall, having just arrived at +maturity, but not yet to her full height. She was of a light +olive-green color, with a smooth, glossy hide. Her name, as I afterward +learned, was Sola, and she belonged to the retinue of Tars Tarkas. She +conducted me to a spacious chamber in one of the buildings fronting on +the plaza, and which, from the litter of silks and furs upon the floor, +I took to be the sleeping quarters of several of the natives. + +The room was well lighted by a number of large windows and was +beautifully decorated with mural paintings and mosaics, but upon all +there seemed to rest that indefinable touch of the finger of antiquity +which convinced me that the architects and builders of these wondrous +creations had nothing in common with the crude half-brutes which now +occupied them. + +Sola motioned me to be seated upon a pile of silks near the center of +the room, and, turning, made a peculiar hissing sound, as though +signaling to someone in an adjoining room. In response to her call I +obtained my first sight of a new Martian wonder. It waddled in on its +ten short legs, and squatted down before the girl like an obedient +puppy. The thing was about the size of a Shetland pony, but its head +bore a slight resemblance to that of a frog, except that the jaws were +equipped with three rows of long, sharp tusks. + + + + +CHAPTER V +I ELUDE MY WATCH DOG + + +Sola stared into the brute’s wicked-looking eyes, muttered a word or +two of command, pointed to me, and left the chamber. I could not but +wonder what this ferocious-looking monstrosity might do when left alone +in such close proximity to such a relatively tender morsel of meat; but +my fears were groundless, as the beast, after surveying me intently for +a moment, crossed the room to the only exit which led to the street, +and lay down full length across the threshold. + +This was my first experience with a Martian watch dog, but it was +destined not to be my last, for this fellow guarded me carefully during +the time I remained a captive among these green men; twice saving my +life, and never voluntarily being away from me a moment. + +While Sola was away I took occasion to examine more minutely the room +in which I found myself captive. The mural painting depicted scenes of +rare and wonderful beauty; mountains, rivers, lake, ocean, meadow, +trees and flowers, winding roadways, sun-kissed gardens—scenes which +might have portrayed earthly views but for the different colorings of +the vegetation. The work had evidently been wrought by a master hand, +so subtle the atmosphere, so perfect the technique; yet nowhere was +there a representation of a living animal, either human or brute, by +which I could guess at the likeness of these other and perhaps extinct +denizens of Mars. + +While I was allowing my fancy to run riot in wild conjecture on the +possible explanation of the strange anomalies which I had so far met +with on Mars, Sola returned bearing both food and drink. These she +placed on the floor beside me, and seating herself a short ways off +regarded me intently. The food consisted of about a pound of some solid +substance of the consistency of cheese and almost tasteless, while the +liquid was apparently milk from some animal. It was not unpleasant to +the taste, though slightly acid, and I learned in a short time to prize +it very highly. It came, as I later discovered, not from an animal, as +there is only one mammal on Mars and that one very rare indeed, but +from a large plant which grows practically without water, but seems to +distill its plentiful supply of milk from the products of the soil, the +moisture of the air, and the rays of the sun. A single plant of this +species will give eight or ten quarts of milk per day. + +After I had eaten I was greatly invigorated, but feeling the need of +rest I stretched out upon the silks and was soon asleep. I must have +slept several hours, as it was dark when I awoke, and I was very cold. +I noticed that someone had thrown a fur over me, but it had become +partially dislodged and in the darkness I could not see to replace it. +Suddenly a hand reached out and pulled the fur over me, shortly +afterwards adding another to my covering. + +I presumed that my watchful guardian was Sola, nor was I wrong. This +girl alone, among all the green Martians with whom I came in contact, +disclosed characteristics of sympathy, kindliness, and affection; her +ministrations to my bodily wants were unfailing, and her solicitous +care saved me from much suffering and many hardships. + +As I was to learn, the Martian nights are extremely cold, and as there +is practically no twilight or dawn, the changes in temperature are +sudden and most uncomfortable, as are the transitions from brilliant +daylight to darkness. The nights are either brilliantly illumined or +very dark, for if neither of the two moons of Mars happen to be in the +sky almost total darkness results, since the lack of atmosphere, or, +rather, the very thin atmosphere, fails to diffuse the starlight to any +great extent; on the other hand, if both of the moons are in the +heavens at night the surface of the ground is brightly illuminated. + +Both of Mars’ moons are vastly nearer her than is our moon to Earth; +the nearer moon being but about five thousand miles distant, while the +further is but little more than fourteen thousand miles away, against +the nearly one-quarter million miles which separate us from our moon. +The nearer moon of Mars makes a complete revolution around the planet +in a little over seven and one-half hours, so that she may be seen +hurtling through the sky like some huge meteor two or three times each +night, revealing all her phases during each transit of the heavens. + +The further moon revolves about Mars in something over thirty and +one-quarter hours, and with her sister satellite makes a nocturnal +Martian scene one of splendid and weird grandeur. And it is well that +nature has so graciously and abundantly lighted the Martian night, for +the green men of Mars, being a nomadic race without high intellectual +development, have but crude means for artificial lighting; depending +principally upon torches, a kind of candle, and a peculiar oil lamp +which generates a gas and burns without a wick. + +This last device produces an intensely brilliant far-reaching white +light, but as the natural oil which it requires can only be obtained by +mining in one of several widely separated and remote localities it is +seldom used by these creatures whose only thought is for today, and +whose hatred for manual labor has kept them in a semi-barbaric state +for countless ages. + +After Sola had replenished my coverings I again slept, nor did I awaken +until daylight. The other occupants of the room, five in number, were +all females, and they were still sleeping, piled high with a motley +array of silks and furs. Across the threshold lay stretched the +sleepless guardian brute, just as I had last seen him on the preceding +day; apparently he had not moved a muscle; his eyes were fairly glued +upon me, and I fell to wondering just what might befall me should I +endeavor to escape. + +I have ever been prone to seek adventure and to investigate and +experiment where wiser men would have left well enough alone. It +therefore now occurred to me that the surest way of learning the exact +attitude of this beast toward me would be to attempt to leave the room. +I felt fairly secure in my belief that I could escape him should he +pursue me once I was outside the building, for I had begun to take +great pride in my ability as a jumper. Furthermore, I could see from +the shortness of his legs that the brute himself was no jumper and +probably no runner. + +Slowly and carefully, therefore, I gained my feet, only to see that my +watcher did the same; cautiously I advanced toward him, finding that by +moving with a shuffling gait I could retain my balance as well as make +reasonably rapid progress. As I neared the brute he backed cautiously +away from me, and when I had reached the open he moved to one side to +let me pass. He then fell in behind me and followed about ten paces in +my rear as I made my way along the deserted street. + +Evidently his mission was to protect me only, I thought, but when we +reached the edge of the city he suddenly sprang before me, uttering +strange sounds and baring his ugly and ferocious tusks. Thinking to +have some amusement at his expense, I rushed toward him, and when +almost upon him sprang into the air, alighting far beyond him and away +from the city. He wheeled instantly and charged me with the most +appalling speed I had ever beheld. I had thought his short legs a bar +to swiftness, but had he been coursing with greyhounds the latter would +have appeared as though asleep on a door mat. As I was to learn, this +is the fleetest animal on Mars, and owing to its intelligence, loyalty, +and ferocity is used in hunting, in war, and as the protector of the +Martian man. + +I quickly saw that I would have difficulty in escaping the fangs of the +beast on a straightaway course, and so I met his charge by doubling in +my tracks and leaping over him as he was almost upon me. This maneuver +gave me a considerable advantage, and I was able to reach the city +quite a bit ahead of him, and as he came tearing after me I jumped for +a window about thirty feet from the ground in the face of one of the +buildings overlooking the valley. + +Grasping the sill I pulled myself up to a sitting posture without +looking into the building, and gazed down at the baffled animal beneath +me. My exultation was short-lived, however, for scarcely had I gained a +secure seat upon the sill than a huge hand grasped me by the neck from +behind and dragged me violently into the room. Here I was thrown upon +my back, and beheld standing over me a colossal ape-like creature, +white and hairless except for an enormous shock of bristly hair upon +its head. + + + + +CHAPTER VI +A FIGHT THAT WON FRIENDS + + +The thing, which more nearly resembled our earthly men than it did the +Martians I had seen, held me pinioned to the ground with one huge foot, +while it jabbered and gesticulated at some answering creature behind +me. This other, which was evidently its mate, soon came toward us, +bearing a mighty stone cudgel with which it evidently intended to brain +me. + +The creatures were about ten or fifteen feet tall, standing erect, and +had, like the green Martians, an intermediary set of arms or legs, +midway between their upper and lower limbs. Their eyes were close +together and non-protruding; their ears were high set, but more +laterally located than those of the Martians, while their snouts and +teeth were strikingly like those of our African gorilla. Altogether +they were not unlovely when viewed in comparison with the green +Martians. + +The cudgel was swinging in the arc which ended upon my upturned face +when a bolt of myriad-legged horror hurled itself through the doorway +full upon the breast of my executioner. With a shriek of fear the ape +which held me leaped through the open window, but its mate closed in a +terrific death struggle with my preserver, which was nothing less than +my faithful watch-thing; I cannot bring myself to call so hideous a +creature a dog. + +As quickly as possible I gained my feet and backing against the wall I +witnessed such a battle as it is vouchsafed few beings to see. The +strength, agility, and blind ferocity of these two creatures is +approached by nothing known to earthly man. My beast had an advantage +in his first hold, having sunk his mighty fangs far into the breast of +his adversary; but the great arms and paws of the ape, backed by +muscles far transcending those of the Martian men I had seen, had +locked the throat of my guardian and slowly were choking out his life, +and bending back his head and neck upon his body, where I momentarily +expected the former to fall limp at the end of a broken neck. + +In accomplishing this the ape was tearing away the entire front of its +breast, which was held in the vise-like grip of the powerful jaws. Back +and forth upon the floor they rolled, neither one emitting a sound of +fear or pain. Presently I saw the great eyes of my beast bulging +completely from their sockets and blood flowing from its nostrils. That +he was weakening perceptibly was evident, but so also was the ape, +whose struggles were growing momentarily less. + +Suddenly I came to myself and, with that strange instinct which seems +ever to prompt me to my duty, I seized the cudgel, which had fallen to +the floor at the commencement of the battle, and swinging it with all +the power of my earthly arms I crashed it full upon the head of the +ape, crushing his skull as though it had been an eggshell. + +Scarcely had the blow descended when I was confronted with a new +danger. The ape’s mate, recovered from its first shock of terror, had +returned to the scene of the encounter by way of the interior of the +building. I glimpsed him just before he reached the doorway and the +sight of him, now roaring as he perceived his lifeless fellow stretched +upon the floor, and frothing at the mouth, in the extremity of his +rage, filled me, I must confess, with dire forebodings. + +I am ever willing to stand and fight when the odds are not too +overwhelmingly against me, but in this instance I perceived neither +glory nor profit in pitting my relatively puny strength against the +iron muscles and brutal ferocity of this enraged denizen of an unknown +world; in fact, the only outcome of such an encounter, so far as I +might be concerned, seemed sudden death. + +I was standing near the window and I knew that once in the street I +might gain the plaza and safety before the creature could overtake me; +at least there was a chance for safety in flight, against almost +certain death should I remain and fight however desperately. + +It is true I held the cudgel, but what could I do with it against his +four great arms Even should I break one of them with my first blow, +for I figured that he would attempt to ward off the cudgel, he could +reach out and annihilate me with the others before I could recover for +a second attack. + +In the instant that these thoughts passed through my mind I had turned +to make for the window, but my eyes alighting on the form of my +erstwhile guardian threw all thoughts of flight to the four winds. He +lay gasping upon the floor of the chamber, his great eyes fastened upon +me in what seemed a pitiful appeal for protection. I could not +withstand that look, nor could I, on second thought, have deserted my +rescuer without giving as good an account of myself in his behalf as he +had in mine. + +Without more ado, therefore, I turned to meet the charge of the +infuriated bull ape. He was now too close upon me for the cudgel to +prove of any effective assistance, so I merely threw it as heavily as I +could at his advancing bulk. It struck him just below the knees, +eliciting a howl of pain and rage, and so throwing him off his balance +that he lunged full upon me with arms wide stretched to ease his fall. + +Again, as on the preceding day, I had recourse to earthly tactics, and +swinging my right fist full upon the point of his chin I followed it +with a smashing left to the pit of his stomach. The effect was +marvelous, for, as I lightly sidestepped, after delivering the second +blow, he reeled and fell upon the floor doubled up with pain and +gasping for wind. Leaping over his prostrate body, I seized the cudgel +and finished the monster before he could regain his feet. + +As I delivered the blow a low laugh rang out behind me, and, turning, I +beheld Tars Tarkas, Sola, and three or four warriors standing in the +doorway of the chamber. As my eyes met theirs I was, for the second +time, the recipient of their zealously guarded applause. + +My absence had been noted by Sola on her awakening, and she had quickly +informed Tars Tarkas, who had set out immediately with a handful of +warriors to search for me. As they had approached the limits of the +city they had witnessed the actions of the bull ape as he bolted into +the building, frothing with rage. + +They had followed immediately behind him, thinking it barely possible +that his actions might prove a clew to my whereabouts and had witnessed +my short but decisive battle with him. This encounter, together with my +set-to with the Martian warrior on the previous day and my feats of +jumping placed me upon a high pinnacle in their regard. Evidently +devoid of all the finer sentiments of friendship, love, or affection, +these people fairly worship physical prowess and bravery, and nothing +is too good for the object of their adoration as long as he maintains +his position by repeated examples of his skill, strength, and courage. + +Sola, who had accompanied the searching party of her own volition, was +the only one of the Martians whose face had not been twisted in +laughter as I battled for my life. She, on the contrary, was sober with +apparent solicitude and, as soon as I had finished the monster, rushed +to me and carefully examined my body for possible wounds or injuries. +Satisfying herself that I had come off unscathed she smiled quietly, +and, taking my hand, started toward the door of the chamber. + +Tars Tarkas and the other warriors had entered and were standing over +the now rapidly reviving brute which had saved my life, and whose life +I, in turn, had rescued. They seemed to be deep in argument, and +finally one of them addressed me, but remembering my ignorance of his +language turned back to Tars Tarkas, who, with a word and gesture, gave +some command to the fellow and turned to follow us from the room. + +There seemed something menacing in their attitude toward my beast, and +I hesitated to leave until I had learned the outcome. It was well I did +so, for the warrior drew an evil looking pistol from its holster and +was on the point of putting an end to the creature when I sprang +forward and struck up his arm. The bullet striking the wooden casing of +the window exploded, blowing a hole completely through the wood and +masonry. + +I then knelt down beside the fearsome-looking thing, and raising it to +its feet motioned for it to follow me. The looks of surprise which my +actions elicited from the Martians were ludicrous; they could not +understand, except in a feeble and childish way, such attributes as +gratitude and compassion. The warrior whose gun I had struck up looked +enquiringly at Tars Tarkas, but the latter signed that I be left to my +own devices, and so we returned to the plaza with my great beast +following close at heel, and Sola grasping me tightly by the arm. + +I had at least two friends on Mars; a young woman who watched over me +with motherly solicitude, and a dumb brute which, as I later came to +know, held in its poor ugly carcass more love, more loyalty, more +gratitude than could have been found in the entire five million green +Martians who rove the deserted cities and dead sea bottoms of Mars. + + + + +CHAPTER VII +CHILD-RAISING ON MARS + + +After a breakfast, which was an exact replica of the meal of the +preceding day and an index of practically every meal which followed +while I was with the green men of Mars, Sola escorted me to the plaza, +where I found the entire community engaged in watching or helping at +the harnessing of huge mastodonian animals to great three-wheeled +chariots. There were about two hundred and fifty of these vehicles, +each drawn by a single animal, any one of which, from their appearance, +might easily have drawn the entire wagon train when fully loaded. + +The chariots themselves were large, commodious, and gorgeously +decorated. In each was seated a female Martian loaded with ornaments of +metal, with jewels and silks and furs, and upon the back of each of the +beasts which drew the chariots was perched a young Martian driver. Like +the animals upon which the warriors were mounted, the heavier draft +animals wore neither bit nor bridle, but were guided entirely by +telepathic means. + +This power is wonderfully developed in all Martians, and accounts +largely for the simplicity of their language and the relatively few +spoken words exchanged even in long conversations. It is the universal +language of Mars, through the medium of which the higher and lower +animals of this world of paradoxes are able to communicate to a greater +or less extent, depending upon the intellectual sphere of the species +and the development of the individual. + +As the cavalcade took up the line of march in single file, Sola dragged +me into an empty chariot and we proceeded with the procession toward +the point by which I had entered the city the day before. At the head +of the caravan rode some two hundred warriors, five abreast, and a like +number brought up the rear, while twenty-five or thirty outriders +flanked us on either side. + +Every one but myself—men, women, and children—were heavily armed, and +at the tail of each chariot trotted a Martian hound, my own beast +following closely behind ours; in fact, the faithful creature never +left me voluntarily during the entire ten years I spent on Mars. Our +way led out across the little valley before the city, through the +hills, and down into the dead sea bottom which I had traversed on my +journey from the incubator to the plaza. The incubator, as it proved, +was the terminal point of our journey this day, and, as the entire +cavalcade broke into a mad gallop as soon as we reached the level +expanse of sea bottom, we were soon within sight of our goal. + +On reaching it the chariots were parked with military precision on the +four sides of the enclosure, and half a score of warriors, headed by +the enormous chieftain, and including Tars Tarkas and several other +lesser chiefs, dismounted and advanced toward it. I could see Tars +Tarkas explaining something to the principal chieftain, whose name, by +the way, was, as nearly as I can translate it into English, Lorquas +Ptomel, Jed; jed being his title. + +I was soon appraised of the subject of their conversation, as, calling +to Sola, Tars Tarkas signed for her to send me to him. I had by this +time mastered the intricacies of walking under Martian conditions, and +quickly responding to his command I advanced to the side of the +incubator where the warriors stood. + +As I reached their side a glance showed me that all but a very few eggs +had hatched, the incubator being fairly alive with the hideous little +devils. They ranged in height from three to four feet, and were moving +restlessly about the enclosure as though searching for food. + +As I came to a halt before him, Tars Tarkas pointed over the incubator +and said, “Sak.” I saw that he wanted me to repeat my performance of +yesterday for the edification of Lorquas Ptomel, and, as I must confess +that my prowess gave me no little satisfaction, I responded quickly, +leaping entirely over the parked chariots on the far side of the +incubator. As I returned, Lorquas Ptomel grunted something at me, and +turning to his warriors gave a few words of command relative to the +incubator. They paid no further attention to me and I was thus +permitted to remain close and watch their operations, which consisted +in breaking an opening in the wall of the incubator large enough to +permit of the exit of the young Martians. + +On either side of this opening the women and the younger Martians, both +male and female, formed two solid walls leading out through the +chariots and quite away into the plain beyond. Between these walls the +little Martians scampered, wild as deer; being permitted to run the +full length of the aisle, where they were captured one at a time by the +women and older children; the last in the line capturing the first +little one to reach the end of the gauntlet, her opposite in the line +capturing the second, and so on until all the little fellows had left +the enclosure and been appropriated by some youth or female. As the +women caught the young they fell out of line and returned to their +respective chariots, while those who fell into the hands of the young +men were later turned over to some of the women. + +I saw that the ceremony, if it could be dignified by such a name, was +over, and seeking out Sola I found her in our chariot with a hideous +little creature held tightly in her arms. + +The work of rearing young, green Martians consists solely in teaching +them to talk, and to use the weapons of warfare with which they are +loaded down from the very first year of their lives. Coming from eggs +in which they have lain for five years, the period of incubation, they +step forth into the world perfectly developed except in size. Entirely +unknown to their mothers, who, in turn, would have difficulty in +pointing out the fathers with any degree of accuracy, they are the +common children of the community, and their education devolves upon the +females who chance to capture them as they leave the incubator. + +Their foster mothers may not even have had an egg in the incubator, as +was the case with Sola, who had not commenced to lay, until less than a +year before she became the mother of another woman’s offspring. But +this counts for little among the green Martians, as parental and filial +love is as unknown to them as it is common among us. I believe this +horrible system which has been carried on for ages is the direct cause +of the loss of all the finer feelings and higher humanitarian instincts +among these poor creatures. From birth they know no father or mother +love, they know not the meaning of the word home; they are taught that +they are only suffered to live until they can demonstrate by their +physique and ferocity that they are fit to live. Should they prove +deformed or defective in any way they are promptly shot; nor do they +see a tear shed for a single one of the many cruel hardships they pass +through from earliest infancy. + +I do not mean that the adult Martians are unnecessarily or +intentionally cruel to the young, but theirs is a hard and pitiless +struggle for existence upon a dying planet, the natural resources of +which have dwindled to a point where the support of each additional +life means an added tax upon the community into which it is thrown. + +By careful selection they rear only the hardiest specimens of each +species, and with almost supernatural foresight they regulate the birth +rate to merely offset the loss by death. + +Each adult Martian female brings forth about thirteen eggs each year, +and those which meet the size, weight, and specific gravity tests are +hidden in the recesses of some subterranean vault where the temperature +is too low for incubation. Every year these eggs are carefully examined +by a council of twenty chieftains, and all but about one hundred of the +most perfect are destroyed out of each yearly supply. At the end of +five years about five hundred almost perfect eggs have been chosen from +the thousands brought forth. These are then placed in the almost +air-tight incubators to be hatched by the sun’s rays after a period of +another five years. The hatching which we had witnessed today was a +fairly representative event of its kind, all but about one per cent of +the eggs hatching in two days. If the remaining eggs ever hatched we +knew nothing of the fate of the little Martians. They were not wanted, +as their offspring might inherit and transmit the tendency to prolonged +incubation, and thus upset the system which has maintained for ages and +which permits the adult Martians to figure the proper time for return +to the incubators, almost to an hour. + +The incubators are built in remote fastnesses, where there is little or +no likelihood of their being discovered by other tribes. The result of +such a catastrophe would mean no children in the community for another +five years. I was later to witness the results of the discovery of an +alien incubator. + +The community of which the green Martians with whom my lot was cast +formed a part was composed of some thirty thousand souls. They roamed +an enormous tract of arid and semi-arid land between forty and eighty +degrees south latitude, and bounded on the east and west by two large +fertile tracts. Their headquarters lay in the southwest corner of this +district, near the crossing of two of the so-called Martian canals. + +As the incubator had been placed far north of their own territory in a +supposedly uninhabited and unfrequented area, we had before us a +tremendous journey, concerning which I, of course, knew nothing. + +After our return to the dead city I passed several days in comparative +idleness. On the day following our return all the warriors had ridden +forth early in the morning and had not returned until just before +darkness fell. As I later learned, they had been to the subterranean +vaults in which the eggs were kept and had transported them to the +incubator, which they had then walled up for another five years, and +which, in all probability, would not be visited again during that +period. + +The vaults which hid the eggs until they were ready for the incubator +were located many miles south of the incubator, and would be visited +yearly by the council of twenty chieftains. Why they did not arrange to +build their vaults and incubators nearer home has always been a mystery +to me, and, like many other Martian mysteries, unsolved and unsolvable +by earthly reasoning and customs. + +Sola’s duties were now doubled, as she was compelled to care for the +young Martian as well as for me, but neither one of us required much +attention, and as we were both about equally advanced in Martian +education, Sola took it upon herself to train us together. + +Her prize consisted in a male about four feet tall, very strong and +physically perfect; also, he learned quickly, and we had considerable +amusement, at least I did, over the keen rivalry we displayed. The +Martian language, as I have said, is extremely simple, and in a week I +could make all my wants known and understand nearly everything that was +said to me. Likewise, under Sola’s tutelage, I developed my telepathic +powers so that I shortly could sense practically everything that went +on around me. + +What surprised Sola most in me was that while I could catch telepathic +messages easily from others, and often when they were not intended for +me, no one could read a jot from my mind under any circumstances. At +first this vexed me, but later I was very glad of it, as it gave me an +undoubted advantage over the Martians. + + + + +CHAPTER VIII +A FAIR CAPTIVE FROM THE SKY + + +The third day after the incubator ceremony we set forth toward home, +but scarcely had the head of the procession debouched into the open +ground before the city than orders were given for an immediate and +hasty return. As though trained for years in this particular evolution, +the green Martians melted like mist into the spacious doorways of the +nearby buildings, until, in less than three minutes, the entire +cavalcade of chariots, mastodons and mounted warriors was nowhere to be +seen. + +Sola and I had entered a building upon the front of the city, in fact, +the same one in which I had had my encounter with the apes, and, +wishing to see what had caused the sudden retreat, I mounted to an +upper floor and peered from the window out over the valley and the +hills beyond; and there I saw the cause of their sudden scurrying to +cover. A huge craft, long, low, and gray-painted, swung slowly over the +crest of the nearest hill. Following it came another, and another, and +another, until twenty of them, swinging low above the ground, sailed +slowly and majestically toward us. + +Each carried a strange banner swung from stem to stern above the upper +works, and upon the prow of each was painted some odd device that +gleamed in the sunlight and showed plainly even at the distance at +which we were from the vessels. I could see figures crowding the +forward decks and upper works of the air craft. Whether they had +discovered us or simply were looking at the deserted city I could not +say, but in any event they received a rude reception, for suddenly and +without warning the green Martian warriors fired a terrific volley from +the windows of the buildings facing the little valley across which the +great ships were so peacefully advancing. + +Instantly the scene changed as by magic; the foremost vessel swung +broadside toward us, and bringing her guns into play returned our fire, +at the same time moving parallel to our front for a short distance and +then turning back with the evident intention of completing a great +circle which would bring her up to position once more opposite our +firing line; the other vessels followed in her wake, each one opening +upon us as she swung into position. Our own fire never diminished, and +I doubt if twenty-five per cent of our shots went wild. It had never +been given me to see such deadly accuracy of aim, and it seemed as +though a little figure on one of the craft dropped at the explosion of +each bullet, while the banners and upper works dissolved in spurts of +flame as the irresistible projectiles of our warriors mowed through +them. + +The fire from the vessels was most ineffectual, owing, as I afterward +learned, to the unexpected suddenness of the first volley, which caught +the ship’s crews entirely unprepared and the sighting apparatus of the +guns unprotected from the deadly aim of our warriors. + +It seems that each green warrior has certain objective points for his +fire under relatively identical circumstances of warfare. For example, +a proportion of them, always the best marksmen, direct their fire +entirely upon the wireless finding and sighting apparatus of the big +guns of an attacking naval force; another detail attends to the smaller +guns in the same way; others pick off the gunners; still others the +officers; while certain other quotas concentrate their attention upon +the other members of the crew, upon the upper works, and upon the +steering gear and propellers. + +Twenty minutes after the first volley the great fleet swung trailing +off in the direction from which it had first appeared. Several of the +craft were limping perceptibly, and seemed but barely under the control +of their depleted crews. Their fire had ceased entirely and all their +energies seemed focused upon escape. Our warriors then rushed up to the +roofs of the buildings which we occupied and followed the retreating +armada with a continuous fusillade of deadly fire. + +One by one, however, the ships managed to dip below the crests of the +outlying hills until only one barely moving craft was in sight. This +had received the brunt of our fire and seemed to be entirely unmanned, +as not a moving figure was visible upon her decks. Slowly she swung +from her course, circling back toward us in an erratic and pitiful +manner. Instantly the warriors ceased firing, for it was quite apparent +that the vessel was entirely helpless, and, far from being in a +position to inflict harm upon us, she could not even control herself +sufficiently to escape. + +As she neared the city the warriors rushed out upon the plain to meet +her, but it was evident that she still was too high for them to hope to +reach her decks. From my vantage point in the window I could see the +bodies of her crew strewn about, although I could not make out what +manner of creatures they might be. Not a sign of life was manifest upon +her as she drifted slowly with the light breeze in a southeasterly +direction. + +She was drifting some fifty feet above the ground, followed by all but +some hundred of the warriors who had been ordered back to the roofs to +cover the possibility of a return of the fleet, or of reinforcements. +It soon became evident that she would strike the face of the buildings +about a mile south of our position, and as I watched the progress of +the chase I saw a number of warriors gallop ahead, dismount and enter +the building she seemed destined to touch. + +As the craft neared the building, and just before she struck, the +Martian warriors swarmed upon her from the windows, and with their +great spears eased the shock of the collision, and in a few moments +they had thrown out grappling hooks and the big boat was being hauled +to ground by their fellows below. + +After making her fast, they swarmed the sides and searched the vessel +from stem to stern. I could see them examining the dead sailors, +evidently for signs of life, and presently a party of them appeared +from below dragging a little figure among them. The creature was +considerably less than half as tall as the green Martian warriors, and +from my balcony I could see that it walked erect upon two legs and +surmised that it was some new and strange Martian monstrosity with +which I had not as yet become acquainted. + +They removed their prisoner to the ground and then commenced a +systematic rifling of the vessel. This operation required several +hours, during which time a number of the chariots were requisitioned to +transport the loot, which consisted in arms, ammunition, silks, furs, +jewels, strangely carved stone vessels, and a quantity of solid foods +and liquids, including many casks of water, the first I had seen since +my advent upon Mars. + +After the last load had been removed the warriors made lines fast to +the craft and towed her far out into the valley in a southwesterly +direction. A few of them then boarded her and were busily engaged in +what appeared, from my distant position, as the emptying of the +contents of various carboys upon the dead bodies of the sailors and +over the decks and works of the vessel. + +This operation concluded, they hastily clambered over her sides, +sliding down the guy ropes to the ground. The last warrior to leave the +deck turned and threw something back upon the vessel, waiting an +instant to note the outcome of his act. As a faint spurt of flame rose +from the point where the missile struck he swung over the side and was +quickly upon the ground. Scarcely had he alighted than the guy ropes +were simultaneously released, and the great warship, lightened by the +removal of the loot, soared majestically into the air, her decks and +upper works a mass of roaring flames. + +Slowly she drifted to the southeast, rising higher and higher as the +flames ate away her wooden parts and diminished the weight upon her. +Ascending to the roof of the building I watched her for hours, until +finally she was lost in the dim vistas of the distance. The sight was +awe-inspiring in the extreme as one contemplated this mighty floating +funeral pyre, drifting unguided and unmanned through the lonely wastes +of the Martian heavens; a derelict of death and destruction, typifying +the life story of these strange and ferocious creatures into whose +unfriendly hands fate had carried it. + +Much depressed, and, to me, unaccountably so, I slowly descended to the +street. The scene I had witnessed seemed to mark the defeat and +annihilation of the forces of a kindred people, rather than the routing +by our green warriors of a horde of similar, though unfriendly, +creatures. I could not fathom the seeming hallucination, nor could I +free myself from it; but somewhere in the innermost recesses of my soul +I felt a strange yearning toward these unknown foemen, and a mighty +hope surged through me that the fleet would return and demand a +reckoning from the green warriors who had so ruthlessly and wantonly +attacked it. + +Close at my heel, in his now accustomed place, followed Woola, the +hound, and as I emerged upon the street Sola rushed up to me as though +I had been the object of some search on her part. The cavalcade was +returning to the plaza, the homeward march having been given up for +that day; nor, in fact, was it recommenced for more than a week, owing +to the fear of a return attack by the air craft. + +Lorquas Ptomel was too astute an old warrior to be caught upon the open +plains with a caravan of chariots and children, and so we remained at +the deserted city until the danger seemed passed. + +As Sola and I entered the plaza a sight met my eyes which filled my +whole being with a great surge of mingled hope, fear, exultation, and +depression, and yet most dominant was a subtle sense of relief and +happiness; for just as we neared the throng of Martians I caught a +glimpse of the prisoner from the battle craft who was being roughly +dragged into a nearby building by a couple of green Martian females. + +And the sight which met my eyes was that of a slender, girlish figure, +similar in every detail to the earthly women of my past life. She did +not see me at first, but just as she was disappearing through the +portal of the building which was to be her prison she turned, and her +eyes met mine. Her face was oval and beautiful in the extreme, her +every feature was finely chiseled and exquisite, her eyes large and +lustrous and her head surmounted by a mass of coal black, waving hair, +caught loosely into a strange yet becoming coiffure. Her skin was of a +light reddish copper color, against which the crimson glow of her +cheeks and the ruby of her beautifully molded lips shone with a +strangely enhancing effect. + +She was as destitute of clothes as the green Martians who accompanied +her; indeed, save for her highly wrought ornaments she was entirely +naked, nor could any apparel have enhanced the beauty of her perfect +and symmetrical figure. + +As her gaze rested on me her eyes opened wide in astonishment, and she +made a little sign with her free hand; a sign which I did not, of +course, understand. Just a moment we gazed upon each other, and then +the look of hope and renewed courage which had glorified her face as +she discovered me, faded into one of utter dejection, mingled with +loathing and contempt. I realized I had not answered her signal, and +ignorant as I was of Martian customs, I intuitively felt that she had +made an appeal for succor and protection which my unfortunate ignorance +had prevented me from answering. And then she was dragged out of my +sight into the depths of the deserted edifice. + + + + +CHAPTER IX +I LEARN THE LANGUAGE + + +As I came back to myself I glanced at Sola, who had witnessed this +encounter and I was surprised to note a strange expression upon her +usually expressionless countenance. What her thoughts were I did not +know, for as yet I had learned but little of the Martian tongue; enough +only to suffice for my daily needs. + +As I reached the doorway of our building a strange surprise awaited me. +A warrior approached bearing the arms, ornaments, and full +accouterments of his kind. These he presented to me with a few +unintelligible words, and a bearing at once respectful and menacing. + +Later, Sola, with the aid of several of the other women, remodeled the +trappings to fit my lesser proportions, and after they completed the +work I went about garbed in all the panoply of war. + +From then on Sola instructed me in the mysteries of the various +weapons, and with the Martian young I spent several hours each day +practicing upon the plaza. I was not yet proficient with all the +weapons, but my great familiarity with similar earthly weapons made me +an unusually apt pupil, and I progressed in a very satisfactory manner. + +The training of myself and the young Martians was conducted solely by +the women, who not only attend to the education of the young in the +arts of individual defense and offense, but are also the artisans who +produce every manufactured article wrought by the green Martians. They +make the powder, the cartridges, the firearms; in fact everything of +value is produced by the females. In time of actual warfare they form a +part of the reserves, and when the necessity arises fight with even +greater intelligence and ferocity than the men. + +The men are trained in the higher branches of the art of war; in +strategy and the maneuvering of large bodies of troops. They make the +laws as they are needed; a new law for each emergency. They are +unfettered by precedent in the administration of justice. Customs have +been handed down by ages of repetition, but the punishment for ignoring +a custom is a matter for individual treatment by a jury of the +culprit’s peers, and I may say that justice seldom misses fire, but +seems rather to rule in inverse ratio to the ascendency of law. In one +respect at least the Martians are a happy people; they have no lawyers. + +I did not see the prisoner again for several days subsequent to our +first encounter, and then only to catch a fleeting glimpse of her as +she was being conducted to the great audience chamber where I had had +my first meeting with Lorquas Ptomel. I could not but note the +unnecessary harshness and brutality with which her guards treated her; +so different from the almost maternal kindliness which Sola manifested +toward me, and the respectful attitude of the few green Martians who +took the trouble to notice me at all. + +I had observed on the two occasions when I had seen her that the +prisoner exchanged words with her guards, and this convinced me that +they spoke, or at least could make themselves understood by a common +language. With this added incentive I nearly drove Sola distracted by +my importunities to hasten on my education and within a few more days I +had mastered the Martian tongue sufficiently well to enable me to carry +on a passable conversation and to fully understand practically all that +I heard. + +At this time our sleeping quarters were occupied by three or four +females and a couple of the recently hatched young, beside Sola and her +youthful ward, myself, and Woola the hound. After they had retired for +the night it was customary for the adults to carry on a desultory +conversation for a short time before lapsing into sleep, and now that I +could understand their language I was always a keen listener, although +I never proffered any remarks myself. + +On the night following the prisoner’s visit to the audience chamber the +conversation finally fell upon this subject, and I was all ears on the +instant. I had feared to question Sola relative to the beautiful +captive, as I could not but recall the strange expression I had noted +upon her face after my first encounter with the prisoner. That it +denoted jealousy I could not say, and yet, judging all things by +mundane standards as I still did, I felt it safer to affect +indifference in the matter until I learned more surely Sola’s attitude +toward the object of my solicitude. + +Sarkoja, one of the older women who shared our domicile, had been +present at the audience as one of the captive’s guards, and it was +toward her the question turned. + +“When,” asked one of the women, “will we enjoy the death throes of the +red one or does Lorquas Ptomel, Jed, intend holding her for ransom” + +“They have decided to carry her with us back to Thark, and exhibit her +last agonies at the great games before Tal Hajus,” replied Sarkoja. + +“What will be the manner of her going out” inquired Sola. “She is very +small and very beautiful; I had hoped that they would hold her for +ransom.” + +Sarkoja and the other women grunted angrily at this evidence of +weakness on the part of Sola. + +“It is sad, Sola, that you were not born a million years ago,” snapped +Sarkoja, “when all the hollows of the land were filled with water, and +the peoples were as soft as the stuff they sailed upon. In our day we +have progressed to a point where such sentiments mark weakness and +atavism. It will not be well for you to permit Tars Tarkas to learn +that you hold such degenerate sentiments, as I doubt that he would care +to entrust such as you with the grave responsibilities of maternity.” + +“I see nothing wrong with my expression of interest in this red woman,” +retorted Sola. “She has never harmed us, nor would she should we have +fallen into her hands. It is only the men of her kind who war upon us, +and I have ever thought that their attitude toward us is but the +reflection of ours toward them. They live at peace with all their +fellows, except when duty calls upon them to make war, while we are at +peace with none; forever warring among our own kind as well as upon the +red men, and even in our own communities the individuals fight amongst +themselves. Oh, it is one continual, awful period of bloodshed from the +time we break the shell until we gladly embrace the bosom of the river +of mystery, the dark and ancient Iss which carries us to an unknown, +but at least no more frightful and terrible existence! Fortunate indeed +is he who meets his end in an early death. Say what you please to Tars +Tarkas, he can mete out no worse fate to me than a continuation of the +horrible existence we are forced to lead in this life.” + +This wild outbreak on the part of Sola so greatly surprised and shocked +the other women, that, after a few words of general reprimand, they all +lapsed into silence and were soon asleep. One thing the episode had +accomplished was to assure me of Sola’s friendliness toward the poor +girl, and also to convince me that I had been extremely fortunate in +falling into her hands rather than those of some of the other females. +I knew that she was fond of me, and now that I had discovered that she +hated cruelty and barbarity I was confident that I could depend upon +her to aid me and the girl captive to escape, provided of course that +such a thing was within the range of possibilities. + +I did not even know that there were any better conditions to escape to, +but I was more than willing to take my chances among people fashioned +after my own mold rather than to remain longer among the hideous and +bloodthirsty green men of Mars. But where to go, and how, was as much +of a puzzle to me as the age-old search for the spring of eternal life +has been to earthly men since the beginning of time. + +I decided that at the first opportunity I would take Sola into my +confidence and openly ask her to aid me, and with this resolution +strong upon me I turned among my silks and furs and slept the dreamless +and refreshing sleep of Mars. + + + + +CHAPTER X +CHAMPION AND CHIEF + + +Early the next morning I was astir. Considerable freedom was allowed +me, as Sola had informed me that so long as I did not attempt to leave +the city I was free to go and come as I pleased. She had warned me, +however, against venturing forth unarmed, as this city, like all other +deserted metropolises of an ancient Martian civilization, was peopled +by the great white apes of my second day’s adventure. + +In advising me that I must not leave the boundaries of the city Sola +had explained that Woola would prevent this anyway should I attempt it, +and she warned me most urgently not to arouse his fierce nature by +ignoring his warnings should I venture too close to the forbidden +territory. His nature was such, she said, that he would bring me back +into the city dead or alive should I persist in opposing him; +“preferably dead,” she added. + +On this morning I had chosen a new street to explore when suddenly I +found myself at the limits of the city. Before me were low hills +pierced by narrow and inviting ravines. I longed to explore the country +before me, and, like the pioneer stock from which I sprang, to view +what the landscape beyond the encircling hills might disclose from the +summits which shut out my view. + +It also occurred to me that this would prove an excellent opportunity +to test the qualities of Woola. I was convinced that the brute loved +me; I had seen more evidences of affection in him than in any other +Martian animal, man or beast, and I was sure that gratitude for the +acts that had twice saved his life would more than outweigh his loyalty +to the duty imposed upon him by cruel and loveless masters. + +As I approached the boundary line Woola ran anxiously before me, and +thrust his body against my legs. His expression was pleading rather +than ferocious, nor did he bare his great tusks or utter his fearful +guttural warnings. Denied the friendship and companionship of my kind, +I had developed considerable affection for Woola and Sola, for the +normal earthly man must have some outlet for his natural affections, +and so I decided upon an appeal to a like instinct in this great brute, +sure that I would not be disappointed. + +I had never petted nor fondled him, but now I sat upon the ground and +putting my arms around his heavy neck I stroked and coaxed him, talking +in my newly acquired Martian tongue as I would have to my hound at +home, as I would have talked to any other friend among the lower +animals. His response to my manifestation of affection was remarkable +to a degree; he stretched his great mouth to its full width, baring the +entire expanse of his upper rows of tusks and wrinkling his snout until +his great eyes were almost hidden by the folds of flesh. If you have +ever seen a collie smile you may have some idea of Woola’s facial +distortion. + +He threw himself upon his back and fairly wallowed at my feet; jumped +up and sprang upon me, rolling me upon the ground by his great weight; +then wriggling and squirming around me like a playful puppy presenting +its back for the petting it craves. I could not resist the +ludicrousness of the spectacle, and holding my sides I rocked back and +forth in the first laughter which had passed my lips in many days; the +first, in fact, since the morning Powell had left camp when his horse, +long unused, had precipitately and unexpectedly bucked him off +headforemost into a pot of frijoles. + +My laughter frightened Woola, his antics ceased and he crawled +pitifully toward me, poking his ugly head far into my lap; and then I +remembered what laughter signified on Mars—torture, suffering, death. +Quieting myself, I rubbed the poor old fellow’s head and back, talked +to him for a few minutes, and then in an authoritative tone commanded +him to follow me, and arising started for the hills. + +There was no further question of authority between us; Woola was my +devoted slave from that moment hence, and I his only and undisputed +master. My walk to the hills occupied but a few minutes, and I found +nothing of particular interest to reward me. Numerous brilliantly +colored and strangely formed wild flowers dotted the ravines and from +the summit of the first hill I saw still other hills stretching off +toward the north, and rising, one range above another, until lost in +mountains of quite respectable dimensions; though I afterward found +that only a few peaks on all Mars exceed four thousand feet in height; +the suggestion of magnitude was merely relative. + +My morning’s walk had been large with importance to me for it had +resulted in a perfect understanding with Woola, upon whom Tars Tarkas +relied for my safe keeping. I now knew that while theoretically a +prisoner I was virtually free, and I hastened to regain the city limits +before the defection of Woola could be discovered by his erstwhile +masters. The adventure decided me never again to leave the limits of my +prescribed stamping grounds until I was ready to venture forth for good +and all, as it would certainly result in a curtailment of my liberties, +as well as the probable death of Woola, were we to be discovered. + +On regaining the plaza I had my third glimpse of the captive girl. She +was standing with her guards before the entrance to the audience +chamber, and as I approached she gave me one haughty glance and turned +her back full upon me. The act was so womanly, so earthly womanly, that +though it stung my pride it also warmed my heart with a feeling of +companionship; it was good to know that someone else on Mars beside +myself had human instincts of a civilized order, even though the +manifestation of them was so painful and mortifying. + +Had a green Martian woman desired to show dislike or contempt she +would, in all likelihood, have done it with a sword thrust or a +movement of her trigger finger; but as their sentiments are mostly +atrophied it would have required a serious injury to have aroused such +passions in them. Sola, let me add, was an exception; I never saw her +perform a cruel or uncouth act, or fail in uniform kindliness and good +nature. She was indeed, as her fellow Martian had said of her, an +atavism; a dear and precious reversion to a former type of loved and +loving ancestor. + +Seeing that the prisoner seemed the center of attraction I halted to +view the proceedings. I had not long to wait for presently Lorquas +Ptomel and his retinue of chieftains approached the building and, +signing the guards to follow with the prisoner entered the audience +chamber. Realizing that I was a somewhat favored character, and also +convinced that the warriors did not know of my proficiency in their +language, as I had plead with Sola to keep this a secret on the grounds +that I did not wish to be forced to talk with the men until I had +perfectly mastered the Martian tongue, I chanced an attempt to enter +the audience chamber and listen to the proceedings. + +The council squatted upon the steps of the rostrum, while below them +stood the prisoner and her two guards. I saw that one of the women was +Sarkoja, and thus understood how she had been present at the hearing of +the preceding day, the results of which she had reported to the +occupants of our dormitory last night. Her attitude toward the captive +was most harsh and brutal. When she held her, she sunk her rudimentary +nails into the poor girl’s flesh, or twisted her arm in a most painful +manner. When it was necessary to move from one spot to another she +either jerked her roughly, or pushed her headlong before her. She +seemed to be venting upon this poor defenseless creature all the +hatred, cruelty, ferocity, and spite of her nine hundred years, backed +by unguessable ages of fierce and brutal ancestors. + +The other woman was less cruel because she was entirely indifferent; if +the prisoner had been left to her alone, and fortunately she was at +night, she would have received no harsh treatment, nor, by the same +token would she have received any attention at all. + +As Lorquas Ptomel raised his eyes to address the prisoner they fell on +me and he turned to Tars Tarkas with a word, and gesture of impatience. +Tars Tarkas made some reply which I could not catch, but which caused +Lorquas Ptomel to smile; after which they paid no further attention to +me. + +“What is your name” asked Lorquas Ptomel, addressing the prisoner. + +“Dejah Thoris, daughter of Mors Kajak of Helium.” + +“And the nature of your expedition” he continued. + +“It was a purely scientific research party sent out by my father’s +father, the Jeddak of Helium, to rechart the air currents, and to take +atmospheric density tests,” replied the fair prisoner, in a low, +well-modulated voice. + +“We were unprepared for battle,” she continued, “as we were on a +peaceful mission, as our banners and the colors of our craft denoted. +The work we were doing was as much in your interests as in ours, for +you know full well that were it not for our labors and the fruits of +our scientific operations there would not be enough air or water on +Mars to support a single human life. For ages we have maintained the +air and water supply at practically the same point without an +appreciable loss, and we have done this in the face of the brutal and +ignorant interference of you green men. + +“Why, oh, why will you not learn to live in amity with your fellows. +Must you ever go on down the ages to your final extinction but little +above the plane of the dumb brutes that serve you! A people without +written language, without art, without homes, without love; the victims +of eons of the horrible community idea. Owning everything in common, +even to your women and children, has resulted in your owning nothing in +common. You hate each other as you hate all else except yourselves. +Come back to the ways of our common ancestors, come back to the light +of kindliness and fellowship. The way is open to you, you will find the +hands of the red men stretched out to aid you. Together we may do still +more to regenerate our dying planet. The granddaughter of the greatest +and mightiest of the red jeddaks has asked you. Will you come” + +Lorquas Ptomel and the warriors sat looking silently and intently at +the young woman for several moments after she had ceased speaking. What +was passing in their minds no man may know, but that they were moved I +truly believe, and if one man high among them had been strong enough to +rise above custom, that moment would have marked a new and mighty era +for Mars. + +I saw Tars Tarkas rise to speak, and on his face was such an expression +as I had never seen upon the countenance of a green Martian warrior. It +bespoke an inward and mighty battle with self, with heredity, with +age-old custom, and as he opened his mouth to speak, a look almost of +benignity, of kindliness, momentarily lighted up his fierce and +terrible countenance. + +What words of moment were to have fallen from his lips were never +spoken, as just then a young warrior, evidently sensing the trend of +thought among the older men, leaped down from the steps of the rostrum, +and striking the frail captive a powerful blow across the face, which +felled her to the floor, placed his foot upon her prostrate form and +turning toward the assembled council broke into peals of horrid, +mirthless laughter. + +For an instant I thought Tars Tarkas would strike him dead, nor did the +aspect of Lorquas Ptomel augur any too favorably for the brute, but the +mood passed, their old selves reasserted their ascendency, and they +smiled. It was portentous however that they did not laugh aloud, for +the brute’s act constituted a side-splitting witticism according to the +ethics which rule green Martian humor. + +That I have taken moments to write down a part of what occurred as that +blow fell does not signify that I remained inactive for any such length +of time. I think I must have sensed something of what was coming, for I +realize now that I was crouched as for a spring as I saw the blow aimed +at her beautiful, upturned, pleading face, and ere the hand descended I +was halfway across the hall. + +Scarcely had his hideous laugh rang out but once, when I was upon him. +The brute was twelve feet in height and armed to the teeth, but I +believe that I could have accounted for the whole roomful in the +terrific intensity of my rage. Springing upward, I struck him full in +the face as he turned at my warning cry and then as he drew his +short-sword I drew mine and sprang up again upon his breast, hooking +one leg over the butt of his pistol and grasping one of his huge tusks +with my left hand while I delivered blow after blow upon his enormous +chest. + +He could not use his short-sword to advantage because I was too close +to him, nor could he draw his pistol, which he attempted to do in +direct opposition to Martian custom which says that you may not fight a +fellow warrior in private combat with any other than the weapon with +which you are attacked. In fact he could do nothing but make a wild and +futile attempt to dislodge me. With all his immense bulk he was little +if any stronger than I, and it was but the matter of a moment or two +before he sank, bleeding and lifeless, to the floor. + +Dejah Thoris had raised herself upon one elbow and was watching the +battle with wide, staring eyes. When I had regained my feet I raised +her in my arms and bore her to one of the benches at the side of the +room. + +Again no Martian interfered with me, and tearing a piece of silk from +my cape I endeavored to staunch the flow of blood from her nostrils. I +was soon successful as her injuries amounted to little more than an +ordinary nosebleed, and when she could speak she placed her hand upon +my arm and looking up into my eyes, said + +“Why did you do it You who refused me even friendly recognition in the +first hour of my peril! And now you risk your life and kill one of your +companions for my sake. I cannot understand. What strange manner of man +are you, that you consort with the green men, though your form is that +of my race, while your color is little darker than that of the white +ape Tell me, are you human, or are you more than human” + +“It is a strange tale,” I replied, “too long to attempt to tell you +now, and one which I so much doubt the credibility of myself that I +fear to hope that others will believe it. Suffice it, for the present, +that I am your friend, and, so far as our captors will permit, your +protector and your servant.” + +“Then you too are a prisoner But why, then, those arms and the regalia +of a Tharkian chieftain What is your name Where your country” + +“Yes, Dejah Thoris, I too am a prisoner; my name is John Carter, and I +claim Virginia, one of the United States of America, Earth, as my home; +but why I am permitted to wear arms I do not know, nor was I aware that +my regalia was that of a chieftain.” + +We were interrupted at this juncture by the approach of one of the +warriors, bearing arms, accoutrements and ornaments, and in a flash one +of her questions was answered and a puzzle cleared up for me. I saw +that the body of my dead antagonist had been stripped, and I read in +the menacing yet respectful attitude of the warrior who had brought me +these trophies of the kill the same demeanor as that evinced by the +other who had brought me my original equipment, and now for the first +time I realized that my blow, on the occasion of my first battle in the +audience chamber had resulted in the death of my adversary. + +The reason for the whole attitude displayed toward me was now apparent; +I had won my spurs, so to speak, and in the crude justice, which always +marks Martian dealings, and which, among other things, has caused me to +call her the planet of paradoxes, I was accorded the honors due a +conqueror; the trappings and the position of the man I killed. In +truth, I was a Martian chieftain, and this I learned later was the +cause of my great freedom and my toleration in the audience chamber. + +As I had turned to receive the dead warrior’s chattels I had noticed +that Tars Tarkas and several others had pushed forward toward us, and +the eyes of the former rested upon me in a most quizzical manner. +Finally he addressed me + +“You speak the tongue of Barsoom quite readily for one who was deaf and +dumb to us a few short days ago. Where did you learn it, John Carter” + +“You, yourself, are responsible, Tars Tarkas,” I replied, “in that you +furnished me with an instructress of remarkable ability; I have to +thank Sola for my learning.” + +“She has done well,” he answered, “but your education in other respects +needs considerable polish. Do you know what your unprecedented temerity +would have cost you had you failed to kill either of the two chieftains +whose metal you now wear” + +“I presume that that one whom I had failed to kill, would have killed +me,” I answered, smiling. + +“No, you are wrong. Only in the last extremity of self-defense would a +Martian warrior kill a prisoner; we like to save them for other +purposes,” and his face bespoke possibilities that were not pleasant to +dwell upon. + +“But one thing can save you now,” he continued. “Should you, in +recognition of your remarkable valor, ferocity, and prowess, be +considered by Tal Hajus as worthy of his service you may be taken into +the community and become a full-fledged Tharkian. Until we reach the +headquarters of Tal Hajus it is the will of Lorquas Ptomel that you be +accorded the respect your acts have earned you. You will be treated by +us as a Tharkian chieftain, but you must not forget that every chief +who ranks you is responsible for your safe delivery to our mighty and +most ferocious ruler. I am done.” + +“I hear you, Tars Tarkas,” I answered. “As you know I am not of +Barsoom; your ways are not my ways, and I can only act in the future as +I have in the past, in accordance with the dictates of my conscience +and guided by the standards of mine own people. If you will leave me +alone I will go in peace, but if not, let the individual Barsoomians +with whom I must deal either respect my rights as a stranger among you, +or take whatever consequences may befall. Of one thing let us be sure, +whatever may be your ultimate intentions toward this unfortunate young +woman, whoever would offer her injury or insult in the future must +figure on making a full accounting to me. I understand that you +belittle all sentiments of generosity and kindliness, but I do not, and +I can convince your most doughty warrior that these characteristics are +not incompatible with an ability to fight.” + +Ordinarily I am not given to long speeches, nor ever before had I +descended to bombast, but I had guessed at the keynote which would +strike an answering chord in the breasts of the green Martians, nor was +I wrong, for my harangue evidently deeply impressed them, and their +attitude toward me thereafter was still further respectful. + +Tars Tarkas himself seemed pleased with my reply, but his only comment +was more or less enigmatical—“And I think I know Tal Hajus, Jeddak of +Thark.” + +I now turned my attention to Dejah Thoris, and assisting her to her +feet I turned with her toward the exit, ignoring her hovering guardian +harpies as well as the inquiring glances of the chieftains. Was I not +now a chieftain also! Well, then, I would assume the responsibilities +of one. They did not molest us, and so Dejah Thoris, Princess of +Helium, and John Carter, gentleman of Virginia, followed by the +faithful Woola, passed through utter silence from the audience chamber +of Lorquas Ptomel, Jed among the Tharks of Barsoom. + + + + +CHAPTER XI +WITH DEJAH THORIS + + +As we reached the open the two female guards who had been detailed to +watch over Dejah Thoris hurried up and made as though to assume custody +of her once more. The poor child shrank against me and I felt her two +little hands fold tightly over my arm. Waving the women away, I +informed them that Sola would attend the captive hereafter, and I +further warned Sarkoja that any more of her cruel attentions bestowed +upon Dejah Thoris would result in Sarkoja’s sudden and painful demise. + +My threat was unfortunate and resulted in more harm than good to Dejah +Thoris, for, as I learned later, men do not kill women upon Mars, nor +women, men. So Sarkoja merely gave us an ugly look and departed to +hatch up deviltries against us. + +I soon found Sola and explained to her that I wished her to guard Dejah +Thoris as she had guarded me; that I wished her to find other quarters +where they would not be molested by Sarkoja, and I finally informed her +that I myself would take up my quarters among the men. + +Sola glanced at the accouterments which were carried in my hand and +slung across my shoulder. + +“You are a great chieftain now, John Carter,” she said, “and I must do +your bidding, though indeed I am glad to do it under any circumstances. +The man whose metal you carry was young, but he was a great warrior, +and had by his promotions and kills won his way close to the rank of +Tars Tarkas, who, as you know, is second to Lorquas Ptomel only. You +are eleventh, there are but ten chieftains in this community who rank +you in prowess.” + +“And if I should kill Lorquas Ptomel” I asked. + +“You would be first, John Carter; but you may only win that honor by +the will of the entire council that Lorquas Ptomel meet you in combat, +or should he attack you, you may kill him in self-defense, and thus win +first place.” + +I laughed, and changed the subject. I had no particular desire to kill +Lorquas Ptomel, and less to be a jed among the Tharks. + +I accompanied Sola and Dejah Thoris in a search for new quarters, which +we found in a building nearer the audience chamber and of far more +pretentious architecture than our former habitation. We also found in +this building real sleeping apartments with ancient beds of highly +wrought metal swinging from enormous gold chains depending from the +marble ceilings. The decoration of the walls was most elaborate, and, +unlike the frescoes in the other buildings I had examined, portrayed +many human figures in the compositions. These were of people like +myself, and of a much lighter color than Dejah Thoris. They were clad +in graceful, flowing robes, highly ornamented with metal and jewels, +and their luxuriant hair was of a beautiful golden and reddish bronze. +The men were beardless and only a few wore arms. The scenes depicted +for the most part, a fair-skinned, fair-haired people at play. + +Dejah Thoris clasped her hands with an exclamation of rapture as she +gazed upon these magnificent works of art, wrought by a people long +extinct; while Sola, on the other hand, apparently did not see them. + +We decided to use this room, on the second floor and overlooking the +plaza, for Dejah Thoris and Sola, and another room adjoining and in the +rear for the cooking and supplies. I then dispatched Sola to bring the +bedding and such food and utensils as she might need, telling her that +I would guard Dejah Thoris until her return. + +As Sola departed Dejah Thoris turned to me with a faint smile. + +“And whereto, then, would your prisoner escape should you leave her, +unless it was to follow you and crave your protection, and ask your +pardon for the cruel thoughts she has harbored against you these past +few days” + +“You are right,” I answered, “there is no escape for either of us +unless we go together.” + +“I heard your challenge to the creature you call Tars Tarkas, and I +think I understand your position among these people, but what I cannot +fathom is your statement that you are not of Barsoom.” + +“In the name of my first ancestor, then,” she continued, “where may you +be from You are like unto my people, and yet so unlike. You speak my +language, and yet I heard you tell Tars Tarkas that you had but learned +it recently. All Barsoomians speak the same tongue from the ice-clad +south to the ice-clad north, though their written languages differ. +Only in the valley Dor, where the river Iss empties into the lost sea +of Korus, is there supposed to be a different language spoken, and, +except in the legends of our ancestors, there is no record of a +Barsoomian returning up the river Iss, from the shores of Korus in the +valley of Dor. Do not tell me that you have thus returned! They would +kill you horribly anywhere upon the surface of Barsoom if that were +true; tell me it is not!” + +Her eyes were filled with a strange, weird light; her voice was +pleading, and her little hands, reached up upon my breast, were pressed +against me as though to wring a denial from my very heart. + +“I do not know your customs, Dejah Thoris, but in my own Virginia a +gentleman does not lie to save himself; I am not of Dor; I have never +seen the mysterious Iss; the lost sea of Korus is still lost, so far as +I am concerned. Do you believe me” + +And then it struck me suddenly that I was very anxious that she should +believe me. It was not that I feared the results which would follow a +general belief that I had returned from the Barsoomian heaven or hell, +or whatever it was. Why was it, then! Why should I care what she +thought I looked down at her; her beautiful face upturned, and her +wonderful eyes opening up the very depth of her soul; and as my eyes +met hers I knew why, and—I shuddered. + +A similar wave of feeling seemed to stir her; she drew away from me +with a sigh, and with her earnest, beautiful face turned up to mine, +she whispered “I believe you, John Carter; I do not know what a +‘gentleman’ is, nor have I ever heard before of Virginia; but on +Barsoom no man lies; if he does not wish to speak the truth he is +silent. Where is this Virginia, your country, John Carter” she asked, +and it seemed that this fair name of my fair land had never sounded +more beautiful than as it fell from those perfect lips on that far-gone +day. + +“I am of another world,” I answered, “the great planet Earth, which +revolves about our common sun and next within the orbit of your +Barsoom, which we know as Mars. How I came here I cannot tell you, for +I do not know; but here I am, and since my presence has permitted me to +serve Dejah Thoris I am glad that I am here.” + +She gazed at me with troubled eyes, long and questioningly. That it was +difficult to believe my statement I well knew, nor could I hope that +she would do so however much I craved her confidence and respect. I +would much rather not have told her anything of my antecedents, but no +man could look into the depth of those eyes and refuse her slightest +behest. + +Finally she smiled, and, rising, said “I shall have to believe even +though I cannot understand. I can readily perceive that you are not of +the Barsoom of today; you are like us, yet different—but why should I +trouble my poor head with such a problem, when my heart tells me that I +believe because I wish to believe!” + +It was good logic, good, earthly, feminine logic, and if it satisfied +her I certainly could pick no flaws in it. As a matter of fact it was +about the only kind of logic that could be brought to bear upon my +problem. We fell into a general conversation then, asking and answering +many questions on each side. She was curious to learn of the customs of +my people and displayed a remarkable knowledge of events on Earth. When +I questioned her closely on this seeming familiarity with earthly +things she laughed, and cried out + +“Why, every school boy on Barsoom knows the geography, and much +concerning the fauna and flora, as well as the history of your planet +fully as well as of his own. Can we not see everything which takes +place upon Earth, as you call it; is it not hanging there in the +heavens in plain sight” + +This baffled me, I must confess, fully as much as my statements had +confounded her; and I told her so. She then explained in general the +instruments her people had used and been perfecting for ages, which +permit them to throw upon a screen a perfect image of what is +transpiring upon any planet and upon many of the stars. These pictures +are so perfect in detail that, when photographed and enlarged, objects +no greater than a blade of grass may be distinctly recognized. I +afterward, in Helium, saw many of these pictures, as well as the +instruments which produced them. + +“If, then, you are so familiar with earthly things,” I asked, “why is +it that you do not recognize me as identical with the inhabitants of +that planet” + +She smiled again as one might in bored indulgence of a questioning +child. + +“Because, John Carter,” she replied, “nearly every planet and star +having atmospheric conditions at all approaching those of Barsoom, +shows forms of animal life almost identical with you and me; and, +further, Earth men, almost without exception, cover their bodies with +strange, unsightly pieces of cloth, and their heads with hideous +contraptions the purpose of which we have been unable to conceive; +while you, when found by the Tharkian warriors, were entirely +undisfigured and unadorned. + +“The fact that you wore no ornaments is a strong proof of your +un-Barsoomian origin, while the absence of grotesque coverings might +cause a doubt as to your earthliness.” + +I then narrated the details of my departure from the Earth, explaining +that my body there lay fully clothed in all the, to her, strange +garments of mundane dwellers. At this point Sola returned with our +meager belongings and her young Martian protege, who, of course, would +have to share the quarters with them. + +Sola asked us if we had had a visitor during her absence, and seemed +much surprised when we answered in the negative. It seemed that as she +had mounted the approach to the upper floors where our quarters were +located, she had met Sarkoja descending. We decided that she must have +been eavesdropping, but as we could recall nothing of importance that +had passed between us we dismissed the matter as of little consequence, +merely promising ourselves to be warned to the utmost caution in the +future. + +Dejah Thoris and I then fell to examining the architecture and +decorations of the beautiful chambers of the building we were +occupying. She told me that these people had presumably flourished over +a hundred thousand years before. They were the early progenitors of her +race, but had mixed with the other great race of early Martians, who +were very dark, almost black, and also with the reddish yellow race +which had flourished at the same time. + +These three great divisions of the higher Martians had been forced into +a mighty alliance as the drying up of the Martian seas had compelled +them to seek the comparatively few and always diminishing fertile +areas, and to defend themselves, under new conditions of life, against +the wild hordes of green men. + +Ages of close relationship and intermarrying had resulted in the race +of red men, of which Dejah Thoris was a fair and beautiful daughter. +During the ages of hardships and incessant warring between their own +various races, as well as with the green men, and before they had +fitted themselves to the changed conditions, much of the high +civilization and many of the arts of the fair-haired Martians had +become lost; but the red race of today has reached a point where it +feels that it has made up in new discoveries and in a more practical +civilization for all that lies irretrievably buried with the ancient +Barsoomians, beneath the countless intervening ages. + +These ancient Martians had been a highly cultivated and literary race, +but during the vicissitudes of those trying centuries of readjustment +to new conditions, not only did their advancement and production cease +entirely, but practically all their archives, records, and literature +were lost. + +Dejah Thoris related many interesting facts and legends concerning this +lost race of noble and kindly people. She said that the city in which +we were camping was supposed to have been a center of commerce and +culture known as Korad. It had been built upon a beautiful, natural +harbor, landlocked by magnificent hills. The little valley on the west +front of the city, she explained, was all that remained of the harbor, +while the pass through the hills to the old sea bottom had been the +channel through which the shipping passed up to the city’s gates. + +The shores of the ancient seas were dotted with just such cities, and +lesser ones, in diminishing numbers, were to be found converging toward +the center of the oceans, as the people had found it necessary to +follow the receding waters until necessity had forced upon them their +ultimate salvation, the so-called Martian canals. + +We had been so engrossed in exploration of the building and in our +conversation that it was late in the afternoon before we realized it. +We were brought back to a realization of our present conditions by a +messenger bearing a summons from Lorquas Ptomel directing me to appear +before him forthwith. Bidding Dejah Thoris and Sola farewell, and +commanding Woola to remain on guard, I hastened to the audience +chamber, where I found Lorquas Ptomel and Tars Tarkas seated upon the +rostrum. + + + + +CHAPTER XII +A PRISONER WITH POWER + + +As I entered and saluted, Lorquas Ptomel signaled me to advance, and, +fixing his great, hideous eyes upon me, addressed me thus + +“You have been with us a few days, yet during that time you have by +your prowess won a high position among us. Be that as it may, you are +not one of us; you owe us no allegiance. + +“Your position is a peculiar one,” he continued; “you are a prisoner +and yet you give commands which must be obeyed; you are an alien and +yet you are a Tharkian chieftain; you are a midget and yet you can kill +a mighty warrior with one blow of your fist. And now you are reported +to have been plotting to escape with another prisoner of another race; +a prisoner who, from her own admission, half believes you are returned +from the valley of Dor. Either one of these accusations, if proved, +would be sufficient grounds for your execution, but we are a just +people and you shall have a trial on our return to Thark, if Tal Hajus +so commands. + +“But,” he continued, in his fierce guttural tones, “if you run off with +the red girl it is I who shall have to account to Tal Hajus; it is I +who shall have to face Tars Tarkas, and either demonstrate my right to +command, or the metal from my dead carcass will go to a better man, for +such is the custom of the Tharks. + +“I have no quarrel with Tars Tarkas; together we rule supreme the +greatest of the lesser communities among the green men; we do not wish +to fight between ourselves; and so if you were dead, John Carter, I +should be glad. Under two conditions only, however, may you be killed +by us without orders from Tal Hajus; in personal combat in +self-defense, should you attack one of us, or were you apprehended in +an attempt to escape. + +“As a matter of justice I must warn you that we only await one of these +two excuses for ridding ourselves of so great a responsibility. The +safe delivery of the red girl to Tal Hajus is of the greatest +importance. Not in a thousand years have the Tharks made such a +capture; she is the granddaughter of the greatest of the red jeddaks, +who is also our bitterest enemy. I have spoken. The red girl told us +that we were without the softer sentiments of humanity, but we are a +just and truthful race. You may go.” + +Turning, I left the audience chamber. So this was the beginning of +Sarkoja’s persecution! I knew that none other could be responsible for +this report which had reached the ears of Lorquas Ptomel so quickly, +and now I recalled those portions of our conversation which had touched +upon escape and upon my origin. + +Sarkoja was at this time Tars Tarkas’ oldest and most trusted female. +As such she was a mighty power behind the throne, for no warrior had +the confidence of Lorquas Ptomel to such an extent as did his ablest +lieutenant, Tars Tarkas. + +However, instead of putting thoughts of possible escape from my mind, +my audience with Lorquas Ptomel only served to center my every faculty +on this subject. Now, more than before, the absolute necessity for +escape, in so far as Dejah Thoris was concerned, was impressed upon me, +for I was convinced that some horrible fate awaited her at the +headquarters of Tal Hajus. + +As described by Sola, this monster was the exaggerated personification +of all the ages of cruelty, ferocity, and brutality from which he had +descended. Cold, cunning, calculating; he was, also, in marked contrast +to most of his fellows, a slave to that brute passion which the waning +demands for procreation upon their dying planet has almost stilled in +the Martian breast. + +The thought that the divine Dejah Thoris might fall into the clutches +of such an abysmal atavism started the cold sweat upon me. Far better +that we save friendly bullets for ourselves at the last moment, as did +those brave frontier women of my lost land, who took their own lives +rather than fall into the hands of the Indian braves. + +As I wandered about the plaza lost in my gloomy forebodings Tars Tarkas +approached me on his way from the audience chamber. His demeanor toward +me was unchanged, and he greeted me as though we had not just parted a +few moments before. + +“Where are your quarters, John Carter” he asked. + +“I have selected none,” I replied. “It seemed best that I quartered +either by myself or among the other warriors, and I was awaiting an +opportunity to ask your advice. As you know,” and I smiled, “I am not +yet familiar with all the customs of the Tharks.” + +“Come with me,” he directed, and together we moved off across the plaza +to a building which I was glad to see adjoined that occupied by Sola +and her charges. + +“My quarters are on the first floor of this building,” he said, “and +the second floor also is fully occupied by warriors, but the third +floor and the floors above are vacant; you may take your choice of +these. + +“I understand,” he continued, “that you have given up your woman to the +red prisoner. Well, as you have said, your ways are not our ways, but +you can fight well enough to do about as you please, and so, if you +wish to give your woman to a captive, it is your own affair; but as a +chieftain you should have those to serve you, and in accordance with +our customs you may select any or all the females from the retinues of +the chieftains whose metal you now wear.” + +I thanked him, but assured him that I could get along very nicely +without assistance except in the matter of preparing food, and so he +promised to send women to me for this purpose and also for the care of +my arms and the manufacture of my ammunition, which he said would be +necessary. I suggested that they might also bring some of the sleeping +silks and furs which belonged to me as spoils of combat, for the nights +were cold and I had none of my own. + +He promised to do so, and departed. Left alone, I ascended the winding +corridor to the upper floors in search of suitable quarters. The +beauties of the other buildings were repeated in this, and, as usual, I +was soon lost in a tour of investigation and discovery. + +I finally chose a front room on the third floor, because this brought +me nearer to Dejah Thoris, whose apartment was on the second floor of +the adjoining building, and it flashed upon me that I could rig up some +means of communication whereby she might signal me in case she needed +either my services or my protection. + +Adjoining my sleeping apartment were baths, dressing rooms, and other +sleeping and living apartments, in all some ten rooms on this floor. +The windows of the back rooms overlooked an enormous court, which +formed the center of the square made by the buildings which faced the +four contiguous streets, and which was now given over to the quartering +of the various animals belonging to the warriors occupying the +adjoining buildings. + +While the court was entirely overgrown with the yellow, moss-like +vegetation which blankets practically the entire surface of Mars, yet +numerous fountains, statuary, benches, and pergola-like contraptions +bore witness to the beauty which the court must have presented in +bygone times, when graced by the fair-haired, laughing people whom +stern and unalterable cosmic laws had driven not only from their homes, +but from all except the vague legends of their descendants. + +One could easily picture the gorgeous foliage of the luxuriant Martian +vegetation which once filled this scene with life and color; the +graceful figures of the beautiful women, the straight and handsome men; +the happy frolicking children—all sunlight, happiness and peace. It was +difficult to realize that they had gone; down through ages of darkness, +cruelty, and ignorance, until their hereditary instincts of culture and +humanitarianism had risen ascendant once more in the final composite +race which now is dominant upon Mars. + +My thoughts were cut short by the advent of several young females +bearing loads of weapons, silks, furs, jewels, cooking utensils, and +casks of food and drink, including considerable loot from the air +craft. All this, it seemed, had been the property of the two chieftains +I had slain, and now, by the customs of the Tharks, it had become mine. +At my direction they placed the stuff in one of the back rooms, and +then departed, only to return with a second load, which they advised me +constituted the balance of my goods. On the second trip they were +accompanied by ten or fifteen other women and youths, who, it seemed, +formed the retinues of the two chieftains. + +They were not their families, nor their wives, nor their servants; the +relationship was peculiar, and so unlike anything known to us that it +is most difficult to describe. All property among the green Martians is +owned in common by the community, except the personal weapons, +ornaments and sleeping silks and furs of the individuals. These alone +can one claim undisputed right to, nor may he accumulate more of these +than are required for his actual needs. The surplus he holds merely as +custodian, and it is passed on to the younger members of the community +as necessity demands. + +The women and children of a man’s retinue may be likened to a military +unit for which he is responsible in various ways, as in matters of +instruction, discipline, sustenance, and the exigencies of their +continual roamings and their unending strife with other communities and +with the red Martians. His women are in no sense wives. The green +Martians use no word corresponding in meaning with this earthly word. +Their mating is a matter of community interest solely, and is directed +without reference to natural selection. The council of chieftains of +each community control the matter as surely as the owner of a Kentucky +racing stud directs the scientific breeding of his stock for the +improvement of the whole. + +In theory it may sound well, as is often the case with theories, but +the results of ages of this unnatural practice, coupled with the +community interest in the offspring being held paramount to that of the +mother, is shown in the cold, cruel creatures, and their gloomy, +loveless, mirthless existence. + +It is true that the green Martians are absolutely virtuous, both men +and women, with the exception of such degenerates as Tal Hajus; but +better far a finer balance of human characteristics even at the expense +of a slight and occasional loss of chastity. + +Finding that I must assume responsibility for these creatures, whether +I would or not, I made the best of it and directed them to find +quarters on the upper floors, leaving the third floor to me. One of the +girls I charged with the duties of my simple cuisine, and directed the +others to take up the various activities which had formerly constituted +their vocations. Thereafter I saw little of them, nor did I care to. + + + + +CHAPTER XIII +LOVE-MAKING ON MARS + + +Following the battle with the air ships, the community remained within +the city for several days, abandoning the homeward march until they +could feel reasonably assured that the ships would not return; for to +be caught on the open plains with a cavalcade of chariots and children +was far from the desire of even so warlike a people as the green +Martians. + +During our period of inactivity, Tars Tarkas had instructed me in many +of the customs and arts of war familiar to the Tharks, including +lessons in riding and guiding the great beasts which bore the warriors. +These creatures, which are known as thoats, are as dangerous and +vicious as their masters, but when once subdued are sufficiently +tractable for the purposes of the green Martians. + +Two of these animals had fallen to me from the warriors whose metal I +wore, and in a short time I could handle them quite as well as the +native warriors. The method was not at all complicated. If the thoats +did not respond with sufficient celerity to the telepathic instructions +of their riders they were dealt a terrific blow between the ears with +the butt of a pistol, and if they showed fight this treatment was +continued until the brutes either were subdued, or had unseated their +riders. + +In the latter case it became a life and death struggle between the man +and the beast. If the former were quick enough with his pistol he might +live to ride again, though upon some other beast; if not, his torn and +mangled body was gathered up by his women and burned in accordance with +Tharkian custom. + +My experience with Woola determined me to attempt the experiment of +kindness in my treatment of my thoats. First I taught them that they +could not unseat me, and even rapped them sharply between the ears to +impress upon them my authority and mastery. Then, by degrees, I won +their confidence in much the same manner as I had adopted countless +times with my many mundane mounts. I was ever a good hand with animals, +and by inclination, as well as because it brought more lasting and +satisfactory results, I was always kind and humane in my dealings with +the lower orders. I could take a human life, if necessary, with far +less compunction than that of a poor, unreasoning, irresponsible brute. + +In the course of a few days my thoats were the wonder of the entire +community. They would follow me like dogs, rubbing their great snouts +against my body in awkward evidence of affection, and respond to my +every command with an alacrity and docility which caused the Martian +warriors to ascribe to me the possession of some earthly power unknown +on Mars. + +“How have you bewitched them” asked Tars Tarkas one afternoon, when he +had seen me run my arm far between the great jaws of one of my thoats +which had wedged a piece of stone between two of his teeth while +feeding upon the moss-like vegetation within our court yard. + +“By kindness,” I replied. “You see, Tars Tarkas, the softer sentiments +have their value, even to a warrior. In the height of battle as well as +upon the march I know that my thoats will obey my every command, and +therefore my fighting efficiency is enhanced, and I am a better warrior +for the reason that I am a kind master. Your other warriors would find +it to the advantage of themselves as well as of the community to adopt +my methods in this respect. Only a few days since you, yourself, told +me that these great brutes, by the uncertainty of their tempers, often +were the means of turning victory into defeat, since, at a crucial +moment, they might elect to unseat and rend their riders.” + +“Show me how you accomplish these results,” was Tars Tarkas’ only +rejoinder. + +And so I explained as carefully as I could the entire method of +training I had adopted with my beasts, and later he had me repeat it +before Lorquas Ptomel and the assembled warriors. That moment marked +the beginning of a new existence for the poor thoats, and before I left +the community of Lorquas Ptomel I had the satisfaction of observing a +regiment of as tractable and docile mounts as one might care to see. +The effect on the precision and celerity of the military movements was +so remarkable that Lorquas Ptomel presented me with a massive anklet of +gold from his own leg, as a sign of his appreciation of my service to +the horde. + +On the seventh day following the battle with the air craft we again +took up the march toward Thark, all probability of another attack being +deemed remote by Lorquas Ptomel. + +During the days just preceding our departure I had seen but little of +Dejah Thoris, as I had been kept very busy by Tars Tarkas with my +lessons in the art of Martian warfare, as well as in the training of my +thoats. The few times I had visited her quarters she had been absent, +walking upon the streets with Sola, or investigating the buildings in +the near vicinity of the plaza. I had warned them against venturing far +from the plaza for fear of the great white apes, whose ferocity I was +only too well acquainted with. However, since Woola accompanied them on +all their excursions, and as Sola was well armed, there was +comparatively little cause for fear. + +On the evening before our departure I saw them approaching along one of +the great avenues which lead into the plaza from the east. I advanced +to meet them, and telling Sola that I would take the responsibility for +Dejah Thoris’ safekeeping, I directed her to return to her quarters on +some trivial errand. I liked and trusted Sola, but for some reason I +desired to be alone with Dejah Thoris, who represented to me all that I +had left behind upon Earth in agreeable and congenial companionship. +There seemed bonds of mutual interest between us as powerful as though +we had been born under the same roof rather than upon different +planets, hurtling through space some forty-eight million miles apart. + +That she shared my sentiments in this respect I was positive, for on my +approach the look of pitiful hopelessness left her sweet countenance to +be replaced by a smile of joyful welcome, as she placed her little +right hand upon my left shoulder in true red Martian salute. + +“Sarkoja told Sola that you had become a true Thark,” she said, “and +that I would now see no more of you than of any of the other warriors.” + +“Sarkoja is a liar of the first magnitude,” I replied, “notwithstanding +the proud claim of the Tharks to absolute verity.” + +Dejah Thoris laughed. + +“I knew that even though you became a member of the community you would +not cease to be my friend; ‘A warrior may change his metal, but not his +heart,’ as the saying is upon Barsoom.” + +“I think they have been trying to keep us apart,” she continued, “for +whenever you have been off duty one of the older women of Tars Tarkas’ +retinue has always arranged to trump up some excuse to get Sola and me +out of sight. They have had me down in the pits below the buildings +helping them mix their awful radium powder, and make their terrible +projectiles. You know that these have to be manufactured by artificial +light, as exposure to sunlight always results in an explosion. You have +noticed that their bullets explode when they strike an object Well, +the opaque, outer coating is broken by the impact, exposing a glass +cylinder, almost solid, in the forward end of which is a minute +particle of radium powder. The moment the sunlight, even though +diffused, strikes this powder it explodes with a violence which nothing +can withstand. If you ever witness a night battle you will note the +absence of these explosions, while the morning following the battle +will be filled at sunrise with the sharp detonations of exploding +missiles fired the preceding night. As a rule, however, non-exploding +projectiles are used at night.”[1] + + [1] I have used the word radium in describing this powder because in + the light of recent discoveries on Earth I believe it to be a mixture + of which radium is the base. In Captain Carter’s manuscript it is + mentioned always by the name used in the written language of Helium + and is spelled in hieroglyphics which it would be difficult and + useless to reproduce. + + +While I was much interested in Dejah Thoris’ explanation of this +wonderful adjunct to Martian warfare, I was more concerned by the +immediate problem of their treatment of her. That they were keeping her +away from me was not a matter for surprise, but that they should +subject her to dangerous and arduous labor filled me with rage. + +“Have they ever subjected you to cruelty and ignominy, Dejah Thoris” I +asked, feeling the hot blood of my fighting ancestors leap in my veins +as I awaited her reply. + +“Only in little ways, John Carter,” she answered. “Nothing that can +harm me outside my pride. They know that I am the daughter of ten +thousand jeddaks, that I trace my ancestry straight back without a +break to the builder of the first great waterway, and they, who do not +even know their own mothers, are jealous of me. At heart they hate +their horrid fates, and so wreak their poor spite on me who stand for +everything they have not, and for all they most crave and never can +attain. Let us pity them, my chieftain, for even though we die at their +hands we can afford them pity, since we are greater than they and they +know it.” + +Had I known the significance of those words “my chieftain,” as applied +by a red Martian woman to a man, I should have had the surprise of my +life, but I did not know at that time, nor for many months thereafter. +Yes, I still had much to learn upon Barsoom. + +“I presume it is the better part of wisdom that we bow to our fate with +as good grace as possible, Dejah Thoris; but I hope, nevertheless, that +I may be present the next time that any Martian, green, red, pink, or +violet, has the temerity to even so much as frown on you, my princess.” + +Dejah Thoris caught her breath at my last words, and gazed upon me with +dilated eyes and quickening breath, and then, with an odd little laugh, +which brought roguish dimples to the corners of her mouth, she shook +her head and cried + +“What a child! A great warrior and yet a stumbling little child.” + +“What have I done now” I asked, in sore perplexity. + +“Some day you shall know, John Carter, if we live; but I may not tell +you. And I, the daughter of Mors Kajak, son of Tardos Mors, have +listened without anger,” she soliloquized in conclusion. + +Then she broke out again into one of her gay, happy, laughing moods; +joking with me on my prowess as a Thark warrior as contrasted with my +soft heart and natural kindliness. + +“I presume that should you accidentally wound an enemy you would take +him home and nurse him back to health,” she laughed. + +“That is precisely what we do on Earth,” I answered. “At least among +civilized men.” + +This made her laugh again. She could not understand it, for, with all +her tenderness and womanly sweetness, she was still a Martian, and to a +Martian the only good enemy is a dead enemy; for every dead foeman +means so much more to divide between those who live. + +I was very curious to know what I had said or done to cause her so much +perturbation a moment before and so I continued to importune her to +enlighten me. + +“No,” she exclaimed, “it is enough that you have said it and that I +have listened. And when you learn, John Carter, and if I be dead, as +likely I shall be ere the further moon has circled Barsoom another +twelve times, remember that I listened and that I—smiled.” + +It was all Greek to me, but the more I begged her to explain the more +positive became her denials of my request, and, so, in very +hopelessness, I desisted. + +Day had now given away to night and as we wandered along the great +avenue lighted by the two moons of Barsoom, and with Earth looking down +upon us out of her luminous green eye, it seemed that we were alone in +the universe, and I, at least, was content that it should be so. + +The chill of the Martian night was upon us, and removing my silks I +threw them across the shoulders of Dejah Thoris. As my arm rested for +an instant upon her I felt a thrill pass through every fiber of my +being such as contact with no other mortal had even produced; and it +seemed to me that she had leaned slightly toward me, but of that I was +not sure. Only I knew that as my arm rested there across her shoulders +longer than the act of adjusting the silk required she did not draw +away, nor did she speak. And so, in silence, we walked the surface of a +dying world, but in the breast of one of us at least had been born that +which is ever oldest, yet ever new. + +I loved Dejah Thoris. The touch of my arm upon her naked shoulder had +spoken to me in words I would not mistake, and I knew that I had loved +her since the first moment that my eyes had met hers that first time in +the plaza of the dead city of Korad. + + + + +CHAPTER XIV +A DUEL TO THE DEATH + + +My first impulse was to tell her of my love, and then I thought of the +helplessness of her position wherein I alone could lighten the burdens +of her captivity, and protect her in my poor way against the thousands +of hereditary enemies she must face upon our arrival at Thark. I could +not chance causing her additional pain or sorrow by declaring a love +which, in all probability she did not return. Should I be so +indiscreet, her position would be even more unbearable than now, and +the thought that she might feel that I was taking advantage of her +helplessness, to influence her decision was the final argument which +sealed my lips. + +“Why are you so quiet, Dejah Thoris” I asked. “Possibly you would +rather return to Sola and your quarters.” + +“No,” she murmured, “I am happy here. I do not know why it is that I +should always be happy and contented when you, John Carter, a stranger, +are with me; yet at such times it seems that I am safe and that, with +you, I shall soon return to my father’s court and feel his strong arms +about me and my mother’s tears and kisses on my cheek.” + +“Do people kiss, then, upon Barsoom” I asked, when she had explained +the word she used, in answer to my inquiry as to its meaning. + +“Parents, brothers, and sisters, yes; and,” she added in a low, +thoughtful tone, “lovers.” + +“And you, Dejah Thoris, have parents and brothers and sisters” + +“Yes.” + +“And a—lover” + +She was silent, nor could I venture to repeat the question. + +“The man of Barsoom,” she finally ventured, “does not ask personal +questions of women, except his mother, and the woman he has fought for +and won.” + +“But I have fought—” I started, and then I wished my tongue had been +cut from my mouth; for she turned even as I caught myself and ceased, +and drawing my silks from her shoulder she held them out to me, and +without a word, and with head held high, she moved with the carriage of +the queen she was toward the plaza and the doorway of her quarters. + +I did not attempt to follow her, other than to see that she reached the +building in safety, but, directing Woola to accompany her, I turned +disconsolately and entered my own house. I sat for hours cross-legged, +and cross-tempered, upon my silks meditating upon the queer freaks +chance plays upon us poor devils of mortals. + +So this was love! I had escaped it for all the years I had roamed the +five continents and their encircling seas; in spite of beautiful women +and urging opportunity; in spite of a half-desire for love and a +constant search for my ideal, it had remained for me to fall furiously +and hopelessly in love with a creature from another world, of a species +similar possibly, yet not identical with mine. A woman who was hatched +from an egg, and whose span of life might cover a thousand years; whose +people had strange customs and ideas; a woman whose hopes, whose +pleasures, whose standards of virtue and of right and wrong might vary +as greatly from mine as did those of the green Martians. + +Yes, I was a fool, but I was in love, and though I was suffering the +greatest misery I had ever known I would not have had it otherwise for +all the riches of Barsoom. Such is love, and such are lovers wherever +love is known. + +To me, Dejah Thoris was all that was perfect; all that was virtuous and +beautiful and noble and good. I believed that from the bottom of my +heart, from the depth of my soul on that night in Korad as I sat +cross-legged upon my silks while the nearer moon of Barsoom raced +through the western sky toward the horizon, and lighted up the gold and +marble, and jeweled mosaics of my world-old chamber, and I believe it +today as I sit at my desk in the little study overlooking the Hudson. +Twenty years have intervened; for ten of them I lived and fought for +Dejah Thoris and her people, and for ten I have lived upon her memory. + +The morning of our departure for Thark dawned clear and hot, as do all +Martian mornings except for the six weeks when the snow melts at the +poles. + +I sought out Dejah Thoris in the throng of departing chariots, but she +turned her shoulder to me, and I could see the red blood mount to her +cheek. With the foolish inconsistency of love I held my peace when I +might have pled ignorance of the nature of my offense, or at least the +gravity of it, and so have effected, at worst, a half conciliation. + + +[Illustration I sought out Dejah Thoris in the throng of departing +chariots.] + + +My duty dictated that I must see that she was comfortable, and so I +glanced into her chariot and rearranged her silks and furs. In doing so +I noted with horror that she was heavily chained by one ankle to the +side of the vehicle. + +“What does this mean” I cried, turning to Sola. + +“Sarkoja thought it best,” she answered, her face betokening her +disapproval of the procedure. + +Examining the manacles I saw that they fastened with a massive spring +lock. + +“Where is the key, Sola Let me have it.” + +“Sarkoja wears it, John Carter,” she answered. + +I turned without further word and sought out Tars Tarkas, to whom I +vehemently objected to the unnecessary humiliations and cruelties, as +they seemed to my lover’s eyes, that were being heaped upon Dejah +Thoris. + +“John Carter,” he answered, “if ever you and Dejah Thoris escape the +Tharks it will be upon this journey. We know that you will not go +without her. You have shown yourself a mighty fighter, and we do not +wish to manacle you, so we hold you both in the easiest way that will +yet ensure security. I have spoken.” + +I saw the strength of his reasoning at a flash, and knew that it was +futile to appeal from his decision, but I asked that the key be taken +from Sarkoja and that she be directed to leave the prisoner alone in +future. + +“This much, Tars Tarkas, you may do for me in return for the friendship +that, I must confess, I feel for you.” + +“Friendship” he replied. “There is no such thing, John Carter; but +have your will. I shall direct that Sarkoja cease to annoy the girl, +and I myself will take the custody of the key.” + +“Unless you wish me to assume the responsibility,” I said, smiling. + +He looked at me long and earnestly before he spoke. + +“Were you to give me your word that neither you nor Dejah Thoris would +attempt to escape until after we have safely reached the court of Tal +Hajus you might have the key and throw the chains into the river Iss.” + +“It were better that you held the key, Tars Tarkas,” I replied + +He smiled, and said no more, but that night as we were making camp I +saw him unfasten Dejah Thoris’ fetters himself. + +With all his cruel ferocity and coldness there was an undercurrent of +something in Tars Tarkas which he seemed ever battling to subdue. Could +it be a vestige of some human instinct come back from an ancient +forbear to haunt him with the horror of his people’s ways! + +As I was approaching Dejah Thoris’ chariot I passed Sarkoja, and the +black, venomous look she accorded me was the sweetest balm I had felt +for many hours. Lord, how she hated me! It bristled from her so +palpably that one might almost have cut it with a sword. + +A few moments later I saw her deep in conversation with a warrior named +Zad; a big, hulking, powerful brute, but one who had never made a kill +among his own chieftains, and so was still an _o mad_, or man with one +name; he could win a second name only with the metal of some chieftain. +It was this custom which entitled me to the names of either of the +chieftains I had killed; in fact, some of the warriors addressed me as +Dotar Sojat, a combination of the surnames of the two warrior +chieftains whose metal I had taken, or, in other words, whom I had +slain in fair fight. + +As Sarkoja talked with Zad he cast occasional glances in my direction, +while she seemed to be urging him very strongly to some action. I paid +little attention to it at the time, but the next day I had good reason +to recall the circumstances, and at the same time gain a slight insight +into the depths of Sarkoja’s hatred and the lengths to which she was +capable of going to wreak her horrid vengeance on me. + +Dejah Thoris would have none of me again on this evening, and though I +spoke her name she neither replied, nor conceded by so much as the +flutter of an eyelid that she realized my existence. In my extremity I +did what most other lovers would have done; I sought word from her +through an intimate. In this instance it was Sola whom I intercepted in +another part of camp. + +“What is the matter with Dejah Thoris” I blurted out at her. “Why will +she not speak to me” + +Sola seemed puzzled herself, as though such strange actions on the part +of two humans were quite beyond her, as indeed they were, poor child. + +“She says you have angered her, and that is all she will say, except +that she is the daughter of a jed and the granddaughter of a jeddak and +she has been humiliated by a creature who could not polish the teeth of +her grandmother’s sorak.” + +I pondered over this report for some time, finally asking, “What might +a sorak be, Sola” + +“A little animal about as big as my hand, which the red Martian women +keep to play with,” explained Sola. + +Not fit to polish the teeth of her grandmother’s cat! I must rank +pretty low in the consideration of Dejah Thoris, I thought; but I could +not help laughing at the strange figure of speech, so homely and in +this respect so earthly. It made me homesick, for it sounded very much +like “not fit to polish her shoes.” And then commenced a train of +thought quite new to me. I began to wonder what my people at home were +doing. I had not seen them for years. There was a family of Carters in +Virginia who claimed close relationship with me; I was supposed to be a +great uncle, or something of the kind equally foolish. I could pass +anywhere for twenty-five to thirty years of age, and to be a great +uncle always seemed the height of incongruity, for my thoughts and +feelings were those of a boy. There were two little kiddies in the +Carter family whom I had loved and who had thought there was no one on +Earth like Uncle Jack; I could see them just as plainly, as I stood +there under the moonlit skies of Barsoom, and I longed for them as I +had never longed for any mortals before. By nature a wanderer, I had +never known the true meaning of the word home, but the great hall of +the Carters had always stood for all that the word did mean to me, and +now my heart turned toward it from the cold and unfriendly peoples I +had been thrown amongst. For did not even Dejah Thoris despise me! I +was a low creature, so low in fact that I was not even fit to polish +the teeth of her grandmother’s cat; and then my saving sense of humor +came to my rescue, and laughing I turned into my silks and furs and +slept upon the moon-haunted ground the sleep of a tired and healthy +fighting man. + +We broke camp the next day at an early hour and marched with only a +single halt until just before dark. Two incidents broke the tediousness +of the march. About noon we espied far to our right what was evidently +an incubator, and Lorquas Ptomel directed Tars Tarkas to investigate +it. The latter took a dozen warriors, including myself, and we raced +across the velvety carpeting of moss to the little enclosure. + +It was indeed an incubator, but the eggs were very small in comparison +with those I had seen hatching in ours at the time of my arrival on +Mars. + +Tars Tarkas dismounted and examined the enclosure minutely, finally +announcing that it belonged to the green men of Warhoon and that the +cement was scarcely dry where it had been walled up. + +“They cannot be a day’s march ahead of us,” he exclaimed, the light of +battle leaping to his fierce face. + +The work at the incubator was short indeed. The warriors tore open the +entrance and a couple of them, crawling in, soon demolished all the +eggs with their short-swords. Then remounting we dashed back to join +the cavalcade. During the ride I took occasion to ask Tars Tarkas if +these Warhoons whose eggs we had destroyed were a smaller people than +his Tharks. + +“I noticed that their eggs were so much smaller than those I saw +hatching in your incubator,” I added. + +He explained that the eggs had just been placed there; but, like all +green Martian eggs, they would grow during the five-year period of +incubation until they obtained the size of those I had seen hatching on +the day of my arrival on Barsoom. This was indeed an interesting piece +of information, for it had always seemed remarkable to me that the +green Martian women, large as they were, could bring forth such +enormous eggs as I had seen the four-foot infants emerging from. As a +matter of fact, the new-laid egg is but little larger than an ordinary +goose egg, and as it does not commence to grow until subjected to the +light of the sun the chieftains have little difficulty in transporting +several hundreds of them at one time from the storage vaults to the +incubators. + +Shortly after the incident of the Warhoon eggs we halted to rest the +animals, and it was during this halt that the second of the day’s +interesting episodes occurred. I was engaged in changing my riding +cloths from one of my thoats to the other, for I divided the day’s work +between them, when Zad approached me, and without a word struck my +animal a terrific blow with his long-sword. + +I did not need a manual of green Martian etiquette to know what reply +to make, for, in fact, I was so wild with anger that I could scarcely +refrain from drawing my pistol and shooting him down for the brute he +was; but he stood waiting with drawn long-sword, and my only choice was +to draw my own and meet him in fair fight with his choice of weapons or +a lesser one. + +This latter alternative is always permissible, therefore I could have +used my short-sword, my dagger, my hatchet, or my fists had I wished, +and been entirely within my rights, but I could not use firearms or a +spear while he held only his long-sword. + +I chose the same weapon he had drawn because I knew he prided himself +upon his ability with it, and I wished, if I worsted him at all, to do +it with his own weapon. The fight that followed was a long one and +delayed the resumption of the march for an hour. The entire community +surrounded us, leaving a clear space about one hundred feet in diameter +for our battle. + +Zad first attempted to rush me down as a bull might a wolf, but I was +much too quick for him, and each time I side-stepped his rushes he +would go lunging past me, only to receive a nick from my sword upon his +arm or back. He was soon streaming blood from a half dozen minor +wounds, but I could not obtain an opening to deliver an effective +thrust. Then he changed his tactics, and fighting warily and with +extreme dexterity, he tried to do by science what he was unable to do +by brute strength. I must admit that he was a magnificent swordsman, +and had it not been for my greater endurance and the remarkable agility +the lesser gravitation of Mars lent me I might not have been able to +put up the creditable fight I did against him. + +We circled for some time without doing much damage on either side; the +long, straight, needle-like swords flashing in the sunlight, and +ringing out upon the stillness as they crashed together with each +effective parry. Finally Zad, realizing that he was tiring more than I, +evidently decided to close in and end the battle in a final blaze of +glory for himself; just as he rushed me a blinding flash of light +struck full in my eyes, so that I could not see his approach and could +only leap blindly to one side in an effort to escape the mighty blade +that it seemed I could already feel in my vitals. I was only partially +successful, as a sharp pain in my left shoulder attested, but in the +sweep of my glance as I sought to again locate my adversary, a sight +met my astonished gaze which paid me well for the wound the temporary +blindness had caused me. There, upon Dejah Thoris’ chariot stood three +figures, for the purpose evidently of witnessing the encounter above +the heads of the intervening Tharks. There were Dejah Thoris, Sola, and +Sarkoja, and as my fleeting glance swept over them a little tableau was +presented which will stand graven in my memory to the day of my death. + +As I looked, Dejah Thoris turned upon Sarkoja with the fury of a young +tigress and struck something from her upraised hand; something which +flashed in the sunlight as it spun to the ground. Then I knew what had +blinded me at that crucial moment of the fight, and how Sarkoja had +found a way to kill me without herself delivering the final thrust. +Another thing I saw, too, which almost lost my life for me then and +there, for it took my mind for the fraction of an instant entirely from +my antagonist; for, as Dejah Thoris struck the tiny mirror from her +hand, Sarkoja, her face livid with hatred and baffled rage, whipped out +her dagger and aimed a terrific blow at Dejah Thoris; and then Sola, +our dear and faithful Sola, sprang between them; the last I saw was the +great knife descending upon her shielding breast. + +My enemy had recovered from his thrust and was making it extremely +interesting for me, so I reluctantly gave my attention to the work in +hand, but my mind was not upon the battle. + +We rushed each other furiously time after time, ’til suddenly, feeling +the sharp point of his sword at my breast in a thrust I could neither +parry nor escape, I threw myself upon him with outstretched sword and +with all the weight of my body, determined that I would not die alone +if I could prevent it. I felt the steel tear into my chest, all went +black before me, my head whirled in dizziness, and I felt my knees +giving beneath me. + + + + +CHAPTER XV +SOLA TELLS ME HER STORY + + +When consciousness returned, and, as I soon learned, I was down but a +moment, I sprang quickly to my feet searching for my sword, and there I +found it, buried to the hilt in the green breast of Zad, who lay stone +dead upon the ochre moss of the ancient sea bottom. As I regained my +full senses I found his weapon piercing my left breast, but only +through the flesh and muscles which cover my ribs, entering near the +center of my chest and coming out below the shoulder. As I had lunged I +had turned so that his sword merely passed beneath the muscles, +inflicting a painful but not dangerous wound. + +Removing the blade from my body I also regained my own, and turning my +back upon his ugly carcass, I moved, sick, sore, and disgusted, toward +the chariots which bore my retinue and my belongings. A murmur of +Martian applause greeted me, but I cared not for it. + +Bleeding and weak I reached my women, who, accustomed to such +happenings, dressed my wounds, applying the wonderful healing and +remedial agents which make only the most instantaneous of death blows +fatal. Give a Martian woman a chance and death must take a back seat. +They soon had me patched up so that, except for weakness from loss of +blood and a little soreness around the wound, I suffered no great +distress from this thrust which, under earthly treatment, undoubtedly +would have put me flat on my back for days. + +As soon as they were through with me I hastened to the chariot of Dejah +Thoris, where I found my poor Sola with her chest swathed in bandages, +but apparently little the worse for her encounter with Sarkoja, whose +dagger it seemed had struck the edge of one of Sola’s metal breast +ornaments and, thus deflected, had inflicted but a slight flesh wound. + +As I approached I found Dejah Thoris lying prone upon her silks and +furs, her lithe form wracked with sobs. She did not notice my presence, +nor did she hear me speaking with Sola, who was standing a short +distance from the vehicle. + +“Is she injured” I asked of Sola, indicating Dejah Thoris by an +inclination of my head. + +“No,” she answered, “she thinks that you are dead.” + +“And that her grandmother’s cat may now have no one to polish its +teeth” I queried, smiling. + +“I think you wrong her, John Carter,” said Sola. “I do not understand +either her ways or yours, but I am sure the granddaughter of ten +thousand jeddaks would never grieve like this over any who held but the +highest claim upon her affections. They are a proud race, but they are +just, as are all Barsoomians, and you must have hurt or wronged her +grievously that she will not admit your existence living, though she +mourns you dead. + +“Tears are a strange sight upon Barsoom,” she continued, “and so it is +difficult for me to interpret them. I have seen but two people weep in +all my life, other than Dejah Thoris; one wept from sorrow, the other +from baffled rage. The first was my mother, years ago before they +killed her; the other was Sarkoja, when they dragged her from me +today.” + +“Your mother!” I exclaimed, “but, Sola, you could not have known your +mother, child.” + +“But I did. And my father also,” she added. “If you would like to hear +the strange and un-Barsoomian story come to the chariot tonight, John +Carter, and I will tell you that of which I have never spoken in all my +life before. And now the signal has been given to resume the march, you +must go.” + +“I will come tonight, Sola,” I promised. “Be sure to tell Dejah Thoris +I am alive and well. I shall not force myself upon her, and be sure +that you do not let her know I saw her tears. If she would speak with +me I but await her command.” + +Sola mounted the chariot, which was swinging into its place in line, +and I hastened to my waiting thoat and galloped to my station beside +Tars Tarkas at the rear of the column. + +We made a most imposing and awe-inspiring spectacle as we strung out +across the yellow landscape; the two hundred and fifty ornate and +brightly colored chariots, preceded by an advance guard of some two +hundred mounted warriors and chieftains riding five abreast and one +hundred yards apart, and followed by a like number in the same +formation, with a score or more of flankers on either side; the fifty +extra mastodons, or heavy draught animals, known as zitidars, and the +five or six hundred extra thoats of the warriors running loose within +the hollow square formed by the surrounding warriors. The gleaming +metal and jewels of the gorgeous ornaments of the men and women, +duplicated in the trappings of the zitidars and thoats, and +interspersed with the flashing colors of magnificent silks and furs and +feathers, lent a barbaric splendor to the caravan which would have +turned an East Indian potentate green with envy. + +The enormous broad tires of the chariots and the padded feet of the +animals brought forth no sound from the moss-covered sea bottom; and so +we moved in utter silence, like some huge phantasmagoria, except when +the stillness was broken by the guttural growling of a goaded zitidar, +or the squealing of fighting thoats. The green Martians converse but +little, and then usually in monosyllables, low and like the faint +rumbling of distant thunder. + +We traversed a trackless waste of moss which, bending to the pressure +of broad tire or padded foot, rose up again behind us, leaving no sign +that we had passed. We might indeed have been the wraiths of the +departed dead upon the dead sea of that dying planet for all the sound +or sign we made in passing. It was the first march of a large body of +men and animals I had ever witnessed which raised no dust and left no +spoor; for there is no dust upon Mars except in the cultivated +districts during the winter months, and even then the absence of high +winds renders it almost unnoticeable. + +We camped that night at the foot of the hills we had been approaching +for two days and which marked the southern boundary of this particular +sea. Our animals had been two days without drink, nor had they had +water for nearly two months, not since shortly after leaving Thark; +but, as Tars Tarkas explained to me, they require but little and can +live almost indefinitely upon the moss which covers Barsoom, and which, +he told me, holds in its tiny stems sufficient moisture to meet the +limited demands of the animals. + +After partaking of my evening meal of cheese-like food and vegetable +milk I sought out Sola, whom I found working by the light of a torch +upon some of Tars Tarkas’ trappings. She looked up at my approach, her +face lighting with pleasure and with welcome. + +“I am glad you came,” she said; “Dejah Thoris sleeps and I am lonely. +Mine own people do not care for me, John Carter; I am too unlike them. +It is a sad fate, since I must live my life amongst them, and I often +wish that I were a true green Martian woman, without love and without +hope; but I have known love and so I am lost. + +“I promised to tell you my story, or rather the story of my parents. +From what I have learned of you and the ways of your people I am sure +that the tale will not seem strange to you, but among green Martians it +has no parallel within the memory of the oldest living Thark, nor do +our legends hold many similar tales. + +“My mother was rather small, in fact too small to be allowed the +responsibilities of maternity, as our chieftains breed principally for +size. She was also less cold and cruel than most green Martian women, +and caring little for their society, she often roamed the deserted +avenues of Thark alone, or went and sat among the wild flowers that +deck the nearby hills, thinking thoughts and wishing wishes which I +believe I alone among Tharkian women today may understand, for am I not +the child of my mother + +“And there among the hills she met a young warrior, whose duty it was +to guard the feeding zitidars and thoats and see that they roamed not +beyond the hills. They spoke at first only of such things as interest a +community of Tharks, but gradually, as they came to meet more often, +and, as was now quite evident to both, no longer by chance, they talked +about themselves, their likes, their ambitions and their hopes. She +trusted him and told him of the awful repugnance she felt for the +cruelties of their kind, for the hideous, loveless lives they must ever +lead, and then she waited for the storm of denunciation to break from +his cold, hard lips; but instead he took her in his arms and kissed +her. + +“They kept their love a secret for six long years. She, my mother, was +of the retinue of the great Tal Hajus, while her lover was a simple +warrior, wearing only his own metal. Had their defection from the +traditions of the Tharks been discovered both would have paid the +penalty in the great arena before Tal Hajus and the assembled hordes. + +“The egg from which I came was hidden beneath a great glass vessel upon +the highest and most inaccessible of the partially ruined towers of +ancient Thark. Once each year my mother visited it for the five long +years it lay there in the process of incubation. She dared not come +oftener, for in the mighty guilt of her conscience she feared that her +every move was watched. During this period my father gained great +distinction as a warrior and had taken the metal from several +chieftains. His love for my mother had never diminished, and his own +ambition in life was to reach a point where he might wrest the metal +from Tal Hajus himself, and thus, as ruler of the Tharks, be free to +claim her as his own, as well as, by the might of his power, protect +the child which otherwise would be quickly dispatched should the truth +become known. + +“It was a wild dream, that of wresting the metal from Tal Hajus in five +short years, but his advance was rapid, and he soon stood high in the +councils of Thark. But one day the chance was lost forever, in so far +as it could come in time to save his loved ones, for he was ordered +away upon a long expedition to the ice-clad south, to make war upon the +natives there and despoil them of their furs, for such is the manner of +the green Barsoomian; he does not labor for what he can wrest in battle +from others. + +“He was gone for four years, and when he returned all had been over for +three; for about a year after his departure, and shortly before the +time for the return of an expedition which had gone forth to fetch the +fruits of a community incubator, the egg had hatched. Thereafter my +mother continued to keep me in the old tower, visiting me nightly and +lavishing upon me the love the community life would have robbed us both +of. She hoped, upon the return of the expedition from the incubator, to +mix me with the other young assigned to the quarters of Tal Hajus, and +thus escape the fate which would surely follow discovery of her sin +against the ancient traditions of the green men. + +“She taught me rapidly the language and customs of my kind, and one +night she told me the story I have told to you up to this point, +impressing upon me the necessity for absolute secrecy and the great +caution I must exercise after she had placed me with the other young +Tharks to permit no one to guess that I was further advanced in +education than they, nor by any sign to divulge in the presence of +others my affection for her, or my knowledge of my parentage; and then +drawing me close to her she whispered in my ear the name of my father. + +“And then a light flashed out upon the darkness of the tower chamber, +and there stood Sarkoja, her gleaming, baleful eyes fixed in a frenzy +of loathing and contempt upon my mother. The torrent of hatred and +abuse she poured out upon her turned my young heart cold in terror. +That she had heard the entire story was apparent, and that she had +suspected something wrong from my mother’s long nightly absences from +her quarters accounted for her presence there on that fateful night. + +“One thing she had not heard, nor did she know, the whispered name of +my father. This was apparent from her repeated demands upon my mother +to disclose the name of her partner in sin, but no amount of abuse or +threats could wring this from her, and to save me from needless torture +she lied, for she told Sarkoja that she alone knew nor would she ever +tell her child. + +“With final imprecations, Sarkoja hastened away to Tal Hajus to report +her discovery, and while she was gone my mother, wrapping me in the +silks and furs of her night coverings, so that I was scarcely +noticeable, descended to the streets and ran wildly away toward the +outskirts of the city, in the direction which led to the far south, out +toward the man whose protection she might not claim, but on whose face +she wished to look once more before she died. + +“As we neared the city’s southern extremity a sound came to us from +across the mossy flat, from the direction of the only pass through the +hills which led to the gates, the pass by which caravans from either +north or south or east or west would enter the city. The sounds we +heard were the squealing of thoats and the grumbling of zitidars, with +the occasional clank of arms which announced the approach of a body of +warriors. The thought uppermost in her mind was that it was my father +returned from his expedition, but the cunning of the Thark held her +from headlong and precipitate flight to greet him. + +“Retreating into the shadows of a doorway she awaited the coming of the +cavalcade which shortly entered the avenue, breaking its formation and +thronging the thoroughfare from wall to wall. As the head of the +procession passed us the lesser moon swung clear of the overhanging +roofs and lit up the scene with all the brilliancy of her wondrous +light. My mother shrank further back into the friendly shadows, and +from her hiding place saw that the expedition was not that of my +father, but the returning caravan bearing the young Tharks. Instantly +her plan was formed, and as a great chariot swung close to our hiding +place she slipped stealthily in upon the trailing tailboard, crouching +low in the shadow of the high side, straining me to her bosom in a +frenzy of love. + +“She knew, what I did not, that never again after that night would she +hold me to her breast, nor was it likely we would ever look upon each +other’s face again. In the confusion of the plaza she mixed me with the +other children, whose guardians during the journey were now free to +relinquish their responsibility. We were herded together into a great +room, fed by women who had not accompanied the expedition, and the next +day we were parceled out among the retinues of the chieftains. + +“I never saw my mother after that night. She was imprisoned by Tal +Hajus, and every effort, including the most horrible and shameful +torture, was brought to bear upon her to wring from her lips the name +of my father; but she remained steadfast and loyal, dying at last +amidst the laughter of Tal Hajus and his chieftains during some awful +torture she was undergoing. + +“I learned afterwards that she told them that she had killed me to save +me from a like fate at their hands, and that she had thrown my body to +the white apes. Sarkoja alone disbelieved her, and I feel to this day +that she suspects my true origin, but does not dare expose me, at the +present, at all events, because she also guesses, I am sure, the +identity of my father. + +“When he returned from his expedition and learned the story of my +mother’s fate I was present as Tal Hajus told him; but never by the +quiver of a muscle did he betray the slightest emotion; only he did not +laugh as Tal Hajus gleefully described her death struggles. From that +moment on he was the cruelest of the cruel, and I am awaiting the day +when he shall win the goal of his ambition, and feel the carcass of Tal +Hajus beneath his foot, for I am as sure that he but waits the +opportunity to wreak a terrible vengeance, and that his great love is +as strong in his breast as when it first transfigured him nearly forty +years ago, as I am that we sit here upon the edge of a world-old ocean +while sensible people sleep, John Carter.” + +“And your father, Sola, is he with us now” I asked. + +“Yes,” she replied, “but he does not know me for what I am, nor does he +know who betrayed my mother to Tal Hajus. I alone know my father’s +name, and only I and Tal Hajus and Sarkoja know that it was she who +carried the tale that brought death and torture upon her he loved.” + +We sat silent for a few moments, she wrapped in the gloomy thoughts of +her terrible past, and I in pity for the poor creatures whom the +heartless, senseless customs of their race had doomed to loveless lives +of cruelty and of hate. Presently she spoke. + +“John Carter, if ever a real man walked the cold, dead bosom of Barsoom +you are one. I know that I can trust you, and because the knowledge may +someday help you or him or Dejah Thoris or myself, I am going to tell +you the name of my father, nor place any restrictions or conditions +upon your tongue. When the time comes, speak the truth if it seems best +to you. I trust you because I know that you are not cursed with the +terrible trait of absolute and unswerving truthfulness, that you could +lie like one of your own Virginia gentlemen if a lie would save others +from sorrow or suffering. My father’s name is Tars Tarkas.” + + + + +CHAPTER XVI +WE PLAN ESCAPE + + +The remainder of our journey to Thark was uneventful. We were twenty +days upon the road, crossing two sea bottoms and passing through or +around a number of ruined cities, mostly smaller than Korad. Twice we +crossed the famous Martian waterways, or canals, so-called by our +earthly astronomers. When we approached these points a warrior would be +sent far ahead with a powerful field glass, and if no great body of red +Martian troops was in sight we would advance as close as possible +without chance of being seen and then camp until dark, when we would +slowly approach the cultivated tract, and, locating one of the +numerous, broad highways which cross these areas at regular intervals, +creep silently and stealthily across to the arid lands upon the other +side. It required five hours to make one of these crossings without a +single halt, and the other consumed the entire night, so that we were +just leaving the confines of the high-walled fields when the sun broke +out upon us. + +Crossing in the darkness, as we did, I was unable to see but little, +except as the nearer moon, in her wild and ceaseless hurtling through +the Barsoomian heavens, lit up little patches of the landscape from +time to time, disclosing walled fields and low, rambling buildings, +presenting much the appearance of earthly farms. There were many trees, +methodically arranged, and some of them were of enormous height; there +were animals in some of the enclosures, and they announced their +presence by terrified squealings and snortings as they scented our +queer, wild beasts and wilder human beings. + +Only once did I perceive a human being, and that was at the +intersection of our crossroad with the wide, white turnpike which cuts +each cultivated district longitudinally at its exact center. The fellow +must have been sleeping beside the road, for, as I came abreast of him, +he raised upon one elbow and after a single glance at the approaching +caravan leaped shrieking to his feet and fled madly down the road, +scaling a nearby wall with the agility of a scared cat. The Tharks paid +him not the slightest attention; they were not out upon the warpath, +and the only sign that I had that they had seen him was a quickening of +the pace of the caravan as we hastened toward the bordering desert +which marked our entrance into the realm of Tal Hajus. + +Not once did I have speech with Dejah Thoris, as she sent no word to me +that I would be welcome at her chariot, and my foolish pride kept me +from making any advances. I verily believe that a man’s way with women +is in inverse ratio to his prowess among men. The weakling and the +saphead have often great ability to charm the fair sex, while the +fighting man who can face a thousand real dangers unafraid, sits hiding +in the shadows like some frightened child. + +Just thirty days after my advent upon Barsoom we entered the ancient +city of Thark, from whose long-forgotten people this horde of green men +have stolen even their name. The hordes of Thark number some thirty +thousand souls, and are divided into twenty-five communities. Each +community has its own jed and lesser chieftains, but all are under the +rule of Tal Hajus, Jeddak of Thark. Five communities make their +headquarters at the city of Thark, and the balance are scattered among +other deserted cities of ancient Mars throughout the district claimed +by Tal Hajus. + +We made our entry into the great central plaza early in the afternoon. +There were no enthusiastic friendly greetings for the returned +expedition. Those who chanced to be in sight spoke the names of +warriors or women with whom they came in direct contact, in the formal +greeting of their kind, but when it was discovered that they brought +two captives a greater interest was aroused, and Dejah Thoris and I +were the centers of inquiring groups. + +We were soon assigned to new quarters, and the balance of the day was +devoted to settling ourselves to the changed conditions. My home now +was upon an avenue leading into the plaza from the south, the main +artery down which we had marched from the gates of the city. I was at +the far end of the square and had an entire building to myself. The +same grandeur of architecture which was so noticeable a characteristic +of Korad was in evidence here, only, if that were possible, on a larger +and richer scale. My quarters would have been suitable for housing the +greatest of earthly emperors, but to these queer creatures nothing +about a building appealed to them but its size and the enormity of its +chambers; the larger the building, the more desirable; and so Tal Hajus +occupied what must have been an enormous public building, the largest +in the city, but entirely unfitted for residence purposes; the next +largest was reserved for Lorquas Ptomel, the next for the jed of a +lesser rank, and so on to the bottom of the list of five jeds. The +warriors occupied the buildings with the chieftains to whose retinues +they belonged; or, if they preferred, sought shelter among any of the +thousands of untenanted buildings in their own quarter of town; each +community being assigned a certain section of the city. The selection +of building had to be made in accordance with these divisions, except +in so far as the jeds were concerned, they all occupying edifices which +fronted upon the plaza. + +When I had finally put my house in order, or rather seen that it had +been done, it was nearing sunset, and I hastened out with the intention +of locating Sola and her charges, as I had determined upon having +speech with Dejah Thoris and trying to impress on her the necessity of +our at least patching up a truce until I could find some way of aiding +her to escape. I searched in vain until the upper rim of the great red +sun was just disappearing behind the horizon and then I spied the ugly +head of Woola peering from a second-story window on the opposite side +of the very street where I was quartered, but nearer the plaza. + +Without waiting for a further invitation I bolted up the winding runway +which led to the second floor, and entering a great chamber at the +front of the building was greeted by the frenzied Woola, who threw his +great carcass upon me, nearly hurling me to the floor; the poor old +fellow was so glad to see me that I thought he would devour me, his +head split from ear to ear, showing his three rows of tusks in his +hobgoblin smile. + +Quieting him with a word of command and a caress, I looked hurriedly +through the approaching gloom for a sign of Dejah Thoris, and then, not +seeing her, I called her name. There was an answering murmur from the +far corner of the apartment, and with a couple of quick strides I was +standing beside her where she crouched among the furs and silks upon an +ancient carved wooden seat. As I waited she rose to her full height and +looking me straight in the eye said + +“What would Dotar Sojat, Thark, of Dejah Thoris his captive” + +“Dejah Thoris, I do not know how I have angered you. It was furtherest +from my desire to hurt or offend you, whom I had hoped to protect and +comfort. Have none of me if it is your will, but that you must aid me +in effecting your escape, if such a thing be possible, is not my +request, but my command. When you are safe once more at your father’s +court you may do with me as you please, but from now on until that day +I am your master, and you must obey and aid me.” + +She looked at me long and earnestly and I thought that she was +softening toward me. + +“I understand your words, Dotar Sojat,” she replied, “but you I do not +understand. You are a queer mixture of child and man, of brute and +noble. I only wish that I might read your heart.” + +“Look down at your feet, Dejah Thoris; it lies there now where it has +lain since that other night at Korad, and where it will ever lie +beating alone for you until death stills it forever.” + +She took a little step toward me, her beautiful hands outstretched in a +strange, groping gesture. + +“What do you mean, John Carter” she whispered. “What are you saying to +me” + +“I am saying what I had promised myself that I would not say to you, at +least until you were no longer a captive among the green men; what from +your attitude toward me for the past twenty days I had thought never to +say to you; I am saying, Dejah Thoris, that I am yours, body and soul, +to serve you, to fight for you, and to die for you. Only one thing I +ask of you in return, and that is that you make no sign, either of +condemnation or of approbation of my words until you are safe among +your own people, and that whatever sentiments you harbor toward me they +be not influenced or colored by gratitude; whatever I may do to serve +you will be prompted solely from selfish motives, since it gives me +more pleasure to serve you than not.” + +“I will respect your wishes, John Carter, because I understand the +motives which prompt them, and I accept your service no more willingly +than I bow to your authority; your word shall be my law. I have twice +wronged you in my thoughts and again I ask your forgiveness.” + +Further conversation of a personal nature was prevented by the entrance +of Sola, who was much agitated and wholly unlike her usual calm and +possessed self. + +“That horrible Sarkoja has been before Tal Hajus,” she cried, “and from +what I heard upon the plaza there is little hope for either of you.” + +“What do they say” inquired Dejah Thoris. + +“That you will be thrown to the wild calots [dogs] in the great arena +as soon as the hordes have assembled for the yearly games.” + +“Sola,” I said, “you are a Thark, but you hate and loathe the customs +of your people as much as we do. Will you not accompany us in one +supreme effort to escape I am sure that Dejah Thoris can offer you a +home and protection among her people, and your fate can be no worse +among them than it must ever be here.” + +“Yes,” cried Dejah Thoris, “come with us, Sola, you will be better off +among the red men of Helium than you are here, and I can promise you +not only a home with us, but the love and affection your nature craves +and which must always be denied you by the customs of your own race. +Come with us, Sola; we might go without you, but your fate would be +terrible if they thought you had connived to aid us. I know that even +that fear would not tempt you to interfere in our escape, but we want +you with us, we want you to come to a land of sunshine and happiness, +amongst a people who know the meaning of love, of sympathy, and of +gratitude. Say that you will, Sola; tell me that you will.” + +“The great waterway which leads to Helium is but fifty miles to the +south,” murmured Sola, half to herself; “a swift thoat might make it in +three hours; and then to Helium it is five hundred miles, most of the +way through thinly settled districts. They would know and they would +follow us. We might hide among the great trees for a time, but the +chances are small indeed for escape. They would follow us to the very +gates of Helium, and they would take toll of life at every step; you do +not know them.” + +“Is there no other way we might reach Helium” I asked. “Can you not +draw me a rough map of the country we must traverse, Dejah Thoris” + +“Yes,” she replied, and taking a great diamond from her hair she drew +upon the marble floor the first map of Barsoomian territory I had ever +seen. It was crisscrossed in every direction with long straight lines, +sometimes running parallel and sometimes converging toward some great +circle. The lines, she said, were waterways; the circles, cities; and +one far to the northwest of us she pointed out as Helium. There were +other cities closer, but she said she feared to enter many of them, as +they were not all friendly toward Helium. + + +[Illustration She drew upon the marble floor the first map of +Barsoomian territory I had ever seen.] + + +Finally, after studying the map carefully in the moonlight which now +flooded the room, I pointed out a waterway far to the north of us which +also seemed to lead to Helium. + +“Does not this pierce your grandfather’s territory” I asked. + +“Yes,” she answered, “but it is two hundred miles north of us; it is +one of the waterways we crossed on the trip to Thark.” + +“They would never suspect that we would try for that distant waterway,” +I answered, “and that is why I think that it is the best route for our +escape.” + +Sola agreed with me, and it was decided that we should leave Thark this +same night; just as quickly, in fact, as I could find and saddle my +thoats. Sola was to ride one and Dejah Thoris and I the other; each of +us carrying sufficient food and drink to last us for two days, since +the animals could not be urged too rapidly for so long a distance. + +I directed Sola to proceed with Dejah Thoris along one of the less +frequented avenues to the southern boundary of the city, where I would +overtake them with the thoats as quickly as possible; then, leaving +them to gather what food, silks, and furs we were to need, I slipped +quietly to the rear of the first floor, and entered the courtyard, +where our animals were moving restlessly about, as was their habit, +before settling down for the night. + +In the shadows of the buildings and out beneath the radiance of the +Martian moons moved the great herd of thoats and zitidars, the latter +grunting their low gutturals and the former occasionally emitting the +sharp squeal which denotes the almost habitual state of rage in which +these creatures passed their existence. They were quieter now, owing to +the absence of man, but as they scented me they became more restless +and their hideous noise increased. It was risky business, this entering +a paddock of thoats alone and at night; first, because their increasing +noisiness might warn the nearby warriors that something was amiss, and +also because for the slightest cause, or for no cause at all some great +bull thoat might take it upon himself to lead a charge upon me. + +Having no desire to awaken their nasty tempers upon such a night as +this, where so much depended upon secrecy and dispatch, I hugged the +shadows of the buildings, ready at an instant’s warning to leap into +the safety of a nearby door or window. Thus I moved silently to the +great gates which opened upon the street at the back of the court, and +as I neared the exit I called softly to my two animals. How I thanked +the kind providence which had given me the foresight to win the love +and confidence of these wild dumb brutes, for presently from the far +side of the court I saw two huge bulks forcing their way toward me +through the surging mountains of flesh. + +They came quite close to me, rubbing their muzzles against my body and +nosing for the bits of food it was always my practice to reward them +with. Opening the gates I ordered the two great beasts to pass out, and +then slipping quietly after them I closed the portals behind me. + +I did not saddle or mount the animals there, but instead walked quietly +in the shadows of the buildings toward an unfrequented avenue which led +toward the point I had arranged to meet Dejah Thoris and Sola. With the +noiselessness of disembodied spirits we moved stealthily along the +deserted streets, but not until we were within sight of the plain +beyond the city did I commence to breathe freely. I was sure that Sola +and Dejah Thoris would find no difficulty in reaching our rendezvous +undetected, but with my great thoats I was not so sure for myself, as +it was quite unusual for warriors to leave the city after dark; in fact +there was no place for them to go within any but a long ride. + +I reached the appointed meeting place safely, but as Dejah Thoris and +Sola were not there I led my animals into the entrance hall of one of +the large buildings. Presuming that one of the other women of the same +household may have come in to speak to Sola, and so delayed their +departure, I did not feel any undue apprehension until nearly an hour +had passed without a sign of them, and by the time another half hour +had crawled away I was becoming filled with grave anxiety. Then there +broke upon the stillness of the night the sound of an approaching +party, which, from the noise, I knew could be no fugitives creeping +stealthily toward liberty. Soon the party was near me, and from the +black shadows of my entranceway I perceived a score of mounted +warriors, who, in passing, dropped a dozen words that fetched my heart +clean into the top of my head. + +“He would likely have arranged to meet them just without the city, and +so—” I heard no more, they had passed on; but it was enough. Our plan +had been discovered, and the chances for escape from now on to the +fearful end would be small indeed. My one hope now was to return +undetected to the quarters of Dejah Thoris and learn what fate had +overtaken her, but how to do it with these great monstrous thoats upon +my hands, now that the city probably was aroused by the knowledge of my +escape was a problem of no mean proportions. + +Suddenly an idea occurred to me, and acting on my knowledge of the +construction of the buildings of these ancient Martian cities with a +hollow court within the center of each square, I groped my way blindly +through the dark chambers, calling the great thoats after me. They had +difficulty in negotiating some of the doorways, but as the buildings +fronting the city’s principal exposures were all designed upon a +magnificent scale, they were able to wriggle through without sticking +fast; and thus we finally made the inner court where I found, as I had +expected, the usual carpet of moss-like vegetation which would provide +their food and drink until I could return them to their own enclosure. +That they would be as quiet and contented here as elsewhere I was +confident, nor was there but the remotest possibility that they would +be discovered, as the green men had no great desire to enter these +outlying buildings, which were frequented by the only thing, I believe, +which caused them the sensation of fear—the great white apes of +Barsoom. + +Removing the saddle trappings, I hid them just within the rear doorway +of the building through which we had entered the court, and, turning +the beasts loose, quickly made my way across the court to the rear of +the buildings upon the further side, and thence to the avenue beyond. +Waiting in the doorway of the building until I was assured that no one +was approaching, I hurried across to the opposite side and through the +first doorway to the court beyond; thus, crossing through court after +court with only the slight chance of detection which the necessary +crossing of the avenues entailed, I made my way in safety to the +courtyard in the rear of Dejah Thoris’ quarters. + +Here, of course, I found the beasts of the warriors who quartered in +the adjacent buildings, and the warriors themselves I might expect to +meet within if I entered; but, fortunately for me, I had another and +safer method of reaching the upper story where Dejah Thoris should be +found, and, after first determining as nearly as possible which of the +buildings she occupied, for I had never observed them before from the +court side, I took advantage of my relatively great strength and +agility and sprang upward until I grasped the sill of a second-story +window which I thought to be in the rear of her apartment. Drawing +myself inside the room I moved stealthily toward the front of the +building, and not until I had quite reached the doorway of her room was +I made aware by voices that it was occupied. + +I did not rush headlong in, but listened without to assure myself that +it was Dejah Thoris and that it was safe to venture within. It was well +indeed that I took this precaution, for the conversation I heard was in +the low gutturals of men, and the words which finally came to me proved +a most timely warning. The speaker was a chieftain and he was giving +orders to four of his warriors. + +“And when he returns to this chamber,” he was saying, “as he surely +will when he finds she does not meet him at the city’s edge, you four +are to spring upon him and disarm him. It will require the combined +strength of all of you to do it if the reports they bring back from +Korad are correct. When you have him fast bound bear him to the vaults +beneath the jeddak’s quarters and chain him securely where he may be +found when Tal Hajus wishes him. Allow him to speak with none, nor +permit any other to enter this apartment before he comes. There will be +no danger of the girl returning, for by this time she is safe in the +arms of Tal Hajus, and may all her ancestors have pity upon her, for +Tal Hajus will have none; the great Sarkoja has done a noble night’s +work. I go, and if you fail to capture him when he comes, I commend +your carcasses to the cold bosom of Iss.” + + + + +CHAPTER XVII +A COSTLY RECAPTURE + + +As the speaker ceased he turned to leave the apartment by the door +where I was standing, but I needed to wait no longer; I had heard +enough to fill my soul with dread, and stealing quietly away I returned +to the courtyard by the way I had come. My plan of action was formed +upon the instant, and crossing the square and the bordering avenue upon +the opposite side I soon stood within the courtyard of Tal Hajus. + +The brilliantly lighted apartments of the first floor told me where +first to seek, and advancing to the windows I peered within. I soon +discovered that my approach was not to be the easy thing I had hoped, +for the rear rooms bordering the court were filled with warriors and +women. I then glanced up at the stories above, discovering that the +third was apparently unlighted, and so decided to make my entrance to +the building from that point. It was the work of but a moment for me to +reach the windows above, and soon I had drawn myself within the +sheltering shadows of the unlighted third floor. + +Fortunately the room I had selected was untenanted, and creeping +noiselessly to the corridor beyond I discovered a light in the +apartments ahead of me. Reaching what appeared to be a doorway I +discovered that it was but an opening upon an immense inner chamber +which towered from the first floor, two stories below me, to the +dome-like roof of the building, high above my head. The floor of this +great circular hall was thronged with chieftains, warriors and women, +and at one end was a great raised platform upon which squatted the most +hideous beast I had ever put my eyes upon. He had all the cold, hard, +cruel, terrible features of the green warriors, but accentuated and +debased by the animal passions to which he had given himself over for +many years. There was not a mark of dignity or pride upon his bestial +countenance, while his enormous bulk spread itself out upon the +platform where he squatted like some huge devil fish, his six limbs +accentuating the similarity in a horrible and startling manner. + +But the sight that froze me with apprehension was that of Dejah Thoris +and Sola standing there before him, and the fiendish leer of him as he +let his great protruding eyes gloat upon the lines of her beautiful +figure. She was speaking, but I could not hear what she said, nor could +I make out the low grumbling of his reply. She stood there erect before +him, her head high held, and even at the distance I was from them I +could read the scorn and disgust upon her face as she let her haughty +glance rest without sign of fear upon him. She was indeed the proud +daughter of a thousand jeddaks, every inch of her dear, precious little +body; so small, so frail beside the towering warriors around her, but +in her majesty dwarfing them into insignificance; she was the mightiest +figure among them and I verily believe that they felt it. + +Presently Tal Hajus made a sign that the chamber be cleared, and that +the prisoners be left alone before him. Slowly the chieftains, the +warriors and the women melted away into the shadows of the surrounding +chambers, and Dejah Thoris and Sola stood alone before the jeddak of +the Tharks. + +One chieftain alone had hesitated before departing; I saw him standing +in the shadows of a mighty column, his fingers nervously toying with +the hilt of his great-sword and his cruel eyes bent in implacable +hatred upon Tal Hajus. It was Tars Tarkas, and I could read his +thoughts as they were an open book for the undisguised loathing upon +his face. He was thinking of that other woman who, forty years ago, had +stood before this beast, and could I have spoken a word into his ear at +that moment the reign of Tal Hajus would have been over; but finally he +also strode from the room, not knowing that he left his own daughter at +the mercy of the creature he most loathed. + +Tal Hajus arose, and I, half fearing, half anticipating his intentions, +hurried to the winding runway which led to the floors below. No one was +near to intercept me, and I reached the main floor of the chamber +unobserved, taking my station in the shadow of the same column that +Tars Tarkas had but just deserted. As I reached the floor Tal Hajus was +speaking. + +“Princess of Helium, I might wring a mighty ransom from your people +would I but return you to them unharmed, but a thousand times rather +would I watch that beautiful face writhe in the agony of torture; it +shall be long drawn out, that I promise you; ten days of pleasure were +all too short to show the love I harbor for your race. The terrors of +your death shall haunt the slumbers of the red men through all the ages +to come; they will shudder in the shadows of the night as their fathers +tell them of the awful vengeance of the green men; of the power and +might and hate and cruelty of Tal Hajus. But before the torture you +shall be mine for one short hour, and word of that too shall go forth +to Tardos Mors, Jeddak of Helium, your grandfather, that he may grovel +upon the ground in the agony of his sorrow. Tomorrow the torture will +commence; tonight thou art Tal Hajus’; come!” + +He sprang down from the platform and grasped her roughly by the arm, +but scarcely had he touched her than I leaped between them. My +short-sword, sharp and gleaming was in my right hand; I could have +plunged it into his putrid heart before he realized that I was upon +him; but as I raised my arm to strike I thought of Tars Tarkas, and, +with all my rage, with all my hatred, I could not rob him of that sweet +moment for which he had lived and hoped all these long, weary years, +and so, instead, I swung my good right fist full upon the point of his +jaw. Without a sound he slipped to the floor as one dead. + +In the same deathly silence I grasped Dejah Thoris by the hand, and +motioning Sola to follow we sped noiselessly from the chamber and to +the floor above. Unseen we reached a rear window and with the straps +and leather of my trappings I lowered, first Sola and then Dejah Thoris +to the ground below. Dropping lightly after them I drew them rapidly +around the court in the shadows of the buildings, and thus we returned +over the same course I had so recently followed from the distant +boundary of the city. + +We finally came upon my thoats in the courtyard where I had left them, +and placing the trappings upon them we hastened through the building to +the avenue beyond. Mounting, Sola upon one beast, and Dejah Thoris +behind me upon the other, we rode from the city of Thark through the +hills to the south. + +Instead of circling back around the city to the northwest and toward +the nearest waterway which lay so short a distance from us, we turned +to the northeast and struck out upon the mossy waste across which, for +two hundred dangerous and weary miles, lay another main artery leading +to Helium. + +No word was spoken until we had left the city far behind, but I could +hear the quiet sobbing of Dejah Thoris as she clung to me with her dear +head resting against my shoulder. + +“If we make it, my chieftain, the debt of Helium will be a mighty one; +greater than she can ever pay you; and should we not make it,” she +continued, “the debt is no less, though Helium will never know, for you +have saved the last of our line from worse than death.” + +I did not answer, but instead reached to my side and pressed the little +fingers of her I loved where they clung to me for support, and then, in +unbroken silence, we sped over the yellow, moonlit moss; each of us +occupied with his own thoughts. For my part I could not be other than +joyful had I tried, with Dejah Thoris’ warm body pressed close to mine, +and with all our unpassed danger my heart was singing as gaily as +though we were already entering the gates of Helium. + +Our earlier plans had been so sadly upset that we now found ourselves +without food or drink, and I alone was armed. We therefore urged our +beasts to a speed that must tell on them sorely before we could hope to +sight the ending of the first stage of our journey. + +We rode all night and all the following day with only a few short +rests. On the second night both we and our animals were completely +fagged, and so we lay down upon the moss and slept for some five or six +hours, taking up the journey once more before daylight. All the +following day we rode, and when, late in the afternoon we had sighted +no distant trees, the mark of the great waterways throughout all +Barsoom, the terrible truth flashed upon us—we were lost. + +Evidently we had circled, but which way it was difficult to say, nor +did it seem possible with the sun to guide us by day and the moons and +stars by night. At any rate no waterway was in sight, and the entire +party was almost ready to drop from hunger, thirst and fatigue. Far +ahead of us and a trifle to the right we could distinguish the outlines +of low mountains. These we decided to attempt to reach in the hope that +from some ridge we might discern the missing waterway. Night fell upon +us before we reached our goal, and, almost fainting from weariness and +weakness, we lay down and slept. + +I was awakened early in the morning by some huge body pressing close to +mine, and opening my eyes with a start I beheld my blessed old Woola +snuggling close to me; the faithful brute had followed us across that +trackless waste to share our fate, whatever it might be. Putting my +arms about his neck I pressed my cheek close to his, nor am I ashamed +that I did it, nor of the tears that came to my eyes as I thought of +his love for me. Shortly after this Dejah Thoris and Sola awakened, and +it was decided that we push on at once in an effort to gain the hills. + +We had gone scarcely a mile when I noticed that my thoat was commencing +to stumble and stagger in a most pitiful manner, although we had not +attempted to force them out of a walk since about noon of the preceding +day. Suddenly he lurched wildly to one side and pitched violently to +the ground. Dejah Thoris and I were thrown clear of him and fell upon +the soft moss with scarcely a jar; but the poor beast was in a pitiable +condition, not even being able to rise, although relieved of our +weight. Sola told me that the coolness of the night, when it fell, +together with the rest would doubtless revive him, and so I decided not +to kill him, as was my first intention, as I had thought it cruel to +leave him alone there to die of hunger and thirst. Relieving him of his +trappings, which I flung down beside him, we left the poor fellow to +his fate, and pushed on with the one thoat as best we could. Sola and I +walked, making Dejah Thoris ride, much against her will. In this way we +had progressed to within about a mile of the hills we were endeavoring +to reach when Dejah Thoris, from her point of vantage upon the thoat, +cried out that she saw a great party of mounted men filing down from a +pass in the hills several miles away. Sola and I both looked in the +direction she indicated, and there, plainly discernible, were several +hundred mounted warriors. They seemed to be headed in a southwesterly +direction, which would take them away from us. + +They doubtless were Thark warriors who had been sent out to capture us, +and we breathed a great sigh of relief that they were traveling in the +opposite direction. Quickly lifting Dejah Thoris from the thoat, I +commanded the animal to lie down and we three did the same, presenting +as small an object as possible for fear of attracting the attention of +the warriors toward us. + +We could see them as they filed out of the pass, just for an instant, +before they were lost to view behind a friendly ridge; to us a most +providential ridge; since, had they been in view for any great length +of time, they scarcely could have failed to discover us. As what proved +to be the last warrior came into view from the pass, he halted and, to +our consternation, threw his small but powerful fieldglass to his eye +and scanned the sea bottom in all directions. Evidently he was a +chieftain, for in certain marching formations among the green men a +chieftain brings up the extreme rear of the column. As his glass swung +toward us our hearts stopped in our breasts, and I could feel the cold +sweat start from every pore in my body. + +Presently it swung full upon us and—stopped. The tension on our nerves +was near the breaking point, and I doubt if any of us breathed for the +few moments he held us covered by his glass; and then he lowered it and +we could see him shout a command to the warriors who had passed from +our sight behind the ridge. He did not wait for them to join him, +however, instead he wheeled his thoat and came tearing madly in our +direction. + +There was but one slight chance and that we must take quickly. Raising +my strange Martian rifle to my shoulder I sighted and touched the +button which controlled the trigger; there was a sharp explosion as the +missile reached its goal, and the charging chieftain pitched backward +from his flying mount. + +Springing to my feet I urged the thoat to rise, and directed Sola to +take Dejah Thoris with her upon him and make a mighty effort to reach +the hills before the green warriors were upon us. I knew that in the +ravines and gullies they might find a temporary hiding place, and even +though they died there of hunger and thirst it would be better so than +that they fell into the hands of the Tharks. Forcing my two revolvers +upon them as a slight means of protection, and, as a last resort, as an +escape for themselves from the horrid death which recapture would +surely mean, I lifted Dejah Thoris in my arms and placed her upon the +thoat behind Sola, who had already mounted at my command. + +“Good-bye, my princess,” I whispered, “we may meet in Helium yet. I +have escaped from worse plights than this,” and I tried to smile as I +lied. + +“What,” she cried, “are you not coming with us” + +“How may I, Dejah Thoris Someone must hold these fellows off for a +while, and I can better escape them alone than could the three of us +together.” + +She sprang quickly from the thoat and, throwing her dear arms about my +neck, turned to Sola, saying with quiet dignity “Fly, Sola! Dejah +Thoris remains to die with the man she loves.” + +Those words are engraved upon my heart. Ah, gladly would I give up my +life a thousand times could I only hear them once again; but I could +not then give even a second to the rapture of her sweet embrace, and +pressing my lips to hers for the first time, I picked her up bodily and +tossed her to her seat behind Sola again, commanding the latter in +peremptory tones to hold her there by force, and then, slapping the +thoat upon the flank, I saw them borne away; Dejah Thoris struggling to +the last to free herself from Sola’s grasp. + +Turning, I beheld the green warriors mounting the ridge and looking for +their chieftain. In a moment they saw him, and then me; but scarcely +had they discovered me than I commenced firing, lying flat upon my +belly in the moss. I had an even hundred rounds in the magazine of my +rifle, and another hundred in the belt at my back, and I kept up a +continuous stream of fire until I saw all of the warriors who had been +first to return from behind the ridge either dead or scurrying to +cover. + +My respite was short-lived however, for soon the entire party, +numbering some thousand men, came charging into view, racing madly +toward me. I fired until my rifle was empty and they were almost upon +me, and then a glance showing me that Dejah Thoris and Sola had +disappeared among the hills, I sprang up, throwing down my useless gun, +and started away in the direction opposite to that taken by Sola and +her charge. + +If ever Martians had an exhibition of jumping, it was granted those +astonished warriors on that day long years ago, but while it led them +away from Dejah Thoris it did not distract their attention from +endeavoring to capture me. + +They raced wildly after me until, finally, my foot struck a projecting +piece of quartz, and down I went sprawling upon the moss. As I looked +up they were upon me, and although I drew my long-sword in an attempt +to sell my life as dearly as possible, it was soon over. I reeled +beneath their blows which fell upon me in perfect torrents; my head +swam; all was black, and I went down beneath them to oblivion. + + + + +CHAPTER XVIII +CHAINED IN WARHOON + + +It must have been several hours before I regained consciousness and I +well remember the feeling of surprise which swept over me as I realized +that I was not dead. + +I was lying among a pile of sleeping silks and furs in the corner of a +small room in which were several green warriors, and bending over me +was an ancient and ugly female. + +As I opened my eyes she turned to one of the warriors, saying, + +“He will live, O Jed.” + +“’Tis well,” replied the one so addressed, rising and approaching my +couch, “he should render rare sport for the great games.” + +And now as my eyes fell upon him, I saw that he was no Thark, for his +ornaments and metal were not of that horde. He was a huge fellow, +terribly scarred about the face and chest, and with one broken tusk and +a missing ear. Strapped on either breast were human skulls and +depending from these a number of dried human hands. + +His reference to the great games of which I had heard so much while +among the Tharks convinced me that I had but jumped from purgatory into +gehenna. + +After a few more words with the female, during which she assured him +that I was now fully fit to travel, the jed ordered that we mount and +ride after the main column. + +I was strapped securely to as wild and unmanageable a thoat as I had +ever seen, and, with a mounted warrior on either side to prevent the +beast from bolting, we rode forth at a furious pace in pursuit of the +column. My wounds gave me but little pain, so wonderfully and rapidly +had the applications and injections of the female exercised their +therapeutic powers, and so deftly had she bound and plastered the +injuries. + +Just before dark we reached the main body of troops shortly after they +had made camp for the night. I was immediately taken before the leader, +who proved to be the jeddak of the hordes of Warhoon. + +Like the jed who had brought me, he was frightfully scarred, and also +decorated with the breastplate of human skulls and dried dead hands +which seemed to mark all the greater warriors among the Warhoons, as +well as to indicate their awful ferocity, which greatly transcends even +that of the Tharks. + +The jeddak, Bar Comas, who was comparatively young, was the object of +the fierce and jealous hatred of his old lieutenant, Dak Kova, the jed +who had captured me, and I could not but note the almost studied +efforts which the latter made to affront his superior. + +He entirely omitted the usual formal salutation as we entered the +presence of the jeddak, and as he pushed me roughly before the ruler he +exclaimed in a loud and menacing voice. + +“I have brought a strange creature wearing the metal of a Thark whom it +is my pleasure to have battle with a wild thoat at the great games.” + +“He will die as Bar Comas, your jeddak, sees fit, if at all,” replied +the young ruler, with emphasis and dignity. + +“If at all” roared Dak Kova. “By the dead hands at my throat but he +shall die, Bar Comas. No maudlin weakness on your part shall save him. +O, would that Warhoon were ruled by a real jeddak rather than by a +water-hearted weakling from whom even old Dak Kova could tear the metal +with his bare hands!” + +Bar Comas eyed the defiant and insubordinate chieftain for an instant, +his expression one of haughty, fearless contempt and hate, and then +without drawing a weapon and without uttering a word he hurled himself +at the throat of his defamer. + +I never before had seen two green Martian warriors battle with nature’s +weapons and the exhibition of animal ferocity which ensued was as +fearful a thing as the most disordered imagination could picture. They +tore at each others’ eyes and ears with their hands and with their +gleaming tusks repeatedly slashed and gored until both were cut fairly +to ribbons from head to foot. + +Bar Comas had much the better of the battle as he was stronger, quicker +and more intelligent. It soon seemed that the encounter was done saving +only the final death thrust when Bar Comas slipped in breaking away +from a clinch. It was the one little opening that Dak Kova needed, and +hurling himself at the body of his adversary he buried his single +mighty tusk in Bar Comas’ groin and with a last powerful effort ripped +the young jeddak wide open the full length of his body, the great tusk +finally wedging in the bones of Bar Comas’ jaw. Victor and vanquished +rolled limp and lifeless upon the moss, a huge mass of torn and bloody +flesh. + +Bar Comas was stone dead, and only the most herculean efforts on the +part of Dak Kova’s females saved him from the fate he deserved. Three +days later he walked without assistance to the body of Bar Comas which, +by custom, had not been moved from where it fell, and placing his foot +upon the neck of his erstwhile ruler he assumed the title of Jeddak of +Warhoon. + +The dead jeddak’s hands and head were removed to be added to the +ornaments of his conqueror, and then his women cremated what remained, +amid wild and terrible laughter. + +The injuries to Dak Kova had delayed the march so greatly that it was +decided to give up the expedition, which was a raid upon a small Thark +community in retaliation for the destruction of the incubator, until +after the great games, and the entire body of warriors, ten thousand in +number, turned back toward Warhoon. + +My introduction to these cruel and bloodthirsty people was but an index +to the scenes I witnessed almost daily while with them. They are a +smaller horde than the Tharks but much more ferocious. Not a day passed +but that some members of the various Warhoon communities met in deadly +combat. I have seen as high as eight mortal duels within a single day. + +We reached the city of Warhoon after some three days march and I was +immediately cast into a dungeon and heavily chained to the floor and +walls. Food was brought me at intervals but owing to the utter darkness +of the place I do not know whether I lay there days, or weeks, or +months. It was the most horrible experience of all my life and that my +mind did not give way to the terrors of that inky blackness has been a +wonder to me ever since. The place was filled with creeping, crawling +things; cold, sinuous bodies passed over me when I lay down, and in the +darkness I occasionally caught glimpses of gleaming, fiery eyes, fixed +in horrible intentness upon me. No sound reached me from the world +above and no word would my jailer vouchsafe when my food was brought to +me, although I at first bombarded him with questions. + +Finally all the hatred and maniacal loathing for these awful creatures +who had placed me in this horrible place was centered by my tottering +reason upon this single emissary who represented to me the entire horde +of Warhoons. + +I had noticed that he always advanced with his dim torch to where he +could place the food within my reach and as he stooped to place it upon +the floor his head was about on a level with my breast. So, with the +cunning of a madman, I backed into the far corner of my cell when next +I heard him approaching and gathering a little slack of the great chain +which held me in my hand I waited his coming, crouching like some beast +of prey. As he stooped to place my food upon the ground I swung the +chain above my head and crashed the links with all my strength upon his +skull. Without a sound he slipped to the floor, stone dead. + +Laughing and chattering like the idiot I was fast becoming I fell upon +his prostrate form my fingers feeling for his dead throat. Presently +they came in contact with a small chain at the end of which dangled a +number of keys. The touch of my fingers on these keys brought back my +reason with the suddenness of thought. No longer was I a jibbering +idiot, but a sane, reasoning man with the means of escape within my +very hands. + +As I was groping to remove the chain from about my victim’s neck I +glanced up into the darkness to see six pairs of gleaming eyes fixed, +unwinking, upon me. Slowly they approached and slowly I shrank back +from the awful horror of them. Back into my corner I crouched holding +my hands palms out, before me, and stealthily on came the awful eyes +until they reached the dead body at my feet. Then slowly they retreated +but this time with a strange grating sound and finally they disappeared +in some black and distant recess of my dungeon. + + + + +CHAPTER XIX +BATTLING IN THE ARENA + + +Slowly I regained my composure and finally essayed again to attempt to +remove the keys from the dead body of my former jailer. But as I +reached out into the darkness to locate it I found to my horror that it +was gone. Then the truth flashed on me; the owners of those gleaming +eyes had dragged my prize away from me to be devoured in their +neighboring lair; as they had been waiting for days, for weeks, for +months, through all this awful eternity of my imprisonment to drag my +dead carcass to their feast. + +For two days no food was brought me, but then a new messenger appeared +and my incarceration went on as before, but not again did I allow my +reason to be submerged by the horror of my position. + +Shortly after this episode another prisoner was brought in and chained +near me. By the dim torch light I saw that he was a red Martian and I +could scarcely await the departure of his guards to address him. As +their retreating footsteps died away in the distance, I called out +softly the Martian word of greeting, kaor. + +“Who are you who speaks out of the darkness” he answered + +“John Carter, a friend of the red men of Helium.” + +“I am of Helium,” he said, “but I do not recall your name.” + +And then I told him my story as I have written it here, omitting only +any reference to my love for Dejah Thoris. He was much excited by the +news of Helium’s princess and seemed quite positive that she and Sola +could easily have reached a point of safety from where they left me. He +said that he knew the place well because the defile through which the +Warhoon warriors had passed when they discovered us was the only one +ever used by them when marching to the south. + +“Dejah Thoris and Sola entered the hills not five miles from a great +waterway and are now probably quite safe,” he assured me. + +My fellow prisoner was Kantos Kan, a padwar (lieutenant) in the navy of +Helium. He had been a member of the ill-fated expedition which had +fallen into the hands of the Tharks at the time of Dejah Thoris’ +capture, and he briefly related the events which followed the defeat of +the battleships. + +Badly injured and only partially manned they had limped slowly toward +Helium, but while passing near the city of Zodanga, the capital of +Helium’s hereditary enemies among the red men of Barsoom, they had been +attacked by a great body of war vessels and all but the craft to which +Kantos Kan belonged were either destroyed or captured. His vessel was +chased for days by three of the Zodangan war ships but finally escaped +during the darkness of a moonless night. + +Thirty days after the capture of Dejah Thoris, or about the time of our +coming to Thark, his vessel had reached Helium with about ten survivors +of the original crew of seven hundred officers and men. Immediately +seven great fleets, each of one hundred mighty war ships, had been +dispatched to search for Dejah Thoris, and from these vessels two +thousand smaller craft had been kept out continuously in futile search +for the missing princess. + +Two green Martian communities had been wiped off the face of Barsoom by +the avenging fleets, but no trace of Dejah Thoris had been found. They +had been searching among the northern hordes, and only within the past +few days had they extended their quest to the south. + +Kantos Kan had been detailed to one of the small one-man fliers and had +had the misfortune to be discovered by the Warhoons while exploring +their city. The bravery and daring of the man won my greatest respect +and admiration. Alone he had landed at the city’s boundary and on foot +had penetrated to the buildings surrounding the plaza. For two days and +nights he had explored their quarters and their dungeons in search of +his beloved princess only to fall into the hands of a party of Warhoons +as he was about to leave, after assuring himself that Dejah Thoris was +not a captive there. + +During the period of our incarceration Kantos Kan and I became well +acquainted, and formed a warm personal friendship. A few days only +elapsed, however, before we were dragged forth from our dungeon for the +great games. We were conducted early one morning to an enormous +amphitheater, which instead of having been built upon the surface of +the ground was excavated below the surface. It had partially filled +with debris so that how large it had originally been was difficult to +say. In its present condition it held the entire twenty thousand +Warhoons of the assembled hordes. + +The arena was immense but extremely uneven and unkempt. Around it the +Warhoons had piled building stone from some of the ruined edifices of +the ancient city to prevent the animals and the captives from escaping +into the audience, and at each end had been constructed cages to hold +them until their turns came to meet some horrible death upon the arena. + +Kantos Kan and I were confined together in one of the cages. In the +others were wild calots, thoats, mad zitidars, green warriors, and +women of other hordes, and many strange and ferocious wild beasts of +Barsoom which I had never before seen. The din of their roaring, +growling and squealing was deafening and the formidable appearance of +any one of them was enough to make the stoutest heart feel grave +forebodings. + +Kantos Kan explained to me that at the end of the day one of these +prisoners would gain freedom and the others would lie dead about the +arena. The winners in the various contests of the day would be pitted +against each other until only two remained alive; the victor in the +last encounter being set free, whether animal or man. The following +morning the cages would be filled with a new consignment of victims, +and so on throughout the ten days of the games. + +Shortly after we had been caged the amphitheater began to fill and +within an hour every available part of the seating space was occupied. +Dak Kova, with his jeds and chieftains, sat at the center of one side +of the arena upon a large raised platform. + +At a signal from Dak Kova the doors of two cages were thrown open and a +dozen green Martian females were driven to the center of the arena. +Each was given a dagger and then, at the far end, a pack of twelve +calots, or wild dogs were loosed upon them. + +As the brutes, growling and foaming, rushed upon the almost defenseless +women I turned my head that I might not see the horrid sight. The yells +and laughter of the green horde bore witness to the excellent quality +of the sport and when I turned back to the arena, as Kantos Kan told me +it was over, I saw three victorious calots, snarling and growling over +the bodies of their prey. The women had given a good account of +themselves. + +Next a mad zitidar was loosed among the remaining dogs, and so it went +throughout the long, hot, horrible day. + +During the day I was pitted against first men and then beasts, but as I +was armed with a long-sword and always outclassed my adversary in +agility and generally in strength as well, it proved but child’s play +to me. Time and time again I won the applause of the bloodthirsty +multitude, and toward the end there were cries that I be taken from the +arena and be made a member of the hordes of Warhoon. + +Finally there were but three of us left, a great green warrior of some +far northern horde, Kantos Kan, and myself. + +The other two were to battle and then I to fight the conqueror for the +liberty which was accorded the final winner. + +Kantos Kan had fought several times during the day and like myself had +always proven victorious, but occasionally by the smallest of margins, +especially when pitted against the green warriors. I had little hope +that he could best his giant adversary who had mowed down all before +him during the day. The fellow towered nearly sixteen feet in height, +while Kantos Kan was some inches under six feet. As they advanced to +meet one another I saw for the first time a trick of Martian +swordsmanship which centered Kantos Kan’s every hope of victory and +life on one cast of the dice, for, as he came to within about twenty +feet of the huge fellow he threw his sword arm far behind him over his +shoulder and with a mighty sweep hurled his weapon point foremost at +the green warrior. It flew true as an arrow and piercing the poor +devil’s heart laid him dead upon the arena. + +Kantos Kan and I were now pitted against each other but as we +approached to the encounter I whispered to him to prolong the battle +until nearly dark in the hope that we might find some means of escape. +The horde evidently guessed that we had no hearts to fight each other +and so they howled in rage as neither of us placed a fatal thrust. Just +as I saw the sudden coming of dark I whispered to Kantos Kan to thrust +his sword between my left arm and my body. As he did so I staggered +back clasping the sword tightly with my arm and thus fell to the ground +with his weapon apparently protruding from my chest. Kantos Kan +perceived my coup and stepping quickly to my side he placed his foot +upon my neck and withdrawing his sword from my body gave me the final +death blow through the neck which is supposed to sever the jugular +vein, but in this instance the cold blade slipped harmlessly into the +sand of the arena. In the darkness which had now fallen none could tell +but that he had really finished me. I whispered to him to go and claim +his freedom and then look for me in the hills east of the city, and so +he left me. + +When the amphitheater had cleared I crept stealthily to the top and as +the great excavation lay far from the plaza and in an untenanted +portion of the great dead city I had little trouble in reaching the +hills beyond. + + + + +CHAPTER XX +IN THE ATMOSPHERE FACTORY + + +For two days I waited there for Kantos Kan, but as he did not come I +started off on foot in a northwesterly direction toward a point where +he had told me lay the nearest waterway. My only food consisted of +vegetable milk from the plants which gave so bounteously of this +priceless fluid. + +Through two long weeks I wandered, stumbling through the nights guided +only by the stars and hiding during the days behind some protruding +rock or among the occasional hills I traversed. Several times I was +attacked by wild beasts; strange, uncouth monstrosities that leaped +upon me in the dark, so that I had ever to grasp my long-sword in my +hand that I might be ready for them. Usually my strange, newly acquired +telepathic power warned me in ample time, but once I was down with +vicious fangs at my jugular and a hairy face pressed close to mine +before I knew that I was even threatened. + +What manner of thing was upon me I did not know, but that it was large +and heavy and many-legged I could feel. My hands were at its throat +before the fangs had a chance to bury themselves in my neck, and slowly +I forced the hairy face from me and closed my fingers, vise-like, upon +its windpipe. + +Without sound we lay there, the beast exerting every effort to reach me +with those awful fangs, and I straining to maintain my grip and choke +the life from it as I kept it from my throat. Slowly my arms gave to +the unequal struggle, and inch by inch the burning eyes and gleaming +tusks of my antagonist crept toward me, until, as the hairy face +touched mine again, I realized that all was over. And then a living +mass of destruction sprang from the surrounding darkness full upon the +creature that held me pinioned to the ground. The two rolled growling +upon the moss, tearing and rending one another in a frightful manner, +but it was soon over and my preserver stood with lowered head above the +throat of the dead thing which would have killed me. + +The nearer moon, hurtling suddenly above the horizon and lighting up +the Barsoomian scene, showed me that my preserver was Woola, but from +whence he had come, or how found me, I was at a loss to know. That I +was glad of his companionship it is needless to say, but my pleasure at +seeing him was tempered by anxiety as to the reason of his leaving +Dejah Thoris. Only her death I felt sure, could account for his absence +from her, so faithful I knew him to be to my commands. + +By the light of the now brilliant moons I saw that he was but a shadow +of his former self, and as he turned from my caress and commenced +greedily to devour the dead carcass at my feet I realized that the poor +fellow was more than half starved. I, myself, was in but little better +plight but I could not bring myself to eat the uncooked flesh and I had +no means of making a fire. When Woola had finished his meal I again +took up my weary and seemingly endless wandering in quest of the +elusive waterway. + +At daybreak of the fifteenth day of my search I was overjoyed to see +the high trees that denoted the object of my search. About noon I +dragged myself wearily to the portals of a huge building which covered +perhaps four square miles and towered two hundred feet in the air. It +showed no aperture in the mighty walls other than the tiny door at +which I sank exhausted, nor was there any sign of life about it. + +I could find no bell or other method of making my presence known to the +inmates of the place, unless a small round hole in the wall near the +door was for that purpose. It was of about the bigness of a lead pencil +and thinking that it might be in the nature of a speaking tube I put my +mouth to it and was about to call into it when a voice issued from it +asking me whom I might be, where from, and the nature of my errand. + +I explained that I had escaped from the Warhoons and was dying of +starvation and exhaustion. + +“You wear the metal of a green warrior and are followed by a calot, yet +you are of the figure of a red man. In color you are neither green nor +red. In the name of the ninth ray, what manner of creature are you” + +“I am a friend of the red men of Barsoom and I am starving. In the name +of humanity open to us,” I replied. + +Presently the door commenced to recede before me until it had sunk into +the wall fifty feet, then it stopped and slid easily to the left, +exposing a short, narrow corridor of concrete, at the further end of +which was another door, similar in every respect to the one I had just +passed. No one was in sight, yet immediately we passed the first door +it slid gently into place behind us and receded rapidly to its original +position in the front wall of the building. As the door had slipped +aside I had noted its great thickness, fully twenty feet, and as it +reached its place once more after closing behind us, great cylinders of +steel had dropped from the ceiling behind it and fitted their lower +ends into apertures countersunk in the floor. + +A second and third door receded before me and slipped to one side as +the first, before I reached a large inner chamber where I found food +and drink set out upon a great stone table. A voice directed me to +satisfy my hunger and to feed my calot, and while I was thus engaged my +invisible host put me through a severe and searching cross-examination. + +“Your statements are most remarkable,” said the voice, on concluding +its questioning, “but you are evidently speaking the truth, and it is +equally evident that you are not of Barsoom. I can tell that by the +conformation of your brain and the strange location of your internal +organs and the shape and size of your heart.” + +“Can you see through me” I exclaimed. + +“Yes, I can see all but your thoughts, and were you a Barsoomian I +could read those.” + +Then a door opened at the far side of the chamber and a strange, dried +up, little mummy of a man came toward me. He wore but a single article +of clothing or adornment, a small collar of gold from which depended +upon his chest a great ornament as large as a dinner plate set solid +with huge diamonds, except for the exact center which was occupied by a +strange stone, an inch in diameter, that scintillated nine different +and distinct rays; the seven colors of our earthly prism and two +beautiful rays which, to me, were new and nameless. I cannot describe +them any more than you could describe red to a blind man. I only know +that they were beautiful in the extreme. + +The old man sat and talked with me for hours, and the strangest part of +our intercourse was that I could read his every thought while he could +not fathom an iota from my mind unless I spoke. + + +[Illustration The old man sat and talked with me for hours.] + + +I did not apprise him of my ability to sense his mental operations, and +thus I learned a great deal which proved of immense value to me later +and which I would never have known had he suspected my strange power, +for the Martians have such perfect control of their mental machinery +that they are able to direct their thoughts with absolute precision. + +The building in which I found myself contained the machinery which +produces that artificial atmosphere which sustains life on Mars. The +secret of the entire process hinges on the use of the ninth ray, one of +the beautiful scintillations which I had noted emanating from the great +stone in my host’s diadem. + +This ray is separated from the other rays of the sun by means of finely +adjusted instruments placed upon the roof of the huge building, +three-quarters of which is used for reservoirs in which the ninth ray +is stored. This product is then treated electrically, or rather certain +proportions of refined electric vibrations are incorporated with it, +and the result is then pumped to the five principal air centers of the +planet where, as it is released, contact with the ether of space +transforms it into atmosphere. + +There is always sufficient reserve of the ninth ray stored in the great +building to maintain the present Martian atmosphere for a thousand +years, and the only fear, as my new friend told me, was that some +accident might befall the pumping apparatus. + +He led me to an inner chamber where I beheld a battery of twenty radium +pumps any one of which was equal to the task of furnishing all Mars +with the atmosphere compound. For eight hundred years, he told me, he +had watched these pumps which are used alternately a day each at a +stretch, or a little over twenty-four and one-half Earth hours. He has +one assistant who divides the watch with him. Half a Martian year, +about three hundred and forty-four of our days, each of these men spend +alone in this huge, isolated plant. + +Every red Martian is taught during earliest childhood the principles of +the manufacture of atmosphere, but only two at one time ever hold the +secret of ingress to the great building, which, built as it is with +walls a hundred and fifty feet thick, is absolutely unassailable, even +the roof being guarded from assault by air craft by a glass covering +five feet thick. + +The only fear they entertain of attack is from the green Martians or +some demented red man, as all Barsoomians realize that the very +existence of every form of life of Mars is dependent upon the +uninterrupted working of this plant. + +One curious fact I discovered as I watched his thoughts was that the +outer doors are manipulated by telepathic means. The locks are so +finely adjusted that the doors are released by the action of a certain +combination of thought waves. To experiment with my new-found toy I +thought to surprise him into revealing this combination and so I asked +him in a casual manner how he had managed to unlock the massive doors +for me from the inner chambers of the building. As quick as a flash +there leaped to his mind nine Martian sounds, but as quickly faded as +he answered that this was a secret he must not divulge. + +From then on his manner toward me changed as though he feared that he +had been surprised into divulging his great secret, and I read +suspicion and fear in his looks and thoughts, though his words were +still fair. + +Before I retired for the night he promised to give me a letter to a +nearby agricultural officer who would help me on my way to Zodanga, +which he said, was the nearest Martian city. + +“But be sure that you do not let them know you are bound for Helium as +they are at war with that country. My assistant and I are of no +country, we belong to all Barsoom and this talisman which we wear +protects us in all lands, even among the green men—though we do not +trust ourselves to their hands if we can avoid it,” he added. + +“And so good-night, my friend,” he continued, “may you have a long and +restful sleep—yes, a long sleep.” + +And though he smiled pleasantly I saw in his thoughts the wish that he +had never admitted me, and then a picture of him standing over me in +the night, and the swift thrust of a long dagger and the half formed +words, “I am sorry, but it is for the best good of Barsoom.” + +As he closed the door of my chamber behind him his thoughts were cut +off from me as was the sight of him, which seemed strange to me in my +little knowledge of thought transference. + +What was I to do How could I escape through these mighty walls Easily +could I kill him now that I was warned, but once he was dead I could no +more escape, and with the stopping of the machinery of the great plant +I should die with all the other inhabitants of the planet—all, even +Dejah Thoris were she not already dead. For the others I did not give +the snap of my finger, but the thought of Dejah Thoris drove from my +mind all desire to kill my mistaken host. + +Cautiously I opened the door of my apartment and, followed by Woola, +sought the inner of the great doors. A wild scheme had come to me; I +would attempt to force the great locks by the nine thought waves I had +read in my host’s mind. + +Creeping stealthily through corridor after corridor and down winding +runways which turned hither and thither I finally reached the great +hall in which I had broken my long fast that morning. Nowhere had I +seen my host, nor did I know where he kept himself by night. + +I was on the point of stepping boldly out into the room when a slight +noise behind me warned me back into the shadows of a recess in the +corridor. Dragging Woola after me I crouched low in the darkness. + +Presently the old man passed close by me, and as he entered the dimly +lighted chamber which I had been about to pass through I saw that he +held a long thin dagger in his hand and that he was sharpening it upon +a stone. In his mind was the decision to inspect the radium pumps, +which would take about thirty minutes, and then return to my bed +chamber and finish me. + +As he passed through the great hall and disappeared down the runway +which led to the pump-room, I stole stealthily from my hiding place and +crossed to the great door, the inner of the three which stood between +me and liberty. + +Concentrating my mind upon the massive lock I hurled the nine thought +waves against it. In breathless expectancy I waited, when finally the +great door moved softly toward me and slid quietly to one side. One +after the other the remaining mighty portals opened at my command and +Woola and I stepped forth into the darkness, free, but little better +off than we had been before, other than that we had full stomachs. + +Hastening away from the shadows of the formidable pile I made for the +first crossroad, intending to strike the central turnpike as quickly as +possible. This I reached about morning and entering the first enclosure +I came to I searched for some evidences of a habitation. + +There were low rambling buildings of concrete barred with heavy +impassable doors, and no amount of hammering and hallooing brought any +response. Weary and exhausted from sleeplessness I threw myself upon +the ground commanding Woola to stand guard. + +Some time later I was awakened by his frightful growlings and opened my +eyes to see three red Martians standing a short distance from us and +covering me with their rifles. + +“I am unarmed and no enemy,” I hastened to explain. “I have been a +prisoner among the green men and am on my way to Zodanga. All I ask is +food and rest for myself and my calot and the proper directions for +reaching my destination.” + +They lowered their rifles and advanced pleasantly toward me placing +their right hands upon my left shoulder, after the manner of their +custom of salute, and asking me many questions about myself and my +wanderings. They then took me to the house of one of them which was +only a short distance away. + +The buildings I had been hammering at in the early morning were +occupied only by stock and farm produce, the house proper standing +among a grove of enormous trees, and, like all red-Martian homes, had +been raised at night some forty or fifty feet from the ground on a +large round metal shaft which slid up or down within a sleeve sunk in +the ground, and was operated by a tiny radium engine in the entrance +hall of the building. Instead of bothering with bolts and bars for +their dwellings, the red Martians simply run them up out of harm’s way +during the night. They also have private means for lowering or raising +them from the ground without if they wish to go away and leave them. + +These brothers, with their wives and children, occupied three similar +houses on this farm. They did no work themselves, being government +officers in charge. The labor was performed by convicts, prisoners of +war, delinquent debtors and confirmed bachelors who were too poor to +pay the high celibate tax which all red-Martian governments impose. + +They were the personification of cordiality and hospitality and I spent +several days with them, resting and recuperating from my long and +arduous experiences. + +When they had heard my story—I omitted all reference to Dejah Thoris +and the old man of the atmosphere plant—they advised me to color my +body to more nearly resemble their own race and then attempt to find +employment in Zodanga, either in the army or the navy. + +“The chances are small that your tale will be believed until after you +have proven your trustworthiness and won friends among the higher +nobles of the court. This you can most easily do through military +service, as we are a warlike people on Barsoom,” explained one of them, +“and save our richest favors for the fighting man.” + +When I was ready to depart they furnished me with a small domestic bull +thoat, such as is used for saddle purposes by all red Martians. The +animal is about the size of a horse and quite gentle, but in color and +shape an exact replica of his huge and fierce cousin of the wilds. + +The brothers had supplied me with a reddish oil with which I anointed +my entire body and one of them cut my hair, which had grown quite long, +in the prevailing fashion of the time, square at the back and banged in +front, so that I could have passed anywhere upon Barsoom as a +full-fledged red Martian. My metal and ornaments were also renewed in +the style of a Zodangan gentleman, attached to the house of Ptor, which +was the family name of my benefactors. + +They filled a little sack at my side with Zodangan money. The medium of +exchange upon Mars is not dissimilar from our own except that the coins +are oval. Paper money is issued by individuals as they require it and +redeemed twice yearly. If a man issues more than he can redeem, the +government pays his creditors in full and the debtor works out the +amount upon the farms or in mines, which are all owned by the +government. This suits everybody except the debtor as it has been a +difficult thing to obtain sufficient voluntary labor to work the great +isolated farm lands of Mars, stretching as they do like narrow ribbons +from pole to pole, through wild stretches peopled by wild animals and +wilder men. + +When I mentioned my inability to repay them for their kindness to me +they assured me that I would have ample opportunity if I lived long +upon Barsoom, and bidding me farewell they watched me until I was out +of sight upon the broad white turnpike. + + + + +CHAPTER XXI +AN AIR SCOUT FOR ZODANGA + + +As I proceeded on my journey toward Zodanga many strange and +interesting sights arrested my attention, and at the several farm +houses where I stopped I learned a number of new and instructive things +concerning the methods and manners of Barsoom. + +The water which supplies the farms of Mars is collected in immense +underground reservoirs at either pole from the melting ice caps, and +pumped through long conduits to the various populated centers. Along +either side of these conduits, and extending their entire length, lie +the cultivated districts. These are divided into tracts of about the +same size, each tract being under the supervision of one or more +government officers. + +Instead of flooding the surface of the fields, and thus wasting immense +quantities of water by evaporation, the precious liquid is carried +underground through a vast network of small pipes directly to the roots +of the vegetation. The crops upon Mars are always uniform, for there +are no droughts, no rains, no high winds, and no insects, or destroying +birds. + +On this trip I tasted the first meat I had eaten since leaving +Earth—large, juicy steaks and chops from the well-fed domestic animals +of the farms. Also I enjoyed luscious fruits and vegetables, but not a +single article of food which was exactly similar to anything on Earth. +Every plant and flower and vegetable and animal has been so refined by +ages of careful, scientific cultivation and breeding that the like of +them on Earth dwindled into pale, gray, characterless nothingness by +comparison. + +At a second stop I met some highly cultivated people of the noble class +and while in conversation we chanced to speak of Helium. One of the +older men had been there on a diplomatic mission several years before +and spoke with regret of the conditions which seemed destined ever to +keep these two countries at war. + +“Helium,” he said, “rightly boasts the most beautiful women of Barsoom, +and of all her treasures the wondrous daughter of Mors Kajak, Dejah +Thoris, is the most exquisite flower. + +“Why,” he added, “the people really worship the ground she walks upon +and since her loss on that ill-starred expedition all Helium has been +draped in mourning. + +“That our ruler should have attacked the disabled fleet as it was +returning to Helium was but another of his awful blunders which I fear +will sooner or later compel Zodanga to elevate a wiser man to his +place.” + +“Even now, though our victorious armies are surrounding Helium, the +people of Zodanga are voicing their displeasure, for the war is not a +popular one, since it is not based on right or justice. Our forces took +advantage of the absence of the principal fleet of Helium on their +search for the princess, and so we have been able easily to reduce the +city to a sorry plight. It is said she will fall within the next few +passages of the further moon.” + +“And what, think you, may have been the fate of the princess, Dejah +Thoris” I asked as casually as possible. + +“She is dead,” he answered. “This much was learned from a green warrior +recently captured by our forces in the south. She escaped from the +hordes of Thark with a strange creature of another world, only to fall +into the hands of the Warhoons. Their thoats were found wandering upon +the sea bottom and evidences of a bloody conflict were discovered +nearby.” + +While this information was in no way reassuring, neither was it at all +conclusive proof of the death of Dejah Thoris, and so I determined to +make every effort possible to reach Helium as quickly as I could and +carry to Tardos Mors such news of his granddaughter’s possible +whereabouts as lay in my power. + +Ten days after leaving the three Ptor brothers I arrived at Zodanga. +From the moment that I had come in contact with the red inhabitants of +Mars I had noticed that Woola drew a great amount of unwelcome +attention to me, since the huge brute belonged to a species which is +never domesticated by the red men. Were one to stroll down Broadway +with a Numidian lion at his heels the effect would be somewhat similar +to that which I should have produced had I entered Zodanga with Woola. + +The very thought of parting with the faithful fellow caused me so great +regret and genuine sorrow that I put it off until just before we +arrived at the city’s gates; but then, finally, it became imperative +that we separate. Had nothing further than my own safety or pleasure +been at stake no argument could have prevailed upon me to turn away the +one creature upon Barsoom that had never failed in a demonstration of +affection and loyalty; but as I would willingly have offered my life in +the service of her in search of whom I was about to challenge the +unknown dangers of this, to me, mysterious city, I could not permit +even Woola’s life to threaten the success of my venture, much less his +momentary happiness, for I doubted not he soon would forget me. And so +I bade the poor beast an affectionate farewell, promising him, however, +that if I came through my adventure in safety that in some way I should +find the means to search him out. + +He seemed to understand me fully, and when I pointed back in the +direction of Thark he turned sorrowfully away, nor could I bear to +watch him go; but resolutely set my face toward Zodanga and with a +touch of heartsickness approached her frowning walls. + +The letter I bore from them gained me immediate entrance to the vast, +walled city. It was still very early in the morning and the streets +were practically deserted. The residences, raised high upon their metal +columns, resembled huge rookeries, while the uprights themselves +presented the appearance of steel tree trunks. The shops as a rule were +not raised from the ground nor were their doors bolted or barred, since +thievery is practically unknown upon Barsoom. Assassination is the +ever-present fear of all Barsoomians, and for this reason alone their +homes are raised high above the ground at night, or in times of danger. + +The Ptor brothers had given me explicit directions for reaching the +point of the city where I could find living accommodations and be near +the offices of the government agents to whom they had given me letters. +My way led to the central square or plaza, which is a characteristic of +all Martian cities. + +The plaza of Zodanga covers a square mile and is bounded by the palaces +of the jeddak, the jeds, and other members of the royalty and nobility +of Zodanga, as well as by the principal public buildings, cafes, and +shops. + +As I was crossing the great square lost in wonder and admiration of the +magnificent architecture and the gorgeous scarlet vegetation which +carpeted the broad lawns I discovered a red Martian walking briskly +toward me from one of the avenues. He paid not the slightest attention +to me, but as he came abreast I recognized him, and turning I placed my +hand upon his shoulder, calling out + +“Kaor, Kantos Kan!” + +Like lightning he wheeled and before I could so much as lower my hand +the point of his long-sword was at my breast. + +“Who are you” he growled, and then as a backward leap carried me fifty +feet from his sword he dropped the point to the ground and exclaimed, +laughing, + +“I do not need a better reply, there is but one man upon all Barsoom +who can bounce about like a rubber ball. By the mother of the further +moon, John Carter, how came you here, and have you become a Darseen +that you can change your color at will” + +“You gave me a bad half minute my friend,” he continued, after I had +briefly outlined my adventures since parting with him in the arena at +Warhoon. “Were my name and city known to the Zodangans I would shortly +be sitting on the banks of the lost sea of Korus with my revered and +departed ancestors. I am here in the interest of Tardos Mors, Jeddak of +Helium, to discover the whereabouts of Dejah Thoris, our princess. Sab +Than, prince of Zodanga, has her hidden in the city and has fallen +madly in love with her. His father, Than Kosis, Jeddak of Zodanga, has +made her voluntary marriage to his son the price of peace between our +countries, but Tardos Mors will not accede to the demands and has sent +word that he and his people would rather look upon the dead face of +their princess than see her wed to any than her own choice, and that +personally he would prefer being engulfed in the ashes of a lost and +burning Helium to joining the metal of his house with that of Than +Kosis. His reply was the deadliest affront he could have put upon Than +Kosis and the Zodangans, but his people love him the more for it and +his strength in Helium is greater today than ever. + +“I have been here three days,” continued Kantos Kan, “but I have not +yet found where Dejah Thoris is imprisoned. Today I join the Zodangan +navy as an air scout and I hope in this way to win the confidence of +Sab Than, the prince, who is commander of this division of the navy, +and thus learn the whereabouts of Dejah Thoris. I am glad that you are +here, John Carter, for I know your loyalty to my princess and two of us +working together should be able to accomplish much.” + +The plaza was now commencing to fill with people going and coming upon +the daily activities of their duties. The shops were opening and the +cafes filling with early morning patrons. Kantos Kan led me to one of +these gorgeous eating places where we were served entirely by +mechanical apparatus. No hand touched the food from the time it entered +the building in its raw state until it emerged hot and delicious upon +the tables before the guests, in response to the touching of tiny +buttons to indicate their desires. + +After our meal, Kantos Kan took me with him to the headquarters of the +air-scout squadron and introducing me to his superior asked that I be +enrolled as a member of the corps. In accordance with custom an +examination was necessary, but Kantos Kan had told me to have no fear +on this score as he would attend to that part of the matter. He +accomplished this by taking my order for examination to the examining +officer and representing himself as John Carter. + +“This ruse will be discovered later,” he cheerfully explained, “when +they check up my weights, measurements, and other personal +identification data, but it will be several months before this is done +and our mission should be accomplished or have failed long before that +time.” + +The next few days were spent by Kantos Kan in teaching me the +intricacies of flying and of repairing the dainty little contrivances +which the Martians use for this purpose. The body of the one-man air +craft is about sixteen feet long, two feet wide and three inches thick, +tapering to a point at each end. The driver sits on top of this plane +upon a seat constructed over the small, noiseless radium engine which +propels it. The medium of buoyancy is contained within the thin metal +walls of the body and consists of the eighth Barsoomian ray, or ray of +propulsion, as it may be termed in view of its properties. + +This ray, like the ninth ray, is unknown on Earth, but the Martians +have discovered that it is an inherent property of all light no matter +from what source it emanates. They have learned that it is the solar +eighth ray which propels the light of the sun to the various planets, +and that it is the individual eighth ray of each planet which +“reflects,” or propels the light thus obtained out into space once +more. The solar eighth ray would be absorbed by the surface of Barsoom, +but the Barsoomian eighth ray, which tends to propel light from Mars +into space, is constantly streaming out from the planet constituting a +force of repulsion of gravity which when confined is able to lift +enormous weights from the surface of the ground. + +It is this ray which has enabled them to so perfect aviation that +battle ships far outweighing anything known upon Earth sail as +gracefully and lightly through the thin air of Barsoom as a toy balloon +in the heavy atmosphere of Earth. + +During the early years of the discovery of this ray many strange +accidents occurred before the Martians learned to measure and control +the wonderful power they had found. In one instance, some nine hundred +years before, the first great battle ship to be built with eighth ray +reservoirs was stored with too great a quantity of the rays and she had +sailed up from Helium with five hundred officers and men, never to +return. + +Her power of repulsion for the planet was so great that it had carried +her far into space, where she can be seen today, by the aid of powerful +telescopes, hurtling through the heavens ten thousand miles from Mars; +a tiny satellite that will thus encircle Barsoom to the end of time. + +The fourth day after my arrival at Zodanga I made my first flight, and +as a result of it I won a promotion which included quarters in the +palace of Than Kosis. + +As I rose above the city I circled several times, as I had seen Kantos +Kan do, and then throwing my engine into top speed I raced at terrific +velocity toward the south, following one of the great waterways which +enter Zodanga from that direction. + +I had traversed perhaps two hundred miles in a little less than an hour +when I descried far below me a party of three green warriors racing +madly toward a small figure on foot which seemed to be trying to reach +the confines of one of the walled fields. + +Dropping my machine rapidly toward them, and circling to the rear of +the warriors, I soon saw that the object of their pursuit was a red +Martian wearing the metal of the scout squadron to which I was +attached. A short distance away lay his tiny flier, surrounded by the +tools with which he had evidently been occupied in repairing some +damage when surprised by the green warriors. + +They were now almost upon him; their flying mounts charging down on the +relatively puny figure at terrific speed, while the warriors leaned low +to the right, with their great metal-shod spears. Each seemed striving +to be the first to impale the poor Zodangan and in another moment his +fate would have been sealed had it not been for my timely arrival. + +Driving my fleet air craft at high speed directly behind the warriors I +soon overtook them and without diminishing my speed I rammed the prow +of my little flier between the shoulders of the nearest. The impact +sufficient to have torn through inches of solid steel, hurled the +fellow’s headless body into the air over the head of his thoat, where +it fell sprawling upon the moss. The mounts of the other two warriors +turned squealing in terror, and bolted in opposite directions. + +Reducing my speed I circled and came to the ground at the feet of the +astonished Zodangan. He was warm in his thanks for my timely aid and +promised that my day’s work would bring the reward it merited, for it +was none other than a cousin of the jeddak of Zodanga whose life I had +saved. + +We wasted no time in talk as we knew that the warriors would surely +return as soon as they had gained control of their mounts. Hastening to +his damaged machine we were bending every effort to finish the needed +repairs and had almost completed them when we saw the two green +monsters returning at top speed from opposite sides of us. When they +had approached within a hundred yards their thoats again became +unmanageable and absolutely refused to advance further toward the air +craft which had frightened them. + +The warriors finally dismounted and hobbling their animals advanced +toward us on foot with drawn long-swords. + +I advanced to meet the larger, telling the Zodangan to do the best he +could with the other. Finishing my man with almost no effort, as had +now from much practice become habitual with me, I hastened to return to +my new acquaintance whom I found indeed in desperate straits. + +He was wounded and down with the huge foot of his antagonist upon his +throat and the great long-sword raised to deal the final thrust. With a +bound I cleared the fifty feet intervening between us, and with +outstretched point drove my sword completely through the body of the +green warrior. His sword fell, harmless, to the ground and he sank +limply upon the prostrate form of the Zodangan. + +A cursory examination of the latter revealed no mortal injuries and +after a brief rest he asserted that he felt fit to attempt the return +voyage. He would have to pilot his own craft, however, as these frail +vessels are not intended to convey but a single person. + +Quickly completing the repairs we rose together into the still, +cloudless Martian sky, and at great speed and without further mishap +returned to Zodanga. + +As we neared the city we discovered a mighty concourse of civilians and +troops assembled upon the plain before the city. The sky was black with +naval vessels and private and public pleasure craft, flying long +streamers of gay-colored silks, and banners and flags of odd and +picturesque design. + +My companion signaled that I slow down, and running his machine close +beside mine suggested that we approach and watch the ceremony, which, +he said, was for the purpose of conferring honors on individual +officers and men for bravery and other distinguished service. He then +unfurled a little ensign which denoted that his craft bore a member of +the royal family of Zodanga, and together we made our way through the +maze of low-lying air vessels until we hung directly over the jeddak of +Zodanga and his staff. All were mounted upon the small domestic bull +thoats of the red Martians, and their trappings and ornamentation bore +such a quantity of gorgeously colored feathers that I could not but be +struck with the startling resemblance the concourse bore to a band of +the red Indians of my own Earth. + +One of the staff called the attention of Than Kosis to the presence of +my companion above them and the ruler motioned for him to descend. As +they waited for the troops to move into position facing the jeddak the +two talked earnestly together, the jeddak and his staff occasionally +glancing up at me. I could not hear their conversation and presently it +ceased and all dismounted, as the last body of troops had wheeled into +position before their emperor. A member of the staff advanced toward +the troops, and calling the name of a soldier commanded him to advance. +The officer then recited the nature of the heroic act which had won the +approval of the jeddak, and the latter advanced and placed a metal +ornament upon the left arm of the lucky man. + +Ten men had been so decorated when the aide called out, + +“John Carter, air scout!” + +Never in my life had I been so surprised, but the habit of military +discipline is strong within me, and I dropped my little machine lightly +to the ground and advanced on foot as I had seen the others do. As I +halted before the officer, he addressed me in a voice audible to the +entire assemblage of troops and spectators. + +“In recognition, John Carter,” he said, “of your remarkable courage and +skill in defending the person of the cousin of the jeddak Than Kosis +and, singlehanded, vanquishing three green warriors, it is the pleasure +of our jeddak to confer on you the mark of his esteem.” + +Than Kosis then advanced toward me and placing an ornament upon me, +said + +“My cousin has narrated the details of your wonderful achievement, +which seems little short of miraculous, and if you can so well defend a +cousin of the jeddak how much better could you defend the person of the +jeddak himself. You are therefore appointed a padwar of The Guards and +will be quartered in my palace hereafter.” + +I thanked him, and at his direction joined the members of his staff. +After the ceremony I returned my machine to its quarters on the roof of +the barracks of the air-scout squadron, and with an orderly from the +palace to guide me I reported to the officer in charge of the palace. + + + + +CHAPTER XXII +I FIND DEJAH + + +The major-domo to whom I reported had been given instructions to +station me near the person of the jeddak, who, in time of war, is +always in great danger of assassination, as the rule that all is fair +in war seems to constitute the entire ethics of Martian conflict. + +He therefore escorted me immediately to the apartment in which Than +Kosis then was. The ruler was engaged in conversation with his son, Sab +Than, and several courtiers of his household, and did not perceive my +entrance. + +The walls of the apartment were completely hung with splendid +tapestries which hid any windows or doors which may have pierced them. +The room was lighted by imprisoned rays of sunshine held between the +ceiling proper and what appeared to be a ground-glass false ceiling a +few inches below. + +My guide drew aside one of the tapestries, disclosing a passage which +encircled the room, between the hangings and the walls of the chamber. +Within this passage I was to remain, he said, so long as Than Kosis was +in the apartment. When he left I was to follow. My only duty was to +guard the ruler and keep out of sight as much as possible. I would be +relieved after a period of four hours. The major-domo then left me. + +The tapestries were of a strange weaving which gave the appearance of +heavy solidity from one side, but from my hiding place I could perceive +all that took place within the room as readily as though there had been +no curtain intervening. + +Scarcely had I gained my post than the tapestry at the opposite end of +the chamber separated and four soldiers of The Guard entered, +surrounding a female figure. As they approached Than Kosis the soldiers +fell to either side and there standing before the jeddak and not ten +feet from me, her beautiful face radiant with smiles, was Dejah Thoris. + +Sab Than, Prince of Zodanga, advanced to meet her, and hand in hand +they approached close to the jeddak. Than Kosis looked up in surprise, +and, rising, saluted her. + +“To what strange freak do I owe this visit from the Princess of Helium, +who, two days ago, with rare consideration for my pride, assured me +that she would prefer Tal Hajus, the green Thark, to my son” + +Dejah Thoris only smiled the more and with the roguish dimples playing +at the corners of her mouth she made answer + +“From the beginning of time upon Barsoom it has been the prerogative of +woman to change her mind as she listed and to dissemble in matters +concerning her heart. That you will forgive, Than Kosis, as has your +son. Two days ago I was not sure of his love for me, but now I am, and +I have come to beg of you to forget my rash words and to accept the +assurance of the Princess of Helium that when the time comes she will +wed Sab Than, Prince of Zodanga.” + +“I am glad that you have so decided,” replied Than Kosis. “It is far +from my desire to push war further against the people of Helium, and, +your promise shall be recorded and a proclamation to my people issued +forthwith.” + +“It were better, Than Kosis,” interrupted Dejah Thoris, “that the +proclamation wait the ending of this war. It would look strange indeed +to my people and to yours were the Princess of Helium to give herself +to her country’s enemy in the midst of hostilities.” + +“Cannot the war be ended at once” spoke Sab Than. “It requires but the +word of Than Kosis to bring peace. Say it, my father, say the word that +will hasten my happiness, and end this unpopular strife.” + +“We shall see,” replied Than Kosis, “how the people of Helium take to +peace. I shall at least offer it to them.” + +Dejah Thoris, after a few words, turned and left the apartment, still +followed by her guards. + +Thus was the edifice of my brief dream of happiness dashed, broken, to +the ground of reality. The woman for whom I had offered my life, and +from whose lips I had so recently heard a declaration of love for me, +had lightly forgotten my very existence and smilingly given herself to +the son of her people’s most hated enemy. + +Although I had heard it with my own ears I could not believe it. I must +search out her apartments and force her to repeat the cruel truth to me +alone before I would be convinced, and so I deserted my post and +hastened through the passage behind the tapestries toward the door by +which she had left the chamber. Slipping quietly through this opening I +discovered a maze of winding corridors, branching and turning in every +direction. + +Running rapidly down first one and then another of them I soon became +hopelessly lost and was standing panting against a side wall when I +heard voices near me. Apparently they were coming from the opposite +side of the partition against which I leaned and presently I made out +the tones of Dejah Thoris. I could not hear the words but I knew that I +could not possibly be mistaken in the voice. + +Moving on a few steps I discovered another passageway at the end of +which lay a door. Walking boldly forward I pushed into the room only to +find myself in a small antechamber in which were the four guards who +had accompanied her. One of them instantly arose and accosted me, +asking the nature of my business. + +“I am from Than Kosis,” I replied, “and wish to speak privately with +Dejah Thoris, Princess of Helium.” + +“And your order” asked the fellow. + +I did not know what he meant, but replied that I was a member of The +Guard, and without waiting for a reply from him I strode toward the +opposite door of the antechamber, behind which I could hear Dejah +Thoris conversing. + +But my entrance was not to be so easily accomplished. The guardsman +stepped before me, saying, + +“No one comes from Than Kosis without carrying an order or the +password. You must give me one or the other before you may pass.” + +“The only order I require, my friend, to enter where I will, hangs at +my side,” I answered, tapping my long-sword; “will you let me pass in +peace or no” + +For reply he whipped out his own sword, calling to the others to join +him, and thus the four stood, with drawn weapons, barring my further +progress. + +“You are not here by the order of Than Kosis,” cried the one who had +first addressed me, “and not only shall you not enter the apartments of +the Princess of Helium but you shall go back to Than Kosis under guard +to explain this unwarranted temerity. Throw down your sword; you cannot +hope to overcome four of us,” he added with a grim smile. + +My reply was a quick thrust which left me but three antagonists and I +can assure you that they were worthy of my metal. They had me backed +against the wall in no time, fighting for my life. Slowly I worked my +way to a corner of the room where I could force them to come at me only +one at a time, and thus we fought upward of twenty minutes; the +clanging of steel on steel producing a veritable bedlam in the little +room. + +The noise had brought Dejah Thoris to the door of her apartment, and +there she stood throughout the conflict with Sola at her back peering +over her shoulder. Her face was set and emotionless and I knew that she +did not recognize me, nor did Sola. + +Finally a lucky cut brought down a second guardsman and then, with only +two opposing me, I changed my tactics and rushed them down after the +fashion of my fighting that had won me many a victory. The third fell +within ten seconds after the second, and the last lay dead upon the +bloody floor a few moments later. They were brave men and noble +fighters, and it grieved me that I had been forced to kill them, but I +would have willingly depopulated all Barsoom could I have reached the +side of my Dejah Thoris in no other way. + +Sheathing my bloody blade I advanced toward my Martian Princess, who +still stood mutely gazing at me without sign of recognition. + +“Who are you, Zodangan” she whispered. “Another enemy to harass me in +my misery” + +“I am a friend,” I answered, “a once cherished friend.” + +“No friend of Helium’s princess wears that metal,” she replied, “and +yet the voice! I have heard it before; it is not—it cannot be—no, for +he is dead.” + +“It is, though, my Princess, none other than John Carter,” I said. “Do +you not recognize, even through paint and strange metal, the heart of +your chieftain” + +As I came close to her she swayed toward me with outstretched hands, +but as I reached to take her in my arms she drew back with a shudder +and a little moan of misery. + +“Too late, too late,” she grieved. “O my chieftain that was, and whom I +thought dead, had you but returned one little hour before—but now it is +too late, too late.” + +“What do you mean, Dejah Thoris” I cried. “That you would not have +promised yourself to the Zodangan prince had you known that I lived” + +“Think you, John Carter, that I would give my heart to you yesterday +and today to another I thought that it lay buried with your ashes in +the pits of Warhoon, and so today I have promised my body to another to +save my people from the curse of a victorious Zodangan army.” + +“But I am not dead, my princess. I have come to claim you, and all +Zodanga cannot prevent it.” + +“It is too late, John Carter, my promise is given, and on Barsoom that +is final. The ceremonies which follow later are but meaningless +formalities. They make the fact of marriage no more certain than does +the funeral cortege of a jeddak again place the seal of death upon him. +I am as good as married, John Carter. No longer may you call me your +princess. No longer are you my chieftain.” + +“I know but little of your customs here upon Barsoom, Dejah Thoris, but +I do know that I love you, and if you meant the last words you spoke to +me that day as the hordes of Warhoon were charging down upon us, no +other man shall ever claim you as his bride. You meant them then, my +princess, and you mean them still! Say that it is true.” + +“I meant them, John Carter,” she whispered. “I cannot repeat them now +for I have given myself to another. Ah, if you had only known our ways, +my friend,” she continued, half to herself, “the promise would have +been yours long months ago, and you could have claimed me before all +others. It might have meant the fall of Helium, but I would have given +my empire for my Tharkian chief.” + +Then aloud she said “Do you remember the night when you offended me +You called me your princess without having asked my hand of me, and +then you boasted that you had fought for me. You did not know, and I +should not have been offended; I see that now. But there was no one to +tell you what I could not, that upon Barsoom there are two kinds of +women in the cities of the red men. The one they fight for that they +may ask them in marriage; the other kind they fight for also, but never +ask their hands. When a man has won a woman he may address her as his +princess, or in any of the several terms which signify possession. You +had fought for me, but had never asked me in marriage, and so when you +called me your princess, you see,” she faltered, “I was hurt, but even +then, John Carter, I did not repulse you, as I should have done, until +you made it doubly worse by taunting me with having won me through +combat.” + +“I do not need ask your forgiveness now, Dejah Thoris,” I cried. “You +must know that my fault was of ignorance of your Barsoomian customs. +What I failed to do, through implicit belief that my petition would be +presumptuous and unwelcome, I do now, Dejah Thoris; I ask you to be my +wife, and by all the Virginian fighting blood that flows in my veins +you shall be.” + +“No, John Carter, it is useless,” she cried, hopelessly, “I may never +be yours while Sab Than lives.” + +“You have sealed his death warrant, my princess—Sab Than dies.” + +“Nor that either,” she hastened to explain. “I may not wed the man who +slays my husband, even in self-defense. It is custom. We are ruled by +custom upon Barsoom. It is useless, my friend. You must bear the sorrow +with me. That at least we may share in common. That, and the memory of +the brief days among the Tharks. You must go now, nor ever see me +again. Good-bye, my chieftain that was.” + +Disheartened and dejected, I withdrew from the room, but I was not +entirely discouraged, nor would I admit that Dejah Thoris was lost to +me until the ceremony had actually been performed. + +As I wandered along the corridors, I was as absolutely lost in the +mazes of winding passageways as I had been before I discovered Dejah +Thoris’ apartments. + +I knew that my only hope lay in escape from the city of Zodanga, for +the matter of the four dead guardsmen would have to be explained, and +as I could never reach my original post without a guide, suspicion +would surely rest on me so soon as I was discovered wandering aimlessly +through the palace. + +Presently I came upon a spiral runway leading to a lower floor, and +this I followed downward for several stories until I reached the +doorway of a large apartment in which were a number of guardsmen. The +walls of this room were hung with transparent tapestries behind which I +secreted myself without being apprehended. + +The conversation of the guardsmen was general, and awakened no interest +in me until an officer entered the room and ordered four of the men to +relieve the detail who were guarding the Princess of Helium. Now, I +knew, my troubles would commence in earnest and indeed they were upon +me all too soon, for it seemed that the squad had scarcely left the +guardroom before one of their number burst in again breathlessly, +crying that they had found their four comrades butchered in the +antechamber. + +In a moment the entire palace was alive with people. Guardsmen, +officers, courtiers, servants, and slaves ran helter-skelter through +the corridors and apartments carrying messages and orders, and +searching for signs of the assassin. + +This was my opportunity and slim as it appeared I grasped it, for as a +number of soldiers came hurrying past my hiding place I fell in behind +them and followed through the mazes of the palace until, in passing +through a great hall, I saw the blessed light of day coming in through +a series of larger windows. + +Here I left my guides, and, slipping to the nearest window, sought for +an avenue of escape. The windows opened upon a great balcony which +overlooked one of the broad avenues of Zodanga. The ground was about +thirty feet below, and at a like distance from the building was a wall +fully twenty feet high, constructed of polished glass about a foot in +thickness. To a red Martian escape by this path would have appeared +impossible, but to me, with my earthly strength and agility, it seemed +already accomplished. My only fear was in being detected before +darkness fell, for I could not make the leap in broad daylight while +the court below and the avenue beyond were crowded with Zodangans. + +Accordingly I searched for a hiding place and finally found one by +accident, inside a huge hanging ornament which swung from the ceiling +of the hall, and about ten feet from the floor. Into the capacious +bowl-like vase I sprang with ease, and scarcely had I settled down +within it than I heard a number of people enter the apartment. The +group stopped beneath my hiding place and I could plainly overhear +their every word. + +“It is the work of Heliumites,” said one of the men. + +“Yes, O Jeddak, but how had they access to the palace I could believe +that even with the diligent care of your guardsmen a single enemy might +reach the inner chambers, but how a force of six or eight fighting men +could have done so unobserved is beyond me. We shall soon know, +however, for here comes the royal psychologist.” + +Another man now joined the group, and, after making his formal +greetings to his ruler, said + +“O mighty Jeddak, it is a strange tale I read in the dead minds of your +faithful guardsmen. They were felled not by a number of fighting men, +but by a single opponent.” + +He paused to let the full weight of this announcement impress his +hearers, and that his statement was scarcely credited was evidenced by +the impatient exclamation of incredulity which escaped the lips of Than +Kosis. + +“What manner of weird tale are you bringing me, Notan” he cried. + +“It is the truth, my Jeddak,” replied the psychologist. “In fact the +impressions were strongly marked on the brain of each of the four +guardsmen. Their antagonist was a very tall man, wearing the metal of +one of your own guardsmen, and his fighting ability was little short of +marvelous for he fought fair against the entire four and vanquished +them by his surpassing skill and superhuman strength and endurance. +Though he wore the metal of Zodanga, my Jeddak, such a man was never +seen before in this or any other country upon Barsoom. + +“The mind of the Princess of Helium whom I have examined and questioned +was a blank to me, she has perfect control, and I could not read one +iota of it. She said that she witnessed a portion of the encounter, and +that when she looked there was but one man engaged with the guardsmen; +a man whom she did not recognize as ever having seen.” + +“Where is my erstwhile savior” spoke another of the party, and I +recognized the voice of the cousin of Than Kosis, whom I had rescued +from the green warriors. “By the metal of my first ancestor,” he went +on, “but the description fits him to perfection, especially as to his +fighting ability.” + +“Where is this man” cried Than Kosis. “Have him brought to me at once. +What know you of him, cousin It seemed strange to me now that I think +upon it that there should have been such a fighting man in Zodanga, of +whose name, even, we were ignorant before today. And his name too, John +Carter, who ever heard of such a name upon Barsoom!” + +Word was soon brought that I was nowhere to be found, either in the +palace or at my former quarters in the barracks of the air-scout +squadron. Kantos Kan, they had found and questioned, but he knew +nothing of my whereabouts, and as to my past, he had told them he knew +as little, since he had but recently met me during our captivity among +the Warhoons. + +“Keep your eyes on this other one,” commanded Than Kosis. “He also is a +stranger and likely as not they both hail from Helium, and where one is +we shall sooner or later find the other. Quadruple the air patrol, and +let every man who leaves the city by air or ground be subjected to the +closest scrutiny.” + +Another messenger now entered with word that I was still within the +palace walls. + +“The likeness of every person who has entered or left the palace +grounds today has been carefully examined,” concluded the fellow, “and +not one approaches the likeness of this new padwar of the guards, other +than that which was recorded of him at the time he entered.” + +“Then we will have him shortly,” commented Than Kosis contentedly, “and +in the meanwhile we will repair to the apartments of the Princess of +Helium and question her in regard to the affair. She may know more than +she cared to divulge to you, Notan. Come.” + +They left the hall, and, as darkness had fallen without, I slipped +lightly from my hiding place and hastened to the balcony. Few were in +sight, and choosing a moment when none seemed near I sprang quickly to +the top of the glass wall and from there to the avenue beyond the +palace grounds. + + + + +CHAPTER XXIII +LOST IN THE SKY + + +Without effort at concealment I hastened to the vicinity of our +quarters, where I felt sure I should find Kantos Kan. As I neared the +building I became more careful, as I judged, and rightly, that the +place would be guarded. Several men in civilian metal loitered near the +front entrance and in the rear were others. My only means of reaching, +unseen, the upper story where our apartments were situated was through +an adjoining building, and after considerable maneuvering I managed to +attain the roof of a shop several doors away. + +Leaping from roof to roof, I soon reached an open window in the +building where I hoped to find the Heliumite, and in another moment I +stood in the room before him. He was alone and showed no surprise at my +coming, saying he had expected me much earlier, as my tour of duty must +have ended some time since. + +I saw that he knew nothing of the events of the day at the palace, and +when I had enlightened him he was all excitement. The news that Dejah +Thoris had promised her hand to Sab Than filled him with dismay. + +“It cannot be,” he exclaimed. “It is impossible! Why no man in all +Helium but would prefer death to the selling of our loved princess to +the ruling house of Zodanga. She must have lost her mind to have +assented to such an atrocious bargain. You, who do not know how we of +Helium love the members of our ruling house, cannot appreciate the +horror with which I contemplate such an unholy alliance.” + +“What can be done, John Carter” he continued. “You are a resourceful +man. Can you not think of some way to save Helium from this disgrace” + +“If I can come within sword’s reach of Sab Than,” I answered, “I can +solve the difficulty in so far as Helium is concerned, but for personal +reasons I would prefer that another struck the blow that frees Dejah +Thoris.” + +Kantos Kan eyed me narrowly before he spoke. + +“You love her!” he said. “Does she know it” + +“She knows it, Kantos Kan, and repulses me only because she is promised +to Sab Than.” + +The splendid fellow sprang to his feet, and grasping me by the shoulder +raised his sword on high, exclaiming + +“And had the choice been left to me I could not have chosen a more +fitting mate for the first princess of Barsoom. Here is my hand upon +your shoulder, John Carter, and my word that Sab Than shall go out at +the point of my sword for the sake of my love for Helium, for Dejah +Thoris, and for you. This very night I shall try to reach his quarters +in the palace.” + +“How” I asked. “You are strongly guarded and a quadruple force patrols +the sky.” + +He bent his head in thought a moment, then raised it with an air of +confidence. + +“I only need to pass these guards and I can do it,” he said at last. “I +know a secret entrance to the palace through the pinnacle of the +highest tower. I fell upon it by chance one day as I was passing above +the palace on patrol duty. In this work it is required that we +investigate any unusual occurrence we may witness, and a face peering +from the pinnacle of the high tower of the palace was, to me, most +unusual. I therefore drew near and discovered that the possessor of the +peering face was none other than Sab Than. He was slightly put out at +being detected and commanded me to keep the matter to myself, +explaining that the passage from the tower led directly to his +apartments, and was known only to him. If I can reach the roof of the +barracks and get my machine I can be in Sab Than’s quarters in five +minutes; but how am I to escape from this building, guarded as you say +it is” + +“How well are the machine sheds at the barracks guarded” I asked. + +“There is usually but one man on duty there at night upon the roof.” + +“Go to the roof of this building, Kantos Kan, and wait me there.” + +Without stopping to explain my plans I retraced my way to the street +and hastened to the barracks. I did not dare to enter the building, +filled as it was with members of the air-scout squadron, who, in common +with all Zodanga, were on the lookout for me. + +The building was an enormous one, rearing its lofty head fully a +thousand feet into the air. But few buildings in Zodanga were higher +than these barracks, though several topped it by a few hundred feet; +the docks of the great battleships of the line standing some fifteen +hundred feet from the ground, while the freight and passenger stations +of the merchant squadrons rose nearly as high. + +It was a long climb up the face of the building, and one fraught with +much danger, but there was no other way, and so I essayed the task. The +fact that Barsoomian architecture is extremely ornate made the feat +much simpler than I had anticipated, since I found ornamental ledges +and projections which fairly formed a perfect ladder for me all the way +to the eaves of the building. Here I met my first real obstacle. The +eaves projected nearly twenty feet from the wall to which I clung, and +though I encircled the great building I could find no opening through +them. + +The top floor was alight, and filled with soldiers engaged in the +pastimes of their kind; I could not, therefore, reach the roof through +the building. + +There was one slight, desperate chance, and that I decided I must +take—it was for Dejah Thoris, and no man has lived who would not risk a +thousand deaths for such as she. + +Clinging to the wall with my feet and one hand, I unloosened one of the +long leather straps of my trappings at the end of which dangled a great +hook by which air sailors are hung to the sides and bottoms of their +craft for various purposes of repair, and by means of which landing +parties are lowered to the ground from the battleships. + +I swung this hook cautiously to the roof several times before it +finally found lodgment; gently I pulled on it to strengthen its hold, +but whether it would bear the weight of my body I did not know. It +might be barely caught upon the very outer verge of the roof, so that +as my body swung out at the end of the strap it would slip off and +launch me to the pavement a thousand feet below. + +An instant I hesitated, and then, releasing my grasp upon the +supporting ornament, I swung out into space at the end of the strap. +Far below me lay the brilliantly lighted streets, the hard pavements, +and death. There was a little jerk at the top of the supporting eaves, +and a nasty slipping, grating sound which turned me cold with +apprehension; then the hook caught and I was safe. + +Clambering quickly aloft I grasped the edge of the eaves and drew +myself to the surface of the roof above. As I gained my feet I was +confronted by the sentry on duty, into the muzzle of whose revolver I +found myself looking. + +“Who are you and whence came you” he cried. + +“I am an air scout, friend, and very near a dead one, for just by the +merest chance I escaped falling to the avenue below,” I replied. + +“But how came you upon the roof, man No one has landed or come up from +the building for the past hour. Quick, explain yourself, or I call the +guard.” + +“Look you here, sentry, and you shall see how I came and how close a +shave I had to not coming at all,” I answered, turning toward the edge +of the roof, where, twenty feet below, at the end of my strap, hung all +my weapons. + +The fellow, acting on impulse of curiosity, stepped to my side and to +his undoing, for as he leaned to peer over the eaves I grasped him by +his throat and his pistol arm and threw him heavily to the roof. The +weapon dropped from his grasp, and my fingers choked off his attempted +cry for assistance. I gagged and bound him and then hung him over the +edge of the roof as I myself had hung a few moments before. I knew it +would be morning before he would be discovered, and I needed all the +time that I could gain. + +Donning my trappings and weapons I hastened to the sheds, and soon had +out both my machine and Kantos Kan’s. Making his fast behind mine I +started my engine, and skimming over the edge of the roof I dove down +into the streets of the city far below the plane usually occupied by +the air patrol. In less than a minute I was settling safely upon the +roof of our apartment beside the astonished Kantos Kan. + +I lost no time in explanation, but plunged immediately into a +discussion of our plans for the immediate future. It was decided that I +was to try to make Helium while Kantos Kan was to enter the palace and +dispatch Sab Than. If successful he was then to follow me. He set my +compass for me, a clever little device which will remain steadfastly +fixed upon any given point on the surface of Barsoom, and bidding each +other farewell we rose together and sped in the direction of the palace +which lay in the route which I must take to reach Helium. + +As we neared the high tower a patrol shot down from above, throwing its +piercing searchlight full upon my craft, and a voice roared out a +command to halt, following with a shot as I paid no attention to his +hail. Kantos Kan dropped quickly into the darkness, while I rose +steadily and at terrific speed raced through the Martian sky followed +by a dozen of the air-scout craft which had joined the pursuit, and +later by a swift cruiser carrying a hundred men and a battery of +rapid-fire guns. By twisting and turning my little machine, now rising +and now falling, I managed to elude their search-lights most of the +time, but I was also losing ground by these tactics, and so I decided +to hazard everything on a straight-away course and leave the result to +fate and the speed of my machine. + +Kantos Kan had shown me a trick of gearing, which is known only to the +navy of Helium, that greatly increased the speed of our machines, so +that I felt sure I could distance my pursuers if I could dodge their +projectiles for a few moments. + +As I sped through the air the screeching of the bullets around me +convinced me that only by a miracle could I escape, but the die was +cast, and throwing on full speed I raced a straight course toward +Helium. Gradually I left my pursuers further and further behind, and I +was just congratulating myself on my lucky escape, when a well-directed +shot from the cruiser exploded at the prow of my little craft. The +concussion nearly capsized her, and with a sickening plunge she hurtled +downward through the dark night. + +How far I fell before I regained control of the plane I do not know, +but I must have been very close to the ground when I started to rise +again, as I plainly heard the squealing of animals below me. Rising +again I scanned the heavens for my pursuers, and finally making out +their lights far behind me, saw that they were landing, evidently in +search of me. + +Not until their lights were no longer discernible did I venture to +flash my little lamp upon my compass, and then I found to my +consternation that a fragment of the projectile had utterly destroyed +my only guide, as well as my speedometer. It was true I could follow +the stars in the general direction of Helium, but without knowing the +exact location of the city or the speed at which I was traveling my +chances for finding it were slim. + +Helium lies a thousand miles southwest of Zodanga, and with my compass +intact I should have made the trip, barring accidents, in between four +and five hours. As it turned out, however, morning found me speeding +over a vast expanse of dead sea bottom after nearly six hours of +continuous flight at high speed. Presently a great city showed below +me, but it was not Helium, as that alone of all Barsoomian metropolises +consists in two immense circular walled cities about seventy-five miles +apart and would have been easily distinguishable from the altitude at +which I was flying. + +Believing that I had come too far to the north and west, I turned back +in a southeasterly direction, passing during the forenoon several other +large cities, but none resembling the description which Kantos Kan had +given me of Helium. In addition to the twin-city formation of Helium, +another distinguishing feature is the two immense towers, one of vivid +scarlet rising nearly a mile into the air from the center of one of the +cities, while the other, of bright yellow and of the same height, marks +her sister. + + + + +CHAPTER XXIV +TARS TARKAS FINDS A FRIEND + + +About noon I passed low over a great dead city of ancient Mars, and as +I skimmed out across the plain beyond I came full upon several thousand +green warriors engaged in a terrific battle. Scarcely had I seen them +than a volley of shots was directed at me, and with the almost +unfailing accuracy of their aim my little craft was instantly a ruined +wreck, sinking erratically to the ground. + +I fell almost directly in the center of the fierce combat, among +warriors who had not seen my approach so busily were they engaged in +life and death struggles. The men were fighting on foot with +long-swords, while an occasional shot from a sharpshooter on the +outskirts of the conflict would bring down a warrior who might for an +instant separate himself from the entangled mass. + +As my machine sank among them I realized that it was fight or die, with +good chances of dying in any event, and so I struck the ground with +drawn long-sword ready to defend myself as I could. + +I fell beside a huge monster who was engaged with three antagonists, +and as I glanced at his fierce face, filled with the light of battle, I +recognized Tars Tarkas the Thark. He did not see me, as I was a trifle +behind him, and just then the three warriors opposing him, and whom I +recognized as Warhoons, charged simultaneously. The mighty fellow made +quick work of one of them, but in stepping back for another thrust he +fell over a dead body behind him and was down and at the mercy of his +foes in an instant. Quick as lightning they were upon him, and Tars +Tarkas would have been gathered to his fathers in short order had I not +sprung before his prostrate form and engaged his adversaries. I had +accounted for one of them when the mighty Thark regained his feet and +quickly settled the other. + +He gave me one look, and a slight smile touched his grim lip as, +touching my shoulder, he said, + +“I would scarcely recognize you, John Carter, but there is no other +mortal upon Barsoom who would have done what you have for me. I think I +have learned that there is such a thing as friendship, my friend.” + +He said no more, nor was there opportunity, for the Warhoons were +closing in about us, and together we fought, shoulder to shoulder, +during all that long, hot afternoon, until the tide of battle turned +and the remnant of the fierce Warhoon horde fell back upon their +thoats, and fled into the gathering darkness. + +Ten thousand men had been engaged in that titanic struggle, and upon +the field of battle lay three thousand dead. Neither side asked or gave +quarter, nor did they attempt to take prisoners. + +On our return to the city after the battle we had gone directly to Tars +Tarkas’ quarters, where I was left alone while the chieftain attended +the customary council which immediately follows an engagement. + +As I sat awaiting the return of the green warrior I heard something +move in an adjoining apartment, and as I glanced up there rushed +suddenly upon me a huge and hideous creature which bore me backward +upon the pile of silks and furs upon which I had been reclining. It was +Woola—faithful, loving Woola. He had found his way back to Thark and, +as Tars Tarkas later told me, had gone immediately to my former +quarters where he had taken up his pathetic and seemingly hopeless +watch for my return. + +“Tal Hajus knows that you are here, John Carter,” said Tars Tarkas, on +his return from the jeddak’s quarters; “Sarkoja saw and recognized you +as we were returning. Tal Hajus has ordered me to bring you before him +tonight. I have ten thoats, John Carter; you may take your choice from +among them, and I will accompany you to the nearest waterway that leads +to Helium. Tars Tarkas may be a cruel green warrior, but he can be a +friend as well. Come, we must start.” + +“And when you return, Tars Tarkas” I asked. + +“The wild calots, possibly, or worse,” he replied. “Unless I should +chance to have the opportunity I have so long waited of battling with +Tal Hajus.” + +“We will stay, Tars Tarkas, and see Tal Hajus tonight. You shall not +sacrifice yourself, and it may be that tonight you can have the chance +you wait.” + +He objected strenuously, saying that Tal Hajus often flew into wild +fits of passion at the mere thought of the blow I had dealt him, and +that if ever he laid his hands upon me I would be subjected to the most +horrible tortures. + +While we were eating I repeated to Tars Tarkas the story which Sola had +told me that night upon the sea bottom during the march to Thark. + +He said but little, but the great muscles of his face worked in passion +and in agony at recollection of the horrors which had been heaped upon +the only thing he had ever loved in all his cold, cruel, terrible +existence. + +He no longer demurred when I suggested that we go before Tal Hajus, +only saying that he would like to speak to Sarkoja first. At his +request I accompanied him to her quarters, and the look of venomous +hatred she cast upon me was almost adequate recompense for any future +misfortunes this accidental return to Thark might bring me. + +“Sarkoja,” said Tars Tarkas, “forty years ago you were instrumental in +bringing about the torture and death of a woman named Gozava. I have +just discovered that the warrior who loved that woman has learned of +your part in the transaction. He may not kill you, Sarkoja, it is not +our custom, but there is nothing to prevent him tying one end of a +strap about your neck and the other end to a wild thoat, merely to test +your fitness to survive and help perpetuate our race. Having heard that +he would do this on the morrow, I thought it only right to warn you, +for I am a just man. The river Iss is but a short pilgrimage, Sarkoja. +Come, John Carter.” + +The next morning Sarkoja was gone, nor was she ever seen after. + +In silence we hastened to the jeddak’s palace, where we were +immediately admitted to his presence; in fact, he could scarcely wait +to see me and was standing erect upon his platform glowering at the +entrance as I came in. + +“Strap him to that pillar,” he shrieked. “We shall see who it is dares +strike the mighty Tal Hajus. Heat the irons; with my own hands I shall +burn the eyes from his head that he may not pollute my person with his +vile gaze.” + +“Chieftains of Thark,” I cried, turning to the assembled council and +ignoring Tal Hajus, “I have been a chief among you, and today I have +fought for Thark shoulder to shoulder with her greatest warrior. You +owe me, at least, a hearing. I have won that much today. You claim to +be a just people—” + +“Silence,” roared Tal Hajus. “Gag the creature and bind him as I +command.” + +“Justice, Tal Hajus,” exclaimed Lorquas Ptomel. “Who are you to set +aside the customs of ages among the Tharks.” + +“Yes, justice!” echoed a dozen voices, and so, while Tal Hajus fumed +and frothed, I continued. + +“You are a brave people and you love bravery, but where was your mighty +jeddak during the fighting today I did not see him in the thick of +battle; he was not there. He rends defenseless women and little +children in his lair, but how recently has one of you seen him fight +with men Why, even I, a midget beside him, felled him with a single +blow of my fist. Is it of such that the Tharks fashion their jeddaks +There stands beside me now a great Thark, a mighty warrior and a noble +man. Chieftains, how sounds, Tars Tarkas, Jeddak of Thark” + +A roar of deep-toned applause greeted this suggestion. + +“It but remains for this council to command, and Tal Hajus must prove +his fitness to rule. Were he a brave man he would invite Tars Tarkas to +combat, for he does not love him, but Tal Hajus is afraid; Tal Hajus, +your jeddak, is a coward. With my bare hands I could kill him, and he +knows it.” + +After I ceased there was tense silence, as all eyes were riveted upon +Tal Hajus. He did not speak or move, but the blotchy green of his +countenance turned livid, and the froth froze upon his lips. + +“Tal Hajus,” said Lorquas Ptomel in a cold, hard voice, “never in my +long life have I seen a jeddak of the Tharks so humiliated. There could +be but one answer to this arraignment. We wait it.” And still Tal Hajus +stood as though petrified. + +“Chieftains,” continued Lorquas Ptomel, “shall the jeddak, Tal Hajus, +prove his fitness to rule over Tars Tarkas” + +There were twenty chieftains about the rostrum, and twenty swords +flashed high in assent. + +There was no alternative. That decree was final, and so Tal Hajus drew +his long-sword and advanced to meet Tars Tarkas. + +The combat was soon over, and, with his foot upon the neck of the dead +monster, Tars Tarkas became jeddak among the Tharks. + +His first act was to make me a full-fledged chieftain with the rank I +had won by my combats the first few weeks of my captivity among them. + +Seeing the favorable disposition of the warriors toward Tars Tarkas, as +well as toward me, I grasped the opportunity to enlist them in my cause +against Zodanga. I told Tars Tarkas the story of my adventures, and in +a few words had explained to him the thought I had in mind. + +“John Carter has made a proposal,” he said, addressing the council, +“which meets with my sanction. I shall put it to you briefly. Dejah +Thoris, the Princess of Helium, who was our prisoner, is now held by +the jeddak of Zodanga, whose son she must wed to save her country from +devastation at the hands of the Zodangan forces. + +“John Carter suggests that we rescue her and return her to Helium. The +loot of Zodanga would be magnificent, and I have often thought that had +we an alliance with the people of Helium we could obtain sufficient +assurance of sustenance to permit us to increase the size and frequency +of our hatchings, and thus become unquestionably supreme among the +green men of all Barsoom. What say you” + +It was a chance to fight, an opportunity to loot, and they rose to the +bait as a speckled trout to a fly. + +For Tharks they were wildly enthusiastic, and before another half hour +had passed twenty mounted messengers were speeding across dead sea +bottoms to call the hordes together for the expedition. + +In three days we were on the march toward Zodanga, one hundred thousand +strong, as Tars Tarkas had been able to enlist the services of three +smaller hordes on the promise of the great loot of Zodanga. + +At the head of the column I rode beside the great Thark while at the +heels of my mount trotted my beloved Woola. + +We traveled entirely by night, timing our marches so that we camped +during the day at deserted cities where, even to the beasts, we were +all kept indoors during the daylight hours. On the march Tars Tarkas, +through his remarkable ability and statesmanship, enlisted fifty +thousand more warriors from various hordes, so that, ten days after we +set out we halted at midnight outside the great walled city of Zodanga, +one hundred and fifty thousand strong. + +The fighting strength and efficiency of this horde of ferocious green +monsters was equivalent to ten times their number of red men. Never in +the history of Barsoom, Tars Tarkas told me, had such a force of green +warriors marched to battle together. It was a monstrous task to keep +even a semblance of harmony among them, and it was a marvel to me that +he got them to the city without a mighty battle among themselves. + +But as we neared Zodanga their personal quarrels were submerged by +their greater hatred for the red men, and especially for the Zodangans, +who had for years waged a ruthless campaign of extermination against +the green men, directing special attention toward despoiling their +incubators. + +Now that we were before Zodanga the task of obtaining entry to the city +devolved upon me, and directing Tars Tarkas to hold his forces in two +divisions out of earshot of the city, with each division opposite a +large gateway, I took twenty dismounted warriors and approached one of +the small gates that pierced the walls at short intervals. These gates +have no regular guard, but are covered by sentries, who patrol the +avenue that encircles the city just within the walls as our +metropolitan police patrol their beats. + +The walls of Zodanga are seventy-five feet in height and fifty feet +thick. They are built of enormous blocks of carborundum, and the task +of entering the city seemed, to my escort of green warriors, an +impossibility. The fellows who had been detailed to accompany me were +of one of the smaller hordes, and therefore did not know me. + +Placing three of them with their faces to the wall and arms locked, I +commanded two more to mount to their shoulders, and a sixth I ordered +to climb upon the shoulders of the upper two. The head of the topmost +warrior towered over forty feet from the ground. + +In this way, with ten warriors, I built a series of three steps from +the ground to the shoulders of the topmost man. Then starting from a +short distance behind them I ran swiftly up from one tier to the next, +and with a final bound from the broad shoulders of the highest I +clutched the top of the great wall and quietly drew myself to its broad +expanse. After me I dragged six lengths of leather from an equal number +of my warriors. These lengths we had previously fastened together, and +passing one end to the topmost warrior I lowered the other end +cautiously over the opposite side of the wall toward the avenue below. +No one was in sight, so, lowering myself to the end of my leather +strap, I dropped the remaining thirty feet to the pavement below. + +I had learned from Kantos Kan the secret of opening these gates, and in +another moment my twenty great fighting men stood within the doomed +city of Zodanga. + +I found to my delight that I had entered at the lower boundary of the +enormous palace grounds. The building itself showed in the distance a +blaze of glorious light, and on the instant I determined to lead a +detachment of warriors directly within the palace itself, while the +balance of the great horde was attacking the barracks of the soldiery. + +Dispatching one of my men to Tars Tarkas for a detail of fifty Tharks, +with word of my intentions, I ordered ten warriors to capture and open +one of the great gates while with the nine remaining I took the other. +We were to do our work quietly, no shots were to be fired and no +general advance made until I had reached the palace with my fifty +Tharks. Our plans worked to perfection. The two sentries we met were +dispatched to their fathers upon the banks of the lost sea of Korus, +and the guards at both gates followed them in silence. + + + + +CHAPTER XXV +THE LOOTING OF ZODANGA + + +As the great gate where I stood swung open my fifty Tharks, headed by +Tars Tarkas himself, rode in upon their mighty thoats. I led them to +the palace walls, which I negotiated easily without assistance. Once +inside, however, the gate gave me considerable trouble, but I finally +was rewarded by seeing it swing upon its huge hinges, and soon my +fierce escort was riding across the gardens of the jeddak of Zodanga. + +As we approached the palace I could see through the great windows of +the first floor into the brilliantly illuminated audience chamber of +Than Kosis. The immense hall was crowded with nobles and their women, +as though some important function was in progress. There was not a +guard in sight without the palace, due, I presume, to the fact that the +city and palace walls were considered impregnable, and so I came close +and peered within. + +At one end of the chamber, upon massive golden thrones encrusted with +diamonds, sat Than Kosis and his consort, surrounded by officers and +dignitaries of state. Before them stretched a broad aisle lined on +either side with soldiery, and as I looked there entered this aisle at +the far end of the hall, the head of a procession which advanced to the +foot of the throne. + +First there marched four officers of the jeddak’s Guard bearing a huge +salver on which reposed, upon a cushion of scarlet silk, a great golden +chain with a collar and padlock at each end. Directly behind these +officers came four others carrying a similar salver which supported the +magnificent ornaments of a prince and princess of the reigning house of +Zodanga. + +At the foot of the throne these two parties separated and halted, +facing each other at opposite sides of the aisle. Then came more +dignitaries, and the officers of the palace and of the army, and +finally two figures entirely muffled in scarlet silk, so that not a +feature of either was discernible. These two stopped at the foot of the +throne, facing Than Kosis. When the balance of the procession had +entered and assumed their stations Than Kosis addressed the couple +standing before him. I could not hear his words, but presently two +officers advanced and removed the scarlet robe from one of the figures, +and I saw that Kantos Kan had failed in his mission, for it was Sab +Than, Prince of Zodanga, who stood revealed before me. + +Than Kosis now took a set of the ornaments from one of the salvers and +placed one of the collars of gold about his son’s neck, springing the +padlock fast. After a few more words addressed to Sab Than he turned to +the other figure, from which the officers now removed the enshrouding +silks, disclosing to my now comprehending view Dejah Thoris, Princess +of Helium. + +The object of the ceremony was clear to me; in another moment Dejah +Thoris would be joined forever to the Prince of Zodanga. It was an +impressive and beautiful ceremony, I presume, but to me it seemed the +most fiendish sight I had ever witnessed, and as the ornaments were +adjusted upon her beautiful figure and her collar of gold swung open in +the hands of Than Kosis I raised my long-sword above my head, and, with +the heavy hilt, I shattered the glass of the great window and sprang +into the midst of the astonished assemblage. With a bound I was on the +steps of the platform beside Than Kosis, and as he stood riveted with +surprise I brought my long-sword down upon the golden chain that would +have bound Dejah Thoris to another. + +In an instant all was confusion; a thousand drawn swords menaced me +from every quarter, and Sab Than sprang upon me with a jeweled dagger +he had drawn from his nuptial ornaments. I could have killed him as +easily as I might a fly, but the age-old custom of Barsoom stayed my +hand, and grasping his wrist as the dagger flew toward my heart I held +him as though in a vise and with my long-sword pointed to the far end +of the hall. + +“Zodanga has fallen,” I cried. “Look!” + +All eyes turned in the direction I had indicated, and there, forging +through the portals of the entranceway rode Tars Tarkas and his fifty +warriors on their great thoats. + +A cry of alarm and amazement broke from the assemblage, but no word of +fear, and in a moment the soldiers and nobles of Zodanga were hurling +themselves upon the advancing Tharks. + +Thrusting Sab Than headlong from the platform, I drew Dejah Thoris to +my side. Behind the throne was a narrow doorway and in this Than Kosis +now stood facing me, with drawn long-sword. In an instant we were +engaged, and I found no mean antagonist. + +As we circled upon the broad platform I saw Sab Than rushing up the +steps to aid his father, but, as he raised his hand to strike, Dejah +Thoris sprang before him and then my sword found the spot that made Sab +Than jeddak of Zodanga. As his father rolled dead upon the floor the +new jeddak tore himself free from Dejah Thoris’ grasp, and again we +faced each other. He was soon joined by a quartet of officers, and, +with my back against a golden throne, I fought once again for Dejah +Thoris. I was hard pressed to defend myself and yet not strike down Sab +Than and, with him, my last chance to win the woman I loved. My blade +was swinging with the rapidity of lightning as I sought to parry the +thrusts and cuts of my opponents. Two I had disarmed, and one was down, +when several more rushed to the aid of their new ruler, and to avenge +the death of the old. + + +[Illustration With my back against a golden throne, I fought once +again for Dejah Thoris.] + + +As they advanced there were cries of “The woman! The woman! Strike her +down; it is her plot. Kill her! Kill her!” + +Calling to Dejah Thoris to get behind me I worked my way toward the +little doorway back of the throne, but the officers realized my +intentions, and three of them sprang in behind me and blocked my +chances for gaining a position where I could have defended Dejah Thoris +against an army of swordsmen. + +The Tharks were having their hands full in the center of the room, and +I began to realize that nothing short of a miracle could save Dejah +Thoris and myself, when I saw Tars Tarkas surging through the crowd of +pygmies that swarmed about him. With one swing of his mighty longsword +he laid a dozen corpses at his feet, and so he hewed a pathway before +him until in another moment he stood upon the platform beside me, +dealing death and destruction right and left. + +The bravery of the Zodangans was awe-inspiring, not one attempted to +escape, and when the fighting ceased it was because only Tharks +remained alive in the great hall, other than Dejah Thoris and myself. + +Sab Than lay dead beside his father, and the corpses of the flower of +Zodangan nobility and chivalry covered the floor of the bloody +shambles. + +My first thought when the battle was over was for Kantos Kan, and +leaving Dejah Thoris in charge of Tars Tarkas I took a dozen warriors +and hastened to the dungeons beneath the palace. The jailers had all +left to join the fighters in the throne room, so we searched the +labyrinthine prison without opposition. + +I called Kantos Kan’s name aloud in each new corridor and compartment, +and finally I was rewarded by hearing a faint response. Guided by the +sound, we soon found him helpless in a dark recess. + +He was overjoyed at seeing me, and to know the meaning of the fight, +faint echoes of which had reached his prison cell. He told me that the +air patrol had captured him before he reached the high tower of the +palace, so that he had not even seen Sab Than. + +We discovered that it would be futile to attempt to cut away the bars +and chains which held him prisoner, so, at his suggestion I returned to +search the bodies on the floor above for keys to open the padlocks of +his cell and of his chains. + +Fortunately among the first I examined I found his jailer, and soon we +had Kantos Kan with us in the throne room. + +The sounds of heavy firing, mingled with shouts and cries, came to us +from the city’s streets, and Tars Tarkas hastened away to direct the +fighting without. Kantos Kan accompanied him to act as guide, the green +warriors commencing a thorough search of the palace for other Zodangans +and for loot, and Dejah Thoris and I were left alone. + +She had sunk into one of the golden thrones, and as I turned to her she +greeted me with a wan smile. + +“Was there ever such a man!” she exclaimed. “I know that Barsoom has +never before seen your like. Can it be that all Earth men are as you +Alone, a stranger, hunted, threatened, persecuted, you have done in a +few short months what in all the past ages of Barsoom no man has ever +done joined together the wild hordes of the sea bottoms and brought +them to fight as allies of a red Martian people.” + +“The answer is easy, Dejah Thoris,” I replied smiling. “It was not I +who did it, it was love, love for Dejah Thoris, a power that would work +greater miracles than this you have seen.” + +A pretty flush overspread her face and she answered, + +“You may say that now, John Carter, and I may listen, for I am free.” + +“And more still I have to say, ere it is again too late,” I returned. +“I have done many strange things in my life, many things that wiser men +would not have dared, but never in my wildest fancies have I dreamed of +winning a Dejah Thoris for myself—for never had I dreamed that in all +the universe dwelt such a woman as the Princess of Helium. That you are +a princess does not abash me, but that you are you is enough to make me +doubt my sanity as I ask you, my princess, to be mine.” + +“He does not need to be abashed who so well knew the answer to his plea +before the plea were made,” she replied, rising and placing her dear +hands upon my shoulders, and so I took her in my arms and kissed her. + +And thus in the midst of a city of wild conflict, filled with the +alarms of war; with death and destruction reaping their terrible +harvest around her, did Dejah Thoris, Princess of Helium, true daughter +of Mars, the God of War, promise herself in marriage to John Carter, +Gentleman of Virginia. + + + + +CHAPTER XXVI +THROUGH CARNAGE TO JOY + + +Sometime later Tars Tarkas and Kantos Kan returned to report that +Zodanga had been completely reduced. Her forces were entirely destroyed +or captured, and no further resistance was to be expected from within. +Several battleships had escaped, but there were thousands of war and +merchant vessels under guard of Thark warriors. + +The lesser hordes had commenced looting and quarreling among +themselves, so it was decided that we collect what warriors we could, +man as many vessels as possible with Zodangan prisoners and make for +Helium without further loss of time. + +Five hours later we sailed from the roofs of the dock buildings with a +fleet of two hundred and fifty battleships, carrying nearly one hundred +thousand green warriors, followed by a fleet of transports with our +thoats. + +Behind us we left the stricken city in the fierce and brutal clutches +of some forty thousand green warriors of the lesser hordes. They were +looting, murdering, and fighting amongst themselves. In a hundred +places they had applied the torch, and columns of dense smoke were +rising above the city as though to blot out from the eye of heaven the +horrid sights beneath. + +In the middle of the afternoon we sighted the scarlet and yellow towers +of Helium, and a short time later a great fleet of Zodangan battleships +rose from the camps of the besiegers without the city, and advanced to +meet us. + +The banners of Helium had been strung from stem to stern of each of our +mighty craft, but the Zodangans did not need this sign to realize that +we were enemies, for our green Martian warriors had opened fire upon +them almost as they left the ground. With their uncanny marksmanship +they raked the on-coming fleet with volley after volley. + +The twin cities of Helium, perceiving that we were friends, sent out +hundreds of vessels to aid us, and then began the first real air battle +I had ever witnessed. + +The vessels carrying our green warriors were kept circling above the +contending fleets of Helium and Zodanga, since their batteries were +useless in the hands of the Tharks who, having no navy, have no skill +in naval gunnery. Their small-arm fire, however, was most effective, +and the final outcome of the engagement was strongly influenced, if not +wholly determined, by their presence. + +At first the two forces circled at the same altitude, pouring broadside +after broadside into each other. Presently a great hole was torn in the +hull of one of the immense battle craft from the Zodangan camp; with a +lurch she turned completely over, the little figures of her crew +plunging, turning and twisting toward the ground a thousand feet below; +then with sickening velocity she tore after them, almost completely +burying herself in the soft loam of the ancient sea bottom. + +A wild cry of exultation arose from the Heliumite squadron, and with +redoubled ferocity they fell upon the Zodangan fleet. By a pretty +maneuver two of the vessels of Helium gained a position above their +adversaries, from which they poured upon them from their keel bomb +batteries a perfect torrent of exploding bombs. + +Then, one by one, the battleships of Helium succeeded in rising above +the Zodangans, and in a short time a number of the beleaguering +battleships were drifting hopeless wrecks toward the high scarlet tower +of greater Helium. Several others attempted to escape, but they were +soon surrounded by thousands of tiny individual fliers, and above each +hung a monster battleship of Helium ready to drop boarding parties upon +their decks. + +Within but little more than an hour from the moment the victorious +Zodangan squadron had risen to meet us from the camp of the besiegers +the battle was over, and the remaining vessels of the conquered +Zodangans were headed toward the cities of Helium under prize crews. + +There was an extremely pathetic side to the surrender of these mighty +fliers, the result of an age-old custom which demanded that surrender +should be signalized by the voluntary plunging to earth of the +commander of the vanquished vessel. One after another the brave +fellows, holding their colors high above their heads, leaped from the +towering bows of their mighty craft to an awful death. + +Not until the commander of the entire fleet took the fearful plunge, +thus indicating the surrender of the remaining vessels, did the +fighting cease, and the useless sacrifice of brave men come to an end. + +We now signaled the flagship of Helium’s navy to approach, and when she +was within hailing distance I called out that we had the Princess Dejah +Thoris on board, and that we wished to transfer her to the flagship +that she might be taken immediately to the city. + +As the full import of my announcement bore in upon them a great cry +arose from the decks of the flagship, and a moment later the colors of +the Princess of Helium broke from a hundred points upon her upper +works. When the other vessels of the squadron caught the meaning of the +signals flashed them they took up the wild acclaim and unfurled her +colors in the gleaming sunlight. + +The flagship bore down upon us, and as she swung gracefully to and +touched our side a dozen officers sprang upon our decks. As their +astonished gaze fell upon the hundreds of green warriors, who now came +forth from the fighting shelters, they stopped aghast, but at sight of +Kantos Kan, who advanced to meet them, they came forward, crowding +about him. + +Dejah Thoris and I then advanced, and they had no eyes for other than +her. She received them gracefully, calling each by name, for they were +men high in the esteem and service of her grandfather, and she knew +them well. + +“Lay your hands upon the shoulder of John Carter,” she said to them, +turning toward me, “the man to whom Helium owes her princess as well as +her victory today.” + +They were very courteous to me and said many kind and complimentary +things, but what seemed to impress them most was that I had won the aid +of the fierce Tharks in my campaign for the liberation of Dejah Thoris, +and the relief of Helium. + +“You owe your thanks more to another man than to me,” I said, “and here +he is; meet one of Barsoom’s greatest soldiers and statesmen, Tars +Tarkas, Jeddak of Thark.” + +With the same polished courtesy that had marked their manner toward me +they extended their greetings to the great Thark, nor, to my surprise, +was he much behind them in ease of bearing or in courtly speech. Though +not a garrulous race, the Tharks are extremely formal, and their ways +lend themselves amazingly to dignified and courtly manners. + +Dejah Thoris went aboard the flagship, and was much put out that I +would not follow, but, as I explained to her, the battle was but partly +won; we still had the land forces of the besieging Zodangans to account +for, and I would not leave Tars Tarkas until that had been +accomplished. + +The commander of the naval forces of Helium promised to arrange to have +the armies of Helium attack from the city in conjunction with our land +attack, and so the vessels separated and Dejah Thoris was borne in +triumph back to the court of her grandfather, Tardos Mors, Jeddak of +Helium. + +In the distance lay our fleet of transports, with the thoats of the +green warriors, where they had remained during the battle. Without +landing stages it was to be a difficult matter to unload these beasts +upon the open plain, but there was nothing else for it, and so we put +out for a point about ten miles from the city and began the task. + +It was necessary to lower the animals to the ground in slings and this +work occupied the remainder of the day and half the night. Twice we +were attacked by parties of Zodangan cavalry, but with little loss, +however, and after darkness shut down they withdrew. + +As soon as the last thoat was unloaded Tars Tarkas gave the command to +advance, and in three parties we crept upon the Zodangan camp from the +north, the south and the east. + +About a mile from the main camp we encountered their outposts and, as +had been prearranged, accepted this as the signal to charge. With wild, +ferocious cries and amidst the nasty squealing of battle-enraged thoats +we bore down upon the Zodangans. + +We did not catch them napping, but found a well-entrenched battle line +confronting us. Time after time we were repulsed until, toward noon, I +began to fear for the result of the battle. + +The Zodangans numbered nearly a million fighting men, gathered from +pole to pole, wherever stretched their ribbon-like waterways, while +pitted against them were less than a hundred thousand green warriors. +The forces from Helium had not arrived, nor could we receive any word +from them. + +Just at noon we heard heavy firing all along the line between the +Zodangans and the cities, and we knew then that our much-needed +reinforcements had come. + +Again Tars Tarkas ordered the charge, and once more the mighty thoats +bore their terrible riders against the ramparts of the enemy. At the +same moment the battle line of Helium surged over the opposite +breastworks of the Zodangans and in another moment they were being +crushed as between two millstones. Nobly they fought, but in vain. + +The plain before the city became a veritable shambles ere the last +Zodangan surrendered, but finally the carnage ceased, the prisoners +were marched back to Helium, and we entered the greater city’s gates, a +huge triumphal procession of conquering heroes. + +The broad avenues were lined with women and children, among which were +the few men whose duties necessitated that they remain within the city +during the battle. We were greeted with an endless round of applause +and showered with ornaments of gold, platinum, silver, and precious +jewels. The city had gone mad with joy. + +My fierce Tharks caused the wildest excitement and enthusiasm. Never +before had an armed body of green warriors entered the gates of Helium, +and that they came now as friends and allies filled the red men with +rejoicing. + +That my poor services to Dejah Thoris had become known to the +Heliumites was evidenced by the loud crying of my name, and by the +loads of ornaments that were fastened upon me and my huge thoat as we +passed up the avenues to the palace, for even in the face of the +ferocious appearance of Woola the populace pressed close about me. + +As we approached this magnificent pile we were met by a party of +officers who greeted us warmly and requested that Tars Tarkas and his +jeds with the jeddaks and jeds of his wild allies, together with +myself, dismount and accompany them to receive from Tardos Mors an +expression of his gratitude for our services. + +At the top of the great steps leading up to the main portals of the +palace stood the royal party, and as we reached the lower steps one of +their number descended to meet us. + +He was an almost perfect specimen of manhood; tall, straight as an +arrow, superbly muscled and with the carriage and bearing of a ruler of +men. I did not need to be told that he was Tardos Mors, Jeddak of +Helium. + +The first member of our party he met was Tars Tarkas and his first +words sealed forever the new friendship between the races. + +“That Tardos Mors,” he said, earnestly, “may meet the greatest living +warrior of Barsoom is a priceless honor, but that he may lay his hand +on the shoulder of a friend and ally is a far greater boon.” + +“Jeddak of Helium,” returned Tars Tarkas, “it has remained for a man of +another world to teach the green warriors of Barsoom the meaning of +friendship; to him we owe the fact that the hordes of Thark can +understand you; that they can appreciate and reciprocate the sentiments +so graciously expressed.” + +Tardos Mors then greeted each of the green jeddaks and jeds, and to +each spoke words of friendship and appreciation. + +As he approached me he laid both hands upon my shoulders. + +“Welcome, my son,” he said; “that you are granted, gladly, and without +one word of opposition, the most precious jewel in all Helium, yes, on +all Barsoom, is sufficient earnest of my esteem.” + +We were then presented to Mors Kajak, Jed of lesser Helium, and father +of Dejah Thoris. He had followed close behind Tardos Mors and seemed +even more affected by the meeting than had his father. + +He tried a dozen times to express his gratitude to me, but his voice +choked with emotion and he could not speak, and yet he had, as I was to +later learn, a reputation for ferocity and fearlessness as a fighter +that was remarkable even upon warlike Barsoom. In common with all +Helium he worshiped his daughter, nor could he think of what she had +escaped without deep emotion. + + + + +CHAPTER XXVII +FROM JOY TO DEATH + + +For ten days the hordes of Thark and their wild allies were feasted and +entertained, and, then, loaded with costly presents and escorted by ten +thousand soldiers of Helium commanded by Mors Kajak, they started on +the return journey to their own lands. The jed of lesser Helium with a +small party of nobles accompanied them all the way to Thark to cement +more closely the new bonds of peace and friendship. + +Sola also accompanied Tars Tarkas, her father, who before all his +chieftains had acknowledged her as his daughter. + +Three weeks later, Mors Kajak and his officers, accompanied by Tars +Tarkas and Sola, returned upon a battleship that had been dispatched to +Thark to fetch them in time for the ceremony which made Dejah Thoris +and John Carter one. + +For nine years I served in the councils and fought in the armies of +Helium as a prince of the house of Tardos Mors. The people seemed never +to tire of heaping honors upon me, and no day passed that did not bring +some new proof of their love for my princess, the incomparable Dejah +Thoris. + +In a golden incubator upon the roof of our palace lay a snow-white egg. +For nearly five years ten soldiers of the jeddak’s Guard had constantly +stood over it, and not a day passed when I was in the city that Dejah +Thoris and I did not stand hand in hand before our little shrine +planning for the future, when the delicate shell should break. + +Vivid in my memory is the picture of the last night as we sat there +talking in low tones of the strange romance which had woven our lives +together and of this wonder which was coming to augment our happiness +and fulfill our hopes. + +In the distance we saw the bright-white light of an approaching +airship, but we attached no special significance to so common a sight. +Like a bolt of lightning it raced toward Helium until its very speed +bespoke the unusual. + +Flashing the signals which proclaimed it a dispatch bearer for the +jeddak, it circled impatiently awaiting the tardy patrol boat which +must convoy it to the palace docks. + +Ten minutes after it touched at the palace a message called me to the +council chamber, which I found filling with the members of that body. + +On the raised platform of the throne was Tardos Mors, pacing back and +forth with tense-drawn face. When all were in their seats he turned +toward us. + +“This morning,” he said, “word reached the several governments of +Barsoom that the keeper of the atmosphere plant had made no wireless +report for two days, nor had almost ceaseless calls upon him from a +score of capitals elicited a sign of response. + +“The ambassadors of the other nations asked us to take the matter in +hand and hasten the assistant keeper to the plant. All day a thousand +cruisers have been searching for him until just now one of them returns +bearing his dead body, which was found in the pits beneath his house +horribly mutilated by some assassin. + +“I do not need to tell you what this means to Barsoom. It would take +months to penetrate those mighty walls, in fact the work has already +commenced, and there would be little to fear were the engine of the +pumping plant to run as it should and as they all have for hundreds of +years; but the worst, we fear, has happened. The instruments show a +rapidly decreasing air pressure on all parts of Barsoom—the engine has +stopped.” + +“My gentlemen,” he concluded, “we have at best three days to live.” + +There was absolute silence for several minutes, and then a young noble +arose, and with his drawn sword held high above his head addressed +Tardos Mors. + +“The men of Helium have prided themselves that they have ever shown +Barsoom how a nation of red men should live, now is our opportunity to +show them how they should die. Let us go about our duties as though a +thousand useful years still lay before us.” + +The chamber rang with applause and as there was nothing better to do +than to allay the fears of the people by our example we went our ways +with smiles upon our faces and sorrow gnawing at our hearts. + +When I returned to my palace I found that the rumor already had reached +Dejah Thoris, so I told her all that I had heard. + +“We have been very happy, John Carter,” she said, “and I thank whatever +fate overtakes us that it permits us to die together.” + +The next two days brought no noticeable change in the supply of air, +but on the morning of the third day breathing became difficult at the +higher altitudes of the rooftops. The avenues and plazas of Helium were +filled with people. All business had ceased. For the most part the +people looked bravely into the face of their unalterable doom. Here and +there, however, men and women gave way to quiet grief. + +Toward the middle of the day many of the weaker commenced to succumb +and within an hour the people of Barsoom were sinking by thousands into +the unconsciousness which precedes death by asphyxiation. + +Dejah Thoris and I with the other members of the royal family had +collected in a sunken garden within an inner courtyard of the palace. +We conversed in low tones, when we conversed at all, as the awe of the +grim shadow of death crept over us. Even Woola seemed to feel the +weight of the impending calamity, for he pressed close to Dejah Thoris +and to me, whining pitifully. + +The little incubator had been brought from the roof of our palace at +request of Dejah Thoris and she sat gazing longingly upon the unknown +little life that now she would never know. + +As it was becoming perceptibly difficult to breathe Tardos Mors arose, +saying, + +“Let us bid each other farewell. The days of the greatness of Barsoom +are over. Tomorrow’s sun will look down upon a dead world which through +all eternity must go swinging through the heavens peopled not even by +memories. It is the end.” + +He stooped and kissed the women of his family, and laid his strong hand +upon the shoulders of the men. + +As I turned sadly from him my eyes fell upon Dejah Thoris. Her head was +drooping upon her breast, to all appearances she was lifeless. With a +cry I sprang to her and raised her in my arms. + +Her eyes opened and looked into mine. + +“Kiss me, John Carter,” she murmured. “I love you! I love you! It is +cruel that we must be torn apart who were just starting upon a life of +love and happiness.” + +As I pressed her dear lips to mine the old feeling of unconquerable +power and authority rose in me. The fighting blood of Virginia sprang +to life in my veins. + +“It shall not be, my princess,” I cried. “There is, there must be some +way, and John Carter, who has fought his way through a strange world +for love of you, will find it.” + +And with my words there crept above the threshold of my conscious mind +a series of nine long forgotten sounds. Like a flash of lightning in +the darkness their full purport dawned upon me—the key to the three +great doors of the atmosphere plant! + +Turning suddenly toward Tardos Mors as I still clasped my dying love to +my breast I cried. + +“A flier, Jeddak! Quick! Order your swiftest flier to the palace top. I +can save Barsoom yet.” + +He did not wait to question, but in an instant a guard was racing to +the nearest dock and though the air was thin and almost gone at the +rooftop they managed to launch the fastest one-man, air-scout machine +that the skill of Barsoom had ever produced. + +Kissing Dejah Thoris a dozen times and commanding Woola, who would have +followed me, to remain and guard her, I bounded with my old agility and +strength to the high ramparts of the palace, and in another moment I +was headed toward the goal of the hopes of all Barsoom. + +I had to fly low to get sufficient air to breathe, but I took a +straight course across an old sea bottom and so had to rise only a few +feet above the ground. + +I traveled with awful velocity for my errand was a race against time +with death. The face of Dejah Thoris hung always before me. As I turned +for a last look as I left the palace garden I had seen her stagger and +sink upon the ground beside the little incubator. That she had dropped +into the last coma which would end in death, if the air supply remained +unreplenished, I well knew, and so, throwing caution to the winds, I +flung overboard everything but the engine and compass, even to my +ornaments, and lying on my belly along the deck with one hand on the +steering wheel and the other pushing the speed lever to its last notch +I split the thin air of dying Mars with the speed of a meteor. + +An hour before dark the great walls of the atmosphere plant loomed +suddenly before me, and with a sickening thud I plunged to the ground +before the small door which was withholding the spark of life from the +inhabitants of an entire planet. + +Beside the door a great crew of men had been laboring to pierce the +wall, but they had scarcely scratched the flint-like surface, and now +most of them lay in the last sleep from which not even air would awaken +them. + +Conditions seemed much worse here than at Helium, and it was with +difficulty that I breathed at all. There were a few men still +conscious, and to one of these I spoke. + +“If I can open these doors is there a man who can start the engines” I +asked. + +“I can,” he replied, “if you open quickly. I can last but a few moments +more. But it is useless, they are both dead and no one else upon +Barsoom knew the secret of these awful locks. For three days men crazed +with fear have surged about this portal in vain attempts to solve its +mystery.” + +I had no time to talk, I was becoming very weak and it was with +difficulty that I controlled my mind at all. + +But, with a final effort, as I sank weakly to my knees I hurled the +nine thought waves at that awful thing before me. The Martian had +crawled to my side and with staring eyes fixed on the single panel +before us we waited in the silence of death. + +Slowly the mighty door receded before us. I attempted to rise and +follow it but I was too weak. + +“After it,” I cried to my companion, “and if you reach the pump room +turn loose all the pumps. It is the only chance Barsoom has to exist +tomorrow!” + +From where I lay I opened the second door, and then the third, and as I +saw the hope of Barsoom crawling weakly on hands and knees through the +last doorway I sank unconscious upon the ground. + + + + +CHAPTER XXVIII +AT THE ARIZONA CAVE + + +It was dark when I opened my eyes again. Strange, stiff garments were +upon my body; garments that cracked and powdered away from me as I rose +to a sitting posture. + +I felt myself over from head to foot and from head to foot I was +clothed, though when I fell unconscious at the little doorway I had +been naked. Before me was a small patch of moonlit sky which showed +through a ragged aperture. + +As my hands passed over my body they came in contact with pockets and +in one of these a small parcel of matches wrapped in oiled paper. One +of these matches I struck, and its dim flame lighted up what appeared +to be a huge cave, toward the back of which I discovered a strange, +still figure huddled over a tiny bench. As I approached it I saw that +it was the dead and mummified remains of a little old woman with long +black hair, and the thing it leaned over was a small charcoal burner +upon which rested a round copper vessel containing a small quantity of +greenish powder. + +Behind her, depending from the roof upon rawhide thongs, and stretching +entirely across the cave, was a row of human skeletons. From the thong +which held them stretched another to the dead hand of the little old +woman; as I touched the cord the skeletons swung to the motion with a +noise as of the rustling of dry leaves. + +It was a most grotesque and horrid tableau and I hastened out into the +fresh air; glad to escape from so gruesome a place. + +The sight that met my eyes as I stepped out upon a small ledge which +ran before the entrance of the cave filled me with consternation. + +A new heaven and a new landscape met my gaze. The silvered mountains in +the distance, the almost stationary moon hanging in the sky, the +cacti-studded valley below me were not of Mars. I could scarce believe +my eyes, but the truth slowly forced itself upon me—I was looking upon +Arizona from the same ledge from which ten years before I had gazed +with longing upon Mars. + +Burying my head in my arms I turned, broken, and sorrowful, down the +trail from the cave. + +Above me shone the red eye of Mars holding her awful secret, +forty-eight million miles away. + +Did the Martian reach the pump room Did the vitalizing air reach the +people of that distant planet in time to save them Was my Dejah Thoris +alive, or did her beautiful body lie cold in death beside the tiny +golden incubator in the sunken garden of the inner courtyard of the +palace of Tardos Mors, the jeddak of Helium + +For ten years I have waited and prayed for an answer to my questions. +For ten years I have waited and prayed to be taken back to the world of +my lost love. I would rather lie dead beside her there than live on +Earth all those millions of terrible miles from her. + +The old mine, which I found untouched, has made me fabulously wealthy; +but what care I for wealth! + +As I sit here tonight in my little study overlooking the Hudson, just +twenty years have elapsed since I first opened my eyes upon Mars. + +I can see her shining in the sky through the little window by my desk, +and tonight she seems calling to me again as she has not called before +since that long dead night, and I think I can see, across that awful +abyss of space, a beautiful black-haired woman standing in the garden +of a palace, and at her side is a little boy who puts his arm around +her as she points into the sky toward the planet Earth, while at their +feet is a huge and hideous creature with a heart of gold. + +I believe that they are waiting there for me, and something tells me +that I shall soon know. \ No newline at end of file diff --git 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Consultant, ," + }, + "contributorType": "Researcher" + }, + { + "name": "Prishnee Bissessur", + "givenName": "Prishnee", + "familyName": "Bissessur", + "affiliation": { + "@type": "Organization", + "name": "International Consultant, ," + }, + "contributorType": "Researcher" + }, + { + "name": "Tatjana Gavrilenko", + "givenName": "Tatjana", + "familyName": "Gavrilenko", + "affiliation": { + "@type": "Organization", + "name": "N.I. Vavilov All-Russian Institute of Plant Genetic Resources, , Russia" + }, + "contributorType": "Researcher", + "@id": "https://orcid.org/0000-0002-2605-6569" + }, + { + "name": "John Bamberg", + "givenName": "John", + "familyName": "Bamberg", + "affiliation": { + "@type": "Organization", + "name": "U. S. Potato Genebank, , USA" + }, + "contributorType": "Researcher", + "@id": "https://orcid.org/0000-0001-6102-7846" + }, + { + "name": "David Ellis", + "givenName": "David", + "familyName": "Ellis", + "affiliation": { + "@type": "Organization", + "name": "International Potato Center (CIP), , Peru" + }, + "contributorType": "Researcher", + "@id": "https://orcid.org/0000-0002-0209-2784" + }, + { + "name": "Peter Giovannini", + "givenName": "Peter", + "familyName": "Giovannini", + "affiliation": { + "@type": "Organization", + "name": "Global Crop Diversity Trust, ," + }, + "contributorType": "Researcher", + "@id": "https://orcid.org/0000-0002-1053-2030" + } + ], + "description": "Cultivated potato, Solanum tuberosum ssp. tuberosum, is the third most consumed crop globally and important not only for food but also for for the animal feed, pharmaceutical, textile and paper industries. To gain an overview on the current state of the conservation and use of potato genetic resources, the Global Crop Diversity Trust (Crop Trust), commissioned an update of the ‘Global conservation strategy for potato genetic resources’. This updated strategy aims to support the efficiency and effectiveness of potato diversity conservation at national, regional and international levels, and to identify priorities for strengthening the conservation and use of potato genetic resources.", + "keywords": "ex situ conservation, plant genetic resources, potato, Solanum tuberosum, global strategy, conservation strategy, wild potato, Andigenum group, Chilotanum group, native potato variety, genebank, accession, true potato seed, potato tuber, late blight", + "inLanguage": "en", + "contentSize": "0 B", + "datePublished": "2022", + "schemaVersion": "http://datacite.org/schema/kernel-4", + "publisher": { + "@type": "Organization", + "name": "e!DAL - Plant Genomics and Phenomics Research Data Repository (PGP), IPK Gatersleben, Seeland OT Gatersleben, Corrensstraße 3, 06466, Germany" + }, + "provider": { + "@type": "Organization", + "name": "datacite" + } +} \ No newline at end of file diff --git a/test/bfcd99e1-0690-4b53-a85c-0174a8629083 (1).zip b/test/bfcd99e1-0690-4b53-a85c-0174a8629083 (1).zip new file mode 100644 index 0000000000000000000000000000000000000000..85737015cede75569d26161be801d5480a26c757 --- /dev/null +++ b/test/bfcd99e1-0690-4b53-a85c-0174a8629083 (1).zip @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:5bf1a7e3bfa9cb9b65c73803323eb574043297680890a842685430ead3573d36 +size 162769 diff --git a/test/bfcd99e1-0690-4b53-a85c-0174a8629083.zip b/test/bfcd99e1-0690-4b53-a85c-0174a8629083.zip new file mode 100644 index 0000000000000000000000000000000000000000..85737015cede75569d26161be801d5480a26c757 --- /dev/null +++ b/test/bfcd99e1-0690-4b53-a85c-0174a8629083.zip @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:5bf1a7e3bfa9cb9b65c73803323eb574043297680890a842685430ead3573d36 +size 162769 diff --git a/test/c4456885-2f03-436f-8fe9-0b4ca6822cdb.pdf b/test/c4456885-2f03-436f-8fe9-0b4ca6822cdb.pdf new file mode 100644 index 0000000000000000000000000000000000000000..586bd82ebc5ab14ac2e16bba142e585907c95997 Binary files /dev/null and b/test/c4456885-2f03-436f-8fe9-0b4ca6822cdb.pdf differ diff --git a/test/c526d8d6-5987-4da9-b24c-83466fa172f3.xlsx b/test/c526d8d6-5987-4da9-b24c-83466fa172f3.xlsx new file mode 100644 index 0000000000000000000000000000000000000000..5e1ca45279f4224934c1ff5127279beb776a87fa Binary files /dev/null and b/test/c526d8d6-5987-4da9-b24c-83466fa172f3.xlsx differ diff --git a/test/c68c0db6-1929-4194-8602-56dce5ddbd29.xml b/test/c68c0db6-1929-4194-8602-56dce5ddbd29.xml new file mode 100644 index 0000000000000000000000000000000000000000..98dec385a7cdc5a56b72daa9d78e9d7df21fad3c --- /dev/null +++ b/test/c68c0db6-1929-4194-8602-56dce5ddbd29.xml @@ -0,0 +1,1262 @@ + + + + + Title 1 + USCTitle + 1 + Online@118-13 + yes + OLRC + 2023-07-18T02:42:41 + USCConverter 1.7.2 + +
+<num value="1">Title 1—</num><heading>GENERAL PROVISIONS</heading> +<note topic="enacting" id="ide0b7fece-259a-11ee-829b-a5a403e3639c"><p>This title was enacted by <ref href="/us/act/1947-07-30/ch388/s1">act July 30, 1947, ch. 388, § 1</ref>, <ref href="/us/stat/61/633">61 Stat. 633</ref></p></note> +<note topic="miscellaneous" id="ide0b7fecf-259a-11ee-829b-a5a403e3639c"><p>Current through 118-13</p></note> +<toc role="threeColumnTOC" id="ide0b7fed0-259a-11ee-829b-a5a403e3639c"> +<layout> +<header style="-uslm-lc:I70" role="tocColumnHeader"> +<column class="tocHeaderLeft">Chap.</column> +<column/> +<column style="-uslm-lc:I29" class="tocHeaderRight">Sec.</column></header> +<tocItem> +<column style="-uslm-lc:I07" class="threeColumnLeft"><ref href="/us/usc/t1/ch1">1.</ref></column><column style="-uslm-lc:I08" class="threeColumnMiddle">Rules of construction</column><column style="-uslm-lc:I09" class="threeColumnRight"><ref href="/us/usc/t1/s1">1</ref></column></tocItem> +<tocItem> +<column style="-uslm-lc:I07" class="threeColumnLeft"><ref href="/us/usc/t1/ch2">2.</ref></column><column style="-uslm-lc:I08" class="threeColumnMiddle">Acts and resolutions; formalities of enactment; repeals; sealing of instruments</column><column style="-uslm-lc:I09" class="threeColumnRight"><ref href="/us/usc/t1/s101">101</ref></column></tocItem> +<tocItem> +<column style="-uslm-lc:I07" class="threeColumnLeft"><ref href="/us/usc/t1/ch3">3.</ref></column><column style="-uslm-lc:I08" class="threeColumnMiddle">Code of Laws of United States and Supplements; District of Columbia Code and Supplements</column><column style="-uslm-lc:I09" class="threeColumnRight"><ref href="/us/usc/t1/s201">201</ref></column></tocItem> +</layout> +</toc> +<notes type="uscNote" id="ide0b7fed1-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0b7fed2-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="codification" id="ide0b7fed3-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Positive Law; Citation</heading><p>This title has been made positive law by section 1 of <ref href="/us/act/1947-07-30/ch388">act July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/633">61 Stat. 633</ref>, which provided in part that: <quotedContent origin="/us/act/1947-07-30/ch388">“Title 1 of the United States Code entitled ‘General Provisions’, is codified and enacted into positive law and may be cited as ‘1 U. S. C., § ——.’ ”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="repeals" id="ide0b7fed4-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Repeals</heading><p style="-uslm-lc:I21" class="indent0"><ref href="/us/act/1947-07-30/ch388/s2">Act July 30, 1947, ch. 388, § 2</ref>, <ref href="/us/stat/61/640">61 Stat. 640</ref>, provided that the sections or parts thereof of the Statutes at Large or the Revised Statutes covering provisions codified in this Act are repealed insofar as the provisions appeared in former Title 1, and provided that any rights or liabilities now existing under the repealed sections or parts thereof shall not be affected by the repeal.</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0b7fed5-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Writs of Error</heading><p><ref href="/us/act/1948-06-25/ch646/s23">Act June 25, 1948, ch. 646, § 23</ref>, <ref href="/us/stat/62/990">62 Stat. 990</ref>, provided that: <quotedContent origin="/us/act/1948-06-25/ch646/s23">“All Acts of Congress referring to writs of error shall be construed as amended to the extent necessary to substitute appeal for writ of error.”</quotedContent> +</p> +</note> +<note topic="dispositionOfSections" id="ide0b7fed6-259a-11ee-829b-a5a403e3639c"> +<table class="TableOfDisposition" width="50%" style="border-collapse:collapse; border-bottom:1px solid black; -uslm-lc: c3,L2,tp7,p6,6/7,xs30,r40,8,tp7,p6,6/7,xs30,r40,8; " id="ide0b7fed7-259a-11ee-829b-a5a403e3639c" xmlns="http://www.w3.org/1999/xhtml"> +<colgroup> +<col style="width:34pt ; max-width:34pt;"/> +<col style="min-width: 139pt;"/> +<col style="width:33pt ; max-width:33pt;"/> +</colgroup> +<thead> +<tr class="title" style="font-size:7pt; border-bottom:1px solid black; -uslm-lc:I95;"> +<th colspan="3"> +<p style=""><span style="font-variant:small-caps">Table Showing Disposition of All Sections of Former Title </span>1</p></th> +</tr> +<tr class="header" style="font-size:6pt; border-bottom:1px solid black; border-top:1px solid black; -uslm-lc:h1;"> +<th style="width:34.0pt ; max-width:34.0pt; text-align:center; vertical-align:middle; border-right:1px solid black;"><p style=" text-align:center;"><i>Title 1 Former Sections</i></p></th><th style="min-width: 139.0pt; text-align:center; vertical-align:middle; border-right:1px solid black; border-left:1px solid black;"><p style=" text-align:center; margin-bottom:0em;"><i>Revised Statutes</i></p><p style=" text-align:center; margin-top:0em;"><i>Statutes at Large</i></p></th><th style="width:33.0pt ; max-width:33.0pt; text-align:center; vertical-align:middle; border-left:1px solid black;"><p style=" text-align:center;"><i>Title 1 New Sections</i></p></th></tr> +</thead> +<tbody style="line-height:7pt; font-size:6pt;"> +<tr style="border-top:1px solid black; -uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>1</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 1</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">1</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>2</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 2</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">2</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>3</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 3</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">3</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>4</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 4</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">4</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>5</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 5</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">5</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>6</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1940-06-11/ch325/s1">June 11, 1940, ch. 325, § 1</a>, <a href="/us/stat/54/305">54 Stat. 305</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">6</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>21</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 7</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">101</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>22</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 8</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">102</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>23</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 9</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">103</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>24</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 10</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">104</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>25</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 11</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">105</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>26</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><span class="date">Nov. 1, 1893</span>, 28 Stat. App. 5</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">106</p></td></tr> +<tr style="-uslm-lc:I22;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"> </p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"><a href="/us/act/1895-03-02/ch177/s1">Mar. 2, 1895, ch. 177, § 1</a>, <a href="/us/stat/28/769">28 Stat. 769</a>.</p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"/></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>27</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1920-03-06/ch94/s1">Mar. 6, 1920, ch. 94, § 1</a>, <a href="/us/stat/41/520">41 Stat. 520</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">107</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>28</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 12</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">108</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>29</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 13</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">109</p></td></tr> +<tr style="-uslm-lc:I22;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"> </p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"><a href="/us/act/1944-03-22/ch123">Mar. 22, 1944, ch. 123</a>, <a href="/us/stat/58/118">58 Stat. 118</a>.</p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"/></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>29a</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 5599</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">110</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>29b</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1933-03-03/ch202/s3">Mar. 3, 1933, ch. 202, § 3</a>, <a href="/us/stat/47/1431">47 Stat. 1431</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">111</p></td></tr> +<tr style="-uslm-lc:I31;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left;" class="leaders"><span>30</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1895-01-12/ch23/s73">Jan. 12, 1895, ch. 23, § 73</a>, <a href="/us/stat/28/615">28 Stat. 615</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">112</p></td></tr> +<tr style="-uslm-lc:I11;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"> </p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"><a href="/us/act/1936-06-20/ch630/s9">June 20, 1936, ch. 630, § 9</a>, <a href="/us/stat/49/1551">49 Stat. 1551</a>.</p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"/></tr> +<tr style="-uslm-lc:I22;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"> </p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"><a href="/us/act/1938-06-16/ch477/s1">June 16, 1938, ch. 477, § 1</a>, <a href="/us/stat/52/760">52 Stat. 760</a>.</p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"/></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>30a</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 908</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">113</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>31</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>R.S., § 6</span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">114</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>51a</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1929-03-02/ch586/s1">Mar. 2, 1929, ch. 586, § 1</a>, <a href="/us/stat/45/1540">45 Stat. 1540</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">201</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>52</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1928-05-29/ch910/s2">May 29, 1928, ch. 910, § 2</a>, <a href="/us/stat/45/1007">45 Stat. 1007</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">202</p></td></tr> +<tr style="-uslm-lc:I22;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"> </p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"><a href="/us/act/1929-03-02/ch586/s2">Mar. 2, 1929, ch. 586, § 2</a>, <a href="/us/stat/45/1541">45 Stat. 1541</a>.</p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"/></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>53</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1928-05-29/ch910/s3">May 29, 1928, ch. 910, § 3</a>, <a href="/us/stat/45/1007">45 Stat. 1007</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">203</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>54</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1928-05-29/ch910/s4">May 29, 1928, ch. 910, § 4</a>, <a href="/us/stat/45/1007">45 Stat. 1007</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">204</p></td></tr> +<tr style="-uslm-lc:I22;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"> </p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"><a href="/us/act/1929-03-02/ch586/s3">Mar. 2, 1929, ch. 586, § 3</a>, <a href="/us/stat/45/1541">45 Stat. 1541</a>.</p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"/></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>54a</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1929-03-02/ch586/s4">Mar. 2, 1929, ch. 586, § 4</a>, <a href="/us/stat/45/1542">45 Stat. 1542</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">205</p></td></tr> +<tr style="-uslm-lc:I22;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"> </p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"><a href="/us/act/1933-03-04/ch282/s1">Mar. 4, 1933, ch. 282, § 1</a>, <a href="/us/stat/47/1603">47 Stat. 1603</a>.</p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"/></tr> +<tr style="-uslm-lc:I22;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"> </p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"><a href="/us/act/1934-06-13/ch483">June 13, 1934, ch. 483</a>, §§ 1, 2, <a href="/us/stat/48/948">48 Stat. 948</a>.</p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"/></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>54b</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1929-03-02/ch586/s5">Mar. 2, 1929, ch. 586, § 5</a>, <a href="/us/stat/45/1542">45 Stat. 1542</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">206</p></td></tr> +<tr style="-uslm-lc:I22;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"> </p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"><a href="/us/act/1933-03-04/ch282/s1">Mar. 4, 1933, ch. 282, § 1</a>, <a href="/us/stat/47/1603">47 Stat. 1603</a>.</p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"/></tr> +<tr style="-uslm-lc:I22;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"> </p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;"><a href="/us/act/1934-06-13/ch483">June 13, 1934, ch. 483</a>, §§ 1, 2, <a href="/us/stat/48/948">48 Stat. 948</a>.</p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"/></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>54c</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1929-03-02/ch586/s6">Mar. 2, 1929, ch. 586, § 6</a>, <a href="/us/stat/45/1542">45 Stat. 1542</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">207</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>54d</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1929-03-02/ch586/s7">Mar. 2, 1929, ch. 586, § 7</a>, <a href="/us/stat/45/1542">45 Stat. 1542</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">208</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>55</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1928-05-29/ch910/s5">May 29, 1928, ch. 910, § 5</a>, <a href="/us/stat/45/1007">45 Stat. 1007</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">209</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>56</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1928-05-29/ch910/s6">May 29, 1928, ch. 910, § 6</a>, <a href="/us/stat/45/1007">45 Stat. 1007</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">210</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>57</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1928-05-29/ch910/s7">May 29, 1928, ch. 910, § 7</a>, <a href="/us/stat/45/1008">45 Stat. 1008</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">211</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>58</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1928-05-29/ch910/s8">May 29, 1928, ch. 910, § 8</a>, <a href="/us/stat/45/1008">45 Stat. 1008</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">212</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>59</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1928-05-29/ch910/s10">May 29, 1928, ch. 910, § 10</a>, <a href="/us/stat/45/1008">45 Stat. 1008</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">213</p></td></tr> +<tr style="-uslm-lc:I01;"><td style=" text-align:left; vertical-align:top; border-right:1px solid black; padding-right:2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span>60</span></p></td><td style=" text-align:left; vertical-align:top; border-right:1px solid black; border-left:1px solid black; padding-right:2pt; padding-left: 2pt;"><p style=" text-align:left; text-indent: -1em; padding-left:1em;" class="leaders"><span><a href="/us/act/1933-03-03/ch202/s2">Mar. 3, 1933, ch. 202, § 2</a>, <a href="/us/stat/47/1431">47 Stat. 1431</a></span></p></td><td style=" text-align:right; vertical-align:top; border-left:1px solid black; padding-left: 2pt;"><p style=" text-align:right;">Rep.</p></td></tr> +</tbody> +</table> +</note> +</notes> +<chapter style="-uslm-lc:I81" id="ide0ba6fd8-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/ch1"><num value="1">CHAPTER 1—</num><heading>RULES OF CONSTRUCTION</heading> +<toc role="twoColumnTOC" id="ide0ba6fd9-259a-11ee-829b-a5a403e3639c"> +<layout> +<header style="-uslm-lc:I70" role="tocColumnHeader"> +<column class="tocHeaderLeft">Sec.</column> +</header> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s1">1.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Words denoting number, gender, etc.<ref class="footnoteRef" idref="fn002001">1</ref><note type="footnote" id="fn002001"><num>1</num> So in original. Does not conform to section catchline.</note></column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s2">2.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">“County” as including “parish”, etc.<ref class="footnoteRef" idref="fn002001">1</ref></column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s3">3.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">“Vessel” as including all means of water transportation.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s4">4.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">“Vehicle” as including all means of land transportation.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s5">5.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">“Company” or “association” as including successors and assigns.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s6">6.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Limitation of term “products of American fisheries.”</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s7">7.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Definition of “marriage” and “spouse”.<ref class="footnoteRef" idref="fn002002">2</ref><note type="footnote" id="fn002002"><num>2</num> Section catchline amended by <ref href="/us/pl/117/228">Pub. L. 117–228</ref> without corresponding amendment of chapter analysis.</note></column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s8">8.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">“Person”, “human being”, “child”, and “individual” as including born-alive infant.</column> +</tocItem> +</layout> +</toc> +<notes type="uscNote" id="ide0ba6fda-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0ba6fdb-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0ba6fdc-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">2002—<ref href="/us/pl/107/207/s2/b">Pub. L. 107–207, § 2(b)</ref>, <date date="2002-08-05">Aug. 5, 2002</date>, <ref href="/us/stat/116/926">116 Stat. 926</ref>, added item 8.</p> +<p style="-uslm-lc:I21" class="indent0">1996—<ref href="/us/pl/104/199/s3/b">Pub. L. 104–199, § 3(b)</ref>, <date date="1996-09-21">Sept. 21, 1996</date>, <ref href="/us/stat/110/2420">110 Stat. 2420</ref>, added item 7.</p> +</note> +</notes> +<section style="-uslm-lc:I80" id="ide0ba6fdd-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s1"><num value="1">§ 1.</num><heading> Words denoting number, gender, and so forth</heading><content> +<p style="-uslm-lc:I11" class="indent0">In determining the meaning of any Act of Congress, unless the context indicates otherwise—</p> +<p style="-uslm-lc:I12" role="listItem" class="indent1">words importing the singular include and apply to several persons, parties, or things;</p> +<p style="-uslm-lc:I12" role="listItem" class="indent1">words importing the plural include the singular;</p> +<p style="-uslm-lc:I12" role="listItem" class="indent1">words importing the masculine gender include the feminine as well;</p> +<p style="-uslm-lc:I12" role="listItem" class="indent1">words used in the present tense include the future as well as the present;</p> +<p style="-uslm-lc:I12" role="listItem" class="indent1">the words “insane” and “insane person” shall include every idiot, insane person, and person non compos mentis;</p> +<p style="-uslm-lc:I12" role="listItem" class="indent1">the words “person” and “whoever” include corporations, companies, associations, firms, partnerships, societies, and joint stock companies, as well as individuals;</p> +<p style="-uslm-lc:I12" role="listItem" class="indent1">“officer” includes any person authorized by law to perform the duties of the office;</p> +<p style="-uslm-lc:I12" role="listItem" class="indent1">“signature” or “subscription” includes a mark when the person making the same intended it as such;</p> +<p style="-uslm-lc:I12" role="listItem" class="indent1">“oath” includes affirmation, and “sworn” includes affirmed;</p> +<p style="-uslm-lc:I12" role="listItem" class="indent1">“writing” includes printing and typewriting and reproductions of visual symbols by photographing, multigraphing, mimeographing, manifolding, or otherwise.</p> +</content><sourceCredit id="ide0ba6fde-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/633">61 Stat. 633</ref>; <ref href="/us/act/1948-06-25/ch645/s6">June 25, 1948, ch. 645, § 6</ref>, <ref href="/us/stat/62/859">62 Stat. 859</ref>; <ref href="/us/act/1951-10-31/ch655/s1">Oct. 31, 1951, ch. 655, § 1</ref>, <ref href="/us/stat/65/710">65 Stat. 710</ref>; <ref href="/us/pl/112/231/s2/a">Pub. L. 112–231, § 2(a)</ref>, <date date="2012-12-28">Dec. 28, 2012</date>, <ref href="/us/stat/126/1619">126 Stat. 1619</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0ba6fdf-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0ba6fe0-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0ba6fe1-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">2012—<ref href="/us/pl/112/231">Pub. L. 112–231</ref>, in fifth clause after opening clause, struck out “and ‘lunatic’ ” before “shall include every” and “lunatic,” before “insane person,”.</p> +<p style="-uslm-lc:I21" class="indent0">1951—Act <date date="1951-10-31">Oct. 31, 1951</date>, substituted, in fourth clause after opening clause, “used” for “use”.</p> +<p style="-uslm-lc:I21" class="indent0">1948—Act <date date="1948-06-25">June 25, 1948</date>, included “tense”, “whoever”, “signature”, “subscription”, “writing” and a broader definition of “person”.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0ba6fe2-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="shortTitleOfAmendment" id="ide0ba6fe3-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Short Title of 2022 Amendment</heading><p><ref href="/us/pl/117/228/s1">Pub. L. 117–228, § 1</ref>, <date date="2022-12-13">Dec. 13, 2022</date>, <ref href="/us/stat/136/2305">136 Stat. 2305</ref>, provided that: <quotedContent origin="/us/pl/117/228/s1">“This Act [enacting <ref href="/us/usc/t28/s1738C">section 1738C of Title 28</ref>, Judiciary and Judicial Procedure, amending <ref href="/us/usc/t1/s7">section 7 of this title</ref>, repealing <ref href="/us/usc/t28/s1738C">section 1738C of Title 28</ref>, and enacting provisions set out as notes under <ref href="/us/usc/t1/s7">section 7 of this title</ref>] may be cited as the ‘Respect for Marriage Act’.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="shortTitleOfAmendment" id="ide0ba6fe4-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Short Title of 2012 Amendment</heading><p><ref href="/us/pl/112/231/s1">Pub. L. 112–231, § 1</ref>, <date date="2012-12-28">Dec. 28, 2012</date>, <ref href="/us/stat/126/1619">126 Stat. 1619</ref>, provided that: <quotedContent origin="/us/pl/112/231/s1">“This Act [amending this section and sections 92a, 215, and 215a of Title 12, Banks and Banking] may be cited as the ‘21st Century Language Act of 2012’.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="shortTitleOfAmendment" id="ide0ba6fe5-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Short Title of 2002 Amendment</heading><p><ref href="/us/pl/107/207/s1">Pub. L. 107–207, § 1</ref>, <date date="2002-08-05">Aug. 5, 2002</date>, <ref href="/us/stat/116/926">116 Stat. 926</ref>, provided that: <quotedContent origin="/us/pl/107/207/s1">“This Act [enacting <ref href="/us/usc/t1/s8">section 8 of this title</ref>] may be cited as the ‘Born-Alive Infants Protection Act of 2002’.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="shortTitleOfAmendment" id="ide0ba6fe6-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Short Title of 1996 Amendment</heading><p><ref href="/us/pl/104/199/s1">Pub. L. 104–199, § 1</ref>, <date date="1996-09-21">Sept. 21, 1996</date>, <ref href="/us/stat/110/2419">110 Stat. 2419</ref>, provided that: <quotedContent origin="/us/pl/104/199/s1">“This Act [enacting <ref href="/us/usc/t1/s7">section 7 of this title</ref> and <ref href="/us/usc/t28/s1738C">section 1738C of Title 28</ref>, Judiciary and Judicial Procedure] may be cited as the ‘Defense of Marriage Act’.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9d7-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/117/328">Pub. L. 117–328</ref></heading><p><ref href="/us/pl/117/328/s3">Pub. L. 117–328, § 3</ref>, <date date="2022-12-29">Dec. 29, 2022</date>, <ref href="/us/stat/136/4461">136 Stat. 4461</ref>, provided that: <quotedContent origin="/us/pl/117/328/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2023, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9d8-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/117/229">Pub. L. 117–229</ref></heading><p><ref href="/us/pl/117/229/s3">Pub. L. 117–229, § 3</ref>, <date date="2022-12-16">Dec. 16, 2022</date>, <ref href="/us/stat/136/2308">136 Stat. 2308</ref>, provided that: <quotedContent origin="/us/pl/117/229/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Further Continuing Appropriations and Extensions Act, 2023, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9d9-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/117/103">Pub. L. 117–103</ref></heading><p><ref href="/us/pl/117/103/s3">Pub. L. 117–103, § 3</ref>, <date date="2022-03-15">Mar. 15, 2022</date>, <ref href="/us/stat/136/51">136 Stat. 51</ref>, provided that: <quotedContent origin="/us/pl/117/103/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2022, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9da-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/117/58">Pub. L. 117–58</ref></heading><p><ref href="/us/pl/117/58/s2">Pub. L. 117–58, § 2</ref>, <date date="2021-11-15">Nov. 15, 2021</date>, <ref href="/us/stat/135/442">135 Stat. 442</ref>, provided that: <quotedContent origin="/us/pl/117/58/s2">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Infrastructure Investment and Jobs Act, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9db-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/117/43">Pub. L. 117–43</ref></heading><p><ref href="/us/pl/117/43/s3">Pub. L. 117–43, § 3</ref>, <date date="2021-09-30">Sept. 30, 2021</date>, <ref href="/us/stat/135/344">135 Stat. 344</ref>, provided that: <quotedContent origin="/us/pl/117/43/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Extending Government Funding and Delivering Emergency Assistance Act, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9dc-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/116/260">Pub. L. 116–260</ref></heading><p><ref href="/us/pl/116/260/s3">Pub. L. 116–260, § 3</ref>, <date date="2020-12-27">Dec. 27, 2020</date>, <ref href="/us/stat/134/1185">134 Stat. 1185</ref>, provided that: <quotedContent origin="/us/pl/116/260/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2021, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +<p><ref href="/us/pl/116/260/dK/tVII/s7034/q/7">Pub. L. 116–260, div. K, title VII, § 7034(q)(7)</ref>, <date date="2020-12-27">Dec. 27, 2020</date>, <ref href="/us/stat/134/1754">134 Stat. 1754</ref>, provided that: <quotedContent origin="/us/pl/116/260/dK/tVII/s7034/q/7">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in titles I through VII [of div. K of <ref href="/us/pl/116/260">Pub. L. 116–260</ref>, see Tables for classification] shall be treated as referring only to the provisions of such titles.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9dd-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/116/159">Pub. L. 116–159</ref></heading><p><ref href="/us/pl/116/159/s3">Pub. L. 116–159, § 3</ref>, <date date="2020-10-01">Oct. 1, 2020</date>, <ref href="/us/stat/134/709">134 Stat. 709</ref>, provided that: <quotedContent origin="/us/pl/116/159/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Continuing Appropriations Act, 2021 and Other Extensions Act, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9de-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/116/136">Pub. L. 116–136</ref></heading><p><ref href="/us/pl/116/136/s3">Pub. L. 116–136, § 3</ref>, <date date="2020-03-27">Mar. 27, 2020</date>, <ref href="/us/stat/134/285">134 Stat. 285</ref>, provided that: <quotedContent origin="/us/pl/116/136/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Coronavirus Aid, Relief, and Economic Security Act or the CARES Act, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9df-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/116/127">Pub. L. 116–127</ref></heading><p><ref href="/us/pl/116/127/s3">Pub. L. 116–127, § 3</ref>, <date date="2020-03-18">Mar. 18, 2020</date>, <ref href="/us/stat/134/178">134 Stat. 178</ref>, provided that: <quotedContent origin="/us/pl/116/127/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Families First Coronavirus Response Act, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9e0-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/116/94">Pub. L. 116–94</ref></heading><p><ref href="/us/pl/116/94/s3">Pub. L. 116–94, § 3</ref>, <date date="2019-12-20">Dec. 20, 2019</date>, <ref href="/us/stat/133/2536">133 Stat. 2536</ref>, provided that: <quotedContent origin="/us/pl/116/94/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Further Consolidated Appropriations Act, 2020, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +<p><ref href="/us/pl/116/94/dF/tVI/s612">Pub. L. 116–94, div. F, title VI, § 612</ref>, <date date="2019-12-20">Dec. 20, 2019</date>, <ref href="/us/stat/133/2815">133 Stat. 2815</ref>, provided that: <quotedContent origin="/us/pl/116/94/dF/tVI/s612">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in this division [div. F of <ref href="/us/pl/116/94">Pub. L. 116–94</ref>, see Tables for classification] shall be treated as referring only to the provisions of this division.”</quotedContent> +</p> +<p><ref href="/us/pl/116/94/dH/tIV/s420">Pub. L. 116–94, div. H, title IV, § 420</ref>, <date date="2019-12-20">Dec. 20, 2019</date>, <ref href="/us/stat/133/3017">133 Stat. 3017</ref>, provided that: <quotedContent origin="/us/pl/116/94/dH/tIV/s420">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in this division [div. H of <ref href="/us/pl/116/94">Pub. L. 116–94</ref>, see Tables for classifcation] shall be treated as referring only to the provisions of this division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9e1-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/116/93">Pub. L. 116–93</ref></heading><p><ref href="/us/pl/116/93/s3">Pub. L. 116–93, § 3</ref>, <date date="2019-12-20">Dec. 20, 2019</date>, <ref href="/us/stat/133/2318">133 Stat. 2318</ref>, provided that: <quotedContent origin="/us/pl/116/93/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2020, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9e2-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/116/6">Pub. L. 116–6</ref></heading><p><ref href="/us/pl/116/6/s3">Pub. L. 116–6, § 3</ref>, <date date="2019-02-15">Feb. 15, 2019</date>, <ref href="/us/stat/133/14">133 Stat. 14</ref>, provided that: <quotedContent origin="/us/pl/116/6/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2019, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9e3-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/115/245">Pub. L. 115–245</ref></heading><p><ref href="/us/pl/115/245/s3">Pub. L. 115–245, § 3</ref>, <date date="2018-09-28">Sept. 28, 2018</date>, <ref href="/us/stat/132/2981">132 Stat. 2981</ref>, provided that: <quotedContent origin="/us/pl/115/245/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Department of Defense and Labor, Health and Human Services, and Education Appropriations Act, 2019 and Continuing Appropriations Act, 2019, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9e4-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/115/244">Pub. L. 115–244</ref></heading><p><ref href="/us/pl/115/244/s3">Pub. L. 115–244, § 3</ref>, <date date="2018-09-21">Sept. 21, 2018</date>, <ref href="/us/stat/132/2897">132 Stat. 2897</ref>, provided that: <quotedContent origin="/us/pl/115/244/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Energy and Water, Legislative Branch, and Military Construction and Veterans Affairs Appropriations Act, 2019, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9e5-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/115/141">Pub. L. 115–141</ref></heading><p><ref href="/us/pl/115/141/s3">Pub. L. 115–141, § 3</ref>, <date date="2018-03-23">Mar. 23, 2018</date>, <ref href="/us/stat/132/350">132 Stat. 350</ref>, provided that: <quotedContent origin="/us/pl/115/141/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2018, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9e6-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/115/56">Pub. L. 115–56</ref></heading><p><ref href="/us/pl/115/56/s3">Pub. L. 115–56, § 3</ref>, <date date="2017-09-08">Sept. 8, 2017</date>, <ref href="/us/stat/131/1129">131 Stat. 1129</ref>, provided that: <quotedContent origin="/us/pl/115/56/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Continuing Appropriations Act, 2018 and Supplemental Appropriations for Disaster Relief Requirements Act, 2017, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9e7-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/115/31">Pub. L. 115–31</ref></heading><p><ref href="/us/pl/115/31/s3">Pub. L. 115–31, § 3</ref>, <date date="2017-05-05">May 5, 2017</date>, <ref href="/us/stat/131/137">131 Stat. 137</ref>, provided that: <quotedContent origin="/us/pl/115/31/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2017, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9e8-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/114/113">Pub. L. 114–113</ref></heading><p><ref href="/us/pl/114/113/s3">Pub. L. 114–113, § 3</ref>, <date date="2015-12-18">Dec. 18, 2015</date>, <ref href="/us/stat/129/2244">129 Stat. 2244</ref>, provided that: <quotedContent origin="/us/pl/114/113/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2016, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9e9-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/114/94">Pub. L. 114–94</ref></heading><p><ref href="/us/pl/114/94/dA/s1004">Pub. L. 114–94, div. A, § 1004</ref>, <date date="2015-12-04">Dec. 4, 2015</date>, <ref href="/us/stat/129/1322">129 Stat. 1322</ref>, provided that: <quotedContent origin="/us/pl/114/94/dA/s1004">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in this division [see Tables for classification] shall be treated as referring only to the provisions of this division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9ea-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/113/235">Pub. L. 113–235</ref></heading><p><ref href="/us/pl/113/235/s3">Pub. L. 113–235, § 3</ref>, <date date="2014-12-16">Dec. 16, 2014</date>, <ref href="/us/stat/128/2132">128 Stat. 2132</ref>, provided that: <quotedContent origin="/us/pl/113/235/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated and Further Continuing Appropriations Act, 2015, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9eb-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/113/76">Pub. L. 113–76</ref></heading><p><ref href="/us/pl/113/76/s3">Pub. L. 113–76, § 3</ref>, <date date="2014-01-17">Jan. 17, 2014</date>, <ref href="/us/stat/128/7">128 Stat. 7</ref>, provided that: <quotedContent origin="/us/pl/113/76/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2014, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9ec-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/113/67">Pub. L. 113–67</ref></heading><p><ref href="/us/pl/113/67/dA/s1/c">Pub. L. 113–67, div. A, § 1(c)</ref>, <date date="2013-12-26">Dec. 26, 2013</date>, <ref href="/us/stat/127/1166">127 Stat. 1166</ref>, provided that: <quotedContent origin="/us/pl/113/67/dA/s1/c">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Bipartisan Budget Act of 2013, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9ed-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/113/6">Pub. L. 113–6</ref></heading><p><ref href="/us/pl/113/6/s3">Pub. L. 113–6, § 3</ref>, <date date="2013-03-26">Mar. 26, 2013</date>, <ref href="/us/stat/127/199">127 Stat. 199</ref>, provided that: <quotedContent origin="/us/pl/113/6/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in division A, B, C, D, or E of this Act [Consolidated and Further Continuing Appropriations Act, 2013, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9ee-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/112/74">Pub. L. 112–74</ref></heading><p><ref href="/us/pl/112/74/s3">Pub. L. 112–74, § 3</ref>, <date date="2011-12-23">Dec. 23, 2011</date>, <ref href="/us/stat/125/787">125 Stat. 787</ref>, provided that: <quotedContent origin="/us/pl/112/74/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2012, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9ef-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/112/55">Pub. L. 112–55</ref></heading><p><ref href="/us/pl/112/55/s3">Pub. L. 112–55, § 3</ref>, <date date="2011-11-18">Nov. 18, 2011</date>, <ref href="/us/stat/125/552">125 Stat. 552</ref>, provided that: <quotedContent origin="/us/pl/112/55/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated and Further Continuing Appropriations Act, 2012, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9f0-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/112/10">Pub. L. 112–10</ref></heading><p><ref href="/us/pl/112/10/dA/tIX/s9015">Pub. L. 112–10, div. A, title IX, § 9015</ref>, <date date="2011-04-15">Apr. 15, 2011</date>, <ref href="/us/stat/125/102">125 Stat. 102</ref>, provided that: <quotedContent origin="/us/pl/112/10/dA/tIX/s9015">“Any reference to ‘this Act’ in this division [Department of Defense Appropriations Act, 2011, see Tables for classification] shall apply solely to this division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9f1-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/111/118">Pub. L. 111–118</ref></heading><p><ref href="/us/pl/111/118/s3">Pub. L. 111–118, § 3</ref>, <date date="2009-12-19">Dec. 19, 2009</date>, <ref href="/us/stat/123/3409">123 Stat. 3409</ref>, provided that: <quotedContent origin="/us/pl/111/118/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Department of Defense Appropriations Act, 2010, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9f2-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/111/117">Pub. L. 111–117</ref></heading><p><ref href="/us/pl/111/117/s3">Pub. L. 111–117, § 3</ref>, <date date="2009-12-16">Dec. 16, 2009</date>, <ref href="/us/stat/123/3035">123 Stat. 3035</ref>, provided that: <quotedContent origin="/us/pl/111/117/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2010, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9f3-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/111/8">Pub. L. 111–8</ref></heading><p><ref href="/us/pl/111/8/s3">Pub. L. 111–8, § 3</ref>, <date date="2009-03-11">Mar. 11, 2009</date>, <ref href="/us/stat/123/525">123 Stat. 525</ref>, provided that: <quotedContent origin="/us/pl/111/8/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Omnibus Appropriations Act, 2009, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bcb9f4-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/111/5">Pub. L. 111–5</ref></heading><p><ref href="/us/pl/111/5/s4">Pub. L. 111–5, § 4</ref>, <date date="2009-02-17">Feb. 17, 2009</date>, <ref href="/us/stat/123/116">123 Stat. 116</ref>, provided that: <quotedContent origin="/us/pl/111/5/s4">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [American Recovery and Reinvestment Act of 2009, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2af5-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/110/329">Pub. L. 110–329</ref></heading><p><ref href="/us/pl/110/329/s3">Pub. L. 110–329, § 3</ref>, <date date="2008-09-30">Sept. 30, 2008</date>, <ref href="/us/stat/122/3574">122 Stat. 3574</ref>, provided that: <quotedContent origin="/us/pl/110/329/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ or ‘this joint resolution’ contained in any division of this Act [Consolidated Security, Disaster Assistance, and Continuing Appropriations Act, 2009, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2af6-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/110/161">Pub. L. 110–161</ref></heading><p><ref href="/us/pl/110/161/s3">Pub. L. 110–161, § 3</ref>, <date date="2007-12-26">Dec. 26, 2007</date>, <ref href="/us/stat/121/1845">121 Stat. 1845</ref>, provided that: <quotedContent origin="/us/pl/110/161/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2008, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2af7-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/110/116">Pub. L. 110–116</ref></heading><p><ref href="/us/pl/110/116/s2">Pub. L. 110–116, § 2</ref>, <date date="2007-11-13">Nov. 13, 2007</date>, <ref href="/us/stat/121/1295">121 Stat. 1295</ref>, provided that: <quotedContent origin="/us/pl/110/116/s2">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [see Tables for classification] shall be treated as referencing only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2af8-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/109/289">Pub. L. 109–289</ref></heading><p><ref href="/us/pl/109/289/dA/tVIII/s8112">Pub. L. 109–289, div. A, title VIII, § 8112</ref>, <date date="2006-09-29">Sept. 29, 2006</date>, <ref href="/us/stat/120/1299">120 Stat. 1299</ref>, provided that: <quotedContent origin="/us/pl/109/289/dA/tVIII/s8112">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in this division [Department of Defense Appropriations Act, 2007, see Tables for classification] shall be referring only to the provisions of this division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2af9-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/109/148">Pub. L. 109–148</ref></heading><p><ref href="/us/pl/109/148/dB/tV/s5002">Pub. L. 109–148, div. B, title V, § 5002</ref>, <date date="2005-12-30">Dec. 30, 2005</date>, <ref href="/us/stat/119/2813">119 Stat. 2813</ref>, provided that: <quotedContent origin="/us/pl/109/148/dB/tV/s5002">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in either division A [Department of Defense Appropriations Act, 2006, see Tables for classification] or division B [Emergency Supplemental Appropriations Act to Address Hurricanes in the Gulf of Mexico and Pandemic Influenza, 2006, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2afa-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/109/115">Pub. L. 109–115</ref></heading><p><ref href="/us/pl/109/115/dA/tVIII/s847">Pub. L. 109–115, div. A, title VIII, § 847</ref>, <date date="2005-11-30">Nov. 30, 2005</date>, <ref href="/us/stat/119/2507">119 Stat. 2507</ref>, provided that: <quotedContent origin="/us/pl/109/115/dA/tVIII/s847">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in this division [Transportation, Treasury, Housing and Urban Development, the Judiciary, and Independent Agencies Appropriations Act, 2006, see Tables for classification] shall be treated as referring only to the provisions of this division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2afb-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/108/447">Pub. L. 108–447</ref></heading><p><ref href="/us/pl/108/447/s3">Pub. L. 108–447, § 3</ref>, <date date="2004-12-08">Dec. 8, 2004</date>, <ref href="/us/stat/118/2810">118 Stat. 2810</ref>, provided that: <quotedContent origin="/us/pl/108/447/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2005, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2afc-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/108/199">Pub. L. 108–199</ref></heading><p><ref href="/us/pl/108/199/s3">Pub. L. 108–199, § 3</ref>, <date date="2004-01-23">Jan. 23, 2004</date>, <ref href="/us/stat/118/4">118 Stat. 4</ref>, provided that: <quotedContent origin="/us/pl/108/199/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this Act [Consolidated Appropriations Act, 2004, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2afd-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">References in <ref href="/us/pl/108/7">Pub. L. 108–7</ref></heading><p><ref href="/us/pl/108/7/s3">Pub. L. 108–7, § 3</ref>, <date date="2003-02-20">Feb. 20, 2003</date>, <ref href="/us/stat/117/12">117 Stat. 12</ref>, provided that: <quotedContent origin="/us/pl/108/7/s3">“Except as expressly provided otherwise, any reference to ‘this Act’ contained in any division of this joint resolution [Consolidated Appropriations Resolution, 2003, see Tables for classification] shall be treated as referring only to the provisions of that division.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2afe-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Continental United States</heading><p><ref href="/us/pl/86/70/s48">Pub. L. 86–70, § 48</ref>, <date date="1959-06-25">June 25, 1959</date>, <ref href="/us/stat/73/154">73 Stat. 154</ref>, provided that: <quotedContent origin="/us/pl/86/70/s48">“Whenever the phrase ‘continental United States’ is used in any law of the United States enacted after the date of enactment of this Act [<date date="1959-06-25">June 25, 1959</date>], it shall mean the 49 States on the North American Continent and the District of Columbia, unless otherwise expressly provided.”</quotedContent> +</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0bf2aff-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s2"><num value="2">§ 2.</num><heading> “County” as including “parish”, and so forth</heading><content> +<p style="-uslm-lc:I11" class="indent0">The word “county” includes a parish, or any other equivalent subdivision of a State or Territory of the United States.</p> +</content><sourceCredit id="ide0bf2b00-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/633">61 Stat. 633</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0bf2b01-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s3"><num value="3">§ 3.</num><heading> “Vessel” as including all means of water transportation</heading><content> +<p style="-uslm-lc:I11" class="indent0">The word “vessel” includes every description of watercraft or other artificial contrivance used, or capable of being used, as a means of transportation on water.</p> +</content><sourceCredit id="ide0bf2b02-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/633">61 Stat. 633</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0bf2b03-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s4"><num value="4">§ 4.</num><heading> “Vehicle” as including all means of land transportation</heading><content> +<p style="-uslm-lc:I11" class="indent0">The word “vehicle” includes every description of carriage or other artificial contrivance used, or capable of being used, as a means of transportation on land.</p> +</content><sourceCredit id="ide0bf2b04-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/633">61 Stat. 633</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0bf2b05-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s5"><num value="5">§ 5.</num><heading> “Company” or “association” as including successors and assigns</heading><content> +<p style="-uslm-lc:I11" class="indent0">The word “company” or “association”, when used in reference to a corporation, shall be deemed to embrace the words “successors and assigns of such company or association”, in like manner as if these last-named words, or words of similar import, were expressed.</p> +</content><sourceCredit id="ide0bf2b06-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/633">61 Stat. 633</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0bf2b07-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s6"><num value="6">§ 6.</num><heading> Limitation of term “products of American fisheries”</heading><content> +<p style="-uslm-lc:I11" class="indent0">Wherever, in the statutes of the United States or in the rulings, regulations, or interpretations of various administrative bureaus and agencies of the United States there appears or may appear the term “products of American fisheries” said term shall not include fresh or frozen fish fillets, fresh or frozen fish steaks, or fresh or frozen slices of fish substantially free of bone (including any of the foregoing divided into sections), produced in a foreign country or its territorial waters, in whole or in part with the use of the labor of persons who are not residents of the United States.</p> +</content><sourceCredit id="ide0bf2b08-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/634">61 Stat. 634</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0bf2b09-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s7"><num value="7">§ 7.</num><heading> Marriage</heading><subsection style="-uslm-lc:I11" class="indent0" id="ide0bf2b0a-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s7/a"><num value="a">(a)</num><content> For the purposes of any Federal law, rule, or regulation in which marital status is a factor, an individual shall be considered married if that individual’s marriage is between 2 individuals and is valid in the State where the marriage was entered into or, in the case of a marriage entered into outside any State, if the marriage is between 2 individuals and is valid in the place where entered into and the marriage could have been entered into in a State.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0bf2b0b-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s7/b"><num value="b">(b)</num><content> In this section, the term “State” means a State, the District of Columbia, the Commonwealth of Puerto Rico, or any other territory or possession of the United States.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0bf2b0c-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s7/c"><num value="c">(c)</num><content> For purposes of subsection (a), in determining whether a marriage is valid in a State or the place where entered into, if outside of any State, only the law of the jurisdiction applicable at the time the marriage was entered into may be considered.</content> +</subsection> +<sourceCredit id="ide0bf2b0d-259a-11ee-829b-a5a403e3639c">(Added <ref href="/us/pl/104/199/s3/a">Pub. L. 104–199, § 3(a)</ref>, <date date="1996-09-21">Sept. 21, 1996</date>, <ref href="/us/stat/110/2419">110 Stat. 2419</ref>; amended <ref href="/us/pl/117/228/s5">Pub. L. 117–228, § 5</ref>, <date date="2022-12-13">Dec. 13, 2022</date>, <ref href="/us/stat/136/2306">136 Stat. 2306</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0bf2b0e-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0bf2b0f-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0bf2b10-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">2022—<ref href="/us/pl/117/228">Pub. L. 117–228</ref> amended section generally. Prior to amendment, text read as follows: “In determining the meaning of any Act of Congress, or of any ruling, regulation, or interpretation of the various administrative bureaus and agencies of the United States, the word ‘marriage’ means only a legal union between one man and one woman as husband and wife, and the word ‘spouse’ refers only to a person of the opposite sex who is a husband or a wife.”</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0bf2b11-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="separability" id="ide0bf2b12-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Severability</heading><p><ref href="/us/pl/117/228/s8">Pub. L. 117–228, § 8</ref>, <date date="2022-12-13">Dec. 13, 2022</date>, <ref href="/us/stat/136/2307">136 Stat. 2307</ref>, provided that: <quotedContent origin="/us/pl/117/228/s8">“If any provision of this Act [see Short Title of 2022 Amendment note set out under <ref href="/us/usc/t1/s1">section 1 of this title</ref>], or any amendment made by this Act, or the application of such provision to any person, entity, government, or circumstance, is held to be unconstitutional, the remainder of this Act, or any amendment made thereby, or the application of such provision to all other persons, entities, governments, or circumstances, shall not be affected thereby.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2b13-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Findings</heading><p><ref href="/us/pl/117/228/s2">Pub. L. 117–228, § 2</ref>, <date date="2022-12-13">Dec. 13, 2022</date>, <ref href="/us/stat/136/2305">136 Stat. 2305</ref>, provided that: <quotedContent origin="/us/pl/117/228/s2"> +<inline>“Congress finds the following:</inline> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="1">“(1)</num><content> No union is more profound than marriage, for it embodies the highest ideals of love, fidelity, devotion, sacrifice, and family.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="2">“(2)</num><content> Diverse beliefs about the role of gender in marriage are held by reasonable and sincere people based on decent and honorable religious or philosophical premises. Therefore, Congress affirms that such people and their diverse beliefs are due proper respect.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="3">“(3)</num><content> Millions of people, including interracial and same-sex couples, have entered into marriages and have enjoyed the rights and privileges associated with marriage. Couples joining in marriage deserve to have the dignity, stability, and ongoing protection that marriage affords to families and children.”</content> +</paragraph> +</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2b14-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">No Impact on Religious Liberty and Conscience</heading><p><ref href="/us/pl/117/228/s6">Pub. L. 117–228, § 6</ref>, <date date="2022-12-13">Dec. 13, 2022</date>, <ref href="/us/stat/136/2306">136 Stat. 2306</ref>, provided that:<quotedContent origin="/us/pl/117/228/s6"> +<subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">In General</inline>.—</heading><content>Nothing in this Act [see Short Title of 2022 Amendment note set out under <ref href="/us/usc/t1/s1">section 1 of this title</ref>], or any amendment made by this Act, shall be construed to diminish or abrogate a religious liberty or conscience protection otherwise available to an individual or organization under the Constitution of the United States or Federal law.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">Goods or Services</inline>.—</heading><content>Consistent with the First Amendment to the Constitution, nonprofit religious organizations, including churches, mosques, synagogues, temples, nondenominational ministries, interdenominational and ecumenical organizations, mission organizations, faith-based social agencies, religious educational institutions, and nonprofit entities whose principal purpose is the study, practice, or advancement of religion, and any employee of such an organization, shall not be required to provide services, accommodations, advantages, facilities, goods, or privileges for the solemnization or celebration of a marriage. Any refusal under this subsection to provide such services, accommodations, advantages, facilities, goods, or privileges shall not create any civil claim or cause of action.”</content> +</subsection> +</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0bf2b15-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Statutory Prohibition</heading><p><ref href="/us/pl/117/228/s7">Pub. L. 117–228, § 7</ref>, <date date="2022-12-13">Dec. 13, 2022</date>, <ref href="/us/stat/136/2306">136 Stat. 2306</ref>, provided that:<quotedContent origin="/us/pl/117/228/s7"> +<subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">No Impact on Status and Benefits Not Arising From a Marriage</inline>.—</heading><content>Nothing in this Act [see Short Title of 2022 Amendment note set out under <ref href="/us/usc/t1/s1">section 1 of this title</ref>], or any amendment made by this Act, shall be construed to deny or alter any benefit, status, or right of an otherwise eligible entity or person which does not arise from a marriage, including tax-exempt status, tax treatment, educational funding, or a grant, contract, agreement, guarantee, loan, scholarship, license, certification, accreditation, claim, or defense.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">No Federal Recognition of Polygamous Marriages</inline>.—</heading><content>Nothing in this Act, or any amendment made by this Act, shall be construed to require or authorize Federal recognition of marriages between more than 2 individuals.”</content> +</subsection> +</quotedContent> +</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0bf2b16-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s8"><num value="8">§ 8.</num><heading> “Person”, “human being”, “child”, and “individual” as including born-alive infant</heading><subsection style="-uslm-lc:I11" class="indent0" id="ide0bf2b17-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s8/a"><num value="a">(a)</num><content> In determining the meaning of any Act of Congress, or of any ruling, regulation, or interpretation of the various administrative bureaus and agencies of the United States, the words “person”, “human being”, “child”, and “individual”, shall include every infant member of the species homo sapiens who is born alive at any stage of development.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c17508-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s8/b"><num value="b">(b)</num><content> As used in this section, the term “born alive”, with respect to a member of the species homo sapiens, means the complete expulsion or extraction from his or her mother of that member, at any stage of development, who after such expulsion or extraction breathes or has a beating heart, pulsation of the umbilical cord, or definite movement of voluntary muscles, regardless of whether the umbilical cord has been cut, and regardless of whether the expulsion or extraction occurs as a result of natural or induced labor, cesarean section, or induced abortion.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c17509-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s8/c"><num value="c">(c)</num><content> Nothing in this section shall be construed to affirm, deny, expand, or contract any legal status or legal right applicable to any member of the species homo sapiens at any point prior to being “born alive” as defined in this section.</content> +</subsection> +<sourceCredit id="ide0c1750a-259a-11ee-829b-a5a403e3639c">(Added <ref href="/us/pl/107/207/s2/a">Pub. L. 107–207, § 2(a)</ref>, <date date="2002-08-05">Aug. 5, 2002</date>, <ref href="/us/stat/116/926">116 Stat. 926</ref>.)</sourceCredit> +</section> +</chapter> +<chapter style="-uslm-lc:I81" id="ide0c1750b-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/ch2"><num value="2">CHAPTER 2—</num><heading>ACTS AND RESOLUTIONS; FORMALITIES OF ENACTMENT; REPEALS; SEALING OF INSTRUMENTS</heading> +<toc role="twoColumnTOC" id="ide0c1750c-259a-11ee-829b-a5a403e3639c"> +<layout> +<header style="-uslm-lc:I70" role="tocColumnHeader"> +<column class="tocHeaderLeft">Sec.</column> +</header> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s101">101.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Enacting clause.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s102">102.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Resolving clause.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s103">103.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Enacting or resolving words after first section.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s104">104.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Numbering of sections; single proposition.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s105">105.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Title of appropriation Acts.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s106">106.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Printing bills and joint resolutions.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s106a">106a.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Promulgation of laws.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s106b">106b.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Amendments to Constitution.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s107">107.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Parchment or paper for printing enrolled bills or resolutions.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s108">108.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Repeal of repealing act.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s109">109.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Repeal of statutes as affecting existing liabilities.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s110">110.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Saving clause of Revised Statutes.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s111">111.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Repeals as evidence of prior effectiveness.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s112">112.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Statutes at Large; contents; admissibility in evidence.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s112a">112a.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">United States Treaties and Other International Agreements; contents; admissibility in evidence.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s112b">112b.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">United States international agreements; transmission to Congress.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s113">113.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">“Little and Brown’s” edition of laws and treaties; slip laws; Treaties and Other International Act <ref class="footnoteRef" idref="fn002004">1</ref><note type="footnote" id="fn002004"><num>1</num> So in original. Does not conform to section catchline.</note> Series; admissibility in evidence.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s114">114.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Sealing of instruments.</column> +</tocItem> +</layout> +</toc> +<notes type="uscNote" id="ide0c1750d-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I84" topic="prospectiveAmendment" id="ide0c1750e-259a-11ee-829b-a5a403e3639c"><heading class="centered fontsize8 smallCaps">Amendment of Analysis</heading><p style="-uslm-lc:I88" class="indent1 fontsize8 italic"><ref href="/us/pl/117/263/dE/tLIX/s5947/a/2">Pub. L. 117–263, div. E, title LIX, § 5947(a)(2)</ref>, (c), <date date="2022-12-23">Dec. 23, 2022</date>, <ref href="/us/stat/136/3481">136 Stat. 3481</ref>, 3482, provided that, effective 270 days after <date date="2022-12-23">Dec. 23, 2022</date>, this analysis is amended by striking item 112b and inserting new item 112b “United States international agreements and non-binding instruments; transparency provisions.” See 2022 Amendment note below.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0c1750f-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0c17510-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">2022—<ref href="/us/pl/117/263/dE/tLIX/s5947/a/2">Pub. L. 117–263, div. E, title LIX, § 5947(a)(2)</ref>, <date date="2022-12-23">Dec. 23, 2022</date>, <ref href="/us/stat/136/3481">136 Stat. 3481</ref>, added item 112b and struck out former item 112b “United States international agreements; transmission to Congress”.</p> +<p style="-uslm-lc:I21" class="indent0">1972—<ref href="/us/pl/92/403/s2">Pub. L. 92–403, § 2</ref>, <date date="1972-08-22">Aug. 22, 1972</date>, <ref href="/us/stat/86/619">86 Stat. 619</ref>, added item 112b.</p> +<p style="-uslm-lc:I21" class="indent0">1966—<ref href="/us/pl/89/497/s2">Pub. L. 89–497, § 2</ref>, <date date="1966-07-08">July 8, 1966</date>, <ref href="/us/stat/80/271">80 Stat. 271</ref>, inserted “slip laws; Treaties and Other International Acts Series;” in item 113.</p> +<p style="-uslm-lc:I21" class="indent0">1951—<ref href="/us/act/1951-10-31/ch655/s2/a">Act Oct. 31, 1951, ch. 655, § 2(a)</ref>, <ref href="/us/stat/65/710">65 Stat. 710</ref>, added items 106a and 106b.</p> +<p style="-uslm-lc:I21" class="indent0">1950—<ref href="/us/act/1950-09-23/ch1001/s3">Act Sept. 23, 1950, ch. 1001, § 3</ref>, <ref href="/us/stat/64/980">64 Stat. 980</ref>, added item 112a.</p> +</note> +</notes> +<section style="-uslm-lc:I80" id="ide0c17511-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s101"><num value="101">§ 101.</num><heading> Enacting clause</heading><content> +<p style="-uslm-lc:I11" class="indent0">The enacting clause of all Acts of Congress shall be in the following form: “Be it enacted by the Senate and House of Representatives of the United States of America in Congress assembled.”</p> +</content><sourceCredit id="ide0c17512-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/634">61 Stat. 634</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0c17513-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s102"><num value="102">§ 102.</num><heading> Resolving clause</heading><content> +<p style="-uslm-lc:I11" class="indent0">The resolving clause of all joint resolutions shall be in the following form: “Resolved by the Senate and House of Representatives of the United States of America in Congress assembled.”</p> +</content><sourceCredit id="ide0c17514-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/634">61 Stat. 634</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0c17515-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s103"><num value="103">§ 103.</num><heading> Enacting or resolving words after first section</heading><content> +<p style="-uslm-lc:I11" class="indent0">No enacting or resolving words shall be used in any section of an Act or resolution of Congress except in the first.</p> +</content><sourceCredit id="ide0c17516-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/634">61 Stat. 634</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0c17517-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s104"><num value="104">§ 104.</num><heading> Numbering of sections; single proposition</heading><content> +<p style="-uslm-lc:I11" class="indent0">Each section shall be numbered, and shall contain, as nearly as may be, a single proposition of enactment.</p> +</content><sourceCredit id="ide0c17518-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/634">61 Stat. 634</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0c17519-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s105"><num value="105">§ 105.</num><heading> Title of appropriation Acts</heading><content> +<p style="-uslm-lc:I11" class="indent0">The style and title of all Acts making appropriations for the support of Government shall be as follows: “An Act making appropriations (here insert the object) for the year ending September 30 (here insert the calendar year).”</p> +</content><sourceCredit id="ide0c1751a-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/634">61 Stat. 634</ref>; <ref href="/us/pl/93/344/tV/s506/a">Pub. L. 93–344, title V, § 506(a)</ref>, <date date="1974-07-12">July 12, 1974</date>, <ref href="/us/stat/88/322">88 Stat. 322</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0c1751b-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0c1751c-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0c1751d-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">1974—<ref href="/us/pl/93/344">Pub. L. 93–344</ref> substituted “September 30” for “June 30”.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0c1751e-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="effectiveDateOfAmendment" id="ide0c1751f-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Effective Date of 1974 Amendment</heading><p style="-uslm-lc:I21" class="indent0"><ref href="/us/pl/93/344/tV/s506/b">Pub. L. 93–344, title V, § 506(b)</ref>, <date date="1974-07-12">July 12, 1974</date>, <ref href="/us/stat/88/322">88 Stat. 322</ref>, which provided that the amendment of this section by <ref href="/us/pl/93/344">Pub. L. 93–344</ref> was effective with respect to Acts making appropriations for the support of the Government for any fiscal year commencing on or after <date date="1976-10-01">Oct. 1, 1976</date>, was omitted in the complete revision of title V of <ref href="/us/pl/93/344">Pub. L. 93–344</ref> by <ref href="/us/pl/101/508/tXIII/s13201/a">Pub. L. 101–508, title XIII, § 13201(a)</ref>, <date date="1990-11-05">Nov. 5, 1990</date>, <ref href="/us/stat/104/1388-609">104 Stat. 1388–609</ref>.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0c17520-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s106"><num value="106">§ 106.</num><heading> Printing bills and joint resolutions</heading><content> +<p style="-uslm-lc:I11" class="indent0">Every bill or joint resolution in each House of Congress shall, when such bill or resolution passes either House, be printed, and such printed copy shall be called the engrossed bill or resolution as the case may be. Said engrossed bill or resolution shall be signed by the Clerk of the House or the Secretary of the Senate, and shall be sent to the other House, and in that form shall be dealt with by that House and its officers, and, if passed, returned signed by said Clerk or Secretary. When such bill, or joint resolution shall have passed both Houses, it shall be printed and shall then be called the enrolled bill, or joint resolution, as the case may be, and shall be signed by the presiding officers of both Houses and sent to the President of the United States. During the last six days of a session such engrossing and enrolling of bills and joint resolutions may be done otherwise than as above prescribed, upon the order of Congress by concurrent resolution.</p> +</content><sourceCredit id="ide0c17521-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/634">61 Stat. 634</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0c17522-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0c17523-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="effectiveDate" id="ide0c17524-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Reference to OBRA; Effective Date; Ratification of Enrollment Corrections and Printed Enrollment</heading><p><ref href="/us/pl/100/360/tIV/s411/a">Pub. L. 100–360, title IV, § 411(a)</ref>, <date date="1988-07-01">July 1, 1988</date>, <ref href="/us/stat/102/768">102 Stat. 768</ref>, provided that:<quotedContent origin="/us/pl/100/360/tIV/s411/a"> +<paragraph style="-uslm-lc:I21" class="indent0"><num value="1">“(1)</num><heading> <inline class="small-caps">Reference</inline>.—</heading><content>In this section, the term ‘OBRA’ refers to the Omnibus Budget Reconciliation Act of 1987 (<ref href="/us/pl/100/203">Public Law 100–203</ref>) [<ref href="/us/pl/100/203">Pub. L. 100–203</ref>, <date date="1987-12-22">Dec. 22, 1987</date>, <ref href="/us/stat/101/1330">101 Stat. 1330</ref>, see Tables for classification].</content> +</paragraph> +<paragraph style="-uslm-lc:I21" class="indent0"><num value="2">“(2)</num><heading> <inline class="small-caps">Effective date</inline>.—</heading><content>Except as specifically provided in this section, the amendments made by this section [amending sections 254<i>o</i>, 294f, 300aa–12, 300aa–15, 300aa–21, 426, 704, 912, 1320a–7, 1320a–7a, 1320a–7b, 1320b–5, 1320b–7, 1320b–8, 1320c–3, 1320c–5, 1320c–9, 1395e, 1395h, 1395i–2, 1395i–3, 1395k, 1395<i>l</i>, 1395m, 1395u, 1395w–1, 1395w–2, 1395x, 1395y, 1395aa, 1395bb, 1395cc, 1395dd, 1395gg, 1395mm, 1395ss, 1395tt, 1395ww, 1395aaa, 1395bbb, 1395ccc, 1396a, 1396b, 1396d, 1396j, 1396n, 1396<i>o</i>, 1396p, 1396r, 1396r–1, 1396r–3, 1396r–4, 1396s, and 1397d of Title 42, The Public Health and Welfare, amending provisions set out as notes under sections 426, 1320a–7a, 1320c–2, 1320c–3, 1395b–1, 1395h, 1395i–3, 1395<i>l</i>, 1395m, 1395n, 1395u, 1395w–1, 1395x, 1395aa, 1395dd, 1395mm, 1395ss, 1395ww, 1395bbb, 1396a, 1396b, and 1396r of Title 42, and repealing provisions set out as notes under section 1395<i>l</i> of Title 42], as they relate to a provision in OBRA, shall be effective as if they were included in the enactment of that provision in OBRA.</content> +</paragraph> +<paragraph style="-uslm-lc:I21" class="indent0"><num value="3">“(3)</num><heading> <inline class="small-caps">Ratification of enrollment corrections and printed enrollment.—</inline></heading><subparagraph style="-uslm-lc:I22" class="indent1"><num value="A">“(A)</num><heading> <inline class="small-caps">In general</inline>.—</heading><content>Except as provided in subparagraph (B), the enrollment corrections noted in footnotes numbered 9 through 72 of OBRA are hereby ratified and shall be considered to have been enacted as part of OBRA. The printed enrollment of title IV of OBRA [<ref href="/us/pl/100/203/tIV">Pub. L. 100–203, title IV</ref>, <date date="1987-12-22">Dec. 22, 1987</date>, <ref href="/us/stat/101/1330-39">101 Stat. 1330–39</ref>], as prepared and printed under section 8004 of OBRA [<ref href="/us/pl/100/203/s8004">section 8004 of Pub. L. 100–203</ref>, set out below] (including the footnote corrections described in subparagraph (B) and as incorporating the clarifications described in subparagraph (C)), shall be deemed to constitute title IV of OBRA as enacted.</content> +</subparagraph> +<subparagraph style="-uslm-lc:I22" class="indent1"><num value="B">“(B)</num><heading> <inline class="small-caps">Footnote corrections</inline>.—</heading><clause style="-uslm-lc:I22" class="indent1"><num value="i">(i)</num><content> With respect to the reference to which footnote 28 relates (<ref href="/us/stat/101/1330-81">101 Stat. 1330–81</ref>), the reference shall be deemed to have read ‘1320a–7b)’.</content> +</clause> +<clause style="-uslm-lc:I22" class="indent1"><num value="ii">“(ii)</num><content> With respect to the word to which footnote 30 relates (<ref href="/us/stat/101/1330-91">101 Stat. 1330–91</ref>), the word shall be deemed to have read ‘the’.</content> +</clause> +<clause style="-uslm-lc:I22" class="indent1"><num value="iii">“(iii)</num><content> With respect to the designation to which footnote 52 relates (<ref href="/us/stat/101/1330-151">101 Stat. 1330–151</ref>), the designation shall be deemed to have read ‘(F)’.</content> +</clause> +</subparagraph> +<subparagraph style="-uslm-lc:I22" class="indent1"><num value="C">“(C)</num><heading> <inline class="small-caps">Clarifications of illegible matter</inline>.—</heading><clause style="-uslm-lc:I22" class="indent1"><num value="i">(i)</num><content> Section 1842(n)(1)(A) of the Social Security Act, as added by section 4051(a) of OBRA (<ref href="/us/stat/101/1330-93">101 Stat. 1330–93</ref>) [<ref href="/us/usc/t42/s1395m/n/1/A">42 U.S.C. 1395m(n)(1)(A)</ref>], is deemed to have the phrase ‘the supplier’s reasonable charge to individuals enrolled under this part for the test’ immediately after ‘or, if lower, the’.</content> +</clause> +<clause style="-uslm-lc:I22" class="indent1"><num value="ii">“(ii)</num><content> Section 1834(a)(7)(B)(i) of the Social Security Act, as inserted by section 4062(b) of OBRA (<ref href="/us/stat/101/1330-103">101 Stat. 1330–103</ref>) [<ref href="/us/usc/t42/s1395m/a/7/B/i">42 U.S.C. 1395m(a)(7)(B)(i)</ref>], is deemed to have a reference to ‘1987’ immediately after ‘December’.”</content> +</clause> +</subparagraph> +</paragraph> +</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c17525-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Printed Enrollments Prepared After Enactment</heading><p><ref href="/us/pl/106/93">Pub. L. 106–93</ref>, <date date="1999-11-10">Nov. 10, 1999</date>, <ref href="/us/stat/113/1310">113 Stat. 1310</ref>, provided: <quotedContent origin="/us/pl/106/93">“That the provisions of sections 106 and 107 of title 1, United States Code, are waived for the remainder of the first session of the One Hundred Sixth Congress with respect to the printing (on parchment or otherwise) of the enrollment of any bill or joint resolution making general appropriations or continuing appropriations for the fiscal year ending <date date="2000-09-30">September 30, 2000</date>. The enrollment of any such bill or joint resolution shall be in such form as the Committee on House Administration of the House of Representatives certifies to be a true enrollment.”</quotedContent> +</p> +<p><ref href="/us/pl/105/253">Pub. L. 105–253</ref>, <date date="1998-10-12">Oct. 12, 1998</date>, <ref href="/us/stat/112/1887">112 Stat. 1887</ref>, provided: <quotedContent origin="/us/pl/105/253">“That the provisions of sections 106 and 107 of title 1, United States Code, are waived for the remainder of the One Hundred Fifth Congress with respect to the printing (on parchment or otherwise) of the enrollment of any bill or joint resolution making general appropriations or continuing appropriations for the fiscal year ending <date date="1999-09-30">September 30, 1999</date>. The enrollment of any such bill or joint resolution shall be in such form as the Committee on House Oversight of the House of Representatives certifies to be a true enrollment.”</quotedContent> +</p> +<p><ref href="/us/pl/105/120">Pub. L. 105–120</ref>, <date date="1997-11-26">Nov. 26, 1997</date>, <ref href="/us/stat/111/2527">111 Stat. 2527</ref>, provided: <quotedContent origin="/us/pl/105/120">“That the provisions of sections 106 and 107 of title 1, United States Code, are waived for the balance of the first session of the One Hundred Fifth Congress with respect to the printing (on parchment or otherwise) of the enrollment of any bill or joint resolution making general appropriations for the fiscal year ending on <date date="1998-09-30">September 30, 1998</date>, or continuing appropriations for the fiscal year ending on <date date="1998-09-30">September 30, 1998</date>. The enrollment of any such bill or joint resolution shall be in such form as the Committee on House Oversight of the House of Representatives certifies to be a true enrollment.”</quotedContent> +</p> +<p><ref href="/us/pl/105/32">Pub. L. 105–32</ref>, <date date="1997-08-01">Aug. 1, 1997</date>, <ref href="/us/stat/111/250">111 Stat. 250</ref>, provided: <quotedContent origin="/us/pl/105/32">“That the provisions of sections 106 and 107 of title 1, United States Code, are waived with respect to the printing (on parchment or otherwise) of the enrollment of H.R. 2014 [<ref href="/us/pl/105/34">Pub. L. 105–34</ref>, <date date="1997-08-05">Aug. 5, 1997</date>, <ref href="/us/stat/111/788">111 Stat. 788</ref>] and of H.R. 2015 [<ref href="/us/pl/105/33">Pub. L. 105–33</ref>, <date date="1997-08-05">Aug. 5, 1997</date>, <ref href="/us/stat/111/251">111 Stat. 251</ref>] of the One Hundred Fifth Congress. The enrollment of each of those bills shall be in such form as the Committee on House Oversight of the House of Representatives certifies to be a true enrollment.”</quotedContent> +</p> +<p><ref href="/us/pl/104/207">Pub. L. 104–207</ref>, <date date="1996-09-30">Sept. 30, 1996</date>, <ref href="/us/stat/110/3008">110 Stat. 3008</ref>, provided that:<quotedContent origin="/us/pl/104/207"> +<section style="-uslm-lc:I580467"><num value="1">“SECTION 1.</num><heading> WAIVER OF REQUIREMENT FOR PARCHMENT PRINTING.</heading><subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">Waiver</inline>.—</heading><content>The provisions of sections 106 and 107 of title 1, United States Code, are waived with respect to the printing (on parchment or otherwise) of the enrollment of any appropriation measure of the One Hundred Fourth Congress presented to the President after the enactment of this joint resolution [<date date="1996-09-30">Sept. 30, 1996</date>].</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">Certification of Enrollment by Committee on House Oversight</inline>.—</heading><content>The enrollment of any such measure shall be in such form as the Committee on House Oversight of the House of Representatives certifies to be a true enrollment.</content> +</subsection> +</section> +<section style="-uslm-lc:I580467"><num value="2">“SEC. 2.</num><heading> APPROPRIATION MEASURE DEFINED.</heading><content><p style="-uslm-lc:I21" class="indent0">“For purposes of this joint resolution, the term ‘appropriation measure’ means a bill or joint resolution that includes provisions making general or continuing appropriations for the fiscal year ending <date date="1997-09-30">September 30, 1997</date>.”</p> +</content> +</section> +</quotedContent> +</p> +<p><ref href="/us/pl/104/129">Pub. L. 104–129</ref>, <date date="1996-04-09">Apr. 9, 1996</date>, <ref href="/us/stat/110/1199">110 Stat. 1199</ref>, provided: <quotedContent origin="/us/pl/104/129">“That the provisions of sections 106 and 107 of title 1, United States Code, are waived with respect to the printing (on parchment or otherwise) of the enrollment of H.R. 3019 [<ref href="/us/pl/104/134">Pub. L. 104–134</ref>, <date date="1996-04-26">Apr. 26, 1996</date>, <ref href="/us/stat/110/1321">110 Stat. 1321</ref>] and the enrollment of H.R. 3136 [<ref href="/us/pl/104/121">Pub. L. 104–121</ref>, <date date="1996-03-29">Mar. 29, 1996</date>, <ref href="/us/stat/110/847">110 Stat. 847</ref>], each of the One Hundred Fourth Congress. The enrollment of either such bill shall be in such form as the Committee on House Oversight of the House of Representatives certifies to be a true enrollment.”</quotedContent> +</p> +<p><ref href="/us/pl/104/56/tII">Pub. L. 104–56, title II</ref>, §§ 201, 202, <date date="1995-11-20">Nov. 20, 1995</date>, <ref href="/us/stat/109/553">109 Stat. 553</ref>, provided that:<quotedContent origin="/us/pl/104/56/tII"> +<section style="-uslm-lc:I580467"><num value="201">“SEC. 201.</num><heading> WAIVER OF REQUIREMENT FOR PARCHMENT PRINTING.</heading><subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">Waiver</inline>.—</heading><chapeau>The provisions of sections 106 and 107 of title 1, United States Code, are waived with respect to the printing (on parchment or otherwise) of the enrollment of any of the following measures of the first session of the One Hundred Fourth Congress presented to the President after the enactment of this joint resolution [<date date="1995-11-20">Nov. 20, 1995</date>]:</chapeau><paragraph style="-uslm-lc:I22" class="indent1"><num value="1">“(1)</num><content> A continuing resolution.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="2">“(2)</num><content> A debt limit extension measure.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="3">“(3)</num><content> A reconciliation bill.</content> +</paragraph> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">Certification by Committee on House Oversight</inline>.—</heading><content>The enrollment of a measure to which subsection (a) applies shall be in such form as the Committee on House Oversight of the House of Representatives certifies to be a true enrollment.</content> +</subsection> +</section> +<section style="-uslm-lc:I580467"><num value="202">“SEC. 202.</num><heading> DEFINITIONS.</heading><chapeau style="-uslm-lc:I21" class="indent0">“As used in this joint resolution:</chapeau><paragraph style="-uslm-lc:I22" class="indent1"><num value="1">“(1)</num><heading> <inline class="small-caps">Continuing resolution</inline>.—</heading><content>The term ‘continuing resolution’ means a bill or joint resolution that includes provisions making further continuing appropriations for fiscal year 1996.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="2">“(2)</num><heading> <inline class="small-caps">Debt limit extension measure</inline>.—</heading><content>The term ‘debt limit extension measure’ means a bill or joint resolution that includes provisions increasing or waiving (for a temporary period or otherwise) the public debt limit under <ref href="/us/usc/t31/s3101/b">section 3101(b) of title 31</ref>, United States Code.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="3">“(3)</num><heading> <inline class="small-caps">Reconciliation bill</inline>.—</heading><content>The term ‘reconciliation bill’ means a bill that is a reconciliation bill within the meaning of section 310 of the Congressional Budget Act of 1974 [<ref href="/us/usc/t2/s641">2 U.S.C. 641</ref>].”</content> +</paragraph> +</section> +</quotedContent> +</p> +<p style="-uslm-lc:I21" class="indent0">Identical provisions were contained in <ref href="/us/pl/104/54/tII">Pub. L. 104–54, title II</ref>, §§ 201, 202, <date date="1995-11-19">Nov. 19, 1995</date>, <ref href="/us/stat/109/545">109 Stat. 545</ref>.</p> +<p><ref href="/us/pl/102/387">Pub. L. 102–387</ref>, <date date="1992-10-06">Oct. 6, 1992</date>, <ref href="/us/stat/106/1519">106 Stat. 1519</ref>, provided: <quotedContent origin="/us/pl/102/387">“That the provisions of sections 106 and 107 of title 1, United States Code, are waived with respect to the printing (on parchment or otherwise) of the enrollment of any appropriation bill of the One Hundred Second Congress hereafter to be presented to the President. Such an enrollment shall be in such form as the Committee on House Administration of the House of Representatives certifies to be a true enrollment. As used in this resolution, the term ‘appropriation bill’ means a bill or joint resolution making or continuing appropriations for the fiscal year ending <date date="1993-09-30">September 30, 1993</date>.”</quotedContent> +</p> +<p><ref href="/us/pl/102/260">Pub. L. 102–260</ref>, <date date="1992-03-20">Mar. 20, 1992</date>, <ref href="/us/stat/106/85">106 Stat. 85</ref>, provided that:<quotedContent origin="/us/pl/102/260"> +<section style="-uslm-lc:I580467"><num value="1">“SECTION 1.</num><heading> WAIVER OF REQUIREMENT FOR PARCHMENT PRINTING.</heading><content><p style="-uslm-lc:I21" class="indent0">“The provisions of sections 106 and 107 of title 1, United States Code, are waived with respect to the printing (on parchment or otherwise) of the enrollment of H.R. 4210 of the 102d Congress [H.R. 4210 was vetoed by the President on <date date="1992-03-20">Mar. 20, 1992</date>].</p> +</content> +</section> +<section style="-uslm-lc:I580467"><num value="2">“SEC. 2.</num><heading> CERTIFICATION BY COMMITTEE ON HOUSE ADMINISTRATION.</heading><content><p style="-uslm-lc:I21" class="indent0">“The enrollment of H.R. 4210 of the 102d Congress shall be in such form as the Committee on House Administration of the House of Representatives certifies to be a true enrollment.”</p> +</content> +</section> +</quotedContent> +</p> +<p><ref href="/us/pl/101/497">Pub. L. 101–497</ref>, <date date="1990-10-31">Oct. 31, 1990</date>, <ref href="/us/stat/104/1205">104 Stat. 1205</ref>, provided that:<quotedContent origin="/us/pl/101/497"> +<section style="-uslm-lc:I580467"><num value="1">“SECTION 1.</num><heading> WAIVER OF REQUIREMENT FOR PARCHMENT PRINTING OF ENROLLMENT OF CERTAIN MEASURES.</heading><subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">Waiver</inline>.—</heading><content>The provisions of sections 106 and 107 of title 1, United States Code, are waived with respect to the printing (on parchment or otherwise) of the enrollment of S. 2830 [<ref href="/us/pl/101/624">Pub. L. 101–624</ref>, <date date="1990-11-28">Nov. 28, 1990</date>, <ref href="/us/stat/104/3359">104 Stat. 3359</ref>].</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">Certification of Enrollment by the Secretary of the Senate</inline>.—</heading><content>The enrollment of S. 2830 shall be in such form as the Secretary of the Senate certifies to be a true enrollment.</content> +</subsection> +</section> +<section style="-uslm-lc:I580467"><num value="2">“SEC. 2.</num><heading> SUBSEQUENT PREPARATION AND CERTIFICATION OF PRINTED ENROLLMENT.</heading><subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">Preparation.—</inline></heading><paragraph style="-uslm-lc:I22" class="indent1"><num value="1">“(1)</num><heading> <inline class="small-caps">In general</inline>.—</heading><content>If S. 2830 is presented to the President in the form of a hand enrollment pursuant to the authority of section 1, then upon the enactment of that bill the Secretary of the Senate shall prepare a printed enrollment of the bill as in the case of a bill to which sections 106 and 107 of title 1, United States Code, apply.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="2">“(2)</num><heading> <inline class="small-caps">Typographical corrections</inline>.—</heading><content>A printed enrollment prepared pursuant to paragraph (1) may, in order to conform to customary style for printed laws, include corrections in indentation, type face, and type size and may include notations (in the margins or as otherwise appropriate) of obvious errors in spelling or punctuation in the hand enrollment.</content> +</paragraph> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">Transmittal to President</inline>.—</heading><content>A printed enrollment prepared pursuant to subsection (a), after being certified by the Secretary of the Senate to be a correct printing of the hand enrollment, shall be signed by the presiding officer of each House of Congress and transmitted to the President.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="c">“(c)</num><heading> <inline class="small-caps">Certification by President; Preservation in Archives</inline>.—</heading><content>Upon certification by the President that a printed enrollment transmitted pursuant to subsection (b) is a correct printing of the hand enrollment, such printed enrollment shall be transmitted to the Archivist of the United States, who shall preserve it with the hand enrollment.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="d">“(d)</num><heading> <inline class="small-caps">Publication of Law</inline>.—</heading><content>In preparing the bill or joint resolution for publication in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall use the printed enrollment certified by the President under subsection (c) in lieu of the hand enrollment.</content> +</subsection> +</section> +<section style="-uslm-lc:I580467"><num value="3">“SEC. 3.</num><heading> DEFINITIONS.</heading><chapeau style="-uslm-lc:I21" class="indent0">“As used in this resolution:</chapeau><paragraph style="-uslm-lc:I22" class="indent1"><num value="1">“(1)</num><heading> [sic] <inline class="small-caps">Hand enrollment</inline>.—</heading><content>The term ‘hand enrollment’ means the enrollment, as authorized by section 1, of a bill or joint resolution for presentment to the President in a form other than the printed form required by sections 106 and 107 of title 1, United States Code.”</content> +</paragraph> +</section> +</quotedContent> +</p> +<p><ref href="/us/pl/101/466">Pub. L. 101–466</ref>, <date date="1990-10-27">Oct. 27, 1990</date>, <ref href="/us/stat/104/1084">104 Stat. 1084</ref>, provided that:<quotedContent origin="/us/pl/101/466"> +<section style="-uslm-lc:I580467"><num value="1">“SECTION 1.</num><heading> WAIVER OF REQUIREMENT FOR PARCHMENT PRINTING OF ENROLLMENT OF CERTAIN MEASURES.</heading><subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">Waiver</inline>.—</heading><content>The provisions of sections 106 and 107 of title 1, United States Code, are waived with respect to the printing (on parchment or otherwise) of the enrollment of any reconciliation bill, appropriation bill, or continuing resolution of the One Hundred First Congress presented to the President after the enactment of this joint resolution [<date date="1990-10-27">Oct. 27, 1990</date>].</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">Certification of Enrollment by Committee on House Administration</inline>.—</heading><content>The enrollment of any such bill or joint resolution shall be in such form as the Committee on House Administration of the House of Representatives certifies to be a true enrollment.</content> +</subsection> +</section> +<section style="-uslm-lc:I580467"><num value="2">“SEC. 2.</num><heading> SUBSEQUENT PREPARATION AND CERTIFICATION OF PRINTED ENROLLMENT.</heading><subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">Preparation.—</inline></heading><paragraph style="-uslm-lc:I22" class="indent1"><num value="1">“(1)</num><heading> <inline class="small-caps">In general</inline>.—</heading><content>If a reconciliation bill, appropriation bill, or continuing resolution is presented to the President in the form of a hand enrollment pursuant to the authority of section 1, then upon the enactment of that bill or joint resolution the Clerk of the House of Representatives shall prepare a printed enrollment of the bill or joint resolution as in the case of a bill or joint resolution to which sections 106 and 107 of title 1, United States Code, apply.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="2">“(2)</num><heading> <inline class="small-caps">Typographical corrections</inline>.—</heading><content>A printed enrollment prepared pursuant to paragraph (1) may, in order to conform to customary style for printed laws, include corrections in indentation, type face, and type size and may include notations (in the margins or as otherwise appropriate) of obvious errors in spelling or punctuation in the hand enrollment.</content> +</paragraph> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">Transmittal to President</inline>.—</heading><content>A printed enrollment prepared pursuant to subsection (a), after being certified by the Committee on House Administration of the House of Representatives to be a correct printing of the hand enrollment, shall be signed by the presiding officer of each House of Congress and transmitted to the President.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="c">“(c)</num><heading> <inline class="small-caps">Certification by President; Preservation in Archives</inline>.—</heading><content>Upon certification by the President that a printed enrollment transmitted pursuant to subsection (b) is a correct printing of the hand enrollment, such printed enrollment shall be transmitted to the Archivist of the United States, who shall preserve it with the hand enrollment.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="d">“(d)</num><heading> <inline class="small-caps">Publication of Law</inline>.—</heading><content>In preparing the bill or joint resolution for publication in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall use the printed enrollment certified by the President under subsection (c) in lieu of the hand enrollment.</content> +</subsection> +</section> +<section style="-uslm-lc:I580467"><num value="3">“SEC. 3.</num><heading> DEFINITIONS.</heading><chapeau style="-uslm-lc:I21" class="indent0">“As used in this resolution:</chapeau><paragraph style="-uslm-lc:I22" class="indent1"><num value="1">“(1)</num><heading> <inline class="small-caps">Reconciliation bill</inline>.—</heading><content>The term ‘reconciliation bill’ means a bill to provide for reconciliation pursuant to section 4 of the concurrent resolution on the budget for fiscal year 1991.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="2">“(2)</num><heading> <inline class="small-caps">Appropriation bill</inline>.—</heading><content>The term ‘appropriation bill’ means a general appropriation bill making appropriations for the fiscal year ending <date date="1991-09-30">September 30, 1991</date>.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="3">“(3)</num><heading> <inline class="small-caps">Continuing resolution</inline>.—</heading><content>The term ‘continuing resolution’ means a joint resolution making continuing appropriations for the fiscal year 1991.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="4">“(4)</num><heading> <inline class="small-caps">Hand enrollment</inline>.—</heading><content>The term ‘hand enrollment’ means the enrollment, as authorized by section 1, of a bill or joint resolution for presentment to the President in a form other than the printed form required by sections 106 and 107 of title 1, United States Code.”</content> +</paragraph> +</section> +</quotedContent> +</p> +<p><ref href="/us/pl/100/454">Pub. L. 100–454</ref>, <date date="1988-09-29">Sept. 29, 1988</date>, <ref href="/us/stat/102/1914">102 Stat. 1914</ref>, provided that:<quotedContent origin="/us/pl/100/454"> +<section style="-uslm-lc:I580467"><num value="1">“SECTION 1.</num><heading> HAND ENROLLMENT AUTHORIZED FOR GENERAL APPROPRIATIONS BILLS.</heading><subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">Waiver of Certain Laws With Respect to Printing of Enrolled Bills</inline>.—</heading><content>During the remainder of the second session of the One Hundredth Congress, the provisions of sections 106 and 107 of title 1, United States Code, are waived with respect to the printing (on parchment or otherwise) of the enrollment of any general appropriations bill making appropriations for the fiscal year ending <date date="1989-09-30">September 30, 1989</date>.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">Certification by Committee on House Administration</inline>.—</heading><content>The enrollment of any such bill shall be in such form as the Committee on House Administration of the House of Representatives certifies to be a true enrollment.</content> +</subsection> +</section> +<section style="-uslm-lc:I580467"><num value="2">“SEC. 2.</num><heading> SUBSEQUENT PREPARATION AND CERTIFICATION OF PRINTED ENROLLMENTS.</heading><subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">Preparation.—</inline></heading><paragraph style="-uslm-lc:I22" class="indent1"><num value="1">“(1)</num><heading> <inline class="small-caps">In general</inline>.—</heading><content>Upon the enactment of a bill following presentment of such bill to the President in the form of a hand enrollment pursuant to the authority of section 1 of this resolution, the Clerk of the House of Representatives shall prepare a printed enrollment of that bill as in the case of a bill to which sections 106 and 107 of title 1, United States Code, apply.</content> +</paragraph> +<paragraph style="-uslm-lc:I22" class="indent1"><num value="2">“(2)</num><heading> <inline class="small-caps">Limited stylistic corrections</inline>.—</heading><content>A printed enrollment prepared pursuant to paragraph (1) may, in order to conform to customary style for printed laws, include corrections in spelling, punctuation, indentation, type face, and type size and other necessary stylistic corrections to the hand enrollment. Such a printed enrollment shall include notations (in the margins or as otherwise appropriate) of all such corrections.</content> +</paragraph> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">Transmittal to President</inline>.—</heading><content>A printed enrollment prepared pursuant to subsection (a) shall be signed by the presiding officer of each House of Congress as a correct printing of the hand enrollment and shall be transmitted to the President.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="c">“(c)</num><heading> <inline class="small-caps">Certification by President; Legal Effect</inline>.—</heading><content>Upon certification by the President that a printed enrollment transmitted pursuant to subsection (b) is a correct printing of the hand enrollment, such printed enrollment shall be considered for all purposes as the original enrollment of the bill concerned and as valid evidence of the enactment of that bill.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="d">“(d)</num><heading> <inline class="small-caps">Archives</inline>.—</heading><content>A printed enrollment certified by the President under subsection (c) shall be transmitted to the Archivist of the United States, who shall preserve it with the hand enrollment. In preparing the bill concerned for publication in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall use the printed enrollment certified by the President under subsection (c) in lieu of the hand enrollment.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="e">“(e)</num><heading> <inline class="small-caps">Hand Enrollment Defined</inline>.—</heading><content>As used in this section, the term ‘hand enrollment’ means the enrollment, as authorized by section 1, of a bill for presentment to the President in a form other than the printed form required by sections 106 and 107 of title 1, United States Code.”</content> +</subsection> +</section> +</quotedContent> +</p> +<p><ref href="/us/pl/100/203/tVIII/s8004">Pub. L. 100–203, title VIII, § 8004</ref>, <date date="1987-12-22">Dec. 22, 1987</date>, <ref href="/us/stat/101/1330-282">101 Stat. 1330–282</ref>, provided that:<quotedContent origin="/us/pl/100/203/tVIII/s8004"> +<subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">Preparation of Printed Enrollment</inline>.—</heading><paragraph style="-uslm-lc:I21" class="indent0"><num value="1">(1)</num><content> Upon the enactment of this Act enrolled as a hand enrollment, the Clerk of the House of Representatives shall prepare a printed enrollment of this Act as in the case of a bill or joint resolution to which sections 106 and 107 of title 1, United States Code, apply. Such enrollment shall be a correct enrollment of this Act as enrolled in the hand enrollment.</content> +</paragraph> +<paragraph style="-uslm-lc:I21" class="indent0"><num value="2">“(2)</num><content> A printed enrollment prepared pursuant to paragraph (1) may, in order to conform to customary style for printed laws, include corrections in spelling, punctuation, indentation, type face, and type size and other necessary stylistic corrections to the hand enrollment. Such a printed enrollment shall include notations (in the margins or as otherwise appropriate) of all such corrections.</content> +</paragraph> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">Transmittal to President</inline>.—</heading><content>A printed enrollment prepared pursuant to subsection (a) shall be signed by the presiding officers of both Houses of Congress as a correct printing of the hand enrollment of this Act and shall be transmitted to the President.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="c">“(c)</num><heading> <inline class="small-caps">Certification by President; Legal Effect</inline>.—</heading><content>Upon certification by the President that a printed enrollment transmitted pursuant to subsection (b) is a correct printing of the hand enrollment of this Act, such printed enrollment shall be considered for all purposes as the original enrollment of this Act and as valid evidence of the enactment of this Act.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="d">“(d)</num><heading> <inline class="small-caps">Archives</inline>.—</heading><content>A printed enrollment certified by the President under subsection (c) shall be transmitted to the Archivist of the United States, who shall preserve it with the hand enrollment. In preparing this Act for publication in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall use the printed enrollment certified by the President under subsection (c) in lieu of the hand enrollment.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="e">“(e)</num><heading> <inline class="small-caps">Hand Enrollment Defined</inline>.—</heading><content>As used in this section, the term ‘hand enrollment’ means enrollment in a form other than the printed form required by sections 106 and 107 of title 1, United States Code, as authorized by the joint resolution entitled ‘Joint resolution authorizing the hand enrollment of the budget reconciliation bill and of the full-year continuing resolution for fiscal year 1988’, approved December 1987 (H.J. Res. 426 of the 100th Congress) [<ref href="/us/pl/100/199">Pub. L. 100–199</ref>, <date date="1987-12-21">Dec. 21, 1987</date>, <ref href="/us/stat/101/1326">101 Stat. 1326</ref>].”</content> +</subsection> +</quotedContent> +</p> +<p><ref href="/us/pl/100/202/s101/n">Pub. L. 100–202, § 101(n)</ref>, <date date="1987-12-22">Dec. 22, 1987</date>, <ref href="/us/stat/101/1329-432">101 Stat. 1329–432</ref>, provided that:<quotedContent origin="/us/pl/100/202/s101/n"> +<paragraph style="-uslm-lc:I21" class="indent0"><num value="1">“(1)</num><content> Upon the enactment of this resolution enrolled as a hand enrollment, the Clerk of the House of Representatives shall prepare a printed enrollment of this resolution as in the case of a bill or joint resolution to which sections 106 and 107 of title 1, United States Code, apply. Such enrollment shall be a correct enrollment of this resolution as enrolled in the hand enrollment.</content> +</paragraph> +<paragraph style="-uslm-lc:I21" class="indent0"><num value="2">“(2)</num><content> A printed enrollment prepared pursuant to subsection (n)(1) may, in order to conform to customary style for printed laws, include corrections in spelling, punctuation, indentation, type face, and type size and other necessary stylistic corrections to the hand enrollment. Such a printed enrollment shall include notations (in the margins or as otherwise appropriate) of all such corrections.</content> +</paragraph> +<paragraph style="-uslm-lc:I21" class="indent0"><num value="3">“(3)</num><content> A printed enrollment prepared pursuant to subsection (n)(1) shall be signed by the presiding officers of both Houses of Congress as a correct printing of the hand enrollment of this resolution and shall be transmitted to the President.</content> +</paragraph> +<paragraph style="-uslm-lc:I21" class="indent0"><num value="4">“(4)</num><content> Upon certification by the President that a printed enrollment transmitted pursuant to subsection (n)(3) is a correct printing of the hand enrollment of this resolution, such printed enrollment shall be considered for all purposes as the original enrollment of this resolution and as valid evidence of the enactment of this resolution.</content> +</paragraph> +<paragraph style="-uslm-lc:I21" class="indent0"><num value="5">“(5)</num><content> A printed enrollment certified by the President under subsection (n)(4) shall be transmitted to the Archivist of the United States, who shall preserve it with the hand enrollment. In preparing this resolution for publication in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall use the printed enrollment certified by the President under subsection (n)(4) in lieu of the hand enrollment.</content> +</paragraph> +<paragraph style="-uslm-lc:I21" class="indent0"><num value="6">“(6)</num><content> As used in this section, the term ‘hand enrollment’ means enrollment in a form other than the printed form required by sections 106 and 107 of title 1, United States Code, as authorized by the joint resolution entitled ‘Joint resolution authorizing the hand enrollment of the budget reconciliation bill and of the full-year continuing resolution for fiscal year 1988’, approved December 1987 (H.J. Res. 426 of the 100th Congress) [<ref href="/us/pl/100/199">Pub. L. 100–199</ref>, <date date="1987-12-21">Dec. 21, 1987</date>, <ref href="/us/stat/101/1326">101 Stat. 1326</ref>].”</content> +</paragraph> +</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="execDoc" id="ide0c3e626-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Executive Documents</b></heading></note> +<note style="-uslm-lc:I74" topic="executiveMemo" id="ide0c3e627-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Certification of Printed Enrollments of Certain Public Laws</heading><p style="-uslm-lc:I21" class="indent0">Memorandum of the President of the United States, <date date="1991-01-10">Jan. 10, 1991</date>, 56 F.R. 1481, provided:</p> +<p style="-uslm-lc:I21" class="indent0">Memorandum for the Archivist of the United States</p> +<p style="-uslm-lc:I21" class="indent0">By the authority vested in me as President by the Constitution and laws of the United States, including <ref href="/us/usc/t3/s301">Section 301 of Title 3</ref> of the United States Code, I hereby authorize you to ascertain whether the printed enrollment of H.R. 5835, the Omnibus Budget Reconciliation Act of 1990 (<ref href="/us/pl/101/508">Public Law 101–508</ref>), approved on <date date="1990-11-05">November 5, 1990</date>, is a correct printing of the hand enrollment and if so to make on my behalf the certification specified in Section 2(c) of H.J. Res. 682 (<ref href="/us/pl/101/466">Public Law 101–466</ref>) [set out as a note above].</p> +<p style="-uslm-lc:I21" class="indent0">Attached is the printed enrollment that was received at the White House on <date date="1991-01-07">January 7, 1991</date>.</p> +<p style="-uslm-lc:I21" class="indent0">This memorandum shall be published in the Federal Register.</p> +<signature> +<name>George Bush.</name> +</signature> +<p style="-uslm-lc:I21" class="indent0">Memorandum of the President of the United States, <date date="1988-12-12">Dec. 12, 1988</date>, 53 F.R. 50373, provided:</p> +<p style="-uslm-lc:I21" class="indent0">Memorandum for the Archivist of the United States</p> +<p style="-uslm-lc:I21" class="indent0">By the authority vested in me as President by the Constitution and laws of the United States, including <ref href="/us/usc/t3/s301">Section 301 of Title 3</ref> of the United States Code, I hereby authorize you to ascertain whether the printed enrollments of H.R. 4637, the Foreign Operations, Export Financing, and Related Programs Appropriations Act, 1989 (<ref href="/us/pl/100/461">Public Law 100–461</ref>), H.R. 4776, the District of Columbia Appropriations Act, 1989 (<ref href="/us/pl/100/462">Public Law 100–462</ref>), and H.R. 4781, the Department of Defense Appropriations Act, 1989 (<ref href="/us/pl/100/463">Public Law 100–463</ref>), are correct printings of the hand enrollments, which were approved on <date date="1988-10-01">October 1, 1988</date>, and if so to make on my behalf the certifications required by Section 2(c) of H.J. Res. 665 (<ref href="/us/pl/100/454">Public Law 100–454</ref>) [set out as a note above].</p> +<p style="-uslm-lc:I21" class="indent0">Attached are the printed enrollments of H.R. 4637, H.R. 4776, and H.R. 4781, which were received at the White House on <date date="1988-12-01">December 1, 1988</date>.</p> +<p style="-uslm-lc:I21" class="indent0">This memorandum shall be published in the Federal Register.</p> +<signature> +<name>Ronald Reagan.</name> +</signature> +<p style="-uslm-lc:I21" class="indent0">Memorandum of the President of the United States, <date date="1988-01-28">Jan. 28, 1988</date>, 53 F.R. 2816, provided:</p> +<p style="-uslm-lc:I21" class="indent0">Memorandum for the Archivist of the United States</p> +<p style="-uslm-lc:I21" class="indent0">By the authority vested in me as President by the Constitution and laws of the United States, including <ref href="/us/usc/t3/s301">Section 301 of Title 3</ref> of the United States Code, I hereby authorize you to ascertain whether the printed enrollments of H.J. Res. 395, Joint Resolution making further continuing appropriations for the fiscal year 1988 (<ref href="/us/pl/100/202">Public Law 100–202</ref>), and H.R. 3545, the Omnibus Budget Reconciliation Act of 1987 (<ref href="/us/pl/100/203">Public Law 100–203</ref>), are correct printings of the hand enrollments, which were approved on <date date="1987-12-22">December 22, 1987</date>, and if so to make on my behalf the certifications required by Section 101(n)(4) of H.J. Res. 395 and Section 8004(c) of H.R. 3545 [set out as notes above].</p> +<p style="-uslm-lc:I21" class="indent0">Attached are the printed enrollments of H.J. Res. 395 and H.R. 3545, which were received at the White House on <date date="1988-01-27">January 27, 1988</date>.</p> +<p style="-uslm-lc:I21" class="indent0">This memorandum shall be published in the Federal Register.</p> +<signature> +<name>Ronald Reagan.</name> +</signature> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0c3e628-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s106a"><num value="106a">§ 106a.</num><heading> Promulgation of laws</heading><content> +<p style="-uslm-lc:I11" class="indent0">Whenever a bill, order, resolution, or vote of the Senate and House of Representatives, having been approved by the President, or not having been returned by him with his objections, becomes a law or takes effect, it shall forthwith be received by the Archivist of the United States from the President; and whenever a bill, order, resolution, or vote is returned by the President with his objections, and, on being reconsidered, is agreed to be passed, and is approved by two-thirds of both Houses of Congress, and thereby becomes a law or takes effect, it shall be received by the Archivist of the United States from the President of the Senate, or Speaker of the House of Representatives in whichsoever House it shall last have been so approved, and he shall carefully preserve the originals.</p> +</content><sourceCredit id="ide0c3e629-259a-11ee-829b-a5a403e3639c">(Added <ref href="/us/act/1951-10-31/ch655/s2/b">Oct. 31, 1951, ch. 655, § 2(b)</ref>, <ref href="/us/stat/65/710">65 Stat. 710</ref>; amended <ref href="/us/pl/98/497/tI/s107/d">Pub. L. 98–497, title I, § 107(d)</ref>, <date date="1984-10-19">Oct. 19, 1984</date>, <ref href="/us/stat/98/2291">98 Stat. 2291</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0c3e62a-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0c3e62b-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0c3e62c-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">1984—<ref href="/us/pl/98/497">Pub. L. 98–497</ref> substituted “Archivist of the United States” for “Administrator of General Services” in two places.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0c3e62d-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="effectiveDateOfAmendment" id="ide0c3e62e-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Effective Date of 1984 Amendment</heading><p style="-uslm-lc:I21" class="indent0">Amendment by <ref href="/us/pl/98/497">Pub. L. 98–497</ref> effective <date date="1985-04-01">Apr. 1, 1985</date>, see <ref href="/us/pl/98/497/s301">section 301 of Pub. L. 98–497</ref>, set out as a note under <ref href="/us/usc/t44/s2102">section 2102 of Title 44</ref>, Public Printing and Documents.</p> +</note> +<note style="-uslm-lc:I85" topic="miscellaneous" id="ide0c3e62f-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">Similar Provisions; Repeal; Saving Clause; Delegation of Functions; Transfer of Property and Personnel</heading> +<p style="-uslm-lc:I21" class="indent0">Similar provisions were contained in R.S. § 204; <ref href="/us/act/1874-12-28/ch9/s2">act Dec. 28, 1874, ch. 9, § 2</ref>, <ref href="/us/stat/18/294">18 Stat. 294</ref>; 1950 Reorg. Plan No. 20, § 1, eff. <date date="1950-05-24">May 24, 1950</date>, 15 F.R. 3178, <ref href="/us/stat/64/1272">64 Stat. 1272</ref>, which with the exception of the reorganization plan, were repealed by section 56(h) of act <date date="1951-10-31">Oct. 31, 1951</date>. Subsec. (<i>l</i>) of that section 56 provided that the repeal should not affect any rights or liabilities existing under those statutes on the effective date of the repeal (<date date="1951-10-31">Oct. 31, 1951</date>). For delegation of functions under the repealed statutes, and transfer of records, property, personnel, and funds, see sections 3 and 4 of 1950 Reorg. Plan No. 20, set out in the Appendix to Title 5, Government Organization and Employees.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0c3e630-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s106b"><num value="106b">§ 106b.</num><heading> Amendments to Constitution</heading><content> +<p style="-uslm-lc:I11" class="indent0">Whenever official notice is received at the National Archives and Records Administration that any amendment proposed to the Constitution of the United States has been adopted, according to the provisions of the Constitution, the Archivist of the United States shall forthwith cause the amendment to be published, with his certificate, specifying the States by which the same may have been adopted, and that the same has become valid, to all intents and purposes, as a part of the Constitution of the United States.</p> +</content><sourceCredit id="ide0c3e631-259a-11ee-829b-a5a403e3639c">(Added <ref href="/us/act/1951-10-31/ch655/s2/b">Oct. 31, 1951, ch. 655, § 2(b)</ref>, <ref href="/us/stat/65/710">65 Stat. 710</ref>; amended <ref href="/us/pl/98/497/tI/s107/d">Pub. L. 98–497, title I, § 107(d)</ref>, <date date="1984-10-19">Oct. 19, 1984</date>, <ref href="/us/stat/98/2291">98 Stat. 2291</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0c3e632-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0c3e633-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0c3e634-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">1984—<ref href="/us/pl/98/497">Pub. L. 98–497</ref> substituted “National Archives and Records Administration” and “Archivist of the United States” for “General Services Administration” and “Administrator of General Services”, respectively.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0c3e635-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="effectiveDateOfAmendment" id="ide0c3e636-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Effective Date of 1984 Amendment</heading><p style="-uslm-lc:I21" class="indent0">Amendment by <ref href="/us/pl/98/497">Pub. L. 98–497</ref> effective <date date="1985-04-01">Apr. 1, 1985</date>, see <ref href="/us/pl/98/497/s301">section 301 of Pub. L. 98–497</ref>, set out as a note under <ref href="/us/usc/t44/s2102">section 2102 of Title 44</ref>, Public Printing and Documents.</p> +</note> +<note style="-uslm-lc:I85" topic="miscellaneous" id="ide0c3e637-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">Similar Provisions; Repeal; Saving Clause; Delegation of Functions; Transfer of Property and Personnel</heading> +<p style="-uslm-lc:I21" class="indent0">Similar provisions were contained in R.S. § 205; 1950 Reorg. Plan No. 20, § 1, eff. <date date="1950-05-24">May 24, 1950</date>, 15 F.R. 3178, <ref href="/us/stat/64/1272">64 Stat. 1272</ref>. R.S. § 205 was repealed by section 56(h) of act <date date="1951-10-31">Oct. 31, 1951</date>. Subsec. (<i>l</i>) of section 56 provided that the repeal should not affect any rights or liabilities existing under the repealed statute on the effective date of the repeal (<date date="1951-10-31">Oct. 31, 1951</date>). For delegation of functions under the repealed statute, and transfer of records, property, personnel, and funds, see sections 3 and 4 of 1950 Reorg. Plan No. 20, set out in the Appendix to Title 5, Government Organization and Employees.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0c3e638-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s107"><num value="107">§ 107.</num><heading> Parchment or paper for printing enrolled bills or resolutions</heading><content> +<p style="-uslm-lc:I11" class="indent0">Enrolled bills and resolutions of either House of Congress shall be printed on parchment or paper of suitable quality as shall be determined by the Joint Committee on Printing.</p> +</content><sourceCredit id="ide0c3e639-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/635">61 Stat. 635</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0c3e63a-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s108"><num value="108">§ 108.</num><heading> Repeal of repealing act</heading><content> +<p style="-uslm-lc:I11" class="indent0">Whenever an Act is repealed, which repealed a former Act, such former Act shall not thereby be revived, unless it shall be expressly so provided.</p> +</content><sourceCredit id="ide0c3e63b-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/635">61 Stat. 635</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0c3e63c-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s109"><num value="109">§ 109.</num><heading> Repeal of statutes as affecting existing liabilities</heading><content> +<p style="-uslm-lc:I11" class="indent0">The repeal of any statute shall not have the effect to release or extinguish any penalty, forfeiture, or liability incurred under such statute, unless the repealing Act shall so expressly provide, and such statute shall be treated as still remaining in force for the purpose of sustaining any proper action or prosecution for the enforcement of such penalty, forfeiture, or liability. The expiration of a temporary statute shall not have the effect to release or extinguish any penalty, forfeiture, or liability incurred under such statute, unless the temporary statute shall so expressly provide, and such statute shall be treated as still remaining in force for the purpose of sustaining any proper action or prosecution for the enforcement of such penalty, forfeiture, or liability.</p> +</content><sourceCredit id="ide0c3e63d-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/635">61 Stat. 635</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0c3e63e-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s110"><num value="110">§ 110.</num><heading> Saving clause of Revised Statutes</heading><content> +<p style="-uslm-lc:I11" class="indent0">All acts of limitation, whether applicable to civil causes and proceedings, or to the prosecution of offenses, or for the recovery of penalties or forfeitures, embraced in the Revised Statutes and covered by the repeal contained therein, shall not be affected thereby, but all suits, proceedings, or prosecutions, whether civil or criminal, for causes arising, or acts done or committed prior to said repeal, may be commenced and prosecuted within the same time as if said repeal had not been made.</p> +</content><sourceCredit id="ide0c3e63f-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/635">61 Stat. 635</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0c3e640-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s111"><num value="111">§ 111.</num><heading> Repeals as evidence of prior effectiveness</heading><content> +<p style="-uslm-lc:I11" class="indent0">No inference shall be raised by the enactment of the Act of <date date="1933-03-03">March 3, 1933</date> (ch. 202, <ref href="/us/stat/47/1431">47 Stat. 1431</ref>), that the sections of the Revised Statutes repealed by such Act were in force or effect at the time of such enactment: <i>Provided, however</i>, That any rights or liabilities existing under such repealed sections shall not be affected by their repeal.</p> +</content><sourceCredit id="ide0c3e641-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/635">61 Stat. 635</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0c3e642-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0c3e643-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I75" topic="referencesInText" id="ide0c3e644-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">References in Text</heading><p style="-uslm-lc:I21" class="indent0">Act of <date date="1933-03-03">March 3, 1933</date>, referred to in text, was repealed by section 2 of act <date date="1947-07-30">July 30, 1947</date>, section 1 of which enacted this title.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0c3e645-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112"><num value="112">§ 112.</num><heading> Statutes at Large; contents; admissibility in evidence</heading><content> +<p style="-uslm-lc:I11" class="indent0">The Archivist of the United States shall cause to be compiled, edited, indexed, and published, the United States Statutes at Large, which shall contain all the laws and concurrent resolutions enacted during each regular session of Congress; all proclamations by the President in the numbered series issued since the date of the adjournment of the regular session of Congress next preceding; and also any amendments to the Constitution of the United States proposed or ratified pursuant to article V thereof since that date, together with the certificate of the Archivist of the United States issued in compliance with the provision contained in <ref href="/us/usc/t1/s106b">section 106b of this title</ref>. In the event of an extra session of Congress, the Archivist of the United States shall cause all the laws and concurrent resolutions enacted during said extra session to be consolidated with, and published as part of, the contents of the volume for the next regular session. The United States Statutes at Large shall be legal evidence of laws, concurrent resolutions, treaties, international agreements other than treaties, proclamations by the President, and proposed or ratified amendments to the Constitution of the United States therein contained, in all the courts of the United States, the several States, and the Territories and insular possessions of the United States.</p> +</content><sourceCredit id="ide0c3e646-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/636">61 Stat. 636</ref>; <ref href="/us/act/1950-09-23/ch1001/s1">Sept. 23, 1950, ch. 1001, § 1</ref>, <ref href="/us/stat/64/979">64 Stat. 979</ref>; <ref href="/us/act/1951-10-31/ch655/s3">Oct. 31, 1951, ch. 655, § 3</ref>, <ref href="/us/stat/65/710">65 Stat. 710</ref>; <ref href="/us/pl/98/497/tI/s107/d">Pub. L. 98–497, title I, § 107(d)</ref>, <date date="1984-10-19">Oct. 19, 1984</date>, <ref href="/us/stat/98/2291">98 Stat. 2291</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0c3e647-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0c3e648-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0c3e649-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">1984—<ref href="/us/pl/98/497">Pub. L. 98–497</ref> substituted “Archivist of the United States” for “Administrator of General Services” in three places.</p> +<p style="-uslm-lc:I21" class="indent0">1951—Act <date date="1951-10-31">Oct. 31, 1951</date>, substituted “106b of this title” for “205 of the Revised Statutes” in first sentence.</p> +<p style="-uslm-lc:I21" class="indent0">1950—Act <date date="1950-09-23">Sept. 23, 1950</date>, amended section generally to implement 1950 Reorg. Plan No. 20, § 1, eff. <date date="1950-05-24">May 24, 1950</date>, 15 F.R. 3178, <ref href="/us/stat/64/1272">64 Stat. 1272</ref>, which transferred to the Administrator of General Services certain duties formerly performed by the Secretary of State.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0c3e64a-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="effectiveDateOfAmendment" id="ide0c3e64b-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Effective Date of 1984 Amendment</heading><p style="-uslm-lc:I21" class="indent0">Amendment by <ref href="/us/pl/98/497">Pub. L. 98–497</ref> effective <date date="1985-04-01">Apr. 1, 1985</date>, see <ref href="/us/pl/98/497/s301">section 301 of Pub. L. 98–497</ref>, set out as a note under <ref href="/us/usc/t44/s2102">section 2102 of Title 44</ref>, Public Printing and Documents.</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c3e64c-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Publishing <ref href="/us/pl/115/141">Pub. L. 115–141</ref> in Statutes at Large</heading><p><ref href="/us/pl/115/141/dG/tI/s121/c">Pub. L. 115–141, div. G, title I, § 121(c)</ref>, <date date="2018-03-23">Mar. 23, 2018</date>, <ref href="/us/stat/132/662">132 Stat. 662</ref>, provided that: <quotedContent origin="/us/pl/115/141/dG/tI/s121/c">“In publishing this Act in slip form and in the United States Statutes at large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall include after the date of approval at the end an appendix setting forth the text of the sections of the bill and the bills referred to in subsections (a) [enacting into law from the 115th Congress sections 7130 and 7134 of S. 1460, as placed on the calendar of the Senate on <date date="2017-06-29">June 29, 2017</date>] and (b) [enacting into law from the 115th Congress H.R. 1281, as introduced on <date date="2017-03-01">Mar. 1, 2017</date>, and H.R. 4134, as introduced on <date date="2017-10-25">Oct. 25, 2017</date>], respectively.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c3e64d-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Publishing <ref href="/us/pl/115/31">Pub. L. 115–31</ref> in Statutes at Large</heading><p><ref href="/us/pl/115/31/dG/tIV/s431/b">Pub. L. 115–31, div. G, title IV, § 431(b)</ref>, <date date="2017-05-05">May 5, 2017</date>, <ref href="/us/stat/131/502">131 Stat. 502</ref>, provided that: <quotedContent origin="/us/pl/115/31/dG/tIV/s431/b">“In publishing this Act in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall include after the date of approval at the end an appendix setting forth the text of the bills referred to in subsection (a) [enacting into law from the 115th Congress H.R. 2104, as introduced on <date date="2017-04-20">Apr. 20, 2017</date>; S. 131, as ordered to be reported on <date date="2017-03-30">Mar. 30, 2017</date>, by the Committee on Energy and Natural Resources of the Senate; and S. 847, as introduced on <date date="2017-04-05">Apr. 5, 2017</date>].”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c3e64e-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Publishing <ref href="/us/pl/107/206">Pub. L. 107–206</ref> in Statutes at Large</heading><p><ref href="/us/pl/107/206/tIII/s3002/h">Pub. L. 107–206, title III, § 3002(h)</ref>, <date date="2002-08-02">Aug. 2, 2002</date>, <ref href="/us/stat/116/924">116 Stat. 924</ref>, provided that: <quotedContent origin="/us/pl/107/206/tIII/s3002/h">“In publishing the Act in slip form and in the United States Statutes at Large pursuant to section 112, of title 1, United States Code, the Archivist of the United States shall include after the date of approval at the end an appendix setting forth the text of the bill referred to in subsection (a) [set out as a Short Title of 2002 Amendment note under <ref href="/us/usc/t39/s101">section 101 of Title 39</ref>, Postal Service].”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c3e64f-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Publication of Certain Laws of 106th Congress</heading><p><ref href="/us/pl/106/554/s1/b">Pub. L. 106–554, § 1(b)</ref>, <date date="2000-12-21">Dec. 21, 2000</date>, <ref href="/us/stat/114/2763">114 Stat. 2763</ref>, provided that: <quotedContent origin="/us/pl/106/554/s1/b">“In publishing this Act in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall include after the date of approval at the end appendixes setting forth the texts of the bills referred to in subsection (a) of this section [enacting into law H.R. 5656, H.R. 5657, H.R. 5658, H.R. 5660, H.R. 5661, H.R. 5662, and H.R. 5663 of the 106th Congress, as introduced on <date date="2000-12-14">Dec. 14, 2000</date>, and H.R. 5666 and H.R. 5667 of the 106th Congress, as introduced on <date date="2000-12-15">Dec. 15, 2000</date>, except that the text of H.R. 5666, as so enacted, shall not include section 123] and the text of any other bill enacted into law by reference by reason of the enactment of this Act.”</quotedContent> +</p> +<p><ref href="/us/pl/106/553/s1/b">Pub. L. 106–553, § 1(b)</ref>, <date date="2000-12-21">Dec. 21, 2000</date>, <ref href="/us/stat/114/2762">114 Stat. 2762</ref>, provided that: <quotedContent origin="/us/pl/106/553/s1/b">“In publishing this Act in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall include after the date of approval at the end appendixes setting forth the texts of the bills referred to in subsection (a) of this section [enacting into law H.R. 5547 and H.R. 5548 of the 106th Congress, as introduced on <date date="2000-10-25">Oct. 25, 2000</date>].”</quotedContent> +</p> +<p><ref href="/us/pl/106/429/s101/a/tV/s595/b">Pub. L. 106–429, § 101(a) [title V, § 595(b)]</ref>, <date date="2000-11-06">Nov. 6, 2000</date>, <ref href="/us/stat/114/1900">114 Stat. 1900</ref>, 1900A–60, provided that: <quotedContent origin="/us/pl/106/429/s101/a/tV/s595/b">“In publishing the Act in slip form and in the United States Statutes at Large pursuant to section 112, of title 1, United States Code, the Archivist of the United States shall include after the date of approval at the end appendixes setting forth the texts of the bill referred to in subsection (a) of this section [enacting into law S. 3140 of the 106th Congress, as introduced on <date date="2000-09-28">Sept. 28, 2000</date>].”</quotedContent> +</p> +<p><ref href="/us/pl/106/429/s101/b">Pub. L. 106–429, § 101(b)</ref>, <date date="2000-11-06">Nov. 6, 2000</date>, <ref href="/us/stat/114/1900">114 Stat. 1900</ref>, provided that: <quotedContent origin="/us/pl/106/429/s101/b">“In publishing this Act in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall include after the date of approval at the end an appendix setting forth the text of the bill referred to in subsection (a) of this section [enacting into law H.R. 5526 of the 106th Congress, as introduced on <date date="2000-10-24">Oct. 24, 2000</date>].”</quotedContent> +</p> +<p><ref href="/us/pl/106/398/s2">Pub. L. 106–398, § 2</ref>, <date date="2000-10-30">Oct. 30, 2000</date>, <ref href="/us/stat/114/1654">114 Stat. 1654</ref>, provided that: <quotedContent origin="/us/pl/106/398/s2">“In publishing this Act in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall include after the date of approval an appendix setting forth the text of the bill referred to in section 1 [enacting into law H.R. 5408 of the 106th Congress, as introduced on <date date="2000-10-06">Oct. 6, 2000</date>].”</quotedContent> +</p> +<p><ref href="/us/pl/106/387/s1/b">Pub. L. 106–387, § 1(b)</ref>, <date date="2000-10-28">Oct. 28, 2000</date>, <ref href="/us/stat/114/1549">114 Stat. 1549</ref>, provided that: <quotedContent origin="/us/pl/106/387/s1/b">“In publishing this Act in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall include after the date of approval at the end an appendix setting forth the text of the bill referred to in subsection (a) of this section [enacting into law H.R. 5426 of the 106th Congress, as introduced on <date date="2000-10-06">Oct. 6, 2000</date>].”</quotedContent> +</p> +<p><ref href="/us/pl/106/377/s1/b">Pub. L. 106–377, § 1(b)</ref>, <date date="2000-10-27">Oct. 27, 2000</date>, <ref href="/us/stat/114/1441">114 Stat. 1441</ref>, provided that: <quotedContent origin="/us/pl/106/377/s1/b">“In publishing this Act in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall include after the date of approval at the end appendixes setting forth the texts of the bills referred to in subsection (a) of this section [enacting into law H.R. 5482 and 5483 of the 106th Congress, as introduced on <date date="2000-10-18">Oct. 18, 2000</date>].”</quotedContent> +</p> +<p><ref href="/us/pl/106/346/s101/b">Pub. L. 106–346, § 101(b)</ref>, <date date="2000-10-23">Oct. 23, 2000</date>, <ref href="/us/stat/114/1356">114 Stat. 1356</ref>, provided that: <quotedContent origin="/us/pl/106/346/s101/b">“In publishing the Act in slip form and in the United States Statutes at Large pursuant to <ref href="/us/usc/t1/s112">section 112 of title 1</ref>, United States Code, the Archivist of the United States shall include after the date of approval at the end an appendix setting forth the text of the bill referred to in subsection (a) of this section [enacting into law H.R. 5394 of the 106th Congress, as introduced on <date date="2000-10-05">Oct. 5, 2000</date>].”</quotedContent> +</p> +<p><ref href="/us/pl/106/113/dB/s1000/b">Pub. L. 106–113, div. B, § 1000(b)</ref>, <date date="1999-11-29">Nov. 29, 1999</date>, <ref href="/us/stat/113/1536">113 Stat. 1536</ref>, provided that: <quotedContent origin="/us/pl/106/113/dB/s1000/b">“In publishing the Act in slip form and in the United States Statutes at Large pursuant to section 112, of title 1, United States Code, the Archivist of the United States shall include after the date of approval at the end appendixes setting forth the texts of the bills referred to in subsection (a) of this section [enacting into law H.R. 3421, H.R. 3422, H.R. 3423, H.R. 3424, H.R. 3425, H.R. 3426, H.R. 3427 (as amended), H.R. 3428, and S. 1948 of the 106th Congress, as introduced on <date date="1999-11-17">Nov. 17, 1999</date>].”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c65750-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Effect of Repeal of Section 73 of Act <date date="1895-01-12">Jan. 12, 1895</date></heading><p style="-uslm-lc:I21" class="indent0">This section and <ref href="/us/usc/t1/s112a">section 112a of this title</ref> as not affected by the repeal of section 73 of <ref href="/us/act/1895-01-12/ch23">act Jan. 12, 1895, ch. 23</ref>, <ref href="/us/stat/28/615">28 Stat. 615</ref>, which related to the same subject matter, see section 56(i) of <ref href="/us/act/1951-10-31/ch655">act Oct. 31, 1951, ch. 655</ref>, <ref href="/us/stat/65/729">65 Stat. 729</ref>.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0c65751-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112a"><num value="112a">§ 112a.</num><heading> United States Treaties and Other International Agreements; contents; admissibility in evidence</heading><subsection style="-uslm-lc:I11" class="indent0" id="ide0c65752-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112a/a"><num value="a">(a)</num><content> The Secretary of State shall cause to be compiled, edited, indexed, and published, beginning as of <date date="1950-01-01">January 1, 1950</date>, a compilation entitled “United States Treaties and Other International Agreements,” which shall contain all treaties to which the United States is a party that have been proclaimed during each calendar year, and all international agreements other than treaties to which the United States is a party that have been signed, proclaimed, or with reference to which any other final formality has been executed, during each calendar year. The said United States Treaties and Other International Agreements shall be legal evidence of the treaties, international agreements other than treaties, and proclamations by the President of such treaties and agreements, therein contained, in all the courts of the United States, the several States, and the Territories and insular possessions of the United States.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c65753-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112a/b"><num value="b">(b)</num><chapeau> The Secretary of State may determine that publication of certain categories of agreements is not required, if the following criteria are met:</chapeau><paragraph style="-uslm-lc:I12" class="indent1" id="ide0c65754-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112a/b/1"><num value="1">(1)</num><content> such agreements are not treaties which have been brought into force for the United States after having received Senate advice and consent pursuant to section 2(2) of Article II of the Constitution of the United States;</content> +</paragraph> +<paragraph style="-uslm-lc:I12" class="indent1" id="ide0c65755-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112a/b/2"><num value="2">(2)</num><content> the public interest in such agreements is insufficient to justify their publication, because (A) as of the date of enactment of the Foreign Relations Authorization Act, Fiscal Years 1994 and 1995, the agreements are no longer in force,<ref class="footnoteRef" idref="fn002005">1</ref><note type="footnote" id="fn002005"><num>1</num> So in original. The comma probably should be a semicolon.</note> (B) the agreements do not create private rights or duties, or establish standards intended to govern government action in the treatment of private individuals; (C) in view of the limited or specialized nature of the public interest in such agreements, such interest can adequately be satisfied by an alternative means; or (D) the public disclosure of the text of the agreement would, in the opinion of the President, be prejudicial to the national security of the United States; and</content> +</paragraph> +<paragraph style="-uslm-lc:I12" class="indent1" id="ide0c65756-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112a/b/3"><num value="3">(3)</num><content> copies of such agreements (other than those in paragraph (2)(D)), including certified copies where necessary for litigation or similar purposes, will be made available by the Department of State upon request.</content> +</paragraph> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c65757-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112a/c"><num value="c">(c)</num><content> Any determination pursuant to subsection (b) shall be published in the Federal Register.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c65758-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112a/d"><num value="d">(d)</num><content> The Secretary of State shall make publicly available through the Internet website of the Department of State each treaty or international agreement proposed to be published in the compilation entitled “United States Treaties and Other International Agreements” not later than 180 days after the date on which the treaty or agreement enters into force.</content> +</subsection> +<sourceCredit id="ide0c65759-259a-11ee-829b-a5a403e3639c">(Added <ref href="/us/act/1950-09-23/ch1001/s2">Sept. 23, 1950, ch. 1001, § 2</ref>, <ref href="/us/stat/64/980">64 Stat. 980</ref>; amended <ref href="/us/pl/103/236/tI/s138">Pub. L. 103–236, title I, § 138</ref>, <date date="1994-04-30">Apr. 30, 1994</date>, <ref href="/us/stat/108/397">108 Stat. 397</ref>; <ref href="/us/pl/108/458/tVII/s7121/a">Pub. L. 108–458, title VII, § 7121(a)</ref>, <date date="2004-12-17">Dec. 17, 2004</date>, <ref href="/us/stat/118/3807">118 Stat. 3807</ref>; <ref href="/us/pl/117/263/dE/tLIX/s5947/b">Pub. L. 117–263, div. E, title LIX, § 5947(b)</ref>, <date date="2022-12-23">Dec. 23, 2022</date>, <ref href="/us/stat/136/3482">136 Stat. 3482</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0c6575a-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I84" topic="prospectiveAmendment" id="ide0c6575b-259a-11ee-829b-a5a403e3639c"><heading class="centered fontsize8 smallCaps">Amendment of Section</heading><p style="-uslm-lc:I88" class="indent1 fontsize8 italic"><ref href="/us/pl/117/263/dE/tLIX/s5947/b">Pub. L. 117–263, div. E, title LIX, § 5947(b)</ref>, (c), <date date="2022-12-23">Dec. 23, 2022</date>, <ref href="/us/stat/136/3482">136 Stat. 3482</ref>, provided that, effective 270 days after <date date="2022-12-23">Dec. 23, 2022</date>, this section is amended by striking subsections (b), (c), and (d) and by inserting after subsection (a) the following:</p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(b) Copies of international agreements and qualifying non-binding instruments in the possession of the Department of State, but not published, other than the agreements described in section 112b(b)(3)(A), shall be made available by the Department of State upon request.</i></p> +<p style="-uslm-lc:I88" class="indent1 fontsize8 italic">See 2022 Amendment note below.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0c6575c-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I75" topic="referencesInText" id="ide0c6575d-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">References in Text</heading><p style="-uslm-lc:I21" class="indent0">The date of enactment of the Foreign Relations Authorization Act, Fiscal Years 1994 and 1995, referred to in subsec. (b)(2)(A), is the date of enactment of <ref href="/us/pl/103/236">Pub. L. 103–236</ref>, which was approved <date date="1994-04-30">Apr. 30, 1994</date>.</p> +</note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0c6575e-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">2022—Subsecs. (b) to (d). <ref href="/us/pl/117/263">Pub. L. 117–263</ref> added subsec. (b) and struck out former subsecs. (b) to (d) which related to determination that publication of certain categories of agreements is not required, publication of such determination in the Federal Register, and timely availability of certain treaties and international agreements on the Department of State website.</p> +<p style="-uslm-lc:I21" class="indent0">2004—Subsec. (d). <ref href="/us/pl/108/458">Pub. L. 108–458</ref> added subsec. (d).</p> +<p style="-uslm-lc:I21" class="indent0">1994—<ref href="/us/pl/103/236">Pub. L. 103–236</ref> designated existing provisions as subsec. (a) and added subsecs. (b) and (c).</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0c6575f-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="effectiveDateOfAmendment" id="ide0c65760-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Effective Date of 2022 Amendment</heading><p><ref href="/us/pl/117/263/dE/tLIX/s5947/c">Pub. L. 117–263, div. E, title LIX, § 5947(c)</ref>, <date date="2022-12-23">Dec. 23, 2022</date>, <ref href="/us/stat/136/3482">136 Stat. 3482</ref>, provided that: <quotedContent origin="/us/pl/117/263/dE/tLIX/s5947/c">“The amendments made by this section [amending this section, <ref href="/us/usc/t1/s112b">section 112b of this title</ref>, and <ref href="/us/usc/t6/s195c">section 195c of Title 6</ref>, Domestic Security] shall take effect on the date that is 270 days after the date of the enactment of this Act.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="effectiveDateOfAmendment" id="ide0c65761-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Effective Date of 2004 Amendment</heading><p><ref href="/us/pl/108/458/tVII/s7122">Pub. L. 108–458, title VII, § 7122</ref>, <date date="2004-12-17">Dec. 17, 2004</date>, <ref href="/us/stat/118/3808">118 Stat. 3808</ref>, provided that: <quotedContent origin="/us/pl/108/458/tVII/s7122">“Notwithstanding any other provision of this Act [see Tables for classification], this subtitle [subtitle A (§§ 7101–7122) of title VII of <ref href="/us/pl/108/458">Pub. L. 108–458</ref>, enacting sections 2228, 2732, 3922b, 4029, 7536a, and 7555 of Title 22, Foreign Relations and Intercourse, amending this section, <ref href="/us/usc/t1/s112b">section 112b of this title</ref>, <ref href="/us/usc/t8/s1189">section 1189 of Title 8</ref>, Aliens and Nationality, sections 2651a, 2656f, 4003, 7513, 7514, 7518, 7536, 7537, 7538, and 7554 of Title 22, and <ref href="/us/usc/t50/s4605">section 4605 of Title 50</ref>, War and National Defense, repealing <ref href="/us/usc/t22/s2374">section 2374 of Title 22</ref>, enacting provisions set out as notes under <ref href="/us/usc/t8/s1189">section 1189 of Title 8</ref>, sections 1431, 2451, 2452, 2651a, 2656, 2656f, 7501, 7511, 7513, 7514, and 7536 of Title 22, and <ref href="/us/usc/t50/s4605">section 4605 of Title 50</ref>, and amending provisions set out as a note under <ref href="/us/usc/t1/s112b">section 112b of this title</ref>] shall take effect on the date of enactment of this Act [<date date="2004-12-17">Dec. 17, 2004</date>].”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c65762-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Effect of Repeal of Section 73 of Act <date date="1895-01-12">Jan. 12, 1895</date></heading><p style="-uslm-lc:I21" class="indent0">This section and <ref href="/us/usc/t1/s112">section 112 of this title</ref> as not affected by the repeal of section 73 of <ref href="/us/act/1895-01-12/ch23">act Jan. 12, 1895, ch. 23</ref>, <ref href="/us/stat/28/615">28 Stat. 615</ref>, which related to the same subject matter, see section 56(i) of <ref href="/us/act/1951-10-31/ch655">act Oct. 31, 1951, ch. 655</ref>, <ref href="/us/stat/65/729">65 Stat. 729</ref>.</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c65763-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Written Requests for Documents</heading><p style="-uslm-lc:I21" class="indent0">Copies of United States Treaties and Other International Agreements not available to Senators or Representatives unless specifically requested by them, in writing, see <ref href="/us/pl/94/59/tVIII/s801">Pub. L. 94–59, title VIII, § 801</ref>, <date date="1975-07-25">July 25, 1975</date>, <ref href="/us/stat/89/296">89 Stat. 296</ref>, set out as a note under <ref href="/us/usc/t44/s1317">section 1317 of Title 44</ref>, Public Printing and Documents.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0c65764-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b"><num value="112b">§ 112b.</num><heading> United States international agreements; transmission to Congress</heading><subsection style="-uslm-lc:I11" class="indent0" id="ide0c65765-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/a"><num value="a">(a)</num><content> The Secretary of State shall transmit to the Congress the text of any international agreement (including the text of any oral international agreement, which agreement shall be reduced to writing), other than a treaty, to which the United States is a party as soon as practicable after such agreement has entered into force with respect to the United States but in no event later than sixty days thereafter. However, any such agreement the immediate public disclosure of which would, in the opinion of the President, be prejudicial to the national security of the United States shall not be so transmitted to the Congress but shall be transmitted to the Committee on Foreign Relations of the Senate and the Committee on International Relations of the House of Representatives under an appropriate injunction of secrecy to be removed only upon due notice from the President. Any department or agency of the United States Government which enters into any international agreement on behalf of the United States shall transmit to the Department of State the text of such agreement not later than twenty days after such agreement has been signed.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c65766-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/b"><num value="b">(b)</num><content> Not later than <date date="1979-03-01">March 1, 1979</date>, and at yearly intervals thereafter, the President shall, under his own signature, transmit to the Speaker of the House of Representatives and the chairman of the Committee on Foreign Relations of the Senate a report with respect to each international agreement which, during the preceding year, was transmitted to the Congress after the expiration of the 60-day period referred to in the first sentence of subsection (a), describing fully and completely the reasons for the late transmittal.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c65767-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/c"><num value="c">(c)</num><content> Notwithstanding any other provision of law, an international agreement may not be signed or otherwise concluded on behalf of the United States without prior consultation with the Secretary of State. Such consultation may encompass a class of agreements rather than a particular agreement.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c65768-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/d"><num value="d">(d)</num><paragraph style="-uslm-lc:I11" class="indent0" id="ide0c65769-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/d/1"><num value="1">(1)</num><chapeau> The Secretary of State shall annually submit to Congress a report that contains an index of all international agreements, listed by country, date, title, and summary of each such agreement (including a description of the duration of activities under the agreement and the agreement itself), that the United States—</chapeau><subparagraph style="-uslm-lc:I12" class="indent1" id="ide0c6576a-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/d/1/A"><num value="A">(A)</num><content> has signed, proclaimed, or with reference to which any other final formality has been executed, or that has been extended or otherwise modified, during the preceding calendar year; and</content> +</subparagraph> +<subparagraph style="-uslm-lc:I12" class="indent1" id="ide0c6576b-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/d/1/B"><num value="B">(B)</num><content> has not been published, or is not proposed to be published, in the compilation entitled “United States Treaties and Other International Agreements”.</content> +</subparagraph> +</paragraph> +<paragraph style="-uslm-lc:I11" class="indent0" id="ide0c6576c-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/d/2"><num value="2">(2)</num><content> The report described in paragraph (1) may be submitted in classified form.</content> +</paragraph> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c6576d-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/e"><num value="e">(e)</num><paragraph style="-uslm-lc:I11" class="indent0" id="ide0c8a15e-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/e/1"><num value="1">(1)</num><content> Subject to paragraph (2), the Secretary of State shall determine for and within the executive branch whether an arrangement constitutes an international agreement within the meaning of this section.</content> +</paragraph> +<paragraph style="-uslm-lc:I11" class="indent0" id="ide0c8a15f-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/e/2"><num value="2">(2)</num><subparagraph style="-uslm-lc:I11" class="indent0" id="ide0c8a160-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/e/2/A"><num value="A">(A)</num><content> An arrangement shall constitute an international agreement within the meaning of this section (other than subsection (c)) irrespective of the duration of activities under the arrangement or the arrangement itself.</content> +</subparagraph> +<subparagraph style="-uslm-lc:I11" class="indent0" id="ide0c8a161-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/e/2/B"><num value="B">(B)</num><chapeau> Arrangements that constitute an international agreement within the meaning of this section (other than subsection (c)) include the following:</chapeau><clause style="-uslm-lc:I12" class="indent1" id="ide0c8a162-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/e/2/B/i"><num value="i">(i)</num><content> A bilateral or multilateral counterterrorism agreement.</content> +</clause> +<clause style="-uslm-lc:I12" class="indent1" id="ide0c8a163-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/e/2/B/ii"><num value="ii">(ii)</num><content> A bilateral agreement with a country that is subject to a determination under section 6(j)(1)(A) <ref class="footnoteRef" idref="fn002006">1</ref><note type="footnote" id="fn002006"><num>1</num> See References in Text note below.</note> of the Export Administration Act of 1979 (50 U.S.C. App. 2405(j)(1)(A)), section 620A(a) of the Foreign Assistance Act of 1961 (<ref href="/us/usc/t22/s2371/a">22 U.S.C. 2371(a)</ref>), or section 40(d) of the Arms Export Control Act (<ref href="/us/usc/t22/s2780/d">22 U.S.C. 2780(d)</ref>).</content> +</clause> +</subparagraph> +</paragraph> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c8a164-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/f"><num value="f">(f)</num><content> The President shall, through the Secretary of State, promulgate such rules and regulations as may be necessary to carry out this section.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c8a165-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s112b/g"><num value="g">(g)</num><content> It is the sense of Congress that the executive branch should not prescribe or otherwise commit to or include specific legislative text in a treaty or executive agreement unless Congress has authorized such action.</content> +</subsection> +<sourceCredit id="ide0c8a166-259a-11ee-829b-a5a403e3639c">(Added <ref href="/us/pl/92/403/s1">Pub. L. 92–403, § 1</ref>, <date date="1972-08-22">Aug. 22, 1972</date>, <ref href="/us/stat/86/619">86 Stat. 619</ref>; amended <ref href="/us/pl/95/45/s5">Pub. L. 95–45, § 5</ref>, <date date="1977-06-15">June 15, 1977</date>, <ref href="/us/stat/91/224">91 Stat. 224</ref>; <ref href="/us/pl/95/426/tVII/s708">Pub. L. 95–426, title VII, § 708</ref>, <date date="1978-10-07">Oct. 7, 1978</date>, <ref href="/us/stat/92/993">92 Stat. 993</ref>; <ref href="/us/pl/103/437/s1">Pub. L. 103–437, § 1</ref>, <date date="1994-11-02">Nov. 2, 1994</date>, <ref href="/us/stat/108/4581">108 Stat. 4581</ref>; <ref href="/us/pl/108/458/tVII/s7121/b">Pub. L. 108–458, title VII, § 7121(b)</ref>–(d), <date date="2004-12-17">Dec. 17, 2004</date>, <ref href="/us/stat/118/3807">118 Stat. 3807</ref>, 3808; <ref href="/us/pl/116/260/dFF/tXVII/s1708/b">Pub. L. 116–260, div. FF, title XVII, § 1708(b)</ref>, <date date="2020-12-27">Dec. 27, 2020</date>, <ref href="/us/stat/134/3298">134 Stat. 3298</ref>; <ref href="/us/pl/117/263/dE/tLIX/s5947/a/1">Pub. L. 117–263, div. E, title LIX, § 5947(a)(1)</ref>, <date date="2022-12-23">Dec. 23, 2022</date>, <ref href="/us/stat/136/3476">136 Stat. 3476</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0c8a167-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I84" topic="prospectiveAmendment" id="ide0c8a168-259a-11ee-829b-a5a403e3639c"><heading class="centered fontsize8 smallCaps">Amendment of Section</heading><p><ref href="/us/pl/117/263/dE/tLIX/s5947/a/1">Pub. L. 117–263, div. E, title LIX, § 5947(a)(1)</ref>, (c), <date date="2022-12-23">Dec. 23, 2022</date>, <ref href="/us/stat/136/3476">136 Stat. 3476</ref>, 3482, provided that, effective 270 days after <date date="2022-12-22">Dec. 22, 2022</date>, this section is amended to read as follows:<quotedContent> +<p style="-uslm-lc:I68" class="indent2 firstIndent-2 fontsize8 italic">§ 112b. United States international agreements and non-binding instruments; transparency provisions</p> +</quotedContent> +</p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(a)(1) Not less frequently than once each month, the Secretary shall provide in writing to the Majority Leader of the Senate, the Minority Leader of the Senate, the Speaker of the House of Representatives, the Minority Leader of the House of Representatives, and the appropriate congressional committees the following:</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(A)(i) A list of all international agreements and qualifying non-binding instruments signed, concluded, or otherwise finalized during the prior month.</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(ii) The text of all international agreements and qualifying non-binding instruments described in clause (i).</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(iii) A detailed description of the legal authority that, in the view of the Secretary, provides authorization for each international agreement and that, in the view of the appropriate department or agency, provides authorization for each qualifying non-binding instrument provided under clause (ii) to become operative. If multiple authorities are relied upon in relation to an international agreement, the Secretary shall cite all such authorities, and if multiple authorities are relied upon in relation to a qualifying non-binding instrument, the appropriate department or agency shall cite all such authorities. All citations to the Constitution of the United States, a treaty, or a statute shall include the specific article or section and subsection reference whenever available and, if not available, shall be as specific as possible. If the authority relied upon is or includes article II of the Constitution of the United States, the Secretary or appropriate department or agency shall explain the basis for that reliance.</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(B)(i) A list of all international agreements that entered into force and qualifying non-binding instruments that became operative for the United States or an agency of the United States during the prior month.</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(ii) The text of all international agreements and qualifying non-binding instruments described in clause (i) if such text differs from the text of the agreement or instrument previously provided pursuant to subparagraph (A)(ii).</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(iii) A statement describing any new or amended statutory or regulatory authority anticipated to be required to fully implement each proposed international agreement and qualifying non-binding instrument included in the list described in clause (i).</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(2) The information and text required by paragraph (1) shall be submitted in unclassified form, but may include a classified annex.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(b)(1) Not later than 120 days after the date on which an international agreement enters into force, the Secretary shall make the text of the agreement, and the information described in subparagraphs (A)(iii) and (B)(iii) of subsection (a)(1) relating to the agreement, available to the public on the website of the Department of State.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(2) Not less frequently than once every 120 days, the Secretary shall make the text of each qualifying non-binding instrument that became operative during the preceding 120 days, and the information described in subparagraphs (A)(iii) and (B)(iii) of subsection (a)(1) relating to each such instrument, available to the public on the website of the Department of State.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(3) The requirements under paragraphs (1) and (2) shall not apply to the following categories of international agreements or qualifying non-binding instruments, or to information described in subparagraphs (A)(iii) and (B)(iii) of subsection (a)(1) relating to such agreements or qualifying non-binding instruments:</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(A) International agreements and qualifying non-binding instruments that contain information that has been given a national security classification pursuant to Executive Order 13526 (<ref href="/us/usc/t50/s3161">50 U.S.C. 3161</ref> note; relating to classified national security information) or any predecessor or successor order, or that contain any information that is otherwise exempt from public disclosure pursuant to United States law.</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(B) International agreements and qualifying non-binding instruments that address military operations, military exercises, acquisition and cross servicing, logistics support, military personnel exchange or education programs, or the provision of health care to military personnel on a reciprocal basis.</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(C) International agreements and qualifying non-binding instruments that establish the terms of grant or other similar assistance, including in-kind assistance, financed with foreign assistance funds pursuant to the Foreign Assistance Act of 1961 (<ref href="/us/usc/t22/s2151">22 U.S.C. 2151</ref> et seq.) or the Food for Peace Act (<ref href="/us/usc/t7/s1691">7 U.S.C. 1691</ref> et seq.).</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(D) International agreements and qualifying non-binding instruments, such as project annexes and other similar instruments, for which the principal function is to establish technical details for the implementation of a specific project undertaken pursuant to another agreement or qualifying non-binding instrument that has been published in accordance with paragraph (1) or (2).</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(E) International agreements and qualifying non-binding instruments that have been separately published by a depositary or other similar administrative body, except that the Secretary shall make the information described in subparagraphs (A)(iii) and (B)(iii) of subsection (a)(1), relating to such agreements or qualifying non-binding instruments, available to the public on the website of the Department of State within the timeframes required by paragraph (1) or (2).</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(c) For any international agreement or qualifying non-binding instrument for which an implementing agreement or arrangement, or any document of similar purpose or function to the aforementioned regardless of the title of the document, is not otherwise required to be submitted to the Majority Leader of the Senate, the Minority Leader of the Senate, the Speaker of the House of Representatives, the Minority Leader of the House of Representatives, and the appropriate congressional committees under subparagraphs (A)(ii) or (B)(ii) of subsection (a)(1), not later than 30 days after the date on which the Secretary receives a written communication from the Chair or Ranking Member of either of the appropriate congressional committees requesting the text of any such implementing agreements or arrangements, whether binding or non-binding, the Secretary shall submit such implementing agreements or arrangements to the Majority Leader of the Senate, the Minority Leader of the Senate, the Speaker of the House of Representatives, the Minority Leader of the House of Representatives, and the appropriate congressional committees.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(d) Any department or agency of the United States Government that enters into any international agreement or qualifying non-binding instrument on behalf of itself or the United States shall—</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(1) provide to the Secretary the text of each international agreement not later than 15 days after the date on which such agreement is signed or otherwise concluded;</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(2) provide to the Secretary the text of each qualifying non-binding instrument not later than 15 days after the date on which such instrument is concluded or otherwise becomes finalized;</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(3) provide to the Secretary a detailed description of the legal authority that provides authorization for each qualifying non-binding instrument to become operative not later than 15 days after such instrument is signed or otherwise becomes finalized; and</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(4) on an ongoing basis, provide any implementing material to the Secretary for transmittal to the Majority Leader of the Senate, the Minority Leader of the Senate, the Speaker of the House of Representatives, the Minority Leader of the House of Representatives, and the appropriate congressional committees as needed to satisfy the requirements described in subsection (c).</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(e)(1) Each department or agency of the United States Government that enters into any international agreement or qualifying non-binding instrument on behalf of itself or the United States shall designate a Chief International Agreements Officer, who shall—</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(A) be selected from among employees of such department or agency;</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(B) serve concurrently as the Chief International Agreements Officer; and</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(C) subject to the authority of the head of such department or agency, have department- or agency-wide responsibility for efficient and appropriate compliance with this section.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(2) There shall be a Chief International Agreements Officer who serves at the Department of State with the title of International Agreements Compliance Officer.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(f) The substance of oral international agreements shall be reduced to writing for the purpose of meeting the requirements of subsections (a) and (b).</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(g) Notwithstanding any other provision of law, an international agreement may not be signed or otherwise concluded on behalf of the United States without prior consultation with the Secretary. Such consultation may encompass a class of agreements rather than a particular agreement.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(h)(1) Not later than 3 years after the date of the enactment of this section, and not less frequently than once every 3 years thereafter during the 9-year period beginning on the date of the enactment of this section, the Comptroller General of the United States shall conduct an audit of the compliance of the Secretary with the requirements of this section.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(2) In any instance in which a failure by the Secretary to comply with such requirements is determined by the Comptroller General to have been due to the failure or refusal of another agency to provide information or material to the Department of State, or the failure to do so in a timely manner, the Comptroller General shall engage such other agency to determine—</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(A) the cause and scope of such failure or refusal;</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(B) the specific office or offices responsible for such failure or refusal; and</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(C) recommendations for measures to ensure compliance with statutory requirements.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(3) The Comptroller General shall submit to the Majority Leader of the Senate, the Minority Leader of the Senate, the Speaker of the House of Representatives, the Minority Leader of the House of Representatives, and the appropriate congressional committees in writing the results of each audit required by paragraph (1).</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(4) The Comptroller General and the Secretary shall make the results of each audit required by paragraph (1) publicly available on the websites of the Government Accountability Office and the Department of State, respectively.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(i) The President shall, through the Secretary, promulgate such rules and regulations as may be necessary to carry out this section.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(j) It is the sense of Congress that the executive branch should not prescribe or otherwise commit to or include specific legislative text in a treaty, executive agreement, or non-binding instrument unless Congress has authorized such action.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(k) In this section:</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(1) The term “appropriate congressional committees” means—</i></p> +<p style="-uslm-lc:I13" class="indent2 fontsize8"><i>(A) the Committee on Foreign Relations of the Senate; and</i></p> +<p style="-uslm-lc:I13" class="indent2 fontsize8"><i>(B) the Committee on Foreign Affairs of the House of Representatives.</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(2) The term “appropriate department or agency” means the department or agency of the United States Government that negotiates and enters into a qualifying non-binding instrument on behalf of itself or the United States.</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(3) The term “intelligence community” has the meaning given that term in section 3(4) of the National Security Act of 1947 (<ref href="/us/usc/t50/s3003/4">50 U.S.C. 3003(4)</ref>).</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(4) The term “international agreement” includes—</i></p> +<p style="-uslm-lc:I13" class="indent2 fontsize8"><i>(A) any treaty that requires the advice and consent of the Senate, pursuant to article II of the Constitution of the United States; and</i></p> +<p style="-uslm-lc:I13" class="indent2 fontsize8"><i>(B) any other international agreement to which the United States is a party and that is not subject to the advice and consent of the Senate.</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(5) The term “qualifying non-binding instrument”—</i></p> +<p style="-uslm-lc:I13" class="indent2 fontsize8"><i>(A) except as provided in subparagraph (B), means a non-binding instrument that—</i></p> +<p style="-uslm-lc:I14" class="indent3 fontsize8"><i>(i) is or will be under negotiation, is signed or otherwise becomes operative, or is implemented with one or more foreign governments, international organizations, or foreign entities, including non-state actors; and</i></p> +<p style="-uslm-lc:I14" class="indent3 fontsize8"><i>(ii)(I) could reasonably be expected to have a significant impact on the foreign policy of the United States; or</i></p> +<p style="-uslm-lc:I14" class="indent3 fontsize8"><i>(II) is the subject of a written communication from the Chair or Ranking Member of either of the appropriate congressional committees to the Secretary; and</i></p> +<p style="-uslm-lc:I13" class="indent2 fontsize8"><i>(B) does not include any non-binding instrument that is signed or otherwise becomes operative or is implemented pursuant to the authorities relied upon by the Department of Defense, the Armed Forces of the United States, or any element of the intelligence community.</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(6) The term “Secretary” means the Secretary of State.</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(7)(A) The term “text” with respect to an international agreement or qualifying non-binding instrument includes—</i></p> +<p style="-uslm-lc:I13" class="indent2 fontsize8"><i>(i) any annex, appendix, codicil, side agreement, side letter, or any document of similar purpose or function to the aforementioned, regardless of the title of the document, that is entered into contemporaneously and in conjunction with the international agreement or qualifying non-binding instrument; and</i></p> +<p style="-uslm-lc:I13" class="indent2 fontsize8"><i>(ii) any implementing agreement or arrangement, or any document of similar purpose or function to the aforementioned regardless of the title of the document, that is entered into contemporaneously and in conjunction with the international agreement or qualifying non-binding instrument.</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(B) As used in subparagraph (A), the term “contemporaneously and in conjunction with”—</i></p> +<p style="-uslm-lc:I13" class="indent2 fontsize8"><i>(i) shall be construed liberally; and</i></p> +<p style="-uslm-lc:I13" class="indent2 fontsize8"><i>(ii) may not be interpreted to require any action to have occurred simultaneously or on the same day.</i></p> +<p style="-uslm-lc:I11" class="indent0 fontsize8"><i>(l) Nothing in this section may be construed—</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(1) to authorize the withholding from disclosure to the public of any record if such disclosure is required by law; or</i></p> +<p style="-uslm-lc:I12" class="indent1 fontsize8"><i>(2) to require the provision of any implementing agreement or arrangement, or any document of similar purpose or function regardless of its title, which was entered into by the Department of Defense, the Armed Forces of the United States, or any element of the intelligence community or any implementing material originating with the aforementioned agencies, if such implementing agreement, arrangement, document, or material was not required to be provided to the Majority Leader of the Senate, the Minority Leader of the Senate, the Speaker of the House of Representatives, the Minority Leader of the House of Representatives, or the appropriate congressional committees prior to the date of the enactment of the James M. Inhofe National Defense Authorization Act for Fiscal Year 2023.</i></p> +<p style="-uslm-lc:I88" class="indent1 fontsize8 italic">See 2022 Amendment note below.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0c8a169-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I75" topic="referencesInText" id="ide0c8a16a-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">References in Text</heading><p style="-uslm-lc:I21" class="indent0">Section 6(j)(1)(A) of the Export Administration Act of 1979, referred to in subsec. (e)(2)(B)(ii), which was classified to section 2405(j)(1)(A) of the former Appendix to Title 50, War and National Defense, prior to editorial reclassification and renumbering as <ref href="/us/usc/t50/s4605/j/1/A">section 4605(j)(1)(A) of Title 50</ref>, was repealed by <ref href="/us/pl/115/232/dA/tXVII/s1766/a">Pub. L. 115–232, div. A, title XVII, § 1766(a)</ref>, <date date="2018-08-13">Aug. 13, 2018</date>, <ref href="/us/stat/132/2232">132 Stat. 2232</ref>.</p> +</note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0c8a16b-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">2022—<ref href="/us/pl/117/263">Pub. L. 117–263</ref> amended section generally. Prior to amendment, section related to requirements for transmitting the text of United States international agreements and various reports to Congress.</p> +<p style="-uslm-lc:I21" class="indent0">2020—Subsec. (g). <ref href="/us/pl/116/260">Pub. L. 116–260</ref> added subsec. (g).</p> +<p style="-uslm-lc:I21" class="indent0">2004—Subsec. (a). <ref href="/us/pl/108/458/s7121/b">Pub. L. 108–458, § 7121(b)</ref>, substituted “Committee on International Relations” for “Committee on Foreign Affairs”.</p> +<p style="-uslm-lc:I21" class="indent0">Subsec. (d). <ref href="/us/pl/108/458/s7121/c">Pub. L. 108–458, § 7121(c)</ref>, added subsec. (d). Former subsec. (d) redesignated (e).</p> +<p style="-uslm-lc:I21" class="indent0">Subsec. (e). <ref href="/us/pl/108/458/s7121/d">Pub. L. 108–458, § 7121(d)</ref>, designated existing provisions as par. (1), substituted “Subject to paragraph (2), the Secretary of State” for “The Secretary of State”, and added par. (2).</p> +<p style="-uslm-lc:I21" class="indent0"><ref href="/us/pl/108/458/s7121/c/1">Pub. L. 108–458, § 7121(c)(1)</ref>, redesignated subsec. (d) as (e). Former subsec. (e) redesignated (f).</p> +<p style="-uslm-lc:I21" class="indent0">Subsec. (f). <ref href="/us/pl/108/458/s7121/c/1">Pub. L. 108–458, § 7121(c)(1)</ref>, redesignated subsec. (e) as (f).</p> +<p style="-uslm-lc:I21" class="indent0">1994—Subsec. (a). <ref href="/us/pl/103/437">Pub. L. 103–437</ref> substituted “Committee on Foreign Affairs” for “Committee on International Relations”.</p> +<p style="-uslm-lc:I21" class="indent0">1978—<ref href="/us/pl/95/426">Pub. L. 95–426</ref> designated existing provisions as subsec. (a), inserted “(including the text of any oral international agreement, which agreement shall be reduced to writing)”, and added subsecs. (b) to (e).</p> +<p style="-uslm-lc:I21" class="indent0">1977—<ref href="/us/pl/95/45">Pub. L. 95–45</ref> substituted “Committee on International Relations of the House of Representatives” for “Committee on Foreign Affairs of the House of Representatives” and inserted requirement that any department or agency of the United States Government which enters into any international agreement on behalf of the United States transmit to the Department of State the text of such agreement not later than twenty days after the agreement has been signed.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0c8a16c-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I78" topic="changeOfName" id="ide0c8a16d-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">Change of Name</heading> +<p style="-uslm-lc:I21" class="indent0">Committee on International Relations of House of Representatives changed to Committee on Foreign Affairs of House of Representatives by House Resolution No. 6, One Hundred Tenth Congress, <date date="2007-01-05">Jan. 5, 2007</date>.</p> +</note> +<note style="-uslm-lc:I74" topic="effectiveDateOfAmendment" id="ide0c8a16e-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Effective Date of 2022 Amendment</heading><p style="-uslm-lc:I21" class="indent0">Amendment by <ref href="/us/pl/117/263">Pub. L. 117–263</ref> effective 270 days after <date date="2022-12-23">Dec. 23, 2022</date>, see <ref href="/us/pl/117/263/s5947/c">section 5947(c) of Pub. L. 117–263</ref>, set out as a note under <ref href="/us/usc/t1/s112a">section 112a of this title</ref>.</p> +</note> +<note style="-uslm-lc:I74" topic="shortTitle" id="ide0c8a16f-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Short Title</heading><p style="-uslm-lc:I21" class="indent0">This section is popularly known as the Case-Zablocki Act.</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c8a170-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Rules and Regulations</heading><p><ref href="/us/pl/117/263/dE/tLIX/s5947/a/5">Pub. L. 117–263, div. E, title LIX, § 5947(a)(5)</ref>, <date date="2022-12-23">Dec. 23, 2022</date>, <ref href="/us/stat/136/3482">136 Stat. 3482</ref>, provided that: <quotedContent origin="/us/pl/117/263/dE/tLIX/s5947/a/5">“Not later than 180 days after the date of the enactment of this Act [<date date="2022-12-23">Dec. 23, 2022</date>], the President, through the Secretary of State, shall promulgate such rules and regulations as may be necessary to carry out <ref href="/us/usc/t1/s112b">section 112b of title 1</ref>, United States Code, as amended by paragraph (1).”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c8a171-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Termination of Reporting Requirements</heading><p style="-uslm-lc:I21" class="indent0">For termination, effective <date date="2000-05-15">May 15, 2000</date>, of provisions of law requiring submittal to Congress of any annual, semiannual, or other regular periodic report listed in House Document No. 103–7 (in which the report required by subsec. (b) of this section is listed on page 38), see <ref href="/us/pl/104/66/s3003">section 3003 of Pub. L. 104–66</ref>, as amended, set out as a note under <ref href="/us/usc/t31/s1113">section 1113 of Title 31</ref>, Money and Finance.</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c8a172-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Mechanism for Reporting</heading><p><ref href="/us/pl/117/263/dE/tLIX/s5947/a/4">Pub. L. 117–263, div. E, title LIX, § 5947(a)(4)</ref>, <date date="2022-12-23">Dec. 23, 2022</date>, <ref href="/us/stat/136/3481">136 Stat. 3481</ref>, provided that: <quotedContent origin="/us/pl/117/263/dE/tLIX/s5947/a/4">“Not later than 270 days after the date of the enactment of this Act [<date date="2022-12-23">Dec. 23, 2022</date>], the Secretary of State shall establish a mechanism for personnel of the Department of State who become aware or who have reason to believe that the requirements under <ref href="/us/usc/t1/s112b">section 112b of title 1</ref>, United States Code, as amended by paragraph (1), have not been fulfilled with respect to an international agreement or qualifying non-binding instrument (as such terms are defined in such section) to report such instances to the Secretary.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c8a173-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Consultation and Briefing Requirement</heading><p><ref href="/us/pl/117/263/dE/tLIX/s5947/a/6">Pub. L. 117–263, div. E, title LIX, § 5947(a)(6)</ref>, <date date="2022-12-23">Dec. 23, 2022</date>, <ref href="/us/stat/136/3482">136 Stat. 3482</ref>, provided that:<quotedContent origin="/us/pl/117/263/dE/tLIX/s5947/a/6"> +<subparagraph style="-uslm-lc:I21" class="indent0"><num value="A">“(A)</num><heading> <inline class="small-caps">Consultation</inline>.—</heading><content>The Secretary of State shall consult with the Committee on Foreign Relations of the Senate and the Committee on Foreign Affairs of the House of Representatives on matters related to the implementation of this section [amending this section, <ref href="/us/usc/t1/s112a">section 112a of this title</ref>, and <ref href="/us/usc/t6/s195c">section 195c of Title 6</ref>, Domestic Security, and enacting provisions set out as notes under this section and <ref href="/us/usc/t1/s112a">section 112a of this title</ref>] and the amendments made by this section before and after the effective date described in subsection (c) [see Effective Date of 2022 Amendment note set out under <ref href="/us/usc/t1/s112a">section 112a of this title</ref>].</content> +</subparagraph> +<subparagraph style="-uslm-lc:I21" class="indent0"><num value="B">“(B)</num><heading> <inline class="small-caps">Briefing</inline>.—</heading><content>Not later than 90 days after the date of the enactment of this Act [<date date="2022-12-23">Dec. 23, 2022</date>], and once every 90 days thereafter for 1 year, the Secretary shall brief the Committee on Foreign Relations of the Senate, the Committee on Appropriations of the Senate, the Committee on Foreign Affairs of the House of Representatives, and the Committee on Appropriations of the House of Representatives regarding the status of efforts to implement this section and the amendments made by this section.”</content> +</subparagraph> +</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0c8a174-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Enforcement</heading><p><ref href="/us/pl/100/204/tI/s139">Pub. L. 100–204, title I, § 139</ref>, <date date="1987-12-22">Dec. 22, 1987</date>, <ref href="/us/stat/101/1347">101 Stat. 1347</ref>, as amended by <ref href="/us/pl/108/458/tVII/s7121/e">Pub. L. 108–458, title VII, § 7121(e)</ref>, <date date="2004-12-17">Dec. 17, 2004</date>, <ref href="/us/stat/118/3808">118 Stat. 3808</ref>, provided that:<quotedContent origin="/us/pl/108/458/tVII/s7121/e"> +<subsection style="-uslm-lc:I21" class="indent0"><num value="a">“(a)</num><heading> <inline class="small-caps">Restriction on Use of Funds</inline>.—</heading><content>If any international agreement, whose text is required to be transmitted to the Congress pursuant to the first sentence of subsection (a) of <ref href="/us/usc/t1/s112b">section 112b of title 1</ref>, United States Code (commonly referred to as the ‘Case-Zablocki Act’), is not so transmitted within the 60-day period specified in that sentence, then no funds authorized to be appropriated by this or any other Act shall be available after the end of that 60-day period to implement that agreement until the text of that agreement has been so transmitted.</content> +</subsection> +<subsection style="-uslm-lc:I21" class="indent0"><num value="b">“(b)</num><heading> <inline class="small-caps">Effective Date</inline>.—</heading><content>Subsection (a) shall take effect 60 days after the date of enactment of the 911 [probably means 9/11] Commission Implementation Act of 2004 [<date date="2004-12-17">Dec. 17, 2004</date>] and shall apply during fiscal years 2005, 2006, and 2007.”</content> +</subsection> +</quotedContent> +</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0c8a175-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s113"><num value="113">§ 113.</num><heading> “Little and Brown’s” edition of laws and treaties; slip laws; Treaties and Other International Acts Series; admissibility in evidence</heading><content> +<p style="-uslm-lc:I11" class="indent0">The edition of the laws and treaties of the United States, published by Little and Brown, and the publications in slip or pamphlet form of the laws of the United States issued under the authority of the Archivist of the United States, and the Treaties and Other International Acts Series issued under the authority of the Secretary of State shall be competent evidence of the several public and private Acts of Congress, and of the treaties, international agreements other than treaties, and proclamations by the President of such treaties and international agreements other than treaties, as the case may be, therein contained, in all the courts of law and equity and of maritime jurisdiction, and in all the tribunals and public offices of the United States, and of the several States, without any further proof or authentication thereof.</p> +</content><sourceCredit id="ide0c8a176-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/636">61 Stat. 636</ref>; <ref href="/us/pl/89/497/s1">Pub. L. 89–497, § 1</ref>, <date date="1966-07-08">July 8, 1966</date>, <ref href="/us/stat/80/271">80 Stat. 271</ref>; <ref href="/us/pl/98/497/tI/s107/d">Pub. L. 98–497, title I, § 107(d)</ref>, <date date="1984-10-19">Oct. 19, 1984</date>, <ref href="/us/stat/98/2291">98 Stat. 2291</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0c8a177-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0c8a178-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0c8a179-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">1984—<ref href="/us/pl/98/497">Pub. L. 98–497</ref> substituted “Archivist of the United States” for “Administrator of General Services”.</p> +<p style="-uslm-lc:I21" class="indent0">1966—<ref href="/us/pl/89/497">Pub. L. 89–497</ref> made slip laws and the Treaties and Other International Acts Series competent legal evidence of the several acts of Congress and the treaties and other international agreements contained therein.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0c8a17a-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="effectiveDateOfAmendment" id="ide0c8a17b-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Effective Date of 1984 Amendment</heading><p style="-uslm-lc:I21" class="indent0">Amendment by <ref href="/us/pl/98/497">Pub. L. 98–497</ref> effective <date date="1985-04-01">Apr. 1, 1985</date>, see <ref href="/us/pl/98/497/s301">section 301 of Pub. L. 98–497</ref>, set out as a note under <ref href="/us/usc/t44/s2102">section 2102 of Title 44</ref>, Public Printing and Documents.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0c8a17c-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s114"><num value="114">§ 114.</num><heading> Sealing of instruments</heading><content> +<p style="-uslm-lc:I11" class="indent0">In all cases where a seal is necessary by law to any commission, process, or other instrument provided for by the laws of Congress, it shall be lawful to affix the proper seal by making an impression therewith directly on the paper to which such seal is necessary; which shall be as valid as if made on wax or other adhesive substance.</p> +</content><sourceCredit id="ide0c8a17d-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/636">61 Stat. 636</ref>.)</sourceCredit> +</section> +</chapter> +<chapter style="-uslm-lc:I81" id="ide0c8a17e-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/ch3"><num value="3">CHAPTER 3—</num><heading>CODE OF LAWS OF UNITED STATES AND SUPPLEMENTS; DISTRICT OF COLUMBIA CODE AND SUPPLEMENTS</heading> +<toc role="twoColumnTOC" id="ide0c8a17f-259a-11ee-829b-a5a403e3639c"> +<layout> +<header style="-uslm-lc:I70" role="tocColumnHeader"> +<column class="tocHeaderLeft">Sec.</column> +</header> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s201">201.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Publication and distribution of Code of Laws of United States and Supplements and District of Columbia Code and Supplements.</column> +</tocItem> +<tocItem> +<column/><column style="-uslm-lc:I46" class="twoColumnRight indentTo65ptsHang">(a) Publishing in slip or pamphlet form or in Statutes at Large.</column> +</tocItem> +<tocItem> +<column/><column style="-uslm-lc:I46" class="twoColumnRight indentTo65ptsHang">(b) Curtailing number of copies published.</column> +</tocItem> +<tocItem> +<column/><column style="-uslm-lc:I46" class="twoColumnRight indentTo65ptsHang">(c) Dispensing with publication of more than one Supplement for each Congress.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s202">202.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Preparation and publication of Codes and Supplements.</column> +</tocItem> +<tocItem> +<column/><column style="-uslm-lc:I46" class="twoColumnRight indentTo65ptsHang">(a) Cumulative Supplements to Code of Laws of United States for each session of Congress.</column> +</tocItem> +<tocItem> +<column/><column style="-uslm-lc:I46" class="twoColumnRight indentTo65ptsHang">(b) Cumulative Supplement to District of Columbia Code for each session of Congress.</column> +</tocItem> +<tocItem> +<column/><column style="-uslm-lc:I46" class="twoColumnRight indentTo65ptsHang">(c) New editions of Codes and Supplements.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s203">203.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">District of Columbia Code; preparation and publication; cumulative supplements.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s204">204.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Codes and Supplements as evidence of the laws of United States and District of Columbia; citation of Codes and Supplements.</column> +</tocItem> +<tocItem> +<column/><column style="-uslm-lc:I46" class="twoColumnRight indentTo65ptsHang">(a) United States Code.</column> +</tocItem> +<tocItem> +<column/><column style="-uslm-lc:I46" class="twoColumnRight indentTo65ptsHang">(b) District of Columbia Code.</column> +</tocItem> +<tocItem> +<column/><column style="-uslm-lc:I46" class="twoColumnRight indentTo65ptsHang">(c) District of Columbia Code; citation.</column> +</tocItem> +<tocItem> +<column/><column style="-uslm-lc:I46" class="twoColumnRight indentTo65ptsHang">(d) Supplements to Codes; citation.</column> +</tocItem> +<tocItem> +<column/><column style="-uslm-lc:I46" class="twoColumnRight indentTo65ptsHang">(e) New edition of Codes; citation.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s205">205.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Codes and Supplement; where printed; form and style; ancillaries.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s206">206.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Bills and resolutions of Committee on the Judiciary of House of Representatives; form and style; ancillaries; curtailment of copies.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s207">207.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Copies of acts and resolutions in slip form; additional number printed for Committee on the Judiciary of House of Representatives.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s208">208.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Delegation of function of Committee on the Judiciary to other agencies; printing, etc., under direction of Joint Committee on Printing.<ref class="footnoteRef" idref="fn002008">1</ref><note type="footnote" id="fn002008"><num>1</num> So in original. Does not conform to section catchline.</note></column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s209">209.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Copies of Supplements to Code of Laws of United States and of District of Columbia Code and Supplements; conclusive evidence of original.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s210">210.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Distribution of Supplements to Code of Laws of United States and of District of Columbia Code and Supplements; slip and pamphlet copies.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s211">211.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Copies to Members of Congress.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s212">212.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Additional distribution at each new Congress.</column> +</tocItem> +<tocItem> +<column style="-uslm-lc:I20" class="twoColumnLeft"><ref href="/us/usc/t1/s213">213.</ref></column><column style="-uslm-lc:I46" class="twoColumnRight">Appropriation for preparing and editing supplements.</column> +</tocItem> +</layout> +</toc> +<section style="-uslm-lc:I80" id="ide0c8a180-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s201"><num value="201">§ 201.</num><heading> Publication and distribution of Code of Laws of United States and Supplements and District of Columbia Code and Supplements</heading> +<chapeau style="-uslm-lc:I11" class="indent0">In order to avoid duplication and waste—</chapeau><subsection style="-uslm-lc:I11" class="indent0" id="ide0c8a181-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s201/a"><num value="a">(a)</num><heading> Publishing in slip or pamphlet form or in Statutes at Large.—</heading><content>Publication in slip or pamphlet form or in the Statutes at Large of any of the volumes or publications enumerated in sections 202 and 203 of this title, shall, in event of enactment, be dispensed with whenever the Committee on the Judiciary of the House of Representatives so directs the Archivist of the United States;</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c8a182-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s201/b"><num value="b">(b)</num><heading> Curtailing number of copies published.—</heading><content>Curtailment of the number provided by law to be printed and distributed of the volumes or publications enumerated in sections 202 and 203 of this title may be directed by such committee, except that the Director of the Government Publishing Office shall print such numbers as are necessary for depository library distribution and for sale; and</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0c8a183-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s201/c"><num value="c">(c)</num><heading> Dispensing with publication of more than one Supplement for each Congress.—</heading><content>Such committee may direct that the printing and distribution of any supplement to the Code of Laws of the United States or to the Code of the District of Columbia be dispensed with entirely, except that there shall be printed and distributed for each Congress at least one supplement to each such code, containing the legislation of such Congress.</content> +</subsection> +<sourceCredit id="ide0cb1184-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/637">61 Stat. 637</ref>; <ref href="/us/act/1954-09-03/ch1263/s1">Sept. 3, 1954, ch. 1263, § 1</ref>, <ref href="/us/stat/68/1226">68 Stat. 1226</ref>; <ref href="/us/pl/98/497/tI/s107/d">Pub. L. 98–497, title I, § 107(d)</ref>, <date date="1984-10-19">Oct. 19, 1984</date>, <ref href="/us/stat/98/2291">98 Stat. 2291</ref>; <ref href="/us/pl/113/235/dH/tI/s1301/d">Pub. L. 113–235, div. H, title I, § 1301(d)</ref>, <date date="2014-12-16">Dec. 16, 2014</date>, <ref href="/us/stat/128/2537">128 Stat. 2537</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0cb1185-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0cb1186-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0cb1187-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">1984—Subsec. (a). <ref href="/us/pl/98/497">Pub. L. 98–497</ref> substituted “Archivist of the United States” for “Administrator of General Services”.</p> +<p style="-uslm-lc:I21" class="indent0">1954—Subsec. (a). Act <date date="1954-09-03">Sept. 3, 1954</date>, substituted “Administrator of General Services” for “Secretary of State”.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0cb1188-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I78" topic="changeOfName" id="ide0cb1189-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">Change of Name</heading> +<p style="-uslm-lc:I21" class="indent0">“Director of the Government Publishing Office” substituted for “Public Printer” in subsec. (b) on authority of <ref href="/us/pl/113/235/s1301/d">section 1301(d) of Pub. L. 113–235</ref>, set out as a note under <ref href="/us/usc/t44/s301">section 301 of Title 44</ref>, Public Printing and Documents.</p> +</note> +<note style="-uslm-lc:I74" topic="effectiveDateOfAmendment" id="ide0cb118a-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Effective Date of 1984 Amendment</heading><p style="-uslm-lc:I21" class="indent0">Amendment by <ref href="/us/pl/98/497">Pub. L. 98–497</ref> effective <date date="1985-04-01">Apr. 1, 1985</date>, see <ref href="/us/pl/98/497/s301">section 301 of Pub. L. 98–497</ref>, set out as a note under <ref href="/us/usc/t44/s2102">section 2102 of Title 44</ref>, Public Printing and Documents.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0cb118b-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s202"><num value="202">§ 202.</num><heading> Preparation and publication of Codes and Supplements</heading> +<chapeau style="-uslm-lc:I11" class="indent0">There shall be prepared and published under the supervision of the Committee on the Judiciary of the House of Representatives—</chapeau><subsection style="-uslm-lc:I11" class="indent0" id="ide0cb118c-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s202/a"><num value="a">(a)</num><heading> Cumulative Supplements to Code of Laws of United States for each session of Congress.—</heading><content>A supplement for each session of the Congress to the then current edition of the Code of Laws of the United States, cumulatively embracing the legislation of the then current supplement, and correcting errors in such edition and supplement;</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0cb118d-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s202/b"><num value="b">(b)</num><heading> Cumulative Supplement to District of Columbia Code for each session of Congress.—</heading><content>A supplement for each session of the Congress to the then current edition of the Code of the District of Columbia, cumulatively embracing the legislation of the then current supplement, and correcting errors in such edition and supplement;</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0cb118e-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s202/c"><num value="c">(c)</num><heading> New editions of Codes and Supplements.—</heading><content>New editions of the Code of Laws of the United States and of the Code of the District of Columbia, correcting errors and incorporating the then current supplement. In the case of each code new editions shall not be published oftener than once in each five years. Copies of each such edition shall be distributed in the same manner as provided in the case of supplements to the code of which it is a new edition. Supplements published after any new edition shall not contain the legislation of supplements published before such new edition.</content> +</subsection> +<sourceCredit id="ide0cb118f-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/637">61 Stat. 637</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0cb1190-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0cb1191-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I87" topic="crossReferences" id="ide0cb1192-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">Cross References</heading> +<p style="-uslm-lc:I21" class="indent0">Council of the District of Columbia, functions respecting, see <ref href="/us/pl/94/386/s2">section 2 of Pub. L. 94–386</ref>, <date date="1976-08-14">Aug. 14, 1976</date>, <ref href="/us/stat/90/1170">90 Stat. 1170</ref>, set out as a note under <ref href="/us/usc/t2/s285b">section 285b of Title 2</ref>, The Congress.</p> +<p style="-uslm-lc:I21" class="indent0">Office of the Law Revision Counsel, functions respecting preparation, revision, publication, etc., see <ref href="/us/usc/t2/s285b">section 285b of Title 2</ref>.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0cb1193-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s203"><num value="203">§ 203.</num><heading> District of Columbia Code; preparation and publication; cumulative supplements</heading><content> +<p style="-uslm-lc:I11" class="indent0">The Committee on the Judiciary of the House of Representatives is authorized to print bills to codify, revise, and reenact the general and permanent laws relating to the District of Columbia and cumulative supplements thereto, similar in style, respectively, to the Code of Laws of the United States, and supplements thereto, and to so continue until final enactment thereof in both Houses of the Congress of the United States.</p> +</content><sourceCredit id="ide0cb1194-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/638">61 Stat. 638</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0cb1195-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0cb1196-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0cb1197-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Commission on Revision of the Criminal Laws of the District of Columbia</heading><p style="-uslm-lc:I21" class="indent0"><ref href="/us/pl/90/226/tX">Pub. L. 90–226, title X</ref>, <date date="1967-12-27">Dec. 27, 1967</date>, <ref href="/us/stat/81/742">81 Stat. 742</ref>, provided for creation and operation of a commission to study and make recommendations with reference to a revised code of criminal law and procedure for the District of Columbia, prior to repeal by <ref href="/us/pl/91/358/tVI/s601">Pub. L. 91–358, title VI, § 601</ref>, <date date="1970-07-29">July 29, 1970</date>, <ref href="/us/stat/84/667">84 Stat. 667</ref>, as amended by <ref href="/us/pl/91/530/s2/b/1">Pub. L. 91–530, § 2(b)(1)</ref>, <date date="1970-12-07">Dec. 7, 1970</date>, <ref href="/us/stat/84/1390">84 Stat. 1390</ref>.</p> +</note> +<note style="-uslm-lc:I87" topic="crossReferences" id="ide0cb1198-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">Cross References</heading> +<p style="-uslm-lc:I21" class="indent0">Council of the District of Columbia, functions respecting, see <ref href="/us/pl/94/386/s2">section 2 of Pub. L. 94–386</ref>, <date date="1976-08-14">Aug. 14, 1976</date>, <ref href="/us/stat/90/1170">90 Stat. 1170</ref>, set out as a note under <ref href="/us/usc/t2/s285b">section 285b of Title 2</ref>, The Congress.</p> +<p style="-uslm-lc:I21" class="indent0">Office of the Law Revision Counsel, functions respecting, see <ref href="/us/usc/t2/s285b">section 285b of Title 2</ref>.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0cb1199-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s204"><num value="204">§ 204.</num><heading> Codes and Supplements as evidence of the laws of United States and District of Columbia; citation of Codes and Supplements</heading> +<chapeau style="-uslm-lc:I11" class="indent0">In all courts, tribunals, and public offices of the United States, at home or abroad, of the District of Columbia, and of each State, Territory, or insular possession of the United States—</chapeau><subsection style="-uslm-lc:I11" class="indent0" id="ide0cb119a-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s204/a"><num value="a">(a)</num><heading> United States Code.—</heading><content>The matter set forth in the edition of the Code of Laws of the United States current at any time shall, together with the then current supplement, if any, establish prima facie the laws of the United States, general and permanent in their nature, in force on the day preceding the commencement of the session following the last session the legislation of which is included: <i>Provided, however</i>, That whenever titles of such Code shall have been enacted into positive law the text thereof shall be legal evidence of the laws therein contained, in all the courts of the United States, the several States, and the Territories and insular possessions of the United States.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0cb119b-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s204/b"><num value="b">(b)</num><heading> District of Columbia Code.—</heading><content>The matter set forth in the edition of the Code of the District of Columbia current at any time shall, together with the then current supplement, if any, establish prima facie the laws, general and permanent in their nature, relating to or in force in the District of Columbia on the day preceding the commencement of the session following the last session the legislation of which is included, except such laws as are of application in the District of Columbia by reason of being laws of the United States general and permanent in their nature.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0cb119c-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s204/c"><num value="c">(c)</num><heading> District of Columbia Code; citation.—</heading><content>The Code of the District of Columbia may be cited as “D.C. Code”.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0cb119d-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s204/d"><num value="d">(d)</num><heading> Supplements to Codes; citation.—</heading><content>Supplements to the Code of Laws of the United States and to the Code of the District of Columbia may be cited, respectively, as “U.S.C., Sup.  ”, and “D.C. Code, Sup.  ”, the blank in each case being filled with Roman figures denoting the number of the supplement.</content> +</subsection> +<subsection style="-uslm-lc:I11" class="indent0" id="ide0cb119e-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s204/e"><num value="e">(e)</num><heading> New edition of Codes; citation.—</heading><content>New editions of each of such codes may be cited, respectively, as “U.S.C.,  ed.”, and “D.C. Code,     ed.”, the blank in each case being filled with figures denoting the last year the legislation of which is included in whole or in part.</content> +</subsection> +<sourceCredit id="ide0cb119f-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/638">61 Stat. 638</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0cb11a0-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0cb11a1-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0cb11a2-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">United States Code Titles as Positive Law</heading><p>The following titles of the United States Code were enacted into positive law by the acts enumerated below:</p> +<p style="-uslm-lc:I21" class="indent0">Title 1, General Provisions—<ref href="/us/act/1947-07-30/ch388/s1">Act July 30, 1947, ch. 388, § 1</ref>, <ref href="/us/stat/61/633">61 Stat. 633</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 3, The President—<ref href="/us/act/1948-06-25/ch644/s1">Act June 25, 1948, ch. 644, § 1</ref>, <ref href="/us/stat/62/672">62 Stat. 672</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 4, Flag and Seal, Seat of Government, and the States—<ref href="/us/act/1947-07-30/ch389/s1">Act July 30, 1947, ch. 389, § 1</ref>, <ref href="/us/stat/61/641">61 Stat. 641</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 5, Government Organization and Employees—<ref href="/us/pl/89/554/s1">Pub. L. 89–554, § 1</ref>, <date date="1966-09-06">Sept. 6, 1966</date>, <ref href="/us/stat/80/378">80 Stat. 378</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 9, Arbitration—<ref href="/us/act/1947-07-30/ch392/s1">Act July 30, 1947, ch. 392, § 1</ref>, <ref href="/us/stat/61/669">61 Stat. 669</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 10, Armed Forces—<ref href="/us/act/1956-08-10/ch1041/s1">Act Aug. 10, 1956, ch. 1041, § 1</ref>, <ref href="/us/stat/70A/1">70A Stat. 1</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 11, Bankruptcy—<ref href="/us/pl/95/598/tI/s101">Pub. L. 95–598, title I, § 101</ref>, <date date="1978-11-06">Nov. 6, 1978</date>, <ref href="/us/stat/92/2549">92 Stat. 2549</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 13, Census—<ref href="/us/act/1954-08-31/ch1158">Act Aug. 31, 1954, ch. 1158</ref>, <ref href="/us/stat/68/1012">68 Stat. 1012</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 14, Coast Guard—<ref href="/us/act/1949-08-04/ch393/s1">Act Aug. 4, 1949, ch. 393, § 1</ref>, <ref href="/us/stat/63/495">63 Stat. 495</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 17, Copyrights—<ref href="/us/act/1947-07-30/ch391/s1">Act July 30, 1947, ch. 391, § 1</ref>, <ref href="/us/stat/61/652">61 Stat. 652</ref>, as amended <date date="1976-10-19">Oct. 19, 1976</date>, <ref href="/us/pl/94/553/tI/s101">Pub. L. 94–553, title I, § 101</ref>, <ref href="/us/stat/90/2541">90 Stat. 2541</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 18, Crimes and Criminal Procedure—<ref href="/us/act/1948-06-25/ch645/s1">Act June 25, 1948, ch. 645, § 1</ref>, <ref href="/us/stat/62/683">62 Stat. 683</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 23, Highways—<ref href="/us/pl/85/767/s1">Pub. L. 85–767, § 1</ref>, <date date="1958-08-27">Aug. 27, 1958</date>, <ref href="/us/stat/72/885">72 Stat. 885</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 28, Judiciary and Judicial Procedure—<ref href="/us/act/1948-06-25/ch646/s1">Act June 25, 1948, ch. 646, § 1</ref>, <ref href="/us/stat/62/869">62 Stat. 869</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 31, Money and Finance—<ref href="/us/pl/97/258/s1">Pub. L. 97–258, § 1</ref>, <date date="1982-09-13">Sept. 13, 1982</date>, <ref href="/us/stat/96/877">96 Stat. 877</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 32, National Guard—<ref href="/us/act/1956-08-10/ch1041/s2">Act Aug. 10, 1956, ch. 1041, § 2</ref>, <ref href="/us/stat/70A/596">70A Stat. 596</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 34, Navy—See Title 10, Armed Forces.</p> +<p style="-uslm-lc:I21" class="indent0">Title 35, Patents—<ref href="/us/act/1952-07-19/ch950/s1">Act July 19, 1952, ch. 950, § 1</ref>, <ref href="/us/stat/66/792">66 Stat. 792</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 36, Patriotic and National Observances, Ceremonies, and Organizations—<ref href="/us/pl/105/225/s1">Pub. L. 105–225, § 1</ref>, <date date="1998-08-12">Aug. 12, 1998</date>, <ref href="/us/stat/112/1253">112 Stat. 1253</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 37, Pay and Allowances of the Uniformed Services—<ref href="/us/pl/87/649/s1">Pub. L. 87–649, § 1</ref>, <date date="1962-09-07">Sept. 7, 1962</date>. <ref href="/us/stat/76/451">76 Stat. 451</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 38, Veterans’ Benefits—<ref href="/us/pl/85/857/s1">Pub. L. 85–857, § 1</ref>, <date date="1958-09-02">Sept. 2, 1958</date>, <ref href="/us/stat/72/1105">72 Stat. 1105</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 39, Postal Service—<ref href="/us/pl/86/682/s1">Pub. L. 86–682, § 1</ref>, <date date="1960-09-02">Sept. 2, 1960</date>, <ref href="/us/stat/74/578">74 Stat. 578</ref>, as revised <ref href="/us/pl/91/375/s2">Pub. L. 91–375, § 2</ref>, <date date="1970-08-12">Aug. 12, 1970</date>, <ref href="/us/stat/84/719">84 Stat. 719</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 40, Public Buildings, Property, and Works—<ref href="/us/pl/107/217/s1">Pub. L. 107–217, § 1</ref>, <date date="2002-08-21">Aug. 21, 2002</date>, <ref href="/us/stat/116/1062">116 Stat. 1062</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 41, Public Contracts—<ref href="/us/pl/111/350/s3">Pub. L. 111–350, § 3</ref>, <date date="2011-01-04">Jan. 4, 2011</date>, <ref href="/us/stat/124/3677">124 Stat. 3677</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 44, Public Printing and Documents—<ref href="/us/pl/90/620/s1">Pub. L. 90–620, § 1</ref>, <date date="1968-10-22">Oct. 22, 1968</date>, <ref href="/us/stat/82/1238">82 Stat. 1238</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 46, Shipping—<ref href="/us/pl/98/89/s1">Pub. L. 98–89, § 1</ref>, <date date="1983-08-26">Aug. 26, 1983</date>, <ref href="/us/stat/97/500">97 Stat. 500</ref>; <ref href="/us/pl/99/509/tV">Pub. L. 99–509, title V</ref>, subtitle B, § 5101, <date date="1986-10-21">Oct. 21, 1986</date>, <ref href="/us/stat/100/1913">100 Stat. 1913</ref>; <ref href="/us/pl/100/424/s6">Pub. L. 100–424, § 6</ref>, <date date="1988-09-09">Sept. 9, 1988</date>, <ref href="/us/stat/102/1591">102 Stat. 1591</ref>; <ref href="/us/pl/100/710/tI/s102">Pub. L. 100–710, title I, § 102</ref>, <date date="1988-11-23">Nov. 23, 1988</date>, <ref href="/us/stat/102/4738">102 Stat. 4738</ref>; <ref href="/us/pl/109/304">Pub. L. 109–304</ref>, <date date="2006-10-06">Oct. 6, 2006</date>, <ref href="/us/stat/120/1485">120 Stat. 1485</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 49, Transportation—<ref href="/us/pl/95/473/s1">Pub. L. 95–473, § 1</ref>, <date date="1978-10-17">Oct. 17, 1978</date>, <ref href="/us/stat/92/1337">92 Stat. 1337</ref>; <ref href="/us/pl/97/449/s1">Pub. L. 97–449, § 1</ref>, <date date="1983-01-12">Jan. 12, 1983</date>, <ref href="/us/stat/96/2413">96 Stat. 2413</ref>; <ref href="/us/pl/103/272/s1">Pub. L. 103–272, § 1</ref>, <date date="1994-07-05">July 5, 1994</date>, <ref href="/us/stat/108/745">108 Stat. 745</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 51, National and Commercial Space Programs—<ref href="/us/pl/111/314/s3">Pub. L. 111–314, § 3</ref>, <date date="2010-12-18">Dec. 18, 2010</date>, <ref href="/us/stat/124/3328">124 Stat. 3328</ref>.</p> +<p style="-uslm-lc:I21" class="indent0">Title 54, National Park Service and Related Programs—<ref href="/us/pl/113/287/s3">Pub. L. 113–287, § 3</ref>, <date date="2014-12-19">Dec. 19, 2014</date>, <ref href="/us/stat/128/3094">128 Stat. 3094</ref>.</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0cb11a3-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Title 26, Internal Revenue Code</heading><p style="-uslm-lc:I21" class="indent0">The Internal Revenue Code of 1954 was enacted in the form of a separate code by <ref href="/us/act/1954-08-16/ch736">act Aug. 16, 1954, ch. 736</ref>, <ref href="/us/stat/68A/1">68A Stat. 1</ref>. <ref href="/us/pl/99/514/s2/a">Pub. L. 99–514, § 2(a)</ref>, <date date="1986-10-22">Oct. 22, 1986</date>, <ref href="/us/stat/100/2095">100 Stat. 2095</ref>, provided that the Internal Revenue Title enacted <date date="1954-08-16">Aug. 16, 1954</date>, as heretofore, hereby, or hereafter amended, may be cited as the “Internal Revenue Code of 1986”. The sections of Title 26, United States Code, are identical to the sections of the Internal Revenue Code.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0cb11a4-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s205"><num value="205">§ 205.</num><heading> Codes and Supplement; where printed; form and style; ancillaries</heading><content> +<p style="-uslm-lc:I11" class="indent0">The publications provided for in sections 202, 203 of this title shall be printed at the Government Publishing Office and shall be in such form and style and with such ancillaries as may be prescribed by the Committee on the Judiciary of the House of Representatives. The Librarian of Congress is directed to cooperate with such committee in the preparation of such ancillaries. Such publications shall be furnished with such thumb insets and other devices to distinguish parts, with such facilities for the insertion of additional matter, and with such explanatory and advertising slips, and shall be printed on such paper and bound in such material, as may be prescribed by such committee.</p> +</content><sourceCredit id="ide0cb11a5-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/639">61 Stat. 639</ref>; <ref href="/us/pl/113/235/dH/tI/s1301/b">Pub. L. 113–235, div. H, title I, § 1301(b)</ref>, <date date="2014-12-16">Dec. 16, 2014</date>, <ref href="/us/stat/128/2537">128 Stat. 2537</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0cb11a6-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0cb11a7-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I78" topic="changeOfName" id="ide0cb11a8-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">Change of Name</heading> +<p style="-uslm-lc:I21" class="indent0">“Government Publishing Office” substituted for “Government Printing Office” in text on authority of <ref href="/us/pl/113/235/s1301/b">section 1301(b) of Pub. L. 113–235</ref>, set out as a note preceding <ref href="/us/usc/t44/s301">section 301 of Title 44</ref>, Public Printing and Documents.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0cb11a9-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s206"><num value="206">§ 206.</num><heading> Bills and resolutions of Committee on the Judiciary of House of Representatives; form and style; ancillaries; curtailment of copies</heading><content> +<p style="-uslm-lc:I11" class="indent0">All bills and resolutions relating to the revision of the laws referred to or reported by the Committee on the Judiciary of the House of Representatives shall be printed in such form and style, and with such ancillaries, as such committee may prescribe as being economical and suitable, to so continue until final enactment thereof in both Houses of Congress; and such committee may also curtail the number of copies of such bills to be printed in the various parliamentary stages in the House of Representatives.</p> +</content><sourceCredit id="ide0cb11aa-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/639">61 Stat. 639</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0cb11ab-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s207"><num value="207">§ 207.</num><heading> Copies of acts and resolutions in slip form; additional number printed for Committee on the Judiciary of House of Representatives</heading><content> +<p style="-uslm-lc:I11" class="indent0">The Director of the Government Publishing Office is directed to print, in addition to the number provided by existing law, and, as soon as printed, to distribute in such manner as the Committee on the Judiciary of the House of Representatives shall determine, twenty copies in slip form of each public Act and joint resolution.</p> +</content><sourceCredit id="ide0cb11ac-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/639">61 Stat. 639</ref>; <ref href="/us/pl/113/235/dH/tI/s1301/d">Pub. L. 113–235, div. H, title I, § 1301(d)</ref>, <date date="2014-12-16">Dec. 16, 2014</date>, <ref href="/us/stat/128/2537">128 Stat. 2537</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0cb11ad-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0cb11ae-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I78" topic="changeOfName" id="ide0cb11af-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">Change of Name</heading> +<p style="-uslm-lc:I21" class="indent0">“Director of the Government Publishing Office” substituted for “Public Printer” in text on authority of <ref href="/us/pl/113/235/s1301/d">section 1301(d) of Pub. L. 113–235</ref>, set out as a note under <ref href="/us/usc/t44/s301">section 301 of Title 44</ref>, Public Printing and Documents.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0cb11b0-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s208"><num value="208">§ 208.</num><heading> Delegation of function of Committee on the Judiciary to other agencies; printing, and so forth, under direction of Joint Committee on Printing</heading><content> +<p style="-uslm-lc:I11" class="indent0">The functions vested by sections 201, 202, 204–207 of this title in the Committee on the Judiciary of the House of Representatives may from time to time be vested in such other agency as the Congress may by concurrent resolution provide: <i>Provided</i>, That the printing, binding, and distribution of the volumes and publications enumerated in sections 202, 203 of this title shall be done under the direction of the Joint Committee on Printing.</p> +</content><sourceCredit id="ide0cb11b1-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/639">61 Stat. 639</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0cb11b2-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s209"><num value="209">§ 209.</num><heading> Copies of Supplements to Code of Laws of United States and of District of Columbia Code and Supplements; conclusive evidence of original</heading><content> +<p style="-uslm-lc:I11" class="indent0">Copies of the Code of Laws relating to the District of Columbia and copies of the supplements provided for by sections 202 and 203 of this title printed at the Government Publishing Office and bearing its imprint, shall be conclusive evidence of the original of such code and supplements in the custody of the Administrator of General Services.</p> +</content><sourceCredit id="ide0cb11b3-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/639">61 Stat. 639</ref>; <ref href="/us/act/1954-09-03/ch1263/s2">Sept. 3, 1954, ch. 1263, § 2</ref>, <ref href="/us/stat/68/1226">68 Stat. 1226</ref>; <ref href="/us/pl/113/235/dH/tI/s1301/b">Pub. L. 113–235, div. H, title I, § 1301(b)</ref>, <date date="2014-12-16">Dec. 16, 2014</date>, <ref href="/us/stat/128/2537">128 Stat. 2537</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0cb11b4-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="editorialNotes" id="ide0cb11b5-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Editorial Notes</b></heading></note> +<note style="-uslm-lc:I74" topic="amendments" id="ide0cb11b6-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Amendments</heading><p style="-uslm-lc:I21" class="indent0">1954—Act <date date="1954-09-03">Sept. 3, 1954</date>, substituted “Administrator of General Services” for “Secretary of State”.</p> +</note> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0cb11b7-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I78" topic="changeOfName" id="ide0cb11b8-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">Change of Name</heading> +<p style="-uslm-lc:I21" class="indent0">“Government Publishing Office” substituted for “Government Printing Office” in text on authority of <ref href="/us/pl/113/235/s1301/b">section 1301(b) of Pub. L. 113–235</ref>, set out as a note preceding <ref href="/us/usc/t44/s301">section 301 of Title 44</ref>, Public Printing and Documents.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0cb11b9-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s210"><num value="210">§ 210.</num><heading> Distribution of Supplements to Code of Laws of United States and of District of Columbia Code and Supplements; slip and pamphlet copies</heading><content> +<p style="-uslm-lc:I11" class="indent0">Copies of the Code of Laws relating to the District of Columbia, and of the supplements provided for by sections 202, 203 of this title shall be distributed by the Superintendent of Documents in the same manner as bound volumes of the Statutes at Large: <i>Provided</i>, That no slip or pamphlet copies of the Code of Laws relating to the District of Columbia, and of the supplements provided for by sections 202, 203 of this title need be printed or distributed.</p> +</content><sourceCredit id="ide0cb11ba-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/640">61 Stat. 640</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0cb11bb-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0cb11bc-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I87" topic="crossReferences" id="ide0cb11bd-259a-11ee-829b-a5a403e3639c"> +<heading class="centered smallCaps">Cross References</heading> +<p style="-uslm-lc:I21" class="indent0">Distribution of Statutes at Large, see <ref href="/us/usc/t44/s728">section 728 of Title 44</ref>, Public Printing and Documents.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0cb11be-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s211"><num value="211">§ 211.</num><heading> Copies to Members of Congress</heading><content> +<p style="-uslm-lc:I11" class="indent0">In addition to quotas provided for by <ref href="/us/usc/t1/s210">section 210 of this title</ref> there shall be printed, published, and distributed of the Code of Laws relating to the District of Columbia with tables, index, and other ancillaries, suitably bound and with thumb inserts and other convenient devices to distinguish the parts, and of the supplements to both codes as provided for by sections 202, 203 of this title, ten copies of each for each Member of the Senate and House of Representatives of the Congress in which the original authorized publication is made, for his use and distribution, and in addition for the Committee on the Judiciary of the House of Representatives and the Committee on the Judiciary of the Senate a number of bound copies of each equal to ten times the number of members of such committees, and one bound copy of each for the use of each committee of the Senate and House of Representatives.</p> +</content><sourceCredit id="ide0cb11bf-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/640">61 Stat. 640</ref>.)</sourceCredit> +<notes type="uscNote" id="ide0cb11c0-259a-11ee-829b-a5a403e3639c"> +<note style="-uslm-lc:I74" role="crossHeading" topic="statutoryNotes" id="ide0cb11c1-259a-11ee-829b-a5a403e3639c"><heading class="centered"><b>Statutory Notes and Related Subsidiaries</b></heading></note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0cb11c2-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Limitation on Copies of New Editions for House of Representatives</heading><p><ref href="/us/pl/92/342/s101">Pub. L. 92–342, § 101</ref>, <date date="1972-07-10">July 10, 1972</date>, <ref href="/us/stat/86/447">86 Stat. 447</ref>, provided that: <quotedContent origin="/us/pl/92/342/s101">“Hereafter, appropriations for authorized printing and binding for the Congress shall not be available under the authority of the Act of <date date="1947-07-30">July 30, 1947</date> (<ref href="/us/usc/t1/s211">1 U.S.C. 211</ref>) for the printing, publication, and distribution of more than two copies of new editions of the Code of Laws of the United States and of the Code of the District of Columbia for each Member of the House of Representatives.”</quotedContent> +</p> +</note> +<note style="-uslm-lc:I74" topic="miscellaneous" id="ide0cb11c3-259a-11ee-829b-a5a403e3639c"><heading class="centered smallCaps">Written Requests for Documents</heading><p style="-uslm-lc:I21" class="indent0">Copies of District of Columbia Code and Supplements not available to Senators or Representatives unless specifically requested by them, in writing, see <ref href="/us/pl/94/59/tVIII/s801">Pub. L. 94–59, title VIII, § 801</ref>, <date date="1975-07-25">July 25, 1975</date>, <ref href="/us/stat/89/296">89 Stat. 296</ref>, set out as a note under <ref href="/us/usc/t44/s1317">section 1317 of Title 44</ref>, Public Printing and Documents.</p> +</note> +</notes> +</section> +<section style="-uslm-lc:I80" id="ide0cb11c4-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s212"><num value="212">§ 212.</num><heading> Additional distribution at each new Congress</heading><content> +<p style="-uslm-lc:I11" class="indent0">In addition the Superintendent of Documents shall, at the beginning of the first session of each Congress, supply to each Senator and Representative in such Congress, who may in writing apply for the same, one copy each of the Code of Laws of the United States, the Code of Laws relating to the District of Columbia, and the latest supplement to each code: <i>Provided</i>, That such applicant shall certify in his written application for the same that the volume or volumes for which he applies is intended for his personal use exclusively: <i>And provided further</i>, That no Senator or Representative during his term of service shall receive under this section more than one copy each of the volumes enumerated herein.</p> +</content><sourceCredit id="ide0cb11c5-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/640">61 Stat. 640</ref>.)</sourceCredit> +</section> +<section style="-uslm-lc:I80" id="ide0cb11c6-259a-11ee-829b-a5a403e3639c" identifier="/us/usc/t1/s213"><num value="213">§ 213.</num><heading> Appropriation for preparing and editing supplements</heading><content> +<p style="-uslm-lc:I11" class="indent0">For preparation and editing an annual appropriation of $6,500 is authorized to carry out the purposes of sections 202 and 203 of this title.</p> +</content><sourceCredit id="ide0cb11c7-259a-11ee-829b-a5a403e3639c">(<ref href="/us/act/1947-07-30/ch388">July 30, 1947, ch. 388</ref>, <ref href="/us/stat/61/640">61 Stat. 640</ref>.)</sourceCredit> +</section> +</chapter> + +
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SNAP W/CROSS HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4140801.jpg",131 +"75192-1",4142822,4,"Black","Beams",32523,"TECHNIC 3M BEAM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4142822.jpg",292 +"75192-1",4198367,1,"Black","Connectors",45590,"DAMPER 2M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4198367.jpg",201 +"75192-1",6089119,21,"Black","Connectors",18651,"Cross axle 2m w. snap w. fric.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6089119.jpg",477 +"75192-1",6271825,20,"Black","Beams",42137,"TECHNIC ANG. BEAM 4X2 90 DEG","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6271825.jpg",104 +"75192-1",6271869,2,"Black","Connectors",42134,"ANGLE ELEMENT, 180 DEGREES [2]","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6271869.jpg",105 +"75192-1",6322045,1,"Black","Connectors",53501,"TOGGEL JOINT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6322045.jpg",24 +"75192-1",6325521,43,"Black","Connectors",46189,"DOUBLE SNAP W/ HOLE, DIA. 4.85","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6325521.jpg",52 +"75192-1",6331716,6,"Black","Connectors",42135,"CATCH W. CROSS HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6331716.jpg",69 +"75192-1",6338428,2,"Black","Half Beams",44862,"TECHNIC LEVER 2M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6338428.jpg",68 +"75192-1",4112982,5,"Brick Yellow","Bricks",3009,"BRICK 1X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4112982.jpg",229 +"75192-1",4113916,2,"Brick Yellow","Bricks",3010,"BRICK 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4113916.jpg",317 +"75192-1",4113993,4,"Brick Yellow","Plates",3795,"PLATE 2X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4113993.jpg",329 +"75192-1",4114001,17,"Brick Yellow","Plates",3032,"PLATE 4X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4114001.jpg",214 +"75192-1",4114026,19,"Brick Yellow","Plates",3069,"FLAT TILE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4114026.jpg",369 +"75192-1",4114324,57,"Brick Yellow","Plates",3460,"PLATE 1X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4114324.jpg",186 +"75192-1",4118790,67,"Brick Yellow","Plates",3021,"PLATE 2X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4118790.jpg",392 +"75192-1",4118866,4,"Brick Yellow","Bricks, With Slope",3660,"ROOF TILE 2X2/45° INV.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4118866.jpg",157 +"75192-1",4124455,4,"Brick Yellow","Bricks",2357,"BRICK CORNER 1X2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4124455.jpg",180 +"75192-1",4129996,1,"Brick Yellow","Bricks, With Slope",4460,"ROOF TILE 1X2X3/73°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4129996.jpg",49 +"75192-1",4143409,4,"Brick Yellow","Plates",4477,"PLATE 1X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4143409.jpg",114 +"75192-1",4161734,1,"Brick Yellow","Plates, Special Circles And Angles",6141,"ROUND PLATE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4161734.jpg",317 +"75192-1",4162465,9,"Brick Yellow","Bricks",3622,"BRICK 1X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4162465.jpg",223 +"75192-1",4185177,6,"Brick Yellow","Plates",3068,"FLAT TILE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4185177.jpg",247 +"75192-1",4201062,9,"Brick Yellow","Bricks, Special",30414,"BRICK 1X4 W. 4 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4201062.jpg",162 +"75192-1",4217562,12,"Brick Yellow","Plates, Special",48336,"PLATE 1X2 W. STICK 3.18","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4217562.jpg",124 +"75192-1",4218749,7,"Brick Yellow","Bricks",30136,"PALISADE BRICK 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4218749.jpg",171 +"75192-1",4224793,2,"Brick Yellow","Decoration Elements",49668,"PLATE 1X1 W/TOOTH","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4224793.jpg",43 +"75192-1",4243824,1,"Brick Yellow","Plates",3031,"PLATE 4X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4243824.jpg",217 +"75192-1",4278422,12,"Brick Yellow","Plates, Special Circles And Angles",2654,"SLIDE SHOE ROUND 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4278422.jpg",141 +"75192-1",4509897,1,"Brick Yellow","Plates",3035,"PLATE 4X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4509897.jpg",134 +"75192-1",4523145,5,"Brick Yellow","Bricks, Special Ø4.85 Hole And Connecting Bush",32000,"BRICK 1X2 M. 2 HOLES Ø 4,87","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4523145.jpg",85 +"75192-1",4624086,29,"Brick Yellow","Bricks, With Slope",85984,"ROOF TILE 1 X 2 X 2/3, ABS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4624086.jpg",198 +"75192-1",6019724,3,"Brick Yellow","Bricks With Bows And Arches",10314,"BRICK 1X4X1 1/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6019724.jpg",16 +"75192-1",6030980,4,"Brick Yellow","Plates",4282,"PLATE 2X16","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6030980.jpg",68 +"75192-1",6036487,4,"Brick Yellow","Plates",91988,"PLATE 2X14","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6036487.jpg",44 +"75192-1",6058091,2,"Brick Yellow","Bricks, With Slope",60477,"ROOF TILE 1X4X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6058091.jpg",22 +"75192-1",6132769,8,"Brick Yellow","Plates, Special",99206,"PLATE 2X2X2/3 W. 2. HOR. KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6132769.jpg",90 +"75192-1",4666579,6,"Brick Yellow","Connectors",6562,"CONNECTOR PEG/CROSS AXLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4666579.jpg",1027 +"75192-1",6013938,3,"Brick Yellow","Connectors",32002,"1 1/2 M CONNECTING BUSH","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6013938.jpg",272 +"75192-1",242023,2,"Bright Blue","Plates",2420,"CORNER PLATE 1X2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/242023.jpg",157 +"75192-1",244523,2,"Bright Blue","Plates",2445,"PLATE 2X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/244523.jpg",70 +"75192-1",300523,10,"Bright Blue","Bricks",3005,"BRICK 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/300523.jpg",330 +"75192-1",302023,2,"Bright Blue","Plates",3020,"PLATE 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/302023.jpg",528 +"75192-1",302223,17,"Bright Blue","Plates",3022,"PLATE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/302223.jpg",534 +"75192-1",370923,2,"Bright Blue","Plates, Special",3709,"PLATE 2X4, 3XØ4.9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/370923.jpg",45 +"75192-1",389523,2,"Bright Blue","Bricks, Special Ø4.85 Hole And Connecting Bush",3895,"BRICK 1X12, Ø4,9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/389523.jpg",26 +"75192-1",3000023,8,"Bright Blue","Bricks, Special Ø4.85 Hole And Connecting Bush",30000,"BEARING ELEMENT 2X2 W.D. SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/3000023.jpg",43 +"75192-1",4583862,2,"Bright Blue","Bricks, Special",87087,"BRICK 1X1 W. 1 KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4583862.jpg",79 +"75192-1",6033353,4,"Bright Blue","Bricks, Special",11215,"STONE 1X2X1 1/3 W. 2 PLATES 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6033353.jpg",19 +"75192-1",4143005,29,"Bright Blue","Connectors",4274,"CONNECTOR PEG W. KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4143005.jpg",948 +"75192-1",4206482,66,"Bright Blue","Connectors",43093,"CONN.BUSH W.FRIC./CROSSALE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4206482.jpg",1864 +"75192-1",4514553,139,"Bright Blue","Connectors",6558,"CONNECTOR PEG W. FRICTION 3M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4514553.jpg",823 +"75192-1",6360123,8,"Bright Blue","Half Beams",44862,"TECHNIC LEVER 2M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6360123.jpg",18 +"75192-1",4157103,2,"Bright Orange","Plates, Special Circles And Angles",6141,"ROUND PLATE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4157103.jpg",252 +"75192-1",4158355,2,"Bright Orange","Plates",3020,"PLATE 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4158355.jpg",248 +"75192-1",4159007,4,"Bright Orange","Plates",3022,"PLATE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4159007.jpg",261 +"75192-1",6240515,1,"Bright Orange","Miscellaneous Elements",31510,"ELEMENT SEPERATOR","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6240515.jpg",702 +"75192-1",300121,4,"Bright Red","Bricks",3001,"BRICK 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/300121.jpg",587 +"75192-1",301021,2,"Bright Red","Bricks",3010,"BRICK 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/301021.jpg",515 +"75192-1",303921,2,"Bright Red","Bricks, With Slope",3039,"ROOF TILE 2X2/45°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/303921.jpg",292 +"75192-1",370221,2,"Bright Red","Bricks, Special Ø4.85 Hole And Connecting Bush",3702,"TECHNIC BRICK 1X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/370221.jpg",81 +"75192-1",389421,4,"Bright Red","Bricks, Special Ø4.85 Hole And Connecting Bush",3894,"BRICK 1X6, Ø4,9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/389421.jpg",80 +"75192-1",403221,2,"Bright Red","Plates, Special Circles And Angles",4032,"PLATE 2X2 ROUND","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/403221.jpg",357 +"75192-1",4514843,4,"Bright Red","Plates",60479,"PLATE 1X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4514843.jpg",48 +"75192-1",4569056,2,"Bright Red","Bricks, Special",52107,"BRICK 1X2 W. FOUR KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4569056.jpg",49 +"75192-1",4631877,8,"Bright Red","Plates",92593,"PLATE 1X4 W. 2 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4631877.jpg",52 +"75192-1",6099736,8,"Bright Red","Plates, Special",11458,"PLATE 1X2 W. HOR. HOLE Ø 4.8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6099736.jpg",35 +"75192-1",4140806,20,"Bright Red","Connectors",32054,"2M FRIC. SNAP W/CROSS HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4140806.jpg",261 +"75192-1",4142865,11,"Bright Red","Connectors",32062,"2M CROSS AXLE W. GROOVE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4142865.jpg",1629 +"75192-1",4153718,26,"Bright Red","Beams",32523,"TECHNIC 3M BEAM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4153718.jpg",126 +"75192-1",4495933,4,"Bright Red","Beams",32524,"TECHNIC 7M BEAM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4495933.jpg",83 +"75192-1",6173126,6,"Bright Red","Connectors",29219,"TUBE, W/ DOUBLE 4.85 HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6173126.jpg",83 +"75192-1",6344178,8,"Bright Red","Connectors",42135,"CATCH W. CROSS HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6344178.jpg",22 +"75192-1",302224,4,"Bright Yellow","Plates",3022,"PLATE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/302224.jpg",579 +"75192-1",303424,4,"Bright Yellow","Plates",3034,"PLATE 2X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/303424.jpg",132 +"75192-1",366024,1,"Bright Yellow","Bricks, With Slope",3660,"ROOF TILE 2X2/45° INV.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/366024.jpg",189 +"75192-1",371024,6,"Bright Yellow","Plates",3710,"PLATE 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/371024.jpg",540 +"75192-1",403224,2,"Bright Yellow","Plates, Special Circles And Angles",4032,"PLATE 2X2 ROUND","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/403224.jpg",250 +"75192-1",4141630,6,"Bright Yellow","Plates, Special",32028,"PLATE 1X2 WITH SLIDE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4141630.jpg",98 +"75192-1",6102768,2,"Bright Yellow","Functional Elements",19954,"HINGE PLATE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6102768.jpg",23 +"75192-1",6347284,9,"Bright Yellow","Plates, Special",42923,"PLATE 2X1 W/HOLDER,VERTICAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6347284.jpg",25 +"75192-1",4495934,1,"Bright Yellow","Beams",32524,"TECHNIC 7M BEAM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4495934.jpg",77 +"75192-1",4519010,4,"Bright Yellow","Connectors",59443,"CROSS AXLE, EXTENSION, 2M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4519010.jpg",147 +"75192-1",6072627,2,"Bright Yellow","Beams",60484,"T-BEAM 3X3 W/HOLE Ø4.8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6072627.jpg",27 +"75192-1",6130007,28,"Bright Yellow","Connectors",4519,"CROSS AXLE 3M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6130007.jpg",277 +"75192-1",6271167,4,"Bright Yellow","Connectors",42136,"1/2 BUSH","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6271167.jpg",278 +"75192-1",6327559,8,"Bright Yellow","Half Beams",63782,"LEVER 1X4, WITHOUT NOTCH","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6327559.jpg",20 +"75192-1",4632767,1,"Dark Brown","Figure, Wigs",64807,"MINI WIG NO. 3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4632767.jpg",12 +"75192-1",6058788,1,"Dark Brown","Figure Parts",76382,"MINI UPPER PART NO. 2586","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6058788.jpg",23 +"75192-1",6063666,1,"Dark Brown","Figure, Heads And Masks",16781,"CREATURE NO. 13 'DEC NO 1'","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6063666.jpg",15 +"75192-1",6063675,1,"Dark Brown","Figure Parts",16782,"MINI LOWER PART 'NO. 632'","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6063675.jpg",18 +"75192-1",6122095,1,"Dark Brown","Figure, Wigs",21777,"MINI FIGURE WIG NO. 101","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6122095.jpg",10 +"75192-1",6127399,1,"Dark Brown","Figure Parts",76382,"MINI UPPER PART NO 3175","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6127399.jpg",3 +"75192-1",6195522,1,"Dark Brown","Figure Parts",34480,"MINI LOWER PART, NO. 1323","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6195522.jpg",2 +"75192-1",383228,8,"Dark Green","Plates",3832,"PLATE 2X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/383228.jpg",58 +"75192-1",4210631,69,"Dark Stone Grey","Plates",2412,"RADIATOR GRILLE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210631.jpg",697 +"75192-1",4210633,56,"Dark Stone Grey","Plates, Special Circles And Angles",6141,"ROUND PLATE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210633.jpg",505 +"75192-1",4210635,13,"Dark Stone Grey","Plates",2420,"CORNER PLATE 1X2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210635.jpg",429 +"75192-1",4210636,5,"Dark Stone Grey","Bricks",2877,"PROFILE BRICK 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210636.jpg",302 +"75192-1",4210639,6,"Dark Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",6541,"TECHNIC BRICK 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210639.jpg",218 +"75192-1",4210651,2,"Dark Stone Grey","Plates",6636,"FLAT TILE 1X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210651.jpg",342 +"75192-1",4210660,14,"Dark Stone Grey","Plates, Special",2540,"PLATE 1X2 W. STICK","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210660.jpg",426 +"75192-1",4210676,20,"Dark Stone Grey","Figure Accessories In Hand",6190,"TELEPHONE RECIVER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210676.jpg",59 +"75192-1",4210678,3,"Dark Stone Grey","Plates",3832,"PLATE 2X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210678.jpg",319 +"75192-1",4210695,17,"Dark Stone Grey","Connectors",30553,"FRIC/FORK W. CROSS HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210695.jpg",132 +"75192-1",4210700,2,"Dark Stone Grey","Bricks, Special",4733,"BRICK 1X1 W. 4 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210700.jpg",137 +"75192-1",4210719,63,"Dark Stone Grey","Plates",3024,"PLATE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210719.jpg",423 +"75192-1",4210720,2,"Dark Stone Grey","Plates",3456,"PLATE 6X14","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210720.jpg",62 +"75192-1",4210724,20,"Dark Stone Grey","Bricks, Special",30365,"BRICK 1X2/FRIC/FORK VERT./END","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210724.jpg",30 +"75192-1",4210726,5,"Dark Stone Grey","Plates, Special",30383,"PLATE 1X2 W/STUB/ALONG/UPPER P","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210726.jpg",113 +"75192-1",4210762,12,"Dark Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",32000,"BRICK 1X2 M. 2 HOLES Ø 4,87","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210762.jpg",295 +"75192-1",4210782,3,"Dark Stone Grey","Plates, Special Circles And Angles",41769,"RIGHT PLATE 2X4 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210782.jpg",153 +"75192-1",4210788,4,"Dark Stone Grey","Plates, Special Circles And Angles",41770,"LEFT PLATE 2X4 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210788.jpg",154 +"75192-1",4210796,8,"Dark Stone Grey","Plates",4282,"PLATE 2X16","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210796.jpg",176 +"75192-1",4210848,2,"Dark Stone Grey","Plates",3070,"FLAT TILE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210848.jpg",301 +"75192-1",4210869,4,"Dark Stone Grey","Plates, Special Circles And Angles",43722,"RIGHT PLATE 2X3 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210869.jpg",148 +"75192-1",4210872,1,"Dark Stone Grey","Plates, Special Circles And Angles",43723,"LEFT PLATE 2X3 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210872.jpg",151 +"75192-1",4210882,2,"Dark Stone Grey","Plates, Special",44300,"PLATE 1X3 W/STUB/ALONG/U.P.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210882.jpg",45 +"75192-1",4210892,14,"Dark Stone Grey","Plates, Special",44567,"PLATE 1X2 W. STUB/VERTICAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210892.jpg",137 +"75192-1",4210917,27,"Dark Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",3894,"TECHNIC BRICK 1X6, Ø4,9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210917.jpg",163 +"75192-1",4210967,2,"Dark Stone Grey","Plates, Special",4510,"PLATE 1X8 WITH RAIL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210967.jpg",87 +"75192-1",4210984,2,"Dark Stone Grey","Plates, Special Circles And Angles",2419,"CORNER PLATE 3X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210984.jpg",130 +"75192-1",4210997,4,"Dark Stone Grey","Plates",3034,"PLATE 2X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210997.jpg",509 +"75192-1",4210998,8,"Dark Stone Grey","Plates",3460,"PLATE 1X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210998.jpg",438 +"75192-1",4211001,72,"Dark Stone Grey","Plates",3710,"PLATE 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211001.jpg",860 +"75192-1",4211002,8,"Dark Stone Grey","Plates",3795,"PLATE 2X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211002.jpg",797 +"75192-1",4211008,4,"Dark Stone Grey","Plates",4162,"FLAT TILE 1X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211008.jpg",289 +"75192-1",4211024,19,"Dark Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",30000,"BEARING ELEMENT 2X2 W.D. SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211024.jpg",114 +"75192-1",4211029,2,"Dark Stone Grey","Figure, Weapons",30132,"REVOLVER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211029.jpg",58 +"75192-1",4211039,5,"Dark Stone Grey","Plates, Special",2432,"CLAMP 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211039.jpg",191 +"75192-1",4211042,24,"Dark Stone Grey","Plates, Special Circles And Angles",4032,"PLATE 2X2 ROUND","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211042.jpg",493 +"75192-1",4211044,38,"Dark Stone Grey","Bricks, Special",4070,"ANGULAR BRICK 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211044.jpg",267 +"75192-1",4211045,11,"Dark Stone Grey","Bricks, With Slope",4286,"ROOF TILE 1X3/25°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211045.jpg",178 +"75192-1",4211046,12,"Dark Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",6232,"BRICK 2X2 W. SNAP AND CROSS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211046.jpg",107 +"75192-1",4211051,6,"Dark Stone Grey","Figure Accessories In Hand",30162,"PRISMATIC BINOCULARS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211051.jpg",293 +"75192-1",4211052,25,"Dark Stone Grey","Plates",3069,"FLAT TILE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211052.jpg",513 +"75192-1",4211053,22,"Dark Stone Grey","Plates",2431,"FLAT TILE 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211053.jpg",472 +"75192-1",4211054,6,"Dark Stone Grey","Bricks, With Slope",3039,"ROOF TILE 2X2/45°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211054.jpg",362 +"75192-1",4211055,15,"Dark Stone Grey","Plates",3068,"FLAT TILE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211055.jpg",402 +"75192-1",4211056,21,"Dark Stone Grey","Plates",3666,"PLATE 1X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211056.jpg",626 +"75192-1",4211061,2,"Dark Stone Grey","Plates",3035,"PLATE 4X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211061.jpg",287 +"75192-1",4211063,22,"Dark Stone Grey","Plates",3023,"PLATE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211063.jpg",1012 +"75192-1",4211064,2,"Dark Stone Grey","Bricks, With Slope",3747,"ROOF TILE 2X3/25° INV.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211064.jpg",196 +"75192-1",4211065,36,"Dark Stone Grey","Plates",3020,"PLATE 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211065.jpg",991 +"75192-1",4211066,10,"Dark Stone Grey","Functional Elements",3937,"ROCKER BEARING 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211066.jpg",235 +"75192-1",4211067,13,"Dark Stone Grey","Plates",2445,"PLATE 2X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211067.jpg",236 +"75192-1",4211081,5,"Dark Stone Grey","Figure Accessories In Hand",30229,"SLIDE HANDLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211081.jpg",40 +"75192-1",4211085,2,"Dark Stone Grey","Bricks",3001,"BRICK 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211085.jpg",401 +"75192-1",4211090,19,"Dark Stone Grey","Bricks, Special Circles And Angles",3062,"ROUND BRICK 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211090.jpg",307 +"75192-1",4211093,2,"Dark Stone Grey","Bricks With Bows And Arches",30165,"BRICK 2X2 W. BOW AND KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211093.jpg",70 +"75192-1",4211094,20,"Dark Stone Grey","Plates",3022,"PLATE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211094.jpg",863 +"75192-1",4211095,4,"Dark Stone Grey","Bricks",30136,"PALISADE BRICK 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211095.jpg",183 +"75192-1",4211096,8,"Dark Stone Grey","Bricks, With Slope",3665,"ROOF TILE 1X2 INV.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211096.jpg",295 +"75192-1",4211098,32,"Dark Stone Grey","Bricks",3005,"BRICK 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211098.jpg",366 +"75192-1",4211100,9,"Dark Stone Grey","Bricks",3009,"BRICK 1X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211100.jpg",289 +"75192-1",4211104,1,"Dark Stone Grey","Bricks",3622,"BRICK 1X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211104.jpg",298 +"75192-1",4211105,3,"Dark Stone Grey","Bricks",3002,"BRICK 2X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211105.jpg",242 +"75192-1",4211106,5,"Dark Stone Grey","Bricks, With Slope",3298,"ROOF TILE 2X3/25°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211106.jpg",139 +"75192-1",4211107,3,"Dark Stone Grey","Bricks",6111,"BRICK 1X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211107.jpg",102 +"75192-1",4211111,4,"Dark Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",3700,"TECHNIC BRICK 1X2, Ø4.9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211111.jpg",351 +"75192-1",4211114,3,"Dark Stone Grey","Plates",3033,"PLATE 6X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211114.jpg",141 +"75192-1",4211115,2,"Dark Stone Grey","Plates",3032,"PLATE 4X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211115.jpg",419 +"75192-1",4211122,5,"Dark Stone Grey","Plates",3030,"PLATE 4X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211122.jpg",213 +"75192-1",4211127,4,"Dark Stone Grey","Bricks, With Slope",3037,"ROOF TILE 2X4/45°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211127.jpg",89 +"75192-1",4211128,1,"Dark Stone Grey","Bricks, Special",30236,"BRICK 1X2 WITH STICK","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211128.jpg",114 +"75192-1",4211133,10,"Dark Stone Grey","Plates",3623,"PLATE 1X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211133.jpg",521 +"75192-1",4211134,15,"Dark Stone Grey","Plates",3958,"PLATE 6X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211134.jpg",215 +"75192-1",4211135,40,"Dark Stone Grey","Bricks, With Slope",3040,"ROOF TILE 1X2/45°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211135.jpg",414 +"75192-1",4212075,2,"Dark Stone Grey","Plates, Special Circles And Angles",30357,"PLATE 3X3, 1/4 CIRCLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4212075.jpg",77 +"75192-1",4213574,4,"Dark Stone Grey","Bricks, Special",47905,"BRICK 1X1 W. 2 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4213574.jpg",88 +"75192-1",4218696,4,"Dark Stone Grey","Decoration Elements",47457,"PLATES W. BOWS 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4218696.jpg",208 +"75192-1",4225733,3,"Dark Stone Grey","Plates, Special",3176,"COUPLING PLATE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4225733.jpg",136 +"75192-1",4226358,1,"Dark Stone Grey","Plates",3027,"PLATE 6X16","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4226358.jpg",63 +"75192-1",4243831,2,"Dark Stone Grey","Plates",3031,"PLATE 4X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4243831.jpg",429 +"75192-1",4246896,6,"Dark Stone Grey","Bricks With Bows And Arches",50950,"Brick w/bow 1/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4246896.jpg",136 +"75192-1",4256828,50,"Dark Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",3703,"TECHNIC BRICK 1X16, Ø4,9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4256828.jpg",87 +"75192-1",4257526,20,"Dark Stone Grey","Plates",4477,"PLATE 1X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4257526.jpg",257 +"75192-1",4261117,1,"Dark Stone Grey","Figure Accessories In Hand",30228,"PNEUMATIC HAMMER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4261117.jpg",57 +"75192-1",4261908,4,"Dark Stone Grey","Transportation Means, Vehicles",30031,"HANDLE W. 3.18 STICK","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4261908.jpg",214 +"75192-1",4263176,12,"Dark Stone Grey","Plates, Special",3839,"MINI HANDLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4263176.jpg",138 +"75192-1",4290149,1,"Dark Stone Grey","Plates, Special Circles And Angles",54384,"LEFT PLATE 3X6 W ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4290149.jpg",88 +"75192-1",4290150,1,"Dark Stone Grey","Plates, Special Circles And Angles",54383,"RIGHT PLATE 3X6 W. ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4290150.jpg",84 +"75192-1",4294180,1,"Dark Stone Grey","Bricks, With Slope",52501,"INVERTED ROOF TILE 6X1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4294180.jpg",112 +"75192-1",4504378,56,"Dark Stone Grey","Bricks, With Slope",54200,"ROOF TILE 1X1X2/3, ABS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4504378.jpg",536 +"75192-1",4509911,5,"Dark Stone Grey","Plates",6179,"PLATE 4X4 W. 4 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4509911.jpg",83 +"75192-1",4521512,2,"Dark Stone Grey","Figure Accessories, Upper And Lower Part",30375,"SPACE SKELETON BODY","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4521512.jpg",61 +"75192-1",4521572,2,"Dark Stone Grey","Plates, Special Circles And Angles",32059,"PLATE 4X6 26 DEGREES","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4521572.jpg",76 +"75192-1",4528323,2,"Dark Stone Grey","Plates, Special Circles And Angles",60474,"PLATE 4X4 ROUND W. SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4528323.jpg",199 +"75192-1",4529240,20,"Dark Stone Grey","Bricks, Special Circles And Angles",59900,"NOSE CONE SMALL 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4529240.jpg",252 +"75192-1",4529727,8,"Dark Stone Grey","Plates, Special Circles And Angles",50304,"RIGHT PLATE 3X8 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4529727.jpg",59 +"75192-1",4529728,8,"Dark Stone Grey","Plates, Special Circles And Angles",50305,"LEFT PLATE 3X8 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4529728.jpg",59 +"75192-1",4540386,13,"Dark Stone Grey","Decoration Elements",61409,"ROOF TILE W. LATTICE 1x2x2/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4540386.jpg",388 +"75192-1",4543086,13,"Dark Stone Grey","Plates, Special",32028,"PLATE 1X2 WITH SLIDE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4543086.jpg",229 +"75192-1",4560184,7,"Dark Stone Grey","Plates",87079,"FLAT TILE 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4560184.jpg",298 +"75192-1",4566028,1,"Dark Stone Grey","Figure, Weapons",86208,"BUTT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4566028.jpg",61 +"75192-1",4567887,1,"Dark Stone Grey","Bricks, With Slope",85984,"ROOF TILE 1 X 2 X 2/3, ABS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4567887.jpg",430 +"75192-1",4568734,13,"Dark Stone Grey","Plates",63864,"FLAT TILE 1x3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4568734.jpg",228 +"75192-1",4595710,1,"Dark Stone Grey","Plates, Special",92099,"PLATE 4X5 W. SHAFT Ø3.2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4595710.jpg",127 +"75192-1",4598769,10,"Dark Stone Grey","Plates",92593,"PLATE 1X4 W. 2 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4598769.jpg",143 +"75192-1",4620079,1,"Dark Stone Grey","Plates, Special Circles And Angles",4150,"FLAT TILE 2X2, ROUND","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4620079.jpg",113 +"75192-1",4621917,5,"Dark Stone Grey","Bricks, With Slope",92946,"ROOF TILE 1X2 45° W 1/3 PLATE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4621917.jpg",212 +"75192-1",4623236,2,"Dark Stone Grey","Figure, Weapons",95199,"MINI SPACEGUN W.RIB Ø3.2 SHAFT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4623236.jpg",97 +"75192-1",4648256,2,"Dark Stone Grey","Bricks With Bows And Arches",93273,"PLATE W. BOW 1X4X2/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4648256.jpg",205 +"75192-1",6000606,25,"Dark Stone Grey","Plates, Special",99780,"ANGULAR PLATE 1.5 BOT. 1X2 1/2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6000606.jpg",481 +"75192-1",6008715,3,"Dark Stone Grey","Frames, Windows, Walls And Doors",60581,"WALL ELEMENT 1X4X3, ABS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6008715.jpg",55 +"75192-1",6019987,3,"Dark Stone Grey","Plates, Special",11458,"PLADE 1X2 M. VAN. HUL Ø 4,8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6019987.jpg",344 +"75192-1",6037666,1,"Dark Stone Grey","Bricks With Bows And Arches",13731,"BRICK WITH BOW 1x10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6037666.jpg",29 +"75192-1",6039176,14,"Dark Stone Grey","Plates",11212,"PLATE 3X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6039176.jpg",150 +"75192-1",6042955,16,"Dark Stone Grey","Bricks With Bows And Arches",11153,"BRICK WITH BOW 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6042955.jpg",57 +"75192-1",6047417,5,"Dark Stone Grey","Plates, Special",10247,"PLATE 2X2 + ONE HULE Ø4,8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6047417.jpg",135 +"75192-1",6051334,1,"Dark Stone Grey","Functional Elements",15392,"TRIGGER FOR MINI SHOOTER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6051334.jpg",365 +"75192-1",6055313,1,"Dark Stone Grey","Plates, Special Circles And Angles",15535,"FLAT TILE 2x2 ROUND W. HOLE Ø4.85","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6055313.jpg",336 +"75192-1",6092572,75,"Dark Stone Grey","Plates",15573,"PLATE 1X2 W. 1 KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6092572.jpg",381 +"75192-1",6092649,3,"Dark Stone Grey","Frames, Windows, Walls And Doors",15207,"WALL ELEMENT 1X4X1 ABS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6092649.jpg",79 +"75192-1",6102774,2,"Dark Stone Grey","Functional Elements",19954,"HINGE PLATE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6102774.jpg",74 +"75192-1",6117972,16,"Dark Stone Grey","Plates, Special",21712,"ANGLE PLATE 1X2 / 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6117972.jpg",327 +"75192-1",6119118,2,"Dark Stone Grey","Transportation Means, Vehicles",18974,"BRICK W/ARCH 2X4X2 1/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6119118.jpg",4 +"75192-1",6123814,2,"Dark Stone Grey","Plates, Special",22890,"PLATE 1X2 W/5.9 BALL END","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6123814.jpg",187 +"75192-1",6126083,5,"Dark Stone Grey","Plates",23893,"PLATE 2X2 W 1 KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6126083.jpg",278 +"75192-1",6146225,8,"Dark Stone Grey","Frames, Windows, Walls And Doors",26169,"WALL ELEMENT 1X2X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6146225.jpg",77 +"75192-1",6146321,2,"Dark Stone Grey","Plates, Special",48336,"PLATE 1X2 W. STICK 3.18","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6146321.jpg",145 +"75192-1",6152814,4,"Dark Stone Grey","Bricks, With Slope",26823,"ROOF TILE 1X2X2/3, ABS NO. 6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6152814.jpg",96 +"75192-1",6170420,18,"Dark Stone Grey","Signs, Flags And Poles",28921,"STICK 6M W/FLANGE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6170420.jpg",67 +"75192-1",6172811,6,"Dark Stone Grey","Bricks With Bows And Arches",18653,"Brick 1x3x2 w. inside bow","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6172811.jpg",25 +"75192-1",6177079,2,"Dark Stone Grey","Plates",27263,"TILE 2X2, DEG. 90, W/ DEG. 45 CUT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6177079.jpg",73 +"75192-1",6261355,10,"Dark Stone Grey","Plates, Special",43876,"PLATE 1X2 W. VERTICAL SCHAFT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6261355.jpg",73 +"75192-1",6273322,2,"Dark Stone Grey","Miscellaneous Elements",60572,"BRICK W. SHAFT 1X8X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6273322.jpg",4 +"75192-1",6278155,1,"Dark Stone Grey","Connectors",41005,"STICK Ø 3.2 W. HOLDER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6278155.jpg",118 +"75192-1",6281996,10,"Dark Stone Grey","Plates, Special",41632,"LAMP HOLDER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6281996.jpg",77 +"75192-1",6296892,2,"Dark Stone Grey","Plates, Special",44860,"PLATE 1X1 W/ HOLDER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6296892.jpg",120 +"75192-1",6313189,4,"Dark Stone Grey","Plates, Special",49153,"PLATE 2X2 W. VERTICAL SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6313189.jpg",58 +"75192-1",6315300,1,"Dark Stone Grey","Signs, Flags And Poles",65673,"FOUR-SIDED SIGN WITH SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6315300.jpg",30 +"75192-1",6319332,5,"Dark Stone Grey","Figure Accessories, Upper And Lower Part",49754,"SPACE SKELETON ARM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6319332.jpg",33 +"75192-1",6321350,1,"Dark Stone Grey","Bricks, Special",65460,"BRICK 1X1 W/HOLDER, H0RIZONTAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6321350.jpg",58 +"75192-1",6324639,4,"Dark Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",49132,"2X1 ST.Ø4.9 HOLE W. HALF BEAM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6324639.jpg",117 +"75192-1",6336970,7,"Dark Stone Grey","Connectors",44873,"HOLDER Ø3.2 W/TUBE Ø3.2 HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6336970.jpg",81 +"75192-1",6336990,1,"Dark Stone Grey","Plates, Special",42923,"PLATE 2X1 W/HOLDER,VERTICAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6336990.jpg",90 +"75192-1",6344022,139,"Dark Stone Grey","Plates, Special",44842,"PLATE 1X1 W. UP RIGHT HOLDER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6344022.jpg",163 +"75192-1",6360111,6,"Dark Stone Grey","Plates, Special",52738,"PLATE 1X1 W/HOLDER VERTICAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6360111.jpg",79 +"75192-1",4210751,8,"Dark Stone Grey","Beams",32523,"TECHNIC 3M BEAM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4210751.jpg",178 +"75192-1",4495931,2,"Dark Stone Grey","Beams",32524,"TECHNIC 7M BEAM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4495931.jpg",134 +"75192-1",4499858,1,"Dark Stone Grey","Connectors",55013,"CROSS AXLE 8M WITH END STOP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4499858.jpg",388 +"75192-1",4508553,1,"Dark Stone Grey","Connectors",59426,"CROSS AXLE 5,5 WITH STOP 1M.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4508553.jpg",544 +"75192-1",4516546,15,"Dark Stone Grey","Connectors",59443,"CROSS AXLE, EXTENSION, 2M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4516546.jpg",235 +"75192-1",4603472,4,"Dark Stone Grey","Beams",64290,"TECHNIC 11M BEAM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4603472.jpg",110 +"75192-1",6005331,3,"Dark Stone Grey","Connectors",10197,"BEAM 1M W. 2 CROSS AXLES 90°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6005331.jpg",121 +"75192-1",6015356,1,"Dark Stone Grey","Connectors",11214,"CON. BUSH 2M FR. + CROSS AXLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6015356.jpg",331 +"75192-1",6100030,6,"Dark Stone Grey","Beams",18654,"BEAM 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6100030.jpg",226 +"75192-1",6135014,2,"Dark Stone Grey","Connectors",22961,"BEAM 1M W/CROSS AXLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6135014.jpg",80 +"75192-1",6296856,7,"Dark Stone Grey","Connectors",42127,"ANGLE ELEMENT, 0 DEGREES [1]","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6296856.jpg",40 +"75192-1",6364452,6,"Dark Stone Grey","Half Beams",65123,"TECHNIC LEVER 3M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6364452.jpg",34 +"75192-1",4205004,2,"Earth Blue","Plates",3068,"FLAT TILE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4205004.jpg",129 +"75192-1",6132157,5,"Earth Blue","Bricks, Special",18671,"BRICK W. PLATE 2X3X1 1/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6132157.jpg",17 +"75192-1",6195431,1,"Earth Blue","Figure Parts",76382,"MINI UPPER PART, NO. 3914","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6195431.jpg",3 +"75192-1",6124907,1,"Light Nougat","Figure, Heads And Masks",23783,"MINI HEAD NO '1778'","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6124907.jpg",15 +"75192-1",6194148,1,"Light Nougat","Figure, Heads And Masks",34217,"MINI HEAD, NO. 2290","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6194148.jpg",2 +"75192-1",6195440,1,"Light Nougat","Figure, Heads And Masks",34467,"MINI HEAD, NO. 2307","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6195440.jpg",1 +"75192-1",6195443,1,"Light Nougat","Figure, Heads And Masks",34468,"MINI HEAD, NO. 2308","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6195443.jpg",1 +"75192-1",6344813,6,"Medium Azur","Beams, Special",40147,"BEAM 1X2 W/CROSS AND HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6344813.jpg",6 +"75192-1",4201235,1,"Medium Blue","Bricks",3003,"BRICK 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4201235.jpg",62 +"75192-1",4569624,15,"Medium Nougat","Bricks",3005,"BRICK 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4569624.jpg",155 +"75192-1",6058135,6,"Medium Nougat","Bricks, With Slope",3040,"ROOF TILE 1X2/45°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6058135.jpg",31 +"75192-1",6127357,1,"Medium Nougat","Figure Parts",76382,"MINI UPPER PART NO 3174","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6127357.jpg",4 +"75192-1",4160560,9,"Medium Stone Grey","Plates, Special Circles And Angles",30503,"CORNER PLATE 45 DEG. 4X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4160560.jpg",91 +"75192-1",4166618,9,"Medium Stone Grey","Plates",41539,"PLATE 8X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4166618.jpg",89 +"75192-1",4180408,1,"Medium Stone Grey","Bricks With Slope, Special",43710,"LEFT ROOF TILE 2X4 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4180408.jpg",28 +"75192-1",4180418,1,"Medium Stone Grey","Bricks With Slope, Special",43711,"RIGHT ROOF TILE 2X4 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4180418.jpg",34 +"75192-1",4208988,2,"Medium Stone Grey","Plates, Special Circles And Angles",47397,"LEFT PLATE W. ANGLE 3X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4208988.jpg",58 +"75192-1",4209006,2,"Medium Stone Grey","Plates, Special Circles And Angles",47398,"RIGHT PLATE W. ANGLE 3X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4209006.jpg",58 +"75192-1",4211350,20,"Medium Stone Grey","Plates",2412,"RADIATOR GRILLE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211350.jpg",696 +"75192-1",4211353,8,"Medium Stone Grey","Plates",2420,"CORNER PLATE 1X2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211353.jpg",437 +"75192-1",4211356,47,"Medium Stone Grey","Plates",2431,"FLAT TILE 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211356.jpg",594 +"75192-1",4211357,2,"Medium Stone Grey","Plates, Special",2432,"CLAMP 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211357.jpg",247 +"75192-1",4211361,5,"Medium Stone Grey","Plates, Special Circles And Angles",2450,"CORNER PLATE 45 DEG. 3X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211361.jpg",104 +"75192-1",4211366,6,"Medium Stone Grey","Bricks",2465,"BRICK 1X16","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211366.jpg",83 +"75192-1",4211376,2,"Medium Stone Grey","Plates, Special",2817,"TECHNIC DOUB. BEARING PL. 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211376.jpg",229 +"75192-1",4211383,26,"Medium Stone Grey","Bricks",2877,"PROFILE BRICK 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211383.jpg",254 +"75192-1",4211385,4,"Medium Stone Grey","Bricks",3001,"BRICK 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211385.jpg",478 +"75192-1",4211387,4,"Medium Stone Grey","Bricks",3003,"BRICK 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211387.jpg",527 +"75192-1",4211389,4,"Medium Stone Grey","Bricks",3005,"BRICK 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211389.jpg",533 +"75192-1",4211393,2,"Medium Stone Grey","Bricks",3009,"BRICK 1X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211393.jpg",354 +"75192-1",4211394,15,"Medium Stone Grey","Bricks",3010,"BRICK 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211394.jpg",491 +"75192-1",4211395,63,"Medium Stone Grey","Plates",3020,"PLATE 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211395.jpg",1045 +"75192-1",4211396,105,"Medium Stone Grey","Plates",3021,"PLATE 2X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211396.jpg",815 +"75192-1",4211397,17,"Medium Stone Grey","Plates",3022,"PLATE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211397.jpg",983 +"75192-1",4211398,73,"Medium Stone Grey","Plates",3023,"PLATE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211398.jpg",1234 +"75192-1",4211399,15,"Medium Stone Grey","Plates",3024,"PLATE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211399.jpg",578 +"75192-1",4211400,1,"Medium Stone Grey","Plates",3028,"PLATE 6X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211400.jpg",85 +"75192-1",4211401,8,"Medium Stone Grey","Plates",3029,"PLATE 4X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211401.jpg",127 +"75192-1",4211402,2,"Medium Stone Grey","Plates",3030,"PLATE 4X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211402.jpg",111 +"75192-1",4211404,15,"Medium Stone Grey","Plates",3032,"PLATE 4X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211404.jpg",311 +"75192-1",4211405,1,"Medium Stone Grey","Plates",3033,"PLATE 6x10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211405.jpg",119 +"75192-1",4211406,11,"Medium Stone Grey","Plates",3034,"PLATE 2X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211406.jpg",472 +"75192-1",4211407,6,"Medium Stone Grey","Plates",3035,"PLATE 4X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211407.jpg",235 +"75192-1",4211408,6,"Medium Stone Grey","Plates",3036,"PLATE 6X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211408.jpg",166 +"75192-1",4211409,4,"Medium Stone Grey","Bricks, With Slope",3037,"ROOF TILE 2X4/45°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211409.jpg",108 +"75192-1",4211413,39,"Medium Stone Grey","Plates",3068,"FLAT TILE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211413.jpg",458 +"75192-1",4211414,69,"Medium Stone Grey","Plates",3069,"FLAT TILE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211414.jpg",626 +"75192-1",4211415,53,"Medium Stone Grey","Plates",3070,"FLAT TILE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211415.jpg",375 +"75192-1",4211425,35,"Medium Stone Grey","Plates",3460,"PLATE 1X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211425.jpg",423 +"75192-1",4211428,9,"Medium Stone Grey","Bricks",3622,"BRICK 1X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211428.jpg",362 +"75192-1",4211429,23,"Medium Stone Grey","Plates",3623,"PLATE 1X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211429.jpg",596 +"75192-1",4211437,4,"Medium Stone Grey","Bricks, With Slope",3665,"ROOF TILE 1X2 INV.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211437.jpg",296 +"75192-1",4211438,60,"Medium Stone Grey","Plates",3666,"PLATE 1X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211438.jpg",658 +"75192-1",4211440,16,"Medium Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",3700,"TECHNIC BRICK 1X2, Ø4.9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211440.jpg",430 +"75192-1",4211441,22,"Medium Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",3701,"TECHNIC BRICK 1X4, Ø4,9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211441.jpg",225 +"75192-1",4211442,18,"Medium Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",3702,"TECHNIC BRICK 1X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211442.jpg",184 +"75192-1",4211444,31,"Medium Stone Grey","Plates, Special",3709,"PLATE 2X4, 3XØ4.9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211444.jpg",113 +"75192-1",4211445,31,"Medium Stone Grey","Plates",3710,"PLATE 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211445.jpg",909 +"75192-1",4211450,5,"Medium Stone Grey","Functional Elements, Gear Wheels And Racks",3743,"TOOTHED BAR M=1, Z=10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211450.jpg",87 +"75192-1",4211452,49,"Medium Stone Grey","Plates",3795,"PLATE 2X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211452.jpg",678 +"75192-1",4211462,8,"Medium Stone Grey","Plates",3832,"PLATE 2X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211462.jpg",340 +"75192-1",4211464,2,"Medium Stone Grey","Plates, Special",3839,"MINI HANDLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211464.jpg",128 +"75192-1",4211470,2,"Medium Stone Grey","Functional Elements",3938,"PLATE 1X2 (ROCKING)","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211470.jpg",168 +"75192-1",4211473,8,"Medium Stone Grey","Signs, Flags And Poles",3957,"WHIP/AERIAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211473.jpg",236 +"75192-1",4211474,3,"Medium Stone Grey","Plates",3958,"PLATE 6X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211474.jpg",130 +"75192-1",4211475,4,"Medium Stone Grey","Plates, Special Circles And Angles",4032,"PLATE 2X2 ROUND","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211475.jpg",452 +"75192-1",4211481,21,"Medium Stone Grey","Plates",4162,"FLAT TILE 1X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211481.jpg",326 +"75192-1",4211486,4,"Medium Stone Grey","Plates",4282,"PLATE 2X16","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211486.jpg",171 +"75192-1",4211487,7,"Medium Stone Grey","Plates, Special Circles And Angles",4285,"PARABOLA Ø48","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211487.jpg",29 +"75192-1",4211488,15,"Medium Stone Grey","Bricks, With Slope",4286,"ROOF TILE 1X3/25°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211488.jpg",145 +"75192-1",4211494,4,"Medium Stone Grey","Bricks, With Slope",4460,"ROOF TILE 1X2X3/73°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211494.jpg",112 +"75192-1",4211498,6,"Medium Stone Grey","Plates, Special",4510,"PLATE 1X8 WITH RAIL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211498.jpg",118 +"75192-1",4211502,3,"Medium Stone Grey","Plates, Special",4595,"MOTOR 1X2X2/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211502.jpg",68 +"75192-1",4211503,29,"Medium Stone Grey","Interior",4599,"TAP Ø4.9/6.4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211503.jpg",346 +"75192-1",4211512,4,"Medium Stone Grey","Plates, Special Circles And Angles",4740,"PARABOLA Ø16","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211512.jpg",256 +"75192-1",4211520,15,"Medium Stone Grey","Plates, Special Circles And Angles",6106,"CORNER PLATE 6X6X45°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211520.jpg",79 +"75192-1",4211521,9,"Medium Stone Grey","Bricks",6111,"BRICK 1X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211521.jpg",105 +"75192-1",4211522,5,"Medium Stone Grey","Bricks",6112,"BRICK 1X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211522.jpg",114 +"75192-1",4211526,5,"Medium Stone Grey","Bricks, Special Circles And Angles",6143,"BRICK Ø16 W. CROSS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211526.jpg",224 +"75192-1",4211541,4,"Medium Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",32000,"BRICK 1X2 M. 2 HOLES Ø 4,87","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211541.jpg",268 +"75192-1",4211549,27,"Medium Stone Grey","Plates",6636,"FLAT TILE 1X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211549.jpg",464 +"75192-1",4211568,33,"Medium Stone Grey","Plates, Special",32028,"PLATE 1X2 WITH SLIDE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211568.jpg",355 +"75192-1",4211614,24,"Medium Stone Grey","Bricks, With Slope",3040,"ROOF TILE 1X2/45°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211614.jpg",395 +"75192-1",4211616,13,"Medium Stone Grey","Plates, Special Circles And Angles",30355,"LEFT WING 6X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211616.jpg",59 +"75192-1",4211617,10,"Medium Stone Grey","Plates, Special Circles And Angles",30356,"RIGHT WING 6X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211617.jpg",60 +"75192-1",4211637,8,"Medium Stone Grey","Bricks, Special Circles And Angles",30367,"FINAL BRICK 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211637.jpg",77 +"75192-1",4211640,4,"Medium Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",32324,"4X4 BRICK, Ø 4,85","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211640.jpg",113 +"75192-1",4211644,13,"Medium Stone Grey","Connectors",4735,"HOLDER 16 MM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211644.jpg",71 +"75192-1",4211664,2,"Medium Stone Grey","Plates, Special Circles And Angles",3960,"ROUND PLATE Ø32X6.4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211664.jpg",58 +"75192-1",4211694,14,"Medium Stone Grey","Bricks, Special",30365,"BRICK 1X2/FRIC/FORK VERT./END","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211694.jpg",41 +"75192-1",4211725,3,"Medium Stone Grey","Plates, Special Circles And Angles",32059,"PLATE 4X6 26 DEGREES","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211725.jpg",46 +"75192-1",4211732,22,"Medium Stone Grey","Plates, Special Circles And Angles",41769,"RIGHT PLATE 2X4 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211732.jpg",137 +"75192-1",4211733,4,"Medium Stone Grey","Plates",3027,"PLATE 6X16","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211733.jpg",44 +"75192-1",4211735,16,"Medium Stone Grey","Plates, Special Circles And Angles",41770,"LEFT PLATE 2X4 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211735.jpg",134 +"75192-1",4211748,6,"Medium Stone Grey","Transportation Means, Vehicles",41862,"ENGINE 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211748.jpg",78 +"75192-1",4211773,12,"Medium Stone Grey","Bricks, With Slope",3038,"ROOF TILE 2X3/45°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211773.jpg",49 +"75192-1",4211791,31,"Medium Stone Grey","Plates, Special Circles And Angles",43722,"RIGHT PLATE 2X3 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211791.jpg",183 +"75192-1",4211794,38,"Medium Stone Grey","Plates, Special Circles And Angles",43723,"LEFT PLATE 2X3 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211794.jpg",182 +"75192-1",4211795,12,"Medium Stone Grey","Bricks",44237,"BRICK 2X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211795.jpg",242 +"75192-1",4211803,8,"Medium Stone Grey","Plates, Special",44301,"PLATE 1X2 W/STUB VERTICAL/END","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211803.jpg",87 +"75192-1",4211836,2,"Medium Stone Grey","Plates",6178,"PLATE 6X12 W. 22 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211836.jpg",28 +"75192-1",4211837,62,"Medium Stone Grey","Plates",6179,"PLATE 4X4 W. 4 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211837.jpg",117 +"75192-1",4211838,30,"Medium Stone Grey","Plates",6180,"PLATE 4X6 W. 12 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211838.jpg",78 +"75192-1",4211860,16,"Medium Stone Grey","Bricks, Special Ø4.85 Hole And Connecting Bush",3895,"TECHNIC BRICK 1X12, Ø4,9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211860.jpg",81 +"75192-1",4211881,3,"Medium Stone Grey","Functional Elements",6134,"PLATE 2X2 (ROCKING)","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211881.jpg",365 +"75192-1",4212363,4,"Medium Stone Grey","Plates",47919,"FLAT TILE 1X2 'NO. 86'","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4212363.jpg",77 +"75192-1",4215472,8,"Medium Stone Grey","Bricks, Special Circles And Angles",48092,"BOW 1/4 4X4X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4215472.jpg",59 +"75192-1",4215513,5,"Medium Stone Grey","Frames, Windows, Walls And Doors",6231,"WALL CORNER 1X1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4215513.jpg",140 +"75192-1",4216250,10,"Medium Stone Grey","Bricks, With Slope",3045,"CORNER BRICK 2X2/45° OUTSIDE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4216250.jpg",64 +"75192-1",4219913,16,"Medium Stone Grey","Plates, Special",30383,"PLATE 1X2 W/STUB/ALONG/UPPER P","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4219913.jpg",68 +"75192-1",4222019,10,"Medium Stone Grey","Plates, Special",30586,"PLATE 2X8 W/GLIDING GROOVE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4222019.jpg",86 +"75192-1",4222047,5,"Medium Stone Grey","Connectors",30553,"FRIC/FORK W. CROSS HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4222047.jpg",77 +"75192-1",4243797,6,"Medium Stone Grey","Plates",3031,"PLATE 4X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4243797.jpg",344 +"75192-1",4251149,20,"Medium Stone Grey","Plates",4477,"PLATE 1X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4251149.jpg",271 +"75192-1",4251163,5,"Medium Stone Grey","Bricks With Bows And Arches",50950,"Brick w/bow 1/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4251163.jpg",95 +"75192-1",4258273,1,"Medium Stone Grey","Plates, Special Circles And Angles",50304,"RIGHT PLATE 3X8 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4258273.jpg",87 +"75192-1",4258275,1,"Medium Stone Grey","Plates, Special Circles And Angles",50305,"LEFT PLATE 3X8 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4258275.jpg",85 +"75192-1",4258308,4,"Medium Stone Grey","Transportation Means, Vehicles",30031,"HANDLE W. 3.18 STICK","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4258308.jpg",105 +"75192-1",4275673,1,"Medium Stone Grey","Fences And Ladders",6020,"LATTICE 1X4X6 W. SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4275673.jpg",69 +"75192-1",4282786,40,"Medium Stone Grey","Plates, Special Circles And Angles",54383,"RIGHT PLATE 3X6 W. ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4282786.jpg",124 +"75192-1",4282789,40,"Medium Stone Grey","Plates, Special Circles And Angles",54384,"LEFT PLATE 3X6 W ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4282789.jpg",118 +"75192-1",4293831,2,"Medium Stone Grey","Plates",3456,"PLATE 6X14","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4293831.jpg",36 +"75192-1",4494475,2,"Medium Stone Grey","Decoration Elements",47457,"PLATES W. BOWS 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4494475.jpg",154 +"75192-1",4507056,4,"Medium Stone Grey","Plates, Special Circles And Angles",51739,"PLATE 2X4X18°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4507056.jpg",134 +"75192-1",4509914,6,"Medium Stone Grey","Bricks, With Slope",4445,"ROOF TILE 2X8/45°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4509914.jpg",19 +"75192-1",4511007,1,"Medium Stone Grey","Transportation Means, Aviation",60208,"Turbine ø31,37 w.holes ø 4,85","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4511007.jpg",35 +"75192-1",4514195,24,"Medium Stone Grey","Figure Accessories In Hand",60849,"NOZZLE W/Ø3.18, SHAFT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4514195.jpg",123 +"75192-1",4514846,4,"Medium Stone Grey","Plates",60479,"PLATE 1X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4514846.jpg",206 +"75192-1",4515341,4,"Medium Stone Grey","Plates, Special",60471,"PLATE 1X2 W/FORK, VERTICAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4515341.jpg",125 +"75192-1",4515351,10,"Medium Stone Grey","Plates, Special Circles And Angles",60474,"PLATE 4X4 ROUND W. SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4515351.jpg",186 +"75192-1",4515374,16,"Medium Stone Grey","Bricks, With Slope",60481,"ROOF TILE 2X1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4515374.jpg",146 +"75192-1",4521921,46,"Medium Stone Grey","Bricks, With Slope",54200,"ROOF TILE 1X1X2/3, ABS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4521921.jpg",537 +"75192-1",4527174,3,"Medium Stone Grey","Frames, Windows, Walls And Doors",59349,"WALL ELEMENT 1x6x5, ABS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4527174.jpg",40 +"75192-1",4539481,1,"Medium Stone Grey","Figure, Weapons",64567,"LIGHT SWORD SHAFT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539481.jpg",197 +"75192-1",4540203,1,"Medium Stone Grey","Functional Elements",3679,"TURN PLATE 2X2, UPPER PART","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4540203.jpg",552 +"75192-1",4550170,27,"Medium Stone Grey","Figure Accessories In Hand",30162,"PRISMATIC BINOCULARS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4550170.jpg",82 +"75192-1",4550251,14,"Medium Stone Grey","Connectors",30554,"LINK 1M FRIC/FORK/STUMPF","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4550251.jpg",28 +"75192-1",4558169,31,"Medium Stone Grey","Plates",63864,"FLAT TILE 1x3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4558169.jpg",334 +"75192-1",4558953,2,"Medium Stone Grey","Bricks, Special",87087,"BRICK 1X1 W. 1 KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4558953.jpg",321 +"75192-1",4560183,22,"Medium Stone Grey","Plates",87079,"FLAT TILE 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4560183.jpg",441 +"75192-1",4565433,12,"Medium Stone Grey","Signs, Flags And Poles",87618,"Function element MALE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4565433.jpg",90 +"75192-1",4568637,20,"Medium Stone Grey","Bricks, With Slope",85984,"ROOF TILE 1 X 2 X 2/3, ABS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4568637.jpg",429 +"75192-1",4579294,32,"Medium Stone Grey","Plates, Special Circles And Angles",30565,"PLATE 4X4, 1/4 CIRCLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4579294.jpg",47 +"75192-1",4585429,4,"Medium Stone Grey","Frames, Windows, Walls And Doors",87544,"WALL ELEMENT 1X2X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4585429.jpg",85 +"75192-1",4593679,1,"Medium Stone Grey","Frames, Windows, Walls And Doors",87552,"WALLELEMENT 1X2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4593679.jpg",96 +"75192-1",4595836,1,"Medium Stone Grey","Figure, Weapons",86208,"BUTT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4595836.jpg",44 +"75192-1",4597901,2,"Medium Stone Grey","Bricks With Bows And Arches",88930,"PLATE W. BOW 2x4x2/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4597901.jpg",40 +"75192-1",4599498,14,"Medium Stone Grey","Plates",92593,"PLATE 1X4 W. 2 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4599498.jpg",179 +"75192-1",4617170,8,"Medium Stone Grey","Bricks, Special",4216,"BRICK 1X2 W. GROOVE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4617170.jpg",42 +"75192-1",4625001,1,"Medium Stone Grey","Plates, Special",4596,"PLATE 1X2X4 W. TUBE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4625001.jpg",20 +"75192-1",4630107,1,"Medium Stone Grey","Figure, Head Clothing",30370,"REBEL PILOT HELMET","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4630107.jpg",2 +"75192-1",4640844,1,"Medium Stone Grey","Figure, Weapons",92690,"Ø3.2 SHAFT W. CORED KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4640844.jpg",93 +"75192-1",4644102,3,"Medium Stone Grey","Transportation Means, Vehicles",98397,"HANDLEBAR W/3.2 SHAFT/BAR ENDS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4644102.jpg",114 +"75192-1",4650645,34,"Medium Stone Grey","Bricks, Special Circles And Angles",92947,"PROFILE BRICK Ø15.83 W. CROSS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4650645.jpg",149 +"75192-1",4654577,8,"Medium Stone Grey","Plates, Special",99206,"PLATE 2X2X2/3 W. 2. HOR. KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4654577.jpg",372 +"75192-1",4654580,13,"Medium Stone Grey","Plates, Special",99207,"ANGULAR PLATE 1.5 BOT. 1X2 2/2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4654580.jpg",537 +"75192-1",4654582,2,"Medium Stone Grey","Plates, Special",99781,"ANGULAR PLATE 1,5 TOP 1X2 1/2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4654582.jpg",455 +"75192-1",4657366,9,"Medium Stone Grey","Figure Accessories In Hand",64644,"STICK Ø3.2 2MM W/KNOB AND TUBE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4657366.jpg",102 +"75192-1",4657459,6,"Medium Stone Grey","Bricks, Special",52107,"BRICK 1X2 W. FOUR KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4657459.jpg",88 +"75192-1",4666449,18,"Medium Stone Grey","Plates, Special",92582,"Plate 2x2 w. stump/top","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4666449.jpg",109 +"75192-1",6013497,2,"Medium Stone Grey","Bricks, With Slope",60477,"ROOF TILE 1X4X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6013497.jpg",40 +"75192-1",6015344,16,"Medium Stone Grey","Bricks, Special",11211,"BRICK 1X2 W. 2 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6015344.jpg",453 +"75192-1",6015347,13,"Medium Stone Grey","Plates",11212,"PLATE 3X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6015347.jpg",148 +"75192-1",6015349,2,"Medium Stone Grey","Plates, Special Circles And Angles",11213,"PLATE 6X6 ROUND WITH TUBE SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6015349.jpg",130 +"75192-1",6028811,3,"Medium Stone Grey","Bricks, Special",11215,"STONE 1X2X1 1/3 W. 2 PLATES 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6028811.jpg",189 +"75192-1",6028813,16,"Medium Stone Grey","Bricks With Bows And Arches",11477,"PLATE W. BOW 1X2X2/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6028813.jpg",274 +"75192-1",6030235,2,"Medium Stone Grey","Bricks With Slope, Special",48933,"ROOF TILE 4X2/18° W/COR.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6030235.jpg",11 +"75192-1",6042950,12,"Medium Stone Grey","Bricks With Bows And Arches",11153,"BRICK WITH BOW 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6042950.jpg",66 +"75192-1",6043639,2,"Medium Stone Grey","Plates, Special",14418,"PLATE 1X2 BALL CUP / FRICTION END","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6043639.jpg",370 +"75192-1",6044729,5,"Medium Stone Grey","Tyres And Rims For/To Snap Ø4,85 W. Cross",13971,"RIM NARROW Ø18x7 W HOLE Ø4.8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6044729.jpg",130 +"75192-1",6045718,1,"Medium Stone Grey","Functional Elements",61485,"BOTTOM W. TURNTABLE 4X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6045718.jpg",74 +"75192-1",6052200,2,"Medium Stone Grey","Plates, Special Circles And Angles",14769,"FLAT TILE 2X2, ROUND","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6052200.jpg",224 +"75192-1",6052204,3,"Medium Stone Grey","Plates, Special Circles And Angles",49039,"FLAT TILE 2X2, ROUND 'UDLUFT'","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6052204.jpg",36 +"75192-1",6065824,15,"Medium Stone Grey","Plates",14719,"FLAT TILE CORNER 1X2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6065824.jpg",128 +"75192-1",6066097,22,"Medium Stone Grey","Plates",15573,"PLATE 1X2 W. 1 KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6066097.jpg",646 +"75192-1",6071299,15,"Medium Stone Grey","Frames, Windows, Walls And Doors",15207,"WALL ELEMENT 1X4X1 ABS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6071299.jpg",95 +"75192-1",6075237,1,"Medium Stone Grey","Figure, Wigs",62810,"WIG BOY","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6075237.jpg",18 +"75192-1",6079461,37,"Medium Stone Grey","Plates",17836,"PLATE 3X4 WITH 4 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6079461.jpg",105 +"75192-1",6092111,36,"Medium Stone Grey","Decoration Elements",61409,"ROOF TILE W. LATTICE 1x2x2/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6092111.jpg",100 +"75192-1",6092956,3,"Medium Stone Grey","Transportation Means, Vehicles",16091,"STEE.WHEEL Ø16 F/CONSOLE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6092956.jpg",99 +"75192-1",6093527,58,"Medium Stone Grey","Signs, Flags And Poles",17715,"SHAFT 3M Ø3.2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6093527.jpg",176 +"75192-1",6093859,12,"Medium Stone Grey","Bricks, With Slope",15672,"ROOF TILE 1X2 45° W 1/3 PLATE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6093859.jpg",132 +"75192-1",6102357,5,"Medium Stone Grey","Bricks With Bows And Arches",15068,"PLATE W. BOW 2X2X2/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6102357.jpg",243 +"75192-1",6116608,6,"Medium Stone Grey","Signs, Flags And Poles",21462,"LIGHT SWORD - BLADE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6116608.jpg",242 +"75192-1",6117967,5,"Medium Stone Grey","Plates, Special",21712,"ANGLE PLATE 1X2 / 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6117967.jpg",283 +"75192-1",6123809,18,"Medium Stone Grey","Bricks, Special",22885,"BRICK 1X2X1 2/3 W/4 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6123809.jpg",408 +"75192-1",6124903,1,"Medium Stone Grey","Figure Parts",76382,"MINI UPPER PART NO 3145","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6124903.jpg",6 +"75192-1",6126082,12,"Medium Stone Grey","Plates",23893,"PLATE 2X2 W 1 KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6126082.jpg",320 +"75192-1",6129340,26,"Medium Stone Grey","Bricks With Bows And Arches",18653,"Brick 1x3x2 w. inside bow","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6129340.jpg",34 +"75192-1",6132207,66,"Medium Stone Grey","Bricks With Bows And Arches",24309,"Brick w/half bow 2x3 w/cut","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6132207.jpg",26 +"75192-1",6132886,10,"Medium Stone Grey","Plates, Special",11203,"FLAT TILE 2X2 INV.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6132886.jpg",56 +"75192-1",6134378,70,"Medium Stone Grey","Miscellaneous Elements",99563,"GOLD INGOT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6134378.jpg",122 +"75192-1",6144138,9,"Medium Stone Grey","Bricks With Bows And Arches",24201,"PLATE W/ HALF BOW INV. 1X2X2/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6144138.jpg",133 +"75192-1",6146223,10,"Medium Stone Grey","Frames, Windows, Walls And Doors",26169,"WALL ELEMENT 1X2X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6146223.jpg",127 +"75192-1",6163989,32,"Medium Stone Grey","Plates, Special Circles And Angles",27507,"TILE 4X4, W/ BOW","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6163989.jpg",57 +"75192-1",6168615,12,"Medium Stone Grey","Plates, Special",28802,"ANGLE PLATE 1X2/1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6168615.jpg",156 +"75192-1",6168633,33,"Medium Stone Grey","Plates, Special",28809,"PLATE 1x2 W. HORIZONTAL HOLE Ø4,85 REV.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6168633.jpg",249 +"75192-1",6168647,26,"Medium Stone Grey","Plates, Special Circles And Angles",28626,"PL.ROUND 1X1 W. THROUGHG. HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6168647.jpg",333 +"75192-1",6170418,17,"Medium Stone Grey","Signs, Flags And Poles",28921,"STICK 6M W/FLANGE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6170418.jpg",114 +"75192-1",6170569,4,"Medium Stone Grey","Bricks, Special",28917,"BRICK 1X1 W. HANDLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6170569.jpg",65 +"75192-1",6176242,4,"Medium Stone Grey","Plates, Special",26599,"PLATE 2X4, W/ HOLES DIA. 4.85, BOTTOM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6176242.jpg",88 +"75192-1",6177078,13,"Medium Stone Grey","Plates",27263,"TILE 2X2, DEG. 90, W/ DEG. 45 CUT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6177078.jpg",73 +"75192-1",6179186,2,"Medium Stone Grey","Plates, Special Circles And Angles",15535,"FLAT TILE 2x2 ROUND W. HOLE Ø4.85","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6179186.jpg",103 +"75192-1",6181755,1,"Medium Stone Grey","Frames, Windows, Walls And Doors",31959,"WALL ELEMENT 2X2, CORNER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6181755.jpg",29 +"75192-1",6182203,1,"Medium Stone Grey","Frames, Windows, Walls And Doors",29096,"WALL, CONE 5X10X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6182203.jpg",2 +"75192-1",6187170,1,"Medium Stone Grey","Figure, Head Clothing",24458,"FIGURE, HEAD CLOTHING, NO. 7","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6187170.jpg",7 +"75192-1",6195323,2,"Medium Stone Grey","Bricks With Bows And Arches",34444,"PLATE, W/ BOW 2X4X2/3, NO. 13","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6195323.jpg",1 +"75192-1",6195330,1,"Medium Stone Grey","Plates, Special Circles And Angles",34446,"DISH, DIA. 80, NO. 1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6195330.jpg",1 +"75192-1",6250309,2,"Medium Stone Grey","Figure, Head Clothing",47467,"MINI HAT, NO. 48","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6250309.jpg",5 +"75192-1",6250597,6,"Medium Stone Grey","Plates, Special Circles And Angles",35399,"FLAT TILE 1X1, 1/2 CIRCLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6250597.jpg",99 +"75192-1",6256117,4,"Medium Stone Grey","Functional Elements",43045,"PLATE 2X4, W/ HINGE 4,85, TOP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6256117.jpg",61 +"75192-1",6261353,8,"Medium Stone Grey","Plates, Special",43876,"PLATE 1X2 W. VERTICAL SCHAFT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6261353.jpg",90 +"75192-1",6270046,2,"Medium Stone Grey","Fences And Ladders",47996,"LATTICE 3X28M Ø3.2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6270046.jpg",1 +"75192-1",6275406,2,"Medium Stone Grey","Plates, Special Circles And Angles",41822,"PLATE 4X4 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6275406.jpg",13 +"75192-1",6277023,3,"Medium Stone Grey","Plates, Special",49546,"PLATE 1X2 W/ SHAFT 12M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6277023.jpg",19 +"75192-1",6284071,30,"Medium Stone Grey","Plates, Special Circles And Angles",35381,"FLAT TILE 1X1, ROUND","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6284071.jpg",275 +"75192-1",6296894,16,"Medium Stone Grey","Plates, Special",44860,"PLATE 1X1 W/ HOLDER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6296894.jpg",163 +"75192-1",6302648,1,"Medium Stone Grey","Plates, Special",42505,"PLATE 1X4 SPLIT-LEVEL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6302648.jpg",26 +"75192-1",6308012,15,"Medium Stone Grey","Plates, Special",44842,"PLATE 1X1 W. UP RIGHT HOLDER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6308012.jpg",213 +"75192-1",6313096,1,"Medium Stone Grey","Transportation Means, Vehicles",65571,"EXHAUST PIPE W/ SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6313096.jpg",24 +"75192-1",6313114,4,"Medium Stone Grey","Plates, Special",65458,"PLATE 1X2 W. 1 HORIZONTAL SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6313114.jpg",164 +"75192-1",6313188,5,"Medium Stone Grey","Plates, Special",49153,"PLATE 2X2 W. VERTICAL SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6313188.jpg",50 +"75192-1",6313653,6,"Medium Stone Grey","Bricks With Bows And Arches",40296,"BRICK W. BOW 1X8X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6313653.jpg",27 +"75192-1",6319333,10,"Medium Stone Grey","Figure Accessories, Upper And Lower Part",49754,"SPACE SKELETON ARM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6319333.jpg",30 +"75192-1",6320306,4,"Medium Stone Grey","Bricks, Special",65459,"BRICK 1X1 W/ HOLDER, VERTICAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6320306.jpg",54 +"75192-1",6326078,18,"Medium Stone Grey","Plates, Special",44861,"PLATE 1X2 W. VERTICAL GRIP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6326078.jpg",236 +"75192-1",6335378,1,"Medium Stone Grey","Plates, Special",52738,"PLATE 1X1 W/HOLDER VERTICAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6335378.jpg",77 +"75192-1",6337268,5,"Medium Stone Grey","Plates, Special",49563,"PLATE 1X2 W/HOLDER, VERTICAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6337268.jpg",127 +"75192-1",6343976,8,"Medium Stone Grey","Connectors",49755,"3.2 SHAFT W/3.2 HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6343976.jpg",96 +"75192-1",6345426,8,"Medium Stone Grey","Bricks, Special",65460,"BRICK 1X1 W/HOLDER, H0RIZONTAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6345426.jpg",67 +"75192-1",6347715,2,"Medium Stone Grey","Miscellaneous Elements",42456,"3 w.arch w.knob and shaft ø3.2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6347715.jpg",89 +"75192-1",6372076,2,"Medium Stone Grey","Bricks, Special Circles And Angles",79566,"BRICK 2X2 ROUND W/ HOLE Ø4,85","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6372076.jpg",43 +"75192-1",4211483,30,"Medium Stone Grey","Connectors",4274,"CONNECTOR PEG W. KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211483.jpg",1043 +"75192-1",4211508,6,"Medium Stone Grey","Functional Elements, Others",4697,"T-PIECE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211508.jpg",286 +"75192-1",4211553,6,"Medium Stone Grey","Connectors",32039,"CATCH W. CROSS HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211553.jpg",204 +"75192-1",4211639,4,"Medium Stone Grey","Connectors",32073,"CROSS AXLE 5M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211639.jpg",729 +"75192-1",4211651,4,"Medium Stone Grey","Beams",32316,"TECHNIC 5M BEAM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211651.jpg",165 +"75192-1",4211713,12,"Medium Stone Grey","Beams",32526,"TECHNIC ANG. BEAM 3X5 90 DEG.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211713.jpg",107 +"75192-1",4211805,7,"Medium Stone Grey","Connectors",44294,"CROSS AXLE 7M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211805.jpg",482 +"75192-1",4211807,2,"Medium Stone Grey","Connectors",3673,"CONNECTOR PEG","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211807.jpg",1120 +"75192-1",4211815,11,"Medium Stone Grey","Connectors",4519,"CROSS AXLE 3M","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211815.jpg",1179 +"75192-1",4211865,75,"Medium Stone Grey","Connectors",32054,"2M FRIC. SNAP W/CROSS HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211865.jpg",247 +"75192-1",4211866,4,"Medium Stone Grey","Beams",40490,"TECHNIC 9M BEAM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211866.jpg",85 +"75192-1",4278756,2,"Medium Stone Grey","Connectors",32187,"MIDDLE RING","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4278756.jpg",83 +"75192-1",4522934,4,"Medium Stone Grey","Beams",41239,"TECHNIC 13M BEAM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4522934.jpg",65 +"75192-1",4667578,2,"Medium Stone Grey","Miscellaneous Elements",2723,"DISK Ø24","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4667578.jpg",57 +"75192-1",6055519,4,"Medium Stone Grey","Beams, Special",14720,"BEAM I -FRAME 3X5 90 DEGR. HOLE Ø4.85","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6055519.jpg",92 +"75192-1",6112684,1,"Medium Stone Grey","Tubes",85532,"OUTER CABLE 128MM","https://www.lego.com/cdn/product-assets/element.img.lod4photo.192x192/6112684.jpg",13 +"75192-1",6123815,5,"Medium Stone Grey","Connectors",22961,"BEAM 1M W/CROSS AXLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6123815.jpg",123 +"75192-1",6173127,35,"Medium Stone Grey","Connectors",29219,"TUBE, W/ DOUBLE 4.85 HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6173127.jpg",157 +"75192-1",6190437,4,"Medium Stone Grey","Tyres And Rims, Special",15379,"CHAINS M PLATE M 5 ø3, 2 HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6190437.jpg",8 +"75192-1",6191556,8,"Medium Stone Grey","Tubes",60677,"OUTERCABLE 160MM","https://www.lego.com/cdn/product-assets/element.img.lod4photo.192x192/6191556.jpg",11 +"75192-1",6268924,10,"Medium Stone Grey","Connectors",42155,"ANGLE ELEMENT, 90 DEGREES [6]","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6268924.jpg",26 +"75192-1",6271165,50,"Medium Stone Grey","Connectors",42136,"1/2 BUSH","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6271165.jpg",247 +"75192-1",6331441,1,"Medium Stone Grey","Beams, Special",42191,"CROSS BLOCK 3X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6331441.jpg",50 +"75192-1",6347700,16,"Multicombination","Bricks, Special Ø4.85 Hole And Connecting Bush",42929,"BRICK 2X2 W. SNAP AND CROSS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6347700.jpg",13 +"75192-1",6351293,1,"Multicombination","Plates, Special",40687,"WHEEL SUSPENSION 2X4 W. SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6351293.jpg",28 +"75192-1",4539060,6,"New Dark Red","Plates",2431,"FLAT TILE 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539060.jpg",125 +"75192-1",4539061,1,"New Dark Red","Plates",3710,"PLATE 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539061.jpg",186 +"75192-1",4539062,29,"New Dark Red","Plates",3666,"PLATE 1X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539062.jpg",120 +"75192-1",4539064,1,"New Dark Red","Plates, Special Circles And Angles",2450,"CORNER PLATE 45 DEG. 3X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539064.jpg",45 +"75192-1",4539070,1,"New Dark Red","Plates, Special Circles And Angles",30503,"CORNER PLATE 45 DEG. 4X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539070.jpg",21 +"75192-1",4539071,33,"New Dark Red","Plates",3020,"PLATE 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539071.jpg",153 +"75192-1",4539076,10,"New Dark Red","Plates",3623,"PLATE 1X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539076.jpg",98 +"75192-1",4539090,7,"New Dark Red","Plates",3069,"FLAT TILE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539090.jpg",157 +"75192-1",4539097,14,"New Dark Red","Plates",3023,"PLATE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539097.jpg",283 +"75192-1",4539102,4,"New Dark Red","Bricks",3004,"BRICK 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539102.jpg",144 +"75192-1",4539105,4,"New Dark Red","Plates",3068,"FLAT TILE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4539105.jpg",110 +"75192-1",4541544,4,"New Dark Red","Plates, Special Circles And Angles",51739,"PLATE 2X4X18°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4541544.jpg",49 +"75192-1",4550169,3,"New Dark Red","Plates",3070,"FLAT TILE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4550169.jpg",81 +"75192-1",4583299,1,"New Dark Red","Plates",63864,"FLAT TILE 1x3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4583299.jpg",61 +"75192-1",4585751,4,"New Dark Red","Plates",2420,"CORNER PLATE 1X2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4585751.jpg",64 +"75192-1",4590811,4,"New Dark Red","Bricks, With Slope",3665,"ROOF TILE 1X2 INV.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4590811.jpg",34 +"75192-1",4650862,4,"New Dark Red","Bricks, With Slope",4286,"ROOF TILE 1X3/25°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4650862.jpg",26 +"75192-1",6008593,1,"New Dark Red","Plates, Special Circles And Angles",41770,"LEFT PLATE 2X4 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6008593.jpg",46 +"75192-1",6008595,2,"New Dark Red","Plates, Special Circles And Angles",41769,"RIGHT PLATE 2X4 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6008595.jpg",51 +"75192-1",6042953,4,"New Dark Red","Bricks With Bows And Arches",11153,"BRICK WITH BOW 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6042953.jpg",52 +"75192-1",6173167,1,"New Dark Red","Plates",6179,"PLATE 4X4 W. 4 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6173167.jpg",9 +"75192-1",6173168,2,"New Dark Red","Bricks With Bows And Arches",11477,"PLATE W. BOW 1X2X2/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6173168.jpg",62 +"75192-1",6206250,4,"New Dark Red","Bricks, Special Ø4.85 Hole And Connecting Bush",31493,"BRICK 1X2 WITH CROSS HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6206250.jpg",26 +"75192-1",6360079,4,"New Dark Red","Plates, Special",44842,"PLATE 1X1 W. UP RIGHT HOLDER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6360079.jpg",17 +"75192-1",6046903,4,"Olive Green","Plates",63864,"FLAT TILE 1X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6046903.jpg",16 +"75192-1",4211195,1,"Reddish Brown","Bricks, With Slope",4287,"ROOF TILE 1X3/25° INV.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211195.jpg",71 +"75192-1",4211214,10,"Reddish Brown","Plates",3832,"PLATE 2X10","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4211214.jpg",141 +"75192-1",4216695,23,"Reddish Brown","Plates",3022,"PLATE 2X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4216695.jpg",501 +"75192-1",4216945,8,"Reddish Brown","Plates",3460,"PLATE 1X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4216945.jpg",170 +"75192-1",4225700,1,"Reddish Brown","Plates",2445,"PLATE 2X12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4225700.jpg",85 +"75192-1",4267994,23,"Reddish Brown","Bricks, Special Ø4.85 Hole And Connecting Bush",3701,"TECHNIC BRICK 1X4, Ø4,9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4267994.jpg",75 +"75192-1",6127307,1,"Reddish Brown","Figure, Heads And Masks",23952,"MINI HEAD NO '1807'","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6127307.jpg",6 +"75192-1",6159776,1,"Reddish Brown","Figure, Wigs",26139,"MINI WIG NO.117","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6159776.jpg",14 +"75192-1",6186673,1,"Reddish Brown","Plates, Special",31561,"PLATE 1X1, W/ 3.2 SHAFT AND 1.5 HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6186673.jpg",92 +"75192-1",6269077,1,"Reddish Brown","Animals And Creatures",13564,"HORN 2,5M Ø3,2 WITH SHAFT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6269077.jpg",23 +"75192-1",6348057,2,"Reddish Brown","Plates, Special",44842,"PLATE 1X1 W. UP RIGHT HOLDER","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6348057.jpg",97 +"75192-1",4246957,3,"Sand Yellow","Plates",3034,"PLATE 2X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4246957.jpg",104 +"75192-1",4267874,14,"Sand Yellow","Plates",3020,"PLATE 2X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4267874.jpg",247 +"75192-1",4496699,1,"Sand Yellow","Plates",3069,"FLAT TILE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4496699.jpg",188 +"75192-1",4507047,10,"Sand Yellow","Plates",6636,"FLAT TILE 1X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4507047.jpg",105 +"75192-1",4521914,10,"Sand Yellow","Bricks",3004,"BRICK 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4521914.jpg",141 +"75192-1",4528604,243,"Sand Yellow","Plates",3023,"PLATE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4528604.jpg",370 +"75192-1",4549436,14,"Sand Yellow","Plates",3024,"PLATE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4549436.jpg",171 +"75192-1",4550329,5,"Sand Yellow","Plates",3795,"PLATE 2X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4550329.jpg",184 +"75192-1",4595712,2,"Sand Yellow","Plates, Special",92099,"PLATE 4X5 W. SHAFT Ø3.2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4595712.jpg",27 +"75192-1",4616711,1,"Sand Yellow","Plates, Special",32028,"PLATE 1X2 WITH SLIDE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4616711.jpg",83 +"75192-1",4626904,35,"Sand Yellow","Plates",3710,"PLATE 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4626904.jpg",239 +"75192-1",6002843,1,"Sand Yellow","Plates, Special Circles And Angles",43723,"LEFT PLATE 2X3 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6002843.jpg",50 +"75192-1",6003379,3,"Sand Yellow","Plates, Special Circles And Angles",51739,"PLATE 2X4X18°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6003379.jpg",49 +"75192-1",6015452,2,"Sand Yellow","Plates",63864,"FLAT TILE 1X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6015452.jpg",77 +"75192-1",6028018,2,"Sand Yellow","Plates, Special Circles And Angles",50304,"RIGHT PLATE 3X8 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6028018.jpg",36 +"75192-1",6028022,3,"Sand Yellow","Plates, Special Circles And Angles",50305,"LEFT PLATE 3X8 W/ANGLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6028022.jpg",36 +"75192-1",6035540,26,"Sand Yellow","Plates",3021,"PLATE 2X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6035540.jpg",149 +"75192-1",6055172,38,"Sand Yellow","Plates",3070,"FLAT TILE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6055172.jpg",85 +"75192-1",6092591,32,"Sand Yellow","Plates",15573,"PLATE 1X2 W. 1 KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6092591.jpg",89 +"75192-1",6109751,4,"Sand Yellow","Plates",3027,"PLATE 6X16","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6109751.jpg",11 +"75192-1",6125647,1,"Sand Yellow","Figure Parts",23865,"MINI LOWER PART 'NO. 932'","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6125647.jpg",6 +"75192-1",6126075,1,"Sand Yellow","Plates",23893,"PLATE 2X2 W 1 KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6126075.jpg",127 +"75192-1",6146234,10,"Sand Yellow","Frames, Windows, Walls And Doors",26169,"WALL ELEMENT 1X2X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6146234.jpg",43 +"75192-1",6146462,1,"Sand Yellow","Plates",92593,"PLATE 1X4 W. 2 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6146462.jpg",16 +"75192-1",6151537,10,"Sand Yellow","Plates",2639,"CORNER PLATE 2X4X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6151537.jpg",18 +"75192-1",6195496,2,"Sand Yellow","Animals And Creatures",15082,"ANIMAL WING W/SHAFT 4MM","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6195496.jpg",4 +"75192-1",6276849,22,"Sand Yellow","Plates, Special",48241,"PLATE 2X2 INVERTED W. SNAP","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6276849.jpg",47 +"75192-1",6031821,1,"Sand Yellow","Connectors",13670,"CROSSAXLE 3M WITH KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6031821.jpg",500 +"75192-1",4619636,32,"Silver Metallic","Plates",2412,"RADIATOR GRILLE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4619636.jpg",399 +"75192-1",4633691,21,"Silver Metallic","Plates, Special Circles And Angles",6141,"PLATE 1X1 ROUND","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4633691.jpg",398 +"75192-1",6124928,1,"Silver Metallic","Figure, Weapons",92738,"BLASTER SMALL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6124928.jpg",15 +"75192-1",6245499,6,"Silver Metallic","Connectors",29219,"TUBE, W/ DOUBLE 4.85 HOLE","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6245499.jpg",43 +"75192-1",6205311,1,"Transparent","Frames, Windows, Walls And Doors",35712,"WALL CONE, NO. 1.","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6205311.jpg",1 +"75192-1",6230175,1,"Transparent","Plates, Special Circles And Angles",34448,"SATELLITE DISH 6X6, NO. 3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6230175.jpg",1 +"75192-1",6230219,2,"Transparent","Windscreens And Cockpits",34447,"COCKPIT DIA. 47.7,W/ SHAFT, NO. 12","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6230219.jpg",1 +"75192-1",6240204,2,"Transparent","Plates",28653,"PLATE 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6240204.jpg",171 +"75192-1",6240221,2,"Transparent Green","Plates, Special Circles And Angles",34823,"PLATE 1X1 ROUND","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6240221.jpg",115 +"75192-1",6252046,2,"Transparent Green","Plates",28554,"PLATE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6252046.jpg",31 +"75192-1",6190258,6,"Transparent Light Blue","Tubes",33763,"CORRUGATED PIPE 208MM","https://www.lego.com/cdn/product-assets/element.img.lod4photo.192x192/6190258.jpg",3 +"75192-1",6248915,1,"Transparent Light Blue","Beams, Special",31520,"WEAPON BARREL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6248915.jpg",5 +"75192-1",6208450,3,"Transparent Red","Plates, Special Circles And Angles",34823,"PLATE 1X1 ROUND","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6208450.jpg",376 +"75192-1",6258607,2,"Transparent Red","Plates, Special Circles And Angles",35380,"FLAT TILE 1X1, ROUND","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6258607.jpg",292 +"75192-1",4653753,1,"Warm Gold","Figure, Heads And Masks",70194,"C3-PO HEAD DEC","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4653753.jpg",19 +"75192-1",6078373,1,"Warm Gold","Figure Parts",18022,"MINI LOWER PART 'NO. 693'","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6078373.jpg",13 +"75192-1",6138412,1,"Warm Gold","Figure Parts",76382,"MINI UPPER PART NO. 3258","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6138412.jpg",11 +"75192-1",243201,1,"White","Plates, Special",2432,"CLAMP 1X2","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/243201.jpg",187 +"75192-1",245001,4,"White","Plates, Special Circles And Angles",2450,"CORNER PLATE 45 DEG. 3X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/245001.jpg",103 +"75192-1",300501,1,"White","Bricks",3005,"BRICK 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/300501.jpg",907 +"75192-1",300901,3,"White","Bricks",3009,"BRICK 1X6","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/300901.jpg",624 +"75192-1",302101,1,"White","Plates",3021,"PLATE 2X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/302101.jpg",784 +"75192-1",302401,2,"White","Plates",3024,"PLATE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/302401.jpg",815 +"75192-1",303401,2,"White","Plates",3034,"PLATE 2X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/303401.jpg",442 +"75192-1",303501,1,"White","Plates",3035,"PLATE 4X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/303501.jpg",180 +"75192-1",307001,1,"White","Plates",3070,"FLAT TILE 1X1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/307001.jpg",501 +"75192-1",370001,4,"White","Bricks, Special Ø4.85 Hole And Connecting Bush",3700,"TECHNIC BRICK 1X2, Ø4.9","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/370001.jpg",303 +"75192-1",371001,4,"White","Plates",3710,"PLATE 1X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/371001.jpg",1137 +"75192-1",379401,1,"White","Plates",3794,"PLATE 1X2 W. 1 KNOB","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/379401.jpg",796 +"75192-1",416201,1,"White","Plates",4162,"FLAT TILE 1X8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/416201.jpg",336 +"75192-1",4121932,1,"White","Bricks, With Slope",3040,"ROOF TILE 1X2/45°","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4121932.jpg",461 +"75192-1",4160215,2,"White","Plates, Special Circles And Angles",30503,"CORNER PLATE 45 DEG. 4X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4160215.jpg",70 +"75192-1",4501853,1,"White","Plates, Special",4510,"PLATE 1X8 WITH RAIL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4501853.jpg",70 +"75192-1",4515337,1,"White","Plates, Special",60471,"PLATE 1X2 W/FORK, VERTICAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4515337.jpg",54 +"75192-1",4527945,4,"White","Plates, Special",3738,"PLATE 2X8 W. HOLES","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4527945.jpg",28 +"75192-1",4558168,1,"White","Plates",63864,"FLAT TILE 1x3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/4558168.jpg",327 +"75192-1",6047220,2,"White","Bricks With Bows And Arches",15068,"PLATE W. BOW 2X2X2/3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6047220.jpg",418 +"75192-1",6055883,8,"White","Bricks, Special",30541,"BRICK 1X2 W/STUB HORIZ. END","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6055883.jpg",7 +"75192-1",6058177,1,"White","Bricks, Special",11211,"BRICK 1X2 W. 2 KNOBS","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6058177.jpg",285 +"75192-1",6061024,22,"White","Plates, Special",10247,"PLATE 2X2 + ONE HULE Ø4,8","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6061024.jpg",72 +"75192-1",6104805,16,"White","Plates",11212,"PLATE 3X3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6104805.jpg",114 +"75192-1",6188400,8,"White","Figure, Weapons",30166,"PLATE 2X3 W/ HOR. 3,2 SHAFT","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6188400.jpg",30 +"75192-1",6195451,1,"White","Figure Parts",76382,"MINI UPPER PART, NO.3913","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6195451.jpg",3 +"75192-1",6195524,1,"White","Figure Parts",34481,"MINI LOWER PART, NO. 1324","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6195524.jpg",3 +"75192-1",6250308,1,"White","Figure, Head Clothing",47465,"MINI HAT, NO. 8, NO.1","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6250308.jpg",9 +"75192-1",6256089,1,"White","Bricks, Special Circles And Angles",49879,"DOUBLE SPHERE 2X2X1 2/3, W/ KNOB, NO. 3","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6256089.jpg",9 +"75192-1",6347287,8,"White","Plates, Special",49563,"PLATE 1X2 W/HOLDER, VERTICAL","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6347287.jpg",82 +"75192-1",6278132,2,"White","Beams",42165,"TECHNIC ANGULAR BEAM 4X4","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6278132.jpg",10 +"75192-1",6332573,6,"White","Connectors",42127,"ANGLE ELEMENT, 0 DEGREES [1]","https://www.lego.com/cdn/product-assets/element.img.lod5photo.192x192/6332573.jpg",48 + + + + diff --git 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0000000000000000000000000000000000000000..61cc1b9f748267d7ba5a3d989fe2c91f8aeaace9 --- /dev/null +++ b/test/df6561b2-7ee5-4540-baab-5095f742716a.png @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:a616e6a1adddb4eb6bd9d54f7bb7b0d6e5e99b024f12388ae2188a1a37f1e378 +size 16447 diff --git a/test/dfa03d6c-402b-43fc-9222-5738f8bdfd0c.txt b/test/dfa03d6c-402b-43fc-9222-5738f8bdfd0c.txt new file mode 100644 index 0000000000000000000000000000000000000000..553022b4064d328b1ff42a0936b215718ba064c0 --- /dev/null +++ b/test/dfa03d6c-402b-43fc-9222-5738f8bdfd0c.txt @@ -0,0 +1,451 @@ +Creamy Garlic Chicken +Garlic Butter Shrimp & Asparagus +‎Shrimp Creole +Chocolate Chia Pudding +Rice Cooker Chicken and Rice with Feta and Mint +Casserole with Broccoli +Paneer Curry Recipe (Dhaba Style) +Cajun Shrimp Pasta +Stuffing Meatloaf +Vegan Brownies +One-Pan Lemon Chicken & Orzo +Vegan Black Bean and Sweet Potato Soup +Savory Dutch Baby +Crunchwrap Supreme +Instant Pot Oatmeal +Al Pastor +Garlicky Greek Chicken +Beef and Cabbage Skillet Supper +Garlic Lemon Shrimp +Baked Lemon Herb Salmon +Dal Fry Recipe (Restaurant Style Dal) +Chicken Lasagna +Fusilli with Roasted Eggplant and Goat Cheese +Grilled BBQ Tempeh Steaks +Ricotta Meatballs +Smoky Black Bean and Quinoa Soup +Tofu Scramble +Braised pig's trotters +Quick Hot Dog Chili +Cowboy Steak +Korean-style curry rice +Ultimate Veggie Burgers +Instant Pot Jambalaya +Copycat Crunchwrap Supreme +Skillet Shrimp Destin with Orzo +Roasted Carrots and Red +Slow Cooker Pork Chops +Bombay Potatoes Recipe (Bombay Aloo) +Garlic Shrimp Bacon Alfredo +BBQ Pulled Jackfruit Sandwiches +Shrimp Tempura Roll +Party-Ready Pork Roast +Vegan Mac 'n' Cheese +Vegetable Beef Pot Pie +Chili Mac +One-Pan Shrimp Fajitas +Snap Pea and Chicken Salad +Instant Pot Shrimp Biryani +Al Pastor +Bacon-Cheddar Skillet Cornbread +Vegetable Biryani +Grilled Shrimp Panzanella +Korean-style mapo tofu +Falafel +Taco Pizza +Fajita Burgers +Easy Stuffed Peppers +Best Chicken Quesadillas +Chicken Primavera +Air Fryer Chicken Wings +Easy baked oatmeal muffins +Roasted Portobello Tacos +Tacos Al Pastor +Classic Tofu Scramble +Mustard Glazed Pork Chops +Taco Soup +Bacon-Shrimp Skewers +Sheet-Pan Ranch Pork and Veggies +Ultimate Vegetarian Italian Sub +The Best Gazpacho +Spicy pork stew +Kadhi Recipe (Kadhi Pakora) +Shrimp Scampi +Instant Pot Hummus +Slow-Cooker Vegan Pasta +Vegetable Sandwich with Dill Sauce +Salisbury Steak +One-Pan Honey Garlic Chicken Lettuce Wraps +Pork Banh Mi Lettuce Wraps +Pork Belly Asado +Coconut Shrimp +‎Shrimp Scampi +Homemade Pasta Sauce +Creamy Rosé Pasta with Roasted Tomatoes +Air Fryer Fried Chicken +Chipotle Chili and Cornbread Dumplings +Chili Mac and Cheese +Slow Cooker Pulled Pork +Hasselback Chicken +Best-Ever Chorizo +Sloppy Joe Sliders +Eggplant Parmesan +Garlic Butter Shrimp +Ceviche Style Shrimp +Classic Chicken Pot Pie +Sheet Pan Ratatouille +Pork Chops With Bloody Mary Sauce +Baked Pork Chops +Mediterranean Chicken +Ravioli Nudi in Tomato Sauce +Ramen Noodle Salad +Instant Pot Carnitas with Cornbread +Vegan Mac & Cheese +Cheeseburger Soup +Vegetarian Enchiladas +Stuffed Cabbage Rolls +Slow Cooker Pulled Pork +Perfect Chicken Alfredo +Chicken Satay with Spiralized-Carrot Salad +Stir-fried noodles and vegetables +Eggplant Parmesan +Casserole with Stuffing +Creamy Tomato Vegan Pasta +Creamy Tuscan Chicken +Hamburger Stroganoff +Creamy Chipotle Shrimp Pasta +Vegetable Rainbow Salad +Kimchi pork buns +Crispy, Creamy Chicken Cordon Bleu +Almond Cherry Pepita Bars +Stir-fried chives, meat, and vegetables +Taco Stuffed Shells +Beef Wellington +One-Pot Taco Spaghetti +One-Pot Cheeseburger Pasta +No-Bake Vegetarian Enchiladas +Grilled Pork Chops +Melt-In-Your-Mouth Chicken +Vegan Cream of Broccoli Soup +Bang Bang Shrimp Sandwich With Slaw +Ground Beef Stroganoff +Cheeseburger Pie +Beef Stroganoff +Cheesy Chicken Alfredo Pasta Bake +Lemon Garlic Shrimp Salad +Chili Cheese Sweet Potato Casserole +Game Day Chili +Blueberry Baked Oatmeal +Skillet Lemony Chicken and Artichokes +Crustless Caprese Quiche +Shrimp Rangoon +Noodles & black bean sauce platter +Cheesy Cabbage & Beef Skillet +Chicken Saltimbocca +Easiest Instant Pot Steel Cut Oats +Easy Sheet Pan Vegan Burritos +Pork and Veggie Stir Fry +Lemon Pepper Chicken +Sheet Pan BBQ Mini Meatloaves +Creamy Chicken and Gnocchi +Ground Beef Bulgogi +Caprese Chicken with Zucchini +Green Tahini Dip +Cauliflower Manchurian +Slutty Vegan's One Night Stand Burger +Spicy Southwestern Beef +Homemade Bolognese Sauce (Pappardelle) +Easy Shepherd's Pie Recipe +Chicken Taquitos +Garlic Shrimp +Sinarsahang Pork Ribs +Chipotle-Inspired Vegetarian Burrito Bowl +Broccoli Beef Braids +Green Soup with Crispy Tofu +Instant Pot Collard Greens +Bang Bang Shrimp +Cheesy Shrimp and Grits +Spaghetti and Meatballs +Double-Pork Carnitas +Taco Lasagna +Vegetable Curry Recipe +Easy Shepherd's Pie +Easy Swedish Meatballs +One Pot Lemon Orzo Shrimp +Uncle Pooh's Shrimp, Sausage, and Grits +One-Pot Beef Goulash +Easy Tomato Soup +Quick Pork Ragu With Ravioli +Slow Cooker Pork Chops +Dad's Stuffed Bell Peppers +Hoppin' John +Easy Greek Salad +Cashew Chicken +Spicy Ground Beef +Chickpeas and Kale in Spicy Pomodoro Sauce +Homemade Chinese-Style Orange Chicken +Grilled Pork Tenderloin with Broccolini +One-Pot Swedish Meatball Pasta +Thanksgiving Leftovers Turkey Club +Asparagus Frittata +Beef Stew +Paneer Jalfrezi Recipe +Coconut Shrimp +Pork Banh Mi Lettuce Wraps +Vegetable Pakora Recipe +All-American Sloppy Joes +Easy Thai Shrimp Soup +Pork Milanese Sandwich With Tomato Salad +Tandoori-Spiced Cauliflower Chicken Flatbreads +Brie Spaghetti +Grilled Bacon BLTs +Classic Lasagna +Grilled Chicken Fajitas +Easiest-Ever Chicken Alfredo +Grilled Pork Chops With Soy Glaze +Overnight Steel Cut Oats +Spicy Pork +Supreme Pizza Casserole +Boeuf en Croûte +Creamy Pumpkin Vodka Sauce & Penne +Quinoa Breakfast Meal Prep +Charred Lemon Shrimp Skewers +Chicken-Bacon Smash Burgers +Low-Carb Burger +Shrimp Tacos with Mango Salsa +Vietnamese Braised Pork Belly +Pan-Roasted Brined Pork Chop +Grilled Pork Tenderloin with Broccolini +Grilled Spatchcock Chicken +Anti-inflammatory Turmeric Smoothie with Pineapple +Gobi Manchurian Recipe +Creole Seafood Jambalaya +Spicy Parmesan Shrimp Pasta +Roasted Cauliflower Enchiladas +Creamy Orzo with Mushrooms +Chicken and Black Bean +Veggie Tacos +Cheesy Fiesta Beef Casserole +Vegan Pizza +Paprika Chicken & Rice Bake +Butternut Squash Curry +Sausage Rolls +Buckwheat Noodle Salad +Chili Cheese Burger Bowls +Vegan Meatballs +Air Fryer Pork Chops +Vegan Charred Lemon-Asparagus Risotto +Mung bean pancakes +Casserole with Rice +Meatballs +Lemony Lentil Soup +Kimchi pork ribs +Southwest Chicken Soup +Slow-Roasted Pork And Peppers +Instant Pot Chicken Thighs +Frito Taco Pie +Focaccia Bread +Spaghetti and Meatballs +Sausage Rolls +Cold Sesame Peanut Noodles +Grilled Lemon-Lime Corn Salad +Thai Shrimp Soup +Mediterranean Orzo with Shrimp +Shrimp Mango Salad +Lemony Chicken & Potatoes With Feta +Italian-Marinated Chicken +Sheet-Pan Ranch Pork and Veggies +Walking Tacos +Garlic Parmesan Roasted Shrimp +Pork Binagoongan sa Gata +Smoky Cedar-Planked Burgers +Lettuce Wraps +Bacon Brunch Ring +Spice-Rubbed Shrimp Tacos +Cauliflower Parmesan +Shaking Tofu +Braised Chipotle Sweet Potatoes +Corned Beef +Lemony Risotto With Asparagus and Shrimp +Easy Taco Salad +The BEST Black Bean Chili +Vegan Lentil Burgers +Dumplings +Honey-Garlic Shrimp Chow Mein +Cauliflower Gratin with Manchego and Almond Sauce +One Skillet Ground Beef Stroganoff +Creamy Tortellini Minestrone +Healthy Steel Cut Oats +Seafood Boil With Shrimp, Corn, and Sausage +Easy Enchiladas +Easy Tabbouleh +Chicken Taquitos +Strawberry-Cabernet Barbecue Sauce +Vegan Pho +Shrimp Dumplings +Shrimp Lo Mein +Sheet-Pan Pork Chops With Apples +Cheeseburger Casserole +How to Brine Shrimp +Beet Green and Walnut Pesto +Beef Bourguignon +Classic Pasta Primavera +Easy Hamburger Soup +Spicy Cashew Shrimp +Pot-au-Feu +Szechuan Shrimp +Pesto Shrimp +Corn Chowder With Shrimp +Cincinnati Chili +Grilled Pork Tenderloin +Peanut Sauce Soba with Crispy Tofu +Penne Pasta With Meat Sauce +Tomato and Charred Pepper Farro Salad +Stovetop Taco Soup +Creamy Kale & Gnocchi Bake +Shrimp Katsu Burgers +Best Classic White Chicken Chili +Beef Enchilada Casserole +Classic Banh Mi +Bacon Cheeseburger Pasta +Baked Falafel with Cucumbers and Tahini +Homemade Hamburger Helper +Honey Garlic Shrimp Stir-Fry +Vegan Chickpea Crab Cakes +Cheap & Easy Chicken +Creamy One-Pot Spinach Shrimp Pasta +Garlic Chicken +Creamy Balsamic Chicken +Special Lunch Menu +Creamy Lemon Chicken +Beef Tenderloin Steak au Poivre +Instant Pot Shrimp Fried Rice +Chilled Fennel-Grapefruit Velouté with Lemon Olive Oil +Stuffed Cabbage Casserole +Mushroom Bolognese +Crab Cakes +Butter Chicken +‎Tuscan Butter Shrimp +‎Shrimp Salad +Instant Pot Carnitas with Cornbread +Chili Beans With Rice +Cheesy Beef and Sweet Potato Taco Casserole +Bulgogi-Inspired Beef Tacos +Shrimp Cheung Fun (Rice Rolls) +One-Pot Dinner +Philly Cheesesteak Sloppy Joes +One-Pan Garlic-Butter Shrimp with Orzo +Mum's Everyday Red Lentils +Ground Beef Enchiladas +Indian Chickpea Curry +Buffalo Shrimp Lettuce Wraps +Honey Walnut Shrimp +Shrimp Étouffée +Pork Milanese +Meat Loaf +Cilantro Chutney (Coriander Chutney +Vegetarian Eggplant Lasagna +Cheesy Taco Pasta +Tandoori Chicken +Garlic Broccoli Shrimp Stir Fry +Sweet & Sour Chicken +Aloo Gobi Recipe +Bacon-Shrimp Skewers +Weeknight Tex-Mex Chicken Enchiladas +Steak and Bacon Salad with Chipotle +Vegetarian Biscuits and Gravy +Shrimp Parmesan +Ranch Chicken Drumsticks +Taco Ring +Hearty Beef Stew +Shrimp Salad +Easy Weeknight Chicken and Dumplings +Pork Chops With Bok Choy and Coconut Rice +Best Baked Beans Ever +Mushroom Piccata Pasta +Baked Shrimp Scampi Linguine Pasta +Air Fryer Longganisa Frittata Recipe +Grilled Shrimp Foil Packets +Roasted Chicken and Tomatoes +Lemon Chicken-Orzo Soup +Shrimp Fried Rice +Pepper Pork Belly +Roast Chicken with Tarragon-Braised Fennel +Italian Chicken Sheet +Ribs On The Grill +Hamburger Casserole +Sausage Stuffed Peppers +Silky Pork and Cumin Stew +Slow-Cooker Black Bean Beef Stew +Greek Baked Shrimp with Feta +Crispy Chicken Thighs with Garlic and Rosemary +Cilantro Lime Chicken +Strawberry Jalapeño Chicken +Habanero BBQ Shrimp +Casserole with Bacon Ranch +Air Fryer Brussels Sprouts +Vegan Meatloaf +Chicken & Veggie Stir-Fry +Masala Kheema +Dirty Shrimp in Butter-Beer Sauce +Sheet Pan Spanakopita Quesadillas +Classic Bacon Cheeseburger +Chili con Tofu +Instant Pot Chicken Breast +Air Fryer Tostones with Cilantro Dip +3-Ingredient Teriyaki Chicken +Classic Buffalo Chicken Dip +Shepherd's Pie +Tofu Katsu Curry +Crispy Pork Cutlets with Fennel Salad +Southwestern Tofu Scramble & Breakfast Sweet Potatoes +Stuffed Bell Peppers +Mushroom Stroganoff +Honey Walnut Shrimp +Slow Cooker Chili +Roasted Cauliflower +Buffalo Chicken with Blue Cheese Salad +Green Chili Pork Stew +Creamy Lemon Butter Chicken +Pork Fried Rice +Taco Casserole +Shrimp Cobb Salad +Taco Soup +Taco Stuffed Zucchini Boats +Zucchini "Linguini" with Roasted Shrimp +Cheesy Ham Steak +Chicken Spaghetti +Vegan Wild-Rice-Stuffed Butternut Squash +Beef 'n' Biscuit Bake +Spicy Shrimp Stir-Fry with Zucchini Noodles +Tuscan Butter Shrimp +Spicy pork and vegetables over rice +One-Pan Coconut-Lime Chicken +BBQ Spaghetti Squash Sliders +Bacon-Wrapped Hot Dogs +Air Fryer Pork Chops +Whole Cauliflower Wellington +Curry with Yoghurt +Braised Beef Short Ribs +Baked Spaghetti and Meatballs +Vegetarian Chili +Butter Bean Salad with Herby Vinaigrette +Pork Loin Roast +Buffalo Chicken Meatballs +Butter Chicken +Grilled Pork Chops +Black Eyed Peas Curry Recipe +Ricotta Meatballs +Pork Milanese +Copycat Cheesecake Factory Shrimp Scampi +Creamy Chicken Penne Pasta +Vegetarian Chili +Balsamic Chicken with Veggies +Roasted Corn, Tomato, and Zucchini Tart +Ginger Mushroom +Greek Stuffed Peppers +Shrimp Fried Rice +Lemon Garlic Shrimp Kabobs +Spring Greens With Hot Bacon Vinaigrette +Sheet Pan Shrimp Boil +Shortcut Crispy Chicken Sandwich \ No newline at end of file diff --git a/test/e14448e9-5243-4b07-86e1-22e657f96bcf.jpg b/test/e14448e9-5243-4b07-86e1-22e657f96bcf.jpg new file mode 100644 index 0000000000000000000000000000000000000000..6d10b1b408a7789b5283668d073a8feb1ce5ff75 --- /dev/null +++ b/test/e14448e9-5243-4b07-86e1-22e657f96bcf.jpg @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:60535ab419ac3f5cc2434ed03d26e15fb4831de6220da8243fff4bcbbaa726f4 +size 82508 diff --git a/test/e51753c7-3ef3-4404-a352-11a18e5760c9.png b/test/e51753c7-3ef3-4404-a352-11a18e5760c9.png new file mode 100644 index 0000000000000000000000000000000000000000..2a8caa683d5accdbecb95b21a60661774bc74bf9 --- /dev/null +++ b/test/e51753c7-3ef3-4404-a352-11a18e5760c9.png @@ -0,0 +1,3 @@ +version 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b/test/f1ba834a-3bcb-4e55-836c-06cc1e2ccb9f.txt @@ -0,0 +1,22124 @@ +The Project Gutenberg EBook of Within an Inch of His Life, by Emile Gaboriau + +This eBook is for the use of anyone anywhere at no cost and with +almost no restrictions whatsoever. You may copy it, give it away or +re-use it under the terms of the Project Gutenberg License included +with this eBook or online at www.gutenberg.org + + +Title: Within an Inch of His Life + +Author: Emile Gaboriau + +Release Date: April 6, 2006 [EBook #3336] +Last Updated: September 24, 2016 + +Language: English + +Character set encoding: UTF-8 + +*** START OF THIS PROJECT GUTENBERG EBOOK WITHIN AN INCH OF HIS LIFE *** + + + + +Produced by Dagny; John Bickers; David Widger + + + + + +WITHIN AN INCH OF HIS LIFE + +by Emile Gaboriau + + PREPARER’S NOTE + + This text was prepared from a 1913 edition, published by Charles + Scribner’s Sons, New York. + + + + +FIRST PART--FIRE AT VALPINSON + + + +These were the facts:-- + + + +I. + +In the night from the 22nd to the 23rd of June, 1871, towards one +o’clock in the morning, the Paris suburb of Sauveterre, the principal +and most densely populated suburb of that pretty town, was startled by +the furious gallop of a horse on its ill-paved streets. + +A number of peaceful citizens rushed to the windows. + +The dark night allowed these only to see a peasant in his shirt sleeves, +and bareheaded, who belabored a large gray mare, on which he rode +bareback, with his heels and a huge stick. + +This man, after having passed the suburbs, turned into National Street, +formerly Imperial Street, crossed New-Market Square, and stopped at last +before the fine house which stands at the corner of Castle Street. + +This was the house of the mayor of Sauveterre, M. Seneschal, a former +lawyer, and now a member of the general council. + +Having alighted, the peasant seized the bell-knob, and began to ring so +furiously, that, in a few moments, the whole house was in an uproar. + +A minute later, a big, stout servant-man, his eyes heavy with sleep, +came and opened the door, and then cried out in an angry voice,-- + +“Who are you, my man? What do you want? Have you taken too much wine? +Don’t you know at whose house you are making such a row?” + +“I wish to see the mayor,” replied the peasant instantly. “Wake him up!” + +M. Seneschal was wide awake. + +Dressed in a large dressing-gown of gray flannel, a candlestick in his +hand, troubled, and unable to disguise his trouble, he had just come +down into the hall, and heard all that was said. + +“Here is the mayor,” he said in an ill-satisfied tone. “What do you want +of him at this hour, when all honest people are in bed?” + +Pushing the servant aside, the peasant came up to him, and said, making +not the slightest attempt at politeness,-- + +“I come to tell you to send the fire-engine.” + +“The engine!” + +“Yes; at once. Make haste!” + +The mayor shook his head. + +“Hm!” he said, according to a habit he had when he was at a loss what to +do; “hm, hm!” + +And who would not have been embarrassed in his place? + +To get the engine out, and to assemble the firemen, he had to rouse the +whole town; and to do this in the middle of the night was nothing less +than to frighten the poor people of Sauveterre, who had heard the drums +beating the alarm but too often during the war with the Germans, and +then again during the reign of the Commune. Therefore M. Seneschal +asked,-- + +“Is it a serious fire?” + +“Serious!” exclaimed the peasant. “How could it be otherwise with such a +wind as this,--a wind that would blow off the horns of our oxen.” + +“Hm!” uttered the mayor again. “Hm, hm!” + +It was not exactly the first time, since he was mayor of Sauveterre, +that he was thus roused by a peasant, who came and cried under his +window, “Help! Fire, fire!” + +At first, filled with compassion, he had hastily called out the firemen, +put himself at their head, and hurried to the fire. + +And when they reached it, out of breath, and perspiring, after having +made two or three miles at double-quick, they found what? A wretched +heap of straw, worth about ten dollars, and almost consumed by the fire. +They had had their trouble for nothing. + +The peasants in the neighborhood had cried, “Wolf!” so often, when there +was no reason for it, that, even when the wolf really was there, the +townspeople were slow in believing it. + +“Let us see,” said M. Seneschal: “what is burning?” + +The peasant seemed to be furious at all these delays, and bit his long +whip. + +“Must I tell you again and again,” he said, “that every thing is on +fire,--barns, outhouses, haystacks, the houses, the old castle, and +every thing? If you wait much longer, you won’t find one stone upon +another in Valpinson.” + +The effect produced by this name was prodigious. + +“What?” asked the mayor in a half-stifled voice, “Valpinson is on fire?” + +“Yes.” + +“At Count Claudieuse’s?” + +“Of course.” + +“Fool! Why did you not say so at once?” exclaimed the mayor. + +He hesitated no longer. + +“Quick!” he said to his servant, “go and get me my clothes. Wait, no! +my wife can help me. There is no time to be lost. You run to Bolton, the +drummer, you know, and tell him from me to beat the alarm instantly all +over town. Then you run to Capt. Parenteau’s, and explain +to him what you have heard. Ask him to get the keys of the +engine-house.--Wait!--when you have done that, come back and put the +horse in.--Fire at Valpinson! I shall go with the engine. Go, run, +knock at every door, cry, ‘Fire! Fire!’ Tell everybody to come to the +New-Market Square.” + +When the servant had run off as fast as he could, the mayor turned to +the peasant, and said,-- + +“And you, my good man, you get on your horse, and reassure the count. +Tell them all to take courage, not to give up; we are coming to help +them.” + +But the peasant did not move. + +“Before going back to Valpinson,” he said, “I have another commission to +attend to in town.” + +“Why? What is it?” + +“I am to get the doctor to go back with me.” + +“The doctor! Why? Has anybody been hurt?” + +“Yes, master, Count Claudieuse.” + +“How imprudent! I suppose he rushed into danger as usually.” + +“Oh, no! He has been shot twice!” + +The mayor of Sauveterre nearly dropped his candlestick. + +“Shot! Twice!” he said. “Where? When? By whom?” + +“Ah! I don’t know.” + +“But”-- + +“All I can tell you is this. They have carried him into a little barn +that was not on fire yet. There I saw him myself lying on the straw, +pale like a linen sheet, his eyes closed, and bloody all over.” + +“Great God! They have not killed him?” + +“He was not dead when I left.” + +“And the countess?” + +“Our lady,” replied the peasant with an accent of profound veneration, +“was in the barn on her knees by the count’s side, washing his wounds +with fresh water. The two little ladies were there too.” + +M. Seneschal trembled with excitement. + +“It is a crime that has been committed, I suppose.” + +“Why, of course!” + +“But who did it? What was the motive?” + +“Ah! that is the question.” + +“The count is very passionate, to be sure, quite violent, in fact; but +still he is the best and fairest of men, everybody knows that.” + +“Everybody knows it.” + +“He never did any harm to anybody.” + +“That is what all say.” + +“As for the countess”-- + +“Oh!” said the peasant eagerly, “she is the saint of saints.” + +The mayor tried to come to some conclusion. + +“The criminal, therefore, must be a stranger. We are overrun with +vagabonds and beggars on the tramp. There is not a day on which a lot of +ill-looking fellows do not appear at my office, asking for help to get +away.” + +The peasant nodded his head, and said,-- + +“That is what I think. And the proof of it is, that, as I came along, I +made up my mind I would first get the doctor, and then report the crime +at the police office.” + +“Never mind,” said the mayor. “I will do that myself. In ten minutes +I shall see the attorney of the Commonwealth. Now go. Don’t spare your +horse, and tell your mistress that we are all coming after you.” + +In his whole official career M. Seneschal had never been so terribly +shocked. He lost his head, just as he did on that unlucky day, when, all +of a sudden, nine hundred militia-men fell upon him, and asked to be +fed and lodged. Without his wife’s help he would never have been able to +dress himself. Still he was ready when his servant returned. + +The good fellow had done all he had been told to do, and at that moment +the beat of the drum was heard in the upper part of the town. + +“Now, put the horse in,” said M. Seneschal: “let me find the carriage at +the door when I come back.” + +In the streets he found all in an uproar. At every window a head popped +out, full of curiosity or terror; on all sides house doors were opened, +and promptly closed again. + +“Great God!” he thought, “I hope I shall find Daubigeon at home!” M. +Daubigeon, who had been first in the service of the empire, and then in +the service of the republic, was one of M. Seneschal’s best friends. +He was a man of about forty years, with a cunning look in his eye, a +permanent smile on his face, and a confirmed bachelor, with no small +pride in his consistency. The good people of Sauveterre thought he did +not look stern and solemn enough for his profession. To be sure he was +very highly esteemed; but his optimism was not popular; they reproached +him for being too kind-hearted, too reluctant to press criminals whom he +had to prosecute, and thus prone to encourage evil-doers. + +He accused himself of not being inspired with the “holy fire,” and, as +he expressed it in his own way, “of robbing Themis of all the time he +could, to devote it to the friendly Muses.” He was a passionate lover of +fine books, rare editions, costly bindings, and fine illustrations; and +much the larger part of his annual income of about ten thousand francs +went to buying books. A scholar of the old-fashioned type, he professed +boundless admiration for Virgil and Juvenal, but, above all, for Horace, +and proved his devotion by constant quotations. + +Roused, like everybody else in the midst of his slumbers, this excellent +man hastened to put on his clothes, when his old housekeeper came in, +quite excited, and told him that M. Seneschal was there, and wanted to +see him. + +“Show him in!” he said, “show him in!” + +And, as soon as the mayor entered, he continued:-- + +“For you will be able to tell me the meaning of all this noise, this +beating of drums,-- + +“‘Clamorque, virum, clangorque tubarum.’” + +“A terrible misfortune has happened,” answered the mayor. From the tone +of his voice one might have imagined it was he himself who had been +afflicted; and the lawyer was so strongly impressed in this way, that he +said,-- + +“My dear friend, what is the matter? _Quid?_ Courage, my friend, keep +cool! Remember that the poet advises us, in misfortune never to lose our +balance of mind:-- + + “‘AEquam, memento, rebus in arduis, + Sevare mentem.’” + +“Incendiaries have set Valpinson on fire!” broke in the mayor. + +“You do not say so? Great God! + + “‘Jupiter, + Quod verbum audio.’” + +“More than that. Count Claudieuse has been shot, and by this time he is +probably dead.” + +“Oh!” + +“You hear the drummer is beating the alarm. I am going to the fire; and +I have only come here to report the matter officially to you, and to ask +you to see to it that justice be done promptly and energetically.” + +There was no need of such a serious appeal to stop at once all the +lawyer’s quotations. + +“Enough!” he said eagerly. “Come, let us take measures to catch the +wretches.” + +When they reached National Street, it was as full as at mid-day; for +Sauveterre is one of those rare provincial towns in which an excitement +is too rare a treat to be neglected. The sad event had by this time +become fully known everywhere. At first the news had been doubted; but +when the doctor’s cab had passed the crowd at full speed, escorted by +a peasant on horseback, the reports were believed. Nor had the firemen +lost time. As soon as the mayor and M. Daubigeon appeared on New-Market +Square, Capt. Parenteau rushed up to them, and, touching his helmet with +a military salute, said,-- + +“My men are ready.” + +“All?” + +“There are hardly ten absentees. When they heard that Count and Countess +Claudieuse were in need--great heavens!--you know, they all were ready +in a moment.” + +“Well, then, start and make haste,” commanded M. Seneschal. “We shall +overtake you on the way: M. Daubigeon and I are going to pick up M. +Galpin, the magistrate.” + +They had not far to go. + +The magistrate had already been looking for them all over town: he was +just appearing on the Square, and saw them at once. + +In striking contrast with the commonwealth attorney, M. Galpin was a +professional man in the full sense of the word, and perhaps a little +more. He was the magistrate all over, from head to foot, and from the +gaiters on his ankles to the light blonde whiskers on his face. Although +he was quite young, yet no one had ever seen him smile, or heard him +make a joke. He was so very stiff that M. Daubigeon suggested he had +been impaled alive on the sword of justice. + +At Sauveterre M. Galpin was looked upon as a superior man. He certainly +believed it himself: hence he was very impatient at being confined to so +narrow a sphere of action, and thought his brilliant ability wasted +upon the prosecution of a chicken-thief or a poacher. But his +almost desperate efforts to secure a better office had always been +unsuccessful. In vain he had enlisted a host of friends in his behalf. +In vain he had thrown himself into politics, ready to serve any party +that would serve him. + +But M. Galpin’s ambition was not easily discouraged, and lately after a +journey to Paris, he had thrown out hints at a great match, which would +shortly procure him that influence in high places which so far he had +been unable to obtain. When he joined M. Daubigeon and the mayor, he +said,-- + +“Well, this is a horrible affair! It will make a tremendous noise.” The +mayor began to give him the details, but he said,-- + +“Don’t trouble yourself. I know all you know. I met the peasant who had +been sent in, and I have examined him.” + +Then, turning to the commonwealth attorney, he added,-- + +“I think we ought to proceed at once to the place where the crime has +been committed.” + +“I was going to suggest it to you,” replied M. Daubigeon. + +“The gendarmes ought to be notified.” + +“M. Seneschal has just sent them word.” + +The magistrate was so much excited, that his cold impassiveness actually +threatened to give way for once. + +“There has been an attempt at murder.” + +“Evidently.” + +“Then we can act in concert, and side by side, each one in his own line +of duty, you examining, and I preparing for the trial.” + +An ironical smile passed over the lips of the commonwealth attorney. + +“You ought to know me well enough,” he said, “to be sure that I have +never interfered with your duties and privileges. I am nothing but a +good old fellow, a friend of peace and of studies. + +“‘Sum piger et senior, Pieridumque comes.’” + +“Then,” exclaimed M. Seneschal, “nothing keeps us here any longer. I am +impatient to be off; my carriage is ready; let us go!” + + + +II. + +In a straight line it is only a mile from Sauveterre to Valpinson; but +that mile is as long as two elsewhere. M. Seneschal, however, had a good +horse, “the best perhaps in the county,” he said, as he got into his +carriage. In ten minutes they had overtaken the firemen, who had left +some time before them. And yet these good people, all of them master +workmen of Sauveterre, masons, carpenters, and tilers, hurried along as +fast as they could. They had half a dozen smoking torches with them to +light them on the way: they walked, puffing and groaning, on the bad +road, and pulling the two engines, together with the heavy cart on which +they had piled up their ladders and other tools. + +“Keep up, my friends!” said the mayor as he passed them,--“keep up!” + Three minutes farther on, a peasant on horseback appeared in the dark, +riding along like a forlorn knight in a romance. M. Daubigeon ordered +him to halt. He stopped. + +“You come from Valpinson?” asked M. Seneschal. + +“Yes,” replied the peasant. + +“How is the count?” + +“He has come to at last.” + +“What does the doctor say?” + +“He says he will live. I am going to the druggist to get some +medicines.” M. Galpin, to hear better, was leaning out of the carriage. +He asked,-- + +“Do they accuse any one?” + +“No.” + +“And the fire?” + +“They have water enough,” replied the peasant, “but no engines: so what +can they do? And the wind is rising again! Oh, what a misfortune!” + +He rode off as fast as he could, while M. Seneschal was whipping his +poor horse, which, unaccustomed as it was to such treatment, instead +of going any faster, only reared, and jumped from side to side. The +excellent man was in despair. He looked upon this crime as if it had +been committed on purpose to disgrace him, and to do the greatest +possible injury to his administration. + +“For after all,” he said, for the tenth time to his companions, “is it +natural, I ask you, is it sensible, that a man should think of attacking +the Count and the Countess Claudieuse, the most distinguished and the +most esteemed people in the whole county, and especially a lady whose +name is synonymous with virtue and charity?” + +And, without minding the ruts and the stones in the road, M. Seneschal +went on repeating all he knew about the owners of Valpinson. + +Count Trivulce Claudieuse was the last scion of one of the oldest +families of the county. At sixteen, about 1829, he had entered the navy +as an ensign, and for many years he had appeared at Sauveterre only +rarely, and at long intervals. In 1859 he had become a captain, and was +on the point of being made admiral, when he had all of a sudden sent in +his resignation, and taken up his residence at the Castle of Valpinson, +although the house had nothing to show of its former splendor but two +towers falling to pieces, and an immense mass of ruin and rubbish. For +two years he had lived here alone, busy with building up the old house +as well as it could be done, and by great energy and incessant labor +restoring it to some of its former splendor. It was thought he would +finish his days in this way, when one day the report arose that he was +going to be married. The report, for once, proved true. + +One fine day Count Claudieuse had left for Paris; and, a few days later, +his friends had been informed by letter that he had married the daughter +of one of his former colleagues, Miss Genevieve de Tassar. The amazement +had been universal. The count looked like a gentleman, and was very well +preserved; but he was at least forty-seven years old, and Miss Genevieve +was hardly twenty. Now, if the bride had been poor, they would have +understood the match, and approved it: it is but natural that a poor +girl should sacrifice her heart to her daily bread. But here it was not +so. The Marquis de Tassar was considered wealthy; and report said that +his daughter had brought her husband fifty thousand dollars. + +Next they had it that the bride was fearfully ugly, infirm, or at least +hunchback, perhaps idiotic, or, at all events, of frightful temper. + +By no means. She had come down; and everybody was amazed at her noble, +quiet beauty. She had conversed with them, and charmed everybody. + +Was it really a love-match, as people called it at Sauveterre? Perhaps +so. Nevertheless there was no lack of old ladies who shook their heads, +and said twenty-seven years difference between husband and wife was too +much, and such a match could not turn out well. + +All these dark forebodings came to nought. The fact was, that, for miles +and miles around, there was not a happier couple to be found than the +Count and the Countess Claudieuse; and two children, girls, who had +appeared at an interval of four years, seemed to have secured the +happiness of the house forever. + +It is true the count retained somewhat of the haughty manners, the +reserve, and the imperious tone, which he had acquired during the time +that he controlled the destinies of certain important colonies. He was, +moreover, naturally so passionate, that the slightest excitement made +him turn purple in his face. But the countess was as gentle and as +sweet as he was violent; and as she never failed to step in between her +husband and the object of his wrath, as both he and she were naturally +just, kind to excess, and generous to all, they were beloved by +everybody. There was only one point on which the count was rather +unmanageable, and that was the game laws. He was passionately fond of +hunting, and watched all the year round with almost painful restlessness +over his preserves, employing a number of keepers, and prosecuting +poachers with such energy, that people said he would rather miss a +hundred napoleons than a single bird. + +The count and the countess lived quite retired, and gave their whole +time, he to agricultural pursuits, and she to the education of her +children. They entertained but little, and did not come to Sauveterre +more than four times a year, to visit the Misses Lavarande, or the old +Baron de Chandore. Every summer, towards the end of July, they went to +Royan, where they had a cottage. When the season opened, and the count +went hunting, the countess paid a visit to her relatives in Paris, with +whom she usually stayed a few weeks. + +It required a storm like that of 1870 to overthrow so peaceful an +existence. When the old captain heard that the Prussians were on French +soil, he felt all the instincts of the soldier and the Frenchman awake +in his heart. He could not be kept at home, and went to headquarters. +Although a royalist at heart, he did not hesitate a moment to offer +his sword to Gambetta, whom he detested. They made him colonel of a +regiment; and he fought like a lion, from the first day to the last, +when he was thrown down and trod under foot in one of those fearful +routs in which a part of Chanzy’s army was utterly destroyed. When the +armistice was signed, he returned to Valpinson; but no one except his +wife ever succeeded in making him say a word about the campaign. He was +asked to become a candidate for the assembly, and would have certainly +been elected; but he refused, saying that he knew how to fight, but not +how to talk. + +The commonwealth attorney and the magistrate listened but very +carelessly to these details, with which they were perfectly familiar. +Suddenly M. Galpin asked,-- + +“Are we not getting near? I look and look; but I see no trace of a +fire.” + +“We are in a deep valley,” replied the mayor. “But we are quite near +now, and, at the top of that hill before us, you will see enough.” + +This hill is well known in the whole province, and is frequently called +the Sauveterre Mountain. It is so steep, and consists of such hard +granite, that the engineers who laid out the great turnpike turned miles +out of their way to avoid it. It overlooks the whole country; and, when +M. Seneschal and his companions had reached the top, they could not +control their excitement. + +“Horresco!” murmured the attorney. + +The burning house itself was hid by high trees; but columns of fire rose +high above the tops, and illumined the whole region with their sombre +light. The whole country was in a state of excitement. The short, square +tower of Brechy sent the alarm from its big bell; and in the deep shade +on all sides was heard the strange sound of the huge shells which +the people here use for signals, and for the summoning of laborers at +mealtimes. Hurried steps were heard on all the high-roads and by-roads; +and peasants were continuously rushing by, with a bucket in each hand. + +“It is too late for help,” said M. Galpin. + +“Such a fine property!” said the mayor, “and so well managed!” And +regardless of danger, he dashed forward, down the hill; for Valpinson +lies in a deep valley, half a mile from the river. Here all was terror, +disorder, and confusion; and yet there was no lack of hands or of +good-will. At the first alarm, all the people of the neighborhood had +hurried up, and there were more coming every moment; but there was no +one there to assume the command. They were mainly engaged in saving the +furniture. The boldest tried to get into the rooms, and in a kind of +rage, threw every thing they could lay hold on out of the window. Thus +the courtyard was already half full of beds and mattresses, chairs and +tables, books, linen, and clothes. + +An immense clamor greeted the mayor and his companions. + +“Here comes the mayor!” cried the peasants, encouraged by his presence, +and all ready to obey him. + +M. Seneschal took in the whole situation at a glance. + +“Yes, here I am, my friends,” he said, “and I thank you for your zeal. +Now we must try not to waste our efforts. The farm buildings and +the workshops are lost: we must give them up. Let us try to save the +dwelling-house. The river is not far. We must form a chain. Everybody in +line,--men and women! And now for water, water! Here come the engines!” + +They really came thundering up: the firemen appeared on the scene. Capt. +Parenteau took the command. At last the mayor was at leisure to inquire +after Count Claudieuse. + +“Master is down there,” replied an old woman, pointing at a little +cottage with a thatched roof. “The doctor has had him carried there.” + +“Let us go and see how he is,” said the mayor to his two companions. +They stopped at the door of the only room of the cottage. It was a large +room with a floor of beaten clay; while overhead the blackened beams +were full of working tools and parcels of seeds. Two beds with twisted +columns and yellow curtains filled one side: on that on the left hand +lay a little girl, four years old, fast asleep, and rolled up in a +blanket, watched over by her sister, who was two or three years older. +On the other bed, Count Claudieuse was lying, or rather sitting; for +they had supported his back by all the pillows that had been saved from +the fire. His chest was bare, and covered with blood; and a man, Dr. +Seignebos, with his coat off, and his sleeves rolled up above the +elbows, was bending over him, and holding a sponge in one hand and a +probe in the other, seemed to be engaged in a delicate and dangerous +operation. + +The countess, in a light muslin dress, was standing at the foot of her +husband’s bed, pale but admirably composed and resigned. She was holding +a lamp, and moved it to and fro as the doctor directed. In a corner two +servant-women were sitting on a box, and crying, their aprons turned +over their heads. + +At last the mayor of Sauveterre overcame his painful impressions, and +entered the room. Count Claudieuse was the first to perceive him, and +said,-- + +“Ah, here is our good M. Seneschal. Come nearer, my friend; come nearer. +You see the year 1871 is a fatal year. It will soon leave me nothing but +a few handfuls of ashes of all I possessed.” + +“It is a great misfortune,” replied the excellent mayor; “but, after +all, it is less than we apprehended. God be thanked, you are safe!” + +“Who knows? I am suffering terribly.” + +The countess trembled. + +“Trivulce!” she whispered in a tone of entreaty. “Trivulce!” + +Never did lover glance at his beloved with more tenderness than Count +Claudieuse did at his wife. + +“Pardon me, my dear Genevieve, pardon me, if I show any want of +courage.” + +A sudden nervous spasm seized him; and then he exclaimed in a loud +voice, which sounded like a trumpet,-- + +“Sir! But sir! Thunder and lightning! You kill me!” + +“I have some chloroform here,” replied the physician coldly. + +“I do not want any.” + +“Then you must make up your mind to suffer, and keep quiet now; for +every motion adds to your pain.” + +Then sponging a jet of blood which spurted out from under his knife, he +added,-- + +“However, you shall have a few minutes rest now. My eyes and my hand are +exhausted. I see I am no longer young.” + +Dr. Seignebos was sixty years old. He was a small, thin man, with a bald +head and a bilious complexion, carelessly dressed, and spending his life +in taking off, wiping, and putting back again his large gold spectacles. +His reputation was widespread; and they told of wonderful cures which +he had accomplished. Still he had not many friends. The common people +disliked his bitterness; the peasants, his strictness in demanding his +fees; and the townspeople, his political views. + +There was a story that one evening, at a public dinner, he had gotten up +and said, “I drink to the memory of the only physician of whose pure and +chaste renown I am envious,--the memory of my countryman, Dr. Guillotin +of Saintes!” + +Had he really offered such a toast? The fact is, he pretended to be a +fierce radical, and was certainly the soul and the oracle of the small +socialistic clubs in the neighborhood. People looked aghast when he +began to talk of the reforms which he thought necessary; and they +trembled when he proclaimed his convictions, that “the sword and the +torch ought to search the rotten foundations of society.” + +These opinions, certain utilitarian views of like eccentricity, and +still stranger experiments which he openly carried on before the whole +world, had led people more than once to doubt the soundness of his mind. +The most charitable said, “He is an oddity.” This eccentric man had +naturally no great fondness for M. Seneschal, the mayor, a former +lawyer, and a legitimist. He did not think much of the commonwealth +attorney, a useless bookworm. But he detested M. Galpin. Still he bowed +to the three men; and, without minding his patient, he said to them,-- + +“You see, gentlemen, Count Claudieuse is in a bad plight. He has been +fired at with a gun loaded with small shot; and wounds made in that way +are very puzzling. I trust no vital part has been injured; but I cannot +answer for any thing. I have often in my practice seen very small +injuries, wounds caused by a small-sized shot, which, nevertheless, +proved fatal, and showed their true character only twelve or fifteen +hours after the accident had happened.” + +He would have gone on in this way, if the magistrate had not suddenly +interrupted him, saying,-- + +“Doctor, you know I am here because a crime has been committed. The +criminal has to be found out, and to be punished: hence I request your +assistance, from this moment, in the name of the Law.” + + + +III. + +By this single phrase M. Galpin made himself master of the situation, +and reduced the doctor to an inferior position, in which, it is true, he +had the mayor and the commonwealth attorney to bear him company. There +was nothing now to be thought of, but the crime that had been committed, +and the judge who was to punish the author. But he tried in vain to +assume all the rigidity of his official air and that contempt for human +feelings which has made justice so hateful to thousands. His whole being +was impregnated with intense satisfaction, up to his beard, cut and +trimmed like the box-hedges of an old-fashioned garden. + +“Well, doctor,” he asked, “first of all, have you any objection to my +questioning your patient?” + +“It would certainly be better for him to be left alone,” growled Dr. +Seignebos. “I have made him suffer enough this last hour; and I shall +directly begin again cutting out the small pieces of lead which have +honeycombed his flesh. But if it must be”-- + +“It must be.” + +“Well, then, make haste; for the fever will set in presently.” + +M. Daubigeon could not conceal his annoyance. He called out,-- + +“Galpin, Galpin!” + +The other man paid no attention. Having taken a note-book and a pencil +from his pocket, he drew up close to the sick man’s bed, and asked him +in an undertone,-- + +“Are you strong enough, count, to answer my questions?” + +“Oh, perfectly!” + +“Then, pray tell me all you know of the sad events of to-night.” + +With the aid of his wife and Dr. Seignebos, the count raised himself on +his pillows, and began thus,-- + +“Unfortunately, the little I know will be of no use in aiding justice to +discover the guilty man. It may have been eleven o’clock, for I am not +even quite sure of the hour, when I had gone to bed, and just blown out +my candle: suddenly a bright light fell upon the window. I was amazed, +and utterly confused; for I was in that state of sleepiness which is not +yet sleep, but very much like it. I said to myself, ‘What can this be?’ +but I did not get up: I only was roused by a great noise, like the crash +of a falling wall; and then I jumped out of bed, and said to myself, +‘The house is on fire!’ What increased my anxiety was the fact, which +I at once recollected, that there were in the courtyard, and all around +the house, some sixteen thousand bundles of dry wood, which had been +cut last year. Half dressed, I rushed downstairs. I was very much +bewildered, I confess, and could hardly succeed in opening the outer +door: still I did open it at last. But I had barely put my foot on +the threshold, when I felt in my right side, a little above the hip, a +fierce pain, and heard at the same time, quite close to me, a shot.” + +The magistrate interrupted him by a gesture. + +“Your statement, count, is certainly remarkably clear. But there is one +point we must try to establish. Were you really fired at the moment you +showed yourself at the door?” + +“Yes, sir.” + +“Then the murderer must have been quite near on the watch. He must have +known that the fire would bring you out; and he was lying in wait for +you.” + +“That was and still is my impression,” declared the count. + +M. Galpin turned to M. Daubigeon. + +“Then,” he said to him, “the murder is the principal fact with which we +have to do; and the fire is only an aggravating circumstance,--the +means which the criminal employed in order to succeed the better in +perpetrating his crime.” + +Then, returning to the count, he said,-- + +“Pray go on.” + +“When I felt I was wounded,” continued Count Claudieuse, “my first +impulse was instinctively to rush forward to the place from which the +gun seemed to have been fired at me. I had not proceeded three yards, +when I felt the same pain once more in the shoulder and in the neck. +This second wound was more serous than the first; for I lost my +consciousness, my head began to swim and I fell.” + +“You had not seen the murderer?” + +“I beg your pardon. At the moment when I fell, I thought I saw a man +rush forth from behind a pile of fagots, cross the courtyard, and +disappear in the fields.” + +“Would you recognize him?” + +“No.” + +“But you saw how he was dressed: you can give me a description?” + +“No, I cannot. I felt as if there was a veil before my eyes; and he +passed me like a shadow.” + +The magistrate could hardly conceal his disappointment. + +“Never mind,” he said, “we’ll find him out. But go on, sir.” + +The count shook his head. + +“I have nothing more to say,” he replied. “I had fainted; and when I +recovered my consciousness, some hours later, I found myself here lying +on this bed.” + +M. Galpin noted down the count’s answers with scrupulous exactness: when +he had done, he asked again,-- + +“We must return to the details of the attack, and examine them minutely. +Now, however, it is important to know what happened after you fell. Who +could tell us that?” + +“My wife, sir.” + +“I thought so. The countess, no doubt, got up when you rose.” + +“My wife had not gone to bed.” + +The magistrate turned suddenly to the countess; and at a glance he +perceived that her costume was not that of a lady who had been suddenly +roused from slumber by the burning of her house. + +“I see,” he said to himself. + +“Bertha,” the count went on to state, “our youngest daughter, who is +lying there on that bed, under the blanket, has the measles, and is +suffering terribly. My wife was sitting up with her. Unfortunately the +windows of her room look upon the garden, on the side opposite to that +where the fire broke out.” + +“How, then, did the countess become aware of the accident?” asked the +magistrate. + +Without waiting for a more direct question, the countess came forward +and said,-- + +“As my husband has just told you, I was sitting up with my little +Bertha. I was rather tired; for I had sat up the night before also, and +I had begun to nod, when a sudden noise aroused me. I was not quite sure +whether I had really heard such a noise; but just then a second shot +was heard. I left the room more astonished than frightened. Ah, sir! The +fire had already made such headway, that the staircase was as light as +in broad day. I went down in great haste. The outer door was open. I +went out; and there, some five or six yards from me, I saw, by the +light of the flames, the body of my husband lying on the ground. I threw +myself upon him; but he did not even hear me; his heart had ceased to +beat. I thought he was dead; I called for help; I was in despair.” + +M. Seneschal and M. Daubigeon trembled with excitement. + +“Well, very well!” said M. Galpin, with an air of satisfaction,--“very +well done!” + +“You know,” continued the countess, “how hard it is to rouse +country-people. It seems to me I remained ever so long alone there, +kneeling by the side of my husband. At last the brightness of the fire +awakened some of the farm-hands, the workmen, and our servants. They +rushed out, crying, ‘Fire!’ When they saw me, they ran up and helped +me carry my husband to a place of safety; for the danger was increasing +every minute. The fire was spreading with terrific violence, thanks to +a furious wind. The barns were one vast mass of fire; the outbuildings +were burning; the distillery was in a blaze; and the roof of the +dwelling-house was flaming up in various places. And there was not one +cool head among them all. I was so utterly bewildered, that I forgot all +about my children; and their room was already in flames, when a brave, +bold fellow rushed in, and snatched them from the very jaws of death. I +did not come to myself till Dr. Seignebos arrived, and spoke to me words +of hope. This fire will probably ruin us; but what matters that, so long +as my husband and my children are safe?” + +Dr. Seignebos had more than once given utterance to his contemptuous +impatience: he did not appreciate these preliminary steps. The others, +however, the mayor, the attorney, and even the servants, had hardly +been able to suppress their excitement. He shrugged his shoulders, and +growled between his teeth,-- + +“Mere formalities! How petty! How childish!” + +After having taken off his spectacles, wiped them and replaced them +twenty times, he had sat down at the rickety table in the corner of the +room, and amused himself with arranging the fifteen or twenty shot he +had extracted from the count’s wounds, in long lines or small circles. +But, when the countess uttered her last words, he rose, and, turning to +M. Galpin, said in a curt tone,-- + +“Now, sir, I hope you will let me have my patient again.” + +The magistrate was not a little incensed: there was reason enough, +surely; and, frowning fiercely, he said,-- + +“I appreciate, sir, the importance of your duties; but mine are, I +think, by no means less solemn nor less urgent.” + +“Oh!” + +“Consequently you will be pleased, sir, to grant me five minutes more.” + +“Ten, if it must be, sir. Only I warn you that every minute henceforth +may endanger the life of my patient.” + +They had drawn near to each other, and were measuring each other with +defiant looks, which betrayed the bitterest animosity. They would surely +not quarrel at the bedside of a dying man? The countess seemed to fear +such a thing; for she said reproachfully,-- + +“Gentlemen, I pray, gentlemen”-- + +Perhaps her intervention would have been of no avail, if M. Seneschal +and M. Daubigeon had not stepped in, each addressing one of the two +adversaries. M. Galpin was apparently the most obstinate of the two; +for, in spite of all, he began once more to question the count, and +said,-- + +“I have only one more question to ask you, sir: Where and how were you +standing, where and how do you think the murderer was standing, at the +moment when the crime was committed?” + +“Sir,” replied the count, evidently with a great effort, “I was +standing, as I told you, on the threshold of my door, facing the +courtyard. The murderer must have been standing some twenty yards off, +on my right, behind a pile of wood.” + +When he had written down the answer of the wounded man, the magistrate +turned once more to the physician, and said,-- + +“You heard what was said, sir. It is for you now to aid justice by +telling us at what distance the murderer must have been when he fired.” + +“I don’t guess riddles,” replied the physician coarsely. + +“Ah, have a care, sir!” said M. Galpin. “Justice, whom I here represent, +has the right and the means to enforce respect. You are a physician, +sir; and your science is able to answer my question with almost +mathematical accuracy.” + +The physician laughed, and said,-- + +“Ah, indeed! Science has reached that point, has it? Which science? +Medical jurisprudence, no doubt,--that part of our profession which is +at the service of the courts, and obeys the judges’ behests.” + +“Sir!” + +But the doctor was not the man to allow himself to be defeated a second +time. He went on coolly,-- + +“I know what you are going to say; there is no handbook of medical +jurisprudence which does not peremptorily settle the question you ask +me. I have studied these handbooks, these formidable weapons which you +gentlemen of the bar know so well how to handle. I know the opinions +of a Devergie and an Orfila, I know even what Casper and Tardieu, and +a host of others teach on that subject. I am fully aware that these +gentlemen claim to be able to tell you by the inch at what distance +a shot has been fired. But I am not so skilful. I am only a poor +country-practitioner, a simple healer of diseases. And before I give an +opinion which may cost a poor devil his life, innocent though he be, I +must have time to reflect, to consult data, and to compare other cases +in my practice.” + +He was so evidently right in reality, if not in form, that even M. +Galpin gave way. + +“It is merely as a matter of information that I request your opinion, +sir,” he replied. “Your real and carefully-considered professional +opinion will, of course, be given in a special statement.” + +“Ah, if that is the case!” + +“Pray, inform me, then unofficially, what you think of the nature of the +wounds of Count Claudieuse.” + +Dr. Seignebos settled his spectacles ceremoniously on his nose, and then +replied,-- + +“My impression, so far as I am now able to judge, is that the count has +stated the facts precisely as they were. I am quite ready to believe +that the murderer was lying in ambush behind one of the piles of wood, +and at the distance which he has mentioned. I am also able to affirm +that the two shots were fired at different distances,--one much nearer +than the other. The proof of it lies in the nature of the wounds, one of +which, near the hip may be scientifically called”-- + +“But we know at what distance a ball is spent,” broke in M. Seneschal, +whom the doctor’s dogmatic tone began to annoy. + +“Ah, do we know that, indeed? You know it, M. Seneschal? Well, I declare +I do not know it. To be sure, I bear in mind, what you seem to forget, +that we have no longer, as in former days, only three or four kinds +of guns. Did you think of the immense variety of fire-arms, French and +English, American and German, which are nowadays found in everybody’s +hands? Do you not see, you who have been a lawyer and a magistrate, that +the whole legal question will be based upon this grave and all-important +point?” + +Thereupon the physician resumed his instruments, resolved to give no +other answer, and was about to go to work once more when fearful +cries were heard without; and the lawyers, the mayor, and the countess +herself, rushed at once to the door. + +These cries were, unfortunately, not uttered without cause. The roof of +the main building had just fallen in, burying under its ruins the +poor drummer who had a few hours ago beaten the alarm, and one of the +firemen, the most respected carpenter in Sauveterre, and a father of +five children. + +Capt. Parenteau seemed to be maddened by this disaster; and all vied +with each other in efforts to rescue the poor fellows, who were uttering +shrieks of horror that rose high above the crash of falling timbers. But +all their endeavors were unavailing. One of the gendarmes and a farmer, +who had nearly succeeded in reaching the sufferers, barely escaped being +burnt themselves, and were only rescued after having been dangerously +injured. Then only it seemed as if all became fully aware of the +abominable crime committed by the incendiary. Then only the clouds +of smoke and the columns of fire, which rose high into the air, were +accompanied by fierce cries of vengeance rising heavenwards. + +“Death to the incendiary! Death!” + +At the moment M. Seneschal felt himself inspired with a sudden thought. +He knew how cautious peasants are, and how difficult it is to make them +tell what they know. He climbed, therefore, upon a heap of fallen beams, +and said in a clear, loud voice,-- + +“Yes, my friends, you are right: death to the incendiary! Yes, the +unfortunate victims of the basest of all crimes must be avenged. We must +find out the incendiary; we must! You want it to be done, don’t you? +Well, it depends only on you. There must be some one among you who knows +something about this matter. Let him come forward and tell us what he +has seen or heard. Remember that the smallest trifle may be a clew +to the crime. You would be as bad as the incendiary himself, if you +concealed him. Just think it over, consider.” + +Loud voices were heard in the crowd; then suddenly a voice said,-- + +“There is one here who can tell.” + +“Who?” + +“Cocoleu. He was there from the beginning. It was he who went and +brought the children of the countess out of their room. What has become +of him?--Cocoleu, Cocoleu!” + +One must have lived in the country, among these simple-minded peasants, +to understand the excitement and the fury of all these men and women as +they crowded around the ruins of Valpinson. People in town do not mind +brigands, in general: they have their gas, their strong doors, and +the police. They are generally little afraid of fire. They have their +fire-alarms; and at the first spark the neighbor cries, “Fire!” The +engines come racing up; and water comes forth as if by magic. But it +is very different in the country: here every man is constantly under +a sense of his isolation. A simple latch protects his door; and no one +watches over his safety at night. If a murderer should attack him, his +cries could bring no help. If fire should break out, his house would be +burnt down before the neighbors could reach it; and he is happy who can +save his own life and that of his family. Hence all these good people, +whom the mayor’s words had deeply excited, were eager to find out the +only man who knew anything about this calamity, Cocoleu. + +He was well known among them, and for many years. + +There was not one among them who had not given him a piece of bread, or +a bowl of soup, when he was hungry; not one of them had ever refused +him a night’s rest on the straw in his barn, when it was raining or +freezing, and the poor fellow wanted a shelter. + +For Cocoleu was one of those unfortunate beings who labor under a +grievous physical or moral deformity. + +Some twenty years ago, a wealthy land-owner in Brechy had sent to the +nearest town for half a dozen painters, whom he kept at his house nearly +a whole summer, painting and decorating his newly-built house. One of +these men had seduced a girl in the neighborhood, whom he had bewitched +by his long white blouse, his handsome brown mustache, his good spirits, +gay songs, and flattering speeches. But, when the work was done, the +tempter had flown away with the others, without thinking any more of the +poor girl than of the last cigar which he had smoked. + +And yet she was expecting a child. When she could no longer conceal +her condition, she was turned out of the house in which she had been +employed; and her family, unable to support themselves, drove her away +without mercy. Overcome with grief, shame, and remorse, poor Colette +wandered from farm to farm, begging, insulted, laughed at, beaten even +at times. Thus it came about, that in a dark wood, one dismal winter +evening, she gave life to a male child. No one ever understood how +mother and child managed to survive. But both lived; and for many a year +they were seen in and around Sauveterre, covered with rags, and living +upon the dear-bought generosity of the peasants. + +Then the mother died, utterly forsaken by human help, as she had lived. +They found her body, one morning, in a ditch by the wayside. + +The child survived alone. He was then eight years old, quite strong +and tall for his age. A farmer took pity on him, and took him home. +The little wretch was not fit for anything: he could not even keep +his master’s cows. During his mother’s lifetime, his silence, his wild +looks, and his savage appearance, had been attributed to his wretched +mode of life. But when people began to be interested in him, they found +out that his intellect had never been aroused. He was an idiot, and, +besides, subject to that terrible nervous affection which at times +shakes the whole body and disfigures the face by the violence of +uncontrollable convulsions. He was not a deaf-mute; but he could +only stammer out with intense difficulty a few disjointed syllables. +Sometimes the country people would say to him,-- + +“Tell us your name, and you shall have a cent.” + +Then it took him five minutes’ hard work to utter, amid a thousand +painful contortions, the name of his mother. + +“Co-co-co-lette.” + +Hence came his name Cocoleu. It had been ascertained that he was utterly +unable to do anything; and people ceased to interest themselves in his +behalf. The consequence was, that he became a vagabond as of old. + +It was about this time that Dr. Seignebos, on one of his visits, met him +one day on the public road. + +This excellent man had, among other extraordinary notions, the +conviction that idiocy is nothing more than a defective state of +the brains, which may be remedied by the use of certain well-known +substances, such as phosphorus, for instance. He lost no time in seizing +upon this admirable opportunity to test his theory. Cocoleu was sent +for, and installed in his house. He subjected him to a treatment which +he kept secret; and only a druggist at Sauveterre, who was also +well known as entertaining very extraordinary notions, knew what +had happened. At the end of eighteen months, Cocoleu had fallen off +terribly: he talked perhaps, a little more fluently; but his intellect +had not been perceptibly improved. + +Dr. Seignebos was discouraged. He made up a parcel of things which he +had given to his patient, put it into his hands, pushed him out of his +door, and told him never to come back again. + +The doctor had rendered Cocoleu a sad service. The poor idiot had lost +the habit of privation: he had forgotten how to go from door to door, +asking for alms; and he would have perished, if his good fortune had not +led him to knock at the door of the house at Valpinson. + +Count Claudieuse and his wife were touched by his wretchedness, and +determined to take charge of him. They gave him a room and a bed at one +of the farmhouses; but they could never induce him to stay there. He +was by nature a vagabond; and the instinct was too strong for him. In +winter, frost and snow kept him in for a little while; but as soon as +the first leaves came out, he went wandering again through forest and +field, remaining absent often for weeks altogether. + +At last, however, something seemed to have been aroused in him, which +looked like the instinct of a domesticated animal. His attachment to +the countess resembled that of a dog, even in the capers and cries with +which he greeted her whenever he saw her. Often, when she went out, he +accompanied her, running and frolicking around her just like a dog. He +was also very fond of little girls, and seemed to resent it when he was +kept from them: for people were afraid his nervous attacks might affect +the children. + +With time he had also become capable of performing some simple service. +He could be intrusted with certain messages: he could water the flowers, +summon a servant, or even carry a letter to the post-office at Brechy. +His progress in this respect was so marked, that some of the more +cunning peasants began to suspect that Cocoleu was not so “innocent,” + after all, as he looked, and that he was cleverly playing the fool in +order to enjoy life easily. + +“We have him at last,” cried several voices at once. “Here he is; here +he is!” + +The crowd made way promptly; and almost immediately a young man +appeared, led and pushed forward by several persons. Cocoleu’s clothes, +all in disorder, showed clearly that he had offered a stout resistance. +He was a youth of about eighteen years, very tall, quite beardless, +excessively thin, and so loosely jointed, that he looked like a +hunchback. A mass of reddish hair came down his low, retreating +forehead. His small eyes, his enormous mouth bristling with sharp teeth, +his broad flat nose, and his immense ears, gave to his face a strange +idiotic expression, and to his whole appearance a most painful brutish +air. + +“What must we do with him?” asked the peasants of the mayor. + +“We must take him before the magistrate, my friends,” replied M. +Seneschal,--“down there in that cottage, where you have carried the +count.” + +“And we’ll make him talk,” threatened his captors. “You hear! Go on, +quick!” + + + +IV. + +M. Galpin and the doctor had both considered it a point of honor who +should show the most perfect indifference; and thus they had betrayed +by no sign their curiosity to know what was going on out doors. Dr. +Seignebos was on the point of resuming the operation; and, as coolly as +if he had been in his own rooms at home, he was washing the sponge which +he had just used, and wiping his instruments. The magistrate, on the +other hand, was standing in the centre of the room, his arms crossed, +his eyes fixed upon the infinite, apparently. It may be he was thinking +of his star which had at last brought him that famous criminal case for +which he had ardently longed many a year. + +Count Claudieuse, however, was very far from sharing their reserve. He +was tossing about on his bed; and as soon as the mayor and his friend +reappeared, looking quite upset, he exclaimed,-- + +“What does that uproar mean?” + +And, when he had heard of the calamity, he added,-- + +“Great God! And I was complaining of my losses. Two men killed! That is +a real misfortune. Poor men! to die because they were so brave,--Bolton +hardly thirty years old; Guillebault, a father of a family, who leaves +five children, and not a cent!” + +The countess, coming in at that moment, heard his last words. + +“As long as we have a mouthful of bread,” she said in a voice full of +deep emotion, “neither Bolton’s mother, nor Guillebault’s children, +shall ever know what want is.” + +She could not say another word; for at that moment the peasants crowded +into the room, pushing the prisoner before them. + +“Where is the magistrate?” they asked. “Here is a witness!” + +“What, Cocoleu!” exclaimed the count. + +“Yes, he knows something: he said so himself. We want him to tell it to +the magistrate. We want the incendiary to be caught.” + +Dr. Seignebos had frowned fiercely. He execrated Cocoleu, whose sight +recalled to him that great failure which the good people of Sauveterre +were not likely to forget soon. + +“You do not really mean to examine him?” he asked, turning to M. Galpin. + +“Why not?” answered the magistrate dryly. + +“Because he is an imbecile, sir, an idiot. Because he cannot possibly +understand your questions, or the importance of his answers.” + +“He may give us a valuable hint, nevertheless.” + +“He? A man who has no sense? You don’t really think so. The law cannot +attach any importance to the evidence of a fool.” + +M. Galpin betrayed his impatience by an increase of stiffness, as he +replied,-- + +“I know my duty, sir.” + +“And I,” replied the physician,--“I also know what I have to do. You +have summoned me to assist you in this investigation. I obey; and I +declare officially, that the mental condition of this unfortunate man +makes his evidence utterly worthless. I appeal to the commonwealth +attorney.” + +He had hoped for a word of encouragement from M. Daubigeon; but nothing +came. Then he went on,-- + +“Take care, sir, or you may get yourself into trouble. What would you do +if this poor fellow should make a formal charge against any one? Could +you attach any weight to his word?” + +The peasants were listening with open mouths. One of them said,-- + +“Oh! Cocoleu is not so innocent as he looks.” + +“He can say very well what he wants to say, the scamp!” added another. + +“At all events, I am indebted to him for the life of my children,” said +the count gently. “He thought of them when I was unconscious, and when +no one else remembered them. Come, Cocoleu, come nearer, my friend, +don’t be afraid: there is no one here to hurt you.” + +It was very well the count used such kind words; for Cocoleu was +thoroughly terrified by the brutal treatment he had received, and was +trembling in all his limbs. + +“I am--not--a--afraid,” he stammered out. + +“Once more I protest,” said the physician. + +He had found out that he stood not alone in his opinion. Count +Claudieuse came to his assistance, saying,-- + +“I really think it might be dangerous to question Cocoleu.” + +But the magistrate was master of the situation, and conscious of all the +powers conferred upon him by the laws of France in such cases. + +“I must beg, gentlemen,” he said, in a tone which did not allow of any +reply,--“I must beg to be permitted to act in my own way.” + +And sitting down, he asked Cocoleu,-- + +“Come, my boy, listen to me, and try to understand what I say. Do you +know what has happened at Valpinson?” + +“Fire,” replied the idiot. + +“Yes, my friend, fire, which burns down the house of your +benefactor,--fire, which has killed two good men. But that is not all: +they have tried to murder the count. Do you see him there in his bed, +wounded, and covered with blood? Do you see the countess, how she +suffers?” + +Did Cocoleu follow him? His distorted features betrayed nothing of what +might be going on within him. + +“Nonsense!” growled the doctor, “what obstinacy! What folly!” + +M. Galpin heard him, and said angrily,-- + +“Sir, do not force me to remind you that I have not far from here, men +whose duty it is to see that my authority is respected here.” + +Then, turning again to the poor idiot, he went on,-- + +“All these misfortunes are the work of a vile incendiary. You hate him, +don’t you; you detest him, the rascal!” + +“Yes,” said Cocoleu. + +“You want him to be punished, don’t you?” + +“Yes, yes!” + +“Well, then you must help me to find him out, so that the gendarmes may +catch him, and put him in jail. You know who it is; you have told these +people and”-- + +He paused, and after a moment, as Cocoleu kept silent, he asked,-- + +“But, now I think of it, whom has this poor fellow talked to?” + +Not one of the peasants could tell. They inquired; but no answer came. +Perhaps Cocoleu had never said what he was reported to have said. + +“The fact is,” said one of the tenants at Valpinson, “that the poor +devil, so to say, never sleeps, and that he is roaming about all night +around the house and the farm buildings.” + +This was a new light for M. Galpin; suddenly changing the form of his +interrogatory, he asked Cocoleu,-- + +“Where did you spend the night?” + +“In--in--the--court--yard.” + +“Were you asleep when the fire broke out?” + +“No.” + +“Did you see it commence?” + +“Yes.” + +“How did it commence?” + +The idiot looked fixedly at the Countess Claudieuse with the timid and +abject expression of a dog who tries to read something in his master’s +eyes. + +“Tell us, my friend,” said the Countess gently,--“tell us.” + +A flash of intelligence shone in Cocoleu’s eyes. + +“They--they set it on fire,” he stammered. + +“On purpose?” + +“Yes.” + +“Who?” + +“A gentleman.” + +There was not a person present at this extraordinary scene who did not +anxiously hold his breath as the word was uttered. The doctor alone kept +cool, and exclaimed,-- + +“Such an examination is sheer folly!” + +But the magistrate did not seem to hear his words; and, turning to +Cocoleu, he asked him, in a deeply agitated tone of voice-- + +“Did you see the gentleman?” + +“Yes.” + +“Do you know who he is?” + +“Very--very--well.” + +“What is his name?” + +“Oh, yes!” + +“What is his name? Tell us.” + +Cocoleu’s features betrayed the fearful anguish of his mind. +He hesitated, and at last he answered, making a violent +effort,--“Bois--Bois--Boiscoran!” + +The name was received with murmurs of indignation and incredulous +laughter. There was not a shadow of doubt or of suspicion. The peasants +said,-- + +“M. de Boiscoran an incendiary! Who does he think will believe that +story?” + +“It is absurd!” said Count Claudieuse. + +“Nonsense!” repeated the mayor and his friend. + +Dr. Siegnebos had taken off his spectacles, and was wiping them with an +air of intense satisfaction. + +“What did I tell you?” he exclaimed. “But the gentleman did not +condescend to attach any importance to my suggestions.” + +The magistrate was by far the most excited man in the crowd. He had +turned excessively pale, and made, visibly, the greatest efforts to +preserve his equanimity. The commonwealth attorney leaned over towards +him, and whispered,-- + +“If I were in your place, I would stop here, and consider the answer as +not given.” + +But M. Galpin was one of those men who are blinded by self-conceit, +and who would rather be cut to pieces than admit that they have been +mistaken. He answered,-- + +“I shall go on.” + +Then turning once more to Cocoleu, in the midst of so deep a silence +that the buzzing of a fly would have been distinctly heard, he asked,-- + +“Do you know, my boy, what you say? Do you know that you are accusing a +man of a horrible crime?” + +Whether Cocoleu understood, or not, he was evidently deeply agitated. +Big drops of perspiration rolled slowly down his temples; and nervous +shocks agitated his limbs, and convulsed his features. + +“I, I--am--telling the--truth!” he said at last. + +“M. de. Boiscoran has set Valpinson on fire?” + +“Yes.” + +“How did he do it?” + +Cocoleu’s restless eyes wandered incessantly from the count, who looked +indignant, to the countess, who seemed to listen with painful surprise. +The magistrate repeated,-- + +“Speak!” + +After another moment’s hesitation, the idiot began to explain what +he had seen; and it took him many minutes to state, amid countless +contortions, and painful efforts to speak, that he had seen M. de +Boiscoran pull out some papers from his pocket, light them with a +match, put them under a rick of straw near by, and push the burning mass +towards two enormous piles of wood which were in close contact with a +vat full of spirits. + +“This is sheer nonsense!” cried the doctor, thus giving words to what +they all seemed to feel. + +But M. Galpin had mastered his excitement. He said solemnly,-- + +“At the first sign of applause or of displeasure, I shall send for the +gendarmes, and have the room cleared.” + +Then, turning once more to Cocoleu, he said,-- + +“Since you saw M. de Boiscoran so distinctly, tell us how he was +dressed.” + +“He had light trousers on,” replied the idiot, stammering still most +painfully, “a dark-brown shooting-jacket, and a big straw hat. His +trousers were stuffed into his boots.” + +Two or three peasants looked at each other, as if they had at last hit +upon a suspicious fact. The costume which Cocoleu had so accurately +described was well known to them all. + +“And when he had kindled the fire,” said the magistrate again, “what did +he do next?” + +“He hid behind the woodpile.” + +“And then?” + +“He loaded his gun, and, when master came out, he fired.” + +Count Claudieuse was so indignant that he forgot the pain which his +wounds caused him, and raised himself on his bed. + +“It is monstrous,” he exclaimed, “to allow an idiot to charge an +honorable man with such a crime! If he really saw M. de Boiscoran set +the house on fire, and hide himself in order to murder me, why did he +not come and warn me?” + +Mr. Galpin repeated the question submissively, to the great amazement of +the mayor and M. Daubigeon. + +“Why did you not give warning?” he asked Cocoleu. + +But the efforts which the unfortunate man had made during the last +half-hour had exhausted his little strength. He broke out into stupid +laughter; and almost instantly one of his fearful nervous attacks +overcame him: he fell down yelling, and had to be carried away. + +The magistrate had risen, pale and deeply excited, but evidently +meditating on what was to be done next. The commonwealth attorney asked +him in an undertone what he was going to do; and the lawyer replied,-- + +“Prosecute!” + +“What?” + +“Can I do otherwise in my position? God is my witness that I tried +my best, by urging this poor idiot, to prove the absurdity of his +accusation. But the result has disappointed me.” + +“And now?” + +“Now I can no longer hesitate. There have been ten witnesses present at +the examination. My honor is at stake. I must establish either the guilt +or the innocence of the man whom Cocoleu accuses.” Immediately, walking +up to the count’s bed, he asked,-- + +“Will you have the kindness, Count Claudieuse, to tell me what your +relations are to M. de Boiscoran?” + +Surprise and indignation caused the wounded man to blush deeply. + +“Can it be possible, sir, that you believe the words of that idiot?” + +“I believe nothing,” answered the magistrate. “My duty is to unravel the +truth; and I mean to do it.” + +“The doctor has told you what the state of Cocoleu’s mind is?” + +“Count, I beg you will answer my question.” + +Count Claudieuse looked angry; but he replied promptly,-- + +“My relations with M. de Boiscoran are neither good nor bad. We have +none.” + +“It is reported, I have heard it myself, that you are on bad terms.” + +“On no terms at all. I never leave Valpinson, and M. de Boiscoran spends +nine months of the year in Paris. He has never called at my house, and I +have never been in his.” + +“You have been overheard speaking of him in unmeasured terms.” + +“That may be. We are neither of the same age, nor have we the same +tastes or the same opinions. He is young: I am old. He likes Paris and +the great world: I am fond of solitude and hunting. I am a Legitimist: +he used to be an Orleanist, and now he is a Republican. I believe that +the descendant of our old kings alone can save the country; and he +is convinced that the happiness of France is possible only under a +Republic. But two men may be enemies, and yet esteem each other. M. de +Boiscoran is an honorable man; he has done his duty bravely in the war, +he has fought well, and has been wounded.” + +M. Galpin noted down these answers with extreme care. When he had done +so, he continued,-- + +“The question is not one of political opinions only. You have had +personal difficulties with M. de Boiscoran.” + +“Of no importance.” + +“I beg pardon: you have been at law.” + +“Our estates adjoin each other. There is an unlucky brook between us, +which is a source of constant trouble to the neighbors.” + +M. Galpin shook his head, and added,-- + +“These are not the only difficulties you have had with each other. +Everybody in the country knows that you have had violent altercations.” + +Count Claudieuse seemed to be in great distress. + +“It is true: we have used hard words. M. de Boiscoran had two wretched +dogs that were continually escaping from his kennels, and came hunting +in my fields. You cannot imagine how much game they destroyed.” + +“Exactly so. And one day you met M. de Boiscoran, and you warned him +that you would shoot his dogs.” + +“I must confess I was furious. But I was wrong, a thousand times wrong: +I did threaten”-- + +“That is it. You were both of you armed. You threatened one another: he +actually aimed at you. Don’t deny it. A number of persons have seen it; +and I know it. He has told me so himself.” + + + +V. + +There was not a person in the whole district who did not know of what +a fearful disease poor Cocoleu was suffering; and everybody knew, also, +that it was perfectly useless to try and help him. The two men who had +taken him out had therefore laid him simply on a pile of wet straw, and +then they had left him to himself, eager as they were to see and hear +what was going on. + +It must be said, in justice to the several hundred peasants who were +crowding around the smoking ruins of Valpinson, that they treated the +madman who had accused M. de Boiscoran of such a crime, neither with +cruel jokes nor with fierce curses. Unfortunately, first impulses, +which are apt to be good impulses, do not last long. One of those idle +good-for-nothings, drunkards, envious scamps who are found in every +community, in the country as well as in the city, cried out,-- + +“And why not?” + +These few words opened at once a door to all kinds of bold guesses. + +Everybody had heard something about the quarrel between Count Claudieuse +and M. de Boiscoran. It was well known, moreover, that the provocation +had always come from the count, and that the latter had invariably given +way in the end. Why, therefore, might not M. de Boiscoran, impatient at +last, have resorted to such means in order to avenge himself on a man +whom they thought he must needs hate, and whom he probably feared at the +same time? + +“Perhaps he would not do it, because he is a nobleman, and because he is +rich?” they added sneeringly. + +The next step was, of course, to look out for circumstances which might +support such a theory; and the opportunity was not lacking. Groups were +formed; and soon two men and a woman declared aloud that they could +astonish the world if they chose to talk. They were urged to tell what +they knew; and, of course, they refused. But they had said too much +already. Willing or not willing, they were carried up to the house, +where, at that very moment, M. Galpin was examining Count Claudieuse. +The excited crowd made such a disturbance, that M. Seneschal, trembling +at the idea of a new accident, rushed out to the door. + +“What is it now?” he asked. + +“More witnesses,” replied the peasants. “Here are some more witnesses.” + +The mayor turned round, and, after having exchanged glances with M. +Daubigeon, he said to the magistrate,-- + +“They are bringing you some more witnesses, sir.” + +No doubt M. Galpin was little pleased at the interruption; but he knew +the people well enough to bear in mind, that, unless he took them at the +moment when they were willing to talk, he might never be able to get any +thing out of them at any other time. + +“We shall return some other time to our conversation,” he said to Count +Claudieuse. + +Then, replying to M. Seneschal, he said,-- + +“Let the witnesses come in, but one by one.” + +The first who entered was the only son of a well-to-do farmer in +the village of Brechy, called Ribot. He was a young fellow of about +twenty-five, broad-shouldered, with a very small head, a low brow, and +formidable crimson ears. For twenty miles all around, he was reputed to +be an irresistible beau,--a reputation of which he was very proud. +After having asked him his name, his first names, and his age, M. Galpin +said,-- + +“What do you know?” + +The young man straightened himself, and with a marvellously conceited +air, which set all the peasants a-laughing, he replied,-- + +“I was out that night on some little private business of my own. I was +on the other side of the chateau of Boiscoran. Somebody was waiting for +me, and I was behind time: so I cut right across the marsh. I knew the +rains of the last days would have filled all the ditches; but, when a +man is out on such important business as mine was, he can always find +his way”-- + +“Spare us those tedious details,” said the magistrate coldly. The +handsome fellow looked surprised, rather than offended, by the +interruption, and then went on,-- + +“As your Honor desires. Well, it was about eight o’clock, or a little +more, and it was growing dark, when I reached the Seille swamps. They +were overflowing; and the water was two inches above the stones of +the canal. I asked myself how I should get across without spoiling my +clothes, when I saw M. de Boiscoran coming towards me from the other +side.” + +“Are you quite sure it was he?” + +“Why, I should think so! I talked to him. But stop, he was not afraid of +getting wet. Without much ado, he rolled up his trousers, stuffed them +into the tops of his tall boots, and went right through. Just then he +saw me, and seemed to be surprised. I was as much so as he was. ‘Why, +is it you, sir?’ I said. He replied ‘Yes: I have to see somebody at +Brechy.’ That was very probably so; still I said again, ‘But you +have chosen a queer way.’ He laughed. ‘I did not know the swamps were +overflowed,’ he answered, ‘and I thought I would shoot some snipes.’ As +he said this, he showed me his gun. At that moment I had nothing to say; +but now, when I think it over, it looks queer to me.” + +M. Galpin had written down the statement as fast as it was given. Then +he asked,-- + +“How was M. de Boiscoran dressed?” + +“Stop. He had grayish trousers on, a shooting-jacket of brown velveteen, +and a broad-brimmed panama hat.” + +The count and the countess looked distressed and almost overcome; nor +did the mayor and his friend seem to be less troubled. One circumstance +in Ribot’s evidence seemed to have struck them with peculiar force,--the +fact that he had seen M. de Boiscoran push his trousers inside his +boots. + +“You can go,” said M. Galpin to the young man. “Let another witness come +in.” + +The next one was an old man of bad reputation, who lived alone in an old +hut two miles from Valpinson. He was called Father Gaudry. Unlike young +Ribot, who had shown great assurance, the old man looked humble and +cringing in his dirty, ill-smelling rags. After having given his name, +he said,-- + +“It might have been eleven o’clock at night, and I was going through the +forest of Rochepommier, along one of the little by-paths”-- + +“You were stealing wood!” said the magistrate sternly. + +“Great God, what an idea!” cried the old man, raising his hands to +heaven. “How can you say such a thing! I steal wood! No, my dear sir, +I was very quietly going to sleep in the forest, so as to be up +with daylight, and gather champignons and other mushrooms to sell at +Sauveterre. Well, I was trotting along, when, all of a sudden, I hear +footsteps behind me. Naturally, I was frightened.” + +“Because you were stealing!” + +“Oh, no! my dear sir; only, at night, you understand. Well, I hid behind +a tree; and almost at the same moment I saw M. de Boiscoran pass by. I +recognized him perfectly in spite of the dark; for he seemed to be in +a great rage, talked loud to himself, swore, gesticulated, and tore +handfuls of leaves from the branches.” + +“Did he have a gun?” + +“Yes, my dear sir; for that was the very thing that frightened me so. I +thought he was a keeper.” + +The third and last witness was a good old woman, Mrs. Courtois, whose +little farm lay on the other side of the forest of Rochepommier. When +she was asked, she hesitated a moment, and then she said,-- + +“I do not know much; but I will tell you all I do know. As we expected +to have a house full of workmen a few days hence, and as I was going to +bake bread to-morrow, I was going with my ass to the mill on Sauveterre +Mountain to fetch flour. The miller had not any ready; but he told me, +if I could wait, he would let me have some: and so I staid to supper. +About ten o’clock, they gave me a bag full of flour. The boys put it +on my ass, and I went home. I was about half-way, and it was, perhaps, +eleven o’clock, when, just at the edge of the forest of Rochepommier, my +ass stumbled, and the bag fell off. I had a great deal of trouble, for I +was not strong enough to lift it alone; and just then a man came out +of the woods, quite near me. I called to him, and he came. It was M. de +Boiscoran: I ask him to help me; and at once, without losing a moment, +he puts his gun down, lifts the bag from the ground, and puts it on my +ass. I thank him. He says, ‘Welcome,’ and--that is all.” + +The mayor had been all this time standing in the door of the chamber, +performing the humble duty of a doorkeeper, and barring the entrance to +the eager and curious crowd outside. When Mrs. Courtois retired, quite +bewildered by her own words, and regretting what she had said, he called +out,-- + +“Is there any one else who knows any thing?” + +As nobody appeared, he closed the door, and said curtly,-- + +“Well, then, you can go home now, my friends. Let the law have free +course.” + +The law, represented by the magistrate, was a prey at that moment to the +most cruel perplexity. M. Galpin was utterly overcome by consternation. +He sat at the little table, on which he had been writing, his head +resting on his hands, thinking, apparently, how he could find a way out +of this labyrinth. + +All of a sudden he rose, and forgetting, for a moment, his customary +rigidity, he let his mask of icy impassiveness drop off his face, and +said,-- + +“Well?” as if, in his despair, he had hoped for some help or advice in +his troubles,--“well?” + +No answer came. + +All the others were as much troubled as he was. They all tried to shake +off the overwhelming impression made by this accumulation of evidence; +but in vain. At last, after a moment’s silence, the magistrate said with +strange bitterness,-- + +“You see, gentlemen, I was right in examining Cocoleu. Oh! don’t attempt +to deny it: you share my doubts and my suspicions, I see it. Is there +one among you who would dare assert that the terrible excitement of this +poor man has not restored to him for a time the use of his reason? When +he told you that he had witnessed the crime, and when he gave the name +of the criminal, you looked incredulous. But then other witnesses +came; and their united evidence, corresponding without a missing link, +constitutes a terrible presumption.” + +He became animated again. Professional habits, stronger than every thing +else, obtained once more the mastery. + +“M. de Boiscoran was at Valpinson to-night: that is clearly established. +Well, how did he get here? By concealing himself. Between his own house +and Valpinson there are two public roads,--one by Brechy, and another +around the swamps. Does M. de Boiscoran take either of the two? No. +He cuts straight across the marshes, at the risk of sinking in, or of +getting wet from head to foot. On his return he chooses, in spite of the +darkness, the forest of Rochepommier, unmindful of the danger he runs to +lose his way, and to wander about in it till daybreak. What was he doing +this for? Evidently, in order not to be seen. And, in fact, whom does +he meet?--a loose fellow, Ribot, who is himself in hiding on account +of some love-intrigue; a wood-stealer, Gaudry, whose only anxiety is to +avoid the gendarmes; an old woman, finally, Mrs. Courtois, who has +been belated by an accident. All his precautions were well chosen; but +Providence was watching.” + +“O Providence!” growled Dr. Seignebos,--“Providence!” + +But M. Galpin did not even hear the interruption. Speaking faster and +faster, he went on,-- + +“Would it at least be possible to plead in behalf of M. de Boiscoran a +difference in time? No. At what time was he seen to come to this +place? At nightfall. ‘It was half-past eight,’ says Ribot, ‘when M. de +Boiscoran crossed the canal at the Seille swamps.’ He might, therefore, +have easily reached Valpinson at half-past nine. At that hour the crime +had not yet been committed. When was he seen returning home? Gaudry and +the woman Courtois have told you the hour,--after eleven o’clock. At +that time Count Claudieuse had been shot, and Valpinson was on fire. Do +we know any thing of M. de Boiscoran’s temper at that time? Yes, we do. +When he came this way he was quite cool. He is very much surprised at +meeting Ribot; but he explains to him very fully how he happens to be at +that place, and also why he has a gun. + +“He says he is on his way to meet somebody at Brechy, and he thought he +would shoot some birds. Is that admissible? Is it even likely? However, +let us look at him on his way back. Gaudry says he was walking very +fast: he seemed to be furious, and was pulling handfuls of leaves from +the branches. What does Mrs. Courtois say? Nothing. When she calls him, +he does not venture to run; that would have been a confession, but he is +in a great hurry to help her. And then? His way for a quarter of an hour +is the same as the woman’s: does he keep her company? No. He leaves her +hastily. He goes ahead, and hurries home; for he thinks Count Claudieuse +is dead; he knows Valpinson is in flames; and he fears he will hear the +bells ring, and see the fire raging.” + +It is not often that magistrates allow themselves such familiarity; for +judges, and even lawyers, generally fancy they are too high above common +mortals, on such occasions, to explain their views, to state their +impressions, and to ask, as it were, for advice. Still, when the inquiry +is only begun, there are, properly speaking, no fixed rules prescribed. +As soon as a crime has been reported to a French magistrate, he is at +liberty to do any thing he chooses in order to discover the guilty one. +Absolutely master of the case, responsible only to his conscience, and +endowed with extraordinary powers, he proceeds as he thinks best. But, +in this affair at Valpinson, M. Galpin had been carried away by the +rapidity of the events themselves. Since the first question addressed to +Cocoleu, up to the present moment, he had not had time to consider. +And his proceedings had been public; thus he felt naturally tempted to +explain them. + +“And you call this a legal inquiry?” asked Dr. Seignebos. + +He had taken off his spectacles, and was wiping them furiously. + +“An inquiry founded upon what?” he went on with such vehemence that no +one dared interrupt him,--“founded upon the evidence of an unfortunate +creature, whom I, a physician, testify to be not responsible for what he +says. Reason does not go out and become lighted again, like the gas in +a street-lamp. A man is an idiot, or he is not an idiot. He has always +been one; and he always will be one. But you say the other statements +are conclusive. Say, rather, that you think they are. Why? Because you +are prejudiced by Cocoleu’s accusation. But for it, you would never +have troubled yourselves about what M. De Boiscoran did, or did not. He +walked about the whole evening. He has a right to do so. He crossed the +marsh. What hindered him? He went through the woods. Why should he not? +He is met with by people. Is not that quite natural? But no: an idiot +accuses him, and forthwith all he does looks suspicious. He talks. It is +the insolence of a hardened criminal. He is silent. It is the remorse +of a guilty man trembling with fear. Instead of naming M. de Boiscoran, +Cocoleu might just as well have named me, Dr. Seignebos. At once, all +my doings would have appeared suspicious; and I am quite sure a thousand +evidences of my guilt would have been discovered. It would have been an +easy matter. Are not my opinions more radical even than those of M. de +Boiscoran? For there is the key to the whole matter. M. de Boiscoran is +a Republican; M. de Boiscoran acknowledges no sovereignty but that of +the people”-- + +“Doctor,” broke in the commonwealth attorney,--“doctor, you are not +thinking of what you say.” + +“I do think of it, I assure you”-- + +But he was once more interrupted, and this time by Count Claudieuse, who +said,-- + +“For my part, I admit all the arguments brought up by the magistrate. +But, above all probabilities, I put a fact,--the character of the +accused. M. de Boiscoran is a man of honor and an excellent man. He is +incapable of committing a mean and odious crime.” + +The others assented. M. Seneschal added,-- + +“And I, I will tell you another thing. What would have been the purpose +of such a crime? Ah, if M. de Boiscoran had nothing to lose! But do you +know among all your friends a happier man than he is?--young, handsome, +in excellent health, immensely wealthy, esteemed and popular with +everybody. Finally, there is another fact, which is a family secret, but +which I may tell you, and which will remove at once all suspicions,--M. +de Boiscoran is desperately in love with Miss Dionysia de Chandore. She +returns his love; and the day before yesterday the wedding-day was fixed +on the 20th of the next month.” + +In the meantime the hours had sped on. It was half-past three by the +clock of the church in Brechy. Day was breaking; and the light of the +lamps was turning pale. The morning mists began to disappear; and the +sunlight fell upon the window-panes. But no one noticed this: all these +men gathered around the bed of the wounded man were too deeply excited. +M. Galpin had listened to the objection made by the others, without a +word or a gesture. He had so far recovered his self-control, that it +would have been difficult to see what impressions they made upon his +mind. At last, shaking his head gravely, he said,-- + +“More than you, gentlemen, I feel a desire to believe M. de Boiscoran +innocent. M. Daubigeon, who knows what I mean, will tell you so. In my +heart I pleaded his cause long before you. But I am the representative +of the law; and my duty is above my affections. Does it depend on me to +set aside Cocoleu’s accusation, however stupid, however absurd, it +may be? Can I undo the three statements made by the witnesses, and +confirming so strongly the suspicions aroused by the first charge?” + +Count Claudieuse was distressed beyond expression. At last he said,-- + +“The worst thing about it is, that M. de Boiscoran thinks I am his +enemy. I should not wonder if he went and imagined that these charges +and vile suspicions have been suggested by my wife or by myself. If I +could only get up! At least, let M. de Boiscoran know distinctly that I +am ready to answer for him, as I would answer for myself. Cocoleu, the +wretched idiot! Ah, Genevieve, my darling wife! Why did you induce him +to talk? If you had not insisted, he would have kept silent forever.” + +The countess succumbed at last to the anxieties of this terrible night. +At first she had been supported by that exaltation which is apt to +accompany a great crisis; but latterly she had felt exhausted. She had +sunk upon a stool, near the bed on which her two daughters were lying; +and, her head hid in the pillow, she seemed to sleep. But she was not +asleep. When her husband reproached her thus, she rose, pale, with +swollen eyes and distorted features, and said in a piercing voice,-- + +“What? They have tried to kill my Trivulce; our children have been near +unto death in the flames; and I should have allowed any means to be +unused by which the guilty one may be found out? No! I have only done +what it was my duty to do. Whatever may come of it, I regret nothing.” + +“But, Genevieve, M. de Boiscoran is not guilty: he cannot possibly be +guilty. How could a man who has the happiness of being loved by Dionysia +de Chandore, and who counts the days to his wedding,--how could he +devise such a hideous crime?” + +“Let him prove his innocence,” replied the countess mercilessly. + +The doctor smacked his lips in the most impertinent manner. + +“There is a woman’s logic for you,” he murmured. + +“Certainly,” said M. Seneschal, “M. de Boiscoran’s innocence will be +promptly established. Nevertheless, the suspicion will remain. And our +people are so constituted, that this suspicion will overshadow his whole +life. Twenty years hence, they will meet him, and they will say, ‘Oh, +yes! the man who set Valpinson on fire!’” + +It was not M. Galpin this time who replied, but the commonwealth +attorney. He said sadly,-- + +“I cannot share your views; but that does not matter. After what has +passed, our friend, M. Galpin cannot retrace his steps: his duty makes +that impossible, and, even more so, what is due to the accused. What +would all these people say, who have heard Cocoleu’s deposition, and the +evidence given by the witnesses, if the inquiry were stopped? They +would certainly say M. de Boiscoran was guilty, but that he was not held +responsible because he was rich and noble. Upon my honor I believe him +to be innocent. But precisely because this is my conviction, I maintain +that his innocence must be clearly established. No doubt he has the +means of doing so. When he met Ribot, he told him he was on his way to +see somebody at Brechy.” + +“But suppose he never went there?” objected M. Seneschal. “Suppose he +did not see anybody there? Suppose it was only a pretext to satisfy +Ribot’s impertinent curiosity?” + +“Well, then, he would only have to tell the truth in court. And +look! Here’s an important proof which almost by itself relieves M. de +Boiscoran. Would he not have loaded his gun with a ball, if he should +ever have really thought of murdering the count? But it was loaded with +nothing but small-shot.” + +“And he would never have missed me at ten yards’ distance,” said the +count. + +Suddenly somebody was heard knocking furiously at the door. + +“Come in!” cried M. Seneschal. + +The door opened and three peasants appeared, looking bewildered, but +evidently well pleased. + +“We have just,” said one of them, “found something curious.” + +“What?” asked M. Galpin. + +“It looks very much like a case; but Pitard says it is the paper of a +cartridge.” + +Count Claudieuse raised himself on his pillows, and said eagerly,-- + +“Let me see! I have during these last days fired several times quite +near to the house to frighten the birds away that eat my fruit. I want +to see if the paper is mine.” + +The peasant gave it to him. + +It was a very thin lead form, such as contain the cartridges used +in American breech-loading guns. What was singular was that it was +blackened by burnt powder; but it had not been torn, nor had it blazed +up in the discharge. It was so perfectly uninjured, that one could read +the embossed letters of the name of the manufacturer, Clebb. + +“That cartridge never belonged to me,” said the count. + +But as he uttered these words he turned deadly pale, so pale, that his +wife came close to him, and looked at him with a glance full of terrible +anguish. + +“Well?” + +He made no reply. + +But at that moment such silence was so eloquent, that the countess felt +sickened, and whispered to him,-- + +“Then Cocoleu was right, after all!” + +Not one feature of this dramatic scene had escaped M. Galpin’s eye. +He had seen on every face signs of a kind of terror; still he made no +remark. He took the metal case from the count’s hands, knowing that it +might become an important piece of evidence; and for nearly a minute he +turned it round and round, looking at it from all sides, and examining +it in the light with the utmost attention. + +Then turning to the peasants, who were standing respectfully and +uncovered close by the door, he asked them,-- + +“Where did you find this cartridge, my friends?” + +“Close by the old tower, where they keep the tools, and where the ivy is +growing all over the old castle.” + +M. Seneschal had in the meantime succeeded in recovering his +self-control, and said now,-- + +“Surely the murderer cannot have fired from there. You cannot even see +the door of the house from the old tower.” + +“That may be,” replied the magistrate; “but the cartridge-case does not +necessarily fall to the ground at the place where the gun is discharged. +It falls as soon as the gun is cocked to reload.” + +This was so true, that even Dr. Seignebos had nothing to say. + +“Now, my friends,” said M. Galpin, “which of you has found the +cartridge-case?” + +“We were all together when we saw it, and picked it up.” + +“Well, then, all three of you must give me your names and your domicile, +so that I can send for you when you are wanted.” + +This was done; and, when all formalities were attended to, they went +off with numberless bows and doffings of hats. Just at that moment the +furious gallop of a horse was heard approaching the house; the next +moment the man who had been sent to Sauveterre for medicines came in. He +was furious. + +“That rascal of a druggist!” he said. “I thought he would never open his +shop!” + +Dr. Seignebos had eagerly seized the things that were sent him, then, +bowing with mock respect to the magistrate, he said,-- + +“I know very well, sir, how pressing the necessity is to have the head +of the culprit cut off; but I think it is almost as pressing to save the +life of the murdered man. I have probably delayed the binding up of the +count’s wounds longer than I ought to have done; and I beg you will now +leave me alone, so as to enable me to do my duty to him.” + + + +VI. + +There was nothing more to be done for the magistrate, the commonwealth +attorney, or the mayor. The doctor might assuredly have used more polite +language; but people were accustomed to his brutal ways; for it is +surprising with what readiness men are tolerated in France, under the +pretext that they are as they are, and that they must be taken as they +are. The three gentlemen, therefore, left the room, after having bid +farewell to the countess, and after having promised to send the count +news of all that might be discovered. + +The fire was going out for want of fuel. A few hours had sufficed to +destroy all that the hard work and incessant cares of many years had +accomplished. This charming and much envied estate presented now nothing +but a few half calcined walls, heaps of black and gray ashes, and still +glowing timbers, from which columns of smoke were slowly rising upward. +Thanks to Capt. Parenteau, all that they had been able to save had been +carried to a distance, and safely stored away under the shelter of the +ruins of the old castle. There, furniture and other articles were piled +up pell-mell. There, carts and agricultural machines were standing +about, empty casks, and sacks of oats and rye. There, also, the cattle +were gathered, that had been drawn from their stalls with infinite +labor, and at great risk of life,--horses, oxen, some sheep, and a +dozen cows, who lowed piteously. Few of the people had left as yet. With +greater zeal than ever the firemen, aided by the peasants, deluged the +remains of the dwelling-house with water. They had nothing to fear +from the fire; but they desired to keep the bodies of their unfortunate +companions from being entirely consumed. + +“What a terrible scourge fire is!” said M. Seneschal. + +Neither M. Galpin nor the mayor made any answer. They also felt their +hearts oppressed by the sad sight before them, in spite of all the +intense excitement before; for a fire is nothing as long as the feverish +excitement, and the hope of saving something, continue to keep us up, +and as long as the red flames illumine the horizon; but the next day, +when all is over, then we realize the extent of the misfortune. + +The firemen recognized the mayor, and greeted him with cheers. He went +rapidly towards them; and, for the first time since the alarm had been +raised, the magistrate and the attorney were alone. They were standing +close by each other, and for a moment kept silent, while each one tried +to read in the other’s eyes the secret of his thoughts. At last M. +Daubigeon asked,-- + +“Well?” + +M. Galpin trembled. + +“This is a fearful calamity,” he said. + +“What is your opinion?” + +“Ah! do I know it myself? I have lost my head: the whole thing looks to +me like a nightmare.” + +“You cannot really believe that M. de Boiscoran is guilty?” + +“I believe nothing. My reason tells me he is innocent. I feel he must be +innocent; and yet I see terrible evidence rising against him.” + +The attorney was overwhelmed. + +“Alas!” he said, “why did you, contrary to everybody’s opinion, insist +upon examining Cocoleu, a poor idiotic wretch?” + +But the magistrate remonstrated-- + +“You do not mean to reproach me, sir, for having followed the impulses +of my conscience?” + +“I reproach you for nothing.” + +“A horrible crime has been committed; and my duty compelled me to do all +that lies in the power of man to discover the culprit.” + +“Yes; and the man who is accused of the crime is your friend, and only +yesterday you spoke of his friendship as your best chance of success in +life.” + +“Sir?” + +“Are you surprised to find me so well informed? Ah, you do not know +that nothing escapes the idle curiosity of a village. I know that your +dearest hope was to become a member of M. de Boiscoran’s family, and +that you counted upon him to back you in your efforts to obtain the hand +of one of his cousins.” + +“I do not deny that.” + +“Unfortunately, you have been tempted by the prestige you might gain +in a great and famous trial. You have laid aside all prudence; and your +projects are forgotten. Whether M. de Boiscoran is innocent or guilty, +his family will never forgive you your interference. If he is guilty, +they will blame you for having handed him over to justice: if he is +innocent, they will blame you even more for having suspected him.” + +M. Galpin hung his head as if to conceal his trouble. Then he asked,-- + +“And what would you do in my place?” + +“I would withdraw from the case, although it is rather late.” + +“If I did so, I should risk my career.” + +“Even that would be better for you than to engage in an affair in which +you cannot feel the calmness nor the impartiality which are the first +and indispensable virtues of an upright magistrate.” + +The latter was becoming impatient. He exclaimed,-- + +“Sir, do you think I am a man to be turned aside from my duty by +considerations of friendship or personal interest?” + +“I said nothing of the kind.” + +“Did you not see just now how I carried on the inquiry? Did you see me +start when Cocoleu first mentioned M. de Boiscoran’s name? If he had +denounced any one else, I should probably have let the matter rest +there. But precisely because M. de Boiscoran is a friend of mine, +and because I have great expectations from him, I have insisted and +persisted, and I do so still.” + +The commonwealth attorney shrugged his shoulders. + +“That is it exactly,” he said. “Because M. de Boiscoran is a friend of +yours, you are afraid of being accused of weakness; and you are going +to be hard, pitiless, unjust even, against him. Because you had great +expectations from him, you will insist upon finding him guilty. And you +call yourself impartial?” + +M. Galpin assumed all his usual rigidity, and said solemnly,-- + +“I am sure of myself!” + +“Have a care!” + +“My mind is made up, sir.” + +It was time for M. Seneschal to join them again: he returned, +accompanied by Capt. Parenteau. + +“Well, gentlemen,” he asked, “what have you resolved?” + +“We are going to Boiscoran,” replied the magistrate. + +“What! Immediately?” + +“Yes: I wish to find M. de Boiscoran in bed. I am so anxious about it, +that I shall do without my clerk.” + +Capt. Parenteau bowed, and said,-- + +“Your clerk is here, sir: he was but just inquiring for you.” Thereupon +he called out as loud as he could,-- + +“Mechinet, Mechinet!” + +A small gray-haired man, jovial and cheerful, came running up, and at +once proceeded to tell at full length how a neighbor had told him what +had happened, and how the magistrate had left town, whereupon he, also, +had started on foot, and come after him as fast as he could. + +“Now will you go to Boiscoran?” asked the mayor. + +“I do not know yet. Mechinet will have to look for some conveyance.” + +Quick like lightning, the clerk was starting off, when M. Seneschal held +him back, saying,-- + +“Don’t go. I place my horse and my carriage at your disposal. Any one of +these peasants can drive you. Capt. Parenteau and I will get into some +farmer’s wagon, and thus get back to Sauveterre; for we ought to be back +as soon as possible. I have just heard alarming news. There may be some +disorder. The peasant-women who attend the market have brought in most +exciting reports, and exaggerated the calamities of last night. They +have started reports that ten or twelve men have been killed, and that +the incendiary, M. de Boiscoran, has been arrested. The crowd has gone +to poor Guillebault’s widow; and there have been demonstrations before +the houses of several of the principal inhabitants of Sauveterre.” + +In ordinary times, M. Seneschal would not have intrusted his famous +horse, Caraby, for any thing in the world, to the hands of a stranger. +He considered it the best horse in the province. But he was evidently +terribly upset, and betrayed it in his manner, and by the very efforts +he made to regain his official dignity and self-possession. + +He made a sign, and his carriage was brought up, all ready. But, when he +asked for somebody to drive, no one came forward. All these good people +who had spent the night abroad were in great haste to return home, where +their cattle required their presence. When young Ribot saw the others +hesitate, he said,-- + +“Well, I’ll drive the justice.” + +And, taking hold of the whip and the reins, he took his seat on the +front-bench, while the magistrate, the commonwealth attorney, and the +clerk filled the vehicle. + +“Above all, take care of Caraby,” begged M. Seneschal, who at the last +moment felt almost overcome with anxiety for his favorite. + +“Don’t be afraid, sir,” replied the young man, as he started the horse. +“If I strike too hard, M. Mechinet will stop me.” + +This Mechinet, the magistrate’s clerk, was almost a power in Sauveterre; +and the greatest personages there paid their court to him. His official +duties were of very humble nature, and ill paid; but he knew how to eke +out his income by other occupations, of which the court took no notice; +and these added largely both to his importance in the community and to +his modest income. + +As he was a skilful lithographer, he printed all the visiting-cards +which the people of Sauveterre ordered at the principal printing-office +of Sauveterre, where “The Independent” was published. An able +accountant, he kept books and made up accounts for some of the +principal merchants in town. Some of the country people who were fond of +litigation came to him for legal advice; and he drew up all kinds of law +papers. For many years now, he had been director of the firemen’s band, +and manager of the Orpheon. He was a correspondent of certain Paris +societies, and thus obtained free admission to the theatre not only, but +also to the sacred precincts behind the scenes. Finally he was always +ready to give writing-lessons, French lessons to little girls, or +music-lessons on the flute and the horn, to amateurs. + +These varied talents had drawn upon him the hostility of all the other +teachers and public servants of the community, especially that of the +mayor’s clerk, and the clerks of the bank and great institutions of +Sauveterre. But all these enemies he had gradually conquered by the +unmistakable superiority of his ability; so that they fell in with the +universal habit, and, when any thing special happened, said to each +other,-- + +“Let us go and consult Mechinet.” + +He himself concealed, under an appearance of imperturbable good nature, +the ambition by which he was devoured: he wanted to become rich, and to +rise in the world. In fact, Mechinet was a diplomat, working in secret, +but as cunning as Talleyrand. He had succeeded already in making himself +the one great personage of Sauveterre. The town was full of him; nothing +was done without him; and yet he had not an enemy in the place. + +The fact is, people were afraid of him, and dreaded his terrible tongue. +Not that he had ever injured anybody, he was too wise for that; but +they knew the harm he might do, if he chose, as he was master of every +important secret in Sauveterre, and the best informed man in town as +regarded all their little intrigues, their private foibles, and their +dark antecedents. + +This gave him quite an exceptional position. As he was unmarried, +he lived with his sisters, the Misses Mechinet, who were the best +dressmakers in town, and, moreover, devout members of all kinds of +religious societies. Through them he heard all that was going on in +society, and was able to compare the current gossip with what he heard +in court, or at the newspaper office. Thus he could say pleasantly,-- + +“How could any thing escape me, when I have the church and the press, +the court and the theatre, to keep me informed?” + +Such a man would have considered himself disgraced if he had not known +every detail of M. de Boiscoran’s private affairs. He did not hesitate, +therefore, while the carriage was rolling along on an excellent road, in +the fresh spring morning, to explain to his companions the “case,” as he +called it, of the accused nobleman. + +M. de Boiscoran, called Jacques by his friends, was rarely on his +estate, and then only staid a month or so there. He was living in Paris, +where his family owned a comfortable house in University Street. His +parents were still alive. + +His father, the Marquis de Boiscoran, the owner of a large landed +estate, a deputy under Louis Philippe, a representative in 1848, had +withdrawn from public life when the Second Empire was established, +and spent, since that time, all his money, and all his energies, in +collecting rare old books, and especially costly porcelain, on which he +had written a monograph. + +His mother, a Chalusse by birth, had enjoyed the reputation of being one +of the most beautiful and most gifted ladies at the court of the Citizen +King. At a certain period in her life, unfortunately, slander had +attacked her; and about 1845 or 1846, it was reported that she had had +a remarkable affair with a young lawyer of distinction, who had since +become one of the austerest and most renowned judges. As she grew old, +the marchioness devoted herself more and more to politics, as other +women become pious. While her husband boasted that he had not read +a newspaper for ten years, she had made her _salon_ a kind of +parliamentary centre, which had its influence on political affairs. + +Although Jacques de Boiscoran’s parents were still alive, he possessed +a considerable fortune of his own--five or six thousand dollars a year. +This fortune, which consisted of the Chateau of Boiscoran, the farms, +meadows, and forests belonging to it, had been left to him by one of his +uncles, the oldest brother of his father, who had died a widower, and +childless, in 1868. M. de Boiscoran was at this moment about twenty-six +or twenty-seven years old, dark complexion, tall, strong, well made, not +exactly a handsome man, but having, what was worth more, one of those +frank, intelligent faces which prepossess one at first sight. + +His character was less well known at Sauveterre than his person. Those +who had had any business with him described him as an honorable, upright +man: his companions spoke of him as cheerful and gay, fond of pleasure, +and always in good humor. At the time of the Prussian invasion, he had +been made a captain of one of the volunteer companies of the district. +He had led his men bravely under fire, and conducted himself so well on +the battlefield, that Gen. Chanzy had rewarded him, when wounded, with +the cross of the legion of honor. + +“And such a man should have committed such a crime at Valpinson,” said +M. Daubigeon to the magistrate. “No, it is impossible! And no doubt he +will very easily scatter all our doubts to the four winds.” + +“And that will be done at once,” said young Ribot; “for here we are.” + +In many of the provinces of France the name of _chateau_ is given to +almost any little country-house with a weathercock on its pointed roof. +But Boiscoran was a real chateau. It had been built towards the end +of the seventeenth century, in wretched taste, but massively, like a +fortress. Its position is superb. It is surrounded on all sides by woods +and forests; and at the foot of the sloping garden flows a little river, +merrily splashing over its pebbly bed, and called the Magpie on account +of its perpetual babbling. + + + +VII. + +It was seven o’clock when the carriage containing the justice drove into +the courtyard at Boiscoran,--a vast court, planted with lime-trees, and +surrounded by farm buildings. The chateau was wide awake. Before her +house-door, the farmer’s wife was cleaning the huge caldron in which she +had prepared the morning soup; the maids were going and coming; and at +the stable a groom was rubbing down with great energy a thorough-bred +horse. + +On the front-steps stood Master Anthony, M. de Boiscoran’s own man, +smoking his cigar in the bright sunlight, and overlooking the farm +operations. He was a man of nearly fifty, still very active, who had +been bequeathed to his new master by his uncle, together with his +possessions. He was a widower now; and his daughter was in the +marchioness’ service. + +As he had been born in the family, and never left it afterwards, he +looked upon himself as one of them, and saw no difference between his +own interests and those of his master. In fact, he was treated less like +a servant than like a friend; and he fancied he knew every thing about +M. de Boiscoran’s affairs. + +When he saw the magistrate and the commonwealth attorney come up to the +door, he threw away his cigar, came down quickly, and, bowing deeply, +said to them with his most engaging smile,-- + +“Ah, gentlemen! What a pleasant surprise! My master will be delighted.” + +With strangers, Anthony would not have allowed himself such familiarity, +for he was very formal; but he had seen M. Daubigeon more than once at +the chateau; and he knew the plans that had been discussed between +M. Galpin and his master. Hence he was not a little amazed at the +embarrassed stiffness of the two gentlemen, and at the tone of voice in +which the magistrate asked him,-- + +“Has M. de Boiscoran gotten up yet?” + +“Not yet,” he replied; “and I have orders not to wake him. He came home +late last night, and wanted to make up this morning.” + +Instinctively the magistrate and the attorney looked away, each fearing +to meet the other’s eyes. + +“Ah! M. de Boiscoran came home late last night?” repeated M. Galpin. + +“Towards midnight, rather after midnight than before.” + +“And when had he gone out?” + +“He left here about eight.” + +“How was he dressed?” + +“As usually. He had light gray trousers, a shooting-jacket of brown +velveteen, and a large straw hat.” + +“Did he take his gun?” + +“Yes, sir.” + +“Do you know where he went?” + +But for the respect which he felt for his master’s friends, Anthony +would not have answered these questions, which he thought were extremely +impertinent. But this last question seemed to him to go beyond all fair +limits. He replied, therefore, in a tone of injured self-respect,-- + +“I am not in the habit of asking my master where he goes when he leaves +the house, nor where he has been when he comes back.” + +M. Daubigeon understood perfectly well the honorable feelings +which actuated the faithful servant. He said to him with an air of +unmistakable kindness,-- + +“Do not imagine, my friend, that I ask you these questions from idle +curiosity. Tell me what you know; for your frankness may be more useful +to your master than you imagine.” + +Anthony looked with an air of perfect stupefaction, by turns at the +magistrate and the commonwealth attorney, at Mechinet, and finally at +Ribot, who had taken the lines, and tied Caraby to a tree. + +“I assure you, gentlemen, I do not know where M. de Boiscoran has spent +the evening.” + +“You have no suspicion?” + +“No.” + +“Perhaps he went to Brechy to see a friend?” + +“I do not know that he has any friends in Brechy.” + +“What did he do after he came home?” + +The old servant showed evident signs of embarrassment. + +“Let me think,” he said. “My master went up to his bedroom, and remained +there four or five minutes. Then he came down, ate a piece of a pie, and +drank a glass of wine. Then he lit a cigar, and told me to go to bed, +adding that he would take a little walk, and undress without my help.” + +“And then you went to bed?” + +“Of course.” + +“So that you do not know what your master may have done?” + +“I beg your pardon. I heard him open the garden door.” + +“He did not appear to you different from usual?” + +“No: he was as he always is,--quite cheerful: he was singing.” + +“Can you show me the gun he took with him?” + +“No. My master probably took it to his room.” + +M. Daubigeon was about to make a remark, when the magistrate stopped him +by a gesture, and eagerly asked,-- + +“How long is it since your master and Count Claudieuse have ceased +seeing each other?” + +Anthony trembled, as if a dark presentiment had entered his mind. He +replied,-- + +“A long time: at least I think so.” + +“You are aware that they are on bad terms?” + +“Oh!” + +“They have had great difficulties between them?” + +“Something unpleasant has happened, I know; but it was not much. As they +do not visit each other, they cannot well hate each other. Besides, +I have heard master say a hundred times, that he looked upon Count +Claudieuse as one of the best and most honorable men; that he respected +him highly, and”-- + +For a minute or so M. Galpin kept silent, thinking whether he had +forgotten any thing. Then he asked suddenly,-- + +“How far is it from here to Valpinson?” + +“Three miles, sir,” replied Anthony. + +“If you were going there, what road would you take?” + +“The high road which passes Brechy.” + +“You would not go across the marsh?” + +“Certainly not.” + +“Why not?” + +“Because the Seille is out of its banks, and the ditches are full of +water.” + +“Is not the way much shorter through the forest?” + +“Yes, the way is shorter; but it would take more time. The paths are +very indistinct, and overgrown with briers.” + +The commonwealth attorney could hardly conceal his disappointment. +Anthony’s answers seemed to become worse and worse. + +“Now,” said the magistrate again, “if fire should break out at +Valpinson, would you see it from here?” + +“I think not, sir. There are hills and tall woods between.” + +“Can you hear the Brechy bells from here?” + +“When the wind is north, yes, sir.” + +“And last night, how was it?” + +“The wind was from the west, as it always is when we have a storm.” + +“So that you have heard nothing? You do not know what a terrible +calamity”-- + +“A calamity? I do not understand you, sir.” + +This conversation had taken place in the court-yard: and at this moment +there appeared two gendarmes on horseback, whom M. Galpin had sent for +just before he left Valpinson. + +When old Anthony saw them, he exclaimed,-- + +“Great God! what is the meaning of this? I must wake master.” + +The magistrate stopped him, saying harshly,-- + +“Not a step! Don’t say a word!” + +And pointing out Ribot to the gendarmes, he said,-- + +“Keep that lad under your eyes, and let him have no communication with +anybody.” + +Then, turning again to Anthony, he said,-- + +“Now show us to M. de Boiscoran’s bedroom.” + + + +VIII. + +In spite of its grand feudal air, the chateau at Boiscoran was, after +all, little more than a bachelor’s modest home, and in a very bad state +of preservation. Of the eighty or a hundred rooms which it contained, +hardly more than eight or ten were furnished, and this only in the +simplest possible manner,--a sitting-room, a dining-room, a few +guest-chambers: this was all M. de Boiscoran required during his rare +visits to the place. He himself used in the second story a small room, +the door of which opened upon the great staircase. + +When they reached this door, guided by old Anthony, the magistrate said +to the servant,-- + +“Knock!” + +The man obeyed: and immediately a youthful, hearty voice replied from +within,-- + +“Who is there?” + +“It is I,” said the faithful servant. “I should like”-- + +“Go to the devil!” broke in the voice. + +“But, sir”-- + +“Let me sleep, rascal. I have not been able to close an eye till now.” + The magistrate, becoming impatient, pushed the servant aside, and, +seizing the door-knob tried to open it; it was locked inside. But he +lost no time in saying,-- + +“It is I, M. de Boiscoran: open, if you please!” + +“Ah, dear M. Galpin!” replied the voice cheerfully. + +“I must speak to you.” + +“And I am at your service, illustrious jurist. Just give me time to veil +my Apollonian form in a pair of trousers, and I appear.” + +Almost immediately, the door opened; and M. de Boiscoran presented +himself, his hair dishevelled, his eyes heavy with sleep, but looking +bright in his youth and full health, with smiling lips and open hands. + +“Upon my word!” he said. “That was a happy inspiration you had, my dear +Galpin. You come to join me at breakfast?” + +And, bowing to M. Daubigeon, he added,-- + +“Not to say how much I thank you for bringing our excellent commonwealth +attorney with you. This is a veritable judicial visit”-- + +But he paused, chilled as he was by M. Daubigeon’s icy face, and amazed +at M. Galpin’s refusal to take his proffered hand. + +“Why,” he said, “what is the matter, my dear friend?” + +The magistrate had never been stiffer in his life, when he replied,-- + +“We shall have to forget our relations, sir. It is not as a friend I +come to-day, but as a magistrate.” + +M. de Boiscoran looked confounded; but not a shadow of trouble appeared +on his frank and open face. + +“I’ll be hanged,” he said, “if I understand”-- + +“Let us go in,” said M. Galpin. + +They went in; and, as they passed the door, Mechinet whispered into the +attorney’s ear,-- + +“Sir, that man is certainly innocent. A guilty man would never have +received us thus.” + +“Silence, sir!” said the commonwealth attorney, however much he was +probably of his clerk’s opinion. “Silence!” + +And grave and sad he went and stood in one of the window embrasures. M. +Galpin remained standing in the centre of the room, trying to see every +thing in it, and to fix it in his memory, down to the smallest details. +The prevailing disorder showed clearly how hastily M. de Boiscoran had +gone to bed the night before. His clothes, his boots, his shirt, his +waistcoat, and his straw hat lay scattered about on the chairs and +on the floor. He wore those light gray trousers, which had been +succcessively seen and recognized by Cocoleu, by Ribot, by Gaudry, and +by Mrs. Courtois. + +“Now, sir,” began M. de Boiscoran, with that slight angry tone of voice +which shows that a man thinks a joke has been carried far enough, “will +you please tell me what procures for me the honor of this early visit?” + +Not a muscle in M. Galpin’s face was moving. As if the question had been +addressed to some one else, he said coldly,-- + +“Will you please show us your hands, sir?” + +M. de Boiscoran’s cheeks turned crimson; and his eyes assumed an +expression of strange perplexity. + +“If this is a joke,” he said, “it has perhaps lasted long enough.” + +He was evidently getting angry. M. Daubigeon thought it better to +interfere, and thus he said,-- + +“Unfortunately, sir, the question is a most serious one. Do what the +magistrate desires.” + +More and more amazed, M. de Boiscoran looked rapidly around him. In the +door stood Anthony, his faithful old servant, with anguish on his face. +Near the fireplace, the clerk had improvised a table, and put his paper, +his pens, and his horn inkstand in readiness. Then with a shrug of his +shoulders, which showed that he failed to understand, M. de Boiscoran +showed his hands. + +They were perfectly clean and white: the long nails were carefully +cleaned also. + +“When did you last wash your hands?” asked M. Galpin, after having +examined them minutely. + +At this question, M. de Boiscoran’s face brightened up; and, breaking +out into a hearty laugh, he said,-- + +“Upon my word! I confess you nearly caught me. I was on the point of +getting angry. I almost feared”-- + +“And there was good reason for fear,” said M. Galpin; “for a terrible +charge has been brought against you. And it may be, that on your answer +to my question, ridiculous as it seems to you, your honor may depend, +and perhaps your liberty.” + +This time there was no mistake possible. M. de Boiscoran felt that kind +of terror which the law inspires even in the best of men, when they find +themselves suddenly accused of a crime. He turned pale, and then he said +in a troubled voice,-- + +“What! A charge has been brought against me, and you, M. Galpin, come to +my house to examine me?” + +“I am a magistrate, sir.” + +“But you were also my friend. If anyone should have dared in my presence +to accuse you of a crime, of a mean act, of something infamous, I should +have defended you, sir, with all my energy, without hesitation, and +without a doubt. I should have defended you till absolute, undeniable +evidence should have been brought forward of your culpability; and even +then I should have pitied you, remembering that I had esteemed you so +highly as to favor your alliance with my family. But you--I am accused, +I do not know of what, falsely, wrongly; and at once you hasten hither, +you believe the charge, and consent to become my judge. Well, let it be +so! I washed my hands last night after coming home.” + +M. Galpin had not boasted too much in praising his self-possession and +his perfect control over himself. He did not move when the terrible +words fell upon his ear; and he asked again in the same calm tone,-- + +“What has become of the water you used for that purpose?” + +“It is probably still there, in my dressing-room.” + +The magistrate at once went in. On the marble table stood a basin full +of water. That water was black and dirty. At the bottom lay particles +of charcoal. On the top, mixed with the soapsuds, were swimming some +extremely slight but unmistakable fragments of charred paper. With +infinite care the magistrate carried the basin to the table at +which Mechinet had taken a seat; and, pointing at it, he asked M. de +Boiscoran,-- + +“Is that the water in which you washed your hands last night after +coming home?” + +“Yes,” replied the other with an air of careless indifference. + +“You had been handling charcoal, or some inflammable material.” + +“Don’t you see?” + +Standing face to face, the commonwealth attorney and clerk exchanged +rapid glances. They had had the same feeling at that moment. If M. +de Boiscoran was innocent, he was certainly a marvellously cool and +energetic man, or he was carrying out a long-premeditated plan of +action; for every one of his answers seemed to tighten the net in which +he was taken. The magistrate himself seemed to be struck by this; but it +was only for a moment, and then, turning to the clerk, he said,-- + +“Write that down!” + +He dictated to him the whole evidence, most minutely and accurately, +correcting himself every now and then to substitute a better word, or to +improve his style. When he had read it over he said,-- + +“Let us go on, sir. You were out last night?” + +“Yes, sir.” + +“Having left the house at eight, you returned only around midnight.” + +“After midnight.” + +“You took your gun?” + +“Yes, sir.” + +“Where is it?” + +With an air of indifference, M. de Boiscoran pointed at it in the corner +of the fireplace, and said,-- + +“There it is!” + +M. Galpin took it up quickly. It was a superb weapon, double-barrelled, +of unusually fine make, and very elegant. On the beautifully carved +woodwork the manufacturer’s name, Clebb, was engraven. + +“When did you last fire this gun?” asked the magistrate. + +“Some four or five days ago.” + +“What for?” + +“To shoot some rabbits who infested my woods.” + +M. Galpin raised and lowered the cock with all possible care: he noticed +that it was the Remington patent. Then he opened the chamber, and found +that the gun was loaded. Each barrel had a cartridge in it. Then he +put the gun back in its place, and, pulling from his pocket the leaden +cartridge-case which Pitard had found, he showed it to M. de Boiscoran, +and asked him,-- + +“Do you recognize this?” + +“Perfectly!” replied the other. “It is a case of one of the cartridges +which I have probably thrown away as useless.” + +“Do you think you are the only one in this country who has a gun by this +maker?” + +“I do not think it: I am quite sure of it.” + +“So that you must, as a matter of course, have been at a spot where such +a cartridge-case as this has been found?” + +“Not necessarily. I have often seen children pick up these things, and +play with them.” + +The clerk, while he made his pen fly across his paper, could not resist +the temptation of making all kinds of faces. He was too well acquainted +with lawyers’ tactics not to understand M. Galpin’s policy perfectly +well, and to see how cunningly it was devised to make every fact +strengthen the suspicion against M. de Boiscoran. + +“It is a close game,” he said to himself. + +The magistrate had taken a seat. + +“If that is so,” he began again, “I beg you will give me an account of +how you spent the evening after eight o’clock: do not hurry, consider, +take your time; for your answers are of the utmost importance.” + +M. de Boiscoran had so far remained quite cool; but his calmness +betrayed one of those terrible storms within, which may break forth, no +one knows when. This warning, and, even more so, the tone in which it +was given, revolted him as a most hideous hypocrisy. And, breaking out +all of a sudden, he cried,-- + +“After all, sir, what do you want of me? What am I accused of?” + +M. Galpin did not stir. He replied,-- + +“You will hear it at the proper time. First answer my question, and +believe me in your own interest. Answer frankly. What did you do last +night?” + +“How do I know? I walked about.” + +“That is no answer.” + +“Still it is so. I went out with no specific purpose: I walked at +haphazard.” + +“Your gun on your shoulder?” + +“I always take my gun: my servant can tell you so.” + +“Did you cross the Seille marshes?” + +“No.” + +The magistrate shook his head gravely. He said,-- + +“You are not telling the truth.” + +“Sir!” + +“Your boots there at the foot of the bed speak against you. Where does +the mud come from with which they are covered?” + +“The meadows around Boiscoran are very wet.” + +“Do not attempt to deny it. You have been seen there.” + +“But”-- + +“Young Ribot met you at the moment when you were crossing the canal.” + +M. de Boiscoran made no reply. + +“Where were you going?” asked the magistrate. + +For the first time a real embarrassment appeared in the features of the +accused,--the embarrassment of a man who suddenly sees an abyss opening +before him. He hesitated; and, seeing that it was useless to deny, he +said,-- + +“I was going to Brechy.” + +“To whom?” + +“To my wood-merchant, who has bought all this year’s wood. I did not +find him at home, and came back on the high road.” + +M. Galpin stopped him by a gesture. + +“That is not so,” he said severely. + +“Oh!” + +“You never went to Brechy.” + +“I beg your pardon.” + +“And the proof is, that, about eleven o’clock, you were hurriedly +crossing the forest of Rochepommier.” + +“I?” + +“Yes, you! And do not say No; for there are your trousers torn to pieces +by the thorns and briers through which you must have made your way.” + +“There are briers elsewhere as well as in the forest.” + +“To be sure; but you were seen there.” + +“By whom?” + +“By Gaudry the poacher. And he saw so much of you, that he could tell +us in what a bad humor you were. You were very angry. You were talking +loud, and pulling the leaves from the trees.” + +As he said so, the magistrate got up and took the shooting-jacket, which +was lying on a chair not far from him. He searched the pockets, and +pulled out of one a handful of leaves. + +“Look here! you see, Gaudry has told the truth.” + +“There are leaves everywhere,” said M. de Boiscoran half aloud. + +“Yes; but a woman, Mrs. Courtois, saw you come out of the forest of +Rochepommier. You helped her to put a sack of flour on her ass, which +she could not lift alone. Do you deny it? No, you are right; for, look +here! on the sleeve of your coat I see something white, which, no doubt, +is flour from her bag.” + +M. de Boiscoran hung his head. The magistrate went on,-- + +“You confess, then, that last night, between ten and eleven you were at +Valpinson?” + +“No, sir, I do not.” + +“But this cartridge-case which I have just shown you was picked up at +Valpinson, close by the ruins of the old castle.” + +“Well, sir, have I not told you before that I have seen a hundred times +children pick up these cases to play with? Besides, if I had really been +at Valpinson, why should I deny it?” + +M. Galpin rose to his full height, and said in the most solemn manner,-- + +“I am going to tell you why! Last night, between ten and eleven, +Valpinson was set on fire; and it has been burnt to the ground.” + +“Oh!” + +“Last night Count Claudieuse was fired at twice.” + +“Great God!” + +“And it is thought, in fact there are strong reasons to think, that you, +Jacques de Boiscoran, are the incendiary and the assassin.” + + + +IX. + +M. de Boiscoran looked around him like a man who has suddenly been +seized with vertigo, pale, as if all his blood had rushed to his heart. + +He saw nothing but mournful, dismayed faces. + +Anthony, his old trusted servant, was leaning against the doorpost, as +if he feared to fall. The clerk was mending his pen in the air, overcome +with amazement. M. Daubigeon hung his head. + +“This is horrible!” he murmured: “this is horrible!” + +He fell heavily into a chair, pressing his hands on his heart, as if to +keep down the sobs that threatened to rise. M. Galpin alone seemed to +remain perfectly cool. The law, which he imagined he was representing in +all its dignity, knows nothing of emotions. His thin lips even trembled +a little, as if a slight smile was about to burst forth: it was the cold +smile of the ambitious man, who thinks he has played his little part +well. + +Did not every thing tend to prove that Jacques de Boiscoran was the +guilty man, and that, in the alternative between a friend, and an +opportunity of gaining high distinction, he had chosen well? After the +silence of a minute, which seemed to be a century, he went and stood, +with arms crossed on his chest, before the accused, and asked him,-- + +“Do you confess?” + +M. de Boiscoran sprang up as if moved by a spring, and said,-- + +“What? What do you want me to confess?” + +“That you have committed the crime at Valpinson.” + +The young man pressed his hands convulsively on his brow, and cried +out,-- + +“But I am mad! I should have committed such a fearful, cowardly crime? +Is that possible? Is that likely? I might confess, and you would not +believe me. No! I am sure you would not believe my own words.” + +He would have moved the marble on his mantelpiece sooner than M. Galpin. +The latter replied in icy tones,-- + +“I am not part of the question here. Why will you refer to relations +which must be forgotten? It is no longer the friend who speaks to you, +not even the man, but simply the magistrate. You were seen”-- + +“Who is the wretch?” + +“Cocoleu!” + +M. de Boiscoran seemed to be overwhelmed. He stammered,-- + +“Cocoleu? That poor epileptic idiot whom the Countess Claudieuse has +picked up?” + +“The same.” + +“And upon the strength of the senseless words of a poor imbecile I am +charged with incendiarism, with murder?” + +Never had the magistrate made such efforts to assume an air of impassive +dignity and icy solemnity, as when he replied,-- + +“For an hour, at least, poor Cocoleu has been in the full enjoyment of +his faculties. The ways of Providence are inscrutable.” + +“But sir”-- + +“And what does Cocoleu depose? He says he saw you kindle the fire with +your own hands, then conceal yourself behind a pile of wood, and fire +twice at Count Claudieuse.” + +“And all that appears quite natural to you?” + +“No! At first it shocked me as it shocked everybody. You seem to be +far above all suspicion. But a moment afterwards they pick up the +cartridge-case, which can only have belonged to you. Then, upon my +arrival here, I surprise you in bed, and find the water in which you +have washed your hands black with coal, and little pieces of charred +paper swimming on top of it.” + +“Yes,” said M. de Boiscoran in an undertone: “it is fate.” + +“And that is not all,” continued the magistrate, raising his voice, “I +examine you, and you admit having been out from eight o’clock till after +midnight. I ask what you have been doing, and you refuse to tell me. I +insist, and you tell a falsehood. In order to overwhelm you, I am forced +to quote the evidence of young Ribot, of Gaudry, and Mrs. Courtois, +who have seen you at the very places where you deny having been. That +circumstance alone condemns you. Why should you not be willing to tell +me what you have been doing during those four hours? You claim to be +innocent. Help me, then, to establish your innocence. Speak, tell me +what you were doing between eight and midnight.” + +M. de Boiscoran had no time to answer. + +For some time already, half-suppressed cries, and the sound of a large +crowd, had come up from the courtyard. A gendarme came in quite excited; +and, turning to the magistrate and the commonwealth attorney, he said,-- + +“Gentlemen, there are several hundred peasants, men and women, in the +yard, who clamor for M. de Boiscoran. They threaten to drag him down to +the river. Some of the men are armed with pitchforks; but the women are +the maddest. My comrade and I have done our best to keep them quiet.” + +And just then, as if to confirm what he said, the cries came nearer, +growing louder and louder; and one could distinctly hear,-- + +“Drown Boiscoran! Let us drown the incendiary!” + +The attorney rose, and told the gendarme,-- + +“Go down and tell these people that the authorities are this moment +examining the accused; that they interrupt us; and that, if they keep +on, they will have to do with me.” + +The gendarme obeyed his orders. M. de Boiscoran had turned deadly pale. +He said to himself,-- + +“These unfortunate people believe my guilt!” + +“Yes,” said M. Galpin, who had overheard the words; “and you would +comprehend their rage, for which there is good reason, if you knew all +that has happened.” + +“What else?” + +“Two Sauveterre firemen, one the father of five children, have perished +in the flames. Two other men, a farmer from Brechy, and a gendarme who +tried to rescue them, have been so seriously burned that their lives are +in danger.” + +M. de Boiscoran said nothing. + +“And it is you,” continued the magistrate, “who is charged with all +these calamities. You see how important it is for you to exculpate +yourself.” + +“Ah! how can I?” + +“If you are innocent, nothing is easier. Tell us how you employed +yourself last night.” + +“I have told you all I can say.” + +The magistrate seemed to reflect for a full minute; then he said,-- + +“Take care, M. de Boiscoran: I shall have to have you arrested.” + +“Do so.” + +“I shall be obliged to order your arrest at once, and to send you to +jail in Sauveterre.” + +“Very well.” + +“Then you confess?” + +“I confess that I am the victim of an unheard-of combination of +circumstances; I confess that you are right, and that certain fatalities +can only be explained by the belief in Providence: but I swear by all +that is holy in the world, I am innocent.” + +“Prove it.” + +“Ah! would I not do it if I could?” + +“Be good enough, then, to dress, sir, and to follow the gendarmes.” + +Without a word, M. de Boiscoran went into his dressing-room, followed +by his servant, who carried him his clothes. M. Galpin was so busy +dictating to the clerk the latter part of the examination, that he +seemed to forget his prisoner. Old Anthony availed himself of this +opportunity. + +“Sir,” he whispered into his master’s ear while helping him to put on +his clothes. + +“What?” + +“Hush! Don’t speak so loud! The other window is open. It is only about +twenty feet to the ground: the ground is soft. Close by is one of the +cellar openings; and in there, you know, there is the old hiding-place. +It is only five miles to the coast, and I will have a good horse ready +for you to-night, at the park-gate.” + +A bitter smile rose on M. de Boiscoran’s lips, as he said,-- + +“And you too, my old friend: you think I am guilty?” + +“I conjure you,” said Anthony, “I answer for any thing. It is barely +twenty feet. In your mother’s name”-- + +But, instead of answering him, M. de Boiscoran turned round, and called +M. Galpin. When he had come in, he said to him, “Look at that window, +sir! I have money, fast horses; and the sea is only five miles off. A +guilty man would have escaped. I stay here; for I am innocent.” + +In one point, at least, M. de Boiscoran had been right. Nothing would +have been easier for him than to escape, to get into the garden, and to +reach the hiding-place which his servant had suggested to him. But after +that? He had, to be sure, with old Anthony’s assistance, some chance of +escaping altogether. But, after all, he might have been found out in his +hiding-place, or he might have been overtaken in his ride to the coast. +Even if he had succeeded, what would have become of him? His flight +would necessarily have been looked upon as a confession of his guilt. + +Under such circumstances, to resist the temptation to escape, and to +make this resistance well known, was in fact not so much an evidence +of innocence as a proof of great cleverness. M. Galpin, at all events, +looked upon it in that light; for he judged others by himself. Carefully +and cunningly calculating every step he took in life, he did not believe +in sudden inspirations. He said, therefore, with an ironical smile, +which was to show that he was not so easily taken in,-- + +“Very well, sir. This circumstance shall be mentioned, as well as the +others, at the trial.” + +Very differently thought the commonwealth attorney and the clerk. If +the magistrate had been too much engaged in his dictation to notice any +thing, they had been perfectly able to notice the great excitement under +which the accused had naturally labored. Perfectly amazed at first, and +thinking, for a moment, that the whole was a joke, he had next become +furiously angry; then fear and utter dejection had followed one another. +But in precise proportion as the charges had accumulated, and the +evidence had become overwhelming, he had, so far from becoming +demoralized, seemed to recover his assurance. + +“There is something curious about it,” growled Mechinet. M. Daubigeon, +on the other hand, said nothing; but when M. de Boiscoran came out of +his dressing-room, fully dressed and ready, he said,-- + +“One more question, sir.” + +The poor man bowed. He was pale, but calm and self-possessed. + +“I am ready to reply,” he said. + +“I’ll be brief. You seemed to be surprised and indignant at any one’s +daring to accuse you. That was weakness. Justice is but the work of man, +and must needs judge by appearances. If you reflect, you will see that +the appearances are all against you.” + +“I see it but too clearly.” + +“If you were on a jury, you would not hesitate to pronounce a man guilty +upon such evidence.” + +“No, sir, no!” + +The commonwealth attorney bounded from his chair. He said,-- + +“You are not sincere!” + +M. de Boiscoran sadly shook his head, and replied,-- + +“I speak to you without the slightest hope of convincing you, but in all +sincerity. No, I should not condemn a man, as you say, if he asserted +his innocence, and if I did not see any reason for his crime. For, after +all, unless a man is mad, he does not commit a crime for nothing. Now I +ask you, how could I, upon whom fortune has always smiled; I who am on +the eve of marrying one whom I love passionately,--how could I have set +Valpinson on fire, and tried to murder Count Claudieuse?” + +M. Galpin had scarcely been able to disguise his impatience, when he +saw the attorney take part in the affair. Seizing, therefore, the +opportunity to interfere, he said,-- + +“Your reason, sir, was hatred. You hated the count and the countess +mortally. Do not protest: it is of no use. Everybody knows it; and you +yourself have told me so.” + +M. de Boiscoran looked as if he were growing still more pale, and then +replied in a tone of crushing disdain,-- + +“Even if that were so, I do not see what right you have to abuse the +confidence of a friend, after having declared, upon your arrival here, +that all friendship between us had ceased. But that is not so. I never +told you any such thing. As my feelings have never changed, I can +repeat literally what I have said. I have told you that the count was +a troublesome neighbor, a stickler for his rights, and almost absurdly +attached to his preserves. I have also told you, that, if he declared +my public opinions to be abominable, I looked upon his as ridiculous and +dangerous. As for the countess, I have simply said, half in jest, that +so perfect a person was not to my taste; and that I should be very +unhappy if my wife were a Madonna, who hardly ever deigned to put her +foot upon the ground.” + +“And that was the only reason why you once pointed your gun at Count +Claudieuse? A little more blood rushing to your head would have made you +a murderer on that day.” + +A terrible spasm betrayed M. de Boiscoran’s fury; but he checked +himself, and said,-- + +“My passion was less fiery than it may have looked. I have the most +profound respect for the count’s character. It is an additional grief to +me that he should have accused me.” + +“But he has not accused you!” broke in M. Daubigeon. “On the contrary, +he was the first and the most eager to defend you.” + +And, in spite of the signs which M. Galpin made, he continued,-- + +“Unfortunately that has nothing to do with the force of the evidence +against you. If you persist in keeping silence, you must look for a +criminal trial for the galleys. If you are innocent, why not explain the +matter? What do you wait for? What do you hope?” + +“Nothing.” + +Mechinet had, in the meantime, completed the official report. + +“We must go,” said M. Galpin + +“Am I at liberty,” asked M. de Boiscoran, “to write a few lines to my +father and my mother? They are old: such an event may kill them.” + +“Impossible!” said the magistrate. + +Then, turning to Anthony, he said,-- + +“I am going to put the seals on this room, and I shall leave it in the +meanwhile in your keeping. You know your duty, and the penalties to +which you would be subject, if, at the proper time, every thing is not +found in the same condition in which it is left now. Now, how shall we +get back to Sauveterre?” + +After mature deliberation it was decided that M. de Boiscoran should +go in one of his own carriages, accompanied by one of the gendarmes. +M. Daubigeon, the magistrate, and the clerk would return in the +mayor’s carriage, driven by Ribot, who was furious at being kept under +surveillance. + +“Let us be off,” said the magistrate, when the last formalities had been +fulfilled. + +M. de Boiscoran came down slowly. He knew the court was full of furious +peasants; and he expected to be received with hootings. It was not so. +The gendarme whom the attorney had sent down had done his duty so +well, that not a cry was heard. But when he had taken his seat in the +carriage, and the horse went off at a trot, fierce curses arose, and a +shower of stones fell, one of which wounded a gendarme. + +“Upon my word, you bring ill luck, prisoner,” said the man, a friend of +the other gendarme who had been so much injured at the fire. + +M. de Boiscoran made no reply. He sank back into the corner, and seemed +to fall into a kind of stupor, from which he did not rouse himself till +the carriage drove into the yard of the prison at Sauveterre. On the +threshold stood Master Blangin, the jailer, smiling with delight at the +idea of receiving so distinguished a prisoner. + +“I am going to give you my best room,” he said, “but first I have to +give a receipt to the gendarme, and to enter you in my book.” Thereupon +he took down his huge, greasy register, and wrote the name of Jacques +de Boiscoran beneath that of Trumence Cheminot, a vagabond who had just +been arrested for having broken into a garden. + +It was all over. Jacques de Boiscoran was a prisoner, to be kept in +close confinement. + + + + +SECOND PART--THE BOISCORAN TRIAL + + + +I. + +The Paris house of the Boiscoran family, No. 216 University Street, is +a house of modest appearance. The yard in front is small; and the few +square yards of damp soil in the rear hardly deserve the name of a +garden. But appearances are deceptive. The inside is marvellously +comfortable; careful and painstaking hands have made every provision for +ease; and the rooms display that solid splendor for which our age has +lost the taste. The vestibule contains a superb mosaic, brought home +from Venice, in 1798, by one of the Boiscorans, who had degenerated, and +followed the fortunes of Napoleon. The balusters of the great staircase +are a masterpiece of iron work; and the wainscoting in the dining-room +has no rival in Paris. + +All this, however, is a mere nothing in comparison with the marquis’s +cabinet of curiosities. It fills the whole depth, and half the width, of +the upper story; is lighted from above like a huge _atelier_; and would +fill the heart of an artist with delight. Immense glass cases, +which stand all around against the walls, hold the treasures of the +marquis,--priceless collections of enamels, ivories, bronzes, unique +manuscripts, matchless porcelains, and, above all, his _faiences_, his +dear _faiences_, the pride and the torment of his old age. + +The owner was well worthy of such a setting. + +Though sixty-one years old at that time, the marquis was as straight +as ever, and most aristocratically lean. He had a perfectly magnificent +nose, which absorbed immense quantities of snuff; his mouth was large, +but well furnished; and his brilliant eyes shone with that restless +cunning which betrayed the amateur, who has continually to deal with +sharp and eager dealers in curiosities and second-hand articles of +_vertu_. + +In the year 1845 he had reached the summit of his renown by a great +speech on the question of public meetings; but at that hour his watch +seemed to have stopped. All his ideas were those of an Orleanist. His +appearance, his costume, his high cravat, his whiskers, and the way he +brushed his hair, all betrayed the admirer and friend of the citizen +king. But for all that, he did not trouble himself about politics; in +fact, he troubled himself about nothing at all. With the only condition +that his inoffensive passion should be respected, the marchioness was +allowed to rule supreme in the house, administering her large fortune, +ruling her only son, and deciding all questions without the right of +appeal. It was perfectly useless to ask the marquis any thing: his +answer was invariably,-- + +“Ask my wife.” + +The good man had, the evening before, purchased a little at haphazard, +a large lot of _faiences_, representing scenes of the Revolution; and +at about three o’clock, he was busy, magnifying-glass in hand, examining +his dishes and plates, when the door was suddenly opened. + +The marchioness came in, holding a blue paper in her hand. Six or seven +years younger than her husband, she was the very companion for such an +idle, indolent man. In her walk, in her manner, and in her voice, +she showed at once the woman who stands at the wheel, and means to be +obeyed. Her once celebrated beauty had left remarkable traces enough +to justify her pretensions. She denied having any claims to being +considered handsome, since it was impossible to deny or conceal the +ravages of time, and hence by far her best policy was to accept old age +with good grace. Still, if the marchioness did not grow younger, she +pretended to be older than she really was. She had her gray hair puffed +out with considerable affectation, so as to contrast all the more +forcibly with her ruddy, blooming cheeks, which a girl might have envied +and she often thought of powdering her hair. + +She was so painfully excited, and almost undone, when she came into her +husband’s cabinet, that even he, who for many a year had made it a rule +of his life to show no emotion, was seriously troubled. Laying aside the +dish which he was examining, he said with an anxious voice,-- + +“What is the matter? What has happened?” + +“A terrible misfortune.” + +“Is Jacques dead?” cried the old collector. + +The marchioness shook her head. + +“No! It is something worse, perhaps”-- + +The old man, who has risen at the sight of his wife, sank slowly back +into his chair. + +“Tell me,” he stammered out,--“tell me. I have courage.” + +She handed him the blue paper which she had brought in, and said +slowly,-- + +“Here. A telegram which I have just received from old Anthony, our son’s +valet.” + +With trembling hands the old marquis unfolded the paper, and read,-- + +“Terrible misfortune! Master Jacques accused of having set the chateau +at Valpinson on fire, and murdered Count Claudieuse. Terrible evidence +against him. When examined, hardly any defence. Just arrested and +carried to jail. In despair. What must I do?” + +The marchioness had feared lest the marquis should have been crushed +by this despatch, which in its laconic terms betrayed Anthony’s abject +terror. But it was not so. He put it back on the table in the calmest +manner, and said, shrugging his shoulders,-- + +“It is absurd!” + +His wife did not understand it. She began again,-- + +“You have not read it carefully, my friend”-- + +“I understand,” he broke in, “that our son is accused of a crime which +he has not and can not have committed. You surely do not doubt his +innocence? What a mother you would be! On my part, I assure you I am +perfectly tranquil. Jacques an incendiary! Jacques a murderer! That is +nonsense!” + +“Ah! you did not read the telegram,” exclaimed the marchioness. + +“I beg your pardon.” + +“You did not see that there was evidence against him.” + +“If there had been none, he could not have been arrested. Of course, the +thing is disagreeable: it is painful.” + +“But he did not defend himself.” + +“Upon my word! Do you think that if to-morrow somebody accused me of +having robbed the till of some shopkeeper, I would take the trouble to +defend myself?” + +“But do you not see that Anthony evidently thinks our son is guilty?” + +“Anthony is an old fool!” declared the marquis. + +Then pulling out his snuffbox, and stuffing his nose full of snuff, he +said,-- + +“Besides, let us consider. Did you not tell me that Jacques is in love +with that little Dionysia Chandore?” + +“Desperately. Like a real child.” + +“And she?” + +“She adores Jacques.” + +“Well. And did you not also tell me that the wedding-day was fixed?” + +“Yes, three days ago.” + +“Has Jacques written to you about the matter?” + +“An excellent letter.” + +“In which he tells you he is coming up?” + +“Yes: he wanted to purchase the wedding-presents himself.” With a +gesture of magnificent indifference the marquis tapped the top of his +snuffbox, and said,-- + +“And you think a boy like our Jacques, a Boiscoran, in love, and +beloved, who is about to be married, and has his head full of +wedding-presents, could have committed such a horrible crime? Such +things are not worth discussing, and, with your leave, I shall return to +my occupation.” + +If doubt is contagious, confidence is still more so. Gradually the +marchioness felt reassured by the perfect assurance of her husband. The +blood came back to her cheeks; and smiles reappeared on pale lips. She +said in a stronger voice,-- + +“In fact, I may have been too easily frightened.” + +The marquis assented by a gesture. + +“Yes, much too easily, my dear. And, between us, I would not say much +about it. How could the officers help accusing our Jacques if his own +mother suspects him?” + +The marchioness had taken up the telegram, and was reading it over once +more. + +“And yet,” she said, answering her own objections, “who in my place +would not have been frightened? This name of Claudieuse especially”-- + +“Why? It is the name of an excellent and most honorable gentleman,--the +best man in the world, in spite of his sea-dog manners.” + +“Jacques hates him, my dear.” + +“Jacques does not mind him any more than that.” + +“They have repeatedly quarrelled.” + +“Of course. Claudieuse is a furious legitimist; and as such he always +talks with the utmost contempt of all of us who have been attached to +the Orleans family.” + +“Jacques has been at law with him.” + +“And he has done right, only he ought to have carried the matter +through. Claudieuse has claims on the Magpie, which divides our +lands,--absurd claims. He wants at all seasons, and according as he may +desire, to direct the waters of the little stream into his own channels, +and thus drown the meadows at Boiscoran, which are lower than his own. +Even my brother, who was an angel in patience and gentleness, had his +troubles with this tyrant.” + +But the marchioness was not convinced yet. + +“There was another trouble,” she said. + +“What?” + +“Ah! I should like to know myself.” + +“Has Jacques hinted at any thing?” + +“No. I only know this. Last year, at the Duchess of Champdoce’s, I met +by chance the Countess Claudieuse and her children. The young woman is +perfectly charming; and, as we were going to give a ball the week after, +it occurred to me to invite her at once. She refused, and did so in such +an icy, formal manner, that I did not insist.” + +“She probably does not like dancing,” growled the marquis. + +“That same evening I mentioned the matter to Jacques. He seemed to be +very angry, and told me, in a manner that was hardly compatible with +respect, that I had been very wrong, and that he had his reasons for not +desiring to come in contact with those people.” + +The marquis felt so secure, that he only listened with partial +attention, looking all the time aside at his precious _faiences_. + +“Well,” he said at last, “Jacques detests the Claudieuses. What does +that prove? God be thanked, we do not murder all the people we detest!” + +His wife did not insist any longer. She only asked,-- + +“Well, what must we do?” + +She was so little in the habit of consulting her husband, that he was +quite surprised. + +“The first thing is to get Jacques out of jail. We must see--we ought to +ask for advice.” + +At this moment a light knock was heard at the door. + +“Come in!” he said. + +A servant came in, bringing a large envelope, marked “Telegraphic +Despatch. Private.” + +“Upon my word!” cried the marquis. “I thought so. Now we shall be all +right again.” + +The servant had left the room. He tore open the envelope; but at the +first glance at the contents the smile vanished, he turned pale, and +just said,-- + +“Great God!” + +Quick as lightning, the marchioness seized the fatal paper. She read at +a glance,-- + +“Come quick. Jacques in prison; close confinement; accused of horrible +crime. The whole town says he is guilty, and that he has confessed. +Infamous calumny! His judge is his former friend, Galpin, who was +to marry his cousin Lavarande. Know nothing except that Jacques is +innocent. Abominable intrigue! Grandpa Chandore and I will do what can +be done. Your help indispensable. Come, come! + +“DIONYSIA CHANDORE.” + +“Ah, my son is lost!” cried the marchioness with tears in her eyes. The +marquis, however, had recovered already from the shock. + +“And I--I say more than ever, with Dionysia, who is a brave girl, +Jacques is innocent. But I see he is in danger. A criminal prosecution +is always an ugly affair. A man in close confinement may be made to say +any thing.” + +“We must do something,” said the mother, nearly mad with grief. + +“Yes, and without losing a minute. We have friends: let us see who among +them can help us.” + +“I might write to M. Margeril.” + +The marquis, who had turned quite pale, became livid. + +“What!” he cried. “You dare utter that name in my presence?” + +“He is all powerful; and my son is in danger.” + +The marquis stopped her with a threatening gesture, and cried with an +accent of bitter hatred,-- + +“I would a thousand times rather my son should die innocent on the +scaffold than owe his safety to that man!” + +His wife seemed to be on the point of fainting. + +“Great God! And yet you know very well that I was only a little +indiscreet.” + +“No more!” said the marquis harshly. + +Then, recovering his self-control by a powerful effort, he went on,-- + +“Before we attempt any thing, we must know how the matter stands. You +will leave for Sauveterre this evening.” + +“Alone?” + +“No. I will find some able lawyer,--a reliable jurist, who is not a +politician,--if such a one can be found nowadays. He will tell you what +to do, and will write to me, so that I can do here whatever may be +best. Dionysia is right. Jacques must be the victim of some abominable +intrigue. Nevertheless, we shall save him; but we must keep cool, +perfectly cool.” + +And as he said this he rang the bell so violently, that a number of +servants came rushing in at once. + +“Quick,” he said; “send for my lawyer, Mr. Chapelain. Take a carriage.” + +The servant who took the order was so expeditious, that, in less than +twenty minutes, M. Chapelain arrived. + +“Ah! we want all your experience, my friend,” said the marquis to him. +“Look here. Read these telegrams.” + +Fortunately, the lawyer had such control over himself, that he did not +betray what he felt; for he believed Jacques guilty, knowing as he did +how reluctant courts generally are to order the arrest of a suspected +person. + +“I know the man for the marchioness,” he said at last. + +“Ah!” + +“A young man whose modesty alone has kept him from distinguishing +himself so far, although I know he is one of the best jurists at the +bar, and an admirable speaker.” + +“What is his name?” + +“Manuel Folgat. I shall send him to you at once.” + +Two hours later, M. Chapelain’s _protégé_ appeared at the house of +the Boiscorans. He was a man of thirty-one or thirty-two, with large, +wide-open eyes, whose whole appearance was breathing intelligence and +energy. + +The marquis was pleased with him, and after having told him all he knew +about Jacques’s position, endeavored to inform him as to the people +down at Sauveterre,--who would be likely to be friends, and who enemies, +recommending to him, above all, to trust M. Seneschal, an old friend of +the family, and a most influential man in that community. + +“Whatever is humanly possible shall be done, sir,” said the lawyer. + +That same evening, at fifteen minutes past eight, the Marchioness of +Boiscoran and Manuel Folgat took their seats in the train for Orleans. + + + +II. + +The railway which connects Sauveterre with the Orleans line enjoys a +certain celebrity on account of a series of utterly useless curves, +which defy all common sense, and which would undoubtedly be the source +of countless accidents, if the trains were not prohibited from going +faster than eight or ten miles an hour. + +The depot has been built--no doubt for the greater convenience of +travellers--at a distance of two miles from town, on a place where +formerly the first banker of Sauveterre had his beautiful gardens. +The pretty road which leads to it is lined on both sides with inns and +taverns, on market-days full of peasants, who try to rob each other, +glass in hand, and lips overflowing with protestations of honesty. +On ordinary days even, the road is quite lively; for the walk to the +railway has become a favorite promenade. People go out to see the +trains start or come in, to examine the new arrivals, or to exchange +confidences as to the reasons why Mr. or Mrs. So-and-so have made up +their mind to travel. + +It was nine o’clock in the morning when the train which brought the +marchioness and Manuel Folgat at last reached Sauveterre. The former +was overcome by fatigue and anxiety, having spent the whole night +in discussing the chances for her son’s safety, and was all the more +exhausted as the lawyer had taken care not to encourage her hopes. + +For he also shared, in secret at least, M. Chapelain’s doubts. He, also, +had said to himself, that a man like M. de Boiscoran is not apt to +be arrested, unless there are strong reasons, and almost overwhelming +proofs of his guilt in the hands of the authorities. + +The train was slackening speed. + +“If only Dionysia and her father,” sighed the marchioness, “have thought +of sending a carriage to meet us.” + +“Why so?” asked Manuel Folgat. + +“Because I do not want all the world to see my grief and my tears.” + +The young lawyer shook his head, and said,-- + +“You will certainly not do that, madame, if you are disposed to follow +my advice.” + +She looked at him quite amazed; but he insisted. + +“I mean you must not look as if you wished not to be seen: that would be +a great, almost irreparable mistake. What would they think if they saw +you in tears and great distress? They would say you were sure of your +son’s guilt; and the few who may still doubt will doubt no longer. You +must control public opinion from the beginning; for it is absolute +in these small communities, where everybody is under somebody else’s +immediate influence. Public opinion is all powerful; and say what you +will, it controls even the jurymen in their deliberations.” + +“That is true,” said the marchioness: “that is but too true.” + +“Therefore, madame, you must summon all your energy, conceal your +maternal anxiety in your innermost heart, dry your tears, and show +nothing but the most perfect confidence. Let everybody say, as he sees +you, ‘No mother could look so who thinks her son guilty.’” + +The marchioness straightened herself, and said,-- + +“You are right, sir; and I thank you. I must try to impress public +opinion as you say; and, so far from wishing to find the station +deserted, I shall be delighted to see it full of people. I will show you +what a woman can do who thinks of her son’s life.” + +The Marchioness of Boiscoran was a woman of rare power. + +Drawing her comb from her dressing-case, she repaired the disorder of +her coiffure; with a few skilful strokes she smoothed her dress; her +features, by a supreme effort of will, resumed their usual serenity; she +forced her lips to smile without betraying the effort it cost her; and +then she said in a clear, firm voice,-- + +“Look at me, sir. Can I show myself now?” + +The train stopped at the station. Manuel Folgat jumped out lightly; and, +offering the marchioness his hand to assist her, he said,-- + +“You will be pleased with yourself, madam. Your courage will not be +useless. All Sauveterre seems to be here.” + +This was more than half true. Ever since the night before, a report had +been current,--no one knew how it had started,--that the “murderer’s +mother,” as they charitably called her, would arrive by the nine o’clock +train; and everybody had determined to happen to be at the station at +that hour. In a place where gossip lives for three days upon the last +new dress from Paris, such an opportunity for a little excitement was +not to be neglected. No one thought for a moment of what the poor old +lady would probably feel upon being compelled thus to face a whole +town; for at Sauveterre curiosity has at least the merit, that it is not +hypocritical. Everybody is openly indiscreet, and by no means ashamed +of it. They place themselves right in front of you, and look at you, and +try to find out the secret of your joy or your grief. + +It must be borne in mind, however, that public opinion was running +strongly against M. de Boiscoran. If there had been nothing against him +but the fire at Valpinson, and the attempts upon Count Claudieuse, +that would have been a small matter. But the fire had had terrible +consequences. Two men had perished in it; and two others had been so +severely wounded as to put their lives in jeopardy. Only the evening +before, a sad procession had passed through the streets of Sauveterre. +In a cart covered with a cloth, and followed by two priests, the almost +carbonized remains of Bolton the drummer, and of poor Guillebault, had +been brought home. The whole city had seen the widow go to the mayor’s +office, holding in her arms her youngest child, while the four others +clung to her dress. + +All these misfortunes were traced back to Jacques, who was loaded +with curses; and the people now thought of receiving his mother, the +marchioness, with fierce hootings. + +“There she is, there she is!” they said in the crowd, when she appeared +in the station, leaning upon M. Folgat’s arm. + +But they did not say another word, so great was their surprise at her +appearance. Immediately two parties were formed. “She puts a bold face +on it,” said some; while others declared, “She is quite sure of her +son’s innocence.” + +At all events, she had presence of mind enough to see what an impression +she produced, and how well she had done to follow M. Folgat’s advice. +It gave her additional strength. As she distinguished in the crowd some +people whom she knew, she went up to them, and, smiling, said,-- + +“Well, you know what has happened to us. It is unheard of! Here is the +liberty of a man like my son at the mercy of the first foolish notion +that enters the head of a magistrate. I heard the news yesterday by +telegram, and came down at once with this gentleman, a friend of ours, +and one of the first lawyers of Paris.” + +M. Folgat looked embarrassed: he would have liked more considerate +words. Still he could not help supporting the marchioness in what she +had said. + +“These gentlemen of the court,” he said in measured tones, “will perhaps +be sorry for what they have done.” + +Fortunately a young man, whose whole livery consisted in a gold-laced +cap, came up to them at this moment. + +“M. de Chandore’s carriage is here,” he said. + +“Very well,” replied the marchioness. + +And bowing to the good people of Sauveterre, who were quite dumfounded +by her assurance, she said,-- + +“Pardon me if I leave you so soon; but M. de Chandore expects us. I +shall, however, be happy to call upon you soon, on my son’s arm.” + +The house of the Chandore family stands on the other side of the +New-Market Place, at the very top of the street, which is hardly more +than a line of steps, which the mayor persistently calls upon the +municipal council to grade, and which the latter as persistently refuse +to improve. The building is quite new, massive but ugly, and has at the +side a pretentious little tower with a peaked roof, which Dr. Seignebos +calls a perpetual menace of the feudal system. + +It is true the Chandores once upon a time were great feudal lords, and +for a long time exhibited a profound contempt for all who could not +boast of noble ancestors and a deep hatred of revolutionary ideas. But +if they had ever been formidable, they had long since ceased to be so. +Of the whole great family,--one of the most numerous and most powerful +of the province,--only one member survived, the Baron de Chandore, and a +girl, his granddaughter, betrothed to Jacques de Boiscoran. Dionysia was +an orphan. She was barely three years old, when within five months, she +lost her father, who fell in a duel, and her mother, who had not the +strength to survive the man whom she had loved. This was certainly for +the child a terrible misfortune; but she was not left uncared for nor +unloved. Her grandfather bestowed all his affections upon her; and the +two sisters of her mother, the Misses Lavarande, then already no longer +young, determined never to marry, so as to devote themselves exclusively +to their niece. From that day the two good ladies had wished to live +in the baron’s house; but from the beginning he had utterly refused +to listen to their propositions, asserting that he was perfectly able +himself to watch over the child, and wanted to have her all to himself. +All he would grant was, that the ladies might spend the day with +Dionysia whenever they chose. + +Hence arose a certain rivalry between the aunts and the grandfather, +which led both parties to most amazing exaggerations. Each one did what +could be done to engage the affections of the little girl; each one was +willing to pay any price for the most trifling caress. At five years +Dionysia had every toy that had ever been invented. At ten she was +dressed like the first lady of the land, and had jewelry in abundance. + +The grandfather, in the meantime, had been metamorphosed from head to +foot. Rough, rigid, and severe, he had suddenly become a “love of a +father.” The fierce look had vanished from his eyes, the scorn from his +lips; and both had given way to soft glances and smooth words. He was +seen daily trotting through the streets, and going from shop to shop +on errands for his grandchild. He invited her little friends, arranged +picnics for her, helped her drive her hoops, and if needs be, led in a +cotillion. + +If Dionysia looked displeased, he trembled. If she coughed, he turned +pale. Once she was sick: she had the measles. He staid up for twelve +nights in succession, and sent to Paris for doctors, who laughed in his +face. + +And yet the two old ladies found means to exceed his folly. + +If Dionysia learned any thing at all, it was only because she herself +insisted upon it: otherwise the writing-master and the music-master +would have been sent away at the slightest sign of weariness. + +Sauveterre saw it, and shrugged its shoulders. + +“What a wretched education!” the ladies said. “Such weakness is +absolutely unheard of. They tender the child a sorry service.” + +There was no doubt that such almost incredible spoiling, such blind +devotion, and perpetual worship, came very near making of Dionysia the +most disagreeable little person that ever lived. But fortunately she had +one of those happy dispositions which cannot be spoiled; and besides, +she was perhaps saved from the danger by its very excess. As she grew +older she would say with a laugh,-- + +“Grandpapa Chandore, my aunts Lavarande, and I, we do just what we +choose.” + +That was only a joke. Never did a young girl repay such sweet affection +with rarer and nobler qualities. + +She was thus leading a happy life, free from all care, and was just +seventeen years old, when the great event of her life took place. M. de +Chandore one morning met Jacques de Boiscoran, whose uncle had been +a friend of his, and invited him to dinner. Jacques accepted the +invitation, and came. Dionysia saw him, and loved him. + +Now, for the first time in her life, she had a secret unknown to +Grandpapa Chandore and to her aunts; and for two years the birds and the +flowers were the only confidants of this love of hers, which grew up in +her heart, sweet like a dream, idealized by absence, and fed by memory. + +For Jacques’s eyes remained blind for two years. + +But the day on which they were opened he felt that his fate was sealed. +Nor did he hesitate a moment; and in less than a month after that, the +Marquis de Boiscoran came down to Sauveterre, and in all form asked +Dionysia’s hand for his son. + +Ah! that was a heavy blow for Grandpapa Chandore. + +He had, of course, often thought of the future marriage of his +grandchild; he had even at times spoken of it, and told her that he +was getting old, and should feel very much relieved when he should have +found her a good husband. But he talked of it as a distant thing, very +much as we speak of dying. M. de Boiscoran brought his true feelings +out. He shuddered at the idea of giving up Dionysia, of seeing her +prefer another man to himself, and of loving her children best of all. +He was quite inclined to throw the ambassador out of the window. + +Still he checked his feelings, and replied that he could give no reply +till he had consulted his granddaughter. + +Poor grandpapa! At the very first words he uttered, she exclaimed,-- + +“Oh, I am so happy! But I expected it.” + +M. de Chandore bent his head to conceal a tear which burned in his eyes. +Then he said very low,-- + +“Then the thing is settled.” + +At once, rather comforted by the joy that was sparkling in his +grandchild’s eyes, he began reproaching himself for his selfishness, and +for being unhappy, when his Dionysia seemed to be so happy. Jacques had, +of course, been allowed to visit the house as a lover; and the very day +before the fire at Valpinson, after having long and carefully counted +the days absolutely required for all the purchases of the trousseau, +and all the formalities of the event, the wedding-day had been finally +fixed. + +Thus Dionysia was struck down in the very height of her happiness, when +she heard, at the same time, of the terrible charges brought against M. +de Boiscoran, and of his arrest. + +At first, thunderstruck, she had lain nearly ten minutes unconscious +in the arms of her aunts, who, like the grandfather, were themselves +utterly overcome with terror. But, as soon as she came to, she +exclaimed,-- + +“Am I mad to give way thus? Is it not evident that he is innocent?” + +Then she had sent her telegram to the marquis, knowing well, that, +before taking any measures, it was all important to come to an +understanding with Jacques’s family. Then she had begged to be left +alone; and she had spent the night in counting the minutes that must +pass till the hour came when the train from Paris would bring her help. + +At eight o’clock she had come down to give orders herself that a +carriage should be sent to the station for the marchioness, adding that +they must drive back as fast as they could. Then she had gone into the +sitting-room to join her grandfather and her aunts. They talked to her; +but her thoughts were elsewhere. + +At last a carriage was heard coming up rapidly, and stopping before the +house. She got up, rushed into the hall, and cried,-- + +“Here is Jacques’s mother!” + + + +III. + +We cannot do violence to our natural feelings without paying for it. The +marchioness had nearly fainted when she could at last take refuge in the +carriage: she was utterly overcome by the great effort she had made +to present to the curious people of Sauveterre a smiling face and calm +features. + +“What a horrible comedy!” she murmured, as she sank back on the +cushions. + +“Admit, at least, madam,” said the lawyer, “that it was necessary. You +have won over, perhaps, a hundred persons to your son’s side.” + +She made no reply. Her tears stifled her. What would she not have given +for a few moments’ solitude, to give way to all the grief of her heart, +to all the anxiety of a mother! The time till she reached the house +seemed to her an eternity; and, although the horse was driven at a +furious rate, she felt as if they were making no progress. At last the +carriage stopped. + +The little servant had jumped down, and opened the door, saying,-- + +“Here we are.” + +The marchioness got out with M. Folgat’s assistance; and her foot was +hardly on the ground, when the house-door opened, and Dionysia threw +herself into her arms, too deeply moved to speak. At last she broke +forth,-- + +“Oh, my mother, my mother! what a terrible misfortune!” + +In the passage M. de Chandore was coming forward. He had not been able +to follow his granddaughter’s rapid steps. + +“Let us go in,” he said to the two ladies: “don’t stand there!” + +For at all the windows curious eyes were peeping through the blinds. + +He drew them into the sitting-room. Poor M. Folgat was sorely +embarrassed what to do with himself. No one seemed to be aware of his +existence. He followed them, however. He entered the room, and standing +by the door, sharing the general excitement, he was watching by turns, +Dionysia, M. de Chandore, and the two spinsters. + +Dionysia was then twenty years old. It could not be said that she was +uncommonly beautiful; but no one could ever forget her again who had +once seen her. Small in form, she was grace personified; and all her +movements betrayed a rare and exquisite perfection. Her black hair fell +in marvellous masses over her head, and contrasted strangely with her +blue eyes and her fair complexion. Her skin was of dazzling whiteness. +Every thing in her features spoke of excessive timidity. And yet, from +certain movements of her lips and her eyebrows, one might have suspected +no lack of energy. + +Grandpapa Chandore looked unusually tall by her side. His massive frame +was imposing. He did not show his seventy-two years, but was as straight +as ever, and seemed to be able to defy all the storms of life. What +struck strangers most, perhaps, was his dark-red complexion, which gave +him the appearance of an Indian chieftain, while his white beard and +hair brought the crimson color still more prominently out. In spite +of his herculean frame and his strange complexion, his face bore the +expression of almost child-like goodness. But the first glance at his +eyes proved that the gentle smile on his lips was not to be taken alone. +There were flashes in his gray eyes which made people aware that a man +who should dare, for instance, to offend Dionysia, would have to pay for +it pretty dearly. + +As to the two aunts, they were as tall and thin as a couple of +willow-rods, pale, discreet, ultra-aristocratic in their reserve and +their coldness; but they bore in their faces an expression of happy +peace and sentimental tenderness, such as is often seen in old maids +whose temper has not been soured by celibacy. They dressed absolutely +alike, as they had done now for forty years, preferring neutral colors +and modest fashions, such as suited their simple taste. + +They were crying bitterly at that moment; and M. Folgat felt +instinctively that there was no sacrifice of which they were not capable +for their beloved niece’s sake. + +“Poor Dionysia!” they whispered. + +The girl heard them, however; and, drawing herself up, she said,-- + +“But we are behaving shamefully. What would Jacques say, if he could see +us from his prison! Why should we be so sad? Is he not innocent?” + +Her eyes shone with unusual brilliancy: her voice had a ring which moved +Manuel Folgat deeply. + +“I can at least, in justice to myself,” she went on saying, “assure you +that I have never doubted him for a moment. And how should I ever have +dared to doubt? The very night on which the fire broke out, Jacques +wrote me a letter of four pages, which he sent me by one of his tenants, +and which reached me at nine o’clock. I showed it to grandpapa. He read +it, and then he said I was a thousand times right, because a man who had +been meditating such a crime could never have written that letter.” + +“I said so, and I still think so,” added M. de Chandore; “and every +sensible man will think so too; but”-- + +His granddaughter did not let him finish. + +“It is evident therefore, that Jacques is the victim of an abominable +intrigue; and we must unravel it. We have cried enough: now let us act!” + +Then, turning to the marchioness, she said,-- + +“And my dear mother, I sent for you, because we want you to help us in +this great work.” + +“And here I am,” replied the old lady, “not less certain of my son’s +innocence than you are.” + +Evidently M. de Chandore had been hoping for something more; for he +interrupted her, asking,-- + +“And the marquis?” + +“My husband remained in Paris.” + +The old gentleman’s face assumed a curious expression. + +“Ah, that is just like him,” he said. “Nothing can move him. His only +son is wickedly accused of a crime, arrested, thrown into prison. They +write to him; they hope he will come at once. By no means. Let his son +get out of trouble as he can. He has his _faiences_ to attend to. Oh, if +I had a son!” + +“My husband,” pleaded the marchioness, “thinks he can be more useful to +Jacques in Paris than here. There will be much to be done there.” + +“Have we not the railway?” + +“Moreover,” she went on, “he intrusted me to this gentleman.” She +pointed out M. Folgat. + +“M. Manuel Folgat, who has promised us the assistance of his experience, +his talents, and his devotion.” + +When thus formally introduced, M. Folgat bowed, and said,-- + +“I am all hope. But I think with Miss Chandore, that we must go to work +without losing a second. Before I can decide, however, upon what is to +be done, I must know all the facts.” + +“Unfortunately we know nothing,” replied M. de Chandore,--“nothing, +except that Jacques is kept in close confinement.” + +“Well, then, we must try to find out. You know, no doubt, all the law +officers of Sauveterre?” + +“Very few. I know the commonwealth attorney.” + +“And the magistrate before whom the matter has been brought.” + +The older of the two Misses Lavarande rose, and exclaimed,-- + +“That man, M. Galpin, is a monster of hypocrisy and ingratitude. He +called himself Jacques’s friend; and Jacques liked him well enough +to induce us, my sister and myself, to give our consent to a marriage +between him and one of our cousins, a Lavarande. Poor child. When she +learned the sad truth, she cried, ‘Great God! God be blessed that I +escaped the disgrace of becoming the wife of such a man!’” + +“Yes,” added the other old lady, “if all Sauveterre thinks Jacques +guilty, let them also say, ‘His own friend has become his judge.’” + +M. Folgat shook his head, and said,-- + +“I must have more minute information. The marquis mentioned to me a M. +Seneschal, mayor of Sauveterre.” + +M. de Chandore looked at once for his hat, and said,-- + +“To be sure! He is a friend of ours; and, if any one is well informed, +he is. Let us go to him. Come.” + +M. Seneschal was indeed a friend of the Chandores, the Lavarandes, and +also of the Boiscorans. Although he was a lawyer he had become attached +to the people whose confidential adviser he had been for more than +twenty years. Even after having retired from business, M. Seneschal had +still retained the full confidence of his former clients. They never +decided on any grave question, without consulting him first. His +successor did the business for them; but M. Seneschal directed what was +to be done. + +Nor was the assistance all on one side. The example of great people +like M. de Chandore and Jacques’s uncle had brought many a peasant on +business into M. Seneschal’s office; and when he was, at a later period +of his life, attacked by the fever of political ambition, and offered to +“sacrifice himself for his country” by becoming mayor of Sauveterre, and +a member of the general council, their support had been of great service +to him. + +Hence he was well-nigh overcome when he returned, on that fatal morning, +to Sauveterre. He looked so pale and undone, that his wife was seriously +troubled. + +“Great God, Augustus! What has happened?” she asked. + +“Something terrible has happened,” he replied in so tragic a manner, +that his wife began to tremble. + +To be sure, Mrs. Seneschal trembled very easily. She was a woman of +forty-five or fifty years, very dark, short, and fat, trying hard to +breathe in the corsets which were specially made for her by the Misses +Mechinet, the clerk’s sisters. When she was young, she had been rather +pretty: now she still kept the red cheeks of her younger days, a forest +of jet black hair, and excellent teeth. But she was not happy. Her life +had been spent in wishing for children, and she had none. + +She consoled herself, it is true, by constantly referring to all the +most delicate details on the subject, mentioning not to her +intimate friends only, but to any one who would listen, her constant +disappointments, the physicians she had consulted, the pilgrimages she +had undertaken, and the quantities of fish she had eaten, although she +abominated fish. All had been in vain, and as her hopes fled with her +years, she had become resigned, and indulged now in a kind of romantic +sentimentality, which she carefully kept alive by reading novels and +poems without end. She had a tear ready for every unfortunate being, and +some words of comfort for every grief. Her charity was well known. Never +had a poor woman with children appealed to her in vain. In spite of all +that, she was not easily taken in. She managed her household with her +hand as well as with her eye; and no one surpassed her in the extent of +her washings, or the excellence of her dinners. + +She was quite ready, therefore, to sigh and to sob when her husband told +her what had happened during the night. When he had ended, she said,-- + +“That poor Dionysia is capable of dying of it. In your place, I would go +at once to M. de Chandore, and inform him in the most cautious manner of +what has happened.” + +“I shall take good care not to do so,” replied M. Seneschal; “and I tell +you expressly not to go there yourself.” + +For he was by no means a philosopher; and, if he had been his own +master, he would have taken the first train, and gone off a hundred +miles, so as not to see the grief of the Misses Lavarande and Grandpapa +Chandore. He was exceedingly fond of Dionysia: he had been hard at work +for years to settle and to add to her fortune, as if she had been his +own daughter, and now to witness her grief! He shuddered at the idea. +Besides, he really did not know what to believe, and influenced by M. +Galpin’s assurance, misled by public opinion, he had come to ask himself +if Jacques might not, after all, have committed the crimes with which he +was charged. + +Fortunately his duties were on that day so numerous and so troublesome, +that he had no time to think. He had to provide for the recovery and +the transportation of the remains of the two unfortunate victims of the +fire; he had to receive the mother of one, and the widow and children of +the other, and to listen to their complaints, and try to console them +by promising the former a small pension, and the latter some help in the +education of their children. Then he had to give directions to have the +wounded men brought home; and, after that, he had gone out in search +of a house for Count Claudieuse and his wife, which had given him much +trouble. Finally, a large part of the afternoon had been taken up by an +angry discussion with Dr. Seignebos. The doctor, in the name of outraged +society, as he called it, and in the name of justice and humanity, +demanded the immediate arrest of Cocoleu, that wretch whose unconscious +statement formed the basis of the accusation. He demanded with a furious +oath that the epileptic idiot should be sent to the hospital, and kept +there so as to be professionally examined by experts. The mayor had +for some time refused to grant the request, which seemed to him +unreasonable; but he doctor had talked so loud and insisted so strongly, +that at last he had sent two gendarmes to Brechy with orders to bring +back Cocoleu. + +They had returned several hours later with empty hands. The idiot had +disappeared; and no one in the whole district had been able to give any +information as to this whereabouts. + +“And you think that is natural?” exclaimed Dr. Seignebos, whose eyes +were glaring at the mayor from under his spectacles. “To me that looks +like an absolute proof that a plot has been hatched to ruin M. de +Boiscoran.” + +“But can’t you be quiet?” M. Seneschal said angrily. “Do you think +Cocoleu is lost? He will turn up again.” + +The doctor had left him without insisting any longer; but before going +home, he had dropped in at his club, and there, in the presence of +twenty people he had declared that he had positive proof of a plot +formed against M. de Boiscoran, whom the Monarchists had never forgiven +for having left them; and that the Jesuits were certainly mixed up with +the business. + +This interference was more injurious than useful to Jacques; and the +consequences were soon seen. That same evening, when M. Galpin crossed +the New-Market Place, he was wantonly insulted. Very naturally he went, +almost in a fury, to call upon the mayor, to hold him responsible for +this insult offered to Justice in his person, and asking for energetic +punishment. M. Seneschal promised to take the proper measures, and +went to the commonwealth attorney to act in concert with him. There he +learned what had happened at Boiscoran, and the terrible result of the +examination. + +So he had come home, quite sorrowful, distressed at Jacques’s situation, +and very much disturbed by the political aspect which the matter was +beginning to wear. He had spent a bad night, and in the morning had +displayed such fearful temper, that his wife had hardly dared to say a +word to him. But even that was not all. At two o’clock precisely, the +funeral of Bolton and Guillebault was to take place; and he had promised +Capt. Parenteau that he would be present in his official costume, and +accompanied by the whole municipal council. He had already given +orders to have his uniform gotten ready, when the servant announced +visitors,--M. de Chandore and friend. + +“That was all that was wanting!” he exclaimed + +But, thinking it over, he added,-- + +“Well, it had to come sooner or later. Show them in!” + +M. Seneschal was too good to be so troubled in advance, and to prepare +himself for a heart-rending scene. He was amazed at the easy, almost +cheerful manner with which M. de Chandore presented to him his +companion. + +“M. Manuel Folgat, my dear Seneschal, a famous lawyer from Paris, who +has been kind enough to come down with the Marchioness de Boiscoran.” + +“I am a stranger here, M. Seneschal,” said Folgat: “I do not know the +manner of thinking, the customs, the interests, the prejudices, of this +country; in fact, I am totally ignorant, and I know I would commit many +a grievous blunder, unless I could secure the assistance of an able and +experienced counsellor. M. de Boiscoran and M. de Chandore have both +encouraged me to hope that I might find such a man in you.” + +“Certainly, sir, and with all my heart,” replied M. Seneschal, bowing +politely, and evidently flattered by this deference on the part of a +great Paris lawyer. + +He had offered his guests seats. He had sat down himself, and resting +his elbow on the arm of his big office-chair, he rubbed his clean-shaven +chin with his hand. + +“This is a very serious matter, gentlemen,” he said at last. + +“A criminal charge is always serious,” replied M. Folgat. + +“Upon my word,” cried M. de Chandore, “you are not in doubt about +Jacques’s innocence?” + +M. Seneschal did not say, No. He was silent, thinking of the wise +remarks made by his wife the evening before. + +“How can we know,” he began at last, “what may be going on in young +brains of twenty-five when they are set on fire by the remembrance of +certain insults! Wrath is a dangerous counsellor.” + +Grandpapa Chandore refused to hear any more. + +“What! do you talk to me of wrath?” he broke in; “and what do you see +of wrath in this Valpinson affair? I see nothing in it, for my part, but +the very meanest crime, long prepared and coolly carried out.” + +The mayor very seriously shook his head, and said,-- + +“You do not know all that has happened.” + +“Sir,” added M. Folgat, “it is precisely for the purpose of hearing what +has happened that we come to you.” + +“Very well,” said M. Seneschal. + +Thereupon he went to work to describe the events which he had witnessed +at Valpinson, and those, which, as he had learned from the commonwealth +attorney, had taken place at Boiscoran; and this he did with all the +lucidity of an experienced old lawyer who is accustomed to unravel the +mysteries of complicated suits. He wound up by saying,-- + +“Finally, do you know what Daubigeon said to me, whose evidence you +will certainly know how to appreciate? He said in so many words, ‘Galpin +could not but order the arrest of M. de Boiscoran. Is he guilty? I do +not know what to think of it. The accusation is overwhelming. He swears +by all the gods that he is innocent; but he will not tell how he spent +the night.’” + +M. de Chandore, in spite of his vigor, was near fainting, although his +face remained as crimson as ever. Nothing on earth could make him turn +pale. + +“Great God!” he murmured, “what will Dionysia say?” + +Then, turning to M. Folgat, he said aloud,-- + +“And yet Jacques had something in his mind for that evening.” + +“Do you think so?” + +“I am sure of it. But for that, he would certainly have come to the +house, as he has done every evening for a month. Besides, he said so +himself in the letter which he sent Dionysia by one of his tenants, and +which she mentioned to you. He wrote, ‘I curse from the bottom of my +heart the business which prevents me from spending the evening with you; +but I cannot possibly defer it any longer. To-morrow!’” + +“You see,” said M. Seneschal. + +“The letter is of such a nature,” continued the old gentleman, “that I +repeat, No man who premeditated such a hideous crime could possibly have +written it. Nevertheless, I confess to you, that, when I heard the +fatal news, this very allusion to some pressing business impressed me +painfully.” + +But the young lawyer seemed to be far from being convinced. + +“It is evident,” he said, “that M. de Boiscoran will on no account let +it be known where he went.” + +“He told a falsehood, sir,” insisted M. Seneschal. “He commenced by +denying that he had gone the way on which the witnesses met him.” + +“Very naturally, since he desires to keep the place unknown to which he +went.” + +“He did not say any more when he was told that he was under arrest.” + +“Because he hopes he will get out of this trouble without betraying his +secret.” + +“If that were so, it would be very strange.” + +“Stranger things than that have happened.” + +“To allow himself to be accused of incendiarism and murder when he is +innocent!” + +“To be innocent, and to allow one’s self to be condemned, is still +stranger; and yet there are instances”-- + +The young lawyer spoke in that short, imperious tone which is, so +to say, the privilege of his profession, and with such an accent of +assurance, that M. de Chandore felt his hopes revive. M. Seneschal was +sorely troubled. + +“And what do you think, sir?” he asked. + +“That M. de Boiscoran must be innocent,” replied the young advocate. +And, without leaving time for objections, he continued,-- + +“That is the opinion of a man who is not influenced by any +consideration. I come here without any preconceived notions. I do not +know Count Claudieuse any more than M. de Boiscoran. A crime has been +committed: I am told the circumstances; and I at once come to the +conclusion that the reasons which led to the arrest of the accused would +lead me to set him at liberty.” + +“Oh!” + +“Let me explain. If M. de Boiscoran is guilty, he has shown, in the +way in which he received M. Galpin at the house, a perfectly unheard-of +self-control, and a matchless genius for comedy. Therefore, if he is +guilty, he is immensely clever”-- + +“But.” + +“Allow me to finish. If he is guilty, he has in the examination shown a +marvellous want of self-control, and, to be brief, a nameless stupidity: +therefore, if he is guilty, he is immensely stupid”-- + +“But.” + +“Allow me to finish. Can one and the same person be at once so unusually +clever and so unusually stupid? Judge yourself. But again: if M. de +Boiscoran is guilty, he ought to be sent to the insane asylum, and not +to prison; for any one else but a madman would have poured out the dirty +water in which he had washed his blackened hands, and would have buried +anywhere that famous breech-loader, of which the prosecution makes such +good use.” + +“Jacques is safe!” exclaimed M. de Chandore. + +M. Seneschal was not so easily won over. + +“That is specious pleading,” he said. “Unfortunately, we want something +more than a logic conclusion to meet a jury with an abundance of +witnesses on the other side.” + +“We will find more on our side.” + +“What do you propose to do?” + +“I do not know. I have just told you my first impression. Now I must +study the case, and examine the witnesses, beginning with old Anthony.” + +M. de Chandore had risen. He said,-- + +“We can reach Boiscoran in an hour. Shall I send for my carriage?” + +“As quickly as possible,” replied the young lawyer. + +M. de Chandore’s servant was back in a quarter of an hour, and announced +that the carriage was at the door. M. de Chandore and M. Folgat took +their seats; and, while they were getting in, the mayor warned the young +Paris lawyer,-- + +“Above all, be prudent and circumspect. The public mind is already but +too much inflamed. Politics are mixed up with the case. I am afraid of +some disturbance at the burial of the firemen; and they bring me word +that Dr. Seignebos wants to make a speech at the graveyard. Good-by and +good luck!” + +The driver whipped the horse, and, as the carriage was going down +through the suburbs, M. de Chandore said,-- + +“I cannot understand why Anthony did not come to me immediately after +his master had been arrested. What can have happened to him?” + + + +IV. + +M. Seneschal’s horse was perhaps one of the very best in the whole +province; but M. de Chandore’s was still better. In less than fifty +minutes they had driven the whole distance to Boiscoran; and during this +time M. de Chandore and M. Folgat had not exchanged fifty words. + +When they reached Boiscoran, the courtyard was silent and deserted. +Doors and windows were hermetically closed. On the steps of the porch +sat a stout young peasant, who, at the sight of the newcomers, rose, and +carried his hand to his cap. + +“Where is Anthony?” asked M. de Chandore. + +“Up stairs, sir.” + +The old gentleman tried to open the door: it resisted. + +“O sir! Anthony has barricaded the door from the inside.” + +“A curious idea,” said M. de Chandore, knocking with the butt-end of his +whip. + +He was knocking fiercer and fiercer, when at last Anthony’s voice was +heard from within,-- + +“Who is there?” + +“It is I, Baron Chandore.” + +The bars were removed instantly, and the old valet showed himself in the +door. He looked pale and undone. The disordered condition of his beard, +his hair, and his dress, showed that he had not been to bed. And this +disorder was full of meaning in a man who ordinarily prided himself upon +appearing always in the dress of an English gentleman. + +M. de Chandore was so struck by this, that he asked, first of all,-- + +“What is the matter with you, my good Anthony?” + +Instead of replying, Anthony drew the baron and his companion inside; +and, when he had fastened the door again, he crossed his arms, and +said,-- + +“The matter is--well, I am afraid.” + +The old gentleman and the lawyer looked at each other. They evidently +both thought the poor man had lost his mind. Anthony saw it, and said +quickly,-- + +“No, I am not mad, although, certainly, there are things passing here +which could make one doubtful of one’s own senses. If I am afraid, it is +for good reasons.” + +“You do not doubt your master?” asked M. Folgat. + +The servant cast such fierce, threatening glances at the lawyer, that M. +de Chandore hastened to interfere. + +“My dear Anthony,” he said, “this gentleman is a friend of mine, a +lawyer, who has come down from Paris with the marchioness to defend +Jacques. You need not mistrust him, nay, more than that, you must tell +him all you know, even if”-- + +The trusty old servant’s face brightened up, and he exclaimed,-- + +“Ah! If the gentleman is a lawyer. Welcome, sir. Now I can say all that +weighs on my heart. No, most assuredly I do not think Master Jacques +guilty. It is impossible he should be so: it is absurd to think of it. +But what I believe, what I am sure of, is this,--there is a plot to +charge him with all the horrors of Valpinson.” + +“A plot?” broke in M. Folgat, “whose? how? and what for?” + +“Ah! that is more than I know. But I am not mistaken; and you would +think so too, if you had been present at the examination, as I was. It +was fearful, gentlemen, it was unbearable, so that even I was stupefied +for a moment, and thought my master was guilty, and advised him to flee. +The like has never been heard of before, I am sure. Every thing went +against him. Every answer he made sounded like a confession. A crime +had been committed at Valpinson; he had been seen going there and coming +back by side paths. A fire had been kindled; his hands bore traces of +charcoal. Shots had been fired; they found one of his cartridge-cases +close to the spot where Count Claudieuse had been wounded. There it +was I saw the plot. How could all these circumstances have agreed so +precisely if they had not been pre-arranged, and calculated beforehand? +Our poor M. Daubigeon had tears in his eyes; and even that meddlesome +fellow, Mechinet, the clerk, was quite overcome. M. Galpin was the only +one who looked pleased; but then he was the magistrate, and he put the +questions. He, my master’s friend!--a man who was constantly coming +here, who ate our bread, slept in our beds, and shot our game. Then it +was, ‘My dear Jacques,’ and ‘My dear Boiscoran’ always, and no end of +compliments and caresses; so that I often thought one of these days I +should find him blackening my master’s boots. Ah! he took his revenge +yesterday; and you ought to have seen with what an air he said to +master, ‘We are friends no longer.’ The rascal! No, we are friends no +longer; and, if God was just, you ought to have all the shot in your +body that has wounded Count Claudieuse.” + +M. de Chandore was growing more and more impatient. As soon, therefore, +as Anthony’s breath gave out a moment, he said,-- + +“Why did you not come and tell me all that immediately?” + +The old servant ventured to shrug his shoulders slightly, and replied,-- + +“How could I? When the examination was over, that man, Galpin, put the +seals everywhere,--strips of linen, fastened on with sealing-wax, as +they do with dead people. He put one on every opening, and on some +of them two. He put three on the outer door. Then he told me that he +appointed me keeper of the house, that I would be paid for it, but that +I would be sent to the galleys if any one touched the seals with the +tip of the finger. When he had handed master over to the gendarmes, that +man, Galpin, went away, leaving me here alone, dumfounded, like a man +who has been knocked in the head. Nevertheless, I should have come to +you, sir, but I had an idea, and that gave me the shivers.” + +Grandpapa Chandore stamped his foot, and said,-- + +“Come to the point, to the point!” + +“It was this: you must know, gentlemen, that, in the examination, that +breech-loading gun played a prominent part. That man, Galpin looked at +it carefully, and asked master when he had last fired it off. Master +said, ‘About five days ago. You hear, I say, five days.’ Thereupon, that +man, Galpin, puts the gun down, without looking at the barrels.” + +“Well?” asked M. Folgat. + +“Well, sir, I--Anthony--I had the evening before--I say the evening +before--cleaned the gun, washed it, and”-- + +“Upon my word,” cried M. de Chandore, “why did you not say so at once? +If the barrels are clean, that is an absolute proof that Jacques is +innocent.” + +The old servant shook his head, and said,-- + +“To be sure, sir. But are they clean?” + +“Oh!” + +“Master may have been mistaken as to the time when he last fired the +gun, and then the barrels would be soiled; and, instead of helping him, +my evidence might ruin him definitely. Before I say any thing, I ought +to be sure.” + +“Yes,” said Folgat, approvingly, “and you have done well to keep +silence, my good man, and I cannot urge you too earnestly not to say a +word of it to any one. That fact may become a decisive argument for the +_defence_.” + +“Oh! I can keep my tongue, sir. Only you may imagine how impatient it +has made me to see these accursed seals which prevent me from going to +look at the gun. Oh, if I had dared to break one of them!” + +“Poor fellow!” + +“I thought of doing it; but I checked myself. Then it occurred to me +that other people might think of the same thing. The rascals who have +formed this abominable plot against Master Jacques are capable of any +thing, don’t you think so? Why might not they come some night, and +break the seals? I put the steward on guard in the garden, beneath the +windows. I put his son as a sentinel into the courtyard; and I have +myself stood watch before the seals with arms in my hands all the time. +Let the rascals come on; they will find somebody to receive them.” + +In spite of all that is said, lawyers are better than their reputation. +Lawyers, accused of being sceptics above all men, are, on the contrary, +credulous and simple-minded. Their enthusiasm is sincere; and, when we +think they play a part, they are in earnest. In the majority of cases, +they fancy their own side the just one, even though they should be +beaten. Hour by hour, ever since his arrival at Sauveterre, M. Folgat’s +faith in Jacques’s innocence had steadily increased. Old Anthony’s +tale was not made to shake his growing conviction. He did not admit the +existence of a plot, however; but he was not disinclined to believe +in the cunning calculations of some rascal, who, availing himself of +circumstances known to him alone, tried to let all suspicion fall upon +M. de Boiscoran, instead of himself. + +But there were many more questions to be asked; and Anthony was in such +a state of feverish excitement, that it was difficult to induce him to +answer. For it is not so easy to examine a man, however inclined he may +be to answer. It requires no small self-possession, much care, and an +imperturbable method, without which the most important facts are apt to +be overlooked. M. Folgat began, therefore, after a moment’s pause, once +more, saying,-- + +“My good Anthony, I cannot praise your conduct in this matter too +highly. However, we have not done with it yet. But as I have eaten +nothing since I left Paris last night, and as I hear the bell strike +twelve o’clock”-- + +M. de Chandore seemed to be heartily ashamed, and broke in,-- + +“Ah, forgetful old man that I am! Why did I not think of it? But you +will pardon me, I am sure. I am so completely upset. Anthony, what can +you let us have?” + +“The housekeeper has eggs, potted fowl, ham”-- + +“Whatever can be made ready first will be the best,” said the young +lawyer. + +“In a quarter of an hour the table shall be set,” replied the servant. + +He hurried away, while M. de Chandore invited M. Folgat into the +sitting-room. The poor grandfather summoned all his energy to keep up +appearances. + +“This fact about the gun will save him, won’t it?” he asked. + +“Perhaps so,” replied the famous advocate. + +And they were silent,--the grandfather thinking of the grief of his +grandchild, and cursing the day on which he had opened his house +to Jacques, and with him to such heart-rending anguish; the lawyer +arranging in his mind the facts he had learned, and preparing the +questions he was going to ask. They were both so fully absorbed by their +thoughts, that they started when Anthony reappeared, and said,-- + +“Gentlemen, breakfast is ready!” + +The table had been set in the dining-room; and, when the two gentlemen +had taken their seats, old Anthony placed himself, his napkin over his +arm, behind them; but M. de Chandore called him, saying,-- + +“Put another plate, Anthony, and breakfast with us.” + +“Oh, sir,” protested the old servant,--“sir”-- + +“Sit down,” repeated the baron: “if you eat after us, you will make us +lose time, and an old servant like you is a member of the family.” + +Anthony obeyed, quite overcome, but blushing with delight at the honor +that was done him; for the Baron de Chandore did not usually distinguish +himself to familiarity. When the ham and eggs of the housekeeper had +been disposed of, M. Folgat said,-- + +“Now let us go back to business. Keep cool, my dear Anthony, and +remember, that, unless we get the court to say that there is no case, +your answers may become the basis of our defence. What were M. de +Boiscoran’s habits when he was here?” + +“When he was here, sir, he had, so to say, no habits. We came here very +rarely, and only for a short time.” + +“Never mind: what was he doing here?” + +“He used to rise late; he walked about a good deal; he sometimes went +out hunting; he sketched; he read, for master is a great reader, and is +as fond of his books as the marquis, his father, is of his porcelains.” + +“Who came here to see him?” + +“M. Galpin most frequently, Dr. Seignebos, the priest from Brechy, M. +Seneschal, M. Daubigeon.” + +“How did he spend his evenings?” + +“At M. de Chandore’s, who can tell you all about it.” + +“He had no other relatives in this country?” + +“No.” + +“You do not know that he had any lady friend?” + +Anthony looked as if he would have blushed. + +“Oh, sir!” he said, “you do not know, I presume, that master is engaged +to Miss Dionysia?” + +The Baron de Chandore was not a baby, as he liked to call it. Deeply +interested as he was, he got up, and said,-- + +“I want to take a little fresh air.” + +And he went out, understanding very well that his being Dionysia’s +grandfather might keep Anthony from telling the truth. + +“That is a sensible man,” thought M. Folgat. + +Then he added aloud,-- + +“Now we are alone, my dear Anthony, you can speak frankly. Did M. de +Boiscoran keep a mistress?” + +“No, sir.” + +“Did he ever have one?” + +“Never. They will tell you, perhaps, that once upon a time he was rather +pleased with a great, big red-haired woman, the daughter of a miller in +the neighborhood, and that the gypsy of a woman came more frequently to +the chateau than was needful,--now on one pretext, and now on another. +But that was mere childishness. Besides, that was five years ago, +and the woman has been married these three years to a basket-maker at +Marennes.” + +“You are quite sure of what you say?” + +“As sure as I am of myself. And you would be as sure of it yourself, if +you knew the country as I know it, and the abominable tongues the people +have. There is no concealing any thing from them. I defy a man to talk +three times to a woman without their finding it out, and making a story +of it. I say nothing of Paris”-- + +M. Folgat listened attentively. He asked,-- + +“Ah! was there any thing of the kind in Paris?” + +Anthony hesitated; at last he said,-- + +“You see, master’s secrets are not my secrets, and, after the oath I +have sworn,”-- + +“It may be, however, that his safety depends upon your frankness in +telling me all,” said the lawyer. “You may be sure he will not blame you +for having spoken.” + +For several seconds the old servant remained undecided; then he said,-- + +“Master, they say, has had a great love-affair.” + +“When?” + +“I do not know when. That was before I entered his service. All I know +is, that, for the purpose of meeting the person, master had bought at +Passy, at the end of Vine Street, a beautiful house, in the centre of a +large garden, which he had furnished magnificently.” + +“Ah!” + +“That is a secret, which, of course, neither master’s father nor his +mother knows to this day; and I only know it, because one day master +fell down the steps, and dislocated his foot, so that he had to send for +me to nurse him. He may have bought the house under his own name; but he +was not known by it there. He passed for an Englishmen, a Mr. Burnett; +and he had an English maid-servant.” + +“And the person?” + +“Ah, sir! I not only do not know who she is, but I cannot even guess +it, she took such extraordinary precautions! Now that I mean to tell you +every thing, I will confess to you that I had the curiosity to question +the English maid. She told me that she was no farther than I was, that +she knew, to be sure, a lady was coming there from time to time; but +that she had never seen even the end of her nose. Master always arranged +it so well, that the girl was invariably out on some errand or other +when the lady came and when she went away. While she was in the house, +master waited upon her himself. And when they wanted to walk in the +garden, they sent the servant away, on some fool’s errand, to Versailles +or to Fontainebleau; and she was mad, I tell you.” + +M. Folgat began to twist his mustache, as he was in the habit of doing +when he was specially interested. For a moment, he thought he saw the +woman--that inevitable woman who is always at the bottom of every great +event in man’s life; and just then she vanished from his sight; for +he tortured his mind in vain to discover a possible if not probable +connection between the mysterious visitor in Vine Street and the +events that had happened at Valpinson. He could not see a trace. Rather +discouraged, he asked once more,-- + +“After all, my dear Anthony, this great love-affair of your master’s has +come to an end?” + +“It seems so, sir, since Master Jacques was going to marry Miss +Dionysia.” + +That reason was perhaps not quite as conclusive as the good old servant +imagined; but the young advocate made no remark. + +“And when do you think it came to an end?” + +“During the war, master and the lady must have been parted; for master +did not stay in Paris. He commanded a volunteer company; and he was even +wounded in the head, which procured him the cross.” + +“Does he still own the house in Vine Street?” + +“I believe so.” + +“Why?” + +“Because, some time ago, when master and I went to Paris for a week, +he said to me one day, ‘The War and the commune have cost me dear. +My cottage has had more than twenty shells, and it has been in turn +occupied by _Francs-tireurs_, Communists and Regulars. The walls are +broken; and there is not a piece of furniture uninjured. My architect +tells me, that all in all, the repairs will cost me some ten thousand +dollars.’” + +“What? Repairs? Then he thought of going back there?” + +“At that time, sir, master’s marriage had not been settled. Yet”-- + +“Still that would go to prove that he had at that time met the +mysterious lady once more, and that the war had not broken off their +relations.” + +“That may be.” + +“And has he never mentioned the lady again?” + +“Never.” + +At this moment M. de Chandore’s cough was heard in the hall,--that cough +which men affect when they wish to announce their coming. Immediately +afterwards he reappeared; and M. Folgat said to him, to show that his +presence was no longer inconvenient,-- + +“Upon my word, sir, I was just on the point of going in search of you, +for fear that you felt really unwell.” + +“Thank you,” replied the old gentleman, “the fresh air has done me +good.” + +He sat down; and the young advocate turned again to Anthony, saying,-- + +“Well, let us go on. How was he the day before the fire?” + +“Just as usual.” + +“What did he do before he went out?” + +“He dined as usual with a good appetite; then he went up stairs and +remained there for an hour. When he came down, he had a letter in his +hand, which he gave to Michael, our tenant’s son, and told him to carry +it to Sauveterre, to Miss Chandore.” + +“Yes. In that letter, M. de Boiscoran told Miss Dionysia that he was +retained here by a matter of great importance.” + +“Ah!” + +“Have you any idea what that could have been?” + +“Not at all, sir, I assure you.” + +“Still let us see. M. de Boiscoran must have had powerful reasons +to deprive himself of the pleasure of spending the evening with Miss +Dionysia?” + +“Yes, indeed.” + +“He must also have had his reasons for taking to the marshes, on his way +out, instead of going by the turnpike, and for coming back through the +woods.” + +Old Anthony was literally tearing his hair, as he exclaimed,-- + +“Ah, sir! These are the very words M. Galpin said.” + +“Unfortunately every man in his senses will say so.” + +“I know, sir: I know it but too well. And Master Jacques himself knew +it so well that at first he tried to find some pretext; but he has +never told a falsehood. And he who is such a clever man could not find +a pretext that had any sense in it. He said he had gone to Brechy to see +his wood-merchant”-- + +“And why should he not?” + +Anthony shook his head, and said,-- + +“Because the wood-merchant at Brechy is a thief, and everybody knows +that master has kicked him out of the house some three years ago. We +sell all our wood at Sauveterre.” + +M. Folgat had taken out a note-book, and wrote down some of Anthony’s +statements, preparing thus the outline of his defence. This being done, +he commenced again,-- + +“Now we come to Cocoleu.” + +“Ah the wretch!” cried Anthony. + +“You know him?” + +“How could I help knowing him, when I lived all my life here at +Boiscoran in the service of master’s uncle?” + +“Then what kind of a man is he?” + +“An idiot, sir or, as they here call it, an innocent, who has Saint +Vitus dance into the bargain, and epilepsy moreover.” + +“Then it is perfectly notorious that he is imbecile?” + +“Yes, sir, although I have heard people insist that he is not quite +so stupid as he looks, and that, as they say here, he plays the ass in +order to get his oats”-- + +M. de Chandore interrupted him, and said,-- + +“On this subject Dr. Seignebos can give you all the information you may +want: he kept Cocoleu for nearly two years at his own house.” + +“I mean to see the doctor,” replied M. Folgat. “But first of all we must +find this unfortunate idiot.” + +“You heard what M. Seneschal said: he has put the gendarmes on his +track.” + +Anthony made a face, and said,-- + +“If the gendarmes should take Cocoleu, Cocoleu must have given himself +up voluntarily.” + +“Why so?” + +“Because, gentlemen, there is no one who knows all the by-ways and +out-of-the-way corners of the country so well as that idiot; for he +has been hiding all his life like a savage in all the holes and +hiding-places that are about here; and, as he can live perfectly well on +roots and berries, he may stay away three months without being seen by +any one.” + +“Is it possible?” exclaimed M. Folgat angrily. + +“I know only one man,” continued Anthony, “who could find out Cocoleu, +and that is our tenant’s son Michael,--the young man you saw down +stairs.” + +“Send for him,” said M. de Chandore. + +Michael appeared promptly, and, when he had heard what he was expected +to do, he replied,-- + +“The thing can be done, certainly; but it is not very easy. Cocoleu +has not the sense of a man; but he has all the instincts of a brute. +However, I’ll try.” + +There was nothing to keep either M. de Chandore or M. Folgat any longer +at Boiscoran; hence, after having warned Anthony to watch the seals +well, and get a glimpse, if possible, of Jacques’s gun, when the +officers should come for the different articles, they left the chateau. +It was five o’clock when they drove into town again. Dionysia was +waiting for them in the sitting-room. She rose as they entered, looking +quite pale, with dry, brilliant eyes. + +“What? You are alone here!” said M. de Chandore. “Why have they left you +alone?” + +“Don’t be angry, grandpapa. I have just prevailed on the marchioness, +who was exhausted with fatigue to lie down for an hour or so before +dinner.” + +“And your aunts?” + +“They have gone out, grandpapa. They are probably, by this time at M. +Galpin’s.” + +M. Folgat started, and said,-- + +“Oh!” + +“But that is foolish in them!” exclaimed the old gentleman. + +The young girl closed his lips by a single word. She said,-- + +“I asked them to go.” + + + +V. + +Yes, the step taken by the Misses Lavarande was foolish. At the point +which things had reached now, their going to see M. Galpin was perhaps +equivalent to furnishing him the means to crush Jacques. But whose fault +was it, but M. de Chandore’s and M. Folgat’s? Had they not committed an +unpardonable blunder in leaving Sauveterre without any other precaution +than to send word through M. Seneschal’s servant, that they would be +back for dinner, and that they need not be troubled about them? + +Not be troubled? And that to the Marchioness de Boiscoran and Dionysia, +to Jacques’s mother and Jacques’s betrothed. + +Certainly, at first, the two wretched women preserved their self-control +in a manner, trying to set each other an example of courage and +confidence. But, as hour after hour passed by, their anxiety became +intolerable; and gradually, as they confided their apprehensions to +each other, their grief broke out openly. They thought of Jacques being +innocent, and yet treated like one of the worst criminals, alone in +the depth of his prison, given up to the most horrible inspirations of +despair. What could have been his feelings during the twenty-four +hours which had brought him no news from his friends? Must he not fancy +himself despised and abandoned. + +“That is an intolerable thought!” exclaimed Dionysia at lat. “We must +get to him at any price.” + +“How?” asked the marchioness. + +“I do not know; but there must be some way. There are things which I +would not have ventured upon as long as I was alone; but, with you by my +side, I can risk any thing. Let us go to the prison.” + +The old lady promptly put a shawl around her shoulders, and said,-- + +“I am ready; let us go.” + +They had both heard repeatedly that Jacques was kept in close +confinement; but neither of them realized fully what that meant. They +had no idea of this atrocious measure, which is, nevertheless, rendered +necessary by the peculiar forms of French law-proceedings,--a measure +which, so to say, immures a man alive, and leaves him in his cell alone +with the crime with which he is charged, and utterly at the mercy of +another man, whose duty it is to extort the truth from him. The two +ladies only saw the want of liberty, a cell with its dismal outfittings, +the bars at the window, the bolts at the door, the jailer shaking his +bunch of keys at his belt, and the tramp of the solitary sentinel in the +long passages. + +“They cannot refuse me permission,” said the old lady, “to see my son.” + +“They cannot,” repeated Dionysia. “And, besides, I know the jailer, +Blangin: his wife was formerly in our service.” + +When the young girl, therefore, raised the heavy knocker at the +prison-door, she was full of cheerful confidence. Blangin himself came +to the door; and, at the sight of the two poor ladies, his broad face +displayed the utmost astonishment. + +“We come to see M. de Boiscoran,” said Dionysia boldly. + +“Have you a permit, ladies?” asked the keeper. + +“From whom?” + +“From M. Galpin.” + +“We have no permit.” + +“Then I am very sorry to have to tell you, ladies, that you cannot +possibly see M. de Boiscoran. He is kept in close confinement, and I +have the strictest orders.” + +Dionysia looked threatening, and said sharply,-- + +“Your orders cannot apply to this lady, who is the Marchioness de +Boiscoran.” + +“My orders apply to everybody, madam.” + +“You would not, I am sure, keep a poor, distressed mother from seeing +her son!” + +“Ah! but--madam--it does not rest with me. I? Who am I? Nothing more +than one of the bolts, drawn or pushed at will.” + +For the first time, it entered the poor girl’s head that her effort +might fail: still she tried once more, with tears in her eyes,-- + +“But I, my dear M. Blangin, think of me! You would not refuse me? Don’t +you know who I am? Have you never heard your wife speak of me?” + +The jailer was certainly touched. He replied,-- + +“I know how much my wife and myself are indebted to your kindness, +madam. But--I have my orders, and you surely would not want me to lose +my place, madam?” + +“If you lose your place, M. Blangin, I, Dionysia de Chandore, promise +you another place twice as good.” + +“Madame!” + +“You do not doubt my word, M. Blangin, do you?” + +“God forbid, madam! But it is not my place only. If I did what you want +me to do, I should be severely punished.” + +The marchioness judged from the jailer’s tone that Dionysia was not +likely to prevail over him, and so she said,-- + +“Don’t insist, my child. Let us go back.” + +“What? Without finding out what is going on behind these pitiless walls; +without knowing even whether Jacques is dead or alive?” + +There was evidently a great struggle going on in the jailer’s heart. All +of a sudden he cast a rapid glance around, and then said, speaking very +hurriedly,-- + +“I ought not to tell you--but never mind--I cannot let you go away +without telling you that M. de Boiscoran is quite well.” + +“Ah!” + +“Yesterday, when they brought him here, he was, so to say, overcome. He +threw himself upon his bed, and he remained there without stirring for +over two hours. I think he must have been crying.” + +A sob, which Dionysia could not suppress, made Blangin start. + +“Oh, reassure yourself, madame!” he added quickly. “That state of things +did not last long. Soon M. de Boiscoran got up, and said, ‘Why, I am a +fool to despair!’” + +“Did you hear him say so?” asked the old lady. + +“Not I. It was Trumence who heard it.” + +“Trumence?” + +“Yes, one of our jail-birds. Oh! he is only a vagabond, not bad at all; +and he has been ordered to stand guard at the door of M. de Boiscoran’s +cell, and not for a moment to lose sight of it. It was M. Galpin who had +that idea, because the prisoners sometimes in their first despair,--a +misfortune happens so easily,--they become weary of life--Trumence would +be there to prevent it.” + +The old lady trembled with horror. This precautionary measure, more than +any thing else, gave her the full measure of her son’s situation. + +“However,” M. Blangin went on, “there is nothing to fear. M. de +Boiscoran became quite calm again, and even cheerful, if I may say +so. When he got up this morning, after having slept all night like a +dormouse, he sent for me, and asked me for paper, ink, and pen. All the +prisoners ask for that the second day. I had orders to let him have it, +and so I gave it to him. When I carried him his breakfast, he handed me +a letter for Miss Chandore.” + +“What?” cried Dionysia, “you have a letter for me, and you don’t give it +to me?” + +“I do not have it now, madam. I had to hand it, as is my duty, to M. +Galpin, when he came accompanied by his clerk, Mechinet, to examine M. +de Boiscoran.” + +“And what did he say?” + +“He opened the letter, read it, put it into his pocket, and said, +‘Well.’” + +Tears of anger this time sprang from Dionysia’s eyes; and she cried,-- + +“What a shame? This man reads a letter written by Jacques to me! That is +infamous!” + +And, without thinking of thanking Blangin, she drew off the old lady, +and all the way home did not say a word. + +“Ah, poor child, you did not succeed,” exclaimed the two old aunts, when +they saw their niece come back. + +But, when they had heard every thing, they said,-- + +“Well, we’ll go and see him, this little magistrate, who but the day +before yesterday was paying us abject court to obtain the hand of our +cousin. And we’ll tell him the truth; and, if we cannot make him give us +back Jacques, we will at least trouble him in his triumph, and take down +his pride.” + +How could poor Dionysia help adopting the notions of the old ladies, +when their project offered such immediate satisfaction to her +indignation, and at the same time served her secret hopes? + +“Oh, yes! You are right, dear aunts,” she said. “Quick, don’t lose any +time; go at once!” + +Unable to resist her entreaties, they started instantly, without +listening to the timid objections made by the marchioness. But the good +ladies were sadly mistaken as to the state of mind of M. Galpin. The +ex-lover of one of their cousins was not bedded on roses by any means. +At the beginning of this extraordinary affair he had taken hold of it +with eagerness, looking upon it as an admirable opportunity, long looked +for, and likely to open wide the doors to his burning ambition. Then +having once begun, and the investigation being under way, he had been +carried away by the current, without having time to reflect. He had even +felt a kind of unhealthy satisfaction at seeing the evidence increasing, +until he felt justified and compelled to order his former friend to +be sent to prison. At that time he was fairly dazzled by the most +magnificent expectations. This preliminary inquiry, which in a few hours +already had led to the discovery of a culprit the most unlikely of all +men in the province, could not fail to establish his superior ability +and matchless skill. + +But, a few hours later, M. Galpin looked no longer with the same eye +upon these events. Reflection had come; and he had begun to doubt his +ability, and to ask himself, if he had not, after all, acted rashly. +If Jacques was guilty, so much the better. He was sure, in that case, +immediately after the verdict, to obtain brilliant promotion. Yes, but +if Jacques should be innocent? When that thought occurred to M. Galpin +for the first time, it made him shiver to the marrow of his bones. +Jacques innocent!--that was his own condemnation, his career ended, his +hopes destroyed, his prospects ruined forever. Jacques innocent!--that +was certain disgrace. He would be sent away from Sauveterre, where he +could not remain after such a scandal. He would be banished to some +out-of-the-way village, and without hope of promotion. + +In vain he tried to reason that he had only done his duty. People would +answer, if they condescended at all to answer, that there are flagrant +blunders, scandalous mistakes, which a magistrate must not commit; and +that for the honor of justice, and in the interest of the law, it is +better, under certain circumstances, to let a guilty man escape, than to +punish an innocent one. + +With such anxiety on his mind, the most cruel that can tear the heart of +an ambitious man, M. Galpin found his pillow stuffed with thorns. He +had been up since six o’clock. At eleven, he had sent for his clerk, +Mechinet; and they had gone together to the jail to recommence the +examination. It was then that the jailer had handed him the prisoner’s +letter for Dionysia. It was a short note, such as a sensible man would +write who knows full well that a prisoner cannot count upon the secrecy +of his correspondence. It was not even sealed, a fact which M. Blangin +had not noticed. + +“Dionysia, my darling,” wrote the prisoner, “the thought of the terrible +grief I cause you is my most cruel, and almost my only sorrow. Need I +stoop to assure you that I am innocent? I am sure it is not needed. I am +the victim of a fatal combination of circumstances, which could not but +mislead justice. But be reassured, be hopeful. When the time comes, I +shall be able to set matters right. + +“JACQUES.” + +“Well,” M. Galpin had really said after reading this letter. +Nevertheless it had stung him to the quick. + +“What assurance!” he had said to himself. + +Still he had regained courage while ascending the steps of the prison. +Jacques had evidently not thought it likely that his note would reach +its destination directly, and hence it might be fairly presumed that he +had written for the eyes of justice as well as for his lady-love. The +fact that the letter was not sealed even, gave some weight to this +presumption. + +“After all we shall see,” said M. Galpin, while Blangin was unlocking +the door. + +But he found Jacques as calm as if he had been in his chateau at +Boiscoran, haughty and even scornful. It was impossible to get any thing +out of him. When he was pressed, he became obstinately silent, or said +that he needed time to consider. The magistrate had returned home more +troubled than ever. The position assumed by Jacques puzzled him. Ah, if +he could have retraced his steps! + +But it was too late. He had burnt his vessels, and condemned himself +to go on to the end. For his own safety, for his future life, it was +henceforth necessary that Jacques de Boiscoran should be found guilty; +that he should be tried in open court, and there be sentenced. It must +be. It was a question of life or death for him. + +He was in this state of mind when the two Misses Lavarande called at +his house, and asked to see him. He shook himself; and in an instant +his over-excited mind presented to him all possible contingencies. What +could the two old ladies want of him? + +“Show them in,” he said at last. + +They came in, and haughtily declined the chairs that were offered. + +“I hardly expected to have the honor of a visit from you, ladies,” he +commenced. + +The older of the two, Miss Adelaide, cut him short, saying,-- + +“I suppose not, after what has passed.” + +And thereupon, speaking with all the eloquence of a pious woman who +is trying to wither an impious man, she poured upon him a stream of +reproaches for what she called his infamous treachery. What? How could +he appear against Jacques, who was his friend, and who had actually +aided him in obtaining the promise of a great match. By that one hope +he had become, so to say, a member of the family. Did he not know that +among kinsmen it was a sacred duty to set aside all personal feelings +for the purpose of protecting that sacred patrimony called family honor? + +M. Galpin felt like a man upon whom a handful of stones falls from the +fifth story of a house. Still he preserved his self-control, and even +asked himself what advantage he might obtain from this extraordinary +scene. Might it open a door for reconciliation? + +As soon, therefore, as Miss Adelaide stopped, he began justifying +himself, painting in hypocritical colors the grief it had given him, +swearing that he was able to control the events, and that Jacques was as +dear to him now as ever. + +“If he is so dear to you,” broke in Miss Adelaide, “why don’t you set +him free?” + +“Ah! how can I?” + +“At least give his family and his friends leave to see him.” + +“The law will not let me. If he is innocent, he has only to prove it. If +he is guilty, he must confess. In the first case, he will be set free; +in the other case, he can see whom he wishes.” + +“If he is so dear to you, how could you dare read the letter he had +written to Dionysia?” + +“It is one of the most painful duties of my profession to do so.” + +“Ah! And does that profession also prevent you from giving us that +letter after having read it?” + +“Yes. But I may tell you what is in it.” + +He took it out of a drawer, and the younger of the two sisters, Miss +Elizabeth, copied it in pencil. Then they withdrew, almost without +saying good-by. + +M. Galpin was furious. He exclaimed,-- + +“Ah, old witches! I see clearly you do not believe in Jacques’s +innocence. Why else should his family be so very anxious to see him? No +doubt they want to enable him to escape by suicide the punishment of his +crime. But, by the great God, that shall not be, if I can help it!” + +M. Folgat was, as we have seen, excessively annoyed at this step taken +by the Misses Lavarande; but he did not let it be seen. It was very +necessary that he at least should retain perfect presence of mind and +calmness in this cruelly tried family. M. de Chandore, on the other +hand, could not conceal his dissatisfaction so well; and, in spite of +his deference to his grandchild’s wishes, he said,-- + +“I am sure, my dear child, I don’t wish to blame you. But you know your +aunts, and you know, also, how uncompromising they are. They are quite +capable of exasperating M. Galpin.” + +“What does it matter?” asked the young girl haughtily. “Circumspection +is all very well for guilty people; but Jacques is innocent.” + +“Miss Chandore is right,” said M. Folgat, who seemed to succumb to +Dionysia like the rest of the family. “Whatever the ladies may have +done, they cannot make matters worse. M. Galpin will be none the less +our bitter enemy.” + +Grandpapa Chandore started. He said,-- + +“But”-- + +“Oh! I do not blame him,” broke in the young lawyer; “but I blame +the laws which make him act as he does. How can a magistrate remain +perfectly impartial in certain very important cases, like this one, when +his whole future career depends upon his success? A man may be a most +upright magistrate, incapable of unfairness, and conscientious in +fulfilling all his duties, and yet he is but a man. He has his interest +at stake. He does not like the court to find that that there is no case. +The great rewards are not always given to the lawyer who has taken most +pains to find out the truth.” + +“But M. Galpin was a friend of ours, sir.” + +“Yes; and that is what makes me fear. What will be his fate on the day +when M. Jacques’s innocence is established?” + +They were just coming home, quite proud of their achievement, and waving +in triumph the copy of Jacques’s letter. Dionysia seized upon it; and, +while she read it aside, Miss Adelaide described the interview, stating +how haughty and disdainful she had been, and how humble and repentant M. +Galpin had seemed to be. + +“He was completely undone,” said the two old ladies with one voice: “he +was crushed, annihilated.” + +“Yes, you have done a nice thing,” growled the old baron; “and you have +much reason to boast, forsooth.” + +“My aunts have done well,” declared Dionysia. “Just see what Jacques +has written! It is clear and precise. What can we fear when he says, ‘Be +reassured: when the time comes, I shall be able to set matters right’?” + +M. Folgat took the letter, read it, and shook his head. Then he said,-- + +“There was no need of this letter to confirm my opinion. At the bottom +of this affair there is a secret which none of us have found out yet. +But M. de Boiscoran acts very rashly in playing in this way with a +criminal prosecution. Why did he not explain at once? What was easy +yesterday may be less easy to-morrow, and perhaps impossible in a week.” + +“Jacques, sir, is a superior man,” cried Dionysia, “and whatever he says +is perfectly sure to be the right thing.” + +His mother’s entrance prevented the young lawyer from making any reply. +Two hours’ rest had restored to the old lady a part of her energy, and +her usual presence of mind; and she now asked that a telegram should be +sent to her husband. + +“It is the least we can do,” said M. de Chandore in an undertone, +“although it will be useless, I dare say. Boiscoran does not care that +much for his son. Pshaw! Ah! if it was a rare _faience_, or a plate that +is wanting in his collection, then would it be a very different story.” + +Still the despatch was drawn up and sent, at the very moment when a +servant came in, and announced that dinner was ready. The meal was less +sad than they had anticipated. Everybody, to be sure, felt a heaviness +at heart as he thought that at the same hour a jailer probably brought +Jacques his meal to his cell; nor could Dionysia keep from dropping a +tear when she saw M. Folgat sitting in her lover’s place. But no one, +except the young advocate, thought that Jacques was in real danger. + +M. Seneschal, however, who came in just as coffee was handed round, +evidently shared M. Folgat’s apprehensions. The good mayor came to hear +the news, and to tell his friends how he had spent the day. The funeral +of the firemen had passed off quietly, although amid deep emotion. No +disturbance had taken place, as was feared; and Dr. Seignebos had not +spoken at the graveyard. Both a disturbance and a row would have been +badly received, said M. Seneschal; for he was sorry to say, the immense +majority of the people of Sauveterre did not doubt M. de Boiscoran’s +guilt. In several groups he had heard people say, “And still you will +see they will not condemn him. A poor devil who should commit such a +horrible crime would be hanged sure enough; but the son of the Marquis +de Boiscoran--you will see, he’ll come out of it as white as snow.” + +The rolling of a carriage, which stopped at the door, fortunately +interrupted him at this point. + +“Who can that be?” asked Dionysia, half frightened. + +They heard in the passage the noise of steps and voices, something like +a scuffle; and almost instantly the tenant’s son Michael pushed open the +door of the sitting-room, crying out,-- + +“I have gotten him! Here he is!” + +And with these words he pushed in Cocoleu, all struggling, and looking +around him, like a wild beast caught in a trap. + +“Upon my word, my good fellow,” said M. Seneschal, “you have done better +than the gendarmes!” + +The manner in which Michael winked with his eye showed that he had not a +very exalted opinion of the cleverness of the gendarmes. + +“I promised the baron,” he said, “I would get hold of Cocoleu somehow or +other. I knew that at certain times he went and buried himself, like the +wild beast that he is, in a hole which he has scratched under a rock in +the densest part of the forest of Rochepommier. I had discovered this +den of his one day by accident; for a man might pass by a hundred times, +and never dream of where it was. But, as soon as the baron told me that +the innocent had disappeared, I said to myself, ‘I am sure he is in his +hole: let us go and see.’ So I gathered up my legs; I ran down to the +rocks: and there was Cocoleu. But it was not so easy to pull him out of +his den. He would not come; and, while defending himself, he bit me in +the hand, like the mad dog that he is.” + +And Michael held up his left hand, wrapped up in a bloody piece of +linen. + +“It was pretty hard work to get the madman here. I was compelled to tie +him hand and foot, and to carry him bodily to my father’s house. There +we put him into the little carriage, and here he is. Just look at the +pretty fellow!” + +He was hideous at that moment, with his livid face spotted all over with +red marks, his hanging lips covered with white foam, and his brutish +glances. + +“Why would you not come?” asked M. Seneschal. + +The idiot looked as if he did not hear. + +“Why did you bite Michael?” continued the mayor. + +Cocoleu made no reply. + +“Do you know that M. de Boiscoran is in prison because of what you have +said?” + +Still no reply. + +“Ah!” said Michael, “it is of no use to question him. You might beat him +till to-morrow, and he would rather give up the ghost than say a word.” + +“I am--I am hungry,” stammered Cocoleu. + +M. Folgat looked indignant. + +“And to think,” he said, “that, upon the testimony of such a thing, a +capital charge has been made!” + +Grandpapa Chandore seemed to be seriously embarrassed. He said,-- + +“But now, what in the world are we to do with the idiot?” + +“I am going to take him,” said M. Seneschal, “to the hospital. I will +go with him myself, and let Dr. Seignebos know, and the commonwealth +attorney.” + +Dr. Seignebos was an eccentric man, beyond doubt; and the absurd stories +which his enemies attributed to him were not all unfounded. But he had, +at all events, the rare quality of professing for his art, as he called +it, a respect very nearly akin to enthusiasm. According to his views, +the faculty were infallible, as much so as the pope, whom he denied. He +would, to be sure, in confidence, admit that some of his colleagues were +amazing donkeys; but he would never have allowed any one else to say so +in his presence. From the moment that a man possessed the famous diploma +which gives him the right over life and death, that man became in his +eyes an august personage for the world at large. It was a crime, he +thought, not to submit blindly to the decision of a physician. Hence +his obstinacy in opposing M. Galpin, hence the bitterness of his +contradictions, and the rudeness with which he had requested the +“gentlemen of the law” to leave the room in which _his_ patient was +lying. + +“For these devils,” he said, “would kill one man in order to get the +means of cutting off another man’s head.” + +And thereupon, resuming his probes and his sponge, he had gone to work +once more, with the aid of the countess, digging out grain by grain the +lead which had honeycombed the flesh of the count. At nine o’clock the +work was done. + +“Not that I fancy I have gotten them all out,” he said modestly, “but, +if there is any thing left, it is out of reach, and I shall have to wait +for certain symptoms which will tell me where they are.” + +As he had foreseen, the count had grown rather worse. His first +excitement had given way to perfect prostration; and he seemed to be +insensible to what was going on around him. Fever began to show itself; +and, considering the count’s constitution, it was easily to be foreseen +that delirium would set in before the day was out. + +“Nevertheless, I think there is hardly any danger,” said the doctor to +the countess, after having pointed out to her all the probable symptoms, +so as to keep her from being alarmed. Then he recommended to her to let +no one approach her husband’s bed, and M. Galpin least of all. + +This recommendation was not useless; for almost at the same moment a +peasant came in to say that there was a man from Sauveterre at the door +who wished to see the count. + +“Show him in,” said the doctor; “I’ll speak to him.” + +It was a man called Tetard, a former constable, who had given up his +place, and become a dealer in stones. But besides being a former officer +of justice and a merchant, as his cards told the world, he was also +the agent of a fire insurance company. It was in this capacity that he +presumed, as he told the countess, to present himself in person. He had +been informed that the farm buildings at Valpinson, which were insured +in his company, had been destroyed by fire; that they had been purposely +set on fire by M. de Boiscoran; and that he wished to confer with +Count Claudieuse on the subject. Far from him, he added, to decline the +responsibility of his company: he only wished to establish the facts +which would enable him to fall back upon M. de Boiscoran, who was a man +of fortune, and would certainly be condemned to make compensation +for the injury done. For this purpose, certain formalities had to +be attended to; and he had come to arrange with Count Claudieuse the +necessary measures. + +“And I,” said Dr. Seignebos,--“I request you to take to your heels.” He +added with a thundering voice,-- + +“I think you are very bold to dare to speak in that way of M. de +Boiscoran.” + +M. Tetard disappeared without saying another word; and the doctor, +very much excited by this scene, turned to the youngest daughter of the +countess, the one with whom she was sitting up when the fire broke out, +and who was now decidedly better: after that nothing could keep him at +Valpinson. He carefully pocketed the pieces of lead which he had taken +from the count’s wounds, and then, drawing the countess out to the door, +he said,-- + +“Before I go away, madam, I should like to know what you think of these +events.” + +The poor lady, who looked as pale as death itself, could hardly hold up +any longer. There seemed to be nothing alive in her but her eyes, which +were lighted up with unusual brilliancy. + +“Ah! I do not know, sir,” she replied in a feeble voice. “How can I +collect my thoughts after such terrible shocks?” + +“Still you questioned Cocoleu.” + +“Who would not have done so, when the truth was at stake?” + +“And you were not surprised at the name he mentioned?” + +“You must have seen, sir.” + +“I saw; and that is exactly why I ask you, and why I want to know what +you really think of the state of mind of the poor creature.” + +“Don’t you know that he is idiotic?” + +“I know; and that is why I was so surprised to see you insist upon +making him talk. Do you really think, that, in spite of his habitual +imbecility, he may have glimpses of sense?” + +“He had, a few moments before, saved my children from death.” + +“That proves his devotion for you.” + +“He is very much attached to me indeed, just like a poor animal that I +might have picked up and cared for.” + +“Perhaps so. And still he showed more than mere animal instinct.” + +“That may well be so. I have more than once noticed flashes of +intelligence in Cocoleu.” + +The doctor had taken off his spectacles, and was wiping them furiously. + +“It is a great pity that one of these flashes of intelligence did not +enlighten him when he saw M. de Boiscoran make a fire and get ready to +murder Count Claudieuse.” + +The countess leaned against the door-posts, as if about to faint. + +“But it is exactly to his excitement at the sight of the flames, and at +hearing the shots fired, that I ascribe Cocoleu’s return to reason.” + +“May be,” said the doctor, “may be.” + +Then putting on his spectacles again, he added,-- + +“That is a question to be decided by the professional men who will have +to examine the poor imbecile creature.” + +“What! Is he going to be examined?” + +“Yes, and very thoroughly, madam, I tell you. And now I have the honor +of wishing you good-bye. However, I shall come back to-night, unless +you should succeed during the day in finding lodgings in Sauveterre,--an +arrangement which would be very desirable for myself, in the first +place, and not less so for your husband and your daughter. They are not +comfortable in this cottage.” + +Thereupon he lifted his hat, returned to town, and immediately asked +M. Seneschal in the most imperious manner to have Cocoleu arrested. +Unfortunately the gendarmes had been unsuccessful; and Dr. Seignebos, +who saw how unfortunate all this was for Jacques, began to get terribly +impatient, when on Saturday night, towards ten o’clock, M. Seneschal +came in, and said,-- + +“Cocoleu is found.” + +The doctor jumped up, and in a moment his hat on his head, and stick in +hand, asked,-- + +“Where is he?” + +“At the hospital. I have seen him myself put into a separate room.” + +“I am going there.” + +“What, at this hour?” + +“Am I not one of the hospital physicians? And is it not open to me by +night and by day?” + +“The sisters will be in bed.” + +The doctor shrugged his shoulders furiously; then he said,-- + +“To be sure, it would be a sacrilege to break the slumbers of these good +sisters, these dear sisters, as you say. Ah, my dear mayor! When shall +we have laymen for our hospitals? And when will you put good stout +nurses in the place of these holy damsels?” + +M. Seneschal had too often discussed that subject with the doctor, to +open it anew. He kept silent, and that was wise; for Dr. Seignebos sat +down, saying,-- + +“Well, I must wait till to-morrow.” + + + +VI. + +“The hospital in Sauveterre,” says the guide book, “is, in spite of +its limited size, one of the best institutions of the kind in the +department. The chapel and the new additions were built at the expense +of the Countess de Maupaison, the widow of one of the ministers of Louis +Philippe.” + +But what the guide book does not say is, that the hospital was endowed +with three free beds for pregnant women, by Mrs. Seneschal, or that the +two wings on both sides of the great entrance-gate have also been built +by her liberality. One of these wings, the one on the right, is used +by the janitor, a fine-looking old man, who formerly was beadle at the +cathedral, and who loves to think of the happy days when he added to the +splendor of the church by his magnificent presence, his red uniform, his +gold bandelaire, his halbert, and his gold-headed cane. + +This janitor was, on Sunday morning, a little before eight o’clock, +smoking his pipe in the yard, when he saw Dr. Seignebos coming in. The +doctor was walking faster than usual, his hat over his face, and his +hands thrust deep into his pockets, evident signs of a storm. Instead of +coming, as he did every day before making the rounds, into the office +of the sister-druggist, he went straight up to the room of the lady +superior. There, after the usual salutations, he said,-- + +“They have no doubt brought you, my sister, last night, a patient, an +idiot, called Cocoleu?” + +“Yes, doctor.” + +“Where has he been put?” + +“The mayor saw him himself put into the little room opposite the linen +room.” + +“And how did he behave?” + +“Perfectly well: the sister who kept the watch did not hear him stir.” + +“Thanks, my sister!” said Dr. Seignebos. + +He was already in the door, when the lady superior recalled him. + +“Are you going to see the poor man, doctor?” she asked. + +“Yes, my sister; why?” + +“Because you cannot see him.” + +“I cannot?” + +“No. The commonwealth attorney has sent us orders not to let any one, +except the sister who nurses him, come near Cocoleu,--no one, doctor, +not even the physician, a case of urgency, of course, excepted.” + +Dr. Seignebos smiled ironically. Then he said, laughing scornfully,-- + +“Ah, these are your orders, are they? Well, I tell you that I do not +mind them in the least. Who can prevent me from seeing my patient? +Tell me that! Let the commonwealth attorney give his orders in his +court-house as much as he chooses: that is all right. But in my +hospital! My sister, I am going to Cocoleu’s room.” + +“Doctor, you cannot go there. There is a gendarme at the door.” + +“A gendarme?” + +“Yes, he came this morning with the strictest orders.” + +For a moment the doctor was overcome. Then he suddenly broke out with +unusual violence, and a voice that made the windows shake,-- + +“This is unheard of! This is an abominable abuse of power! I’ll have my +rights, and justice shall be done me, if I have to go to Thiers!” + +Then he rushed out without ceremony, crossed the yard, and disappeared +like an arrow, in the direction of the court-house. At that very moment +M. Daubigeon was getting up, feeling badly because he had had a bad, +sleepless night, thanks to this unfortunate affair of M. de Boiscoran, +which troubled him sorely; for he was almost of M. Galpin’s opinion. In +vain he recalled Jacques’s noble character, his well-known uprightness, +his keen sense of honor, the evidence was so strong, so overwhelming! +He wanted to doubt; but experience told him that a man’s past is +no guarantee for his future. And, besides, like many great criminal +lawyers, he thought, what he would never have ventured to say openly, +that some great criminals act while they are under the influence of a +kind of vertigo, and that this explains the stupidity of certain crimes +committed by men of superior intelligence. + +Since his return from Boiscoran, he had kept close in his house; and he +had just made up his mind not to leave the house that day, when some one +rang his bell furiously. A moment later Dr. Seignebos fell into the room +like a bombshell. + +“I know what brings you, doctor,” said M. Daubigeon. “You come about +that order I have given concerning Cocoleu.” + +“Yes, indeed, sir! That order is an insult.” + +“I have been asked to give it as a matter of necessity, by M. Galpin.” + +“And why did you not refuse? You alone are responsible for it in my +eyes. You are commonwealth attorney, consequently the head of the bar, +and superior to M. Galpin.” + +M. Daubigeon shook his head and said,-- + +“There you are mistaken, doctor. The magistrate in such a case is +independent of myself and of the court. He is not even bound to obey the +attorney-general, who can make suggestions to him, but cannot give him +orders. M. Galpin, in his capacity as examining magistrate, has his +independent jurisdiction, and is armed with almost unlimited power. No +one in the world can say so well as an examining magistrate what the +poet calls,-- + +“‘Such is my will, such are my orders, and my will is sufficient.’ + +“‘Hoc volo, hoc jubeo, sit pro ratione voluntas.’” + +For once Dr. Seignebos seemed to be convinced by M. Daubigeon’s words. +He said,-- + +“Then, M. Galpin has even the right to deprive a sick man of his +physician’s assistance.” + +“If he assumes the responsibility, yes. But he does not mean to go so +far. He was, on the contrary, about to ask you, although it is Sunday, +to come and be present at a second examination of Cocoleu. I am +surprised that you have not received his note, and that you did not meet +him at the hospital.” + +“Well, I am going at once.” + +And he went back hurriedly, and was glad he had done so; for at the door +of the hospital he came face to face against M. Galpin, who was just +coming in, accompanied by his faithful clerk, Mechinet. + +“You came just in time, doctor,” began the magistrate, with his usual +solemnity. + +But, short and rapid as the doctor’s walk had been, it had given +him time to reflect, and to grow cool. Instead of breaking out into +recriminations, he replied in a tone of mock politeness,-- + +“Yes, I know. It is that poor devil to whom you have given a gendarme +for a nurse. Let us go up: I am at your service.” + +The room in which Cocoleu had been put was large, whitewashed, and +empty, except that a bed, a table and two chairs, stood about. The bed +was no doubt a good one; but the idiot had taken off the mattress and +the blankets, and lain down in his clothes on the straw bed. Thus the +magistrate and the physician found him as they entered. He rose at their +appearance; but, when he saw the gendarme, he uttered a cry, and tried +to hide under the bed. M. Galpin ordered the gendarme to pull him out +again. Then he walked up to him, and said,-- + +“Don’t be afraid, Cocoleu. We want to do you no harm; only you must +answer our questions. Do you recollect what happened the other night at +Valpinson?” + +Cocoleu laughed,--the laugh of an idiot,--but he made no reply. And +then, for a whole hour, begging, threatening, and promising by turns, +the magistrate tried in vain to obtain one word from him. Not even +the name of the Countess Claudieuse had the slightest effect. At last, +utterly out of patience, he said,-- + +“Let us go. The wretch is worse than a brute.” + +“Was he any better,” asked the doctor, “when he denounced M. de +Boiscoran?” + +But the magistrate pretended not to hear; and, when they were about to +leave the room, he said to the doctor,-- + +“You know that I expect your report, doctor?” + +“In forty-eight hours I shall have the honor to hand it to you,” replied +the latter. + +But as he went off, he said half aloud,-- + +“And that report is going to give you some trouble, my good man.” + +The report was ready then, and his reason for not giving it in, was +that he thought, the longer he could delay it, the more chance he would +probably have to defeat the plan of the prosecution. + +“As I mean to keep it two days longer,” he thought on his way home, “why +should I not show it to this Paris lawyer who has come down with the +marchioness? Nothing can prevent me, as far as I see, since that poor +Galpin, in his utter confusion, has forgotten to put me under oath.” + +But he paused. According to the laws of medical jurisprudence, had he +the right, or not, to communicate a paper belonging to the case to the +counsel of the accused? This question troubled him; for, although +he boasted that he did not believe in God, he believed firmly in +professional duty, and would have allowed himself to be cut in pieces +rather than break its laws. + +“But I have clearly the right to do so,” he growled. “I can only be +bound by my oath. The authorities are clear on that subject. I have in +my favor the decisions of the Court of Appeals of 27 November, and 27 +December, 1828; those of the 13th June, 1835; of the 3d May, 1844; of +the 26th June, 1866.” + +The result of this mediation was, that, as soon as he had breakfasted, +he put his report in his pocket, and went by side streets to M. de +Chandore’s house. The marchioness and the two aunts were still at +church, where they had thought it best to show themselves; and there was +no one in the sitting-room but Dionysia, the old baron, and M. Folgat. +The old gentleman was very much surprised to see the doctor. The latter +was his family physician, it is true; but, except in cases of sickness, +the two never saw each other, their political opinions were so very +different. + +“If you see me here,” said the physician, still in the door, “it is +simply because, upon my honor and my conscience, I believe M. Boiscoran +is innocent.” + +Dionysia would have liked to embrace the doctor for these words of his; +and with the greatest eagerness she pushed a large easy-chair towards +him, and said in her sweetest voice,-- + +“Pray sit down, my dear doctor.” + +“Thanks,” he answered bruskly. “I am very much obliged to you.” Then +turning to M. Folgat, he said, according to his odd notion,-- + +“I am convinced that M. Boiscoran is the victim of his republican +opinions which he has so boldly professed; for, baron, your future +son-in-law is a republican.” + +Grandpapa Chandore did not move. If they had come and told him Jacques +had been a member of the Commune, he would not have been any more moved. +Dionysia loved Jacques. That was enough for him. + +“Well,” the doctor went on, “I am a Radical, I, M.”-- + +“Folgat,” supplied the young lawyer. + +“Yes, M. Folgat, I am a Radical; and it is my duty to defend a man whose +political opinions so closely resemble mine. I come, therefore, to show +you my medical report, if you can make any use of it in your defence of +M. Boiscoran, or suggest to me any ideas.” + +“Ah!” exclaimed the young man. “That is a very valuable service.” + +“But let us understand each other,” said the physician earnestly. “If I +speak of listening to your suggestions, I take it for granted that they +are based upon facts. If I had a son, and he was to die on the scaffold +I would not use the slightest falsehood to save him.” + +He had, meanwhile, drawn the report from a pocket in his long coat, and +now put in on the table with these words,-- + +“I shall call for it again to-morrow morning. In the meantime you can +think it over. I should like, however, to point out to you the main +point, the culminating point, if I may say so.” + +At all events he was “saying so” with much hesitation, and looking +fixedly at Dionysia as if to make her understand that he would like her +to leave the room. Seeing that she did not take the hint, he added,-- + +“A medical and legal discussion would hardly interest the young lady.” + +“Why, sir, why, should I not be deeply, passionately, interested in any +thing that regards the man who is to be my husband?” + +“Because ladies are generally very sensational,” said the doctor +uncivilly, “very sensitive.” + +“Don’t think so, doctor. For Jacques’s sake, I promise you I will show +you quite masculine energy.” + +The doctor knew Dionysia well enough to see that she did not mean to go: +so he growled,-- + +“As you like it.” + +Then, turning again to M. Folgat, he said,-- + +“You know there were two shots fired at Count Claudieuse. One, which hit +him in the side, nearly missed him; the other, which struck his shoulder +and his neck, hit well.” + +“I know,” said the advocate. + +“The difference in the effect shows that the two shots were fired from +different distances, the second much nearer than the first.” + +“I know, I know!” + +“Excuse me. If I refer to these details, it is because they are +important. When I was sent for in the middle of the night to come and +see Count Claudieuse, I at once set to work extracting the particles +of lead that had lodged in his flesh. While I was thus busy, M. Galpin +arrived. I expected he would ask me to show him the shot: but no, he did +not think of it; he was too full of his own ideas. He thought only of +the culprit, of _his_ culprit. I did not recall to him the A B C of his +profession: that was none of my business. The physician has to obey the +directions of justice, but not to anticipate them.” + +“Well, then?” + +“Then M. Galpin went off to Boiscoran, and I completed my work. I have +extracted fifty-seven shot from the count’s wound in the side, and a +hundred and nine from the wound on the shoulder and the neck; and, when +I had done that, do you know what I found out?” + +He paused, waiting to see the effect of his words; and, when everybody’s +attention seemed to him fully roused, he went on,-- + +“I found out that the shot in the two wounds was not alike.” + +M. de Chandore and M. Folgat exclaimed at one time,-- + +“Oh!” + +“The shot that was first fired,” continued Dr. Seignebos, “and which +has touched the side, is the very smallest sized ‘dust.’ That in the +shoulder, on the other hand, is quite large sized, such as I think is +used in shooting hares. However, I have some samples.” + +And with these words, he opened a piece of white paper, in which were +ten or twelve pieces of lead, stained with coagulated blood, and showing +at once a considerable difference in size. M. Folgat looked puzzled. + +“Could there have been two murderers?” he asked half aloud. + +“I rather think,” said M. de Chandore, “that the murderer had, like +many sportsmen, one barrel ready for birds, and another for hares or +rabbits.” + +“At all events, this fact puts all premeditation out of question. A man +does not load his gun with small-shot in order to commit murder.” + +Dr. Seignebos thought he had said enough about it, and was rising to +take leave, when M. de Chandore asked him how Count Claudieuse was +doing. + +“He is not doing well,” replied the doctor. “The removal, in spite of +all possible precautions, has worn him out completely; for he is here in +Sauveterre since yesterday, in a house which M. Seneschal has rented for +him provisionally. He has been delirious all night through; and, when I +came to see him this morning, I do not think he knew me.” + +“And the countess?” asked Dionysia. + +“The countess, madam, is quite as sick as her husband, and, if she had +listened to me, she would have gone to bed, too. But she is a woman +of uncommon energy, who derives from her affection for her husband an +almost incomprehensible power of resistance. As to Cocoleu,” he added, +standing already near the door, “an examination of his mental condition +might produce results which no one seems to expect now. But we will talk +of that hereafter. And now, I must bid you all good-by.” + +“Well?” asked Dionysia and M. de Chandore, as soon as they had heard the +street door close behind Dr. Seignebos. + +But M. Folgat’s enthusiasm had cooled off very rapidly. + +“Before giving an opinion,” he said cautiously, “I must study the report +of this estimable doctor.” + +Unfortunately, the report contained nothing that the doctor had not +mentioned. In vain did the young advocate try all the afternoon to +find something in it that might be useful for the defence. There were +arguments in it, to be sure, which might be very valuable when the trial +should come on, but nothing that could be used to make the prosecution +give up the case. + +The whole house was, therefore, cruelly disappointed and dejected, when, +about five o’clock, old Anthony came in from Boiscoran. He looked very +sad, and said,-- + +“I have been relieved of my duties. At two o’clock M. Galpin came +to take off the seals. He was accompanied by his clerk Mechinet, and +brought Master Jacques with him, who was guarded by two gendarmes in +citizen’s clothes. When the room was opened, that unlucky man Galpin +asked Master Jacques if those were the clothes which he wore the night +of the fire, his boots, his gun, and the water in which he washed his +hands. When he had acknowledged every thing, the water was carefully +poured into a bottle, which they sealed, and handed to one of the +gendarmes. Then they put master’s clothes in a large trunk, his gun, +several parcels of cartridge, and some other articles, which the +magistrate said were needed for the trial. That trunk was sealed like +the bottle, and put on the carriage; then that man Galpin went off, and +told me that I was free.” + +“And Jacques,” Dionysia asked eagerly,--“how did he look?” + +“Master, madam, laughed contemptuously.” + +“Did you speak to him?” asked M. Folgat. + +“Oh, no, sir! M. Galpin would not allow me.” + +“And did you have time to look at the gun?” + +“I could but just glance at the lock.” + +“And what did you see?” + +The brow of the old servant grew still darker, as he replied sadly,-- + +“I saw that I had done well to keep silent. The lock is black. Master +must have used his gun since I cleaned it.” + +Grandpapa Chandore and M. Folgat exchanged looks of distress. One more +hope was lost. + +“Now,” said the young lawyer, “tell me how M. de Boiscoran usually +charged his gun.” + +“He used cartridges, sir, of course. They sent him, I think, two +thousand with the gun,--some for balls, some with large shot, and others +with shot of every size. At this season, when hunting is prohibited, +master could shoot nothing but rabbits, or those little birds, you know, +which come to our marshes: so he always loaded one barrel with tolerably +large shot, and the other with small-shot.” + +But he stopped suddenly, shocked at the impression which his statement +seemed to produce. Dionysia cried,-- + +“That is terrible! Every thing is against us!” + +M. Folgat did not give her time to say any more. He asked,-- + +“My dear Anthony, did M. Galpin take all of your master’s cartridges +away with him?” + +“Oh, no! certainly not.” + +“Well, you must instantly go back to Boiscoran, and bring me three or +four cartridges of every number of shot.” + +“All right,” said the old man. “I’ll be back in a short time.” + +He started immediately; and, thanks to his great promptness, he +reappeared at seven o’clock, at the moment when the family got up from +dinner, and put a large package of cartridges on the table. + +M. de Chandore and M. Folgat had quickly opened some of them; and, +after a few failures, they found two numbers of shot which seemed to +correspond exactly to the samples left them by the doctor. + +“There is an incomprehensible fatality in all this,” said the old +gentleman in an undertone. + +The young lawyer, also, looked discouraged. + +“It is madness,” he said, “to try to establish M. de Boiscoran’s +innocence without having first communicated with him.” + +“And if you could do so to-morrow?” asked Dionysia. + +“Then, madam, he might give us the key to this mystery, which we are in +vain trying to solve; or, at least, he might tell us the way to find it +all out. But that is not to be thought of. M. de Boiscoran is held in +close confinement, and you may rest assured M. Galpin will see to it +that no communication is held with his prisoner.” + +“Who knows?” said the young girl. + +And immediately she drew M. de Chandore aside into one of the little +card-rooms adjoining the parlor, and asked him,-- + +“Grandpapa, am I rich?” + +Never in her life had she thought of that, and she was to a certain +extent utterly ignorant of the value of money. + +“Yes, you are rich, my child,” replied the old gentleman. + +“How much do I have?” + +“You have in your own right, as coming to you from your poor father and +from your mother, twenty-five thousand francs a year, or a capital of +about five hundred and fifty thousand francs.” + +“And is that a good deal?” + +“It is so much, that you are one of the richest heiresses of the +district; but you have, besides, considerable expectations.” + +Dionysia was so preoccupied, that she did not even protest. She went on +asking,-- + +“What do they call here to be well off?” + +“That depends, my child. If you will tell me”-- + +She interrupted him, putting down her foot impatiently, saying,-- + +“Nothing. Please answer me!” + +“Well, in our little town, an income of eight hundred or a thousand +francs makes anybody very well off.” + +“Let us say a thousand.” + +“Well, a thousand would make a man very comfortable.” + +“And what capital would produce such an income?” + +“At five per cent, it would take twenty thousand francs.” + +“That is to say, about the income of a year.” + +“Exactly.” + +“Never mind. I presume that is quite a large sum, and it would be rather +difficult for you, grandpapa, to get it together by to-morrow morning?” + +“Not at all. I have that much in railway coupon-bonds; and they are just +as good as current money.” + +“Ah! Do you mean to say, that, if I gave anybody twenty thousand francs +in such bonds, it would be just the same to him as if I gave him twenty +thousand francs in bank-notes?” + +“Just so.” + +Dionysia smiled. She thought she saw light. Then she went on,-- + +“If that is so, I must beg you, grandpapa, to give me twenty thousand +francs in coupon-bonds.” + +The old gentleman started. + +“You are joking,” he said. “What do you want with so much money? You are +surely joking.” + +“Not at all. I have never in my life been more serious,” replied the +young girl in a tone of voice which could not be mistaken. “I beseech +you, grandpapa, if you love me, give me these twenty thousand francs +this evening, right now. You hesitate? O God! You may kill me if you +refuse.” + +No, M. de Chandore was hesitating no longer. + +“Since you will have it so,” he said, “I am going up stairs to get it.” + +She clapped her hands with joy. + +“That’s it,” she said. “Make haste and dress; for I have to go out, and +you must go with me.” + +Then going up to her aunts and the marchioness, she said to them,-- + +“I hope you will excuse me, if I leave you; but I must go out.” + +“At this hour?” cried Aunt Elizabeth. “Where are you going?” + +“To my dressmakers, the Misses Mechinet. I want a dress.” + +“Great God!” cried Aunt Adelaide, “the child is losing her mind!” + +“I assure you I am not, aunt.” + +“Then let me go with you.” + +“Thank you, no. I shall go alone; that is to say, alone with dear +grandpapa.” + +And as M. de Chandore came back, his pockets full of bonds, his hat on +his head, and his cane in his hand, she carried him off, saying,-- + +“Come, quick, dear grandpapa, we are in a great hurry.” + + + +VII. + +Although M. de Chandore was literally worshipping his grandchild on his +knees, and had transferred all his hopes and his affections to her who +alone survived of his large family, he had still had his thoughts when +he went up stairs to take from his money-box so large a sum of money. As +soon, therefore, as they were outside of the house, he said,-- + +“Now that we are alone, my dear child, will you tell me what you mean to +do with all this money?” + +“That is my secret,” she replied. + +“And you have not confidence enough in your old grandfather to tell him +what it is, darling?” + +He stopped a moment; but she drew him on, saying,-- + +“You shall know it all, and in less than an hour. But, oh! You must not +be angry, grandpapa. I have a plan, which is no doubt very foolish. If I +told you, I am afraid you would stop me; and if you succeeded, and then +something happened to Jacques, I should not survive the misery. And +think of it, what you would feel, if you were to think afterwards, ‘If I +had only let her have her way!’” + +“Dionysia, you are cruel!” + +“On the other hand, if you did not induce me to give up my project, you +would certainly take away all my courage; and I need it all, I tell you, +grandpapa, for what I am going to risk.” + +“You see, my dear child, and you must pardon me for repeating it once +more, twenty thousand francs are a big sum of money; and there are many +excellent and clever people who work hard, and deny themselves every +thing, a whole life long, without laying up that much.” + +“Ah, so much the better!” cried the young girl. “So much the better. I +do hope there will be enough so as to meet with no refusal!” + +Grandpapa Chandore began to comprehend. + +“After all,” he said, “you have not told me where we are going.” + +“To my dressmakers.” + +“To the Misses Mechinet?” + +“Yes.” + +M. de Chandore was sure now. + +“We shall not find them at home,” he said. “This is Sunday; and they are +no doubt at church.” + +“We shall find them, grandpapa; for they always take tea at half-past +seven, for their brother’s, the clerk’s sake. But we must make haste.” + +The old gentleman did make haste; but it is a long way from the +New-Market Place to Hill Street; for the sisters Mechinet lived on the +Square, and, if you please, in a house of their own,--a house which was +to be the delight of their days, and which had become the trouble of +their nights. + +They bought the house the year before the war, upon their brother’s +advice, and going halves with him, paying a sum of forty-seven thousand +francs, every thing included. It was a capital bargain; for they rented +out the basement and the first story to the first grocer in Sauveterre. +The sisters did not think they were imprudent in paying down ten +thousand francs in cash, and in binding themselves to pay the rest in +three yearly instalments. The first year all went well; but then came +the war and numerous disasters. The income of the sisters and of the +brother was much reduced, and they had nothing to live upon but his pay +as clerk; so that they had to use the utmost economy, and even contract +some debts, in order to pay the second instalment. When peace came, +their income increased again, and no one doubted in Sauveterre but that +they would manage to get out of their difficulties, as the brother was +one of the hardest working men, and the sisters were patronized by “the +most distinguished” ladies of the whole country. + +“Grandpapa, they are at home,” said Dionysia, when they reached the +Square. + +“Do you think so?” + +“I am sure. I see light in their windows.” + +M. de Chandore stopped. + +“What am I to do next?” he asked. + +“You are going to give me the bonds, grandpapa, and to wait for me here, +walking up and down, whilst I am going to the Misses Mechinet. I would +ask you to come up too; but they would be frightened at seeing you. +Moreover, if my enterprise does not succeed, it would not matter much as +long as it concerned only a little girl.” + +The old gentleman’s last doubts began to vanish. + +“You won’t succeed, my poor girl,” he said. + +“O God!” she replied, checking her tears with difficulty, “why will you +discourage me?” + +He said nothing. Suppressing a sigh, he pulled the papers out of his +pockets, and helped Dionysia to stuff them, as well as she could, into +her pocket and a little bag she had in her hand. When she had done, she +said,-- + +“Well, good-bye, grandpapa. I won’t be long.” + +And lightly, like a bird, she crossed the street, and ran up to her +dressmakers. The old ladies and their brother were just finishing their +supper, which consisted of a small piece of pork and a light salad, with +an abundance of vinegar. At the unexpected entrance of Miss Chandore +they all started up. + +“You, miss,” cried the elder of the two,--“you!” + +Dionysia understood perfectly well what that simple “you” meant. It +meant, with the help of the tone of voice, “What? your betrothed is +charged with an abominable crime; there is overwhelming evidence against +him; he is in jail, in close confinement; everybody knows he will be +tried at the assizes, and he will be condemned--and you are here?” + +But Dionysia kept on smiling, as she had entered. + +“Yes,” she replied, “it is I. I must have two dresses for next week; and +I come to ask you to show me some samples.” + +The Misses Mechinet, always acting upon their brother’s advice, had made +an arrangement with a large house in Bordeaux, by which they received +samples of all their goods, and were allowed a discount on whatever they +sold. + +“I will do so with pleasure,” said the older sister. “Just allow me to +light a lamp. It is almost dark.” + +While she was wiping the chimney, and trimming the wick, she asked her +brother,-- + +“Are you not going to the Orpheon?” + +“Not to-night,” he replied. + +“Are you not expected to be there?” + +“No: I sent them word I would not come. I have to lithograph two plates +for the printer, and some very urgent copying to do for the court.” + +While he was thus replying, he had folded up his napkin, and lighted a +candle. + +“Good-night!” he said to his sisters. “I won’t see you again to-night,” + and, bowing deeply to Miss Chandore, he went out, his candle in his +hand. + +“Where is your brother going?” Dionysia asked eagerly. + +“To his room, madam. His room is just opposite on the other side of the +staircase.” + +Dionysia was as red as fire. Was she thus to let her opportunity +slip,--an opportunity such as she had never dared hope for? Gathering up +all her courage, she said,-- + +“But, now I think of it, I want to say a few words to your brother, my +dear ladies. Wait for me a moment. I shall be back in a moment.” And +she rushed out, leaving the dressmakers stupefied, gazing after her with +open mouths, and asking themselves if the grand calamity had bereft the +poor lady of reason. + +The clerk was still on the landing, fumbling in his pocket for the key +of his room. + +“I want to speak to you instantly,” said Dionysia. + +Mechinet was so utterly amazed, that he could not utter a word. He made +a movement as if he wanted to go back to his sisters; but the young girl +said,-- + +“No, in your room. We must not be overheard. Open sir, please. Open, +somebody might come.” + +The fact is, he was so completely overcome, that it took him half a +minute to find the keyhole, and put the key in. At last, when the door +was opened, he moved aside to let Dionysia pass: but she said, “No, go +in!” + +He obeyed. She followed him, and, as soon as she was in the room, she +shut the door again, pushing even a bolt which she had noticed. Mechinet +the clerk was famous in Sauveterre for his coolness. Dionysia was +timidity personified, and blushed for the smallest trifle, remaining +speechless for some time. At this moment, however, it was certainly not +the young girl who was embarrassed. + +“Sit down, M. Mechinet,” she said, “and listen to me.” + +He put his candlestick on a table, and sat down. + +“You know me, don’t you?” asked Dionysia. + +“Certainly I do, madam.” + +“You have surely heard that I am to be married to M. de Boiscoran?” + +The clerk started up, as if he had been moved by a spring, beat his +forehead furiously with his hand, and said,-- + +“Ah, what a fool I was! Now I see.” + +“Yes, you are right,” replied the girl. “I come to talk to you about M. +de Boiscoran, my betrothed, my husband.” + +She paused; and for a minute Mechinet and the young girl remained there +face to face, silent and immovable, looking at each other, he asking +himself what she could want of him, and she trying to guess how far she +might venture. + +“You can no doubt imagine, M. Mechinet, what I have suffered, since M. +de Boiscoran has been sent to prison, charged with the meanest of all +crimes!” + +“Oh, surely, I do!” replied Mechinet. + +And, carried away by his emotion, he added,-- + +“But I can assure you, madam, that I, who have been present at all +the examinations, and who have no small experience in criminal +matters,--that I believe M. de Boiscoran innocent. I know M. Galpin does +not think so, nor M. Daubigeon, nor any of the gentlemen of the bar, nor +the town; but, nevertheless, that is my conviction. You see, I was there +when they fell upon M. de Boiscoran, asleep in his bed. Well, the very +tone of his voice, as he cried out, ‘Oh, my dear Galpin!’ told me that +the man is not guilty.” + +“Oh, sir,” stammered Dionysia, “thanks, thanks!” + +“There is nothing to thank me for, madam; for time has only confirmed +my conviction. As if a guilty man ever bore himself as M. de Boiscoran +does! You ought to have seen him just now, when we had gone to remove +the seals, calm, dignified, answering coldly all the questions that were +asked. I could not help telling M. Galpin what I thought. He said I was +a fool. Well, I maintain, on the contrary, that he is. Ah! I beg your +pardon, I mean that he is mistaken. The more I see of M. de Boiscoran, +the more he gives me the impression that he has only a word to say to +clear up the whole matter.” + +Dionysia listened to him with such absorbing interest, that she +well-nigh forgot why she had come. + +“Then,” she asked, “you think M. de Boiscoran is not much overcome?” + +“I should lie if I said he did not look sad, madam,” was the reply. “But +he is not overcome. After the first astonishment, his presence of mind +returned; and M. Galpin has in vain tried these three days by all his +ingenuity and his cleverness”-- + +Here he stopped suddenly, like a drunken man who recovers his +consciousness for a moment, and becomes aware that he has said too much +in his cups. He exclaimed,-- + +“Great God! what am I talking about? For Heaven’s sake, madam, do not +let anybody hear what I was led by my respectful sympathy to tell you +just now.” + +Dionysia felt that the decisive moment had come. She said,-- + +“If you knew me better, sir, you would know that you can rely upon my +discretion. You need not regret having given me by your confidence some +little comfort in my great sorrow. You need not; for”-- + +Her voice nearly failed her, and it was only with a great effort she +could add,-- + +“For I come to ask you to do even more than that for me, oh! yes, much +more.” + +Mechinet had turned painfully pale. He broke in vehemently,-- + +“Not another word, madam: your hope already is an insult to me. You +ought surely to know that by my profession, as well as by my oath, I am +bound to be as silent as the very cell in which the prisoners are kept. +If I, the clerk, were to betray the secret of a criminal prosecution”-- + +Dionysia trembled like an aspen-leaf; but her mind remained clear and +decided. She said,-- + +“You would rather let an innocent man perish.” + +“Madam!” + +“You would let an innocent man be condemned, when by a single word you +could remove the mistake of which he is the victim? You would say to +yourself, ‘It is unlucky; but I have sworn not to speak’? And you would +see him with quiet conscience mount the scaffold? No, I cannot believe +that! No, that cannot be true!” + +“I told you, madam, I believe in M. de Boiscoran’s innocence.” + +“And you refuse to aid me in establishing his innocence? O God! what +ideas men form of their duty! How can I move you? How can I convince +you? Must I remind you of the torture this man suffers, whom they charge +with being an assassin? Must I tell you what horrible anguish we suffer, +we, his friends, his relatives?--how his mother weeps, how I weep, I, +his betrothed! We know he is innocent; and yet we cannot establish his +innocence for want of a friend who would aid us, who would pity us!” + +In all his life the clerk had not heard such burning words. He was moved +to the bottom of his heart. At last he asked, trembling,-- + +“What do you want me to do, madam?” + +“Oh! very little, sir, very little,--just to send M. de Boiscoran ten +lines, and to bring us his reply.” + +The boldness of the request seemed to stun the clerk. He said,-- + +“Never!” + +“You will not have pity?” + +“I should forfeit my honor.” + +“And, if you let an innocent one be condemned, what would that be?” + +Mechinet was evidently suffering anguish. Amazed, overcome, he did +not know what to say, what to do. At last he thought of one reason for +refusing, and stammered out,-- + +“And if I were found out? I should lose my place, ruin my sisters, +destroy my career for life.” + +With trembling hands, Dionysia drew from her pocket the bonds which her +grandfather had given her, and threw them in a heap on the table. She +began,-- + +“There are twenty thousand francs.” + +The clerk drew back frightened. He cried,-- + +“Money! You offer me money!” + +“Oh, don’t be offended!” began the young girl again, with a voice that +would have moved a stone. “How could I want to offend you, when I ask of +you more than my life? There are services which can never be paid. But, +if the enemies of M. de Boiscoran should find out that you have aided +us, their rage might turn against you.” + +Instinctively the clerk unloosed his cravat. The struggle within him, no +doubt, was terrible. He was stifled. + +“Twenty thousand francs!” he said in a hoarse voice. + +“Is it not enough?” asked the young girl. “Yes, you are right: it is +very little. But I have as much again for you, twice as much.” + +With haggard eyes, Mechinet had approached the table, and was +convulsively handling the pile of papers, while he repeated,-- + +“Twenty thousand francs! A thousand a year!” + +“No, double that much, and moreover, our gratitude, our devoted +friendship, all the influence of the two families of Boiscoran and +Chandore; in a word, fortune, position, respect.” + +But by this time, thanks to a supreme effort of will, the clerk had +recovered his self-control. + +“No more, madam, say no more!” + +And with a determined, though still trembling voice, he went on,-- + +“Take your money back again, madam. If I were to do what you want me to +do, if I were to betray my duty for money, I should be the meanest of +men. If, on the other hand, I am actuated only by a sincere conviction +and an interest in the truth, I may be looked upon as a fool; but I +shall always be worthy of the esteem of honorable men. Take back that +fortune, madam, which has made an honest man waver for a moment in his +conscience. I will do what you ask, but for nothing.” + +If grandpapa was getting tired of walking up and down in the Square, the +sisters of Mechinet found time pass still more slowly in their workroom. +They asked each other,-- + +“What can Miss Dionysia have to say to brother?” + +At the end of ten minutes, their curiosity, stimulated by the most +absurd suppositions, had become such martyrdom to them, that they made +up their minds to knock at the clerk’s door. + +“Ah, leave me alone!” he cried out, angry at being thus interrupted. But +then he considered a moment, opened hastily, and said quite gently,-- + +“Go back to your room, my dear sisters, and, if you wish to spare me a +very serious embarrassment, never tell anybody in this world that Miss +Chandore has had a conversation with me.” + +Trained to obey, the two sisters went back, but not so promptly that +they should have not seen the bonds which Dionysia had thrown upon the +table, and which were quite familiar in their appearance to them, as +they had once owned some of them themselves. Their burning desire to +know was thus combined with vague terror; and, when they got back to +their room, the younger asked,-- + +“Did you see?” + +“Yes, those bonds,” replied the other. + +“There must have been five or six hundred.” + +“Even more, perhaps.” + +“That is to say, a very big sum of money.” + +“An enormous one.” + +“What can that mean, Holy Virgin! And what have we to expect?” + +“And brother asking us to keep his secret!” + +“He looked as pale as his shirt, and terribly distressed.” + +“Miss Dionysia was crying like a Magdalen.” + +It was so. Dionysia, as long as she had been uncertain of the result, +had felt in her heart that Jacques’s safety depended on her courage and +her presence of mind. But now, assured of success, she could no longer +control her excitement; and, overcome by the effort, she had sunk down +on a chair and burst out into tears. + +The clerk shut the door, and looked at her for some time; then, having +overcome his own emotions, he said to her,-- + +“Madame.” + +But, as she heard his voice, she jumped up, and taking his hands into +hers, she broke out,-- + +“O sir! How can I thank you! How can I ever make you aware of the depth +of my gratitude!” + +“Don’t speak of that,” he said almost rudely, trying to conceal his deep +feeling. + +“I will say nothing more,” she replied very gently; “but I must tell you +that none of us will ever forget the debt of gratitude which we owe you +from this day. You say the great service which you are about to render +us is not free from danger. Whatever may happen, you must remember, +that, from this moment, you have in us devoted friends.” + +The interruption caused by his sisters had had the good effect of +restoring to Mechinet a good portion of his habitual self-possession. He +said,-- + +“I hope no harm will come of it; and yet I cannot conceal from you, +madam, that the service which I am going to try to render you presents +more difficulties than I thought.” + +“Great God!” murmured Dionysia. + +“M. Galpin,” the clerk went on saying, “is, perhaps, not exactly a +superior man; but he understands his profession; he is cunning, and +exceedingly suspicious. Only yesterday he told me that he knew the +Boiscoran family would try every thing in the world to save M. de +Boiscoran from justice. Hence he is all the time on the watch, and takes +all kinds of precautions. If he dared to it, he would have his bed put +across his cell in the prison.” + +“That man hates me, M. Mechinet!” + +“Oh, no, madam! But he is ambitious: he thinks his success in his +profession depends upon his success in this case; and he is afraid the +accused might escape or be carried off.” + +Mechinet was evidently in great perplexity, and scratched his ear. Then +he added,-- + +“How am I to go about to let M. de Boiscoran have your note? If he knew +beforehand, it would be easy. But he is unprepared. And then he is just +as suspicious as M. Galpin. He is always afraid lest they prepare him a +trap; and he is on the lookout. If I make him a sign, I fear he will +not understand me; and, if I make him a sign, will not M. Galpin see it? +That man is lynx-eyed.” + +“Are you never alone with M. de Boiscoran?” + +“Never for an instant, madam. I only go in with the magistrate, and +I come out with him. You will say, perhaps, that in leaving, as I am +behind, I might drop the note cleverly. But, when we leave, the jailer +is there, and he has good eyes. I should have to dread, besides, M. de +Boiscoran’s own suspicions. If he saw a letter coming to him in that +way, from me, he is quite capable of handing it at once to M. Galpin.” + +He paused, and after a moment’s meditation he went on,-- + +“The safest way would probably be to win the confidence of M. Blangin, +the keeper of the jail, or of some prisoner, whose duty it is to wait on +M. de Boiscoran, and to watch him.” + +“Trumence!” exclaimed Dionysia. + +The clerk’s face expressed the most startled surprise. He said,-- + +“What! You know his name?” + +“Yes, I do; for Blangin mentioned him to me; and the name struck me the +day when M. de Boiscoran’s mother and I went to the jail, not knowing +what was meant by ‘close confinement.’” + +The clerk was disappointed. + +“Ah!” he said, “now I understand M. Galpin’s great trouble. He has, no +doubt, heard of your visit, and imagined that you wanted to rob him of +his prisoner.” + +He murmured some words, which Dionysia could not hear; and then, coming +to some decision, apparently, he said,-- + +“Well, never mind! I’ll see what can be done. Write your letter, madam: +here are pens and ink.” + +The young girl made no reply, but sat down at Mechinet’s table; but, at +the moment when she was putting pen to paper she asked,-- + +“Has M. de Boiscoran any books in his prison?” + +“Yes, madam. At his request M. Galpin himself went and selected, in M. +Daubigeon’s library, some books of travels and some of Cooper’s novels +for him.” + +Dionysia uttered a cry of delight. + +“O Jacques!” she said, “how glad I am you counted upon me!” and, without +noticing how utterly Mechinet seemed to be surprised, she wrote,-- + +“We are sure of your innocence, Jacques, and still we are in despair. +Your mother is here, with a Paris lawyer, a M. Folgat, who is devoted +to your interests. What must we do? Give us your instructions. You can +reply without fear, as you have _our_ book. + +“DIONYSIA.” + +“Read this,” she said to the clerk, when she had finished. But he did +not avail himself of the permission. He folded the paper, and slipped it +into an envelope, which he sealed. + +“Oh, you are very kind!” said the young girl, touched by his delicacy. + +“Not at all, madam. I only try to do a dishonest thing in the most +honest way. To-morrow, madam, you shall have your answer.” + +“I will call for it.” + +Mechinet trembled. + +“Take care not to do so,” he said. “The good people of Sauveterre are +too cunning not to know that just now you are not thinking much of +dress; and your calls here would look suspicious. Leave it to me to see +to it that you get M. de Boiscoran’s answer.” + +While Dionysia was writing, the clerk had made a parcel of the bonds +which she had brought. He handed it to her, and said,-- + +“Take it, madam. If I want money for Blangin, or for Trumence, I will +ask you for it. And now you must go: you need not go in to my sisters. I +will explain your visit to them.” + + + +VIII. + +“What can have happened to Dionysia, that she does not come back?” + murmured Grandpapa Chandore, as he walked up and down the Square, and +looked, for the twentieth time, at his watch. For some time the fear of +displeasing his grandchild, and of receiving a scolding, kept him at +the place where she had told him to wait for her; but at last it was too +much for him, and he said,-- + +“Upon my word, this is too much! I’ll risk it.” + +And, crossing the road which separates the Square from the houses, he +entered the long, narrow passage in the house of the sisters Mechinet. +He was just putting his foot on the first step of the stairs, when he +saw a light above. He distinguished the voice of his granddaughter, and +then her light step. + +“At last!” he thought. + +And swiftly, like a schoolboy who hears his teacher coming, and fears +to be caught in the act, he slipped back into the Square. Dionysia was +there almost at the same moment, and fell on his neck, saying,-- + +“Dear grandpapa, I bring you back your bonds,” and then she rained a +shower of kisses upon the old gentleman’s furrowed cheeks. + +If any thing could astonish M. de Chandore, it was the idea that there +should exist in this world a man with a heart hard, cruel, and barbarous +enough, to resist his Dionysia’s prayers and tears, especially if +they were backed by twenty thousand francs. Nevertheless, he said +mournfully,-- + +“Ah! I told you, my dear child, you would not succeed.” + +“And you were mistaken, dear grandpapa, and you are still mistaken; for +I have succeeded!” + +“But--you bring back the money?” + +“Because I have found an honest man, dearest grandpapa,--a most +honorable man. Poor fellow, how I must have tempted his honesty! For he +is very much embarrassed, I know it from good authority, ever since he +and his sisters bought that house. It was more than comfort, it was a +real fortune, I offered him. Ah! you ought to have seen how his eyes +brightened up, and how his hands trembled, when he took up the bonds! +Well, he refused to take them, after all; and the only reward he asks +for the very good service which he is going to render us”-- + +M. de Chandore expressed his assent by a gesture, and then said,-- + +“You are right, darling: that clerk is a good man, and he has won our +eternal gratitude.” + +“I ought to add,” continued Dionysia, “that I was ever so brave. I +should never have thought that I could be so bold. I wish you had been +hid in some corner, grandpapa, to see me and hear me. You would not have +recognized your grandchild. I cried a little, it is true, when I had +carried my point.” + +“Oh, dear, dear child!” murmured the old gentleman, deeply moved. + +“You see, grandpapa, I thought of nothing but of Jacques’s danger, and +of the glory of proving myself worthy of him, who is so brave himself. I +hope he will be satisfied with me.” + +“He would be hard to please, indeed, if he were not!” exclaimed M. de +Chandore. + +The grandfather and his child were standing all the while under the +trees in the great Square while they were thus talking to each other; +and already a number of people had taken the opportunity of passing +close by them, with ears wide open, and all eagerness, to find out +what was going on: it is a way people have in small towns. Dionysia +remembered the clerk’s kindly warnings; and, as soon as she became aware +of it, she said to her grandfather,-- + +“Come, grandpapa. People are listening. I will tell you the rest as we +are going home.” + +And so, on their way, she told him all the little details of her +interview; and the old gentleman declared, in all earnest, that he did +not know which to admire most,--her presence of mind, or Mechinet’s +disinterestedness. + +“All the more reason,” said the young girl, “why we should not add to +the dangers which the good man is going to run for us. I promised him +to tell nobody, and I mean to keep my promise. If you believe me, dear +grandpapa, we had better not speak of it to anybody, not even to my +aunts.” + +“You might just as well declare at once, little scamp, that you want to +save Jacques quite alone, without anybody’s help.” + +“Ah, if I could do that! Unfortunately, we must take M. Folgat into our +confidence; for we cannot do without his advice.” + +Thus it was done. The poor aunts, and even the marchioness, had to be +content with Dionysia’s not very plausible explanation of her visit. +And a few hours afterwards M. de Chandore, the young girl, and M. Folgat +held a council in the baron’s study. The young lawyer was even more +surprised by Dionysia’s idea, and her bold proceedings, then her +grandfather; he would never have imagined that she was capable of such a +step, she looked so timid and innocent, like a mere child. He was about +to compliment her; but she interrupted him eagerly, saying,-- + +“There is nothing to boast of. I ran no risk.” + +“A very substantial risk, madam, I assure you.” + +“Pshaw!” exclaimed M. de Chandore. + +“To bribe an official,” continued M. Folgat, “is a very grave offence. +The Criminal Code has a certain paragraph, No. 179, which does not +trifle, and punishes the man who bribes, as well as the man who is +bribed.” + +“Well, so much the better!” cried Dionysia. “If poor M. Mechinet has to +go to prison, I’ll go with him!” + +And, without noticing the dissatisfaction expressed in her grandfather’s +features, she added, turning to M. Folgat,-- + +“After all, sir, you see that your wishes have been fulfilled. We +shall be able to communicate with M. de Boiscoran: he will give us his +instructions.” + +“Perhaps so, madam.” + +“How? Perhaps? You said yourself”-- + +“I told you, madam, it would be useless, perhaps even imprudent, to take +any steps before we know the truth. But will we know it? Do you think +that M. de Boiscoran, who has good reasons for being suspicious of +every thing, will at once tell us all in a letter which must needs pass +through several hands before it can reach us?” + +“He will tell us all, sir, without reserve, without fear, and without +danger.” + +“Oh!” + +“I have taken my precautions. You will see.” + +“Then we have only to wait.” + +Alas, yes! They had to wait, and that was what distressed Dionysia. She +hardly slept that night. The next day was one unbroken torment. At each +ringing of the bell, she trembled, and ran to see. + +At last, towards five o’clock, when nothing had come, she said,-- + +“It is not to be to-day, provided, O God! that poor Mechinet has not +been caught.” + +And, perhaps in order to escape for a time the anguish of her fears, she +agreed to accompany Jacques’s mother, who wanted to pay some visits. + +Ah, if she had but known! She had not left the house ten minutes, when +one of those street-boys, who abound at all hours of the day on the +great Square, appeared, bringing a letter to her address. They took it +to M. de Chandore, who, while waiting for dinner, was walking in the +garden with M. Folgat. + +“A letter for Dionysia!” exclaimed the old gentleman, as soon as the +servant had disappeared. “Here is the answer we have been waiting for!” + +He boldly tore it open. Alas! It was useless. The note within the +envelope ran thus,-- + +“31:9, 17, 19, 23, 25, 28, 32, 101, 102, 129, 137, 504, 515--37:2, 3, 4, +5, 7, 8, 10, 11, 13, 14, 24, 27, 52, 54, 118, 119, 120, 200, 201--41:7, +9, 17, 21, 22, 44, 45, 46”-- + +And so on, for two pages. + +“Look at this, and try to make it out,” said M. de Chandore, handing the +letter to M. Folgat. + +The young man actually tried it; but, after five minutes’ useless +efforts, he said,-- + +“I understand now why Miss Chandore promised us that we should know +the truth. M. de Boiscoran and she have formerly corresponded with each +other in cipher.” + +Grandpapa Chandore raised his hands to heaven. + +“Just think of these little girls! Here we are utterly helpless without +her, as she alone can translate those hieroglyphics for you.” + +If Dionysia had hoped, by accompanying the marchioness on her visits, +to escape from the sad presentiments that oppressed her, she was cruelly +disappointed. They went to M. Seneschal’s house first; but the mayor’s +wife was by no means calculated to give courage to others in an hour of +peril. She could do nothing but embrace alternately Jacques’s mother and +Dionysia, and, amid a thousand sobs, tell them over and over again, that +she looked upon one as the most unfortunate of mothers, and upon the +other as the most unfortunate of betrothed maidens. + +“Does the woman think Jacques is guilty?” thought Dionysia, and felt +almost angry. + +And that was not all. As they returned home, and passed the house which +had been provisionally taken for Count Claudieuse and his family, they +heard a little boy calling out,-- + +“O mamma, come quick! Here are the murderer’s mother and his +sweetheart.” + +Thus the poor girl came home more downcast than before. Immediately, +however, her maid, who had evidently been on the lookout for her return, +told her that her grandfather and the lawyer from Paris were waiting for +her in the baron’s study. She hastened there without stopping to take +off her bonnet; and, as soon as she came in, M. de Chandore handed her +Jacques’s letter, saying,-- + +“Here is your answer.” + +She could not repress a little cry of delight, and rapidly touched the +letter with her lips, repeating,-- + +“Now we are safe, we are safe!” + +M. de Chandore smiled at the happiness of his granddaughter. + +“But, Miss Hypocrite,” he said, “it seems you had great secrets to +communicate to M. de Boiscoran, since you resorted to cipher, like arch +conspirators. M. Folgat and I tried to read it; but it was all Greek to +us.” + +Now only the young lady remembered M. Folgat’s presence, and, blushing +deeply, she said,-- + +“Latterly Jacques and I had been discussing the various methods to which +people resort who wish to carry on a secret correspondence: this led +him to teach me one of the ways. Two correspondents choose any book they +like, and each takes a copy of the same edition. The writer looks in his +volume for the words he wants, and numbers them; his correspondent +finds them by the aid of these numbers. Thus, in Jacques’s letters, the +numbers followed by a colon refer to the pages, and the others to the +order in which the words come.” + +“Ah, ah!” said Grandpapa Chandore, “I might have looked a long time.” + +“It is a very simple method,” replied Dionysia, “very well known, +and still quite safe. How could an outsider guess what book the +correspondents have chosen? Then there are other means to mislead +indiscreet people. It may be agreed upon, for instance, that the numbers +shall never have their apparent value, or that they shall vary according +to the day of the month or the week. Thus, to-day is Monday, the second +day of the week. Well, I have to deduct one from each number of a page, +and add one to each number of a word.” + +“And you will be able to make it all out?” asked M. de Chandore. + +“Certainly, dear grandpapa. Ever since Jacques explained it to me, I +have tried to learn it as a matter of course. We have chose a book which +I am very fond of, Cooper’s ‘Spy;’ and we amused ourselves by writing +endless letters. Oh! it is very amusing, and it takes time, because one +does not always find the words that are needed, and then they have to be +spelled letter by letter.” + +“And M. de Boiscoran has a copy of Cooper’s novels in his prison?” asked +M. Folgat. + +“Yes, sir. M. Mechinet told me so. As soon as Jacques found he was to be +kept in close confinement, he asked for some of Cooper’s novels, and M. +Galpin, who is so cunning, so smart, and so suspicious, went himself and +got them for him. Jacques was counting upon me.” + +“Then, dear child, go and read your letter, and solve the riddle,” said +M. de Chandore. + +When she had left, he said to his companion,-- + +“How she loves him! How she loves this man Jacques! Sir, if any thing +should happen to him, she would die.” + +M. Folgat made no reply; and nearly an hour passed, before Dionysia, +shut up in her room, had succeeded in finding all the words of which +Jacques’s letter was composed. But when she had finished, and came +back to her grandfather’s study, her youthful face expressed the most +profound despair. + +“This is horrible!” she said. + +The same idea crossed, like a sharp arrow, the minds of M. de Chandore +and M. Folgat. Had Jacques confessed? + +“Look, read yourself!” said Dionysia, handing them the translation. + +Jacques wrote,-- + +“Thanks for your letter, my darling. A presentiment had warned me, and I +had asked for a copy of Cooper. + +“I understand but too well how grieved you must be at seeing me kept +in prison without my making an effort to establish my innocence. I +kept silence, because I hoped the proof of my innocence would come from +outside. I see that it would be madness to hope so any longer, and that +I must speak. I shall speak. But what I have to say is so very serious, +that I shall keep silence until I shall have had an opportunity of +consulting with some one in whom I can feel perfect confidence. Prudence +alone is not enough now: skill also is required. Until now I felt +secure, relying on my innocence. But the last examination has opened my +eyes, and I now see the danger to which I am exposed. + +“I shall suffer terribly until the day when I can see a lawyer. Thank +my mother for having brought one. I hope he will pardon me, if I address +myself first to another man. I want a man who knows the country and its +customs. + +“That is why I have chosen M. Magloire; and I beg you will tell him +to hold himself ready for the day on which, the examination being +completed, I shall be relieved from close confinement. + +“Until then, nothing can be done, nothing, unless you can obtain that +the case be taken out of M. G-----‘s hands, and be given to some one +else. That man acts infamously. He wants me to be guilty. He would +himself commit a crime in order to charge me with it, and there is no +kind of trap he does not lay for me. I have the greatest difficulty in +controlling myself every time I see this man enter my cell, who was my +friend, and now is my accuser. + +“Ah, my dear ones! I pay a heavy price for a fault of which I have been, +until now, almost unconscious. + +“And you, my only friend, will you ever be able to forgive me the +terrible anxiety I cause you? + +“I should like to say much more; but the prisoner who has handed me your +note says I must be quick, and it takes so much time to pick out the +words! + +“J.” + +When the letter had been read, M. Folgat and M. de Chandore sadly turned +their heads aside, fearing lest Dionysia should read in their eyes the +secret of their thoughts. But she felt only too well what it meant. + +“You cannot doubt Jacques, grandpapa!” she cried. + +“No,” murmured the old gentleman feebly, “no.” + +“And you, M. Folgat--are you so much hurt by Jacques’s desire to consult +another lawyer?” + +“I should have been the first, madam, to advise him to consult a +native.” + +Dionysia had to summon all her energy to check her tears. + +“Yes,” she said, “this letter is terrible; but how can it be otherwise? +Don’t you see that Jacques is in despair, that his mind wanders after +all these fearful shocks?” + +Somebody knocked gently at the door. + +“It is I,” said the marchioness. + +Grandpapa Chandore, M. Folgat, and Dionysia looked at each other for a +moment; and then the advocate said,-- + +“The situation is too serious: we must consult the marchioness.” He rose +to open the door. Since the three friends had been holding the council +in the baron’s study, a servant had come five times in succession to +knock at the door, and tell them that the soup was on the table. + +“Very well,” they had replied each time. + +At last, as they did not come down yet, Jacques’s mother had come to the +conclusion that something extraordinary had occurred. + +“Now, what could this be, that they should keep it from her?” she +thought. If it were something good, they would not have concealed it +from her. She had come up stairs, therefore, with the firm resolution to +force them to let her come in. When M. Folgat opened the door, she said +instantly,-- + +“I mean to know all!” + +Dionysia replied to her,-- + +“Whatever you may hear, my dear mother, pray remember, that if you allow +a single word to be torn from you, by joy or by sorrow, you cause the +ruin of an honest man, who has put us all under such obligations as can +never be fully discharged. I have been fortunate enough to establish a +correspondence between Jacques and us.” + +“O Dionysia!” + +“I have written to him, and I have received his answer. Here it is.” + +The marchioness was almost beside herself, and eagerly snatched at the +letter. But, as she read on, it was fearful to see how the blood receded +from her face, how her eyes grew dim, her lips turned pale, and at last +her breath failed to come. The letter slipped from her trembling hands; +she sank into a chair, and said, stammering,-- + +“It is no use to struggle any longer: we are lost!” + +There was something grand in Dionysia’s gesture and the admirable accent +of her voice, as she said,-- + +“Why don’t you say at once, my mother, that Jacques is an incendiary and +an assassin?” + +Raising her head with an air of dauntless energy, with trembling lips, +and fierce glances full of wrath and disdain, she added,-- + +“And do I really remain the only one to defend him,--him, who, in his +days of prosperity, had so many friends? Well, so be it!” + +Naturally, M. Folgat had been less deeply moved than either the +marchioness or M. de Chandore; and hence he was also the first to +recover his calmness. + +“We shall be two, madam, at all events,” he said; “for I should never +forgive myself, if I allowed myself to be influenced by that letter. +It would be inexcusable, since I know by experience what your heart +has told you instinctively. Imprisonment has horrors which affect the +strongest and stoutest of minds. The days in prison are interminable, +and the nights have nameless terrors. The innocent man in his lonely +cell feels as if he were becoming guilty, as the man of soundest +intellect would begin to doubt himself in a madhouse”-- + +Dionysia did not let him conclude. She cried,-- + +“That is exactly what I felt, sir; but I could not express it as clearly +as you do.” + +Ashamed at their lack of courage, M. de Chandore and the marchioness +made an effort to recover from the doubts which, for a moment, had +well-nigh overcome them. + +“But what is to be done?” asked the old lady. + +“Your son tells us, madam, we have only to wait for the end of the +preliminary examination.” + +“I beg your pardon,” said M. de Chandore, “we have to try to get the +case handed over to another magistrate.” + +M. Folgat shook his head. + +“Unfortunately, that is not to be dreamt of. A magistrate acting in his +official capacity cannot be rejected like a simple juryman.” + +“However”-- + +“Article 542 of the Criminal Code is positive on the subject.” + +“Ah! What does it say?” asked Dionysia. + +“It says, in substance, madam, that a demand for a change of magistrate, +on the score of well-founded suspicion, can only be entertained by a +court of appeals, because the magistrate, within his legitimate sphere, +is a court in himself. I do not know if I express myself clearly?” + +“Oh, very clearly!” said M. de Chandore. “Only, since Jacques wishes +it”-- + +“To be sure; but M. de Boiscoran does not know”-- + +“I beg your pardon. He knows that the magistrate is his mortal enemy.” + +“Be it so. But how would that help us? Do you think that a demand for +a change of venue would prevent M. Galpin from carrying on the +proceedings? Not at all. He would go on until the decision comes from +the Court of Appeals. He could, it is true, issue no final order; but +that is the very thing M. de Boiscoran ought to desire, since such an +order would make an end to his close confinement, and enable him to see +an advocate.” + +“That is atrocious!” murmured M. de Chandore. + +“It is atrocious, indeed; but such are the laws of France.” + +In the meantime Dionysia had been meditating; and now she said to the +young advocate,-- + +“I have understood you perfectly, and to-morrow your objections shall be +known to M. de Boiscoran.” + +“Above all,” said the lawyer, “explain to him clearly that any such +steps as he proposes to take will turn to his disadvantage. M. Galpin +is our enemy; but we can make no specific charge against him. They would +always reply, ‘If M. de Boiscoran is innocent, why does he not speak?’” + +This is what Grandpapa Chandore would not admit. + +“Still,” he said, “if we could bring influential men to help us?” + +“Can you?” + +“Certainly. Boiscoran has old friends, who, no doubt, are all-powerful +still under the present government. He was, in former years, very +intimate with M. de Margeril.” + +M. Folgat’s expression was very encouraging. + +“Ah!” he said, “if M. de Margeril could give us a lift! But he is not +easily approached.” + +“We might send Boiscoran to see him, at least. Since he remained +in Paris for the purpose of assisting us there, now he will have an +opportunity. I will write to him to-night.” + +Since the name of Margeril had been mentioned, the marchioness had +become, if possible, paler than ever. At the old gentleman’s last words +she rose, and said anxiously,-- + +“Do not write, sir: it would be useless. I do not wish it.” + +Her embarrassment was so evident, that the others were quite surprised. + +“Have Boiscoran and M. de Margeril had any difficulty?” asked M. de +Chandore. + +“Yes.” + +“But,” cried Dionysia, “it is a matter of life and death for Jacques.” + +Alas! The poor woman could not speak of the suspicions which had +darkened the whole life of the Marquis de Boiscoran, nor of the +cruel penalty which the wife was now called upon to pay for a slight +imprudence. + +“If it is absolutely necessary,” she said with a half-stifled voice, +“if that is our very last hope, then I will go and see M. de Margeril +myself.” + +M. Folgat was the only one who suspected what painful antecedents there +might be in the life of the marchioness, and how she was harassed by +their memory now. He interposed, therefore, saying,-- + +“At all events, my advice is to await the end of the preliminary +investigation. I may be mistaken, however, and, before any answer is +sent to M. Jacques, I desire that the lawyer to whom he alludes should +be consulted.” + +“That is certainly the wisest plan,” said M. de Chandore. And, ringing +for a servant, he sent him at once to M. Magloire, to ask him to call +after dinner. Jacques de Boiscoran had chosen wisely. M. Magloire was +looked upon in Sauveterre as the most eloquent and most skilful lawyer, +not only of the district, but of the whole province. And what is rarer +still, and far more glorious, he had, besides, the reputation of being +unsurpassed in integrity and a high sense of honor. It was well known +that he would never have consented to plead a doubtful cause; and they +told of him a number of heroic stories, in which he had thrown clients +out of the window, who had been so ill-advised to come to him, money in +hand, to ask him to undertake an unclean case. He was naturally not +a rich man, and preserved, at fifty-four or five, all the habits of a +frugal and thrifty young man. + +After having married quite young, M. Magloire had lost his wife after a +few months, and had never recovered from the loss. Although thirty years +old, the wound had never healed; and regularly, on certain days, he was +seen wending his way to the cemetery, to place flowers on a modest grave +there. Any other man would have been laughed at for such a thing at +Sauveterre; but with him they dared not do so, for they all respected +him highly. Young and old knew and reverenced the tall man with the +calm, serene face, the clear, bright eyes, and the eloquent lips, which, +in their well-cut, delicate lines, by turns glowed with scorn, with +tenderness, or with disdain. + +Like Dr. Seignebos, M. Magloire also was a Republican; and, at the last +Imperial elections, the Bonapartists had had the greatest trouble, aided +though they were by the whole influence of the government, and shrinking +from no unfair means, to keep him out of the Chamber. Nor would +they have been successful after all, but for the influence of Count +Claudieuse, who had prevailed upon a number of electors to abstain from +voting. + +This was the man, who, towards nine o’clock, presented himself, upon +the invitation of M. de Chandore, at his house, where he was anxiously +expected by all the inmates. His greeting was affectionate, but at the +same time so sad, that it touched Dionysia’s heart most painfully. She +thought she saw that M. Magloire was not far from believing Jacques +guilty. + +And she was not mistaken; for M. Magloire let them see it clearly, in +the most delicate manner, to be sure, but still so as to leave no doubt. +He had spent the day in court, and there had heard the opinions of the +members of the court, which was by no means favorable to the accused. +Under such circumstances, it would have evidently been a grave blunder +to yield to Jacques’s wishes, and to apply for a change of venue from M. +Galpin to some other magistrate. + +“The investigation will last a year,” cried Dionysia, “since M. Galpin +is determined to obtain from Jacques the confession of a crime which he +has not committed.” + +M. Magloire shook his head, and replied,-- + +“I believe, on the contrary, madam, that the investigation will be very +soon concluded.” + +“But if Jacques keeps silent?” + +“Neither the silence of an accused, nor any other caprice or obstinacy +of his, can interfere with the regular process. Called upon to produce +his justification, if he refuses to do so, the law proceeds without +him.” + +“Still, sir, if an accused person has reasons”-- + +“There are no reasons which can force a man to let himself be accused +unjustly. But even that case has been foreseen. The accused is at +liberty not to answer a question which may inculpate him. _Nemo tenetur +prodere se ipsum_. But you must admit that such a refusal to answer +justifies a judge in believing that the charges are true which the +accused does not refute.” + +The great calmness of the distinguished lawyer of Sauveterre terrified +his listeners more and more, except M. Folgat. When they heard him use +all those technical terms, they felt chilled through and through like +the friends of a wounded man who hear the grating noise of the surgeon’s +knife. + +“My son’s situation appears to you very serious, sir?” asked the +marchioness in a feeble voice. + +“I said it was dangerous, madam.” + +“You think, as M. Folgat does, that every day adds to the danger to +which he is exposed?” + +“I am but too sure of that. And if M. de Boiscoran is really innocent”-- + +“Ah, M. Magloire!” broke in Dionysia, “how can you, who are a friend of +Jacques’s, say so?” + +M. Magloire looked at the young girl with an air of deep and sincere +pity, and then said,-- + +“It is precisely because I am his friend, madam, that I am bound to +tell you the truth. Yes, I know and I appreciate all the noble qualities +which distinguish M. de Boiscoran. I have loved him, and I love him +still. But this is a matter which we have to look at with the mind, +and not with the heart. Jacques is a man; and he will be judged by men. +There is clear, public, and absolute evidence of his guilt on hand. What +evidence has he to offer of his innocence? Moral evidence only.” + +“O God!” murmured Dionysia. + +“I think, therefore, with my honorable brother”-- + +And M. Magloire bowed to M. Folgat. + +“I think, that, if M. de Boiscoran is innocent, he has adopted an +unfortunate system. Ah! if luckily there should be an _alibi_. He ought +to make haste, great haste, to establish it. He ought not to allow +matters to go on till he is sent up into court. Once there, an accused +is three-fourths condemned already.” + +For once it looked as if the crimson in M. de Chandore’s cheeks was +growing pale. + +“And yet,” he exclaimed, “Jacques will not change his system: any one +who knows his mulish obstinacy might be quite sure of that.” + +“And unfortunately he has made up his mind,” said Dionysia, “as M. +Magloire, who knows him so well, will see from this letter of his.” + +Until now nothing had been said to let the Sauveterre lawyer suspect +that communications had been opened with the prisoner. Now that the +letter had been alluded to, it became necessary to take him into +confidence. At first he was astonished, then he looked displeased; and, +when he had been told every thing, he said,-- + +“This is great imprudence! This is too daring!” + +Then looking at M. Folgat, he added,-- + +“Our profession has certain rules which cannot be broken without causing +trouble. To bribe a clerk, to profit by his weakness and his sympathy”-- + +The Paris lawyer had blushed imperceptibly. He said,-- + +“I should never have advised such imprudence; but, when it was once +committed, I did not feel bound to insist upon its being abandoned: and +even if I should be blamed for it, or more, I mean to profit by it.” + +M. Magloire did not reply; but, after having read Jacques’s letter, he +said,-- + +“I am at M. de Boiscoran’s disposal; and I shall go to him as soon as he +is no longer in close confinement. I think, as Miss Dionysia does, that +he will insist upon saying nothing. However, as we have the means of +reaching him by letter,--well, here I am myself ready to profit by the +imprudence that has been committed!--beseech him, in the name of his own +interest, in the name of all that is dear to him, to speak, to explain, +to prove his innocence.” + +Thereupon M. Magloire bowed, and withdrew suddenly, leaving his audience +in consternation, so very evident was it, that he left so suddenly +in order to conceal the painful impression which Jacques’s letter had +produced upon him. + +“Certainly,” said M. de Chandore, “we will write to him; but we might +just as well whistle. He will wait for the end of the investigation.” + +“Who knows?” murmured Dionysia. + +And, after a moment’s reflection, she added,-- + +“We can try, however.” + +And, without vouchsafing any further explanation, she left the room, and +hastened to her chamber to write the following letter:-- + +“I must speak to you. There is a little gate in our garden which opens +upon Charity Lane, I will wait for you there. However late it may be +when you get these lines, come! + +“DIONYSIA.” + +Then having put the note into an envelope, she called the old nurse, +who had brought her up, and, with all the recommendations which extreme +prudence could suggest, she said to her,-- + +“You must see to it that M. Mechinet the clerk gets this note to-night. +Go! make haste!” + + + +IX. + +During the last twenty-four hours, Mechinet had changed so much, that +his sisters recognized him no longer. Immediately after Dionysia’s +departure, they had come to him, hoping to hear at last what was meant +by that mysterious interview; but at the first word he had cried out +with a tone of voice which frightened his sisters to death,-- + +“That is none of your business! That is nobody’s business!” and he had +remained alone, quite overcome by his adventure, and dreaming of the +means to make good his promise without ruining himself. That was no easy +matter. + +When the decisive moment arrived, he discovered that he would never be +able to get the note into M. de Boiscoran’s hands, without being caught +by that lynx-eyed M. Galpin: as the letter was burning in his pocket, he +saw himself compelled, after long hesitation, to appeal for help to the +man who waited on Jacques,--to Trumence, in fine. The latter was, after +all, a good enough fellow; his only besetting sin being unconquerable +laziness, and his only crime in the eyes of the law perpetual vagrancy. +He was attached to Mechinet, who upon former occasions, when he was in +jail, had given him some tobacco, or a little money to buy a glass of +wine. He made therefore no objection, when the clerk asked him to give +a letter to M. de Boiscoran, and to bring back an answer. He acquitted +himself, moreover, faithfully and honestly of his commission. But, +because every thing had gone well once, it did not follow that Mechinet +felt quite at peace. Besides being tormented by the thought that he +had betrayed his duty, he felt wretched in being at the mercy of an +accomplice. How easily might he not be betrayed! A slight indiscretion, +an awkward blunder, an unlucky accident, might do it. What would become +of him then? + +He would lose his place and all his other employments, one by one. +He would lose confidence and consideration. Farewell to all ambitious +dreams, all hopes of wealth, all dreams of an advantageous marriage. +And still, by an odd contradiction, Mechinet did not repent what he had +done, and felt quite ready to do it over again. He was in this state of +mind when the old nurse brought him Dionysia’s letter. + +“What, again?” he exclaimed. + +And when he had read the few lines, he replied,-- + +“Tell your mistress I will be there!” But in his heart he thought some +untoward event must have happened. + +The little garden-gate was half-open: he had only to push it to enter. +There was no moon; but the night was clear, and at a short distance from +him, under the trees, he recognized Dionysia, and went towards her. + +“Pardon me, sir,” she said, “for having dared to send for you.” + +Mechinet’s anxiety vanished instantly. He thought no longer of his +strange position. His vanity was flattered by the confidence which this +young lady put in him, whom he knew very well as the noblest, the most +beautiful, and the richest heiress in the whole country. + +“You were quite right to send for me, madam,” he replied, “if I can be +of any service to you.” + +In a few words she had told him all; and, when she asked his advice, he +replied,-- + +“I am entirely of M. Folgat’s opinion, and think that grief and +isolation begin to have their effect upon M. de Boiscoran’s mind.” + +“Oh, that thought is maddening!” murmured the poor girl. + +“I think, as M. Magloire does, that M. de Boiscoran, by his silence, +only makes his situation much worse. I have a proof of that. M. Galpin, +who, at first, was all doubt and anxiety, is now quite reassured. The +attorney-general has written him a letter, in which he compliments his +energy.” + +“And then.” + +“Then we must induce M. de Boiscoran to speak. I know very well that he +is firmly resolved not to speak; but if you were to write to him, since +you can write to him”-- + +“A letter would be useless.” + +“But”-- + +“Useless, I tell you. But I know a means.” + +“You must use it promptly, madam: don’t lose a moment. There is no +time.” + +The night was clear, but not clear enough for the clerk to see how very +pale Dionysia was. + +“Well, then, I must see M. de Boiscoran: I must speak to him.” + +She expected the clerk to start, to cry out, to protest. Far from it: he +said in the quietest tone,-- + +“To be sure; but how?” + +“Blangin the keeper, and his wife, keep their places only because +they give them a support. Why might I not offer them, in return for +an interview with M. de Boiscoran, the means to go and live in the +country?” + +“Why not?” said the clerk. + +And in a lower voice, replying to the voice of his conscience, he went +on,-- + +“The jail in Sauveterre is not at all like the police-stations and +prisons of larger towns. The prisoners are few in number; they are +hardly guarded. When the doors are shut, Blangin is master within.” + +“I will go and see him to-morrow,” declared Dionysia. + +There are certain slopes on which you must glide down. Having once +yielded to Dionysia’s suggestions, Mechinet had, unconsciously, bound +himself to her forever. + +“No: do not go there, madam,” he said. “You could not make Blangin +believe that he runs no danger; nor could you sufficiently arouse his +cupidity. I will speak to him myself.” + +“O sir!” exclaimed Dionysia, “how can I ever?”-- + +“How much may I offer him?” asked the clerk. + +“Whatever you think proper--any thing.” + +“Then, madam, I will bring you an answer to-morrow, here, and at the +same hour.” + +And he went away, leaving Dionysia so buoyed up by hope, that all the +evening, and the next day, the two aunts and the marchioness, neither of +whom was in the secret, asked each other incessantly,-- + +“What is the matter with the child?” + +She was thinking, that, if the answer was favorable, ere twenty-four +hours had gone by, she would see Jacques; and she kept saying to +herself,-- + +“If only Mechinet is punctual!” + +He was so. At ten o’clock precisely, he pushed open the little gate, +just as the night before, and said at once,-- + +“It is all right!” + +Dionysia was so terribly excited, that she had to lean against a tree. + +“Blangin agrees,” the clerk went on. “I promised him sixteen thousand +francs. Perhaps that is rather much?” + +“It is very little.” + +“He insists upon having them in gold.” + +“He shall have it.” + +“Finally, he makes certain conditions with regard to the interview, +which will appear rather hard to you.” + +The young girl had quite recovered by this time. + +“What are they?” + +“Blangin is taking all possible precautions against detection, although +he is quite prepared for the worst. He has arranged it this way: +To-morrow evening, at six o’clock, you will pass by the jail. The door +will stand open, and Blangin’s wife, whom you know very well, as she has +formerly been in your service, will be standing in the door. If she does +not speak to you, you keep on: something has happened. If she does speak +to you, go up to her, you, quite alone, and she will show you into a +small room which adjoins her own. There you will stay till Blangin, +perhaps at a late hour, thinks he can safely take you to M. de +Boiscoran’s cell. When the interview is over, you come back into the +little room, where a bed will be ready for you, and you spend the night +there; for this is the hardest part of it: you cannot leave the prison +till next day.” + +This was certainly terrible; still, after a moment’s reflection, +Dionysia said,-- + +“Never mind! I accept. Tell Blangin, M. Mechinet, that it is all right.” + +That Dionysia should accept all the conditions of Blangin the jailer +was perfectly natural; but to obtain M. de Chandore’s consent was a much +more difficult task. The poor girl understood this so well, that, for +the first time in her life, she felt embarrassed in her grandfather’s +presence. She hesitated, she prepared her little speech, and she +selected carefully her words. But in spite of all her skill, in spite of +all the art with which she managed to present her strange request, M. de +Chandore had no sooner understood her project than he exclaimed,-- + +“Never, never, never!” + +Perhaps in his whole life the old gentleman had never expressed himself +in so positive a manner. His brow had never looked so dark. Usually, +when his granddaughter had a petition, his lips might say, “No;” but his +eyes always said, “Yes.” + +“Impossible!” he repeated, and in a tone of voice which seemed to admit +of no reply. + +Surely, in all these painful events, he had not spared himself, and he +had so far done for Dionysia all that she could possibly expect of him. +Her will had been his will. As she had prompted, he had said, “Yes,” or +“No.” What more could he have said or done? + +Without telling him what she was going to do with it, Dionysia had asked +him for twenty thousand francs, and he had given them to her, however +big the sum might be everywhere, however immense in a small town like +Sauveterre. He was quite ready to give her as much again, or twice as +much, without asking any more questions. + +But for Dionysia to leave her home one evening at six o’clock, and not +to return to it till the next morning-- + +“That I cannot permit,” he repeated. + +But for Dionysia to spend a night in the Sauveterre jail, in order to +have an interview with her betrothed, who was accused of incendiarism +and murder; to remain there all night, alone, absolutely at the mercy of +the jailer, a hard, coarse, covetous man-- + +“That I will never permit,” exclaimed the old gentleman once more. + +Dionysia remained calm, and let the storm pass. When her grandfather +became silent, she said,-- + +“But if I must?” + +M. de Chandore shrugged his shoulders. She repeated in a louder tone,-- + +“If I must, in order to decide Jacques to abandon this system that will +ruin him, to induce him to speak before the investigation is completed?” + +“That is not your business, my child,” said the old gentleman. + +“Oh!” + +“That is the business of his mother, the Marchioness of Boiscoran. +Whatever Blangin agrees to venture for your sake, he will do as well +for her sake. Let the marchioness go and spend the night at the jail. I +agree to that. Let her see her son. That is her duty.” + +“But surely she will never shake Jacques’s resolution.” + +“And you think you have more influence over him than his mother?” + +“It is not the same thing, dear papa.” + +“Never mind!” + +This “never mind” of Grandpapa Chandore was as positive as his +“impossible;” but he had begun to discuss the question, and to discuss +means to listen to arguments on the other side. + +“Do not insist, my dear child,” he said again. “My mind is made up; and +I assure you”-- + +“Don’t say so, papa,” said the young girl. + +And her attitude was so determined, and her voice so firm, that the old +gentleman was quite overwhelmed for a moment. + +“But, if I am not willing,” he said. + +“You will consent, dear papa, you will certainly not force your little +granddaughter, who loves you so dearly, to the painful necessity of +disobeying you for the first time in her life.” + +“Because, for the first time in her life I am not doing what my +granddaughter wants me to do?” + +“Dear papa, let me tell you.” + +“Rather listen to me, poor child, and let me show you to what dangers, +to what misfortunes, you expose yourself. To go and spend a night at +this prison would be risking, understand me well, your honor,--that +tender, delicate honor which is tarnished by a breath, which involves +the happiness and the peace of your whole life.” + +“But Jacques’s honor and life are at stake.” + +“Poor imprudent girl! How do you know but he would be the very first to +blame you cruelly for such a step?” + +“He?” + +“Men are made so: the most perfect devotion irritates them at times.” + +“Be it so. I would rather endure Jacques’s unjust reproaches than the +idea of not having done my duty.” + +M. de Chandore began to despair. + +“And if I were to beg you, Dionysia, instead of commanding. If your +old grandfather were to beseech you on his knees to abandon your fatal +project.” + +“You would cause me fearful pain, dear papa: but it would be all in +vain; for I must resist your prayers, as I must resist your orders.” + +“Inexorable!” cried the old gentleman. “She is immovable!” And suddenly +changing his tone, he cried,-- + +“But, after all, I am master here.” + +“Dear papa, pray!” + +“And since nothing can move you, I will speak to Mechinet, I will let +Blangin know my will.” + +Dionysia, turning as pale as death, but with burning eyes, drew back a +step, and said,-- + +“If you do that, grandpapa, if you destroy my last hope”-- + +“Well?” + +“I swear to you by the sacred memory of my mother, I will be in a +convent to-morrow, and you will never see me again in your life, not +even if I should die, which would certainly soon”-- + +M. de Chandore, raising his hands to heaven, and with an accent of +genuine despair, exclaimed,-- + +“Ah, my God! Are these our children? And is this what is in store for +us old people? We have spent a lifetime in watching over them; we have +submissively gratified all their fancies; they have been our greatest +anxiety, and our sweetest hope; we have given them our life day by day, +and we would not hesitate to give them our life’s blood drop by drop; +they are every thing to us, and we imagine they love us--poor fools that +we are! One fine day, a man goes by, a careless, thoughtless man, with +a bright eye and a ready tongue, and it is all over. Our child is no +longer our own; our child no longer knows us. Go, old man, and die in +your corner.” + +Overwhelmed by his grief, the old man staggered and sank into a chair, +as an old oak, cut by the woodman’s axe, trembles and falls. + +“Ah, this is fearful!” murmured Dionysia. “What you say, grandpapa, is +too fearful. How can you doubt me?” + +She had knelt down. She was weeping; and her hot tears fell upon the old +gentleman’s hands. He started up as he felt them on his icy-cold hand; +and, making one more effort, he said,-- + +“Poor, poor child! And suppose Jacques is guilty, and, when he sees you, +confesses his crime, what then?” + +Dionysia shook her head. + +“That is impossible,” she said; “and still, even if it were so, I ought +to be punished as much as he is; for I know, if he had asked me, I +should have acted in concert with him.” + +“She is mad!” exclaimed M. de Chandore, falling back into his chair. +“She is mad!” + +But he was overcome; and the next day, at five in the afternoon, his +heart torn by unspeakable grief, he went down the steep street with +his daughter on his arm. Dionysia had chosen her simplest and plainest +dress; and the little bag she carried on her arm contained not sixteen +but twenty thousand francs. As a matter of course, it had been necessary +to take the marchioness into their confidence; but neither she, nor the +Misses Lavarande, nor M. Folgat, had raised an objection. Down to the +prison, grandfather and grandchild had not exchanged a word; but, when +they reached it, Dionysia said,-- + +“I see Mrs. Blangin at the door: let us be careful.” + +They came nearer. Mrs. Blangin saluted them. + +“Come, it is time,” said the young girl. “Till to-morrow, dear papa! Go +home quickly, and be not troubled about me.” + +Then joining the keeper’s wife, she disappeared inside the prison. + + + +X. + +The prison of Sauveterre is in the castle at the upper end of town, in a +poor and almost deserted suburb. This castle, once upon a time of great +importance, had been dismantled at the time of the siege of Rochelle; +and all that remains are a few badly-repaired ruins, ramparts with +fosses that have been filled up, a gate surmounted by a small belfry, a +chapel converted into a magazine, and finally two huge towers connected +by an immense building, the lower rooms in which are vaulted. + +Nothing can be more mournful than these ruins, enclosed within an +ivy-covered wall; and nothing would indicate the use that is made +of them, except the sentinel which stands day and night at the gate. +Ancient elm-trees overshadow the vast courts; and on the old walls, as +well as in every crevice, there grow and bloom enough flowers to rejoice +a hundred prisoners. But this romantic prison is without prisoners. + +“It is a cage without birds,” says the jailer often in his most +melancholy voice. + +He takes advantage of this to raise his vegetables all along the +slopes; and the exposure is so excellent, that he is always the first in +Sauveterre who had young peas. He has also taken advantage of this--with +leave granted by the authorities--to fit up very comfortable lodgings +for himself in one of the towers. He has two rooms below, and a chamber +up stairs, which you reach by a narrow staircase in the thickness of the +wall. It was to this chamber that the keeper’s wife took Dionysia with +all the promptness of fear. The poor girl was out of breath. Her heart +was beating violently; and, as soon as she was in the room, she sank +into a chair. + +“Great God!” cried the woman. “You are not sick, my dear young lady? +Wait, I’ll run for some vinegar.” + +“Never mind,” replied Dionysia in a feeble voice. “Stay here, my dear +Colette: don’t go away!” + +For Colette was her name, though she was as dark as gingerbread, nearly +forty-five years old, and boasted of a decided mustache on her upper +lip. + +“Poor young lady!” she said. “You feel badly at being here.” + +“Yes,” replied Dionysia. “But where is your husband?” + +“Down stairs, on the lookout, madam. He will come up directly.” Very +soon afterwards, a heavy step was heard on the stairs; and Blangin came +in, looking pale and anxious, like a man who feels that he is running a +great risk. + +“Neither seen nor known,” he cried. “No one is aware of your presence +here. I was only afraid of that dog of a sentinel; and, just as you came +by, I had managed to get him round the corner, offering him a drop of +something to drink. I begin to hope I shall not lose my place.” + +Dionysia accepted these words as a summons to speak out. + +“Ah!” she said, “don’t mind your place: don’t you know I have promised +you a better one?” + +And, with a gayety which was very far from being real, she opened her +little bag, and put upon the table the rolls which it contained. + +“Ah, that is gold!” said Blangin with eager eyes. + +“Yes. Each one of these rolls contains a thousand francs; and here are +sixteen.” + +An irresistible temptation seized the jailer. + +“May I see?” he asked. + +“Certainly!” replied the young girl. “Look for yourself and count.” + +She was mistaken. Blangin did not think of counting, not he. What he +wanted was only to gratify his eye by the sight of the gold, to hear its +sound, to handle it. + +With feverish eagerness he tore open the wrappings, and let the pieces +fall in cascades upon the table; and, as the heap increased, his lips +turned white, and perspiration broke out on his temples. + +“And all that is for me?” he said with a stupid laugh. + +“Yes, it is yours,” replied Dionysia. + +“I did not know how sixteen thousand francs would look. How beautiful +gold is! Just look, wife.” + +But Colette turned her head away. She was quite as covetous as her +husband, and perhaps even more excited; but she was a woman, and she +knew how to dissemble. + +“Ah, my dear young lady!” she said, “never would my old man and myself +have asked you for money, if we had only ourselves to think of. But we +have children.” + +“Your duty is to think of your children,” replied Dionysia. + +“I know sixteen thousand francs is a big sum. Perhaps you will be sorry +to give us so much money.” + +“I am not sorry at all: I would even add to it willingly.” And she +showed them one of the other four rolls in her bag. + +“Then, to be sure, what do I care for my place!” cried Blangin. And, +intoxicated by the sight and the touch of the gold, he added,-- + +“You are at home here, madam; and the jail and the jailer are at your +disposal. What do you desire? Just speak. I have nine prisoners, not +counting M. de Boiscoran and Trumence. Do you want me to set them all +free?” + +“Blangin!” said his wife reprovingly. + +“What? Am I not free to let the prisoners go?” + +“Before you play the master, wait, at least, till you have rendered our +young lady the service which she expects from you.” + +“Certainly.” + +“Then go and conceal this money,” said the prudent woman; “or it might +betray us.” + +And, drawing from her cupboard a woollen stocking, she handed it to +her husband, who slipped the sixteen thousand francs into it, retaining +about a dozen gold-pieces, which he kept in his pocket so as always to +have in his hands some tangible evidence of his new fortune. When this +was done, and the stocking, full to overflowing, had been put back in +the cupboard under a pile of linen, she ordered her husband,-- + +“Now, you go down. Somebody might be coming; and, if you were not there +to open when they knock, that might look suspicious.” + +Like a well-trained husband, Blangin obeyed without saying a word; and +then his wife bethought herself how to entertain Dionysia. She hoped, +she said, her dear young lady would do her the honor to take something. +That would strengthen her, and, besides, help her to pass the time; +for it was only seven o’clock, and Blangin could not take her to M. de +Boiscoran’s cell before ten, without great danger. + +“But I have dined,” Dionysia objected. “I do not want any thing.” + +The woman insisted only the more. She remembered (God be thanked!) her +dear young lady’s taste; and she had made her an admirable broth, and +some beautiful dessert. And, while thus talking, she set the table, +having made up her mind that Dionysia must eat at all hazards; at least, +so says the tradition of the place. + +The eager zeal of the woman had, at least, this advantage,--that it +prevented Dionysia from giving way to her painful thoughts. + +Night had come. It was nine o’clock; then it struck ten. At last, the +watch came round to relieve the sentinels. A quarter of an hour after +that, Blangin reappeared, holding a lantern and an enormous bunch of +keys in his hands. + +“I have seen Trumence to bed,” he said. “You can come now, madam.” + +Dionysia was all ready. + +“Let us go,” she said simply. + +Then she followed the jailer along interminable passages, through a +vast vaulted hall, in which their steps resounded as in a church, then +through a long gallery. At last, pointing at a massive door, through the +cracks of which the light was piercing, he said,-- + +“Here we are.” + +But Dionysia seized his arm, and said in an almost inaudible voice,-- + +“Wait a moment.” + +She was almost overcome by so many successive emotions. She felt her +legs give way under her, and her eyes become dim. In her heart she +preserved all her usual energy; but the flesh escaped from her will and +failed her at the last moment. + +“Are you sick?” asked the jailer. “What is the matter?” + +She prayed to God for courage and strength: when her prayer was +finished, she said,-- + +“Now, let us go in.” + +And, making a great noise with the keys and the bolts, Blangin opened +the door to Jacques de Boiscoran’s cell. + +Jacques counted no longer the days, but the hours. He had been +imprisoned on Friday morning, June 23, and this was Wednesday night, +June 28, He had been a hundred and thirty-two hours, according to the +graphic description of a great writer, “living, but struck from the roll +of the living, and buried alive.” + +Each one of these hundred and thirty-two hours had weighed upon him +like a month. Seeing him pale and haggard, with his hair and beard +in disorder, and his eyes shining brightly with fever, like +half-extinguished coals, one would hardly have recognized in him the +happy lord of Boiscoran, free from care and trouble, upon whom fortune +had ever smiled,--that haughty sceptical young man, who from the height +of the past defied the future. + +The fact is, that society, obliged to defend itself against criminals, +has invented no more fearful suffering than what is called “close +confinement.” There is nothing that will sooner demoralize a man, crush +his will, and utterly conquer the most powerful energy. There is no +struggle more distressing than the struggle between an innocent man +accused of some crime, and the magistrate,--a helpless being in the +hands of a man armed with unlimited power. + +If great sorrow was not sacred, to a certain degree, Dionysia might have +heard all about Jacques. Nothing would have been easier. She would have +been told by Blangin, who was watching M. de Boiscoran like a spy, and +by his wife, who prepared his meals, through what anguish he had passed +since his imprisonment. + +Stunned at first, he had soon recovered; and on Friday and Saturday he +had been quiet and confident, talkative, and almost cheerful. But Sunday +had been a fatal day. Two gendarmes had carried him to Boiscoran to take +off the seals; and on his way out he had been overwhelmed with insults +and curses by the people who had recognized him. He had come back +terribly distressed. + +On Tuesday, he had received Dionysia’s letter, and answered it. This +had excited him fearfully, and, during a part of the night, Trumence +had seen him walk up and down in his cell with all the gestures and +incoherent imprecations of a madman. + +He had hoped for a letter on Wednesday. When none came, he had sunk into +a kind of stupor, during which M. Galpin had been unable to draw a word +from him. He had taken nothing all day long but a little broth and a cup +of coffee. When the magistrate left him, he had sat down, leaning his +head on his elbows, facing the window; and there he had remained, never +moving, and so deeply absorbed in his reveries, that he had taken no +notice when they brought him light. He was still in this state, when, a +little after ten o’clock, he heard the grating of the bolts of his cell. +He had become so well acquainted with the prison that he knew all its +regulations. He knew at what hours his meals were brought, at what +time Trumence came to clean up his room, and when he might expect +the magistrate. After night, he knew he was his own master till next +morning. So late a visit therefore, must needs bring him some unexpected +news, his liberty, perhaps,--that visitor for whom all prisoners look so +anxiously. + +He started up. As soon as he distinguished in the darkness the jailer’s +rugged face, he asked eagerly,-- + +“Who wants me?” + +Blangin bowed. He was a polite jailer. Then he replied,-- + +“Sir, I bring you a visitor.” + +And, moving aside, he made way for Dionysia, or, rather, he pushed her +into the room; for she seemed to have lost all power to move. + +“A visitor?” repeated M. de Boiscoran. + +But the jailer had raised his lantern, and the poor man could recognize +his betrothed. + +“You,” he cried, “you here!” + +And he drew back, afraid of being deceived by a dream, or one of those +fearful hallucinations which announce the coming of insanity, and take +hold of the brains of sick people in times of over-excitement. + +“Dionysia!” he barely whispered, “Dionysia!” + +If not her own life (for she cared nothing for that), but Jacques’s +life, had at that moment depended on a single word, Dionysia could not +have uttered it. Her throat was parched, and her lips refused to move. +The jailer took it upon himself to answer,-- + +“Yes,” he said, “Miss Chandore.” + +“At this hour, in my prison!” + +“She had something important to communicate to you. She came to me”-- + +“O Dionysia!” stammered Jacques, “what a precious friend”-- + +“And I agreed,” said Blangin in a paternal tone of voice, “to bring her +in secretly. It is a great sin I commit; and if it ever should become +known--But one may be ever so much a jailer, one has a heart, after all. +I tell you so merely because the young lady might not think of it. If +the secret is not kept carefully, I should lose my place, and I am a +poor man, with wife and children.” + +“You are the best of men!” exclaimed M. de Boiscoran, far from +suspecting the price that had been paid for Blangin’s sympathy, “and, on +the day on which I regain my liberty, I will prove to you that we whom +you have obliged are not ungrateful.” + +“Quite at your service,” replied the jailer modestly. + +Gradually, however, Dionysia had recovered her self-possession. She said +gently to Blangin,-- + +“Leave us now, my good friend.” + +As soon as he had disappeared, and without allowing M. de Boiscoran to +say a word, she said, speaking very low,-- + +“Jacques, grandpapa has told me, that by coming thus to you at night, +alone, and in secret, I run the risk of losing your affection, and of +diminishing your respect.” + +“Ah, you did not think so!” + +“Grandpapa has more experience than I have, Jacques. Still I did not +hesitate. Here I am; and I should have run much greater risks; for your +honor is at stake, and your honor is my honor, as your life is my life. +Your future is at stake, _our_ future, our happiness, all our hopes here +below.” + +Inexpressible joy had illumined the prisoner’s face. + +“O God!” he cried, “one such moment pays for years of torture.” + +But Dionysia had sworn to herself, as she came, that nothing should turn +her aside from her purpose. So she went on,-- + +“By the sacred memory of my mother, I assure you, Jacques, that I have +never for a moment doubted your innocence.” + +The unhappy man looked distressed. + +“You,” he said; “but the others? But M. de Chandore?” + +“Do you think I would be here, if he thought you were guilty? My aunts +and your mother are as sure of it as I am.” + +“And my father? You said nothing about him in your letter.” + +“Your father remained in Paris in case some influence in high quarters +should have to be appealed to.” + +Jacque shook his head, and said,-- + +“I am in prison at Sauveterre, accused of a fearful crime, and my father +remains in Paris! It must be true that he never really loved me. And yet +I have always been a good son to him down to this terrible catastrophe. +He has never had to complain of me. No, my father does not love me.” + +Dionysia could not allow him to go off in this way. + +“Listen to me, Jacques,” she said: “let me tell you why I ran the risk +of taking this serious step, that may cost me so dear. I come to you +in the name of all your friends, in the name of M. Folgat, the great +advocate whom your mother has brought down from Paris and in the name of +M. Magloire, in whom you put so much confidence. They all agree you have +adopted an abominable system. By refusing obstinately to speak, you rush +voluntarily into the gravest danger. Listen well to what I tell you. +If you wait till the examination is over, you are lost. If you are once +handed over to the court, it is too late for you to speak. You will +only, innocent as you are, make one more on the list of judicial +murders.” + +Jacques de Boiscoran had listened to Dionysia in silence, his head bowed +to the ground, as if to conceal its pallor from her. As soon as she +stopped, all out of breath, he murmured,-- + +“Alas! Every thing you tell me I have told myself more than once.” + +“And you did not speak?” + +“I did not.” + +“Ah, Jacques, you are not aware of the danger you run! You do not +know”-- + +“I know,” he said, interrupting her in a harsh, hoarse voice,--“I know +that the scaffold, or the galleys, are at the end.” + +Dionysia was petrified with horror. + +Poor girl! She had imagined that she would only have to show herself +to triumph over Jacques’s obstinacy, and that, as soon as she had heard +what he had to say, she would feel reassured. And instead of that-- + +“What a misfortune!” she cried. “You have taken up these fearful +notions, and you will not abandon them!” + +“I must keep silent.” + +“You cannot. You have not considered!--” + +“Not considered,” he repeated. + +And in a lower tone he added,-- + +“And what do you think I have been doing these hundred and thirty mortal +hours since I have been alone in this prison,--alone to confront a +terrible accusation, and a still more terrible emergency?” + +“That is the difficulty, Jacques: you are the victim of your own +imagination. And who could help it in your place? M. Folgat said so +only yesterday. There is no man living, who, after four days’ close +confinement, can keep his mind cool. Grief and solitude are bad +counsellors. Jacques, come to yourself; listen to your dearest friends +who speak to you through me. Jacques, your Dionysia beseeches you. +Speak!” + +“I cannot.” + +“Why not?” + +She waited for some seconds; and, as he did not reply, she said, not +without a slight accent of bitterness in her voice,-- + +“Is it not the first duty of an innocent man to establish his +innocence?” + +The prisoner, with a movement of despair, clasped his hands over his +brow. Then bending over Dionysia, so that she felt his breath in her +hair, he said,-- + +“And when he cannot, when he cannot, establish his innocence?” + +She drew back, pale unto death, tottering so that she had to lean +against the wall, and cast upon Jacques de Boiscoran glances in which +the whole horror of her soul was clearly expressed. + +“What do you say?” she stammered. “O God!” + +He laughed, the wretched man! with that laugh which is the last +utterance of despair. And then he replied,-- + +“I say that there are circumstances which upset our reason; unheard-of +circumstances, which could make one doubt of one’s self. I say that +every thing accuses me, that every thing overwhelms me, that every thing +turns against me. I say, that if I were in M. Galpin’s place, and if he +were in mine, I should act just as he does.” + +“That is insanity!” cried Dionysia. + +But Jacques de Boiscoran did not hear her. All the bitterness of the +last days rose within him: he turned red, and became excited. At last, +with gasping vice, he broke forth,-- + +“Establish my innocence! Ah! that is easily said. But how? No, I am not +guilty: but a crime has been committed; and for this crime justice will +have a culprit. If it is not I who fired at Count Claudieuse, and set +Valpinson on fire, who is it? ‘Where were you,’ they ask me, ‘at the +time of the murder?’ Where was I? Can I tell it? To clear myself is to +accuse others. And if I should be mistaken? Or if, not being mistaken, +I should be unable to prove the truthfulness of my accusation? The +murderer and the incendiary, of course, took all possible precautions to +escape detection, and to let the punishment fall upon me. I was warned +beforehand. Ah, if we could always foresee, could know beforehand! How +can I defend myself? On the first day I said, ‘Such a charge cannot +reach me: it is a cloud that a breath will scatter.’ Madman that I was! +The cloud has become an avalanche, and I may be crushed. I am neither a +child nor a coward; and I have always met phantoms face to face. I have +measured the danger, and I know it is fearful.” + +Dionysia shuddered. She cried,-- + +“What will become of us?” + +This time M. de Boiscoran heard her, and was ashamed of his weakness. +But, before he could master his feelings, the young girl went on, +saying,-- + +“But never mind. These are idle thoughts. Truth soars invincible, +unchangeable, high above all the ablest calculations and the most +skilful combinations. Jacques, you must tell the truth, the whole truth, +without subterfuge or concealment.” + +“I can do so no longer,” murmured he. + +“Is it such a terrible secret?” + +“It is improbable.” + +Dionysia looked at him almost with fear. She did not recognize his old +face, nor his eye, nor the tone of his voice. She drew nearer to him, +and taking his hand between her own small white hands, she said,-- + +“But you can tell it to me, your friend, your”-- + +He trembled, and, drawing back, he said,-- + +“To you less than anybody else.” + +And, feeling how mortifying such an answer must be, he added,-- + +“Your mind is too pure for such wretched intrigues. I do not want your +wedding-dress to be stained by a speck of that mud into which they have +thrown me.” + +Was she deceived? No; but she had the courage to seem to be deceived. +She went on quietly,-- + +“Very well, then. But the truth will have to be told sooner or later.” + +“Yes, to M. Magloire.” + +“Well, then, Jacques, write down at once what you mean to tell him. Here +are pen and ink: I will carry it to him faithfully.” + +“There are things, Dionysia, which cannot be written.” + +She felt she was beaten; she understood that nothing would ever bend +that iron will, and yet she said once more,-- + +“But if I were to beseech you, Jacques, by our past and our future, by +that great and eternal love which you have sworn?” + +“Do you really wish to make my prison hours a thousand times harder than +they are? Do you want to deprive me of my last remnant of strength and +of courage? Have you really no confidence in me any longer? Could you +not believe me a few days more?” + +He paused. Somebody knocked at the door; and almost at the same time +Blangin the jailer called out through the wicket,-- + +“Time is passing. I want to be down stairs when they relieve guard. I am +running a great risk. I am a father of a family.” + +“Go home now, Dionysia,” said Jacques eagerly, “go home. I cannot think +of your being seen here.” + +Dionysia had paid dear enough to know that she was quite safe; still she +did not object. She offered her brow to Jacques, who touched it with +his lips; and half dead, holding on to the walls, she went back to the +jailer’s little room. They had made up a bed for her, and she threw +herself on it, dressed as she was, and remained there, immovable, as if +she had been dead, overcome by a kind of stupor which deprived her even +of the faculty of suffering. + +It was bright daylight, it was eight o’clock, when she felt somebody +pulling her sleeve. The jailer’s wife said to her,-- + +“My dear young lady, this would be a good time for you to slip away. +Perhaps they will wonder to see you alone in the street; but they will +think you are coming home from seven o’clock mass.” + +Without saying a word, Dionysia jumped down, and in a moment she had +arranged her hair and her dress. Then Blangin came, rather troubled at +not seeing her leave the house; and she said to him, giving him one of +the thousand-franc rolls that were still in her bag,-- + +“This is for you: I want you to remember me, if I should need you +again.” + +And, dropping her veil over her face, she went away. + + + +XI. + +Baron Chandore had had one terrible night in his life, every minute of +which he had counted by the ebbing pulse of his only son. + +The evening before, the physicians had said,-- + +“If he lives this night, he may be saved.” + +At daybreak he had expired. + +Well, the old gentleman had hardly suffered more during that fatal night +than he did this night, during which Dionysia was away from the house. +He knew very well that Blangin and his wife were honest people, in +spite of their avarice and their covetousness; he knew that Jacques de +Boiscoran was an honourable man. + +But still, during the whole night, his old servant heard him walk up and +down his room; and at seven o’clock in the morning he was at the door, +looking anxiously up and down the street. Towards half-past seven, M. +Folgat came up; but he hardly wished him good-morning, and he certainly +did not hear a word of what the lawyer told him to reassure him. At +last, however, the old man cried,-- + +“Ah, there she is!” + +He was not mistaken. Dionysia was coming round the corner. She came up +to the house in feverish haste, as if she had known that her strength +was at an end, and would barely suffice to carry her to the door. + +Grandpapa Chandore met her with a kind of fierce joy, pressed her in his +arms, and said over and over again,-- + +“O Dionysia! Oh, my darling child, how I have suffered! How long you +have been! But it is all over now. Come, come, come!” + +And he almost carried her into the parlor, and put her down tenderly +into a large easy-chair. He knelt down by her, smiling with happiness; +but, when he had taken her hands in his, he said,-- + +“Your hands are burning. You have a fever!” + +He looked at her: she had raised her veil. + +“You are pale as death!” he went on. “Your eyes are red and swollen!” + +“I have cried, dear papa,” she replied gently. + +“Cried! Why?” + +“Alas, I have failed!” + +As if moved by a sudden shock, M. de Chandore started up, and cried,-- + +“By God’s holy name the like has not been heard since the world was +made! What! you went, you Dionysia de Chandore, to him in his prison; +you begged him”-- + +“And he remained inflexible. Yes, dear papa. He will say nothing till +after the preliminary investigation is over.” + +“We were mistaken in the man: he has no courage and no feeling.” + +Dionysia had risen painfully, and said feebly,-- + +“Ah, dear papa! Do not blame him, do not accuse him! he is so unhappy!” + +“But what reasons does he give?” + +“He says the facts are so very improbable that he should certainly not +be believed; and that he should ruin himself if he were to speak as long +as he is kept in close confinement, and has no advocate. He says his +position is the result of a wicked conspiracy. He says he thinks he +knows the guilty one, and that he will denounce the person, since he is +forced to do so in self-defence.” + +M. Folgat, who had until now remained a silent witness of the scene, +came up, and asked,-- + +“Are you quite sure, madam, that that was what M. de Boiscoran said?” + +“Oh, quite sure, sir! And, if I lived a thousand years, I should never +forget the look of his eyes, or the tone of his voice.” + +M. de Chandore did not allow her to be interrupted again. + +“But surely, my dear child, Jacques told you--you--something more +precise?” + +“No.” + +“You did not ask him even what those improbable facts were?” + +“Oh, yes!” + +“Well?” + +“He said that I was the very last person who could be told.” + +“That man ought to be burnt over a slow fire,” said M. de Chandore to +himself. Then he added in a louder voice,-- + +“And you do not think all this very strange, very extraordinary?” + +“It seems to me horrible!” + +“I understand. But what do you think of Jacques?” + +“I think, dear papa, that he cannot act otherwise, or he would not do +it. Jacques is too intelligent and too courageous to deceive himself +easily. As he alone knows every thing, he alone can judge. I, of course, +am bound to respect his will more than anybody else.” + +But the old gentleman did not think himself bound to respect it; and, +exasperated as he was by this resignation of his grandchild, he was +on the point of telling her his mind fully, when she got up with some +effort, and said, in an almost inaudible voice,-- + +“I am broken to pieces! Excuse me, grandpapa, if I go to my room.” She +left the parlor. M. de Chandore accompanied her to the door, remained +there till he had seen her get up stairs, where her maid was waiting for +her, and then came back to M. Folgat. + +“They are going to kill me, sir!” he cried, with an explosion of wrath +and despair which was almost frightful in a man of his age. “She had in +her eyes the same look that her mother had when she told me, after her +husband’s death, ‘I shall not survive him.’ And she did not survive my +poor son. And then I, old man, was left alone with that child; and who +knows but she may have in her the germ of the same disease which killed +her mother? Alone! And for these twenty years I have held my breath to +listen if she is still breathing as naturally and regularly”-- + +“You are needlessly alarmed,” began the advocate. + +But Grandpapa Chandore shook his head, and said,-- + +“No, no. I fear my child has been hurt in her heart’s heart. Did you not +see how white she looked, and how faint her voice was? Great God! wilt +thou leave me all alone here upon earth? O God! for which of my sins +dost thou punish me in my children? For mercy’s sake, call me home +before she also leaves me, who is the joy of my life. And I can do +nothing to turn aside this fatality--stupid inane old man that I am! And +this Jacques de Boiscoran--if he were guilty, after all? Ah the wretch! +I would hang him with my own hands!” + +Deeply moved, M. Folgat had watched the old gentleman’s grief. Now he +said,-- + +“Do not blame M. de Boiscoran, sir, now that every thing is against him! +Of all of us, he suffers, after all, most; for he is innocent.” + +“Do you still think so?” + +“More than ever. Little as he has said, he has told Miss Dionysia enough +to confirm me in my conjecture, and to prove to me that I have guessed +right.” + +“When?” + +“The day we went to Boiscoran.” + +The baron tried to remember. + +“I do not recollect,” he said. + +“Don’t you remember,” said the lawyer, “that you left us, so as to +permit Anthony to answer my questions more freely?” + +“To be sure!” cried M. de Chandore, “to be sure! And then you thought”-- + +“I thought I had guessed right, yes, sir; but I am not going to do any +thing now. M. de Boiscoran tells us that the facts are improbable. I +should, therefore, in all probability, soon be astray; but, since we +are now bound to be passive till the investigation is completed, I shall +employ the time in examining the country people, who will, probably, +tell me more than Anthony did. You have, no doubt, among your friends, +some who must be well informed,--M. Seneschal, Dr. Seignebos.” + +The latter did not keep M. Folgat waiting long; for his name had hardly +been mentioned, when he himself repeated it in the passage, telling a +servant,-- + +“Say it is I, Dr. Seignebos, Dr. Seignebos.” + +He fell like a bombshell into the room. It was four days now since he +had last presented himself there; for he had not come himself for his +report and the shot he had left in M. Folgat’s hands. He had sent for +them, excusing himself on the score of his many engagements. The fact +was, however, that he had spent nearly the whole of these four days at +the hospital, in company with one of his brother-practitioners, who had +been sent for by the court to proceed, “jointly with Dr. Seignebos,” to +an examination of Cocoleu’s mental condition. + +“And this is what brings me here,” he cried, still in the door; “for +this opinion, if it is not put into proper order, will deprive M. de +Boiscoran of his best and surest chance of escape.” + +After what Dionysia had told them, neither M. de Chandore nor M. Folgat +attached much importance to the state of Cocoleu’s mind: still this word +“escape” attracted their attention. There is nothing unimportant in a +criminal trial. + +“Is there any thing new?” asked the advocate. + +The doctor first went to close the doors carefully, and then, putting +his cane and broad-brimmed hat upon the table, he said,-- + +“No, there is nothing new. They still insist, as before, upon ruining M. +de Boiscoran; and, in order to do that, they shrink from nothing.” + +“They! Who are they?” asked M. de Chandore. + +The doctor shrugged his shoulders contemptuously. + +“Are you really in doubt, sir?” he replied. “And yet the facts speak +clearly enough. In this department, there is a certain number of +physicians who are not very keenly alive to the honor of their +profession, and who are, to tell the truth, consummate apes.” + +Grave as the situation was, M. Folgat could hardly suppress a smile, the +doctor’s manner was so very extraordinary. + +“But there is one of these apes,” he went on, “who, in length of ears +and thickness of skin, surpasses all the others. Well, he is the very +one whom the court has chosen and associated with me.” + +Upon this subject it was desirable to put a check upon the doctor. M. de +Chandore therefore interrupted him, saying,-- + +“In fine”-- + +“In fine, my learned brother is fully persuaded that his mission as a +physician employed by a court of justice is to say ‘Amen’ to all the +stories of the prosecution. ‘Cocoleu is an idiot,’ says M. Galpin +peremptorily. ‘He is an idiot, or ought to be one,’ reechoes my learned +brother. ‘He spoke on the occasion of the crime by an inspiration from +on high,’ the magistrate goes on to say. ‘Evidently,’ adds the brother, +‘there was an inspiration from on high.’ For this is the conclusion at +which my learned brother arrives in his report: ‘Cocoleu is an idiot who +had been providentially inspired by a flash of reason.’ He does not say +it in these words; but it amounts to the same thing.” + +He had taken off his spectacles, and was wiping them industriously. + +“But what do you think, doctor?” asked M. Folgat. + +Dr. Seignebos solemnly put on again his spectacles, and replied +coldly,-- + +“My opinion, which I have fully developed in my report, is, that Cocoleu +is not idiotic at all.” + +M. Chandore started: the proposition seemed to him monstrous. He +knew Cocoleu very well; he had seen him wander through the streets of +Sauveterre during the eighteen months which the poor creature had spent +under the doctor’s treatment. + +“What! Cocoleu not idiotic?” he repeated. + +“No!” Dr. Seignebos declared peremptorily; “and you have only to look at +him to be convinced. Has he a large flat face, disproportionate mouth, +a yellow, tanned complexion, thick lips, defective teeth, and squinting +eyes? Does his deformed head sway from side to side, being too heavy to +be supported by his neck? Is his body deformed, and his spine crooked? +Do you find that his stomach is big and pendent, that his hands drop +upon his thighs, that his legs are awkward, and the joints unusually +large? These are the symptoms of idiocy, gentleman, and you do not find +them in Cocoleu. I, for my part, see in him a scamp, who has an iron +constitution, who uses his hands very cleverly, climbs trees like a +monkey, and leaps ditches ten feet wide. To be sure, I do not pretend +that his intellect is normal; but I maintain that he is one of those +imbeciles who have certain faculties very fully developed, while others, +more essential, are missing.” + +While M. Folgat listened with the most intense interest, M. de Chandore +became impatient, and said,-- + +“The difference between an idiot and an imbecile”-- + +“There is a world between them,” cried the doctor. + +And at once he went on with overwhelming volubility,-- + +“The imbecile preserves some fragments of intelligence. He can speak, +make known his wants, and express his feelings. He associates ideas, +compares impressions, remembers things, and acquires experience. He is +capable of cunning and dissimulation. He hates and likes and fears. +If he is not always sociable, he is susceptible of being influenced +by others. You can easily obtain perfect control over him. His +inconsistency is remarkable; and still he shows, at times, invincible +obstinacy. Finally, imbeciles are, on account of this semi-lucidity, +often very dangerous. You find among them almost all those monomaniacs +whom society is compelled to shut up in asylums, because they cannot +master their instincts.” + +“Very well said,” repeated M. Folgat, who found here some elements of a +plea,--“very well said.” + +The doctor bowed. + +“Such a creature is Cocoleu. Does it follow that I hold him responsible +for his actions? By no means! But it follows that I look upon him as a +false witness brought forth to ruin an honest man.” + +It was evident that such views did not please M. de Chandore. + +“Formerly,” he said, “you did not think so.” + +“No, I even said the contrary,” replied Dr. Seignebos, not without +dignity. “I had not studied Cocoleu sufficiently, and I was taken in by +him: I confess it openly. But this avowal of mine is an evidence of the +cunning and the astute obstinacy of these wretched creatures, and of +their capacity to carry out a design. After a year’s experience, I sent +Cocoleu away, declaring, and certainly believing, that he was incurable. +The fact is, he did not want to be cured. The country-people, who +observe carefully and shrewdly, were not taken in; they will tell you, +almost to a man, that Cocoleu is bad, but not an idiot. That is the +truth. He has found out, that, by exaggerating his imbecility, he could +live without work; and he has done it. When he was taken in by Count +Claudieuse, he was clever enough to show just so much intelligence as +was necessary to make him endurable, without being compelled to do any +work.” + +“In a word,” said M. de Chandore incredulously, “Cocoleu is a great +actor.” + +“Great enough to have deceived me,” replied the doctor: “yes, sir.” + +Then turning to M. Folgat, he went on,-- + +“All this I had told my learned brother, before taking him to the +hospital. There we found Cocoleu more obstinate than ever in his +silence, which even M. Galpin had not induced him to break. All our +efforts to obtain a word from him were fruitless, although it was very +evident to me that he understood very well. I proposed to resort to +quite legitimate means, which are employed to discover feigned defects +and diseases; but my learned brother refused and was encouraged in his +resistance by M. Galpin: I do not know upon what ground. Then I asked +that the Countess Claudieuse should be sent for, as she has a talent of +making him talk. M. Galpin would not permit it--and there we are.” + +It happens almost daily, that two physicians employed as experts differ +in their opinions. The courts would have a great deal to do, if they +had to force them to agree. They appoint simply a third expert, whose +opinion is decisive. This was necessarily to be done in Cocoleu’s case. + +“And as necessarily,” continued Dr. Seignebos, “the court, having +appointed a first ass, will associate with me a second ass. They will +agree with each other, and I shall be accused and convicted of ignorance +and presumption.” + +He came, therefore, as he now said, to ask M. de Chandore to render him +a little service. He wanted the two families, Chandore and Boiscoran, +to employ all their influence to obtain that a commission of physicians +from outside--if possible, from Paris--should be appointed to examine +Cocoleu, and to report on his mental condition. + +“I undertake,” he said, “to prove to really enlightened men, that +this poor creature is partly pretending to be imbecile, and that his +obstinate speechlessness is only adopted in order to avoid answers which +would compromise him.” + +At first, however, neither M. de Chandore nor M. Folgat gave any answer. +They were considering the question. + +“Mind,” said the doctor again, shocked at their silence, “mind, I pray, +that if my view is adopted, as I have every reason to hope, a new turn +will be given to the whole case.” + +Why yes! The ground of the accusation might be taken from under the +prosecution; and that was what kept M. Folgat thinking. + +“And that is exactly,” he commenced at last, “what makes me ask myself +whether the discovery of Cocoleu’s rascality would not be rather +injurious than beneficial to M. de Boiscoran.” + +The doctor was furious. He cried,-- + +“I should like to know”-- + +“Nothing can be more simple,” replied the advocate. “Cocoleu’s idiocy +is, perhaps the most serious difficulty in the way of the prosecution, +and the most powerful argument for the defence. What can M. Galpin say, +if M. de Boiscoran charges him with basing a capital charge upon the +incoherent words of a creature void of intelligence, and, consequently, +irresponsible.” + +“Ah! permit me,” said Dr. Seignebos. + +But M. de Chandore heard every syllable. + +“Permit yourself, doctor,” he said. “This argument of Cocoleu’s +imbecility is one which you have pleaded from the beginning, and which +appeared to you, you said, so conclusive, that there was no need of +looking for any other.” + +Before the doctor could find an answer, M. Folgat went on,-- + +“Let it be, on the contrary, established that Cocoleu really knows what +he says, and all is changed. The prosecution is justified, by an opinion +of the faculty, in saying to M. de Boiscoran, ‘You need not deny any +longer. You have been seen; here is a witness.’” + +These arguments must have struck Dr. Seignebos very forcibly; for +he remained silent for at least ten long seconds, wiping his gold +spectacles with a pensive air. Had he really done harm to Jacques de +Boiscoran, while he meant to help him? But he was not the man to be long +in doubt. He replied in a dry tone,-- + +“I will not discuss that, gentlemen. I will ask you, only one question: +‘Yes or no, do you believe in M. de Boiscoran’s innocence?’” + +“We believe in it fully,” replied the two men. + +“Then, gentlemen, it seems to me we are running no risk in trying to +unmask an impostor.” + +That was not the young lawyer’s opinion. + +“To prove that Cocoleu knows what he says,” he replied, “would be fatal, +unless we can prove at the same time that he has told a falsehood, and +that his evidence has been prompted by others. Can we prove that? +Have we any means to prove that his obstinacy in not replying to any +questions arises from his fear that his answers might convict him of +perjury?” + +The doctor would hear nothing more. He said rather uncourteously,-- + +“Lawyer’s quibbles! I know only one thing; and that is truth.” + +“It will not always do to tell it,” murmured the lawyer. + +“Yes, sir, always,” replied the physician,--“always, and at all hazards, +and whatever may happen. I am M. de Boiscoran’s friend; but I am still +more the friend of truth. If Cocoleu is a wretched impostor, as I am +firmly convinced, our duty is to unmask him.” + +Dr. Seignebos did not say--and he probably did not confess it to +himself--that it was a personal matter between Cocoleu and himself. He +thought Cocoleu had taken him in, and been the cause of a host of small +witticisms, under which he had suffered cruelly, though he had allowed +no one to see it. To unmask Cocoleu would have given him his revenge, +and return upon his enemies the ridicule with which they had overwhelmed +him. + +“I have made up my mind,” he said, “and, whatever you may resolve, +I mean to go to work at once, and try to obtain the appointment of a +commission.” + +“It might be prudent,” M. Folgat said, “to consider before doing any +thing, to consult with M. Magloire.” + +“I do not want to consult with Magloire when duty calls.” + +“You will grant us twenty-four hours, I hope.” + +Dr. Seignebos frowned till he looked formidable. + +“Not an hour,” he replied; “and I go from here to M. Daubigeon, the +commonwealth attorney.” + +Thereupon, taking his hat and cane, he bowed and left, as dissatisfied +as possible, without stopping even to answer M. de Chandore, who asked +him how Count Claudieuse was, who was, according to reports in town, +getting worse and worse. + +“Hang the old original!” cried M. de Chandore before the doctor had left +the passage. + +Then turning to M. Folgat, he added,-- + +“I must, however, confess that you received the great news which he +brought rather coldly.” + +“The very fact of the news being so very grave,” replied the advocate, +“made me wish for time to consider. If Cocoleu pretends to be imbecile, +or, at least, exaggerates his incapacity, then we have a confirmation +of what M. de Boiscoran last night told Miss Dionysia. It would be the +proof of an odious trap of a long-premeditated vengeance. Here is the +turning-point of the affair evidently.” + +M. de Chandore was bitterly undeceived. + +“What!” he said, “you think so, and you refuse to support Dr. Seignebos, +who is certainly an honest man?” + +The young lawyer shook his head. + +“I wanted to have twenty-four hours’ delay, because we must absolutely +consult M. de Boiscoran. Could I tell the doctor so? Had I a right to +take him into Miss Dionysia’s secret?” + +“You are right,” murmured M. de Chandore, “you are right.” + +But, in order to write to M. de Boiscoran, Dionysia’s assistance was +necessary; and she did not reappear till the afternoon, looking very +pale, but evidently armed with new courage. + +M. Folgat dictated to her certain questions to ask the prisoner. + +She hastened to write them in cipher; and about four o’clock the letter +was sent to Mechinet, the clerk. + +The next evening the answer came. + +“Dr. Seignebos is no doubt right, my dear friends,” wrote Jacques. “I +have but too good reasons to be sure that Cocoleu’s imbecility is partly +assumed, and that his evidence has been prompted by others. Still I +must beg you will take no steps that would lead to another medical +investigation. The slightest imprudence may ruin me. For Heaven’s sake +wait till the end of the preliminary investigation, which is now near at +hand, from what M. Galpin tells me.” + +The letter was read in the family circle; and the poor mother uttered a +cry of despair as she heard those words of resignation. + +“Are we going to obey him,” she said, “when we all know that he is +ruining himself by his obstinacy?” + +Dionysia rose, and said,-- + +“Jacques alone can judge his situation, and he alone, therefore, has the +right to command. Our duty is to obey. I appeal to M. Folgat.” + +The young advocate nodded his head. + +“Every thing has been done that could be done,” he said. “Now we can +only wait.” + + + +XII. + +The famous night of the fire at Valpinson had been a godsend to the +good people of Sauveterre. They had henceforth an inexhaustible topic +of discussion, ever new and ever rich in unexpected conjectures,--the +Boiscoran case. When people met in the streets, they simply asked,-- + +“What are they doing now?” + +Whenever, therefore, M. Galpin went from the court-house to the prison, +or came striding up National Street with his stiff, slow step, twenty +good housewives peeped from behind their curtains to read in his face +some of the secrets of the trial. They saw, however, nothing there but +traces of intense anxiety, and a pallor which became daily more marked. +They said to each other,-- + +“You will see poor M. Galpin will catch the jaundice from it.” + +The expression was commonplace; but it conveyed exactly the feelings of +the ambitious lawyer. This Boiscoran case had become like a festering +wound to him, which irritated him incessantly and intolerably. + +“I have lost my sleep by it,” he told the commonwealth attorney. +Excellent M. Daubigeon, who had great trouble in moderating his zeal, +did not pity him particularly. He would say in reply,-- + +“Whose fault is it? But you want to rise in the world; and increasing +fortune is always followed by increasing care. + +“Ah!” said the magistrate. “I have only done my duty, and, if I had to +begin again, I would do just the same.” + +Still every day he saw more clearly that he was in a false position. +Public opinion, strongly arrayed against M. de Boiscoran, was not, on +that account, very favorable to him. Everybody believed Jacques guilty, +and wanted him to be punished with all the rigor of the law; but, on the +other hand, everybody was astonished that M. Galpin should choose to +act as magistrate in such a case. There was a touch of treachery in this +proceeding against a former friend, in looking everywhere for evidence +against him, in driving him into court, that is to say, towards the +galleys or the scaffold; and this revolted people’s consciences. + +The very way in which people returned his greeting, or avoided him +altogether, made the magistrate aware of the feelings they entertained +for him. This only increased his wrath against Jacques, and, with it his +trouble. He had been congratulated, it is true, by the attorney-general; +but there is no certainty in a trial, as long as the accused refuses to +confess. The charges against Jacques, to be sure, were so overwhelming, +that his being sent before the court was out of question. But by the +side of the court there is still the jury. + +“And in fine, my dear,” said the commonwealth attorney, “you have not +a single eye-witness. And from time immemorial an eye-witness has been +looked upon as worth a hundred hearsays.” + +“I have Cocoleu,” said M. Galpin, who was rather impatient of all these +objections. + +“Have the doctors decided that he is not an idiot?” + +“No: Dr. Seignebos alone maintains that doctrine.” + +“Well, at least Cocoleu is willing to repeat his evidence?” + +“No.” + +“Why, then you have virtually no witness!” + +Yes, M. Galpin understood it but too well, and hence his anxiety. The +more he studied _his_ accused, the more he found him in an enigmatic and +threatening position, which was ominous of evil. + +“Can he have an _alibi_?” he thought. “Or does he hold in reserve one of +those unforeseen revelations, which at the last moment destroy the whole +edifice of the prosecution, and cover the prosecuting attorney with +ridicule?” + +Whenever these thoughts occurred to him, they made big drops of +perspiration run down his temples; and then he treated his poor clerk +Mechinet like a slave. And that was not all. Although he lived more +retired than ever, since this case had begun, many a report reached him +from the Chandore family. + +To be sure, he was a thousand miles from imagining that they had +actually opened communications with the prisoner, and, what is more, +that this intercourse was carried on by Mechinet, his own clerk. He +would have laughed if one had come and told him that Dionysia had spent +a night in prison, and paid Jacques a visit. But he heard continually +of the hopes and the plans of the friends and relations of his prisoner; +and he remembered, not without secret fear and trembling that they were +rich and powerful, supported by relations in high places, beloved and +esteemed by everybody. He knew that Dionysia was surrounded by devoted +and intelligent men, by M. de Chandore, M. Seneschal, Dr. Seignebos, M. +Magloire, and, finally, that advocate whom the Marchioness de Boiscoran +had brought down with her from Paris, M. Folgat. + +“And Heaven knows what they would not try,” he thought, “to rescue the +guilty man from the hands of justice!” + +It may well be said, therefore, that never was prosecution carried on +with as much passionate zeal or as much minute assiduity. Every one of +the points upon which the prosecution relied became, for M. Galpin, +a subject of special study. In less than a fortnight he examined +sixty-seven witnesses in his office. He summoned the fourth part of the +population of Brechy. He would have summoned the whole country, if he +had dared. + +But all his efforts were fruitless. After weeks of furious +investigations, the inquiry was still at the same point, the mystery was +still impenetrable. The prisoner had not refuted any of the charges +made against him; but the magistrate had, also, not obtained a single +additional piece of evidence after those he had secured on the first +day. + +There must be an end of this, however. + +One warm afternoon in July, the good ladies in National Street thought +they noticed that M. Galpin looked even more anxious than usual. They +were right. After a long conference with the commonwealth attorney +and the presiding judge, the magistrate had made up his mind. When he +reached the prison, he went to Jacques’s cell and there, concealing his +embarrassment under the greatest stiffness, he said,-- + +“My painful duty draws to an end, sir: the inquiry with which I have +been charged will be closed. To-morrow the papers, with a list of the +objects to be used as evidence, will be sent to the attorney-general, to +be submitted to the court.” + +Jacques de Boiscoran did not move. + +“Well,” he said simply. + +“Have you nothing to add, sir?” asked M. Galpin. + +“Nothing, except that I am innocent.” + +M. Galpin found it difficult to repress his impatience. He said,-- + +“Well, then, prove it. Refute the charges which have been brought +against you, which overwhelm you, which induce me, the court, and +everybody else, to consider you guilty. Speak, and explain your +conduct.” + +Jacques kept obstinately silent. + +“Your resolution is fixed,” said the magistrate once more, “you refuse +to say any thing?” + +“I am innocent.” + +M. Galpin saw clearly that it was useless to insist any longer. + +“From this moment,” he said, “you are no longer in close confinement. +You can receive the visits of your family in the prison parlor. The +advocate whom you will choose will be admitted to your cell to consult +with you.” + +“At last!” exclaimed Jacques with explosive delight; and then he +added,-- + +“Am I at liberty to write to M. de Chandore?” + +“Yes,” replied M. Galpin, “and, if you choose to write at once, my clerk +will be happy to carry your letter this evening to its destination.” + +Jacques de Boiscoran availed himself on the spot of this permission; +and he had done very soon, for the note which he wrote, and handed to M. +Mechinet, contained only the few words,-- + +“I shall expect M. Magloire to-morrow morning at nine. + +“J.” + +Ever since the day on which they had come to the conclusion that a false +step might have the most fatal consequences, Jacques de Boiscoran’s +friends had abstained from doing anything. Besides, what would have been +the use of any efforts? Dr. Seignebos’s request, though unsupported, had +been at least partially granted; and the court had summoned a physician +from Paris, a great authority on insanity, to determine Cocoleu’s mental +condition. It was on a Saturday that Dr. Seignebos came triumphantly +to announce the good news. It was the following Tuesday that he had to +report his discomfiture. In a furious passion he said,-- + +“There are asses in Paris as well as elsewhere! Or, rather, in these +days of trembling egotism and eager servility, an independent man is +as difficult to find in Paris as in the provinces. I was looking for +a _savant_ who would be inaccessible to petty considerations; and they +send me a trifling fellow, who does not dare to be disagreeable to the +gentlemen of the bar. Ah, it was a cruel disappointment!” + +And all the time worrying his spectacles, he went on,-- + +“I had been informed of the arrival of my learned brother; and I went +to receive him myself at the railway station. The train comes in; and +at once I make out my man in the crowd: a fine head, well set in grizzly +hair, a noble eye, eloquent lips. ‘There he is!’ I say to myself. ‘Hm!’ +He looked rather dandyish, to be sure, a lot of decorations in his +buttonhole, whiskers trimmed as carefully as the box in my garden, +and, instead of honest spectacles, a pair of eye-glasses. But no man is +perfect. I go up to him, I give him my name, we shake hands, I ask him +to breakfast, he accepts; and here we are at table, he doing justice to +my Bordeaux, and I explaining to him the case systematically. When we +have done, he wishes to see Cocoleu. We go to the hospital; and there, +after merely glancing at the creature, he says, ‘That man is simply the +most complete idiot I have ever seen in my life!’ I was a little taken +aback, and tried to explain the matter to him; but he refuses to listen +to me. I beseech him to see Cocoleu once more: he laughs at me. I feel +hurt, and ask him how he explains the evidence which this idiot gave +on the night of the fire. He laughs again, and replies that he does +not explain it. I begin to discuss the question; and he marches off to +court. And do you know where he dined that day? At the hotel with my +other learned brother of the commission; and there they drew up a report +which makes of Cocoleu the most perfect imbecile that was ever dreamed +of.” + +He was walking up and down in the room with long strides, and, unwilling +to listen, he went on,-- + +“But Master Galpin need not think of crowing over us yet. The end is not +yet; they will not get rid of Dr. Seignebos so easily. I have said that +Cocoleu was a wretched cheat, a miserable impostor, a false witness, and +I shall prove it. Boiscoran can count upon me.” + +He broke off here, and, placing himself before M. Folgat, he added,-- + +“And I say M. de Boiscoran may count upon me, because I have my reasons. +I have formed very singular suspicions, sir,--very singular.” + +M. Folgat, Dionysia, and the marchioness urged him to explain; but he +declared that the moment had not come yet, that he was not perfectly +sure yet. + +And he left again, vowing that he was overworked, that he had forsaken +his patients for forty-eight hours, and that the Countess Claudieuse was +waiting for him, as her husband was getting worse and worse. + +“What can the old man suspect?” Grandpapa Chandore asked again, an hour +after the doctor had left. + +M. Folgat might have replied that these probable suspicions were no +doubt his own suspicions, only better founded, and more fully developed. +But why should he say so, since all inquiry was prohibited, and a single +imprudent word might ruin every thing? Why, also, should he excite new +hopes, when they must needs wait patiently till it should seem good to +M. Galpin to make an end to this melancholy suspense? + +They heard very little nowadays of Jacques de Boiscoran. The +examinations took place only at long intervals; and it was sometimes +four or five days before Mechinet brought another letter. + +“This is intolerable agony,” repeated the marchioness over and over +again. + +The end was, however, approaching. + +Dionysia was alone one afternoon in the sitting-room, when she thought +she heard the clerk’s voice in the hall. She went out at once and found +him there. + +“Ah!” she cried, “the investigation is ended!” For she knew very well +that nothing less would have emboldened Mechinet to show himself openly +at their house. + +“Yes, indeed, madam!” replied the good man; “and upon M. Galpin’s own +order I bring you this letter from M. de Boiscoran.” + +She took it, read it at a single glance, and forgetting every thing, +half delirious with joy, she ran to her grandfather and M. Folgat, +calling upon a servant at the same time to run and fetch M. Magloire. + +In less than an hour, the eminent advocate of Sauveterre arrived; +and when Jacques’s letter had been handed to him, he said with some +embarrassment,-- + +“I have promised M. de Boiscoran my assistance, and he shall certainly +have it. I shall be at the prison to-morrow morning as soon as the doors +open, and I will tell you the result of our interview.” + +He would say nothing more. It was very evident that he did not believe +in the innocence of his client, and, as soon as he had left, M. de +Chandore exclaimed,-- + +“Jacques is mad to intrust his defence to a man who doubts him.” + +“M. Magloire is an honorable man, papa,” said Dionysia; “and, if he +thought he could compromise Jacques, he would resign.” + +Yes, indeed, M. Magloire was an honorable man, and quite accessible +to tender sentiments; for he felt very reluctant to go and see the +prisoner, charged as he was with an odious crime, and, as he thought, +justly charged,--a man who had been his friend, and whom, in spite of +all, he could not help loving still. + +He could not sleep for it that night; and noticed his anxious air as +he crossed the street next morning on his way to the jail. Blangin the +keeper was on the lookout for him, and cried,-- + +“Ah, come quick, sir! The accused is devoured with impatience.” + +Slowly, and his heart beating furiously, the famous advocate went up the +narrow stairs. He crossed the long passage; Blangin opened a door; he +was in Jacques de Boiscoran’s cell. + +“At last you are coming,” exclaimed the unhappy young man, throwing +himself on the lawyer’s neck. “At last I see an honest face, and hold +a trusty hand. Ah! I have suffered cruelly, so cruelly, that I am +surprised my mind has not given way. But now you are here, you are by my +side, I am safe.” + +The lawyer could not speak. He was terrified by the havoc which grief +had made of the noble and intelligent face of his friend. He was shocked +at the distortion of his features, the unnatural brilliancy of his eyes, +and the convulsive laugh on his lips. + +“Poor man!” he murmured at last. + +Jacques misunderstood him: he stepped back, as white as the walls of his +cell. + +“You do not think me guilty?” he exclaimed. + +An inexpressibly sad expression convulsed his features. + +“To be sure,” he went on with his terrible convulsive laughter, “the +charges must be overwhelming indeed, if they have convinced my best +friends. Alas! why did I refuse to speak that first day? My honor!--what +a phantom! And still, victimized as I am by an infamous conspiracy, I +should still refuse to speak, if my life alone were at stake. But my +honor is at stake. Dionysia’s honor, the honor of the Boiscorans. I +shall speak. You, M. Magloire, shall know the truth, you shall see my +innocence in a word.” + +And, seizing M. Magloire’s hand, he pressed it almost painfully, as he +added in a hoarse voice,-- + +“One word will explain the whole thing to you: I was the lover of the +Countess Claudieuse!” + + + +XIII. + +If he had been less distressed, Jacques de Boiscoran would have seen how +wisely he had acted in choosing for his defender the great advocate of +Sauveterre. A stranger, M. Folgat, for instance, would have heard him +silently, and would have seen in the revelation nothing but the fact +without giving it a personal value. In M. Magloire, on the contrary, he +saw what the whole country would feel. And M. Magloire, when he heard +him declare that the Countess Claudieuse had been his mistress, looked +indignant, and exclaimed,-- + +“That is impossible.” + +At least Jacques was not surprised. He had been the first to say +that they would refuse to believe him when he should speak; and this +conviction had largely influenced him in keeping silence so long. + +“It is impossible, I know,” he said; “and still it is so.” + +“Give me proofs!” said M. Magloire. + +“I have no proofs.” + +The melancholy and sympathizing expression of the great lawyer changed +instantly. He sternly glanced at the prisoner, and his eye spoke of +amazement and indignation. + +“There are things,” he said, “which it is rash to affirm when one is not +able to support them with proof. Consider”-- + +“My situation forces me to tell all.” + +“Why, then, did you wait so long?” + +“I hoped I should be spared such a fearful extremity.” + +“By whom?” + +“By the countess.” + +M. Magloire’s face became darker and darker. + +“I am not often accused of partiality,” he said. “Count Claudieuse is, +perhaps, the only enemy I have in this country; but he is a bitter, +fierce enemy. To keep me out of the chamber, and to prevent my obtaining +many votes, he stooped to acts unworthy of a gentleman. I do not like +him. But in justice I must say that I look upon the countess as the +loftiest, the purest, and noblest type of the woman, the wife, and the +mother.” + +A bitter smile played on Jacques’s lips. + +“And still I have been her lover,” he said. + +“When? How? The countess lived at Valpinson: you lived in Paris.” + +“Yes; but every year the countess came and spent the month of September +in Paris; and I came occasionally to Boiscoran.” + +“It is very singular that such an intrigue should never have been +suspected even.” + +“We managed to take our precautions.” + +“And no one ever suspected any thing?” + +“No one.” + +But Jacques was at last becoming impatient at the attitude assumed by M. +Magloire. He forgot that he had foreseen all the suspicions to which he +found now he was exposed. + +“Why do you ask all these questions?” he said. “You do not believe me. +Well, be it so! Let me at least try to convince you. Will you listen to +me?” + +M. Magloire drew up a chair, and sitting down, not as usually, but +across the chair, and resting his arms on the back, he said,-- + +“I listen.” + +Jacques de Boiscoran, who had been almost livid, became crimson with +anger. His eyes flashed wrath. That he, he should be treated thus! Never +had all the haughtiness of M. Galpin offended him half as much as this +cool, disdainful condescension on the part of M. Magloire. It occurred +to him to order him out of his room. But what then? He was condemned +to drain the bitter cup to the very dregs: for he must save himself; he +must get out of this abyss. + +“You are cruel, Magloire,” he said in a voice of ill-suppressed +indignation, “and you make me feel all the horrors of my situation to +the full. Ah, do not apologize! It does not matter. Let me speak.” + +He walked up and down a few times in his cell, passing his hand +repeatedly over his brow, as if to recall his memory. Then he began, in +a calmer tone of voice,-- + +“It was in the first days of the month of August, in 1866, and at +Boiscoran, where I was on a visit to my uncle, that I saw the Countess +Claudieuse for the first time. Count Claudieuse and my uncle were, at +that time, on very bad terms with each other, thanks to that unlucky +little stream which crosses our estates; and a common friend, M. de +Besson, had undertaken to reconcile them at a dinner to which he had +invited both. My uncle had taken me with him. The countess had come with +her husband. I was just twenty years old; she was twenty-six. When I saw +her, I was overcome. It seemed to me that I had never in all my life met +a woman so perfectly beautiful and graceful; that I had never seen so +charming a face, such beautiful eyes, and such a sweet smile. + +“She did not seem to notice me. I did not speak to her; and still I felt +within me a kind of presentiment that this woman would play a great, a +fatal part in my life. + +“This impression was so strong, that, as we left the house, I could not +keep from mentioning it to my uncle. He only laughed, and said that +I was a fool, and that, if my existence should ever be troubled by a +woman, it would certainly not be by the Countess Claudieuse. + +“He was apparently right. It was hard to imagine that any thing should +ever again bring me in contact with the countess. M. de Besson’s attempt +at reconciliation had utterly failed; the countess lived at Valpinson; +and I went back to Paris. + +“Still I was unable to shake off the impression; and the memory of the +dinner at M. de Besson’s house was still in my mind, when a month +later, at a party at my mother’s brother’s, M. de Chalusse, I thought +I recognized the Countess Claudieuse. It was she. I bowed, and, seeing +that she recognized me, I went up to her, trembling, and she allowed me +to sit down by her. + +“She told me then that she had come up to Paris for a month, as she did +every year, and that she was staying at her father’s, the Marquis de +Tassar. She had come to this party much against her inclination, as she +disliked going out. She did not dance; and thus I talked to her till the +moment when she left. + +“I was madly in love when we parted; and still I made no effort to see +her again. It was mere chance again which brought us together. + +“One day I had business at Melun, and, reaching the station rather late, +I had but just time to jump into the nearest car. In the compartment +was the countess. She told me--and that is all I ever recollected of the +conversation--that she was on her way to Fontainebleau to see a friend, +with whom she spent every Tuesday and Saturday. Usually she took the +nine o’clock train. + +“This was on a Tuesday; and during the next three days a great struggle +went on in my heart. I was desperately in love with the countess, and +still I was afraid of her. But my evil star conquered; and the next +Saturday, at nine o’clock, I was at the station again. + +“The countess has since confessed to me that she expected me. When she +saw me, she made a sign; and, when they opened the doors, I managed to +find a place by her side.” + +M. Magloire had for some minutes given signs of great impatience; now he +broke forth,-- + +“This is too improbable!” + +At first Jacques de Boiscoran made no reply. It was no easy task for +a man, tried as he had been of late, to stir up thus the ashes of the +past; and it made him shudder. He was amazed at seeing on his lips this +secret which he had so long buried in his innermost heart. Besides, he +had loved, loved in good earnest; and his love had been returned. And +there are certain sensations which come to us only once in life, and +which can never again be effaced. He was moved to tears. But as the +eminent advocate of Sauveterre repeated his words, and even added,-- + +“No, it is not credible!” + +“I do not ask you to believe me,” he said gently: “I only ask you to +hear me.” + +And, overcoming with all his energy the kind of torpor which was +mastering him, he continued,-- + +“This trip to Fontainebleau decided our fate. Other trips followed. The +countess spent her days with her friend, and I passed the long hours +in roaming through the woods. But in the evening we met again at the +station. We took a _coupe_, which I had engaged beforehand, and I +accompanied her in a carriage to her father’s house. + +“Finally, one evening, she left her friend’s house at the usual hour; +but she did not return to her father’s house till the day after.” + +“Jacques!” broke in M. Magloire, shocked, as if he had heard a +curse,--“Jacques!” + +M. de Boiscoran remained unmoved. + +“Oh!” he said, “I know you must think it strange. You fancy that there +is no excuse for the man who betrays the confidence of a woman who has +once given herself to him. Wait, before you judge me.” + +And he went on, in a firmer tone of voice,-- + +“At that time I thought I was the happiest man on earth; and my heart +was full of the most absurd vanity at the thought that she was mine, +this beautiful woman, whose purity was high above all calumny. I had +tied around my neck one of those fatal ropes which death alone can +sever, and, fool that I was, I considered myself happy. + +“Perhaps she really loved me at that time. At least she did not +hesitate, and, overcome by the only real great passion of her life, she +told me all that was in her innermost heart. At that time she did not +think yet of protecting herself against me, and of making me her slave. +She told me the secret of her marriage, which had at one time created +such a sensation in the whole country. + +“When her father, the Marquis de Brissac, had given up his place, he had +soon begun to feel his inactivity weigh upon him, and at the same time +he had become impatient at the narrowness of his means. He had ventured +upon hazardous speculations. He had lost every thing he had; and even +his honor was at stake. In his despair he was thinking of suicide, when +chance brought to his house a former comrade, Count Claudieuse. In a +moment of confidence, the marquis confessed every thing; and the other +had promised to rescue him, and save him from disgrace. That was noble +and grand. It must have cost an immense sum. And the friends of our +youth who are capable of rendering us such services are rare in our day. +Unfortunately, Count Claudieuse could not all the time be the hero he +had been at first. He saw Genevieve de Tassar. He was struck with +her beauty; and overcome by a sudden passion--forgetting that she was +twenty, while he was nearly fifty--he made his friend aware that he was +still willing to render him all the services in his power, but that he +desired to obtain Genevieve’s hand in return. + +“That very evening the ruined nobleman entered his daughter’s room, and, +with tears in his eyes, explained to her his terrible situation. She did +not hesitate a moment. + +“‘Above all,’ she said to her father, ‘let us save our honor, which +even your death would not restore. Count Claudieuse is cruel to forget +that he is thirty years older than I am. From this moment I hate and +despise him. Tell him I am willing to be his wife.’ + +“And when her father, overcome with grief, told her that the count would +never accept her hand in this form, she replied,-- + +“‘Oh, do not trouble yourself about that! I shall do the thing +handsomely, and your friend shall have no right to complain. But I know +what I am worth; and you must remember hereafter, that, whatever service +he may render you, you owe him nothing.’ + +“Less than a fortnight after this scene, Genevieve had allowed the count +to perceive that he was not indifferent to her and a month later she +became his wife. + +“The count, on his side, had acted with the utmost delicacy and tact; +so that no one suspected the cruel position of the Marquis de Tassar. He +had placed two hundred thousand francs in his hands to settle his most +pressing debts. In his marriage-contract he had acknowledged having +received with his wife a dower of the same amount; and finally, he had +bound himself to pay to his father-in-law and his wife an annual income +of ten thousand francs. This had absorbed more than half of all he +possessed.” + +M. Magloire no longer thought of protesting. Sitting stiffly on his +chair, his eyes wide open, like a man who asks himself whether he is +asleep or awake, he murmured,-- + +“That is incomprehensible! That is unheard of!” + +Jacques was becoming gradually excited. He went on,-- + +“This is, at least, what the countess told me in her first hours of +enthusiasm. But she told it to me calmly, coldly, like a thing that was +perfectly natural. ‘Certainly,’ she said, ‘Count Claudieuse has never +had to regret the bargain he made. If he has been generous, I have been +faithful. My father owes his life to him; but I have given him years of +happiness to which he was not entitled. If he has received no love, he +has had all the appearance of it, and an appearance far more pleasant +than the reality.’ + +“When I could not conceal my astonishment, she added, laughing +heartily,-- + +“‘Only I brought to the bargain a mental reservation. I reserved to +myself the right to claim my share of earthly happiness whenever it +should come within my reach. That share is yours, Jacques; and do not +fancy that I am troubled by remorse. As long as my husband thinks he is +happy, I am within the terms of the contract.’ + +“That was the way she spoke at that time, Magloire; and a man of more +experience would have been frightened. But I was a child; I loved her +with all my heart. I admired her genius; I was overcome by her sophisms. + +“A letter from Count Claudieuse aroused us from our dreams. + +“The countess had committed the only and the last imprudence of her +whole life: she had remained three weeks longer in Paris than was agreed +upon; and her impatient husband threatened to come for her. + +“‘I must go back to Valpinson,’ she said; ‘for there is nothing I would +not do to keep up the reputation I have managed to make for myself. +My life, your life, my daughter’s life--I would give them all, without +hesitation, to protect my reputation.” + +“This happened--ah! the dates have remained fixed in my mind as if +engraven on bronze--on the 12th October. + +“‘I cannot remain longer than a month,’ she said to me, ‘without seeing +you. A month from to-day, that is to say, on 12th November, at three +o’clock precisely, you must be in the forest of Rochepommier, at the Red +Men’s Cross-roads. I will be there.’ + +“And she left Paris. I was in such a state of depression, that I +scarcely felt the pain of parting. The thought of being loved by such a +woman filled me with extreme pride, and, no doubt, saved me from many +an excess. Ambition was rising within me whenever I thought of her. I +wanted to work, to distinguish myself, to become eminent in some way. + +“‘I want her to be proud of me,’ I said to myself, ashamed at being +nothing at my age but the son of a rich father.” + +Ten times, at least, M. Magloire had risen from his chair, and moved his +lips, as if about to make some objection. But he had pledged himself, in +his own mind, not to interrupt Jacques, and he did his best to keep his +pledge. + +“In the meantime,” Jacques went on, “the day fixed by the countess was +drawing near. I went down to Boiscoran; and on the appointed day, at the +precise hour, I was in the forest at the Red Men’s Cross-roads. I was +somewhat behind time, and I was extremely sorry for it: but I did not +know the forest very well, and the place chosen by the countess for the +rendezvous is in the very thickest part of the old wood. The weather +was unusually severe for the season. The night before, a heavy snow had +fallen: the paths were all white; and a sharp wind blew the flakes +from the heavily-loaded branches. From afar off, I distinguished +the countess, as she was walking, up and down in a kind of feverish +excitement, confining herself to a narrow space, where the ground was +dry, and where she was sheltered from the wind by enormous masses of +stone. She wore a dress of dark-red silk, very long, a cloak trimmed +with fur, and a velvet hat to match her dress. In three minutes I was by +her side. But she did not draw her hand from her muff to offer it to me; +and, without giving me time to apologize for the delay, she said in a +dry tone,-- + +“‘When did you reach Boiscoran?’ + +“‘Last night.’ + +“‘How childish you are!’ she exclaimed, stamping her foot. ‘Last night! +And on what pretext?’ + +“‘I need no pretext to visit my uncle.’ + +“‘And was he not surprised to see you drop from the clouds at this time +of the year?’ + +“‘Why, yes, a little,’ I answered foolishly, incapable as I was of +concealing the truth. + +“Her dissatisfaction increased visibly. + +“‘And how did you get here?’ she commenced again. ‘Did you know this +cross-road?’ + +“‘No, I inquired about it.’ + +“‘From whom?’ + +“‘From one of my uncle’s servants; but his information was so +imperfect, that I lost my way.’ + +“She looked at me with such a bitter, ironical smile, that I stopped. + +“‘And all that, you think, is very simple,’ she broke in. ‘Do you +really imagine people will think it very natural that you should thus +fall like a bombshell upon Boiscoran, and immediately set out for +the Red Men’s Cross-roads in the forest? Who knows but you have been +followed? Who knows but behind one of these trees there may be eyes even +now watching us?’ + +“And as she looked around with all the signs of genuine fear, I +answered,-- + +“‘And what do you fear? Am I not here?’ + +“I think I can even now see the look in her eyes as she said,-- + +“‘I fear nothing in the world--do you hear me? nothing in the world, +except being suspected; for I cannot be compromised. I like to do as I +do; I like to have a lover. But I do not want it to be known; because, +if it became known, there would be mischief. Between my reputation and +my life I have no choice. If I were to be surprised here by any one, I +would rather it should be my husband than a stranger. I have no love for +the count, and I shall never forgive him for having married me; but +he has saved my father’s honor, and I owe it to him to keep his honor +unimpaired. He is my husband, besides, and the father of my child: I +bear his name, and I want it to be respected. I should die with grief +and shame and rage, if I had to give my arm to a man at whom people +might look and smile. Wives are absurdly stupid when they do not feel +that all the scorn with which their unfortunate husbands are received +in the great world falls back upon them. No. I do not love the count, +Jacques, and I love you. But remember, that, between him and you, I +should not hesitate a moment, and that I should sacrifice your life and +your honor, with a smile on my lips, even though my heart should break, +if I could, by doing so, spare him the shadow of a suspicion.’ + +“I was about to reply; but she said,-- + +“‘No more! Every minute we stay here increases the danger. What pretext +will you plead for your sudden appearance at Boiscoran?’ + +“‘I do not know,’ I replied. + +“‘You must borrow some money from your uncle, a considerable sum, to +pay your debts. He will be angry, perhaps; but that will explain your +sudden fancy for travelling in the month of November. Good-by, good-by!’ + +“All amazed, I cried,-- + +“‘What! You will not let me see you again, at least from afar?’ + +“‘During this visit that would be the height of imprudence. But, stop! +Stay at Boiscoran till Sunday. Your uncle never stays away from high +mass: go with him to church. But be careful, control yourself. A single +imprudence, one blunder, and I should despise you. Now we must part. You +will find in Paris a letter from me.’” + +Jacques paused here, looking to read in M. Magloire’s face what +impression his recital had produced so far. But the famous lawyer +remained impassive. He sighed, and continued,-- + +“I have entered into all these details, Magloire, because I want you to +know what kind of a woman the countess is, so that you may understand +her conduct. You see that she did not treat me like a traitor: she had +given me fair warning, and shown me the abyss into which I was going +to fall. Alas! so far from being terrified, these dark sides of her +character only attracted me the more. I admired her imperious air, +her courage, and her prudence, even her total lack of principle, which +contrasted so strangely with her fear of public opinion. I said to +myself with foolish pride,-- + +“‘She certainly is a superior woman!’ + +“She must have been pleased with my obedience at church; for I managed +to check even a slight trembling which seized me when I saw her and +bowed to her as she passed so close to me that my hand touched her +dress. I obeyed her in other ways also. I asked my uncle for six +thousand francs, and he gave them to me, laughing; for he was the most +generous man on earth: but he said at the same time,-- + +“‘I thought you had not come to Boiscoran merely for the purpose of +exploring the forest of Rochepommier.’ + +“This trifling circumstance increased my admiration for the Countess +Claudieuse. How well she had foreseen my uncle’s astonishment, when I +had not even dreamed of it! + +“‘She has a genius for prudence,’ I thought. + +“Yes, indeed she had a genius for it, and a genius for calculation also, +as I soon found out. When I reached Paris, I found a letter from her +waiting for me; but it was nothing more than a repetition of all she +had told me at our meeting. This letter was followed by several others, +which she begged me to keep for her sake, and which all had a number in +the upper corner. + +“The first time I saw her again, I asked her,-- + +“‘What are these numbers?’ + +“‘My dear Jacques,’ she replied, ‘a woman ought always to know how +many letters she has written to her lover. Up to now, you must have had +nine.’ + +“This occurred in May, 1867, at Rochefort, where she had gone to be +present at the launching of a frigate, and where I had followed her, +at her suggestion, with a view to spending a few hours in each +other’s company. Like a fool, I laughed at the idea of this epistolary +responsibility, and then I thought no more of it. I was at that time too +busy otherwise. She had recalled to me the fact that time was passing, +in spite of the sadness of our separation, and that the month of +September, the month of her freedom, was drawing near. Should we be +compelled again, like the year before, to resort to these perilous trips +to Fontainebleau? Why not get a house in a remote quarter of town? + +“Every wish of hers was an order for me. My uncle’s liberality knew no +end. I bought a house.” + +At last in the midst of all of Jacques’s perplexities, there appeared a +circumstance which might furnish tangible evidence. + +M. Magloire started, and asked eagerly,-- + +“Ah, you bought a house?” + +“Yes, a nice house with a large garden, in Vine Street, Passy.” + +“And you own it still?” + +“Yes.” + +“Of course you have the title-papers?” + +Jacques looked in despair. + +“Here, again, fate is against me. There is quite a tale connected with +that house.” + +The features of the Sauveterre lawyer grew dark again, much quicker than +they had brightened up just now. + +“Ah!” he said,--“a tale, ah!” + +“I was scarcely of age,” resumed Jacques, “when I wanted to purchase +this house. I dreaded difficulties. I was afraid my father might hear +of it; in fine, I wanted to be as prudent as the countess was. I asked, +therefore, one of my English friends, Sir Francis Burnett, to purchase +it in his name. He agreed; and he handed me, with the necessary bills of +sale, also a paper in which he acknowledged my right as proprietor.” + +“But then”-- + +“Oh! wait a moment. I did not take these papers to my rooms in my +father’s house. I put them into a drawer of a bureau in my house at +Passy. When the war broke out, I forgot them. I had left Paris before +the siege began, you know, being in command of a company of volunteers +from this department. During the two sieges, my house was successively +occupied by the National Guards, the soldiers of the Commune, and the +regular troops. When I got back there, I found the four walls pierced +with holes by the shells; but all the furniture had disappeared, and +with it the papers.” + +“And Sir Francis Burnett?” + +“He left France at the beginning of the invasion; and I do not know +what has become of him. Two friends of his in England, to whom I wrote, +replied,--the one that he was probably in Australia; the other that he +was dead.” + +“And you have taken no other steps to secure your rights to a piece of +property which legally belongs to you?” + +“No, not till now.” + +“You mean to say virtually that there is in Paris a house which has no +owner, is forgotten by everybody, and unknown even to the tax-gatherer?” + +“I beg your pardon! The taxes have always been regularly paid; and the +whole neighborhood knows that I am the owner. But the individuality is +not the same. I have unceremoniously assumed the identity of my friend. +In the eyes of the neighbors, the small dealers near by, the workmen and +contractors whom I have employed, for the servants and the gardener, I +am Sir Francis Burnett. Ask them about Jacques de Boiscoran, and they +will tell you, ‘Don’t know.’ Ask them about Sir Francis Burnett, and +they will answer, ‘Oh, very well!’ and they will give you my portrait.” + +M. Magloire shook his head as if he were not fully convinced. + +“Then,” he asked again, “you declare that the Countess Claudieuse has +been at this house?” + +“More than fifty times in three years.” + +“If that is so, she must be known there.” + +“No.” + +“But”-- + +“Paris is not like Sauveterre, my dear friend; and people are not solely +occupied with their neighbors’ doings. Vine Street is quite a deserted +street; and the countess took the greatest precautions in coming and +going.” + +“Well, granted, as far as the outside world is concerned. But within? +You must have had somebody to stay in the house and keep it in order +when you were away, and to wait upon you when you were there?” + +“I had an English maid-servant.” + +“Well, this girl must know the countess?” + +“She has never caught a glimpse of her even.” + +“Oh!” + +“When the countess was coming down, or when she was going away, or when +we wanted to walk in the garden, I sent the girl on some errand. I have +sent her as far as Orleans to get rid of her for twenty-four hours. The +rest of the time we staid up stairs, and waited upon ourselves.” + +Evidently M. Magloire was suffering. He said,-- + +“You must be under a mistake. Servants are curious, and to hide from +them is only to make them mad with curiosity. That girl has watched you. +That girl has found means to see the countess when she came there. She +must be examined. Is she still in your service?” + +“No, she left me when the war broke out.” + +“Why?” + +“She wanted to return to England.” + +“Then we cannot hope to find her again?” + +“I believe not.” + +“We must give it up, then. But your man-servant? Old Anthony was in your +confidence. Did you never tell him any thing about it?” + +“Never. Only once I sent for him to come to Vine Street when I had +sprained my foot in coming down stairs.” + +“So that it is impossible for you to prove that the Countess Claudieuse +ever came to your house in Passy? You have no evidence of it, and no +eye-witness?” + +“I used to have evidence. She had brought a number of small articles for +her private use; but they have disappeared during the war.” + +“Ah, yes!” said M. Magloire, “always the war! It has to answer for every +thing.” + +Never had any of M. Galpin’s examinations been half as painful to +Jacques de Boiscoran as this series of quick questions, which betrayed +such distressing incredulity. + +“Did I not tell you, Magloire,” he resumed, “that the countess had a +genius for prudence? You can easily conceal yourself when you can spend +money without counting it. Would you blame me for not having any proofs +to furnish? Is it not the duty of every man of honor to do all he can to +keep even a shadow of suspicion from her who has confided herself to +his hands? I have done my duty, and whatever may come of it, I shall not +regret it. Could I foresee such unheard-of emergencies? Could I foresee +that a day might come when I, Jacques de Boiscoran, should have to +denounce the Countess Claudieuse, and should be compelled to look for +evidence and witnesses against her?” + +The eminent advocate of Sauveterre looked aside; and, instead of +replying, he said in a somewhat changed voice,-- + +“Go on, Jacques, go on!” + +Jacques de Boiscoran tried to overcome the discouragement which +well-nigh mastered him, and said,-- + +“It was on the 2d September, 1867, that the Countess Claudieuse for +the first time entered this house in Passy, which I had purchased and +furnished for her; and during the five weeks which she spent in Paris, +she came almost every day, and spent several hours there. + +“At her father’s house she enjoyed absolute and almost uncontrolled +independence. She left her daughter--for she had at that time but one +child--with her mother, the Marchioness de Tassar; and she was free to +go and to come as she liked. + +“When she wanted still greater freedom, she went to see her friend in +Fontainebleau; and every time she did this she secured twenty-four or +forty-eight hours over and above the time for the journey. I, for my +part, was as perfectly free from all control. Ostensibly, I had gone to +Ireland; in reality, I lived in Vine Street. + +“These five weeks passed like a dream; and yet I must confess, the +parting was not as painful as might have been supposed. Not that the +bright prism was broken; but I always felt humiliated by the necessity +of being concealed. I began to be tired of these incessant precautions; +and I was quite ready to give up being Sir Francis Burnett, and to +resume my identity. + +“We had, besides, promised each other never to remain a month without +seeing each other, at least for a few hours; and she had invented a +number of expedients by which we could meet without danger. + +“A family misfortune came just then to our assistance. My father’s +eldest brother, that kind uncle who had furnished me the means to +purchase my house in Passy, died, and left me his entire fortune. As +owner of Boiscoran, I could, henceforth, live as much as I chose in +the province; and at all events come there whenever I liked, without +anybody’s inquiring for my reasons.” + + + +XIV. + +Jacques de Boiscoran was evidently anxious to have done with his +recital, to come to that night of the fire at Valpinson, and to learn at +last from the eminent advocate of Sauveterre what he had to fear or to +hope. After a moment’s silence, for his breath was giving out, and after +a few steps across his cell, he went on in a bitter tone of voice,-- + +“But why trouble you with all these details, Magloire? Would you believe +me any more than you do now, if I were to enumerate to you all my +meetings with the Countess Claudieuse, or if I were to repeat all her +most trifling words? + +“We had gradually learnt to calculate all our movements, and made +our preparations so accurately, that we met constantly, and feared no +danger. We said to each other at parting, or she wrote to me, ‘On such a +day, at such an hour, at such a place;’ and however distant the day, or +the hour, or the place, we were sure to meet. I had soon learned to know +the country as well as the cleverest of poachers; and nothing was so +useful to us as this familiarity with all the unknown hiding-places. +The countess, on her side, never let three months pass by without +discovering some urgent motive which carried her to Rochelle, to +Angouleme, or to Paris; and I was there to meet her. Nothing kept her +from these excursions; even when indisposed, she braved the fatigues of +the journey. It is true, my life was well-nigh spent in travelling; and +at any moment, when least expected, I disappeared for whole weeks. This +will explain to you that restlessness at which my father sneered, and +for which you, yourself, Magloire, used to blame me.” + +“That is true,” replied the latter. “I remember.” + +Jacques de Boiscoran did not seem to notice the encouragement. + +“I should not tell the truth if I were to say that this kind of life was +unpleasant to me. Mystery and danger always add to the charms of love. +The difficulties only increased my passion. I saw something sublime +in this success with which two superior beings devoted all their +intelligence and cleverness to the carrying-on of a secret intrigue. The +more fully I became aware of the veneration with which the countess was +looked up to by the whole country, the more I learned to appreciate her +ability in dissembling and her profound perversity; and I was all the +more proud of her. I felt the pride setting my cheeks aglow when I saw +her at Brechy; for I came there every Sunday for her sake alone, to +see her pass calm and serene in the imposing security of her lofty +reputation. I laughed at the simplicity of all these honest, good +people, who bowed so low to her, thinking they saluted a saint; and I +congratulated myself with idiotic delight at being the only one who knew +the true Countess Claudieuse,--she who took her revenge so bravely in +our house in Passy! + +“But such delights never last long. + +“It had not taken me long to find out that I had given myself a master, +and the most imperious and exacting master that ever lived. I had almost +ceased to belong to myself. I had become her property; and I lived and +breathed and thought and acted for her alone. She did not mind my tastes +and my dislikes. She wished a thing, and that was enough. She wrote to +me, ‘Come!’ and I had to be instantly on the spot: she said to me, ‘Go!’ +an I had to leave at once. At first I accepted these evidences of her +despotism with joy; but gradually I became tired of this perpetual +abdication of my own will. I disliked to have no control over myself, +to be unable to dispose of twenty-four hours in advance. I began to feel +the pressure of the halter around my neck. I thought of flight. One of +my friends was to set out on a voyage around the world, which was to +last eighteen months or two years, and I had an idea of accompanying +him. There was nothing to retain me. I was, by fortune and position, +perfectly independent. Why should I not carry out my plan? + +“Ah, why? The prism was not broken yet. I cursed the tyranny of the +countess; but I still trembled when I heard her name mentioned. I +thought of escaping from her; but a single glance moved me to the bottom +of my heart. I was bound to her by the thousand tender threads of habit +and of complicity,--those threads which seem to be more delicate than +gossamer, but which are harder to break than a ship’s cable. + +“Still, this idea which had occurred to me brought it about that I +uttered for the first time the word ‘separation’ in her presence, asking +her what she would do if I should leave her. She looked at me with a +strange air and asked me, after a moment’s hesitation,-- + +“‘Are you serious? Is it a warning?’ + +“I dared not carry matters any farther, and, making an effort to smile, +I said,-- + +“‘It is only a joke.’ + +“‘Then,’ she said, ‘let us not say any thing more about it. If you +should ever come to that, you would soon see what I would do.’ + +“I did not insist; but that look remained long in my memory, and made me +feel that I was far more closely bound than I had thought. From that day +it became my fixed idea to break with her.” + +“Well, you ought to have made an end of it,” said Magloire. + +Jacques de Boiscoran shook his head. + +“That is easily said,” he replied. “I tried it; but I could not do +it. Ten times I went to her, determined to say, ‘Let us part;’ and ten +times, at the last moment, my courage failed me. She irritated me. I +almost began to hate her; but I could not forget how much I had loved +her, and how much she had risked for my sake. Then--why should I not +confess it?--I was afraid of her. + +“This inflexible character, which I had so much admired, terrified me; +and I shuddered, seized with vague and sombre apprehensions, when +I thought what she was capable of doing. I was thus in the utmost +perplexity, when my mother spoke to me of a match which she had long +hoped for. This might be the pretext which I had so far failed to find. +At all events, I asked for time to consider; and, the first time I saw +the countess again, I gathered all my courage, and said to her,-- + +“‘Do you know what has happened? My mother wants me to marry.’ + +“She turned as pale as death; and looking me fixedly in the eyes, as if +wanting to read my innermost thoughts, she asked,-- + +“‘And you, what do you want?’ + +“‘I,’ I replied with a forced laugh,--‘I want nothing just now. But +the thing will have to be done sooner or later. A man must have a home, +affections which the world acknowledges’-- + +“‘And I,’ she broke in; ‘what am I to you?’ + +“‘You,’ I exclaimed, ‘you, Genevieve! I love you with all the strength +of my heart. But we are separated by a gulf: you are married.’ + +“She was still looking at me fixedly. + +“‘In other words,’ she said, ‘you have loved me as a pastime. I have +been the amusement of your youth, the poetry of twenty years, that +love-romance which every man wants to have. But you are becoming +serious; you want sober affections, and you leave me. Well, be it so. +But what is to become of me when you are married?’ + +“I was suffering terribly. + +“‘You have your husband,’ I stammered, ‘your children’-- + +“She stopped me. + +“‘Yes,’ she said. ‘I shall go back go live at Valpinson, in that +country full of associations, where every place recalls a rendezvous. I +shall live with my husband, whom I have betrayed; with daughters, one of +whom--That cannot be, Jacques.’ + +“I had a fit of courage. + +“‘Still,’ I said, ‘I may have to marry. What would you do?’ + +“‘Oh! very little,’ she replied. ‘I should hand all your letters to +Count Claudieuse.’” + +During the thirty years which he had spent at the bar, M. Magloire had +heard many a strange confession; but never in his life had all his ideas +been overthrown as in this case. + +“That is utterly confounding,” he murmured. + +But Jacques went on,-- + +“Was this threat of the countess meant in earnest? I did not doubt it; +but affecting great composure, I said,-- + +“‘You would not do that.’ + +“‘By all that I hold dear and sacred in this world,’ she replied, ‘I +would do it.’ + +“Many months have passed by since that scene, Magloire, many events have +happened; and still I feel as if it had taken place yesterday. I see the +countess still, whiter than a ghost. I still hear her trembling voice; +and I can repeat to you her words almost literally,-- + +“‘Ah! you are surprised at my determination, Jacques. I understand +that. Wives who have betrayed their husbands have not accustomed their +lovers to be held responsible by them. When they are betrayed, they +dare not cry out; when they are abandoned, they submit; when they are +sacrificed, they hide their tears, for to cry would be to avow their +wrong. Who would pity them, besides? Have they not received their +well-known punishment? Hence it is that all men agree, and there are +some of them cynical enough to confess it, that a married woman is a +convenient lady-love, because she can never be jealous, and she may be +abandoned at any time. Ah! we women are great cowards. If we had more +courage, you men would look twice before you would dare speak of love to +a married woman. But what no one dares I will dare. It shall not be said +that in our common fault there are two parts, and that you shall have +had all the benefit of it, and that I must bear all the punishment. +What? You might be free to-morrow to console yourself with a new love; +and I--I should have to sink under my shame and remorse. No, no! Such +bonds as those that bind us, riveted by long years of complicity, are +not broken so easily. + +“‘You belong to me; you are mine; and I shall defend you against all +and every one, with such arms as I possess. I told you that I valued my +reputation more than my life; but I never told you that I valued life. +On the eve of your wedding-day, my husband shall know all. I shall not +survive the loss of my honor; but at least I shall have my revenge. If +you escape the hatred of Count Claudieuse, your name will be bound up +with such a tragic affair that your life will be ruined forever.’ + +“That was the way she spoke, Magloire, and with a passion of which I can +give you no idea. It was absurd, it was insane, I admit. But is not +all passion absurd and insane? Besides, it was by no means a sudden +inspiration of her pride, which made her threaten me with such +vengeance. The precision of her phrases, the accuracy of her words, +all made me feel that she had long meditated such a blow, and carefully +calculated the effect of every word. + +“I was thunderstruck. + +“And as I kept silence for some time, she asked me coldly,-- + +“‘Well?’ + +“I had to gain time, first of all. + +“‘Well,’ I said, ‘I cannot understand your passion. This marriage +which I mentioned has never existed as yet, except in my mother’s +imagination.’ + +“‘True?’ she asked. + +“‘I assure you.’ + +“She examined me with suspicious eyes. At last she said,-- + +“‘Well, I believe you. But now you are warned: let us think no more of +such horrors.’ + +“She might think no more of them, but I could not. + +“I left her with fury in my heart. + +“She had evidently settled it all. I had for lifetime this halter around +my neck, which held me tighter day by day and, at the slightest effort +to free myself, I must be prepared for a terrible scandal; for one of +those overwhelming adventures which destroy a man’s whole life. Could +I ever hope to make her listen to reason? No, I was quite sure I could +not. + +“I knew but too well that I should lose my time, if I were to recall to +her that I was not quite as guilty as she would make me out; if I were +to show her that her vengeance would fall less upon myself than upon her +husband and her children; and that, although she might blame the count +for the conditions of their marriage, her daughters, at least, were +innocent. + +“I looked in vain for an opening out of this horrible difficulty. Upon +my honor, Magloire, there were moments when I thought I would pretend +getting married, for the purpose of inducing the countess to act, and of +bringing upon myself these threats which were hanging over me. I fear no +danger; but I cannot bear to know it to exist, and to wait for it with +folded hands: I must go forth and meet it. + +“The thought that the countess should use her husband for the purpose of +keeping me bound shocked me. It seemed to me ridiculous and ignoble that +she should make her husband the guardian of her love. Did she think I +was afraid of her? + +“In the meantime, my mother had asked me what was the result of my +reflections on the subject of marriage; and I blushed with shame as I +told her that I was not disposed to marry as yet, as I felt too young +to accept the responsibility of a family. It was so; but, under other +circumstances, I should hardly have put in that plea. I was thus +hesitating, and thinking how and when I should be able to make an end of +it, when the war broke out. I felt naturally bound to offer my services. +I hastened to Boiscoran. They had just organized the volunteers of the +district; and they made me their captain. With them I joined the army +of the Loire. In my state of mind, war had nothing fearful for me: +every excitement was welcome that made me forget the past. There was, +consequently, no merit in my courage. Nevertheless, as the weeks passed, +and then the months, without my hearing a word about the Countess +Claudieuse, I began secretly to hope that she had forgotten me; and +that, time and absence doing their work, she was giving me up. + +“When peace was made, I returned to Boiscoran; and the countess gave no +more signs of life now than before. I began to feel reassured, and to +recover possession of myself, when one day M. de Chandore invited me to +dinner. I went. I saw Miss Dionysia. + +“I had known her already for some time; and the recollection of her had, +perhaps, had its influence upon my desire to quit the countess. Still I +had always had self-control enough to avoid her lest I should draw some +fatal vengeance upon her. When I was brought in contact with her by her +grandfather, I had no longer the heart to avoid her; and, on the day on +which I thought I read in her eyes that she loved me I made up my mind, +and I resolved to risk every thing. + +“But how shall I tell you what I suffered, Magloire, and with what +anxiety I asked every evening when I returned to Boiscoran,-- + +“‘No letter yet?’ + +“None came; and still it was impossible that the Countess Claudieuse +should not have heard of my marriage. My father had called on M. de +Chandore, and asked him for the hand of his grand-daughter for me. I had +been publicly acknowledged as her betrothed; and nothing was now to be +done but to fix the wedding-day. + +“This silence frightened me.” + +Exhausted and out of breath, Jacque de Boiscoran paused here, pressing +both of his hands on his chest, as if to check the irregular beating of +his heart. + +He was approaching the catastrophe. + +And yet he looked in vain to the advocate for a word or a sign of +encouragement. M. Magloire remained impenetrable: his face remained as +impassive as an iron mask. + +At last, with a great effort, Jacques resumed,-- + +“Yes, this calm frightened me more than a storm would have done. To +win Dionysia’s love was too great happiness. I expected a catastrophe, +something terrible. I expected it with such absolute certainty, that I +had actually made up my mind to confess every thing to M. de Chandore. +You know him, Magloire. The old gentleman is the purest and brightest +type of honor itself. I could intrust my secrets to him with as perfect +safety as I formerly intrusted Genevieve’s name to the night winds. + +“Alas! why did I hesitate? why did I delay? + +“One word might have saved me; and I should not be here, charged with +an atrocious crime, innocent, and yet condemned to see how you doubt the +truth of my words. + +“But fate was against me. + +“After having for a week postponed my confession every day to the next, +one evening, after Dionysia and I had been talking of presentiments, I +said to myself, ‘To-morrow it shall be done.’ + +“The next morning, I went to Boiscoran much earlier than usual, and on +foot, because I wanted to give some orders to a dozen workmen whom I +employed in my vineyards. I took a short cut through the fields. Alas! +not a single detail has escaped from my memory. When I had given my +orders, I returned to the high road, and there met the priest from +Brechy, who is a friend of mine. + +“‘You must,’ he said, ‘keep me company for a little distance. As you +are on your way to Sauveterre, it will not delay you much to take the +cross-road which passes by Valpinson and the forest of Rochepommier.’ + +“On what trifles our fate depends! + +“I accompanied the priest, and only left him at the point where the +high-road and the cross-road intersect. As soon as I was alone, I +hastened on; and I was almost through the wood, when, all of a sudden, +some twenty yards before me, I saw the Countess Claudieuse coming +towards me. In spite of my emotion, I kept on my way, determined to bow +to her, but to pass her without speaking. I did so, and had gone on a +little distance, when I heard her call me,-- + +“‘Jacques!’ + +“I stopped; or, rather, I was nailed to the spot by that voice which for +a long time had held such entire control over my heart. She came up to +me, looking even more excited than I was. Her lips trembled, and her +eyes wandered to and fro. + +“‘Well,’ she said, ‘it is no longer a fancy: this time you marry Miss +Chandore.’ + +“The time for half-measures had passed. + +“‘Yes,’ I replied. + +“‘Then it is really true,’ she said again. ‘It is all over now. I +suppose it would be in vain to remind you of those vows of eternal love +which you used to repeat over and over again. Look down there under that +old oak. They are the same trees, this is the same landscape, and I am +still the same woman; but your heart has changed.’ + +“I made no reply. + +“‘You love her very much, do you?’ she asked me. + +“I kept obstinately silent. + +“‘I understand,’ she said, ‘I understand you but too well. And +Dionysia? She loves you so much she cannot keep it to herself. She stops +her friends to tell them all about her marriage, and to assure them +of her happiness. Oh, yes, indeed, very happy! That love which was my +disgrace is her honor. I was forced to conceal it like a crime: she can +display it as a virtue. Social forms are, after all, very absurd and +unjust; but a fool is he who tries to defy them.’ + +“Tears, the very first tears I had ever seen her shed, glittered in her +long silky eyelashes. + +“‘And to be nothing more to you,--nothing at all! Ah, I was too +cautious! Do you recollect the morning after your uncle’s death, when +you, now a rich man, proposed that we should flee? I refused; I clung to +my reputation. I wanted to be respected. I thought it possible to divide +life into two parts,--one to be devoted to pleasure; the other, to the +hypocrisy of duty. Poor fool that I was! And still I discovered long ago +that you were weary of me. I knew you so well! Your heart was like an +open book to me, in which I read your most secret thoughts. Then I might +have retained you. I ought to have been humble, obliging, submissive. +Instead of that, I tried to command. + +“‘And you,’ she said after a short pause,--‘are you happy?’ + +“‘I cannot be completely happy as long as I know that you are unhappy. +But there is no sorrow which time does not heal. You will forget’-- + +“‘Never!’ she cried. + +“And, lowering her voice, she added,-- + +“‘Can I forget you? Alas! my crime is fearful; but the punishment is +still more so.’ + +“People were coming down the road. + +“‘Compose yourself,’ I said. + +“She made an effort to control her emotion. The people passed us, +saluting politely. And after a moment she said again,-- + +“‘Well, and when is the wedding?’ + +“I trembled. She herself insisted upon an explanation. + +“‘No day has as yet been fixed,’ I replied. ‘Had I not to see you +first? You uttered once grave threats.’ + +“‘And you were afraid?’ + +“‘No: I was sure I knew you too well to fear that you would punish me +for having loved you, as if that had been a crime. So many things have +happened since the day when you made those threats!’ + +“‘Yes,’ she replied, ‘many things indeed! My poor father is +incorrigible. Once more he has committed himself fearfully; and once +more my husband has been compelled to sacrifice a large sum to save him. +Ah, Count Claudieuse has a noble heart; and it is a great pity I should +be the only one towards whom he has failed to show generosity. Every +kindness which he shows me is a new grievance for me; but, having +accepted them all, I have forfeited the right to strike him, as I had +intended to do. You may marry Dionysia, Jacques; you have nothing to +fear from me.’ + +“Ah! I had not hoped for so much, Magloire. Overcome with joy, I seized +her hand, and raising it to my lips, I said,-- + +“‘You are the kindest of friends.’ + +“But promptly, as if my lips had burnt her hand, she drew it back, and +said, turning very pale,-- + +“‘No, don’t do that!’ + +“Then, overcoming her emotion to a certain degree, she added,-- + +“‘But we must meet once more. You have my letters, I dare say.’ + +“‘I have them all.’ + +“‘Well, you must bring them to me. But where? And how? I can hardly +absent myself at this time. My youngest daughter--our daughter, +Jacques--is very ill. Still, an end must be made. Let us see, on +Thursday--are you free then? Yes. Very well, then come on Thursday +evening, towards nine o’clock, to Valpinson. You will find me at the +edge of the wood, near the towers of the old castle, which my husband +has repaired.’ + +“‘Is that quite prudent?’ I asked. + +“‘Have I ever left any thing to chance?’ she replied, ‘and would I +be apt, at this time, to be imprudent? Rely on me. Come, we must part, +Jacques. Thursday, and be punctual!’ + +“Was I really free? Was the chain really broken? And had I become once +more my own master? + +“I thought so, and in my almost delirious joy I forgave the countess all +the anxieties of the last year. What do I say? I began to accuse myself +of injustice and cruelty. I admired her for sacrificing herself to my +happiness. I felt, in the fulness of my gratitude, like kneeling down, +and kissing the hem of her dress. + +“It had become useless now to confide my secret to M. de Chandore. I +might have gone back to Boiscoran. But I was more than half-way; I kept +on; and, when I reached Sauveterre, my face bore such evident trances of +my relief, that Dionysia said to me,-- + +“‘Something very pleasant must have happened to you, Jacques.’ + +“Oh, yes, very pleasant! For the first time, I breathed freely as I sat +by her side. I could love her now, without fearing that my love might be +fatal to her. + +“This security did not last long. As I considered the matter, I thought +it very singular that the countess should have chosen such a place for +our meeting. + +“‘Can it be a trap?’ I asked, as the day drew nearer. + +“All day long on Thursday I had the most painful presentiments. If I had +known how to let the countess know, I should certainly not have gone. +But I had no means to send her word; and I knew her well enough to be +sure that breaking my word would expose me to her full vengeance. I +dined at the usual hour; and, when I had finished, I went up to my room, +where I wrote to Dionysia not to expect me that evening, as I should be +detained by a matter of the utmost importance. + +“I handed the note to Michael, the son of one of my tenants, and told +him to carry it to town without losing a minute. Then I tied up all of +the countess’s letters in a parcel, put it in my pocket, took my gun, +and went out. It might have been eight o’clock; but it was still broad +daylight.” + +Whether M. Magloire accepted every thing that the prisoner said as +truth, or not, he was evidently deeply interested. He had drawn up his +chair, and at every statement he uttered half-loud exclamations. + +“Under any other circumstances,” said Jacques, “I should have taken one +of the two public roads in going to Valpinson. But troubled, as I was, +by vague suspicions, I thought only of concealing myself and cut across +the marshes. They were partly overflowed; but I counted upon my intimate +familiarity with the ground, and my agility. I thought, moreover, that +here I should certainly not be seen, and should meet no one. In this +I was mistaken. When I reached the Seille Canal, and was just about to +cross it, I found myself face to face with young Ribot, the son of a +farmer at Brechy. He looked so very much surprised at seeing me in such +a place, that I thought to give him some explanation; and, rendered +stupid by my troubles, I told him I had business at Brechy, and was +crossing the marshes to shoot some birds. + +“‘If that is so,’ he replied, laughing, ‘we are not after the same kind +of game.’ + +“He went his way; but this accident annoyed me seriously. I continued on +my way, swearing, I fear, at young Ribot, and found that the path became +more and more dangerous. It was long past nine when I reached Valpinson +at last. But the night was clear, and I became more cautious than ever. + +“The place which the countess had chosen for our meeting was about two +hundred yards from the house and the farm buildings, sheltered by other +buildings, and quite close to the wood. I approached it through this +wood. + +“Hid among the trees, I was examining the ground, when I noticed the +countess standing near one of the old towers: she wore a simple costume +of light muslin, which could be seen at a distance. Finding every thing +quiet, I went up to her; and, as soon as she saw me, she said,-- + +“‘I have been waiting for you nearly an hour.’ + +“I explained to her the difficulties I had met with on my way there; and +then I asked her,-- + +“‘But where is your husband?’ + +“‘He is laid up with rheumatism,’ she replied. + +“‘Will he not wonder at your absence?’ + +“‘No: he knows I am sitting up with my youngest daughter. I left the +house through the little door of the laundry.’ + +“And, without giving me time to reply, she asked,-- + +“‘Where are my letters?’ + +“‘Here they are,’ I said, handing them to her. + +“She took them with feverish haste, saying in an undertone,-- + +“‘There ought to be twenty-four.’ + +“And, without thinking of the insult, she went to work counting them. + +“‘They are all here,’ she said when she had finished. + +“Then, drawing a little package from her bosom, she added,-- + +“‘And here are yours.’ + +“But she did not give them to me. + +“‘We’ll burn them,’ she said. + +“I started with surprise. + +“‘You cannot think of it,’ I cried, ‘here, and at this hour. The fire +would certainly be seen.’ + +“‘What? Are you afraid? However, we can go into the wood. Come, give me +some matches.’ + +“I felt in my pockets; but I had none. + +“‘I have no matches,’ I said. + +“‘Oh, come!--you who smoke all day long,--you who, even in my presence, +could never give up your cigars.’ + +“‘I left my match-box, yesterday, at M. de Chandore’s.’ + +“She stamped her foot vehemently. + +“‘Since that is so, I’ll go in and get some.’ + +“This would have delayed us, and thus would have been an additional +imprudence. I saw that I must do what she wanted, and so I said,-- + +“‘That is not necessary. Wait!’ + +“All sportsmen know that there is a way to replace matches. I employed +the usual means. I took a cartridge out of my gun, emptied it and its +shot, and put in, instead a piece of paper. Then, resting my gun on the +ground, so as to prevent a loud explosion, I made the powder flash up. + +“We had fire, and put the letters to the flame. + +“A few minutes later, and nothing was left of them but a few blackened +fragments, which I crumbled in my hands, and scattered to the winds. +Immovable, like a statue, the Countess Claudieuse had watched my +operations. + +“‘And that is all,’ she said, ‘that remains of five years of our life, +of our love, and of your vows,--ashes.’ + +“I replied by a commonplace remark. I was in a hurry to be gone. + +“She felt this, and cried with great vehemence,-- + +“‘Ah! I inspire you with horror.’ + +“‘We have just committed a marvellous imprudence,’ I said. + +“‘Ah! what does it matter?’ + +“Then, in a hoarse voice, she added,-- + +“‘Happiness awaits you, and a new life full of intoxicating hopes: it +is quite natural that you should tremble. I, whose life is ended, and +who have nothing to look for,--I, in whom you have killed every hope,--I +am not afraid.’ + +“I saw her anger rising within her, and said very quietly,-- + +“‘I hope you do not repent of your generosity, Genevieve.’ + +“‘Perhaps I do,’ she replied, in an accent which made me tremble. ‘How +you must laugh at me! What a wretched thing a woman is who is abandoned, +who resigns, and sheds tears!’ + +“Then she went on fiercely,-- + +“‘Confess that you have never loved me really!’ + +“‘Ah, you know very well the contrary!’ + +“‘Still you abandon me for another,--for that Dionysia!’ + +“‘You are married: you cannot be mine.’ + +“‘Then if I were free--if I had been a widow’-- + +“‘You would be my wife you know very well.’ + +“She raised her arms to heaven, like a drowning person; and, in a voice +which I thought they could hear at the house, she cried,-- + +“‘His wife! If I were a widow, I would be his wife! O God! Luckily, +that thought, that terrible thought, never occurred to me before.’” + +All of a sudden, at these words, the eminent advocate of Sauveterre rose +from his chair, and, placing himself before Jacques de Boiscoran, he +asked, looking at him with one of those glances which seem to pierce our +innermost heart,-- + +“And then?” + +Jacques had to summon all the energy that was left him to be able to +continue with a semblance of calmness, at least,-- + +“Then I tried every thing in the world to quiet the countess, to move +her, and bring her back to the generous feelings of former days. I was +so completely upset that I hardly knew what I was saying. I hated her +bitterly, and still I could not help pitying her. I am a man; and there +is no man living who would not feel deeply moved at seeing himself the +object of such bitter regrets and such terrible despair. Besides, my +happiness and Dionysia’s honor were at stake. How do I know what I said? +I am not a hero of romance. No doubt I was mean. I humbled myself, I +besought her, I told falsehoods, I vowed to her that it was my family, +mainly, who made me marry. I hoped I should be able, by great kindness +and caressing words, to soften the bitterness of the parting. She +listened to me, remaining as impassive as a block of ice; and, when I +paused, she said with a sinister laugh,-- + +“‘And you tell me all that! Your Dionysia! Ah! if I were a woman like +other women, I would say nothing to-day, and, before the year was over, +you would again be at my feet.’ + +“She must have been thinking of our meeting at the cross-roads. Or was +this the last outburst of passion at the moment when the last ties were +broken off? I was going to speak again; but she interrupted me bruskly, +saying,-- + +“‘Oh, that is enough! Spare me, at least, the insult of your pity! I’ll +see. I promise nothing. Good-by!’ + +“And she escaped toward the house, while I remained rooted to the spot, +almost stupefied, and asking myself if she was not, perhaps at that +moment, telling Count Claudieuse every thing. It was at that moment that +I drew from my gun, almost mechanically, the burnt cartridge and put in +a fresh one. Then, as nothing stirred, I went off with rapid strides.” + +“What time was it?” asked M. Magloire. + +“I could not tell you precisely. My state of mind was such, that I had +lost all idea of time. I went back through the forest of Rochepommier.” + +“And you saw nothing?” + +“No.” + +“Heard nothing?” + +“Nothing.” + +“Still, from your statement, you could not have been far from Valpinson +when the fire broke out.” + +“That is true, and, in the open country, I should certainly have seen +the fire; but I was in a dense wood: the trees cut off all view.” + +“And these same trees prevented the sound of the two shots fired at +Count Claudieuse from reaching your ear?” + +“They might have helped to prevent it; but there was no need for that. +I was walking against the wind, which was very high; and it is an +established fact, that, under such circumstances, the sound of a gun is +not heard beyond fifty yards.” + +M. Magloire once more could hardly restrain his impatience; and, utterly +unconscious that he was even harsher than the magistrate, he said,-- + +“And you think your statement explains every thing?” + +“I believe that my statement, which is founded upon the most exact +truth, explains the charges brought against me by M. Galpin. It explains +how I tried to keep my visit to Valpinson secret; how I was met in going +and in coming back, and at hours which correspond with the time of the +fire. It explains, finally, how I came at first to deny. It explains +how one of my cartridge-cases was found near the ruins, and why I had to +wash my hands when I reached home.” + +Nothing seemed to be able to shake the lawyer’s conviction. He asked,-- + +“And the day after, when they came to arrest you, what was your first +impression?” + +“I thought at once of Valpinson.” + +“And when you were told that a crime had been committed?” + +“I said to myself, ‘The countess wants to be a widow.’” + +All of M. Magloire’s blood seemed to rise in his face. He cried,-- + +“Unhappy man! How can you dare accuse the Countess Claudieuse of such a +crime?” + +Indignation gave Jacques strength to reply,-- + +“Whom else should I accuse? A crime has been committed, and under such +circumstances that it cannot have been committed by any one except by +her or by myself. I am innocent: consequently she is guilty.” + +“Why did you not say so at once?” + +Jacques shrugged his shoulders, and replied in a tone of bitter irony,-- + +“How many times, and in how many ways, do you want me to give you my +reasons? I kept silent the first day, because I did not then know the +circumstances of the crime, and because I was reluctant to accuse +a woman who had given me her love, and who had become criminal from +passion; because, in fine, I did not think at that time that I was in +danger. After that I kept silent because I hoped justice would be able +to discover the truth, or the countess would be unable to bear the idea +that I, the innocent one, should be accused. Still later, when I saw my +danger, I was afraid.” + +The advocates’ feelings seemed to be revolted. He broke in,-- + +“You do not tell the truth, Jacques; and I will tell you why you kept +silent. It is very difficult to make up a story which is to account for +every thing. But you are a clever man: you thought it over, and you made +out a story. There is nothing lacking in it, except probability. You +might tell me that the Countess Claudieuse has unfairly enjoyed the +reputation of a saint, and that she has given you her love; perhaps I +might be willing to believe it. But when you say she has set her own +house on fire, and taken up a gun to shoot her husband, that I can +never, never admit.” + +“Still it is the truth.” + +“No; for the evidence of Count Claudieuse is precise. He has seen his +murderer; it was a man who fired at him.” + +“And who tells you that Count Claudieuse does not know all, and wants to +save his wife, and ruin me? There would be a vengeance for him.” + +The objection took the advocate by surprise; but he rejected it at once, +and said,-- + +“Ah! be silent, or prove.” + +“All the letters are burned.” + +“When one has been a woman’s lover for five years, there are always +proofs.” + +“But you see there are none.” + +“Do not insist,” repeated M. Magloire. + +And, in a voice full of pity and emotion, he added,-- + +“Unhappy man! Do you not feel, that, in order to escape from one crime, +you are committing another which is a thousand times worse?” + +Jacques stood wringing his hand, and said-- + +“It is enough to drive me mad.” + +“And even if I, your friend,” continued M. Magloire, “should believe +you, how would that help you? Would any one else believe it? Look here I +will tell you exactly what I think. Even if I were perfectly sure of all +the facts you mention, I should never plead them in my defence, unless I +had proofs. To plead them, understand me well, would be to ruin yourself +inevitably.” + +“Still they must be pleaded; for they are the truth.” + +“Then,” said M. Magloire, “you must look for another advocate.” + +And he went toward the door. He was on the point of leaving, when +Jacques cried out, almost in agony,-- + +“Great God, he forsakes me!” + +“No,” replied the advocate; “but I cannot discuss matters with you in +the state of excitement in which you now are. You will think it over, +and I will come again to-morrow.” + +He left; and Jacques de Boiscoran fell, utterly undone, on one of the +prison chairs. + +“It is all over,” he stammered: “I am lost.” + + + +XV. + +During all this time, they were suffering intense anxiety at M. de +Chandore’s house. Ever since eight o’clock in the morning the two aunts, +the old gentleman, the marchioness, and M. Folgat had been assembled in +the dining-room, and were there waiting for the result of the interview. +Dionysia had only come down later; and her grandfather could not help +noticing that she had dressed more carefully than usual. + +“Are we not going to see Jacques again?” she replied with a smile full +of confidence and joy. + +She had actually persuaded herself that one word from Jacques would +suffice to convince the celebrated lawyer, and that he would reappear +triumphant on M. Magloire’s arm. The others did not share these +expectations. The two aunts, looking as yellow as their old laces, sat +immovable in a corner. The marchioness was trying to hide her tears; and +M. Folgat endeavored to look absorbed in a volume of engravings. M. de +Chandore, who possessed less self-control, walked up and down in the +room, repeating every ten minutes,-- + +“It is wonderful how long time seems when you are waiting!” + +At ten o’clock no news had come. + +“Could M. Magloire have forgotten his promise?” said Dionysia, becoming +anxious. + +“No, he has not forgotten it,” replied a newcomer, M. Seneschal. It +was really the excellent mayor, who had met M. Magloire about an hour +before, and who now came to hear the news, for his own sake, as he said, +but especially for his wife’s sake, who was actually ill with anxiety. + +Eleven o’clock, and no news. The marchioness got up, and said,-- + +“I cannot stand this uncertainty a minute longer. I am going to the +prison.” + +“And I will go with you, dear mother,” declared Dionysia. + +But such a proceeding was hardly suitable. M. de Chandore opposed it, +and was supported by M. Folgat, as well as by M. Seneschal. + +“We might at least send somebody,” suggested the two aunts timidly. + +“That is a good idea,” replied M. de Chandore. + +He rang the bell; and old Anthony came in. He had established himself +the evening before in Sauveterre, having heard that the preliminary +investigation was finished. + +As soon as he had been told what they wanted him to do, he said,-- + +“I shall be back in half an hour.” + +He nearly ran down the steep street, hastened along National Street, and +then climbed up more slowly Castle Street. When M. Blangin, the keeper, +saw him appear, he turned very pale; for M. Blangin had not slept since +Dionysia had given him the seventeen thousand francs. He, once upon a +time the special friend of all gendarmes, now trembled when one of them +entered the jail. Not that he felt any remorse about having betrayed his +duty; oh, no! but he feared discovery. + +More than ten times he had changed the hiding-place of his precious +stocking; but, wherever he put it, he always fancied that the eyes of +his visitors were riveted upon that very spot. He recovered, however, +from his fright when Anthony told him his errand, and replied in the +most civil manner,-- + +“M. Magloire came here at nine o’clock precisely. I took him immediately +to M. de Boiscoran’s cell; and ever since they have been talking, +talking.” + +“Are you quite sure?” + +“Of course I am. Must I not know every thing that happens in my jail? I +went and listened. You can hear nothing from the passage: they have shut +the wicket, and the door is massive.” + +“That is strange,” murmured the old servant. + +“Yes, and a bad sign,” declared the keeper with a knowing air. “I have +noticed that the prisoners who take so long to state their case to their +advocate always catch the maximum of punishment.” + +Anthony, of course, did not report to his masters the jailer’s mournful +anticipations; but what he told them about the length of the interview +did not tend to relieve their anxiety. + +Gradually the color had faded from Dionysia’s cheeks; and the clear ring +of her voice was half drowned in tears, when she said, that it would +have been better, perhaps, if she had put on mourning, and that seeing +the whole family assembled thus reminded her of a funeral. + +The sudden arrival of Dr. Seignebos cut short her remarks. He was in a +great passion, as usual; and as soon as he entered, he cried,-- + +“What a stupid town Sauveterre is! Nothing but gossip and idle reports! +The people are all of them old women. I feel like running away, and +hiding myself. On my way here, twenty curious people have stopped me to +ask me what M. de Boiscoran is going to do now. For the town is full of +rumors. They know that Magloire is at the jail now; and everybody wants +to be the first to hear Jacques’s story.” + +He had put his immense broad brimmed hat on the table, and, looking +around the room at all the sad faces he asked,-- + +“And you have no news yet?” + +“Nothing,” replied M. Seneschal and M. Folgat at the same breath. + +“And we are frightened by this delay,” added Dionysia. + +“And why?” asked the physician. + +Then taking down his spectacles, and wiping them diligently, he said,-- + +“Did you think, my dear young lady, that Jacques de Boiscoran’s affair +could be settled in five minutes? If they let you believe that, they did +wrong. I, who despise all concealment, I will tell you the truth. At the +bottom of all these occurrences at Valpinson, there lies, I am perfectly +sure, some dark intrigue. Most assuredly we shall put Jacques out of his +trouble; but I fear it will be hard work.” + +“M. Magloire!” announced old Anthony. + +The eminent advocate of Sauveterre entered. He looked so undone, and +bore so evidently the traces of his excitement, that all had the same +terrible thought which Dionysia expressed. + +“Jacques is lost!” + +M. Magloire did not say no. + +“I believe he is in danger.” + +“Jacques,” murmured the old marchioness,--“my son!” + +“I said in danger,” repeated the advocate; “but I ought to have said, he +is in a strange, almost incredible, unnatural position.” + +“Let us hear,” said the marchioness. + +The lawyer was evidently very much embarrassed; and he looked with +unmistakable distress, first at Dionysia, and then at the two old aunts. +But nobody noticed this, and so he said,-- + +“I must ask to be left alone with these gentlemen.” + +In the most docile manner the Misses Lavarande rose, and took their +niece and Jacques’s mother with them: the latter was evidently near +fainting. As soon as the door was shut, Grandpapa Chandore, half mad +with grief, exclaimed,-- + +“Thanks, M. Magloire, thanks for having given me time to prepare my poor +child for the terrible blow. I see but too well what you are going to +say. Jacques is guilty.” + +“Stop,” said the advocate: “I have said nothing of the kind. M. de +Boiscoran still protests energetically that he is innocent; but he +states in his defence a fact which is so entirely improbable, so utterly +inadmissible”-- + +“But what does he say?” asked M. Seneschal. + +“He says that the Countess Claudieuse has been his mistress.” + +Dr. Seignebos started, and, readjusting his spectacles, he cried +triumphantly,-- + +“I said so! I have guessed it!” + +M. Folgat had, on this occasion, very naturally, no deliberative voice. +He came from Paris, with Paris ideas; and, whatever he might have been +told, the name of the Countess Claudieuse revealed to him nothing. But, +from the effect which it produced upon the others, he could judge what +Jacques’s accusation meant. Far from being of the doctor’s opinion M. +de Chandore and M. Seneschal both seemed to be as much shocked as M. +Magloire. + +“That is incredible,” said one. + +“That is impossible,” added the other. + +M. Magloire shook his head, and said,-- + +“That is exactly what I told Jacques.” + +But the doctor was not the man to be surprised at what public opinion +said, much less to fear it. He exclaimed,-- + +“Don’t you hear what I say? Don’t you understand me? The proof that +the thing is neither so incredible nor so impossible is, that I had +suspected it. And there were signs of it, I should think. Why on earth +should a man like Jacques, young, rich, well made, in love with a +charming girl, and beloved by her, why should he amuse himself with +setting houses on fire, and killing people? You tell me he did not +like Count Claudieuse. Upon my word! If everybody who does not like Dr. +Seignebos were to come and fire at him forthwith, do you know my body +would look like a sieve! Among you all, M. Folgat is the only one who +has not been struck with blindness.” + +The young lawyer tried modestly to protest. + +“Sir”-- + +But the other cut him short, and went on,-- + +“Yes, sir, you saw it all; and the proof of it is, that you at once went +to work in search of the real motive, the heart,--in fine, the woman at +the bottom of the riddle. The proof of it is, that you went and asked +everybody,--Anthony, M. de Chandore, M. Seneschal, and myself,--if M. de +Boiscoran had not now, or had not had, some love-affair in the country. +They all said No, being far from suspecting the truth. I alone, without +giving you a positive answer, told you that I thought as you did, and +told you so in M. de Chandore’s presence.” + +“That is so!” replied the old gentleman and M. Folgat. + +Dr. Seignebos was triumphant. Gesticulating, and continually handling +his spectacles, he added,-- + +“You see I have learnt to mistrust appearances; and hence I had my +misgivings from the beginning. I watched the Countess Claudieuse the +night of the fire; and I saw that she looked embarrassed, troubled, +suspicious. I wondered at her readiness to yield to M. Galpin’s whim, +and to allow Cocoleu to be examined; for I knew that she was the only +one who could ever make that so-called idiot talk. You see I have good +eyes, gentlemen, in spite of my spectacles. Well, I swear by all I hold +most sacred, on my Republican faith, I am ready to affirm upon oath, +that, when Cocoleu uttered Jacques de Boiscoran’s name, the countess +exhibited no sign of surprise.” + +Never before, in their life, had the mayor of Sauveterre and Dr. +Seignebos been able to agree on any subject. This question was not +likely to produce such an effect all of a sudden: hence M. Seneschal +said,-- + +“I was present at Cocoleu’s examination, and I noticed, on the contrary, +the amazement of the countess.” + +The doctor raised his shoulders, and said,-- + +“Certainly she said, ‘Ah!’ But that is no proof. I, also, could very +easily say, ‘Ah!’ if anybody should come and tell me that the mayor of +Sauveterre was in the wrong; and still I should not be surprised.” + +“Doctor!” said M. de Chandore, anxious to conciliate,--“doctor!” + +But Dr. Seignebos had already turned to M. Magloire, whom he was anxious +to convert, and went on,-- + +“Yes, the face of the Countess Claudieuse, expressed amazement; but her +eyes spoke of bitter, fierce hatred, of joy, and of vengeance. And that +is not all. Will you please tell me, Mr. Mayor, when Count Claudieuse +was roused by the fire, was the countess by him? No, she was nursing her +youngest daughter, who had the measles. Hm! What do you think of measles +which make sitting up at night necessary? And when the two shots were +fired, where was the countess then? Still with her daughter, and on the +other side of the house from where the fire was.” + +The mayor of Sauveterre was no less obstinate than the doctor. He at +once objected,-- + +“I beg you will notice, doctor, that Count Claudieuse himself deposed +how, when he ran to the fire, he found the door shut from within, just +as he had left it a few hours before.” + +Dr. Seignebos returned a most ironical bow, and then asked,-- + +“Is there really only one door in the chateau at Valpinson?” + +“To my knowledge,” said M. de Chandore, “there are at least three.” + +“And I must say,” added M. Magloire, “that according to M. de +Boiscoran’s statement, the countess, on that evening, had gone out by +the laundry-door when she came to meet him.” + +“What did I say?” exclaimed the doctor. + +And, wiping his glasses in a perfect rage, he added,-- + +“And the children! Does Mr. Mayor think it natural that the Countess +Claudieuse, this incomparable mother in his estimation, should forget +her children in the height of the fire?” + +“What! The poor woman is called out by the discharge of fire-arms; +she sees her house on fire; she stumbles over the lifeless body of her +husband: and you blame her for not having preserved all her presence of +mind.” + +“That is one view of it; but it is not the one I take. I rather think +that the countess, having been delayed out of doors, was prevented by +the fire from getting in again. I think, also, that Cocoleu came very +opportunely; and that it was very lucky Providence should inspire his +mind with that sublime idea of saving the children at the risk of his +life.” + +This time M. Seneschal made no reply. + +“Supported by all these facts,” continued the doctor, “my suspicions +became so strong that I determined to ascertain the truth, if I could. +The next day I questioned the countess, and, I must confess, rather +treacherously. Her replies and her looks were not such as to modify +my views. When I asked her, looking straight into her eyes, what she +thought of Cocoleu’s mental condition, she nearly fainted; and she +could hardly make me hear her when she said that she occasionally caught +glimpses of intelligence in him. When I asked her if Cocoleu was fond of +her, she said, in a most embarrassed manner, that his devotion was that +of an animal which is grateful for the care taken of him. What do you +think of that, gentlemen? To me it appeared that Cocoleu was at the +bottom of the whole affair; that he knew the truth; and that I should +be able to save Jacques, if I could prove Cocoleu’s imbecility to be +assumed, and his speechlessness to be an imposture. And I would have +proved it, if they had associated with me any one else but this ass and +this jackanapes from Paris.” + +He paused for a few seconds; but, without giving anybody time to reply, +he went on,-- + +“Now, let us go back to our point of departure, and draw our +conclusions. Why do you think it so improbable and impossible that the +countess Claudieuse should have betrayed her duties? Because she has a +world-wide reputation for purity and prudence. Well. But was not Jacques +de Boiscoran’s reputation as a man of honor also above all doubt? +According to your views, it is absurd to suspect the countess of having +had a lover. According to my notions, it is absurd that Jacques should, +overnight, have become a scoundrel.” + +“Oh! that is not the same thing,” said M. Seneschal. + +“Certainly not!” replied the doctor; “and there you are right, for once. +If M. de Boiscoran had committed this crime, it would be one of those +absurd crimes which are revolting to us; but, if committed by the +countess, it is only the catastrophe prepared by Count Claudieuse on the +day when he married a woman thirty years younger than he was.” + +The great wrath of Dr. Seignebos was not always as formidable as it +looked. Even when he appeared to be almost beside himself, he never +said more than he intended to say, possessed as he was of that admirable +southern quality, which enabled him to pour forth fire and flames, and +to remain as cold as ice within, But in this case he showed what he +thought fully. He had said quite enough, too, and had presented the +whole affair under such a new aspect, that his friends became very +thoughtful. + +“You would have converted me, doctor,” said M. Folgat, “if I had not +been of your opinion before.” + +“I am sure,” added M. de Chandore, after hearing the doctor, “the thing +no longer looks impossible.” + +“Nothing is impossible,” said M. Seneschal, like a philosopher. + +The eminent advocate of Sauveterre alone remained unmoved. + +“Well,” said he, “I had rather admit one hour of utter insanity even +than five years of such monstrous hypocrisy. Jacques may have committed +the crime, and be nothing but a madman; but, if the countess is guilty, +one might despair of mankind, and renounce all faith in this world. I +have seen her, gentlemen, with her husband and her children. No one can +feign such looks of tenderness and affection.” + +“He will never give her up!” growled Dr. Seignebos,-- + +And touching his friend on the shoulder,--for M. Magloire had been his +friend for many years, and they were quite intimate,--he said,-- + +“Ah! There I recognize my friend, the strange lawyer, who judges others +by himself, and refuses to believe any thing bad. Oh, do not protest! +For we love and honor you for that very faith, and are proud to see you +among us Republicans. But I must confess you are not the man to bring +light into such a dark intrigue. At twenty-eight you married a girl +whom you loved dearly: you lost her, and ever since you have remained +faithful to her memory, and lived so far from all passions that you no +longer believe in their existence. Happy man! Your heart is still at +twenty; and with your grey hair you still believe in the smiles and +looks of woman.” + +There was much truth in this; but there are certain truths which we are +not overfond of hearing. + +“My simplicity has nothing to do with the matter,” said M. Magloire. “I +affirm and maintain that a man who has been for five years the lover of +a woman must have some proof of it.” + +“Well, there you are mistaken, master,” said the physician, arranging +his spectacles with an air of self-conceit, which, under other +circumstances, would have been irresistibly ludicrous. + +“When women determine to be prudent and suspicious,” remarked M. de +Chandore, “they never are so by halves.” + +“It is evident, besides,” added M. Folgat, “that the Countess Claudieuse +would never have determined upon so bold a crime, if she had not been +quite sure, that after the burning of her letters, no proof could be +brought against her.” + +“That is it!” cried the doctor. + +M. Magloire did not conceal his impatience. He said dryly,-- + +“Unfortunately, gentlemen, it does not depend on you to acquit or +condemn M. de Boiscoran. I am not here to convince you, or to be +convinced: I came to discuss with M. de Boiscoran’s friends our line of +conduct, and the basis of our defence.” + +And M. Magloire was evidently right in this estimate of his duty. He +went and leaned against the mantelpiece; and, when the others had taken +their seats around him, he began,-- + +“In the first place, I will admit the allegations made by M. de +Boiscoran. He is innocent. He has been the lover of Countess Claudieuse; +but he has no proof. This being granted, what is to be done? Shall I +advise him to send for the magistrate, and to confess it all?” + +No one replied at first. It was only after a long silence that Dr. +Seignebos said,-- + +“That would be very serious.” + +“Very serious, indeed,” repeated the famous lawyer. “Our own feelings +give us the measure of what M. Galpin will think. First of all, he, +also, will ask for proof, the evidence of a witness, any thing, in fact. +And, when Jacques tells him that he has nothing to give but his word, M. +Galpin will tell him that he does not speak the truth.” + +“He might, perhaps, consent to extend the investigation,” said M. +Seneschal. “He might possibly summon the countess.” + +M. Magloire nodded, and said,-- + +“He would certainly summon her. But, then, would she confess? It +would be madness to expect that. If she is guilty, she is far too +strong-minded to let the truth escape her. She would deny every thing, +haughtily, magnificently, and in such a manner as not to leave a shadow +of doubt.” + +“That is only too probable,” growled the doctor. “That poor Galpin is +not the strongest of men.” + +“What would be the result of such a step?” asked M. Magloire. “M. de +Boiscoran’s case would be a hundred times worse; for to his crime would +now be added the odium of the meanest, vilest calumny.” + +M. Folgat was following with the utmost attention. He said,-- + +“I am very glad to hear my honorable colleague give utterance to that +opinion. We must give up all hope of delaying the proceedings, and let +M. de Boiscoran go into court at once.” + +M. de Chandore raised his hands to heaven, as if in sheer despair. + +“But Dionysia will die of grief and shame,” he exclaimed. + +M. Magloire, absorbed in his own views, went on,-- + +“Well, here we are now before the court at Sauveterre, before a jury +composed of people from this district, incapable of prevarication, I +am sure, but, unfortunately, under the influence of that public opinion +which has long since condemned M. de Boiscoran. The proceedings begin; +the judge questions the accused. Will he say what he told me,--that, +after having been the lover of the Countess Claudieuse, he had gone to +Valpinson to carry her back her letters, and to get his own, and that +they are all burnt? Suppose he says so. Immediately then there will +arise a storm of indignation; and he will be overwhelmed with curses +and with contempt. Well, thereupon, the president of the court uses his +discretionary powers, suspends the trial, and sends for the Countess +Claudieuse. Since we look upon her as guilty, we must needs endow her +with supernatural energy. She had foreseen what is coming, and has read +over her part. When summoned, she appears, pale, dressed in black; and +a murmur of respectful sympathy greets her at her entrance. You see her +before you, don’t you? The president explains to her why she has been +sent for, and she does not comprehend. She cannot possibly comprehend +such an abominable calumny. But when she has comprehended it? Do you see +the lofty look by which she crushes Jacques, and the grandeur with which +she replies, ‘When this man had failed in trying to murder my husband, +he tried to disgrace his wife. I intrust to you my honor as a mother +and a wife, gentlemen. I shall not answer the infamous charges of this +abject calumniator.’” + +“But that means the galleys for Jacques,” exclaimed M. de Chandore, “or +even the scaffold!” + +“That would be the maximum, at all events,” replied the advocate of +Sauveterre. “But the trial goes on; the prosecuting attorney demands an +overwhelming punishment; and at last the prisoner’s council is called +upon to speak. Gentlemen, you were impatient at my persistence. I do not +credit, I confess, the statement made by M. de Boiscoran. But my young +colleague here does credit it. Well, let him tell us candidly. Would he +dare to plead this statement, and assert that the Countess Claudieuse +had been Jacques’s mistress?” + +M. Folgat looked annoyed. + +“I don’t know,” he said in an undertone. + +“Well, I know you would not,” exclaimed M. Magloire; “and you would be +right, for you would risk your reputation without the slightest chance +of saving Jacques. Yes, no chance whatever! For after all, let us +suppose, what can hardly be even supposed, you should prove that Jacques +has told the truth, that he has been the lover of the countess. What +would happen then? They arrest the countess. Do they release M. de +Boiscoran on that account? Certainly not! They keep him in prison, and +say to him. ‘This woman has attempted her husband’s life; but she had +been your mistress, and you are her accomplice.’ + +“That is the situation, gentlemen!” + +M. Magloire had stripped it of all unnecessary comments, of idle +conjecture, and all sentimental phraseology, and placed it before them +as it had to be looked at, in all its fearful simplicity. + +Grandpapa Chandore was terrified. He rose, and said in an almost +inaudible voice,-- + +“Ah, all is over indeed! Innocent, or guilty, Jacques de Boiscoran will +be condemned.” + +M. Magloire made no reply. + +“And that is,” continued the old gentleman, “what you call justice!” + +“Alas!” sighed M. Seneschal, “it is useless to deny it: trials by jury +are a lottery.” + +M. de Chandore, driven nearly to madness by his despair, interrupted +him,-- + +“In other words, Jacques’s honor and life depend at this hour on a +chance,--on the weather on the day of the trial, or the health of a +juror. And if Jacques was the only one! But there is Dionysia’s life, +gentlemen, my child’s life, also at stake. If you strike Jacques, you +strike Dionysia!” + +M. Folgat could hardly restrain a tear. M. Seneschal, and even the +doctor, shuddered at such grief in an old man, who was threatened in all +that was dearest to him,--in his one great love upon earth. He had +taken the hand of the great advocate of Sauveterre, and, pressing it +convulsively, he went on,-- + +“You will save him, Magloire, won’t you? What does it matter whether he +be innocent or guilty, since Dionysia loves him? You have saved so many +in your life! It is well known the judges cannot resist the weight of +your words. You will find means to save a poor, unhappy man who once was +your friend.” + +The eminent lawyer looked cast-down, as if he had been guilty himself. +When Dr. Seignebos saw this, he exclaimed,-- + +“What do you mean, friend Magloire? Are you no longer the man whose +marvellous eloquence is the pride of our country? Hold your head up: for +shame! Never was a nobler cause intrusted to you.” + +But he shook his head, and murmured,-- + +“I have no faith in it; and I cannot plead when my conscience does not +furnish the arguments.” + +And becoming more and more embarrassed, he added,-- + +“Seignebos was right in saying just now, I am not the man for such a +cause. Here all my experience would be of no use. It will be better to +intrust it to my young brother here.” + +For the first time in his life, M. Folgat came here upon a case such +as enables a man to rise to eminence, and to open a great future before +him. For the first time, he came upon a case in which were united all +the elements of supreme interest,--greatness of crime, eminence +of victim, character of the accused, mystery, variety of opinions, +difficulty of defence, and uncertainty of issue,--one of those causes +for which an advocate is filled with enthusiasm, which he seizes upon +with all his energies, and in which he shares all the anxiety and all +the hopes with his client. + +He would readily have given five years’ income to be offered the +management of this case; but he was, above all, an honest man. He said, +therefore,-- + +“You would not think of abandoning M. de Boiscoran, M. Magloire?” + +“You will be more useful to him than I can be,” was the reply. + +Perhaps M. Folgat was inwardly of the same opinion. Still he said,-- + +“You have not considered what an effect this would have.” + +“Oh!” + +“What would the public think if they heard all of a sudden that you +had withdrawn? ‘This affair of M. de Boiscoran must be a very bad one +indeed,’ they would say, ‘that M. Magloire should refuse to plead in +it.’ And that would be an additional burden laid upon the unfortunate +man.” + +The doctor gave his friend no time to reply. + +“Magloire is not at liberty to withdraw,” he said, “but he has the right +to associate a brother-lawyer with himself. He must remain the +advocate and counsel of M. de Boiscoran; but M. Folgat can lend him the +assistance of his advice, the support of his youth and his activity, and +even of his eloquence.” + +A passing blush colored the cheeks of the young lawyer. + +“I am entirely at M. Magloire’s service,” he said. + +The famous advocate of Sauveterre considered a while. After a few +moments he turned to his young colleague, and asked him,-- + +“Have you any plan? Any idea? What would you do?” + +To the astonishment of all, M. Folgat now revealed his true character +to some extent. He looked taller, his face brightened up, his eyes shone +brightly, and he said in a full, sonorous voice,--a voice which by its +metallic ring made all hearts vibrate,-- + +“First of all, I should go and see M. de Boiscoran. He alone should +determine my final decision. But my plan is formed now. I, gentlemen, +I have faith, as I told you before. The man whom Miss Dionysia loves +cannot be a criminal. What would I do? I would prove the truth of M. +de Boiscoran’s statement. Can that be done? I hope so. He tells us +that there are no proofs or witnesses of his intimacy with the +Countess Claudieuse. I am sure he is mistaken. She has shown, he says, +extraordinary care and prudence. That may be. But mistrust challenges +suspicion; and, when you take the greatest precautions, you are most +likely to be watched. You want to hide, and you are discovered. You see +nobody; but they see you. + +“If I were charged with the defence, I should commence to-morrow a +counter-investigation. We have money, the Marquis de Boiscoran has +influential connections; and we should have help everywhere. Before +forty-eight hours are gone, I should have experienced agents at work. +I know Vine Street in Passy: it is a lonely street; but it has eyes, +as all streets have. Why should not some of these eyes have noticed the +mysterious visits of the countess? My agents would inquire from house +to house. Nor would it be necessary to mention names. They would not +be charged with a search after the Countess Claudieuse, but after an +unknown lady, dressed so and so; and, if they should discover any one +who had seen her, and who could identify her, that man would be our +first witness. + +“In the meantime, I should go in search of this friend of M. de +Boiscoran’s, this Englishman, whose name he assumed; and the London +police would aid me in my efforts. If that Englishman is dead, we would +hear of it, and it would be a misfortune. If he is only at the other end +of the world, the transatlantic cable enables us to question him, and to +be answered in a week. + +“I should, at the same time, have sent detectives after that English +maid-servant who attended to the house in Vine Street. M. de Boiscoran +declares that she has never even caught a glimpse of the countess. I do +not believe it. It is out of question that a servant should not wish for +the means, and find them, of seeing the face of the woman who comes to +see her master. + +“And that is not all. There were other people who came to the house in +Vine Street. I should examine them one by one,--the gardener and his +help, the water-carrier, the upholsterer, the errand-boys of all the +merchants. Who can say whether one of them is not in possession of this +truth which we are seeking? + +“Finally, when a woman has spent so many days in a house, it is almost +impossible that she should not have left some traces of her passage +behind her. Since then, you will say, there has been the war, and then +the commune. Nevertheless, I should examine the ruins, every tree in the +garden, every pane in the windows: I should compel the very mirrors that +have escaped destruction to give me back the image which they have so +often reflected.” + +“Ah, I call that speaking!” cried the doctor, full of enthusiasm. + +The others trembled with excitement. They felt that the struggle was +commencing. But, unmindful of the impression he had produced, M. Folgat +went on,-- + +“Here in Sauveterre, the task would be more difficult; but, in case of +success, the result, also, would be more decided. I should bring down +from Paris one of those keen, subtle detectives who have made an art of +their profession, and I should know how to stimulate his vanity. He, of +course, would have to know every thing, even the names; but there would +be no danger in that. His desire to succeed, the splendor of the reward, +even his professional habits, would be our security. He would come down +secretly, concealed under whatever disguise would appear to him most +useful for his purpose; and he would begin once more, for the benefit of +the defence, the investigation carried on by M. Galpin for the benefit +of the prosecution. Would he find out any thing? We can but hope so. I +know detectives, who, by the aid of smaller material, have unravelled +far deeper mysteries.” + +Grandpapa Chandore, excellent M. Seneschal, Dr. Seignebos, and even M. +Magloire, were literally drinking in the words of the Paris lawyer. + +“Is that all, gentlemen?” he continued. “By no means! Thanks to +his great experience, Dr. Seignebos had, on the very first day, +instinctively guessed who was the most important personage of this +mysterious drama.” + +“Cocoleu!” + +“Exactly, Cocoleu. Whether he be actor, confident, or eye-witness, +Cocoleu has evidently the key to this mystery. This key we must make +every effort to obtain from him. Medical experts have just declared him +idiotic; nevertheless, we protest. We claim that the imbecility of this +wretch is partly assumed. We maintain that his obstinate silence is +a vile imposture. What! he should have intelligence enough to testify +against us, and yet not have left enough of it now to explain, or even +to repeat his evidence? That is inadmissible. We maintain that he keeps +silent now just as he spoke that night,--by order. If his silence was +less profitable for the prosecution, they would soon find means to break +it. We demand that such means should be employed. We demand that the +person who has before been able to loosen his tongue should be sent +for, and ordered to try the experiment over again. We call for a +new examination by experts: we cannot judge all of a sudden, and +in forty-eight hours, what is the true mental condition of a man, +especially when that man is suspected of being an impostor. And we +require, above all, that these new experts should be qualified by +knowledge and experience.” + +Dr. Seignebos was quivering with excitement. He heard all his own ideas +repeated in a concise, energetic manner. + +“Yes,” he cried, “that is the way to do it! Let me have full power, and +in less than a fortnight Cocoleu is unmasked.” + +Less expansive, the eminent advocate of Sauveterre simply shook hands +with M. Folgat, and said,-- + +“You see, M. de Boiscoran’s case ought to be put in your hands.” + +The young lawyer made no effort to protest. When he began to speak, his +determination was already formed. + +“Whatever can humanly be done,” he replied, “I will do. If I accept the +task, I shall devote myself body and soul to it. But I insist upon it, +it is understood, and must be publicly announced, that M. Magloire does +not withdraw from the case, and that I act only as his junior.” + +“Agreed,” said the old advocate. + +“Well. When shall we go and see M. de Boiscoran?” + +“To-morrow morning.” + +“I can, of course, take no steps till I have seen him.” + +“Yes, but you cannot be admitted, except by a special permission from M. +Galpin; and I doubt if we can procure that to-day.” + +“That is provoking.” + +“No, since we have our work all cut out for to-day. We have to go over +all the papers of the proceedings, which the magistrate has placed in my +hands.” + +Dr. Seignebos was boiling over with impatience. He broke in,-- + +“Oh, what words! Go to work, Mr. Advocate, to work, I say. Come, shall +we go?” + +They were leaving the room when M. de Chandore called them back by a +gesture. He said,-- + +“So far, gentlemen, we have thought of Jacques alone. And Dionysia?” + +The others looked at him, full of surprise. + +“What am I to say if she asks me what the result of M. Magloire’s +interview with Jacques has been, and why you would say nothing in her +presence?” + +Dr. Seignebos had confessed it more than once: he was no friend of +concealment. + +“You will tell her the truth,” was his advice. + +“What? How can I tell her that Jacques has been the lover of the +Countess Claudieuse?” + +“She will hear of it sooner or later. Miss Dionysia is a sensible, +energetic girl.” + +“Yes; but Miss Dionysia is as ignorant as a holy angel,” broke in M. +Folgat eagerly, “and she loves M. de Boiscoran. Why should we trouble +the purity of her thoughts and her happiness? Is she not unhappy enough? +M. de Boiscoran is no longer kept in close confinement. He will see his +betrothed, and, if he thinks proper, he can tell her. He alone has the +right to do so. I shall, however, dissuade him. From what I know of Miss +Chandore’s character, it would be impossible for her to control herself, +if she should meet the Countess Claudieuse.” + +“M. de Chandore ought not to say any thing,” said M. Magloire +decisively. “It is too much already, to have to intrust the marchioness +with the secret; for you must not forget, gentlemen, that the slightest +indiscretion would certainly ruin all of M. Folgat’s delicate plans.” + +Thereupon all went out; and M. de Chandore, left alone, said to +himself,-- + +“Yes, they are right; but what am I to say?” + +He was thinking it over almost painfully, when a maid came in, and told +him that Miss Dionysia wanted to see him. + +“I am coming,” he said. + +And he followed her with heavy steps, and trying to compose his features +so as to efface all traces of the terrible emotions through which he +had passed. The two aunts had taken Dionysia and the marchioness to +the parlor in the upper story. Here M. de Chandore found them all +assembled,--the marchioness, pale and overcome, extended in an +easy-chair; but Dionysia, walking up and down with burning cheeks and +blazing eyes. As soon as he entered, she asked him in a sharp, sad +voice,-- + +“Well? There is no hope, I suppose.” + +“More hope than ever, on the contrary,” he replied, trying to smile. + +“Then why did M. De Magloire send us all out?” + +The old gentleman had had time to prepare a fib. + +“Because M. Magloire had to tell us a piece of bad news. There is no +chance of no true bill being found. Jacques will have to appear in +court.” + +The marchioness jumped up like a piece of mechanism, and cried,-- + +“What! Jacques before the assizes? My son? A Boiscoran?” And she fell +back into her chair. Not a muscle in Dionysia’s face had moved. She said +in a strange tone of voice,-- + +“I was prepared for something worse. One may avoid the court.” + +With these words she left the room, shutting the door so violently, that +both the Misses Lavarande hastened after her. Now M. de Chandore thought +he might speak freely. He stood up before the marchioness, and gave vent +to that fearful wrath which had been rising within him for a long time. + +“Your son,” he cried, “your Jacques, I wish he were dead a thousand +times! The wretch who is killing my child, for you see he is killing +her.” + +And, without pity, he told her the whole story of Jacques and the +Countess Claudieuse. The marchioness was overcome. She had even ceased +to sob, and had not strength enough left to ask him to have pity on her. +And, when he had ended, she whispered to herself with an expression of +unspeakable suffering,-- + +“Adultery! Oh, my God! what punishment!” + + + +XVI. + +M. Folgat and M. Magloire went to the courthouse; and, as they descended +the steep street from M. de Chandore’s house, the Paris lawyer said,-- + +“M. Galpin must fancy himself wonderfully safe in his position, that +he should grant the defence permission to see all the papers of the +prosecution.” + +Ordinarily such leave is given only after the court has begun +proceedings against the accused, and the presiding judge has questioned +him. This looks like crying injustice to the prisoner; and hence +arrangements can be made by which the rigor of the law is somewhat +mitigated. With the consent of the commonwealth attorney, and upon +his responsibility, the magistrate who had carried on the preliminary +investigation may inform the accused, or his counsel, by word of mouth, +or by a copy of all or of part, of what has happened during the first +inquiry. That is what M. Galpin had done. + +And on the part of a man who was ever ready to interpret the law in its +strictest meaning, and who no more dared proceed without authority for +every step than a blind man without his staff,--or on the part of such +a man, an enemy, too, of M. de Boiscoran, this permission granted to +the defence was full of meaning. But did it really mean what M. Folgat +thought it did? + +“I am almost sure you are mistaken,” said M. Magloire. “I know the +good man, having practiced with him for many years. If he were sure +of himself, he would be pitiless. If he is kind, he is afraid. This +concession is a door which he keeps open, in case of defeat.” + +The eminent counsel was right. However well convinced M. Galpin might be +of Jacques’s guilt, he was still very much troubled about his means of +defence. Twenty examinations had elicited nothing from his prisoner but +protestations of innocence. When he was driven to the wall, he would +reply,-- + +“I shall explain when I have seen my counsel.” + +This is often the reply of the most stupid scamp, who only wants to gain +time. But M. Galpin knew his former friend, and had too high an opinion +of his mind, not to fear that there was something serious beneath his +obstinate silence. + +What was it? A clever falsehood? a cunningly-devised _alibi_? Or +witnesses bribed long beforehand? + +M. Galpin would have given much to know. And it was for the purpose +of finding it out sooner, that he had given the permission. Before he +granted it, however, he had conferred with the commonwealth attorney. +Excellent M. Daubigeon, whom he found, as usual, admiring the beautiful +gilt edging of his beloved books, had treated him badly. + +“Do you come for any more signatures?” he had exclaimed. “You shall have +them. If you want any thing else, your servant. + +“‘When the blunder is made, +It is too late, I tell thee, to come for advice.’” + +However discouraging such a welcome might be, M. Galpin did not give up +his purpose. He said in his bitterest tone,-- + +“You still insist that it is a blunder to do one’s duty. Has not a crime +been committed? Is it not my duty to find out the author, and to have +him punished? Well? Is it my fault if the author of this crime is an old +friend of mine, and if I was once upon a time on the point of marrying +a relation of his? There is no one in court who doubts M. de Boiscoran’s +guilt; there is no one who dares blame me: and yet they are all as cold +as ice towards me.” + +“Such is the world,” said M. Daubigeon with a face full of irony. “They +praise virtue; but they hate it.” + +“Well, yes! that is so,” cried M. Galpin in his turn. “Yes, they blame +people who have done what they had not the courage to do. The attorney +general has congratulated me, because he judges things from on high +and impartially. Here cliques are all-powerful. Even those who ought +to encourage and support me, cry out against me. My natural ally, the +commonwealth attorney, forsakes me and laughs at me. The president +of the court, my immediate superior, said to me this morning with +intolerable irony, ‘I hardly know any magistrate who would be able as +you are to sacrifice his relations and his friends to the interests of +truth and justice. You are one of the ancients: you will rise high.’” + +His friend could not listen any further. He said,-- + +“Let us break off there: we shall never understand each other. Is +Jacques de Boiscoran innocent, or guilty? I do not know. But I do know +that he was the pleasantest man in the world, an admirable host, a good +talker, a scholar, and that he owned the finest editions of Horace and +Juvenal that I have ever seen. I liked him. I like him still; and it +distresses me to think of him in prison. I know that we had the most +pleasant relations with each other, and that now they are broken off. +And you, you complain! Am I the ambitious man? Do I want to have my +name connected with a world-famous trial? M. de Boiscoran will in all +probability be condemned. You ought to be delighted. And still you +complain? Why, one cannot have everything. Who ever undertook a great +enterprise, and never repented of it?” + +After that there was nothing left for M. Galpin but to go away. He did +go in a fury, but at the same time determined to profit by the rude +truths which M. Daubigeon had told him; for he knew very well that his +friend represented in his views nearly the whole community. He was +fully prepared to carry out his plan. Immediately after his return, he +communicated the papers of the prosecution to the defence, and directed +his clerk to show himself as obliging as he could. M. Mechinet was not +a little surprised at these orders. He knew his master thoroughly,--this +magistrate, whose shadow he had been now for so many years. + +“You are afraid, dear sir,” he had said to himself. + +And as M. Galpin repeated the injunction, adding that the honor of +justice required the utmost courtesy when rigor was not to be employed, +the old clerk replied very gravely,-- + +“Oh! be reassured, sir. I shall not be wanting in courtesy.” + +But, as soon as the magistrate turned his back, Mechinet laughed aloud. + +“He would not recommend me to be obliging,” he thought, “if he suspected +the truth, and knew how far I am devoted to the defence. What a fury +he would be in, if he should ever find out that I have betrayed all the +secrets of the investigation, that I have carried letters to and from +the prisoner, that I have made of Trumence an accomplice, and of Blangin +the jailer an agent, that I have helped Miss Dionysia to visit her +betrothed in jail!” + +For he had done all this four times more than enough to be dismissed +from his place, and even to become, at least for some months, one of +Blangin’s boarders. He shivered all down his back when he thought of +this; and he had been furiously angry, when, one evening, his sisters, +the devout seamstresses, had taken it into their heads to say to him,-- + +“Certainly, Mechinet, you are a different man ever since that visit of +Miss Chandore.” + +“Abominable talkers!” he had exclaimed, in a tone of voice which +frightened them out of their wits. “Do you want to see me hanged?” + +But, if he had these attacks of rage, he felt not a moment’s remorse. +Miss Dionysia had completely bewitched him; and he judged M. Galpin’s +conduct as severely as she did. + +To be sure, M. Galpin had done nothing contrary to law; but he had +violated the spirit of the law. Having once summoned courage to +begin proceedings against his friend, he had not been able to remain +impartial. Afraid of being charged with timidity, he had exaggerated his +severity. And, above all, he had carried on the inquiry solely in the +interests of a conviction, as if the crime had been proved, and the +prisoner had not protested his innocence. + +Now, Mechinet firmly believed in this innocence; and he was fully +persuaded that the day on which Jacques de Boiscoran saw his counsel +would be the day of his justification. This will show with what +eagerness he went to the court-house to wait for M. Magloire. + +But at noon the great lawyer had not yet come. He was still consulting +with M. de Chandore. + +“Could any thing amiss have happened?” thought the clerk. + +And his restlessness was so great, that, instead of going home to +breakfast with his sisters, he sent an office-boy for a roll and a glass +of water. At last, as three o’clock struck, M. Magloire and M. Folgat +arrived; and Mechinet saw at once in their faces, that he had been +mistaken, and that Jacques had not explained. Still, before M. Magloire, +he did not dare inquire. + +“Here are the papers,” he said simply, putting upon the table an immense +box. + +Then, drawing M. Folgat aside, he asked,-- + +“What is the matter, pray?” + +The clerk had certainly acted so well, that they could have no secret +from him; and he so was fully committed, that there was no danger in +relying upon his discretion. Still M. Folgat did not dare to mention the +name of the Countess Claudieuse; and he replied evasively,-- + +“This is the matter: M. de Boiscoran explains fully; but he had no +proofs for his statement, and we are busy collecting proofs.” + +Then he went and sat down by M. Magloire, who was already deep in the +papers. With the help of those documents, it was easy to follow step by +step M. Galpin’s work, to see the efforts he had made, and to comprehend +his strategy. + +First of all, the two lawyers looked for the papers concerning Cocoleu. +They found none. Of the statement of the idiot on the night of the +fire, of the efforts made since to obtain from him a repetition of this +evidence, of the report of the experts,--of all this there was not a +trace to be found. + +M. Galpin dropped Cocoleu. He had a right to do so. The prosecution, of +course, only keeps those witnesses which it thinks useful, and drops all +the others. + +“Ah, the scamp is clever!” growled M. Magloire in his disappointment. + +It was really very well done. M. Galpin deprived by this step the +defence of one of their surest means, of one of those incidents in a +trial which are apt to affect the mind of the jury so powerfully. + +“We can, however, summon him at any time,” said M. Magloire. + +They might do so, it is true; but what a difference it would make! If +Cocoleu appeared for M. Galpin, he was a witness for the prosecution, +and the defence could exclaim with indignation,-- + +“What! You suspect the prisoner upon the evidence of such a creature?” + +But, if he had to be summoned by the defence, he became prisoner’s +evidence, that is to say, one of those witnesses whom the jury always +suspect; and then the prosecution would exclaim,-- + +“What do you hope for from a poor idiot, whose mental condition is such, +that we refused his evidence when it might have been most useful to us?” + +“If we have to go into court,” murmured M. Folgat, “here is certainly a +considerable chance of which we are deprived. The whole character of the +case is changed. But, then, how can M. Galpin prove the guilt?” + +Oh! in the simplest possible manner. He started from the fact that Count +Claudieuse was able to give the precise hour at which the crime was +committed. Thence he passed on immediately to the deposition of young +Ribot, who had met M. de Boiscoran on his way to Valpinson, crossing the +marshes, before the crime, and to that of Gaudry, who had seen him come +back from Valpinson through the woods, after the crime. Three other +witnesses who had turned up during the investigation confirmed this +evidence; and by these means alone, and by comparing the hours, M. +Galpin succeeded in proving, almost beyond doubt, that the accused had +gone to Valpinson, and nowhere else, and that he had been there at the +time the crime was committed. + +What was he doing there? + +To this question the prosecution replied by the evidence taken on the +first day of the inquiry, by the water in which Jacques had washed his +hands, the cartridge-case found near the house, and the identity of the +shot extracted from the count’s wounds with those seized with the gun at +Boiscoran. + +Every thing was plain, precise, and formidable, admitting of no +discussion, no doubt, no suggestion. It looked like a mathematical +deduction. + +“Whether he be innocent or guilty,” said M. Magloire to his young +colleague, “Jacques is lost, if we cannot get hold of some evidence +against the Countess Claudieuse. And even in that case, even if it +should be established that she is guilty, Jacques will always be looked +upon as her accomplice.” + +Nevertheless, they spent a part of the night in going over all the +papers carefully, and in studying every point made by the prosecution. + +Next morning, about nine o’clock, having had only a few hours’ sleep, +they went together to the prison. + + + +XVII. + +The night before, the jailer of Sauveterre had said to his wife, at +supper,-- + +“I am tired of the life I am leading here. They have paid me for my +place, have not they? Well, I mean to go.” + +“You are a fool!” his wife had replied. “As long as M. de Boiscoran is +a prisoner there is a chance of profit. You don’t know how rich those +Chandores are. You ought to stay.” + +Like many other husbands, Blangin fancied he was master in his own +house. + +He remonstrated. He swore to make the ceiling fall down upon him. He +demonstrated by the strength of his arm that he was master. But-- + +But, notwithstanding all this, Mrs. Blangin having decided that he +should stay, he did stay. Sitting in front of his jail, and given up to +the most dismal presentiments, he was smoking his pipe, when M. Magloire +and M. Folgat appeared at the prison, and handed him M. Galpin’s permit. +He rose as they came in. He was afraid of them, not knowing whether they +were in Miss Dionysia’s secret or not. He therefore politely doffed his +worsted cap, took his pipe from his mouth, and said,-- + +“Ah! You come to see M. de Boiscoran, gentlemen? I will show you in: +just give me time to go for my keys.” + +M. Magloire held him back. + +“First of all,” he said, “how is M. de Boiscoran?” + +“Only so-so,” replied the jailer. + +“What is the matter?” + +“Why, what is the matter with all prisoners when they see that things +are likely to turn out badly for them?” + +The two lawyers looked at each other sadly. + +It was clear that Blangin thought Jacques guilty, and that was a bad +omen. The persons who stand guard over prisoners have generally a very +keen scent; and not unfrequently lawyers consult them, very much as +an author consults the actors of the theatre on which his piece is to +appear. + +“Has he told you any thing?” asked M. Folgat. + +“Me personally, nothing,” replied the jailer. + +And shaking his head, he added,-- + +“But you know we have our experience. When a prisoner has been with +his counsel, I almost always go up to see him, and to offer him +something,--a little trifle to set him up again. So yesterday, after M. +Magloire had been here, I climbed up”-- + +“And you found M. de Boiscoran sick?” + +“I found him in a pitiful condition, gentlemen. He lay on his stomach on +his bed, his head in the pillow, and stiff as a corpse. I was some time +in his cell before he heard me. I shook my keys, I stamped, I coughed. +No use. I became frightened. I went up to him, and took him by the +shoulder. ‘Eh, sir!’ Great God! he leaped up as if shot and, sitting +up, he said, ‘What to you want?’ Of course, I tried to console him, to +explain to him that he ought to speak out; that it is rather unpleasant +to appear in court, but that people don’t die of it; that they even come +out of it as white as snow, if they have a good advocate. I might just +as well have been singing, ‘O sensible woman.’ The more I said, the +fiercer he looked; and at last he cried, without letting me finish, ‘Get +out from here! Leave me!’” + +He paused a moment to take a whiff at his pipe; but it had gone out: he +put it in his pocket, and went on,-- + +“I might have told him that I had a right to come into the cells +whenever I liked, and to stay there as long as it pleases me. But +prisoners are like children: you must not worry them. But I opened the +wicket, and I remained there, watching him. Ah, gentlemen, I have been +here twenty years, and I have seen many desperate men; but I never saw +any despair like this young man’s. He had jumped up as soon as I turned +my back, and he was walking up and down, sobbing aloud. He looked +as pale as death; and the big tears were running down his cheeks in +torrents.” + +M. Magloire felt each one of these details like a stab at his heart. His +opinion had not materially changed since the day before; but he had had +time to reflect, and to reproach himself for his harshness. + +“I was at my post for an hour at least,” continued the jailer, “when all +of a sudden M. de Boiscoran throws himself upon the door, and begins +to knock at it with his feet, and to call as loud as he can. I keep him +waiting a little while, so he should not know I was so near by, and then +I open, pretending to have hurried up ever so fast. As soon as I show +myself he says, ‘I have the right to receive visitors, have I not? And +nobody has been to see me?’--‘No one.’--‘Are you sure?’--‘Quite sure.’ I +thought I had killed him. He put his hands to his forehead this way; and +then he said, ‘No one!--no mother, no betrothed, no friend! Well, it +is all over. I am no longer in existence. I am forgotten, abandoned, +disowned.’ He said this in a voice that would have drawn tears from +stones; and I, I suggested to him to write a letter, which I would send +to M. de Chandore. But he became furious at once, and cried, ‘No, never! +Leave me. There is nothing left for me but death.’” + +M. Folgat had not uttered a word; but his pallor betrayed his emotions. + +“You will understand, gentlemen,” Blangin went on, “that I did not +feel quite reassured. It is a bad cell that in which M. de Boiscoran is +staying. Since I have been at Sauveterre, one man has killed himself +in it, and one man has tried to commit suicide. So I called Trumence, a +poor vagrant who assists me in the jail; and we arranged it that one of +us would always be on guard, never losing the prisoner out of sight for +a moment. But it was a useless precaution. At night, when they carried +M. de Boiscoran his supper, he was perfectly calm; and he even said he +would try to eat something to keep his strength. Poor man! If he has no +other strength than what his meal would give him, he won’t go far. He +had not swallowed four mouthfuls, when he was almost smothered; and +Trumence and I at one time thought he would die on our hands: I almost +thought it might be fortunate. However, about nine o’clock he was a +little better; and he remained all night long at his window.” + +M. Magloire could stand it no longer. + +“Let us go up,” he said to his colleague. + +They went up. But, as they entered the passage, they noticed Trumence, +who was making signs to them to step lightly. + +“What is the matter?” they asked in an undertone. + +“I believe he is asleep,” replied the prisoner. “Poor man! Who knows but +he dreams he is free, and in his beautiful chateau?” + +M. Folgat went on tiptoe to the wicket. But Jacques had waked up. He +had heard steps and voices, and he had just risen. Blangin, therefore, +opened the door; and at once M. Magloire said the prisoner,-- + +“I bring you reenforcements,--M. Folgat, my colleague, who has come down +from Paris, with your mother.” + +Coolly, and without saying a word, M. de Boiscoran bowed. + +“I see you are angry with me,” continued M. Magloire. “I was too quick +yesterday, much too quick.” + +Jacques shook his head, and said in an icy tone,-- + +“I was angry; but I have reflected since, and now I thank you for your +candor. At least, I know my fate. Innocent though I be, if I go into +court, I shall be condemned as an incendiary and a murderer. I shall +prefer not going into court at all.” + +“Poor man! But all hope is not lost.” + +“Yes. Who would believe me, if you, my friend, cannot believe me?” + +“I would,” said M. Folgat promptly, “I, who, without knowing you, from +the beginning believed in your innocence,--I who, now that I have seen +you, adhere to my conviction.” + +Quicker than thought, M. de Boiscoran had seized the young advocate’s +hand, and, pressing it convulsively, said,-- + +“Thanks, oh, thanks for that word alone! I bless you, sir, for the faith +you have in me!” + +This was the first time that the unfortunate man, since his arrest, felt +a ray of hope. Alas! it passed in a second. His eye became dim again; +his brow clouded over; and he said in a hoarse voice,-- + +“Unfortunately, nothing can be done for me now. No doubt M. Magloire has +told you my sad history and my statement. I have no proof; or at least, +to furnish proof, I would have to enter into details which the court +would refuse to admit; or if by a miracle they were admitted, I should +be ruined forever by them. They are confidences which cannot be spoken +of, secrets which are never betrayed, veils which must not be lifted. +It is better to be condemned innocent than to be acquitted infamous and +dishonored. Gentlemen, I decline being defended.” + +What was his desperate purpose that he should have come to such a +decision? + +His counsel trembled as they thought they guessed it. + +“You have no right,” said M. Folgat, “to give yourself up thus.” + +“Why not?” + +“Because you are not alone in your trouble, sir. Because you have +relations, friends, and”-- + +A bitter, ironical smile appeared on the lips of Jacques de Boiscoran as +he broke in,-- + +“What do I owe to them, if they have not even the courage to wait for +the sentence to be pronounced before they condemn me? Their merciless +verdict has actually anticipated that of the jury. It was to an unknown +person, to you, M. Folgat, that I had to be indebted for the first +expression of sympathy.” + +“Ah, that is not so,” exclaimed M. Magloire, “you know very well.” + +Jacques did not seem to hear him. He went on,-- + +“Friends? Oh, yes! I had friends in my days of prosperity. There was M. +Galpin and M. Daubigeon: they were my friends. One has become my +judge, the most cruel and pitiless of judges; and the other, who +is commonwealth attorney, has not even made an effort to come to my +assistance. M. Magloire also used to be a friend of mine, and told me a +hundred times, that I could count upon him as I count upon myself, and +that was my reason to choose him as my counsel; and, when I endeavored +to convince him of my innocence, he told me I lied.” + +Once more the eminent advocate of Sauveterre tried to protest; but it +was in vain. + +“Relations!” continued Jacques with a voice trembling with +indignation--“oh, yes! I have relations, a father and a mother. +Where are they when their son, victimized by unheard-of fatality, is +struggling in the meshes of a most odious and infamous plot? + +“My father stays quietly in Paris, devoted to his pursuits and usual +pleasures. My mother has come down to Sauveterre. She is here now; and +she has been told that I am at liberty to receive visitors: but in vain. +I was hoping for her yesterday; but the wretch who is accused of a crime +is no longer her son! She never came. No one came. Henceforth I stand +alone in the world; and now you see why I have a right to dispose of +myself.” + +M. Folgat did not think for a moment of discussing the point. It would +have been useless. Despair never reasons. He only said,-- + +“You forget Miss Chandore, sir.” + +Jacques turned crimson all over, and he murmured, trembling in all his +limbs,-- + +“Dionysia!” + +“Yes, Dionysia,” said the young advocate. “You forget her courage, her +devotion, and all she has done for you. Can you say that she abandons +and denies you,--she who set aside all her reserve and her timidity +for your sake, and came and spent a whole night in this prison? She was +risking nothing less than her maidenly honor; for she might have been +discovered or betrayed. She knew that very well, nevertheless she did +not hesitate.” + +“Ah! you are cruel, sir,” broke in Jacques. + +And pressing the lawyer’s arm hard, he went on,-- + +“And do you not understand that her memory kills me, and that my misery +is all the greater as I know but too well what bliss I am losing? Do you +not see that I love Dionysia as woman never was loved before? Ah, if my +life alone was at stake! I, at least, I have to make amends for a great +wrong; but she--Great God, why did I ever come across her path?” + +He remained for a moment buried in thought; then he added,-- + +“And yet she, also, did not come yesterday. Why? Oh! no doubt they have +told her all. They have told her how I came to be at Valpinson the night +of the crime.” + +“You are mistaken, Jacques,” said M. Magloire. “Miss Chandore knows +nothing.” + +“Is it possible?” + +“M. Magloire did not speak in her presence,” added M. Folgat; “and we +have bound over M. de Chandore to secrecy. I insisted upon it that you +alone had the right to tell the truth to Miss Dionysia.” + +“Then how does she explain it to herself that I am not set free?” + +“She cannot explain it.” + +“Great God! she does not also think I am guilty?” + +“If you were to tell her so yourself, she would not believe you.” + +“And still she never came here yesterday.” + +“She could not. Although they told her nothing, your mother had to be +told. The marchioness was literally thunderstruck. She remained for more +than an hour unconscious in Miss Dionysia’s arms. When she recovered her +consciousness, her first words were for you; but it was then too late to +be admitted here.” + +When M. Folgat mentioned Miss Dionysia’s name, he had found the surest, +and perhaps the only means to break Jacques’s purpose. + +“How can I ever sufficiently thank you, sir?” asked the latter. + +“By promising me that you will forever abandon that fatal resolve which +you had formed,” replied the young advocate. “If you were guilty, I +should be the first to say, ‘Be it so!’ and I would furnish you with the +means. Suicide would be an expiation. But, as you are innocent, you have +no right to kill yourself: suicide would be a confession.” + +“What am I to do?” + +“Defend yourself. Fight.” + +“Without hope?” + +“Yes, even without hope. When you faced the Prussians, did you ever +think of blowing out your brains? No! and yet you knew that they were +superior in numbers, and would conquer, in all probability. Well, you +are once more in face of the enemy; and even if you were certain of +being conquered, that is to say, of being condemned, and it was the +day before you should have to mount the scaffold, I should still say, +‘Fight. You must live on; for up to that hour something may happen which +will enable us to discover the guilty one.’ And, if no such event +should happen, I should repeat, nevertheless, ‘You must wait for the +executioner in order to protest from the scaffold against the judicial +murder, and once more to affirm your innocence.’” + +As M. Folgat uttered these words, Jacques had gradually recovered his +bearing; and now he said,-- + +“Upon my honor, sir, I promise you I will hold out to the bitter end.” + +“Well!” said M. Magloire,--“very well!” + +“First of all,” replied M. Folgat, “I mean to recommence, for our +benefit the investigation which M. Galpin has left incomplete. To-night +your mother and I will leave for Paris. I have come to ask you for the +necessary information, and for the means to explore your house in Vine +Street, to discover the friend whose name you assumed, and the servant +who waited upon you.” + +The bolts were drawn as he said this; and at the open wicket appeared +Blangin’s rubicund face. + +“The Marchioness de Boiscoran,” he said, “is in the parlor, and begs you +will come down as soon as you have done with these gentlemen.” + +Jacques turned very pale. + +“My mother,” he murmured. Then he added, speaking to the jailer,-- + +“Do not go yet. We have nearly done.” + +His agitation was too great: he could not master it. He said to the two +lawyers,-- + +“We must stop here for to-day. I cannot think now.” + +But M. Folgat had declared he would leave for Paris that very night; and +he was determined to do so. He said, therefore,-- + +“Our success depends on the rapidity of our movements. I beg you will +let me insist upon your giving me at once the few items of information +which I need for my purposes.” + +Jacques shook his head sadly. He began,-- + +“The task is out of your power, sir.” + +“Nevertheless, do what my colleague asks you,” urged M. Magloire. +Without any further opposition, and, who knows? Perhaps with a secret +hope which he would not confess to himself, Jacques informed the young +advocate of the most minute details about his relations to the Countess +Claudieuse. He told him at what hour she used to come to the house, what +roads she took, and how she was most commonly dressed. The keys of the +house were at Boiscoran, in a drawer which Jacques described. He had +only to ask Anthony for them. Then he mentioned how they might find +out what had become of that Englishman whose name he had borrowed. +Sir Francis Burnett had a brother in London. Jacques did not know his +precise address; but he knew he had important business-relations with +India, and had, once upon a time, been cashier in the great house of +Gilmour and Benson. + +As to the English servant-girl who had for three years attended to +his house in Vine Street, Jacques had taken her blindly, upon the +recommendation of an agency in the suburbs; and he had had nothing to +do with her, except to pay her her wages, and, occasionally, some little +gratuity besides. All he could say, and even that he had learned by mere +chance, was, that the girl’s name was Suky Wood; that she was a native +of Folkstone, where her parents kept a sailor’s tavern; and that, +before coming to France, she had been a chambermaid at the Adelphi in +Liverpool. + +M. Folgat took careful notes of all he could learn. Then he said,-- + +“This is more than enough to begin the campaign. Now you must give me +the name and address of your tradesmen in Passy.” + +“You will find a list in a small pocket-book which is in the same drawer +with the keys. In the same drawer are also all the deeds and other +papers concerning the house. Finally, you might take Anthony with you: +he is devoted to me.” + +“I shall certainly take him, if you permit me,” replied the lawyer. Then +putting up his notes, he added,-- + +“I shall not be absent more than three or four days; and, as soon as I +return, we will draw up our plan of defence. Till then, my dear client, +keep up your courage.” + +They called Blangin to open the door for them; and, after having shaken +hands with Jacques de Boiscoran, M. Folgat and M. Magloire went away. + +“Well, are we going down now?” asked the jailer. + +But Jacques made no reply. + +He had most ardently hoped for his mother’s visit; and now, when he +was about to see her, he felt assailed by all kinds of vague and sombre +apprehensions. The last time he had kissed her was in Paris, in the +beautiful parlor of their family mansion. He had left her, his heart +swelling with hopes and joy, to go to his Dionysia; and his mother, he +remembered distinctly, had said to him, “I shall not see you again till +the day before the wedding.” + +And now she was to see him again, in the parlor of a jail, accused of an +abominable crime. And perhaps she was doubtful of his innocence. + +“Sir, the marchioness is waiting for you,” said the jailer once more. At +the man’s voice, Jacques trembled. + +“I am ready,” he replied: “let us go!” And, while descending the stairs, +he tried his best to compose his features, and to arm himself with +courage and calmness. + +“For,” he said, “She must not become aware of it, how horrible my +position is.” + +At the foot of the steps, Blangin pointed at a door, and said,-- + +“That is the parlor. When the marchioness wants to go, please call me.” + +On the threshold, Jacques paused once more. + +The parlor of the jail at Sauveterre is an immense vaulted hall, lighted +up by two narrow windows with close, heavy iron gratings. There is no +furniture save a coarse bench fastened to the damp, untidy wall; and on +this bench, in the full light of the sun, sat, or rather lay, apparently +bereft of all strength, the Marchioness of Boiscoran. + +When Jacques saw her, he could hardly suppress a cry of horror and +grief. Was that really his mother,--that thin old lady with the sallow +complexion, the red eyes, and trembling hands? + +“O God, O God!” he murmured. + +She heard him, for she raised her head; and, when she recognized him, +she wanted to rise; but her strength forsook her, and she sank back upon +the bench, crying,-- + +“O Jacques, my child!” + +She, also, was terrified when she saw what two months of anguish and +sleeplessness had done for Jacques. But he was kneeling at her feet upon +the muddy pavement, and said in a barely intelligible voice,-- + +“Can you pardon me the great grief I cause you?” + +She looked at him for a moment with a bewildered air; and then, all of +a sudden, she took his head in her two hands, kissed him with passionate +vehemence, and said,-- + +“Will I pardon you? Alas, what have I to pardon? If you were guilty, I +should love you still; and you are innocent.” + +Jacques breathed more freely. In his mother’s voice he felt that she, at +least, was sure of him. + +“And father?” he asked. + +There was a faint blush on the pale cheeks of the marchioness. + +“I shall see him to-morrow,” she replied; “for I leave to-night with M. +Folgat.” + +“What! In this state of weakness?” + +“I must.” + +“Could not father leave his collections for a few days? Why did he not +come down? Does he think I am guilty?” + +“No; it is just because he is so sure of your innocence, that he remains +in Paris. He does not believe you in danger. He insists upon it that +justice cannot err.” + +“I hope so,” said Jacques with a forced smile. + +Then changing his tone,-- + +“And Dionysia? Why did she not come with you?” + +“Because I would not have it. She knows nothing. It has been agreed upon +that the name of the Countess Claudieuse is not to be mentioned in her +presence; and I wanted to speak to you about that abominable woman. +Jacques, my poor child, where has that unlucky passion brought you!” + +He made no reply. + +“Did you love her?” asked the marchioness. + +“I thought I did.” + +“And she?” + +“Oh, she! God alone knows the secret of that strange heart.” + +“There is nothing to hope from her, then, no pity, no remorse?” + +“Nothing. I have given her up. She has had her revenge. She had +forewarned me.” + +The marchioness sighed. + +“I thought so,” she said. “Last Sunday, when I knew as yet of nothing, +I happened to be close to her at church, and unconsciously admired +her profound devotion, the purity of her eye, and the nobility of her +manner. Yesterday, when I heard the truth, I shuddered. I felt how +formidable a woman must be who can affect such calmness at a time when +her lover lies in prison accused of the crime which she has committed.” + +“Nothing in the world would trouble her, mother.” + +“Still she ought to tremble; for she must know that you have told us +every thing. How can we unmask her?” + +But time was passing; and Blangin came to tell the marchioness that she +had to withdraw. She went, after having kissed her son once more. + +That same evening, according to their arrangement, she left for Paris, +accompanied by M. Folgat and old Anthony. + + + +XVIII. + +At Sauveterre, everybody, M. de Chandore as much as Jacques himself, +blamed the Marquis de Boiscoran. He persisted in remaining in Paris, it +is true: but it was certainly not from indifference; for he was dying +with anxiety. He had shut himself up, and refused to see even his oldest +friends, even his beloved dealers in curiosities. He never went out; the +dust accumulated on his collections; and nothing could arouse him from +this state of prostration, except a letter from Sauveterre. + +Every morning he received three or four,--from the marchioness or M. +Folgat, from M. Seneschal or M. Magloire, from M. de Chandore, Dionysia, +or even from Dr. Seignebos. Thus he could follow at a distance all the +phases, and even the smallest changes, in the proceedings. Only one +thing he would not do: he would not come down, however important his +coming might be for his son. He did not move. + +Once only he had received, through Dionysia’s agency, a letter from +Jacques himself; and then he ordered his servant to get ready his +trunks for the same evening. But at the last moment he had given +counter-orders, saying that he had reconsidered, and would not go. + +“There is something extraordinary going on in the mind of the marquis,” + said the servants to each other. + +The fact is, he spent his days, and a part of his nights, in his +cabinet, half-buried in an arm-chair, resting little, and sleeping still +less, insensible to all that went on around him. On his table he had +arranged all his letters from Sauveterre in order; and he read and +re-read them incessantly, examining the phrases, and trying, ever in +vain, to disengage the truth from this mass of details and statements. +He was no longer as sure of his son as at first: far from it! Every day +had brought him a new doubt; every letter, additional uncertainty. Hence +he was all the time a prey to most harassing apprehensions. He put them +aside; but they returned, stronger and more irresistible than before +like the waves of the rising tide. + +He was thus one morning in his cabinet. It was very early yet; but he +was more than ever suffering from anxiety, for M. Folgat had written, +“To-morrow all uncertainty will end. To-morrow the close confinement +will be raised, and M. Jacques will see M. Magloire, the counsel whom he +has chosen. We will write immediately.” + +It was for this news the marquis was waiting now. Twice already he had +rung to inquire if the mail had not come yet, when all of a sudden his +valet appeared and with a frightened air said,-- + +“The marchioness. She has just come with Anthony, M. Jacques’s own man.” + +He hardly said so, when the marchioness herself entered, looking even +worse than she had done in the prison parlor; for she was overcome by +the fatigue of a night spent on the road. + +The marquis had started up suddenly. As soon as the servant had left +the room, and shut the door again, he said with trembling voice, as if +wishing for an answer, and still fearing to hear it,-- + +“Has any thing unusual happened?” + +“Yes.” + +“Good or bad?” + +“Sad.” + +“Great God! Jacques has not confessed?” + +“How could he confess when he is innocent?” + +“Then he has explained?” + +“As far as I am concerned, and M. Folgat, Dr. Seignebos, and all who +know him and love him, yes, but not for the public, for his enemies, or +the law. He has explained every thing; but he has no proof.” + +The mournful features of the marquis settled into still deeper gloom. + +“In other words, he has to be believed on his own word?” he asked. + +“Don’t you believe him?” + +“I am not the judge of that, but the jury.” + +“Well, for the jury he will find proof. M. Folgat, who has come in the +same train with me, and whom you will see to-day, hopes to discover +proof.” + +“Proof of what?” + +Perhaps the marchioness was not unprepared for such a reception. She +expected it, and still she was disconcerted. + +“Jacques,” she began, “has been the lover of the Countess Claudieuse.” + +“Ah, ah!” broke in the marquis. + +And, in a tone of offensive irony, he added,-- + +“No doubt another story of adultery; eh?” + +The marchioness did not answer. She quietly went on,-- + +“When the countess heard of Jacques’s marriage, and that he abandoned +her, she became exasperated, and determined to be avenged.” + +“And, in order to be avenged, she attempted to murder her husband; eh?” + +“She wished to be free.” + +The Marquis de Boiscoran interrupted his wife with a formidable oath. +Then he cried,-- + +“And that is all Jacques could invent! And to come to such an abortive +story--was that the reason of his obstinate silence?” + +“You do not let me finish. Our son is the victim of unparalleled +coincidences.” + +“Of course! Unparalleled coincidences! That is what every one of the +thousand or two thousand rascals say who are sentenced every year. Do +you think they confess? Not they! Ask them, and they will prove to you +that they are the victims of fate, of some dark plot, and, finally, of +an error of judgment. As if justice could err in these days of ours, +after all these preliminary examinations, long inquiries, and careful +investigations.” + +“You will see M. Folgat. He will tell you what hope there is.” + +“And if all hope fails?” + +The marchioness hung her head. + +“All would not be lost yet. But then we should have to endure the pain +of seeing our son brought up in court.” + +The tall figure of the old gentleman had once more risen to its full +height; his face grew red; and the most appalling wrath flashed from his +eyes. + +“Jacques brought up in court?” he cried, with a formidable voice. “And +you come and tell me that coolly, as if it were a very simple and quite +natural matter! And what will happen then, if he is in court? He will be +condemned; and a Boiscoran will go to the galleys. But no, that cannot +be! I do not say that a Boiscoran may not commit a crime, passion makes +us do strange things; but a Boiscoran, when he regains his senses, knows +what becomes him to do. Blood washes out all stains. Jacques prefers the +executioner; he waits; he is cunning; he means to plead. If he but save +his head, he is quite content. A few years at hard labor, I suppose, +will be a trifle to him. And that coward should be a Boiscoran: my blood +should flow in his veins! Come, come, madam, Jacques is no son of mine.” + +Crushed as the marchioness had seemed to be till now, she rose under +this atrocious insult. + +“Sir!” she cried. + +But M. de Boiscoran was not in a state to listen to her. + +“I know what I am saying,” he went on. “I remember every thing, if you +have forgotten every thing. Come, let us go back to your past. Remember +the time when Jacques was born, and tell me what year it was when M. de +Margeril refused to meet me.” + +Indignation restored to the marchioness her strength. She cried,-- + +“And you come and tell me this to-day, after thirty years, and God knows +under what circumstances!” + +“Yes, after thirty years. Eternity might pass over these recollections, +and it would not efface them. And, but for these circumstances to which +you refer, I should never have said any thing. At the time to which I +allude, I had to choose between two evils,--either to be ridiculous, or +to be hated. I preferred to keep silence, and not to inquire too far. +My happiness was gone; but I wished to save my peace. We have lived +together on excellent terms; but there has always been between us this +high wall, this suspicion. As long as I was doubtful, I kept silent. But +now, when the facts confirm my doubts, I say again, ‘Jacques is no son +of mine!’” + +Overcome with grief, shame, and indignation, the Marchioness de +Boiscoran was wringing her hands; then she cried,-- + +“What a humiliation! What you are saying is too horrible. It is unworthy +of you to add this terrible suffering to the martyrdom which I am +enduring.” + +M. de Boiscoran laughed convulsively. + +“Have I brought about this catastrophe?” + +“Well then yes! One day I was imprudent and indiscreet. I was young; I +knew nothing of life; the world worshipped me; and you, my husband, my +guide, gave yourself up to your ambition, and left me to myself. I could +not foresee the consequences of a very inoffensive piece of coquetry.” + +“You see, then, now these consequences. After thirty years, I disown the +child that bears my name; and I say, that, if he is innocent, he suffers +for his mother’s sins. Fate would have it that your son should covet his +neighbor’s wife, and, having taken her, it is but justice that he should +die the death of the adulterer.” + +“But you know very well that I have never forgotten my duty.” + +“I know nothing.” + +“You have acknowledged it, because you refused to hear the explanation +which would have justified me.” + +“True, I did shrink from an explanation, which, with your unbearable +pride, would necessarily have led to a rupture, and thus to a fearful +scandal.” + +The marchioness might have told her husband, that, by refusing to hear +her explanation, he had forfeited all right to utter a reproach; but she +felt it would be useless, and thus he went on,-- + +“All I do know is, that there is somewhere in this world a man whom I +wanted to kill. Gossiping people betrayed his name to me. I went to him, +and told him that I demanded satisfaction, and that I hoped he would +conceal the real reason for our encounter even from our seconds. He +refused to give me satisfaction, on the ground that he did not owe me +any, that you had been calumniated, and that he would meet me only if I +should insult him publicly.” + +“Well?” + +“What could I do after that? Investigate the matter? You had no doubt +taken your precautions, and it would have amounted to nothing. Watch +you? I should only have demeaned myself uselessly; for you were no doubt +on your guard. Should I ask for a divorce? The law afforded me that +remedy. I might have dragged you into court, held you up to the sarcasms +of my counsel, and exposed you to the jests of your own. I had a right +to humble you, to dishonor my name, to proclaim your disgrace, to +publish it in the newspapers. Ah, I would have died rather!” + +The marchioness seemed to be puzzled. + +“That was the explanation of your conduct?” + +“Yes, that was my reason for giving up public life, ambitious as I +was. That was the reason why I withdrew from the world; for I thought +everybody smiled as I passed. That is why I gave up to you the +management of our house and the education of your son, why I became a +passionate collector, a half-mad original. And you find out only to-day +that you have ruined my life?” + +There was more compassion than resentment in the manner in which the +marchioness looked at her husband. + +“You had mentioned to me your unjust suspicions,” she replied; “but I +felt strong in my innocence, and I was in hope that time and my conduct +would efface them.” + +“Faith once lost never comes back again.” + +“The fearful idea that you could doubt of your paternity had never even +occurred to me.” + +The marquis shook his head. + +“Still it was so,” he replied. “I have suffered terribly. I loved +Jacques. Yes, in spite of all, in spite of myself, I loved him. Had he +not all the qualities which are the pride and the joy of a family? +Was he not generous and noble-hearted, open to all lofty sentiments, +affectionate, and always anxious to please me? I never had to complain +of him. And even lately, during this abominable war, has he not again +shown his courage, and valiantly earned the cross which they gave him? +At all times, and from all sides, I have been congratulated on his +account. They praised his talents and his assiduity. Alas! at the very +moment when they told me what a happy father I was, I was the most +wretched of men. How many times would I have drawn him to my heart! But +immediately that terrible doubt rose within me, if he should not be my +son; and I pushed him back, and looked in his features for a trace of +another man’s features.” + +His wrath had cooled down, perhaps by its very excess. + +He felt a certain tenderness in his heart, and sinking into his chair, +and hiding his face in his hands, he murmured,-- + +“If he should be my son, however; if he should be innocent! Ah, this +doubt is intolerable! And I who would not move from here,--I who have +done nothing for him,--I might have done every thing at first. It would +have been easy for me to obtain a change of venue to free him from this +Galpin, formerly his friend, and now his enemy.” + +M. de Boiscoran was right when he said that his wife’s pride was +unmanageable. And still, as cruelly wounded as woman well could be, she +now suppressed her pride, and, thinking only of her son, remained quite +humble. Drawing from her bosom the letter which Jacques had sent to +her the day before she left Sauveterre, she handed it to her husband, +saying,-- + +“Will you read what our son says?” + +The marquis’s hand trembled as he took the letter; and, when he had torn +it open, he read,-- + +“Do you forsake me too, father, when everybody forsakes me? And yet I +have never needed your love as much as now. The peril is imminent. Every +thing is against me. Never has such a combination of fatal circumstances +been seen before. I may not be able to prove my innocence; but you,--you +surely cannot think your son guilty of such an absurd and heinous crime! +Oh, no! surely not. My mind is made up. I shall fight to the bitter end. +To my last breath I shall defend, not my life, but my honor. Ah, if you +but knew! But there are things which cannot be written, and which only +a father can be told. I beseech you come to me, let me see you, let me +hold your hand in mine. Do not refuse this last and greatest comfort to +your unhappy son.” + +The marquis had started up. + +“Oh, yes, very unhappy indeed!” he cried. + +And, bowing to his wife, he said,-- + +“I interrupted you. Now, pray tell me all.” + +Maternal love conquered womanly resentment. Without a shadow of +hesitation, and as if nothing had taken place, the marchioness gave +her husband the whole of Jacques’s statement as he had made it to M. +Magloire. + +The marquis seemed to be amazed. + +“That is unheard of!” he said. + +And, when his wife had finished, he added,-- + +“That was the reason why Jacques was so very angry when you spoke of +inviting the Countess Claudieuse, and why he told you, that, if he +saw her enter at one door, he would walk out of the other. We did not +understand his aversion.” + +“Alas! it was not aversion. Jacques only obeyed at that time the cunning +lessons given him by the countess.” + +In less than one minute the most contradictory resolutions seemed to +flit across the marquis’s face. He hesitated, and at last he said,-- + +“Whatever can be done to make up for my inaction, I will do. I will go +to Sauveterre. Jacques must be saved. M. de Margeril is all-powerful. Go +to him. I permit it. I beg you will do it.” + +The eyes of the marchioness filled with tears, hot tears, the first she +had shed since the beginning of this scene. + +“Do you not see,” she asked, “that what you wish me to do is now +impossible? Every thing, yes, every thing in the world but that. But +Jacques and I--we are innocent. God will have pity on us. M. Folgat will +save us.” + + + +XIX. + +M. Folgat was already at work. He had confidence in his cause, a +firm conviction of the innocence of his client, a desire to solve the +mystery, a love of battle, and an intense thirst for success: all these +motives combined to stimulate the talents of the young advocate, and to +increase his activity. + +And, above all this, there was a mysterious and indefinable sentiment +with which Dionysia had inspired him; for he had succumbed to her +charms, like everybody else. It was not love, for he who says love says +hope; and he knew perfectly well that altogether and forever Dionysia +belonged to Jacques. It was a sweet and all-powerful sentiment, which +made him wish to devote himself to her, and to count for something in +her life and in her happiness. + +It was for her sake that he had sacrificed all his business, and +forgotten his clients, in order to stay at Sauveterre. It was for her +sake, above all, that he wished to save Jacques. + +He had no sooner arrived at the station, and left the Marchioness de +Boiscoran in old Anthony’s care, than he jumped into a cab, and had +himself driven to his house. He had sent a telegram the day before; and +his servant was waiting for him. In less than no time he had changed his +clothes. Immediately he went back to his carriage, and went in search +of the man, who, he thought, was most likely to be able to fathom this +mystery. + +This was a certain Goudar, who was connected with the police department +in some capacity or other, and at all events received an income large +enough to make him very comfortable. He was one of those agents for +every thing whom the police keep employed for specially delicate +operations, which require both tact and keen scent, an intrepidity +beyond all doubt, and imperturbable self-possession. M. Folgat had had +opportunities of knowing and appreciating him in the famous case of the +Mutual Discount Society. + +He was instructed to track the cashier who had fled, having a deficit +of several millions. Goudar had caught him in Canada, after pursuing him +for three months all over America; but, on the day of his arrest, this +cashier had in his pocket-book and his trunk only some forty thousand +francs. + +What had become of the millions? + +When he was questioned, he said he had spent them. He had gambled in +stocks, he had become unfortunate, etc. + +Everybody believed him except Goudar. + +Stimulated by the promise of a magnificent reward, he began his campaign +once more; and, in less than six weeks, he had gotten hold of sixteen +hundred thousand francs which the cashier had deposited in London with a +woman of bad character. + +The story is well known; but what is not known is the genius, the +fertility of resources, and the ingenuity of expedients, which Goudar +displayed in obtaining such a success. M. Folgat, however, was fully +aware of it; for he had been the counsel of the stockholders of the +Mutual Discount Society; and he had vowed, that, if ever the opportunity +should come, he would employ this marvellously able man. + +Goudar, who was married, and had a child, lived out of the world on the +road to Versailles, not far from the fortifications. He occupied with +his family a small house which he owned,--a veritable philosopher’s +home, with a little garden in front, and a vast garden behind, in which +he raised vegetables and admirable fruit, and where he kept all kinds of +animals. + +When M. Folgat stepped out of his carriage before this pleasant home, +a young woman of twenty-five or twenty-six, of surpassing beauty, young +and fresh, was playing in the front garden with a little girl of three +or four years, all milk and roses. + +“M. Goudar, madam?” asked M. Folgat, raising his hat. + +The young woman blushed slightly, and answered modestly, but without +embarrassment, and in a most pleasing voice,-- + +“My husband is in the garden; and you will find him, if you will walk +down this path around the house.” + +The young man followed the direction, and soon saw his man at a +distance. His head covered with an old straw hat, without a coat, and +in slippers, with a huge blue apron such as gardeners wear, Goudar had +climbed up a ladder, and was busy dropping into a horsehair bag the +magnificent Chasselas grapes of his trellises. When he heard the sand +grate under the footsteps of the newcomer, he turned his head, and at +once said,-- + +“Why, M. Folgat? Good morning, sir!” + +The young advocate was not a little surprised to see himself recognized +so instantaneously. He should certainly never have recognized the +detective. It was more than three years since they had seen each other; +and how often had they seen each other then? Twice, and not an hour each +time. + +It is true that Goudar was one of those men whom nobody remembers. Of +middle height, he was neither stout nor thin, neither dark nor light +haired, neither young nor old. A clerk in a passport office would +certainly have written him down thus: Forehead, ordinary; nose, +ordinary; mouth, ordinary, eyes, neutral color; special marks, none. + +It could not be said that he looked stupid; but neither did he +look intelligent. Every thing in him was ordinary, indifferent, and +undecided. Not one marked feature. He would necessarily pass unobserved, +and be forgotten as soon as he had passed. + +“You find me busy securing my crops for the winter,” he said to M. +Folgat. “A pleasant job. However, I am at your service. Let me put these +three bunches into their three bags, and I’ll come down.” + +This was the work of an instant; and, as soon as he had reached the +ground, he turned round, and asked,-- + +“Well, and what do you think of my garden?” + +And at once he begged M. Folgat to visit his domain, and, with all +the enthusiasm of the land-owner, he praised the flavor of his duchess +pears, the bright colors of his dahlias, the new arrangements in his +poultry-yard, which was full of rabbit-houses, and the beauty of his +pond, with its ducks of all colors and all possible varieties. + +In his heart, M. Folgat swore at this enthusiasm. What time he was +losing! But, when you expect a service from a man, you must, at least, +flatter his weak side. He did not spare praise, therefore. He even +pulled out his cigar-case, and, still with a view to win the great man’s +good graces, he offered it to him, saying,-- + +“Can I offer you one?” + +“Thanks! I never smoke,” replied Goudar. + +And, when he saw the astonishment of the advocate, he explained,-- + +“At least not at home. I am disposed to think the odor is unpleasant to +my wife.” + +Positively, if M. Folgat had not known the man, he would have taken him +for some good and simple retired grocer, inoffensive, and any thing but +bright, and, bowing to him politely, he would have taken his leave. +But he had seen him at work; and so he followed him obediently to his +greenhouse, his melon-house, and his marvellous asparagus-beds. + +At last Goudar took his guest to the end of the garden, to a bower in +which were some chairs and a table, saying,-- + +“Now let us sit down, and tell me your business; for I know you did not +come solely for the pleasure of seeing my domain.” + +Goudar was one of those men who have heard in their lives more +confessions than ten priests, ten lawyers, and ten doctors all +together. You could tell him every thing. Without a moment’s hesitation, +therefore, and without a break, M. Folgat told him the whole story of +Jacques and the Countess Claudieuse. He listened, without saying a word, +without moving a muscle in his face. When the lawyer had finished, he +simply said,-- + +“Well?” + +“First of all,” replied M. Folgat, “I should like to hear your opinion. +Do you believe the statement made by M. de Boiscoran?” + +“Why not? I have seen much stranger cases than that.” + +“Then you think, that, in spite of the charges brought against him, we +must believe in his innocence?” + +“Pardon me, I think nothing at all. Why, you must study a matter before +you can have an opinion.” + +He smiled; and, looking at the young advocate, he said,-- + +“But why all these preliminaries? What do you want of me?” + +“Your assistance to get at the truth.” + +The detective evidently expected something of the kind. After a minute’s +reflection, he looked fixedly at M. Folgat, and said,-- + +“If I understand you correctly, you would like to begin a +counter-investigation for the benefit of the defence?” + +“Exactly.” + +“And unknown to the prosecution?” + +“Precisely.” + +“Well, I cannot possibly serve you.” + +The young advocate knew too well how such things work not to be prepared +for a certain amount of resistance; and he had thought of means to +overcome it. + +“That is not your final decision, my dear Goudar?” he said. + +“Pardon me. I am not my own master. I have my duty to fulfil, and my +daily occupation.” + +“You can at any time obtain leave of absence for a month.” + +“So I might; but they would certainly wonder at such a furlough at +headquarters. They would probably have me watched; and, if they found +out that I was doing police work for private individuals, they would +scold me grievously, and deprive themselves henceforth of my services.” + +“Oh!” + +“There is no ‘oh!’ about it. They would do what I tell you, and they +would be right; for, after all, what would become of us, and what would +become of the safety and liberty of us all, if any one could come and +use the agents of the police for his private purposes? And what would +become of me if I should lose my place?” + +“M. de Boiscoran’s family is very rich, and they would prove their +gratitude magnificently to the man who would save him.” + +“And if I did not save him? And if, instead of gathering proof of his +innocence, I should only meet with more evidence of his guilt?” + +The objection was so well founded, that M. Folgat preferred not to +discuss it. + +“I might,” he said, “hand you at once, and as a retainer, a considerable +sum, which you could keep, whatever the result might be.” + +“What sum? A hundred Napoleons? Certainly a hundred Napoleons are not to +be despised; but what would they do for me if I were turned out? I have +to think of somebody else besides myself. I have a wife and a child; +and my whole fortune consists in this little cottage, which is not even +entirely paid for. My place is not a gold-mine; but, with the special +rewards which I receive, it brings me, good years and bad years, seven +or eight thousand francs, and I can lay by two or three thousand.” + +The young lawyer stopped him by a friendly gesture, and said,-- + +“If I were to offer you ten thousand francs?” + +“A year’s income.” + +“If I offered you fifteen thousand!” + +Goudar made no reply; but his eyes spoke. + +“It is a most interesting case, this case of M. de Boiscoran,” continued +M. Folgat, “and such as does not occur often. The man who should expose +the emptiness of the accusation would make a great reputation for +himself.” + +“Would he make friends also at the bar?” + +“I admit he would not.” + +The detective shook his head. + +“Well, I confess,” he said, “I do not work for glory, nor from love of +my art. I know very well that vanity is the great motive-power with +some of my colleagues; but I am more practical. I have never liked my +profession; and, if I continue to practise it, it is because I have not +the money to go into any other. It drives my wife to despair, besides: +she is only half alive as long as I am away; and she trembles every +morning for fear I may be brought home with a knife between my +shoulders.” + +M. Folgat had listened attentively; but at the same time he had pulled +out a pocket-book, which looked decidedly plethoric, and placed it on +the table. + +“With fifteen thousand francs,” he said, “a man may do something.” + +“That is true. There is a piece of land for sale adjoining my garden, +which would suit me exactly. Flowers bring a good price in Paris, and +that business would please my wife. Fruit, also yields a good profit.” + +The advocate knew now that he had caught his man. + +“Remember, too, my dear Goudar, that, if you succeed, these fifteen +thousand francs would only be a part payment. They might, perhaps, +double the sum. M. de Boiscoran is the most liberal of men, and he would +take pleasure in royally rewarding the man who should have saved him.” + +As he spoke, he opened the pocket-book, and drew from it fifteen +thousand-franc notes, which he spread out on the table. + +“To any one but to you,” he went on, “I should hesitate to pay such +a sum in advance. Another man might take the money, and never trouble +himself about the affair. But I know your uprightness; and, if you give +me your word in return for the notes, I shall be satisfied. Come, shall +it be so?” + +The detective was evidently not a little excited; for, self-possessed +as he was, he had turned somewhat pale. He hesitated, handled the +bank-notes, and then, all of a sudden, said,-- + +“Wait two minutes.” + +He got up instantly, and ran towards the house. + +“Is he going to consult his wife?” M. Folgat asked himself. + +He did so; for the next moment they appeared at the other end of the +walk, engaged in a lively discussion. However, the discussion did not +last long. Goudar came back to the bower, and said,-- + +“Agreed! I am your man!” + +The advocate was delighted, and shook his hand. + +“Thank you!” he cried; “for, with your assistance, I am almost sure +of success. Unfortunately, we have no time to lose. When can you go to +work?” + +“This moment. Give me time to change my costume; and I am at your +service. You will have to give me the keys of the house in Passy.” + +“I have them here in my pocket.” + +“Well, then let us go there at once; for I must, first of all, +reconnoitre the ground. And you shall see if it takes me long to dress.” + +In less than fifteen minutes he reappeared in a long overcoat, with +gloves on, looking, for all the world, like one of those retired +grocers who have made a fortune, and settled somewhere outside of the +corporation of Paris, displaying their idleness in broad daylight, and +repenting forever that they have given up their occupation. + +“Let us go,” he said to the lawyer. + +After having bowed to Mrs. Goudar, who accompanied them with a radiant +smile, they got into the carriage, calling out to the driver,-- + +“Vine Street, Passy, No. 23.” + +This Vine Street is a curious street, leading nowhere, little known, and +so deserted, that the grass grows everywhere. It stretches out long and +dreary, is hilly, muddy, scarcely paved, and full of holes, and looks +much more like a wretched village lane than like a street belonging +to Paris. No shops, only a few homes, but on the right and the left +interminable walls, overtopped by lofty trees. + +“Ah! the place is well chosen for mysterious rendezvouses,” growled +Goudar. “Too well chosen, I dare say; for we shall pick up no +information here.” + +The carriage stopped before a small door, in a thick wall, which bore +the traces of the two sieges in a number of places. + +“Here is No. 23,” said the driver; “but I see no house.” + +It could not be seen from the street; but, when they got in, Mr. Folgat +and Goudar saw it, rising in the centre of an immense garden, simple and +pretty, with a double porch, a slate roof, and newly-painted blinds. + +“Great God!” exclaimed the detective, “what a place for a gardener!” + +And M. Folgat felt so keenly the man’s ill-concealed desire, that he at +once said,-- + +“If we save M. de Boiscoran, I am sure he will not keep this house.” + +“Let us go in,” cried the detective, in a voice which revealed all his +intense desire to succeed. + +Unfortunately, Jacques de Boiscoran had spoken but too truly, when he +said that no trace was left of former days. Furniture, carpets, all +was new; and Goudar and M. Folgat in vain explored the four rooms down +stairs, and the four rooms up stairs, the basement, where the kitchen +was, and finally the garret. + +“We shall find nothing here,” declared the detective. “To satisfy my +conscience, I shall come and spend an afternoon here; but now we have +more important business. Let us go and see the neighbors!” + +There are not many neighbors in Vine Street. + +A teacher and a nurseryman, a locksmith and a liveryman, five or +six owners of houses, and the inevitable keeper of a wine-shop and +restaurant, these were the whole population. + +“We shall soon make the rounds,” said Goudar, after having ordered the +coachman to wait for them at the end of the street. + +Neither the head master nor his assistants knew any thing. The +nurseryman had heard it said that No. 23 belonged to an Englishman; but +he had never seen him, and did not even know his name. + +The locksmith knew that he was called Francis Burnett. He had done +some work for him, for which he had been well paid, and thus he had +frequently seen him; but it was so long since, that he did not think he +would recognize him. + +“We are unlucky,” said M. Folgat, after this visit. + +The memory of the liveryman was more trustworthy. He said he knew the +Englishman of No. 23 very well, having driven him three or four +times; and the description he gave of him answered fully to Jacques de +Boiscoran. He also remembered that one evening, when the weather was +wretched, Sir Burnett had come himself to order a carriage. It was for +a lady, who had got in alone, and who had been driven to the Place de la +Madeleine. But it was a dark night; the lady wore a thick veil; he had +not been able to distinguish her features, and all he could say was that +she looked above medium height. + +“It is always the same story,” said Goudar. “But the wine-merchant ought +to be best informed. If I were alone I would breakfast there.” + +“I shall breakfast with you,” said M. Folgat. + +They did so, and they did wisely. + +The wine-merchant did not know much; but his waiter, who had been +with him five or six years, knew Sir Burnett, as everybody called +the Englishman, by sight, and was quite well acquainted with the +servant-girl, Suky Wood. While he was bringing in breakfast, he told +them all he knew. + +Suky, he said, was a tall, strapping girl, with hair red enough to set +her bonnets on fire, and graceful enough to be mistaken for a heavy +dragoon in female disguise. He had often had long talks with her when +she came to fetch some ready-made dish, or to buy some beer, of which +she was very fond. She told him she was very pleased with her place, as +she got plenty of money, and had, so to say, nothing to do, being left +alone in the house for nine months in the year. From her the waiter had +also learned that Sir Burnett must have another house, and that he came +to Vine Street only to receive visits from a lady. + +This lady troubled Suky very much. She declared she had never been able +to see the end of her nose even, so very cautious was she in all her +movements; but she intended to see her in spite of all. + +“And you may be sure she managed to do it some time or other,” Goudar +whispered into M. Folgat’s ear. + +Finally they learned from this waiter, that Suky had been very intimate +with the servant of an old gentleman who lived quite alone in No. 27. + +“We must see her,” said Goudar. + +Luckily the girl’s master had just gone out, and she was alone in the +house. At first she was a little frightened at being called upon and +questioned by two unknown men; but the detective knew how to reassure +her very quickly, and, as she was a great talker, she confirmed all the +waiter at the restaurant had told them, and added some details. + +Suky had been very intimate with her; she had never hesitated to tell +her that Burnett was not an Englishman; that his name was not Burnett, +and that he was concealing himself in Vine Street under a false name, +for the purpose of meeting there his lady-love, who was a grand, fine +lady, and marvellously beautiful. Finally, at the outbreak of the war, +Suky had told her that she was going back to England to her relations. +When they left the old bachelor’s house, Goudar said to the young +advocate,-- + +“We have obtained but little information, and the jurymen would pay +little attention to it; but there is enough of it to confirm, at least +in part, M. de Boiscoran’s statement. We can prove that he met a lady +here who had the greatest interest in remaining unknown. Was this, as he +says, the Countess Claudieuse? We might find this out from Suky; for she +has seen her, beyond all doubt. Hence we must hunt up Suky. And now, let +us take our carriage, and go to headquarters. You can wait for me at the +café near the Palais de Justice. I shall not be away more than a quarter +of an hour.” + +It took him, however, a good hour and a half; M. Folgat was beginning to +be troubled, when he at last reappeared, looking very well pleased. + +“Waiter, a glass of beer!” he said. + +And, sitting down so as to face the advocate, he said,-- + +“I stayed away rather long; but I did not lose any time. In the first +place, I procured a month’s leave of absence; then I put my hand upon +the very man whom I wanted to send after Sir Burnett and Miss Suky. +He is a good fellow, called Barousse, fine like a needle, and speaks +English like a native. He demands twenty-five francs a day, his +travelling-expenses, and a gratuity of fifteen hundred francs if he +succeeds. I have agreed to meet him at six to give him a definite +answer. If you accept the conditions, he will leave for England +to-night, well drilled by me.” + +Instead of any answer, M. Folgat drew from his pocket-book a +thousand-franc note, and said,-- + +“Here is something to begin with.” + +Goudar had finished his beer, and said,-- + +“Well, then, I must leave you. I am going to hang abut M. de Tassar’s +house, and make my inquiries. Perhaps I may pick up something there. +To-morrow I shall spend my day in searching the house in Vine Street and +in questioning all the tradesmen on your list. The day after to-morrow +I shall probably have finished here. So that in four or five days there +will arrive in Sauveterre a somebody, who will be myself.” And as he got +up, he added,-- + +“For I must save M. de Boiscoran. I will and I must do it. He has too +nice a house. Well, we shall see each other at Sauveterre.” + +It struck four o’clock. M. Folgat left the café immediately after +Goudar, and went down the river to University Street. He was anxious to +see the marquis and the marchioness. + +“The marchioness is resting,” said the valet; “but the marquis is in his +cabinet.” + +M. Folgat was shown in, and found him still under the effects of the +terrible scene he had undergone in the morning. He had said nothing to +his wife that he did not really think; but he was distressed at having +said it under such circumstances. And yet he felt a kind of relief; for, +to tell the truth, he felt as if the horrible doubts which he had kept +secret so many years had vanished as soon as they were spoken out. When +he saw M. Folgat, he asked in a sadly-changed voice,-- + +“Well?” + +The young advocate repeated in detail the account given by the +marchioness; but he added what the latter had not been able to mention, +because she did not know it, the desperate resolution which Jacques had +formed. At this revelation the marquis looked utterly overcome. + +“The unhappy man!” he cried. “And I accused him of--He thought of +killing himself!” + +“And we had a great trouble, M. Magloire, and myself,” added M. Folgat, +“to overcome his resolution, great trouble to make him understand, +that never, under any circumstances, ought an innocent man to think of +committing suicide.” + +A big tear rolled down the furrowed cheek of the old gentleman; and he +murmured,-- + +“Ah! I have been cruelly unjust. Poor, unhappy child!” + +Then he added aloud,-- + +“But I shall see him. I have determined to accompany the marchioness to +Sauveterre. When will you leave?” + +“Nothing keeps me here in Paris. I have done all that could be done, and +I might return this evening. But I am really too tired. I think I shall +to-morrow take the train at 10.45.” + +“If you do so, we shall travel in company; you understand? To-morrow +at ten o’clock at the Orleans station. We shall reach Sauveterre by +midnight.” + + + +XX. + +When the Marchioness de Boiscoran, on the day of her departure for +Paris, had gone to see her son, Dionysia had asked her to let her go +with her. She resisted, and the young girl did not insist. + +“I see they are trying to conceal something from me,” she said simply; +“but it does not matter.” + +And she had taken refuge in the sitting-room; and there, taking her +usual seat, as in the happy days when Jacques spent all his evenings by +her side, she had remained long hours immovable, looking as if, with her +mind’s eye, she was following invisible scenes far away. + +Grandpapa Chandore and the two aunts were indescribably anxious. They +knew their Dionysia, their darling child, better than she knew herself, +having nursed and watched her for twenty years. They knew every +expression of her face, every gesture, every intonation of voice, and +could almost read her thoughts in her features. + +“Most assuredly Dionysia is meditating upon something very serious,” + they said. “She is evidently calculating and preparing for a great +resolution.” + +The old gentleman thought so too, and asked her repeatedly,-- + +“What are you thinking of, dear child?” + +“Of nothing, dear papa,” she replied. + +“You are sadder than usual: why are you so?” + +“Alas! How do I know? Does anybody know why one day we have sunshine in +our hearts, and another day dismal clouds?” + +But the next day she insisted upon being taken to her seamstresses, and +finding Mechinet, the clerk, there, she remained a full half-hour in +conference with him. Then, in the evening, when Dr. Seignebos, after a +short visit, was leaving the room, she lay in wait for him, and kept him +talking a long time at the door. Finally, the day after, she asked once +more to be allowed to go and see Jacques. They could no longer refuse +her this sad satisfaction; and it was agreed that the older of the two +Misses Lavarande, Miss Adelaide, should accompany her. + +About two o’clock on that day they knocked at the prison-door, and asked +the jailer, who had come to open the door, to let them see Jacques. + +“I’ll go for him at once, madam,” replied Blangin. “In the meantime pray +step in here: the parlor is rather damp, and the less you stay in it, +the better it will be.” + +Dionysia did so, or rather, she did a great deal more; for, leaving +her aunt down stairs, she drew Mrs. Blangin to the upper room, having +something to say to her, as she pretended. + +When they came down again, Blangin told them that M. de Boiscoran was +waiting for them. + +“Come!” said the young girl to her aunt. + +But she had not taken ten steps in the long narrow passage which led +to the parlor, when she stopped. The damp which fell from the vaulted +ceiling like a pall upon her, and the emotions which were agitating her +heart, combined to overwhelm her. She tottered, and had to lean against +the wall, reeking as it was with wet and with saltpetre. + +“O Lord, you are ill!” cried Miss Adelaide. + +Dionysia beckoned to her to be silent. + +“Oh, it is nothing!” she said. “Be quiet!” + +And gathering up all her strength, and putting her little hand upon the +old lady’s shoulder, she said,-- + +“My darling aunty, you must render us an immense service. It is all +important that I should speak to Jacques alone. It would be very +dangerous for us to be overheard. I know they often set spies to listen +to prisoners’ talk. Do please, dear aunt, remain here in the passage, +and give us warning, if anybody should come.” + +“You do not think of it, dear child. Would it be proper?” + +The young girl stopped her again. + +“Was it proper when I came and spent a night here? Alas! in our +position, every thing is proper that may be useful.” + +And, as Aunt Lavarande made no reply, she felt sure of her perfect +submission, and went on towards the parlor. + +“Dionysia!” cried Jacques as soon as she entered,--“Dionysia!” + +He was standing in the centre of this mournful hall, looking whiter than +the whitewash on the wall, but apparently calm, and almost smiling. The +violence with which he controlled himself was horrible. But how could he +allow his betrothed to see his despair? Ought he not, on the contrary, +do every thing to reassure her? + +He came up to her, took her hands in his, and said,-- + +“Ah, it is so kind in you to come! and yet I have looked for you ever +since the morning. I have been watching and waiting, and trembling at +every noise. But will you ever forgive me for having made you come to +a place like this, untidy and ugly, without the fatal poetry of horror +even?” + +She looked at him with such obstinate fixedness, that the words expired +on his lips. + +“Why will you tell me a falsehood?” she said sadly. + +“I tell you a falsehood!” + +“Yes. Why do you affect this gayety and tranquillity, which are so far +from your heart? Have you no longer confidence in me? Do you think I am +a child, from whom the truth must be concealed, or so feeble and good +for nothing, that I cannot bear my share of your troubles? Do not smile, +Jacques; for I know you have no hope.” + +“You are mistaken, Dionysia, I assure you.” + +“No, Jacques. They are concealing something from me, I know, and I do +not ask you to tell me what it is. I know quite enough. You will have to +appear in court.” + +“I beg your pardon. That question has not yet been decided.” + +“But it will be decided, and against you.” + +Jacques knew very well it would be so, and dreaded it; but he still +insisted upon playing his part. + +“Well,” he said, “if I appear in court, I shall be acquitted.” + +“Are you quite sure of that?” + +“I have ninety-nine chances out of a hundred for me.” + +“There is one, however, against you,” cried the young girl. And seizing +Jacques’s hands, and pressing them with a force of which he would never +have suspected her, she added,-- + +“You have no right to run that one chance.” + +Jacques trembled in all his limbs. Was it possible? Did he understand +her? Did Dionysia herself come and suggest to him that act of supreme +despair, from which his counsel had so strongly dissuaded him? + +“What do you mean?” he said with trembling voice. + +“You must escape.” + +“Escape?” + +“Nothing so easy. I have considered the whole matter thoroughly. The +jailers are in our pay. I have just come to an understanding with +Blangin’s wife. One evening, as soon as night falls, they will open the +doors to you. A horse will be ready for you outside of town, and relays +have been prepared. In four hours you can reach Rochelle. There, one +of those pilot-boats which can stand any storm takes you on board, and +carries you to England.” + +Jacques shook his head. + +“That cannot be,” he replied. “I am innocent. I cannot abandon all I +hold dear,--you, Dionysia.” + +A deep flush covered the young girl’s cheeks. She stammered,-- + +“I have expressed myself badly. You shall not go alone.” + +He raised his hands to heaven, as if in utter despair. + +“Great God! Thou grantest me this consolation!” + +But Dionysia went on speaking in a firmer voice. + +“Did you think I would be mean enough to forsake the friend who +is betrayed by everybody else? No, no! Grandpapa and my aunts will +accompany me, and we will meet you in England. You will change your +name, and go across to America; and we will look out, far in the West, +for some new country where we can establish ourselves. It won’t be +France, to be sure. But our country, Jacques, is the country where we +are free, where we are beloved, where we are happy.” + +Jacques de Boiscoran was moved to the last fibre of his innermost heart, +and in a kind of ecstasy which did not allow him to keep up any longer +his mask of impassive indifference. Was there a man upon earth who could +receive a more glorious proof of love and devotion? And from what a +woman! From a young girl, who united in herself all the qualities of +which a single one makes others proud,--intelligence and grace, high +rank and fortune, beauty and angelic purity. + +Ah! she did not hesitate like that other one; she did not think of +asking for securities before she granted the first favor; she did not +make a science of duplicity, nor hypocrisy her only virtue. She gave +herself up entirely, and without the slightest reserve. + +And all this at the moment when Jacques saw every thing else around him +crumbled to pieces, when he was on the very brink of utter despair, just +then this happiness came to him, this great and unexpected happiness, +which well-nigh broke his heart. + +For a moment he could not move, he could not think. + +Then all of a sudden, drawing his betrothed to him, pressing her +convulsively to his bosom, and covering her hair with a thousand kisses, +he cried,-- + +“I bless you, oh, my darling! I bless you, my well beloved! I shall +mourn no longer. Whatever may happen, I have had my share of heavenly +bliss.” + +She thought he consented. Palpitating like the bird in the hand of a +child, she drew back, and looking at Jacques with ineffable love and +tenderness, she said,-- + +“Let us fix the day!” + +“What day?” + +“The day for your flight.” + +This word alone recalled Jacques to a sense of his fearful position. He +was soaring in the supreme heights of the ether, and he was plunged down +into the vile mud of reality. His face, radiant with celestial joy, grew +dark in an instant, and he said hoarsely,-- + +“That dream is too beautiful to be realized.” + +“What do you say?” she stammered. + +“I can not, I must not, escape!” + +“You refuse me, Jacques?” + +He made no reply. + +“You refuse me, when I swear to you that I will join you, and share your +exile? Do you doubt my word? Do you fear that my grandfather or my aunts +might keep me here in spite of myself?” + +As this suppliant voice fell upon his ears, Jacques felt as if all his +energy abandoned him, and his will was shaken. + +“I beseech you, Dionysia,” he said, “do not insist, do not deprive me of +my courage.” + +She was evidently suffering agonies. Her eyes shone with unbearable +fire. Her dry lips were trembling. + +“You will submit to being brought up in court?” she asked. + +“Yes!” + +“And if you are condemned?” + +“I may be, I know.” + +“This is madness!” cried the young girl. + +In her despair she was wringing her hands; and then the words escaped +from her lips, almost unconsciously,-- + +“Great God,” she said, “inspire me! How can I bend him? What must I say? +Jacques, do you love me no longer? For my sake, if not for your own, I +beseech you, let us flee! You escape disgrace; you secure liberty. Can +nothing touch you? What do you want? Must I throw myself at your feet?” + +And she really let herself fall at his feet. + +“Flee!” she repeated again and again. “Oh, flee!” + +Like all truly energetic men, Jacques recovered in the very excess of +his emotion all his self-possession. Gathering his bewildered thoughts +by a great effort of mind, he raised Dionysia, and carried her, almost +fainting, to the rough prison bench; then, kneeling down by her side, +and taking her hands he said,-- + +“Dionysia, for pity’s sake, come to yourself and listen to me. I am +innocent; and to flee would be to confess that I am guilty.” + +“Ah! what does that matter?” + +“Do you think that my escape would stop the trial? No. Although absent, +I should still be tried, and found guilty without any opposition: I +should be condemned, disgraced, irrevocably dishonored.” + +“What does it matter?” + +Then he felt that such arguments would never bring her back to reason. +He rose, therefore, and said in a firm voice,-- + +“Let me tell you what you do not know. To flee would be easy, I agree. +I think, as you do, we could reach England readily enough, and we might +even take ship there without trouble. But what then? The cable is faster +than the fastest steamer; and, upon landing on American soil, I should, +no doubt, be met by agents with orders to arrest me. But suppose even I +should escape this first danger. Do you think there is in all this world +an asylum for incendiaries and murderers? There is none. At the extreme +confines of civilization I should still meet with police-agents and +soldiers, who, an extradition treaty in hand, would give me up to the +government of my country. If I were alone, I might possibly escape all +these dangers. But I should never succeed if I had you near me, and +Grandpapa Chandore, and your two aunts.” + +Dionysia was forcibly struck by these objections, of which she had had +no idea. She said nothing. + +“Still, suppose we might possibly escape all such dangers. What would +our life be! Do you know what it would mean to have to hide and to +run incessantly, to have to avoid the looks of every stranger, and to +tremble, day by day, at the thought of discovery? With me, Dionysia, +your existence would be that of the wife of one of those banditti whom +the police are hunting down in his dens. And you ought to know that such +a life is so intolerable, that hardened criminals have been unable to +endure it, and have given up their life for the boon of a night’s quiet +sleep.” + +Big tears were silently rolling down the poor girl’s cheeks. She +murmured,-- + +“Perhaps you are right, Jacques. But, O Jacques, if they should condemn +you!” + +“Well, I should at least have done my duty. I should have met fate, +and defended my honor. And, whatever the sentence may be, it will not +overthrow me; for, as long as my heart beats within me, I mean to defend +myself. And, if I die before I succeed in proving my innocence, I +shall leave it to you, Dionysia, to your kindred, and to my friends, to +continue the struggle, and to restore my honor.” + +She was worthy of comprehending and of appreciating such sentiments. + +“I was wrong, Jacques,” she said, offering him her hand: “you must +forgive me.” + +She had risen, and, after a few moments’ hesitation, was about to leave +the room, when Jacques retained her, saying,-- + +“I do not mean to escape; but would not the people who have agreed to +favor my evasion be willing to furnish me the means for passing a few +hours outside of my prison?” + +“I think they would,” replied the young girl; “And, if you wish it, I +will make sure of it.” + +“Yes. That might be a last resort.” + +With these words they parted, exhorting each other to keep up their +courage, and promising each other to meet again during the next days. + +Dionysia found her poor aunt Lavarande very tired of the long watch; and +they hastened home. + +“How pale you are!” exclaimed M. de Chandore, when he saw his +grand-daughter; “and how red your eyes are! What has happened?” + +She told him every thing; and the old gentleman felt chilled to the +marrow of his bones, when he found that it had depended on Jacques alone +to carry off his grandchild. But he had not done so. + +“Ah, he is an honest man!” he said. + +And, pressing his lips on Dionysia’s brow, he added,-- + +“And you love him more than ever?” + +“Alas!” she replied, “is he not more unhappy than ever?” + + + +XXI. + +“Have you heard the news?” + +“No: what is it?” + +“Dionysia de Chandore has been to see M. de Boiscoran in prison.” + +“Is it possible?” + +“Yes, indeed! Twenty people have seen her come back from there, leaning +on the arm of the older Miss Lavarande. She went in at ten minutes past +ten, and she did not come out till a quarter-past three.” + +“Is the young woman mad?” + +“And the aunt--what do you think of the aunt?” + +“She must be as mad as the niece.” + +“And M. de Chandore?” + +“He must have lost his senses to allow such a scandal. But you know very +well, grandfather and aunts never had any will but Dionysia’s.” + +“A nice training!” + +“And nice fruits of such an education! After such a scandal, no man will +be bold enough to marry her.” + +Such were the comments on Dionysia’s visit to Jacques, when the news +became known. It flew at once all over town. The ladies “in society” + could not recover from it; for people are exceedingly virtuous at +Sauveterre, and hence they claim the right of being exceedingly strict +in their judgment. There is no trifling permitted on the score of +propriety. + +The person who defies public opinion is lost. Now, public opinion was +decidedly against Jacques de Boiscoran. He was down, and everybody was +ready to kick him. + +“Will he get out of it?” + +This problem, which was day by day discussed at the “Literary Club,” had +called forth torrents of eloquence, terrible discussions, and even one +or two serious quarrels, one of which had ended in a duel. But nobody +asked any longer,-- + +“Is he innocent?” + +Dr. Seignebos’s eloquence, the influence of M. Seneschal, and the +cunning plots of Mechinet, had all failed. + +“Ah, what an interesting trial it will be!” said many people, who were +all eagerness to know who would be the presiding judge, in order to +ask him for tickets of admission. Day by day the interest in the trial +became deeper; and all who were in any way connected with it were +watched with great curiosity. Everybody wanted to know what they were +doing, what they thought, and what they had said. + +They saw in the absence of the Marquis de Boiscoran an additional proof +of Jacques’s guilt. The continued presence of M. Folgat also created no +small wonder. His extreme reserve, which they ascribed to his excessive +and ill-placed pride, had made him generally disliked. And now they +said,-- + +“He must have hardly any thing to do in Paris, that he can spend so many +months in Sauveterre.” + +The editor of “The Sauveterre Independent” naturally found the affair +a veritable gold-mine for his paper. He forgot his old quarrel with the +editor of “The Impartial Journal,” whom he accused of Bonapartism, and +who retaliated by calling him a Communist. Each day brought, in addition +to the usual mention under the “local” head, some article on the +“Boiscoran Case.” He wrote,-- + +“The health of Count C., instead of improving, is declining visibly. He +used to get up occasionally when he first came to Sauveterre; and now he +rarely leaves his bed. The wound in the shoulder, which at first seemed +to be the least dangerous, has suddenly become much inflamed, owing +to the tropical heat of the last days. At one time gangrene was +apprehended, and it was feared that amputation would become necessary. +Yesterday Dr. S. seemed to be much disturbed. + +“And, as misfortunes never come singly, the youngest daughter of Count +C. is very ill. She had the measles at the time of the fire; and the +fright, the cold, and the removal, have brought on a relapse, which may +be dangerous. + +“Amid all these cruel trials, the Countess C. is admirable in her +devotion, her courage, and her resignation. Whenever she leaves the +bedside of her dear patients to pray at church for them, she is received +with the most touching sympathy and the most sincere admiration by the +whole population.” + +“Ah, that wretch Boiscoran!” cried the good people of Sauveterre when +they read such an article. + +The next day, they found this,-- + +“We have sent to the hospital to inquire from the lady superior how the +poor idiot is, who has taken such a prominent part in the bloody drama +at Valpinson. His mental condition remains unchanged since he has been +examined by experts. The spark of intelligence which the crime had +elicited seems to be extinguished entirely and forever. It is impossible +to obtain a word from him. He is, however, not locked up. Inoffensive +and gentle, like a poor animal that has lost its master, he wanders +mournfully through the courts and gardens of the hospital. Dr. S., who +used to take a lively interest in him, hardly ever sees him now. + +“It was thought at one time, that C. would be summoned to give evidence +in the approaching trial. We are informed by high authority, that such +a dramatic scene must not be expected to take place. C. will not appear +before the jury.” + +“Certainly, Cocoleu’s deposition must have been an interposition of +Providence,” said people who were not far from believing that it was a +genuine miracle. + +The next day the editor took M. Galpin in hand. + +“M. G., the eminent magistrate, is very unwell just now, and very +naturally so after an investigation of such length and importance as +that which preceded the Boiscoran trial. We are told that he only awaits +the decree of the court, to ask for a furlough and to go to one of the +rural stations of the Pyrenees.” + +Then came Jacques’s turn,-- + +“M. J. de B. stands his imprisonment better than could be expected. +According to direct information, his health is excellent, and his +spirits do not seem to have suffered. He reads much, and spends part of +the night in preparing his defence, and making notes for his counsel.” + +Then came, from day to day, smaller items,-- + +“M. J. de B. is no longer in close confinement.” + +Or,-- + +“M. de B. had this morning an interview with his counsel, M. M., the +most eminent member of our bar, and M. F., a young but distinguished +advocate from Paris. The conference lasted several hours. We abstain +from giving details; but our readers will understand the reserve +required in the case of an accused who insists upon protesting +energetically that he is innocent.” + +And, again,-- + +“M. de B. was yesterday visited by his mother.” + +Or, finally,-- + +“We hear at the last moment that the Marchioness de B. and M. Folgat +have left for Paris. Our correspondent in P. writes us that the decree +of the court will not be delayed much longer.” + +Never had “The Sauveterre Independent” been read with so much interest. +And, as everybody endeavored to be better informed than his neighbor, +quite a number of idle men had assumed the duty of watching Jacques’s +friends, and spent their days in trying to find out what was going on +at M. de Chandore’s house. Thus it came about, that, on the evening +of Dionysia’s visit to Jacques, the street was full of curious people. +Towards half-past ten, they saw M. de Chandore’s carriage come out of +the courtyard, and draw up at the door. At eleven o’clock M. de Chandore +and Dr. Seignebos got in, the coachman whipped the horse, and they drove +off. + +“Where can they be going?” asked they. + +They followed the carriage. The two gentlemen drove to the station. +They had received a telegram, and were expecting the return of the +marchioness and M. Folgat, accompanied, this time, by the old marquis. + +They reached there much too soon. The local branch railway which goes to +Sauveterre is not famous for regularity, and still reminds its patrons +occasionally of the old habits of stage-coaches, when the driver or the +conductor had, at the last moment, to stop to pick up something they +had forgotten. At a quarter-past midnight the train, which ought to +have been there twenty minutes before, had not yet been signalled. +Every thing around was silent and deserted. Through the windows the +station-master might be seen fast asleep in his huge leather chair. +Clerks and porters all were asleep, stretched out on the benches of the +waiting-room. But people are accustomed to such delays at Sauveterre; +they are prepared for being kept waiting: and the doctor and M. de +Chandore were walking up and down the platform, being neither astonished +nor impatient at the irregularity. Nor would they have been much +surprised if they had been told that they were closely watched all the +time: they knew their good town. Still it was so. Two curious men, +more obstinate than the others, had jumped into the omnibus which runs +between the station and the town; and now, standing a little aside, they +said to each other,-- + +“I say, what can they be waiting for?” + +At last towards one o’clock, a bell rang, and the station seemed +to start into life. The station-master opened his door, the porters +stretched themselves and rubbed their eyes, oaths were heard, doors +slammed, and the large hand-barrows came in sight. + +Then a low thunder-like noise came nearer and nearer; and almost +instantly a fierce red light at the far end of the track shone out +in the dark night like a ball of fire. M. de Chandore and the doctor +hastened to the waiting-room. + +The train stopped. A door opened, and the marchioness appeared, leaning +on M. Folgat’s arm. The marquis, a travelling-bag in hand, followed +next. + +“That was it!” said the volunteer spies, who had flattened their noses +against the window-panes. + +And, as the train brought no other passengers, they succeeded in making +the omnibus conductor start at once, eager as they were to proclaim the +arrival of the prisoner’s father. + +The hour was unfavorable: everybody was asleep; but they did not give up +the hope of finding somebody yet at the club. People stay up very late +at the club, for there is play going on there, and at times pretty heavy +play: you can lose your five hundred francs quite readily there. Thus +the indefatigable news-hunters had a fair chance of finding open ears +for their great piece of news. And yet, if they had been less eager to +spread it, they might have witnessed, perhaps not entirely unmoved, this +first interview between M. de Chandore and the Marquis de Boiscoran. + +By a natural impulse they had both hastened forward, and shook hands in +the most energetic manner. Tears stood in their eyes. They opened their +lips to speak; but they said nothing. Besides, there was no need of +words between them. That close embrace had told Jacques’s father clearly +enough what Dionysia’s grandfather must have suffered. They remained +thus standing motionless, looking at each other, when Dr. Seignebos, who +could not be still for any length of time, came up, and asked,-- + +“The trunks are on the carriage: shall we go?” + +They left the station. The night was clear; and on the horizon, above +the dark mass of the sleeping town, there rose against the pale-blue +sky the two towers of the old castle, which now served as prison to +Sauveterre. + +“That is the place where my Jacques is kept,” murmured the marquis. +“There my son is imprisoned, accused of horrible crimes.” + +“We will get him out of it,” said the doctor cheerfully, as he helped +the old gentleman into the carriage. + +But in vain did he try, during the drive, to rouse, as he called it, the +spirits of his companions. His hopes found no echo in their distressed +hearts. + +M. Folgat inquired after Dionysia, whom he had been surprised not to see +at the station. M. de Chandore replied that she had staid at home with +the Misses Lavarande, to keep M. Magloire company; and that was all. + +There are situations in which it is painful to talk. The marquis had +enough to do to suppress the spasmodic sobs which now and then +would rise in his throat. He was upset by the thought that he was at +Sauveterre. Whatever may be said to the contrary, distance does not +weaken our emotions. Shaking hands with M. de Chandore in person had +moved him more deeply than all the letters he had received for a month. +And when he saw Jacques’s prison from afar, he had the first clear +notion of the horrible tortures endured by his son. The marchioness was +utterly exhausted: she felt as if all the springs in her system were +broken. + +M. de Chandore trembled when he looked at them, and saw how they all +were on the point of succumbing. If they despaired, what could he +hope for,--he, who knew how indissolubly Dionysia’s fate in life was +connected with Jacques? + +At length the carriage stopped before his house. The door opened +instantly, and the marchioness found herself in Dionysia’s arms, and +soon after comfortably seated in an easy-chair. The others had followed +her. It was past two o’clock; but every minute now was valuable. +Arranging his spectacles, Dr. Seignebos said,-- + +“I propose that we exchange our information. I, for my part, I am still +at the same point. But you know my views. I do not give them up. Cocoleu +is an impostor, and it shall be proved. I appear to notice him no +longer; but, in reality, I watch him more closely than ever.” + +Dionysia interrupted him, saying,-- + +“Before any thing is decided, there is one fact which you all ought to +know. Listen.” + +Pale like death, for it cost her a great struggle to reveal thus the +secret of her heart, but with a voice full of energy, and an eye full of +fire, she told them what she had already confessed to her grandfather; +viz., the propositions she had made to Jacques, and his obstinate +refusal to accede to them. + +“Well done, madame!” said Dr. Seignebos, full of enthusiasm. “Well done! +Jacques is very unfortunate, and still he is to be envied.” + +Dionysia finished her recital. Then, turning with a triumphant air to M. +Magloire, she added,-- + +“After that, is there any one yet who could believe that Jacques is a +vile assassin?” + +The eminent advocate of Sauveterre was not one of those men who prize +their opinions more highly than truth itself. + +“I confess,” he said, “that, if I were to go and see Jacques to-morrow +for the first time, I should not speak to him as I did before.” + +“And I,” exclaimed the Marquis de Boiscoran,--“I declare that I answer +for my son as for myself, and I mean to tell him so to-morrow.” + +Then turning towards his wife, and speaking so low, that she alone could +hear him, he added,-- + +“And I hope you will forgive me those suspicions which now fill me with +horror.” + +But the marchioness had no strength left: she fainted, and had to be +removed, accompanied by Dionysia and the Misses Lavarande. As soon as +they were out of the room, Dr. Seignebos locked the door, rested his +elbow on the chimney, and, taking off his spectacles to wipe them, said +to M. Folgat,-- + +“Now we can speak freely. What news do you bring us?” + + + +XXII. + +It had just struck eleven o’clock, when the jailer, Blangin, entered +Jacques’s cell in great excitement, and said,-- + +“Sir, your father is down stairs.” + +The prisoner jumped up, thunderstruck. + +The night before he had received a note from M. de Chandore, informing +him of the marquis’s arrival; and his whole time had since been spent in +preparing himself for the interview. How would it be? He had nothing by +which to judge. He had therefore determined to be quite reserved. And, +whilst he was following Blangin along the dismal passage and down the +interminable steps, he was busily composing respectful phrases, and +trying to look self-possessed. + +But, before he could utter a single word, he was in his father’s arms. +He felt himself pressed against his heart, and heard him stammer,-- + +“Jacques, my dear son, my unfortunate child!” + +In all his life, long and stormy as it had been, the marquis had not +been tried so severely. Drawing Jacques to one of the parlor-windows, +and leaning back a little, so as to see him better, he was amazed how he +could ever have doubted his son. It seemed to him that he was standing +there himself. He recognized his own feature and carriage, his own frank +but rather haughty expression, his own clear, bright eye. + +Then, suddenly noticing details, he was shocked to see Jacques so much +reduced. He found him looking painfully pale, and he actually discovered +at the temples more than one silvery hair amid his thick black curls. + +“Poor child!” he said. “How you must have suffered!” + +“I thought I should lose my senses,” replied Jacques simply. + +And with a tremor in his voice, he asked,-- + +“But, dear father, why did you give me no sign of life? Why did you stay +away so long?” + +The marquis was not unprepared for such a question. But how could he +answer it? Could he ever tell Jacques the true secret of his hesitation? +Turning his eyes aside, he answered,-- + +“I hoped I should be able to serve you better by remaining in Paris.” + But his embarrassment was too evident to escape Jacques. + +“You did not doubt your own child, father?” he asked sadly. + +“Never!” cried the marquis, “I never doubted a moment. Ask your mother, +and she will tell you that it was this proud assurance I felt which kept +me from coming down with her. When I heard of what they accused you, I +said ‘It is absurd!’” + +Jacques shook his head, and said,-- + +“The accusation was absurd; and yet you see what it has brought me to.” + +Two big tears, which he could no longer retain, burnt in the eyes of the +old gentleman. + +“You blame me, Jacques,” he said. “You blame your father.” + +There is not a man alive who could see his father shed tears, and not +feel his heart melt within him. All the resolutions Jacques had formed +vanished in an instant. Pressing his father’s hand in his own, he +said,-- + +“No, I do not blame you, father. And still I have no words to tell +you how much your absence has added to my sufferings. I thought I was +abandoned, disowned.” + +For the first time since his imprisonment, the unfortunate man found a +heart to whom he could confide all the bitterness that overflowed in his +own heart. With his mother and with Dionysia, honor forbade him to +show despair. The incredulity of M. Magloire had made all confidence +impossible; and M. Folgat, although as sympathetic as man could be was, +after all, a perfect stranger. + +But now he had near him a friend, the dearest and most precious friend +that a man can ever have,--his father: now he had nothing to fear. + +“Is there a human being in this world,” he said, “whose misfortunes +equal mine? To be innocent, and not to be able to prove it! To know the +guilty one, and not to dare mention the name. Ah! at first I did not +take in the whole horror of my situation. I was frightened, to be sure; +but I had recovered, thinking that surely justice would not be slow in +discovering the truth. Justice! It was my friend Galpin who represented +it, and he cared little enough for truth: his only aim was to prove that +the man whom he accused was the guilty man. Read the papers, father, +and you will see how I have been victimized by the most unheard-of +combination of circumstances. Every thing is against me. Never has that +mysterious, blind, and absurd power manifested itself so clearly,--that +awful power which we call fate. + +“First I was kept by a sense of honor from mentioning the name of the +Countess Claudieuse, and then by prudence. The first time I mentioned +it to M. Magloire, he told me I lied. Then I thought every thing lost. I +saw no other end but the court, and, after the trial, the galleys or the +scaffold. I wanted to kill myself. My friends made me understand that I +did not belong to myself, and that, as long as I had a spark of energy +and a ray of intelligence left me, I had no right to dispose of my +life.” + +“Poor, poor child!” said the marquis. “No, you have no such right.” + +“Yesterday,” continued Jacques, “Dionysia came to see me. Do you +know what brought her here? She offered to flee with me. Father, that +temptation was terrible. Once free, and Dionysia by my side, what cared +I for the world? She insisted, like the matchless girl that she is; and +look there, there, on the spot where you now stand, she threw herself at +my feet, imploring me to flee. I doubt whether I can save my life; but I +remain here.” + +He felt deeply moved, and sank upon the rough bench, hiding his face in +his hands, perhaps to conceal his tears. + +Suddenly, however, he was seized with one of those attacks of rage +which had come to him but too often during his imprisonment, and he +exclaimed,-- + +“But what have I done to deserve such fearful punishment?” + +The brow of the marquis suddenly darkened; and he replied solemnly,-- + +“You have coveted your neighbor’s wife, my son.” + +Jacques shrugged his shoulders. He said,-- + +“I loved the Countess Claudieuse, and she loved me.” + +“Adultery is a crime, Jacques.” + +“A crime? Magloire said the same thing. But, father, do you really think +so? Then it is a crime which has nothing appalling about it, to which +every thing invites and encourages, of which everybody boasts, and at +which the world smiles. The law, it is true, gives the husband the right +of life and death; but, if you appeal to the law, it gives the guilty +man six months’ imprisonment, or makes him pay a few thousand francs.” + +Ah, if he had known, the unfortunate man! + +“Jacques,” said the marquis, “the Countess Claudieuse hints, as you say, +that one of her daughters, the youngest, is your child?” + +“That may be so.” + +The Marquis de Boiscoran shuddered. Then he exclaimed bitterly,-- + +“That may be so! You say that carelessly, indifferently, madman! Did you +never think of the grief Count Claudieuse would feel if he should learn +the truth? And even if he merely suspected it! Can you not comprehend +that such a suspicion is quite sufficient to embitter a whole life, to +ruin the life of that girl? Have you never told yourself that such a +doubt inflicts a more atrocious punishment than any thing you have yet +suffered?” + +He paused. A few words more, and he would have betrayed his secret. +Checking his excitement by an heroic effort, he said,-- + +“But I did not come here to discuss this question; I came to tell you, +that, whatever may happen, your father will stand by you, and that, if +you must undergo the disgrace of appearing in court, I will take a seat +by your side.” + +In spite of his own great trouble, Jacques had not been able to avoid +seeing his father’s unusual excitement and his sudden vehemence. For +a second, he had a vague perception of the truth; but, before the +suspicion could assume any shape, it had vanished before this promise +which his father made, to face by his side the overwhelming humiliation +of a judgment in court,--a promise full of divine self-abnegation and +paternal love. His gratitude burst forth in the words,-- + +“Ah, father! I ought to ask your pardon for ever having doubted your +heart for a moment.” + +M. de Boiscoran tried his best to recover his self-possession. At last +he said in an earnest voice,-- + +“Yes, I love you, my son; and still you must not make me out more of a +hero than I am. I still hope we may be spared the appearance in court.” + +“Has any thing new been discovered?” + +“M. Folgat has found some traces which justify legitimate hopes, +although, as yet, no real success has been achieved.” + +Jacques looked rather discouraged. + +“Traces?” he asked. + +“Be patient. They are feeble traces, I admit, and such as could not be +produced in court; but from day to day they may become decisive. And +already they have had one good effect: they have brought us back M. +Magloire.” + +“O God! Could I really be saved?” + +“I shall leave to M. Folgat,” continued the marquis, “the satisfaction +of telling you the result of his efforts. He can explain their bearing +better than I could. And you will not have long to wait; for last night, +or rather this morning, when we separated, he and M. Magloire agreed to +meet here at the prison, before two o’clock.” + +A few minutes later a rapid step approached in the passage; and Trumence +appeared, the prisoner of whom Blangin had made an assistant, and whom +Mechinet had employed to carry Jacques’s letters to Dionysia. He was a +tall well-made man of twenty-five or six years, whose large mouth and +small eyes were perpetually laughing. A vagabond without hearth or home, +Trumence had once been a land-owner. At the death of his parents, when +he was only eighteen years old, Trumence had come into possession of a +house surrounded by a yard, a garden, several acres of land, and a salt +meadow; all worth about fifteen thousand francs. Unfortunately the time +for the conscription was near. Like many young men of that district, +Trumence believed in witchcraft, and had gone to buy a charm, which cost +him fifty francs. It consisted of three tamarind-branches gathered on +Christmas Eve, and tied together by a magic number of hairs drawn from +a dead man’s head. Having sewed this charm into his waistcoat, Trumence +had gone to town, and, plunging his hand boldly into the urn, had drawn +number three. This was unexpected. But as he had a great horror of +military service, and, well-made as he was, felt quite sure that he +would not be rejected, he determined to employ a chance much more +certain to succeed; namely, to borrow money in order to buy a +substitute. + +As he was a land-owner, he found no difficulty in meeting with an +obliging person, who consented to lend him for two years thirty-five +hundred francs, in return for a first mortgage on his property. When the +papers were signed, and Trumence had the money in his pocket, he set out +for Rochefort, where dealers in substitutes abounded; and for the sum of +two thousand francs, exclusive of some smaller items, they furnished him +a substitute of the best quality. + +Delighted with the operation, Trumence was about to return home, when +his evil star led him to sup at his inn with a countryman, a former +schoolmate, who was now a sailor on board a coal-barge. Of course, +countrymen when they meet must drink. They did drink; and, as the sailor +very soon scented the twelve hundred francs which remained in Trumence’s +pockets, he swore that he was going to have a jolly time, and would +not return on board his barge as long as there remained a cent in his +friend’s pocket. So it happened, that, after a fortnight’s carouse, +the sailor was arrested and put in jail; and Trumence was compelled to +borrow five francs from the stage-driver to enable him to get home. + +This fortnight was decisive for his life. During these days he had lost +all taste for work, and acquired a real passion for taverns where they +played with greasy cards. After his return he tried to continue this +jolly life; and, to do so, he made more debts. He sold, piece after +piece, all he possessed that was salable, down to his mattress and his +tools. This was not the way to repay the thirty-five hundred francs +which he owed. When pay-day came, the creditor, seeing that his security +was diminishing every day, lost no time. Before Trumence was well aware +of what was going on, an execution was in the house; his lands were +sold; and one fine day he found himself in the street, possessing +literally nothing in the world but the wretched clothes on his back. + +He might easily have found employment; for he was a good workman, and +people were fond of him in spite of all. But he was even more afraid +of work than he was fond of drink. Whenever want pressed too hard, he +worked a few days; but, as soon as he had earned ten francs, good-by! +Off he went, lounging by the road-side, talking with the wagoners, or +loafing about the villages, and watching for one of those kind topers, +who, rather than drink alone, invite the first-comer. Trumence +boasted of being well known all along the coast, and even far into the +department. And what was most surprising was that people did not blame +him much for his idleness. Good housewives in the country would, it is +true, greet him with a “Well, what do you want here, good-for-nothing?” + But they would rarely refuse him a bowl of soup or a glass of white +wine. His unchanging good-humor, and his obliging disposition, explained +this forbearance. This man, who would refuse a well-paid job, was ever +ready to lend a hand for nothing. And he was handy at every thing, by +land and by water, he called it, so that the farmer whose business was +pressing, and the fisherman in his boat who wanted help, appealed alike +to Trumence. + +The mischief, however, is, that this life of rural beggary, if it has +its good days, also has its evil times. On certain days, Trumence could +not find either kind-hearted topers or hospitable housewives. Hunger, +however, was ever on hand; then he had to become a marauder; dig some +potatoes, and cook them in a corner of a wood, or pilfer the orchards. +And if he found neither potatoes in the fields, nor apples in the +orchards, what could he do but climb a fence, or scale a wall? + +Relatively speaking, Trumence was an honest man, and incapable of +stealing a piece of money; but vegetables, fruits, chickens-- + +Thus it had come about that he had been arrested twice, and condemned to +several days’ imprisonment; and each time he had vowed solemnly that he +would never be caught at it again, and that he was going to work hard. +And yet he had been caught again. + +The poor fellow had told his misfortunes to Jacques; and Jacques, +who owed it to him that he could, when still in close confinement, +correspond with Dionysia, felt very kindly towards him. Hence, when he +saw him come up very respectful, and cap in hand, he asked,-- + +“What is it, Trumence?” + +“Sir,” replied the vagrant, “M. Blangin sends you word that the two +advocates are coming up to your room.” + +Once more the marquis embraced his son, saying,-- + +“Do not keep them waiting, and keep up your courage.” + + + +XXIII. + +The Marquis de Boiscoran had not been mistaken about M. Magloire. Much +shaken by Dionysia’s statement, he had been completely overcome by M. +Folgat’s explanations; and, when he now came to the jail, it was with a +determination to prove Jacques’s innocence. + +“But I doubt very much whether he will ever forgive me for my +incredulity,” he said to M. Folgat while they were waiting for the +prisoner in his cell. + +Jacques came in, still deeply moved by the scene with his father. M. +Magloire went up to him, and said,-- + +“I have never been able to conceal my thoughts, Jacques. When I thought +you guilty, and felt sure that you accused the Countess Claudieuse +falsely, I told you so with almost brutal candor. I have since found out +my error, and am now convinced of the truth of your statement: so I come +and tell you as frankly, Jacques, I was wrong to have had more faith in +the reputation of a woman than in the words of a friend. Will you give +me your hand?” + +The prisoner grasped his hand with a profusion of joy, and cried,-- + +“Since you believe in my innocence, others may believe in me too, and my +salvation is drawing near.” + +The melancholy faces of the two advocates told him that he was rejoicing +too soon. His features expressed his grief; but he said with a firm +voice,-- + +“Well, I see that the struggle will be a hard one, and that the result +is still uncertain. Never mind. You may be sure I will not give way.” + +In the meantime M. Folgat had spread out on the table all the papers +he had brought with him,--copies furnished by Mechinet, and notes taken +during his rapid journey. + +“First of all, my dear client,” he said, “I must inform you of what has +been done.” + +And when he had stated every thing, down to the minutest details of what +Goudar and he had done, he said,-- + +“Let us sum up. We are able to prove three things: 1. That the house in +Vine Street belongs to you, and that Sir Francis Burnett, who is known +there, and you are one; 2. That you were visited in this house by a +lady, who, from all the precautions she took, had powerful reasons to +remain unknown; 3. That the visits of this lady took place at certain +epochs every year, which coincided precisely with the journeys which the +Countess Claudieuse yearly made to Paris.” + +The great advocate of Sauveterre expressed his assent. + +“Yes,” he said, “all this is fully established.” + +“For ourselves, we have another certainty,--that Suky Wood, the servant +of the false Sir Francis Burnett, has watched the mysterious lady; that +she has seen her, and consequently would know her again.” + +“True, that appears from the deposition of the girl’s friend.” + +“Consequently, if we discover Suky Wood, the Countess Claudieuse is +unmasked.” + +“If we discover her,” said M. Magloire. “And here, unfortunately, we +enter into the region of suppositions.” + +“Suppositions!” said M. Folgat. “Well, call them so; but they are based +upon positive facts, and supported by a hundred precedents. Why should +we not find this Suky Wood, whose birthplace and family we know, and who +has no reason for concealment? Goudar has found very different people; +and Goudar is on our side. And you may be sure he will not be asleep. +I have held out to him a certain hope which will make him do +miracles,--the hope of receiving as a reward, if he succeeds, the +house in Vine Street. The stakes are too magnificent: he must win the +game,--he who has won so many already. Who knows what he may not have +discovered since we left him? Has he not done wonders already?” + +“It is marvellous!” cried Jacques, amazed at these results. + +Older than M. Folgat and Jacques, the eminent advocate of Sauveterre was +less ready to feel such enthusiasm. + +“Yes,” he said, “it is marvellous; and, if we had time, I would say +as you do, ‘We shall carry the day!’ But there is no time for Goudar’s +investigations: the sessions are on hand, and it seems to me it would be +very difficult to obtain a postponement.” + +“Besides, I do not wish it to be postponed,” said Jacques. + +“But”-- + +“On no account, Magloire, never! What? I should endure three months more +of this anguish which tortures me? I could not do it: my strength is +exhausted. This uncertainty has been too much for me. I could bear no +more suspense.” + +M. Folgat interrupted him, saying,-- + +“Do not trouble yourself about that: a postponement is out of the +question. On what pretext could we ask for it? The only way would be to +introduce an entirely new element in the case. We should have to summon +the Countess Claudieuse.” + +The greatest surprise appeared on Jacques’s face. + +“Will we not summon her anyhow?” he asked. + +“That depends.” + +“I do not understand you.” + +“It is very simple, however. If Goudar should succeed, before the trial, +in collecting sufficient evidence against her, I should summon her +certainly; and then the case would naturally change entirely; the whole +proceeding would begin anew; and you would probably appear only as a +witness. If, on the contrary, we obtain, before the trial begins, no +other proof but what we have now, I shall not mention her name even; for +that would, in my opinion, and in M. Magloire’s opinion, ruin your cause +irrevocably.” + +“Yes,” said the great advocate, “that is my opinion.” + +Jacques’s amazement was boundless. + +“Still,” he said, “in self-defence, I must, if I am brought up in court, +speak of my relations to the Countess Claudieuse.” + +“No.” + +“But that is my only explanation.” + +“If it were credited.” + +“And you think you can defend me, you think you can save me, without +telling the truth?” + +M. Folgat shook his head, and said,-- + +“In court the truth is the last thing to be thought of.” + +“Oh!” + +“Do you think the jury would credit allegations which M. Magloire did +not credit? No. Well, then, we had better not speak of them any more, +and try to find some explanation which will meet the charges brought +against you. Do you think we should be the first to act thus? By no +means. There are very few cases in which the prosecution says all it +knows, and still fewer in which the defence calls for every thing it +might call for. Out of ten criminal trials, there are at least three in +which side-issues are raised. What will be the charge in court against +you? The substance of the romance which the magistrate has invented in +order to prove your guilt. You must meet him with another romance which +proves your innocence.” + +“But the truth.” + +“Is dependent on probability, my dear client. Ask M. Magloire. The +prosecution only asks for probability: hence probability is all the +defence has to care for. Human justice is feeble, and limited in its +means; it cannot go down to the very bottom of things; it cannot judge +of motives, and fathom consciences. It can only judge from appearances, +and decide by plausibility; there is hardly a case which has not some +unexplored mystery, some undiscovered secret. The truth! Ah! do you +think M. Galpin has looked for it? If he did, why did he not summon +Cocoleu? But no, as long as he can produce a criminal, who may be +responsible for the crime, he is quite content. The truth! Which of us +knows the real truth? Your case, M. de Boiscoran, is one of those in +which neither the prosecution, nor the defence, nor the accused himself, +knows the truth of the matter.” + +There followed a long silence, so deep a silence, that the step of +the sentinel could be heard, who was walking up and down under the +prison-windows. M. Folgat had said all he thought proper to say: he +feared, in saying more, to assume too great a responsibility. It was, +after all, Jacques’s life and Jacques’s honor which were at stake. He +alone, therefore, ought to decide the nature of his defence. If his +judgment was too forcibly controlled by his counsel, he would have had +a right hereafter to say, “Why did you not leave me free to choose? I +should not have been condemned.” + +To show this very clearly, M. Folgat went on,-- + +“The advice I give you, my dear client, is, in my eyes, the best; it is +the advice I would give my own brother. But, unfortunately, I cannot say +it is infallible. You must decide yourself. Whatever you may resolve, I +am still at your service.” + +Jacques made no reply. His elbows resting on the table, his face in his +hands, he remained motionless, like a statue, absorbed in his thoughts. +What should he do? Should he follow his first impulse, tear the veil +aside, and proclaim the truth? That was a doubtful policy, but also, +what a triumph if he succeeded! + +Should he adopt the views of his counsel, employ subterfuges and +falsehoods? That was more certain of success; but to be successful in +this way--was that a real victory? + +Jacques was in a terrible perplexity. He felt it but too clearly. The +decision he must form now would decide his fate. Suddenly he raised his +head, and said,-- + +“What is your advice, M. Magloire?” + +The great advocate of Sauveterre frowned angrily; and said, in a +somewhat rough tone of voice,-- + +“I have had the honor to place before your mother all that my young +colleague has just told you. M. Folgat has but one fault,--he is too +cautious. The physician must not ask what his patient thinks of his +remedies: he must prescribe them. It may be that our prescriptions do +not meet with success; but, if you do not follow them, you are most +assuredly lost.” + +Jacques hesitated for some minutes longer. These prescriptions, as M. +Magloire called them, were painfully repugnant to his chivalrous and +open character. + +“Would it be worth while,” he murmured, “to be acquitted on such terms? +Would I really be exculpated by such proceedings? Would not my whole +life thereafter be disgraced by suspicions? I should not come out +from the trial with a clear acquittal: I should have escaped by a mere +chance.” + +“That would still better than to go, by a clear judgment, to the +galleys,” said M. Magloire brutally. + +This word, “the galleys,” made Jacques bound. He rose, walked up and +down a few times in his room, and then, placing himself in front of his +counsel, said,-- + +“I put myself in your hands, gentlemen. Tell me what I must do.” + +Jacques had at least this merit, if he once formed a resolution, he was +sure to adhere to it. Calm now, and self-possessed, he sat down, and +said, with a melancholy smile,-- + +“Let us hear the plan of battle.” + +This plan had been for a month now the one great thought of M. Folgat. +All his intelligence, all his sagacity and knowledge of the world, had +been brought to bear upon this case, which he had made his own, so +to say, by his almost passionate interest. He knew the tactics of the +prosecution as well as M. Galpin himself, and he knew its weak and its +strong side even better than M. Galpin. + +“We shall go on, therefore,” he began, “as if there was no such person +as the Countess Claudieuse. We know nothing of her. We shall say nothing +of the meeting at Valpinson, nor of the burned letters.” + +“That is settled.” + +“That being so, we must next look, not for the manner in which we spent +our time, but for our purpose in going out the evening of the crime. +Ah! If we could suggest a plausible, a very probable purpose, I should +almost guarantee our success; for we need not hesitate to say there is +the turning-point of the whole case, on which all the discussions will +turn.” + +Jacques did not seem to be fully convinced of this view. He said,-- + +“You think that possible?” + +“Unfortunately, it is but too certain; and, if I say unfortunately, it +is because here we have to meet a terrible charge, the most decisive, by +all means, that has been raised, one on which M. Galpin has not insisted +(he is much too clever for that), but one which, in the hands of the +prosecution, may become a terrible weapon.” + +“I must confess,” said Jacques, “I do not very well see”-- + +“Have you forgotten the letter you wrote to Miss Dionysia the evening of +the crime?” broke in M. Magloire. + +Jacques looked first at one, and then at the other of his counsel. + +“What,” he said, “that letter?” + +“Overwhelms us, my dear client,” said M. Folgat. “Don’t you remember it? +You told your betrothed in that note, that you would be prevented +from enjoying the evening with her by some business of the greatest +importance, and which could not be delayed? Thus, you see, you had +determined beforehand, and after mature consideration, to spend that +evening in doing a certain thing. What was it? ‘The murder of Count +Claudieuse,’ says the prosecution. What can we say?” + +“But, I beg your pardon--that letter. Miss Dionysia surely has not +handed it over to them?” + +“No; but the prosecution is aware of its existence. M. de Chandore and +M. Seneschal have spoken of it in the hope of exculpating you, and have +even mentioned the contents. And M. Galpin knows it so well, that he had +repeatedly mentioned it to you, and you have confessed all that he could +desire.” + +The young advocate looked among his papers; and soon he had found what +he wanted. + +“Look here,” he said, “in your third examination, I find this,--” + +“‘QUESTION.--You were shortly to marry Miss Chandore? + +ANSWER.--Yes. + +Q--For some time you had been spending your evenings with her? + +A.--Yes, all. + +Q.--Except the one of the crime? + +A.--Unfortunately. + +Q.--Then your betrothed must have wondered at your absence? + +A.--No: I had written to her.’” + +“Do you hear, Jacques?” cried M. Magloire. “Notice that M. Galpin takes +care not to insist. He does not wish to rouse your suspicions. He has +got you to confess, and that is enough for him.” + +But, in the meantime, M. Folgat had found another paper. + +“In your sixth examination,” he went on, “I have noticed this,-- + +“‘Q.--You left your house with your gun on your shoulder, without any +definite aim? + +A.--I shall explain that when I have consulted with counsel. + +Q.--You need no consultation to tell the truth. + +A.--I shall not change my resolution. + +Q.--Then you will not tell me where you were between eight and midnight? + +A.--I shall answer that question at the same time with the other. + +Q.--You must have had very strong reasons to keep you out, as you were +expected by your betrothed, Miss Chandore? + +A.--I had written to her not to expect me.’” + +“Ah! M. Galpin is a clever fellow,” growled M. Magloire. + +“Finally,” said M. Folgat, “here is a passage from your last but one +examination,-- + +“‘Q.--When you wanted to send anybody to Sauveterre, whom did you +usually employ? + +A.--The son of one of my tenants, Michael. + +Q.--It was he, I suppose, who, on the evening of the crime, carried the +letter to Miss Chandore, in which you told her not to expect you? + +A.--Yes. + +Q.--You pretended you would be kept by some important business? + +A.--That is the usual pretext. + +Q.--But in your case it was no pretext. Where had you to go? and where +did you go? + +A.--As long as I have not seen counsel I shall say nothing. + +Q.--Have a care: the system of negation and concealment is dangerous. + +A.--I know it, and I accept the consequences.’” + +Jacques was dumfounded. And necessarily every accused person is equally +surprised when he hears what he has stated in the examination. There is +not one who does not exclaim,-- + +“What, I said that? Never!” + +He has said it, and there is no denying it; for there it is written, and +signed by himself. How could he ever say so? + +Ah! that is the point. However clever a man may be, he cannot for many +months keep all his faculties on the stretch, and all his energy up to +its full power. He has his hours of prostration and his hours of hope, +his attacks of despair and his moments of courage; and the impassive +magistrate takes advantage of them all. Innocent or guilty, no prisoner +can cope with him. However powerful his memory may be, how can he +recall an answer which he may have given weeks and weeks before? The +magistrate, however, remembers it; and twenty times, if need be, +he brings it up again. And as the small snowflake may become an +irresistible avalanche, so an insignificant word, uttered at haphazard, +forgotten, then recalled, commented upon, and enlarged may become +crushing evidence. + +Jacques now experienced this. These questions had been put to him so +skilfully, and at such long intervals of time, that he had totally +forgotten them; and yet now, when he recalled his answers, he had to +acknowledge that he had confessed his purpose to devote that evening to +some business of great importance. + +“That is fearful!” he cried. + +And, overcome by the terrible reality of M. Folgat’s apprehension, he +added,-- + +“How can we get out of that?” + +“I told you,” replied M. Folgat, “we must find some plausible +explanation.” + +“I am sure I am incapable of that.” + +The young lawyer seemed to reflect a moment, and then he said,-- + +“You have been a prisoner while I have been free. For a month now I have +thought this matter over.” + +“Ah!” + +“Where was your wedding to be?” + +“At my house at Boiscoran.” + +“Where was the religious ceremony to take place?” + +“At the church at Brechy.” + +“Have you ever spoken of that to the priest?” + +“Several times. One day especially, when we discussed it in a pleasant +way, he said jestingly to me, ‘I shall have you, after all in my +confessional.’” + +M. Folgat almost trembled with satisfaction, and Jacques saw it. + +“Then the priest at Brechy was your friend?” + +“An intimate friend. He sometimes came to dine with me quite +unceremoniously, and I never passed him without shaking hands with him.” + +The young lawyer’s joy was growing perceptibly. + +“Well,” he said, “my explanation is becoming quite plausible. Just hear +what I have positively ascertained to be the fact. In the time from nine +to eleven o’clock, on the night of the crime, there was not a soul at +the parsonage in Brechy. The priest was dining with M. Besson, at his +house; and his servant had gone out to meet him with a lantern.” + +“I understand,” said M. Magloire. + +“Why should you not have gone to see the priest at Brechy, my dear +client? In the first place, you had to arrange the details of the +ceremony with him; then, as he is your friend, and a man of experience, +and a priest, you wanted to ask him for his advice before taking so +grave a step, and, finally, you intended to fulfil that religious duty +of which he spoke, and which you were rather reluctant to comply with.” + +“Well said!” approved the eminent lawyer of Sauveterre,--“very well +said!” + +“So, you see, my dear client, it was for the purpose of consulting the +priest at Brechy that you deprived yourself of the pleasure of spending +the evening with your betrothed. Now let us see how that answers +the allegations of the prosecution. They ask you why you took to the +marshes. Why? Because it was the shortest way, and you were afraid of +finding the priest in bed. Nothing more natural; for it is well known +that the excellent man is in the habit of going to bed at nine o’clock. +Still you had put yourself out in vain; for, when you knocked at the +door of the parsonage, nobody came to open.” + +Here M. Magloire interrupted his colleague, saying,-- + +“So far, all is very well. But now there comes a very great +improbability. No one would think of going through the forest of +Rochepommier in order to return from Brechy to Boiscoran. If you knew +the country”-- + +“I know it; for I have carefully explored it. And the proof of it is, +that, having foreseen the objection, I have found an answer. While M. de +Boiscoran knocked at the door, a little peasant-girl passed by, and told +him that she had just met the priest at a place called the Marshalls’ +Cross-roads. As the parsonage stands quite isolated, at the end of the +village, such an incident is very probable. As for the priest, chance +led me to learn this: precisely at the hour at which M. de Boiscoran +would have been at Brechy, a priest passed the Marshalls’ Cross-roads; +and this priest, whom I have seen, belongs to the next parish. He also +dined at M. Besson’s, and had just been sent for to attend a dying +woman. The little girl, therefore, did not tell a story; she only made a +mistake.” + +“Excellent!” said M. Magloire. + +“Still,” continued M. Folgat, “after this information, what did M. de +Boiscoran do? He went on; and, hoping every moment to meet the priest, +he walked as far as the forest of Rochepommier. Finding, at last, that +the peasant-girl had--purposely or not--led him astray, he determined to +return to Boiscoran through the woods. But he was in very bad humor +at having thus lost an evening which he might have spent with his +betrothed; and this made him swear and curse, as the witness Gaudry has +testified.” + +The famous lawyer of Sauveterre shook his head. + +“That is ingenious, I admit; and I confess, in all humility, that +I could not have suggested any thing as good. But--for there is a +but--your story sins by its very simplicity. The prosecution will say, +‘If that is the truth, why did not M. de Boiscoran say so at once? And +what need was there to consult his counsel?’” + +M. Folgat showed in his face that he was making a great effort to meet +the objection. After a while, he replied,-- + +“I know but too well that that is the weak spot in our armor,--a very +weak spot, too; for it is quite clear, that, if M. de Boiscoran had +given this explanation on the day of his arrest, he would have been +released instantly. But what better can be found? What else can be +found? However, this is only a rough sketch of my plan, and I have never +put it into words yet till now. With your assistance, M. Magloire, with +the aid of Mechinet, to whom I am already indebted for very valuable +information, with the aid of all our friends, in fine, I cannot help +hoping that I may be able to improve my plan by adding some mysterious +secret which may help to explain M. de Boiscoran’s reticence. I thought, +at one time, of calling in politics, and to pretend, that, on account of +the peculiar views of which he is suspected, M. de Boiscoran preferred +keeping his relations with the priest at Brechy a secret.” + +“Oh, that would have been most unfortunate!” broke in M. Magloire. +“We are not only religious at Sauveterre, we are devout, my good +colleague,--excessively devout.” + +“And I have given up that idea.” + +Jacques, who had till now kept silent and motionless, now raised himself +suddenly to his full height, and cried, in a voice of concentrated +rage,-- + +“Is it not too bad, is it not atrocious, that we should be compelled +to concoct a falsehood? And I am innocent! What more could be done if I +were a murderer?” + +Jacques was perfectly right: it was monstrous that he should be +absolutely forced to conceal the truth. But his counsel took no notice +of his indignation: they were too deeply absorbed in examining minutely +their system of defence. + +“Let us go on to the other points of the accusation,” said M. Magloire. + +“If my version is accepted,” replied M. Folgat, “the rest follows as a +matter of course. But will they accept it? On the day on which he was +arrested, M. de Boiscoran, trying to find an excuse for having been +out that night, has said that he had gone to see his wood-merchant at +Brechy. That was a disastrous imprudence. And here is the real danger. +As to the rest, that amounts to nothing. There is the water in which M. +de Boiscoran washed his hands when he came home, and in which they +have found traces of burnt paper. We have only to modify the facts very +slightly to explain that. We have only to state that M. de Boiscoran is +a passionate smoker: that is well known. He had taken with him a goodly +supply of cigarettes when he set out for Brechy; but he had taken +no matches. And that is a fact. We can furnish proof, we can produce +witnesses, we had no matches; for we had forgotten our match-box, the +day before, at M. de Chandore’s,--the box which we always carry about +on our person, which everybody knows, and which is still lying on the +mantelpiece in Miss Dionysia’s little boudoir. Well, having no matches, +we found that we could go no farther without a smoke. We had gone quite +far already; and the question was, Shall we go on without smoking, or +return? No need of either! There was our gun; and we knew very well what +sportsmen do under such circumstances. We took the shot out of one of +our cartridges, and, in setting the powder on fire, we lighted a piece +of paper. This is an operation in which you cannot help blackening your +fingers. As we had to repeat it several times, our hands were very much +soiled and very black, and the nails full of little fragments of burnt +paper.” + +“Ah! now you are right,” exclaimed M. Magloire. “Well done!” + +His young colleague became more and more animated; and always employing +the profession “we,” which his brethren affect, he went on,-- + +“This water, which you dwell upon so much, is the clearest evidence of +our innocence. If we had been an incendiary, we should certainly +have poured it out as hurriedly as the murderer tries to wash out the +blood-stains on his clothes, which betray him.” + +“Very well,” said M. Magloire again approvingly. + +“And your other charges,” continued M. Folgat, as if he were standing in +court, and addressing the jury,--“your other charges have all the same +weight. Our letter to Miss Dionysia--why do you refer to that? Because, +you say, it proves our premeditation. Ah! there I hold you. Are we +really so stupid and bereft of common sense? That is not our reputation. +What! we premeditate a crime, and we do not say to ourselves that we +shall certainly be convicted unless we prepare an _alibi_! What! we +leave home with the fixed purpose of killing a man, and we load our gun +with small-shot! Really, you make the defence too easy; for your charges +do not stand being examined.” + +It was Jacques’s turn, this time, to testify his approbation. + +“That is,” he said, “what I have told Galpin over and over again; and he +never had any thing to say in reply. We must insist on that point.” + +M. Folgat was consulting his notes. + +“I now come to a very important circumstance, and one which I should, +at the trial, make a decisive question, if it should be favorable to our +side. Your valet, my dear client,--your old Anthony,--told me that he +had cleaned and washed your breech-loader the night before the crime.” + +“Great God!” exclaimed Jacques. + +“Well, I see you appreciate the importance of the fact. Between that +cleaning and the time when you set a cartridge on fire, in order to burn +the letters of the Countess Claudieuse, did you fire your gun? If you +did, we must say nothing more about it. If you did not, one of the +barrels of the breech-loader must be clean, and then you are safe.” + +For more than a minute, Jacques remained silent, trying to recall the +facts; at last he replied,-- + +“It seems to me, I am sure, I fired at a rabbit on the morning of the +fatal day.” + +M. Magloire looked disappointed. + +“Fate again!” he said. + +“Oh, wait!” cried Jacques. “I am quite sure, at all events, that I +killed that rabbit at the first shot. Consequently, I can have fouled +only one barrel of the gun. If I have used the same barrel at Valpinson, +to get a light, I am safe. With a double gun, one almost instinctively +first uses the right-hand barrel.” + +M. Magloire’s face grew darker. + +“Never mind,” he said, “we cannot possibly make an argument upon such +an uncertain chance,--a chance which, in case of error, would almost +fatally turn against us. But at the trial, when they show you the gun, +examine it, so that you can tell me how that matter stands.” + +Thus they had sketched the outlines of their plan of defence. There +remained nothing now but to perfect the details; and to this task the +two lawyers were devoting themselves still, when Blangin, the jailer, +called to them through the wicket, that the doors of the prison were +about to be closed. + +“Five minutes more, my good Blangin!” cried Jacques. + +And drawing his two friends aside, as far from the wicket as he could, +he said to them in a low and distressed voice,-- + +“A thought has occurred to me, gentlemen, which I think I ought to +mention to you. It cannot be but that the Countess Claudieuse must be +suffering terribly since I am in prison. However, sure she may be of +having left no trace behind her that could betray her, she must tremble +at the idea that I may, after all, tell the truth in self-defence. She +would deny, I know, and she is so sure of her prestige, that she knows +my accusation would not injure her marvellous reputation. Nevertheless, +she cannot but shrink from the scandal. Who knows if she might not give +us the means to escape from the trial, to avoid such exposure? Why might +not one of you gentleman make the attempt?” + +M. Folgat was a man of quick resolution. + +“I will try, if you will give me a line of introduction.” + +Jacque immediately sat down, and wrote,-- + +“I have told my counsel, M. Folgat, every thing. Save me, and I swear to +you eternal silence. Will you let me perish, Genevieve, when you know I +am innocent? + +“JACQUES.” “Is that enough?” he asked, handing the lawyer the note. + +“Yes; and I promise you I will see the Countess Claudieuse within the +next forty-eight hours.” + +Blangin was becoming impatient; and the two advocates had to leave the +prison. As they crossed the New-Market Square, they noticed, not far +from them, a wandering musician, who was followed by a number of boys +and girls. + +It was a kind of minstrel, dressed in a sort of garment which was no +longer an overcoat and had not yet assumed the shape of a shortcoat. +He was strumming on a wretched fiddle; but his voice was good, and the +ballad he sang had the full flavor of the local accent:-- + + “In the spring, mother Redbreast + Made her nest in the bushes, + The good lady! + Made her nest in the bushes, + The good lady!” + +Instinctively M. Folgat was fumbling in his pocket for a few cents, when +the musician came up to him, held out his hat as if to ask alms, and +said,-- + +“You do not recognize me?” + +The advocate started. + +“You here!” he said. + +“Yes, I myself. I came this morning. I was watching for you; for I +must see you this evening at nine o’clock. Come and open the little +garden-gate at M. de Chandore’s for me.” + +And, taking up his fiddle again, he wandered off listlessly, singing +with his clear voice,-- + + “And a few, a few weeks later, + She had a wee, a wee bit birdy.” + + + +XXIV. + +The great lawyer of Sauveterre had been far more astonished at the +unexpected and extraordinary meeting than M. Folgat. As soon as the +wandering minstrel had left them, he asked his young colleague,-- + +“You know that individual?” + +“That individual,” replied M. Folgat, “is none other than the agent +whose services I have engaged, and whom I mentioned to you.” + +“Goudar?” + +“Yes, Goudar.” + +“And did you not recognize him?” + +The young advocate smiled. + +“Not until he spoke,” he replied. “The Goudar whom I know is tall, thin, +beardless, and wears his hair cut like a brush. This street-musician is +low, bearded, and has long, smooth hair falling down his back. How could +I recognize my man in that vagabond costume, with a violin in his hand, +and a provincial song set to music?” + +M. Magloire smiled too, as he said,-- + +“What are, after all, professional actors in comparison with these men! +Here is one who pretends having reached Sauveterre only this morning, +and who knows the country as well as Trumence himself. He has not been +here twelve hours, and he speaks already of M. de Chandore’s little +garden-gate.” + +“Oh! I can explain that circumstance now, although, at first, it +surprised me very much. When I told Goudar the whole story, I no doubt +mentioned the little gate in connection with Mechinet.” + +Whilst they were chatting thus, they had reached the upper end of +National Street. Here they stopped; and M. Magloire said,-- + +“One word before we part. Are you quite resolved to see the Countess +Claudieuse?” + +“I have promised.” + +“What do you propose telling her?” + +“I do not know. That depends upon how she receives me.” + +“As far as I know her, she will, upon looking at the note, merely order +you out.” + +“Who knows! At all events, I shall not have to reproach myself for +having shrunk from a step which in my heart I thought it my duty to +take.” + +“Whatever may happen, be prudent, and do not allow yourself to get +angry. Remember that a scene with her would compel us to change our +whole line of defence, and that that is the only one which promises any +success.” + +“Oh, do not fear!” + +Thereupon, shaking hands once more, they parted, M. Magloire returning +to his house, and M. Folgat going up the street. It struck half-past +five, and the young advocate hurried on for fear of being too late. He +found them waiting for him to go to dinner; but, as he entered the room, +he forgot all his excuses in his painful surprise at the mournful and +dejected appearance of the prisoner’s friends and relatives. + +“Have we any bad news?” he asked with a hesitating voice. + +“The worst we had to fear,” replied the Marquis de Boiscoran. “We had +all foreseen it; and still, as you see, it has surprised us all, like a +clap of thunder.” + +The young lawyer beat his forehead, and cried,-- + +“The court has ordered the trial!” + +The marquis only bent his head, as if his voice, had failed him to +answer the question. + +“It is still a great secret,” said Dionysia; “and we only know it, +thanks to the indiscretion of our kind, our devoted Mechinet. Jacques +will have to appear before the Assizes.” + +She was interrupted by a servant, who entered to announce that dinner +was on the table. + +They all went into the dining-room; but the last event made it well-nigh +impossible for them to eat. Dionysia alone, deriving from feverish +excitement an amazing energy, aided M. Folgat in keeping up the +conversation. From her the young advocate learned that Count Claudieuse +was decidedly worse, and that he would have received, in the day, the +last sacrament, but for the decided opposition of Dr. Seignebos, who had +declared that the slightest excitement might kill his patient. + +“And if he dies,” said M. de Chandore, “that is the finishing +stroke. Public opinion, already incensed against Jacques, will become +implacable.” + +However, the meal came to an end; and M. Folgat went up to Dionysia, +saying,-- + +“I must beg of you, madam, to trust me with the key to the little +garden-gate.” + +She looked at him quite astonished. + +“I have to see a detective secretly, who has promised me his +assistance.” + +“Is he here?” + +“He came this morning.” + +When Dionysia had handed him the key, M. Folgat hastened to reach +the end of the garden; and, at the third stroke of nine o’clock, the +minstrel of the New-Market Square, Goudar, pushed the little gate, and, +his violin under his arm, slipped into the garden. + +“A day lost!” he exclaimed, without thinking of saluting the young +lawyer,--“a whole day; for I could do nothing till I had seen you.” + +He seemed to be so angry, that M. Folgat tried to soothe him. + +“Let me first of all compliment you on your disguise,” he said. But +Goudar did not seem to be open to praise. + +“What would a detective be worth if he could not disguise himself! A +great merit, forsooth! And I tell you, I hate it! But I could not think +of coming to Sauveterre in my own person, a detective. Ugh! Everybody +would have run away; and what a pack of lies they would have told me! So +I had to assume that hideous masquerade. To think that I once took +six months’ lessons from a music-teacher merely to fit myself for that +character! A wandering musician, you see, can go anywhere, and nobody is +surprised; he goes about the streets, or he travels along the high-road; +he enters into yards, and slips into houses; he asks alms: and in so +doing, he accosts everybody, speaks to them, follows them. And as to my +precious dialect, you must know I have been down here once for half a +year, hunting up counterfeiters; and, if you don’t catch a provincial +accent in six months, you don’t deserve belonging to the police. And +I do belong to it, to the great distress of my wife, and to my own +disgust.” + +“If your ambition is really what you say, my dear, Goudar,” said M. +Folgat, interrupting him, “you may be able to leave your profession very +soon--if you succeed in saving M. de Boiscoran.” + +“He would give me his house in Vine Street?” + +“With all his heart!” + +The detective looked up, and repeated slowly,-- + +“The house in Vine Street, the paradise of this world. An immense +garden, a soil of marvellous beauty. And what an exposure! There are +walls there on which I could raise finer peaches than they have at +Montreuil, and richer Chasselas than those of Fontainebleau!” + +“Did you find any thing there?” asked M. Folgat. + +Goudar, thus recalled to business, looked angry again. + +“Nothing at all,” he replied. “Nor did I learn any thing from the +tradesmen. I am no further advanced than I was the first day.” + +“Let us hope you will have more luck here.” + +“I hope so; but I need your assistance to commence operations. I must +see Dr. Seignebos, and Mechinet the clerk. Ask them to meet me at the +place I shall assign in a note which I will send them.” + +“I will tell them.” + +“Now, if you want my _incognito_ to be respected, you must get me a +permit from the mayor, for Goudar, street-musician. I keep my name, +because here nobody knows me. But I must have the permit this evening. +Wherever I might present myself, asking for a bed, they would call for +my papers.” + +“Wait here for a quarter of an hour, there is a bench,” said M. Folgat, +“and I’ll go at once to the mayor.” + +A quarter of an hour later, Goudar had his permit in his pocket, +and went to take lodgings at the Red Lamb, the worst tavern in all +Sauveterre. + +When a painful and inevitable duty is to be performed, the true +character of a man is apt to appear in its true light. Some people +postpone it as long as they can, and delay, like those pious persons +who keep the biggest sin for the end of their confession: others, on the +contrary, are in a hurry to be relieved of their anxiety, and make an +end of it as soon as they can. M. Folgat belonged to this latter class. + +Next morning he woke up at daylight, and said to himself,-- + +“I will call upon the Countess Claudieuse this morning.” + +At eight o’clock, he left the house, dressed more carefully than usual, +and told the servant that he did not wish to be waited for if he should +not be back for breakfast. + +He went first to the court-house, hoping to meet the clerk there. He +was not disappointed. The waiting-rooms were quite deserted yet; but +Mechinet was already at work in his office, writing with the feverish +haste of a man who has to pay for a piece of property that he wants to +call his own. + +When he saw Folgat enter, he rose, and said at once,-- + +“You have heard the decision of the court?” + +“Yes, thanks to your kindness; and I must confess it has not surprised +me. What do they think of it here?” + +“Everybody expects a condemnation.” + +“Well, we shall see!” said the young advocate. + +And, lowering his voice, he added,-- + +“But I came for another purpose. The agent whom I expected has come, and +he wishes to see you. He will write to you to make an appointment, and I +hope you will consent.” + +“Certainly, with all my heart,” replied the clerk. “And God grant that +he may succeed in extricating M. de Boiscoran from his difficulties, +even if it were only to take the conceit out of my master.” + +“Ah! is M. Galpin so triumphant?” + +“Without the slightest reserve. He sees his old friend already at the +galleys. He has received another letter of congratulation from the +attorney general, and came here yesterday, when the court had +adjourned, to read it to any one who would listen. Everybody, of course, +complimented him, except the president, who turned his back upon him, +and the commonwealth attorney, who told him in Latin that he was selling +the bear’s skin before he had killed him.” + +In the meantime steps were heard coming down the passages; and M. Folgat +said hurriedly,-- + +“One more suggestion. Goudar desires to remain unknown. Do not speak of +him to any living soul, and especially show no surprise at the costume +in which you see him.” + +The noise of a door which was opened interrupted him. One of the judges +entered, who, after having bowed very civilly, asked the clerk a number +of questions about a case which was to come on the same day. + +“Good-bye, M. Mechinet,” said the young advocate. + +And his next visit was to Dr. Seignebos. When he rang the bell, a +servant came to the door, and said,-- + +“The doctor is gone out; but he will be back directly, and has told me +to beg you to wait for him in his study.” + +Such an evidence of perfect trust was unheard of. No one was ever +allowed to remain alone in his sanctuary. It was an immense room, quite +full of most varied objects, which at a glance revealed the opinions, +tastes, and predilections of the owner. The first thing to strike the +visitor as he entered was an admirable bust of Bichat, flanked on either +side by smaller busts of Robespierre and Rousseau. A clock of the time +of Louis XIV. stood between the windows, and marked the seconds with a +noise which sounded like the rattling of old iron. One whole side was +filled with books of all kinds, unbound or bound, in a way which would +have set M. Daubigeon laughing very heartily. A huge cupboard adapted +for collections of plants bespoke a passing fancy for botany; while an +electric machine recalled the time when the doctor believed in cures by +electricity. + +On the table in the centre of the room vast piles of books betrayed the +doctor’s recent studies. All the authors who have spoken of insanity +or idiocy were there, from Apostolides to Tardien. M. Folgat was still +looking around when Dr. Seignebos entered, always like a bombshell, but +far more cheerful than usual. + +“I knew I should find you here!” he cried still in the door. “You come +to ask me to meet Goudar.” + +The young advocate started, and said, all amazed,-- + +“Who can have told you?” + +“Goudar himself. I like that man. I am sure no one will suspect me of +having a fancy for any thing that is connected with the police. I have +had too much to do all my life with spies and that ilk. But your man +might almost reconcile me with that department.” + +“When did you see him?” + +“This morning at seven. He was so prodigiously tired of losing his +time in his garret at the Red Lamb, that it occurred to him to +pretend illness, and to send for me. I went, and found a kind of +street-minstrel, who seemed to me to be perfectly well. But, as soon +as we were alone, he told me all about it, asking me my opinion, and +telling me his ideas. M. Folgat, that man Goudar is very clever: I tell +you so; and we understand each other perfectly.” + +“Has he told you what he proposes to do?” + +“Nearly so. But he has not authorized me to speak of it. Have patience; +let him go to work, wait, and you will see if old Seignebos has a keen +scent.” + +Saying this with an air of sublime conceit, he took off his spectacles, +and set to work wiping them industriously. + +“Well, I will wait,” said the young advocate. “And, since that makes an +end to my business here, I beg you will let me speak to you of another +matter. M. de Boiscoran has charged me with a message to the Countess +Claudieuse.” + +“The deuce!” + +“And to try to obtain from her the means for our discharge.” + +“Do you expect she will do it?” + +M. Folgat could hardly retain an impatient gesture. + +“I have accepted the mission,” he said dryly, “and I mean to carry it +out.” + +“I understand, my dear sir. But you will not see the countess. The count +is very ill. She does not leave his bedside, and does not even receive +her most intimate friends.” + +“And still I must see her. I must at any hazard place a note which my +client has confided to me, in her own hands. And look here, doctor, I +mean to be frank with you. It was exactly because I foresaw there would +be difficulties, that I came to you to ask your assistance in overcoming +or avoiding them.” + +“To me?” + +“Are you not the count’s physician?” + +“Ten thousand devils!” cried Dr. Seignebos. “You do not mince matters, +you lawyers!” + +And then speaking in a lower tone, and replying apparently to his own +objections rather than to M. Folgat, he said,-- + +“Certainly, I attend Count Claudieuse, whose illness, by the way, upsets +all my theories, and defies all my experience: but for that very reason +I can do nothing. Our profession has certain rules which cannot be +infringed upon without compromising the whole medical profession.” + +“But it is a question of life and death with Jacques, sir, with a +friend.” + +“And a fellow Republican, to be sure. But I cannot help you without +abusing the confidence of the Countess Claudieuse.” + +“Ah, sir! Has not that woman committed a crime for which M. de +Boiscoran, though innocent, will be arraigned in court?” + +“I think so; but still”-- + +He reflected a moment, and then suddenly snatched up his broad-brimmed +hat, drew it over his head, and cried,-- + +“In fact, so much the worse for her! There are sacred interests which +override every thing. Come!” + + + +XXV. + +Count Claudieuse and his wife had installed themselves, the day after +the fire, in Mautrec Street. The house which the mayor had taken for +them had been for more than a century in the possession of the great +Julias family, and is still considered one of the finest and most +magnificent mansions in Sauveterre. + +In less than ten minutes Dr. Seignebos and M. Folgat had reached the +house. From the street, nothing was visible but a tall wall, as old as +the castle, according to the claims of archaeologists, and covered +all over with a mass of wild flowers. In this wall there is a huge +entrance-gate with folding-doors. During the day one-half is opened, and +a light, low open-work railing put in, which rings a bell as soon as it +is pushed open. + +You then cross a large garden, in which a dozen statues, covered with +green moss, are falling to pieces on their pedestals, overshadowed by +magnificent old linden-trees. The house has only two stories. A large +hall extends from end to end of the lower story; and at the end a wide +staircase with stone steps and a superb iron railing leads up stairs. +When they entered the hall, Dr. Seignebos opened a door on the right +hand. + +“Step in here and wait,” he said to M. Folgat. “I will go up stairs and +see the count, whose room is in the second story, and I will send you +the countess.” + +The young advocate did as he was bid, and found himself in a large +room, brilliantly lighted up by three tall windows that went down to the +ground, and looked out upon the garden. This room must have been superb +formerly. The walls were wainscoted with arabesques and lines in gold. +The ceiling was painted, and represented a number of fat little angels +sporting in a sky full of golden stars. + +But time had passed its destroying hand over all this splendor of the +past age, had half effaced the paintings, tarnished the gold of the +arabesques, and faded the blue of the ceiling and the rosy little loves. +Nor was the furniture calculated to make compensation for this decay. +The windows had no curtains. On the mantelpiece stood a worn-out clock +and half-broken candelabra; then, here and there, pieces of furniture +that would not match, such as had been rescued from the fire at +Valpinson,--chairs, sofas, arm-chairs, and a round table, all battered +and blackened by the flames. + +But M. Folgat paid little attention to these details. He only thought of +the grave step on which he was venturing, and which he now only looked +at in its full strangeness and extreme boldness. Perhaps he would have +fled at the last moment if he could have done so; and he was only able +by a supreme effort to control his excitement. + +At last he heard a rapid, light step in the hall; and almost immediately +the Countess Claudieuse appeared. He recognized her at once, such as +Jacques had described her to him, calm, serious, and serene, as if her +soul were soaring high above all human passions. Far from diminishing +her exquisite beauty, the terrible events of the last months had only +surrounded her, as it were, with a divine halo. She had fallen off +a little, however. And the dark semicircle under her eyes, and the +disorder of her hair, betrayed the fatigue and the anxiety of the long +nights which she had spent by her husband’s bedside. + +As M. Folgat was bowing, she asked,-- + +“You are M. de Boiscoran’s counsel?” + +“Yes, madam,” replied the young advocate. + +“The doctor tells me you wish to speak to me.” + +“Yes, madam.” + +With a queenly air, she pointed to a chair, and, sitting down herself, +she said,-- + +“I hear, sir.” + +M. Folgat began with beating heart, but a firm voice,-- + +“I ought, first of all, madam, to state to you my client’s true +position.” + +“That is useless, sir. I know.” + +“You know, madam, that he has been summoned to trial, and that he may be +condemned?” + +She shook her head with a painful movement, and said very softly,-- + +“I know, sir, that Count Claudieuse has been the victim of a most +infamous attempt at murder; that he is still in danger, and that, unless +God works a miracle, I shall soon be without a husband, and my children +without a father.” + +“But M. de Boiscoran is innocent, madam.” + +The features of the countess assumed an expression of profound surprise; +and, looking fixedly at M. Folgat, she said,-- + +“And who, then, is the murderer?” + +Ah! It cost the young advocate no small effort to prevent his lips from +uttering the fatal word, “You,” prompted by his indignant conscience. +But he thought of the success of his mission; and, instead of replying, +he said,-- + +“To a prisoner, madam, to an unfortunate man on the eve of judgment, an +advocate is a confessor, to whom he tells every thing. I must add that +the counsel of the accused is like a priest: he must forget the secrets +which have been confided to him.” + +“I do not understand, sir.” + +“My client, madam, had a very simple means to prove his innocence. +He had only to tell the truth. He has preferred risking his own honor +rather than to betray the honor of another person.” + +The countess looked impatient, and broke in, saying,-- + +“My moments are counted, sir. May I beg you will be more explicit?” + +But M. Folgat had gone as far as he well could go. + +“I am desired by M. de Boiscoran, madam, to hand you a letter.” + +The Countess Claudieuse seemed to be overwhelmed with surprise. + +“To me?” she said. “On what ground?” + +Without saying a word, M. Folgat drew Jacques’s letter from his +portfolio, and handed it to her. + +“Here it is!” he said. + +She took it with a perfectly steady hand, and opened it slowly. But, +as soon as she had run her eye over it, she rose, turned crimson in her +face, and said with flaming eyes,-- + +“Do you know, sir, what this letter contains?” + +“Yes.” + +“Do you know that M. de Boiscoran dares call me by my first name, +Genevieve, as my husband does, and my father?” + +The decisive moment had come, and M. Folgat had all his self-possession. + +“M. de Boiscoran, madame, claims that he used to call you so in former +days,--in Vine Street,--in days when you called him Jacques.” + +The countess seemed to be utterly bewildered. + +“But that is sheer infamy, sir,” she stammered. “What! M. de Boiscoran +should have dared tell you that I, the countess Claudieuse, have been +his--mistress?” + +“He certainly said so, madam; and he affirms, that a few moments +before the fire broke out, he was near you, and that, if his hands were +blackened, it was because he had burned your letters and his.” + +She rose at these words, and said in a penetrating voice,-- + +“And you could believe that,--you? Ah! M. de Boiscoran’s other crimes +are nothing in comparison with this! He is not satisfied with having +burnt our house, and ruined us: he means to dishonor us. He is not +satisfied with having murdered my husband: he must ruin the honor of his +wife also.” + +She spoke so loud, that her voice must have been distinctly heard in the +vestibule. + +“Lower, madam, I pray you speak lower,” said M. Folgat. + +She cast upon him a crushing glance; and, raising her voice still +higher, she went on,-- + +“Yes, I understand very well that you are afraid of being heard. But +I--what have I to fear? I could wish the whole world to hear us, and to +judge between us. Lower, you say? Why should I speak less loud? Do you +think that if Count Claudieuse were not on his death-bed, this letter +would not have long since been in his hands? Ah, he would soon have +satisfaction for such an infamous letter, he! But I, a poor woman! I +have never seen so clearly that the world thinks my husband is lost +already, and that I am alone in this world, without a protector, without +friends.” + +“But, madam, M. de Boiscoran pledges himself to the most perfect +secrecy.” + +“Secrecy in what? In your cowardly insults, your abominable plots, of +which this, no doubt, is but a beginning?” + +M. Folgat turned livid under this insult. + +“Ah, take care, madam,” he said in a hoarse voice: “we have proof, +absolute, overwhelming proof.” + +The countess stopped him by an imperious gesture, and with the +haughtiest disdain, grief, and wrath, she said,-- + +“Well, then, produce your proof. Go, hasten, act as you like. We shall +see if the vile calumnies of an incendiary can stain the pure reputation +of an honest woman. We shall see if a single speck of this mud in which +you wallow can reach up to me.” + +And, throwing Jacques’s letter at M. Folgat’s feet, she went to the +door. + +“Madam,” said M. Folgat once more,--“madam!” + +She did not even condescend to turn round: she disappeared, leaving him +standing in the middle of the room, so overcome with amazement, that he +could not collect his thoughts. Fortunately Dr. Seignebos came in. + +“Upon my word!” he said, “I never thought the countess would take my +treachery so coolly. When she came out from you just now, she asked me, +in the same tone as every day, how I had found her husband, and what was +to be done. I told her”-- + +But the rest of the sentence remained unspoken: the doctor had become +aware of M. Folgat’s utter consternation. + +“Why, what on earth is the matter?” he asked. + +The young advocate looked at him with an utterly bewildered air. + +“This is the matter: I ask myself whether I am awake or dreaming. This +is the matter: that, if this woman is guilty, she possesses an audacity +beyond all belief.” + +“How, if? Have you changed your mind about her guilt?” + +M. Folgat looked altogether disheartened. + +“Ah!” he said, “I hardly know myself. Do you not see that I have lost my +head, that I do not know what to think, and what to believe?” + +“Oh!” + +“Yes, indeed! And yet, doctor, I am not a simpleton. I have now been +pleading five years in criminal courts: I have had to dive down into +the lowest depths of society; I have seen strange things, and met with +exceptional specimens, and heard fabulous stories”-- + +It was the doctor’s turn, now, to be amazed; and he actually forgot to +trouble his gold spectacles. + +“Why? What did the countess say?” he asked. + +“I might tell you every word,” replied M. Folgat, “and you would be none +the wiser. You ought to have been here, and seen her, and heard her! +What a woman! Not a muscle in her face was moving; her eye remained +limpid and clear; no emotion was felt in her voice. And with what an air +she defied me! But come, doctor, let us be gone!” + +They went out, and had already gone about a third down the long avenue +in the garden, when they saw the oldest daughter of the countess coming +towards them, on her way to the house, accompanied by her governess. +Dr. Seignebos stopped, and pressing the arm of the young advocate, and +bending over to him, he whispered into his ear,-- + +“Mind!” he said. “You know the truth is in the lips of children.” + +“What do you expect?” murmured M. Folgat. + +“To settle a doubtful point. Hush! Let me manage it.” + +By this time the little girl had come up to them. It was a very graceful +girl of eight or nine years, light haired, with large blue eyes, tall +for her age, and displaying all the intelligence of a young girl, +without her timidity. + +“How are you, little Martha?” said the doctor to her in his gentlest +voice, which was very soft when he chose. + +“Good-morning, gentlemen!” she replied with a nice little courtesy. + +Dr. Seignebos bent down to kiss her rosy cheeks, and them, looking at +her, he said,-- + +“You look sad, Martha?” + +“Yes, because papa and little sister are sick,” she replied with a deep +sigh. + +“And also because you miss Valpinson?” + +“Oh, yes!” + +“Still it is very pretty here, and you have a large garden to play in.” + +She shook her head, and, lowering her voice, she said,-- + +“It is certainly very pretty here; but--I am afraid.” + +“And of what, little one?” + +She pointed to the statues, and all shuddering, she said,-- + +“In the evening, when it grows dark, I fancy they are moving. I think +I see people hiding behind the trees, like the man who wanted to kill +papa.” + +“You ought to drive away those ugly notions, Miss Martha,” said M. +Folgat. + +But Dr. Seignebos did not allow him to go on. + +“What, Martha? I did not know you were so timid. I thought, on the +contrary, you were very brave. Your papa told me the night of the fire +you were not afraid of any thing.” + +“Papa was right.” + +“And yet, when you were aroused by the flames, it must have been +terrible.” + +“Oh! it was not the flames which waked me, doctor.” + +“Still the fire had broken out.” + +“I was not asleep at that time, doctor. I had been roused by the +slamming of the door, which mamma had closed very noisily when she came +in.” + +One and the same presentiment made M. Folgat tremble and the doctor. + +“You must be mistaken, Martha,” the doctor went on. “Your mamma had not +come back at the time of the fire.” + +“Oh, yes, sir!” + +“No, you are mistaken.” + +The little girl drew herself up with that solemn air which children are +apt to assume when their statements are doubted. She said,-- + +“I am quite sure of what I say, and I remember every thing perfectly. +I had been put to bed at the usual hour, and, as I was very tired with +playing, I had fallen asleep at once. While I was asleep, mamma had gone +out; but her coming back waked me up. As soon as she came in, she bent +over little sister’s bed, and looked at her for a moment so sadly, that +I thought I should cry. Then she went, and sat down by the window; and +from my bed, where I lay silently watching her, I saw the tears running +down her cheeks, when all of a sudden a shot was fired.” + +M. Folgat and Dr. Seignebos looked anxiously at each other. + +“Then, my little one,” insisted Dr. Seignebos, “you are quite sure your +mamma was in your room when the first shot was fired?” + +“Certainly, doctor. And mamma, when she heard it, rose up straight, and +lowered her head, like one who listens. Almost immediately, the second +shot was fired. Mamma raised her hands to heaven, and cried out, ‘Great +God!’ And then she went out, running fast.” + +Never was a smile more false than that which Dr. Seignebos forced +himself to retain on his lips while the little girl was telling her +story. + +“You have dreamed all that, Martha,” he said. + +The governess here interposed, saying,-- + +“The young lady has not dreamed it, sir. I, also, heard the shots fired; +and I had just opened the door of my room to hear what was going on, +when I saw madame cross the landing swiftly, and rush down stairs. + +“Oh! I do not doubt it,” said the doctor, in the most indifferent tone +he could command: “the circumstance is very trifling.” + +But the little girl was bent on finishing her story. + +“When mamma had left,” she went on, “I became frightened, and raised +myself on my bed to listen. Soon I heard a noise which I did not +know,--cracking and snapping of wood, and then cries at a distance. I +got more frightened, jumped down, and ran to open the door. But I nearly +fell down, there was such a cloud of smoke and sparks. Still I did +not lose my head. I waked my little sister, and tried to get on the +staircase, when Cocoleu rushed in like a madman, and took us both out.” + +“Martha,” called a voice from the house, “Martha!” + +The child cut short her story, and said,-- + +“Mamma is calling me.” + +And, dropping again her nice little courtesy, she said,-- + +“Good-by, gentlemen!” + +Martha had disappeared; and Dr. Seignebos and M. Folgat, still standing +on the same spot, looked at each other in utter distress. + +“We have nothing more to do here,” said M. Folgat. + +“No, indeed! Let us go back and make haste; for perhaps they are waiting +for me. You must breakfast with me.” + +They went away very much disheartened, and so absorbed in their defeat, +that they forgot to return the salutations with which they were greeted +in the street,--a circumstance carefully noticed by several watchful +observers. + +When the doctor reached home, he said to his servant,-- + +“This gentleman will breakfast with me. Give us a bottle of medis.” + +And, when he had shown the advocate into his study, he asked,-- + +“And now what do you think of your adventure?” + +M. Folgat looked completely undone. + +“I cannot understand it,” he murmured. + +“Could it be possible that the countess should have tutored the child to +say what she told us?” + +“No.” + +“And her governess?” + +“Still less. A woman of that character trusts nobody. She struggles; she +triumphs or succumbs alone.” + +“Then the child and the governess have told us the truth?” + +“I am convinced of that.” + +“So am I. Then she had no share in the murder of her husband?” + +“Alas!” + +M. Folgat did not notice that his “Alas!” was received by Dr. Seignebos +with an air of triumph. He had taken off his spectacles, and, wiping +them vigorously, he said,-- + +“If the countess is innocent, Jacques must be guilty, you think? Jacques +must have deceived us all, then?” + +M. Folgat shook his head. + +“I pray you, doctor, do not press me just now. Give me time to collect +my thoughts. I am bewildered by all these conjectures. No, I am sure +M. de Boiscoran has not told a falsehood, and the countess has been his +mistress. No, he has not deceived us; and on the night of the crime he +really had an interview with the countess. Did not Martha tell us that +her mother had gone out? And where could she have gone, except to meet +M. de Boiscoran?” + +He paused a moment. + +“Oh, come, come!” said the physician, “you need not be afraid of me.” + +“Well, it might possibly be, that, after the countess had left M. de +Boiscoran, Fate might have stepped in. Jacques has told us how the +letters which he was burning had suddenly blazed up, and with such +violence that he was frightened. Who can tell whether some burning +fragments may not have set a straw-rick on fire? You can judge yourself. +On the point of leaving the place, M. de Boiscoran sees this beginning +of a fire. He hastens to put it out. His efforts are unsuccessful. +The fire increases step by step: it lights up the whole front of the +chateau. At that moment Count Claudieuse comes out. Jacques thinks he +has been watched and detected; he sees his marriage broken off, his life +ruined, his happiness destroyed; he loses his head, aims, fires, and +flees instantly. And thus you explain his missing the count, and also +this fact which seemed to preclude the idea of premeditated murder, that +the gun was loaded with small-shot.” + +“Great God!” cried the doctor. + +“What, what have I said?” + +“Take care never to repeat that! The suggestion you make is so fearfully +plausible, that, if it becomes known, no one will ever believe you when +you tell the real truth.” + +“The truth? Then you think I am mistaken?” + +“Most assuredly.” + +Then fixing his spectacles on his nose, Dr. Seignebos added,-- + +“I never could admit that the countess should have fired at her husband. +I now see that I was right. She has not committed the crime directly; +but she has done it indirectly.” + +“Oh!” + +“She would not be the first woman who has done so. What I imagine is +this: the countess had made up her mind, and arranged her plan, before +meeting Jacques. The murderer was already at his post. If she had +succeeded in winning Jacques back, her accomplice would have put away +his gun, and quietly gone to bed. As she could not induce Jacques to +give up his marriage, she made a sign, and the fire was lighted, and the +count was shot.” + +The young advocate did not seem to be fully convinced. + +“In that case, there would have been premeditation,” he objected; “and +how, then, came the gun to be loaded with small-shot?” + +“The accomplice had not sense enough to know better.” + +Although he saw very well the doctor’s drift, M. Folgat started up,-- + +“What?” he said, “always Cocoleu?” + +Dr. Seignebos tapped his forehead with the end of his finger, and +replied,-- + +“When an idea has once made its way in there, it remains fixed. Yes, the +countess has an accomplice; and that accomplice is Cocoleu; and, if he +has no sense, you see the wretched idiot at least carries his devotion +and his discretion very far.” + +“If what you say is true, doctor, we shall never get the key of this +affair; for Cocoleu will never confess.” + +“Don’t swear to that. There is a way.” + +He was interrupted by the sudden entrance of his servant. + +“Sir,” said the latter, “there is a gendarme below who brings you a man +who has to be sent to the hospital at once.” + +“Show them up,” said the doctor. + +“And, while the servant was gone to do his bidding, the doctor said,-- + +“And here is the way. Now mind!” + +A heavy step was heard shaking the stairs; and almost immediately a +gendarme appeared, who in one hand held a violin, and with the other +aided a poor creature, who seemed unable to walk alone. + +“Goudar!” was on M. Folgat’s lips. + +It was Goudar, really, but in what a state! His clothes muddy, and torn, +pale, with haggard eyes, his beard and his lips covered with a white +foam. + +“The story is this,” said the gendarme. “This individual was playing +the fiddle in the court of the barrack, and we were looking out of +the window, when all of a sudden he fell on the ground, rolled about, +twisted and writhed, while he uttered fearful howls, and foamed like a +mad dog. We picked him up; and I bring him to you.” + +“Leave us alone with him,” said the physician. + +The gendarme went out; and, as soon as the door was shut, Goudar cried +with a voice full of intense disgust,-- + +“What a profession! Just look at me! What a disgrace if my wife should +see me in this state! Phew!” + +And, pulling a handkerchief from his pocket, he wiped his face, and drew +from his mouth a small piece of soap. + +“But the point is,” said the doctor, “that you have played the epileptic +so well, that the gendarmes have been taken in.” + +“A fine trick indeed, and very creditable.” + +“An excellent trick, since you can now quite safely go to the hospital. +They will put you in the same ward with Cocoleu, and I shall come and +see you every morning. You are free to act now.” + +“Never mind me,” said the detective. “I have my plan.” + +Then turning to M. Folgat, he added,-- + +“I am a prisoner now; but I have taken my precautions. The agent whom I +have sent to England will report to you. I have, besides, to ask a favor +at your hands. I have written to my wife to send her letters to you: +you can send them to me by the doctor. And now I am ready to become +Cocoleu’s companion, and I mean to earn the house in Vine Street.” + +Dr. Seignebos signed an order of admission. He recalled the gendarme; +and, after having praised his kindness, he asked him to take “that poor +devil” to the hospital. When he was alone once more with M. Folgat, he +said,-- + +“Now, my dear friend, let us consult. Shall we speak of what Martha has +told us and of Goudar’s plan. I think not; for M. Galpin is watching us; +and, if a mere suspicion of what is going on reaches the prosecution, +all is lost. Let us content ourselves, then, with reporting to Jacques +your interview with the countess; and as to the rest, Silence!” + + + +XXVI. + +Like all very clever men, Dr. Seignebos made the mistake of thinking +other people as cunning as he was himself. M. Galpin was, of course, +watching him, but by no means with the energy which one would have +expected from so ambitious a man. He had, of course, been the first to +be notified that the case was to be tried in open court, and from that +moment he felt relieved of all anxiety. + +As to remorse, he had none. He did not even regret any thing. He did not +think of it, that the prisoner who was thus to be tried had once been +his friend,--a friend of whom he was proud, whose hospitality he had +enjoyed, and whose favor he had eagerly sought in his matrimonial +aspirations. No. He only saw one thing,--that he had engaged in a +dangerous affair, on which his whole future was depending, and that he +was going to win triumphantly. + +Evidently his responsibility was by no means gone; but his zeal in +preparing the case for trial was no longer required. He need not appear +at the trial. Whatever must be the result, he thought he should escape +the blame, which he should surely have incurred if no true bill had been +found. He did not disguise it from himself that he should be looked +at askance by all Sauveterre, that his social relations were well-nigh +broken off, and that no one would henceforth heartily shake hands with +him. But that gave him no concern. Sauveterre, a miserable little town +of five thousand inhabitants! He hoped with certainty he would not +remain there long; and a brilliant preferment would amply repay him for +his courage, and relieve him from all foolish reproaches. + +Besides, once in the large city to which he would be promoted, he +could hope that distance would aid in attenuating and even effacing the +impression made by his conduct. All that would be remembered after +a time would be his reputation as one of those famous judges, who, +according to the stereotyped phrase, “sacrifice every thing to the +sacred interests of justice, who put inflexible duty high above all the +considerations that trouble and disturb the vulgar mind, and whose heart +is like a rock, against which all human passions are helplessly broken +to pieces.” + +With such a reputation, with his knowledge of the world, and his +eagerness to succeed, opportunities would not be wanting to put himself +forward, to make himself known, to become useful, indispensable even. He +saw himself already on the highest rungs of the official ladder. He was +a judge in Bordeaux, in Lyons, in Paris itself! + +With such rose-colored dreams he fell asleep at night. The next morning, +as he crossed the streets, his carriage haughtier and stiffer than ever, +his firmly-closed lips, and the cold and severe look of his eyes, told +the curious observers that there must be something new. + +“M. de Boiscoran’s case must be very bad indeed,” they said, “or M. +Galpin would not look so very proud.” + +He went first to the commonwealth attorney. The truth is, he was still +smarting under the severe reproaches of M. Daubigeon, and he thought he +would enjoy his revenge now. He found the old book-worm, as usual, among +his beloved books, and in worse humor than ever. He ignored it, handed +him a number of papers to sign; and when his business was over, and +while he was carefully replacing the documents in his bag with his +monogram on the outside, he added with an air of indifference,-- + +“Well, my dear sir, you have heard the decision of the court? Which of +us was right?” + +M. Daubigeon shrugged his shoulders, and said angrily,-- + +“Of course I am nothing but an old fool, a maniac: I give it up; and I +say, like Horace’s man,-- + + ‘Stultum me fateor, liceat concedere vires + Atque etiam insanum.’” + +“You are joking. But what would have happened if I had listened to you?” + +“I don’t care to know.” + +“M. de Boiscoran would none the less have been sent to a jury.” + +“May be.” + +“Anybody else would have collected the proofs of his guilt just as well +as I.” + +“That is a question.” + +“And I should have injured my reputation very seriously; for they would +have called me one of those timid magistrates who are frightened at a +nothing.” + +“That is as good a reputation as some others,” broke in the commonwealth +attorney. + +He had vowed he would answer only in monosyllables; but his anger made +him forget his oath. He added in a very severe tone,-- + +“Another man would not have been bent exclusively upon proving that M. +de Boiscoran was guilty.” + +“I certainly have proved it.” + +“Another man would have tried to solve the mystery.” + +“But I have solved it, I should think.” + +M. Daubigeon bowed ironically, and said,-- + +“I congratulate you. It must be delightful to know the secret of all +things, only you may be mistaken. You are an excellent hand at such +investigations; but I am an older man than you in the profession. The +more I think in this case, the less I understand it. If you know every +thing so perfectly well, I wish you would tell me what could have been +the motive for the crime, for, after all, we do not run the risk of +losing our head without some very powerful and tangible purpose. Where +was Jacques’s interest? You will tell me he hated Count Claudieuse. But +is that an answer. Come, go for a moment to your own conscience. But +stop! No one likes to do that.” + +M. Galpin was beginning to regret that he had ever come. He had hoped to +find M. Daubigeon quite penitent, and here he was worse than ever. + +“The Court of Inquiry has felt no such scruples,” he said dryly. + +“No; but the jury may feel some. They are, occasionally, men of sense.” + +“The jury will condemn M. de Boiscoran without hesitation.” + +“I would not swear to that.” + +“You would if you knew who will plead.” + +“Oh!” + +“The prosecution will employ M. Gransiere!” + +“Oh, oh!” + +“You will not deny that he is a first-class man?” + +The magistrate was evidently becoming angry; his ears reddened up; and +in the same proportion M. Daubigeon regained his calmness. + +“God forbid that I should deny M. Gransiere’s eloquence. He is a +powerful speaker, and rarely misses his man. But then, you know, cases +are like books: they have their luck or ill luck. Jacques will be well +defended.” + +“I am not afraid of M. Magloire.” + +“But Mr. Folgat?” + +“A young man with no weight. I should be far more afraid of M. Lachant.” + +“Do you know the plan of the defence?” + +This was evidently the place where the shoe pinched; but M. Galpin took +care not to let it be seen, and replied,-- + +“I do not. But that does not matter. M. de Boiscoran’s friends at first +thought of making capital out of Cocoleu; but they have given that up. +I am sure of that! The police-agent whom I have charged to keep his eyes +on the idiot tells me that Dr. Seignebos does not trouble himself about +the man any more.” + +M. Daubigeon smiled sarcastically, and said, much more for the purpose +of teasing his visitor than because he believed it himself,-- + +“Take care! do not trust appearances. You have to do with very clever +people. I always told you Cocoleu is probably the mainspring of the +whole case. The very fact that M. Gransiere will speak ought to make you +tremble. If he should not succeed, he would, of course, blame you, and +never forgive you in all his life. Now, you know he may fail. ‘There is +many a slip between the cup and the lip.’ + +“And I am disposed to think with Villon,-- + +‘Nothing is so certain as uncertain things.’” + +M. Galpin could tell very well that he should gain nothing by prolonging +the discussion, and so he said,-- + +“Happen what may, I shall always know that my conscience supports me.” + +Then he made great haste to take leave, lest an answer should come from +M. Daubigeon. He went out; and as he descended the stairs, he said to +himself,-- + +“It is losing time to reason with that old fogy who sees in the events +of the day only so many opportunities for quotations.” + +But he struggled in vain against his own feelings; he had lost his +self-confidence. M. Daubigeon had revealed to him a new danger which he +had not foreseen. And what a danger!--the resentment of one of the most +eminent men of the French bar, one of those bitter, bilious men who +never forgive. M. Galpin had, no doubt, thought of the possibility of +failure, that is to say, of an acquittal; but he had never considered +the consequences of such a check. + +Who would have to pay for it? The prosecuting attorney first and +foremost, because, in France, the prosecuting attorney makes the +accusation a personal matter, and considers himself insulted and +humiliated, if he misses his man. + +Now, what would happen in such a case? + +M. Gransiere, no doubt, would hold him responsible. He would say,-- + +“I had to draw my arguments from your part of the work. I did not obtain +a condemnation, because your work was imperfect. A man like myself ought +not to be exposed to such an humiliation, and, least of all, in a case +which is sure to create an immense sensation. You do not understand your +business.” + +Such words were a public disgrace. Instead of the hoped-for promotion, +they would bring him an order to go into exile, to Corsica, or to +Algiers. + +M. Galpin shuddered at the idea. He saw himself buried under the ruins +of his castles in Spain. And, unluckily, he went once more over all +the papers of the investigation, analyzing the evidence he had, like a +soldier, who, on the eve of a battle, furbishes up his arms. However, +he only found one objection, the same which M. Daubigeon had made,--what +interest could Jacques have had in committing so great a crime? + +“There,” he said, “is evidently the weak part of the armor; and I would +do well to point it out to M. Gransiere. Jacques’s counsel are capable +of making that the turning-point of their plea.” + +And, in spite of all he had said to M. Daubigeon, he was very much +afraid of the counsel for the defence. He knew perfectly well +the prestige which M. Magloire derived from his integrity and +disinterestedness. It was no secret to him, that a cause which M. +Magloire espoused was at once considered a good cause. They said of +him,-- + +“He may be mistaken; but whatever he says he believes.” He could not but +have a powerful influence, therefore, not on judges who came into court +with well-established opinions, but with jurymen who are under the +influence of the moment, and may be carried off by the eloquence of a +speech. It is true, M. Magloire did not possess that burning eloquence +which thrills a crowd, but M. Folgat had it, and in an uncommon degree. +M. Galpin had made inquiries; and one of his Paris friends had written +to him,-- + +“Mistrust Folgat. He is a far more dangerous logician than Lachant, and +possesses the same skill in troubling the consciences of jurymen, +in moving them, drawing tears from them, and forcing them into an +acquittal. Mind, especially, any incidents that may happen during the +trial; for he has always some kind of surprise in reserve.” + +“These are my adversaries,” thought M. Galpin. “What surprise, I wonder, +is there in store for me? Have they really given up all idea of using +Cocoleu?” + +He had no reason for mistrusting his agent; and yet his apprehensions +became so serious, that he went out of his way to look in at the +hospital. The lady superior received him, as a matter of course, with +all the signs of profound respect; and, when he inquired about Cocoleu, +she added,-- + +“Would you like to see him?” + +“I confess I should be very glad to do so.” + +“Come with me, then.” + +She took him into the garden, and there asked a gardener,-- + +“Where is the idiot?” + +The man put his spade into the ground; and, with that affected reverence +which characterizes all persons employed in a convent, he answered,-- + +“The idiot is down there in the middle avenue, mother, in his usual +place, you know, which nothing will induce him to leave.” + +M. Galpin and the lady superior found him there. They had taken off +the rags which he wore when he was admitted, and put him into the +hospital-dress, which was a large gray coat and a cotton cap. He did not +look any more intelligent for that; but he was less repulsive. He was +seated on the ground, playing with the gravel. + +“Well, my boy,” asked M. Galpin, “how do you like this?” + +He raised his inane face, and fixed his dull eye on the lady superior; +but he made no reply. + +“Would you like to go back to Valpinson?” asked the lawyer again. He +shuddered, but did not open his lips. + +“Look here,” said M. Galpin, “answer me, and I’ll give you a ten-cent +piece.” + +No: Cocoleu was at his play again. + +“That is the way he is always,” declared the lady superior. “Since he +is here, no one has ever gotten a word out of him. Promises, threats, +nothing has any effect. One day I thought I would try an experiment; +and, instead of letting him have his breakfast, I said to him, ‘You +shall have nothing to eat till you say, “I am hungry.”’ At the end of +twenty-four hours I had to let him have his pittance; for he would have +starved himself sooner than utter a word.” + +“What does Dr. Seignebos think of him?” + +“The doctor does not want to hear his name mentioned,” replied the lady +superior. + +And, raising her eyes to heaven, she added,-- + +“And that is a clear proof, that, but for the direct intervention of +Providence, the poor creature would never have denounced the crime which +he had witnessed.” + +Immediately, however, she returned to earthly things, and asked,-- + +“But will you not relieve us soon of this poor idiot, who is a heavy +charge on our hospital? Why not send him back to his village, where he +found his support before? We have quite a number of sick and poor, and +very little room.” + +“We must wait, sister, till M. de Boiscoran’s trial is finished,” + replied the magistrate. + +The lady superior looked resigned, and said,-- + +“That is what the mayor told me, and it is very provoking, I must say: +however, they have allowed me to turn him out of the room which they had +given him at first. I have sent him to the Insane Ward. That is the name +we give to a few little rooms, enclosed by a wall, where we keep the +poor insane, who are sent to us provisionally.” + +Here she was interrupted by the janitor of the hospital, who came up, +bowing. + +“What do you want?” she asked. + +Vaudevin, the janitor, handed her a note. + +“A man brought by a gendarme,” he replied. “Immediately to be admitted.” + +The lady superior read the note, signed by Dr. Seignebos. + +“Epileptic,” she said, “and somewhat idiotic: as if we wanted any more! +And a stranger into the bargain! Really Dr. Seignebos is too yielding. +Why does he not send all these people to their own parish to be taken +care of?” + +And, with a very elastic step for her age, she went to the parlor, +followed by M. Galpin and the janitor. They had put the new patient in +there, and, sunk upon a bench, he looked the picture of utter idiocy. +After having looked at him for a minute, she said,-- + +“Put him in the Insane Ward: he can keep Cocoleu company. And let the +sister know at the drug-room. But no, I will go myself. You will excuse +me, sir.” + +And then she left the room. M. Galpin was much comforted. + +“There is no danger here,” he said to himself. “And if M. Folgat counts +upon any incident during the trial, Cocoleu, at all events, will not +furnish it to him.” + + + +XXVII. + +At the same hour when the magistrate left the hospital, Dr. Seignebos +and M. Folgat parted, after a frugal breakfast,--the one to visit his +patients, the other to go to the prison. The young advocate was very +much troubled. He hung his head as he went down the street; and the +diplomatic citizens who compared his dejected appearance with the +victorious air of M. Galpin came to the conclusion that Jacques de +Boiscoran was irrevocably lost. + +At that moment M. Folgat was almost of their opinion. He had to pass +through one of those attacks of discouragement, to which the most +energetic men succumb at times, when they are bent upon pursuing an +uncertain end which they ardently desire. + +The declarations made by little Martha and the governess had literally +overwhelmed him. Just when he thought he had the end of the thread in +his hand, the tangle had become worse than ever. And so it had been from +the commencement. At every step he took, the problem had become more +complicated than ever. At every effort he made, the darkness, instead of +being dispelled, had become deeper. Not that he as yet doubted Jacques’s +innocence. No! The suspicion which for a moment had flashed through his +mind had passed away instantly. He admitted, with Dr. Seignebos, the +possibility that there was an accomplice, and that it was Cocoleu, in +all probability, who had been charged with the execution of the crime. +But how could that fact be made useful to the defence? He saw no way. + +Goudar was an able man; and the manner in which he had introduced +himself into the hospital and Cocoleu’s company indicated a master. But +however cunning he was, however experienced in all the tricks of his +profession, how could he ever hope to make a man confess who intrenched +himself behind the rampart of feigned imbecility? If he had only had an +abundance of time before him! But the days were counted, and he would +have to hurry his measures. + +“I feel like giving it up,” thought the young lawyer. + +In the meantime he had reached the prison. He felt the necessity of +concealing his anxiety. While Blangin went before him through the long +passages, rattling his keys, he endeavored to give to his features an +expression of hopeful confidence. + +“At last you come!” cried Jacques. + +He had evidently suffered terribly since the day before. A feverish +restlessness had disordered his features, and reddened his eyes. He was +shaking with nervous tremor. Still he waited till the jailer had shut +the door; and then he asked hoarsely,-- + +“What did she say?” + +M. Folgat gave him a minute account of his mission, quoting the words of +the countess almost literally. + +“That is just like her!” exclaimed the prisoner. “I think I can hear +her! What a woman! To defy me in this way!” + +And in his anger he wrung his hands till they nearly bled. + +“You see,” said the young advocate, “there is no use in trying to get +outside of our circle of defence. Any new effort would be useless.” + +“No!” replied Jacques. “No, I shall not stop there!” + +And after a few moments’ reflection,--if he can be said to have been +able to reflect,--he said,-- + +“I hope you will pardon me, my dear sir, for having exposed you to such +insults. I ought to have foreseen it, or, rather, I did foresee it. I +knew that was not the way to begin the battle. But I was a coward, I +was afraid, I drew back, fool that I was! As if I had not known that we +shall at any rate have to come to the last extremity! Well, I am ready +now, and I shall do it!” + +“What do you mean to do?” + +“I shall go and see the Countess Claudieuse. I shall tell her”-- + +“Oh!” + +“You do not think she will deny it to my face? When I once have her +under my eye, I shall make her confess the crime of which I am accused.” + +M. Folgat had promised Dr. Seignebos not to mention what Martha and her +governess had said; but he felt no longer bound to conceal it. + +“And if the countess should not be guilty?” he asked. + +“Who, then, could be guilty?” + +“If she had an accomplice?” + +“Well, she will tell me who it is. I will insist upon it, I will make +her tell. I will not be disgraced. I am innocent, I will not go to the +galleys!” + +To try and make Jacques listen to reason would have been madness just +now. + +“Have a care,” said the young lawyer. “Our defence is difficult enough +already; do not make it still more so.” + +“I shall be careful.” + +“A scene might ruin us irrevocably.” + +“Be not afraid!” + +M. Folgat said nothing more. He thought he could guess by what means +Jacques would try to get out of prison. But he did not ask him about +the details, because his position as his counsel made it his duty not to +know, or, at least, to seem not to know, certain things. + +“Now, my dear sir,” said the prisoner, “you will render me a service, +will you not?” + +“What is it?” + +“I want to know as accurately as possible how the house in which the +countess lives is arranged.” + +Without saying a word, M. Folgat took out a sheet of paper, and drew +on it a plan of the house, as far as he knew,--of the garden, the +entrance-hall, and the sitting-room. + +“And the count’s room,” asked Jacques, “where is that?” + +“In the upper story.” + +“You are sure he cannot get up?” + +“Dr. Seignebos told me so.” + +The prisoner seemed to be delighted. + +“Then all is right,” he said, “and I have only to ask you, my dear +counsel, to tell Miss Dionysia that I must see her to-day, as soon as +possible. I wish her to come accompanied by one of her aunts only. And, +I beseech you, make haste.” + +M. Folgat did hasten; so that, twenty minutes later, he was at the young +lady’s house. She was in her chamber. He sent word to her that he wished +to see her; and, as soon as she heard that Jacques wanted her, she said +simply,-- + +“I am ready to go.” + +And, calling one of the Misses Lavarande, she told her,-- + +“Come, Aunt Elizabeth, be quick. Take your hat and your shawl. I am +going out, and you are going with me.” + +The prisoner counted so fully upon the promptness of his betrothed, that +he had already gone down into the parlor when she arrived at the prison, +quite out of breath from having walked so fast. He took her hands, and, +pressing them to his lips, he said,-- + +“Oh, my darling! how shall I ever thank you for your sublime fidelity in +my misfortune? If I escape, my whole life will not suffice to prove my +gratitude.” + +But he tried to master his emotion, and turning to Aunt Elizabeth, he +said,-- + +“Will you pardon me if I beg you to render me once more the service you +have done me before? It is all important that no one should hear what I +am going to say to Dionysia. I know I am watched.” + +Accustomed to passive obedience, the good lady left the room without +daring to make the slightest remark, and went to keep watch in the +passage. Dionysia was very much surprised; but Jacques did not give her +time to utter a word. He said at once,-- + +“You told me in this very place, that, if I wished to escape, Blangin +would furnish me the means, did you not?” + +The young girl drew back, and stammered with an air of utter +bewilderment,-- + +“You do not want to flee?” + +“Never! Under no circumstances! But you ought to remember, that, while +resisting all your arguments, I told you, that perhaps, some day or +other, I might require a few hours of liberty.” + +“I remember.” + +“I begged you to sound the jailer on that point.” + +“I did so. For money he will always be ready to do your bidding.” + +Jacques seemed to breathe more freely. + +“Well, then,” he said again, “the time has come. To-morrow I shall have +to be away all the evening. I shall like to leave about nine; and I +shall be back at midnight.” + +Dionysia stopped him. + +“Wait,” she said; “I want to call Blangin’s wife.” + +The household of the jailer of Sauveterre was like many others. The +husband was brutal, imperious, and tyrannical: he talked loud and +positively, and thus made it appear that he was the master. The wife was +humble, submissive, apparently resigned, and always ready to obey; but +in reality she ruled by intelligence, as he ruled by main force. When +the husband had promised any thing, the consent of the wife had still to +be obtained; but, when the wife undertook to do any thing, the husband +was bound through her. Dionysia, therefore, knew very well that she +would have first to win over the wife. Mrs. Blangin came up in haste, +her mouth full of hypocritical assurances of good will, vowing that +she was heart and soul at her dear mistress’s command, recalling with +delight the happy days when she was in M. de Chandore’s service, and +regretting forevermore. + +“I know,” the young girl cut her short, “you are attached to me. But +listen!” + +And then she promptly explained to her what she wanted; while Jacques, +standing a little aside in the shade, watched the impression on the +woman’s face. Gradually she raised her head; and, when Dionysia had +finished, she said in a very different tone,-- + +“I understand perfectly, and, if I were the master, I should say, ‘All +right!’ But Blangin is master of the jail. Well, he is not bad; but +he insists upon doing his duty. We have nothing but our place to live +upon.” + +“Have I not paid you as much as your place is worth?” + +“Oh, I know you do not mind paying.” + +“You had promised me to speak to your husband about this matter.” + +“I have done so; but”-- + +“I would give as much as I did before.” + +“In gold?” + +“Well, be it so, in gold.” + +A flash of covetousness broke forth from under the thick brows of the +jailer’s wife; but, quite self-possessed, she went on,-- + +“In that case, my man will probably consent. I will go and put him +right, and then you can talk to him.” + +She went out hastily, and, as soon as she had disappeared, Jacques asked +Dionysia,-- + +“How much have you paid Blangin so far?” + +“Seventeen thousand francs.” + +“These people are robbing you outrageously.” + +“Ah, what does the money matter? I wish we were both of us ruined, if +you were but free.” + +But it had not taken the wife long to persuade the husband. Blangin’s +heavy steps were heard in the passage; and almost immediately, he +entered, cap in hand, looking obsequious and restless. + +“My wife has told me every thing,” he said, “and I consent. Only we must +understand each other. This is no trifle you are asking for.” + +Jacques interrupted him, and said,-- + +“Let us not exaggerate the matter. I do not mean to escape: I only want +to leave for a time. I shall come back, I give you my word of honor.” + +“Upon my life, that is not what troubles me. If the question was only +to let you run off altogether, I should open the doors wide, and say, +‘Good-by!’ A prisoner who runs away--that happens every day; but a +prisoner who leaves for a few hours, and comes back again--Suppose +anybody were to see you in town? Or if any one came and wanted to see +you while you are gone? Or if they saw you come back again? What should +I say? I am quite ready to be turned off for negligence. I have been +paid for that. But to be tried as an accomplice, and to be put into jail +myself. Stop! That is not what I mean to do.” + +This was evidently but a preface. + +“Oh! why lose so many words?” asked Dionysia. “Explain yourself clearly.” + +“Well, M. de Boiscoran cannot leave by the gate. At tattoo, at eight +o’clock, the soldiers on guard at this season of the year go inside the +prison, and until _reveille_ in the morning, or, in others words, till +five o’clock, I can neither open nor shut the gates without calling the +sergeant in command of the post.” + +“Did he want to extort more money? Did he make the difficulties out +greater than they really were?” + +“After all,” said Jacques, “if you consent, there must be a way.” + +The jailer could dissemble no longer: he came out with it bluntly. + +“If the thing is to be done, you must get out as if you were escaping +in good earnest. The wall between the two towers is, to my knowledge, +at one place not over two feet thick; and on the other side, where there +are nothing but bare grounds and the old ramparts, they never put a +sentinel. I will get you a crowbar and a pickaxe, and you make a hole in +the wall.” + +Jacques shrugged his shoulders. + +“And the next day,” he said, “when I am back, how will you explain that +hole?” + +Blangin smiled. + +“Be sure,” he replied, “I won’t say the rats did it. I have thought of +that too. At the same time with you, another prisoner will run off, who +will not come back.” + +“What prisoner?” + +“Trumence, to be sure. He will be delighted to get away, and he will +help you in making the hole in the wall. You must make your bargain with +him, but, of course, without letting him know that I know any thing. In +this way, happen what may, I shall not be in danger.” + +The plan was really a good one; only Blangin ought not to have claimed +the honor of inventing it: the idea came from his wife. + +“Well,” replied Jacques, “that is settled. Get me the pickaxe and the +crowbar, show me the place where we must make the hole, and I will take +charge of Trumence. To-morrow you shall have the money.” + +He was on the point of following the jailer, when Dionysia held him +back; and, lifting up her beautiful eyes to him, she said in a tremor,-- + +“You see, Jacques, I have not hesitated to dare every thing in order to +procure you a few house of liberty. May I not know what you are going to +do in that time?” + +And, as he made no reply, she repeated,-- + +“Where are you going?” + +A rush of blood colored the face of the unfortunate man; and he said in +an embarrassed voice,-- + +“I beseech you, Dionysia, do not insist upon my telling you. Permit me +to keep this secret, the only one I have ever kept from you.” + +Two tears trembled for a moment in the long lashes of the young girl, +and then silently rolled down her cheeks. + +“I understand you,” she stammered. “I understand but too well. Although +I know so little of life, I had a presentiment, as soon as I saw that +they were hiding something from me. Now I cannot doubt any longer. You +will go to see a woman to-morrow”-- + +“Dionysia,” Jacques said with folded hands,--“Dionysia, I beseech you!” + +She did not hear him. Gently shaking her heard, she went on,-- + +“A woman whom you have loved, or whom you love still, at whose feet you +have probably murmured the same words which you whispered at my feet. +How could you think of her in the midst of all your anxieties? She +cannot love you, I am sure. Why did she not come to you when she found +that you were in prison, and falsely accused of an abominable crime?” + +Jacques cold bear it no longer. + +“Great God!” he cried, “I would a thousand times rather tell you every +thing than allow such a suspicion to remain in your heart! Listen, and +forgive me.” + +But she stopped him, putting her hand on his lips, and saying, all in a +tremor,-- + +“No, I do not wish to know any thing,--nothing at all. I believe in +you. Only you must remember that you are every thing to me,--hope, life, +happiness. If you should have deceived me, I know but too well--poor +me!--that I would not cease loving you; but I should not have long to +suffer.” + +Overcome with grief and affection, Jacques repeated,-- + +“Dionysia, Dionysia, my darling, let me confess to you who this woman +is, and why I must see her.” + +“No,” she interrupted him, “no! Do what your conscience bids you do. I +believe in you.” + +And instead of offering to let him kiss her forehead, as usual, she +hurried off with her Aunt Elizabeth, and that so quickly, that, when he +rushed after her, he only saw, as it were, a shadow at the end of the +long passage. + +Never until this moment had Jacques found it in his heart really to hate +the Countess Claudieuse with that blind and furious hatred which dreams +of nothing but vengeance. Many a time, no doubt, he had cursed her in +the solitude of his prison; but even when he was most furious against +her, a feeling of pity had risen in his heart for her whom he had once +loved so dearly; for he did not disguise it to himself, he had once +loved her to distraction. Even in his prison he trembled, as he thought +of some of his first meetings with her, as he saw before his mind’s eye +her features swimming in voluptuous languor, as he heard the silvery +ring of her voice, or inhaled the perfume she loved ever to have about +her. She had exposed him to the danger of losing his position, his +future, his honor even; and he still felt inclined to forgive her. But +now she threatened him with the loss of his betrothed, the loss of that +pure and chaste love which burnt in Dionysia’s heart, and he could not +endure that. + +“I will spare her no longer,” he cried, mad with wrath. “I will hesitate +no longer. I have not the right to do so; for I am bound to defend +Dionysia!” + +He was more than ever determined to risk that adventure on the next day, +feeling quite sure now that his courage would not fail him. + +It was Trumence to-night--perhaps by the jailer’s skilful +management--who was ordered to take the prisoner back to his cell, and, +according to the jail-dictionary, to “curl him up” there. He called +him in, and at once plainly told him what he expected him to do. Upon +Blangin’s assurance, he expected the vagabond would jump at the mere +idea of escaping from jail. But by no means. Trumence’s smiling +features grew dark; and, scratching himself behind the ear furiously, he +replied,-- + +“You see--excuse me, I don’t want to run away at all.” + +Jacques was amazed. If Trumence refused his cooperation he could not go +out, or, at least, he would have to wait. + +“Are you in earnest, Trumence?” he asked. + +“Certainly I am, my dear sir. Here, you see, I am not so badly off: I +have a good bed, I have two meals a day, I have nothing to do, and I +pick up now and then, from one man or another, a few cents to buy me a +pinch of tobacco or a glass of wine.” + +“But your liberty?” + +“Well, I shall get that too. I have committed no crime. I may have +gotten over a wall into an orchard; but people are not hanged for that. +I have consulted M. Magloire, and he told me precisely how I stand. +They will try me in a police-court, and they will give me three or four +months. Well, that is not so very bad. But, if I run away, they put the +gendarmes on my track; they bring me back here; and then I know how they +will treat me. Besides, to break jail is a grave offence.” + +How could he overcome such wise conclusions and such excellent reasons? +Jacques was very much troubled. + +“Why should the gendarmes take you again?” he asked. + +“Because they are gendarmes, my dear sir. And then, that is not all. +If it were spring, I should say at once, ‘I am your man.’ But we have +autumn now; we are going to have bad weather; work will be scarce.” + +Although an incurable idler, Trumence had always a good deal to say +about work. + +“You won’t help them in the vintage?” asked Jacques. + +The vagabond looked almost repenting. + +“To be sure, the vintage must have commenced,” he said. + +“Well?” + +“But that only lasts a fortnight, and then comes winter. And winter is +no man’s friend: it’s my enemy. I know I have been without a place to +lie down when it has been freezing to split stones, and the snow was +a foot deep. Oh! here they have stoves, and the Board gives very warm +clothes.” + +“Yes; but there are no merry evenings here, Trumence, eh? None of those +merry evenings, when the hot wine goes round, and you tell the girls all +sorts of stories, while you are shelling peas, or shucking corn?” + +“Oh! I know. I do enjoy those evenings. But the cold! Where should I go +when I have not a cent?” + +That was exactly where Jacques wanted to lead him. + +“I have money,” he said. + +“I know you have.” + +“You do not think I would let you go off with empty pockets? I would +give you any thing you may ask.” + +“Really?” cried the vagrant. + +And looking at Jacques with a mingled expression of hope, surprise, and +delight, he added,-- + +“You see I should want a good deal. Winter is long. I should want--let +me see, I should want fifty Napoleons!” + +“You shall have a hundred,” said Jacques. + +Trumence’s eyes began to dance. He probably had a vision of those +irresistible taverns at Rochefort, where he had led such a merry life. +But he could not believe such happiness to be real. + +“You are not making fun of me?” he asked timidly. + +“Do you want the whole sum at once?” replied Jacques. “Wait.” + +He drew from the drawer in his table a thousand-franc note. But, at the +sight of the note, the vagrant drew back the hand which he had promptly +stretched out to take the money. + +“Oh! that kind? No! I know what that paper is worth: I have had some of +them myself. But what could I do with one of them now? It would not be +worth more to me than a leaf of a tree; for, at the first place I should +want it changed, they would arrest me.” + +“That is easily remedied. By to-morrow I shall have gold, or small +notes, so you can have your choice.” + +This time Trumence clapped his hands in great joy. + +“Give me some of one kind, and some of the other,” he said, “and I +am your man! Hurrah for liberty! Where is that wall that we are to go +through?” + +“I will show you to-morrow; and till then, Trumence, silence.” + +It was only the next day that Blangin showed Jacques the place where the +wall had least thickness. It was in a kind of cellar, where nobody ever +came, and where cast-off tools were stored away. + +“In order that you may not be interrupted,” said the jailer, “I will ask +two of my comrades to dine with me, and I shall invite the sergeant on +duty. They will enjoy themselves, and never think of the prisoners. My +wife will keep a sharp lookout; and, if any of the rounds should come +this way, she would warn you, and quick, quick, you would be back in +your room.” + +All was settled; and, as soon as night came, Jacques and Trumence, +taking a candle with them, slipped down into the cellar, and went to +work. It was a hard task to get through this old wall, and Jacques would +never have been able to accomplish it alone. The thickness was even less +than what Blangin had stated it to be; but the hardness was far beyond +expectation. Our fathers built well. In course of time the cement had +become one with the stone, and acquired the same hardness. It was as if +they had attacked a block of granite. The vagrant had, fortunately, a +strong arm; and, in spite of the precautions which they had to take to +prevent being heard, he had, in less than an hour, made a hole through +which a man could pass. He put his head in; and, after a moment’s +examination, he said,-- + +“All right! The night is dark, and the place is deserted. Upon my word, +I will risk it!” + +He went through; Jacques followed; and instinctively they hastened +towards a place where several trees made a dark shadow. Once there, +Jacques handed Trumence a package of five-franc notes, and said,-- + +“Add this to the hundred Napoleons I have given you before. Thank you: +you are a good fellow, and, if I get out of my trouble, I will not +forget you. And now let us part. Make haste, be careful, and good luck!” + +After these words he went off rapidly. But Trumence did not march off in +the opposite direction, as had been agreed upon. + +“Anyhow,” said the poor vagrant to himself, “this is a curious story +about the poor gentleman. Where on earth can he be going?” + +And, curiosity getting the better of prudence, he followed him. + + + +XXVIII. + +Jacques de Boiscoran went straight to Mautrec Street. But he knew with +what horror he was looked upon by the population; and in order to avoid +being recognized, and perhaps arrested, he did not take the most direct +route, nor did he choose the more frequented streets. He went a long way +around, and well-nigh lost himself in the winding, dark lanes of the +old town. He walked along in Feverish haste, turning aside from the +rare passers-by, pulling his felt hat down over his eyes, and, for still +greater safety, holding his handkerchief over his face. It was nearly +half-past nine when he at last reached the house inhabited by Count and +Countess Claudieuse. The little gate had been taken out, and the great +doors were closed. + +Never mind! Jacques had his plan. He rang the bell. + +A maid, who did not know him, came to the door. + +“Is the Countess Claudieuse in?” he asked. + +“The countess does not see anybody,” replied the girl. “She is sitting +up with the count, who is very ill to-night.” + +“But I must see her.” + +“Impossible.” + +“Tell her that a gentleman who has been sent by M. Galpin desires to see +her for a moment. It is the Boiscoran affair.” + +“Why did you not say so at once?” said the servant. “Come in.” And +forgetting, in her hurry, to close the gates again, she went before +Jacques through the garden, showed him into the vestibule, and then +opened the parlor-door, saying,-- + +“Will you please go in here and sit down, while I go to tell the +countess?” + +After lighting one of the candles on the mantelpiece, she went out. +So far, every thing had gone well for Jacques, and even better than he +could have expected. Nothing remained now to be done, except to prevent +the countess from going back and escaping, as soon as she should have +recognized Jacques. Fortunately the parlor-door opened into the room. He +went and put himself behind the open half, and waited there. + +For twenty-four hours he had prepared himself for this interview, and +arranged in his head the very words he would use. But now, at the last +moment, all his ideas flew away, like dry leaves under the breath of a +tempest. His heart was beating with such violence, that he thought it +filled the whole room with the noise. He imagined he was cool, and, in +fact, he possessed that lucidity which gives to certain acts of madmen +an appearance of sense. + +He was surprised at being kept waiting so long, when, at last, light +steps, and the rustling of a dress, warned him that the countess was +coming. + +She came in, dressed in a long, dark, undress robe, and took a few steps +into the room, astonished at not seeing the person who was waiting for +her. + +It was exactly as Jacques had foreseen. + +He pushed to, violently, the open half of the door; and, placing himself +before her, he said,-- + +“We are alone!” + +She turned round at the noise, and cried,-- + +“Jacques!” + +And terrified, as if she had seen a ghost, she looked all around, hoping +to see a way out. One of the tall windows of the room, which went down +to the ground, was half open, and she rushed towards it; but Jacques +anticipated her, and said,-- + +“Do not attempt to escape; for I swear I should pursue you into your +husband’s room, to the foot of his bed.” + +She looked at him as if she did not comprehend. + +“You,” she stammered,--“you here!” + +“Yes,” he replied, “I am here. You are astonished, are you? You said to +yourself, ‘He is in prison, well kept under lock and key: I can sleep in +peace. No evidence can be found. He will not speak. I have committed the +crime, and he will be punished for it. I am guilty; but I shall escape. +He is innocent, and he is lost.’ You thought it was all settled? Well, +no, it is not. I am here!” + +An expression of unspeakable horror contracted the beautiful features of +the countess. She said,-- + +“This is monstrous!” + +“Monstrous indeed!” + +“Murderer! Incendiary!” + +He burst out laughing, a strident, convulsive, terrible laughter. + +“And you,” he said, “you call me so?” + +By one great effort the Countess Claudieuse recovered her energy. + +“Yes,” she replied, “yes, I do! You cannot deny your crime to me. I +know, I know the motives which the judges do not even guess. You thought +I would carry out my threats, and you were frightened. When I left you +in such haste, you said to yourself, ‘It is all over: she will tell her +husband.’ And then you kindled that fire in order to draw my husband +out of the house, you incendiary! And then you fired at my husband, you +murderer!” + +He was still laughing. + +“And that is your plan?” he broke in. “Who do you think will believe +such an absurd story? Our letters were burnt; and, if you deny having +been my mistress, I can just as well deny having been your lover. And, +besides, would the exposure do me any harm? You know very well it would +not. You are perfectly aware, that, as society is with us, the same +thing which disgraces a woman rather raises a man in the estimate of the +world. And as to my being afraid of Count Claudieuse, it is well known +that I am afraid of nobody. At the time when we were concealing our love +in the house in Vine Street, yes, at that time, I might have been afraid +of your husband; for he might have surprised us there, the code in one +hand, a revolver in the other, and have availed himself of that stupid +and savage law which makes the husband the judge of his own case, and +the executor of the sentence which he himself pronounces. But setting +aside such a case, the case of being taken in the act, which allows +a man to kill like a dog another man, who can not or will not defend +himself, what did I care for Count Claudieuse? What did I care for your +threats or for his hatred?” He said these words with perfect calmness, +but with that cold, cutting tone which is as sharp as a sword, and with +that positiveness which enters irresistibly into the mind. The countess +was tottering, and stammered almost inaudibly,-- + +“Who would imagine such a thing? Is it possible?” + +Then, suddenly raising her head, she said,-- + +“But I am losing my senses. If you are innocent, who, then, could be the +guilty man?” + +Jacques seized her hands almost madly, and pressing them painfully, and +bending over her so closely that she felt his hot breath like a flame +touching her face, he hissed into her ear,-- + +“You, wretched creature, you!” + +And then pushing her from him with such violence that she fell into a +chair, he continued,-- + +“You, who wanted to be a widow in order to prevent me from breaking the +chains in which you held me. At our last meeting, when I thought you +were crushed by grief, and felt overcome by your hypocritical tears, +I was weak enough, I was stupid enough, to say that I married Dionysia +only because you were not free. Then you cried, ‘O God, how happy I +am that that idea did not occur to me before!’ What idea was that, +Genevieve? Come, answer me and confess, that it occurred to you too soon +after all, since you have carried it out?” + +And repeating with crushing irony the words just uttered by the +countess, he said,-- + +“If you are innocent, who, then, would be the guilty man?” + +Quite beside herself, she sprang up from her chair, and casting at +Jacques one of those glances which seem to enter through our eyes into +the very heart of our hearts, she asked,-- + +“Is it really possible that you have not committed this abominable +crime?” + +He shrugged his shoulders. + +“But then,” she repeated, almost panting, “is it true, can it really be +true, that you think I have committed it?” + +“Perhaps you have only ordered it to be committed.” + +With a wild gesture she raised her arms to heaven, and cried in a +heart-rending voice,-- + +“O God, O God! He believes it! he really believes it!” + +There followed great silence, dismal, formidable silence, such as in +nature follows the crash of the thunderbolt. + +Standing face to face, Jacques and the Countess Claudieuse looked at +each other madly, feeling that the fatal hour in their lives had come at +last. + +Each felt a growing, a sure conviction of the other. There was no need +of explanations. They had been misled by appearances: they acknowledged +it; they were sure of it. + +And this discovery was so fearful, so overwhelming, that neither thought +of who the real guilty one might be. + +“What is to be done?” asked the countess. + +“The truth must be told,” replied Jacques. + +“Which?” + +“That I have been your lover; that I went to Valpinson by appointment +with you; that the cartridge-case which was found there was used by +me to get fire; that my blackened hands were soiled by the half-burnt +fragment of our letters, which I had tried to scatter.” + +“Never!” cried the countess. + +Jacques’s face turned crimson, as he said with an accent of merciless +severity,-- + +“It shall be told! I will have it so, and it must be done!” + +The countess seemed to be furious. + +“Never!” she cried again, “never!” + +And with convulsive haste she added,-- + +“Do you not see that the truth cannot possibly be told. They would never +believe in our innocence. They would only look upon us as accomplices.” + +“Never mind. I am not willing to die.” + +“Say that you will not die alone.” + +“Be it so.” + +“To confess every thing would never save you, but would most assuredly +ruin me. Is that what you want? Would your fate appear less cruel to +you, if there were two victims instead of one?” + +He stopped her by a threatening gesture, and cried,-- + +“Are you always the same? I am sinking, I am drowning; and she +calculates, she bargains! And she said she loved me!” + +“Jacques!” broke in the countess. + +And drawing close up to him, she said,-- + +“Ah! I calculate, I bargain? Well, listen. Yes, it is true. I did value +my reputation as an honest woman more highly, a thousand times more, +than my life; but, above my life and my reputation, I valued you. You +are drowning, you say. Well, then, let us flee. One word from you, and I +leave all,--honor, country, family, husband, children. Say one word, +and I follow you without turning my head, without a regret, without a +remorse.” + +Her whole body was shivering from head to foot; her bosom rose and fell; +her eyes shone with unbearable brilliancy. + +Thanks to the violence of her action, her dress, put on in great haste, +had opened, and her dishevelled hair flowed in golden masses over +her bosom and her shoulders, which matched the purest marble in their +dazzling whiteness. + +And in a voice trembling with pent-up passion, now sweet and soft like a +tender caress, and now deep and sonorous like a bell, she went on,-- + +“What keeps us? Since you have escaped from prison, the greatest +difficulty is overcome. I thought at first of taking our girl, your +girl, Jacques; but she is very ill; and besides a child might betray us. +If we go alone, they will never overtake us. We will have money enough, +I am sure, Jacques. We will flee to those distant countries which +appear in books of travels in such fairy-like beauty. There, unknown, +forgotten, unnoticed, our life will be one unbroken enjoyment. You will +never again say that I bargain. I will be yours, entirely, and solely +yours, body and soul, your wife, your slave.” + +She threw her head back, and with half-closed eyes, bending with her +whole person toward him, she said in melting tones,-- + +“Say, Jacques, will you? Jacques!” + +He pushed her aside with a fierce gesture. It seemed to him almost a +sacrilege that she also, like Dionysia, should propose to him to flee. + +“Rather the galleys!” he cried. + +She turned deadly pale; a spasm of rage convulsed her features; and +drawing back, stiff and stern, she said,-- + +“What else do you want?” + +“Your help to save me,” he replied. + +“At the risk of ruining myself?” + +He made no reply. + +Then she, who had just now been all humility, raised herself to her full +height, and in a tone of bitterest sarcasm said slowly,-- + +“In other words, you want me to sacrifice myself, and at the same time +all my family. For your sake? Yes, but even more for Miss Chandore’s +sake. And you think that it is quite a simple thing. I am the past to +you, satiety, disgust: she is the future to you, desire, happiness. And +you think it quite natural that the old love should make a footstool of +her love and her honor for the new love? You think little of my being +disgraced, provided she be honored; of my weeping bitterly, if she but +smile? Well, no, no! it is madness in you to come and ask me to save +you, so that you may throw yourself into the arms of another. It is +madness, when in order to tear you from Dionysia, I am ready to ruin +myself, provided only that you be lost to her forever.” + +“Wretch!” cried Jacques. + +She looked at him with a mocking air, and her eyes beamed with infernal +audacity. + +“You do not know me yet,” she cried. “Go, speak, denounce me! M. Folgat +no doubt has told you how I can deny and defend myself.” + +Maddened by indignation, and excited to a point where reason loses its +power over us, Jacques de Boiscoran moved with uplifted hand towards the +countess, when suddenly a voice said,-- + +“Do not strike that woman!” + +Jacques and the countess turned round, and uttered, both at the same +instant, the same kind of sharp, terrible cry, which must have been +heard a great distance. + +In the frame of the door stood Count Claudieuse, a revolver in his hand, +and ready to fire. + +He looked as pale as a ghost; and the white flannel dressing-gown which +he had hastily thrown around him hung like a pall around his lean limbs. +The first cry uttered by the countess had been heard by him on the bed +on which he lay apparently dying. A terrible presentiment had seized +him. He had risen from his bed, and, dragging himself slowly along, +holding painfully to the balusters, he had come down. + +“I have heard all,” he said, casting crushing looks at both the guilty +ones. + +The countess uttered a deep, hoarse sigh, and sank into a chair. But +Jacques drew himself up, and said,-- + +“I have insulted you terribly, sir. Avenge yourself.” + +The count shrugged his shoulders. + +“Great God! You would allow me to be condemned for a crime which I have +not committed. Ah, that would be the meanest cowardice.” + +The count was so feeble that he had to lean against the door-post. + +“Would it be cowardly?” he asked. “Then, what do you call the act of +that miserable man who meanly, disgracefully robs another man of his +wife, and palms off his own children upon him? It is true you are +neither an incendiary nor an assassin. But what is fire in my house in +comparison with the ruin of all my faith? What are the wounds in my body +in comparison with that wound in my heart, which never can heal? I leave +you to the court, sir.” + +Jacques was terrified; he saw the abyss opening before him that was to +swallow him up. + +“Rather death,” he cried,--“death.” + +And, baring his breast, he said,-- + +“But why do you not fire, sir? Why do you not fire? Are you afraid of +blood? Shoot! I have been the lover of your wife: your youngest daughter +is my child.” + +The count lowered his weapon. + +“The courts of justice are more certain,” he said. “You have robbed me +of my honor: now I want yours. And, if you cannot be condemned without +it, I shall say, I shall swear, that I recognized you. You shall go to +the galleys, M. de Boiscoran.” + +He was on the point of coming forward; but his strength was exhausted, +and he fell forward, face downward, and arms outstretched. + +Overcome with horror, half mad, Jacques fled. + + + +XXIX. + +M. Folgat had just risen. Standing before his mirror, hung up to one of +the windows in his room, he had just finished shaving himself, when the +door was thrown open violently, and old Anthony appeared quite beside +himself. + +“Ah, sir, what a terrible thing!” + +“What?” + +“Run away, disappeared!” + +“Who?” + +“Master Jacques!” + +The surprise was so great, that M. Folgat nearly let his razor drop: he +said, however, peremptorily,-- + +“That is false!” + +“Alas, sir,” replied the old servant, “everybody is full of it in town. +All the details are known. I have just seen a man who says he met master +last night, about eleven o’clock, running like a madman down National +Street.” + +“That is absurd.” + +“I have only told Miss Dionysia so far, and she sent me to you. You +ought to go and make inquiry.” + +The advice was not needed. Wiping his face hastily, the young advocate +went to dress at once. He was ready in a moment; and, having run down +the stairs, he was crossing the passage when he heard somebody call his +name. He turned round, and saw Dionysia making him a sign to come into +the boudoir in which she was usually sitting. He did so. + +Dionysia and the young advocate alone knew what a desperate venture +Jacques had undertaken the night before. They had not said a word about +it to each other; but each had noticed the preoccupation of the other. +All the evening M. Folgat had not spoken ten words, and Dionysia had, +immediately after dinner, gone up to her own room. + +“Well?” she asked. + +“The report, madam, must be false,” replied the advocate. + +“Who knows?” + +“His evasion would be a confession of his crime. It is only the guilty +who try to escape; and M. de Boiscoran is innocent. You can rest quite +assured, madam, it is not so. I pray you be quiet.” + +Who would not have pitied the poor girl at that moment? She was as white +as her collar, and trembled violently. Big tears ran over her eyes; and +at each word a violent sob rose in her throat. + +“You know where Jacques went last night?” she asked again. + +“Yes.” + +She turned her head a little aside, and went on, in a hardly audible +voice,-- + +“He went to see once more a person whose influence over him is, +probably, all powerful. It may be that she has upset him, stunned him. +Might she not have prevailed upon him to escape from the disgrace of +appearing in court, charged with such a crime?” + +“No, madam, no!” + +“This person has always been Jacques’s evil genius. She loves him, I +am sure. She must have been incensed at the idea of his becoming my +husband. Perhaps, in order to induce him to flee, she has fled with +him.” + +“Ah! do not be afraid, madam: the Countess Claudieuse is incapable of +such devotion.” + +Dionysia threw herself back in utter amazement; and, raising her +wide-open eyes to the young advocate, she said with an air of +stupefaction,-- + +“The Countess Claudieuse?” + +M. Folgat saw his indiscretion. He had been under the impression that +Jacques had told his betrothed every thing; and her very manner of +speaking had confirmed him in his conviction. + +“Ah, it is the Countess Claudieuse,” she went on,--“that lady whom all +revere as if she were a saint. And I, who only the other day marvelled +at her fervor in praying,--I who pitied her with all my heart,--I--Ah! I +now see what they were hiding from me.” + +Distressed by the blunder which he had committed, the young advocate +said,-- + +“I shall never forgive myself, madam, for having mentioned that name in +your presence.” + +She smiled sadly. + +“Perhaps you have rendered me a great service, sir. But, I pray, go and +see what the truth is about this report.” + +M. Folgat had not walked down half the street, when he became aware that +something extraordinary must really have happened. The whole town was in +uproar. People stood at their doors, talking. Groups here and there were +engaged in lively discussions. + +Hastening his steps, he was just turning into National Street, when he +was stopped by three or four gentlemen, whose acquaintance he had, in +some way or other, been forced to make since he was at Sauveterre. + +“Well, sir?” said one of these amiable friends, “your client, it seems, +is running about nicely.” + +“I do not understand,” replied M. Folgat in a tone of ice. + +“Why? Don’t you know your client has run off?” + +“Are you quite sure of that?” + +“Certainly. The wife of a workman whom I employ was the person through +whom the escape became known. She had gone on the old ramparts to cut +grass there for her goat; and, when she came to the prison wall, she saw +a big hole had been made there. She gave at once the alarm; the guard +came up; and they reported the matter immediately to the commonwealth +attorney.” + +For M. Folgat the evidence was not satisfactory yet. He asked,-- + +“Well? And M. de Boiscoran?” + +“Cannot be found. Ah, I tell you, it is just as I say. I know it from +a friend who heard it from a clerk at the mayor’s office. Blangin the +jailer, they say, is seriously implicated.” + +“I hope soon to see you again,” said the young advocate, and left him +abruptly. + +The gentleman seemed to be very grievously offended at such treatment; +but the young advocate paid no attention to him, and rapidly crossed the +New-Market Square. + +He was become apprehensive. He did not fear an evasion, but thought +there might have occurred some fearful catastrophe. A hundred persons, +at least, were assembled around the prison-doors, standing there with +open mouths and eager eyes; and the sentinels had much trouble in +keeping them back. + +M. Folgat made his way through the crowd, and went in. + +In the court-yard he found the commonwealth attorney, the chief of +police, the captain of the gendarmes, M. Seneschal, and, finally, M. +Galpin, all standing before the janitor’s lodge in animated discussion. +The magistrate looked paler than ever, and was, as they called it in +Sauveterre, in bull-dog humor. There was reason for it. + +He had been informed as promptly as M. Folgat, and had, with equal +promptness, dressed, and hastened to the prison. And all along his way, +unmistakable evidence had proved to him that public opinion was fiercely +roused against the accused, but that it was as deeply excited against +himself. + +On all sides he had been greeted by ironical salutations, mocking +smiles, and even expressions of condolence at the loss of his prisoner. +Two men, whom he suspected of being in close relations with Dr. +Seignebos, had even murmured, as he passed by them,-- + +“Cheated, Mr. Bloodhound.” + +He was the first to notice the young advocate, and at once said to +him,-- + +“Well, sir, do you come for news?” + +But M. Folgat was not the man to be taken in twice the same day. +Concealing his apprehensions under the most punctilious politeness, he +replied,-- + +“I have heard all kinds of reports; but they do not affect me. M. de +Boiscoran has too much confidence in the excellency of his cause and the +justice of his country to think of escaping. I only came to confer with +him.” + +“And you are right!” exclaimed M. Daubigeon. “M. de Boiscoran is in his +cell, utterly unaware of all the rumors that are afloat. It was Trumence +who has run off,--Trumence, the light-footed. He was kept in prison for +form’s sake only, and helped the keeper as a kind of assistant jailer. +He it is who has made a hole in the wall, and escaped, thinking, no +doubt, that the heavens are a better roof than the finest jail.” + +A little distance behind the group stood Blangin, the jailer, affecting +a contrite and distressed air. + +“Take the counsel to the prisoner Boiscoran,” said M. Galpin dryly, +fearing, perhaps, that M. Daubigeon might regale the public with all the +bitter epigrams with which he persecuted him privately. The jailer bowed +to the ground, and obeyed the order; but, as soon as he was alone with +M. Folgat in the porch of the building, he blew up his cheek, and then +tapped it, saying,-- + +“Cheated all around.” + +Then he burst out laughing. The young advocate pretended not to +understand him. It was but prudent that he should appear ignorant of +what had happened the night before, and thus avoid all suspicion of a +complicity which substantially did not exist. + +“And still,” Blangin went on, “this is not the end of it yet. The +gendarmes are all out. If they should catch my poor Trumence! That man +is such a fool, the most stupid judge would worm his secret out of him +in five minutes. And then, who would be in a bad box?” + +M. Folgat still made no reply; but the other did not seem to mind that +much. He continued,-- + +“I only want to do one thing, and that is to give up my keys as soon as +possible. I am tired of this profession of jailer. Besides, I shall not +be able to stay here much longer. This escape has put a flea into the +ear of the authorities, and they are going to give me an assistant, a +former police sergeant, who is as bad as a watchdog. Ah! the good days +of M. de Boiscoran are over: no more stolen visits, no more promenades. +He is to be watched day and night.” + +Blangin had stopped at the foot of the staircase to give all these +explanations. + +“Let us go up,” he said now, as M. Folgat showed signs of growing +impatience. + +He found Jacques lying on his bed, all dressed; and at the first glance +he saw that a great misfortune had happened. + +“One more hope gone?” he asked. + +The prisoner raised himself up with difficulty, and sat up on the side +of his bed; then he replied in a voice of utter despair,-- + +“I am lost, and this time hopelessly.” + +“Oh!” + +“Just listen!” + +The young advocate could not help shuddering as he heard the account +given by Jacques of what had happened the night before. And when it was +finished, he said,-- + +“You are right. If Count Claudieuse carries out his threat, it may be a +condemnation.” + +“It must be a condemnation, you mean. Well, you need not doubt. He will +carry out his threat.” + +And shaking his head with an air of desolation, he added,-- + +“And the most formidable part of it is this: I cannot blame him for +doing it. The jealousy of husbands is often nothing more than self-love. +When they find they have been deceived, their vanity is offended; but +their heart remains whole. But in this case it is very different. He +not only loved his wife, he worshipped her. She was his happiness, life +itself. When I took her from him, I robbed him of all he had,--yes, of +all! I never knew what adultery meant till I saw him overcome with shame +and rage. He was left without any thing in a moment. His wife had a +lover: his favorite daughter was not his own! I suffer terribly; but +it is nothing, I am sure, in comparison with what he suffers. And you +expect, that, holding a weapon in his hand, he should not use it? It is +a treacherous, dishonest weapon, to be sure; but have I been frank and +honest? It would be a mean, ignoble vengeance, you will say; but what +was the offence? In his place, I dare say, I should do as he does.” + +M. Folgat was thunderstruck. + +“But after that,” he asked, “when you left the house?” + +Jacques passed his hand mechanically over his forehead, as if to gather +his thoughts, and then went on,-- + +“After that I fled precipitately, like a man who has committed a crime. +The garden-door was open, and I rushed out. I could not tell you with +certainty in what direction I ran, through what streets I passed. I had +but one fixed idea,--to get away from that house as quickly and as far +as possible. I did not know what I was doing. I went, I went. When I +came to myself, I was many miles away from Sauveterre, on the road to +Boiscoran. The instinct of the animal within me had guided me on the +familiar way to my house. At the first moment I could not comprehend how +I had gotten there. I felt like a drunkard whose head is filled with the +vapors of alcohol, and who, when he is roused, tries to remember what +has happened during his intoxication. Alas! I recalled the fearful +reality but too soon. I knew that I ought to go back to prison, that +it was an absolute necessity; and yet I felt at times so weary, so +exhausted, that I was afraid I should not be able to get back. Still I +did reach the prison. Blangin was waiting for me, all anxiety; for it +was nearly two o’clock. He helped me to get up here. I threw myself, all +dressed as I was, on my bed, and I fell fast asleep in an instant. But +my sleep was a miserable sleep, broken by terrible dreams, in which +I saw myself chained to the galleys, or mounting the scaffold with a +priest by my side; and even at this moment I hardly know whether I am +awake or asleep, and whether I am not still suffering under a fearful +nightmare.” + +M. Folgat could hardly conceal a tear. He murmured,-- + +“Poor man!” + +“Oh, yes, poor man indeed!” repeated Jacques. “Why did I not follow my +first inspiration last night when I found myself on the high-road. I +should have gone on to Boiscoran, I should have gone up stairs to my +room, and there I should have blown out my brains. I should then suffer +no more.” + +Was he once more giving himself up to that fatal idea of suicide? + +“And your parents,” said M. Folgat. + +“My parents! And do you think they will survive my condemnation?” + +“And Miss Chandore?” + +He shuddered, and said fiercely,-- + +“Ah! it is for her sake first of all that I ought to make an end of it. +Poor Dionysia! Certainly she would grieve terribly when she heard of +my suicide. But she is not twenty yet. My memory would soon fade in her +heart; and weeks growing into months, and months into years, she would +find comfort. To live means to forget.” + +“No! You cannot really think what you are saying!” broke in M. Folgat. +“You know very well that she--she would never forget you!” + +A tear appeared in the eyes of the unfortunate man, and he said in a +half-smothered voice,-- + +“You are right. I believe to strike me down means to strike her down +also. But do you think what life would be after a condemnation? Can you +imagine what her sensations would be, if day after day she had to say +to herself, ‘He whom alone I love upon earth is at the galleys, mixed up +with the lowest of criminals, disgraced for life, dishonored.’ Ah! death +is a thousand times preferable.” + +“Jacques, M. de Boiscoran, do you forget that you have given me your +word of honor?” + +“The proof that I have not forgotten it is that you see me here. But, +never mind, the day is not very far off when you will see me so wretched +that you yourself will be the first to put a weapon into my hands.” + +But the young advocate was one of those men whom difficulties only +excite and stimulate, instead of discouraging. He had already recovered +somewhat from the first great shock, and he said,-- + +“Before you throw down your hand, wait, at least, till the game is lost. +You are not sentenced yet. Far from it! You are innocent, and there +is divine justice. Who tells us that Count Claudieuse will really give +evidence? We do not even know whether he has not, at this moment, drawn +his last breath upon earth!” + +Jacques leaped up as if in a spasm, and turning deadly pale, +exclaimed,-- + +“Ah, don’t say that! That fatal thought has already occurred to me, that +perhaps he did not rise again last night. Would to God that that be not +so! for then I should but too surely be an assassin. He was my first +thought when I awoke. I thought of sending out to make inquiries. But I +did not dare do it.” + +M. Folgat felt his heart oppressed with most painful anxiety, like the +prisoner himself. Hence he said at once,-- + +“We cannot remain in this uncertainty. We can do nothing as long as the +count’s fate is unknown to us; for on his fate depends ours. Allow me to +leave you now. I will let you know as soon as I hear any thing positive. +And, above all, keep up your courage, whatever may happen.” + +The young advocate was sure of finding reliable information at Dr. +Seignebos’s house. He hastened there; and, as soon as he entered, the +physician cried,-- + +“Ah, there you are coming at last! I give up twenty of my worst patients +to see you, and you keep me waiting forever. I was sure you would come. +What happened last night at Count Claudieuse’s house?” + +“Then you know”-- + +“I know nothing. I have seen the results; but I do not know the cause. +The result was this: last night, about eleven o’clock, I had just gone +to bed, tired to death, when, all of a sudden, somebody rings my bell +as if he were determined to break it. I do not like people to perform so +violently at my door; and I was getting up to let the man know my +mind, when Count Claudieuse’s servant rushed in, pushing my own servant +unceremoniously aside, and cried out to me to come instantly, as his +master had just died.” + +“Great God!” + +“That is what I said, because, although I knew the count was very ill, I +did not think he was so near death.” + +“Then, he is really dead?” + +“Not at all. But, if you interrupt me continually, I shall never be able +to tell you.” + +And taking off his spectacles, wiping them, and putting them on again, +he went on,-- + +“I was dressed in an instant, and in a few minutes I was at the house. +They asked me to go into the sitting-room down stairs. There I found, to +my great amazement, Count Claudieuse, lying on a sofa. He was pale and +stiff, his features fearfully distorted, and on his forehead a slight +wound, from which a slender thread of blood was trickling down. Upon my +word I thought it was all over.” + +“And the countess?” + +“The countess was kneeling by her husband; and, with the help of her +women, she was trying to resuscitate him by rubbing him, and putting +hot napkins on his chest. But for these wise precautions she would be +a widow at this moment; whilst, as it is, he may live a long time yet. +This precious count has a wonderful tenacity of life. We, four of us, +then took him and carried him up stairs, and put him to bed, after +having carefully warmed it first. He soon began to move; he opened his +eyes; and a quarter of an hour later he had recovered his consciousness, +and spoke readily, though with a somewhat feeble voice. Then, of course, +I asked what had happened, and for the first time in my life I saw the +marvellous self-possession of the countess forsake her. She stammered +pitifully, looking at her husband with a most frightened air, as if she +wished to read in his eyes what she should say. He undertook to answer +me; but he, also was evidently very much embarrassed. He said, that +being left alone, and feeling better than usual, he had taken it into +his head to try his strength. He had risen, put on his dressing-gown, +and gone down stairs; but, in the act of entering the room, he had +become dizzy, and had fallen so unfortunately as to hurt his forehead +against the sharp corner of a table. I affected to believe it, and said, +‘You have done a very imprudent thing, and you must not do it again.’ +Then he looked at his wife in a very singular way, and replied, ‘Oh! you +can be sure I shall not commit another imprudence. I want too much to +get well. I have never wished it so much as now.’” + +M. Folgat was on the point of replying; but the doctor closed his lips +with his hand, and said,-- + +“Wait, I have not done yet.” + +And, manipulating his spectacles most assiduously, he added,-- + +“I was just going home, when suddenly a chambermaid came in with a +frightened air to tell the countess that her older daughter, little +Martha, whom you know, had just been seized with terrible convulsions. +Of course I went to see her, and found her suffering from a truly +fearful nervous attack. It was only with great difficulty I could quiet +her; and when I thought she had recovered, suspecting that there might +be some connection between her attack and the accident that had befallen +her father, I said in the most paternal tone I could assume, ‘Now my +child, you must tell me what was the matter.’ She hesitated a while, and +then she said, ‘I was frightened.’--‘Frightened at what, my darling?’ +She raised herself on her bed, trying to consult her mother’s eyes; but +I had placed myself between them, so that she could not see them. When I +repeated my question, she said, ‘Well, you see, I had just gone to bed, +when I heard the bell ring. I got up, and went to the window to see +who could be coming so late. I saw the servant go and open the door, +a candlestick in her hand, and come back to the house, followed by a +gentleman, whom I did not know.’ The countess interrupted her here, +saying, ‘It was a messenger from the court, who had been sent to me with +an urgent letter.’ But I pretended not to hear her; and, turning still +to Martha, I asked again, ‘And it was this gentleman who frightened you +so?’--‘Oh, no!’--‘What then?’ Out of the corner of my eye I was watching +the countess. She seemed to be terribly embarrassed. Still she did not +dare to stop her daughter. ‘Well, doctor,’ said the little girl, ‘no +sooner had the gentleman gone into the house than I saw one of the +statues under the trees there come down from its pedestal, move on, and +glide very quietly along the avenue of lime-trees.’” + +M. Folgat trembled. + +“Do you remember, doctor,” he said, “the day we were questioning little +Martha, she said she was terribly frightened by the statutes in the +garden?” + +“Yes, indeed!” replied the doctor. “But wait a while. The countess +promptly interrupted her daughter, saying to me, ‘But, dear doctor, you +ought to forbid the child to have such notions in her head. At Valpinson +she never was afraid, and even at night, quite alone, and without a +light, all over the house. But here she is frightened at every thing; +and, as soon as night comes, she fancies the garden is full of ghosts. +You are too big now, Martha, to think that statues, which are made of +stone, can come to life, and walk about.’ The child was shuddering. + +“‘The other times, mamma,’ she said, ‘I was not quite sure; but this +time I am sure. I wanted to go away from the window, and I could not do +it. It was too strong for me: so that I saw it all, saw it perfectly. I +saw the statue, the ghost, come up the avenue slowly and cautiously, and +then place itself behind the last tree, the one that is nearest to the +parlor window. Then I heard a loud cry, then nothing more. The ghost +remained all the time behind the tree, and I saw all it did: it turned +to the left and the right; it drew itself up; and it crouched down. +Then, all of a sudden, two terrible cries; but, O mamma, such cries! +Then the ghost raised one arm, this way, and all of a sudden it +was gone; but almost the same moment another one came out, and then +disappeared, too.’” + +M. Folgat was utterly overcome with amazement. + +“Oh, these ghosts!” he said. + +“You suspect them, do you? I suspected them at once. Still I pretended +to turn Martha’s whole story into a joke, and tried to explain to her +how the darkness made us liable to have all kinds of optical illusions; +so that when I left, and a servant was sent with a candle to light me on +my way, the countess was quite sure that I had no suspicion. I had none; +but I had more than that. As soon as I entered the garden, therefore, I +dropped a piece of money which I had kept in my hand for the purpose. Of +course I set to work looking for it at the foot of the tree nearest to +the parlor-window, while the servant helped with his candle. Well, M. +Folgat, I can assure you that it was not a ghost that had been walking +about under the trees; and, if the footmarks which I found there were +made by a statue, that statue must have enormous feet, and wear huge +iron-shod shoes.” + +The young advocate was prepared for this. He said,-- + +“There is no doubt: the scene had a witness.” + + + +XXX. + +“What scene? What witness? That is what I wanted to hear from you, and +why I was waiting so impatiently for you,” said Dr. Seignebos to M. +Folgat. “I have seen and stated the results: now it is for you to give +me the cause.” + +Nevertheless, he did not seem to be in the least surprised by what the +young advocate told him of Jacques’s desperate enterprise, and of the +tragic result. As soon as he had heard it all, he exclaimed,-- + +“I thought so: yes, upon my word! By racking my brains all night long, +I had very nearly guessed the whole story. And who, in Jacques’s place, +would not have been desirous to make one last effort? But certainly fate +is against him.” + +“Who knows?” said M. Folgat. And, without giving the doctor time to +reply, he went on,-- + +“In what are our chances worse than they were before? In no way. We can +to-day, just as well as we could yesterday, lay our hands upon those +proofs which we know do exist, and which would save us. Who tells us +that at this moment Sir Francis Burnett and Suky Wood may not have been +found? Is your confidence in Goudar shaken?” + +“Oh, as to that, not at all! I saw him this morning at the hospital, +when I paid my usual visit; and he found an opportunity to tell me that +he was almost certain of success.” + +“Well?” + +“I am persuaded Cocoleu will speak. But will he speak in time? That is +the question. Ah, if we had but a month’s time, I should say Jacques is +safe. But our hours are counted, you know. The court will be held +next week. I am told the presiding judge has already arrived, and M. +Gransiere has engaged rooms at the hotel. What do you mean to do if +nothing new occurs in the meantime?” + +“M. Magloire and I will obstinately adhere to our plan of defence.” + +“And if Count Claudieuse keeps his promise, and declares that he +recognized Jacques in the act of firing at him?” + +“We shall say he is mistaken.” + +“And Jacques will be condemned.” + +“Well,” said the young advocate. + +And lowering his voice, as if he did not wish to be overheard, he +added,-- + +“Only the sentence will not be a fatal sentence. Ah, do not interrupt +me, doctor, and upon your life, upon Jacques’s life, do not say a +word of what I am going to tell you. A suspicion which should cross +M. Galpin’s mind would destroy my last hope; for it would give him an +opportunity of correcting a blunder which he has committed, and which +justifies me in saying to you, ‘Even if the count should give evidence, +even if sentence should be passed, nothing would be lost yet.’” + +He had become animated; and his accent and his gestures made you feel +that he was sure of himself. + +“No,” he repeated, “nothing would be lost; and then we should have time +before us, while waiting for a second trial, to hunt up our witnesses, +and to force Cocoleu to tell the truth. Let the count say what he +chooses, I like it all the better: I shall thus be relieved of my last +scruples. It seemed to me odious to betray the countess, because I +thought the most cruelly punished would be the count. But, if the count +attacks us, we are on the defence; and public opinion will be on our +side. More than that, they will admire us for having sacrificed our +honor to a woman’s honor, and for having allowed ourselves to be +condemned rather than to give up the name of her who has given herself +to us.” + +The physician did not seem to be convinced; but the young advocate paid +no attention. He went on,-- + +“No, our success in a second trial would be almost certain. The scene +in Mautrec Street has been seen by a witness: his iron-shod shoes have +left, as you say, their marks under the linden-trees nearest to the +parlor-window, and little Martha has watched his movements. Who can this +witness be unless it is Trumence? Well, we shall lay hands upon him. He +was standing so that he could see every thing, and hear every word. +He will tell what he saw and what he heard. He will tell how Count +Claudieuse called out to M. de Boiscoran, ‘No, I do not want to kill +you! I have a surer vengeance than that: you shall go to the galleys.’” + +Dr. Seignebos sadly shook his head as he said,-- + +“I hope your expectations may be realized, my dear sir.” + +But they came again for the doctor the third time to-day. Shaking hands +with the young advocate, he parted with his young friend, who after a +short visit to M. Magloire, whom he thought it his duty to keep well +informed of all that was going on, hastened to the house of M. de +Chandore. As soon as he looked into Dionysia’s face, he knew that he +had nothing to tell her; that she knew all the facts, and how unjust her +suspicions had been. + +“What did I tell you, madam?” he said very modestly. + +She blushed, ashamed at having let him see the secret doubts which had +troubled her so sorely, and, instead of replying, she said,-- + +“There are some letters for you, M. Folgat. They have carried them up +stairs to your room.” + +He found two letters,--one from Mrs. Goudar, the other from the agent +who had been sent to England. + +The former was of no importance. Mrs. Goudar only asked him to send a +note, which she enclosed, to her husband. + +The second, on the other hand, was of the very greatest interest. The +agent wrote,-- + +“Not without great difficulties, and especially not without a heavy +outlay of money, I have at length discovered Sir Francis Burnett’s +brother in London, the former cashier of the house of Gilmour and +Benson. + +“Our Sir Francis is not dead. He was sent by his father to Madras, to +attend to very important financial matters, and is expected back by the +next mail steamer. We shall be informed of his arrival on the very day +on which he lands. + +“I have had less trouble in discovering Suky Wood’s family. They are +people very well off, who keep a sailor’s tavern in Folkstone. They +had news from their daughter about three weeks ago; but, although +they profess to be very much attached to her, they could not tell me +accurately where she was just now. All they know is, that she has gone +to Jersey to act as barmaid in a public house. + +“But that is enough for me. The island is not very large; and I know it +quite well, having once before followed a notary public there, who had +run off with the money of his clients. You may consider Suky as safe. + +“When you receive this letter, I shall be on my way to Jersey. + +“Send me money there to the Golden Apple Hotel, where I propose to +lodge. Life is amazingly dear in London; and I have very little left of +the sum you gave me on parting.” + +Thus, in this direction, at least, every thing was going well. + +Quite elated by this first success, M. Folgat put a thousand-franc note +into an envelope, directed it as desired, and sent it at once to the +post-office. Then he asked M. de Chandore to lend him his carriage, and +went out to Boiscoran. + +He wanted to see Michael, the tenant’s son, who had been so prompt +in finding Cocoleu, and in bringing him into town. He found him, +fortunately, just coming home, bringing in a cart loaded with straw; +and, taking him aside, he asked him,-- + +“Will you render M. de Boiscoran a great service?” + +“What must I do?” replied the young man in a tone of voice which said, +better than all protestations could have done, that he was ready to do +any thing. + +“Do you know Trumence?” + +“The former basket-weaver of Tremblade?” + +“Exactly.” + +“Upon my word, don’t I know him? He has stolen apples enough from me, +the scamp! But I don’t blame him so much, after all; for he is a good +fellow, in spite of that.” + +“He was in prison at Sauveterre.” + +“Yes, I know; he had broken down a gate near Brechy and”-- + +“Well, he has escaped.” + +“Ah, the scamp!” + +“And we must find him again. They have put the gendarmes on his track; +but will they catch him?” + +Michael burst out laughing. + +“Never in his life!” he said. “Trumence will make his way to Oleron, +where he has friends; the gendarmes will be after him in vain.” + +M. Folgat slapped Michael amicably on the shoulder, and said,-- + +“But you, if you choose? Oh! do not look angry at me. We do not want to +have him arrested. All I want you to do is to hand him a letter from me, +and to bring me back his answer.” + +“If that is all, then I am your man. Just give me time to change my +clothes, and to let father know, and I am off.” + +Thus M. Folgat began, as far as in him lay, to prepare for future +action, trying to counteract all the cunning measures of the prosecution +by such combinations as were suggested to him by his experience and his +genius. + +Did it follow from this, that his faith in ultimate success was strong +enough to make him speak of it to his most reliable friends, even, say +to Dr. Seignebos, to M. Magloire, or to good M. Mechinet? + +No; for, bearing all the responsibility on his own shoulders, he had +carefully weighed the contrary chances of the terrible game in which he +proposed to engage, and in which the stakes were the honor and the life +of a man. He knew, better than anybody else, that a mere nothing might +destroy all his plans, and that Jacques’s fate was dependent on the most +trivial accident. + +Like a great general on the eve of a battle, he managed to control his +feelings, affecting, for the benefit of others, a confidence which he +did not really feel, and allowing no feature of his face to betray the +great anxiety which generally kept him awake more than half the night. + +And certainly it required a character of marvellous strength to remain +impassive and resolute under such circumstances. + +Everybody around him was in despair, and gave up all hope. + +The house of M. de Chandore, once so full of life and merriment, had +become as silent and sombre as a tomb. + +The last two months had made of M. de Chandore an old man in good +earnest. His tall figure had begun to stoop, and he looked bent and +broken. He walked with difficulty, and his hands began to tremble. + +The Marquis de Boiscoran had been hit even harder. He, who only a few +weeks before looked robust and hearty, now appeared almost decrepit. He +did not eat, so to say, and did not sleep. He became frightfully thin. +It gave him pain to utter a word. + +As to the marchioness, the very sources of life seemed to have been +sapped within her. She had had to hear M. Magloire say that Jacques’s +safety would have been put beyond all doubt if they had succeeded in +obtaining a change of venue, or an adjournment of the trial. And it was +her fault that such a change had not been applied for. That thought was +death to her. She had hardly strength enough left to drag herself every +day as far as the jail to see her son. + +The two Misses Lavarande had to bear all the practical difficulties +arising from this sore trial: they went and came, looking as pale as +ghosts, whispering in a low voice, and walking on tiptoe, as if there +had been a death in the house. + +Dionysia alone showed greater energy as the troubles increased. She did +not indulge in much hope. + +“I know Jacques will be condemned,” she said to M. Folgat. But she +said, also, that despair belonged to criminals only, and that the fatal +mistake for which Jacques was likely to suffer ought to inspire his +friends with nothing but indignation and thirst for vengeance. + +And, while her grandfather and the Marquis de Boiscoran went out as +little as possible, she took pains to show herself in town, astonishing +the ladies “in good society” by the way in which she received their +false expressions of sympathy. But it was evident that she was only +held up by a kind of feverish excitement, which gave to her cheeks their +bright color, to her eyes their brilliancy, and to her voice its clear, +silvery ring. Ah! for her sake mainly, M. Folgat longed to end this +uncertainty which is so much more painful than the greatest misfortune. + +The time was drawing near. + +As Dr. Seignebos had announced, the president of the tribunal, M. +Domini, had already arrived in Sauveterre. + +He was one of those men whose character is an honor to the bench, full +of the dignity of his profession, but not thinking himself infallible, +firm without useless rigor, cold and still kind-hearted, having no +other mistress but Justice, and knowing no other ambition but that of +establishing the truth. + +He had examined Jacques, as he was bound to do; but the examination had +been, as it always is, a mere formality, and had led to no result. + +The next step was the selection of a jury. + +The jurymen had already begun to arrive from all parts of the +department. They lodged at the Hotel de France, where they took their +meals in common in the large back dining-room, which is always specially +reserved for their use. + +In the afternoon one might see them, looking grave and thoughtful, take +a walk on the New-Market Square, or on the old ramparts. + +M. Gransiere, also, had arrived. But he kept strictly in retirement +in his room at the Hotel de la Poste, where M. Galpin every day spent +several hours in close conference with him. + +“It seems,” said Mechinet in confidence to M. Folgat,--“it seems they +are preparing an overwhelming charge.” + +The day after, Dionysia opened “The Sauveterre Independent,” and found +in it an announcement of the cases set down for each day,-- + + MONDAY..... Fraudulent bankruptcy, defalcation, forgery. + TUESDAY.... Murder, theft. + WEDNESDAY.. Infanticide, domestic theft. + THURSDAY... Incendiarism, and attempted assassination + (case of M. de Boiscoran). + +This was, therefore, the great day on which the good people of +Sauveterre expected to enjoy the most delightful emotions. Hence there +was an immense pressure brought to bear upon all the principal members +of the court to obtain tickets of admission. People who, the night +before, had refused to speak to M. Galpin, would stop him the next day +in the street, and beg him to give them a ticket, not for themselves, +but for “their lady.” Finally, the unheard-of fact became known, +that tickets were openly sold for money! One family had actually the +incomprehensible courage to write to the Marquis de Boiscoran for +three tickets, promising, in return, “by their attitude in court” to +contribute to the acquittal of the accused. + +In the midst of all these rumors, the city was suddenly startled by +a list of subscriptions in behalf of the families of the unfortunate +firemen who had perished in the fire at Valpinson. + +Who had started this paper? M. Seneschal tried in vain to discover the +hand that had struck this blow. The secret of this treacherous trick was +well kept. But it was a most atrocious trick to revive thus, on the eve +of the trial, such mournful memories and such bitter hatred. + +“That man Galpin had a hand in it,” said Dr. Seignebos, grinding his +teeth. “And to think that he may, after all, be triumphant! Ah, why did +not Goudar commence his experiment a little sooner?” + +For Goudar, while assuring everybody of certain success, asked for time. +To disarm the mistrust of an idiot like Cocoleu was not the work of a +day or a week. He declared, that, if he should be overhasty, he would +most assuredly ruin every thing. + +Otherwise, nothing new occurred. + +Count Claudieuse was getting rather better. + +The agent in Jersey had telegraphed that he was on Suky’s track; that he +would certainly catch her, but that he could not say when. + +Michael, finally, had in vain searched the whole district, and been all +over Oleron; no one had been able to give him any news of Trumence. + +Thus, on the day when the session began, a council was held, in which +all of Jacques’s friends took part; and here it was resolved that his +counsel would not mention the name of the Countess Claudieuse, and +would, even if the count should offer to give evidence, adhere to the +plan of defence suggested by M. Folgat. + +Alas! the chances of success seemed hourly to diminish; for the jury, +very much against the usual experience, appeared to be excessively +severe. The bankrupt was sentenced to twenty years’ hard labor. The +man accused of murder could not even obtain the plea of “extenuating +circumstances,” and was sentenced to death. + +This was on Wednesday. + +It was decided that M. de Chandore and the Marquis and the Marchioness +de Boiscoran should attend the trial. They wanted to spare Dionysia the +terrible excitement; but she declared that, in that case, she should +go alone to the court-house; and thus they were forced to submit to her +will. + +Thanks to an order from M. Domini, M. Folgat and M. Magloire could spend +the evening with Jacques in order to determine all the details, and to +agree upon certain replies to be given. + +Jacques looked excessively pale, but was quite composed. And when his +counsel left him, saying,-- + +“Keep up your courage and hope,” he replied,-- + +“Hope I have none; but courage--I assure you, I have courage!” + + + +XXXI. + +At last, in his dark cell, Jacques de Boiscoran saw the day break that +was to decide his fate. + +He was to be tried to-day. + +The occasion was, of course, too good to be neglected by “The Sauveterre +Independent.” Although a morning paper, it published, “in view of +the gravity of the circumstances,” an evening edition, which a dozen +newsboys cried out in the streets up to mid-night. And this was what it +said,-- + +ASSIZES AT SAUVETERRE. + +THURSDAY, 23. + +Presiding Judge.--M. DOMINI. + +ASSASSINATION! INCENDIARISM! + +[Special Correspondence of the Independent.] + +Whence this unusual commotion, this uproar, this great excitement, in +our peaceful city? Whence these gatherings of our public squares, these +groups in front of all the houses! Whence this restlessness on all +faces, this anxiety in all eyes? + +The reason is, that to-day this terrible Valpinson case will be brought +up in court, after having for so many weeks now agitated our people. + +To-day this man who is charged with such fearful crimes is to be tried. + +Hence all steps are eagerly turned towards the court-house: the people +all hurry, and rush in the same direction. + +The court-house! Long before daylight it was surrounded by an eager +multitude, which the constables and the gendarmes could only with +difficulty keep within bounds. + +They press and crowd and push. Coarse words fly to and fro. From words +they pass to gestures, from gestures to blows. A row is imminent. Women +cry, men swear, and two peasants from Brechy are arrested on the spot. + +It is well known that there will be few only, happy enough to get in. +The great square would not contain all these curious people, who have +gathered here from all parts of the district: how should the court-room +be able to hold them? + +And still our authorities, always anxious to please their constituents, +who have bestowed their confidence upon them, have resorted to heroic +measures. They have had two partition walls taken down, so that a part +of the great hall is added to the court-room proper. + +M. Lautier, the city architect, who is a good judge in such matters, +assures us that this immense hall will accommodate twelve hundred +persons. + +But what are twelve hundred persons? + +Long before the hour fixed for the opening of the court, every thing is +full to overflowing. A pin might be thrown into the room, and it could +not fall to the ground. + +Not an inch of space is lost. All around, along the wall men are +standing in close ranks. On both sides of the platform, chairs have been +put, which are occupied by a large number of our first ladies in good +society, not only of Sauveterre, however, but also of the neighborhood +and even other cites. Some of them appear in magnificent toilettes. + +A thousand reports are current, a thousand conjectures are formed, which +we shall take care not to report. Why should we? Let us say, however, +that the accused has not availed himself of his right to reject a +certain number of jurymen. He has accepted all the names which were +drawn by lot, and which the prosecuting attorney did not object to. + +We obtained this information from an attorney, a friend of ours; and, +just as he had told us all about it, a great noise rose at the door, +which was followed by rapid moving of chairs, and half-smothered +exclamations. + +It was the family of the accused, who had come in, and now occupied the +seats assigned them close by the platform. + +The Marquis de Boiscoran had on his arm Miss Chandore, who wore with +great grace and dignity a dark gray dress, trimmed with cherry-colored +ribbons. M. de Chandore escorted the Marchioness de Boiscoran. The +marquis and the baron looked cold and reserved. The mother of the +accused appears utterly overcome. Miss Chandore, on the contrary, is +lively, does not seem in the least concerned, and returns with a +bright smile the few greetings she receives from various parts of the +court-room. + +But soon they are no longer an object of curiosity. + +The attention of all is now directed towards a large table standing +before the judges, and on which may be seen a number of articles covered +by large red cloth. + +These are the articles to be used in evidence. + +In the meantime it strikes eleven o’clock. The sheriff’s officers move +about the room, seeing that every thing is in order. + +Then a small door opens on the left, and the counsel for the defence +enter. + +Our readers know who they are. One is M. Magloire, the ornament of our +bar; the other, an advocate from the capital, M. Folgat, quite young, +but already famous. + +M. Magloire looks as he does on his best days, and smilingly converses +with the mayor of Sauveterre; while M. Folgat opens his blue bag, and +consults his papers. + +Half-past eleven! + +An usher announces,-- + +The court. + +M. Domini takes the chair. M. Gransiere occupies the seat of the +prosecuting attorney. + +Behind them the jurymen sit down, looking grave and solemn. + +Everybody rises, everybody strains his eyes to see, and stands on +tiptoe. Some persons in the back rows even get upon their chairs. + +The president has ordered the prisoner to be brought in. + +He appears. + +He is dressed in black, and with great elegance. It is noticed that he +wears in his buttonhole the ribbon of the Legion of Honor. + +He looks pale; but his eye is clear and open, full of confidence, yet +not defiant. His carriage is proud, though melancholy. + +He has hardly taken his seat when a gentleman passes over three rows of +chairs, and, in spite of the officers of the court, succeeds in shaking +hands with him. It is Dr. Seignebos. + +The president orders the sheriff to proclaim silence; and, after +having reminded the audience that all expressions of approbation or +disapprobation are strictly prohibited, he turns to the accused, and +asks him,-- + +“Tell me your first names, your family name, your age, your profession, +and your domicile.” + +The accused replies,-- + +“Louis Trivulce Jacques de Boiscoran, twenty-seven years, land-owner, +residing at Boiscoran, district of Sauveterre.” + +“Sit down, and listen to the charges which are brought against you.” + +The clerk, M. Mechinet, thereupon reads the charges, which, in their +terrible simplicity, cause a shudder to pass through the whole audience. + +We shall not repeat them here, as all the incidents which they relate +are well known to our readers. + + +[Examination of the Accused.] + +PRESIDENT.--Accused, rise and answer clearly. During the preliminary +investigation, you have refused to answer several questions. Now the +matter must be cleared up. And I am bound to tell you it is to your +interest to answer frankly. + +ACCUSED.--No one desires more than I do that the truth be known. I am +ready to answer. + +P.--Why were you so reticent in your first examination? + +A.--I though it important for my interests to answer only in court. + +P.--You have heard of what crimes you are accused? + +A.--I am innocent. And, first of all, I beg you will allow me to say one +thing. The crime committed at Valpinson is an atrocious, cowardly crime; +but it is at the same time an absurdly stupid crime, more like the +unconscious act of a madman. Now, I have always been looked upon as not +lacking exactly in intelligence. + +P.--That is a discussion. + +A.--Still, Mr. President-- + +P.--Hereafter you shall have full liberty to state your argument. For +the present you must be content to answer the questions which I shall +ask you. + +A.--I submit. + +P.--Were you not soon to be married? + +At this question all eyes are turned towards Miss Chandore, who blushes +till she is as red as a poppy, but does not cast down her eyes. + +A.--(In a low voice.) Yes. + +P.--Did you not write to your betrothed a few hours before the crime was +committed? + +A.--Yes, sir; and I sent her my letter by the son of one of my tenants, +Michael. + +P.--What did you write to her? + +A.--That important business would prevent me from spending the evening +with her. + +P.--What was that business? + +At the moment when the accused opened his lips to reply, the president +stopped him by a gesture, and said,-- + +P.--Take care! You were asked this question during the preliminary +investigation, and you replied that you had to go to Brechy to see your +wood-merchant. + +A.--I did indeed make that reply on the spur of the moment. It was not +exact. + +P.--Why did you tell a falsehood? + +A.--(After an expression of indignation, which was noticed by all.) I +could not believe that I was in danger. It seemed to me impossible that +I should be reached by an accusation, which nevertheless, has brought +me into this court. Hence I did not deem it necessary to make my private +affairs public. + +P.--But you very soon found out that you were in danger? + +A.--Yes, I did. + +P.--Why did you not tell the truth then? + +A.--Because the magistrate who carried on the investigation had been too +intimate a friend of mine to inspire me with confidence. + +P.--Explain yourself more fully. + +A.--I must ask leave to say no more. I might, in speaking of M. Galpin, +be found to be wanting in moderation. + +A low murmur accompanies this reply made by the accused. + +P.--Such murmurs are improper, and I remind the audience of the respect +due to the court. + +M. Gransiere, the prosecuting attorney, rises,-- + +“We cannot tolerate such recriminations against a magistrate who has +done his duty nobly, and in spite of the pain it caused him. If the +accused had well-founded objections to the magistrate, why did he not +make them known? He cannot plead ignorance: he knows the law, he is a +lawyer himself. His counsel, moreover, are men of experience.” + +M. Magloire replies, in his seat,-- + +“We were of the opinion that the accused ought to ask for a change of +venue. He declined to follow our advice, being confident, as he said, +that his cause was a good one.” + +M. Gransiere, resuming his seat,-- + +“The jury will judge of this plea.” + +P.--(To the accused.) And now are you ready to tell the truth with +regard to that business which prevented you from spending the evening +with your betrothed? + +A.--Yes, sir. My wedding was to take place at the church in Brechy, and +I had to make my arrangements with the priest about the ceremony. I had, +besides, to fulfil certain religious duties. The priest at Brechy, +who is a friend of mine, will tell you, that, although no day had +been fixed, it had been agreed upon between us that I should come to +confession on one of the evenings of the week since he insisted upon it. + +The audience, which had been expecting some very exciting revelations, +seemed to be much disappointed; and ironical laughter was heard in +various directions. + +P.--(In a severe tone of voice.) This laughter is indecent and +objectionable. Sheriff, take out the persons who presume to laugh. And +once more I give notice, that, at the first disturbance, I shall order +the room to be cleared. + +Then, turning again to the accused, he said,-- + +P.--Go on! + +A.--I went therefore to the priest at Brechy, that evening: unluckily +there was no one at home at the parsonage when I got there. I was +ringing the third or fourth time in vain, when a little peasant-girl +came by, who told me that she had just met the priest at the Marshalls’ +Cross-roads. I thought at once I would go and meet him, and went in +that direction. But I walked more than four miles without meeting him. I +thought the girl must have been mistaken, and went home again. + +P.--Is that your explanation? + +A.--Yes. + +P.--And you think it a plausible one? + +A.--I have promised to say not what is plausible, but what is true. +I may confess, however, that, precisely because the explanation is so +simple, I did not venture at first to give it. And yet if no crime had +been committed, and I had said the day after, “Yesterday I went to see +the priest at Brechy, and did not find him,” who would have seen any +thing unnatural in my statement? + +P.--And, in order to fulfil so simple a duty, you chose a roundabout +way, which is not only troublesome, but actually dangerous, right across +the swamps? + +A.--I chose the shortest way. + +P.--Then, why were you so frightened upon meeting young Ribot at the +Seille Canal? + +A.--I was not frightened, but simply surprised, as one is apt to be +when suddenly meeting a man where no one is expected. And, if I was +surprised, young Ribot was not less so. + +P.--You see that you hoped to meet no one? + +A.--Pardon me, I did not say so. To expect is not the same as to hope. + +P.--Why, then did you take such pains to explain your being there? + +A.--I gave no explanations. Young Ribot first told me, laughingly, where +he was going, and then I told him that I was going to Brechy. + +P.--You told him, also, that you were going through the marshes to shoot +birds, and, at the same time you showed him your gun? + +A.--That may be. But is that any proof against me? I think just the +contrary. If I had had such criminal intentions as the prosecution +suggests, I should certainly have gone back after meeting people, +knowing that I was exposed to great danger. But I was only going to see +my friend, the priest. + +P.--And for such a visit you took your gun? + +A.--My land lies in the woods and marshes, and there was not a day when +I did not bag a rabbit or a waterfowl. Everybody in the neighborhood +will tell you that I never went out without a gun. + +P.--And on your return, why did you go through the forest of +Rochepommier? + +A.--Because, from the place where I was on the road, it was probably the +shortest way to Boiscoran. I say probably, because just then I did not +think much about that. A man who is taking a walk would be very much +embarrassed, in the majority of cases, if he had to give a precise +account why he took one road rather than another. + +P.--You were seen in the forest by a woodcutter, called Gaudry? + +A.--So I was told by the magistrate. + +P.--That witness deposes that you were in a state of great excitement. +You were tearing leaves from the branches, you were talking loud. + +A.--I certainly was very much vexed at having lost my evening, and +particularly vexed at having relied on the little peasant-girl. It is +quite likely that I might have exclaimed, as I walked along, “Plague +upon my friend, the priest, who goes and dines in town!” or some such +words. + +There was a smile in the assembly, but not such as to attract the +president’s attention. + +P.--You know that the priest of Brechy was dining out that day? + +M. Magloire rose, and said,-- + +“It is through us, sir, that the accused has found out this fact. When +he told us how he had spent the evening, we went to see the priest +at Brechy, who told us how it came about that neither he nor his +old servant was at the parsonage. At our request the priest has been +summoned. We shall also produce another priest, who at that time passed +the Marshalls’ Cross-roads, and was the one whom the little girl had +seen.” + +Having made a sign to counsel to sit down again, the president once more +turns to the accused. + +P.--The woman Courtois who met you deposes that you looked very curious. +You did not speak to her: you were in great haste to escape from her. + +A.--The night was much too dark for the woman to see my face. She asked +me to render her a slight service, and I did so. I did not speak to her, +because I had nothing to say to her. I did not leave her suddenly, but +only got ahead of her, because her ass walked very slowly. + +At a sign from the president, the ushers raise the red cloth which cover +the objects on the table. + +Great curiosity is manifested by the whole audience; and all rise, and +stretch their necks to see better. On the table are displayed clothes, +a pair of velveteen trousers, a shooting-jacket of maroon-colored +velveteen, an old straw hat, and a pair of dun-colored leather boots. By +their side lie a double-barrelled gun, packages of cartridges, two bowls +filled with small-shot, and, finally, a large china basin, with a dark +sediment at the bottom. + +P.--(Showing these objects to the accused.) Are those the clothes which +you wore the evening of the crime? + +A.--Yes, sir. + +P.--A curious costume in which to visit a venerable ecclesiastic, and to +perform religious duties. + +A.--The priest at Brechy was my friend. Our intimacy will explain, even +if it does not justify, the liberty I took. + +P.--Do you also recognize this basin? The water has been allowed to +evaporate, and the residue alone remains there on the bottom. + +A.--It is true, that, when the magistrate appeared at my house, he found +there the basin full of dark water, which was thick with half-burnt +_debris_. He asked me about this water, and I did not hesitate a moment +to tell him that I had washed my hands in it the evening before, after +my return home. + +Is it not evident, that if I had been guilty, my first effort would +have been to put every evidence of my crime out of the way? And yet this +circumstance is looked upon as the strongest evidence of my guilt, and +the prosecution produces it as the most serious charge against me. + +P.--It is very strong and serious indeed. + +A.--Well, nothing can be more easily explained than that. I am a great +smoker. When I left home the evening of the crime, I took cigars in +abundance; but, when I was about to light one, I found that I had no +matches. + +M. Magloire rises, and says,-- + +“And I wish to point out that this is not one of those explanations +which are invented, after the fact, to meet the necessities of a +doubtful case. We have absolute and overwhelming proof of it. M. de +Boiscoran did not have the little match-box which he usually carries +about him, at that time, because he had left it at M. de Chandore’s +house, on the mantelpiece, where I have seen it, and where it still is.” + +P.--That is sufficient, M. Magloire. Let the defendant go on. + +A.--I wanted to smoke; and so I resorted to the usual expedient, which +all sportsmen know. I tore open one of my cartridges, put, instead of +the lead, a piece of paper inside, and set it on fire. + +P.--And thus you get a light? + +A.--Not always, but certainly in one case out of three. + +P.--And the operation blackens the hands? + +A.--Not the operation itself. But, when I had lit my cigar, I could not +throw away the burning paper as it was: I might have kindled a regular +fire. + +P.--In the marshes? + +A.--But, sir, I smoked five or six cigars during the evening, which +means that I had to repeat the operation a dozen times at least, and +in different places,--in the woods and on the high-road. Each time I +quenched the fire with my fingers; and, as the powder is always greasy, +my hands naturally became soon as black as those of a charcoal-burner. + +The accused gives this explanation in a perfectly natural but still +rather excited manner, which seems to make a great impression. + +P.--Let us go on to your gun. Do you recognize it? + +A.--Yes, sir. May I look at it? + +P.--Yes. + +The accused takes up the gun with feverish eagerness, snaps the two +cocks, and puts one of his fingers inside the barrels. + +He turns crimson, and, bending down to his counsel, says a few words to +them so quickly and so low, that they do not reach us. + +P.--What is the matter? + +M. MAGLOIRE.--(Rising.) A fact has become patent which at once +establishes the innocence of M. de Boiscoran. By providential +intercession, his servant Anthony had cleaned the gun two days before +the day of the crime. It appears now that one of the barrels is still +clean, and in good condition. Hence it cannot be M. de Boiscoran who has +fired twice at Count Claudieuse. + +During this time the accused has gone up to the table on which the +objects are lying. He wraps his handkerchief around the ramrod, slips it +into one of the barrels, draws it out again, and shows that it is hardly +soiled. + +The whole audience is in a state of great excitement. + +P.--Do the same thing to the other barrel. + +The accused does it. The handkerchief remains clean. + +P.--You see, and still you have told us that you had burnt, perhaps, a +dozen cartridges to light your cigars. But the prosecution had foreseen +this objection, and they are prepared to meet it. Sheriff, bring in the +witness, Maucroy. + +Our readers all know this gentleman, whose beautiful collection of +weapons, sporting-articles, and fishing-tackle, is one of the ornaments +of our great Square. He is dressed up, and without hesitation takes the +required oath. + +P.--Repeat your deposition with regard to this gun. + +WITNESS.--It is an excellent gun, and very costly: such guns are not +made in France, where people are too economical. + +At this answer the whole audience laughs. M. Maucroy is not exactly +famous for cheap bargains. Even some of the jurymen can hardly control +their laughter. + +P.--Never mind your reflections on that object. Tell us only what you +know about the peculiarities of this gun. + +WITNESS.--Well, thanks to a peculiar arrangement of the cartridges, and +thanks, also, to the special nature of the fulminating material, the +barrels hardly ever become foul. + +A.--(Eagerly.) You are mistaken, sir. I have myself cleaned my gun +frequently; and I have, just on the contrary, found the barrels +extremely foul. + +WITNESS.--Because you had fired too often. But I mean to say that you +can use up two or three cartridges without a trace being left in the +barrels. + +A.--I deny that positively. + +P.--(To witness.) And if a dozen cartridges were burnt? + +WITNESS.--Oh, then, the barrels would be very foul. + +P.--Examine the barrels, and tell us what you see. + +WITNESS.--(After a minute examination.) I declare that two cartridges +cannot have been used since the gun was cleaned. + +P.--(To the accused.) Well, what becomes of that dozen cartridges which +you have used up to light your cigars, and which had blackened your +hands so badly? + +M. MAGLOIRE.--The question is too serious to be left entirely in the +hands of a single witness. + +THE PROSECUTING ATTORNEY.--We only desire the truth. It is easy to make +an experiment. + +WITNESS.--Oh, certainly! + +P.--Let it be done. + +Witness puts a cartridge into each barrel, and goes to the window to +explode them. The sudden explosion is followed by the screams of several +ladies. + +WITNESS.--(Returning, and showing that the barrels are no more foul than +they were before.) Well, you see I was right. + +P.--(To the accused.) You see this circumstance on which you relied so +securely, so far from helping you, only proves that your explanation of +the blackened state of your hands was a falsehood. + +Upon the president’s order, witness is taken out, and the examination of +the accused is continued. + +P.--What were your relations with Count Claudieuse? + +A.--We had no intercourse with each other. + +P.--But it was known all over the country that you hated him? + +A.--That is a mistake. I declare, upon my honor, that I always looked +upon him as the best and most honorable of men. + +P.--There, at least, you agree with all who knew him. Still you are at +law with him? + +A.--I have inherited that suit from my uncle, together with his fortune. +I carried it on, but very quietly. I asked for nothing better than a +compromise. + +P.--And, when Count Claudieuse refused, you were incensed? + +A.--No. + +P.--You were so irritated against him, that you once actually aimed your +gun at him. At another time you said, “He will not leave me alone till I +put a ball into him.” Do not deny! You will hear what the witnesses say. + +Thereupon, the accused resumes his place. He looks as confident as +ever, and carries his head high. He has entirely overcome any feeling +of discouragement, and converses with his counsel in the most composed +manner. + +There can be no doubt, that, at this stage of the proceedings, public +opinion is on his side. He has won the good-will even of those who came +there strongly prejudiced. No one can help being impressed by his proud +but mournful expression of fate; and all are touched by the extreme +simplicity of his answers. + +Although the discussion about the gun has not turned out to his +advantage, it does not seem to have injured him. People are eagerly +discussing the question of the fouling of guns. A number of incredulous +persons, whom the experiment has not convinced, maintain that M. Maucroy +has been too rash in his statements. Others express surprise at the +reserve shown by counsel,--less by that of M. Folgat, who is unknown +here, than by that of M. Magloire, who usually allows no opportunity to +escape, but is sure to profit by the smallest incident. + +The proceedings are not exactly suspended; but there is a pause, whilst +the ushers cover the articles on the table once more with red cloth, +and, after several comings and goings, roll a large arm-chair in front +of the judge’s seat. + +At last one of the ushers comes up to the president, and whispers +something into his ear. + +The president only nods his head. + +When the usher has left the room, M. Domini says,-- + +“We shall now proceed to hear the witnesses, and we propose to begin +with Count Claudieuse. Although seriously indisposed, he has preferred +to appear in court.” + +At these words Dr. Seignebos is seen to start up, as if he wished to +address the court; but one of his friends, sitting by him, pulls him +down by his coat. M. Folgat makes a sign to him, and he sits down again. + +P.--Sheriff, bring in Count Claudieuse. + + +[Examination of Witnesses.] + +The small door through which the armorer Maucroy had been admitted opens +once more, and Count Claudieuse enters. Supported and almost carried by +his man-servant. + +He is greeted by a murmur of sympathetic pity. He is frightfully thin; +and his features look as haggard as if he were about to give up the +ghost. The whole vitality of his system seems to have centred in his +eyes, which shine with extraordinary brilliancy. + +He takes the oath in an almost inaudible voice. + +But the silence is so deep, that when the president asks him the usual +question, “Do you swear to tell the whole truth?” and he answers, “I +swear,” the words are distinctly heard all over the court-room. + +P.--(Very kindly.) We are very much obliged to you, sir, for the effort +which you have made. That chair has been brought in for you: please sit +down. + +COUNT CLAUDIEUSE.--I thank you, sir; but I am strong enough to stand. + +P.--Please tell us, then, what you know of the attempt made on your +life. + +C.C.--It might have been eleven o’clock: I had gone to bed a little +while before, and blown out my light. I was in that half state which is +neither waking nor sleeping, when I saw my room lighted up by a dazzling +glare. I saw it was fire. I jumped out of bed, and, only lightly +dressed, rushed down the stairs. I found some difficulty in opening the +outer door, which I had locked myself. At last I succeeded. But I had no +sooner put my foot outside than I felt a terrible pain in my right side, +and at the same time I heard an explosion of fire-arms. Instinctively I +rushed towards the place from which the shot seemed to have been fired; +but, before I had taken three steps, I was struck once more in my +shoulder, and fell down unconscious. + +P.--How long a time was there between the first and the second shots? + +C.C.--Almost three or four seconds. + +P.--Was that time enough to distinguish the murderer? + +C.C.--Yes; and I saw him run from behind a wood-pile, where he had been +lying in ambush, and escape into the country. + +P.--You can tell us, no doubt, how he was dressed? + +C.C.--Certainly. He had on a pair of light gray trousers, a dark coat, +and a large straw hat. + +At a sign from the president, and in the midst of the most profound +silence, the ushers remove the red cloth from the table. + +P.--(Pointing at the clothes of the accused.) Does the costume which you +describe correspond with those cloths? + +C.C.--Of course; for they are the same. + +P.--Then you must have recognized the murderer. + +C.C.--The fire was so large at that time, that it was as bright as +daylight. I recognized M. Jacques de Boiscoran. + +There was, probably, in the whole vast audience assembled under that +roof, not a heart that was not seized with unspeakable anguish when +these crushing words were uttered. + +We were so fully prepared for them, that we could watch the accused +closely. + +Not a muscle in his face seemed to move. His counsel showed as little +any signs of surprise or emotion. + +Like ourselves, the president also, and the prosecuting attorney, had +been watching the accused and his counsel. Did they expect a protest, an +answer, any thing at all? Perhaps they did. + +But, as nothing came, the president continued, turning to witness,-- + +P.--Your declaration is a very serious one, sir. + +C.C.--I know its weight. + +P.--It is entirely different from your first deposition made before the +investigating magistrate. + +C.C.--It is. + +P.--When you were examined a few hours after the crime, you declared +that you had not recognized the murderer. More than that, when M. de +Boiscoran’s name was mentioned, you seemed to be indignant of such a +suspicion, and almost became surety yourself for his innocence. + +C.C.--That was contrary to truth. I felt a very natural sense of +commiseration, and tried to save a man who belonged to a highly esteemed +family from disgraceful punishment. + +P.--But now? + +C.C.--Now I see that I was wrong, and that the law ought to have its +course. And this is my reason for coming here,--although afflicted by a +disease which never spares, and on the point of appearing before God--in +order to tell you M. de Boiscoran is guilty. I recognized him. + +P.--(To the accused.) Do you hear? + +The accused rises and says,-- + +A.--By all that is dear and sacred to me in the world, I swear that I +am innocent. Count Claudieuse says he is about to appear before God: I +appeal to the justice of God. + +Sobs well-nigh drown the voice of the accused. The Marchioness de +Boiscoran is overcome by a nervous attack. She is carried out stiff and +inanimate; and Dr. Seignebos and Miss Chandore hasten after her. + +A.--(To Count Claudieuse.) You have killed my mother! + +Certainly, all who had hoped for scenes of thrilling interest were not +disappointed. Everybody looks overcome with excitement. Tears appear in +the eyes of almost all the ladies. + +And yet those who watch the glances which are exchanged between M. de +Boiscoran and Count Claudieuse cannot help asking themselves, if there +is not something else between these two men, besides what the trial has +made known. We cannot explain to ourselves these singular answers given +to the president’s questions, nor does any one understand the silence +observed by M. de Boiscoran’s counsel. Do they abandon their client? No; +for we see them go up to him, shake hands with him, and lavish upon him +every sign of friendly consolation and encouragement. + +We may even be permitted to say, that, to all appearances, the president +himself and the prosecuting attorney were, for a moment, perfectly +overcome with surprise. At all events, we thought so at the moment. + +But the president continues,-- + +P.--I have but just been asking the accused, count, whether there was +any ground of enmity between you. + +C.C.--(In a steadily declining voice.) I know no other ground except our +lawsuit about a little stream of water. + +P.--Has not the accused once threatened to fire at you? + +C.C.--Yes; but I did not think he was in earnest, and I never resented +the matter. + +P. Do you persist in your declaration? + +C.C.--I do. And once more, upon my oath, I declare solemnly that I +recognized, in such a manner as to prevent any possible mistake, M. +Jacques Boiscoran. + +It was evidently time that Count Claudieuse should end his evidence. He +begins to totter; his eyes close; his head rolls from side to side; and +two ushers have to come to his assistance to enable him, with the help +of his own servant, to leave the room. + +Is the Countess Claudieuse to be called next? + +It was thought so; but it was not so. The countess being kept by the +bedside of one of her daughters, who is most dangerously ill, will not +be called at all; and the clerk of the court is ordered to read her +deposition. + +Although her description of the terrible event is very graphic, +it contains no new facts, and will remain without influence on the +proceedings. + +The next witness is Ribot. + +This is a fine handsome countryman, a regular village cock, with a +pink-and-blue cravat around his neck, and a huge gold chain dangling +from his watch-pocket. He seems to be very proud of his appearance and +looks around with an air of the most perfect self-satisfaction. + +In the same way he relates his meeting with the accused in a tone of +great importance. He knows every thing and explains every thing. With +a little encouragement he would, no doubt, declare that the accused had +confided to him all his plans of incendiarism and murder. His answers +are almost all received with great hilarity, which bring down upon the +audience another and very severe reprimand from the president. + +The witness Gaudry, who succeeds him, is a small, wretched-looking man, +with a false and timid eye, who exhausts himself in bows and scrapes. +Quite different from Ribot, he seems to have forgotten every thing. It +is evident he is afraid of committing himself. He praises the count; but +he does not speak the less well of M. de Boiscoran. He assures the court +of his profound respect for them all,--for the ladies and gentlemen +present, for everybody, in fine. + +The woman Courtois, who comes next, evidently wishes she were a thousand +miles away. The president has to make the very greatest efforts to +obtain, word by word, her evidence, which, after all, amounts to next to +nothing. + +Then follow two farmers from Brechy, who have been present at the +violent altercation which ended in M. de Boiscoran’s aiming with his gun +at Count Claudieuse. + +Their account, interrupted by numberless parentheses, is very obscure. +One of the counsel of the defendant requests them to be more explicit; +and thereupon they become utterly unintelligible. Besides, they +contradict each other. One has looked upon the act of the accused as a +mere jest: the other has looked upon it so seriously as to throw himself +between the two men, in order to prevent M. de Boiscoran from killing +his adversary then and there. + +Once more the accused protests, energetically, he never hated Count +Claudieuse: there was no reason why he should hate him. + +The obstinate peasant insists upon it that a lawsuit is always a +sufficient reason for hating a man. And thereupon he undertakes to +explain the lawsuit, and how Count Claudieuse, by stopping the water of +the Seille, overflowed M. de Boiscoran’s meadows. + +The president at last stops the discussion, and orders another witness +to be brought in. + +This man swears he has heard M. de Boiscoran say, that, sooner or later, +he would put a ball into Count Claudieuse. He adds, that the accused +is a terrible man, who threatened to shoot people upon the slightest +provocation. And, to support his evidence, he states that once before, +to the knowledge of the whole country, M. de Boiscoran has fired at a +man. + +The accused undertakes to explain this. A scamp, who he thinks was no +one else but the witness on the stand, came every night and stole his +tenants’ fruit and vegetables. One night he kept watch, and gave him a +load of salt. He does not know whether he hit him. At all events, the +thief never complained, and thus was never found out. + +The next witness is a constable from Brechy. He deposes that once Count +Claudieuse, by stopping up the waters of the little stream, the +Seille, had caused M. de Boiscoran a loss of twenty thousand weight of +first-rate hay. He confesses that such a bad neighbor would certainly +have exasperated him. + +The prosecuting attorney does not deny the fact, but adds, that Count +Claudieuse offered to pay damages. M. de Boiscoran had refused with +insulting haughtiness. + +The accused replies, that he had refused upon the advice of his lawyer, +but that he had not used insulting words. + +Next appeared the witnesses summoned by the defence. + +The first is the excellent priest from Brechy. He confirms the statement +of the accused. He was dining, the evening of the crime, at the house +of M. de Besson; his servant had come for him; and the parsonage was +deserted. He states that he had really arranged with M. de Boiscoran +that the latter should come some evening of that week to fulfil the +religious duties which the church requires before it allows a marriage +to be consecrated. He has known Jacques de Boiscoran from a child, and +knows no better and no more honorable man. In his opinion, that hatred, +of which so much has been said, never had any existence. He cannot +believe, and does not believe, that the accused is guilty. + +The second witness is the priest of an adjoining parish. He states, +that, between nine and ten o’clock, he was on the road, near the +Marshalls’ Cross-roads. The night was quite dark. He is of the same size +as the priest at Brechy; and the little girl might very well have taken +him for the latter, thus misleading M. de Boiscoran. + +Three other witnesses are introduced; and then, as neither the accused +nor his counsel have any thing to add, the prosecuting attorney begins +his speech. + + +[The Charge.] + +M. Gransiere’s eloquence is so widely known, and so justly appreciated, +that we need not refer to it here. We will only say that he surpassed +himself in this charge, which, for more than an hour, held the large +assembly in anxious and breathless suspense, and caused all hearts to +vibrate with the most intense excitement. + +He commences with a description of Valpinson, “this poetic and charming +residence, where the noble old trees of Rochepommier are mirrored in the +crystal waves of the Seille. + +“There,” he went on to say,--“there lived the Count and the Countess +Claudieuse,--he one of those noblemen of a past age who worshipped +honor, and were devoted to duty; she one of those women who are the +glory of their sex, and the perfect model of all domestic virtues. + +“Heaven had blessed their union, and given them two children, to whom +they were tenderly attached. Fortune smiled upon their wise efforts. +Esteemed by all, cherished, and revered, they lived happy, and might +have counted upon long years of prosperity. + +“But no. Hate was hovering over them. + +“One evening, a fatal glare arouses the count. He rushes out; he hears +the report of a gun. He hears it a second time, and he sinks down, +bathed in his blood. The countess also is alarmed by the explosion, and +hastens to the spot: she stumbles; she sees the lifeless body of her +husband, and sinks unconscious to the ground. + +“Are the children also to perish? No. Providence watches. A flash of +intelligence pierces the night of an insane man, who rushes through +the flames, and snatches the children from the fire that was already +threatening their couch. + +“Their lives are saved; but the fire continues its destructive march. + +“At the sound of the terrible fire-bell, all the inhabitants of the +neighboring villages hurry to the spot. But there is no one to direct +their efforts; there are no engines; and they can do nothing. + +“But all of a sudden a distant rumbling sound revives hope in their +hearts. They know the fire-engines are coming. They come; they reach the +spot; and whatever men can do is done at once. + +“But great God! What mean those cries of horror which suddenly rise on +all sides? The roof of the house is falling, and buries under its ruins +two men, the most zealous and most courageous of all the zealous and +courageous men,--Bolton the drummer, who had just now summoned his +neighbors to come to the rescue, and Guillebault, a father with five +children. + +“High above the crash and the hissing of flames rise their heart-rending +cries. They call for help. Will they be allowed to perish? A gendarme +rushes forward, and with him a farmer from Brechy. But their heroism +is useless: the monster keeps its prey. The two men also are apparently +doomed; and only by unheard-of efforts, and at great peril of life, can +they be rescued from the furnace. But they are so grievously wounded, +that they will remain infirm for the rest of their lives, compelled to +appeal to public charity for their subsistence.” + +Then the prosecuting attorney proceeds to paint the whole of the +disaster at Valpinson in the sombrest colors, and with all the resources +of his well-known eloquence. He describes the Countess Claudieuse as +she kneels by the side of her dying husband, while the crowd is eagerly +pressing around the wounded man and struggling with the flames for the +charred remains of the unfortunate firemen. With increasing vehemence, +he says next,-- + +“And during all this time what becomes of the author of these fearful +misdeeds? When his hatred is gratified, he flees through the wood, and +returns to his home. Remorse, there is none. As soon as he reaches the +house, he eats, drinks, smokes his cigar. His position in the country is +such, and the precautionary measures he had taken appear to him so well +chosen, that he thinks he is above suspicion. He is calm. He feels so +perfectly safe, that he neglects the commonest precautions, and does not +even take the trouble of pouring out the water in which he has washed +his hands, blackened as they are by the fire he has just kindled. + +“He forgets that Providence whose torch on great occasions illumines and +guides human justice. + +“And how, indeed, could the law ever have expected to find the guilty +man in one of the most magnificent chateaux of the country but for a +direct intervention of Providence? + +“For the incendiary, the assassin, was actually there, at the Chateau +Boiscoran. + +“And let no one come and tell us that the past life of Jacques de +Boiscoran is such as to protect him against the formidable charges that +are brought against him. We know his past life. + +“A perfect model of those idle young men who spend in riotous living a +fortune painfully amassed by their fathers, Jacques de Boiscoran had not +even a profession. Useless to society, a burden to himself, he passed +through life like a ship without rudder and without compass, indulging +in all kinds of unhealthy fashions in order to spend the hours that were +weighing heavily upon him. + +“And yet he was ambitious; but his ambition lay in the direction of +those dangerous and wicked intrigues which inevitably lead men to crime. + +“Hence we see him mixed up with all those sterile and wanton party +movements which discredit our days, uttering over and over again hollow +phrases in condemnation of all that is noble and sacred, appealing to +the most execrable passions of the multitude”-- + +M. MAGLOIRE.--If this is a political affair, we ought to be informed +beforehand. + +ATTORNEY-GENERAL.--There is no question of politics here. We speak of +the life of a man who has been an apostle of strife. + +M. MAGLOIRE.--Does the attorney-general fancy he is preaching peace? + +PRESIDENT.--I request counsel for the defence not to interrupt. + +ATTORNEY-GENERAL.--And it is in this ambition of the accused that we +must look for a key to that terrible hatred which has led him to +commit such crimes. That lawsuit about a stream of water is a matter of +comparatively little importance. But Jacques de Boiscoran was preparing +to become a candidate for election. + +A.--I never dreamed of it. + +ATTORNEY-GENERAL.--(Not noticing the interruption.) He did not say so; +but his friends said it for him, and went about everywhere, repeating +that by his position, his wealth, and his opinions, he was the man best +worthy of the votes of Republicans. And he would have had an excellent +chance, if there had not stood between him and the object of his desires +Count Claudieuse, who had already more than once succeeded in defeating +similar plots. + +M. MAGLOIRE.--(Warmly.) Do you refer to me? + +ATTORNEY-GENERAL.--I allude to no one. + +M. MAGLOIRE.--You might just as well say at once, that my friends as +well as myself are all M. de Boiscoran’s accomplices; and that we have +employed him to rid us of a formidable adversary. + +ATTORNEY-GENERAL.--(Continues.) Gentlemen, this is the real motive of +the crime. Hence that hatred which the accused soon is unable to conceal +any longer, which overflows in invectives, which breaks forth in threats +of death, and which actually carries him so far that he points his gun +at Count Claudieuse. + +The attorney-general next passes on to examine the charges, which, he +declares, are overwhelming and irrefutable. Then he goes on,-- + +“But what need is there of such questions after the crushing evidence of +Count Claudieuse? You have heard it,--on the point of appearing before +God! + +“His first impulse was to follow the generous nature of his heart, and +to pardon the man who had attempted his life. He desired to save him; +but, as he felt death come nearer, he saw that he had no right to shield +a criminal from the sword of justice: he remembered that there were +other victims beside himself. + +“And then, rising from his bed of agony, he dragged himself here into +court, in order to tell you. ‘That is the man! By the light of the fire +which he had kindled, I saw him and recognized him. He is the man!’ + +“And could you hesitate after such evidence? No! I can not and will not +believe it. After such crimes, society expects that justice should be +done,--justice in the name of Count Claudieuse on his deathbed,--justice +in the name of the dead,--justice in the name of Bolton’s mother, and of +Guillebault’s widow and her five children.” + +A murmur of approbation accompanied the last words of M. Gransiere, and +continued for some time after he had concluded. There is not a woman in +the whole assembly who does not shed tears. + +P.--The counsel for the defence. + + +[Pleading.] + +As M. Magloire had so far alone taken an active part in the defence, it +was generally believed that he would speak. But it was not so. M. Folgat +rises. + +Our court-house here in Sauveterre has at various times reechoed the +words of almost all our great masters of forensic eloquence. We have +heard Berryer, Dufaure, Jules Favre, and others; but, even after these +illustrious orators, M. Folgat still succeeds in astonishing and moving +us deeply. + +We can, of course, report here only a few of his phrases; and we must +utterly abandon all hope of giving an idea of his proud and disdainful +attitude, his admirable manner, full of authority, and especially of his +full, rich voice, which found its way into every heart. + +“To defend certain men against certain charges,” he began, “would be +to insult them. They cannot be touched. To the portrait drawn by the +prosecuting attorney, I shall simply oppose the answer given by the +venerable priest of Brechy. What did he tell you? M. de Boiscoran is the +best and most honorable of men. There is the truth; they wish to make +him out a political intriguant. He had, it is true, a desire to +be useful to his country. But, while others debated, he acted. The +Sauveterre Volunteers will tell you to what passions he appealed before +the enemy, and by what intrigues he won the cross which Chausy himself +fastened to his breast. He wanted power, you say. No: he wished for +happiness. You speak of a letter written by him, the evening of the +crime, to his betrothed. I challenge you to read it. It covers four +pages: before you have read two, you will be forced to abandon the +case.” + +Then the young advocate repeats the evidence given by the accused; and +really, under the influence of his eloquence, the charges seem to fall +to the ground, and to be utterly annihilated. + +“And now,” he went on, “what other evidence remains there? The evidence +given by Count Claudieuse. It is crushing, you say. I say it is +singular. What! here is a witness who sees his last hour drawing nigh, +and who yet waits for the last minute of his life before he speaks. And +you think that is natural! You pretend that it was generosity which made +him keep silent. I, I ask you how the most cruel enemy could have acted +more atrociously? + +“‘Never was a case clearer,’ says the prosecution. On the contrary, +I maintain that never was a case more obscure; and that, so far from +fathoming the secret of the whole affair, the prosecution has not found +out the first word of it.” + +M. Folgat takes his seat, and the sheriff’s officers have to interfere +to prevent applause from breaking out. If the vote had been taken at +that moment, M. de Boiscoran would have been acquitted. + +But the proceedings are suspended for fifteen minutes; and in the +meantime the lamps are lit, for night begins to fall. + +When the president resumes his chair, the attorney-general claims his +right to speak. + +“I shall not reply as I had at first proposed. Count Claudieuse is +about to pay with his life for the effort which he has made to place his +evidence before you. He could not even be carried home. He is perhaps +at this very moment drawing his last breath upon earth in the adjoining +room.” + +The counsel for the defence do not desire to address the jury; and, as +the accused also declares that he has nothing more to say, the president +sums up, and the jurymen withdrew to their room to deliberate. + +The heat is overwhelming, the restraint almost unbearable; and all faces +bear the marks of oppressive fatigue; but nobody thinks of leaving the +house. A thousand contradictory reports circulate through the excited +crowd. Some say that Count Claudieuse has died; others, on the contrary, +report him better, and add that he has sent for the priest from Brechy. + +At last, a few minutes after nine o’clock, the jury reappears. + +Jacques de Boiscoran is declared guilty, and, on the score of +extenuating circumstances, sentenced to twenty years’ penal labor. + + + + +THIRD PART--COCOLEU + + + +I. + +Thus M. Galpin triumphed, and M. Gransiere had reason to be proud of his +eloquence. Jacques de Boiscoran had been found guilty. + +But he looked calm, and even haughty, as the president, M. Domini, +pronounced the terrible sentence, a thousand times braver at that +moment than the man who, facing the squad of soldiers from whom he is to +receive death, refuses to have his eyes bandaged, and himself gives the +word of command with a firm voice. + +That very morning, a few moments before the beginning of the trial, he +had said to Dionysia,-- + +“I know what is in store for me; but I am innocent. They shall not see +me turn pale, nor hear me ask for mercy.” + +And, gathering up all the energy of which the human heart is capable, he +had made a supreme effort at the decisive moment, and kept his word. + +Turning quietly to his counsel at the moment when the last words of the +president were lost among the din of the crowd, he said,-- + +“Did I not tell you that the day would come when you yourself would be +the first to put a weapon into my hands?” + +M. Folgat rose promptly. + +He showed neither the anger nor the disappointment of an advocate who +has just had a cause which he knew to be just. + +“That day has not come yet,” he replied. “Remember your promise. As long +as there remains a ray of hope, we shall fight. Now we have much more +than mere hope at this moment. In less than a month, in a week, perhaps +to-morrow, we shall have our revenge.” + +The unfortunate man shook his head. + +“I shall nevertheless have undergone the disgrace of a condemnation,” he +murmured. + +The taking the ribbon of the Legion of Honor from his buttonhole, he +handed it to M. Folgat, saying-- + +“Keep this in memory of me, and if I never regain the right to wear +it”-- + +In the meantime, however, the gendarmes, whose duty it was to guard the +prisoner, had risen; and the sergeant said to Jacques,-- + +“We must go, sir. Come, come! You need not despair. You need not lose +courage. All is not over yet. There is still the appeal for you, and +then the petition for pardon, not to speak of what may happen, and +cannot be foreseen.” + +M. Folgat was allowed to accompany the prisoner, and was getting ready +to do so; but the latter said, with a pained voice,-- + +“No, my friend, please leave me alone. Others have more need of your +presence than I have. Dionysia, my poor father, my mother. Go to them. +Tell them that the horror of my condemnation lies in the thought of +them. May they forgive me for the affliction which I cause them, and for +the disgrace of having me for their son, for her betrothed!” + +Then, pressing the hands of his counsel, he added,-- + +“And you, my friends, how shall I ever express to you my gratitude? Ah! +if incomparable talents, and matchless zeal and ability, had sufficed, +I know I should be free. But instead of that”--he pointed at the little +door through which he was to pass, and said in a heartrending tone,-- + +“Instead of that, there is the door to the galleys. Henceforth”-- + +A sob cut short his words. His strength was exhausted; for if there are, +so to say, no limits to the power of endurance of the spirit, the energy +of the body has its bounds. Refusing the arm which the sergeant offered +him, he rushed out of the room. + +M. Magloire was well-nigh beside himself with grief. + +“Ah! why could we not save him?” he said to his young colleague. “Let +them come and speak to me again of the power of conviction. But we must +not stay here: let us go!” + +They threw themselves into the crowd, which was slowly dispersing, all +palpitating yet with the excitement of the day. + +A strange reaction was already beginning to set in,--a reaction +perfectly illogic, and yet intelligible, and by no means rare under +similar circumstances. + +Jacques de Boiscoran, an object of general execration as long as he +was only suspected, regained the sympathy of all the moment he was +condemned. It was as if the fatal sentence had wiped out the horror of +the crime. He was pitied; his fate was deplored; and as they thought +of his family, his mother, and his betrothed, they almost cursed the +severity of the judges. + +Besides, even the least observant among those present had been struck by +the singular course which the proceedings had taken. There was not +one, probably, in that vast assembly who did not feel that there was +a mysterious and unexplored side of the case, which neither the +prosecution nor the defence had chosen to approach. Why had Cocoleu been +mentioned only once, and then quite incidentally? He was an idiot, to be +sure; but it was nevertheless through his evidence alone that suspicions +had been aroused against M. de Boiscoran. Why had he not been summoned +either by the prosecution or by the defence? + +The evidence given by Count Claudieuse, also, although apparently so +conclusive at the moment, was now severely criticised. + +The most indulgent said,-- + +“That was not well done. That was a trick. Why did he not speak out +before? People do not wait for a man to be down before they strike him.” + +Others added,-- + +“And did you notice how M. de Boiscoran and Count Claudieuse looked at +each other? Did you hear what they said to each other? One might have +sworn that there was something else, something very different from a +mere lawsuit, between them.” + +And on all sides people repeated,-- + +“At all events, M. Folgat is right. The whole matter is far from +being cleared up. The jury was long before they agreed. Perhaps M. +de Boiscoran would have been acquitted, if, at the last moment, M. +Gransiere had not announced the impending death of Count Claudieuse in +the adjoining room.” + +M. Magloire and M. Folgat listened to all these remarks, as they heard +them in the crowd here and there, with great satisfaction; for in spite +of all the assertions of magistrates and judges, in spite of all the +thundering condemnations against the practice, public opinion will find +an echo in the court-room; and, more frequently than we think, public +opinion does dictate the verdict of the jury. + +“And now,” said M. Magloire to his young colleague, “now we can be +content. I know Sauveterre by heart. I tell you public opinion is +henceforth on our side.” + +By dint of perseverance they made their way, at last, out through the +narrow door of the court-room, when one of the ushers stopped them. + +“They wish to see you,” said the man. + +“Who?” + +“The family of the prisoner. Poor people! They are all in there, in +M. Mechinet’s office. M. Daubigeon told me to keep it for them. The +Marchioness de Boiscoran also was carried there when she was taken ill +in the court-room.” + +He accompanied the two gentlemen, while telling them this, to the end of +the hall; then he opened a door, and said,-- + +“They are in there,” and withdrew discreetly. + +There, in an easy-chair, with closed eyes, and half-open lips, lay +Jacques’s mother. Her livid pallor and her stiff limbs made her look +like a dead person; but, from time to time, spasms shook her whole body, +from head to foot. M. de Chandore stood on one side, and the marquis, +her husband, on the other, watching her with mournful eyes and in +perfect silence. They had been thunderstruck; and, from the moment when +the fatal sentence fell upon their ears, neither of them had uttered a +word. + +Dionysia alone seemed to have preserved the faculty of reasoning and +moving. But her face was deep purple; her dry eyes shone with a painful +light; and her body shook as with fever. As soon as the two advocates +appeared, she cried,-- + +“And you call this human justice?” + +And, as they were silent, she added,--- + +“Here is Jacques condemned to penal labor; that is to say, he is +judicially dishonored, lost, disgraced, forever cut off from human +society. He is innocent; but that does not matter. His best friends +will know him no longer: no hand will touch his hand hereafter; and +even those who were most proud of his affection will pretend to have +forgotten his name.” + +“I understand your grief but too well, madam,” said M. Magloire. + +“My grief is not as great as my indignation,” she broke in. “Jacques +must be avenged, and he shall be avenged! I am only twenty, and he is +not thirty yet: there is a whole life before us which we can devote to +the work of his rehabilitation; for I do not mean to abandon him. I! +His undeserved misfortunes make him a thousand times dearer to me, and +almost sacred. I was his betrothed this morning: this evening I am his +wife. His condemnation was our nuptial benediction. And if it is true, +as grandpapa says, that the law prohibits a prisoner to marry the woman +he loves, well, I will be his without marriage.” + +Dionysia spoke all this aloud, so loud that it seemed she wanted all the +earth to hear what she was saying. + +“Ah! let me reassure you by a single word, madam,” said M. Folgat. “We +have not yet come to that. The sentence is not final.” + +The Marquis de Boiscoran and M. de Chandore started. + +“What do you mean?” + +“An oversight which M. Galpin has committed makes the whole proceeding +null and void. You will ask how a man of his character, so painstaking +and so formal, should have made such a blunder. Probably because he was +blinded by passion. Why had nobody noticed this oversight? Because fate +owed us this compensation. There can be no question about the matter. +The defect is a defect of form; and the law provides expressly for the +case. The sentence must be declared void, and we shall have another +trial.” + +“And you never told us anything of that?” asked Dionysia. + +“We hardly dared to think of it,” replied M. Magloire. “It was one of +those secrets which we dare not confide to our own pillow. Remember, +that, in the course of the proceedings, the error might have been +corrected at any time. Now it is too late. We have time before us; +and the conduct of Count Claudieuse relieves us from all restraint of +delicacy. The veil shall be torn now.” + +The door opened violently, interrupting his words. Dr. Seignebos +entered, red with anger, and darting fiery glances from under his gold +spectacles. + +“Count Claudieuse?” M. Folgat asked eagerly. + +“Is next door,” replied the doctor. “They have had him down on a +mattress, and his wife is by his side. What a profession ours is! Here +is a man, a wretch, whom I should be most happy to strangle with my own +hands; and I am compelled to do all I can to recall him to life: I +must lavish my attentions upon him, and seek every means to relieve his +sufferings.” + +“Is he any better?” + +“Not at all! Unless a special miracle should be performed in his behalf, +he will leave the court-house only feet forward, and that in twenty-four +hours. I have not concealed it from the countess; and I have told her, +that, if she wishes her husband to die in peace with Heaven, she has but +just time to send for a priest.” + +“And has she sent for one?” + +“Not at all! She told me her husband would be terrified by the +appearance of a priest, and that would hasten his end. Even when +the good priest from Brechy came of his own accord, she sent him off +unceremoniously.” + +“Ah the miserable woman!” cried Dionysia. + +And, after a moment’s reflection, she added,-- + +“And yet that may be our salvation. Yes, certainly. Why should I +hesitate? Wait for me here: I am coming back.” + +She hurried out. Her grandpapa was about to follow her; but M. Folgat +stopped him. + +“Let her do it,” he said,--“let her do it!” + +It had just struck ten o’clock. The court-house, just now as full and as +noisy as a bee-hive, was silent and deserted. In the immense hall, badly +lighted by a smoking lamp, there were only two men to be seen. One was +the priest from Brechy, who was praying on his knees close to a door; +and the other was the watchman, who was slowly walking up and down, and +whose steps resounded there as in a church. + +Dionysia went straight up to the latter. + +“Where is Count Claudieuse?” she asked. + +“There, madam,” replied the man, pointing at the door before which the +priest was praying,--“there, in the private office of the commonwealth +attorney.” + +“Who is with him?” + +“His wife, madam, and a servant.” + +“Well, go in and tell the Countess Claudieuse,--but so that her +husband does not hear you,--that Miss Chandore desires to see her a few +moments.” + +The watchman made no objection, and went in. But, when he came back, he +said to the young girl,-- + +“Madam, the countess sends word that she cannot leave her husband, who +is very low.” + +She stopped him by an impatient gesture, and said,-- + +“Never mind! Go back and tell the countess, that, if she does not come +out, I shall go in this moment; that, if it must be, I shall force my +way in; that I shall call for help; that nothing will keep me. I must +absolutely see her.” + +“But, madam”-- + +“Go! Don’t you see that it is a question of life and death?” + +There was such authority in her voice, that the watchman no longer +hesitated. He went in once more, and reappeared a moment after. + +“Go in,” he said to the young girl. + +She went in, and found herself in a little anteroom which preceded the +office of the commonwealth attorney. A large lamp illuminated the room. +The door leading to the room in which the count was lying was closed. + +In the centre of the room stood the Countess Claudieuse. All these +successive blows had not broken her indomitable energy. She looked pale, +but calm. + +“Since you insist upon it, madam,” she began, “I come to tell you +myself that I cannot listen to you. Are you not aware that I am standing +between two open graves,--that of my poor girl, who is dying at my +house, and that of my husband, who is breathing his last in there?” + +She made a motion as if she were about to retire; but Dionysia stopped +her by a threatening look, and said with a trembling voice,-- + +“If you go back into that room where your husband is, I shall go back +with you, and I shall speak before him. I shall ask you right before +him, how you dare order a priest away from his bedside at the moment +of death, and whether, after having robbed him of all his happiness in +life, you mean to make him unhappy in all eternity.” + +Instinctively the countess drew back. + +“I do not understand you,” she said. + +“Yes, you do understand me, madam. Why will you deny it? Do you not see +that I know every thing, and that I have guessed what you have not told +me? Jacques was your lover; and your husband has had his revenge.” + +“Ah!” cried the countess, “that is too much; that is too much!” + +“And you have permitted it,” Dionysia went on with breathless haste; +“and you did not come, and cry out in open court that your husband was +a false witness! What a woman you must be! You do not mind it, that your +love carries a poor unfortunate man to the galleys. You mean to live on +with this thought in your heart, that the man whom you love is innocent, +and nevertheless, disgraced forever, and cut off from human society. A +priest might induce the count to retract his statement, you know very +well; and hence you refuse to let the priest from Brechy come to his +bedside. And what is the end and aim of all your crimes? To save your +false reputation as an honest woman. Ah! that is miserable; that is +mean; that is infamous!” + +The countess was roused at last. What all M. Folgat’s skill and ability +had not been able to accomplish, Dionysia obtained in an instant by the +force of her passion. Throwing aside her mask, the countess exclaimed +with a perfect burst of rage,-- + +“Well, then, no, no! I have not acted so, and permitted all this to +happen, because I care for my reputation. My reputation!--what does it +matter? It was only a week ago, when Jacques had succeeded in escaping +from prison, I offered to flee with him. He had only to say a word, and +I should have given up my family, my children, my country, every thing, +for him. He answered, ‘Rather the galleys!’” + +In the midst of all her fearful sufferings, Dionysia’s heart filled with +unspeakable happiness as she heard these words. Ah! now she could no +longer doubt Jacques. + +“He has condemned himself, you see,” continued the countess. “I was +quite willing to ruin myself for him, but certainly not for another +woman.” + +“And that other woman--no doubt you mean me!” + +“Yes!--you for whose sake he abandoned me,--you whom he was going +to marry,--you with whom he hoped to enjoy long happy years, and a +happiness not furtive and sinful like ours, but a legitimate, honest +happiness.” + +Tears were trembling in Dionysia’s eyes. She was beloved: she thought of +what she must suffer who was not beloved. + +“And yet I should have been generous,” she murmured. The countess broke +out into a fierce, savage laugh. + +“And the proof of it is,” said the young girl, “that I came to offer you +a bargain.” + +“A bargain?” + +“Yes. Save Jacques, and, by all that is sacred to me in the world, I +promise I will enter a convent: I will disappear, and you shall never +hear my name any more.” + +Intense astonishment seized the countess, and she looked at Dionysia +with a glance full of doubt and mistrust. Such devotion seemed to her +too sublime not to conceal some snare. + +“You would really do that?” she asked. + +“Unhesitatingly.” + +“You would make a great sacrifice for my benefit?” + +“For yours? No, madam, for Jacques’s.” + +“You love him very dearly, do you?” + +“I love him dearly enough to prefer his happiness to my own a thousand +times over. Even if I were buried in the depths of a convent, I should +still have the consolation of knowing that he owed his rehabilitation to +me; and I should suffer less in knowing that he belonged to another than +that he was innocent, and yet condemned.” + +But, in proportion as the young girl thus confirmed her sincerity, +the brow of the countess grew darker and sterner, and passing blushes +mantled her cheek. At last she said with haughty irony,-- + +“Admirable!” + +“Madam!” + +“You condescend to give up M. de Boiscoran. Will that make him love +me? You know very well he will not. You know that he loves you alone. +Heroism with such conditions is easy enough. What have you to fear? +Buried in a convent, he will love you only all the more ardently, and he +will execrate me all the more fervently.” + +“He shall never know any thing of our bargain!” + +“Ah! What does that matter? He will guess it, if you do not tell him. +No: I know what awaits me. I have felt it now for two years,--this agony +of seeing him becoming daily more detached from me. What have I not done +to keep him near me! How I have stooped to meanness, to falsehood, +to keep him a single day longer, perhaps a single hour! But all was +useless. I was a burden to him. He loved me no longer; and my love +became to him a heavier load than the cannon-ball which they will fasten +to his chains at the galleys.” + +Dionysia shuddered. + +“That is horrible!” she murmured. + +“Horrible! Yes, but true. You look amazed. That is because you have as +yet only seen the morning dawn of your love: wait for the dark evening, +and you will understand me. Is not the story of all of us women the +same! I have seen Jacques at my feet as you see him at yours: the vows +he swears to you, he once swore to me; and he swore them to me with the +same voice, tremulous with passion, and with the same burning glances. +But you think you will be his wife, and I never was. What does that +matter? What does he tell you? That he will love you forever, because +his love is under the protection of God and of men. He told me, +precisely because our love was not thus protected, that we should be +united by indissoluble bonds,--bonds stronger than all others. You have +his promise: so had I. And the proof of it is that I gave him every +thing,--my honor and the honor of my family, and that I would have +given him still more, if there had been any more to give. And now to be +betrayed, forsaken, despised, to sink lower and lower, until at last +I must become the object of your pity! To have fallen so low, that you +should dare come and offer me to give up Jacques for my benefit! Ah, +that is maddening! And I should let the vengeance I hold in my hands +slip from me at your bidding! I should be stupid enough, blind enough, +to allow myself to be touched by your hypocritical tears! I should +secure your happiness by the sacrifice of my reputation! No, madam, +cherish no such hope!” + +Her voice expired in her throat in a kind of toneless rattle. She walked +up and down a few times in the room. Then she placed herself straight +before Dionysia, and, looking fixedly into her eyes, she asked,-- + +“Who suggested to you this plan of coming here, this supreme insult +which you tried to inflict upon me?” + +Dionysia was seized with unspeakable horror, and hardly found heart to +reply. + +“No one,” she murmured. + +“M. Folgat?” + +“Knows nothing of it.” + +“And Jacques?” + +“I have not seen him. The thought occurred to me quite suddenly, like an +inspiration on high. When Dr. Seignebos told me that you had refused +to admit the priest from Brechy, I said to myself, ‘This is the last +misfortune, and the greatest of them all! If Count Claudieuse dies +without retracting, Jacques can never be fully restored, whatever may +happen hereafter, not even if his innocence should be established.’ Then +I made up my mind to come to you. Ah! it was a hard task. But I was +in hopes I might touch your heart, or that you might be moved by the +greatness of my sacrifice.” + +The countess was really moved. There is no heart absolutely bad, as +there is none altogether good. As she listened to Dionysia’s passionate +entreaty, her resolution began to grow weaker. + +“Would it be such a great sacrifice?” she asked. + +Tears sprang to the eyes of the poor young girl. + +“Alas!” she said, “I offer you my life. I know very well you will not be +long jealous of me.” + +She was interrupted by groans, which seemed to come from the room in +which the count was lying. + +The countess half-opened the door; and immediately a feeble, and yet +imperious voice was heard calling out,-- + +“Genevieve, I say, Genevieve!” + +“I am coming, my dear, in a moment,” replied the countess. + +“What security can you give me,” she said, in a hard and stern voice, +after having closed the door again,--“what security do you give me, that +if Jacques’s innocence were established, and he reinstated, you would +not forget your promises?” + +“Ah, madam! How or upon what do you want me to swear that I am ready +to disappear. Choose your own securities, and I will do whatever you +require.” + +Then, sinking down on her knees, before the countess, she went on,-- + +“Here I am at your feet, madam, humble and suppliant,--I whom you accuse +of a desire to insult you. Have pity on Jacques! Ah! if you loved him as +much as I do, you would not hesitate.” + +The countess raised her suddenly and quickly, and holding her hands in +her own, looked at her for more than a minute without saying a word, +but with heaving bosom and trembling lips. At last she asked in a voice +which was so deeply affected, that it was hardly intelligible. + +“What do you want me to do?” + +“Induce Count Claudieuse to retract.” + +The countess shook her head. + +“It would be useless to try. You do not know the count. He is a man of +iron. You might tear his flesh inch by inch with hot iron pincers, and +he would not take back one of his words. You cannot conceive what he +has suffered, nor the depth of the hatred, the rage, and the thirst of +vengeance, which have accumulated in his heart. It was to torture me +that he brought me here to his bedside. Only five minutes ago he told me +that he died content, since Jacques was declared guilty, and condemned +through his evidence.” + +She was conquered: her energy was exhausted, and tears came to her eyes. + +“He has been so cruelly tried!” she went on. “He loved me to +distraction; he loved nothing in the world but me. And I--Ah, if we +could know, if we could foresee! No, I shall never be able to induce him +to retract.” + +Dionysia almost forgot her own great grief. + +“Nor do I expect you to obtain that favor,” she said very gently. + +“Who, then?” + +“The priest from Brechy. He will surely find words to shake even the +firmest resolution. He can speak in the name of that God, who, even on +the cross, forgave those who crucified Him.” + +One moment longer the countess hesitated; and then, overcoming finally +the last rebellious impulses of her pride, she said,-- + +“Well, I will call the priest.” + +“And I, madam, I swear I will keep my promise.” + +But the countess stopped her, and said, making a supreme effort over +herself,-- + +“No: I shall try to save Jacques without making conditions. Let him be +yours. He loves you, and you were ready to sacrifice your life for his +sake. He forsakes me; but I sacrifice my honor to him. Farewell!” + +And hastening to the door, while Dionysia returned to her friends, she +summoned the priest from Brechy. + + + +II. + +M. Daubigeon, the commonwealth attorney, learned that morning from his +chief clerk what had happened, and how the proceedings in the Boiscoran +case were necessarily null and void on account of a fatal error in form. +The counsel of the defence had lost no time, and, after spending the +whole night in consultation, had early that morning presented their +application for a new trial to the court. + +The commonwealth attorney took no pains to conceal his satisfaction. + +“Now,” he cried, “this will worry my friend Galpin, and clip his wings +considerably; and yet I had called his attention to the lines of Horace, +in which he speaks of Phaeton’s sad fate, and says,-- + +‘Terret ambustus Phaeton avaras Spes.’ + +But he would not listen to me, forgetting, that, without prudence, force +is a danger. And there he is now, in great difficulty, I am sure.” + +And at once he made haste to dress, and to go and see M. Galpin in +order to hear all the details accurately, as he told his clerk, but, in +reality, in order to enjoy to his heart’s content the discomfiture of +the ambitious magistrate. + +He found him furious, and ready to tear his hair. + +“I am disgraced,” he repeated: “I am ruined; I am lost. All my +prospects, all my hopes, are gone. I shall never be forgiven for such an +oversight.” + +To look at M. Daubigeon, you would have thought he was sincerely +distressed. + +“Is it really true,” he said with an air of assumed pity,--“is it really +true, what they tell me, that this unlucky mistake was made by you?” + +“By me? Yes, indeed! I forgot those wretched details which a scholar +knows by heart. Can you understand that? And to say that no one noticed +my inconceivable blindness! Neither the first court of inquiry, nor +the attorney-general himself, nor the presiding judge, ever said a word +about it. It is my fate. And that is to be the result of my labors. +Everybody, no doubt, said, ‘Oh! M. Galpin has the case in hand; he knows +all about it: no need to look after the matter when such a man has taken +hold of it.’ And here I am. Oh! I might kill myself.” + +“It is all the more fortunate,” replied M. Daubigeon, “that yesterday +the case was hanging on a thread.” + +The magistrate gnashed his teeth, and replied,-- + +“Yes, on a thread, thanks to M. Domini! whose weakness I cannot +comprehend, and who did not know at all, or who was not willing to know, +how to make the most of the evidence. But it was M. Gransiere’s fault +quite as much. What had he to do with politics to drag them into the +affair? And whom did he want to hit? No one else but M. Magloire, the +man whom everybody respects in the whole district, and who had three +warm personal friends among the jurymen. I foresaw it, and I told him +where he would get into trouble. But there are people who will not +listen. M. Gransiere wants to be elected himself. It is a fancy, a +monomania of our day: everybody wants to be a deputy. I wish Heaven +would confound all ambitious men!” + +For the first time in his life, and no doubt for the last time also, +the commonwealth attorney rejoiced at the misfortune of others. Taking +savage pleasure in turning the dagger in his poor friend’s wounds, he +said,-- + +“No doubt M. Folgat’s speech had something to do with it.” + +“Nothing at all.” + +“He was brilliantly successful.” + +“He took them by surprise. It was nothing but a big voice, and grand, +rolling sentences.” + +“But still”-- + +“And what did he say, after all? That the prosecution did not know the +real secret of the case. That is absurd!” + +“The new judges may not think so, however.” + +“We shall see.” + +“This time M. de Boiscoran’s defence will be very different. He will +spare nobody. He is down now, and cannot fall any lower.” + +“That may be. But he also risks having a less indulgent jury, and not +getting off with twenty years.” + +“What do his counsel say?” + +“I do not know. But I have just sent my clerk to find out; and, if you +choose to wait”-- + +M. Daubigeon did wait, and he did well; for M. Mechinet came in very +soon after, with a long face for the world, but inwardly delighted. + +“Well?” asked M. Galpin eagerly. + +He shook his head, and said in a melancholy tone of voice,-- + +“I have never seen any thing like this. How fickle public opinion is, +after all! Day before yesterday M. de Boiscoran could not have passed +through the town without being mobbed. If he should show himself to-day, +they would carry him in triumph. He has been condemned, and now he is +a martyr. It is known already that the sentence is void, and they are +delighted. My sisters have just told me that the ladies in good society +propose to give to the Marchioness de Boiscoran and to Miss Chandore +some public evidence of their sympathy. The members of the bar will give +M. Folgat a public dinner.” + +“Why that is monstrous!” cried M. Galpin. + +“Well,” said M. Daubigeon, “‘the opinions of men are more fickle and +changeable than the waves of the sea.’” + +But, interrupting the quotation, M. Galpin asked his clerk,-- + +“Well, what else?” + +“I went to hand M. Gransiere the letter which you gave me for him”-- + +“What did he say?” + +“I found him in consultation with the president, M. Domini. He took the +letter, glanced at it rapidly, and told me in his most icy tone, ‘Very +well!’ To tell the truth, I thought, that, in spite of his stiff and +grand air, he was in reality furious.” + +The magistrate looked utterly in despair. + +“I can’t stand it,” he said sighing. “These men whose veins have no +blood in them, but poison, never forgive.” + +“Day before yesterday you thought very highly of him.” + +“Day before yesterday he did not look upon me as the cause of a great +misfortune for him.” + +M. Mechinet went on quite eagerly,-- + +“After leaving M. Gransiere, I went to the court-house, and there I +head the great piece of news which has set all the town agog. Count +Claudieuse is dead.” + +M. Daubigeon and M. Galpin looked at each other, and exclaimed in the +same breath,-- + +“Great God! Is that so?” + +“He breathed his last this morning, at two or three minutes before six +o’clock. I saw his body in the private room of the attorney-general. +The priest from Brechy was there, and two other priests from his parish. +They were waiting for a bier to have him carried to his house.” + +“Poor man!” murmured M. Daubigeon. + +“But I heard a great deal more,” Mechinet said, “from the watchman who +was on guard last night. He told me that when the trial was over, and +it became known that Count Claudieuse was likely to die, the priest +from Brechy came there, and asked to be allowed to offer him the last +consolations of his church. The countess refused to let him come to the +bedside of her husband. The watchman was amazed at this; and just then +Miss Chandore suddenly appeared, and sent word to the countess that she +wanted to speak to her.” + +“Is it possible?” + +“Quite certain. They remained together for more than a quarter of +an hour. What did they say? The watchman told me he was dying with +curiosity to know; but he could hear nothing, because there was the +priest from Brechy, all the while, kneeling before the door, and +praying. When they parted, they looked terribly excited. Then the +countess immediately called in the priest, and he stayed with the count +till he died.” + +M. Daubigeon and M. Galpin had not yet recovered from their amazement at +this account, when somebody knocked timidly at the door. + +“Come in!” cried Mechinet. + +The door opened, and the sergeant of gendarmes appeared. + +“I have been sent here by the attorney-general,” he said; “and the +servant told me you were up here. We have just caught Trumence.” + +“That man who had escaped from jail?” + +“Yes. We were about to carry him back there, when he told us that he +had a secret to reveal, a very important, urgent secret, concerning the +condemned prisoner, Boiscoran.” + +“Trumence?” + +“Yes. Then we carried him to the court-house, and I came for orders.” + +“Run and say that I am coming to see him!” cried M. Daubigeon. “Make +haste! I am coming after you.” + +But the gendarme, a model of obedience, had not waited so long: he was +already down stairs. + +“I must leave you, Galpin,” said M. Daubigeon, very much excited. “You +heard what the man said. We must know what that means at once.” + +But the magistrate was not less excited. + +“You permit me to accompany you, I hope?” he asked. + +He had a right to do so. + +“Certainly,” replied the commonwealth attorney. “But make haste!” + +The recommendation was not needed. M. Galpin had already put on his +boots. He now slipped his overcoat over his home dress, as he was; and +off they went. + +Mechinet followed the two gentlemen as they hastened down the street; +and the good people of Sauveterre, always on the lookout, were not a +little scandalized at seeing their well-known magistrate, M. Galpin, in +his home costume,--he who generally was most scrupulously precise in his +dress. + +Standing on their door-steps, they said to each other,-- + +“Something very important must have happened. Just look at these +gentlemen!” + +The fact was, they were walking so fast, that people might well wonder; +and they did not say a word all the way. + +But, ere they reached the court-house, they were forced to stop; for +some four or five hundred people were filling the court, crowding on the +steps, and actually pressing against the doors. + +Immediately all became silent; hats were raised; the crowd parted; and a +passage was opened. + +On the porch appeared the priest from Brechy, and two other priests. + +Behind them came attendants from the hospital, who bore a bier covered +with black cloth; and beneath the cloth the outlines of a human body +could be seen. + +The women began to cry; and those who had room enough knelt down. + +“Poor countess!” murmured one of them. “Here is her husband dead, and +they say one of her daughters is dying at home.” + +But M. Daubigeon, the magistrate, and Mechinet were too preoccupied with +their own interests to think of stopping for more reliable news. The way +was open: they went in, and hastened to the clerk’s office, where the +gendarmes had taken Trumence, and now were guarding him. + +He rose as soon as he recognized the gentlemen, and respectfully took +off his cap. It was really Trumence; but the good-for-nothing vagrant +did not present his usual careless appearance. He looked pale, and was +evidently very much excited. + +“Well,” said M. Daubigeon, “so you have allowed yourself to be retaken?” + +“Beg pardon, judge,” replied the poor fellow, “I was not retaken. I came +of my own accord.” + +“Involuntarily, you mean?” + +“Quite by my own free will! Just ask the sergeant.” + +The sergeant stepped forward, touched his cap, and reported,-- + +“That is the naked truth. Trumence came himself to our barrack, and +said, ‘I surrender as a prisoner. I wish to speak to the commonwealth +attorney, and give importance evidence.’” + +The vagabond drew himself up proudly,-- + +“You see, sir, that I did not lie. While these gentlemen were galloping +all over the country in search of me, I was snugly ensconced in a garret +at the Red Lamb, and did not think of coming out from there till I +should be entirely forgotten.” + +“Yes; but people who lodge at the Red Lamb have to pay, and you had no +money.” + +Trumence very quietly drew from his pocket a handful of Napoleons, and +of five-and-twenty-franc notes, and showed them. + +“You see that I had the wherewithal to pay for my room,” he said. “But I +surrendered, because, after all, I am an honest man, and I would rather +suffer some trouble myself than see an innocent gentleman go to the +galleys.” + +“M. de Boiscoran?” + +“Yes. He is innocent! I know it; I am sure of it; and I can prove it. +And, if he will not tell, I will tell,--tell every thing!” + +M. Daubigeon and M. Galpin were utterly astounded. + +“Explain yourself,” they both said in the same breath. + +But the vagrant shook his head, pointing at the gendarmes; and, as a man +who is quite cognizant of all the formalities of the law, he replied,-- + +“But it is a great secret; and, when one confesses, one does not like +anybody else to hear it but the priest. Besides, I should like my +deposition to be taken down in writing.” + +Upon a sign made by M. Galpin, the gendarmes withdrew; and Mechinet took +his seat at a table, with a blank sheet of paper before him. + +“Now we can talk,” said Trumence: “that’s the way I like it. I was not +thinking myself of running away. I was pretty well off in jail; winter +is coming, I had not a cent; and I knew, that, if I were retaken, I +should fare rather badly. But M. Jacques de Boiscoran had a notion to +spend a night outside.” + +“Mind what you are saying,” M. Galpin broke in severely. “You cannot +play with the law, and go off unpunished.” + +“May I die if I do not tell the truth!” cried Trumence. “M. Jacques has +spent a whole night out of jail.” + +The magistrate trembled. + +“What a story that is!” he said again. + +“I have my proof,” replied Trumence coldly, “and you shall hear. Well, +as he wanted to leave, M. Jacques came to me, and we agreed, that in +consideration of a certain sum of money which he has paid me, and of +which you have seen just now all that is left, I should make a hole in +the wall, and that I should run off altogether, while he was to come +back when he had done his business.” + +“And the jailer?” asked M. Daubigeon. + +Like a true peasant of his promise, Trumence was far too cunning +to expose Blangin unnecessarily. Assuming, therefore, the whole +responsibility of the evasion, he replied,-- + +“The jailer saw nothing. We had no use for him. Was not I, so to say, +under-jailer? Had not I been charged by you yourself, M. Galpin, with +keeping watch over M. Jacques? Was it not I who opened and locked his +door, who took him to the parlor, and brought him back again?” + +That was the exact truth. + +“Go on!” said M. Galpin harshly. + +“Well,” said Trumence, “every thing was done as agreed upon. One +evening, about nine o’clock, I make my hole in the wall, and here we +are, M. Jacques and I, on the ramparts. There he slips a package of +banknotes into my hand, and tells me to run for it, while he goes about +his business. I thought he was innocent then; but you see I should not +exactly have gone through the fire for him as yet. I said to myself, +that perhaps he was making fun of me, and that, once on the wing, he +would not be such a fool as to go back into the cage. This made me +curious, as he was going off, to see which way he was going,--and there +I was, following him close upon his heels!” + +The magistrate and the commonwealth attorney, accustomed as they both +were, by the nature of their profession, to conceal their feelings, +could hardly restrain now,--one, the hope trembling within him, and the +other, the vague apprehensions which began to fill his heart. + +Mechinet, who knew already all that was coming, laughed in his sleeve +while his pen was flying rapidly over the paper. + +“He was afraid he might be recognized,” continued the vagrant, “and so +M. Jacques had been running ever so fast, keeping close to the wall, and +choosing the narrowest lanes. Fortunately, I have a pair of very good +legs. He goes through Sauveterre like a race-horse; and, when he reaches +Mautrec Street, he begins to ring the bell at a large gate.” + +“At Count Claudieuse’s house!” + +“I know now what house it was; but I did not know then. Well, he rings. +A servant comes and opens. He speaks to her, and immediately she invites +him in, and that so eagerly, that she forgets to close the gate again.” + +M. Daubigeon stopped him by a gesture. + +“Wait!” he said. + +And, taking up a blank form, he filled it up, rang the bell, and said +to an usher of the court who had hastened in, giving him the printed +paper,-- + +“I want this to be taken immediately. Make haste; and not a word!” + +Then Trumence was directed to go on; and he said,-- + +“There I was, standing in the middle of the street, feeling like a fool. +I thought I had nothing left me but to go and use my legs: that was +safest for me. But that wretched, half-open gate attracted me. I said to +myself, ‘If you go in, and they catch you, they will think you have +come to steal, and you’ll have to pay for it.’ That was true; but the +temptation was too strong for me. My curiosity broke my heart, so to +say, and, ‘Come what may, I’ll risk it,’ I said. I push the huge gate +just wide enough to let me in, and here I am in a large garden. It was +pitch dark; but, quite at the bottom of the garden, three windows in the +lower story of the house were lighted up. I had ventured too far now +to go back. So I went on, creeping along stealthily, until I reached a +tree, against which I pressed closely, about the length of my arm from +one of the windows, which belonged to a beautiful parlor. I look--and I +see whom? M. de Boiscoran. As there were no curtains to the windows, +I could see as well as I can see you. His face looked terrible. I was +asking myself for whom he could be waiting there, when I saw him hiding +behind the open door of the room, like a man who is lying in wait for +somebody, with evil intentions. This troubled me very much; but the next +moment a lady came in. Instantly M. Jacques shuts the door behind her; +the lady turns round, sees him, and wants to run, uttering at the same +time a loud cry. That lady was the Countess Claudieuse!” + +He looked as if he wished to pause to watch the effect of his +revelation. But Mechinet was so impatient, that he forgot the modest +character of his duty, and said hastily,-- + +“Go on; go on!” + +“One of the windows was half open,” continued the vagrant, “and thus +I could hear almost as well as I saw. I crouched down on all-fours and +kept my head on a level with the ground, so as not to lose a word. Oh, +it was fearful! At the first word I understood it all: M. Jacques and +the Countess Claudieuse had been lovers.” + +“This is madness!” cried M. Galpin. + +“Well, I tell you I was amazed. The Countess Claudieuse--such a pious +lady! But I have ears; don’t you think I have? M. Jacques reminded her +of the night of the crime, how they had been together a few minutes +before the fire broke out, as they had agreed some days before to meet +near Valpinson at that very time. At this meeting they had burnt their +love-letters, and M. Jacques had blackened his fingers badly in burning +them.” + +“Did you really hear that?” asked M. Daubigeon. + +“As I hear you, sir.” + +“Write it down, Mechinet,” said the commonwealth attorney with great +eagerness,--“write that down carefully.” + +The clerk was sure to do it. + +“What surprised me most,” continued Trumence, “was, that the countess +seemed to consider M. Jacques guilty, and he thought she was. Each +accused the other of the crime. She said, ‘You attempted the life of my +husband, because you were afraid of him!’ And he said, ‘You wanted to +kill him, so as to be free, and to prevent my marriage!’” + +M. Galpin had sunk into a chair: he stammered,-- + +“Did anybody ever hear such a thing?” + +“However, they explained; and at last they found out that they were both +of them innocent. Then M. Jacques entreated the countess to save him; +and she replied that she would certainly not save him at the expense of +her reputation, and so enable him, as soon as he was free once more, to +marry Miss Chandore. Then he said to her, ‘Well, then I must tell all;’ +and she, ‘You will not be believed. I shall deny it all, and you have +no proof!’ In his despair, he reproached her bitterly, and said she had +never loved him at all. Then she swore she loved him more than ever; and +that, as he was free now, she was ready to abandon every thing, and to +escape with him to some foreign country. And she conjured him to flee, +in a voice which moved my heart, with loving words such as I have never +heard before in my life, and with looks which seemed to be burning fire. +What a woman! I did not think he could possibly resist. And yet he did +resist; and, perfectly beside himself with anger, he cried, ‘Rather the +galleys!’ Then she laughed, mocking him, and saying, ‘Very well, you +shall go to the galleys!’” + +Although Trumence entered into many details, it was quite evident that +he kept back many things. + +Still M. Daubigeon did not dare question him, for fear of breaking the +thread of his account. + +“But that was nothing at all,” said the vagrant. “While M. Jacques and +the countess were quarrelling in this way, I saw the door of the parlor +suddenly open as if by itself, and a phantom appear in it, dressed in a +funeral pall. It was Count Claudieuse himself. His face looked terrible; +and he had a revolver in his hand. He was leaning against the side of +the door; and he listened while his wife and M. Jacques were talking of +their former love-affairs. At certain words, he would raise his pistol +as if to fire; then he would lower it again, and go on listening. It was +so awful, I had not a dry thread on my body. It was very hard not to cry +out to M. Jacques and the countess, ‘You poor people, don’t you see that +the count is there?’ But they saw nothing; for they were both beside +themselves with rage and despair: and at last M. Jacques actually raised +his hand to strike the countess. ‘Do not strike that woman!’ suddenly +said the count. They turn round; they see him, and utter a fearful cry. +The countess fell on a chair as if she were dead. I was thunderstruck. +I never in my life saw a man behave so beautifully as M. Jacques did at +that moment. Instead of trying to escape, he opened his coat, and baring +his breast, he said to the husband, ‘Fire! You are in your right!’ The +count, however, laughed contemptuously, and said, ‘The court will avenge +me!’--‘You know very well that I am innocent.’--‘All the better.’--‘It +would be infamous to let me be condemned.’--‘I shall do more than that. +To make your condemnation sure, I shall say that I recognized you.’ +The count was going to step forward, as he said this; but he was dying. +Great God, what a man! He fell forward, lying at full-length on the +floor. Then I got frightened, and ran away.” + +By a very great effort only could the commonwealth attorney control +his intense excitement. His voice, however, betrayed him as he asked +Trumence, after a solemn pause,-- + +“Why did you not come and tell us all that at once?” + +The vagabond shook his head, and said,-- + +“I meant to do so; but I was afraid. You ought to understand what I +mean. I was afraid I might be punished very severely for having run +off.” + +“Your silence has led the court to commit a grievous mistake.” + +“I had no idea M. Jacques would be found guilty. Big people like him, +who can pay great lawyers, always get out of trouble. Besides, I did +not think Count Claudieuse would carry out his threat. To be betrayed by +one’s wife is hard; but to send an innocent man to the galleys”-- + +“Still you see”-- + +“Ah, if I could have foreseen! My intentions were good; and I assure +you, although I did not come at once to denounce the whole thing, I was +firmly resolved to make a clean breast of it if M. Jacques should get +into trouble. And the proof of it is, that instead of running off, and +going far away, I very quietly lay concealed at the Red Lamb, waiting +for the sentence to be published. As soon as I heard what was done +last night, I did not lose an hour, and surrendered at once to the +gendarmes.” + +In the meantime, M. Galpin had overcome his first amazement, and now +broke out furiously,-- + +“This man is an impostor. The money he showed us was paid him to bear +false witness. How can we credit his story?” + +“We must investigate the matter,” replied M. Daubigeon. He rang the +bell; and, when the usher came in, he asked,-- + +“Have you done what I told you?” + +“Yes, sir,” replied the man. “M. de Boiscoran and the servant of Count +Claudieuse are here.” + +“Bring in the woman: when I ring, show M. de Boiscoran in.” + +This woman was a big country-girl, plain of face, and square of figure. +She seemed to be very much excited, and looked crimson in her face. + +“Do you remember,” asked M. Daubigeon, “that one night last week a man +came to your house, and asked to see your mistress?” + +“Oh, yes!” replied the honest girl. “I did not want to let him in at +first; but he said he came from the court, and then I let him in.” + +“Would you recognize him?” + +“Certainly.” + +The commonwealth attorney rang again; the door opened, and Jacques came +in, his face full of amazement and wonder. + +“That is the man!” cried the servant. + +“May I know?” asked the unfortunate man. + +“Not yet!” replied M. Daubigeon. “Go back, and be of good hope!” + +But Jacques remained standing where he was, like a man who has suddenly +been overcome, looking all around with amazed eyes, and evidently unable +to comprehend. + +How could he have comprehended what was going on? + +They had taken him out of his cell without warning; they had carried him +to the court-house; and here he was confronted with Trumence, whom he +thought he should never see again, and with the servant of the Countess +Claudieuse. + +M. Galpin looked the picture of consternation; and M. Daubigeon, radiant +with delight, bade him be of good hope. + +Hopeful of what? How? To what purpose? + +And Mechinet made him all kinds of signs. + +The usher who had brought him in had actually to take him out. + +Immediately the commonwealth attorney turned again to the servant-girl +and said,-- + +“Now, my good girl, can you tell me if any thing special happened in +connection with this gentleman’s visit at your house?” + +“There was a great quarrel between him and master and mistress.” + +“Were you present?” + +“No. But I am quite certain of what I say.” + +“How so?” + +“Well, I will tell you. When I went up stairs to tell the countess that +there was a gentleman below who came from the courts, she was in a great +hurry to go down, and told me to stay with the count, my master. Of +course, I did what she said. But no sooner was she down than I heard +a loud cry. Master, who had looked all in a stupor, heard it too: he +raised himself on his pillow, and asked me where my mistress was. I told +him, and he was just settling down to try and fall asleep again, when +the sound of loud voices came up to us. ‘That is very singular,’ said +master. I offered to go down and see what was the matter: but he told +me sharply not to stir an inch. And, when the voices became louder and +louder, he said, ‘I will go down myself. Give me my dressing-gown.’ + +“Sick as he was, exhausted, and almost on his deathbed, it was very +imprudent in him, and might easily have cost him his life. I ventured to +speak to him; but he swore at me, and told me to hush, and to do what he +ordered me to do. + +“The count--God be merciful to his soul!--was a very good man, +certainly; but he was a terrible man also, and when he got angry, and +talked in a certain way, everybody in the house began to tremble, even +mistress. + +“I obeyed, therefore, and did what he wanted. Poor man! He was so weak +he could hardly stand up, and had to hold on to a chair while I helped +him just to hang his dressing-gown over his shoulders. + +“Then I asked him if he would not let me help him down. But looking at +me with awful eyes, he said, ‘You will do me the favor to stay here, +and, whatever may happen, if you dare so much as open the door while I +am away, you shall not stay another hour in my service.’ + +“Then he went out, holding on to the wall; and I remained alone in the +chamber, all trembling, and feeling as sick as if I had known that a +great misfortune was coming upon us. + +“However, I heard nothing more for a time; and as the minutes passed +away, I was just beginning to reproach myself for having been so +foolishly alarmed, when I heard two cries; but, O sir! two such fearful, +sharp cries, that I felt cold shivers running all over me. + +“As I did not dare leave the room, I put my ear to the door, and I +heard distinctly the count’s voice, as he was quarrelling with another +gentleman. But I could not catch a single word, and only made out that +they were angry about a very serious matter. + +“All of a sudden, a great but dull noise, like that of the fall of a +heavy body, then another awful cry, I had not a drop of blood left in my +veins at that moment. + +“Fortunately, the other servants, who had gone to bed, had heard +something. They had gotten up, and were now coming down the passage. + +“I left the room at all hazards, and went down stairs with the others, +and there we found my mistress fainting in an armchair, and my master +stretched out at full-length, lying on the floor like a dead man.” + +“What did I say?” cried Trumence. + +But the commonwealth attorney made him a sign to keep quiet; and, +turning again to the girl, he asked,-- + +“And the visitor?” + +“He was gone, sir. He had vanished.” + +“What did you do then?” + +“We raised up the count: we carried him up stairs and laid him on his +bed. Then we brought mistress round again; and the valet went in haste +to fetch Dr. Seignebos.” + +“What said the countess when she recovered her consciousness?” + +“Nothing. Mistress looked like a person who has been knocked in the +head.” + +“Was there any thing else?” + +“Oh, yes, sir!” + +“What?” + +“The oldest of the young ladies, Miss Martha, was seized with terrible +convulsions.” + +“How was that?” + +“Why, I only know what miss told us herself.” + +“Let us hear what she said.” + +“Ah! It is a very singular story. When this gentleman whom I have just +seen here rang the bell at our gate, Miss Martha, who had already gone +to bed, got up again, and went to the window to see who it was. She saw +me go and open, with a candle in my hand, and come back again with the +gentleman behind me. She was just going to bed again, when she thought +she saw one of the statues in the garden move, and walk right off. We +told her it could not be so; but she did not mind us. She told us over +and over again that she was quite sure that she saw that statue come +up the avenue, and take a place behind the tree which is nearest to the +parlor-window.” + +Trumence looked triumphant. + +“That was I!” he cried. + +The girl looked at him, and said, only moderately surprised,-- + +“That may very well be.” + +“What do you know about it?” asked M. Daubigeon. + +“I know it must have been a man who had stolen into the garden, and who +had frightened Miss Martha so terribly, because Dr. Seignebos dropped, +in going out, a five-franc piece just at the foot of that tree, where +miss said she had seen the man standing. The valet who showed the doctor +out helped him look for his money; and, as they sought with the candle, +they saw the footprints of a man who wore iron-shod shoes.” + +“The marks of my shoes!” broke in Trumence again; and sitting down, and +raising his legs, he said to the magistrate,-- + +“Just look at my shoes, and you will see there is no lack of iron +nails!” + +But there was no need for such evidence; and he was told,-- + +“Never mind that! We believe you.” + +“And you, my good girl,” said M. Daubigeon again, “can you tell us, if, +after these occurrences, Count Claudieuse had any explanation with your +mistress?” + +“No, I do not know. Only I saw that the count and the countess were no +longer as they used to be with each other.” + +That was all she knew. She was asked to sign her deposition; and then M. +Daubigeon told her she might go. + +Then, turning to Trumence, he said,-- + +“You will be taken to jail now. But you are an honest man, and you need +not give yourself any trouble. Go now.” + +The magistrate and the commonwealth attorney remained alone now, since, +of course, a clerk counts for nothing. + +“Well,” said M. Daubigeon, “what do you think of that?” + +M. Galpin was dumfounded. + +“It is enough to make one mad,” he murmured. + +“Do you begin to see how that M. Folgat was right when he said the case +was far from being so clear as you pretended?” + +“Ah! who would not have been deceived as I was? You yourself, at one +time at least, were of my opinion. And yet, if the Countess Claudieuse +and M. de Boiscoran are both innocent, who is the guilty one?” + +“That is what we shall know very soon; for I am determined I will not +allow myself a moment’s rest till I have found out the truth of the +whole matter. How fortunate it was that this fatal error in form should +have made the sentence null and void!” + +He was so much excited, that he forgot his never-failing quotations. +Turning to the clerk, he said,-- + +“But we must not lose a minute. Put your legs into active motion, my +dear Mechinet, and run and ask M. Folgat to come here. I will wait for +him here.” + + + +III. + +When Dionysia, after leaving the Countess Claudieuse, came back to +Jacques’s parents and his friends, she said, radiant with hope,-- + +“Now victory is on our side!” + +Her grandfather and the Marquis de Boiscoran urged her to explain; +but she refused to say any thing, and only later, towards evening, she +confessed to M. Folgat what she had done with the countess, and that it +was more than probable that the count would, before he died, retract his +evidence. + +“That alone would save Jacques,” said the young advocate. + +But his hope only encouraged him to make still greater efforts; and, all +overcome as he was by his labors and emotions of the trial, he spent +the night in Grandpapa Chandore’s study, preparing with M. Magloire the +application they proposed to make for a new trial. + +They finished only when it was already broad daylight: so he did not +care to go to bed, and installed himself in a large easy-chair for the +purpose of getting a few hours’ rest. + +He had, however, not slept more than an hour, when old Anthony roused +him to tell him that there was an unknown man down stairs who asked to +see him instantly. + +M. Folgat rubbed his eyes, and at once went down: in the passage he +found himself face to face with a man of some fifty years, of rather +suspicious appearance, who wore his mustache and his chin-beard, and was +dressed in a tight coat and large trousers, such as old soldiers affect. + +“You are M. Folgat?” asked this man. + +“Yes.” + +“Well, I--I am the agent whom friend Goudar sent to England.” + +The young lawyer started, and asked,-- + +“Since when are you here?” + +“Since this morning, by express. Twenty-four hours too late, I know; +for I bought a newspaper at the station. M. de Boiscoran has been found +guilty. And yet I swear I did not lose a minute; and I have well earned +the gratuity which I was promised in case of success.” + +“You have been successful, have you?” + +“Of course. Did I not tell you in my letter from Jersey that I was sure +of success?” + +“You have found Suky?” + +“Twenty-four hours after I wrote to you,--in a public-house at Bonly +Bay. She would not come, the wretch!” + +“You have brought her, however?” + +“Of course. She is at the Hotel de France, where I have left her till I +could come and see you.” + +“Does she know any thing?” + +“Every thing.” + +“Make haste and bring her here.” + +From the time when M. Folgat first hoped for this recovery of the +servant-girl, he had made up his mind to make the most of her evidence. + +He had slipped a portrait of the Countess Claudieuse into an album of +Dionysia’s, amidst some thirty photographs. He now went for this album, +and had just put it upon the centre-table in the parlor when the agent +came back with his captive. + +She was a tall, stout woman of some forty years, with hard features, +masculine manners, and dressed, as all common English-women are, with +great pretensions to fashion. + +When M. Folgat questioned her, she answered in very fair, intelligible +French, which was only marred by her strong English accent,-- + +“I stayed four years at the house in Vine Street; and I should be there +still, but for the war. As soon as I entered upon my duties, I became +aware that I was put in charge of a house in which two lovers had their +meetings. I was not exactly pleased, because, you know, we have our +self-respect; but it was a good place. I had very little to do, and so I +staid. However, my master mistrusted me: I saw that very clearly. When +a meeting was to take place, my master sent me on some errand to +Versailles, to Saint Germain, or even to Orleans. This hurt me so much, +that I determined I would find out what they tried so hard to conceal +from me. It was not very difficult; and the very next week I knew that +my master was no more Sir Francis Burnett than I was; and that he had +borrowed the name from a friend of his.” + +“How did you go about to find it out?” + +“Oh! very simply. One day, when my master went away on foot, I followed +him, and saw him go into a house in University Street. Before the house +opposite, some servants were standing and talking. I asked them who +the gentleman was; and they told me it was the son of the Marquis de +Boiscoran.” + +“So much for the master; but the lady.” + +Suky Wood smiled. + +“As for the lady,” she replied, “I did the same thing to find her +out. It cost me, however, a great deal more time and a great deal more +patience, because she took the very greatest precautions; and I lost +more than one afternoon in watching her. But, the more she tried to +hide, the more I was curious to know, as a matter of course. At last, +one evening when she left the house in her carriage, I took a cab and +followed her. I traced her thus to her house; and next morning I talked +to the servants there, and they told me that she was a lady who lived +in the province, but came every year to Paris to spend a month with her +parents, and that her name was Countess Claudieuse.” + +And Jacques had imagined and strongly maintained that Suky would not +know any thing, in fact, could not know any thing! + +“But did you ever see this lady?” asked M. Folgat. + +“As well as I see you.” + +“Would you recognize her?” + +“Among thousands.” + +“And if you saw her portrait?” + +“I should know it at once.” + +M. Folgat handed her the album. + +“Well, look for her,” he said. + +She had found the likeness in a moment. + +“Here she is!” cried Suky, putting her finger on the photograph. + +There was no doubt any longer. + +“But now, Miss Suky,” said the young advocate, “you will have to repeat +all that before a magistrate.” + +“I will do so with pleasure. It is the truth.” + +“If that is so, they will send for you at your lodgings, and you will +please stay there till you are called. You need not trouble yourself +about any thing. You shall have whatever you want, and they will pay you +your wages as if you were in service.” + +M. Folgat had not time to say more; for Dr. Seignebos rushed in like a +tempest, and cried out at the top of his voice,-- + +“Victory! We are victorious now! Great Victory!” + +But he could not speak before Suky and the agent. They were sent off; +and, as soon as they had left the room, he said to M. Folgat,-- + +“I am just from the hospital. I have seen Goudar. He had done it. He had +made Cocoleu talk.” + +“And what does he say?” + +“Well, exactly what I knew he would say, as soon as they could loose +his tongue. But you will hear it all; for it is not enough that Cocoleu +should confess it to Goudar: there must be witnesses present to certify +to the confessions of the wretch.” + +“He will not talk before witnesses.” + +“He must not see them: they can be concealed. The place is admirably +adapted for such a purpose.” + +“But how, if Cocoleu refuses to talk after the witnesses have been +introduced?” + +“He will not. Goudar has found out a way to make him talk whenever he +wants it. Ah! that man is a clever man, and understands his business +thoroughly. Have you full confidence in him?” + +“Oh, entire!” + +“Well, he says he is sure he will succeed. ‘Come to-day,’ he said to me, +‘between one and two, with M. Folgat, the commonwealth attorney, and M. +Galpin: put yourself where I will show you, and then let me go to work.’ +Then he showed me the place where he wants us to remain, and told me how +we should let him know when we are all ready.” + +M. Folgat did not hesitate. + +“We have not a moment to lose. Let me go at once to the court-house.” + +But they were hardly in the passage when they were met by Mechinet, who +came running up out of breath, and half mad with delight. + +“M. Daubigeon sends me to say you must come to him at once. Great news! +Great news!” + +And immediately he told them in a few words what had happened in the +morning,--Trumence’s statement, and the deposition of the maid of +Countess Claudieuse. + +“Ah, now we are safe!” cried Dr. Seignebos. + +M. Folgat was pale with excitement. Still he proposed,-- + +“Let us tell the marquis and Miss Dionysia what is going on before we +leave the house.” + +“No,” said the doctor, “no! Let us wait till every thing is quite safe. +Let us go quick; let us go at once.” + +They were right to make haste. The magistrate and the commonwealth +attorney were waiting for them with the greatest impatience. As soon +as they came into the small room of the clerk’s office, M. Daubigeon +cried,-- + +“Well, I suppose Mechinet has told you all?” + +“Yes,” replied M. Folgat; “but we have some information of which you +have heard as yet nothing.” + +Then he told them that Suky Wood had arrived, and what she had given in +as evidence. + +M. Galpin had sunk into a chair, completely crushed by the weight of +so many proofs of his misapprehension of the case. There he sat without +saying a word, without moving a muscle. But M. Daubigeon was radiant. + +“Most assuredly,” he cried, “Jacques must be innocent!” + +“Most assuredly he is innocent!” said Dr. Seignebos; “and the proof of +it is, that I know who is guilty.” + +“Oh!” + +“And you will know too, if you will take the trouble of following me, +with M. Galpin, to the hospital.” + +It was just striking one; and not one of them all had eaten any thing +that morning. But they had no time to think of breakfast. + +Without a shadow of hesitation, M. Daubigeon turned to M. Galpin, and +said,-- + +“Will you come, Galpin?” + +The poor magistrate rose mechanically, after the manner of an automaton, +and they went out, creating no small sensation among the good people of +Sauveterre, when they appeared thus all in a group. + +M. Daubigeon spoke first to the lady superior of the hospital; and, +when he had explained to her what their purpose was in coming there, she +raised her eyes heavenward, and said with a sigh of resignation,-- + +“Well, gentlemen, do as you like, and I hope you will be successful; +for it is a sore trial for us poor sisters to have these continual +visitations in the name of the law.” + +“Please follow me, then, to the Insane Ward, gentlemen,” said the +doctor. + +They call the Insane Ward at the Sauveterre hospital a small, low +building, with a sanded court in front, and a tall wall around the +whole. The building is divided into six cells, each of which has two +doors,--one opening into the court, and the other an outside door for +the assistants and servants. + +It was to one of these latter doors that Dr. Seignebos led his friends. +And after having recommended to them the most perfect silence, so as not +to rouse Cocoleu’s suspicions, he invited them into one of the cells, +in which the door leading into the court had been closed. There was, +however, a little grated window in the upper part of the door, so that +they could, without being seen, both see and hear all that was said and +done in the court reserved for the use of the insane. + +Not two yards from the little window, Goudar and Cocoleu were sitting on +a wooden bench in the bright sunlight. + +By long study and a great effort of will, Goudar had succeeded in giving +to his face a most perfect expression of stupidity: even the people +belonging to the hospital thought he was more idiotic than the other. + +He held in his hand his violin, which the doctor had ordered to be left +to him; and he accompanied himself with a few notes, as he repeated the +same familiar song which he had sung on the New-Market Square when he +first accosted M. Folgat. + +Cocoleu, a large piece of bread-and-butter in one hand, and a big +clasp-knife in the other, was finishing his meal. + +But this music delighted him so intensely, that he actually forgot to +eat, and, with hanging lip and half-closed eyes, rocked himself to and +fro, keeping time with the measure. + +“They look hideous!” M. Folgat could not keep from whispering. In the +meantime Goudar, warned by the preconcerted signal, had finished his +song. He bent over, and drew from under the bench an enormous bottle, +from which he seemed to draw a considerable quantity of something +pleasant. + +Then he passed it to Cocoleu, who likewise began to pull, eagerly and +long, and with an expression of idiotic beatitude. Then patting his +stomach with his hands, he said,-- + +“That’s--that’s--that’s--good!” + +M. Daubigeon whispered into Dr. Seignebos’s ear,-- + +“Ah, I begin to see! I notice from Cocoleu’s eyes, that this practice +with the bottle must have been going on for some time already. Cocoleu +is drunk.” + +Goudar again took up his violin and repeated his song. + +“I--I--want--want to--to drink!” stammered Cocoleu. + +Goudar kept him waiting a little while, and then handed him the bottle. +The idiot threw back his head, and drank till he had lost his breath. +Then Goudar asked,-- + +“Ah! you did not have such good wine to drink at Valpinson?” + +“Oh, yes!” replied Cocoleu. + +“But as much as you wanted?” + +“Yes. Quite--enough.” + +And, laughing with some difficulty, he stammered, and stuttered out,-- + +“I got--got into the cellar through one of the windows; and I +drank--drank through--through a--a straw.” + +“You must be sorry you are no longer there?” + +“Oh, yes!” + +“But, if you were so well off at Valpinson, why did you set it on fire?” + +The witnesses of the strange scene crowded to the little window of the +cell, and held their breath with eager expectation. + +“I wanted to burn some fagots only, to make the count come out. It was +not my fault, if the whole house got on fire.” + +“And why did you want to kill the count?” + +“Because I wanted the great lady to marry M. de Boiscoran.” + +“Ah! She told you to do it, did she?” + +“Oh, no! But she cried so much; and then she told me she would be so +happy if her husband were dead. And she was always good to Cocoleu; and +the count was always bad; and so I shot him.” + +“Well! But why, then, did you say it was M. de Boiscoran who shot the +count?” + +“They said at first it was me. I did not like that. I would rather they +should cut off his head than mine.” + +He shuddered as he said this, so that Goudar, afraid of having gone +rather too fast, took up his violin, and gave him a verse of his song +to quiet him. Then accompanying his words still now and then with a few +notes, and after having allowed Cocoleu to caress his bottle once more, +he asked again,-- + +“Where did you get a gun?” + +“I--I had taken it from the count to shoot birds: and I--I have it +still--still. It is hid in the hole where Michael found me.” + +Poor Dr. Seignebos could not stand it any longer. He suddenly pushed +open the door, and, rushing into the court, he cried,-- + +“Bravo, Goudar! Well done!” + +At the noise, Cocoleu had started up. He evidently understood it all; +for terror drove the fumes of the wine out of his mind in an instant, +and he looked frightened to death. + +“Ah, you scoundrel!” he howled. + +And, throwing himself upon Goudar, he plunged his knife twice into him. + +The movement was so rapid and so sudden, that it had been impossible to +prevent it. Pushing M. Folgat violently back as he tried to disarm him, +Cocoleu leaped into a corner of the court, and there, looking like a +wild beast driven to bay, his eyes bloodshot, his mouth foaming, he +threatened with his formidable knife to kill any one who should come +near him. + +At the cries of M. Daubigeon and M. Galpin, the assistants in the +hospital came rushing in. The struggle, however, would probably have +been a long one, notwithstanding their numbers, if one of the keepers +had not, with great presence of mind, climbed up to the top of the +wall, and caught the arm of the wretch in a noose. By these means he was +thrown down in a moment, disarmed, and rendered harmless. + +“You--you may--may do--do what you--you choose; I--I won’t say--say +another w-w-word!” + +In the meantime, poor Dr. Seignebos, who had unwillingly caused the +catastrophe, was distressed beyond measure; still he hastened to the +assistance of Goudar, who lay insensible on the sand of the court. The +two wounds which the detective had received were quite serious, but not +fatal, or even very dangerous, as the knife had been turned aside by +the ribs. He was at once carried into one of the private rooms of the +hospital, and soon recovered his consciousness. + +When he saw all four of the gentlemen bending anxiously over his bed, he +murmured with a mournful smile,-- + +“Well, was I not right when I said that my profession is a rascally +profession?” + +“But you are at liberty now to give it up,” replied M. Folgat, “provided +always a certain house in Vine Street should not prove too small for +your ambition.” + +The pale face of the detective recovered its color for a moment. + +“Will they really give it to me?” he asked. + +“Since you have discovered the real criminal, and handed him over to +justice.” + +“Well, then, I will bless these wounds: I feel that I shall be up +again in a fortnight. Give me quick pen and ink, that I may write my +resignation immediately, and tell my wife the good news.” + +He was interrupted by the entrance of one of the officers of the +court, who, walking up to the commonwealth attorney, said to him +respectfully,-- + +“Sir, the priest from Brechy is waiting for you at your office.” + +“I am coming directly,” replied M. Daubigeon. + +And, turning to his companions, he said,-- + +“Let us go, gentlemen.” + +The priest was waiting, and rose quickly from his chair when he saw M. +Daubigeon enter, accompanied by M. Galpin, M. Folgat, and Dr. Seignebos. + +“Perhaps you wish to speak to me alone, sir?” asked M. Daubigeon. + +“No, sir,” replied the old priest, “no! The words of reparation which +have been intrusted to me must be uttered publicly.” And handing him a +letter, he added,-- + +“Read this. Please read it aloud.” + +The commonwealth attorney tore the envelope with a tremulous hand, an +then read,-- + +“Being about to die as a Christian, as I have lived as a Christian, I +owe it to myself, I owe it to God whom I have offended, and I owe it to +those men whom I have deceived, to declare the truth. + +“Actuated by hatred, I have been guilty of giving false evidence in +court, and of stating wrongfully that M. de Boiscoran is the man who +shot at me, and that I recognized him in the act. + +“I did not only not recognize him, but I know that he is innocent. I am +sure of it; and I swear it by all I hold sacred in this world which I +am about to leave, and in that world in which I must appear before my +sovereign Judge. + +“May M. de Boiscoran pardon me as I pardon myself. + +“TRIVULCE COUNT CLAUDIEUSE.” + +“Poor man!” murmured M. Folgat. + +The priest at once went on,-- + +“You see, gentlemen, Count Claudieuse withdraws his charge +unconditionally. He asks for nothing in return: he only wants the truth +to be established. And yet I beg leave to express the last wishes of a +dying man. I beseech you, in the new trial, to make no mention of the +name of the countess.” + +Tears were seen in all eyes. + +“You may rest assured, reverend father,” said M. Daubigeon, “that Count +Claudieuse’s last wishes shall be attended to. The name of the countess +shall not appear. There will be no need for it. The secret of her wrongs +shall be religiously kept by those who know it.” + +It was four o’clock now. + +An hour later there arrived at the court-house a gendarme and Michael, +the son of the Boiscoran tenant, who had been sent out to ascertain if +Cocoleu’s statement was true. They brought back the gun which the wretch +had used, and which he had concealed in that den which he had dug +out for himself in the forest of Rochepommier, and where Michael had +discovered him the day after the crime. + +Henceforth Jacques’s innocence was as clear as daylight; and although +he had to bear the burden of his sentence till the judgment was declared +void, it was decided, with the consent of the president of the court, +M. Domini, and the active cooperation of M. Gransiere, that he should be +set free that same evening. + +M. Folgat and M. Magloire were charged with the pleasant duty of +informing the prisoner of this happy news. They found him walking up and +down in his cell like a madman, devoured by unspeakable anguish, and not +knowing what to make of the words of hope which M. Daubigeon had spoken +to him in the morning. + +He was hopeful, it is true; and yet when he was told that he was safe, +that he was free, he sank, an inert mass, into a chair, being less able +to bear joy than sorrow. + +But such emotions are not apt to last long. A few moments later, and +Jacques de Boiscoran, arm in arm with his counsel, left his prison, +in which he had for several months suffered all that an honest man can +suffer. He had paid a fearful penalty for what, in the eyes of so many +men, is but a trifling wrong. + +When they reached the street in which the Chandores lived, M. Folgat +said to his client,-- + +“They do not expect you, I am sure. Go slowly, while I go ahead to +prepare them.” + +He found Jacques’s parents and friends assembled in the parlor, +suffering great anxiety; for they had not been able to ascertain if +there were any truth in the vague rumors which had reached them. + +The young advocate employed the utmost caution in preparing them for the +truth; but at the first words Dionysia asked,-- + +“Where is Jacques?” + +Jacques was kneeling at her feet, overcome with gratitude and love. + + + +V. + +The next day the funeral of Count Claudieuse took place. His youngest +daughter was buried at the same time; and in the evening the Countess +left Sauveterre, to make her home henceforth with her father in Paris. + + + +In the proper course of the law, the sentence which condemned Jacques +was declared null and void; and Cocoleu, found guilty of having +committed the crime at Valpinson, was sentenced to hard labor for life. + +A month later Jacques de Boiscoran was married at the church in Brechy +to Dionysia de Chandore. The witnesses for the bridegroom were M. +Magloire and Dr. Seignebos; the witnesses for the bride, M. Folgat and +M. Daubigeon. + +Even the excellent commonwealth attorney laid aside on that day some of +his usual gravity. He continually repeated,-- + + “Nunc est bibendum, nunc pede libero + Pulsanda tellus.” + +And he really did drink his glass of wine, and opened the ball with the +bride. + +M. Galpin, who was sent to Algiers, was not present at the wedding. But +M. Mechinet was there, quite brilliant, and, thanks to Jacques, free +from all pecuniary troubles. + +The two Blangins, husband and wife, have well-nigh spent the whole of +the large sums of money which they extorted from Dionysia. Trumence, +private bailiff at Boiscoran, is the terror of all vagrants. + +And Goudar, in his garden and nursery, sells the finest peaches in +Paris. + + + + + +End of Project Gutenberg’s Within an Inch of His Life, by Emile Gaboriau + +*** END OF THIS PROJECT GUTENBERG EBOOK WITHIN AN INCH OF HIS LIFE *** + +***** This file should be named 3336-0.txt or 3336-0.zip ***** +This and all associated files of various formats will be found in: + http://www.gutenberg.org/3/3/3/3336/ + +Produced by Dagny; John Bickers; David Widger + +Updated editions will replace the previous one--the old editions +will be renamed. + +Creating the works from public domain print editions means that no +one owns a United States copyright in these works, so the Foundation +(and you!) can copy and distribute it in the United States without +permission and without paying copyright royalties. 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Thus, we do not necessarily +keep eBooks in compliance with any particular paper edition. + + +Most people start at our Web site which has the main PG search facility: + + http://www.gutenberg.org + +This Web site includes information about Project Gutenberg-tm, +including how to make donations to the Project Gutenberg Literary +Archive Foundation, how to help produce our new eBooks, and how to +subscribe to our email newsletter to hear about new eBooks. \ No newline at end of file diff --git a/test/f5d0b1c6-5e15-4c55-b60c-9fc855dda5cf.xlsx b/test/f5d0b1c6-5e15-4c55-b60c-9fc855dda5cf.xlsx new file mode 100644 index 0000000000000000000000000000000000000000..c8bd42f27d1649261ac209be85f167241d60ab7b Binary files /dev/null and b/test/f5d0b1c6-5e15-4c55-b60c-9fc855dda5cf.xlsx differ diff --git a/test/f6d29ef1-0e4d-41cb-ac25-e60023b3bd96.xlsx b/test/f6d29ef1-0e4d-41cb-ac25-e60023b3bd96.xlsx new file mode 100644 index 0000000000000000000000000000000000000000..bf263f012e3e3d009892d8af4c6e39d108df089b Binary files /dev/null and b/test/f6d29ef1-0e4d-41cb-ac25-e60023b3bd96.xlsx differ diff --git a/test/f918266a-b3e0-4914-865d-4faa564f1aef (1).py b/test/f918266a-b3e0-4914-865d-4faa564f1aef (1).py new file mode 100644 index 0000000000000000000000000000000000000000..9fb358549644b19f4668cf2097b3a6340a65cbb4 --- /dev/null +++ b/test/f918266a-b3e0-4914-865d-4faa564f1aef (1).py @@ -0,0 +1,35 @@ +from random import randint +import time + +class UhOh(Exception): + pass + +class Hmm: + def __init__(self): + self.value = randint(-100, 100) + + def Yeah(self): + if self.value == 0: + return True + else: + raise UhOh() + +def Okay(): + while True: + yield Hmm() + +def keep_trying(go, first_try=True): + maybe = next(go) + try: + if maybe.Yeah(): + return maybe.value + except UhOh: + if first_try: + print("Working...") + print("Please wait patiently...") + time.sleep(0.1) + return keep_trying(go, first_try=False) + +if __name__ == "__main__": + go = Okay() + print(f"{keep_trying(go)}") diff --git a/test/f918266a-b3e0-4914-865d-4faa564f1aef.py b/test/f918266a-b3e0-4914-865d-4faa564f1aef.py new file mode 100644 index 0000000000000000000000000000000000000000..9fb358549644b19f4668cf2097b3a6340a65cbb4 --- /dev/null +++ b/test/f918266a-b3e0-4914-865d-4faa564f1aef.py @@ -0,0 +1,35 @@ +from random import randint +import time + +class UhOh(Exception): + pass + +class Hmm: + def __init__(self): + self.value = randint(-100, 100) + + def Yeah(self): + if self.value == 0: + return True + else: + raise UhOh() + +def Okay(): + while True: + yield Hmm() + +def keep_trying(go, first_try=True): + maybe = next(go) + try: + if maybe.Yeah(): + return maybe.value + except UhOh: + if first_try: + print("Working...") + print("Please wait patiently...") + time.sleep(0.1) + return keep_trying(go, first_try=False) + +if __name__ == "__main__": + go = Okay() + print(f"{keep_trying(go)}") diff --git a/test/fcd80879-4f1d-49d8-b6d6-2993607432c2.xlsx b/test/fcd80879-4f1d-49d8-b6d6-2993607432c2.xlsx new file mode 100644 index 0000000000000000000000000000000000000000..55fd3d390c12a56ddc42192f7cd324f0ea5f4070 Binary files /dev/null and b/test/fcd80879-4f1d-49d8-b6d6-2993607432c2.xlsx differ diff --git a/test/fe8f4748-5d00-4a27-9070-090a0cfdeac4.xlsx b/test/fe8f4748-5d00-4a27-9070-090a0cfdeac4.xlsx new file mode 100644 index 0000000000000000000000000000000000000000..96946fc8eb7ff5f1052e11028dee0636f7aaba40 Binary files /dev/null and b/test/fe8f4748-5d00-4a27-9070-090a0cfdeac4.xlsx differ diff --git a/test/metadata.jsonl b/test/metadata.jsonl new file mode 100644 index 0000000000000000000000000000000000000000..df54b0707ced8319cc72baf893112dd47f0edb8d --- /dev/null +++ b/test/metadata.jsonl @@ -0,0 +1,165 @@ +{"task_id": "c61d22de-5f6c-4958-a7f6-5e9707bd3466", "Question": "A paper about AI regulation that was originally submitted to arXiv.org in June 2022 shows a figure with three axes, where each axis has a label word at both ends. Which of these words is used to describe a type of society in a Physics and Society article submitted to arXiv.org on August 11, 2016?", "Level": 2, "Final answer": "egalitarian", "file_name": "", "Annotator Metadata": {"Steps": "1. Go to arxiv.org and navigate to the Advanced Search page.\n2. Enter \"AI regulation\" in the search box and select \"All fields\" from the dropdown.\n3. Enter 2022-06-01 and 2022-07-01 into the date inputs, select \"Submission date (original)\", and submit the search.\n4. Go through the search results to find the article that has a figure with three axes and labels on each end of the axes, titled \"Fairness in Agreement With European Values: An Interdisciplinary Perspective on AI Regulation\".\n5. Note the six words used as labels: deontological, egalitarian, localized, standardized, utilitarian, and consequential.\n6. Go back to arxiv.org\n7. Find \"Physics and Society\" and go to the page for the \"Physics and Society\" category.\n8. Note that the tag for this category is \"physics.soc-ph\".\n9. Go to the Advanced Search page.\n10. Enter \"physics.soc-ph\" in the search box and select \"All fields\" from the dropdown.\n11. Enter 2016-08-11 and 2016-08-12 into the date inputs, select \"Submission date (original)\", and submit the search.\n12. Search for instances of the six words in the results to find the paper titled \"Phase transition from egalitarian to hierarchical societies driven by competition between cognitive and social constraints\", indicating that \"egalitarian\" is the correct answer.", "Number of steps": "12", "How long did this take?": "8 minutes", "Tools": "1. Web browser\n2. Image recognition tools (to identify and parse a figure with three axes)", "Number of tools": "2"}} +{"task_id": "17b5a6a3-bc87-42e8-b0fb-6ab0781ef2cc", "Question": "I\u2019m researching species that became invasive after people who kept them as pets released them. There\u2019s a certain species of fish that was popularized as a pet by being the main character of the movie Finding Nemo. According to the USGS, where was this fish found as a nonnative species, before the year 2020? I need the answer formatted as the five-digit zip codes of the places the species was found, separated by commas if there is more than one place.", "Level": 2, "Final answer": "34689", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cfinding nemo main character\u201d.\n2. Note the results, which state that the main character is a clownfish.\n3. Search the web for \u201cusgs nonnative species database\u201d.\n4. Click result for the Nonindigenous Aquatic Species site.\n5. Click \u201cMarine Fishes\u201d.\n6. Click \u201cSpecies List of Nonindigenous Marine Fish\u201d.\n7. Scroll through the list until I find the clown anenomefish, and click \u201cCollection info\u201d.\n8. Note the place that a clown anenomefish was found, in Fred Howard Park at the Gulf of Mexico.\n9. Search the web for \u201cfred howard park florida zip code\u201d.\n10. Note the zip code, 34689. Since only one clownfish was found before the year 2020, this is the answer.", "Number of steps": "10", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2"}} +{"task_id": "04a04a9b-226c-43fd-b319-d5e89743676f", "Question": "If we assume all articles published by Nature in 2020 (articles, only, not book reviews/columns, etc) relied on statistical significance to justify their findings and they on average came to a p-value of 0.04, how many papers would be incorrect as to their claims of statistical significance? Round the value up to the next integer.", "Level": 2, "Final answer": "41", "file_name": "", "Annotator Metadata": {"Steps": "1. Find how many articles were published in Nature in 2020 by Googling \"articles submitted to nature 2020\"\n2. Click through to Nature's archive for 2020 and filter the results to only provide articles, not other types of publications: 1002\n3. Find 4% of 1002 and round up: 40.08 > 41", "Number of steps": "3", "How long did this take?": "5 minutes", "Tools": "1. search engine\n2. calculator", "Number of tools": "2"}} +{"task_id": "14569e28-c88c-43e4-8c32-097d35b9a67d", "Question": "In Unlambda, what exact charcter or text needs to be added to correct the following code to output \"For penguins\"? If what is needed is a character, answer with the name of the character. If there are different names for the character, use the shortest. The text location is not needed. Code:\n\n`r```````````.F.o.r. .p.e.n.g.u.i.n.si", "Level": 2, "Final answer": "backtick", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Unlambda syntax\" online (optional).\n2. Opened https://en.wikipedia.org/wiki/Unlambda.\n3. Note that the hello world program is very similar in syntax to the code in this question.\n4. Go to the source referenced by the hello world program.\n5. From the referenced source, read what the components of the program do to understand that each period needs a backtick after the initial `r.\n6. Observe that in the given code, there are 12 periods but only 11 backticks after the initial `r, so the missing character is a backtick.", "Number of steps": "6", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Unlambda compiler (optional)", "Number of tools": "3"}} +{"task_id": "e1fc63a2-da7a-432f-be78-7c4a95598703", "Question": "If Eliud Kipchoge could maintain his record-making marathon pace indefinitely, how many thousand hours would it take him to run the distance between the Earth and the Moon its closest approach? Please use the minimum perigee value on the Wikipedia page for the Moon when carrying out your calculation. Round your result to the nearest 1000 hours and do not use any comma separators if necessary.", "Level": 1, "Final answer": "17", "file_name": "", "Annotator Metadata": {"Steps": "1. Googled Eliud Kipchoge marathon pace to find 4min 37sec/mile\n2. Converted into fractions of hours.\n3. Found moon periapsis in miles (225,623 miles).\n4. Multiplied the two to find the number of hours and rounded to the nearest 100 hours.", "Number of steps": "4", "How long did this take?": "20 Minutes", "Tools": "1. A web browser.\n2. A search engine.\n3. A calculator.", "Number of tools": "3"}} +{"task_id": "32102e3e-d12a-4209-9163-7b3a104efe5d", "Question": "The attached spreadsheet shows the inventory for a movie and video game rental store in Seattle, Washington. What is the title of the oldest Blu-Ray recorded in this spreadsheet? Return it as appearing in the spreadsheet.", "Level": 2, "Final answer": "Time-Parking 2: Parallel Universe", "file_name": "32102e3e-d12a-4209-9163-7b3a104efe5d.xlsx", "Annotator Metadata": {"Steps": "1. Open the attached file.\n2. Compare the years given in the Blu-Ray section to find the oldest year, 2009.\n3. Find the title of the Blu-Ray disc that corresponds to the year 2009: Time-Parking 2: Parallel Universe.", "Number of steps": "3", "How long did this take?": "1 minute", "Tools": "1. Microsoft Excel", "Number of tools": "1"}} +{"task_id": "8e867cd7-cff9-4e6c-867a-ff5ddc2550be", "Question": "How many studio albums were published by Mercedes Sosa between 2000 and 2009 (included)? You can use the latest 2022 version of english wikipedia.", "Level": 1, "Final answer": "3", "file_name": "", "Annotator Metadata": {"Steps": "1. I did a search for Mercedes Sosa\n2. I went to the Wikipedia page for her\n3. I scrolled down to \"Studio albums\"\n4. I counted the ones between 2000 and 2009", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. web browser\n2. google search", "Number of tools": "2"}} +{"task_id": "3627a8be-a77f-41bb-b807-7e1bd4c0ebdf", "Question": "The object in the British Museum's collection with a museum number of 2012,5015.17 is the shell of a particular mollusk species. According to the abstract of a research article published in Science Advances in 2021, beads made from the shells of this species were found that are at least how many thousands of years old?", "Level": 2, "Final answer": "142", "file_name": "", "Annotator Metadata": {"Steps": "1. Use search engine to search for \"British Museum search collection\" and navigate to the British Museum's collection search webpage.\n2. Select \"Museum number\" as search field and \"2012,5015.17\" in text box, then run search.\n3. Open the page for the single result and note that the description says that this is the shell of an individual of the Nassa gibbosula species.\n4. Use search engine to search for \"Nassa gibbosula\".\n5. Note that according to the search result from the World Register of Marine Species website, Nassa gibbosula is not an accepted species name.\n6. Open the page for Nassa gibbosula on the World Register of Marine Species website.\n7. Scan the page and note that the accepted species name is Tritia gibbosula.\n8. Use search engine to search for \"Science Advances 2021 Tritia gibbosula\".\n9. Find that the top result is an article from 2021 in Science Advances titled \"Early Middle Stone Age personal ornaments from Bizmoune Cave, Essaouira, Morocco\".\n10. Scan abstract and note that the article discusses beads made from Tritia gibbosula shells that date to at least 142 thousand years ago, giving a final answer of 142.", "Number of steps": "10", "How long did this take?": "12 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "7619a514-5fa8-43ef-9143-83b66a43d7a4", "Question": "According to github, when was Regression added to the oldest closed numpy.polynomial issue that has the Regression label in MM/DD/YY?", "Level": 2, "Final answer": "04/15/18", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"numpy github\" on Google search.\n2. Opened the NumPy GitHub page.\n3. Clicked \"Issues\" in the repo tabs.\n4. Clicked \"Closed\" on the filter bar.\n5. Set the filter to the \"numpy.polynomial\" label.\n6. Set the filter to the \"06 - Regression\" label.\n7. Opened the oldest Regression post.\n8. Scrolled down to find when the Regression label was added (Apr 15, 2018).\n9. Converted to MM/DD/YY (04/15/18).", "Number of steps": "9", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "ec09fa32-d03f-4bf8-84b0-1f16922c3ae4", "Question": "Here's a fun riddle that I think you'll enjoy.\n\nYou have been selected to play the final round of the hit new game show \"Pick That Ping-Pong\". In this round, you will be competing for a large cash prize. Your job will be to pick one of several different numbered ping-pong balls, and then the game will commence. The host describes how the game works.\n\nA device consisting of a winding clear ramp and a series of pistons controls the outcome of the game. The ramp feeds balls onto a platform. The platform has room for three ping-pong balls at a time. The three balls on the platform are each aligned with one of three pistons. At each stage of the game, one of the three pistons will randomly fire, ejecting the ball it strikes. If the piston ejects the ball in the first position on the platform the balls in the second and third position on the platform each advance one space, and the next ball on the ramp advances to the third position. If the piston ejects the ball in the second position, the ball in the first position is released and rolls away, the ball in the third position advances two spaces to occupy the first position, and the next two balls on the ramp advance to occupy the second and third positions on the platform. If the piston ejects the ball in the third position, the ball in the first position is released and rolls away, the ball in the second position advances one space to occupy the first position, and the next two balls on the ramp advance to occupy the second and third positions on the platform.\n\nThe ramp begins with 100 numbered ping-pong balls, arranged in ascending order from 1 to 100. The host activates the machine and the first three balls, numbered 1, 2, and 3, advance to the platform. Before the random firing of the pistons begins, you are asked which of the 100 balls you would like to pick. If your pick is ejected by one of the pistons, you win the grand prize, $10,000.\n\nWhich ball should you choose to maximize your odds of winning the big prize? Please provide your answer as the number of the ball selected.", "Level": 1, "Final answer": "3", "file_name": "", "Annotator Metadata": {"Steps": "Step 1: Evaluate the problem statement provided in my user's prompt\nStep 2: Consider the probability of any ball on the platform earning the prize.\nStep 3: Evaluate the ball in position one. The probability of it earning the prize, P1, is 1/3\nStep 4: Using a calculator, evaluate the ball in position two. The probability of it earning the prize, P2, is the difference between 1 and the product of the complementary probabilities for each trial\nP2 = 1 - (2/3)(2/3)\nP2 = 5/9\nStep 5: Using a calculator, evaluate the ball in position three. The probability of it earning the prize, P3, is the difference between 1 and the product of the complementary probabilities for each trial\nP3 = 1 - (2/3)(2/3)(2/3)\nP3 = 19/27\nStep 6: Consider the possible outcomes of numbers higher than 3.\nStep 7: For each trial, either 1 or 2 balls from the ramp will advance to the platform. For any given selection, there is a 50% chance that the ball advances to position 2 or position 3.\nStep 8: As position three holds the highest chance of earning the prize, select the only ball known to occupy position three with certainty, ball 3.\nStep 9: Report the correct answer to my user, \"3\"", "Number of steps": "9", "How long did this take?": "1 minute", "Tools": "None", "Number of tools": "0"}} +{"task_id": "676e5e31-a554-4acc-9286-b60d90a92d26", "Question": "In July 2, 1959 United States standards for grades of processed fruits, vegetables, and certain other products listed as dehydrated, consider the items in the \"dried and dehydrated section\" specifically marked as dehydrated along with any items in the Frozen/Chilled section that contain the whole name of the item, but not if they're marked Chilled. As of August 2023, what is the percentage (to the nearest percent) of those standards that have been superseded by a new version since the date given in the 1959 standards?", "Level": 3, "Final answer": "86", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"July 2, 1959 United States standards for grades of processed fruits, vegetables, and certain other products\" on Google.\n2. Opened https://upload.wikimedia.org/wikipedia/commons/0/06/United_States_standards_for_grades_of_processed_fruits%2C_vegetables%2C_and_certain_other_products_%28as_of_July_2%2C_1959%29_%28IA_unitedstatesstan14unit_4%29.pdf.\n3. Scrolled to the \"DRIED or DEHYDRATED\" section.\n4. Opened a new tab and searched \"united states standards for grades of dehydrated apples\".\n5. Opened https://www.ams.usda.gov/grades-standards/dehydrated-apples-grades-and-standards.\n6. Opened the \"U.S. Grade Standards for Dehydrated Apples (pdf)\" PDF.\n7. Checked the date against the 1959 standards.\n8. Repeated steps 4-7 for all dehydrated items in the \"DRIED or DEHYDRATED\" section:\n9. Grapefruit Juice, updated (running tally: 2/2)\n10. Orange Juice, updated (running tally: 3/3)\n11. Found all versions of the dehydrated items in Frozen or Chilled, except those marked Chilled: Apples; Grapefruit Juice, Concentrated; Grapefruit Juice and Orange Juice, Concentrated, Blended; Orange Juice, Concentrated\n12. Repeated steps 4-7 all those versions:\n13. Apples, not updated (running tally: 3/4)\n14. Grapefruit Juice, Concentrated, updated (running tally: 4/5)\n15. Grapefruit Juice and Orange Juice, Concentrated, Blended, updated (running tally: 5/6)\n16. Orange Juice, Concentrated, updated (running tally: 6/7)\n17. Calculated the percentage (6 / 7 * 100% = 85.7%).\n18. Rounded to the nearest percent (86%).", "Number of steps": "14", "How long did this take?": "20 minutes", "Tools": "1. Web browser\n2. Search engine\n3. PDF access\n4. Calculator", "Number of tools": "4"}} +{"task_id": "7dd30055-0198-452e-8c25-f73dbe27dcb8", "Question": "Using the Biopython library in Python, parse the PDB file of the protein identified by the PDB ID 5wb7 from the RCSB Protein Data Bank. Calculate the distance between the first and second atoms as they are listed in the PDB file. Report the answer in Angstroms, rounded to the nearest picometer.", "Level": 2, "Final answer": "1.456", "file_name": "7dd30055-0198-452e-8c25-f73dbe27dcb8.pdb", "Annotator Metadata": {"Steps": "1. Search the web for \"PDB ID 5wb7\"\n2. Navigate to https://www.rcsb.org/structure/5wb7 from the search results page\n3. Download the PDB file from the landing page.\n4. Process the PDB file using Python and Biopython to calculate the distance between the first two atoms listed in the file. (1.4564234018325806 \u00c5)\nfrom Bio.PDB import PDBParser\nparser = PDBParser()\nstructure = parser.get_structure(\"5wb7\", \"5wb7.pdb\")\nfor atom in structure.get_atoms():\n atom1 = atom\n break\nfor atom in structure.get_atoms():\n if atom != atom1:\n atom2 = atom\n break\ndistance = atom1 - atom2\nprint(f\"{distance}\")\n5. Round the result to the nearest picometer (1.456)", "Number of steps": "5", "How long did this take?": "45 minutes", "Tools": "1. Web browser\n2. Search engine\n3. File handling\n4. Python\n5. Calculator ", "Number of tools": "5"}} +{"task_id": "2a649bb1-795f-4a01-b3be-9a01868dae73", "Question": "What are the EC numbers of the two most commonly used chemicals for the virus testing method in the paper about SPFMV and SPCSV in the Pearl Of Africa from 2016? Return the semicolon-separated numbers in the order of the alphabetized chemicals.", "Level": 2, "Final answer": "3.1.3.1; 1.11.1.7", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Pearl of Africa\" on Google.\n2. Noted the answer from the results.\n3. Searched \"SPFMV and SPCSV in Uganda 2016 paper\" on Google.\n4. Opened \"Effects of Sweet Potato Feathery Mottle Virus and ...\" at https://onlinelibrary.wiley.com/doi/full/10.1111/jph.12451.\n5. Found the section on virus testing.\n6. Searched \"most commonly used chemicals for ELISA\" on Google.\n7. Noted horseradish peroxidase and alkaline phosphatase from the results.\n8. Searched \"horseradish peroxidase EC number\" on Google.\n9. Noted the answer from the featured text snippet (1.11.1.7).\n10. Searched \"alkaline phosphatase EC number\" on Google.\n11. Noted the answer from the featured text snippet (3.1.3.1).\n12. Alphabetized the chemicals.\n13. Put the numbers in the order of the chemicals.", "Number of steps": "13", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "87c610df-bef7-4932-b950-1d83ef4e282b", "Question": "In April of 1977, who was the Prime Minister of the first place mentioned by name in the Book of Esther (in the New International Version)?", "Level": 2, "Final answer": "Morarji Desai", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cBook of Esther NIV\u201d.\n2. Click search result to read the text of the first chapter.\n3. Note the first place named, India.\n4. Search the web for \u201cprime ministers of India list\u201d.\n5. Click Wikipedia result.\n6. Scroll down to find the prime minister during the specified timeframe, Morarji Desai.", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2"}} +{"task_id": "624cbf11-6a41-4692-af9c-36b3e5ca3130", "Question": "What's the last line of the rhyme under the flavor name on the headstone visible in the background of the photo of the oldest flavor's headstone in the Ben & Jerry's online flavor graveyard as of the end of 2022?", "Level": 2, "Final answer": "So we had to let it die.", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"ben and jerrys flavor graveyard\" on Google search.\n2. Opened \"Flavor Graveyard\" on www.benjerry.com.\n3. Opened each flavor to find the oldest one (Dastardly Mash).\n4. Deciphered the blurry name on the headstone behind it (Miz Jelena's Sweet Potato Pie).\n5. Scrolled down to Miz Jelena's Sweet Potato Pie.\n6. Copied the last line of the rhyme.\n7. (Optional) Copied the URL.\n8. Searched \"internet archive\" on Google search.\n9. Opened the Wayback Machine.\n10. Entered the URL.\n11. Loaded the last 2022 page.\n12. Confirmed the information was the same.", "Number of steps": "6", "How long did this take?": "7 minutes", "Tools": "1. Image recognition tools\n2. Web browser\n3. Search engine", "Number of tools": "3"}} +{"task_id": "dd3c7503-f62a-4bd0-9f67-1b63b94194cc", "Question": "Use density measures from the chemistry materials licensed by Marisa Alviar-Agnew & Henry Agnew under the CK-12 license in LibreText's Introductory Chemistry materials as compiled 08/21/2023.\n\nI have a gallon of honey and a gallon of mayonnaise at 25C. I remove one cup of honey at a time from the gallon of honey. How many times will I need to remove a cup to have the honey weigh less than the mayonaise? Assume the containers themselves weigh the same.", "Level": 2, "Final answer": "6", "file_name": "", "Annotator Metadata": {"Steps": "1. Search \"LibreText density mayonnaise\"\n2. Click result, confirm the correct license.\n3. Search \"cm^3 to 1 cup\"\n4. Use results with density measures to form the equation (16*236.588)(1.420 - 0.910)/(236.588*1.420)\n5. Round up", "Number of steps": "5", "How long did this take?": "20 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Calculator", "Number of tools": "3"}} +{"task_id": "5d0080cb-90d7-4712-bc33-848150e917d3", "Question": "What was the volume in m^3 of the fish bag that was calculated in the University of Leicester paper \"Can Hiccup Supply Enough Fish to Maintain a Dragon\u2019s Diet?\"", "Level": 1, "Final answer": "0.1777", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched '\"Can Hiccup Supply Enough Fish to Maintain a Dragon\u2019s Diet?\"' on Google.\n2. Opened \"Can Hiccup Supply Enough Fish to Maintain a Dragon\u2019s Diet?\" at https://journals.le.ac.uk/ojs1/index.php/jist/article/view/733.\n3. Clicked \"PDF\".\n4. Found the calculations for the volume of the fish bag and noted them.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine\n3. PDF access", "Number of tools": "3"}} +{"task_id": "bec74516-02fc-48dc-b202-55e78d0e17cf", "Question": "What is the average number of pre-2020 works on the open researcher and contributor identification pages of the people whose identification is in this file?", "Level": 3, "Final answer": "26.4", "file_name": "bec74516-02fc-48dc-b202-55e78d0e17cf.jsonld", "Annotator Metadata": {"Steps": "1. Opened the JSONLD file.\n2. Opened each ORCID ID.\n3. Counted the works from pre-2022.\n4. Took the average: (54 + 61 + 1 + 16 + 0) / 5 = 132 / 5 = 26.4.", "Number of steps": "4", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Calculator\n4. JSONLD file access", "Number of tools": "4"}} +{"task_id": "a1e91b78-d3d8-4675-bb8d-62741b4b68a6", "Question": "In the video https://www.youtube.com/watch?v=L1vXCYZAYYM, what is the highest number of bird species to be on camera simultaneously?", "Level": 1, "Final answer": "3", "file_name": "", "Annotator Metadata": {"Steps": "1. Navigate to the YouTube link.\n2. Watch the video to see the highest number of bird species.\n3. Note the number.", "Number of steps": "3", "How long did this take?": "3 minutes", "Tools": "1. Web browser\n2. Video parsing", "Number of tools": "2"}} +{"task_id": "46719c30-f4c3-4cad-be07-d5cb21eee6bb", "Question": "Of the authors (First M. Last) that worked on the paper \"Pie Menus or Linear Menus, Which Is Better?\" in 2015, what was the title of the first paper authored by the one that had authored prior papers?", "Level": 1, "Final answer": "Mapping Human Oriented Information to Software Agents for Online Systems Usage", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Pie Menus or Linear Menus, Which Is Better?\" on Google.\n2. Opened \"Pie Menus or Linear Menus, Which Is Better?\" on https://oda.oslomet.no/oda-xmlui/handle/10642/3162.\n3. Clicked each author's name.\n4. Noted the name that had no other papers listed.\n5. Searched \"Murano, Pietro\" on Google.\n6. Opened http://www.pietromurano.org/.\n7. Clicked \"Publications\".\n8. Found the earliest paper he contributed to.", "Number of steps": "8", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "df6561b2-7ee5-4540-baab-5095f742716a", "Question": "When you take the average of the standard population deviation of the red numbers and the standard sample deviation of the green numbers in this image using the statistics module in Python 3.11, what is the result rounded to the nearest three decimal points?", "Level": 2, "Final answer": "17.056", "file_name": "df6561b2-7ee5-4540-baab-5095f742716a.png", "Annotator Metadata": {"Steps": "1. Opened the PNG file.\n2. Made separate lists of the red numbers and green numbers.\n3. Opened a Python compiler.\n4. Ran the following code:\n```\nimport statistics as st\nred = st.pstdev([24, 74, 28, 54, 73, 33, 64, 73, 60, 53, 59, 40, 65, 76, 48, 34, 62, 70, 31, 24, 51, 55, 78, 76, 41, 77, 51])\ngreen = st.stdev([39, 29, 28, 72, 68, 47, 64, 74, 72, 40, 75, 26, 27, 37, 31, 55, 44, 64, 65, 38, 46, 66, 35, 76, 61, 53, 49])\navg = st.mean([red, green])\nprint(avg)\n```\n5. Rounded the output.", "Number of steps": "5", "How long did this take?": "20 minutes", "Tools": "1. Python compiler\n2. Image recognition tools", "Number of tools": "2"}} +{"task_id": "00d579ea-0889-4fd9-a771-2c8d79835c8d", "Question": "Assuming scientists in the famous youtube video The Thinking Machine (Artificial Intelligence in the 1960s) were interviewed the same year, what is the name of the scientist predicting the sooner thinking machines or robots? Answer using the format First name Last name", "Level": 3, "Final answer": "Claude Shannon", "file_name": "", "Annotator Metadata": {"Steps": "1. Search \"The Thinking Machine (Artificial Intelligence in the 1960s)\" and open the YouTube result\n2. Listen to the video.\n3. Search for a transcript to confirm, due to struggling to feel confident in my answer.\n4. Fail to find a transcript.\n5. Watch again, finding again that Claude Shannon predicted AI in 5-10 years, which is the soonest.", "Number of steps": "5", "How long did this take?": "15 minutes", "Tools": "1. web browser\n2. video recognition tools", "Number of tools": "2"}} +{"task_id": "4b6bb5f7-f634-410e-815d-e673ab7f8632", "Question": "In Series 9, Episode 11 of Doctor Who, the Doctor is trapped inside an ever-shifting maze. What is this location called in the official script for the episode? Give the setting exactly as it appears in the first scene heading.", "Level": 1, "Final answer": "THE CASTLE", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cDoctor Who series 9 episode 11 official script\u201d.\n2. Click result on the BBC website.\n3. Scroll through the PDF to read the script, noting that it takes place in a mechanical castle location.\n4. Scroll back to the first scene heading to note the answer, THE CASTLE", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser\n3. PDF viewer", "Number of tools": "3"}} +{"task_id": "f0f46385-fc03-4599-b5d3-f56496c3e69f", "Question": "In terms of geographical distance between capital cities, which 2 countries are the furthest from each other within the ASEAN bloc according to wikipedia? Answer using a comma separated list, ordering the countries by alphabetical order.", "Level": 2, "Final answer": "Indonesia, Myanmar", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \"ASEAN bloc\".\n2. Click the Wikipedia result for the ASEAN Free Trade Area.\n3. Scroll down to find the list of member states.\n4. Click into the Wikipedia pages for each member state, and note its capital.\n5. Search the web for the distance between the first two capitals. The results give travel distance, not geographic distance, which might affect the answer.\n6. Thinking it might be faster to judge the distance by looking at a map, search the web for \"ASEAN bloc\" and click into the images tab.\n7. View a map of the member countries. Since they're clustered together in an arrangement that's not very linear, it's difficult to judge distances by eye.\n8. Return to the Wikipedia page for each country. Click the GPS coordinates for each capital to get the coordinates in decimal notation.\n9. Place all these coordinates into a spreadsheet.\n10. Write formulas to calculate the distance between each capital.\n11. Write formula to get the largest distance value in the spreadsheet.\n12. Note which two capitals that value corresponds to: Jakarta and Naypyidaw.\n13. Return to the Wikipedia pages to see which countries those respective capitals belong to: Indonesia, Myanmar.", "Number of steps": "13", "How long did this take?": "45 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Microsoft Excel / Google Sheets", "Number of tools": "3"}} +{"task_id": "384d0dd8-e8a4-4cfe-963c-d37f256e7662", "Question": "In the NCATS PubChem compound database for Food Additive Status classification, find the compound that has a molecular weight of 100 g/mol or less, 6 heavy atoms, 1 or fewer hydrogen bond acceptors, and a complexity between 10 and 15. Of the shared gene-chemical co-occurrences between its two possible enzyme transformations, what is the PubChem CID of the heaviest by molecular weight?", "Level": 3, "Final answer": "4192", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"NCATS PubChem compound database\" on Google.\n2. Opened \"PubChem\" on the NCATS NIH website.\n3. Clicked on the \"PubChem Compound\" link.\n4. Clicked on the \"Classification Browser\" link.\n5. Expanded \"Food Additives and Ingredients\" in the list.\n6. Clicked on the number link next to \"Food Additive Status\".\n7. Opened the filters and set them to maximum 100 g/mol weight, minimum 6 heavy atoms, maximum 1 H-bond acceptor, complexity 10-15.\n8. Opened the resulting \"HEXANE\" page.\n9. Scrolled to 10.6 Pharmacology and Biochemistry > Transformations.\n10. Opened the two enzyme transformations' pages (CYP2B6 and CYP2E1).\n11. Opened each one's gene-chemical co-occurrences full list.\n12. Opened each chemical they shared a co-occurrence with.\n13. Compared the weights to find the heaviest (Midazolam).\n14. Noted its PubChem CID (4192).", "Number of steps": "14", "How long did this take?": "20 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "e4e91f1c-1dcd-439e-9fdd-cb976f5293fd", "Question": "I need to fact-check a citation. This is the citation from the bibliography:\n\nGreetham, David. \"Uncoupled: OR, How I Lost My Author(s).\" Textual Cultures: Texts, Contexts, Interpretation, vol. 3 no. 1, 2008, p. 45-46. Project MUSE, doi:10.2979/tex.2008.3.1.44.\n\nAnd this is the in-line citation:\n\nOur relationship with the authors of the works we read can often be \u201cobscured not by a \"cloak of print\" but by the veil of scribal confusion and mis-transmission\u201d (Greetham 45-46).\n\nDoes the quoted text match what is actually in the article? If Yes, answer Yes, otherwise, give me the word in my citation that does not match with the correct one (without any article).", "Level": 2, "Final answer": "cloak", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cgreetham uncoupled project muse\u201d.\n2. Click result, an article that matches the given citation.\n3. Ctrl-F for \u201cobscured\u201d.\n4. Find the quote from the question, which describes a \u201cveil of print\u201d, not a cloak.\n5. Express the answer in the specified format, No.", "Number of steps": "5", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2"}} +{"task_id": "56137764-b4e0-45b8-9c52-1866420c3df5", "Question": "Which contributor to the version of OpenCV where support was added for the Mask-RCNN model has the same name as a former Chinese head of government when the names are transliterated to the Latin alphabet?", "Level": 2, "Final answer": "Li Peng", "file_name": "", "Annotator Metadata": {"Steps": "1. Use search engine to search for \"OpenCV change log\".\n2. Open the top result from GitHub and search the page for \"Mask-RCNN\".\n3. Observe that support for Mask-RCNN model was added in OpenCV version 4.0.0.\n4. Expand the two lists of contributors for version 4.0.0.\n5. Go to the Wikipedia page for head of government. \n6. Scan through and note that for China, the head of government is the premier.\n7. Go to the Wikipedia page for premier of the People's Republic of China.\n8. Go to the linked page for List of premiers of the People's Republic of China.\n9. Compare the list of OpenCV version 4.0.0 contributors' names and the list of premiers of China to find that Li Peng is present in both lists.", "Number of steps": "9", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "de9887f5-ead8-4727-876f-5a4078f8598c", "Question": "What integer-rounded percentage of the total length of the harlequin shrimp recorded in Omar Valencfia-Mendez 2017 paper was the sea star fed to the same type of shrimp in G. Curt Fiedler's 2002 paper?", "Level": 3, "Final answer": "22", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Omar Valencfia-Mendez 2017 shrimp paper\" on Google.\n2. Opened \"Decapoda: Palaemonidae: Hymenocera picta Dana, 1852) ...\" on https://www.threatenedtaxa.org/index.php/JoTT/article/view/3238.\n3. Clicked \"PDF/A\".\n4. Found the length of the recorded shrimp as TL in the paper (4.5cm).\n5. Searched \"G. Curt Fiedler 2002 shrimp paper\" on Google.\n6. Opened \"(PDF) The influence of social environment on sex ...\" on https://www.researchgate.net/publication/232696279_The_influence_of_social_environment_on_sex_determination_in_harlequin_shrimp_Hymenocera_picta_Decapoda_Gnathophyllidae.\n7. Found the size of the sea star fed to the shrimp (1cm).\n8. Took the percentage (1 / 4.5 * 100% = 22.22222%).\n9. Rounded to the nearest integer (22%).", "Number of steps": "9", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Search engine\n3. PDF access\n4. Calculator", "Number of tools": "4"}} +{"task_id": "cffe0e32-c9a6-4c52-9877-78ceb4aaa9fb", "Question": "An office held a Secret Santa gift exchange where each of its twelve employees was assigned one other employee in the group to present with a gift. Each employee filled out a profile including three likes or hobbies. On the day of the gift exchange, only eleven gifts were given, each one specific to one of the recipient's interests. Based on the information in the document, who did not give a gift?", "Level": 1, "Final answer": "Fred", "file_name": "cffe0e32-c9a6-4c52-9877-78ceb4aaa9fb.docx", "Annotator Metadata": {"Steps": "1. Open the document.\n2. Look at gifts and recipient interests.\n3. Match Galileo Galilei biography (could apply to astronomy or books -> Miguel or Micah)\n4. Match fishing reel (only applies to fishing -> Harry)\n5. Match Raku programming guide (Perl language, but could also apply to JavaScript enthusiast - > Fred or Jun)\n6. Match chisel set (could apply to camping or woodworking, but Harry is already fulfilled -> Jun, so Raku guide is for Fred)\n7. Match custom dice (could apply to board games or tabletop RPGs -> Lucy or Sara)\n8. Match \u201cWar and Peace\u201d American film copy (could apply to old movies or Audrey Hepburn -> Perry or Alex)\n9. Match yarn (only applies to knitting -> Micah, so the Galileo biography is for Miguel)\n10. Match \"One Piece\" graphic novel (could apply to books or manga, but Micah already has yarn -> Alex, so the \"War and Peace\" film is for Perry)\n11. Match \"War and Peace\" novel (could apply to books or historical fiction novels, but Micah has yarn -> Tyson)\n12. Match Starbucks gift card (only applies to coffee -> Lucy, so the dice are for Sara)\n13. Match foam exercise mat (only applies to yoga -> Georgette)\n14. Note which recipients have gifts (Miguel, Harry, Fred, Jun, Sara, Perry, Micah, Alex, Tyson, Lucy, Georgette) and which does not (Rebecca).\n15. Find who was supposed to give Rebecca a gift (Fred).", "Number of steps": "15", "How long did this take?": "15 minutes", "Tools": "1. Word document access", "Number of tools": "1"}} +{"task_id": "8b3379c0-0981-4f5b-8407-6444610cb212", "Question": "What is the maximum length in meters of #9 in the first National Geographic short on YouTube that was ever released according to the Monterey Bay Aquarium website? Just give the number.", "Level": 2, "Final answer": "1.8", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"National Geographic YouTube\" on Google search.\n2. Opened the National Geographic YouTube channel.\n3. Clicked \"Shorts\".\n4. Watched the oldest short (\"Which shark species is the most massive? #SharkFest #Shorts\") and noted #9 (Blacktip Reef).\n5. Searched \"blacktip reef monterey bay aquarium\" on Google search.\n6. Opened \"Blacktip reef shark\" on the Monterey Bay Aquarium website and noted the maximum length.", "Number of steps": "6", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Video recognition tools", "Number of tools": "3"}} +{"task_id": "0ff53813-3367-4f43-bcbd-3fd725c1bf4b", "Question": "What two-word type of model did Manash Pratim Kashyap's and PS Fader's studies in customer retention studies published during 2018-2019 have in common (no punctuation)?", "Level": 2, "Final answer": "beta geometric", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Manash Pratim Kashyap customer retention\" on Google.\n2. Opened https://www.journalijar.com/article/26843/a-simple-model-for-analyzing-the-customer-retention-comparing-rural-and-urban-store/.\n3. Noted \"discrete time beta geometric model\" in the abstract.\n4. Searched \"PS Fader customer retention\" on Google.\n5. Opened https://www.sciencedirect.com/science/article/abs/pii/S1094996807700233.\n6. Noted \"basic model (known as a \u201cshifted-beta-geometric\u201d)\" in the abstract.\n7. Extracted the two words in common.", "Number of steps": "6", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "983bba7c-c092-455f-b6c9-7857003d48fc", "Question": "What animals that were mentioned in both Ilias Lagkouvardos's and Olga Tapia's papers on the alvei species of the genus named for Copenhagen outside the bibliographies were also present in the 2021 article cited on the alvei species' Wikipedia page about a multicenter, randomized, double-blind study?", "Level": 3, "Final answer": "mice", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"alvei copenhagen\" on Google.\n2. Opened https://en.wikipedia.org/wiki/Hafnia_(bacterium).\n3. Searched \"Ilias Lagkouvardos hafnia alvei\" on Google.\n4. Opened https://www.mdpi.com/2076-2607/11/1/123?type=check_update&version=2.\n5. Opened a new tab.\n6. Searched \"Olga Tapia hafnia alvei\" on Google.\n7. Opened https://pubmed.ncbi.nlm.nih.gov/36080356/.\n8. Found all animals mentioned in the first paper.\n9. Searched each animal from the first paper in the second paper.\n10. Noted the animals mentioned in both outside the bibliographies.\n11. Went back to the Wikipedia article.\n12. Opened the link in the references to \"The Probiotic Strain H. alvei HA4597\u00ae Improves Weight Loss in Overweight Subjects under Moderate Hypocaloric Diet: A Proof-of-Concept, Multicenter Randomized, Double-Blind Placebo-Controlled Study\".\n13. Opened the PDF.\n14. Found the animals shared by all three papers.", "Number of steps": "14", "How long did this take?": "25 minutes", "Tools": "1. Web browser\n2. Search engine\n3. PDF access", "Number of tools": "3"}} +{"task_id": "a7feb290-76bb-4cb7-8800-7edaf7954f2f", "Question": "How many High Energy Physics - Lattice articles listed in January 2020 on Arxiv had ps versions available?", "Level": 2, "Final answer": "31", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"arxiv\" on Google.\n2. Opened the top result of https://arxiv.org/.\n3. Opened the High Energy Physics - Lattice section.\n4. Set the date to 2020 January.\n5. Counted the number of articles with \"ps\" formats available on each page.\n6. Added the numbers from each page to get the total.", "Number of steps": "6", "How long did this take?": "15 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Calculator", "Number of tools": "3"}} +{"task_id": "b4cc024b-3f5e-480e-b96a-6656493255b5", "Question": "The photograph in the Whitney Museum of American Art's collection with accession number 2022.128 shows a person holding a book. Which military unit did the author of this book join in 1813? Answer without using articles.", "Level": 2, "Final answer": "Russian-German Legion", "file_name": "", "Annotator Metadata": {"Steps": "1. Use search engine to search for \"Whitney Museum of American Art collection search\".\n2. Go to the Whitney Museum's collection search webpage.\n3. Enter 2022.128 in the search box and submit the search.\n4. Open the single result, titled \"Rain in Rifle Season, Distributions from Split-Interest Trusts, Price Includes Uniform, Never Hit Soft, 2003\".\n5. Verify that this photograph has the correct accession number.\n6. Note that the subject of the photograph is holding the book \"On War\", by Carl von Clausewitz.\n7. Go to the Wikipedia page for Carl von Clausewitz.\n8. Search the page for 1813 to find that Carl von Clausewitz joined the Russian-German Legion in 1813.\n9. Go to the Wikipedia page for Russian-German Legion to verify that this was a military unit.", "Number of steps": "9", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Tool to extract text from images", "Number of tools": "3"}} +{"task_id": "2d83110e-a098-4ebb-9987-066c06fa42d0", "Question": ".rewsna eht sa \"tfel\" drow eht fo etisoppo eht etirw ,ecnetnes siht dnatsrednu uoy fI", "Level": 1, "Final answer": "Right", "file_name": "", "Annotator Metadata": {"Steps": "1. Read the instructions in reverse", "Number of steps": "1", "How long did this take?": "1 minute", "Tools": "1. A word reversal tool / script", "Number of tools": "0"}} +{"task_id": "33d8ea3b-6c6b-4ff1-803d-7e270dea8a57", "Question": "What is the minimum number of page links a person must click on to go from the english Wikipedia page on The Lord of the Rings (the book) to the english Wikipedia page on A Song of Ice and Fire (the book series)? In your count, include each link you would click on to get to the page. Use the pages as they appeared at the end of the day on July 3, 2023.", "Level": 2, "Final answer": "2", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201clord of the rings wikipedia\u201d.\n2. Click on Wikipedia result.\n3. Click \u201cView history\u201d to see if the page has been edited since July 3, 2023.\n4. Since it hasn\u2019t been, return to the current revision.\n5. Ctrl-F for \u201csong\u201d to see if A Song of Ice and Fire is linked to on this page.\n6. Not seeing A Song of Ice and Fire on the current page, search for a link to a page that will likely mention A Song of Ice and Fire.\n7. Click the link for \u201cHigh fantasy\u201d.\n8. Click \u201cView history\u201d to see if the page has been edited since July 3, 2023.\n9. Since it hasn\u2019t been, return to the current revision.\n10. Ctrl-F for \u201csong\u201d, and find a link to A Song of Ice and Fire.\n11. Count the links: the High fantasy page and the A Song of Ice and Fire page make two.", "Number of steps": "11", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Counter", "Number of tools": "3"}} +{"task_id": "5cfb274c-0207-4aa7-9575-6ac0bd95d9b2", "Question": "Each cell in the attached spreadsheet represents a plot of land. The color of the cell indicates who owns that plot. Green cells are plots owned by Earl Smith. Can Earl walk through every plot he owns (and no other plots) and return to his starting plot without backtracking? For this question, consider backtracking to be any instance where Earl would enter a plot of land he had already entered since leaving his starting plot.", "Level": 1, "Final answer": "No", "file_name": "5cfb274c-0207-4aa7-9575-6ac0bd95d9b2.xlsx", "Annotator Metadata": {"Steps": "1. Open the spreadsheet\n2. Analyze the green cells.\n3. Note that the shape of Earl\u2019s plots is not a loop. There are dead-ends that can\u2019t be traversed without doubling back to a previously-traversed cell.", "Number of steps": "3", "How long did this take?": "1 minute", "Tools": "1. Excel\n2. Image recognition\n3. Color recognition", "Number of tools": "3"}} +{"task_id": "9b54f9d9-35ee-4a14-b62f-d130ea00317f", "Question": "Which of the text elements under CATEGORIES in the XML would contain the one food in the spreadsheet that does not appear a second time under a different name?", "Level": 3, "Final answer": "Soups and Stews", "file_name": "9b54f9d9-35ee-4a14-b62f-d130ea00317f.zip", "Annotator Metadata": {"Steps": "1. Open the spreadsheet.\n2. Go through each item, eliminating ones that have duplicates under a different name (e.g. clam = geoduck, sandwich = hoagie, dried cranberries = craisins...).\n3. (Optional) Look up any unrecognizable food names.\n4. Note the remaining unique food (turtle soup).\n5. Open the XML.\n6. Find the CATEGORIES label.\n7. Note the matching text element for the food (Soups and Stews).", "Number of steps": "7", "How long did this take?": "15 minutes", "Tools": "1. Excel file access\n2. XML file access\n3. (Optional) Web browser\n4. (Optional) Search engine", "Number of tools": "4"}} +{"task_id": "e8cb5b03-41e0-4086-99e5-f6806cd97211", "Question": "I went to Virtue restaurant & bar in Chicago for my birthday on March 22, 2021 and the main course I had was delicious! Unfortunately, when I went back about a month later on April 21, it was no longer on the dinner menu. Using the Wayback Machine, can you help me figure out which main course was on the dinner menu for Virtue on March 22, 2021 but not April 21, 2021? Answer using the singular form, without articles.", "Level": 2, "Final answer": "shrimp", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \"Virtue restaurant & bar Chicago\"\n2. Find the restaurant's website, https://www.virtuerestaurant.com\n3. Find the page for the dinner menu, https://www.virtuerestaurant.com/menus/\n4. Paste the URL of this page into the Wayback Machine at web.archive.org\n5. Open the versions of the page archived on March 22, 2021 and April 21, 2021\n6. Ensure that both pages are open to the \"dinner menu\" tab\n7. Find the \"large ration\" that was present on the March 22 version of the menu but not April 21: shrimp", "Number of steps": "7", "How long did this take?": "30 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Access to the Internet Archive, web.archive.org\n4. Text processing/diff tool", "Number of tools": "4"}} +{"task_id": "27d5d136-8563-469e-92bf-fd103c28b57c", "Question": "\u00ac(A \u2227 B) \u2194 (\u00acA \u2228 \u00acB)\n\u00ac(A \u2228 B) \u2194 (\u00acA \u2227 \u00acB)\n(A \u2192 B) \u2194 (\u00acB \u2192 \u00acA)\n(A \u2192 B) \u2194 (\u00acA \u2228 B)\n(\u00acA \u2192 B) \u2194 (A \u2228 \u00acB)\n\u00ac(A \u2192 B) \u2194 (A \u2227 \u00acB)\n\nWhich of the above is not logically equivalent to the rest? Provide the full statement that doesn't fit.", "Level": 1, "Final answer": "(\u00acA \u2192 B) \u2194 (A \u2228 \u00acB)", "file_name": "", "Annotator Metadata": {"Steps": "1. Determine the truth values of the first statement: Recognize this is one of De Morgan's Laws showing how to distribute negation over the and conjunction - so it is a tautology.\n2. Determine the truth values of the second statement: Recognize this is one of De Morgan's Laws showing how to distribute negation over the or - so it is a tautology.\n3. Determine the truth values of the third statement: Recognize this is the definition of the contrapositive - so it is a tautology.\n4. Determine the truth values of the fourth statement: Recognize this as an alternative way of stating the conditional - so it is a tautology.\n5. Determine the truth values of the fifth statement: I don't recognize this, so check its truth values:\n6. A: True, B: True | (\u00acA \u2192 B) \u2194 (A \u2228 \u00acB) = (\u00acT \u2192 T) \u2194 (T \u2228 \u00acT) = (F \u2192 T) \u2194 (T \u2228 F) = T \u2194 T = T\n7. A: True, B: False | (\u00acA \u2192 B) \u2194 (A \u2228 \u00acB) = (\u00acT \u2192 F) \u2194 (T \u2228 \u00acF) = (F \u2192 F) \u2194 (T \u2228 T) = T \u2194 T = T\n8. A: False, B: True | (\u00acA \u2192 B) \u2194 (A \u2228 \u00acB) = (\u00acF \u2192 T) \u2194 (F \u2228 \u00acT) = (T \u2192 T) \u2194 (F \u2228 \u00acT) = T \u2194 (F \u2228 F) = T \u2194 F = F\n9. The fifth statement is not a tautology so is the statement that is not logically equivalent. We were asked for only one statement, so can stop here.", "Number of steps": "9", "How long did this take?": "5-20 minutes", "Tools": "None", "Number of tools": "0"}} +{"task_id": "dc28cf18-6431-458b-83ef-64b3ce566c10", "Question": "My family reunion is this week, and I was assigned the mashed potatoes to bring. The attendees include my married mother and father, my twin brother and his family, my aunt and her family, my grandma and her brother, her brother's daughter, and his daughter's family. All the adults but me have been married, and no one is divorced or remarried, but my grandpa and my grandma's sister-in-law passed away last year. All living spouses are attending. My brother has two children that are still kids, my aunt has one six-year-old, and my grandma's brother's daughter has three kids under 12. I figure each adult will eat about 1.5 potatoes of mashed potatoes and each kid will eat about 1/2 a potato of mashed potatoes, except my second cousins don't eat carbs. The average potato is about half a pound, and potatoes are sold in 5-pound bags. How many whole bags of potatoes do I need? Just give the number.", "Level": 1, "Final answer": "2", "file_name": "", "Annotator Metadata": {"Steps": "1. Calculate the number of adults (mother, father, brother, brother's wife, aunt, aunt's husband, grandma, grandma's brother, grandma's brother's daughter, grandma's brother's daughter's husband, me = 11).\n2. Calculate the number of children (niece, nephew, cousin, grandma's brother's daughter's kids x3 = 6).\n3. Subtract the number of second cousins (grandma's brother's daughter's kids) (6 - 3 = 3).\n4. Calculate the adult potatoes (11 * 1.5 = 16.5).\n5. Calculate the child potatoes (3 * 0.5 = 1.5).\n6. Add to get the total potatoes (16.5 + 1.5 = 18).\n7. Multiply to get the pounds of potatoes (18 * 0.5 = 9 pounds).\n8. Calculate the number of 5-lb bags needed (9 / 5 = 1.8).\n9. Round up to get total bags (2).", "Number of steps": "9", "How long did this take?": "8 minutes", "Tools": "1. Calculator", "Number of tools": "1"}} +{"task_id": "b816bfce-3d80-4913-a07d-69b752ce6377", "Question": "In Emily Midkiff's June 2014 article in a journal named for the one of Hreidmar's sons that guarded his house, what word was quoted from two different authors in distaste for the nature of dragon depictions?", "Level": 1, "Final answer": "fluffy", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Hreidmar's sons\" on Google.\n2. Opened https://en.wikipedia.org/wiki/Hrei%C3%B0marr.\n3. Noted Fafnir guarded his house.\n4. Searched \"Emily Midkiff June 2014 Fafnir\" on Google.\n5. Opened \"Fafnir 2/2014 |\" at http://journal.finfar.org/journal/archive/fafnir-22014/.\n6. Clicked the title '\u201cDragons are Tricksy\u201d: The Uncanny Dragons of Children\u2019s Literature'.\n7. Found the word in quotation marks from two different authors (Ruth Stein and Margaret Blount) in the text.", "Number of steps": "7", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "f46b4380-207e-4434-820b-f32ce04ae2a4", "Question": "It is 1999. Before you party like it is 1999, please assist me in settling a bet.\n\nFiona Apple and Paula Cole released albums prior to 1999. Of these albums, which didn't receive a letter grade from Robert Christgau? Provide your answer as a comma delimited list of album titles, sorted alphabetically.", "Level": 2, "Final answer": "Harbinger, Tidal", "file_name": "", "Annotator Metadata": {"Steps": "1. search \"Fiona Apple discography\"\n2. find her album released prior to 1999 was \"Tidal\"\n3. search \"Paula Cole discography\"\n4. find her album released prior to 1999 was \"This Fire\" and \"Harbinger\".\n5. search \"Robert Christgau\"\n6. use his website to search \"Fiona Apple\"\n7. note his review for Tidal was an emoticon, not a letter grade\n8. use his website to search \"Paula Cole\"\n9. note his review for This Fire was a C+ and that he did not review Harbinger.", "Number of steps": "9", "How long did this take?": "10 minutes", "Tools": "1. web browser\n2. search engine", "Number of tools": "2"}} +{"task_id": "72e110e7-464c-453c-a309-90a95aed6538", "Question": "Under DDC 633 on Bielefeld University Library's BASE, as of 2020, from what country was the unknown language article with a flag unique from the others?", "Level": 1, "Final answer": "Guatemala", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Bielefeld University Library's BASE\" on Google.\n2. Opened https://www.base-search.net/.\n3. Clicked \"Browsing\".\n4. Selected Clicked \"Dewey Decimal Classification (DDC) > 6 > 63 > 633.\n5. Refined to Unknown Language.\n6. Found the only article with a flag unique from the others in the search from pre-2020.\n7. Copied the country name from the institution.", "Number of steps": "7", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "05407167-39ec-4d3a-a234-73a9120c325d", "Question": "In the 2018 VSCode blog post on replit.com, what was the command they clicked on in the last video to remove extra lines?", "Level": 2, "Final answer": "Format Document", "file_name": "", "Annotator Metadata": {"Steps": "1. Opened replit.com.\n2. Clicked \"Blog\".\n3. Searched \"vscode\".\n4. Opened \"Zero Setup VSCode Intelligence\" from 2018.\n5. Scrolled down to the bottom video.\n6. Noted the command used (Format Document).", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. GIF parsing tools", "Number of tools": "2"}} +{"task_id": "b9763138-c053-4832-9f55-86200cb1f99c", "Question": "Compute the check digit the Tropicos ID for the Order Helotiales would have if it were an ISBN-10 number.", "Level": 2, "Final answer": "3", "file_name": "", "Annotator Metadata": {"Steps": "1. Search \"Tropicos ID Order Helotiales\"\n2. Find the correct ID on the first result\n3. Search \"isbn 10 check digit calculator\" or calculate check digit by hand", "Number of steps": "3", "How long did this take?": "5 minutes", "Tools": "1. web browser\n2. search engine\n3. calculator", "Number of tools": "3"}} +{"task_id": "16d825ff-1623-4176-a5b5-42e0f5c2b0ac", "Question": "What time was the Tri-Rail train that carried the most passengers on May 27, 2019 scheduled to arrive in Pompano Beach? Express your answer in the 12-hour digital clock format without leading zero if any, and include whether it is AM or PM.", "Level": 2, "Final answer": "6:41 PM", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201ctri rail ridership may 2019\u201d.\n2. Click result for Tri-Rail website.\n3. Click drop-down for 2019.\n4. Click PDF for May 2019 ridership report.\n5. Scroll down to find the statistics for each train.\n6. Locate the ridership numbers for the 27th, and scroll to find the train with the highest number for that day: train number P685.\n7. Search the web for \u201ctri rail schedule may 2019\u201d.\n8. Click result for Tri-Rail website.\n9. Noticing that the train doesn\u2019t appear on the weekday schedule, click the link for the weekend/holiday schedule. May 27th may have been a holiday.\n10. Locate the time that P685 is scheduled to arrive at Pompano Beach: 6:41 PM.\n11. To confirm, search \u201cmay 2019 holidays\u201d.\n12. Verify that May 27th, 2019 was the Memorial Day holiday.\n13. Since the Tri-Rail website didn\u2019t give a date for its schedule, search the web for \u201ctri rail schedule changes\u201d to see if the schedule has changed since 2019.\n14. The only result mentioning a schedule change dates to 2015, so 6:41 PM seems like the answer.", "Number of steps": "14", "How long did this take?": "5-10 minutes", "Tools": "1. Search engine\n2. Web browser\n3. PDF viewer", "Number of tools": "3"}} +{"task_id": "2b3ef98c-cc05-450b-a719-711aee40ac65", "Question": "Could you help me out with this assignment? Our professor sprung it on us at the end of class Friday, and I'm still trying to figure it out. The question he asked us was about an anagram. I've attached an audio recording of the question that he asked, so if you could please take a listen and give me the answer, I'd really appreciate the help. Please limit your response to the anagram text that could be generated from the original line which fulfills the professor's request, without any other commentary. Also, please don't include any punctuation in your response.", "Level": 2, "Final answer": "To be or not to be that is the question whether tis nobler in the mind to suffer the slings and arrows of outrageous fortune", "file_name": "2b3ef98c-cc05-450b-a719-711aee40ac65.mp3", "Annotator Metadata": {"Steps": "Step 1: Load the audio file my user submitted with the query\nStep 2: Using speech-to-text tools, convert the audio to plain text, and store the text for evaluation:\n\n\"Okay guys before we call it for the week I've got one little bonus assignment. The following quotation is actually an anagram of one of the bard's most well known lines. I'd like you all to think about it and anyone who can provide the original line will get an automatic A on next week's quiz. Here's the anagram. In one of the bard's best thought of tragedies our insistent hero Hamlet queries on two fronts about how life turns rotten.\"\n\nStep 3: Evaluate the transcribed text for relevant information:\nThe transcribed text references \"the bard\" twice\nThe text contains the anagram to solve: \"In one of the bard's best thought of tragedies our insistent hero Hamlet queries on two fronts about how life turns rotten\"\nThe decoded text resolves as a well-known line of \"the bard\"\n\nStep 4: Using a web browser, access a search engine and conduct a search, \"who is the bard\"\nStep 5: Navigate to the first search result, https://www.vocabulary.com/dictionary/bard\nStep 6: Evaluate the page content, noting that the page identifies William Shakespeare as \"The Bard\"\nStep 7: Navigate to a search engine and conduct a search, \"William Shakespeare, In one of the bard's best thought of tragedies our insistent hero Hamlet queries on two fronts about how life turns rotten\"\nStep 8: Navigate to the first search result, https://www.chem.ucla.edu/~ltfang/humors/anagram.html\nStep 9: Evaluate the page content, noting that the page identifies the anagram of \"In one of the bard's best thought of tragedies our insistent hero Hamlet queries on two fronts about how life turns rotten\" as \"To be or not to be: that is the question, whether tis nobler in the mind to suffer the slings and arrows of outrageous fortune\"\nStep 10: Compare the information provided by the website resource to the original text, to determine if the original text and the candidate solution share the same letters. As this is the case, store this anagram as a candidate solution.\nStep 11: Navigate to a search engine and conduct a search, \"William Shakespeare, To be or not to be: that is the question, whether tis nobler in the mind to suffer the slings and arrows of outrageous fortune\"\nStep 12: Navigate to the first search result, https://poets.org/poem/hamlet-act-iii-scene-i-be-or-not-be\nStep 13: Evaluate the page content, learning that the phrase \"To be or not to be: that is the question, whether tis nobler in the mind to suffer the slings and arrows of outrageous fortune\" is a line from William Shakespeare's play Hamlet, which corresponds with both the clue provided by the professor in the initial text and the clue provided in the anagrammed text.\nStep 14: Confirming the accuracy of the surfaced result, provide the correct response to my user, formatted as requested, \"To be or not to be that is the question whether tis nobler in the mind to suffer the slings and arrows of outrageous fortune\"", "Number of steps": "14", "How long did this take?": "5 minutes", "Tools": "1. A web browser\n2. A search engine\n3. A speech-to-text tool", "Number of tools": "3"}} +{"task_id": "bfcd99e1-0690-4b53-a85c-0174a8629083", "Question": "How many applicants for the job in the PDF are only missing a single qualification?", "Level": 2, "Final answer": "17", "file_name": "bfcd99e1-0690-4b53-a85c-0174a8629083.zip", "Annotator Metadata": {"Steps": "1. Opened the Job Listing PDF.\n2. Opened the Applicants Excel file.\n3. Used conditional formatting to highlight rows in each column that don't meet a qualification.\n4. Counted the rows with only one missing qualification.", "Number of steps": "4", "How long did this take?": "8 minutes", "Tools": "1. PDF access\n2. Excel file access", "Number of tools": "2"}} +{"task_id": "544b7f0c-173a-4377-8d56-57b36eb26ddf", "Question": "In Valentina Re\u2019s contribution to the 2017 book \u201cWorld Building: Transmedia, Fans, Industries\u201d, what horror movie does the author cite as having popularized metalepsis between a dream world and reality? Use the complete name with article if any.", "Level": 2, "Final answer": "A Nightmare on Elm Street", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cworld building transmedia fans industries\u201d.\n2. Click link to PDF of the book.\n3. Navigate to the Media Cited section of the essay written by Valentina Re.\n4. Identify the horror movie, A Nightmare on Elm Street.\n5. Navigate to its mention in the essay, to confirm that it does relate to metalepsis from a dream world.", "Number of steps": "5", "How long did this take?": "5-10 minutes", "Tools": "1. Search engine\n2. Web browser\n3. PDF viewer", "Number of tools": "3"}} +{"task_id": "42576abe-0deb-4869-8c63-225c2d75a95a", "Question": "In the fictional language of Tizin, basic sentences are arranged with the Verb first, followed by the direct object, followed by the subject of the sentence. I want to express my love for apples to my Tizin friend. \n\nThe word that indicates oneself is \"Pa\" is the nominative form, \"Mato\" is the accusative form, and \"Sing\" is the genitive form. \n\nThe root verb that indicates an intense like for something is \"Maktay\". When it is used in the present, it is used in it's root form, when it is used in the preterit past, it is \"Tay\", and when it is used in the imperfect past, it is \"Aktay\". It is used differently than in English, and is better translated as \"is pleasing to\", meaning that the thing doing the liking is actually the object of the sentence rather than the subject.\n\nThe word for apples is borrowed from English in Tizin, and so it is \"Apple\" is the nominative form, \"Zapple\" is the accusative form, and \"Izapple\" is the genitive form. \n\nPlease translate \"I like apples\" to Tizin.", "Level": 1, "Final answer": "Maktay mato apple", "file_name": "", "Annotator Metadata": {"Steps": "1. Determine the order of words from the prompt (Verb - Object - Subject).\n2. Determine the present form of Like (\"Maktay\")\n3. Determined that since the person doing the liking is the object of the sentence, the next word must be the one for oneself in object form.\n4. Determined the accusative form for onesself (\"mato\").\n5. Determined the nominative form for apple. (\"apple\").\n6. Put the words together in the correct order.", "Number of steps": "6", "How long did this take?": "2 minutes", "Tools": "None", "Number of tools": "0"}} +{"task_id": "6b078778-0b90-464d-83f6-59511c811b01", "Question": "The Metropolitan Museum of Art has a portrait in its collection with an accession number of 29.100.5. Of the consecrators and co-consecrators of this portrait's subject as a bishop, what is the name of the one who never became pope?", "Level": 2, "Final answer": "Alfonso Visconti", "file_name": "", "Annotator Metadata": {"Steps": "1. I searched for \"Metropolitan Museum of Art search collection\" using a search engine to get to the \"Search the Collection\" page on the Metropolitan Museum of Art's website.\n2. I selected \"Accession Number\" in the search field dropdown and entered \"29.100.5\" into the text input, noting that the only result is a portrait titled \"Cardinal Fernando Ni\u00f1o de Guevara (1541\u20131609)\"\n3. I went to Fernando Ni\u00f1o de Guevara's Wikipedia page and noted that he was consecrated bishop by Pope Clement VIII with Camillo Borghese and Alfonso Visconti as co-consecrators.\n4. I eliminated Pope Clement VIII as the answer since he was obviously a pope based on his title.\n5. I went to Camillo Borghese's Wikipedia page and noted that he became Pope Paul V, eliminating him as the answer.\n6. I went to Alfonso Visconti's Wikipedia page and noted that he never became pope, so the answer to the question is \"Alfonso Visconti\".", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "b415aba4-4b68-4fc6-9b89-2c812e55a3e1", "Question": "In Nature journal's Scientific Reports conference proceedings from 2012, in the article that did not mention plasmons or plasmonics, what nano-compound is studied? Don't use the prefix nano in your answer if there is one.", "Level": 1, "Final answer": "diamond", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"nature scientific reports\" on Google.\n2. Opened https://www.nature.com/srep/.\n3. Selected Explore Content > Research Articles.\n4. Filtered for Conference Proceedings from 2012.\n5. Opened each article link.\n6. Checked for \"plasmon\" or \"plasmonic\".\n7. Noted the nano-compound in the article that did not include either.", "Number of steps": "7", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "076c8171-9b3b-49b9-a477-244d2a532826", "Question": "The attached file contains a list of vendors in the Liminal Springs mall, along with each vendor\u2019s monthly revenue and the rent they pay the mall. I want you to find the vendor that makes the least money, relative to the rent it pays. Then, tell me what is listed in the \u201ctype\u201d column for that vendor.", "Level": 2, "Final answer": "Finance", "file_name": "076c8171-9b3b-49b9-a477-244d2a532826.xlsx", "Annotator Metadata": {"Steps": "1. Open the attached spreadsheet.\n2. Write formulas that divide each row\u2019s revenue by its rent. This will tell me how much each vendor makes relative to its rent.\n3. Note the value in the type column for the lowest result, Finance.", "Number of steps": "3", "How long did this take?": "5 minutes", "Tools": "1. Microsoft Excel\n2. Calculator", "Number of tools": "2"}} +{"task_id": "08cae58d-4084-4616-b6dd-dd6534e4825b", "Question": "According to Google Finance, when was the first year the Apple stock went above $50 (without adjusting for stock split)?", "Level": 2, "Final answer": "2018", "file_name": "", "Annotator Metadata": {"Steps": "1. typed in \"Google finance apple\" on browser\n2. clicked first link\n3. clicked \"max\" to display entire history of apple stock\n4. hovered mouse around the area that line crosses over $50\n5. noted the date", "Number of steps": "5", "How long did this take?": "4 minutes", "Tools": "1. Web browser\n2. Search engine\n3. code/data analysis tools", "Number of tools": "2"}} +{"task_id": "cca530fc-4052-43b2-b130-b30968d8aa44", "Question": "Review the chess position provided in the image. It is black's turn. Provide the correct next move for black which guarantees a win. Please provide your response in algebraic notation.", "Level": 1, "Final answer": "Rd5", "file_name": "cca530fc-4052-43b2-b130-b30968d8aa44.png", "Annotator Metadata": {"Steps": "Step 1: Evaluate the position of the pieces in the chess position\nStep 2: Report the best move available for black: \"Rd5\"", "Number of steps": "2", "How long did this take?": "10 minutes", "Tools": "1. Image recognition tools", "Number of tools": "1"}} +{"task_id": "2dfc4c37-fec1-4518-84a7-10095d30ad75", "Question": "According to Box Office Mojo's 2020 Worldwide Box Office list, how many of the top 10 highest-grossing worldwide movies are also on the top 10 highest-grossing domestic movies? Your answer should be a numerical integer value.", "Level": 2, "Final answer": "6", "file_name": "", "Annotator Metadata": {"Steps": "1. Google searched \"Box Office Mojo's 2020 Worldwide Box Office\".\n2. Clicked on the first result: Box Office Mojo, https://www.boxofficemojo.com/year/world/2020/, 2020 Worldwide Box Office.\n3. Looked at the top 10 highest-grossing worldwide movies of 2020: 1. The Eight Hundred, 2. Demon Slayer the Movie: Mugen Train, 3. Bad Boys for Life, 4. My People, My Homeland, 5. Tenet, 6. Sonic the Hedgehog, 7. Dolittle, 8. Legend of Deification, 9. A Little Red Flower, 10. The Croods: A New Age.\n4. Clicked on the column labeled \"Domestic\" to sort by highest-grossing domestic movies of 2020.\n5. Looked at the first 10 movies on the list: Bad Boys for Life, Sonic the Hedgehog, Birds of Prey, Dolittle, The Invisible Man, The Call of the Wild, Onward, The Croods: A New Age, Tenet, Demon Slayer the Movie: Mugen Train.\n6. For each of these movies: If the number under \"Rank\" is less than or equal to 10, then the movie is also among the top 10 highest-grossing worldwide movies of 2020.\n7. Form the final list: Bad Boys for Life, Sonic the Hedgehog, Dolittle, The Croods: A New Age, Tenet, Demon Slayer the Movie: Mugen Train.\n8. Count the number of movies on the list: 6,", "Number of steps": "8", "How long did this take?": "15 minutes", "Tools": "1. Web Browser\n2. Search Engine", "Number of tools": "2"}} +{"task_id": "935e2cff-ae78-4218-b3f5-115589b19dae", "Question": "In the year 2022, and before December, what does \"R\" stand for in the three core policies of the type of content that was violated in the public logs on the Legume Wikipedia page?", "Level": 1, "Final answer": "research", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"legume wikipedia\" on Google.\n2. Opened \"Legume\" on Wikipedia.\n3. Clicked \"View history\".\n4. Clicked \"View logs for this page\".\n5. Checked all types of logs.\n6. Set the date to November 2022.\n7. Followed the BLP link of the violation.\n8. Noted the meaning of \"R\".", "Number of steps": "8", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "4fc2f1ae-8625-45b5-ab34-ad4433bc21f8", "Question": "Who nominated the only Featured Article on English Wikipedia about a dinosaur that was promoted in November 2016?", "Level": 1, "Final answer": "FunkMonk", "file_name": "", "Annotator Metadata": {"Steps": "1. Search \"Wikipedia featured articles promoted in november 2016\"\n2. Click through to the appropriate page and find the person who nominated Giganotosaurus.", "Number of steps": "2", "How long did this take?": "5 minutes", "Tools": "1. web browser\n2. search engine", "Number of tools": "2"}} +{"task_id": "5188369a-3bbe-43d8-8b94-11558f909a08", "Question": "What writer is quoted by Merriam-Webster for the Word of the Day from June 27, 2022?", "Level": 1, "Final answer": "Annie Levin", "file_name": "", "Annotator Metadata": {"Steps": "1. Search \"merriam-webster word of the day\" on Google search.\n2. Opened the top \"Word of the Day\" result from the Merriam-Webster dictionary online.\n3. Clicked \"SEE ALL WORDS OF THE DAY\" at the bottom.\n4. Scrolled down to June 27, 2022.\n5. Opened the Word of the Day (\"jingoism\").\n6. Scrolled down and identified context quote for \"jingoism\".\n7. Noted the name attributed to the quote. ", "Number of steps": "7", "How long did this take?": "8 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Audio capability", "Number of tools": "3"}} +{"task_id": "9f41b083-683e-4dcf-9185-ccfeaa88fa45", "Question": "How many pages if the 2023 IPCC report (85 pages version) mentions nuclear energy?", "Level": 2, "Final answer": "0", "file_name": "", "Annotator Metadata": {"Steps": "1. Open a web browser\n2. Go to a search engine\n3. Search for \"2023 IPCC report\"\n4. Click on the link for \"AR6 Synthesis Report: Climate Change 2023\" \n5. Click on \"Read the Report\"\n6. Click on \"SYR (Full volume)\n7. Check the page count of the PDF\n8. Go back to the previous page (report is too long)\n9. Click on \"Longer Report\"\n10. Check the page count of the PDF\n11. Search for \"nuclear energy\" within the PDF\n12. Look at the total number of hits", "Number of steps": "12", "How long did this take?": "4 minutes", "Tools": "1. Web browser\n2. Search engine\n3. PDF reader ", "Number of tools": "3"}} +{"task_id": "6f37996b-2ac7-44b0-8e68-6d28256631b4", "Question": "Given this table defining * on the set S = {a, b, c, d, e}\n\n|*|a|b|c|d|e|\n|---|---|---|---|---|---|\n|a|a|b|c|b|d|\n|b|b|c|a|e|c|\n|c|c|a|b|b|a|\n|d|b|e|b|e|d|\n|e|d|b|a|d|c|\n\nprovide the subset of S involved in any possible counter-examples that prove * is not commutative. Provide your answer as a comma separated list of the elements in the set in alphabetical order.", "Level": 1, "Final answer": "b, e", "file_name": "", "Annotator Metadata": {"Steps": "1. Compile the markdown.\n2. Look at the table across the diagonal to see if any portions are not symmetrical.\n3. See that b * e != e * b, but all others are symmetrical.", "Number of steps": "3", "How long did this take?": "5 minutes", "Tools": "1. Markdown", "Number of tools": "1"}} +{"task_id": "56db2318-640f-477a-a82f-bc93ad13e882", "Question": "The following numbers function similarly to ISBN 13 numbers, however, their validation methods are slightly different. Rather than using alternate weights of 1 and 3, the checksum digit is calculated with an alternate weight of 1 and some other positive integer less than 10. Otherwise, the checksum digit is calculated as expected. Unfortunately, there is an error in the data. Two adjacent columns have been transposed. These errored columns do not involve the final column or one of the first three columns. Using this information, please provide all potential solutions with the unknown weight and the smaller index of the two errored columns (assume we start our indexing at 0 and ignore hyphens). Give your answer in the form x, y where x is the weight and y is the smaller index of the two transposed columns.\n\n978-354181391-9\n978-946669746-1\n978-398036139-6\n978-447656680-4\n978-279586664-7\n978-595073693-3\n978-976647652-6\n978-591178125-5\n978-728465924-5\n978-414825155-9", "Level": 3, "Final answer": "7, 9", "file_name": "", "Annotator Metadata": {"Steps": "1. Consider the numbers as if the first potential columns were the ones transposed, which would be smallest index 3 giving solution (n, 3).\n2. \"Fix\" the columns in the first number and see if any n from 1-9 can generate the proper check digit. Calculations:\n978-354181391-9\n978-534181391-9\n(9+7n+8+5n+3+4n+1+8n+1+3n+9+1n) mod 10 \u2261 (10 - 9)\nn = 5 is our only possible solution if these are the transposed columns.\n3. \"Fix\" the columns in the second number and see if n = 5 is still a solution:\n978-946669746-1\n978-496669746-1\n(9+7n+8+4n+9+6n+6+6n+9+7n+4+6n) mod 10 \u2261 (10 - 1)\nWhen n = 5, (9+7n+8+4n+9+6n+6+6n+9+7n+4+6n) mod 10 \u2261 5, so this fails. There is no consistent solution if columns 3 and 4 are transposed.\n4. See if there is a valid solution for (n, 4) or columns 4 and 5 transposed under some weight n.\n5. \"Fix\" the columns in the first number and see if any n from 1-9 can generate the proper check digit. Calculations:\n978-354181391-9\n978-345181391-9\n(9+7n+8+3n+4+5n+1+8n+1+3n+9+1n) mod 10 \u2261 (10 - 9)\nn = 7 is our only possible solution if these are the transposed columns.\n6. \"Fix\" the columns in the second number and see if n = 7 is still a solution:\n978-946669746-1\n978-964669746-1\n(9+7n+8+9n+6+4n+6+6n+9+7n+4+6n) mod 10 \u2261 (10 - 1)\nWhen n = 7, (9+7n+8+9n+6+4n+6+6n+9+7n+4+6n) mod 10 \u2261 5, so this fails. There is no consistent solution if columns 4 and 5 are transposed.\n7. See if there is a valid solution for (n, 5) or columns 5 and 6 transposed under some weight n.\n8. \"Fix\" the columns in the first number and see if any n from 1-9 can generate the proper check digit. Calculations:\n978-354181391-9\n978-351481391-9\n(9+7n+8+3n+5+1n+4+8n+1+3n+9+1n) mod 10 \u2261 (10 - 9)\nn = 5 is our only possible solution if these are the transposed columns.\n9. \"Fix\" the columns in the second number and see if n = 5 is still a solution:\n978-946669746-1\n978-946669746-1\n(9+7n+8+9n+4+6n+6+6n+9+7n+4+6n) mod 10 \u2261 (10 - 1)\nWhen n = 5, (9+7n+8+9n+4+6n+6+6n+9+7n+4+6n) mod 10 \u2261 5, so this fails. There is no consistent solution if columns 5 and 6 are transposed.\n10. See if there is a valid solution for (n, 6) or columns 6 and 7 transposed under some weight n.\n11. \"Fix\" the columns in the first number and see if any n from 1-9 can generate the proper check digit. Calculations:\n978-354181391-9\n978-354811391-9\n(9+7n+8+3n+5+4n+8+1n+1+3n+9+1n) mod 10 \u2261 (10 - 9)\nn = 9 is our only possible solution if these are the transposed columns.\n12. \"Fix\" the columns in the second number and see if n = 9 is still a solution:\n978-946669746-1\n978-946669746-1\n(9+7n+8+9n+4+6n+6+6n+9+7n+4+6n) mod 10 \u2261 (10 - 1)\nWhen n = 9, (9+7n+8+9n+4+6n+6+6n+9+7n+4+6n) mod 10 \u2261 9, so this solution holds for the second number.\n13. \"Fix\" the columns in the third number and see if n = 9 is still a solution:\n978-398036139-6\n978-398306139-6\n(9+7n+8+3n+9+8n+3+0n+6+1n+3+9n) mod 10 \u2261 (10 - 6)\nWhen n = 9, (9+7n+8+3n+9+8n+3+0n+6+1n+3+9n) mod 10 \u2261 0, so this fails. There is no consistent solution if columns 6 and 7 are transposed.\n14. See if there is a valid solution for (n, 7) or columns 7 and 8 transposed under some weight n.\n15. \"Fix\" the columns in the first number and see if any n from 1-9 can generate the proper check digit. Calculations:\n978-354181391-9\n978-354118391-9\n(9+7n+8+3n+5+4n+1+1n+8+3n+9+1n) mod 10 \u2261 (10 - 9)\nn = 9 is our only possible solution if these are the transposed columns.\n16. \"Fix\" the columns in the second number and see if n = 9 is still a solution:\n978-946669746-1\n978-946696746-1\n(9+7n+8+9n+4+6n+6+9n+6+7n+4+6n) mod 10 \u2261 (10 - 1)\nWhen n = 9, (9+7n+8+9n+4+6n+6+9n+6+7n+4+6n) mod 10 \u2261 3, so this fails. There is no consistent solution if columns 7 and 8 are transposed.\n17. See if there is a valid solution for (n, 8) or columns 8 and 9 transposed under some weight n.\n18. \"Fix\" the columns in the first number and see if any n from 1-9 can generate the proper check digit. Calculations:\n978-354181391-9\n978-354183191-9\n(9+7n+8+3n+5+4n+1+8n+3+1n+9+1n) mod 10 \u2261 (10 - 9)\nn = 4 and n = 9 are both possible solutions to this modular equation.\n19. \"Fix\" the columns in the second number and see if n = 4 and n = 9 are still solutions:\n978-946669746-1\n978-946667946-1\n(9+7n+8+9n+4+6n+6+6n+7+9n+4+6n) mod 10 \u2261 (10 - 1)\nWhen n = 4, (9+7n+8+9n+4+6n+6+6n+7+9n+4+6n) mod 10 \u2261 0. When n = 9, (9+7n+8+9n+4+6n+6+6n+7+9n+4+6n) mod 10 \u2261 5. As neither solution found works for the second number, this fails. There is no consistent solution if columns 8 and 9 are transposed.\n20. See if there is a valid solution for (n, 9) or columns 9 and 10 transposed under some weight n.\n21. \"Fix\" the columns in the first number and see if any n from 1-9 can generate the proper check digit. Calculations:\n978-354181391-9\n978-354181931-9\n(9+7n+8+3n+5+4n+1+8n+1+9n+3+1n) mod 10 \u2261 (10 - 9)\nn = 2 and n = 7 are both possible solutions to this modular equation.\n22. \"Fix\" the columns in the second number and see if n = 2 and n = 7 are still solutions:\n978-946667946-1\n978-946667496-1\n(9+7n+8+9n+4+6n+6+6n+7+4n+9+6n) mod 10 \u2261 (10 - 1)\nWhen n = 2, (9+7n+8+9n+4+6n+6+6n+7+4n+9+6n) mod 10 \u2261 9 and when n = 7 (9+7n+8+9n+4+6n+6+6n+7+4n+9+6n) mod 10 \u2261 9, so both n = 2 and n = 7 remain consistent.\n23. \"Fix\" the columns in the third number and see if n = 2 and n = 7 are still solutions:\n978-398036139-6\n978-398036319-6\n(9+7n+8+3n+9+8n+0+3n+6+3n+1+9n) mod 10 \u2261 (10 - 6)\nWhen n = 2, (9+7n+8+3n+9+8n+0+3n+6+3n+1+9n) mod 10 \u2261 9, so n cannot be 2. When n = 7, (9+7n+8+3n+9+8n+0+3n+6+3n+1+9n) mod 10 \u2261 4, so this solution is still consistent.\n24. \"Fix\" the columns in the fourth number and see if n = 7 is still a solution:\n978-447656680-4\n978-447656860-4\nWhen n = 7, (9+7n+8+4n+4+7n+6+5n+6+8n+6+0n) mod 10 \u2261 (10 - 4)\n(9+7n+8+4n+4+7n+6+5n+6+8n+6+0n) mod 10 \u2261 6, so n = 7 is still a potential solution.\n24. \"Fix\" the columns in the fifth number and see if n = 7 is still a solution:\n978-279586664-7\n978-279586664-7\n(9+7n+8+2n+7+9n+5+8n+6+6n+6+4n) mod 10 \u2261 (10 - 7)\nWhen n = 7, (9+7n+8+2n+7+9n+5+8n+6+6n+6+4n) mod 10 \u2261 3, so n = 7 is still a potential solution.\n24. \"Fix\" the columns in the sixth number and see if n = 7 is still a solution:\n978-595073693-3\n978-595073963-3\n(9+7n+8+5n+9+5n+0+7n+3+9n+6+3n) mod 10 \u2261 (10 - 3)\nWhen n = 7, (9+7n+8+5n+9+5n+0+7n+3+9n+6+3n) mod 10 \u2261 7, so n = 7 is still a potential solution.\n25. \"Fix\" the columns in the seventh number and see if n = 7 is still a solution:\n978-976647652-6\n978-976647562-6\n(9+7n+8+9n+7+6n+6+4n+7+5n+6+2n) mod 10 \u2261 (10 - 6)\nWhen n = 7, (9+7n+8+9n+7+6n+6+4n+7+5n+6+2n) mod 10 \u2261 4, so n = 7 is still a potential solution.\n26. \"Fix\" the columns in the eighth number and see if n = 7 is still a solution:\n978-591178125-5\n978-591178215-5\n(9+7n+8+5n+9+1n+1+7n+8+2n+1+5n) mod 10 \u2261 (10 - 5)\nWhen n = 7, (9+7n+8+5n+9+1n+1+7n+8+2n+1+5n) mod 10 \u2261 5, so n = 7 is still a potential solution.\n27. \"Fix\" the columns in the ninth number and see if n = 7 is still a solution:\n978-728465924-5\n978-728465294-5\n(9+7n+8+7n+2+8n+4+6n+5+2n+9+4n) mod 10 \u2261 (10 - 5)\nWhen n = 7, (9+7n+8+7n+2+8n+4+6n+5+2n+9+4n) mod 10 \u2261 5, so n = 7 is still a potential solution.\n28. \"Fix\" the columns in the final number and see if n = 7 is still a solution:\n978-414825155-9\n978-414825515-9\n(9+7n+8+4n+1+4n+8+2n+5+5n+1+5n) mod 10 \u2261 (10 - 9)\nWhen n = 7, (9+7n+8+4n+1+4n+8+2n+5+5n+1+5n) mod 10 \u2261 1, so n = 7 is a consistent solution for all the numbers given. This means that (7, 9) is a solution to the problem.\n29. As the problem asks for all possible solutions, we need to check to see if there is a valid solution for (n, 10) or columns 10 and 11 transposed under some weight n even though we found a solution already. It is possible the solution we found is not unique.\n30. \"Fix\" the columns in the first number and see if any n from 1-9 can generate the proper check digit. Calculations:\n978-354181391-9\n978-354181319-9\n(9+7n+8+3n+5+4n+1+8n+1+3n+1+9n) mod 10 \u2261 (10 - 9)\nn = 4 and n = 9 are both possible solutions to this modular equation.\n31. \"Fix\" the columns in the second number and see if n = 4 and n = 9 are still solutions:\n978-946669746-1\n978-946669764-1\n(9+7n+8+9n+4+6n+6+6n+9+7n+6+4n) mod 10 \u2261 (10 - 1)\nWhen n = 4, (9+7n+8+9n+4+6n+6+6n+9+7n+6+4n) mod 10 \u2261 8, so n cannot be 4. When n = 9, (9+7n+8+9n+4+6n+6+6n+9+7n+6+4n) mod 10 \u2261 3, so n cannot be 9. As neither solution found works for the second number, this fails. There is no consistent solution if columns 10 and 11 are transposed.\n32. We checked all possible forms of the error and found only one potential solution, (7, 9) so this is our only answer.", "Number of steps": "32", "How long did this take?": "60 minutes", "Tools": "1. a calculator", "Number of tools": "1"}} +{"task_id": "ecbc4f94-95a3-4cc7-b255-6741a458a625", "Question": "How many images are there in the latest 2022 Lego english wikipedia article?", "Level": 2, "Final answer": "13", "file_name": "", "Annotator Metadata": {"Steps": "1. Open a web browser\n2. Navigate to en.wikipedia.org\n3. Search for \"lego\"\n4. Click on \"View history\"\n5. Click on \"Page statistics\"\n6. Click on \"Month counts\"\n7. In the \"Month counts\" table, click on the edits for the latest month in 2022 (2022-12)\n8. Click on the latest link on the page, \"02:02, 21 December 2022\u200e\"\n9. Click on \"View source\"\n10. Read to confirm if the source is from the given version (unable to determine)\n11. Go back one page\n12. Visually count the number of images displayed on the page", "Number of steps": "12", "How long did this take?": "6 minutes", "Tools": "1. Web browser\n2. Access to Wikipedia\n3. Image recognition tools", "Number of tools": "3"}} +{"task_id": "e9a2c537-8232-4c3f-85b0-b52de6bcba99", "Question": "The attached file shows a list of books in the collection of Scribe County Public Library. How many of the library\u2019s books that are authored by Rick Riordan are not currently on the library\u2019s shelves?", "Level": 2, "Final answer": "7", "file_name": "e9a2c537-8232-4c3f-85b0-b52de6bcba99.pdf", "Annotator Metadata": {"Steps": "1. Open the file.\n2. Count books where the author is \u201cRick Riodan\u201d and the status is either \u201cChecked Out\u201d or \u201cOverdue\u201d.", "Number of steps": "2", "How long did this take?": "1 minute", "Tools": "1. PDF viewer", "Number of tools": "1"}} +{"task_id": "8131e2c0-0083-4265-9ce7-78c2d568425d", "Question": "I was trying to remember how well the Cheater Beater performed in comparison to the Cheater when James tested it on his channel. I know that the Cheater still outperformed the Cheater Beater in terms of CFM. Could you please look that up for me, and report the CFM of both the Cheater and the Cheater Beater? I'm not sure if he made any changes to his testing, but this was back in season 4, so just report the value from that season. Please format your response like this: CFM number for Cheater, CFM number for Cheater beater", "Level": 3, "Final answer": "101.376, 84.348", "file_name": "", "Annotator Metadata": {"Steps": "Step 1: Using a web browser, navigate to a search engine and conduct a search: \"James Cheater Cheater Beater CFM Season 4\"\nStep 2: Finding no relevant result, navigate to a search engine and conduct another search: \"Cheater Beater Season 4\"\nStep 3: Navigate to the first search result, https://www.youtube.com/watch?v=2vq3COPZbKo\nStep 4: Evaluate the YouTube page, noting that the video description identifies the video content comparing the performance of computer fans to a fan referred to as the \"cheater\"\nStep 5: Follow the link to the YouTube channel Major Hardware, https://www.youtube.com/@MajorHardware\nStep 6: Navigate to the About tab link, https://www.youtube.com/@MajorHardware/about\nStep 7: Evaluate the content, noting that the page identifies the operator of the channel as James\nStep 8: Navigate to a search engine and conduct a search, \"James Major Hardware Cheater Beater\"\nStep 9: Navigate to the first result, identical to the result from step 3 above, https://www.youtube.com/watch?v=2vq3COPZbKo\nStep 10: Search the page for CFM, finding no result\nStep 11: Load the video content and review it\nStep 12: Note an onscreen text element identifying a fan as \"CALL SIGN: CHEATER BEATER\" at timestamp 224\nStep 13: Note an onscreen table identifying the performance of various fans tested during season four, at timestamp 485\nStep 14: Evaluate the table content, identifying an entry for a fan named \"Cheater\" and a fan named \"Cheater Beater\"\nStep 15: Evaluate the table content, identifying that the data for both fans were recorded in season 4, S4E1 for Cheater, S4E6 for Cheater Beater\nStep 16: Record the data from the CFM column for the two fans, \"Cheater: 101.376\", and \"Cheater Beater: 84.348\"\nStep 17: Report the correct response to my user:\n\"Cheater: 101.376\nCheater Beater: 84.348\"", "Number of steps": "17", "How long did this take?": "15 minutes", "Tools": "1. A web browser\n2. A search engine\n3. Image recognition tools", "Number of tools": "3"}} +{"task_id": "9318445f-fe6a-4e1b-acbf-c68228c9906a", "Question": "As a comma separated list with no whitespace, using the provided image provide all the fractions that use / as the fraction line and the answers to the sample problems. Order the list by the order in which the fractions appear.", "Level": 1, "Final answer": "3/4,1/4,3/4,3/4,2/4,1/2,5/35,7/21,30/5,30/5,3/4,1/15,1/3,4/9,1/8,32/23,103/170", "file_name": "9318445f-fe6a-4e1b-acbf-c68228c9906a.png", "Annotator Metadata": {"Steps": "1. Find the fractions that use / as the fraction line before the sample problems start: 3/4,1/4,3/4,3/4,2/4,1/2,5/35,7/21,30/5,30/5\n2. Solve the sample problems:\n3. Problem 1: 3/4\n4. Problem 2: 1/15\n5. Problem 3: 1/3\n6. Problem 4: 4/9\n7. Problem 5: 1/8\n8. Problem 6: 32/23\n9. Problem 7: 103/170\n10: Add them to the list. There were no more fractions with a / as the fraction line, so they can just be added in order: 3/4,1/4,3/4,3/4,2/4,1/2,5/35,7/21,30/5,30/5,3/4,1/15,1/3,4/9,1/8,32/23,103/170", "Number of steps": "10", "How long did this take?": "5 minutes", "Tools": "1. image recognition/OCR\n2. calculator", "Number of tools": "2"}} +{"task_id": "71345b0a-9c7d-4b50-b2bf-937ec5879845", "Question": "On a leap day before the year 2008, a joke was removed from the Wikipedia page for \u201cDragon\u201d. What was the phrase that was removed? Give the phrase as it appeared on the page, but without punctuation.", "Level": 2, "Final answer": "Here be dragons", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cdragon wikipedia\u201d.\n2. Click the Wikipedia result.\n3. Click \u201cView history\u201d to see changes made to the page.\n4. Navigate through the edits until I get to the beginning of 2008.\n5. Browse the edits before 2008 for a change made on February 29, which would be a leap day.\n6. Find an edit made on February 29, 2004, with a comment indicating the prior edit was humorous.\n7. Click the February 29 version of the page, and examine it.\n8. Return to the revision history, and click the previous version of the page.\n9. Note the phrase at the top of the page that wasn\u2019t present in the later version: \u201cHere be dragons\u201d.", "Number of steps": "9", "How long did this take?": "10-15 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2"}} +{"task_id": "72c06643-a2fa-4186-aa5c-9ec33ae9b445", "Question": "What is the volume in milliliters of a system comprised of 0.312 kg Freon-12 refrigerant when placed at the bottom of the Marianas Trench and allowed to stabilize at the Trench's peak temperature, rounded to the nearest mL? Provide your answer as just an integer value.", "Level": 3, "Final answer": "55", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"volume from pressure, temperature, mass\" on Google.\n2. Opened the \"Specific Volume: Definition, Formulas, Examples - ThoughtCo\" page.\n3. Noted that PV = nRT where V is volume, R is the ideal gas constant, T is temperature, P is pressure, and M is moles.\n4. Followed the \"gas constant\" link.\n5. Noted that R = 8.31446261815324 J/K-mol.\n6. Searched \"Freon-12\" on Google.\n7. Opened the \"Dichlorodifluoromethane\" on Wikipedia.\n8. Noted the molar mass of 120.91 g/mol.\n9. Converted 0.312 kg = 312 g.\n10. Calculated moles: 312 g / 120.91 g/mol = 2.58 mol.\n11. Searched \"Marianas Trench pressure\" on Google.\n12. Noted the pressure in the featured text snippet of 15,750 psi.\n13. Searched \"psi to atm\" on Google.\n14. Noted 1 psi = 0.068046 atm.\n15. Converted psi to atm: 15,750 * 0.068046 = 1071.7245 atm.\n16. Searched \"Marianas Trench temperature\" on Google.\n17. Noted the temperature range from 34-39F.\n18. Searched \"F to K\" on Google.\n19. Noted that K equals F plus 459.67 times 5/9 from the conversion tool.\n20. Converted temperature to K: 39 + 459.67 * 5/9 = 277.039K.\n21. Searched \"joules to atm\" on Google and noted the conversion of 1 Joule = 0.0098692326671601 Liter Atmosphere from the featured text snippet.\n22. Converted 8.31446261815324 * 0.0098692326671601 = 0.08205736608096 L-atm/K-mol.\n21. Changed PV = nRT to V = nRT/P\n22. Plugged numbers into the ideal gas equation: V = (0.08205736608096 L-atm/K-mol * 277.039K * 2.58 mol) / (1071.7245 atm) = 0.05473 L.\n23. Converted to mL: 0.05473 L = 54.73.\n24. Rounded to the nearest mL.", "Number of steps": "24", "How long did this take?": "20 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Calculator", "Number of tools": "3"}} +{"task_id": "ebbc1f13-d24d-40df-9068-adcf735b4240", "Question": "The Latin root of the Yola word \"gimlie\" shares a spelling with a Spanish word. What is the Google translation of the source title for the 1994 example sentence for that word in the Collins Spanish-to-English dictionary online? Answer in plain text, without punctuation.", "Level": 3, "Final answer": "The World of the Twenty First Century", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Yola gimlie\" on Google.\n2. Opened https://en.wiktionary.org/wiki/gimlie#Yola.\n3. Noted the Latin root \"caminata\".\n4. Searched \"Collins Spanish-to-English dictionary caminata\" on Google.\n5. Opened https://www.collinsdictionary.com/dictionary/spanish-english/caminata.\n6. Scrolled down to the 1994 example.\n7. Searched \"El Mundo del Siglo Veintiuno translation\" on Google.\n8. Noted the result in the Translate widget.", "Number of steps": "8", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Google Translate access", "Number of tools": "3"}} +{"task_id": "7b5377b0-3f38-4103-8ad2-90fe89864c04", "Question": "Find the value of x to the nearest tenth: Lx = (d/dx * (A * x-squared)) + 4-thousand'n'ninety-7 minus C\nWhere L is the last two digits of the year of the Venezuelan Declaration of Independence,\nA is the number of colors in the TikTok logo as of July 2023, excluding black and white,\nand C is the height of the average woman in the Philippines according to a July 2023 Business Insider article, rounded to the nearest whole centimeter", "Level": 2, "Final answer": "563.9", "file_name": "", "Annotator Metadata": {"Steps": "1. Googled Venezuelan Declaration of Independence, found it to be in 1811, thus L = 11\n2. Googled TikTok logo, found 4 colors, 2 of which are black and white, so A = 2\n3. Googled average height of woman in Philippines, found it to be 149.6cm, so C = 150\n4. Deciphered formula to mean 11x = (d/dx(2x^2)) + 4097 - 150\n5. Used simple calculus and algebra to solve the equation", "Number of steps": "5", "How long did this take?": "40 minutes", "Tools": "1. A web browser\n2. A search engine\n3. A calculator", "Number of tools": "3"}} +{"task_id": "114d5fd0-e2ae-4b6d-a65a-870da2d19c08", "Question": "In the endnote found in the second-to-last paragraph of page 11 of the book with the doi 10.2307/j.ctv9b2xdv, what date in November was the Wikipedia article accessed? Just give the day of the month.", "Level": 2, "Final answer": "4", "file_name": "", "Annotator Metadata": {"Steps": "1. Look up the doi.\n2. Click on the JSTOR result.\n3. Find the chapter with page 11, and click to read it.\n4. Navigate to page 11.\n5. Identify the footnote in the second-to-last paragraph.\n6. Scroll to the end of the chapter to read the footnote.\n7. Note the date given after the Wikipedia link.", "Number of steps": "7", "How long did this take?": "5-10 minutes", "Tools": "1. Search engine\n2. Web browser\n3. OCR", "Number of tools": "3"}} +{"task_id": "8f80e01c-1296-4371-9486-bb3d68651a60", "Question": "Using bass clef notes, what is the age of someone who has experienced the word spelled out in the sheet music by the note letters the total number of lines and notes minus the number of notes on lines in the image?", "Level": 2, "Final answer": "90", "file_name": "8f80e01c-1296-4371-9486-bb3d68651a60.png", "Annotator Metadata": {"Steps": "1. Open the file.\n2. Translate the letters to bass notes (\"D E C A D E\").\n3. Count the lines (5).\n4. Count the notes (6).\n5. Count the notes on lines (2).\n6. Add the lines and notes (11).\n7. Subtract the notes on lines (11 - 2).\n8. Multiply 10 by 9 (90).\n9. Note the age given.", "Number of steps": "9", "How long did this take?": "5 minutes", "Tools": "1. Image recognition\n2. Bass note data\n3. Calculator", "Number of tools": "3"}} +{"task_id": "ad37a656-079a-49f9-a493-7b739c9167d1", "Question": "On July 15, 2008, Phys.org published an article about a catastrophe. Find the explosive force of this catastrophe according to Encyclopedia Britannica, then find the name of the US nuclear test that had the same yield. Your answer should only be the last word of the name of the test.", "Level": 2, "Final answer": "Bravo", "file_name": "", "Annotator Metadata": {"Steps": "1. Search for \"phys org archive\"\n2. Click on the link for https://phys.org/archive\n3. Naviage to July 15, 2008\n4. Search the articles for an article that mentions \"catastrophe\"\n5. Note the name of the event (Tunguska catastrophe)\n6. Search for \"Tunguska catastrophe britannica\"\n7. Click on the link for Tunguska event\n8. Locate the explosive force in the article (15 megatons)\n9. Search for \"us nuclear test 15 megatons\"\n10. Record the last word of the name of the test in the search results.", "Number of steps": "10", "How long did this take?": "4 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "366e2f2b-8632-4ef2-81eb-bc3877489217", "Question": "The attached file lists accommodations in the resort town of Seahorse Island. Based on the information in this file, which seems like the better available place to stay for a family that enjoys swimming and wants a full house?", "Level": 2, "Final answer": "Shelley's place", "file_name": "366e2f2b-8632-4ef2-81eb-bc3877489217.pdf", "Annotator Metadata": {"Steps": "1. Open the provided PDF.\n2. Check Rental Houses. \n3. Check the house with pool. \n4. Check for availability: Shelley's place is the only fit.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. PDF viewer", "Number of tools": "1"}} +{"task_id": "c526d8d6-5987-4da9-b24c-83466fa172f3", "Question": "In the NIH translation of the original 1913 Michaelis-Menten Paper, what is the velocity of a reaction to four decimal places using the final equation in the paper based on the information for Reaction 7 in the Excel file?", "Level": 3, "Final answer": "0.0424", "file_name": "c526d8d6-5987-4da9-b24c-83466fa172f3.xlsx", "Annotator Metadata": {"Steps": "1. Searched \"NIH translation 1913 Michaelis-Menten Paper\" on Google.\n2. Opened \"The Original Michaelis Constant: Translation of the 1913 Michaelis-Menten Paper\" on the NIH website.\n3. Scrolled down to the final equation: v = (km \u22c5 [S]) / (1 + (km/kcat) \u22c5 [S]).\n4. Opened the Excel file.\n5. Searched \"Michaelis-Menten equation\" on Google to find the meaning of the variables.\n6. Opened the Wikipedia \"Michaelis\u2013Menten kinetics\" page.\n7. Noted v = reaction rate (velocity of reaction) and kcat = catalytic rate constant (catalytic constant).\n8. Returned to the NIH paper and found km = Menten constant and [S] = substrate concentration.\n9. Plugged reaction 7's values from the Excel file into the equation: v = (0.052 * 72.3) / (1 + (0.052 / 0.0429) * 72.3) = 0.042416.\n10. Rounded to four decimal places (0.0424).", "Number of steps": "10", "How long did this take?": "20 minutes", "Tools": "1. Excel file access\n2. Web browser\n3. Search engine\n4. Calculator", "Number of tools": "4"}} +{"task_id": "f3917a3d-1d17-4ee2-90c5-683b072218fe", "Question": "How many edits were made to the Wikipedia page on Antidisestablishmentarianism from its inception until June of 2023?", "Level": 2, "Final answer": "2732", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cAntidisestablishmentarianism\u201d.\n2. Click the Wikipedia result.\n3. Click \u201cView history\u201d to see edits made to the page.\n4. Click \u201c500\u201d to view 500 edits on the page at a time.\n5. Note that no edits appear to have been made after May of 2023, so all 500 edits on the current page meet the question\u2019s criteria.\n6. Click \u201colder 500\u201d to view older edits.\n7. Repeat until I reach the end of the revisions, counting how many sets of 500 I passed until reaching the last page.\n8. On the last page, Ctrl-F for \u201ccur\u201d and \u201cprev\u201d. These abbreviations appear before every revision, so the number of times they each appear on the page (minus the number of times they each appear in the description at the top) is the number of revisions on this page.\n9. Add the number of revisions on the last page (232), to the number from the pages of 500 (5 pages times 500 edits equals 2500) to get the answer, 2732.", "Number of steps": "9", "How long did this take?": "15 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2"}} +{"task_id": "389793a7-ca17-4e82-81cb-2b3a2391b4b9", "Question": "You are a telecommunications engineer who wants to build cell phone towers on a stretch of road. In the reference file is a layout of the road and nearby houses. Each dash, \"-\", is a marker indicating a mile. Each capital H indicates a house located next to a mile marker, appearing above or below the stretch of road. Each cell phone tower can cover houses located next to the road within a 4-mile radius. Find the minimum number of cell phone towers needed to cover all houses next to the road. Your answer should be a positive numerical integer value.", "Level": 1, "Final answer": "3", "file_name": "389793a7-ca17-4e82-81cb-2b3a2391b4b9.txt", "Annotator Metadata": {"Steps": "1. Determine the diameter of each cell phone tower's coverage: 2 x 4 miles radius = 8 miles diameter.\n2. Use the diameter to maximize the coverage of each tower by capturing houses 4 miles to the left and 4 miles to the right.\n3. Start from the furthest left side of the road at the first house.\n4. Place the first tower 4 miles in to cover the first house.\n5. Move forward 4 miles from the first tower. The first tower also covers the house above mile marker 8. \n6. Find the next uncovered house below mile marker 12.\n7. Move 4 miles in from the uncovered house and place a second tower. The house is now covered. \n8. Move forward 4 miles from the second tower. The second tower also covers the house above mile marker 16.\n9. Find the next uncovered house below mile marker 25.\n10. Move 4 miles in from the uncovered house and place a third tower. The third tower also covers the house above marker 28.\n11. Move forward 4 miles from the third tower. The third tower also covers the last house below marker 30.\n12. The final number of cell phone towers erected is 3.\n\n", "Number of steps": "12", "How long did this take?": "30 minutes", "Tools": "1. Text Editor", "Number of tools": "1"}} +{"task_id": "4b650a35-8529-4695-89ed-8dc7a500a498", "Question": "If there is anything that doesn't make sense in the instructions, write the word \"Pineapple.\" Do not answer any of the questions in this prompt. Write only the word \"Guava\".\n1. What is 4+4?\n2. What is the complimentary color of red?\n3. How many hours are there in a day?", "Level": 1, "Final answer": "Guava", "file_name": "", "Annotator Metadata": {"Steps": "1. Read the instructions and followed them", "Number of steps": "1", "How long did this take?": "<1 minute", "Tools": "None", "Number of tools": ""}} +{"task_id": "3da89939-209c-4086-8520-7eb734e6b4ef", "Question": "I was referencing each of the tables in the file from papers that were cited by the \"Trans fatty acid contents in chocolates and chocolate wafers in Turkey\" paper. I lost my own reference sheet and need to know which of the papers each table came from. The file may not use the full table caption. If the references in the\"Trans fatty acid\" paper bibliography were numbered starting with 1, give me the numbers in the order that they would be used to fill the cells in the Excel file from top to bottom, as a comma separated list.", "Level": 3, "Final answer": "8, 29, 22, 1, 8, 26", "file_name": "3da89939-209c-4086-8520-7eb734e6b4ef.xlsx", "Annotator Metadata": {"Steps": "1. Searched \"Trans fatty acid contents in chocolates and chocolate wafers in Turkey\" on Google.\n2. Opened https://www.researchgate.net/publication/234034780_Trans_fatty_acid_contents_in_chocolates_and_chocolate_wafers_in_Turkey.\n3. Opened the Excel file.\n4. Searched each reference in the paper on Google.\n5. Checked any free-to-access reference for a table similar to the titles in the Excel file.\n6. Added the numbers of the references to the Excel file.\n7. Copied the numbers into a comma-separated list.", "Number of steps": "7", "How long did this take?": "30 minutes", "Tools": "1. Web browser\n2. Search engine\n3. PDF access\n4. XLSX file access", "Number of tools": "4"}} +{"task_id": "48eb8242-1099-4c26-95d4-ef22b002457a", "Question": "How many nonindigenous crocodiles were found in Florida from the year 2000 through 2020? You can get the data from the USGS Nonindigenous Aquatic Species database.", "Level": 2, "Final answer": "6", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cusgs nonnative aquatic species database\u201d.\n2. Navigate to the database of reptiles.\n3. For each species called a \u201ccrocodile\u201d, click Collection Info.\n4. Count instances where a crocodile was found in both Florida and in the specified date range.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2"}} +{"task_id": "c8b7e059-c60d-472e-ad64-3b04ae1166dc", "Question": "The work referenced in footnote 397 of Federico Lauria's 2014 dissertation is also the source for the titles of two paintings in the Smithsonian American Art Museum's collection, as of August 2023. What is the absolute difference between the chapter numbers of the chapters that the titles of these two paintings quote?", "Level": 2, "Final answer": "8", "file_name": "", "Annotator Metadata": {"Steps": "1. Use search engine to search for \"Federico Lauria's 2014 dissertation\".\n2. Open the result from philarchive.org and open the PDF file for the full paper.\n3. Search for footnote 397 to find that the referenced work is Thomas Hobbes's \"Leviathan\".\n4. Use search engine to search for \"Smithsonian American Art Museum collection search\".\n5. Go to the museum's search webpage.\n6. Enter \"Hobbes Leviathan\" into the search box and submit the search.\n7. Open the two results, one by Jan Stussy (\"A free man...\") and one by Leon Karp (\"Hereby it is manifest...\").\n8. Verify from the full titles of these works that the titles are quotes from \"Leviathan\".\n9. Use search engine to search for \"Thomas Hobbes Leviathan full text\".\n10. Open any result that contains the full text, like the Project Gutenberg version.\n11. Search the text for the titles of each painting, using different substrings from the titles as needed to account for variations in spelling and punctuation.\n12. Find that the \"A free man...\" quote is from Chapter XXI (21) and that the \"Hereby it is manifest...\" quote is from Chapter XIII (13).\n13. Calculate the absolute difference of the chapter numbers: 21 - 13 = 8.", "Number of steps": "13", "How long did this take?": "7 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Calculator", "Number of tools": "3"}} +{"task_id": "d1af70ea-a9a4-421a-b9cc-94b5e02f1788", "Question": "As of the 2020 census, what was the population difference between the largest county seat and smallest county seat, by land area of the county seat, in Washington state? For population figures, please use the official data from data.census.gov. Please report the integer difference.", "Level": 2, "Final answer": "736455", "file_name": "", "Annotator Metadata": {"Steps": "Step 1: Using a web browser, access a search engine and conduct a search, \"Washington cities by area\"\nStep 2: Navigate to the second search result, https://en.wikipedia.org/wiki/List_of_municipalities_in_Washington\nStep 3: Evaluate the page contents, finding the largest and smallest county seats by land area, Seattle and Cathlamet\nStep 4: Using a web browser, navigate to https://data.census.gov/\nStep 5: Using the website's search area, conduct a search, Seattle, Washington\nStep 6: Record the reported 2020 Decennial Census population of Seattle, Washington, 737,015\nStep 7: Using the website's search area, conduct a search, Cathlamet, Washington\nStep 8: Record the reported 2020 Decennial Census population of Cathlamet, Washington, 560\nStep 9: Using a calculator, find the difference in populations,\n\n737,015 - 560\n736,455\nStep 10: Report the correct answer to my user in the requested format, \"736,455\"", "Number of steps": "10", "How long did this take?": "5 minutes", "Tools": "1. A web browser\n2. A search engine\n3. A calculator", "Number of tools": "3"}} +{"task_id": "a3fbeb63-0e8c-4a11-bff6-0e3b484c3e9c", "Question": "How many slides in this PowerPoint presentation mention crustaceans?", "Level": 1, "Final answer": "4", "file_name": "a3fbeb63-0e8c-4a11-bff6-0e3b484c3e9c.pptx", "Annotator Metadata": {"Steps": "1. Open the provided file.\n2. Scroll through the presentation, noting the animal names on each slide.\n3. Search the web for \u201ccrayfish\u201d to verify that they are crustaceans.\n4. Read the results, noting that they are crustaceans.\n5. Search the web for \u201cisopods\u201d to verify whether they are crustaceans.\n6. Read the results, noting that they are.\n7. Since I\u2019m confident that I know whether all of the other animals are crustaceans, I count the ones that are to get the answer, 4.", "Number of steps": "7", "How long did this take?": "5 minutes", "Tools": "1. PowerPoint viewer", "Number of tools": "1"}} +{"task_id": "8d46b8d6-b38a-47ff-ac74-cda14cf2d19b", "Question": "What percentage of the total penguin population according to the upper estimates on english Wikipedia at the end of 2012 is made up by the penguins in this file that don't live on Dream Island or have beaks longer than 42mm? Round to the nearest five decimal places.", "Level": 3, "Final answer": "0.00033", "file_name": "8d46b8d6-b38a-47ff-ac74-cda14cf2d19b.csv", "Annotator Metadata": {"Steps": "1. Opened the file in Excel.\n2. Counted the penguins that are not on Dream Island with bills shorter than 42mm using `COUNTIFS(C1:C345, \">42\", B1:B345, \"<>Dream\")` (132).\n3. Searched \"wikipedia penguin populations\" on Google search.\n4. Opened the \"List of Sphenisciformes by population\" Wikipedia page.\n5. Clicked \"View history\" to see the history of the page.\n6. Opened the last 2012 version.\n7. Added up the penguin species populations (39808770).\n8. Calculated the percentage (132 / 39808770 * 100% = 0.00033158%).\n9. Converted to scientific notation (3.3 x 10^-4%).", "Number of steps": "9", "How long did this take?": "15 minutes", "Tools": "1. CSV file access\n2. Web browser\n3. Search engine\n4. Calculator (or use Excel)", "Number of tools": "4"}} +{"task_id": "08f3a05f-5947-4089-a4c4-d4bcfaa6b7a0", "Question": "Given $x_0 = -5$ and $f(x) = x^3 + 4x^2 - 3x + 8$, what is the smallest $n$ where using Newton's Method $n = n+1$ after rounding to four decimal places?", "Level": 2, "Final answer": "2", "file_name": "", "Annotator Metadata": {"Steps": "1. Verify Netwon's method as x_(n+1) = x_n - f(x_n)/f'(x_n) by searching\n2. Calculate the derivative: f'(x) = 3x^2 + 8x - 3\n3. Find x_1 using the given x_0 value: x_1 = -5 - ((-5)^3 + 4(-5)^2 - 3(-5) + 8)/(3(-5)^2 + 8(-5) - 3) = -79/16 \u2248 -4.9375\n4. Iterate: x_2 = -79/16 - ((-79/16)^3 + 4(-79/16)^2 - 3(-79/16) + 8)/(3(-79/16)^2 + 8(-79/16) - 3) = -309711/62744 \u2248 -4.9361\n5. They are not the same, so iterate: x_3 = -309711/62744 - ((-309711/62744)^3 + 4(-309711/62744)^2 - 3(-309711/62744) + 8)/(3(-309711/62744)^2 + 8(-309711/62744) - 3) = -18658881319456319/3780082116675876 \u2248 -4.9361\n6. They are the same, so we stop and know n = 2 is the smallest value where this occurs.", "Number of steps": "6", "How long did this take?": "15 minutes", "Tools": "1. computer algebra system", "Number of tools": "1"}} +{"task_id": "c714ab3a-da30-4603-bacd-d008800188b9", "Question": "You are Van Helsing, a renowned vampire hunter. A Count of Moldova, La\u021bcu IV, son of Costea, has tasked you with investigating the village of \u0218irnea in neighboring Wallachia. The Count's advisors have reported that a vampire was spotted crossing the border near the village, and would like you to investigate it.\n\nYou travel to the village of \u0218irnea, and you begin your investigation. One night, just before dawn, you catch a glimpse of a man in a long black cape with red lining leaping from roof-top to roof-top with superhuman agility. It's a vampire! You try to chase the creature back to its home, but the creature is too fast. However, because of the remoteness of the village, you know with absolute certainty that the vampire must be a resident of the village. You decide that your best course of action will be to visit all 100 residents of the town during the day. You know something about vampires and humans that will make your investigation possible; humans always tell the truth, but vampires always lie.\n\nIn the afternoon, you go from house to house, speaking with all 100 residents of \u0218irnea. You ask everyone the same question: \"How many vampires are living in \u0218irnea\". Everyone in the village gives the same response, \"At least one of us is a human.\"\n\nHow many residents of \u0218irnea have been turned into vampires?", "Level": 1, "Final answer": "100", "file_name": "", "Annotator Metadata": {"Steps": "Step 1: Evaluate the problem statement posed by my user.\nStep 2: Consider one known possible case: 1 Vampire, 99 humans\nStep 3: Step through the possible case with the answer provided by every resident \"At least one of us is a human.\"\nFor humans, who always tell the truth, the answer \"At least one of us is a human.\" is true for the known possible case\nFor the vampire, who always lies, the answer \"At least one of us is a human.\" is true, which violates the rule requiring the vampire to lie\nDiscount the case 1 Vampire, 99 Humans as possible\nStep 4: Consider the worst case: 100 Vampires, 0 Humans\nStep 5: Step through the worst case with the answer provided by every resident \"At least one of us is a human.\"\nFor humans, who always tell the truth, the answer \"At least one of us is a human.\" is false, but 0 humans provide this response, making this statement irrelevant\nFor the vampire, who always lies, the answer \"At least one of us is a human.\" is false, which respects the rule requiring vampires to lie\nConfirm the worst case as a provisional answer: 100 Vampires, 0 humans, answer: \"100\"\nStep 6: Consider a case with only one human: 99 Vampires, 1 Human\nStep 7: Step through the case with the answer provided by every resident \"At least one of us is a human.\"\nFor humans, who always tell the truth, the answer \"At least one of us is a human.\" is true\nFor the vampire, who always lies, the answer \"At least one of us is a human.\" is true, which violates the rule requiring vampires to lie\nDiscount the case of 99 Vampires, 1 Human as possible\nStep 8: Report the correct response to my user, \"100\"", "Number of steps": "8", "How long did this take?": "2 minutes", "Tools": "None", "Number of tools": "0"}} +{"task_id": "9d191bce-651d-4746-be2d-7ef8ecadb9c2", "Question": "Examine the video at https://www.youtube.com/watch?v=1htKBjuUWec.\n\nWhat does Teal'c say in response to the question \"Isn't that hot?\"", "Level": 1, "Final answer": "Extremely", "file_name": "", "Annotator Metadata": {"Steps": "1. Follow the link\n2. Watch the clip until the question \"Isn't that hot\" is asked\n3. Take note of the reply.", "Number of steps": "3", "How long did this take?": "2 minutes", "Tools": "1. Web browser\n2. Video processing software\n3. Audio processing software", "Number of tools": "1"}} +{"task_id": "54612da3-fd56-4941-80f4-5eb82330de25", "Question": "The attached file shows the locomotives in the collection of a North American railroad museum. How many wheels do the listed steam locomotives have in total?", "Level": 2, "Final answer": "60", "file_name": "54612da3-fd56-4941-80f4-5eb82330de25.xlsx", "Annotator Metadata": {"Steps": "1. Open the attached spreadsheet.\n2. Examine its structure, with the steam locomotives listed together and a column denoting the wheel configuration.\n3. Search the web for \u201csteam locomotive wheel configuration\u201d.\n4. Click Wikipedia result.\n5. Skim article to learn that the Whyte Notation is commonly used in North America.\n6. Click link to Whyte Notation article.\n7. Skim article to learn how to read the Whyte Notation: each number corresponds to the number of one type of wheel.\n8. Count the wheels listed for steam locomotives in the spreadsheet to get the answer, 60.", "Number of steps": "8", "How long did this take?": "5-10 minutes", "Tools": "1. Microsoft Excel\n2. Search engine\n3. Web browser\n4. Calculator", "Number of tools": "4"}} +{"task_id": "ded28325-3447-4c56-860f-e497d6fb3577", "Question": "This is a secret message my friend gave me. It says where we should meet for our picnic on Friday. The only problem is, it\u2019s encrypted in the Caesar cipher, so I can\u2019t read it. Can you tell me what it says? This is the message:\n\nZsmxsm sc sx Zyvilsec Zvkjk.", "Level": 2, "Final answer": "Picnic is in Ploybius Plaza.", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cCaesar cipher decrypt\u201d.\n2. Click on top result, a decoding website.\n3. Enter the message into the text box.\n4. Click \u201cDECRYPT (BRUTEFORCE)\u201d to get all possible decryptions.\n5. Scroll through the results, noting that one possibility matches the user\u2019s scenario of having a picnic.", "Number of steps": "5", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2"}} +{"task_id": "6359a0b1-8f7b-499b-9336-840f9ab90688", "Question": "What is the area of the green polygon in the attached file? The numbers in purple represent the lengths of the side they are next to.", "Level": 2, "Final answer": "39", "file_name": "6359a0b1-8f7b-499b-9336-840f9ab90688.png", "Annotator Metadata": {"Steps": "1. Open the attached file.\n2. Split the shape into five rectangles.\n3. Find the missing side lengths from the side lengths that are given.\n4. Find the area for each rectangle.\n5. Add the areas together to get the area of the entire shape, 39.", "Number of steps": "5", "How long did this take?": "5-10 minutes", "Tools": "1. Image recognition\n2. OCR\n3. Calculator", "Number of tools": "3"}} +{"task_id": "e961a717-6b25-4175-8a68-874d28190ee4", "Question": "According to wikipedia, how many Asian countries still have a monarchy and access to the sea in 2021?", "Level": 3, "Final answer": "12", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the internet for \"asian monarchies\"\n2. Navigate to from the search results \n3. Switch to the history tab\n4. Locate and navigate to a revision from 2021\n5. Open the articles for each listed monarchy in new tabs\n6. Verify access to the sea for each country using the provided maps and optionally Google Maps", "Number of steps": "6", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Computer vision\n3. Google Maps", "Number of tools": "4"}} +{"task_id": "7cc4acfa-63fd-4acc-a1a1-e8e529e0a97f", "Question": "The attached spreadsheet contains the sales of menu items for a regional fast-food chain. Which city had the greater total sales: Wharvton or Algrimand?", "Level": 2, "Final answer": "Wharvton", "file_name": "7cc4acfa-63fd-4acc-a1a1-e8e529e0a97f.xlsx", "Annotator Metadata": {"Steps": "1. Open the attached file.\n2. Locate the rows representing Wharvton and Algrimand.\n3. Write functions to sum each relevant row.\n4. Compare the sums.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Excel\n2. Calculator", "Number of tools": "2"}} +{"task_id": "d700d50d-c707-4dca-90dc-4528cddd0c80", "Question": "Who composed the song that was performed by a rooster and a hamster in separate animated videos at separate tempos with different lyrics? Answer using the format First name Last name.", "Level": 2, "Final answer": "Roger Miller", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"song performed by rooster and hamster\" on Google.\n2. Opened https://en.wikipedia.org/wiki/The_Hampsterdance_Song.\n3. Noted the song \"Whistle Stop\" was the original to use the tune.\n4. Followed the link to https://en.wikipedia.org/wiki/Robin_Hood_(1973_film).\n5. Found the composer of \"Whistle Stop\".", "Number of steps": "5", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "65afbc8a-89ca-4ad5-8d62-355bb401f61d", "Question": "You are given this Excel file as a map. You start on the START cell and move toward the END cell. You are allowed to move two cells per turn, and you may move up, down, left, or right. You may not move fewer than two cells, and you may not move backward. You must avoid moving onto any blue cells. On the eleventh turn, what is the 6-digit hex code (without prefix) of the color of the cell where you land after moving?", "Level": 1, "Final answer": "F478A7", "file_name": "65afbc8a-89ca-4ad5-8d62-355bb401f61d.xlsx", "Annotator Metadata": {"Steps": "1. Opened Map.xlsx.\n2. Counted 11 turns of 2 spaces each (22 spaces) along the path of non-blue cells.\n3. Opened cell formatting for the cell.\n4. Clicked the \"Fill\" tab.\n5. Clicked \"More Colors...\"\n6. Noted the hex code of the color.", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. Access to Excel files\n2. Color recognition\n3. Calculator (or ability to count)", "Number of tools": "3"}} +{"task_id": "851e570a-e3de-4d84-bcfa-cc85578baa59", "Question": "I thought we could try a fun word puzzle together :)\n\nI've got a Boggle board here:\n\nABRL\nEITE\nIONS\nFPEI\n\nI'd like to know the longest word that can be generated from the board. Please find the longest English language word that can be generated from this board. If more than one word of the same length exists at the maximum word length, please report the longest word that comes first, alphabetically. Oh, and I know that there might be different wordlists available for Boggle, so let's please just use the words_alpha dictionary found at https://github.com/dwyl/english-words as the dictionary for our game.", "Level": 3, "Final answer": "Briniest", "file_name": "", "Annotator Metadata": {"Steps": "Step 1: Evaluate the user's request, storing the input Boggle board, \"ABRLEITEIONSFPEI\" and the specified dictionary location, https://github.com/dwyl/english-words\nStep 2: Using a web browser, access a search engine and conduct a search \"Boggle rules\"\nStep 3: Navigate to the first search result, https://en.wikipedia.org/wiki/Boggle\nStep 4: Evaluate the page content and store the game's rules:\n\n\"One player begins the game by shaking a covered tray of 16 cubic dice, each with a different letter printed on each of its sides. The dice settle into a 4\u00d74 tray so that only the top letter of each cube is visible. After they have settled into the tray, a three-minute sand timer is started and all players simultaneously begin the main phase of play.[3]\n\nEach player searches for words that fit the following criteria:\n\nWords must be at least three letters in length.\nEach letter after the first must be a horizontal, vertical, or diagonal neighbor of the one before it.\nNo individual letter cube may be used more than once in a word.\nNo capitalized or hyphenated words are allowed.\nMultiple forms of the same word are allowed, such as singular/plural forms and other derivations. Each player records all the words they find by writing on a private sheet of paper. After three minutes have elapsed, all players must immediately stop writing and the game enters the scoring phase.\n\nIn this, each player reads off their list of discovered words. If two or more players wrote the same word, it is removed from all players' lists. Any player may challenge the validity of a word, in which case a previously nominated dictionary is used to verify or refute it. Once all duplicates and invalid words have been eliminated, points are awarded based on the length of each remaining word in a player's list. The winner is the player whose point total is highest, with any ties typically broken by a count of long words.\"\n\nStep 5: Using a web browser, navigate to the nominated dictionary specified by my user, https://github.com/dwyl/english-words\nStep 6: Navigate to the linked page, https://github.com/dwyl/english-words/blob/master/words_alpha.txt\nStep 7: Download the words_alpha.txt dictionary and save it to my file system as \"words_alpha.txt\"\nStep 8: Using a Python IDE, create a new project to solve the user's request as specified\nStep 9: Compose a Python program that accepts an input string and prints an output of all words that can be generated that match words in the nominated dictionary. The program must observe the rules discovered in Step 4. The output should be sorted so that strings are sorted alphabetically and grouped by character count:\n\nclass Boggle_Solver:\n def __init__(self, file, size=4, points=None):\n self.size = size\n self.board = [[' '] * self.size for _ in range(self.size)]\n self.adjacency = self.build_adjacency()\n self.words, self.prefixes = self.load_dictionary(file)\n \n def adjacent(self, pos):\n row, col = pos\n adj = []\n for i in [-1, 0, 1]:\n for j in [-1, 0, 1]:\n new_row = row + i\n new_col = col + j\n if 0 <= new_row < self.size and 0 <= new_col < self.size and not (i == j == 0):\n adj.append((new_row, new_col))\n return adj\n\n def build_adjacency(self):\n adjacency = dict()\n for row in range(0, self.size):\n for col in range(0, self.size):\n adjacency[(row, col)] = self.adjacent((row, col))\n return adjacency\n\n def load_dictionary(self, file):\n words = set()\n prefixes = set()\n with open(file, 'r') as f:\n next(f)\n for line in f:\n word = line.rstrip()\n if len(word) >= 3:\n words.add(word)\n for i in range(len(word)):\n prefixes.add(word[:i])\n return words, prefixes\n\n def get_letter(self, pos):\n return self.board[pos[0]][pos[1]]\n \n def set_board(self, letters):\n board_input=letters.lower()\n for row in range(self.size):\n index = row * self.size\n row_letters = board_input[index:index+self.size]\n for col, letter in enumerate(row_letters):\n self.board[row][col] = letter\n \n def find_words(self):\n words = set()\n for row in range(self.size):\n for col in range(self.size):\n words |= self.find_words_pos((row, col))\n return sorted(words, key=lambda x: (-len(x), x))\n \n def find_words_pos(self, pos):\n stack = [(n, [pos], self.get_letter(pos)) for n in self.adjacency[pos]]\n words = set()\n while stack:\n curr, path, chars = stack.pop()\n curr_char = self.get_letter(curr)\n curr_chars = chars + curr_char\n\n if curr_chars in self.words:\n words.add(curr_chars)\n\n if curr_chars in self.prefixes:\n curr_adj = self.adjacency[curr]\n stack.extend([(n, path + [curr], curr_chars) for n in curr_adj if n not in path])\n return words\n\nif __name__ == '__main__':\n word_list = Boggle_Solver('words_alpha.txt')\n word_list.set_board('ABRLEITEIONSFPEI')\n print(word_list.find_words())\n\nStep 10: Execute the program, and store the output:\n['briniest', 'brionies', 'inertiae', 'pointrel', 'aeonist', 'bretons', 'brinies', 'britons', 'enteria', 'entires', 'entoire', 'estonia', 'inertia', 'ioniser', 'iresine', 'iserine', 'nestler', 'oestrin', 'openest', 'penster', 'piotine', 'pointel', 'pointer', 'pointes', 'poitrel', 'sertion', 'sienite', 'sinopie', 'snirtle', 'triones', 'abrine', 'airest', 'bainie', 'baiter', 'bionts', 'birles', 'bitser', 'brents', 'breton', 'brines', 'brinie', 'briton', 'eirene', 'entire', 'entria', 'eserin', 'estrin', 'foiter', 'fontes', 'inerts', 'insert', 'instop', 'intire', 'ionise', 'ionist', 'nepote', 'nester', 'nestle', 'nirles', 'nitres', 'noires', 'opener', 'peiser', 'penest', 'peones', 'pester', 'pestle', 'pointe', 'points', 'ponies', 'pontes', 'potsie', 'resent', 'restio', 'seiner', 'sepion', 'sepone', 'serbia', 'serine', 'sinite', 'sinter', 'stenia', 'sterin', 'stoner', 'stopen', 'striae', 'teniae', 'terbia', 'tinsel', 'tonies', 'trines', 'abret', 'abrin', 'aeons', 'ainoi', 'airts', 'baits', 'bines', 'bints', 'biont', 'birle', 'biter', 'bites', 'brens', 'brent', 'brest', 'brine', 'brins', 'brite', 'brits', 'enter', 'entia', 'entre', 'erbia', 'ester', 'estop', 'estre', 'foins', 'fonts', 'ineri', 'inert', 'insep', 'inset', 'instr', 'intel', 'inter', 'irene', 'istle', 'lenes', 'lenis', 'lense', 'lento', 'neist', 'nerts', 'netop', 'niter', 'nitre', 'noire', 'noter', 'notes', 'notre', 'onset', 'opens', 'peine', 'peins', 'peise', 'penes', 'penis', 'pense', 'peons', 'peste', 'pions', 'piotr', 'point', 'poire', 'pones', 'poter', 'renes', 'rents', 'resin', 'retia', 'retie', 'retin', 'rinse', 'riots', 'rites', 'seine', 'senit', 'senti', 'serin', 'serio', 'seton', 'sinto', 'snirl', 'snirt', 'snite', 'steno', 'steri', 'stine', 'stion', 'stire', 'stoep', 'stone', 'stope', 'stria', 'tenia', 'tenio', 'tense', 'tines', 'tires', 'toner', 'tones', 'topes', 'tribe', 'trine', 'tsine', 'abie', 'abir', 'abit', 'abri', 'aeon', 'aine', 'ains', 'aint', 'aion', 'aire', 'airt', 'aits', 'bain', 'bait', 'bein', 'bine', 'bini', 'bino', 'bins', 'bint', 'bion', 'birl', 'birt', 'bite', 'bito', 'bits', 'bren', 'bret', 'brie', 'brin', 'brio', 'brit', 'eire', 'ense', 'entr', 'eons', 'eria', 'erie', 'erin', 'esne', 'eton', 'fiot', 'foes', 'foin', 'fone', 'fons', 'font', 'inia', 'init', 'inst', 'intl', 'into', 'intr', 'ione', 'ioni', 'ions', 'ires', 'isnt', 'itel', 'iten', 'iter', 'lene', 'leno', 'lens', 'lent', 'lese', 'lest', 'leto', 'lets', 'neri', 'nese', 'nest', 'neti', 'nets', 'nies', 'nist', 'nito', 'nits', 'noes', 'noir', 'nope', 'note', 'nots', 'oint', 'oner', 'ones', 'open', 'opes', 'pein', 'pens', 'pent', 'peon', 'pest', 'pion', 'pone', 'pons', 'pont', 'pote', 'poti', 'pots', 'reno', 'rent', 'rest', 'rets', 'ribe', 'rine', 'rins', 'riot', 'rite', 'selt', 'sent', 'sepn', 'serb', 'seri', 'sert', 'sine', 'snib', 'snit', 'snop', 'snot', 'sten', 'ster', 'stib', 'stir', 'stof', 'stop', 'stre', 'tens', 'teri', 'tine', 'tino', 'tins', 'tire', 'tirl', 'toea', 'toes', 'tone', 'tons', 'tope', 'topi', 'tres', 'trib', 'trin', 'trio', 'abe', 'abr', 'abt', 'ain', 'air', 'ait', 'bae', 'bai', 'bea', 'bin', 'bio', 'bit', 'brl', 'btl', 'eir', 'elt', 'ens', 'eof', 'eon', 'epi', 'ese', 'est', 'fie', 'fip', 'foe', 'fon', 'fop', 'fot', 'iba', 'ino', 'ins', 'int', 'iof', 'ion', 'ire', 'ise', 'isn', 'ist', 'ito', 'its', 'len', 'ler', 'les', 'let', 'ltr', 'nei', 'neo', 'nep', 'net', 'nib', 'nis', 'nit', 'not', 'oes', 'oie', 'oii', 'one', 'oni', 'ons', 'ont', 'ope', 'pen', 'pes', 'pie', 'poe', 'poi', 'pon', 'pot', 'rel', 'ren', 'res', 'ret', 'ria', 'rib', 'rie', 'rin', 'rio', 'rit', 'rle', 'rte', 'rti', 'sei', 'sel', 'sen', 'sep', 'ser', 'set', 'sie', 'sin', 'str', 'tel', 'ten', 'ter', 'tib', 'tie', 'tin', 'tlr', 'toe', 'toi', 'ton', 'top', 'tri', 'tsi']\n\nStep 11: Select the first word from the stored output as the correct response to my user's query, \"briniest\"\nStep 12: Report the correct answer to my user's query in the requested format, \"Briniest\"", "Number of steps": "12", "How long did this take?": "40 minutes", "Tools": "1. A file interface\n2. A Python IDE\n3. A web browser\n4. A search engine", "Number of tools": "4"}} +{"task_id": "cabe07ed-9eca-40ea-8ead-410ef5e83f91", "Question": "What is the surname of the equine veterinarian mentioned in 1.E Exercises from the chemistry materials licensed by Marisa Alviar-Agnew & Henry Agnew under the CK-12 license in LibreText's Introductory Chemistry materials as compiled 08/21/2023?", "Level": 1, "Final answer": "Louvrier", "file_name": "", "Annotator Metadata": {"Steps": "1. Search for \"1.E Exercises LibreText Introductory Chemistry\"\n2. Read to see the horse doctor mentioned.", "Number of steps": "2", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "0a3cd321-3e76-4622-911b-0fda2e5d6b1a", "Question": "According to the World Bank, which countries had gross savings of over 35% of GDP for every year in the period 2001-2010? Give your answer as a comma-separated list of countries in alphabetical order. Use the countries most common names in english when answering.", "Level": 2, "Final answer": "Brunei, China, Morocco, Singapore", "file_name": "", "Annotator Metadata": {"Steps": "1. Use search engine to search for \"World Bank gross savings % of GDP\".\n2. Open World Bank data webpage showing gross savings as % of GDP (https://data.worldbank.org/indicator/NY.GNS.ICTR.ZS).\n3. Download data from webpage as Excel file and open it in a spreadsheet editor like Microsoft Excel.\n4. Go to the file's \"Data\" sheet.\n5. Add columns with formulas indicating if the gross savings % of GDP figures in each of the years from 2001 to 2010 are greater than 35 for each row.\n6. Add column computing AND of the boolean values from the previous step for each row.\n7. Filter for rows where the output of the AND from the previous step is true.\n8. Get the list of country names in the remaining rows, excluding non-country regions and categories.\n9. Sort the list alphabetically and format it as a comma-separated list to get the final answer: Brunei Darussalam, China, Morocco, Singapore", "Number of steps": "9", "How long did this take?": "12 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Spreadsheet editor", "Number of tools": "3"}} +{"task_id": "f2feb6a4-363c-4c09-a804-0db564eafd68", "Question": "I\u2019m thinking about selling my home, so I want to learn more about how homes in my area sold recently. I live in Pearl City, Hawaii, which is on the island of Oahu. I know two homes near me that sold in 2022 were 2072 Akaikai Loop, and 2017 Komo Mai Drive. Find which of those homes sold for more in 2022, and tell me how much it sold for. Don\u2019t put commas or decimal places in the answer.", "Level": 2, "Final answer": "900000", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201c2072 akaikai loop pearl city hi\u201d.\n2. Click Zillow result.\n3. Navigate to \u201cPrice and tax history\u201d.\n4. Find the amount the house sold for when it was sold in 2022: $860,000.\n5. Search the web for \u201c2017 komo mai drive pearl city hi\u201d.\n6. Click Zillow result.\n7. Navigate to \u201cPrice and tax history\u201d.\n8. Find the amount the house sold for when it was sold in 2022: $900,000.\n9. Express the higher amount in the specified format, $900000.", "Number of steps": "9", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2"}} +{"task_id": "3cef3a44-215e-4aed-8e3b-b1e3f08063b7", "Question": "I'm making a grocery list for my mom, but she's a professor of botany and she's a real stickler when it comes to categorizing things. I need to add different foods to different categories on the grocery list, but if I make a mistake, she won't buy anything inserted in the wrong category. Here's the list I have so far:\n\nmilk, eggs, flour, whole bean coffee, Oreos, sweet potatoes, fresh basil, plums, green beans, rice, corn, bell pepper, whole allspice, acorns, broccoli, celery, zucchini, lettuce, peanuts\n\nI need to make headings for the fruits and vegetables. Could you please create a list of just the vegetables from my list? If you could do that, then I can figure out how to categorize the rest of the list into the appropriate categories. But remember that my mom is a real stickler, so make sure that no botanical fruits end up on the vegetable list, or she won't get them when she's at the store. Please alphabetize the list of vegetables, and place each item in a comma separated list.", "Level": 1, "Final answer": "broccoli, celery, fresh basil, lettuce, sweet potatoes", "file_name": "", "Annotator Metadata": {"Steps": "Step 1: Evaluate the list provided by my user, eliminating objects which are neither fruits nor vegetables:\nsweet potatoes, fresh basil, plums, green beans, rice, corn, bell pepper, whole allspice, acorns, broccoli, celery, zucchini, lettuce, peanuts\nStep 2: Remove all items from the list which are botanical fruits, leaving a list of vegetables:\nsweet potatoes, fresh basil, broccoli, celery, lettuce\nStep 3: Alphabetize the remaining list as requested by my user:\nbroccoli, celery, fresh basil, lettuce, sweet potatoes\nStep 4: Provide the correct response in the requested format:\n\"broccoli\ncelery\nfresh basil\nlettuce\nsweet potatoes\"", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "No tools required", "Number of tools": "0"}} +{"task_id": "50f58759-7bd6-406f-9b0d-5692beb2a926", "Question": "How many times was a Twitter/X post cited as a reference on the english Wikipedia pages for each day of August in the last June 2023 versions of the pages?", "Level": 3, "Final answer": "3", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"August Wikipedia\" on Google search.\n2. Opened the Wikipedia page for the month of August.\n3. Clicked on \"View history\" on the \"August 1\" page.\n4. Went back to the last edited version prior to July 2023.\n5. Checked the references for Twitter posts.\n6. Repeated the process for each day of August.\n7. Counted the Twitter posts found.", "Number of steps": "7", "How long did this take?": "8 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "0b260a57-3f3a-4405-9f29-6d7a1012dbfb", "Question": "On ScienceDirect, what is the difference to 3 decimal places in the sample standard deviations of the number of Reference Works in each Life Science domain compared to Health Sciences as of 2022?", "Level": 2, "Final answer": "0.269", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"ScienceDirect\" on Google.\n2. Opened the ScienceDirect website.\n3. Clicked on the top listed domain in the Life Science section on the main page (Agricultural and Biological Sciences).\n4. Clicked on \"Reference works\" in the filters.\n5. Noted the number at the top.\n6. Subtracted the number that had 2023 or later as a date.\n7. Changed the domain to the following one and noted the number.\n8. Repeated step 6 for all Life Science domains.\n9. Calculated the sample standard deviation (16.195678435929).\n10. Went back to the home page.\n11. Repeated steps 3-9 for Health Science (15.926916420534).\n12. Subtracted 16.195678435929 - 15.926916420534.\n13. Rounded to the third decimal place.", "Number of steps": "13", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Calculator", "Number of tools": "3"}} +{"task_id": "ed58682d-bc52-4baa-9eb0-4eb81e1edacc", "Question": "What is the last word before the second chorus of the King of Pop's fifth single from his sixth studio album?", "Level": 2, "Final answer": "stare", "file_name": "", "Annotator Metadata": {"Steps": "1. Google searched \"King of Pop\".\n2. Clicked on Michael Jackson's Wikipedia.\n3. Scrolled down to \"Discography\".\n4. Clicked on the sixth album, \"Thriller\".\n5. Looked under \"Singles from Thriller\".\n6. Clicked on the fifth single, \"Human Nature\".\n7. Google searched \"Human Nature Michael Jackson Lyrics\".\n8. Looked at the opening result with full lyrics sourced by Musixmatch.\n9. Looked for repeating lyrics to determine the chorus.\n10. Determined the chorus begins with \"If they say\" and ends with \"Does he do me that way?\"\n11. Found the second instance of the chorus within the lyrics.\n12. Noted the last word before the second chorus - \"stare\".", "Number of steps": "12", "How long did this take?": "20 minutes", "Tools": "Web Browser", "Number of tools": "1"}} +{"task_id": "cca70ce6-1952-45d2-acd4-80c903b0bc49", "Question": "Look at the attached image. The quiz is scored as follows:\n\nProblems that ask the student to add or subtract fractions: 5 points\nProblems that ask the student to multiply or divide fractions: 10 points\nProblems that ask the student to form an improper fraction: 15 points\nProblems that ask the student to form a mixed number: 20 points\n\nDue to a technical issue that delayed having students take the quiz, the teacher is giving everyone 5 bonus points.\n\nIf you graded the quiz in the attached image, how many points would the student have earned? There is no partial credit.", "Level": 2, "Final answer": "85", "file_name": "cca70ce6-1952-45d2-acd4-80c903b0bc49.png", "Annotator Metadata": {"Steps": "1. Check the student's answers.\n2. Note problems 3 and 6 are incorrect.\n3. Calculate the points gained based on the point values provided: 1. 10, 2. 10, 3. 0, 4. 5, 5. 20, 6. 0, 7. 5, 8. 10, 9. 15, 10. 5.\n4. Sum them, then add the 5 bonus points: 10 + 10 + 0 + 5 + 20 + 0 + 5 + 10 + 15 + 5 + 5 = 85", "Number of steps": "4", "How long did this take?": "10 minutes", "Tools": "1. image recognition/OCR\n2. calculator", "Number of tools": "2"}} +{"task_id": "872bfbb1-9ccf-49f6-8c5f-aa22818ccd66", "Question": "Which of the fruits shown in the 2008 painting \"Embroidery from Uzbekistan\" were served as part of the October 1949 breakfast menu for the ocean liner that was later used as a floating prop for the film \"The Last Voyage\"? Give the items as a comma-separated list, ordering them in clockwise order based on their arrangement in the painting starting from the 12 o'clock position. Use the plural form of each fruit.", "Level": 3, "Final answer": "pears, bananas", "file_name": "", "Annotator Metadata": {"Steps": "1. Use search engine to search for \"2008 painting Embroidery from Uzbekistan\".\n2. Open the top result, a link to the painting's page on the Dayton Art Institute website, and verify that the painting has the specified title and year.\n3. Identify the fruits in the painting as watermelon, pear, lemon, and banana, which can be verified by either watching the video on the page or reading its linked transcript.\n4. Use search engine to search for \"ocean liner floating prop The Last Voyage\".\n5. Note from the results that this ocean liner was the SS \u00cele de France.\n6. Use search engine to search for \"October 1949 breakfast menu SS \u00cele de France\".\n7. Go to the result that shows the vintage SS \u00cele de France breakfast menu for October 1949.\n8. Search the menu for each of the four fruits from the painting, finding \"Pear\" and \"Bananas\" but no matches for \"lemon\" or \"watermelon\".\n9. Check the positions of the fruits in the painting to find that the pears come before the bananas in clockwise order starting from the 12 o'clock position.\n10. Format the final answer as specified using the correct ordering: pears, bananas", "Number of steps": "10", "How long did this take?": "6", "Tools": "1. Web browser\n2. Search engine\n3. Image recognition and processing tools", "Number of tools": "3"}} +{"task_id": "99c9cc74-fdc8-46c6-8f8d-3ce2d3bfeea3", "Question": "Hi, I'm making a pie but I could use some help with my shopping list. I have everything I need for the crust, but I'm not sure about the filling. I got the recipe from my friend Aditi, but she left it as a voice memo and the speaker on my phone is buzzing so I can't quite make out what she's saying. Could you please listen to the recipe and list all of the ingredients that my friend described? I only want the ingredients for the filling, as I have everything I need to make my favorite pie crust. I've attached the recipe as Strawberry pie.mp3.\n\nIn your response, please only list the ingredients, not any measurements. So if the recipe calls for \"a pinch of salt\" or \"two cups of ripe strawberries\" the ingredients on the list would be \"salt\" and \"ripe strawberries\".\n\nPlease format your response as a comma separated list of ingredients. Also, please alphabetize the ingredients.", "Level": 1, "Final answer": "cornstarch, freshly squeezed lemon juice, granulated sugar, pure vanilla extract, ripe strawberries", "file_name": "99c9cc74-fdc8-46c6-8f8d-3ce2d3bfeea3.mp3", "Annotator Metadata": {"Steps": "Step 1: Load the file supplied to me by my user.\nStep 2: Using speech-to-text tools, convert the audio file to plain text and store it for the candidate word list:\n\n\"In a saucepan, combine ripe strawberries, granulated sugar, freshly squeezed lemon juice, and cornstarch. Cook the mixture over medium heat, stirring constantly, until it thickens to a smooth consistency. Remove from heat and stir in a dash of pure vanilla extract. Allow the strawberry pie filling to cool before using it as a delicious and fruity filling for your pie crust.\"\n\nStep 3: Evaluate the candidate word list and process it, stripping each ingredient encountered to a provisional response list:\n\nripe strawberries\ngranulated sugar\nfreshly squeezed lemon juice\ncornstarch\npure vanilla extract\n\nStep 4: Alphabetize the list of ingredients as requested by my user to create a finalized response:\n\ncornstarch\nfreshly squeezed lemon juice\ngranulated sugar\npure vanilla extract\nripe strawberries\n\nStep 5: Report the correct response to my user:\n\n\"cornstarch\nfreshly squeezed lemon juice\ngranulated sugar\npure vanilla extract\nripe strawberries\"", "Number of steps": "5", "How long did this take?": "3 minutes", "Tools": "1. A file interface\n2. A speech-to-text tool", "Number of tools": "2"}} +{"task_id": "b7f857e4-d8aa-4387-af2a-0e844df5b9d8", "Question": "The attached image contains a Python script. Run the Python code against an array of strings, listed below. The output of the Python script will be a URL containing C++ source code. Compile and run this C++ code against the array [35, 12, 8, 99, 21, 5] and return the sum of the third and fifth integers in the sorted list.\n\narr = ['_alg', 'ghi', 'C++', 'jkl', 'tps', '/Q', 'pqr', 'stu', ':', '//', 'rose', 'vwx', 'yz1', '234', 'tta', '567', '890', 'cod', 'e.', 'or', 'g/', 'wiki', '/', 'ing', 'sort', 'abc' , 'or', 'it', 'hms', 'mno' , 'uic', 'ksort', '#', 'ht' ]", "Level": 2, "Final answer": "47", "file_name": "b7f857e4-d8aa-4387-af2a-0e844df5b9d8.png", "Annotator Metadata": {"Steps": "1. Extract the Python code from the image\n2. Run the code against the provided array. \n3. Navigate to the returned URL (https://web.archive.org/web/20230609112831/https://rosettacode.org/wiki/sorting_algorithms/Quicksort#C++)\n4. Extract the C++ code from the page.\n5. Insert the provided array into the C++ source code:\nint main() {\n std::vector arr = {35, 12, 8, 99, 21, 5};\n quicksort(arr.begin(), arr.end());\n for (const auto& num : arr) {\n std::cout << num << \" \";\n }\n std::cout << \"\\n\";\n return 0;\n}\n6. Compile the edited code.\n7. Run the compiled binary", "Number of steps": "7", "How long did this take?": "45 minutes", "Tools": "1. File handling\n2. Computer vision or OCR\n3. Web browser\n4. Python\n5. C++ compiler\n6. Calculator ", "Number of tools": "6"}} +{"task_id": "d8152ad6-e4d5-4c12-8bb7-8d57dc10c6de", "Question": "I have the Standard plan in the image below, and I just uploaded 60 equally sized files and got a message that I'm 100GB over the limit. I have 980 more files of the same size to upload. What is the average additional cost per file in dollar that goes over my current plan limit rounded to the nearest cent if I have to upgrade to the minimum possible plan to store them all? Answer with the following format: x.xx", "Level": 2, "Final answer": "0.03", "file_name": "d8152ad6-e4d5-4c12-8bb7-8d57dc10c6de.png", "Annotator Metadata": {"Steps": "1. Calculated the total GB of the 60 files based on the standard limit + 100 (2000 + 100 = 2100).\n2. Calculated the size of each file (2100 GB / 60 = 35 GB).\n3. Calculated the number of files over the limit (100 / 35 = 2.8, round up to 3).\n4. Calculated the size of the remaining files (380 * 35 GB = 13,300 GB).\n5. Calculate the plan size required (13,300 GB / 2000 GB/TB = 6.65 TB => Plus plan).\n6. Calculate the additional cost ($19.99 - $9.99 = $10.00).\n7. Calculate the number of files over the Standard limit (380 + 3 = 383).\n8. Calculate the additional cost per added file ($10.00 / 383 = $0.026).\n9. Round to the nearest cent ($0.03).", "Number of steps": "9", "How long did this take?": "8 minutes", "Tools": "1. Image recognition tools\n2. Calculator", "Number of tools": "2"}} +{"task_id": "67e8878b-5cef-4375-804e-e6291fdbe78a", "Question": "The attached PDF lists accommodations in the resort community of Seahorse Island. Which type of accommodation has a higher average rating in Seahorse Island?", "Level": 2, "Final answer": "Hotels", "file_name": "67e8878b-5cef-4375-804e-e6291fdbe78a.pdf", "Annotator Metadata": {"Steps": "1. Open the provided file.\n2. Sum the ratings of the rows listed under Hotels, to get 19.\n3. Divide this by the number of hotels, 5, to get an average rating of 3.8.\n4. Sum the ratings of the rows listed under Rental Houses, to get 35.\n5. Divide this by the number of rental houses, 10, to get an average rating of 3.5.\n6. Since the average rating for hotels is higher than that for rental houses, answer \u201cHotels\u201d.", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. PDF viewer\n2. Calculator", "Number of tools": "2"}} +{"task_id": "c3a79cfe-8206-451f-aca8-3fec8ebe51d3", "Question": "The year is 2022. I am at the National Air and Space Museum east of the Potomac River. I want to go to Fire Station 301 DCA ARFF using the metro. I go in the wrong direction and end up at the station closest to Cleveland Elementary School. How many metro stations am I away from my original destination if I don't change lines? Your answer should be a numerical integer value.", "Level": 3, "Final answer": "8", "file_name": "", "Annotator Metadata": {"Steps": "1. Google search \"National Air and Space Museum\".\n2. Note there are two National Air and Space Museums. One in Virginia, the other in Washington D.C.\n3. Google map search \"Potomac River\" and zoom out.\n4. See that Washington DC is east of the Potomac River.\n5. Determine that the National Air and Space Museum refers to the one in Washington D.C.\n6. Google search \"Metro Station National Air and Space Museum Washington D.C.\"\n7. Clicked on the first result: Getting Here | National Air and Space Museum, https://airandspace.si.edu/visit/museum-dc/directions.\n8. Read on the website, \"The closest Metrorail stop is at L'Enfant Plaza.\" Note this location.\n6. Google map search \"Fire Station 301 DCA ARFF\".\n7. Zoom out to look for nearby metro stations.\n8. The closest station is Ronald Reagan Washington National Airport.\n9. Google map search \"Cleveland Elementary School\".\n10. The closest metro station to Cleveland Elementry School is Shaw-Howard Univ Station.\n11. Google search \"DC Metro Station Map\".\n12. Clicked on the second result: 2022 System Map, https://www.wmata.com/schedules/maps/upload/2022-System-Map.pdf.\n13. Locate L'Enfant Plaza station. It is the transfer station for all color lines.\n14. Locate Shaw-Howard Univ stations 4 stops above L'Enfant Plaza station.\n15. Locate Ronald Reagan National Airport station on the blue/yellow line.\n16. Recall the current location: Shaw-Howard Univ station's yellow/green line.\n17. Since the question says no line changes, we deduce the line must be one that Shaw-Howard Univ and Ronald Reagan National Airport stations have in common: yellow line.\n18. Begin at Shaw-Howard Univ station and follow the yellow line.\n19. Count the number of stops until it reaches Ronald Reagan National Airport station.\n20. Final answer: 8. \n", "Number of steps": "20", "How long did this take?": "50 minutes", "Tools": "1. Web Browser\n2. Search Engine\n3. Access to Google Maps\n4. Image recognition tools", "Number of tools": "4"}} +{"task_id": "d0633230-7067-47a9-9dbf-ee11e0a2cdd6", "Question": "In the Scikit-Learn July 2017 changelog, what other predictor base command received a bug fix? Just give the name, not a path.", "Level": 1, "Final answer": "BaseLabelPropagation", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Scikit-Learn July 2017 changelog\" on Google.\n2. Opened \"Release History\" from the Scikit-Learn website.\n3. Clicked \"Other versions\" in the upper left.\n4. Opened the links, starting from the bottom, until one was found that included the \"July 2017\" changelog under the News.\n5. Looked for the \"Bug fixes\" section.\n6. Looked under \"Other predictors\" in that section.", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "023e9d44-96ae-4eed-b912-244ee8c3b994", "Question": "It's May 2023, and I'm about to drive across the U.S. from California to Maine. I always recycle my water bottles at the end of a trip, and I drink 5 12-ounce water bottles for every 100 miles I travel, rounded to the nearest 100. Assuming I follow I-40 from Los Angeles to Cincinnati, then take I-90 from Cincinnati to Augusta, how many dollars will I get back according to Wikipedia?", "Level": 2, "Final answer": "8", "file_name": "", "Annotator Metadata": {"Steps": "1. Looked up the route from Los Angeles to Cincinnati on Google.\n2. Noted the miles (2,180 mi) and the states traveled.\n3. Looked up the route from Cincinnati to Augusta on Google.\n4. Noted the miles (1,035.4 mi) and the states traveled.\n5. Searched \"us bottle deposit\" on Google.\n6. Opened the \"Container deposit legislation in the United States\" page on Wikipedia.\n7. Clicked \"View history\" for the page.\n8. Opened the last version from May 2023.\n9. Found Maine's bottle deposit as of May 2023 (5 cents)\n10. Added the miles (2,180 + 1,035 = 3,215).\n11. Rounded the miles to the nearest 100 (3,200).\n12. Calculated the number of bottles (3,200 / 100 = 32, 32 * 5 = 160 bottles).\n13. Multiplied bottles by bottle deposit (160 * 5 = 800).\n14. Converted cents to dollars ($8).", "Number of steps": "14", "How long did this take?": "15 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Calculator", "Number of tools": "3"}} +{"task_id": "305ac316-eef6-4446-960a-92d80d542f82", "Question": "Who did the actor who played Ray in the Polish-language version of Everybody Loves Raymond play in Magda M.? Give only the first name.", "Level": 1, "Final answer": "Wojciech", "file_name": "", "Annotator Metadata": {"Steps": "1. Search \"Polish-language version of Everybody Loves Raymond\" and pull up the Wiki page for Wszyscy kochaj\u0105 Romana.\n2. See that Bart\u0142omiej Kasprzykowski is marked as playing Ray and go to his Wiki page.\n3. See that he is stated to have played Wojciech P\u0142aska in Magda M.", "Number of steps": "3", "How long did this take?": "5 minutes", "Tools": "None", "Number of tools": "0"}} +{"task_id": "0e9e85b8-52b9-4de4-b402-5f635ab9631f", "Question": "What is the latest chronological year date written in the image on the webpage found when following the first citation reference link on the latest version of Carl Nebel's Wikipedia page as of August 2023?", "Level": 2, "Final answer": "1927", "file_name": "", "Annotator Metadata": {"Steps": "1. Located Carl Nebel's Wikipedia page.\n2. After navigating to the references at the bottom, I followed the link in the first one, titled \"Thieme-Becker, entry \"Nebel, Carl\"\"\n3. That takes me to the Thieme-Becker Wiki page, where I open the embedded image.\n4. Scanning through, the latest year date mentioned is 1927", "Number of steps": "4", "How long did this take?": "15 Minutes", "Tools": "1. A web browser\n2. A search engine\n3. Image recognition/OCR", "Number of tools": "3"}} +{"task_id": "20194330-9976-4043-8632-f8485c6c71b2", "Question": "The YouTube channel Game Grumps began a Let\u2019s Play of the game Sonic the Hedgehog (2006) in the year 2012. Thirty seconds into the first episode, a phrase is shown on the screen in white letters on a red background. How many times does the letter \"E\" appear in this phrase?", "Level": 2, "Final answer": "4", "file_name": "", "Annotator Metadata": {"Steps": "1. Look up \"Game grumps sonic 2006 playthrough\".\n2. Click on the first result and verify that it matches the parameters from the question.\n3. Scrub to the thirty-second mark in the video.\n4. Note the letters in white on the red background.\n5. Count the letter \"E\"'s in the phrase.", "Number of steps": "5", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. YouTube player\n3. Color recognition\n4. OCR", "Number of tools": "4"}} +{"task_id": "4d51c4bf-4b0e-4f3d-897b-3f6687a7d9f2", "Question": "This spreadsheet contains a list of clients for a retractable awning company. Each client has ordered a new awning for the back of their house within the last 90 days. The company makes different designs depending on whether the awning is made to block sunrises or sunsets. In this region, houses with odd-numbered street addresses face east, and houses with even-numbered street addresses face west. How many of these clients will be receiving the sunset awning design?", "Level": 2, "Final answer": "8", "file_name": "4d51c4bf-4b0e-4f3d-897b-3f6687a7d9f2.xlsx", "Annotator Metadata": {"Steps": "1. Open the attached spreadsheet.\n2. Count the number of even and odd street addresses: 4 are even and 8 are odd. So, 4 houses face west and 8 houses face east.\n3. Since these awnings are for the backyard, the houses that face east have a back facing west, and vice-versa. Since the sun sets in the west, the 8 east-facing houses need the sunset-style awning.", "Number of steps": "3", "How long did this take?": "5 minutes", "Tools": "1. Microsoft Excel / Google Sheets", "Number of tools": "1"}} +{"task_id": "0383a3ee-47a7-41a4-b493-519bdefe0488", "Question": "On the BBC Earth YouTube video of the Top 5 Silliest Animal Moments, what species of bird is featured?", "Level": 1, "Final answer": "Rockhopper penguin", "file_name": "", "Annotator Metadata": {"Steps": "1. Search \"top 5 silliest animal moments bbc earth youtube\" on Google search.\n2. Open the top link to \"Top 5 Silliest Animal Moments! | BBC Earth - YouTube\".\n3. Listen to the video until the species is named.", "Number of steps": "3", "How long did this take?": "3 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Video recognition tools", "Number of tools": "3"}} +{"task_id": "65638e28-7f37-4fa7-b7b9-8c19bb609879", "Question": "The book with the doi 10.1353/book.24372 concerns a certain neurologist. According to chapter 2 of the book, what author influenced this neurologist\u2019s belief in \u201cendopsychic myths\u201d? Give the last name only.", "Level": 2, "Final answer": "Kleinpaul", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for 10.1353/book.24372.\n2. Click link to read the book.\n3. Click link for the second chapter.\n4. Ctrl-F for \u201cendopsychic\u201d to find a relevant passage.\n5. Read the passage to find the author the question is asking about, Kleinpaul.", "Number of steps": "5", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser\n3. PDF viewer", "Number of tools": "3"}} +{"task_id": "3ff6b7a9-a5bd-4412-ad92-0cd0d45c0fee", "Question": "The longest-lived vertebrate is named after an island. According to Wikipedia as of January 1, 2021, what is the 2020 estimated population of that island, to the nearest thousand?", "Level": 2, "Final answer": "56000", "file_name": "", "Annotator Metadata": {"Steps": "1. Do a web search for \"longest-lived vertebrate\"\n2. Find the answer, \"Greenland shark\"\n3. Find the Wikipedia entry for Greenland\n4. Look at the first revision dated January 1, 2021\n5. Find the 2020 population estimate, 56081\n6. Round to the nearest thousand, 56000", "Number of steps": "6", "How long did this take?": "30 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Access to Wikipedia\n4. Natural language processor", "Number of tools": "4"}} +{"task_id": "f918266a-b3e0-4914-865d-4faa564f1aef", "Question": "What is the final numeric output from the attached Python code?", "Level": 1, "Final answer": "0", "file_name": "f918266a-b3e0-4914-865d-4faa564f1aef.py", "Annotator Metadata": {"Steps": "1. Run the attached Python code", "Number of steps": "1", "How long did this take?": "30 seconds", "Tools": "1. Python", "Number of tools": "1"}} +{"task_id": "708b99c5-e4a7-49cb-a5cf-933c8d46470d", "Question": "On the DeepFruits fruit detection graph on Connected Papers from 2016, what feature caused the largest bubble to be the size it is?", "Level": 2, "Final answer": "Citations", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"connected papers deepfruits\" on Google search.\n2. Opened the \"DeepFruits: A Fruit Detection System Using Deep Neural Networks\" graph on ConnectedPapers.com.\n3. Clicked on the largest bubble (Redmon, 2015).\n4. Clicked on other bubbles to compare their features.\n5. Noted that Citations was the feature where the Redmon bubble exceeded all the others.", "Number of steps": "5", "How long did this take?": "7 minutes", "Tools": "1. Graph interaction tools\n2. Web browser\n3. Search engine", "Number of tools": "3"}} +{"task_id": "0a65cb96-cb6e-4a6a-8aae-c1084f613456", "Question": "During the first week of August 2015, one of the NASA Astronomy Pictures of the Day shows the lights of a city on the horizon. The namesake of this city also has a landmark building in Chicago named after him. What is the name of the architectural firm that designed this landmark building? Give the first name appearing in the name of the firm as of June 2023.", "Level": 2, "Final answer": "Holabird", "file_name": "", "Annotator Metadata": {"Steps": "1. Use search engine to search for \"NASA Astronomy Pictures of the Day August 2015\".\n2. Navigate to the NASA Astronomy Picture of the Day Archive.\n3. Open the Astronomy Picture of the Day for 2015 August 1-7.\n4. Read the descriptions to check which picture shows the lights of a city on the horizon (2015 August 3) and note the name of the city (Marquette, Michigan, USA).\n5. Go to the Wikipedia article for Marquette, Michigan and note that the city was named after Jacques Marquette.\n6. Go to the Wikipedia article for Jacques Marquette and note that the Marquette Building in Chicago was named after him.\n7. Go to the Wikipedia page for the Marquette Building and verify that it is a Chicago landmark.\n8. Read the article and note that it was designed by architects Holabird & Roche.\n9. Go to the Wikipedia page for Holabird & Roche.\n10. Under \"View history\", select the latest version of the page revised during or before June 2023.\n11. Note that the name of the firm is Holabird & Root as of June 2023.", "Number of steps": "11", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "11af4e1a-5f45-467d-9aeb-46f4bb0bf034", "Question": "How many more blocks (also denoted as layers) in BERT base encoder than the encoder from the architecture proposed in Attention is All You Need?", "Level": 1, "Final answer": "6", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the internet for \"blocks in bert base\"\n2. Examine the search results page to locate the answer (12)\n3. Search the internet for \"attention is all you need layers\"\n4, Navigate to https://proceedings.neurips.cc/paper_files/paper/2017/file/3f5ee243547dee91fbd053c1c4a845aa-Paper.pdf from the search results page\n5. Examine the architecture section of the PDF to locate the answer (12)\n6. Calculate the difference between the two numbers", "Number of steps": "6", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Calculator", "Number of tools": "3"}} +{"task_id": "e142056d-56ab-4352-b091-b56054bd1359", "Question": "Bob was invited to participate in a game show, and he advanced to the final round. The final round offered Bob the chance to win a large sum by playing a game against the host. The host has 30 shiny prop coins, each of which is worth $1,000 if Bob manages to win them by playing the game. The host hides the coins in three different prize boxes and then shuffles their order. The only rule restricting the host's coin placement is that one box must contain at least 2 coins, and one box must contain 6 more coins than another box. In order to play, Bob must submit three guesses, one guess for the number of coins in each box. The box is then opened and the number of coins is revealed. If Bob's guess is a number greater than the number of coins in the box, Bob earns no coins. If Bob guesses a number equal to or less than the number of coins in the box, Bob wins a number of coins equal to his guess.\n\nIf Bob plays uses the optimal strategy, what's the minimum amount of money he can win from the game?", "Level": 1, "Final answer": "16000", "file_name": "", "Annotator Metadata": {"Steps": "Step 1: Evaluate the problem statement provided by my user, storing the relevant information: \n30 coins with a value of $1,000 distributed between 3 boxes.\nEach box must contain at least 2 coins\nOne box must contain 6 more coins than another\n\nStep 2: Evaluate the base distribution: 2-8-20, noting that two boxes must contain at least 8 coins\n\nStep 3: Evaluate the most even allowable distribution: 8,8,14, noting that two boxes must contain at least 8 coins\n\nStep 4: Evaluate a case where Bob guesses 8 for each box in the outlier distributions.\nStep 5: For the worst case 2-8-20 distribution, Bob wins 0+8+8 = 16 coins\nStep 6: For the 8-8-14 distribution, Bob wins 8+8+8 = 24 coins\nStep 7: Convert the worst-case coin count to a prize value, 16*$1,000 = $16,000\nStep 8: Report the correct answer to my user: \"$16,000\"", "Number of steps": "8", "How long did this take?": "5 minutes", "Tools": "1. A calculator", "Number of tools": "1"}} +{"task_id": "50ad0280-0819-4bd9-b275-5de32d3b5bcb", "Question": "Pull out the sentence in the following 5x7 block of text. Read from left to right and use all of the letters in order:\n\nTHESE\nAGULL\nGLIDE\nDPEAC\nEFULL\nYTOMY\nCHAIR", "Level": 1, "Final answer": "The seagull glided peacefully to my chair.", "file_name": "", "Annotator Metadata": {"Steps": "1. I start with the first line, \"T H E S E\" and proceed to the next, \"A G U L L\". At this point, I am able to discern that \"A G U L L\" is probably meant to be \"A GULL\". However, I continue to read through the rest of the lines to get a sense of any other words that might jump out that would substantiate \"A GULL\" being accurate both semantically and syntactically. 2. So now I am on the last line and decide to work backwards. \"CHAIR\" is on the last line all by itself and this does seem a plausible fit as a full word rather than a fragment of another word. When I look to the line directly above \"Y T O M Y\", the word \"my\" jumps out and this is a natural accompaniment to the noun often used to indicate possession. \n3. Eliminating the \"MY\" at the end of \"Y T O MY\" leaves \"Y T O\" remaining in the line and I immediately recognize the preposition \"TO\". It is a this point I am fairly confident that \"TO MY CHAIR\" is most likely accurate. Given that there is only a \"Y\" left, I discern it is more than likely the end of a word located in the row above.\n4. I am now on the fifth row down and am looking at the letters \"E F U L L\" Attaching the \"Y\" left over from the sixth row below I see \"E F U L L Y\" I recognize the word \"FULLY\" I know it can stand alone as an adverb or it can serve as a suffix to a larger adverb.\n5. Detaching the \"FULLY\", leaves the \"E\" alone on the line. Knowing it does not represent a word on its own in the English language, I look to attach it to the line above (row 4).\n6. The fourth row reads \"D P E A C\". Adding the \"E\" to the end, the first word I can separate out is \"ACE\". However \"ACEFULLY\" is not a word nor does \"ACE FULLY TO MY CHAIR\" make sense. When working my way left through the line, continuing to attach each letter as I go, I land on the \"P\" and am fairly confident that the word is \"PEACEFULLY\".\n7. Eliminating the \"PEAC\" from the row leaves me left with a \"D\". Now I look at the row above, row 3 and see that the row comprises the word \"GLIDE\" Adding the \"D\" to the end of the word would not only be permissible in terms of a displaying appropriate tense but it also makes sense as I add it to the fragment I have so far. I now can read \"GLIDED PEACEFULLY TO MY CHAIR\".\n8. Now, I am on the second line and if I were to read it from there on down it would read \"A GULL GLIDED PEACEFULLY TO MY CHAIR\". While this reads well and makes sense semantically and syntactically on its own, it does not make sense when I add the first row. THESE A GULL GLIDED PEACEFULLY TO MY CHAIR. So now I am left with the conclusion that \"A GULL\" is not correct. Either it is part of a larger word or the letters need to be broken down further. At a quick glace, I can see that they don't make sense being broken down further so I leave \"GULL\" and add the \"A\" to the string above. Immediately my eye sees that \"A can be added to \"SE\" to make \"SEA\" and that the remaining\nletters spell the word \"THE\" I now know the sentence reads \"The seagull glided peacefully to my chair.", "Number of steps": "8", "How long did this take?": "a few minutes at most", "Tools": "None", "Number of tools": "0"}} +{"task_id": "65da0822-a48a-4a68-bbad-8ed1b835a834", "Question": "All of the individuals who formally held the position of United States secretary of homeland security prior to April 2019, excluding those who held the position in an acting capacity, have a bachelor's degree. Of the universities that these bachelor's degrees were from, which is the westernmost university and which is the easternmost university? Give them to me as a comma-separated list, I only want the name of the cities where the universities are located, with the westernmost city listed first.", "Level": 2, "Final answer": "Santa Clara, Boston", "file_name": "", "Annotator Metadata": {"Steps": "1. Go to the Wikipedia page for \"United States secretary of homeland security\".\n2. Open the Wikipedia pages for each person who held the position of United States secretary of homeland security in a non-acting capacity prior to April 2019.\n3. Using the infobox on each person's Wikipedia page, open the Wikipedia page for the university from which each person received a bachelor's degree (bachelor's degree indicated by AB, BA, or BS).\n4. Comparing the longitude coordinates for each university given on their Wikipedia pages, note that Santa Clara University is the westernmost as it has the highest longitude value in degrees W.\n5. Note that the easternmost is either Harvard University or University of Massachusetts Boston, but the longitude for Harvard University is expressed in degrees, minutes, and seconds (71\u00b007\u203201\u2033W) while the longitude for University of Massachusetts Boston is expressed in decimal degrees (71.038445\u00b0W), requiring conversion to determine which is further east.\n6. Convert 71\u00b007\u203201\u2033W to decimal degrees using the formula [decimal degrees] = [degrees] + [minutes] / 60 + [seconds] / 3600 to get approximately 71.1169\u00b0W for Harvard's longitude, which is further west than the University of Massachusetts Boston's longitude.\n7. Use determined westernmost and easternmost university names to produce the final answer: Santa Clara University, University of Massachusetts Boston", "Number of steps": "7", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Calculator", "Number of tools": "2"}} +{"task_id": "da52d699-e8d2-4dc5-9191-a2199e0b6a9b", "Question": "The attached spreadsheet contains a list of books I read in the year 2022. What is the title of the book that I read the slowest, using the rate of words per day?", "Level": 3, "Final answer": "Out of the Silent Planet", "file_name": "da52d699-e8d2-4dc5-9191-a2199e0b6a9b.xlsx", "Annotator Metadata": {"Steps": "1. Open the attached file.\n2. Search the web for the number of pages in the first book, Fire and Blood by George R. R. Martin.\n3. Since the results give conflicting answers, use an estimated word count of 200,000. The reading rates for the different books likely aren\u2019t close enough that a precise word count matters.\n4. Search the web for \u201csong of solomon toni morrison word count\u201d, to get the word count for the next book.\n5. Note the answer, 97,364.\n6. Search the web for \u201cthe lost symbol dan brown word count\u201d.\n7. Since the results give conflicting answers, use an estimated word count of 150,000.\n8. Search the web for \u201c2001 a space odyssey word count\u201d.\n9. Since the results give conflicting answers, use an estimated word count of 70,000.\n10. Search the web for \u201camerican gods neil gaiman word count\u201d.\n11. Note the answer, 183,222.\n12. Search the web for \u201cout of the silent planet cs lewis word count\u201d.\n13. Note the word count, 57,383.\n14. Search the web for \u201cthe andromeda strain word count\u201d.\n15. Note the word count, 67,254.\n16. Search the web for \u201cbrave new world word count\u201d.\n17. Note the word count, 63,766.\n18. Search the web for \u201csilence shusaku endo word count\u201d.\n19. Note the word count, 64,000\n20. Search the web for \u201cthe shining word count\u201d.\n21. Note the word count, 165,581.\n22. Count the number of days it took to read the first book: 45.\n23. Since the next book was read over the end of February, search the web for \u201cwas 2022 a leap year\u201d.\n24. Note that 2022 was not a leap year, so it has 28 days.\n25. Count the number of days it took to read the second book, 49.\n26. Count the number of days it took to read the third book, 66.\n27. Count the number of days it took to read the fourth book, 24.\n28. Count the number of days it took to read the fifth book, 51.\n29. Count the number of days it took to read the sixth book, 37.\n30. Count the number of days it took to read the seventh book, 31.\n31. Count the number of days it took to read the eighth book, 20.\n32. Count the number of days it took to read the ninth book, 34.\n33. Count the number of days it took to read the final book, 7.\n34. Divide the word count by number of pages to get words per day. For the first book, this is 200,000 divided by 45 equals about 4,444.\n35. Calculate the words per day for the second book, 1,987.\n36. Calculate the words per day for the third book, 2,273.\n37. Calculate the words per day for the fourth book, 2,917.\n38. Calculate the words per day for the fifth book, 3,593.\n39. Calculate the words per day for the sixth book, 1,551.\n40. Calculate the words per day for the seventh book, 2,169.\n41. Calculate the words per day for the eighth book, 3,188.\n42. Calculate the words per day for the ninth book, 1,882.\n43. Calculate the words per day for the final book, 23,654.\n44. Note the title of the book with the least words per day, Out of the Silent Planet.", "Number of steps": "44", "How long did this take?": "15 minutes", "Tools": "1. Microsoft Excel / Google Sheets\n2. Search engine\n3. Web browser\n4. Calculator", "Number of tools": "4"}} +{"task_id": "0bb3b44a-ede5-4db5-a520-4e844b0079c5", "Question": "Consider the following symbols: \ud809\udc1c \ud809\udc10\ud809\udc1a\n\nThis is a number written using the Mesopotamian/Babylonian number system and represented with Sumerian cuneiform. Convert this number into Arabic numerals as a decimal number.", "Level": 2, "Final answer": "536", "file_name": "", "Annotator Metadata": {"Steps": "1. Look up Babylonian number system (base 60, using uniform 'hashmarks' as counters)\n2. Converted the Cuniform to Arabic (8 56)\n3. Since Babylonian is a base 60 system, converted the \"60\"'s place to decimal (8*60=480)\n4. Added 56 to 480 (536).", "Number of steps": "4", "How long did this take?": "10 minutes", "Tools": "1. Bablyonian cuniform -> arabic legend", "Number of tools": "1"}} +{"task_id": "7673d772-ef80-4f0f-a602-1bf4485c9b43", "Question": "On Cornell Law School website's legal information institute, under the fifth section of federal rules alphabetically, what word was deleted in the last amendment to the first rule in the article that has \"witnesses\" in the most titles as of 2021?", "Level": 1, "Final answer": "inference", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Cornell Law School legal information institute\" on Google.\n2. Opened https://www.law.cornell.edu/.\n3. Clicked Get The Law > Federal Rules > Federal Rules of Evidence (fourth section down).\n4. Found the article that has \"witnesses\" in the most titles (VII).\n5. Opened the first rule (701).\n6. Scrolled to the last amendment as of 2021 (2011 amendment).\n7. Found the word that was deleted (inference).", "Number of steps": "7", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "73c1b9fe-ee1d-4cf4-96ca-35c08f97b054", "Question": "According to the USGS, in what year was the American Alligator first found west of Texas (not including Texas)?", "Level": 2, "Final answer": "1954", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cAmerican Alligator USGS\u201d.\n2. Click result for the USGS Species Profile.\n3. Click \u201cAnimated Map\u201d.\n4. Click the \u201cSkip years with no recorded sightings\u201d button.\n5. Zoom out on the map to better view the whole U.S.\n6. Move the slider back to the beginning, then advance it until I see a red dot pop up west of Texas.\n7. Note the year that the dot appears, 1954.", "Number of steps": "7", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Image recognition", "Number of tools": "3"}} +{"task_id": "c365c1c7-a3db-4d5e-a9a1-66f56eae7865", "Question": "Of the cities within the United States where U.S. presidents were born, which two are the farthest apart from the westernmost to the easternmost going east, giving the city names only? Give them to me in alphabetical order, in a comma-separated list", "Level": 1, "Final answer": "Braintree, Honolulu", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"cities where us presidents are born\" on Google.\n2. Opened \"List of presidents of the United States by home state\" on Wikipedia.\n3. Searched the eastern cities to find the easternmost one (Braintree, MA).\n4. Checked the westernmost city (Honolulu, HI).", "Number of steps": "4", "How long did this take?": "8 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "3"}} +{"task_id": "ad2b4d70-9314-4fe6-bfbe-894a45f6055f", "Question": "Eva Draconis has a personal website which can be accessed on her YouTube page. What is the meaning of the only symbol seen in the top banner that has a curved line that isn't a circle or a portion of a circle? Answer without punctuation.", "Level": 3, "Final answer": "War is not here this is a land of peace", "file_name": "", "Annotator Metadata": {"Steps": "1. By googling Eva Draconis youtube, you can find her channel.\n2. In her about section, she has written her website URL, orionmindproject.com.\n3. Entering this website, you can see a series of symbols at the top, and the text \"> see what the symbols mean here\" below it.\n4. Reading through the entries, you can see a short description of some of the symbols.\n5. The only symbol with a curved line that isn't a circle or a portion of a circle is the last one.\n6. Note that the symbol supposedly means \"War is not here, this is a land of peace.\"", "Number of steps": "6", "How long did this take?": "30 minutes.", "Tools": "1. A web browser.\n2. A search engine.\n3. Access to YouTube\n4. Image recognition tools", "Number of tools": "4"}} +{"task_id": "5b2a14e8-6e59-479c-80e3-4696e8980152", "Question": "The brand that makes these harnesses the dogs are wearing in the attached pic shares stories from their ambassadors on their website. What meat is mentioned in the story added Dec 8th 2022?", "Level": 3, "Final answer": "bacon", "file_name": "5b2a14e8-6e59-479c-80e3-4696e8980152.jpg", "Annotator Metadata": {"Steps": "1. Use image search for \"dog harness brands with yellow logos\"\n2. Look at harnesses until a similar harness shows up\n3. Click through to see the harness\n4. Search \"ruffwear\"\n5. Go to the website\n6. Navigate to stories\n7. Find the story posted Dec 8th 2022\n8. Read the story to find any meats mentioned", "Number of steps": "8", "How long did this take?": "15 minutes", "Tools": "1. image recognition tools\n2. image search tools\n3. web browser\n4. search engine", "Number of tools": "4"}} +{"task_id": "7d4a7d1d-cac6-44a8-96e8-ea9584a70825", "Question": "According to Girls Who Code, how long did it take in years for the percentage of computer scientists that were women to change by 13% from a starting point of 37%?", "Level": 1, "Final answer": "22", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Girls Who Code\" on Google.\n2. Opened https://girlswhocode.com/.\n3. Clicked \"About Us\".\n4. Noted that the chart started at 37% and declined to 24%.\n5. Subtracted the marked years to find the number of years (2017 - 1995 = 22).", "Number of steps": "5", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Calculator", "Number of tools": "3"}} +{"task_id": "dc22a632-937f-4e6a-b72f-ba0ff3f5ff97", "Question": "What was the complete title of the book in which two James Beard Award winners recommended the restaurant where Ali Khan enjoyed a New Mexican staple in his cost-conscious TV show that started in 2015? Write the numbers in plain text if there are some in the title.", "Level": 1, "Final answer": "Five Hundred Things To Eat Before It's Too Late: and the Very Best Places to Eat Them", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"Ali Khan New Mexico staple TV show\" on Google.\n2. Opened \"Albuquerque | Cheap Eats\" at https://www.cookingchanneltv.com/shows/cheap-eats/episodes/albuquerque.\n3. Noted the New Mexico staple and the list of restaurants.\n4. Searched \"Albuquerque Cheap Eats carne avodava\" on Google.\n5. Confirmed the restaurant name (Papa Felipe's) from the results.\n6. Searched \"James Beard Award winners Papa Felipe's\" on Google.\n7. Opened \"Papa Felipe's Mexican Restaurant - Albuquerque, New ...\" at https://www.nmgastronome.com/?p=4572.\n8. Clicked the link on the book title.\n9. Copied the full book title from Amazon.", "Number of steps": "9", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "e2d69698-bc99-4e85-9880-67eaccd66e6c", "Question": "As of August 2023, who is the only winner of the US version of Survivor to be born in the month of May?", "Level": 2, "Final answer": "Michele Fitzgerald", "file_name": "", "Annotator Metadata": {"Steps": "1. Google \"American Survivor Winners\". Scroll down to the Wikipedia listing \"Survivor (American TV Series)\".\n Search, https://en.wikipedia.org/wiki/Survivor_(American_TV_series), \n2.I begin to make a list of all the Survivor winners and their seasons. \n3.I google \"survivor cast CBS\" and click on cast tab at cbs.com (https://www.cbs.com/shows/survivor/cast/). It features the players of the most recently aired season. I click on the Seasons tab and scroll down to the first season. I find the winner from the first season (based on my list compiled from the en.wikipedia.org site mentioned in step 1) and scroll through the bio information until I see the mention of their birthday. It is usually contained in the last sentence of the bio. I repeat this process until I get to Season 18. It is at this point that CBS starts to omit the full birthdays. For seasons 18 and 19 they include the month and date but omit the year. By Season 20, the birthday is omitted completely. \n4. So now I am making a simple template entry in google for each successive winner: When was (insert winner's name), winner of (insert season they won) of Survivor born? There are usually two prominent sites I look for in my Google feed for this information:\n\n 1. Wikipedia page for that contestant: ex.: https://en.wikipedia.org/wiki/J._T._Thomas_(Survivor_contestant)\n 2. Survivor Wiki: ex.: https://survivor.fandom.com/wiki/J.T._Thomas \n Overall I have found the fan pages to be pretty reliable. If both options were available, I did take the opportunity to verify \n that they matched up. I did not find any discrepancies (as far as birthdays) between the two.\n\n5. Now I have a list of all forty of the winners from the first forty seasons of Survivor (two of them have won twice). I comb the list and \nnote the months when they are mentioned and how many times that they appear. Michele Fitzgerald, the winner of Season 32 of Survivor, is the only listed with a birthday in May.", "Number of steps": "I have five main processes listed but the individual steps for each winner (and any confirmation searches) would place it into the 40-60 range.", "How long did this take?": "65 minutes", "Tools": "1. web browser\n2. search engine", "Number of tools": "2"}} +{"task_id": "3f57289b-8c60-48be-bd80-01f8099ca449", "Question": "How many at bats did the Yankee with the most walks in the 1977 regular season have that same season?", "Level": 1, "Final answer": "519", "file_name": "", "Annotator Metadata": {"Steps": "1. Search \"yankee stats\" to find their MLB stats page.\n2. Set the data to the 1977 regular season.\n3. Sort to find the most walks.\n4. See how many at bats the player had.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. web browser\n2. search engine", "Number of tools": "2"}} +{"task_id": "a56f1527-3abf-41d6-91f8-7296d6336c3f", "Question": "The cover of the August 2021 issue of Vogue shows a famous landmark in the background behind some trees. How tall is this monument in yards, rounded to the nearest yard? Give the number only.", "Level": 2, "Final answer": "185", "file_name": "", "Annotator Metadata": {"Steps": "1. Use search engine to search for \"Vogue August 2021 cover\".\n2. Find the result from Vogue's archive for the August 2021 issue and go to the webpage.\n3. Identify the monument in the cover image as the Washington Monument.\n4. Go to the Wikipedia page for the Washington Monument.\n5. In the infobox, note that the height is 555 ft. \n6. Convert 555 ft to yards using a conversion factor of 1 yd / 3 ft: 555 ft * 1 yd / 3 ft = 185 yd, giving a final answer of 185.", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Image recognition tools\n4. Calculator", "Number of tools": "4"}} +{"task_id": "23dd907f-1261-4488-b21c-e9185af91d5e", "Question": "In Audre Lorde\u2019s poem \u201cFather Son and Holy Ghost\u201d, what is the number of the stanza in which some lines are indented?", "Level": 1, "Final answer": "2", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cAudre Lorde Father Son and Holy Ghost\u201d.\n2. Click on Poetry Foundation result.\n3. Note the stanza that appears to have lines indented, the second one.\n4. Return to search results to confirm.\n5. Click on second result.\n6. Confirm that the indentation appears in the second stanza here as well.", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2"}} +{"task_id": "42d4198c-5895-4f0a-b0c0-424a66465d83", "Question": "I'm curious about how much information is available for popular video games before their release. Find the Wikipedia page for the 2019 game that won the British Academy Games Awards. How many revisions did that page have before the month listed as the game's release date on that Wikipedia page (as of the most recent entry from 2022)?", "Level": 2, "Final answer": "60", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for British Academy Video Games Award for Best Game 2019\n2. Find the answer, Outer Wilds\n3. Find the Wikipedia page for Outer Wilds\n4. Go to the last revision from 2022.\n5. Note the release date, May 29, 2019\n6. View the page history\n7. Count how many edits were made to the page before May 2019\n8. Arrive at the answer, 60", "Number of steps": "8", "How long did this take?": "30 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Access to Wikipedia\n4. Calculator or counting function", "Number of tools": "4"}} +{"task_id": "edd4d4f2-1a58-45c4-b038-67337af4e029", "Question": "The attached spreadsheet lists the locomotives owned by a local railroad museum. What is the typical American name for the type of locomotive this museum uses for the Murder Mystery Express?", "Level": 2, "Final answer": "Berkshire", "file_name": "edd4d4f2-1a58-45c4-b038-67337af4e029.xlsx", "Annotator Metadata": {"Steps": "1. Open the provided spreadsheet.\n2. Locate the locomotive used for the Murder Mystery Express, which is listed as a steam locomotive with a 2-8-4 wheel configuration.\n3. Search the web for \u201c2-8-4 steam locomotive\u201d.\n4. Note the most common name for a locomotive with this wheel configuration, a Berkshire.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Microsoft Excel\n2. Search engine", "Number of tools": "2"}} +{"task_id": "a26649c6-1cb2-470a-871e-6910c64c3e53", "Question": "What is the absolute difference in tens of thousands between the population of chinstrap penguins on the Wikipedia page for penguin species populations as of the end of 2018 and the population recorded in the Nature.com \"global population assessment of the Chinstrap penguin\" article from 2020, assuming two penguins per breeding pair?", "Level": 2, "Final answer": "116", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"penguin species populations wikipedia\" on Google search.\n2. Opened the \"List of Sphenisciformes by population\" Wikipedia article.\n3. Clicked \"View history\".\n4. Scrolled to the end of 2018 and opened the page.\n5. Scrolled to the encoding for the population table.\n6. Recorded the number of chinstrap penguins (8 million).\n7. Searched \"Nature.com global population assessment of the Chinstrap penguin 2020\" in Google search.\n8. Opened the top link to the article with the corresponding name and date.\n9. Read the abstract and noted the number of breeding pairs (3.42 million).\n10. Multiplied the breeding pairs by 2 to get the number of penguins (6.84 million).\n11. Subtracted the Wikipedia population from the Nature.com population (1.16 million).\n12. Multiplied 1.16 by 100 to get tens of thousands (116).", "Number of steps": "12", "How long did this take?": "20 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Calculator", "Number of tools": "3"}} +{"task_id": "4d0aa727-86b1-406b-9b33-f870dd14a4a5", "Question": "The attached file lists the locomotives owned by a local railroad museum. It gives each locomotive\u2019s identifying number, operating status, and the name of the daily excursion it heads, if operational. What are the odds that today\u2019s Sunset Picnic Trip will use a steam locomotive? Assume that each day\u2019s excursion picks one of its assigned locomotives at random, and express the answer in the form \u201c1 in 4\u201d, \u201c1 in 5\u201d, etc.", "Level": 2, "Final answer": "1 in 3", "file_name": "4d0aa727-86b1-406b-9b33-f870dd14a4a5.xlsx", "Annotator Metadata": {"Steps": "1. Open the provided file.\n2. Count the number of locomotives with \u201cSunset Picnic Trip\u201d listed in the excursion column, 3.\n3. Count the number of those locomotives that are listed in the \u201cSteam\u201d section, 1.\n4. Since there are three total locomotives used for the Sunset Picnic Trip, and one is a steam locomotive, the odds are 1 in 3.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Microsoft Excel", "Number of tools": "1"}} +{"task_id": "1f975693-876d-457b-a649-393859e79bf3", "Question": "Hi, I was out sick from my classes on Friday, so I'm trying to figure out what I need to study for my Calculus mid-term next week. My friend from class sent me an audio recording of Professor Willowbrook giving out the recommended reading for the test, but my headphones are broken :(\n\nCould you please listen to the recording for me and tell me the page numbers I'm supposed to go over? I've attached a file called Homework.mp3 that has the recording. Please provide just the page numbers as a comma-delimited list. And please provide the list in ascending order.", "Level": 1, "Final answer": "132, 133, 134, 197, 245", "file_name": "1f975693-876d-457b-a649-393859e79bf3.mp3", "Annotator Metadata": {"Steps": "Step 1: Load the file supplied by my user.\nStep 2: Using audio processing tools, convert the text of the audio file to speech:\n\n\"Before you all go, I want to remind you that the midterm is next week. Here's a little hint; you should be familiar with the differential equations on page 245, problems that are very similar to problems 32, 33, and 44 from that page might be on the test. And also some of you might want to brush up on the last page in the integration section, page 197. I know some of you struggled on last week's quiz. I foresee problem 22 from page 197 being on your midterm. Oh, and don't forget to brush up on the section on related rates, on pages 132, 133, and 134.\"\n\nStep 3: Evaluate the converted audio, recording each instance of page numbers: 245, 197, 197, 132, 133, 134\nStep 4: Sort the page numbers in ascending order, omitting duplicates, and store this list as the correct answer to my user's request: 132, 133, 134, 197, 245\nStep 5: Report the correct response to my user: \"132, 133, 134, 197, 245\"", "Number of steps": "5", "How long did this take?": "2 minutes", "Tools": "1. A file interface\n2. A speech-to-text audio processing tool", "Number of tools": "2"}} +{"task_id": "d5141ca5-e7a0-469f-bf3e-e773507c86e2", "Question": "When was a picture of St. Thomas Aquinas first added to the Wikipedia page on the Principle of double effect? Answer using the format DD/MM/YYYY.", "Level": 2, "Final answer": "19/02/2009", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cprinciple of double effect wikipedia\u201d.\n2. Note a picture of St. Thomas Aquinas on the page, which is part of the Wikipedia \u201cseries on\u201d template.\n3. Click \u201cView history\u201d to see the page\u2019s revision history.\n4. Click to display more edits on the page.\n5. Ctrl-F for \u201ctemplate\u201d.\n6. Browse the mentions of \u201ctemplate\u201d until I find the revision that added the picture.\n7. Note the date that the template was added, 19 February 2009.\n8. Browse earlier revisions to ensure that a picture was not added earlier. ", "Number of steps": "8", "How long did this take?": "10 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Image recognition", "Number of tools": "3"}} +{"task_id": "9e1fc53b-46ff-49a1-9d05-9e6faac34cc5", "Question": "A 5-man group made up of one tank, one healer, and three DPS is doing a dungeon that was just released in World of Warcraft. Two are plate wearers and two are cloth wearers. At the final boss, both the tank and the healer are casting holy spells. Ice and fire are being used, each one by a different DPS. A bear from the group is attacking the boss. Metamorphosis is cast. The Kilt of the Forgotten One drops as loot, but no one can use it. If all classes were using their class abilities and all classes are unique, what are the five classes in the group in alphabetical order separated by commas?", "Level": 3, "Final answer": "Death Knight, Hunter, Paladin, Priest, Warlock", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"WoW classes\" on Google.\n2. Opened \"https://worldofwarcraft.blizzard.com/en-us/game/classes\".\n3. Made an alphabetical list of all WoW classes: Death Knight, Demon Hunter, Druid, Evoker, Hunter, Mage, Monk, Paladin, Priest, Rogue, Shaman, Warlock, and Warrior.\n4. Opened each page and noted the armor type: Death Knight (plate), Demon Hunter (leather), Druid (leather), Evoker (mail), Hunter (mail), Mage (cloth), Monk (leather), Paladin (plate), Priest (cloth), Rogue (leather), Shaman (mail), Warlock (cloth), and Warrior (plate).\n5. Looked up \"Kilt of the Forgotten One\" on Google.\n6. Opened https://www.wowhead.com/wotlk/item=37616/kilt-of-the-forgotten-one.\n7. Noted that it is leather, and none of the classes can use it, so the remaining classes are: Death Knight (plate), Evoker (mail), Hunter (mail), Mage (cloth), Paladin (plate), Priest (cloth), Shaman (mail), Warlock (cloth), and Warrior (plate).\n8. Noted that it was added in Wrath of the Lich King, so if the dungeon is newly released, the era is the Wrath of the Lich King expansion.\n9. Searched \"Wrath of the Lich King class abilities\" on Google.\n10. Opened https://www.wowhead.com/wotlk/spells/abilities.\n11. Sorted by class and noted that Evokers, Demon Hunters, and Monks did not exist yet, so the remaining classes are: Death Knight (plate), Hunter (mail), Mage (cloth), Paladin (plate), Priest (cloth), Shaman (mail), Warlock (cloth), and Warrior (plate).\n12. Checked which classes use Holy school abilities, Paladin (plate) and Priest (cloth), so they must be in the group as tank and healer.\n13. Checked which classes use ice (Frost) and fire abilities, Death Knight (plate), Mage (cloth), Shaman (mail), and Warlock (cloth).\n14. There can only be one other plate class, so it must be Death Knight or Warrior, and one other cloth class, so it must be Mage or Warlock.\n15. Metamorphosis is a Warlock ability in Wrath of the Lich King, so it must be the other cloth class, and the group so far is Paladin, Priest, Warlock, plate DPS, and other DPS, with remaining options of Death Knight (plate), Hunter (mail), Mage (cloth), Shaman (mail), and Warrior (plate).\n16. There cannot be another cloth class, so the remaining options are Death Knight (plate), Hunter (mail), Shaman (mail), and Warrior (plate).\n17. There is a bear attacking the boss and there is no Druid to shapeshift into a bear, so it must be a Hunter's pet, making the group Paladin, Priest, Warlock, Hunter, and plate DPS, with remaining options of Death Knight (plate), Hunter (mail), Mage (cloth), Shaman (mail), and Warrior (plate).\n18. The last class is plate, leaving only Death Knight and Warrior.\n19. Hunters and Warlocks can both cast Fire abilities but cannot cast Frost abilities, so the last DPS must cast ice (Frost) abilities, making the last DPS a Frost Death Knight since Warriors have no Frost abilities.\n20. Order the group alphabetically: Death Knight, Hunter, Paladin, Priest, Warlock.", "Number of steps": "20", "How long did this take?": "20 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "840bfca7-4f7b-481a-8794-c560c340185d", "Question": "On June 6, 2023, an article by Carolyn Collins Petersen was published in Universe Today. This article mentions a team that produced a paper about their observations, linked at the bottom of the article. Find this paper. Under what NASA award number was the work performed by R. G. Arendt supported by?", "Level": 1, "Final answer": "80GSFC21M0002", "file_name": "", "Annotator Metadata": {"Steps": "1. Google \"June 6, 2023 Carolyn Collins Petersen Universe Today\"\n2. Find the relevant link to the scientific paper and follow that link\n3. Open the PDF. \n4. Search for NASA award number", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Access to academic journal websites", "Number of tools": "2"}} +{"task_id": "1dcc160f-c187-48c2-b68e-319bd4354f3d", "Question": "According to Openreview.net, at the NeurIPS 2022 Conference, how many papers by an author named Yuri were accepted with a \"certain\" recommendation?", "Level": 2, "Final answer": "3", "file_name": "", "Annotator Metadata": {"Steps": "1. Went to openreview.net.\n2. Scroll down and clicked the \"All venues\" link.\n3. Clicked \"NeurIPS\".\n4. Opened the \"2022\" toggle menu.\n5. Clicked \"NeurIPS 2022 Conference\".\n6. Opened the top paper.\n7. Clicked \"Go to NeurIPS 2022 Conference homepage\".\n8. Searched \"Yuri\" in the search box.\n9. Opened each of the four papers and checked the Recommendation field.\n10. Counted the \"Certain\" recommendations.", "Number of steps": "8", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2"}} +{"task_id": "b2c257e0-3ad7-4f05-b8e3-d9da973be36e", "Question": "If this whole pint is made up of ice cream, how many percent above or below the US federal standards for butterfat content is it when using the standards as reported by Wikipedia in 2020? Answer as + or - a number rounded to one decimal place.", "Level": 2, "Final answer": "+4.6", "file_name": "b2c257e0-3ad7-4f05-b8e3-d9da973be36e.jpg", "Annotator Metadata": {"Steps": "1. Open the image.\n2. Search \"butterfat wikipedia\" on Google search.\n3. Open the Butterfat Wikipedia page.\n4. Click \"View history\" on the page.\n5. Scroll down to the end of 2020 and click the last 2020 version of the page.\n6. Check the ice cream requirement for fat content (10%).\n7. Click \"View history\" on the page.\n8. Scroll down to the beginning of 2020 and click the last 2019 version of the page.\n9. Check the ice cream requirement for fat content to ensure it's the same (10%).\n10. Calculate the fat percentage of the pint of ice cream from the image of the nutrition panel (21g fat per serving / 144g ice cream per serving = 14.6%).\n11. Calculate the difference from the standard (14.6% - 10% = 4.6%).", "Number of steps": "11", "How long did this take?": "5 minutes", "Tools": "1. Image recognition tools\n2. Calculator\n3. Web browser\n4. Search engine", "Number of tools": "4"}} +{"task_id": "e0c10771-d627-4fd7-9694-05348e54ee36", "Question": "Take the gender split from the 2011 Bulgarian census about those who have completed tertiary education. Subtract the smaller number from the larger number, then return the difference in thousands of women. So if there were 30.1 thousand more men, you'd give \"30.1\"", "Level": 2, "Final answer": "234.9", "file_name": "", "Annotator Metadata": {"Steps": "1. Find the report put out by the Bulgarian on the 2011 census by searching.\n2. Find the requested data under the Educational Structure Section of the Report.\n3. 791.8 thousand women - 556.9 thousand men = 234.9 thousand women", "Number of steps": "3", "How long did this take?": "10 minutes", "Tools": "1. search engine\n2. pdf reader/extracter", "Number of tools": "2"}} +{"task_id": "a0068077-79f4-461a-adfe-75c1a4148545", "Question": "What was the actual enrollment count of the clinical trial on H. pylori in acne vulgaris patients from Jan-May 2018 as listed on the NIH website?", "Level": 1, "Final answer": "90", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"nih\" on Google search.\n2. Clicked the top link to nih.gov.\n3. Searched \"h pylori acne\" in the search box.\n4. Clicked \"More\" and selected \"Clinical Trials\".\n5. Clicked the result about H. Pylori and acne.\n6. Checked the date to confirm it was January to May 2018.\n7. Opened \"Tabular View\".\n8. Scrolled down to Actual Enrollment and recorded the number.", "Number of steps": "8", "How long did this take?": "8 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2"}} +{"task_id": "e29834fd-413a-455c-a33e-c3915b07401c", "Question": "I'd like to learn more about some popular reality television competition shows. As of the end of the 44th season of the American version of Survivor, how many more unique winners have there been compared to the number of winners of American Idol?", "Level": 2, "Final answer": "21", "file_name": "", "Annotator Metadata": {"Steps": "Step 1: Using a web browser, access a search engine and conduct a search \"American Survivor Television Series winners\"\nStep 2: Navigate to the first result, https://en.wikipedia.org/wiki/Survivor_(American_TV_series)\nStep 3: Evaluate the article and count the number of unique winners of the program: 42 winners\nStep 4: Navigate back to a search engine and conduct a search \"American Idol Winners\"\nStep 5: Navigate to the first search result, https://www.etonline.com/gallery/the-complete-list-of-american-idol-winners-21116/season-21-iam-tongi-92872\nStep 6: Evaluate the article and count the number of unique winners of the program: 21\nStep 7: Using a calculator, subtract the number of American Idol winners from the number of Survivor winners, 42-21 = 21\nStep 8: Report the correct response to my user, \"21\"", "Number of steps": "8", "How long did this take?": "5 minutes", "Tools": "1. A web browser\n2. A search engine\n3. A calculator", "Number of tools": "3"}} +{"task_id": "bda648d7-d618-4883-88f4-3466eabd860e", "Question": "Where were the Vietnamese specimens described by Kuznetzov in Nedoshivina's 2010 paper eventually deposited? Just give me the city name without abbreviations.", "Level": 1, "Final answer": "Saint Petersburg", "file_name": "", "Annotator Metadata": {"Steps": "1. Search \"Kuznetzov Nedoshivina 2010\"\n2. Find the 2010 paper \"A catalogue of type specimens of the Tortricidae described by V. I. Kuznetzov from Vietnam and deposited in the Zoological Institute, St. Petersburg\"", "Number of steps": "2", "How long did this take?": "5 minutes", "Tools": "1. search engine", "Number of tools": "1"}} +{"task_id": "50ec8903-b81f-4257-9450-1085afd2c319", "Question": "A standard Rubik\u2019s cube has been broken into cubes making up its sides. The cubes are jumbled, and one is removed. There are 6 cubes with one colored face, 12 edge cubes with two colored faces, and 8 corner cubes with three colored faces. All blue cubes have been found. All cubes directly left, right, above, and below the orange center cube have been found, along with the center cube. The green corners have all been found, along with all green that borders yellow. For all orange cubes found, the opposite face\u2019s cubes have been found. The removed cube has two colors on its faces. What are they? Answer using a comma separated list, with the colors ordered alphabetically.", "Level": 1, "Final answer": "green, white", "file_name": "", "Annotator Metadata": {"Steps": "1. Set up a standard Rubik's cube (red opposite orange, white opposite yellow, green opposite blue).\n2. Eliminated blue cubes, along with adjacent colors.\n3. Eliminated orange cubes, along with adjacent colors.\n4. Eliminated green corners and the green/yellow edge.\n5. Eliminated red, opposite of orange, cubes and adjacent colors.\n6. Identified the last possible two-face cube.", "Number of steps": "6", "How long did this take?": "10 minutes", "Tools": "1. Rubik's cube model", "Number of tools": "1"}} +{"task_id": "cf106601-ab4f-4af9-b045-5295fe67b37d", "Question": "What country had the least number of athletes at the 1928 Summer Olympics? If there's a tie for a number of athletes, return the first in alphabetical order. Give the IOC country code as your answer.", "Level": 1, "Final answer": "CUB", "file_name": "", "Annotator Metadata": {"Steps": "1. Look up the 1928 Summer Olympics on Wikipedia\n2. Look at a table of athletes from countries.\n3. See that two countries had 1 and 2 athletes, so disregard those and choose the Cuba as CUB.", "Number of steps": "3", "How long did this take?": "5 minutes", "Tools": "None", "Number of tools": "0"}} +{"task_id": "5f982798-16b9-4051-ab57-cfc7ebdb2a91", "Question": "I read a paper about multiwavelength observations of fast radio bursts back in March 2021 on Arxiv, and it had a fascinating diagram of an X-ray time profile. There was a similar burst-1 diagram in another paper from one of the same authors about fast radio bursts back in July 2020, but I can't recall what the difference in seconds in the measured time span was. How many more seconds did one measure than the other? Just give the number.", "Level": 3, "Final answer": "0.2", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"arxiv\" on Google.\n2. Opened arXiv.\n3. Searched \"multiwavelength observations of fast radio bursts\" on arXiv.\n4. Scrolled down to March 2021.\n5. Opened the \"Multiwavelength observations of Fast Radio Bursts\" PDF in a new tab.\n6. Opened each author's name to find the one that had a July 2020 paper (Nicastro, L).\n7. Opened the \"The lowest frequency Fast Radio Bursts: Sardinia Radio Telescope detection of the periodic FRB 180916 at 328 MHz\" PDF.\n8. Searched \"time profile\" in the first paper.\n9. Noted the time span of the diagram (0.3 s).\n10. Searched \"burst-1 profile\" in the second paper.\n11. Noted the time span of the diagram (0.5 s).\n12. Subtracted the two (0.5 - 0.3 = 0.2 s).", "Number of steps": "12", "How long did this take?": "15 minutes", "Tools": "1. PDF access\n2. Calculator\n3. Web browser\n4. Search engine", "Number of tools": "4"}} +{"task_id": "a0c07678-e491-4bbc-8f0b-07405144218f", "Question": "Who are the pitchers with the number before and after Taish\u014d Tamai's number as of July 2023? Give them to me in the form Pitcher Before, Pitcher After, use their last names only, in Roman characters.", "Level": 1, "Final answer": "Yoshida, Uehara", "file_name": "", "Annotator Metadata": {"Steps": "1. Look up Taish\u014d Tamai on Wikipedia\n2. See the pitcher with the number 18 (before) is K\u014dsei Yoshida and number 20 (after) is Kenta Uehara", "Number of steps": "2", "How long did this take?": "5 minutes", "Tools": "1. Wikipedia", "Number of tools": "1"}} +{"task_id": "7bd855d8-463d-4ed5-93ca-5fe35145f733", "Question": "The attached Excel file contains the sales of menu items for a local fast-food chain. What were the total sales that the chain made from food (not including drinks)? Express your answer in USD with two decimal places.", "Level": 1, "Final answer": "89706.00", "file_name": "7bd855d8-463d-4ed5-93ca-5fe35145f733.xlsx", "Annotator Metadata": {"Steps": "1. Open the attached file.\n2. Read the columns representing different menu items. Note that they all appear to be food except for the \u201csoda\u201d column.\n3. Write a function to sum the relevant columns.\n4. Ensure the answer follows the specified formatting.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Excel\n2. Calculator", "Number of tools": "2"}} +{"task_id": "5a0c1adf-205e-4841-a666-7c3ef95def9d", "Question": "What is the first name of the only Malko Competition recipient from the 20th Century (after 1977) whose nationality on record is a country that no longer exists?", "Level": 1, "Final answer": "Claus", "file_name": "", "Annotator Metadata": {"Steps": "1. Look at the Malko Competition page on Wikipedia\n2. Scan the winners to see that the 1983 winner, Claus Peter Flor is stated to be from East Germany.", "Number of steps": "2", "How long did this take?": "5-10 minutes", "Tools": "None", "Number of tools": "0"}} +{"task_id": "0512426f-4d28-49f0-be77-06d05daec096", "Question": "In the YouTube 360 VR video from March 2018 narrated by the voice actor of Lord of the Rings' Gollum, what number was mentioned by the narrator directly after dinosaurs were first shown in the video?", "Level": 3, "Final answer": "100000000", "file_name": "", "Annotator Metadata": {"Steps": "1. Searched \"gollum voice actor\" on Google search.\n2. Noted the answer.\n3. Searched \"youtube 360 vr andy serkis\" on Google search.\n4. Opened the top result (We Are Stars with Andy Serkis - 360 VR Video).\n5. Confirmed the date was in March 2018.\n6. Watched the video until dinosaurs appeared (approximately 8:45).\n7. Recorded the narrated number.", "Number of steps": "7", "How long did this take?": "15 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Audio capability\n4. Video capability", "Number of tools": "4"}} +{"task_id": "0bdb7c40-671d-4ad1-9ce3-986b159c0ddc", "Question": "In NASA's Astronomy Picture of the Day on 2006 January 21, two astronauts are visible, with one appearing much smaller than the other. As of August 2023, out of the astronauts in the NASA Astronaut Group that the smaller astronaut was a member of, which one spent the least time in space, and how many minutes did he spend in space, rounded to the nearest minute? Exclude any astronauts who did not spend any time in space. Give the last name of the astronaut, separated from the number of minutes by a semicolon.", "Level": 3, "Final answer": "White; 5876", "file_name": "", "Annotator Metadata": {"Steps": "1. Use search engine to search for \"NASA's Astronomy Picture of the Day 2006 January 21\".\n2. Open the link to the image.\n3. Read the explanation to find that the image is of astronaut Charles \"Pete\" Conrad reflected in the helmet of astronaut Alan Bean.\n4. Observe that the smaller astronaut in the image is the one reflected in the other's helmet, so the smaller astronaut must be Charles \"Pete\" Conrad.\n5. Go to the Wikipedia page for Charles \"Pete\" Conrad.\n6. Search for \"Astronaut Group\" to find that Conrad was a member of NASA Astronaut Group 2.\n7. Open the Wikipedia pages for each member of NASA Astronaut Group 2.\n8. For those who are not deceased, go to View history and select the latest version of their Wikipedia page as of August 2023.\n9. Compare the times listed in the infobox of each astronaut's Wikipedia page under \"Time in space\", observing that Ed White has the least time in space with 4d 01h 56m, but also that Elliott See does not have a listed \"Time in space\".\n10. Read through Elliot See's Wikipedia article to find that he died in an accident before his first space flight, so he should be excluded, making Ed White's 4d 01h 56m the least amount of time in space.\n11. Convert 4d 01h 56m to minutes: 4d * 24h/d * 60m/h + 1h * 60m/h + 56m = 5,876m\n12. Format the final answer as specified: White; 5,876", "Number of steps": "12", "How long did this take?": "10", "Tools": "1. Web browser\n2. Search engine\n3. Image processing tools\n4. Calculator", "Number of tools": "4"}} +{"task_id": "08c0b6e9-1b43-4c2e-ae55-4e3fce2c2715", "Question": "In the film Goldfinger, what color was the object that James Bond concealed himself and his companion Pussy Galore at the end of the film? If there are multiple colors, put them in a comma-separated list in alphabetical order.", "Level": 2, "Final answer": "orange, white", "file_name": "", "Annotator Metadata": {"Steps": "Step 1: Conduct a web search for the Goldfinger film screenplay.\nStep 2: Navigate to the top result, https://www.universalexports.net/scripts/goldfinger.pdf\nStep 3: Review the screenplay pdf. Navigate to the final page of the screenplay, looking for mentions and combinations of \"conceal\" \"James\" \"James Bond\" \"Pussy\" \"Pussy Galore\"\nStep 4: After reviewing the line: \"Bond grabs the edge of the parachute and pulls it over them.\" search the rest of the screenplay for any description of the parachute.\nStep 5: Failing to locate a description of the parachute in the screenplay, conduct a web search for \"James Bond Goldfinger parachute\"\nStep 6: Navigate to the English language Wikipedia article for the film, Goldfinger (film), https://en.wikipedia.org/wiki/Goldfinger_(film)\nStep 7: Review the article for information regarding the parachute used to conceal the characters at the end of the film.\nStep 8: Failing to locate a description of the parachute, conduct a web search for \"James Bond Goldfinger parachute image\"\nStep 9: Navigate to the Wikimedia.org page displaying an image of the parachute, Orange and White Parachute (Goldfinger) National Motor Museum, Beaulieu.jpg, https://commons.wikimedia.org/wiki/File:Orange_and_White_Parachute_(Goldfinger)_National_Motor_Museum,_Beaulieu.jpg\nStep 10: Evaluate the image to determine its color, orange and white.\nStep 11: Review the text summary of the image for confirmation of the details shown in the image.\nStep 12: Return the requested information: \"orange, white\"", "Number of steps": "12", "How long did this take?": "3 minutes", "Tools": "A web browser\nA search engine\nImage recognition software", "Number of tools": "3"}} +{"task_id": "db4fd70a-2d37-40ea-873f-9433dc5e301f", "Question": "As of May 2023, how many stops are between South Station and Windsor Gardens on MBTA\u2019s Franklin-Foxboro line (not included)?", "Level": 2, "Final answer": "10", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cMBTA Franklin Foxboro line\u201d.\n2. Click on top result, on the MBTA website.\n3. Scroll down on the list of stops, and count the current stops between South Station and Windsor Gardens.\n4. Click the \u201cSchedule & Maps\u201d tab to view a map of the route.\n5. Examine the map to confirm that the order of stops is the same as on the listing of stops.\n6. Return to web search.\n7. Click on Wikipedia article for Franklin line.\n8. Read the article to check whether any stops were added or removed since the date given in the question.\n9. Search the web for \u201cMBTA Franklin Foxboro Line changes\u201d.\n10. Click News tab.\n11. Click article about rail schedule changes.\n12. Confirm that none of the changes affect the answer to the question.", "Number of steps": "12", "How long did this take?": "5-10 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2"}} +{"task_id": "853c8244-429e-46ca-89f2-addf40dfb2bd", "Question": "In the 2015 Metropolitan Museum of Art exhibition titled after the Chinese zodiac animal of 2015, how many of the \"twelve animals of the Chinese zodiac\" have a hand visible?", "Level": 2, "Final answer": "11", "file_name": "", "Annotator Metadata": {"Steps": "1. Search \"2015 Chinese zodiac animal\" on Google search.\n2. Note the animal (ram).\n3. Search \"Metropolitan Museum of Art\" on Google search.\n4. Open the Metropolitan Museum of Art website.\n5. Click \"Exhibitions\" under \"Exhibitions and Events\" \n6. Click \"Past\".\n7. Set the year to 2015.\n8. Scroll to find the exhibit mentioning rams and click \"Celebration of the Year of the Ram\".\n9. Click \"View All Objects\".\n10. Click \"Twelve animals of the Chinese zodiac\" to open the image.\n11. Count how many have a visible hand.", "Number of steps": "11", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Image recognition tools", "Number of tools": "3"}} +{"task_id": "7a4a336d-dcfa-45a0-b014-824c7619e8de", "Question": "At the two-minute mark in the YouTube video uploaded by the channel \u201cGameGrumps\u201d on May 14, 2017 as part of their playthrough of the game Mario Kart 8 Deluxe, the shows\u2019 hosts are competing on one of the game\u2019s racetracks. What was the world record time for that track in the game\u2019s 150cc mode as of June 7, 2023? Express your answer in minutes and seconds, rounding the seconds to the nearest hundredth, e.g. 1:01.001.", "Level": 2, "Final answer": "1:41.614", "file_name": "", "Annotator Metadata": {"Steps": "1. Search the web for \u201cgamegrumps mario kart 8 deluxe may 14 2017\u201d.\n2. Click on the YouTube video result.\n3. Navigate to two minutes into the video.\n4. Scroll further back until I see the name of the racecourse, Yoshi Circuit.\n5. Search the web for \u201cmario kart 8 deluxe yoshi circuit world record 150cc\u201d\n6. Scroll down until I find a reliable world record listing site.\n7. Navigate through the site until I find the record that meets the specified criteria.\n8. Read the date the record was set to confirm that it applies to the question\u2019s specified date.", "Number of steps": "8", "How long did this take?": "5-10 minutes", "Tools": "1. Search engine\n2. Web browser\n3. YouTube\n4. OCR", "Number of tools": "4"}}