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PRD_900115

Bonds
First atomSecond atomBond order typeDistance
(experimental model)
Distance
(ideal model)
Properties
C1AO5Asing1.43Å1.48Å
C1AO1Asing1.43Å1.43Å
C1AC2Asing1.53Å1.54Å
C2AC3Asing1.53Å1.55Å
C2AO2Asing1.43Å1.44Å
C3AC4Asing1.53Å1.53Å
C3AO3Asing1.43Å1.45Å
C4AO4Asing1.43Å1.41Å
C4AC5Asing1.53Å1.56Å
C5AC6Asing1.53Å1.51Å
C5AO5Asing1.43Å1.47Å
C6AO6Asing1.43Å1.42Å
O4AC1Bsing1.43Å1.41Å
C1BC2Bsing1.53Å1.55Å
C1BO5Bsing1.43Å1.46Å
C2BC3Bsing1.53Å1.53Å
C2BO2Bsing1.43Å1.43Å
C3BO3Bsing1.43Å1.40Å
C3BC4Bsing1.53Å1.52Å
C4BC5Bsing1.53Å1.53Å
C4BO4Bsing1.43Å1.44Å
C5BO5Bsing1.43Å1.48Å
C5BC6Bsing1.53Å1.57Å
C6BO6Bsing1.43Å1.43Å
C1AH1Asing1.09Å1.10Å
C2AH2Asing1.09Å1.10Å
C3AH3Asing1.09Å1.10Å
C4AH4Asing1.09Å1.10Å
C5AH5Asing1.09Å1.10Å
C6AH6A1sing1.09Å1.10Å
C6AH6A2sing1.09Å1.10Å
O2AH2O1sing0.97Å0.95Å
O3AH3O1sing0.97Å0.95Å
O6AH6Asing0.97Å0.95Å
C1BH1Bsing1.09Å1.10Å
C2BH2Bsing1.09Å1.10Å
C3BH3Bsing1.09Å1.10Å
C4BH4Bsing1.09Å1.10Å
C5BH5Bsing1.09Å1.10Å
C6BH6B1sing1.09Å1.10Å
C6BH6B2sing1.09Å1.10Å
O2BH2O2sing0.97Å0.95Å
O3BH3O2sing0.97Å0.95Å
O4BH4O1sing0.97Å0.95Å
O6BH6Bsing0.97Å0.95Å
O1AH1O1sing0.97Å0.95Å
Angles
First atomSecond atomThird atomAngle
(experimental model)
Angle
(ideal model)
O5AC1AO1A108.1°109.5°
O5AC1AC2A106.1°109.4°
C1AO5AC5A110.8°114.1°
O5AC1AH1A111.1°109.5°
O1AC1AC2A109.2°109.5°
O1AC1AH1A111.9°109.5°
C1AO1AH1O1109.5°114.0°
C1AC2AC3A111.9°109.2°
C1AC2AO2A109.6°109.5°
C2AC1AH1A110.2°109.5°
C1AC2AH2A108.1°109.5°
C3AC2AO2A109.6°109.6°
C2AC3AC4A109.7°109.0°
C2AC3AO3A105.7°109.6°
C3AC2AH2A108.0°109.5°
C2AC3AH3A110.5°109.6°
O2AC2AH2A109.5°109.6°
C2AO2AH2O1109.5°114.0°
C4AC3AO3A108.2°109.5°
C3AC4AO4A113.2°109.5°
C3AC4AC5A110.4°109.1°
C4AC3AH3A110.7°109.5°
C3AC4AH4A108.7°109.5°
O3AC3AH3A111.9°109.6°
C3AO3AH3O1109.5°114.0°
O4AC4AC5A105.8°109.5°
C4AO4AC1B116.9°114.0°
O4AC4AH4A110.4°109.5°
C4AC5AC6A116.7°109.5°
C4AC5AO5A105.8°109.4°
C5AC4AH4A108.3°109.6°
C4AC5AH5A106.3°109.5°
C6AC5AO5A113.2°109.5°
C5AC6AO6A117.3°109.5°
C6AC5AH5A106.9°109.5°
C5AC6AH6A1107.5°109.5°
C5AC6AH6A2107.5°109.5°
O5AC5AH5A107.4°109.5°
O6AC6AH6A1107.5°109.5°
O6AC6AH6A2107.5°109.5°
C6AO6AH6A109.5°114.0°
O4AC1BC2B105.6°109.5°
O4AC1BO5B107.7°109.5°
O4AC1BH1B112.0°109.5°
C2BC1BO5B110.3°109.4°
C1BC2BC3B110.2°109.2°
C1BC2BO2B110.4°109.5°
C2BC1BH1B109.9°109.5°
C1BC2BH2B108.6°109.5°
C1BO5BC5B109.2°114.1°
O5BC1BH1B111.1°109.5°
C3BC2BO2B108.6°109.6°
C2BC3BO3B113.3°109.5°
C2BC3BC4B110.5°109.0°
C3BC2BH2B108.8°109.5°
C2BC3BH3B106.9°109.6°
O2BC2BH2B110.1°109.6°
C2BO2BH2O2109.5°114.0°
O3BC3BC4B110.5°109.6°
O3BC3BH3B108.5°109.5°
C3BO3BH3O2109.5°114.0°
C3BC4BC5B113.3°109.2°
C3BC4BO4B107.2°109.5°
C4BC3BH3B107.0°109.6°
C3BC4BH4B108.0°109.5°
C5BC4BO4B111.4°109.5°
C4BC5BO5B108.2°109.4°
C4BC5BC6B111.8°109.5°
C5BC4BH4B107.8°109.5°
C4BC5BH5B112.1°109.5°
O4BC4BH4B109.1°109.6°
C4BO4BH4O1109.5°114.0°
O5BC5BC6B99.9°109.5°
O5BC5BH5B112.8°109.5°
C5BC6BO6B100.4°109.4°
C6BC5BH5B111.4°109.5°
C5BC6BH6B1111.7°109.5°
C5BC6BH6B2111.7°109.5°
O6BC6BH6B1111.7°109.5°
O6BC6BH6B2111.7°109.5°
C6BO6BH6B109.5°114.0°
H6A1C6AH6A2109.5°109.5°
H6B1C6BH6B2109.5°109.5°
Dihedrals
First atomSecond atomThird atomFourth atomTorsion
(experimental model)
Torsion
(ideal model)
O5AC1AO1AC2A115.0°120.0°
O5AC1AO1AH1A122.7°120.0°
O5AC1AC2AH1A120.4°119.9°
O5AC1AC2AC3A57.9°57.6°
O5AC1AC2AO2A63.9°62.3°
C1AO5AC5AC4A69.5°61.2°
C1AO5AC5AC6A161.5°178.9°
O5AC1AC2AH2A176.8°177.5°
C1AO5AC5AH5A43.7°58.9°
O5AC1AO1AH1O1180.0°60.0°
O1AC1AC2AH1A123.3°120.0°
O1AC1AC2AC3A174.2°177.6°
O1AC1AC2AO2A52.4°57.7°
O1AC1AO5AC5A174.9°178.9°
O1AC1AC2AH2A66.9°62.5°
C1AC2AC3AO2A121.8°119.9°
C1AC2AC3AH2A118.9°119.9°
C1AC2AO2AH2A118.4°120.1°
C1AC2AC3AC4A52.5°57.0°
C1AC2AC3AO3A169.0°176.8°
C2AC1AO5AC5A68.1°61.1°
C1AC2AC3AH3A69.8°62.9°
C1AC2AO2AH2O1180.0°60.0°
C2AC1AO1AH1O165.0°180.0°
C3AC2AO2AH2A118.4°120.1°
C2AC3AC4AO3A114.9°119.9°
C2AC3AC4AH3A122.2°119.9°
C2AC3AO3AH3A120.3°120.3°
C2AC3AC4AO4A171.7°176.9°
C2AC3AC4AC5A53.2°57.0°
C3AC2AC1AH1A62.5°62.3°
C2AC3AC4AH4A65.4°63.0°
C3AC2AO2AH2O156.8°179.7°
C2AC3AO3AH3O1180.0°60.0°
O2AC2AC3AC4A69.4°62.9°
O2AC2AC3AO3A47.1°56.9°
O2AC2AC1AH1A175.7°177.7°
O2AC2AC3AH3A168.3°177.2°
C4AC3AO3AH3A122.2°120.2°
C3AC4AO4AC5A121.0°119.6°
C3AC4AO4AH4A122.0°120.1°
C3AC4AC5AH4A118.8°119.9°
C3AC4AC5AC6A172.5°177.6°
C3AC4AC5AO5A60.7°57.6°
C3AC4AO4AC1B90.8°90.0°
C4AC3AC2AH2A171.4°176.9°
C3AC4AC5AH5A53.3°62.4°
C4AC3AO3AH3O162.5°179.5°
O3AC3AC4AO4A73.4°63.3°
O3AC3AC4AC5A168.1°176.9°
O3AC3AC2AH2A72.1°63.3°
O3AC3AC4AH4A49.5°56.9°
O4AC4AC5AH4A118.3°120.2°
O4AC4AC5AC6A49.6°62.5°
O4AC4AC5AO5A176.5°177.5°
C4AO4AC1BC2B161.4°175.0°
C4AO4AC1BO5B80.7°65.0°
O4AC4AC3AH3A49.5°57.0°
O4AC4AC5AH5A69.6°57.5°
C4AO4AC1BH1B41.8°55.0°
C4AC5AC6AO5A123.1°119.9°
C4AC5AC6AH5A118.8°120.0°
C4AC5AO5AH5A113.2°120.0°
C4AC5AC6AO6A78.8°175.0°
C5AC4AO4AC1B148.2°150.3°
C5AC4AC3AH3A69.0°62.9°
C4AC5AC6AH6A1160.1°55.0°
C4AC5AC6AH6A242.3°65.0°
C6AC5AO5AH5A117.8°120.0°
C5AC6AO6AH6A1121.1°120.0°
C5AC6AO6AH6A2121.1°120.0°
C6AC5AC4AH4A68.7°57.7°
C5AC6AH6A1H6A2116.4°120.0°
C5AC6AO6AH6A180.0°180.0°
O5AC5AC6AO6A44.3°65.0°
C5AO5AC1AH1A51.7°58.8°
O5AC5AC4AH4A58.1°62.3°
O5AC5AC6AH6A176.8°174.9°
O5AC5AC6AH6A2165.5°54.9°
O6AC6AC5AH5A162.4°55.0°
O6AC6AH6A1H6A2116.5°120.0°
O4AC1BC2BO5B116.2°120.0°
O4AC1BC2BH1B121.0°120.0°
O4AC1BO5BH1B123.0°120.0°
O4AC1BC2BC3B174.1°177.6°
O4AC1BC2BO2B54.1°57.7°
O4AC1BO5BC5B179.5°178.9°
C1BO4AC4AH4A31.3°30.1°
O4AC1BC2BH2B66.7°62.5°
C2BC1BO5BH1B122.2°120.0°
C1BC2BC3BO2B121.1°119.9°
C1BC2BC3BH2B119.0°119.9°
C1BC2BO2BH2B120.0°120.1°
C1BC2BC3BO3B173.9°176.9°
C1BC2BC3BC4B49.3°57.0°
C2BC1BO5BC5B65.7°61.1°
C1BC2BC3BH3B66.7°63.0°
C1BC2BO2BH2O2180.0°60.0°
O5BC1BC2BC3B57.9°57.6°
O5BC1BC2BO2B62.0°62.3°
C1BO5BC5BC4B63.9°61.1°
C1BO5BC5BC6B179.1°178.9°
O5BC1BC2BH2B177.1°177.5°
C1BO5BC5BH5B60.7°58.9°
C3BC2BO2BH2B119.1°120.2°
C2BC3BO3BC4B124.6°119.5°
C2BC3BO3BH3B118.4°120.2°
C2BC3BC4BH3B116.0°119.9°
C2BC3BC4BC5B50.5°57.0°
C2BC3BC4BO4B173.8°176.9°
C3BC2BC1BH1B64.9°62.4°
C2BC3BC4BH4B68.8°62.9°
C3BC2BO2BH2O259.0°179.7°
C2BC3BO3BH3O2180.0°60.0°
O2BC2BC3BO3B52.8°56.9°
O2BC2BC3BC4B71.7°62.9°
O2BC2BC1BH1B175.1°177.7°
O2BC2BC3BH3B172.2°177.1°
O3BC3BC4BH3B117.9°120.2°
O3BC3BC4BC5B176.7°176.8°
O3BC3BC4BO4B60.0°63.2°
O3BC3BC2BH2B67.1°63.3°
O3BC3BC4BH4B57.3°56.9°
C3BC4BC5BO4B120.9°119.9°
C3BC4BC5BH4B119.4°119.9°
C3BC4BO4BH4B116.6°120.2°
C3BC4BC5BO5B57.1°57.6°
C3BC4BC5BC6B166.2°177.6°
C4BC3BC2BH2B168.4°176.9°
C3BC4BC5BH5B68.0°62.4°
C4BC3BO3BH3O255.4°179.5°
C3BC4BO4BH4O1180.0°60.0°
C5BC4BO4BH4B118.9°120.1°
C4BC5BO5BC6B117.0°120.0°
C4BC5BO5BH5B124.6°120.0°
C4BC5BC6BH5B126.2°120.0°
C4BC5BC6BO6B173.2°175.0°
C5BC4BC3BH3B65.5°63.0°
C4BC5BC6BH6B154.6°55.0°
C4BC5BC6BH6B268.3°65.0°
C5BC4BO4BH4O155.5°179.7°
O4BC4BC5BO5B178.0°177.5°
O4BC4BC5BC6B72.9°62.5°
O4BC4BC3BH3B57.8°57.0°
O4BC4BC5BH5B53.0°57.5°
O5BC5BC6BH5B119.5°120.0°
O5BC5BC6BO6B72.5°65.0°
C5BO5BC1BH1B56.5°58.9°
O5BC5BC4BH4B62.3°62.3°
O5BC5BC6BH6B1168.9°175.0°
O5BC5BC6BH6B246.0°54.9°
C5BC6BO6BH6B1118.5°120.0°
C5BC6BO6BH6B2118.5°120.0°
C6BC5BC4BH4B46.7°57.7°
C5BC6BH6B1H6B2124.2°120.0°
C5BC6BO6BH6B180.0°180.0°
O6BC6BC5BH5B47.0°55.0°
O6BC6BH6B1H6B2124.2°120.0°
H1AC1AC2AH2A56.4°57.5°
H1AC1AO1AH1O157.3°60.0°
H2AC2AC3AH3A49.1°57.0°
H2AC2AO2AH2O161.6°60.1°
H3AC3AC4AH4A172.5°177.1°
H3AC3AO3AH3O159.7°60.3°
H4AC4AC5AH5A172.1°177.7°
H5AC5AC6AH6A141.2°65.0°
H5AC5AC6AH6A276.5°175.0°
H6A1C6AO6AH6A58.9°60.0°
H6A2C6AO6AH6A58.9°60.0°
H1BC1BC2BH2B54.2°57.5°
H2BC2BC3BH3B52.3°56.9°
H2BC2BO2BH2O260.1°60.2°
H3BC3BC4BH4B175.2°177.2°
H3BC3BO3BH3O261.5°60.2°
H4BC4BC5BH5B172.6°177.7°
H4BC4BO4BH4O163.4°60.2°
H5BC5BC6BH6B171.6°65.0°
H5BC5BC6BH6B2165.5°175.0°
H6B1C6BO6BH6B61.5°60.0°
H6B2C6BO6BH6B61.5°60.0°

227561

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