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A1ANT

Bonds
First atomSecond atomBond order typeDistance
(experimental model)
Distance
(ideal model)
Properties
O1C1sing1.43Å1.42Å
C1C2sing1.54Å1.53Å
C2O2sing1.43Å1.43Å
O2P1sing1.61Å1.61Å
P1O3sing1.61Å1.49Å
P1O4sing1.61Å1.61Å
O4P2sing1.61Å1.60Å
P2O5sing1.61Å1.54Å
P2O6sing1.61Å1.61Å
O6P3sing1.61Å1.61Å
P3O7sing1.61Å1.52Å
P3O8sing1.61Å1.51Å
P3O9doub1.48Å1.52Å
P2O10doub1.48Å1.50Å
P1O11doub1.48Å1.50Å
C2C3sing1.54Å1.53Å
C3O12sing1.44Å1.42Å
O12C4sing1.44Å1.42Å
C4N1sing1.47Å1.48Å
N1C5sing1.35Å1.38Å
C5N2sing1.35Å1.37Å
C5O13doub1.22Å1.22Å
N1C6sing1.37Å1.39Å
C6C7doub1.35Å1.34Å
C7C8sing1.51Å1.51Å
C7C9sing1.42Å1.45Å
C9O14doub1.22Å1.22Å
C1C4sing1.54Å1.54Å
N2C9sing1.35Å1.38Å
C1H2sing1.09Å1.10Å
C2H3sing1.09Å1.10Å
C3H5sing1.09Å1.10Å
C3H4sing1.09Å1.10Å
C4H6sing1.09Å1.10Å
C6H8sing1.08Å1.08Å
N2H7sing0.97Å1.00Å
O1H1sing0.97Å0.95Å
C8H11sing1.09Å1.10Å
C8H9sing1.09Å1.10Å
C8H10sing1.09Å1.10Å
O3H12sing0.97Å0.95Å
O5H13sing0.97Å0.95Å
O7H14sing0.97Å0.95Å
O8H15sing0.97Å0.95Å
Angles
First atomSecond atomThird atomAngle
(experimental model)
Angle
(ideal model)
O1C1C2110.8°110.5°
O1C1C4113.6°110.5°
O1C1H2110.9°110.5°
C1O1H1109.5°114.0°
C1C2O2112.8°110.5°
C1C2C3105.2°104.1°
C2C1C4102.9°104.1°
C2C1H2109.2°110.5°
C1C2H3109.7°110.5°
C2O2P1114.2°123.0°
O2C2C3107.9°110.5°
O2C2H3111.3°110.5°
O2P1O3108.9°109.5°
O2P1O4103.4°109.4°
O2P1O11107.0°109.5°
O3P1O4104.0°109.4°
O3P1O11120.0°109.5°
P1O3H12109.5°114.1°
P1O4P2132.1°134.0°
O4P1O11112.3°109.5°
O4P2O5112.8°109.5°
O4P2O697.1°109.5°
O4P2O10107.0°109.5°
O5P2O6115.2°109.5°
O5P2O10120.0°109.5°
P2O5H13109.5°114.0°
P2O6P3143.4°134.0°
O6P2O10102.0°109.5°
O6P3O7106.7°109.5°
O6P3O8104.6°109.5°
O6P3O9105.2°109.5°
O7P3O8113.4°109.5°
O7P3O9113.0°109.4°
P3O7H14109.5°114.0°
O8P3O9113.1°109.5°
P3O8H15109.5°114.0°
C2C3O12106.3°104.8°
C3C2H3109.8°110.6°
C2C3H5110.2°110.3°
C2C3H4110.2°110.4°
C3O12C4109.9°105.3°
O12C3H5110.2°110.3°
O12C3H4110.3°110.4°
O12C4N1106.9°110.4°
O12C4C1109.2°104.8°
O12C4H6109.7°110.5°
C4N1C5118.3°119.7°
C4N1C6120.1°119.7°
N1C4C1114.0°110.4°
N1C4H6108.8°110.3°
N1C5N2114.8°120.9°
N1C5O13124.1°119.5°
C5N1C6121.5°120.6°
N2C5O13121.1°119.5°
C5N2C9126.7°120.3°
C5N2H7116.7°119.9°
N1C6C7123.2°119.7°
N1C6H8118.4°120.1°
C6C7C8123.1°120.4°
C6C7C9117.5°119.1°
C7C6H8118.4°120.2°
C8C7C9119.4°120.5°
C7C8H11109.5°109.5°
C7C8H9109.5°109.5°
C7C8H10109.5°109.5°
C7C9O14125.2°120.3°
C7C9N2116.3°119.4°
O14C9N2118.5°120.3°
C4C1H2109.1°110.5°
C1C4H6108.2°110.4°
C9N2H7116.7°119.9°
H5C3H4109.5°110.4°
H11C8H9109.5°109.4°
H11C8H10109.5°109.5°
H9C8H10109.4°109.5°
Dihedrals
First atomSecond atomThird atomFourth atomTorsion
(experimental model)
Torsion
(ideal model)
O1C1C2C4121.8°118.6°
O1C1C2H2122.4°122.7°
O1C1C2O2138.1°122.7°
O1C1C2C3104.6°118.6°
O1C1C4O12116.4°94.7°
O1C1C4N1124.1°146.5°
O1C1C4H2124.2°122.7°
O1C1C2H313.5°0.1°
O1C1C4H63.0°24.3°
C1C2O2C3115.7°114.6°
C1C2O2H3123.8°122.6°
C1C2O2P142.4°120.0°
C1C2C3H3118.0°118.7°
C1C2C3O1225.6°24.0°
C2C1C4O123.5°24.0°
C2C1C4N1116.0°94.9°
C2C1C4H2115.9°118.7°
C1C2C3H593.9°142.8°
C1C2C3H4145.1°94.9°
C2C1C4H6122.8°142.9°
C2C1O1H1180.0°61.4°
C2O2P1O374.2°65.1°
C2O2P1O4175.7°175.0°
C2O2P1O1156.9°55.0°
O2C2C3H3121.4°122.7°
O2C2C3O1295.0°142.7°
O2C2C1C4100.1°118.7°
O2C2C1H215.7°0.0°
O2C2C3H5145.5°98.6°
O2C2C3H424.6°23.8°
O2P1O3O4109.8°119.9°
O2P1O3O11123.7°120.1°
O2P1O4O11115.1°120.0°
O2P1O4P254.4°165.0°
P1O2C2C3158.2°125.3°
P1O2C2H381.3°2.5°
O2P1O3H12123.7°59.9°
O3P1O4O11131.2°120.0°
O3P1O4P2168.1°75.0°
P1O4P2O5157.3°75.0°
P1O4P2O681.5°165.0°
P1O4P2O1023.3°45.0°
O4P1O3H12126.5°60.0°
O4P2O5O6110.2°120.0°
O4P2O5O10127.4°120.0°
O4P2O6O10109.1°120.0°
O4P2O6P3104.6°160.0°
P2O4P1O1160.7°45.0°
O4P2O5H13127.4°60.0°
O5P2O6O10131.6°120.0°
O5P2O6P314.7°80.0°
P2O6P3O759.6°80.0°
P2O6P3O860.8°160.0°
P2O6P3O9179.9°40.0°
O6P2O5H13122.3°60.0°
O6P3O7O8114.6°120.0°
O6P3O7O9115.1°120.0°
O6P3O8O9113.9°120.0°
P3O6P2O10146.3°40.0°
O6P3O7H14115.1°60.0°
O6P3O8H15113.9°180.0°
O7P3O8O9130.3°120.0°
O7P3O8H15130.3°59.9°
O8P3O7H14130.4°60.0°
O9P3O7H140.0°179.9°
O9P3O8H150.0°60.0°
O10P2O5H130.0°180.0°
O11P1O3H120.0°180.0°
C2C3O12H5119.5°118.8°
C2C3O12H4119.5°118.9°
C2C3O12C424.2°40.5°
C3C2C1C417.2°0.0°
C3C2C1H2133.0°118.7°
C2C3H5H4121.4°122.3°
C3O12C4N1136.8°78.3°
C3O12C4C113.0°40.5°
O12C3C2H3143.6°94.7°
O12C3H5H4121.5°122.4°
C3O12C4H6105.3°159.4°
O12C4N1C1120.8°115.4°
O12C4N1H6118.4°122.4°
O12C4N1C542.4°176.7°
O12C4N1C6135.0°3.4°
O12C4C1H6119.3°119.0°
O12C4C1H2119.4°142.6°
C4O12C3H595.3°159.3°
C4O12C3H4143.7°78.3°
C4N1C5C6177.4°179.9°
C4N1C5N2179.0°180.0°
C4N1C5O131.7°0.2°
C4N1C6C7178.6°179.5°
N1C4C1H6121.2°122.2°
N1C4C1H20.1°23.8°
C4N1C6H81.4°0.3°
N1C5N2O13179.3°179.8°
C5N1C6C71.2°0.6°
C5N1C4C178.3°68.0°
N1C5N2C91.9°0.2°
C5N1C4H6160.9°54.3°
C5N1C6H8178.8°179.8°
N1C5N2H7178.1°179.7°
N2C5N1C61.6°0.1°
C5N2C9C71.6°0.1°
C5N2C9O14178.7°179.4°
C5N2C9H7180.0°179.9°
O13C5N1C6179.1°179.7°
O13C5N2C9178.8°180.0°
O13C5N2H71.2°0.0°
N1C6C7H8180.0°179.2°
N1C6C7C8179.2°179.2°
N1C6C7C90.9°0.8°
C6N1C4C1104.2°112.0°
C6N1C4H616.6°125.8°
C6C7C8C9180.0°180.0°
C6C7C9O14179.4°179.9°
C6C7C9N21.0°0.6°
C6C7C8H11180.0°90.1°
C6C7C8H960.0°150.0°
C6C7C8H1060.0°29.9°
C8C7C9O140.6°0.0°
C8C7C9N2179.1°179.4°
C8C7C6H80.8°0.0°
C7C8H11H9120.0°120.0°
C7C8H11H10120.0°120.0°
C7C8H9H10120.0°120.0°
C7C9O14N2179.6°179.3°
C9C7C6H8179.2°180.0°
C7C9N2H7178.4°180.0°
C9C7C8H110.1°90.0°
C9C7C8H9120.1°30.0°
C9C7C8H10120.0°150.0°
O14C9N2H71.3°0.6°
C4C1C2H3135.2°118.8°
C4C1O1H164.7°176.1°
H2C1C2H3108.9°122.6°
H2C1C4H6121.3°98.4°
H2C1O1H158.6°61.3°
H3C2C3H524.1°24.1°
H3C2C3H496.9°146.4°
H11C8H9H10120.0°120.0°

227344

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