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PRD_000781

Bonds
First atomSecond atomBond order typeDistance
(experimental model)
Distance
(ideal model)
Properties
C1O1doub1.21Å0.00Å
C1C2sing1.51Å0.00Å
C2H1sing1.09Å0.00Å
C2H2sing1.09Å0.00Å
C2H3sing1.09Å0.00Å
N1C3sing1.46Å0.00Å
N1H4sing0.97Å0.00Å
C3C4sing1.51Å0.00Å
C3C5sing1.53Å0.00Å
C3H5sing1.09Å0.00Å
C4O2doub1.21Å0.00Å
C5O3sing1.43Å0.00Å
C5C6sing1.53Å0.00Å
C5H6sing1.09Å0.00Å
O3H7sing0.97Å0.00Å
C6H8sing1.09Å0.00Å
C6H9sing1.09Å0.00Å
C6H10sing1.09Å0.00Å
N2C7sing1.46Å1.45Å
N2H11sing0.97Å1.00Å
C7C8sing1.51Å1.50Å
C7C9sing1.53Å1.52Å
C7H12sing1.09Å1.10Å
C8O4doub1.21Å1.22Å
C9C10sing1.51Å1.51Å
C9H13sing1.09Å1.10Å
C9H14sing1.09Å1.10Å
C10O5doub1.21Å1.25Å
C10O6sing1.34Å1.25Å
O6H15sing0.97Å0.95Å
N3C11sing1.46Å1.45Å
N3H16sing0.97Å1.00Å
C11C12sing1.51Å1.50Å
C11H17sing1.09Å1.10Å
C12O7doub1.21Å1.22Å
C13C11sing1.53Å1.52Å
C13C14sing1.53Å1.52Å
C13H18sing1.09Å1.10Å
C13H19sing1.09Å1.10Å
C14C15sing1.53Å1.52Å
C14H20sing1.09Å1.10Å
C14H21sing1.09Å1.10Å
C15N4sing1.47Å1.45Å
C15H22sing1.09Å1.10Å
C15H23sing1.09Å1.10Å
N4H24sing0.97Å1.00Å
C16N4sing1.37Å1.33Å
C16N5doub1.29Å1.26Å
C17C16sing1.51Å1.50Å
C17F1sing1.40Å34.63Å
C17H25sing1.09Å1.10Å
C17H26sing1.09Å1.10Å
N5H27sing0.97Å1.00Å
N6H28sing0.97Å1.00Å
N6H29sing0.97Å1.00Å
C1N1sing1.35Å0.00Å
C4N2sing1.35Å39.61Å
C8N3sing1.35Å1.33Å
C12N6sing1.35Å1.42Å
Angles
First atomSecond atomThird atomAngle
(experimental model)
Angle
(ideal model)
O1C1C290.0°120.0°
O1C1N190.0°120.0°
C1C2H190.0°109.5°
C1C2H290.0°109.5°
C1C2H390.0°109.5°
C2C1N190.0°120.0°
H1C2H290.0°109.4°
H1C2H390.0°109.5°
H2C2H390.0°109.4°
C3N1H490.0°120.0°
N1C3C490.0°109.5°
N1C3C590.0°109.5°
N1C3H590.0°109.5°
C3N1C190.0°120.0°
H4N1C190.0°120.0°
C4C3C590.0°109.5°
C4C3H590.0°109.5°
C3C4O290.0°120.0°
C3C4N290.0°120.0°
C5C3H590.0°109.4°
C3C5O390.0°109.5°
C3C5C690.0°109.4°
C3C5H690.0°109.5°
O2C4N290.0°120.0°
O3C5C690.0°109.5°
O3C5H690.0°109.5°
C5O3H790.0°113.9°
C6C5H690.0°109.5°
C5C6H890.0°109.5°
C5C6H990.0°109.4°
C5C6H1090.0°109.5°
H8C6H990.0°109.5°
H8C6H1090.0°109.5°
H9C6H1090.0°109.4°
C7N2H11143.9°120.1°
N2C7C8111.6°109.4°
N2C7C9110.0°109.5°
N2C7H12109.1°109.5°
C7N2C472.2°120.0°
H11N2C4143.9°119.9°
C8C7C9109.5°109.5°
C8C7H12108.5°109.4°
C7C8O4120.5°120.0°
C7C8N3116.6°120.0°
C9C7H12108.1°109.5°
C7C9C10109.5°109.5°
C7C9H13109.5°109.5°
C7C9H14109.5°109.4°
O4C8N3123.0°120.0°
C10C9H13109.5°109.5°
C10C9H14109.5°109.4°
C9C10O5118.5°120.0°
C9C10O6118.5°120.0°
H13C9H14109.4°109.5°
O5C10O6123.0°120.0°
C10O6H15109.5°117.0°
C11N3H16119.2°120.0°
N3C11C12111.6°109.5°
N3C11H17109.1°109.5°
N3C11C13110.1°109.5°
C11N3C8121.6°119.9°
H16N3C8119.2°120.0°
C12C11H17108.4°109.5°
C11C12O7119.7°120.0°
C12C11C13109.5°109.5°
C11C12N6119.2°120.0°
H17C11C13108.1°109.5°
O7C12N6121.2°120.0°
C11C13C14111.0°109.5°
C11C13H18109.0°109.5°
C11C13H19109.1°109.5°
C14C13H18109.1°109.5°
C14C13H19109.0°109.5°
C13C14C15111.0°109.5°
C13C14H20109.1°109.5°
C13C14H21109.1°109.5°
H18C13H19109.5°109.5°
C15C14H20109.1°109.5°
C15C14H21109.1°109.4°
C14C15N4112.0°109.5°
C14C15H22108.8°109.5°
C14C15H23108.8°109.4°
H20C14H21109.5°109.5°
N4C15H22108.8°109.4°
N4C15H23108.8°109.4°
C15N4H24119.3°120.0°
C15N4C16121.5°120.0°
H22C15H23109.5°109.5°
H24N4C16119.2°120.0°
N4C16N5122.3°120.0°
N4C16C17118.8°120.0°
N5C16C17118.9°120.0°
C16N5H27112.0°120.0°
C16C17F123.0°109.5°
C16C17H25124.5°109.4°
C16C17H26124.4°109.5°
F1C17H25124.5°109.5°
F1C17H26124.4°109.5°
H25C17H26109.5°109.5°
H28N6H29120.0°120.0°
H28N6C12120.0°120.0°
H29N6C12120.0°120.0°
Dihedrals
First atomSecond atomThird atomFourth atomTorsion
(experimental model)
Torsion
(ideal model)
O1C1C2N190.0°179.6°
O1C1C2H190.0°0.0°
O1C1C2H290.0°120.0°
O1C1C2H390.0°120.0°
O1C1N1C390.0°0.1°
O1C1N1H490.0°180.0°
C1C2H1H290.0°120.0°
C1C2H1H390.0°120.0°
C1C2H2H390.0°120.0°
C2C1N1C390.0°179.7°
C2C1N1H490.0°0.4°
H1C2H2H390.0°119.9°
H1C2C1N190.0°179.7°
H2C2C1N190.0°59.7°
H3C2C1N190.0°60.3°
C3N1H4C190.0°179.9°
N1C3C4C590.0°120.0°
N1C3C4H590.0°120.0°
N1C3C5H590.0°120.0°
N1C3C4O290.0°13.3°
N1C3C5O390.0°60.8°
N1C3C5C690.0°59.1°
N1C3C5H690.0°179.1°
N1C3C4N290.0°166.7°
H4N1C3C490.0°24.9°
H4N1C3C590.0°95.1°
H4N1C3H590.0°145.0°
C4C3C5H590.0°120.0°
C3C4O2N290.0°180.0°
C4C3C5O390.0°59.2°
C4C3C5C690.0°179.1°
C4C3C5H690.0°60.9°
C3C4N2C790.0°177.4°
C3C4N2H1190.0°2.7°
C4C3N1C190.0°155.0°
C5C3C4O290.0°106.7°
C3C5O3C690.0°120.0°
C3C5O3H690.0°120.0°
C3C5C6H690.0°120.0°
C3C5O3H790.0°60.1°
C3C5C6H890.0°52.9°
C3C5C6H990.0°172.9°
C3C5C6H1090.0°67.2°
C5C3N1C190.0°85.0°
C5C3C4N290.0°73.3°
H5C3C4O290.0°133.3°
H5C3C5O390.0°179.2°
H5C3C5C690.0°60.9°
H5C3C5H690.0°59.2°
H5C3N1C190.0°34.9°
H5C3C4N290.0°46.7°
O2C4N2C790.0°2.6°
O2C4N2H1190.0°177.3°
O3C5C6H690.0°120.0°
O3C5C6H890.0°172.9°
O3C5C6H990.0°67.1°
O3C5C6H1090.0°52.8°
C6C5O3H790.0°180.0°
C5C6H8H990.0°119.9°
C5C6H8H1090.0°120.0°
C5C6H9H1090.0°120.0°
H6C5O3H790.0°59.9°
H6C5C6H890.0°67.1°
H6C5C6H990.0°52.9°
H6C5C6H1090.0°172.8°
H8C6H9H1090.0°120.1°
C7N2H11C4179.9°180.0°
N2C7C8C9122.0°120.0°
N2C7C8H12120.2°120.0°
N2C7C9H12119.1°120.1°
N2C7C8O4147.3°0.0°
N2C7C9C10147.4°65.8°
N2C7C9H1327.4°54.2°
N2C7C9H1492.5°174.3°
N2C7C8N332.7°180.0°
H11N2C7C8162.7°42.7°
H11N2C7C941.0°77.3°
H11N2C7H1277.4°162.7°
C8C7C9H12118.0°120.0°
C7C8O4N3180.0°179.9°
C8C7C9C1089.6°174.2°
C8C7C9H13150.4°65.7°
C8C7C9H1430.4°54.3°
C7C8N3C11178.7°179.9°
C7C8N3H161.3°0.0°
C8C7N2C417.2°137.2°
C9C7C8O490.7°119.9°
C7C9C10H13120.0°120.1°
C7C9C10H14120.0°120.0°
C7C9H13H14120.0°120.0°
C7C9C10O532.2°9.7°
C7C9C10O6147.8°170.3°
C9C7N2C4138.9°102.8°
C9C7C8N389.4°60.0°
H12C7C8O427.1°120.0°
H12C7C9C1028.3°54.3°
H12C7C9H1391.7°174.3°
H12C7C9H14148.4°65.7°
H12C7N2C4102.6°17.3°
H12C7C8N3152.9°60.0°
O4C8N3C111.2°0.0°
O4C8N3H16178.8°179.9°
C10C9H13H14120.0°120.0°
C9C10O5O6180.0°180.0°
C9C10O6H15180.0°180.0°
H13C9C10O587.8°129.7°
H13C9C10O692.2°50.2°
H14C9C10O5152.3°110.3°
H14C9C10O627.7°69.8°
O5C10O6H150.0°0.0°
C11N3H16C8180.0°179.9°
N3C11C12H17120.2°120.0°
N3C11C12C13122.1°120.0°
N3C11H17C13119.7°120.0°
N3C11C12O7129.1°0.0°
N3C11C13C14168.8°65.0°
N3C11C13H1871.0°55.0°
N3C11C13H1948.5°175.0°
N3C11C12N650.9°180.0°
H16N3C11C12110.8°94.9°
H16N3C11H17129.4°145.0°
H16N3C11C1310.9°25.1°
C12C11H17C13118.6°120.0°
C11C12O7N6180.0°179.9°
C12C11C13C1445.8°175.0°
C12C11C13H18166.0°65.0°
C12C11C13H1974.4°55.0°
C11C12N6H28180.0°0.0°
C11C12N6H290.0°179.9°
C12C11N3C869.2°85.0°
H17C11C12O78.9°120.0°
H17C11C13C1472.2°55.0°
H17C11C13H1848.1°175.0°
H17C11C13H19167.6°65.0°
H17C11N3C850.6°35.0°
H17C11C12N6171.1°60.0°
O7C12C11C13108.8°120.0°
O7C12N6H280.0°179.9°
O7C12N6H29180.0°0.0°
C11C13C14H18120.2°120.0°
C11C13C14H19120.2°120.0°
C11C13H18H19119.3°120.0°
C11C13C14C15123.8°180.0°
C11C13C14H20116.0°60.0°
C11C13C14H213.6°60.0°
C13C11N3C8169.1°155.0°
C13C11C12N671.2°60.0°
C14C13H18H19119.3°120.0°
C13C14C15H20120.2°120.0°
C13C14C15H21120.2°120.0°
C13C14H20H21119.3°120.0°
C13C14C15N4163.6°180.0°
C13C14C15H2276.0°60.0°
C13C14C15H2343.2°60.0°
H18C13C14C153.6°60.0°
H18C13C14H20123.8°180.0°
H18C13C14H21116.6°59.9°
H19C13C14C15115.9°60.0°
H19C13C14H204.3°60.0°
H19C13C14H21123.8°179.9°
C15C14H20H21119.3°119.9°
C14C15N4H22120.4°120.0°
C14C15N4H23120.4°120.0°
C14C15H22H23118.9°120.0°
C14C15N4H2451.5°0.0°
C14C15N4C16128.5°180.0°
H20C14C15N443.4°60.0°
H20C14C15H22163.8°180.0°
H20C14C15H2377.0°60.0°
H21C14C15N476.2°60.0°
H21C14C15H2244.2°60.0°
H21C14C15H23163.5°180.0°
N4C15H22H23118.9°120.0°
C15N4H24C16180.0°180.0°
C15N4C16N5177.4°0.0°
C15N4C16C172.6°180.0°
H22C15N4H2468.9°120.0°
H22C15N4C16111.1°60.0°
H23C15N4H24171.9°120.0°
H23C15N4C168.1°60.0°
H24N4C16N52.6°180.0°
H24N4C16C17177.4°0.0°
N4C16N5C17180.0°180.0°
N4C16C17F1155.0°180.0°
N4C16C17H2557.0°60.0°
N4C16C17H26106.9°59.9°
N4C16N5H27179.9°180.0°
N5C16C17F125.0°0.0°
N5C16C17H25123.1°120.0°
N5C16C17H2673.0°120.0°
C16C17F1H2598.0°120.0°
C16C17F1H2698.0°120.0°
C16C17H25H26166.0°120.0°
C17C16N5H270.0°0.0°
F1C17H25H26166.0°120.0°
H28N6H29C12180.0°179.9°

227111

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