PDB Chemical Component 5HV

The following tables include covalent bond distance, bond angle and torsion angle values for the experimental model and ideal geometries stored in the definition for this chemical component.

Bond Distances for 5HV

Atom I	Atom J	Distance (Ideal Model)
O68	C67	1.221
C63	C60	1.545
C63	C66	1.512
C60	C57	1.545
C67	C66	1.421
C67	N69	1.340
C66	C56	1.347
C57	C56	1.512
C56	N55	1.368
N69	C70	1.318
N55	C70	1.360
N55	C52	1.465
C70	S71	1.762
C12	C09	1.530
O51	C50	1.213
C72	S71	1.810
C72	C75	1.507
C52	C50	1.507
C50	N22	1.348
C09	N08	1.470
C75	C84	1.382
C75	C76	1.382
C84	C82	1.382
C16	N08	1.469
C16	C19	1.530
N22	C19	1.466
N22	C23	1.465
N08	C05	1.469
C76	C78	1.382
C82	C80	1.385
C05	C01	1.530
C23	C26	1.507
C78	C80	1.385
C80	F81	1.350
C34	C26	1.383
C34	C32	1.381
C26	C27	1.384
C32	C31	1.393
C27	C29	1.380
C31	C29	1.393
C31	C36	1.483
C44	C36	1.394
C44	C42	1.380
C36	C37	1.393
C42	C41	1.384
C37	C39	1.380
C41	C39	1.383
C41	C46	1.507
F48	C46	1.399
C46	F47	1.399
C46	F49	1.399
C01	H1	1.090
C01	H2	1.090
C01	H3	1.090
C05	H4	1.090
C05	H5	1.090
C09	H7	1.090
C09	H8	1.090
C12	H9	1.090
C12	H10	1.090
C12	H11	1.090
C16	H12	1.089
C16	H13	1.091
C19	H14	1.090
C19	H15	1.090
C23	H16	1.089
C23	H17	1.090
C27	H18	1.080
C29	H19	1.080
C32	H20	1.081
C34	H21	1.080
C37	H22	1.081
C39	H23	1.080
C42	H24	1.081
C44	H25	1.079
C52	H26	1.089
C52	H27	1.090
C57	H28	1.090
C57	H29	1.090
C60	H30	1.091
C60	H31	1.090
C63	H32	1.090
C63	H33	1.090
C72	H34	1.090
C72	H35	1.090
C76	H36	1.080
C78	H37	1.079
C82	H38	1.080
C84	H39	1.080

Bond Angles for 5HV

Atom I	Atom J	Atom K	Angle (Ideal Model)
O68	C67	N69	120.2
C63	C60	H30	111.0
C63	C60	H31	111.0
C66	C63	H32	110.4
C66	C63	H33	110.4
C60	C57	H28	110.3
C60	C57	H29	110.4
C67	N69	C70	120.6
C56	N55	C70	120.5
N55	C70	N69	121.1
N69	C70	S71	119.5
N55	C70	S71	119.5
N55	C52	H26	109.5
N55	C52	H27	109.4
C12	C09	H7	109.4
C12	C09	H8	109.5
C72	C75	C84	120.0
C72	C75	C76	120.0
C75	C72	H34	109.5
C75	C72	H35	109.5
C76	C75	C84	120.1
C75	C84	C82	120.0
C75	C84	H39	120.0
C75	C76	C78	120.1
C75	C76	H36	120.0
C84	C82	H38	120.0
C19	C16	H12	109.5
C19	C16	H13	109.4
C16	C19	H14	109.5
C16	C19	H15	109.5
N22	C19	H14	109.5
N22	C19	H15	109.4
N22	C23	C26	109.5
N22	C23	H16	109.5
N22	C23	H17	109.5
N08	C05	H4	109.5
N08	C05	H5	109.5
C76	C78	C80	120.0
C78	C76	H36	120.0
C76	C78	H37	120.1
C05	C01	H1	109.5
C05	C01	H2	109.5
C05	C01	H3	109.4
C23	C26	C27	119.9
C26	C23	H16	109.5
C26	C23	H17	109.4
C78	C80	F81	120.0
C80	C78	H37	120.0
C34	C32	H20	120.0
C26	C27	C29	120.1
C26	C27	H18	119.9
C32	C31	C36	120.1
C29	C27	H18	120.0
C27	C29	H19	120.0
C31	C29	H19	120.1
C31	C36	C37	120.1
C44	C42	H24	120.0
C36	C37	C39	119.9
C36	C37	H22	120.1
C42	C41	C46	119.9
C39	C37	H22	120.0
C37	C39	H23	120.0
C41	C39	H23	119.9
C41	C46	F47	109.5
C41	C46	F49	109.5
F48	C46	F49	109.5
F47	C46	F49	109.5
H1	C01	H2	109.5
H1	C01	H3	109.5
H2	C01	H3	109.5
H4	C05	H5	109.5
H7	C09	H8	109.5
H9	C12	H10	109.5
H9	C12	H11	109.5
H10	C12	H11	109.5
H12	C16	H13	109.5
H14	C19	H15	109.5
H16	C23	H17	109.4
H26	C52	H27	109.5
H28	C57	H29	110.3
H30	C60	H31	110.8
H32	C63	H33	110.4
H34	C72	H35	109.5

Torsion Angles for 5HV

Atom I	Atom J	Atom K	Atom L	Angle (Ideal Model)
O68	C67	N69	C70	179.9
C63	C60	C57	H28	215.5
C63	C60	C57	H29	93.3
H30	C60	C63	H31	123.7
C66	C63	C60	H30	267.5
C66	C63	C60	H31	143.8
H32	C63	C66	H33	122.3
H28	C57	C60	H29	122.2
C67	C66	C63	H32	44.3
C67	C66	C63	H33	281.9
N55	C70	N69	C67	0.1
C67	N69	C70	S71	180.3
C66	C56	N55	C70	0.1
C57	C56	N55	C70	180.0
C56	N55	C70	N69	359.9
C56	N55	C70	S71	179.7
C56	N55	C52	H26	150.3
C56	N55	C52	H27	30.3
N55	C70	N69	S71	179.8
C67	N69	C70	N55	0.1
N69	C70	N55	S71	180.2
C70	N55	C52	H26	330.0
C70	N55	C52	H27	209.9
H26	C52	N55	H27	120.0
N55	C70	S71	N69	180.2
H7	C09	C12	H8	120.1
C76	C75	C72	C84	180.3
C72	C75	C84	C82	179.7
C72	C75	C84	H39	0.0
C72	C75	C76	C78	180.0
C72	C75	C76	H36	360.0
H34	C72	C75	H35	120.0
C50	N22	C19	H14	150.0
C50	N22	C19	H15	30.0
C50	N22	C23	H16	30.0
C50	N22	C23	H17	150.0
C09	N08	C05	H4	306.0
C09	N08	C05	H5	186.0
C72	C75	C84	C76	180.3
C84	C75	C72	H34	330.0
C84	C75	C72	H35	210.0
C84	C75	C76	C78	0.3
C84	C75	C76	H36	180.2
C75	C84	C82	H38	180.3
C72	C75	C76	C84	179.7
C76	C75	C72	H34	150.2
C76	C75	C72	H35	30.2
C76	C75	C84	C82	359.5
C76	C75	C84	H39	179.8
C75	C76	C78	C80	360.0
C78	C76	C75	H36	180.1
C75	C76	C78	H37	180.0
C75	C84	C82	H39	180.3
C16	N08	C05	H4	70.0
C16	N08	C05	H5	310.0
N22	C19	C16	H14	240.0
N22	C19	C16	H15	119.9
H12	C16	C19	H13	120.0
H14	C19	C16	H15	240.0
N22	C19	C16	H12	55.2
N22	C19	C16	H13	295.2
C16	C19	N22	H14	120.0
C16	C19	N22	H15	240.0
H14	C19	N22	H15	120.0
C23	N22	C19	H14	330.0
C23	N22	C19	H15	210.0
N22	C23	C26	C27	89.9
C26	C23	N22	H16	240.0
C26	C23	N22	H17	120.0
H16	C23	N22	H17	240.0
N08	C05	C01	H1	180.0
N08	C05	C01	H2	300.0
N08	C05	C01	H3	60.0
H4	C05	N08	H5	120.0
C78	C76	C75	C84	0.3
C75	C76	C78	H36	179.9
C76	C78	C80	F81	180.1
C80	C78	C76	H37	180.0
C75	C84	C82	C80	0.5
C82	C80	C78	H37	180.0
H1	C01	C05	H2	240.0
H1	C01	C05	H3	120.0
H2	C01	C05	H3	240.0
N22	C23	C26	H16	120.0
N22	C23	C26	H17	240.0
C23	C26	C27	C29	180.0
C23	C26	C27	H18	0.0
H16	C23	C26	H17	120.0
C80	C78	C76	H36	180.0
C76	C78	C80	H37	180.0
F81	C80	C78	H37	0.1
C34	C26	C23	H16	149.7
C34	C26	C23	H17	29.7
C34	C26	C27	H18	180.3
C34	C32	C31	C36	179.7
C27	C26	C23	H16	329.9
C27	C26	C23	H17	210.0
C29	C27	C26	H18	180.0
C26	C27	C29	H19	180.0
C32	C31	C29	H19	180.0
C32	C31	C36	C37	0.0
C26	C27	C29	H18	180.0
C31	C29	C27	H19	180.0
C31	C29	C27	H18	180.0
C27	C29	C31	H19	180.0
C36	C31	C29	H19	360.0
C31	C36	C37	C39	180.0
C31	C36	C37	H22	359.9
C44	C36	C37	H22	180.2
C44	C42	C41	C46	179.7
C39	C37	C36	H22	180.1
C36	C37	C39	H23	180.0
C42	C41	C39	H23	180.0
C42	C41	C46	F47	270.0
C42	C41	C46	F49	150.0
C36	C37	C39	H22	179.9
C41	C39	C37	H23	180.0
C41	C39	C37	H22	180.1
C37	C39	C41	H23	180.0
C46	C41	C39	H23	0.0
F48	C46	C41	F49	240.0
F47	C46	C41	F49	120.0
C41	C46	F48	F49	120.0
F47	C46	F48	F49	240.0
C41	C46	F47	F49	240.0
F48	C46	F47	F49	120.0
C41	C46	F49	F47	120.0
C05	C01	H1	H2	120.0
C05	C01	H1	H3	240.0
H2	C01	H1	H3	120.0
C05	C01	H2	H1	240.0
C05	C01	H2	H3	119.9
H1	C01	H2	H3	239.9
C05	C01	H3	H1	120.0
C05	C01	H3	H2	240.1
H1	C01	H3	H2	120.0
N08	C05	H4	H5	240.0
H4	C05	C01	H1	300.0
H4	C05	C01	H2	60.0
H4	C05	C01	H3	180.0
N08	C05	H5	H4	120.0
H5	C05	C01	H1	60.0
H5	C05	C01	H2	180.0
H5	C05	C01	H3	300.0
C12	C09	H7	H8	240.0
C12	C09	H8	H7	120.0
H9	C12	C09	H7	60.8
H9	C12	C09	H8	300.8
H10	C12	H9	H11	120.0
H10	C12	C09	H7	180.8
H10	C12	C09	H8	60.7
H9	C12	H10	H11	240.0
H11	C12	C09	H7	300.8
H11	C12	C09	H8	180.7
H9	C12	H11	H10	120.0
C19	C16	H12	H13	240.0
H12	C16	C19	H14	175.2
H12	C16	C19	H15	295.3
C19	C16	H13	H12	120.0
H13	C16	C19	H14	55.2
H13	C16	C19	H15	175.3
H14	C19	C16	H12	175.2
H14	C19	C16	H13	55.2
C16	C19	H14	H15	120.0
N22	C19	H14	H15	240.0
H15	C19	C16	H12	295.3
H15	C19	C16	H13	175.3
C16	C19	H15	H14	240.0
N22	C19	H15	H14	120.0
N22	C23	H16	C26	240.0
N22	C23	H16	H17	120.0
H16	C23	C26	C27	329.9
C26	C23	H16	H17	240.1
N22	C23	H17	C26	120.0
N22	C23	H17	H16	240.0
H17	C23	C26	C27	210.0
C26	C23	H17	H16	120.0
C26	C27	H18	C29	180.0
H18	C27	C29	H19	360.0
H19	C29	C27	H18	360.0
H20	C32	C31	C36	360.0
H21	C34	C32	H20	360.0
C36	C37	H22	C39	180.1
H22	C37	C39	H23	0.1
H23	C39	C37	H22	0.1
H24	C42	C41	C46	360.0
H25	C44	C42	H24	0.0
N55	C52	H26	H27	240.0
N55	C52	H27	H26	120.0
C60	C57	H28	H29	237.8
C60	C57	H29	H28	122.2
C63	C60	H30	H31	236.2
H30	C60	C57	H28	333.7
H30	C60	C57	H29	211.5
C63	C60	H31	H30	123.8
H31	C60	C57	H28	97.3
H31	C60	C57	H29	335.1
H32	C63	C60	H30	26.4
H32	C63	C60	H31	262.7
C66	C63	H32	H33	237.7
H33	C63	C60	H30	148.6
H33	C63	C60	H31	24.9
C66	C63	H33	H32	122.3
H34	C72	C75	C84	330.0
H34	C72	C75	C76	150.2
C75	C72	H34	H35	240.0
H35	C72	C75	C84	210.0
H35	C72	C75	C76	30.2
C75	C72	H35	H34	120.0
H36	C76	C75	C84	180.2
C75	C76	H36	C78	180.1
H36	C76	C78	C80	180.0
H36	C76	C78	H37	0.0
C76	C78	H37	C80	180.0
H37	C78	C76	H36	0.0
H37	C78	C80	F81	0.1
C75	C84	H39	C82	179.7
H39	C84	C82	H38	360.0