PDB Chemical Component RUL

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 RUL

Atom I	Atom J	Distance (Experimental Model)
C126	C127	1.417
C126	C125	1.504
C127	C128	1.358
C122	C121	1.421
C122	C123	1.467
C121	C120	1.299
C125	C124	1.338
C128	C123	1.425
C128	N28	1.489
C120	C119	1.500
C123	N27	1.313
C110	C109	1.502
C110	C111	1.315
C109	N25	1.315
N27	C119	1.393
N27	RU4	2.083
C124	N28	1.454
C111	C112	1.272
N28	RU4	2.034
N25	RU4	2.110
N25	C113	1.323
C112	C113	1.601
RU4	N24	2.095
RU4	N26	2.002
RU4	N23	2.017
C113	C118	1.237
C103	N24	1.407
C103	C104	1.429
N24	C107	1.434
N26	C118	1.498
N26	C114	1.284
C118	C117	1.404
C104	C105	1.441
N23	C97	1.401
N23	C101	1.444
C114	C115	1.496
C97	C98	1.425
C117	C116	1.271
C107	C101	1.458
C107	C106	1.373
C101	C100	1.435
C105	C106	1.463
C115	C116	1.478
C106	C108	1.485
C98	C99	1.395
C100	C99	1.452
C100	C102	1.491
C108	C102	1.429
C108	N18	1.390
C102	N16	1.421
N18	C76	1.416
N16	C70	1.394
C76	C70	1.461
C76	C74	1.460
C70	C68	1.461
C73	C74	1.443
C73	C72	1.437
C74	C75	1.430
C72	C71	1.418
C68	C67	1.452
C68	C69	1.437
C67	C66	1.439
C75	C69	1.417
C75	N17	1.407
C69	N15	1.407
C71	N17	1.394
N17	RU3	2.005
C83	C84	1.370
C83	C82	1.462
C66	C65	1.425
C84	C85	1.360
C82	N20	1.383
N15	C65	1.386
N15	RU3	2.004
C85	C86	1.463
N20	C86	1.406
N20	RU3	2.009
C86	C81	1.402
RU3	N21	2.021
RU3	N19	2.083
RU3	N22	2.076
C81	C80	1.464
C81	N19	1.390
C87	N21	1.409
C87	C88	1.403
C80	C79	1.412
N21	C91	1.476
N19	C77	1.346
C88	C89	1.405
C79	C78	1.357
N22	C92	1.413
N22	C96	1.332
C77	C78	1.459
C91	C96	1.429
C91	C90	1.426
C92	C93	1.463
C96	C95	1.450
C89	C90	1.397
C93	C94	1.343
C95	C94	1.416
C65	H45	1.080
C66	H46	1.080
C67	H47	1.080
C71	H48	1.080
C72	H49	1.080
C73	H50	1.080
C77	H51	1.080
C78	H52	1.080
C79	H53	1.080
C80	H54	1.080
C82	H55	1.080
C83	H56	1.081
C84	H57	1.080
C85	H58	1.080
C87	H59	1.080
C88	H60	1.080
C89	H61	1.080
C90	H62	1.080
C92	H63	1.080
C93	H64	1.080
C94	H65	1.080
C95	H66	1.080
C97	H67	1.080
C98	H68	1.080
C99	H69	1.080
C103	H70	1.080
C104	H71	1.080
C105	H72	1.080
C109	H73	1.080
C110	H74	1.080
C111	H75	1.080
C112	H76	1.080
C114	H77	1.080
C115	H78	1.079
C116	H79	1.080
C117	H80	1.080
C119	H81	1.080
C120	H82	1.081
C121	H83	1.080
C122	H84	1.080
C124	H85	1.080
C125	H86	1.080
C126	H87	1.080
C127	H88	1.080

Bond Angles for RUL

Atom I	Atom J	Atom K	Angle (Experimental Model)
C126	C127	C128	120.0
C127	C126	H87	120.9
C126	C127	H88	120.0
C126	C125	H86	120.7
C128	C127	H88	120.0
C122	C121	H83	116.3
C123	C122	H84	122.9
C121	C120	H82	121.9
C125	C124	H85	118.2
C120	C119	H81	121.2
C110	C109	H73	121.1
C110	C111	C112	136.0
C111	C110	H74	124.3
C110	C111	H75	112.0
C109	N25	C113	125.4
N27	C119	H81	121.3
C111	C112	C113	110.0
C112	C111	H75	112.0
C111	C112	H76	125.0
N25	RU4	N26	79.1
N25	C113	C112	113.9
N25	C113	C118	122.2
C112	C113	C118	123.8
C113	C112	H76	125.1
N24	RU4	N26	95.6
N23	RU4	N24	81.7
RU4	N24	C107	110.2
N23	RU4	N26	88.7
RU4	N26	C118	107.0
RU4	N26	C114	124.2
RU4	N23	C97	127.3
RU4	N23	C101	110.9
C113	C118	N26	116.0
C113	C118	C117	132.8
C103	N24	C107	116.2
C103	C104	C105	118.5
C104	C103	H70	118.5
C103	C104	H71	120.7
N24	C107	C106	124.2
C114	N26	C118	127.1
N26	C118	C117	111.2
N26	C114	C115	118.4
N26	C114	H77	120.8
C118	C117	H80	117.7
C104	C105	C106	118.9
C105	C104	H71	120.8
C104	C105	H72	120.5
C97	N23	C101	116.3
N23	C97	C98	123.2
N23	C97	H67	118.4
N23	C101	C100	122.3
C114	C115	C116	112.9
C115	C114	H77	120.8
C114	C115	H78	123.5
C97	C98	C99	119.8
C98	C97	H67	118.4
C97	C98	H68	120.1
C117	C116	H79	117.8
C107	C106	C108	119.4
C101	C100	C102	116.0
C105	C106	C108	122.4
C106	C105	H72	120.5
C116	C115	H78	123.6
C115	C116	H79	117.8
C99	C98	H68	120.1
C98	C99	H69	119.9
C100	C99	H69	120.0
C73	C74	C75	116.5
C74	C73	H50	119.6
C73	C72	H49	121.0
C72	C71	H48	118.4
C68	C67	H47	120.8
C67	C66	H46	120.3
N17	RU3	N21	98.8
N17	RU3	N19	93.9
N17	RU3	N22	176.0
C83	C84	C85	126.0
C84	C83	H56	121.8
C83	C84	H57	117.0
C83	C82	H55	119.7
C66	C65	H45	118.7
C84	C85	C86	116.9
C85	C84	H57	117.0
C84	C85	H58	121.5
C82	N20	C86	120.0
N15	C65	H45	118.7
N15	RU3	N21	94.6
N15	RU3	N19	173.4
N15	RU3	N22	95.1
N20	C86	C85	119.8
C86	C85	H58	121.5
N20	RU3	N21	169.6
N20	RU3	N22	96.1
N19	RU3	N21	90.9
N21	RU3	N22	79.0
RU3	N21	C91	113.5
N19	RU3	N22	89.5
RU3	N19	C77	125.8
RU3	N22	C92	123.4
RU3	N22	C96	114.5
C81	C80	H54	122.7
C87	N21	C91	116.2
C87	C88	C89	116.8
C88	C87	H59	118.8
C87	C88	H60	121.6
C80	C79	H53	117.0
N21	C91	C96	112.9
N21	C91	C90	119.1
N19	C77	C78	119.7
N19	C77	H51	120.1
C88	C89	C90	123.4
C89	C88	H60	121.6
C88	C89	H61	118.3
C79	C78	H52	122.3
C92	N22	C96	121.3
N22	C92	C93	119.3
N22	C92	H63	120.4
C91	C96	N22	114.3
N22	C96	C95	120.7
C78	C77	H51	120.1
C77	C78	H52	122.3
C91	C96	C95	124.9
C91	C90	H62	121.7
C92	C93	C94	116.1
C93	C92	H63	120.4
C92	C93	H64	122.0
C96	C95	H66	122.4
C90	C89	H61	118.3
C89	C90	H62	121.6
C94	C93	H64	121.9
C93	C94	H65	117.1
C95	C94	H65	117.0

Torsion Angles for RUL

Atom I	Atom J	Atom K	Atom L	Angle (Experimental Model)
C127	C126	C125	H86	186.0
C128	C127	C126	H88	180.0
C126	C125	C124	H85	166.5
C128	C127	C126	H87	170.0
C126	C127	C128	H88	180.0
C122	C121	C120	H82	179.0
C123	C122	C121	H83	181.9
C121	C120	C119	H81	184.6
C128	C123	C122	H84	351.3
N27	C119	C120	H81	180.0
C123	N27	C119	H81	169.9
C110	C109	N25	C113	336.7
C111	C110	C109	H73	188.4
C110	C111	C112	C113	9.3
C112	C111	C110	H75	180.0
C110	C111	C112	H76	189.3
C109	N25	RU4	N26	139.4
C109	N25	C113	C112	28.4
C109	N25	C113	C118	212.0
C120	C119	N27	H81	180.0
C112	C111	C110	H74	176.2
C110	C111	C112	H75	180.0
N25	C113	C112	C111	340.6
C111	C112	C113	C118	157.0
C113	C112	C111	H76	180.0
N24	RU4	N25	N26	31.9
N23	RU4	N25	N26	87.7
N25	RU4	N26	C118	22.3
N25	RU4	N26	C114	188.8
C111	C112	C113	N25	340.6
C113	N25	RU4	N26	341.7
C112	C113	N25	C118	176.4
N25	C113	C112	H76	160.6
N25	C113	C118	N26	11.8
N25	C113	C118	C117	191.1
C113	C112	C111	H75	189.3
C111	C112	C113	H76	180.0
N25	C113	C112	C118	183.6
C112	C113	C118	N26	195.7
C112	C113	C118	C117	15.0
N25	RU4	N24	N26	328.6
N23	RU4	N24	N26	272.2
N24	RU4	N26	C118	205.6
N24	RU4	N26	C114	12.1
N24	RU4	N23	C97	173.6
N24	RU4	N23	C101	21.2
C103	N24	RU4	C107	210.9
RU4	N24	C107	C106	199.4
N23	RU4	N26	N24	81.5
N26	RU4	N24	C107	65.7
N26	RU4	N23	C97	77.7
N26	RU4	N23	C101	285.3
C113	C118	N26	RU4	333.6
C114	N26	RU4	C118	166.5
RU4	N26	C118	C117	154.1
RU4	N26	C114	C115	202.4
RU4	N26	C114	H77	22.4
N25	RU4	N23	N26	281.0
N24	RU4	N23	N26	95.9
N23	RU4	N24	C107	337.9
N23	RU4	N26	C118	287.1
N23	RU4	N26	C114	93.6
C97	N23	RU4	C101	152.4
RU4	N23	C97	C98	205.4
RU4	N23	C97	H67	25.4
RU4	N23	C101	C100	162.2
N25	C113	C118	C112	176.1
C118	C113	C112	H76	337.0
RU4	N26	C118	C113	333.6
C114	N26	C118	C113	167.6
N26	C118	C113	C117	180.7
C113	C118	C117	H80	7.8
C103	N24	RU4	N26	276.6
RU4	N24	C103	C107	147.6
C103	N24	C107	C106	352.1
C104	C103	N24	C107	4.3
C103	C104	C105	C106	7.5
C105	C104	C103	H71	180.0
C103	C104	C105	H72	187.4
C107	N24	RU4	N26	65.7
N24	C107	C106	C108	191.1
RU4	N26	C118	C114	166.0
C113	C118	N26	C117	179.5
C118	N26	C114	C115	6.1
C118	N26	C114	H77	186.1
N26	C118	C117	H80	187.1
RU4	N26	C114	C118	196.3
C113	C118	N26	C114	167.6
C114	N26	C118	C117	348.1
N26	C114	C115	C116	4.0
C115	C114	N26	H77	180.0
N26	C114	C115	H78	184.0
C113	C118	C117	N26	180.7
C118	C117	C116	H79	182.4
C105	C104	C103	H70	175.5
C103	C104	C105	H71	180.0
C104	C105	C106	C108	169.4
C106	C105	C104	H72	180.0
C97	N23	RU4	N24	173.6
C97	N23	RU4	N26	77.7
RU4	N23	C97	C101	208.9
C97	N23	C101	C100	6.5
N23	C97	C98	C99	3.5
C98	C97	N23	H67	180.0
N23	C97	C98	H68	183.5
C101	N23	RU4	N24	21.2
C101	N23	RU4	N26	285.3
RU4	N23	C101	C97	155.7
C101	N23	C97	C98	356.5
C101	N23	C97	H67	176.5
N23	C101	C100	C102	171.3
C115	C114	N26	C118	6.1
N26	C114	C115	H77	180.0
C116	C115	C114	H78	180.0
C114	C115	C116	H79	171.5
C98	C97	N23	C101	356.5
N23	C97	C98	H67	180.0
C99	C98	C97	H68	180.0
C97	C98	C99	H69	173.9
C113	C118	C117	C116	187.8
N26	C118	C117	C116	7.1
C117	C116	C115	H78	171.4
C115	C116	C117	H79	180.0
RU4	N24	C107	C101	18.5
C105	C106	C107	C108	180.1
C107	C106	C105	H72	169.4
C101	C100	C99	H69	188.7
N24	C107	C106	C105	11.2
C106	C105	C104	H71	187.4
C104	C105	C106	H72	180.0
C107	C106	C105	C108	179.9
C116	C115	C114	H77	184.0
C114	C115	C116	H78	180.0
C117	C116	C115	H79	180.0
C108	C106	C105	H72	349.5
C99	C98	C97	H67	183.5
C97	C98	C99	H68	180.0
C100	C99	C98	H69	180.0
N23	C101	C100	C99	351.0
C100	C99	C98	H68	174.0
C98	C99	C100	H69	180.0
C102	C100	C99	H69	8.3
C76	C74	C73	H50	7.4
C70	C68	C67	H47	351.6
C74	C73	C72	H49	174.5
C73	C72	C71	H48	182.1
C75	C74	C73	H50	189.1
C68	C67	C66	H46	186.0
C69	C68	C67	H47	170.6
C67	C66	C65	H45	178.5
C75	N17	RU3	N21	114.5
C75	N17	RU3	N19	206.0
C75	N17	RU3	N22	58.8
C69	N15	C65	H45	180.5
C69	N15	RU3	N21	241.2
C69	N15	RU3	N19	27.9
C69	N15	RU3	N22	161.9
C71	N17	RU3	N21	266.7
C71	N17	RU3	N19	358.2
C71	N17	RU3	N22	211.1
N15	RU3	N17	N21	266.6
N15	RU3	N17	N19	175.1
N15	RU3	N17	N22	322.2
N20	RU3	N17	N21	171.0
N20	RU3	N17	N22	226.7
N19	RU3	N17	N21	91.5
N21	RU3	N17	N22	55.6
N17	RU3	N21	C91	188.8
N19	RU3	N17	N22	147.1
N17	RU3	N19	C77	233.5
N17	RU3	N22	C92	228.6
N17	RU3	N22	C96	37.8
C84	C83	C82	H55	178.5
C83	C84	C85	C86	357.4
C85	C84	C83	H57	180.0
C83	C84	C85	H58	177.5
C83	C82	N20	C86	0.4
N15	C65	C66	H45	180.0
C85	C84	C83	H56	182.7
C83	C84	C85	H57	180.0
N20	C86	C85	C84	1.2
C86	C85	C84	H58	180.0
C82	N20	C86	C85	359.8
C82	N20	RU3	N21	212.0
C82	N20	RU3	N22	273.5
C66	C65	N15	H45	180.0
C65	N15	RU3	N21	85.2
C65	N15	RU3	N19	231.9
C65	N15	RU3	N22	5.9
N17	RU3	N15	N21	98.2
N17	RU3	N15	N19	311.5
N17	RU3	N15	N22	177.5
N20	RU3	N15	N21	184.0
N20	RU3	N15	N22	263.4
N19	RU3	N15	N21	146.7
N21	RU3	N15	N22	79.3
N15	RU3	N21	C91	271.1
N19	RU3	N15	N22	226.0
N15	RU3	N19	C77	185.6
N15	RU3	N22	C92	266.1
N15	RU3	N22	C96	75.3
C86	C85	C84	H57	177.5
C84	C85	C86	H58	180.0
C84	C85	C86	N20	1.2
N20	C86	C85	H58	181.2
C86	N20	RU3	N21	39.1
C86	N20	RU3	N22	100.5
N17	RU3	N20	N21	238.5
N17	RU3	N20	N22	177.1
N15	RU3	N20	N21	157.2
N15	RU3	N20	N22	95.7
N19	RU3	N20	N21	333.1
N21	RU3	N20	N22	298.5
N20	RU3	N21	C91	68.3
N19	RU3	N20	N22	271.7
N20	RU3	N22	C92	1.7
N20	RU3	N22	C96	170.9
C86	C81	C80	H54	340.8
N17	RU3	N21	N19	94.1
N17	RU3	N21	N22	183.4
N15	RU3	N21	N19	176.4
N15	RU3	N21	N22	265.7
N20	RU3	N21	N22	62.9
N19	RU3	N21	N22	89.3
N21	RU3	N19	C77	332.4
N21	RU3	N22	C92	172.4
N21	RU3	N22	C96	341.6
C87	N21	RU3	C91	214.6
RU3	N21	C91	C96	6.8
RU3	N21	C91	C90	192.9
N17	RU3	N19	N21	261.1
N17	RU3	N19	N22	182.2
N15	RU3	N19	N21	213.2
N15	RU3	N19	N22	134.2
N20	RU3	N19	N21	175.3
N20	RU3	N19	N22	96.3
N21	RU3	N19	N22	281.0
N19	RU3	N21	C91	94.7
N19	RU3	N22	C92	81.4
N19	RU3	N22	C96	250.6
RU3	N19	C77	C78	175.6
RU3	N19	C77	H51	355.6
N17	RU3	N22	N21	56.2
N17	RU3	N22	N19	147.2
N15	RU3	N22	N21	93.7
N15	RU3	N22	N19	184.7
N20	RU3	N22	N21	189.3
N19	RU3	N22	N21	269.0
N22	RU3	N21	C91	5.4
N22	RU3	N19	C77	51.4
C92	N22	RU3	C96	190.7
RU3	N22	C92	C93	158.5
RU3	N22	C92	H63	338.4
C91	C96	N22	RU3	27.7
RU3	N22	C96	C95	205.2
C81	C80	C79	H53	177.9
C81	N19	RU3	N21	169.8
C81	N19	RU3	N22	248.8
C81	N19	C77	H51	156.5
C87	N21	RU3	N22	220.0
RU3	N21	C87	C91	144.6
C87	N21	C91	C96	154.1
C87	N21	C91	C90	340.1
C88	C87	N21	C91	359.7
C87	C88	C89	C90	346.0
C89	C88	C87	H60	180.0
C87	C88	C89	H61	166.0
C80	C79	C78	H52	188.8
C91	N21	RU3	N22	5.4
N21	C91	C96	N22	337.4
N21	C91	C96	C95	160.0
N21	C91	C90	H62	202.6
C77	N19	RU3	N21	332.4
C77	N19	RU3	N22	51.4
C78	C77	N19	H51	180.0
N19	C77	C78	H52	183.7
C89	C88	C87	H59	196.7
C87	C88	C89	H60	180.0
C90	C89	C88	H61	180.0
C88	C89	C90	H62	174.5
C79	C78	C77	H51	183.7
C77	C78	C79	H52	180.0
RU3	N22	C92	C96	168.5
C91	C96	N22	C92	197.2
C92	N22	C96	C95	14.7
N22	C92	C93	C94	359.9
C93	C92	N22	H63	180.0
N22	C92	C93	H64	179.9
RU3	N22	C96	C92	190.5
C96	N22	C92	C93	349.9
C96	N22	C92	H63	169.9
C91	C96	N22	C95	182.4
N22	C96	C95	H66	171.0
N19	C77	C78	H51	180.0
C79	C78	C77	H52	180.0
RU3	N22	C96	C91	27.7
N21	C91	C96	C90	186.6
C92	N22	C96	C91	197.2
N22	C96	C91	C95	177.5
C96	C91	C90	H62	29.6
C91	C96	C95	H66	348.3
N21	C91	C90	C96	173.0
C91	C90	C89	H61	174.5
C89	C90	C91	H62	180.0
C93	C92	N22	C96	349.9
N22	C92	C93	H63	180.0
C94	C93	C92	H64	180.0
C92	C93	C94	H65	185.7
C91	C96	C95	N22	177.3
C96	C95	C94	H65	178.5
N21	C91	C90	C89	22.6
C90	C89	C88	H60	166.0
C88	C89	C90	H61	180.0
C91	C90	C89	H62	180.0
C94	C93	C92	H63	179.9
C92	C93	C94	H64	180.0
C95	C94	C93	H65	180.0
N22	C96	C95	C94	351.0
C91	C96	C95	C94	168.3
C95	C94	C93	H64	185.7
C93	C94	C95	H65	180.0
H46	C66	C65	H45	358.5
H47	C67	C66	H46	6.0
H49	C72	C71	H48	2.1
H50	C73	C74	C75	189.1
H50	C73	C72	H49	354.5
N19	C77	H51	C78	180.0
H51	C77	C78	H52	3.6
H52	C78	C77	H51	3.6
H53	C79	C78	H52	8.9
H54	C80	C79	H53	357.9
H55	C82	N20	C86	180.4
H56	C83	C84	C85	182.7
H56	C83	C84	H57	2.7
H56	C83	C82	H55	358.5
C83	C84	H57	C85	180.0
H57	C84	C83	H56	2.7
H57	C84	C85	C86	177.5
H57	C84	C85	H58	357.5
C84	C85	H58	C86	180.0
H58	C85	C84	H57	357.5
H59	C87	N21	C91	179.8
H59	C87	C88	C89	196.7
H59	C87	C88	H60	16.7
C87	C88	H60	C89	180.0
H60	C88	C87	H59	16.7
H60	C88	C89	C90	166.0
H60	C88	C89	H61	346.0
C88	C89	H61	C90	180.0
H61	C89	C88	H60	346.0
H61	C89	C90	H62	354.5
H62	C90	C89	H61	354.5
H63	C92	N22	C96	169.9
N22	C92	H63	C93	180.0
H63	C92	C93	C94	179.9
H63	C92	C93	H64	359.9
C92	C93	H64	C94	180.0
H64	C93	C92	H63	359.9
H64	C93	C94	H65	5.7
H65	C94	C93	H64	5.7
H66	C95	C94	H65	358.5
H67	C97	N23	C101	176.5
N23	C97	H67	C98	180.0
H67	C97	C98	C99	183.5
H67	C97	C98	H68	3.5
C97	C98	H68	C99	180.0
H68	C98	C97	H67	3.5
H68	C98	C99	H69	354.0
H69	C99	C98	H68	354.0
H70	C103	N24	C107	184.3
H70	C103	C104	C105	175.5
H70	C103	C104	H71	355.5
C103	C104	H71	C105	180.0
H71	C104	C103	H70	355.5
H71	C104	C105	C106	187.4
H71	C104	C105	H72	7.4
C104	C105	H72	C106	180.0
H72	C105	C104	H71	7.4
H72	C105	C106	C108	349.5
H73	C109	N25	C113	156.7
H74	C110	C109	H73	8.4
H74	C110	C111	C112	176.2
H74	C110	C111	H75	356.2
C110	C111	H75	C112	180.0
H75	C111	C110	H74	356.2
H75	C111	C112	C113	189.3
H75	C111	C112	H76	9.3
C111	C112	H76	C113	180.0
H76	C112	C111	H75	9.3
H76	C112	C113	C118	337.0
H77	C114	N26	C118	186.1
N26	C114	H77	C115	180.0
H77	C114	C115	C116	184.0
H77	C114	C115	H78	4.0
C114	C115	H78	C116	180.0
H78	C115	C114	H77	4.0
H78	C115	C116	H79	351.5
H79	C116	C115	H78	351.5
H80	C117	C116	H79	2.4
H82	C120	C119	H81	4.6
H83	C121	C120	H82	358.9
H84	C122	C121	H83	1.9
H86	C125	C124	H85	346.5
H87	C126	C127	C128	170.0
H87	C126	C127	H88	349.9
H87	C126	C125	H86	6.0
C126	C127	H88	C128	180.0
H88	C127	C126	H87	349.9