PDB Chemical Component 60T

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 60T

Atom I	Atom J	Distance (Experimental Model)	Distance (Ideal Model)
C4	O	1.436	1.429
C14	C15	1.388	1.383
C14	C13	1.375	1.384
O	C3	1.349	1.356
F1	C13	1.347	1.351
C15	C16	1.386	1.381
C13	C12	1.419	1.385
C3	N1	1.321	1.328
C3	C	1.382	1.396
F	C	1.343	1.351
N1	C2	1.348	1.324
C	C1	1.400	1.383
C16	C17	1.376	1.385
C5	N2	1.461	1.478
C5	C6	1.535	1.548
C12	C17	1.425	1.384
C12	C6	1.543	1.507
C2	N2	1.364	1.386
C2	N	1.346	1.324
C17	F2	1.343	1.351
C1	N	1.345	1.325
C1	C18	1.501	1.508
N2	C11	1.474	1.474
C6	C10	1.562	1.544
C6	N3	1.475	1.470
C10	C11	1.541	1.539
C10	C9	1.521	1.495
N3	C7	1.343	1.382
C9	O1	1.220	1.213
C9	N5	1.381	1.340
C7	N5	1.382	1.385
C7	N4	1.294	1.302
N5	C8	1.474	1.465
C4	H1	1.100	1.090
C4	H2	1.100	1.091
C4	H3	1.100	1.090
C5	H4	1.100	1.089
C5	H5	1.100	1.090
N4	H6	1.000	0.971
C8	H8	1.100	1.090
C8	H9	1.100	1.090
C8	H10	1.100	1.089
C10	H11	1.100	1.089
C16	H12	1.080	1.080
C15	H13	1.081	1.080
C14	H14	1.080	1.079
C11	H15	1.100	1.091
C11	H16	1.100	1.090
C18	H17	1.100	1.090
C18	H18	1.100	1.090
C18	H19	1.100	1.089
N3	H20	1.000	0.970

Bond Angles for 60T

Atom I	Atom J	Atom K	Angle (Experimental Model)	Angle (Ideal Model)
O	C4	H1	109.5	109.5
O	C4	H2	109.5	109.4
O	C4	H3	109.5	109.5
C14	C15	H13	119.5	119.9
C14	C13	C12	124.4	120.0
C13	C14	H14	120.7	120.0
F1	C13	C12	117.2	120.0
C15	C16	H12	120.7	120.0
N1	C3	C	122.4	119.1
N1	C2	N2	117.0	119.2
N1	C2	N	125.7	121.7
C6	C5	N2	101.6	105.1
C2	N2	C5	118.4	111.0
C5	N2	C11	112.9	108.6
N2	C5	H4	111.4	110.3
N2	C5	H5	111.4	110.3
C5	C6	C10	102.3	102.2
C5	C6	N3	108.6	108.1
C6	C5	H4	111.4	110.3
C6	C5	H5	111.4	110.3
N2	C2	N	117.3	119.1
C2	N2	C11	126.6	111.0
C1	N	C2	116.5	120.9
N	C1	C18	116.9	120.4
C1	C18	H17	109.5	109.5
C1	C18	H18	109.4	109.5
C1	C18	H19	109.4	109.5
N2	C11	C10	103.6	107.4
N2	C11	H15	110.9	109.8
N2	C11	H16	110.9	109.9
N3	C6	C10	104.7	108.9
C6	C10	C11	103.4	103.8
C6	C10	C9	113.9	111.5
C6	C10	H11	108.8	110.2
C6	N3	C7	123.5	117.6
C6	N3	H20	118.3	121.2
C9	C10	C11	112.0	110.3
C11	C10	H11	109.1	110.2
C10	C11	H15	110.9	109.8
C10	C11	H16	110.9	109.9
C10	C9	O1	121.1	118.1
C10	C9	N5	117.2	123.8
C9	C10	H11	109.3	110.6
N3	C7	N5	119.2	117.5
N3	C7	N4	122.0	121.3
O1	C9	N5	121.7	118.1
C7	N5	C9	121.8	120.6
N4	C7	N5	118.7	121.3
C7	N5	C8	120.2	119.8
C7	N4	H6	112.0	120.0
N5	C8	H8	109.5	109.5
N5	C8	H9	109.5	109.5
N5	C8	H10	109.5	109.5
H1	C4	H2	109.5	109.4
H1	C4	H3	109.5	109.5
H2	C4	H3	109.5	109.5
H4	C5	H5	109.5	110.3
H8	C8	H9	109.4	109.4
H8	C8	H10	109.5	109.5
H9	C8	H10	109.5	109.5
H15	C11	H16	109.5	110.0
H17	C18	H18	109.5	109.5
H17	C18	H19	109.5	109.5
H18	C18	H19	109.5	109.5

Torsion Angles for 60T

Atom I	Atom J	Atom K	Atom L	Angle (Experimental Model)	Angle (Ideal Model)
H1	C4	O	H2	240.0	240.0
H1	C4	O	H3	120.0	120.0
H2	C4	O	H3	240.0	240.0
C14	C15	C16	H12	178.9	180.0
C13	C14	C15	H13	180.7	180.0
F1	C13	C14	C12	183.3	180.3
C14	C13	F1	C12	176.9	179.7
F1	C13	C14	H14	4.0	360.0
C12	C13	C14	H14	180.7	179.7
C3	N1	C2	N2	176.3	180.5
C3	N1	C2	N	359.4	0.5
N1	C2	N2	C5	3.2	360.0
N2	C2	N1	N	177.0	180.0
N1	C2	N2	C11	165.4	120.8
C1	N	C2	N1	358.6	0.0
C	C1	C18	H17	179.6	270.3
C	C1	C18	H18	299.6	30.2
C	C1	C18	H19	59.6	150.2
N2	C5	C6	C10	321.7	324.9
N2	C5	C6	N3	72.0	79.7
C6	C5	N2	H4	241.3	119.0
C6	C5	N2	H5	118.7	241.1
C5	N2	C2	N	180.4	180.0
C2	N2	C5	C11	164.5	122.3
C5	N2	C11	C10	357.4	357.7
C5	N2	C11	H15	116.5	117.2
C5	N2	C11	H16	238.4	238.3
H4	C5	N2	H5	237.4	122.1
C2	N2	C5	C6	190.7	145.9
C6	C5	N2	C11	26.2	23.6
N2	C5	C6	H4	118.7	241.1
N2	C5	C6	H5	241.3	118.9
N3	C6	C5	C10	110.3	114.8
C5	C6	C10	C11	37.6	33.1
C5	C6	C10	C9	159.5	151.8
C5	C6	C10	H11	281.7	275.0
C5	C6	N3	C7	207.1	197.0
C5	C6	N3	H20	27.1	16.9
H4	C5	C6	H5	122.6	237.8
C12	C6	C5	H4	80.4	323.4
C12	C6	C5	H5	317.8	85.6
C12	C6	C10	C11	157.3	153.6
C12	C6	C10	C9	279.1	272.3
C12	C6	C10	H11	41.4	35.6
C12	C6	N3	H20	262.8	252.3
N1	C2	N2	N	182.8	180.0
C6	C5	N2	C2	190.7	145.9
C5	N2	C2	C11	197.8	239.2
C2	N2	C5	H4	309.4	26.9
C2	N2	C5	H5	72.0	264.8
C1	N	C2	N2	181.7	180.0
C2	N2	C11	C10	194.5	235.5
C2	N2	C11	H15	313.5	354.9
C2	N2	C11	H16	75.4	116.0
N1	C2	N	N2	176.9	180.0
N	C2	N2	C5	180.4	180.0
N	C2	N2	C11	342.6	300.9
C2	N	C1	C18	180.8	180.0
N1	C2	N	C1	358.6	0.0
N2	C2	N	C1	181.7	180.0
N	C1	C18	H17	0.0	90.1
N	C1	C18	H18	120.0	210.0
N	C1	C18	H19	240.0	330.0
C18	C1	N	C2	180.8	180.0
H17	C18	C1	H18	240.0	240.0
H17	C18	C1	H19	120.0	120.0
H18	C18	C1	H19	240.0	240.0
C2	N2	C11	C5	197.0	237.8
C11	N2	C5	H4	144.9	264.6
C11	N2	C5	H5	267.5	142.5
C11	N2	C2	N	342.6	300.9
C6	C10	C11	N2	338.1	340.1
C9	C10	C11	N2	215.0	220.6
N2	C11	C10	H11	93.8	98.1
C10	C11	N2	H15	240.9	240.6
C10	C11	N2	H16	119.1	119.5
H15	C11	N2	H16	238.1	238.9
C10	C6	C5	N2	321.7	324.9
C5	C6	C10	N3	113.3	114.2
C10	C6	C5	H4	203.0	83.9
C10	C6	C5	H5	80.4	206.0
N2	C11	C10	C6	338.1	340.1
C10	C6	N3	C7	315.8	307.3
C10	C6	N3	H20	135.8	127.2
C9	C10	C6	C11	121.8	118.7
C11	C10	C6	H11	115.9	118.0
C6	C10	C11	H15	219.0	220.7
C6	C10	C11	H16	97.1	99.6
C6	C10	C9	O1	154.9	164.3
C6	C10	C9	N5	335.6	344.4
C9	C10	C6	H11	237.7	236.8
N3	C6	C5	N2	72.0	79.7
C5	C6	N3	C10	251.3	249.7
N3	C6	C5	H4	313.4	198.6
N3	C6	C5	H5	190.8	320.8
N3	C6	C10	C11	284.4	278.8
N3	C6	C10	C9	46.2	37.6
N3	C6	C10	H11	168.5	160.8
C6	N3	C7	N5	14.9	41.4
C6	N3	C7	N4	196.5	221.3
N2	C11	C10	H15	119.1	119.4
N2	C11	C10	H16	240.9	240.5
C6	C10	C11	C9	123.1	119.6
C6	C10	C11	H11	244.3	242.0
C11	C10	C9	O1	271.8	279.1
C11	C10	C9	N5	92.5	99.2
C9	C10	C11	H11	121.2	122.5
H15	C11	C10	H16	121.9	121.1
N2	C11	C10	C9	215.0	220.6
C6	C10	C9	C11	243.1	245.2
C6	C10	C9	H11	122.0	123.0
C11	C10	C9	H11	238.9	237.8
C9	C10	C11	H15	95.9	101.2
C9	C10	C11	H16	334.0	340.1
O1	C9	C10	N5	179.3	180.0
C7	N5	C9	C10	351.3	2.2
C7	N3	C6	C10	315.8	307.3
C6	N3	C7	H20	180.0	179.9
N3	C7	N5	C9	15.5	346.2
N4	C7	N3	N5	181.5	179.9
N3	C7	N5	C8	186.2	166.2
N3	C7	N4	H6	178.5	180.0
O1	C9	C10	C11	271.8	279.1
C10	C9	O1	N5	180.8	180.0
O1	C9	C10	H11	32.9	41.4
C7	N5	C9	O1	172.1	182.3
N5	C9	C10	C11	92.5	99.2
C10	C9	N5	O1	179.3	180.0
N5	C9	C10	H11	213.6	221.4
N4	C7	N5	C9	194.0	166.2
C7	N5	C9	C8	171.0	180.0
C9	N5	C8	H8	180.0	180.0
C9	N5	C8	H9	300.0	300.0
C9	N5	C8	H10	60.0	60.0
C10	C9	N5	C7	351.3	2.2
N3	C7	N5	N4	181.5	179.9
O1	C9	N5	C7	172.1	182.3
N5	C7	N4	H6	0.0	359.9
C7	N5	C8	H8	8.8	0.1
C7	N5	C8	H9	128.8	120.0
C7	N5	C8	H10	248.8	240.0
N3	C7	N4	N5	178.5	180.1
N4	C7	N5	C8	4.7	346.2
C7	N5	C8	C9	188.9	180.0
H8	C8	N5	H9	240.0	240.1
H8	C8	N5	H10	120.0	120.1
H9	C8	N5	H10	240.0	240.0
O	C4	H1	H2	120.0	120.0
O	C4	H1	H3	240.0	240.0
H2	C4	H1	H3	120.0	120.0
O	C4	H2	H1	240.0	240.0
O	C4	H2	H3	120.0	120.0
H1	C4	H2	H3	240.0	240.0
O	C4	H3	H1	120.0	120.0
O	C4	H3	H2	240.0	240.0
H1	C4	H3	H2	120.0	120.0
C6	C5	H4	N2	112.6	244.3
H4	C5	N2	C11	144.9	264.6
N2	C5	H4	H5	123.7	237.9
H4	C5	C6	C10	203.0	83.9
H4	C5	C6	N3	313.4	198.6
C6	C5	H4	H5	236.3	122.2
C6	C5	H5	N2	247.3	115.7
H5	C5	N2	C11	267.5	142.5
N2	C5	H5	H4	236.4	122.1
H5	C5	C6	C10	80.4	206.0
H5	C5	C6	N3	190.8	320.8
C6	C5	H5	H4	123.7	237.8
H6	N4	C7	N5	0.0	359.9
N5	C8	H8	H9	120.0	120.0
N5	C8	H8	H10	240.0	239.9
H9	C8	H8	H10	120.0	120.0
N5	C8	H9	H8	240.0	240.1
N5	C8	H9	H10	120.0	120.0
H8	C8	H9	H10	240.0	240.0
N5	C8	H10	H8	120.0	120.0
N5	C8	H10	H9	240.0	240.0
H8	C8	H10	H9	120.0	120.0
C6	C10	H11	C11	112.2	114.0
C6	C10	H11	C9	235.0	236.3
C9	C10	H11	C11	237.2	237.7
H11	C10	C11	H15	334.7	338.7
H11	C10	C11	H16	212.8	217.6
H11	C10	C9	O1	32.9	41.4
H11	C10	C9	N5	213.6	221.4
H13	C15	C16	H12	358.9	360.0
H14	C14	C15	H13	0.7	0.1
H14	C14	C13	C12	180.7	179.7
N2	C11	H15	C10	245.4	242.1
N2	C11	H15	H16	122.7	121.0
H15	C11	C10	H11	334.7	338.7
C10	C11	H15	H16	237.3	238.9
N2	C11	H16	C10	114.6	118.0
N2	C11	H16	H15	237.3	239.0
H16	C11	C10	H11	212.8	217.6
C10	C11	H16	H15	122.7	121.0
C1	C18	H17	H18	120.0	120.0
C1	C18	H17	H19	240.0	240.0
H18	C18	H17	H19	120.0	120.0
C1	C18	H18	H17	240.0	240.0
C1	C18	H18	H19	119.9	120.0
H17	C18	H18	H19	240.0	240.0
C1	C18	H19	H17	120.0	120.0
C1	C18	H19	H18	240.1	240.0
H17	C18	H19	H18	120.0	120.0
H20	N3	C6	C10	135.8	127.2
C6	N3	H20	C7	180.0	180.1
H20	N3	C7	N5	194.9	221.4
H20	N3	C7	N4	16.4	41.4