PDB Chemical Component MST

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 MST

Atom I	Atom J	Distance (Experimental Model)	Distance (Ideal Model)
N1	C2	1.318	1.330
N1	C6	1.378	1.328
C2	S7	1.781	1.762
C2	N3	1.325	1.329
S7	C8	1.790	1.811
C8	H83	1.115	1.089
C8	H82	1.115	1.089
C8	H81	1.115	1.090
N3	C4	1.377	1.329
C4	N9	1.344	1.380
C4	N5	1.319	1.329
N9	C10	1.452	1.465
N9	H9	1.019	0.970
C10	C11	1.542	1.530
C10	C12	1.540	1.529
C10	C13	1.544	1.529
C11	H113	1.116	1.090
C11	H112	1.114	1.090
C11	H111	1.114	1.091
C12	H123	1.116	1.089
C12	H122	1.115	1.090
C12	H121	1.114	1.090
C13	H133	1.116	1.089
C13	H132	1.115	1.091
C13	H131	1.114	1.090
N5	C6	1.323	1.330
C6	N14	1.356	1.380
N14	C15	1.462	1.465
N14	H14	1.020	0.970
C15	C16	1.474	1.529
C15	H152	1.116	1.089
C15	H151	1.115	1.090
C16	H163	1.114	1.090
C16	H162	1.115	1.090
C16	H161	1.115	1.089

Bond Angles for MST

Atom I	Atom J	Atom K	Angle (Experimental Model)	Angle (Ideal Model)
C2	N1	C6	111.6	120.0
N1	C2	S7	114.1	120.0
N1	C2	N3	129.9	120.0
N1	C6	N5	125.8	120.0
N1	C6	N14	116.0	120.0
S7	C2	N3	116.1	120.0
C2	S7	C8	103.4	100.0
C2	N3	C4	111.6	120.0
S7	C8	H83	103.4	109.4
S7	C8	H82	114.5	109.5
S7	C8	H81	114.5	109.4
H83	C8	H82	114.5	109.5
H83	C8	H81	114.5	109.5
H82	C8	H81	96.0	109.5
N3	C4	N9	117.1	120.0
N3	C4	N5	125.7	120.0
N9	C4	N5	116.9	120.0
C4	N9	C10	127.8	120.0
C4	N9	H9	105.8	120.0
C4	N5	C6	115.1	120.0
C10	N9	H9	105.7	120.0
N9	C10	C11	108.7	109.5
N9	C10	C12	110.2	109.5
N9	C10	C13	109.0	109.5
C11	C10	C12	108.6	109.5
C11	C10	C13	109.4	109.4
C10	C11	H113	108.7	109.5
C10	C11	H112	112.5	109.5
C10	C11	H111	112.5	109.4
C12	C10	C13	110.9	109.6
C10	C12	H123	110.2	109.6
C10	C12	H122	112.0	109.4
C10	C12	H121	112.0	109.5
C10	C13	H133	109.0	109.6
C10	C13	H132	112.4	109.5
C10	C13	H131	112.4	109.4
H113	C11	H112	112.5	109.5
H113	C11	H111	112.5	109.4
H112	C11	H111	98.0	109.5
H123	C12	H122	111.9	109.5
H123	C12	H121	112.0	109.4
H122	C12	H121	98.5	109.5
H133	C13	H132	112.3	109.5
H133	C13	H131	112.3	109.5
H132	C13	H131	98.1	109.4
N5	C6	N14	118.1	120.0
C6	N14	C15	125.8	120.0
C6	N14	H14	106.4	120.0
C15	N14	H14	106.5	120.0
N14	C15	C16	109.5	109.5
N14	C15	H152	112.1	109.5
N14	C15	H151	112.2	109.4
C16	C15	H152	112.3	109.5
C16	C15	H151	112.2	109.5
C15	C16	H163	109.5	109.4
C15	C16	H162	112.2	109.5
C15	C16	H161	112.2	109.5
H152	C15	H151	98.2	109.4
H163	C16	H162	112.2	109.5
H163	C16	H161	112.2	109.5
H162	C16	H161	98.3	109.4

Torsion Angles for MST

Atom I	Atom J	Atom K	Atom L	Angle (Experimental Model)	Angle (Ideal Model)
C2	N1	C6	N5	5.1	359.6
C2	N1	C6	N14	181.8	179.8
S7	C2	N1	N3	179.5	179.8
N1	C2	S7	C8	173.9	0.2
N1	C2	N3	C4	357.4	359.8
C6	N1	C2	S7	177.0	180.2
C6	N1	C2	N3	357.5	0.4
C4	N5	C6	N1	357.8	0.2
N5	C6	N1	N14	183.3	179.8
N1	C6	N14	C15	2.1	359.8
N1	C6	N14	H14	236.8	179.8
S7	C2	N1	C6	177.0	180.2
N1	C2	S7	N3	180.4	180.2
S7	C2	N3	C4	177.9	180.0
C2	S7	C8	H83	180.0	180.0
C2	S7	C8	H82	305.2	300.0
C2	S7	C8	H81	54.7	60.0
N3	C2	N1	C6	357.5	0.4
N1	C2	N3	S7	179.5	179.8
N3	C2	S7	C8	353.5	180.0
C2	N3	C4	N9	180.3	180.0
C2	N3	C4	N5	6.2	-0.0
C8	S7	C2	N3	353.5	180.0
H83	C8	S7	H82	234.8	240.0
H83	C8	S7	H81	125.3	120.0
H82	C8	S7	H81	250.5	240.1
S7	C8	H83	H82	125.3	120.0
S7	C8	H83	H81	234.7	240.1
H82	C8	H83	H81	109.4	120.0
S7	C8	H82	H83	240.8	240.0
S7	C8	H82	H81	120.5	119.9
H83	C8	H82	H81	239.7	239.9
S7	C8	H81	H83	119.2	120.0
S7	C8	H81	H82	239.5	240.0
H83	C8	H81	H82	120.3	120.1
N9	C4	N3	N5	174.1	180.0
N3	C4	N9	C10	16.5	-0.0
N3	C4	N9	H9	251.3	180.0
N3	C4	N5	C6	355.9	-0.0
N3	C4	N9	N5	185.4	180.0
N9	C4	N5	C6	181.8	180.0
C10	N9	C4	H9	125.2	180.0
C4	N9	C10	C11	169.7	180.0
C4	N9	C10	C12	50.8	300.0
C4	N9	C10	C13	288.9	60.1
N1	C6	N5	C4	357.8	0.2
N3	C4	N5	N9	174.1	180.0
N5	C4	N9	C10	191.1	180.0
N5	C4	N9	H9	65.9	360.0
C4	N5	C6	N14	181.2	180.0
C10	N9	C4	N5	191.1	180.0
C4	N9	C10	H9	234.7	180.0
C11	C10	N9	C12	118.9	240.0
C11	C10	N9	C13	240.8	119.9
N9	C10	C11	H113	180.0	180.0
N9	C10	C11	H112	305.2	300.0
N9	C10	C11	H111	54.8	60.0
C12	C10	N9	C13	121.9	239.9
N9	C10	C12	H123	180.0	300.0
N9	C10	C12	H122	305.2	60.1
N9	C10	C12	H121	54.7	180.0
N9	C10	C13	H133	180.0	59.9
N9	C10	C13	H132	305.2	180.0
N9	C10	C13	H131	54.8	299.9
H9	N9	C4	N5	65.9	360.0
C4	N9	H9	C10	137.9	180.0
H9	N9	C10	C11	295.0	360.0
H9	N9	C10	C12	176.1	120.0
H9	N9	C10	C13	54.2	240.1
C11	C10	N9	H9	295.0	-0.0
N9	C10	C11	C12	240.1	120.0
N9	C10	C11	C13	118.9	240.0
C12	C10	C11	C13	238.8	120.1
C11	C10	C12	H123	61.0	60.0
C11	C10	C12	H122	186.2	180.0
C11	C10	C12	H121	295.7	300.0
C11	C10	C13	H133	298.8	300.0
C11	C10	C13	H132	64.0	60.1
C11	C10	C13	H131	173.5	180.0
H113	C11	C10	H112	234.7	240.0
H113	C11	C10	H111	125.2	120.0
H112	C11	C10	H111	250.5	240.0
C12	C10	N9	H9	176.1	120.0
N9	C10	C12	C11	119.0	240.0
N9	C10	C12	C13	239.2	120.1
C11	C10	C12	C13	120.2	240.0
C12	C10	C11	H113	299.9	60.0
C12	C10	C11	H112	65.1	180.1
C12	C10	C11	H111	174.7	300.1
C12	C10	C13	H133	58.5	180.0
C12	C10	C13	H132	183.8	300.1
C12	C10	C13	H131	293.3	60.0
H123	C12	C10	H122	234.8	239.9
H123	C12	C10	H121	125.3	120.0
H122	C12	C10	H121	250.5	240.1
C13	C10	N9	H9	54.2	240.1
N9	C10	C13	C11	241.2	119.9
N9	C10	C13	C12	121.5	239.9
C11	C10	C13	C12	240.2	120.0
C13	C10	C11	H113	61.0	300.0
C13	C10	C11	H112	186.3	60.0
C13	C10	C11	H111	295.8	180.0
C13	C10	C12	H123	300.8	180.0
C13	C10	C12	H122	66.0	300.0
C13	C10	C12	H121	175.5	60.0
H133	C13	C10	H132	234.7	239.9
H133	C13	C10	H131	125.2	120.0
H132	C13	C10	H131	250.5	240.1
H113	C11	C10	C12	299.9	60.0
H113	C11	C10	C13	61.0	300.0
C10	C11	H113	H112	125.3	120.1
C10	C11	H113	H111	234.8	240.0
H112	C11	H113	H111	109.5	119.9
H112	C11	C10	C12	65.1	180.1
H112	C11	C10	C13	186.3	60.0
C10	C11	H112	H113	236.8	240.0
C10	C11	H112	H111	118.4	120.0
H113	C11	H112	H111	241.6	240.1
H111	C11	C10	C12	174.7	300.1
H111	C11	C10	C13	295.8	180.0
C10	C11	H111	H113	123.1	120.0
C10	C11	H111	H112	241.6	239.9
H113	C11	H111	H112	118.4	119.9
H123	C12	C10	C13	300.8	180.0
C10	C12	H123	H122	125.2	120.0
C10	C12	H123	H121	234.7	240.0
H122	C12	H123	H121	109.4	120.0
H122	C12	C10	C13	66.0	300.0
C10	C12	H122	H123	235.7	239.9
C10	C12	H122	H121	117.9	119.9
H123	C12	H122	H121	242.1	240.0
H121	C12	C10	C13	175.5	60.0
C10	C12	H121	H123	124.3	120.1
C10	C12	H121	H122	242.1	240.1
H123	C12	H121	H122	117.8	120.0
C10	C13	H133	H132	125.3	120.1
C10	C13	H133	H131	234.7	240.0
H132	C13	H133	H131	109.4	119.9
C10	C13	H132	H133	236.6	239.9
C10	C13	H132	H131	118.3	119.9
H133	C13	H132	H131	241.8	240.1
C10	C13	H131	H133	123.4	120.1
C10	C13	H131	H132	241.7	240.0
H133	C13	H131	H132	118.3	119.9
N1	C6	N5	N14	176.7	180.2
N5	C6	N14	C15	179.0	180.0
N5	C6	N14	H14	53.8	-0.0
N1	C6	N14	N5	183.0	179.8
C15	N14	C6	H14	125.2	180.0
C6	N14	C15	C16	188.6	180.0
C6	N14	C15	H152	313.9	59.9
C6	N14	C15	H151	63.3	300.0
C6	N14	C15	H14	234.8	180.0
C16	C15	N14	H152	234.7	120.1
C16	C15	N14	H151	125.3	240.0
N14	C15	C16	H163	180.0	180.0
N14	C15	C16	H162	305.3	300.0
N14	C15	C16	H161	54.7	60.0
H152	C15	N14	H151	250.6	119.9
C6	N14	H14	C15	136.3	180.0
H14	N14	C15	C16	313.8	360.0
H14	N14	C15	H152	79.1	239.9
H14	N14	C15	H151	188.5	120.0
C16	C15	N14	H14	313.8	-0.0
N14	C15	C16	H152	125.2	240.0
N14	C15	C16	H151	234.7	120.0
H152	C15	C16	H151	109.5	240.0
H163	C16	C15	H162	234.8	240.0
H163	C16	C15	H161	125.3	120.0
H162	C16	C15	H161	250.5	240.0
H152	C15	N14	H14	79.1	239.9
N14	C15	H152	C16	236.2	120.0
N14	C15	H152	H151	118.0	240.1
C16	C15	H152	H151	241.8	120.0
H152	C15	C16	H163	54.8	300.0
H152	C15	C16	H162	180.0	60.0
H152	C15	C16	H161	289.5	180.0
H151	C15	N14	H14	188.5	120.0
N14	C15	H151	C16	123.8	240.0
N14	C15	H151	H152	242.0	120.0
C16	C15	H151	H152	118.2	239.9
H151	C15	C16	H163	305.3	60.0
H151	C15	C16	H162	70.5	180.0
H151	C15	C16	H161	180.0	300.0
H163	C16	C15	H152	54.8	300.0
H163	C16	C15	H151	305.3	60.0
C15	C16	H163	H162	125.2	120.0
C15	C16	H163	H161	234.8	239.9
H162	C16	H163	H161	109.6	120.0
H162	C16	C15	H152	180.0	60.0
H162	C16	C15	H151	70.5	180.0
C15	C16	H162	H163	236.3	240.1
C15	C16	H162	H161	118.1	120.1
H163	C16	H162	H161	241.8	240.0
H161	C16	C15	H152	289.5	180.0
H161	C16	C15	H151	180.0	300.0
C15	C16	H161	H163	123.7	120.0
C15	C16	H161	H162	241.9	240.0
H163	C16	H161	H162	118.2	120.0