PDB Chemical Component DTT

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 DTT

Atom I	Atom J	Distance (Experimental Model)	Distance (Ideal Model)
S1	C1	1.827	1.813
S1	HS1	0.950	1.344
C1	C2	1.518	1.530
C1	H11	1.116	1.089
C1	H12	1.115	1.089
C2	O2	1.417	1.428
C2	C3	1.574	1.530
C2	H2	1.114	1.090
O2	HO2	0.950	0.967
C3	O3	1.435	1.428
C3	C4	1.540	1.530
C3	H3	1.115	1.090
O3	HO3	0.949	0.968
C4	S4	1.861	1.813
C4	H41	1.115	1.089
C4	H42	1.115	1.089
S4	HS2	0.950	1.344

Bond Angles for DTT

Atom I	Atom J	Atom K	Angle (Experimental Model)	Angle (Ideal Model)
C1	S1	HS1	117.0	100.0
S1	C1	C2	117.1	109.5
S1	C1	H11	109.5	109.4
S1	C1	H12	109.5	109.5
C2	C1	H11	109.5	109.4
C2	C1	H12	109.5	109.5
C1	C2	O2	105.0	109.5
C1	C2	C3	114.0	109.5
C1	C2	H2	109.2	109.4
H11	C1	H12	100.6	109.5
O2	C2	C3	108.4	109.5
O2	C2	H2	114.7	109.5
C2	O2	HO2	104.9	106.8
C3	C2	H2	105.7	109.4
C2	C3	O3	107.0	109.5
C2	C3	C4	113.3	109.5
C2	C3	H3	107.2	109.5
O3	C3	C4	104.6	109.5
O3	C3	H3	115.5	109.5
C3	O3	HO3	107.0	106.8
C4	C3	H3	109.4	109.4
C3	C4	S4	120.4	109.5
C3	C4	H41	108.3	109.5
C3	C4	H42	108.3	109.5
S4	C4	H41	108.2	109.4
S4	C4	H42	108.3	109.5
C4	S4	HS2	120.4	100.0
H41	C4	H42	101.7	109.5

Torsion Angles for DTT

Atom I	Atom J	Atom K	Atom L	Angle (Experimental Model)	Angle (Ideal Model)
C2	C1	S1	H11	234.7	120.0
C2	C1	S1	H12	125.3	240.0
S1	C1	C2	O2	281.5	300.0
S1	C1	C2	C3	163.0	180.0
S1	C1	C2	H2	44.9	60.1
H11	C1	S1	H12	250.6	120.0
HS1	S1	C1	C2	180.0	180.0
HS1	S1	C1	H11	305.3	60.0
HS1	S1	C1	H12	54.7	300.0
C2	C1	S1	HS1	180.0	180.0
S1	C1	C2	H11	125.3	240.0
S1	C1	C2	H12	234.7	120.0
H11	C1	C2	H12	109.4	240.0
O2	C2	C1	C3	118.5	120.0
O2	C2	C1	H2	236.5	240.0
C1	C2	O2	HO2	180.0	299.9
C3	C2	C1	H2	118.0	119.9
C1	C2	C3	O3	135.9	60.0
C1	C2	C3	C4	250.7	180.0
C1	C2	C3	H3	11.5	300.0
H11	C1	S1	HS1	305.3	60.0
S1	C1	H11	C2	230.4	120.0
S1	C1	H11	H12	115.2	240.0
C2	C1	H11	H12	244.8	120.0
H11	C1	C2	O2	156.2	60.0
H11	C1	C2	C3	37.7	300.0
H11	C1	C2	H2	279.6	180.0
H12	C1	S1	HS1	54.7	300.0
S1	C1	H12	C2	129.5	240.0
S1	C1	H12	H11	244.8	120.0
C2	C1	H12	H11	115.2	240.0
H12	C1	C2	O2	46.7	180.0
H12	C1	C2	C3	288.2	60.0
H12	C1	C2	H2	170.2	300.0
O2	C2	C1	H11	156.2	60.0
O2	C2	C1	H12	46.7	180.0
C1	C2	O2	C3	237.8	239.9
C1	C2	O2	H2	119.9	120.0
C3	C2	O2	H2	242.1	240.0
O2	C2	C3	O3	19.4	300.0
O2	C2	C3	C4	134.2	60.0
O2	C2	C3	H3	255.0	180.0
C3	C2	C1	H11	37.7	300.0
C3	C2	C1	H12	288.2	60.0
C1	C2	C3	O2	116.5	120.0
C1	C2	C3	H2	240.0	240.1
O2	C2	C3	H2	123.5	120.0
C3	C2	O2	HO2	302.3	60.0
O3	C3	C2	C4	245.2	240.0
O3	C3	C2	H3	124.4	120.0
C2	C3	O3	HO3	180.0	60.0
C4	C3	C2	H3	239.2	240.0
C2	C3	C4	S4	57.4	180.0
C2	C3	C4	H41	182.6	300.0
C2	C3	C4	H42	292.1	60.0
H2	C2	C1	H11	279.6	180.0
H2	C2	C1	H12	170.2	300.0
C1	C2	H2	O2	242.5	240.0
C1	C2	H2	C3	123.1	120.0
O2	C2	H2	C3	240.6	240.0
H2	C2	O2	HO2	60.2	180.0
H2	C2	C3	O3	255.9	180.0
H2	C2	C3	C4	10.6	300.0
H2	C2	C3	H3	131.5	60.0
HO2	O2	C2	C3	302.3	60.0
HO2	O2	C2	H2	60.2	180.0
O3	C3	C2	H2	255.9	180.0
C2	C3	O3	C4	120.5	120.0
C2	C3	O3	H3	240.8	240.0
C4	C3	O3	H3	120.3	120.0
O3	C3	C4	S4	173.6	300.0
O3	C3	C4	H41	298.8	60.0
O3	C3	C4	H42	48.3	180.0
C4	C3	C2	H2	10.6	300.0
C2	C3	C4	O3	243.8	240.0
C2	C3	C4	H3	119.5	120.0
O3	C3	C4	H3	235.7	240.0
C4	C3	O3	HO3	59.5	300.0
S4	C4	C3	H41	234.8	240.0
S4	C4	C3	H42	125.3	120.0
C3	C4	S4	HS2	180.0	180.0
H41	C4	C3	H42	250.5	240.0
H3	C3	C2	H2	131.5	60.0
C2	C3	H3	O3	119.1	120.0
C2	C3	H3	C4	236.7	240.0
O3	C3	H3	C4	117.6	120.0
H3	C3	O3	HO3	299.2	180.0
H3	C3	C4	S4	297.9	60.1
H3	C3	C4	H41	63.1	180.0
H3	C3	C4	H42	172.6	300.0
HO3	O3	C3	C4	59.5	300.0
HO3	O3	C3	H3	299.2	180.0
S4	C4	C3	H3	297.9	60.1
C3	C4	S4	H41	125.2	120.0
C3	C4	S4	H42	234.7	240.0
H41	C4	S4	H42	109.5	120.0
H41	C4	C3	H3	63.1	180.0
C3	C4	H41	S4	227.9	240.0
C3	C4	H41	H42	114.0	120.0
S4	C4	H41	H42	246.1	240.0
H41	C4	S4	HS2	54.7	60.0
H42	C4	C3	H3	172.6	300.0
C3	C4	H42	S4	132.1	120.0
C3	C4	H42	H41	246.0	240.0
S4	C4	H42	H41	113.9	120.0
H42	C4	S4	HS2	305.3	300.0
HS2	S4	C4	H41	54.7	60.0
HS2	S4	C4	H42	305.3	300.0