PDB Chemical Component G3P

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 G3P

Atom I	Atom J	Distance (Experimental Model)	Distance (Ideal Model)
O1	C1	1.406	1.429
C1	C2	1.504	1.530
C2	O2	1.395	1.429
C2	C3	1.558	1.529
C3	O1P	1.453	1.429
O1P	P	1.668	1.610
O4P	P	1.529	1.610
O2P	P	1.518	1.481
O3P	P	1.530	1.609
O1	HO1	0.950	0.967
C1	H11	1.100	1.090
C1	H12	1.100	1.090
C2	H2	1.100	1.090
O2	HO2	0.950	0.967
C3	H31	1.100	1.090
C3	H32	1.100	1.091
O3P	HOP3	0.950	0.968
O4P	HOP4	0.950	0.966

Bond Angles for G3P

Atom I	Atom J	Atom K	Angle (Experimental Model)	Angle (Ideal Model)
O1	C1	C2	109.0	109.5
C1	O1	HO1	109.5	114.0
O1	C1	H11	109.6	109.5
O1	C1	H12	109.6	109.5
C1	C2	O2	105.5	109.5
C1	C2	C3	109.5	109.5
C2	C1	H11	109.5	109.5
C2	C1	H12	109.6	109.5
C1	C2	H2	111.4	109.5
O2	C2	C3	106.2	109.5
O2	C2	H2	113.2	109.4
C2	O2	HO2	109.5	114.0
C2	C3	O1P	111.3	109.5
C3	C2	H2	110.6	109.5
C2	C3	H31	109.0	109.5
C2	C3	H32	109.0	109.4
C3	O1P	P	121.2	123.0
O1P	C3	H31	109.0	109.5
O1P	C3	H32	109.0	109.5
O1P	P	O4P	110.1	109.5
O1P	P	O2P	108.6	109.5
O1P	P	O3P	111.6	109.5
O4P	P	O2P	106.3	109.4
O4P	P	O3P	107.4	109.5
P	O4P	HOP4	109.5	114.0
O2P	P	O3P	112.8	109.5
P	O3P	HOP3	109.5	114.0
H11	C1	H12	109.5	109.5
H31	C3	H32	109.5	109.4

Torsion Angles for G3P

Atom I	Atom J	Atom K	Atom L	Angle (Experimental Model)	Angle (Ideal Model)
O1	C1	C2	O2	103.6	65.0
O1	C1	C2	C3	217.6	185.0
C2	C1	O1	H11	240.1	240.0
C2	C1	O1	H12	119.9	120.0
O1	C1	C2	H2	340.4	305.1
H11	C1	O1	H12	239.8	240.0
C2	C1	O1	HO1	180.0	180.0
O1	C1	C2	H11	119.9	120.0
O1	C1	C2	H12	240.1	240.0
O2	C2	C1	C3	246.0	240.0
O2	C2	C1	H2	123.3	119.9
C1	C2	O2	HO2	180.0	60.0
C1	C2	C3	O1P	195.6	175.0
C3	C2	C1	H2	237.2	239.9
C1	C2	C3	H31	315.9	295.1
C1	C2	C3	H32	75.3	55.0
H11	C1	C2	H12	120.1	120.0
C1	C2	O2	C3	116.2	120.1
O2	C2	C1	H11	343.7	305.0
O2	C2	C1	H12	223.6	185.0
C1	C2	O2	H2	237.9	240.1
O2	C2	C3	O1P	309.1	295.0
C3	C2	O2	H2	121.6	120.0
O2	C2	C3	H31	69.4	55.1
O2	C2	C3	H32	188.9	175.0
C1	C2	C3	O2	246.5	240.0
C3	C2	C1	H11	97.7	65.0
C3	C2	C1	H12	337.6	305.0
C1	C2	C3	H2	123.2	120.0
O2	C2	C3	H2	236.8	240.1
C3	C2	O2	HO2	63.7	300.0
C2	C3	O1P	P	189.6	180.0
O1P	C3	C2	H31	239.7	239.9
O1P	C3	C2	H32	120.3	120.0
H31	C3	C2	H32	240.6	240.1
O1P	C3	C2	H2	72.3	54.9
C2	C3	O1P	H31	120.3	120.1
C2	C3	O1P	H32	239.7	240.0
C3	O1P	P	O4P	183.0	185.0
C3	O1P	P	O2P	299.0	305.0
C3	O1P	P	O3P	63.9	65.0
H31	C3	O1P	H32	119.4	120.0
P	O1P	C3	H31	69.3	60.0
P	O1P	C3	H32	309.8	300.0
O4P	P	O1P	O2P	244.1	240.1
O4P	P	O1P	O3P	119.1	120.1
O1P	P	O4P	HOP4	117.4	180.0
O2P	P	O1P	O3P	235.0	240.0
O1P	P	O3P	HOP3	237.4	60.0
O1P	P	O4P	O2P	117.4	120.0
O1P	P	O4P	O3P	238.4	239.9
O2P	P	O4P	O3P	121.0	120.0
O4P	P	O3P	HOP3	116.7	300.0
O1P	P	O2P	O4P	241.6	240.0
O1P	P	O2P	O3P	124.2	120.0
O4P	P	O2P	O3P	242.6	240.0
O2P	P	O4P	HOP4	0.0	60.0
O2P	P	O3P	HOP3	360.0	180.1
O1P	P	O3P	O4P	120.7	120.1
O1P	P	O3P	O2P	237.5	240.0
O4P	P	O3P	O2P	116.8	119.9
O3P	P	O4P	HOP4	239.0	300.1
HO1	O1	C1	C2	180.0	180.0
HO1	O1	C1	H11	299.9	300.0
HO1	O1	C1	H12	60.1	60.0
O1	C1	H11	C2	240.4	240.0
H11	C1	O1	HO1	299.9	300.0
O1	C1	H11	H12	120.2	120.0
H11	C1	C2	O2	343.7	305.0
H11	C1	C2	C3	97.7	65.0
C2	C1	H11	H12	239.8	240.0
H11	C1	C2	H2	220.4	185.0
O1	C1	H12	C2	119.6	120.0
H12	C1	O1	HO1	60.1	60.0
O1	C1	H12	H11	239.8	240.0
H12	C1	C2	O2	223.6	185.0
H12	C1	C2	C3	337.6	305.0
C2	C1	H12	H11	120.2	120.0
H12	C1	C2	H2	100.3	65.1
C1	C2	H2	O2	118.8	119.9
C1	C2	H2	C3	237.9	239.9
H2	C2	C1	H11	220.4	185.0
H2	C2	C1	H12	100.3	65.1
O2	C2	H2	C3	119.1	120.0
H2	C2	O2	HO2	302.1	180.0
H2	C2	C3	O1P	72.3	54.9
H2	C2	C3	H31	192.6	175.0
H2	C2	C3	H32	312.1	294.9
HO2	O2	C2	C3	63.7	300.0
HO2	O2	C2	H2	302.1	180.0
C2	C3	H31	O1P	238.3	239.9
H31	C3	C2	H2	192.6	175.0
C2	C3	H31	H32	119.2	119.9
H31	C3	O1P	P	69.3	60.0
O1P	C3	H31	H32	240.9	240.0
C2	C3	H32	O1P	121.7	120.0
H32	C3	C2	H2	312.1	294.9
C2	C3	H32	H31	240.8	240.0
H32	C3	O1P	P	309.8	300.0
O1P	C3	H32	H31	119.1	120.0
HOP4	O4P	P	O2P	0.0	60.0
HOP4	O4P	P	O3P	239.0	300.1