PDB Chemical Component LYT

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 LYT

Atom I	Atom J	Distance (Experimental Model)	Distance (Ideal Model)
C1	N	1.471	1.468
C1	C2	1.522	1.529
C1	H11	1.115	1.089
C1	H12	1.114	1.090
N	HN1	1.019	1.008
N	HN2	1.020	1.008
C2	C3	1.527	1.529
C2	H21	1.115	1.089
C2	H22	1.116	1.090
C3	C4	1.512	1.529
C3	H31	1.115	1.090
C3	H32	1.115	1.090
C4	H41	1.115	1.089
C4	H42	1.114	1.090
C4	H43	1.115	1.090

Bond Angles for LYT

Atom I	Atom J	Atom K	Angle (Experimental Model)	Angle (Ideal Model)
N	C1	C2	108.4	109.5
N	C1	H11	112.6	109.5
N	C1	H12	112.6	109.4
C1	N	HN1	108.4	106.8
C1	N	HN2	112.6	106.8
C2	C1	H11	112.6	109.6
C2	C1	H12	112.6	109.4
C1	C2	C3	117.3	109.5
C1	C2	H21	109.4	109.5
C1	C2	H22	109.4	109.4
H11	C1	H12	97.9	109.5
HN1	N	HN2	112.6	106.7
C3	C2	H21	109.4	109.5
C3	C2	H22	109.4	109.4
C2	C3	C4	113.2	109.6
C2	C3	H31	110.9	109.5
C2	C3	H32	110.9	109.5
H21	C2	H22	100.7	109.4
C4	C3	H31	110.9	109.5
C4	C3	H32	110.9	109.4
C3	C4	H41	113.1	109.6
C3	C4	H42	110.9	109.5
C3	C4	H43	110.9	109.5
H31	C3	H32	99.4	109.4
H41	C4	H42	110.8	109.4
H41	C4	H43	110.8	109.5
H42	C4	H43	99.5	109.4

Torsion Angles for LYT

Atom I	Atom J	Atom K	Atom L	Angle (Experimental Model)	Angle (Ideal Model)
C2	C1	N	H11	234.8	120.1
C2	C1	N	H12	125.2	240.1
N	C1	C2	C3	163.5	180.0
N	C1	C2	H21	288.7	59.8
N	C1	C2	H22	38.2	299.9
H11	C1	N	H12	250.4	120.0
HN1	N	C1	HN2	125.3	246.1
N	C1	C2	H11	125.2	239.9
N	C1	C2	H12	234.7	119.9
C2	C1	N	HN1	180.0	180.1
C2	C1	N	HN2	54.7	293.9
H11	C1	C2	H12	109.5	240.0
C3	C2	C1	H21	234.7	120.1
C3	C2	C1	H22	125.3	240.1
C1	C2	C3	C4	61.1	180.0
C1	C2	C3	H31	186.3	59.9
C1	C2	C3	H32	295.7	299.9
H21	C2	C1	H22	250.5	119.9
N	C1	H11	C2	237.1	120.1
N	C1	H11	H12	118.6	240.1
H11	C1	N	HN1	305.2	59.9
H11	C1	N	HN2	179.9	173.8
C2	C1	H11	H12	241.5	120.0
H11	C1	C2	C3	38.2	300.1
H11	C1	C2	H21	163.5	179.9
H11	C1	C2	H22	272.9	60.0
N	C1	H12	C2	122.9	240.0
N	C1	H12	H11	241.4	120.0
H12	C1	N	HN1	54.8	300.0
H12	C1	N	HN2	289.5	53.8
C2	C1	H12	H11	118.5	239.9
H12	C1	C2	C3	288.7	60.1
H12	C1	C2	H21	54.0	299.9
H12	C1	C2	H22	163.4	180.0
HN1	N	C1	C2	180.0	180.1
HN1	N	C1	H11	305.2	59.9
HN1	N	C1	H12	54.8	300.0
C1	N	HN1	HN2	234.7	113.9
HN2	N	C1	C2	54.7	293.9
HN2	N	C1	H11	179.9	173.8
HN2	N	C1	H12	289.5	53.8
C1	N	HN2	HN1	122.9	246.1
C3	C2	C1	H11	38.2	300.1
C3	C2	C1	H12	288.7	60.1
C1	C2	C3	H21	125.3	239.9
C1	C2	C3	H22	234.7	119.9
H21	C2	C3	H22	109.4	240.1
C4	C3	C2	H31	234.7	120.1
C4	C3	C2	H32	125.3	240.0
C2	C3	C4	H41	180.0	180.0
C2	C3	C4	H42	305.2	300.0
C2	C3	C4	H43	54.8	59.9
H31	C3	C2	H32	250.6	120.0
H21	C2	C1	H11	163.5	179.9
H21	C2	C1	H12	54.0	299.9
C1	C2	H21	C3	230.3	120.1
C1	C2	H21	H22	115.2	240.1
C3	C2	H21	H22	244.9	119.9
H21	C2	C3	C4	295.7	300.1
H21	C2	C3	H31	61.0	180.0
H21	C2	C3	H32	170.4	60.1
H22	C2	C1	H11	272.9	60.0
H22	C2	C1	H12	163.4	180.0
C1	C2	H22	C3	129.7	240.0
C1	C2	H22	H21	244.8	120.0
C3	C2	H22	H21	115.1	240.0
H22	C2	C3	C4	186.3	60.0
H22	C2	C3	H31	311.6	300.0
H22	C2	C3	H32	61.0	180.0
C4	C3	C2	H21	295.7	300.1
C4	C3	C2	H22	186.3	60.0
C2	C3	C4	H31	125.3	239.9
C2	C3	C4	H32	234.7	120.0
H31	C3	C4	H32	109.4	240.1
H41	C4	C3	H42	234.8	240.0
H41	C4	C3	H43	125.2	120.1
H42	C4	C3	H43	250.4	240.1
H31	C3	C2	H21	61.0	180.0
H31	C3	C2	H22	311.6	300.0
C2	C3	H31	C4	233.4	120.1
C2	C3	H31	H32	116.7	240.0
C4	C3	H31	H32	243.3	119.9
H31	C3	C4	H41	54.7	300.1
H31	C3	C4	H42	180.0	60.1
H31	C3	C4	H43	289.5	180.0
H32	C3	C2	H21	170.4	60.1
H32	C3	C2	H22	61.0	180.0
C2	C3	H32	C4	126.6	239.9
C2	C3	H32	H31	243.3	120.0
C4	C3	H32	H31	116.7	240.1
H32	C3	C4	H41	305.3	60.0
H32	C3	C4	H42	70.5	180.0
H32	C3	C4	H43	180.1	299.9
H41	C4	C3	H31	54.7	300.1
H41	C4	C3	H32	305.3	60.0
C3	C4	H41	H42	125.2	120.0
C3	C4	H41	H43	234.8	239.9
H42	C4	H41	H43	109.5	119.9
H42	C4	C3	H31	180.0	60.1
H42	C4	C3	H32	70.5	180.0
C3	C4	H42	H41	233.5	239.9
C3	C4	H42	H43	116.8	119.9
H41	C4	H42	H43	243.3	240.0
H43	C4	C3	H31	289.5	180.0
H43	C4	C3	H32	180.1	299.9
C3	C4	H43	H41	126.5	120.2
C3	C4	H43	H42	243.2	240.1
H41	C4	H43	H42	116.7	119.9