PDB Chemical Component FYP

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 FYP

Atom I	Atom J	Distance (Experimental Model)	Distance (Ideal Model)
C01	C02	1.517	1.529
C02	O03	1.420	1.452
C04	C06	1.511	1.472
C04	O03	1.407	1.348
C04	O05	1.170	1.215
C06	C07	1.327	1.361
C06	N16	1.519	1.360
C07	C08	1.560	1.507
C08	N09	1.097	1.468
C10	C12	1.191	1.465
C10	N09	1.300	1.333
C10	O11	1.189	1.215
C12	C13	1.387	1.396
C12	C20	1.428	1.405
C13	C17	1.397	1.392
C13	N14	1.653	1.398
C15	N14	1.312	1.362
C15	N16	1.531	1.302
C17	C18	1.410	1.378
C18	C19	1.441	1.387
C19	C20	1.376	1.377
C19	F21	1.354	1.352
C22	N09	1.468	1.465
C01	H1	1.100	1.090
C01	H2	1.100	1.090
C01	H3	1.100	1.090
C02	H4	1.100	1.091
C02	H5	1.100	1.090
C08	H7	1.100	1.090
C08	H8	1.100	1.090
C15	H9	1.080	1.080
C17	H11	1.080	1.080
C18	H12	1.080	1.080
C20	H13	1.081	1.080
C22	H14	1.100	1.090
C22	H15	1.100	1.090
C22	H16	1.100	1.089
N14	C07	1.705	1.354

Bond Angles for FYP

Atom I	Atom J	Atom K	Angle (Experimental Model)	Angle (Ideal Model)
C01	C02	O03	109.4	109.5
C02	C01	H1	109.5	109.5
C02	C01	H2	109.4	109.5
C02	C01	H3	109.5	109.5
C01	C02	H4	109.5	109.5
C01	C02	H5	109.5	109.5
C02	O03	C04	113.4	117.0
O03	C02	H4	109.5	109.5
O03	C02	H5	109.5	109.5
C06	C04	O03	120.3	120.0
C06	C04	O05	120.0	120.0
C04	C06	C07	125.2	126.3
C04	C06	N16	126.4	126.3
O03	C04	O05	119.7	120.0
C07	C06	N16	108.4	107.3
C06	C07	C08	135.3	127.1
C06	N16	C15	108.9	109.0
C07	C08	N09	93.2	107.7
C07	C08	H7	113.4	109.8
C07	C08	H8	113.4	109.9
C08	N09	C10	120.4	121.6
C08	N09	C22	115.1	119.2
N09	C08	H7	113.4	109.8
N09	C08	H8	113.4	109.8
C12	C10	N09	120.5	127.1
C12	C10	O11	114.9	116.4
C10	C12	C13	99.9	123.4
C10	C12	C20	134.2	117.8
N09	C10	O11	122.2	116.5
C10	N09	C22	124.4	119.2
C13	C12	C20	125.7	118.9
C12	C13	C17	118.8	119.9
C12	C13	N14	118.9	122.2
C12	C20	C19	115.2	120.5
C12	C20	H13	122.4	119.8
C17	C13	N14	122.2	117.8
C13	C17	C18	117.3	120.5
C13	C17	H11	121.4	119.8
C13	N14	C15	126.1	126.6
N14	C15	N16	108.5	108.8
N14	C15	H9	125.7	125.6
N16	C15	H9	125.8	125.6
C17	C18	C19	122.5	120.0
C18	C17	H11	121.3	119.7
C17	C18	H12	118.7	120.1
C18	C19	C20	120.4	120.2
C18	C19	F21	119.5	119.9
C19	C18	H12	118.7	120.0
C20	C19	F21	120.1	119.9
C19	C20	H13	122.4	119.8
N09	C22	H14	109.5	109.4
N09	C22	H15	109.5	109.5
N09	C22	H16	109.5	109.5
H1	C01	H2	109.5	109.5
H1	C01	H3	109.5	109.5
H2	C01	H3	109.5	109.5
H4	C02	H5	109.5	109.4
H7	C08	H8	109.5	109.9
H14	C22	H15	109.5	109.4
H14	C22	H16	109.5	109.5
H15	C22	H16	109.4	109.5

Torsion Angles for FYP

Atom I	Atom J	Atom K	Atom L	Angle (Experimental Model)	Angle (Ideal Model)
C01	C02	O03	C04	86.3	180.0
O03	C02	C01	H4	240.0	240.0
O03	C02	C01	H5	120.0	120.0
H1	C01	C02	H2	240.0	240.0
H1	C01	C02	H3	120.0	120.0
H2	C01	C02	H3	240.0	240.0
H4	C02	C01	H5	239.9	240.0
O03	C02	C01	H1	180.0	180.0
O03	C02	C01	H2	300.0	300.0
O03	C02	C01	H3	60.0	60.0
C01	C02	O03	H4	120.0	120.0
C01	C02	O03	H5	240.0	239.9
C06	C04	O03	C02	109.3	180.0
C02	O03	C04	O05	288.9	0.1
H4	C02	O03	H5	120.0	119.9
C02	O03	C04	C06	109.3	180.0
O03	C04	C06	O05	179.6	180.1
C07	C06	C04	N16	180.0	180.3
C04	C06	C07	C08	0.1	1.9
C04	C06	N16	C15	180.0	179.5
C04	O03	C02	H4	326.3	60.0
C04	O03	C02	H5	206.3	300.1
C06	C04	O03	O05	180.4	179.9
O03	C04	C06	C07	184.8	180.0
O03	C04	C06	N16	4.9	359.7
C06	C04	O05	O03	179.6	180.1
O05	C04	C06	C07	5.2	359.9
O05	C04	C06	N16	185.2	179.6
C07	C06	C04	O03	184.8	180.0
C07	C06	C04	O05	5.2	359.9
C04	C06	C07	N16	180.0	179.7
C07	C06	N16	C15	0.1	359.3
C06	C07	C08	N09	193.1	119.9
C06	C07	C08	H7	310.2	239.4
C06	C07	C08	H8	75.9	0.4
N16	C06	C04	O03	4.9	359.7
N16	C06	C04	O05	185.2	179.6
C04	C06	N16	C07	180.0	180.3
N16	C06	C07	C08	180.1	182.2
N14	C15	N16	C06	359.8	359.6
C06	N16	C15	H9	179.8	179.3
C08	C07	C06	N16	180.1	182.2
C07	C08	N09	C10	279.6	60.9
C07	C08	N09	C22	96.3	240.8
N09	C08	C07	H7	242.8	240.5
N09	C08	C07	H8	117.2	119.5
H7	C08	C07	H8	234.4	239.0
C07	C08	N09	H7	117.2	119.5
C07	C08	N09	H8	242.8	240.4
C12	C10	N09	C08	163.9	358.7
C08	N09	C10	O11	2.3	178.7
C10	N09	C08	C22	183.3	180.1
C08	N09	C22	H14	180.0	90.0
C08	N09	C22	H15	300.0	210.0
C08	N09	C22	H16	60.0	330.0
H7	C08	N09	H8	125.6	120.9
C08	N09	C10	C12	163.9	358.7
N09	C10	C12	O11	197.2	180.0
C12	C10	N09	C22	347.6	178.8
C13	C12	C10	C20	175.0	179.7
C10	C12	C13	C17	180.6	182.2
C10	C12	C13	N14	3.6	4.4
C10	C12	C20	C19	177.0	178.5
C10	C12	C20	H13	357.0	358.6
C08	N09	C10	C22	176.3	179.9
C10	N09	C08	H7	162.4	301.4
C10	N09	C08	H8	36.8	180.4
C12	C10	N09	O11	161.6	180.0
N09	C10	C12	C13	284.9	318.6
N09	C10	C12	C20	109.9	138.9
C10	N09	C22	H14	356.5	269.9
C10	N09	C22	H15	116.5	29.9
C10	N09	C22	H16	236.5	150.0
C12	C10	O11	N09	197.5	180.0
O11	C10	C12	C13	87.8	138.5
O11	C10	C12	C20	272.7	318.8
O11	C10	N09	C22	186.0	358.8
C13	C12	C10	N09	284.9	318.6
C13	C12	C10	O11	87.8	138.5
C10	C12	C13	C20	184.4	180.3
C13	C12	C20	C19	3.0	358.8
C13	C12	C20	H13	183.0	178.9
C17	C13	C12	N14	177.0	177.8
C12	C13	C17	C18	2.5	358.6
C12	C13	C17	H11	182.5	178.6
C12	C13	N14	C15	198.2	215.0
C20	C12	C10	N09	109.9	138.9
C20	C12	C10	O11	272.7	318.8
C10	C12	C20	C13	174.0	179.7
C20	C12	C13	C17	356.2	1.9
C20	C12	C13	N14	179.2	184.1
C18	C19	C20	C12	358.9	359.9
C12	C20	C19	F21	179.0	179.8
C19	C20	C12	H13	180.0	179.9
C17	C13	C12	C20	356.2	1.9
C12	C13	C17	N14	183.1	182.1
C17	C13	N14	C15	21.3	37.2
C13	C17	C18	C19	359.2	0.1
C18	C17	C13	H11	180.0	180.0
C13	C17	C18	H12	179.2	180.0
N14	C13	C12	C20	179.2	184.1
C12	C13	N14	C17	176.9	177.8
N14	C13	C17	C18	179.3	176.5
N14	C13	C17	H11	359.4	356.5
C13	N14	C15	N16	179.5	182.5
C13	N14	C15	H9	359.5	2.8
C06	N16	C15	N14	359.8	359.6
N16	C15	N14	H9	180.0	179.7
N14	C15	N16	H9	180.0	180.3
C18	C17	C13	N14	179.3	176.5
C13	C17	C18	H11	180.0	180.0
C17	C18	C19	C20	0.2	0.6
C17	C18	C19	F21	180.1	180.7
C19	C18	C17	H12	180.0	180.1
C12	C20	C19	C18	358.9	359.9
C19	C18	C17	H11	179.1	180.1
C17	C18	C19	H12	180.0	179.9
C20	C19	C18	F21	180.1	179.9
C18	C19	C20	H13	178.8	179.9
C12	C20	C19	H13	180.0	180.1
C18	C19	C20	F21	179.8	180.1
C20	C19	C18	H12	180.2	180.7
C18	C19	F21	C20	180.1	179.9
F21	C19	C18	H12	0.0	0.8
F21	C19	C20	H13	359.0	359.8
C08	N09	C22	C10	183.5	180.1
C22	N09	C08	H7	339.1	121.3
C22	N09	C08	H8	213.5	0.3
C22	N09	C10	O11	186.0	358.8
H14	C22	N09	H15	240.0	240.0
H14	C22	N09	H16	120.0	120.0
H15	C22	N09	H16	240.0	239.9
H1	C01	C02	O03	180.0	180.0
C02	C01	H1	H2	120.0	120.0
C02	C01	H1	H3	240.0	240.0
H1	C01	C02	H4	300.0	300.0
H1	C01	C02	H5	60.0	60.0
H2	C01	H1	H3	120.0	120.0
H2	C01	C02	O03	300.0	300.0
C02	C01	H2	H1	240.0	240.0
C02	C01	H2	H3	120.0	120.0
H2	C01	C02	H4	60.0	60.0
H2	C01	C02	H5	180.1	180.0
H1	C01	H2	H3	240.0	240.0
H3	C01	C02	O03	60.0	60.0
C02	C01	H3	H1	120.0	120.0
C02	C01	H3	H2	240.0	240.0
H3	C01	C02	H4	180.0	180.0
H3	C01	C02	H5	300.0	300.0
H1	C01	H3	H2	120.0	120.0
C01	C02	H4	O03	240.0	240.0
H4	C02	C01	H1	300.0	300.0
H4	C02	C01	H2	60.0	60.0
H4	C02	C01	H3	180.0	180.0
C01	C02	H4	H5	120.1	120.1
H4	C02	O03	C04	326.3	60.0
O03	C02	H4	H5	240.0	240.1
C01	C02	H5	O03	119.9	120.0
H5	C02	C01	H1	60.0	60.0
H5	C02	C01	H2	180.1	180.0
H5	C02	C01	H3	300.0	300.0
C01	C02	H5	H4	239.9	240.0
H5	C02	O03	C04	206.3	300.1
O03	C02	H5	H4	120.0	120.0
C07	C08	H7	N09	255.4	241.8
C07	C08	H7	H8	127.7	120.9
H7	C08	N09	C10	162.4	301.4
H7	C08	N09	C22	339.1	121.3
N09	C08	H7	H8	232.3	239.1
C07	C08	H8	N09	104.6	118.2
C07	C08	H8	H7	232.3	239.1
H8	C08	N09	C10	36.8	180.4
H8	C08	N09	C22	213.5	0.3
N09	C08	H8	H7	127.7	120.9
N14	C15	H9	N16	180.0	179.7
H11	C17	C13	N14	359.4	356.5
C13	C17	H11	C18	180.0	180.0
H11	C17	C18	C19	179.1	180.1
H11	C17	C18	H12	359.2	0.0
C17	C18	H12	C19	180.0	180.1
H12	C18	C17	H11	359.2	0.0
H12	C18	C19	C20	180.2	180.7
H12	C18	C19	F21	0.0	0.8
C12	C20	H13	C19	180.0	179.9
H13	C20	C19	F21	359.0	359.8
N09	C22	H14	H15	120.0	120.0
N09	C22	H14	H16	240.0	240.0
H15	C22	H14	H16	119.9	120.0
N09	C22	H15	H14	240.0	240.1
N09	C22	H15	H16	120.0	120.1
H14	C22	H15	H16	240.0	240.0
N09	C22	H16	H14	120.0	120.0
N09	C22	H16	H15	240.0	239.9
H14	C22	H16	H15	120.0	120.0
N14	C07	C06	N16	0.0	1.5
N14	C07	C08	H7	130.4	60.1
N14	C07	C08	H8	256.0	181.1