PDB Chemical Component DAB

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 DAB

Atom I Atom J Distance (Experimental Model) Distance (Ideal Model)
N CA 1.465 1.469
N H 1.020 1.008
N H2 1.020 1.008
CA C 1.516 1.507
CA CB 1.545 1.528
CA HA 1.115 1.091
C O 1.224 1.208
C OXT 1.341 1.342
CB CG 1.539 1.530
CB HB2 1.115 1.089
CB HB3 1.115 1.090
CG ND 1.416 1.469
CG HG2 1.115 1.090
CG HG3 1.114 1.090
ND HD1 1.019 1.008
ND HD2 1.020 1.008
OXT HXT 0.951 0.967

Bond Angles for DAB

Atom I Atom J Atom K Angle (Experimental Model) Angle (Ideal Model)
CA N H 112.9 106.7
CA N H2 111.0 106.7
N CA C 112.9 109.5
N CA CB 109.0 109.5
N CA HA 106.3 109.4
H N H2 111.0 106.7
C CA CB 105.6 109.5
C CA HA 109.6 109.4
CA C O 120.8 120.0
CA C OXT 115.2 120.0
CB CA HA 113.5 109.5
CA CB CG 106.0 109.5
CA CB HB2 113.5 109.5
CA CB HB3 113.5 109.5
O C OXT 123.9 120.0
C OXT HXT 115.2 120.0
CG CB HB2 113.5 109.4
CG CB HB3 113.5 109.5
CB CG ND 117.3 109.5
CB CG HG2 109.3 109.5
CB CG HG3 109.4 109.5
HB2 CB HB3 97.0 109.5
ND CG HG2 109.4 109.4
ND CG HG3 109.4 109.5
CG ND HD1 117.3 106.8
CG ND HD2 109.4 106.7
HG2 CG HG3 100.8 109.4
HD1 ND HD2 109.4 106.7

Torsion Angles for DAB

Atom I Atom J Atom K Atom L Angle (Experimental Model) Angle (Ideal Model)
H N CA H2 125.3 113.8
C CA N CB 117.1 120.1
C CA N HA 239.8 240.1
N CA C O 318.9 329.9
N CA C OXT 135.6 150.0
CB CA N HA 122.7 120.0
N CA CB CG 287.0 300.0
N CA CB HB2 52.3 180.0
N CA CB HB3 161.7 60.0
CA N H H2 234.7 246.2
H N CA C 180.0 173.9
H N CA CB 63.0 53.8
H N CA HA 300.3 293.8
CA N H2 H 126.4 113.8
H2 N CA C 54.7 60.0
H2 N CA CB 297.7 300.0
H2 N CA HA 175.0 180.0
C CA N H 180.0 173.9
C CA N H2 54.7 60.0
N CA C CB 241.0 239.9
N CA C HA 118.3 119.9
CB CA C HA 237.3 240.0
C CA CB CG 165.5 180.0
C CA CB HB2 290.7 60.0
C CA CB HB3 40.2 300.0
O C CA OXT 183.2 179.9
CA C OXT HXT 180.0 180.0
CB CA N H 63.0 53.8
CB CA N H2 297.7 300.0
N CA CB C 121.6 120.0
N CA CB HA 241.7 240.0
C CA CB HA 120.2 120.0
CB CA C O 77.9 90.0
CB CA C OXT 254.7 270.0
CG CB CA HB2 234.7 120.0
CG CB CA HB3 125.3 240.0
CA CB CG ND 278.5 180.0
CA CB CG HG2 43.8 60.0
CA CB CG HG3 153.2 300.1
HB2 CB CA HB3 250.6 120.0
HA CA N H 300.3 293.8
HA CA N H2 175.0 180.0
N CA HA C 237.7 240.1
N CA HA CB 119.8 120.0
C CA HA CB 242.1 240.0
HA CA C O 200.5 210.0
HA CA C OXT 17.3 30.1
HA CA CB CG 45.3 60.0
HA CA CB HB2 170.6 300.0
HA CA CB HB3 280.0 180.0
O C CA CB 77.9 90.0
O C CA HA 200.5 210.0
CA C O OXT 176.5 180.1
O C OXT HXT 356.7 0.1
OXT C CA CB 254.7 270.0
OXT C CA HA 17.3 30.1
CA C OXT O 183.3 179.9
CG CB CA HA 45.3 60.0
CA CB CG HB2 125.3 240.0
CA CB CG HB3 234.7 120.0
HB2 CB CG HB3 109.5 240.0
ND CG CB HG2 234.7 120.0
ND CG CB HG3 125.3 239.9
CB CG ND HD1 180.0 180.0
CB CG ND HD2 54.7 293.8
HG2 CG CB HG3 250.5 119.9
HB2 CB CA HA 170.6 300.0
CA CB HB2 CG 238.8 120.0
CA CB HB2 HB3 119.4 240.0
CG CB HB2 HB3 240.6 120.0
HB2 CB CG ND 153.2 300.0
HB2 CB CG HG2 278.5 180.0
HB2 CB CG HG3 28.0 60.1
HB3 CB CA HA 280.0 180.0
CA CB HB3 CG 121.2 240.0
CA CB HB3 HB2 240.6 120.0
CG CB HB3 HB2 119.4 240.0
HB3 CB CG ND 43.8 60.0
HB3 CB CG HG2 169.0 300.0
HB3 CB CG HG3 278.5 180.0
ND CG CB HB2 153.2 300.0
ND CG CB HB3 43.8 60.0
CB CG ND HG2 125.2 240.0
CB CG ND HG3 234.7 120.1
HG2 CG ND HG3 109.5 240.1
HD1 ND CG HD2 125.3 246.2
HG2 CG CB HB2 278.5 180.0
HG2 CG CB HB3 169.0 300.0
CB CG HG2 ND 230.3 120.0
CB CG HG2 HG3 115.1 240.0
ND CG HG2 HG3 244.8 120.0
HG2 CG ND HD1 54.8 300.0
HG2 CG ND HD2 289.5 53.9
HG3 CG CB HB2 28.0 60.1
HG3 CG CB HB3 278.5 180.0
CB CG HG3 ND 129.7 239.9
CB CG HG3 HG2 244.9 120.0
ND CG HG3 HG2 115.2 240.1
HG3 CG ND HD1 305.2 59.9
HG3 CG ND HD2 179.9 173.8
HD1 ND CG HG2 54.8 300.0
HD1 ND CG HG3 305.2 59.9
CG ND HD1 HD2 234.7 113.8
HD2 ND CG HG2 289.5 53.9
HD2 ND CG HG3 179.9 173.8
CG ND HD2 HD1 129.7 246.1