PDB Chemical Component AO

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 AO

Atom I Atom J Distance (Experimental Model) Distance (Ideal Model)
C1 C2   1.356
C1 C13   1.409
C1 H1   1.081
C2 C3   1.402
C2 H2   1.080
C3 C4   1.375
C3 N15   1.393
C4 C11   1.409
C4 H4   1.080
C5 C6   1.376
C5 C14   1.409
C5 H5   1.079
C6 C7   1.401
C6 N16   1.393
C7 C8   1.357
C7 H7   1.080
C8 C12   1.410
C8 H8   1.080
C9 C12   1.397
C9 C13   1.397
C9 H9   1.080
N10 C11   1.330
N10 C14   1.330
N10 H10   0.970
C11 C13   1.467
C12 C14   1.467
N15 CX7   1.464
N15 CX8   1.465
CX7 H151   1.090
CX7 H152   1.090
CX7 H153   1.090
CX8 H154   1.090
CX8 H155   1.090
CX8 H156   1.091
N16 CXH   1.465
N16 CXI   1.466
CXH H161   1.090
CXH H162   1.090
CXH H163   1.090
CXI H164   1.090
CXI H165   1.090
CXI H166   1.089

Bond Angles for AO

Atom I Atom J Atom K Angle (Experimental Model) Angle (Ideal Model)
C2 C1 C13   119.8
C2 C1 H1   120.1
C1 C2 C3   121.4
C1 C2 H2   119.3
C13 C1 H1   120.1
C1 C13 C9   121.2
C1 C13 C11   119.2
C3 C2 H2   119.3
C2 C3 C4   121.5
C2 C3 N15   119.2
C4 C3 N15   119.3
C3 C4 C11   119.5
C3 C4 H4   120.2
C3 N15 CX7   120.0
C3 N15 CX8   120.0
C11 C4 H4   120.3
C4 C11 N10   120.7
C4 C11 C13   118.5
C6 C5 C14   119.5
C6 C5 H5   120.3
C5 C6 C7   121.5
C5 C6 N16   119.3
C14 C5 H5   120.3
C5 C14 N10   120.7
C5 C14 C12   118.5
C7 C6 N16   119.2
C6 C7 C8   121.5
C6 C7 H7   119.3
C6 N16 CXH   120.0
C6 N16 CXI   120.0
C8 C7 H7   119.3
C7 C8 C12   119.7
C7 C8 H8   120.1
C12 C8 H8   120.2
C8 C12 C9   121.2
C8 C12 C14   119.3
C12 C9 C13   117.9
C12 C9 H9   121.0
C9 C12 C14   119.6
C13 C9 H9   121.0
C9 C13 C11   119.6
C11 N10 C14   121.4
C11 N10 H10   119.3
N10 C11 C13   120.7
C14 N10 H10   119.3
N10 C14 C12   120.7
CX7 N15 CX8   120.0
N15 CX7 H151   109.5
N15 CX7 H152   109.5
N15 CX7 H153   109.5
N15 CX8 H154   109.4
N15 CX8 H155   109.5
N15 CX8 H156   109.5
H151 CX7 H152   109.4
H151 CX7 H153   109.5
H152 CX7 H153   109.5
H154 CX8 H155   109.5
H154 CX8 H156   109.5
H155 CX8 H156   109.4
CXH N16 CXI   120.0
N16 CXH H161   109.5
N16 CXH H162   109.4
N16 CXH H163   109.5
N16 CXI H164   109.4
N16 CXI H165   109.5
N16 CXI H166   109.5
H161 CXH H162   109.5
H161 CXH H163   109.5
H162 CXH H163   109.5
H164 CXI H165   109.5
H164 CXI H166   109.5
H165 CXI H166   109.5

Torsion Angles for AO

Atom I Atom J Atom K Atom L Angle (Experimental Model) Angle (Ideal Model)
C13 C1 C2 H1   180.0
C2 C1 C13 C9   180.0
C2 C1 C13 C11   0.1
C3 C2 C1 H2   180.0
C1 C2 C3 C4   0.3
C1 C2 C3 N15   180.0
C2 C1 C13 H1   180.0
C13 C1 C2 C3   360.0
C13 C1 C2 H2   179.9
C4 C11 C13 C1   359.7
C12 C9 C13 C1   180.0
C1 C13 C9 H9   0.1
C9 C13 C1 C11   179.9
N10 C11 C13 C1   180.0
C2 C1 H1 C13   180.0
H1 C1 C2 C3   180.0
H1 C1 C2 H2   360.0
H1 C1 C13 C9   359.9
H1 C1 C13 C11   180.0
C3 C2 C1 C13   360.0
C3 C2 C1 H1   180.0
C1 C2 C3 H2   180.0
C4 C3 C2 N15   180.3
C2 C3 C4 C11   359.4
C2 C3 C4 H4   179.7
C2 C3 N15 CX7   0.0
C2 C3 N15 CX8   180.0
H2 C2 C1 C13   179.9
H2 C2 C1 H1   360.0
C1 C2 H2 C3   180.0
H2 C2 C3 C4   180.3
H2 C2 C3 N15   0.0
C4 C3 C2 H2   180.3
C2 C3 C4 N15   179.7
C4 C3 N15 CX7   179.7
C4 C3 N15 CX8   359.7
C11 C4 C3 H4   179.7
C3 C4 C11 N10   180.3
C3 C4 C11 C13   0.6
N15 C3 C2 H2   0.0
C2 C3 N15 C4   180.3
N15 C3 C4 C11   179.7
N15 C3 C4 H4   0.0
CX7 N15 C3 CX8   180.0
C3 N15 CX7 H151   180.0
C3 N15 CX7 H152   300.0
C3 N15 CX7 H153   60.0
C3 N15 CX8 H154   180.0
C3 N15 CX8 H155   300.1
C3 N15 CX8 H156   60.0
C1 C13 C11 C4   359.7
C11 C4 C3 N15   179.7
C3 C4 C11 H4   180.3
C9 C13 C11 C4   179.8
C4 C11 N10 C14   180.3
C4 C11 N10 H10   0.3
N10 C11 C4 C13   179.7
H4 C4 C3 N15   0.0
C3 C4 H4 C11   179.7
H4 C4 C11 N10   360.0
H4 C4 C11 C13   180.3
C14 C5 C6 H5   180.1
C6 C5 C14 N10   180.0
C6 C5 C14 C12   360.0
C7 C6 C5 N16   180.0
C5 C6 C7 C8   360.0
C5 C6 C7 H7   180.1
C5 C6 N16 CXH   174.2
C5 C6 N16 CXI   354.1
C6 C5 C14 H5   179.9
C14 C5 C6 C7   360.0
C14 C5 C6 N16   180.0
C8 C12 C14 C5   0.0
C9 C12 C14 C5   179.9
C11 N10 C14 C5   180.0
C5 C14 N10 H10   0.0
N10 C14 C5 C12   180.0
C6 C5 H5 C14   180.1
H5 C5 C6 C7   179.9
H5 C5 C6 N16   359.9
H5 C5 C14 N10   0.0
H5 C5 C14 C12   180.0
C7 C6 C5 C14   360.0
C7 C6 C5 H5   179.9
C5 C6 C7 N16   180.0
C7 C6 N16 CXH   354.2
C7 C6 N16 CXI   174.1
C8 C7 C6 H7   179.9
C6 C7 C8 C12   0.0
C6 C7 C8 H8   180.1
N16 C6 C5 C14   180.0
N16 C6 C5 H5   359.9
C5 C6 N16 C7   180.0
N16 C6 C7 C8   180.0
N16 C6 C7 H7   0.1
CXH N16 C6 CXI   180.0
C6 N16 CXH H161   5.1
C6 N16 CXH H162   125.1
C6 N16 CXH H163   245.0
C6 N16 CXI H164   90.0
C6 N16 CXI H165   210.0
C6 N16 CXI H166   330.0
C8 C7 C6 N16   180.0
C6 C7 C8 H7   180.1
C12 C8 C7 H8   180.0
C7 C8 C12 C9   180.0
C7 C8 C12 C14   359.9
H7 C7 C6 N16   0.1
C6 C7 H7 C8   179.9
H7 C7 C8 C12   180.0
H7 C7 C8 H8   360.0
C5 C14 C12 C8   0.0
C12 C8 C7 H7   180.0
C7 C8 C12 H8   180.0
C8 C12 C9 C13   180.0
C8 C12 C9 H9   359.9
C9 C12 C8 C14   180.1
N10 C14 C12 C8   180.1
H8 C8 C7 H7   360.0
C7 C8 H8 C12   180.0
H8 C8 C12 C9   0.0
H8 C8 C12 C14   179.9
C1 C13 C9 C12   180.0
C5 C14 C12 C9   179.9
C9 C12 C8 H8   0.0
C8 C12 C9 C14   179.9
C13 C9 C12 H9   180.1
C12 C9 C13 C11   359.9
N10 C14 C12 C9   360.0
C9 C13 C1 H1   359.9
C1 C13 C9 C11   180.1
C4 C11 C13 C9   179.8
C12 C9 C13 H9   179.9
C13 C9 C12 C14   0.1
N10 C11 C13 C9   0.1
C12 C9 H9 C13   180.1
H9 C9 C12 C14   180.0
H9 C9 C13 C11   180.0
C1 C13 C11 N10   180.0
N10 C11 C4 H4   360.0
C4 C11 N10 C13   180.3
C5 C14 N10 C11   180.0
C9 C13 C11 N10   0.1
C14 N10 C11 H10   180.0
C11 N10 C14 C12   0.0
N10 C14 C5 H5   0.0
C5 C14 N10 C12   180.0
C8 C12 C14 N10   180.1
C9 C12 C14 N10   360.0
C11 N10 C14 H10   180.0
C14 N10 C11 C13   360.0
C11 N10 H10 C14   180.0
H10 N10 C11 C13   180.0
H10 N10 C14 C12   180.0
C11 C13 C1 H1   180.0
C1 C13 C11 C9   179.9
C13 C11 C4 H4   180.3
C4 C11 C13 N10   179.7
C11 C13 C9 H9   180.0
C13 C11 N10 C14   360.0
C13 C11 N10 H10   180.0
C12 C14 C5 H5   180.0
C5 C14 C12 N10   180.0
C14 C12 C8 H8   179.9
C8 C12 C14 C9   180.1
C14 C12 C9 C13   0.1
C14 C12 C9 H9   180.0
C12 C14 N10 H10   180.0
C3 N15 CX7 CX8   180.0
CX7 N15 CX8 H154   359.9
CX7 N15 CX8 H155   120.0
CX7 N15 CX8 H156   240.0
H151 CX7 N15 H152   240.1
H151 CX7 N15 H153   120.0
H152 CX7 N15 H153   240.0
C3 N15 CX8 CX7   180.0
CX8 N15 CX7 H151   0.1
CX8 N15 CX7 H152   120.0
CX8 N15 CX7 H153   240.0
H154 CX8 N15 H155   239.9
H154 CX8 N15 H156   120.0
H155 CX8 N15 H156   240.1
H151 CX7 N15 CX8   0.1
N15 CX7 H151 H152   120.0
N15 CX7 H151 H153   239.9
H152 CX7 H151 H153   119.9
H152 CX7 N15 CX8   120.0
N15 CX7 H152 H151   240.0
N15 CX7 H152 H153   120.1
H151 CX7 H152 H153   240.1
H153 CX7 N15 CX8   240.0
N15 CX7 H153 H151   120.1
N15 CX7 H153 H152   240.0
H151 CX7 H153 H152   119.9
N15 CX8 H154 H155   120.1
N15 CX8 H154 H156   240.0
H155 CX8 H154 H156   120.0
N15 CX8 H155 H154   240.0
N15 CX8 H155 H156   120.0
H154 CX8 H155 H156   240.0
N15 CX8 H156 H154   120.0
N15 CX8 H156 H155   240.0
H154 CX8 H156 H155   120.1
C6 N16 CXH CXI   180.0
CXH N16 CXI H164   270.0
CXH N16 CXI H165   30.0
CXH N16 CXI H166   150.0
H161 CXH N16 H162   240.0
H161 CXH N16 H163   120.0
H162 CXH N16 H163   240.0
C6 N16 CXI CXH   180.0
CXI N16 CXH H161   185.1
CXI N16 CXH H162   305.1
CXI N16 CXH H163   65.0
H164 CXI N16 H165   240.0
H164 CXI N16 H166   120.0
H165 CXI N16 H166   240.0
H161 CXH N16 CXI   185.1
N16 CXH H161 H162   120.0
N16 CXH H161 H163   240.0
H162 CXH H161 H163   120.0
H162 CXH N16 CXI   305.1
N16 CXH H162 H161   240.0
N16 CXH H162 H163   120.0
H161 CXH H162 H163   240.0
H163 CXH N16 CXI   65.0
N16 CXH H163 H161   120.0
N16 CXH H163 H162   240.0
H161 CXH H163 H162   120.0
N16 CXI H164 H165   120.0
N16 CXI H164 H166   240.0
H165 CXI H164 H166   120.1
N16 CXI H165 H164   240.0
N16 CXI H165 H166   120.0
H164 CXI H165 H166   240.0
N16 CXI H166 H164   120.0
N16 CXI H166 H165   240.0
H164 CXI H166 H165   120.0