|
Nucleic atom
|
dist
|
Protein atom
|
|
C3:E.O3'/1
|
3.01
|
ASN222:D.ND2/1
|
|
C3:E.O2'/1
|
3.27
|
ASN222:D.ND2/1
|
|
U11:E.O2'/1
|
2.81
|
GLN659:D.NE2/1
|
|
G12:E.O2'/1
|
2.73
|
ALA649:D.O/1
|
|
A14:E.OP1/1
|
3.2
|
ASN723:D.ND2/1
|
|
A15:E.OP1/1
|
2.84
|
ARG719:D.NH2/1
|
|
U16:E.O4/1
|
3.12
|
LYS711:D.NZ/1
|
|
U20:E.O2/1
|
2.86
|
LYS813:D.NZ/1
|
|
A24:E.OP1/1
|
2.82
|
ASN734:D.ND2/1
|
|
C25:E.OP1/1
|
2.82
|
ARG668:D.NH2/1
|
|
A26:E.OP2/1
|
2.89
|
ARG668:D.NH2/1
|
|
C47:E.OP2/1
|
3.26
|
ARG811:D.NH1/1
|
|
U47:E.OP2/1
|
2.91
|
LYS809:D.NZ/1
|
|
G69:E.OP1/1
|
2.86
|
MET617:D.N/1
|
|
G70:E.OP1/1
|
3.16
|
LYS619:D.N/1
|
|
G71:E.OP1/1
|
2.76
|
LYS619:D.NZ/1
|
|
A73:E.OP2/1
|
3.25
|
GLU292:D.N/1
|
|
A73:E.N6/1
|
2.95
|
ARG416:D.O/1
|
|
A73:E.N6/1
|
3.28
|
ARG416:D.NH2/1
|
|
C74:E.OP2/1
|
2.82
|
ARG424:D.NH2/1
|
|
C74:E.O4'/1
|
3.22
|
ARG424:D.NE/1
|
|
C74:E.O4'/1
|
2.94
|
ARG424:D.NH2/1
|
|
C74:E.O2'/1
|
2.77
|
ASN168:D.N/1
|
|
C74:E.O2'/1
|
2.72
|
ASN168:D.OD1/1
|
|
C74:E.O2/1
|
2.79
|
ARG426:D.NH2/1
|
|
C74:E.N4/1
|
2.85
|
GLN190:D.OE1/1
|
|
C74:E.N4/1
|
2.79
|
GLN425:D.OE1/1
|
|
C75:E.OP2/1
|
3.01
|
GLU169:D.N/1
|
|
C75:E.N3/1
|
3.37
|
LYS619:D.NZ/1
|
|
A76:E.OP1/1
|
2.64
|
LEU84:D.N/1
|
|
A76:E.O3'/1
|
2.94
|
ASP80:D.OD2/1
|
|
|
Hbonds:
Hbonds service shows hydrogen bonds on the NA-protein interface. One H-bond is one line in the table, where:
Nucleic atom is atom of nucleic acid in Jmol/RasMol format.
Protein atom is atom of protein in Jmol/RasMol format.
Dist is distance from nucleic atom to protein atom in angstroms (Å).
W-Bridges:
W-Bridges service shows Water-bridges on the NA-protein interface. One Water-bridge is one line in the table, where:
Nucleic atom is atom of nucleic acid in Jmol/RasMol format.
Protein atom is atom of protein in Jmol/RasMol format.
Water is water molecule.
d_n2w is distance from nucleic atom to water molecule (Å).
d_p2w is distance from protein atom to water molecule (Å).
CluD:
CluD service shows hydrophobic clusters on the NA-protein interface. One Cluster is one line in the table, where:
Core number is serial number of cluster.
Atoms is number of detected atoms in the cluster.
