Ligand: 353

Total number of chains: 2
Active chains: 0
Total number of genes: 1
Spatial label Dihedral label Number of Chains Percent Representative
DFGout BBAminus 2 100.0% 6SDDA

Download database table as tsv Go to Advanced Page
Family Gene UniprotID PDB Resolution Activity Spatial-Dihedral Chelix-SaltBridge ActLoopNT-ActLoopCT APEtype APEdihe APEdist Ligand Ligand Type Residues in structure Unresolved residues in A-loop Phosphorylation Mutation Protein
TYR MET MET_HUMAN 6SDDA 1.93 Inactive DFGout‑BBAminus out-out out-in TYR APEdihe_iiiai APEdist_aaai 353 Type2 1062 - 1344 0 None D1228V Hepatocyte growth factor receptor
TYR MET MET_HUMAN 3F82A 2.5 Inactive DFGout‑BBAminus out-out none-none TYR APEdihe_niiai APEdist_aaai 353 Type2 1055 - 1360 0 None Y1194F,Y1234F,Y1235D Hepatocyte growth factor receptor

Ligand: 353

Total number of chains: 2
Active chains: 0
Total number of genes: 1
Spatial label Dihedral label Number of Chains Percent Representative
DFGout BBAminus 2 100.0% 6SDDA

Download database table as tsv Go to Advanced Page
Family Gene UniprotID PDB Resolution Activity Spatial-Dihedral Chelix-SaltBridge ActLoopNT-ActLoopCT APEtype APEdihe APEdist Ligand Ligand Type Residues in structure Unresolved residues in A-loop Phosphorylation Mutation Protein Organism
TYR MET MET_HUMAN 6SDDA 1.93 Inactive DFGout‑BBAminus out-out out-in TYR APEdihe_iiiai APEdist_aaai 353 Type2 1062 - 1344 0 None D1228V Hepatocyte growth factor receptor Homo sapiens
TYR MET MET_HUMAN 3F82A 2.5 Inactive DFGout‑BBAminus out-out none-none TYR APEdihe_niiai APEdist_aaai 353 Type2 1055 - 1360 0 None Y1194F,Y1234F,Y1235D Hepatocyte growth factor receptor Homo sapiens

Ligand: 353

Total number of chains: 0
Active chains: 0
Total number of genes: 0
Spatial label Dihedral label Number of Chains Percent Representative

Download database table as tsv Go to Advanced Page
Family Gene UniprotID PDB Resolution Activity Spatial-Dihedral Chelix-SaltBridge ActLoopNT-ActLoopCT APEtype APEdihe APEdist Ligand Ligand Type Residues in structure Unresolved residues in A-loop Phosphorylation Mutation Protein Organism