Home
Browse
Browse biologically relevant interactions
Browse biologically irrelevant interactions
Browse structures with ligands or proteins only
Search
Ligand
Q-SITE
Download
Statistics
Help
News
Yang Lab
Function Annotation for BL5256
3D View
Ligand Information
Binding Information
The structure is too big. Click
here
to show 3D view, it may take a long time or fail, depending on the status of the server.
Binding residues
Residue number in mmCIF file:
C15:
S10 D11 R12 L14 Q15 N30
C27:
A6
E14:
G1 A2 Q3 V4 S5 S6
E15:
K57 D58 V59 L60 I61 P65 M66 L67
Residue number in PDB file:
215:
S10 D11 R12 L14 Q15 N30
227:
A6
414:
G2 A3 Q4 V5 S6 S7
415:
K58 D59 V60 L61 I62 P66 M67 L68
Receptor
Assembly ID: 1ar7_6
Stoichiometry type
: Hetero 120-mer -A30B30C30D30
Assembly defined by
: crystal asymmetric unit
PDB ID
:
1ar7
Experimental method
: X-RAY DIFFRACTION
Resolution
: 2.9 Å
Other biological units from the same PDB ID
: 1ar7_1,1ar7_2,1ar7_3,1ar7_4,1ar7_5
UniProt ID
:
P03300
PubMed ID
:
9253417
Ligand
Ligand ID
:
III
Ligand name
: Peptide
Biological relevance
: Relevant
Download
mmCIF Format
Receptor
Ligand
PDB Format
Receptor
Ligand
Ligand ID
Name
III
Peptide
Binding affinity
Experimental affinity
N/A
Surface area
Surface area of receptor(A
2
)
N/A
Surface area of ligand(A
2
)
N/A
Surface area of complex(A
2
)
N/A
Interface area(A
2
)
N/A
Reference
Wei et al,
Q-BioLiP: A Comprehensive Resource for Quaternary Structure-based Protein–ligand Interactions
,
Genomics, Proteomics & Bioinformatics
, 22(1), qzae001, 2024. (
PDF
)