DNA damage-binding protein

spinqualitylabelsall models Human DDB1 (cyan) and DDB2 (green) complex with DNA, and tetraethylene glycol (PDB code 3ei1). Show:Asymmetric Unit Biological Assembly Drag the structure with the mouse to rotate   Export Animated Image   Print3D Function DNA damage-binding protein (DDB) functions in nucleotide excision repair. It prevents UV damage to DNA. DDB is a heterodimer composed of the large DDB1 and the smaller DNA-binding DDB2. DNA in this complex with DDB1 and DDB2 contains modified compounds 5PY and 64T, they are derivatives from parent compound THYMIDINE-5'-MONOPHOSPHATE. Disease Defective activity of DDB2 causes the repair defects in patients with XPE - an autosomal disorder characterized by early onset of cancer and photosensitivity.

3D Structures of DNA damage-binding protein

Updated on 07-February-2016

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• DDB1
  • 2b5l – hDDB + simian virus 5 protein – human
    
  • 2b5m – hDDB
    
  • 2b5m, 2b5n – hDDB BPB domain
    
  • 2hye – hDDB + simian virus 5 protein + cullin-4A + ring-box protein 1
    
  • 3e0c – hDDB
    
  • 3i7h, 3i7k, 3i7l, 3i7n, 3i7o, 3i7p, 3i89, 3i8c, 3i8e – hDDB + X protein peptide
    
  • 4a11 – hDDB + DNA excision repair protein ERCC-8
    
• DDB1+DDB2
  • 3ei1, 3ei2, 4a08, 4a09, 4a0a, 4a0b, 4e54, 4e5z – hDDB + DNA
    
  • 3ei3, 3ei4 – hDDB
    
  • 4a0k – hDDB + cullin-4A + ring-box protein 1
    
  • 4a0l – hDDB + cullin-4A + ring-box protein 1 + DNA
    

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Michal Harel, Alexander Berchansky