Tyrosinase 3D structures

3D Structures of tyrosinase3D Structures of tyrosinase

Updated on 06-February-2024 - For a general description of the protein see Tyrosinase

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• Tyrosinase
  • 6elt, 6elv – apTyr C terminal – apple
    
  • 6hqj – toTyr - tomato
    
  • 2p3x – Tyr – grape berry
    
  • 3w6q – AoTyr – Aspergillus oryzae
    
  • 6ju6, 6ju7 – AoTyr (mutant)
    
  • 6rrr – PaTyr – Pseudomonas aeruginosa
    
• Tyrosinase complex with Cu
  • 6els – apTyr + O + Cu
    
  • 6hqi – toTyr + Cu
    
  • 5ce9 – Tyr + Cu + O – walnut
    
  • 4oua – Tyr PPO4 + Cu - mushroom
    
  • 2zwg, 2zwe, 2zwf – ScTyr + caddie protein + L-tyrosine + Cu – Streptomyces castaneoglobisporus
    
  • 1wx2, 1wx4 – ScTyr + caddie protein + peroxide + Cu
    
  • 5z0m, 5z0l, 5z0k, 5z0d, 5z0e, 5z0f, 5z0g, 5z0h, 5z0i, 5z0j – ScTyr + caddie protein + L-dopa + Cu + Phe derivative
    
  • 2ahk, 2ahl, 2zmx, 2zmy, 2zmz, 2zwd, 3aws, 3awt, 3awu, 3awv, 3aww – ScTyr + caddie protein + Cu
    
  • 3awx, 3awy, 3awz, 3ax0 – ScTyr + caddie protein (mutant) + Cu
    
  • 7cit – ScTyr + caddie protein + L-dopaquinone + H2O2 + Cu
    
  • 7ciy – ScTyr (mutant) + caddie protein + L-dopaquinone + H2O2 + Cu
    
  • 3nm8, 3npy – BmTyr + Zn + Cu – Bacillus megaterium
    
  • 3nq5 – BmTyr (mutant) + Zn + Cu
    
  • 3nq0, 3ntm – BmTyr + Cu
    
  • 4hd4, 4hd6, 4hd7, 4j6t, 4j6u, 4j6v – BmTyr (mutant) + Cu
    
  • 3nq1 – BmTyr + Zn + Cu + kojic acid
    
  • 4d87 – BmTyr + Cu + SDS
    
  • 5i38, 5i3a, 5i3b, 5oae, 6ei4, 6qxd – BmTyr + Cu + inhibitor
    
  • 4p6t – BmTyr + Cu + p-tyrosol
    
  • 3w6w – AoTyr + Cu
    
  • 6ju8, 6ju4, 6ju5 – AoTyr (mutant) + Cu
    
  • 6jud, 6juc – AoTyr (mutant) + Cu + O2
    
  • 6ju9 – AoTyr (mutant) + tyrosine + Cu
    
  • 6rrq – PaTyr + Cu
    
  • 6rrp – PaTyr + Cu + urea derivative
    
  • 8bbq – Tyr + Cu - Verrucomicrobium spinosum
    
• Tyrosinase complex with no Cu
  • 1wx5, 1wxc – ScTyr + caddie protein
    
  • 4p6r – BmTyr + Zn + tyrosine
    
  • 4p6s – BmTyr + Zn + L-tyrosine
    
  • 6jua – AoTyr (mutant) + O2
    
  • 6jub – AoTyr (mutant) + tyrosine
    
  • 6j2u – Tyr + Tyr co-factor protein + Zn – Streptomyces avermitilis
    
  • 5zre, 5zrd – Tyr + O + Zn – Burkholderia thailandensis
    
  • 6t0y – Tyr + Zn – Geobacillus stearothermophilus
    
  • 8hpi – Tyr + Zn – Priestia megaterium
    
• β-tyrosinase or tyrosine phenol-lyase
  • 1tpl – CiBTyr – Citrobacter intermedius
    
  • 2tpl – CiTyr + Cs + PLP + hydroxyphenyl propionate
    
  • 1c7g – Tyr + PLP – Erwinia herbicola
    
  • 2ez2 – CfBTyr – Citrobacter freundii
    
  • 6mqq, 6mme, 6dur – CfBTyr + PLP derivatives
    
  • 6dz5, 6dxv, 6dvx – CfBTyr (mutant) + PLP derivatives
    
  • 2ez1 – CfBTyr + PLP
    
  • 2yhk – CfBTyr (mutant) + PLP
    
  • 7tdl – CfBTyr (mutant) + PLP + Phe derivative
    
  • 2vlf, 2vlh, 2yct – CfBTyr + PLP derivative
    
  • 2ycn, 2ycp – CfBTyr (mutant) + PLP derivative
    
  • 6nv8, 6mo3, 6mls – CfBTyr + PLP derivative + pyridine derivative
    
  • 6ecg, 6dyt – CfBTyr (mutant) + PLP derivative + pyridine derivative
    
  • 6mpd – CfBTyr + PLP derivative + pyridine derivative + fluoro-Tyr
    
  • 7fjk – BTyr + PLP – Enterobacter agglomerans
    
• Tyrosinase 3 or polyphenol oxidase or tyrosinase-like protein
  • 2y9w – AbTyr3 + lectin-like fold protein + Cu – Agaricus bisporus
    
  • 2y9x – AbTyr3 + lectin-like fold protein + Cu + tropolone
    
  • 6z1s – Tyr3 (mutant) + Cu – Thermothelomyces thermophilus
    
  • 7xio – Tyr3 – Raltonia
    
• Tyrosinase 4
  • 5m6b – Tyr4 + Cu + O – button mushroom