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enzyme (lysozyme)

 
Enzymes
  Enzyme classes:
  EC 1: Oxidoreductases
  EC 2: Transferases
  EC 3: Hydrolases
    EC 3.1
    EC 3.2
    EC 3.3
    EC 3.4
    EC 3.5
    EC 3.6
      EC 3.6.1
        EC 3.6.1.1
        EC 3.6.1.2
        EC 3.6.1.3
        EC 3.6.1.4
        EC 3.6.1.5
        EC 3.6.1.6
        EC 3.6.1.7
        EC 3.6.1.8
        EC 3.6.1.9
        EC 3.6.1.10
        EC 3.6.1.11
        EC 3.6.1.12
        EC 3.6.1.13
        EC 3.6.1.14
        EC 3.6.1.15
        EC 3.6.1.16
        EC 3.6.1.17
        EC 3.6.1.18
        EC 3.6.1.19
        EC 3.6.1.20
        EC 3.6.1.21
        EC 3.6.1.22
        EC 3.6.1.23
        EC 3.6.1.24
        EC 3.6.1.25
        EC 3.6.1.26
        EC 3.6.1.27
        EC 3.6.1.28
        EC 3.6.1.29
        EC 3.6.1.30
        EC 3.6.1.31
        EC 3.6.1.32
        EC 3.6.1.33
        EC 3.6.1.34
        EC 3.6.1.35
        EC 3.6.1.36
        EC 3.6.1.37
        EC 3.6.1.38
        EC 3.6.1.39
        EC 3.6.1.40
        EC 3.6.1.41
        EC 3.6.1.42
        EC 3.6.1.43
        EC 3.6.1.44
        EC 3.6.1.45
        EC 3.6.1.46
        EC 3.6.1.47
        EC 3.6.1.48
        EC 3.6.1.49
        EC 3.6.1.50
        EC 3.6.1.51
        EC 3.6.1.52
      EC 3.6.2
      EC 3.6.3
      EC 3.6.4
      EC 3.6.5
    EC 3.7
    EC 3.8
    EC 3.9
    EC 3.10
    EC 3.11
    EC 3.12
    EC 3.13
  EC 4: Lyases
  EC 5: Isomerases
  EC 6: Ligases
  General information:
  Catalytic mechanism
  Enzyme kinetics
  Inhibitors
  Enzymes in industry

EC 3.6.1.3 - ATP phosphohydrolase (adenosinetriphosphatase)



3D structures of EC 3.6.1.3 - adenosinetriphosphatase in Protein Data Bank

updated: 29 May 2015, 2:12

In total: 51 PDB structures of EC 3.6.1.3 - adenosinetriphosphatase:
  1. 1atr: Threonine 204 of The Chaperone Protein Hsc70 Influences The Structure of The Active Site but Is Not Essential for Atp Hydrolysis
  2. 1ats: Threonine 204 of The Chaperone Protein Hsc70 Influences The Structure of The Active Site but Is Not Essential for Atp Hydrolysis
  3. 1ba0: Heat-shock Cognate 70kd Protein 44kd Atpase N-terminal 1nge 3
  4. 1ba1: Heat-shock Cognate 70kd Protein 44kd Atpase N-terminal Mutant with Cys 17 Replaced by Lys
  5. 1hjo: Heat-shock 70kd Protein 42kd Atpase N-terminal Domain
  6. 1hpm: How Potassium Affects The Activity of The Molecular Chaperone Hsc70. Ii. Potassium Binds Specifically in The Atpase Active Site
  7. 1hqc: Structure of Ruvb from Thermus Thermophilus Hb8
  8. 1ixr: Ruva-ruvb Complex
  9. 1ixs: Structure of Ruvb Complexed with Ruva Domain III
  10. 1kax: 70kd Heat Shock Cognate Protein Atpase Domain, K71M Mutant
  11. 1kay: 70kd Heat Shock Cognate Protein Atpase Domain, K71A Mutant
  12. 1kaz: 70kd Heat Shock Cognate Protein Atpase Domain, K71E Mutant
  13. 3m0e: Crystal Structure of The Atp-bound State of Walker B Mutant of Ntrc1 Atpase Domain
  14. 1nga: Structural Basis of The 70-kilodalton Heat Shock Cognate Protein Atp Hydrolytic Activity, Ii. Structure of The Active Site with Adp or Atp Bound to Wild Type and Mutant Atpase Fragment
  15. 1ngb: Structural Basis of The 70-kilodalton Heat Shock Cognate Protein Atp Hydrolytic Activity, Ii. Structure of The Active Site with Adp or Atp Bound to Wild Type and Mutant Atpase Fragment
  16. 1ngc: Structural Basis of The 70-kilodalton Heat Shock Cognate Protein Atp Hydrolytic Activity, Ii. Structure of The Active Site with Adp or Atp Bound to Wild Type and Mutant Atpase Fragment
  17. 1ngd: Structural Basis of The 70-kilodalton Heat Shock Cognate Protein Atp Hydrolytic Activity, Ii. Structure of The Active Site with Adp or Atp Bound to Wild Type and Mutant Atpase Fragment
  18. 1nge: Structural Basis of The 70-kilodalton Heat Shock Cognate Protein Atp Hydrolytic Activity, Ii. Structure of The Active Site with Adp or Atp Bound to Wild Type and Mutant Atpase Fragment
  19. 1ngf: Structural Basis of The 70-kilodalton Heat Shock Cognate Protein Atp Hydrolytic Activity, Ii. Structure of The Active Site with Adp or Atp Bound to Wild Type and Mutant Atpase Fragment
  20. 1ngg: Structural Basis of The 70-kilodalton Heat Shock Cognate Protein Atp Hydrolytic Activity, Ii. Structure of The Active Site with Adp or Atp Bound to Wild Type and Mutant Atpase Fragment
  21. 1ngh: Structural Basis of The 70-kilodalton Heat Shock Cognate Protein Atp Hydrolytic Activity, Ii. Structure of The Active Site with Adp or Atp Bound to Wild Type and Mutant Atpase Fragment
  22. 1ngi: Structural Basis of The 70-kilodalton Heat Shock Cognate Protein Atp Hydrolytic Activity, Ii. Structure of The Active Site with Adp or Atp Bound to Wild Type and Mutant Atpase Fragment
  23. 1ngj: Structural Basis of The 70-kilodalton Heat Shock Cognate Protein Atp Hydrolytic Activity, Ii. Structure of The Active Site with Adp or Atp Bound to Wild Type and Mutant Atpase Fragment
  24. 3ism: Crystal Structure of The Endog/endogi Complex: Mechanism of Endog Inhibition
  25. 3hsc: Three-dimensional Structure of The Atpase Fragment of a 70k Heat-shock Cognate Protein
  26. 1wp9: Crystal Structure of Pyrococcus Furiosus Hef Helicase Domain
  27. 2db3: Structural Basis for Rna Unwinding by The Dead-box Protein Drosophila Vasa
  28. 4dfc: Core Uvra/trcf Complex
  29. 4aby: Crystal Structure of Deinococcus Radiodurans Recn Head Domain
  30. 4ad8: Crystal Structure of a Deletion Mutant of Deinococcus Radiodurans Recn
  31. 4m63: Crystal Structure of a Filament-like Actin Trimer Bound to The Bacterial Effector Vopl
  32. 4qsp: Structure of The Bromodomain of Human Atpase Family Aaa Domain- Containing Protein 2 (atad2) in Complex with Acetyl-lysine
  33. 4qsq: Structure of The Bromodomain of Human Atpase Family Aaa Domain- Containing Protein 2 (atad2) with Bound Dmso
  34. 4qsr: Structure of The Bromodomain of Human Atpase Family Aaa Domain- Containing Protein 2 (atad2) with Bound Mpd
  35. 4qss: Structure of The Bromodomain of Human Atpase Family Aaa Domain- Containing Protein 2 (atad2) in Complex with N-methyl-2-pyrrolidone (nmp)
  36. 4qst: Structure of The Bromodomain of Human Atpase Family Aaa Domain- Containing Protein 2 (atad2) in Complex with 1-methylquinolin 2-one
  37. 4qsu: Structure of The Bromodomain of Human Atpase Family Aaa Domain- Containing Protein 2 (atad2) in Complex with Thymine
  38. 4qsv: Structure of The Bromodomain of Human Atpase Family Aaa Domain- Containing Protein 2 (atad2) in Complex with Thymidine
  39. 4qsw: Structure of The Bromodomain of Human Atpase Family Aaa Domain- Containing Protein 2 (atad2) in Complex with 5-methyl Uridine
  40. 4qsx: Structure of The Bromodomain of Human Atpase Family Aaa Domain- Containing Protein 2 (atad2) in Complex with 3'-deoxy Thymidine
  41. 4qut: Structure of The Bromodomain of Human Atpase Family Aaa Domain- Containing Protein 2 (atad2) Complexed with Histone H4-k(ac)12
  42. 4quu: Structure of The Bromodomain of Human Atpase Family Aaa Domain- Containing Protein 2 (atad2) Complexed with Histone H4-k(ac)5
  43. 4tyl: Fragment-based Screening of The Bromodomain of Atad2
  44. 4tz2: Fragment-based Screening of The Bromodomain of Atad2
  45. 4tz8: Structure of Human Atad2 Bromodomain Bound to Fragment Inhibitor
  46. 4tt2: Crystal Structure of ATAD2A Bromodomain Complexed with H4(1-20)K5AC Peptide
  47. 4tt4: Crystal Structure of ATAD2A Bromodomain Complexed with H3(1-21)K14AC Peptide
  48. 4tt6: Crystal Structure of ATAD2A Bromodomain Double Mutant N1063A-Y1064A in Apo Form
  49. 4tte: Crystal Structure of ATAD2A Bromodomain Complexed with Methyl 3-amino- 5-(3,5-dimethyl-1,2-oxazol-4-yl)benzoate
  50. 4tu4: Crystal Structure of ATAD2A Bromodomain Complexed with 3-(3,5- Dimethyl-1,2-oxazol-4-yl)-5-[(phenylsulfonyl)amino]benzoicacid
  51. 4tu6: Crystal Structure of Apo ATAD2A Bromodomain with N1064 Alternate Conformation
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