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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 3.6.2
      EC 3.6.3
        EC 3.6.3.1
        EC 3.6.3.2
        EC 3.6.3.3
        EC 3.6.3.4
        EC 3.6.3.5
        EC 3.6.3.6
        EC 3.6.3.7
        EC 3.6.3.8
        EC 3.6.3.9
        EC 3.6.3.10
        EC 3.6.3.11
        EC 3.6.3.12
        EC 3.6.3.13
        EC 3.6.3.14
        EC 3.6.3.15
        EC 3.6.3.16
        EC 3.6.3.17
        EC 3.6.3.18
        EC 3.6.3.19
        EC 3.6.3.20
        EC 3.6.3.21
        EC 3.6.3.22
        EC 3.6.3.23
        EC 3.6.3.24
        EC 3.6.3.25
        EC 3.6.3.26
        EC 3.6.3.27
        EC 3.6.3.28
        EC 3.6.3.29
        EC 3.6.3.30
        EC 3.6.3.31
        EC 3.6.3.32
        EC 3.6.3.33
        EC 3.6.3.34
        EC 3.6.3.35
        EC 3.6.3.36
        EC 3.6.3.37
        EC 3.6.3.38
        EC 3.6.3.39
        EC 3.6.3.40
        EC 3.6.3.41
        EC 3.6.3.42
        EC 3.6.3.43
        EC 3.6.3.44
        EC 3.6.3.45
        EC 3.6.3.46
        EC 3.6.3.47
        EC 3.6.3.48
        EC 3.6.3.49
        EC 3.6.3.50
        EC 3.6.3.51
        EC 3.6.3.52
        EC 3.6.3.53
      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 3.6.3.8 - ATP phosphohydrolase (Ca 2+ - transporting) (Ca 2+ - transporting ATPase)



3D structures of EC 3.6.3.8 - Ca2+-transporting ATPase in Protein Data Bank

updated: 26 February 2021, 5:15

In total: 75 PDB structures of EC 3.6.3.8 - Ca2+-transporting ATPase:
  1. 1kju: Ca2+-atpase in The E2 State
  2. 3nan: Sr Ca(2+)-atpase in The Hne2 State Complexed with a Thapsigargin Derivative Boc-(phi)tg
  3. 3nam: Sr Ca(2+)-atpase in The Hne2 State Complexed with The Thapsigargin Derivative Dotg
  4. 3nal: Sr Ca(2+)-atpase in The Hne2 State Complexed with The Thapsigargin Derivative Dtb
  5. 3fps: The Structure of Sarcoplasmic Reticulum Ca2+-atpase Bound to Cyclopiazonic and Adp
  6. 3fpb: The Structure of Sarcoplasmic Reticulum Ca2+-atpase Bound to Cyclopiazonic Acid with Atp
  7. 3fgo: Crystal Structure of The E2 Magnesium Fluoride Complex of The (sr) Ca2+-atpase with Bound Cpa and Amppcp
  8. 1su4: Crystal Structure of Calcium Atpase with Two Bound Calcium Ions
  9. 1t5s: Structure of The (sr)ca2+-atpase Ca2-e1-amppcp Form
  10. 1t5t: Structure of The (sr)ca2+-atpase Ca2-e1-adp:alf4- Form
  11. 1vfp: Crystal Structure of The Sr Ca2+-atpase with Bound Amppcp
  12. 3ba6: Structure of The CA2E1P Phosphoenzyme Intermediate of The Serca Ca2+-atpase
  13. 3b9r: Serca Ca2+-atpase E2 Aluminium Fluoride Complex without Thapsigargin
  14. 3b9b: Structure of The E2 Beryllium Fluoride Complex of The Serca Ca2+-atpase
  15. 1wpg: Crystal Structure of The Sr Ca2+-atpase with Mgf4
  16. 2zbg: Calcium Pump Crystal Structure with Bound Alf4 and Tg in The Absence of Calcium
  17. 2zbf: Calcium Pump Crystal Structure with Bound Bef3 and Tg in The Absence of Calcium
  18. 2zbe: Calcium Pump Crystal Structure with Bound Bef3 in The Absence of Calcium and Tg
  19. 2zbd: Crystal Structure of The Sr Calcium Pump with Bound Aluminium Fluoride, Adp and Calcium
  20. 1xp5: Structure of The (sr)ca2+-atpase E2-alf4- Form
  21. 2voy: Cryoem Model of Copa, The Copper Transporting Atpase from Archaeoglobus Fulgidus
  22. 2agv: Crystal Structure of The Sr Ca2+-atpase with Bhq and Tg
  23. 2by4: Sr Ca(2+)-atpase in The Hne2 State Complexed with The Thapsigargin Derivative Boc-12adt.
  24. 2c88: Crystal Structure of (sr) Calcium-atpase E2(tg):amppcp Form
  25. 2c8k: Crystal Structure of (sr) Calcium-atpase E2(tg) with Partially Occupied Amppcp Site
  26. 2c8l: Crystal Structure of (sr) Calcium-atpase E2(tg) Form
  27. 2c9m: Structure of (sr) Calcium-atpase in The CA2E1 State Solved in a P1 Crystal Form.
  28. 2dqs: Crystal Structure of The Calcium Pump with Amppcp in The Absence of Calcium
  29. 2oa0: Crystal Structure of Calcium Atpase with Bound Adp and Cyclopiazonic Acid
  30. 2o9j: Crystal Structure of Calcium Atpase with Bound Magnesium Fluoride and Cyclopiazonic Acid
  31. 2ear: P21 Crystal of The Sr Ca2+-atpase with Bound Tg
  32. 2eat: Crystal Structure of The Sr Ca2+-atpase with Bound Cpa and Tg
  33. 2eau: Crystal Structure of The Sr Ca2+-atpase with Bound Cpa in The Presence of Curcumin
  34. 6a69: Cryo-em Structure of a P-type Atpase
  35. 5ztf: Structure of Ca2+ Atpase
  36. 5zmw: Crystal Structure of The E309Q Mutant of Sr Ca2+-atpase in E2(tg)
  37. 5zmv: Crystal Structure of The E309A Mutant of Sr Ca2+-atpase in E2(tg)
  38. 3ar2: Calcium Pump Crystal Structure with Bound Amppcp and Ca2+
  39. 3ar3: Calcium Pump Crystal Structure with Bound Adp and Tg
  40. 3ar4: Calcium Pump Crystal Structure with Bound Atp and Tg in The Absence of Ca2+
  41. 3ar5: Calcium Pump Crystal Structure with Bound Tnp-amp and Tg
  42. 3ar6: Calcium Pump Crystal Structure with Bound Tnp-adp and Tg in The Absence of Calcium
  43. 3ar7: Calcium Pump Crystal Structure with Bound Tnp-atp and Tg in The Absence of Ca2+
  44. 3ar8: Calcium Pump Crystal Structure with Bound Alf4, Tnp-amp and Tg
  45. 3ar9: Calcium Pump Crystal Structure with Bound Bef3, Tnp-amp and Tg in The Absence of Calcium
  46. 2yfy: Serca in The Hne2 State Complexed with Debutanoyl Thapsigargin
  47. 3n5k: Structure of The (sr)ca2+-atpase E2-alf4- Form
  48. 3n8g: Structure of The (sr)ca2+-atpase Ca2-e1-caamppcp Form
  49. 3tlm: Crystal Structure of Endoplasmic Reticulum Ca2+-atpase (serca) from Bovine Muscle
  50. 4aqr: Crystal Structure of a Calmodulin in Complex with The Regulatory Domain of a Plasma-membrane Ca2+-atpase
  51. 6hxb: SERCA2A from Pig Heart
  52. 4h1w: E1 Structure of The (sr) Ca2+-atpase in Complex with Sarcolipin
  53. 4j2t: Inhibitor-bound Ca2+ Atpase
  54. 2m73: Solution Structure of The Calmodulin-binding Domain of Plant Calcium- Atpase Aca8
  55. 2m7e: Solution Structure of The Calmodulin-binding Domain of Plant Calcium- Atpase Aca2
  56. 4bew: Serca Bound to Phosphate Analogue
  57. 4nab: Structure of The (sr)ca2+-atpase Mutant E309Q in The Ca2-e1-mgamppcp Form
  58. 5xab: Complete Structure Factors and an Atomic Model of The Calcium Pump (SERCA1A) and Associated Phospholipids in The E2(tg) Crystals
  59. 5xaa: Complete Structure Factors and an Atomic Model of The Calcium Pump (SERCA1A) and Associated Phospholipids in The E2-alf-(tg) Crystals of P21212 Symmetry
  60. 5xa9: Complete Structure Factors and an Atomic Model of The Calcium Pump (SERCA1A) and Associated Phospholipids in The E2-alf-(tg) Crystals of C2 Symmetry
  61. 5xa8: Complete Structure Factors and an Atomic Model of The Calcium Pump (SERCA1A) and Associated Phospholipids in The E1-alf4-adp-2ca2+ Crystals
  62. 5xa7: Complete Structure Factors and an Atomic Model of The Calcium Pump (SERCA1A) and Associated Phospholipids in The E1-2ca2+ Crystals
  63. 4uu0: Crystal Structure of (sr) Calcium-atpase E2(tg) in The Presence of 14:1 Pc
  64. 4uu1: Crystal Structure of (sr) Calcium-atpase E2(tg) in The Presence of Dopc
  65. 5ncq: Structure of The (sr) Ca2+-atpase Bound to a Tetrahydrocarbazole and Tnp-atp
  66. 5mpm: SERCA2A from Pig Heart
  67. 5a3s: Crystal Structure of The (sr) Calcium Atpase E2-vanadate Complex Bound to Thapsigargin and Tnp-atp
  68. 5a3r: Crystal Structure of The (sr) Calcium Atpase E2.bef3- Complex Bound to Tnp-amppcp
  69. 5a3q: Crystal Structure of The (sr) Calcium Atpase E2-vanadate Complex Bound to Thapsigargin and Tnp-amppcp
  70. 3j7t: Calcium Atpase Structure with Two Bound Calcium Ions Determined by Electron Crystallography of Thin 3d Crystals
  71. 4y3u: The Structure of Phospholamban Bound to The Calcium Pump SERCA1A
  72. 4ycl: Crystal Structure of The Sr Ca2+-atpase with Bound Cpa
  73. 4ycn: Crystal Structure of The Calcium Pump with Bound Marine Macrolide Bllb
  74. 4ycm: Crystal Structure of The Calcium Pump with Bound Marine Macrolide Bls
  75. 4xou: Crystal Structure of The Sr Ca2+-atpase in The Ca2-e1-mgamppcp Form Determined by Serial Femtosecond Crystallography Using an X-ray Free- Electron Laser.
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