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Copper in PDB, part 34 (files: 1321-1360), PDB 5luf-5nln

Experimental structures of coordination spheres of Copper (Cu) in bioorganic molecules from X-Ray and NMR experiments. Coordination spheres were calculated with 5.0 Angstroms radius around Copper atoms. PDB files: 1321-1360 (PDB 5luf-5nln).
  1. 5luf (Cu: 3) - Cryo-Em of Bovine Respirasome
    Other atoms: Mg (1); Zn (1); Fe (38);
  2. 5lww (Cu: 4) - Crystal Structure of A Laccase-Like Multicopper Oxidase Mcog From Aspergillus Niger Bound to Zinc
    Other atoms: K (1); Zn (8); Cl (1);
  3. 5lwx (Cu: 4) - Crystal Structure of the H253D Mutant of Mcog From Aspergillus Niger
  4. 5lxz (Cu: 2) - W288A Mutant of Glxa From Streptomyces Lividans: Cu-Bound Form
  5. 5m6b (Cu: 8) - Structure of Recombinant Mushroom Tyrosinase (ABPPO4)
  6. 5mab (Cu: 1) - Foxe P3121 Crystal Structure of Rhodopseudomonas Ferrooxidans SW2 Putative Iron Oxidase
    Other atoms: Fe (6);
  7. 5mej (Cu: 6) - Structural Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi. First Structure of the Series with 3 Min Total X-Ray Exposition Time.
    Other atoms: Na (1);
  8. 5mew (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi. Second Structure of the Series with Total Exposition Time 33 Min.
    Other atoms: Na (1);
  9. 5mhu (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the Third Structure of the Series with Total Exposition Time 63 Min.
    Other atoms: Na (1);
  10. 5mhv (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the Fourth Structure of the Series with Total Exposition Time 93 Min.
    Other atoms: Na (1);
  11. 5mhw (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the Fifth Structure of the Series with Total Exposition Time 123 Min.
    Other atoms: Na (1);
  12. 5mhx (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the Sixth Structure of the Series with Total Exposition Time 153 Min.
    Other atoms: Na (1);
  13. 5mhy (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the Seventh Structure of the Series with Total Exposition Time 183 Min.
    Other atoms: Na (1);
  14. 5mhz (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the 8-Th Structure of the Series with Total Exposition Time 213 Min.
    Other atoms: Na (1);
  15. 5mi1 (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the 9-Th Structure of the Series with Total Exposition Time 243 Min.
    Other atoms: Na (1);
  16. 5mi2 (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the 10-Th Structure of the Series with Total Exposition Time 273 Min.
    Other atoms: Na (1);
  17. 5mia (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the 11-Th Structure of the Series with Total Exposition Time 303 Min.
    Other atoms: Na (1);
  18. 5mib (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the 12-Th Structure of the Series with Total Exposition Time 333 Min.
    Other atoms: Na (1);
  19. 5mic (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the 13-Th Structure of the Series with Total Exposition Time 363 Min.
    Other atoms: Na (1);
  20. 5mid (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the 14-Th Structure of the Series with Total Exposition Time 393 Min.
    Other atoms: Na (1);
  21. 5mie (Cu: 6) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the 15-Th Structure of the Series with Total Exposition Time 423 Min.
    Other atoms: Na (1);
  22. 5mig (Cu: 4) - The Study of the X-Ray Induced Enzymatic Reduction of Molecular Oxygen to Water For Laccase From Steccherinum Murashkinskyi.the 16-Th Structure of the Series with Total Exposition Time 453 Min. the Crystal Was Quick Refreezing Before This Data Collection.
    Other atoms: Na (1);
  23. 5mkm (Cu: 12) - Crystal Structure of Two-Domain Laccase Mutant H165F From Streptomyces Griseoflavus
  24. 5msz (Cu: 1) - Lytic Polysaccharide Monooxygenase AA15 From Thermobia Domestica in the Cu(I) State
  25. 5mvo (Cu: 2) - Foxe P43212 Crystal Structure of Rhodopseudomonas Ferrooxidans SW2 Putative Iron Oxidase
    Other atoms: Fe (6);
  26. 5mze (Cu: 4) - Crystal Structure of Mouse MTH1 with 8-Oxo-Dgtp
  27. 5n04 (Cu: 1) - X-Ray Crystal Structure of An Lpmo
    Other atoms: Cl (12); Na (1);
  28. 5n05 (Cu: 1) - X-Ray Crystal Structure of An Lpmo
    Other atoms: Cl (7);
  29. 5n0k (Cu: 9) - Rat Ceruloplasmin Orthorhombic Form
    Other atoms: Ca (1); Na (2);
  30. 5n1t (Cu: 1) - Crystal Structure of Complex Between Flavocytochrome C and Copper Chaperone Copc From T. Paradoxus
    Other atoms: Fe (1);
  31. 5n4l (Cu: 11) - Rat Ceruloplasmin Trigonal Form
    Other atoms: Ca (2); Na (2);
  32. 5n7c (Cu: 4) - Human Ttr Altered Conformation From Soaking in CUCL2.
  33. 5n8f (Cu: 2) - Serial Cu Nitrite Reductase Structures at Elevated Cryogenic Temperature, 240K. Dataset 1.
  34. 5n8g (Cu: 2) - Serial Cu Nitrite Reductase Structures at Elevated Cryogenic Temperature, 240K. Dataset 2.
  35. 5n8h (Cu: 2) - Serial Cu Nitrite Reductase Structures at Elevated Cryogenic Temperature, 240K. Dataset 3.
  36. 5n8i (Cu: 2) - Serial Cu Nitrite Reductase Structures at Elevated Cryogenic Temperature, 100K Reference Dataset.
  37. 5ndc (Cu: 3) - Structure of BA3-Type Cytochrome C Oxidase From Thermus Thermophilus By Serial Femtosecond Crystallography
    Other atoms: Fe (2);
  38. 5nfm (Cu: 1) - Crystal Structure of Yrba From Sinorhizobium Meliloti in Complex with Copper.
  39. 5nkw (Cu: 1) - X-Ray Crystal Structure of An AA9 Lpmo
    Other atoms: Cl (17);
  40. 5nln (Cu: 1) - Auxiliary Activity 9
    Other atoms: Cl (10);
Page generated: Fri Dec 24 08:06:09 2021

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