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Iron in PDB, part 236 (files: 9401-9440), PDB 6zi2-6zmb

Experimental structures of coordination spheres of Iron (Fe) in bioorganic molecules from X-Ray and NMR experiments. Coordination spheres were calculated with 5.0 Angstroms radius around Iron atoms. PDB files: 9401-9440 (PDB 6zi2-6zmb).
  1. 6zi2 (Fe: 9) - Olep-Oleandolide(Deo) in Low Salt Crystallization Conditions
  2. 6zi3 (Fe: 6) - Crystal Structure of Olep-6DEB Bound to L-Rhamnose
    Other atoms: Na (7);
  3. 6zi4 (Fe: 6) - Ultrafast Structural Response to Charge Redistribution Within A Photosynthetic Reaction Centre - 5 Ps (A) Structure
    Other atoms: Mg (7);
  4. 6zi5 (Fe: 6) - Ultrafast Structural Response to Charge Redistribution Within A Photosynthetic Reaction Centre - 300 Ps (A) Structure
    Other atoms: Mg (7);
  5. 6zi6 (Fe: 6) - Ultrafast Structural Response to Charge Redistribution Within A Photosynthetic Reaction Centre - 20 Ps Structure
    Other atoms: Mg (7);
  6. 6zi7 (Fe: 6) - Crystal Structure of Olep-Oleandolide(Deo) Bound to L-Rhamnose
    Other atoms: Na (6);
  7. 6zi9 (Fe: 6) - Ultrafast Structural Response to Charge Redistribution Within A Photosynthetic Reaction Centre - 300 Ps (B) Structure
    Other atoms: Mg (7);
  8. 6zia (Fe: 6) - Ultrafast Structural Response to Charge Redistribution Within A Photosynthetic Reaction Centre - 8 Us Structure
    Other atoms: Mg (7);
  9. 6zid (Fe: 6) - Ultrafast Structural Response to Charge Redistribution Within A Photosynthetic Reaction Centre - 5 Ps (B) Structure
    Other atoms: Mg (7);
  10. 6ziy (Fe: 32) - Respiratory Complex I From Thermus Thermophilus, Nadh Dataset, Major State
  11. 6zjk (Fe: 8) - Ribonucleotide Reductase R2 Subunit From Clostridium Botulinum
  12. 6zjl (Fe: 32) - Respiratory Complex I From Thermus Thermophilus, Nad+ Dataset, Major State
  13. 6zjn (Fe: 32) - Respiratory Complex I From Thermus Thermophilus, Nadh Dataset, Minor State
  14. 6zjy (Fe: 32) - Respiratory Complex I From Thermus Thermophilus, Nad+ Dataset, Minor State
  15. 6zk6 (Fe: 2) - Protein Phosphatase 1 (PP1) T320E Mutant
    Other atoms: Mn (2);
  16. 6zk8 (Fe: 4) - Native Crystal Structure of Anaerobic F420H2-Oxidase From Methanothermococcus Thermolithotrophicus at 1.8A Resolution
  17. 6zk9 (Fe: 28) - Peripheral Domain of Open Complex I During Turnover
    Other atoms: K (1); Zn (1);
  18. 6zkc (Fe: 28) - Complex I During Turnover, Closed
    Other atoms: K (1); Zn (1);
  19. 6zkd (Fe: 28) - Complex I During Turnover, OPEN1
    Other atoms: K (1); Zn (1);
  20. 6zke (Fe: 28) - Complex I During Turnover, OPEN2
    Other atoms: K (1); Zn (1);
  21. 6zkf (Fe: 28) - Complex I During Turnover, OPEN3
    Other atoms: K (1); Zn (1);
  22. 6zkg (Fe: 28) - Complex I with Nadh, Closed
    Other atoms: K (1); Zn (1);
  23. 6zkh (Fe: 28) - Complex I with Nadh, OPEN1
    Other atoms: K (1); Zn (1);
  24. 6zki (Fe: 28) - Complex I with Nadh, OPEN2
    Other atoms: K (1); Zn (1);
  25. 6zkj (Fe: 28) - Complex I with Nadh, OPEN3
    Other atoms: K (1); Zn (1);
  26. 6zkk (Fe: 28) - Complex I Inhibited By Rotenone, Closed
    Other atoms: K (1); Zn (1);
  27. 6zkl (Fe: 28) - Complex I Inhibited By Rotenone, OPEN1
    Other atoms: K (1); Zn (1);
  28. 6zkm (Fe: 28) - Complex I Inhibited By Rotenone, OPEN2
    Other atoms: K (1); Zn (1);
  29. 6zkn (Fe: 28) - Complex I Inhibited By Rotenone, OPEN3
    Other atoms: K (1); Zn (1);
  30. 6zko (Fe: 28) - Native Complex I, Closed
    Other atoms: K (1); Zn (1);
  31. 6zkp (Fe: 28) - Native Complex I, OPEN1
    Other atoms: K (1); Zn (1);
  32. 6zkq (Fe: 28) - Native Complex I, OPEN2
    Other atoms: K (1); Zn (1);
  33. 6zkr (Fe: 28) - Native Complex I, OPEN3
    Other atoms: K (1); Zn (1);
  34. 6zks (Fe: 28) - Deactive Complex I, OPEN1
    Other atoms: K (1); Zn (1);
  35. 6zkt (Fe: 28) - Deactive Complex I, OPEN2
    Other atoms: K (1); Zn (1);
  36. 6zku (Fe: 28) - Deactive Complex I, OPEN3
    Other atoms: K (1); Zn (1);
  37. 6zkv (Fe: 28) - Deactive Complex I, OPEN4
    Other atoms: K (1); Zn (1);
  38. 6zlf (Fe: 16) - Aerobic Crystal Structure of F420H2-Oxidase From Methanothermococcus Thermolithotrophicus at 1.8A Resolution Under 125 Bars of Krypton
    Other atoms: Kr (48); Cl (8);
  39. 6zma (Fe: 4) - Structure of the Trna-Monooxygenase Enzyme Miae Frozen Under 140 Bar of Krypton Using the Soak and Freeze Methodology
    Other atoms: Kr (6); Ca (2); Cl (1);
  40. 6zmb (Fe: 4) - Structure of the Native Trna-Monooxygenase Enzyme Miae
    Other atoms: Cl (2); Ca (1);
Page generated: Thu Dec 17 11:41:19 2020

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