Chemical elements
  Copper
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    Chemical Properties
    Cuprous Compounds
    Complex Copper Compounds
    Cupric Compounds
    PDB 1a2v-1bxu
    PDB 1bxv-1fwx
    PDB 1g3d-1j9t
    PDB 1jcv-1mfm
    PDB 1mg2-1paz
    PDB 1pcs-1sii
    PDB 1sjm-1w6w
    PDB 1w77-2afn
    PDB 2ahk-2dv6
    PDB 2dws-2ggp
    PDB 2ghz-2mta
    PDB 2nrd-2vm3
    PDB 2vm4-2yah
    PDB 2yam-3bkt
    PDB 3bqv-3fyi
    PDB 3g5w-3mie
    PDB 3mif-3t6v
      3mif
      3mig
      3mih
      3mk7
      3mlj
      3mlk
      3mll
      3mn0
      3mph
      3mzt
      3n9h
      3nbb
      3nbj
      3nm8
      3np3
      3np4
      3npy
      3nq0
      3nq1
      3nq5
      3ntm
      3nxz
      3om3
      3oma
      3omi
      3omn
      3oqr
      3ow7
      3paz
      3phm
      3ply
      3pxl
      3qqx
      3re7
      3s0p
      3s33
      3s38
      3s39
      3s3a
      3s3b
      3s3c
      3s3d
      3sod
      3sqr
      3t0u
      3t51
      3t53
      3t56
      3t5w
      3t6v
    PDB 3t6w-9pcy

Copper in PDB, part 17 (801-850), PDB files 3mif - 3t6v






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 801-850 (3mif - 3t6v):
  1. 3mif - Oxidized (CU2+) Peptidylglycine Alpha-Hydroxylating Monooxygenase (Phm) With Bound Carbon Monooxide (Co)
  2. 3mig - Oxidized (CU2+) Peptidylglycine Alpha-Hydroxylating Monooxygenase (Phm) With Bound Nitrite, Obtained in the Presence of Substrate
  3. 3mih - Oxidized (CU2+) Peptidylglycine Alpha-Hydroxylating Monooxygenase (Phm) With Bound Azide, Obtained in the Presence of Substrate
  4. 3mk7 - The Structure of CBB3 Cytochrome Oxidase
  5. 3mlj - Reduced (Cu+) Peptidylglycine Alpha-Hydroxylating Monooxygenase (Phm) With Bound Carbon Monooxide (Co)
  6. 3mlk - Reduced (Cu+) Peptidylglycine Alpha-Hydroxylating Monooxygenase (Phm) With Bound Nitrite
  7. 3mll - Reduced (Cu+) Peptidylglycine Alpha-Hydroxylating Monooxygenase (Phm) With Bound Azide
  8. 3mn0 - Introducing A 2-His-1-Glu Non-Heme Iron Center Into Myoglobin Confers Nitric Oxide Reductase Activity: Cu(II)-Cn-Febmb(-His) Form
  9. 3mph - The Structure of Human Diamine Oxidase Complexed With An Inhibitor Aminoguanidine
  10. 3mzt - Protein-Induced Photophysical Changes to the Amyloid Indicator Dye, Thioflavin T
  11. 3n9h - Crystal Structural of Mutant Y305A in the Copper Amine Oxidase From Hansenula Polymorpha
  12. 3nbb - Crystal Structure of Mutant Y305F Expressed In E. Coli in the Copper Amine Oxidase From Hansenula Polymorpha
  13. 3nbj - Crystal Structure Of Y305F Mutant of the Copper Amine Oxidase From Hansenula Polymorpha Expressed in Yeast
  14. 3nm8 - Crystal Structure of Tyrosinase From Bacillus Megaterium
  15. 3np3 - C112D/M121E Pseudomonas Aeruginosa Azurin
  16. 3np4 - C112D/M121E Pseudomonas Aeruginosa Azurin
  17. 3npy - Crystal Structure of Tyrosinase From Bacillus Megaterium Soaked in CUSO4
  18. 3nq0 - Crystal Structure Of Tyrosinase From Bacillus Megaterium Crystallized in the Absence of Zinc
  19. 3nq1 - Crystal Structure of Tyrosinase From Bacillus Megaterium in Complex With Inhibitor Kojic Acid
  20. 3nq5 - Crystal Structure of Tyrosinase From Bacillus Megaterium R209H Mutant
  21. 3ntm - Crystal Structure Of Tyrosinase From Bacillus Megaterium Crystallized in the Absence Of Zinc, Partial Occupancy of Cub
  22. 3nxz - Crystal Structure of Uree From Helicobacter Pylori (CU2+ Bound Form)
  23. 3om3 - Catalytic Core Subunits (I and II) of Cytochrome C Oxidase From Rhodobacter Sphaeroides With K362M Mutation in the Reduced State
  24. 3oma - Catalytic Core Subunits (I and II) of Cytochrome C Oxidase From Rhodobacter Sphaeroides With K362M Mutation
  25. 3omi - Catalytic Core Subunits (I and II) of Cytochrome C Oxidase From Rhodobacter Sphaeroides With D132A Mutation
  26. 3omn - Catalytic Core Subunits (I and II) of Cytochrome C Oxidase From Rhodobacter Sphaeroides With D132A Mutation in the Reduced State
  27. 3oqr - C112D/M121E Azurin, pH 10.0
  28. 3ow7 - Crystal Structure of the Membrane Fusion Protein Cusb From Escherichia Coli.
  29. 3paz - Reduced Native Pseudoazurin From A. Faecalis
  30. 3phm - Reduced (Cu+) Peptidylglycine Alpha-Hydroxylating Monooxygenase (Phm)
  31. 3ply - Structure Of Oxidized P96G Mutant of Amicyanin
  32. 3pxl - Type-2 Cu-Depleted Fungus Laccase From Trametes Hirsuta
  33. 3qqx - Reduced Native Intermediate of the Multicopper Oxidase Cueo
  34. 3re7 - Copper (II) Loaded Bullfrog Ferritin M Chain
  35. 3s0p - Copper-Reconstituted Tomato Chloroplast Superoxide Dismutase
  36. 3s33 - Structure of Thermus Thermophilus Cytochrome BA3 Oxidase 10S After Xe Depressurization
  37. 3s38 - Structure of Thermus Thermophilus Cytochrome BA3 Oxidase 30S After Xe Depressurization
  38. 3s39 - Structure of Thermus Thermophilus Cytochrome BA3 Oxidase 60S After Xe Depressurization
  39. 3s3a - Structure of Thermus Thermophilus Cytochrome BA3 Oxidase 120S After Xe Depressurization
  40. 3s3b - Structure of Thermus Thermophilus Cytochrome BA3 Oxidase 240S After Xe Depressurization
  41. 3s3c - Structure of Thermus Thermophilus Cytochrome BA3 Oxidase 360S After Xe Depressurization
  42. 3s3d - Structure of Thermus Thermophilus Cytochrome BA3 Oxidase 480S After Xe Depressurization
  43. 3sod - Changes in Crystallographic Structure and Thermostability Of A Cu,Zn Superoxide Dismutase Mutant Resulting From the Removal of Buried Cysteine
  44. 3sqr - Crystal Structure of Laccase From Botrytis Aclada At 1.67 A Resolution
  45. 3t0u - Hansenula Polymorpha Copper Amine Oxidase-1 in Complex With Cu(I)
  46. 3t51 - Crystal Structures Of The Pre-Extrusion and Extrusion States of the Cusba Adaptor-Transporter Complex
  47. 3t53 - Crystal Structures Of The Extrusion State of the Cusba Adaptor- Transporter Complex
  48. 3t56 - Crystal Structure Of The Pre-Extrusion State of the Cusba Adaptor- Transporter Complex
  49. 3t5w - 2ME Modified Human SOD1
  50. 3t6v - Crystal Structure of Laccase From Steccherinum Ochraceum


Acknowledgement

We would like to acknowledge that these pictures of PDB structures of Copper coordination spheres were produced with valuable advice from our colleagues from http://3dpdb.com.
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