Chemical elements
  Zinc
    Isotopes
    Energy
    Production
    Application
    Physical Properties
    Chemical Properties
    PDB 12ca-1ai0
    PDB 1aiy-1b6z
    PDB 1b71-1bs8
    PDB 1bsk-1cao
    PDB 1caq-1ctt
    PDB 1ctu-1de6
    PDB 1def-1dy0
    PDB 1dy1-1ed6
    PDB 1ed8-1exk
    PDB 1eyf-1fj9
    PDB 1fjg-1g0e
    PDB 1g0f-1gkq
    PDB 1gkr-1ha5
    PDB 1hbm-1hso
    PDB 1hsz-1i6v
    PDB 1i73-1im5
    PDB 1iml-1jcv
    PDB 1jcz-1jy8
    PDB 1jyb-1kh4
    PDB 1kh5-1kys
    PDB 1kzo-1llm
    PDB 1llu-1m7j
    PDB 1m9j-1mwo
    PDB 1mwq-1ndv
    PDB 1ndw-1nyq
    PDB 1nyr-1os4
    PDB 1os9-1p9w
    PDB 1paa-1pud
    PDB 1pv8-1q9l
    PDB 1q9m-1qv6
    PDB 1qv7-1r6o
    PDB 1r79-1ro9
    PDB 1ror-1sfo
    PDB 1sg0-1t3k
    PDB 1t4k-1tkh
    PDB 1tkj-1u0l
    PDB 1u10-1ums
    PDB 1umt-1v67
    PDB 1v6g-1vrq
    PDB 1vs0-1wew
    PDB 1wfe-1wwf
    PDB 1wwg-1xb1
    PDB 1xb8-1xpz
    PDB 1xq0-1y5w
    PDB 1y5x-1ylk
    PDB 1ylo-1z8r
    PDB 1z93-1zkx
    PDB 1zl6-258l
    PDB 2a03-2afo
    PDB 2afs-2atq
    PDB 2au3-2bfz
    PDB 2bg2-2c3a
    PDB 2c4r-2cij
    PDB 2cim-2czr
    PDB 2d0w-2djw
    PDB 2dkc-2e1b
    PDB 2e1s-2eer
    PDB 2eex-2em4
    PDB 2em5-2eoj
    PDB 2eok-2erq
    PDB 2esf-2fa7
    PDB 2fac-2fpx
    PDB 2fqp-2g84
    PDB 2g87-2gvf
    PDB 2gvi-2han
    PDB 2hap-2huc
    PDB 2hue-2imc
    PDB 2imr-2j65
    PDB 2j6a-2jq5
    PDB 2jr7-2kfn
    PDB 2kft-2l75
    PDB 2lgv-2nx9
    PDB 2nxa-2oc8
    PDB 2occ-2osm
    PDB 2oso-2p53
    PDB 2p57-2pow
    PDB 2ppb-2q8j
    PDB 2qa1-2qp6
    PDB 2qpj-2r71
    PDB 2r74-2sod
    PDB 2srt-2v86
    PDB 2v87-2vp7
    PDB 2vpb-2vyo
    PDB 2vz5-2wey
    PDB 2wfq-2wx0
    PDB 2wx1-2xam
    PDB 2xan-2xr9
    PDB 2xrg-2ytd
    PDB 2yte-2z30
    PDB 2z3g-2zet
    PDB 2zh0-3a32
    PDB 3a36-3aoi
    PDB 3at1-3bk1
    PDB 3bk2-3byr
    PDB 3byw-3cia
    PDB 3ciz-3d08
    PDB 3d09-3dbu
    PDB 3dc3-3dp6
    PDB 3dpe-3e1w
    PDB 3e1z-3ebh
    PDB 3ebi-3epk
    PDB 3epl-3f28
    PDB 3f2b-3fhe
    PDB 3fhp-3ful
    PDB 3fum-3g9y
    PDB 3ga3-3gpu
    PDB 3gpx-3h2w
    PDB 3h3e-3hfy
      3h3e
      3h3k
      3h3v
      3h44
      3h50
      3h5a
      3h5f
      3h5g
      3h5n
      3h5r
      3h66
      3h67
      3h68
      3h69
      3h6l
      3h6t
      3h7h
      3h7s
      3h7t
      3h84
      3h8f
      3h8g
      3h8v
      3h90
      3h97
      3h99
      3h9b
      3h9c
      3h9g
      3h9j
      3h9q
      3hax
      3hay
      3hb2
      3hbu
      3hbv
      3hc3
      3hc4
      3hc8
      3hci
      3hcj
      3hcs
      3hct
      3hcu
      3hdb
      3hdz
      3hff
      3hfp
      3hft
      3hfy
    PDB 3hgz-3hsn
    PDB 3hso-3i8v
    PDB 3i9b-3ij6
    PDB 3ijf-3ixe
    PDB 3iz0-3k34
    PDB 3k35-3kiy
    PDB 3kj1-3kvt
    PDB 3kwa-3lat
    PDB 3lcn-3lrr
    PDB 3ls1-3m1n
    PDB 3m1v-3mek
    PDB 3men-3mru
    PDB 3ms0-3n63
    PDB 3n64-3nin
    PDB 3nis-3ny2
    PDB 3ny3-3ohc
    PDB 3ohd-3oyl
    PDB 3oym-3pih
    PDB 3pki-3r0d
    PDB 3rj7-3t74
    PDB 3t87-3u9g
    PDB 3ua7-3v24
    PDB 3v25-4agl
    PDB 4agm-4dih
    PDB 4dii-4efs
    PDB 4eg2-4fc8
    PDB 4fgm-6tli
    PDB 6tmn-9nse

Zinc in PDB, part 108 (5351-5400), PDB files 3h3e - 3hfy






Experimental structures of coordination spheres of Zinc (Zn) in bioorganic molecules from X-Ray and NMR experiments. Coordination spheres were calculated with 5.0 Angstroms radius around Zinc atoms.
PDB files 5351-5400 (3h3e - 3hfy):
  1. 3h3e - Crystal Structure Of TM1679, A Metal-Dependent Hydrolase of the Beta-Lactamase Superfamily
  2. 3h3k - Structure of A. Acidocaldarius Cellulase Cela in Complex With Cellotetraose
  3. 3h3v - Yeast Rnap II Containing Poly(A)-Signal Sequence in the Active Site
  4. 3h44 - Crystal Structure of Insulin Degrading Enzyme in Complex With Macrophage Inflammatory Protein 1 Alpha
  5. 3h50 - Crystal Structure of A Tetracenomycin Polyketide Synthesis Protein (Tcmj) From Xanthomonas Campestris Pv. Campestris At 1.60 A Resolution
  6. 3h5a - Crystal Structure of E. Coli Mccb
  7. 3h5f - Switching The Chirality of The Metal Environment Alters the Coordination Mode in Designed Peptides.
  8. 3h5g - Switching The Chirality of The Metal Environment Alters the Coordination Mode in Designed Peptides.
  9. 3h5n - Crystal Structure of E. Coli Mccb + Atp
  10. 3h5r - Crystal Structure of E. Coli Mccb + Succinimide
  11. 3h66 - Catalytic Domain of Human Serine/Threonine Phosphatase 5 (PP5C) With Two ZN2+ Atoms
  12. 3h67 - Catalytic Domain of Human Serine/Threonine Phosphatase 5 (PP5C)With Two ZN2+ Atoms Complexed With Cantharidic Acid
  13. 3h68 - Catalytic Domain of Human Serine/Threonine Phosphatase 5 (PP5C)With Two ZN2+ Atoms Originally Soaked With Cantharidin (Which Is Present In The Structure in the Hydrolyzed Form)
  14. 3h69 - Catalytic Domain of Human Serine/Threonine Phosphatase 5 (PP5C) With Two ZN2+ Atoms Complexed With Endothall
  15. 3h6l - Methyltransferase Domain of Human Set Domain-Containing Protein 2
  16. 3h6t - Crystal Structure of the IGLUR2 Ligand-Binding Core (S1S2J-N754S) in Complex With Glutamate and Cyclothiazide At 2.25 A Resolution
  17. 3h7h - Crystal Structure of the Human Transcription Elongation Factor Dsif, HSPT4/HSPT5 (176-273)
  18. 3h7s - Crystal Structures of K63-Linked Di- and Tri-Ubiquitin Reveal A Highly Extended Chain Architecture
  19. 3h7t - Crystal Structure of Scabies Mite Inactivated Protease Paralogue S-D1 (Smipp-S-D1)
  20. 3h84 - Crystal Structure of GET3
  21. 3h8f - High pH Native Structure of Leucine Aminopeptidase From Pseudomonas Putida
  22. 3h8g - Bestatin Complex Structure of Leucine Aminopeptidase From Pseudomonas Putida
  23. 3h8v - Human Ubiquitin-Activating Enzyme 5 in Complex With Atp
  24. 3h90 - Structural Basis For The Autoregulation of the Zinc Transporter Yiip
  25. 3h97 - Structure of A Mutant Methionyl-Trna Synthetase With Modified Specificity
  26. 3h99 - Structure of A Mutant Methionyl-Trna Synthetase With Modified Specificity Complexed With Methionine
  27. 3h9b - Structure of A Mutant Methionyl-Trna Synthetase With Modified Specificity Complexed With Azidonorleucine
  28. 3h9c - Structure of Methionyl-Trna Synthetase: Crystal Form 2
  29. 3h9g - Crystal Structure of E. Coli Mccb + Mcca-N7ISOASN
  30. 3h9j - Crystal Structure of E. Coli Mccb + Ampcpp + Semet Mcca
  31. 3h9q - Crystal Structure of E. Coli Mccb + Semet Mcca
  32. 3hax - Crystal Structure of A Substrate-Bound GAR1-Minus H/Aca Rnp From Pyrococcus Furiosus
  33. 3hay - Crystal Structure of A Substrate-Bound Full H/Aca Rnp From Pyrococcus Furiosus
  34. 3hb2 - Prtc Methionine Mutants: M226I
  35. 3hbu - Prtc Methionine Mutants: M226H Desy
  36. 3hbv - Prtc Methionine Mutants: M226A in-House
  37. 3hc3 - BHA10 IGG1 Fab Double Mutant Variant - Antibody Directed At Human Ltbr
  38. 3hc4 - BHA10 IGG1 Fab Quadruple Mutant Variant - Antibody Directed At Human Ltbr
  39. 3hc8 - Investigation Of Aminopyridiopyrazinones As PDE5 Inhibitors: Evaluation of Modifications to the Central Ring System.
  40. 3hci - Structure of Msrb From Xanthomonas Campestris (Complex-Like Form)
  41. 3hcj - Structure of Msrb From Xanthomonas Campestris (Oxidized Form)
  42. 3hcs - Crystal Structure Of the N-Terminal Domain of TRAF6
  43. 3hct - Crystal Structure of TRAF6 In Complex With UBC13 in the P1 Space Group
  44. 3hcu - Crystal Structure of TRAF6 In Complex With UBC13 in the C2 Space Group
  45. 3hdb - Crystal Structure Of Aahiv, A Metalloproteinase From Venom of Agkistrodon Acutus
  46. 3hdz - Identification, Synthesis, And Sar of Amino Substituted Pyrido[3,2B]Pryaziones As Potent and Selective PDE5 Inhibitors
  47. 3hff - Monomeric Human Cu,Zn Superoxide Dismutase Without Zn Ligands
  48. 3hfp - Crystal Structure of Teh Complex Between Ca II and the Activator Mai
  49. 3hft - Crystal Structure of A Putative Polysaccharide Deacetylase Involved in O-Antigen Biosynthesis (Wbms, BB0128) From Bordetella Bronchiseptica At 1.90 A Resolution
  50. 3hfy - Mutant of Trna-Guanine Transglycosylase (K52M)


Acknowledgement

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