Chemical elements
  Calcium
    Isotopes
    Energy
    Preparation
    Physical Properties
    Chemical Properties
    Glass
    Cement
    PDB 158d-1ajq
    PDB 1ak9-1ayk
    PDB 1ayo-1bg7
    PDB 1bg9-1byh
    PDB 1byn-1c8q
    PDB 1c8t-1cq1
    PDB 1cq9-1daq
    PDB 1dav-1dva
    PDB 1dvi-1el1
    PDB 1ela-1f4n
    PDB 1f4o-1fkq
    PDB 1fkv-1fzd
    PDB 1fze-1g9i
    PDB 1g9j-1gr3
    PDB 1gsl-1h5h
    PDB 1h5i-1hn4
    PDB 1hny-1i9z
    PDB 1ia6-1iyi
    PDB 1iz7-1jc2
    PDB 1jc9-1jui
    PDB 1jv2-1kck
    PDB 1kcl-1kvx
    PDB 1kvy-1led
    PDB 1lem-1lqd
    PDB 1lqe-1may
    PDB 1mbq-1mxe
    PDB 1mxg-1nfy
    PDB 1ng0-1nwg
    PDB 1nwk-1o3g
    PDB 1o3h-1om7
      1o3h
      1o3i
      1o3j
      1o3k
      1o3l
      1o3m
      1o3n
      1o3o
      1o3w
      1o4y
      1o5g
      1o5k
      1o6s
      1o6t
      1o6v
      1o7l
      1o88
      1o8d
      1o8e
      1o8f
      1o8g
      1o8h
      1o8j
      1o8k
      1o8l
      1o8p
      1o8s
      1o9i
      1oac
      1oah
      1ob0
      1obr
      1oc6
      1ocn
      1od3
      1odb
      1of3
      1of4
      1ofl
      1ofs
      1oh2
      1oh4
      1ohz
      1oil
      1okg
      1oko
      1okq
      1olp
      1om6
      1om7
    PDB 1om8-1p7v
    PDB 1p7w-1pva
    PDB 1pvb-1qdo
    PDB 1qdt-1qq9
    PDB 1qqj-1rin
    PDB 1rio-1s10
    PDB 1s18-1scv
    PDB 1sdd-1su4
    PDB 1sub-1tf4
    PDB 1tf8-1top
    PDB 1tpa-1ujb
    PDB 1ujc-1uyy
    PDB 1uyz-1v73
    PDB 1v7v-1w2k
    PDB 1w2m-1wua
    PDB 1wun-1xkv
    PDB 1xmf-1y3x
    PDB 1y3y-1yqr
    PDB 1yr5-1zde
    PDB 1zdp-2a3x
    PDB 2a3y-2arb
    PDB 2are-2bd2
    PDB 2bd3-2bu4
    PDB 2bue-2c6g
    PDB 2c6p-2cy6
    PDB 2cyf-2dso
    PDB 2dtw-2eab
    PDB 2eac-2fe1
    PDB 2ff1-2fwn
    PDB 2fws-2gjp
    PDB 2gjr-2hd9
    PDB 2hes-2i6o
    PDB 2i7a-2ivz
    PDB 2iwa-2j7g
    PDB 2j7h-2jke
    PDB 2jkh-2kuh
    PDB 2kxv-2o1k
    PDB 2o39-2ovz
    PDB 2ow0-2pf2
    PDB 2pfj-2pyz
    PDB 2pz0-2qu1
    PDB 2qua-2re1
    PDB 2rex-2tmv
    PDB 2tn4-2vcb
    PDB 2vcc-2vqy
    PDB 2vr0-2w3i
    PDB 2w3j-2wlj
    PDB 2wm4-2wzs
    PDB 2x0g-2xmr
    PDB 2xn5-2z2z
    PDB 2z30-2zn9
    PDB 2zni-3a51
    PDB 3a5l-3ahw
    PDB 3ai7-3bcf
    PDB 3bdc-3bx1
    PDB 3bxi-3ch2
    PDB 3chj-3d34
    PDB 3d3i-3djl
    PDB 3dng-3e4q
    PDB 3e5s-3eqf
    PDB 3eqg-3faq
    PDB 3faw-3fou
    PDB 3foz-3gci
    PDB 3gcj-3gwz
    PDB 3gxo-3hjr
    PDB 3hkr-3i4i
    PDB 3i4p-3io6
    PDB 3ior-3k5m
    PDB 3k5s-3kqa
    PDB 3kqf-3lei
    PDB 3lek-3lum
    PDB 3lun-3mip
    PDB 3mis-3n7b
    PDB 3n7x-3nvn
    PDB 3nx7-3owf
    PDB 3ox5-3prq
    PDB 3prr-3sg5
    PDB 3sg6-3u39
    PDB 3u43-3vpp
    PDB 3zqx-4awy
    PDB 4awz-4dtu
    PDB 4dtx-4eoa
    PDB 4epz-5apr
    PDB 5bca-8tln
    PDB 966c-9rnt

Calcium in PDB, part 30 (1451-1500), PDB files 1o3h - 1om7






Experimental structures of coordination spheres of Calcium (Ca) in bioorganic molecules from X-Ray and NMR experiments. Coordination spheres were calculated with 5.0 Angstroms radius around Calcium atoms.
PDB files 1451-1500 (1o3h - 1om7):
  1. 1o3h - Elaborate Manifold Of Short Hydrogen Bond Arrays Mediating Binding of Active Site-Directed Serine Protease Inhibitors
  2. 1o3i - Elaborate Manifold Of Short Hydrogen Bond Arrays Mediating Binding of Active Site-Directed Serine Protease Inhibitors
  3. 1o3j - Elaborate Manifold Of Short Hydrogen Bond Arrays Mediating Binding of Active Site-Directed Serine Protease Inhibitors
  4. 1o3k - Elaborate Manifold Of Short Hydrogen Bond Arrays Mediating Binding of Active Site-Directed Serine Protease Inhibitors
  5. 1o3l - Elaborate Manifold Of Short Hydrogen Bond Arrays Mediating Binding of Active Site-Directed Serine Protease Inhibitors
  6. 1o3m - Elaborate Manifold Of Short Hydrogen Bond Arrays Mediating Binding of Active Site-Directed Serine Protease Inhibitors
  7. 1o3n - Elaborate Manifold Of Short Hydrogen Bond Arrays Mediating Binding of Active Site-Directed Serine Protease Inhibitors
  8. 1o3o - Elaborate Manifold Of Short Hydrogen Bond Arrays Mediating Binding of Active Site-Directed Serine Protease Inhibitors
  9. 1o3w - Structure Of the Inhibitor Free Triple Mutant (K53,56,120M) of Phospholipase A2
  10. 1o4y - The Three-Dimensional Structure of Beta-Agarase A From Zobellia Galactanivorans
  11. 1o5g - Dissecting and Designing Inhibitor Selectivity Determinants At the S1 Site Using An Artificial ALA190 Protease (ALA190 Upa)
  12. 1o5k - Crystal Structure of Dihydrodipicolinate Synthase (TM1521) From Thermotoga Maritima At 1.80 A Resolution
  13. 1o6s - Internalin (Listeria Monocytogenes) / E-Cadherin (Human) Recognition Complex
  14. 1o6t - Internalin (Inla,Listeria Monocytogenes) - Functional Domain, Uncomplexed
  15. 1o6v - Internalin (Inla,Listeria Monocytogenes) - Functional Domain, Uncomplexed
  16. 1o7l - Molybdate-Activated Form of Mode From Escherichia Coli
  17. 1o88 - Pectate Lyase C From Erwinia Chrysanthemi At pH 11.2 With 30MM CA2+
  18. 1o8d - Pectate Lyase C From Erwinia Chrysanthemi At pH 11.2 With 5MM CA2+
  19. 1o8e - Pectate Lyase C From Erwinia Chrysanthemi At pH 11.2 With 1MM CA2+
  20. 1o8f - Pectate Lyase C From Erwinia Chrysanthemi At pH 9.5 With 30MM CA2+
  21. 1o8g - Pectate Lyase C From Erwinia Chrysanthemi At pH 9.5 With 5MM CA2+
  22. 1o8h - Pectate Lyase C From Erwinia Chrysanthemi At pH 9.5 With 0.3MM CA2+ Added
  23. 1o8j - Pectate Lyase C From Erwinia Chrysanthemi At pH 4.5 With 30MM CA2+
  24. 1o8k - Pectate Lyase C From Erwinia Chrysanthemi At pH 4.5 With 20MM CA2+
  25. 1o8l - Pectate Lyase C From Erwinia Chrysanthemi At pH 4.5 With 5MM CA2+
  26. 1o8p - Unbound Structure of CSCBM6-3 From Clostridium Stercorarium
  27. 1o8s - Structure of CSCBM6-3 From Clostridium Stercorarium in Complex With Cellobiose
  28. 1o9i - Crystal Structure Of the Y42F Mutant of Manganese Catalase From Lactobacillus Plantarum At 1.33A Resolution
  29. 1oac - Crystal Structure Of A Quinoenzyme: Copper Amine Oxidase of Escherichia Coli At 2 Angstroems Resolution
  30. 1oah - Cytochrome C Nitrite Reductase From Desulfovibrio Desulfuricans Atcc 27774: The Relevance Of The Two Calcium Sites in The Structure of the Catalytic Subunit (Nrfa).
  31. 1ob0 - Kinetic Stabilization Of Bacillus Licheniformis-Amylase Through Introduction of Hydrophobic Residues At the Surface
  32. 1obr - Carboxypeptidase T
  33. 1oc6 - Structure Native Of The D405N Mutant of the Cellobiohydrolase CEL6A From Humicola Insolens At 1.5 Angstrom Resolution
  34. 1ocn - Mutant D416A of the Cellobiohydrolase CEL6A From Humicola Insolens in Complex With A Cellobio-Derived Isofagomine At 1.3 Angstrom Resolution
  35. 1od3 - Structure of CSCBM6-3 From Clostridium Stercorarium in Complex With Laminaribiose
  36. 1odb - The Crystal Structure of Human S100A12 - Copper Complex
  37. 1of3 - Structural and Thermodynamic Dissection of Specific Mannan Recognition By A Carbohydrate-Binding Module, TMCBM27
  38. 1of4 - Structural and Thermodynamic Dissection of Specific Mannan Recognition By A Carbohydrate-Binding Module, TMCBM27
  39. 1ofl - Crystal Structure of Chondroitinase B Complexed to Dermatan Sulfate Hexasaccharide
  40. 1ofs - Pea Lectin-Sucrose Complex
  41. 1oh2 - Sucrose-Specific Porin, With Bound Sucrose Molecules
  42. 1oh4 - Structural and Thermodynamic Dissection of Specific Mannan Recognition By A Carbohydrate-Binding Module
  43. 1ohz - Cohesin-Dockerin Complex From the Cellulosome of Clostridium Thermocellum
  44. 1oil - Structure of Lipase
  45. 1okg - 3-Mercaptopyruvate Sulfurtransferase From Leishmania Major
  46. 1oko - Crystal Structure of Pseudomonas Aeruginosa Lectin 1 Complexed With Galactose At 1.6 A Resolution
  47. 1okq - Laminin Alpha 2 Chain LG4-5 Domain Pair, CA1 Site Mutant
  48. 1olp - Alpha Toxin From Clostridium Absonum
  49. 1om6 - Crystal Structure of A Cold Adapted Alkaline Protease From Pseudomonas Tac II 18, Co-Crystallized With 5MM Edta (2 Months)
  50. 1om7 - Crystal Structure of A Cold Adapted Alkaline Protease From Pseudomonas Tac II 18, Soaked in 85 Mm Edta


Acknowledgement

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