Chemical elements
  Magnesium
    Isotopes
    Energy
    Preparation
    Physical Properties
    Chemical Properties
    PDB 101d-1atr
    PDB 1ats-1bup
    PDB 1bvw-1cp8
    PDB 1cqi-1d9d
    PDB 1d9z-1dxe
    PDB 1dxf-1ed9
    PDB 1edr-1f2u
    PDB 1f3f-1fmw
    PDB 1fnm-1g8n
    PDB 1g8t-1gtv
    PDB 1gua-1hnz
    PDB 1hpm-1i95
    PDB 1i96-1iv2
    PDB 1iv3-1jgy
    PDB 1jgz-1k01
    PDB 1k02-1kil
    PDB 1kiz-1l3p
    PDB 1l3r-1lvh
    PDB 1lvk-1mn9
    PDB 1mnd-1n33
    PDB 1n52-1ngg
    PDB 1ngj-1ntb
    PDB 1nu4-1o93
    PDB 1o9t-1ouo
    PDB 1ouq-1pg4
    PDB 1php-1q54
    PDB 1q5h-1qgx
    PDB 1qh1-1r4a
    PDB 1r4x-1rqy
    PDB 1rrf-1s9j
    PDB 1sa0-1svm
    PDB 1svs-1te6
    PDB 1tez-1u0c
    PDB 1u0h-1uhx
    PDB 1uik-1vc9
    PDB 1vcl-1vsd
    PDB 1vst-1wax
    PDB 1wb1-1wzn
    PDB 1x06-1xg4
    PDB 1xhf-1xqa
    PDB 1xr1-1y84
    PDB 1y8a-1yns
    PDB 1yq2-1z0a
    PDB 1z0d-1zc4
    PDB 1zca-1zvq
    PDB 1zvw-2a5l
    PDB 2a5y-2anr
    PDB 2anv-2b8q
    PDB 2b8r-2bku
    PDB 2bm0-2c18
    PDB 2c19-2cic
    PDB 2cie-2d0q
    PDB 2d1k-2dw6
    PDB 2dw7-2egh
    PDB 2eh3-2f6t
    PDB 2f6v-2fmh
    PDB 2fmk-2g3h
    PDB 2g3s-2gl5
    PDB 2gl6-2h7v
    PDB 2h7x-2hne
    PDB 2hny-2i34
    PDB 2i3d-2io7
    PDB 2io8-2j3e
    PDB 2j3q-2jg1
    PDB 2jg2-2nvu
    PDB 2nvx-2oem
    PDB 2ofw-2our
    PDB 2ous-2pcl
    PDB 2pda-2px3
    PDB 2pxi-2q5z
    PDB 2q66-2qlx
    PDB 2qm1-2qwy
    PDB 2qx0-2rdr
    PDB 2rds-2uxq
    PDB 2uxr-2vbn
    PDB 2vbu-2vk8
    PDB 2vkf-2w7x
    PDB 2w83-2wi3
    PDB 2wia-2wzd
    PDB 2wzg-2xcp
    PDB 2xdg-2y0s
    PDB 2y3p-2z4r
    PDB 2z4s-2zjy
    PDB 2zkj-301d
    PDB 302d-3a5k
    PDB 3a5l-3ak8
    PDB 3ak9-3bb3
    PDB 3bb4-3bsu
    PDB 3btx-3c95
    PDB 3c9h-3ckg
    PDB 3clc-3cxc
    PDB 3cxo-3der
    PDB 3des-3du3
    PDB 3du7-3e84
    PDB 3e8m-3eni
    PDB 3eno-3ezw
    PDB 3ezx-3fcs
    PDB 3fct-3fqr
    PDB 3fqt-3g3y
    PDB 3g45-3gj3
    PDB 3gj4-3gve
    PDB 3gvn-3hdz
    PDB 3hfw-3hrz
    PDB 3hs0-3hzt
    PDB 3hzv-3iaf
    PDB 3iak-3ilo
    PDB 3imd-3jvt
    PDB 3jvv-3ka6
    PDB 3ka8-3kkp
    PDB 3kkq-3kxi
    PDB 3kxo-3ldw
    PDB 3lee-3lwm
    PDB 3lwn-3mey
    PDB 3mf4-3n23
    PDB 3n2a-3nkv
    PDB 3nl3-3ocm
    PDB 3ocu-3oiu
    PDB 3oiv-3oye
    PDB 3oyf-3pu9
    PDB 3pwx-3rmj
    PDB 3ro8-3t3p
    PDB 3t5t-3ukd
    PDB 3umm-3v9w
    PDB 3v9x-412d
    PDB 421p-4aov
      421p
      423d
      428d
      429d
      430d
      431d
      436d
      437d
      442d
      443d
      455d
      456d
      457d
      460d
      461d
      462d
      468d
      469d
      470d
      471d
      4a01
      4a0g
      4a1n
      4a2b
      4a7k
      4a7y
      4a7z
      4a8f
      4a8k
      4a8m
      4a8q
      4a8s
      4a8w
      4a8y
      4a93
      4a95
      4aab
      4abr
      4ac9
      4ag5
      4ai6
      4aii
      4ak5
      4ak6
      4ak7
      4akg
      4akh
      4aki
      4aou
      4aov
    PDB 4ap5-4dg1
    PDB 4dh1-4dug
    PDB 4dwd-4en4
    PDB 4en5-4fk1
    PDB 4fkx-8ici
    PDB 8ruc-9rub

Magnesium in PDB, part 125 (6201-6250), PDB files 421p - 4aov






Experimental structures of coordination spheres of Magnesium (Mg) in bioorganic molecules from X-Ray and NMR experiments. Coordination spheres were calculated with 5.0 Angstroms radius around Magnesium atoms.
PDB files 6201-6250 (421p - 4aov):
  1. 421p - Three-Dimensional Structures of H-Ras P21 Mutants: Molecular Basis For Their Inability to Function As Signal Switch Molecules
  2. 423d - 5'-D(*Ap*Cp*Cp*Gp*Ap*Cp*Gp*Tp*Cp*Gp*Gp*T)-3'
  3. 428d - Structure Of the Potassium Form of Cgcgaattcgcg: Dna Deformation By Electrostatic Collapse Around Small Cations
  4. 429d - Crystal Structure of A Leadzyme; Metal Binding and Implications For Catalysis
  5. 430d - Structure of Sarcin/Ricin Loop From Rat 28S Rrna
  6. 431d - 5'-D(*Gp*Gp*Cp*Cp*Ap*Ap*Tp*Tp*Gp*G)-3'
  7. 436d - The Dickerson-Drew B-Dna Dodecamer Revisited-At Atomic Resolution
  8. 437d - Crystal Structure of An Rna Pseudoknot From Beet Western Yellow Virus Involved in Ribosomal Frameshifting
  9. 442d - 5'-D(*Cp*Gp*Cp*Gp*Ap*Ap*Tp*Tp*Cp*Gp*Cp*G)-3', Benzimidazole Derivative Complex
  10. 443d - 5'-D(*Cp*Gp*Cp*Gp*Ap*Ap*Tp*Tp*Cp*Gp*Cp*G)-3'/ Benzimidazole Derivative Complex
  11. 455d - A6/A18 Inter-Strand Dithiobis(Propane)-Crosslinked Dodecamer (Cgcgaattcgcg)2
  12. 456d - Molecular and Crystal Structure of D(CGCGMO6AATCCGCG): the Watson-Crick Type N6-Methoxyadenosine/Cytidine Base-Pairs in B-Dna
  13. 457d - Molecular and Crystal Structure of D(CGCGMO6AATTCGCG): N6- Methoxyadenosine/ Thymidine Base-Pairs in B-Dna
  14. 460d - A "Hydrat-Ion Spine" in A B-Dna Minor Groove
  15. 461d - A "Hydrat-Ion Spine" in A B-Dna Minor Groove
  16. 462d - Crystal Structure of the Hiv-1 Genomic Rna Dimerization Initiation Site
  17. 468d - Crystal Structure and Improved Antisense Properties of 2'-O-(2- Methoxyethyl)-Rna
  18. 469d - Crystal Structure and Improved Antisense Properties of 2'-O-(2- Methoxyethyl)-Rna
  19. 470d - Crystal Structure and Improved Antisense Properties of 2'-O-(2- Methoxyethyl)-Rna
  20. 471d - Crystal Structure and Improved Antisense Properties of 2'-O- (2-Methoxyethyl)-Rna
  21. 4a01 - Crystal Structure of the H-Translocating Pyrophosphatase
  22. 4a0g - Structure of Bifunctional Dapa Aminotransferase-Dtb Synthetase From Arabidopsis Thaliana in Its Apo Form.
  23. 4a1n - Human Mitochondrial Endo-Exonuclease
  24. 4a2b - Thermotoga Maritima Ftsa With Atp Gamma S
  25. 4a7k - Bifunctional Aldos-2-Ulose Dehydratase
  26. 4a7y - Active Site Metal Depleted Aldos-2-Ulose Dehydratase
  27. 4a7z - Complex of Bifunctional Aldos-2-Ulose Dehydratase With the Reaction Intermediate Ascopyrone M
  28. 4a8f - Non-Catalytic Ions Direct the Rna-Dependent Rna Polymerase of Bacterial Dsrna Virus PHI6 From De Novo Initiation to Elongation
  29. 4a8k - Non-Catalytic Ions Direct the Rna-Dependent Rna Polymerase of Bacterial Dsrna Virus PHI6 From De Novo Initiation to Elongation
  30. 4a8m - Non-Catalytic Ions Direct the Rna-Dependent Rna Polymerase of Bacterial Dsrna Virus PHI6 From De Novo Initiation to Elongation
  31. 4a8q - Non-Catalytic Ions Direct the Rna-Dependent Rna Polymerase of Bacterial Dsrna Virus PHI6 From De Novo Initiation to Elongation
  32. 4a8s - Non-Catalytic Ions Direct the Rna-Dependent Rna Polymerase of Bacterial Dsrna Virus PHI6 From De Novo Initiation to Elongation
  33. 4a8w - Non-Catalytic Ions Direct the Rna-Dependent Rna Polymerase of Bacterial Dsrna Virus PHI6 From De Novo Initiation to Elongation
  34. 4a8y - Non-Catalytic Ions Direct the Rna-Dependent Rna Polymerase of Bacterial Dsrna Virus PHI6 From De Novo Initiation to Elongation
  35. 4a93 - Rna Polymerase II Elongation Complex Containing A Cpd Lesion
  36. 4a95 - Plasmodium Vivax N-Myristoyltransferase With Quinoline Inhibitor
  37. 4aab - Crystal Structure of The Mutant D75N I-Crei in Complex With Its Wild-Type Target (the Four Central Bases, 2NN Region, Are Composed By Gtac From 5' to 3')
  38. 4abr - Complex of Smpb, A Tmrna Fragment and Ef-Tu-Gdp-Kirromycin With the 70S Ribosome
  39. 4ac9 - Crystal Structure of Translation Elongation Factor Selb From Methanococcus Maripaludis in Complex With Gdp
  40. 4ag5 - Structure Of VIRB4 of Thermoanaerobacter Pseudethanolicus
  41. 4ai6 - Dynein Motor Domain - Adp Complex
  42. 4aii - Crystal Structure of the Rat REM2 Gtpase - G Domain Bound to Gdp
  43. 4ak5 - Native Crystal Structure of BPGH117
  44. 4ak6 - BPGH117_H302E Mutant Glycoside Hydrolase
  45. 4ak7 - Crystal Structure of BPGH117_E303Q in Complex With Neoagarobiose
  46. 4akg - Dynein Motor Domain - Atp Complex
  47. 4akh - Dynein Motor Domain - Amppnp Complex
  48. 4aki - Dynein Motor Domain - Luac Derivative
  49. 4aou - Ctidh Bound to Nadp. the Complex Structures of Isocitrate Dehydrogenase From Clostridium Thermocellum and Desulfotalea Psychrophila, Support A New Active Site Locking Mechanism
  50. 4aov - Dpidh-Nadp. the Complex Structures of Isocitrate Dehydrogenase From Clostridium Thermocellum and Desulfotalea Psychrophila, Support A New Active Site Locking Mechanism


Acknowledgement

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