Chemical elements
  Iron
    History of Iron
    Mineralogy
    Isotopes
    Energy
    Production
    Application
    Physical Properties
    Chemical Properties
    Corrosion
    Iron Salts
    PDB 101m-1aeb
    PDB 1aed-1awd
    PDB 1awp-1beq
    PDB 1bes-1c53
    PDB 1c6o-1ci6
    PDB 1cie-1cry
    PDB 1csu-1dfx
    PDB 1dgb-1dry
    PDB 1ds1-1e08
    PDB 1e0z-1ehj
    PDB 1ehk-1f5o
    PDB 1f5p-1fnp
    PDB 1fnq-1fzi
    PDB 1g08-1gnl
    PDB 1gnt-1h43
    PDB 1h44-1hdb
    PDB 1hds-1i5u
    PDB 1i6d-1iwh
    PDB 1iwi-1jgx
    PDB 1jgy-1k2o
    PDB 1k2r-1kw6
    PDB 1kw8-1lj0
    PDB 1lj1-1m2m
    PDB 1m34-1mko
    PDB 1mkq-1mun
      1mkq
      1mkr
      1ml7
      1mlf
      1mlg
      1mlh
      1mlj
      1mlk
      1mll
      1mlm
      1mln
      1mlo
      1mlq
      1mlr
      1mls
      1mlu
      1mlw
      1mmk
      1mmm
      1mmo
      1mmt
      1mmv
      1mmw
      1mn1
      1mn2
      1mnh
      1mni
      1mnj
      1mnk
      1mno
      1mnp
      1mny
      1moa
      1mob
      1moc
      1mod
      1moh
      1moj
      1mps
      1mpw
      1mpy
      1mqf
      1mqv
      1mrp
      1mti
      1mtj
      1mtk
      1mty
      1mud
      1mun
    PDB 1muy-1n9x
    PDB 1naz-1nx4
    PDB 1nx7-1ofe
    PDB 1off-1p3t
    PDB 1p3u-1pmb
    PDB 1po3-1qmq
    PDB 1qn0-1ra0
    PDB 1ra5-1rxg
    PDB 1ry5-1smi
    PDB 1smj-1t71
    PDB 1t85-1u8v
    PDB 1u9m-1uyu
    PDB 1uzr-1vxf
    PDB 1vxg-1wri
    PDB 1wtf-1xlq
    PDB 1xm8-1y4r
    PDB 1y4t-1ygd
    PDB 1yge-1z01
    PDB 1z02-2a9e
    PDB 2aa1-2azq
    PDB 2b0z-2boz
    PDB 2bpb-2ca3
    PDB 2ca4-2cz7
    PDB 2czs-2dyr
    PDB 2dys-2ewk
    PDB 2ewu-2fwl
    PDB 2fwt-2gl3
    PDB 2gln-2hhb
    PDB 2hhd-2ibn
    PDB 2ibz-2jb8
    PDB 2jbl-2mgh
    PDB 2mgi-2o01
    PDB 2o08-2ozy
    PDB 2p0b-2q0i
    PDB 2q0j-2r1h
    PDB 2r1k-2spm
    PDB 2spn-2vbd
    PDB 2vbp-2vzb
    PDB 2vzm-2wiv
    PDB 2wiy-2xj5
    PDB 2xj6-2ylj
    PDB 2yrs-2zon
    PDB 2zoo-3a17
    PDB 3a18-3aes
    PDB 3aet-3bnd
    PDB 3bne-3cir
    PDB 3ciu-3dax
    PDB 3dbg-3e1p
    PDB 3e1q-3eh4
    PDB 3eh5-3fll
    PDB 3fm1-3gas
    PDB 3gb4-3h57
    PDB 3h58-3hrw
    PDB 3hsn-3ir6
    PDB 3ir7-3k9y
    PDB 3k9z-3l4p
    PDB 3l61-3lxi
    PDB 3lyq-3mm8
    PDB 3mm9-3n62
    PDB 3n63-3nlo
    PDB 3nlp-3o0f
    PDB 3o0r-3p6o
    PDB 3p6p-3prq
    PDB 3prr-3sel
    PDB 3sik-3una
    PDB 3unc-4blc
    PDB 4cat-4erg
    PDB 4erm-4nse
    PDB 4pah-8cat
    PDB 8cpp-9nse

Iron in PDB, part 25 (1201-1250), PDB files 1mkq - 1mun






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 1201-1250 (1mkq - 1mun):
  1. 1mkq - Crystal Structure Of The Mutant Variant of Cytochrome C Peroxidase in the 'Open' Uncross-Linked Form
  2. 1mkr - Crystal Structure Of A Mutant Variant of Cytochrome C Peroxidase (Plate Like Crystals)
  3. 1ml7 - Crystal Structure of Nitrophorin 4 Complexed With 4- Iodopyrazole
  4. 1mlf - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  5. 1mlg - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  6. 1mlh - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  7. 1mlj - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  8. 1mlk - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  9. 1mll - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  10. 1mlm - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  11. 1mln - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  12. 1mlo - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  13. 1mlq - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  14. 1mlr - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  15. 1mls - Structural and Functional Effects Of Apolar Mutations of VAL68(E11) in Myoglobin
  16. 1mlu - Nitric Oxide Recombination to Double Mutants Of Myoglobin: the Role of Ligand Diffusion in A Fluctuating Heme Pocket
  17. 1mlw - Crystal Structure of Human Tryptophan Hydroxylase With Bound 7,8-Dihydro-L-Biopterin Cofactor and Fe(III)
  18. 1mmk - Crystal Structure Of Ternary Complex Of the Catalytic Domain of Human Phenylalanine Hydroxylase ((Feii)) Complexed With Tetrahydrobiopterin and Thienylalanine
  19. 1mmm - Distinct Metal Environment in Iron-Substituted Manganese Superoxide Dismutase Provides A Structural Basis of Metal Specificity
  20. 1mmo - Crystal Structure Of A Bacterial Non-Haem Iron Hydroxylase That Catalyses the Biological Oxidation of Methane
  21. 1mmt - Crystal Structure Of Ternary Complex Of the Catalytic Domain of Human Phenylalanine Hydroxylase (Fe(II)) Complexed With Tetrahydrobiopterin and Norleucine
  22. 1mmv - Rat Neuronal Nos Heme Domain With Ng-Propyl-L-Arginine Bound
  23. 1mmw - Rat Neuronal Nos Heme Domain With Vinyl-L-Nio Bound
  24. 1mn1 - Manganese Peroxidase Substrate Binding Site Mutant D179N
  25. 1mn2 - Manganese Peroxidase Substrate Binding Site Mutant E35Q, D179N
  26. 1mnh - Interactions Among Residues CD3, E7, E10 And E11 in Myoglobins: Attempts to Simulate the O2 and Co Binding Properties of Aplysia Myoglobin
  27. 1mni - Alteration of Axial Coordination By Protein Engineering In Myoglobin. Bis-Imidazole Ligation in the HIS64-- >Val(Slash)VAL68-->His Double Mutant
  28. 1mnj - Interactions Among Residues CD3, E7, E10 And E11 in Myoglobins: Attempts to Simulate the O2 and Co Binding Properties of Aplysia Myoglobin
  29. 1mnk - Interactions Among Residues CD3, E7, E10 And E11 in Myoglobins: Attempts to Simulate the O2 and Co Binding Properties of Aplysia Myoglobin
  30. 1mno - V68N Myoglobin Oxy Form
  31. 1mnp - Manganese Peroxidase
  32. 1mny - Dimethyl Propionate Ester Heme-Containing Cytochrome B5
  33. 1moa - A Novel Site-Directed Mutant of Myoglobin With An Unusually High O2 Affinity and Low Autooxidation Rate
  34. 1mob - High-Resolution Crystal Structures Of Distal Histidine Mutants of Sperm Whale Myoglobin
  35. 1moc - High-Resolution Crystal Structures Of Distal Histidine Mutants of Sperm Whale Myoglobin
  36. 1mod - High-Resolution Crystal Structures Of Distal Histidine Mutants of Sperm Whale Myoglobin
  37. 1moh - Ferric Monomeric Hemoglobin I (Hb I)
  38. 1moj - Crystal Structure of An Archaeal Dps-Homologue From Halobacterium Salinarum
  39. 1mps - Photosynthetic Reaction Center Mutant With Phe M 197 Replaced With Arg and Tyr M 177 Replaced With Phe (Chain M, Y177F, F197R)
  40. 1mpw - Molecular Recognition in (+)-A-Pinene Oxidation By Cytochrome P450CAM
  41. 1mpy - Structure of Catechol 2,3-Dioxygenase (Metapyrocatechase) From Pseudomonas Putida Mt-2
  42. 1mqf - Compound I From Proteus Mirabilis Catalase
  43. 1mqv - Crystal Structure Of the Q1A/F32W/W72F Mutant of Rhodopseudomonas Palustris Cytochrome C' (Prime) Expressed in E. Coli
  44. 1mrp - Ferric-Binding Protein From Haemophilus Influenzae
  45. 1mti - PHE46(CD4) Orients the Distal Histidine For Hydrogen Bonding to Bound Ligands in Sperm Whale Myoglobin
  46. 1mtj - PHE46(CD4) Orients the Distal Histidine For Hydrogen Bonding to Bound Ligands in Sperm Whale Myoglobin
  47. 1mtk - PHE46(CD4) Orients the Distal Histidine For Hydrogen Bonding to Bound Ligands in Sperm Whale Myoglobin
  48. 1mty - Methane Monooxygenase Hydroxylase From Methylococcus Capsulatus (Bath)
  49. 1mud - Catalytic Domain of Muty From Escherichia Coli, D138N Mutant Complexed to Adenine
  50. 1mun - Catalytic Domain of Muty From Escherichia Coli D138N Mutant


Acknowledgement

We would like to acknowledge that these pictures of PDB structures of Iron coordination spheres were produced with valuable advice from our colleagues from http://3dpdb.com.
© Copyright 2008-2012 by atomistry.com