PDB ID:  pdb_00005d8y
  • 2.05A resolution structure of iron bound BfrB (L68A E81A) from Pseudomonas aeruginosa
  • Experimental method: X-RAY DIFFRACTION
  • Resolution: 2.05 Å
  • Deposition date: 2015-08-18
Number of assemblies:  1
Assembly ID:  0  (author_and_software_defined_assembly)    
Structural data PDB
Oligomeric count 24
label_asym_ids of protein
label_asym_ids of heme
label_asym_ids of the others AA (FE2Structure of FE2FE2 ), AB (FE2Structure of FE2FE2 ), AC (FE2Structure of FE2FE2 ), AD (FE2Structure of FE2FE2 ), AE (FE2Structure of FE2FE2 ), AF (FE2Structure of FE2FE2 ), AG (FE2Structure of FE2FE2 ), AH (FE2Structure of FE2FE2 ), BA (FE2Structure of FE2FE2 ), BB (FE2Structure of FE2FE2 ), BC (FE2Structure of FE2FE2 ), BD (FE2Structure of FE2FE2 ), BE (FE2Structure of FE2FE2 ), BF (FE2Structure of FE2FE2 ), BG (ACTStructure of ACTACT ), BH (ACTStructure of ACTACT ), CA (FE2Structure of FE2FE2 ), CB (FE2Structure of FE2FE2 ), CC (FE2Structure of FE2FE2 ), CD (FE2Structure of FE2FE2 ), CE (FE2Structure of FE2FE2 ), CF (FE2Structure of FE2FE2 ), CG (FE2Structure of FE2FE2 ), DA (FE2Structure of FE2FE2 ), DB (FE2Structure of FE2FE2 ), DC (FE2Structure of FE2FE2 ), DD (FE2Structure of FE2FE2 ), DE (FE2Structure of FE2FE2 ), DF (FE2Structure of FE2FE2 ), DG (FE2Structure of FE2FE2 ), EA (FE2Structure of FE2FE2 ), EB (FE2Structure of FE2FE2 ), EC (FE2Structure of FE2FE2 ), ED (ACTStructure of ACTACT ), EF (ACTStructure of ACTACT ), EG (FE2Structure of FE2FE2 ), FA (FE2Structure of FE2FE2 ), FB (FE2Structure of FE2FE2 ), FC (FE2Structure of FE2FE2 ), FD (FE2Structure of FE2FE2 ), FE (ACTStructure of ACTACT ), FF (FE2Structure of FE2FE2 ), FG (FE2Structure of FE2FE2 ), GA (ACTStructure of ACTACT ), GD (FE2Structure of FE2FE2 ), GE (FE2Structure of FE2FE2 ), GF (FE2Structure of FE2FE2 ), GG (FE2Structure of FE2FE2 ), HA (KStructure of KK ), HB (ACTStructure of ACTACT ), HC (ACTStructure of ACTACT ), HD (FE2Structure of FE2FE2 ), HE (FE2Structure of FE2FE2 ), HF (FE2Structure of FE2FE2 ), HG (FE2Structure of FE2FE2 ), IA (FE2Structure of FE2FE2 ), IB (KStructure of KK ), IC (KStructure of KK ), ID (FE2Structure of FE2FE2 ), IE (FE2Structure of FE2FE2 ), IF (FE2Structure of FE2FE2 ), JA (FE2Structure of FE2FE2 ), JB (FE2Structure of FE2FE2 ), JC (FE2Structure of FE2FE2 ), JD (FE2Structure of FE2FE2 ), JE (FE2Structure of FE2FE2 ), JF (FE2Structure of FE2FE2 ), JG (ACTStructure of ACTACT ), KA (FE2Structure of FE2FE2 ), KB (FE2Structure of FE2FE2 ), KC (FE2Structure of FE2FE2 ), KD (FE2Structure of FE2FE2 ), KE (FE2Structure of FE2FE2 ), KF (FE2Structure of FE2FE2 ), KG (FE2Structure of FE2FE2 ), LA (FE2Structure of FE2FE2 ), LB (FE2Structure of FE2FE2 ), LC (FE2Structure of FE2FE2 ), LE (FE2Structure of FE2FE2 ), LF (FE2Structure of FE2FE2 ), LG (FE2Structure of FE2FE2 ), MA (FE2Structure of FE2FE2 ), MB (FE2Structure of FE2FE2 ), MC (FE2Structure of FE2FE2 ), MD (ACTStructure of ACTACT ), ME (ACTStructure of ACTACT ), MG (FE2Structure of FE2FE2 ), NA (FE2Structure of FE2FE2 ), NB (FE2Structure of FE2FE2 ), NC (FE2Structure of FE2FE2 ), ND (FE2Structure of FE2FE2 ), NE (FE2Structure of FE2FE2 ), NF (ACTStructure of ACTACT ), NG (FE2Structure of FE2FE2 ), OA (FE2Structure of FE2FE2 ), OB (FE2Structure of FE2FE2 ), OC (FE2Structure of FE2FE2 ), OD (FE2Structure of FE2FE2 ), OE (FE2Structure of FE2FE2 ), OF (FE2Structure of FE2FE2 ), OG (FE2Structure of FE2FE2 ), PB (FE2Structure of FE2FE2 ), PC (ACTStructure of ACTACT ), PD (FE2Structure of FE2FE2 ), PE (FE2Structure of FE2FE2 ), PF (FE2Structure of FE2FE2 ), PG (ACTStructure of ACTACT ), QA (ACTStructure of ACTACT ), QC (FE2Structure of FE2FE2 ), QD (FE2Structure of FE2FE2 ), QE (FE2Structure of FE2FE2 ), QF (FE2Structure of FE2FE2 ), QG (FE2Structure of FE2FE2 ), RA (KStructure of KK ), RB (ACTStructure of ACTACT ), RC (FE2Structure of FE2FE2 ), RD (FE2Structure of FE2FE2 ), RE (ACTStructure of ACTACT ), RF (FE2Structure of FE2FE2 ), RG (FE2Structure of FE2FE2 ), SA (FE2Structure of FE2FE2 ), SB (KStructure of KK ), SC (FE2Structure of FE2FE2 ), SD (FE2Structure of FE2FE2 ), SE (FE2Structure of FE2FE2 ), SF (FE2Structure of FE2FE2 ), SG (FE2Structure of FE2FE2 ), TA (FE2Structure of FE2FE2 ), TB (FE2Structure of FE2FE2 ), TC (FE2Structure of FE2FE2 ), TD (FE2Structure of FE2FE2 ), TE (FE2Structure of FE2FE2 ), TG (FE2Structure of FE2FE2 ), UA (FE2Structure of FE2FE2 ), UB (FE2Structure of FE2FE2 ), UC (FE2Structure of FE2FE2 ), UD (FE2Structure of FE2FE2 ), UE (FE2Structure of FE2FE2 ), UF (ACTStructure of ACTACT ), VA (FE2Structure of FE2FE2 ), VB (FE2Structure of FE2FE2 ), VC (FE2Structure of FE2FE2 ), VD (ACTStructure of ACTACT ), VE (FE2Structure of FE2FE2 ), VF (FE2Structure of FE2FE2 ), VG (ACTStructure of ACTACT ), WA (FE2Structure of FE2FE2 ), WB (FE2Structure of FE2FE2 ), WD (KStructure of KK ), WE (FE2Structure of FE2FE2 ), WF (FE2Structure of FE2FE2 ), WG (FE2Structure of FE2FE2 ), XA (FE2Structure of FE2FE2 ), XB (FE2Structure of FE2FE2 ), XC (ACTStructure of ACTACT ), XD (FE2Structure of FE2FE2 ), XE (FE2Structure of FE2FE2 ), XF (FE2Structure of FE2FE2 ), XG (FE2Structure of FE2FE2 ), Y (FE2Structure of FE2FE2 ), YA (ACTStructure of ACTACT ), YB (ACTStructure of ACTACT ), YC (FE2Structure of FE2FE2 ), YD (FE2Structure of FE2FE2 ), YF (FE2Structure of FE2FE2 ), YG (FE2Structure of FE2FE2 ), Z (FE2Structure of FE2FE2 ), ZA (FE2Structure of FE2FE2 ), ZB (FE2Structure of FE2FE2 ), ZC (FE2Structure of FE2FE2 ), ZD (FE2Structure of FE2FE2 ), ZE (ACTStructure of ACTACT ), ZF (FE2Structure of FE2FE2 ), ZG (FE2Structure of FE2FE2 )
Each chain information
Chain A heme  
auth_asym_id A
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme PA
Available structure PDB
Chain B heme  
auth_asym_id B
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme PA
Available structure PDB
Chain C heme  
auth_asym_id C
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme GB
Available structure PDB
Chain D heme  
auth_asym_id D
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme GB
Available structure PDB
Chain E heme  
auth_asym_id E
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme QB
Available structure PDB
Chain F heme  
auth_asym_id F
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme QB
Available structure PDB
Chain G heme  
auth_asym_id G
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme GC
Available structure PDB
Chain H heme  
auth_asym_id H
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme GC
Available structure PDB
Chain I heme  
auth_asym_id I
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme WC
Available structure PDB
Chain J heme  
auth_asym_id J
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme WC
Available structure PDB
Chain K heme  
auth_asym_id K
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme LD
Available structure PDB
Chain L heme  
auth_asym_id L
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme LD
Available structure PDB
Chain M heme  
auth_asym_id M
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme EE
Available structure PDB
Chain N heme  
auth_asym_id N
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme EE
Available structure PDB
Chain O heme  
auth_asym_id O
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme YE
Available structure PDB
Chain P heme  
auth_asym_id P
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme YE
Available structure PDB
Chain Q heme  
auth_asym_id Q
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme MF
Available structure PDB
Chain R heme  
auth_asym_id R
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme MF
Available structure PDB
Chain S heme  
auth_asym_id S
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme TF
Available structure PDB
Chain T heme  
auth_asym_id T
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme TF
Available structure PDB
Chain U heme  
auth_asym_id U
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme IG
Available structure PDB
Chain V heme  
auth_asym_id V
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme IG
Available structure PDB
Chain W heme  
auth_asym_id W
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme UG
Available structure PDB
Chain X heme  
auth_asym_id X
Residue indices (Uniprot) 1-156 (1-158)
Mutations (UniProt numbering)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme UG
Available structure PDB