PDB ID:  pdb_00005d8p
  • 2.35A resolution structure of iron bound BfrB (wild-type, C2221 form) from Pseudomonas aeruginosa
  • Experimental method: X-RAY DIFFRACTION
  • Resolution: 2.35 Å
  • Deposition date: 2015-08-17
Number of assemblies:  1
Assembly ID:  1  (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 ), AA-1 (FE2Structure of FE2FE2 ), AB (FE2Structure of FE2FE2 ), AB-1 (FE2Structure of FE2FE2 ), AC (FE2Structure of FE2FE2 ), AC-1 (FE2Structure of FE2FE2 ), AD (FE2Structure of FE2FE2 ), AD-1 (FE2Structure of FE2FE2 ), BA (FE2Structure of FE2FE2 ), BA-1 (FE2Structure of FE2FE2 ), BC (FE2Structure of FE2FE2 ), BC-1 (FE2Structure of FE2FE2 ), BD (FE2Structure of FE2FE2 ), BD-1 (FE2Structure of FE2FE2 ), CA (FE2Structure of FE2FE2 ), CA-1 (FE2Structure of FE2FE2 ), CB (ACTStructure of ACTACT ), CB-1 (ACTStructure of ACTACT ), CC (FE2Structure of FE2FE2 ), CC-1 (FE2Structure of FE2FE2 ), CD (FE2Structure of FE2FE2 ), CD-1 (FE2Structure of FE2FE2 ), DA (ACTStructure of ACTACT ), DA-1 (ACTStructure of ACTACT ), DB (FE2Structure of FE2FE2 ), DB-1 (FE2Structure of FE2FE2 ), DC (FE2Structure of FE2FE2 ), DC-1 (FE2Structure of FE2FE2 ), EA (FE2Structure of FE2FE2 ), EA-1 (FE2Structure of FE2FE2 ), EB (FE2Structure of FE2FE2 ), EB-1 (FE2Structure of FE2FE2 ), EC (FE2Structure of FE2FE2 ), EC-1 (FE2Structure of FE2FE2 ), ED (ACTStructure of ACTACT ), ED-1 (ACTStructure of ACTACT ), FA (FE2Structure of FE2FE2 ), FA-1 (FE2Structure of FE2FE2 ), FB (FE2Structure of FE2FE2 ), FB-1 (FE2Structure of FE2FE2 ), FC (ACTStructure of ACTACT ), FC-1 (ACTStructure of ACTACT ), FD (FE2Structure of FE2FE2 ), FD-1 (FE2Structure of FE2FE2 ), GA (FE2Structure of FE2FE2 ), GA-1 (FE2Structure of FE2FE2 ), GB (FE2Structure of FE2FE2 ), GB-1 (FE2Structure of FE2FE2 ), GC (ACTStructure of ACTACT ), GC-1 (ACTStructure of ACTACT ), GD (FE2Structure of FE2FE2 ), GD-1 (FE2Structure of FE2FE2 ), HA (FE2Structure of FE2FE2 ), HA-1 (FE2Structure of FE2FE2 ), HB (FE2Structure of FE2FE2 ), HB-1 (FE2Structure of FE2FE2 ), HC (ACTStructure of ACTACT ), HC-1 (ACTStructure of ACTACT ), HD (FE2Structure of FE2FE2 ), HD-1 (FE2Structure of FE2FE2 ), IA (FE2Structure of FE2FE2 ), IA-1 (FE2Structure of FE2FE2 ), IB (FE2Structure of FE2FE2 ), IB-1 (FE2Structure of FE2FE2 ), IC (FE2Structure of FE2FE2 ), IC-1 (FE2Structure of FE2FE2 ), ID (FE2Structure of FE2FE2 ), ID-1 (FE2Structure of FE2FE2 ), JB (FE2Structure of FE2FE2 ), JB-1 (FE2Structure of FE2FE2 ), JC (FE2Structure of FE2FE2 ), JC-1 (FE2Structure of FE2FE2 ), JD (FE2Structure of FE2FE2 ), JD-1 (FE2Structure of FE2FE2 ), KA (ACTStructure of ACTACT ), KA-1 (ACTStructure of ACTACT ), KB (ACTStructure of ACTACT ), KB-1 (ACTStructure of ACTACT ), KC (FE2Structure of FE2FE2 ), KC-1 (FE2Structure of FE2FE2 ), KD (FE2Structure of FE2FE2 ), KD-1 (FE2Structure of FE2FE2 ), LA (KStructure of KK ), LA-1 (KStructure of KK ), LB (ACTStructure of ACTACT ), LB-1 (ACTStructure of ACTACT ), LC (FE2Structure of FE2FE2 ), LC-1 (FE2Structure of FE2FE2 ), M (KStructure of KK ), M-1 (KStructure of KK ), MA (FE2Structure of FE2FE2 ), MA-1 (FE2Structure of FE2FE2 ), MB (ACTStructure of ACTACT ), MB-1 (ACTStructure of ACTACT ), MC (FE2Structure of FE2FE2 ), MC-1 (FE2Structure of FE2FE2 ), MD (ACTStructure of ACTACT ), MD-1 (ACTStructure of ACTACT ), N (FE2Structure of FE2FE2 ), N-1 (FE2Structure of FE2FE2 ), NA (FE2Structure of FE2FE2 ), NA-1 (FE2Structure of FE2FE2 ), NB (ACTStructure of ACTACT ), NB-1 (ACTStructure of ACTACT ), NC (FE2Structure of FE2FE2 ), NC-1 (FE2Structure of FE2FE2 ), O (FE2Structure of FE2FE2 ), O-1 (FE2Structure of FE2FE2 ), OA (FE2Structure of FE2FE2 ), OA-1 (FE2Structure of FE2FE2 ), OB (ACTStructure of ACTACT ), OB-1 (ACTStructure of ACTACT ), OC (FE2Structure of FE2FE2 ), OC-1 (FE2Structure of FE2FE2 ), P (FE2Structure of FE2FE2 ), P-1 (FE2Structure of FE2FE2 ), PA (FE2Structure of FE2FE2 ), PA-1 (FE2Structure of FE2FE2 ), PB (FE2Structure of FE2FE2 ), PB-1 (FE2Structure of FE2FE2 ), PC (ACTStructure of ACTACT ), PC-1 (ACTStructure of ACTACT ), Q (FE2Structure of FE2FE2 ), Q-1 (FE2Structure of FE2FE2 ), QA (FE2Structure of FE2FE2 ), QA-1 (FE2Structure of FE2FE2 ), QB (FE2Structure of FE2FE2 ), QB-1 (FE2Structure of FE2FE2 ), QC (FE2Structure of FE2FE2 ), QC-1 (FE2Structure of FE2FE2 ), R (FE2Structure of FE2FE2 ), R-1 (FE2Structure of FE2FE2 ), RA (FE2Structure of FE2FE2 ), RA-1 (FE2Structure of FE2FE2 ), RB (FE2Structure of FE2FE2 ), RB-1 (FE2Structure of FE2FE2 ), RC (FE2Structure of FE2FE2 ), RC-1 (FE2Structure of FE2FE2 ), S (FE2Structure of FE2FE2 ), S-1 (FE2Structure of FE2FE2 ), SA (FE2Structure of FE2FE2 ), SA-1 (FE2Structure of FE2FE2 ), SB (FE2Structure of FE2FE2 ), SB-1 (FE2Structure of FE2FE2 ), SC (FE2Structure of FE2FE2 ), SC-1 (FE2Structure of FE2FE2 ), TA (FE2Structure of FE2FE2 ), TA-1 (FE2Structure of FE2FE2 ), TB (FE2Structure of FE2FE2 ), TB-1 (FE2Structure of FE2FE2 ), TC (FE2Structure of FE2FE2 ), TC-1 (FE2Structure of FE2FE2 ), U (ACTStructure of ACTACT ), U-1 (ACTStructure of ACTACT ), UB (FE2Structure of FE2FE2 ), UB-1 (FE2Structure of FE2FE2 ), UC (FE2Structure of FE2FE2 ), UC-1 (FE2Structure of FE2FE2 ), V (KStructure of KK ), V-1 (KStructure of KK ), VA (ACTStructure of ACTACT ), VA-1 (ACTStructure of ACTACT ), VB (FE2Structure of FE2FE2 ), VB-1 (FE2Structure of FE2FE2 ), VC (FE2Structure of FE2FE2 ), VC-1 (FE2Structure of FE2FE2 ), W (FE2Structure of FE2FE2 ), W-1 (FE2Structure of FE2FE2 ), WA (FE2Structure of FE2FE2 ), WA-1 (FE2Structure of FE2FE2 ), WB (ACTStructure of ACTACT ), WB-1 (ACTStructure of ACTACT ), X (FE2Structure of FE2FE2 ), X-1 (FE2Structure of FE2FE2 ), XA (FE2Structure of FE2FE2 ), XA-1 (FE2Structure of FE2FE2 ), XB (FE2Structure of FE2FE2 ), XB-1 (FE2Structure of FE2FE2 ), XC (ACTStructure of ACTACT ), XC-1 (ACTStructure of ACTACT ), Y (FE2Structure of FE2FE2 ), Y-1 (FE2Structure of FE2FE2 ), YA (FE2Structure of FE2FE2 ), YA-1 (FE2Structure of FE2FE2 ), YB (FE2Structure of FE2FE2 ), YB-1 (FE2Structure of FE2FE2 ), YC (FE2Structure of FE2FE2 ), YC-1 (FE2Structure of FE2FE2 ), Z (FE2Structure of FE2FE2 ), Z-1 (FE2Structure of FE2FE2 ), ZA (FE2Structure of FE2FE2 ), ZA-1 (FE2Structure of FE2FE2 ), ZB (FE2Structure of FE2FE2 ), ZB-1 (FE2Structure of FE2FE2 ), ZC (FE2Structure of FE2FE2 ), ZC-1 (FE2Structure of FE2FE2 )
Each chain information
Chain A heme  
auth_asym_id A
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme T
Available structure PDB
Chain A-1 heme  
auth_asym_id A
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme T-1
Available structure PDB
Chain B heme  
auth_asym_id B
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme BB
Available structure PDB
Chain B-1 heme  
auth_asym_id B
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme BB-1
Available structure PDB
Chain C heme  
auth_asym_id C
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme JA
Available structure PDB
Chain C-1 heme  
auth_asym_id C
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme JA-1
Available structure PDB
Chain D heme  
auth_asym_id D
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme UA
Available structure PDB
Chain D-1 heme  
auth_asym_id D
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme UA
Available structure PDB
Chain E heme  
auth_asym_id E
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme BB
Available structure PDB
Chain E-1 heme  
auth_asym_id E
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme BB-1
Available structure PDB
Chain F heme  
auth_asym_id F
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme DD
Available structure PDB
Chain F-1 heme  
auth_asym_id F
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme DD-1
Available structure PDB
Chain G heme  
auth_asym_id G
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme T-1
Available structure PDB
Chain G-1 heme  
auth_asym_id G
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme T
Available structure PDB
Chain H heme  
auth_asym_id H
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme WC
Available structure PDB
Chain H-1 heme  
auth_asym_id H
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme WC-1
Available structure PDB
Chain I heme  
auth_asym_id I
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme JA
Available structure PDB
Chain I-1 heme  
auth_asym_id I
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme JA-1
Available structure PDB
Chain J heme  
auth_asym_id J
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme WC
Available structure PDB
Chain J-1 heme  
auth_asym_id J
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme WC-1
Available structure PDB
Chain K heme  
auth_asym_id K
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme DD
Available structure PDB
Chain K-1 heme  
auth_asym_id K
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme DD-1
Available structure PDB
Chain L heme  
auth_asym_id L
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme LD
Available structure PDB
Chain L-1 heme  
auth_asym_id L
Residue indices (Uniprot) 1-156 (1-158)
Uniprot ID Q9HY79 →UniprotKB
label_asym_ids of heme LD
Available structure PDB