ENZYME entry: EC 1.16.3.2

Accepted Name
Bacterial non-heme ferritin.
Reaction catalysed
4 Fe(2+) + O(2) + 6 H(2)O <=> 4 (FeO(OH)) + 8 H(+)
Comment(s)
  • Ferritins are intracellular iron-storage and detoxification proteins found in all kingdoms of life.
  • They are formed from two subunits that co-assemble in various ratios to form a spherical protein shell.
  • Thousands of mineralized iron atoms are stored within the core of the structure.
  • The product of dioxygen reduction by the bacterial non-heme ferritin is hydrogen peroxide, which is consumed in a subsequent reaction.
Cross-references
BRENDA1.16.3.2
EC2PDB1.16.3.2
ExplorEnz1.16.3.2
PRIAM enzyme-specific profiles1.16.3.2
KEGG Ligand Database for Enzyme Nomenclature1.16.3.2
IUBMB Enzyme Nomenclature1.16.3.2
IntEnz1.16.3.2
MEDLINEFind literature relating to 1.16.3.2
MetaCyc1.16.3.2
UniProtKB/Swiss-Prot
P43707, FTN1_HAEIN;  P0A9A0, FTNA_ECO57;  P0A999, FTNA_ECOL6;  
P0A998, FTNA_ECOLI;  P0A9A1, FTNA_SHIFL;  E1WS50, FTN_BACF6;  
P0CJ83, FTN_BACFR;  Q46106, FTN_CAMJE;  Q9ZLI1, FTN_HELPJ;  
P52093, FTN_HELPY;  Q2FFK2, FTN_STAA3;  Q2FWZ8, FTN_STAA8;  
Q2YU34, FTN_STAAB;  Q5HEN0, FTN_STAAC;  Q99SZ3, FTN_STAAM;  
Q7A4R2, FTN_STAAN;  Q6GFG4, FTN_STAAR;  Q6G840, FTN_STAAS;  
Q7A0H5, FTN_STAAW;  Q5HN41, FTN_STAEQ;  Q8CNP5, FTN_STAES;  
Q4L7K6, FTN_STAHJ;  Q49YT7, FTN_STAS1;  

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