fetC

Iron transport multicopper oxidase fetC

622 amino acids

Cell surface ferroxidase; part of the reductive iron assimilatory system (RIA), a siderophore-independent high affinity iron uptake mechanism (PubMed:23658520). Required to oxidize Fe(2+) and release it from the transporter (By similarity).

Belongs to the multicopper oxidase family.

68.086 kDa

MARLVHLTAVLAASIRLAAAATINHDFNVTWVRANPDGAFERPVIGINGKWPIPTIECNLGDRIVINLNNQLGNQSTSLHFHGLFQNGTNHMDGPSGVTQCAVPPGSSVTYNFTVDQPGTYWYHSHNDGQYPDGLRGPLVVHDPEFPYKKEVDEEIVLTLSDWYHDEIQTLIPQFLSKTNPTGAEPVPNACLINDTQNITVSVQPGKTYHVRVINIGAFAGQYLWFEGHKMRIVEVDGVYTKDAEADMIYITAAQRVSFLLTTRNDTNANFPFMASMDKALFDKLPADLNYNSTGWLSYDKSKSYPDPALVDELNPFDDMTLEAYDGMELLPEPDQNVALDVIMKNLGDGVNYAFFGNITYKSPKVPTLYSVLSSGDKATDPAIYGEHTHPFVLKKNEIVQIVVNNLDEGRHPFHLHGHNFQAIYRSNESAGTWEDGGGAAGKTFPKVPMRRDTLLIYPNGNMVLRFKANNPGVWLFHCHIEWHVISGLVATFVEAPMDLQKSLAIPTDHLDACKAGNIPTEGNAAGNTKDLLDLSGQNTPPDPLPAGFTTRGIVALVFSCVTGILGICVVAWYGMSQPLEEATAAVATLVREAQVTGSGTSPNHDDGNAAATEAGVLRRRT

fetC

Iron transport multicopper oxidase fetC

592 amino acids

Cell surface ferroxidase; part of the reductive iron assimilatory system (RIA), a siderophore-independent high affinity iron uptake mechanism (PubMed:15504822). Required to oxidize Fe(2+) and release it from the transporter (By similarity).

Belongs to the multicopper oxidase family.

65.137 kDa

MAVGFLLLTAFVVNILTTSAATLHYDWNITWVTANPDGQFERPVIGINGQWPPPVLSFTRGDRIIAKVHNALGNETTSVHWHGFFQNGTNHMDGPPSVTQCDIAPGSTFVYNFTVEQSGTYWYHSHTKGQYPDGLRQALVVTDPKNPYIGQYDEERVISLSDWYHDQMPTLLKSFISISNPTGAEPVPKAALMNDTQNLTVAVEPGKTYLFHLVNVGAFASQYFWIEDHTMKIVEVDGVWTHASEANMIYIASAQRYSVLVTMKNETSQNYAMVGSMDTDLFDTLPESLNYNVTGWLMYNDQADKPTPALVSAFEPYDDFNLVPVDGMALHKEADYTVTLDVTMDNLGDGANYAFFNGITYVMPKVPTLYSVLTTGSAATDPAVYGYNTHPIVLKRGDIVDIVLNNDDAGKHPFHLHGHTFQVIARSEENAGHYDPSNHTTFPSIPMRRDTVIVRPQGNFVLRFQADNPGVWLFHCHIEWHMDSGLAATFIEAPLDLQKTLKIPEDHYQVCEASGTLTAGNAAGNTKDLFDLTGQNVSPAPLPAGFTAKGIVALVFSCVAAILGLLSIAWYGMAPITAPRAGSTPSNDSDEN