almA

Probable FAD-binding monooxygenase AlmA

498 amino acids

Is able to catalyze the degradation of n-alkanes with C chain lengths of 32 and 36. Probably allows Acinetobacter baylyi strain ADP1 to grow on the long-chain n-alkane dotriacontane (C32H66) as a sole carbon source.

Belongs to the FAD-binding monooxygenase family.

55.896 kDa

MEKHIDILIVGAGISGIGIAAHLSKDAPQRQFEIIERRENIGGTWDLFRYPGIRSDSDMSTFGFNFKPWQSPNVLASGSSIKGYLSEVVDEYDLKKKIHFKHRVLAANYDTASKKWYVEIEDAAQKKQTWIANFIVGCTGYYNYDQGFEPDFPNKDAFKGQFIHPQHWPENLDYVGKKVVIIGSGATAITLVPAMSKGGAEHVTMLQRSPTYIASIPSIDFVYDKMRKVLPEDLAYKLTRARNIGVQRGIYTLSQKQPKLVRKFLLKSIEMQLKGKVDMKHFTPSYNPWDQRLCVVPDGDLFKILRSGQASVETDQIEKFTETGIQLKSGKHLDADIVVSATGLEIQILGGIKGTIDGQPLDTSKSMLYQGVMVSDVPNMAMIIGYINASWTLKVDVAADYICRLLNYMDKQGYDEVIPEGDQTELMEDTVMGSLTSGYIARAANVMPKQGKHAPWKVTNNYLADRKALKNARFDDGVLHFDKKTDTVERKTKPKLVS

almA

Probable FAD-binding monooxygenase AlmA

497 amino acids

Is involved in the degradation of n-alkanes with C chain lengths of 32 and longer. Allows Acinetobacter sp. strain DSM 17874 to grow on long-chain n-alkanes such as dotriacontane (C32H66) or hexatriacontane (C36H74) as a sole carbon source.

Belongs to the FAD-binding monooxygenase family.

55.913 kDa

MEKQVDVLIIGAGISGIGLAVHLSKNCPQRKFEILERRESFGGTWDLFRYPGIRSDSDMSTFGFNFKPWAKDKVLASGAEIKGYLSDVISENQLKDKIHFGHRVLSANYDSTKKKWLVEIEDNNKKKQTWSANFVMGCTGYYNYDQGYAPKFPKQEDFKGQFIHPQHWPENLDYTGKKVVIIGSGATAITLVPSMVKGGAGHVTMLQRSPTYIATIPSIDFIYEKTRKFMSEETAYKFTRARNIGMQRGIYALAQKYPKTVRRLLLKGIELQLKGKVDMKHFTPSYNPWDQRLCVVPDGDLFKALREGQASVETDQIEKFTANGIQLKSGKHLEADIVISATGLEIQILGGVQGSIDGKPMNTSQHMLYQGVMVSDVPNMAMIIGYINASWTLKVDIAADYICRLINHMDKNGFDEVIAHADPSQRENDTIMGKMSSGYIARAADVMPKQGKQAPWKITNNYLADRKELKDAKFNDGVLEFHKRGEQTANRKPKLVS