Anguilla rostrata (American eel): 135250408 Help Entry 135250408         CDS       T10705                                  Symbol aox6 Name (RefSeq) aldehyde oxidase 6 isoform X1   KO K00157   aldehyde oxidase [EC:1.2.3.1] Organism arot  Anguilla rostrata (American eel) Pathway arot00280   Valine, leucine and isoleucine degradation arot00350   Tyrosine metabolism arot00380   Tryptophan metabolism arot00750   Vitamin B6 metabolism arot00760   Nicotinate and nicotinamide metabolism arot00830   Retinol metabolism arot00982   Drug metabolism - cytochrome P450 arot01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:arot00001]  09100 Metabolism   09105 Amino acid metabolism    00280 Valine, leucine and isoleucine degradation     135250408 (aox6)    00350 Tyrosine metabolism     135250408 (aox6)    00380 Tryptophan metabolism     135250408 (aox6)   09108 Metabolism of cofactors and vitamins    00750 Vitamin B6 metabolism     135250408 (aox6)    00760 Nicotinate and nicotinamide metabolism     135250408 (aox6)    00830 Retinol metabolism     135250408 (aox6)   09111 Xenobiotics biodegradation and metabolism    00982 Drug metabolism - cytochrome P450     135250408 (aox6) Enzymes [BR:arot01000]  1. Oxidoreductases   1.2  Acting on the aldehyde or oxo group of donors    1.2.3  With oxygen as acceptor     1.2.3.1  aldehyde oxidase      135250408 (aox6) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  MoCoBD_2 MoCoBD_1 FAD_binding_5 Ald_Xan_dh_C Fer2_2 CO_deh_flav_C Fer2 DUF218 Rv2175c_wHTH Motif Other DBs NCBI-GeneID:  135250408 NCBI-ProteinID:  XP_064182718 LinkDB All DBs Position 3:19257246..19283429 Genome browser AA seq 1418 aa AA seqDB search MPSRGRDFKSNYTWARQTVQSDYAEICCALGSSTTVQGQKSFVVHLGIKMAGKENLDHLL FYVNGKKIEEKNVDPEIMLLSYVREKLRLTGTKYGCGGGGCGACTVMVSRYQVWTKTITH ISANACLLPVCQLHGAAVTTVEGIGNSKTRIHPVQERIAKAHGSQCGFCTPGMVMSMYTL LRNKPQPTLEDITEALGGNLCRCTGYRPIIDGYRTFCGAPDCCQINGKGKDHMNGDDSEN GLENGHPELFEKEHLAPVDPTQELIFPPELIMMAESGEQITHTFTGERITWVSPVTLEEL IKLKSSYPRAPIVIGNTNIGLDIKFKGVLHPMIICPSRITELCEVTRMPQGVCVGAGSSL SAVRALMEELVQELPHEQTEVFRALLQQLKNLGGQQIRNVASLGGNIVSAYPNSDLNPVL AAGRCILRAISERGEREILLDKDFFVGFAKTTLKPDEVVLSVFIPISKQGEFVRAYRQAP RKENALATVTTGMRVKFFKGTTKVEDLSIYYGGVGPCTVEATKTCQEVIGRPWNEETLNR AYRLLLDEIALPPSAPGGKVEFRRSLTLSFLFKFNLEMRKQLQEMDAMLDDSVGEVSSAV RPLPKELQLSLQKFQDVSLGQLDQDPVGRPIMHRSAISHATGEAVYCDDIPKSQGELFLA VVTSTRAHAKIIKIDFSEALKLQGVVDVITAKDIPGRKLRTFAGIQEELLAEEEVTCVGQ MICAVAADTKQHAKRGAAAVKITYEDLPDTVFTMEEAMEKKSFFKPLRTIERGCVTEAFG KADQVHKGQIHLGGQEHFYMETQSVLVVPSGEEKEMKVYLSTQYPALAQDSVAETLGIPS NRVYCHVKRMGGGFGGKVTKTSTLAAIAALAAWKTGQAVRFVLERGDDMLITGARHPVLG KYKVGFMNDGRIIAADLQYYANAGHTGDESVLVIEKILLHLDNAYNVPNLRGRATACKTN LPSNTAFRGFGVPQSVLVLENMITDVAMVLGRTPEEIREINMYKGVSTTHYNQEFDPENL VRCWEECKEKSGYQSRRNAIAEFNQGSRWKKRGVAIVPTKYGIAFSEGFLNQAAALVHIY TDGSVLVSHGGIEMGQGIHTKMQQVVSRELGVPTSLIYITETSTTTIPNACPAAASFGTD ANGMAVKVPCVCVCVCVCAHMRMSAGLSVSVFFYLFFATQDACETLRHRLEPIVQADRGG TWESWIKKAFFHKISLSATGFYRGHDLYMNWEKNEGHPYAYFTHGACFSEVEVDCLTGDY RNIKTDIVVDIGRSINPSIDIGQIEGAFIQGMGLYTLEELKFSPSGVLYTRGPSQYKIPA VCDVPLSFNVYLLPGSKNPKAIYSSKGIGEPAVSLGSSVFFAIKDAVAGARKEAGLSGPF SLDSPATPERTCMACATPFTQMIPSSKPGSYQPWAINV NT seq 4257 nt NT seq  +upstreamnt  +downstreamnt atgccttctagagggcgtgatttcaagtcaaattacacatgggctcgacaaacggtgcag tctgactacgctgaaatttgctgcgctctagggagcagtactacagtgcaaggacagaag agctttgttgtgcatctaggcattaaaatggctgggaaggaaaacctggaccatctgtta ttttacgttaacggaaaaaagatcgaagagaagaatgtagatccagagattatgcttctg tcgtacgtcagagaaaaattaaggctgactgggaccaagtacggctgtggtggtggaggg tgtggagcttgtacggtgatggtgtcccggtaccaggtttggactaaaaccattacccac atctcagctaatgcctgcctgctaccggtatgccagctccacggagctgccgtgacaact gtggagggcattggaaactccaaaacccggatccacccggtccaggagcgcatagccaag gcccacgggtctcagtgtgggttctgcaccccggggatggtgatgtccatgtacaccctg ctgaggaacaagccgcagcccaccctggaggacatcactgaagcactggggggtaatcta tgccgatgcactggatatcgtcccattatcgatggctacaggacattctgtggggctcct gactgttgccaaataaacggtaaaggaaaagatcacatgaatggagatgattcggagaat ggattagaaaatggacatccagagctgtttgagaaggagcacctagcgcctgtggacccc acgcaagagctcatctttcccccagagctcattatgatggcggagagcggggaacaaata actcacaccttcactggagagaggatcacttgggtgtcacctgtgactctggaagaactg ataaagctcaagtccagctatcccagagcccccatagtcattggaaacaccaacattgga ctggacatcaagtttaaaggtgtcctgcaccccatgatcatatgccccagcaggattaca gagctctgtgaggtgacccgaatgccacagggggtgtgtgttggagcaggcagcagtctg tctgcagtaagggctctgatggaggagctggtccaggagctccctcatgagcagacggag gtgttcagagccttgctccagcagctgaagaacctgggagggcagcagattcgcaatgtg gcctctcttggaggaaacatcgttagtgcctacccaaactcggacctgaaccctgtcctt gcagctgggaggtgcatccttcgtgccatatcagagagaggtgaaagagaaattcttctg gataaagatttctttgttggttttgccaaaaccactctgaagccagatgaagtcgtcctg tccgttttcatcccgatttcgaaacagggggagtttgtgagagcataccgtcaggctccc cgcaaggagaatgcccttgccacagttaccacgggaatgcgggttaagttcttcaagggc accaccaaggttgaagacctcagtatttactatggcggcgtgggaccctgcacagtagag gctaccaaaacctgccaggaagtcatcggccggccctggaatgaggagacgttgaaccgt gcctacaggctcctcctggatgagatagccttgcccccttcagctccaggtgggaaggtt gagttccggaggtccctcactctcagcttcctcttcaagttcaacctggagatgcgcaag cagctccaagagatggatgccatgcttgacgatagtgtgggtgaagtgtccagcgctgtc cgtcctcttcccaaggagctgcagctctctctccaaaaatttcaggacgtgtccctgggc cagctcgatcaggaccctgtggggcgtcccatcatgcaccgctctgccatcagccacgct actggagaggcagtgtactgcgatgacatccccaaatcacagggggagctgttcctagca gtggtgactagcaccagggcccatgcaaagattataaagatagatttcagtgaagctctg aagctgcagggggtggtggacgttatcacggccaaggacatcccaggcaggaagttacgc actttcgctggcatccaagaggagctgttggctgaagaggaggtcacctgcgtaggtcag atgatatgcgcagttgccgcggataccaagcagcatgccaagcgaggggcggcagcagtg aagatcacgtatgaagatctgccagacacagtgttcaccatggaggaagcaatggagaaa aagtctttctttaagcctctgaggacaatagagagaggctgtgtgacagaggcctttggg aaggcagaccaagtacacaagggacagattcatctgggtggccaggagcacttctacatg gagacacaaagtgttctcgtggttccctctggagaagagaaggaaatgaaggtttacctg tccactcaataccccgccttagcccaggactctgttgctgaaacactgggcattccctcc aaccgagtatattgccacgtgaagaggatgggtggcggctttggtggcaaagtcacaaag acttccactttggctgccatcgctgctttagcagcctggaaaacagggcaggcagtgcgc tttgttctggaaaggggggatgacatgctgataactggggctcgacatccagtcctggga aagtacaaagtgggcttcatgaacgatgggaggataatagctgcggacttgcagtattat gccaatgccgggcacactggggacgagtccgtcttggtcattgagaagattttgctccat ttggacaatgcttacaacgtaccaaatttgcgtggtcgggccacagcctgcaagaccaac ctgccctctaacacagccttccgtggctttggtgttccccagagcgtgctggtcttagag aacatgattactgatgtcgccatggtactgggacgtacacctgaagagattcgtgagata aacatgtacaagggggtgtcaacgacccactacaatcaagagtttgaccccgagaacctt gtgcgctgctgggaggagtgcaaggagaaatcaggctaccagagccgccgcaacgccatt gccgagttcaaccagggaagccgctggaagaagagaggtgtggccatcgtacccaccaag tatggcatagctttctctgagggcttcctcaaccaggcagcagctttggtccacatctac acagatggatcagtgcttgtgagtcatggaggaattgagatgggtcagggaatccacacc aagatgcagcaggtagtgagccgtgagctgggagtccccacgtccctgatctatatcaca gagaccagcactaccaccatccccaacgcctgtcccgcagcggcctcttttggcactgat gccaacggcatggcagtgaaggtaccgtgtgtgtgtgtgtgtgtctgcgtgtgtgcgcat atgcgtatgtctgccggtctgtctgtgtctgtttttttttatttgttttttgctacgcag gatgcatgcgagactttgcgccacagactggagcctattgtccaagcagaccgaggtggc acctgggaaagttggataaagaaggccttcttccataagatcagtctttctgctacagga ttttacaggggtcatgacctgtacatgaactgggagaagaacgagggtcatccctatgcc tatttcacccacggggcctgcttcagtgaggtggaggttgattgcctgactggagactac aggaacatcaagacggatattgttgttgacattgggcgaagtattaacccctccatcgac attggccagattgagggggcgttcatccaggggatgggactttacaccctggaggagctg aagttctccccatcaggagtgctgtacacccgcggcccctcacagtataagatccctgca gtgtgtgacgttcctctctcattcaacgtctacctgctaccaggatccaaaaaccccaaa gccatctactcctccaagggcatcggagagccggcagtgtccctgggcagctcggtgttc ttcgccatcaaagacgcggtggcgggcgcgcgcaaggaggcggggctgagcgggcccttc tctctggacagccctgccactccggagaggacctgcatggcctgtgccactccctttacg cagatgattccatcaagtaaacctggatcctaccagccgtgggccatcaacgtgtga

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