Salmo trutta (river trout): 115179813 Help Entry 115179813         CDS       T08542                                  Name (RefSeq) aldehyde oxidase 1-like   KO K00157   aldehyde oxidase [EC:1.2.3.1] Organism stru  Salmo trutta (river trout) Pathway stru00280   Valine, leucine and isoleucine degradation stru00350   Tyrosine metabolism stru00380   Tryptophan metabolism stru00750   Vitamin B6 metabolism stru00760   Nicotinate and nicotinamide metabolism stru00830   Retinol metabolism stru00982   Drug metabolism - cytochrome P450 stru01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:stru00001]  09100 Metabolism   09105 Amino acid metabolism    00280 Valine, leucine and isoleucine degradation     115179813    00350 Tyrosine metabolism     115179813    00380 Tryptophan metabolism     115179813   09108 Metabolism of cofactors and vitamins    00750 Vitamin B6 metabolism     115179813    00760 Nicotinate and nicotinamide metabolism     115179813    00830 Retinol metabolism     115179813   09111 Xenobiotics biodegradation and metabolism    00982 Drug metabolism - cytochrome P450     115179813 Enzymes [BR:stru01000]  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      115179813 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 Sigma70_r4 Motif Other DBs NCBI-GeneID:  115179813 NCBI-ProteinID:  XP_029597473 Ensembl:  ENSSTUG00000032807 LinkDB All DBs Position 39:19692957..19707780 Genome browser AA seq 1339 aa AA seqDB search MSENKETDCLCFYVNGKKVTENNADPETMLLSYLRERLRLTGTKYGCGGGGCGACTVMVS RYQPGTKTILHFSANACLLPVCQLQGAAVTTVEGIGNTKTRVHPVQERIAKAHGSQCGFC TPGMVMSMYTLLRNKPQPNMEDITVALGGNLCRCTGYRPIVDGCKTFSPESNCCQANGNG AGCCLNGDSSPERSENELPPQLFDQEDLLPLDPTQDLIFPPELILMAETEPQVSQLFRGE RMVWVSPVSLEELIQLKTSHPQAPLVMGNTNIGPDIKFKGAWHPIIISPTRVQELFEVTK TPQGVCIGAGCSLSVVKALLEGLVQEIPEEKTEIYRSLLQQLGNLGGQQIRNVASIGGNI VSAYPNSDLNPVFAAGNCTLNVVSKRGRQEILLNKDFFVGFGKTSLKPDEIVLSVFIPVS RQGEFMRAFRQAPRKENALATVTTGMRVMFTEGSSVVKELSIYYGGVGPCTVSATKTCAA VIGRKWDEQTLSEAYTQLLDEISLSPSHPGGQVEFRRSLTLSLLFKFNLQMLHKLWEMNV IQEDLSEEMSSGIRPLPKQLQPSLQEFQAVVKGQSGDDPVGRPIMHRSAISQATGEAVYC DDIPKMDGELHIVLVTSTRPHAKILDIDISEALQVPGVVDVITSKDIPGKKFRTFTGIDE DILAQNEVSCVGHMVCAVVADTRKQAKRGAALVKIGYEDLPGPVFTVEEAIEKQSFFLPQ RMIERGNVDEAFDKVDHVYEGEIRLGGQEHFYMETQSMVVVPSGEERELKVYLSCQHPTY TQESIAETLGIPSNRVSCHVKRVGGAFGGKVTKTSIIACITSVAAWKTGRAVRCVLERGE DMLITGARHPVLGKHKVGFMNDGRIMAADLHYYANSGNTADESLLVIEKILLHLDNAYNV PNLRGRSVACKTNLPSNTAFRGFGVPQSMLVTENMINDVAMKLGCNAEEIREINMYKEVS LTHYKFEFDPKNLLRCWDECKEKSDYGSRRKSIAQFNQQNRWKKRGMATIPIKYGIAFSD GFLNQAASLVHIYKDGSVLVSHGGTEMGQGIHTKMQQVASRELHIPASLIHITETNTSAV PNTCPSAASFGTDANGMAVKDACETLYQRLEPVRKQNPEGTWQTWVKSAFIQKISLSATG YYRGHDLHMDWEKQEGQPYAYYTYGACCSEVEVDCLTGDYRTVRTDIVMDIGRSINPSVD IGQIEGAFIQGLGLYTMEELKFSPSGVLYTRGPSQYKIPAVCDIPLQFNVYLLSGSDNPH AIYSSKGIGEPVLFLGSSVFFAIKDAVAAARVEAGMVGPFTLDSPATPERTCLACNTPFT QKIPASKQGSFQPWALNIP NT seq 4020 nt NT seq  +upstreamnt  +downstreamnt atgagcgagaataaagaaaccgactgcttgtgtttctatgtcaacggtaaaaaggtgacc gaaaacaatgcagacccagagactatgttactgtcttacctccgagagaggttgaggttg actggtaccaagtacggatgtggaggaggaggatgtggagcctgtactgtcatggtgtct cgctaccagcctggcaccaagaccatcctccatttctctgccaacgcctgcctgctgcca gtctgccagcttcagggggcagccgtcaccacggtggagggcattggcaacaccaagacc agggtgcacccagtacaggagcgtatagccaaggcccacgggtctcagtgtgggttctgt actccaggcatggtgatgtccatgtacactttactgaggaacaaaccgcagcccaacatg gaggacatcacagtggcacttggaggcaatttgtgccggtgcacaggatatcgtcccatt gttgatggctgcaagacttttagtccggaatcaaactgttgtcaagccaatggtaatggt gccggatgttgtctgaatggagattcgtctccggagagatcagagaatgagcttccacca cagctgtttgaccaggaggacctcctccctctggaccccacccaagatctcatcttccca ccagaactcatactgatggcagagacagagccccaggttagtcagctgttccgtggggaa aggatggtgtgggtctcccctgtgtctctggaggaactgatccagctgaagaccagccac cctcaggcaccgctggtcatgggcaacaccaacatcggcccagacatcaagttcaaaggt gcctggcatcccataataatatcacccaccagagtccaggagctgttcgaggttaccaag actccgcaaggtgtgtgtatcggggctggctgcagtctgtctgtggttaaggccctgttg gaggggctggtccaggagattcctgaggagaagacggagatatacagatccctcctacag cagctggggaacctgggaggacagcagatacgcaacgttgcctccataggaggcaatatt gtcagtgcatatcccaattcagacctgaaccctgtgttcgctgctgggaactgcacactt aatgtggtgtcaaagaggggaagacaagaaatcctgcttaataaagatttctttgtgggg tttggaaaaacatctctaaaaccggatgagattgtcctgtctgtgttcataccagtatct agacagggagagttcatgcgagcgttccgccaggcccctcgtaaggagaacgccctggcc acagtgaccactgggatgagggtcatgttcacagagggttccagtgtggtcaaggagctt agtatctactacggcggtgtagggccatgcactgtcagcgccaccaaaacatgtgctgca gtcatcggaaggaagtgggatgagcagacgctgagtgaagcctacacccaactcttagat gagatatccctgtctccctcccaccccggtgggcaggttgagttccgcaggtccttaact ctcagcctcctcttcaagttcaatctgcagatgctgcacaagctctgggagatgaatgtg atccaggaggacctatcagaagagatgagcagtggaatacgtccactacctaaacagcta cagcccagcctacaagagttccaggctgtggtgaaaggccagagtggcgacgacccagta ggtcggccgatcatgcaccgttcagccatcagccaggctactggagaagctgtttactgt gatgacatccccaagatggacggagagctccacatagtcctggtcactagcaccagaccg cacgctaagatcctagacatagatatcagtgaagctctccaggttccaggtgtggtggat gtcatcacttctaaagacatcccagggaagaagttcaggacgtttacaggcatagacgag gacattctggctcagaatgaggtgtcatgcgtgggtcacatggtgtgtgcagtggtggct gacaccaggaagcaggctaagagaggggcggctctagtgaagatcggctatgaggatctg ccaggcccagtgttcactgttgaggaggctattgagaaacagtccttctttctgccccag aggatgatcgagcgaggcaacgtggatgaggcttttgataaggttgaccatgtttatgaa ggggagatccggcttggtggtcaggagcatttctacatggaaacacagagcatggttgtt gtgccttctggtgaagagagggagctcaaagtttatctctcctgtcaacacccaacctat acccaggaatccatcgcagagactcttgggattccctccaaccgagtgtcctgccatgtg aagagggttggcggagcgtttggagggaaagtgaccaaaacgtctatcatagcctgcatc acttctgtggctgcatggaagactggtcgggctgtgcgttgtgttctggagagaggagag gacatgctgattactggggcccgccaccctgtcctgggcaaacacaaggtgggctttatg aacgatgggagaataatggctgctgatctacattattacgccaactctggaaacactgca gatgagtctttgttggtaatagagaagattctccttcacctggacaatgcgtacaacgtg cccaaccttcgcggtcgctcggtggcgtgtaaaaccaacctgccctccaacacggcgttc cgaggcttcggtgtgccccagagcatgttggtcactgagaatatgatcaatgacgtggcc atgaagttgggctgcaacgctgaagagatccgtgagataaacatgtacaaggaggtgtcc ctgacacattacaagtttgagtttgatcctaagaacctcctgcgttgctgggacgaatgc aaggagaagtctgactacggcagcagacgcaaatccatcgcccagtttaaccagcagaac cgctggaagaagagaggcatggccacgatacccattaagtatggcatcgcattctcagac ggcttcctgaaccaggctgcatcgctggtacacatctacaaggatggttctgttctagtc agtcatggtggaaccgagatgggccagggaattcacactaaaatgcaacaggtggcgagt agagagctgcacatccccgcttctctcatccacatcacagagaccaacaccagcgctgtg cccaacacctgcccctccgccgcctcctttggcacggatgccaatggcatggccgtgaag gatgcctgtgagaccctgtaccaaagactagaacctgtcaggaaacagaacccagaaggc acatggcagacctgggtgaagtcagcattcatccaaaagatcagtctgtcagctactgga tactacaggggccatgacctccacatggactgggagaagcaggagggccagccgtatgcc tactacacctacggtgcctgctgcagtgaggtggaggtcgactgtctcacgggagactac aggacggtgaggacagacatcgttatggatattggaaggagcatcaacccctccgtagac attggccagattgagggcgctttcatccagggtttgggtctgtacaccatggaggagctg aagttctctccctcgggagtgttgtacacacgtggcccgtcccagtacaagatccctgct gtctgtgacataccacttcagttcaacgtctacctgctttcaggctctgacaacccacat gccatctactcatctaagggaatcggagagccagtgctgttcctgggtagctctgtgttc ttcgccattaaagacgcggtggcagcagcccgggtagaggctggtatggtgggacccttt accctggacagccctgctaccccagagaggacctgtctggcctgtaacaccccctttact cagaagattccagccagcaaacaaggatcattccaaccatgggctttgaatattccctga

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