Clupea harengus (Atlantic herring): 105905663 Help Entry 105905663         CDS       T09045                                  Symbol aox5 Name (RefSeq) aldehyde oxidase 5   KO K00157   aldehyde oxidase [EC:1.2.3.1] Organism char  Clupea harengus (Atlantic herring) Pathway char00280   Valine, leucine and isoleucine degradation char00350   Tyrosine metabolism char00380   Tryptophan metabolism char00750   Vitamin B6 metabolism char00760   Nicotinate and nicotinamide metabolism char00830   Retinol metabolism char00982   Drug metabolism - cytochrome P450 char01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:char00001]  09100 Metabolism   09105 Amino acid metabolism    00280 Valine, leucine and isoleucine degradation     105905663 (aox5)    00350 Tyrosine metabolism     105905663 (aox5)    00380 Tryptophan metabolism     105905663 (aox5)   09108 Metabolism of cofactors and vitamins    00750 Vitamin B6 metabolism     105905663 (aox5)    00760 Nicotinate and nicotinamide metabolism     105905663 (aox5)    00830 Retinol metabolism     105905663 (aox5)   09111 Xenobiotics biodegradation and metabolism    00982 Drug metabolism - cytochrome P450     105905663 (aox5) Enzymes [BR:char01000]  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      105905663 (aox5) 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 Motif Other DBs NCBI-GeneID:  105905663 NCBI-ProteinID:  XP_031414418 Ensembl:  ENSCHAG00000015811 UniProt:  A0A6P8EEM0 LinkDB All DBs Position 21:21652214..21671197 Genome browser AA seq 1295 aa AA seqDB search MMLCSTKCSELVFFINGKRITEKNPDPEEMLLGYLRRKVGLTGTKYGCGGGGCGACTAML SKYEPILDRVLHYTVNTCLQPICALHGTSVVTVEGIGSTKTKLHPVQERIAKAHGSQCGF CTPGMVMSMYTLLRNKPQPDMEDIREALGGNLCRCTGYRPIIDGFKTFCGATDCCQNGDG DDSCCKSNGSYCSNQSKDMSDELCDMRNSLPLDPTQDLIFPPELLLMRKNQESSRLYFKG ERVKWISVEDLEDLLELKAEYPDARLVVGNTTVGPQMMLKDVHHPLIIYAGGLSELSRIK WTDHGLTVGAACSLSLLKETLEAAVRRLEPEKARVYQALVATLRCLAGKQIRNMATLGGN ILSANPKYDLNSILAAAGCILHVISKDGKRDIPLDEDFFTGFGKTVLKPSEVLHAVDIPI SRPWEFVWAYRQALRREFAFSIVNAGMRVTLREGTDEVESLQVFYGGVAPTLLKARRTCK ELTGRPWREELLEDACRLLQEEVDLSQGANGGKEEYRKTLVLSFFFKFYMQVLLELREKL VTDAQSSKDPVGRPRMHQASFQQATGEAQYYDDIPPVRGELFVSMVTSTRAHAKILSIDA SEAVAMPGVVTFISSGDVPGQNRRLWFNNIEELFAEEEVICVGQIIGAVVAQTREQAKRA AGRVKVTYEDLLPLFFTIEEAIEHQSFFNPKRKLERGDVDKAFEEVDCVLEGELYMGGQE HFYMETQGVIAVPRAEAGEMDLFVASQHAAFTQEVVGMTLGIDSNKITCHVKRLGGGFGG KVMKIAALSAITATAAHKTGQAVRCVLDRSDDMLITSGRHPFLGKYKVGFMRDGTVLAVD MIYYSNGGCTLDESSFIMEKALLHMDNGYGIPHLRGRGLVCKTYLPSYTAFRGFGGPQGL TMIESVLQEVATCCGLPAERVRQLNMYRDKESITHHKQLFSPRDMLRCWDQCLEKAQYHA RRQAIQLFNAHNHWKKRGICAVPLKFGIGFSKGFYNQGAALVNIYKDGSVLVSHGGTEMG QGINTKAMQIASRILKVPMSLIHIKETCTGNVPNAAPSAASFGTDAVGMAVKDACEKLMN RLEPVMQKHPSYTWPQTVVEAYCQKISLSTTGFFMGPHTNVDWESGEGNAYYYFTFGACC SEVEIDCLTGDHKNIRTDIVMDVGMSLNPALDIGQIEGGFVQGVGLYTIEELQFSPEGVL MTRGPSQYKIPALCDVPPQLNVHLLPDSHNPHAIYSSKGIGEPPVFFGCTVFFAVKEAIA AARRERGLSDSFPLSSPATAEKIRMACEDQFTKMV NT seq 3888 nt NT seq  +upstreamnt  +downstreamnt atgatgctctgctcaactaaatgcagcgaactagttttcttcataaatgggaaaaggata acagaaaagaatcccgaccctgaggagatgctccttggttacctcagaaggaaagttggt ctcacagggactaagtatggctgtggtgggggaggatgcggtgcctgtacagcgatgctg tctaaatatgagccaatcctggacagagtacttcactacacagtgaacacttgcctgcag cccatatgtgccctgcatggcacatccgtggtgactgtggaaggcattggcagcaccaag accaaacttcaccctgtgcaggaacgcatagcaaaggctcatggttctcagtgtggcttc tgcacccctggtatggtgatgtccatgtacactctactgaggaacaagccccagcccgac atggaagacatcagggaggccttaggagggaacctttgtcgttgcacaggctaccggccc atcatcgatgggttcaagacattctgtggcgccacggactgctgtcagaatggtgatggt gatgacagctgttgtaagagtaatggcagctattgctctaatcaatccaaagatatgtct gacgagctctgtgacatgcgtaactcgttaccactggacccgactcaggacctcatattt ccacctgaacttctgttgatgaggaaaaatcaagagagcagccgcttgtatttcaaagga gaaagagtgaagtggatttcagtggaagacttggaagatctgctggaactgaaggcggaa tatcctgatgccagactggttgttggaaacaccactgtgggaccacagatgatgctgaaa gacgtgcaccacccattgattatctatgctggaggcctgtcagagctgagcagaattaag tggaccgaccatggtctgactgtaggtgcggcatgcagtctctccctgctgaaggagact cttgaggcagctgtacgccgtctggagccagagaaggccagggtgtaccaggccttagtg gccactctgcgctgcctggcagggaaacagatccgcaacatggccactctcgggggaaac atcctcagtgccaatcccaaatatgatttgaacagcatcctggcggcagcaggatgcatt ctccacgtcatctcgaaagatgggaaaagggacattccactggatgaagacttcttcact gggtttggcaagacggttctaaagcccagtgaggtccttcatgctgttgacattcccatc agtagaccttgggagtttgtgtgggcctaccgccaggcgctgcggagggagtttgccttc tctattgtcaacgctggcatgagagtgaccctgagggagggcaccgatgaggtggagtcc ctgcaagtgttttacggaggggtggcacccacgctgctcaaggccagacgcacctgcaaa gagctcaccggacggccctggagggaggagctgctggaggacgcctgcaggctgctgcag gaggaggttgacctgtcccagggagccaatggggggaaagaggagtaccgcaagaccctg gtgctaagcttcttcttcaagttctacatgcaggtcctactggagctgagggagaagcta gttactgatgcccagtcctccaaggacccagttggacgtcccagaatgcaccaggcttca ttccagcaggctacgggagaagcgcagtactacgatgacataccacctgtcagaggggag ctatttgtttctatggtgaccagcacaagagctcatgccaagattctttccattgatgcc tcagaggctgttgccatgccgggggtggtcaccttcatctcctctggtgacgtccctggt cagaaccgaaggctgtggttcaacaatatcgaagaattgtttgctgaagaagaggtgatc tgtgtgggtcagatcatcggcgctgtggtggcacagactagagagcaggccaagagggca gcagggagggtcaaggtgacctatgaggacctgctcccactgttctttaccatagaggag gccatagaacatcagtccttcttcaaccccaagaggaagctggagagaggcgatgtggat aaagcctttgaggaagtggactgcgtcttagaaggggagttgtacatggggggtcaggag cacttctacatggagacccagggggtgatcgctgttcccagggctgaggcgggggagatg gacctctttgtggccagccagcatgccgccttcactcaggaagtggtgggcatgaccctc ggtattgattccaataagatcacctgtcatgtgaagaggcttggaggaggctttgggggg aaagtcatgaagatcgctgccctgtcagccatcacagccactgctgcacacaagactggt caagcagttagatgtgttttagatcgtagtgatgacatgctgatcacaagcggaagacat ccgttcctggggaagtataaggttggcttcatgagggatgggacagttctggctgtggac atgatttactatagcaacgggggatgcacactggacgagtcctcatttatcatggagaaa gctctcctccacatggacaacggctatgggattcctcacctgcgtggccgaggcctggtg tgtaagacctacctgccgtcttacaccgccttccggggcttcgggggtccccagggcctg accatgatagagagcgtcctgcaagaggtggccacgtgctgtggactgcctgcggagagg gttaggcagctgaacatgtacagagacaaggagtccatcacccatcacaagcagctcttc tccccgcgcgacatgctgcgctgctgggaccagtgcctggagaaggcccagtaccacgcc cggaggcaggccatccagctattcaatgcccacaaccactggaagaagaggggcatctgc gctgtgccactaaagtttggcatcggcttctccaagggcttctataaccagggtgcggcc ctggtgaacatctacaaagatggctccgtactggtgtctcacggagggacagagatggga cagggcatcaacaccaaagccatgcagattgcaagccgcatcttgaaggtgcccatgtcc ctgatccacataaaggagacctgcacgggcaacgtccccaatgccgccccctccgccgcc tcttttggcactgacgcagtaggcatggccgtcaaggacgcttgtgagaaattaatgaat cgcctggaaccagtgatgcaaaaacatccaagctacacctggcctcagacggttgtcgag gcatactgccagaagattagcctgtctaccactggcttcttcatgggaccccacactaat gtggactgggagagcggggagggcaacgcctactactacttcactttcggggcctgctgc tcggaagtggagattgattgcctgacaggagaccataaaaacattaggactgatattgtg atggatgttggaatgagcctgaacccggctttggatatcggacagattgagggaggcttt gtgcagggcgtcggcctctacaccatcgaggagctccagttctctcctgagggggtgctg atgacccgcgggccgtctcagtacaaaatcccagccctctgtgacgtccctccccagctc aacgtccacctgctgcccgactctcacaacccccacgcaatctactcctccaaggggatc ggcgagcctcccgtgttcttcggctgcaccgtcttctttgcggtgaaggaggccatcgca gcggcccgccgagagcgaggcctgagtgacagcttccctctgagctcgcccgccaccgca gagaagatccgcatggcctgcgaggaccagttcactaagatggtatga

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