Anolis carolinensis (green anole): 100565091 Help Entry 100565091         CDS       T01608                                  Name (RefSeq) aldehyde oxidase-like   KO K00157   aldehyde oxidase [EC:1.2.3.1] Organism acs  Anolis carolinensis (green anole) Pathway acs00280   Valine, leucine and isoleucine degradation acs00350   Tyrosine metabolism acs00380   Tryptophan metabolism acs00750   Vitamin B6 metabolism acs00760   Nicotinate and nicotinamide metabolism acs00830   Retinol metabolism acs00982   Drug metabolism - cytochrome P450 acs01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:acs00001]  09100 Metabolism   09105 Amino acid metabolism    00280 Valine, leucine and isoleucine degradation     100565091    00350 Tyrosine metabolism     100565091    00380 Tryptophan metabolism     100565091   09108 Metabolism of cofactors and vitamins    00750 Vitamin B6 metabolism     100565091    00760 Nicotinate and nicotinamide metabolism     100565091    00830 Retinol metabolism     100565091   09111 Xenobiotics biodegradation and metabolism    00982 Drug metabolism - cytochrome P450     100565091 Enzymes [BR:acs01000]  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      100565091 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  MoCoBD_2 MoCoBD_1 FAD_binding_5 Ald_Xan_dh_C CO_deh_flav_C Fer2_2 Fer2 DHODB_Fe-S_bind Motif Other DBs NCBI-GeneID:  100565091 NCBI-ProteinID:  NP_001280175 UniProt:  M1ZMR2 LinkDB All DBs Position 1:117749121..117823038 Genome browser AA seq 1347 aa AA seqDB search MSLLGATESHELIFFVNEKKISVKNADPETTLLSYLRKKHILFFICLTGTKYGCGVGGCG ACTVMISIYNPFSKKILRYSANACLIPICSLHGAAVTTVEGVGSTKSHIHPVQERIAKWH GSQCGFCTPGMVMSIYTLLQNYSEPSSEQIYEALVGNLCRCTGYRPIIEGCKTFCKTKDF SCCKIKEKGNCCMDIEETLSSCKQNEISQKLFTTEEFQPQDPTQKHFFPPELVLMATAQQ KRTLSFRGERTTWISPSSLKELLELKSKFPKAPLVVGNTIVGTELVFKGAFHPVIISPTR IFDLNTVIFSKTGLTLGATCSLSLMKDILTNIVSELPREKVGIFHALLQQLKCLGGRQIR NMACLGGNIISRQTSSDLNPVLAAGCSVLNVASKRGSRQIPLDEDFLTGSENTSLAADEI LVSVYIPYSKMGEFVSAFRQAQRRENALPIVNAGMRVSFKSGSDIIADISIYFGGIASTT ICAKKSCQMLKGRAWNEHTLEEACRLVSKEISILPPTPEGMTEYKQTLAISFIFKFYFQI VQQFNYMHSFGHQAVPMNHMSILKTFDTTLPQGSQKYQDVDPAQLPHDTIGCPLMHHAGV KHATGEAIYCDDMHTVENELFLALVTSSRAHAKIVSIDVSETLQLPGVIDVITVKDVPGR NEFCCISEPESLFVTDKVTCVGQIICAVIADSATHAKRATSTVKIIYKDLEPVVLTIEEA TEHKSFFSPERKLEQGNVQKGFLGAEHILEGEIHIGGQEHFYMETQSVLVVPKGEDKEID IYVSSQHPSFTQELVASVLNIPYNRIRCHVKRVGGGFGGKVTKPAILAAITAVAANKTGH AVRCVLDRGDDMLITGGRHPFFGRYKVGFMNDGTIVALDVRYYSNAGCTPDESVTVMENA LLRMDNAYKIPNLLCQGCVCRTNLPSNTAFRGFGFPQSALVTETLITDIATKTGLPPEKI REKNMYKTLDRTHYKQEVNPKNLIRCWNECMKKSCFYKRKEDVEKFNKYNYWKKKGIAII PLKYSIGFEPKFLNQAAALVHIYLDGHVLVTHGGVELGQGIHTKIMQIASRELKIPMSYI YISETSTVTVPNTRPTAASIGTDINGMAVKNACETLMKRLQPIMDENPEGKWKDWITEAF HQSIGLSATGFFRGYDTHMDWEKGEGHPFEYFVFGAACSEVEIDCLTGDHKNIRTDIVMD VGCSINPAIDIGQIEGAFVQGLGLYTMEVLKFSPEGVLRTCGPNQYKIPAICDIPEQFSV SLLSSSQNISAIYSSKAIGEPALFLGCSVFFAIKDAISAARKERGLTGLFTLHSPATPEH IRMACVDQFTMRSSKNKSDVLSAATSS NT seq 4044 nt NT seq  +upstreamnt  +downstreamnt atgtctctccttggagcaacagaatctcatgaactgatcttctttgttaatgaaaaaaag atatcagtgaagaatgctgatccagaaacaacattattgtcctatttgagaaagaaacat atccttttctttatctgcttaacaggaacaaagtatggttgtggagttggaggctgtggt gcttgtactgtaatgatatccatatataatccattttccaagaagatactgcgttattca gccaatgcctgtctaattcccatatgttcgctgcatggagcagctgtcacaactgttgaa ggtgttggaagtaccaaatctcacattcatccagttcaagaaaggattgctaaatggcat ggctcccaatgtggtttctgtactcctggaatggttatgtccatctacactttgttgcaa aactattctgaaccttcttcagagcagatatatgaggcgttggtgggcaatctctgccgt tgtactggttacaggcccatcattgaaggatgcaagactttctgtaaaacaaaagatttc agctgttgtaaaataaaagagaaagggaattgttgcatggatatagaagaaacactctct tcctgcaaacaaaatgaaatttcccaaaagctcttcacaacagaagagttccagccacag gacccaacccagaagcattttttcccacctgaacttgtgttaatggctactgcccagcaa aaaagaactctttctttccgtggagaaagaacaacatggatttctccatcaagtctgaag gaactgctggagctcaaatccaaattccccaaagcacctcttgtagttggaaataccatt gttggaactgagttggtatttaaaggagcttttcacccagttatcatctctcctactagg atttttgatctgaatactgtgattttctcaaaaactggattaacactaggagcaacttgc agcttgtccttaatgaaagatatattaacaaacattgtctcagagcttccaagggagaaa gtggggattttccatgccctgttgcaacagttaaaatgcctgggtggacgacagatcaga aacatggcttgtttaggagggaatatcatcagtcgacagacatcatcagatctaaatcct gttcttgctgctggctgctctgttctcaatgtggcatcaaaacgtggatctcggcagatt cctttagatgaagattttttgactgggagtgaaaatacatcacttgcagcagatgaaatt ttagtatctgtttacatcccttactctaagatgggtgagtttgtttcagcattccgtcag gcccaacgccgggaaaatgctctgcctattgtgaacgctgggatgagggtctcctttaag tcaggctcagatatcattgcagacatcagcatttattttggaggcattgcttctacaaca atctgtgcaaaaaaatcttgtcagatgcttaaagggagggcctggaatgaacataccctg gaagaagcatgcaggctagtctctaaggagatttcgatccttcctccaactccagaagga atgacagaatacaaacaaactctcgctatcagtttcatatttaaattctatttccagata gtgcaacaatttaactacatgcattcatttggtcatcaagctgtgccaatgaaccatatg agtattctgaagacatttgataccacattgcctcaaggttcccaaaagtatcaggatgtt gaccctgcacagttgccccatgacacgataggatgtcccctaatgcatcatgcaggtgtt aagcatgccactggagaagctatctattgcgatgatatgcacactgtggaaaatgaatta tttttggccttagtgacaagttcgagagcccatgccaagattgtatcaattgatgtatca gaaactcttcagttgcctggggtgattgatgtgataacagtgaaagatgtgccaggtaga aatgaattctgttgcatcagcgaaccagagagtttgtttgtgactgataaggttacctgc gtgggtcagataatttgtgctgtgattgctgattcagctactcatgcgaaacgtgcaacc tcaacagtaaaaataatatacaaagatctggaaccagttgttctgactattgaggaagca acagaacataagtcattcttcagtccagaaagaaaacttgaacaaggaaatgttcaaaaa ggatttcttggggcagaacatattcttgaaggtgaaattcacattgggggacaggaacat ttctatatggaaactcaaagtgtacttgttgttccaaagggagaggataaagaaatagat atttatgtatcctcacagcatccaagttttacacaggaacttgtggcctctgttttaaat attccatataacaggatcagatgccatgtaaaacgggttggtggtggatttgggggtaaa gtcaccaaacctgctattctggctgctatcactgcagtagcagcaaataaaactggccat gcagttcgttgtgttctggatcgaggagatgatatgttgataactgggggaagacatcct ttctttggaaggtataaagttggatttatgaatgatggcacaattgtggctctggatgtg agatactacagtaatgctggatgtacaccagatgaatctgttacggtaatggaaaatgca ttgctaagaatggataatgcttataagatccccaacttactatgccaaggatgtgtctgc aggacaaatttgccatcaaacacagcattcagaggatttggttttcctcagtcagccctt gttacagagacactgataacagatatagcaaccaaaacaggtttaccaccagaaaagatc agagagaaaaacatgtacaaaacacttgatagaacacattacaaacaagaagtgaaccca aagaacttgataagatgctggaatgagtgcatgaagaagtcatgtttttacaaaaggaaa gaagatgtggaaaaatttaataaatataattactggaaaaagaaagggattgccattatt ccattgaaatattcaataggatttgagccgaagtttcttaatcaggctgcagcccttgtt catatctacttagatgggcatgtattggtgactcatggtggtgttgaattaggacaaggg attcacaccaaaattatgcagatcgccagtcgtgaattaaagataccaatgtcttatatt tatatcagtgaaacaagtacagtgactgtgcctaatacaagaccgacagcagcctctatc ggtactgatattaatgggatggcagtgaagaatgcttgtgaaactcttatgaaacgactt cagcctattatggatgaaaatccagaagggaaatggaaagactggattacagaagctttt catcagagtattggtctttccgctactggcttcttcagaggttatgatacacacatggac tgggagaagggagaaggacatccgtttgaatattttgtttttggagctgcttgttcagaa gtggaaatagactgtctgacaggagatcataagaacattaggactgatatagttatggat gttggttgcagcattaatccagctatagatataggacagattgaaggtgcttttgtacaa ggccttggtctttatacaatggaagtgttgaaattctctccagaaggagttctgaggacc tgtggcccaaatcaatataaaatcccagcaatatgtgacattcctgaacaattttctgtc tctttactttcttcatctcaaaacatcagtgcaatttattcatccaaggcaattggtgaa ccagctttgttcctgggatgttctgtcttttttgctataaaggatgctatctcagcagca cgaaaggaaagaggattaactgggctatttacattgcatagcccagcaactcctgagcac attcgaatggcttgtgttgatcagttcacaatgaggagttcaaagaataaatcagacgtt ctctctgctgcaacaagttcatag

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