Oncorhynchus kisutch (coho salmon): 109867413 Help Entry 109867413         CDS       T09179                                  Name (RefSeq) carboxylesterase 1F isoform X1   KO K03927   carboxylesterase 2 [EC:3.1.1.1 3.1.1.84 3.1.1.56] Organism oki  Oncorhynchus kisutch (coho salmon) Pathway oki00983   Drug metabolism - other enzymes Brite KEGG Orthology (KO) [BR:oki00001]  09100 Metabolism   09111 Xenobiotics biodegradation and metabolism    00983 Drug metabolism - other enzymes     109867413 Enzymes [BR:oki01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.1  Carboxylic-ester hydrolases     3.1.1.1  carboxylesterase      109867413     3.1.1.56  methylumbelliferyl-acetate deacetylase      109867413     3.1.1.84  cocaine esterase      109867413 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  COesterase BD-FAE Abhydrolase_3 Peptidase_S9 Say1_Mug180 Esterase Proteasome Motif Other DBs NCBI-GeneID:  109867413 NCBI-ProteinID:  XP_020312151 Ensembl:  ENSOKIG00005043524 LinkDB All DBs Position LG22:complement(36401533..36440331) Genome browser AA seq 1092 aa AA seqDB search MKEPSGLLRLSLSIGLLFLYTLAESNAPVVQTKLGGLRGQYVSVKGKETVVQAYLGVPFA KPPVGPLRLAPPQPVEGWEGVRDAIQQPLMCFQDRQITKDLYSNVSMTVEIPEVSEDCLY LNIYTPVKPAEKTRLHVMVWIHGGGFAMGSASAYDGSALAAYQDVVVVVIQYRLGWLGFF STGDKYAPGNMGLLDQVEALRWVQEHIHNFGGDSKSVTIFGESAGGASVSLLLLSPLSIG LFHGAIAQSGTAAMKMLFTPNPLLVAQKVANLTGCESTNTVKIADCVKKLTADHIMNIQK QNQMLFFGVTADGQFLSKSAMEISQNHEMHKVPFMTGVNDNEGGWLLAKFFAPPGWEDGV DRVKVIPMMAMFYPDPKDQWITELIADEYLGTSGNRVKNRDGFTELLGDIMFTIPALQTA NFHRDAGVPVYLYEFQQTPSMLKKMRPSFVGSDHGDELMFVFGFCFTSHFIMDGCAEKDE QLSRIMMSYWGNFARTGSPNGAGLVQWPQYGLEGHYLGIGLEQVPGQHLKRDRFTFLTQT VPEKLRLGREKMEQSDLPKTGPVVQTKLGGLRGQYVSVKGKETVVQAYLGVPFAKPPVGP LRLTPPQPVEGWERVRDATQQPLMCLQDRQRTVDFASNWSIKVEIPAVSEDCLYLNIYTP AKPAKNTKLPVMVWIHGGGFAMGSASTYDGSALAAYQDVVVVVIQYRLGLLGFFSTGDKY APGNMGLLDQVEALRWVQEHIHNFGGDSKSVTIFGESAGGVSVSLLLHSPLSAGLFHRAI AESGTAAMDAIINSDPLSVAQMVATILGCNSSNTEQIADCVEKLTADDIVNVHKQNQMLR IGVTVGGHFLPKLLTETFHNHEMHKVPFLTGTNTDEGWLLANMMAPPGWVDGIDREQVMP LLALCYPDPKDQWITELIADEYLGTSGDRIKNRDGFIELVGDALFTIPALKTAGFHRDAG VPMYLYEFQQTPSMLKKMRPSFVGSDHGDELMFVFGYCFTTSHVTVDALCTEEDEQLSGI MMSYWGNFARTGSPNGVGLVQWPQYGPEGDYLGIGLEQVPGQHLKRDRFTFMTKILPEKV HLVQEKIKHSEL NT seq 3279 nt NT seq  +upstreamnt  +downstreamnt atgaaggaaccttcaggcttactgagactttccctgtcaattggcctactatttctgtat actttggccgaatccaatgcacctgtggtccagaccaaactggggggactgagagggcaa tatgtgagcgtaaaggggaaggagacggtggttcaggcctacctgggtgttccgtttgcc aaaccacctgtcggccccctgagactagccccgccccagcctgtggagggatgggaggga gtgagggacgccatccagcagcctctcatgtgttttcaagacagacaaattacaaaagac ctttactccaatgtgtccatgacagtggaaatcccagaggtgtcagaagattgtctttat ctcaacatttacactccagttaaacctgctgagaaaacaaggcttcatgtcatggtttgg atccatggtggcggattcgccatgggttctgcatcagcatatgatggttctgctttggct gcataccaggatgtggttgtggtggtgatccaataccgtttgggatggctggggttcttc agcacaggagacaagtatgccccagggaacatgggactacttgaccaggtggaagccttg cggtgggtccaggagcacatccacaactttgggggcgactccaagtcggtcaccatattt ggagagtctgctggtggagcaagcgtatcgttactgcttctctctccattgtctattggt ctgttccatggcgcgatagcccagagtggtactgcagcaatgaaaatgctcttcactccc aatcccctgcttgttgcacagaaggtggcaaacctgactggctgtgaaagcaccaacaca gtgaagatagcagactgtgtgaagaagttgactgctgatcacattatgaacattcagaaa cagaatcaaatgctattctttggtgtgactgctgacgggcagttcttgtccaaatcggcg atggagatttctcaaaaccatgagatgcacaaggtaccgtttatgactggagtcaatgac aacgaaggtggctggcttttagcaaagttctttgctcctccaggttgggaggatggagtg gaccgggtgaaggtcatacccatgatggccatgttctacccagatcccaaggatcagtgg ataactgagctaatagcagatgaatacctgggaacctctggaaatcgggtgaaaaaccgt gatgggttcactgagctgcttggggacattatgttcaccattcctgccctccaaacggca aacttccacagagatgcaggtgtgcctgtgtacctgtatgagttccagcaaactcccagc atgcttaagaagatgaggccgagttttgttgggtctgaccacggagatgagcttatgttt gtttttggattctgcttcacatcacattttataatggatggttgtgcagagaaagatgaa caactaagcagaatcatgatgagttactggggtaactttgctcgtacagggtctcctaat ggggccggcctggttcagtggccacagtatggactagaaggacattacctggggataggg ctggagcaggtacctggtcaacacctgaagagggaccgcttcaccttcctgacacagact gttcctgagaaactacgtttgggtcgagagaagatggagcaaagtgatctgccaaaaact gggccggtggtccagaccaaactggggggtctgagagggcagtatgtgagcgtaaagggg aaggagactgtggtacaggcctacctgggtgtgccgtttgccaaaccacctgttggccca ctgagactgaccccgccccagcctgtggagggatgggagagagtaagggacgccacccag cagcctctcatgtgtcttcaagacagacagcgtacagtagactttgcgtccaactggtca atcaaagtggaaatccccgcagtgtcagaagattgtctttacctcaacatatacaccccg gctaaacctgctaagaataccaagcttcctgtcatggtttggatccatggtggcggattc gccatgggttctgcatcaacatatgatggttctgctttggctgcataccaggatgtggtt gtggtggtgatccaataccgtttgggactgctggggttcttcagcacaggagacaagtat gccccagggaacatgggactacttgaccaggtggaagccttgcggtgggtccaggagcac atccacaactttgggggcgactccaagtcggtcaccatatttggagagtctgctggtgga gtgagtgtatcgttactgcttcattcaccgttgtctgctggtctgttccatcgtgcgata gctgagagtggtactgcagctatggacgctatcataaattccgaccccctgtctgtggcc cagatggtggcaaccattttgggctgtaacagcagcaacacagagcagattgcagactgt gttgagaagttgactgctgatgacatagttaatgttcataaacagaaccaaatgttgcga ataggtgtgactgttggtgggcatttcctgcccaagttgttgactgagactttccataac cacgagatgcacaaggtgccgtttctgacgggcaccaatactgatgaaggttggctactg gcaaacatgatggcacctcctggttgggtggatggaatagaccgggagcaggtcatgcct cttttggcattatgttaccctgatcctaaggatcagtggataactgagctgatagcagat gaatacctgggaacctctggagatcggattaaaaaccgtgatgggttcattgagctggtt ggggatgctttgtttaccattcctgctcttaaaacagcaggcttccacagagatgcaggt gtgcctatgtacctgtatgagttccagcaaactcccagcatgcttaagaagatgaggccg agtttcgttgggtctgaccatggagatgagcttatgtttgtttttggatactgcttcaca acatcacatgttacagttgatgccttatgtacagaggaagatgaacagctaagcggaatc atgatgagttactggggcaactttgctcgtacagggtctcccaacggggtcggcctggtt cagtggccacagtacggaccagaaggagattacctggggatagggctggagcaggtacct ggtcaacacctgaagagggaccgcttcaccttcatgacaaagatcctccctgagaaagtg catttggttcaagagaagattaagcacagcgagctgtaa

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