Vibrio fluvialis: AL536_04035 Help Entry AL536_04035       CDS       T04379                                  Name (GenBank) glucosylceramidase   KO K17108   non-lysosomal glucosylceramidase [EC:3.2.1.45] Organism vfl  Vibrio fluvialis Pathway vfl00511   Other glycan degradation vfl00600   Sphingolipid metabolism vfl01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:vfl00001]  09100 Metabolism   09103 Lipid metabolism    00600 Sphingolipid metabolism     AL536_04035   09107 Glycan biosynthesis and metabolism    00511 Other glycan degradation     AL536_04035 Enzymes [BR:vfl01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.45  glucosylceramidase      AL536_04035 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  DUF608 Glyco_hydr_116N Bac_rhamnosid6H RnlB_antitoxin Trehalase Glyco_hydro_36 Motif Other DBs NCBI-ProteinID:  AMF92653 UniProt:  A0A0X8LIK9 LinkDB All DBs Position 1:complement(874388..877465) Genome browser AA seq 1025 aa AA seqDB search MINKIPYTSYSGQAGALCSKGNAVEFLQPWYTPISTTPANTGMAVGGIGSTFTLTPQGNT PNFSFIPGIFVDCEYESIHFNDFYFSVMDEHSLDNLDIPNVGELLLFLKYYPADFSFDIH HADNKSYILSGIKDCLRSGLFYLNNKSNFERWQIEFSDKTQQAITNDPSSLETQLLVVID FFNGLLVNNSARALSLTANNGSSVESIDPSDIEYRALYPIAEYEYQGLESVALTRQVISP IVKNDQMLCSLPMHWNHFEMSNRSDKTQLVTLVQPLRNLIGSTYKKAREGVQDSCCHLVQ NAISQQHQPVTISGAGFEFHGVSMTSNSPYDGDISGEVLYGVHTQLDGVAAEQVTVTVKP QVYCSKADQQVERALKTGRTNAHFDRGIYSGREPLSALVCVQVTLKPGETIALRFAQVMD HSKILLDGWESEKAYARYFDAQSRAQSILNQTLPRLSEIEQNIISQQLEFLDNASQTFVD NDSALRFATMAMNSLSFLAESTVWDKENVLLVKECVDYPFFNSLDVYFYGSFSLLYLLPE LDGCVMKHFAKAILNSDEKLRRYWEYEDKPYAELVDEKYQGSRAERGAVIHDLGSPFDIE PDAYSWHNVKEWKDLAPKFILMVYRHWQKTGNREVVESCWSSVKESIDYLTNLIEDGDTL PLTRGTDDTFDNLASHGVSIYCGGLWVAGLRAASELALLVGEKELAQGYTQRSKEALETL ERGLWDEQKGYYHFFITPIQAKHLTGNGFESLEKLGLTLTGNTVHDASLVNAYLDAYDVD SSVSKRDQRLAKKQRLIDLAPQAFSAEFAKLEADSDNSFGDALLADSYLKQVDLPGLFDS SRIERTLDFIYQTNFVSNSPKLGVANMTLADGRPHDAFQAQDVWIGVQFSVATALRLAGK QEQAECLMDTVYQALYSMAKIPFAAPEGFNCSVTVSGKDIAQRFDLKSEVASELLLQLQK VGHLFADGRVNPELTQNIEEFALSLSKLPSNVDYRDLHTWLLSTGLKYTAGRYFRPGMIY AYLYR NT seq 3078 nt NT seq  +upstreamnt  +downstreamnt atgataaataaaattccatatacatcgtattcaggtcaagctggtgcattatgcagtaaa gggaatgccgttgagtttcttcagccttggtataccccgatctcaacaactcctgccaat acagggatggctgtgggtggtatagggtcgacatttaccttaaccccgcaaggtaacacc ccaaactttagctttattccaggtatatttgttgactgtgagtatgaaagtattcacttt aatgatttttatttttctgtgatggatgaacactctctggataatttggatataccaaat gttggtgagttgttactgtttttgaaatattatcctgcggatttttcttttgatattcat catgccgataataaaagttatattctttctggaataaaggattgtttgcgttcaggcttg ttctatctaaataataaatccaactttgaacgttggcagattgaattttccgataaaacc caacaagcgatcaccaacgatccttctagtcttgaaacccagttgcttgttgtgatcgat ttcttcaatggtttattggtaaacaactcggcacgagctctgtcgctgacggctaataat ggttcaagcgttgaatctattgatccaagcgacatagagtaccgtgctctttatccgatc gcagagtacgaatatcaagggcttgagtctgttgcgctaacgcgtcaggtcatttcacct attgtgaaaaacgaccaaatgctttgtagcttgccgatgcactggaaccacttcgagatg agtaaccgtagtgacaaaactcagcttgtcaccttggttcaaccgttacgcaatttgatt ggttcaacctataagaaagcacgtgaaggtgttcaggattcttgttgtcacttagttcaa aatgccattagccaacaacatcagccagtaactatctctggtgctggttttgagttccat ggcgtgagtatgacatcgaactcaccttatgatggcgatatctctggtgaggtcttgtat ggcgtgcatacccaacttgatggggtagcggctgaacaagtaacagtgaccgtcaaacct caggtctactgcagcaaagcggaccaacaagttgagcgagcattaaaaacaggccgtacc aatgcgcattttgatcgtggtatctatagtggtcgagagccattaagtgctttggtctgt gtgcaagtaactcttaaacctggtgagacgattgcacttcgatttgctcaagtgatggat cacagcaaaatcttattggatggttgggaaagtgaaaaagcttatgcccgttactttgat gctcaatcgcgagcgcaatctattctcaaccagactttaccgagactgagcgagatcgaa caaaacattatcagccaacagctcgagttccttgataatgccagccaaacctttgttgat aatgacagtgcgcttcgtttcgccaccatggcgatgaacagcttgtccttcctagcggaa tctacggtatgggataaggaaaacgtacttctggtgaaagagtgtgttgattacccattt tttaactcactggatgtgtatttctacggttcattttctctgctctatctgcttccagag cttgatggctgcgtaatgaaacactttgccaaagctatcttaaacagtgacgaaaagctg cgacgctactgggaatatgaagataagccttatgcagagctggtggacgagaaatatcag ggaagcagagctgaacgtggggcggtcattcacgatctgggcagtccttttgatattgag ccagacgcttacagttggcataacgtcaaagagtggaaagacttagcgcctaaattcatt ctgatggtgtatcgccactggcaaaaaacgggcaaccgagaagtggttgaaagttgttgg tcatccgtgaaagagagtatcgattatctgaccaatcttattgaagatggagatactctg cctttgacccgcggcactgatgacacctttgacaatcttgcttctcatggtgtttcaatc tactgtggtggcttatgggtagcagggttgcgtgccgcgagtgaactggctttgttagtt ggtgagaaagagctggctcaggggtatacacaacgttctaaggaagctcttgaaacatta gagcgcgggctttgggatgagcaaaaaggctactaccatttcttcattacaccaatacag gctaagcatttaactggaaacgggtttgaatcacttgaaaaacttggcttaacgctgacg ggtaatactgtacatgatgctagcttggtcaacgcttatttagatgcttacgacgtagac agtagtgtcagcaagcgcgaccaacgtttggctaagaaacaacgactgatcgacctagcg ccgcaagcattcagtgctgagtttgccaaattagaagcggattccgacaacagttttggt gacgcactattggcggacagctatctgaaacaggtcgatttaccgggcttgtttgattca tcgcgcattgaacgtacgctagattttatctatcaaaccaactttgttagcaacagccct aaattgggggttgcgaatatgacgctggcagatggtagacctcacgatgcgtttcaggcg caagatgtttggattggcgttcagtttagtgttgcgactgcactgcgtcttgcgggtaaa caagagcaagcagaatgtttgatggacacggtatatcaggcactttacagcatggcaaaa attccttttgcagctccagaagggtttaactgctctgttactgtaagcggcaaagacatt gcacaacgctttgacctgaagtcagaggtggcgagtgagttgttactgcaattacagaag gttggccacttgtttgctgatggtcgggtgaatcctgagctgactcaaaatattgaggag tttgcgctgagtttgtccaaactaccgtcaaacgtcgactatcgtgatctccacacttgg ttgttgagtaccggtttgaaatacacagccggacgttatttccgtcctggaatgatctac gcctatctctatagatag

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