Pseudobutyrivibrio xylanivorans: FXF36_15770 Help Entry FXF36_15770       CDS       T06217                                  Name (GenBank) beta-glucosidase   KO K05349   beta-glucosidase [EC:3.2.1.21] Organism pxv  Pseudobutyrivibrio xylanivorans Pathway pxv00460   Cyanoamino acid metabolism pxv00500   Starch and sucrose metabolism pxv00946   Degradation of flavonoids pxv00999   Biosynthesis of various plant secondary metabolites pxv01100   Metabolic pathways pxv01110   Biosynthesis of secondary metabolites Brite KEGG Orthology (KO) [BR:pxv00001]  09100 Metabolism   09101 Carbohydrate metabolism    00500 Starch and sucrose metabolism     FXF36_15770   09106 Metabolism of other amino acids    00460 Cyanoamino acid metabolism     FXF36_15770   09110 Biosynthesis of other secondary metabolites    00946 Degradation of flavonoids     FXF36_15770    00999 Biosynthesis of various plant secondary metabolites     FXF36_15770 Enzymes [BR:pxv01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.21  beta-glucosidase      FXF36_15770 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Glyco_hydro_3_C Glyco_hydro_3 Fn3-like Toxin_SdpC Motif Other DBs NCBI-ProteinID:  QFJ56371 UniProt:  A0A5P6VWA3 LinkDB All DBs Position PxyII:16123..19068 Genome browser AA seq 981 aa AA seqDB search MGSKKKSGKVFSVLGIIFLILAVVITGAGNYFGGILDTYIGLGEAVMVQKPGSENWDTDY YTTDYDTAEEIDKYAKDVTKRIAEEGITLMKNNGTLPLSKGQSVSLFGRRSVDVVWGGNG SGAGDPAQCTSIQKALQDEGFNVNDTLTKLYSENLDKVESMSYTMDKPSAMTYYIGEFPV SYYNNSVTASYEKYHDAAIVVLGRQGGEGMDLCSDLKGSISSGETAMSNDVAETKNYEDG QHELELCKEEKDLLKHVEENFDNVVVVINSANVMELGELQDDENVDAVLWMAYPGSRGTV ALAEILDGKINPSGHTVDTWPRDLAADPTYANVTTEKYSNTDGYMIEYEEGIYVGYRWYE TAAAEGVIDYDNAVVYPFGYGLSYTSFAQAITDVKENGNNIDVTVSVTNTGDVAGKDVVQ IYYSAPFNGDIEKAEVVLAAYDKTDDINPGETKEYTLSFGKDTMASFDYKNAGCYVLDEG SYIISVRKNSHELYGENCEYEYVVDSKVVYDSSNPRPTEVEAQTGEYVNYSDEWKANHQT VAATTKFDEQNAHFEEGKSTILSRTDFASTMPTAPTADDLKAADSVVANFKEYKPDYYDN ADEKPATGENNKINAVTLRGATYDDPRWDALLDELTEKEMTELIYSGNQGTIPVKSIGLP MSNATDGPAGLKQYGGLGFGASGNFNCCGTLVAATWNTDLATEYGIAVGNEAVIAGVDGW YAPGCDLHRTAFGGRNFEYYSEDPVITGKTCAATIKGTSSKGLTTMFKHFALNDVEAHRI DNGPCVWANEQAMRELYLKAFEIAIKEPVAELKYLDEDGNTQTKTMRSSLGVMSSFNRIG SVWSGGCGSLLNGVLRDEWGFLGTVVTDYNGYGYMNVEWGITNGNDLMLANASTLPSKIA DTSNASSLKYMRQAAKNIIYTHVNSNTVNGLSDGTTLEYKMAPWRMAMYGVVALFAILGI VFLFIGHKKKSKNVIKVEVEK NT seq 2946 nt NT seq  +upstreamnt  +downstreamnt atgggaagtaaaaaaaagtcaggaaaagtattttcagtccttggaataatatttctaatc cttgcagtggtaatcacaggggcaggtaattatttcgggggaattttggatacttatatt ggtctcggagaggctgtaatggttcaaaagccaggtagtgaaaactgggacacagattat tacacaacagactatgatacagcagaagaaattgataagtatgcaaaagatgtaacaaag agaattgcagaagagggcattactcttatgaaaaataatggaacattacctctttcgaag gggcagtcggtttcattgtttgggcgtagaagcgtggatgttgtctggggcggtaatggc tctggagcaggcgatcctgctcagtgcacatctatccagaaggcactccaggacgaaggc tttaatgtaaatgatactttaacaaagctctattctgagaatcttgataaggttgaatcc atgtcatacacaatggacaagccaagtgcgatgacatactacattggcgaattcccagtg agctattacaacaatagtgttacagcatcatatgaaaaatatcatgatgcagccattgtt gtattaggacgtcagggaggtgaaggtatggacctttgctctgacttaaagggaagcatt tcaagtggcgaaacagccatgtctaatgatgtagcagaaacgaaaaattacgaagatgga cagcacgagcttgagctttgtaaggaagaaaaggatcttttaaagcatgttgaagagaac tttgacaatgtagtggttgttataaacagcgccaatgttatggagcttggagaattgcag gatgatgaaaatgtagatgctgttctttggatggcttatccaggttcaagaggtactgtt gcccttgcagagattttagatggcaaaataaatccatctggtcatacagtggatacatgg ccaagagatcttgctgcagatccaacttatgcaaatgtaacaacagagaaatactctaac acagatggatacatgattgagtatgaagagggcatctatgttggatacagatggtatgaa acagctgcagctgagggtgtaattgactatgacaatgctgttgtttatccatttggatat ggacttagctatacatcatttgcacaggcaattacagatgttaaggaaaatggaaacaat atcgacgtaacagtgtcagtaacaaacactggtgatgttgcaggtaaagatgtagttcag atttattacagcgcaccatttaacggagatattgaaaaagctgaggttgtactggcagcc tatgataaaacagatgatatcaacccaggagagacaaaagagtacactctttcctttgga aaagatacaatggcaagctttgattacaagaatgctggctgttatgtgcttgacgaggga agctatatcatttcagtacgtaagaatagccatgagttatatggtgaaaattgcgaatac gaatatgtagtggattccaaagtggtatacgattcatctaatccaagacctacagaggtg gaggctcaaacaggtgaatacgtaaactattcggatgaatggaaagctaatcatcaaact gttgcagctacaacaaaatttgatgaacagaacgctcatttcgaagaaggaaagtcaaca attctttcaagaacagattttgcttcaacaatgccaacagcccctacagcagatgacttg aaggcagctgacagtgtagtagctaattttaaagagtacaagcctgattattatgataat gctgatgaaaagccagcaacaggtgaaaacaacaaaataaatgcagtaaccctaagaggt gctacatatgatgatcctagatgggatgctctgcttgatgaattaacagaaaaagaaatg acagagctaatctattcaggaaaccagggaacaatacctgttaaatctattggacttcca atgtccaatgctacagatggccctgctggattaaagcaatatggtggcttgggatttggc gcatctggaaactttaactgttgtggaacattagtagcagccacatggaatacagatctt gccaccgaatatggtattgcagttggtaatgaagcggttatagcaggcgttgatggttgg tatgctccaggctgtgacttacatagaacagcattcggtggtagaaacttcgaatattat tcagaagatcctgttattacaggtaaaacttgcgcggcaacaattaaaggtactagctca aagggtcttactacaatgtttaagcactttgcattaaatgatgtggaagcccatagaatt gataacggtccatgtgtatgggctaatgagcaggcaatgagagagttgtatctcaaggca tttgagattgccatcaaagagccagtggctgaattaaagtatttggatgaagatggaaac actcaaacaaagacaatgagaagttctcttggcgtaatgagctcattcaacagaatcgga tctgtttggtctggtggctgcggcagccttttaaatggtgtacttagagatgagtgggga ttccttggaactgttgtaactgattacaacggatatggatacatgaacgttgaatgggga atcacaaatggaaatgatttgatgcttgctaatgcatctacacttcctagcaagattgca gatacaagcaatgcttcatccctgaaatacatgcgacaggcagctaaaaatattatttac acccatgtaaattctaatacagtaaacggtctttctgatggaacaacacttgaatacaag atggcaccatggagaatggctatgtatggtgtagtcgctttatttgcaatattaggaata gtctttttgttcatcggacataaaaagaaaagtaaaaatgtgattaaagtggaagttgaa aagtaa

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