Mucilaginibacter xinganensis: MuYL_1637 Help Entry MuYL_1637         CDS       T05010                                  Name (GenBank) glycoside hydrolase family 2   KO K01190   beta-galactosidase [EC:3.2.1.23] Organism muc  Mucilaginibacter xinganensis Pathway muc00052   Galactose metabolism muc00511   Other glycan degradation muc00600   Sphingolipid metabolism muc01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:muc00001]  09100 Metabolism   09101 Carbohydrate metabolism    00052 Galactose metabolism     MuYL_1637   09103 Lipid metabolism    00600 Sphingolipid metabolism     MuYL_1637   09107 Glycan biosynthesis and metabolism    00511 Other glycan degradation     MuYL_1637 Enzymes [BR:muc01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.23  beta-galactosidase      MuYL_1637 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Glyco_hydro_2_C Bgal_small_N Glyco_hydro_2_N LacZ_4 Glyco_hydro_2 CARDB BetaGal_ABD2 Motif Other DBs NCBI-ProteinID:  ASU33535 UniProt:  A0A223NUG7 LinkDB All DBs Position 1747399..1750581 Genome browser AA seq 1060 aa AA seqDB search MFKKQIAGIVLVLIFAFSSSAVFAQMKSASWLTKTDTAFIPKEIEDPECIGINKQLAHAT LMPYANLNEALKANRRASTYARSLNGLWKFNWVGWPQQRPVNFYKTNYNVDKWATIKVPS NWQIEGYGTPYYSNYNYIFQKDFPRVMTTPPVSFTAYKERNPVGSYRRNFEVPASWNGRR IFVTFDGVDAGFFLWVNGKKVGYSVNSRNAAEFDITSFVKPGNNIIAAEVYRFTTGTYLE DQDMWRLSGIFRNVTLWSSPQQHVRDFFVKTNFDAGYANATLQVVGKIKNFGTVATKPRR LMVDLYDGNKLVDNAKGTAEIPALKPGAEVALTVNIPVARPRKWTAETPALYTTVISIKD KDQTIEAVSTRTGFRKVEIKGRIFMVNGVPVKLKGVNRHENWPDVGHAITEDQMIKDIVL IKQANCNHVRTCHYSDDPRWYELCDEYGIYLLAEANLECHGAWDEFNEDPRIKAAIIDRN VANVENFKNHSSVIIWSLGNECGSGGTNFRAALDIIKKIDPDRPTHYQGFGVGEKNPADM DSEMYTSLGWVEKYATDEKLTKPFYLCEYAHAMFNSMGSVADYNDLFDKYPNLLGGCIWE WQDQGIYNKFDPKHPIIAFGGGFGETPNDHYFIHKGVVFSDRTPKPHFPELKHAYQWISI KPADLATGTVNIHNRYQFISLDGFAASWSLTENGAEISKGTFTVGHIEAGKSADVKIPYQ FTPKPGAEYFLKISFATVKDELWAKKEYEIASQQLALPVINTAVPANSMVAEAPLKASYN DSNIYVAGKNFSLVFSKTKGTFTEIKSHNSNVLTNHGGPMLHLWRAPHRNDDMWANELWD KYGLKNLKWTVLKASFKQKDDNTVVVRAELEGKGRSGFVVTHKVDYEISGDGTIKAGNEI LFNNTTVPLARVGVRFMLDKDYSQFSYFGRGPMENYADRKLGFDIGQYQSTVKQQLTPYE KPMEAGNHEDVRWAKLSSGNGSSFAVAKDTSLLQVSALPYSDEEMEHVEYRIDLPKSTAT ILCVDARTLGVGSNSCGPRPLATCTPFSESQKFSYIIHIK NT seq 3183 nt NT seq  +upstreamnt  +downstreamnt atgtttaaaaaacaaattgcaggaatagttttggttttaatttttgcatttagcagcagc gctgttttcgctcaaatgaaatcagcaagctggctcaccaaaactgatacggcatttatc ccaaaagagattgaggaccccgaatgcattggcataaataaacagcttgcccatgctact ttaatgccttatgctaatttaaatgaggctttaaaagcaaaccgccgtgcgtcaacctat gcacggtcgcttaacggcctctggaagtttaactgggttggctggccgcagcaacgcccg gtaaacttttataaaactaactacaatgttgataaatgggcaactataaaagtgccttca aactggcagatagaaggttatggaacaccttattatagcaactataattatatttttcaa aaggattttccacgggtgatgactaccccgccggttagttttaccgcatataaagaacgt aacccggtaggcagctaccggcgtaattttgaagtgcccgccagttggaacggtcgccgc atttttgtaacgtttgatggggttgatgccggtttcttcctttgggttaatggtaaaaag gtaggctacagcgtaaatagccgcaatgctgccgaatttgatataaccagctttgttaaa ccgggtaataacattattgctgccgaagtttaccgctttaccacaggcacctacctggag gaccaggatatgtggcggttgagcggcattttcaggaatgttactttatggagttcgccg caacagcacgtccgcgacttttttgtaaaaacgaatttcgatgccggttacgccaatgcc accttacaggtagtaggtaaaataaagaactttggaaccgtagcaacaaagccccgccgc ttaatggttgacctgtacgacggaaacaagcttgttgacaatgcaaaaggcacagcagag atcccggcgttaaagcctggcgcagaggtagcactcaccgtaaatattccggtagcgcgt ccccgcaagtggaccgcagaaacccctgcgctttataccactgttatttctataaaggat aaggaccaaactattgaagccgtttcaacgcgtacgggcttccgtaaggtagagataaaa ggacgcatttttatggtgaacggggtgcctgttaagctgaaaggcgtaaaccggcacgag aattggccggacgtgggccacgccattacagaggaccagatgataaaggatatcgtgctg ataaaacaggcaaactgcaaccatgtacgtacctgccattattcagacgatccgcgatgg tatgagttgtgcgacgagtatggtatttacctgcttgctgaagccaacctggagtgccac ggtgcctgggatgagtttaacgaggacccaagaataaaagcggcaattattgaccggaac gtagctaatgttgagaattttaaaaaccattcatcagtaattatctggtcgctgggcaat gagtgcggcagcggcggcacaaatttcagggctgcgctggatattatcaagaaaatagac cccgatcgccctacacattaccagggctttggcgttggagaaaaaaatcctgccgatatg gatagcgaaatgtacacctcgctgggatgggttgaaaaatatgctactgatgagaagctt acaaagccattttacctgtgcgaatatgcgcatgccatgtttaactccatgggcagcgtg gccgactataatgacctgttcgacaagtaccctaacttattgggtggctgtatctgggag tggcaggatcagggcatttacaataaatttgatcccaaacatcctattattgcttttggc ggcggttttggcgaaacaccaaacgatcattactttattcataaaggcgtggttttttct gatcgtacgcctaaaccgcacttccccgagctaaagcatgcttaccagtggatcagtatt aaaccggctgatcttgcaacgggtacggtaaatatccataaccgttaccagttcatcagc cttgacggttttgctgcaagctggagcttaaccgaaaatggcgctgagatcagcaagggg acttttacggttgggcatattgaagcgggcaaatcagcagatgtaaaaataccttaccag tttacacccaaaccgggagccgaatactttttaaagatttcattcgctactgttaaagac gagctgtgggcaaaaaaagagtatgaaattgcatcgcagcaacttgcgttgccggttata aacacggctgttcccgcaaattccatggttgctgaagcacctttaaaagcatcttataac gacagtaatatttatgttgccggaaaaaatttcagcctcgttttcagcaaaacgaaaggc accttcaccgaaattaagagtcataatagtaatgtgctaaccaatcatggcgggcctatg ctgcacttatggcgcgcgccgcaccgtaacgatgatatgtgggccaatgaactgtgggat aaatacggtttgaagaatttgaaatggaccgtgttaaaggcctcatttaagcaaaaagac gataacaccgtagtggtacgcgccgagctggaaggtaaaggccgcagtggatttgtggta acccataaagtggattatgaaataagcggtgacggaactattaaagcagggaacgaaatt ttatttaataatacaactgtgccgctggcaagggtaggggtgcgttttatgctggataag gattacagccagtttagctatttcggccgggggccaatggaaaattatgctgatcgtaag cttggtttcgatattggccaataccaaagtactgttaagcagcagctcaccccttatgaa aaaccgatggaggccggtaatcacgaggatgtgcgctgggctaaattaagctcggggaat gggtcgtcatttgcggtagcaaaagacacttcactattacaggtttcggcattaccgtac agcgatgaggaaatggagcatgtggagtaccggattgacctgcccaaaagcacagcaacc atattatgtgtggatgcccgtacgcttggcgtaggttcaaactcatgcgggccaaggccg ctggctacctgcactcctttttcagagtcgcaaaagttcagctacattatccatataaaa tag

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