Blautia luti: Blut17040_02250 Help Entry Blut17040_02250   CDS       T09496                                  Name (GenBank) hypothetical protein   KO K01835   phosphoglucomutase [EC:5.4.2.2] Organism blui  Blautia luti Pathway blui00010   Glycolysis / Gluconeogenesis blui00030   Pentose phosphate pathway blui00052   Galactose metabolism blui00230   Purine metabolism blui00500   Starch and sucrose metabolism blui00520   Amino sugar and nucleotide sugar metabolism blui00521   Streptomycin biosynthesis blui01100   Metabolic pathways blui01110   Biosynthesis of secondary metabolites blui01120   Microbial metabolism in diverse environments blui01250   Biosynthesis of nucleotide sugars Brite KEGG Orthology (KO) [BR:blui00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     Blut17040_02250    00030 Pentose phosphate pathway     Blut17040_02250    00052 Galactose metabolism     Blut17040_02250    00500 Starch and sucrose metabolism     Blut17040_02250   09104 Nucleotide metabolism    00230 Purine metabolism     Blut17040_02250   09107 Glycan biosynthesis and metabolism    00520 Amino sugar and nucleotide sugar metabolism     Blut17040_02250   09110 Biosynthesis of other secondary metabolites    00521 Streptomycin biosynthesis     Blut17040_02250 Enzymes [BR:blui01000]  5. Isomerases   5.4  Intramolecular transferases    5.4.2  Phosphotransferases (phosphomutases)     5.4.2.2  phosphoglucomutase (alpha-D-glucose-1,6-bisphosphate-dependent)      Blut17040_02250 SSDB OrthologParalogGFIT Motif Pfam:  PGM_PMM_I PGM_PMM_II PGM_PMM_III Glyco_hydro_130 PGM_PMM_IV Glyco_hydro_43 DUF1861 Motif Other DBs NCBI-ProteinID:  BEI59196 LinkDB All DBs Position 266827..269679 Genome browser AA seq 950 aa AA seqDB search MLNKQYYVEKAKVEKLIARKNQKTDFYNGIYDRYEYPVLTREFAPVEWRYDLNPKTNPNF QERLGINAVMNSGAIELNGKYYLVVRVEGNDRKSFFAVAESDTGIDGFHFWDYPVQLPDT CPEETNVYDMRLTKHEDGWIYGVFCSESKDKTNPDLSAAVAEAGIVRTKDLKTWERLDNL KTLHSPQQRNVVLHPEFVDGKYAFYTRPMDGFIETGSGGGIGFGLCDDIEHAVIDEEKII SRRIYHTLTESKNGAGAVPIRGKKCWINIAHGVRNTAAGLRYVLYVFGTDLNDPSKVIAE PSGVFLVPLGKERVGDVSNVVFTNGAIAKDNGDVYIYYASCDTRMHVATTTIDKLEDYLF HTPRDPHRSPDCVKQRCELIMNNTYQRWCEDEYFDADTRAELKAIADDPQEIKERFYKDL EFGTGGLRGILGAGTNRMNIYTVRKATQGLANFIIKENAQAKGVAIAFDSRHMSPEFAKE TALCMAANGIKAYIFPSLRPTPMLSFALRELGCTAGVVVTASHNPPQYNGYKVYWEDGAQ ITAPKDKQIITEVQAITDFAQVKTMSEEDAKAAGLYEVIGEEIDDKYMEALKKLVLRPEA IKEQADKLKIVYTPLHGTGNIPVRRVLKELGFNNVYVVKEQELPDGDFPTVSYPNPEDKN AFTLALKLAAEVDADIVLATDPDADRLGIYAKNEKTGEYESFTGNMSGMLILEYLLSQRK ELGMLPENGAVVTTIVSGKMARAIAKEYNVELIETLTGFKYIGEQIKFFEQNHDHEFLFG YEESYGCLEGTHARDKDAVVAVMALCEAAAYYKSKGITLCEQMQNLYQKYGFYKESLFFQ TFQGMEGKAKIDGLMDALRNEPPKQVGPFKVTALEDYKKSIRTDIATGETSALTLPESNV LYFELEDGAWFCVRPSGTEPKIKYYAGVKGADAQDATDKLEALSKAVVEL NT seq 2853 nt NT seq  +upstreamnt  +downstreamnt atgctgaataaacagtattacgttgaaaaagcgaaagtagagaaactgatcgcaagaaaa aatcagaagacagatttttacaatggaatttatgaccgctatgagtatccggtactgaca agagaatttgcgccggttgagtggagatatgacctgaatccgaagacaaaccccaatttc caggaacgccttggaatcaacgcagtgatgaactccggtgctattgaactgaatggaaaa tattatctggttgtccgtgtagaaggaaatgaccgtaaatctttctttgcagtagcagag agcgacacaggaatcgacggattccatttctgggattacccggtacagcttccggatacc tgcccggaggaaacaaacgtatatgatatgcgtctgaccaaacacgaagatggatggatc tatggtgtattctgctctgagagcaaggataaaacaaatcctgatctgtctgcagcagtt gcagaagcaggtatcgtaagaacaaaagacctcaagacatgggagcgtcttgataacctg aaaacacttcattccccacagcagagaaatgtagtgcttcatccggaattcgtagacggc aaatatgcattctacacacgcccgatggatggtttcattgaaacaggaagcggcggcgga atcggatttggtctctgcgacgatatcgaacatgcagtaattgatgaggaaaaaatcatc agcagaagaatttaccatacattgacagagtcaaagaacggtgcaggtgcagtgccgatc agaggtaagaaatgctggatcaatattgctcacggtgtaagaaatacagcagcaggactt cgttatgttctctatgtatttggaactgacttaaatgatccgtccaaagtgatcgctgag ccatccggtgtattccttgttccgcttggaaaagaaagagtcggagatgtttccaacgta gtattcacaaacggtgccatcgcaaaagataacggagatgtttacatctattacgcatcc tgcgatacaagaatgcatgtggcaactacaactattgataaactggaagactatctgttc cacacaccaagagatccacatcgttctccggactgcgtaaaacagcgctgtgaactgatc atgaacaatacttatcagcgctggtgcgaggatgagtactttgacgcagacacaagagct gagttaaaagcaatcgcagatgatcctcaggagatcaaagagagattttacaaagatctg gaattcggtacaggcggactgagaggaatcctcggtgccggtaccaaccgtatgaacatt tatacagtaagaaaagcaactcagggacttgcaaactttatcattaaagagaacgcacag gcaaagggtgttgccattgcatttgactccagacatatgtcaccggaatttgcaaaagag acagctctctgcatggcagcaaacggaatcaaggcttacattttcccatccctgcgtccg actccaatgctttctttcgcacttcgtgagttaggctgcacagctggtgtggtagtaact gcaagccacaatccgccacagtacaacggatacaaagtttactgggaggacggcgcacag atcacagctcctaaggacaaacagatcatcacagaagttcaggcgatcacagatttcgct caggtgaagacgatgtccgaggaagatgcaaaggcagcaggtctttacgaagtgatcggt gaagagatcgatgataaatatatggaagctcttaagaaactggttctccgcccggaagcc atcaaagagcaggcagacaagctgaagatcgtttatacacctcttcacggaacaggaaac attccggtaagacgtgtactgaaagaacttggatttaacaatgtttatgtagtaaaagag caggaacttcctgacggagatttcccgacagtaagctatccgaacccggaagataagaac gcatttacactggccctgaaacttgcagcagaagtggacgcagatatcgttctggctact gacccggatgcagacagacttggaatctatgcaaagaatgagaagaccggtgagtacgaa agcttcacaggaaatatgtccggaatgctgatcctggaataccttctttcccagagaaaa gaacttggcatgcttccggaaaacggtgcagttgtaacaactatcgtttccggaaaaatg gcaagagccattgcaaaagaatataatgtagagctgatcgaaactctgacaggattcaaa tatatcggagagcagatcaaattctttgagcagaatcatgaccatgaattcctcttcgga tatgaagaaagctatggctgcctggaaggtacccatgcaagagataaagatgcagttgta gctgttatggctctctgtgaggcagcagcttattacaaatcaaaaggaatcacactctgc gagcagatgcagaatctgtaccagaaatatggcttctacaaagaaagcctcttcttccag acattccagggaatggaaggaaaagcaaagatcgacggtctgatggatgcactgagaaac gagcctccgaaacaggttggtccatttaaagtaactgcactggaagattataagaagagc attcgcacagatatcgcaacaggcgaaacttctgcactgacattaccggaatctaatgta ctgtactttgaattggaagacggcgcatggttctgcgtaagaccatccggaacagagccg aagatcaaatactatgcaggtgtgaagggcgcagatgcacaggatgcaacagacaaactg gaagcattatccaaagctgttgtagaactgtag

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