Kalymmatonema gypsitolerans: NIES4073_51370 Help Entry NIES4073_51370    CDS       T10147                                  Name (GenBank) phosphoenolpyruvate synthase   KO K01007   pyruvate, water dikinase [EC:2.7.9.2] Organism scys  Kalymmatonema gypsitolerans Pathway scys00010   Glycolysis / Gluconeogenesis scys00620   Pyruvate metabolism scys00680   Methane metabolism scys00720   Other carbon fixation pathways scys01100   Metabolic pathways scys01110   Biosynthesis of secondary metabolites scys01120   Microbial metabolism in diverse environments scys01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:scys00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     NIES4073_51370    00620 Pyruvate metabolism     NIES4073_51370   09102 Energy metabolism    00720 Other carbon fixation pathways     NIES4073_51370    00680 Methane metabolism     NIES4073_51370 Enzymes [BR:scys01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.2  pyruvate, water dikinase      NIES4073_51370 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PPDK_N PEP-utilizers_C PEP-utilizers Toxin_ToxA Motif Other DBs NCBI-ProteinID:  BAZ24244 LinkDB All DBs Position 5622589..5625171 Genome browser AA seq 860 aa AA seqDB search MSEKSKTMVETVVDQKSDRPLGRWHLCNREVSKEKALVLPLGKVGMADIALVGPKNASLG EMIQQLRRRSVKVPNGFATTAYAYRYFIEAAGLEAKLRQIFASLDVEDVQNLRQRSQLAR SLLLQTPFPVELQSAIASAYQALEQQYGVGTDVAVRCSATAENLPDASFAGQQETYLNIH GLQAVLEACHKCFASIFTDRAISYRHIKGFDHFNIAPSVGVQKMVRSDLAASGVMFSIDI ETGFKDAVLLSAAYGLGENVVQGAVNPDEYLVFKPTLRQGYRSVLDKRLGTKEIKMVYDV GGLKQTKNIPVAAAERQQFALNNEEILRLAHWACLIEEHYSQVRGVYTPMYIEWAKDGIT NELFIVQARPETVQSQKARNVLRSYRLVLGTGELGLGTGEQSAQSPIPNPQSLVSLVTGR AVGNAIGQGKARVILDAHHIHLFQPGEVLVTNRTDPDWEPIMKKASAIVTNSGGRTCHAA IIAREMGIPAIVGCGNATIVLKTGQEITVSCAEGETGKVYQDLLPYEVQEVPLEKLPRPR TKIMMNVGNPEEAFSLSAIPNDGVGLAPMEFIITNYIKAHPLALIHFDELEDELAKYKIA ELTVQYEDKAQFFVDKLAQGIGTIAAAFYPKSVIVRLSDFKSNEYANLLGGRQFEPIEEN PMMGFRGASRYYDQRYREGFALECQAMKRVRDAMGLTNVILMVPFCRTPEEGQRVLTEMA KHGLVRGENGLEVYVMCLPSNVQLADEFSQVFDGFSIESNDLTQLTLGLDRDSELVAHLF DERNKAVQRMIANAIAKRCCEAQIATVKQYGRKIGICGQAPSDYPEFVHFLVEQGIDTIS LNPDSVLKTLLEVAAAEQQS NT seq 2583 nt NT seq  +upstreamnt  +downstreamnt gtgtcagaaaaaagcaaaacaatggtagaaacagttgtggatcaaaaaagcgatcgccct ttagggcgctggcacctgtgcaatcgcgaagtctccaaagaaaaagctttggtattgcct ttgggtaaagttggtatggcagacattgccttagtaggtccaaagaatgcttctttggga gaaatgattcagcaactgcggcgcagaagcgtaaaagtccccaatggatttgcgacgaca gcatatgcatatcgctactttattgaagcagcagggttagaagcaaaattacgccagatt tttgcttctttagatgtcgaggatgtccaaaatctgaggcaaagaagtcagcttgctcgg tctttattgctgcaaactccttttcctgtagaattacagtcggcgatcgcctctgcttac caagcactagaacagcaatacggagttggtaccgatgtagccgttcgctgtagtgcgact gctgaaaacttacccgatgccagttttgctggacagcaagaaacttacttaaacattcac gggttacaagctgtactcgaagcttgtcacaagtgctttgcctcaatttttacagaccgt gccatttcctaccgacacatcaaaggtttcgaccacttcaacattgccccctcggtaggc gtgcaaaaaatggtacgttctgacttggcagcgtctggtgttatgttctccatcgacatc gagacaggtttcaaagatgcagtattactgagtgcggcttatggtttgggtgagaacgta gtgcagggagcagttaacccggatgaatatttagtatttaagccaacgctgagacaaggg tatcgctcagttctagacaagcggctgggaaccaaagaaatcaagatggtttatgatgta ggcggcttaaaacagacaaagaacatccctgttgcagctgctgaacgtcagcaatttgcc ctcaataatgaggaaattttgcgacttgctcattgggcgtgccttatagaagaacactat tcccaagttcgtggtgtgtatacaccaatgtatattgagtgggcaaaagatggcatcacg aatgaattgtttattgttcaagcacgcccagaaacagtgcaatctcagaaagcacgcaat gtgttgcggagttatcgcctggtattggggactggggagttgggactcgggactggggaa cagtctgcccaatccccaatccctaatccccaatccctagtttccttagttacgggacgc gctgttggtaatgcaatcgggcagggcaaagccagagtcattttggacgcgcatcatatt cacctgtttcaaccaggagaagtgctggtcaccaaccgtacagatccagactgggaacct attatgaaaaaagccagtgcgattgttactaactctggtggacgaacctgtcacgcggcg attatcgccagagaaatgggtattccggcaattgtcggatgtggtaacgctactattgtg ttaaaaactgggcaagaaatcactgtttcttgtgcagaaggcgaaaccggaaaggtttac caggatctattgccttacgaagtccaagaagtcccactcgagaaattgccccgcccccgt actaaaattatgatgaatgtgggcaatcctgaagaagctttcagtttaagcgccatccca aatgatggagtcgggttagcaccgatggaatttatcattaccaactatattaaagcgcac ccactggcattaattcattttgacgaattagaagatgagcttgctaaatataaaattgca gagttaactgtgcagtatgaagacaaagcgcaattctttgtcgataagctggcgcagggg atcggtacaattgccgccgctttttaccccaagtctgttattgtccgtctgtcagacttc aagagcaatgaatacgctaatttgttgggtggcagacagtttgaaccaatagaagaaaac ccgatgatgggctttaggggtgcttctcgctactatgatcagcgctaccgcgaaggtttt gctttggaatgtcaggcgatgaagcgagttcgtgacgcgatgggcttaaccaacgtgatt ttgatggttccattctgccgtaccccagaagaaggtcagcgagtgctgacggagatggca aagcatggtcttgtgcgtggcgaaaacggcttggaagtctacgtgatgtgcttacccagt aacgtgcaactggctgatgagtttagccaagtctttgatggattttccattgagtcgaat gatctgacacaattgactttaggactcgatagagattctgagttggtagcgcatttattt gatgaacgcaacaaggctgtgcagcggatgatagctaatgcgatagcgaagcgctgctgc gaagcgcagatcgctactgttaaacagtacggacgcaaaattggtatctgcggtcaagcc cccagcgactatcccgaattcgtccactttttagtggaacagggaatagacaccattagt ctcaacccagactctgtgttaaagacgttgttggaagtcgctgctgcggaacaacagagt tag

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