Paraflavitalea soli: D3H65_08655 Help Entry D3H65_08655       CDS       T05640                                  Name (GenBank) phosphoenolpyruvate synthase   KO K01007   pyruvate, water dikinase [EC:2.7.9.2] Organism pseg  Paraflavitalea soli Pathway pseg00010   Glycolysis / Gluconeogenesis pseg00620   Pyruvate metabolism pseg00680   Methane metabolism pseg00720   Other carbon fixation pathways pseg01100   Metabolic pathways pseg01110   Biosynthesis of secondary metabolites pseg01120   Microbial metabolism in diverse environments pseg01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:pseg00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     D3H65_08655    00620 Pyruvate metabolism     D3H65_08655   09102 Energy metabolism    00720 Other carbon fixation pathways     D3H65_08655    00680 Methane metabolism     D3H65_08655 Enzymes [BR:pseg01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.2  pyruvate, water dikinase      D3H65_08655 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PPDK_N PEP-utilizers_C PEP-utilizers Motif Other DBs NCBI-ProteinID:  AXY74047 UniProt:  A0A3B7MK75 LinkDB All DBs Position complement(2324367..2326742) Genome browser AA seq 791 aa AA seqDB search MSTYIKQLKEVSMQDVAVVGGKNASLGEMLSQLARKGINVPDGFATTAIAFRLFLQHNNL DQPLDALMRQLDRQQFTNLKETGAKARALLQQAELQPDLREEIIRTYHAFSGSKDLTVAV RSSATAEDLPEASFAGQHESFLNVTGEKALLEAVHQCFVSLYTDRAIKYREDNGFRHNEV ALSAGIQRMVRADLGCAGVAFTVEPESGFKGVVHLSGAWGLGENVVQGTVTPDEFIIFKE TLRKGKKAIIQKTLGEKARTMVYGETGTVNVDTPLDKRNQYVLSDAEITTLANWALLIED HYGKPMDIEWAKDGHTGGLFIVQARPETVHSSKNAYQVTEYKLLETGERLTTGEAIGSKI ATGIARILHSPKDADRLKPGEIVVTEITSPDWDPVLKNAGGIITDKGGRTSHASIVAREL GVPAIVGCSDATQKIQDGDLVTVSCAEGKTGFVYKGMLKYEENALDFSRIEMPVFIDVMM ILGDPEKAFQLSFYPSKGVGLMRMEFIITHAIKVHPMALVKFNTLKDGAVKQAIEALTFQ YADKRDYFTDKLSQGIATIAAAFYPREVIVRMSDFKTNEYANLLGGKEFEPEEENPMLGF RGASRYYNERYREGFELECKAIRIVREEMGLTNVNVMIPFCRTVAEGEKVLQVMDECGLA RGRQGLKVLVMAEIPSNVLLASEFARIFDGFSIGSNDLTQLTLGVDRDSAIVSDLFDEQD KAAKKMFSMVIREAKKSGVHVGLCGQAPSDFPAFTQFLAEQSIDSISFNPDALLKGIENI NQAEKIISESY NT seq 2376 nt NT seq  +upstreamnt  +downstreamnt atgagcacttatataaaacaattaaaggaagtatcgatgcaggatgtcgctgttgtaggt ggaaagaatgcttctcttggtgaaatgctttcgcagcttgccaggaaaggcatcaatgtg cctgatggctttgccacaactgccattgcattccgtttattccttcagcacaataatctg gatcaaccattggatgcattgatgcggcaactggaccgccaacagtttaccaatctcaaa gagacgggggctaaagcacgggcgctgctgcagcaagccgaattgcagccagatctccgc gaagagatcatccgtacttaccatgcattttccggcagtaaagaccttacagtggctgtg cgcagcagcgcaacagcagaagacctgcccgaagccagttttgcggggcagcatgaatcc tttctcaatgtaaccggtgaaaaagccttgttggaggctgttcatcaatgttttgtttca ttgtataccgatcgtgccatcaaataccgggaagacaatggtttccggcacaacgaagta gctttgtcggccggcatacaaagaatggtacgggccgacctgggttgtgccggtgtggca tttactgtggaacccgagtctggcttcaagggggttgttcacctgtcgggtgcctggggt ttgggtgagaacgtagtacagggaaccgttacccccgatgagtttatcatttttaaggaa acgctcaggaagggtaaaaaggccatcatccaaaagacgctgggagaaaaagccaggacc atggtatatggagaaacgggtacagtaaatgtagatacgcctttggataaacgtaaccag tatgtattgagtgatgctgaaataacgacattggccaattgggctttgctgatagaagat cattatggcaaaccaatggatatagaatgggccaaagatggtcataccggtggtttgttc attgtgcaggcccgccctgaaacggtgcacagcagtaaaaatgcttaccaggtcactgaa tataaattattggaaacaggtgagcgccttactacaggtgaggctattggcagtaagata gctaccggtattgcccggatactgcattcgcctaaagatgctgaccggttaaaaccgggg gagatcgtagtaactgaaattaccagtcccgactgggacccggtactcaaaaatgcgggg ggcatcattactgataagggaggccgcaccagccatgcttccatcgttgcccgggaattg ggcgtaccagccattgtgggctgttctgatgccacccaaaaaatacaggatggtgatctt gtgactgtatcctgtgcagaaggtaaaacgggatttgtatataaagggatgctcaaatat gaagagaacgctcttgatttttcccggatagaaatgccggtatttatagatgtgatgatg atactgggtgacccggaaaaagctttccagctttctttctacccaagcaaaggggttgga ctgatgcgtatggagtttatcattacccatgccattaaggtacatcctatggcgctggta aaatttaataccctcaaagatggagcagtaaaacaagccatagaagcgcttaccttccaa tatgctgacaagcgggattatttcaccgataaattgtcacagggtattgccaccattgcc gcggccttctatcccagggaagtgatcgtgcgcatgagcgatttcaagaccaatgaatat gccaatcttcttggaggaaaagaatttgagccggaagaagaaaatccgatgctgggtttc cgcggcgcttcacggtattacaatgagcgctaccgggaaggcttcgaactcgaatgtaaa gccattcgcattgtacgcgaggaaatggggctcaccaatgtaaatgtgatgatacctttt tgcagaacggtagccgaaggtgagaaagtgttgcaagtgatggatgaatgcggactggca agaggacggcaaggattgaaagtgttggtgatggccgagataccttcgaatgtattgctg gcaagtgagtttgcccgcatcttcgatggcttttccatcggttccaacgatcttacccaa cttacgctgggtgtagaccgtgattctgccatcgtttccgacctgttcgatgagcaggat aaggcggcgaagaagatgttctccatggtgatccgtgaagctaaaaagagcggggtgcat gttggtctttgcggacaggcgcccagtgactttcctgcttttactcaatttctggccgaa caaagcatcgatagcatttcttttaatcccgacgcattgctgaaagggatcgagaatatt aaccaggcagagaagatcatcagtgaaagttactga

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