Polaribacter haliotis: H9I45_15850 Help Entry H9I45_15850       CDS       T06834                                  Name (GenBank) phosphoenolpyruvate synthase   KO K01007   pyruvate, water dikinase [EC:2.7.9.2] Organism phal  Polaribacter haliotis Pathway phal00010   Glycolysis / Gluconeogenesis phal00620   Pyruvate metabolism phal00680   Methane metabolism phal00720   Other carbon fixation pathways phal01100   Metabolic pathways phal01110   Biosynthesis of secondary metabolites phal01120   Microbial metabolism in diverse environments phal01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:phal00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     H9I45_15850    00620 Pyruvate metabolism     H9I45_15850   09102 Energy metabolism    00720 Other carbon fixation pathways     H9I45_15850    00680 Methane metabolism     H9I45_15850 Enzymes [BR:phal01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.2  pyruvate, water dikinase      H9I45_15850 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PPDK_N PEP-utilizers Motif Other DBs NCBI-ProteinID:  QOD60790 UniProt:  A0A7L8AFQ5 LinkDB All DBs Position complement(3684701..3687610) Genome browser AA seq 969 aa AA seqDB search MKNITLIYSICILIFTSTTFAQKKSHSDIKKIVEAYKKDIRGPYYRIKWFCKDGSIRDSK DPCPDSIGGGIQHASFKESALDLRKSNHLFFAEILASVKKDDFLDEKNNYSRLKQYQIGQ YLASVDDGWVLKKGQYYRGAVQSEDEEAWGKGFYETILKDDTFLNSNYYLVRQSLKDIPH NGDSNIAQLMRSESKVLAEEIPDFMDIRIKIHGNPQKTDIYLVQSYIKKNASKISAKEKK AFDKLLLTMNEFYAPLNYVTIANELAKVKDKNGVLKTLKEFINEDKSNFTPRDIVQKITN NLDFLRFNITLFESSKDRLNLLDLTNQLEKILLIETQNWKPETLEETILKTETLICASYA TGLVEAWEFDVVKPIFSNTLENEKTTLEQLNSLVTNARRIVEWSTSLVKANYQEDVNEYA TFESLAYGFIDDRIRNSITLNLGETVSKLNAFASKVSEVNNDVMSIENQDAIRGLNPGYA FGKLIVVAGNPDDVEVNTNNIYIFQKPPSDLKPVAGIMTVSEGNLVSHVQLLARNLGIPN AALSSENLNSLEKYSNKNVFYAVSSKGNVILKLENEMTAIEQKLFDKKERSKNMIEVPTD KLKLDVSKIINMRDVKATDSGILCGPKAANLGELKNLFPDKVVEGIIIPFGIFKTHMNKE MPNKNMSYWEFLNSTFAQAKKLKTNNASEEEVENFLIRSLKELHSAILNINLDSNFTQDL KDNFSSVFGDKIGNVPVFLRSDTNMEDLKEFTGAGLNLTLFNILEEQKIIQGIKEVWASA YTERSFKWRQKYLLNPENVYPSILIIPSVDVDYSGVMITKGINQGTEEDLTVAFSRGAGG AVDGQSAETRLITAETDYLLSPARQADYIRLPINGSTKKYYTTFSKPILNPRNVNDIREL ATEIRSKIGAKSTEEPHAYDVEFGFKDNKLWLFQIRPFVENKQAKSSDYLNSIAPKVNMD TEIKLTEKI NT seq 2910 nt NT seq  +upstreamnt  +downstreamnt atgaagaacattacgctcatttacagcatttgtattttaatttttacatctacaacattt gctcagaaaaaatcgcatagcgatattaaaaaaatagtagaagcatataaaaaagacatc agagggccttattacagaattaagtggttttgtaaagatggtagcattagagattcgaaa gatccttgtccagattctattggtggaggtatacaacatgcaagctttaaagaatctgct ctagacttaagaaaaagcaatcatttattttttgctgaaatcttagcgagtgttaaaaag gatgactttttagatgaaaaaaataactacagtagattaaaacaatatcaaattgggcag tatttagcaagtgtagatgatggttgggtattaaaaaaaggccaatattatagaggtgca gtacaatctgaagatgaagaagcttggggtaaaggtttctatgaaacgattttaaaagac gatacttttttaaactcgaattactatttggttaggcaatctttaaaggatattccacac aatggagattctaatattgcacaattaatgcgaagtgagtctaaagttttggcggaagaa attccagattttatggatattagaattaaaattcatggaaatccacaaaaaacagatatc tatttagtacaaagttatataaagaaaaatgcttctaaaatttcagcaaaagaaaaaaaa gcatttgataagcttttacttacgatgaacgaattttatgcgcctttaaattatgttaca atcgcaaacgaactcgccaaagttaaagataaaaatggcgtactaaaaacacttaaagaa tttataaatgaagataaatctaattttactccaagagatattgttcaaaaaataactaat aacctagattttttaagatttaatattactttatttgaaagtagtaaagaccgtttaaat cttttagacttaacaaatcaattagaaaaaattctattaatagaaacacaaaattggaaa ccagaaaccttagaagaaaccatcttaaaaacagaaacgctaatctgtgcatcttatgct acaggtttagtagaagcttgggagtttgatgttgtaaaacctattttttctaatacttta gaaaacgaaaaaacgactctagaacagttaaattctttagtaacaaatgctagaagaatt gtagaatggagtacttctttggtaaaagcaaattaccaagaagatgttaacgaatatgca actttcgaatctttggcatatggttttatagacgatagaattagaaactccattacatta aacttaggagaaactgtaagtaaattaaacgcttttgcaagtaaagtttccgaagtaaat aacgatgtaatgtctattgaaaaccaagatgcaattagaggtttaaaccctggttatgct tttggtaagttaattgttgttgcaggaaatcctgatgatgttgaagttaatacaaacaat atttatatttttcaaaaaccaccatcggatttaaaaccggttgcaggaattatgacagtt tctgaaggaaatttagtttctcatgtacaattattagcaagaaatttgggaataccaaat gctgctttatcaagcgaaaatttaaattctttagaaaaatatagcaacaaaaatgtcttt tatgcagtttcaagcaaaggaaatgttattctaaagttagaaaatgaaatgacagctatt gaacaaaaattgtttgacaagaaagaaagatctaaaaacatgattgaagttccaactgac aaattaaagttagatgtttctaaaatcataaatatgagagatgtaaaagccactgattct ggaattttatgtggaccaaaagcagccaatttaggagaattaaaaaatctttttcccgat aaagttgtggaaggaattataattccttttgggatttttaaaacacatatgaacaaagaa atgccaaataagaatatgtcttattgggagtttttaaattccacttttgcacaagccaaa aaattaaaaacaaataatgcttcagaagaagaagtagaaaatttcttaataaggtcttta aaagagttgcattctgctatattaaatatcaatttagatagtaatttcacccaagattta aaagataatttttcatcggtttttggagataaaattggtaatgttcctgtatttcttaga agtgatacaaatatggaagatttaaaagaatttactggagctggtttaaatttaacgctt tttaatattttagaagagcaaaaaattatccaaggaattaaggaggtttgggcttctgct tacacagaaagaagttttaaatggcgtcaaaaatatttattaaatccagaaaatgtatat ccttcaattttaattattccaagtgtagatgtagattattctggtgtaatgattaccaaa ggaattaaccagggtacagaagaagatttaacagttgcttttagtagaggagctggagga gctgtggatgggcaatctgcagaaacaagattaataactgcagaaacagattatttatta agcccagcaagacaagcagattatattcgtttgccaataaatggaagtaccaaaaaatat tacaccacttttagtaaacctattttaaatcctcgaaatgtaaatgacattagagaattg gcaacagaaattagatctaaaattggagctaaatctacagaagaaccacatgcatacgat gttgaatttggatttaaagacaataaattatggttgtttcaaataagaccttttgtagaa aataaacaagcaaaaagttcagattatttgaactctattgctccaaaagtaaatatggat acagaaataaaattaaccgaaaaaatataa

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