Denitrovibrio acetiphilus: Dacet_2811 Help Entry Dacet_2811        CDS       T01189                                  Name (GenBank) pyruvate, phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism dap  Denitrovibrio acetiphilus Pathway dap00010   Glycolysis / Gluconeogenesis dap00620   Pyruvate metabolism dap00710   Carbon fixation by Calvin cycle dap00720   Other carbon fixation pathways dap01100   Metabolic pathways dap01110   Biosynthesis of secondary metabolites dap01120   Microbial metabolism in diverse environments dap01200   Carbon metabolism Module dap_M00169   CAM (Crassulacean acid metabolism), light Brite KEGG Orthology (KO) [BR:dap00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     Dacet_2811    00620 Pyruvate metabolism     Dacet_2811   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     Dacet_2811    00720 Other carbon fixation pathways     Dacet_2811 Enzymes [BR:dap01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      Dacet_2811 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers_C PPDK_N PEP-utilizers Motif Other DBs NCBI-ProteinID:  ADD69562 UniProt:  D4H5X1 LinkDB All DBs Position complement(2991693..2994317) Genome browser AA seq 874 aa AA seqDB search MGAKWVYFFGKDRTEGDGKNKNLLGGKGAGLAEMTSIGIPVPPGFTITTEACIEFYKNDK KYPEGLWDQAKAALATLEEAMGKKFGDIENPLLVSVRSGARVSMPGMMDTILNLGLTDET VKGLEKSSGNARFAYDSYRRFIQMFSDVVLGIPHHKFEHILSDMKKAKNVDEDTKLSPED MKDLAAKYKDLVSRELGTPFPQDPMLQLEYAVNAVFDSWNNQRAKTYRKINKMSDDWGTA VNVQSMVFGNMGDDCGTGVAFTRDPSTGEKVFFGEYLVNAQGEDVVAGIRTPEPIARLEK DMPESFKQLEEVYQKLEKHYKDVQDIEFTIEKGVLYMLQTRTGKRTAKAAVKIAYDMFAE GLIDKKTAVLRVEPNQIDQLLHPMIDTSITYDILAKGLPASPGAAVGKAVFCAEDAEAAA VVGEAVILVRAETSPEDIGGMHAAKGILTATGGMTSHAAVVARGMGKCCVAGCGAIKIDE KAKKFSVGSKTINEGDIITINGSTGEVINGAAKLIEPELSGEFAEILNWADEFRTLGVRA NADTPADARIARDFGSEGIGLCRTEHMFFDGDRIDAVREMILAENEDGRRRALKKIKPYQ KEDFIGLFEAMDGLPVTVRLLDPPLHEFIPHTDEEVKRVADGSGLSVEQLKAKAVELHEF NPMLGHRGCRLGVTYPEVYEMQVYAIMEAACELKKAGKDVQPEIMIPLVGHVKELKELEE MTRAVASEVIAAAGVELEYLVGTMIELPRAALTADEVAECAEFFSFGTNDLTQTTLGLSR DDSGKFLPLYIEKGIYKEDPFVSIDESGVGQLVEMGVQKGRSTRPGLKTGICGEHGGDPA SIFFCQKAGLNYVSCSPFRVPVARLAAAHAALKA NT seq 2625 nt NT seq  +upstreamnt  +downstreamnt atgggcgccaaatgggtgtatttctttggcaaagaccgcacggaaggtgacggtaagaac aaaaatcttctcgggggcaagggagcaggacttgcagagatgacaagtataggtatacct gtccctccaggcttcaccataacaactgaagcctgtatcgagttctacaaaaatgacaaa aagtatcccgaaggtctttgggatcaggcaaaagcagctcttgccactcttgaagaggct atgggcaaaaagttcggggatatcgaaaatcctcttcttgtttcagtgcgttccggcgca agggtttccatgccggggatgatggacactatcctaaacctcggtctgactgacgaaaca gttaaagggcttgagaagtcttccggaaacgcaaggtttgcttacgacagctacagacgt ttcatccagatgttttctgatgttgttctcggcatccctcatcacaaattcgaacacatt ctttctgatatgaaaaaagcaaaaaatgttgacgaagatacaaagctttctcctgaggat atgaaagacctcgctgctaaatacaaagacctcgtttcaagagaactgggtactccgttc ccgcaggatccaatgctccagcttgagtatgctgttaacgctgtgttcgattcatggaac aatcagagggcgaaaacatacagaaaaatcaataaaatgtccgacgactggggaacagct gtaaatgttcagtcaatggttttcggcaatatgggtgacgactgtggtactggcgtagcc tttaccagagacccttcaaccggcgagaaagtcttctttggcgaatatcttgtaaatgct caaggtgaagatgttgtggcgggtatcagaacgcccgaaccaattgcaaggcttgaaaag gacatgccggagagcttcaaacagctcgaagaagtttatcagaagcttgaaaaacactac aaagatgttcaggatattgaatttactatagagaaaggcgttctttatatgctgcagacc agaacaggtaaacgtacagcaaaagcagcagtgaaaattgcttatgacatgttcgcagaa gggcttatagataagaagacagcggttcttcgtgttgagccgaaccagatagaccagctt ctgcatcccatgatagatacatctatcacttacgatatactggcaaaaggtcttcctgca tcaccaggtgctgctgtagggaaagctgttttctgtgctgaagacgcagaagccgctgct gtggtaggtgaagctgttatacttgtgcgtgccgagacatctccagaggatatcggcggt atgcatgcagcgaaaggtattctgactgctacaggcggtatgacaagccacgctgctgtg gttgcaagaggtatgggtaagtgctgtgttgcaggatgcggtgctataaagattgatgaa aaagctaagaaattctctgtgggttccaaaacaattaacgaaggcgatattatcactatt aacggttccacaggagaggttataaacggtgctgcgaagcttatagagccagagctttcc ggagaattcgcagagatactgaactgggcggacgagttcagaacactcggtgtccgcgcc aatgcagatactcctgctgatgccagaatagcaagggattttggatcagaagggatagga ctttgccgtactgaacacatgttttttgacggcgaccgtattgatgctgtacgtgagatg attctcgcggaaaacgaagacgggcgcagaagagcactcaaaaagatcaaaccctatcag aaagaagattttatagggcttttcgaagctatggacggtctccctgttacagtcagactc cttgacccgccgctgcatgagttcatccctcacacagacgaggaagtgaaacgtgttgct gatggctccggcctttctgttgagcagcttaaggcaaaggctgttgagcttcatgagttc aaccctatgctcggtcacagagggtgccgtctgggtgtgacataccctgaggtttatgaa atgcaggtttatgccattatggaagctgcgtgtgaacttaaaaaagcaggaaaggatgtt cagcctgaaatcatgataccgcttgttgggcatgtgaaagagctgaaagagttggaagaa atgacaagagctgttgcctcagaagtgatagcggcggcaggtgttgagctggaatatctc gtggggacaatgattgaactcccacgtgctgctctaacagcggacgaagtcgctgagtgt gcagaatttttctcttttggtacaaatgaccttactcagacaactctcggacttagccgt gatgactccggtaagtttctccctctgtatatagaaaagggtatatataaagaggatcca tttgtttccatagacgagtccggtgtcgggcagcttgtggagatgggtgttcagaaaggg cgttccacacgtccggggctgaaaacaggtatttgcggtgaacacggcggtgatcctgca tctatctttttctgccagaaagcagggctgaactacgtaagctgttcgcctttcagggtg cctgtagcaagacttgctgcggcgcacgctgcattaaaagcataa

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