Candidatus Rickettsia kotlanii: FLA4_10530 Help Entry FLA4_10530        CDS       T09157                                  Symbol ppdK Name (GenBank) pyruvate, phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism rkt  Candidatus Rickettsia kotlanii Pathway rkt00010   Glycolysis / Gluconeogenesis rkt00620   Pyruvate metabolism rkt00710   Carbon fixation by Calvin cycle rkt00720   Other carbon fixation pathways rkt01100   Metabolic pathways rkt01110   Biosynthesis of secondary metabolites rkt01120   Microbial metabolism in diverse environments rkt01200   Carbon metabolism Module rkt_M00169   CAM (Crassulacean acid metabolism), light Brite KEGG Orthology (KO) [BR:rkt00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     FLA4_10530 (ppdK)    00620 Pyruvate metabolism     FLA4_10530 (ppdK)   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     FLA4_10530 (ppdK)    00720 Other carbon fixation pathways     FLA4_10530 (ppdK) Enzymes [BR:rkt01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      FLA4_10530 (ppdK) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers_C PPDK_N PEP-utilizers Motif Other DBs NCBI-ProteinID:  BDU60643 LinkDB All DBs Position complement(1023561..1026197) Genome browser AA seq 878 aa AA seqDB search MNKLIYYFGSNGSDGNASMKNILGNKGAGLAEMSNLKLPIPDGFTITTELCNYFYTHNNN FPKNFQSDLKKAITELEITTGKIFGSTSNPLLLSVRSGSTISMPGMMDTILNLGMNNEVC NALADSCGDKRFALDSYKRFLEMYGSTVLSIPSDLFEQIYEKHKIQADIHKDSDITVELL EKIIDDFKRLHVKYTKQLINDPYEQLESAITAVLHSWMSNRAVIYRKINNISEDSGTAIN IQAMVFGNLGKTSATGVAFTRSPSTGEKKLFGEFLINAQGEDIVSGTRTPIPIIANDSNS MQAMMPEVFKELSQIAQKLEEHYLDMQDIEFTIENNKLYILQTRTAKRTAIAAINIAVQM VEEKLISKEQALMRIDPESLNQLLHTRIDYSKGLTSIAEGLPASPGAATGMAVFSPYDAE KLSHHHKVILVRHDTSPEDINGMHVSSGILTIRGGMTSHAAVVARGMGKPCVCGTSNLSI DEKKQILTAGDIVIKQGDIITIDGGSGKIFLGEMPLIQPTFSEESKLILDWADEISSLKV RANAETVNDALVSIKFGAQGIGLCRSEHMFFDKNKIPLVREMIIAPNIERRKLAVQKLLP LQTEDFKALFRVMKDKPVNIRLLDPPLHEFLPATEEDKKNLANSLNLPLSVINQRLHALH EVNPMLGHRGCRLGICSPEIYQMQIEAIFTAIFELHKKEHIECNLELMIPLISNVGEIKK LKMDIYAVIEELEQRYRYKFSFTLGTMIELPRAALSSKKIAKEVDYFSFGTNDLTQTTYG ISRDDIASFLPYYLEEKIFESDPFTTLDEEGVGELIEIAIKRGKSSNANLKLGVCGEHAG NPASIAFFHRMNLNYVSCSPYRIPIARIAAAQAKIKHG NT seq 2637 nt NT seq  +upstreamnt  +downstreamnt atgaataaattaatttattattttggcagtaatggtagtgatggaaacgctagcatgaaa aatatacttggtaacaaaggtgctggtcttgctgaaatgtccaacctaaagctacctatt cctgatggttttacaataactacagagctatgtaattacttttatacccacaataataac tttcctaaaaactttcaaagcgacttaaaaaaagctatcaccgaacttgaaataactacc ggtaaaattttcggcagtacaagtaatcctttgttattatcggtgcgttcgggctctacg atttcaatgcctggaatgatggatactatccttaatcttggaatgaataacgaagtgtgt aatgctcttgcggattcctgcggtgataaacgatttgctcttgatagttacaaaagattt ttagaaatgtacggttcaacggtattatctatacctagtgatctatttgaacaaatttac gaaaagcacaagatacaagccgatattcataaagatagtgatattaccgtagaattgtta gaaaaaattattgatgatttcaaacggttgcatgttaagtatactaagcaactaattaat gatccttatgaacagttagaatcggcaattacagcggtgctacattcttggatgagtaat agagcggttatatatagaaaaatcaataatatttcggaggattccggtacggctattaat atccaagcaatggttttcggtaatttaggtaaaacttcagctacgggagttgcttttact agatcaccttctacaggagaaaaaaagctctttggagagtttttaataaatgctcaaggt gaagacatagtatcgggaactagaacacctatacctattattgcaaatgattcaaattct atgcaagcaatgatgccggaagtgtttaaggagttatcacaaattgcgcaaaagcttgaa gaacattacttagatatgcaggatatagaattcactatagaaaataataagctatatatt ttgcaaacacgtactgcaaaaagaacagccatcgctgctattaatattgccgtacaaatg gtagaagaaaagcttatttctaaagaacaagccttaatgcgaatcgatccggaatcatta aatcaattattgcatacaagaattgattacagtaaggggcttacttctattgctgagggg ctacctgcttctcctggggctgcaacaggtatggcagtattctcaccttatgatgccgaa aaattatctcatcatcataaagtaattttagtacgccatgatactagtcctgaggatatt aacggaatgcatgtttcttcaggtattttaactattagagggggaatgacttcacatgcc gcagttgtggccagaggtatggggaagccttgtgtttgcggtacaagtaatttatctata gatgagaaaaagcaaatattaacagcaggcgacatagttattaaacaaggtgatattata acgattgatggaggtagcggtaaaatcttcttaggtgaaatgcctttaattcaacctact ttcagtgaggaatcaaaattaattttagattgggcggatgagattagtagcttaaaagtt cgtgcaaatgctgaaacagttaacgatgctttagtatctataaagtttggagctcaaggt ataggtttgtgtcgtagcgaacatatgttttttgataaaaataaaattcctttagtaaga gaaatgattattgctcctaatatagaacggagaaagcttgctgtgcagaaattattacct ctgcaaactgaggattttaaagctttattcagagtaatgaaagataaaccggtgaatatt agattacttgatccgccgttacatgagtttttacctgccactgaagaagataaaaagaat ttggccaatagcttaaatctacctttatccgtgattaatcaacgtcttcatgctctgcat gaagtaaatcctatgcttggtcaccgtggatgtagacttggtatatgttcgccggaaatt taccaaatgcaaattgaagcaatttttacagctatttttgagctacataaaaaagaacat atagaatgtaacttagaattaatgattcctttaattagcaatgtaggtgaaataaaaaag cttaaaatggatatttatgcagtaatagaggaattagagcaacgttatagatataagttt tcctttacgcttggtactatgatagaactacccagggcagcactcagcagtaagaaaata gctaaggaagttgactattttagttttggtactaatgatttaactcagactacatatgga atttctagagatgatattgcctcttttcttccatattatttagaagaaaagatttttgaa tccgatccatttactactctcgatgaagaaggagtaggagaattaattgaaattgctata aaacgtggaaaaagcagtaatgctaatttaaaactcggagtttgtggagaacatgcaggg aaccctgcctctatagcattttttcatagaatgaatttaaactatgtttcttgttctcca taccgtatccctatagcaagaatcgccgcagcacaagctaaaattaaacatgggtga

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