Rickettsia rickettsii Sheila Smith: A1G_03840 Help Entry A1G_03840         CDS       T00604                                  Name (GenBank) pyruvate phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism rri  Rickettsia rickettsii Sheila Smith Pathway rri00010   Glycolysis / Gluconeogenesis rri00620   Pyruvate metabolism rri01100   Metabolic pathways rri01110   Biosynthesis of secondary metabolites rri01120   Microbial metabolism in diverse environments rri01200   Carbon metabolism Module rri_M00169   CAM (Crassulacean acid metabolism), light Brite KEGG Orthology (KO) [BR:rri00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     A1G_03840    00620 Pyruvate metabolism     A1G_03840 Enzymes [BR:rri01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      A1G_03840 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers_C PPDK_N PEP-utilizers Motif Other DBs NCBI-ProteinID:  ABV76285 UniProt:  A0A0H3AWK6 LinkDB All DBs Position complement(663781..666417) Genome browser AA seq 878 aa AA seqDB search MKKLIYYFGSNGSDGNARMKNILGNKGAGLAEMSNLKLPIPDGFTITTELCNYFYTHNNN FPKNFQSDLKKAITELEIITGKIFGSTSNPLLLSVRSGSTVSMPGMMDTILNLGMNNEVC NALADSCGDKRFALDSYKRFLEMYGSTVLSIPSDLFEQIYEKHKMQADIHKDSDITVELL EKIIDDFKRLHIKYTKQLINDPYEQLESAIKAVLHSWMSNRAVIYRKINNISEDCGTAIN IQAMVFGNLGKTSATGVAFTRSPATGEKKLFGEFLINAQGEDIVSGTRTPMPIIANDSNS MQAMMPEVFKELSQIAQKLEEHYLDMQDIEFTIENNKLYILQTRTAKRTAIAAINIAVQM VEEKLISKEQALMRIDPESLNQLLHTRIDYSKGLTSIAEGLPASPGAATGIAVFSPYDAE KLSHHHKVILVRHDTSPEDINGMHVSSGILTIRGGMTSHAAVVARGMGKPCVCGTSNLSI DEKKQILTAGDIVIKQGDIITIDGGSGKIFLGEMPLIQPTFSEESKLILDWADEISSLKV RANAETVNDALVSVKFGAQGIGLCRSEHMFFDKNKIPLVRDMIIAPDIERRKLAVQKLLP LQTEDFKALFRVMKDKPVNIRLLDPPLHEFLPTTEEDKKNLANSLNLPLSMINQRLHAMH EVNPMLGHRGCRLGICSPEIYQMQIEAIFTAIFELHKKEHIECNLELMIPLISNVGEIQK LKMDIYAVIEELEQRYSYKFSFTLGTMIELPRAALGSKKIAKEVDYFSFGTNDLTQTTYG ISRDDIASFLPYYLEEKIFESDPFTTLDEEGVGELIEIAIKRGKSSNANLKLGACGEHAG NPASIEFFHRMNLNYVSCSPYRIPIARIAAAQAKIKHG NT seq 2637 nt NT seq  +upstreamnt  +downstreamnt atgaaaaaattaatttattattttggcagtaatggtagtgatggaaacgctagaatgaaa aatatacttggtaacaaaggtgctggtcttgccgaaatgtccaacctaaaactacctatt cctgatggttttacaataactacagagctatgtaattatttttatacccacaataataac tttcctaaaaactttcaaagcgacttaaaaaaagctatcactgaacttgaaataattacc ggtaaaattttcggcagtacaagcaatcctttattgttatcggtgcgttcgggctctacg gtttcaatgcctggaatgatggatactatccttaatcttggaatgaataacgaagtgtgt aatgctcttgcggattcctgcggtgataaacgatttgctcttgatagttacaaaagattt ttagaaatgtacggttcaacggtattatctatacctagtgatctatttgaacaaatttat gaaaagcacaagatgcaagccgatattcataaagatagcgatattaccgtagaattatta gaaaaaattattgatgatttcaaacggttgcatattaagtatactaagcaactaattaat gatccttatgaacagttagaatcggcaattaaagcggtgctacattcttggatgagtaat agagcggttatatatagaaaaatcaataatatttcggaggattgcggtactgctattaat atccaagcaatggttttcggtaatttaggtaaaacttcagctacgggagttgcttttact agatcacctgctacaggagaaaaaaagctctttggagagtttttaataaatgctcaaggt gaagacatagtatcgggaactagaacacctatgcctattattgcaaatgattcaaattct atgcaagcaatgatgccggaagtgtttaaggagttatcacaaattgcacaaaagcttgaa gaacattacttagatatgcaggatatagaattcactatagaaaataataagctatatatt ttgcaaacacgtactgcaaaaagaacagccatcgctgctattaatattgccgtacaaatg gtagaagaaaagcttatttctaaagaacaagccttaatgcgaatcgatccggaatcatta aatcaattattacatacaagaattgattacagtaaggggcttacttctattgctgagggg ctacctgcttctcctggggctgcaacaggtattgcagtattctcaccttatgatgccgaa aaattatctcatcatcataaagtaattttagtacgccatgatactagtcctgaggatatt aacggaatgcatgtttcttcaggtattttaactattagagggggaatgacttcacatgct gcagttgtggcaagaggtatggggaagccttgtgtttgcggtacaagtaatttatctata gatgagaaaaaacaaatattaacagcaggcgacatagttattaaacaaggtgatattata acgattgatggaggtagcggtaaaatcttcttaggtgaaatgccgttaattcaacctact ttcagtgaggaatcaaaattaattttagattgggcagacgagattagtagcttaaaagtt cgtgcaaatgctgaaacagttaacgatgctttagtatctgtaaagtttggagctcaaggt ataggtttatgtcgtagcgaacatatgttttttgataaaaataaaattcctttagtaaga gacatgattattgctcctgatatagaacggagaaagcttgccgtgcagaaattattacct ctgcaaactgaggattttaaagctttattcagagtaatgaaagataaaccggtaaatatt agattacttgatccgccgttacatgagtttttacctaccaccgaagaagataaaaagaat ttagccaatagcttaaatctacctttatccatgattaatcaacgtcttcatgctatgcat gaagtaaatcctatgctcggtcaccgtggatgtagacttggtatatgttcgccagaaatt taccaaatgcaaattgaagcaatttttacagctatttttgagctacataaaaaagaacat atagaatgcaacttagaattaatgattcctttaattagcaatgtaggtgaaatacaaaag cttaaaatggatatttatgcggtaatagaagaattagagcaacgttatagctataagttt tcctttacgctcggtactatgatagaactacccagggcagcactcggcagtaagaaaata gctaaggaagttgactattttagttttggtactaatgatttaactcagactacatatgga atttctagagatgatattgcctcttttcttccatattatttagaagaaaagatttttgaa tctgatccatttactactctcgatgaagaaggagtaggagaattaattgaaattgctata aaacgcggaaaaagcagtaatgctaatttgaaactcggagcttgcggagaacatgcaggg aaccctgcctctatagaattttttcatagaatgaatttaaactatgtttcttgttctcca tatcgtatccctatagcaagaatcgccgcagcacaagctaaaattaaacacgggtga

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