Rickettsia amblyommatis GAT-30V: MCE_04305 Help Entry MCE_04305         CDS       T01787                                  Name (GenBank) pyruvate phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism ram  Rickettsia amblyommatis GAT-30V Pathway ram00010   Glycolysis / Gluconeogenesis ram00620   Pyruvate metabolism ram00710   Carbon fixation by Calvin cycle ram00720   Other carbon fixation pathways ram01100   Metabolic pathways ram01110   Biosynthesis of secondary metabolites ram01120   Microbial metabolism in diverse environments ram01200   Carbon metabolism Module ram_M00169   CAM (Crassulacean acid metabolism), light Brite KEGG Orthology (KO) [BR:ram00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     MCE_04305    00620 Pyruvate metabolism     MCE_04305   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     MCE_04305    00720 Other carbon fixation pathways     MCE_04305 Enzymes [BR:ram01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      MCE_04305 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers_C PPDK_N PEP-utilizers Motif Other DBs NCBI-ProteinID:  AFC69765 UniProt:  H8K5H1 LinkDB All DBs Position complement(752745..755381) Genome browser AA seq 878 aa AA seqDB search MKKLIYYFGSNGSDGNASMKNILGNKGAGLAEMSNLKLPIPDGFTITTELCNYFYTHNNN LPKNFQSDLKKAITELEITTGKIFGSTSNPLLLSVRSGSTISMPGMMDTILNLGMNNEVC NALADSCGDKRFALDSYKRFLEMYGSTVLSIPSDLFEQIYEKHKMQADIHKDSDITVELL EKIIDDFKRLHIKYTKQLINDPYEQLESAIKAVLHSWMSNRAVIYRKINNISEDFGTAIN IQAMVFGNLGKTSATGVAFTRSPSTGEKKLFGEFLINAQGEDIVSGTRTPMPIIAKDSNS MQAMMPEVFKELSQIAQTLEEHYLDMQDIEFTIENNKLYILQTRTAKRTAIAAINIAVQM VEEKLISKEQALMRIDPESLNQLLHTRIDYSKGLTSIAEGLPASPGAATGIAVFSPYDAE KLSHHHKVILVRHDTSPEDINGMHVSSGILTIRGGMTSHAAVVARGMGTPCVCGTNNLSI DEKKQILTAGDIVIKQGDIITIDGGSGKIFLGEMPLIQPTFSEESKLILDWADEISSLKV RANAETVNDALVSIKFGAQGIGLCRSEHMFFDTNKIPLVREMIIAPDIERRKLAVQKLLP LQTEDFKALFRVMKDKPVNIRLLDPPLHEFLPTTEEDKKNLANSLNLPLSMINQRLHAMH EVNPMLGHRGCRLGICSPEIYQMQIEAIFTAIFELHKKEHIECNLELMIPLISNVGEIQK LKMDIYAVIEKLEQRYRYKFSFTFGTMIELPRAALGSKKIAKEVDYFSFGTNDLTQTTYG ISRDDMASFLPYYLEEKIFESDPFTTLDEEGVGELIEVAIKRGKSSNANLKLGACGEHAG NPASIEFFHRMNLNYVSCSPYRIPIARIAAAQAKIKHG NT seq 2637 nt NT seq  +upstreamnt  +downstreamnt atgaaaaaattaatttattattttggcagtaatggtagtgatggaaacgctagcatgaaa aatatacttggtaacaaaggtgccggtcttgccgaaatgtccaacctaaaactacctatt cctgatggttttacaatcactacagagctatgtaattacttttatacccacaataataac ttgcctaaaaactttcaaagcgacttaaaaaaagctatcaccgaacttgaaataactacc ggtaaaattttcggcagtacaagcaatcctttattattatcggtgcgttcgggctctacg atttcaatgcctggaatgatggatactatccttaatcttggaatgaataacgaagtgtgt aatgctcttgcggattcctgcggtgataaacgatttgctcttgatagttacaaaagattt ttagaaatgtacggttcaacggtattatctatacctagtgatctatttgaacaaatttac gaaaagcacaaaatgcaagccgatattcataaagatagcgatattaccgtagaattatta gaaaaaattattgatgatttcaaacggttgcatattaagtatactaagcaactaattaat gatccttatgaacagttagaatcggcaattaaagcggtgctacattcttggatgagtaat agagcggttatatatagaaaaatcaataatatttcggaggatttcggtacggctattaat atccaagcaatggttttcggtaatttaggtaaaacttcagctacgggagttgcttttact agatcaccttctacaggagaaaaaaaactctttggagagtttttaataaatgctcaaggt gaagacatagtatcgggaactagaacacctatgcctattattgcaaaagattcaaattct atgcaagcaatgatgccggaagtatttaaggagttatcacaaattgcgcaaacgcttgaa gaacattacttagatatgcaggatatagaattcactatagaaaataataagctatatatt ttgcaaacacgtactgcaaaaagaacagccatcgctgctattaatattgccgtacaaatg gtagaagaaaagcttatttctaaagaacaagccttaatgcgaatcgatccggaatcatta aatcaattattacatacaagaattgattacagtaaggggcttacttctattgctgagggg ctacctgcttctcctggggctgcaacaggtattgcagtattctcaccttatgatgccgaa aaattatctcatcatcataaagtaattttagtacgccatgatactagtcctgaggatatt aacggaatgcatgtttcttcaggtattttaactattagagggggaatgacttcacatgcc gcagttgtggcaagaggtatggggacaccttgtgtttgcggtacaaataatttatctata gatgagaaaaagcaaatattaacagcaggcgacatagttattaaacaaggtgatattata acgattgacggaggtagcggtaaaatcttcttaggtgaaatgccgttaattcaacctact ttcagtgaggaatcaaagttaattttagattgggcagacgagattagtagcttaaaagtt cgtgcaaatgctgaaacagttaacgatgctttagtatctataaagtttggagctcaaggt ataggtttatgtcgtagcgaacatatgttttttgatacaaataaaattcctttagtaaga gaaatgattattgctcctgatatagaacggagaaagcttgctgtgcagaaattattacct ctgcaaactgaggattttaaagctttattcagagtaatgaaagataagccggtaaatatt agattacttgatccgccattacatgagtttttacctaccaccgaagaagataaaaagaat ttggccaatagcttaaatctacctttatccatgattaatcaacgtcttcatgctatgcat gaagtaaatcctatgctcggtcaccgtggatgtagacttggtatatgttcaccggaaatt taccaaatgcaaattgaagcaatttttacagctatttttgagctacataaaaaagaacat atagaatgtaacttagaattaatgattcctttaattagcaatgtaggtgaaatacaaaag cttaaaatggatatttatgcggtaatagagaaattagagcaacgttatagatataagttt tcctttacgttcggtactatgatagaactacccagggcagcactcggcagtaagaaaata gctaaggaagttgactattttagttttggtactaatgatttaactcagactacatatgga atttctagagatgatatggcctcttttcttccatattatttagaagaaaagatttttgaa tccgatccatttactactctcgatgaagaaggagtaggagaattaattgaagttgctata aaacgcggaaaaagcagtaatgctaatttgaaactcggagcttgcggagaacatgcaggg aaccctgcctctatagaattttttcatagaatgaatttaaactatgtttcttgttctcca taccgtatccctatagcaagaatcgccgcagcacaagctaaaattaaacacgggtga

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