Chlorobium chlorochromatii: Cag_0155 Help Entry Cag_0155          CDS       T00290                                  Name (GenBank) pyruvate phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism cch  Chlorobium chlorochromatii Pathway cch00010   Glycolysis / Gluconeogenesis cch00620   Pyruvate metabolism cch00710   Carbon fixation by Calvin cycle cch00720   Other carbon fixation pathways cch01100   Metabolic pathways cch01110   Biosynthesis of secondary metabolites cch01120   Microbial metabolism in diverse environments cch01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:cch00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     Cag_0155    00620 Pyruvate metabolism     Cag_0155   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     Cag_0155    00720 Other carbon fixation pathways     Cag_0155 Enzymes [BR:cch01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      Cag_0155 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers_C PPDK_N PEP-utilizers DUF3199 Motif Other DBs NCBI-ProteinID:  ABB27433 UniProt:  Q3AU92 LinkDB All DBs Position complement(174339..177089) Genome browser AA seq 916 aa AA seqDB search MPNPEKTNEQAAKKQYLYSFAGGASDGDASMKNLLGGKGANLAEMANIGLPVPPGFTIST EVCTYYYDNQKNYPPNLFEQDIPDALSKIEYMLGKKFGDPVNPLLVSVRSGARASMPGMM DTILNLGLNSQTVDGLAKRSGNPRFAWDCYRRFVQMYGDVVLDLKPTNKKEIDPFEKILE EKKHERGITLDTEFTVEDLQDLVSRYKAAILEKTGRTFPEDPHEQLRGAIGAVFGSWNNE RAIIYRKLNHIPGYWGTACNVQAMVFGNMGEDCGTGVAFTRDAATGENIFYGEFLMNAQG EDVVAGTRTPLKIEQLKANKPDIYDQLEEIRSSLERHYRDMMDIEFTIESNTLFMLQCRV GKRTGMAAVKIAVDMFNEGLIDEKEALMRIEPEQLNQLLRPVFNMKEKQAAISGGRLLAT GLNAGPGAATGKIYFNAVDAYEASKKGEAVVLVRIETSPEDIKGMAVAEGILTERGGMTS HAALVARQMGKVCVAGCGALQIDYQKGEMRVAGKDIVLSEGDYISIDGSTGEVIAGKVAT KNSEILEVLIDKTLKPEDASTWPIYKQLMKWADKYRKLKIRTNADQPDQADIAVTFGAEG IGLCRTEHMFFGGERIDAMREMILADDITGRQKALEKLLPYQREDFYGLFKCMGERPVTI RLLDPPLHEFLPHTDAEITALAAKIGKSYEEVNMRIEHLHEFNPMLGLRGCRLGILHPEI AVMQVRAIIEAACQLKKEGLEVIPEIMVPLVSTVKELEITSEIIHKTARSVFAEQGIGVQ YLVGTMIEVPRAAITSDQIATVADFFSYGTNDLTQMGLGMSRDDSGQFLPTYQQQEIFAR NPFESLDIDGVGRLMSISAKDGRAVKADLKLGICGEHGGDPATVEFCHKLGLNYVSCSPF RVPIARLAAARAALQD NT seq 2751 nt NT seq  +upstreamnt  +downstreamnt atgccaaatccagagaagaccaacgaacaggctgcaaaaaaacagtacctctacagtttt gcgggcggtgcctccgacggtgacgcctccatgaaaaatctgcttggtggcaaaggcgca aaccttgcagaaatggcaaacataggactgccagttcctccaggattcaccatctccacc gaagtctgcacttactactacgataatcagaaaaactatccacccaacctttttgagcaa gatattcctgacgctctcagtaaaattgaatatatgcttggcaaaaaatttggtgacccc gtaaatccgctacttgtttctgttcgctccggtgctcgtgcttcaatgcccggcatgatg gataccattcttaacctcggtttaaactcccaaacagttgatggacttgctaaaagatcg ggtaacccccgttttgcttgggattgctaccgtcgttttgtacaaatgtatggcgatgta gtgctcgatttaaagcctaccaataaaaaagagattgacccctttgaaaaaattcttgaa gagaaaaagcatgagcgtggcattacgctcgacactgagtttacggttgaagatttacaa gaccttgtaagccgctacaaagccgctattcttgaaaaaacgggcagaaccttccctgaa gatccacacgaacaacttcgtggagctattggcgctgtatttggcagttggaacaacgag cgtgctattatttaccgcaagctcaaccacattcccggttattggggtaccgcttgtaac gtacaagctatggtgtttggtaacatgggtgaagattgcggtacgggcgttgcctttacg cgcgatgccgcaaccggcgaaaacattttctacggtgaattcttaatgaatgcgcaaggt gaagatgtggttgcaggtaccagaaccccgctgaaaattgagcaacttaaagccaacaag cctgatatttatgaccaacttgaagagattcgttcctctcttgagcgccactatcgcgat atgatggatattgagttcaccattgaaagcaatacgctctttatgttgcaatgccgtgtt ggtaagcgcacaggtatggctgctgttaagattgctgttgatatgtttaacgaagggctt attgatgaaaaagaggctcttatgcgtattgagccggaacaactcaaccagttgcttcgc cctgtctttaatatgaaggaaaaacaagcggctattagcggtggacgtttgcttgcaacc ggtttaaatgcaggtccgggtgctgctacgggtaaaatttacttcaacgctgttgatgcc tacgaggcaagcaaaaaaggcgaggcggttgttttagttcgtattgaaacttcccctgag gatattaaaggtatggcggttgctgaaggtattcttaccgaacgtggtggcatgacctca cacgccgctcttgtggctcgccaaatgggtaaggtgtgcgttgctggttgtggtgccttg caaattgattatcaaaaaggtgaaatgcgcgttgcaggcaaagatattgtgctcagcgaa ggcgactacatttcaattgatggcagcacgggtgaagttattgctggcaaggttgcaacc aaaaactccgagattcttgaggtgctgattgataaaaccttaaagcctgaagatgcttcc acatggcctatttacaagcaattaatgaagtgggctgataaatatcgtaagctaaaaatt cgtaccaacgctgaccaaccagatcaagccgatattgcagtaacctttggcgctgaaggt attgggctctgccgcaccgagcacatgttctttggcggcgagcgtattgatgcaatgcgc gaaatgattcttgctgatgatattaccggacgccaaaaagcacttgaaaaactactccct taccaacgcgaagacttttacggactctttaagtgcatgggcgaacgtcctgtaaccatc cgcttgcttgatccaccgcttcatgagttcctccctcacaccgatgctgaaattacggca cttgctgctaaaattggcaagagctatgaagaggtgaacatgcgtattgagcacttgcat gagtttaaccccatgcttggcttgcgtggttgccgccttggcattctccaccccgaaatt gcggttatgcaggttcgcgctattattgaagctgcttgccaattgaaaaaagaggggctg gaagtaattcccgaaattatggtaccgcttgttagcacggttaaagagcttgaaatcacc agtgaaattattcacaaaaccgctcgcagcgtttttgccgaacaaggcattggggtgcag tacttggttggcaccatgattgaagtgcctcgtgccgccattacctccgaccaaattgca acggttgccgacttctttagctacggcaccaacgacttaacacaaatgggacttggtatg agccgcgacgattcagggcagttcctcccaacctatcagcagcaagaaatttttgcacgc aacccatttgaatcattggatattgatggtgtaggacgcttaatgagcatttcagcaaaa gatggacgtgctgttaaagctgacttaaagcttggtatttgtggtgaacatggtggcgat cctgcaaccgttgagttctgccataaacttggcttgaactatgtttcatgcagtccattc cgtgtaccaattgctcgccttgccgccgcaagagcagcattgcaagattaa

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