Chlorobium phaeobacteroides BS1: Cphamn1_0523 Help Entry Cphamn1_0523      CDS       T00709                                  Name (GenBank) pyruvate, phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism cpb  Chlorobium phaeobacteroides BS1 Pathway cpb00010   Glycolysis / Gluconeogenesis cpb00620   Pyruvate metabolism cpb00710   Carbon fixation by Calvin cycle cpb00720   Other carbon fixation pathways cpb01100   Metabolic pathways cpb01110   Biosynthesis of secondary metabolites cpb01120   Microbial metabolism in diverse environments cpb01200   Carbon metabolism Module cpb_M00173   Reductive citrate cycle (Arnon-Buchanan cycle) cpb_M00614   Anoxygenic photosynthesis in green sulfur bacteria Brite KEGG Orthology (KO) [BR:cpb00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     Cphamn1_0523    00620 Pyruvate metabolism     Cphamn1_0523   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     Cphamn1_0523    00720 Other carbon fixation pathways     Cphamn1_0523 Enzymes [BR:cpb01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      Cphamn1_0523 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers_C PPDK_N PEP-utilizers Swi5 Motif Other DBs NCBI-ProteinID:  ACE03486 UniProt:  B3EMA8 LinkDB All DBs Position complement(550265..553015) Genome browser AA seq 916 aa AA seqDB search MSDARLTSQNSTEKNYIYNFSGGAADGDASMKNLLGGKGANLAEMANIGLPVPPGFTIST EVCTHYYDHQKTYPEKLFETYIPEALNKLEKYLGKKFGDPDEPLLLSVRSGSRASMPGMM DTILNLGLNDRSVEGLAKKSGNPRFAWDCYRRFIQMYGDVVLGLKPADSKQKDPFEVIME ERKKALGKQLDTELDTEDLKYIVSAYKAAIQAHTCTLFPEDPMEQLRGAISAVFESWNNE RAVVYRKLNNIPGWWGTACNIQAMVFGNMGEASGTGVAFTRDAATGENTFYGEYLMNAQG EDVVAGTRTPLKIRLLQEENPEIYQELDTIRTQLEKHYRDMMDVEFTIENGKLFMLQCRV GKRTGFAAIRIAYDMCMEGLIDEKEALLRIEPDQLNQLLRPVFDPAEKKKTIEEGKHLAT GLNAGPGAATGNIYFNADDAQQANERGEKVILVRIETSPEDIQGMSISEGILTERGGMTS HAALVARQMGKVCVAGCGALNIDYEKGELRVDGHEIVLHEGDPISIDGSTGEIMAGAIKT RNSEVIAVLADKTLKPEEAPVWQIFDRFMEWSDTYRKLRVRANADQPDQAELAVRLGAEG IGLCRTEHMFFGGGRIDAMREMILAEDSTGRQAALDKLLPYQREDFYGLFKAMGARPVTI RLLDPPLHEFLPQEEKEIEDLAAVLGKPFDEVKHRIENLHEFNPMLGLRGCRLGIIHPEI PAMQVRAVFEAACKIKKEGNDIVPEIMVPLVSTVKELEITSEIIHKIARSVMAEHEVGIQ YLVGTMIEVPRAALTSDEIAKAADFFSYGTNDLTQMGMGMSRDDSGQFLPAYQNQDIFAR NPFESIDTKGIGRLIRISSKEGREAKKEIKLGICGEHGGDPASVEFCHALGLNYVSCSPF RIPIARLAAARAALSS NT seq 2751 nt NT seq  +upstreamnt  +downstreamnt atgtcagacgcccgactaacctcacagaattccaccgaaaaaaattatatctacaatttc tccggaggcgctgctgacggtgacgcttcaatgaaaaacctgcttggcggcaaaggcgca aaccttgctgaaatggcgaacataggtcttccggtacctcccggttttaccatctctaca gaagtctgcacgcactattacgaccatcagaaaacctatccggaaaaactttttgaaacc tatattcccgaagcactgaataaacttgaaaagtacctcggcaagaaattcggtgacccc gatgagcctcttctgctttcagtaagatcaggttcaagagcatcgatgccgggaatgatg gatacgatactcaatctcggtcttaatgacagaagtgtcgaagggcttgcgaaaaaatcg ggaaatccgagattcgcctgggactgttaccgtcgatttatccagatgtacggcgatgtg gtactcggcctcaagcctgcagacagcaagcaaaaagacccgtttgaagtgatcatggaa gaacggaaaaaagcccttggcaaacagcttgacacagaactcgatacggaagatctgaaa tatattgtctcggcatacaaagcggcaattcaggcacatacctgcacgcttttccctgaa gatcccatggagcagctacggggagcaatcagtgcggtatttgaaagctggaacaacgag cgcgcagtcgtctaccggaaactgaacaatatccccggctggtggggaaccgcctgcaat atccaggcgatggtgttcggtaacatgggagaggcctccggcaccggtgtggcgttcaca agagacgctgcgacaggtgaaaacacattctatggtgaatacctgatgaatgcccagggt gaagatgtcgtggctggaacaagaaccccgctgaaaataagacttcttcaagaggaaaat cctgagatttaccaggagctggacactattcgtacccagcttgaaaagcattaccgggac atgatggatgttgaattcaccatagaaaacggtaaactcttcatgctgcagtgcagggta ggaaaaagaactggatttgctgccatcagaatcgcctatgatatgtgcatggaaggcctt atcgacgaaaaggaagccctgctgcgcattgaaccggatcagctcaaccagctgctcaga ccggtattcgatcccgccgaaaaaaagaaaaccatcgaagaaggaaagcatcttgccaca ggtctcaacgccggaccgggagcggcgaccggcaacatatatttcaacgctgatgacgct caacaggcaaatgaacgcggtgaaaaagtaatccttgtaagaatcgaaacctcgcccgaa gacattcagggaatgtcaatctcggagggaattcttacagaacggggcggtatgacttca catgcagcacttgtggcccgccagatgggcaaagtctgcgtagcgggatgcggagcgctc aatatcgattacgagaaaggagagctccgggtcgacggacatgagatcgtgctccatgaa ggtgaccccatttccattgacggcagtaccggggaaatcatggccggagcgataaaaaca cgcaattcagaggttatagcagtccttgcagacaaaacccttaagcctgaagaagctccg gtatggcagatttttgatcgattcatggaatggtcggatacataccgcaagctccgtgtg cgggcaaatgcagatcagccggatcaggcggagctcgccgtcaggctcggtgcagaaggt atcggattgtgccgaaccgagcatatgtttttcgggggaggccgtattgacgcaatgcgg gagatgatcctggctgaagacagcaccggtcgtcaggccgcacttgataaattgctaccc taccagcgagaagacttttacggattgttcaaggccatgggtgcacgcccggttaccata agacttctcgaccctcctcttcatgaattccttccgcaggaagaaaaggaaatcgaggat ctcgcagcagtactcggcaaaccctttgatgaagttaaacacagaatcgaaaacctgcat gagttcaaccccatgctcggactgcggggatgtcgtctgggaatcattcatcctgaaatt ccagccatgcaggtaagagctgtttttgaagccgcctgtaaaatcaagaaagagggcaac gatatcgttccggaaatcatggttccgcttgtaagcaccgtcaaagagcttgaaataacc agtgaaatcattcacaagattgcccgaagtgttatggccgaacatgaagtcggcatacaa tatctggtcgggacaatgatcgaggtgccgagagcggccctgacatcagatgaaatcgcc aaagccgctgactttttcagttacggcaccaatgacctcacacaaatgggaatgggcatg agccgggacgattccgggcagttccttccggcatatcagaaccaggatatttttgcgcgc aatccctttgagtccatcgatacaaagggaatagggcgtctgatcagaatatcttccaaa gagggccgtgaggcaaaaaaagagatcaaactgggtatctgcggagagcatggaggagat cccgcgtccgtggaattctgccacgccctgggactgaactatgtatcatgcagccctttc aggatacctatagcacgccttgctgcagcaagagccgcattgagcagttga

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