Brachyspira pilosicoli 95/1000: BP951000_0891 Help Entry BP951000_0891     CDS       T01278                                  Symbol ppsA2 Name (GenBank) pyruvate phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism bpo  Brachyspira pilosicoli 95/1000 Pathway bpo00010   Glycolysis / Gluconeogenesis bpo00620   Pyruvate metabolism bpo00710   Carbon fixation by Calvin cycle bpo00720   Other carbon fixation pathways bpo01100   Metabolic pathways bpo01110   Biosynthesis of secondary metabolites bpo01120   Microbial metabolism in diverse environments bpo01200   Carbon metabolism Module bpo_M00169   CAM (Crassulacean acid metabolism), light Brite KEGG Orthology (KO) [BR:bpo00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     BP951000_0891 (ppsA2)    00620 Pyruvate metabolism     BP951000_0891 (ppsA2)   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     BP951000_0891 (ppsA2)    00720 Other carbon fixation pathways     BP951000_0891 (ppsA2) Enzymes [BR:bpo01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      BP951000_0891 (ppsA2) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers_C PPDK_N PEP-utilizers Cas_Cas1 Prefoldin_2 Motif Other DBs NCBI-ProteinID:  ADK30889 UniProt:  D8ICL6 LinkDB All DBs Position 996988..1000053 Genome browser AA seq 1021 aa AA seqDB search MATKKMVYFFGNGKSEGAKETKALLGGKGLGLAQMTESKVPVPAGFTITTEVCDYYSKNK SYPKGLEKIVDENIKKLEKAMGMEFGNADKPLLVSVRSGAAISMPGMMDTILNLGINENV VNGIIKKTNNPRFAWDAYRRFIQMFGDVAMGVDHDKFEEILDERKKSIAPKIGKAEKEVK DTDLDVEELKIVVEKYKAMYKQEMGEAFPDDPKVQLWHAINAVFRSWNNPRAEAYRKLND IRNLLGTAVNVQAMVFGNMGDTSATGVCFSRNPSTGENKFYGEFLINAQGEDVVAGIRTP QEITLEGSKEWAKNNGISEEDRKAKYPSLEEVMPDVYKQLVSYKNQLEKYYSDMQDMEFT IQEGKLYMLQTRNGKRTAAAAVRIAVELAEAKIISKEEALMRVNPADLDQLLHPMFDPNA KKTAKVLAKGLNASPGAAVGKAVFAAERAEAMKEAGESVILVRIETSPEDIKGMNAAEGI LTARGGATSHAAVVARGMGKCCVAGCSALDIDYNQKIMKVNDTIVHEGDYISIDGSTGEV MLGQVTTKEADMSEDFRKLMQWADEIRIKNKFEVHTNADTPNDAQIARKFGAEGIGLCRT EHMFFNADRIKSVRQLILVAEEVKQLREKLEEAKKIGKADLVEELERLYKEPRKLYDDAL NSLFPMQMEDFVGIFTAMSGYPVTVRLLDPPLHEFIPHEDSQLQELANEMNVPFEKLRAI RDSLHEFNPMLGHRGCRLGITYPEIYDMQARAIIEAAVKVKKNGVDVHPEIMIPLVGTLK ELKMIKERIVKIADEVFSKVGDKVSYKVGTMIEVPRAALVADKIAQEAEFFSFGTNDLTQ MGGGFSRDDAGKFLKDYVDKEIYEKDPFQSLDQEGIGELLRIGVTKGRATNKKLTVGICG EHGGDPATVMFCYDIGLNYVSCSPYRVPIARLAAAQGIINASAKNKKANVKKEVKKAVKT VKKEVKKEIKKDAKKAASTVKKASKDVKKATKEIKKVAKAVKNTVKKEVKKAVSKKTNSK K NT seq 3066 nt NT seq  +upstreamnt  +downstreamnt atggcaacaaaaaagatggtttacttctttggtaatggtaaatctgaaggagctaaagag acaaaagcattattaggcggtaaaggtttaggtcttgcccaaatgacagaaagtaaagta cctgttccagcaggttttacaattacaacggaagtttgtgattactattcaaaaaacaaa tcataccctaagggactagaaaagatagttgatgaaaacatcaaaaagctagaaaaggct atgggaatggagtttggtaatgcagacaagcctcttcttgtatctgttcgttctggtgct gctatatctatgcctggtatgatggatacaatacttaatcttggtattaacgaaaatgta gttaatggaattattaaaaaaactaataatcctagatttgcttgggacgcttatagaaga tttattcaaatgttcggcgatgtagctatgggtgttgatcatgacaaatttgaagagata cttgatgaaagaaaaaaatctatagcaccaaaaattggtaaagctgaaaaagaagttaaa gatactgatttagatgtagaagagttaaaaattgtagtagaaaaatataaagctatgtat aaacaagaaatgggcgaagctttcccagatgatcctaaagtacaattatggcatgctatt aatgctgtatttaggagctggaacaaccctagagctgaagcttatagaaaattaaatgat ataagaaatcttttaggtacagctgttaacgttcaagctatggtatttggtaatatggga gatacttctgctactggtgtatgtttctctcgtaacccttctactggtgaaaacaaattc tatggagagtttttaattaatgcacaaggtgaagacgttgttgctggtattagaactcct caagaaattacattagaaggaagtaaagagtgggctaaaaataatggtataagcgaagaa gatagaaaagctaaatacccttctcttgaagaggttatgcctgatgtttataaacaatta gtaagctataaaaatcaattagaaaaatactacagcgatatgcaggatatggagtttact attcaggaaggcaaactttatatgcttcaaactcgtaatggtaagagaactgctgctgct gctgtaagaattgctgttgagcttgctgaggctaaaattatttccaaagaagaggcttta atgagagttaatcctgctgatttggatcagttgcttcaccctatgtttgaccctaatgct aaaaagactgctaaagtacttgctaagggattaaatgcttctcctggtgctgctgttggt aaggctgtatttgctgctgagagggctgaagctatgaaagaggctggagaatctgttata cttgttcgtatagagactagccctgaagatattaaaggaatgaatgctgctgaaggtata ttgactgcaagaggcggtgctacttcacatgctgctgttgttgctcgcggtatgggtaaa tgctgtgttgctggttgtagtgcattagatattgactataatcaaaaaatcatgaaagtt aatgacactatagttcatgaaggtgattatatttctatagatggttccactggtgaggta atgcttggacaggttactactaaagaggctgatatgtctgaagactttagaaaacttatg cagtgggctgatgagattagaattaaaaataaatttgaagttcatactaatgctgatact cctaatgatgcacaaattgctagaaaattcggtgctgaaggtattggtttgtgccgtact gaacacatgttcttcaatgctgacagaattaagagtgtaagacagcttatacttgttgct gaagaagttaaacaattaagagaaaaattagaagaagctaaaaaaattggcaaagcagat ttagttgaagaattagaaagactttataaagaaccaagaaaactttatgatgatgctttg aatagtttattccctatgcaaatggaagactttgtgggtatatttactgctatgagcgga tatcctgtaactgtaagacttcttgacccgcctttgcatgagtttattcctcatgaagat tctcaattacaagagcttgctaatgaaatgaatgttccttttgaaaaattaagagctatt agagattctttacatgagtttaacccaatgctcggacacagaggctgccgtcttggtatc acttatccagaaatctacgacatgcaggctagagctattattgaagctgctgttaaagtt aagaaaaacggcgtagatgttcaccctgaaataatgattcctcttgttggtactctaaaa gagcttaaaatgataaaagagagaattgtaaaaatagctgatgaagtattctctaaagtg ggagataaagtttcttataaagttggtactatgatagaagttcctagagctgctttggtt gctgataagattgctcaagaagctgagttcttctcatttggtactaatgacttaactcaa atgggcggcggtttctcaagagatgatgctggtaagttcttaaaagactatgttgataaa gaaatatacgaaaaagaccctttccaatcattagaccaagaaggtattggagagctttta agaataggtgttactaaaggaagagctactaacaaaaaacttactgttggtatatgcggt gagcatggaggtgaccctgctactgttatgttctgttatgatataggtcttaactatgta agctgttctccttacagagtgcctattgctagacttgctgctgctcaaggtataattaat gcttctgcaaaaaacaaaaaagcaaatgttaaaaaagaagtgaaaaaagcagttaaaaca gtaaaaaaagaagtaaagaaagagattaaaaaagatgctaaaaaggcagcttctacagta aaaaaagcttcaaaagatgtaaaaaaagcaactaaagaaataaagaaagttgctaaggct gtaaaaaatactgttaaaaaagaagtaaaaaaagcagtatcaaaaaaaacaaactctaaa aaataa

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