Caloramator sp. E03: FDN13_01055 Help Entry FDN13_01055       CDS       T05994                                  Name (GenBank) pyruvate, phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism cale  Caloramator sp. E03 Pathway cale00010   Glycolysis / Gluconeogenesis cale00620   Pyruvate metabolism cale00710   Carbon fixation by Calvin cycle cale00720   Other carbon fixation pathways cale01100   Metabolic pathways cale01110   Biosynthesis of secondary metabolites cale01120   Microbial metabolism in diverse environments cale01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:cale00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     FDN13_01055    00620 Pyruvate metabolism     FDN13_01055   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     FDN13_01055    00720 Other carbon fixation pathways     FDN13_01055 Enzymes [BR:cale01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      FDN13_01055 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers_C PPDK_N PEP-utilizers DUF1816 Motif Other DBs NCBI-ProteinID:  QCX32397 UniProt:  A0A5B7TD79 LinkDB All DBs Position complement(196065..198701) Genome browser AA seq 878 aa AA seqDB search MSGHQKKYVYLFSEGNAGMRNLLGGKGANLAEMTNIGLPVPQGFTVTTEACTRYYEDGQK IGDDIKAQIFEYLQKLEGITGKKFGDPSNPLLVSVRSGARASMPGMMDTILNLGLNDETV VGLAKLTNNERFAYDSYRRFIQMFSDVVMEIDKNKFEKILDAVKEENGAKYDTDLNAENL KEVVRRYKALYKEEKGTDFPQDPKEQLFEAVKAVFRSWNNPRAIVYRRLNDIPSDWGTAV NVQQMVFGNMGETSGTGVAFTRNPATGENKVFGEYLINAQGEDVVAGIRTPQSIDTLKEV MPDCYNEFMKIANILEKHYKDMQDMEFTIEQGKLYFLQTRNGKRTAPAALKIAVEMVQEG LITKEEAILKVDPKQLDQLLHPAFDQTELKGAKEIAKGLPASPGAACGRVYFTAEEAKQH KAAGEKVVLVRVETSPEDIEGMVAAEGILTARGGMTSHAAVVARGMGKCCVAGCGDIQIN EEGKYFVANGVRINEGDYISLDGSTGKVYGQKIKTVEPEITGYFGTFMAWADEIRKLKVR TNADTPRDSAQAVKFGAEGIGLCRTEHMFFDEDRIPAVREMIVAKNEEQRRKALAKLLPM QKNDFIGIYEAMEGRPVTIRLLDPPLHEFLPSEDDDIREIANNMGITFEELKATVESLHE FNPMMGHRGCRLAVSYPEIAEMQTTAIIEAAIEVNRKHGWNIIPEIMIPLVGEIKELKYV KDIILKTANEIIEKEGVKLEYKVGTMIEIPRAALTADEIAKEAEFFSFGTNDLTQMTFGF SRDDAGKFLNDYYDKKIFEFDPFAKLDQNGVGKLVKMASEFGRQTRPDIKLGICGEHGGD PSSVEFCHNVGLDYVSCSPFRVPIARLAAAQAQVKNPR NT seq 2637 nt NT seq  +upstreamnt  +downstreamnt atgtctggtcatcaaaaaaagtatgtttatctttttagtgaaggaaatgcaggtatgaga aatcttcttggcggaaaaggtgccaaccttgctgagatgactaatattggtttacctgtg cctcaaggttttactgtaaccacagaagcatgtacaaggtattatgaagatggacaaaaa attggagatgatattaaggctcaaatatttgaatatcttcaaaaattggaaggtataact ggaaagaaatttggtgatccatcaaatccacttcttgtttctgtacgttcaggtgcaaga gcatctatgcctggtatgatggatacaatacttaaccttggacttaatgatgaaacagtt gtaggtcttgctaagttaactaacaatgaaagatttgcttatgacagctacagaagattt atacaaatgtttagcgatgttgttatggaaatagacaagaacaaatttgaaaaaatactt gatgcagtaaaagaagagaacggtgcaaaatatgataccgatttgaatgctgaaaatctt aaagaagtagtaagaagatataaggcactttataaagaagaaaaaggaactgattttcca caagatccaaaagagcaattgtttgaagcggtaaaagcagtttttaggtcatggaataac ccaagagctatagtttatagaagattaaatgatataccaagtgattggggaacagcagtt aatgtacagcagatggtatttggaaacatgggagaaacatcggggacaggcgttgctttt acaagaaaccctgcaacaggagaaaacaaggtgtttggagaataccttattaatgcacag ggtgaagatgttgttgcaggtattagaactcctcagagcatagatacattaaaagaagtt atgccagattgttataatgagttcatgaaaattgcgaacattcttgaaaaacactataaa gatatgcaggatatggaatttactatagagcaaggaaaactttatttcttgcagacaaga aatggtaagagaacagcaccagcagcattaaagatagctgttgaaatggtacaagaagga cttataacaaaagaagaagctattttaaaagttgatccaaagcagcttgatcagctttta catccagcatttgaccaaacagagttaaaaggagcaaaggaaattgcaaaagggcttcca gcatcaccaggtgcagcttgtggtagagtatactttacagcagaagaagctaaacagcat aaggcagccggagaaaaggttgttcttgttagagttgaaacatcaccagaagatattgaa ggtatggttgcagcagagggtattcttactgcaagaggcggaatgacatcccatgcagca gttgttgcaagaggaatgggtaagtgctgtgtggcaggttgtggagatatacagattaat gaagaaggaaaatattttgttgcaaacggagtaagaattaacgaaggagattacatatcc cttgatggaagcacaggtaaggtttacggacagaagataaagacagttgaaccagaaatt acaggatattttggaacattcatggcttgggcagatgaaattagaaagcttaaagttaga acaaatgctgatactccaagagattcagcacaggcagttaagtttggtgcagaaggtata ggcctttgcagaactgagcacatgttctttgatgaggatagaatcccagctgttagagag atgatagtagctaaaaatgaagaacaaagaagaaaggcattagcaaagcttcttccaatg caaaagaatgattttattggaatatacgaagcaatggaaggcagacctgtgactataagg cttcttgacccaccacttcatgaatttttaccaagtgaagatgatgatataagagaaatt gcaaacaatatgggtataacctttgaagagcttaaagcaacagttgaaagccttcatgag tttaacccaatgatgggccatagaggatgtcgtcttgcagtatcatatccagaaatagct gaaatgcagacaacagcaattattgaggctgcaattgaagttaatagaaaacatggatgg aatataataccagaaataatgattcctcttgttggtgaaattaaagagttgaaatatgta aaagatattattttaaagacagctaatgaaataatagaaaaagaaggagtaaaacttgaa tataaggttggaacaatgattgagataccaagggcagctttaacagcagatgaaatagca aaggaagcagaatttttctcctttggaactaatgacctcactcagatgacatttggtttc tcaagagatgacgcaggaaaattcttaaatgactattatgataagaaaatatttgaattt gatccatttgcaaaacttgaccaaaatggtgttggcaaacttgtaaagatggcatcagag tttggaagacaaacaagaccagatattaagcttggaatatgtggagagcatggaggagat ccatcatcagttgaattttgtcataatgtaggacttgactatgtatcctgctcaccattt agagttccaatagcaagacttgcagcagctcaagcacaggttaaaaatccaaggtaa

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