Lutibacter profundi: Lupro_01255 Help Entry Lupro_01255       CDS       T04235                                  Name (GenBank) pyruvate, phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism lut  Lutibacter profundi Pathway lut00010   Glycolysis / Gluconeogenesis lut00620   Pyruvate metabolism lut00710   Carbon fixation by Calvin cycle lut00720   Other carbon fixation pathways lut01100   Metabolic pathways lut01110   Biosynthesis of secondary metabolites lut01120   Microbial metabolism in diverse environments lut01200   Carbon metabolism Module lut_M00169   CAM (Crassulacean acid metabolism), light Brite KEGG Orthology (KO) [BR:lut00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     Lupro_01255    00620 Pyruvate metabolism     Lupro_01255   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     Lupro_01255    00720 Other carbon fixation pathways     Lupro_01255 Enzymes [BR:lut01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      Lupro_01255 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers_C PPDK_N PEP-utilizers Sigma70_r4 Motif Other DBs NCBI-ProteinID:  AMC09966 UniProt:  A0A0X8G4L6 LinkDB All DBs Position complement(270974..273703) Genome browser AA seq 909 aa AA seqDB search MEMQQETKKRVYKFGGKTADGNSTMKNLLGGKGANLAEMSAIGIPVPPGFTITTEVCTEY NLLGKDKIISLLKNEVEAAVAKVEDIMGTKFGSNENPCLLSVRSGARVSMPGMMDTVLNL GMNDNSVQGLIAKTGNERFAWDSYRRFVQMFGGVVLGVGAQSKEDHDPFEVIIAKAKKTK GVELDTDLDVEDLKQMVTDFKKACEAQTGEPFPEDPWDQLWGSITAVFDSWMNPRAIYYR NMHGYPEEWGTAVNVQAMVYGNMGNNSGTGVAFTRDAATGENIFNGEYLINAQGEDVVAG VRTPQQITLEGSKRWAILAGISEEDRKNKYPSLEELMPAIYEELNETQDKLEKHYKDMQD LEFTIQNGKLWMLQTRNGKRTAAAMVRIAIELLEDGMIDEKKALLMQEPTKLDELLHPVF DGEAIKAAKVLAKGLPASPGAATGQIVFFADEANKYPISILVRVETSPEDLEGMNIAKGI LTARGGMTSHAAVVARGMGKCCVSGAGAVQINYKTRVMTIDGKEYQEGDWISLNGSTGEV YEGKIGTKDAELSGYFGRIMKLADKYRKLGVRTNAETERECKVAIGFGAEGIGLCRTEHM FFEGERLIRMREMILAEDEAGRREALDKLLPIQRNDFKDVFAAMAGLPVTVRLLDPPLHE FVPHEEENQKEMAAEMGISVEAIKQKVEDLKEFNPMLGHRGCRLGITYPEITEMQARAII EAALELKAEGVQTFPEIMIPLIGTVKEFKLQEEIVRAIANKVFEEKGDTIDYLVGTMIEI PRAALTADKIAEVAEFFSFGTNDLTQMGFGYSRDDAGKFLPIYIEKGILKADPFQVLDQE GIGQLVEIGTTKGRSTNSKLKVGICGEHGGEPSSVEFCHSVGMDYVSCSPFRVPIARLAA AQAALKEQA NT seq 2730 nt NT seq  +upstreamnt  +downstreamnt atggagatgcaacaagaaaccaaaaaaagagtgtataagtttggaggtaaaactgcagac gggaatagtactatgaaaaatttattaggcggtaagggagctaatttagccgaaatgagc gctattggtattcctgttcctcctggttttactattactactgaagtttgtacggaatat aacctccttggaaaagataaaattatttcattattaaaaaatgaagttgaagctgctgtt gcaaaagttgaagatattatgggtaccaagtttggaagtaatgaaaacccatgtttatta tctgttcgctcaggagcaagagtttcaatgcctggcatgatggataccgtgttaaatctt ggaatgaatgataattcagttcagggtttaattgcaaaaacaggaaatgaaagatttgct tgggattcatacagacgatttgttcaaatgtttggtggggttgttttaggtgttggagca caatcaaaagaagaccatgacccttttgaagtaattatagctaaagcaaaaaaaactaaa ggtgttgaattagatacagatttagatgtagaagatttaaaacaaatggttacagacttt aaaaaggcctgtgaagctcaaactggtgaacctttccctgaagacccttgggatcaactt tggggtagtattactgctgtatttgatagttggatgaatccaagagctatttattacaga aacatgcacggatatcctgaagaatggggaacagccgtaaatgttcaagcaatggtgtat ggtaatatgggtaataactcaggtaccggagttgcttttacacgagatgctgcaaccggt gaaaatatatttaatggtgagtatttaatcaatgcacaaggtgaagatgttgttgcaggt gttagaacgcctcaacaaattacattagaaggatctaaaagatgggctatactagcgggt atatctgaagaagacagaaaaaacaaatacccttctttagaagaattaatgcctgctatt tatgaagagttgaatgaaactcaagacaaacttgagaagcattataaagatatgcaagat ttagaatttaccattcaaaatggtaaactatggatgttacaaactcgtaatggaaaacgt actgctgccgcaatggttagaattgccatagaattacttgaagatggtatgattgatgaa aagaaagcgctattaatgcaagagcctactaaattagatgaacttttacaccccgttttt gatggtgaagcaattaaagccgccaaagttttagccaaaggtttacctgcatctccagga gctgcaacaggtcaaatagttttctttgcagatgaagccaacaagtatccaatttcaatt ttagtgcgtgttgaaacttctcctgaagatttggaaggaatgaacattgccaaaggtatt ttaaccgctcgtggcggtatgacttcacatgcagctgttgttgctcgtggaatgggtaaa tgctgtgtttctggtgctggcgctgttcaaataaattataaaactagagtaatgaccatt gatggcaaagaataccaagagggtgactggatttcattaaatggctcaacaggcgaggtt tatgaaggaaaaattggaaccaaagatgccgaattaagcggttattttggtcgtattatg aaactagctgataaataccgaaaacttggtgttagaacaaatgctgaaacagaaagggaa tgtaaagtagcaattggttttggtgctgaaggtattggcctttgccgtactgaacatatg ttcttcgaaggagaaaggttaattcgtatgcgtgaaatgattttagcagaagacgaagct ggtagaagagaagcgttggataaattattacctattcaacgtaacgattttaaagatgta tttgctgcaatggcaggactacccgtaacagttcgtttgctagatccaccgttgcacgaa tttgttcctcatgaagaagaaaatcaaaaagaaatggctgctgaaatgggaatttctgtt gaggcaatcaaacaaaaagttgaagatttaaaagaatttaaccctatgttaggtcataga ggttgtagattaggaattacatatcctgaaattactgaaatgcaagcaagagcaattatt gaagctgcattggaattaaaagctgaaggagtccaaacatttcctgaaattatgattcca cttattggtaccgttaaagaatttaaattacaagaagaaattgtaagagctattgccaat aaagtttttgaagaaaaaggagacacaatagattatttggttggtaccatgattgaaatt ccacgtgctgctttaactgctgataaaatagctgaagttgctgaattcttctcatttgga accaatgatcttacccaaatgggctttggatattcacgtgacgatgctggtaaattttta ccaatttatattgaaaaaggcattctaaaagctgatccattccaagtattagaccaagaa ggtattggtcaattagttgaaataggaactacaaaaggacgctcaacaaattcaaaactt aaagtaggtatttgtggtgaacatggtggagaaccaagttcagtagaattttgccatagc gttggaatggattatgttagttgttctccatttagagttccaattgcacgtttagctgct gcacaagctgcccttaaagaacaagcttaa

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