Lentisphaerota bacterium zth2: JYG24_05635 Help Entry JYG24_05635       CDS       T10935                                  Name (GenBank) pyruvate, phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism lbv  Lentisphaerota bacterium zth2 Pathway lbv00010   Glycolysis / Gluconeogenesis lbv00620   Pyruvate metabolism lbv00710   Carbon fixation by Calvin cycle lbv00720   Other carbon fixation pathways lbv01100   Metabolic pathways lbv01110   Biosynthesis of secondary metabolites lbv01120   Microbial metabolism in diverse environments lbv01200   Carbon metabolism Module lbv_M00169   CAM (Crassulacean acid metabolism), light Brite Enzymes [BR:lbv01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      JYG24_05635 BRITE hierarchy Other DBs NCBI-ProteinID:  QSH42347 UniProt:  A0A974WXP2 LinkDB All DBs Position complement(1368552..1371365) Genome browser AA seq 937 aa AA seqDB search MACNCNCDCSKYVYFFGGGKSEGNASMKQILGGKGANLADMADLGLPVPPGFTVTTEACA EYGKIGRKNLFAKIDSQVEEALKTLEEVTGKTFGSGPNPLLVSVRSGAAVSMPGMMDTVL NLGLNPETVDAMIQLTGNERFVMDSYRRFIQMFGNVVLGIEHHSFEHALDSVKKAKGVEL DTDLTTDCLKEVIEKYMAVVKAETGEEFPTDPKQQLWRGIQAVFDSWDNPRAIRYREIND IRGLLGTAVNVQTMVFGNSGDNSATGVAFTRDPSTGANKYFYGEFLINAQGEDVVAGIRT PQQITLAGSREWAASASVSEEERAANFPSLEEAMPKCFKELDDIRAKLEQHYKDMQDLEF TIEHGTLYMLQTRNGKRTAAAAVKIAMDLADEGLIDEETAVMRVEPQQLDQLLHPVFVKE AEEAAEKLTVGLPASPGAAYGQVVFTAEEAEHWVEMGKRVILCRIETSPEDIGGMHVANG ILTSRGGMTSHAAVVARGMGTCCVAGCGDVVINYAEKKFSVNGTEVKEGDWISLNGSTGA VYVGKVDSVEPELTGPFGHIMELADKYRKLGVRTNSDTPHDTDVAVKFGAEGIGLCRTEH MFFEGDRIVSFRRLILVAETVKRLKESLNVKTLDEVKKACDDAEALKAVAQYEQALAELL PTQRADFVGIFKALEGRPCTVRLLDPPLHEFLPQDEKGQAEMAEQMGVSAAEIADLVHGL HEFNPMLGHRGCRLGMTYPEVTEMQARAICEAAVEVKGSKPEIMVPLVGNVVELSIQKAI IEETIAKVEAEKGIKLDVLIGTMIEVPRAAVTADQIAEEAQFFSFGTNDLTQMGCGFSRD DAGKFLGDYVRAGVYEYDPFQVLDRTGVGELVKIAVEKGRSTRPDIKLGICGEHGGEPRS VEFCHNIGLNYVSCSPFRVPIARLAAAQAAIKESKGC NT seq 2814 nt NT seq  +upstreamnt  +downstreamnt atggcatgtaattgtaattgtgattgctcaaaatacgtctatttcttcggtggaggcaag tcagaaggcaatgcctctatgaaacagattctcggtggtaaaggcgctaacctggctgat atggctgatcttggtctgccggtacctcccggatttactgtaactactgaagcttgtgca gaatacggcaaaataggccgcaaaaacttgttcgcaaagatcgactcccaagtcgaagaa gcattgaaaacccttgaagaagttaccggcaaaacattcggttccggaccaaatccactg ctggtttccgtacgttcaggtgctgctgtttcaatgcctggaatgatggacacagtcctc aacctcggactcaacccggaaactgttgatgctatgattcagcttaccggcaatgagcgc ttcgtaatggactcttaccgtcgtttcatccagatgtttggtaacgtggttcttggtatt gagcaccacagctttgaacacgcgctggattctgtaaagaaagccaaaggtgttgagctg gacactgaccttactactgactgcctgaaagaagttattgaaaaatatatggcagttgtc aaagccgagaccggcgaagaattcccgactgatcctaaacagcagctgtggcgtggtatt caggctgttttcgattcatgggacaacccacgtgctattcgttatcgtgaaatcaatgat atccgtggtctgctcggtacagccgtaaatgttcagactatggtattcggaaactccggt gacaacagtgctactggtgttgcatttactcgtgacccgtctaccggtgccaataaatac ttctatggtgaattcctgattaacgctcagggtgaagacgttgtggctggtattcgtact ccgcagcagattactttggccggatcccgtgaatgggccgcctctgccagtgtcagcgaa gaagaacgtgcggcaaacttcccctctctggaagaagccatgcctaaatgtttcaaggaa ctcgatgatattcgtgccaaacttgaacagcattataaagatatgcaggaccttgagttc actatcgaacacggcacactttacatgctgcagacccgtaatggtaagcgtaccgctgct gctgctgtaaaaattgccatggacctggctgatgaaggcctcatcgatgaagaaactgca gtaatgcgggtagagccgcagcagcttgaccagcttctgcatccggtatttgtgaaagag gcagaagaagctgcagaaaaactgactgtaggtctgccggcatctcctggcgctgcttac ggacaggttgtttttactgctgaagaggctgaacactgggttgaaatgggcaaaagagtt attctctgccgtattgagaccagccccgaagatattggtggaatgcatgttgcaaacggt attctcacttcacgcggcggtatgacttcccacgcggcggttgttgctcgcggaatgggt acctgctgtgttgccggttgtggcgatgtagttattaactatgctgaaaagaaattctct gtaaatggtactgaggttaaagagggtgactggatttctctcaatggttcgaccggtgct gtttatgttggaaaagttgactctgtagaacctgagttgactggtcctttcggtcatatt atggaactggctgataaatatcgcaagcttggtgtccgcactaactcagacactccgcac gatacagacgttgcagtcaagttcggtgctgaaggcatcggcctctgccgtactgagcac atgttctttgaaggcgatagaattgtttctttccgccgtctgatcctggttgctgaaact gtcaagagacttaaagagtccttgaatgtcaagactcttgatgaagtcaagaaagcttgc gacgatgctgaagcactcaaagctgttgctcagtatgagcaggctcttgctgaactgctt ccgactcagcgcgctgactttgtcggtatcttcaaagctcttgaaggccgtccatgtaca gttcgcctgctggatccgccgttgcatgaattcctgcctcaggatgaaaaaggccaggcc gaaatggctgagcagatgggcgtttcagcagcagaaattgctgatctggtccacggtctc cacgaattcaacccgatgcttggtcatcgtggttgtcgtctcggaatgacctatcctgaa gtaactgaaatgcaggctcgcgctatttgtgaagctgcagtggaagtcaaaggctccaag cctgaaatcatggttccgctcgttggtaacgtggttgaactttctattcagaaagcaatc attgaagagaccatcgccaaggttgaagccgaaaaaggcatcaagcttgacgtgcttatc ggtaccatgattgaggttccacgcgcggctgttactgcagaccagatcgcggaagaagct cagttcttctcattcggaaccaatgacctgactcagatgggttgcggattctctcgtgac gatgctggcaaattccttggcgattacgtcagagccggtgtttacgaatacgatcccttc caggtgcttgaccgcactggtgtcggcgaactggtgaagatcgctgttgaaaaaggtcgc agcactcgtccggatatcaaacttggtatctgtggagagcatggtggtgagccgcgctct gtagagttctgccacaatattggcctgaactatgtttcatgcagtcctttccgcgtgccg atcgcacgtctggctgctgctcaggctgctatcaaggaaagcaaaggctgttaa

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