Silvanigrella aquatica: AXG55_04675 Help Entry AXG55_04675       CDS       T09772                                  Name (GenBank) pyruvate, phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism saqi  Silvanigrella aquatica Pathway saqi00010   Glycolysis / Gluconeogenesis saqi00620   Pyruvate metabolism saqi00710   Carbon fixation by Calvin cycle saqi00720   Other carbon fixation pathways saqi01100   Metabolic pathways saqi01110   Biosynthesis of secondary metabolites saqi01120   Microbial metabolism in diverse environments saqi01200   Carbon metabolism Module saqi_M00169   CAM (Crassulacean acid metabolism), light Brite KEGG Orthology (KO) [BR:saqi00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     AXG55_04675    00620 Pyruvate metabolism     AXG55_04675   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     AXG55_04675    00720 Other carbon fixation pathways     AXG55_04675 Enzymes [BR:saqi01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      AXG55_04675 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers_C PPDK_N PEP-utilizers PFL-like Motif Other DBs NCBI-ProteinID:  APJ03235 UniProt:  A0A1L4CZ75 LinkDB All DBs Position 1100555..1103158 Genome browser AA seq 867 aa AA seqDB search MKFVYFFGCGFADGNASMKSELGGKGANLAEMTSLKLPVPAGFTISTKVCLDYIKGAGTF SPELKAEVESAMKKTEEAMGARFADSLNPLLVSVRSGARVSMPGMMDTVLNLGLNPTTAE ALAKKTSNPRFAYDSYRRFIQMYSNVVKELETHYMEDAFDSLKKQKGYLEDTDLNADDLK ELIETFKLIYKKHIGEAFPDDPYEQLWTAIGAVFKSWNCSRAKKYREIHSIPNEWGTAVN VCSMVYGNMGENSGTGVCFTRDPSTGENVFYGEYLINAQGEDVVAGIRTPKTLLLLEKDM PEVFVQLEEVRSKLERHYRDVQDIEFTIQEGKLYLLQTRNAKRTTQAALKIAIDFAKEGT ITKQEALLRVNPQDLDKLLHPTLDPRAHKQVIAKGLPASPGAVSGRAVFTAVEAESWAAR GEMVVLVRDETSPEDIGGMYASQGFLTARGGMTSHAAVVARQMGKCCVAGCSSLNISLSN KSVKVAGIEILEGDWITLDGSTGEVMLGKVETKNAELSSDFATYMGWAKEYRKLKVRANA DTPRDAQYARSFGAEGIGLCRTEHMFFDENRLPVVRQMILSKNRAERKEALDKLLPFQRD DFVGILSAMEGFEVTIRLLDPPLHEFLPHTDKDMMTLSNQLGFSADEIKQRVKALYEANP MLGHRGCRLGISHPEIYEMQVKAIVEAVEKCRSQGKKVFPEIMIPLVGEAEELRWLKDRL IKIAPQIPFGTMIEVPRAALTANKIAKHADFFSFGTNDLTQTTYGFSRDDSAPFLRVYKQ ENILTEDPFAVLDQEGVGQLVKLACELGRSINSNLKLGICGEHGGEPSSVKFCHKIGLNY VSCSPFRIPIAMLAAAQEAVVDFKETA NT seq 2604 nt NT seq  +upstreamnt  +downstreamnt atgaaatttgtttatttttttggttgtggatttgccgatggcaatgcctctatgaaatcg gaattagggggaaaaggtgcaaatttagctgaaatgacttcccttaaattacctgttccg gcaggatttacaatttctacaaaggtctgtttagattatataaaaggagcaggtactttt tctcctgaattaaaagcagaagtggaatctgcaatgaaaaagacagaagaggctatgggg gctaggttcgcagactctcttaaccccttgcttgtgagtgtgcgttccggggctcgggtt tctatgccaggaatgatggatacggtattaaatttaggactgaatcctaccacagcggaa gccttggctaaaaaaacctctaatcctcgctttgcttatgattcctacagacgttttatt caaatgtattcgaatgttgtgaaagaactggaaactcactacatggaagacgcctttgat tctcttaaaaaacaaaaaggatatcttgaagacactgacctcaatgccgatgatttaaaa gaacttattgaaacatttaaattgatttataaaaaacacattggcgaagcttttccagat gatccttatgaacaactttggacggccattggagctgtatttaaaagttggaattgttct cgtgcgaaaaaatatcgtgaaattcattccataccaaacgaatggggaactgccgttaat gtctgttccatggtttatggaaatatgggagaaaactcaggaacgggcgtttgttttaca cgtgatccctcaaccggagaaaatgtattttacggagagtatttgatcaatgctcaaggt gaggatgttgttgctggtattcgcactcctaaaacgcttttattacttgaaaaagacatg cctgaagtctttgttcaacttgaggaagtgagatcaaaattagagagacactatcgtgat gtgcaggatattgaattcaccattcaagaaggtaaattgtacttattgcaaacgcgcaat gcgaaaagaacaacgcaagccgcactcaaaattgctatcgattttgcaaaagaagggaca atcaccaagcaagaagcacttttaagagtcaatcctcaagatttggataagcttttgcat cccaccctcgatccgagagctcataagcaagtcatcgctaaaggcttgcctgcgtctcca ggcgctgtttcaggaagagctgtgtttacagctgtggaagcagaaagttgggcggctcgt ggggaaatggtggtgctcgtgcgcgatgaaacttcccctgaagatattggtggtatgtat gcctctcagggctttttaacggcaaggggaggaatgacttcccatgctgctgttgttgcc cggcaaatgggcaaatgctgcgtggcgggctgttcttctttaaatatttcactctcaaat aaatctgtaaaagtggccggaattgaaattctcgaaggggattggattactttggatggt tctacgggtgaagtcatgcttggcaaagtagaaacaaaaaatgcggagttgagcagtgat tttgcaacgtatatgggatgggcaaaagaatatagaaagctaaaagtcagggcaaatgca gataccccccgtgatgctcaatatgctcgtagttttggtgcggaaggcattgggctgtgc cgaacagagcatatgttttttgatgaaaacagattgcctgttgtgagacaaatgatcttg tctaaaaatcgagctgagcgtaaggaagctctcgataaattacttccttttcaaagagat gattttgttggaattttaagtgcgatggaaggctttgaagttaccatccgtttattggat cctcctttgcatgagtttttgcctcatactgataaggatatgatgaccttatcaaatcaa cttggtttttctgcggatgaaattaaacagagggtaaaagcactctatgaagccaatcct atgctcggacaccgcggctgtcgtttgggtatctctcatcctgaaatatatgaaatgcaa gtgaaagctatcgtagaagctgttgaaaaatgtcgttctcaaggaaaaaaagtctttcct gaaatcatgatacctctcgttggggaagctgaggagctgcgttggcttaaagatcgactt attaaaattgcgccgcaaattccttttggaaccatgattgaagtaccaagggcggctctt acggcaaataaaattgcaaagcatgcggacttttttagttttggtacaaatgatttaact cagacgacatatggtttcagccgtgatgattccgctccctttttaagagtttacaagcaa gaaaatattctaacagaagatccttttgctgttctcgatcaagaaggtgtggggcaattg gtaaaattggcttgtgaattggggcgttccataaattctaatttaaaattaggtatttgc ggtgaacatggaggagagccttctagtgtgaaattctgccataaaattggactgaattat gttagttgctctccttttcggattcccatagctatgcttgctgcagctcaagaggctgtt gttgattttaaagaaactgcataa

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