Methanosarcina sp. Kolksee: MSKOL_0503 Help Entry MSKOL_0503        CDS       T03821                                  Name (GenBank) Pyruvate,phosphate dikinase   KO K01006   pyruvate, orthophosphate dikinase [EC:2.7.9.1] Organism mek  Methanosarcina sp. Kolksee Pathway mek00010   Glycolysis / Gluconeogenesis mek00620   Pyruvate metabolism mek00710   Carbon fixation by Calvin cycle mek00720   Other carbon fixation pathways mek01100   Metabolic pathways mek01110   Biosynthesis of secondary metabolites mek01120   Microbial metabolism in diverse environments mek01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:mek00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     MSKOL_0503    00620 Pyruvate metabolism     MSKOL_0503   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     MSKOL_0503    00720 Other carbon fixation pathways     MSKOL_0503 Enzymes [BR:mek01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.1  pyruvate, phosphate dikinase      MSKOL_0503 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers_C PPDK_N PEP-utilizers DUF7337 Motif Other DBs NCBI-ProteinID:  AKB46280 UniProt:  A0A0E3QAV3 LinkDB All DBs Position 606234..608879 Genome browser AA seq 881 aa AA seqDB search MSKFVYFFGKDVTDGKASMRDLLGGKGAGLAEMANLGIPVPPGFTITTEVCVLYLKGKKY SEEVLKQVEEAIDKLETLNNKKLGDPEDPLLVSVRSGARVSMPGMMDTVLNLGLTDKSVF GLANKVNDERFAYDCYRRFISMFGDVVLGIDFDKFESLIEDKKKELKVESDTDLDAKALK DLAERFKGVIKLEKGFDFPQDPKVQLQMAIDAVFDSWNNPRAITYRKLNEIDDSWGTAVN VQTMVYGNRGNTSGTGVAFTRNPSTGEKKFFGEYLINAQGEDVVAGIRTPDFIDTLGNKI PEAYNQLVDICGKLEDHFKDMQDIEFTIQEGKLYMLQTRTGKRTAASAVKLATDMVAEGL IDKETAVTRVKAEHIDLLLHPRIDPNAKLEVIAKGLPASPGAAVGKVVFTAEAAEEMAEK GEKTILVRTETSPEDIGGMAAAQGVLTVRGGMTSHAAVVGRGMGKPCVVGCGDISIDIKS GLFMVNGHTIKEHDYVTIDGSTGSVIIGKVELIDAEISDDLKKILLWADDIRTLGVRTNA DNPADAGLARELGAEGIGLCRTEHMFFGEDRIPAVREMIMAEDEKSRKKALKKLLPMQKE DFLGIFRSMEGLPVTIRLLDPPLHEFLPDKEELDAKLRELEVSGDCGKIDEVKKVIKRVV SLKELNPMLGHRGCRLGITYPEIYDMQVRAIMEAACELTNEGMQIVPEIMIPLVGLVKEL SITREEVCKMAETVMAEKGVKIDYKVGTMIELPRAAIVADQIAQEADFFSFGTNDLTQTT FGFSRDDVSKFVPIYQKAGILEHDPFAVLDQEGVGEIMKIGISKGRSVKPDLKMGICGEH GGEPRSIHFAHEIGLNYVSCSPYRVPIARLVAAQSTIESRK NT seq 2646 nt NT seq  +upstreamnt  +downstreamnt ttgtccaagttcgtatatttttttggaaaggatgtaactgatggcaaagctagcatgaga gacttacttggaggtaagggcgcaggcctggccgaaatggcaaacctcggaattcccgta ccaccaggttttacgataacaaccgaagtttgtgtactttatctgaaaggtaaaaaatat tctgaagaagtactcaagcaggttgaagaagcgatcgataagctcgagaccttaaacaac aaaaagctgggggacccagaagatccactgcttgtttctgtaaggtccggtgccagggtg tccatgccggggatgatggataccgttcttaatcttgggctcacggacaaatctgttttt ggactcgcaaataaggtcaatgacgaaaggttcgcttacgactgttaccgcagatttatc tccatgtttggagatgtagttctgggaattgacttcgacaagttcgagtctcttattgag gacaagaaaaaagaacttaaagtcgaatctgacaccgatctcgatgcaaaagcactgaaa gatttggctgaaaggttcaagggagtaattaaactcgaaaaaggatttgatttcccccag gatccaaaagtccagctccagatggcaattgatgctgtttttgattcctggaacaatcca agggctatcacttacagaaagcttaacgaaatcgatgacagctggggcacagcggtcaat gtacagaccatggtttacgggaacagaggcaatacctcaggcacaggagttgcttttaca agaaacccgtctacaggagaaaagaagttcttcggagagtatcttatcaacgcacagggc gaagatgttgttgcaggcatccgaactccagactttattgatactcttgggaataagatc cctgaagcctacaatcagcttgttgatatctgtgggaagctcgaagaccacttcaaagac atgcaggatatagagtttactatccaggaaggaaaactctacatgctgcagaccaggact gggaaacgtacagctgcctccgccgtaaagttagcaactgacatggtagcagaagggctg attgataaggaaaccgcagtcacaagggttaaagccgaacacatcgacctgctccttcac cccagaattgaccccaatgcaaaactggaagtaatcgcaaagggacttcctgcatcaccc ggagctgctgtcgggaaagttgtatttactgccgaagcagccgaggaaatggctgagaaa ggagaaaagacaattctcgtccggaccgaaacttcccctgaagatatcggaggaatggca gctgcccagggtgtccttacagtgcgcggtggaatgacctctcatgcagcagtcgttgga agaggcatgggtaagccctgtgttgtaggttgcggagatatctccattgatataaagagc ggcctcttcatggtaaatggtcacactatcaaggaacatgactatgttaccattgatgga agtacaggcagtgtaatcatcgggaaagtcgagctgatcgatgctgaaattagtgatgat ctgaagaagattcttctctgggctgacgatatcaggactctcggagtgagaacaaacgca gacaatccggcagatgcaggccttgcccgtgaacttggggctgagggaataggactttgc agaactgaacatatgttcttcggggaagacaggattcctgcagtaagggaaatgatcatg gccgaagacgaaaagtccaggaagaaagccctcaaaaaattacttcctatgcagaaggaa gacttccttggaatcttccgcagcatggaaggcctgcctgttactatcaggctgcttgat ccacctctccatgagttccttcctgacaaggaagagctcgatgcaaagctcagggagctc gaagtttcaggagactgcggaaagatcgatgaggtaaagaaggtcatcaagcgtgttgtt tccctcaaagaactcaaccctatgcttggccacaggggatgcaggctcggaataacctat ccggaaatctatgatatgcaggtccgtgcaatcatggaagcagcctgtgaacttacaaac gagggtatgcagatcgttcctgaaatcatgattccgctcgtgggtcttgtaaaagagctt tccattaccagggaagaagtctgcaagatggcagagacagtcatggctgagaaaggcgta aagatcgattacaaagtaggaacaatgatcgaactgcccagagccgcaattgtcgcagac cagattgcccaggaagccgatttcttctccttcgggacaaatgacctgactcagacaacc ttcgggttcagccgtgatgatgtgtccaaattcgtgcctatctaccagaaagcaggaatt cttgagcacgatccgtttgcagtcctggaccaggaaggcgttggcgagatcatgaaaatc ggtatatcaaaaggccgctcagtcaaacccgatctcaaaatgggtatctgcggagaacat ggcggagagccaagatctattcacttcgcccatgaaataggccttaactatgtaagctgc tctccttacagagttccgattgcaaggctcgtagctgcacagagcacaattgagtcaaga aagtaa

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