Constantimarinum furrinae: ALE3EI_0336 Help Entry ALE3EI_0336       CDS       T06763                                  Name (GenBank) pyruvate, water dikinase   KO K01007   pyruvate, water dikinase [EC:2.7.9.2] Organism alti  Constantimarinum furrinae Pathway alti00010   Glycolysis / Gluconeogenesis alti00620   Pyruvate metabolism alti00680   Methane metabolism alti00720   Other carbon fixation pathways alti01100   Metabolic pathways alti01110   Biosynthesis of secondary metabolites alti01120   Microbial metabolism in diverse environments alti01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:alti00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     ALE3EI_0336    00620 Pyruvate metabolism     ALE3EI_0336   09102 Energy metabolism    00720 Other carbon fixation pathways     ALE3EI_0336    00680 Methane metabolism     ALE3EI_0336 Enzymes [BR:alti01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.2  pyruvate, water dikinase      ALE3EI_0336 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PPDK_N GWD1_pHisD PEP-utilizers ATPD_C_metazoa SVA LepB_GAP_N Motif Other DBs NCBI-ProteinID:  QNJ96923 UniProt:  A0A7G8PRF7 LinkDB All DBs Position 350131..353055 Genome browser AA seq 974 aa AA seqDB search MSLIFRPQQIVLLLILCLQISLLTGQELPVEQIKKQIEAYKDDPRGPYDRIRWFCKDGTL REPKDPCPENIGGGVQHASYKPAVKQLAEKHHIFFGLILANTERLDFWDEANNHSMLKQY QLGNYLQSIDDGWIQRKSQFYRGAVQSEDEQEWGVEFYEKYLPNNDRITKNYYLLRQSLR DVPHDGDSNLAQLMRSQSKVISDEFPKFMDIRIKIHGNPSIEDIQLVENFINKNEGKIPE KVNTDLQTLTKTMKEFYAPLNKDILLAQAKRIRSSSPIRKQILEFLEGYDDAAVPEMTVP ALADILCTIRSSITIDTSGRDRLLLLDLSNSIEDVLLKKTQDWQPDSLLGLMEKIRHLSL AAAGTGLIELWEWEKIKPQLETHLGNTSLSIEDLNQFLQTSRGVVEWSAAMVKANYQDVV DRYTQFEPLAYGFIDDRVRSSVALYLGESVAELGKKISEISGTSNEVMNIKDQSNIRGLN PGYAKGELVVISGTSENIEVSSDKIYIFEKPPSDLKPVAGIMTVSEGNLVSHVQLLARNL GIPNAALSDDNLKALKKYNGDEVFMAVSPKGNVILKKADDMSPKERELFGTTQRSSNKIA VPVAQIRLDVNKVLNMREVNSKDSGMLCGPKAANLGELKAMFPENVVEGIIIPFGVFRNH MEQQMPGQGVSYWEFLNSVFVEAEAMRNEEVPENVIEDYQLSCLNSLKQAIENIELDTAF VNDLQTKFKNAFGSNMGTVPVFLRSDTNMEDLKEFTGAGLNLTLFNIVSSELIIEGIKKV WASPYTERSFKWRQKYLLNPENVFPSILIIPSVDVEYSGVMITKGINSGKESDLTVAFSR GAGGAVDGQIAETRLLTPDADVLLAPARESGYMRLPKSGGTSRYITTFDTPILNDRNIKT LRQIADKARKTLAEKTNDDYKGAWDIELGFENDKVWLFQIRPFVENKQAKSSDYLSSITP SIDTTKQISLQTKL NT seq 2925 nt NT seq  +upstreamnt  +downstreamnt atgagtttaattttcagaccacaacaaatagtactactactaatcctttgtttgcagatt tctctactcacagggcaagaattacctgttgaacaaataaaaaaacagattgaagcttat aaagatgatcctcggggtccttatgaccgtattagatggttttgtaaagatggaacacta agggagcctaaggatccctgccccgaaaatattggtggtggtgtacaacatgcgagttat aaaccggctgtaaaacaattggcagaaaagcaccacatttttttcggtctcatcctcgct aataccgaacgattagatttttgggacgaagccaataaccacagcatgttaaaacaatat cagctgggaaattacctgcagagcattgatgatggctggattcagagaaagtcacaattt tatcgcggagcagtacagagtgaagatgaacaggaatggggtgtggaattttatgaaaaa tacttgccaaacaatgatcgtataactaaaaactactatttattgcgacagtcattgcgc gatgttccacacgacggagacagtaatcttgcacaactaatgcgcagtcagtcgaaagtg atctcagacgaattcccgaaatttatggatatccgaattaaaattcatggaaatccttcg attgaggacattcaattggttgaaaattttataaataaaaacgagggcaagattcctgaa aaagtaaataccgacctgcaaaccttaactaagacgatgaaggaattttatgctccttta aacaaagatattttgctggcacaggcaaaacgtataaggagcagcagtcccatccggaaa caaattctagaatttttagagggctatgacgatgccgcagttcccgaaatgaccgtaccg gcattggccgatatcttgtgcactattagatcttccataactattgacacttccggaaga gacagacttctcttactggatctctcgaattccattgaagatgttttattgaagaaaacg caggactggcaacccgattcactgctaggattaatggaaaaaataagacatctaagtctt gccgcagcgggaaccggtcttattgaattatgggaatgggaaaagattaaaccgcagtta gagactcatctcggaaatacgtctttaagtatagaagacctcaatcaattcttacaaact tcccgtggagttgtagaatggagcgctgccatggtaaaagctaattatcaggatgtcgtg gatcgatacactcaatttgagccactagcctacgggtttattgacgatagggtgcgttct tcggttgccttatatcttggcgaaagtgtagccgaattaggcaagaagatatcagagatt tcaggtacgtcgaatgaagtgatgaatattaaggatcaaagtaatattcgcggactaaac cccggatatgccaagggagaattagttgtcattagtgggacttcagagaacattgaagtc tccagcgacaagatctatatcttcgaaaaacccccgagtgatctaaaaccggttgccggt attatgacggtgtcggaaggcaatctggtttctcatgtgcaattattggctcggaatctt ggaattcccaatgcggcactttcagatgataatttaaaagccttgaaaaaatacaatgga gatgaggtctttatggcagtttcacctaaaggaaatgttattttgaagaaagcagatgat atgtcccctaaagaacgtgagctcttcgggacaacccaacgcagttccaataagatcgct gttcctgtagcgcaaattcgtctggatgtaaacaaggttctaaacatgcgcgaggtgaat tcaaaggactcaggaatgctatgcggacctaaagccgcaaatcttggggaattgaaggcg atgttcccagaaaatgtggtggaaggtattatcatcccgtttggtgtattccgaaatcac atggaacagcaaatgccgggacagggtgtttcgtattgggaatttctcaattcggtattt gtagaagctgaggcaatgcggaacgaagaggtgccggaaaatgttatcgaagactaccag ctttcttgcctgaacagtctaaaacaggccatagaaaatatagagctggataccgcattt gtgaatgaccttcaaaccaagtttaagaatgcgtttggctcgaatatgggtaccgttccc gtatttttaaggagtgacaccaatatggaagacctgaaggaatttaccggagctggcttg aatctcacactttttaatattgtctcttccgaattgatcattgaaggtattaaaaaggtt tgggcttctccatacacagaacgaagttttaaatggagacaaaagtatttgctgaacccc gaaaatgtctttccttcaatactcattattcccagtgtggatgtagaatattctggagta atgatcaccaagggcattaacagtggaaaagaaagtgatcttacggtggcgttcagtaga ggtgcaggtggtgctgttgacggacaaattgccgaaacgcgacttcttactcccgatgcc gatgtattgctggctcctgcacgtgaatctggctatatgagactacccaaatcgggagga accagcaggtatatcaccactttcgatactcctatattaaacgataggaatattaaaaca ttaagacaaattgccgataaagcaagaaaaacattggcggaaaaaactaatgatgattat aaaggcgcctgggatattgaattaggcttcgaaaacgataaagtctggctctttcagatt agacccttcgtagaaaataaacaggcaaagagttccgattatttatcatctatcactcct agcatagatacaacaaaacaaatctcacttcagacaaaattatag

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