Thermosulfidibacter takaii: TST_0302 Help Entry TST_0302          CDS       T04192                                  Symbol pps Name (GenBank) pyruvate, water dikinase   KO K01007   pyruvate, water dikinase [EC:2.7.9.2] Organism ttk  Thermosulfidibacter takaii Pathway ttk00010   Glycolysis / Gluconeogenesis ttk00620   Pyruvate metabolism ttk00680   Methane metabolism ttk00720   Other carbon fixation pathways ttk01100   Metabolic pathways ttk01110   Biosynthesis of secondary metabolites ttk01120   Microbial metabolism in diverse environments ttk01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:ttk00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     TST_0302 (pps)    00620 Pyruvate metabolism     TST_0302 (pps)   09102 Energy metabolism    00720 Other carbon fixation pathways     TST_0302 (pps)    00680 Methane metabolism     TST_0302 (pps) Enzymes [BR:ttk01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.2  pyruvate, water dikinase      TST_0302 (pps) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PPDK_N PEP-utilizers_C PEP-utilizers Motif Other DBs NCBI-ProteinID:  BAT71110 UniProt:  A0A0S3QS14 LinkDB All DBs Position 315128..317545 Genome browser AA seq 805 aa AA seqDB search MAYKYIKWLDEITMEDLPLVGGKNASLGEMYNALTPKGINIPYGFAITTEAYWYFVDSNN LREKIKEILTGLDTSNVEDLALRGKKVRDLIYYSKLPEDLRQEITDAYLKLCEKYGPDTD VAVRSSASAEDLPDASFAGQQDTYLNIRGVERVIDACKKCFASLFTDRAISYRHDKGFDQ FSVGLSIGVQKMVRSDLACSGVMFTLDTESGFKDVVFITATYGLGEVLVQGEVNPDEYYV FKPTLRHGYKPIIRKVLGKKQIKMIYSDKVGTKTVKKVAVPAEKRERFALTDEEILKLAQ WALIIEEHYSQKAGTYRPMDIEWAKDGILNELFVVQARPETVHSQKEENVIEIYKLKEKG KVLVTGKSVGNKIGTGRVRVINSVKDMHKFQKGEVLVTEMTDPDWEPIMKMASAIVTERG GRTCHAAIVARELGVPAVVGAQGALENLKTGMEVTVSCAEGDVGYVYEGILDYEVERIEI TGLPKPKTKVMMILGNPEEAFHYAKIPNDGVGLARLEFIISSYIKIHPMALIKFDELPEG ETKEKIRELTKGYETKPQYFVDKLAEGVATIAAAVYPNPVIVRMSDFKSNEYANLIGGEF FEPKENNPMLGWRGASRYYHPNYRDGFALECKAIKKVRDEMGLHNVKVMIPFCRTPEEGV KVINEMKKNGLVQGENGLEVYVMCELPVNVILADKYSEIFDGFSIGSNDLTQLVLGVDRD SELIAHLYDERNEAVKRMVEMVIRTAHEYGKPVGICGQAPSDYPEFAEFLVRCGIDSISL TPDTVLSGRLTILKAEGKISREESQ NT seq 2418 nt NT seq  +upstreamnt  +downstreamnt atggcttacaagtacatcaagtggcttgatgagattaccatggaggatctgcctcttgta ggtggtaagaatgcctctttgggtgagatgtataatgccctcacacctaaaggtatcaat attccctatggctttgccattaccacggaagcttattggtattttgttgacagcaataac cttagggagaagataaaggagatactcaccgggcttgataccagcaatgttgaggatctt gctctaaggggcaaaaaagtaagggatctcatatactactccaagctgcctgaagatttg agacaggaaattacagatgcatatcttaagctttgcgagaaatacggtcccgataccgat gtggctgtgagatcttctgcttcggcggaggatcttccagatgcatcttttgctggacag caggatacctatctcaacatcaggggagtcgagagggttattgatgcctgcaagaagtgc tttgcttctctctttacagatagggctatatcctacaggcatgataagggctttgatcag ttcagcgtgggcctgtccataggcgttcagaagatggtgagatccgatcttgcctgtagc ggagttatgtttaccctggataccgagagtggattcaaagatgttgtctttataaccgct acctatggattaggtgaggtgctggttcagggagaggtgaatcccgatgagtattatgtg tttaagcctactttgagacacggatacaagcctataataaggaaggttttgggtaagaaa cagataaagatgatttactccgacaaggtgggcacaaaaaccgttaagaaggttgcagtt cctgctgagaagagggaaaggtttgctctgacagatgaagagatactcaagcttgcccag tgggctttgattattgaggagcactattctcagaaggcaggcacctacagacctatggat atagaatgggccaaggatgggattctcaacgagctgtttgttgtacaggcaaggccggaa acggttcactctcaaaaggaagagaacgttatagaaatctataaacttaaagagaaagga aaggtgttggttaccggtaagagtgttggcaacaagataggcaccggaagggtaagggtg atcaattctgttaaggatatgcacaagttccagaaaggagaggtgcttgttacagagatg acggatccagactgggagcccattatgaagatggcctctgccatagttacagaaagagga ggtagaacctgccacgctgccatagttgccagagaactgggagttcctgctgtagtgggt gctcaaggagcgcttgagaatttgaagacaggaatggaggtaacggtttcctgtgcggaa ggggatgtaggctatgtatatgagggaatactggattatgaggttgagcgtatagagata acgggccttccaaagcctaaaacaaaggttatgatgatccttggcaatcccgaggaagct ttccattatgcgaagatccccaacgatggggtggggcttgcaaggttggagtttataata agctcttacataaagatccatcccatggctcttatcaagtttgatgaacttccagaggga gagaccaaagagaaaataagagaactaaccaagggttatgaaaccaagcctcagtacttt gtggataagctggctgagggtgtggccaccattgctgcggctgtttatcccaatccggtt atagtaaggatgagcgacttcaagtccaatgagtatgcgaaccttataggtggagagttc tttgagcctaaggaaaacaatcctatgcttggctggcgtggtgccagcagatactatcat cctaactacagggatggctttgccctggagtgtaaagcaatcaaaaaggttagagatgag atgggcttgcacaatgtgaaggtcatgatccccttctgtagaacccctgaagagggggta aaggtcataaacgagatgaagaagaacgggcttgtgcagggagagaatgggcttgaggtc tatgtgatgtgtgagttgcctgtaaacgtgatacttgctgataagtattctgaaatcttt gacgggttctccataggttccaacgaccttacacagcttgtgctgggtgttgacagggac tccgagcttatcgctcacctctatgatgagaggaacgaggctgttaaaaggatggtggaa atggtgataagaactgcccatgaatatggcaaaccggtgggtatatgtggacaggctcct tcagattatcctgagtttgcagaattccttgttagatgcgggatagatagtatatcctta actccggatacagtgctttctggaaggttgactatactgaaggcggaagggaaaatttct agggaggaaagccaatga

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