Mycolicibacterium duvalii: MDUV_30280 Help Entry MDUV_30280        CDS       T06492                                  Name (GenBank) hypothetical protein   KO K01007   pyruvate, water dikinase [EC:2.7.9.2] Organism mdu  Mycolicibacterium duvalii Pathway mdu00010   Glycolysis / Gluconeogenesis mdu00620   Pyruvate metabolism mdu00680   Methane metabolism mdu00720   Other carbon fixation pathways mdu01100   Metabolic pathways mdu01110   Biosynthesis of secondary metabolites mdu01120   Microbial metabolism in diverse environments mdu01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:mdu00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     MDUV_30280    00620 Pyruvate metabolism     MDUV_30280   09102 Energy metabolism    00720 Other carbon fixation pathways     MDUV_30280    00680 Methane metabolism     MDUV_30280 Enzymes [BR:mdu01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.2  pyruvate, water dikinase      MDUV_30280 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers Motif Other DBs NCBI-ProteinID:  BBX18168 UniProt:  A0A7I7K3P5 LinkDB All DBs Position complement(3172397..3174019) Genome browser AA seq 540 aa AA seqDB search MPDDSDSAGLTDPIRGRSEPERMWTLTNVGEATPDILSPLCWSLWGGGVELASRAGIYDF GVLPRSELAVPDDPNQWATACFYGRQAMNVDRARELAGLLPGTTGDDFERDLLGSVRADA APTKSDPTRIPFVLVKAPLAATRQRWAPQRAYDDQMQWWRAEVLPGTPVDARALLTDSVA RFTAVMRVHVRTRMILNMLRSQVESISVRLGRSDLVPTLLAGYGGVIETRLADDVWSLGQ GQLSVADFLERHGFHGPNEGNVIGHSWREDPEAVVRIAAVHAGRPESERPRVRAQRAVVA RERAEAELLAGLPAWRRPLLRRLMHFTGFQVRSVELTKAGFLTAVDGTRAAAGALGRDLV AAGKLDSPDDTFYLTTEELLGPLPRNVRELVAYRRERREAYRDFEVPVTFIGMPEPVGPT GSDNVGDRSDATVRGTPAGPGVVEGTVRVVLDADSDDVLEDGEVLVCKFVDPGWTALVSL AGALVTDIGSPASHGAIVARELGITCVVGTGNGTKVLRTGDVVRVDGSTGEIAVLAASAG NT seq 1623 nt NT seq  +upstreamnt  +downstreamnt atgcccgacgacagtgattccgcaggcctgacagacccgattcggggccgcagcgagccg gaacggatgtggacgctgaccaacgtcggcgaggccactccagacatcctgtcgcccctg tgctggtcactgtggggcggcggtgtcgaactcgcttctcgcgcaggcatctacgacttc ggtgtgttgccccggtccgagctggctgtccccgacgacccgaaccagtgggcgacggcg tgcttctacggcaggcaggcgatgaatgtcgatcgcgcccgtgagctggccgggctgctt cccggaaccaccggtgacgacttcgaacgagacctgctgggttcggtgcgcgccgacgcc gcccccaccaaaagtgatcccacccgcatcccattcgtactggtgaaagcgccactggcc gcaacacggcaacgctgggcgcctcagcgtgcatatgacgaccagatgcagtggtggcga gccgaggtattgccgggcactccggttgatgcgcgcgcgctgttgaccgattccgtcgcc cgcttcactgcggtcatgcgggtacatgtccgcactcggatgattctgaatatgctgcgg tcccaggtggagtcgatcagcgtccggctcggccgctcggatctggttcctacgttgctt gccgggtacggcggggtcatcgagacccggctcgccgacgatgtgtggtcattggggcag ggacagctatcggtcgcggactttctcgagcggcatggcttccacggtcccaatgaaggc aacgtgatagggcattcgtggcgggaagatcccgaggcggtggtccggatcgccgcggtt catgcgggccgacccgaatccgaacgacctcgggtgcgggcgcagcgtgctgtggtcgcc cgagagcgggcggaggcagaactgctggccggcttgcctgcgtggcgtaggcctctgtta cgccggctgatgcacttcaccggatttcaggtgcggtcggtggaactgaccaaggctggc ttcctcaccgcggtggacggaaccagagcggccgcaggcgcactcggccgggacctggtt gcggcaggcaagctcgattctcccgacgacaccttctacctcaccacagaggagttgctc ggcccgctaccgcgcaacgtacgcgaactcgttgcctaccgaagggaacggcgcgaagcg tatcgggacttcgaggttccggtgaccttcatcggtatgccggagccggttgggccgacc gggtcagacaacgtgggtgaccgcagcgacgccaccgtacgcggcacgcccgcgggaccc ggcgtggtcgaggggactgtgcgggtggtactcgacgccgattccgacgacgttctcgag gacggtgaagtgctggtgtgcaaattcgtcgatcccgggtggacggcgctggtgtcgctg gcgggagcgctggtcactgatatcggaagccccgccagccacggcgcaatcgtggcacgt gaactcggcatcacctgtgtcgtcgggactggcaacggaaccaaggtccttcgcaccgga gatgtcgtacgtgtcgacggctcaaccggcgagatcgccgtgctggccgcgtcggccgga tag

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