Subtercola sp. PAMC28395: KPL76_03415 Help Entry KPL76_03415       CDS       T07261                                  Name (GenBank) hypothetical protein   KO K01007   pyruvate, water dikinase [EC:2.7.9.2] Organism subt  Subtercola sp. PAMC28395 Pathway subt00010   Glycolysis / Gluconeogenesis subt00620   Pyruvate metabolism subt00680   Methane metabolism subt00720   Other carbon fixation pathways subt01100   Metabolic pathways subt01110   Biosynthesis of secondary metabolites subt01120   Microbial metabolism in diverse environments subt01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:subt00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     KPL76_03415    00620 Pyruvate metabolism     KPL76_03415   09102 Energy metabolism    00720 Other carbon fixation pathways     KPL76_03415    00680 Methane metabolism     KPL76_03415 Enzymes [BR:subt01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.2  pyruvate, water dikinase      KPL76_03415 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PEP-utilizers Motif Other DBs NCBI-ProteinID:  QWT24462 LinkDB All DBs Position 709971..711899 Genome browser AA seq 642 aa AA seqDB search MTSKSFPSPYALEPAAGAEDWRGMYAYNLIFRDNLKEVEEAKFWFCDSQHWPTVTKPFET IGFEFAVGVLGQYNTRHLRIPVANGIEFRIHNGYVYMSPVAVPPEQIEARVPQFLERAGH YFGNWETLLDQWHGKIKGTIAEMQALSFEALPEYVPTEDILSGKGTGPSVDLLAQYDELI GLAYRAWQYHFEFLNLGYVAYLDFFSFCKEAFPGIPDLAVAKMVQGVDMELFRPDDELKK LAKLAIELKLDHLFGNSEDPEATLAGILAAPGGDIWTNAWKLAHDPWFNFTVGNGFYAHD KYWLDHFEIPLGYINDYISRLNDGQVIDRPIEALVVERDRITDEYAELLPEELVEGFQGK LGLARQVYPYVENHNFYIEHWTMGVFWRKARQLSKMLHEQGFWAGENDMFYLRRDEVREV LFDYITGWSVGAPPVGPTYWPAEIDKRRAIVDALSKVRPQPALNTPPAVITEPFTLMLWG ITDDQIKNWQGDSDAPEGEFRGMAASGGVAEGPARVIDSSDQLSLVQEGDILVAPVTAPS WGPIFGKIRATVTDIGGMMSHAAIVCREYGMPAVTGTGTASALIQSGQWLRVDGNRGTVT IIDAPGQSDLDSSSEAESSSEEDSVKLSAADSVASLLAESRS NT seq 1929 nt NT seq  +upstreamnt  +downstreamnt atgacatcgaagtcatttcccagcccgtacgccctcgaaccggccgcaggagccgaagac tggcgcggtatgtacgcctacaacctgatcttcagggacaacctgaaagaggtcgaagaa gccaagttctggttctgcgacagccagcactggcccaccgtcaccaagccgttcgaaacg atcggtttcgagttcgccgtcggcgtgctcgggcagtacaacacccggcacctgcgcatt ccggtggcaaacggtatcgagttccgcatccacaatggctacgtctacatgtcgccggtc gccgtgccgcccgagcagatcgaagcccgcgttccgcagttcctcgagcgtgccggtcac tacttcggcaactgggagaccctgctcgaccagtggcacggcaagatcaagggcacgatc gccgagatgcaggccctttcgttcgaagctctgcccgaatatgtgccgaccgaagacatc ctgtcgggaaagggcaccggcccgagcgtcgacctgctcgcccagtacgacgaactcatc ggcctggcctaccgggcgtggcagtaccacttcgagttcctgaacctcggttacgtcgcc tacctcgacttcttctcgttctgcaaagaggcgttccccggcatccccgacctcgctgtg gccaagatggtgcagggcgtcgacatggagctgttccggccggatgacgagctgaagaag ctcgccaagctggccatcgagctgaaactcgatcacctcttcggcaactccgaagacccc gaggctaccctcgccggaattctcgccgctcccggcggagacatctggaccaacgcctgg aagctcgcgcacgacccgtggttcaacttcacggtcggcaacggcttctacgcccacgac aagtactggctcgaccacttcgagatcccgctcggctacatcaacgactacatctcgcgc ctgaacgacggccaggtcatcgaccggccgatcgaggcgctcgtcgtcgagcgcgaccgc atcaccgacgagtacgccgagctgcttcccgaagaactcgtcgagggattccagggcaaa ctcggcctcgcccgccaggtctacccctacgtcgagaaccacaacttctacatcgagcac tggaccatgggcgtcttctggcgcaaggcccgccagctgtcgaagatgctgcatgaacag ggcttctgggccggcgagaacgacatgttctacctgcgccgcgacgaggtgcgcgaagtg ctgttcgactacatcaccggatggtcggtcggcgccccgcccgtcgggcccacctactgg cccgccgagatcgacaagcgacgcgccattgtggatgccctctccaaagtccgcccgcag cccgcactcaacactccccccgcggtgatcaccgaaccgttcacgctgatgctctggggc atcaccgacgaccagatcaagaactggcagggagactccgacgcaccagagggcgaattc cgcggaatggccgcctccggcggtgtcgcagagggccctgcccgagtgatcgactcttca gaccagctctctctggtgcaggagggcgacatcctggtcgctcccgtcacggctccctcg tggggaccgatcttcggcaagatccgcgcaaccgtcaccgacatcggcggcatgatgagc cacgcggcgatcgtctgccgcgagtacggcatgcccgctgtgaccggcaccggcactgca tcggcactcatccagagcggccagtggctccgcgtcgacggcaaccgcggcacggtcacg atcatcgatgcacctggccaatcggatttagacagctcgtccgaggcagaaagctcgtcc gaagaagacagcgtgaagctgtcggcagccgattcagtggcttcgctgctcgccgaaagc agaagctga

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