Synechococcus sp. NIES-970: NIES970_09760 Help Entry NIES970_09760     CDS       T09762                                  Name (GenBank) hypothetical protein   KO K01007   pyruvate, water dikinase [EC:2.7.9.2] Organism synn  Synechococcus sp. NIES-970 Pathway synn00010   Glycolysis / Gluconeogenesis synn00620   Pyruvate metabolism synn00680   Methane metabolism synn00720   Other carbon fixation pathways synn01100   Metabolic pathways synn01110   Biosynthesis of secondary metabolites synn01120   Microbial metabolism in diverse environments synn01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:synn00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     NIES970_09760    00620 Pyruvate metabolism     NIES970_09760   09102 Energy metabolism    00720 Other carbon fixation pathways     NIES970_09760    00680 Methane metabolism     NIES970_09760 Enzymes [BR:synn01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.2  pyruvate, water dikinase      NIES970_09760 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEP-utilizers PPDK_N COA8 Motif Other DBs NCBI-ProteinID:  BAW96055 UniProt:  A0A1Q2TWF7 LinkDB All DBs Position complement(1011700..1014399) Genome browser AA seq 899 aa AA seqDB search MTFTQLWGCLLIMTAMPLLGAFVSLPQGRNHASRQLIWDMLLGLGAIALTRYFFPPHSPW ELITLLALTMGRYWRRQEISLGLVWGGLLLHDWQITLTTSFIGVISLTLFRQVYLGTWAV LALVFVALGLRHGTAPGYWGAAIALGGVLGWLSQRAGSQRQLWQLFQPEYGFLNLDQPLM AAKVGQDAATLSQLKALGYPVLPGWILRPGDDLQRFLTFLEPKGDRPYMVRLSSEKPALT FHIPTESLRTSAELEAALVNGFSNADLGRQALLIQAQPSVLWSGITYSRPPLPYSRQDPL TEVARDFITPLVIGEGRFPIFYGLADPQPLGEVSAPEQPPQTLLRDVAQLSRQLEKHQGS PQAMEWCFTGEQLWILRVRPVYHLHPVWTREWIGSLLPQPLSPLSASLLETIVPGAIASL YTALWEGQENPRNITFISHHRGYSYLNRSFWERLWHRKNFNVADLQSRTGLMGLMLRHPM LCYRYLRWDWQWYGEFQGIVHRFCYPLLKTLKMIDSHPTALGLADRVHSVEQITDILELL LGFWLRGEVILWRKRLTSGLPNFLPPLPPRVQTLNQLAVDIRAQLKAEGKVGRGHREPLT RAALFAQLAELPDGDRFFERLDQWIADYSDGAALPWELAQKRWRENTGAVRQWLTDLVNQ PRTAISPVALSAAQRQLQQTHLQQEEVASFYEMFLAQLRQHLLAIAQMWQKQGYLEQPDD IFWLKLSEVKTLTTDPGSQDFSQLQLKIQYRRSQLSLDQEQGAPPDIIYGQLKTKTDVSS SCSLQKLQGQAVSSGAVIGQVRFCPQGQLSTGWSANDILVTSYIHEGDLAMLPQVGGIIT TQGGVLSQGASLARQHHIPMVANVAVAFDSLQPGQWVRLDGRLGQVELLDPGALSTDAN NT seq 2700 nt NT seq  +upstreamnt  +downstreamnt atgacttttactcaactctggggttgcctgttgatcatgacggccatgccgcttttggga gcctttgtttcgctcccccaagggcgtaaccatgccagtcgacaactcatttgggatatg ctgctggggttgggggcgatcgccctgacgcgatattttttcccgccccattccccctgg gagctcatcaccctgttggctctgaccatgggccgctactggcgaagacaagaaatctcc ttggggctagtttgggggggtctgctactccacgattggcagataaccttgactaccagt tttattggtgtgatcagtctgacgctctttcgtcaggtttatttggggacttgggctgtt ttggctttagtttttgtggccttgggattgcgccatggcacagcaccaggttattggggg gcagcgatcgccctcggaggggtcttagggtggttgagccaacgcgcagggagccagcgg caactgtggcaactgttccaacccgaatatggttttctgaatctcgatcaacccctgatg gcggctaaggtgggccaagatgcagcgaccctcagccagctcaaggccctgggttacccc gttttaccaggctggatactcaggccaggggacgatctccagcgttttttgactttcctc gaacctaagggcgatcgcccctatatggtgcgtctgtccagtgagaagccggcccttact tttcatattcctacggaatctctgaggacctcagcggaacttgaagcggctttggtcaat gggtttagcaatgccgatctaggacggcaagctctcctcatccaagcccaaccatcggtg ttatggtctggtattacctatagccgtccccctttaccctacagtcgccaagatccactg acagaagtggcccgggattttattacccccctggtgatcggagaagggcgatttccaatt ttctatggcctagctgatccccagcccctcggggaagtgtctgctccggaacagccaccc caaactcttctccgggacgtggcccaactcagtcgccaactggaaaagcaccaagggagt ccccaagcgatggaatggtgtttcacgggggaacaattgtggattttgcgggtgcggcct gtctatcacctccacccagtgtggacgagggaatggatcgggagcctcttaccccaaccc ctatcccccctcagtgcgtctctactggagactatcgtccccggggcgatcgcctccctc tacacggccctgtgggaaggccaggaaaacccccgcaatattactttcatctcccatcac cgaggttacagttacctcaaccgcagcttttgggagcgtctctggcaccgcaaaaacttc aatgtcgctgatttacaatcgcgaactgggttaatggggctcatgctccgccatccgatg ctttgctatcgctatctccgttgggactggcagtggtatggggaatttcaggggatagtc catcggttttgctatcctcttttgaaaaccctcaaaatgatcgatagtcacccaacggcc ttgggattggctgaccgcgtccatagcgtagaacaaatcactgatatcctggagctgctt ttgggcttttggttacggggtgaagtgatcctctggcgcaaaaggctgaccagtggttta ccaaactttctgccgcccctccccccccgtgtacaaacgctcaatcagttggctgtggat attcgggctcaactcaaggcagagggaaaggtgggccgggggcaccgggaacccttgacc cgggccgccctattcgcgcaattggcagaactccccgatggcgatcgcttttttgagcgc ttagaccaatggatcgcagactatagcgacggggctgccttaccctgggaactggcccaa aagcgctggcgagaaaatacgggggccgtacgacagtggttaacagatttggtcaatcag ccaagaaccgccatttctccggtggccctcagtgctgcccaacggcaactccagcagacc catttgcaacaagaggaagtggcgagcttttacgaaatgtttttggcccaattgcgccag catctgttggcgatcgcccaaatgtggcaaaagcagggttatttagaacaacctgacgat attttttggctgaaactatctgaggtgaagaccttaacgacagatcctggttcccaagat ttttcgcaactgcaactgaaaattcaatatcggcgatcacagctcagtttagaccaagaa cagggggccccaccggacattatctacggtcaactgaagacaaaaaccgatgtctccagt agttgttctctccaaaaactccaaggccaggcggtcagtagtggggcggtgattggtcag gtacgtttctgtccccaggggcaactatcaactgggtggagtgccaatgatatcctcgta acttcctatatccacgaaggtgacctggcgatgcttccccaagtggggggaattattaca acccagggaggggttctttcccagggagccagtttagcccgccagcaccacatcccaatg gtggctaatgttgcagtggcttttgatagtttgcagccgggtcagtgggtgcgcctcgat gggcgtctcggccaagtggaattactagatccgggggcgctctcaacggatgcaaattag

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