Bacillus aquiflavi: K6959_04715 Help Entry K6959_04715       CDS       T08352                                  Name (GenBank) pyruvate synthase   KO K00169   pyruvate ferredoxin oxidoreductase alpha subunit [EC:1.2.7.1] Organism baqu  Bacillus aquiflavi Pathway baqu00010   Glycolysis / Gluconeogenesis baqu00020   Citrate cycle (TCA cycle) baqu00620   Pyruvate metabolism baqu00640   Propanoate metabolism baqu00650   Butanoate metabolism baqu00680   Methane metabolism baqu01100   Metabolic pathways baqu01110   Biosynthesis of secondary metabolites baqu01120   Microbial metabolism in diverse environments baqu01200   Carbon metabolism baqu01210   2-Oxocarboxylic acid metabolism Brite KEGG Orthology (KO) [BR:baqu00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     K6959_04715    00020 Citrate cycle (TCA cycle)     K6959_04715    00620 Pyruvate metabolism     K6959_04715    00640 Propanoate metabolism     K6959_04715    00650 Butanoate metabolism     K6959_04715   09102 Energy metabolism    00680 Methane metabolism     K6959_04715   09111 Xenobiotics biodegradation and metabolism    00633 Nitrotoluene degradation     K6959_04715 Enzymes [BR:baqu01000]  1. Oxidoreductases   1.2  Acting on the aldehyde or oxo group of donors    1.2.7  With an iron-sulfur protein as acceptor     1.2.7.1  pyruvate synthase      K6959_04715 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  POR_N PFOR_II TPP_enzyme_C Transketolase_C EHMT1-2_CRR SegE_GIY-YIG Hydrolase Motif Other DBs NCBI-ProteinID:  UAC49192 LinkDB All DBs Position 933976..936273 Genome browser AA seq 765 aa AA seqDB search MAILEEKLYNIEKIAEQIVTFESGNEMAALAAAQINYHVMGYFPITPSTEIAQYLDQMRV HGEHNIKLIPADGEHGSAGICYGAAVTGARVFNATSANGLMYMLEQLPVQAGTRFPMVMN LVTRSISGPLDIRGDHSDLYFALNTGWVILTARTPQAVYDLNIMALKIAEHSKVRLPVIV AYDGFFTSHQKRKTYYFKERKVVQQFIGECPTDYHFVREMKKPITIGAHMDGNDLLNNHY QQSEAMYRAGEVFKEVAAEYGTLSGRKYATLDLYKMADAEIAVFLLNSAAETAKDVVDRL RKKGIKAGVISPNITRPFPAEDIRQALKNVKALLIGERADSYGAHGPNMTNEIKSALQED KENKTIVLSRVFGLGGKDFFADDAEKFFMMAIEAKEKGAAQKSFDYYGHVPGDDKEKLTQ VITPQYGDVYQSGLIHVSKDEETNKLKVKIPPLRALTSKPKRLASGHGACPGCGIFSGLE LFFKGIEGDVVVLFQTGCAYVVTTAYPYSSHKQTTIHNLFQNGPATLSGTLEAFLELKNR GEINIAQDATFVMVTGDGGMDIGMGSAIGTALRNHKLIMLEYDNEGYMNTGSQMSYSTPI GHMTSTTNVGPLQSGKAFHHKDTAQIMAAANIPYVFTGTEAFPQDLIKKAAKAQWYAKNV GTVYGKLLITCPLNWKSDDRYGQKIVEAAVHSNFFPLYEVEQGVTTITYDPEQKKKQVPL SEWLKYMGKTKHLLKEENKSILTEFEKEIEKRWKRLKARHENPYL NT seq 2298 nt NT seq  +upstreamnt  +downstreamnt atggcgatattagaggaaaaattatataacatcgaaaaaatagcagaacaaattgtaact tttgaatctggaaatgaaatggctgccttagcagcagcccaaataaattatcacgttatg ggttactttccaattacaccatcgactgaaattgctcaatatttagaccaaatgagagtg cacggagagcataacattaaattaattccggctgatggtgaacacggatcggcaggtatt tgttatggtgcagctgttacgggcgcaagagtatttaatgcaacaagtgcaaatggacta atgtatatgcttgaacaattgcctgtacaagcgggaactcgttttcctatggtgatgaat ttagttacaagatcaattagtggtccgctcgatattcgcggcgatcattctgatttatat tttgctttaaatacaggatgggttattttaactgcaagaacgccgcaggcagtgtatgat ttgaacattatggcattaaaaatagctgaacattcaaaagtaaggttaccagtgatcgtt gcctatgatggcttttttacatcacatcagaaaagaaaaacttactattttaaggagcga aaggttgtccaacaatttatcggagagtgcccgactgattatcattttgtccgggagatg aaaaagccgattacaatcggagcacatatggatggaaacgatcttcttaataaccattat caacaatcagaggcgatgtatagagcaggcgaagtatttaaggaagtggctgctgaatac ggaactctatctggacgaaaatatgcaactttagatttatataaaatggctgatgcagag atagctgtatttttattaaactctgctgctgaaacagcaaaagatgtagttgatcgttta cgtaagaaagggataaaggcaggtgttattagtcctaatattactcgaccattcccagcc gaagatattcgtcaagcgctaaaaaatgtgaaagctttattaattggagagagagctgat tcctatggggcacatggtccgaatatgacgaatgaaattaagtcggctttacaagaagat aaagaaaataagacgatcgttttaagcagagtatttggtcttggcgggaaagattttttt gcagatgatgctgaaaaattttttatgatggcaattgaagcaaaagaaaagggagctgcc caaaagtcttttgattattatggccatgtaccgggagatgataaagagaaattaacacaa gtaattacaccacaatatggagacgtgtatcaatcaggtttgattcatgtatcaaaggat gaggaaacaaataaattgaaagtgaaaattcctccgttaagggcgttaacatcaaaacca aagcggcttgcttccgggcatggtgcatgtccaggctgtggtatttttagcggacttgaa cttttctttaaagggattgaaggggatgtcgttgttcttttccaaacaggttgtgcttat gtagtaacaacagcttatccatatagctctcataaacagacaaccattcataatttattt caaaacgggccagccacactttcaggtacacttgaagcatttttagagcttaaaaaccgg ggggaaattaacattgctcaagatgcaacttttgtcatggtgactggtgacgggggaatg gacatagggatgggctcagcaatcgggacagcgcttcgaaatcataaattaattatgctt gaatatgataacgaaggatatatgaatacaggctcgcaaatgtcttattcaacaccaatc ggacatatgacgagtacaacaaatgttggaccgttgcagtcagggaaagcttttcatcat aaagatacagcacagattatggctgcagcaaatattccgtatgtttttaccggtaccgag gcatttccacaagatttaattaaaaaagcagcaaaagcacaatggtatgccaaaaatgtt gggacagtatacggaaagttgttaattacttgtccactaaactggaaatctgatgatcgt tatggacaaaaaattgttgaagccgctgttcattcaaatttctttccactgtatgaggtt gagcaaggagtgacaacgattacgtacgatcccgaacaaaaaaaaaaacaagtccctctt tctgaatggttaaagtacatggggaaaacgaaacatttattgaaggaagaaaataaatca attttaacagagtttgaaaaagaaattgaaaaaaggtggaaacgattaaaagcaagacac gaaaatccatatttataa

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