Faecalibacterium duncaniae JCM 31915: GXM22_03310 Help Entry GXM22_03310       CDS       T08154                                  Name (GenBank) FAD-binding protein   KO K00239   succinate dehydrogenase flavoprotein subunit [EC:1.3.5.1] Organism fdu  Faecalibacterium duncaniae JCM 31915 Pathway fdu00020   Citrate cycle (TCA cycle) fdu00190   Oxidative phosphorylation fdu00650   Butanoate metabolism fdu00720   Other carbon fixation pathways fdu01100   Metabolic pathways fdu01110   Biosynthesis of secondary metabolites fdu01120   Microbial metabolism in diverse environments fdu01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:fdu00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     GXM22_03310    00650 Butanoate metabolism     GXM22_03310   09102 Energy metabolism    00190 Oxidative phosphorylation     GXM22_03310    00720 Other carbon fixation pathways     GXM22_03310 Enzymes [BR:fdu01000]  1. Oxidoreductases   1.3  Acting on the CH-CH group of donors    1.3.5  With a quinone or related compound as acceptor     1.3.5.1  succinate dehydrogenase      GXM22_03310 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  FAD_binding_2 Succ_DH_flav_C Pyr_redox_2 HI0933_like GIDA DAO FAD_oxidored ABHD18 NAD_binding_8 AlaDh_PNT_C Motif Other DBs NCBI-ProteinID:  QIA42181 LinkDB All DBs Position complement(701111..702664) Genome browser AA seq 517 aa AA seqDB search MKHTLVIVGAGLAGLSAALTAVKNGWTVKLVSSLASERAQSVMAEGGINAALNTKGEEDS PEQHYTDTLTAACGLADPNAVWGMTQAASELVRSLHHLGVQFNVTDDDELDLRNFGGQKK KRTAFAQSDTGKQLMTALIDAVRREESAGTVERFPHHKFRTLLLSGNICGGCTVQDTYTG ELLRFVCDAVLIATGGLHGLFGDTTGSLANTGEVTAELFRLGVPMANLEMIQYHPTTVEL GEKRMLLSEAARGEGGRLFALRNGKPWYFMEEKYPELGNLMPRDITAREVWTVSRDYEVF LDMTELPKEVMEHKLAGLVDDCQTYLHKDIRKEPIPILPGIHYFMGGIQVDERHRTSMRN LYAAGECCAQYHGANRLGGNSLLGAIYGGQIAAETACRETVSSPNMPCAEESLLPELSPD AQMQMNRILLNALGVVRDAQTLEAGIQEIRKLSGTLPLLGCAMLESALARKESRGAHWRA DYPQRNDAVYCKTTVAHWNGQHIAISFESIPERRHDL NT seq 1554 nt NT seq  +upstreamnt  +downstreamnt atgaaacacactttggtgatcgtgggtgcagggctggcagggctttccgctgctttgact gctgtgaaaaacggctggacggtaaagctggtgtcctcccttgcctccgagcgggcgcag tctgttatggcagagggcggaatcaatgcagccttgaataccaagggagaggaggatagc ccggagcagcattatacagataccctgaccgctgcctgcggacttgctgacccgaatgca gtctgggggatgacgcaggctgcgtccgaactggtgcgcagcctgcaccatctgggagta caattcaacgtgacagatgacgatgaactcgacctgcggaattttggcggacagaagaaa aagcggacggcctttgcacaaagcgatacgggaaagcagctaatgaccgctctgattgat gctgtgcgccgggaagaaagcgcaggaacggtcgaacgctttccacaccataagttccgc accctgctgctttccgggaacatctgcggtggctgcacagtgcaggacacctatactggc gaactgctgcggtttgtatgcgatgccgtcctgattgccacaggcgggctgcatggctta ttcggtgatacgaccggctctcttgccaataccggagaagtcaccgcagaactgttccgt ctgggcgttccgatggcaaatcttgaaatgatccagtaccaccctaccacggtcgaactg ggtgaaaaacggatgcttctgagtgaggccgcccgtggtgagggcgggcggctgtttgca ttacggaacgggaagccgtggtatttcatggaagaaaaatatccggaactcggcaacctg atgccgcgtgacatcaccgcgcgggaagtctggacggtcagccgtgactatgaggtgttc cttgatatgacagagcttcctaaagaagtcatggagcataaacttgccggactggtggat gattgtcagacctatctgcacaaagatattcgcaaagaacccattccgattttgccgggt atccactactttatgggaggcattcaggtggacgagcggcaccgcacttcgatgcggaat ctgtacgctgccggtgaatgctgcgctcagtaccatggcgcaaaccgtctgggtggaaat tctcttctgggtgcgatctatggaggacagattgctgcggaaactgcctgccgggaaaca gtcagttcccccaatatgccctgtgccgaagaatcccttctgcccgaactttccccggac gctcaaatgcagatgaatcgtattctgctgaacgcactcggtgtcgtgcgggatgcacag acattggaagcgggcattcaggaaatccgcaaactgtctggcacccttccgcttctgggc tgtgccatgctggaaagtgccctcgcccgaaaagaaagccggggtgcgcactggcgggca gattatccccaacgcaacgatgccgtttactgcaaaaccaccgtggcacactggaacggg cagcatatcgccatcagctttgaatccatccccgaaaggcggcatgatttatga

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