Candidatus Fluviicola riflensis: CHH17_15645 Help Entry CHH17_15645       CDS       T05019                                  Name (GenBank) methionine synthase   KO K00548   5-methyltetrahydrofolate--homocysteine methyltransferase [EC:2.1.1.13] Organism flu  Candidatus Fluviicola riflensis Pathway flu00270   Cysteine and methionine metabolism flu00450   Selenocompound metabolism flu00670   One carbon pool by folate flu01100   Metabolic pathways flu01110   Biosynthesis of secondary metabolites flu01230   Biosynthesis of amino acids flu04980   Cobalamin transport and metabolism flu04981   Folate transport and metabolism Brite KEGG Orthology (KO) [BR:flu00001]  09100 Metabolism   09105 Amino acid metabolism    00270 Cysteine and methionine metabolism     CHH17_15645   09106 Metabolism of other amino acids    00450 Selenocompound metabolism     CHH17_15645   09108 Metabolism of cofactors and vitamins    00670 One carbon pool by folate     CHH17_15645  09150 Organismal Systems   09154 Digestive system    04981 Folate transport and metabolism     CHH17_15645    04980 Cobalamin transport and metabolism     CHH17_15645 Enzymes [BR:flu01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.1  Methyltransferases     2.1.1.13  methionine synthase      CHH17_15645 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Met_synt_B12 Pterin_bind B12-binding_2 B12-binding MtrH Motif Other DBs NCBI-ProteinID:  ASS50132 LinkDB All DBs Position complement(3632353..3635022) Genome browser AA seq 889 aa AA seqDB search MSNLLRLSGLEAITVTPESNFINIGERTNVTGSRAFLRMIRDNDFEAALSVAREQVEGGA QIIDINMDEGMIDGKEAMVKFLNLIAAEPDIARVPVMIDSSKWEIIEAGLKCIQGKGIVN SISLKEGEENFIAQAKKIKRFGAAVVVMAFDEKGQADSYERRIEICERSYRTLVDKVNFP PQDIIFDPNIFPVATGMEEHNNNALDFFKATKWIRENLKGAHVSGGVSNVSFSFRGNNAV REAMHSVFLYYAIQQGMDMGIVNPSMLEIYDDIDKQLLVFIEDVILNRRPDATERLLDFA ESFKGEEKKKEVELEWRSALVNERLSHALVKGIVDYIDEDVEECRHQFKRPIEVIEGPLM DGMNVVGDLFGSGKMFLPQVVKSARVMKKAVAYLLPFIEEEKGGKSETAGRIIMATVKGD VHDIGKNIVGVVLGCNNYEVIDLGVMVPADKIIQAAIEHKAHVIGLSGLITPSLDEMVYV AKEMERAQLDIPLLIGGATTSKVHTAVKIEQSYERGQTVHVLDASRSVTVVEQLLGHKKG QFVEDLKLEYTRLREHHEKHRGAKQLLSLAAAQANKLQLTFDESTVSAPKELGTQTFEHF PLEKLVDYIDWTPFFQTWELHGRYPNILTDEVVGAQATELFADAQAMLKKLIDEKWLVAK AVVGIFPANSVGDDIEIYADETRSEVINIQHTLRQQTTKVSGQPNLALSDFIAPKESGVK DYIGGFVVTTGHGIDEHVQRFEDDHDDYSSILLKALADRLAEAFAEYMHAYVRKQKWGYA PDETLDNSELIQEKYRGIRPAPGYPACPDHTEKPGLFRILNATEVSGVSLTETLAMWPAS SVSGWYFAHPDSKYFGLGKITNEQVEDIARRKHIDLAEMRRWLGSNLND NT seq 2670 nt NT seq  +upstreamnt  +downstreamnt atgagtaatttgttgagattatccggcttagaagccatcacagtaacccctgaaagtaac tttatcaatatcggtgagcgtaccaatgtgacagggtcgcgtgcttttttgcgcatgatc cgtgacaatgatttcgaagctgcgctttccgtagcacgcgaacaggtagaaggcggagcg caaatcatcgatatcaatatggatgaaggaatgatcgatggcaaagaagccatggtgaaa tttctgaacctgattgccgccgaacccgatatcgcacgtgttccggtcatgatcgatagt tccaaatgggaaatcatcgaagccggactcaaatgcatccagggaaaaggaattgtgaac tctatttcactcaaggaaggtgaagagaactttatcgcgcaagccaaaaagatcaagcgt ttcggtgcagctgtggtggtaatggcctttgatgaaaagggtcaggctgacagttacgaa cgacgcatcgaaatttgtgaacgttcctaccgcacattggtcgacaaagtaaatttcccg ccacaagacattattttcgacccgaatattttccccgttgccaccggaatggaagagcat aataacaacgcgctcgactttttcaaagccaccaaatggattcgtgaaaatctcaaaggc gctcatgtaagcggcggtgtttccaatgtttcgttctcgtttcgtggaaacaatgcggtg cgcgaagccatgcattccgtgttcttatattatgccattcagcaaggtatggacatggga attgtgaatccgtctatgctggaaatctatgacgacatcgacaaacaattgctggtgttt atcgaagatgtgatcctcaatcgtcgtcctgatgcaaccgagcgtttactcgattttgcc gaaagtttcaaaggcgaagagaagaaaaaagaagtggaactggaatggcgcagcgctctg gtaaatgaacggctttcgcatgctttggtaaaaggaattgtggattacatcgacgaagat gtggaagaatgtcgtcaccagttcaagcgcccgattgaagtaattgaaggtccattgatg gatggaatgaacgtggtgggggatttgttcggaagcggaaaaatgttcctgcctcaggtc gtgaaatcggcacgtgtgatgaaaaaagcggttgcttatttattaccgtttatcgaagaa gaaaaaggcggaaaaagcgaaactgccggaagaatcatcatggcaactgtgaaaggcgat gtacacgatatcgggaagaatattgtgggtgttgtgctcggttgtaataactatgaagtg attgatttgggagtaatggttccagccgacaagatcatccaggcggcgatcgaacacaag gcacacgtaatcggactcagcggtttgattacaccttcactcgatgaaatggtttacgtt gccaaagaaatggaacgcgcccaactggatattccgttactaattggcggtgcgacaact tcaaaagtacacacagctgtgaaaatcgaacaaagttatgagcgcggacaaaccgttcat gtgttggatgcttcgcgttctgtaacggttgttgaacaattgctcggacataaaaaagga cagtttgtagaagatctcaaactcgaatacacccgtttgcgcgaacaccatgaaaaacac cgtggggcgaaacaattgttgtcgttggccgcagctcaggccaataaactacaattgact tttgatgaatcgacggtttcggctccgaaagaattgggaacacaaacctttgaacatttc ccacttgaaaaactggtggattacattgattggacaccttttttccaaacctgggaattg catggccgttacccgaatattctgaccgatgaggttgtcggagcgcaggcaacggaactt tttgccgatgcacaagccatgctgaaaaaactcatcgacgaaaaatggctggttgcaaaa gccgttgtgggaattttccctgcaaatagtgtgggagatgatatcgaaatttatgctgat gaaacccgctctgaggtcatcaacattcaacatactctgcgtcagcaaaccaccaaagtt tcgggtcagcccaacctggcactttccgattttatcgctccgaaggaaagcggcgtgaaa gattacattggtggttttgtggtcacaaccggccatggaatcgacgaacacgttcaacgc tttgaagacgatcacgacgattattcatccatattactcaaagcacttgctgatcgtttg gcggaagcattcgcggaatacatgcacgcttatgtgcgtaagcagaaatggggctacgcg cctgacgaaacactcgataattcagaattaatccaggaaaaataccgcggaatcagaccg gcacccggttatccagcttgtcctgatcataccgaaaaaccaggcttgttcagaatcctg aatgcaacggaagtgagtggcgtttcactaacagaaaccctcgctatgtggcctgcttca tctgtttcgggctggtattttgcacatccggattccaaatattttggtcttggtaaaatc accaatgaacaggtggaagatattgctcgtcgaaaacatatcgatttagccgaaatgaga cgatggttgggaagcaacctaaatgattaa

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