Chryseobacterium salivictor: NBC122_00486 Help Entry NBC122_00486      CDS       T07515                                  Symbol metH_1 Name (GenBank) Methionine synthase   KO K00548   5-methyltetrahydrofolate--homocysteine methyltransferase [EC:2.1.1.13] Organism csal  Chryseobacterium salivictor Pathway csal00270   Cysteine and methionine metabolism csal00450   Selenocompound metabolism csal00670   One carbon pool by folate csal01100   Metabolic pathways csal01110   Biosynthesis of secondary metabolites csal01230   Biosynthesis of amino acids csal04980   Cobalamin transport and metabolism csal04981   Folate transport and metabolism Brite KEGG Orthology (KO) [BR:csal00001]  09100 Metabolism   09105 Amino acid metabolism    00270 Cysteine and methionine metabolism     NBC122_00486 (metH_1)   09106 Metabolism of other amino acids    00450 Selenocompound metabolism     NBC122_00486 (metH_1)   09108 Metabolism of cofactors and vitamins    00670 One carbon pool by folate     NBC122_00486 (metH_1)  09150 Organismal Systems   09154 Digestive system    04981 Folate transport and metabolism     NBC122_00486 (metH_1)    04980 Cobalamin transport and metabolism     NBC122_00486 (metH_1) Enzymes [BR:csal01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.1  Methyltransferases     2.1.1.13  methionine synthase      NBC122_00486 (metH_1) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Met_synt_B12 Pterin_bind B12-binding B12-binding_2 GPR128_GAIN_subdomA Lebercilin Motif Other DBs NCBI-ProteinID:  QBO57335 UniProt:  A0A4P6ZD35 LinkDB All DBs Position complement(515877..518537) Genome browser AA seq 886 aa AA seqDB search MKYLKLSGLEPLIITPESNFINVGERTNVAGSKKFLRLIKEGNYSEALNIARDQVDGGAQ ILDVNFDDGLLDGKMAMVKFLNLIASEPDISRIPMMIDSSKWEILEAGLQVVQGKCVVNS ISLKEGEKEFISHAKTIKRYGAAVIVMAFDENGQADNYDRRIEICKRSYDILVNQVGFPS EDIIFDLNIFPVATGMEEHRRNALDFIEATKWVRGNLANVSVSGGVSNVSFSFRGNDNVR EAMHSVFLYHAIRAGMNIGIVNPSMLEVYDEIPKELLELVEDVMLDRRDDATERLLDYSE RVKSTKKEFVEELEWRKEPLQNRITHALVKGIDRFIIEDVEEARIISKRPLGVIEINLMN GMGVVGDLFGSGKMFLPQVVKSARVMKKAVAYLQPFIEAEKDEKQKPNGKILMATVKGDV HDIGKNIVSVVLGCNNYEIIDLGVMVPAEKIIQAAIDHNVDVIGLSGLITPSLDEMVHVA EELQRKNLNFPLLIGGATTSKAHTAVKIFPKYGNTVIHVNDASRAVGVVSQLLDHNNEQY KADLKVDYEDFREKFLNRQIEKEYVSIEDARKQKFTIDWKNEEPVKPKTLGIYIIENQDL RELLDFMDWTPFFRSWELHGKFPQILTDEFVGEQATELYKEAKVLLNKILDEKLFTAKGI FGIFPANSNEEDDILLYDKDGNEISQFRTLRQQLKKSAGKKYLALSDFIAPESSGKKDYV GAFAVTTGFGTEELAQKYYDDGDDYNAIMVKALADRLAEAFAEFLHHKVRTEFWGYSKDE NLENEDLIAEKYSGIRPAPGYPACPDHLEKTTIWNLLKVKENIGLELTESLAMFPTAAVS GYYFANPEAKYFGVGKIKEDQLKNYAERKRIDLEFARKWLSPNLAE NT seq 2661 nt NT seq  +upstreamnt  +downstreamnt atgaaatatctaaaactctcaggtctcgaacctttaattataacgccggaatccaatttt attaatgttggagaacgaaccaatgtcgctggttctaagaaatttcttcgactcattaaa gaaggaaactattcagaagcacttaatattgcccgcgatcaggtggatggcggcgcacaa atcctcgatgttaattttgatgatggattgctcgacggaaaaatggcaatggtgaaattc ctgaatttaattgcttccgaaccggatatttcccggattccgatgatgatcgattcctca aaatgggaaattctggaagccggattacaggtcgttcagggaaaatgtgtggtgaattcc atcagtttaaaagaaggagaaaaggaatttatcagccatgcaaagacgataaaaagatac ggcgctgcagtaattgtaatggctttcgacgaaaatggacaagccgataattacgaccga agaatagaaatttgcaaacgatcctacgatattctagtgaaccaagtggggtttccatcc gaggatattattttcgatctcaatattttccccgtcgcaacgggaatggaagaacaccgc agaaacgctttggatttcattgaggctacaaaatgggttcgaggaaatttggcaaatgtt tcggtgagtggaggcgtttccaatgtttcgttttctttccgtggaaatgataatgtacgg gaagcgatgcattccgtttttctttatcatgcaatcagagccggaatgaatattggaatt gtgaatccatcgatgttagaagtgtatgacgaaattccgaaagagttgctggagttggta gaagatgtgatgctcgacagaagagacgacgcaaccgagcgacttttagattattccgag cgggtaaaatctactaaaaaagaatttgtagaagaattagaatggcggaaagaaccatta caaaatagaatcacccacgctttggtaaaaggaattgatcgattcattattgaagacgtt gaagaagcaagaattatttctaaaagacctttaggtgttattgaaattaatcttatgaac ggaatgggtgttgtcggcgatcttttcggaagcggaaaaatgtttttgccgcaagtcgta aaatccgcgcgggtaatgaaaaaagccgttgcttatttgcagccttttattgaagcggaa aaagatgaaaagcaaaaacccaatggcaaaattttgatggcgactgtaaaaggcgatgtc cacgatattggaaaaaatattgtgagcgtagttttaggctgcaacaattatgaaatcatc gatttgggtgtcatggttccggcggagaaaattattcaggcagcgattgaccacaatgtt gatgtgatcggtttgagcggattgattacaccgagtttagacgaaatggttcacgtcgcg gaagaactgcaaagaaaaaatctgaattttccattgttaataggtggtgccaccacttca aaagcgcatactgccgtgaaaatcttccccaaatatggaaacacagttattcatgtcaat gacgcttcccgggcagtgggcgtagtttcgcaacttttggatcataataatgaacagtat aaagcagatttaaaagttgattatgaagatttccgagagaaatttttgaaccggcaaatt gaaaaagaatatgtttctatcgaagacgccagaaaacaaaagttcacgatcgactggaaa aacgaagaacccgtaaaacctaaaactttaggaatctatattatagaaaatcaagattta agagaattattagattttatggattggactccttttttcagaagttgggaactccacggg aaatttcctcagattttaactgatgagtttgtgggtgaacaagcaaccgaattgtataaa gaagccaaagttttattaaataaaattttggatgaaaaattatttaccgcgaaagggatt tttggaattttcccggcaaattcaaacgaagaggatgatattttgctttatgataaagat ggaaatgaaatctcacaattccgaactttaagacagcaactgaagaaatctgcagggaaa aaatatttggctttaagtgattttatcgcgccggaatcttccggtaaaaaagattatgtg ggcgcttttgcggtgacgacaggatttggaaccgaagaattggcgcagaaatattacgat gatggcgacgattataatgccattatggttaaggcattagccgatcgtttggcagaagcg tttgccgaatttctgcatcataaagttcgaacggaattctggggttattcgaaagatgaa aatttagaaaatgaggatcttatcgcagagaaatattcaggaatacgtccggctcccggt tatcctgcctgtcccgatcatttggaaaaaaccacgatctggaatttattaaaagtaaaa gaaaatatcggattggaattgactgaaagtttagccatgtttccaacagccgcagtttcg ggttattatttcgccaatccggaagctaaatatttcggcgttggaaaaattaaagaggac cagttgaaaaattatgctgaaagaaaaagaatcgatttggaattcgcaagaaaatggttg agtccgaatcttgcggaataa

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