Wolinella succinogenes: WS1234 Help Entry WS1234            CDS       T00146                                  Name (GenBank) S-METHYLTRANSFERASE   KO K00548   5-methyltetrahydrofolate--homocysteine methyltransferase [EC:2.1.1.13] Organism wsu  Wolinella succinogenes Pathway wsu00270   Cysteine and methionine metabolism wsu00450   Selenocompound metabolism wsu00670   One carbon pool by folate wsu01100   Metabolic pathways wsu01110   Biosynthesis of secondary metabolites wsu01230   Biosynthesis of amino acids wsu04981   Folate transport and metabolism Brite KEGG Orthology (KO) [BR:wsu00001]  09100 Metabolism   09105 Amino acid metabolism    00270 Cysteine and methionine metabolism     WS1234   09106 Metabolism of other amino acids    00450 Selenocompound metabolism     WS1234   09108 Metabolism of cofactors and vitamins    00670 One carbon pool by folate     WS1234  09150 Organismal Systems   09154 Digestive system    04981 Folate transport and metabolism     WS1234    04980 Cobalamin transport and metabolism     WS1234 Enzymes [BR:wsu01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.1  Methyltransferases     2.1.1.13  methionine synthase      WS1234 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  S-methyl_trans Pterin_bind B12-binding_2 Met_synt_B12 B12-binding CdhD RibD_C Motif Other DBs NCBI-ProteinID:  CAE10314 UniProt:  Q7M929 LinkDB All DBs Position 1182051..1185413 Genome browser AA seq 1120 aa AA seqDB search MKMEQFFEIHRQRVMILDGAMGTEIQKFDLKEEDWEEKAGCSEILNVTRGDVILSIHRSY LEAGADILKSNTFGALPWVLEEYGIGGRAYEMAFAGAQIAKEACDSFAPSPRFVAGSLGP GTKLPSLGHIDYDTMFEGYKEAARGLKEGGADLFLLETCQDPLQIKAAVHACKEVDSSMP IMVSATIETTGTMLIGTDIKTLAVILEPLEIFSLGINCGLGPDMAEKHLKALAQYAPFPL SIHANAGLPQNVGGCTFYPMEPKEFAEIEEEFLGIEGVAFLGGCCGTTPEHIRQLKERVG ISRPTPPAKRTPVALASLFESVELKQSPAPLLIGERSNATGSKAFRELLVAEDYEGALGV GLAQVKSGAHVLDVSVGFAGRDERRDMREVVSRYATNLPLPLMPDSTQSEVLEVALKCIG GRPIINSANLEDGIEKFDRVCALAKRFGAVLICLTIDEEGMAKTKERKVACAKRMMERAV SVHGLRERDIIFDTLTFTIGSGDEEYFTAGIETLDAIQELSQLYPEAGTTLGLSNISFGL SKEARIYLNSIFLYHAVQRGLTSAIVNVSHLLPYAKVSDEDRASCEALIFNQTQGAAPLY AFIDHFSDKKAELASDSTLEGMDTQEKIAHLLIQGDKEGMKALLPSAKEEIAAERIINEI LIEAMKVVGERFGKGEMQLPFVLQSAEVMKMSVDYLNAYLPKTEKKNQTTMILGTVKGDV HDVGKNLVDIILTNNGYKIVNIGIKADIEQFIQAYHEHKADAIGMSGLLVKSTLVMKENL EELARRGIHCPVILGGAALNRAFVDDYCRGIYPGIIFYCKDAFDGMAAMEKIEKQDFSDL RLPSDKSVPEVEEQIAPSVEDSLPPVKITPPLFEQKIYKPPFWGRQVISDLDPETIFSII DRNLLYKHRWGYGKRGLKKEEYAKLCEELLHPTYERLKSQILDQGLFEPVVLYGYFELTR EGECLMAKNPKGGEVSFDFPRQKKGEFLSIPDFFPLQGGVLPLSLVSSGHRFSPFEQKLY ERGEYHEYFLIHALGAELAEALADFVHQRVREELGIGERQGCRYSFGYPACPDLTQNQGI FTLLEPQEFHITLSETFQMHPEQSTCAIITPHPEASYFAI NT seq 3363 nt NT seq  +upstreamnt  +downstreamnt atgaaaatggaacaattttttgagattcatcgtcaaagagtgatgattttagatggtgcg atgggcacagagatacagaagtttgacctcaaagaggaggactgggaagagaaggcagga tgcagtgagattctcaatgtcactagaggcgatgtgattctctctatccaccgctcctat ctagaggcgggagcggatattcttaaatccaatacttttggagcgctcccttgggtgcta gaggagtatgggattggagggcgagcctacgagatggcttttgcaggggcgcaaatcgct aaagaggcgtgcgattcttttgccccctcccctagatttgttgctggctccctaggaccg gggacgaagctcccctccttgggacatattgattatgacacgatgtttgaaggctacaaa gaggcggcacgcggactcaaagagggtggcgcggatctctttcttttagagacctgccaa gaccccctgcagatcaaggcggcggttcatgcctgcaaagaggtcgattcttctatgcct atcatggtctctgcgactattgagacgacaggcacgatgcttattggcaccgatattaaa acgcttgcggtgattttggagcctttagagatattttcattaggaattaactgcgggctt gggcctgatatggccgagaaacaccttaaagctttggcccaatacgccccctttcccctc tctattcatgcgaacgcagggcttcctcaaaatgtcggagggtgcactttctaccctatg gagcccaaggaattcgcagagatcgaggaggaattcttggggattgagggggtcgccttt ttgggagggtgttgcggcaccacgcccgaacatatccgccagctcaaagagcgtgtgggc ataagtcgccccacccctccagctaagcgcacccctgtagcgcttgcctctttgtttgag agcgtggagttaaaacagtctcccgcccccctgcttattggtgagcggagcaacgccaca ggctcaaaggcctttagagagcttctagtggccgaggattacgagggagcgctaggcgtg ggcttagctcaagtcaaaagcggagcacacgttttggatgtgagtgtaggctttgcggga cgcgatgagagacgcgatatgcgcgaggtggtttctcgctacgcgaccaatctacccctc cctcttatgcccgattccacgcagtctgaagtgctggaggtggctctcaagtgtattggg ggtcgccccatcatcaactccgccaatctagaggatggcattgagaaatttgatcgtgtc tgtgcgctggccaagcgttttggagcggtgctcatctgccttaccattgatgaggagggg atggccaagaccaaagagcgcaaagtggcatgtgctaagcgtatgatggagcgtgccgtg agcgtgcatggactacgggagcgcgacattatctttgacacccttactttcaccatcggg agcggggatgaggagtatttcaccgcaggaatcgagacgcttgacgccatccaagagctt agccagctctaccctgaggcgggaaccaccctagggctctccaatatctcctttggcctc tccaaagaggcgcgaatctacctcaactctatctttctctatcatgcggtgcaaagggga ctcacgagtgcgatcgtgaatgtctctcaccttctgccctacgccaaagtgagcgatgaa gatcgagcctcatgcgaagcgctcatcttcaatcagacccaaggcgcagcccctctttat gccttcattgatcactttagtgataaaaaagcggagcttgcgagcgattcaacgctagag ggaatggacactcaagagaaaatcgctcatctgctcatccaaggggataaagaggggatg aaagcccttcttcctagcgccaaagaggagattgcggctgaacgaatcattaatgagatt cttatcgaggcgatgaaggtggtgggagaacgctttggcaaaggagagatgcagcttccc tttgtactccagagtgccgaggtgatgaagatgagcgtggattatctgaacgcctatctg cctaaaacagagaagaagaatcaaaccacaatgattctaggaaccgtcaagggcgatgtg cacgatgtgggcaagaatctcgtggatattatcctcaccaacaatggctataaaatcgtc aatattggaatcaaggccgatattgagcagttcattcaagcctatcatgagcacaaggcg gatgccatcggtatgagtgggcttttggtcaaatccacgctagtgatgaaagagaatctt gaagagcttgctagacgagggatccattgtcccgtcattcttggaggagccgccctcaat cgcgcctttgtggatgactattgtcgaggaatctacccaggaatcatcttctactgcaag gatgcctttgatgggatggcggcgatggagaagattgaaaagcaggattttagcgatctg cgtcttcctagcgacaagagtgttcccgaagtggaggagcaaatcgcccccagtgtagag gattctttgcctccagtcaaaatcactccgcccctttttgaacaaaagatctacaagcct cctttttgggggcgtcaagtgatctctgatcttgatcctgaaacgatcttttcgatcatt gatcgaaatctcctctataaacatcgctggggctatggcaaacgagggcttaagaaggag gagtatgcaaaactctgtgaagagctactccatcccacttacgagagattaaaatctcaa atcctcgatcaaggactctttgagcctgtggtgctctatggctattttgagctcactaga gagggggagtgcctcatggcgaagaatcctaaagggggtgaagtgagttttgattttcct aggcaaaaaaagggagagttcctctctatccccgattttttcccacttcaaggaggggtt ttacctctttctctagtctctagcgggcatcgattctctccttttgaacaaaagctctac gagaggggtgagtatcatgaatatttcttgattcatgccctgggggcggagctggcggag gctttggctgattttgtgcaccagagagtgagagaggagttggggattggggagaggcaa gggtgtcgctactcttttggctatcctgcttgccccgacttgactcaaaatcagggaatc ttcacacttttagagccccaagagtttcatatcacgctctctgagacctttcaaatgcac cctgagcagagcacctgcgcgatcatcactcctcatcctgaggcgagctattttgcgatc tag

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