Amphiura filiformis: 140153394 Help Entry 140153394         CDS       T10871                                  Name (RefSeq) methionine synthase-like   KO K00548   5-methyltetrahydrofolate--homocysteine methyltransferase [EC:2.1.1.13] Organism afil  Amphiura filiformis Pathway afil00270   Cysteine and methionine metabolism afil00450   Selenocompound metabolism afil00670   One carbon pool by folate afil01100   Metabolic pathways afil01230   Biosynthesis of amino acids afil04980   Cobalamin transport and metabolism afil04981   Folate transport and metabolism Brite KEGG Orthology (KO) [BR:afil00001]  09100 Metabolism   09105 Amino acid metabolism    00270 Cysteine and methionine metabolism     140153394   09106 Metabolism of other amino acids    00450 Selenocompound metabolism     140153394   09108 Metabolism of cofactors and vitamins    00670 One carbon pool by folate     140153394  09150 Organismal Systems   09154 Digestive system    04981 Folate transport and metabolism     140153394    04980 Cobalamin transport and metabolism     140153394 Enzymes [BR:afil01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.1  Methyltransferases     2.1.1.13  methionine synthase      140153394 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Met_synt_B12 S-methyl_trans Pterin_bind B12-binding_2 B12-binding VP3-like HisG_C Motif Other DBs NCBI-GeneID:  140153394 NCBI-ProteinID:  XP_072032239 LinkDB All DBs Position 5:55170911..55210413 Genome browser AA seq 1354 aa AA seqDB search MGLGNLSTRQKVALAMTVPTSFVLLYLLFRRRSQGAKQLGNVTGRGAEMNQIQNEGGQKL KNNGDVVNKSSPEGAEKHDSKCLPEQRITETVSQKPIQRKPDVAAEIKKTLKERIMIMDG GMGTMIQGHKFDEAAFRGEEFKDHSKPLKGNNDLLSLTKPDVIYQIHKDYLEAGADFVET NTFSGTSIAQADYAMEHLAYRLNKCSAELARRAADDVTRETGVKRYVAGALGPTNRTLSI SPSVEQPEYRNITFDELVKAYQEQARGLLDGGSDILMVETIFDTLNSKAALYAIQELFET DYQEVPVFVSGTIVDKSGRTLSGQTGDAFVVSVSHARPICLGLNCALGATEMRPFIENIG LNTSAYVLCYPNAGLPNTFGDYDETPEMMAGHLSGFARDGLVNIVGGCCGTTPTHIKAIA EAVKPFKPRIPPADIHPEAMMLSGLEPMIVGKHTLFVNIGERCNVAGSRKFAKLITNGQY EEALSIAKAQVEAGAQVLDINMDEGMLDGVKAMTKFVNLVSSEPDICKVPLCIDSSKFAV IEAGLKCTQGKCIVNSISLKEGEEDFLKKAQTIKRHGAAVVVMAFDETGQATESDRKVEI CTRSYNLLVHKVGFNPNDIIFDPNILTIATGMEEHNEYGINFIEATKMIKSTLPGARISG GLSNLSFSFRGKGVIREAMHSVFLYHAIKSGMDMGIVNAGALPLYDDIDPKLLRLCEDLL WNKDPEATEKLLEFAETVGKGGKKATEDLSWRNESVESRLAHSLVKGIDKFVIGDTEEAR QNTDLYPRPLNVIEGPLMKGMSVVGDLFGAGKMFLPQVIKSARVMKKAVGHLLPFLEKEK QERREQALLDGIVLEEDDAGSGTVVIATVKGDVHDIGKNIVAVVLGCNNYKVIDLGVMTP CDKILQTAIEQKADIVGLSGLITPSLDEMIHVAKEMERLGFKLPLLIGGATTSKTHTAVK IAPCYSQPTIHVLDASKSVVVCSSLMDEGQKEELMEDINEEYDEIREEHYDSLKDRKYLS LEDARALKVDIRWQTEEPPVEPAFIGTQSLLDYDLNRLVPYIDWKPFFDVWQLRGKYPNR GYPKIFKDPTVGEEAQRVFNDAQTMLRQIIDKKLLKASGVFGIYPAYSIGDDIHVFTENA IPREGEPAAVFYGLRQQAEKESGVTEGYACLSDFIAPKDSGVADYIGAFAVSVGFGVAEM CAKYEKEMDDYSSIMAKAVADRLAEAFAEELHERIRKEFWGYDKAEALDAHDLHRIKYEG IRPAPGYPSQPDHTEKQTMWKLMDVEGLTGIKLTESLAMTPAASVSGLYFAHPKSYYFAV GKVTKDQVEDYSSRKQVDVSETEKWLGPNLSYDR NT seq 4065 nt NT seq  +upstreamnt  +downstreamnt atggggcttggtaatcttagcacaagacagaaggtggcattagccatgactgttcccact tcatttgttcttctctatctgctattccgaagaagaagtcaaggagctaaacaattaggg aatgtcactggcagaggagcagagatgaatcagatacagaatgagggtggccagaagttg aaaaacaatggagatgtagtcaacaaaagtagtccagaaggtgctgaaaaacatgattct aaatgtcttccagaacagcgtattacagaaactgtttcccagaaacccattcagcggaag ccagatgtggcagctgagatcaagaaaacattgaaggagagaatcatgatcatggatggt ggaatgggcaccatgatacaaggacacaagtttgatgaagcagccttccgaggtgaagaa tttaaagatcattccaaaccattgaaaggaaacaatgatttattaagtcttacaaagcct gatgtaatctaccaaattcataaggactacctagaggctggggctgattttgtggagaca aatactttcagtggcacaagcattgcacaagcagactacgctatggaacatctggcttat agattaaacaagtgttccgcagaactggcaagacgagcagcagatgatgtgacccgggag actggtgtaaaacgatatgtagctggtgctctgggacccaccaatagaacattatctatt tcaccctctgtagagcagccagaatatagaaatattacatttgatgaactagtcaaggcc taccaggaacaagccaggggtttactggatggagggtcagatattctgatggtagagact atttttgatacccttaattcaaaggccgctctctatgctatacaagaactgtttgagacg gattaccaagaagtacctgtatttgtatcaggaaccattgttgataaaagcggaaggaca ttgtcaggtcagacgggtgatgcctttgttgtgagtgtgtcacatgctaggccaatctgt ctggggttgaattgtgccttaggagctactgaaatgagaccttttatagagaatattgga ctgaatacctcagcatacgtattatgctatcccaatgcaggattacccaatacatttggt gactatgatgagacaccagagatgatggcaggtcatctgtctggatttgccagggatggt ctagtcaatattgttggtggatgctgtggcactacaccaacacatatcaaggctattgca gaagctgtgaaacctttcaaacctagaattccaccagctgatattcacccagaggcaatg atgttatcaggattggagcccatgattgtgggcaagcataccctatttgttaatattgga gagaggtgtaatgtcgcaggctcaagaaaatttgctaagcttatcactaatggacaatat gaggaggcattgagtattgccaaagctcaagtagaagctggtgcccaggtacttgatatc aacatggatgaaggaatgctggatggtgtcaaagctatgaccaaatttgtgaatcttgtt tcttcagaacctgatatatgcaaggttcctttgtgtatagactcctccaagtttgcagtg atagaagcaggtttaaaatgcacacagggtaaatgcattgtgaacagtattagtttgaag gaaggagaggaagacttcttgaagaaggcacaaaccatcaagagacatggagcagcagtg gttgtcatggcttttgatgaaacgggtcaggcaacagaaagtgatagaaaggttgagata tgcaccaggtcatataacttgctagtacacaaggttggttttaacccaaatgacatcatc tttgatccaaacatcctcaccatagcaacaggaatggaggagcataatgagtatggaatt aacttcattgaagctactaaaatgatcaagtcaaccttaccaggagcacgtataagtggc ggtttgtccaatttgtccttttcattccgtggtaaaggagtcatccgtgaggccatgcac agtgtattcttgtaccatgctatcaagtctggtatggacatgggtatagtgaatgctggt gctttacctctctatgatgacattgatcctaagttgctcagactatgtgaagatttactg tggaataaggatccagaagccacagaaaaactgctggaatttgctgagacagtaggtaaa ggtggcaaaaaggcaactgaagacttaagctggagaaatgagtcggttgaatctaggctg gcgcattcacttgttaagggtatagataagtttgtcataggagatacagaggaagccaga cagaatacggatttgtatcccagaccgctaaatgtcattgaaggaccacttatgaagggt atgagtgttgtaggagatttatttggtgctggtaaaatgtttctacctcaagttatcaag tctgcacgagtgatgaagaaagctgttggtcatctccttccattcttagaaaaggagaag caagaacggagagaacaagcattgcttgatggcattgtattagaggaagatgatgctggc agtggcactgtagtgatagcgacagtgaaaggtgatgtacatgacattggaaagaacatt gtagctgtggtgttaggttgcaacaactacaaggttattgatcttggagttatgacccca tgtgataaaatcttgcagacagcgattgaacaaaaagctgatattgtaggtctgtctgga ctgattactccatctttggatgagatgattcatgttgccaaagagatggaacgtctcggt ttcaaattaccactactgataggtggcgctacaacatcaaaaacgcatactgcagtgaag attgctccttgttattcacagcctaccattcatgtgttagatgcctccaagagtgttgta gtttgttcatctttgatggatgagggacagaaagaggagttaatggaggacatcaatgaa gagtatgatgagataagagaagagcactatgactcactcaaggatcgaaaatacctgtct ttagaagatgccagagcacttaaagttgacatccgttggcagactgaggaaccaccagtt gaaccggcattcataggcactcaatctttgctagattatgacctaaacagactagtgcct tatatagattggaaaccattttttgatgtatggcagctgagagggaaatatcccaacaga ggctatcccaagatattcaaggacccgacagttggtgaagaggctcagcgtgtgtttaat gatgcccagactatgctacgtcagatcattgacaagaaactactcaaagccagtggagta tttggcatttacccagcatatagtataggagatgatattcatgtgtttacagaaaatgcc attcctagggagggagaaccagctgcagtgttctatggactcagacaacaggcagagaag gagtctggagtgactgagggttatgcctgcctgtcagatttcatcgcacccaaggatagc ggtgtagctgattatattggtgcatttgctgtgtcagtaggatttggtgtagcagaaatg tgtgccaagtatgagaaggaaatggatgattatagcagcatcatggccaaggctgtagca gataggctagcagaagcatttgcagaggagcttcatgagagaataagaaaggaattctgg ggctatgacaaagccgaggctctagatgcacatgatctgcatagaatcaaatatgaggga ataagaccagccccaggttaccccagccaaccagaccacactgagaaacaaaccatgtgg aaacttatggatgtagaaggactcaccggtatcaaactgactgaatcactggccatgact ccagcagcctcagtgtctggcctgtattttgctcatccaaaatcttattattttgcagta ggaaaagtaactaaagaccaggttgaagactattccagtcgaaaacaggtggatgtgagt gagacagagaaatggcttggacctaatctatcatatgaccgataa

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