Cylindrospermopsis curvispora: IAR63_03630 Help Entry IAR63_03630       CDS       T06771                                  Symbol metH Name (GenBank) methionine synthase   KO K00548   5-methyltetrahydrofolate--homocysteine methyltransferase [EC:2.1.1.13] Organism ccur  Cylindrospermopsis curvispora Pathway ccur00270   Cysteine and methionine metabolism ccur00450   Selenocompound metabolism ccur00670   One carbon pool by folate ccur01100   Metabolic pathways ccur01110   Biosynthesis of secondary metabolites ccur01230   Biosynthesis of amino acids ccur04980   Cobalamin transport and metabolism ccur04981   Folate transport and metabolism Brite KEGG Orthology (KO) [BR:ccur00001]  09100 Metabolism   09105 Amino acid metabolism    00270 Cysteine and methionine metabolism     IAR63_03630 (metH)   09106 Metabolism of other amino acids    00450 Selenocompound metabolism     IAR63_03630 (metH)   09108 Metabolism of cofactors and vitamins    00670 One carbon pool by folate     IAR63_03630 (metH)  09150 Organismal Systems   09154 Digestive system    04981 Folate transport and metabolism     IAR63_03630 (metH)    04980 Cobalamin transport and metabolism     IAR63_03630 (metH) Enzymes [BR:ccur01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.1  Methyltransferases     2.1.1.13  methionine synthase      IAR63_03630 (metH) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  S-methyl_trans Pterin_bind Met_synt_B12 B12-binding_2 B12-binding CdhD Motif Other DBs NCBI-ProteinID:  QNP30173 UniProt:  A0A7H0F2A7 LinkDB All DBs Position complement(749989..753516) Genome browser AA seq 1175 aa AA seqDB search MTHSFLERLHSPEHPVIVFDGAMGTNLQIQNLTAEDFGGPEYEGCNEYLIHTKPEAVAKV HRDFLLAGADVIETDTFGGTSIVLAEYDLADQAYYLSKTAAELAKRVAAEFSTPEKPRFV AGSIGPTTKLPTLGHIDFDTMKSAFAEQVTALFDGGVDLFIVETCQDVLQIKAALNGIEE VFSQKGERRPVMVSVTMESMGTMLVGTEIAAVLTILAPYSIDILGLNCATGPDLMKPHIK YLSEHSPFVVSCIPNAGLPENIGGQAHYKLTPLELRMALMHFVEDLGVQVIGGCCGTRPD HIQQLAEIAKDLKPKVRQPSLEPAAASIYSIQNYTQDNSFLIVGERLNASGSKKCRDLLN AEDWDGLVSIARSQVKEGAHILDVNVDYVGRDGVHDMHQLVSRVVNNVTLPLMLDSTEWE KMEAGLKVAGGKCLLNSTNYEDGETRFLKVLELGKKYGAGVVIGTIDEEGMARTAQKKFE IAQRAYRQAVEYGIPPSEIFFDTLALPISTGIEEDRKNGSATIESIRRIREELPECHVIL GVSNISFGLNPAARIVLNSMFLHEAMGAGMDAAIVSASKILPLAKIDPQHQEVCKQLIYD QRRFEGDVCVYDPLAELTRLFAGVKAKQNRGIDESLPIEERLKLHIIDGERIGLEAQLAK ALEKYPPLDIINTFLLDGMKVVGELFGAGQMQLPFVLQSAETMKAAVAYLEPFMEKSGAG SNAKGIFVIATVKGDVHDIGKNLVDIILSNNGYKVINLGIKQPVENIIQAYEKHQPDCIA MSGLLVKSTAFMKENLEVFNEKGITVPVILGGAALTPKFVNQDCQNTYHGKVIYGKDAFD DLNFMDKLMPAKAAGKWDDLQGFLDEVKGDIPEINTQIKDRIKEEVKQQPTEVDTQRSEA VNANIERPQPPFWGSRFLQPQDIPLEEVLYYLDLQALIVGQWQFRKPKEKSQAEHQEFLI DTVYPLLENWKQRVIQEKLLHPQVIYGYFPCQAVGNSLLIYDTTHIDSKEISTTFEFPRQ RSGRRYCIADFFAPKESGLIDVFPMQAVTVGEVATKFAQKLFAEDKYTDYLYFHGIAVQV AEALAEWTHAKIRQELGFGHVEPDNIRDILAQRYQGSRYSFGYPACPNISDQHKQLQLLD ANRMGMYMDESEQLYPEQSTTAIIAYHPTAKYFTA NT seq 3528 nt NT seq  +upstreamnt  +downstreamnt atgacccattcctttcttgaacgtttacatagtcctgaacatccagttatagtgtttgat ggtgcaatggggacaaacctacaaattcagaacctaaccgccgaggattttggaggtcct gaatacgaggggtgtaatgaatatctaatacacaccaaaccagaggcggtggctaaagtt caccgggactttttactagctggcgcagatgtaattgaaactgatacttttggtggcacc tccatagttttagcagagtatgacttagcggatcaagcttattatctaagtaagaccgcc gccgagctggctaaacgggtggctgcggagttttccactccagaaaaacccagatttgtt gctggttccataggtccaaccaccaagctgccaactttaggacacatagactttgacacc atgaaatcagcttttgctgaacaggtaacagctctatttgatggtggggtagacctattt attgtagaaacttgccaagatgtattacagattaaagctgcattaaatggcatcgaggaa gttttcagccaaaaaggtgaaagaagaccggttatggtttccgtcaccatggaaagtatg gggactatgttagttggcacggaaattgccgcagttttgactattttagcaccatactcc attgatattctaggtttaaactgtgccactggtccggacttaatgaaaccacacattaag tatttatcagaacattcaccttttgttgtatcctgtattcccaatgcggggttaccggaa aatataggtggtcaagctcactacaaactgactcctttagaactgcgcatggcgttgatg cattttgttgaagatctcggtgtccaagtgattgggggttgctgtgggacacgaccggat cacattcaacaattggcggaaattgctaaggatttaaaaccaaaggtgagacagccaagt ttggaacctgctgctgcatcaatttactccatacaaaattacacacaggataattcgttt ttaatagttggtgagcgtctcaatgctagtggttccaaaaaatgccgggatttgctcaat gctgaggactgggatggtttagtttccatagctcgcagtcaagttaaggagggggctcac atcttagatgtgaatgttgattatgtggggagagacggggtgcatgatatgcaccagtta gtttcccgggttgtgaataatgtcactctccccctcatgctagattccaccgaatgggaa aaaatggaagcgggtttaaaagtagctgggggtaagtgtttactcaattccaccaactat gaagatggagaaacccgttttttaaaggtcttggaattagggaaaaagtatggtgcgggt gtggtaattggtactattgatgaggaggggatggccagaacagcacagaagaagtttgaa attgcccagcgcgcttatcgtcaagcagttgagtatggcatacccccatcagaaatattt tttgacactttagctttacctatttctactggcatagaagaggatcggaaaaatggcagt gcgaccatagagtctattcgtcgtatccgggaagaattgccagagtgtcatgtaattttg ggtgtatctaatatatcctttggtttaaatccagcagcgcggattgtattaaactctatg tttttacatgaggcaatgggagctgggatggatgcagctattgttagtgcaagcaagatt ttgcctttagcgaaaattgacccgcaacatcaggaggtatgtaaacaactaatatatgat cagcgcagattcgagggtgatgtatgtgtatatgatcccttagctgaactaacgagatta tttgcgggagttaaggctaaacagaatcgaggaattgatgaaagtttgcccattgaagag cggttgaaactacatattattgacggtgaaagaataggtttagaggcacaattagccaag gccttggagaagtatccccccctagatatcatcaacactttcttgttggatgggatgaag gttgtaggtgaattatttggtgctggtcaaatgcagctaccctttgttttgcagtcagca gaaaccatgaaagcagcggtggcttatttggaaccatttatggaaaagtcgggagctggt agtaatgccaaggggatttttgtgattgccacggttaagggcgatgttcatgatattggt aaaaatctggtagatatcatcttatccaataatggttataaggtgattaatttggggatt aagcaaccggtggaaaatatcattcaggcttatgaaaagcatcaacctgattgtattgcc atgagtggtttattagttaaatccaccgcatttatgaaggagaatttagaggtttttaat gaaaagggcattacggttcctgtaattttgggaggtgcagcattaactcctaagtttgtt aaccaggattgtcaaaacacttatcacggcaaggtgatatatggtaaagacgcttttgat gacttgaattttatggataaattaatgccagcaaaagcagcaggtaaatgggatgattta caagggtttttggatgaggttaagggggatatcccagagattaatacccaaattaaagac cggattaaggaggaagtaaaacagcaacccacggaagtagatacccaacgttctgaagcc gtgaatgccaatattgaacgtcctcaaccacctttttggggaagtagatttttacaaccc caggatattcctttagaagaagtattgtactatttagatttacaggctttgatagtggga caatggcaatttcgcaaacccaaagaaaagtctcaagcggaacaccaggagtttttaatt gatacggtctacccccttttagaaaactggaagcaacgtgtaatccaggagaaattattg catccccaggtaatttatggatatttcccctgtcaagcagtaggcaatagtttattgatt tacgacactacccacatagatagtaaagaaattagcacaacttttgaatttcctcgtcaa cgctcggggagaagatattgtattgccgatttctttgctcccaaagagtcaggattaatt gatgtattccccatgcaagcggtaaccgtgggagaggtagcaacaaagtttgcccaaaag ttatttgctgaggataaatacactgactatctctattttcacgggatagcagtgcaggtg gctgaggcattagcagaatggactcacgctaaaatacgccaagagctgggatttggtcat gttgaaccggataatattcgggatattttagctcaacgttaccagggttctcgatatagt tttggctacccagcttgtcccaacatttccgatcaacacaagcaactacaattattagat gctaacaggatgggtatgtatatggatgaaagtgaacaattgtatcctgaacagtctaca actgcaattattgcttatcatccgacagctaagtattttacggcctaa

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