Salegentibacter mishustinae: LDL76_08370 Help Entry LDL76_08370       CDS       T07820                                  Name (GenBank) dihydropteroate synthase   KO K00548   5-methyltetrahydrofolate--homocysteine methyltransferase [EC:2.1.1.13] Organism smis  Salegentibacter mishustinae Pathway smis00270   Cysteine and methionine metabolism smis00450   Selenocompound metabolism smis00670   One carbon pool by folate smis01100   Metabolic pathways smis01110   Biosynthesis of secondary metabolites smis01230   Biosynthesis of amino acids smis04980   Cobalamin transport and metabolism smis04981   Folate transport and metabolism Brite KEGG Orthology (KO) [BR:smis00001]  09100 Metabolism   09105 Amino acid metabolism    00270 Cysteine and methionine metabolism     LDL76_08370   09106 Metabolism of other amino acids    00450 Selenocompound metabolism     LDL76_08370   09108 Metabolism of cofactors and vitamins    00670 One carbon pool by folate     LDL76_08370  09150 Organismal Systems   09154 Digestive system    04981 Folate transport and metabolism     LDL76_08370    04980 Cobalamin transport and metabolism     LDL76_08370 Enzymes [BR:smis01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.1  Methyltransferases     2.1.1.13  methionine synthase      LDL76_08370 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Met_synt_B12 Pterin_bind DUF559 B12-binding_2 B12-binding MTES_1575 Sulphotransf Motif Other DBs NCBI-ProteinID:  UBZ08711 LinkDB All DBs Position 1803174..1806296 Genome browser AA seq 1040 aa AA seqDB search MNKEKDQEKSTGVEKTVRPLKLSGLEPLIITPDSNFVNVGERTNVAGSKRFLRLIKEEKF EEALEVARDQVDGGAQIIDINMDDGLIDGKEAMIKFLNLIVAEPDIARVPIMIDSSKWEI IEAGLQVVQGKCVVNSISLKEGEAEFIEHAKKIKRYGAAVIVMAFDEVGQADNYERRIEI AKRSYDILVDKVKFPPEDIIFDLNIFPVGTGMDEHKRNAIDFIEGTRWVKENLPHCSISG GVSNVSFSFRGNNPVREAMHSVFLYYAIKAGMNIGIVNPALLEVYDNIPKDLLEHVEDVI LDRREDATERLLEFAETVVGSKKASKVDLSWRENPLQDRITHALVKGIDAYILEDIEQAR QEAEKPIEVIEGHLMIGMNVVGDLFGSGKMFLPQVVKSARVMKKAVAYLLPYIEEAKEAP QPPKGERYWQTAEPSLYGLMKEFAKKNRYNQPTEAETVLWESLKNKQLEGFKFRRQHIIG SYIADFVCLKKKFVVEVDGLIHQLPENKKSDKERTAWLKEHDFRVIRFTNEEVLTNLDQV LDKILRTLKKAPPSGAGGAGKVLMATVKGDVHDIGKNIVSVVLGCNNYEIIDLGVMVPPE KIIETAKAEGVDAIGLSGLITPSLDEMVFLAKEMERQNFDVPLLIGGATTSKAHTAVKID PQYKNAVAHVNDASRAVTVIGDLLKEETRTKYMCDLKAEYDKFRLNFKKRSKVKSFLSIE EARKNKYSIDWKTTQITEPNKIGIQQIDDFDLKELEAFIDWSPFFRSWDLHGRYPDILTD TIVGEQATSLFKDARVLLKRILDEKLLKAKAVYGLFPANTLNDDDIEVEYEENSEEKTMV FRTLRQQLKKHGGKPNFALSDFIAPKESGIQDYIGCFCVTTGFGTAELAKKFEEDHDDYN SIMIKALADRLAEAFAEFLHKKIRREDWGYAPEENLSNEELIKETYKGIRPAPGYPACPD HLEKLSIWELLKVKERIGVELTESLAMWPAASVSGYYFANPQARYFGLGKIKGDQVKDFA ERKGIPLKKAEKWLNPNIAD NT seq 3123 nt NT seq  +upstreamnt  +downstreamnt atgaataaagaaaaagatcaggaaaaatctaccggagtagaaaaaacagtaaggccttta aaattatctggtctcgaacctttaataattactcccgatagcaattttgtaaatgttggg gagcgtaccaatgtggcaggttccaaaagatttcttcggttaattaaagaggagaaattt gaagaagccctggaagtagcaagagaccaggtggacggcggagcgcagattatcgacatt aatatggacgatggtcttattgacggtaaagaagccatgattaaattccttaatctaatt gttgctgagcctgatattgcccgcgttcccattatgatagatagttctaaatgggaaatt attgaagctgggcttcaggtggtgcagggaaaatgtgtagtaaattctataagccttaag gaaggcgaagcggaatttattgaacacgctaaaaaaattaagcgatacggtgcagccgta atagttatggcttttgatgaagttgggcaggccgataattatgaacgccgtattgaaatc gcaaaacgctcttatgatattttggttgataaagtgaaatttccaccggaagacatcatt tttgacctgaatatttttcctgtaggaacggggatggacgagcataaacgcaatgccata gattttattgaaggaacgcgttgggtaaaagagaaccttccgcattgcagtattagtggt ggtgtgagtaatgtttcattttctttccgcggaaataacccggtgcgggaagcgatgcat tcggtgtttttatattatgcgattaaggcaggaatgaacatcgggattgtaaatccagcg cttctggaagtgtatgataatattcccaaagaccttttagaacatgtagaagatgtaatt cttgataggcgagaagacgctaccgagcgtttacttgaatttgctgaaactgtagtaggc tctaaaaaagcaagcaaagtagatctttcgtggagggaaaatccgcttcaggacaggatc acccacgctttggtgaaaggaattgacgcttatattctagaggatatagaacaggcccgc caggaagccgaaaaacctattgaggtaattgaaggtcatttaatgattggcatgaacgtg gtaggcgatcttttcggaagcgggaaaatgtttcttccgcaagtagtgaaatcggccagg gtaatgaaaaaagcggtggcctaccttcttccttatattgaagaggcaaaagaagccccc caacccccaaagggggagcgctactggcagacggctgaaccgtcactctacggtttaatg aaagaatttgctaaaaagaaccgatataaccagccaaccgaagctgaaactgttctctgg gaatcattaaaaaataagcaacttgaaggctttaagtttagaaggcagcatattattgga agctatatagccgattttgtatgccttaaaaagaaatttgtagtggaagttgatggttta attcatcaattacccgaaaataaaaaaagtgataaggagaggacggcctggttaaaagag cacgacttccgtgtgattaggtttactaatgaagaagtgctcactaatttagatcaggta ctggataaaattttacgaacgctcaagaaagctcccccatcgggggccgggggggctgga aaagttcttatggcaaccgttaaaggagatgttcacgatattgggaagaatattgtgagt gtggttctgggctgtaataattacgaaattattgacctgggcgtaatggtgcctccggaa aaaattatagaaactgcaaaagcagagggcgttgatgccattggtttaagcggattaata acaccttctttagacgaaatggtatttttggctaaggaaatggaacgccagaattttgac gtgcctttacttattggtggcgccacaacttcaaaagcgcatacggcggtaaaaatagat ccgcaatataaaaatgcggtggctcatgtgaacgatgcatcgcgtgcggtcacggtaatt ggcgatcttttgaaggaagaaacgcgcactaaatatatgtgcgatcttaaagccgaatat gataaattcaggcttaattttaagaaaagaagtaaagtaaaatctttcctttccattgaa gaagcgcgaaaaaataagtattccatagactggaaaacaacccaaattacagagccaaac aaaataggaattcagcaaattgatgatttcgatttaaaagaactggaagcttttatagac tggagcccattttttagaagctgggatctacatgggcgttatccggatattctaaccgat acgatagttggggaacaggccacttctttgttcaaagatgctagagttttgctgaaaagg attctggatgaaaagttattaaaagcgaaagcggtttacggattgtttccggcgaatacg cttaatgatgatgatattgaagtggaatatgaagaaaattccgaagaaaaaacaatggtt tttagaacgcttcggcagcaattaaagaaacacggcggaaaaccaaattttgcactttcc gactttattgcgccaaaggaaagcggaatccaggattatattggttgtttttgtgtcact accggttttggaactgcagaacttgccaagaaatttgaagaagatcacgacgattataat tcgataatgatcaaagccctggccgatcgattggcggaagcttttgctgaatttcttcat aaaaaaataagacgggaagactggggctacgcgcccgaagagaatttaagcaatgaagaa ttaataaaggaaacctataagggaattcgcccggctccgggttaccccgcctgccctgat catttagagaaactaagtatttgggaacttttaaaggttaaagaacgaattggagttgaa cttaccgaaagtttagcgatgtggccggcagccagtgtaagcggttattattttgccaat ccacaagcacgttattttggcctgggaaaaattaaaggtgaccaggtaaaagattttgct gaaagaaaaggaattccgctaaaaaaggccgaaaaatggcttaaccctaatattgcagat taa

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