Amborella trichopoda: 18427820 Help Entry 18427820          CDS       T02990                                  Name (RefSeq) methionine S-methyltransferase   KO K08247   methionine S-methyltransferase [EC:2.1.1.12] Organism atr  Amborella trichopoda Pathway atr00450   Selenocompound metabolism atr01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:atr00001]  09100 Metabolism   09106 Metabolism of other amino acids    00450 Selenocompound metabolism     18427820 Enzymes [BR:atr01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.1  Methyltransferases     2.1.1.12  methionine S-methyltransferase      18427820 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Aminotran_1_2 Methyltransf_31 MTS PrmA Methyltransf_25 Methyltransf_23 Methyltransf_11 Met_10 Methyltransf_12 Methyltransf_4 FtsJ Methyltransf_32 tRNA_U5-meth_tr FeoB_Cyto Motif Other DBs NCBI-GeneID:  18427820 NCBI-ProteinID:  XP_011621019 LinkDB All DBs Position Unknown AA seq 1081 aa AA seqDB search MVKDYTVAMEEFLKLCEESGDSAYNAFKAILEKLENPSTRSETRVFLASLQRRFESKESS LKCFSDYHFRIHDVLLANEEGQNRKKLTMMEIPSIFIPEDWSFTFYEGINRHPDSIFRDK TVAELGCGNGWISIALAEKWCPSKVYGLDINPRAIKVAWINLYLNALDENGLPIYDQDKK TLLDRVEFHESDLLAYCRDHSIILDRIVGCIPQILNPNPEAMSKMITENASEEFLYSLSN YCALQGFFEDQFGLGLIARAVEEGIEVIQPMGFMIFNIGGRPGQAVCKRLFERRGFRITK LWQTKVIQAADTDISALVEIEKNSHHRFEFFMGLAGDQPICARTAWAYGKAGGRISHSLS VYSCELRQPNQVKKIFDFLKNGFQEVSGALDLSFDDDSVADEKIPFLAYLASILKENSSF PYEPPAGSTRFRNLIASFMRIYHHIPLDINNVVVFPSRAVAIENALRLFSPRLAIVDEHL TGHLPKQWLTSLAIEGNESTEDMLTVLQAPRQSDLLIELIKKLKPQVVVTGMAKFEVITS SSFEQLLEATREIGCRLFLDISDHLELSSLPAINGVLKYLAGNILPPHAAILCGLVKNQV YSDLEVAFVISEEENLFSALSKTVELLQGHTAVSSQYYYGCLFHELLAFQLADRHPPAQR EPAKETSMKMIGFASSAMSTLNDPELSTPLPPIDKNNSGPNDPVIIHMDMDQNCLPTPSA VRAAIFESFARQNMTDAETDVGPGIRDLISSKYGLPLTGPSEIIYADSPLALFTKLVLCC IQEGGTLCIPFGSNGNYILTAKFLKANVSTIPTLPDNGFKLTENILKGFLPGVKRPWVYL SGPTVNPTGSIYTKEEIEGVLSICSTDGARLVMDTSFSGLEWKRETWGGWDLGKVGSELC LSVLGGLSFDVLTRGLDFGFLVLNNADVIELFHGFPGLSQPHGTVRYAVKKLLDMREHKA EVLAEAVAEHKKTLESRAAKLRETLERCGWDVVDCHGGVSMVAKPSAYIGKPLMLNKFHE ETCLTESNIREAILKTTGLSINSASWTGIPAHCRFTMALEENEFKQALERIQNFKEIVLG S NT seq 3246 nt NT seq  +upstreamnt  +downstreamnt atggttaaggattacacagtggccatggaagaattcttgaaactctgcgaggaatctggt gattcagcttacaatgcattcaaagcaatccttgagaagctcgagaacccgagcactcga tctgaaactcgagtgttcttggcttcgcttcaaaggaggtttgaatccaaggaatcttct ctcaagtgtttctctgactaccatttcaggatccatgatgttctccttgccaatgaagaa ggtcagaataggaagaagctgacaatgatggaaattcccagtatatttattccagaagat tggtcatttaccttttatgaaggtataaataggcatcctgattctatcttcagagacaag acagttgctgagcttggttgtggaaatggatggatttctattgctctcgcagaaaaatgg tgcccttcaaaggtttatggcctcgacatcaatcccagagcaataaaagttgcttggata aatttatatcttaatgctttggatgagaatggactgcctatctacgatcaggataagaaa acattgctcgatagagtggagttccatgagtcagatcttttagcgtactgtagagaccat agcataatactcgatcgcattgttggatgcataccacagatacttaacccaaaccctgag gcaatgtcaaagatgattacagagaatgccagtgaggaatttttatattcattaagtaac tattgtgcacttcagggattttttgaggaccaatttggcctaggtcttattgctagggct gtggaggagggaatagaagtcattcagcccatgggcttcatgatattcaacattggaggt cgaccaggacaagccgtttgcaagcgcttgttcgaacgccgaggatttcgtattacaaag ctttggcagacaaaagtaatacaggctgccgacactgatatttcagctttggttgagatt gagaaaaatagccaccatcgctttgaattcttcatgggtcttgctggtgaccagcccatc tgtgctcgaacagcatgggcatatggaaaggctgggggtcgcatctcccattctctgtca gtatacagttgtgaacttcgtcaaccaaatcaggtgaagaaaatatttgattttctcaag aatgggtttcaagaggtcagtggtgccctggatttatcttttgatgatgactctgtggca gatgaaaaaattccttttcttgcttatctcgcgagcattctcaaggagaactcctctttc ccctacgagcctccagctggaagcacgagattccgtaatctaattgcaagctttatgaga atttatcatcatatcccactcgatataaataatgtggttgtgttcccatcaagggctgtt gcaatagagaatgctcttcggttgttctcaccacgacttgcaatagtggatgaacatctc accggacacttgccaaagcagtggctgacgtctttggctattgaggggaatgagtccaca gaggatatgcttacagtgttacaagctccacgccagtctgatctattgatcgagctgatc aagaagctgaaacctcaggttgttgttacaggcatggctaaatttgaggtcatcaccagt tcttcttttgagcagctacttgaagcaactagagagatcggttgtcgtcttttcttggac atatctgaccatctcgagctctctagtttgcctgctataaatggggtcctgaaatacctt gctggaaatattttacccccacatgcggcaatattatgtggcctcgttaagaatcaggtt tactctgacttggaagtagcatttgttatttcagaagaggagaatctcttcagtgcttta tccaagacagttgagttgctacagggccatacagctgtgtccagccagtactattatggt tgcctctttcatgagctgctcgcctttcaacttgcggatcgccatccaccagctcagaga gaacccgcaaaggagacctccatgaagatgatcggatttgccagctccgccatgtcaact ctgaatgacccagaactgtccacccctcttccacccatcgacaaaaacaatagcggcccc aatgaccccgttataattcacatggacatggaccagaactgtctcccgaccccatcagct gtaagggctgccatctttgagagcttcgcaaggcaaaacatgactgatgccgaaaccgac gttggccctggtatccgcgacctcatctcatccaagtatgggctccccttaacaggcccc tccgaaataatttatgcagatagcccccttgccctcttcaccaagcttgtgctctgttgc attcaagagggtggaaccctttgtatcccctttggctctaatggaaactacattctcact gccaaattcctcaaagcaaatgtctcaaccatacccacattgcctgataatggattcaag ctcactgaaaacattctcaaaggtttcttgcctggtgtgaagaggccttgggtttatctt tctggccccacagtgaacccaacaggatctatttacactaaggaagagatagagggtgtt ctctccatatgctctacagatggagcgaggctggtaatggatacttctttctcaggtttg gaatggaagagagagacttggggtggttgggatttggggaaggtcgggtcagagctttgt ttgtcggtgctcggaggattatcttttgatgttttaacaaggggcctggactttggcttt ttggtgttgaacaatgctgatgtgattgagctctttcatggctttcccgggcttagccaa cctcatggcactgtgaggtatgcagtgaagaagctgttggatatgagagagcacaaggct gaggtcctggcagaggctgttgcagagcacaagaagactctcgagagcagagcagcaaag ttgagagagacactagaaaggtgtggatgggatgtggtggattgtcatgggggtgtgtca atggtggcaaagccttcagcctatattgggaagcctctaatgctgaacaagtttcatgaa gagacctgtctcactgaatcaaacatcagagaggccatcctcaaaactactggcctctct atcaacagtgcttcatggacagggatcccggctcattgccgattcaccatggcccttgaa gaaaatgaattcaagcaggccctagaacgcatacagaacttcaaagaaattgtactcgga agctaa

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