CDS
| Accession Number | TCMCG040C54270 |
| gbkey | CDS |
| Protein Id | RDX60587.1 |
| Location | join(<807..1084,1122..1408,1909..1970,2179..2230,2260..2321,3084..3672,3780..3899,4117..4266,4792..4898,5109..5183,5307..5358,6367..6420,9296..9653,10073..11148,16784..17859,18216..18434,18961..19052,19275..19938,20195..20227) |
| Organism | Mucuna pruriens |
| locus_tag | CR513_61257 |
Protein
| Length | 1801aa |
| Molecule type | protein |
| Topology | linear |
| Data_file_division | PLN |
| dblink | BioProject:PRJNA414658, BioSample:SAMN07821433 |
| db_source | QJKJ01016748.1 |
| Definition | tRNA (guanine(37)-N1)-methyltransferase 2, partial [Mucuna pruriens] |
| Locus_tag | CR513_61257 |
EGGNOG-MAPPER Annotation
| COG_category | A |
| Description | Specifically methylates the N1 position of guanosine-37 in various cytoplasmic and mitochondrial tRNAs. Methylation is not dependent on the nature of the nucleoside 5' of the target nucleoside. This is the first step in the biosynthesis of wybutosine (yW), a modified base adjacent to the anticodon of tRNAs and required for accurate decoding |
| KEGG_TC | - |
| KEGG_Module | - |
| KEGG_Reaction |
R00597
[VIEW IN KEGG] |
| KEGG_rclass |
RC00003
[VIEW IN KEGG] RC00334 [VIEW IN KEGG] |
| BRITE |
ko00000
[VIEW IN KEGG] ko01000 [VIEW IN KEGG] ko03016 [VIEW IN KEGG] |
| KEGG_ko |
ko:K15429
[VIEW IN KEGG] |
| EC |
2.1.1.228
[VIEW IN KEGG]
[VIEW IN INGREDIENT] |
| KEGG_Pathway | - |
| GOs | - |
Sequence
| CDS: ACGACACGCAAGAACAGAAGGTGTAGATGCTATAGGACAAGAAAATGCGAAGAGGTGGTAAAGGAGAAAGGCTACATACGATTTCACAAGTCCCCTGAAACAACACTGGTCCACTGCGTAGCACTCTCCAATGTTGGACGAGAGCAAGTTCGACGCGCACTTCAAATTGTGGGCCCTTCGAATCCCTTGCCAGCATTGCAAGGTCGCCACTCGAATCCTCAATGGGTCGGTTCCTCCCTCTTCCCAGTGCCCATTCTTTCTGTTCATTCGCTTTTTCTTTACTTGCTCGACAAGCCCCGAGTTAAACCCATCACCGAGGACCCAACCTGCGACAAAAACCGTTACCTTATACTCTCCGACAAAGTTCAGAATCAAGGTGCGTCTGAGCTCTTGCTTCTATCCAATATCTTTCTTTCACTGCTAATTCTTTTCTCCGACTTTATTTGGATGTTGTGGGCAGATTTGTCTGATATTCCCAAGCAAAAGCTTGATGAGTTCAAGGACTTGTGTAAGATTGAAGTTGTGCCCTATTCGTTGACATTAGGGTATTCTTATTGGAGTGCAGATCATGTGCTGAAGCAGATACTGCCTACTGGAGTGGAGGTGCCTTCATCCTTCGAAACAATTTGTGCCTTTTCATTTTCGTTAACAATTAAATCTGTTTGGTCAGCCACTGATGGCCAAATTGCCCATTTAAACCTACATGATGAATTACTTCCCTACAAAGATGTTATTGCGAAGCATGCTGTATCATACATGTTCTTCCTATTAATTTTCATGTTTTCACTATCTGTGCAGAAAAATTATCCAAGAATCAAAACTATTGTTAATAAAGTTGGAACCATTAAAAATGAATTTCGTGTGCCAGAGTTTGAAGTTTTAGCAGGAGAGCATAATATGATTACAGAAGTGAAGCAATATGGTGCCACTTTTAGGCTTGATTACAGTTTGGTTTATTGGAATTCGAGATTGGAACATGAGCACAAAAGGTTGGTCTCAATGTTCCAAGCTGGAGAGACTATTTGTGACATGTTTGCTGGTATAGGTCCTTTTGCCATTCCTGCAGCACAGAAAGGATGCATTGTCTATGCAAATGATTTAAATCCGGACAGCATTCACTATCTGAAGATTAATGCCAAAATCAACAAGGTTGATAATCACATTTATGCATACAACATGGATGCTAGAAAATTCGTCTCCCAGTTGATGGAAGTGCCAAATACTGAGGTTACATTAGAACAATCACACGAAGTTTTCATTTTGGATACTTCTCACACATGCAAGATACGAGACAATGCTGAATCAAATTCTGAAAACAAGTTGCTAACTGTTGATACAAAAGACCTAGGAGACAACAATAATAGTGGTTTAGAGGATGTACAAGGTTCAGCGAGGCATGCTGCTACATCTGTAATTGCTGGTAAAAGATCTTCTAGTAGTTATCATGAAGGGAATGATGGAACTGGCATCCTTGAAGGTGGTAGGAGAAAAGGAGGCACAAACAAGAGAATGAGAGGCTCTGAAATCTCTCACACAAAAACTTGGGAACATATAGATCATGTAATAATGAACCTACCCGCATCTGCTGTTCAGTTTCTAGATGCATTCAGGGGATTAATCCAGAGGAAATATTGGAAAGGATGTCTACCATGGATCCACTGCTATTGCTTCATTAGGGCAACTGAAACTCCCGAGTCTATAATAGCTGTGGCAGAATCTGCTTTAAATGCCTCTATACAAGATGCAAGATTTCATAGGGTTAGGGATGTGGCTCCAAACAAGGCAATGTTTTGTTTAAGCTTCAGGTTGCCAGGAGCATGCTTGAATGAAGATAATTTCGAACCGGGTCAAAGGTTTCCTCAAAATGGTGGATTTGATTGGTTTGAAAAATATAGAAAAAGCCATAAAATGGCACCATGTGTAAGGCACATAGTGGCATTCCTTCTTATGTTCTTAACCATGGTCTCATGTGGCTGTTGTGTTGGAGTCAACTGGGGAACCATGGCAACTCACAAGCTTCCACCAAATAAGGTGATCAAGATGCTTCAAGAAAACGGTTTTGATAAACTGAAGCTGTTTGATGCTGAAGAGTGGATCATGGCAGCTCTGATGGGGACTGATATTGAAGTCATGCTGGCAATACCCAATAACATGTTGGAGGATATGAGTAAGAATCCTCAGGTTGCAGATTCTTGGGTTTTTGAAAATGTCACTAGTTACATGTACCCTGGTGGACTAAACATCAAGTATATTGCCGTGGGTAATGAACCTTTCCTTAAGGAATATAACGACTCCTATATACACTCAACTCTTCCAGCTCTTAAGAACATACAAACATCCCTCAATAGTTGGGGCCTTGGTTCACAGATCAAAGCCACAGTTCCCTTCAATGCTGATGTGTACTATTCCCCAGACTCAAACCAAGTGCCATCAGCTGGTGACTTCAGGCCTGAAGTGCGAGAGCAGACCATTGAAATAGTCCAATTCCTATATGCAAACAATGCACCTTTCACTGTCAACATCTACCCTTTCCTTAGTCTCTATGGAAATGATCATTTCCCCTTTGATTTTGCATTTTTTGATGGGAGCAACAGGCCTCTTATAGATGGCAATTCGGTCTACACCAATGTGTTTGATGCAAATCTGGACACTCTTCTGTGGGCCCTAGAGAAGGCAGGATATCCAGACATGAGTGTTGTAGTTGGAGAAGTAGGGTGGCCAACTGATGGAGACAAGAATGCTAATGTCCAGAATGCAAAAAGGTTCAACATGGGCTTGCTCAAGCATGCCCTCAGTGGAAATGGCACCCCTAAAAGGAAAGGCATAATTGACATTTATCTATTCAGCTTGATTGATGAGAATGCTAAGAGCATTGCCCCTGGTAACTTTGAGAGGCACTGGGGGGTCTTTGAGTTTGATGGCAAGCCAAAATATGAATTGGACTTGGCAGGACTTGAAGAGAACAAGGGTTTGGTCCCAGTGGAAGGTATAAAGTACATGGAAAAACGGTGGTGTATATTGGATCCAAATGTTAAGGACCTGCACTACTTGCCTGATAGTATTGACTATGCTTGTAGCCAATCAGATTGCACTGCTTTGGGCTATGGTTCCTCTTGTAACGCTTTAACTCTTCAAGGGAATGCTTCTTATGCCTTTAATATGTATTATCAAGTAAACAACCAGAAGGATTGGGACTGTGATTTCTCTGGTTTGGCTACCCTAACAGATGATGATCCATCAGAAAAGGGATGCCAGTTTCCTGTGATGATCTCTCATGCCTCTTCTTTGTTACAGCTAGCAAACATCCTAAAGAAAGCTTTGGCAATAGCAGCAATGGCTTCCCTAACCCCAGGCATTCTGCTGAAAATGCTGCAGGCCATGAACACCAACACCCGCGTCACCGGAGATCACCGCTCCCCGCTCCTCCAGGTCATCGGAATCGTCCCCGCCCTCGCCGGCACCGACCTCTGGTCCAACCAAGGTTTCTACCTCAACCTCTCCGACTCACTCAACTCCACCTACGTTCTTCTCTCCCACCCCGACACCGACCTCATCCTCTCCAACCGTCTCCAGCTCGGTCAGTTCGTCCACGTGGACCGCTTCCATTTCGACTCCCCCCTCCCCTCCGTCTCCGCCCTCCGCCCCCTCGCCGGCCGCCACCCCTTCCTCGGAACCCCCGAACCCCTCGTCGCTCGCATTTCCCCCTCCACGCGCCACTTCCTCATCCAACCCCTCTCCGACTCTGACCACGATCCTCTCTCCCTCTACCTCTCCAACAACAACGAATCCCCTAACCCTAACCCTATTCCCAACCACGAACAACAACATCAACACAAAGACAAAGACAATGTTAAGTCCAGACAGCCTCTCGCCCCTCGCGACAACCTCCCGCCGCAGAGATTCTCCTCCCCCGCCACGGCCAAGCGCTCTCACAAGACCGTCACCGCGGCGGAGAGAGATCCCTCGCCGGCCGGGAAGGGGAAGAGGTCGGCGTCTCCGGTGCCGTCCAAGTGCGTGGTTCCCAGCCTGCTTTCCGCTCGGGAAGAGAACCGGAAGGTTTCCAGGGAGCCGGCCATCGTCGTGCCGTCGAGGTACCGGCAGCCGTCTCCTACCGGGAGGAAGCAGCCGTCGCCGAGTCCGCGACGCGCTTCGCTCTCTCCTGGGAGGAGGCTGTCCGGCGGGCTCAAGGTTTCGCCGGTGGTCGTGGACTCCTCCGGGAAGAAGAAGATGGCCACCATTGTCGCCGGGATCTCGAAGGTCTCTGATGCGCTTGTTGGGTCAAAGAGTGCGAGGAAGAATTGGGATGAACAACCCCCGGCCACGCCTGTTGAAGCTGAACCCAAAGAAAAGGGTGCTTCTAAGAGTAAGGTTGATGCACAAGCAATTTTGCGTACTCAGGCTGCAATGTCAAGGCGGTTGAGTGATGTGAGTGGTCAAAAACCTGGTAGCAATGATTCTTCGAGCAATGAGAAAACTAAAGCTGGTTCTCCTCAAAGTTGTGTCCTTGAAGAAAAATCTAATTTTGCAGCTATGGGTATCACCGTTCATGAAAAGAAATGGACTGATGGGAGTGTTTCATTGGATGCTGTGTCTGGAAACCTTTCAAGACTTGGAAAGGAAGCAATGCAAAGAAAGGTTCTTGCTGCTACTGCTGCTGCTGAAGCATTAGAGGAGGCCAATGCTACTGAATGTATTATAAGAAATTTAAGCATGTTTTCAGACCTCTGCTCAGTGTGCCAGGCCAGAAATCCTTTGCCAACCATAGACAAATTTTTCACTATCTATGATGATGTTCTGAAATCAACTGCAATGGTTGAATCCGTTGCCAACAGACATAACTCTGAGACACCTGATGAAAGCATTCCATCAGAACAGTCGAAGTCACTCTCTCTCTGGGTTGAAGCTGCCTTGGCCACTGATCTCCAGATAGTATCCCTTCTTACTGGCACAACTGCCGATCCTCCATCAACACTGCAAAAAAGTCTATCAAAACGACACTCTCTGGGTGCAGCTAAGAACCACATGAAGGTTGTTTCTTCATCACCACAATCCAGTGTGAGTACTGGTGTGTGGACAAGAGGTAGTGGAATGAAAGAGACAGTAGAGCTTGGAGCAAATTTGCTATCTGAAATGCAAATGTGGTTTCTACGTTTTGTTGAGGAGTCCCTCGACGCAGGATTTAAAGTGTTTGGAGAGTGTACAGCTGATGGGAAAAAAGCATTGCCCCTGGACGGTGGCTCCATTGCTGTTGTTTTGTCACACTTGAAGCGTGTAAATGCATGGCTGGACCGCGTGGTTTCCAAAAGGGATGACTCACTTATAGAAAAGATTGAGAAATTAAAGAGAAAGATCTACGGCTTTGTTATTCAGCATATGCTAACGTATCTGAAGACAACCATGACATAA |
| Protein: TTRKNRRCRCYRTRKCEEVVKEKGYIRFHKSPETTLVHCVALSNVGREQVRRALQIVGPSNPLPALQGRHSNPQWVGSSLFPVPILSVHSLFLYLLDKPRVKPITEDPTCDKNRYLILSDKVQNQGASELLLLSNIFLSLLILFSDFIWMLWADLSDIPKQKLDEFKDLCKIEVVPYSLTLGYSYWSADHVLKQILPTGVEVPSSFETICAFSFSLTIKSVWSATDGQIAHLNLHDELLPYKDVIAKHAVSYMFFLLIFMFSLSVQKNYPRIKTIVNKVGTIKNEFRVPEFEVLAGEHNMITEVKQYGATFRLDYSLVYWNSRLEHEHKRLVSMFQAGETICDMFAGIGPFAIPAAQKGCIVYANDLNPDSIHYLKINAKINKVDNHIYAYNMDARKFVSQLMEVPNTEVTLEQSHEVFILDTSHTCKIRDNAESNSENKLLTVDTKDLGDNNNSGLEDVQGSARHAATSVIAGKRSSSSYHEGNDGTGILEGGRRKGGTNKRMRGSEISHTKTWEHIDHVIMNLPASAVQFLDAFRGLIQRKYWKGCLPWIHCYCFIRATETPESIIAVAESALNASIQDARFHRVRDVAPNKAMFCLSFRLPGACLNEDNFEPGQRFPQNGGFDWFEKYRKSHKMAPCVRHIVAFLLMFLTMVSCGCCVGVNWGTMATHKLPPNKVIKMLQENGFDKLKLFDAEEWIMAALMGTDIEVMLAIPNNMLEDMSKNPQVADSWVFENVTSYMYPGGLNIKYIAVGNEPFLKEYNDSYIHSTLPALKNIQTSLNSWGLGSQIKATVPFNADVYYSPDSNQVPSAGDFRPEVREQTIEIVQFLYANNAPFTVNIYPFLSLYGNDHFPFDFAFFDGSNRPLIDGNSVYTNVFDANLDTLLWALEKAGYPDMSVVVGEVGWPTDGDKNANVQNAKRFNMGLLKHALSGNGTPKRKGIIDIYLFSLIDENAKSIAPGNFERHWGVFEFDGKPKYELDLAGLEENKGLVPVEGIKYMEKRWCILDPNVKDLHYLPDSIDYACSQSDCTALGYGSSCNALTLQGNASYAFNMYYQVNNQKDWDCDFSGLATLTDDDPSEKGCQFPVMISHASSLLQLANILKKALAIAAMASLTPGILLKMLQAMNTNTRVTGDHRSPLLQVIGIVPALAGTDLWSNQGFYLNLSDSLNSTYVLLSHPDTDLILSNRLQLGQFVHVDRFHFDSPLPSVSALRPLAGRHPFLGTPEPLVARISPSTRHFLIQPLSDSDHDPLSLYLSNNNESPNPNPIPNHEQQHQHKDKDNVKSRQPLAPRDNLPPQRFSSPATAKRSHKTVTAAERDPSPAGKGKRSASPVPSKCVVPSLLSAREENRKVSREPAIVVPSRYRQPSPTGRKQPSPSPRRASLSPGRRLSGGLKVSPVVVDSSGKKKMATIVAGISKVSDALVGSKSARKNWDEQPPATPVEAEPKEKGASKSKVDAQAILRTQAAMSRRLSDVSGQKPGSNDSSSNEKTKAGSPQSCVLEEKSNFAAMGITVHEKKWTDGSVSLDAVSGNLSRLGKEAMQRKVLAATAAAEALEEANATECIIRNLSMFSDLCSVCQARNPLPTIDKFFTIYDDVLKSTAMVESVANRHNSETPDESIPSEQSKSLSLWVEAALATDLQIVSLLTGTTADPPSTLQKSLSKRHSLGAAKNHMKVVSSSPQSSVSTGVWTRGSGMKETVELGANLLSEMQMWFLRFVEESLDAGFKVFGECTADGKKALPLDGGSIAVVLSHLKRVNAWLDRVVSKRDDSLIEKIEKLKRKIYGFVIQHMLTYLKTTMT |