Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0423100 |
| Transcript ID | LotjaGi1g1v0423100.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Ribosomal RNA small subunit methyltransferase I; TAIR: AT1G45110.1 Tetrapyrrole (Corrin/Porphyrin) Methylase; Swiss-Prot: sp|P74038|RSMI_SYNY3 Ribosomal RNA small subunit methyltransferase I; TrEMBL-Plants: tr|V7AVJ8|V7AVJ8_PHAVU Uncharacterized protein; Found in the gene: LotjaGi1g1v0423100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:91712580..91723816) extracted from Lotus japonicus Gifu genome v1.2.
AAAAAAATCTTATCTCACTGAAAAAATGAGAAACGAGAACTAACTACTCGTTGATTCGGAAGAGGGAAAATGTTGATTCG GCGGTTGCCTTGGACGGCGGCGCCACCAGTTCGGTTACACTTCGGTGGAGTCTGCGTTCCCATTCGAACCTCTTCCTTCT CATCCTCTTGCTCCACCTCCAGCTCAAGCGTTCATCTTCCTCAACACTCTGAAAAACCTGTAATTCTATCTCACTTTCAT TCCATGCCTAGGCTAGGTTTAACTCAATTCGATTTCTCGCATTACTCACTGAGTTTGATTGTTTTCTTCACTTCAACTTG CAGGAGAATGAAACAGATAATCGTCGCCTGCATACTTTGAAGCCCGGTCTTTATCTTGTAGGAACACCGATTGGGAATCT CGAAGATATCACCCTCAGGTACTGAATATCTGAGTTTTTCTCCTATTTTCCTCATGATTGGTTTTACTTTAGCGTAATTT TGTTCCTGGTTATTGCACAGGGCTATCCGGGTACTGAGTTCAGCAGATGTGATACTCTCAGAAGACACGAGGCACTCTGG GAAGCTGCTTCATCACTACAATATCAAAACACCCCTTGTAAGCTTCTTCCTTTTCTCCCCATCTTCTTCAATGTTCTGTT GGATTCGTTATACCAGTTAGTTAAGTTAGGGATTGTTTGATACCATTCTGGCATTCTCAGTTTCTGAATTTAAAAGCTAT CTTAGAAAAAAAAATTGATCAAGATGTTTTATAAATTTGAATGAAATGTGACTTGAAAAATAGTAAAAACAGAAAACTTA TCAGGAGTTTGCTTTTAGAAACTGAAAAATAAGAAAAAACAGTTCATATCAAAAGAGTTTTTCTCTTTTTTCTGATTTTA AAAACTAAAAACTGCTTTACAAAACAGTAATTGTTAATCATACGTGCCCTTAGACTCTCTGTAGCACCTATTTTCGACGT GTGATTGCCTTCCGTTCCGCTGTACCTTTTCTGATACTCTTCTCTAGATCTTCAGATGAGTTACCACAAGTTCAATGAAT CACAAAGGGAACAGGTTGTGCTGAAGAGGTTGAAGCAGGGTGAGATTGTGGCACTTATAAGTGATGCTGGAACACCTGGC ATTAGTGATCCTGGTACAGAATTGGTAAGTTTGCTGCTGCTGTGCTTATTTATCCTTGTCAGTGTTTCTATCTGTTTCTT AACTGTGTGCGTGGTGATATTTATGCAGGCCAAATTATGTGTTAGTGAAAATGTCCCTGTTATTCCAATCCCAGGACCTT GTGCTTTGGTTTCAGCTCTTTCTGCCTCTGGTTTACCCACTGATGAATTTACATTTGGTAATTAACTGGCTTTGTTTGGT TATCATCAGATATTTTGTCATTTATGGTATTTTTGGGACCTAATAAAACATGATTGCCATGGCATATATTTTTCTAGTTG GTTTTCTTCCAAAACACGCGGGAACAAGAAGAAAAAAGCTCACGGTTTCGGCTGATCAAACCACAACACAAATATTTTAT GTTCCGCCTCACAAGCTTTCTCAGTTTCTTGAGGAGGGTTCTTCTGTTTTTGGTGATACAAGGTACTGAAACTTTGCCTA TTGTGAAGCCATGACTTGCATTGCTTAGTTTGACAAACAAAAGTACAAGGTTCTTGTCAACCTATTCCTCTAATCAATAT CCTTCAGTTGGATCCATTGGTTTATTTTGTGATATATTCTATATTTATCTTAGGTATTCTGCACTGTAACCTGTTTATTC ATTTCATCATTCAATCTCACCATGAGTTATGATTTATCTTATGTATTAATGCTACAAAACAGAATAAACTAGCATCAGTG ATACTTATTTTAGCTAGTTCACTAGTTTTTGTCCCCCCAGTTTTGCTGGGGTACCCGTACAACCATTTACTTTTTCTTCC AAACTTCCCTTTGGGCAATAAATAATAACAAAGAAGGACTATAGAGTCATGGCTTTGTGATGAAATGTCAAGTCATTGAT TGGTTAACTCTTCAATTCAATGATGTTGCAGGCGATGTGTTATTGCTCGAGAAATTACTAAGTTACATGAAGAGGTAATT TTACCATTTATCCCTAAGAAGTCAGTATTCAGCCGTCTAAAACTTGGCACAATTGCTTTCAACTGACACAATAGATATTG CTCCTGTAGTTTTGGCGTGGCACTCTTTGTGAAGCCAAGGAAGTATTTTCTATTCGTCAGCCAAAGGGAGAACTAACCAT ATTGATTGAAGGCCAAGCAAATTCTAAAGTTGAACCTCCATCAGATATTCAACTTGAAAGTGAACTAAGAGAATTAATTG CAAGTGGCGAGAGTCTTTCCACGGTAATGACTACCTTTTATTTGAACGCATTCAAATTTAGTTTATCTTGAAGCTTGATA TAAATGAAAATTTGAATTTTGGATAAGCTTTTTCATTATTCTATTGCAATTTTTGATTATTATTGCAATTTTTGGATTAT TATATGATAATTTTTCAATTTTTTCTTTCTATTTCTATATAATGACACCAAAGATAGAGGAATATGTTTGTGGATTTGAA CATTTACAGTTCAAACTTCAAAGCAGCTTTGCAAAAATGATCATATTACTTACTAGTTATTAAGTTAATATCAATATGAT GGAGAAATAGTCATTTTGAATTGAAGATGGTCCTTAATTTTTCTTTTCCCATATACGTGGTGCTGCCTCCTCATGTTTGG AAAAAGAAAAATCTTCCTCTGTTATCTTGACTATTCCATTTTCATTCGTAATGCATTCCACATTTCACATGATCTAGATC TCTTGTTTCATTTTTCTTCCCTTAGAATTGAATTTTGATTTTCTTGAAAATTATCTTAAAAGTATCATATTTATCTCGCA GTTGATTGACTAATTTTTATTCATAGGTAGCAAATAGCATTTCATTGTCCCCAATGTTAACATTTAATTTAATTACAGTG TAATTTCAGTGCTTTTGTTTGTTAATTTCAACTGCTGGTGTGCATTTAGGCTGTCAAATTGGTTACTGGTAGAACATCAG TGAGTAGAAAAGCTGTATATTCACTTGCACTGAGTAAATTTGGGAAGCAACTTGAAGTGGAAGATGATTCAAATTAATGC AGATTTCCTGTTGGCAAGTTTGATATGACTGCTGGTGTTTCATCCATGCCAACTGTTGTTCGAGTTATCATTCTCTTAAA GCATAAAGCAGTCTATAATTATCAGCGATCGGCACCGTTTAGCTGTCTCTGTTGCTCAATGGCGATGAGCGTCCACCTAG AGGAATTACCTACCACTGCTGATAATTTTAGCAATGGTTGGGTTGGTGCACGAGAGTCCACATTGGTGCCCCTGCTCCTC AGGGTTCAGGTCTATTGGACACTCAAACAATTGGACAGCGAAACTAATCATAGATTGTTTACTCTGAGCAAGATAACAAG GAATGCACTTTTGGGTCGTACTGGTGAGGAAATCACAAGGCTGTTTTACTTATTTGCCTTTTTATCTATTCTGCTTCTAC AAGTGATCTGTTTAGTGGTGAACCTCTGTTTTATAACTTCAATTTGGCTGCATAACCTGTCTTGATTGAGTTCAAACTGC ATAGTGCATTATGCTGATGTCTAATGTGATAATGAATCTAGTAATTGATTTGGATACCCTTTGGTACCAATGCAAACATA CGCTAACACTTCGACTTAAAAAGGGATGGTGACTCTATATATTAAGAAAAAAAAGCACTTTTACTCTAAGCTCACCTTGT ATTCAAACACAGATTTAGTGAATATCTTTGGTCTGACAATCCACAGCCAAATAGAACTATGCTACATCTCTTAATATCCC TTCATCCCAAGTCAATCTCTTGTCTGCCCCTGAAAGTTTCTAAGCTTGTTATATACTTAGATCAACTCAAGTGGGGCTGT TAGCTGAAGATAATGTAAAATATTTCAATCATCCCCAGTTGCTTTCCCCTATGTGATAGGAATTGGGTTCAGTTCTTGAT TTTCCCAATGCATGGGTATGTTTGAATTGGGTAGTTTGAATGGAAAAGAAAGGGAGGGTAAAATTTTGAATTCCAATATA TATTTTCTGATATGATAATGCTTTAAAAGAAATATAATGATAGAGTATATGTATAATGTTTCAATCTTTTATTTATTTTA GTAAATATTAAATAACTGTTTTAATTTTTGTTAGAAATTGTTCTTCATTAGGATTGTGGCCAAAATAGTATAATCAAGAT TATGGTTCTGTATTAACACACATGAAAAGAAAATACACACCATTACTTATGATTTGTGCTATGTTATACATAACAGTTAT AAAGCAGTAACAGCAGCAAAAAAAATTCAACTTTGAACAACTGTAATGCGAAGCTACAAATCAAAATCACATGGAGAAAT AAAATAGTCGATATTATATGAAATTTACACGGTGTGGTACAGCCTGGTTTCCATTCAGAGCTGTTATTCCTGCTGGTTCC TTGTAGCTAGAAGAGTGATAGACAGACAGCTCTGATGTGTCTAGAAGAATTTATATGTACAATGATTTTGGATGAATAAT AAAAGTTAAAAGCCCAAAAGTTCATTATTTTTCAAAATTTGGAACCACAGAAGATGGCAAGCATCTATAGAAGTGAAACC TGAAACCAGAGTAGTGAAACCAGAAACAGCTGCTTGGTTGTGAACAAGACAATAACCAAATCAGACAGACGGTCGGGATC ACGGGCGCTGCACTGGAACATCTCATGTGCATTAGCTCCATCCACGCCCCAATAAAGACCCCACGTCCCCACCACTCTGT AACATCAACTCCAAACTAATTGGGTAAAATTACTAGTGAGTGTCTGAATTTTCATTTCATTACATTCATCTAAAATTACT TTCATTTCAATCCTAGTGAAATTTGAATTTTCATTGAAAGTGTTTTTGAAAACACATTTTGCTTACCTTGCTTCCTATAT GACAATAACCCCAACTCCATCCCACTAATCTCAGCTAGCAACTCCTCAACCACTCTTGCACCTGGACTATACCCTCCTTT TTTTTTGATCAAGACTATACCCTCCTTGTAATGCTGTGATCCTCCTCATTGTTTTCTAATCATGATGGTACAATACAAAT ACAGTTTATTGTTTAGGCCCATCTAGTGTATGTTTGAATACACTTGCACGAGTGTTGACAGGTGTCAACACTCACTTCAC CGTAAAAAGTGAACATAGTTCTTCTTATGAATGATGATGTATGCGTTTATATTAACGGCAAGCTGATTTTAGAAATTATA CTTGTATCTTCCTCACATGTATGATTATGAGGCTCCAAGAGGGGAATAGAACTGAATTATTTTATGTGTTTCCATTGTTG TCCTTCCAAATCTGAATTTGCTGTTTTGCTACATATCATATCATCTGTATATGGCTCATCAAATTGAAATATTTGCTGGC CTGTGGCTAAGATTCTGCGGGGGTCGAATTGCATCTTCAAGGCCTGGAAATGGGTCCACTTATCCCCAAAGTGGTCCATC CACTCCTGCTGTGTTGTGTAATGGGGCATGTACTGTTTCACCTTGATCTCTGAATCTTGGCAGAATCTTAGAATCTGACG GTTCTGCTTAGTCAGGTACTCCAGTGCCTCTGTATCCAAGGCTGATCTCAGAAACGCTACCAGGTAAAACATCTCCTCTT CTGGCGTCACTGCCGAGCTCCGATGGTCCCACCTAACACACCAAAATCACACCACCACGACCATCACGCAATATCATGTT TTGGATTTTTCTTTTCATGCATGATGCATGCAATGATCAATGCATGGATACTAGTTGCCTAGTTGATAGCACTTAAAATG AAAAGTTAGCAATTATATATGATTTATTTATGCACTTTGGTCCCTGATTAAGATTATCTCATTTCATTAGTCATTTTCCA TGTCTTGCCAATCAAATTGTGTCATGTGAACTATAAAAAAAGGCTTAAACATGTAATTTATAAACTTCCGACATGTTTGA GCTTTTTTTTTATTATTCACATGACACAATTTGATTGACGGAAATAGACACTAATTGGAGAGGTTGGTGGTTGGGTGCAC ATAAGGCGGTTTCTATGGAACTAGGTTAGCAAGATGACATCCCTACTGTTTGAGGAGTGGGGGTCCCTATGGAAGATCTT CTGACAGCAGAATCTTCCCAGTTGGATGATCATGGTCATGGCCATCAGTTTTTGTTTGTTTCCTGTCTACACAAAAAGCG TGGCATTCCTAGCTGGTTCTGATGCAGATTTTCATCTGCTGTGTGTTCTTGCTGGCTACAACCCTCGTGCACTACATGCA AGCAAATTGCTTTGCATGGTTATTGCTCTTTCCATTTCCACTTGGGGTAACCATTCTTTAGTTAAATTAAGCTATAGCCT ATAGGCTAATTTTTAATTGAATTAGTTTTTTTTTCTCATATTTTCCTGACTGTCTTTTAATATGTGAGGTCATGGAGTGT TTGTATTATCAATATTCTATATATGAGTAGGACATGCATACGATAAGTGAAGCAAATGGCATGAATCATGCATGCACTTA CTTGTGTTTGTTCATAGGGTATATGAGGATAGGCCCACTTGTGCTATTTCCCAGAATGCCCTTGAACACACCCTTGTCAA AGTCTTTAATCCTTGATTTTGGAACAAAAAGGTTGAGCCATGGATGTGGGACGTCCCACAAACCCTTGGATCTGAGCTTT AGCTCTGCTTTATGGACACGATCCAGAAAATCGACATAAGGCACGTCCGTAGTGAACACTGATGTTTGTATAAAATCTAA CTTTTTCAATAGAGCCTCTATTTCCTGCATCATTCTAAAAAACCTCAAAACATGTCTTTATCAACGTTGTAAATGCAAAT AATAAAGTAGTATACTAAAGTGGAGAATATACGCAATGTACAGTCACATGTAAATAAAATAGCCATAAATGAAAAAAAAA AGGCTGTTAGGTAACTAACTACTAAGGTAGCCGCTGCTTTTGTCGGGATGAACCCCATTATTTTAACTAGTTCTCTTTGG CAAGAATAAGAGAAAGTTCTAATTAATTAAGAGAATAATCTGATGTGTTTCCGGCGCACTTTAAACTAAAACCCCAAATA AATTATTGTAAGATTGATGCATAGATTACACAAGATCTTCCACATGATTTCTTTGGTATGTTTTAAGATAAATATGTTAT ACAATTACTAAATCACTTGGCATCATGCAATGTCCTTTAGCTAAAACATAACAATACTAAATTAGATTAGCAAAAAGACA AGAAATATTATCATTAAATTAATGCATCAAGACAATCATTTGTCGTAGTGCACCAACTTGTTGTAACAATTGAAAGCCAA TTCAAGTCACTTGCTACAATTGGGTATCAATTATCACGTACCTCATCAATAGAATCTGCGTTTCCTTGGTGGTAATCTTT GGTAATCTCCAAGCAGTACAAAACATCTCCATGAGCATTAAGGGAAGTGATTTTAACAGGGTTACTAGGTGAAAAGAAGG AGGATCTCCAATTATTGATGAGTCCTTCATCCACTATTACAAAACCCTCAACGTAATCGAATCTCTGGCTTGCATGTTTC CCTTGCAGAGAGATGAGAAACTCCTGGTCCTTACAGAAGGTTGAAAAATTGGAGTACAGCACCCGTATCCAACGAACCTG TTCAACAGTGGTGACGTCTAATTAAATACATCAGATTTACAGTGACCAAACCATACACTTGATGACTTGAAAATGACCCT TTTTAGGTTTTGTCGCTGATGGTGAAGAAAGATTTCCAACAAAAGCAGTATCATGTGCCCCACCAATCAACTAATGGAAG CCATATTCTTGAACCGACTTTTACTAATATCATAAAAAAAAATTATGTATACATTTTCTTAAAACAAATTGTAAAATATA AATATATATTAGTTAGAGGAGAGTGATACTAGTACAGTAGTACATACTCTGTGAGGAGCTGGTTGGAGAGCAATTCTAGC CCTGGTGATGATTCCAAATTGTCCTAGACCACCAAGAACGCCATGGAACAGCTCTGAGTTACCATCTTCAGAACACGTCA ACACCTCACCCTTTCCTGTTACACCACAAGTACGAAATAACAATATTAACAACGCTATGTAAAGACAAATATCGGTGAGT TTGATTTGTACTGGCTGATCAATGCCATCATCGCATGCAAAACGAGTGGGGCATTATCATTTTTAATTAGCAATCTTTCG GTGAACTAATTAGTTAGCATATATCAATGCTATTTTTATTTTTATAAAATTAACAAATAGCTAGGCAGCGAACAATCACA ACATTAAAAACATTTGATGTAATTTAAAATGATGAAAACTACAAAAAGTAAATAAAGATCCGCCATAAAAAAGATAAAAA ATAAAAAAACTGTTTCTGATTATCATAATTTTATCTGTGTGGTTTGTCATCCTTGTTTCCAAATATGCATTTGCGCATAA TTAAGAGATATTAATCCATGTTGAGAAATAAAGAAGCTAAGAAATCAAAAACTAAGCAAATTGAGATAAATGGCCATTTG GTTGCAAAATTATGGTGTCACACAATTCAAATCACAGTGACTCATGAAACTATATTTTGTAGCTAGCTAGGTAGCTTTAT CTCAAAAGTGATTATGAGTTTCCTCAGTTCAGAGTCAATTAAACACCTTGTAAATCTCGTGCAAATTATCCAAAGTGAAT GAATGGAAGAATGTTCAGTAAATTTAATAAATGAATTTGGAAGGATTGGCTTACCTGTAACAACATCGAGTTCAAGAACA TTGGAGATTTGAGGGCCGTAATTGAAGGTTTGTCCACTAATACCCGCGTTAGACAGAGTTCCACCCACAGACAAATACAA GTAATCAGTCCAAGACATTGGTGCCAATCCATGCTCAAGTGTTGCCCTCAGCACCTCTATCCACAACTCCCCTCCCCACA CATCCACATACTTTCCCTTCTCTGACACTAGCGGCGGAGGAGGACCACCACCATCACCACCGTGACCCTTCACCATTTCA ATCACCACCCCTCTCCTCCCCCTACTTCTCTCTTTCATCAGCGCTTGCCCGTTAATGGAATGCCCGTGCCCTCTCGCCGA CACTGTGAACCCACCGTCATACGCCGCCTTAACCACCTGAGCCACGTCCTCCGCTGACACCGGGTGCACCACCGCTAACG GGGGCTCCCCTTTGCTCAGCATCCCGAAGTCCACCGAAGCCGCTTCCACCTCCGACGTGTCAACGCTCAGCTGACCGGCC AGTTCCACGTGGAGGAGCTCTGTCGGGACCACCGTCAACCCAACCGTCACAATCAAACGGCACATAGCGAGTGCCAACAG AAGAAACGTGTCTACAGCCATTGAATCTTTGATTCAAGAATAGAATATTAACAGAAAAAGTAACCCTACGTGTGTGTGTT GCATGTGATGGTGGTGTGGAAGCTATAGAAGAGAAGAGAAGAAAATCTTGGAGTAGAGTTGTGTGGTTTAACGTAAGCAG GATTTCACTTTAAAGATTTTCTACGCAACAACGTGCAGCAGAAAGATCAAGATTCTTGCTGTGTCCTCTCACTGATCACT TTCTTTAGAAAGAAAAAGAAAAATCTCTACATGCAAAGGAATCTATCTATAATCTATATAGCAAGCCAAGGGTAATCTTA TCTGTGTGACCTAGCTAGTAGTATATCCAGGAAGGACGGGTATCTCCAAAAGAAAAAAAAAAGAAAGAAGGGTGTGACAT GAAAGTTAGAAGCTGCGTGTGAGTTGTGAATCTTGTGTGATCAATGCGACTCTGGCTCACTACTGCGTGCCTAGGATTTA AGACACATTCTCACTATTTATAGCAATGAAAATACTATACGAATAGGGATCATAAAAAATGGATAAGAGGAGGTAAGCTT AACACATTAAATAAAATTGATATCAATCAATAGTGAAAAAAATAGGGTTAACTATCAGATTGGTCCCTGTCTTTGTGTCG CCGTCTGAGGTAAGTCCCTCCCCGAAAAATTTATTGTATTTGGTCCTCGTGTTTGAAAAACTTTTGGAGCAGGTCCTCGC CGGAGGGCGGAGCTCCGGCGAGTGCTTAAATGGCATGCTGACTGGGTTAATGAAGCTGATGTGGAATTAAAAATAATAAT AAAAAATAAAAATAAAATACACATCATAAATTTTAATTTAATTAACAAAATAAAAACTAATTAACAAATCTAACCCAAAA ATTAATTAACAAAATCAATTTTCCCCCAATTAACCTCAAATCATCTTCATCAAAACCAAATCTAGCTCATCTTCATCAAA ACCAAACTCATGTTCATCTGCAGACCCAAATCAGAAATTTTCCCCAAATCACACCCATGTTCATCAAAACCAGAAATTTT CATCAAATCCCTACCATACCCAAATCCCCACCAGACCCATTTTTCCCAAATTCGTACCAAACCTAGAAATTGCACCTGCA GGCAAGCAGTGAAGCAACCCACCTTCTCACAAGTCACCCAAAACTCAACGTAGCCATAGCGATCCACACAACCACCGCAC CGCCATGTCCCTCGACCTCCGCACAACCCAGCCTCACCCAACCTCAACCCTCACCCACCTGCAACCTCACCCTCAAACCC TCACCCACAAACTGCAAACCCCAAACCCCAACCCGCAACCTCACCGCCAAACCCCAACCTACATCATCACCTTCACCAGC AATCGGAACCAAGACCAAAACCCCAACCCCCACCCCAACCGAAATACCCACCACAATCTGTTTGGATATGAGTTATGAGA GAAGGAGAAGAAGTAAAACATGGAGGCCAGACCCAGAAGTACCCAGAACATGGATCGGCAACCAAGGATCAAACAACCAC CTTCAAACCACCAAGGAGAAGAAGAAAAGCAAGGAAGCAAGATCCAGAAGAACCCAAACCAAACAACCACTTGGTGTTGC TGTGAATCGAAGGCCGAGAAAGAGGTTGAGGCCTCTGTCACGGTGCTAAGAGGAAGAGGAGAGGTTGAGGGTTCATCACT TCTCTTCAACTTGCTCAATCTTCTCTTTCGATTGGCTTTCAATTTGGCTCAATCTCCTTTATTATTTTTGAATCTATACG CAGATGTAGGTTCTTCTTTCAACTAATTTTTTCTCTTTATTGTCATATGGTGTGTTGCTTTTGGCCATGTTTCTGTTCAG ATTTCTGAGGATTTGATTTGATTATAATAAACCCTTT
CDS sequence (LotjaGi1g1v0423100.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTTGATTCGGCGGTTGCCTTGGACGGCGGCGCCACCAGTTCGGTTACACTTCGGTGGAGTCTGCGTTCCCATTCGAAC CTCTTCCTTCTCATCCTCTTGCTCCACCTCCAGCTCAAGCGTTCATCTTCCTCAACACTCTGAAAAACCTGAGAATGAAA CAGATAATCGTCGCCTGCATACTTTGAAGCCCGGTCTTTATCTTGTAGGAACACCGATTGGGAATCTCGAAGATATCACC CTCAGGGCTATCCGGGTACTGAGTTCAGCAGATGTGATACTCTCAGAAGACACGAGGCACTCTGGGAAGCTGCTTCATCA CTACAATATCAAAACACCCCTTATGAGTTACCACAAGTTCAATGAATCACAAAGGGAACAGGTTGTGCTGAAGAGGTTGA AGCAGGGTGAGATTGTGGCACTTATAAGTGATGCTGGAACACCTGGCATTAGTGATCCTGGTACAGAATTGGCCAAATTA TGTGTTAGTGAAAATGTCCCTGTTATTCCAATCCCAGGACCTTGTGCTTTGGTTTCAGCTCTTTCTGCCTCTGGTTTACC CACTGATGAATTTACATTTGTTGGTTTTCTTCCAAAACACGCGGGAACAAGAAGAAAAAAGCTCACGGTTTCGGCTGATC AAACCACAACACAAATATTTTATGTTCCGCCTCACAAGCTTTCTCAGTTTCTTGAGGAGGGTTCTTCTGTTTTTGGTGAT ACAAGGCGATGTGTTATTGCTCGAGAAATTACTAAGTTACATGAAGAGTTTTGGCGTGGCACTCTTTGTGAAGCCAAGGA AGTATTTTCTATTCGTCAGCCAAAGGGAGAACTAACCATATTGATTGAAGGCCAAGCAAATTCTAAAGTTGAACCTCCAT CAGATATTCAACTTGAAAGTGAACTAAGAGAATTAATTGCAAGTGGCGAGAGTCTTTCCACGGCTGTCAAATTGGTTACT GGTAGAACATCAGTGAGTAGAAAAGCTGTATATTCACTTGCACTGAGTAAATTTGGGAAGCAACTTGAAGTGGAAGATGA TTCAAATTAA
Protein sequence (LotjaGi1g1v0423100.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MLIRRLPWTAAPPVRLHFGGVCVPIRTSSFSSSCSTSSSSVHLPQHSEKPENETDNRRLHTLKPGLYLVGTPIGNLEDIT LRAIRVLSSADVILSEDTRHSGKLLHHYNIKTPLMSYHKFNESQREQVVLKRLKQGEIVALISDAGTPGISDPGTELAKL CVSENVPVIPIPGPCALVSALSASGLPTDEFTFVGFLPKHAGTRRKKLTVSADQTTTQIFYVPPHKLSQFLEEGSSVFGD TRRCVIAREITKLHEEFWRGTLCEAKEVFSIRQPKGELTILIEGQANSKVEPPSDIQLESELRELIASGESLSTAVKLVT GRTSVSRKAVYSLALSKFGKQLEVEDDSN
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| MobiDBLite | 36 | 58 | 23 | - | – | |
| Gene3D | 50 | 172 | 123 | 4.2E-44 | ||
| PIRSF | 53 | 340 | 288 | 1.3E-107 | ||
| PANTHER | 59 | 346 | 288 | 9.6E-138 | – | |
| PANTHER | 59 | 346 | 288 | 9.6E-138 | ||
| SUPERFAMILY | 64 | 282 | 219 | 6.41E-77 | ||
| Hamap | 65 | 284 | 220 | 35.687 | ||
| TIGRFAM | 66 | 335 | 270 | 3.8E-79 | ||
| CDD | 66 | 284 | 219 | 2.57895E-127 | ||
| Pfam | 66 | 264 | 199 | 2.4E-27 | ||
| ProSitePatterns | 143 | 154 | 12 | - | ||
| Gene3D | 173 | 289 | 117 | 5.3E-37 |
GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .
| GO term | Namespace | Name | Definition | Relationships |
|---|---|---|---|---|
| Molecular function | Methyltransferase activity | Catalysis of the transfer of a methyl group to an acceptor molecule. |
Expression pattern of LotjaGi1g1v0423100.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…