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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0240400 |
| Transcript ID | LotjaGi5g1v0240400.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class), putative; TAIR: AT5G17680.1 disease resistance protein (TIR-NBS-LRR class); Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|A0A072UMY5|A0A072UMY5_MEDTR Disease resistance protein (TIR-NBS-LRR class), putative; Found in the gene: LotjaGi5g1v0240400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:54856104..54866740) extracted from Lotus japonicus Gifu genome v1.2.
AGTTAACCAATTAACGAAGGTTTGCTATTATTGCCGAGGGGTACCCCGTCCTTTCTTTATTGAAAACGTTGAGGGTAGGT TTATAATTCAATTATTGAATGCACTAGAACCACACGTTGGATCAGCTATCTATCTTTTTCAGACAGACAAAGTAGCTTTA TTGAAACAAAGTCAACAAGTTAGCTTCAATTGGTCTCGCACTCTCGCCATGGTTTTCCTCAGTTGTCTCCCTTTTAGCGT CAATTTTCAGATCTGAAATTTGGTAGAGATAATTTCCTTCCTTATCAGAGTTCCAGAACACGCTTTCTATTTCTCACATA CCCACCATTATATTTCTTCACTTCTCAACACTGTCATTGCAGCATCTTCAACAAGCTTCGGTTTCGCCATGGATAACCAC CACAAGGGAGCTCAAACCAGCTCTTCTTCTTCTTGCATGAACTGGAAATACGACGTGTTTGTGAGCTTTCATGGTGAGGA CACACGAAACACCTTCACTGATCATCTCTTCGGTGCTCTCGAACGAAGAAGCTTTGTTGCATTCAGGGATGACATCAAAC TCAGAAAAGGAGAAAATATATCCACTGAGCTTCTACAAGCAATTGAAGGATCCAATATTCTCATTGTCGTCTTCTCAAAA AACTATGCTTCCTCCACTTGGTGTTTGCAAGAACTGGCAAAGATTGCGGATTGCATTGAAGTGCCTGGCCAAACTGTCTT GCCTATTTTCTATGATGTGACTCCATCTGAGGTGCGAAAACAAACTGAGAATTATGGAAAAGCCTTTCTGGAGCATGAAC AAAGATTCAAACAACATTTGCAGATGGTTCAATCATGGAGGGAAGATCTTGCACGCGTAGCAAATCTCTCTGGCTGGGAT ATCAGCAATAGGTAAGTATTCACTAAGATTTATATATCCTATATATATATATATATATATATATATGTTTACAGAAGCAT TCTGCTTTATGTGTAATTATATATATATATATATATATATATATATATATATATGTGTGTGTGTGTGTGTGTGTGTTTCC CATGTTTTCTTAATGATAATTTTAATTGGAAAAAACTGTTTGCTAAGAGTGGCTTTCAAGTATTGAGTTGGTGTTTTTGT CCTTAATCTTTTAGGCCACAATATGGAGAGATTGGAAAAATTGTTAATGAGGTAACTCGGCTATTGGATCACAAACTTTT AACTCCACCCGATGATATAGTTGGGATGCAGTCACGAGTGGAAGAGTTAGAAAAGCTTCTCCTTTTAGACTCAATAGATG ATGTTCGAGTTGTTGGGATTTGTGGCATGGGTGGAATAGGGAAGTCAACACTTGCTACTAGTTTATATTGCAGAATCTCT GGTCAATTTGATGCGTCATGTTTCATTGATGAGCTTTTTGGAGACTATGGTCCAATTGAGGCACAAAAGCAAATTCTTGG TCAAACTTTAAATGAGGGAATTATGCAGTTGTACAATCCTGTCATGACGACTAATTTGATGCGAACTAGGTTACGCCACA AAAAGGTCCTCATAGTTCTTGATAATGTTGATGTGAAGCAGCTGGACAAATTGGCTATAAAACGTGAATGGCTAGGTGCA GGAAGTAGGATGATCATAATTTCTAGGGATGAGCATATCTTGATAGAGTATGAAGTGGATAAAGTTTACAAAGTTCAACT ACTGGATTCTGAAGATGCTCATCAATTGTTTTGTAGAAAGGCTTTTAAATGTAATTATATAACAAGAGATTACATGGAGT TGACAGGTGAAGTACTGACATATGCTAAGGGCCTCCCACTAGCAATTAAAGTATTGGGCTCATTTTTGTTCGGTCGAGAT GTTTGTGAGTGGAGAAGTGCATTGGTTAGATTGAGAGAAAATCCAGAAAAAGATATCATGGATGTGCTTCGAATTAGTTA TGATGCATTGAGGGATACAGAAAAAGAAATATTTTTAGATATTTCTTGTTTCTTTCATGGAAAACTTAGTTCTTATGTGG AGGATCTTCTAGATATTCGGGGATTTTATCCTAAAATTGGTTTAAGAGTTCTCGTTGAAAAATCACTAATCATAATAGAC CAAAATGGGTTTATTATAATGCATGATTTGTTGCAAGAGCTGGGAAGAAGTATTGTTCGAGAAGTATCTCCAAAAGAGCC AAGAAAGTGGAGCAGACTATGGGACTACGAGGATCTACACAATGTCACCTTACAAAATATGGTAAAATGGATTTTCTACG AAATCATATATATATATTTTTCAAAAATCTATAACTTAAAATGTTAAAATTATTGTTCTTCTTCTTTGCAATGTTTTAGG CAGCGGAAAATCTCGAGGCCATAATAATAATAAGAAGAGATGATCCAGAAACCACGATGAAGGCTGATGCTTTGTCAAAA ATGAATCACCTTAAGTTGCTCATTCTTAAAGGTGTGAACTTTTCAGGACGTCTCAATCATCTTTCCAGTGAATTGCAATA TCTTTCTTGGGAAAAGTATCCTTTCCCGTGTTTGCCACCAAGTTTTCGACCAGATAAACTTGTTGAATTGATCCTCAAGC ATAGCAGCATCAAACAACTATGGGAAGGCTCAAAGGTACTGTTAATTATTGCTCGTTTCTCTTCTTTCCTTTAATGATTA AATAAAGAGAAAAAGAAGCTATGTTATTTTTCCTTCTCTTTAAGTTGTTAAGAAACAAAAATGTCATTTTAATTTTGTTT CATCCTGTTGCCATTCTCTGCAGCTTCTACACAATTTGAGAGGAATGGATCTTTCTAACTCGAAGAATCTTATTAAGATG CCAGAACTTAGGGAGGCCCCAAATCTTGAGTGGCTAGATCTTAAAGGATGTATAAAACTCTCTCAGATCAACCAGCTGTT AGAGAAACCAAAGGATGAAGAGCACGTAGAGAGACTTGAAATGAATCAACAGCAGGCAACATCATCTCTCTACAAAGTTC TGACATTGCCTTTTGAATTTATGTATTCTGGAAGACGTGAAGATTCGATTGGTTTATTGTTGCCTGATTTGCCTCATTTC TCATGTTTGCGACATCTTGACCTCAGCTTCTGTAATCTACGTCAGGTCCCTGATGTTATTGGGTGGTTACATGCTTTAGA AGACTTAAATTTGGGGGGAAACAATTTTATTTCACTGCCTCCTAGCATCAAAGAACTATCCAAACTTAGAGTTTTGAACT TAGAGCACTGTAAGGATTTGAGATATTTTCCTGAGCTCCCATCAAGAACCCAAGGATGGGTTGGTCGTAGACCTCACGCA GGATTGTATATTTTCAACTGCCCAAAATTGCGTGTGATAGAGCACTGTTATGACGTGGTTTTTTCTTGGATGATCCAAAT CCTTAAGGTTCCTACTTTCTATTTCTCTCACTTTCACGTGCTAGTAATTAAATTGACAGTCTAATACAACTTTTTTTTTC TGGTACCAGGTGCACATGCGATCCCCTTTCTGCAAGGGTCGTATTCAAGTTGTTATTCCTGGAGCTCAAATTCCAATGTG GTTCAACAAACAAAATATGGGCGGTTCAATAAGCTTGGATCCATCTCCCACTATTTCAAGTTGGATAGGTGTTGCTTGCT GTGTAGAATTTGTGGTGCGTGACAGCCCAACTAATTTGGAAGATGAAAGGGGATTTCTTCATTTTTGTTACGGTTTTAAT ATGAAGAATCAGGTTGGCAATTTTACATTGGTGCCAATACATATTGAGAAAGATCTCACTGTTGAATCAGATCACCTGTT GCTACTCTTTCTCACTCAAAAGGAATTTCGTGATTATGTAAAATATCTTGTGCCAAAGGGAACAAATGATCTTGATGGTT TGAAATTTAGTGCCGAAATTAGTCGTCCCCAAGGCGAGGTGAAAAAATGCGGGTATCGTTGGGTATTTAAAGAAGATCTG GAACAGTTAAACCTACAAATGATGTATAGTGGAAATACATCAACTCGAAGGCACAAGTTCATAACTGATGATTAGTTGTG CTATGCCATTAAGCTGATTAACGAAAAGCGCAACTATTTCATCTGGTCACACTTCTTCAGAGAAATTAAATTCCATTTGG GGTAAGACTCAAAATTGTATGTGAAAGGTTGATGATACAGTGATTTCTTTTCTGTTTTCTCTTTCCAGGCTAGAGTCAAT TTCGACCGGGATTATTGTGCAAGTTATGATTAGCATGTGGAGGATGGCTTGTCTTGAATGACTGTAACTAATTGTCAAAT TTGAAGGGGTACAGGTACAAAATCAACTTGGATATATCTTAGAGTAGATATTTCTAACAATATATCTGTTATGAGTTGAG CTTTCACTTTGAGGTGGGAAGTCTTTGGAACATATTACTTCCCAATTCCCACCACCACTAATTTCAATGTATTACCAATT TGAATTTTGTTTCCTTTAATAAATACTAGCGTTTTTACCCCGTGCGTTGCACGGCGAATATTGATCTCATTATTTAAGCA CGATTAATGAATTAGGCTTAATAGCTCTTTTAGTCCCTCACTTATCATAATTTTTCACTTTTGGTCCCTTTAGGAAAAAA TTAGCAAAATTAGTCCCTCATATTTACACACTTTTGTAGTTTTCGTCTAAATAGGGATCATTTTTGCAAACAAATAAGCA ATGTGGAGGACCAAAAGTGCTAATTTTTTTATTGGGGACCAAAAGTGCAAAACTGTGATAAGTGAGGGACCAAAATAGCT ATTAAGCCTTGAATTAAGATATGAAAAATTGAAAAATGAGCATTCAACCAAACAAAATCACAATGAGTATTACACAACTT GCAAAATTTGACAAAAACTTTATATACATTTAATCCTAAATATTTTTAAAATTATAAAAAATATACTTAAATTAGATTAA AAATTGTTCCCAAGAGTTTGCAATAGTGGTAAAAGCTATGAGCCATAAGGGAAGGATGGGAATGAAGAGTTAGCAAAAAT TATTAGTTTTTACATGAACTATTTCTTGTGTAGAATGTTTTTCCCCGTTGAACTTTTTTACCATGTAATCTAATCATAAG TATATAGTACTCATTTAAGAAAAAAGTTTTAAAATTTGACTGAAAATTTGGCCTCAACTACTATTATTTAGTACTCATTT TAAATTTCAAACTCAAATCTCAATTTTTTTTTACAATTTTTAATAAAGGAAATTCATTAACTTAAATTGAATATTGACTC ATTAATCAATGAGATCATTCTATAAATTATATTTATTTCTTAAAAAATTAAAATAAACCTAATTAATTATTATGAATGAA TTTACAAATGATTTAGGGTGGAAAGAAAAGCGTATTCTGTGTCTGAGCAAAATAATTTAAAATCCGAGTGAAAAATTGGA TCAAATTACTTTTATTTAGTACCCATTTTAAATTTCAAACTCAAATCGCAAAATTATTTTTTACAATTTTAAAAATAATA AATTAATTAAATAAAATTAAATATTCGCTCCTTAATCTATGAGATCATTCCATTATTTACCTTTTTTTCTAAAAAAGGTA AAAGAAACCCCAATTGGAATGGAACTGACTCTTTTTTAAAACGGAACTGACTCTTTTTTTCATCATTCCACTCCGAAATT TCATGTTGCCCAATTGGAATGTTTTTTTTTTCTAAATTGATTATTCATTTCCTTTTTACTTAAAAAACGGATTTGCCTTA TTTATACTCATAACTAACTAAATCTGATTTTGCTTAAGAAAGTTGATTATGTGCTGCACTCATTAAATTCAATATTTATT TTCTTTTTTCATTAAAACTATAGGATTAAGAGTTTACATTTTTTTTTAATATCACACCATAAATTTTGGCGCAAGTACTA TTATTCACAACCAATTTTCAATTTCAAATTTCAAACTCAAATTTCAATATTAAATTGAATATCCACACCATAATCTATGG AATTATTCTAAATTTTATATTTATTACATAAAAAAGTTAAAGAAACTCCATTAATTATTATTAAAGGAGAAATCAAATTT ATTCACTAAAATAGAATTGACATTTTTTAATTTATTTTACCTTGAAATTAAATGTATCCCAATCAAAATGATTTTTTTAA AATTGATTATTCATTTCCTTTTCATTTCTCTTATTTATATTGATCACAAACTAAATCTGATTTTGCATAAGAAAGTTAAT ATCTACCCATTATATTTATTATTGATTTGCTTATTTTGTTAAAAAAAAATGTATCAAGTGTTTTAAAATCTGAGTGAAAA TTAGGCTCCAATTACTATTATTTAGTACTCAATTAAAATTTCAAACTCAAATCTCAATTTTTGTTTACATTTTATAAAAA AAGAACTCCATTGACTTAAATATAATATTATGATCTAAAAAATTCTATATGACCTAAAAAATATAATATTCACACCATAA TCTAAACGCAAAACAGTAAATAACTCAAAGTGCACAAATAAATAAATAAATTACAACATAAAACGACAATCTTTGCTAAG TTGGAAGAAGATGCATCAGCCTTTAATCTAGAAGTAGTTGTCATGAACGGATCTGAACTATCCTGAAATAAGAGTAAAAA TTGAAATTCACAATACATAACTATCTATAGTGATAGCATGTGCATATATAATAGGATTTAATTTTATTTTAACTTACATC ACTTAATACTAATTATGTAAGCCGCAACTGTTCAACACTGTCATCATCAACCAAAATCTGTGAACACCAAAAGAAAAAGA GTATAACCAAATTGTAACATGCTAAACATTAAATCAAGCAGCAAGGTCAGTAGATGAAGATTCATGCCTAAAATATAAAG ATGTATATGTTTCTTGAGTTATATGTTTCAATATGCTTTGCTCAAAATAAATGTGAATCAAAAAATTCATAAGGCTTACC TCTCCTTCCTCGTATCTCTTCTTTGGTTTTTAATTGTAGAACAAAACTCAACCAAGCCACTCTGGAAAAACAAACAAAAA AATTCAGCAAAATCTAACAGAAAGTAGGAAGAGGGCAAAAACCTCACTTGTTGTATTCACTCTTGAAGAATCTTTCATAT AAGCTCACCATCCCAAATTCCAATTCGCAATAATCCCATGGTGATGAGGCCTATGAAATTACAGAATGAAAAGTAAAAAA GCATCACTCCAATCAAAATCATTTCAATAAATCACACACGTTGCAGATCATTTCATAATGTTCATAGAAATGTAACTATA CCCTTATGATATGGCAAGAAACTGGTTGAATCAGAAGCAATACCTGAACTTTTTTTGCTTTTTCAACATTTGCTTCTCAA TTTCCCAGTCATCACAACAATAGTTATTTCAAAGCTCTTAGATGATGGTTAAATAATGGAATGATAGAGGAGAAGAATTA CATAAGAGAGTTTATATAGATGAAAACAATTAGGGTTTATGTTGTTTGCACGTGAAAAAAGGAAGGAGAATATTGTTCCA AAAAGAATATTCAAAATTTGAATTTATAGGTTGTCAAAATTTTAAAATTTGAATCTTGATTTCAAAAACGTACTTTTTGA AAGGTTAGCAAAATCAGTTTTAATCACATAAAAAAAAAAGCAAAATACGTATAACAAAAGTGAGAAAGTTTTTGTTTTTA AGCCTTATGTATGAATAAGAATATTAAACATCTATTAATGTGATTTTGAATGATTATTCCATAGGTAGTCAATGATGGGT GATGACTTTTGTTACAGCATTAATGGAGAGTTTAAAAAAAATTAAACAACAATTAATAGTATTTTGAATGACTATTCCAT AAGTAGTTAATGATGGGTGATGACTTTTGATTCAGGATAAATGGACAGTTAAAAAAAATTAATCAACAATTAATGAGATT TTTTATGATTATTCAATAGATTGTTAATGATGGGCCACAAAACCAAAATTAAGGAGAAATTATCTCACCATAAATTTGTC AGAATCATTTAGAGCTTGACACTTGTCAGCTAATGAGGGAGGGTGGATAAGAGTGAACCTGGGAGTGCCAACTCATCTAA GTGGGTCTCACAGAGTTCTTCTTTTCTATAGTATATAGATTTATGAAATTGATATTTGATAGAAAATGTGTCCAGTACTC CAGTTGTATTCAAGAATGGTTAAACACTGCAGAATTACACCATAATCTGTTGCTCAGTATCATTGTTATCTTAGACAAAA GAGAGTGAAAGCAAAGGGAAAGAACAAGAGGAGCAAAGGGTAAAAAACATATAAGAGGAAGACTTAATAGCACTTTTGGT CCCCCACGAATGCAATATGTGCGAACAGGGAAGGAATTCTCTAACCAATAAGGGGGAATAACTCACCAAGTGTGCGTAGA AAACCTTCATTCAGGGGAGGCCTTCCTTATGGGTAGCTATAGGAGACCGTGTGGAGAAGTCGCAACTAGGATTTTTTACA ATGAGAAACAGGGTCTACTGCTAGGGACATACATAGAACTCAGATCTTATCACCTATTATGACTCATGACTCACCCGCAC ACTACCATCGTTAATATGAAAAGGCGTGACACCCCCATGTATGTTTTTTATTATCATAATTTAACTTTGTTAAAATACTC GTTGACTTAAGCGTCAAAGTGTAGAGGTGGAAAAAGGGATTTCCCTGCCCTATCTCACCCCCCCCCCCAACCTGCCAAAT AGGTCCACTAAGCTGTAAATGCTTCTAAGAGAAACCTTTCAAATTTAGCTCCAGAATTCATGGGAATTCCTAAATTTTAA GGAATGCATCAAATTAAGCACAAAATACATTACTTTTACATTAAATCCAAAGAAATTAATTTTGCACTCATCATTTTAGG TTTATGTTACTAGCCTATGTATGTTACAAGCCTTATGTATGTTTTGAGTTTGCCTAGTTGTATAACTGAAAAGAAGAGGC GAGCAATAGTCGAGAGAATAAGTATCAACCAATATTGTGGGCTAATGAAGAAATTAAAATTTCTCATACCCTTATGAAGA GAGAAATAGACAACAAATTTAACATAATTATATCATGTGACATAAGAGGATCCAAATCAAAACAAGGATATAATAATTTT ACCTTTTTCCCCACTTTCATGCATACAACATATTTTTACCAGGTTTGTGATACAAGAAGTAGTTCACAATGTCAGTGTTG CATATATACAATAGTGTACAGATTTTTAACAGTTTATATTATGTACAGAGCCAAAGGTCTTCTCGGTGCTATAGTACATG TAAAGAAATCCATCCTCATCCCTGAATGATCTATAAACAGAGTCCATCATACTAGCTGCAGATAATCACAAACACAACAT GTTGAAGCACGCCACCATTTACGACAACAAAATGAAGAAAATAATCGCGAAAGAAGAAACAAATAAAGAAAGAGAGAAAG AAAGCATTAACTTATTCGGTTATAGCACAAGCTTACCAGTTTGAGGCAAGGTGTTCTTGACAAACACAAAGAGAGCTTTT CCAGGGGGCAGACTGAGTCTGGAACTCAAAATATGAATGAAATGACCAACAGACAAGTCTCGGGGAACAAGGTATCTATG ACAAACACAAAATATTAGGAACATGTATTAGAGAATTGATAAAATGAGTTATTTGATCTAAATCATGGCAATAGATATCA CAATGTCAGCCTATTATTAGCATCAATTTCTCTTTCATCATAATCAATTCTAAAACCTGAAAGCTTCAAATAAAATTGAT TCTGACTTGGTAATCAACTCTATAATGGTTTCCAAACAAATTTATGATGCAATTACTTGCATGTTAATGATATATCCATT TATCAATCAAACTTTAAATCATATAGGGTTACACTGTTAGTGTTAGGGTTTAACATGCTTCCAGTTATGCAGTGGAAGGT GATCTTACTTTCTCTTTCCCAGCTCAGGCAGATCGGACTTCAAATACCTTTCCACAATGACAGGGACACGATCGGGGTAT TTGGCGATAATCTCCCGCGATTCTTCGAGTCTTTGGTCTGCGCGCGCGAAATCGAAGAGTGAGAGACAGTGATGAGTGAA TTAGGTAAGGGAAATTGGGAGAAAGGGTGAAGAAGAATTGAGCGCACCGAAGGTGAATTCATCCTTGAAACTCGAACTTC CTCCCATGTTGTCGTCGTTGTTGTGTTGAAGAAGAATCGAGAAAACACGAGTGAGTTCGTGTACTGTAAACTAATCTTCT GTTTTCGAAGTTCTGATTCAACACGTCACAGTGAACTGATTTAAGATTATATTGTTTGTGGGATATGAAGTGAACGTGTC GTGCGGGGATAGCTCAGTTGGGAGAGCGTCAGACTGAAGATCTGAAGGTCGCGTGTTCGATCCACGCTCACCGCATATTT TTTGTTTCTTGTAATTTTGATTGTTTTTGGGCTGAAAACTGGAGAAGTTGATGGGCTATGTAATTGTGAGGGGTTTGCCC ATTTAACTTTTTGTGGGTCTTGGTGCTCTTCATTGCAACAGGTCTGCTGCATCCTCATTTGTATGCAGATAAAAGAATAT TAATGAGTTTTGAAGAGACTGTTTTTCATGTCTTAATCAAAATCAAGGTATTCTTACATTTGGTAGCAATGAGATTAGTC CATCGCCTCACGGTCAACGCACTACAGTGTTGACTAATGAGTTTTTTTTATTCACAATAATAGGATTTCCAAATGAC
CDS sequence (LotjaGi5g1v0240400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGATAACCACCACAAGGGAGCTCAAACCAGCTCTTCTTCTTCTTGCATGAACTGGAAATACGACGTGTTTGTGAGCTT TCATGGTGAGGACACACGAAACACCTTCACTGATCATCTCTTCGGTGCTCTCGAACGAAGAAGCTTTGTTGCATTCAGGG ATGACATCAAACTCAGAAAAGGAGAAAATATATCCACTGAGCTTCTACAAGCAATTGAAGGATCCAATATTCTCATTGTC GTCTTCTCAAAAAACTATGCTTCCTCCACTTGGTGTTTGCAAGAACTGGCAAAGATTGCGGATTGCATTGAAGTGCCTGG CCAAACTGTCTTGCCTATTTTCTATGATGTGACTCCATCTGAGGTGCGAAAACAAACTGAGAATTATGGAAAAGCCTTTC TGGAGCATGAACAAAGATTCAAACAACATTTGCAGATGGTTCAATCATGGAGGGAAGATCTTGCACGCGTAGCAAATCTC TCTGGCTGGGATATCAGCAATAGGCCACAATATGGAGAGATTGGAAAAATTGTTAATGAGGTAACTCGGCTATTGGATCA CAAACTTTTAACTCCACCCGATGATATAGTTGGGATGCAGTCACGAGTGGAAGAGTTAGAAAAGCTTCTCCTTTTAGACT CAATAGATGATGTTCGAGTTGTTGGGATTTGTGGCATGGGTGGAATAGGGAAGTCAACACTTGCTACTAGTTTATATTGC AGAATCTCTGGTCAATTTGATGCGTCATGTTTCATTGATGAGCTTTTTGGAGACTATGGTCCAATTGAGGCACAAAAGCA AATTCTTGGTCAAACTTTAAATGAGGGAATTATGCAGTTGTACAATCCTGTCATGACGACTAATTTGATGCGAACTAGGT TACGCCACAAAAAGGTCCTCATAGTTCTTGATAATGTTGATGTGAAGCAGCTGGACAAATTGGCTATAAAACGTGAATGG CTAGGTGCAGGAAGTAGGATGATCATAATTTCTAGGGATGAGCATATCTTGATAGAGTATGAAGTGGATAAAGTTTACAA AGTTCAACTACTGGATTCTGAAGATGCTCATCAATTGTTTTGTAGAAAGGCTTTTAAATGTAATTATATAACAAGAGATT ACATGGAGTTGACAGGTGAAGTACTGACATATGCTAAGGGCCTCCCACTAGCAATTAAAGTATTGGGCTCATTTTTGTTC GGTCGAGATGTTTGTGAGTGGAGAAGTGCATTGGTTAGATTGAGAGAAAATCCAGAAAAAGATATCATGGATGTGCTTCG AATTAGTTATGATGCATTGAGGGATACAGAAAAAGAAATATTTTTAGATATTTCTTGTTTCTTTCATGGAAAACTTAGTT CTTATGTGGAGGATCTTCTAGATATTCGGGGATTTTATCCTAAAATTGGTTTAAGAGTTCTCGTTGAAAAATCACTAATC ATAATAGACCAAAATGGGTTTATTATAATGCATGATTTGTTGCAAGAGCTGGGAAGAAGTATTGTTCGAGAAGTATCTCC AAAAGAGCCAAGAAAGTGGAGCAGACTATGGGACTACGAGGATCTACACAATGTCACCTTACAAAATATGGCAGCGGAAA ATCTCGAGGCCATAATAATAATAAGAAGAGATGATCCAGAAACCACGATGAAGGCTGATGCTTTGTCAAAAATGAATCAC CTTAAGTTGCTCATTCTTAAAGGTGTGAACTTTTCAGGACGTCTCAATCATCTTTCCAGTGAATTGCAATATCTTTCTTG GGAAAAGTATCCTTTCCCGTGTTTGCCACCAAGTTTTCGACCAGATAAACTTGTTGAATTGATCCTCAAGCATAGCAGCA TCAAACAACTATGGGAAGGCTCAAAGCTTCTACACAATTTGAGAGGAATGGATCTTTCTAACTCGAAGAATCTTATTAAG ATGCCAGAACTTAGGGAGGCCCCAAATCTTGAGTGGCTAGATCTTAAAGGATGTATAAAACTCTCTCAGATCAACCAGCT GTTAGAGAAACCAAAGGATGAAGAGCACGTAGAGAGACTTGAAATGAATCAACAGCAGGCAACATCATCTCTCTACAAAG TTCTGACATTGCCTTTTGAATTTATGTATTCTGGAAGACGTGAAGATTCGATTGGTTTATTGTTGCCTGATTTGCCTCAT TTCTCATGTTTGCGACATCTTGACCTCAGCTTCTGTAATCTACGTCAGGTCCCTGATGTTATTGGGTGGTTACATGCTTT AGAAGACTTAAATTTGGGGGGAAACAATTTTATTTCACTGCCTCCTAGCATCAAAGAACTATCCAAACTTAGAGTTTTGA ACTTAGAGCACTGTAAGGATTTGAGATATTTTCCTGAGCTCCCATCAAGAACCCAAGGATGGGTTGGTCGTAGACCTCAC GCAGGATTGTATATTTTCAACTGCCCAAAATTGCGTGTGATAGAGCACTGTTATGACGTGGTTTTTTCTTGGATGATCCA AATCCTTAAGGTGCACATGCGATCCCCTTTCTGCAAGGGTCGTATTCAAGTTGTTATTCCTGGAGCTCAAATTCCAATGT GGTTCAACAAACAAAATATGGGCGGTTCAATAAGCTTGGATCCATCTCCCACTATTTCAAGTTGGATAGGTGTTGCTTGC TGTGTAGAATTTGTGGTGCGTGACAGCCCAACTAATTTGGAAGATGAAAGGGGATTTCTTCATTTTTGTTACGGTTTTAA TATGAAGAATCAGGTTGGCAATTTTACATTGGTGCCAATACATATTGAGAAAGATCTCACTGTTGAATCAGATCACCTGT TGCTACTCTTTCTCACTCAAAAGGAATTTCGTGATTATGTAAAATATCTTGTGCCAAAGGGAACAAATGATCTTGATGGT TTGAAATTTAGTGCCGAAATTAGTCGTCCCCAAGGCGAGGTGAAAAAATGCGGGTATCGTTGGGTATTTAAAGAAGATCT GGAACAGTTAAACCTACAAATGATGTATAGTGGAAATACATCAACTCGAAGGCACAAGTTCATAACTGATGATTAG
Protein sequence (LotjaGi5g1v0240400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDNHHKGAQTSSSSSCMNWKYDVFVSFHGEDTRNTFTDHLFGALERRSFVAFRDDIKLRKGENISTELLQAIEGSNILIV VFSKNYASSTWCLQELAKIADCIEVPGQTVLPIFYDVTPSEVRKQTENYGKAFLEHEQRFKQHLQMVQSWREDLARVANL SGWDISNRPQYGEIGKIVNEVTRLLDHKLLTPPDDIVGMQSRVEELEKLLLLDSIDDVRVVGICGMGGIGKSTLATSLYC RISGQFDASCFIDELFGDYGPIEAQKQILGQTLNEGIMQLYNPVMTTNLMRTRLRHKKVLIVLDNVDVKQLDKLAIKREW LGAGSRMIIISRDEHILIEYEVDKVYKVQLLDSEDAHQLFCRKAFKCNYITRDYMELTGEVLTYAKGLPLAIKVLGSFLF GRDVCEWRSALVRLRENPEKDIMDVLRISYDALRDTEKEIFLDISCFFHGKLSSYVEDLLDIRGFYPKIGLRVLVEKSLI IIDQNGFIIMHDLLQELGRSIVREVSPKEPRKWSRLWDYEDLHNVTLQNMAAENLEAIIIIRRDDPETTMKADALSKMNH LKLLILKGVNFSGRLNHLSSELQYLSWEKYPFPCLPPSFRPDKLVELILKHSSIKQLWEGSKLLHNLRGMDLSNSKNLIK MPELREAPNLEWLDLKGCIKLSQINQLLEKPKDEEHVERLEMNQQQATSSLYKVLTLPFEFMYSGRREDSIGLLLPDLPH FSCLRHLDLSFCNLRQVPDVIGWLHALEDLNLGGNNFISLPPSIKELSKLRVLNLEHCKDLRYFPELPSRTQGWVGRRPH AGLYIFNCPKLRVIEHCYDVVFSWMIQILKVHMRSPFCKGRIQVVIPGAQIPMWFNKQNMGGSISLDPSPTISSWIGVAC CVEFVVRDSPTNLEDERGFLHFCYGFNMKNQVGNFTLVPIHIEKDLTVESDHLLLLFLTQKEFRDYVKYLVPKGTNDLDG LKFSAEISRPQGEVKKCGYRWVFKEDLEQLNLQMMYSGNTSTRRHKFITDD
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 |
|---|---|---|---|---|---|---|
| SUPERFAMILY | 11 | 163 | 153 | 2.22E-41 | ||
| PANTHER | 12 | 661 | 650 | 1.8E-230 | – | |
| PANTHER | 12 | 661 | 650 | 1.8E-230 | – | |
| Gene3D | 17 | 185 | 169 | 2.4E-63 | ||
| ProSiteProfiles | 19 | 160 | 142 | 29.555 | ||
| Pfam | 20 | 165 | 146 | 7.2E-40 | ||
| SMART | 20 | 160 | 141 | 2.7E-38 | ||
| SUPERFAMILY | 183 | 444 | 262 | 2.83E-55 | ||
| Gene3D | 186 | 346 | 161 | 4.3E-25 | – | |
| Pfam | 202 | 422 | 221 | 4.1E-24 | ||
| PRINTS | 220 | 235 | 16 | 1.0E-24 | – | |
| PRINTS | 293 | 307 | 15 | 1.0E-24 | – | |
| PRINTS | 385 | 399 | 15 | 1.0E-24 | – | |
| Gene3D | 496 | 672 | 177 | 3.6E-8 | ||
| SUPERFAMILY | 503 | 786 | 284 | 2.72E-26 | – | |
| Pfam | 603 | 622 | 20 | 1.4E-4 | ||
| Gene3D | 673 | 818 | 146 | 4.1E-19 | ||
| PRINTS | 765 | 781 | 17 | 1.0E-24 | – |
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 | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Biological process | Signal transduction | The cellular process in which a signal is conveyed to trigger a change in the activity or state of a cell. Signal transduction begins with reception of a signal (e.g. a ligand binding to a receptor or receptor activation by a stimulus such as light), or for signal transduction in the absence of ligand, signal-withdrawal or the activity of a constitutively active receptor. Signal transduction ends with regulation of a downstream cellular process, e.g. regulation of transcription or regulation of a metabolic process. Signal transduction covers signaling from receptors located on the surface of the cell and signaling via molecules located within the cell. For signaling between cells, signal transduction is restricted to events at and within the receiving cell. | ||
| Molecular function | ADP binding | Interacting selectively and non-covalently with ADP, adenosine 5'-diphosphate. |
Expression pattern of LotjaGi5g1v0240400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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