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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0456300 |
| Transcript ID | LotjaGi1g1v0456300.4 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class); TAIR: AT5G17680.1 disease resistance protein (TIR-NBS-LRR class); Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|G7K107|G7K107_MEDTR Disease resistance protein (TIR-NBS-LRR class); Found in the gene: LotjaGi1g1v0456300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:95966607..95979988) extracted from Lotus japonicus Gifu genome v1.2.
GCTATGCAAAATCCTAACTCACAACCGCGTGGAGTAACAGAGCGAGGTACCTGACAACAGAGAACTCTACGCGCTCTTGA ACTTGTCTCCGGAAGCTTCCGATGAAGAAAACCATAGAATTCTGGTTATGCAGAATGCGCTTCTGCATTTTCGAAGAAAA AAAGGGTCTGTGAAACTGAAGTTTAGGAGGAGCCATGGATGAACTTCAAGGAGGTGAAAGGGTTCAATCTTGTTGGAGAT GCACCTGCAGAGTCTAGTGCTTAGCGAGGTACATTTGATTCCACTACTACTCCATTGCCACTGCTTGATTTTTCTGAATA TGAAGTGTTTATGATTAATCTAAATCTTCAATCTTGTTGGAGATGACTCACAAACTGAAATTAGAACAAATGGGGGAAGA GAAAAGAGTAAAGGGGGGTAAAAAAAATTAAGAACTTATTAAAGTATGGAATCAGTTTGTGGTAGATTTATTTGTCAGTT ACAAAGCTTCTGATATTGATAAATGAAAATCCTTGATAAGACAAATGCTTCATTTTGGATAAGTTGACAAATAAATGATC TTTACCCATTCTTGGTGTTTTAGCTTGATTTAGCAGAGTTCAAGTACAAAGATTGTTTTTTACTAGGAATGAAATGCTTT TGAACCTTGGGGATTTCATGGCTACTGTACCTTAATGCAAAAGTTCTAAAAATTTCCTCCTTTGAATTAGTGTTTTCTTA TTGGTTTTCCATCAATGTTTAAAATTTGGCAAATGGCATTTCATGGTAGTTCTTTTATTATGAGCCTCATTTCAAAGTTT CATTTTTCTTTATTTTGAATTTATTAGGTGACCAGCTAAGGAAATGTTTTTTGAATTTGTGATTCTTTTATATCTTTAGT TGTCAGTATTTGTAAGAGATTAATATATCTTTATCATTTGTCTTAAATGGTATAATTATTATCTATTCTACCATTCCTAT GCTGGCCTTAAAATTCTTTTGACATCACCAGATTCACGTGGGATCAGGGAGCCGAATTCGTGCTTGATGTTGCAAAAGAT TGAGAAGTAGTATAAAGAAAATGTTCAAAAGAATACACAATGTGCTGAAATTAGAATAAAAGGGTTTCAGGATCTAGACC AAGACACCGACTGGAGAAGCGTTATCTAAAAGGGTAAGACCATGGCACCTTTCATATATTACATATTTCTGACACTATTT ATGATATGATTAGATACGTAGGTTCATTTGAGTCTTTAAGTTTTAATACAATTTACCATTAAAATAACATATGTATATTT CTAAACTTTTGTTTATGTGTTAAATAGCCTGTTTATCTTGGTTGTAAATAGCATACAAGGAGCTATAGGGGGATAGTTGT GTTTGTGAACTGAGGTGTAGCAACTAGCAAGGTTCTGCTGTTTTTGTTTGGTTATAGTATCATAGTCTGTGTCAAGGGAA ACATTGTAGCGTCTTAACCTTAAATTCGTATCTGATTTTTTATCTTTTCAACTTTCTATTATTAGTGCAAAGTGTGCAAC TATGCACAACTGTTGATTTTAAGTTTAAAGTGATGAGATTATATTACCATCTGCTATGCAATTAGTATGCATGCCTGTTT TGAATATTTAGAGCTATGGATTTTAGTATTTTATTTCGACTCATAAAATATATAGTTGATTAATACATTGATCAAATTGC AGACTGGAGTACTAGACTATGGTGTCCTTTTGACTTATCTTCTATGATTAGTTGATTACATGGAAAAAGCTGGGAATTAT TTACTACATGTATACTCACTCATATTAGCCTATTTTTTGTATACAGGGGAGAACAAAATGTTTGAATTCTGAACTTTGGC CTGCATGTGCTGGCCCTCTGGTTTCTCTGCCTCCTGTTGGAAGTGGTGTAGTCTACTTTCCCCAATATCACAGTGAGCAG GTCAGTAATGCTTCTTTTATCTATAAGTTGAATTAAGGGCACATTACATACTTGTTTTAGGTTTTATTTTGGCTTTTAAT GGCTATTTGGTGAAGCTTATGCCCATGAAAGGGCATGAAAGATTATCAGTACCTCAACTATTATGTATTAGCATTTAGCC ATATGATCTTAGTGAGCAGATCAGTTGTGCTATTTTGTGGAGTAGGCTTCAACTTCTTACTTCACTTTTTTTTTTGGTAT AACTGGACGAAAGCAGTTATGCTTGTGCTAGTGCACACACATAATTTTAAAATTTCATAGATTTAGTACACGTTTGATTT CACATCTCAACCAAGTAGAATCAATTCTACCAGCCTAAAATTGATTCTAGCCCAATAAGCTTATTGATTAGTGGGTCAGC AGTACTATGAAAGTATGAAGAGTTGTAAGGTGTAAGTTAATATCAGTGGGCGTCATTTATTGATCTTTAAGTTGTTATTC CTAGAGGGAGGAGGCCATCTAAGACCGTGTCAGTGGACGTGATGCATAAACTATTATATTAGGATTTCACTTTCATGCTT TTCTTCTTCTGCTGCAGTTGCTCAACCTCATAATAAATCATATCTCTAACACATGATAATGCTTTATGCTGGAATAAGCA ATTTCATTTTTAAATGTGTTAGAATTTGACATTGAGGTTTCAGGTCTAGAACATTGTGTCTTGCTATTTGTGAAATTAGG TTTGCACTTTTTCCTTTAAAAGTATGTATTTATATTTTGAGTTATGAGATGATTTCATCAGAATAGAAGTCATATCATTG CCTTCTATAAATTTAAAAAACGCTATGTACTAATTTCCTTTACTAAGACTTGCAGTTTGTTAATTGGGATCTTTAGCTTG CTGATTGGCTGTTTATGTTTTTCAGCTCTATAGGCTCTAATTTTAGAACTGTGAACTTTTTTTTGCTGAACAAAATGGAA TTGGTTACGTAATAGTCTATATGACTAAATTTCATTATGCTTGTCATTTCAAAGCAATTATCTGTTACAGAAAGCACTTA TTATCCTGTTGTGACGATCTGGCATCAAGAAAGCAATTTCGGGCAGTCTACAACTACCAGAAACTGTCTTTTTTACTAGC GAGACAAGCAACTTGTAGCGGTTTTAACCAGTAAATGTTATTTTTGACCACCAGTTAAGACTTAAGAGTGTTGGCCATCA CGACTAGCTTATTGTAGTGTCTATTTAGCGCAGGCCAAGCCGACTTGAGTTGAGTGATACAAAATTTTAGCATACAACTT TTTAGCGTGGGATTTTGGCCGACGCTAAAAACATTGTTATTGTAACTAGTGATCCCCCCCCCCCCCCCACCTACTAGCCT AGTCTCATCTAACGAGAAGCAACTAATATAGCATGCTCATCACCCTTCTAAGTTCTAACCTGCAAATTCATTGTCAGCTC TATCTTCTGAGTCCGAGCTTAAACTACCTCTCTAATGGATTGGGGTTTAGTAACAACAACGTGGTAAGTAATTTGTTTCA ACGTGGTTTGGGATTCACATATGGCTTGTTTATTTTGGTGGATCAAAGCTAGTTGTAAACATTGTTTGTATTCTTTGGAG CAGTTTCAATGAGCTTAACCTTTTTGTTTTTTCTGACAATCGCCAACATATTTTTTACCTTTTTATTTTTTTAAATTGCC CACACGTTTTTTAATTTTTTTTAAATTAGTAATTAAAATGGTATTTAATCAATTGATGCTCACACACAATTTTGTGTCAT TACTCACTTTTGCAGCACTTTGATAATAAATTATTTGGTCTACCGGCAAGTTCTCGCCTAAGCATGCATTTGAGACCTGA GTAAGATGACCAATCCTCTTCATCCCCAACCAAACTATGTAATGATGTGTTTATCTTTAAATATCGGTTCAAATATTTAT GATTAAAGTGCTGTAAAAGTGAGTAATGACACAAAATTGTGTGTGAGTATCAATTGATTAAATATCATTTTAATTACTAA TTAAAAAAAAATTAAAAAACGTGTGGGTGATTTAAAAAAAAAAACAAAAAGGTAAAAAACTCCAACATATAGTTGGCGAT TGTCAAAAAAAAAAACAAAATAAAAAACAAAAAATAAGAAAACGCCAACATGGTTGGCGATTTATATAAAAAACAAAAAA AAATGAAAACTCCAATGCTATTGGCGATTCTTTAAAAAAATTTTAAAAAATAAATAGAATCGCCACTGACAATGACGATT TATACTAGATTGGTAAATAAAAGTAATTTCAAAAAAAAAAAAAACTATACGTACAAAAGCCACGTCTATGATGAAGTCCA GGGATTCTGCGTCGAACTTGTGGATGTAGTGTTTCGAATGAAGATAATTTTTCCAATCGTTTGCGTGTGGAACCCACAGT GTTGACTGACTTTCCTAGTTTCTCCTAGTTAGAGCCAGGCCGGGGAATTTGGTTTGGCACCCCACCTATTGGGTTTCGCA CCCCACTTTATTAAAAACGGGAATTTAAATTCCGATTTTAATACGAAAAAAACGGAAATTAAAAAACCGTTATGTATTTT AGCATATGTGGCACATTTTCAACCGTTCATTGCATATAAAAAACAAATCGGAATTTTAAATTCCGTTTTGAAAACGGAAA TTAAATTTCCGTATTGAATACATGGGGTGCCAAACCCAATAGGTGGGGTGCCAAACCCAAATCCCGCCAGGCCGCAGCAT ATGAATTTATCTCATCTCTTCCACAAGCGAAGTTCATCCAATTAGCGAGTTGCTGTGCAGTGAACTTCCATAGGGTTCGC TCGAAGAAACGCTCACTCAGGTGAGAACTTATACTTCTCTCAATAGTGATAGTGAGGTCGTTTCTTCTATCAAGTGATAT TTTCACAGTGAGGGTACGCACACTCTAACCAATTCAGAATTCAGATCTGTAAAACTTGGGTGAGAGTGAGACCCTTTTCT TCGTCCTTTTTTATTTTTATGCTCCTAAACAACTATAGTATTTTTCTCTAGATATGTTCCAGTCTTCCTCTCCGTCGGAC CGGCTGGGCAAGAGAATTGCAGCTTCCACTGAACTAAACTGTAGATACGATGTGTTTATTAGTTTCAGAGGTTCTGACAC CCGCAACACCTTCGTGGATCATCTTTATGGACAGCTCATTAGAAAAGGTATTGTTGTCTTCAAGGATGACAAACTGCTCG AAAAAGGAAAATCCATTTCACCACAGCTTCTCCAAGGGATTCAAGATTCGCGAGTTTCTATTGTTGTCTTCTCCAAAGAT TATCCTTCATCAACATGGTGTTTGGATGAACTGGCTGCCATCGCTGAATGCCATGAGAAGTCCAAACAAACTGCTTTCCC TGTTTTCTATGATGTTGATCCATCTGAGGTGCGAAAACAGAAAGGAGCTTATGAGAATGCTTTTGCTTTACACGCTGAGG CTGAGCAATCCCAACAAGGATCAACCAGAGTTGATAGATGGAAGGGAGCTATGACCAGTTTGGCCGGATTAGCTGGTTGG GATGTCAGAAATAAGTAAGTATTAAGGTTATTCTCTTCGTCGCTTTACATTCTTAATAAGAATTTGTGCTGTCAAATTTA GTTTTCCTTCCGTGGGCAGCAAACTATTTTACAAATCAAGGTTGTCTAAGCCAATTGTACATTTTCAACAAAATTTATAT CTGTTAATATTTATCATCCTATTATATATGTCTGTTTGCTTTTTCCTGATTTTTTGACGTTATAACTTAGTGATCTTATT TGCCTCTCTTTTTCAGACCAGAGTATGAAGAGATTGGAAAAATTGTTGAAGGAGTAATAAAAGTGTTGGGTCATAAATTC TCTCTTGGTGCTAATGACCTCATTGGGATACAACCACGTGTACAAGAATTAGAAAGCCTTTTAAAATTAGGCTCAATAAA TGACGAGTTTCGAGTTTTAGGAATTTGGGGGATGGGTGGAATAGGGAAGACAACCCTTGCGTGCGGGTTGTATGACAGAG TCTCATATTTGTTTGAAGCTTGTTGTTTTATTGAGGACGTAAGCAATGTTTACAAAGATGGAGCAATTGCCATACAGAAA CAAATTCTTCGTCAAACTTTGGACGAAACAAATCTAGAGACATATGGTCCTTCTGAAATATCTGGAATTGTGAGAAAAAG GCTACACAATGTAAAGCTCCTTATAGTTCTTGACAATGTGGATCAATTTGAACAACTAGAGAAATTGTGTATAGATCCCA AGTTGCTTTGTGCAGGAAGTAGAATGATCATAACCACAAGAGATGAGCATATTCTTAGAACTTATGGAGCTGATAAGGTT TATGAAGTTCAACAATTGGATGCCGATGATGCTTGTAAACTTCTGTGTAGAAAGGCCTTCCAAAGAGATGGTCCATGGAA CATTTTTGAAAAGTTGATTCCTGAGGTACTAAACTATGCTCAAGGTCTTCCATTAGCAATTAGAGTAATGGGTTCTTTTT TGTATACTCGAGATCCTTCACAGTGGAGAGCTACCTTGGATGGATTGCATAATAATCCAGACAGAGGAATTGTGGAAGTG CTTCAGAAAAGTTATGACGGACTGCAGCCAAGAGTGCAAGAAATATTTTTGCATGTTGCATGTTTCTTTAAACGGGAGAG GGAGGATTATGTGAAGCGAATTCTTGATGCTTGTGGATTATACCCTGATATTGGAATTCCACTTCTTATTGAAAAGTCGT TTATATCCATTAGAAACCAGGAAATTCATATGCATGACATGTTGCAAGAATTGGGTAAGCAAATTGCTCGGGGAAAACAT CTTGATGAGCCAGAATGCTGGAGTAGATTATGGCTTTACAGTGATTTCCATCGAGTGATGATGTCAGAAACGGTAATGTC TTTACAAATAGATTATATGGTTTCCATGATTGAATAAAAAAATATTTTCACTTCAATAATTTCTTTATTTCCTTTCATAA TCTGCTTATTCTCAAAATTTCAGGGAGCAACAGGAGTTAAAGCCATAGTTTTAGATCAAAAGGAAGATGCCTTCAAATTC AATAAGTTGAGAGCTGAAGATTTATCAAAAATGACGTGCCTAAAACTGCTCATAATATCTCATAAGAATTTTTCAGGAAG GCCTGTATCCCTTTCTAACTTGCTACGTTATTTTTCATGGAATGGTTACCCTTTCACTTCTTTGCCACCAACTTTTCATC CCTGTGACCTTGTCGAATTAAACATGCCCGATAGTAGCCTCGAACAACTATGGGAAGGCATCGTGGTAATCATAGTGTTC CTTTATTTTGTTTTTATATATAAACTGTTGAGAAATTAAAGTTGTAAGAGCTCTTCAAAAAAAAGTTGTAAGAGAAAAAG AATGATGTACCGACGGTGTAAAGTTTTTTTACACCTTCAACTAATCAGATTTTAAGGATGTGAATTTTTTTTTTTTAATT TCATTAATTGACGTGACACATTCTTAAAATCTGATTGGTTGATGGTGTATAAAAACTTTACAGCGTCAGTGCATAAAAAT TAAACTTTATAAAAAAAAATTCCAAATTTGAAAGTTCTTTAAGAGTTATAAATGTGCATAAGCGATGAATTTTTTTATTT GATTCAAAATAAATCGTGTCATCAATAACCTTATGAGTTATGAAGAGGTAGCACTGTTTATGTAGATGCAAAAAAGCAAT TTAGTTTTCATTATGTGGTGCTATGAGTTTTTTCCTAATTAATTTAAATTTGTAGATTTTTTTTCAAAAATAACTTTATG TTTGAAAAAATTAAAAGAAGGCCGTTATATACTGCATTCCTTTCAATTATTTTTATTATGCTTCCAATTATCAAAAATAA TTTGCATATAGAATCTAAAGGAAAATAATTTTTCTTTAGATTCAATTTCTATTAGCTTTCATTCTAATTATTTTTTTAGT TATTATATGGTCACTAACTTACATGCAAAAGAAATTCTGTTTATGTAACTTATGCTCTAGTCAATGTTATTCAATGATGT ATATGATTAAGTGTGTGTGTTTTTTTTTATAGGCAATAAGAATTATATTGAATAAAAGTAAAAGGGGTACTTCAACCCAA TACAAGTAGAAAGATGAAGAGATATAGAGACAAGCTAAAAAAAAATATGTACAAAAACAAAGACCCAACCAATGCCGAAA CAAACCCACCTAGCTAATACCTCCTTGAAAATAGACTTTACAAAACATGCCTAATTAAAACCTTACTAGGATAAAACCCC CTTGAGAAAACTGTTGTATGATTAAGTGTGTGTTTTTTTTTTTTTTTTTTCATATTCTTTTACATAATGAACCATATTTA TACTGATTTTCATTGAATTGTAATATGTCAATAACTATTTCTATCTTCACAGTTTCTACCCCATTTGAAAAGGATGGATC TAAGCAACTCCAAAAATCTCAAGATGACTCCAAATTTTGAAGAAACCGAAAAACTTGAGCGGCTAGATTTGACTGGATGC ATAAATTTGTTGCAGGTCCATCCATCAATTGGACTTCTTGACAAACTTGTGTTCTTGAGTCTTCTAAACTGTTGCAGTCT GGTTAGCTTCGAATTCGGCAGTAATGGATCAAAATTAGGTTCTCTGAGAGTTCTACATCTCTCTGGTTGCATAAAACTTG AAAAGAGTCCAAATCTCACAGGAGCAGAGAGTCTTGAGTACCTTGATATGGATCGCTGTACAAGGCTATCTACGGTTCAT GAATCTATTGGATATCGTAAAAAGCTGAGATTCTTAAGTTTGCGAGACTGCACTAATCTTGTTGGATTACCTGACAGCAT TGATTTTATGTCATCTCTTATGACTCTAGATTTATGCGGCTGCTCGGAATTTATGAATCTGCCCTTGCAATCAACTATCA ATTCTTCAGCTATGGAATCTTTGGTTTCTCTGGACTTAAGCTTTTGCAGTATTCTTGAAGTACCTAATGCTATTGGAAGA TTATGGTGTTTAGAAAGACTAAATCTACAAGGAAACAACTTTGTTGAACTGCCTTCTACAATTAGTAGGCTTCGTAGGCT AGCATATTTGAACCTGTCTCATTGCATAAAGCTTGGAGATTTGCCTCTGCTCCCATCAGAATGTGCTCCATTAGGGGGAA GATATTATGAAACAACATCTGAATCTCGTGATCATAGGTCCGGATTATATATTTTCAACTGTCCCATTGTGGGGAAAAAG TTAAATAATGAGTTGCTACATGGCACTCCATCAAACCAAGAAGAACCATCAGTTTGGTGGCTGACTCTATTACGATGGAT ATCGAGACTATATACAGTGCGTATCTGCATACTTTCCCTCTATGACTTTATCTTCAAATTCTTAGTCAATCATATTTTCT TTTGCTTATTAGTATGTGTGTTTATTACGCTGATATGACATATCTTGTGCCACATGGAGACTTTACAATTAGAACATGTG TGAACTGGTTGCATTGCCATGAGCTTAAATATTTTCCTAATCTCGTCTTGGACAGTGCTTCATTTGATAAAAACTTATTT TGAAATGGTATCTTGATCAGTTAATCGGAATGATACGAACTAATGTATCAGTTAAGGTGTGCACTTTGATGCCTTCCCTT CCACACACACACTCTTGAACTTCTGCAGTGCATACTGCATTATAAATGTAAGACACATGTCATGTATGGTAATTGTTTTT GAAGAATAGAAATGGAAAAAAGAGAGTAACAGTCACATTATGAGTGTGGGTGTATTGAGTCTTTAGTACTAGGTGATTAT TGAAAATATAAGTGTTTTTTTTTGCTTGCTAGGAACCTCGTAACTTCCGATGTGGGTTTGACATTGTTTCTCCTTGGCAT TGGGAAGATGGTGATTATCAAAGAAAGAGTATTATTCCACGATGTTTTGATCATCGCGTTGAGGGGGGTTCAATAATAAG GACAAAGCTCTCTGATATTGATGTTGGCTGGGACGGCTGTCTCTTTTGTGTAGCATTTCAGGTGAATAATCACTCTACAA TTTTTGCTTCTTCACATCGGTCGAATTCCTCACGACTACCACATCCTTTTTATCTTTCCTTTGAAAGTGAACACACGGAA GAGCGCTTTGATATGCCTCTTGATTTAGATCTGGATAAAAGTGATGGTTCAAAATATCTTTGGATAATCTATATCTCTCG GCAGCACTGCCATTTTGTGGCAACGGGAGCTCAAATCACATTTAAAGTGCGCCATGGTTTGATTGTGGAGGAATGGGGAT TACGCATGCTGACTAAGGAACACATGGAGGCTTCAGGAATGATACAAAGTACAGATCTTTCTTCACTTATCATTGATTAT GTGGAAGAAAGCAACAGAAGCTTTGTGCCCAAAATCCAACTTCCTTACAATTGGCTAATTTCTGGTGAAGAGGAAGTCAA GATTCATAACACCAAGGGAAAAGAAATTGAACTCTCTAATCTTGGCCTTTGACTGGCAAATAATATTTGACGTATACAAT ATCTTCTCGGGGACCCGTGTTTGGAAAATGAGTTTAAAAGAGGTAATGTATCTACCCAAAGGAATCAAAATGCTTTTGTA CAAAAACCCCTGTTTGGATATCTAATATTCTAAAAGAAATTTAGATTTTAGCCGTCTTTAAATCCACTGTTTTATTAAAC TTAAAGCAGAGGAATTGAAATACCATCTATTATGAGAGAATTTATAAAATTCATCTCATCTCAAGCATGTCCAACAATTA AGAAGCCAACTGGTCCTTCAATTTCTAGGTTTTTGAATCTTTTTTCTTAATCATGCTATATGTTCGCATGCCATTGATCA TCCATTTTTAACTCTGGTGTCTGGCTTTGCGGAATTTAAAATCTTGTTATGGGGTTTTATGATAAGCATGCGGTTTCCTT ACCATTTTTTCATTTTTTAGTATGGGGATTTGATCAAGGCTTGCTTTTGATTTGGATTCATGATGTTTATCGATCCTCAG AGGACATTCATGACTGTTTAGCCAAGTCCATGAACCCATTTGTCTTGAATATAGATCATATTCAATAAATAAAAAAATAA TAGTGAGGTGAACTATAGAGAAATGGAGTCAGAGCCAGAGAATAGGCAGAGCATTAGCGAAGAGACAATAGATTTATTAC TATTATTTTCATTTTTATCTCTTTTCTTTTCCATTTAGGTCTCACATTTATTCTCTGTATTTCATTATGATATTCAGTAC TTTGTTGTGGTTATATGTGTTTTGCTAGTGTTTCAGTAGTTAATTTATCTGTTAATGCATTCTCCATTAGTGGCAGAAAT GGATCCTGTTGAATGCAGTGGAAAAGGTCTTGAACCTTAAGCTTAGCTATCTTCTCGTGCAAACTCTGATCTAAATGCAG ATGACGATGTTGAAAGTTGTCCCCTCAGATGTTGATGTAAGTATATTATAGTCAAGGTGTAATGCCTCCCCTCTCTCACT TTGGGGTTTTGAGTTGCATTTGTGTAAACTATTTTTACGTTGTTTTTCATTCTTAGTATTATTGCTTATGATTCATTGAT GGAGCGCACTACCCCTTTTCTTTTTTGTTAAATGTTTCCATGCCTTTGTTTTGTCCTTCATCTTCATCCTTTCTCCTTGC TCTTTTTTTTTTTACTTTGAAGTCGTACATCTAATTCCTTAACTCCGATAAAAGAGCTAGTGTTGATTGGACATGCTTTG TCAGTGCACAGAAAGTATGGCGGATTCACCGTGGACTACGGTGTTGAGGACGTTACCATCAGTGTCAACCCTCCGATGAC GAATTTCACCATTGACACTCTCGTGTCGGTTTTTTTTTTGGCTTAGATCTACTATTTCCTTCCCTAATGTAGAAGTTGAT GATTCTCGAATAGCAATACAGATCCCTAATTGGTACTGTTGTTTGGTGCATGAAACTCGCATGTTCTTTGGGTAAAGATT ATGCTTTTGATGGCATTCATTGTACTTGTGAAGGCATTCCTCTTGTTCTTCATTCTCGGCAGTTCCTGAACACTTCCAAT TCAATTTGAGGACAAATTAGAAGGTATAACTCGTTTTGTTGCATTGATTCTAAAATTTTGCTCTAGCTCCAAAAAAATCC CATCCATCATTGGCTTTGTTTATAATGTTTATGCAGATTTATTATGAGTGGACAGAGAAATGGTACCATTTGTACCTAAC CTAACTCGGGAACAATGATGCAGCCCTCGGTGTAAGTGGGTACCGAGTATTCTTTTTTGCCAGAATCTTATGTGGGGTGT CTTCTGTTGTAAATAGAAATAAAGTCAAGGCGTTGGCATCGTGTTATGGCGTATTTGTATGTTTGCTTCTGATTATAAGT GTTTGTTTCCCAGATTTAAATCATGGTTCAACAAAATTAATGAAGCTCATGCTTACTTATTTGTGATCCTTTTAGCCTTT TAACTTTTAAGTGATCAGGGTCTTCAACGTGCCTGAACCTTCTTTTTTTATTATTTGTTGATGTTTTAGTGAATTCATGG AGTATTCTCAATTTAGTGTTCTTCCTGGTCTTTGTATGAGTACTGTCCATGTAATGCTCCAATGGTTGTCAATTCATCAT GCCGGGAATTATTTGGCACTATTGCATCTGGCTTTTGGCAACTGTTCTATCCTCTGCTTTGTCTCTTTATGGTACGAAGC ATTTTTCTTCTATATGTATAATATTAAGGGTGTTCTGTGATTATAATTTTACAATGGATAAGAAGCAACATCAATCTGCA TGTCTATGTGCAATTTCTGTCCAGTTAATGTCCTGTGTACAAAATGTGTTTGTCCAGGAATGGTTTGTTGTAGAATATCT TCAGTGACTAAGATAAACTCTTAACAGCGAAAAGTGAAGTTAACACCAAGTCTGCTCAACTTTTTGCACTCAACCTTCTC AGATGCGTGGCTAATTGCACCTTCCCACATCGGATTGCTCCTGGTGTCAGCTCAAAAACATAAACAATCCTGGAATCAAG CGCATCTGGAATCAGTATGCTACAAATGCCACCCATAATCGTAGAATTGATGTTGCAGGAGAAATTATAGTTCCATGGTT ATACTCTGTATGGCAGGTACATGATCCCCCGTATGGCAGGAGGATGGTTACCACTGATGATGGTAATTCTTGTGGGAATT GGATTCAAAAAAAAATTCACACTCATTGAGTTCTAGTTAGTTATTAACAGATGGATATGATGTTTGGATTGACAAGCTCG AGCAAAGTTTGAGTCAGATGATTCATAAAACAATTGACAACAAGAGCTAAGTTTTTACTTTTTAAAGCAGGGAAGCATAA ATTGTTGTCATGCTCACTAGATTCTGCACATTAAAAGGCTAAAGGCAATTAAGCAGAACTTGTCTTCATTGTAAAAGTGC TTCTTATGCTAGTTTTCCATATTTGGGGCTTATGCTGGTGTTTACGATGATATTTGGTAAACAAACATTCTCCAATCTCA ATTGGAAAAAGTTTAAGTTAAG
CDS sequence (LotjaGi1g1v0456300.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTTCCAGTCTTCCTCTCCGTCGGACCGGCTGGGCAAGAGAATTGCAGCTTCCACTGAACTAAACTGTAGATACGATGT GTTTATTAGTTTCAGAGGTTCTGACACCCGCAACACCTTCGTGGATCATCTTTATGGACAGCTCATTAGAAAAGGTATTG TTGTCTTCAAGGATGACAAACTGCTCGAAAAAGGAAAATCCATTTCACCACAGCTTCTCCAAGGGATTCAAGATTCGCGA GTTTCTATTGTTGTCTTCTCCAAAGATTATCCTTCATCAACATGGTGTTTGGATGAACTGGCTGCCATCGCTGAATGCCA TGAGAAGTCCAAACAAACTGCTTTCCCTGTTTTCTATGATGTTGATCCATCTGAGGTGCGAAAACAGAAAGGAGCTTATG AGAATGCTTTTGCTTTACACGCTGAGGCTGAGCAATCCCAACAAGGATCAACCAGAGTTGATAGATGGAAGGGAGCTATG ACCAGTTTGGCCGGATTAGCTGGTTGGGATGTCAGAAATAAACCAGAGTATGAAGAGATTGGAAAAATTGTTGAAGGAGT AATAAAAGTGTTGGGTCATAAATTCTCTCTTGGTGCTAATGACCTCATTGGGATACAACCACGTGTACAAGAATTAGAAA GCCTTTTAAAATTAGGCTCAATAAATGACGAGTTTCGAGTTTTAGGAATTTGGGGGATGGGTGGAATAGGGAAGACAACC CTTGCGTGCGGGTTGTATGACAGAGTCTCATATTTGTTTGAAGCTTGTTGTTTTATTGAGGACGTAAGCAATGTTTACAA AGATGGAGCAATTGCCATACAGAAACAAATTCTTCGTCAAACTTTGGACGAAACAAATCTAGAGACATATGGTCCTTCTG AAATATCTGGAATTGTGAGAAAAAGGCTACACAATGTAAAGCTCCTTATAGTTCTTGACAATGTGGATCAATTTGAACAA CTAGAGAAATTGTGTATAGATCCCAAGTTGCTTTGTGCAGGAAGTAGAATGATCATAACCACAAGAGATGAGCATATTCT TAGAACTTATGGAGCTGATAAGGTTTATGAAGTTCAACAATTGGATGCCGATGATGCTTGTAAACTTCTGTGTAGAAAGG CCTTCCAAAGAGATGGTCCATGGAACATTTTTGAAAAGTTGATTCCTGAGGTACTAAACTATGCTCAAGGTCTTCCATTA GCAATTAGAGTAATGGGTTCTTTTTTGTATACTCGAGATCCTTCACAGTGGAGAGCTACCTTGGATGGATTGCATAATAA TCCAGACAGAGGAATTGTGGAAGTGCTTCAGAAAAGTTATGACGGACTGCAGCCAAGAGTGCAAGAAATATTTTTGCATG TTGCATGTTTCTTTAAACGGGAGAGGGAGGATTATGTGAAGCGAATTCTTGATGCTTGTGGATTATACCCTGATATTGGA ATTCCACTTCTTATTGAAAAGTCGTTTATATCCATTAGAAACCAGGAAATTCATATGCATGACATGTTGCAAGAATTGGG TAAGCAAATTGCTCGGGGAAAACATCTTGATGAGCCAGAATGCTGGAGTAGATTATGGCTTTACAGTGATTTCCATCGAG TGATGATGTCAGAAACGGGAGCAACAGGAGTTAAAGCCATAGTTTTAGATCAAAAGGAAGATGCCTTCAAATTCAATAAG TTGAGAGCTGAAGATTTATCAAAAATGACGTGCCTAAAACTGCTCATAATATCTCATAAGAATTTTTCAGGAAGGCCTGT ATCCCTTTCTAACTTGCTACGTTATTTTTCATGGAATGGTTACCCTTTCACTTCTTTGCCACCAACTTTTCATCCCTGTG ACCTTGTCGAATTAAACATGCCCGATAGTAGCCTCGAACAACTATGGGAAGGCATCGTGTTTCTACCCCATTTGAAAAGG ATGGATCTAAGCAACTCCAAAAATCTCAAGATGACTCCAAATTTTGAAGAAACCGAAAAACTTGAGCGGCTAGATTTGAC TGGATGCATAAATTTGTTGCAGGTCCATCCATCAATTGGACTTCTTGACAAACTTGTGTTCTTGAGTCTTCTAAACTGTT GCAGTCTGGTTAGCTTCGAATTCGGCAGTAATGGATCAAAATTAGGTTCTCTGAGAGTTCTACATCTCTCTGGTTGCATA AAACTTGAAAAGAGTCCAAATCTCACAGGAGCAGAGAGTCTTGAGTACCTTGATATGGATCGCTGTACAAGGCTATCTAC GGTTCATGAATCTATTGGATATCGTAAAAAGCTGAGATTCTTAAGTTTGCGAGACTGCACTAATCTTGTTGGATTACCTG ACAGCATTGATTTTATGTCATCTCTTATGACTCTAGATTTATGCGGCTGCTCGGAATTTATGAATCTGCCCTTGCAATCA ACTATCAATTCTTCAGCTATGGAATCTTTGGTTTCTCTGGACTTAAGCTTTTGCAGTATTCTTGAAGTACCTAATGCTAT TGGAAGATTATGGTGTTTAGAAAGACTAAATCTACAAGGAAACAACTTTGTTGAACTGCCTTCTACAATTAGTAGGCTTC GTAGGCTAGCATATTTGAACCTGTCTCATTGCATAAAGCTTGGAGATTTGCCTCTGCTCCCATCAGAATGTGCTCCATTA GGGGGAAGATATTATGAAACAACATCTGAATCTCGTGATCATAGGTCCGGATTATATATTTTCAACTGTCCCATTGTGGG GAAAAAGTTAAATAATGAGTTGCTACATGGCACTCCATCAAACCAAGAAGAACCATCAGTTTGGTGGCTGACTCTATTAC GATGGATATCGAGACTATATACAGAACCTCGTAACTTCCGATGTGGGTTTGACATTGTTTCTCCTTGGCATTGGGAAGAT GGTGATTATCAAAGAAAGAGTATTATTCCACGATGTTTTGATCATCGCGTTGAGGGGGGTTCAATAATAAGGACAAAGCT CTCTGATATTGATGTTGGCTGGGACGGCTGTCTCTTTTGTGTAGCATTTCAGGTGAATAATCACTCTACAATTTTTGCTT CTTCACATCGGTCGAATTCCTCACGACTACCACATCCTTTTTATCTTTCCTTTGAAAGTGAACACACGGAAGAGCGCTTT GATATGCCTCTTGATTTAGATCTGGATAAAAGTGATGGTTCAAAATATCTTTGGATAATCTATATCTCTCGGCAGCACTG CCATTTTGTGGCAACGGGAGCTCAAATCACATTTAAAGTGCGCCATGGTTTGATTGTGGAGGAATGGGGATTACGCATGC TGACTAAGGAACACATGGAGGCTTCAGGAATGATACAAAGTACAGATCTTTCTTCACTTATCATTGATTATGTGGAAGAA AGCAACAGAAGCTTTGTGCCCAAAATCCAACTTCCTTACAATTGGCTAATTTCTGGTGAAGAGGAAGTCAAGATTCATAA CACCAAGGGAAAAGAAATTGAACTCTCTAATCTTGGCCTTTGA
Protein sequence (LotjaGi1g1v0456300.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MFQSSSPSDRLGKRIAASTELNCRYDVFISFRGSDTRNTFVDHLYGQLIRKGIVVFKDDKLLEKGKSISPQLLQGIQDSR VSIVVFSKDYPSSTWCLDELAAIAECHEKSKQTAFPVFYDVDPSEVRKQKGAYENAFALHAEAEQSQQGSTRVDRWKGAM TSLAGLAGWDVRNKPEYEEIGKIVEGVIKVLGHKFSLGANDLIGIQPRVQELESLLKLGSINDEFRVLGIWGMGGIGKTT LACGLYDRVSYLFEACCFIEDVSNVYKDGAIAIQKQILRQTLDETNLETYGPSEISGIVRKRLHNVKLLIVLDNVDQFEQ LEKLCIDPKLLCAGSRMIITTRDEHILRTYGADKVYEVQQLDADDACKLLCRKAFQRDGPWNIFEKLIPEVLNYAQGLPL AIRVMGSFLYTRDPSQWRATLDGLHNNPDRGIVEVLQKSYDGLQPRVQEIFLHVACFFKREREDYVKRILDACGLYPDIG IPLLIEKSFISIRNQEIHMHDMLQELGKQIARGKHLDEPECWSRLWLYSDFHRVMMSETGATGVKAIVLDQKEDAFKFNK LRAEDLSKMTCLKLLIISHKNFSGRPVSLSNLLRYFSWNGYPFTSLPPTFHPCDLVELNMPDSSLEQLWEGIVFLPHLKR MDLSNSKNLKMTPNFEETEKLERLDLTGCINLLQVHPSIGLLDKLVFLSLLNCCSLVSFEFGSNGSKLGSLRVLHLSGCI KLEKSPNLTGAESLEYLDMDRCTRLSTVHESIGYRKKLRFLSLRDCTNLVGLPDSIDFMSSLMTLDLCGCSEFMNLPLQS TINSSAMESLVSLDLSFCSILEVPNAIGRLWCLERLNLQGNNFVELPSTISRLRRLAYLNLSHCIKLGDLPLLPSECAPL GGRYYETTSESRDHRSGLYIFNCPIVGKKLNNELLHGTPSNQEEPSVWWLTLLRWISRLYTEPRNFRCGFDIVSPWHWED GDYQRKSIIPRCFDHRVEGGSIIRTKLSDIDVGWDGCLFCVAFQVNNHSTIFASSHRSNSSRLPHPFYLSFESEHTEERF DMPLDLDLDKSDGSKYLWIIYISRQHCHFVATGAQITFKVRHGLIVEEWGLRMLTKEHMEASGMIQSTDLSSLIIDYVEE SNRSFVPKIQLPYNWLISGEEEVKIHNTKGKEIELSNLGL
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 |
|---|---|---|---|---|---|---|
| PANTHER | 18 | 1150 | 1133 | 0.0 | – | |
| PANTHER | 18 | 1150 | 1133 | 0.0 | – | |
| Gene3D | 20 | 192 | 173 | 3.8E-63 | ||
| SUPERFAMILY | 20 | 169 | 150 | 1.12E-37 | ||
| ProSiteProfiles | 23 | 166 | 144 | 29.211 | ||
| SMART | 24 | 166 | 143 | 1.4E-43 | ||
| Pfam | 25 | 176 | 152 | 1.3E-40 | ||
| Gene3D | 193 | 358 | 166 | 1.4E-28 | – | |
| SUPERFAMILY | 199 | 453 | 255 | 2.48E-55 | ||
| Pfam | 222 | 442 | 221 | 4.6E-26 | ||
| PRINTS | 227 | 242 | 16 | 2.5E-22 | – | |
| PRINTS | 302 | 316 | 15 | 2.5E-22 | – | |
| PRINTS | 395 | 409 | 15 | 2.5E-22 | – | |
| SUPERFAMILY | 499 | 872 | 374 | 2.64E-40 | – | |
| Gene3D | 539 | 703 | 165 | 8.0E-11 | ||
| Pfam | 614 | 632 | 19 | 2.1E-7 | ||
| Gene3D | 704 | 801 | 98 | 4.8E-18 | ||
| Gene3D | 802 | 882 | 81 | 1.5E-15 | ||
| PRINTS | 805 | 821 | 17 | 2.5E-22 | – |
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 LotjaGi1g1v0456300.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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