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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0254800 |
| Transcript ID | LotjaGi3g1v0254800.1 |
| 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: LotjaGi3g1v0254800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:43382596..43396007) extracted from Lotus japonicus Gifu genome v1.2.
TTTACAAATTTAAGAAAATTGAATTGATTCATTTGAATTTTGAGATTTTTTGCATTTCTTTCCTTCATGTGTCTGTTTCA CGATTTTCTGTTATTACTTATTAGTCAACTTTCCACCATTCATGAACAAAATTACTCTCACAATTCATGAAGACGAGGCG ATGACACTGCATCAGATCCACACCCCTACAATCTTATCGTCGTCGATGACATGGTGTTTGACGGTGGCTTTGGACCAACG GTTTTGCCTAAACCCTCAAACTTGATTTTCGTTTTTCTATACTGATTTATTCGCTGAGGTGAATAGTATCCTGCAGAATT AGATGAATGGTCTCGATAAGTAGTGGTGACTGGTGGGTAAACTGTTTTTGTACTAAATTCTTTTGAAATTAAATTACACT AGTTTCAGTATATGCTTTATATTTATTTCTCACTTACCATGGTTTCTTTCATTTCTAAACAGACTCTCCTTGAACTTGAA TCATCTTCAAAGTTAATAAATAATATCTCCTTTTCATCAAGCTAGCTAACTGCTTTTTCGCTATCGCAATGGATTGCAAG GGAATCCAAAGCAGCTCTTCATCTTGGATGATATGGAAGTATGATGTGTTTGTGAGCTTTAGAGGCGAAGACACACGAAA TAACTTCACTGATCATCTTTTTGGTGCTCTCCATACAAAAGGCTTTGTTATATTCAGGGATGATAGAGAGCTCAGAAAAG GGGGAAGTATATCCACTGAGCTTCTACAAGCAATTGAAGGATCCCGAATTTTGATTGTGGTCTTCTCAAAAAACTATGCT TCTTCCACATGGTGCTTACAAGAACTGGCGAAGATTGCCGATAACGTTGAAGTATCGCAAACTGTTCTGCCTATTTTCTA TGATGTGAGTCCATCTGAGGTGAGAAAACAAACTGGGAATTATGGAAAAGCCTTTGTGGAGCATGAAGAAAGATTCCGAG ATAATTTAGAGATGGTTCAAACATGGAGGGATGCTCTAACACGAGTAGCCAATCTCTCTGGATGGGATGTAAGCGATAAG TAAGTTATCCTTTTTTTTCCGCAGTAGATTATTAGCACTTTTAGGGACAGCAACAAAACTTCAATGGTTTCTTCATTGAA ACTCTTTCCCCATACATAACCATTTTGCTGTATGTGTGTCCTATACATATTTTCAATGTTCTATTAATTGAATTTATAAA ATGGTTGGTAAGAGTTTTAATAAATTAATTAAATATTTTTTGTTTTTTCATATATCCTTCTACTTTTTGTTTGGGGCTGT CATGTAATGAGTTGGTGTTTCTATCCTTGATCTTTTAGGCCACAATATGGAGAGATTGAAAAAATTATTAAGGAGGTAAC ACGCCTATTGGATCGCAAACTTTCAACTCCCTCCGATGATATAGTTGGGATGCAGTCACGAGTGGAAGAATTAGAAAAGC TTTTGGTTCTAGACTCAAATGATGATATTCGAGTTGTAGGGATTTGTGGCATGGGTGGAATAGGGAAGTCAACACTTGTT GCTACTTTATATTGCAGAATCTGTAATCAATTTGATGCATCATGTTTCATTGATGATATAAGTAAACTTTTTGGAGACTA TGGTCCAATTGAGGCACAAAAGCAAATTCTTAGTCAAATTTTAAATGGGGAAAGTCTTCAGCTGAACAATCCTGCCATTG CAACTAATTTGATGCGAAATAGGTTACGCCACAAAAAGGTCCTCATAGTTCTTGATAATGTTGATGGAGTACTGCAGCTG GACAAATTGGCTCTAAAACGTGAATGGCTAGGTGCAGGAAGTAGAATCATCATAATTTCAAGGGATGAACATATCTTGCA AGAGTATCAAGTGGATAAAGTTTACAAAGTTCAACTCTTGAATTATCGAGATGCTCTACAATTGTTTTGTAGAAAAGCTT TCAAATGTGATGATATCGTAAGAGATTACCTTGACTTGACAAATGAGGCACTAGAGTATGCTAAAGGCCTCCCATTAGCA ATTAAAGTATTGGGTTCATTGTTTTTCGGTCGAGATGTTTCTGAATGGAGAAGTTCATTGGTTAGGCTAAGAGAAAATCC AGAAAAAGATATTATGGATGTGCTTCGAGTTAGTTTTGATGCACTGAAGGATACAGAAAAGGAAATATTTTTAGATATTT CTTGTTTCTTTCATGGACAATCAAGGGAATATGTGGAACATCTTCTAGATATTCGTGGATTTTATCCTAAAATAGGTATA AGAAATCTCGTTGAAAAATCGCTGGTCATAATCCTTGAAGATGAGACTATTACAATGCATGACTTGTTGAAAGAGTTGGG CAGAAGTATTGTTAGAGAGAAGTCACCAAAAGAACCACGAAACTGGAGCAGGCTGTGGGACTACAAGGATCTACACAATG TTATCTTACAAAATATGGTAAAATGGATATTCAACAAAATCATATATTGACATTTTTCTCTATTCTATAACTCAAAATGT TCAAAATTTTGTTCTTCTTGGCAATGTATTAGGCAACTGAAAATCTTGAGGCCATAGTTATAAGAAGACATATACCAGAG TTTCCGGAAACAACCATGAAAGCAGGTGCTTTGTCAAAAATGAGTCACCTTAAGTTGCTCATTCTCCAAGGTGTCATCTT TTCAGGAAGTCTCAATCATCTTTCCAATGAATTACAACACATTTGCTGGGAAAAGTATCCTTTCTGGTGTTTGCCACCAA ACTTCGAACCAGATAAACTTGTTGAATTGGTCCTGCATCGAAGTAGCATTAGACAACTATTGAAAGACTCAAAGGTACTT TAACTTACTATTTTTTCTATTTTATCTTTGTTCCGATTAATAAATAATAAGACAAAGTATGATGTTCTGTTCTTTACTCT CTCTCTGAGTTAATTAAATAAACAATATAAAGCTTAAATGAGATCTAATTTGTCTCCTTTTGTTGACCCTTCTTTGCAGC CTCTGCACCATTTGAGAGTGATGGATCTTTCTTACTCCAGAAATCTTATTAAAACACCGGATTTTAGGGAGGTACCAAAT CTTGAGTCCCTCGAACTTCAAGAATGTATAGAACTTGTGCATATCGATCCTTCCATTGGCATTCTGACAAAGCTTGTTAA TTTGAACTTGTCATATTGTACAAATCTAGTCAGTATTCCCAATATTATTTTTCATCTTAGCTCTCTTGAATATCTAAATC TTTCTGGCTGCTCAAAATTATACATTAACCAGTTGTTAGGGAAACCGGGGCATGCCGAACATGTGAAGATACTTGAAATA AATGAAAGTAGTATCAAGAAACAATCAACATCCTCCATCCTGAAAATTGTTAGGTTCCCTCTCCATTGGTTTTATTCTGG AAGGCGTGAAGAATCAATTGGCTTACTGTTGCCATCTGTGCCTCATTTCCTATGTTTGAAAGAGCTTGACCTAAGTTTCT GCAATCTATTTCAAGTCCCTGATGCTATTGGCTGTTTACATTCTTTAATGTGGTTAAACTTGAATGGAAATAATTTTGTT ACACTACCTTCTAGCATCAAGGAACTTTCCAAACTTCTAGAGTTGAAGTTGGAACACTGTAAGCTGCTGAAATATTTACC AGAGCTCCCTGTAAGAAGCAAAGCATCTTTCGATCACTATGTAGCAGGATTATATATCTTCAACTGCCCCAATTTGATTG CGATTGAGCGATGTTATAACATGGCTTTTTCATGGATGATACAACTCCTTGAGGTGCCTACCCCATCCTTCCTTTCCATG TCTCTCTTTTCATGTGCATGTGAACAATGCATAACAAGTTTTTGTCATATCAGGTGCACATGCAATCCTCTCTTCGCCAT GGTGATATTCACATTGTTATTCCTGGAACTGAAATTCCAAGGTGGTTTAATAAACAAAGTGCTGGTAGTTCAATGAGCAT GGATCTTATTCCTCATATGCATGATGAAAATTGCATAGGAATTGCCTGCTGTGCAGCATTGGTGGCACATGTTGAGCCCA CTAATTTGGGTTGTACAAGGAAAAATCATGATGGTCCAACTTTTATTCTTGGAGAAGGCTCATTTTGTTTCATTTTTGAA ATGAAAAAGGGTAACTTTGTGTACTTTATGCCGATGCTTATAGTAAAAGATCTGTTCACAGTTGAATCAAATCACCTGGT GCTACTATTTTTCAGTCGGGAAGCATTCATTAGCCGTAAAAGTTTTACACCAGCAGGAACACATGATTTCGATAGTGTGA AATTGATTTGCTCAACTCACAAGCCCCAAGGTTTGCATATGGAGGTGAAAAGTTGTGGGTATCATTGGCTATTTAAGGAG GACCTGGTAAAATTAAACCGGAAAATGACGCATAGTGGGAATTCTTCAGTTAGGAAGCACATGCTTTTAACAAATGGATA GCCATATCATTAAATGGACTAAGAAAGCATGGACATTTCAATTTGGCTACTGTCTCATCAAAGAAGCTCTGATTTATTTG AGGTAAGACTTAGTACAACAAGGCTCTTTTAATGTTATAAATTTTTAGTCATTCATTAATTTAATACCTGATTTTTGTGT CTTAAAGTTGATGATATGGGGATTTTGTCTTTTTACTCACTTACCATGCTAGTGTCTATGCTAACTGACAACACTTCTCA TTTGATAATAAGCATATTGAGTCATGGATTGTTGTAGTCTGATGGGAATGGGTCAGAGCAGCAAGAGTAACTGAATGCAA TTATTTTGAGAAAATAAGTGGTGGCAGATCTGCAGTTTTGTTTCAAAAGTGTATTTAATAATAGGAAACTGCTTGTTGGA AGTTATTTGCTGTTTTTGGGATATATCTCTAGTTTTTTAGGGAGAATTTTATTATTGTTGTTAGTAGATTGTGGACAGAA AACATTCTCTGTAGGAGAGACTTTAGTCCCTAGGACAGCAAGTAAATTGTTGTAACTATGTTATTTGTGTTCAACAGTAC ATATTTCATGAGTTAATTTCTGGTGCTCTATCATAGTCAACTCAATATTGTTGCAGAAACTTATGTTCTGGTAACTTAAA ATTGATGATACGATGATATATAGTCAAAATTTCAAGGGAAAAAAGGTACATTATCATCTTGGATATAGCTTTATATCTTT AAATTTCTGACAACGATACACTTTATCATGTACATTTTTTATACGAAAGTGTGAAAAGGAAAGAAAGGCTAAAGTCACTA ATAATAAAAATTACAAACTCAAAAATCATATTAGTTGCCTTAATAATCTATGTCATTTTATGTAAGTTGAGTTAATATGC AGCAAATCTAATTCCAGGTATTGTTACTGGGTCTTAAACTAACAAGTTTCCAAATTTTTGGCAGAACATAAACTACCATC GAATTTTATTAAGTTGAAGCAAGTCTGCTACAGGAATTCGAGAGAGTATTCATGGAAAAGGGTTTGTACATGACGATGGA GTATATGACCTATTGAGGACTGGTATTGTTGTAAATAAGGAATTAATATAAGAATTATTATTAGAATATTATATTCAGTA TTAGGAGATTTATTTTCTTATTAGGAGATTGTGTACATAATTAGTTATTTCCTTATTTAGGATTAGTCTTCTTCTATATA ATGTAATTACCCTTTGTATTCTGATTAAGAAATAATAATACAGTTTCTCCTACTTTCAAGTTGGTATCAGAGCTCCCGAT CTTGGGAGTTCTGCTTCTGCGAAAAAAAAACCTAGCAGTCTTATTACGGCCCTTTTATCTGGTAACGTTTTCTGTTTTGC CATTGTTGGCTTATACTGTTTGGAGGCATGTTGTAACGCCCCGAATTTCAGGGGTTACAGTAACAATCTGATAAAGTAAA TATGCAATGTTTTCCAAAAGGATTTATAAACACAAGTATTATTTTTTCTTCTCAAAGTATTTTCAAAACATGTCATGCAT ACTCTCAACTGTAAATAAATTTACATCGAGCCTTAAATAAGGCAAGTACCTGAAAGCACCCAACCTACAAAACCTAACCA ATAGAAACAACTCAACAAAGAACCTATTATGCAATGACACCATAAATCCGAAATACTCCCTACGACCAACCGCAGGAAAG CAATGCATCGGAACCTACTCGAAACCTCAAATATAAATTCATAAAATCATTATGCAAGCTTAAACCAATAACGGTAAGCT CTCTAACCCAAGGCTCTATCCCTACACCCGACTCTATTCTTTGAGTCTTCCATAATTCTTCAAGTCCTCATCTCAAACTC GTACGAAGGTCAACCTTCATCGAAGATTCTCCATCGCCTAATAGCGTTAAGCGCCCAAACAACAAATAACAAATAGAAAG GGTTAACTCCATGCAACAACCACATAAAAAGAGAAAATCATGCTATTCAAATTTAAGTGCATACATGACACATAAGCTAT CAACTTAGTTCAAGATAGATGACAACATATATCCAACAACATGAAATCAAATCAGATATCAACAACATATATTTAATCAG ATATCAGCAACATAATAACATATTTAAATCAAATAACAATATAACAACAAATCAGATATCAACAACCTTAACAATATAAC AACAAACCAATTATCAACCAAAACATCAGAAGCAAATATTATTGTCCTATAATGCAACTATATGTTGCAACCAAAATGGA TCGATCAATAATGTCTCGCAAGACGGGATAGAGCGAGGAACGGAGCCCCCCTGAACTATCACCAAATATCGCCCATGAAA GACGGGACAGACGGAGAACGGACTCCCCTGAATGCCACTTAATAACGCTCATGAAAGACGGGACAGACGGAGAACGGACT CCCCTGAATGTCACTTTATAACGCCTCGAAAGACGGGACAATCCCGTGGGACAAACCCACCTCATCGCCACTTCAAGCAA ACCAAAACATCTCATCCAACTCAGTGGTCACTCAAACAACAATCTCAAATCCAATAATCTAATTAATATAATCACATGTT ATTCATATTATCAGCAAACATAATTCAATTCAATTGCATACCAACTCAGTTCAATGACAGAAACCAGTAAACGGCCGAAG CCTCTCAGAAAACGGAGATACACGTCTCAATAAGTTCACTCGGCCGAAGCCTCCAGAAAACATTTTCTCAGTTCAACATA ATAATCATAATCATCTGCCAATCAATATAAACATCTTCATCTCAAACGCAGGCAGTGCGATAAAAGCAGGCAAGACTCAA AGACGCGCTAAAACCGAGTTACCCTTACCTTAGCCAATTTTCTTCCTAAACTGCAACTCCAATCCTATCACATCTATGTT TTCCGCGTCGGCTCGCTTCCTTCTATTCTTTAGCTTCGTCGCAAGGCGCTTTCGTCCTTCGTACCCTTCACAAGTTCACA TACTAAACCTTAGCCTCTAAAGTCACATCTAAAGTTCCAGAACAAACTTAACCAATCTTTCTAGCTCACTTAGGCTAAAT GCACAAACTTTATGTTTCAAGGACTAAAGTCCAAAGATAAAATATTTGTGAGTTTTAAAGAAAGGCCCCTTTAAATGCCC ATTTAGAAAACAACTCCTCAACTTTTAAGTAATTCAGCCCTAGTCCCTTGACAAGCACATAATCACGAAAAGGTCCTCAC ATAAAAGTAAGTTCTTTTTCAGCCCTCAAACTTTACTAAATTTATTAAATAAACCCCAGTACTTTTATAATTAAAGTTTA ACCCAAACCTTCTCAACCTCTTGTGTTTCAGCCCAAAGTTTTCCCACAATAAATTTTTAGTACTCAAACTTATCTTATGA TTTTCACTACACAAAAACACGTTTCAGAATTAATTTTTCACACCCAAAATATGTGCCATAGCCTCGGCCACCCTTACATA ACCATGTACAAATTTTCCTTTTTCCCCAAATCACTTCCAAAGTTATTTTAAACATTTAAAAACAACTTTTTAGAAAACTA ATCGGTGAAATCTATAGATCCAGTGATTGGAAATAACATTTATAAAAGCACTTTGGAAAAAGCTCTAATTAAAATTTTTA CAAAGATAATAACTCAACCTTTTTGGAAATGAAAACCATGGTTCACTATATCTTTTCCATAGTCCTAACTTTAATGAAGA TACTAGGTGTGAAAACTAAAAGGGTTGACTAAAAAGATGAGCAAAGAAAAGAGAAGAAGTTTTATCATAAAATTGGAAGA TGAAGATGATGGTGCTGCACAAGAGAGGAATCACGTGAGGGAGGAAAATGGACCATGATGTGCGTTTTTTCTGCTCAGGG GAAAGAAAAGAGAGGAAGAATAAGTGGAAAGAATTGGTGAGCTGCAGCAAAAGAAATGAAAAGAAAGTGAAAATGATGTT GTGTATTAGAAGGAGAAAAAGAGGAAGATGGTGCTGTAACTAAGGAAGAGGAAAAAGTGTTGCAAGGAATAAAAGAAAAG AAAAGAAGAAGAGAAAGAGAAGTCTGCAGAAGAAGAAGAGAGAAAGATATTATGAAGAAAAGAAGGAAAAGTCACAAGTG AGAAAGAGAGTGGACGAGAATGAGAGGGAGGGAATCTGATTGGTGACACCTTGACTGGTGGGACGTGGAGGACGGATATC CAAGGAAAAATGAGAAGATATTTATTAATCGGTACAAATTAATTTGGACACTGAATAATTTAGCTCACAAAGTTAAAAGA AAAATATAAGGATGATATATTACTATATCAAAAATTATGTGGAACTCTGTGAAATAATGAAATATAAATTTGAATTACTT TGAGCAAAATAAAATGATCCATGGATAAGAAAATGTGTAAGAATTAAGCTAAAGAATAATTGTTAGACAATTAGAACAAA TATGACGTTGTCATATTATACAATTAAGCTAAGTATCGATCCAAGAAAGGACGATACTTGCATCGGATTCATTTAAGTGA GAAAATGGCTTGAACGCAGTATGCTTCAAAATATACCGCAAAACTACTTTTTGCAATTGATGTCGGATGAGAAAACTTCC TTCTGAAGAAATGTTAGAAACATCGAAAGAAATCAGTGTACGCGTGTGGAATCTTCGTTTGAAGCTCCGAAAAGAAAAAG TCTTCATCGACCGTTTATTTTAGGTTTCTTGAGCTATCAGGGATTTGGTTTCGGCAAACCTCCGAGAATTGGAATCGGAC GTTCGTATGTCTCAGGGTTTCGTATCGAAACGCTTGTCATAGAAAGGATTAAGAGAAATTCTAACATTCCTCTGAAGATT TTTGGAATTAGTTCCTACAGTGATTTGAGGGTAAATTAATCGCTTACTAACGCTCTTGCCCTAGGCGTAAGCGAATAAGA GTCACGCTATAACTTATATCGACTTTAATACTATTCTTAGCCTTTTCCTGAACTTTCTCCTTCATAAGTTCATTCCATTC GATAAACACTTGTTCAGGTTCCCTTCACGATACATCGAAACCTAATCGTGAATATGAATTTAATTAATTTATTCTAAGCT TAAAAACTTGGGTCTCACATTACTACCCTCCAAAAAGAAAGTTTCGTCCTCGAAACTTAGAGTTCAGTAAAAAGCTCAGG ATATTATTCCCTGACCTTTGCCTCTAACTCCCATATAGCACCGTCCGTGTCTTTGTTCCAAATAACTTTCACTAAAGCAC TCTGCTTCCTCCTCGATTGTTTCACCCTTCTAGCCCCAATGCTGACCGACGGCGTCTCAACAGACATATCATCATCTTAA TATCTAACATTCCATTATTGTCATCTCTTTCTGAAACTATCCTCATTATAACCATCCAATCAACTTTTCTCTTAGTCACA AATCAAATCATCAACTTATCATCCATCTTAACACTCTACACATCTTAGAATTCATTTACTTCAAGATCACTCTTATATTA TACCTCAATGTATTTAACCCGAAACTCATCTTCGGATCTTCAATCTTCTAAGATTCAACTTCTATTGTCACCCCTACAAC CATAAGTTCTCGTACTCGTACGTGATTCTCAACTCACCAGGTTAATCTTATCCCCAAGATTCAAGTTCAACTTAGTAACT CTCAGTCGTCAAACTTAACATGTTCCTCAGAAATCCAAAATCTTTGCTTGATCAGCACTTATACCTCTAGAGTATAACTA GGAGGTAATCCATCAAGTCTAGTCTCTTAGTGCAATTAGCACGAAATCACATAGCCTATGGTTTTATAACTTTCGAAAGA ATACTTAAGACTCTCCAGCATTGAATCTTTTGTCTTAGTCTACCTCTACTTAGAGTAATCATGCGGACACTAATTATCGA CTATACGACAATCGTCAACTTTCAAAGATTTAAATCTCACTCCTCTACAATCAAGTGCTTATCATAAACTTATCTCTCAA ACTCGACTAATCATCGATCAAATCCAATCAATACTCCTATCATAGTCCATGCCAGCTGTGATTCCAAATATCAACCCCTC AATATTAAGTTGATCAGGCTCAATATCTTGCGGAAGAAAATTCAGAAAAAACTCACTAGTAAGGTCAATGAGTCTATCTC AGCAAGTGGTCACATCTAAATTAAGATCATCTCTTAATCTACTCAATTTCTAACAACTTCATCTAGAAGAAGTACAACCT TAGTTCCTGGAACTCAAACAACACTCCCTTACGATTCATTCTAAGCTTCTATCTTCCTTACTAACATATCTGTACCAAAA CAAGTTTTAAGACTTAGAAACTGCTCTAAACCCTATACCATTGTCCTAATTAGAATGCACACAACAGTCAAAGGAATGTG CCTAATGCAAACTTCTTTCCCTGTTCAACAACATATAGTCTCTACCTGGATCACTGAACAAAGCACGCAAACAACAAGTA TAGTTAATATTTTTGTGGGGGTACTAACCATCTAGTCAAAAGCTAAGGGGTTAGTGTTCAAGAAAACAATAACAACAAGA AACAACTAGTAGACAAAATAAACAATTAATCATATTATCTATATGGTAACACTCTGTCAATCGATCAACACCCAGCTGAT CAATTACAAAGTTCAAACAACCTAACACAGAATACCTATTCCCCAACAAGCTCTGGTTTCTCAACCAAAGCTCTGATACC ACAATGTAACGCCCCGAATTTCAGGGGTTACAGTAACAATCTGATAAAGTAAATATGCAATGTTTTCCAAAAGAATTTAT AAACACAAGTATTATTTTTTCTTCTCAAAGTATTTTCAAAACATGTCATGCATACTCTCAACTGTAAATAAATTTACATC GAGCCTTAAATAAGGCAAGTACCCGAAAGCACCCAACCTACAAAACCTAACCAATAGAAACAACTCAACAAAGAACCTAT TATGCAATGACACCATAAATCCGAAATACTCCCTACGACCAACCGCAGGAAAGCAATGCATCGGAACCTACTAGAAACCT CAAATATAAATTCATAAAATCATTATGCAAGCTTAAACCAATAACGGTAAGCTCTCTAACCAAAGGCTTTATCCCTACAC CCGACTCTATTCTTTGAGTCTTCCATAATTCTTCAAGTCTTCATCTCAAACTCGTACGAAGGTCAACCTTCATCGAAGAT TCTTCATCGCCTAATAGCGTTAAGCGCCCAAACAACAAATAACAAATAGAAAGGGTTAACTCCATGAACCTACCACATAA AAAGAGAAAATCATGCTATTCAAATTTAAGTGCATACATGGCACATAAGCTATCAACTTAGTTCAAGATAGATGACAACA TATATCCAACAACATGAAATCAAATCAGATATCAACAACATAGATTTAATCAGATATCAGCAACATAATAACATATTTAA ATCAAATAACAATAACCTCAACAATATAACAACAAATCAGATATCAACAACCTTAACAATATAACAACAAACCAATTATC AACCAAAACATCAGAAGCAAATATTATTGCCCTATAATGCAACTATATGCTGCAACCAAAATGGATCGATCAATAATGTC TCGCAAGACGGGATAGAGCAAGGAACGGAGCCCCCCTGAACTATCACCAAATATCGCCCATGAAAGACGGGACAGACGGA GAACGGACTCCCCTGAATGCCACTTAATAACGCCCATGAAAGACGGGACAGTCATGTGAAAATATCCACTCCACTGCCAC TTAATAACACCCATGAAAGACGGGACAGACGGAGAACGGACTCCCCTGAATGTAGAGCTGTCAATATGGGTTCCAACCCG CGGGTCAGCTCGACGGGTTGGCTAAATGAGCCGGGTTGGGTTGGTTAAGTTCCAGCTCGAAAAGAACTTGGGTTAGTGCA ACCCGGCTCGTTTAACCCGCGGGTTAGACAAGTCAACCCGCGGGTCAAGCGAGCCAACCCGTCGGGCTAGAGTTATTTTT TATTAAAAAAATTATTTTATTTCTCTTTAATTCCATGTTAGTTTTATGGATTAATTTTAGATAGAAAAATGGAAATTTTC AGTTATTTTAATTTGAGTCAATTTTTTATGTTTTATTTATTGTTATTATATTATTTATCTCATTTTAAATGTGACAGTAA AATAATTGTGTTCTTAAATCCTGTAAACTAAATTCTTTTTCTATATTTCAAATGTTAGATAAAAATAATTGCGTTGATAA ACCTCTTTTTTATGAGTTGATACCAATTTCTACAAGTATTTTTTTGAAATTATTTTTTTATAACATTTTAAACATTTTCT AATCCAATTTCTCAAATTTTTATATTTATTTCACTCAACCCGCGAGCCAGCCCGCCAACCCGCGAGCTTGTAGCGAGTCG GGTTGGGTTCATATTTTTCTGGCTCGTTTGGACCCCGGGTTGACACAACCCAACCCGTTTTCAACCCATCCCATACGAGC TGACCCATATGGGTCGGGCTGACCCGTATTGACAGCTCTGCCTGAATGTCACTTTATAACGCCTCGAAAGACGGGACAAT CCCGTGGGACAAACCCACCTCATCGCTACTTCAAGCAAACCAAAACATCTCATCCAACTCAGTGGTCACTCAAACAACAA TCTCAAATCCAATAATCTAATTAATATAATCACATGTTATTCATATTATCAGAAACATAATTCAATTCAATTGCATACCA ACTCAGTTCAATGACAGAAACCAGTAAACGGCCGAAGCCTCTCAGAAAACGGAGATACACGTCTCAATAAGTTCACTCGG CCGAAGCCTCCAAAAAACATTTTCTCAGTTCAACATAATAATCATAATCATCTGCCAATCAATATAAACATCTTCATCTC AAACGCAGGCAGTGCGATAAAAGCAGGCAAGACTCAAAGACGCGCTAAAACCGAGTTACCCTTACCTTAGCCAATTTTCT TCCTAAACTGCAACTCCAATCCTATCACATCTTTGTTTTCCGCGTCGGCTCGCTTCCTTCTATTCTTTAGCTTCGTCGCA AGGCGCTTTCGTCCTTCGTACCCTTCACAAGTTCACATACTAAACCTTAGCC
CDS sequence (LotjaGi3g1v0254800.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGATTGCAAGGGAATCCAAAGCAGCTCTTCATCTTGGATGATATGGAAGTATGATGTGTTTGTGAGCTTTAGAGGCGA AGACACACGAAATAACTTCACTGATCATCTTTTTGGTGCTCTCCATACAAAAGGCTTTGTTATATTCAGGGATGATAGAG AGCTCAGAAAAGGGGGAAGTATATCCACTGAGCTTCTACAAGCAATTGAAGGATCCCGAATTTTGATTGTGGTCTTCTCA AAAAACTATGCTTCTTCCACATGGTGCTTACAAGAACTGGCGAAGATTGCCGATAACGTTGAAGTATCGCAAACTGTTCT GCCTATTTTCTATGATGTGAGTCCATCTGAGGTGAGAAAACAAACTGGGAATTATGGAAAAGCCTTTGTGGAGCATGAAG AAAGATTCCGAGATAATTTAGAGATGGTTCAAACATGGAGGGATGCTCTAACACGAGTAGCCAATCTCTCTGGATGGGAT GTAAGCGATAAGCCACAATATGGAGAGATTGAAAAAATTATTAAGGAGGTAACACGCCTATTGGATCGCAAACTTTCAAC TCCCTCCGATGATATAGTTGGGATGCAGTCACGAGTGGAAGAATTAGAAAAGCTTTTGGTTCTAGACTCAAATGATGATA TTCGAGTTGTAGGGATTTGTGGCATGGGTGGAATAGGGAAGTCAACACTTGTTGCTACTTTATATTGCAGAATCTGTAAT CAATTTGATGCATCATGTTTCATTGATGATATAAGTAAACTTTTTGGAGACTATGGTCCAATTGAGGCACAAAAGCAAAT TCTTAGTCAAATTTTAAATGGGGAAAGTCTTCAGCTGAACAATCCTGCCATTGCAACTAATTTGATGCGAAATAGGTTAC GCCACAAAAAGGTCCTCATAGTTCTTGATAATGTTGATGGAGTACTGCAGCTGGACAAATTGGCTCTAAAACGTGAATGG CTAGGTGCAGGAAGTAGAATCATCATAATTTCAAGGGATGAACATATCTTGCAAGAGTATCAAGTGGATAAAGTTTACAA AGTTCAACTCTTGAATTATCGAGATGCTCTACAATTGTTTTGTAGAAAAGCTTTCAAATGTGATGATATCGTAAGAGATT ACCTTGACTTGACAAATGAGGCACTAGAGTATGCTAAAGGCCTCCCATTAGCAATTAAAGTATTGGGTTCATTGTTTTTC GGTCGAGATGTTTCTGAATGGAGAAGTTCATTGGTTAGGCTAAGAGAAAATCCAGAAAAAGATATTATGGATGTGCTTCG AGTTAGTTTTGATGCACTGAAGGATACAGAAAAGGAAATATTTTTAGATATTTCTTGTTTCTTTCATGGACAATCAAGGG AATATGTGGAACATCTTCTAGATATTCGTGGATTTTATCCTAAAATAGGTATAAGAAATCTCGTTGAAAAATCGCTGGTC ATAATCCTTGAAGATGAGACTATTACAATGCATGACTTGTTGAAAGAGTTGGGCAGAAGTATTGTTAGAGAGAAGTCACC AAAAGAACCACGAAACTGGAGCAGGCTGTGGGACTACAAGGATCTACACAATGTTATCTTACAAAATATGGCAACTGAAA ATCTTGAGGCCATAGTTATAAGAAGACATATACCAGAGTTTCCGGAAACAACCATGAAAGCAGGTGCTTTGTCAAAAATG AGTCACCTTAAGTTGCTCATTCTCCAAGGTGTCATCTTTTCAGGAAGTCTCAATCATCTTTCCAATGAATTACAACACAT TTGCTGGGAAAAGTATCCTTTCTGGTGTTTGCCACCAAACTTCGAACCAGATAAACTTGTTGAATTGGTCCTGCATCGAA GTAGCATTAGACAACTATTGAAAGACTCAAAGCCTCTGCACCATTTGAGAGTGATGGATCTTTCTTACTCCAGAAATCTT ATTAAAACACCGGATTTTAGGGAGGTACCAAATCTTGAGTCCCTCGAACTTCAAGAATGTATAGAACTTGTGCATATCGA TCCTTCCATTGGCATTCTGACAAAGCTTGTTAATTTGAACTTGTCATATTGTACAAATCTAGTCAGTATTCCCAATATTA TTTTTCATCTTAGCTCTCTTGAATATCTAAATCTTTCTGGCTGCTCAAAATTATACATTAACCAGTTGTTAGGGAAACCG GGGCATGCCGAACATGTGAAGATACTTGAAATAAATGAAAGTAGTATCAAGAAACAATCAACATCCTCCATCCTGAAAAT TGTTAGGTTCCCTCTCCATTGGTTTTATTCTGGAAGGCGTGAAGAATCAATTGGCTTACTGTTGCCATCTGTGCCTCATT TCCTATGTTTGAAAGAGCTTGACCTAAGTTTCTGCAATCTATTTCAAGTCCCTGATGCTATTGGCTGTTTACATTCTTTA ATGTGGTTAAACTTGAATGGAAATAATTTTGTTACACTACCTTCTAGCATCAAGGAACTTTCCAAACTTCTAGAGTTGAA GTTGGAACACTGTAAGCTGCTGAAATATTTACCAGAGCTCCCTGTAAGAAGCAAAGCATCTTTCGATCACTATGTAGCAG GATTATATATCTTCAACTGCCCCAATTTGATTGCGATTGAGCGATGTTATAACATGGCTTTTTCATGGATGATACAACTC CTTGAGGTGCACATGCAATCCTCTCTTCGCCATGGTGATATTCACATTGTTATTCCTGGAACTGAAATTCCAAGGTGGTT TAATAAACAAAGTGCTGGTAGTTCAATGAGCATGGATCTTATTCCTCATATGCATGATGAAAATTGCATAGGAATTGCCT GCTGTGCAGCATTGGTGGCACATGTTGAGCCCACTAATTTGGGTTGTACAAGGAAAAATCATGATGGTCCAACTTTTATT CTTGGAGAAGGCTCATTTTGTTTCATTTTTGAAATGAAAAAGGGTAACTTTGTGTACTTTATGCCGATGCTTATAGTAAA AGATCTGTTCACAGTTGAATCAAATCACCTGGTGCTACTATTTTTCAGTCGGGAAGCATTCATTAGCCGTAAAAGTTTTA CACCAGCAGGAACACATGATTTCGATAGTGTGAAATTGATTTGCTCAACTCACAAGCCCCAAGGTTTGCATATGGAGGTG AAAAGTTGTGGGTATCATTGGCTATTTAAGGAGGACCTGGTAAAATTAAACCGGAAAATGACGCATAGTGGGAATTCTTC AGTTAGGAAGCACATGCTTTTAACAAATGGATAG
Protein sequence (LotjaGi3g1v0254800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDCKGIQSSSSSWMIWKYDVFVSFRGEDTRNNFTDHLFGALHTKGFVIFRDDRELRKGGSISTELLQAIEGSRILIVVFS KNYASSTWCLQELAKIADNVEVSQTVLPIFYDVSPSEVRKQTGNYGKAFVEHEERFRDNLEMVQTWRDALTRVANLSGWD VSDKPQYGEIEKIIKEVTRLLDRKLSTPSDDIVGMQSRVEELEKLLVLDSNDDIRVVGICGMGGIGKSTLVATLYCRICN QFDASCFIDDISKLFGDYGPIEAQKQILSQILNGESLQLNNPAIATNLMRNRLRHKKVLIVLDNVDGVLQLDKLALKREW LGAGSRIIIISRDEHILQEYQVDKVYKVQLLNYRDALQLFCRKAFKCDDIVRDYLDLTNEALEYAKGLPLAIKVLGSLFF GRDVSEWRSSLVRLRENPEKDIMDVLRVSFDALKDTEKEIFLDISCFFHGQSREYVEHLLDIRGFYPKIGIRNLVEKSLV IILEDETITMHDLLKELGRSIVREKSPKEPRNWSRLWDYKDLHNVILQNMATENLEAIVIRRHIPEFPETTMKAGALSKM SHLKLLILQGVIFSGSLNHLSNELQHICWEKYPFWCLPPNFEPDKLVELVLHRSSIRQLLKDSKPLHHLRVMDLSYSRNL IKTPDFREVPNLESLELQECIELVHIDPSIGILTKLVNLNLSYCTNLVSIPNIIFHLSSLEYLNLSGCSKLYINQLLGKP GHAEHVKILEINESSIKKQSTSSILKIVRFPLHWFYSGRREESIGLLLPSVPHFLCLKELDLSFCNLFQVPDAIGCLHSL MWLNLNGNNFVTLPSSIKELSKLLELKLEHCKLLKYLPELPVRSKASFDHYVAGLYIFNCPNLIAIERCYNMAFSWMIQL LEVHMQSSLRHGDIHIVIPGTEIPRWFNKQSAGSSMSMDLIPHMHDENCIGIACCAALVAHVEPTNLGCTRKNHDGPTFI LGEGSFCFIFEMKKGNFVYFMPMLIVKDLFTVESNHLVLLFFSREAFISRKSFTPAGTHDFDSVKLICSTHKPQGLHMEV KSCGYHWLFKEDLVKLNRKMTHSGNSSVRKHMLLTNG
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 | 8 | 159 | 152 | 2.49E-43 | ||
| PANTHER | 11 | 786 | 776 | 4.6E-242 | – | |
| PANTHER | 11 | 786 | 776 | 4.6E-242 | – | |
| Gene3D | 12 | 179 | 168 | 2.3E-62 | ||
| ProSiteProfiles | 16 | 156 | 141 | 31.945 | ||
| SMART | 17 | 156 | 140 | 2.8E-46 | ||
| Pfam | 17 | 177 | 161 | 5.1E-44 | ||
| Gene3D | 180 | 348 | 169 | 3.1E-29 | – | |
| SUPERFAMILY | 181 | 444 | 264 | 1.59E-57 | ||
| Pfam | 198 | 417 | 220 | 3.3E-24 | ||
| CDD | 215 | 346 | 132 | 0.00469207 | – | |
| PRINTS | 216 | 231 | 16 | 1.6E-23 | – | |
| PRINTS | 292 | 306 | 15 | 1.6E-23 | – | |
| PRINTS | 385 | 399 | 15 | 1.6E-23 | – | |
| SUPERFAMILY | 503 | 880 | 378 | 9.07E-33 | – | |
| Gene3D | 517 | 744 | 228 | 1.7E-22 | ||
| PRINTS | 695 | 711 | 17 | 1.6E-23 | – | |
| Gene3D | 757 | 909 | 153 | 1.0E-16 |
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 LotjaGi3g1v0254800.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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