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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0422900 |
| Transcript ID | LotjaGi3g1v0422900.2 |
| 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|G7LI64|G7LI64_MEDTR Disease resistance protein (TIR-NBS-LRR class); Found in the gene: LotjaGi3g1v0422900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:83171166..83186329) extracted from Lotus japonicus Gifu genome v1.2.
GTCAGTGTGCCTCTTCTTACCTGTTTATTTGTTTGTTCCATTCTTTCTTTGCATCAGTTTGAACTCACGGTGGCTGGCGA TGTCTTCTTCTTCTTCTTCCCGGGTCTTTGTGAAAAAGTATGATGTGTTTATTAGCTTTAGGGGTGAGGACACGCGAGAT AACTTCACTAGCCATCTCTATTCTACTCTCAAAGAGGAGAATATCGTAACCTACATAGATTATGAGCTTGAAAGAGGAGA TGATATTTGGCCCGCACTTGTAAAAGCAATCAAGGACTCCATGATGGCCATTGTTGTGTTCTCAGAAAGATACGCAACCT CAAAGTGGTGTTTGCAAGAACTCGCCCAAATCATGGAGTGCAAAAGAGTTCAGGGGCAGGTTGTTCTCCCTGTGTTCTAC AAAACAATTCCAACAGACGTGAGGAAGCAGACAGGGAGTTACAAGAAACCATTTGAAGACTATGACAAAAGAGAAGACCA AAACAAAGTGCATAGTTGGAGAAATGCTCTCACTGAAGCAGCAAATATATCTGGATATGAGTCAAGCGGGTAAGAACGTA TTATTATTTTTTAAATAAGTTTTTATTCGCACTTATATCTCATCTCCACCTAGGAATACTATAACATTTTATACTTTTGG CAACACTGATTTAAGCAACATGCATGTAAAAGTTATTGTCTAAAAATGTATCAGGAATCAATTCGTAATTGTTGCCGCTC ATTTTACTCAAAATATAATGCTTTTTTATAACACAAAATAAGTGTTTAGTTTGTATCTAATAATAGTAAACAGCTATTAT GTGATAATTATTGTTTTTTCCACATAATATATTACATTTTTCACAGTATTACCTTAAAGTATAAAAATTGTTACTAAAAG GAATATGTAATGCCAGAACATGGGACCATCAGAAACTGTTCCGTAAAGCTAAGGAAATATTTCCAATGCCTATGGCTACC CTCTTTAACCGTTAGGAAAACTAAAAAAATGTTGTAGTGGGAGATAATAATAGAATAAATGAGAGAGAAATGAGAGTTAT GATTAAAATGTGAAAGAAAAAAATGAGAGAGATATGAAAGAAAGCTAACTATTGCGTAAAGCTAAGGAAATATTTCCCTT GCCTATGGCTATCCTCTTTAACTGTTAGGAAAAATAAAAAAATGTTGTAGTGGTAGATAATAGAAAAAACGAGAATTATG ATTAGAACGTGACAGAAAAAGATGAGAGATATGAAAGAAAGTAACAGGTGTGAATGAATCAAAACAATTTTTTCCTCTAA TTTAGACTGAAGATCACAGCAGGCAGATTTTGAAAAAAAATATTTAGAGTTGACTTTGCTAATGACAACATAATGTTGAA AATTTGATTTTAGATCTGAATCCCAACCCCGAGGCTACCAACAAACTACACTCCTTCTTAGATCTCGATTAAGTCACTCA TGATCTTAAAGTGTTTCTCCATTCCCCTCAATCCTTATGTCTCATAACTCTTATCATTTGAGCTAACCCTCAAGGACCTC AAAGTGGTGTAATAGTTAGTAGTTGTTTAAATTAAGTTTAAGGTATGTTTGGTGATCAAGATAAGATAAAGAATTGGATA AATGCAGGATATGATAAGGACATGATAGACTCTTATCATATCATGTATTTGAGGTGAACAAGATAATATATGATAAGGAT ATGATATAAACAGTGAAAATATATCAAATTTTCTTTTGAATAAAAAATACATAATATTATTTAAAAATTAGGTTTTAAAT TAAATATCTTTTAAAAATGATTATTCTATTAAACTTAGTTTTTTAATTTTTCATAAATGAGCCTACGTTTTAAAACTAAC TACAATTTAATTAATTAGCCTATTTTTAATTTTTTTTCCAAATGGAGCCTATTTTAATTAAAAGTAAAAACTATATATGT AACCAATTGATTTTACCTTAGTAGAAGAAAGTGATAAAAATAAAAAATAATTGAATTTAAAATATATTATTAAAATTATT ATTTTTTCAAAATTACTTTATGCTGAAACTATAAATTGTTATATAAGTTGAGACTTGAGAAGTAATTTTAAATAAGAACA ACTGATAATATAAAATAAGTATATATTTACTACTAATAAATCAATATTTATAAGGAAGTATTTTATTTCACTGCAAGCGA ATAATAATTTTATTTATTTTTATTATAATATGAATAATAATTAATGTTAACTAAGTATTAATAATTGATAATGATAATTT AATTATTTTATATTAGTAAATTTAATATTTCACATTAATAAATTAGTTCATTTAATAATTAATTTTATGAGTAAATAAAT AATTTTAACTAGGCAATAACAACTAGTAATTGATAACTAATAAAACTGTTATATTACAAAATAAAATTTTATATTTATTA ATTATTATTATTTTAAATTATATAAAATATAAATATTGAAAGAAATGATTTAGGGTTAGGGTATTAAAAAATAATAGAAA ATTGTTATTATCCTAACTCTCCCTTAGGATAACTTTTACACATAATAGACATGATAGGATAAGGGTCAAGATTGCGTTAT CCCATCCTGCTGGCGCAACAAACATCAGAGAAGAATAAGATATGATTGCACTATCCTATCATGTATGTTTATCTTGTCCA CCAAACGGGCCTTTAGAGTAAAATGCACTCTCATCCCTCGAGATTTGCTAAAGTTACACTTAACCTCATTTTTAGTTAAA ATATACAATCTTCTACTCCATCTTTCTAACAAGTTAAGTCAATCTTAAAAGATTCTAAGAGAATAAATAAATAAAATAAT AAAAAAAATTGATGTTAAATGGAATGTAGATTTTTCATTATATCTTATTCTCTCATGAAATTTACGACACTGCCACTTAA TTATTTCATACAATTTTTTCACCTTACACTAATATCTCATCTAATATCTCATGCAACTAAATGATTAGAAAATTTTCACA AGTATTACTCATGAACTTAATTAAGCTCAAGTTATTAATATTCAGAGTAATTAATATTCAAAAATATGACCAAAATATTA TGTATTATCTGAATAACTTGAATCTTACATAAATTATAAGATCATCATATATCAATATATATTGACTTAGAATTTAGATT AACAAATCACGTATATGTAACAATTACTATTTGTAACGTTTTTTTTGTGATGAAGAGGATCCAAATTCTCAATATTCAGA TGTACGAGTATGAAAGATGAATGCTAATTTAATTTATATGTGAAAAATATAATATAATTAATTCGCAATAACTTTTAATC GCTGCAAAGAATATAGTCCATATGTGTCTATATAAAAAAATATTGTAAAGAATATGACTTTATAAAATATTATTTATGCT AAAAATTAATAAAAATATGATTATAATAAATTAAGAATAGGGCTCAGAAAAATATAAATATAAATAATACTTGCAATGCA ATAAAAATATTACTTTATTAAAAATTGATAGTTTATATTATATAAAGAGTTTAATTTTGATGCACCGACGGTGTAAAGTT TTTTTACACCGTCAACCAATCAGATTTTAAGGATGTGACATGTCAATTAAAGAAATGAAATGAAAAGAGACATTTTCTCA CATCCTTAAAATCTAATTGGTTGACGGTGTAAAAAAACTTTACACCGTCGGTGCATCAAACTTTTTCTCTAAATTATTTT TTTTTTGGTGAAATTTAAGTTGTCGAATGTCAGGAGGACTCGATCTAGTTTAGTGATAATATAAGTAACTATAATGTAGT GTATGAGACATTAGTGTGCAATGAAAAAATTGGATGAAAAAAATAAAGTAGTGGCAATATTGTAAATTGTATGAGACATT AAAGTGTAATTCCAAAATCAACATTCCATTCAAAAATAATTTTTTATTTTATTAGTTATTTGAATATTTAAATTAATTAA TTTTAAATTTTAAAAGAATATTCTCTTGAAATCTTTTTAAATTAAGTTGACTTGTTATAAATAGTGGAGTGTAAATTTTG ATCAAGAATTGGATTGAGTGTAATTTTGAATAATCATTTCTTCGTACAATTTCTAATGAGTTGTGAAGAGGTGAAGGAAG AGAGAGATATGAATAAGTGAGAGAGAGACAGTAAAGATGTGATAGGTGATTTGATTAATGAAGAAGAGAGAAATAGATAG AAAATGAAGGTAAAAAATGAGTGAAGGTGTAACACCCTCTGAACCCCGCGTAAATATTATAGCTTAAATCAGAGTAAAAT GCATAACACAGAGGGTCTCACACTTATTCTTCAGAAACATAAATCAAAACACATGTCATGCTCATAATAAATATAAATTT TCAAGTTTGATGTCTCAAAAACATATGCATAGCACAGTGGATTTATTTTCAACTCCAAAATTTAACATGATCAAACAATA AAGAGAGTACACAAAATATCTCTTAACATCCAAGTACAATACTAAACGTTTCCCTCGTGTTACATAACAGAGCATGACTC CCCTAACCAAACCGTAAATAAAAGACTAGCTCCTCCGACTAACCCTTGCGAGAAGCTCCACTATCATCGGCACCTGAGCG ATGTCGCATAGAACATCATTCCAACAGAAGGGTGAGAACTCATATCATATGGATAAGCATAATAATAAATAATGTAAAAG CTTATCTATGTTCCACATAAACTCTTCACACTTCACTAATAAATAATAAATTATGTAATTTAATATAATCAATCTACTCT ACAGATATGACAATACTCCATAATTAACAGCTCAAGTAAAATAAATATAATTGTGTCCAATTACTACAACATCAAATCGC TCCAAAAATATCACAATTATCATTGATTAGCATCAACAGCTCTCTAAGGCATAACATAACAATTTTACAATAACAAATAC AACTCAAGTGAGACCCGTGCAAATGCCTTTTGTACCAAAGTTGTTATCCTTAACGGTATTACCGCGTCCACTCCAGACAG ATAACCACCCATAAAGCCCTCGCTCTAGGCTTCAAAACCACTCCAGTTTTGGGACAAGTCACTAGCCTCCACGAGAACTA GCAAACATTGTCTCTTGACAACTATACAATGTGTAAAACTCAACTAACATATGCTTATTCAGACCATCTCCAAGTCTTAA TTATTTTAGCATCACCAGCTCAACAATTCAAATCATCTACAATTTCACAAAACACACACTAACATGTTATCAATTACACA ACTTACAATCACAGTAACTTAACAACTCAACATCTAACATCAATTCAGAAAAACAGCACCAAAATAATAAACTATTAAAC AGATATAAATTATCAAATACACTCAAAAAAATCCAATATTTTTATCAAGGTTCTGTATACACGTTTTGTAAATCCCTGTA AATTTTCAAGTCAAAATTCGAAGTACAAAAATCAGGAAAAATCGTACACTAACAGCAGTTCGTAAGAAACTAGACAACTT AACCTATGCTCACTAAAATGCATATAACTTGAGCTACAGACGTCGGAACGACGCGAAACCAGCGCCAAAAGTTTCATAAC AAAAAGGGCTACAACTGTTATGAATACTACTTCTTCGGATTCGGTCATTATCACAGCTCAAAAAAGGATTCAAGAGCTCG TAAATTTCTGCGCATCATGCGCGCCTATCATCTACCCCCAAAATTCATCTAAAACTCAAACCCTAACTATTTAAATTTGG GAATTTATGTATCCTAGGGTTCCTAAATCATGCTTTCTATCATTATCCACTATCATACCAATCCATAAAACATGAATTCA AACCCTTACCTCTTGTAGATCAAATCTAGGTTTTCTGCTCTTTTCTCGTCTCCTTCTTCTCTGTTTTCACGCTTTCTCCT TCTCTGTTCTGCTCTTCTAATTCTGATTTCTCTTTCTTTCTTTTTTCTATTTATTTCACTCCTAACCTTAAACTAGTATT ACTAGTGGGATCCACTCTATATATCACACAAACCCAACAACCTTATATAATTTAATCTTATCTCACTCAAATACAAATTA AATAAATTACTCACTCCATATATCACATAATAACTTAATTATCTAATAAAATCACTTAATCACCTTATCATCTAATTAAA TCACATAATCATCTTGTCATCTAATTAAATCACATAAACTATCAAATTACCATATAACATAATAATAATTAAAATAAAAT ACTAAATAACCTAATAACAGAAAAAAAAAATGGGGTGTTACAACTGTCCCCTACTTAAGAATTTTCGCCCTCGAAAATTA CCTTAAACGAACAATTCGAGGTCGGACTCCTTCTATCCTACTAACCAAAACAGTATCGATTGTGTCGTAAACACATATCG AATACAAAAGGGATTCAACATGCTAATAAACCTAGCCTATTGACCGACCATGCTCTGATATCACTAATGTAACACCCTCT AAACCCCGCGTAAATATTATAGCTTAAATCAGAGTAAAATGCATAACACAGAGGGTGTCACACTTATTCTCTAGAAACAT AAATCAAAACACATGTCATGCTCATAATAAATATAAATTTTCAAGTTTGATGTCTCAAAAACATATGCGTAGCACAGCGG ATTTATTTTCAACTCCAAAATTTAACATGATCCAACAATAAAGAGAGTACACAAAATATCTCTTAACATCCAAGTACAAT ACTAAACGTTTCCCTCGTGTTACATAACAGAGCATGACTCCCCTAACCAAACCGTAAATAAAAGACTAGCTCCTCCGACT AACCCTTGCGAGAAGCTCCACTATCCTCGGCACCTGAGCGATGTCGCATAGAACATCATTCCAACAGAAGGGTGAGAACT CATATCATATGGATAAGTATAATAATAAATAATGTAAAAGCTTATCTATGTTCCACATAAACTCTTCACACTTCACTAAC AAATAATAAATTATGTAATTTAATATAATCAATCTACTTTACAGATATGACAATACTCCATAATTAACACCTCAAGTAAA ATAAATATAATTGTGTCCAATTACTACAACATCAAATCGCTCCAAAAATATCACAATTATCATTAATTAGCATCAACAGC TCTCTAAGGCCTAACATAGCAATTTTACAATAACAAATACGACTCAAGTGAGACCCGTGCAAATGCCTTTGGTACCAAAG TTGTTATCCTTAGCAGTATCACCGCGTCCACTCCAGACAGATAACCACCCATAAAGCCCTCGCTCTAGGCTTCAAAACCA CTCCAGTTTTGGGACAAGTCACTAGCCTCCACGAGAACTAGCAAACATTGCCTCTTGACAACTATGCAGTGTGTAAAACT CAACTAACATATGCATATTCAGACCATCTCCAAGTCTTAATTATTTTAGCATATTCATCACCAGCTCAACAATTCAAATC ATCTACAATTTCACAAAACACACACTTATATGTTATCAATTACACAACTTGCAATCACAGTAACTTAACAACTCAACATC TAACATCAATTCAGAAAAACAGCACCAAAATAATAAACTATTAAACAGATATAAATTATCAAATGCACTCAAAAAAATCC AATATTTTTATCAGGGTTCCGTATACACGTTTTGTAAATCCCTGTAAGTTTTCAAGTAAAAATTCGAAGTACAAAAATCA GGAAAAATCGTACACTAACAGCAGTTCGTAAGAAACTAGACAGATTAACCAATGCTCACTAAAATGCGTATAACTTGAGC TACAGACGTCGGAATGACGCGAAACCAGCGCCAAAAGTTTCATAACAAAAAGGGCTACAACTGTTATGAATACTTCTTCG GATTCGATCATTATCACAGCTCAAAAAAGGGTTCAAGTGCTCGTAAATTTCTGCGCATCATGCGCGCCTATCATCTACCC CCAAAATTCATCTAAAAATCAAACCCTAACTATTTAAATTTGGGAATTTCTGTATCCTAGGGTTCCTAAATCATGCTTTC TATCATTATCCACTATCATATCAATCCATAAAACATGAATTCAAACCCTTACGTCTTGTAGATCAAATCTAGGTTTTCTG CTCTTTTCTCGTCTCCTTCTTCTTTGTTTTCACGCTTTCTCCTTCTCTGTTCTGCTCTTCTAATTCTGATTTCTCTTTCT TTATTTTTTCTATTTATTTCACTCCTAACCCTAAACTTGTATTACTAGTGGGATCCACTCTATATATCACACAAACCCAA CAACCTTATCTAATTTAATCTTATCTCACTCAAATACAAATTAAATAAATTACTCACTCCATATATCACATAATAACTTA ATTATCTAATAAAATCACTTAATCACCTTATTATCTAATTAAATCACATAATCATCTTGTCATCTAATTAAATGACATAA ACTATCAAGTTACCATATAACATAATAATAATTAAAATAAAATAGTAAATAACCTAATAACGGAAAAAAAATGGAGTGTT ACAGAAGGTGTGTATGAATCATAATTCTGTAATTTTAGCAAATTTTGAAGGAGGAGAGTGTAATTAACTCTTAACTTTAT CCCTTGTTAAAATTTAAATCTTATTTATATATTGACAGAGACGATTCTCAAGTCATAAGGAACATGGTTAAATATGTTTT GGGAAAGCTGCACTCGATGCAATATGATTATCAAGAAGGCCTCGTTGGAATCGAAGAACAGTGTGAAGCCATTAAAGGTT CTTCAGGAGAACTTGGAAGAAGAATTGGACTTTGGGGCATGGGGGGAATAGGTAAGACAACCATTGCTAAAGCCTTGTTT AATGAATACTCCCCTGTATATGACAATGTATGCTTCTTGGAAAATGTAAGAGAAGAATCACAGATTCACGGACTAACACA TATCCGTGATGAGCTTCTCTCTGAGCTACTAAAGGAACAAGTTACAGTATCCAACTTTTCTGGATCCACACACAGTAGTA GAAAATTTCTGATTGTGCTTGATGATGTGGATAGTTATGAGCAATTAGAATCATTGTGTGCTGGATTTGGTGACTTGGGA GAAGGCAGCAGTATCATTGTAACAACAAGAGATAAACATTTGCTTCGTGAAATAGTTGATATCGAGATATATGAGGTCAA GCCTTTGGACTTTGAAAAATCGCTTGCGCTCTTCAGCTTAGCAGCCTTCAACAAAAGGGAGCCTGACAATGCTTACGAGG ACCTCTCGCGAAGGGTAGTTGAATATGCAAGAGGCTTTCCATTCGTTTTACAATTGTTAGGTTCGTATTTTTATTCCAAA AAAATTAAGTTCTGGGAATCTGAATTGAGCTATTTGGAGACCAGGAAGAAATTCTTCAAGGAAACTCAAAACGTGTTCAA AGTGAGCTATCATGGATTGTCAAAGCAAGAGAAGGAAATATTTATGGACATTGCTTTCTTTTTTAAAGACCGAAATGAAG ATTCAGTGATAAGTATACTAGATGCCTGTGGTTTCGATGCTGCTAGAGAAATAGAAAAACTTAAAGATAAAGCTCTTATA ACTATATCAAAGACCAAGACTATACAAATGCATGACTTTCTACAAGACATGGCTTTTGAAATAGGTATAGCAGATCCTAC AAGAGGCCGCATATTGACAGATAGGGAACTTAATGGATACCAGGTAAGAGAAAGATGCCCCAACTTTTTACTTGTTTCCA TAGAAAAATTGTGCTGAATTTGCAACCTCAATTTACTTATTTCTTGTCTTTATCCATTCAGGGAACTCAACCAGAAGATG TTGAAAGAGCACTGTTTGATTTGTCTCGTGAATATAAATTTGAATTCAATGCTGGCATATTCGATTTGCCTAAATTAAGA ATTCTTAGATTTTATATCCCCGTGGGTAAGGAGCTATCTGCCAGCATCTCTTTCAAAGATTTTCTCAACAATGAGGGAGG TTCTACTGAACTAAAGTATTTTGAGTGGACTGGATACCCTTGCAAATCTCTTCCAACAAATTTATGTGTCAAGTTTCTTG TTGAGATTCGCATGCGGTACAGTAGTGTTAAACGACTTTGGGAGGGGAAGCAGGTAAAGATATCTACATTGTATTTGCCT GTATCCATGCTTACATTTTCAATCGGCTTAACTGAAGCATGAGATCGATGACATTCCTTTTGACTTTTTATTTGCAGGAT CTTGTGAATTTAGAGACAATTGACCTAAGTCATTGCAGATTCTTGGAGTGTCTCCCTGATTTGTCTAAAGCATCAAAACT TAAATGGGTGTATCTCTCTGGATGTAGACGCATAACAAGTCTTAAAATTGAAAAGCATTTAAGCAATCTTCAGGAGTTGA ATGCCTATGGCTGTCCAAAACTCGAGGAATTTTCAGGGTCGTCCAATTCAATTAAAAGGTTGGATTTAAGCGGACCAAGA TCCCAAGAAGGCGAGATATGGTTTACGCAAAGTCGTCCACTGAATAACCTTACTGATGCGTTATCATGCCTGACATCTCT TGAGGAGCTAAGAATTTCTAACTGCCAATTCATGGACAAAATGAACCTACATGTCTTATGCGCTGCCTTAGGATCCTTGA AGCTTCTACATCTGAAAGATTGTAAAGAGTTGCTTGAACTCCCAGACAACATCAGTGCCTTGTCATTATTGCGTGAATTA AGGCTTAATCGAAGCAATGTGAAGAATTTGCCTACAAGCATCAAGCTTCTTGAAAAGCTTGAGATTCTCTCCTTAAAGAT GTGTTCGAAACTAGAGTTTCTTCCTGAGCTTCCGTTGTTGATCAAGGAACTTAACGCCGACGGATGTGACTCATTAGAGA CAGTATCCACTTTAAAGACATTTTCAGTGAAAATGAAAGGAATGGAGAAACACATATCATTCATGAATGCAAAGAAACCG AAGGAATCTTCACTGCTCCAGATTATGGAAGACGCCATGTTTGCAATGAAGAGGGCTCAATTGTGCAATGTATTTGTAAG AAGTAGTGTTGCGGTTTGCTTCCCAGGAAGGAGTGTCCCCTCAGGCTCAGGGCAAGGGTTGTTTGCATATCGAAGCAAAG GGTCCTCAATTACCATTGAACCTCATGACAGAAGTTTGTCCCACTGGCTAGGCACCATTTACGCTGTGGCTCTTTCGAAA TCCTATCATACTCGGGGGTTGGGTAAGGCTAAAGTTGGATGTCGAATCTACGGGAAAGATGGGGAATGCAATACTACATG GTTTGGCAAAGACTTCTACAATTCCAAATCGGAAAATGTTTTTATATGGCATGGCTCAAGTTTCGATGATGCAATCGTTT TTGAGTTCTTTGTTACAGCAAGTGACAAGGGAAAGGTGGTCGGAGAGGATGTTATAGAGTGTGGGATTTACCTGAATTGT TGCTCAAATTCTGAGCTCCAGAGTCTCATAGGGGAAGCAGAATTGGAACCAGAGATCAAGTCTGAGTGGCCATCGGCACT GGATTTGCGGGAGGACATTAATCAGAAAGAGGTTAATTTATGGCAAAGGGAAGATGATGAAGCTGCTGCTGCTAGATGGG TGGCAAGAAGCAACGAATTGCAGCAACAAATGGATAAAAAGAAAAAAAAATCAACGTATGGCCACTCACAGGAATTTCAG AAGTGAGGACTAAGATCAAAAGGAATATTATCCGTAAGAAAATTTCAATTTTTATCAAATAAAGAATGTGCCAAAAAAAA TAACATAACAAAAAAGAAGCAGCAGCAGCCCAACGACAGCAAAAATCCCTTTGTTGAAGGACTTGAAGGGGGCTTTTTAC AAAAAGTTGGTGTACATAATTTTTTTCATTTTTTCCAAGCAAAACACAAACACCACAAATTCAATCTCATATAATCAGAC CAATTAAATAATAAAAAAGATAATTGAACCAATAAATTCACATGTATACGAATTGAAGCACTCTACCATCACCTTTTTTT TCTTTTAACTAAACACATATGTTAGGAAGTTATTGGTTCAATTCTCTAAGAGTATACATTTTTTTTATAAGCAATTATCT ATTGAATTGGAAGTACAAGAGGTACTTTAACCCAATACAACAAGAAAAAGAAAACAAAACAAAACAGCAAAAAACAAACA ACCTCCCAGACAAGAAAAAAGATTGCCAAAGCTACACTACCAGAGCAGAACAAGTACTAACTAATTCTAAAATAAGCCAC CCTTCCAAAGCAAACTCGATATCCCCTGAACAAGCAATCCAATACAACACCCCTAAGAATTCTTTAAACAGAGAATAGGA TTAGGCAACCATTCAAAAAGAGAGCGATAAAACCCATTCACCTTCACCGTTACCCATAGCTCTGCCACACACCTACTTCA TTCACATCCAAGTATCCCACCAACCTTCCTATTCTAATTGGTTTTCAAACCTATCTTGGCTTCCTCGTTGTACCATTCCC AAACAAACCTTTTAGTGCCACCACCCACGATGACGGATCAGCGGCCACAAGTGGTTATAATAGGTTTTCAAGAAGGCCTT GTCGGAATTGAGGAACACAGTGGAGCCATTGAAGGATTTTCGGGAAAACTTGGAAGAATTGGAATTGGGGCATGGAAGGA ACAAGTTAGACAATCATTGTTAAAGCCTTGTTTGAGAAACACTCACCCCAATTTGACAGCGTATGCTTCTTGAGAGACAT AAGAGAAGAATCACAAATGCACGGACTAACACATATCCGTGATAATCTCAGCTGCTAAATGGCCAAGCTACAACATTACT TTTGCCTAAACTAAGATGCACCTGAACCTATTAAACTTAGAAGCCTAATTTTGCATTCATCATAGTAATTAGCAATCACT TAAGATATACTACTTTTGCCAATATGAGGTTTTCTCATCTCTACCAAAACAAACAGGCTATAAAAAGAAATTAGGAATCC ATGACATAGGATTGCGAGGAGGGAAAAGATGTAGAATGGAAATGTAGCGTAGAGCATTCAACTTGTACCTGTTCTAGGGT TTGAAACATGATCGCATTCCAAGATCCTAGCCGTCCAAAATTCAGGAAGAACCCTTTATAAAAGGCGAAGTGACCCTGAA AAACATTGGATTACACAACCAATCAGTTTGGATATAAAGGGCATCCATTGACAATCTAGCTCCTTTTTTTTTTACCAAAT TTATGGCTAAATGGCAGAGAAATTGTAAGTACATGTCTCCAAAAAAGGAGGTCAGCCGGCTATACTTGTGTGTCATATCA CACCCACCACATACGATTAAATAAGAACAAATACTTTGAAAAATTTCATGCAGCCATCTCAACAACAAAGGATCCACATA GTTAAAGGTTGTATTGTACCGAAATAAAAATGATGCTGTATGTTCTGAAGCAAATAATAACAGTGAAAAGCAAAATACAT CATTCTTTAAGGGTTTGATAAAACAATCAAGGGTGTTTTTATAAATAGAATCTCCTGTCATTCTCGACTTAACCAGCATA TACACCAGAAGGAAGATAGAACAACTGAATTAATAGAATCGTAAGATTGCACAGGAAAGAAGCTCACTTGTACTTGATTA CTTCGTAACCAAATAAAAAATGAAACCCCAAAAATAAATTTATACATATCGATCCCGGCATACCATAAAATGTTCAGCTG TCAACAACAAATACTTAATAATAAAAACTAAGTAAATCCTGAAAAATTACCAGATCAATTGGGAAGCCAATACAGACAGC AAAAAACCCTGCCCCCAGACCAGCAAGGAGATGAGTTACAACATTGTCAGTGAATCTTGGAATTTCCAAAATAGTCTGCA ATAAAAAAAGAGTTGTTTAAAATTATAGAGTAAGCAGAACAAATGTTTGTTTCACAGTGCATGCCTCCTGCAAATTATGA GTTACCGGTTTCACTTCATCATAGCGGCCTAGTTCAGCAGCATTGATGATACCATTAGGTGCTATATTGGGGCCAGACCC AGTCCAAAGAGGAAACCCTTTTCGCTCCGCTTAGCCCTATACCCCCCTAGGGGTCTTTTAGTGATAGGTTCTATAGGAAC TGGACGATCCTATTTGGTCAAATACCTAGCTGCAAACTCCTATGTTCCTTTCATTAGAGTCCCAAATCCTTCCTGTGTTA GAAGGAGGTTTGAAACAAAAGTAATTGTAAACTAAAATAATCAAATTACATCTTTCTATTCCAAAAATCATATCAGGTCA AATGTACAGACCTGTCTCACGATTTTTGAATAAGCATTTATCCAGAGTAGCACCTAGGAACACCTGGAGGCAATTATCCT TCTGCTTGAAGCCTCACTTTGACAAGATCAGTTGGATTTGGCACTGTAATTGCCACAGCACCTGTTGACAAAACAAAATG AAGGCGATCGTGATTACTGATTAGAGTTATTTGCTATTAGTATCTAGAAAGGGTAGCACAACAGTTGTAATGCAATGTAC AGCTGAGAAACCAGCACCCCTTTTTGCTATATGGGCAAAATAGAAGGCTCCCCAACTTCATTTACAAATAGAATGAAGGG TCTATAAGGGTTCGGGTGGGATGGAGAGTCTAGAGTTCAAATCCTCAGAAGGGACTAATTTACCAACATTATTAACAACT AACATTTGCCTAAAAAAACAAATAGAATGCATGAATACAAAAGTAAAATAAATAAAAAGAAAGGCTGAGTATGAAATGCC AAACTACTTTCCCCCTTGAGCAATAATATTACTGTTGATAGTGAAGCTGATCACTCCCTGCTCATAGTTACTTACTCAAC TAACAGAGTTGTGTGGCACAGCAGAATTTTGAACATAGAGGGACTGTTTTAAAAAAATTGAATAAAATCAGTAAAGCGCA ATAATGTAAAAAGACACTAGCTTAGGATTAACTTACCTTCTCATCCTTCAATGTGTCTCTAAGACAATCTACAATCGACA TTGTTTCTCCATCTGCGGGTCAAGAGGATCAAGACGGTCAACCCAATTCACATGCTGCTTGCGGACAAGCCCTTCTTCAA TGGGAAGACATTGATAGCTCTATTTTTCGGCCTAACAATTTGACTCTACACAGCTGAGGCCCAAAAGGAGTTAAGCTAGA CCCAAATGGATGAATGATTACATTGGGACTGGGTACTAGAAGCCTCACATATCTTTGTCCAAAAACAAAAGAAGCCTTAT TTTTAATGGTTTATACTGTAATATTTACTTGTAGAATACTCCATAGCTAGCTAGGATCATGCCACATGAAGGGCAGCTCT ACACAATAAAGCTGAAAATAAATCATCAGAACTTTTTACTAAAC
CDS sequence (LotjaGi3g1v0422900.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCTTCTTCTTCTTCTTCCCGGGTCTTTGTGAAAAAGTATGATGTGTTTATTAGCTTTAGGGGTGAGGACACGCGAGA TAACTTCACTAGCCATCTCTATTCTACTCTCAAAGAGGAGAATATCGTAACCTACATAGATTATGAGCTTGAAAGAGGAG ATGATATTTGGCCCGCACTTGTAAAAGCAATCAAGGACTCCATGATGGCCATTGTTGTGTTCTCAGAAAGATACGCAACC TCAAAGTGGTGTTTGCAAGAACTCGCCCAAATCATGGAGTGCAAAAGAGTTCAGGGGCAGGTTGTTCTCCCTGTGTTCTA CAAAACAATTCCAACAGACGTGAGGAAGCAGACAGGGAGTTACAAGAAACCATTTGAAGACTATGACAAAAGAGAAGACC AAAACAAAGTGCATAGTTGGAGAAATGCTCTCACTGAAGCAGCAAATATATCTGGATATGAGTCAAGCGGAGACGATTCT CAAGTCATAAGGAACATGGTTAAATATGTTTTGGGAAAGCTGCACTCGATGCAATATGATTATCAAGAAGGCCTCGTTGG AATCGAAGAACAGTGTGAAGCCATTAAAGGTTCTTCAGGAGAACTTGGAAGAAGAATTGGACTTTGGGGCATGGGGGGAA TAGGTAAGACAACCATTGCTAAAGCCTTGTTTAATGAATACTCCCCTGTATATGACAATGTATGCTTCTTGGAAAATGTA AGAGAAGAATCACAGATTCACGGACTAACACATATCCGTGATGAGCTTCTCTCTGAGCTACTAAAGGAACAAGTTACAGT ATCCAACTTTTCTGGATCCACACACAGTAGTAGAAAATTTCTGATTGTGCTTGATGATGTGGATAGTTATGAGCAATTAG AATCATTGTGTGCTGGATTTGGTGACTTGGGAGAAGGCAGCAGTATCATTGTAACAACAAGAGATAAACATTTGCTTCGT GAAATAGTTGATATCGAGATATATGAGGTCAAGCCTTTGGACTTTGAAAAATCGCTTGCGCTCTTCAGCTTAGCAGCCTT CAACAAAAGGGAGCCTGACAATGCTTACGAGGACCTCTCGCGAAGGGTAGTTGAATATGCAAGAGGCTTTCCATTCGTTT TACAATTGTTAGGTTCGTATTTTTATTCCAAAAAAATTAAGTTCTGGGAATCTGAATTGAGCTATTTGGAGACCAGGAAG AAATTCTTCAAGGAAACTCAAAACGTGTTCAAAGTGAGCTATCATGGATTGTCAAAGCAAGAGAAGGAAATATTTATGGA CATTGCTTTCTTTTTTAAAGACCGAAATGAAGATTCAGTGATAAGTATACTAGATGCCTGTGGTTTCGATGCTGCTAGAG AAATAGAAAAACTTAAAGATAAAGCTCTTATAACTATATCAAAGACCAAGACTATACAAATGCATGACTTTCTACAAGAC ATGGCTTTTGAAATAGGTATAGCAGATCCTACAAGAGGCCGCATATTGACAGATAGGGAACTTAATGGATACCAGGGAAC TCAACCAGAAGATGTTGAAAGAGCACTGTTTGATTTGTCTCGTGAATATAAATTTGAATTCAATGCTGGCATATTCGATT TGCCTAAATTAAGAATTCTTAGATTTTATATCCCCGTGGGTAAGGAGCTATCTGCCAGCATCTCTTTCAAAGATTTTCTC AACAATGAGGGAGGTTCTACTGAACTAAAGTATTTTGAGTGGACTGGATACCCTTGCAAATCTCTTCCAACAAATTTATG TGTCAAGTTTCTTGTTGAGATTCGCATGCGGTACAGTAGTGTTAAACGACTTTGGGAGGGGAAGCAGGTAAAGATATCTA CATTGTATTTGCCTGTATCCATGCTTACATTTTCAATCGGCTTAACTGAAGCATGA
Protein sequence (LotjaGi3g1v0422900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSSSSSSRVFVKKYDVFISFRGEDTRDNFTSHLYSTLKEENIVTYIDYELERGDDIWPALVKAIKDSMMAIVVFSERYAT SKWCLQELAQIMECKRVQGQVVLPVFYKTIPTDVRKQTGSYKKPFEDYDKREDQNKVHSWRNALTEAANISGYESSGDDS QVIRNMVKYVLGKLHSMQYDYQEGLVGIEEQCEAIKGSSGELGRRIGLWGMGGIGKTTIAKALFNEYSPVYDNVCFLENV REESQIHGLTHIRDELLSELLKEQVTVSNFSGSTHSSRKFLIVLDDVDSYEQLESLCAGFGDLGEGSSIIVTTRDKHLLR EIVDIEIYEVKPLDFEKSLALFSLAAFNKREPDNAYEDLSRRVVEYARGFPFVLQLLGSYFYSKKIKFWESELSYLETRK KFFKETQNVFKVSYHGLSKQEKEIFMDIAFFFKDRNEDSVISILDACGFDAAREIEKLKDKALITISKTKTIQMHDFLQD MAFEIGIADPTRGRILTDRELNGYQGTQPEDVERALFDLSREYKFEFNAGIFDLPKLRILRFYIPVGKELSASISFKDFL NNEGGSTELKYFEWTGYPCKSLPTNLCVKFLVEIRMRYSSVKRLWEGKQVKISTLYLPVSMLTFSIGLTEA
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 | 4 | 153 | 150 | 1.01E-39 | ||
| Gene3D | 10 | 179 | 170 | 1.1E-65 | ||
| PANTHER | 11 | 611 | 601 | 6.6E-162 | – | |
| PANTHER | 11 | 611 | 601 | 6.6E-162 | – | |
| ProSiteProfiles | 12 | 150 | 139 | 29.464 | ||
| Pfam | 13 | 179 | 167 | 3.8E-47 | ||
| SMART | 13 | 150 | 138 | 1.0E-44 | ||
| Gene3D | 180 | 327 | 148 | 1.2E-24 | – | |
| SUPERFAMILY | 181 | 428 | 248 | 1.81E-52 | ||
| SMART | 202 | 333 | 132 | 2.7E-6 | ||
| PRINTS | 205 | 220 | 16 | 3.5E-14 | – | |
| Pfam | 205 | 400 | 196 | 9.6E-26 | ||
| PRINTS | 274 | 288 | 15 | 3.5E-14 | – | |
| PRINTS | 367 | 381 | 15 | 3.5E-14 | – | |
| SUPERFAMILY | 405 | 486 | 82 | 2.86E-6 | ||
| Pfam | 590 | 609 | 20 | 8.0E-6 |
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 LotjaGi3g1v0422900.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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