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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0541900 |
| Transcript ID | LotjaGi1g1v0541900.2 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class), putative; TAIR: AT5G41550.1 Disease resistance protein (TIR-NBS-LRR class) family; Swiss-Prot: sp|Q9C7X0|ADR2_ARATH Disease resistance protein ADR2; TrEMBL-Plants: tr|I3S288|I3S288_LOTJA Uncharacterized protein; Found in the gene: LotjaGi1g1v0541900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:107057632..107075459) extracted from Lotus japonicus Gifu genome v1.2.
AGCCTGTAAATAGCACACTCAGAAAAACACGTTAGAGTACCACAATTGCTCATATCAAAAGGTTAACTTGTAATCATCAA AACATAGAGTTGTACTACTAGATCAAAACTTGATCTTACACTCTTGTCAGGAATCTTAAGAATGGTAAGTGTCCATGCTT TTGCACATAATTCCCACAGAATGAGCAGAATTTTAGTTACTGATTCAACATACAAATTTCAAAATGGCATGTTAAAATGC ATGTTTCTGTATTGAAATCTAAACAAATTGTGAGTAATATACCTGGACCTCCATCATTGTCTTCAAGATCTCCAAGAAGA AATGAATCCAAGTCTTGGTCAGAGGATGAATTGGAAGATTTACTCTTCAAATTATTCCCTGTTGCTTCAACTTCTCCAGT TCCTCCAGTAGCAGCGGTTTGCTCTACCTCAGTATCCACATTCTGCTTTGCTGCTTCTATGAGTTGAACCTCCTTTCTCA TACCTGATTGTAACATCATTGATCGTTATTAGACAAAAAATATTAAATTAAAAAATATTCTAACTTTTGCTGGAAAAAAA AAACAAAAAATAGGGTTTTCAGAACCCATATAAATATCAAACATACACCTGCATATCAATAATGAGCCAGTGTTTCCAGA AACAGCAAAATAAGTGATTTTGATAAAAAATACGCAGAGGAAAACAAAAGAAAACGAAATTTGAGAAGAAGGAAGATGTG TACATTGAACATTAGCAGTATTTATAGAACTATGAGAGGAAAATTGAACACTTGCAAAGTCCTACTAACCTGATGTGATA CAACGATGACAAAATAGTGCATCATCTTCTCTGTTGCTACTGATCCTCATCTGACAACAGCCCTTCTTTCCCTCTTCTTC ACTCTTCCTTCCAAAATCGGGATGATCTATCATGTCATCTGAGTTGCCTCACCTAACCATTCACACCATCTTCTCTTCTC CCTCTGAATCTGATTCTGAAATTTTCGTACTTTCCATCATCATCTCTTGTCCTTCTCCTTGCTTTCTCCTTCCTCCATTG TCTAATCTACAAAAGAAGTTGATAATTTCATCAACAACTCTTCTGCTCCTTCTTCCTCATGTGCTGTGCAGACGTCGGCT GAAAGGGAGAAGAGACGACGTGTGATAGGCTACAGAGAGATGACGATTACCCACGAAATCAAACCATGGACACACTCCTC TCCTTCATCGCATACTCCATCAACGCGTTCTATGATGTCAGCAAAATACAGGAGCTCGAGTAGAATAGAGGGGAAAAAGT CTCATAGATGAAGGGCCATGATTAAAGAGTGAAAATGGAGAGAGTCAAATCAATGGCCCAGATTGAAAGTTCTCTTATGA ATAGTGATTTTATGTCTCTCTTTTAAGATGTAGTAGATGTCAACAAAGAGAGAAAAAATGAAATAAAATATGGTAGGACA ACAAGACAACAACAATCCTGCCAATGTAAACAACGGAAAAAAAAAATGCAAAAAACGCAAATCCCCCCTATCAACACGAC ATCCATTAATTGCCATAGTCTCAAGCGCCACAGCAAAGACATCATAGTCAACTCTTGCAGCATCAATAACCACCTTAACC ATTGGGGGATCACGCGCATGCTCTCATTCAGCCGGACGAGCATACCAAACAACAAAATGAGTTATATGCTTAATAAATGG CTAGATTTTGCTGTTGAGAAAATAACTTTGTAAGTGATATATGCATGGTCTTGAGGCACACTCTGACCTGTGTGAGCCTG GTGATGTCCATAACCTATTCAAACTTTTAATTTCTTCAGAACCTTATGTTAGAAGTTGGTTCTAAATTCTCCCATTTTCT ATGCGTGTTGCACCTCATGCTTCTTGATCCACCTCCAGCTTGTGATACATCAGCAATTTAGGTGACTAAGCAATATCAAG ATTGCTTCACAACATTACACCTTGCTGGTTGCTTCTTCCACCACCAGCTTAGTAACCATGACAAAGCAAGCCTATTTTTC CTAGCTTTCAACCTCCTACTTGCAGCATGGTGAACGTGTCACTTACTGGTTCCTTTGCTTCACTCCTAAGCATTGGTTGT GTGCCTATATATATTGCAACAAAGACAAGACTTCAAGAGCATCACACAAAGAGTGCATATACACGAGAGAGGATTCAAAG AAACATTGGCACACTTGTTTTGTGTCATTTGGTTTTTGGTGAGAATTCTAGTTTCATTTGAGAGAGTTATTTTGTGAGAA AAATATTTCTCTTTGTCCTCATTTCTATAAGAGGATTTGTTGTACTCTCCCTTTTACATAGTGGAACTTTGCTTGTGATC GCCCGTGGTTTTTTACCTCTCACATTAGAAGGGTTTTTCCACGTAAATCTTGTGTGTTCTTTTTCTTGTCACTTTACTTT TACTTCTCTTTAGTTCTCAATTATCTCGATCATGTGCTTCCGCATTGCCCTGATACCCTAACACCTTAGATAATTCATCA TCAAAATTTACCCTTAGTGTTTTATTTTTGCATTTTAAAGACTTCTTTGAGTTCACGTCAATCTCTTCGGCCCTTTAGAT TAAGAAAGGTATTGGGTTGTGGGAGTCTATGATGATATCCTATATAAAAATGCAGAGCACGTTATCAAACAACTTGGAAG GCTGTTAATGGTATTTGTGGTGTCTAACAAAGGTACGTATACCTCAATTTTTCATTTAATTTTGGTGAGTTGGAGTTTCA CTTGTTTACGAAGGAATTCATTTTTTTAAACGATGCTGTTTACCAAGGATGCTTCCTCCCAATAATTGAAGGAAGATGAT GCTTTAAATGAAATAATTAATTAACTAATCATATACTTTTTTAAAATACAATATTCACTCCTCTAAACTCTTACATTTTT TTAAATAGACACCATCAACTTTCTTTTGGTCTCAATTAATCCTTAAACTATACATTCATTATTATAACATATTCCTCTTT CCCCCCTAAAAATCATAGGTATTATTTGATGAGATGAAAACTGCTCAATACTCGTTTTAACACTATTTTATTAATTGATT GAAATTCATGCCGAGTCAGCTACAAATTGGTCACACTTTCAAGGTGTGACTCACAAATTCAACTAGTTAATGAGAGTGTT TTAAAAACAGAGTGTTACTGTGGGTGTTGCTAACAGTCCTCCTAATGAGACAATGTTGGAACGAGGTAAAAACAAGCAGA CAATGATGTCGAAAAGGATTTATGTACATACAACTGCCAGCGACCAACAACTGACACATGCGAATTGTGGGGGGTTTTCG GCCGCCCCAATATGAAAAATATCTAAAAAGAAAACATTTTCTGGCAGCTCCCGGAGGTAGCTAGCAAAAAGCCGCCACAA AATTGCGTGTATTAAAACCTCCGCAAAATGCTGTTTTTCTCTTAGCATTTTTCAGGCGGTTTGTTAATAAAAGAAGGGTT TGAATTCTATCCTACATTGCAACCTCAAGAGATGACACTTAGCTACTCATATTATAATTAAATTGAAAACATGATAACCC TAGTAGATGATACCATACAGAAACTTAGAATGATCTTCTGAGTTTTTGCTCCCTCCTTCTCCTCCTTTAGAGTGGATCAC GTTTTCTGTGTTTCTCTCTCTCTCTCTAAGATATATCATTATAACACTAAGTACCATTCTATAATTCAAAATGATATATG GAGGAGGGGAGGTAAATGTGTATTTTGTAAACTAGAAGAGAGGTCGAGAGGTCAGTGCAATAATATTAAGCTTCAGGGGA GGTGGGTTTAATTTTCCCTAAATAATTAAGTCCTCATGCTGGTTGCACAAGGTGGCATAACCGTAGCTTGGGAAGCACAG TCGTGTTGGCTTTGATACACATCAGCACGGGCAAGGTAGGGGCATCATGGCTGTGGAGCTTTATCAACAATCATATCAGA ATCAGACTTTTCTCCCTGTGCCAATCGAGCTTCATCTTTTTCCATTTGTTGTTGTTGCACTAAGCTGCAAGACCCCACTT TTGACAACCATAACACGGTATAAGTTCCTTTTACCAAAATCTTTTTGGCCTTCTTAAGCTGCATGTGGGTAACCACCGTA GTTACTACCTCCATTTCAAAAACCACCATGCTGGAATATATTCATGTGCCTTTTCTTGCATAATTCCTTCCTTGCCTAAA ATCTTGTCTCTCATTACGAATACCATCTTCTTGGGACGATGATGAATTTGTTGAATTCTTCTCTGTTTTGCCACTTTGAG TGTGTTATGATCCAGACTATGTATTTCTCTTATTGAACCTTTATTCACGGGTCTCAAGAGATCCTTGCTGATCCTCTATC TTCAAAGCTTCAGGTTCTTTGACTTTTAATTATTTGCAACAACAATATAGTTGAATCTTGGACTCAATATTGTCCTAGAG ATTTTCTTCACTACTATTTGATTAGTGAGAATCTCACCACACACCTTCCTCTGGTTGAAGAGAGATCGCACTTTGGTGAA GTAATCAGCCACCGTTTCTTGTGCCTCCATTTAGAACATATTGCCTCCTTAATGTTTCCGACAACACCATCGGTTAGAAG TCTCACATTGGCTAGAGATAGAGCATAGATAGTCTTTATAATGGTAGTGTTGGAATCAAGTGTTGGAGTCAAGTCCCACA TCGGAGAAGTCAAGGTGAGAGGGAGAGTTTATCAGAGATGTGGCCCATAAAACTAATGCCTTAAGGTTTTGGGTTAAGAT GTGGTGTCCAGATCTCCTTGGTTTCTCCTCTCGGCCTTGGCCCATGGGTCCTCGCCGTGACTCTCCCAACAAGTGGTATC AGAGTCGATGGTTTGTGGGACCATAACGACTCCTTGTGTCGAAAGTGTTCCTAGCAGTGTGGCTAGGCGGCGGGTTCCGT TGGCAGCGAACGACGGTGCAAGGTGGATAGCTTCCGCAGACGGGAGGACCATGGGTGATGTGGTTGAGGGACTCACACTT GAGGGGGAGATTGTTGGAATCAAGTGTTGGAGTCAAGTCCCACATTGAAGAAGTTAAGGTGAGAGGGAGAGTTTATAAGA GATGTGACCCATAAACCTTATGCCTTAAGATTTTGGGTTAAGATGTGGTGTCCAAGATCTCCTTGGTGTCTCCTCTCGGC CTTAGCTCAACTCTTGATGAGCTAGCTTTTGTGGTTGAGTATAGGCCTCCCAATTTCTAATATGGTATCAGAGCCAATCC TAGATCCATTTGTTGTTTGTTGTGGAGAGTGGAGACCTCCCATAATTGGGTCACCCGTTGTTGTTGATCCCACGTTCCAG GTTGTTCTGTCCTGGGCGTGAGGGGGTGTGTTAGAAGTCTCACATTGCCTAGAGATAGAGCATAGATAGCCTTTATAAGG GTAGTGCAAACCTCAACTCTTGAGCTAGCTCTTGTGGTTGAGTATAGGCATCCTAATTTCTAATATAGTATCAGAGCCTA TCCAAAATCTGTTTGTTGTTTGTTGTGGAGACCTCCCATATTTGGGGCATCCGTTGTTGTTGATCCCACGTTCCAGTTGT TCAATCCTGGACGTGAGGGGGTGTGTTAGAAGTCCCACATTGGCTAGAGATAGAGCATAGATAACCTTTATAAGGGTAGT GCAAACCTCAACTCTTGAGCTAGCTTTTGTGGTGAATCAGGAACAGAGCTTTGGAATATTTCTTCTTCGACTCTGGTGAA CATTTCTCTATGTTTTGTTGGGTTCTCTCCCAATTCTTGATCACCATTCTTCACTATCTCCATCACTTCTTAACAGTCAA AGATGACTTTTATCTATATGCACCACTTCTCATAATTCTTATCATCAAGAACAATAAGAGAAATTTTGAAAGTAATGATC ACCAGGATGAGTCAAGCTCTCAATACCACTTGTTAGAACACCTCATTTTGGTGTTTGTGAATCACACATTCACTCGAATA ATAAGATGACAATTATTGGTAGTATAATATCAATAAAGTAGCCTTATTTAGTTTTATTAGTACCATGTGCAAATATTAAA TTCTACTTTGATAGATAATATTGTAATTAATAGAGAAGAATTCTAGTTAATTAATATAAAAGTGATAAGTAGGAGAAATT TTATTAAATGAGAGTATAGTTGGAAAAGCAAGAAAAGTTCACGTGACTCTCTCTTGGTTTTTTTAAACTAAATTTAATAA TTTAAAAGTAAAACAACATTAAAGATATATAGTGTATTTGTTTCACTCAATGCTGACGACAACTCTATTGGGAACCGGGT CTGGTTCTTTTTATTTCAGGGGTGTTGTGTGCTTTGCGGAGGATAGTTGGATTTTTGGGTTTGCTGGTTACGCGAATGTT TGTGACAGTCTTCGTGCAGAGCTTTTGGAAATTCTCAGGGGCTTGACTTTGTGTTGGGAGCATGGTTATAGGAGAGTTGA GTTATTCACAGACTCCATGCTTGCGATCTGGAGCTTCTTCTTTCAGATCACCCTGTGTTCATCAGTATGCTTGTATTATT AGTAACATTAAGCGTCTTCTTTGCCAGAATTGGTTATCTACTGTCATCACTTACTTCGCGAAGGATTTTTTGTTGCTAAT TATTTGGCCAAGCTTGGAACCTATAGTAGGAGCACTTTCTTATTTTAGAGTGTACCTTTGGCTGGTGTTTTTCCTTTGTT GCGAGCTTATGCTCTTTGTGTGACCTTCTTAAAGCGTTAGTTTCTTTTTATGTTTTGCCTTTCTTTGCTTTTTGTATCAA AAAAAGTGTATTCTTGCATTTCGTTGGTTGTGGCTTCCTAACCACCGGTGATTCGTGGACCACCAAAAAGTGCCCCGACA TCAATTTTGTGGCGGTTTAAGATTGCCACAAAGTTGTAACCTTGAAAAAAATGCATTTGTTGGCAGTTTCGTGCATTTTG TGGCGGTTTCGAACCCCCACAAATATCGGTGTCTAGGGGTGTTTTTACTGGAGTGTGGTTGACCAACCTTTTTTGCTTCC TAACAATGACCATTATTGTACTTTTAACCAGAAAAGAAAAGGTTGAGAGTGAATTTAACTCAAAGGTCTAGATTTGCTTA CACTGACCTCAACCCCACGTTCTTTGAATGAATTATTCTGATAATTAATGTAAGATTGTAAGATCATTTAGGTAGAAAAT AGTTTGAAGGTAAAAATCCTTAAAAATTGATGAGGCTGCTCTTCATTATTTTTTATACAAAAGCACATGTTATTACAATC CTTAAAAATTGAAGAGGCTGCTCTTCATTATTTTTTATACAAAAGCACATGTTATTACATTACCAACGAGTACGTTGACC AAAGAGATAACGAAAAAAAATGACAAGTAGATACCAATTAGGACACCCACCCAGTTCCATTATTTGTGTTTCCATGAGAA GCTTTGGTTAAGGCACAAAACCAAATCACTCTGATCTGATCTGATCTGATCTTTAACTTTCTGGTTGCTTCCTTGTCCAT TGATCATTTCCAAAAAGGGTTTTAGCGAGATCGATCTCCATATTAGGTGCTAGCTTCATTTAGTTTTGAGGTAAGTTAAA ATTCCATTCACTTCTCTTCTTTAATTCTATATATCTTTCATTTTTCCTTTCCTTGACAATTAATATTCCTGGTTCTGTCA AATTTTGAAGTTTTATGTATTTTCTCAAATCTGTTCTGTTCTGGTTAAGATATAGTCATATAGATTAAACATGGTAATTA CAGAAGGCATGCTTGGATTGGTTTTTACACTTCCACATATGAAAATTCTGACAGTATATCCTAACATAAAACAACCCCTA ATAGCTTTCAGTCGTTGAAACCAATTCAATTTGATTTGTTGTATGAAAATTATGTCATGAATATAAAATTGATTATTTCC TGATCTTTAAATGGGTATAGCAGCTAGTTAACTAATTAGAAAGAGAAACACTAGATGTGTCGACTAGCAGTTATTTCATT ATTTGAAAAGTGATGTTTCAATTGTTTTCTGAATGATTTTCATTAATTGTACAACTGTGCAACTGCACAACTCTACGAAT CTTAGTGTTTTTGTAAGTTTAGAAGAATATGGAAATAATTTTGGTGCCTTTCATTGATCAATGGCAAGAGTATATATACA GGTAAAGTCAACCTAGGAATAAATATAATTACAAGAAATTAGACATAATTACAGGAAGAATATTTCCTATTCTATTACAC CCCCGCAGTCGAAGCGGGAGGTTCACTCACGCTGAGACTGGACCGAAAATCATCAAAGAGAACTCGAGGGAGGCCTTTAG TGAAGATGTCTGCAATCTGGTGACGAGAAGGAACATGAATGATGCGTGCCTGACCACGGGCGACCTTCTCTCGAACAAAG TGAATGTCCATCTCAATGTGTTTAGTGCGCTGATGCTGGACAGGATTGCCGGATAAGTAGATGGCACTAACATTATCACA GTAGACTAAGGTAGCCTGAGAAAGAGGAAAGTGAAGCTCTAAAAGCAGGTTGCGTAGCCAACATGATTCGGAAACCACAT TAGCCACGCCGCGATACTCAGCTTCAGCACTGGACCGGGAAAGCGTAGGTTGTCTCTTGGACGATCAGGAAATGAGATTG TCGCCGAGAAATACACAGTAACCAGAAGTAGACCGACGGGTGTCGGGACAACCACCCCAATCTGCATCAGTGTAGGAAAT AAGCTTCTCGATAGGAGAAGGATAGAGATGCAAGCCAAACTGTAAGGTGCCCTGAACATAGCGTAAGATGCGCTTCAGGG CAAACAAATGCTCTGAGCGGGGGGCATGCATGTGAAGACACACCTGCTGAACGGCATAAGAGATGTCAGGACGGGTGAAT GTAAGATACTGCAAAGCTCCAGCAAGACTCCTATATAAAGTAGGATCATCACACAGAGTACCAGCAGAAGTACTGAGTTT CTGCTTGGTGTCAACTGGAGTGGCAGAAGGATTGCACGATGCCATACCGGCGCGAGCAATAATGTCACGTGCATATGTAC TCTGACTAAGAAAAAGTCCACCTGCATGTCTGGTGACGGCAATGCCCAGAAAATAGCTCAACGGTCCCAAATCCTTCATA GCAAATTCAGAGGCAAGAAGGGCCATGATAGATTTACGAAGGTCATGAGAGGAGCTGATGAGGATGATGTCATCAACATA AAGCAAGAGGTAAGCCATGTCAGAGCCTCGTCTGTAGATGAAAAGAGAGTGATCAGAGGTGCTATGCTGAAACCCAATGG TGGAGACATAGTCTGCAAAACGCTGGTACCAAGCACGAGGCGCTTGCTTCAAGCCATAAAGAGATTTCCGCAAGCGACAC ACATAATCAGGATGAGTACGGTCACGGAAACCCAGGGGCTGATGCATGTAGACAGTCTCATGCAGATCACCATGGAGGAA TGCATTCTGAACATCTAACTGGTGAATGGGCCAAGACCTGGAGAGGGCAATGGTGAGAACTGTGCGAATGGTCGCGGGTT TCACCACAGGACTAAAGGTCTCATCACAATCAACACCTGCAATCTGTGACCTGCCATCACCTACAAGACGAGCTTTATAA CGCTCAAAACAACCATCAGCTTTCGTCTTATGACGAAAAATCCACATGCAGCGAATGATATTAACATCACTAGGACGAGG AACCAAATCCCAAGTTTTATTTCTAATTAAAGCATCAAATTCAGACTGCATTGCGGATTTCCAATTTGGGTCTGAAAGAG CTAGCTGTGGGTTTTTGGGAAGAGGTGATATGGTGGGATCATCAATGGTTACAGAAAGGTTGAAGAGCTTTCTGGGTTTG TAGATACCACGCATGCTGCGAGTGGCCATGGTACGGATAGGAGGTACAAGCGGAGTGGGCGAAGGAGGGGAAGGGGAAGA TGGTAGAGAGTCAGAGGAGGAGGAAGAGGTCGTGGGGAGTGGTGGTATGGGCACAACAGGAGGCACTACAGGAGTAGGGG TAGGGTCAGGTACGGTGGATGGACTAGTCCACTGGTGAATGATAGAGGGATGTATAGGATCGGAGAAGCAGTCATATGTG GAGAGAGGAGGGGTAGTCATGGTGGCAAAGGGAAACTGAGTCTCATCAAAAATGACATGTCGGGAGATAATGATCTTTCT GTGCGACAAATCAAAACACTTATAACCTCGATGATGAAGTGGGTACCCTAGGAAGACACACGGGGAGGAGCGTGGTTATA ACTTGTTAATGGTAGTGGAGGGAACCAAAGGGTAACAAAGACAACCAAAGACGCGAAGATGTGTGTAAGACGGGTCACGA CGATATAGAAGTTGAGTGGGAGAGAGATTAGACAAAGTTTTCCGAGGAATGATATTAAGCAGATATGTAGCCATTTGAAG GGCATGATGCCAAAAGGACGGAGGAACAGACGCATGAGCGAGAAGAGTGCGAATCATGTTGTTAATGGTGCGTATTTTAC GCTCCGCCTTGCCATTTTGAGATGATGTATGTGGGCAGGAGAAGCGAAAAATAAGACCATTAGCAGCACAATAATCATGA AAATATTTATTGTCAAATTCTCGCCCATTATCACATTGAAGACATTTTACAGTTTGAGAAAAGTGCGTGCGGATTTGAGT TGAAAGAGAAGTGAACATTTCAAAAACTTGAGATTTATGACTTAAAGGAAATGTCCACAAGAAATCTGTAAAATCATCCA AGAATAAAACATAATATCGATGACCAGCGGAAGATAAAACAGGCGAAGTCCATAGATCACTGTGTAAAATGTCAAAAGGC ATCACAGTTACATTACTAGAAGAGACAAAGGGCAACCGAATATGTTTTCCCAACACACAAGACTCACAAACGGTGCTAGA ATTCAAATGCTCATAATTAATGAACTTATTACTACGAAGAGACTGCAAAGCAGAAGGATTGGGATGACCAAGGCGGCTGT GCCAGAGACTCTGAGCTAGACCAGCAAATGAAAAGGAGGGAGTGACTGGATACAGGTCGCCATTACTATTACATCTCATG AGTGGAATCACCGTCTGAAAATCATGAACCGAGAAGCCAAATGGGTCAAAACAAACAGAAACATTGTTATCGGTAGTGAG TTGTCGCACAGAAATCAAATTTTTAACAATTTGTGGTGTGTGCAAGACATGGGAAAGGGTCAAAGGCTTGTGTTGATGGG AGGTGGGGAGGGTGGTGTCTCCAGAACCCTGAATTGGAATGCCTTGTCCGCTACCAACATACAGTTTCTGATTAAGATGA CTTAAATTAGAATAAGACGTGAGATTACCTGGTGATGCGGCTACATGAGATGATGCTCCAGTGTCCATGTACCAGGTGCC ATCCGGGGGAGCAAGTGTCATGGTGTGCATGGCAGTGGCAATGTCAGTGGGCACATGTGATGCCGAAGCAGCATAAGCCT GAGGACGCGGACCCAAAATGCCGGGTTGCCGAGGTGGAGCAGACGGACGAGTCCACTGAGAGGTAGGATATGGGCACGGA GGCATGGCCCAAGGAGGCGGAGCCCATCCCCAATGCTGGTACGGGAAGTACTGCGAGTGAGGTGGCATCGGAGGAGAGGA GCCCTGAGAGGTGCCACTGCGGGATCCACCACCGTTGCCACGATTCCCACCACGACCTTTAGAGTTGTGGGATCGAGAAC GGTTGGAGGACCGACGATCAGAGCCCTGAGAAGAGACATCAGAAGGTCGCGGCTGAGTAGCAACATAGGCAGCAGGAGGC TCAACAGGTTTCATCTTAGCCATACCGGCTTCCTCCAAGGTGAGCATGGAGCGAGCCTGATGAAACGAGGGGAGCGGATT GCTCTGGCGAATCAAAGTGGCGACACCCTTGTAAGCATCAGTGAGGCCGGAGATGAGCTGCAATACCAGACGATGGTTGT TCACAGGAGCCCCGACATCACGGAGCTGATCAGAAAGCGTCTTCAGACGCTGACAGTAGGCGGCGACGGTCGGAAAAGCC TCCATGCGAACAGCAGAGAACTCCTGCTCTAGGGTAACTGCACGGGCGTTCTGATTATCATGAAATAGGTCCGCCAAACG CGTCCAAGCACTGAGAGCAGTGGAGTCAGGCTTCATGATGGTGGTCATCAGGTCAACAGAAATGGTGGAAAAAATCCACT GAAGGACCGTGGCATCCAAAGTGGCCCACTGCTCATAAGTAGGGTCAGTGACGAGCGGAGGAGGCTTGTCCGCAGCAGGG ACAATGTGATGCAGAACCCGATGGGAACGGGCATGAATGCGAAAAAGCTCCGCCCAAGTGCCATAGCGGTCAGTGTCCAT GTCAAGCATAATAGGAATGTTATTCCTAATGTTCGAAACAGCAAGCGCCGGGTGAAAATCAGACTTGACCGACGGTGTAA GAGGAGCCACTGGGGGGACCACCATAGGAGTGGTGACGGTCGCAGGGGTGCTGTCCGATGAGGCTTGAGAAGTCATTGTG AGGAGTTTGGCCAAAAGTGAAGGAAAAGGAGGGTTTTTTTTTTTTTTTTTTTTTTTGGAAAAGTCCGGTCTAGGAGAACC GGTTCGGTCTGGACGAACCGGTGCTGGCGGTTCGCGTGAACCAAGAAACAAACAGACACGGATGCAAGGAGACGGGTCGG GTCTCCTATATGGATGGCTGCTGGATCTCCACGCAAACACGGAGGGAAGGAGAGTTGGGCTGGCGGCGCGCGGAAGGGTG GCCGGAGTTGGGCGGCGCGCGAGTGGCAGCGGAGGTGCGCGGGACGGCGCGGGCAGAGAAGGCGTGCGTGCGCTGGGGGC AGAGGAAGAAGAAGCAGGCTGCTGGGTTGGAAGAAGAACAGCAGTGGTGGAGAGTAAAAGAAGAGGGAAGAGTTATGCGG AAGCAAGGGAGGAGGACAGGGGCGCGGCGGCGGCAGTGGGCGGCGGTGGCGCAAGGGCCTGTGTGCGGAGGCTGTGCAAA GATGGGAAGAGGGCACGACCGTCAACGCAGAAACAGAGGCTAGGGTTTGGATCAATTAAACAACTCGTGATACCATGTAA GTTTAGAAGAATATGGAAATAATTTTGGTGCCTTTCATTGATCAATGGCAAGAGTATATATACAGGTAAAGTCAACTTAG GAATAAATATAATTACAAGAAATTAGACATAATTACAGGAAGAATATTTCCTATTCTATCAGTTTTCTTATTAATTGTGT GAGTTTCTTGCATTTTTTAGTCTACCATATAGAACAACTCGATCAATTGGAATACGAACAACAATTTCAGATGTCTCTTT CGTTAGCTGAAGATTACCGGAAGCTGCTTCAAAAGCGAGATTCTGTCTTGAGTAGAGTTGAAAAAGCAAAGGAAAAAGAT GAAATAATCAATGATGCTGTTGGGAAGTGGTTACATGAAGTGGATGAACTAATAAAAGAGATGAGTAGTGGGAAAAAGAA AGGAGCTTATAATAACAATTTCAGCTCTATGAAAGATGCTTCAGAGAAACTCTTGAAGGCACTCCAAGATGATAGATACT CTAGAATAGAACTGTGTGGGAAGAGGGGTTCTGGTAAAACAACATTAGTGAAATCTGAGACAAAGAAGTATGAAAAGATA TTTTCTAGGGTTATATTTCTCAACATGTTCAAAAAAGATTTGAAGAGCATGAATGAGGAAATGGCTAACTTACAAAGAAG AGAGAAAACAAACTCGGAAACTACTCTCTTCATCTTGGATAACTTTCCCACACGGCATTCTTTGGACGACATAGGTCTTT CTCGGTCTACACTCGGTCCACAGCGCAAGGTCCTTTTGATCACGGACGATGAAGCGGACTGCACTAGGCATTACAAGTTC ATTTCGCAGCGAAAAAGGATTTGTGATAGTTCAATTTCTATGGAGCGCATATCGGATGACGAAGCTTGGGAGCTTCTGCA TAACCTTACTACAGGCATTGATTCCAGATTGGATCTATTAAATGTGGCACGGGAAGTTGCTTTACAATGCAAGGGCTTAC CCGGTTTAATCAACGACGTCGTGTCTTCCTTAGATAACAAGAACACTATGAAGTACTGGAAAGAATCATTAGACAATCTA CACCATTCAACAGCTTGCCACCATATTTATTTCAGCGCTAATATAGAATCTGCTTGCCTTGAATTTACAAAAAGTCTCCA TGGCGCTTTGGTCCAACAAGGTTTCAAGATCATCCCAAAGGCATCATTTCATTTATCCCGCAAAAATTTTAAAGGTCTTG AGGAAGAAATTGCGAAATCAAGGTGCTCAATCATCGTCATATCAAAAGAATATGCAAGAGATTTTAAGGGTCTTCAGGAA CTTGTTAAGATCCTTAAGTGTAAGGAAACTATTCAACAACTGATTCTTCCAATCTTCTATAACGTGGATCCCTCAGACGT AAGGGATGTGAAAAGAAGTTTTAAGGATGGACTTCAGCATGCTAAGGAGAATGCCATGGAAGAGATGAAACAACTATACA ATGAAGAGGCTATGCTGAAAGAATGGACTTCAGCTCTCTATGAACTTGGCAGATTGCCTGGAAAACAGTACATAAAAGGG TACGTCGCATACTTCCTTCATTTTTATTTAAATTTCATAATTAATGTATAGTCTACTACATGCTGTTAATTAATTATAAA TTATTTGTAATTGAAGGTCTTGAATAGTTAAATAGGTTAGTTAATATTCTAAATAGTAATTCATATTTAACTGTTCCAAG AAATAAGAAACACAAATGTTAAGAAATGCATTAATTTTATTAGTTATTATTAGTTTTCATATTTTAACCTTTAAAATTTC TCACAATGACATTACTTGAAAAAACATAATTTAATAATATTTTCTTGAAATGTTAAGTGGACAGTTAATAAGAAACGAAG ACAATAGTAATATTAATTTTAAATATGACTTAATTTGTAAAATTTCGTCACACACATACCATGTGCTTGTGTGCTATTTA ATTCAAGTTTAATTTATATATACTTTTTCAGGTCCCAAGATAATTTTATCCAAGAGATTATAGATCATGTCAAAAATAAT AAACATCGCTTGCATGTAAAGCATGTAAATGGACAAGAAGGAAGATTGTGCTCATACGACAAGGACTGCACAGGGGACTG ATCTTGAAGTGAAGACAGAAGTGATTGCAAGCGGTTTTTGGCTACCAAAGGATATATTGTTGTTGCAATATAATGCTCCT CTTCAATAGTAGCAAGTAGTTTTTGGACATTTCACTTCGGATAGTAATTTGTCATGGTGAATAATAAAATAGTTGGAGAA GATTCTTTTAAGGCAAACTTGTTTTTAAACTTTGCAATTAATAATGTACCTGCTCTTGGTTTAATCTCAATTGTATTTTT TACTCAATAAAAGTCTACAAGTTAAAAAAGTGCACCCTGTTCCTGTTCCAGGGGAGGAACTAATTAAATCAAGAAAGAAA TCATGTTGAGAAGAAACTTGAAAGCAAATTTCTGGAAAGTATCTTGAATGAATAATAGTCTTTATTGTATCAGAAAGAAA AGTACACATACTGGTCCAGTCTAAAAGTATCTTGAATGAATAGTCTTTATTGTATCAGAAAGACAAGTACACATACTGGT CCAGTCTAAAGAGGATTTCACTGTGGTTCGATCTCTATTCTGAGCACATCTAGTTTTTATCCCGCTGTTTAATCAAGTCT CTACTGTTGTGTTGATTGACAGCACGTACAAAACCAACAAGTATATGATACCCTCCGCAAAACTCACGTCTCCATAGCTT TTGTATACATGTGCAATGAGCGCAAACTAGAAGTGACTTGGACGCTTGAAAAACTGAGAGGGTTGAAACTTAGAGAGAAG GATATGCCAAAGGTCATTGTAACTGATAAGGATAATGTTTTGGTAAGCGCAGTTGCAACCACATTCCATATATCTACTCA TTTGCTATGCCAGTTTCATATTGCTAAGAATGTGAAGGTAAAGTGCAAGCTTACTATCAAACCCAAGGAGTTGTGGGGTG AAGTTGGGGACGCATGGAGTATTGACATGTATTCGGCATCCTCCGCTGAGTTTAGTGCTGATATGGACTTCTTGTGTTCA CTGTGTGGGGATGAATATGAGTTCATGTAGTACATCAACACTTCTTGGTTGCCGCATAAGAACAAGTTTGTGAAGTATGT CATTGACAACTATATCCATTGACAGGTGCTTTCTTATCCACTGATATTTGATTCAAACAATTATTTTTTTTTCCGTAATA GTATAGTTAGTCATTTGCACAGGGTTGAAGGAGCACACACAAAACTGAAAGCGTACATCAAAGATAGCAAAAGTGACTTG TGCGCCGCTTGGAGTGTTATACATCGATGCACACTCCTCCAACATACAAAGATTAATTCTTCTTTTGAGGCCAGTATATT CATCAGGGAGCATATATTTAAGGATAAGTTGTATGACAACTTGCGGGGTCTAGTCTCAAGGCACGCACTTCAGTTGATCA CAAAGGAGAAAGTGCGGGTTGGTAAATGCAACTGTACTATCAGGAAGACGCACAACCTCCCTTGTTCATGTGAGAATTTC GTACACTCTTCTATTCCATTGCTGGAAGTGGATCTACATTGGAGAGACTTACAGCAACAACTGCACCTGATGAATCTCAA CCTGTTTTGGAACTGAGTATTATGACAGAAATGGAGGTCATATCAGAGATGTTCAAAGACGGTACTTATCCAAAAAGGCA GGCTATTAAAGATAAACTTTGAGAGATTTCCTACCCATATCAAACTGAGGACAAAGGTCCGGGCCAAAGAAGTTAAGGGT TCAACCAGACGTAATCCTTCAGGTTGGAGCATGTTGATGCACTAGTACTTGAGTCACTACAAGATAGCAACTCAACCCTT CCACCTGAGACTAACCCCCAAACAATCGGCAGCCAAGAAGAAAGGCAAGATGGCGGCCACCGAGCCACCTCAGCTCTCCC AACTGTCCCAATGACCTAACGTTTACTCAGCCCTACATTCATGAAGTGTCCAAATTACTCCATGATTATGTACTGAACAT TGTGAATGTTGTTAATGATGAGAATTGTGGATATATGAGTGTTGCTTCCTTGTTGAGTATGGGAGGAAAAAAAGTGGTCA GACGCCCTAACGTATGGCAAGCCATGATAAATGAGCTTACATCATGTAATGCAACTTATCTTAAATTGTATGACATCAAC AAACTGTACCAACAGGTACTACAAGCCCTGCATCTTGCTTCAAAGGAGATTGCAACAGAGGAGAAGTGGTTAACCATTCC GAATATGGGCCACATTGTTGCTATAGTGTATCGGGTTGTGTTGGTGACATTATCAATTAAGGGGTGCTCTACCTTCTTGC CTCTTACCGGTCTAGTGCCACATCAGTCGGACCACAAATTTTTATGTATACTACACGTCAACAACAACCACTGGGTGCAG GTACTTAACTTTTACTCACATTACAAGCCTTTTTTTTTAAGATAAAGATTATATATTGATATCTACAAAAAAAACCCTAA GGACAACATCCTTAGGGAGCGAGGATAGCCCCAATAATAACGAGGCACCTCTACAAACAAAAGAAAGCCCCTCTAAGCCG AAATACAAATCATCATCATGTAGGTGCACATGTCAAGTGGATTTCCTATGCCAAATTCAAATCCGCAATGGCGTCATCAT TGTATTCATAACGCTCTTAGTTGGGAGCTACCATACTTGGACCGCATGTCTAGATTCCTGGAAATTCTTATGGAGCAAAA CACACCAAGGAGCGAGGAATTCTAGATCTTACGGATAACTAGCTTGTTGATTATGCTAATGTTGTAATAATGTAATTTAA CCTTGTAATACTATACTATTGTAATTATGTGATTGTGATTTTAAGCTATTTCTATCATATGTTGTATG
CDS sequence (LotjaGi1g1v0541900.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGTAGTGGGAAAAAGAAAGGAGCTTATAATAACAATTTCAGCTCTATGAAAGATGCTTCAGAGAAACTCTTGAAGGC ACTCCAAGATGATAGATACTCTAGAATAGAACTGTGTGGGAAGAGGGGTTCTGGTAAAACAACATTAGTGAAATCTGAGA CAAAGAAGTATGAAAAGATATTTTCTAGGGTTATATTTCTCAACATGTTCAAAAAAGATTTGAAGAGCATGAATGAGGAA ATGGCTAACTTACAAAGAAGAGAGAAAACAAACTCGGAAACTACTCTCTTCATCTTGGATAACTTTCCCACACGGCATTC TTTGGACGACATAGGTCTTTCTCGGTCTACACTCGGTCCACAGCGCAAGGTCCTTTTGATCACGGACGATGAAGCGGACT GCACTAGGCATTACAAGTTCATTTCGCAGCGAAAAAGGATTTGTGATAGTTCAATTTCTATGGAGCGCATATCGGATGAC GAAGCTTGGGAGCTTCTGCATAACCTTACTACAGGCATTGATTCCAGATTGGATCTATTAAATGTGGCACGGGAAGTTGC TTTACAATGCAAGGGCTTACCCGGTTTAATCAACGACGTCGTGTCTTCCTTAGATAACAAGAACACTATGAAGTACTGGA AAGAATCATTAGACAATCTACACCATTCAACAGCTTGCCACCATATTTATTTCAGCGCTAATATAGAATCTGCTTGCCTT GAATTTACAAAAAGTCTCCATGGCGCTTTGGTCCAACAAGGTTTCAAGATCATCCCAAAGGCATCATTTCATTTATCCCG CAAAAATTTTAAAGGTCTTGAGGAAGAAATTGCGAAATCAAGGTGCTCAATCATCGTCATATCAAAAGAATATGCAAGAG ATTTTAAGGGTCTTCAGGAACTTGTTAAGATCCTTAAGTGTAAGGAAACTATTCAACAACTGATTCTTCCAATCTTCTAT AACGTGGATCCCTCAGACGTAAGGGATGTGAAAAGAAGTTTTAAGGATGGACTTCAGCATGCTAAGGAGAATGCCATGGA AGAGATGAAACAACTATACAATGAAGAGGCTATGCTGAAAGAATGGACTTCAGCTCTCTATGAACTTGGCAGATTGCCTG GAAAACAGTACATAAAAGGGTCCCAAGATAATTTTATCCAAGAGATTATAGATCATGTCAAAAATAATAAACATCGCTTG CATGTAAAGCATGTAAATGGACAAGAAGGAAGATTGTGCTCATACGACAAGGACTGCACAGGGGACTGA
Protein sequence (LotjaGi1g1v0541900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSSGKKKGAYNNNFSSMKDASEKLLKALQDDRYSRIELCGKRGSGKTTLVKSETKKYEKIFSRVIFLNMFKKDLKSMNEE MANLQRREKTNSETTLFILDNFPTRHSLDDIGLSRSTLGPQRKVLLITDDEADCTRHYKFISQRKRICDSSISMERISDD EAWELLHNLTTGIDSRLDLLNVAREVALQCKGLPGLINDVVSSLDNKNTMKYWKESLDNLHHSTACHHIYFSANIESACL EFTKSLHGALVQQGFKIIPKASFHLSRKNFKGLEEEIAKSRCSIIVISKEYARDFKGLQELVKILKCKETIQQLILPIFY NVDPSDVRDVKRSFKDGLQHAKENAMEEMKQLYNEEAMLKEWTSALYELGRLPGKQYIKGSQDNFIQEIIDHVKNNKHRL HVKHVNGQEGRLCSYDKDCTGD
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 |
|---|---|---|---|---|---|---|
| Gene3D | 7 | 151 | 145 | 3.6E-7 | – | |
| SUPERFAMILY | 12 | 223 | 212 | 7.11E-25 | ||
| Pfam | 21 | 226 | 206 | 1.1E-12 | ||
| Coils | 67 | 94 | 28 | - | – | |
| Gene3D | 221 | 401 | 181 | 1.2E-30 | ||
| PANTHER | 222 | 397 | 176 | 1.3E-27 | – | |
| PANTHER | 222 | 397 | 176 | 1.3E-27 | – | |
| SMART | 226 | 372 | 147 | 1.9E-9 | ||
| Pfam | 227 | 398 | 172 | 3.7E-19 | ||
| SUPERFAMILY | 240 | 371 | 132 | 3.92E-16 | ||
| ProSiteProfiles | 273 | 372 | 100 | 11.449 | ||
| Coils | 335 | 355 | 21 | - | – |
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 LotjaGi1g1v0541900.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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