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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0120800 |
| Transcript ID | LotjaGi2g1v0120800.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class); TAIR: AT5G36930.1 Disease resistance protein (TIR-NBS-LRR class) family; Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|A0A0B2QXG3|A0A0B2QXG3_GLYSO TMV resistance protein N; Found in the gene: LotjaGi2g1v0120800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:44360273..44374294) extracted from Lotus japonicus Gifu genome v1.2.
CTTCCCTACTGCCTCTCCCCGAACCACTCCTTCTCCCCCACCATCCTATCCCCTCCCCCTCCCAACCACAAACCTTCTTC ACCTCCAATAGATCCAAACCCCCCAAACCCCCCACCATGACAGAGTAATGAAAAACAGAGTTCTCTTTCTCTCTGTCGTC GATTGTTGTTGTTGCAGGACGGAGATCAAAGAACGATGAAGAAAAATTGCAGATCGAGAGAGAAATTGCAGATCGAATGA TTACCTAGTTGTTCTGGAATCCCAAGTGCAGGAAGTAGTTTCACTTTTTGATGTTGTTGGGACTGATGATACAGCTAGTG TTGTTTTACCTATTCCTCCTATTCCGTGGTAGATATCCATGAAATTGGAGGAATAGGTAAAACAACACTTGCTTTGCCAT TTCACAATTCAATTGTTCCTATTTGGGCTTCACGTAAATGATTGCCACCAGCTTCAAGAGTTTCAAGGGACAAAAGGGAA TGTGATAAACTCTAAAGCAACACCATACAATTATTAGGTATGCCTGCAAAGATTACTAATATACATACTATCAATCATTT CACACAAACTAATCGGTTTCATTATATAATTTCAGGTTAATTTATTTTTCATAGAGTCATAGAGACTATTTAATATCATG TAATGATTAAATTTTAATCACTTCAGTTTAGGACAAAATCTAATTCTTTCTCATTCCTTACAGCATCAAAGAGGAAAACT GAGAGCTGGATCTTGCCATTGTGGTCGGCGGTGGCTGCCTCCACTTCTGGTACCAATTAAATCTGTTACATATCCATGAT TCGCAGATATATGCCTAGGCTGTGCACTTTTTGACAATGATTTTTACCTGACATCTTGAATTATGCATTTATGCTCATAT TGGGACTAGTTAGAATACCAATTACACGCAGTTCTTAAAATACTCCACTTAAACTGGAATATTAGTTTGTTGGATTCTTA TTATAAATTAGTTTAAGTTTGTCCTTTTGTGAAGCATTTTAGAATTTCATCGAAGTTGACATAACATGAAATTTAGCTAT CTCTCTGTTGGGCCAAAGAAAGGGCCAAACAAAGGAGATGGTTTAAATTGGGGGATAAAACTCCACATTGGGCTTTGAGC AAACCATAAGTGGACCAGACACCACATCTTTCACCCAAAACCTTAAGGCAATGGGTGTATGGGTCCTCACACTTATAAAC CACTCAAACTTATCATTAGCTTCCAATGTGAGACTTAGTCACACTTGAAAATTTCCAACAATCAATTGTTGAGAATTCAA GTGCGGAGTTGGAGTCCCACATTGGTTAAGTTTGGGTGAGGAGAATGCTTTATAAGAGATGTGACCCATAAACCTAATGC CTTAAGGTTTTGGGTTAAGATGTGGTGTCCAAGATCTCTTGGTGTCTTGCTCCTCGGCCCATGGGCTCCCCTGTCTCCCC CAACACTCTCATCGTCTCTATTTTGACATTTAACCGATCATTAGGTTCCATTGCATGTTGAGGGAAAATGCCGTGAATGG TGAACCAATCTGGAGGAGTCACATTGACATGAAGTCACCCATGGAGAGGATTCTGAAGTTTAGTCACTGCCTCCAGGAGA TTGATCAAAGTCTGGTTGTTTCAGATTGAATAATCTCACAGTTGACCGGTGATACTGCTATTTATGAAGGTGAACTGTCT TATGGTATTCTTTTCTCCACGTGTTATGATTAGTGCAGATGTAATTCAGTGGATGGATAAATATACTTGTTTTCACCATA AAATGCACATTAGGACTACTAAGAATTCTAACTCTTCCTACCTAGCTTAATTCTTTAGGCCAGTTGCACGTAGCACAAAC AATTGAAACTAAAACAAAATATACGAAATAAATATCATCATGCTTTCAATTGTTTATGCTACGTGAAACTGTACAAGTTC GTATATTATTTGTTTCTTTAAATTTTTGTTTAGTTAAATGTACCATTCATCATTTTTAATGCCAAACTTTATAATGGAAG GGTGCTTGATAGGCGTGGTATGAGCTCTGATCTGAATTGAAAACTGAATATCTATGCCAGAAAAGTAACATAATTGGGAC CAAATTTGTTAGAGCATTCTAGCAGAAAATAACTGTAGATTTGATAAGTGGAATCTGATTTAGATTTGCATTCCAGATGA GCAAGGTTATATCTTTGGTGTTATAGTAGCTGAAGATCTCTTCCCAAAATGGTGGTGATGACTATCTTAGAAGTCTCTAA TTGGTTATGGTTTTAAATGCTACATACTTAGATCTTATACTAAGTAAAGTGCTTCCGCAGGGTGATTATTCACTATGAAT TTGGGCATTTTTAAGTCCATTGTTAACTGCCTTGAAAGTTGGCTGGGGTGGCATCTTATGTATGATTGGAATTTGAGCTA TTAATTTTAATTTTACAAGTATGTGCATAAGATTTGAAAGTCCCTAAATCCCGCCACAAATGAACTAATGTTTGATAATA ATCTTAGCTCTACGTTGGCTGTGATTCACATATTCATTTCTACTGTGCAATTAATATTAACTTTAAGTCTGATTTTCTCC CTCCCTCCCTCCAGCTTTGCTACTTCATAAGGTCCTAGTTGCTTATAGAAGTTAAAATTGTAATTGATACACAGAAAGAC TTGGTAGCTGAGTTCCTTGTCGTTACACCTACAAAAAGAGTACAAACTCTCCATGTGTAATTCAGATAGTAAGTTTTTTC TATCTCCTGTCAATAGGGGTAATCCTTACAAGTTAAGAAGATGCCTAATGTAAGAAATGTCTCCTAATCTATGTCAGCCA GCGAAAGTGTAAGATTTAGTTCCCATTCAAGCAAGAAATTACACGTCGGAAGACATCTTCACTGCAAGGAATTATAAGCC CACCGATGGGATGATCATATCCAAACTCTTCCTCAGCTTGATTTAGCGAGTCTTGAAATAAAGGATGGTTCAAGAAGCAT ATAGGGATTACACACTGCTTCTGTTTCTCTCAGTGTTGTCAAATCGCGATCGCGGAATATCGCGGCGAGGCCAAAATCCG CTATTTCATTTAGCGGATAGCGTCGCGGGAAAATAGCGGTATCCGCATAGCGGTTAAAATAAGTAAAAAAAATTATAGAA AAACAGCTTGTTGTGCTGTTTGTGCTAGTAAAAAACAGTTGCAAAAAATAAATAAAATTAAGACATCTAATGAAATGCAT AAAATGATCATGATAGAACAAATTTTAGAAACAAAACAGGGGAAAAAAAACAGAAAATAAAAAAACATTGTATGTAATGG CAAAAATAAACAAAAGATGATGTGAAGAAAGAACAAATATTAGAAACATAGGTTCACATTCACAATGGAAGAAGAAAAAC AGAACAGATCATGATGGGAGAGGAGAAAAAGGAAGAACAGATATTAGAAACAAAACAGGACGGAAAAAAACAGAAAACAG AGTGTGAAAAAAAAAGAAAAAGAGAGTCTGAAAATGTGCAGAAAGAAGGAAGGGAAAAAGAAAAGTAAAGAAAACAGGGT ATGAAAAAAGTAAACAGAGGCTAAAAACAAAAAACGGAAGAGTACGTAAAAGAAAAAGAAAGAAATAAATAAAAAAACAA AAAAACAGAGCATGGCAGAGTGAAGAGATGGGAGCCAGAAACTCGCCGGAAAAGTCATCAGAAAAGCTATTGGGGTTGCC GGAGATGAGGGTCAGAAGCTTGATGTAGAAGGAGGAAGAGAGAAGGGAAAACTCGAAAGGTTTTGAGGCTTTTATAGAGT GAAGATTTGAAGTTATAAAACTTTTCTTCCATTAATTCAGTCGGTGGCTGATTCCCACCTCCCAAGCGGTGCCTTTTTGA AAAAAAGTCCTAAAATCACACGTGATCTTCTCTTCCACCGCTATTTTCGCTTTGCCCGTCGCGGCGCTATTCAGTTTTGC GGCGCTATTGCGTTTATCGCGTTTGCCGCTACGTCGCGGCGTCGCGATCGCGGCACGGCGAATTTCCGCTACGTTATAGC GGCATAGCGGCGCTATAACCGCTATTTAACAACACTGGTTTCTCTCCAACATACACTGCAAGATAGCCCTTCATCACTTC AATAGATTTTGATGCTTCTTCTCTAGTGTTCAGTGATGCCTGTCGAATAGCATATAAACGGAAACCCATTTTTTGTTCTT GTGTGAGAGAAGAAAAGAAAGCTACAGATCTCAAAGTTCAGCAGATTTTGTAAATACTCGAGGATGCATTACTTGTGTTG TTTGTGAAGGCAGGAGATGTGCATTTATAGTTTTCTTGGTTCTTTGGAAACCCAGAGTCTAAGAGATATAAGTGTTGAAT AAAGGAGGGCCTATTAATGAGGTATCAGGTGGTACTGTCTTAGAGTGTACTCCAACTTCTCAAACAATGGCCATGTTCAT CTAACCAAACGACAACATGCTCCATATTTTCGTGAACATGCTTTAGATATGTTTTCTTCATTTTGATAATACAACTTAAT GCTGATGAACTGTTAGTAGGTGATATTTCCCTGACAAAATATAAGCCAATGGTTACATATAGATCATAGACCCATTCATG ATGTTTGTGATCATGCGTCTGTACATTTCAAGTTCATTAATATGTTGGCTTTTGTTCAAGAAAGTGGGACTTGCATTATA TACTATGACATGTGGTAGTGCTCCTTGAGAAAATCCTCTATAAGACAACAGCATGTGACCTTTTATTTTCCTTTGACTCA CTGGTCCCATAAATCCTATGAAAGGATTCCTATCTCATCGTCCCCTTTCACTCATCCATGGTAGCCGAAGGTTTATTACA TATCCTTTCATCTATATATATTCATTGCTACAAGCATTTTAATTTGGAGCAAGCACAAATCATTTATGTTCTGAGGCATT TGAAATTCTAAAGCTAGTGTGTTATATACAAATCTTTTTTAGACCAGTCTCTTCTTAACACATACAGCAATGGGTTTTTG TTTATCAAGTATCAGAAAGGCATCATACGCTGTAAACCAAGCACACTCAAAATCTTTGGACGTTCCAAAGGGCTATTTTG TCGTTTATGTTGGAGAGAAAGTGAAGTGGTTTGTGATCCCCTGTCAAACTTGAAGAAAATTTCATTCCAAGACTTGCGGA TTCAAGCTGAGGAACGATTCGGATCTGACCATCCATTCCAATGGGAGGTGTTGGAATTCCTTGCGGAGAAGATGTGTTCT TAGATATCACTCCTTGCTTGAAGAGGTGCTAACCCTATGGGTGGAAGGAGCTGACAGATTATTTGAGTCATGTACTAAGT AGGGTTATAAATTTTTTTGGTTAAATTTCAATGAAATTTATGGTAAACAATTTTACCAAAATAAAATACAAAGAGTCAGA GTAGTCTGTATAATTATGCTCTTCCTGATTTCCTTTGTAGTGCTTCAATAGTTCACTGGAGGAATAGTATACTTAACAGT ATAGATAGGTTTGACCTTAGGTTTAATTCATACTTATTTTTTTTATAACAGGTTATGTTGAGGAACTGCTGGAATCTTTT CTTACGTAACCATGACTTAAAAGTTAAAACAAGATGCACTTCCACTTTAGTGTTAACTGCTACAAACTTTGAAAGGTCTG TGTATTTGATGAGTATAGGCCTCCAATCAAGAAGGTGTATGAGAGAAAGAACAAGGGGAAAGCCACAGCTTAATGTGTTT GTTATAGTTAGTTAGTATCCAGCTGGCAAGTTAGTTGTTTCTGTTAGTGGCCAGCTGGCAATTTCTGTTAGAGATGCATT CTGTTAGCATCTGGGAGATAGTATAAATAAAGGGAAGGGGGTAGTTAACGAGTAGTTATTCAGTTAGTAGGTAATTGTGG AGAGACTGGTCTCTCGAACAACCAGAGGAAGAACTAGGGTTCATTCCACCATTTCTGTACCTTGAGCTCTGGTTCTCATT GAGAATCTGAGTCTCTATTTTCATTCAAATTCAATCTAGTTTCAGATCAGAGTTCTACAGTGTTCATCAGTATTCCCAAC AGTCTTAGTATTTAATCAATTACAGCAAAGGGAATGAGCAAAACTGAATTCTACCTATATGAGATGCTTAGAATTCTATG AGATGCTTATAATTCTACCCAATTGAAAGTTAAACTTTGTATAGTTGGTATAAGTTTAGTGCTTCTCTAGGGGGTTTAGT CACTATGAGTTCGGGCATATAAACATATTTGCATTCTTTTTTATGACCTACTCAAGTCAATGTCTCTCAATGAGTTGTCT TTCAAGTCAATGTTATAACATTCCAGTTTCTATGACAATAGGGTATCACTACATCATTGATTTAGCATGATATACTAATA AGCATAAACATCAGATTGGTTGCTGTCTCATCATATACTGAAAATTTGATAGTTTTTCAAGCCAAGAACTTGTCAAAATT TGGAGGGAAATTTATTATCTATTAAACCATTTAGCTATATTTGTTTGTTTTATCCCAAGTAAGACTGTTACAATTTTGTG TGTATTGTAAACTATCCTAAAAAGTTTGCACATCGATTAAACAGTTGAGGATTTAATAGCAAGTATGTTCAAGATGTAAA AGTTTCAAGGCAAAATTTAAATGATTTGTATATAGATTCTGAAAGTCAGAAGGGAGACAAGGGATGCAAAGAAAAAATGG CTATTTTATTTAAAAGGAATCTATGATCAATAGAAAATGGGAGAAAAGGATCATAGTACTAGTGGGGTTGTTGTTCTTGC ATTTCTTCTTTTTGTGTTGATGTAATCTTGTTGTCTCCTGCAGATAAGATTGATAGAGGTCCAGTACTAAATGTCAGAAC ATTGTGCAAGGTAGATAACCCTGGTTCCCTTTTAAGTCAAGTTGTAAGGGTGAAATTTTGATCTCAGCAAAATAATAAAA TAATGCAAGAATAACAAAGCCAAAGTCTATGTTCTTATATTGCTAATTTTTCTTTTGGTGATTCAATGAGCAAGTGGTGG TGGGCCTGGTGGTATGCCTTTTTTGACTTTTACTTGATTAAATTTTTGTTTGTTTGACAATTGTAATGGCAGCATTCATT CTAAGTTGGATCACTTCAACCATAAAAACAAGCATGGGGTCCAATCATTAAGAAAAATTGATAAACAAAGTGACCAGCAT AGATATTTTCTCTGTTCATATTTTAAGGAGTAATGCTATATATTCCTACAAATCCTCCTATATACTAAGTGAAAAAAGGA GTAATTGTTTTTCACATTTCCAAGCTACCTAATACATTACCTTTTCATTTAGCATTGGAGGATTTGTAGGAGGAGAAATC ATTATTCTATTTTAAGTGACTAGTCTTGTGAGACAACTTTTTGACTCAAACTTGTAGCTCTGTAATTCCAAGCATCGCCT TCTTAGATATTTTTGACACTTCTATACCCCTTTGTCTTTTATAAATCTCATGTACATTTGCTTGCTTTGTCCTCATGACT TATAATAATTTATTGTTATCTGATGAAATCGATCGTAAAATAATGCATGCATGTTAAATAACAATTATATGACAAAGCGT GTGGAGAGAACTACGATGAAATTTCCTGTAAATTTCTACAAAGGCAGGTTTGTCAATAAATCAGCAAATTTATTATATAT CAATGTCAAATTTCAATGATAAAGATAAGACACAGGAAAATGTGTGTTAATCTTGGGTTCCTGCAACGCGTTCACCATAA CATTATTCATTTTCTTTTTATATCACAAATTAGAAAGAGCCTAACCATATCAGTTTAAAGTCAATCAGTTTCGTGCTTTT CTTTATATACTTTGTTTGATTTTCGAGACTCACACACACACTATTCATATTACACACTTATTTCTCATGGCTATGCTATC ATCATCCTCCTCCTTTTCCTCTTCATTCACTTATGACGTGTTTCTCAACTTCAGGGGTCCTGACACTCGCCACGGCTTTA CTGGAAATCTCTACAAAGCTCTATCTGATAAGGGAATTCACACCTTCTTTGATGATGAGGAGCTGAAGAGAGGGGATGAA ATCACACCAACACTTACCAAGGCCATTGAAGAGTCCAGGATCGCCATCCCTATCTTCTCTATGGACTATGCTTCTTCTTC ATTTTGCTTGGATGAACTTGTCACCATCATTCAGTGTGTGAAGGAAAAAGGTCGGTTAGTTTTACCGGTTTTCTATGATG TTGATCCTTCTCATGTGAGACATCAAAGAGGGACTTATGCTGAAGCATTGGCCAAGCATGAGAAGTGGTTTCAGAATAAC AAGGAAAAGTTGAAGGATAACATGGAGAGGTTGCAGAAATGGAAGACAGCTCTTAACCAAGCAGCTAATTTGTCAGGCTC TCATTTCAAATCCGGGTACCCCACTTCATCATTGTTTTTCCTTCTTATATTTTGTTTCTTCAATTTTTAAATTGTAGTCA TTTCATGTGAAAACTTAAATAGGAAAAAACCTTGAACAAGTTAAATAATTCATTATATTAATTGTCATAAGTATACAGAA GCAGATCATATGATGCATTTAGAATGACTTTGCTCTACCTCATTTGATTGGTCAGGAATGAATATGAACATGAGTTTATT GGTAAGATTCTTAAAGAGATCTCAGACAGGCTTAGTCGCATTCCTTTACATGTTGCGGATTACCCTGTGGGACTAGAGTC TCGAGTGCTAGCAGTAATGTCACTTCTGGATGTTGGATCTGATGGGGTCCAAATGGTAGGGTTTTATGGAATTGGTGGAG TGGGCAAAACGACACTTGCACGAGCAGTCTATAATTTAATAGCTGACCAATTTGAATGTTTCTGTTTTCTTCATAATGTG AGAGAAAATTCGAACAAGCATGGCTTAGAACATCTTCAAGAGTATCTTCTTTCTGAAGTAGTTGGGTTGAACATTAAGTT AGGAGGTGTCACTGAAGGAATTTCAGTAATAAAGCAAAGGCTAAAGAAAAAGAAGGTTCTTTTGATTCTTGATGATGTTG ACAATCTTGAACAATTGTGTTCACTAGTTGGGGAGCCTAGCTGGTTTGGTTCCGGCAGTAGAGTTATCATAACAACTCGG GACAAACATTTGCTATCAAGTTATAGGGTTGAGAGAAAATATGAGGTATATGGGTTAAGTACAAAAGAAGCTCTTGATCT GCTTAGTTGGAATGCTTTTAAAACAGATGAAGATGATCCATGTTATGAGAATGTTTTAAATCAAGCAGTAGCCTATGCTT CTTCCCTTCCATTGGCTTTGGAAGTAATAGGTTCTAACTTATATAGAAAAAGTATACAAGAATGGAAATCTGCATTAGAA CAATATGAAAGGATTCCAGATAAAAAGATCCAAAAGATACTTAAAGTGAGCTTTGATGCTCTGGAAGAAGAACAACAGAG TATTTTCTTAGACATTGCTTGTTGCTTCAAAGGATATCAATTTAAAGAGGTTGAAAACATACTCAATGCTCATCATGACC AGTGCATAAAATATCAAATTGGAGTTTTGGTTGATAAATCTCTCATAAAGATTACTCATTCGGGTCAAGTAACACTACAT GACTTGATTGAGGATATGGGTAAAGAAATTGTCCGACAAGAATCACCAAAAGTGTTTGGAAAACGCAGTAGGTTATGGTC TCATAAAGATATATTTGAAGTTTTGGGAGAAAATACGGTAAGACAAATATTTATGATTTTTTTTTTAATCTTTCATCTTG ATTGAGCTTTTTTATTATTCAAAGCTAGTAAGCTGCTACTCCATCCATCCCATATTATAAGTTACTTGTAAGAAAAATAG CTAAAATTAGTTAGTAGCAATTAATTTGTAGTTCTTTTTAATAACTTTCCCAAATTATTCTAATTTAAAATTTTCTCTCC ATATTAATGTTCCGTTATCTCAATGATAATGACCTTAAAAATCAACCAAAATTTTGGGAAACAAAAAAGTTCTTTGTATA CTGAGTATTAAATATAAGGGTAAACAGGGAACATAATAATTAATGCTTCATAGGTAATCAGATATTGTAAAGTGACTTAT ATTTTGGGGGGAAAAACTAAGAAAAAGTGACTTGTAATATGTGAAAGAGGGAGTAATGTTCTTGTTACGATTTTTTCCCT TTATAAAATTTGAATGCCTGTAAGTCTTTGTGTTGATGTCGTAACCTATATGAATTTATTGTGATTGACTTGTAATTTTC TTTTATGTTAAAAAGGGAACAAGCAAAATCCAAATGATGCATCTTGATTACCGGTCATTTGAAGAAGTGGATTGGGATGG AGAGGCTTTCAAGAAGATGAAAACACTCAAAACACTTATTATTAGGAAATGTCATTTTTCTAAAGGTCCCAAGTATCTTC CAAATAGTTTAAGAGTACTAGAGTGGTGGAAATATCCTTTACAACATTTCCCATGTGATTTTCATCCAAAGAAACTTTCC GTATGCAAATTACCGGAGAGTAACTTTATGTCATTGGACTTGCTAAGTTCATCAAAGGCAAGTATGTTAATGATTTCAAA TCCTTGATCTTTTGTATAATACATCATATTATTCATTGATTATGAAAGTTTCCCAATATATTCTCTGTTTTTCTTTCTTT CTTTTCTTTTTCAACAGAAGTTCGTGACTATGAAAGTTTTAAAACTCGAGCAATGTGAATATTTAACACAAATGCCTGAC ATGTCTAGTCTCCCAAATTTAGAAAAGCTATCCTTTGCATATTGTACAAATTTAATTACAATGGGCCATTCAGTTTTGTC TTCGGACAAACTAAAAATCCTCAATGCTTTTGGATGCAAACAGCTTAAGAGTGTTCCACCCCTCAAGTTGCCCTCTCTTG AAAAGCTCAAGCTTTCAGGTTGTTCAAGTCTTGTGAGTTTTCCAGAAATATTAGAAAAGATGGAAAATGTAACAAAACTA AATTTACATGACACTAACATTAGGGAATTTCCATCATCATTTCAAAATCTTAGTCGACTTGGAACATTAGAAGTGACTGG CTTGCTGCCACCAAGGAGCTTAGTCATGATCCCACAAGTGGCTGAGCTATTAATCCTCGAGCCGCTAGAGGGGATTTTGG AAACACAGGAAAATGGTGAAGAAAAAGTGAGCTCAATGCTGCTATATTCAAATGTAGAATATCTTCAACTCAGAGAGTGC GTCCTGTCAGATCAACTTTTGGCAGTAGTTCTCCCATGGTTTCCTCACCTGTTAGTATTAGACCTAAGCGAGAGTCAGTT CACAATTCTTCCTGAATGCATCAAACAATGCCACTTTTTATGGAAGCTTGTCTTGGATGGTTGCAAGCAACTTCAAGAAA TTGAGGGGATTCCACCAAGCTTAAAACGCTTATCTGCAATAGGATGTGAATCCTTGAGTTTCTCATGTAGAAGCATGTTG CTGAAGCAGGTTAGGCTTTTACTTGTTTTGTTTTGAATGTATTTTGATTTGACAAATAATTACATTTTATTGGTTATACC CTGAACTAACAGGAAATTCATGAGGCTGGAAACACTGACTTTATTTTGCCAAGCCCAGAAACCGGAAGGATTCCAGAGTG GTTCGAGCTACAAAGCAGGGGCCCGTCTCCTTCACTTTATTTCTGGTTTCGTAACAACTTCCCTCACAACTTACTATTCG GTTTTGCCTTTCCACTCACCTTTTTGGGCAGCTTAGAACTCTGTCTTGCTTATCCACTTCCGCAAAAGATGTATCTTCCT AAAAAATGTTTCTATTTCATTGACAATGGCAAGGTTTTTATAGATCTTGATTTCTATGGATTAAGACCATTGGGGGGTTG TACACACCTTTTTAATATGCTGCCGAAGGAAGGGGAAGAGGAGGAAGAAGGGGAAGTGGAGGAAGGGGAAGAGGAAATTG GAAATGAGTGGCACCATGCAGAGGTTAGGTTTGTCAACGATGAGCAAATTAGCTCAGATGTGGAAATTGGAATCCATGTA TTGAAAGAGCAAAGTAACATGGAAGATATCCGATTCACCAGTCCCTATAAAAAGAGAAAAACAGACTTGAACTTGCCAGC ACTTCAAGAGAATGATGTCAATACTGAGTTGACTCTATAAAGCACAACTTTGGATTGACCATTGCTCTCGGGGGTTGATT CACATCACATGTGAATAAGAGGGAAGGAGATCAACTCTTACAACTCTGAAGCTCCATCATATAGCTCATTTATATTATGA TCACATGAGATCAGATGTTGAAGTAAGTATATATTATCAATACTTTTACAGAAACTTGTCTTTTTGTACGATGCAATCTG TTTTATCATATATTTTGTGATCGAGACAACTTTTCTTCTTGTAGGATTTTGAAGTTTAGTCGCTGCCTCAAGGAGTTTTT ATCAGACTGGTAGGTTCATATTCAATAATCTCACGGTTGATAAGTGAAACTGCTACTAATGGAGCCTGGAGGTGAACTAT GTTGTGGCATTCTTTTCTCCAGGTGCTGTGAACTTCATATATTCAAACAGATATTTAGTTGAATTTACAAATCGAATATG AGAAAATGGTTGAGCACCTGTGAGTGTGAATTTTGTTAACACAAGCATCAAATTGGTGCACCTGTGAGTGTGAATTCGTT TGTAATCTTCAGAACCTAAGTTTTTACAGAATGCTGACAACGCTCTTCAAGGTATTCTTCAAAACTGTTCCTTTATATAA AAAAGGGCAATTCAGTTCTCTAGTGAAAATAGTGAGTTCTAAGCGTTCCTCTTTCGGAAGATGTGTGGTCTTACAAGCTA AGTGCAGATAAAATATTGTAGCTAAAAAAGGGTAAAATTGAGAATTTGAAATTGGGTCTTCTGCCTTTATGGAGACTTTG AATCATGTCTGCTGTATTACAGGGAAAAGAATGTATAGGATTACTAAATCCCAATCATTGGAAATCATTTGTGATACTGA CCGAACATTTAATTTTCTTTCAAGCAGAAAAAAGAAACAAAAATCTTGGAAGCATTAACTTATGTGTACCGGTGCAGTTG ATGTAGAAGCTATTGCTTAAATGCTAGAATCAGAGGCCACAGAGATGACAAGGTGAGCGTAAGCTTCTTTAGTGGGAGAG TATGTATTCTGGTAGTAGAAGCCAATTTGTTAACTTGGTGCACAAATCATGATATGTGAAAATAACGACATGGTTGAGGT CGTACGTGTTTGCACTTTCCAGTACACATAACGGTAGCCAAATGGAAATTCAATAGAGACATGAGGTGAACCTAACAGAA TTAGCGCAGTTTAGCACCCTACTGTCCAGCTATTACCGTATTACGTATCACAATTTCTGAAACAAAACAAAAAATAATAA TTTGTATAGACAGATCCTAACTTGTGCTAGCCATGGACCTCAAATTTGAAGTTTGTTTTTTCAATCCATAAACATCGATA CACCCAATGAGTGCTTATTAAGTACTTTGTCCCTATATAACTGTAACTATTTTGATCATTCTTTTGTTCCTATTTACTTG TCACTTTCTGCTTCAGACGATCATTCTTCGGTTCTTCAGACGATGAGTGATTTTGCTTTGTCTCAGACGTTCTAGCACAT CAATTCATGTCTTCCTTTCTGATGCAGATGATGAACGTTGATTGTCTCTGAAGTTTTGCTTATCATATTTTCCTCAGACG ATGCTCTTCCTTCAGCCATTCTTCCTTTAGAAGATTTATCAGCTTGACGAATGCTTCATTCCTTTCGTCTGTTGGTCATT CAGTATGTGATGGTTTCAGCTCTGACCGATTTCTTCATTCTTCTTCAGAAATGGATTGTCTACATTTCCTGAGTTGAATA AATGAGAGTAAGCGTAGATAATAAGTTTTGCTCAATTTCTTCATTCTTTTAATGAAAGAGAAAGCGGAAAGTTTGATGTA GACATGTTGCTCTGGTTTCCTCCTGAGTTGAATAAATGAGAGTAAGCGTAGATAATAAGTTTTGCTCAATTTCTTCATTC TTTTAATGAAAGAGAAAGCGGAAAGTTTGATGTAGACATGTTGCTCTGGTTTCCTTGGTCAACGTGTTTTGTAGAGTATC AAGTTATTCCCTAGCACTTGAC
CDS sequence (LotjaGi2g1v0120800.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCAGAACATTGTGCAAGGGGTCCTGACACTCGCCACGGCTTTACTGGAAATCTCTACAAAGCTCTATCTGATAAGGG AATTCACACCTTCTTTGATGATGAGGAGCTGAAGAGAGGGGATGAAATCACACCAACACTTACCAAGGCCATTGAAGAGT CCAGGATCGCCATCCCTATCTTCTCTATGGACTATGCTTCTTCTTCATTTTGCTTGGATGAACTTGTCACCATCATTCAG TGTGTGAAGGAAAAAGGTCGGTTAGTTTTACCGGTTTTCTATGATGTTGATCCTTCTCATGTGAGACATCAAAGAGGGAC TTATGCTGAAGCATTGGCCAAGCATGAGAAGTGGTTTCAGAATAACAAGGAAAAGTTGAAGGATAACATGGAGAGGTTGC AGAAATGGAAGACAGCTCTTAACCAAGCAGCTAATTTGTCAGGCTCTCATTTCAAATCCGGGAATGAATATGAACATGAG TTTATTGGTAAGATTCTTAAAGAGATCTCAGACAGGCTTAGTCGCATTCCTTTACATGTTGCGGATTACCCTGTGGGACT AGAGTCTCGAGTGCTAGCAGTAATGTCACTTCTGGATGTTGGATCTGATGGGGTCCAAATGGTAGGGTTTTATGGAATTG GTGGAGTGGGCAAAACGACACTTGCACGAGCAGTCTATAATTTAATAGCTGACCAATTTGAATGTTTCTGTTTTCTTCAT AATGTGAGAGAAAATTCGAACAAGCATGGCTTAGAACATCTTCAAGAGTATCTTCTTTCTGAAGTAGTTGGGTTGAACAT TAAGTTAGGAGGTGTCACTGAAGGAATTTCAGTAATAAAGCAAAGGCTAAAGAAAAAGAAGGTTCTTTTGATTCTTGATG ATGTTGACAATCTTGAACAATTGTGTTCACTAGTTGGGGAGCCTAGCTGGTTTGGTTCCGGCAGTAGAGTTATCATAACA ACTCGGGACAAACATTTGCTATCAAGTTATAGGGTTGAGAGAAAATATGAGGTATATGGGTTAAGTACAAAAGAAGCTCT TGATCTGCTTAGTTGGAATGCTTTTAAAACAGATGAAGATGATCCATGTTATGAGAATGTTTTAAATCAAGCAGTAGCCT ATGCTTCTTCCCTTCCATTGGCTTTGGAAGTAATAGGTTCTAACTTATATAGAAAAAGTATACAAGAATGGAAATCTGCA TTAGAACAATATGAAAGGATTCCAGATAAAAAGATCCAAAAGATACTTAAAGTGAGCTTTGATGCTCTGGAAGAAGAACA ACAGAGTATTTTCTTAGACATTGCTTGTTGCTTCAAAGGATATCAATTTAAAGAGGTTGAAAACATACTCAATGCTCATC ATGACCAGTGCATAAAATATCAAATTGGAGTTTTGGTTGATAAATCTCTCATAAAGATTACTCATTCGGGTCAAGTAACA CTACATGACTTGATTGAGGATATGGGTAAAGAAATTGTCCGACAAGAATCACCAAAAGTGTTTGGAAAACGCAGTAGGTT ATGGTCTCATAAAGATATATTTGAAGTTTTGGGAGAAAATACGGGAACAAGCAAAATCCAAATGATGCATCTTGATTACC GGTCATTTGAAGAAGTGGATTGGGATGGAGAGGCTTTCAAGAAGATGAAAACACTCAAAACACTTATTATTAGGAAATGT CATTTTTCTAAAGGTCCCAAGTATCTTCCAAATAGTTTAAGAGTACTAGAGTGGTGGAAATATCCTTTACAACATTTCCC ATGTGATTTTCATCCAAAGAAACTTTCCGTATGCAAATTACCGGAGAGTAACTTTATGTCATTGGACTTGCTAAGTTCAT CAAAGAAGTTCGTGACTATGAAAGTTTTAAAACTCGAGCAATGTGAATATTTAACACAAATGCCTGACATGTCTAGTCTC CCAAATTTAGAAAAGCTATCCTTTGCATATTGTACAAATTTAATTACAATGGGCCATTCAGTTTTGTCTTCGGACAAACT AAAAATCCTCAATGCTTTTGGATGCAAACAGCTTAAGAGTGTTCCACCCCTCAAGTTGCCCTCTCTTGAAAAGCTCAAGC TTTCAGGTTGTTCAAGTCTTGTGAGTTTTCCAGAAATATTAGAAAAGATGGAAAATGTAACAAAACTAAATTTACATGAC ACTAACATTAGGGAATTTCCATCATCATTTCAAAATCTTAGTCGACTTGGAACATTAGAAGTGACTGGCTTGCTGCCACC AAGGAGCTTAGTCATGATCCCACAAGTGGCTGAGCTATTAATCCTCGAGCCGCTAGAGGGGATTTTGGAAACACAGGAAA ATGGTGAAGAAAAAGTGAGCTCAATGCTGCTATATTCAAATGTAGAATATCTTCAACTCAGAGAGTGCGTCCTGTCAGAT CAACTTTTGGCAGTAGTTCTCCCATGGTTTCCTCACCTGTTAGTATTAGACCTAAGCGAGAGTCAGTTCACAATTCTTCC TGAATGCATCAAACAATGCCACTTTTTATGGAAGCTTGTCTTGGATGGTTGCAAGCAACTTCAAGAAATTGAGGGGATTC CACCAAGCTTAAAACGCTTATCTGCAATAGGATGTGAATCCTTGAGTTTCTCATGTAGAAGCATGTTGCTGAAGCAGGAA ATTCATGAGGCTGGAAACACTGACTTTATTTTGCCAAGCCCAGAAACCGGAAGGATTCCAGAGTGGTTCGAGCTACAAAG CAGGGGCCCGTCTCCTTCACTTTATTTCTGGTTTCGTAACAACTTCCCTCACAACTTACTATTCGGTTTTGCCTTTCCAC TCACCTTTTTGGGCAGCTTAGAACTCTGTCTTGCTTATCCACTTCCGCAAAAGATGTATCTTCCTAAAAAATGTTTCTAT TTCATTGACAATGGCAAGGTTTTTATAGATCTTGATTTCTATGGATTAAGACCATTGGGGGGTTGTACACACCTTTTTAA TATGCTGCCGAAGGAAGGGGAAGAGGAGGAAGAAGGGGAAGTGGAGGAAGGGGAAGAGGAAATTGGAAATGAGTGGCACC ATGCAGAGGTTAGGTTTGTCAACGATGAGCAAATTAGCTCAGATGTGGAAATTGGAATCCATGTATTGAAAGAGCAAAGT AACATGGAAGATATCCGATTCACCAGTCCCTATAAAAAGAGAAAAACAGACTTGAACTTGCCAGCACTTCAAGAGAATGA TGTCAATACTGAGTTGACTCTATAA
Protein sequence (LotjaGi2g1v0120800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSEHCARGPDTRHGFTGNLYKALSDKGIHTFFDDEELKRGDEITPTLTKAIEESRIAIPIFSMDYASSSFCLDELVTIIQ CVKEKGRLVLPVFYDVDPSHVRHQRGTYAEALAKHEKWFQNNKEKLKDNMERLQKWKTALNQAANLSGSHFKSGNEYEHE FIGKILKEISDRLSRIPLHVADYPVGLESRVLAVMSLLDVGSDGVQMVGFYGIGGVGKTTLARAVYNLIADQFECFCFLH NVRENSNKHGLEHLQEYLLSEVVGLNIKLGGVTEGISVIKQRLKKKKVLLILDDVDNLEQLCSLVGEPSWFGSGSRVIIT TRDKHLLSSYRVERKYEVYGLSTKEALDLLSWNAFKTDEDDPCYENVLNQAVAYASSLPLALEVIGSNLYRKSIQEWKSA LEQYERIPDKKIQKILKVSFDALEEEQQSIFLDIACCFKGYQFKEVENILNAHHDQCIKYQIGVLVDKSLIKITHSGQVT LHDLIEDMGKEIVRQESPKVFGKRSRLWSHKDIFEVLGENTGTSKIQMMHLDYRSFEEVDWDGEAFKKMKTLKTLIIRKC HFSKGPKYLPNSLRVLEWWKYPLQHFPCDFHPKKLSVCKLPESNFMSLDLLSSSKKFVTMKVLKLEQCEYLTQMPDMSSL PNLEKLSFAYCTNLITMGHSVLSSDKLKILNAFGCKQLKSVPPLKLPSLEKLKLSGCSSLVSFPEILEKMENVTKLNLHD TNIREFPSSFQNLSRLGTLEVTGLLPPRSLVMIPQVAELLILEPLEGILETQENGEEKVSSMLLYSNVEYLQLRECVLSD QLLAVVLPWFPHLLVLDLSESQFTILPECIKQCHFLWKLVLDGCKQLQEIEGIPPSLKRLSAIGCESLSFSCRSMLLKQE IHEAGNTDFILPSPETGRIPEWFELQSRGPSPSLYFWFRNNFPHNLLFGFAFPLTFLGSLELCLAYPLPQKMYLPKKCFY FIDNGKVFIDLDFYGLRPLGGCTHLFNMLPKEGEEEEEGEVEEGEEEIGNEWHHAEVRFVNDEQISSDVEIGIHVLKEQS NMEDIRFTSPYKKRKTDLNLPALQENDVNTELTL
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 925 | 925 | - | – | |
| ProSiteProfiles | 1 | 146 | 146 | 23.236 | ||
| SMART | 3 | 146 | 144 | 4.2E-35 | ||
| Pfam | 5 | 174 | 170 | 5.9E-38 | ||
| Gene3D | 5 | 177 | 173 | 1.4E-60 | ||
| SUPERFAMILY | 7 | 148 | 142 | 9.94E-34 | ||
| PANTHER | 7 | 924 | 918 | 0.0 | – | |
| PANTHER | 7 | 924 | 918 | 0.0 | – | |
| Coils | 123 | 143 | 21 | - | – | |
| SUPERFAMILY | 171 | 434 | 264 | 7.43E-64 | ||
| Gene3D | 178 | 336 | 159 | 2.3E-29 | – | |
| Pfam | 193 | 423 | 231 | 1.7E-26 | ||
| SMART | 204 | 342 | 139 | 8.9E-6 | ||
| PRINTS | 207 | 222 | 16 | 5.3E-24 | – | |
| PRINTS | 282 | 296 | 15 | 5.3E-24 | – | |
| PRINTS | 375 | 389 | 15 | 5.3E-24 | – | |
| SUPERFAMILY | 494 | 887 | 394 | 1.02E-36 | – | |
| Gene3D | 509 | 684 | 176 | 3.6E-13 | ||
| PRINTS | 684 | 700 | 17 | 5.3E-24 | – | |
| Gene3D | 685 | 760 | 76 | 2.6E-11 | ||
| Gene3D | 768 | 884 | 117 | 4.1E-9 | ||
| Phobius | 926 | 948 | 23 | - | – | |
| TMHMM | 926 | 948 | 23 | - | – | |
| Phobius | 949 | 1074 | 126 | - | – |
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 LotjaGi2g1v0120800.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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