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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0421800 |
| Transcript ID | LotjaGi3g1v0421800.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class); TAIR: AT5G17680.2 disease resistance protein (TIR-NBS-LRR class); Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|G7LI80|G7LI80_MEDTR Disease resistance protein (TIR-NBS-LRR class); Found in the gene: LotjaGi3g1v0421800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:83018360..83030355) extracted from Lotus japonicus Gifu genome v1.2.
CGTTTCTTGTTTTATTTGTTTACAAAACAAAATATATTTTAATTATTAAATTAATGTCATTATTACAGTTATAGGGGTTG ATGAAACCTAGAGACTAGAGTCGGTCAATGAAATTAAGCAACTTGCAAATTACATTGAGTACCAACAAAACTGCCGTTAT ATACAGCCCCACTTCATGCGGTCCAGTATGCATTAATTAAAGAGCACCGTGGTTGTTTCTTTCTTTCTTTCTTTACACTA GCAGTGGCTATGTCGTCGTCTTCTTCTTCTTCTCGTGTGTTTCCTAAGAAGTATGATGTTTTCATTAGCTTCAGAAATGA GGACACCGTAGGCGACTTCATTAGTTATCTTCGTGCTGCTCTGAGAGACAAGAATATCATAACCTATACAGATGATCGAC GACAAAAAAGAGGAGATGATGTTGGATCTGAACTTAAGAAAGCGATCAAGGACTCGGTGATGGCTGTTGTGGTGTTCTCA AAAAGATACGCAACTTCAACATGGTGTTTGCAAGAAATGGTCCAAATGATGGAGTGCAGAAGAGATGAGGGGCAGGTTGT TATACCAGTGTTCTACAAAGCATATCAAACAGACGTAAGGCACCAGACAGGGAGTTACAAGGAACCGTTTGAAGAACATT ATCGAGCTGCCATGGAAGATAAAAAGGAGCAAGACAAAGTGGATAGTTGGAGAGATGCTCTCACTCAAGCAGCCAACATA TCTGGATGGCACTACTTTAACCACGAGTAAGTACTTTCATTTCATTCATTCCTTTTTAGTTGAACTATGATATTCTCAAA CTCCAGTTTTTCTTATATATTTTCACATATTTTTATTTCTATCAATCTCATTTCTCTCTTCTTTATTATATATATTATCA CATTACTTATCATATCATTCATTTTTTCTCATTTATTCATATATCTCTCTAAATCGATCGAGGTGAAGAGGTGGAAATGT GCATGTGTAAGCACCATTTTCCGTTTTAATTTCCCCTTTTAGATTTCGAAGAAGAAAACTTGAAAATATCCTTCAATCCA ACAGAGTTGACTTCGCTAATGGCAATAGAAAGTTGAAATTTTGATTTTAGATATGAATATCTGAGCAAAGGTAATCTTGA TCCCCACCCGGATCGGACGAGATATAATTAATACTTCTTTTTTCTTTATTATAAGTTTTTTTCGACGACACTACTTTAAT TCATAAAAACTTGGACCCTTAGAGGGCTCCTTCTCCATATAAGGAAAATAAGAAAGATGCTCAAACCTTGAAAAAATCAC ACTGAGGGGAATCACCGAAGAAACGATATCGTCCGACACATGACGTTGATAGAATGCAACGTCCGAAACATTCAAAGCCA TCGCCTTAGAAACAACATGACCATGAACCTGATCAAGACCTGAACCATGCATATCAGCTAAACCACCACTCAAACCTGAA TCCGATGAACACAAACCCGCCCTAAAAGACCCACCACGAGAAGAACAACATCTAGGAGAGACATAAGATTACGACTCTCG AAAGATGCATAGTCGTCCCTGCGCCGCAGAGCATCTATCCTCACCTCAAAATTCTTCAGTACGACATAGGTAGCCTAGCC CCCATAGGTAGTCCAATCCATAATATCCAACACAACAGAAGAATCAGGCCCTAAAAAAACTTTACCTCGCCATCAATAAT GTACTGATACGAATCACCGACACGTCGAACCAAGCGCAAATTAACTGAAGACTTCTCAAATAAAGCCAAATACGAAGACC CATCATCCTCATTTGAAGAGTCACCCCAACACCAAACAAAGTTAACAACTCATTATTAGGAACTTTGGAAACACCTGAAC TAACATAAGTTTCCACATAAAGAAACGTATTTGGAATCCGCTCATCCTGAACCCATATTTTTACATATTTTCTAATATTA AGAAAAAAAACTTAAAATTAATTAGTAGTAGTAAATTTGTAGTTTATAATTTTTTTCCTAAATTACTTCATTTAAAATTC TCTCTATATTAATGATTCACTATCTTTAAATGAAAAGAGTCTTAGACCATCCACAATAGATGGTTGAATTGTTTGTTGAA GTGTGTTGAATTTTGTTGAAGAGGTTTAATGGTTGTTGAAATTGGTTGAAAGGGGAGAGAGAGAGTGAAATTGTTGAAGA TATTCAACAAGTTTAAAGAGCCTGCGGTGTGCCACGTGGCGCGAGGCCAGTGGCCACCGCAGGCGCGTGTGATACACGCG CAGACAAGGCTTGTCTGCAGGAAAGATAAATTTTTTTTTGCTCCTGACACGTGGCTCGTTCTGATTGGTTGCTCCAGATT TCGTTTTTCCTTATCTTTTGAACTCAATTATTTCATCAAAAAAAAATTTTCTGAAAAAAAAAATTATACTAAAATTAATG ATTTTTTTTTCTCTATAAATACTTTGTTCGTTTGATTTGGACACAGAAAAAAAAAAAACCAAGTTTTTTCACTCTCTTTA TCTCTCTCACCATCTTATTTATCTATCTATTAGCATTTGTATTGAAATGGATCCCAACAATCACCATTTCAACACCCAGA ATTCTTTAAACAACCTATTTTACAACCAAAATCACAACAACTATGAAGATTCAAATCAAATTTCTTACCAACGTCCTCAA AATCCAAACTATTATCAAGTCTCACATCAAATGTCCAACCAACGTCCTCAAAATCCAAACTATTATCAAGTCCCACATCA AATCTCCAACCAACGTCCTCGAAATCCAAACTATTATCCAGATCCAAATCAATATTCGTACCAACCTCCTCAAAACATAC AAAATTTTAACCAGTCATCAATTGTTCTAAACTCTCATCCATCTTATTGTAATTTTATGTAATTATAAAAACAAAAATAT AAAATTAAATAAAAATGTGAAATAAAAAAGTGGTGGGGTAGGGTGAGTGGTGAGTGGTGGGGTAGGTGTTGAGAGTTAAG TAAAACCATTGGAGTGAGTAATTGTTGAAAGTTTGTTGAATTGAAGAGAGAAGATAATGTGGAGTGTTGGAAAGAGAAAA AGTGGGGTAAGAAAAAGTTAAACAAACCATTGTGGATGTTCTTAGGAATAATCATCGAGTCTAATCAATGAATTCTCTAT ACTCAAGTAGGCTATATAATCATCAAACGGGCATATCCGCGCATATATATTAACAATATCCGTAGCGTTCTAGCTATCCC ACCTACCCTGCTTTCTTTAATTTCCTGATGTAACAAAAAAAAAAAAAAGCTATCCCACCTACCACCCCTTGTCCCTTTTG GTATCCTGCTAAATTTGTTTTAAGAAAACTATCCAATAAGAGAAAAAAACACATATTAAAAATTATAATTAATTTATTAA TTTTTTAAAAAGTATTAATTAATTTTTTTATATTACTCTTTTAAATTTATTTTATTTTTTCTCATTTATTAATCTAGTTA CATGAACATTATTTAGAAAAATATTGATTAACACAACTATAAGTGGATAATAATACTATTTTGAAGAACTTGCGCTAAAA TGCTCTAATTTAAATAATTGTTTAAACTTTAAAGTGATGTATAAAGTGGTATTTAAGAGTAATCTTTCTATTCCTTATTA ATTGTCTATTTTGAGAAAAAAAGGTTGTGCATATTTATTTGTCAACTTAGGATTTTAAGAGAGTATTAGTAATGTTTTCT TTTCAATAACGTCCTTATGAAAATAATAAATAAAGAGAGATAATGCACAATTTAAAGAATAATATAAAAAAGTAATTTTT TTTTTCTTCATAAAAAAATTAACAACAAACACCAACTAAGCAGACAAGAGGGAGTCTCTTAACAATAGAGTCTCCAATTT TTAAAAAATAGAGGCACATCCAGAATTCGCAACCCAACTACAGCAGATCAGGTAGCAGTTCGGGCCATGAATAATAATTT TTTTTTGAAAGTTAACAAGTATTTATAATTCCATCATAAGTAACAAATCCCCATTTAGTTAACAAAATAAACAAGTATTT TCATTTGTGCAATTACTCACCGTGTTCGACCGCACTAAATTGACATTTTTTTCACTGAAGGACTAAAATGTACTCGCTTA CAAAGTTATGAATTAATTTAACTATTAACTCAATTTTTTAGTATGTGTGTATATATTCTCTTCCTTGACCGTTAATATAA GGAACGGGTGAGTGAGGTAGTCTTAAGGTGAACCGATGATATTTAAGACACGTGAAATTTTTAGAACATTTATTTTAAAT ATTATTAATTCATCTAGGATTAGGGTGATTTAACCCAATTTTTAAAGTTATTTTTTATCTAAAGCATTTAAAGTTATTTA GAAAGTCAAAAATTCACTTGTGAATTAAAATTTAAATCTTGTCTTTAGTCTAATGAACTTTCCTTTAATTGACAGGGACA AATCTCGAGTCCTACAGAATGTTGTTAATGATGTTTTGCAAAAGCTGCAGCTGAGGCACCCTAAAAATCTAGAAGGCCTA GTTGGAATTGAGGAACAATGTAGAGCTATTGAACGTTTTTTGGGAAAAGTTGGAAAAATTGGAGTTTGGGGCATGGCTGA AACAGGTAAGACAACCGTTGCTAAAGCCTTATTTGCCAGACACTTCCCTCAATATGACAGTGTATGCTTCTTGCAAAATG TAAGAGAAGAATCAGAAAAGCACGGACTACCACACGTCCGTAAAAATCTTCTCTCTGAGCTGCTAAAGGAACAAGTTACA ACCTCCAACTTTTTATTTGGATCCATTGAGTGGAGGCTCAGTAGTAAAAAAATTCTCATTGTGCTTGATGATGTACATGA GTATGAGCAGTTAAAATATTTGTGTGAAGAACTTGGTGACTTGGGAGAAGGTAGTGCTCTCATTGTAACCACAAGAGAAA AACAAGTGCTTAATGGAAGAGTTGATAAGATATATGAGGCAAAAAAATGGACTATGTCGTTGTGTGTTGCTCCTAAGAAA TACGATGTTTTCATTAGCTTCAGAGGTGAGGACACTAGAGACAACTTCACTAGCTATCTCCGTACGGCTCTGAGAGACAA AAATATCATAACCTATACAGATGATCGACTAAAGAAAGGAGATAATGTTGGATCAGAACTAGAGAAAGCAATCAAGGACT CCATGATGGCGGTTGTAGTGTTCTCAGAAAGATACGCAACTTCAAAATGGTGTTTGCAAGAAGTGGTCCAAATAATGGAC TGCAGAAGAGATGAGGGACAGGTTGTTATACCAGTGTTCTACAAAACAAATCCTACAGACGTACGACATCAGACAGGGAG TTACCAGAAACCATTTGAAGAATATTATCGAGCAGCCAGGAAAGATAAAAAGGAGCAAGACAAAGTGGATAGTTGGAAAG ATGCTCTCACTCAAGCAGCCAACATATCTGGATGGGACTCAAGTAATCACAAGTAAGTACTTTCATTTCATTCCTCTTCT TATTTAATTTCTCCCTTTAGATTTTAGATATGGATATCCCAACAACAAAGGTAATCTCGATCCCCACCCCGATCGAGGAT ATGATTAACAAGAACTACTTTCATTCACGTATCTCAATTTTGCACAGCAACTTTCTCATTCTAACCCACTTTTCCTTTTT ATCTTCTCATATTTTTTGTGTGACATCACTCTCCATTTTTATTCATACTAATTTTCTCTTTCATTTTATTTTCACTTATT TTTTTTAAAGTATCTCTTCTTGCACTTATAATACCACTAATTTTCCTTTTATTGACAGGGACGATTCTCAAGTCCTACGG AACGTTGTTAACGATGTTTTGCAAAAGCTGCAGCTGAGGTATCCTAAAAATCTAGAAGGCCTAGTTGGAATTGACGAACA ATGTAAAGCTATTGAATGTTTTTTGGGAAAACATGGAAGAATTGGAGTTTGGGGCATGGGGGGAACAGGTAAGACAACCA TAGCTAAAGCCTTATTTGCCAAACACTTCCCTCAATATGATAGTGTATGCTTCTTGCAAAATGTAAGAGAAGAAACAGAA AAGCACGGACTACCACACGTCCGTAAAAATCTTCTATCTGAGCTGCTAAAGGAACAAGTTACAACCTCATACATTTTTGG ATCCATTGAGTGGAGGCTCAAAAGTAAAAAAGTTCTCATCGTGCTTGATGATGTACATGAGTCTGAGCAATTAAAATTTC TGTGTGAAGAACTTGGTGACTTGGGAGAAGGTAGTGCTGTCATTGTAACCACAAGAGAAAAACAAGTGCTTAATGGAAGA GTTGATGAGATATATGAGGCCAAGACATGGGGCTTTGAAAAATCTCTTGAGTTCTTTTGCTTAGAAGCTTTCAAGAAAAG GGAGCCAGAAAAGGGTTATGAGGATCTGTCACAAAGGGCAGTTACATATGCAGGAGGCGTTGCGTTGGCTTTAGAAGTTT TGGGTGCACACTTTCGTTCCAAAGGAACTAAATTCTGGGAATCTGAATTGAGTCACTTGGAGAGCAGAAAAGAACCCTTA AAGAAAGTTCAACAGCTTTTACTAGTGAGCTATCATGCATTGTCAGGGCGAGAGCAGGCAATACTCCTAGACATTGCTTC CTTTCTCAAAGACGAAAATAGAGATTCTGTCATAAGTATACTAGATGCATGTGGTTTCAATGCTACTAGTGGAATGGAAA TACTTAAAGATAAAGCTCTTATAAGTACATCAAAGACCAATACTATACACATGCACGACTTGCTACAAGACATGGCTTTG GATATAGTTCGAAATGATGTAAGAGGCAGCCGATTGAGGGATATTGAACAAGTTTGTGATGTGCTTCAATATGATGACAA GGTAACAAAAAATATACGCCTACTTTTTACTAGACATGTTTTTAGATTGAAACTGTGACAAATTAATTTGCAAGAACCTC AATTTAATTACTTATTAATTTCTTAATTGTCTTTCTAGGGAATTCGTCATGTTGAAGGAATAGCATTGGATTTGTCTCAG GAAGTAGATTTGCAACTGAGTGATGACATATTCAACAGGATGCCTAAATTGAGAATTTTTAGATTATATGTCCCAGCTGG TAAGCAGAGAATAGCTAATGTTATTTACAATCCCAGACTCCTCCATAACCACAGGCCAGGTTCTGCTGTAAGGTACTTTG AGTGGAACGGATACCCTTCCAAGTCTCTTCCACCAAATTTTTCTGCTAAGCTTCTTGTTGCGATTCGCATGCCACAGAGT GATGTTGAAGAACTTTGGGAGGGGACGCAGGTAATTAGACATGCATTTTATTTGAATTTTCCTATAATGTGTGCATTTTC GATCAACTTAGTTGAAGCATGAGATGACGTTCCTTTTGAATTTTTGCAGGAGCTTAAGAATTTAGAGATAATTGACCTAA GTGAATGCAAGCAGTTGGTGAAGCTCCCTGATTTGTCTAAAGCATCCAAACTCCAATGGGTATATCTCTCAGGATGTGAA AGTTTGTGTGTTGTTCATCCATCGCTTTTATCTTTGGATACACTAGTTACTTTGATACTGGATAGGTGCGAAAAACTCAA GAGTCTTTTAAGTGAAAAGCATTTAAACCACCTGGAGGACCTCAATGTGAATGATTGTTCAAGTCTCGAGGAATTTGCAG TGTCCTCTGATTCAATTGAAAGGTTGGATCTAAGCAAGATTGGAGTTAAAAAATTGTACTCATCAATAGGTCGTCTAAGC AAGCTTGTGTGGCTCAATATAGATGGTTCAAGGCTGGAGAGTCTTCCTGATGAGTTATCACACCTGCCATCTCTAAAGGA GCTAAGGATTTCTAACTGCGTACTAATTGACAAAGAGAAGCTACATGTCCTGTGTGCTGGCTTAGGAACCTTAAAATTAC TACATCTGAAGGAATGTTATGAGTTGTTTGAACTCCCAGACAACATCAGTGCCTTGTCATCATTGCGAGAATTACGGCTC GATGGAAGCAGTGTGGAGAAGTTGCCTACAAGTATCAAGCTTCTTGAAAAGCTTGAGATTCTCTCGTTGGATAATTGTAG GACACTCAAGTTTATACCTGAGCTTCCATTGTTTATTGTAGAGCTTCACGCTGTCAACTGTACCGCATTGGTGACGGTAT CCACTTTAAAGACTCTTTCAGTGAAGATGATAGGAAAGGAGAAACACATATCATTTATGAATGCAATGAAGCTGAATGAA TGTTCCCTCCGGGTTATTGAGGATATTTTGTTCACAATGAAGAGTGCTGAGATGCAAAATATATATGTAAACAAGTTCAG ATTGGATGTCAACAGTTACAATCCAAATAGTGTTGCGGTTTGCTTACCAGGAAGCAATGTTCCCTCAGGCTCAGGCTTGG GGCAAGGGTCTTTCGCATATCGAAGCACAGGGTCCTCAATTATCATTGAGCCTCATGACAGAAGTTTGTCCCGCTGGCTA GGCACCATTTATTCTGTGGTTCTTTCTCCATCACTTGGATTGACATTAAGTGGTGCTAAAATCCAATGCCGAATATACGG GAAAGACAAAGATGAGGAATGCAAGACCACATGGTATGGCAAAGACATCGGGGAATTCGATTCGGATCATGTTTTTGTAT GGCATGGTTCAAGTGTCGATGATGCACAAGTTTTTGAGTTCTTTGTTACAATAGATGGAGGGGTAAACATTATTGACCAG ATCAAACTAAAAGAGTGTGGGATTCACCTGATGTGTTACTCAAATTCTGAGCTTCAGAGTTTCTTAGGTGAAGCACCGGA ATTGGAACCGGAGATCAAGTCGGAGTTGAGTAAGAAGTTGCAAATGTCGTTGAACTTGCAGCAGGATGATAATAAGAAAG CGGTTAACGAATTGCCTTCAATGGTGGATCCATCTGCTAGCTATAGCAGCAGTTTGGAGGAAGCTGAATTATGGAATAGT GAGGAAGCGGCAGCTGCTTCATGGCGTGAATGGCAGGATGATCCATATCTGAGTAATTGGAGGGATTGAACATGGTGGAT GATTGGAATCACGACCCCGATCAGTTTCAGCATTCTTGGTATGAAACTTACACCCCCTCACTAGTACTCACTATCCCTGT ATATATTTGTCACATGTAAAAAACTCATGCAACATTTATCTACCACTAATATTTTTTTAAATTTCGGTTTCAATTTTGTA AGCTTTCACACTTAGCAGAAAAGACTTCCTTGCTTTGGTGCGTGCTTGAAATTGGTTGAATGGTTTTGTTTGTGAAGGTA ATTTACTTCTTTTTTGATATTTTGTTCTTCAATTGTGTAGATGATAATGGTGATCAGGATGAGGAAGATGATAATGGTGT TGATGAAAATTAAAAGTGGATGTATCTTCTTTGGTGTACAAGACTATGTTGTTTGCATTTGTTTAATTGATTTCTGGTTT AAGACATTTAAACAAATCAATACTATGTTTTTTATGTAAACATTAAGTCAATTTGCCTGGTGTTGTGTAAGAAAACATTT AAGTCAAATTGTGGTCGTGTGACTTGTGATTGTATTATTGTAAGATTGTGGATTAGTGGAGTGTTAATATAATGAACTAA AATTTTAGCACCCTAGTGATGAAAATACTACTGCAAGAGGAGTTTTTTCTAACCACAAGGTGTGGCAAGATAATTAGCTT ATCTTGTCCCTTAATCATGATGCCAAGAATTTAATTCTTACAAATGAGAATGAAGCGCATTTTGTGACCAGCTGCATGTT TTGCGCTTAGTATGAGCACCTGCGGTCAGAGAATTAGTTACAACTGTTATCGGCGGTAAATACCTAAATTGAAAAAAAGA GTTTTTCTAATTCCCAAGCTTGTGTCAATATATAAAAGGTTGCGGTGGCCTTTTTAGTAGTTTCTTTTCTAAATCAAAAG AGAGATATTTATTCATAATACTTAGACTATGAGAAACCCTTCTCATGGGAATAATATAGCAACACCAAATAAATAAGAAT AGCTCCTAATAGTTTAGAAACTTCTTAATTACAAAGCCATTCTCATGTATGCAAAATATAACACCTAAACACAACTCAGA ATTTAACAACTAAATTTGAAATATATCGCAATATTCACGCCTAACAAAAGTTGAAATTCTTAAGGGTCGATACTCCTTGG ATGGTACTCTCCTATATTTCAAAGAGCATAACCAAACCAAATCTCCCAGGAAAATATACCAACCTCAATGAGAAAACACT TCAACTGTGAGACATAAAACAAAATGAAAACCAACAAGAGGAATTGAGGCTGAAACCAACACCAAATAAATCTATCAACA CCATGTACTAGAATAAAACACATAGAAGATCCCGTTGACAAAATTCTCCAATATTATCAATATCAAAATTCCTACTCCCT AGCACATAATTTTTTAGCTTCTCGGAAGGAGGCGAAACAAAATGTGTCAAAATGGATATGAGGAAACAACTTAAAAAAAA GGGATAACAAATCAGCAATAACACCTGTAACACAAAATTGATTAACAAGGTTAGAACTTAGAAGTGTGTCATATGATAAT GTAATTTAAAGTGAAAGAGCATCTCATAATACAAAGTCAATGGTTTTGAAATTGAGCACTTGATCGGATTATCGAATAAA ATAAAGTTATAGACATCATCCACCATACCCACTTTTGGTCGGAGAATTGGCTTACTTTGGGTTCCCTTGAGCCCAGATTT CATACACTCTATAATCTTTCTTGTCAAAAACATGAGTGGATTAACAGGACGGATTAACCGGACGGACCAGTGGAGAGATC GGGTGTGGAGTTGAGAATTTAAATGGAGGAGACGATTACGAGGTCGTGAGGAGGGATGGGTAGAGGAAATGAAGATGGAG ATAAGGAGTGTGCAATTGGTAGAAAACAAACTTGACAGGTGGGTGTGGAGGCATGATGGGGAACCGTTTATTCAGTTAAC TCTTCTTACTTATTTTTGCAGGCACAAAGCTTGGAAGAGACAGGCCCCGATATTTCATTTGGTTTGGTTAGTTCCGGTTT CGTCAAATGTAAGAGCTTTTATTTGGCGATTGCTGCGGGATAGGCTCCAAACAAAGGATAATAAGAGGCGTATTATAGTG AGCGGGGATGAATCCTTATGCCCCTTTGTGGGTTGGAGAAGGAGTCTACCAATCACTTATTTCTTCTTTGCGCTGCAACT CTGATTGTCTTGGAGTGGTGTCTTCACTGTTGCCTACACCGAGGGATCATTTGATGCAATTCTCTGTCATTGGTACAAAC AAAGCTCAGCGAGCAGGGGAGTATGCTATTTGGATGGCAATTCTGTGGACCGTTTGGCTAGCTCGAAACAAAGCGATCTT CAATGGGGCAGAATTTGACAGTAATCAGATCTTGGAATTGGCTCAGCTAAAAGCATGGAAGTGGCTAAAAGCAAAAGTTG ACGGATTCAACTACTCATGGTTTGAATGACAACAGAATCCGGGCATGTGTATTTTGTCATTATGAGGATGAGAAGGGCGA TTCGGGTTTCCCTACGGATTCAGTGGTGCTATCGTGATGAACACTGATTTGGAACAGCTAAAGCATTTTAATGACAGCAT GCGTTTGGGAGGCACAATTGGGTGGTGGTGTATTATACCAGTCAAGGGTATTATTTTTATGTTCCATGGAGCATGTGTAA TCATCATCATCATGGAGTTTGGCTCTATGGGAAACACATATTTCTTGTCTGCGCATGATTCTTACTGGGTATTGGGGTCA TTGAGATAGATTATTATATGGTTGTAATATGGCCATTATGTCTCAGTATGTTTTTCAGGGGGTCTCTCCTTGGAAGTGTT GCCTTGAGGGCTCAAAATATGTATCTTACATTGTTTTTTTCTTTCTCTTTTCCTATCTTTTTTATTGGGTTGAAGTACCC TTGTACTTCATTTCAATATATTATTTGGCTTATAAAAAAAAATCCACCATACCCACTCACCAGTGAGATAAAAAAAAAAC CAAAAAGTCTACTGTAACATCCCTAAATCTCGGGGTCACTTTATTAATCTTCTATAAAAACGTGTGTAAATTTTAG
CDS sequence (LotjaGi3g1v0421800.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCGTCGTCTTCTTCTTCTTCTCGTGTGTTTCCTAAGAAGTATGATGTTTTCATTAGCTTCAGAAATGAGGACACCGT AGGCGACTTCATTAGTTATCTTCGTGCTGCTCTGAGAGACAAGAATATCATAACCTATACAGATGATCGACGACAAAAAA GAGGAGATGATGTTGGATCTGAACTTAAGAAAGCGATCAAGGACTCGGTGATGGCTGTTGTGGTGTTCTCAAAAAGATAC GCAACTTCAACATGGTGTTTGCAAGAAATGGTCCAAATGATGGAGTGCAGAAGAGATGAGGGGCAGGTTGTTATACCAGT GTTCTACAAAGCATATCAAACAGACGTAAGGCACCAGACAGGGAGTTACAAGGAACCGTTTGAAGAACATTATCGAGCTG CCATGGAAGATAAAAAGGAGCAAGACAAAGTGGATAGTTGGAGAGATGCTCTCACTCAAGCAGCCAACATATCTGGATGG CACTACTTTAACCACGAGGACAAATCTCGAGTCCTACAGAATGTTGTTAATGATGTTTTGCAAAAGCTGCAGCTGAGGCA CCCTAAAAATCTAGAAGGCCTAGTTGGAATTGAGGAACAATGTAGAGCTATTGAACGTTTTTTGGGAAAAGTTGGAAAAA TTGGAGTTTGGGGCATGGCTGAAACAGGTAAGACAACCGTTGCTAAAGCCTTATTTGCCAGACACTTCCCTCAATATGAC AGTGTATGCTTCTTGCAAAATGTAAGAGAAGAATCAGAAAAGCACGGACTACCACACGTCCGTAAAAATCTTCTCTCTGA GCTGCTAAAGGAACAAGTTACAACCTCCAACTTTTTATTTGGATCCATTGAGTGGAGGCTCAGTAGTAAAAAAATTCTCA TTGTGCTTGATGATGTACATGAGTATGAGCAGTTAAAATATTTGTGTGAAGAACTTGGTGACTTGGGAGAAGGTAGTGCT CTCATTGTAACCACAAGAGAAAAACAAGTGCTTAATGGAAGAGTTGATAAGATATATGAGGCAAAAAAATGGACTATGTC GTTGTGTGTTGCTCCTAAGAAATACGATGTTTTCATTAGCTTCAGAGGTGAGGACACTAGAGACAACTTCACTAGCTATC TCCGTACGGCTCTGAGAGACAAAAATATCATAACCTATACAGATGATCGACTAAAGAAAGGAGATAATGTTGGATCAGAA CTAGAGAAAGCAATCAAGGACTCCATGATGGCGGTTGTAGTGTTCTCAGAAAGATACGCAACTTCAAAATGGTGTTTGCA AGAAGTGGTCCAAATAATGGACTGCAGAAGAGATGAGGGACAGGTTGTTATACCAGTGTTCTACAAAACAAATCCTACAG ACGTACGACATCAGACAGGGAGTTACCAGAAACCATTTGAAGAATATTATCGAGCAGCCAGGAAAGATAAAAAGGAGCAA GACAAAGTGGATAGTTGGAAAGATGCTCTCACTCAAGCAGCCAACATATCTGGATGGGACTCAAGTAATCACAAGGACGA TTCTCAAGTCCTACGGAACGTTGTTAACGATGTTTTGCAAAAGCTGCAGCTGAGGTATCCTAAAAATCTAGAAGGCCTAG TTGGAATTGACGAACAATGTAAAGCTATTGAATGTTTTTTGGGAAAACATGGAAGAATTGGAGTTTGGGGCATGGGGGGA ACAGGTAAGACAACCATAGCTAAAGCCTTATTTGCCAAACACTTCCCTCAATATGATAGTGTATGCTTCTTGCAAAATGT AAGAGAAGAAACAGAAAAGCACGGACTACCACACGTCCGTAAAAATCTTCTATCTGAGCTGCTAAAGGAACAAGTTACAA CCTCATACATTTTTGGATCCATTGAGTGGAGGCTCAAAAGTAAAAAAGTTCTCATCGTGCTTGATGATGTACATGAGTCT GAGCAATTAAAATTTCTGTGTGAAGAACTTGGTGACTTGGGAGAAGGTAGTGCTGTCATTGTAACCACAAGAGAAAAACA AGTGCTTAATGGAAGAGTTGATGAGATATATGAGGCCAAGACATGGGGCTTTGAAAAATCTCTTGAGTTCTTTTGCTTAG AAGCTTTCAAGAAAAGGGAGCCAGAAAAGGGTTATGAGGATCTGTCACAAAGGGCAGTTACATATGCAGGAGGCGTTGCG TTGGCTTTAGAAGTTTTGGGTGCACACTTTCGTTCCAAAGGAACTAAATTCTGGGAATCTGAATTGAGTCACTTGGAGAG CAGAAAAGAACCCTTAAAGAAAGTTCAACAGCTTTTACTAGTGAGCTATCATGCATTGTCAGGGCGAGAGCAGGCAATAC TCCTAGACATTGCTTCCTTTCTCAAAGACGAAAATAGAGATTCTGTCATAAGTATACTAGATGCATGTGGTTTCAATGCT ACTAGTGGAATGGAAATACTTAAAGATAAAGCTCTTATAAGTACATCAAAGACCAATACTATACACATGCACGACTTGCT ACAAGACATGGCTTTGGATATAGTTCGAAATGATGTAAGAGGCAGCCGATTGAGGGATATTGAACAAGTTTGTGATGTGC TTCAATATGATGACAAGGGAATTCGTCATGTTGAAGGAATAGCATTGGATTTGTCTCAGGAAGTAGATTTGCAACTGAGT GATGACATATTCAACAGGATGCCTAAATTGAGAATTTTTAGATTATATGTCCCAGCTGGTAAGCAGAGAATAGCTAATGT TATTTACAATCCCAGACTCCTCCATAACCACAGGCCAGGTTCTGCTGTAAGGTACTTTGAGTGGAACGGATACCCTTCCA AGTCTCTTCCACCAAATTTTTCTGCTAAGCTTCTTGTTGCGATTCGCATGCCACAGAGTGATGTTGAAGAACTTTGGGAG GGGACGCAGGAGCTTAAGAATTTAGAGATAATTGACCTAAGTGAATGCAAGCAGTTGGTGAAGCTCCCTGATTTGTCTAA AGCATCCAAACTCCAATGGGTATATCTCTCAGGATGTGAAAGTTTGTGTGTTGTTCATCCATCGCTTTTATCTTTGGATA CACTAGTTACTTTGATACTGGATAGGTGCGAAAAACTCAAGAGTCTTTTAAGTGAAAAGCATTTAAACCACCTGGAGGAC CTCAATGTGAATGATTGTTCAAGTCTCGAGGAATTTGCAGTGTCCTCTGATTCAATTGAAAGGTTGGATCTAAGCAAGAT TGGAGTTAAAAAATTGTACTCATCAATAGGTCGTCTAAGCAAGCTTGTGTGGCTCAATATAGATGGTTCAAGGCTGGAGA GTCTTCCTGATGAGTTATCACACCTGCCATCTCTAAAGGAGCTAAGGATTTCTAACTGCGTACTAATTGACAAAGAGAAG CTACATGTCCTGTGTGCTGGCTTAGGAACCTTAAAATTACTACATCTGAAGGAATGTTATGAGTTGTTTGAACTCCCAGA CAACATCAGTGCCTTGTCATCATTGCGAGAATTACGGCTCGATGGAAGCAGTGTGGAGAAGTTGCCTACAAGTATCAAGC TTCTTGAAAAGCTTGAGATTCTCTCGTTGGATAATTGTAGGACACTCAAGTTTATACCTGAGCTTCCATTGTTTATTGTA GAGCTTCACGCTGTCAACTGTACCGCATTGGTGACGGTATCCACTTTAAAGACTCTTTCAGTGAAGATGATAGGAAAGGA GAAACACATATCATTTATGAATGCAATGAAGCTGAATGAATGTTCCCTCCGGGTTATTGAGGATATTTTGTTCACAATGA AGAGTGCTGAGATGCAAAATATATATGTAAACAAGTTCAGATTGGATGTCAACAGTTACAATCCAAATAGTGTTGCGGTT TGCTTACCAGGAAGCAATGTTCCCTCAGGCTCAGGCTTGGGGCAAGGGTCTTTCGCATATCGAAGCACAGGGTCCTCAAT TATCATTGAGCCTCATGACAGAAGTTTGTCCCGCTGGCTAGGCACCATTTATTCTGTGGTTCTTTCTCCATCACTTGGAT TGACATTAAGTGGTGCTAAAATCCAATGCCGAATATACGGGAAAGACAAAGATGAGGAATGCAAGACCACATGGTATGGC AAAGACATCGGGGAATTCGATTCGGATCATGTTTTTGTATGGCATGGTTCAAGTGTCGATGATGCACAAGTTTTTGAGTT CTTTGTTACAATAGATGGAGGGGTAAACATTATTGACCAGATCAAACTAAAAGAGTGTGGGATTCACCTGATGTGTTACT CAAATTCTGAGCTTCAGAGTTTCTTAGGTGAAGCACCGGAATTGGAACCGGAGATCAAGTCGGAGTTGAGTAAGAAGTTG CAAATGTCGTTGAACTTGCAGCAGGATGATAATAAGAAAGCGGTTAACGAATTGCCTTCAATGGTGGATCCATCTGCTAG CTATAGCAGCAGTTTGGAGGAAGCTGAATTATGGAATAGTGAGGAAGCGGCAGCTGCTTCATGGCGTGAATGGCAGGATG ATCCATATCTGAGTAATTGGAGGGATTGA
Protein sequence (LotjaGi3g1v0421800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSSSSSSSRVFPKKYDVFISFRNEDTVGDFISYLRAALRDKNIITYTDDRRQKRGDDVGSELKKAIKDSVMAVVVFSKRY ATSTWCLQEMVQMMECRRDEGQVVIPVFYKAYQTDVRHQTGSYKEPFEEHYRAAMEDKKEQDKVDSWRDALTQAANISGW HYFNHEDKSRVLQNVVNDVLQKLQLRHPKNLEGLVGIEEQCRAIERFLGKVGKIGVWGMAETGKTTVAKALFARHFPQYD SVCFLQNVREESEKHGLPHVRKNLLSELLKEQVTTSNFLFGSIEWRLSSKKILIVLDDVHEYEQLKYLCEELGDLGEGSA LIVTTREKQVLNGRVDKIYEAKKWTMSLCVAPKKYDVFISFRGEDTRDNFTSYLRTALRDKNIITYTDDRLKKGDNVGSE LEKAIKDSMMAVVVFSERYATSKWCLQEVVQIMDCRRDEGQVVIPVFYKTNPTDVRHQTGSYQKPFEEYYRAARKDKKEQ DKVDSWKDALTQAANISGWDSSNHKDDSQVLRNVVNDVLQKLQLRYPKNLEGLVGIDEQCKAIECFLGKHGRIGVWGMGG TGKTTIAKALFAKHFPQYDSVCFLQNVREETEKHGLPHVRKNLLSELLKEQVTTSYIFGSIEWRLKSKKVLIVLDDVHES EQLKFLCEELGDLGEGSAVIVTTREKQVLNGRVDEIYEAKTWGFEKSLEFFCLEAFKKREPEKGYEDLSQRAVTYAGGVA LALEVLGAHFRSKGTKFWESELSHLESRKEPLKKVQQLLLVSYHALSGREQAILLDIASFLKDENRDSVISILDACGFNA TSGMEILKDKALISTSKTNTIHMHDLLQDMALDIVRNDVRGSRLRDIEQVCDVLQYDDKGIRHVEGIALDLSQEVDLQLS DDIFNRMPKLRIFRLYVPAGKQRIANVIYNPRLLHNHRPGSAVRYFEWNGYPSKSLPPNFSAKLLVAIRMPQSDVEELWE GTQELKNLEIIDLSECKQLVKLPDLSKASKLQWVYLSGCESLCVVHPSLLSLDTLVTLILDRCEKLKSLLSEKHLNHLED LNVNDCSSLEEFAVSSDSIERLDLSKIGVKKLYSSIGRLSKLVWLNIDGSRLESLPDELSHLPSLKELRISNCVLIDKEK LHVLCAGLGTLKLLHLKECYELFELPDNISALSSLRELRLDGSSVEKLPTSIKLLEKLEILSLDNCRTLKFIPELPLFIV ELHAVNCTALVTVSTLKTLSVKMIGKEKHISFMNAMKLNECSLRVIEDILFTMKSAEMQNIYVNKFRLDVNSYNPNSVAV CLPGSNVPSGSGLGQGSFAYRSTGSSIIIEPHDRSLSRWLGTIYSVVLSPSLGLTLSGAKIQCRIYGKDKDEECKTTWYG KDIGEFDSDHVFVWHGSSVDDAQVFEFFVTIDGGVNIIDQIKLKECGIHLMCYSNSELQSFLGEAPELEPEIKSELSKKL QMSLNLQQDDNKKAVNELPSMVDPSASYSSSLEEAELWNSEEAAAASWREWQDDPYLSNWRD
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 | 4 | 343 | 340 | 0.0 | – | |
| PANTHER | 4 | 343 | 340 | 0.0 | – | |
| SUPERFAMILY | 4 | 160 | 157 | 5.89E-37 | ||
| Gene3D | 10 | 180 | 171 | 4.3E-59 | ||
| ProSiteProfiles | 13 | 157 | 145 | 26.676 | ||
| SMART | 14 | 157 | 144 | 8.0E-39 | ||
| Pfam | 14 | 195 | 182 | 1.1E-39 | ||
| Gene3D | 181 | 338 | 158 | 1.2E-21 | – | |
| SUPERFAMILY | 183 | 334 | 152 | 5.3E-25 | ||
| Pfam | 213 | 336 | 124 | 1.3E-12 | ||
| PANTHER | 351 | 1107 | 757 | 0.0 | – | |
| SUPERFAMILY | 351 | 499 | 149 | 1.96E-37 | ||
| PANTHER | 351 | 1107 | 757 | 0.0 | – | |
| Gene3D | 352 | 527 | 176 | 1.4E-65 | ||
| ProSiteProfiles | 353 | 496 | 144 | 27.129 | ||
| Pfam | 354 | 534 | 181 | 5.9E-43 | ||
| SMART | 354 | 496 | 143 | 1.8E-43 | ||
| SUPERFAMILY | 522 | 777 | 256 | 1.36E-46 | ||
| Gene3D | 536 | 679 | 144 | 1.3E-7 | – | |
| PRINTS | 552 | 567 | 16 | 1.6E-21 | – | |
| Pfam | 553 | 754 | 202 | 2.0E-25 | ||
| PRINTS | 624 | 638 | 15 | 1.6E-21 | – | |
| PRINTS | 716 | 730 | 15 | 1.6E-21 | – | |
| SUPERFAMILY | 753 | 854 | 102 | 1.5E-7 | ||
| SUPERFAMILY | 869 | 1194 | 326 | 2.04E-36 | – | |
| PRINTS | 963 | 979 | 17 | 1.6E-21 | – | |
| Gene3D | 1053 | 1279 | 227 | 1.2E-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 LotjaGi3g1v0421800.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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