Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0205800 |
| Transcript ID | LotjaGi2g1v0205800.1 |
| 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|A0A072VIA7|A0A072VIA7_MEDTR Disease resistance protein (TIR-NBS-LRR class); Found in the gene: LotjaGi2g1v0205800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:64907548..64916359) extracted from Lotus japonicus Gifu genome v1.2.
CCCATGCTTACCCAGAATGAAGAGCCTAAACCAAAACCACCACCACCGCGGACGAACAAGGTGGTTTGTTATGTTATGGC TTAAGTTTTTTGCTTTCAAATGGCATGATTTAGTTGGAATAGCTTGGAGAAAGAAACATTCATGTTGGCTTTGTGGCATT GGGTCCTAAAAAAATGATTTAATTGGCTAAACTTATGATAGAGGTCAAAAGGTGTTTTGTGCTTGGTAGAGGGCTCCAGT TGTTTGATTAGACTGCATTTCACATTATTATGATCACAAACGTCTTACTGGTGCACGGACCTAAGTCAAAAAGCGCGTGG TAAATAGTAAAAACAATAATTTTCATGAGTTGGTGAGTGAGTGTGCTTCTCATCTTGAACTGGAGTATGAGCTACACTGC CAGCAAGAAGGAGAAAGTGGATAACAAGCAGGTAATCCTCTCACTCACTTCTTATTTTGGTTTAATTTATATTCGTCATC ATTTATTATTCCTAAGTTAATTGTTAAGCTCAAACAATTTGTTAGAAAACTCACGTTGACTAGAGATATTACATAGATAG TCTTTATAAAGGGAAATGAAGGAATTTGCATGGTGAAGGGTCAGAGTTTAAATCTTGACGAAGGAACTAATTTACTAACA ATTAACATGGATAGCCTTTATAATGTGGAGAACAACCTTAAATCTTGAGTTAGACTTTCGGTTGAGTTAGGCCTCGCAAA TTCTATTACAATACAATTTCTTGATTTAATTTGTTTATTGTTGATTTTGATTCACATGGTTTCAAATTTTGTTTATGGCA CTTGTTTCAATCAGAGATTCGTCGACTAAGAACTGAAGTAAACTCATCATGACTGGACTTGGTTGCTTGGTGGCTTCTTC CTCATCTGCTCCGAAATCAAAGCATGATGTTTTTCTCAGCTTTAGAGGAGCAGATACACGCTGCACATTTACAAGCCATC TCTATGCTGCATTGTGTCGGAATCAAATCCAGACGTTCATTGACGACAAGGAAATTAACAGAGGAGACACACTGTCACCG ACACTCCTTTCAGCTATTGAAACCTCAAAGATTGCAATAACAATCTTCTCTCAGAATTATGCTTCTTCTAAGTGGTGTTT GGATGAACTCCAGAAGATTATTGAATGTAAGGAGAGGAAACAACTTGTTGTGATACCTGTTTTCTATCACATTGATCCAT CAGATGTGAGACACCAGAGGGGAAGTTATGAAGATGCATTTACCAAACATGAGGAGCATTTCAGGGACAATCTAATCAAG GTAAATAAGTGGAGAACTGCTCTGCGTACAGCAGCCAACTCAGCAGGATGGGATTCCTCAAATACCAGGTAATACACCCA GAAATGAGTTTTCACTTTTGGTATGTGAATGAAAATTTTCAAGTAAGTGCAGGTGGCATCCATTTATCATCTATCTAAGG TTTTGTGTTATAAGTTTATTTTGATACTTCTTGGATACCCTGTTTACGTGCTTATATATAAAATTATTTTGACAAGGGAA TGTTTTTTGTTTTCTTTGGGAAATGTTTACCAATAGAAAAACTGTATTTGAAAGAAAAGTAATACATGATTACAATGATT ATATTAAATTATTGATTTTTCGCTCCATTTGTTGGCTGTCTCCAATTTTCATCTATCTCTAAAGGGTTTTGTGATAGATA CCTGCATCCCATAGTTTAGTTAGTTAGTTAGTTAGTTGAGGGAGTTTAACTTATTTGGAGATTAGTTAGAGAGTTAGATA GAGTATTATCTTATCTCTTGGATCATTTGATTTAGGGAGAGGTGCTGGTCAGCAATTTTGTAGATTTCTGTTTTCTTCTT ATTCTTGGTTTGTTCTTATCACTTTTTTCGGTAGCAACTAAATTACAACCTGAATTACTTGCTTATATATAGAATTATAG TATTCACTAAGAAATGTTTTTTGTTTCTTGGGACCAATAAAATAATTGTTTTTGTAAAAAAAAACAATACGCTGATAACT ATTTTTATGATGATTTCTCTCCCCTTTTGTTGGTTGTCTTCGATTTTCTTCAATCTCTAGGGCTTCATTTGGATTGGGGG AAGGGGATGGAATGGAGCGGAAGAGAGGGGATGGAGGAAGAGGTCCCTGCTGAATGGAACCTGGTGGTACACATTCCATC AGATACCACTCCATTCCCTCACTTTTGTTCCCTCCCAATTTGAGAGGAATGGGATGGAACAAAAAAGTGTTGAACCTTTA CAATTATAAAATTACTCGTTTACTCTTAAAAAAGTGTCAATCTACTGCTTCAAACTGCTACCAATTTGTGACAGTTAAGT TCTCTTCTTTACTTGACTTTGAACCTGTTGAAACATTTATCTGTCCTCTCGTGTAAGTTTAGTTTTGTACTATTTAATAA TTGACAATTGAGTTGCATGCTCTGGAATTTAGTCTTATTTTGTTGATAATAGACACCTTAGTTCGTAATATAAGTTAAAT TCAGAGTTGCATATATGTCTTAAGTTAATTCAACCACTCTATACAGTGTTGTTCTTTTGTTTTTCCAAAGCATTGCAGTT TTGGACTGGATGAAGAACATTTCATTCTAGAGGATAGTCGCTGTTGACATTTATTCTACAACCCTATCATACGGTGGATA TTTATATTACCTAACAAATTGAAGCTAAAAAAATGAATATAGATTACACTGTGTCATTCCCTGCTAAGAAGGGAAATTGT TTAAGCTGTCAAAATTAATTGGAAGGGAAATTGCAGTGCATGATATATGCTTTGCCTGCAACCTTTACGAGTCTTTTGTG TTGTTACAAAGCTGTTTAGATCTGATATGTTATGGAATTGGCAGTGTAAATAAGTGATATGTGGAGTGCAATTAATATTT CTATAATGAGGGTAATATAAGAATAAAAAAATTATAAATCATTTTATTTCGTTCATTATCCAAACACTAGAGTGGTAAAT TTGTTCCGCTCCATCATAAAATACTCAAACAACATAAATGAATTTTCATTCCATTCCATTCCGTTCTATTATGTTCCATT TTATTCCACTCCATAATGTTCCATCAATCCAAACGAAGCCTAAAGGGGTTTGTTTTGTAGCAACTAGATTATAGCCTAAC TTAGCCTAGTTTGGAAATAAGCTGTATGTGTTTCAAGTATAATCATACAAAGAAACTGTGATTATTTAATTGTCATGTGT GTGTCTATTAATTTGCAATTTTTTCCCTTTTCATCTAGACTGGAGTCCGAACTAGTTGAAAATATTGTTGAAGATATATT ACAGAAGTTGGGTCGTATGAGCCCACATGTTTCAGAGGGGCTTGTTGGAATTGCTAGACACATTGCATGCGTGGAATCAT TGTTGTGTTCAGGGTCAACTGATGTACGTATTGTTGGAATATGGGGTATGGGTGGCGTAGGTAAGACAACCATTGCAGAT GCTCTGTGTGCAAAACTCTCTTCTCAATACCAGGGATGCTACTCCGTTGCCAATGTGAGGGAAGAATGGAAAAACCATGG AGAAGTTAATTTACGGAATAAACTTCTGTCTGGAATATTGGGGATCCAAAATTTACATGTTAGCAACCCTACTATGAGTT CCACGTTTATTGTAGAAAGGCTTCAACACAAAAAGGTCCTTGTTGTTCTTGATGATGTGAGCGATTCAAAACAAATAGAA TATCTTGTTGGAGAGAAATATTGGTTTGGACCTGGGAGTAGAATCATAGTGACAACCAGATATAAAGATGTGTTTGACCA AGGGGTTGGAGTATACCAGGTGATGGAAATGAATTTTGATGAAGCACTAAAGCTTTTTAGCTTGAATGCATTTCAACAAG ACCATCCAACGAGGGAATACATACACTTGTCAGAGAGGGCAGTAGAATATGCCAAGGGCATTCCTTTAGCTCTTAAAATT CTCGGTTCATATCTTCGTTCTAAACGACCTGAAGAATGGGAAAGTGCTTTGGAAAAACTGAAGAAAATTCCCAAAGCTGA AATTTATGATGCGTTAAGATTGAGTTATGACGGTTTAGACCATGAAGAGCAGGATATATTCTTAGATATTGCATGCTGTT TGAAAGGAGAGACAAAAAGCCGGATCACAAGAGTATTGGATGGATGTGGCTTTTATACAGATATTGGGATGAGAAGCCTT CAAGATAAGTCTCTTATAACTGTTTCTAAAGACAACACCGTACAAATGCATGATTTGATACAAGAAATGGGTTGGCAAAT TGTTCGTGAAGAATCTATGAAGCAGCCTGGAAAACGAAGTCGGTTGTGGGATCCTAAAGAAATTTATGATGTTCTCAAGA ATAACAGGGTATGGATCAATACACTTATAGTTCACATTTCTAAATACGGGAACAAGTTAGTAAAATATTATGTTCATAAT CAGTCTATTCCGTTCTTAATTTCCTTGTTACTTCTGTTTTGCAGGGAACTGACAATATTGAAAGTATAGCGTTGGACACA TCTCAAATCAAAGAAGTGACAATAAGCCCTCAAGCTTTTCACAGAATGTACAAGCTAAGGCTTTTGAATTTTCATATGCC CTCATGGGAAAAGAGAAGCAATGTGCTTATTTCTAGAGGTCTTGAATGTATGCCTGATGAATTAACTTACCTCCGATGGG ACTGCTTTCCATTGAAATCCCTGCCACCATCGTTTTGTGCAGAGAAGCTTGTTGAACTTAATCTAAAACATAGCCTCGTT GAAGAACTTTGGGATGGAGTGCAGGTATCTTATTGAAACTTGTTAACTTCATATTTAAAAATATGATAAAATCCACAACT TCTCAATTAAGTTTAACTTTCTGATAATACAGGATCTTGCGAATTTGAAGTCATTATACCTTAGTGGTTGCAACCGCTTG ATTGAGCTCCCAGATTTCTCTATGGCCCAAAAACTTGAAGAAGTACATCTTGATGACTGTACAAGTTTGTTGAAGGTTCC TTCATCCATTTTGTCACTTGATAATCTGTTTGCACTCAACCTGAGAGGCTGTAAACAGCTTCGTTACATTCAAAGTGAGA AGCAATCTAGATCTCTTCAATGGTTTACTCTGAGAGGGTGCTCAAGACTTGTAAAGTACGCATTTTGTTCAGAAAAACTG AAGTACCTGAGTTTAGATGGCACGGGAATTGAAGAACTGCCTTCATTAGTTGGACAGGTCAAGGACTCCTCAAGCATCTC TCATGATCATTGTGAAAGACTTCAAAATCTTCCAAATACCATCTATGAGATTGGTTTAGATTCTTCCACTCAGCTTCTTG ACTGCCCAAAACTTGAGAAATTACCTCCAACATTTGACTCCTCATTTTCCATGACAACTCTTTATCTCGATAATTGCTCA AATCTGTCACGACTCCCTGACAACCTTGGCATCTTTTCTACACTAAATAAACTTTCATTAAGAGGAAGCAATATTGAGAA CTTGCCCAACAGCATAAAACATCTTTCACAGCTGAGGGCCCTAAATTTAAGCAACTCGAGGAGGCTTCGCTCCTTGCCAG AGCTCCCATTTTTGCTACAAGACTTGAATGCAAGTAATTGTGTCTCCCTAGAAACAGTATCAAATTTAGGGATCACAGTG TTGAGAGATTCCTTTGGCAGATTGAAGAAGTTCTCTTTGCTTAGACAGATTCAAGAAGAAGAAAAGATGTCCATTCGTCA AGGTAATTACTTGGGAAGATTTGAGTTTTATAACTGCATAAACTTGGGCCTGATTGCACGCAAGACTCTTATGGAGGAAG CGCTCATTAGAATTCAGCTAGCCGCTTACCTGTCGTCAATGATTGAAGAGTGTTGGGATCCTTATTGTCAAACTGATGAA CTTTCTAAGGTCGTTACCCCTGAAGATGTTCAATATATTTCTCGTCCAGTTTATACTAATTTTCCTGGAAATGAAGTGCC AGATTGGTTTATGCATAAAGGAACTGACAACTCAATCATAACCTTTAAACTTTCTGCATGGTGGCATCGTTATTTCAATT TCTTGGGCTTTGGTTTCTGCCTTGTATTAGGACCATCTTGCTCAAATAGGGAGAAAAAACATCATATTGGATTCGTGGCA GGGTGTAGATGCTACTTTGGTGGCAAATTTGCTGGAACTTCCATTATAAAGTCTTCTTGCAGTGATGCTAAATCAGATCA GGTGTGGCTTTGGTACGACAGATTGCTAACAGAAGAAAAAACACGCAAAATCAATCGACATGGTGTGGAGGTCTCCTTTG ATTTTTTTGTTAGGCCTCATAGTTTAGGCGTTGTGAAACAGTGTGGGATTCGACCGTTGTATGCTCCGTTTCGTTGGGAT TTAAATTCCGATTTGGGTCATATGATCCCACATCATGTTCAAGAGGGGCTTGTTGGAATTTCTCGACACATTGCACACGT GGAATCATTGTTGTGTGCTGCGTCAACTGATGATGTCTGTATTGTTGGAATTTGGGGTATGAGTGGCATAGGTAAGACAA CCATTTCACATGCTTTATGTGCAAAACTCTCTTCCCAATATGAGGGATGCTACATCATTGCCGATGTGAAGGAAGGATGG GAAGATCATGCTATGAGTTCCACTTTTATTGTGGAAAGGCTTCAAGGGAAAAAGCTCCTCGTTGTTCTTGATGATGTGAC TGATTCAAAACAAATAGAATATCTTGTAGGTGGGAAATATTGGTTTGGACCTGGCAGTAGAATCATAGTGACAACCAGAT ATAAAGATGTGTTTGACCAAGGGGTTGGAGTATACCAGGTGATGGAAATGAATTTTGATGAAGCACTAAAGCTTTTTAGC TTGAATGCATTTCAACAAGACCATCCAACGAGGGAATACGTACACTTGTCAGAGAGGGCAGTAGAATATGCCAAGGGCAT TCCTTTAGCTCTTAAAATTCTCGGTTCATATCTTCATTCTAAACGACCTGAAGAATGGGAAAGTGCTTTGGAAAAACTGT AGAAAATTCCCAAAGCTAAAATTTATAATGCGTTAAGATTGAGTTATGATGGTTTAGACCATGAAGAGCAGGCTATATTC TTATATATTGCATGCTGTTTGAAAGGAGAGACAAAATGCCAGATCAAAGATATCTACGATTTGTTGCCATACGGGCAAAA ATATTCCACCCATTCTACAGATATTATGATAAGAAGCCTTCAGGGTAAGTCTCTTATAACAGTTTCTGAAGATCACACTA TCCAGATGCATGATTTGATAAAAGAAATGGATTGGCGAATAATGGACTAATGGAGTATTAAAATCTACATGCTATTTGGA TGCGATGCTACTCTTGGTTGGGTTCCCCTCGAGTGTGCTTCTCATCTATTGCACCATGAGCTTTGGGGGAGGAATAAAAA TCAAAGATTGCGGTGGAGAGCTATTTGGCTTGATTGCATTTGGAGTATTTGGCTGCATAAAAATGATGTTGTTTTCAAGG AAGAGCAGGTAAATCCAGAATCTGTGGTGGATTTGATTAAGTTAAGATCATGGGTTTTGCTCAAATCTATGCTAAAAAAC TTCAAGTTTTCCTATTATGAATGGGAAACAGAGCCTTGGATTTGTATTGTGGGTGCATGATGGGATTGAACCTGGCTATT GTTTGTTGTTGGGTGCCGTTTTCAGTTGTTAGTTTTGTAGGGGCTTTGTTTATCTTGTCTAAGTGGGAGTGTTATACTGG TTATCTATTAGAAAGGGAGGGTTATATTGTTGGACTGCCAATCTTCTAGTTTTGAATCATTCATGTAATTGAATGTTATG TTTGTGCTGAAGCACCCCTTGTGCTTCCTATCAATTTAGGGAAAATAAGAAATTAGCCCCCCTGACGTTCTGTCACGTCA TGTGAAATTTAGTCATTGACTTTTAAAATGGTATATTTAGAACCTTATACTTTATAAAGTGTGCAATTTAGTCATTGACT TTTGGGTTTAGGAAGAGCGTTGGGTCTCTCAATTTGGAGAGTGTTAGGTCTCTCTCTTATATCTTCTATGATCCCTGATT GGGAATTAGGGTTTTCATCAATCTAACTCCATAATATTCTGGGTTCTATCACTACATCACTGAAATTTTATTTGGATCTC ACACTAAGAAGAAAAATAGAGCATGCTTGGAGTAGATGTCAGAAGGAACATGTGTAAATGTGATTTAACTAGAGGAATAT CCAAGTATGACATTCTTGCCAAAATCTTTTGTGAAGGTCTGAATATCTCTTATAAATTATTATACTTTCTACAAGAGGAA TTGCTTTGAGTGTGCTACATATGTTCTTTCACCAAATACTTTTACATGAAAACATAAGATACTTTAATATGATGCTTTTT ACTTCTCCTTTGCAGGTTGACTTCTGTCAGATTTTTCCATAAACAAGCTGCTGGAGTTATGATTTCTCTATCTTGTGACT TTGTCTGAGACATCAGTTGTGCCTGTGAAAGAATCTCTTGATGAAGGAATTTATGAATTTAATTCATGCAATCCCTGGCA AGAGACTTTGTTGCTAGGCCTTTGAAGATCTTGGTGATGAGTCATTAACTAATAAAGGAGGGACATCCCTGCAACTTTAA GTCCAAAGCTATTCCAGAAAGAATAGTAGATAACTCCATAGTTTGCAAAATTCATTACAATGCTATGTATTTTCACATTG ATACTTTCCATGATCAATATGAAATAAAAACTATTCAAGCTACTCTACTCCTGAAAGAAAGAATTAGGCAGTAAAGTTGC TGCAATGGTTGATAAGTGATAACTCAGCAAAAGGCATAAGACTGAGAAGGAAAATAGTAATGAGAACATAAAACCTGGTA GAAGGGCTATTT
CDS sequence (LotjaGi2g1v0205800.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGACTGGACTTGGTTGCTTGGTGGCTTCTTCCTCATCTGCTCCGAAATCAAAGCATGATGTTTTTCTCAGCTTTAGAGG AGCAGATACACGCTGCACATTTACAAGCCATCTCTATGCTGCATTGTGTCGGAATCAAATCCAGACGTTCATTGACGACA AGGAAATTAACAGAGGAGACACACTGTCACCGACACTCCTTTCAGCTATTGAAACCTCAAAGATTGCAATAACAATCTTC TCTCAGAATTATGCTTCTTCTAAGTGGTGTTTGGATGAACTCCAGAAGATTATTGAATGTAAGGAGAGGAAACAACTTGT TGTGATACCTGTTTTCTATCACATTGATCCATCAGATGTGAGACACCAGAGGGGAAGTTATGAAGATGCATTTACCAAAC ATGAGGAGCATTTCAGGGACAATCTAATCAAGGTAAATAAGTGGAGAACTGCTCTGCGTACAGCAGCCAACTCAGCAGGA TGGGATTCCTCAAATACCAGACTGGAGTCCGAACTAGTTGAAAATATTGTTGAAGATATATTACAGAAGTTGGGTCGTAT GAGCCCACATGTTTCAGAGGGGCTTGTTGGAATTGCTAGACACATTGCATGCGTGGAATCATTGTTGTGTTCAGGGTCAA CTGATGTACGTATTGTTGGAATATGGGGTATGGGTGGCGTAGGTAAGACAACCATTGCAGATGCTCTGTGTGCAAAACTC TCTTCTCAATACCAGGGATGCTACTCCGTTGCCAATGTGAGGGAAGAATGGAAAAACCATGGAGAAGTTAATTTACGGAA TAAACTTCTGTCTGGAATATTGGGGATCCAAAATTTACATGTTAGCAACCCTACTATGAGTTCCACGTTTATTGTAGAAA GGCTTCAACACAAAAAGGTCCTTGTTGTTCTTGATGATGTGAGCGATTCAAAACAAATAGAATATCTTGTTGGAGAGAAA TATTGGTTTGGACCTGGGAGTAGAATCATAGTGACAACCAGATATAAAGATGTGTTTGACCAAGGGGTTGGAGTATACCA GGTGATGGAAATGAATTTTGATGAAGCACTAAAGCTTTTTAGCTTGAATGCATTTCAACAAGACCATCCAACGAGGGAAT ACATACACTTGTCAGAGAGGGCAGTAGAATATGCCAAGGGCATTCCTTTAGCTCTTAAAATTCTCGGTTCATATCTTCGT TCTAAACGACCTGAAGAATGGGAAAGTGCTTTGGAAAAACTGAAGAAAATTCCCAAAGCTGAAATTTATGATGCGTTAAG ATTGAGTTATGACGGTTTAGACCATGAAGAGCAGGATATATTCTTAGATATTGCATGCTGTTTGAAAGGAGAGACAAAAA GCCGGATCACAAGAGTATTGGATGGATGTGGCTTTTATACAGATATTGGGATGAGAAGCCTTCAAGATAAGTCTCTTATA ACTGTTTCTAAAGACAACACCGTACAAATGCATGATTTGATACAAGAAATGGGTTGGCAAATTGTTCGTGAAGAATCTAT GAAGCAGCCTGGAAAACGAAGTCGGTTGTGGGATCCTAAAGAAATTTATGATGTTCTCAAGAATAACAGGGGAACTGACA ATATTGAAAGTATAGCGTTGGACACATCTCAAATCAAAGAAGTGACAATAAGCCCTCAAGCTTTTCACAGAATGTACAAG CTAAGGCTTTTGAATTTTCATATGCCCTCATGGGAAAAGAGAAGCAATGTGCTTATTTCTAGAGGTCTTGAATGTATGCC TGATGAATTAACTTACCTCCGATGGGACTGCTTTCCATTGAAATCCCTGCCACCATCGTTTTGTGCAGAGAAGCTTGTTG AACTTAATCTAAAACATAGCCTCGTTGAAGAACTTTGGGATGGAGTGCAGGATCTTGCGAATTTGAAGTCATTATACCTT AGTGGTTGCAACCGCTTGATTGAGCTCCCAGATTTCTCTATGGCCCAAAAACTTGAAGAAGTACATCTTGATGACTGTAC AAGTTTGTTGAAGGTTCCTTCATCCATTTTGTCACTTGATAATCTGTTTGCACTCAACCTGAGAGGCTGTAAACAGCTTC GTTACATTCAAAGTGAGAAGCAATCTAGATCTCTTCAATGGTTTACTCTGAGAGGGTGCTCAAGACTTGTAAAGTACGCA TTTTGTTCAGAAAAACTGAAGTACCTGAGTTTAGATGGCACGGGAATTGAAGAACTGCCTTCATTAGTTGGACAGGTCAA GGACTCCTCAAGCATCTCTCATGATCATTGTGAAAGACTTCAAAATCTTCCAAATACCATCTATGAGATTGGTTTAGATT CTTCCACTCAGCTTCTTGACTGCCCAAAACTTGAGAAATTACCTCCAACATTTGACTCCTCATTTTCCATGACAACTCTT TATCTCGATAATTGCTCAAATCTGTCACGACTCCCTGACAACCTTGGCATCTTTTCTACACTAAATAAACTTTCATTAAG AGGAAGCAATATTGAGAACTTGCCCAACAGCATAAAACATCTTTCACAGCTGAGGGCCCTAAATTTAAGCAACTCGAGGA GGCTTCGCTCCTTGCCAGAGCTCCCATTTTTGCTACAAGACTTGAATGCAAGTAATTGTGTCTCCCTAGAAACAGTATCA AATTTAGGGATCACAGTGTTGAGAGATTCCTTTGGCAGATTGAAGAAGTTCTCTTTGCTTAGACAGATTCAAGAAGAAGA AAAGATGTCCATTCGTCAAGGTAATTACTTGGGAAGATTTGAGTTTTATAACTGCATAAACTTGGGCCTGATTGCACGCA AGACTCTTATGGAGGAAGCGCTCATTAGAATTCAGCTAGCCGCTTACCTGTCGTCAATGATTGAAGAGTGTTGGGATCCT TATTGTCAAACTGATGAACTTTCTAAGGTCGTTACCCCTGAAGATGTTCAATATATTTCTCGTCCAGTTTATACTAATTT TCCTGGAAATGAAGTGCCAGATTGGTTTATGCATAAAGGAACTGACAACTCAATCATAACCTTTAAACTTTCTGCATGGT GGCATCGTTATTTCAATTTCTTGGGCTTTGGTTTCTGCCTTGTATTAGGACCATCTTGCTCAAATAGGGAGAAAAAACAT CATATTGGATTCGTGGCAGGGTGTAGATGCTACTTTGGTGGCAAATTTGCTGGAACTTCCATTATAAAGTCTTCTTGCAG TGATGCTAAATCAGATCAGGTGTGGCTTTGGTACGACAGATTGCTAACAGAAGAAAAAACACGCAAAATCAATCGACATG GTGTGGAGGTCTCCTTTGATTTTTTTGTTAGGCCTCATAGTTTAGGCGTTGTGAAACAGTGTGGGATTCGACCGTTGTAT GCTCCGTTTCGTTGGGATTTAAATTCCGATTTGGGTCATATGATCCCACATCATGTTCAAGAGGGGCTTGTTGGAATTTC TCGACACATTGCACACGTGGAATCATTGTTGTGTGCTGCGTCAACTGATGATGTCTGTATTGTTGGAATTTGGGGTATGA GTGGCATAGGTAAGACAACCATTTCACATGCTTTATGTGCAAAACTCTCTTCCCAATATGAGGGATGCTACATCATTGCC GATGTGAAGGAAGGATGGGAAGATCATGCTATGAGTTCCACTTTTATTGTGGAAAGGCTTCAAGGGAAAAAGCTCCTCGT TGTTCTTGATGATGTGACTGATTCAAAACAAATAGAATATCTTGTAGGTGGGAAATATTGGTTTGGACCTGGCAGTAGAA TCATAGTGACAACCAGATATAAAGATGTGTTTGACCAAGGGGTTGGAGTATACCAGGTGATGGAAATGAATTTTGATGAA GCACTAAAGCTTTTTAGCTTGAATGCATTTCAACAAGACCATCCAACGAGGGAATACGTACACTTGTCAGAGAGGGCAGT AGAATATGCCAAGGGCATTCCTTTAGCTCTTAAAATTCTCGGTTCATATCTTCATTCTAAACGACCTGAAGAATGGGAAA GTGCTTTGGAAAAACTGTAG
Protein sequence (LotjaGi2g1v0205800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MTGLGCLVASSSSAPKSKHDVFLSFRGADTRCTFTSHLYAALCRNQIQTFIDDKEINRGDTLSPTLLSAIETSKIAITIF SQNYASSKWCLDELQKIIECKERKQLVVIPVFYHIDPSDVRHQRGSYEDAFTKHEEHFRDNLIKVNKWRTALRTAANSAG WDSSNTRLESELVENIVEDILQKLGRMSPHVSEGLVGIARHIACVESLLCSGSTDVRIVGIWGMGGVGKTTIADALCAKL SSQYQGCYSVANVREEWKNHGEVNLRNKLLSGILGIQNLHVSNPTMSSTFIVERLQHKKVLVVLDDVSDSKQIEYLVGEK YWFGPGSRIIVTTRYKDVFDQGVGVYQVMEMNFDEALKLFSLNAFQQDHPTREYIHLSERAVEYAKGIPLALKILGSYLR SKRPEEWESALEKLKKIPKAEIYDALRLSYDGLDHEEQDIFLDIACCLKGETKSRITRVLDGCGFYTDIGMRSLQDKSLI TVSKDNTVQMHDLIQEMGWQIVREESMKQPGKRSRLWDPKEIYDVLKNNRGTDNIESIALDTSQIKEVTISPQAFHRMYK LRLLNFHMPSWEKRSNVLISRGLECMPDELTYLRWDCFPLKSLPPSFCAEKLVELNLKHSLVEELWDGVQDLANLKSLYL SGCNRLIELPDFSMAQKLEEVHLDDCTSLLKVPSSILSLDNLFALNLRGCKQLRYIQSEKQSRSLQWFTLRGCSRLVKYA FCSEKLKYLSLDGTGIEELPSLVGQVKDSSSISHDHCERLQNLPNTIYEIGLDSSTQLLDCPKLEKLPPTFDSSFSMTTL YLDNCSNLSRLPDNLGIFSTLNKLSLRGSNIENLPNSIKHLSQLRALNLSNSRRLRSLPELPFLLQDLNASNCVSLETVS NLGITVLRDSFGRLKKFSLLRQIQEEEKMSIRQGNYLGRFEFYNCINLGLIARKTLMEEALIRIQLAAYLSSMIEECWDP YCQTDELSKVVTPEDVQYISRPVYTNFPGNEVPDWFMHKGTDNSIITFKLSAWWHRYFNFLGFGFCLVLGPSCSNREKKH HIGFVAGCRCYFGGKFAGTSIIKSSCSDAKSDQVWLWYDRLLTEEKTRKINRHGVEVSFDFFVRPHSLGVVKQCGIRPLY APFRWDLNSDLGHMIPHHVQEGLVGISRHIAHVESLLCAASTDDVCIVGIWGMSGIGKTTISHALCAKLSSQYEGCYIIA DVKEGWEDHAMSSTFIVERLQGKKLLVVLDDVTDSKQIEYLVGGKYWFGPGSRIIVTTRYKDVFDQGVGVYQVMEMNFDE ALKLFSLNAFQQDHPTREYVHLSERAVEYAKGIPLALKILGSYLHSKRPEEWESALEKL
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 | 1 | 1 | - | – | |
| Phobius | 1 | 13 | 13 | - | – | |
| Phobius | 2 | 9 | 8 | - | – | |
| SUPERFAMILY | 9 | 161 | 153 | 1.11E-43 | ||
| Phobius | 10 | 13 | 4 | - | – | |
| PANTHER | 11 | 767 | 757 | 0.0 | – | |
| PANTHER | 11 | 767 | 757 | 0.0 | – | |
| Gene3D | 13 | 185 | 173 | 4.6E-70 | ||
| Phobius | 14 | 1339 | 1326 | - | – | |
| ProSiteProfiles | 17 | 158 | 142 | 27.527 | ||
| SMART | 18 | 158 | 141 | 1.8E-45 | ||
| Pfam | 18 | 194 | 177 | 9.5E-53 | ||
| Gene3D | 186 | 346 | 161 | 3.7E-28 | – | |
| SUPERFAMILY | 187 | 444 | 258 | 1.99E-58 | ||
| Pfam | 206 | 416 | 211 | 7.6E-26 | ||
| PRINTS | 218 | 233 | 16 | 1.1E-24 | – | |
| PRINTS | 294 | 308 | 15 | 1.1E-24 | – | |
| Gene3D | 350 | 434 | 85 | 1.5E-6 | – | |
| PRINTS | 385 | 399 | 15 | 1.1E-24 | – | |
| SUPERFAMILY | 489 | 881 | 393 | 1.62E-36 | – | |
| Gene3D | 526 | 703 | 178 | 2.2E-22 | ||
| Pfam | 611 | 630 | 20 | 1.8E-4 | ||
| Gene3D | 724 | 939 | 216 | 2.8E-17 | ||
| PANTHER | 750 | 1118 | 369 | 0.0 | – | |
| PANTHER | 750 | 1118 | 369 | 0.0 | – | |
| PRINTS | 839 | 855 | 17 | 1.1E-24 | – | |
| Gene3D | 1131 | 1211 | 81 | 8.4E-10 | – | |
| SUPERFAMILY | 1133 | 1339 | 207 | 1.54E-44 | ||
| PANTHER | 1134 | 1339 | 206 | 0.0 | – | |
| PANTHER | 1134 | 1339 | 206 | 0.0 | – | |
| Pfam | 1212 | 1339 | 128 | 6.3E-17 | ||
| Gene3D | 1212 | 1270 | 59 | 2.5E-9 | – |
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 LotjaGi2g1v0205800.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…