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 | LotjaGi3g1v0027100 |
| Transcript ID | LotjaGi3g1v0027100.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class), putative; TAIR: AT5G17680.2 disease resistance protein (TIR-NBS-LRR class); Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|G7IUH0|G7IUH0_MEDTR Disease resistance protein (TIR-NBS-LRR class), putative; Found in the gene: LotjaGi3g1v0027100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:2942115..2952029) extracted from Lotus japonicus Gifu genome v1.2.
TGGTTTGACTGAAAACATAGTAGGAATCAAATAATGGCATCTTCATCTTCATCTTCTTCTTCCCATGTTCCTAGAATCAA ATATGATGTCTTTGTTAGCTTCAGAGGCACAGACATACGCTATGGTTTTCTCAGCCATTTGAAGAAGGAGCTTCGCCAGA AGCAAGTGGATGCCTTTGTAGATGACAGGCTTGAAGGGGGAGATGAAATATCACATGCACTTGTCAGAGCAATTGAAGGG TCACTCATGTCTTTGGTCATATTCTCCAAGGACTATGCTTCTTCTAAATGGTGCTTGGAGGAGCTTGTGAAAATAGTTGA GTGCATGGACACAAGTAAACAGGTTGTGATTCCTGTTTTCTATAATGTTGATCCATCTCATGTGCGGCACCAGATAGGGT CTTATGGAGAAGCCTTAGATAAACATGAAAAGAGTAAAAGAAACTTAGCCAAGGTGCAAAATTGGAGATCTGCTTTGAGT GTGGCTGCTAATCTTTCTGGATTTCATTCATCAAAATTTGGGTAAATCATGTTGTTTGTTTCTCCCCATGCATGTTTAGT TATTTGTTGATTTTATAATATTGCATACTTTGGCAGGCTATGCAACTTCCAATGAGGACCTTAACAACTTGACTATTTTA TCCTGGTTGATTTTCATTGTAGCATTTGTTATTTCCTTAAACCATGTGGCACCAATGATTTGTCATTACTAGTTGCTATT AGAATTTGGGTTAAACTTAACTGTACCACAAAAGTTAGCTCTATAGTGAGAAGTGTCTATTAAGGTAATTGAGACAAGAC TAAAATAATGCCTATAAAAGGTAGAGCAACTCATTTTTGAACTTTAAATATCTACTGGTGGCCTAATAAATGGATTGAGG ATAGGCTCTCATACCATGCTAAAATTTAGATTTTGTTTAGGCTTAAATCTACTTAAAACTAGCTTGACGGTGATGGTTGT TCTACCCTTCATAAGAATTATTTTGATCATATCTCTAATTGATATGATGCGAGACATTAGCAGTTATTTCATTTAAGTGG CATCATATAACTTATGCGATGGTGATTAATAGTGGTTCCATTATAATTTGTTGTATTATGTTTGACTAAAGTTTTGAGTA AACCCTCATTTTCATCTTCAACCATGGAAAAGTTTTTCAATTCATACTAGCAATTAGCAAATATAAGTCCCTCACGTATG CTTAGTTTATATTTCGATATATGTTGGCACCTGTGCAAATGAACGTTAACACTCACTTCAAGACATTAAGTCAATGGAAC ACTTCTCGTGCGCTCAATTGGTATCCAAACACATAATATGTTGGTTACATTAGTCCATCTATACTTTCATCGGGTGATCA CATTTCATGCTTAGTTTGGACTAATATGAAAAACCTTCCATCCTAAGTTTTACTTATTGTGCTTTCACCTGTTAAAATTA ACAATAGTGGCACTAAACTTGATATACTTTTTCTTTCTCTTGTTTTATAGGGATGAAGTTGAGCTTATAGAAGCAATTGT CAAGTCTTTGTCATCCAAGTTGAATCTTATGTACCAAAGTGAGTTAACAGACCTTGTTGGAATTGAAGAACGGATTGCAG AGTTGGAGTCACAATTGCGCCTAGGGTCGACAATGGATGTTCTTGCCATTGGAATTTGGGGCATGGGAGGAATTGGTAAG ACAACTATTGCAGCTGCAGTATATAACCGTCTTTGTTTTGAATTTGAAGGGTGTTGCTTTATGGCAAACATAAGGGAAGA ATCAGAGAAACAAGGAATGATTTATCTGAAGAATAAAATTCTCTCTATATTACTAAAGGAAAATGATCTACATATTGGCA CACCTAATGGAGTTCCCCCTTATGTTAAGAGAAGGCTCGTTCGTAAAAAGGTTCTTCTTGTTCTTGATGATATCAGTGAT TCAGAGCACCTAGAAAATTTAGTTGGAGCACTTGATTGGTTTGGATCTGGTAGCAGAATTATTGTAACAACTAGAGATAA GCAAGTGCTTGGTAAAATAGTTGACAGTATATATGAGGCAAAGGCATTAAACTCTGATGAAGCTATTAAGCTTTTCATTA TGAATGCCTTCGAGCAACAAAGTTGTGTTGATATGGAGTGGAATGAGTTATCAAGAAGGGTGATTCAGTATGCTAATGGA AACCCATTAGCTTTGAAAGTTTTGGGCTCTTTTCTTTATGGTAAAAGCAAGATAGAATGGTTAAGCCAATTGCAGAAACT TAAGAAAATGCCTCACTCCAAAATCCAAAATGTGTTGAGATTGACTTATGATAGACTTGATCGAGAAGAGAAAAACATCT TTCTATACATTGCATGTTTTTTGAAAGGATATGAATTGCACCGAGTAATAGTTCTGCTTGATGCCTGTGGTTTCTCGACA ATTATTGGGTTAAGAGTCCTTAAAGACAAAGCTCTCATCATTGAAGCCAAGGGCTCTGGAAGACCAATTGTATTGATGCA TGACTTGATACAAGAAATGGGTTGGGAGATTGTTCGAGAAGAATGTATTGAAGACCCTGGGAAACGCAGTAGGTTATGGG ATCCTAACGACATTCATCAAGTATTGGAAAATAACACAGTAAGAGCCATAATTGTGTGAAATGTCTTTATAAAATAATTT TGTGCAAACTTCTGGTTTTGAATAATATTTACATTGTATGTTACTTTATCTTGCTAGGGAACTAAAGCCATTGAAAGCAT AACTCTGGATGTCTCAAAAATTGATGAGCTGTGCTTAAGTCCTCGAGTCTTGAAGAAAATTGACCTGAGTGATTCCAAGC ATTTGCTAGAGCTCCCAGATTTTTCAAAGGCTTCAAATCTTGAAGAAGTAGAACTCTATGCTTGCAGAAATTTGCTGAGT GTTCATCCGTCTATTTTGTCTCTCCACAAGCTTGTGCGTTTAAACCTATTTTACTGTGAAGCGCTTACCAGTCTTCAAAG TGAAACCCATTTAAGATCCCTTCGTGAACTTCTCCTCACTGGCTGCTCAAGACTTGTAGTGTTTTCAGTGACTTCAGAGA GTATGAAAGACCTAGCCTTAACTTCAACTGCTATCAATGAATTGCCCTCATCAATTGGGAGTCTCAGAAATCTGGAAACA TTGACTCTTGATTACTGCGAAAGTCTAAGCAATCTTCCTGACAAGGTTGCGGACCTGAGATCACTCCGGGAACTTTATGT TCATGGTTGCATACAACTTGATGCATCAAATCTTCATGTCCTTTTTAATGGCTTGAGGTCTTTGGAAATTTTAAAGCTGC AACAATGTCTGAACTTGTCTGCAATTCCAGACAATATTAGCCTCCTATCTTCATTGCGCGAGTTGTTACTAGCAGGAACA GATATTGAGAGATTTCCTGCAAGCATCAAGCATCTTTGTAAGCTGGAAAAGATTGATTTGAGGGATTGCAAGAGGCTTTG CTATCTTCCAAAGCTTCCACCATCATTAAAAGAGTTATTTTGATAAGATAGGGGAATAGAATAATGGATAATTATTATTG ATACTGCAGAGATGAAGAATCTCTACTGGAAATAATACAATACAGCAGGAGTTCGAGAGCATGTTCTCTCCATACTACCA CACACTTATAATTTCCTGGACAACCATCTAATAGGCTACATCTATTATTTATACAACTGCATAGTGCAGTTTCTATTTTG AATTCAAACTGACATACACACATAATAACTGCTAACTCCTAATAACTACAGACTGGTAACTGCCCCTATCCATCTGTCAA ATTCGTATTTCCCCTCTCTCCTTGCTGTTTTGGCTGTCAGCAGTCTCCATGGCCACAGTAGAGGCTGCGCCACCCCCCAT GGTGGTTCCAGACCTGAAATTCTTCTTTTTCGGGCGATAAACTTGGATCAAAGGAGGTTTAATCTTATCAATACCCCCCC TTGAAGATTCACCTTGTCCTCAAGGTGAAAGTCTGGAAAGGCTTCATGAATGCGGGCCACCGATTCCCAACTATTCTCAC AAGAAGGAAGATTCTGCCAGGAAATCAGAACCTCAACATTACCAGGAGAATCTTCACGAACATTGAGAACCGATTCGGGA TAAACTTGCAACTCGTGATCTTCAGATAGCATTGGAGGCAAGGGCTGAGATTGAAACGAATCACCAATGGCTTTCTTAAG AAGAGAGACATGGAACACCGGATGAATTCTGCTATGGGAAGGAAGGTCTAATTTATAAGCTACAGCTCCAACTTTGGTTA ACACTTGGAATGGCCCATAGAATCGTGGACTGAGTTTCTGATTAACTCGTTGAGCCAAAGATCGCCTTCTATAAGGCTGC AACTTCAAGAAGACCCAATCGCCAGCTTCAAATTCCACTTGTCTTCTATGTTTGTTGGCATATGTACGCATGATATCCTG AGACTTAAGCAAGTTGTCCCGCAAATCTGCCAACAATTCGTCCCGGTCCTTAGAAAGTTTATTAACCTCATCTAACTTGG AAGGAATGGTCGAACCTTTGAAAAGAAGAGGAGGATCCTGCCCATACAAGGCTTGAAAAGGTGACATTTTGCTGGAAGCA TTATAATTAGTATTAAACCAGAATTCAGCCCATGGAAGACAAGAAACCCATTTTTTGGGTTTGGAACCGGTAAGACAGCG CAAGTACACCTCCAAGCACCGATTGACAACTTCGGTTTGGCCATCAGTTTGGGGATGATAAGCAGAACTAAATTTCAATT GAGTACCTGCTGCTCGGAAAAGTGCCTTCCAAAAATTGCTCAAGAAAAGGGGATCTCGATCAGATACAATGGAGGAAGGA AAACCATGTAGCCTGACAATTTCTTGAAGGAATACAGCAGCAACCTCAGTAGCTGTATAGGGATGACCCAAGGCCAAGAA ATGTGCATATTTTGTAAGACGATCAACTACTACCAGAATGGTGTCTTTCCCCATGGATTTAGGTAAACCAGTGACAAAAT CCATGGAAATATCTGTCCAAACTTGAGTAGGAACGGGTAAAGGTTGCAATAAGCCTGCCGGAGTTAAATTATCACTTTTG TTCCTTTGGCAAACATCGCAAGCAGCCACATAGTTCTTGATGTCAGATTTCATGCCGTCCCAATAAACCAAGTTGGCTAC CCTTTTGTATGTTCTGAAGATTCCGGAATGCCCTCCCATCAATGAAGAATGAAACTCTTTCAAGATGACTGGTATACGGG AGGAAGTCTTGGATAAAACCAATCTACCTTTAAAGAATAGTTTCTGATCACGCAAGACATAACCGGAATGAGAAGTAGGG TCCAGAATCAAGTCTTGAATAATTTTCTGCAACTTGTCATCTTTATTGACTTCTTCCACCCATTCTTCAAAATCATGAAT TTGTAAGATAGAAATGGCGCAATAAGAACTCCGCCGGGATAAGGCATCAGCAGCAGAATTGTCTTTACCCGGTTTGTACT GAATATCAAAGTCAAACCCAGCCAACTTAGAAACCCACTTGAATTGTTCTTCACCTAACATGCGTTGATCTGCCAAAAAC TTCAAACTTTTCTGATCAGTTCGGATTATAAAATGATGACCCAACAAGTAATGGCGCCATTTCTGGACAGCTTTGACAAC CGCCATCAGTTCGCGATCATAGACTGATTTCCTTTGATTCCGATCAGATAAAGTTGTACTCCAAAAAGCCAAAGGGCGAC CTTCCTGCAGTAAAACAGCACCCAAACCTGTACCTGAAGCGTCAGTCTCTAAAACAAAAGGCTTGGTAAAATCAGGAACA GCCAGCATAGGAAGAGTAGTCATGGCATTCTTTAATTGTTCAAAAGCAGCATGAGCATCAGAACTCCATTGAAAAGCATC TTTCTTCAATAAATTAGTCAAAGGTTTCGCAATCTTCCCATAATTCTGTACAAAACGGCGGTAATAACCTGTTAGTCCAA GAAAACCCCTTAAACTTTTGATGTCCTTGGGAGTAGGCCACAACCACATAGCCTCTAATTTCTTTGGATCAGCAGAAACT CCACCTGCAGAAATGATGTGACCTAAATACTCCAAAGTCTCTTGGCCAAAAGTGCATTTCTTCCCATTGACTTTCAAATC ATGTTGTTGTAATAGAGATAAAACAGTGTGCAAATGTTGGATATGATCTTCCATGGAGAGGCTATAGATCAAAATATCAT TGAAGAAAACTAATACAAACTTGCGGAGAAGGGGCCTCAAAACTTCATTCATTAAAGATTGAAAAGAAGAGGGTGCATTA GTGAGACCAAAAGGAAGTACCAGAAATTCGTAATGACCTTCATGAGTTCTGAATGCAGTTTTTTCAATGTCACCTTCCTT CATTCTGATTTGGTGATAACCGGAACGCAAATCCAGCTTTGAAAAGATCCGTGCCCCTCCTATTTCATCCAACAATTCAT CAATGACTGGAATTGGAAATTTGTCTGGCACGGTGATCTTGTTTAAAGCCCGATAATCAACACAAAACCGCCAACTACCA TCTTTCTTTTGAACCAGAATTATGGGGCTGGAGAAGGGACTTGTAGATGGACGAATAATGCCGGCATCTAACATTTCAGC AACCAATTTCTCAATTTCGTTTTTCTGGTAATGAGGATATCTATAAGGTCTTAAGTTAGGAATTTGCGCCCCTTCCTTGA GATGAATCGCATGATCTTGCCGACGGTGAGGTGGTAATCCTTCCGGCGGTTCAAAGATGGAAGGAAATTGGTGGAGAATG GAAACTAAATCTGCTGGAACATTAGCCCTCCAATCTGTTTCTGCTTGAATTTGTTGAAAATCAATGAGAAATCCCTCACC ATGTTGCAAAGCCTTGAGTAAGGAATTTAAAGAAGCATCCTTCTTGCATAATTCAGGATCCCCTTGGAGTGACAACTTCT GGCCATTCATAGTAAACCGCAAAGTCAACTGTTCAAAGTTAGCTCTAATGTCACCAAGACTTGCTAACCATTCTAGGCCC AATACAATGTCCACTCCGCCAAGGCCAAACAAATAAAATTGTTGATTGACCGGCACATTATGTAACAGCAAAGACACGTC CTTACAAACACCCTTGCATGGTATCTTATGACCATCCCCTACTTCAACTACATAAGATGGAGTATCCTCAACCTTCAAGT GCAATTCCTGTACTAACGCCTTGGAAATGAAATTATGAGTTGCTCCACAATCAACTAACACCACAACTTTGTGATCTTCA ATAGTTCCCCAAACCTTGAAAGACCTTCTAGAACTGAATCCAACAATACTATTCAGGGATAAATGTGGGACAGGTTCCGT TTCGGGGTGACAATCTGGATCATCTTCTGGTTCAGAATCGCCAGTCTCTTCCATCAGCATAACTCGAAATTGTTTGTTCT TGCACACATGGTTAGGCCCAAATTTTTCATCACAGCGAAAACATTCTCCTTTCCGGATCTTCTCCTGGTAATCAGCATCA GAAAGTCTACGGTAATTACCCGGTCGATTTCTTTGAAATGGTTTTTCCACAGAGACACTACCAGAATAAGATGAAGATGG TGTGTAACTTTTGCCTCCACTCTTCTGTGTAGTATCAACTGTGACAGTTCGAGAAATTGATGGTGACTTATAAGAATTAC TGAACCTTGAACCAGAAGTTGAATTTGGATGAACCTTACTAACTGCAAGATTTTTCTGCTCAATCATTAAAACCTTTTGG ACCATGATGGATAAGGTTGTTGGTTCATAAAGTTTAATTTCTGCACCTATGTCCTCCTTCAAACCATTCACAAAGATATC CATTAAGTGTGTTTCATCAATGTCTTTCAACATGCCGGCAAATTTCTCAAATTGTTCCACAAATTCCGCCACCGAATCTT CTTGCTTAAGGGCTAGTAAAGCAGCAAAGGGATTGAGAGTACTTGAAACTTGGAACCTCTTCAGAATTGCCAACTTAAAA GTGTCCCAGTCTGCGTGAGGATGACAACCTTCCCACCATTGAAACCATGACAGAGCTTTTCCATCCAGTGCCACCAGAAC CGCCTGCAATCTCCCCTCCTCTGGAACTCCACGAATTTGGAAGAACCTTTCCAACTTATGAACCCAACCATAGGCATCAG CAACACCATCAAAAACTGGAACCTCCAACTTCCGCCAACGTGCAGAAGTGTTATCACAGTTAGACTCTTCTTCCTGTCCT GGGCGCTTAATGCTCTGTTCATGATTGTCTCTTTGAGAGCCAAGGTCGTCCCGATGCATGAACGTCTCCATCATATTTTC CAAACGTTGAATTCGTTGATCAGTTTGTTGACGGTCAATCTGTGCTTGTTGACGATCAGCCTGTGCTTGTTGACGATCAA TCTGCAACATTTCCATAATTTCTTGCATCCGCTCCATTGGATCTTGACTGGCTTCAGAACGAGTTTTTCCCATTTATAAA GTGAACCACTTAAGTACCACAGCACCTGGATGGTGCTCTGATACCAAAATGATAAGATAGGGGAATAGAATAATGGATAA TTATTATTGATACTGCAGAGATAAAGAATCTCTACTGGAAATAATACAATACAGCAGGAGTTTGAGAGCCTGTTCTCTCC ATACTACCACACACTTATAATTTCCTGGACAACCATCTAATAGGCTACATCTATTATTTATACAACTGCATAGTGCAGTT TCTATTTTGAATTCAAACTGACATACACACATAATAACTGCTAACTCCTAATAACTACAGACTGGTAACTGCCCCTATCC ATCTGTCAAATTCGTATTTCCCCTCTCTCCTTGCTGTTTTGGCTGCTCAGCAGTCTCCATGGCCACAGTAGAGGCTGCGC CACCCCCCATGGTGGTTCCAGACCTGAAATTCTTCTTTTTCCGGCGATAAACTTGGATCAAAGGAGGTTTAATCTTATCA TATTTGCAGCTAACTGTTCATCCTTGGAGACAGTAATGCTCACTCCGGCAGCTGCTGAACTACTACAAGCAAACATGATG AAATAGAATTCCAGAATTGTGTAAAGTTGGATGAACTTTCTCTCAGTGCTATTGAAGTAAATTCTCATGTGAGCATGAAG AAATTGGCACATCGTAGTCTCTTATCAATAAGAAGCAAGTTTCTTGATGATCCAGTTGATTTTATCTACCCTGAAGGTAA AGTTCCAGAGTGGTTCGTGTACAGATCAACACAGGCTTCAGTAACGATTGATCTGCATAGACTGTATGATGCTCCACGTT TCAAGCGTATAGGCTTCATATTATGTGTCATTGTTGGTCCGTTCCCATCTGATGGCAACACTTTGATCAGTTGTGACTAT TACCTGGAAACTGGTAATGGCGAAAGGGACAAAATGAACAGATGGACTAGTATACTTGCTATTGAATTTGTTTCTGATCA TGTGTGTCTGTGGTACGATAAAAATTGTTGTCTGCAAAGCAGTGAATATGAAAATGATATCATGGAAGAATATGTGTCTG GTTGCACTCCAAAGGTTTCATTTGAATTCTTTGCTCAAAATGGAGTTACATGGAAAAGAAGGGAGGATATTATGATAAAA GGATGTGGAGTGTGTCCGATACACGACACTTCATATGACAATTTCATAAAGCGAATGGGAACTCACCTTCGAATTGGAAC ATGGAAGAGTGCAGCACAGGGCTTGAAAGATATATTGTTTCTCTGATATTTTTGGAAGGTTGCTCGCCTTTCACTATTTT CAGACATCCTTTTTAAGCACATCTTCGTATTTGTAAAACAAATGAAGAGTATTGGATTGACTTTGAATTTTTGACAGTGA CAACGATGCATTTCGATAGCTATATATATATTTGCAAGTGCGATCAGAATGATAAAGCAAGAAGAGATATATTTATATAA AAAGTTAAGGAACAAGGATATGCTTTGGTTTCTATAGATGTAAGAGATTTTAAGACTTCATGTAAAAGAATTACC
CDS sequence (LotjaGi3g1v0027100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCATCTTCATCTTCATCTTCTTCTTCCCATGTTCCTAGAATCAAATATGATGTCTTTGTTAGCTTCAGAGGCACAGA CATACGCTATGGTTTTCTCAGCCATTTGAAGAAGGAGCTTCGCCAGAAGCAAGTGGATGCCTTTGTAGATGACAGGCTTG AAGGGGGAGATGAAATATCACATGCACTTGTCAGAGCAATTGAAGGGTCACTCATGTCTTTGGTCATATTCTCCAAGGAC TATGCTTCTTCTAAATGGTGCTTGGAGGAGCTTGTGAAAATAGTTGAGTGCATGGACACAAGTAAACAGGTTGTGATTCC TGTTTTCTATAATGTTGATCCATCTCATGTGCGGCACCAGATAGGGTCTTATGGAGAAGCCTTAGATAAACATGAAAAGA GTAAAAGAAACTTAGCCAAGGTGCAAAATTGGAGATCTGCTTTGAGTGTGGCTGCTAATCTTTCTGGATTTCATTCATCA AAATTTGGGGATGAAGTTGAGCTTATAGAAGCAATTGTCAAGTCTTTGTCATCCAAGTTGAATCTTATGTACCAAAGTGA GTTAACAGACCTTGTTGGAATTGAAGAACGGATTGCAGAGTTGGAGTCACAATTGCGCCTAGGGTCGACAATGGATGTTC TTGCCATTGGAATTTGGGGCATGGGAGGAATTGGTAAGACAACTATTGCAGCTGCAGTATATAACCGTCTTTGTTTTGAA TTTGAAGGGTGTTGCTTTATGGCAAACATAAGGGAAGAATCAGAGAAACAAGGAATGATTTATCTGAAGAATAAAATTCT CTCTATATTACTAAAGGAAAATGATCTACATATTGGCACACCTAATGGAGTTCCCCCTTATGTTAAGAGAAGGCTCGTTC GTAAAAAGGTTCTTCTTGTTCTTGATGATATCAGTGATTCAGAGCACCTAGAAAATTTAGTTGGAGCACTTGATTGGTTT GGATCTGGTAGCAGAATTATTGTAACAACTAGAGATAAGCAAGTGCTTGGTAAAATAGTTGACAGTATATATGAGGCAAA GGCATTAAACTCTGATGAAGCTATTAAGCTTTTCATTATGAATGCCTTCGAGCAACAAAGTTGTGTTGATATGGAGTGGA ATGAGTTATCAAGAAGGGTGATTCAGTATGCTAATGGAAACCCATTAGCTTTGAAAGTTTTGGGCTCTTTTCTTTATGGT AAAAGCAAGATAGAATGGTTAAGCCAATTGCAGAAACTTAAGAAAATGCCTCACTCCAAAATCCAAAATGTGTTGAGATT GACTTATGATAGACTTGATCGAGAAGAGAAAAACATCTTTCTATACATTGCATGTTTTTTGAAAGGATATGAATTGCACC GAGTAATAGTTCTGCTTGATGCCTGTGGTTTCTCGACAATTATTGGGTTAAGAGTCCTTAAAGACAAAGCTCTCATCATT GAAGCCAAGGGCTCTGGAAGACCAATTGTATTGATGCATGACTTGATACAAGAAATGGGTTGGGAGATTGTTCGAGAAGA ATGTATTGAAGACCCTGGGAAACGCAGTAGGTTATGGGATCCTAACGACATTCATCAAGTATTGGAAAATAACACAGGAA CTAAAGCCATTGAAAGCATAACTCTGGATGTCTCAAAAATTGATGAGCTGTGCTTAAGTCCTCGAGTCTTGAAGAAAATT GACCTGAGTGATTCCAAGCATTTGCTAGAGCTCCCAGATTTTTCAAAGGCTTCAAATCTTGAAGAAGTAGAACTCTATGC TTGCAGAAATTTGCTGAGTGTTCATCCGTCTATTTTGTCTCTCCACAAGCTTGTGCGTTTAAACCTATTTTACTGTGAAG CGCTTACCAGTCTTCAAAGTGAAACCCATTTAAGATCCCTTCGTGAACTTCTCCTCACTGGCTGCTCAAGACTTGTAGTG TTTTCAGTGACTTCAGAGAGTATGAAAGACCTAGCCTTAACTTCAACTGCTATCAATGAATTGCCCTCATCAATTGGGAG TCTCAGAAATCTGGAAACATTGACTCTTGATTACTGCGAAAGTCTAAGCAATCTTCCTGACAAGGTTGCGGACCTGAGAT CACTCCGGGAACTTTATGTTCATGGTTGCATACAACTTGATGCATCAAATCTTCATGTCCTTTTTAATGGCTTGAGGTCT TTGGAAATTTTAAAGCTGCAACAATGTCTGAACTTGTCTGCAATTCCAGACAATATTAGCCTCCTATCTTCATTGCGCGA GTTGTTACTAGCAGGAACAGATATTGAGAGATTTCCTGCAAGCATCAAGCATCTTTGTAAGCTGGAAAAGATTGATTTGA GGGATTGCAAGAGGCTTTGCTATCTTCCAAAGCTTCCACCATCATTAAAAGAGTTATTTTGA
Protein sequence (LotjaGi3g1v0027100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MASSSSSSSSHVPRIKYDVFVSFRGTDIRYGFLSHLKKELRQKQVDAFVDDRLEGGDEISHALVRAIEGSLMSLVIFSKD YASSKWCLEELVKIVECMDTSKQVVIPVFYNVDPSHVRHQIGSYGEALDKHEKSKRNLAKVQNWRSALSVAANLSGFHSS KFGDEVELIEAIVKSLSSKLNLMYQSELTDLVGIEERIAELESQLRLGSTMDVLAIGIWGMGGIGKTTIAAAVYNRLCFE FEGCCFMANIREESEKQGMIYLKNKILSILLKENDLHIGTPNGVPPYVKRRLVRKKVLLVLDDISDSEHLENLVGALDWF GSGSRIIVTTRDKQVLGKIVDSIYEAKALNSDEAIKLFIMNAFEQQSCVDMEWNELSRRVIQYANGNPLALKVLGSFLYG KSKIEWLSQLQKLKKMPHSKIQNVLRLTYDRLDREEKNIFLYIACFLKGYELHRVIVLLDACGFSTIIGLRVLKDKALII EAKGSGRPIVLMHDLIQEMGWEIVREECIEDPGKRSRLWDPNDIHQVLENNTGTKAIESITLDVSKIDELCLSPRVLKKI DLSDSKHLLELPDFSKASNLEEVELYACRNLLSVHPSILSLHKLVRLNLFYCEALTSLQSETHLRSLRELLLTGCSRLVV FSVTSESMKDLALTSTAINELPSSIGSLRNLETLTLDYCESLSNLPDKVADLRSLRELYVHGCIQLDASNLHVLFNGLRS LEILKLQQCLNLSAIPDNISLLSSLRELLLAGTDIERFPASIKHLCKLEKIDLRDCKRLCYLPKLPPSLKELF
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 | 6 | 555 | 550 | 2.8E-281 | – | |
| SUPERFAMILY | 6 | 157 | 152 | 6.15E-42 | ||
| PANTHER | 6 | 555 | 550 | 2.8E-281 | – | |
| Gene3D | 14 | 182 | 169 | 9.1E-66 | ||
| ProSiteProfiles | 15 | 154 | 140 | 26.133 | ||
| SMART | 16 | 154 | 139 | 5.9E-44 | ||
| Pfam | 16 | 193 | 178 | 1.8E-49 | ||
| SUPERFAMILY | 180 | 443 | 264 | 3.16E-63 | ||
| Gene3D | 183 | 343 | 161 | 2.8E-30 | – | |
| Coils | 184 | 204 | 21 | - | – | |
| Pfam | 197 | 419 | 223 | 2.9E-30 | ||
| PRINTS | 215 | 230 | 16 | 2.2E-23 | – | |
| PRINTS | 291 | 305 | 15 | 2.2E-23 | – | |
| Gene3D | 349 | 433 | 85 | 2.0E-5 | – | |
| PRINTS | 384 | 398 | 15 | 2.2E-23 | – | |
| SUPERFAMILY | 492 | 784 | 293 | 2.24E-35 | – | |
| Gene3D | 516 | 643 | 128 | 3.7E-7 | ||
| PANTHER | 557 | 697 | 141 | 2.8E-281 | – | |
| PANTHER | 557 | 697 | 141 | 2.8E-281 | – | |
| Gene3D | 644 | 793 | 150 | 5.9E-27 | ||
| PRINTS | 763 | 779 | 17 | 2.2E-23 | – |
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 LotjaGi3g1v0027100.1, 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…