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 | LotjaGi3g1v0190100 |
| Transcript ID | LotjaGi3g1v0190100.2 |
| Related isoforms 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|G7L5T5|G7L5T5_MEDTR Disease resistance protein (TIR-NBS-LRR class); Found in the gene: LotjaGi3g1v0190100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:27364087..27379474) extracted from Lotus japonicus Gifu genome v1.2.
CTGTGCGGCAGGAGTTGGCAATAAAAAGGTTTGGTACCATCTCCCTTTCCTCTGCATATTCAAAAAGTCCTTCATTTCCT TTCACCTAATTCATCCCATGTCTTCCTCAAGTTCTAATCCCAGTCCAAAGTGGATCTACGATGTCTTTTTGAGCTACTGT GTTAATGACTCTGCTAAATCTTTTTCTTCACTTCTCTACACCTCTCTCACAGAGGCTGGAGTTCATGTTTTCAGGGATGA TGATGATGAGCTCAGAAGTGGAGATCAGATAACACGTACCCTCAGCGCTTCATGCGATCGGAGTGTCAAGAATTTCAATC ATCGTTTTCTCAAGAAATTATGGTGCCTCTGAATGGTGTCTGCAAGAGTTGGAAAAAATAATGGAGTGTCGCAGAACCAT ATTTCAGAATGTTTTCCCTCTATTCTATGAAGTAGATCGCTCTGATGTATCTCGGCAGCAAGGTGCGTTTGGAGAGGCTT TTGATGATCTTGTTCAGAGGATCACAGTGGAGGAAGACACGTTGAAGAGTTGGAGGCGAGCTCTAAGAAAAGCCACCAAA ATGCTAGAGTTTTCCTTTGTGGATTTAAGGTAATAAAGTTATATCATCAGTTCATACTCCATAGTCATTTGGTGCTTGTT TACTATTTAGCAAATGTGATTTTTAAATAGAGTAGTGCCACTAACACTCTATTTTACTTGATCGGTTAAACTCACGCAAA TCGCACCAAATTGAGAGTGATGCTATATAATTAGGCTTAATTGCAGTTTTAATCCTTAATTGATATAACATGATTGTACA ATAGTGAGCCTAAAATTTTAAAATCAGCGGTCAATGCCTCTAACGTTTATGTCGTGAGCTAAACTGGTCCTTCAATCCAG TTTCGTGAGTTGACTAACGGATTTTGCTTATGTGTAATTTTTTTTTCTTAAGTGTCATCTATTATACCACTTAAACACTA ATTATCATATTTTAAGAAATTGTTATGCCATGCATCATCCTCAACTCCACCATCTTCTTCCCTCTCACCACCGTCCCTCA CCACCACCATCACAGCACCGCCATCACTCCCTTCCCAACCACACTTCTTCTTCTAGCCCCTTTTAACAAAACCCATTATG AAACTCTCATCTCCTTCGCACCTCCTCTCCATAAATCACCTCTTTGAACAACTATCATCATAAAAAACCTGTAACAAAAG CAGGGGCGGATCCAGACATTATATATTGGTGTGGCTAAATATAAAAGAAATTTTAGGCTAAAATACAAAGTATAAATTAT ATTAGGTAGCAAGCAAGAAGTAGCTATAATCTCACATGAAAAACACAAAAGTTTATTCAACCATGAAAAGTTCAGACTAA TTTGTGCAGTAAAAAGGACAAATTTTGCTTTTTTGGGAGAAAACATTACAATGCTGCTGATTTAACATTCCAAAATTTGC GGGCACGAATAAACAATCAAAACGGGAAAACCCATCAGCAAAAACAAACGGAGGTAGCTCCAAACCCAACATGGTTCCAT CAAATAACTCAAATCTGCTGAGTTCATAAGCAAAAATTCTCACCGAAAAAGTAGATCCAACTCAACGCGTGCAACAAGTT CATAAACCAAAAACATTCTTTGAAAATTGAAAATTAAAAAAAATAGAAATAGGAAAAAATCATCCAACATGAATTCTGTG TAGCGTAGTAAGGTGAATTACGAAGTTTATTTACCTGAGAGACAATGAATCAATTGAATTTCCTCTTGAATTGTGGTTGA TTGGTGTGGTGATCAGGGTTATATATCCATGCGATTAGAAATTTAGGAAGGTGAAGATTGGTGGGTTTTCAATTTTTGGG GAAAAAGGTTTTAAAAGTTGATGAATGCCGAAAGCAACAATAGAAGAAAGAAAGGAAAAAAAAAGAAAAAAAAAACCGCG TTCTAATTTAATGTTAAGCGTGAATTTTGGTTTGTTACTTATTAAGCTATGGCGGCGCTTCGTCCGTTGCCATACATCAA CACAAAACTTTTAGCAGCGGATGCCAAACCGCCGCTATATACGAAATTAAAAAAAAAAAAAAACTCAAAATCTGGTGTGG CTAAAGCCACACATAGCCTACACATGGTTCCGCCCATGAACAAAAGTAAAACAGATCCACCATCACACCAACATTCTAGA ACCTTCTTCCACTTGGGTTCAACCACCACACCAACCTTCAACCTCAACACCTTAATCCCAGGAACCCTTCGAACCTAAAG CACTCAACAAATCACTAATCCCAGATTTTTCAAGCAAAGCCCAAGAAGAGAGGGAGTCAAAAGCTCAAACTTAAGAGTTC AGATCCAGATTTCTCAATTAGAACCCATATCCCAAATTTCTCACTTGAACCCATATCTAATACCCCAATCCTAATGCAAA CCCCAAACCAAAAATCATACAGAAGCGAAGGAAAAAAAGTGGGGGGGGGGAAGAAATGTGATGATGCAAGCGACAGAGAG ACGATGAACGAACGACGACGACGAACTCTAATGATGAATGATGGCGAGGAACGGTTTCTGGTTTATCGATTTTAAGCAAA ATCTCGATCTCTTCCTCTCCGTGTTCTCTCCGGTCTGGGGTTTTTTCCAGTGATGAAGATTTGTTGATCTCGTGCTCCCT CGTCTCTTTCCTCAACCAGTTTTTCGCCTATAGATCTCAACCCCAACATTCAGATTTTATCCTTCATGTTAAGTTGAGAA CTTCAATTTTTAGGGTTTCTTCGGATTGTAGGTAATTGAGTTGGCTAGATAGAGGTTCATCAGGATGGTGGTGGGGTTGC AAATATGAGGATATGGTGGGATATGATGATGGTTGTGATTGGTGGTGGTGTCTTCTTCTTCACCTCCAGTTTCTGGGTGT GATTGTTAGTGGTGTTGTGATTGGTGGTGGTGGTGGTGGTGAAGGATGGAGGTGAGAGGGAAGAAGATGGTGGGGTGGAG AAAGGAAGAAGGAGAAGAAGAGGTTGAAGATGAAGATTTTGTTTTGTAGACAGAGATTGAAGAGGGATGATTTTTAATTT GGATTTAGATTAGAGATTTAACGATTAGAGATTTGTTTAAATTTTAATTATTTAACTTAATGATTTCAAGAGTTAGGAAG AGAAATAATGTTTTAATAATTATTTATCCATATGGACGACAGACATGAGGTGTCGTGTCAATTAATGAAGGTCACATCAG TTTTTCCGTTATGACCACTTTTGCACAATCGTGTTAAATCAGGGACAAAACTACAATTAATCCTATAATTTAATAAACCC TACATATATTTTTACTAATTAAAGATAGAATGTTGCAAGCAATTCCCTTTTATATAAATATTTCCCATCTACCTCATTAT TTTTTCGCCCTTCTTATTGTATATCATTCCACATCATATATAACTGTCTCAAAATGATAGCTCAAGTGGTAAGAGTTAGA GACATAAGTGATGGGTGAGATGAAGGGTGAAGGGTCCAGGGTTCGAACCCTGGGGATGACTAATTTACTAACATTATTAA CAACTAGCATTTGTCTATAAAAGAACATATGACATATAACATATTTCATGTTTCTTCATTTTCTTCTAATGTCACTTATC TCATTTGCGGGATCAAAATTCTCTGATCAAAATTCTCTGTTCCGAATTGGTGTCTTATTTCTGATTTCAACCAATGAAAT TGGGATACATTTATATAATGTATTAATATGACATTTACAAGCTCATGTGAGTATTTTTAATTGACGTATCACAAATTCAC TGATGAGACTAGAAATGAAACATCATTCGAGATAGAGAGGATCTAAATCCCTCATTTGGGATGCGGGTGCATGTCAAAGA CAAGACCAACCACTTACTCTTTGGCTCGTATTTTATAGGGGCGAAATCGTGGATGTGAAGAAAACGGTTGAACGTGTTAA AACAGATTTGAAAGACTACAAAGAGTGGATCTTTGCTGGGCATCAAGTGGGGGTAGAATCTCGCGTCCAAGATGTTATTG GATTACTGAAGAGCCATCAATCAGACTATCCTCTACTAGTAGGGATTTGGGGGATGGTAGGGATTGGTAAAACATCCATT GCCGAAGCTGTTTATAATCAAATTGGTCGTGATTTTGAGGCTAAGAGCTTCCTCCGAAATGTCAGGGAAGTTGCCAAAAG ACATAATGGCTTAGTTTCTTTACAGCAACAGCTTCTTTTTCATATCTGCAAAACAAGAAAAACAATGATAGGTACAATTA AGTCAGGAGAAAAGGTATTGCGGGAAAGACTTCAAGAGAGAAAAGTACTTGTTATACTTGACGATGTGACTGAGCCGGAG CAGCTAAATGCTTTGTGTGGAAGTCGCGAATGGTTTGGCTCAGGTAGCATAATCATCATCACCACAAGAGATAGGCGGCT ACTCATGATGCTTGGAGTTGATCATGTGTATAGAGTGCCAGAATTAGACCAAAAGGACTCTCTTGAGTATTTTAGTTGGC GTGTATTCCATAACGCAAGTCCTCTTGAAAATTTTGATGAAATTTCTACAGAAATAGTTGCTCATGCTGGGGGATTGCCA CTTGCTCTTGGAGGCCTTGCGTCCTTAATGTTTGGAAGGTACAGAGATGCCTGGGAGAGTTTGTTACAGAATATCAAAAG AAGTCTTATTCCCGAAGTAAAAAAAATTCTAGAAAAAAGTTTTGATGATTTACAAGATATGGAGAAAATTGTATTCCTTG ATATAGCATGCTTCTATATTGGGATGGATCGAAATGAAGTGATACAGAAGTATACATCTCCAACAGAGGTTGCTATAAGT GTTCTTCAAGACAAAAGCCTTGTAACTGTTGATGAGAACAACAAGCTTGGAATGCACATACTGCTGCAACAAATGGGAAG AGAAATTCAAAGGGAGGAGTCAAAGCAAGTGGCTGATCAGGTGCGTAGCCGGGTACTGCAGGTTCCTTAGGCTTAATTTA CTTAATGCACATTATAAAGTTTTTGTTATTGAAAGAATAACGTACGCTAGAGAAAGCAAGGTGGACAGTATTATTAGTGA GTTCATAATTATCACAAGAACTTCAAAATCTGTTCTTAATTTAAAGTTAAGTAACAACAACACTCTATTTCTAACATTTT ATTATTTATTGGACAAAATCTATGTAGGTTCACGAAATTATGTGGGTTTAACTCCATATTTGGTGGCATCTACATGGATT TTAACAAATCAAAGATTGTGTTAGAAAGAGAGTGACAAAGAGAGTGATGCACTCATCTAGTAACAAATTGCAGGTCTTTA GACCTCATATTTCATGTCAATCAAGCTATATCTAAGTGCTCTCTTTGATTTTTACATTTCAATTTCAGCCAAAGATCTAC GATGTGTTCTTGAGTTTCAGAGGGGAAGATAGTCGTGCAAAATTCATTTCACATCTCTATGCCTCTCTTCAAAATGCCGG GATTAATGTTTTCAGAGATGATGATGAGATTCAGAGGGGGGATACGATCTCCGTCTCACTACTACGGGCTATCAGAAGTT CTAGAATTTCTATCATTGTTTTTTCAAAATATTATGCTAATTCAAAATGGTGCATGCTAGAGTTGGAGAACATTATGGAA ACTCGCAGAACCATGGGTCTGGTGGTTTTGCCAGTGTTCTATGAGGTAGATCCCTCAAATGTACGTCATCAGAGAGGTGA TTTTGGAAAAGCTTTTGATGATCTTATTACAAAACCCTCAGTGGATGAAGTCATGGTGAAGAATTGGAGGACAGCACTCC TTGAAGTTGGTGGCATGGCAGGTCTTGTCATGATAAATTCCAAGTGAGTTAATTTGAGTTTAATATTTATATACTTTCTT CGTTTCACAAAGATTGTTGTTTTAGCCGCTCTTTGATTTTTCCAAAAAGTTTGTTGGTTCACCAATTAATATCCACTTAT CTAGTGAATTAGGTAGAAGAACCCAAGGGAAACTTCCACATTTCAATGCTAATTAAGCTCTTAAATACATAAGTGCATAA CTGGCTTTGAATGCAACTACTACATTTTTTTTTTGAAAAGTTTAATGAGATTTTTTTTTGGGGCCCCTTTCTTTTTGCAG GCCCTGGACTGTGGGTCTGCCTGCACATGCCCAGGGCCGACCCTGCTATCAACTACATTCATTTATATCTAATATAGAAT TTAATAGTTGCTAGTAAGATTAAATAGTATGTTTTTAGTAACATTGCACTATCAATAGTTATCATCTTACTCTTTGTATC ACAACCTTAAACAACAATTTTTCTAAAACAGAGGAAGTACTTACTGTTTTATTATGTTTTAGGCTTACATATGTTTTTGG TCCCTCTAAAATCATGGAAATTTAGTTTGCCATATGTAGCACTAGCCTCTTAAAATTTTTAAAATTTCTGGTAGTCACTA CCGTGAATATGTTCACATTTCAAAAGGATACATGCGGACCTATCAGTTTTTCATAATTAATTCTCTTCTTTTGTTACCAG CACAGATTGCAAAATGGCAATATAATAGCACCAATAGTTTATGCGTATTTATTCTAAGGCTCATATATTTTTACAGGAAT GAAAGTGAGGATATCATGAAAGTAGTTGAAAATGTTACTGATTTGCTAGGCAAGACATACATTATCGTTGCCGACCACCC AGTGGGGGTGGAAGCTCGCGTTCAAAATGTGATTCAACTCTTAAAAAGCAAACAATCCGAAGATCCTCTAGTAGTTGGGA TATGGGGGATGGGTAAAACAACCATTGCCAAGGCCGTGTATAATCGAATTCGTCGTGAATTTGAGGCTAAGAGCTTCCTC CTAAATGTCAGAGAAGTTTGCGAACAAAATAATGGCCTAGTTTCTTTGCAACAAAAGCTTCTTTCTGATATCTACAAAAC AACAAAGATAAAGATAGACACAGTTGAATCAGGAAAAGAAGAACTTAAGAGAAGACTCAGTCAAAAGAGAATATTTCTTG TGCTTGACGATGTGAATGAGGAAGAACAATTGAATGCATTGTGCGGAAGTCATGAATGGTTTGGTTACGGAAGTAGAATA ATCATCACAACAAGAGATGAAAATATAGTTAAAAAGGAGTTTGGAGTTGAAGTTGTGTATAAAATAAAAGAAATGGATGA GAAGGAGTCTCTAGAGCTTTTTAATTGGCATGCATTTAAGCAACCAAGTCCTGAAGAAGGTTTTGCTGATCTTTCTAGTG ATGTAGTTAAATACTGTAGGGGGTTGCCTCTAGCTCTTCAAGTAATTGGGTCCTTTTTGTTGACTAGGAGGAGGGTAACA GTGTGGAAGAGTGTACTGGAGAAACTCAAAATGATTCCAGATAAAAAAGTAATAAAGCAGCTTAGAATAAGTTTTGACGG TTTAAGTGATGATGATGTTAAAGAAATATTCCTTGATATAGCTTTTTTCTTTATTGGAATGGAACAAGATGAAGTGATTG AGATATTAAATGACTGCGGTCATTTTGCAGAAATTGGAATAAATGTCCTCGTACAACAATGCCTTGTAACTATTGATAGG AAGAACAGGATCAGAATGCATGATTTGCTACTAGACATGGGAAGAGAAATCGTCCGCAAGAAATCAGCTGAAGAGGGCAA GGAGCCTAGTAGATTATGTCGCTACAAGGATGTGGATTTTGTATTATCCAAAGATGCTGTAAGAACTTCTTGTATGTATT TTATTTTTGCTTCTAAAGTCAGTGGATGCTAATTGACCTTTGATGACCCAGATATCTCTTGTCCTATTTTCTCAGTAAAT GTGAATATTATCTTGATTATGAATCGTCTTGTGCTACTTGCTTCCCAGTAACATATTATGGGCTTCAAACCTCTTAGTTG TATTCAGTTACTCCAGTAGATTTTTAAATACCATTTACCTAAGCTATGTGTCTTTTTTTTTTTCTGTAGATTTTTGTTTC ACAGAGAACACTGAATGTTCACGGACTGACTTTGAAGTCTCCAGAAAAGGATGCAACTTATAAGTTGGAAGCCAAAGCAT TTGAGAAGATGGATAAACTTCGATTCCTTCAACTTACTGGTGTACAACTTGATGGAGATTATGCATATCTTTCAAAAGAT CTTAGATGGCTTTCCTGGCATAGATTTCCTTTAAAATATACACCACCAGACTTTCACCAAAAAAGTTTAGTTGCCATTGA CTTCAAATATTCCAATCTAGAACAAGTTTGGAAGAAGTCTCAGGTATGAGTTATAAATAATTTTTTATATATTTAGAATT TGGAAAATTTGATATAAGCTGGTTGGAAAGTGAGGTCTAGCTTGGAGCAAAAATGATGATGATGTTTCACCCAGTAACTG ATTTTAAATATCTGTCTTTGAAGTTTGAAGTAATTACATACATAAATATTAACAGAGTATTAGTTTGATGATGGAATTAA CTAAGCTAGTTAGAGCATTCTCTCAAATTTTCTCTTGTTATTCTCTATCTCACGCACTCTGCATATTACAATGGAATGGT ACCTAGCTATTTATTGTACTAATAGGAAGACAACCTGTTTGGCAATCCCAACTGCCAAGTTTAATTTCTAATATATATCT AATGGCGGGTTAAAGTTTTCACTTGAGTTTTTTTTCTAACAAGTGGTTTGAAATTTCTTTCCACCAGATGCTGAAGAACC TAAAATTTCTGAATCTTAGTCATTCTCCTAACTTGAGACAAACTCCGGACTTTTCACACTTACCAAATCTTGAAAAGTTA GTACTGAAAGGTTGTACTAGTTTGTCTTTGATTTCTCATACTATTGGAAATCTCCAAAAACTGCTTCTCATAAATTTGAA GAATTGTACAAGCCTTCATTCACTTCCAAGAAGCATCTATAAGTTGAAGTCGTTGAAAACTCTCATTTTGTCTGGATGTT CAAAAATTGACAATTTGGACGAGGATTTAGAACAGATGGTATCTTTAACCACCTTGGTTGCAGATAAAAGTGGTATAACA AGAGTTCCCTTTGCTGTAGTGAGATCAAAAAGCATTGGATATATTTCTTTGTGCGGCTATGAAGGATTCTCACGCGATGT ATTTCCATCAATTATACAGTCTTGGATTTCACCAACTAATAATATGTTATTCCAAGTTCAAACATCTGCTGCAGGGATGT CCCTTAACCTCTTGGATGAAGAAAAAAGTAGGTCCTATGGTCTTAAAGATCTTTCCAAGCTTCAACGCCTTTGGGTGGAG TGCGACTCAGAAGTTCAGCTGAATCAAAGTGTAGAAAGAATTTTGGATACACTAAGAACCACAAATTGTGCAGATCAATT GGCAGGAACACCAAGCACATCTCATGTCTCAAACAATAGTTCTGCTTTAATTGATTGTCACAGCCAAGTTCACATTTCAG GGTCAAAAAATTCCTCGACTTCTCTTTTGATACAAATGGGAATGAACAGTCGTATCACCAATATCCTCACAGAAATCATT TTACAGGTTCTCTTACTCCTCTTTACACACACGCTACCATTGTCTTATAATGTTCTATTTTAGAAATTCAAATGAGTTTG TGCTATAAATTACAATTTAAATAATTTTATAGACTCTTTACTCACTCATATTCATTTTAATAAGTTATAGAATCATTTTT ATAAATGTTCACTGTGCAGAAAATGTACCCCATTGGGTCGGATTTACTTCCAAGTGACAACTCTCCTGCTTGGTTTACAT TCAATAGTGGATGTTCTTCTGTAGCTTTTGAAGTCCCTCAAGTGGATGGGCGTAACTTGAAGGCAATCATGTGCATTGTC TATTCTTCATCCCCAGACAACATCACAACAGAAGGCCTGAAAAATTTGTTGGTGATAAATTGCACAAAGAACACCATTCA GCTCTATAAGAAAGATGCATTAGATTCCTTCGATGATGAGGAGTGGCAGAAAGTAGTATCAAATATAGAACCTGGTAATG AAGTGAAGGTAGTTGTTGTTTTTGAGAATGGATTCATTGTGAAGAAGACAGTTGTTTATCTCATATATGATGAACCAATT GACAAAAAGGCAGAGCACTACCATGAGCCAGATAAGAATGTTGCCATTTCCAGTGATGATGAAAATGTAAGTAACAATAG TCTAAACTTATGAACATTCTAAATGAATGTTGTTTTTCATCTATTTTTATGCAAGTAACAATAGACGTTGCCTTGGACAC AATGAACTGGTTCTACACTAGAATGGATTAGAATGAGCACCTTTGAACTTTAATTTTTTTTTCTTCTCTATTGTTTCACT CACGAGGTTCTGTTTCTCTTTGTTTATGGTATTAGAGATTTGTTAGACTCTTCTCCATACTTCCTTCCTCTGTTCGAGCC ATTATGACTTCAAAGCCTTTCTGGTTGACCGGTCTAGCTGTTGTCTTGATTTGGTCTCGCTACTTCTCTAACCAGCGAAG GAGACATAACCCATTTTAAGGTACTACAAACCCATATTTTTTTTTTGGTTTCGCAAATCATTTGCATGTTAAGAATCATT GTTTGTTTATTTATTTTTTATTTTTTTAGGCAAATGTTAATTGTTAGTAAATTAATACAAATTATCCCTCCTCAAAGTTC GAACCTGACCCTGCACCTGCACCTGCAATTACCCTTAACTCAACCATATGAGCTACCAACCCCACCCATCATTGTTTGTT TATGAAATCCTTCTAAGCTTTCCTAAGAAGCTATCTACCATAAGTAAAAGGTTATCATCCATTTAATTTGCGGTATATAT TTTTATTTTGTTTATACTAGTTCATCCTCTAAACCATAACTTCGAATATAGATCTTGGTTACTCATTTCCCTTTGGACTT CATGATTGTATGCTACTATATACAGAGTGAAGCTTTGTATCTAGAGTTAAACCTGAAAACCGTCCCTGAACTTTAAGCGA GATTTGATTTCCGTCCCTCGCCGAAAAACCTTCCTAACGCCACCTTCAGACTACCTTTTTTGTTTGAAAACCGTCATTGC CGGCGATTTGCCTCCGACCGTCGTGCCCAACCGTTCTATGTGGCCATGCCACATCATTTCATTAAATGACATGTTAATTT TAAAAAAAAACTAAATATTTTTATTTGTAATTAAGCCCCCAAAACATTCATAATTTAATTTCTAAACTCTAAACTAAAAC TAACACTAAATCAAAACCCTCTCCATCATCTTCCTCCTTCAGACCCAACCCATAAATTAGGGTTCTTCCTTTGGTTCGAT TTCTTCTTCTCTCTTATTCTTCTAGTCCGATTTCTGGGTTTTTCATTATGTTCATCACTTCTTCATCTTCTCCAAAAAAT TTCCCATAACCTCAATCTAAGAAAACCCCCAAAAATTTGAAGCGTGAGAAGATAGTGAACTACATATCTATTCAATATAA TTCTTATTGTCTATAAAAAAAATTCAAAACATGCATAAGATGACACACCAGAGGATGAAACAATATTACAATTATTATAC TAACAATCAAATGGCTTTACAGACAAACCCAATTTCATCACGGTTTGGTAATTTTAAATTGAAGAATTACTAAAGTCCTA AGAATGCAACCTGGACACTAGATTCCTTAGCTCTGGTGAGAGGGAACGACAACCTGGACGCTAGAATCCTCGCCGGAAAA TACCCACAAACCCAGATTCGTGATATAAGATGAGATGCAGCGGAGGAGGAGGAGCCTTCGCTCTAGCGTCGGGAAAAAAG CACACGAACCCAGATCCAAACAACCTCCCTTGCTCCATTCGAAAATCCCAGATCCACCCTCATCCTCCTCCTCCAACAAC ACCACACTCAGATCCACAAAACCCAGAAAATCCCAAATCTAAAACCAATCCTGCCATAAGGAGATGAAGGATCCAGCAGC GTTGCTTATTGTTTGGGTCGTGCTAGTTCTTTTTTCCGAGATGGGGCATCTTCAGCTTCGTTCTTCAACCTTCAGTGGCG TTGTCCAGAATTCTTCAATTTCTGGGTTTCGATCTCCCATCTGGGTTAATCGAGAGAGATGCAGAGAATGAGGACTGGCA CCATGGAAGTCTCGGCTGCAACCATTTTGAAAATGGTGCGACCAAGCTTGCGTCTCAGTTTGTGTTCGTCTTGGAGGTAG CATTTAGTGTATGATGTGGATGGATTATTGTTGATGTAGGCATTGAAGGGGAGGAGAAATTGCTTCTCGTGAGGTTGCTG AAGCATTGACAATATTCTGGGTTTTTTTGTTTTTAATGGTGAAGATGGTGATGAAGATCATTGAAGATGATGGAGAACGG ATGAAGATTCTGGGTTTTGAATTCTGAAAGAGGAAGAGATAAAATGAAGGTTATGATTTAGTGTGATTATTAGTTTAGAC TTTAGAGTTTAGAAATTTAATTAGGAATGTTTTGGAGGCTTAATTATAAATAATAAAAAATATTTTTAATTTATTTTAAA AAAAATAACACGTCATTTCATTAAATGACGTGGCATGTCCACATAGGTCCAAAACGGACACCTGGCCACGGTGGCCGGAG TTTTTTAACGGCAAGGACGGTTTCCAAACAAAAAAGGTAGTTTGAGGGTGGTGCTAGGAAGATTTTCCGGCGAGGGACGG AAATCAAATCTCGCTTAAAGTTTAGGGACGGTTTTCAGGTTTAACCCTTGTATCTATAATGATTTGATTTCTAATATTTG AGATGCTTCCTGTTACTTTACTGTTTGTGTGAAGAGGTGGGATGAAGAAAATGAATCAATATTTCTTTGAAAGATGGGTT GATGCGTATCAACTGGGCATTTATTTCAAGTACTTGAAATTTCTAAACAAGTTTGCAAAACAAGACAAGCATAATTAAGG AGTTGTAAACCCTTTTTAAGGTACGGACGCATCTCTTTTCTTCAGCAAGACATTTATAGTAGTTTTATACTGTTTAGAAT TATTTTTTTCTACGCTTAAGTCCAAAGGGCTCTTGCTTGAAAGAACGTGTTAGAATATAATGGCCCGTTTGGTATGATGT ATAGTATAAGACCTGATAGTCTAATGTCTGATTGTATTAAGCCTGATAAAATTTTAATACTATACAGCGTTTGGTCATAC ACTGTATAATTCGGTGAATATAGTGGTGGTGGTAATAGTGATGGTATAGGTAGGTGATAATGGTGGAGGTGGTGGTGGAT AGTGGTGGCGGTAGTGGTGGAGACAGTGGTGGTGGTGGATGGTGGTGGCGGTAGCGGTGGTGGTAGAGGGCGTAGTGGTG GCAGTGGTGGTGGTGGTGGTAGCGGTGGTCGTGGTGATATCAACGACGGTGGCAGTGGTGGAGTGTGGTGGTGGTGGCGG CGACGGTGGTGGTAGTGGTATAGGGTGATGGAGGCGGCAGCGGTGATGGTGGAGGGTGGTGGTGGCGGCAGCAACAGTGG CAGTAGTGGTGGAGGTGGCAATGGTGGTGGTGGCAGCGGTGGTGGATGGTGGTGGCGACAATTGTGGTGGTGGAGGGTTG TGGTAGTGGCGATTGATTAAATATATTCAAGTAGTTTATACATCACACTATTATCATATCTTATCCATCATCTATAGGGT GGATTAAAAATTCATCATTTTAATGTATATAAGAGAGGATTGATGTATAAGCTTATACAATACAATTGAGGTTGTCTAGA TAACCCATAGTATAAATTGGGTTAAACCACCCATTGCATTCGTGTATCAATCATATTGCAACATGTGTTTTTATATTATC CACATCATTTAATTAATCTCTTTTACTTTTCATTTTCATAATATTTCCTAAACCTCGATTGATTTCGCAATTAGGTCTGA AGTTTGAGCTATTGGGTTTGAACTTTGAAGTTTCGAAAACCTAAAATTAGAAAATAGGTTTCATACTTTCATGCTATTAT CTATAACTAGGAATTCTCAATTAAATACGACATGGCCATGATTCATGACTTGAGTATGTTGCTTGCTCAACAAATCAAAT CTTCCGTAGCATTGGATAATTTCACGTGGTTTTCTCCTCAATCCTCATCATTTTGTGCATATTAATTTCTGTGCCCGCAA CTATAAATAAAAAAGAATTGTCAAATTTACCAACCTCTCTCACTCAAGTCTCAACTATCGTCAACCTTCAAAAACGAATT GTAGACATAAGTTGATTGAACCTTCAAAATTCTAGTTTCGCAATTTAGGATTCTCTAGGTTTTTTTAGAAAGGAGTTGTA TACTATTATCTAAAATTATAGGGCCTTTTTTGGTACATTCTAAGATTATAGGTTAATTCTGCAATTGAATTATTTAGTAA ATTAAATATTATGAAAAATGTAAATTAAAAGAGACTACTTAAGTGAGGTGGATAATATAAAGACACATGTTATAATATGA TTGGTACATTTATGCAATGGGTGATTTAACCCAATTTTTATCATGTGTTATTTTTAGACAACCCCAATACAATTTGGCTT AATACATCAGAAGGCCCCTGTAATTGTAAAGTGAATCAAATCCAGGGCCTAGAAAATTTTTGCATCAAATTGGGTCCCTA GAAAATTTTTTTTAATTCAATTAAGGCCAAAGTGTGCCAGCTCTCAATTTTATCCCAGTCAGCATTTCCACGTGGCTTTT ATTATTATTTTTTAATTTAAAAAAATAATTAAAAATTATTTTTAATTCCATCTCAGTTAAATAATTAGAAAAAAAAATTT AAAAACTTAATAAATAACCTAATATAATAATCCTTAACTAAACAAACTAATAATCTAACTAATAAACTAATCTAATAATC TAACCTAATCTAATCTAATAATCCCTATAACCAATTTGAATCTTCCCCAAATTAAACCCTAACTGAAGAGAGATTAAGAA CACAGAGAAGTCTCCCCCTCTCTCCTAGCCGGCGGCCACCATCATCACCATAACCACCATCTCCATTTTCCCCTCTGAAT CACACTAGCACTGGTCCTTTTCTTCCTAATCACCTTTGTCGTTCCTCTGTTTCTCATCTCCTCAAAGCAACACATCTATG TTAGAATCAAAGAAGGAATTCTGAGCTAGACTAAACCCAGAACCCACCCACCTCCACGCCACCCAGAACCTACCACCACC ATCAACCAGAAACCCAGAAACGACCCACCACCATCACCAACCTCTTCACGCCACCCCAAACCCAGAACCCACCACTATCC CTCAGATCCATCGAATCACAAGAAGAGGAACGATGTTGCTTCCAAGCAGCGTTCCCTGAGGGCTTTGAGATCATCGGAAC AGTAGGAATCAGAGAGAGGAAGAGCGTGATGGGGGCGACAGAAAAGGATGACGAACCCAGCAAACCCATTCACCACCGCA AGCCACCACAAGCCCAGGACGACCACATATGATTTATAGAGAGGGACATGAGGGGCGGTGGTGACAAGGAAGCAGCGGTG GAGCGCGACCTACACTGAGGGTTTGCAG
CDS sequence (LotjaGi3g1v0190100.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGTGTCGCAGAACCATATTTCAGAATGTTTTCCCTCTATTCTATGAAGTAGATCGCTCTGATGTATCTCGGCAGCA AGGTGCGTTTGGAGAGGCTTTTGATGATCTTGTTCAGAGGATCACAGTGGAGGAAGACACGTTGAAGAGTTGGAGGCGAG CTCTAAGAAAAGCCACCAAAATGCTAGAGTTTTCCTTTGTGGATTTAAGGGGCGAAATCGTGGATGTGAAGAAAACGGTT GAACGTGTTAAAACAGATTTGAAAGACTACAAAGAGTGGATCTTTGCTGGGCATCAAGTGGGGGTAGAATCTCGCGTCCA AGATGTTATTGGATTACTGAAGAGCCATCAATCAGACTATCCTCTACTAGTAGGGATTTGGGGGATGGTAGGGATTGGTA AAACATCCATTGCCGAAGCTGTTTATAATCAAATTGGTCGTGATTTTGAGGCTAAGAGCTTCCTCCGAAATGTCAGGGAA GTTGCCAAAAGACATAATGGCTTAGTTTCTTTACAGCAACAGCTTCTTTTTCATATCTGCAAAACAAGAAAAACAATGAT AGGTACAATTAAGTCAGGAGAAAAGGTATTGCGGGAAAGACTTCAAGAGAGAAAAGTACTTGTTATACTTGACGATGTGA CTGAGCCGGAGCAGCTAAATGCTTTGTGTGGAAGTCGCGAATGGTTTGGCTCAGGTAGCATAATCATCATCACCACAAGA GATAGGCGGCTACTCATGATGCTTGGAGTTGATCATGTGTATAGAGTGCCAGAATTAGACCAAAAGGACTCTCTTGAGTA TTTTAGTTGGCGTGTATTCCATAACGCAAGTCCTCTTGAAAATTTTGATGAAATTTCTACAGAAATAGTTGCTCATGCTG GGGGATTGCCACTTGCTCTTGGAGGCCTTGCGTCCTTAATGTTTGGAAGGTACAGAGATGCCTGGGAGAGTTTGTTACAG AATATCAAAAGAAGTCTTATTCCCGAAGTAAAAAAAATTCTAGAAAAAAGTTTTGATGATTTACAAGATATGGAGAAAAT TGTATTCCTTGATATAGCATGCTTCTATATTGGGATGGATCGAAATGAAGTGATACAGAAGTATACATCTCCAACAGAGG TTGCTATAAGTGTTCTTCAAGACAAAAGCCTTGTAACTGTTGATGAGAACAACAAGCTTGGAATGCACATACTGCTGCAA CAAATGGGAAGAGAAATTCAAAGGGAGGAGTCAAAGCAAGTGGCTGATCAGCCAAAGATCTACGATGTGTTCTTGAGTTT CAGAGGGGAAGATAGTCGTGCAAAATTCATTTCACATCTCTATGCCTCTCTTCAAAATGCCGGGATTAATGTTTTCAGAG ATGATGATGAGATTCAGAGGGGGGATACGATCTCCGTCTCACTACTACGGGCTATCAGAAGTTCTAGAATTTCTATCATT GTTTTTTCAAAATATTATGCTAATTCAAAATGGTGCATGCTAGAGTTGGAGAACATTATGGAAACTCGCAGAACCATGGG TCTGGTGGTTTTGCCAGTGTTCTATGAGGTAGATCCCTCAAATGTACGTCATCAGAGAGGTGATTTTGGAAAAGCTTTTG ATGATCTTATTACAAAACCCTCAGTGGATGAAGTCATGGTGAAGAATTGGAGGACAGCACTCCTTGAAGTTGGTGGCATG GCAGGTCTTGTCATGATAAATTCCAAGAATGAAAGTGAGGATATCATGAAAGTAGTTGAAAATGTTACTGATTTGCTAGG CAAGACATACATTATCGTTGCCGACCACCCAGTGGGGGTGGAAGCTCGCGTTCAAAATGTGATTCAACTCTTAAAAAGCA AACAATCCGAAGATCCTCTAGTAGTTGGGATATGGGGGATGGGTAAAACAACCATTGCCAAGGCCGTGTATAATCGAATT CGTCGTGAATTTGAGGCTAAGAGCTTCCTCCTAAATGTCAGAGAAGTTTGCGAACAAAATAATGGCCTAGTTTCTTTGCA ACAAAAGCTTCTTTCTGATATCTACAAAACAACAAAGATAAAGATAGACACAGTTGAATCAGGAAAAGAAGAACTTAAGA GAAGACTCAGTCAAAAGAGAATATTTCTTGTGCTTGACGATGTGAATGAGGAAGAACAATTGAATGCATTGTGCGGAAGT CATGAATGGTTTGGTTACGGAAGTAGAATAATCATCACAACAAGAGATGAAAATATAGTTAAAAAGGAGTTTGGAGTTGA AGTTGTGTATAAAATAAAAGAAATGGATGAGAAGGAGTCTCTAGAGCTTTTTAATTGGCATGCATTTAAGCAACCAAGTC CTGAAGAAGGTTTTGCTGATCTTTCTAGTGATGTAGTTAAATACTGTAGGGGGTTGCCTCTAGCTCTTCAAGTAATTGGG TCCTTTTTGTTGACTAGGAGGAGGGTAACAGTGTGGAAGAGTGTACTGGAGAAACTCAAAATGATTCCAGATAAAAAAGT AATAAAGCAGCTTAGAATAAGTTTTGACGGTTTAAGTGATGATGATGTTAAAGAAATATTCCTTGATATAGCTTTTTTCT TTATTGGAATGGAACAAGATGAAGTGATTGAGATATTAAATGACTGCGGTCATTTTGCAGAAATTGGAATAAATGTCCTC GTACAACAATGCCTTGTAACTATTGATAGGAAGAACAGGATCAGAATGCATGATTTGCTACTAGACATGGGAAGAGAAAT CGTCCGCAAGAAATCAGCTGAAGAGGGCAAGGAGCCTAGTAGATTATGTCGCTACAAGGATGTGGATTTTGTATTATCCA AAGATGCTATTTTTGTTTCACAGAGAACACTGAATGTTCACGGACTGACTTTGAAGTCTCCAGAAAAGGATGCAACTTAT AAGTTGGAAGCCAAAGCATTTGAGAAGATGGATAAACTTCGATTCCTTCAACTTACTGGTGTACAACTTGATGGAGATTA TGCATATCTTTCAAAAGATCTTAGATGGCTTTCCTGGCATAGATTTCCTTTAAAATATACACCACCAGACTTTCACCAAA AAAGTTTAGTTGCCATTGACTTCAAATATTCCAATCTAGAACAAGTTTGGAAGAAGTCTCAGATGCTGAAGAACCTAAAA TTTCTGAATCTTAGTCATTCTCCTAACTTGAGACAAACTCCGGACTTTTCACACTTACCAAATCTTGAAAAGTTAGTACT GAAAGGTTGTACTAGTTTGTCTTTGATTTCTCATACTATTGGAAATCTCCAAAAACTGCTTCTCATAAATTTGAAGAATT GTACAAGCCTTCATTCACTTCCAAGAAGCATCTATAAGTTGAAGTCGTTGAAAACTCTCATTTTGTCTGGATGTTCAAAA ATTGACAATTTGGACGAGGATTTAGAACAGATGGTATCTTTAACCACCTTGGTTGCAGATAAAAGTGGTATAACAAGAGT TCCCTTTGCTGTAGTGAGATCAAAAAGCATTGGATATATTTCTTTGTGCGGCTATGAAGGATTCTCACGCGATGTATTTC CATCAATTATACAGTCTTGGATTTCACCAACTAATAATATGTTATTCCAAGTTCAAACATCTGCTGCAGGGATGTCCCTT AACCTCTTGGATGAAGAAAAAAGTAGGTCCTATGGTCTTAAAGATCTTTCCAAGCTTCAACGCCTTTGGGTGGAGTGCGA CTCAGAAGTTCAGCTGAATCAAAGTGTAGAAAGAATTTTGGATACACTAAGAACCACAAATTGTGCAGATCAATTGGCAG GAACACCAAGCACATCTCATGTCTCAAACAATAGTTCTGCTTTAATTGATTGTCACAGCCAAGTTCACATTTCAGGGTCA AAAAATTCCTCGACTTCTCTTTTGATACAAATGGGAATGAACAGTCGTATCACCAATATCCTCACAGAAATCATTTTACA GAAAATGTACCCCATTGGGTCGGATTTACTTCCAAGTGACAACTCTCCTGCTTGGTTTACATTCAATAGTGGATGTTCTT CTGTAGCTTTTGAAGTCCCTCAAGTGGATGGGCGTAACTTGAAGGCAATCATGTGCATTGTCTATTCTTCATCCCCAGAC AACATCACAACAGAAGGCCTGAAAAATTTGTTGGTGATAAATTGCACAAAGAACACCATTCAGCTCTATAAGAAAGATGC ATTAGATTCCTTCGATGATGAGGAGTGGCAGAAAGTAGTATCAAATATAGAACCTGGTAATGAAGTGAAGGTAGTTGTTG TTTTTGAGAATGGATTCATTGTGAAGAAGACAGTTGTTTATCTCATATATGATGAACCAATTGACAAAAAGGCAGAGCAC TACCATGAGCCAGATAAGAATGTTGCCATTTCCAGTGATGATGAAAATAGATTTGTTAGACTCTTCTCCATACTTCCTTC CTCTGTTCGAGCCATTATGACTTCAAAGCCTTTCTGGTTGACCGGTCTAGCTGTTGTCTTGATTTGGTCTCGCTACTTCT CTAACCAGCGAAGGAGACATAACCCATTTTAA
Protein sequence (LotjaGi3g1v0190100.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MECRRTIFQNVFPLFYEVDRSDVSRQQGAFGEAFDDLVQRITVEEDTLKSWRRALRKATKMLEFSFVDLRGEIVDVKKTV ERVKTDLKDYKEWIFAGHQVGVESRVQDVIGLLKSHQSDYPLLVGIWGMVGIGKTSIAEAVYNQIGRDFEAKSFLRNVRE VAKRHNGLVSLQQQLLFHICKTRKTMIGTIKSGEKVLRERLQERKVLVILDDVTEPEQLNALCGSREWFGSGSIIIITTR DRRLLMMLGVDHVYRVPELDQKDSLEYFSWRVFHNASPLENFDEISTEIVAHAGGLPLALGGLASLMFGRYRDAWESLLQ NIKRSLIPEVKKILEKSFDDLQDMEKIVFLDIACFYIGMDRNEVIQKYTSPTEVAISVLQDKSLVTVDENNKLGMHILLQ QMGREIQREESKQVADQPKIYDVFLSFRGEDSRAKFISHLYASLQNAGINVFRDDDEIQRGDTISVSLLRAIRSSRISII VFSKYYANSKWCMLELENIMETRRTMGLVVLPVFYEVDPSNVRHQRGDFGKAFDDLITKPSVDEVMVKNWRTALLEVGGM AGLVMINSKNESEDIMKVVENVTDLLGKTYIIVADHPVGVEARVQNVIQLLKSKQSEDPLVVGIWGMGKTTIAKAVYNRI RREFEAKSFLLNVREVCEQNNGLVSLQQKLLSDIYKTTKIKIDTVESGKEELKRRLSQKRIFLVLDDVNEEEQLNALCGS HEWFGYGSRIIITTRDENIVKKEFGVEVVYKIKEMDEKESLELFNWHAFKQPSPEEGFADLSSDVVKYCRGLPLALQVIG SFLLTRRRVTVWKSVLEKLKMIPDKKVIKQLRISFDGLSDDDVKEIFLDIAFFFIGMEQDEVIEILNDCGHFAEIGINVL VQQCLVTIDRKNRIRMHDLLLDMGREIVRKKSAEEGKEPSRLCRYKDVDFVLSKDAIFVSQRTLNVHGLTLKSPEKDATY KLEAKAFEKMDKLRFLQLTGVQLDGDYAYLSKDLRWLSWHRFPLKYTPPDFHQKSLVAIDFKYSNLEQVWKKSQMLKNLK FLNLSHSPNLRQTPDFSHLPNLEKLVLKGCTSLSLISHTIGNLQKLLLINLKNCTSLHSLPRSIYKLKSLKTLILSGCSK IDNLDEDLEQMVSLTTLVADKSGITRVPFAVVRSKSIGYISLCGYEGFSRDVFPSIIQSWISPTNNMLFQVQTSAAGMSL NLLDEEKSRSYGLKDLSKLQRLWVECDSEVQLNQSVERILDTLRTTNCADQLAGTPSTSHVSNNSSALIDCHSQVHISGS KNSSTSLLIQMGMNSRITNILTEIILQKMYPIGSDLLPSDNSPAWFTFNSGCSSVAFEVPQVDGRNLKAIMCIVYSSSPD NITTEGLKNLLVINCTKNTIQLYKKDALDSFDDEEWQKVVSNIEPGNEVKVVVVFENGFIVKKTVVYLIYDEPIDKKAEH YHEPDKNVAISSDDENRFVRLFSILPSSVRAIMTSKPFWLTGLAVVLIWSRYFSNQRRRHNPF
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 | 1476 | 1476 | - | – | |
| Gene3D | 1 | 93 | 93 | 2.2E-14 | ||
| Pfam | 1 | 67 | 67 | 2.2E-5 | ||
| PANTHER | 3 | 412 | 410 | 0.0 | – | |
| PANTHER | 3 | 412 | 410 | 0.0 | – | |
| SUPERFAMILY | 92 | 352 | 261 | 2.73E-56 | ||
| Gene3D | 95 | 253 | 159 | 4.3E-27 | – | |
| Pfam | 103 | 344 | 242 | 1.8E-25 | ||
| SMART | 120 | 258 | 139 | 0.048 | ||
| SUPERFAMILY | 329 | 412 | 84 | 2.23E-8 | ||
| SUPERFAMILY | 414 | 562 | 149 | 2.75E-40 | ||
| Gene3D | 414 | 585 | 172 | 7.7E-61 | ||
| PANTHER | 415 | 1455 | 1041 | 0.0 | – | |
| PANTHER | 415 | 1455 | 1041 | 0.0 | – | |
| ProSiteProfiles | 419 | 560 | 142 | 29.319 | ||
| SMART | 420 | 560 | 141 | 5.3E-40 | ||
| Pfam | 421 | 582 | 162 | 4.3E-41 | ||
| SUPERFAMILY | 585 | 850 | 266 | 6.49E-58 | ||
| Gene3D | 586 | 745 | 160 | 1.7E-29 | – | |
| Pfam | 601 | 821 | 221 | 1.3E-33 | ||
| SMART | 615 | 754 | 140 | 1.4 | ||
| PRINTS | 618 | 633 | 16 | 1.3E-17 | – | |
| PRINTS | 695 | 709 | 15 | 1.3E-17 | – | |
| Gene3D | 755 | 839 | 85 | 6.6E-6 | – | |
| PRINTS | 789 | 803 | 15 | 1.3E-17 | – | |
| SUPERFAMILY | 895 | 1179 | 285 | 1.38E-29 | – | |
| Gene3D | 935 | 1179 | 245 | 5.0E-25 | ||
| PRINTS | 1105 | 1121 | 17 | 1.3E-17 | – | |
| TMHMM | 1471 | 1493 | 23 | - | – | |
| Phobius | 1477 | 1494 | 18 | - | – | |
| Phobius | 1495 | 1503 | 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 LotjaGi3g1v0190100.2, 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…