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 | LotjaGi3g1v0096100 |
| Transcript ID | LotjaGi3g1v0096100.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Serine/threonine-protein kinase; TAIR: AT4G21380.1 receptor kinase 3; Swiss-Prot: sp|O81905|SD18_ARATH Receptor-like serine/threonine-protein kinase SD1-8; TrEMBL-Plants: tr|A0A072UP20|A0A072UP20_MEDTR Serine/threonine-protein kinase; Found in the gene: LotjaGi3g1v0096100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:11975385..11987030) extracted from Lotus japonicus Gifu genome v1.2.
TGATGATAGAATGTATAATGTAAAGATGTGATATGTGAACATATAATTGTTCAATACATTCATATATATATAGATATATA CCTCATCTCCCTGTATCCGAATAACCAATTGTATCACACAAATGGACATTCTTATCACATTCATAATTACACTTACCTAC ATACTCCTCCTTCTCCCTTACAAACTTTCCATAGCAGCTGACTCCATTCATTTGTCACAACCCCTCACCAATGGCAAAAC CTTGGTGTCCAAAGATGGAACCTTTGAACTCGGTTTCTTCCGCCCGGACGGTAACTCTATCAAAACATACCTCGGCATCT GGTTCAAGAACATCCCTGTTCGGAAAGTCGTTTGGGTTGCAAACAGAGCCAACCCAGTCAACGGTTCAAAGGACATCATG TTAACTGTGAACATGACAGGCAACCTCGTCCTCACACAAGATGACACTGTCGTGTGGTTCACAAACATTCAGGAACAAGC ACTGAATAACAATTCAGTGGCTGTGCTATTGGATAGTGGCAATCTTGTGGTGGGGAATGACCGACAAGGGTACTTGTGGC AGAGCTTTGACTATCCGTCCGACACATTGCTGCCAGGGATGAAATTGGGAAGAAGCTTAAAATTGGGACATGATTGGAAA ATAACATCATGGAAGAGTCCACAAGATCCATCCCCTAGTGAATTTTCATGGGGTTTACTACACCATGATAATTATCCTGA ATATTACATCATGAAGGGAACAAATATAAAATTGTCCCGTTTTGGACCATTCAATGGCCAAAATCCTAGTGGAGTGCCAG AAATAAGATACCTTACAACTTCTACTGATCCTCTCCAAAATCGCTATGAGTTTGTCACCAACAAAGATGAGAGTTTCTAC AGGTATAGCTACAACACAACCAACCCGGTCATCTCAATTATAGTGTTGAACCAAGCCACTGTAATTCGCTATGTGTGGGT TGAACAAGATCAAATTTGGAGGACATATCGGTCATTTCCTAAAGACAAGTGTGACACTTATGGTCTTTGTGGAGCCTATG GGAAATGCATAATTAAAAGAGGACAAATGTGCCAATGTATCAAGGGGTTCACTCCAAAGTCACCACAAGCATGGACATTA ACCGATTGGAGTGGAGGGTGTGTCCGAGATAAACCATTAAGCTGCAACAATGGGACGCAAAAAGATGGGTTTATCAAATT TGGTGGCCTTAAAGTTCCGGATACATCACATGCATCGTTGAATGAGACCATGGGTCTTGAGGAATGCAGAGACAAGTGCT TGAATAATTGCTCTTGTATGGCTTACACAAATTCAAACATAAATGGTGGAGGTCGTGGTTGTGTCATGTGGTTTGGCGAT CTAATTGACATAAGACAGTTTGATGATGGAGGCCAAGATCTTTATATTCGGATGCCTACCTCAATGTTAGGTAAATGCTT TATAAATTTTAGCTAGTCAACCATCCTTTGCTCATTAATCTTCCCATTTGAATATACTAGGTCTCTTCTAACTTTATTCG CTTTCTGTTTTTTTTCCTATTAAATTAAATTTGAAGGGACTGAACACAGCAGGCGTGAACGAATGATTACAATTTATATC ACCATTGCTTCAATTTGTGGATTGCTTCTACCTTGTCTTTATTTTGTTTGGAGAGTCCGCAGGAAGATTGTTGGTAAGTT TATTCATCTCAAACTCTTACTAAATTGAGAACCACACAATTTTGTATAGATTTTAGAAAATTCTATTATTTGTCGTGAAG AAGATCTATTATTTTTCAATTAGGCTTGAAAATGATGCATGTGAAATTACTTTTTTACGTACACTCCTAGTCTCCTAGCA TATAACTCAACTAACAGTGATCAACTTGATGTTGGTTCCTGTAACCGAGAATAGAGAGGATAAGGGATGTAGGGTATTGT AGAGAAACACGAGTTTGAGTGTTGTTCTACCAACACAATACCCCTCAAATTAACTCAGCCCCTCAAACAAAGAGTACATA ACTAAATCCCTTCATCTAGCTGATTTGCATTGCCAACCAACATTTGCAAGGTTTAAAAATTAGTGGCAGCCTTCTTGACA AGGTTCTAGCATCTACTTAGCCTCATCCAAATAGACCAAACCTATGCCGCTACCTCCAAACGTCCACGCGAGCTCTGATG CTAATGCTAAGCCAAAATTAGCTTTAATTTTGAATTTCGCCTTATTAGCGTTGGAGTTATTCCTTCCCCTTGGGGCTGAA GTGGAAGGAATGGAATTGGACTTCTTGAAGTCCTTACCATCTATAGGGTCCTTATTATCATTAATTAGCTTTAAAATCTT TCGGCTAGAAAAAAACTCATCTTTTATTCTATTTTCACTTGGAAGAAAAATTATTTGAAGAATGATTATTTTTTCAAGTA GAAAATATCCATTTCCTTTTTAATTGCTACTCCACCTTAATTACTTTGGGGTGAAATCTCTAGAAAGTTAAAGTAGTCGT GGAACTTAACAATATCGCGGATACCATAATTTGACCCGTTGATGAACCTCACATAAGAGAGTCTATGACGGGGTGTACAT GAGTGTGTAAAAAGACCAAGAAAACCTTACTTAGGCCTTTTCTCTTGTTTTTTTTTTTTTTAACGGAAAACATATATGAA AATCAAGAAGTCATAGAGGCAGTTACATCAGACGCGACCAAACCAAAACAATCCGGGGGAACCTCCTCAATCCAAACGCA GTTGGGATATCTTAAGGAGTTCTTAGCCAAGTAATCAGCTACAGAGTTACCGGATCAACGAACAAAAGACAAACGAAACA AGCACTAAAGAGATATTTAATTTCTTGATCTAATTATAGTTAAATGGAACAAATCATGAACTAATCCTAATACCTCCATT ATGAGCGCACCAAAATCAATTCTCTATGCCATTTCCCATAAACTAATATTGCCCCGCAAGGAGTTGATTACACCATATAT ATATGATTAAGCATACAAAAGGGAAACACGATGGAAACTGAATTAAAGACATAACATATATAATGAACAGGGTATAAACC ACACCCCTCATCGCTAACTCGAGAGAGGGGATTTCGTTTTACATATTACAAGAAACAAGAACATGAAGTCTAGTAGCAAT CATATCATCTTACAAAACTAAAGGAATAAGGATTCCTATGCTTGTGCTATACAATTAAGTTAAGCACTAGGCCTTTCTCC GTAAGGAAGCACCATGGTGACTAACCTAATATATATATATATATATATATATATATATATATGAGAATGCTAACTTACTT CCACTTGTTTTTAGAAGGAGTAAATTAACAACCAACACCTTTTCTTTTGGACAAAAAACCTATCACTCTCTTATTAAAGT CAACTTAAAGTGCAGGGTAGTAATGTAATTTTCGGTTTCAATTTTTAATTTAAAAAATAGAATTTCGCCCTCATCATTAT ATTTCCAACTTTGATTTATGTTCAACTCTCTCTTCTTCCCCCAATTTCTTCATGAATAGAAACATTTCAGGATTGACGCA ACTCGTCCCCGAAGGATAGCGCAAGTGGTAAGAGCTATAGACATAAGGGTTGAGTGGGGTGAAGGGTGAAGGGTCCCGGG TTCAAACCCGTAAGAGGGATTAATTTACTAACATTTCTAGCAACTAACATTTGCCTATAAAAAAAAAAAGGTTGACGCAA CCTTCACAAGCATTAACAAATGACAACACGAATAGAAACATTTCAGAATTAGACATAATTAGAAAAAAGAAGAAAACAAG GGAAAAAACGACAAAACAAAAAGACGAAACAGCAAGAAAAAAGAGACAAAGAATAAAATACTTACATGAATTCATGGTTG CCAATTGTTCTTCAGATATATTAAACAAGGTATTGGGGCAATGGTGGAGAAAGGAAAAGTGGAGTGATAATGGAGAAGAG TGAAATCGTTTCACTCTGATGAAAAGAGAGAAGCAGAAGGGTTAGACCATATACAATGGTAGTGGTTAATTGATGTTGAG GAGTGTTGAGGATTGTTGAATAGGTATAATGGTTGTTGAGGATTGTTGAGAGGAGAGAGGAATGGCTGAAATGTTGAAGG AATTCAACAAAGTTGAGAGGAGAGAGGGACGCCACGTGGCGCCCTCTAAATGGCCCTCGCATGCGCGTGTGCTACACGCG GAGACAAGGCGCGTGGAGAGAGAAACGACTTTTTCTCCTCCCCTGCCACGTGTCTGCCTCTGATTCGTTTCTCCGGATTT CGTTTTCCCTTATCTTTTGAACTCAATTATTTCATCAAAAAAAAATTTATGGAAAAAAAATTTATACCAAAATTCATGAT TTTTTTTTCTCTATAAATAGAGACTTGGTTCGTTTGATTTGGACACAGAAAAAAAACCAAGTTTTTTCACTCTCTTATTA TCTCTCTCACCATCTTATTTATCTATCTATTAACATTTGTATTGAAATGGATCCCAACAATTACCATTTCAACACCCAAA ATTATAGTCTATATTTAAAAAAAATTTGTTAAGTGTTAATTGTTTTAATTTAATTTAAATCGATAATTGTAATTTTATGT AATTATAAAAACAAAAATATTAAATTAAATAAAAATGTGAAATAAAAAAGTGGTGGGATAGGGTGAGTGGTGGGGTAGGG TGTTGAGAGTTAAGTAAAACCATTGGAGTGGGTAATTATTGAGAGTTTGTTAAATTGGAGAGAGAAGATGATGTGGAGTG TTGGGAAGAGAAAAAATGGGGTAGAAAAAGGGTAAACAAAACATTTTTTGTTGAACCATTGTATATGGTCTTAGAGGTTA CAAGGAGAGAGAAAATTGATTGCAGAGAAAAGTGGGAGGTGGAAGGAGAGAGAAAATTGATTTTTTAGAATTAAAAATAA AAATTATATAAGTACCCAGAATTAAAACTGTCTTGAACGTAAAAAAAATGATTTTTTTATTTAAAGGAAAATGTTTTATT GCTAACTTACTCATTCACAAAATTAAGTGGGAGTAAGTTAACATTCACCAAATATATATATATATATGTATGGTCATATC AAGTGAGAGAAGTTTCTTACTGTGAGAAATGAGAGGGTATAATAATAACCGTTTGATTAATATAACCGGTTCAGATTCAA TATCACTTAAAAAATTTCACATGTTGCTTTTTCTCAAACGCACTCGCATATCTCGGGAATTGAGTTTGGTGTCCCACCCC TTAGGCTTTGCACCCCACTTTATTAAATACGGAATTTAAAGTTCCGTATCAATACGAAAAATAAAATTCCGTATCTGTTT TAGTATATAATGAGTGGTTGAAAATGTGACACGCATGCTTAAATACAGTACGGAATTTTAAGTTCCGTATTCAATAGGAA GAATACGGAATTTTAAATTCCGTATTTGATAAAGTGGGGTGCCAAGCCCCATAGGTGGGGTGCCAAACCCAACTCCCCAT ATCTCTTTCTTTCCTGCAAGTTAACCTTATCTTCCTCCCTTTTCTTGCATCTGCCATTGCTACCCATTGGAATCCCCAGC ACCGGCAACCACCGCCCGCCGCGGGCACTGGCGCAAGGCCACCACCATCGAAACACACACTTCCATCAAAACCCAAGTGC ATCCCCATCGGCCGTCGCCCAAACCACCATACCCTGATCAAAACCCCCATCGCCTTGGTCCATACCCTGATCAAATTCCC GATCCAATGAAATCAACCTTCAAAATCCCTAATTTTTCTGATCCCTTCCCAATATGATAGAGGAGCTTCAACGGTGCGAC TCGTTGGGTTCGAGATGAACGACGAGATGGAATGATAATGGTGGTGATGATGGTCTAAAGATGCATGGGTGGCGTCGTCC CATTTCGTGGTGGATGTTTTGGAAGAGACACATCGAAGGTGCAATGGTTCTGGTTTTCGAATCTGTGTGTTGGGGTTACT TTCTGGCTTAGTTGATGAAGGAGAGTTTGGTTTGGGACCCAGGAGAAGGATCTGGTTTGGTTACGGGTTGGATGGCTATG GTGATTGGCCCTTGTCAATGGGGTTCTAATCGGTGGCAGGATTCAGAAGGAGTGAAGGTGCATCCATGTTTACCAAACCC TATCAGAATAAGTGCCAGATTCGAAGGGAAGAGAAAATTTTGTGAGTGCGAGAAGATAGAGACGTGAGCCAGAACAGGGA TGAACGGAGAAAATGGAAATTGAAGGCATGTGAGAGGTAAAGCGCGTGGGATTAAAAAAATAGTATAAAGGATATTGACG AGGAATGATTTACCTGAAATTGCATCTGGACCGTTTATAGGATCTGATGGTTAATCTCAGCTCCTCTCACCTCTCACAGT AACACACTCCTCTCACATGATATGGGAAATAAGGAGGATAAGGGAAATACAAAACTTAGTGTCACAAATAAGGGGCGTAT CAAAAGATTTTCATCATCATAAAAGGACATTAAATAATATGCAAAATAATCCTCATACACTAGAGAGTCGTGTGTACGAA AAAATGGCAACACAAGATAATATCTTGGAAAAGACATAGATTAGAAGAATCTAAAAGGAATAAGAAATTAAAGGCAACTC TAACACTCTATAGAATAGAGTATTTGGTAGAGAATAGAGAAATAGAGAAAAGAGAAGTTGAGTATAGATAAATATGTGAG AAATAGACTGGATTTGTTGATTGTTTGGTATAGTAGAGATGAAAGAGAGATGAGAGAAAGAATGAGGTGAATAATATAAA TTAAAAAACTAAAATATTTAATTTTTAGAAAAAGACTATGTTGTCCAACAAAAGAAAAAAATTACTCCATCCGTTCCTAA TTATAAAGCATAGTTTCAAAATTTTCATGTTCCTAAATATAAGACCTCTTACAAAAATCTAGCAAAAGGTTTTGTACTCT TCCATATTCACCCCTCACATTAATTGCATGTTTTCAATTCCAAAGTTACCACCTACCATTAATTACTACTATTCCAACTA ACTATGAATGCAATGATTATTAGTGAGAGAAAATGACAAATGGTAAATAGGGAAGAATGTATGCATTTTTAAAAAACCAA TACACTAATTAGTCACATTAAGTGCTTTCTTAATAAGCGCAATTTTTTGGAATAGGTCTTATATTTAGGAATGGAGGGAG TACAACTTCCAAGGCCTTGGAGAGAGAGAGAGCAGACAAGGATAAAATAGGAAATCAAAAAGTAAACATCATCCACATGC TATCTCTTCTCAAATTGGAGAGAGGAAAAAAAGGAGTGAGACCCGCGCTAAAAACCTCTCTCTTCACAATATGTGTAGCT ACCAAACAAGGGTGATTGACTTCTCTCTTTACAATCTCCCTATTCTACATCTCTCTCTTTGCAAGTCTCCCTCTACCAAA CACACCCTAAAAGCTTGGGAATTAAAGGCCAAAGAAAAATAAGGAGGAGAGGCCACTGAGAAAAACATGTTACATAAGAA TGAAAGTTTACTCTCTCATGGTTTAGGAGTAATAGGATATAAATATGCTCAACAATTCGCTCACGCTAATTATGTGATAA ACACATGAGTTTTTTTTTTGTACATCGAAAATATAAATTTCACTTACCAAGGATTGATCCCTGGACTTCTCTCACTCAAC CTATATGTTTACTAGCTCTTACAACTTGAGTTATCATTCAGAATGAGTTATATAATCATTGATGTCATATCATATAAATT AACCGCCATTTTTTCTATCACTAATGTCATTTTCTATTTTTGCTGAGTTATTTATTCCATGTGGCTTTTATATTTTTTTT CAAATCCACATGGATTAAAAAAATAAAATTACACATTTAAATTTAAAATTAAAATCTTATTAACCATATTAACCCTAAAT CTAATTACACATGGATTTTTAATTAATATTTTTATTACACATCATTTCAGCCCTCCCTGGCTTCAGTGTCAAAGAAAAAT TCAGAATTTTTTTTTAATTAAAAATCCATGTGTAATTAGATTTACGGTTAATTAGGTTAATAAGATTTTAATTTTAAATG TTTAATTTTATTTTTTAAATTAATGTGTATTTAAAAATATATATAAAAGACACGTGAAATAAATGACTCAGCAAAAATTA AGTCACATAAGCTGAAAACACGAGTAGGGACCTATTTTGATTAAAAAAATTCCAGGGATTCGGAATCGGAAAAAAAAAAT TCAAGGATTTATTTTCGCACGGGTGACAATTTCAGGGACCTCCAGAGTATTTAAGCATATATAGATATATAGTGTTGAGA ATCAACCCCTCTCAATATATACATGAATATCTCTTATATAAGATATTTTATCATTTTTTTTTACATCAGAAAATGTATTT TATCGTATTTAGCTCTAATAAAATAAACGTATAAACAAAAAATGTTACGTACCAGTATTAAAAAAATTGCAAAATTTTCG GAATTATGAGGCCATGACCCAATTTTGACATTTTTAATAGCTTGAATTGATGAAATTCTTACATATGTTATATTTTAGAA GAAAAAAAAAATGGCAGAGATGTGAAGAATTCAGCTGACTAGTTATTTTAGAAACAAAACAACTACAGGGTTGTTTTCAA AAAGAAAAGACAAAGGCATGAACATGGGTTTTTTCAACTCAAGAATGTCTAAAACTTCTACGAATCATGTGAGACAATTT CTTCTCTTTCTCTCAATATGGAATCTCACACATGTTTAGAGGTCTTACCCTCATTTGATTGTCCACCATAATTTTGGCAT GCTTTTCTAGAGGAATATAGTTTGGGTGGAGTGAAGGGAAGACATGAAGGATGAGACAAAGTTTTATCCAAAGAAGGATG TTATTTGAGCCTAGTATATGTATTACTAGAACATCCAAAGATGAATCCATTTTCTTGGGCTGTTAAGTTTTGAGAAATTG AAAAACCATGCCTAAGTACCTCAAAATAAGTTGTTGAGATACCTTGTGAGCAGTCTAGCACATTGTCAAAGTTTGTTGGT TAGTCATAGCAACACTGCTATGAAAATAGTGATAACATAGAAAAAATGAAGATTTCACAATCCCACAAAGGCTTCTAAAA AAATTTCTCACATGAAATGAAAAGATAATAGAGGGCAATAGAATTACTTAGCGTAAAAAAAAACCATAGAATCATAAAAG CACCGAAAAAATCAAATTAGAACCTCAACTGAAATCACACTAAAAACAACTGGATTTAGATCAGAATGATTGTGGATTGA GAAATAAATTAGCCTCCTAGTACTGTGATGAAAGAACAATAATGTATAACAGCAAGATGCTAACAAACAAACTTATCAGT TAAAGACATAAGCTTGAATGTTTGCATGTGCAATTTGCACCATAATGGAAATTATTCAGTATAGAAGAATATATTAGTAG GTGGTTGGTGGCGGAGCTGAATAGAGCTGAGTGGAGGTGGTCGGTGGTGGTGGGTGTGGGGAACAGAGGATGTGGTGCGG TGGTTATGGGAAAAGAGGAGGCGGTGGCGGCGCTGAACGGAGCTCACACACGAACGCAACCTAGGTTTCGTCACATGTAA GGACAAACAATGAAAATGAAAAAACAAAATCGTTTTACATATTTCGGTTGAAAAAAAATAAGGCAAGGTCAGCAAAGCAG GACACTTGGCGCAACACAATTGGAGGTCTTTTAGCTACAGTAAAATGAGAACTCACGAATAAGAAGTAGTAGATTATTTG ATCCTAAAAAGGAAAAACCTTGTAATATTAGTCTTTGATTAAAACAACCTTGCCACATATTCGATCACCATATAAACTTG CTTTACACAAATTAAACCTGCAATCTAAGTTATCATCTTTTATGTATGAACTAAAAATAAGGTGTCAAGTAAGTCTTATA CAATTGACATTACATGGATGTTTTTCCCCATATATCTATTGAGTATCCATATGCATGTAGTTGTTCCCCATATACCTACA CTTTAGTTTGGGAAAATATATATACCTTTTATTATTTCCTTCTTAAATAGACAACACTTGCATTTTACCACTTATTTTGT TTTAAACGAACAATTTAATTTGTTTTAACTTTTTTCATTTTTTCTTGGTTTTCTCCATTTTATAGAAAGAGCTCAAAGAC ATATGGCTGATATAGATCTCCCATTGTTTGATCTAACAACAATTGCTGCAGCCACTAATGGCTTCTCGATGAACAAAAAG ATTGGAGAAGGTGGTTTTGGACCAGTATATTTGGTAAATCAACATTCCAACATTATTGGCACTAAAAAACAACTAGAAAG TAGTATGAATAACATATGAAAGCATTGACTCATGAATGCCATTATGTAGGGAAAATTAACAAATGGTCAAGAAATAGCCG TGAAAAAACTTTCAAGCTTATCCAGTCAAGGAATGATTGAGTTCATAACTGAAGTGAAACTAATTGCACAACTTCAACAC CGGAATCTTGTAAGGCTTCTAGGTTGTTGCATTGAAGGACAAGAACGAATTTTGATTTACGAATACATGGGAAATGGTTG CCTACACTCTTTCATTTTTGGTATGAAAAATCAAGAAACTTAGTATATTACATTACTGATTATTATCATTAATGATGTCT TCTATACTAAACTTGAATGTATTTTATGTGAAAAACAGGTAATATTAAGGGTAAATTGCTAAAGTGGCCTCAACGGCTCA ACATAATTTGTGGAATATGTAGAGGGCTTGTGTATCTTCACCAAGATTCCAGATTGCGGATTATCCACAGAGATCTCAAA GCTAGTAATATTTTACTTGATCAAGATTTAAATCCCAAAATATCAGATTTTGGAACAGCCAAAACTTTTGGAGGAGATCA AACTGAAGGAAACACAAAGAGAATAATTGGGACTTAGTGAGTGTCTGACTATTAAACATTTTGTTATTATATATGTGATA GTTTTATTTATAATGGTTTCTTGCAGTGGGTACATGGCTCCGGAGTATGTTGCAAAAGGGATTTATTCAGCAAAATCCGA TGTTTTCAGTTTTGGTGTTCTATTGTTAGAGATCATATGTGGCATAAGAAATAAAGCATACTATCACACAGATGACAATC TTAACCTTGTTGGTCAGGTAAGTATTTAATTTAATTTTAGGTCACATATGTTAAATTTCATTATAATAAATTACTAACTT CTTTCCTGATTCAGGCTTGGACATTGTGGAAAGAGGGTAGAGCATCAGAGTTAATTGACTCAAACATTGAAAACTCATAT GTTGTTTCGGAAGTATTGCGTTTTATGCATGTTGGTCTCTTGTGCGTACAACAAAACCCAAACGATAGGCCTACCATGAC CTCTGTGATGCTAATGCTAGAGAGTGAGATGGAACTAGAGGAGCCTAAAGAACCTGGTTTCTTTTATAGTAATATTTCAT CACCTGATTCATGTCTACGTAGGAGTCGAAGGGATAGAAGTTTAGCATATGACGTAACATTTTCTTCATTTGGTCCTCGA TGAATATTCACATATGACATAAATGCATAAGAATTACAAGCACACCAACAAACGCCTGAATAAAACTGGCTCATTTCCAT TCATGTATGCTCTGCGTGAGGAAATTATTATTATTCTTGTTGAATAATTTTGGTCAAAAAACATTGCAGGAAAAAAAAAG AAACATGAACTCAAACTTCTTACCAATAAAAGTGGTCATCTTCCAA
CDS sequence (LotjaGi3g1v0096100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGACATTCTTATCACATTCATAATTACACTTACCTACATACTCCTCCTTCTCCCTTACAAACTTTCCATAGCAGCTGA CTCCATTCATTTGTCACAACCCCTCACCAATGGCAAAACCTTGGTGTCCAAAGATGGAACCTTTGAACTCGGTTTCTTCC GCCCGGACGGTAACTCTATCAAAACATACCTCGGCATCTGGTTCAAGAACATCCCTGTTCGGAAAGTCGTTTGGGTTGCA AACAGAGCCAACCCAGTCAACGGTTCAAAGGACATCATGTTAACTGTGAACATGACAGGCAACCTCGTCCTCACACAAGA TGACACTGTCGTGTGGTTCACAAACATTCAGGAACAAGCACTGAATAACAATTCAGTGGCTGTGCTATTGGATAGTGGCA ATCTTGTGGTGGGGAATGACCGACAAGGGTACTTGTGGCAGAGCTTTGACTATCCGTCCGACACATTGCTGCCAGGGATG AAATTGGGAAGAAGCTTAAAATTGGGACATGATTGGAAAATAACATCATGGAAGAGTCCACAAGATCCATCCCCTAGTGA ATTTTCATGGGGTTTACTACACCATGATAATTATCCTGAATATTACATCATGAAGGGAACAAATATAAAATTGTCCCGTT TTGGACCATTCAATGGCCAAAATCCTAGTGGAGTGCCAGAAATAAGATACCTTACAACTTCTACTGATCCTCTCCAAAAT CGCTATGAGTTTGTCACCAACAAAGATGAGAGTTTCTACAGGTATAGCTACAACACAACCAACCCGGTCATCTCAATTAT AGTGTTGAACCAAGCCACTGTAATTCGCTATGTGTGGGTTGAACAAGATCAAATTTGGAGGACATATCGGTCATTTCCTA AAGACAAGTGTGACACTTATGGTCTTTGTGGAGCCTATGGGAAATGCATAATTAAAAGAGGACAAATGTGCCAATGTATC AAGGGGTTCACTCCAAAGTCACCACAAGCATGGACATTAACCGATTGGAGTGGAGGGTGTGTCCGAGATAAACCATTAAG CTGCAACAATGGGACGCAAAAAGATGGGTTTATCAAATTTGGTGGCCTTAAAGTTCCGGATACATCACATGCATCGTTGA ATGAGACCATGGGTCTTGAGGAATGCAGAGACAAGTGCTTGAATAATTGCTCTTGTATGGCTTACACAAATTCAAACATA AATGGTGGAGGTCGTGGTTGTGTCATGTGGTTTGGCGATCTAATTGACATAAGACAGTTTGATGATGGAGGCCAAGATCT TTATATTCGGATGCCTACCTCAATGTTAGGGACTGAACACAGCAGGCGTGAACGAATGATTACAATTTATATCACCATTG CTTCAATTTGTGGATTGCTTCTACCTTGTCTTTATTTTGTTTGGAGAGTCCGCAGGAAGATTGTTGAAAGAGCTCAAAGA CATATGGCTGATATAGATCTCCCATTGTTTGATCTAACAACAATTGCTGCAGCCACTAATGGCTTCTCGATGAACAAAAA GATTGGAGAAGGTGGTTTTGGACCAGTATATTTGGGAAAATTAACAAATGGTCAAGAAATAGCCGTGAAAAAACTTTCAA GCTTATCCAGTCAAGGAATGATTGAGTTCATAACTGAAGTGAAACTAATTGCACAACTTCAACACCGGAATCTTGTAAGG CTTCTAGGTTGTTGCATTGAAGGACAAGAACGAATTTTGATTTACGAATACATGGGAAATGGTTGCCTACACTCTTTCAT TTTTGGTAATATTAAGGGTAAATTGCTAAAGTGGCCTCAACGGCTCAACATAATTTGTGGAATATGTAGAGGGCTTGTGT ATCTTCACCAAGATTCCAGATTGCGGATTATCCACAGAGATCTCAAAGCTAGTAATATTTTACTTGATCAAGATTTAAAT CCCAAAATATCAGATTTTGGAACAGCCAAAACTTTTGGAGGAGATCAAACTGAAGGAAACACAAAGAGAATAATTGGGAC TTATGGGTACATGGCTCCGGAGTATGTTGCAAAAGGGATTTATTCAGCAAAATCCGATGTTTTCAGTTTTGGTGTTCTAT TGTTAGAGATCATATGTGGCATAAGAAATAAAGCATACTATCACACAGATGACAATCTTAACCTTGTTGGTCAGGCTTGG ACATTGTGGAAAGAGGGTAGAGCATCAGAGTTAATTGACTCAAACATTGAAAACTCATATGTTGTTTCGGAAGTATTGCG TTTTATGCATGTTGGTCTCTTGTGCGTACAACAAAACCCAAACGATAGGCCTACCATGACCTCTGTGATGCTAATGCTAG AGAGTGAGATGGAACTAGAGGAGCCTAAAGAACCTGGTTTCTTTTATAGTAATATTTCATCACCTGATTCATGTCTACGT AGGAGTCGAAGGGATAGAAGTTTAGCATATGACGTAACATTTTCTTCATTTGGTCCTCGATGA
Protein sequence (LotjaGi3g1v0096100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDILITFIITLTYILLLLPYKLSIAADSIHLSQPLTNGKTLVSKDGTFELGFFRPDGNSIKTYLGIWFKNIPVRKVVWVA NRANPVNGSKDIMLTVNMTGNLVLTQDDTVVWFTNIQEQALNNNSVAVLLDSGNLVVGNDRQGYLWQSFDYPSDTLLPGM KLGRSLKLGHDWKITSWKSPQDPSPSEFSWGLLHHDNYPEYYIMKGTNIKLSRFGPFNGQNPSGVPEIRYLTTSTDPLQN RYEFVTNKDESFYRYSYNTTNPVISIIVLNQATVIRYVWVEQDQIWRTYRSFPKDKCDTYGLCGAYGKCIIKRGQMCQCI KGFTPKSPQAWTLTDWSGGCVRDKPLSCNNGTQKDGFIKFGGLKVPDTSHASLNETMGLEECRDKCLNNCSCMAYTNSNI NGGGRGCVMWFGDLIDIRQFDDGGQDLYIRMPTSMLGTEHSRRERMITIYITIASICGLLLPCLYFVWRVRRKIVERAQR HMADIDLPLFDLTTIAAATNGFSMNKKIGEGGFGPVYLGKLTNGQEIAVKKLSSLSSQGMIEFITEVKLIAQLQHRNLVR LLGCCIEGQERILIYEYMGNGCLHSFIFGNIKGKLLKWPQRLNIICGICRGLVYLHQDSRLRIIHRDLKASNILLDQDLN PKISDFGTAKTFGGDQTEGNTKRIIGTYGYMAPEYVAKGIYSAKSDVFSFGVLLLEIICGIRNKAYYHTDDNLNLVGQAW TLWKEGRASELIDSNIENSYVVSEVLRFMHVGLLCVQQNPNDRPTMTSVMLMLESEMELEEPKEPGFFYSNISSPDSCLR RSRRDRSLAYDVTFSSFGPR
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 | 25 | 25 | - | – | |
| PIRSF | 1 | 820 | 820 | 3.1E-268 | ||
| Phobius | 1 | 2 | 2 | - | – | |
| Phobius | 3 | 18 | 16 | - | – | |
| PANTHER | 9 | 499 | 491 | 6.3E-148 | – | |
| PANTHER | 9 | 499 | 491 | 6.3E-148 | – | |
| Phobius | 19 | 25 | 7 | - | – | |
| Phobius | 26 | 446 | 421 | - | – | |
| Gene3D | 26 | 150 | 125 | 3.3E-16 | ||
| ProSiteProfiles | 26 | 150 | 125 | 18.131 | ||
| CDD | 32 | 152 | 121 | 1.05727E-33 | ||
| SMART | 32 | 152 | 121 | 5.8E-36 | ||
| Pfam | 76 | 178 | 103 | 6.7E-32 | ||
| SUPERFAMILY | 76 | 183 | 108 | 8.77E-27 | ||
| Pfam | 213 | 327 | 115 | 4.0E-22 | ||
| CDD | 345 | 432 | 88 | 1.25612E-29 | – | |
| ProSiteProfiles | 348 | 432 | 85 | 10.681 | ||
| Pfam | 351 | 417 | 67 | 1.3E-21 | ||
| SMART | 352 | 431 | 80 | 1.1E-16 | ||
| TMHMM | 446 | 468 | 23 | - | – | |
| Phobius | 447 | 468 | 22 | - | – | |
| Gene3D | 466 | 577 | 112 | 3.4E-35 | – | |
| Phobius | 469 | 820 | 352 | - | – | |
| SUPERFAMILY | 487 | 799 | 313 | 1.89E-83 | ||
| SMART | 502 | 773 | 272 | 1.5E-40 | ||
| ProSiteProfiles | 502 | 787 | 286 | 38.789 | ||
| Pfam | 503 | 770 | 268 | 4.3E-49 | ||
| CDD | 508 | 769 | 262 | 5.62195E-89 | – | |
| Gene3D | 578 | 786 | 209 | 2.1E-61 | – | |
| ProSitePatterns | 623 | 635 | 13 | - |
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 kinase activity | Catalysis of the phosphorylation of an amino acid residue in a protein, usually according to the reaction: a protein + ATP = a phosphoprotein + ADP. | ||
| Molecular function | Protein serine/threonine kinase activity | Catalysis of the reactions: ATP + protein serine = ADP + protein serine phosphate, and ATP + protein threonine = ADP + protein threonine phosphate. | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | Protein phosphorylation | The process of introducing a phosphate group on to a protein. | ||
| Biological process | Recognition of pollen | The process, involving the sharing and interaction of the single locus incompatibility haplotypes, involved in the recognition or rejection of the self pollen by cells in the stigma. This process ensures out-breeding in certain plant species. |
Expression pattern of LotjaGi3g1v0096100.1, 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…