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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0096100 |
| Transcript ID | LotjaGi3g1v0096100.2 |
| 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|V4UGW8|V4UGW8_9ROSI Uncharacterized protein; Found in the gene: LotjaGi3g1v0096100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:11975399..11986996) extracted from Lotus japonicus Gifu genome v1.2.
GTGAACATATAATTGTTCAATACATTCATATATATATAGATATATACCTCATCTCCCTGTATCCGAATAACCAATTGTAT CACACAAATGGACATTCTTATCACATTCATAATTACACTTACCTACATACTCCTCCTTCTCCCTTACAAACTTTCCATAG CAGCTGACTCCATTCATTTGTCACAACCCCTCACCAATGGCAAAACCTTGGTGTCCAAAGATGGAACCTTTGAACTCGGT TTCTTCCGCCCGGACGGTAACTCTATCAAAACATACCTCGGCATCTGGTTCAAGAACATCCCTGTTCGGAAAGTCGTTTG GGTTGCAAACAGAGCCAACCCAGTCAACGGTTCAAAGGACATCATGTTAACTGTGAACATGACAGGCAACCTCGTCCTCA CACAAGATGACACTGTCGTGTGGTTCACAAACATTCAGGAACAAGCACTGAATAACAATTCAGTGGCTGTGCTATTGGAT AGTGGCAATCTTGTGGTGGGGAATGACCGACAAGGGTACTTGTGGCAGAGCTTTGACTATCCGTCCGACACATTGCTGCC AGGGATGAAATTGGGAAGAAGCTTAAAATTGGGACATGATTGGAAAATAACATCATGGAAGAGTCCACAAGATCCATCCC CTAGTGAATTTTCATGGGGTTTACTACACCATGATAATTATCCTGAATATTACATCATGAAGGGAACAAATATAAAATTG TCCCGTTTTGGACCATTCAATGGCCAAAATCCTAGTGGAGTGCCAGAAATAAGATACCTTACAACTTCTACTGATCCTCT CCAAAATCGCTATGAGTTTGTCACCAACAAAGATGAGAGTTTCTACAGGTATAGCTACAACACAACCAACCCGGTCATCT CAATTATAGTGTTGAACCAAGCCACTGTAATTCGCTATGTGTGGGTTGAACAAGATCAAATTTGGAGGACATATCGGTCA TTTCCTAAAGACAAGTGTGACACTTATGGTCTTTGTGGAGCCTATGGGAAATGCATAATTAAAAGAGGACAAATGTGCCA ATGTATCAAGGGGTTCACTCCAAAGTCACCACAAGCATGGACATTAACCGATTGGAGTGGAGGGTGTGTCCGAGATAAAC CATTAAGCTGCAACAATGGGACGCAAAAAGATGGGTTTATCAAATTTGGTGGCCTTAAAGTTCCGGATACATCACATGCA TCGTTGAATGAGACCATGGGTCTTGAGGAATGCAGAGACAAGTGCTTGAATAATTGCTCTTGTATGGCTTACACAAATTC AAACATAAATGGTGGAGGTCGTGGTTGTGTCATGTGGTTTGGCGATCTAATTGACATAAGACAGTTTGATGATGGAGGCC AAGATCTTTATATTCGGATGCCTACCTCAATGTTAGGTAAATGCTTTATAAATTTTAGCTAGTCAACCATCCTTTGCTCA TTAATCTTCCCATTTGAATATACTAGGTCTCTTCTAACTTTATTCGCTTTCTGTTTTTTTTCCTATTAAATTAAATTTGA AGGGACTGAACACAGCAGGCGTGAACGAATGATTACAATTTATATCACCATTGCTTCAATTTGTGGATTGCTTCTACCTT GTCTTTATTTTGTTTGGAGAGTCCGCAGGAAGATTGTTGGTAAGTTTATTCATCTCAAACTCTTACTAAATTGAGAACCA CACAATTTTGTATAGATTTTAGAAAATTCTATTATTTGTCGTGAAGAAGATCTATTATTTTTCAATTAGGCTTGAAAATG ATGCATGTGAAATTACTTTTTTACGTACACTCCTAGTCTCCTAGCATATAACTCAACTAACAGTGATCAACTTGATGTTG GTTCCTGTAACCGAGAATAGAGAGGATAAGGGATGTAGGGTATTGTAGAGAAACACGAGTTTGAGTGTTGTTCTACCAAC ACAATACCCCTCAAATTAACTCAGCCCCTCAAACAAAGAGTACATAACTAAATCCCTTCATCTAGCTGATTTGCATTGCC AACCAACATTTGCAAGGTTTAAAAATTAGTGGCAGCCTTCTTGACAAGGTTCTAGCATCTACTTAGCCTCATCCAAATAG ACCAAACCTATGCCGCTACCTCCAAACGTCCACGCGAGCTCTGATGCTAATGCTAAGCCAAAATTAGCTTTAATTTTGAA TTTCGCCTTATTAGCGTTGGAGTTATTCCTTCCCCTTGGGGCTGAAGTGGAAGGAATGGAATTGGACTTCTTGAAGTCCT TACCATCTATAGGGTCCTTATTATCATTAATTAGCTTTAAAATCTTTCGGCTAGAAAAAAACTCATCTTTTATTCTATTT TCACTTGGAAGAAAAATTATTTGAAGAATGATTATTTTTTCAAGTAGAAAATATCCATTTCCTTTTTAATTGCTACTCCA CCTTAATTACTTTGGGGTGAAATCTCTAGAAAGTTAAAGTAGTCGTGGAACTTAACAATATCGCGGATACCATAATTTGA CCCGTTGATGAACCTCACATAAGAGAGTCTATGACGGGGTGTACATGAGTGTGTAAAAAGACCAAGAAAACCTTACTTAG GCCTTTTCTCTTGTTTTTTTTTTTTTTAACGGAAAACATATATGAAAATCAAGAAGTCATAGAGGCAGTTACATCAGACG CGACCAAACCAAAACAATCCGGGGGAACCTCCTCAATCCAAACGCAGTTGGGATATCTTAAGGAGTTCTTAGCCAAGTAA TCAGCTACAGAGTTACCGGATCAACGAACAAAAGACAAACGAAACAAGCACTAAAGAGATATTTAATTTCTTGATCTAAT TATAGTTAAATGGAACAAATCATGAACTAATCCTAATACCTCCATTATGAGCGCACCAAAATCAATTCTCTATGCCATTT CCCATAAACTAATATTGCCCCGCAAGGAGTTGATTACACCATATATATATGATTAAGCATACAAAAGGGAAACACGATGG AAACTGAATTAAAGACATAACATATATAATGAACAGGGTATAAACCACACCCCTCATCGCTAACTCGAGAGAGGGGATTT CGTTTTACATATTACAAGAAACAAGAACATGAAGTCTAGTAGCAATCATATCATCTTACAAAACTAAAGGAATAAGGATT CCTATGCTTGTGCTATACAATTAAGTTAAGCACTAGGCCTTTCTCCGTAAGGAAGCACCATGGTGACTAACCTAATATAT ATATATATATATATATATATATATATATGAGAATGCTAACTTACTTCCACTTGTTTTTAGAAGGAGTAAATTAACAACCA ACACCTTTTCTTTTGGACAAAAAACCTATCACTCTCTTATTAAAGTCAACTTAAAGTGCAGGGTAGTAATGTAATTTTCG GTTTCAATTTTTAATTTAAAAAATAGAATTTCGCCCTCATCATTATATTTCCAACTTTGATTTATGTTCAACTCTCTCTT CTTCCCCCAATTTCTTCATGAATAGAAACATTTCAGGATTGACGCAACTCGTCCCCGAAGGATAGCGCAAGTGGTAAGAG CTATAGACATAAGGGTTGAGTGGGGTGAAGGGTGAAGGGTCCCGGGTTCAAACCCGTAAGAGGGATTAATTTACTAACAT TTCTAGCAACTAACATTTGCCTATAAAAAAAAAAAGGTTGACGCAACCTTCACAAGCATTAACAAATGACAACACGAATA GAAACATTTCAGAATTAGACATAATTAGAAAAAAGAAGAAAACAAGGGAAAAAACGACAAAACAAAAAGACGAAACAGCA AGAAAAAAGAGACAAAGAATAAAATACTTACATGAATTCATGGTTGCCAATTGTTCTTCAGATATATTAAACAAGGTATT GGGGCAATGGTGGAGAAAGGAAAAGTGGAGTGATAATGGAGAAGAGTGAAATCGTTTCACTCTGATGAAAAGAGAGAAGC AGAAGGGTTAGACCATATACAATGGTAGTGGTTAATTGATGTTGAGGAGTGTTGAGGATTGTTGAATAGGTATAATGGTT GTTGAGGATTGTTGAGAGGAGAGAGGAATGGCTGAAATGTTGAAGGAATTCAACAAAGTTGAGAGGAGAGAGGGACGCCA CGTGGCGCCCTCTAAATGGCCCTCGCATGCGCGTGTGCTACACGCGGAGACAAGGCGCGTGGAGAGAGAAACGACTTTTT CTCCTCCCCTGCCACGTGTCTGCCTCTGATTCGTTTCTCCGGATTTCGTTTTCCCTTATCTTTTGAACTCAATTATTTCA TCAAAAAAAAATTTATGGAAAAAAAATTTATACCAAAATTCATGATTTTTTTTTCTCTATAAATAGAGACTTGGTTCGTT TGATTTGGACACAGAAAAAAAACCAAGTTTTTTCACTCTCTTATTATCTCTCTCACCATCTTATTTATCTATCTATTAAC ATTTGTATTGAAATGGATCCCAACAATTACCATTTCAACACCCAAAATTATAGTCTATATTTAAAAAAAATTTGTTAAGT GTTAATTGTTTTAATTTAATTTAAATCGATAATTGTAATTTTATGTAATTATAAAAACAAAAATATTAAATTAAATAAAA ATGTGAAATAAAAAAGTGGTGGGATAGGGTGAGTGGTGGGGTAGGGTGTTGAGAGTTAAGTAAAACCATTGGAGTGGGTA ATTATTGAGAGTTTGTTAAATTGGAGAGAGAAGATGATGTGGAGTGTTGGGAAGAGAAAAAATGGGGTAGAAAAAGGGTA AACAAAACATTTTTTGTTGAACCATTGTATATGGTCTTAGAGGTTACAAGGAGAGAGAAAATTGATTGCAGAGAAAAGTG GGAGGTGGAAGGAGAGAGAAAATTGATTTTTTAGAATTAAAAATAAAAATTATATAAGTACCCAGAATTAAAACTGTCTT GAACGTAAAAAAAATGATTTTTTTATTTAAAGGAAAATGTTTTATTGCTAACTTACTCATTCACAAAATTAAGTGGGAGT AAGTTAACATTCACCAAATATATATATATATATGTATGGTCATATCAAGTGAGAGAAGTTTCTTACTGTGAGAAATGAGA GGGTATAATAATAACCGTTTGATTAATATAACCGGTTCAGATTCAATATCACTTAAAAAATTTCACATGTTGCTTTTTCT CAAACGCACTCGCATATCTCGGGAATTGAGTTTGGTGTCCCACCCCTTAGGCTTTGCACCCCACTTTATTAAATACGGAA TTTAAAGTTCCGTATCAATACGAAAAATAAAATTCCGTATCTGTTTTAGTATATAATGAGTGGTTGAAAATGTGACACGC ATGCTTAAATACAGTACGGAATTTTAAGTTCCGTATTCAATAGGAAGAATACGGAATTTTAAATTCCGTATTTGATAAAG TGGGGTGCCAAGCCCCATAGGTGGGGTGCCAAACCCAACTCCCCATATCTCTTTCTTTCCTGCAAGTTAACCTTATCTTC CTCCCTTTTCTTGCATCTGCCATTGCTACCCATTGGAATCCCCAGCACCGGCAACCACCGCCCGCCGCGGGCACTGGCGC AAGGCCACCACCATCGAAACACACACTTCCATCAAAACCCAAGTGCATCCCCATCGGCCGTCGCCCAAACCACCATACCC TGATCAAAACCCCCATCGCCTTGGTCCATACCCTGATCAAATTCCCGATCCAATGAAATCAACCTTCAAAATCCCTAATT TTTCTGATCCCTTCCCAATATGATAGAGGAGCTTCAACGGTGCGACTCGTTGGGTTCGAGATGAACGACGAGATGGAATG ATAATGGTGGTGATGATGGTCTAAAGATGCATGGGTGGCGTCGTCCCATTTCGTGGTGGATGTTTTGGAAGAGACACATC GAAGGTGCAATGGTTCTGGTTTTCGAATCTGTGTGTTGGGGTTACTTTCTGGCTTAGTTGATGAAGGAGAGTTTGGTTTG GGACCCAGGAGAAGGATCTGGTTTGGTTACGGGTTGGATGGCTATGGTGATTGGCCCTTGTCAATGGGGTTCTAATCGGT GGCAGGATTCAGAAGGAGTGAAGGTGCATCCATGTTTACCAAACCCTATCAGAATAAGTGCCAGATTCGAAGGGAAGAGA AAATTTTGTGAGTGCGAGAAGATAGAGACGTGAGCCAGAACAGGGATGAACGGAGAAAATGGAAATTGAAGGCATGTGAG AGGTAAAGCGCGTGGGATTAAAAAAATAGTATAAAGGATATTGACGAGGAATGATTTACCTGAAATTGCATCTGGACCGT TTATAGGATCTGATGGTTAATCTCAGCTCCTCTCACCTCTCACAGTAACACACTCCTCTCACATGATATGGGAAATAAGG AGGATAAGGGAAATACAAAACTTAGTGTCACAAATAAGGGGCGTATCAAAAGATTTTCATCATCATAAAAGGACATTAAA TAATATGCAAAATAATCCTCATACACTAGAGAGTCGTGTGTACGAAAAAATGGCAACACAAGATAATATCTTGGAAAAGA CATAGATTAGAAGAATCTAAAAGGAATAAGAAATTAAAGGCAACTCTAACACTCTATAGAATAGAGTATTTGGTAGAGAA TAGAGAAATAGAGAAAAGAGAAGTTGAGTATAGATAAATATGTGAGAAATAGACTGGATTTGTTGATTGTTTGGTATAGT AGAGATGAAAGAGAGATGAGAGAAAGAATGAGGTGAATAATATAAATTAAAAAACTAAAATATTTAATTTTTAGAAAAAG ACTATGTTGTCCAACAAAAGAAAAAAATTACTCCATCCGTTCCTAATTATAAAGCATAGTTTCAAAATTTTCATGTTCCT AAATATAAGACCTCTTACAAAAATCTAGCAAAAGGTTTTGTACTCTTCCATATTCACCCCTCACATTAATTGCATGTTTT CAATTCCAAAGTTACCACCTACCATTAATTACTACTATTCCAACTAACTATGAATGCAATGATTATTAGTGAGAGAAAAT GACAAATGGTAAATAGGGAAGAATGTATGCATTTTTAAAAAACCAATACACTAATTAGTCACATTAAGTGCTTTCTTAAT AAGCGCAATTTTTTGGAATAGGTCTTATATTTAGGAATGGAGGGAGTACAACTTCCAAGGCCTTGGAGAGAGAGAGAGCA GACAAGGATAAAATAGGAAATCAAAAAGTAAACATCATCCACATGCTATCTCTTCTCAAATTGGAGAGAGGAAAAAAAGG AGTGAGACCCGCGCTAAAAACCTCTCTCTTCACAATATGTGTAGCTACCAAACAAGGGTGATTGACTTCTCTCTTTACAA TCTCCCTATTCTACATCTCTCTCTTTGCAAGTCTCCCTCTACCAAACACACCCTAAAAGCTTGGGAATTAAAGGCCAAAG AAAAATAAGGAGGAGAGGCCACTGAGAAAAACATGTTACATAAGAATGAAAGTTTACTCTCTCATGGTTTAGGAGTAATA GGATATAAATATGCTCAACAATTCGCTCACGCTAATTATGTGATAAACACATGAGTTTTTTTTTTGTACATCGAAAATAT AAATTTCACTTACCAAGGATTGATCCCTGGACTTCTCTCACTCAACCTATATGTTTACTAGCTCTTACAACTTGAGTTAT CATTCAGAATGAGTTATATAATCATTGATGTCATATCATATAAATTAACCGCCATTTTTTCTATCACTAATGTCATTTTC TATTTTTGCTGAGTTATTTATTCCATGTGGCTTTTATATTTTTTTTCAAATCCACATGGATTAAAAAAATAAAATTACAC ATTTAAATTTAAAATTAAAATCTTATTAACCATATTAACCCTAAATCTAATTACACATGGATTTTTAATTAATATTTTTA TTACACATCATTTCAGCCCTCCCTGGCTTCAGTGTCAAAGAAAAATTCAGAATTTTTTTTTAATTAAAAATCCATGTGTA ATTAGATTTACGGTTAATTAGGTTAATAAGATTTTAATTTTAAATGTTTAATTTTATTTTTTAAATTAATGTGTATTTAA AAATATATATAAAAGACACGTGAAATAAATGACTCAGCAAAAATTAAGTCACATAAGCTGAAAACACGAGTAGGGACCTA TTTTGATTAAAAAAATTCCAGGGATTCGGAATCGGAAAAAAAAAATTCAAGGATTTATTTTCGCACGGGTGACAATTTCA GGGACCTCCAGAGTATTTAAGCATATATAGATATATAGTGTTGAGAATCAACCCCTCTCAATATATACATGAATATCTCT TATATAAGATATTTTATCATTTTTTTTTACATCAGAAAATGTATTTTATCGTATTTAGCTCTAATAAAATAAACGTATAA ACAAAAAATGTTACGTACCAGTATTAAAAAAATTGCAAAATTTTCGGAATTATGAGGCCATGACCCAATTTTGACATTTT TAATAGCTTGAATTGATGAAATTCTTACATATGTTATATTTTAGAAGAAAAAAAAAATGGCAGAGATGTGAAGAATTCAG CTGACTAGTTATTTTAGAAACAAAACAACTACAGGGTTGTTTTCAAAAAGAAAAGACAAAGGCATGAACATGGGTTTTTT CAACTCAAGAATGTCTAAAACTTCTACGAATCATGTGAGACAATTTCTTCTCTTTCTCTCAATATGGAATCTCACACATG TTTAGAGGTCTTACCCTCATTTGATTGTCCACCATAATTTTGGCATGCTTTTCTAGAGGAATATAGTTTGGGTGGAGTGA AGGGAAGACATGAAGGATGAGACAAAGTTTTATCCAAAGAAGGATGTTATTTGAGCCTAGTATATGTATTACTAGAACAT CCAAAGATGAATCCATTTTCTTGGGCTGTTAAGTTTTGAGAAATTGAAAAACCATGCCTAAGTACCTCAAAATAAGTTGT TGAGATACCTTGTGAGCAGTCTAGCACATTGTCAAAGTTTGTTGGTTAGTCATAGCAACACTGCTATGAAAATAGTGATA ACATAGAAAAAATGAAGATTTCACAATCCCACAAAGGCTTCTAAAAAAATTTCTCACATGAAATGAAAAGATAATAGAGG GCAATAGAATTACTTAGCGTAAAAAAAAACCATAGAATCATAAAAGCACCGAAAAAATCAAATTAGAACCTCAACTGAAA TCACACTAAAAACAACTGGATTTAGATCAGAATGATTGTGGATTGAGAAATAAATTAGCCTCCTAGTACTGTGATGAAAG AACAATAATGTATAACAGCAAGATGCTAACAAACAAACTTATCAGTTAAAGACATAAGCTTGAATGTTTGCATGTGCAAT TTGCACCATAATGGAAATTATTCAGTATAGAAGAATATATTAGTAGGTGGTTGGTGGCGGAGCTGAATAGAGCTGAGTGG AGGTGGTCGGTGGTGGTGGGTGTGGGGAACAGAGGATGTGGTGCGGTGGTTATGGGAAAAGAGGAGGCGGTGGCGGCGCT GAACGGAGCTCACACACGAACGCAACCTAGGTTTCGTCACATGTAAGGACAAACAATGAAAATGAAAAAACAAAATCGTT TTACATATTTCGGTTGAAAAAAAATAAGGCAAGGTCAGCAAAGCAGGACACTTGGCGCAACACAATTGGAGGTCTTTTAG CTACAGTAAAATGAGAACTCACGAATAAGAAGTAGTAGATTATTTGATCCTAAAAAGGAAAAACCTTGTAATATTAGTCT TTGATTAAAACAACCTTGCCACATATTCGATCACCATATAAACTTGCTTTACACAAATTAAACCTGCAATCTAAGTTATC ATCTTTTATGTATGAACTAAAAATAAGGTGTCAAGTAAGTCTTATACAATTGACATTACATGGATGTTTTTCCCCATATA TCTATTGAGTATCCATATGCATGTAGTTGTTCCCCATATACCTACACTTTAGTTTGGGAAAATATATATACCTTTTATTA TTTCCTTCTTAAATAGACAACACTTGCATTTTACCACTTATTTTGTTTTAAACGAACAATTTAATTTGTTTTAACTTTTT TCATTTTTTCTTGGTTTTCTCCATTTTATAGAAAGAGCTCAAAGACATATGGCTGATATAGATCTCCCATTGTTTGATCT AACAACAATTGCTGCAGCCACTAATGGCTTCTCGATGAACAAAAAGATTGGAGAAGGTGGTTTTGGACCAGTATATTTGG TAAATCAACATTCCAACATTATTGGCACTAAAAAACAACTAGAAAGTAGTATGAATAACATATGAAAGCATTGACTCATG AATGCCATTATGTAGGGAAAATTAACAAATGGTCAAGAAATAGCCGTGAAAAAACTTTCAAGCTTATCCAGTCAAGGAAT GATTGAGTTCATAACTGAAGTGAAACTAATTGCACAACTTCAACACCGGAATCTTGTAAGGCTTCTAGGTTGTTGCATTG AAGGACAAGAACGAATTTTGATTTACGAATACATGGGAAATGGTTGCCTACACTCTTTCATTTTTGGTATGAAAAATCAA GAAACTTAGTATATTACATTACTGATTATTATCATTAATGATGTCTTCTATACTAAACTTGAATGTATTTTATGTGAAAA ACAGGTAATATTAAGGGTAAATTGCTAAAGTGGCCTCAACGGCTCAACATAATTTGTGGAATATGTAGAGGGCTTGTGTA TCTTCACCAAGATTCCAGATTGCGGATTATCCACAGAGATCTCAAAGCTAGTAATATTTTACTTGATCAAGATTTAAATC CCAAAATATCAGATTTTGGAACAGCCAAAACTTTTGGAGGAGATCAAACTGAAGGAAACACAAAGAGAATAATTGGGACT TAGTGAGTGTCTGACTATTAAACATTTTGTTATTATATATGTGATAGTTTTATTTATAATGGTTTCTTGCAGTGGGTACA TGGCTCCGGAGTATGTTGCAAAAGGGATTTATTCAGCAAAATCCGATGTTTTCAGTTTTGGTGTTCTATTGTTAGAGATC ATATGTGGCATAAGAAATAAAGCATACTATCACACAGATGACAATCTTAACCTTGTTGGTCAGGTAAGTATTTAATTTAA TTTTAGGTCACATATGTTAAATTTCATTATAATAAATTACTAACTTCTTTCCTGATTCAGGCTTGGACATTGTGGAAAGA GGGTAGAGCATCAGAGTTAATTGACTCAAACATTGAAAACTCATATGTTGTTTCGGAAGTATTGCGTTTTATGCATGTTG GTCTCTTGTGCGTACAACAAAACCCAAACGATAGGCCTACCATGACCTCTGTGATGCTAATGCTAGAGAGTGAGATGGAA CTAGAGGAGCCTAAAGAACCTGGTTTCTTTTATAGTAATATTTCATCACCTGATTCATGTCTACGTAGGAGTCGAAGGGA TAGAAGTTTAGCATATGACGTAACATTTTCTTCATTTGGTCCTCGATGAATATTCACATATGACATAAATGCATAAGAAT TACAAGCACACCAACAAACGCCTGAATAAAACTGGCTCATTTCCATTCATGTATGCTCTGCGTGAGGAAATTATTATTAT TCTTGTTGAATAATTTTGGTCAAAAAACATTGCAGGAAAAAAAAAGAAACATGAACTCAAACTTCTTACCAATAAAAG
CDS sequence (LotjaGi3g1v0096100.2) 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 CTTCAATTTGTGGATTGCTTCTACCTTGTCTTTATTTTGTTTGGAGAGTCCGCAGGAAGATTGTTGGTAATATTAAGGGT AAATTGCTAAAGTGGCCTCAACGGCTCAACATAATTTGTGGAATATGTAGAGGGCTTGTGTATCTTCACCAAGATTCCAG ATTGCGGATTATCCACAGAGATCTCAAAGCTAGTAATATTTTACTTGATCAAGATTTAAATCCCAAAATATCAGATTTTG GAACAGCCAAAACTTTTGGAGGAGATCAAACTGAAGGAAACACAAAGAGAATAATTGGGACTTATGGGTACATGGCTCCG GAGTATGTTGCAAAAGGGATTTATTCAGCAAAATCCGATGTTTTCAGTTTTGGTGTTCTATTGTTAGAGATCATATGTGG CATAAGAAATAAAGCATACTATCACACAGATGACAATCTTAACCTTGTTGGTCAGGCTTGGACATTGTGGAAAGAGGGTA GAGCATCAGAGTTAATTGACTCAAACATTGAAAACTCATATGTTGTTTCGGAAGTATTGCGTTTTATGCATGTTGGTCTC TTGTGCGTACAACAAAACCCAAACGATAGGCCTACCATGACCTCTGTGATGCTAATGCTAGAGAGTGAGATGGAACTAGA GGAGCCTAAAGAACCTGGTTTCTTTTATAGTAATATTTCATCACCTGATTCATGTCTACGTAGGAGTCGAAGGGATAGAA GTTTAGCATATGACGTAACATTTTCTTCATTTGGTCCTCGATGA
Protein sequence (LotjaGi3g1v0096100.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDILITFIITLTYILLLLPYKLSIAADSIHLSQPLTNGKTLVSKDGTFELGFFRPDGNSIKTYLGIWFKNIPVRKVVWVA NRANPVNGSKDIMLTVNMTGNLVLTQDDTVVWFTNIQEQALNNNSVAVLLDSGNLVVGNDRQGYLWQSFDYPSDTLLPGM KLGRSLKLGHDWKITSWKSPQDPSPSEFSWGLLHHDNYPEYYIMKGTNIKLSRFGPFNGQNPSGVPEIRYLTTSTDPLQN RYEFVTNKDESFYRYSYNTTNPVISIIVLNQATVIRYVWVEQDQIWRTYRSFPKDKCDTYGLCGAYGKCIIKRGQMCQCI KGFTPKSPQAWTLTDWSGGCVRDKPLSCNNGTQKDGFIKFGGLKVPDTSHASLNETMGLEECRDKCLNNCSCMAYTNSNI NGGGRGCVMWFGDLIDIRQFDDGGQDLYIRMPTSMLGTEHSRRERMITIYITIASICGLLLPCLYFVWRVRRKIVGNIKG KLLKWPQRLNIICGICRGLVYLHQDSRLRIIHRDLKASNILLDQDLNPKISDFGTAKTFGGDQTEGNTKRIIGTYGYMAP EYVAKGIYSAKSDVFSFGVLLLEIICGIRNKAYYHTDDNLNLVGQAWTLWKEGRASELIDSNIENSYVVSEVLRFMHVGL LCVQQNPNDRPTMTSVMLMLESEMELEEPKEPGFFYSNISSPDSCLRRSRRDRSLAYDVTFSSFGPR
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 | 481 | 481 | 1.2E-113 | ||
| Phobius | 1 | 2 | 2 | - | – | |
| Phobius | 3 | 18 | 16 | - | – | |
| PANTHER | 9 | 475 | 467 | 6.1E-147 | – | |
| PANTHER | 9 | 475 | 467 | 6.1E-147 | – | |
| Phobius | 19 | 25 | 7 | - | – | |
| ProSiteProfiles | 26 | 150 | 125 | 18.131 | ||
| Gene3D | 26 | 150 | 125 | 2.6E-16 | ||
| Phobius | 26 | 446 | 421 | - | – | |
| SMART | 32 | 152 | 121 | 5.8E-36 | ||
| CDD | 32 | 152 | 121 | 4.50276E-33 | ||
| SUPERFAMILY | 76 | 183 | 108 | 6.94E-27 | ||
| Pfam | 76 | 178 | 103 | 5.4E-32 | ||
| Pfam | 213 | 327 | 115 | 3.2E-22 | ||
| CDD | 345 | 432 | 88 | 2.20502E-29 | – | |
| ProSiteProfiles | 348 | 432 | 85 | 10.681 | ||
| Pfam | 351 | 417 | 67 | 1.1E-21 | ||
| SMART | 352 | 431 | 80 | 1.1E-16 | ||
| ProSiteProfiles | 394 | 674 | 281 | 23.524 | ||
| SMART | 395 | 660 | 266 | 2.9E-10 | ||
| TMHMM | 446 | 468 | 23 | - | – | |
| Phobius | 447 | 468 | 22 | - | – | |
| Phobius | 469 | 707 | 239 | - | – | |
| Gene3D | 473 | 673 | 201 | 1.4E-59 | – | |
| PIRSF | 473 | 707 | 235 | 3.9E-94 | ||
| SUPERFAMILY | 476 | 686 | 211 | 2.7E-51 | ||
| Pfam | 488 | 657 | 170 | 2.7E-29 | ||
| ProSitePatterns | 510 | 522 | 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 LotjaGi3g1v0096100.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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