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 | LotjaGi5g1v0087000 |
| Transcript ID | LotjaGi5g1v0087000.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Receptor-like kinase; TAIR: AT5G38240.1 Protein kinase family protein; Swiss-Prot: sp|P93604|LRK10_WHEAT Rust resistance kinase Lr10; TrEMBL-Plants: tr|A0A072VFU3|A0A072VFU3_MEDTR Stress-induced receptor-like kinase; Found in the gene: LotjaGi5g1v0087000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:14942317..14956579) extracted from Lotus japonicus Gifu genome v1.2.
GCTACATCTCTGGCCACATGATTTCGTCCTTAGAAACAGACTATATGAAATTATGAATGAAACATGTTGGTTGGTTGTTT CGTTCCCCGGCCTATAGGCTATAGCTATTAGCAATAAATCATGAAATTGAAATCCTTCTTCTCCTCCCCCTGGTTTCTCC AAATTATACTGCTACTTCTGCAAACTAGTTTTGCAACAAGTAAAAGGACAAAATGTCTCCCTTCTCATTGCGGCAATATC ACTAACATATTGTATCCATTTCGGCTGAAGGATGACCCTGCAACTTGTGGGCATCGGGAGTATGAATTAACTTGCCAAAA CAACCAGACATTATTGCTACCTTTGTTTCCAGGCCAAAACTACCATGTGAAGGCAATCAACTACAACAATTTCACAGTCC GGCTCGTTGATCCCGCCATTCATGAGACTGATTGCTCCTCCATTCCTCGCTATTTCCTATCCGCCGCCAATTTCTCTGGT TCCTACGATGATAGATTCACCACTTATGACGGACCTGGCTATGGCAACTACGACGATGCAGAGTCTTATGAAGTCATTCA AAATCAATTATATAATAGAACCGATGATGCCTTTCACATCCTACGAATGCTGCAGCACGTGATTTACATGAACTGTAGCA ATCCAGTTAGGGATGATCCAGTGTATGTGGATACAGCAGCTCCCTGCAGCAGCAGCAACGTTGTTGTTAATTCGCATGAT GATTCAAAAGGCCATGTTTATGCCATCGCTGGAGACTTGACGGCTGGGAGTTCAAAACCTTACTGCCATGTCAAGGTTGT TACTCCTGTATCCATTTTTGCTGACAATTCTTGTCCAACGCAGGTAGTGAAACCCAACCAAACATCTTCCTATGGTGAAA TTCATAGGATGTTAGTCACTGGATTTGAGGTTTCATGGATGACTCGAATTTGTCAAGATCGTTGTGATAAGCCTGGTTGT TTTTTCAATTGCACCTCCCAGAAGCTCCAATGCAACAATTATCATGACTGTACAAGTCCACTGGGATATCCAATCACTTG TGGTACTGGTAAGTAAGAAGCACTTGATCTTTTATTTCTGGAAAATATTATGTTCAAATATTAAGCACACCTTGACCTAG ATGAAATATAAACAAGAAATGCAGAAAGAAATAAGAAGAAAAATGAGTGAAAGTAAGATACAAAAGAAATGAAGAATGAG AATATATAAAAGAGTTTAATTGAGTATGCGCGGCGGGTGTAAATATGTTTTACACTCATATTCAATTATTTTATGCAATA TTGGATAAATTGTTACATTTCTCTTTTATTTAAATTAAACTAAAATTTTATTTTGTTAATGTGGCGGAATATATTTGGTG TCCGTGTGAAAAAAGTTATTGAATCTACTGTTTGCTCTATAAAAAAAACTCTTTATTTCTATATAAATAAAATGTTACTG TTGGTATATTATTTTTACCTTTTTTTCTTCAAGTTTTTTTAAATTTAGAAATTCAAAATTATTTACTTTTATTTGATAAT TGTTTTAGAACTACTATCTCACATACTATTTTCACATATCACTAATGACTCGGCCAATTATTATCTTTTCTCTCTCTAAC ATACATAACCCACTTTGCTTTTAAAAAAAAACCACTTTTCAAATAAGGGATATGCTGATTTCAAAAAAAAAAAAAGGGAT ATGCTTAAACTCCAATGAGTTGGTCTAGTTTTGATGATAAGGTATGATAAATTATAGGTTTGAACCAGACTAGTTTTCTT GGAGTGAGGTAATTGTAAATTTTTTCTAAGTGCTTTTTGAGACATGCAACTTTTCCTTAAGAGGCACAATTCTCTGACCA TAAATATTTCTTTGCTCCAAAAATAAGGATATGCATGCATCATTCAACTTTAAACCATTATTTATTTTAGAAATATTGTA AGTGAATCAACAACTTTGGATAACCTAATTTCAAAAGAAAAAAACAACTTTGCATAACCTACAAATAGTATGAAATGATC TTTATTATTGCCTTGCTCCATAAAATTTGTTGTTTAAAATTATGAAAAAACAAATTAATTATATTAAATATATTTTTAAT ATTGTATTTTTTCTTTTTTAGACGGTTAATTAGGAATCGAGATAATACTATTTATCTAAAAATGTGTAAATGAAACCCAT GTAATAAAACTCACTGGGACAGAATGGATTACTTTTTTTTTTCTAAGCAGACTGGATAAATTGAATGCATGATAATGTAT TGAATATTGATAATAATGTTTCTTTCACACCTCTCCTTGATGTGGAGAGAGGTGAATTAAGGAGAGAGATAGGAAGAAAA GAAAAAGTAAGAGAGAGAAAGTTTGAGATATGATAGATGATAAGATGAGAGAGATAGAAATAAAAAAGAGGTGGAAATTG AGTGTTTAAAAGATGAGGTGTGTATATATCATTATTAAATATTGATTCGACAAATTTCTGAAGGAATTAAATTGTGACAT TTACACAGGGGGGCATAAATTAGGAATTCGGACAAAGGGGCGCTTATTTCTCGAAGGTAAGGAAGACTTTGGCGTTTTTT TTATTCTGCTACAAATATTGGAAGACTCTGCCCCTTATCGTTTTGAATTAAAAAGATGTGGTAGCTAGTTAGTGGAAATG AAAATATATTATATAGGATGGCGGCCTATTATGTCCTTTTTTCATATATTTCAATATATGATGATAGATTTTGAATTAAT AAAGTAAAATATATAAAAATTAAATTCACATTTAAAAACATCATTTATTTTTAATGAATAACTTGTGCAAATCACGGGTA CACAGTATGAATCTTGAATGTGCAAAGACCATCTAGATAGGAATATAACACACAAAGGATATGCCCCAAAAATCACATTT GAAAAAAGAAGTATATCAGTTCTTTAAGGTGGCCACTAGGGTGGACCATTAATACGTGAACCATTGATAAGAATATTCTA TAAATCAATGGTTAGGATTAAAAGAACAATAAGAGGGTATATACGTAATTGGCCTTCTTCCAAGACTCAACCTCTCCATC AGTATCATGATTCTGGGAAAGAGGCAGGCTTTCTCACCAGATCTATCACTGAGCATTTTTGCTTGCTTTCTTCTTGACCA ACCTCCATTGATGAGACTTGAGTTGAATTGAAAAGATAACAGAAGAAAAATCCACATCACATGGAAGATATAGCTAAATA CTCGCTGCTCAAGTGACAGTTGCCAACTGCGACCACGCCGCGCTCCGCCGCCTCGTCTCCACCATCCACGGGTCACCGTA GCTCAAGTCGGCGGTCTTAGGACGCACACCAACGCTCCTCCTCAGTTTCTCCTTCGCTTCTCTCTCTGTTTCAACCTCGC CACGCCGCGCATCCACTCCTCACCACCGTGCTCAGGGTCGCACCACGATCTTCAGCCAAGGCCACCGCGCCGCGCGCCGG AACCACTGTTGATCTGTTTCTGCCGTTCTCTCTCTCTTCCCCTGTTTCTTCTTCATGAGAACCTGTTTGGCCAGCATAGG ATCCGTTTCTTTTTTTTTTCCTCTTCCCCAGCACTGTGTTTGTTTCTTTTTCTGAAAAAAAGGTTCAGATTTCTTTAATT GAGAAAAAAGTTTCGATTATTCTTGTTCTCCCCTTTACAGATCTAGGAACCCAGAGCTTTGACAGAGGGTCTATTGTTAC CTTTTGCTGCGTTTTTGGTGGAAATAAAACCTAAGGTGGGATTTTGTGGCTGTCACTGTTTTTGCTGCAACATTTCTAGT TCGATCAAGAAAAATGGAGGTAGCTGATTTTGGGGCTGTCACGGTGAGAGGGGGGAAGGGTGGAAAGGAAATAAGGGTGA GGGTGAGGGTGGGGGATAAGGGGTCGTGGCGGTAGTCAGCGGCGGCGACGAGGAGGTCGGTGGTGGGTGAGAGAACCATT GTTGCAGAAGATAGAACATCAAATGGTGATTTTGGAGCAGGTATGGAGGGGACAGGGGAAGGGAGAAGAGAAAGAGGGAA AAGTCAAAAATACCCTCTGGTGCACCGGTGGACCAAAATAATAATAGTCCACCCTAGTGGGCACCGTTCTTTAAATGAAG CACCAAAATAGATGTAACACATGCCCTAACACACATCTTCTGCTTATTGGATTGAAGTCTATATTAACTTTATCAACTGA TACAAATCAACTATTTTGTTTTGAACTCATCTGAAAAATATCACTATATAGAAAAGTGAGCTTTGAACTTTGAAGTTTTT TTTTATAAGCCAAATGAAATATATTGAAGTGAAGTTGTTTACAGTGATATTTAGTAAACAAACATTCTCCAAGTTCAATT GGAAAAAGTTTTAGAATTTTGCGAATTAAGGGCTCTTTTGGGAAAACGTCTTGCCAAAGTGTTGTGCGCGAGATAAGGTT TCTCGACAACCGTGTGCCAAGGATTAAAAGGTTGATTCAGTGATTCGAAATGTGCAAGAAAACAATTAAAGATGCGTAAA AGTAAACTTCATTAAGTAAGAAAACAAAGTACATGATTCGAAAAGTTGCAATTACATTAAACAAACAAAGAAAATCGACA GGAAAACGAAAGAGAATAACAACAAGTTCGAAAGCATTTAAGTGCAGGAAACTTAAATGGCTGGTTCTGCAACATACTCC TCGATGATCACGTTAGGCTCGTTGAGTCTCTGTGATGCGGACATATGAGCTTTGTAGTGAGTTGTAGAGTTGAGTTGGGA ACCCTTTCTTCTGAATCATCTTATAGCACTCCAATCTCGCATGTCCTTGGCGGTTTTTTCCTTTGTTGGGTGAGTTAGTG GGCTTGGCTCCTCCACGATCTCCTTCTTGCACCGGTAACTTCATGCGTAGTGGGGGAGAGTGGTGCCTCCTAACCGTTTG CTTGCCACATGGACAACCATCGTGGGCAGGAGCGAGGGCTTCCTTAACTGATTCTGTTATGGCACACAATACACGTGCCA AATTTGCCCACTTTAATAGAAACTACCTCCAACGTTGCATTCGTCGAAATCTGCTATCCATTTAACTTAGCATTTTCCTG ATTTTCTTAACTCATTCTACAACAAGTTCATTCGTTTTGGGCCAAATATTTTGGGCCAACAGAAGTACAAAGGGTACTTC AACCCAATACAAGTATGAAAAGAAGAGAAATGAAAACTAAAAGTAGTAACTTTTACAAGATAGCATCAAAGACCCTCCAA CTAGTAGAAAGCCCACCACCCACCACCTCCAAGGAGATAGATTAAAAAAATCATGCCTCATTAAAACTTTACCAGGATTT GAACTTTGAAGTATTACCAAGCGAATGATAACCGTACCCTCGATCATCTATTTTCACCAAACTAGCGACCACAATGAAAT GCAGTAGTCCACAACATTAGTCTGCTGGCTGGTTGAATTTGAGGATGCTTGTGTTGCTTTGTTTTCACCCCCTCTGTTGC CATGAGGTTGTTGGTAGAACCAGAACTTTTGTAGTTTTTTTCCTGTTTCCCCTTGTTCTATTCTGTTTCTCTCTGTTTTA TGACTTTTATCCTCTATGTACCTCGATTGAAGCACTCCTAGTGCTTTTATTAATTCAATTTGCTTATTAAAAAAAGGATT AGTGGAAATATAAACCAATTGACATCACACATATTCTAAAATATAGGAATTATGTTTGGGGAAGTATTTTATCTTTAGAA CTATAAAGGAGTCATGACTTCAATCTATTTTTCCTTCCGTAGTCTATCTTCCCCTCTGTACTTCACTACAACTTATAAGT ACTTAAATATATAAATTTAGAAAGAGGCATCAATTTATTTTCATGTGATCACCATAAGTAATGATTACAACTTATTCTGA GTTATTCTTCCATAGTTCCATATTATTTTACTCACACTTCTTATGGTGGTGGAAAGAAGTGGAGGAATTAGAGAAATATG AAGAAAATAGAGAAAATAAAGATGTGATAGCTGATTTAATTGAAAAAGAAAAAGAAAAAATAAAAAATAAAGGTGAAAAA GAAGTGAAAATGTGAATGAATCATAACTTCTAATTCTTTCCAGTTAAATATTTTACTCTTGTGTACTATCCCTTCCATTG GTTAAATATGTAAATTGTTCTTATTTGCAGAATTTTTACTCGGGATTGGCAAAGGTAATATTTTACTTCATCTACACATT CCATTTTTCAAAAATATCACTTGGACACTAGCTAATTATATCTTTTTAATTTATCTTGTTTACTATCACATATGTCTCCG AGGGTTAGCTCAAGTGATAAGAGTTAGAGGAGATAAGGGTTGGGAAGGGGAAGGTCCAGTGTTCGAATCCTGAAAAAGAA ATTTGAAGGGACTTTCTAACTTACTAACAACTAACCACTAACATTTGCCTATAAGAAAAGAACATATGTCAAAAATAGGT CAAAAGTGTAAAAGGTAAAATGAGAGAATGACATTGTTATTGAATTGACGAGTTAATTGTTATAATTAGCAGTATTTATT GTAGTGTTCAAATCTAACTGTGTAACCAATCTAGAAAGCTTAACTAATTTGCTAATAATAGAAAGCTAATAAGACATCTA CTTCAAAGCAACAATGAAACTAGCTGATGCAATTGCATTGGTATAGTTGTAACTCCTTCCACCTAAGTTGGAATGTGTAT GTCCAACATTCCAAGCATGGATAAATTTGGTTTGAAGGTCCAAAATCCATGGGTTTTTTCAAGATATCTACCACTTGAGA ACAAGATCGAATTGGAAGTGAAGAGTGCCTTTTTGAACATTCTTACGAACCAAGTGGCAGTCCATTTCAATGTGTTTCAT TCTTTCATGAGAAACAGGGTTGGAAACAAGATGTTCACAGGTGTGGAATCAATGATGTCAAATCTTTTAGCATATAGATA AGTCAATGTGTGTGCTAAAGCTCGGTATTTGACTTTTGATCATATCAGGACCTAGATACAATTGACTACTTCTTGCTTTT CTATGAGATTAATGAAGAGCACAAATCCAGTAACTCATCTCCTTAAGTCAGGACATGCTTCTCGATCAGAGTCTGTGAAA CCTATGAGTTTGAGCAAAGATGCAGCAAAAAAGAACAACCCATTGCTAGGACTCTCGTTTACATACATGAGTATTTTCAA TGATGTTTGACAATGAGTTGTAGTCTAGCAGAAGCTCAGTGATGACTTAGGAAACTTGCATATGAGATATCAGGCCTCAA GTTTGCGAGGTAAATTAATATGCCCAAGAGAGTCCTATAAGCATGGGATCAGGAAGTGCTTCTCCTGAATTCTTATGCTG TTTTTCTATTGGATCCATAGGCGTTGAACATGGTTTCGCAGCCAAGATACCAAAATCTTGTAGCATATCAGAGGTATATT TTCTCAGATGAAGATAAATTCCTTGTTTAGATCTATTGATCTGAAATCCAAGGAAGTACTTAAGTTGGCCTAGGATCTTT GATTGTGAAAGTTTGATCTTACAACTCTTTCATATGTTGAATTTCCTGAAGAGTATTTCCTGTTAATACCAAATCATCAA CATAGATTAGAATGGCAGTAATGGAATCTGAATTGACTTTGACAAAGAGTGAGTAATCAGATTTGAACTGCTTATATCCT GAAACTAGTAGAATTGTATTGAGTTTTGTTGGGAATTTAAGTTTGAGTAAGAAGTCTCACATTGGATGATTAGGAGAGTG ATGAACACTTTATAAGTGAGAGATCCTATACAACTAGTGTCTTAAGGATTTTGGTGAAAGATGTGGTGTCCAATCCACAT GTGGTTTGCTCTTGTTAGCCCAATGTGATAATCCCTAGAGTTTTATGCATCTCGTGACCCAAGCTTAATAATGATTTTCC AACTTACAAATAAGAGAAGGAACTTTAGTTTGAAAGCCGGGAGGCAATTCCATATATACTTCTTCATGAATATCTCCATG GAGAAAAACATTATTAGTATCCAATTGGTATAGGGAAAAATGTTTATGAGATCGATTGTACGACGCAATACACCATAAGG GTGGAAAATATGTCCGGCTGGAGAAAGACAATCAAAAGAGTGTCGTGGAGGCTTTAAAGCAAATCAAGTTCCACTCTAAT TTTCATAATGGTGCCTTGGGCCCTAAGGAAGTGGCGAAGTGCAACTATACCACTTACTTTTGGAAGAGAGCTCAACTCAT ATCTTACTAGGTTATCTTACCCTCATGTCTTCTTGTATATTAAAAGCTCTATTTAGGTCTCTTCATCCATCTTCACTTCT TTCTTTCCATTTATCCATTTGAATTTTGTTTTAATTGAGCTCCACACACTTATATCTCATTTGATGGTGGAAATATTATG GGATTAAAATTCCTTTAGGCCATAAAGACAATTATGGTCATTGCATAATAACTTTTTTTGCTTTAAATCCTCCACGACAC TCTTCCAATGCTTATTCAGGTCATCTTAGTCATTTCTTGCTTCTAGCTACCTTTGGGAGAAAACTCAACTCATATCTTAC TAGGTTATCTTCTCCACGTGGCTTCTTGTCATTCAAATGCTTCATTATTATCTTAACCCTCTCTTTCATCATCTTAGTCA TTCAAATGCTTCATTGTCTTTCTTTCCATTTCTATATTTGTAGTAAGTTTTAATTGAGCTCCACACACTTATATCTCATT CAATTGTGGAATACTATGATTTTAAAATTCATTTGGGCCATAGAGACAATTATGATCACTGTGGAGGAACTTCTCTTGCT CCGAATCCTCCAAGACACACTTTCAATGCTTATTTAGGTCATCTTAATCATTCCTTGCTTCTAGTTACTTTTGGGAGAAA CCTCAACTCATATCTTACTAGGTTATTCTCCCCATGTCGTCTTGTCCTTCAAATACTCCATTTAGGTCTGTTCATCCTTT CGTCCACCTCTACTTCTATATTTCTATTTCTCCATTTGTAGTAAGTTTGAATTGAGCTCGACACACTTGTATCTCATCTA ATGAATGAATATTATAAATTTAAACTTGCTTGGGCCCAAGAGACAATTATGACCATTAGAGTGGAACTTCTCTTTAAAAC CTGCACGACACACTTTCAATGCTTATTTAGGTCACCTTAACCAAGAGCTTAAAAGAATGCTAGAGAAAATTGAAGAAATA AAAGGGAATTTGAACAGTTGTGGAAATAAAACGAAAAAGGGTTGGTGACAAAAGTTGTTGCATGGGAAAAAATGATTTTA TTACACACAATAATTTGAAAAAGTATCTTTCACTCATTGCAATACTTGGGTAGTAAAATACACAGAGTGGACTTGGAGTT CTGAAAAAAATTAGCGAATAGGAGCAACACCACAAGATGTTCTTCGATAAAATGATATTTTCTTTTATTTACAAAGCTTG ACATAGCACGTTAAGATGATAATCTTGTTCCGACCGGCTCAAAATCCCAGTAGCATCTCACCCGACCCAAGGAACTTGCG ACAAAGGAAATCATATAAGGTTAGATTGAATGACTTAGCAAAGAAACGCCTCATCCTAGCTCATGGTCGAGCGGTTGAAC GACGACCTCAAGTAAGACAAAAAAGCAAGGTGCCTAGGGCCAACCATGCGCTCGAAATGTTCTAGATAAATGCTTCCTAT GAACCTATAGAGGTATTGACGACGGATCCTGAGCATATAAATACAAGTGTGGTCATTTATTTACTTAACAAACTATTCAT TCTAAAAAATCTATGAGTTCTTCTAAGACTCTAAAATTCTCTCTAGCTCTCTTACTGACTTGACCCCCCACGCAGGGTGT TCATAATCGTCCAATCCAAACAAAACCGCAAAACTGATCAAAATAAACCGAAACCGAACAAATCGGAAAAACCCAAATTT TTTCATTGATCGGATTTTGGATTTCATTTCCAAAACCGAACAAATCCAATCCAAACTAAACATTTGCAAGTATATAAAAT TTTATTTGTACTTATATCATCCATACATAGATATTTACATCCTTATATGTTTATATATTTATGGCTTAAATATGTTTTTG GTCCCTCTAAAATTCAGGTCTTTTAGTTTAGGCCCCTCTAAATATTTTCTTTTGGTATATACCCTTATTTTGAAAATAAT ATGGTGGGTTAAGCCCCTACCGTTACCTTTACCTAACGGATCAGATGCTGACGTGACATATTTTAGAGGGACCTAAACTA AAGAACCATGATTTTAGAGGGATGTAAACCAAAGAACCATAAATTTAGAGGGACCTAAAAATAAATTTTTATCATGTCTT AGGTCCCTCTAAAATTAAGGTTCTTTGGTTTAGGTTCCACTACCGTAAGGTGACAATAGGCGCTGAAACCTTAGTATTAT TTTGCATTTAGGGGTGTATACCAAGAAAAACATTAGAGGGGCCTAAACAAAAAGACCCTACTTTTAGAGGGACCAAAAAC ACATTTAAGCCTATATTTATTTCATGACACGTGCATATTTATAAAATTATATTTGTATTAGTAGAGTTTCAAGTAATTAT TTAAAATATATGCATCAAAGTGAACAAATATAATTATATTTTTTTAAAAATATTGATTATATGATAATTTATGTTGAATT GATGCTATAAATTATACATTATTGTATTTATTATTTATTATACATTCTTCATATTTATACACTATAATATCAACGGGAAA AAATTAAATAAACTGAAAATCCAATCTAATTCAAACCGTTATAGATTGGATCAAATTGGTTCGAATTTGAATTATTATAC ATATCCATTGGATGATAAAATAAAATAAAAAACCGATGAGATTAGATCATATGATTTTTTCCTTCTAAACCAAACCAATC CAATATGCGGACACCCCTGGCCCCATGTTTGAGAACGATGAGAACTTTCAAGTTTTACTCTAGGAGGAAAAAACTCTCTC TAAACTCACTTTGCGAACCATGAGAATGCAAAATGTGAGTATCAATTTCTTCATCTTCTTCTCAAGTGGAAGAAAAATAA TTGTTCAAAACACCTTATTTGTTGAAGTTAGGTGGGTAACCATGTTTCTTGTAGCAGGCATCAACATACGACCAGTTATA TTATCGGTAAGAACACACTTTTAGAGATCCTCCTTGTCCTCTGTCTGACTTGTAAGGAGTTTAATAATTTATGCCTCCAA CATTGTAGTATTGGCCTCTACTTATGCCTCTTCCTATGCCTCGATTATCGCTCACGTTAGAAAGAACTCTAGGTTCTTCG TTTCCTCCATGTTATCCTTCTTGTTGAACCAATAAAGAGAAATATATATTAATACTATGGAATGGTTCCATTAACATGAA TTTAAGAGCTGAGTATTAGTCATTCAAACCATTCAAGGAACGAATCACACAATATCGCTCCCTATAAGTTTTCATTGTGG GAACTAGATCTCAATTACATTGTATGTCACATTTTCATTCGAATAAGGAAACAATTATCAAATACTTTCCAAAATGATTT TGGATGGGTGAAATATGTAGTCATTAAGTAATCACCTTGTTTAAGCATGTACAACTCTTCTTAAATTTCTGGAGATTTCA AACACATCACCTAAATAGTATCTATCCTTGAGATCATTCCACACCTTATGTTTTTCTTCCTTCCACAAAAGGTATTGTGT GATGGAAGGATCAAGAGACCGGTGAATCCATGAAAAATCATGGAATTGCATCTATTCCAAGCGCCAAACATTGGATTAGC TTGACCAAGTTTCTGAAGGGAACCATCAACAAACTGTAACTTATTGTTTTATCGCAGAAATATTCTCATCATGGCTCTAC ACCATGAATGGTATTTGTTTCTAGTAAAGAGATAATTACCAATACTGGTCCAAGATCATCATTTGGATGCAAGAAGAATG AATTCAAAGTATCCATGATAACATTGGCCATTGAAAAATTAAAAAACATATTGAATGTTAAAAGTTAAGGCTGCAAGTAG AGGGGAACCGAGAGGACCTTCGAAGTAGAAAACACAATCTTGATAAGTTTGGAGAAATCACCAGAGGTGGAGATAAAAAA ACTTGATTAATTTAAGGATAAATGGGGATGACTCTTGAATTAGCTAAGCAATGAATCTGAATTAGAATTTGCAATGAAAA TCAATGTATCGAGCGATGATTAGATCAATATGATTCCATGAACATGATCATGGTGGCAGCAATGAAGGAGCCCAGATACC ACGCAAATGAGAGAATAAAATTATTATTAAATTGATGAGTTGATTGTTACAATTAGTAGGATTTAAGTTACTTCTCAAAT CTAACTGTGTAACTAATCAACAAAGTTTAACTAATTTGATAGTAATAGAAACTTGTTGATAACAAAAGCTGAAGAGATAA CTAACTAACTATTTCAAAAAAATAATGAAAGAAACTTGTTGATAATAGAAGCTGAAGGGATTGCTAACTAACGAACTAAT TATTTAAAAAAAAAAAACAATGAAAGAAACTTGTTGATATATAACAGAAGCTGAAGGGATACCTAACTGACTAAATATTT CGAAAATACCATGAAACTAATATGAAGCTAGAGCAAGGCTAGTTGATGCAATTTCATTGCTATATATAGTTGTAACAAAA GGTGTTTACATTTAATATTTATTTTTTTGTTCTCCTAATTTTGAATCATATGCAACAATATTATATGTTAACTATCTTGG TTTGATATATTCTACACAGGACTAACAATGGGAAGGATACTTGATGAATCTTTTGGCTTTTGGGAATCTCAATCCATTAA TATAATTGGAAGAGCTGCGGGGTTTGTTTTGGCAACATTTATTGAAATAAGACTTATATTTGGTCTCATAATCCTCTTTG GAAAACTGATACATATATATTGGACAAGACATGCATCAGTTTATGAAAATATTGAGGATTTTCTTCAAGGGAACTCCCTC ATGCCAATAAGGTACTCATACAAAGATATAAAGAAGATGACTAAAGGTTTTAAAGACAAGTTGGGTGAAGGAGGCTATGG TTCTGTTTATAAAGGAAAATTGCGTAGTGGAATTTTTGTAGGCGTAAAGATGTTGGGCAAACCTAAGGCTAATGGGCAAG AGTTCATTAGTGAAGTTGCAACCATAGGAAGGATACATCATGGCAATGTGGTTCAACTTATTGGATTTTGTGTTGAGGCA TCTAAACGTGCTCTTGTTTATGAATTCATGCCTAAAGGATCTCTTGATAAGTATATTTCCTCCAAAGAAGATGACATCTC TCTAACTTATAATCAAATGTACAGAATATCTCTTGGGGTTGCTCGAGGTATTTCATATTTGCATGAAGGTTGTGACATGC AGATTCTACATTTTGATATCAAGCCTCACAACATCCTTCTTGATGAGAACTTTAACCTTAAGGTATCAGACTTCGGTCTG GCAAAACTTTACCCAATTAACAATAGCATTGTCAATTTGACTGCAGCGAGAGGAACAATTGGTTATATGGCTCCAGAATT GTTTTATCAAAATGTTGGAGGAGTGTCCTATAAGGCTGATGTATATAGCTTTGGAATGCTTTTGATGGAAATGGCAAATA GGAGAAGAAATTTGAATCCATATGCAGATAATTCAAGTGAAATTTTCCTCCCTTTTTGGATTTACGACCAATTGAAGGAA GAAAGGGAGATAGAAATTGGAGAAGTTACCCAGGAGGAAAAGAATAATGTCAAAAAGATGTTCATAGTTGCTTTATGGTG TATACAGTTGAGACCCAATGACCGTCCTTCAATGAACAAAGTAATAGAAATGCTTGAAGGAGATGTTGAAAGCATTATAA TGCCTCCAAAGCCTTCTCTATACCCAACTGAAACTATTCAAGATCTTGAAAATAGTCCTGATAGTGATGCTTTTAGTTCA ATGTAATTTGTTCAGAAAACTTTATAATATATCCTTTAATAAAGCCCTCTGCTTCATATTTTCTAGTTGTTTGCTTTTCA ATTAGATTTTGTAATTACTTATTAAAAGTTTTATTACATGTTGTTAAATTATAGTGAAGTTCAGTTTTTAATTAATTGAG AATTTAAATTTCATGTTAATAACCAAAATATTTTAATCTTTTACATTTTCTTGAAATCTGTTTAATATTTGTTCAAGTGA AATTAAGCATAAAGCTAGTGATGGAAAATATTTTTGAATAACTTTTATTGTGAATCAATCATAAAAATCGAAGAAGGAAG TGAAAATATTTGCATCTTGATCTATTTAGTTAGTCATAAAAGGGAGGGTTAGGATAAAATTCAATTAAAATAATGCTTAT GATCAATAAAGAGCATGGCTATG
CDS sequence (LotjaGi5g1v0087000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAAATTGAAATCCTTCTTCTCCTCCCCCTGGTTTCTCCAAATTATACTGCTACTTCTGCAAACTAGTTTTGCAACAAG TAAAAGGACAAAATGTCTCCCTTCTCATTGCGGCAATATCACTAACATATTGTATCCATTTCGGCTGAAGGATGACCCTG CAACTTGTGGGCATCGGGAGTATGAATTAACTTGCCAAAACAACCAGACATTATTGCTACCTTTGTTTCCAGGCCAAAAC TACCATGTGAAGGCAATCAACTACAACAATTTCACAGTCCGGCTCGTTGATCCCGCCATTCATGAGACTGATTGCTCCTC CATTCCTCGCTATTTCCTATCCGCCGCCAATTTCTCTGGTTCCTACGATGATAGATTCACCACTTATGACGGACCTGGCT ATGGCAACTACGACGATGCAGAGTCTTATGAAGTCATTCAAAATCAATTATATAATAGAACCGATGATGCCTTTCACATC CTACGAATGCTGCAGCACGTGATTTACATGAACTGTAGCAATCCAGTTAGGGATGATCCAGTGTATGTGGATACAGCAGC TCCCTGCAGCAGCAGCAACGTTGTTGTTAATTCGCATGATGATTCAAAAGGCCATGTTTATGCCATCGCTGGAGACTTGA CGGCTGGGAGTTCAAAACCTTACTGCCATGTCAAGGTTGTTACTCCTGTATCCATTTTTGCTGACAATTCTTGTCCAACG CAGGTAGTGAAACCCAACCAAACATCTTCCTATGGTGAAATTCATAGGATGTTAGTCACTGGATTTGAGGTTTCATGGAT GACTCGAATTTGTCAAGATCGTTGTGATAAGCCTGGTTGTTTTTTCAATTGCACCTCCCAGAAGCTCCAATGCAACAATT ATCATGACTGTACAAGTCCACTGGGATATCCAATCACTTGTGGTACTGGGGGGCATAAATTAGGAATTCGGACAAAGGGG CGCTTATTTCTCGAAGAATTTTTACTCGGGATTGGCAAAGGACTAACAATGGGAAGGATACTTGATGAATCTTTTGGCTT TTGGGAATCTCAATCCATTAATATAATTGGAAGAGCTGCGGGGTTTGTTTTGGCAACATTTATTGAAATAAGACTTATAT TTGGTCTCATAATCCTCTTTGGAAAACTGATACATATATATTGGACAAGACATGCATCAGTTTATGAAAATATTGAGGAT TTTCTTCAAGGGAACTCCCTCATGCCAATAAGGTACTCATACAAAGATATAAAGAAGATGACTAAAGGTTTTAAAGACAA GTTGGGTGAAGGAGGCTATGGTTCTGTTTATAAAGGAAAATTGCGTAGTGGAATTTTTGTAGGCGTAAAGATGTTGGGCA AACCTAAGGCTAATGGGCAAGAGTTCATTAGTGAAGTTGCAACCATAGGAAGGATACATCATGGCAATGTGGTTCAACTT ATTGGATTTTGTGTTGAGGCATCTAAACGTGCTCTTGTTTATGAATTCATGCCTAAAGGATCTCTTGATAAGTATATTTC CTCCAAAGAAGATGACATCTCTCTAACTTATAATCAAATGTACAGAATATCTCTTGGGGTTGCTCGAGGTATTTCATATT TGCATGAAGGTTGTGACATGCAGATTCTACATTTTGATATCAAGCCTCACAACATCCTTCTTGATGAGAACTTTAACCTT AAGGTATCAGACTTCGGTCTGGCAAAACTTTACCCAATTAACAATAGCATTGTCAATTTGACTGCAGCGAGAGGAACAAT TGGTTATATGGCTCCAGAATTGTTTTATCAAAATGTTGGAGGAGTGTCCTATAAGGCTGATGTATATAGCTTTGGAATGC TTTTGATGGAAATGGCAAATAGGAGAAGAAATTTGAATCCATATGCAGATAATTCAAGTGAAATTTTCCTCCCTTTTTGG ATTTACGACCAATTGAAGGAAGAAAGGGAGATAGAAATTGGAGAAGTTACCCAGGAGGAAAAGAATAATGTCAAAAAGAT GTTCATAGTTGCTTTATGGTGTATACAGTTGAGACCCAATGACCGTCCTTCAATGAACAAAGTAATAGAAATGCTTGAAG GAGATGTTGAAAGCATTATAATGCCTCCAAAGCCTTCTCTATACCCAACTGAAACTATTCAAGATCTTGAAAATAGTCCT GATAGTGATGCTTTTAGTTCAATGTAA
Protein sequence (LotjaGi5g1v0087000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MKLKSFFSSPWFLQIILLLLQTSFATSKRTKCLPSHCGNITNILYPFRLKDDPATCGHREYELTCQNNQTLLLPLFPGQN YHVKAINYNNFTVRLVDPAIHETDCSSIPRYFLSAANFSGSYDDRFTTYDGPGYGNYDDAESYEVIQNQLYNRTDDAFHI LRMLQHVIYMNCSNPVRDDPVYVDTAAPCSSSNVVVNSHDDSKGHVYAIAGDLTAGSSKPYCHVKVVTPVSIFADNSCPT QVVKPNQTSSYGEIHRMLVTGFEVSWMTRICQDRCDKPGCFFNCTSQKLQCNNYHDCTSPLGYPITCGTGGHKLGIRTKG RLFLEEFLLGIGKGLTMGRILDESFGFWESQSINIIGRAAGFVLATFIEIRLIFGLIILFGKLIHIYWTRHASVYENIED FLQGNSLMPIRYSYKDIKKMTKGFKDKLGEGGYGSVYKGKLRSGIFVGVKMLGKPKANGQEFISEVATIGRIHHGNVVQL IGFCVEASKRALVYEFMPKGSLDKYISSKEDDISLTYNQMYRISLGVARGISYLHEGCDMQILHFDIKPHNILLDENFNL KVSDFGLAKLYPINNSIVNLTAARGTIGYMAPELFYQNVGGVSYKADVYSFGMLLMEMANRRRNLNPYADNSSEIFLPFW IYDQLKEEREIEIGEVTQEEKNNVKKMFIVALWCIQLRPNDRPSMNKVIEMLEGDVESIIMPPKPSLYPTETIQDLENSP DSDAFSSM
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 | 11 | 11 | - | – | |
| SignalP_EUK | 1 | 27 | 27 | - | – | |
| SignalP_GRAM_NEGATIVE | 1 | 25 | 25 | - | – | |
| Phobius | 1 | 25 | 25 | - | – | |
| SignalP_GRAM_POSITIVE | 1 | 25 | 25 | - | – | |
| PANTHER | 10 | 726 | 717 | 6.5E-250 | – | |
| PANTHER | 10 | 726 | 717 | 6.5E-250 | – | |
| Phobius | 12 | 20 | 9 | - | – | |
| Phobius | 21 | 25 | 5 | - | – | |
| Phobius | 26 | 358 | 333 | - | – | |
| Pfam | 30 | 106 | 77 | 1.5E-11 | ||
| Phobius | 359 | 380 | 22 | - | – | |
| Phobius | 381 | 728 | 348 | - | – | |
| Gene3D | 389 | 496 | 108 | 6.3E-26 | – | |
| SUPERFAMILY | 407 | 693 | 287 | 1.23E-73 | ||
| ProSiteProfiles | 422 | 700 | 279 | 39.043 | ||
| SMART | 422 | 692 | 271 | 2.5E-36 | ||
| Pfam | 425 | 690 | 266 | 5.0E-47 | ||
| Gene3D | 497 | 700 | 204 | 1.3E-51 | – | |
| ProSitePatterns | 542 | 554 | 13 | - | ||
| Coils | 642 | 662 | 21 | - | – |
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 | 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. | ||
| Molecular function | Polysaccharide binding | Interacting selectively and non-covalently with any polysaccharide, a polymer of many (typically more than 10) monosaccharide residues linked glycosidically. |
Expression pattern of LotjaGi5g1v0087000.1, 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…