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 | LotjaGi3g1v0080400 |
| Transcript ID | LotjaGi3g1v0080400.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Serine/threonine-protein kinase; TAIR: AT4G27290.2 S-locus lectin protein kinase family protein; Swiss-Prot: sp|O81832|Y4729_ARATH G-type lectin S-receptor-like serine/threonine-protein kinase At4g27290; TrEMBL-Plants: tr|A0A151SVK7|A0A151SVK7_CAJCA Serine/threonine-protein kinase; Found in the gene: LotjaGi3g1v0080400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:8907504..8921615) extracted from Lotus japonicus Gifu genome v1.2.
CGCATATTTTCTCATTGCTTCCTTTTTTTCTTCTTATCTTTATCCACCTCCACCTCTTTTCATCGTGTGAACAGAACATT TTCGATATTCATATGATCATTGATCAAGTATCTCAATAGTATCAGTTGAGATTTTCCAATGCTTTACATCTCATTTGTTT ATCATTTCGTGGTTCAATAATATATAGCCTGTTTGTTCCCTGAATCTAATATCCCCACCTAAGTAGATGAAGTTAGTTAT TATATCTGACTTGGCTTGAGCCTTGATGACTAGCAATAATTGTTGTTGTTGTTGTTGTGTGATGATGATAAATATGAAAA TAAATATTTATCTTTGACTTCATACACCGCATTTTCATTCTAATATAGACAGATTCTAGATCAAGTCAAAGACAAAACTA CTAATAATTCTGATGGTGGCTTTTGAAGATTTTGGCTTGTGGCCAAATTTAATTTGTTGTAGCAATTTGAGCAAAGTTCT AACTAATCACCAAACCCTGAACCAGGAAACAGTGGATGGAAAGCTTCATAGTGCTAGTTTTGTGCTCTCTTCTGCTCCAT TTCATACCAAGCTTCTACACACTGGACATAGTTGCTCCAGGACAATCTTTGAAAGATGACAAGACTCTAGTTTCTGCAGA AGGGTCTTTTGAAGCTGGATTCTTCAACTTTGGAGATCCAAATAGCCAATATTTTGGTATATGGTATAAGGGTCTTTCTC CAAGAACAGTTGCATGGATAGCAAACAGAGATTCCCCAGTGGGAAACTCCTCAGGAGTTTTGAATATCACTGATGGAGGA AACCTTGTTATTCTTGATGCCACAAAGGGCTTGGTCTGGTCCTCCAATATTTCAACAACTGCAAAGAAGCCAGTTCTGCA GCTCCTGGAGACTGGAAACCTTGTTGTGAGAGAAGAAAGCAACCCAGAGAATCTTCTATGGCAAAGTTTTGATCTTCCTG GGGACACTTTTCTCCCAGAAATGAAAATTCGCAGCAACATAAAAATTGGTAATTACACATCTCTTGTGTGTTGGAAAGAC ACAGAAAATCCTGCTAGGGGTGAGTATTCATATCGCATAGATACTCGCGGTTATCCTCAAGTAGTGATAACACAGGGAGA GACATTATTGTTCAGAGTAGGCTCATGGAATGGCAAAATTTTAACTGGAATTCCTTCTGAGACACTCTACAAATTGTTTG ATTTCTCTTTTGTGATTACTGATGAGGAAGTTTCATATGGATATCAACAAATGAACCAGTCAATTATATCAAGATACATG CTCACTTCAATAGGCCAAGTACAACGTTTGGTCTGGTCAGACCAGACAAAGAGTTGGCAGCTTTTCTTTGTTGGCCCTGC AGACCAGTGTGATAATTATGCCCTTTGTGGAGCTAACTCTAATTGTGATGTTGATAACTCTCCAACATGTGAGTGCCTTC AAGGTTTCATCCCCAAATCTCAAGGGGATTGGAATTCACAAAAGTGGAATGATGGTTGTGTTCGAAGAGTTAATTTAGAT TGTGGTCTCAGTGATGGGTTTCTGAAGCATACCGGAATGAAACTACCAGACACGTCAGCGTCGTGGCTCAATAAGAGCAT GAACCTTGAGGAATGTGAGAAATTCTGTCTGAAAAACTGTTCCTGCACAGCATATGCAAGTTTAGATGTCAGAGATGGCG GGAGTGGCTGCTTGCTTTGGTTCAATAATATCATGGACGTGAGGATCATGACCTCCGGAGGACAAGACCTTTACATAAGA GTGGCAGATTCAGAATTAGGTGAGAATATTTCATTTCCATATATTTTGCTCAATTTTGCTTTCCCACTAAATAAAGAAGT TAAATTCATAAATTCAGGGCCTAACTATGCTTCACATAGTGTTCATTGCACACAATTTCTGGGATTTGTGTTATAAATTT CATCTTTGTTGAAGATAGGAATTAAAACATGAAAGAGTAGGATTGAGGTCAGTGTCATAAAAATATATTTGCATGGATGC ATCTAATTGCTATCTACATTCATTGTGAAGATGTGCTTTTAATGCTTTTAGGATTCAAAAGCCAGTAAGTTTGCTTTCCT TTACATCAAATAACTTCTGGTGCCAAGAAAATCAAAGACTGCTTATGGAGATAAGGAATTACCTCGAAACCAGTGACTTT TCTTAGTTTGGATTTCTTCTTCCATCGAATATTCGAAATTGTGCCTCTTTGAGTTAATCTGAAATCGGAACTAACTCAAC TAGGAACCTATGTCAAGAGTTTAAATTATTTCAATGAGATAATATGGTACATTTCTGATTAAGTTTCAAGATGTTTCAAG CAGGGATAAAAATATGAAGAATACACAATGGAGAAACTATACCTTTTGTACTATAGGGACAACAACGCCCTTAAACTATA CCCTACAATGATGAACAAATTAACATGAACAAGGGTCAGAATCAAACTGAGATTTCTCTTCAAGTTATTGAGATACTATA ACTATAAGGAAGTGATATTTAATTACATGTAGAAATGGAAACAAACAAGAAAAGGTTACTGCAATATCCAGGTGTGTAAG AAACTGCAGTAAACATTACAAGGATATCAGTCCAGTCCACAATCAGGGATGTTCCATTTACTGACCTTAGCATCGAGGGA GTCACTAATGAAATAATCATCGCCCACAGGGTTGAAAAGCATGCAGGTTACTGCAATATCCAATCTCGTGTCAAACAAGA AGCCGACAAATGTAGTTAACTGACAGACACATGCCACCATATATATAAGGATTATAAACCGTATACTTTGTTCATTGCAC ACAGTTTCGGGGATGTATGTTATAAATTTCATCATTGTTGAAGACATAAATCAAAACATGAAAGAGTAGGATTGAGGTCA GTGTCAAAATAATACATTTGCATTGAAGCGTCTAATTGCTATCTACTTTCAATGTGAAGATGTGCTTTTAATGCCTATAG CATTTCTGAACTGCTCAAACTTTGGTGTATTGAATGTTCACTAACAATGCTTTTAATCTCAGACCATCACACGGGCTTGA ACAAGATGCAGCTTGCAGGGGTTCTGGCAGGCTGTTCTGTGTTCGTCGGGGCCATGATAATACTGGGAGTGGCCTTACTT TGGAAGAAGAAACTTAAGAAGACAGGTAATTATTTAGGAAACTGATTTTGGCTCATACTAAAGAAAATATATTCAGATAA GATTTTAAGATCTGGTATTTGGTAACTATAAATTCTTACAATCCATTGTCATTTGTTTACAATTATTCTCCGATTCTACC CTTTCAGGAAAGAGCCAAATACTTAGATGGAAGAGTCACCCAGACAACAAAGAGGATGAATCCATTGACATACCAATATT TGAATTATCAACCATAGCTAAAGCAACTAATAACTTCTCCACTAGCAACAAATTGGGAGAAGGTGGATTTGGACCGGTTT ACAAGGTAATATGATCATATTTATATCCTGCCACTGGAGTCATCTTCCAACATAACATTCTAGATAATGATTTCAGGGTA CTTGGACAAATGGGCAGGATATAGCAGTGAAGCGGCTATGCGATAACTCAGGACAAGGACCAAAAGAGTTCATTAATGAA GTTGTTCTAATTGCCAATCTTCAACACCGAAATCTTGTGAAACTTCTTGGGTGTTGCATTCAAAATGATGAGAGAATCCT GATATACGAATTCATGATTAATAGAAGCTTGGACTACTTTATTTTTGGTTTGAGATTTATCCTCTATCAATTCTATATTT TCTTATACCTAGATTACCAAATCATCTTCATGCTAACTAAACAAAATTTTGTCAGATCAAACTAGAAAGAGCTCACTGCT TTGGGCTCAACGCTTTAAAATTATTTGCGGAATTGCTAAAGGACTTCTCTATCTTCATGAGGATTCTAGATTAAGGATTA TCCATAGAGACCTGAAGGCCAGCAACATTCTTCTAGATGAAAATATGAATCCAAAAATATCAGATTTTGGTCTTGCTAGA ATCTTTGGGGGTGATGAAGTTGGAGAGAAAACAAAAAGTGTAGCAGGAACTTAGTAAGCATAGATAGTCTTGACTTTGAT ACTTTTTGAAGCAGAAAAATTCACTTGTTCCCTTCTCTAAGCTCTCTGTCTTTAACTTTATTGCAGTGGTTATATTTCTC CAGAGTATGCAGCCCGTGGGTATTTCTCAGTGAAATCCGATGTCTTCAGTTACGGTGTTATTTTACTAGAGATAGTTAGC GGAAAGAAAAACACGGGATATTTTGACCATCATGATCTTCACCTTCTTGGACATGTAAGTCTAAAGGTTTAGTCCAGTTA AAATACCATTTATATACACCTGCATATTTCAATGTGAATTCAAACCTCAAAATTTGGATTTTCTTTTTCTTTAGGCATGG AGACTGTGGTGCGAACAAATGTTACTGGAGCTGATAGATGAATCTCTAGGCGACTCAATTGCTCTAGCTGAACAAGAAGT ATTGAGATGTATTCAGACTGGACTTCTATGTGTGCAAGACAGACCAGAGGATAGGCCAGACATGTCAGCTGTAGTTCTTA TGCTGAATGGTGAGAAACCATTGCCAAGACCAAAGGAACCCGCCTTTTATCCGCGTCACCTAGGCTCTTCATCAGAAAAT AGTAAGCTACATTCTACCAATGAGATGTCCATGTCATTGTTAAAACCGAGATAGTTTATATTGGTGAGACAGAGAATGAG ACATGGTTTGGAGATAGGAGACTTCAATCCTAAGGAGTTTAATAGGATTCAATGCAAACAAAATAGGTTTGCTTCTCAAT GTATACGACTGAATACAAATCTGAAAGGTGTTTAAGTATAGAAAACTTCACTATATTACTATCTCCTTCTTGTCATTGGT ATTCTAATAGATTTAGTTAAACTTAGTAATGGGATGAGCAAAAATCTGATTTTCTTAATATGCAAACTTAGGCTCATTGT ATGGCTAATAAAATGGGAAATGATTTACATGCAGTAGTTAATACCTTGCTATTTAATCTCAAAGTGACCTGCCTTTGCTT TACGCCTTTACCTAATGCCACTCCTTTCTTTATAATTTTCTTTTTGGTCTAGAAGCACAAAAGAAACAATCTTTGTTAAG ACATACCTTTTCTTCTTTGTTCTTCCTCTTTGTCTTGCCTGTGCTTCACCAGGTTCAGATTAATTCTTTTGGTGCAAGGC ATCAATACATCCTGTTTGGACACAAAATATTTTAGTTTTTTAGTCTGGTAATGTCAATGAAACACAAACAAATACAACAA ACCAGTTATACTTATCATCATTCCTAAATCATAGCTACAAATATTCTATTTAAACACTTACCTTATTTAATTTATATATA TAACACACTATTCAAGGCCAAGGGCATAAAACGAGCCTATGGAGGAAGTTCTGGGCCAACCCAGCTATTCCCAGGTACAA AGAGACAGCGTGGCGAGCTATTCGTGGCTTTCTTCCAGTGCGGGACAAGCTTTTTCACAGACACATGGATGTTGATCCAT CTTGCGGGTTCTGCGGCCAGGACATGGAAACGGTGGAGCATATTTTCCTCCGCTGCCCGATTGCTGTAGCTGTCTGGTAT GGGTCTCCGCTAGCTTTGCGGGTGGAGAGGTACCCGACGTTCCATCAGTTTTGGGGAGACATTCTGCGGATTGATGATGA AGAAGTGGTGGCCATGGTCCAGTGTGTGCTATACCAGCTATGGGAGGCTAGGAACCGGAGTGTTTTTAATCAGCAACATG TGAGCATCAATCAACTTACTCAGAAGGTTGGGGCTCTCGCTAGTGCTGCGATTGGAGTGGTTTCTCATCCACAGTCGCGT CAGGTGGCTGCTGTTTGGAAGAGGCCAGCATTGGACCAGATCAAGATTAATTGTGATGCATCCTTTCGAGCTCCAACAGA CGTGGGTCTAGGCATGGTGGCGCGGAACTCGAGTGGGGAGGTCATGGCTTCTGCAACATCATCTTCTTGCTCTGTTTTAT CGTCTCTTCTTGCTGAAGCTTCATGTCTCTGTTGGGCTATGTCACTAGCTATTGACTTGGGGTTCCGACAAGTGATTTTT GAGGTTGATTGTCTACAACTATTCAAGGCTTGGAGGGCAGGAGTAGCTGGGAGGAACTATTTGACTACTATCATTAGTGA TTGTCGTAGGCTTAGTTTGCATTTTGATTCTACTATTTTTACTTTTACTAGACGCTCAGGTAATTCCGTGGCGGATTATT TAGCTAGGAACGCTTCCACCTATGGCGAATCTGTCTGGGTGGAGGAGGTTCCGCCTGGCGCTATCCGTTTTGTTGACTCT GATTGTTTGGCATCTTTGCCCGCTTAATTTATATCATGCTTTAAAAAAAAAGGCCAAGGGCATAAAAGATGAACATAATA ATACTAAGCAGAACTTTATAAACAGGTTTTAATGCGCTTGTAACAAATTTACATTATGTTTTGGATGCGAGAACAAATAA GGAGGAAAGTATATCAGTGGCAAAATTTTAAGTGAAGAGAAAACAAGAGAATTGTTGTATCTTCCAAAATTATTCAAAAT GATAATTTTTTTTGTCACAATAGGAAAGTAGACCAAAAATGATGATTTAATAAAATTTTATTTAATTAGGCATATTGATT CAGCAATTTGTTTTTTAAGCAAGTGATGTATCTACTGCAGACAATATTTGCGGGAGAGTATCGCGTGACCCACTATATAA ATGCTAGCAGCAAGTCATGGCAATCAATATTCATTTGCCAAATCAAATTTGCTTTATCTTCCAAAATTATTCATCAAATC AAAATTGTCATCTACTAAAAAGTAAACACGTTGCTTGACCAATTTAAATCCTCTAATCTCTACTACTATTTTACATGGAC TAAAAAGATATTTAATTATTTTTTTCAACGGATCCCTCTCATTTAAGTTATAAAAAAAACCATTTAAATCCCTTCTATCA TTTAAAATCCCTTCTACCAAATGCATCCCCCACCTATATACAGATGAGATGATAATTGGTGTATTAATTGCAAGACCTCA TCTTTCAAGGTAAGATATTCTTATATAAAAAAATTAGAGTAAAATACACTCACCCCCTCAAGGTTTGTTAGAATGACACT CCACCTCATTCTTCTTTTAAATCTACACTTCACCTCACCTCCATCTAACAAGTTAACACCATCTAAAAAGATGCTAACAG AATATTCATTTCCTCATAATAATAATTAAAAACTAATAAGTAAAATAACAAAATCATTTTTTATTTTTTATTTAGTGTCA CAAAACTTTTCAACAAAGGAACTTCAAATTAACGTATAGTTCATTCGTTAAAAAAGTGAATTTTTATTTTATTTTTGTTA TAGTTTAAATTAAGGGTGAAATGTATGGAATAGTCCTAAATTTTTCAGATTTTGAGAATAAATATGACTAACTATAAACT AATCTTAATTAATCTTCAAATTATGAATATTGCCATTATTATATTGACTCTTTTATTAATCAGAGTTAACTCAACAATCG TTAATGATCTTCATAAACTATAATTCATGTATGAGAGAATGGTCAAACAAAAAAATAGTAACCTTTGGGAAAATGAAAAT AATTCTCTAGTGTCTAATAGGGTTTGCAAACTTTTTTTTTTCTTCGGGATATCTTCGTTATTATAGTAACTTCGAGATCC AGTGCATCCATTGTTATAAAATATAACTTATTTAGAGCAACACACTACAAAAACGTAGATTCATAAAATAGTAAAAAAAT ATTTTCATCATAAATAAATTTGAAATTTCTTTGTATTTATTGATAATTTTTTTATAGTATTTAAATTCTCTAAATAAAAA AATAAAAATGATTTTTATTTTAATTATTATTAAATATTTAAAATAATTAATTGAGTTAAAAAGAGAATAAATTTTTTGGT TCTAAAGAAGTTATATTTTTTAACGAATGAAGTTTACCATTTTAAGAATATTTTTACTATAAGTTAATTTGAAGTTCTTT ATATTTATTGCTGAAAAGTTTTGTTACTTTAAATAAAAAATTAAAAAATAATTTTTTTATTTTACTTATTAGTTCTTAAT TATTATTATTATTATTCTTATGAGGAAAAGAATATTCCGTTAGCATTTTTTTAGATGGTGTTAACTTGTTAGATGGAGGT GGGGTGGAGTGTAGATTTAAAACAAGAATGGGGTGAAGTGTCATTCTGGCAAACCTTAAGGGGGTGAGTGCATTTTACTA TTTTTTGAACGTAAAAAATTATTGTAATACAATATACTTTAGACATTCTAATATTTATTAGTTTTATTTTAATTTGTACT TTTAAGAGGACAATATTAACTATAAAAAATTAAATTGGCATTAAATTTTCTATACTACTTGTAATAATTAAAAGAGTAAA ATACACTCACCCCCCTCAAGGTTTGCCAGAATGACACTCCACCCCATTCTTTTTTTAAATCTACACTCCACCCCATTTTT TATAAAGGTAAAATTTAGTGACGAAAACAAATTCGTCACTAATAAAAAATAATTATTAATTAGTTAAAATTTAAATAAGT TTAATGCATATACACTATCATACATTAATTTATGAAAATAATTTTACTGAATTAAATTTAAAAAAACAATCCACTCTGTT TGTTAAGTCCACGTCCCATCTGTCTCCAAATCATATTTCTCACCACAAACGGTCACCACCAAGCCTTTGCTCCCTTTAAC ACGACGGCCACTGTCCCAGAATGTGAAACCCCATGACACCACCATGCATCAAAGTTTTGTTGCGACCTGAACCACAGAAC ATGAATCGCACATTCCCAAAGCTATATGTTCAACTACTTCTTGTGAACTTCACCCCCTTTAAGTTGCAAGCGAACGCTCT GTTGGTTTAAGATGTCGTTGGATTTTGTTAAAAAAGGTGCTCCACCGCATCGTTGGGTTCTAATAACCTCCGATCCACTT CATATTTCTTAATTTTGTTTCTCTATTTTCTTCACCCATTTGTCTTGCTTTTTGGGTCTACAATCCAATTTTCAAAATTT GAGGTATAAAGAGATTATTTTGATTAAAATTGAATTATTACCAAATATGAAAACACAAGCATGTTTCCCTATGTTCGAGA TATGGTTTGTAAACCGGTCGGGTGTGCTATTGCAGAATTTGCATTTTGAATTTATGGAGGAAGACCGCGATTGAGAGAAT GAGGAGGACTGTGATGTTTTCATTTTTAAATTTATTGGATTATATTGAAAATATTTTTTGAAATAATTGATTAACAATTT AAATAATAACTAATTATTAATGAAGAATATTTTTCGTCACTAAATTTGCATCTATATAAAATGGGGTGGGGTGTAGATTT TAGACAAGAATTGGGTGGAATGTAATTCTAACAAACCTTGAGAGGGGTGAGTGTACTTTACTATATCATACTATTCAACA CAATATTATGATATTTACAAAAAAATGACTATATCATACTATTATATGTTTAGATTTCGGGTTAGGTTGGGTGGATTATT ACTAAAATTGATATCCGATATGAAGATGATTGAATTGTAATAAAATCCATCTGATGGACCCATTTGCTAAATCCAACCTG ATTTTTCCATTGAATCGGATTAGATCAGGTGAGTTCATTGGATTTACCCGGCCTTGTGCACCCTATATTTAAAAGGATAA GTGCTGCATAGCAACACATTAAGATATTGTTTTTTCTGTGTTTACAATGCTAAGCATATTTTAGATACTCACGTAAATGG ACTTTCCAAAAATATGAACAAGAAAAAATATTAATATTAAATTATATTGAAATGATCAAGTATCTCAGTATATCAATTGA GATTTCCCTATGATTTACATATCATTTGTTTATCATTTTGTGCTTCAAAAATATGGCCAGTTTGTTCCCCTGTATTAAAT TTCCCCACCTAAATAAAGGTGGTTAGTTAATATCTATGACTTGGGTTGATGGCAAGCAATAAGTTGGACTACCATCTACT CATATCACATCATATCACATGACAATATCAAATGTAACATTGTGTCTACATCGTTAATCAAAAATATTTAAAGGATTCTA CCTATTTATTACATATAAAGAGAAAAGATAAGCACTAAATATCAACAACATAAGAGTTTCCACATGGGAGGATCCTGATA CCAATAATTGTTGTATGATGTTGATGTTGAAAAATATGAAAAAATATAAATCTTTGGTTTTCATTCTAGATCAGGCACAG ACAACTATTGACTAGAGGCAATTCTTTTGCAGACTTTAGAAGATTTTGGCTTGTAGCCAAATTTGAAGTAGAAATTTGAC CGACGTTCTAACCACAAATTAACCAACCACTGAACTAGGAGCTAGGAGATAGTGAATGGAAAGCTTCAAGGTGTTAGTTT TGTGCTCTTTTCTGCTCCATTTCATGCCAAGCATCGACACGCTAGACACCATTGTTCCAGGACAATCTGTCAAAGATGAC AAGACTCTAGTTTCAGCAGAAGGGTCTTTTGAAGCTGGATTCTTCAACTTTGGAGATCCAAATAGGCAATATTTTGGTAT ATGTTACAAGGATATTTCTCCAAGAACATTTGTGTGGGTAGCAAACAGAGATTCCCCATTAGGAAACTCCTCAGGAATTT TGAATGTCACTGATGGAGGAAATCTAGTTATTCTTGATGCCACAAATGTTTTGGTCTGGTCCTCCAATACATCAACAACT GCAAAGAAACCAGTTGTGCAGCTCTTGGAGAGTGGAAACCTTGTTGTGAGAGAAGAAAGCAACCCAGAGAATCTTCTATG GCAAAGTTTTGATCTTCCTGGGGACACATTGCTTGCCGGAATGAAAATTCGAAGTAACTTGAAAAATGGTAAGTATACAT CTCTTGTGTCTTGGAAAGACACAGAAAATCCTGCTGCAGGTGAGTATTCATACCACATAGACACTCGCGGTTATCCTCAA TTAGTGGTTACAAAGGAGGACAAGTTATTCTTCAGAATAGGTCCATGGAATGGGAATACTTATTCTGGAATTCCATCTCA AACACTGTACAGATCATTGAATTTCTCCTTTGTAATAACTGATCAGGAAGTAGTGTATGGATATGAACTTCTTAACAAGT CAACTATTACAAGATTCATCCTCACTACATCAGGCCAATCGGCACGTTACATACTCTCAGATCAGACAAAGAGTTGGCAG TTTTTGTTTGCTGGTCCTTCAGACCAGTGTGAAAATTATGGCCTTTGTGGTGCTAATTCTAATTGTGATTCTAATGCCAC ACAGTTATGTGAATGCCTTCCCGGTTTCATTCCCAAATCTCAAGAAGACTGGAATTCACAAAGGTGGGATGATGGGTGTG TTCGCAGAGTTAACTTAGAGCATGGCCCTAATGATGGCTTTCTAAAGTATGCTGAAATGAAATTACCTGATACGTCGGCA TCATGGTTTCATAGGAGCATGAAGCTTGAGGAATGTGAAAAATTCTGTCTGAAAAACTGCTCTTGCTCAGCATATGCAAG TTTAGATATCAGAGATGGTGGGAGTGGCTGCTTGCTTTGGTTCAATAACATCATGGACCTGAGGAAACTGAACTCTGGAG GACAAGACCTGTATATAAGAGTGGCGGCTTCAGAATATGGTATTTACATCAACTTCCTCAAATTTGATTAGCCAATAAAT ATTGACGTCAAACATTTATATTCAAACGCCTAACTAAGCTGCCCACAATGTTCATTGCACACAGTTTCTGGGATGCATGT TATAAATTCCATCCAATATAGAAATCAAAACATGAAAAAGTACGATTGAGGTCACCGGTGTCATAAAAATATATTTGCAC AAGAAGCATCTAATTGCTATCTACTTTCAATGTGAAGATGTGCTTTTAATGCCTATAGCATTTCTGAACTGCTCAAACTT TGGTGTGTTGAATGTTCACTAACAATGTTTTTAATCTCTCAGAACATAACAAGGGCTTGAACAAGATGCAGCTTGCAGGG GTTCTGGTAGGCTGTTCTATATTTGCAGGGGCCATGATAATACTGGGTATGGCCTTACTTTGGAAGAAGAAACTTAAGAA GTCAGGTAATTATCTAGGTTTTTTAACTGATTTAGGCTCATACTGCAGTAAAATAATAATTTATCTAACGATTGAAATAT ATTCTGATAAGATTTTAAGATTTGGTATTTGGTAACTATAAAGTTTTACTATTCTAATTGTAGAACTTACAATGCAGTGT CATTTGTTTACAATTATTCTCCTACCCTTACAGGAAAGAGCCAAATACTTAGATGGAAGAGTGACCCAGACAACAAAGAG GATGAATCCATTGACATACCAATATTTGAATTATCAACCATAGCTAAAGCAACTAATAACTTCTCCACTAACAACAAATT GGGAGAAGGTGGATTTGGACCGGTTTACAAGGTAATATGATCATATTTATATCCTGCCACTGGATTCAGCTTCCCACATA ACATTCTAGATAATGGTCTCAGGGTACTTGGATAAATGGGCAAGATATAGCAGTGAAGCGGCTATGCGATAACTCAGGAC AAGGACCAAAAGAGTTCATTAATGAAGTTGAGCTAATTGCCCATCTTCAGCACCGAAATCTTGTGAAACTTCTAGGATGT TGCATTCAAAATGATGAGAGAATCTTGATATATGAATTCATGATTAATAGAAGCTTGGACTACTTTATTTTTGGTTTGAG ATTTATCCTCTATCAATTCTAGATTTTCTCATACAAAGATTACCAAATCATCTTCACGCTAACTAAACTGAATTTTGTCA GATCAAACTCGAAAGAGCTCACTGCTTTGGGCTCAACGCTTCCAAATTATTTGCGGAATTGCTAAAGGAGTTCTCTATCT TCATGAGGATTCTAGATTAAGGATTATCCATAGAGACCTCAAGGCCAGCAACATTCTTCTAGATGAAAATTTGAATCCAA AAATATCAGATTTTGGTCTTGCTAGAACCTTTGGGGGAGATGAAGCTGGAGGGAAAACAAAAAGTGTAGCAGGAACTTAG TAAGCATAGTTAAAATGTTTTGACTTTGATACTTTTTGAAGTATAAAAATTCACTTGTTCCCTTCTCTAAGCTCTTTCTC TTTTACTGTATTGCAGTGGTTATATTTCTCCAGAGTATGCCGCCCGTGGGCATTTCTCAGTGAAATCAGATGTCTTCAGT TACGGTGTTATTTTACTAGAGATAGTTAGCGGAAAGAAAAACACAGGATATTTTGACCATCATGATCTTCACCTTCTTGG TCATGTAAGTCTAAAGGTTTAGTCCAGTTAAAATACCATTTATATACACCTGCATATTTCAATGTGAATTCAAACCTCAA AATTTGGATTTTCTTTTTCTTTAGGCATGGAGACTGTGGTGCGAACAAATGTTACTGGAGCTGATAGATGAATCTCTAGG CGACTCAATTGCTCTAGCTGAACAAGAAGTATTGAGATGTATTCAGACTGGACTTCTATGTGTGCAAGACAGACCAGAGG ATAGGCCAGACATGTCAGCTGTAGTTCTTATGCTGAATGGTGAGAAACCATTGCCAAGACCAAAGGAACCCGCCTTTTAT CCGCGTCACCTAGGCTCTTCATTAGAACATAGTAAGCTACATTCTAACAATGAGATTTCCATGTCATTGTTAAAACCGAG ATAGTTTATACTGGTGAGACAGGGAATGAGACACAGTTTGAAGATAGAAGATTTCAATACTACGGAGTTTAATAGGCTTA GGCTTCAATGCAAACAAAATAGGTTTCCTTCTCAATGTATACGATGAATACAAATCTGTAAGGTGTTTGAGTATAGAAAA CTTCACTATATTACTATCTCCTTCTTGTCATTGGTACTCTAATTAGTAACGGGATGAGCAAAAATCTGATTTTCTTAATA TGCAAACTTAGGCTCATTGTATGGGTAATAAAATGGGAAATGATTTACATGTAATAGTCAATACCTTGCTATTTAATCTC AAAGTGACCTGCTTGTGCTTCACCAAATGCCCACCCCTTTCTATATAATTTTCTTTTTGGTGTAGAAGCAGAAAAGAAAC AATCTTTGGCAAGACATACCTTTTCTTACAAC
CDS sequence (LotjaGi3g1v0080400.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAAGCTTCATAGTGCTAGTTTTGTGCTCTCTTCTGCTCCATTTCATACCAAGCTTCTACACACTGGACATAGTTGC TCCAGGACAATCTTTGAAAGATGACAAGACTCTAGTTTCTGCAGAAGGGTCTTTTGAAGCTGGATTCTTCAACTTTGGAG ATCCAAATAGCCAATATTTTGGTATATGGTATAAGGGTCTTTCTCCAAGAACAGTTGCATGGATAGCAAACAGAGATTCC CCAGTGGGAAACTCCTCAGGAGTTTTGAATATCACTGATGGAGGAAACCTTGTTATTCTTGATGCCACAAAGGGCTTGGT CTGGTCCTCCAATATTTCAACAACTGCAAAGAAGCCAGTTCTGCAGCTCCTGGAGACTGGAAACCTTGTTGTGAGAGAAG AAAGCAACCCAGAGAATCTTCTATGGCAAAGTTTTGATCTTCCTGGGGACACTTTTCTCCCAGAAATGAAAATTCGCAGC AACATAAAAATTGGTAATTACACATCTCTTGTGTGTTGGAAAGACACAGAAAATCCTGCTAGGGGTGAGTATTCATATCG CATAGATACTCGCGGTTATCCTCAAGTAGTGATAACACAGGGAGAGACATTATTGTTCAGAGTAGGCTCATGGAATGGCA AAATTTTAACTGGAATTCCTTCTGAGACACTCTACAAATTGTTTGATTTCTCTTTTGTGATTACTGATGAGGAAGTTTCA TATGGATATCAACAAATGAACCAGTCAATTATATCAAGATACATGCTCACTTCAATAGGCCAAGTACAACGTTTGGTCTG GTCAGACCAGACAAAGAGTTGGCAGCTTTTCTTTGTTGGCCCTGCAGACCAGTGTGATAATTATGCCCTTTGTGGAGCTA ACTCTAATTGTGATGTTGATAACTCTCCAACATGTGAGTGCCTTCAAGGTTTCATCCCCAAATCTCAAGGGGATTGGAAT TCACAAAAGTGGAATGATGGTTGTGTTCGAAGAGTTAATTTAGATTGTGGTCTCAGTGATGGGTTTCTGAAGCATACCGG AATGAAACTACCAGACACGTCAGCGTCGTGGCTCAATAAGAGCATGAACCTTGAGGAATGTGAGAAATTCTGTCTGAAAA ACTGTTCCTGCACAGCATATGCAAGTTTAGATGTCAGAGATGGCGGGAGTGGCTGCTTGCTTTGGTTCAATAATATCATG GACGTGAGGATCATGACCTCCGGAGGACAAGACCTTTACATAAGAGTGGCAGATTCAGAATTAGACCATCACACGGGCTT GAACAAGATGCAGCTTGCAGGGGTTCTGGCAGGCTGTTCTGTGTTCGTCGGGGCCATGATAATACTGGGAGTGGCCTTAC TTTGGAAGAAGAAACTTAAGAAGACAGGAAAGAGCCAAATACTTAGATGGAAGAGTGACCCAGACAACAAAGAGGATGAA TCCATTGACATACCAATATTTGAATTATCAACCATAGCTAAAGCAACTAATAACTTCTCCACTAACAACAAATTGGGAGA AGGTGGATTTGGACCGGTTTACAAGGGTACTTGGATAAATGGGCAAGATATAGCAGTGAAGCGGCTATGCGATAACTCAG GACAAGGACCAAAAGAGTTCATTAATGAAGTTGAGCTAATTGCCCATCTTCAGCACCGAAATCTTGTGAAACTTCTAGGA TGTTGCATTCAAAATGATGAGAGAATCTTGATATATGAATTCATGATTAATAGAAGCTTGGACTACTTTATTTTTGATCA AACTCGAAAGAGCTCACTGCTTTGGGCTCAACGCTTCCAAATTATTTGCGGAATTGCTAAAGGAGTTCTCTATCTTCATG AGGATTCTAGATTAAGGATTATCCATAGAGACCTCAAGGCCAGCAACATTCTTCTAGATGAAAATTTGAATCCAAAAATA TCAGATTTTGGTCTTGCTAGAACCTTTGGGGGAGATGAAGCTGGAGGGAAAACAAAAAGTGTAGCAGGAACTTATGGTTA TATTTCTCCAGAGTATGCCGCCCGTGGGCATTTCTCAGTGAAATCAGATGTCTTCAGTTACGGTGTTATTTTACTAGAGA TAGTTAGCGGAAAGAAAAACACAGGATATTTTGACCATCATGATCTTCACCTTCTTGGTCATGCATGGAGACTGTGGTGC GAACAAATGTTACTGGAGCTGATAGATGAATCTCTAGGCGACTCAATTGCTCTAGCTGAACAAGAAGTATTGAGATGTAT TCAGACTGGACTTCTATGTGTGCAAGACAGACCAGAGGATAGGCCAGACATGTCAGCTGTAGTTCTTATGCTGAATGGTG AGAAACCATTGCCAAGACCAAAGGAACCCGCCTTTTATCCGCGTCACCTAGGCTCTTCATTAGAACATAGTAAGCTACAT TCTAACAATGAGATTTCCATGTCATTGTTAAAACCGAGATAG
Protein sequence (LotjaGi3g1v0080400.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MESFIVLVLCSLLLHFIPSFYTLDIVAPGQSLKDDKTLVSAEGSFEAGFFNFGDPNSQYFGIWYKGLSPRTVAWIANRDS PVGNSSGVLNITDGGNLVILDATKGLVWSSNISTTAKKPVLQLLETGNLVVREESNPENLLWQSFDLPGDTFLPEMKIRS NIKIGNYTSLVCWKDTENPARGEYSYRIDTRGYPQVVITQGETLLFRVGSWNGKILTGIPSETLYKLFDFSFVITDEEVS YGYQQMNQSIISRYMLTSIGQVQRLVWSDQTKSWQLFFVGPADQCDNYALCGANSNCDVDNSPTCECLQGFIPKSQGDWN SQKWNDGCVRRVNLDCGLSDGFLKHTGMKLPDTSASWLNKSMNLEECEKFCLKNCSCTAYASLDVRDGGSGCLLWFNNIM DVRIMTSGGQDLYIRVADSELDHHTGLNKMQLAGVLAGCSVFVGAMIILGVALLWKKKLKKTGKSQILRWKSDPDNKEDE SIDIPIFELSTIAKATNNFSTNNKLGEGGFGPVYKGTWINGQDIAVKRLCDNSGQGPKEFINEVELIAHLQHRNLVKLLG CCIQNDERILIYEFMINRSLDYFIFDQTRKSSLLWAQRFQIICGIAKGVLYLHEDSRLRIIHRDLKASNILLDENLNPKI SDFGLARTFGGDEAGGKTKSVAGTYGYISPEYAARGHFSVKSDVFSYGVILLEIVSGKKNTGYFDHHDLHLLGHAWRLWC EQMLLELIDESLGDSIALAEQEVLRCIQTGLLCVQDRPEDRPDMSAVVLMLNGEKPLPRPKEPAFYPRHLGSSLEHSKLH SNNEISMSLLKPR
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 | 22 | 22 | - | – | |
| PIRSF | 1 | 813 | 813 | 8.6E-272 | ||
| SignalP_EUK | 1 | 22 | 22 | - | – | |
| Phobius | 1 | 3 | 3 | - | – | |
| Phobius | 4 | 14 | 11 | - | – | |
| TMHMM | 5 | 27 | 23 | - | – | |
| PANTHER | 15 | 425 | 411 | 3.8E-149 | – | |
| PANTHER | 15 | 425 | 411 | 3.8E-149 | – | |
| Phobius | 15 | 22 | 8 | - | – | |
| ProSiteProfiles | 23 | 144 | 122 | 19.525 | ||
| Phobius | 23 | 431 | 409 | - | – | |
| Gene3D | 24 | 146 | 123 | 4.2E-16 | ||
| SMART | 29 | 148 | 120 | 8.3E-40 | ||
| CDD | 30 | 148 | 119 | 4.31614E-35 | ||
| SUPERFAMILY | 58 | 212 | 155 | 4.32E-27 | ||
| Pfam | 71 | 174 | 104 | 5.1E-34 | ||
| Pfam | 206 | 315 | 110 | 2.7E-30 | ||
| CDD | 332 | 417 | 86 | 5.85586E-27 | – | |
| ProSiteProfiles | 336 | 417 | 82 | 11.035 | ||
| SMART | 337 | 416 | 80 | 1.0E-12 | ||
| Pfam | 337 | 402 | 66 | 4.0E-21 | ||
| Phobius | 432 | 455 | 24 | - | – | |
| TMHMM | 433 | 455 | 23 | - | – | |
| Phobius | 456 | 813 | 358 | - | – | |
| Gene3D | 473 | 574 | 102 | 8.0E-37 | – | |
| SUPERFAMILY | 481 | 771 | 291 | 1.75E-77 | ||
| SMART | 499 | 769 | 271 | 7.6E-27 | ||
| ProSiteProfiles | 499 | 785 | 287 | 36.739 | ||
| Pfam | 501 | 769 | 269 | 5.0E-48 | ||
| CDD | 505 | 773 | 269 | 9.37531E-98 | – | |
| Gene3D | 575 | 778 | 204 | 1.8E-55 | – | |
| ProSitePatterns | 620 | 632 | 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 LotjaGi3g1v0080400.2, 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…