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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0346900 |
| Transcript ID | LotjaGi2g1v0346900.2 |
| Related isoforms 3 | |
| 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|I1KE68|I1KE68_SOYBN Serine/threonine-protein kinase; Found in the gene: LotjaGi2g1v0346900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:82356313..82367452) extracted from Lotus japonicus Gifu genome v1.2.
TGATTTTTCTCCTCAAAACCGATCCAATCCAATCCGCGAACACCCCTTCCCACTAATATCAAATTGTGTAATGGTAGAAG CATTTGCAACAGAAGTGGGGATTGAACCTGAGATTTGATTCCCGCCAATTGCAAAAGTTTGGATATTGGGGAGGGTGTGG AACATGTTGGGAGGAAGAGAGCCATCAAATTCATTGACTGCAGCCGAGATCAAAGTAAGAGTTGAGAGGTTGTAAAGATA AGAAGGAAATGTACCTGACAATTTGTTCACACCCACAGATAACCATGTCAAGTTTTTGAGGCGGCATATTTCTTGTGGAA TATTTCCCTCTAAGTTATTATAAAATACTGAGAGAAACTTTAAGTGTGATAGATTCCCTATGAATGGTGGGACTCCACCA GTTAAATTGTTTTTTGCAATCTCCAATAGTTCAAGCTTATGGAGAGAGTCAGTTCCAATTGGTATTTTGGCAACCAGATT ATTTCCACCTAAGGCCAAGGTTTTGAGATCAAAACAGGTTGTTTTGGCAACCAGATTATTTCCACCTAAGGCCAAGGTTT TGAGATCAAAACAGGTTGTTAGGTTTGTAGGAATCTCTCCTACAAATGAGTTATTGGTGAGGCTCAGTACCTGCAACCGT AACAACTGACCCAGTTCCTGTGGGATATTTCCGTAGAAGCTATTGTCTTGAAGGTTGAGGTTTCCCATATAAGAGAGATT GCCTATATGGGGAGATATGGGTCCATGCAACCGATATCCTTGCAGGTTCAACTCTGTAACCCTTTGATTCATGGGGCTGC ATGTGACTCCATGCCACTTGCAGAAGTGACTAGTGAGTAGAACTGTTCCAAGATTCTAGGATTCCATATGGATCACTAGA TATTTCTTCCTTGAATTTGAGCAATGACAGGTGGTCTGTTTGGTTCCCGGAAGTAGAAGCAGTTGTTTTTGAGCCAAGTT GAAAAGTAAACAGAAGGTATAACCAAAATGAAGATGCACGAAACATGAGAGGAAAAAACTTCATTTGGTTGAGGAAATAG GATACTGGAATTTGAGTGGGTATCTTCTGTTACATATATTAGCTCTAGCCTCTGTGTATGTATTTTATATATTTCCTTTG ATGGCTGAGTGAATAGTAACAAAGAAAATATTTCTGTTTGCCTCGAATTGTGATTTTCGGACTGTACATATATTTATATC ATTTTTCTGCTTTTATTATATCATAATGTTATTAATATACTCATATCATAAGCTTTTGCAATTAATTATCAGAATGTATA TAACTTTTGGAGGCTGAGCATTGATCATTTGAAGCCTTACCCCAATGGATAAGCTTATCAGTATATGTCATTGCATTCAT TTTCTTTGGAATCAATCCTTGCACGTAAGTTCCTTCTATCGCATGAGTTTTTCTTCACTGAAAGGGACCGCATAGAAATT TGAGTGAGATAGTCCATGTCATTGAAATATTGCTCTGAACATACTACGTCCTAAAATTTCATCCTAACTTCAAGTCAGAA ATGATGAACGTTTAAGTCATGGTCCTTCACCACACTACTTGACTTTAGAATATTATATTATTGATTGTTTGTTGCGTGTC AAATTTTCCATGGCCAACTCTAAAAAATTACAATTTCGTTTATTGTCTGTTGCTTGTCAAATTTCTTCATCGCTGAGTCC TACACTTAATTTTGGAATTTTATAATGCTGTCAGTTTTAAGATTAAGCAATATCGTTTGATCACAACACTAAGGAAAATT GGAAAAATCGTCTTAGCATTAAATTGAGAAGTTTCACATAAGTTTGATCTAAGAATGATTTCATCACTTGGAGAAAAATT TGTTCGGCAACAATTATAGCTATACCCATTACCTAGCATGAAAAATGATTTGTAGACATCTGAATAAATATCTACCGGAC ACTAAAGTGAGATAGGAAGAGAAGTAATTAATGCGATATATCTAAAAAGATAATAGATAGAGAGAAATGTAGAGTGTTTT TTAGATGTCTACACTATTTGTATGCTCAACTATCATTATTGACAATAAATATTTTAAAAATATTTTATCCAAGACTACCT CAATTGCTAGCAGTTAGCTAGCCAGGTACAAGTGTACCCAGCAATGCTTAAGGTTTATGCGCAAAAAAAATAAGATGTCA TTTATTGATAAAAAGTTTTGATTGGAAAACTCGAGTATCATTTATTTTTCTACATATTTTCATAATTAACCCACATTAAT ACTCACTCATTAGTAGACACAGAAGAAAAGTGATCCATCTAGACAAAATTTGATAGGCAAGACAATTTACTAAATGAGGA TATAAATAAAAGAAATAGATAATATGTATTGAAATTTTAAAATAAGAAATGCTGTAGTTGTTTAATCTCCTCCTCATAGA GTCATAAGCCTCTTCATTCACTCCCCTCAGAAACTCAACTCATAAGTCATAATAGTCTTCTTCCTACTACAATGGAATGG GGTGCTGCCACAAGAGTTTGTTGTTGCTCCCTCTATTGCGTGCTCTTTCACTTCCTCTGTATTGCATAATAAAAAAACCT GCAATCACCAAAGCTTCTTTTTCTGACAAAATAATGGTATTACTACTGCATAACATGTTAGTGTGGTTCTTATCATTCTC CCAGCTGACAAGAACTTCCTCTTCACTAGACTCTTTAGAAGTGAATCATTCTATCCGAGACGGTCAAAGTTTAGTTTCAG CAAGTGGAAATATTGAAGCCGGTTTCTTCAGCCCCGGGAATTCAACGCGTAAATACTTGGGTGTGTGGTACAGGAACGTG TCTCCTTTAACAGTGGTATGGGTGGCCAACCGAGAAAAACCTCTGCAGAACAACTCTGGAGTTTTAAAACTCAATCAAAA CGGGATTCTTCTGCTTCTCGACGGCGCAAACAACAGTACTCTCTGGTCATCCAATATATCAGCAGCAGGGAATAATAACC CAGTAGTGGCCGCTCAGCTACTGGATTCAGGAAATTTGGTAGTGAAAAATGCCAACAACGACAGCTTTCTGTGGCAGAGT TTTGATTATCCCTGTGACACTTTGATGCCGGGAATGAAGCTTGGATGGAACTTAGAAACTGGTCTAGAGAGATTTCTGTC ATCTTGGAAAAGCACGGATGACCCTGCCAAGGGAGAATACACAATGAGAATTGACCATAGAGGATATCCACAAGTGTTTG CATTCAAGGGGTCTGATATAATTTCTAGAACAGACCAGTGGAACGGCGAGTCTCTTCGTGGATATCCTGCTCCAGATCCA AAATACAATCAAACATTTGTGTTCAACGAAAAAGAGGTGTATTATGAGTTCGAGTTTCTTGAAAGTTCGGCTGCCAGCTT GTATAGACTCTTCCCTTCAGGTGATGGGGAGGTTATATCTTGGACAATTGGATCAGGTAACAGCCGGCAAGTCGTCACAA AAGCGGGCTTAGATGAATGCGACAAATACGCCTATTGCGGTGCAAATTCTATATGCAGTGCTAACGGTTACGTTGCAACT TGTGAATGCTTGAAAGGATATGCTCCCAAGTCTCCTCAACAGTGGAGTTTACAGAATTGGACTGACGGCTGTGTTCCCAG GAATAAAACTATTTGCAAAAACAGTTACACGGATGGTTTCTGGACTTATACGTATTCGAAATTGCCAGACACGTCTTCGT CTTGGTTCAATAAGACCATGAACCTTGAGGAATGTAAGGTGTTGTGTCTCAGAAACTGTTCCTGTGTAGCATATGCAAAC TTATATGTTACTAACGGGGGAACTGGGTGTCTACTTTGGTTTCATAATATGGTTGACGTCAGGAAATACTCTCAACGGGG ACAAGATCTTTATGTTAGAGTCCCACCTTCAGAACTAGGTACTCGCTCAACTTCTTTTTGGTTTCTATCGTATTATTGCA TTATTCTCAAAGAAGTGGGTGGAATAGATACAAGAACATCCAAGTTTGCGTTGAACAAACATTGTGTTGTTACATGGCAA TGTATGACATATGAAATGAAATTATTACTGATGCATGTTAATTGTTATATGTCATTTATTTTCCTAGTTAACTACACTGC CTTACCTCACCTCTGGTCAATAGTATTACCAGAATCTGTTCCTGATGAGAGTCCTGCTAGCTTAACTACTTCTCTAACAG TTTCTGTTTAGTTTGTGAGCGTTGCTATTTAACATGACACTCACGACCACGATCCATCATTTGTACCTTCCTTGTTTTAA ACAAATTACATATTAATGAATAAATAAAAAATCATTTTGGGATGCACTACTTGTCGTGTTGGCTCCTGCGTCAACAAGGA CATGCCTTGTAGCATTATTCTTGGTTTGTTTAGTTTGTTTGAGTCGGTTACTAACTGAATAAGGGTTCTGCTAGGATAGA TTATTTATATTGCATTATTGTATCATTCCTACACCATCAGCGGTTAGAAAACCCACATTGGTTAGAGATATGACCATTCA AGTGTTTATAAAAGGTAGAGCAACCCTTAACTCTTGAGCTAGATTTTCGGTGAGTTAGGTCTCCCTAATTCTAATATCAG CTCATCTATAAATAACTTATGAGAGTTCATTGTAATACATAAATTCAGCTGAGTAAAATTCACAGTTTCTAATCAATTTT TTTTAATCTTAGTAGATTGTTAAATAAAACTTTGTTCAAAAAGTTGGAGACTAAACGTGCTCTATATCTTTCAGATCAAG TTGCAGCGGATGACAATGGAAACACCAAGAAGAAGATAGCGGGAATCACAGTTGGTGTGATTATTTTTGGATTCATGACA TGTTTATCCATATTGATAATTAAAAATCCAGGTAAATTCATATTATAATTTACTGTCTTACATTGACAAAAGAAATGAGC ATGTTCTGTGTCAATGGTGTTTATGTCTTCCAATCAATGGTTGTGACATGGTGTTTATATCTTCTAATTACTAACCAGGG GCTGCAAGAAATATTTACAACAAGCATTGCAAAAATAAACCGAGAAAGGAAGATGTTGATTTGCCAATATTCAATTTGTC AGCCTTAGCTCATGCCACTGACAACTTTTCAAGTAGTAATAAACTTGGAGAAGGTGGCTTTGGACCAGTATATAAGGTGA TAAACAATTGATAGATGACTTCTCCTTTCATTAAAAACTTTTTAACAAATATCATTATTTTTCAGGGCATATTGATAGAT GGACAAGAGATAGCAGTGAAGAGACTTTCAAAAAAGTCTGGACAAGGGTTGGAAGAGTTTAAAACTGAAGTAGCGTTGAT TGCTAAACTTCAACACCGTAATCTCGTAAAGCTTCTCGGTTGTTGCATTAAAGGAGAAGAAAAGATGTTGATCTATGAAT ACATGCCCAATAAAAGCTTGGACTACTTTGTTTTTGGTTGGAGTCTTTTCATTTTATTCTTCTTATTTCATATGGAGACT ACAAGTGTTGTTCTGAATGTGTTTAATTGACAGATGAAACCAAAAAGATGTCATTGGATTGGATTAAGCGTTTCAACATT ATTGGAGGCATTGCTCGAGGACTTCTTTATCTTCATCAAGACTCTAGGCTGAGGATTATTCATAGAGATTTGAAAACTAG CAATATATTGCTAGATGCCAATTTCAATTCGAAAATATCTGACTTTGGGTTGGCTCGATTATTTTTGGGAGACCAAATTG AAGCTAACACAAATAGGGTCGCTGGAACATAGTAAGTTAGTCCCTACATCATTAAGGTTATTTATTTGATATTGCATTTT CAAGTAATACTTATTTTACTTTCAAAATAATATATTCAGTGGGTACATGCCTCCCGAGTATGCTGTGCGTGGACATTTTT CAGTGAAATCAGATGTCTTTAGTTACGGTGTGATCGTACTGGAGATTGTAAGCGGGAAAAAGAACAGGGAATTTTCAGAC CCAAAACATGACCATAATCTTCTTGGATATGTAAGCATACTCACCTTGCTAATCATATTCTATTATTCTTACTTGAATTG TTTCCTATTACTAATTTGACTCTTACCTTGTTAGGCGTGGAAATTATGGAGTGAAGAGAGAGCGCTAGAACTATTGGATG AAGTGTTAAGGGAGCAATGCACACCCTTCGAAGTCATACGATGCATACAAGTAGGCCTGTTGTGCGTGCAACAAAGGCCG GAAGATAGACCAGACATGTCATATGTGGTTCTGATGCTAAATGGTGAGAAATTATTGCCACAACCCAAAGTTCCTGGTTT TTATACTGAAAGGGATGTTAGACTCAAATCACATTCGTGGTCAGAAAATCATAAACTGTGCTCAGCTAATGAAGTAACCA TCACAGAGTTAGATGCGAGATAGAATATGGCAGGGGGACAAGAAAATGAAAAGACTTCACCTTCCAATGTAGGATAAATA GGTTATTCGAGGATACCAATCAATGAAATAGCTGTTGCTTTTTCTATTATGAACTCCTGTTTTATCTATTTAGTGTATCT TAACACGTGTATAAAATAAACAAAAAATTATGTGAAGGTAATTTTGCTTTTTGCAATAGAATATGACAGTTAAATTGCTT TGGTTTGGTAATCTGATGTTTCAAGGATGTTGTTGTTTCAGAATTTAAAAAATAATTAATTTTATATTTAACAAATCTAT CAACAAAATATCCCATCAATTACACACCCTGCAAGATGAGGCAGATTCATTGACTTCAATTTGTCTTTGAGGAAATTGTG CCGCGATGATGAAAGATGGTTGGCCAAGAGATTAGCCAATTGGTGACTAGTGGGCCGATTTTTGAATGTAGTACAGGTGA TCGGAGGTGGATGACGGGTGGCCGGAGGTGGTGGCACATGTGGTGGGAGGTCCACGAAATATCATTCTGAGTACTTGGAC TGGTTAAAATATCGATTTGGTGTGATTTCATCCTAGTTTTGTAGTGGGTTCTGCCAATTCACATTGAAAGCTATCTATTG TTGTTGGCAATGGCATACACAGATGATGATATTGCTTATGTGTTCTGCAAATTCTAGAAGTTAAAGGGAGTTTATGCAGC TGATGGGAGTTAAAGGTTGATTCTTGCACATCCGTAATTCTGTGCTTCACCCAAGTCCACAGGTACTTAATTTTAAGATA TGAAGATCCTTGTTTGAGAGTTTTGTATTTAAGATATGTAGATTCTTTATGTGCTTTATTCTTATTCTTTTTTTGATATA AGACAATTTGTATTTCCTTGTGTTGACTTGCACATTGAGCACTTCAAGAGTGAGTGCGTGAATTTATAAGGGTACATTTT AAATCCAAAACATGGTCTTTCCATGCATTTATAAACTTGGTCTAATTAAGATGTTGGCGACAACATTTAGTCCCCGGAGT TTGTGGCTCTGTTCATTTGTTCTGTGATAGGGAACCTTGCTATTTTAATTTCTAACATCTTCATGAGAAATTTAGTGTAT TCCATTAGTAGCAGAAAACGGAAGTGTTTTTTGACAAATATATTTTTGCATCTAAATATATGAATTAGATATAATGTATG AAAAGTACTATAAATCCATCACTTAGATATAGTGTTAAATTCATTAACTATTGATAGATGTTACATAAAAGATGGACTCA TAAGTGCAAACAGCCAGAACTGGAGGAAATTTATTGAACAAATCCACACTAAAGGTTGAACTCAAATTGCAGTGCATTAT GCTGCATAGACACGAGCAGGAACACCTGAAAATTGGAGAAAGAATAAGCCTATTACTTTCGTAGCACAGGGAAAAAATTG AAATACATACCAAGATTGAGGCAGAAAAAAAAATATTAAATACATATGAAATTTACTGGAAGGAAAAACTATGCAATTAA GCATTTAAAATTCTAAAATGATCTCACCCACAAGAAATAGCTTTTTGATAATGTTTAGCTCTCTAATGACATCCACTATT TTCATCCTTTCTCTTGGTGATTCCATTGAACAAGTAAGTCCAATCCTAAAAAGTGATATTAAGCACTTCTCAGAATTTGG AGTAAGGTTCCCTCTGTTTTCTCCTTCTATTGCTTCTTCAACTCTTGATACAAGATGTGGGTCTAAAATCTGTAAAAGAT TATCAGAAAGTGAAATTGCCACAAACTTATGCAGATTTTGGCCGCCTTCAAACAATTCATCTGTAGGTCTTCTTCCAGTA AGCATTTCCAATACAAGGATCCCGAAGCTATATATGTCGCCACATGTGGACACTTCAGAACCCACTCCATACTCTAAAAT ATATAACAAAAACTGTAAATCTCTATAATAAATAAATCATCAAGTTACCACCAAAAGATAAGAGAATTTGAAAAACAATT AATCAAGAGTTTAGAAAATACCTGGAGCAGCATAGCTAAGAGTTCCTTTTATTCCGATCGTACTACTTTGCTGTTGAGAT GTACCATCAATGGTTGAGACAAGTCTTGCTATGCCAAAATACTCACATGAGCGATCATGTCTTCATCAAGAAGGACATTG CTTGGCTTTATATCACAATGAAGGACCACTTGCTCACATTCTTGATGCAGATAATGTAATGCAGAAGCAACATCAACAAT GATACTTAATCTTTGTTCAAGGTCAAGTGGTTCACGAAGCTCTTCACTTCCATTCCCTGGATGCAGCCATTGTTCTAAGC TTCCATTTTTCATATACTCAAAAGCTAAAGCTTTAAAATCTTGACCTCTGTTGTCTGTGCTGGAACAGCATGTTAAGATC TTAACCAGATTCCGATGTCTAATATTTTTGAGTGCATTACATTCAACAATGAAACTCTTGTGAGCTCCCTTCTTTTGAAG GTTCAAGACCTTTATGGCAACATCTTTATCTCCTGACACAATATTTCCTTTGTACACAGAACCAAAACTTCCTGATCCAA TCAAGTTTCCAGCTGAGAATCCATCGGTTCTATGATGTAGGTCATGGTATGAAATCTTTGCCAACTGGTCAATTGTTGGT GAATCAGAAGACTGTTTCTTGTTTCTTTTCCTCATCCAGTTGATGGTTAAAATAAATGACAGAATGAGAAGAAAAGCAAC CCTAGTACTTACTACCACTGCTATAAACTTGAAATTATGGTGTTTTGGAGGTTTCATACCTTTGACAGGACATGGCAGTA AATGCAGCTCTAAAATACCTCCACAAAGATTTTTGTTTCCAGTCACGGCTAATGCACTTGCATTTTGAAAGACACCTTTT GTTGGCACTTCTCCCTCCAACATGTTGAATGAAATTACATTTAAGTATTCCAAAAATGAAACATTCTGCATGTCCTTAGG AATTGATCCAGACAAATGATTTCGTGAAAGATCTAAACGTCGAAGACCTTTGAGGGAAGCCAAAGGGGATGGTATGATTC CATGGAAGGAATTCCCTTGTAAAAAAAGGAACTCCAAGCTCACGCATTCTCCAACAGTTCCAGGAATATCACCTGACAGT TGATTCTCAGAGAAATCAAGCCACTCAATATTTTTTAGTCTTCCCACTTCTACCGGCAAAATGCCATTGAGAGAGTTGTG TGACAAGTCCAGTAAGTTTGTTAATGAGGAAATACTGAAGACCTCAACAGGTATGTTTCCTTTAAGGTTGTTTTGTGAAA TGCTTAGGTATTGTAACTTTTGACAGTTGCGTATACTTGGAGGAATATTTCCTTCTAACTTATTTTGTCCTAATCCCAAA TCAAACAATTGAGTGATATTTCCAATGGAGGCCGGTATTTCTCCTGACAGCTTGTTTTTACTCAAGTCTAATACTTGCAT ATTCTGAAACTTCCCAAAAGCAATAGGTATAGCCACTTCAAAGTAGTTAGATTGCATGACCAAAAGATTTAGGTTAATTA GATTTCCTAATTCAACAGGAATTTTTCCTGTTATGTGATTATACCCAAGATACAGTAAACTGATTTGATTGGATAAATTT CCCACAGAATTTGGCAAAGGGCCTCCAAAATTGTTATCTAATATAGAGATCCCAAATAACTTACTACAATTTGTCAATGA GTTTAAGAAATCCAAATTGTTAGTTGAATTGCCACCTAGATTGTTGTGTTCCAAATTTAACCTCCAAAGATTTTGCAGCT TCCCTAGACTTGGAACTTGCCCGATGAAATTGTTTTGACTGATATCAAGATGTGCAAGGGTAGAAGCATTTGCAACAGAA GTGGGGATTGGACCTGAGATTTGATTCTTGCCAATTGTAAGAATTTTGAGATTAGGGAGGGTGTGGAACATGTTGGGTGG AAGTGAGCCATCAAATTCATTGCCTGCTGCTGAGAACAAAATAAGAGATGACATGTTGTAAAGACAAGAAGGAAATGTAC CAGACAATTTGTTGGCACCCACTTGTAGAAATGTCAGATTTTTTAGGCAGCATATTTCTTGTGGAATATTTCCCTCCAAC TCATTAAGATTCATCGAGAGAAATGTTAAGGATGAAAGATTCCCTATGAATGGAAAAAATCCACCGGTTAACTTATTTTT CGCAACCTCCAATGCTTGAAGTTTCTGAAGAGAGCCAATTTCCATCGGTAGCTTGCCAATCAAATTATTTCCACCTAAGT TTAAGGATTTGAGACCAAAGCAACTTGTTAAGTTTTTCGGAATCTCCCCTTCTAAGGAGTTATTGGTGAGGGTGAGTCCT TGCAACTGTGACAACCGGCCCAATTCTTGTGGGATATCTCCATGGAAGCTGTTGTTTCCGAGGTCGATGTTCCTCAGAAA AGAGAGATTGCCAACATGAGGAGACAAGGATCCGTGCAACTGATATCCTCTTAGCTTCAACTCTGTAACCCTTTGATTCG CGGGGCTGCATGTGATTCCATGCCACTTGCAGAAGTGGGTAGAACTATTCCAAGATTCTAGCATTCCATATGGATCACTG GATATTGATTCTTTGAATTTGAGCAATGCCAAATGATCTGTTTGGTTTCTTGAAGTAGAAGCAGTTACGTTTGAGCAAAG GTTGAAAGTAAAGAGAAGGCTGCATAGCCAAAATGAAGATGCAGAAAACAAGAGAGAAAAAGGCTTCATTTTGTTAAGGA AATATATAGGATACTTGAATTTGAGTGAGTATGTTTAATTAGTTACATATATAAATAGATAGCTCTATATACGTATATAT GTTGGGGTTTGATGGTTGAG
CDS sequence (LotjaGi2g1v0346900.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGATAAGCTTATCAGTATATGTCATTGCATTCATTTTCTTTGGAATCAATCCTTGCACCTGACAAGAACTTCCTCTTC ACTAGACTCTTTAGAAGTGAATCATTCTATCCGAGACGGTCAAAGTTTAGTTTCAGCAAGTGGAAATATTGAAGCCGGTT TCTTCAGCCCCGGGAATTCAACGCGTAAATACTTGGGTGTGTGGTACAGGAACGTGTCTCCTTTAACAGTGGTATGGGTG GCCAACCGAGAAAAACCTCTGCAGAACAACTCTGGAGTTTTAAAACTCAATCAAAACGGGATTCTTCTGCTTCTCGACGG CGCAAACAACAGTACTCTCTGGTCATCCAATATATCAGCAGCAGGGAATAATAACCCAGTAGTGGCCGCTCAGCTACTGG ATTCAGGAAATTTGGTAGTGAAAAATGCCAACAACGACAGCTTTCTGTGGCAGAGTTTTGATTATCCCTGTGACACTTTG ATGCCGGGAATGAAGCTTGGATGGAACTTAGAAACTGGTCTAGAGAGATTTCTGTCATCTTGGAAAAGCACGGATGACCC TGCCAAGGGAGAATACACAATGAGAATTGACCATAGAGGATATCCACAAGTGTTTGCATTCAAGGGGTCTGATATAATTT CTAGAACAGACCAGTGGAACGGCGAGTCTCTTCGTGGATATCCTGCTCCAGATCCAAAATACAATCAAACATTTGTGTTC AACGAAAAAGAGGTGTATTATGAGTTCGAGTTTCTTGAAAGTTCGGCTGCCAGCTTGTATAGACTCTTCCCTTCAGGTGA TGGGGAGGTTATATCTTGGACAATTGGATCAGGTAACAGCCGGCAAGTCGTCACAAAAGCGGGCTTAGATGAATGCGACA AATACGCCTATTGCGGTGCAAATTCTATATGCAGTGCTAACGGTTACGTTGCAACTTGTGAATGCTTGAAAGGATATGCT CCCAAGTCTCCTCAACAGTGGAGTTTACAGAATTGGACTGACGGCTGTGTTCCCAGGAATAAAACTATTTGCAAAAACAG TTACACGGATGGTTTCTGGACTTATACGTATTCGAAATTGCCAGACACGTCTTCGTCTTGGTTCAATAAGACCATGAACC TTGAGGAATGTAAGGTGTTGTGTCTCAGAAACTGTTCCTGTGTAGCATATGCAAACTTATATGTTACTAACGGGGGAACT GGGTGTCTACTTTGGTTTCATAATATGGTTGACGTCAGGAAATACTCTCAACGGGGACAAGATCTTTATGTTAGAGTCCC ACCTTCAGAACTAGATCAAGTTGCAGCGGATGACAATGGAAACACCAAGAAGAAGATAGCGGGAATCACAGTTGGTGTGA TTATTTTTGGATTCATGACATGTTTATCCATATTGATAATTAAAAATCCAGGGGCTGCAAGAAATATTTACAACAAGCAT TGCAAAAATAAACCGAGAAAGGAAGATGTTGATTTGCCAATATTCAATTTGTCAGCCTTAGCTCATGCCACTGACAACTT TTCAAGTAGTAATAAACTTGGAGAAGGTGGCTTTGGACCAGTATATAAGGGCATATTGATAGATGGACAAGAGATAGCAG TGAAGAGACTTTCAAAAAAGTCTGGACAAGGGTTGGAAGAGTTTAAAACTGAAGTAGCGTTGATTGCTAAACTTCAACAC CGTAATCTCGTAAAGCTTCTCGGTTGTTGCATTAAAGGAGAAGAAAAGATGTTGATCTATGAATACATGCCCAATAAAAG CTTGGACTACTTTGTTTTTGATGAAACCAAAAAGATGTCATTGGATTGGATTAAGCGTTTCAACATTATTGGAGGCATTG CTCGAGGACTTCTTTATCTTCATCAAGACTCTAGGCTGAGGATTATTCATAGAGATTTGAAAACTAGCAATATATTGCTA GATGCCAATTTCAATTCGAAAATATCTGACTTTGGGTTGGCTCGATTATTTTTGGGAGACCAAATTGAAGCTAACACAAA TAGGGTCGCTGGAACATATGGGTACATGCCTCCCGAGTATGCTGTGCGTGGACATTTTTCAGTGAAATCAGATGTCTTTA GTTACGGTGTGATCGTACTGGAGATTGTAAGCGGGAAAAAGAACAGGGAATTTTCAGACCCAAAACATGACCATAATCTT CTTGGATATGCGTGGAAATTATGGAGTGAAGAGAGAGCGCTAGAACTATTGGATGAAGTGTTAAGGGAGCAATGCACACC CTTCGAAGTCATACGATGCATACAAGTAGGCCTGTTGTGCGTGCAACAAAGGCCGGAAGATAGACCAGACATGTCATATG TGGTTCTGATGCTAAATGGTGAGAAATTATTGCCACAACCCAAAGTTCCTGGTTTTTATACTGAAAGGGATGTTAGACTC AAATCACATTCGTGGTCAGAAAATCATAAACTGTGCTCAGCTAATGAAGTAACCATCACAGAGTTAGATGCGAGATAG
Protein sequence (LotjaGi2g1v0346900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDKLISICHCIHFLWNQSLHLTRTSSSLDSLEVNHSIRDGQSLVSASGNIEAGFFSPGNSTRKYLGVWYRNVSPLTVVWV ANREKPLQNNSGVLKLNQNGILLLLDGANNSTLWSSNISAAGNNNPVVAAQLLDSGNLVVKNANNDSFLWQSFDYPCDTL MPGMKLGWNLETGLERFLSSWKSTDDPAKGEYTMRIDHRGYPQVFAFKGSDIISRTDQWNGESLRGYPAPDPKYNQTFVF NEKEVYYEFEFLESSAASLYRLFPSGDGEVISWTIGSGNSRQVVTKAGLDECDKYAYCGANSICSANGYVATCECLKGYA PKSPQQWSLQNWTDGCVPRNKTICKNSYTDGFWTYTYSKLPDTSSSWFNKTMNLEECKVLCLRNCSCVAYANLYVTNGGT GCLLWFHNMVDVRKYSQRGQDLYVRVPPSELDQVAADDNGNTKKKIAGITVGVIIFGFMTCLSILIIKNPGAARNIYNKH CKNKPRKEDVDLPIFNLSALAHATDNFSSSNKLGEGGFGPVYKGILIDGQEIAVKRLSKKSGQGLEEFKTEVALIAKLQH RNLVKLLGCCIKGEEKMLIYEYMPNKSLDYFVFDETKKMSLDWIKRFNIIGGIARGLLYLHQDSRLRIIHRDLKTSNILL DANFNSKISDFGLARLFLGDQIEANTNRVAGTYGYMPPEYAVRGHFSVKSDVFSYGVIVLEIVSGKKNREFSDPKHDHNL LGYAWKLWSEERALELLDEVLREQCTPFEVIRCIQVGLLCVQQRPEDRPDMSYVVLMLNGEKLLPQPKVPGFYTERDVRL KSHSWSENHKLCSANEVTITELDAR
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 | 445 | 445 | - | – | |
| PIRSF | 2 | 825 | 824 | 4.6E-275 | ||
| PANTHER | 10 | 443 | 434 | 5.9E-142 | – | |
| PANTHER | 10 | 443 | 434 | 5.9E-142 | – | |
| Gene3D | 28 | 154 | 127 | 5.8E-17 | ||
| ProSiteProfiles | 28 | 153 | 126 | 19.806 | ||
| CDD | 34 | 156 | 123 | 7.72912E-34 | ||
| SMART | 34 | 156 | 123 | 3.3E-38 | ||
| Pfam | 76 | 182 | 107 | 6.4E-38 | ||
| SUPERFAMILY | 77 | 187 | 111 | 2.49E-28 | ||
| Pfam | 215 | 323 | 109 | 1.4E-13 | ||
| ProSiteProfiles | 288 | 325 | 38 | 10.192 | ||
| ProSiteProfiles | 344 | 427 | 84 | 9.812 | ||
| Pfam | 344 | 412 | 69 | 2.0E-18 | ||
| CDD | 345 | 427 | 83 | 2.71532E-25 | – | |
| SMART | 347 | 426 | 80 | 2.1E-8 | ||
| TMHMM | 388 | 410 | 23 | - | – | |
| TMHMM | 445 | 467 | 23 | - | – | |
| Phobius | 446 | 467 | 22 | - | – | |
| Phobius | 468 | 825 | 358 | - | – | |
| Gene3D | 480 | 582 | 103 | 2.5E-38 | – | |
| SUPERFAMILY | 491 | 795 | 305 | 2.43E-81 | ||
| ProSiteProfiles | 507 | 784 | 278 | 37.177 | ||
| SMART | 507 | 754 | 248 | 3.0E-27 | ||
| Pfam | 510 | 776 | 267 | 1.5E-47 | ||
| CDD | 513 | 780 | 268 | 1.1592E-92 | – | |
| Gene3D | 583 | 786 | 204 | 3.6E-57 | – | |
| ProSitePatterns | 628 | 640 | 13 | - | ||
| Pfam | 784 | 825 | 42 | 3.4E-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 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 LotjaGi2g1v0346900.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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