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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0297500 |
| Transcript ID | LotjaGi4g1v0297500.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Non-specific serine/threonine protein kinase; TAIR: AT5G57630.1 CBL-interacting protein kinase 21; Swiss-Prot: sp|Q94CG0|CIPKL_ARATH CBL-interacting serine/threonine-protein kinase 21; TrEMBL-Plants: tr|G7JD36|G7JD36_MEDTR Non-specific serine/threonine protein kinase; Found in the gene: LotjaGi4g1v0297500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:67153234..67167475) extracted from Lotus japonicus Gifu genome v1.2.
ATCATATTATATCATAATCACATCAATTATTTTTCTGTCTTTACTTCCTTCCCCTCTCTTTTTATTTGAGGTGCACACAC CTTATGTAATAATGTTCACATGTCTCAAGACATATTTGAGGGAAAAAAAGGAAAAAAGCATTCCTCTTGAATAAAGTGGA TTCAGAGTTAAAGCAAGGTTGACATAGCATACAGCTCCAAGGCCAGAGATCAAAGGGAGTAACAACTTTTTGTGAAGAAG TCAAGAAGAAGTGCTAAAAACTTGACAGTGGAGAGTAATGGGTTCTGAAAAAAGAATTGGGAAGTATAGTCTTGGCAAGA CAATAGGAGAAGGCACATTCTCTAAGGTCAAGCTTGGAGTCAGTGGCAAAAATGGGGAGAAGGTTGCCATCAAGGTCATT GATAAGCACATGGTCATGGAAAGCAATCTTAAGAACCAGGCAAACCTCATCACTACCCTCCTTTTTCTCTTCAGCAAATT ATTATTCACTTATGTTGAACAATGAAAAGAACTTGACATATTTCAGGTCAAAAGAGAGATTAGAACAATGAAACTTCTGC ATCATCCCAATATTGTCAGAATTCATGAGGTAGACTTACTTTCTAGTGTGTAGCTTGAAGATTCATAATTCCCTTCTCCA TAGTCCATACGGCCATACCTGTATTTCCAATGAACTTCTTGAAACAGGTTATTGGCACAAAGACAAAGATATACATTGTG ATGGAATATGTAACAGGAGGAAGGCTATTGGACAAGATGGTGAGAATCATTAACAATCTCTCCACATTGAAGTATGCTGA ACTTATAATTATAATCGCTCTGGTATTTTTGTGCAGTCCTATGCCAAGAAATTGGATGAATGTGAGGCTAGAAAACTATT CCAGCAACTTATTGATGCTGTTGACTACTGCCATAACAAAGGAGTTTATCACCGAGATCTCAAGGTAAGTTAAACCAACA TGTTCAGTGTGTGTCTAGATACTGGTTGAGTACACACTGTGAACGGGCTTTCATCTGAAACCATAGAAAGAGTCCCGTTC ACCTTTTGTTTCGAAGTGAATGCTAACGGCATTCACACTGATACCAACGGGTGTCCAGTCGTGTTTGAAATGGAGTTCTG AAACCTGACTTGAATCTTGGCATGGCATAACAGCCAGAAAACTTGCTCCTTGACAGCAAGGGAAATCTCAAAGTGTCTGA TTTTGGACTAAGTGCACTGAAAAAGGTAACTTACTAACATGGCTCTTTAAATGTTATCATATAGGTCTATTTGATTGATT GTCAAATTTTGATACATTTGGCAGCCTAGCAATGTCTTAAACACACGGTGCGGATCCCCATGCTATGTGGCACCTGAGGT AAGTAAAGGCTGTTGTAAAAATAGGGAGAAAGTAGAAAGTAAATTCAATTATAGCCTAAGACTTGTGAAATCACACTGCC TTTAAGGATTTAATAGGCTCTTCCAGAAATTAACAGGGTATCAAAACTTGAACATAGCATCTAATGGATCTGGACTCTGG TTTATCAAAAACTTTTGAAATACACACAAAATATGCAACAAAAAGTTTCTTTAACATAGCATCTAATGTATCTGGATTAT CAGGTCAATTTCCAAGATCATAAAAAATAGCGTGGGGGAAAAGAGAGACAATGACTGAAATTTTGGCTTATCTGTATTAC TGATTCTATGACCCCTATAATTCCTCATGTGAAGCTGCTCTTGAGCAAGGGTTACGATGGAGCAGCTGCTGATGTTTGGT CATGTGGAGTGGTTCTTTTTGAATTACTTGCTGGTTTTCTACCATTTGATGACCAGAACTTGATGAACTTATATCATAAG GTATAAACAATATACTATATGATATAATCATGATAATAAAAAAAGACACAACTAGTACCTGGTTGACATAACTCACATTT TCTGATAAAGATATGCAGAGCAAAATACCTATGTCCACAATGGTTCACTCGAAGTCAAAAGGAACTAATTGCCAAGATAC TTGAACCAAGTCCTGCAAAGGTAGAAACTCAAGAACTCCTACACTGTGCTTAAAATTTAAAGTATGAAAGTGATGGATCC TTGATCCAATCGAGGAGGGCACAGAAAGAAAGGACAAAAGATTAAAAACAAACTTTTCTTGAGAATATTCTGATGATTTC ATTCAATAGGAATAAAGCTTAAATAGGCACTGTGCACTACAGCTGTTCACAACGGTGGTAGAACCTTCTAGGTTCTTTGG AGATAATGATAAAAAACTTAAACAAGAAAATACATAAAATGCTAAAGATGCTTCAACAATGAACTTGGGCCTAAAGGACG TAGTCCTTCAACTTCACGGGCTGGCTGGTAATTCTTTTGGGCCTATCATTACTCTCCCCTTGGACTTTAGACTTGTCCTC AAGTCTAGTGTTGTTGCTTAACAGTGGATCCTTGACTGAGGCAGAAAGGTCCTCCTCGGTTTCCATGTTCAACGGCTCCG AATTTGGGAAAGCTTGAGTGGACGATGGATCAGCAAGAGGGGCCCGCTCATTGGGTGACGTGTTGCCCCTTTGTTCTGCT TCAATACCTTCGTCAACGTCATTCAAGGTTGGTTCCTTGTTGAAGTCCTCTTCTTCTATCTCCATTACTTCTTCAGAGAG TGGTGAGACTTCTGGGTCTGGTGCAGCAAGCAGATCCTCATGGAGGTTGTGAGCAACCTCTGGGGGTTTGAAGGAGGCCG CCGGTGTGGTTCCCAGCAAATCTGTGTCCAGAGGTGGCAAGGGCACGAAAGAGGTTTCAGGGTCTCCTTTGAAAGGCTTG AGCAGCGAGACGTGGAACACCGGGTGGAGCTTGGCCGTGACTGGAAGGCTCAACTCGTAAGCTACGGTACCAATTCGACG GTTGATTTGAAAGGGGCCGAAATACCGATTGGAAAGTTTATGGAATGCTCGCCGGGAAAGAGATTGCTGGCGATATGGTT GCAGGCGGAGCCATACCCAATCCCCTGCAACATAATTCACCTCACGGCGGTGCTTATCCCCTTGCTCCTTCATACGCTGC TGTGCGCGAGCTAAGTTTGCCTTCAGGGTCTGGACAATGGTGTTGCGATGTTGCAGGGAGCGGTCAACTGTGGGAACTGC TGAGCTTCCAGGGACATAATCTAGCAAGGAAGGAGGTTTGCGGCCATACAAGGCTTGGAAGGGAGTCATTCCTGTGGCGG AGTGGAAGCTAGTGTTGTACCAAAGTTCAGCCAAATGTAGATACTTAAACCAGGAGCAAGGTTGCTCGCTGCAAAAGCAA CGAAGATAGGTCTCCAAACTTCTATTCACCACTTCAGTTTGGCCGTCGGTTTGCGGATGGTAAGCGGTGCTGAAGCGAAG CTTGGTGCCTAACACTCGGAAGAGGTCACGCCAGAAATGGCTCAGGAACAATTTATCTCGGTCAGAGATGATAGAACGGG GCAATCCATGTAAGCGGCAGATTTCTGAGGAGAATCTTGAGGCCAAGGCAGACGCTGTGAAATGAGTGGGTAGTGCAATG AAGTGGCCATATTTAGTAAGACGGTCAATGATCACCCATATGACTGTGTGGCTGTGTGAAGGAGGAAGGGAGGTGATGAA ATCCATGGATAAGTCCTCCCAAACCTGTGCTGGATGAGGGATTGGCTGGAGCAGGCCTGCTTGCTTGGCTGGAATATACT TGTTCTTCTGGCAAATAATACAAGTACGGACGTAGTCCTTGACTTCCGTGTGTATCCCGGGCCAGTTGAATGATGCTTGG ACTCGAGCCAGCGTAGGTCTGAACCCAGAATGCCCTGCGGTGGGTGTCGCGTGGAATTCCTTGATTATGTCGTGACGCAA CCCCAAGGACTCAGGTAAAAATAACACCCCTTTGTATAGTAGCAACCCGTTTTTTTGTGCAAACCATGGTTCCTTGAGCT TTTCTTGACTCAGTTCTTGTCCCTCATTTGCTGCGTAAAATTCCTTCAGGGTTTGTATGATGGCTGGTACAGGGGTGGTC AAGGAATTGTAGATTGCTGTCTCCTGGGAATGGCACCGTGAGAGAGCGTCTGCTACCTTGTTAGAAGGACCAGGCCGGTA GAAAATTTCAAAATCAAAGCCAATTAATTTAGTGAGCCATTTTTGCTGAGCTGGCGTTTGGATGGACTGAGTGAGGAGAT GGCGAAGACTCTGCTGGTCCGTATAAATTTTGAATTTGTTACCCAGCAAGTATTGCCGCCACTTCTTTACTGCTTCAGCG ATAGCATACATCTCCCTGATGTAAGTAGACTCAGATTGCATGCGTAGGCTCATCTTCTTGCTGAAGAATGCCACAGGATG CCCTCTTTGTGATAGCACGGCTCCTATAGCAACTCCCGACGCGTCGGTTTCAACGTCGAAGGGGTGCTGGAAGTTTGGCA AAATCAGAACAGGGACATTGGTGATTAGGCCCTTAAGTTGGATAAAAGCCTCCTGTGCATCCTGGGTCCAGGCAAACGCT GTCTTTGGTCCTTGTTTGAGGAGGTCAGTGAGCGGTGCAGCTATAGTCGCGTAGTGCCGCATGAATCGGCGGTAAAACCC CGTCAAGCCCAGGAAACCGCGGAGTGCCGTGAGGTTGTGAGGGGTTGGCCAATCTTGAATTGCTTGGACCTTGGTCTGAT CCGGCTCTACCCCTGTTGGTGATATGACATGGCCAAGATAATTGACCTTGGAGACACCGAACTCACATTTGGACAGTTTA GCAAAGAAGGAATTGGAAAGTAGAGTCTCAAGGATAATTTTCAGGTGCTGCAAGTGTAGCTCGAAAGAAGCACTATAAAC TAGTATATCATCAAAGAAGACAAGAACAAACCTCCGCAAATATGGCCGGAGCAAATCGTTCATCGCAGATTGGAACGTGG AAGGTGCGTTGGTGAGTCCGAAGGGCATCACCAAAAATTCATAATGGCCATCCACCGTTCTGAAAGCGGTTTTGTGTGTG TCTTCCGCAGCTACCCGAATCTGGTGGAAACCGGAGCGTAAATCGATCTTGGTAAACATGGAAGCTCCGCCGAGTTCGTC TAACAGCTCATCGATTGTTGGAATAGGGAAACGGTCTCGTATTGTGATGGCGTTGAGGCTGCGATAGTCGACACAAAATC GCCACGTCCCGTCCTTCTTTTTGATGAGTAAGACTGGTGAAGAGAAGGGACTTGTACTTGGCACCACGATGCCGTCATGC AACATATCCGCTAGAATGGTGGCCATGGCTTCCTTTTGTGTGTGGGGGTACCGGTAAGGCTTAACATTCACTGGATTGGA GTTAGGGATGAGGGTGATGTGGTGATCATGGGGTCGGGATGGTGGCAACCCCTGAGGCAAGGAGAAAACTGGGGCATATG TTTGTAAGAGGTCCCATAGTTGGGAGTTGAATTCTGGTGGGGGTTGGGACAGGTTGTCAAGGGTGAGGAAAGTGGATGTT TCTGGTAAAGAAGATACGGGTGGTACAAGGGTGACAGTGTGGCATTCGGAGATGGCATCTAAGTCGATGAACCGGGAAAG ATGGTGCAAGGTTGCGGGAGCAGGGGCTTGAGGTGGAAGGCCTGTGAGAGTGTGGGTGACACCGTGTCTATCGAAGGTGA TGGAAGGTACCGAGTAATCGGTGATGGTGGAACCAAGTGTTCCCAACCACTCCATTCCCAGAACCACGTCGGCCCCGTGG ACGTCCAGTAAGTGGAATGGAACGGTGAAAGGGATTCCTTCCACGAAGACCAGGGTGCTGGGGCAAAAGTCTGAGCACTG GATGAAGGCACCATTGCCCACCATGACGGGAAATTGGTTGATGGGTACGGTGGGTAGATGCAGGTAACGCGCCATACGGG GAGGCATAACGTTATGAGTGCTTCCAGTATCGACCAAAACGCGTACTGGTTTGCCAGAGATTGTTCCGTTAAATCTGATG GACTTGGGTGACGGGTTGCCGTGTAGGGCTTGCGGGGATAGGTGAAAATGTAGGACCTCAGTGCATTCGAGATCCTCCAC GGGAATGTAAGTATCCGTTGTGTCTTCCGGTTCATCAGCGAGGAGGAGGAAGAATCGCCTTGGTTGGCAGCGGTGGCCTT GAGTGTACTTTTCGTCACAGTTGAAGCAAAGGCCAAGTGCGCGTCGTTCATTCATCTGTGCAGAAGTGAGGCGTTTCACG GGCAGATTTGAGGTCCTCTGATGGGTGGGCTGTGGCGTGATGGAGGAAGTGGCCAGAGGTGGGGTGCTGGATGTGGGTTT GCTCGGAGCGGCCGCTGGTGTAGTGCGCGGGAGGTTGTGAATGACCGTGGCTTGTGAGGGGCTGTGGTTAGGGGGGGTGT ATTTGAAGGGTTTGAAGGTGGGTGGTTTGTGTTTGGATTCGATAAGCTTGGCAAGCCCAATAGCATGGTGGACCGAGTAA GGTCTGAAGACTTTAAGTTCCTGGAGGATTTCTGGGTTAAGGCCAGAGAGAAAACAATCCAGTATAATGTCTGGTGGTAG CCCAACCACTTGGTTGCACAGCTTCTCAAATTTGGTTTGGTATTCTTGCACAGTGGATGTTTGTTGGAGCTTGAAAAGCT CTTGCTGAGGATTTTCGTAGCAAGAAGGGCCAAAACGTTGTACTAAGGCTCTGTTGAACTCTTCCCAGGTGCTCAACTGT TTGTTGTTGTAGAGCCATTTAAACCAGCTCAACGCCTCTCCACGCATATAGAAGGATATGATACTCAGACGTTGGTCAGG GGGTGTTTTGTGGAAGCGGAAGAACTGTTCCGCGTGGAACAACCAGTCGTTAGGCTCGGAACCATCGAAAGGATTTAGCT GGAGTTTCATGGCGCTTTGAATGGGAGTGGAGTGTGGGTGAGGAGGGGCGGAGGGTGTGTTTAGGGGAGGGTTCATGTAA CCAGGCTGAAGTTCCTCGAAGCCGGGCGGTGGTTGCGGTGGGACTCGCGGTGGTGCCTGAGTGGAGAGGTGGGCCATTTG GTCCAATAAGGTGGAGACGGTGGACTCCATGGACGACGAGAGCTGTTGAGCCATGGTGGCAAAACGAGCATCGATGGCGG CCATGAGGGCAGGTGCGAGTTCATCATCAGCTGCAGGTTGCATGATGAAGAATGAAAGCACCAATGATGGATCCTTGATC CAATCGAGGAGGGCACAGAAAGAAAGGACAAAAGATTAAAAACAAACTTTTCTTGAGAATATTCTGATGATTTCATTCAA TAGGAATAAAGCTTAAATAGGCACTGTGCACTACAGCTGTTCACAACGGTGGTAGAACCTTCTAGGTTCTTTGGAGATAA TGATAAAAAACTTAAACAAGAAAATACATAAAATGCTAAAGATGCTTCAACAATGAACTTGGGCCTAAAGGACGTAGTCC TTCAACTTCACGGGCTGGCTGGTAATTCTTTTGGGCCTATCAGAAAGATAGGTAACAATTTCTTCCTCTCCATTTCTCGT GCAGAGGATAACTATACCAGATATTATTGAAGATGAGTGGTTTAAAACCGATTATTCACCTGCTTGTGCAACTGAATTTG ATCAGATCATTGACTCGGATGATGATAGTGCTGCATCTGATTCAACTGAGGTAATTTGTTCGCAAATAGCAAGTTAGAAA GCAGTTATAGAAACACTTATTTAGAGTCATGGACCAGATTGTCTAACAATCTTTGCTATAGGAGAAAACCGACAAGTCAA CGATACCCAAGTCCTCAAGTTTCATTAATGCGTTTCAACTGATAGCCATGTCTCAGGACCTTGATCTATCTGGCTTTTTC GAAGAACAGGCAAGTGTATAAATCTGAAAGAGGTTCTAACTTCTAACTTATCAACAGGAGTCATTCCATTACAAATGCTA ATTTTTGTTTGTGAGTTTCTTGTATTTAGGATCACAAAAAGCAGACAACAAGGATTGGTTCCAAACACACAATCATTGAA ACAATAGAAAAAATAGAAGCTGCTGCAACCGATGTGAGACTGTCAGTAGAGAAAATGAACAACTTTAAGGTATATATACT GTGCTTACTATGATTCTTAAATGCATGCATAGAAATATGTACCTTATTCTATAGTCTTGAAACAAATGAATTTTTACTCT CAATATCAGATTAAAATGCACCCGAAACACCTGATGACTAGGAATTCTAGATCATACTTTGACCTATCAGCCCAGGTAAA TTATCATTTTGCCACATACTCTCCCTCTTTTGCTTTTTCTCTGCTTTGTTGCTGAAGGAAGTTCAATATTCACTCATATA TGTGGAAACTGTCAGGTGATAGAAGTTGCTCCCACTCATTGTGTTGTAGAAATAGCAAAATCTGCAGGAGATCTAAGAAT GTACAATGAAGTAAGAAAACATCCTGTAGAAATATCAAAATATGCAAGCTCATCAAATTAGTAACTGATTTTAATTTTGA TTATCAGTTTTGTGAAAGTCTATCAAATCTGCTGAAACCAAAGTCTGGTGTGCCATCAGAAAGCCAAGATTATGTCGATC AATGCGACGCTAGCATAAAAAAGCAAGATGCTGAATAGTAATAAGCCTGTGTTACATTACTAAACGGTGATGATATTGTT GATTGCCACCGTTTTCTTATTAATAATTTTCATTCATCTATTTCAGCTATGAAGAACCAAATAGTGAAGGTCTTCCTGGC TGTAAATCTGCTTAAAGTACAACAAACATGCTTTGTACAAAGCCATAGTTTCTTGCTTTAAGTAATTCTTTTTCTCCTTT TCATATATGTCTTCTTGACAGAAACAATTTTCTTCTTTTTTTCCAATCTTCTATGCTGTTGTTCTTACTAATTTGGTATT GACTATACTCTCTTCATGGTAAAGTAATGAGTAATATGAACTGCCACTTGCACAGTACATCTTGAAGGAACTAATATATG TGATAACAGAAACTTGTATTAATTCAATAGGTAAAAACGTTGTGAGAAATATACAAGCTCATTAAAGTTTCTCAAACAGA AAGGTTGTAGACAAATATTTCTTTGATCTTGTTTTTATTACAAATAATAATTTCGCCAAGCTGTGTCACCTATGACCTAA CTAATGTCATTTCAAAACATCTAAGTATGAGTTGTCATCACTCATCCCCACGGAACATTGAAGGAAGAAACATGCATGTA TTGCACTTTCACGAGAAATACTTGAGTTTTTCTATGAGAAAGTATGTATCAATCACGGGAATGAAATGAAATAGTTTTCA CTTTCCAGTGTGATATGAAATACATGAATCAAATCTGTTCCAATTATGTTTCGCTTCTACAGAGAATTATCTACCAAATA TTTTCAACTGAATCATTGTTGTCTAACAATCACATCATCTCCTTAGTTTGTACTTAGTTCCATAAAATTTCAGTTTACAC ATTTTGATAAATTTCAAAGGGAAAAACAACGATACTAGTAAAATAAAATTCAGCTAATGACAAGACATATAACTTCTCTC ATAGTCCATCATCATGTGGGTGATTGGAAGAGAACATCCTGTCTTCCTCTGTCAATTTGCTGGAAACTTATTTACAAACA TTAAACCAAACAGTTTTGTACTAGCTTCCTGTCTACTACCTTTATCTTCTGGAGGGCTGTTGTCAAGTGTCAACAACAAA TTCTCTTTCACACTCACCCTTCTGAATACACTTTGCATGATGTGTTTATTTTCCAACAAGTTAATTTAGTTTCTTAGCAA TTAAGAGAATCTCTGAAGGAACATAAATAATCAAGCAAGTAGTGGTGTCAAATGCAAGAAGCAATTAAACAAACATATCG GCTGCCAAAAAGTAAAACTTTGTTCATAGAATTTCAAACAGGCTGCATCTTCACTCGGGTTTATTACATGAAGACATACA GAAATTTTACACCTTTTCAATTAAGGTTCTCAATACATCAATATATGAACAAGTTTTTAGGGAATGAATTCTAATGTACA TGAAGGAGTACTCAACTCCGATGAAGTAATCAACTTTCCAGGCCAATGCACAACAAAACACAATCTATTATAATACAAGA CATTAAGGGTGAGTTAGATTAAAAGAAAACTACCCTTGCTCCCAACAATGATCTGTTGACACTGAACTTGAAAAAAGTGC TAGAGATTATAGAAGAAAGTTATCCATCATATGGAAGATCACATCACAACCATCTGAATTCAACCAGTAGGTTTTCACCT GAAAGCAAAAACAAACAAATAAAAAAATAAGAAAAACAAGGAAGATCATGCTGAAGCTGCGGTCATTACCTAATATAAGT TTAGCTCAAAATAAGTAAATAATCATCAGATAATATCTTGTACTGTGCATTTTCTTTTGTATAATGAATGCCTGTTTGAT CTAAAGATGGAGTTTTAAATAATAAGCAGAATGAAGAAAGCAGCTGATATTTTAGTCATCAAAAGGAATAGCATCATGCA AATTTTGCAGGAAAGCTACAACTTATAAACTTAACCTGGATTGTACTGTGAGCAACATATCGCTGTTTACTCTTTTGAAA GCTAACATCTACGCGCTCCCAAGGAACAATGGTGAGACCTCTTACCATCTCCTCTACATGAGAAAAAGCAAACACTCAGA ATATATGGAATTCGACAAAGTTCAACTGAATCAGTCACTGAAATCCAAGGGAGGACATGAAAGAGCTACACAACCTACAG TAAGCAGCTAATCGTGTTTGCATGTACTATGTGGTGTAGTGTATGATGTATCACTATTATATTCTGGGGTCTAACTTAGT TGATTATAGAATTAGAATATAGCTCAATTAAATAATTGTAGAATGTATGCAATGAATACATTGATCATGGCCTGTTAAGG AGTTCAGACACAAAGAAGTTCCTCATAAAAATGTTACCAGATAGAGCAATGATAATTATACAGAATTTTACTCACAAACT ACCAAGTGGCTTTATCTAGGTTAGCAAGCCCCAAATAAGTTATGGTGAGGGCAGTCATATTTAGACCCTGTCAATATACA TGCCAATAAATGGCTTGAATCATTTCCTCACAAAGAATACCAAATTGCATCAATTTGGTATTCTTTGTGAGGGATAAATC ACTCTCCTAGCTTCCATTTCAGAAGATTGGGGTTATTGGATGTGGCTTGTATTGTTAATTTTTCACATATGCTTGAAAGT TAAGAGGTTTATCTGTAGTTTCCTTGCTTAATGTATAGGGTACTATCTTTCCACAAGTATAATAACATATATATAATACT ATGTCCACTCGTTCCACAAGTATCAAAAGACAGGAAAACAAGAGCTTTACATAACAAAACAGATAAAGCATTTTTTCAGG AAAATAAGAAAGAACCTTCAAAGTCAATTGTTTGGCCTCCAACATTAGAAGATTCTTTATTGGTAACAATGTCATCTGCA GTCCCACTCCCACCTTTGGCATGTACAATGTGCGGGTATTTCTCATCAATTATTAGAAGATTGGACTAGCATAAAAGAAG GAAAGTGAACTTACTCTCCGGAAATCATGTAAAGCATTAAGATTGTGTATCATCAGAAAGTTTATACCTTTGGAAGTTCA CGTTGACGCCGAATTGATGAGGTACGCCATCCAACCATATCTTCAAGGTAAGTCAAGAAATATACAAAAACGGAATAGTT ATCGCTCTATAAGTTTTATATGCATTGTTGTGACAATTTATGGTTTCTGCTATGTTAAGGCATGGGCCTGCATGGCTGAC CATAAACTATGAATTATATAATAATAAAAACTGGGTGAATGATTTCAATATCATGCCTTCATTCCGTGCAATCCATGGAA TGTAGAAATGATACTGAGGTTGGATAAATTTCCTTGGAGAGGAACTGATCCTGAGGTTGTGCCCTATGAAGCACAGGTTG CTTGCTAGTAGAAATGTCATAAGTAGAATTTCATGTATTGGAGGGGAGGGGGGGTCTAAGAATGTCTGTTCCTTGTTTGA AGTATTTTCAGTATTTTAGCTCTTCTTCTTATTTCCATTATGTATGTGTTGCTTGTATATGGGTTCAAGCACCCCTTGTG CTTGGTTTAAGTCATTTTGCTTATCAAAAACAAAAAATACACATGAAAGATGCATCTGCTCAAGCTTCAGTAAATTTGAT AAACAAAAAAGGAAATTCAAAAGTCAAAATCTAGTTTAGAGAGGATACAATCAGAGTTTGCATTTGCATATGCTACACGA CGCTTAAACGCACATAAGGCTGACCTGCACCATCATTAACAACTAAATTGACAGTAGATGCAGGAAATATTAATATCTAA TGAAGTTAACTGACATAGTATACGAACATAAATTTTAAATCATCAGAATCATAAACCATTCGCAGGAGTAGTGGAGGCTT TCCACCATCATTGTCTGTAAGGAAGAGATGCTTCCCAGTTCTCCCTGCTATTAAATGTGCAGTTTGAGAGGCTCTTCTTT CAAGGAAAAGAAGACCACAAAGAAATGGAAGCTACAAGAACCAGAAAAGAAAAGGCAAGAAAAATATGTAAGGTTCCAGA CTTCCAGTATATACACTTCTAGTCATAGATCCAATACATGAATCTATTAAAATATACTGATGAAACCTATCTCTGTGGCA GCTACAAACTGCATTAACAGAAAATGAAAAGGATGCTACCATTTTTCTCTCATACCGCAGATAGAATATAATTCCTTGTT TTCGGATATGTTCAAATGGTTCAGAAAGTTAATTCACTACAATATGGGAAAAAGTGGCAAACAAGAAGAACCAAAAGCCT TTGAAGGAAAAGCAAATTTCTGAAGTAAATAATTAATCTTCTGTTGATGGTTCTGGAATTATAAGGATAAAATCACTTTC ACTGAAATGGTTTCAGGAACACAAAAAGGACACGAACTAAACATTCCATGGATTGCACTGTTTTTTCACTCACATCCCTC CTATATGCATTTACTTTTCAGCTAACAACATTGAAATGCTAAAGGATTTTAACTGATCTAGTGAGATTGAAAGAGAAACT AAGAAAATTTAGAGGACTGATCAAGTAATTAAGTGAGCCAGCCACAAAGCACTGATGAGTAATAAAGGGAAAAAGAAAAG AAGGCATATCCACAATGCTGAAGCTTAATACAAGACTGTTAAAACAAAACTCAAAGCTACCTGTTTATGTCCTCTTGAAC CAAGATGTGGTGTTGCAACTGTTATAAAGTTCATTGGCTCTAAACCAGCTATTTTAGCTTCACAACTCTGTTTTTCAAGG CAATTCTTCACACATTCTGCCTTCTCATTCACTGTGGGAACTTCTTTCTGCTCTTCAAGTAGTCTCCCAATAGCATATCT TGCCACCAAGCCTCCCAAAGAATGTGCCACAAAGGAGATCTTCCGCAACCCCGGGTAGCGCCTAACAACAGACATCACCT ACATAAACAAGAACTAAATTTAAAACTAGAAATCCAGATAAAACCATTACAACTTCAACAACAAAAAAACCCTTTTTCCC CACTGTAAGTTAAAATTTATCACATCACATCACATTCTGACTAGTAGTAGCAAAATACCTCTTGAGCTAGCCTCTCACCC ATTGTATCAACACCATCAAAAGTCAACTTTGAAGAATTGCATTCACTGCCTGTCCATAATAATATCACAATCAACGACGT CGTTTAACAAATCATACACTCAAGAAGACAAAGTCAAGTAAATTTACGGTGAACGATAACTTGATCTGGAAGCTTCTCAA GAAACTGATCCGCAGCAAATTTCCAATCTGCAGGACTGAAATTGCACGCAGTTCATGAGTATTATATCTCAAATTGAAAA TCCAAGCATAGTTGAAGAGTTACCTGCCAATGATGCCATTAACCATGATCACAAGGTGTTGAGGAAGAGGTTTGCCATCA TGAACCAAGTGATGGTGGCGAGTCTCAATCTCCGCCTCTGCCTCTGGTTTGGAATTTGCGTTGGGATTCATGAAGCAGTT TACTCCGATACGGTGAAGTAGTTTCATTTTTCAATCAGATTTGTGCAGAGAATGGAAGTTGAAGCGATTGGAATGAACGA TGAGGATCGTGAAGGCCAAAGCTGACACAGACAATTTCATCTTCTTCTTCTTCTGTCCACCATTAAAAAAATGCTCACGC TTTTGTATGTAGTGGATACTTTTTGGTTGCTTACAGTACAAGACAAGCGCTTTTTTATCACATTCTGTCTGCTGAAATAT TCGAATGCTCGTATTTATTTATATCTGTACAAGTTCTGAGACATATTTGGTTGGCTATTTGCACATGAAGGTTTGTTTTG AC
CDS sequence (LotjaGi4g1v0297500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGTTCTGAAAAAAGAATTGGGAAGTATAGTCTTGGCAAGACAATAGGAGAAGGCACATTCTCTAAGGTCAAGCTTGG AGTCAGTGGCAAAAATGGGGAGAAGGTTGCCATCAAGGTCATTGATAAGCACATGGTCATGGAAAGCAATCTTAAGAACC AGGTCAAAAGAGAGATTAGAACAATGAAACTTCTGCATCATCCCAATATTGTCAGAATTCATGAGGTTATTGGCACAAAG ACAAAGATATACATTGTGATGGAATATGTAACAGGAGGAAGGCTATTGGACAAGATGTCCTATGCCAAGAAATTGGATGA ATGTGAGGCTAGAAAACTATTCCAGCAACTTATTGATGCTGTTGACTACTGCCATAACAAAGGAGTTTATCACCGAGATC TCAAGCCAGAAAACTTGCTCCTTGACAGCAAGGGAAATCTCAAAGTGTCTGATTTTGGACTAAGTGCACTGAAAAAGCCT AGCAATGTCTTAAACACACGGTGCGGATCCCCATGCTATGTGGCACCTGAGCTGCTCTTGAGCAAGGGTTACGATGGAGC AGCTGCTGATGTTTGGTCATGTGGAGTGGTTCTTTTTGAATTACTTGCTGGTTTTCTACCATTTGATGACCAGAACTTGA TGAACTTATATCATAAGATATGCAGAGCAAAATACCTATGTCCACAATGGTTCACTCGAAGTCAAAAGGAACTAATTGCC AAGATACTTGAACCAAGTCCTGCAAAGAGGATAACTATACCAGATATTATTGAAGATGAGTGGTTTAAAACCGATTATTC ACCTGCTTGTGCAACTGAATTTGATCAGATCATTGACTCGGATGATGATAGTGCTGCATCTGATTCAACTGAGGAGAAAA CCGACAAGTCAACGATACCCAAGTCCTCAAGTTTCATTAATGCGTTTCAACTGATAGCCATGTCTCAGGACCTTGATCTA TCTGGCTTTTTCGAAGAACAGGATCACAAAAAGCAGACAACAAGGATTGGTTCCAAACACACAATCATTGAAACAATAGA AAAAATAGAAGCTGCTGCAACCGATGTGAGACTGTCAGTAGAGAAAATGAACAACTTTAAGATTAAAATGCACCCGAAAC ACCTGATGACTAGGAATTCTAGATCATACTTTGACCTATCAGCCCAGGTGATAGAAGTTGCTCCCACTCATTGTGTTGTA GAAATAGCAAAATCTGCAGGAGATCTAAGAATGTACAATGAATTTTGTGAAAGTCTATCAAATCTGCTGAAACCAAAGTC TGGTGTGCCATCAGAAAGCCAAGATTATGTCGATCAATGCGACGCTAGCATAAAAAAGCAAGATGCTGAATAG
Protein sequence (LotjaGi4g1v0297500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGSEKRIGKYSLGKTIGEGTFSKVKLGVSGKNGEKVAIKVIDKHMVMESNLKNQVKREIRTMKLLHHPNIVRIHEVIGTK TKIYIVMEYVTGGRLLDKMSYAKKLDECEARKLFQQLIDAVDYCHNKGVYHRDLKPENLLLDSKGNLKVSDFGLSALKKP SNVLNTRCGSPCYVAPELLLSKGYDGAAADVWSCGVVLFELLAGFLPFDDQNLMNLYHKICRAKYLCPQWFTRSQKELIA KILEPSPAKRITIPDIIEDEWFKTDYSPACATEFDQIIDSDDDSAASDSTEEKTDKSTIPKSSSFINAFQLIAMSQDLDL SGFFEEQDHKKQTTRIGSKHTIIETIEKIEAAATDVRLSVEKMNNFKIKMHPKHLMTRNSRSYFDLSAQVIEVAPTHCVV EIAKSAGDLRMYNEFCESLSNLLKPKSGVPSESQDYVDQCDASIKKQDAE
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 |
|---|---|---|---|---|---|---|
| Gene3D | 1 | 91 | 91 | 3.4E-30 | – | |
| PANTHER | 2 | 427 | 426 | 2.0E-203 | – | |
| PANTHER | 2 | 427 | 426 | 2.0E-203 | – | |
| SUPERFAMILY | 6 | 290 | 285 | 2.43E-91 | ||
| ProSiteProfiles | 10 | 262 | 253 | 50.237 | ||
| Pfam | 10 | 262 | 253 | 5.9E-72 | ||
| SMART | 10 | 262 | 253 | 1.9E-101 | ||
| ProSitePatterns | 16 | 39 | 24 | - | ||
| Gene3D | 92 | 270 | 179 | 1.7E-63 | – | |
| ProSitePatterns | 129 | 141 | 13 | - | ||
| Gene3D | 301 | 425 | 125 | 3.6E-31 | – | |
| ProSiteProfiles | 301 | 325 | 25 | 11.671 | ||
| Pfam | 304 | 362 | 59 | 5.8E-16 | ||
| CDD | 307 | 425 | 119 | 1.15022E-34 | – |
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. | ||
| Biological process | Signal transduction | The cellular process in which a signal is conveyed to trigger a change in the activity or state of a cell. Signal transduction begins with reception of a signal (e.g. a ligand binding to a receptor or receptor activation by a stimulus such as light), or for signal transduction in the absence of ligand, signal-withdrawal or the activity of a constitutively active receptor. Signal transduction ends with regulation of a downstream cellular process, e.g. regulation of transcription or regulation of a metabolic process. Signal transduction covers signaling from receptors located on the surface of the cell and signaling via molecules located within the cell. For signaling between cells, signal transduction is restricted to events at and within the receiving cell. |
Expression pattern of LotjaGi4g1v0297500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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