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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0067400 |
| Transcript ID | LotjaGi4g1v0067400.3 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Mitogen-activated protein kinase; TAIR: AT2G43790.1 MAP kinase 6; Swiss-Prot: sp|Q07176|MMK1_MEDSA Mitogen-activated protein kinase homolog MMK1; TrEMBL-Plants: tr|A0A0A7CJ31|A0A0A7CJ31_VIGMU Mitogen-activated protein kinase; Found in the gene: LotjaGi4g1v0067400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:8443888..8455955) extracted from Lotus japonicus Gifu genome v1.2.
ATGGAAGGAGGAGGAGGTGCACCGCTTGCTGATACCGACATGTCTGATGCGGCACCGCCGCCGCAGCCTGACCCACATCA TCAGCAGCCGGCGGTGGCGATGGGGATCGAGAATATTCCGGCGACTCTCAGCCATGGTGGCAGGTTCATCCAATACAACA TATTCGGTAACATATTTGAAGTCACCGCCAAATACAAGCCACCCATCATGCCCATCGGCAAAGGAGCTTACGGCATCGTC TGGTACATCATTCCCCTTCAACCCTTTTTCTCTTTCTCGCTTTGGATATCAAATCAACATCAAAGTTTGTTTTTTTATGT TTTCTTGATGAGAAAAATTGATTCTTTTTTTTTTGTTGGTGTTGGGATTGGAAAATGGAATTTTCTTTTGGTTTTGTTGT TTGTGTGAATAGTTCTGCTTTGAACTCGGAGACAAATGAGCATGTTGCTATCAAGAAGATTGCCAATGCATTTGACAACA AGATTGATGCCAAGAGGACTCTCCGTGAGATCAAGCTGCTTCGCCACATGGATCATGAAAACGTTAGTGAGTGGTGATTG CTTTTTTGTTTATTTGTGTCTCATTTTGTCTTTTGTATGGATTGGATATGCTTTGTCCTGTGTAATCTTTCCATACAGGT TTGAGATTCACCTGTTAATTGGATCCGGATTTGTGTGATTGTTTGCTTCAATGTCAATTAACCATTTTTCCATAAAATGT GGTTGTTTTCAGCTATGAAACATTCTCTGTTTGGAAGCTATTGAAAGATTAATATTTGGTCAATAGTGGGGTGTGTATAC ATCTTAGGGGACACTTAGACCAAAATGCACCTGTTAGTTTTACATATCATGGTTACGTGGCTGAATTTAAGCTTACCAGG TGTACAATCTTTGCTAGTAACGGTAATTTGAAAATGCCGAGATGTAGTCAATCTTGAATTTAACGACTAACGTTTTTAAG CGAATGACATGAATGTGTCCAAAAGTAAAATCAATGATGAATGCCTGTTTTGATATCCTTGCAATCATTGATTTCTTATT GCCTATTAATGAATCTTCAACGTAACGGCTAACGTTTCTAAGAAAACGACAAACAAGACTGTGTGCAATTTAACGACTAA TGGTTCTAAGTAAACGACAAGACTGGGTCCAAACGTGCAATCTTAAATTTAAACAGGGTTTTAAATTGCGGTCTGCAACA GCATTGTAAAAGGTTTTGAAGTCCCCGCAGCGGCATCGCGACCGTTTCAACTCCCGCATTTTTCCGCAATTCTGCAACCG CCACAATTTAAAACCCTGAATTTAACTAATAAGCAACCGACAAGACTGTTCAAAAGGAAAATCATGATGAATGCCTGTTT CTGTTTGATATCCTTGCAATCATTGATGCAGTACCCCCCTCCCCCAAATTTATGCCCTGTTTTTTAACACCTGTATTTTG TTGATCTCGTAATCCTTAGCCGCTCCTGTTTTGTTGCATAGTATTGCAGTTTATGTAACAGTTGTTGTGGATTCTTAAGA GGCAAAAATAGCGGCCGTTAGAGTGTTATTTCAACGATAACCCAAAAATGACCTAGGGAGGTTAATGTTAGCGCATTGTT GGGGTTTTTCTTCAGAAACTTAATCAAAATGGTCTGGTTTGAAGAGGATGTGGAGGAAGAGATCTACAACTATAATAGTA GTGAAAGTGATAAAAGAGGAAGACTAGAACCTAGAAGAGGATAATTGATGAGTCCTATTTATGAAACTTTCATTTGAAAT TTATGTTTTAGACAGAACAGTTTAAGCCTCTAGCACTTAAACTTCTTGGTTGTTTTTACTTTTGTTGGTATTTAAATGTT TTGTTTAAGACACCTATGACTTTGTCTTGTTAATTATGAATGTCATCATAGTACTTTTTTTTCATTTTGAACATTTAAAT ATGTATATGCTATATAGTATTAATCCTCAAAAAAAATATGTATACTATGTAGTATTAATTATTTAAACTGCATAGAAAAT CCTACATAGCAACCATCCTGCTATGTGCTATACTGCTGTAATTATAAAATATCCTGTCTTACATTTAGGGGGGTGGAGGT GGCGAGAGAGGGTGTTCTGTTAACTTTGTGATGGGCAATGCTAAATCCGAGCATTTGGAATTTTTCTCACATTTGCTAAT TTGGTTTACTGATTGTTATCATTGTGTAGGTTGTCGCAATCAGGGATATTGTGCCACCACCTCAAAGGGAGGTATTCAAT GATGTTTACATTGCATATGAATTGATGGACACTGACCTTCACCAAATCATTAGATCAAACCAAGGATTATCAGAGGAGCA CTGTCAGGTATGCATTTAAATATACACCTTTTAGTTTATGCTTGTGTTTGTATTAACTGTATATCTATGTTTTCACATTA TCACGTGTTATATATTCATGCATGTACTGTTATACAGCCTTAAATGAAGATATAAATTTAGAATGCCATAGGAGAATTGT TTCTTCTTGTTCCTTCACCCCCATTTTATATTCTGTCACGAACTTCCACAGCACATTTTTCCACATCCTTTCACTGTAGT AATGCCAAATGCCAACTTGATACTTCGTTATACTTATAGAGGACATTTTGGGCATCATGACTTGAGGAATATATTAGAAG ATTTTCACCTTATTTATTTTTCTTGCTTTAGTTAATCTTGACCATGAAACCATTATAAACTTTTTCTTTTCTGGTGCAGT ATTTTCTGTATCAAATCCTCCGTGGGTTGAAGTACATACATTCTGCGAATGTTCTGCACAGGGACTTGAAACCTAGCAAC CTTCTCCTGAACGCCAACTGTGACCTGAAAATATGTGATTTTGGACTGGCAAGGGTCACCTCTGAAACTGATTTTATGAC TGAATATGTTGTCACAAGATGGTACCGTGCACCAGAGCTTCTGTTAAACTCTTCTGATTACACAGCAGCAATTGATGTGT GGTCTGTTGGTTGTATTTTCATGGAACTCATGGATCGAAAGCCTTTGTTTCCTGGCAGAGATCATGTTCATCAGTTGCGA CTACTTATGGAGGTAACTTAATTAGCAGCCTTCAGTGTTTGAATAAGTTCAAGAATGATTGATTTATATTTGTTTTTATG GTTGAAATGATTAACCTGCTAGATTTGGAAATAATAAATTATTAAAGCAAATTGAAACTCAATTGTTGTATCGTCTTGAA GTACAATTCAAGTTACGTTTAATTTTATTGAGTATAGTCAGATCCTTTAATCAAAGTGGTGAAATTGATGCCAAAATCTG CATTTGCTTTGTTGTATTAAAAAAATAGCAACTTATGACCTATGTAGTTCACCTTTGACAACAGTCTGCGTTGAAATCAG TGTATTAGTATAACTGATAATCTTCATATTTTACAGTTGATTGGCACCCCATCAGAAGATGATTTGGGGTTTCTGAATGA AAATGCTAAGAGATACATTAGGCAACTACCTCCTTACCGCCGCCAATCTTTCCAAGAGAAGTTTCCGCAAGTCCACCCTG AAGCTATAGATCTTGTTGAAAAAATGTTGACTTTTGATCCTAGAAAAAGGATTACTGGTATGTTTTCTTTGTCTGAGGCT TTGTATTCCATGGTTAGAGATATAATAGTGTCAATGTGCATACTTTATACTTTGCATGCTTTTTGGTGTTGTCAGTACAT GTTAAAAGTCTTTTGGGATGTGTTTAGAAGAGTTTATTTGAGCTTATCTGATGCATAAAGCAGTTGAAGTCTTAGACATG TGGTTGATCAAGCTTTTAAAAGTAGTGTGTGTATTTAGATTAGTTTCTCACATTAGCTCTGCCTACATATAATCTCTTCT AAGTTGATTTCAATAAACTTATCAAATAAGCTTATTAATAAGTGCTTATGTATGAGCACTTAATTGACATAAATAGTTTC ACCTAACGCACCTCTCATCGATCACATGATAAATTGCATCTAAAGGTTGCACCATAAATGCTTAGTTTTGCTTCTGGGTT GCCAGATTTGTACTGATTTATATATCCTTCAGAAATTGATCATGCATGATTTCATCTGTTGGACATATTCTATCCATGTG CCACATTGCAAACCATATTGCTTAATGCTTTGCTTACCTCTCGCTAAAATCGATTAACATGGCTCAAGTTTTGTTTAGTT AATTTGGCTTTGTGTAGTTATCTTTGCATGCTCTGAACTTACAAACTCTTATTGTGTCTCAATATGTAGTAGCTGTTTAT CTTAGAATGAGGGTGCTGAGCTCCTTATTATAGATAAGAAAATTACACCGCAAAACAGAGTGCTATTAGGAAATTAAAGT ATAAACCCGGGAGTCGGGACTGTCAATAAGGAAGTGCAGTGATGGATATTAGGAAGCTAACAAGTAATGAAGATGAAATG AAGGAATAGAAATGCAATTGTATTGATTGAAGTGGACAATTACAGAAGATATTGTGATAAGGTGTGCTGTTAGAAAAACT CTAACAACCCAGAGAAGCTCTAGAGCGTTCTCTCCGAGGGAGATGCTACTCTCTCTCTATAACAGAATTATCAATCCAGC ATAATCTTATTCCCTTTTCCTTGGTTACTTTATACTAACACCTAATTCTGTTGAGCCAATGCCACCTCAGCAGCCTTGCC CCGTTTCCTCCTATAGACTTGCCAAACCTTGGGCCTGTTCTCTTCTTGGCCCACTGAAGCATTTACCACTAAGCCCACCT CTTCATTCAGATTTCTATCAATTCCTCCCTCCATTGGAACAGCCTTGTCCTCAAGGCAGAATTCAGGAAACTGACCAGCT AGAACGACATTGTCTTCCCAGGTGACTTCCTCCATTGACTTATGCTTCCACTTGACTAAGCTCTGATGCACTTCACTGTC CCCGAGCCTGACAGTCCTAGTGCCCACTATGACTTCAGGGTAAATATCAGTGGTGTCATCAACCCCCAAATCCGCTGGCA ACTGACCCTGCACTTGATAGTTTCCCACAGCCTTCTTTAACAGAGAAATGTGAAAAACTGGGTGGATTTTGGACTCTGCA GGCAACTTCAGCCTATAAGCAACTGCTCCTACCTTGGCCTCTATCTGAAAAGGTCCATAAAACCTGGCAGCAAGCTTCTG ATTGATCCTCTTCACCACAGAATGCTGCCTGTGGGGTCTCAGTTTGAGAAATACCCACTCTCCTACTGCAAAGGACAAAT CCCTCCGCTTCTTATTTGCATAAATAGCCATTTGTTCTTGAGCCTTCTGTAAATGACCCCTTAGCTGTCGCAGGGCTTCA TCTCTTTCACTTAGCTCTAGGGCCACAGCGGCTACCTTAGTCTCATTGGATAAGAACTTGACAATAGGGGGTGCTTGTCT TCCATAGACTACCTCAAAGGGTGTCTGTCCAATTGAGCTATGAAAAGTAGTATTGTACCAAAATTCTGCCCAGGAAATCC AATGTGACCAAGACTTGGGATGATCAGAAGCAAAACACCTCAGGTAGCTTTCCAAACACCTGTTTATGACCTCTGTTTGT CCATCAGTTTCCGGATGGTAAGCCGAGCTCATTTTCAGTTTGGTCCCCTGCAGCTTAAAGAGTTCAGACCAGAAATGGCT AACAAAAATAGGATCCCTATCACTTATGACTGAATTAGGAATCCCATGGAGGCGCACCACCTCTCTTACAAACACTTCTG CAATAGACTTGGCTGTATAGGGATGCTTGAGCAGAATAAAATGACTGTATTTTGACAGCCTGTCCACAACCACCAGTACT GCTTCAAAGCCCTTGGATTTGGGTAGACCTGTAATGAAGTCAAGAGACAAGTCTTCCCACACAGCATTAGGGATTGGAAG AGGTTGTAACAAGCCTCCAGGGCTTAAGGCGCTGTATTTGTGTCTTTGACAAACATCACAAGCTCTGACATAGTCTCTGA CCCTCTTTTGCATTCCTACCCAATACAATGTTGTTGCCAAGCGTCTATAGGTCCTCAGGAAGCCAGAGTGACCCCCAGAA GGTGAGCCATGAAACTCCTCAAGTAGCCATGGGATGGAAGGAGAGGTAGGAGATAAGACTAGCCTTCCATGATATAGTAA AACTCCATGTTGTACTGCAAATCCAGGTTTGCTTGCAGGATCTTTCTGTACTGCAGATTGCAAGTCCTGGATGTAGGGAT CTTGGGTAATCTCCTCCAAGAGTCTCTTTCGGTCATTCCAGAGAGGAAATGAGATCAGAGAATGCAGCTCCACCTCATCA TAGCGCCTGGACAAGGCATCAGCAGCCTTATTTTCCAAGCCGGGTTTGTATTTGACTTGAAATTGGTAACCCAGTAATTT TGCTAACCAACACTGTTGGTCTGGTGAAGAAACTTTCTGCTGCAGGAAAGGCTTAAGGCTTTTGTGATCAGTATAGACTA TGAACTCTTTCCCCAATAGGTAGTGCCTCCAATGTTGAATGCTTAAAACCAAGGCCATTAATTCTTTTTCATACACTGAC TTAGCCAAGTTTCCAGCTGATAAAGCTTTACTAAAGAAAGCTAGAGGTTGTCTTTGTTGCATTAAGACAGCTCCAATCCC TCTCCCTGCAGCATCACACTCTACTTCAAAGGGAAGAGTGAAATTGGGTAGTATCAAGACAGGAGGAGATGTCATTACCC TCTTTAATTGAAGAAAAGCCCTATCTGCCTCTGGTCCCCAAGAAAAACTGTCCTTCTTAGTCAACTCAGTGAGAGGATTA GCCATTTTCCCATAATCTTTGATGAATTTCCTGTAGTATCCGGTCAGCCCCAAGAATCCCCTCACTCCCTTAACATTCTT GGGCACAGGCCAATCCATAATGCATTTTACTTTCTCTGGATCTACTGCCACGCCAGCTCCCGAGATGATATGACCCAAAT AATCAATTGAAGCACATCCAAATTTGCATTTGGTCTGATTAGCCACAAAACAATTAGCTAACAAGACAGATAGTACCAAC TTCAAATGAGTGAGGTGTTCAGGTAAGTCTTTACTATAGATTAGTATATCATCAAAAAAGACCAACACGAATTTCCGTAA GTAAGGTCTGAAAATATCATTCATTACTGCTTGAAATGTAGCTGGAGCATTCATCAGCCCAAATGGCATCACTAAGTATT CATAATGTCCATTATGGGTTCTAAATGCAGTTTTTTCTATGTCATCCTCATGCACCCTGATTTGATGATAGCCAGATTTC AGGTCTATTTTAGAGAAAATTGAAGCTCCATTTAATTCATCCAGCAGCTCATCAACTATCGGAATTGGATACTTATCTGG AATGGTGGCCTTATTTAAAGCTCTGTAGTCAACACACATCCTCCAGCTCTTGTCTTTCTTCTTTACCAAGATCACAGGAC TTGAATAAGCACTCATGCTAGGTCTGATGATTCCTGCCTCCATTAACTCTGCCACTTGCCTCTCAATCTCTTCTTTTTGA TGGTGAGGATACCTATAAGGCCTCACATTGATGGTCTCCTGCTCAGGGAAAAGCTTTATCTGATGCACCTTAGACCTCTC TGGTGGCAGTTGAATCTTGCTCCTAAATACCTCTTGAAACTCTTCCAGTGTCTCCATAAGCTCTCTTGGTGTTTCTACCT CAGTATTGGTGACTTCTGCGGAATTCAGATGAGACCACCACCACTCCATACCACCTCTGTACTGCTTGTCCATGAGGAAT GAGTGTAGAAAACTGTGATTACTCCCTTTTCCTCCTAGCCCTTGCAACTTGACTACCTGATTTCCATGGACAAATTGCAT AGTGAGTAGTTTCCAGTCCATTACCACTTTTCCAAGTGTGCTCAGCCAGGACACCCCCAATACCATGTCCAAACCTCCTA GTTCCAACACCAAGGCATCAATCACCACCTCAATCTTCCCCAGCCTGGCCTTAATTCCCTTACACACTCCCTGTGTAACC ACCCTGTGTCCATCCCCTAACCTGATGTGTCGGGAAGCTATAGGGGTGATAACCAAACCCAGAGCATTGGTGACTGCTGG GGAGATGAAGTTGTGGCTAGCTCCACTGTCAATAAGCACCAGTAAGTTCACATTGTCAACCTGCCCTTCAATCTTCATCG TATGATGCTCCTCCATACGACCCAGAACCCCCATTAATTTGTACTCAACCACTGCCTCGTCCTCTTCACTCACTTCCGGT TCTCCCTCCAACATCACAATCTCACCTTCTTCATCAACGGTTTCCCCGTCTCCAAGGATTAGAACACGCAGGGATCTCTC GGGGCACTTGTGCAGGGTAGGATGATACTTTCCCCCACACTTGAAGCACAAGCCCTTGGCTCTCCGCTCAGCGATTTCAT CCACCTGGAAGCTGCGGACCCCTTTCCACTTCTCCGATGATCCTGTACGGAGATCATTTTCTCCTTTTCGAGTTGAGGAA CCCAGAGACGCGGCTGAATTCGTCGTCGATCCTACTGAACTCATGGAGCGACTTGGAATTGACCCGCCTGGTTTAGAGAA CCGGGTCACATCCCTACTAAAAAGCCCAACCCGATTGGCGGATGACCCGGCCCAATTGCTTTGACCCGAGCGATCGAACC CGCTCCTCTTTACCATTTTCTTGCCATCGTCTTCGTCTTCTTCCTTTAGTTCCTCTTCCACGTCTTTCGCGATTCGCATC ATCTCCATTCGAGTTCCTGGATTAAGTGTGCGCACTCGGCGTCTGATCGCAGGCTTCAGCCCACTCATGAAGTATCCTAG GTATTGGTCCTCCGGTAGCCTCCCTACCTGCGATGACAACAACTCAAAGGATTCGACGAATTCGTCTACACTTCGTTTCT GTCGTAATGTCGATAGCTCTTCGAAAGGGTTCTCCAATCTTCTTCCTCCGTAGCGTGCAATCAACGCACGTTTCAGCTTC TCCCAGGATAGATTATCCTCAGTCTCCATCAACAGATTGAACCAATGGATCGTCGATCCTTCCATACTTAATCGCGTTAA CTTCACCCGCATCTCATCCGGCGTATTCTGCACGTCGAAGTAGATCTCCGCTCTCGTGATCCAAGCCACAGGATCCTCTC CTTCGAACACCGGCAACTTCACCTTCTTTCCGGCCAAGCGAGACTCACCGGGGTGTGAATCCGCTATCGGGGTATCTCCT TCGTGACCCGTTTCCTTTCGACCCATTTGCTTGCTCAGTTCAGTGAGAGTCAAGCTCTGCTGCTGCAGTTGGAGAGCGAG CTCTTGCAGCGCCGTCGTAACGCTTCCCATCTGGTTTTCCAGAGCTTCCATTCGATCGGTCATTTTCGGTGGCATCTACC AGCTTGTTGAGACTCCTTCCACGGTGTTGATCCGGTAGGTCGGACCAATTTGATGGATATTAGGAAGCTAACAAGTAATG AAGATGAAATGAAGGAATAGAAATGCAATTGTATTGATTGAAGTGGACAATTACAGAAGATATTGTGATAAGGTGTGCTG TTAGAAAAACTCTAACAACCCAGAGAAGCTCTAGAGCGTTCTCTCCGAGGGAGATGCTACTCTCTCTCTATAACAGAATT ATCAATCCAGCATAATCTTATTCCCTTTTCCTTGGTTACTTTATACTAACACCTAATTCTGTTGAGCCAATGCCACCTCA GCAGCCTTGCCCCGTTTCCTCCTATAGACTTGCCAAACCTTGGGCCTGTTCTCTTCTTGGCCCACTGAAGCATTTACCAC TAAGCCCACCTCTTCATTCAGATTTCTATCATGCAGTCAACCCCCTATACCATCACCGGTTTTTCCATATCCCCCCTCCC CCCTCTTTGCTGCAATGTTCTCTCTATTCTCTCCCCTTGTCCCCTGACTCTCCTCACACCTTTCACCCATGTCACTGTCC CAATGTGGTAATTATATTCTCTGCTAAATGAATTTTCCATCTCCTTCCCTCAGTTCTTCTTTTTCCTCTCATAAACCAAG AGGCCCTTGTTTTTCTTTCCTCCTCTATAGTGCTAAGGGCCTATCAACCCACAACAACAATAAAAATCAGTTCCACCTTG TCCTCAAGGAGGAAATCGGGAAATATCCTGTGTCATAATCAAGGGAGGTAATTCCATTTTACAAGGACTTCCTTGGAGCA ATCTTGTAGTTTCAGCATAGCCAGCACCTCGCTAGGTACAACCTGCAATTCCAATTCTTCAGTAAAAAAACTTAGGATTT GTTGGCTTGGAGTGTCAACCAATGGTGCTCTCATATGGTTGGACACATGAATGACCAAATTGAGTCTTGTATCAGGGGGA AGCTCCAACCTGTATGCTACTAGTCCCACCTTCTCCTTAACTTCATAAGGGCCATTGAAGCGGGGGCTGAGCCTTTAAGT GCACCAATCTTCCAAACAAACTGCTGCCACTGTCACCTTCTCGTCATCTGAAAATACTGCTCAGAGCTGTATAACCATCC ATCTAGATCATTGTCAGAAGCGTCATCCTATACTCCCTTCAACCCACTTCTAGCCTCTATTCACCTGCGCCTCCGCTCCT TGTTACTCCCCAGTCCCATTCCTTCATCTTCATAATCATACCCAGCCAAACGATCTCCAGTGAAATGTGCTAGACCCGCC CTTAGCTCTTGCATCATGTCCTCCATCAATTGCTTATGTCTCCTGCCACTCTATCCATATCCTCCACCCTCCCTTCCAAT ACCTCAACTTCTTCTCCATCCTTGTTGATACCATTCACTGGTCAAGACTAGGAGCTCTGATACCATTATGGTGGAAATGG TTAGATTCTGACTTTATTATTTGAGAAACACTGCTTGTCAAATATCCGCCATGGCCCCATGATGGTGGAGTTCCAGCAAG CCGCCATGGTCGATAGCTATCAGTATTTGTCAAATATGGCCTGTTTTTGGCTTTCCACCATAACCCGCCATCTGCCATTA ATAACACTGCTGAGAATATTACTTTCAAAAACAGAGTGCTATAGGAAAGAAAATAAAACCAAAACTGATACGAAAGAAGT GTAGTCAACCCCTATACCATCACCCATTTTTCCATATTCCTCTCTCTCTCCCTCTCTCTTTTCCCCTTGATCTTGAATCT CCTTATGCAGTGTACCTATGCTACCTATCCCAATTCGGCTATGATATTTTCTCCCTCTCACTGCTAGCGGAAATTTCCAC CGCTTGCCCCTTTGTGTTATTCTTCTGTTTCCTCATAAACCAGCAGGCCTTTGTTATTGGGCGGTTGGGCCCATGTCTTC CCCATCTCCTATACACATTAATAGCTGCATGAAGAGTTTTTGAAATAGCTAACTTATATAGTCATTTAGTCAATCGATCA ATATCTTTTGTTCATATATTCTACTGAAAAATTTGTTTTCTCCTTCCCATAGAGAAGTTATTTCCTTTTTTTTTTCTTCT TGAGATCAGCTTATCAATTATGCTTCCCAACAAAAAAATTCGGTGTTTTATATAGACATCTCTCTTGATCATGTGGGCTT CTGCCTCAACACTTTATATAGCCTAATGGATATTAAATTCTGTTATCCTTGCCAACCAAAAATGTACTTCATAGTTGCAC CTTCAAGTCCATAATTATTGTGATTTCCAATTATAATTGGCAAGTACACAGTATTTCAGAAAATGTCAAAAATAACCTGT AAACATGACATGTCAACCCATATTGACTAGAAATAGGGTTAGCACTTAGCACTGCTTAGTTTCAATACTTTTGTTATTTG TTATTTACATGTTACCATGCTTCAAACCAGTATCATAAGCATTGTTTTCTGCTTCAAATGTTGAATGCAAGTTTCTACCC ATGGTTATTGAATCGAGATTCGACTAATGGTATCTTTTTATGTATCCTGTGGTACAAAATTATTTAGTCATAGATTAACT CATAAGTTGAAATTCTACCTAGTGCTTACATTCCTTCATGCTTTTTGTTTTGCAGTTGAAGAAGCACTGGCACACCCCTA CCTAACATCCCTGCATGACATCAGTGATGAACCTGTGTGCATGACTCCCTTCAGCTTTGATTTTGAACAGCATGCTCTGT CTGAGGAACAGATGAAAGAACTTATATACCGAGAGGCTCTAGCATTTAACCCTGAGTATCAGCAGTAG
CDS sequence (LotjaGi4g1v0067400.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAGGAGGAGGAGGTGCACCGCTTGCTGATACCGACATGTCTGATGCGGCACCGCCGCCGCAGCCTGACCCACATCA TCAGCAGCCGGCGGTGGCGATGGGGATCGAGAATATTCCGGCGACTCTCAGCCATGGTGGCAGGTTCATCCAATACAACA TATTCGGTAACATATTTGAAGTCACCGCCAAATACAAGCCACCCATCATGCCCATCGGCAAAGGAGCTTACGGCATCGTC TGTTCTGCTTTGAACTCGGAGACAAATGAGCATGTTGCTATCAAGAAGATTGCCAATGCATTTGACAACAAGATTGATGC CAAGAGGACTCTCCGTGAGATCAAGCTGCTTCGCCACATGGATCATGAAAACGTTGTCGCAATCAGGGATATTGTGCCAC CACCTCAAAGGGAGGTATTCAATGATGTTTACATTGCATATGAATTGATGGACACTGACCTTCACCAAATCATTAGATCA AACCAAGGATTATCAGAGGAGCACTGTCAGTATTTTCTGTATCAAATCCTCCGTGGGTTGAAGTACATACATTCTGCGAA TGTTCTGCACAGGGACTTGAAACCTAGCAACCTTCTCCTGAACGCCAACTGTGACCTGAAAATATGTGATTTTGGACTGG CAAGGGTCACCTCTGAAACTGATTTTATGACTGAATATGTTGTCACAAGATGGTACCGTGCACCAGAGCTTCTGTTAAAC TCTTCTGATTACACAGCAGCAATTGATGTGTGGTCTGTTGGTTGTATTTTCATGGAACTCATGGATCGAAAGCCTTTGTT TCCTGGCAGAGATCATGTTCATCAGTTGCGACTACTTATGGAGTTGATTGGCACCCCATCAGAAGATGATTTGGGGTTTC TGAATGAAAATGCTAAGAGATACATTAGGCAACTACCTCCTTACCGCCGCCAATCTTTCCAAGAGAAGTTTCCGCAAGTC CACCCTGAAGCTATAGATCTTGTTGAAAAAATGTTGACTTTTGATCCTAGAAAAAGGATTACTGTTGAAGAAGCACTGGC ACACCCCTACCTAACATCCCTGCATGACATCAGTGATGAACCTGTGTGCATGACTCCCTTCAGCTTTGATTTTGAACAGC ATGCTCTGTCTGAGGAACAGATGAAAGAACTTATATACCGAGAGGCTCTAGCATTTAACCCTGAGTATCAGCAGTAG
Protein sequence (LotjaGi4g1v0067400.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEGGGGAPLADTDMSDAAPPPQPDPHHQQPAVAMGIENIPATLSHGGRFIQYNIFGNIFEVTAKYKPPIMPIGKGAYGIV CSALNSETNEHVAIKKIANAFDNKIDAKRTLREIKLLRHMDHENVVAIRDIVPPPQREVFNDVYIAYELMDTDLHQIIRS NQGLSEEHCQYFLYQILRGLKYIHSANVLHRDLKPSNLLLNANCDLKICDFGLARVTSETDFMTEYVVTRWYRAPELLLN SSDYTAAIDVWSVGCIFMELMDRKPLFPGRDHVHQLRLLMELIGTPSEDDLGFLNENAKRYIRQLPPYRRQSFQEKFPQV HPEAIDLVEKMLTFDPRKRITVEEALAHPYLTSLHDISDEPVCMTPFSFDFEQHALSEEQMKELIYREALAFNPEYQQ
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 29 | 29 | - | – | |
| PANTHER | 37 | 398 | 362 | 1.4E-240 | – | |
| PANTHER | 37 | 398 | 362 | 1.4E-240 | – | |
| Gene3D | 47 | 395 | 349 | 1.5E-192 | – | |
| CDD | 59 | 394 | 336 | 0.0 | – | |
| SMART | 66 | 351 | 286 | 8.7E-100 | ||
| ProSiteProfiles | 66 | 351 | 286 | 46.209 | ||
| Pfam | 71 | 351 | 281 | 1.9E-74 | ||
| SUPERFAMILY | 71 | 359 | 289 | 2.76E-99 | ||
| ProSitePatterns | 72 | 96 | 25 | - | ||
| ProSitePatterns | 101 | 204 | 104 | - | ||
| Gene3D | 150 | 378 | 229 | 1.5E-192 | – | |
| ProSitePatterns | 188 | 200 | 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 | MAP kinase activity | Catalysis of the reaction: protein + ATP = protein phosphate + ADP. This reaction is the phosphorylation of proteins. Mitogen-activated protein kinase; a family of protein kinases that perform a crucial step in relaying signals from the plasma membrane to the nucleus. They are activated by a wide range of proliferation- or differentiation-inducing signals; activation is strong with agonists such as polypeptide growth factors and tumor-promoting phorbol esters, but weak (in most cell backgrounds) by stress stimuli. | ||
| 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. |
Expression pattern of LotjaGi4g1v0067400.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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