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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0209600 |
| Transcript ID | LotjaGi5g1v0209600.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Histone-lysine N-methyltransferase; TAIR: AT3G04380.1 SET-domain containing protein lysine methyltransferase family protein; Swiss-Prot: sp|Q8W595|SUVR4_ARATH Histone-lysine N-methyltransferase SUVR4; TrEMBL-Plants: tr|K7N541|K7N541_SOYBN Uncharacterized protein; Found in the gene: LotjaGi5g1v0209600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:51267859..51280204) extracted from Lotus japonicus Gifu genome v1.2.
CATAAATTGAAACGCACCGCCTGTTTTCTCTCATTTTCCGAGAAATTTTCGCACCAGCCAAACACGCGCATTTCCCTTCC TCTCTCTATCATCATCATTTTCAGGGTTTAACTCAACCCTACTCTGCTTCTTCCATGACCACAGTGCTCGTCGTTTTCCG TCGTGGTTTCGTGCTGTTCAAGGGAAGGGAAACTCTACCACGAATCACATTTTAGCGATTTCATATCTTCTCGAATCTCC CTCACGAATCGATGCGATGCTGCATTCTATGGAAGATTCTCCTTCGCTGAATTTCTATTGAGCTCTTCTTCCCCTGCGTT CAAGGTTCCACTGTTGTTCCGTTGTGTATGTGGCTCGCAACTCTAGGTAACAAACCGTTTATTACTTTTCAAATCGAATG GATTATTATATGATTTAAAAATGATAAGTATAGTTGAGATGTTGTTGTGTGATGATTTTTCATTTTTCATTTTATATTCT AGTTTCTAAATTAGAAAATGTTACCGGCACGGGAACCGGTAGATAGTTAAACTCCTTAAGCATTTAGGGTTTGATTCCTG AGCGGACGGTGTGTATGAAGAATGATTTGTTGAGAGAGGTCTAGTTACTTAATGTGATATCTGATTCTCGGATTAGTCTC GAATTAGTCTCATGGCGCTGACGGTTGTGGGTTACCTTGGAAACCCAAAAAGAAAATTAGAAATGTTTGACATGAAAAAT CTGCCCAATCTGCATTTATGGTGGTTTGAACTTTGAATCAAATTCATTTCTCCATCTTTGGAAGTGTTACACTGGTTTGT AATTGGATGGATTGTGCTGATTTCATTGGTTTTTGTTTTTGAAGGGGTATACCCAGCTTCAGCGAGGTGGAGCCACCTTG TATTTTGGTTACTCAGAGTTACCCTTTACTTTTTATATGTTTTGCAAATTGGTTCTGTTAAATTTGAATCTTCTACTTGT GTGTTGATTGTTTGTTTATATTGACAATAGATTTATGGCTGTTGGATATAGACATATTTGATTATTTTTATAACATTGAA AATATGTAGGAAACTCTATGATTTTTTAATTATTATTTTTTTTTGAAAATTTGCTGAGTATGTTTTGCGGTTAATAGACT TGCCAAGTTAGGGGTATTCTAGTTAAATTGGTTTGTGTGCTGGCCATACATTGGGTTTTGGGTTATGATAGAACCATAAG ATCTTTTGATTGATGAAAGGAATGAAAAATTATTGCATGAACTTCTTCTAAAGTCACTTTGTCTCTAAAATGGACACATG AAGAAGTGTTTCTTTTCTTGAACTTTAGTGGGTTAAGATTACAATGCACTTCAAATTAAATCCACTGAGTATACCTTTGC TTGGGTTCATCATACAAAATGACAGGAAAATAGAAGATGTCAATCATAGGAACCAAACAAGGTGGATTAAATGGAGGAAT GCTTTTTATGATAGAATAGTACCTCTTCAAGCACTAGGTTTCGCTTTTTAAAAAATACAATTCCAGCTTGAAACAAAATT TTGTCGCCCATGTTTTACAAGTTACAATCCAACTTAATCATATACCTATAAGACCTACGATGTTGTGCGAGACTAAATAC TTAACTATAAAGAGCCAACAAGAAAGTAAGCTCAATGTTGTGTGGAGAAGAGTGTTATGATGTATGAATGATCGTCCAGA AAAGGATGGGATTAGAAGTGGAACATCAAAGAGATAGTTAGGGTAACATCTATCACAGAAAAGATTGTTGAGTCTCGTCA TAATTGGTTTAGCTATGTGTGGAGAATACCCATAAAGCACTGTTAGAGAGGGTAGACTAGATAAGCGATAGTCTAATAGT TTGATGAAAAGGAATGTCAATGAAAAATATAGGTAAAATAATCAAGAGGTGTTTGAATTTAAATGTTCCATATTAAACAT GATTCATGATAGGACATTATGGCTCTATTTGACTCATGTAGCTAATTTCACCTAGTGGGAAAAGACTTTGTTGTTGTTAG TGTTAAATACATATTTACTCACACTTTAGAGACTTACTCAGTTAAAAGGCTTCTCCACTAACAAATTGATGCTCATAAGA GGACTTTAAAGACGAAACATATTTATTTCCATGATTGTTCTTTTGTAGAATTCAGGTATGAGTCTAATTCTACCCTAAAA GCTAGCTTAGGGGTGAGGATTACCTACCCTTCACAAATACTATTTTAGCCATCTTTGCAGTCATTGTGGAGCCTCAGCAC TCTCCTGTCATGTATAGGGCTAAGACATCTAGGGTGTGAATTCTGCAAGACTAGACATTTTCTGGTAGCCGAATAACACA TCTAGCATAGAATCTAAGACCATTTTAGAATTCATGTGTATGCCTAATGGTATCCTAAAAGCTGCTTAGGTCTGAGCATT ACTCTATCCATTTTAGAATTTATAAGGACTACTTTATGTGAGACCTAATAGGAAAGAAGATGAGGCTTATGTGTCATTTT AACCATCAAATCAACTGCAAATATATATGAACATGGTTTCCTTTGTATTCCTCCCCTACTTGTCATTGTAACCCAGTGAT GCGATTCGCTGGCGAAGATTTCGTAACAAATAGCATGTTATTCAAAGATTGGGAGATGAGTAATCAGAACAAAAGATAAA TATCAGATCATTTTTGACAAAACTCTCTAAAGCAAAAGACACTTAAAAAGGGCCTCTATGTCAGGGCTTCATAGTGAGTG GTGATATAACAATGATTTTTGTTTAGTCGTAAAAAAACTTAATAGCACAATTTCACATTGGGACTTGTAAACAATCTGCA CCCAAATGGATACTTACATGGGAATGATAGCCATGTAGGAATACAATGCATTATGTGTTTGCTGATAGTGTTTTCTGTGG CATTTCCAAAACTTTATGGAAATATTTGGAATTTGGAAATAGCATAAAAGCAAAATGTTGCTATGTTTATTTCCTTGTAT TTATTTTACTAAGATTTCTAAATTGAATTTATTGTGCATACTCACTTTGTTGCTGGTAGTATAACTTTCTTCTAGAAATA GAAAGCATAGTTTGCAACTTTCTTACAAATAGTAAGTAATGCTTTTAAAACATTGATTCTCTCTTAATGAAGGATCTGTG CTTCAATGCTTACTCTGCATTAATTTTATGTGTTATAGTATGGTGATGTTGTGTTCTATAATTTCAGAAGTTTAATATAT CTCTGTGTCTTGTATCGTTCTACTGTCCCATATTGCATTTACCTTTTCCAGGATTCCATGTAGGTCTGATTGATATGGTA ACTGTCAAGCACTGCAATTTGTTTGTCTCCACTGTTTCTTCATGAATTTTAAGTTTGATTTATTCTTGTTCCTCTTGTTT TCGTTTTCTTCCTTCTACTTTGCAATAAAACATACTTGAAATGTATTGATCAGTATTGGCACATCGTGCCCTCAATATGC TGCTGTAAAAAGCCTTTTACAAAAGCTAATGTGGGTTGGTTTAGCATGTATAGATCAGCACTTTGCTTGAAAAGCTTTGG TTTAATTCCTCATGTCAGAAATTTCCCTTGGTACTTGGTAGGCAATCATATAACTAGTGAGTTCCACTTTAAATCCTCAC CAAGACTTTTGGCATGCCTTTTCCTTAGAATAGGGCGCCCTTCCCTTCTTCTAAACTGCTAGTTGACAAAAAACAGCTGT GTTTTCCCTTTTAATTTTCATGTTTATTGCTATATGCTTCTGTATCATGCAGAAAGTTGCTGCAGGCATGATTTCTCAGT GCATTAGTATTGGATTAAGATCTGTCAGTTCAGTGTATTAACACCTTAAGTTTGCAATGCATGTTATACCATTTATATAT ATAGTTATATACACACATATATATATATACACACACATATATTATTTTAAATGATGTCCCTAAGCATTGTGTTAGTCTCT GATTCTTGTTCAATGATGTTTTTCTTGGTTTTGATGTGCAAAGTTCCCTTCAAAGTATGCAGATAATGTTGTATTTGCTT TGTTTTGTTCTACATAATTTTTCTTTTCAGTGCATTGGTACTCTAAGGTGTTGTACTCTGATCCCATTTTGCCATATGCA GGAATAGAAAACAATTATTGCGACATACAAAGTTCAAGTGGACTGCAGTTTTGGTTAAAGTCTATTTGAAGGAGCACACA GGGTTGGCATTCAAGTTGCTGTGGCATCAGTGTTGAATTGTGTGAAATTACTTTTGGAACTATTATGAATCCTCAATATC CAAGAGTTAGGAAGGCCCTAGATGCTATGAATGCCTTAGGAGTTTCTGATGAAGAGGTAGAACCGAAGTTGAAAGATTTG CTTAGAGTGTATAAAAACTGGAAATACATTGAAGACGACAATTATCGGACGTTAATTGATGCATACTTTGAGTCAAAGGA GGCTAAGGTCTGTAATCGTCATTTGCTCGTTTGTATATTTAAAAATAGACTTGATCAATTGTTCTTTCAAGTGTATGTGA TTCTTTTTAGGCCTATATGGCTATATCCCATGTATTCTAGAAAGGAACAGCTAGGGACTCGGATGGTGGATAATGGGAAG GAAAAGGAGTTAGTTAGGCTCCAGCGAGGGAAGGGATAGGCTGAATGCTGAGTTGGAAGAAAAAGAAAGTAGGAATCCTA ACAGAATCGGTGTGGAGTAATAAAATGGGATCAGGGTGTGAACCAAGGAAAGTACGTGAAGTGTGGTACTATGTGGTTTT AGTGGGGTTGGCCGTCACTAAGGCTAGTACTTTATAGGGAATGTAATATATTCCTTTTTCGGTGACATTTCTTCTTTTGG TTGCTGATTTTTCCCCATTCCAATGTTTCCAGAATTCCAAGAATGGCAGACATCGCTGCGCCATGGCGGAACGGCGTGGC TTAATTCGCCTAGACCGACATACAAGCGTCATGGCATGGAGGGCTTTGTATGGTGGCCCCAATTCTCATTGAGGTCATGG AGGCCGTTGCCTCCAAGTTAGAAAAGGCATAAATTTGAGAGAGAAAAAATGACCAGTCATGGCTAACCACCCATTTTGAT GGTTTAAACCCATCTGAAAGAGACTGAAACCCTAGAACACTCTCAAAAATACGACCCTGCCATTGTTTCTCCCTTGGTCT AGGTGGAGTGACATCCTGTTTCAGTGACCCAGCTCTGGCCATAACTCCGGTGATTAAATTTCTTTCTTTTCCCAGCCCCT TGTTCTCCGTTTCCCCCATCTCAATCTGCGTTTGTAAATTTCTAATCCACAACATCATCCGTCTTTGACAACACTCTTAA GCTATATTTTTCTTGTCAATACAGTTTTTTATTCGTTTTATATGTGTTGACCCGTTTTTTCTTATAAGTATTATCAACTT GCTAATTGTGAATCGTGATTGCTTTATTTGAGTCTACATCAATCAGCTTCTTTCACTTTTAGTTTGTTGCTTTCACTTTC TTTCTATCAATTTTGTTGTTGACACCTTGTAATATTCTTTCTAGGAGCAAGCAGAATCTAAGAGAAAAGCTCCCGCTCCC AACAGTTATCATGATGGAGAAAGACCAAAACAGAGACTGCACTTGGAAGATAAAGATGACAAAGTTTTATCAACTAACAG CACAAGAAAAGTGTTATCTGTAGAAGACAGCGAAATACCACGGAGGACTTCTAAACAGGAAACCAGTAATCCATCTCGAA CTTCCATGGGAGATATGAACCCCCATGTCGGTTCACTAGCATTGCAGTCAAGGTTGAGTGAGGTTGAAAGGAACACAAAT TTACCTTGCTCGGCTGCTAGAGGAAAATTGTACCTTGAGGAATCATCGTCCGCAGCGCAATGTGAAGGTCCAGTTAATGA AGCTAATCCTCATAATCAGAGGAAAAATATGTCAAGTGATAATTATCAGAAGAAGCCCGTGGGATTAAGAACTGAGAATC CTAAGTATCGACATGGACCTGTTTCAACAAGTTACAGTGGTAACTGTGACAATCTTTCTAAATAAACATCTTTCACAATC TTGTTTTATTTTTATTTTTTTGTTTTACATCAATCATGGATTAATGTTCTATCATTTTTAGTCCTGAAATGTCTCCTCTC TTTTGATTTTTCATCTGTATGAGAGTAAGAGCAGAGATCGTGAAAGCAATTGGTTGTGATATCATGATTTTGATATTTAT GCCAAGGTTTTTTTATAAAAGGGTCTGAAAAATGAGCTAATACTTGATGTCTTCTACACACCATATATTATAATTCTAAC AATTTACAATTGCCTCTATTCTTGAAGACTTTCTGCTATTGCATAAGAAACACATATGCTGTTGTACACTCGAACTTGGT TTGAAGTTTCTAGATGTATCTGTTTAGTGAATTTCCTGCTCATTTTCTACAGGCCCATCCAATGCCTCAAATGGAAATCC CCGTGTCAAATCTCTATCCGCTGAGCATCAGAATCTGCACAAGAAAGAAGATATTCCCCCATGCTATAATAACACCCGTA ATGGTCATATTATTGCTTCTTCATCTCAAGGAGAAGTTAAAATGTCTTTAAATTGTGATGCTGCCTTGGCACTTCCAAAC TTCCAAATTCCTAAATTGGATGATGTCATGAAGTCTGTGGAGGAGAAATATCTAAGGTCTTGCGTAGCTGTTCAGCCCCA ACTATCGATGGCCAAGTTATTAAATGAATTATGTGGAAGATTTTTGAAGCTGGGCTTGAATTTAAACCGAAAGGGGACAA AACCAGAACATGCCAATTCACAAAATGTGGTATGTTTGCCACAGCAAGCTGTTGCTGAGGAAAAAACCTCCCACTTCATA AATGACATAACAAAAGGTTCAGAAAACGTTAAAATATCATTATTAGATGAAACTGGAAGTGAGGAATTGCCAAATTTTAA TTACATACCTAATAATGTAATATATCAAAGTGCTAATGTAAATATTTCACTTGCACGGATTGCGGATGAGGGTTGCTGTT CTGATTGTAAAGGCAACTGTCTTTCCTTATCATTTCCTTGTGCGTGTTCTCAAGAAACTGGTGGAGAGTTTGCTTACACT CGACAAGGTTTGTTGAAAGAAGAATTTTTAGCAGTTTGCATGTCTATGAAAATGGAACCTCAAGATCATCATTTTTTATT CTGTAAAGAATGTCCACTGGAGAGGTCTAAGGATGAGAACATGCCTGGAAAATGCAACGGACATCTGGTTAGGAAGTTTA TAAAGGAATGCTGGAGGAAATGTGGATGTAACATGCAGTGTGGAAATCGTGTAGTGCAACGAGGATTAAGATGTAAACTG CAGGTAAAACTACTCTCCAGATAATTTTGCAATTTATTTTGTGAAAATTTTATTTTCTTTTATTAGAATTATTTTGTTGT AATTGTTATATGGAATCATTGCAAGTGAGAATTGCAATATGTATGGGAATAAAGTTGTTATGTGTTTTTATATGCAACTT TGACTCTTTATTTCTTTCTTTCATACATTTAATGTAATGAGACATCTTAATTAAATTTGAAACTCAGACTAGTCTGCTAA AAGAGTTTAGTTTCTGGACTTCATCATCTTGTTGTATAAACCTCCTATTTATTTTTGGGACCACTGCATTACTTTATTTC TGTTAGTGCACCAGCCAACTGTCAATTCACTCACCTTGCTGCTACATTTCTTCTGTTTGATATATTATCTTTTATTAATC AGGTGTTTGTGACTGAACAAGGAAAGGGCTGGGGTGTTAGAGCCCTTGAAGATTTGCCTAAGGGATGCTTTGTTTGTGAA TACGCAGGGGAGATATTAACTAATACAGAATTATATGAAAGGGTTCTCCTGAATAGCGGTAATGACAGACATACATATCC TGTAACCCTTGATGCAGACTGGGGCTCAGAAGGGGTGTTAGTGGATGAGGAAGCACTATGCTTGGATGCTACATATAATG GAAATGTTGCAAGGTTTATCAATCATAGGTACTAAACTCAAGAACCATATTTTCTAATCAGGATGAAATTGAGCCAACTC GAACACTTTTCGCCTGAAATTGGCCAGCTCAATCAGTTGTTGCCAAAATTGGGCCAGTCCAATTATTTTGGGGATGAAGT CTTATCACTTCTGGATTGACACTTCTGGATTGACACTTTATTTGGAAAACACTTCTGTTTTCCAAATAAAGCAACCTCTT TGCACAGCCGAACAGCTGCAATTTAATTTTTTTTCCGAACATGTTCATCTTGGAGTATCAATATCTATTGTATACTTTCT TGCTATTTCTTTTGAATAATCCCGCAAGAGGACAGAACCATTTCTGATAGTTTCAAGCTCAATATATGATGAAATTGAAG AGTCAGAGAACTATGAATTTTATTTTATTTGTTTTCCATTGTGATTATGGTGGATTTGTATTTATCCATTTATGTAAAAG TCCATCAGGGAGCAGCATTTTTTCTTTCTTTTCTGCTTTTTTGTTTTCACCACCTGTACTGTTTTTTTCTTTCCTTTTTC ATTCTCCATTACAGTTTTTTTTCTTTCCTTTTTCATTTCTTTATTTCTAATACAGTTTCTATGTTTATATTCCAGATGCT ATGATGCAAATCTAATAGACATTCCTGTTGAAGTGGAGACACCTGATCGCCACTATTATCATGTAAGATTTTGGTTGTTT TATATTTATTGGATTGATAAGTTCCTTAATGACTAGAGATATGGTTGATGAAGTACTTATAAATGAGAGGACAATCCTCA CCTCTAAGCTAGCTTTTGGGGTAGGCTCAGCCTGAATTCTAATATGGTAGAATAGTCAATGCTAGATCTATTGTTGAGCC ACTCTTTGAAATTTAAGAATTGACTTCATCCACCCCTATAGATGTCTAATGATGAGGATAAGGGCATTGACCTGACCTGC CGGATGTATATCCCATGGTGGGGACATGGCATTCCGATGAATATGAAGTTTATGATCTATGTCAAGAAGTCTCACATTGA CTATGGACAAGATAGCCCTTATATATGGGAAGATATCCTCACCTCTTGAGCTAGCTTCTAGGGTAGAGTTAGGCCTCCTA AATTCTAATATGGTATCAAAGTCTATCCTAGATCCGTTAAGTAGAGACCACTCATATATGGGCCATCTACAAATGTTCAT TCCTGCACATTCCACGCTCCCGATGTTTAGCCCTTGGCGTGAGGGGTGTGTTGAGAAGTCCCACGTTGACTAGAGATATG ACCAATATAGTTCTTATATATGGGAAGGCAATCCTCACCTCTTAAGCTAGTTTTTTGGGTAGAGTTAGACCTTCTAAATT CTAATAATCTCCACGCTCCAGATTTCCAAACCGTGAGAGAGGGTGTTAACTGTTAAGTCCCACATTGACAAGAGATATGA CTAATGAAATACTTATAAATGGGTAGAAAATCCTCACATATAGCTAACTTTTAGGGTTGAGTTAGGCCCAACCCGAATTC TAATACCATTTCAACACACTAATTTACTAAAATTGATGGAGGACTGAAAATTGACTTTTGTGCATATATTTGTACCTGAT TTCGTTCCTTGTCTGCAGCTTGCCCTCTTTACAAATAAAAGTGTAAAGGCGAACGAGGAGTTGACATGGGTAAGTGCGCC AAAACTGTTAGAAATATAATATAAAATCATTCATGTGTAACAAATTAAGCTTTTGGGACAGTTCTTTCATGATATATTGA TATGGTTATTTCTAATCAAAAGTTGAACTTTAGAAATCCAACTTAAGCTTTTGAGCTTTTGAACTTTACAAATTAATCTT TTGAACTTTGCATTGTCCACGCTCCAATGAGCACTTGCGTGAGGGGCTACGTTAGAAATATAATATAAAATCATTCTTGT GTTTTCATCTAACATTATGCTTTGGGGATAGTTGGTCTATGACAAGAACAATTCAGCAAATTTTAATTTGCATATGTTAT CTACAACCATTACTTCTAAATGGTTGCTTTCAAATTGTGACAGGTAAAACATGTTTTGATTGTGCACTTGTATACAAATA TGGTCAAGTCCTTAATTTCCCTTCCATTATAAGTCTAGAAAAGTTTGTTATGCAATGATCTTCATTCCTGTGTAATTGGA CAGATTTATATAAATTTCCCAAAAAAAAATCATTAACTATATACTGAGAAATGAGAATGTAATTAAGTTTTACACAAACA TTCAATCATATTTCACCATCTTTCTTTTTTGGTATTGATTAACTTAAATCCAATTATGATATGGCAAGAAAATAGTGCAA TATAATTGGGGACATCTTTGCCCTGTCAGTCTATAGTATTAAAGTGCAATTTAGGAATGTTGGTAAAACCTTTTACTTGA AGCTGTCAAATTCTCACATTTCCTATACATGCAAAGCCTGCAATTTTGAGGGAACCATATGTCTGTCGGCATCTCAGATC CCAATGTTAATGCTATATTTAATGCACAGAATACTGGCATCTAAGTCTAATATTCTTCTTGAGCCATATATTCCTAGATG AATATGATAGTGTACCAAACATCTAAGTTGAACTTTGCACTCATCAGAAGTTTCTGTTTAAGTTGTTTGAGTTTCCTCAA GACACATGAGAAATTACTTGCAGGATTATGGTATTGACTTTGATGATCATGACCATCCAATTAAAGCATTTCAATGTTGT TGTGGAAGTACCTTCTGCCGTGATAAGAAACAAAAAGGTCAGTTAGATAACTTGGTCTTGCTATCCCTTGTTTGACTATC CTGTTTGAAATACTAAACGAATTAAGTTGTGGTGAGTTGCATTTGCAATTTTTCATTTTGTGGGGGAAAAGAAAACTAGA AAATTTAAATTTGTGTAACGAGAAATGTCTATATAATCTCTTCCCAATCTCCTTTTACCCCTCACCCAAAGAACCCGCAG AAATGAAAAGAAGCACAACCGCCGCCTCCCCCACAAACAGAGGGGTGTTTCCACCCTATTGGGGCCTCCTCTACCTTTTG CAGCAGTGTTTTCTCATGAAAAGTCTCCTTTGTGCGAGTTTTCTATCATCTAGGTGGGTTTTTCCCTCTTTCATGTTTTT CTTTATTTCTTTTCTTCCTCCCCTCCACTCCTTTCCGTCTCCTGACCTCTTCCTCCTTGTTCCCTCAATCTCACCATCAC GACCAACTCGCATGCCCACCTGTTGGGTTCATAAAGCAGTCTCTTCTGTCAAGTATCTATGTTATTAGCCAAAAATCATT AAAAAGGGCTAATACAGCTACAACAATTTACAGAGTTGAAGTTGGAATTAACAATGTGATGTTTCCTAGTCGTTTATGAT TTGAACTTGCAGTATTTTAATTGTTAGTGGTGATGAGTAAAATTTCTTTTGTTGTTTTCTTTTCAATTGTTTAACTTGTG AGCAAACGAGCATGTTTGTACTATGTTGTTAGGGTGTTTTGTTGTCTTGCTCTTGTTAAGGTTTAACTATCCTAGTTTGT AAGTCTCATTTGACTTGTGCTCAATACATTATCTAATCTCTCTTGACTTATAAAAAAGTGAGGCAATCGCATGATCATTT GAGTACAAATTGATTTTATCAGGTGGAGCTCAAATTCAATTCATCGTGAATTATGCTTCTGGTGAACTGTAACTTTTTTT TTTCGCTTTACCTCATTTTCCATATTGTCTATAATCCTTCTGTAATTGTCCATGCAGTGAAGCCTCATCTTATATCAGCG AAAATTCTCATAAGGAACTTCTATTTTTTTTTGTACATCGGAAAGATAAATTGCACCCTCCAGGAATTGATCCCTGAACC TCCCCATCCAACTCATATGCCCCCTAACTCTTACCATTTGAGCTATCATTTGGTGACAAACGAAACTTCTATAAGTTCTA TTGTAGTCTTAACTTCACTCAATGACGTCTTTTGCGCAGAATTTTATCTTCTCTTTAGATATACTTTGACATCATTTTAC GTGCTATGGGAGATGATGTTGCTAATTTTTTTGGGCAGGAACTGGATCATTGAAGACTAAAAAACTCAAGGATACATATG CATCCTAATACATTGTTTGAGGTTGTTGTTAAATTTTCCCCGGCAGCACTTGTTTGCAGAGTTTGCAAGAAATATTTTCA AGCATTATGGTTGCTGTTACAATATATGACATTCATAGACGATTTTTTGACAGATTTATGATAGATATTCTTGTAAATTC CAATTTTTTGGACCGAACATTTTTTTGAAGTACTGAGCTGGGAAAATGCTTTTAGGAGATTGTATTATTGTTTGAGGTTA ATTACAAGTTAAATTCATATATTTGTAAAGCATAAATCCTTATTTCTCTTGGGCAAAGAACTTTTCTCTTTAGTTAGAAT ACTTTTGCATGTTCTTTTGTTTTTAA
CDS sequence (LotjaGi5g1v0209600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAATCCTCAATATCCAAGAGTTAGGAAGGCCCTAGATGCTATGAATGCCTTAGGAGTTTCTGATGAAGAGGTAGAACC GAAGTTGAAAGATTTGCTTAGAGTGTATAAAAACTGGAAATACATTGAAGACGACAATTATCGGACGTTAATTGATGCAT ACTTTGAGTCAAAGGAGGCTAAGGAGCAAGCAGAATCTAAGAGAAAAGCTCCCGCTCCCAACAGTTATCATGATGGAGAA AGACCAAAACAGAGACTGCACTTGGAAGATAAAGATGACAAAGTTTTATCAACTAACAGCACAAGAAAAGTGTTATCTGT AGAAGACAGCGAAATACCACGGAGGACTTCTAAACAGGAAACCAGTAATCCATCTCGAACTTCCATGGGAGATATGAACC CCCATGTCGGTTCACTAGCATTGCAGTCAAGGTTGAGTGAGGTTGAAAGGAACACAAATTTACCTTGCTCGGCTGCTAGA GGAAAATTGTACCTTGAGGAATCATCGTCCGCAGCGCAATGTGAAGGTCCAGTTAATGAAGCTAATCCTCATAATCAGAG GAAAAATATGTCAAGTGATAATTATCAGAAGAAGCCCGTGGGATTAAGAACTGAGAATCCTAAGTATCGACATGGACCTG TTTCAACAAGTTACAGTGGCCCATCCAATGCCTCAAATGGAAATCCCCGTGTCAAATCTCTATCCGCTGAGCATCAGAAT CTGCACAAGAAAGAAGATATTCCCCCATGCTATAATAACACCCGTAATGGTCATATTATTGCTTCTTCATCTCAAGGAGA AGTTAAAATGTCTTTAAATTGTGATGCTGCCTTGGCACTTCCAAACTTCCAAATTCCTAAATTGGATGATGTCATGAAGT CTGTGGAGGAGAAATATCTAAGGTCTTGCGTAGCTGTTCAGCCCCAACTATCGATGGCCAAGTTATTAAATGAATTATGT GGAAGATTTTTGAAGCTGGGCTTGAATTTAAACCGAAAGGGGACAAAACCAGAACATGCCAATTCACAAAATGTGGTATG TTTGCCACAGCAAGCTGTTGCTGAGGAAAAAACCTCCCACTTCATAAATGACATAACAAAAGGTTCAGAAAACGTTAAAA TATCATTATTAGATGAAACTGGAAGTGAGGAATTGCCAAATTTTAATTACATACCTAATAATGTAATATATCAAAGTGCT AATGTAAATATTTCACTTGCACGGATTGCGGATGAGGGTTGCTGTTCTGATTGTAAAGGCAACTGTCTTTCCTTATCATT TCCTTGTGCGTGTTCTCAAGAAACTGGTGGAGAGTTTGCTTACACTCGACAAGGTTTGTTGAAAGAAGAATTTTTAGCAG TTTGCATGTCTATGAAAATGGAACCTCAAGATCATCATTTTTTATTCTGTAAAGAATGTCCACTGGAGAGGTCTAAGGAT GAGAACATGCCTGGAAAATGCAACGGACATCTGGTTAGGAAGTTTATAAAGGAATGCTGGAGGAAATGTGGATGTAACAT GCAGTGTGGAAATCGTGTAGTGCAACGAGGATTAAGATGTAAACTGCAGGTGTTTGTGACTGAACAAGGAAAGGGCTGGG GTGTTAGAGCCCTTGAAGATTTGCCTAAGGGATGCTTTGTTTGTGAATACGCAGGGGAGATATTAACTAATACAGAATTA TATGAAAGGGTTCTCCTGAATAGCGGTAATGACAGACATACATATCCTGTAACCCTTGATGCAGACTGGGGCTCAGAAGG GGTGTTAGTGGATGAGGAAGCACTATGCTTGGATGCTACATATAATGGAAATGTTGCAAGGTTTATCAATCATAGATGCT ATGATGCAAATCTAATAGACATTCCTGTTGAAGTGGAGACACCTGATCGCCACTATTATCATCTTGCCCTCTTTACAAAT AAAAGTGTAAAGGCGAACGAGGAGTTGACATGGGATTATGGTATTGACTTTGATGATCATGACCATCCAATTAAAGCATT TCAATGTTGTTGTGGAAGTACCTTCTGCCGTGATAAGAAACAAAAAGGAACTGGATCATTGAAGACTAAAAAACTCAAGG ATACATATGCATCCTAA
Protein sequence (LotjaGi5g1v0209600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MNPQYPRVRKALDAMNALGVSDEEVEPKLKDLLRVYKNWKYIEDDNYRTLIDAYFESKEAKEQAESKRKAPAPNSYHDGE RPKQRLHLEDKDDKVLSTNSTRKVLSVEDSEIPRRTSKQETSNPSRTSMGDMNPHVGSLALQSRLSEVERNTNLPCSAAR GKLYLEESSSAAQCEGPVNEANPHNQRKNMSSDNYQKKPVGLRTENPKYRHGPVSTSYSGPSNASNGNPRVKSLSAEHQN LHKKEDIPPCYNNTRNGHIIASSSQGEVKMSLNCDAALALPNFQIPKLDDVMKSVEEKYLRSCVAVQPQLSMAKLLNELC GRFLKLGLNLNRKGTKPEHANSQNVVCLPQQAVAEEKTSHFINDITKGSENVKISLLDETGSEELPNFNYIPNNVIYQSA NVNISLARIADEGCCSDCKGNCLSLSFPCACSQETGGEFAYTRQGLLKEEFLAVCMSMKMEPQDHHFLFCKECPLERSKD ENMPGKCNGHLVRKFIKECWRKCGCNMQCGNRVVQRGLRCKLQVFVTEQGKGWGVRALEDLPKGCFVCEYAGEILTNTEL YERVLLNSGNDRHTYPVTLDADWGSEGVLVDEEALCLDATYNGNVARFINHRCYDANLIDIPVEVETPDRHYYHLALFTN KSVKANEELTWDYGIDFDDHDHPIKAFQCCCGSTFCRDKKQKGTGSLKTKKLKDTYAS
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 | 60 | 60 | 3.6E-19 | ||
| ProSiteProfiles | 1 | 692 | 692 | 190.5 | ||
| PANTHER | 6 | 686 | 681 | 1.7E-243 | – | |
| Pfam | 7 | 59 | 53 | 4.3E-17 | ||
| MobiDBLite | 62 | 98 | 37 | - | – | |
| MobiDBLite | 62 | 136 | 75 | - | – | |
| MobiDBLite | 117 | 132 | 16 | - | – | |
| MobiDBLite | 174 | 199 | 26 | - | – | |
| MobiDBLite | 174 | 231 | 58 | - | – | |
| MobiDBLite | 210 | 231 | 22 | - | – | |
| SMART | 362 | 504 | 143 | 3.1E-9 | ||
| Pfam | 365 | 512 | 148 | 4.3E-18 | ||
| SUPERFAMILY | 372 | 677 | 306 | 1.83E-70 | – | |
| ProSiteProfiles | 414 | 517 | 104 | 8.861 | ||
| SMART | 520 | 660 | 141 | 2.5E-36 | ||
| ProSiteProfiles | 520 | 654 | 135 | 19.107 | ||
| Pfam | 532 | 654 | 123 | 1.0E-17 |
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 binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Cellular component | Nucleus | A membrane-bounded organelle of eukaryotic cells in which chromosomes are housed and replicated. In most cells, the nucleus contains all of the cell's chromosomes except the organellar chromosomes, and is the site of RNA synthesis and processing. In some species, or in specialized cell types, RNA metabolism or DNA replication may be absent. | ||
| Molecular function | Zinc ion binding | Interacting selectively and non-covalently with zinc (Zn) ions. | ||
| Molecular function | Histone-lysine N-methyltransferase activity | Catalysis of the reaction: S-adenosyl-L-methionine + histone L-lysine = S-adenosyl-L-homocysteine + histone N6-methyl-L-lysine. The methylation of peptidyl-lysine in histones forms N6-methyl-L-lysine, N6,N6-dimethyl-L-lysine and N6,N6,N6-trimethyl-L-lysine derivatives. | ||
| Biological process | Histone lysine methylation | The modification of a histone by addition of one or more methyl groups to a lysine residue. |
Expression pattern of LotjaGi5g1v0209600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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