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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0419200 |
| Transcript ID | LotjaGi2g1v0419200.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Histone-lysine N-methyltransferase, H3 lysine-9 specific; TAIR: AT2G22740.1 SU(VAR)3-9 homolog 6; Swiss-Prot: sp|Q8VZ17|SUVH6_ARATH Histone-lysine N-methyltransferase, H3 lysine-9 specific SUVH6; TrEMBL-Plants: tr|A0A1J7GXF1|A0A1J7GXF1_LUPAN Uncharacterized protein; Found in the gene: LotjaGi2g1v0419200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:91740680..91751300) extracted from Lotus japonicus Gifu genome v1.2.
TAACCTCATTCTGTATTGATCTGCGGCAGTTACATACATCGCTATACCTATACGAATAAACGAACGAACCTGGCCATTTC TTCAGTGGAGTTCACATCAACAATCAACATCACTCTCCTTCGAATCATTCACAGCGAGCAATCGCATGTCATGGGAGTTC CAAGAAGCGACGATCACACTCTCTGATTGCTCTGTTGTTTCTCATCCTTCAAGGTAGCTGCCATGTCGACACACTTTTTC TATTATTCTTCAGCTTTCGATCTTTCTTAACCTAATTGATTGCATGTCTTCACATTGATTCCTTTCATCATGCTAATTCT CCTATTTGTTTGTGTTGTTCCCTGCTTAAATCGTTTACTTCAAACTAGGGTCTGTTCTTAGATGCCTTCAAACTAGGATA AGGGAGCATTGTTGAATGGTTAATTTGTTGGATATACTAGAATGCTGGATTTCTTTATTTATTTTGGATGCATGTGTAAT TTCGTATGTATTTCACATGTCTTTGGTTGGTACTTGGTACTTGGAACATACATGGCCTTAGAAGAGGTGAATTTTGCAAA AAAAAAATCCATTTGCTCCTGTTTCAGGTGATACCCTGTTAAAAAGGAACTAACTCTGTGATTTAAAAGAGATTTTTGTG TGGATCACTTATTAGCAGTGTTGTTAATTGCGGGTCGCGGAAAATAGCCGTAAGACAAAATTCCGCTATTATGTCAAACC CTCAAAGTGGAAAATAACGAAAAATGGCGGTAAATGAGGATAGTAGCGCGCCCTCAGAGAGCGCTAAGCTATAGTGCCGC AATATCCGCTAGTTGACAACACTGATTATTAGTGGTCTCAAGTTCGAGCTCTAGGCATGCAGCTGCATTAAATTCCTTTC TATAATCTTTTTCGATTCGAGTAGGATTGCCTCTTGCGGATAATATCTGTGATGCCAGGCCAAAGAAAAGAGTTTTTTTG TGAGATGTTATTTTTCAAATATTGAATAGTTGAAAGGAGATATATAATTTGAGGATTTGGCTGCTCTAATCTAAAGTGAG GAAGCTATTTTAGAGGATAAAGTAAATAATTATAGTCATTGGTTCGAAAAACAATGATTGATTATCAGGGTTGTCAATAA GCGCACTATAGTGGGGCTATAGCGTAGTAGTTGTTGCGTAGCTGTGAAGTTCAGTGTAGCATCTGTTTTGGCCGCTATAG CAGAGGAAATAGCAGCCATAGCGGCGCTATTTGGCCGCTATTTGTGGCAATTGATAAAGTCCCAAAAACAACCCACAAAA AGTTCATTTTACGGCATTTCGGGGAGATATTTCAGGGTTTGTTCTTCTGAAACAAACTGAAAATGGTCTAGTTTGAGGAG GATGAGAAGGAAGTGATATTAAACTTCCATGCTTTTAGTTTTAGGTAATTTAGGTTAGGAAATACACTTAAACCTCTTGG TTACCTTGACTTTTGATGGTACTCGTATGATGTATTTAAGACGCCTATGCATAGTAGTCAATTGCGAGCTGTAGTGTCGT AGTGGAGCGGCGCGGCGCGGCGCACCTCACAATAGCCAATAGCGGCGCTATATGGATGAAGGGAAAAATGACTCAAGCCC CTTGGTTTTAAATCGTTGGGGAACCTTTTTAGGGGCATTTTAGGACTTCTCAGTTCTCAGGGCCATTTTAGGTCAAACTC GAAAGAATGAAGCTTCATTCTTCATTCATATTTGCAAATCCGATTTCTTTACCTTGCTTTTGAGTGGTTTTTAGCTGTGT GTTATAGTTCAAGACTTATGATTTTTATTTCTATTATGAATGTTATGAATTTTTGGAAATATTTGACATTGTTTGGTATT TATATGTATATAGTATTAAACTATTAATTATATATAGTGGCCATCCCGCTATGTGCTATCCCACTTTTGGGGCCGGCCGC TATCCGGGATTGACTACTATGCGCCTATGACTTTTTAATGTTAATTATGAGTGTCATGAATTCTGAGTATTTTTTTAATC ATTTATATGTATATAGTTATATTATACAAACTTGGTGTTTATAGAGTGCTAATATGTCAGTTTTCAATGTTGAGGTAACC TTATTTTGTTTTGATGTTTCTCTGCAGTTACATCGCTATACGAAGCTCGCCATTTCGCCTTCCTTATTCGCACTGAACAT GACTCTCCTTTGTTCGAATATTCGAGAGGCATCATAGCGAGCAAATACCTCAGATATTATATCGCTTGCTGGAGGATGTT ATGGGAATTCGAAGCGACACTCTCTGATTGCTATGTTTCTCATCGCTAACGTGACACTCTCATCATTCAATTTCACATCT CACCAAGGTAGCTGGCATGTTAACATTTCCCCTATTACTCCTCAGCTTTAAATCTTTCTTAACGTAATTGCATGTCTTCA CATTCCTTTCATCATGTTAGTTCTCCTTTCTGTTTGAGCCCTATTTAGATCGTTCATTTGAACTTGGAATAGGTGTATTT TGCAAAATGTTTCCATTTGCTCCTGTTTCACGTGATACCCTGTTAAAAAGGAACTAACTTGTGATTTAAAAGAGATCTTA CCACTGAGCGTGTGGATCAGGTATTAGCAGTGTTGTTAATCGCGGAAAGCCAAAAATCCGCTATGTCAAACCCTCAAGAG CGGAAAATAACGGAAAATAGCGGATAGGGGTGCGGCGGTGCGCCCTCAGAGTGCTATGGTATAGCGCCGCAATATCCGCT ATTTGACAACACTGATTATTATTGGTCTCAAGTTCGAGCCCTGGGTATGCAACTGCATTAAGTTGGTATTCAACTGCATT AAATTACTTTCTATAATCCTTTTCGATTCGAGCAGGATTGCCTCTTGCGTGGATAAGACCTGTGACTCCAGGCCGAATGC CGAATAAAAGAGTTTTTTTGTGAGATGTTATTTTTTAAATATGGAACAGTTTAAAGGAGATATATAATTTGAGGATTTGG GTGCTCTAATCTAAAGTAAGGAAGCCATTTTGGAGGATAAAGTAAACAATTATACTCATTGGTTCAATTGATATTGTAAT AATACGTTTACACATTTATAGCAAACTATAAAATTATTTAAAGTCAATGGCTATTATTACTTATTTTACCCTCTAAAGTG ACTGTCTCACTTTAAAGAAGCTAAATTCCCAATTTGAACATCATTGTCTCTTGGCTCCTGAGGATTGCGCTTTTTTGTTC AAGTGAGTGTGAGATATGACTTAAGAACTGAAACTATAATAGTAAAAAAAGTACCTCTGAAATTTCAACCATCTAAGGGG GGAAGATAATCAGAAGGTTAGGGGCAAAACTATGTATAATGCTGCCTTCCAAAACTTTAAAATTGAAACGTTCCCTTAAC TTCTCAATATTGTATAATGTAATTCGAACACTTAAATATTATATCTTGCACTCTCAAATTTTGTTTGTTTTCGTCCCTGT TGTCAGTCTTTGGGGGCTATTAGCAGCTGTCTAGTTTAAGGGATTTGTAAATTGAACATCTTAATCTCTTCCTTTTACTA TAAAAGTTGTGTTTGAGTAGGCAAGTGATATGTAAATACTTCACTTTCTTGTTTTTCTAATGTTAAAGCCTTTCTTCAAT AAGCACTGTGCTTGTTGGATCTCTAGCCTCAAGGCATTTTTAACCTTAGAGTTCATTTCACCTTTGATTAGCGAATGTTA ACTCTTCATGTCTCATTTTTACATCTAGTAATTATTATTTTTCCATTTATTTTGTGTTCTCCAATTTTTTGGTATAGTTT TTCATTTTCTTTTCCTGATTCCTTGCATAGCTTCCTGTTTGCAGAGTAAAAAGTAGAGTGCTGGCTCATCAGTGTATGGG GATTTGAGTTGAGTTGGGGGTCGGGGTTTAGAGAAAGAGAAGAATTTGGAGTCATCAAGAGGAATAACCCCATCAATCAA CAGGGGTCATTGTGGAGAAAAATTTGGGAAGCCATTGATGGAAAATGGGGACTGCACTTTCCTGGCTCGACCCAGGTATA AGCAGCGTAAAGTTTCTGCCATTCGGGATTTCCCAGAAGAATGTGGACCATTTGTTTCAAAAAACGCTCCAGTTTCAAAG GTGGATATTGCTGATTCTGATTATGCTAATAATACAGTTCTTGAGGATAAGAATGATGAGCATGTAGAGGGTGGCACTGA TAGAGTATCCAAGTGTGATAAAGACACTCAACATTCTGAGTTAAAAAATGATACGTTTCTCACTGAGAATCTTGACCAAG CAATTGACTGTGGTTTGATGAAGGAAAATTCTGTGGTCTCATCTCTTCAAGTGGATGAGCCTAATTTATCAAATTATGAA CCTGCAAACGCGACAGTGGTGGGCATGGATACTTTTGATACAGAGTTAGAAAGAACAGAAAAATCTGTAAAACATGATTC CGCAGCTGGTGAGGCGCCTATGATTAATGGTGAGGTGCCTATGATTGATTGTTCAAAATCATTGTCATCTGATATCAATG TTGCTTATTCCGGTGCTTGTATGGGGGAGGCTGGAACTAAAAGGTATCTTCCTCGAAAAAAAGTTTCAGCTGTCAGAGAG TTTCCTCCTTTCTGTGGACCTCATGCTCCCCGTCTTAGTATGGATTATTGTCTGAAGGGGATCTCTTCTTTGAATAACAA TAGAGCGGATCAACAGGTTTTGGCTGTAGATGACAGTTTATTGAAAAAAGCGGCAACCACTGATGTTAAAGAAAACAACA CCGCAGATGAATACCATAAGAGAAAGCTTGTGGACATTGTTCAAGTTGATTATGAAGGGAATGCTAATTTGCCATCAGAA AACAAAAGAGGAAAGTACATTGCGCTTCCTGAGGAAAGTAATCGCCAGATTTCAATGAAGACCAAGGCAGCTGATAAGGA GGAAAGTAGGGATGCTGTGATGGTTGAGGGAACGTCAAGGCTTGAAATTATAGTTCACCCTGAAGTCCAAAGTCTTGAGA CAATGCCTTTGGATAAGTCTACTTCTCAGTGTAAGTTGAATGGAAATAGATTGGCAGTATCATCAGACAGGAAAGTAGTG CTAGGCTTGATAGCTACATCACAATGTCCATGGAGTTTTGATAGATCTTCCACCAAATCTAATTTGTTTGGTGGTACAAA TGAAGACAAGGGAGCGAAAGCTGATTCTTTTGCGCGGCCAGACAAGTCTAAAACTGTTGTCAAGGCGTTGAAAAAGAAAA AGGGAAGTTCCCCTACTAATGATAGGTGTCAATTGGTAATTTCAGAAAAGAAGGACTCTTTTGATCCTAATGAAATTGAC GAAGACTGGCAAATTGTCCCAAAATCACATAGTTTGAATGTAAATGTTTTTCCTTTTGGTCATAACAGTTTGGTTGGTCA TGAGAATGACTCAAATGTGACACGACAAAAAGTGAGGGAAACATTGCGCTTGTTTCAAGCTGTTTCTAGAAAGCTTTTGC ATGAAGTAGAAGCAAAGTCAAACGAGCGAGCTAATACTCCTAAGAGGGTTGATTTACAAGCTGCAAAGATCCTTAAGGAT AAAGGGAAATATGTCAACACTGGCGACAAGATATTGGGATCTGTCCCCGGGGTTGAAGTTGGTGATGAATTTAAATTCAG GGTGGAGCTTAATATAGTTGGCCTTCATCGCCAGATTCAAGGCGGTATAGATTATGTGAAGCACAATGGTAAGATACTTG CAACGGCTATTGTTGCATCCGGGGGCTATGCTGATGATCTGGATAATTCAGATGTTTTGACATATACAGGGCAGGGTGGA AATGTGATGAGCACTGATAAAGAACCTGAGGATCAGAAGCTTGAGCGGGGCAACCTTGCTCTGAAGAACAGTATTGAGGA AAAGAATCCTGTCAGGGTGATTCGTGGCTATGAATCATCGGAAGGAAGGACATATGTTTATGATGGGCTGTATCGAGTTG ACTCATCTTGGCAGGAAATGGGGCCACATGGGAAGCTGGTTTACAGGTTTCGCCTGCTAAGAATCTCTGGTCAACCAGAG CTTGCTTTGAAGGAGGTGAAAAAATCTAAAAAATTCAAAACAAGAGAAGGTCTATGTGTTGATGATATTTCTTATGGTAA AGAGCGAATTCCCGTATGTGCTGTGAACACCATAGATGATGAAAAACCCCCACCATTTACATATATAACTAGCATGATGT ATCCCGATGGTTGCAATCTCGCTCCTCCTGAAGGATGTTACTGTACTAATGGGTGTTCTGACTCGGAGAAATGTCCATGT GTAGTAAAAAATGGGGGAGAGATCCCATTCAATCATGATGAGGCTATTGTAGAAGCGAAGCCTCTGGTCTATGAGTGTGG ACCTTGCTGCAAGTGCCCTTCGACTTGTCATAACCGAGTCAGCCAACTTGGCATAAAGTTCCAACTTGAAATTTTTAAAA CCCCCACAAGGGGATGGGGTGTAAGATCCCTAAATTCCATTCCTTCAGGAAGCTTTATTTGCGAATATATAGGAGAGGTT CTTGAAGATAAGGAAGCTGAACAAAGAACTGGTAATGATGAGTATCTTTTTGATATTGGGAATAACTACAACAACAATAC ACTCTGGGATGGACTTTCTACCCTTATGCCAGATTCACAGATAAGTTCTGCTGAACTTGTGAAAGATGGTGGCTTCACCA TTGATGCATTAGAGTTTGCTAATGTGGGGAGATTCATCAACCACAGTTGCTCCCCGAATCTGTATGCCCAGAATGTTCTT TATGATCATCATGACAAGAGGATTCCTCACATAATGTTCTTTGCTGCTGAGAACATTCCTCCCTTGCAAGAGCTGGCGTA TGATTATAATTATAAGATAGACCAGGTCTATGATTCCGATGGCAATATAAAAAAGAAGGATTGCTTTTGTGGTTCTTCAG AATGCAGTGGCAGGATGTACTGAGACCTGCTTTTGGAACAGTGATATTTTGCTGCCTCAATTCTAAGGAAATTTTCATTA AAAAGTAAGTGCTGATAATTCTGGGTTAGTTAGTTATGCTTGTTTGTTTGAGTAGATAAACAGAAGATAAAAAGAGGGAA AGAACATGAATGAAAAATGAGTTATCCCATTTGTTTGAGCTGTGAAAAGGAAAATATACCCTGTAAACTTTTTTTTTTTG TTCCCTGAAGTCGTGGAGACTATAAGGCTATAAGCATAAAATCCTTATGTGAACATCCCTATGTGAAAATACATGTTTGT TTAGGTATGAAAGTGGTAACAATAGTAATCATATATTACTTTTTTCTTTTATTTTATCTAATCAAATTACCAAAAGTAAA ACTTTTACGTTTTCTCTATTTAAACAGATAATGTTTAATTTTTCATTATTTGTTTGTTTTATCTTCCTTTTTTTACACTT ACATTCAATTAGATGACGGAAATATCTACAGTTTTATTTTATCAGGTTAGACGGATAGCTGCTTACTTGTAAATGGATAA CTGTTGCATCATTCAATCTCTTGGTTTGTCCCCTCCTCCAAGTGACTTTGTTAAAGGCAATGTTGATGGAAGTTGTGATC CAGTGAATAACAGGACAGGCTAGGTGGGTGGAGTTTTTAAAGATGATAAAGGAGGATCAAAAGCTTTTGGAGTAATGATG ACCCTGGTTGTCCTCTGTTTGCTGAAATTCTGGCTGTTAAGCATGGTCTTAGGGTGATTACCAACTGGAGTTGGGAGGTT CAGTTTCATCATGTTCAGAGTATTTATATTTATAATTCTACAGCTGTTTGGTTAGCAAAGTTAGGCTCTAAATCTATTAG TGGTTTAGTTTTAGACTTTTAGTTGAGGAACCTCCCATTGAGGTGGAAACACTTATGGTGAAGGACTTGTAGATTATAAT TTGTCTGTTTATTTCATTTTTACCGGAAAATTTTGAAATTAAGGATTACAAGCATTTCGTTTTGCTCATGCGCTTGGTTT AATTTCAGTTATCACCTCCACATTATTTGAACAAAATTTGTTCATGTTCAAATTTCACCTCCACCTTACAGAGTTAGTGA GTGATGTGATAAGAAAAAAAAAATGGGTCGAAATGAGATGGAATAGAAGATTTTTTTTGGGGGGGGGGGGGGGGGGTTGC TTTCATGCAATGAATTTCAGAGGTATTTTTTTCCCTTTGGAGGGATCAAGCTCTAACTATATACTATCCTATAATTTAAG TTTTGTTGAGTTGATATGAAGTAAATATGGTCCTTAAAAGTATAGTCATTGACCCTTTAAATTTATTAATTTTTGTTTTT TAACAAGTGAGACAGTACTTTAAACCTCTAGGGAGAGTGATAAAGTTAGAGTTTTTTTTTTTACGGTAAAGTTAGAGTTG TTGATTTAATTCTCTTTTTACTAATTCATCATCATAGCATTCCAGCTAGTATCGATATCAGGTTGTTAGGTATGAACTAA CGATGGCTTTCATTGGCTTACTAAAGGCATTAATTTGATATTAAGTGACCCTGTGAAGTACAGTACTTTTCCAATTGCCA TAATGCATGATATTAGATATATCAATATAATTCTAGCAATACCAAGGTTCCAGGAATTTCTTATGACATTGTTACCAATA TAATTCTAGCAATACCAAGGTTCCAGGAATTTCTTATGACATTGGTACCCAAATACCAACAGGGGAGAAAAGAAAAAGTT ACATTTTATTTATATTTATTCATATTCCATGATGATTCATATGAAAAGCACTCCATCAATACCCACTACACAAACATTAT TAGGATGACACAAACCAGAAACAATAAGTTACTAGTCACTCATCTAGTCCCTATCTATCTATATCTTCTTTTCCTGGGAT CTTCTGAAAGTGGCTTTTCTTTTTAATCAAGTTGAATCTCTGAGTCATAAACAGCCCCTGCATTCCAATCACTAGAAATA ACATTCTTGGACTCTACCCAATTCAACCCTGCACTCCCTCTCACTTGGAACCTCAATTTGATGTCACCTCTTGGAGGATT CTCAGCATCAAACACCGCCCCAAAAGCCCTGCGCATTGGTCTCCAATCTTTGCAGTCTTCCTGTTACATTAGATTACCAT TTTCAAGAACCCAATTCAGTTTCAAATAAAGTAATCATATATAAACATTAGCATAAGTATGCATAGAAAAGTTTGTGGTA CAATTATTTCACTTTTATAACTTCTTTCACTCCGTTTAGAAGAACTTATTTGAATTTATCTTATAGCACAAATGCTTATG CAAATCATTTCTCCAATTCTCTTATTAGATTGAAATCAAGAAATAGATGTGTACCTGCCACAAATCGACAGCAGTTATGT CGTTTGTTCCACCAATGTAAATAATGAGAATAGCTAAGTAGTGAGGGTTGTTGCTGCGTTCATGGACCTTCAACAAGATG TTATAGCCATTGTATCTGCAGGGGACCCTCTTGTATTCCACATCCACAACACCATATTTGAAAAGCTCTGCAGATGCATC TGCATTTTTTCCCAGTCTTGAATAGCCACGTGGACTCATCACAAAGTCTGTTCTGTCTCCAACACCAAAATCTGTCACCA CTACGTATGCTCCATAATCATCACAGAATTGTGGTATTTTGCACCTAACCTGATCATATTCATCATCATTTTTTTATGAA ATGTTAATTATTGTCAATCATCAAAGGAAAGGAAAGAGATTACCGTTGTTAACTAATTCTTAAACTATTTTGTTCATGTT TCTTTTAATTAGAGACTAAATGTCATGGACACGCGACTAAATATGTGTATGTATTTACGTTCAAATTGACGAAAAACACA TTTAGTCCAATGACACATGAGGTGTTAATTGACCAAAAGTATGTTCAAATTGTCTTGAAATGTGCACTAACAAAAATACA AATACGCTTTTATGTGTGTAGGATTATATGTTCAATGTTGTTCTAAAGACACACTTACCTGGTAGCAAGCACCACAGCCA GAACCATTCTTCCATAGCCAGGATACACCTGCGACATTGCCGTCATTTACTATCTTTCCGTATTCGCCAAAACCACAAGC TCCCCCTAAAACATGTATCATTAACCAATGGTATAAGTATGTTTGGATCAGTTTTTCTTACATTATAATGAATTCTAAAA TTGCTGCTCAAAAAACGCCCAAAATCTACTTTAATTATACCATGTGCTACGTAGTGGAATGTCTGGGTTTGCCCATAATG TACGCTACTCATTTTTTTGAAACACATTCTCACGCACACTTTTTAATCTCTCCCTTATTAAAAATTGTGCTGATTTTTTT TTTTTTAAATATAAGTGTGTGTGAGAGTGTGACTATAGAACAATACATGTGCTTGGCACACACTATATAGAAAAGTGCAA GTATATATGGATAGAAGAAGAGGAGGCTCACATACTTGGATTTCCATAGCAATCTGGGCTACCATAATAGGTTGCTCTGG AGCATGTAAATGTGTCCTGAGAGGTGCACAGGACAGGTAAGAGCAGCATGACACAAATAAGGCCAAGCTGGTGCTTAAAA TTAAGTAATTCCATGTTAAATGAAAATTTCTCAAGCCAAAGAGGAGAGAAATGCACCAAGTATTGAATTAAGTGCGATAG ATAAATGCAAGAAACTAAAGCATGTATGAAACAAGTGTAATGGGAGTCATATTTATAGCAC
CDS sequence (LotjaGi2g1v0419200.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAAATGGGGACTGCACTTTCCTGGCTCGACCCAGGTATAAGCAGCGTAAAGTTTCTGCCATTCGGGATTTCCCAGA AGAATGTGGACCATTTGTTTCAAAAAACGCTCCAGTTTCAAAGGTGGATATTGCTGATTCTGATTATGCTAATAATACAG TTCTTGAGGATAAGAATGATGAGCATGTAGAGGGTGGCACTGATAGAGTATCCAAGTGTGATAAAGACACTCAACATTCT GAGTTAAAAAATGATACGTTTCTCACTGAGAATCTTGACCAAGCAATTGACTGTGGTTTGATGAAGGAAAATTCTGTGGT CTCATCTCTTCAAGTGGATGAGCCTAATTTATCAAATTATGAACCTGCAAACGCGACAGTGGTGGGCATGGATACTTTTG ATACAGAGTTAGAAAGAACAGAAAAATCTGTAAAACATGATTCCGCAGCTGGTGAGGCGCCTATGATTAATGGTGAGGTG CCTATGATTGATTGTTCAAAATCATTGTCATCTGATATCAATGTTGCTTATTCCGGTGCTTGTATGGGGGAGGCTGGAAC TAAAAGGTATCTTCCTCGAAAAAAAGTTTCAGCTGTCAGAGAGTTTCCTCCTTTCTGTGGACCTCATGCTCCCCGTCTTA GTATGGATTATTGTCTGAAGGGGATCTCTTCTTTGAATAACAATAGAGCGGATCAACAGGTTTTGGCTGTAGATGACAGT TTATTGAAAAAAGCGGCAACCACTGATGTTAAAGAAAACAACACCGCAGATGAATACCATAAGAGAAAGCTTGTGGACAT TGTTCAAGTTGATTATGAAGGGAATGCTAATTTGCCATCAGAAAACAAAAGAGGAAAGTACATTGCGCTTCCTGAGGAAA GTAATCGCCAGATTTCAATGAAGACCAAGGCAGCTGATAAGGAGGAAAGTAGGGATGCTGTGATGGTTGAGGGAACGTCA AGGCTTGAAATTATAGTTCACCCTGAAGTCCAAAGTCTTGAGACAATGCCTTTGGATAAGTCTACTTCTCAGTGTAAGTT GAATGGAAATAGATTGGCAGTATCATCAGACAGGAAAGTAGTGCTAGGCTTGATAGCTACATCACAATGTCCATGGAGTT TTGATAGATCTTCCACCAAATCTAATTTGTTTGGTGGTACAAATGAAGACAAGGGAGCGAAAGCTGATTCTTTTGCGCGG CCAGACAAGTCTAAAACTGTTGTCAAGGCGTTGAAAAAGAAAAAGGGAAGTTCCCCTACTAATGATAGGTGTCAATTGGT AATTTCAGAAAAGAAGGACTCTTTTGATCCTAATGAAATTGACGAAGACTGGCAAATTGTCCCAAAATCACATAGTTTGA ATGTAAATGTTTTTCCTTTTGGTCATAACAGTTTGGTTGGTCATGAGAATGACTCAAATGTGACACGACAAAAAGTGAGG GAAACATTGCGCTTGTTTCAAGCTGTTTCTAGAAAGCTTTTGCATGAAGTAGAAGCAAAGTCAAACGAGCGAGCTAATAC TCCTAAGAGGGTTGATTTACAAGCTGCAAAGATCCTTAAGGATAAAGGGAAATATGTCAACACTGGCGACAAGATATTGG GATCTGTCCCCGGGGTTGAAGTTGGTGATGAATTTAAATTCAGGGTGGAGCTTAATATAGTTGGCCTTCATCGCCAGATT CAAGGCGGTATAGATTATGTGAAGCACAATGGTAAGATACTTGCAACGGCTATTGTTGCATCCGGGGGCTATGCTGATGA TCTGGATAATTCAGATGTTTTGACATATACAGGGCAGGGTGGAAATGTGATGAGCACTGATAAAGAACCTGAGGATCAGA AGCTTGAGCGGGGCAACCTTGCTCTGAAGAACAGTATTGAGGAAAAGAATCCTGTCAGGGTGATTCGTGGCTATGAATCA TCGGAAGGAAGGACATATGTTTATGATGGGCTGTATCGAGTTGACTCATCTTGGCAGGAAATGGGGCCACATGGGAAGCT GGTTTACAGGTTTCGCCTGCTAAGAATCTCTGGTCAACCAGAGCTTGCTTTGAAGGAGGTGAAAAAATCTAAAAAATTCA AAACAAGAGAAGGTCTATGTGTTGATGATATTTCTTATGGTAAAGAGCGAATTCCCGTATGTGCTGTGAACACCATAGAT GATGAAAAACCCCCACCATTTACATATATAACTAGCATGATGTATCCCGATGGTTGCAATCTCGCTCCTCCTGAAGGATG TTACTGTACTAATGGGTGTTCTGACTCGGAGAAATGTCCATGTGTAGTAAAAAATGGGGGAGAGATCCCATTCAATCATG ATGAGGCTATTGTAGAAGCGAAGCCTCTGGTCTATGAGTGTGGACCTTGCTGCAAGTGCCCTTCGACTTGTCATAACCGA GTCAGCCAACTTGGCATAAAGTTCCAACTTGAAATTTTTAAAACCCCCACAAGGGGATGGGGTGTAAGATCCCTAAATTC CATTCCTTCAGGAAGCTTTATTTGCGAATATATAGGAGAGGTTCTTGAAGATAAGGAAGCTGAACAAAGAACTGGTAATG ATGAGTATCTTTTTGATATTGGGAATAACTACAACAACAATACACTCTGGGATGGACTTTCTACCCTTATGCCAGATTCA CAGATAAGTTCTGCTGAACTTGTGAAAGATGGTGGCTTCACCATTGATGCATTAGAGTTTGCTAATGTGGGGAGATTCAT CAACCACAGTTGCTCCCCGAATCTGTATGCCCAGAATGTTCTTTATGATCATCATGACAAGAGGATTCCTCACATAATGT TCTTTGCTGCTGAGAACATTCCTCCCTTGCAAGAGCTGGCGTATGATTATAATTATAAGATAGACCAGGTCTATGATTCC GATGGCAATATAAAAAAGAAGGATTGCTTTTGTGGTTCTTCAGAATGCAGTGGCAGGATGTACTGA
Protein sequence (LotjaGi2g1v0419200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MENGDCTFLARPRYKQRKVSAIRDFPEECGPFVSKNAPVSKVDIADSDYANNTVLEDKNDEHVEGGTDRVSKCDKDTQHS ELKNDTFLTENLDQAIDCGLMKENSVVSSLQVDEPNLSNYEPANATVVGMDTFDTELERTEKSVKHDSAAGEAPMINGEV PMIDCSKSLSSDINVAYSGACMGEAGTKRYLPRKKVSAVREFPPFCGPHAPRLSMDYCLKGISSLNNNRADQQVLAVDDS LLKKAATTDVKENNTADEYHKRKLVDIVQVDYEGNANLPSENKRGKYIALPEESNRQISMKTKAADKEESRDAVMVEGTS RLEIIVHPEVQSLETMPLDKSTSQCKLNGNRLAVSSDRKVVLGLIATSQCPWSFDRSSTKSNLFGGTNEDKGAKADSFAR PDKSKTVVKALKKKKGSSPTNDRCQLVISEKKDSFDPNEIDEDWQIVPKSHSLNVNVFPFGHNSLVGHENDSNVTRQKVR ETLRLFQAVSRKLLHEVEAKSNERANTPKRVDLQAAKILKDKGKYVNTGDKILGSVPGVEVGDEFKFRVELNIVGLHRQI QGGIDYVKHNGKILATAIVASGGYADDLDNSDVLTYTGQGGNVMSTDKEPEDQKLERGNLALKNSIEEKNPVRVIRGYES SEGRTYVYDGLYRVDSSWQEMGPHGKLVYRFRLLRISGQPELALKEVKKSKKFKTREGLCVDDISYGKERIPVCAVNTID DEKPPPFTYITSMMYPDGCNLAPPEGCYCTNGCSDSEKCPCVVKNGGEIPFNHDEAIVEAKPLVYECGPCCKCPSTCHNR VSQLGIKFQLEIFKTPTRGWGVRSLNSIPSGSFICEYIGEVLEDKEAEQRTGNDEYLFDIGNNYNNNTLWDGLSTLMPDS QISSAELVKDGGFTIDALEFANVGRFINHSCSPNLYAQNVLYDHHDKRIPHIMFFAAENIPPLQELAYDYNYKIDQVYDS DGNIKKKDCFCGSSECSGRMY
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 |
|---|---|---|---|---|---|---|
| PANTHER | 348 | 980 | 633 | 3.9E-291 | – | |
| PANTHER | 348 | 980 | 633 | 3.9E-291 | – | |
| ProSiteProfiles | 389 | 981 | 593 | 171.496 | ||
| Gene3D | 466 | 681 | 216 | 2.0E-76 | ||
| SUPERFAMILY | 515 | 688 | 174 | 1.59E-57 | ||
| SMART | 529 | 679 | 151 | 2.0E-82 | ||
| Pfam | 533 | 679 | 147 | 6.0E-50 | ||
| ProSiteProfiles | 534 | 675 | 142 | 52.51 | ||
| Gene3D | 682 | 958 | 277 | 5.2E-91 | – | |
| SUPERFAMILY | 691 | 957 | 267 | 7.98E-75 | – | |
| SMART | 701 | 792 | 92 | 3.3E-27 | ||
| Pfam | 704 | 800 | 97 | 1.4E-16 | ||
| ProSiteProfiles | 745 | 805 | 61 | 11.293 | ||
| SMART | 808 | 957 | 150 | 1.8E-41 | ||
| ProSiteProfiles | 808 | 951 | 144 | 18.243 | ||
| Pfam | 819 | 951 | 133 | 1.3E-20 | ||
| SMART | 965 | 981 | 17 | 0.0022 | ||
| ProSiteProfiles | 965 | 981 | 17 | 9.134 |
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. | ||
| Biological process | Histone methylation | The modification of histones by addition of methyl groups. | ||
| 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 LotjaGi2g1v0419200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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