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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0165900 |
| Transcript ID | LotjaGi2g1v0165900.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Histone-lysine N-methyltransferase; TAIR: AT2G44150.1 histone-lysine N-methyltransferase ASHH3; Swiss-Prot: sp|Q945S8|ASHH3_ARATH Histone-lysine N-methyltransferase ASHH3; TrEMBL-Plants: tr|A0A0B2NX70|A0A0B2NX70_GLYSO Histone-lysine N-methyltransferase ASHH3; Found in the gene: LotjaGi2g1v0165900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:57585743..57597610) extracted from Lotus japonicus Gifu genome v1.2.
AGAAGTTACAGAACCCTATTTGCGGAGCGGCGAGGTTTGAAAACTGAAGGAACTAACCAACCAACGGCCACGTCACTTTC TTTTTCATAGTATAAGTTTACACATCGTCACTTCCAATCTCATTTTTCTCTTCTTCTTCTTCTTCAACGCATTTTCCAGG TTCTCTCTCTCTTCCTTTCTCTCTTCTTCAATTTTCCTTAATTCCCATTTTACCCCTCTCACTCACACTCTACTCGTTCT TCTTCTTCTTCTTCTTCTTCTTCTTCTGCAATCTTCAATCACCCCCTTTTAGGTTCAATTCAATTCAACAATCTTTCTTG GGTTTTCGTCAAAATTGTTGTCGTTTTCTTCACTTTCTACCATCGATCTGTGTTTGACTACATTTGTTTTATATTTCATA ATTCTCGTTTTTTTTTTCACACTGTTGTTGTGTCTCAGTCAACAGCGGGAAATGGAAAGTTTGAATCTTTCAATTGTTTA ATTTGTTTGTTTGACTTTTTCTCTTTCAGGTTCGGATGAAGGAAAATGGGGTCTCGGGGGAGGGGAAATAAGTATGTTGA GTTTCACATTTGCTTCTCTTTTTCAATTTGAATTTGCTGAATTTTTCTTTTCTTTTCATTTTTCATACAATACAATGGGA ATGTGGTTGAATTGGGATTTTAGAGTGAGATAAATTGGTCTTTGTTCTGTTTTGTTTTCCTGGGAATAATGCTCTTATTG AATGAAGCAATTAGTTTATTAAGAATATGACTTCTCAAATGCAATGTAGTAATTTGTGATGGAATAGTTTGAAAAGTTGT GTATTGCGAAGATTTTGAAGTGTAGTAGATTGAGAATGGGGGAATGAAAGGTGGCAGAGAGTTGCAAATTGGGGATTATC TTCTAAACAAAGAATAATATGTTTTGGGGATTGAGATTTCAGGGAATTAAATTGATCATTGCTTAACAATTCTCCAATAG AGGCACTTATTTCTGCATTCAAAATTGTATAATTATTAAGAAATTAAGGTAGTTATCAGCAGTTATAAATTCTCATAAAG AACTTGGAAGGGATGGCTGAGACTTGATATCAGTTTAAATGTAACTGTCATCTTAAATTGACGTTTGGACTAATAGTTCC CCTTATAGATGAAATTGAAGTAGACCAAAATAAAACACTATGGTTTTCAATTAAATTTTTTTTGAGCCATCCGTTTGACA TTCTGAAAGGAACAAGTATTGAACCATCTTTCTGCTACTCAGCCTGTCTCATTGCACAAACATGTTAAGGAAAATCTATT TGTGCATCTATCTGATTGAGGATGTTAGATTTGATTAGTTGATTCTGGAACCTCAATGTTGAGTTATGATGTGATGCCTG TGATTACTTGATGCTGACAAACTGTTCTTCATGTTGTAGGCCTAGTAAGCCTTTGAAGGAATCAAGTAAGTCTTGTCTGT GGATTTTGTGGCACTGATTTTCAATATCCAATGTATGGTTTGATCCTCTATTGAAAACTAAGATCCAAGCTGATCAACAC AGGAACATCTAATTCTCTATCAGATTCCATGCCTGCCATGAAAAAGGTTGTTTTATATTGTCATCCCGTTGATTATTCCT TCTCAAGTTCTTTATAATTTAGCAATGTAATCATATTAGGTTTTCTGTGGAAGTGGTTATGTAAATTTCTACTATTCCCC CTGACAGAGTGCTTACATGTTGATATATAGTTTTACAGAGAGCTTTCTGACAGTAACAATATTGTAACTAACTAACTAAC TTCCATGGGAACAACACTGCTGACTTAGCTTAACTATTAACCAACTCAAGTGTCAATTAAGGCGTAAAATTAAACAACAT GAGTGAACATAGCAGATACTCTAGTACAAACAATCACTAACCAACTTATGCCCTTAATTAACTCAAACCTGCCCATTTTA CATAAGACAATTGAAGTTATATGAAGATTCTTCTACTTCAATTGCTTTCATCTTACTGTTACTTCAATTGCTCCCATTTT GACATCATGCTTATGGCAGTTTTAATAAGGTTATAGTCAATGAAATTTTCTCTTTTTAAATTAGTTTTGTGCTGTTGCGT GAGATCCTTGCCTTTTCTGTTTAACAGAATTCTGAGCTGACTCATTTTGGAGCTATATTCAACAAGTTGGTGAAGGAGCT TAAGGAGCCTGTTGTTGATTTTGAACTTCCAGATTGTTTTCATAAGTCGAAGGCAATGGAGTATATTCATATAAAACGCA GTATCCTTTGTACATGTTGGTCAGAGAATGTTCATAATCACTCCTTATCGCATGTAGTGCAGTATAGTCTCTGCTTTATG GGTGTCTTTGTGTGTTGGCCCAGCTAATATGTCACCTAGTGTTGTTTGTAATTCCTTTATTTCTTCTGAACTATTTAATC CGGTTACAGTTAGATAGTTTGTTTACCTGTCGTATAGTGTTAGATAATATTTTTTGTTGGTTCTTATTAATTTAAGATAT ATATCTCACTAAGAAGTTCAAGAGACGGTTTGATGATGATGGCATATTTTGTTCCTGTTCATCTGAATCTCCACCTGTAT GTGGTAGAGATTGCCACTGTGGGTAAGTATTCCATGTCTGTACTTCATGACATTTTTCATGTATTGATCTACATTTCTAG TACATGCCTACTCCATTGTTAGTAGTGTTCCTGAATTTACCTTGTGTCCTTTGATTATGAATTATATCATCATCTGGCAT CCATAATGAAAGCATGTCATTGATACTGTGTTTCAACAGGATATACTATGTACACTGGTGTATTATTATTACATTGGGAT TGCTTAAGTATATGATAATTCTAACATTCTAATATTAGCATATTTATATTATCATCATCAATTTTTTGTCATTATCATTA TTGATCTTGTTATTATTCTCAATGTTGATTGATCTGAACCCTGAGCATGAATTTTTCACAAGCTGAGTCTCAAACACCAC AAAACCAGCAAAAAATGGGGTGGTATGGCTTGATTGATTTGGTTCCAAAAGTACAAGAAATTGCCTTGGGCTATCATACT GGGGCTAAGCTCTGGTGAAGTGGTGTTATATTTAAACTAAAAACCTAGTTTCTAGATTTTATTGATGTATAACTTTTTGT TTTATTTGTATACGTAATCAAAATCTCTGCTCTTTATTTTATATTACTGATGCAAGTGTATCAACATAAATCTGCAATCA TTTTATCTATTCATTATGTTGACTGTCCCTACAGGATGCTTCAATCTAGTTGCTCCTCAGGCTGTAACTGTGGGAGCTTA TGTCTTAACAAGCCATTTCAGAGTCGCCCTATAAAAAAGATGAAGTTGGTTAAGGTATAAACTTCTGGATCAGGATTTTT TTGGGGGTTTGTTACTTATAATATAAATTTTTGTTGGTACTTTCTTTGCATATTGCTTTCAATTTTCAGTAATTCATTTC ATTCTCAACACTATGAAAAACTAAAATACAGGAATTTCTGTTATTGCTAATTATTCCTGTATTTTCTGATCATTGTGAAA TCCGGATTCTGTTTATAGGGCATTTGAACTTTATTGATTATTAAGCATGTTGTTCTTATTTGGTTACTCTTGTGCTCCAT TTTCAATTTATGTTCATCTTAATGCAATGCATATCTTCGCTGTTACAGGAGTTACCTGCCTTCTTTTTGTTGTTGAAGTT CTTTAGTTCTATTCTATTAATTTTTGTTCAATATATATGGTTGTAAATCTGAAATTTTAAATCACACTTTTATTTCCTTC CCGCCATCTACTACTTCTATATCATCCCATTACCTCCACCTTATTTTTCTGCACATAATAGATATGTGCTCATATTCTAG CTAGGTTATTTGATTACAAATATTCACTTGTATTCCTCTCATAGTATCTACACTTAAACATAATGCATTGCTTGTAGACT GAGAAATGTGGTTCTGGAATTGTCGCGGATGAAGATATCAAGCTTGGGGACTTTGTTGTTGAGTATGTTGGAGAAGGTGA TAATAATTGTTTTTACCATCTGCAATTACAAATGAGAATTGCTTTCCCTTTTAAAACCTACTTAAGAATGTTATTGTCTC CTCTCTCTACAGTTATTGATGACAAAACATGTGAAGAAAGGCTTTGGAACATGAAACATCGTGGGGAAACAAACTTTTAC CTATGTGAAATCAATCGAGATATGGTGATAGATGCAACATATAAGGGAAACAAGTCAAGATATATCAATCATAGCTGCTG CCCCAATACTGAGATGCAGAAATGGTTGACTGCTAATTGCTTCACATGGTCATTTAGTAGTATTTGATATTTTATCTGAC CTTATTTAATATAATAGTTTGGAGCTTCATCTAACAAGTGCTTTATTTCTTCCTGGTCTTAAGGATAGTTGATGGTGAAA CACGAATTGGCATATTTGCAACGCGTGACATACAAAAGGGCGAGCATCTGACTTATGATTACCAGTATGAACACTTGTGT TGAATACACCATTTCAGTTGAACTATCTCTTTTTCATTAATATCTATGCGTCTGGCAAGTTTTGGTGTCTTTGGAATGAT GCTAGTGTGACTCTATTGCAGTGACTGTGGATTCTTTGTTTCTAACTATGTAGCAGGTTTGTTCAGTTTGGTGCAGATCA AGATTGCCATTGTGGTGCTGCTGGGTGCAGGCGTAAGCTAGGTGCTCGACCTACCAAGCCTAAAATGTCTTCAGATGCTG CATTAAAATTAGTTGCATATCAGGTGGCTTAATCTTCTCTTACATAGCAACTTTATCCAGAGTAGATATATCTCTCTAAC TCTCCATGGTTGTTGAATTATTTCAAAGTACTACACCGAACTGAATTTCAGCGTCTTTTATTATATCAAAGCTTTGCTGT GAGCTAATGCTTTTTAATTGGTTGATATATGAATATACTTTATCAAACTTTCATTGGACTTGTGATTAAGAAATGCATCT ATTATAGCAATGAATGTGCCACCATATCCTCACATATGTGCTGATTGATTTGTTGAGTATAATTGATGTTGGAAATACTG CCTCTGTTAATTTACTGTCCAGAGAGAAGAATAGATAGAGATCAAGAAATACAAAATAGTTTTTTGGATTTGTTTTCAAA TTCCTATCTTACCCTTTGACCTTTTGACTACTCAATAGTGGACTACTATATAGACAAATAAATAGGAAGAGATATTTTCT TCTCTTTCTAGATAGATAAATAGGAACTAAGGTAGTATATGAAAATATGAAGTTAGTATGTCACCATAAAATGAGATTTA CTAAACTTAGTGAAGAGAAAAGAGCCTTTTATGGTCCAAAATGTATTCCCATGTTTTTTATGGTTATGATTTTTTTTTCC AATAACAAAGTGTTATATGAGTTCAGATCGCTGTAGTGAGTACCTACATTTGTAGAATCCTTTGATTTGGGGGGGGGGGG TGATTAGTCAATGGGCGGGGGCTGCATGACCTTTTTTAATATCAGTCCACCACATCCATATTTTCTTTTTGGGTGCTTAT TTGCTTTCTGAAAGTGTATCAGTTCAATTTGCTATTTTGTTTCATCATTGGGAGAATTATTAGTAGGTTCCATATTAGGC ACTGTATTCATATTCAAAATAAAGTAACTATTTCACAGAAGAACAACTTCCTATAAAAAGGTAAAAGCCAATCTTTAAAA TAACATTAATAATTTATATGGTTGCTGAACTTACTGTGTATTTGATAGGAATCGCTGAACTTACTGTGTATTTGATAGGA ACCGATATCTTTATTACAATGAATAGGGCCCTTGATTACAGTATGAGTAGCTAATGCTAAAATGCCCCAATACTCTCAAA TGACTAAACACCCGTCCTTTTCAACCTTTCTTCCACTTTCTAGGCAACATGTTTTCTTTCCTCAAACTAACTCAGCTTTA CTAGCAGTACTACTAACATACACTAACAATTATACCTACTAGCTGAGGGGTTTTCCTGTCAGTGTTGAAGTTTTTATTCC AAGGGTGAATCGGGAAAAGTGGTGCTTATGATCAGGTGCCAAAGTGTAATACAGTCATGGTCCTTAACAGCTGAAACCTT GTTTCAAAATGTTTGGGACATTTGATGAGTTTTTAAAGATCTGATGATTGGTGCTGAATTTTTTAAAATAGACTAAAAAT AATGTTGAAATCTATAAAACGTAAAAATCTGTTGGACTTGCGCTTTAGAGGCTTAACCTTGGCACATTAGTAAGGTTGCT GCCTTGTGTGATCTTGTTGTCATGACCTTATTAAGGTTGTGTATAGATGAAAATACAATGTAATATTTTGATATATTGTG TAGATAATAAATAATTTAAACCATTTGATATAATGCTTTTTAAGAACTGATTTTATTGAGTTTTGGTAACTTGGAAACCC CTTAAATGCAGCGATTAATTTTTTTTAAAATTATAGTTTTGTCCTTTGGGTACAAGAGAGGAAGAAGAAGACCTGAAATA ATAAAATTATAGACCAAAATAGTAATCCTTATTTTATTCTAATACTATACTCCTAGTCTTAATTAAGGAAACAAATCGTG ATATATAAGGAAATATGAAAACCAATCCATAGAGATGATAGGAGATACACTATATTACTCAAGATACGATTACACTGGTG CATGAAAGTAAAGGAAAAGATTGCAGTATGTTAGTATCCAATAGCAAGGTATGAGACTTAAATCCTATATGGGAAGAATG AGATTCTTGTGTGGCGTTTATAAGGTTGTAGGATCTCCATCTACAACGATTAGGTTTTTTGTTTCTTATCAATTGGTATA AGAGCCTTGTTCCATGTCTCTCAACTGCAAACGAGCGATGCATGTGGTGATGCCGACGTTGGAGTGTTTGCACTAGTCAA AGGGCTAGTGCACAACCAGCCTCATGGGTGTTGGGAGCATGGTGGGGTGTTAGGATCAAATTGCAAGGTATGACTTGAGT CCTATATCAGAAATATGTGAATTCTAGTGTGGGCTTAATAAGGCATTGGACCCTTCAATTACAATGACTGGTTTTTGTGA TATGGCTCTCCCAAGGTTCTTATCAGATACGATTAAAGATAGTATATGATATTCTCATTTATCCTGAATTTTCTCTTCAG CTAAAGCATACTAATCTTTAAGTTTTTTCAAATGTACCCTTTAGAAGAGAGAGGATATTCAAATAATACAATTTGAGATT GGAGACCATCTGAGCCAGATCTCGTTTTGGACAAAAGATGGGGCAACACTGCATTTGGAGCAAAAGTTGAGCCAGACCAT GTCTAGGACAATATCTTGACAAACCACAACTTCAACAAAAAAAAGGGGCCAAATTGTGTCTAGGATAGCCAAGGCCAGTT GCTTCTTAATGGTAGGAGGGGATGAAATGCTTGTGGTAGAAGAGACATGGCAGAACTGAGGGTGATATTGCTTCGATATT GTTAAAAGTTATAGGGTTTATTCCTTTAGTTTTAGGAGGGAAAAGAATGCTCGTAATAAGGAGGGAAAACCTGGTGCTAC AAAGCTCCCACTATGCGCGGAGTGCAGGGAGGGGCCAAACCTACTTTGTGGATCTAATGTAGGCAGCCTTACCTTACATT TTTCCACGGTTTGAACTTGTGGCCGCAAAGTCACATGGTAGCAACCTTATCGTTGCGCCGAGGTCCGCTCTCTATAATGT GAATGATATTATAGAAGACAAAACACTAATTCTTATTTATACTAATACTAGATTTAAAATTTTGATTAAATTGGATGACA AATCATGACATATAAGGAAATATAGAAATCAATCTTAACAGATAATCTAAGATATTCTAAATTCCTCGAAGTTATATGAT AAAGATATTATATGATATTTTTAGTGCATTAAAACAAAATTAAGTGCAACTAAAGGGGGTTCATGGCATTTTAGTTGTCA AGACGGAGGCTGCAGTGTAGCAGTAAATTACATCCTAGGGCATGCTTTTATATGATACATAGCTTGCTCTTACACTGGCG TTTCGCGTTTGTCAACCTGTACTCCTTTTTTTTCATCGTTTTCTCTTGAATGTCCAATGGAATACTATTACACACAAATG TGCACGCATTTTGAGTGCCTCCTTTCCCTTTATATTGAGCATTTACTTACCTCTTGCTTTTCTGTGGATTCCTTTTATAG TCGCATGACTCACGATTCGATGCTGAGTCTTACGATTACTTCGACTGGGTTGGGTTGCACAACCTGAATCCGTTTCTGGT GCTTTTTGGGCTAGTTCTTTTATTTCGTCACGAAAACGGCCAGGAATATCCAACTAATATTCTTCCGAAAGACCCACATC ACATTCTCAGAGAAACCAAACCCTACTTTGGTCCTTCTACCATCGATCCATGTGACATTTCTGATTAACTAAAGAAACAT GTCTCCTTTGTTGTTCTTCTATTAGTTCTGGTCTCCCTGGTGCTTCTCAACACTCATCACCATCTACACATGTTTCTTGC AGTACTATTTGTTTATTGTTGTTGTTGTTGTGCTATTTGTTATTGCTGCTGGCTAGTGTTGACATTTGAGATGACGAATG ATTCAATTAGTTAGATTATGATCATTTACTAGGATCTAAGTATTGGAAGTAGGAAAGTAATATACATCTTGTCATCTTGT TGATGTTTTTTGGAAGGGTTGAATACTTGAACTTTATGCAAGGACCCACTACTTTTCTTCTTGTTTTGATTTATGGCTTG GATCTTGGTATATTTTAAGGTTTATTATATGATATATCAACTTGTTTCAATTTATGACTCAATGTGCCCCTTAAACTCCA TTTAAATTACCTAGAGGTAGAAACAAAGACACCTTTAAAAGTTAGCTGTTAGGTAAAGATCCATGAATTTGTATTGACAA ATACTTATATTTAAAGAAAAATATATGATTATGAGTCATCTAAAGAATAGCTTCCCACGTAAGTTAAAATCAACTCCTGC ACTTTCACTTTTTTCAGAAGGTCCCCCCCCCCCCTACCTATTTTTTCCTTTTCCCACAAATGGGATCAGGTACATGGATC ATTCGCCTTAATGCCCTATCTTGTTTTGTTTTCATCAGTACCTCTAAGGCTTTTCCTAAGTTGGGAACCAAATACTTATC TTAGTTGAAAAGCTCTTTAAGGCTAGAGGTCAGAGTTACTTTGTTGTATTTGCAAAGATCAACTCCTAAAAGCTTGAGTT TTGGTTTAATGTCCATGAATGATCAAATAGAGAAATTGAAATGACAAATTGTGAGAGAAAATTAAAATAGGATTGCCTGT AATACCTCAATTGTTGCCATGATGCTTAGCAACCTATCCTGAAAATAGCTTTGGGATGATGAATAGCTTGCCCCTCAAAG ACACCTTAGGTAAAGAACATTCCTCTGGTTATGACAGCTAATGTTGTTGCTTGCTGCATTGTTGGGGGATGATGAAGAGC TCTACTTAGGGCATTAAAGAAAAAAACATGGTTTCTTTCAGGATTTGGGCTTTTGATATCAACATAATTTCTGGTCTGAA AAGATATCAATGGTAATATAACAATTAGAATGATTCCCATTGGCTGGAATAAGATATACACTATCCCCTTTTTGGAGGGA ATGATCATTCCTTTATTTGATGGAATGAAGATTCTTTTTCTGAAGACAATACCAAATGTTTTATTTTTTCATTTTCTTTC CCATTATTCTGTGCAATCAACCCCAAAGTAATCAGTTCAATCTCTGTTATTGAATTTAGTAGCTAGTGCATTTATATTAA ACTATGATGATATTTCCAGTTGACTAACTGTGGGCTTTCTATCTGGAAAGGTTTGTCAGAATGGAGGCTTGCAAATCGGT AAGCTTGATTCTTTATTTTGTTGATTATATTGTATTTGATTTATCTGCTATTGTTTCCTCTTTTTATTTTATCTCCTATA TTATGAACCATTCATTTTTTTTCTGTTGTACTTGGTTTTTCAGGAAGTTCTCGTGTTGACAAATCACTGTGCATACACAA TTGCATTGGTAATATTGTTATGATAAAACAGCTAGGAAATGCGAGGTATACTAAAATTGTCTATTTTTGAATTGTGATAC TATCTTTATGAAGTTCATGTATCTAGTTTTATTTATATTATTCATTCAACAAGTTAATTTCACATGGTATAACTTTTTTG AAATGAATTGTTTTTTATTCTCATAATGCTACAGGTTTGGGCATATTTTACGGTTCGATAAATATTCCCGAAAACACTCG GTAAGAGATTCTTTGGTTAAGTTTTCATAGTTTTGATGAAAATTGTAATAAAATATGAATATGCATTTACGATTTCAGAT CCTGTTTGAGGATGGCTGTGTTGAGATTTATGATATGTCAAAAGAAGATTGGGAACTTGTGAGATTGTGATGCTACTTTT GGGGTAGGAATACTTGTGAGTATTTCTTTTGCACCTATCTCTATGTGATTTTGTTAAATATTATATTTTAATGTTACCTC TCGAAATTGCTGCACTTTTGATTTGTTGGCTTGGAAGTGGTGAAATAATTTGATTTTTGCTCAATGTTTGATTCCATTCT GTCTTGTAAATCATGAATTTTTCTTTTATTCCCCCTCTTGACTGCTTTCTGAAGGATGTTTCTGACATTGAGTGCAAGAT CAGTGATCGGTATGTATCATTCTGGAATGGGGTTTTTACCATAACAGAATTAAGAGTGTAATTTTGTTGCCTTGTTGGAT GAAAAGAATTGATAACATGGTCTTTAGTCTGGTCAACAGTGCTAGAGGGAGGCCAAAAATAACATTGGAAGATACTGTTA AAAATGACTTCATTATCAATAATAGTCATCAAAATTTGGTTTTTATCGAGCTCGAGCTCAATGGCGTAGTGTGATCCATA TATCCGACCTCACTTAGTGGGATAAAGCTTTTGCTGTTGTTGGTGGTGATTATCGTACAAGTCTTTGCTGGATTGAGAAA TATGGTTCATAATTCATGAGGGGAAGGCATGTGAATAAAATTTAGAACGGTTGCATGGTTTATGTAATCCAGCTCTGAAT ATTTTGATCATTCAGTTGTAAGCAGCTTTCCCTCTAAATTGCTATCATGGTCCAATCTTATCATTTTCCCATATAGTCTC ATTCTTATGGAAACTAATATACTGTTCCATTCCACTTCTGTTTACACATGTTGCCAATTATTGCCTTTATGAGTTGTTGC TATAAGCAAGTATTGTGAAATTAGAAAATGGTAAAGTTAAGAGTACCAATACATGTATTATTCTCTTTTGCAGGTAAAAG GAAGTGAAAGTTGGAGGCATATTATTCTTTCTTTGGATGTGCAATTGTGCATACTGCATACTTGTTGTAGTTGCTCTGAT CAACAGAGAATACGAGGCGGGATTGATTAACACAAAGCATTACTGATTGAAAAAGCATCAACAAAAGTTGCTTTTGTTTT CCATTGACAAACTACCACGCAAGACTAAAAGATAGTTCAAAGCAGGGAAATAATCCTTATATTATATCTTGCAAATCCAT CCTTGTTGTAGTGTAAAATAAGGATTCAATTTGTTCCATCAACGTGGAATTGTGCAATAGGTGTATCAAGTATATTATTT TACTTTCATTCTTTTAAATGGATGCATCAATGCAGGAATGCTTGTATCCAATTCATAAATGCCGCTTACACTTGTATTTG TAATTCTACGAGTCCTATTTGTATTTGTAAATGTGTGATTTTGTTTTGTTTAATTTCTATTCATCATTACTCTATGGCCA AGGCTTTGTAATGCATGGATGTTCAAATTGTTTATGTCTAGAATGTGTGTAAGTATATGGAGACTGACCAGTAACAAACT GACAGCCAGTTAAAACTAACTATTAACG
CDS sequence (LotjaGi2g1v0165900.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGGTCTCGGGGGAGGGGAAATAAGCCTAGTAAGCCTTTGAAGGAATCAAGAACATCTAATTCTCTATCAGATTCCAT GCCTGCCATGAAAAAGAATTCTGAGCTGACTCATTTTGGAGCTATATTCAACAAGTTGGTGAAGGAGCTTAAGGAGCCTG TTGTTGATTTTGAACTTCCAGATTGTTTTCATAAGTCGAAGGCAATGGAGTATATTCATATAAAACGCAATATATATCTC ACTAAGAAGTTCAAGAGACGGTTTGATGATGATGGCATATTTTGTTCCTGTTCATCTGAATCTCCACCTGTATGTGGTAG AGATTGCCACTGTGGGATGCTTCAATCTAGTTGCTCCTCAGGCTGTAACTGTGGGAGCTTATGTCTTAACAAGCCATTTC AGAGTCGCCCTATAAAAAAGATGAAGTTGGTTAAGACTGAGAAATGTGGTTCTGGAATTGTCGCGGATGAAGATATCAAG CTTGGGGACTTTGTTGTTGAGTATGTTGGAGAAGTTATTGATGACAAAACATGTGAAGAAAGGCTTTGGAACATGAAACA TCGTGGGGAAACAAACTTTTACCTATGTGAAATCAATCGAGATATGGTGATAGATGCAACATATAAGGGAAACAAGTCAA GATATATCAATCATAGCTGCTGCCCCAATACTGAGATGCAGAAATGGATAGTTGATGGTGAAACACGAATTGGCATATTT GCAACGCGTGACATACAAAAGGGCGAGCATCTGACTTATGATTACCAGTTTGTTCAGTTTGGTGCAGATCAAGATTGCCA TTGTGGTGCTGCTGGGTGCAGGCGTAAGCTAGGTGCTCGACCTACCAAGCCTAAAATGTCTTCAGATGCTGCATTAAAAT TAGTTGCATATCAGGTTTGTCAGAATGGAGGCTTGCAAATCGGAAGTTCTCGTGTTGACAAATCACTGTGCATACACAAT TGCATTGGTAATATTGTTATGATAAAACAGCTAGGAAATGCGAGGTTTGGGCATATTTTACGGTTCGATAAATATTCCCG AAAACACTCGATCCTGTTTGAGGATGGCTGTGTTGAGATTTATGATATGTCAAAAGAAGATTGGGAACTTGTGAGATTGT GA
Protein sequence (LotjaGi2g1v0165900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGSRGRGNKPSKPLKESRTSNSLSDSMPAMKKNSELTHFGAIFNKLVKELKEPVVDFELPDCFHKSKAMEYIHIKRNIYL TKKFKRRFDDDGIFCSCSSESPPVCGRDCHCGMLQSSCSSGCNCGSLCLNKPFQSRPIKKMKLVKTEKCGSGIVADEDIK LGDFVVEYVGEVIDDKTCEERLWNMKHRGETNFYLCEINRDMVIDATYKGNKSRYINHSCCPNTEMQKWIVDGETRIGIF ATRDIQKGEHLTYDYQFVQFGADQDCHCGAAGCRRKLGARPTKPKMSSDAALKLVAYQVCQNGGLQIGSSRVDKSLCIHN CIGNIVMIKQLGNARFGHILRFDKYSRKHSILFEDGCVEIYDMSKEDWELVRL
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 | 27 | 27 | - | – | |
| PANTHER | 25 | 371 | 347 | 2.5E-160 | – | |
| PANTHER | 25 | 371 | 347 | 2.5E-160 | – | |
| Gene3D | 57 | 294 | 238 | 1.1E-71 | – | |
| SUPERFAMILY | 68 | 274 | 207 | 8.24E-64 | – | |
| ProSiteProfiles | 71 | 320 | 250 | 100.72 | ||
| SMART | 90 | 138 | 49 | 3.7E-9 | ||
| ProSiteProfiles | 90 | 137 | 48 | 11.809 | ||
| ProSiteProfiles | 139 | 256 | 118 | 19.534 | ||
| SMART | 139 | 262 | 124 | 1.5E-41 | ||
| Pfam | 150 | 255 | 106 | 4.5E-19 | ||
| ProSiteProfiles | 262 | 278 | 17 | 9.167 | ||
| SMART | 262 | 278 | 17 | 0.0026 |
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 | 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. |
Expression pattern of LotjaGi2g1v0165900.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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