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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0267000 |
| Transcript ID | LotjaGi1g1v0267000.3 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | histone-lysine N-methyltransferase; TAIR: AT1G77300.1 histone-lysine N-methyltransferase; Swiss-Prot: sp|Q2LAE1|ASHH2_ARATH Histone-lysine N-methyltransferase ASHH2; TrEMBL-Plants: tr|A0A0B2SJ73|A0A0B2SJ73_GLYSO Histone-lysine N-methyltransferase ASHH2; Found in the gene: LotjaGi1g1v0267000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:65255427..65268351) extracted from Lotus japonicus Gifu genome v1.2.
CTTAATAAATCAAATCGTGTTTGTTTGTTTTTCTGATTTCTTCTTCGATTTTATTTTTGTTTTCGTTGACAACTTCACCA ACCATCTCTCTCTCTCTCTCTCTCTCTCTCTCATCGACCCAGAGAGAAAGGAATAATTTTTATTGTAATTTTCACTATCG AGAACACCATTGTTGCTTCTCCTTATCCTCAATCTCACGCATCCGAACCAACACAGGTATCTTCAATCTACTCGCTCTTC AACTTTTCATTTTTGTTTTCAATTTTCTCCATATTATTATATTTATTTTCATCTAGGAACCCGTGTTTTCTTCTGCATTA TTGTGTGTAATTTCTCAAAGTAGGGTTTTGTTTTTTTGTTTTTTTCAATCGTTGAATTTTTTTTTTGTCTTCTCTTTCTG TGCAGAGGGTCTCTGGATAATGCTGCAACTTTCTAGGGTTTTTTTTTTTTCTGGGCTATGATGAGGTAGTGTTGTTTGGT TTGTTTTAATTGTGAGGTATTGGGTGATACATTGTGCTAGCTTTGGTGGTGGATTTTGTTGTTTTTTGTGGGGGTGATTA TTTGGTTTTGGTAATCAGAGAGTGAAGGGTTAGTTGCAGTGTGCTTGATTTTTGAATGGTTTGTTTGTTGTGATTGAGAT GGGCTCGTGTGGGGAATCTGCGATCGGTGATGATCCCTCAGGCGGGTCTGGTATTGCAAAGAGTTTGTGTCCGGAGGTTC CGACGCCGTTAGGTTGTTCTGTGCAGGAGTCGTGTTCGGAAGAAGCTTGTGATGTGTTGGGGTCGAATGTTGACTTACCT GGTATGACTGATGGTTGTGTGGGAGGGGAGCATGTGGGTTCTGCGAGTCTTGTTGATGCTGCTGAGGGGTCCAGGGATGC TTTGGCTGATGGATGTGAGAATGCTGATGTGTTGAGGTCAGAGAAAAGCGCTGCTGCTGAGGGGTCCAGGGATGCTTTGG CAGATGGATGTGAAAATGCTGATGTGTTGAGGTCAGATAAAACCGCTGAAGATGGTTGTCAGAATTGCTTGGAGAATGGG GATGTTGAAGTTTCCTGTCTAAAAGGTGGTGAGCTGTGCTCAGAAGATGATTTTGGAGATGAAGTCAACTTTGAGCTGCC ATCTGAGTCCATGACCACAAATAATTTGCAGAAGGAGTGCACTCAACAGGGTGATGAGAGGGATGATATGAGCAGCATTT TACCCTCAGCTGTAGATGATTCAGCAGTAATGGAAGGGAACAACGATGTTGCTGATTTACTCGCTGATGCTTTCAATGGT GTGTTTGATTTCAGGCATTCTGAAGTGTCTTTGGAATCAGAATCCATGGCTGACATACTAGTTGATTGCAACCAGAAAAA TGAGCCAGGGGAAGTTATGAGAAATGAAGATACCTTGTCAATGGTTGTGGAAAAATGTGATGCTTCAGACGGAATGGAAA TTGATGCTTGCAGGCAGATGTCTCCTTCACAGGGTATGGAAGTTCTGTCAGGTGTATCATATAGAAATACAAAAGTAGAG AGCACTAGTGATGAGCTATGTGCTCAGAAAGATGGAGTGGATTTGAATAGTACCTGTGAGGAAAAGATTGAAGCTGTTAT TGATAATGAAACCACTGTTGATTCGTATAGGACCTTAGGGGGCTCACCTGTGGTTGATTCGCTTTGTGATGCTTTAGATG GAATAGAAGTCGATGCTTGCTGGAAGATATCTCCTTCACAGGAGGGTATGGAAGTTCCGTCAGGTGTATTACATAGAGAT ACAGAAGTAGAGAGCACAAGTGATGAGCTATGTGCTCAGAACGATGGAGCGGATTGGAATAGTACCTGTGAGGAAAAGAT TGAAGCTGCTATTGATAATGAAATCACCGTTAATTCGCAAAGGACCTTAGGGAGCTCACCTGTAGTTCATTCACTTTGTG AGCCTACCTTGCTGGGTCCGGGGAGTGAAATGAAGAATGGTATACTGCAAATAGAAGATAATTCTTGTGAATTGAATAAC TATTCTGCAGAGGGAGCTGCTGACTCTACCTGTAAGAAAACATTTTATCCAGAGTCAGGTCAGCCCTCTGCTGTTTTAAT CACTAATATCTCTTCGAAGGATGTGCCTGATCTTCTTTCTAAAAGTGATGATGTTTACATCAATGATAATCGTGTTGTAG ACAATCCTGGACAGACAAATAGTGTAGGAAAAGAAGCTGTTGAAGTTGATTGTATCATTGAAAGTGAACAGTTACCTTCT CTAGGGAACACTCGGAGGACCAAATCTGGTCGTAAGACACCAACCAAAAAGGCTTCAAGAAAATGCAAGAACAAAGTCAG TGTTATACATCCAGGCGAGGGCATGAAGATAAACTTAGATTCTGCTAGAAAGAAAAGAAGTTGTTTATCCAAACCAGCTC GTTCTTCTATCTGGGGATTGCTTGGGAACATCAAACAATTTTTTCAGAAAGATAATGAGCTTGAGGTCAGTGAAGCCATG TGCCGGGAATTGGGGAAGCCTAGAAGCAAACGTCAAAATGGCAGAGCGATTAAGAGCGGTGCAAGTTCCAGTTCATTGAG TTTAGTGCAGAAGCAACCTGTATCAACTTCATCTACTCGCGTTCGTCTAAAGATAAAGTTTGGAAAAGAAATTGATTTAA GTTGCTCAAATGTCTTGACTCCAGAGGCTGTTGGTGGCTTGGCTTCTGCTGCCTACTTGGGGTCTGATTCCGGTTCACAG AGAGTAGCCAGCAATGCTGAAGATAAATTTTCTGAAGTGGTAGCTTTGAGCAATCTAGAATCTTTAACAAATGACCAGGA TAAAAATGGTCTTGTTCTAGATGGACAAATTGCAAATGGCCACTTAGAAAATACAGAAAGAATGGAGAAGTCAGATGGAG GTGCGGAGGAACCATGTCTCACAGTTCTTCCTGAAAAGTTGGTTGAAGCATTGGTTAAGCCAATCGATATTAAGGTTATG GATCCGGGAACTTCACCTGATTCAGAAGTTATCAATTCAGTTCTGGAAGTTCAGGTTGGGGAAAGACATGAAGAAGATGT ACATCACTCTGATTTAGGTTCTTCAAAGGAGTTCAATTCTAATTTAGATGTTACCATCAGTAAGAGAAGGAAGAAGAAAG ACAAGCTTATTCGTTTGGGTAATTGTATCACTGAAGACGGATCACAAGATCCACCAGGAAAAAATAGAGCTAAGCATTCT AAGAATCACAGATGTAAGAAGAATTGCAGTGATGCAGTTAACTCTTTGGAATTGCCTACTTCCACTGAGATAAGCAAATC TTTGAACAATAGGGAATTGTCCACAGAATCATTGCCCCTTGCTGGAGTGATTGAACTTGGAGGCTCCACTGAGGCTTTGA AAGTTGAAGGTCAAATGGAAGTCAAGGCAGCTTGGATACCATCTATTGATCATGGATTTTCAGAACCCCATGGTTCTGAG AATTTGCTGTCTTCTGCAAAATCCATGCGGCGGAAACTACCAAAAAGTCTGACTAGTAAAGTTGGCAAGGCCAAATCTAA AGCTTCTGAGTCGACGAGCAGGAAAAGGACAACTTCTAGCTGCAAGGAGAAACAGAACAAGCCAATTTGTAAGAGTGAAG TTAAAGGAGAAGGTCTCTCTCTCAAAGTTAAGTGTGAAGCGGAAGATCACCCACATCCAGGTAGTGTTTTTGTTTAATGT CAAATAGACTGCACCATAATGTGTTACTATTATTTGCATTTTGGATTCAACTCTTACAGACCTTGTGTCCTTCATGACTA TAAATCTTGCTTGTAGTATTATTTCTTAATCTTACTTGGTTGCAATTAAAAAGAAATGGGATTTATTAACATTTTTGATA TTACAACAGCAGATGTAGTTGGAAATCACAAGATGGATGCTGCTGGAAACATTGATGCCAGTGACAATATCTCATCAGTC AATTTATCTAATTTGGACATGCTGCATGGTGGTGGTTTGGGAGAGCAGCCCCTATCACCGCGTAATGCATGGGTGAGTTG TGATAATTGTCACAAGTGGCGGCGTATTCCAGCTGCGCTAGCTGACCAGATAGATGCAACTAACTGCACCTGGTATACAA TGTTTTTTTTCTTCTCATATTGTTATCATTTCCATATAATTCTTGATTAGAAGCTGAATAGGCAGAATATGATATAAGCA TGCACACATATGTTAGGACTCGGGGTTTGTTTAAAGACAGATGTTTTTCATAATAGACTTAGTAATTAATTGATTGTAGT TAATTATATCAATCTTATTAAGTCCGTACATACAAAGGTATCTAAAGCAAATGCCCTGTCCATATTTTAATGATTTGCAT CTTGTCGTGGGTGATTTTCTTTTCAAGGACATGTAAAGACAGCAGTGATAAAGCCTTTGCTGACTGTGCTATCCCACAAG AAAAGTCAAATGCAGAGATTAATGCAGAGTTGGGATTATCAGAGGGCTCTGGTGAAGAAGATGTGTATGAACGCTCTAAA AACTATAAGGAATTGGAATATCGACCGCCTCTGGGTATGTAATTCTAGCTAGAAAGTTTTTTCTTCTCATTCAAATTAAA TAAAAACCTATCCTTGAAGCTAAACTTTTTCAGCCATTTAGGACTGACATTTAATCTTCCTTATTTGTGATGTTTACTTT TCTTCACACCTCGCAGTTCCCCAGCAATCAACCTTTACCCGTATTTTCACCAATGAGTTTCTGCATCGTAGCCGTAAAAC TCAGACTATTGACGAGGTTCTGGATTGTTCTAACTTTATGCTTGTTACATTATCACATATAATTGTTATAGTACATTATT TGATATTTTGATTGAGTTCCATGTTGTTTGTAGTATACACAGTCATTGATTTTTTTTTTTTTAAATTTGGGTGAAGTTTT ACATATAATCATGATGGATTCAGCTTTGGGAATTTACGAATTTGCACATCAATTTTATGTCCCTTATTCATTGTACCTCT GGACTTGTAGATAATGGTCTGCCATTGCAAGCCATCTCAAGAAGGCAAGTCGGGCTGTGGGGATGAATGTCTAAACCGGA TGCTTAACATTGAATGTGTGCAAGGAACCTGCCCATGTGGGGGGCGTTGTTCCAATCAGCAGGTTTATGCGCTAATTAAT TTTAATATTTAAACTATACTAGTATCAGGTCTTTTTACGAAAGGGCATGGTTGTAATTCAAATTCACATGTTTGATTTCA GTTCCAAAAACGCAAGTATGCCAGCCTGAGGTGGTTTAAAAGTGGGAGAAAAGGTTATGGACTGAAGGCAGTTGAGGATG TATCTAAAGGCCAGTTTCTTATTGAATATGTGGGAGAGGTGACACGGACTATGCTATTCTTCGTTTTTATCCCTATTCTG ATTTCACAATTTTACTTACTATTTTATTATGATTTACGACATGAATTATTGACCTTTGCAGCCTAAATCCCAAAATTTTG TAATCATTTATGTGGTTTGGTTCTGAAGTTTAGCTGAAATTTTAGGGGAAGGAAGAATTAACATTATCTTTAACAAAGTC AATCTAAACAAGTTAGAATTGCATTGGTCAACTCTATTCTTCCTCATTTTGTAACCCTATGATATTGTTTTTGGATCCTC ATCCTCTTATATTTTCTTCTTACTACAGAAAAAGAAAATACAATCTGGCGTAATGCTGCTAACCAATTGACTTATTTGCA ATAAGTTAGGAGTGGACTGATTTAGTTTGAGTTGACCACTGCCATATGTTTGACCTACCTATTTTGGAATTGCTGGCTAA ATAGTGGCAAAGAGCCGTGAAAAAAATATTAAGCTTTTAGCTGAATAGTAAATGTTGTGTTGATCTCTAATGCAGTTCCA CATGTGAAATTCCAGGCTTGGGCTCCATTATGGACTAACAACATGGTTTTGATTATTAAATTTAACATATAGACATATAG TAATAGTGGATATAGCCTAAGTTGGGTTTGGTCCTCGTAAAACCACTCAATCTAGAACAAGGAGTAGTCTTAGACTCTTA GTAGGTTGGGTCCTGTATCTATTGGATTATGTACGTAATACCTTATTTATGTTTCAAACAGGTGCTTGATATGCATGCTT ATGAGGCACGGCAAAGAGAGTATGCTTTGAAGGGCCATAGACATTTCTATTTTATGACCTTGAATGGCAGTGAGGTATAA CTTAAACCTATGTCTGCATGCTTAAATAGGAACAACTATATTTGTTTTTGATCAAAGAAAAAATCTTCAATTTGTTACTT TTAGTGGTGTTGAGCACCTTTGTTGCCTGGAAACTGCAGGGATTTACTTATCTTATGTTGTGGATTACATCGCATAATAT TTTCATTAATAGAGTAGTTGTAATGTAGCCACTTCTTAAAGTGCATATGCAATGGAAATTCTCTCCTCTTCCCTTTCCTT CAAAGAAAATAGTAAATGGAAAAAATTTATATTGTGATAGGAATTCACTTCTGTTTTCCATTCACATCTCTTTACTTACA GGTGATAGATGCAAGTGCAAAAGGAAACTTGGGGCGTTTCATCAATCATAGTTGTGAACCTAACTGCCGGACAGAAAAGG TGAACATATTATTGCCTCCATTTTTTGTGGTTTATAAAGTAAGGTGATGATATTAAAGAAGCATTTTTTTGGCATTTTTG TTGGGAGCTATATTCTTGCCATTGGTATATATATTACAACAATTACACATCGCATGTATCTGAACATATGGTATAACTAT GTGTATTAGCTTCCTTATAATAGGAAATGTGAGTGTTTGCTTTTCCAGAACATATTGTTTATGCCATTTTAATATTTTGT ACATGTTAGTGACTGGAGCACTGAATTATTCTCTTGTTTTCACCTCACTGACACTGACCTTCTGTTCTATCCTTTTTCAT GAACAGTGGATGGTGAATGGGGAAATCTGTATTGGACTGTTTGCATTGAAGAAAATTAAGAAGGTGTGCTTTCAGCCTCC ACTTATTACTTTCATGTGTATATTTATTTATTGATTTCACCAAATCTAGTAGTTTTGTATTGTGGAATTATTTTGCTGCT CTGTTTCAAATTGATTGTGATTTTGACTTTATGAAACAGCAACATCAATTTATTTTCCTCTTTGCATGTCTGTTATGTAT TTTGATTATTATGATTACTATGATTATTAACTGCAGAAAAATGGGAATCTGTTTAATTTAATTTTGCGACTAGACTACAC AGATGAAATGCATGAATATTTGGCCATTTGAGCCAGGCTTATTCATAGAAATGCTTAATTGAACAGAAGGCTGGGTGATT AAGGGTTGTGAGACATATCTCGTTTTTTGCTTGTAGAGTCAAGTTGTTTGCGCATTCCTCGTTCTGACAAATTGGATATG TAGTTTTTTTTGTCCTGGAGTCCTAGACCCATGCTAATTAGTACCCATGTTATGCTTTGTTATATTATTCTTAATTTTTT CTTCAAAAGAAATAAACAGTATTTGCTTAATGCTTGTTTTGCAAATTTATTTAAAATCATTGCCTGTCTAGAATCATTTG TGAACATTGTCGCGAACACTTCATGGAATTTATGAAATGGATCATTTTGAATTCTCTAGATATGTTTATTTCTTTATACT TGTGAGATTATTGATGAAATAATTTTACACTGTTATTAGAGAAGGGGTGGTTTAGAAGGCTTGTGTTGTCAGTATGGAGG ACTTAGAGGTCCTATTTGCTTACCTCATGAATTTGGAATGCAACATATATGCTAAATGTGTTCTTTGAGCTGTAAGCTTG TACAACTATTATTCTCTCCCAAACTGATTTTTTTTCCCACCACCTTGCCAGGGTGAAGAATTGACATTTGATTACAACTA TGTAAGGGTTTTTGGTGCCGCTGCCAAAAAATGTTACTGTGGTTCTCCTCGTTGTCGTGGTTATATAGGTGGTGGTGATC CACTCGATGATGAAATGATAGTTCAAGGTGATTCAGATGAAGAATTTCCAGAACCTGTGATGCTCACTGAAGATGGTGAA ATTGAGGAGAGTGAACCTGATCCCAGGTACTTTGATAATGTGGATACAAAGTCTTCTAGACATTTGTTAAAAGATAGCGA TTTATTGGACAAGTCTACAACTGCTGAAGATGCAAATGGTTCTCCCGAGAAAGAAAGTTCTACGAACCCTGCCTCTTCTG CCGTGTTGCACAGCTCAGTTGATGTGAAAGACTTGAAGGTCAAGTTATCATCTTCTGTTCAAATGGAAGAAATTTCTCAA CAAATGGAGGATACAGCAAGCAAACCCTTGCCTGCTGTACAAGAAGGTTGTGCAATTGAATCTGAGTGTGCAGACAAAAC TTCTTCCATTAAAAAATTAGAGACTACTTCTTCCCATACAACTGTCAGCAAAGTGTTATCGGATTCTTCTGGTAGTAATC GAGAATCCAAGTCTGAAATAGTCGAAGGCAGGAATGATTTTTCACAATCACCCCTGCCTGTGGACACTCCTCAACTAAAT GGATCAGTTAAAAAGGGGAAAGTTCGTGCTAATCCTGCAAATGGTCATAAAGCTGAGCTGACAGCCACCCGATTGCAGGT GTCATCCAAGCACAAAAAAGTTGTAGAAGGTTCTTCCAATGGACGGTTTGAAGCAGGTTGGCTATCTTCATTTATTTTGG TGTCATGTTTATTGAAACCGTTTATAATGGATAAGCCTTTTCCTTTCCTGCAGTTCAGGCGAAACTTAATGAGTTGCTAG ATGGGGATGGAGGAATAAGCAAAAGAAAAGTAAGTACTTTATATTGGAGCCAATCAAAATAATATTCAAAATAGGTACAT TTATATGGAAAGTTGGGTGTAAATGGGTGCTCTAATGTTCTTTCTCACAGTTTATATCTGTTACATAACAAAGCAAAGTG TCAATCTCTACTGCTGCAATATCTTAATTTTATGGTTGTTGCATAATCATCAGAAATAGTTTGTCTTCTGTCATATTTTA TTTCTTCAACTTCGTTACTTGTTCCTAAATGCCTAAATGGGTTACGTGTTTTCAGTTTTCACCATTTGACTTTCAATCTT TTTCTTCTTACAGGATGCCACTAAAGGCTACTTGAAGCTTTTGCTTCTCACTGTGGCATCAGGCAATAGAAGCAATGGTG AAGGAATTCAAAGGTGCGCTTCTCTTTTCCTTATTTGTTTCTCCACTAGTTTAATTTTTCTTCATTAACCACATGTTATC AATGCTTTCACTGGACTTTTTCGTATGATATGGACCTGTATATACTTTGTAAAGGATATTTAATTTATGATTGCAGCAAT CGAGATCTTTCAATGATTCTTGATGCCCTTCTGAAAACAAAATCTAGAGCCGTGCTCAATGATATAATTAACAAAAACGG TAATCTATATCTGCTTTGTATGTAATTCAATTTTGTCCCACATATTTATGGGATATGCAAACTCATGACACCTTTTTCTG TATCTGAAAGTAACTATAGCATTGTCTTTCAGGTCTGCAGATGTTGCATAACATAATGAAGCAGTACAGGCTGGACTTCA AAAAAATTCCAATACTACGAAAGCTTCTTAAGGTGCTTAGATGTGAAATTCCTCGTTTTAGTTCTTTATTATCTGCACTA TTCCTAAGAGGTTATGTTTATTTGAGTCCATTTTAAATTACTGCATGTCATTGAATCAATAATTTGTTCCCTGTACTAAG CTGCATTTTGTCATTTTTTCCATCTTTAAGTGAGATCGTACTCTAGACATTGATTCTATGGTCACTTTGGTTCTGAAGTA AAACATATGGAACAACAATAGGGCATGTTTCTTTATTTTTTTAGCGGAGAAGAGCGCCCAAAGCGTTGTAACCTACTGTC TAATACTCTAATTTCGAAGACACTTCATGTATATTTTTACATCTAAAGGAACGTGTGTGCTTTCCTTTTATACTAAAGTG GGGAGGCTTTGCTGAGCCATTGGAAACAATATTAATCATCACATGCTACTATTGCTCTTGCTGAAGATTAGGAATTCTTT CATTAATTTTGTATTAAATTCACTGTATATTATATGATTTGGCCTTGGGTATGGTGCTGTTTGTACTGTTCACCTAAAAC TTGAAAATATATTTTGTAACTTTTGTGCGGTATGTTGACACTTGCATGATGTTAATGCATTTTCTTACCCTCCATTTATG TTGGTCAATTTTGTAGTCATTCATTTTGAATGTTAGAATACAAGAGTTTTAATATGATAATTATGGATTAGGTGCATAAA TTACCCCCATATACTCTTCAATAAGTTGATAGCTTGGTAGATTCTAATCTTTTCTTTGGTTTCCTCCTTCCTTTGTCCTC TCTTTCTTCAAGTGAACTGAGTATTAAGAGAATATTGACACATTTTCTTTTACAGGTCTTAGAGTTCCTAGCAGCAAACA ATATATTGACGTCTGAACATATCTATAGTGGTCCTCCTTGTCATGGAATGGAGAGGTTAGAAAATTTCAAAGTATTACCT TCTCCCGAAATTTACTGAAGCAATTGTAAAAAAAAATCATGCAGTAAATTTTTGTCTTTAAATTACGAACTTCTCCCCAT CACGTTTCTGGTTTGCTATGAATGACACAAGCTACAAAATAATACCTTTTCAAGTGCTTGGAAGCATGCAAATTATATCT TACGTTTTCCCATTCCATATTTTTCCGAAGCAGTATATTGATGTGGCACTTTTCAGCCATTATCTATAATTATGTAGTAT TCTTCTTGTGCTTGAAATGTTTGAGGATGTCAGTCTTGTGGATGCGCTCGTCCTATATTAGAAGGGATGTTTTTCACAGA CACAGTCATGTCGCTTGTTTATTGTTGGATCTAACTTGAAAGGTTTTTTTTTTTACTTGTGTGGTTTATTTATGTCGTAA ATCTTGAGGGTGAAATCAAGTATTTTCTTTCTGCCATTGTTTAAATTGGTTGCATTTTTTTCCTGACTTGAAGAGATGAT GTAATTATTTTTCCCTGTTAATTAATTAGCTATTCTTCTGTATAAATTTAATAAATTTATGCTGTTGCCCTTAAGTTTCT ATTCCTTTACTAATAATTGGTTTATGTTCAGCTTTAGGAAATCAATGCTGTCTCTGACTGAGCATGATGACAAACAGGTA TTACTGTGCTAGCTTCACTTCCATTGTAAATTGATCTTGGTATAGTTAGGTCATGTGTATACCACCTCCCAGAATATGCT GTTGAGAACTAGATGACTTTTTTACCCCATGGGTATATCTGTATTTTGGCCTAGTGGGAAAATGCTACTGCGGTTGTTGT TTTATGTTGCTAAGCATTTGAATATTTTCATTTTTTTCTTGCACATATAGGTCCATCAAATTGCTCGAAGCTTCCGTGAC AGATGGATTCGCAGATCTGTCAGAAAACCAGGCTATATGGACAGGGATGATAACAGGTTGGAATCTCACAGAAGCTTAAA CTGTAACAGATTTTCAGCATCAAACAATCATAGGCACGAGCAGGATTCAAGACCTTCAGAGGCAAATGATTGTGGTCAGC AGTCGATGCTTGTGACAACTTCAGTAGATGGTATTGCCCAGGAGGGCAGCTCTACAGTGTCTCCACATACGGTTGAAAAC AATGGGGCAAAAAAACGCAAGCGCAAAAGCCGATGGGATCAACCTGCCGAAACAAATTCAAATTTTGATACGGGTACTAT TTCTACTAGTGAAAGCCAGAGCATTCATGATGATGTTCCGCCAGGGTTTTCACATCCAATGCGCCCATTAAATGCTTCAT TAAACTCTGGTGATCCTGCTTTGCAAAATGCTAGCCATTCTGGATTTCTGTCTGATTTCATTATTGGTCGTCCAAAAGAG AGATTCAACTCTCGCTTGCCTGTCTCATATGGAATGCCATTGTCCGTTGCCCAGCAATATGGAACACCTCATGCTGAAAC CATAGGGTTTTGGTTCACAGCACCAGGCCTGCCTTTCAACCCATTTCCTCCACTACCCCCATATCCACGGGTTGACAGAG GCTCTCAACCTTCTGATACTACTACTGCTATGGCAATTGATCAGCCTGCCGAAGTTCAGAAGGGGGATACCGGTGGCCTG GTTAATCGTTGCTTAGATGATATGATTCCCAGCACAACTGGCTCTAACCCTGATGACGTGAACCTTCCTGGTGAGGGCAA CCAACCTGATACGAAGCGGTTGAAGGCTGATGGCTCCAACGATTTGGGAAAGAGGTACTTCAGGCAGCAGAAATGGAATA ATTCAAAAATACATCGACCATGGTTCAAGAGGGATGCATTGAGAAGTAGTGGGAACAACTCTAGTGGTGATTTGTGCAGT GTAGGCGTAGATGTAACGAAGGAGTCAAAAGGAACTTCTTCGTCGGAGGATGCAATCTGTAGAGATGAGAAAGGGGCCAA TAATATTTAATAGCAATGCACAGCAGCAAACTCAATACTGTTTACAGGAAAAAGAATTTAATTTTGTTTTCCTTTTTCTT CCATATACATTAATGTACTGCTAATTCATTTGTTCCTGAATCTATTATTCAATGAAAAGTTCATTCAATTTTCAGCATTC CTGCCTCACTTTACACCCCCTGGGCGATCCTGATTTTCTGGATATGATCTGCCCAAACCTTCATGAGGTAGGTGCTTCTC TTGATTTATTATCCTCTGAGAATGGAAAATCTGTGATGGTAATGCACAGCATTGATGAGACATTATAATATTTGATTCAA CATTTCTCCTGATCTTTTATCATGAGTGGATTAAAGCTGAATAGTTGTTTTGTGATTAAATAAATCAGGATATGAATATT GTGCCTACTGGTGTAAACTGAGATATAATATTCGTTATCTTTATTTGTAATAAATGTAATTAAGCAATTCCATGCTATAA TTTGTCTTATTTATCATTTGAATCAAGAGGATCAACATCATTCTT
CDS sequence (LotjaGi1g1v0267000.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGCTCGTGTGGGGAATCTGCGATCGGTGATGATCCCTCAGGCGGGTCTGGTATTGCAAAGAGTTTGTGTCCGGAGGT TCCGACGCCGTTAGGTTGTTCTGTGCAGGAGTCGTGTTCGGAAGAAGCTTGTGATGTGTTGGGGTCGAATGTTGACTTAC CTGGTATGACTGATGGTTGTGTGGGAGGGGAGCATGTGGGTTCTGCGAGTCTTGTTGATGCTGCTGAGGGGTCCAGGGAT GCTTTGGCTGATGGATGTGAGAATGCTGATGTGTTGAGGTCAGAGAAAAGCGCTGCTGCTGAGGGGTCCAGGGATGCTTT GGCAGATGGATGTGAAAATGCTGATGTGTTGAGGTCAGATAAAACCGCTGAAGATGGTTGTCAGAATTGCTTGGAGAATG GGGATGTTGAAGTTTCCTGTCTAAAAGGTGGTGAGCTGTGCTCAGAAGATGATTTTGGAGATGAAGTCAACTTTGAGCTG CCATCTGAGTCCATGACCACAAATAATTTGCAGAAGGAGTGCACTCAACAGGGTGATGAGAGGGATGATATGAGCAGCAT TTTACCCTCAGCTGTAGATGATTCAGCAGTAATGGAAGGGAACAACGATGTTGCTGATTTACTCGCTGATGCTTTCAATG GTGTGTTTGATTTCAGGCATTCTGAAGTGTCTTTGGAATCAGAATCCATGGCTGACATACTAGTTGATTGCAACCAGAAA AATGAGCCAGGGGAAGTTATGAGAAATGAAGATACCTTGTCAATGGTTGTGGAAAAATGTGATGCTTCAGACGGAATGGA AATTGATGCTTGCAGGCAGATGTCTCCTTCACAGGGTATGGAAGTTCTGTCAGGTGTATCATATAGAAATACAAAAGTAG AGAGCACTAGTGATGAGCTATGTGCTCAGAAAGATGGAGTGGATTTGAATAGTACCTGTGAGGAAAAGATTGAAGCTGTT ATTGATAATGAAACCACTGTTGATTCGTATAGGACCTTAGGGGGCTCACCTGTGGTTGATTCGCTTTGTGATGCTTTAGA TGGAATAGAAGTCGATGCTTGCTGGAAGATATCTCCTTCACAGGAGGGTATGGAAGTTCCGTCAGGTGTATTACATAGAG ATACAGAAGTAGAGAGCACAAGTGATGAGCTATGTGCTCAGAACGATGGAGCGGATTGGAATAGTACCTGTGAGGAAAAG ATTGAAGCTGCTATTGATAATGAAATCACCGTTAATTCGCAAAGGACCTTAGGGAGCTCACCTGTAGTTCATTCACTTTG TGAGCCTACCTTGCTGGGTCCGGGGAGTGAAATGAAGAATGGTATACTGCAAATAGAAGATAATTCTTGTGAATTGAATA ACTATTCTGCAGAGGGAGCTGCTGACTCTACCTGTAAGAAAACATTTTATCCAGAGTCAGGTCAGCCCTCTGCTGTTTTA ATCACTAATATCTCTTCGAAGGATGTGCCTGATCTTCTTTCTAAAAGTGATGATGTTTACATCAATGATAATCGTGTTGT AGACAATCCTGGACAGACAAATAGTGTAGGAAAAGAAGCTGTTGAAGTTGATTGTATCATTGAAAGTGAACAGTTACCTT CTCTAGGGAACACTCGGAGGACCAAATCTGGTCGTAAGACACCAACCAAAAAGGCTTCAAGAAAATGCAAGAACAAAGTC AGTGTTATACATCCAGGCGAGGGCATGAAGATAAACTTAGATTCTGCTAGAAAGAAAAGAAGTTGTTTATCCAAACCAGC TCGTTCTTCTATCTGGGGATTGCTTGGGAACATCAAACAATTTTTTCAGAAAGATAATGAGCTTGAGGTCAGTGAAGCCA TGTGCCGGGAATTGGGGAAGCCTAGAAGCAAACGTCAAAATGGCAGAGCGATTAAGAGCGGTGCAAGTTCCAGTTCATTG AGTTTAGTGCAGAAGCAACCTGTATCAACTTCATCTACTCGCGTTCGTCTAAAGATAAAGTTTGGAAAAGAAATTGATTT AAGTTGCTCAAATGTCTTGACTCCAGAGGCTGTTGGTGGCTTGGCTTCTGCTGCCTACTTGGGGTCTGATTCCGGTTCAC AGAGAGTAGCCAGCAATGCTGAAGATAAATTTTCTGAAGTGGTAGCTTTGAGCAATCTAGAATCTTTAACAAATGACCAG GATAAAAATGGTCTTGTTCTAGATGGACAAATTGCAAATGGCCACTTAGAAAATACAGAAAGAATGGAGAAGTCAGATGG AGGTGCGGAGGAACCATGTCTCACAGTTCTTCCTGAAAAGTTGGTTGAAGCATTGGTTAAGCCAATCGATATTAAGGTTA TGGATCCGGGAACTTCACCTGATTCAGAAGTTATCAATTCAGTTCTGGAAGTTCAGGTTGGGGAAAGACATGAAGAAGAT GTACATCACTCTGATTTAGGTTCTTCAAAGGAGTTCAATTCTAATTTAGATGTTACCATCAGTAAGAGAAGGAAGAAGAA AGACAAGCTTATTCGTTTGGGTAATTGTATCACTGAAGACGGATCACAAGATCCACCAGGAAAAAATAGAGCTAAGCATT CTAAGAATCACAGATGTAAGAAGAATTGCAGTGATGCAGTTAACTCTTTGGAATTGCCTACTTCCACTGAGATAAGCAAA TCTTTGAACAATAGGGAATTGTCCACAGAATCATTGCCCCTTGCTGGAGTGATTGAACTTGGAGGCTCCACTGAGGCTTT GAAAGTTGAAGGTCAAATGGAAGTCAAGGCAGCTTGGATACCATCTATTGATCATGGATTTTCAGAACCCCATGGTTCTG AGAATTTGCTGTCTTCTGCAAAATCCATGCGGCGGAAACTACCAAAAAGTCTGACTAGTAAAGTTGGCAAGGCCAAATCT AAAGCTTCTGAGTCGACGAGCAGGAAAAGGACAACTTCTAGCTGCAAGGAGAAACAGAACAAGCCAATTTGTAAGAGTGA AGTTAAAGGAGAAGGTCTCTCTCTCAAAGTTAAGTGTGAAGCGGAAGATCACCCACATCCAGCAGATGTAGTTGGAAATC ACAAGATGGATGCTGCTGGAAACATTGATGCCAGTGACAATATCTCATCAGTCAATTTATCTAATTTGGACATGCTGCAT GGTGGTGGTTTGGGAGAGCAGCCCCTATCACCGCGTAATGCATGGGTGAGTTGTGATAATTGTCACAAGTGGCGGCGTAT TCCAGCTGCGCTAGCTGACCAGATAGATGCAACTAACTGCACCTGGACATGTAAAGACAGCAGTGATAAAGCCTTTGCTG ACTGTGCTATCCCACAAGAAAAGTCAAATGCAGAGATTAATGCAGAGTTGGGATTATCAGAGGGCTCTGGTGAAGAAGAT GTGTATGAACGCTCTAAAAACTATAAGGAATTGGAATATCGACCGCCTCTGGTTCCCCAGCAATCAACCTTTACCCGTAT TTTCACCAATGAGTTTCTGCATCGTAGCCGTAAAACTCAGACTATTGACGAGATAATGGTCTGCCATTGCAAGCCATCTC AAGAAGGCAAGTCGGGCTGTGGGGATGAATGTCTAAACCGGATGCTTAACATTGAATGTGTGCAAGGAACCTGCCCATGT GGGGGGCGTTGTTCCAATCAGCAGTTCCAAAAACGCAAGTATGCCAGCCTGAGGTGGTTTAAAAGTGGGAGAAAAGGTTA TGGACTGAAGGCAGTTGAGGATGTATCTAAAGGCCAGTTTCTTATTGAATATGTGGGAGAGGTGCTTGATATGCATGCTT ATGAGGCACGGCAAAGAGAGTATGCTTTGAAGGGCCATAGACATTTCTATTTTATGACCTTGAATGGCAGTGAGGTGATA GATGCAAGTGCAAAAGGAAACTTGGGGCGTTTCATCAATCATAGTTGTGAACCTAACTGCCGGACAGAAAAGTGGATGGT GAATGGGGAAATCTGTATTGGACTGTTTGCATTGAAGAAAATTAAGAAGGGTGAAGAATTGACATTTGATTACAACTATG TAAGGGTTTTTGGTGCCGCTGCCAAAAAATGTTACTGTGGTTCTCCTCGTTGTCGTGGTTATATAGGTGGTGGTGATCCA CTCGATGATGAAATGATAGTTCAAGGTGATTCAGATGAAGAATTTCCAGAACCTGTGATGCTCACTGAAGATGGTGAAAT TGAGGAGAGTGAACCTGATCCCAGGTACTTTGATAATGTGGATACAAAGTCTTCTAGACATTTGTTAAAAGATAGCGATT TATTGGACAAGTCTACAACTGCTGAAGATGCAAATGGTTCTCCCGAGAAAGAAAGTTCTACGAACCCTGCCTCTTCTGCC GTGTTGCACAGCTCAGTTGATGTGAAAGACTTGAAGGTCAAGTTATCATCTTCTGTTCAAATGGAAGAAATTTCTCAACA AATGGAGGATACAGCAAGCAAACCCTTGCCTGCTGTACAAGAAGGTTGTGCAATTGAATCTGAGTGTGCAGACAAAACTT CTTCCATTAAAAAATTAGAGACTACTTCTTCCCATACAACTGTCAGCAAAGTGTTATCGGATTCTTCTGGTAGTAATCGA GAATCCAAGTCTGAAATAGTCGAAGGCAGGAATGATTTTTCACAATCACCCCTGCCTGTGGACACTCCTCAACTAAATGG ATCAGTTAAAAAGGGGAAAGTTCGTGCTAATCCTGCAAATGGTCATAAAGCTGAGCTGACAGCCACCCGATTGCAGGTGT CATCCAAGCACAAAAAAGTTGTAGAAGGTTCTTCCAATGGACGGTTTGAAGCAGTTCAGGCGAAACTTAATGAGTTGCTA GATGGGGATGGAGGAATAAGCAAAAGAAAAGATGCCACTAAAGGCTACTTGAAGCTTTTGCTTCTCACTGTGGCATCAGG CAATAGAAGCAATGGTGAAGGAATTCAAAGCAATCGAGATCTTTCAATGATTCTTGATGCCCTTCTGAAAACAAAATCTA GAGCCGTGCTCAATGATATAATTAACAAAAACGGTCTGCAGATGTTGCATAACATAATGAAGCAGTACAGGCTGGACTTC AAAAAAATTCCAATACTACGAAAGCTTCTTAAGGTCTTAGAGTTCCTAGCAGCAAACAATATATTGACGTCTGAACATAT CTATAGTGGTCCTCCTTGTCATGGAATGGAGAGCTTTAGGAAATCAATGCTGTCTCTGACTGAGCATGATGACAAACAGG TCCATCAAATTGCTCGAAGCTTCCGTGACAGATGGATTCGCAGATCTGTCAGAAAACCAGGCTATATGGACAGGGATGAT AACAGGTTGGAATCTCACAGAAGCTTAAACTGTAACAGATTTTCAGCATCAAACAATCATAGGCACGAGCAGGATTCAAG ACCTTCAGAGGCAAATGATTGTGGTCAGCAGTCGATGCTTGTGACAACTTCAGTAGATGGTATTGCCCAGGAGGGCAGCT CTACAGTGTCTCCACATACGGTTGAAAACAATGGGGCAAAAAAACGCAAGCGCAAAAGCCGATGGGATCAACCTGCCGAA ACAAATTCAAATTTTGATACGGGTACTATTTCTACTAGTGAAAGCCAGAGCATTCATGATGATGTTCCGCCAGGGTTTTC ACATCCAATGCGCCCATTAAATGCTTCATTAAACTCTGGTGATCCTGCTTTGCAAAATGCTAGCCATTCTGGATTTCTGT CTGATTTCATTATTGGTCGTCCAAAAGAGAGATTCAACTCTCGCTTGCCTGTCTCATATGGAATGCCATTGTCCGTTGCC CAGCAATATGGAACACCTCATGCTGAAACCATAGGGTTTTGGTTCACAGCACCAGGCCTGCCTTTCAACCCATTTCCTCC ACTACCCCCATATCCACGGGTTGACAGAGGCTCTCAACCTTCTGATACTACTACTGCTATGGCAATTGATCAGCCTGCCG AAGTTCAGAAGGGGGATACCGGTGGCCTGGTTAATCGTTGCTTAGATGATATGATTCCCAGCACAACTGGCTCTAACCCT GATGACGTGAACCTTCCTGGTGAGGGCAACCAACCTGATACGAAGCGGTTGAAGGCTGATGGCTCCAACGATTTGGGAAA GAGGTACTTCAGGCAGCAGAAATGGAATAATTCAAAAATACATCGACCATGGTTCAAGAGGGATGCATTGAGAAGTAGTG GGAACAACTCTAGTGGTGATTTGTGCAGTGTAGGCGTAGATGTAACGAAGGAGTCAAAAGGAACTTCTTCGTCGGAGGAT GCAATCTGTAGAGATGAGAAAGGGGCCAATAATATTTAA
Protein sequence (LotjaGi1g1v0267000.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGSCGESAIGDDPSGGSGIAKSLCPEVPTPLGCSVQESCSEEACDVLGSNVDLPGMTDGCVGGEHVGSASLVDAAEGSRD ALADGCENADVLRSEKSAAAEGSRDALADGCENADVLRSDKTAEDGCQNCLENGDVEVSCLKGGELCSEDDFGDEVNFEL PSESMTTNNLQKECTQQGDERDDMSSILPSAVDDSAVMEGNNDVADLLADAFNGVFDFRHSEVSLESESMADILVDCNQK NEPGEVMRNEDTLSMVVEKCDASDGMEIDACRQMSPSQGMEVLSGVSYRNTKVESTSDELCAQKDGVDLNSTCEEKIEAV IDNETTVDSYRTLGGSPVVDSLCDALDGIEVDACWKISPSQEGMEVPSGVLHRDTEVESTSDELCAQNDGADWNSTCEEK IEAAIDNEITVNSQRTLGSSPVVHSLCEPTLLGPGSEMKNGILQIEDNSCELNNYSAEGAADSTCKKTFYPESGQPSAVL ITNISSKDVPDLLSKSDDVYINDNRVVDNPGQTNSVGKEAVEVDCIIESEQLPSLGNTRRTKSGRKTPTKKASRKCKNKV SVIHPGEGMKINLDSARKKRSCLSKPARSSIWGLLGNIKQFFQKDNELEVSEAMCRELGKPRSKRQNGRAIKSGASSSSL SLVQKQPVSTSSTRVRLKIKFGKEIDLSCSNVLTPEAVGGLASAAYLGSDSGSQRVASNAEDKFSEVVALSNLESLTNDQ DKNGLVLDGQIANGHLENTERMEKSDGGAEEPCLTVLPEKLVEALVKPIDIKVMDPGTSPDSEVINSVLEVQVGERHEED VHHSDLGSSKEFNSNLDVTISKRRKKKDKLIRLGNCITEDGSQDPPGKNRAKHSKNHRCKKNCSDAVNSLELPTSTEISK SLNNRELSTESLPLAGVIELGGSTEALKVEGQMEVKAAWIPSIDHGFSEPHGSENLLSSAKSMRRKLPKSLTSKVGKAKS KASESTSRKRTTSSCKEKQNKPICKSEVKGEGLSLKVKCEAEDHPHPADVVGNHKMDAAGNIDASDNISSVNLSNLDMLH GGGLGEQPLSPRNAWVSCDNCHKWRRIPAALADQIDATNCTWTCKDSSDKAFADCAIPQEKSNAEINAELGLSEGSGEED VYERSKNYKELEYRPPLVPQQSTFTRIFTNEFLHRSRKTQTIDEIMVCHCKPSQEGKSGCGDECLNRMLNIECVQGTCPC GGRCSNQQFQKRKYASLRWFKSGRKGYGLKAVEDVSKGQFLIEYVGEVLDMHAYEARQREYALKGHRHFYFMTLNGSEVI DASAKGNLGRFINHSCEPNCRTEKWMVNGEICIGLFALKKIKKGEELTFDYNYVRVFGAAAKKCYCGSPRCRGYIGGGDP LDDEMIVQGDSDEEFPEPVMLTEDGEIEESEPDPRYFDNVDTKSSRHLLKDSDLLDKSTTAEDANGSPEKESSTNPASSA VLHSSVDVKDLKVKLSSSVQMEEISQQMEDTASKPLPAVQEGCAIESECADKTSSIKKLETTSSHTTVSKVLSDSSGSNR ESKSEIVEGRNDFSQSPLPVDTPQLNGSVKKGKVRANPANGHKAELTATRLQVSSKHKKVVEGSSNGRFEAVQAKLNELL DGDGGISKRKDATKGYLKLLLLTVASGNRSNGEGIQSNRDLSMILDALLKTKSRAVLNDIINKNGLQMLHNIMKQYRLDF KKIPILRKLLKVLEFLAANNILTSEHIYSGPPCHGMESFRKSMLSLTEHDDKQVHQIARSFRDRWIRRSVRKPGYMDRDD NRLESHRSLNCNRFSASNNHRHEQDSRPSEANDCGQQSMLVTTSVDGIAQEGSSTVSPHTVENNGAKKRKRKSRWDQPAE TNSNFDTGTISTSESQSIHDDVPPGFSHPMRPLNASLNSGDPALQNASHSGFLSDFIIGRPKERFNSRLPVSYGMPLSVA QQYGTPHAETIGFWFTAPGLPFNPFPPLPPYPRVDRGSQPSDTTTAMAIDQPAEVQKGDTGGLVNRCLDDMIPSTTGSNP DDVNLPGEGNQPDTKRLKADGSNDLGKRYFRQQKWNNSKIHRPWFKRDALRSSGNNSSGDLCSVGVDVTKESKGTSSSED AICRDEKGANNI
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 | 21 | 21 | - | – | |
| PANTHER | 380 | 2072 | 1693 | 0.0 | – | |
| PANTHER | 380 | 2072 | 1693 | 0.0 | – | |
| MobiDBLite | 536 | 557 | 22 | - | – | |
| MobiDBLite | 543 | 557 | 15 | - | – | |
| MobiDBLite | 618 | 645 | 28 | - | – | |
| MobiDBLite | 629 | 645 | 17 | - | – | |
| MobiDBLite | 923 | 979 | 57 | - | – | |
| MobiDBLite | 961 | 979 | 19 | - | – | |
| Gene3D | 1034 | 1128 | 95 | 5.4E-26 | – | |
| ProSiteProfiles | 1049 | 1103 | 55 | 13.193 | ||
| Pfam | 1055 | 1101 | 47 | 6.9E-12 | ||
| Gene3D | 1135 | 1356 | 222 | 1.8E-72 | – | |
| SUPERFAMILY | 1144 | 1353 | 210 | 8.76E-66 | – | |
| ProSiteProfiles | 1163 | 1213 | 51 | 19.195 | ||
| SMART | 1163 | 1214 | 52 | 4.2E-23 | ||
| Pfam | 1177 | 1212 | 36 | 7.2E-15 | ||
| SMART | 1215 | 1338 | 124 | 5.6E-44 | ||
| ProSiteProfiles | 1215 | 1332 | 118 | 19.258 | ||
| Pfam | 1226 | 1332 | 107 | 1.6E-18 | ||
| ProSiteProfiles | 1340 | 1356 | 17 | 10.15 | ||
| SMART | 1340 | 1356 | 17 | 3.5E-4 | ||
| MobiDBLite | 1408 | 1443 | 36 | - | – | |
| MobiDBLite | 1419 | 1442 | 24 | - | – | |
| MobiDBLite | 1499 | 1557 | 59 | - | – | |
| MobiDBLite | 1499 | 1520 | 22 | - | – | |
| MobiDBLite | 1529 | 1543 | 15 | - | – | |
| MobiDBLite | 1775 | 1795 | 21 | - | – | |
| MobiDBLite | 1810 | 1876 | 67 | - | – | |
| MobiDBLite | 1838 | 1860 | 23 | - | – | |
| MobiDBLite | 1991 | 2005 | 15 | - | – | |
| MobiDBLite | 1991 | 2023 | 33 | - | – | |
| MobiDBLite | 2049 | 2092 | 44 | - | – | |
| MobiDBLite | 2050 | 2072 | 23 | - | – | |
| MobiDBLite | 2073 | 2092 | 20 | - | – |
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. |
Expression pattern of LotjaGi1g1v0267000.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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