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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0374400 |
| Transcript ID | LotjaGi3g1v0374400.3 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | MADS-box transcription factor; TAIR: AT2G45660.1 AGAMOUS-like 20; Swiss-Prot: sp|O64645|SOC1_ARATH MADS-box protein SOC1; TrEMBL-Plants: tr|A0A0B2P5Q7|A0A0B2P5Q7_GLYSO MADS-box protein SOC1; Found in the gene: LotjaGi3g1v0374400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:76662243..76682980) extracted from Lotus japonicus Gifu genome v1.2.
CCTTTTCTTGAACCTGCCCTCAATTATGTAGCTTTCCTTTTTCTGTTTCTCTGCAGTGTGCTCTCTTTTGGGTGCTTCCT CCTTTACTCAGGTTCTCATTCCTCCTTTATAACTTCCATATGCAAAAACTCTTCTTTTCCTCCATCTCTTCCTTTTATTT TTTTGTAAATTTTTTCTCTGATTTTGGTGCAAATCTGCTTCTTGAATTTTAAGTTGCTTTTCTTGCTGGTAATTAAGCAT TCATCACTCAGAAAATTAAATCCCTTCCATGGGAGATATGCATATATCTTTCTTTGAAATCTGTATGTATATAAATTGAT TTTTTTTTTCTTTTTCATTAACTTCCGGCCCATTTCTTTGTTACCTTCATCCTTCATACTTCACACTCTTAACACCCTTT GAAGATTTTTTGGTAGAAGTGATTCTAATGAATCTCTTACAGTTTTTCTGTCTGATATAGCCATCTAGATCTTCAAGTCT TCTCTCTTCATCCCTCTATATCCTCTAAAGGCATAATTTTTAGGTTCATCTTACTTGGTGAGGACCTACTTGTAAACTTG GTCCAATTTCCCATGTATTCCTTGTCTGATTTTCATACCTTATTTTATGATATGATGATTCAGCAGAGAGAAGAAGAGAT GGTGAGAGGGAAGACTCAGATGAAACGCATAGAGAACGCCACAAGCAGACAAGTGACCTTCTCAAAGAGACGAAATGGGT TGCTCAAGAAGGCATTTGAGCTTTCAGTTCTGTGTGATGCTGAGGTGGCTCTTATTGTTTTCTCTCCAAGAGGGAAGCTT TATGAATTTGCCAGCTCCAGGTAACCATAGCATATCCTACCTCATAAATTAACACTCTCTTTGTTAAGATTAATTTTCTT GTTCTCTATTTGTGTGATTGCATTTACATCTGTTCTTATTTTGTAATGACATTCTGGGGTGCAAGTACAAGGAGCTAGCT AACTAGTTCATAAAGGAAATCATGTCTCTTCGTACTACAAGTTAGGGAAAACCTTGAATATTACATGACGTTAAATGGTA TAAAGTTGATTATAGTTACAACGCTTACGTGTGTGTTTGTATATCAGTTGAGCTGATATAAAAACTCATTTATTTTAATT TATAATAAGAGTTATATTCACTTTTTATCTTATAATAAGTGCTAACGGGGGATAACGGGCACCGGCTCCAGCAGTGGTGT GAACCTAATTGCATTCTGGCATAATCTTAATGTATAATAACCTAATAGTTAAACAATACTCCAGCTCCCCAACCAATTAA ACAAACTAGTGTGATAAGATGAAAGGTATATACTTGGTTTCCTTTAGTAAAGGACTACAAAAATGAAGGAAATATTTTTC GTGTCTATTATTGATAATAGATGAGGTATTTATATAAAATACAGTTGACTAAATAATAATGACTAAACCTAATTACCTAC GTAATTACAGGAAATAGAATAAATAAATTATTCCTATTGTTCTATTCTATCACACCCCCGCAGTCGAAGCGGAAGGTTCA CCGACGCTGAGACTGAAATGGAAATCATCAAAGAGGACCCGAGGAAGGCCCTTAGTAAAAATGTCTGCAATCCGATGACG GGAAGGAACATGAAGGATGCGAGCCTGGCCACGCTCAACCTTTTCCTGAACAAAGTGGATATCCATCTCTATATGTTTGG TACGCTGATGGTGCACTGGATTTCCAGAGAGGTAGATGACACTAACATTGTCACAGTGGACTAATGTTGCCTGAGAGTGA GGAAAGTGAAGCTCCAGAAGTAAATTGCGGATCCAACAAGACTCGGAGACAACATTAGCAACACCTCGGTATTCAGCTTC AGCACTAGAGCGAGATAGTGTGGGTTGCCGCTTAAATGACCAAGAAATAAGATTGTCACCGAGGAAAACACAGTAGCCAG AAGTAGAGCGTCTGGTGTCAGGACATGCCCCCAGTCAGCATCCGTATAAGAAACAAGTTTCTCAATAGGGGAGGGATACA AGTGAAGACCGTAAGTCAGAGTGCCACGAACATAGCGAGAGACACGCTTGAGAGCAAGCATATGCTCGGTGTGGGGAGCA TGCATGTGCAAGCACACCTGCTGAACAGCATAGGAAATGTCAGGACGAGAGTTAGTACTGTAAGGCACCAGCAAGACTCC GATACAACGTGGCATCCTCACAAGGAGTCCCAGAAGAAGAACTGAGCTTCTGCTTGGTGTCAACCGGAGTAGCAGAAGGG TTGCACAACGCCATGCCGGCGCGGGGCAATGATCTCACTAGCATAAGTGCTCTGACTGAGGAAAAGGCCACCGGCATGCC GAGTGACAGCGATGCCAAGGAAATAACTCAGAGGACCCAGATCCTTCATAGCAAATTCAGATGCAAGAAGTGCCATAAAG AATTTGCGGAGATCATGAGAAGAAGCAACGAGGATGATGTCATTGTAAGATCAAGATTTGGTCATGTGGTACAACTCTAT GTTTTGATGATAACAAGTATTTATTTGTGGATGAACAACTATGATACTCTAATGTTTGTCTTGAGTGTTTTGACAAACAG GTTCTGATTCTGACACCAGAAGATATATTCGTCAGAAGTTCTGAAGATCAGAAGATCTAAAGATCAGAGGATCTGAGGAT CAGAGGATCTGAAGATCAGAGGATCTGAGGATCAGAGGATCAGAAGATCAGAGGATCAGAAGATCTGAGGATCAGAAGAT CTGAAGACCAGAGGCTCTGAAGGTCCAGAAGCTCTGAAGGTCCAGAAGCAGAAGTTACGAAGGTCAGAGGATCCAAGCAT CCCTCTGACTCTGATCACCAAGCTTCACAAGTTCCAACACGAAGTATTCCTCTGATCAGAAGTCATTGGTTAAAGGCAAA TGTCTCTATCAAGAAGTACAAGAGCAGTGTACTATTCTGAAAAGCCTACCTACCAAGGTTCAGCCACAGCAGGTTCTGGA AGTTCCAGAAATGCCCTCCAACGGTCATATTCTCTCAACAGAAATATCCTTTGCACCTTGGACTATAAAAGGCTGAAGAA AAAGAAGAAAGCTAAGAGAGAGAGATCAAGAGCTGCAATACAAGAAAAGATTCAAGCTTCTACTTTCTTCATCTGTTCTT ATTTAGTTTACACTCAGCTTATTTAGAAGCAAACCTTTGTAAACACCAACCTCAAACAGTTGTTTGATTTTCCTTAAGGG ACCGGGTAGGTCAGTATCCTTAAGAAGACTAAGAGAGTGAATCTTAGTGGTGATTCCTTTAGGAGATCAAGGTTGATCGG ATCCTAGAGAAGACTAAGAGAGTGAATCTTAGTGTGAGCTAAGTCAGTGTATTGTTAGTCACTTGTAGGTTTCAAGTGCA GTTGTAACAATTATCTGATTAGTGGATTGCCTTCATTCTAAGAAGGAAGAAATCACCTTAACGGGTGGACTGGATTAGCT TGAGGGATTTATCAAGTGAACCAGGATAAAATACTTGTGTGCTTCTCTCTTCTCTCTATCTTTATCCGCTGCACCATCTA TCGTAGAGAAACCGAAAAGATTTACTTTAAATCTTAAGGGGAAAGTTTTTATATTGAAAACGCTATTCAACCCCCCCCCC CCTTCTAGTCGTTTTTCACACCTTCAATTGGTATCAGAGCGCAAGTTCTGATTACCACACTTAACAGTGTTCAGTAGATC CGGGCCAGTGTGAAAAACTCATGGATTCCACCACTACTACAAGCAAATATCAATACAGTGCAAGACCACCTATCTTTGAT GGTCAGAGATTTGATTTCTGGAAAGACAGAATCAAAAGCTTCTTTCTTGGCTTTGATTCTGATCTTTGGGATTTTGTTGT TGATGGCTACACCCCTCCTGTTGATGTACATGGTGTAAAGATCCCAAGGAAGAAGATGAGTGAAGATCAAAAGAAGGAAT TCAGAGATCATCACCGATCAAGAGCTATTCTGCAAAGTGCCATTTCATATGAAGAATATGAGAAAATTACTGATCGTGAT TCCGCCAAGGGCATCTTTGAATCCTTGAAGATGTCTCATGAAGGAAACAAGAAAGTGAAAGAATCAAAGGCACTGTCTTT GATCCAGAAATATGAATCCTTCCAAATGGAACCTGACGAATCCATTGAGGATATGTTTTCCAGATTCCAGTTGATTATTG CTGGAATAAGACCCCTCAGCAATAGCTACACCACTGTGGATCATGTCATGAGGATCCTTAGAGGTCTTCCTGAAAGCTGG ATGCCTTTGATAACTTCCTTGGAGCTAACTAGAGATGTTGAGCAGATGAGTTTGGAAGAACTCATAAGCATACTGAAGTG TCATGAACTAAAGCGTGCTGAACATCAGGATCAGAAGAAGAAGTCTATAGCCATGAAATCCAAATCTGAAAAGGCTAAGG CTCTCCAAGCAGAAGGAGAAGAATCTGAAGAAGCCTCTGAAGATTCTGATGAAGATGAGCTGACTCTGATATCCAGAAAG CTCAACTGCATCTGGAAGCACAGGCAGAGCAAATACAAAGGTTCATCAAAGGACAAAAGGCCAAAGAAGCACTTCAAGAC CAAGAAGAGTCTGATGGTGACTTTTGATGAATCAGAGTCAGAGGATGTTGACTCTGATGGTGAAGTTCAAGGACTCATGG CTATTATCAAAGACAAAGGAGCAGAGTCAAAGGATGCTGTTGACTCTGACTCAGCATTAGAAGGAGATCCTACCTCAGAC GATGAAAATGAGGTATTCGCTTCTTTCTCTACCTCTGAACTGAAACATGCATTGTCTGATATCATGGATAAGTATAACTC CTTATTGTCTAAGCATAAGAAGCTGAAAAAGGACTTATCTGCTGTTTCCAAGACTCCTTCCGAACATGAGAAAATTAATT CTGATTTGAAAAATGATAATCATGCCTTGATCAATTCTAACTCTGTGCTTAAGAACCAGATTGCTAAGTTAGAAGAAATT GTTGCCTGTGATGCCTCTGATTGTAGAAATGAATCTAAGTATGAAAAATCTTTTCAAAGATTCCTGGCTAAAAGCGTAGA CAGAAGCTTAATGGCTTCAATGATCTATGGCGTAAGCAGAAATGGAATATATGACATTGGTCATTCTAAACCTTCTGAAG TTGCTCCATCATCTCTTAAGAAAGGAACTTTCTCAATGTCAAAATATCATGCTCAAATTCCTTTATATTATCCTGTTGAA TGACCCAAAGTTGTCAGAACTTCTGGGCTAACTAACAAGAAAGGACCCAGAAAGTGGGTACCTAGGGATAAGATTATATA TGTTGCAGATATCTTCAATAGGTCCATCGAAACTCCAACCATGGAACCTGGACAGTGGATGCAGGCAACACATGACGGGA GAAAGGCATATGTCCCAAGATCCAAAACTTGAACCTGAAGGTGAAGTTGATCTTGGAGGCATCAGTAGAGTAAGATTTGG TCAAGTCAAAGCTAGCTGAAAAAGCTTGCAGAGATGAGCATGACCGTTTCAAAAAGAAACAAAGACTCAGAACTTGTCGA ACCAGAAGCAACAACATCAGAAGATGCTACTACAACTTCTGACTTGCGTCATCAGAAGAAGAGTAGGTTCCTAGCTTCTC ATTCTGAAGTATCTGAAGATGAAATTTTGTCCAGAACGGAGATGTCACCAGAACCACACTTCTGCTCTCATCAGAAGATA TGCTAATCAGAAGCCAAGTATCCCTTGGTATTCCTTCTGAGGGGGAGTATTTCGTCTTATGCTCTTACTATTTTTTTCCC ACCTTCATTCTTTTTGCTTATGACAAAAAGGGGGAGAACTGATAGTATCTTGACAACTCCTATATTATTTAGCTCAGAAT CTAGATATTACTAACGTTGATATTAAGTATTAGATTCAGGGGGAGCTTAGCTCAGAATCAAGCACGAGTCTTGGATTCAG AAGGAGCAAGAAAAACTATACACATCAGGATAAGTTTTAACTCTGATACCTTATACTCTGAGTGTATTCAGTTTATTTGT TTAGAGTTGTTCATCAAAATACATGGTTTTGTCATCATCAAAAAGGGGGAGATTGTAAGATCAAGATTTGGTCATGTGGT ACAACTCTATGTTTTGATGATAACAAGTATTTATTTGTGGATGAACAACTATGATACTCTAATGTTTGTCTTGAGTGTTT TGACAAACAGGTTCTGATTCTGACACCAGAAGATATATTCGTCAGAAGTTCTGAAGATCAGAAGATCTAAAGATCAGAGG ATCTGAGGATCAGAGGATCTGAAGATCAGAAGATCTGAAGATCAGAGGATCTGAGGATCAGAGGATCAGAGGATCAGAAG ATCTGAGGATCAGAAGATCTGAAGACCAGAGGCTCTGAAGGTCCAGAAGCTCTGAAGGTCCAGAAGCAGAAGTTACGAAG GTCAGAGGATCCAAGCATCCCTCTGACTCTGATCACCAAGCTTCACAAGTTCCAACACGAAGTATTCCTCTGATCAGAAG TCATTGGTTAAAGGCAAATGTCTCTATCAAGAAGTACAAGAGCAGTGTACTATTCTGAAAAGCCTACCTACCAAGGTTCA GCCACAGCAGGTTCTGGAAGTTCCAGAAATGCCCTCCAACGGTCATATTCTCTCAACAGAAATATCCTTTGCACCTTGGA CTATAAAAGGCTGAAGAAAAAGAAGAAAGCTAAGAGAGAGAGATCAAGAGCTGCAATACAAGAAAAGATTCAAGCTTCTA CTTTCTTCATCTGTTCTTATTTAGTTTACACTCAGCTTATTTAGAAGCAAACCTTTGTAAACACCAACCTCAAACAGTTG TTTGATTTTCCTTAAGGGACCGGGTAGGTCAGTATCCTTAAGAAGACTAAGAGAGTGAATCTTAGTGGTGATTCCTTTAG GAGATCAAGGTTGATCGGATCCTAGAGAAGACTAAGAGAGTGAATCTTAGTGTGAGCTAAGTCAGTGTATTGTTAGTCAC TTGTAGGTTTCAAGTGCAGTTGTAACAATTATCTGATTAGTGGATTGCCTTCATTCTAAGAAGGAAGAAATCACCTTAAC TGGTGGACTGGATTAGCTTGAGGGATTTATCAAGTGAACCAGGATAAAATACTTGTGTGCTTCTCTCTTCTCTCTATCTT TATCCGCTGCACCATCTATCGTAGAGAAACCGAAAAGATTTACTTTAAATCTTAAGGGGAAAGTTTTTATATTGAAAACG CTATTCAACCCCCCCTTCTAGTCGTTTTTCACACCTTCAGTCATCAACATATAGCAGAATATAGAAAATGTCAGTACCCC GTCGGAAGATAAAAAGGGAATGATCGGAACTGCTGTGTTGGAAGCCAATAGAGGAAACATAGTCAGCAAACCGCTGATAC CAAGCACGAGGCGCCTGTTTTAGACCATAAAGAGACTTCTTCAGACGACAGACATAGTCCGGGTGCTGAGAGTCGTGGAA ACCCAATGGCTGATGCATGTAGACAGTCTCATGGAGATCACCATGCAGAAAGGCATTCTGGACATCCAACTGATGAATGA GCCAGGATCTGGAGAGAGCAATGCTGAGAACTGTTCGTATGGTAGCCGGTTTGACCACGAGGCTGAAAGTCTCGTCACAA TCCACACCTGCAATCTGAGACCTGCCATCACCTACAAGACGAGCCTTATAACGCTCAAACAAACCATTAGACTGCTTTTT ATGGCGAAAAATCCACATACATCGGATAACATTAACATCACAAGGACGGGGAACCAACTCCCACGTATTATTTCTAATAA GAGCATTAAATTCAGACTGCATAGCGGACTTCCAATTAGGATCGGATAAGGCTTGTTTTGGGTTATAAGGCTTGTTTTGG ACTTCCAAAAAAGAAAATGCTTGTACAATTGTTTGATCATTTGTACTAAACACTGACATACAATATATATGGTGATGAGA TGGGGTGAGAGAGGAATTAATGAGTATTCTTATATTATAACTTGCACCATGACGATGATTTGATTCCTTTAGTTTGCAAT AGTATTCTTATATATGATCCATCTGAGTGAAGTTTTTAATTGATAAGCAAAGTATAGAAACGCAGAAGCTGTCTCAGATT TTTAATAATTTGAATGATGATATTTCAATCATATATAAAGTTATAGACAATGAGCTGTCTTAATAACTGATTAAGATCTT AATGAAAAAATATATATAATTTGAAATTCAAATATATACAATAAATGTAATGACACCAACTAAACCCTTATCCCATTATG TGAAGTCGGCTATATGGATCACACTACGTTATTGAACTCAATCAAAAACTAAATTATAAGAGATATTATTCATAATTGGA CCATCTTTCATAATATCTTCCCATACTCTTTTTGGTCTTCATGCATGTACCGGCCTCTTTTAACTATGTTATCAACTCTT CTCACCGGTGCTTCCATAGGTCTTCTTTGTACATGCCCATACTACCTTAACCGATTTTCCATAATCTTCTCCACAATATG CATCACTCCAATATCTTCTCTAATTCGTTCATTGCGTTATCTTATCATTTCTAGTGTGCAGACTCATTCATCTTAACATT CTCATGTCTGCTACTCCAACTTTTCTCTCGTATTGTCCCGTTAAAACCCAACATTCTCTCTCATGTTTTCCTTTTTGTAT TAAGTATAAATTATCTAACATGTTACTTACTTGTTGAATTAATTTGTACGTCTTTTTTTTCTCTTGTAACCAAAAAAATT AATTTCTACTTATATCTTTTTAATTTGTACATATATTCTTCCAAAATATCGGAAAGATAAATACACCTTTTACAAATTGA TCCCTAGACCTTCCCTTCCCCAACTCATATGTCATCTAACTCTAACCACTAGAGTCAACCTTTTGGGACAAAACGACATT TCTTACAACTTGTTAAAAGAAAAACATTGCTTACAACTGCACTACTCCTACAGTTTTCACTTTTGGGATATCCTATTCAT TACAACCCACGTAGTCTGTGTAATACCCTGATTTCTCAAGGGTCACTTTAGTAACCTTTTCCAAAATACGTGTGAATTTG CTTAAACTGAAAACATCTCATTCATTAATTTCTCAAAAGGTTGAGTACATAAATTTTATTATGCAAAAGTAAACTAATGC CCTGACCTTTCCTGAGCCAACAACACATGGTGAACTTTAGGAAGGTACCAAGCCCTACAAAAGCAAAAAGGAACTCGAGC TCACAATCCCCAAATTACAGACACAACTCTTATCCGCCCGACTCAGAGTCGTCTAACATCGAATGTTGCGTCAATAGCAT CAAGGACAAGGGTTCTCATCCTCTGCTTCTGCCTATCCCACAACTTGTCAAACAAACGTAGGAATCGATCTTCGTCGTCC TTAGCCTAGGCATCCACAACATCAGGGACAACAACAGTCTCGACAGTCACTGACTCTAGCGAGTCGGTGTGTAGAACGGT GAACCTGAACCTGGAGTATACCTGGTGAACCTGGGGTATACTCAGAGGCGTCAGAAGAGTCCATCTCAACAGAAGGCGTC ATCTCTGCATCCTCCATAGGTGGTGCAAAGCGGGAGGGGGATAGGGCATGCTTAGCACCCCTTGGTAGCTTGTGACCTTC TTCAGACGTCCCTCCTTAGTGTAGCTTGACTCCTGGATTCGACCACTGTACACGTACCGGACACGGGAGTGGTCTATCTC CCAGGCGGTGTCGTCATCAGCATCAGGTAGACTGAGGCTCCACTCCCGATGAGCCGTCTAGGCGTTAAGCGTCCCAAACA ACACACAAGCAAACGAGCAAGGGTCATCTTCTAGAAGACAATCACTACAAGTATAGTTAAGTAGGGTAACTACCCTAGCA ATCCTAGGTAAAACCCAAGACTAACATTCACAGTTAAGGGGTACTAGTTCCTTTCTCTAAGTTGTTAGTAAATGCCATGC AGACACTTTGCATATCCACATCGCCAAATCCTCCTCGGATAGGCAGGATAAAACACGACTCCACGATTGGGGTTGACTCC CAGCCAACGAACCAAACGACTATCTCTAATTGTCACCCGCTAAACCATTTAGCGACCGATATTTCTTCTCACGCAGTACC AATCGCTACGAGCAGCCGCCCTTCCCCCCTAACCGCCTACCTACTCGTGCTCGTAGCTCGATCAGAGGTTAAGAGTGTGG TCCGGCGGAAAAAGAGAAGTCGTCTGTACTAAGTGATATGTTAATTGCTTAGTAGTGCTTTGCCACTACTGTAGCTGACG GAAATATCTTAATGGTAGAGCATAGCCTTGCAAAGGTTGAGGGTTGAAGTCCCTCATTCCGCTCTTGGCTTCGTCGTTTA GTGGTAACGAGAAGAATAGGCATACAACTCCACAATCGTGTTAGCTTGTCACTAACGCACTGCCGCTTCACGTTTTGTCG CTCATTCAAGTCCTTCACAACCCCCGAACCTCGCCACAGACCAGCCAATCCAGGTCACTAGTCATGGTCGTGAAGTTCGA TCTCGGTCACTTGATAACAGATTCATGTCATGCAAGTTAGTCATCATCACAAGGCTCCCAACCTTTCATGTTCTCATCTC GAACATTCTCACAATTATAAAAGTATAACTTGCATGAATATCATAATTAAAGCTAGCGACCTAATCAAATAGGACATTTC ATAATAACAACATGTAGCATTTATCACATCAATGATCATATATCATCCCTATCATATATAATCATTCATAATCCTACTAT CATGTTCACCTATCACATAAACCATAATATGGTCATACACAAACACAGCCAAAATCTCTAAGCCGTAGCCGAAGGACCTT ACCTTAATTGCTTTCGGCAATTCTAGGCTTCAACCTACACGTAAATTTTTAATCCTTGTCATGCTTGCCACCAAGGTGAT GCATCAAACAAGGAGAAGGTGGAAGCCATAAGTTTTCGTTCATGGACCTCAAACATCAATTCTTTCTTTAATTTTTTCTT TAATTTCCTTTGTTTCGTTATTGGAATTATTTTTGCTTAAACTCAATGTATATATATTAATTTTGGTTAATGATTTATTG ACACATTTTATTTTCTCCCAACTTACTTCTACTTTTCTTTATAAATTTCTCTTCTAATTTTATTACTCGCCATATCTTTA TTTCTTTTCTTCTATTTTTATCTCTCATTAAAAGTGTCAAATATAAGTGTGAACAAAATATTATTATTATTATTATTATA TATATATATAATACCACTAATAATAATCACACCATCAATTCTACCGAGTCAAACATATATTTTTACGATAAACCAACAAA GTACAATAAACACATCAAACAACGTTTATCACGCTTAAGCTGATACATAACTAGCTAATTAGCTGCATAGACTATTTGGG TCTTACATTACTACCCCCATTAAAATAGTTTCGCCCTCAAAACTAAGACTGTTACACAAATAACTCGGGGTATTGTTCTC TCATTTTCTCTTCCAGCTCCCACGTGGCATGTCCAGTGGTCTAGTTCCAAATCACTTTGACTAGAGGAACTTGCTTATTC CTCAGCTGTTTGATCCTCCGCTCTTTGATCTACATTGGTGGTACTTCAACGGTTAAATTGTCCTTCAGCTTATTGTGATC TGGCTCGATCACGTGCGATGGATCAGACCATACTTCCTTAACTGGGACACATTCAAAACATTGTAAATGTTGGATAGGAG AGGTGGCATTACAATCCGATATGTCACTGGTCCAACACGCTCAATAATTTGGTAAGGTCCTATAAACTTAGGTGTGTGCT TCTTTCACTTAATAGTTCTTCCAACACCCGTGGTTTGAGTGACTCGCAGGAACAAATGGTCTCCCGCTTCAAACTCAAAA TTCTTCCGCCTGATGTCTGCATAGCTCTTTTGTCTACTTTAAGATGCTCTCATATTTTCTTTGATTTGCTTCACCTTCTC GGTCGTCTGTTGGACTAACTTAGGCACAACGATTAGGTGCTCACCATCATGATACCTCCTTGCATAAGGGAGTGTGGCAT CTACGACCGTACAATGTTTCGTAAGGTTCCATCTCTATGCTTGCATGAAAACTATTGTTGTAGGTGAACTCAACTAATGA TAGATCATCCCAATTTCCTTGGTTATCTAACACACAAGCCCTCAGCAAATCCTCCAATGACTGGATAGCTCTCTCGGTCT GTCCATTTGTTTGAGGGTGATAGGCAGAACTTAGCCTCAGCTTTGTTCCCAAAGCTCCCAAGAAACGCGAAGTAAACCTC GGGTCTCTATTGGAAACAATGCTTGATGGTACATCGTGCAAGCGCACAATCTCCGCAACATAAATCTTTGCCAGTTGTTC CACTTTGTAGTTAATCCTGATAGGTAAGAAATGAGCAAACTTCATCAGTCAGTCCACTATGACCGGGATAGAGTCGTGTC TCTTCCGTGTTGTTGGTAATGTCACTACAAAATCCATTGACCAATTTTCAGTCATTTGTTTACTGTTTAATTATGCTTTG AAAAGGGTTTTATTTCAGCAAAAAATCACACGTATTTTAAAAAAAGTTACTAAAGTGACCATCGAGAAATCGAGGTGTTA CAATTTGTCAATTAGATTTGATTTTGTCCATCACCCTTACATTGAATAGTGAGTAATAATTGTTTTAGAGCAATTAAACT TTATCATTATGAAAGTAAGCAAGCAAAAAGCTTCCAATTTAACCACACCTTACCTAATCTGCGATCATAGCAAAATAAGA GATAATTGTAAGGTGTTTGTTGTGATACCTTAAGTCAGATTAAGGTGTGGTACCTAAAGTGAGTTGATTCAATAATAAAG ACTCATGTACTGATTTAATTTTTAATTTTTTTTTCTATCGTAGTAATGCAGTGTTCAATTCTTAAGGACGTGAAATTTGC GAGTTGTGTTTTCTGAGCTTTGTTCATCCATCAACCATGGTCCTTTTACGCGCATCTCTATCACTATCATTCATTTTCAC CACTTATCCATTTTTCATTAAAAAATGAATGTTAAGAGATAAAGATAATTGACAAATAAAGTAAAATCTAAGAATATAGT ATTTACCTTGAATAACATGAAAATAATCTATTGAATTACTTAACACGGGTACCCACACCCAAAAAAAAATTCAGGCCGGT ACACGGAATTTGCCTAATTTTTACAAACACTCAAATGCAATTTAATGTCAGAATTTTAATGGGAGAATTGCAAACTCTCA CAAAGACATACAACTACCCAAATTCTATACAACTAAATGACTAGAATTGTTATCATGAAGAAATCTCAAAGAAACTCTCG ATATTTATAGTAATTCTCTACTTTTTTTCTTCTCCATACTATTCAATGTGACACATTAATGAGCACCAATTTTCTCCGGG CACAACAATCCTGCCTAGTTTGACTTGCTCAACTGCCACCCTTGATGAATTATGTGTGAATTCTACGAAACTTTTCTAGT TGTGTAATGGTAATTAGCCAGTACATTATAGAACTTGTAAGGTGGCGCACTAGTGAGTGGTGAAATTTTAATGGCAGATA TGCAGATTGTTGACAGGTTTGGCTTAGCTAGATTGTCCTTACTTTGCAACTCACACTAATAAATTGTACTTAAGCCCTCA ATTATAGTTTGTGCTTGACTAGTTTTACTTGCACATAAGATGAGATTTGGAAATTGAGCATACACAGACAAACATATGCA AGGTAGCTCAGTCATACTCATACTTGATTCAGTTCATGAATTAGTCTAATTCAAGCATATGTTATCAACTTTTCATCACC ATATGACTAAATATATGCTAATGATCATGAGTTACAAGCAGTAACAAGTAATAACTATAAGTTGAGTTCTAAATTCTAAT ATTAAAAAAACAACTTATAGCAGCATATTGGCAGCTTGCAATGATTAACTTGTGCAGTGATGCTGCACTATGCAGAAAAC ATAGAGCAGCAAAACAAAACATTTTGAACATTATAACTAGAAACTGAGCTTACTTAGAGTTGAGTTGAAATGATTTTTGT GACTCGTCCATTTGGGATTTATGTGAAGAAATACAGTGAAGTACTGGGGATCAGAGTACTTAATTATTGATAGAATATGA AATATTCTTTATTTATTCTCCTGTAATTACGCATGTAATTTAGGCTTAGCATTTATTCCCTTTGACTTTGCTTTGTATTT ATACTGACACAATTGTCAATAATATTCACGGATTGAATTCCTTCAGTTTTGTAACTGTAAATCCAGTGGATCATGCTATT GTTAGTTTGGTTTGCTACCTTAAAGAACTTTGGTGTTTCATTTCGTCAGTTTTTGTAAAATATTTCCTATTCTATCACTT ATGCTATTGGATATGCCCAAATAAACTACTGAAGATGTAGTCTTGGTTTGTGATATGAACTTCTATGAAGTACTTCAATC ATCCTTGATCAGGCTAGGGTTTTGGCTATCAAAATGTCCAGAACATAGAGAGGGACAGCTAAAAGACCTTCAAGAAAGTG CATAATTGTTTCTTTTCATAGTGACTATGAGTTGATTTGAGTTCATTTAACCCTGATTTTCACTAGGGATCCGGCCCCTT TCTATTTGATGTCACATTATGGGGTAATCTTGAGTATTGACAGATGAGATTTGATCCCTTATTCTAGTGTACATTGTGGC TGAATTTGTAATGATGAACTTGCTTAGAAGCATCATATTGGATAAATCTGAGAGATGAATGTCCTATGACAAATTGGTTA TTAGATAGAAAAGAAATTGAACAGAATCCATATGATTTTTAGGAATACTCGAAGTTCTTGAATTCAACTCAGATTAGCCT ATTTTTTTAACCAATTTCATACTTAAAATATTGGATTGTGTTATGAAACGTCTTCAGGCAATTTTGCACCAGACCACACT CTAACTATACCCAATACACTCCAACAACAACAAAAATAGGCTGTTGAAGAGGGACATATGAAGATCAGAAGCATTGATTT TTCTTTTTTCCCATCTCACCTATTTATATTCCATCTATGATTTAACTGAAACAAAAACTTACCCTTTTCATTTTTCATTT TCTCAGTTTGCTGTTTCATGCATGTCCTTGTTTGTTTTCTCCTTTTCTAAGTGCTTATTGACTTAAGATGTTGAATCAGC CAACCTGACTTCTTAATTTTAATGGTACAGCATGCTGGAGTCAATTGAACGATACCGCAAACATACCAGGAATAACGTGC AAACAGCACATGCATCAGTTGAACAAAATATGCAGGTTAACTTATTTTGATATTCTTCCACAATCAACCATTACTATTCA TTATCTAGTATTTAAACATTTTGTGATATGATTACAACCACATTGCCGAAAATTCTTATTCTTTTTCCTTCCATAATAAT GTTGTATTTTTCTAGTTCTGGTGTAAGACGAAAATGTGTAAGCCTTTTGGTATTTATTTCAAGATCAAACTAAGTAATGG TTCTTCCATCCTGAATGATTCCTCACTAACTTTTGACATTGCTTTACAAATAACATGCATGTATACAAGTAATGATAAAT TGGTATACCTAATCTAATCTGAACTAAGACTCGTTTCAAAGAGTTTATTTGAGTTTATCTTGTAATGTAAATGTTTATTC AAGTGTTTGTGAGAACTATTAATTGTAAACAGTTTTTGACATGCTTGTAAATTATTTTGAGCTTTATTTTCACAAGCGGT TGAGATTAACTTATGAATAATCATTTATATATATCTATAACCTATATTGAGTTTATTTCAAGAAACTTCTCAAATTAGCT CACGAATAATTGTTATAAGCGTTTAGTAAGTTGTTTACCCAAGTGCACCCTAAGTAACTCTTCCCCCACTTTTTCCTCAA CTTGTTGAGAAGTCTCTCATTGAAGAGATATGACAAAATTAGTAATTATAAATGGTAGAGCAATTCTCACCTCTAAATTA GTTTTTGGGGTAGACTTAAGCCTAACTTGAGTCTATTAACTAGCCCACCAACAGATATCCAACCCTCAATGTGAGGGGTG TTAAAATCTTACATTAACTAGAAATATGATAAAATAAGTTCTTACATAAAGATAGGGAATGCTCAAACTAACTTTTAATG TAGAGTTAGACGTAATCCAAATTCTAAAACATCTACATATAAACATGCTTATCTAGTTTCCAAGAGTAGGGCAATGGCAC CAAAATATTGGCAATTTTGTAACAGGTAAAAATATATATTATGATTCAAGAATGAGGTGATGTGGGAGGAAACCAGCCGC AGGTGAGACAGTTTGATCAGTTGATAGATAAAAAATTTGAACAAGCAATCGAACCTAGATCTTGAAGAGAGAATATTTCC AAAGATATTTACTCAAAATATAAATTTGAGAGGTTGGAAATTATAAATAAGACCATTCCTTCATAATAGGAATACTGTTA CAAGTGTGAGACCAATTCATGCTCCAAGAAGACTAAGATTTAAAAGCTGACTAGGCGTGAGATCCACGGAACACACAATG ACCTTAAGTGGAAGCGTGTATTAGAAATTGGGAGGCAGAACTGGGGTGTTTGACGGCGGCCGGAGGGCGCGATTGCCTGG AGGAAGCAAGCGGCGGTGCTGGACGGCGCAGTGGGCAGGTCCAGAAGAGCGGAAGAGGCGCAGCGTGGGTGCTCGCGCGT TGGAGAGAAGAGGCGCGGTGGTGGCTCGCACACTTCTAACGAATTTGGATCCTCTCTAGCCATTTATTCTCTCCAGCCCC TCCAGCACATTTTGAGCCACTGATTTTACAATCCAGCTGTTATAATTAATTTAAGAAAAATCAAGTGATAATTACATGTA TATCCTCTCTCATTTTATACTTGCTGGATGGTGCAGCAGCGGGAGAGGATCTGAATTCCACTTCTAACAGCGTGAAGCTA GAACGAGGCTTGGTGGTTAGTAAGTCTGGTAACCGTTGTAGTTAGCCGAGACTCTCACTACAAATAGGGTTATAATTATT TGTAACAAACACACAACACAATCATCAATTCAAACTTTTATTGTTTTCTTTTATCTTAACTTATTCCTTGGTCGTCCATT TATTTCAAAACTTTATCTTAATTTACTTAGCCGTTTTTCAATTACATCATTAGGCGTTTTTCTCTTTACCTTAGTTTTTT CCCAACCACCCTTTCTTTCATCTCTCAATAGCAAAAACTAAGAATTTTTTGGAGTGTCTTATGAACCTACATTGAAGGAC AAAGTCTCTTTCTTAAGTAATCATTTGATTAGAGAATTATTATGTTGGTTTCTTAGCGGAACCATAAAATGTCCCTAATC CTATTTTATTTGAACCAATAGATAAATAATAGTGTGGTTTGCTTGTATTTGATTGATATTGTTTCCTTTCAAACATGGTG AGGACTTAGTGCCAAATAACAGGTACTAATGAAGCAATTATCATAGTAATTGTTCTAGGTCGAGATTTGACCACATGGTC CAAAGCCATGAGGCTGGCCCATGGTGGCCAAAACCCAACTCTTCAATTAAGGTGTAGGTCAATGAACACTAGGCTCCAAT TGCTCTAACCAACTAACTTAACCATTGCAGTTAAGTTGTTAAAACTTTGGTTAAACTGTTATAACCACGGTTAAGTCGTT ATGCCACATGGTTATTTGGCTATGCCACGTAGGTAGGTGGTTAAATTCTAGCAACAAAATTAAAAGGGAAGTCTTCAGCT TCATAGTGATCAAATTTAGCATCGTCACTGCAAAGAATCATGTTTTTCGTATAGTGTTAGACTTGACTATTAACATTAAC CATAATTTCATTCGAAATGTAATTGAAGAGTGAGAGGTATAATTGGTATTTTGTAGTTCACAAGAGCAGTTGTAGATATT TTTCTTAAAGAGATACCAAAAGGAAGATTTCCAGAAATTAGAGAAAAACACACATTTTTTGGCCTTTGACATGTTTCAGG GATCGAACTCGTGTTCTTAATCTTACGGGGTTTAGCTTCCTTATCACTAAAATAAAATACGTCCTCTTATTCTTTTTTTT CTTGCTAAATTATGCAGTATTTCTTAGCCTACTTATATTCAACGTTTCTCCAGTGGCTTAGTTTGTATAGCACCTTTAAA ATGCCACCAATTAAGTATATACTTACAATCTTTTCAGTTAACTTCTCAATTAACCGTTATAATGGCTTACTTAGATTGAT ATTTGTTTGGATTCATGCAAGCATGCAGTAGCAGTCTATAAGACAATCTTTAAATGCTATATTGTTGGTACTAGATCCAG AATTACCCACATCAGTATTTTGGCAACAATCCTATCTCTGTAAATATATAATAGCTATTAGTATCAGTAGCAATTAGTTT ATTGGAGTTCTGAAGTATGAATTCATTTGCTAAAATATTTGATGACAGCATTTGAAGGAAGAAGCAACAATCATGATGAA GAAGATTGATATTCTTGAAGAAACAAAACGGTTAAAGATCTTCTTGAGTTTCTTTTTATGTTGTTAAATTTATTGGTTTC TTGGAATTCAATGTATGTTTAATTTTACTCTCAAAATGAAAAGATATATGTTGCATTTGTAATTTCATTCCATCAGGAAA CTCTCTGGAGAAGGTTTGGGATCTTGCTCCATTGAAGAACTACAACAAATAGAACAGAAGTTGGAGAGGAGCATAAGAAG TGTTCGAGCAAGAAAGGTTAGGATAATTAACAACAAGCCTATAGAAACTCAAAATATATTGATATTTGATATTAGAACCT TCAAAGTATATTGATATTTTTGAATCCCAACTACTTTCTATTATTTTCAGTCTCAGGCTTACATGGAACAAGTTGAGCAA CTAAAAGAAAAGGTAAGCTGTCTTTAATCTTTATAGTTAACAGCTTGCTTTACATGAATGTGAGGTTGCATCTGATAATA CAGCACACAAAATAAAATTGGACATTCTTCAAATTCGATGCACACACCTCTGAGGTTCCTCTCTGGAATACAAGTCAAGA GAGAGCAACTCCAACAAGATTCTAGAGGAGAATTGTAAAAACTAAAAGTCTCATATTAGGTTGGTGGTGGAAGAAAATTC TAATATATATGTCAGATGAACCACACACCGCACCCACATTTAGCCCTAACACACTCATGGTCTCAGAGAACCATTTTGGA ACAACACTCTTGCCACTTTACAATTTATCAAAATTGATAACCTCTTTTCTAAGCATTACTCGTTTCTTTCATCCTTTATA TATTCTGGGCTAGAACCACATATAGCCCCAAAATTATGTTTTTTATACGCGAGAGTGAACTTGGAGATGTTAGTATAGAA GCTTTTTTTTTTTGAAATGTGGTATAGAAGCTTAATCCAAAATGATTTTTGTTTTATAGATTTATATTTTTCTGAGTACA TCTTTTTCGGGTTAGGTTTTTGTTTTGTTTTAGATCTTGGGTGTTGGGCTAAGTAGGCTCTGACAATTGTTGGGCTGGAA GTGCATAGGGCCCAAAATTATGTATGGACAAGGGAGAATGTGCTTGTAGTATAAACCTAACCTAAAATTATTTTAGTTTA TAGGTTTTTCAATTAAAAAAAGAAAATATTTTTGGGTTAGTTTTTTTTTTGTTTTCGAGATATTTTTTAGATCTTGGACC GTTGGTCTAAATGAGCTCTGATAATTGTTGGGCTAGAGGCGCACATGGTTCAAATTATGTCTTGGATATGCGAGAGTGAA TTTGAAGGTGTTGGAGTAGAAACCTAACCAGAATGACTTTAGTTGATAGGTTAATACACATTTTTAGGTTAGCTTTTTTG TTTTGAATTTATTTTTAAACTTGGACCATTGGACTAAGTGGACTCTAATAGTTCTTGGGCTGGAAGCACACAAGGCGCAA AGTTATACTATGGATAAAGAATGGCGGGCTTGGAGGTGAATGCTAAGTCAAAATGACTTAAGGCAATTGCAATTGAAACT CTCCAGATTATATTTTATAAATTATGTGTTAAGCCTACAAATGTGTACCTCTTTCATATTTTCATCAATATAGGTTTTGA ATAAGATACTCTTGTTAATATCATTCTAGTTCATGTTACATTAAACAAACAAGCCAAGGAAACATACTTCTAGGTTCATT TTTTCATCCATATATTTTGAACATTCTTAAAGTTCCCAGCTAGCATTGCATCAAAAGATTCTGACTAGAAATGTTTTGAA CACAATTCAGGAAAAAGTGCTAGTGGCAGAAAACTCCAGGCTCTCTGAGAAGGTGAAGATACTTCTATCCTGAATTTCAA CTTTAGATATCAAACTTGAAAAGTCTTCCTTAGTTTGCAGACTTTAATACATGTTATACAAATCACTCAGTTAAAATGAA AATTCAATTTCTATGCAGTATGGTATTGGTCCAGAGCCACCAACACTGGATCAGAGAGCAAAACCAAGAATGGATCTTCA TAGAGAAAGCCAACCCCAGTCTTATGGTGAAAGTAGTTCAAGTTCAGATGTGGAGACTGAATTGTTCATTGGTCTTCCAG AAGCGAGAATAAGGCGCATTTCTCCCAAGCTTAATTAGTTGAAGATCATTTAATCCCTGACTATGAAAAACTAAATAAGC GTAACCTTAACTGCCTAAATATCAATGTATATTAATATAGGTTTCCTAATGCTCTAAGATAATAATGGTGATTGTGAGAA TGACTTGCTTCATAATATCCCCAAACCTGTGGTCTAAGCTGTATTAAACTTGTATTCAGACTCAGCATTCAGCACTTTCA CTTCTGCTGCATGATTTT
CDS sequence (LotjaGi3g1v0374400.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGAGAGGGAAGACTCAGATGAAACGCATAGAGAACGCCACAAGCAGACAAGTGACCTTCTCAAAGAGACGAAATGG GTTGCTCAAGAAGGCATTTGAGCTTTCAGTTCTGTGTGATGCTGAGGTGGCTCTTATTGTTTTCTCTCCAAGAGGGAAGC TTTATGAATTTGCCAGCTCCAGCATGCTGGAGTCAATTGAACGATACCGCAAACATACCAGGAATAACGTGCAAACAGCA CATGCATCAGTTGAACAAAATATGCAGCATTTGAAGGAAGAAGCAACAATCATGATGAAGAAGATTGATATTCTTGAAGA AACAAAACGGAAACTCTCTGGAGAAGGTTTGGGATCTTGCTCCATTGAAGAACTACAACAAATAGAACAGAAGTTGGAGA GGAGCATAAGAAGTGTTCGAGCAAGAAAGTCTCAGGCTTACATGGAACAAGTTGAGCAACTAAAAGAAAAGGAAAAAGTG CTAGTGGCAGAAAACTCCAGGCTCTCTGAGAAGTATGGTATTGGTCCAGAGCCACCAACACTGGATCAGAGAGCAAAACC AAGAATGGATCTTCATAGAGAAAGCCAACCCCAGTCTTATGGTGAAAGTAGTTCAAGTTCAGATGTGGAGACTGAATTGT TCATTGGTCTTCCAGAAGCGAGAATAAGGCGCATTTCTCCCAAGCTTAATTAG
Protein sequence (LotjaGi3g1v0374400.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVRGKTQMKRIENATSRQVTFSKRRNGLLKKAFELSVLCDAEVALIVFSPRGKLYEFASSSMLESIERYRKHTRNNVQTA HASVEQNMQHLKEEATIMMKKIDILEETKRKLSGEGLGSCSIEELQQIEQKLERSIRSVRARKSQAYMEQVEQLKEKEKV LVAENSRLSEKYGIGPEPPTLDQRAKPRMDLHRESQPQSYGESSSSSDVETELFIGLPEARIRRISPKLN
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 |
|---|---|---|---|---|---|---|
| SMART | 1 | 60 | 60 | 1.1E-41 | ||
| ProSiteProfiles | 1 | 61 | 61 | 31.931 | ||
| PANTHER | 2 | 183 | 182 | 8.2E-86 | – | |
| PANTHER | 2 | 183 | 182 | 8.2E-86 | – | |
| ProSitePatterns | 3 | 57 | 55 | - | ||
| SUPERFAMILY | 3 | 89 | 87 | 9.16E-34 | ||
| CDD | 3 | 75 | 73 | 1.2865E-42 | ||
| PRINTS | 3 | 23 | 21 | 3.9E-31 | ||
| Pfam | 10 | 57 | 48 | 6.4E-27 | ||
| Gene3D | 13 | 97 | 85 | 3.8E-30 | ||
| PRINTS | 23 | 38 | 16 | 3.9E-31 | ||
| PRINTS | 38 | 59 | 22 | 3.9E-31 | ||
| Coils | 74 | 108 | 35 | - | – | |
| Pfam | 85 | 172 | 88 | 1.1E-24 | ||
| ProSiteProfiles | 88 | 178 | 91 | 14.628 | ||
| Coils | 122 | 142 | 21 | - | – | |
| Coils | 144 | 171 | 28 | - | – | |
| MobiDBLite | 170 | 212 | 43 | - | – | |
| MobiDBLite | 196 | 211 | 16 | - | – |
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 | RNA polymerase II regulatory region sequence-specific DNA binding | Interacting selectively and non-covalently with a specific sequence of DNA that is part of a regulatory region that controls the transcription of a gene or cistron by RNA polymerase II. | ||
| Molecular function | DNA binding | Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid). | ||
| Molecular function | DNA-binding transcription factor activity | A protein or a member of a complex that interacts selectively and non-covalently with a specific DNA sequence (sometimes referred to as a motif) within the regulatory region of a gene to modulate transcription. Regulatory regions include promoters (proximal and distal) and enhancers. Genes are transcriptional units, and include bacterial operons. | ||
| 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. | ||
| Biological process | Regulation of transcription, DNA-templated | Any process that modulates the frequency, rate or extent of cellular DNA-templated transcription. | ||
| Biological process | Positive regulation of transcription by RNA polymerase II | Any process that activates or increases the frequency, rate or extent of transcription from an RNA polymerase II promoter. | ||
| Molecular function | Protein dimerization activity | The formation of a protein dimer, a macromolecular structure consists of two noncovalently associated identical or nonidentical subunits. |
Expression pattern of LotjaGi3g1v0374400.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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