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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0270500 |
| Transcript ID | LotjaGi2g1v0270500.1 |
| Related isoforms 5 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | MADS-box transcription factor; TAIR: AT5G60910.1 AGAMOUS-like 8; Swiss-Prot: sp|Q38876|AGL8_ARATH Agamous-like MADS-box protein AGL8; TrEMBL-Plants: tr|I3SRR9|I3SRR9_LOTJA Uncharacterized protein; Found in the gene: LotjaGi2g1v0270500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:74130380..74151173) extracted from Lotus japonicus Gifu genome v1.2.
CCCAAACTCGACAACGCATCGTACCCAAAATTGCAACCTAGTTGCTTTTTTCTTAAAATATCCCACAATTCCTTTTATTC TTCACCGTGGAAATAAAACTAGCCATGTTTGCACACCACAAAAATAGAAAGATACCCATGTTGTAAAACACGCCCTTTGC TTTGCTTTGATTTGCTTCTTCAGATTTCGTGCTTGCTAGCTTTTCCCTCAGGTGAATATGAACACTACAACTCTCTCTAG GGCTTATTATTGATCTCTTCTTCTTCTTCTTCTCTTTATTTCAATTGAAAAGGTAAATTAAGTTGTAGAAAAGTTCATCG ATGGGGAGAGGAAGGGTTCAGTTGAAGCAGATCGAGAACAAAACTAGTCGGCAAGTGACGTTTTCAAAGAGGAGAATGGG GCTGCGAAAGAAAGCCCATGAAATCTCTGTGCTCTGTGATGCTCAAGTAGCATTGCTTGTCTTCAACACCAAAGGAAGAC TTTATGAGTTTTCATCTGAATCCAGGTATATCATATCATATGCACTTACAACCCCTTCGTTATTTGCACCACCTTTGATT GACTTTCCACGTCGTCGTCTATATTTGTTTTCTCAACTTTGTTATAATTAATTAGATTAATGTTTATACTCACAATTTAA ATCAATCCACACTGGACGGTTCCTGAATGATAACTCAAATAATAAAAATTGATAAAAATATGGATTGAAAAGTGAGAGGT TCCAAGATCAATCCTACATTGTACTTGCATATATATATATAGATGAAGTTATTGTCTTTTCTAATTTTTTATTATCCTTC GTTAATTTGTTGCTTCTATTCAAGTTACCTACTAAAATCTTCTATCTTTTATATCTTTTATATATATATATATATATATA TATATATATAAAACACACTTGAGTTTAACATTAAATAAATAAGAAAAACTCAAGTATTGCATTGTATTAAAAATGTTCTA ATAAACAATCATAATTTTCTTTGAAATAAATATATTAATCAATAAAATAAAAAACCGGAAAAAAATTGTATTCCCAAAAT AGTATTTATTAACAAATAATTTAGACAAATAGTTTTAAAATTAAAATTTTCTATTTATATGTCAAGGAAATTTGAGAATT ATTACATTAAAGTTATTAAACCATAAAACTCTCATATCTCTGTATTAAAACACATTAAGAAATACTAATTTCTCTTACTA AAAAACACAGTATATTACAAAATAATTGAAAACCGAAAAGAATTGTATATTCAAAAACCATTCAACTAATTACATTAAAT AACAACATTTATGAACTTAAAATTTAATTTTTTAAAAAAACTAAACTCTTCTTGAGTTTTTTCATTTGAAAATATTAAAA ATTAAAATTATTTAATAAAATAATATTTTTAATAAATAATTTAGATAAAAAAGTTTCAAAATTAAAAAATGCTGCTAAAA GTTATTTAATATGAATTATAACACATATGCGCATTTTCAAAAAAAATATTTAAATATATTTTTTATCTATGATATATTAT TAAAAATCACTCGAGGAATCACAATAGCGAAAAATAATAATGACCCATGTTGTATAAATTTTTGTTATGAGAAACTTATC CACTTAACATGATCGTAGAACCTCGAGAGATTAGTGTCATGGCTATCATTTGTGAGGAAATATTTGGAAACCAAATAAGT TGAATAAATGACTAGATAATATTTTATGCTATTTAATTTATAACTTATTATAATTCAAAAAGTTAAAATTAGTTTATTTC TCATGGTCTTGATAGGTCACAATAAATGACTTTCCCGATTAAAAGTAATAAAAATTATATTAAAACTTATTTCATGATAT TAAACACTTATTACTTAACATTTTTTACCTAATTTAAATATTTCAAATTAACTTAATAATTTTTCATATTATTAAATAAA AAAAATTAAATTGTTAAAATTATTTCTATGATAATAATTAAATTTCAATATTAAGTTTGAGTAATATTAATTATTTACAC GAAAAAACTCTTATATTTATTGAAATTTCTTAACACAACTTTTTTATATTTATAATTAAAAATATTTTAACTTTTATTTA TTTAAACCATAATAATTTTATCATCTTATTCCCGTTTAGTTATTACTTCTTTATGTTAAAACTCTTGGCACAATTGAAGG GTTCAATTATGAACAGTGGCGGAGCCAGAAATTTTTGGAAGTCTGGGCAAGATTAAGTTTAAGACTAATTAGTCTACACT TGGCGTTTAACCCAGAGTTTTAAATTGCGGGTTGCAGGTGTTTGAATTGAGATAAAATGAGTATGAAATAGAAGGAAAGA AAACAAATTTTTTATAAAAAAATAAATAAGTGAACATAGTGGCCCAAACACTATAACTTGTGTATAAAAAAAATGCAAAA AAACAATTGACGGCTGGCCCATTAGCATTTCATGACCTAAATGACTAAAGGTCAAGACATGTTTTGTCTTCAACCTTTTT CTTTTCAATTGGCAATGCTACATGCAGCTTTTGCATACCTTTTCTATGTCCTCTACATGCGTCCCTTGTCATGGCCACCG TGAGCCTCGCGGTGGATCCGCCCTCTCCGCCACTCTTTCTCTCAGCCTCACAATCACTCTCTGTCTCTCTCCACAATTTC CAAATTCAACTGTGAATCTGCCCCTGCCCTTCTGGTTCTCACCCACCCACAGCTTCTTCGCTCACCGACCGAAGAATTAT GTGCAGAATTTTGTGTTAGGAACTTGACATACAAAGCATCTTAGAAATCTGCATGCATTTATGTTTTTTATTTTAATTTG TGTATTAATTAATTGTTCCTATTTACATGTGAAATAGCATCGAAAACGTGTTGGAACGATATGAGAGACATACCCAAGCA GTGCAACTTGTTGGAGCTGATAAAGAACAACCGGTATGTACCTCATCGGAACATAGTCTTTATTAACAAAATCAGTATAG TTTTAAAAGTCTGGTATACTCTTAGTTACGGTTGAAAATAACTTCCGCATTAAATAGATTTATGTTCAAGATAGTTCTAA TATATGCGAAGATAATCATTATCTTTGAGCTAATATTTGAGGGAGAGTTAGATCGCCCAATTATTCTAATATGATATTAG AGTCTATTCTAGATCCATTATCTGAAGACCACCGATAGTGAGAGAGTGTATTGAGATGTCACACATTAACTCGACGGATT TGGTTACCCTCTAAAGTGAGAGTTACATCCACTAATAGTGATTATTTACTTTGAAAAGTCAATAAAACAATTCAGTCAGT CAATGATTATAATGATTTACTTTACTTTACTTTGGAGAGTTGGACTTAGAGTAAAGAAATGACCAAAATAACTTTTATAT TTAGAAAGACAATTCTCATCTCTGAGTGCTTTTGAGGTAGAGTTAAAACTCTTAAATTCTAATAGTTTATTATTTTGAGG AAATTAGTTTGATTCAGTTCTCTGTTAATAGCTACACGGTTTAGTTAAGCTATCTTTTTTGAAATAGCTGAAGTTTCATT TCAATGATCATGCAATCTTGAGAATAACATTCTTAAGTTGGGGCAGCAAATAAAATATTTTATACATTATCTACCACAGC CCACAAGAGATTCTTTCTTTTACACTTGCTTTACTAAGCTATCAACAAATGCATTTGCTTCCCCACAACATTAGAAATTT CATTACAATTCACTTCAGCTCTTAAAATATCACCCTCAATCACCACATTCTGAAATTGAAACTGTTTGCAAAATGAGAGT GCATGTTGAATTGCTGAGATTTCAGCTTCATATCCCATGAATGACCAATGGGTTTAGAGAACGTGGTGATGAGCTTTATA TATATATATATATAGCTTCTAACAAACTACACTTGTAATTTTAATGAATTCAGTCTCATTCTTTCTTTCCTTCTTCCTCT CACTTTGTTAGCTTCTATCAATTACCTTGTTTCTATATATACATGCCAAAATGCAATTGCATAAAGGGTTATATACTATT TACTGCATGTAGAGAAACTGGTCCTCGGAATGCTTCAAGCTCACCGGTAGAGTTGAAGTCTTAGAGAAGAGCATAAGGTA CACATTTGATATTTCACTGTAAACTTTATATATACAATATGGAAGCAGTCTTTAGTGCAACTCTATGCGTTGTTCTTGTT TTAACCTGAAGATCATTATTTCTTCCAAGTGTATTTCAAATCCTTAGTAGCTTTTATGATAACTTGATAATATATATATA GGAACATCGCGGGACATGATCTGGATCCCTTGAACTTGAGAGAGCTTCAGGGTTTGGAGCATCAGCTTGACACAGCTCTA AGGCGCATCCGAACTAGAAAGGTGAAAGCATATTATCAATTTATTATCTAAAATAAGGTTAATTATGTTTACCATGAATC AAGAAAAATCTAATTTATAAATAAAATTCTGAAATGAGATTGCCTGAATCTTCATCTCCGGTCGTGGTGGTGCTTGGCCT TGAACGGTTTCTCTAACACGACGGGGCATTCTATCGTTCAAGTCAGTAATGTGCAAATAAAGGATCTTAGAATCTAACAA GAACCCTAAGTTTAGCATAATAGGTAACACGTGTACAAATGAATGACTATCACCCTTGTTTTCAAAGGCTTGATGTTTTT TAGGACGGTCTTTCAAAGTATTTACGAAGCCTTTAGAAAGTCTTCTGAGATATTAGTTGTCTTTAGGCAGCTTCACTTAG TCGTTTATGAGCAGGTTAGAGTCTTTGTTGCTCGGCTGTGCTAAGACGAGATGTTCTTTAACGAAGTAATCTGATTAGCC TCTACAGTGCTTGCTTAGTCGCAATACCTTTTAATTGACGGGATGTTATTAGACCTTTTAGGTCAACCAGAACACTTGTA AATTGATTTTAACACAAAAAGAGCGTATTATAATATAACATTTTAATTTATGAGTGTACCAATTGAAGAAAAAATTACCG CTGTAATTAAGTATTTTTTATTCTGAAAATGACCGACTATTATTATCTTTGGCAGAACACAGTTATGAATGAATCCATCT CAGAGCTGCAGAAAAAGGTTCGTGTGTTTCCTAAGGATTAGCATTGCTCTCTTGAAAGTTCAGATAATTGTTCGTGTATA TACTTAAATTAATAAGTTTGGAGTCAATTTCACTGTTATTATTCTCATAAATGCAATAGCTCAGTTAGTTATTGTTAGTT ACTGATAATCTGATTAGTTAGTATTTAGCCAACTAATCTCTAATTATCAGTTAGGATCTCAGTTAGTGTTGCTTTCAGTA TATATCTTGAGTGTGTAGAACACTCATTATATCAGAGAAAAAAATCTCTGCTCACTGTATCTTTCTTCAGTTCAATACAA TGAGGTTTTCTCTCATTTTCAACTTTCCTTCAAATTGATTTTGGTGGTATCAGAGAAGAATAAGATGATATATGGACAAT TTCCTTAGTGGAAGATGATATATTCACTTATTTTGCTTGATACTCTTCCTTTATCTAATTCTACTTGCTATCATTGCGTT ATGGTAGTTCATCTCAAGAAAATGGATCCTCTTCAGACTTCAGAGGAATCATCTGCATGCATTCTGCAATCTCTCTCAAG TAAAATCTTGACCATATAGTAATTTTTACATTTAATGGTTAAGATTGGTAAACGAAAAATAGAATTTTCCGTTTGAATGA AATTGGACGAATCAGTATGTCAATTGTCATTTTTTACACTTGAGAGGATGGACAGAGAATTGCAATTTTATATATTTCTT TGCAATTATTGAGCTATTACATTTGCAAGAAGTACTTATTTTTATTGGAGTTACAGAAAATCATTAACTTTAGGAGTGTT GGATACTTAACAAACTTGATAGACTAATGTTATATATATCTCCTACAAATTCCCCTACATATAAATGGAACCAAAATTAA ATGTTTATTACATTTTTAAGATACCAAATACATTGATTATTCATTTAATACTTGTTATGTTGTAAGTATTTTGCTATTGA GTAGTCCAAAAGTCAAAGGACAAAACAAGAAGTTGAAACATTATCTTAAAACACTAATTGTATTTCTTGGTGTGTGTTAT CTGAGGGTAGATAAATACGAACGAAGGTAATAGTAAAGATATACTACCATATGTACCTATAAATATTCAAATAGTTTAGG AACTAATATTAGCCAAGGAAATCCAATTAAATGAGTACCATTAGATTGTGTGAGTTACATGTTTTACTACAGCCACTATT CTTATTTATGTGTCTAGAAAAAGAAGAAAGAATTTGTTTCTAATTAAGTGTGTTCACTTATAAATTCAAGATAACATTAA CTATCATTTTCTTAATTACCCTACTAGTCCGGTTATGTAATTAGCTTATCACAGGATATCAATGTTTTAAGATCAAGTAA TTTAGAGTTTGACCCTGGTTACTCCTAAATATTTTAATGAAAATGTCGAATTTTAGAATAAGGTAAGTGAGTTTGTGCAA TTTTCAAGTTTCACGTTCAATGAACTCTTACGTAAGGGATCGTGAATATAACATAAATCATTCATCAGTATTCACTCAAA ACCTTAATCTTTTGGTATAGTTGGTTCATGACATGTCTAGCAATAAAAAGGTAAAATAGAAAGTTTTCAAATGACTATTG TTTTGGCATCCGGTAACACACACATTTACTGAGCACCAATTATTACCGCTAGTCTAAAAGTCGCTAGATATACGACTCTG TGTACACCCAGAGCTAAGGGACTACTATTTCAGTACCATGTTAACAAGGTAGTCAAAAGCTAGCTAGCTTTAGCAATAAA GCGGAGAGGGTTCTAAAGTATAAAGCACTAAAGCGGAACCTAGAGCGTACGCTTTAGTAACTTTTAACATTTATGTATAT ATTTACACTTATAAATACTTATATGCATATAAATGGTATAATTAACAAAAATTATTAGGTATGTCATACATAAATTGTAA AGTACCATAACTCATAATTGATAATTCATAGGAATGTCATATATAGCTACATAAGTCATAAAATACCAATCCAAAACACA ATAAAACTTAAACATCATGTAGTTTCTGGGGTGGGGTGGGTAGCTCACATGGTTGAGCTAAGGGTAATTGCAGGTGAAGG ATCAGGGTTCGAACCCTGCGGAGAGATAATTTGTACTAATTTGCTAACAACTAACATTTGCCTATAAAATGATGTCACGT AGTTCTGAACTTCTCATAATCAAGGTAACACAATAACCCATTTGCCAAACAGAAACAGATCAGAGGGAAACAGAGGAACA ACTACTAAAGAAAGAGAGAGTGAAGTAGAACTGGAGAATGAGAGTTCATATCGAAAACAGGGGAGAAGAGAGGACTTCGT CGCTGGAGGACTTTTTCATCAGCGGCAGTGGCGAAGCCCAGATCGAGACTCGCAAGAGAGAGGCGTTCAAGTTTCCTTGA CATATGAGTGAGAATGAGTGTTGTTTGAGGGTGAAAACTATATTTTTGCTAACCGGGCCGCAGAAACGGGTAAAAAAGAC GAGGTTGTATGGATCTTCATGAAAGCGGTAGAAGCTTCAAAATCGCCATTTTGCTACGCTTCTGCGCTTAACCAACGCTT TCGTCGTGCTTTTGCTAGATTTTCGCTTTAGCAGCCCCGTAAAGCGTCGGGGGCCTTAAATCACGCTTTAACGTGTTAAA GCGCGCTTCTGACTACCTTGCATGTTAAGATGACCCTCGTCGATTGGTACTTTACCCCATGCTGACATGCCACTTTGCCT AATAGGTAGTTTAGGCGAAGCCAATGATTGAAGGAATCCAGACCTAGGGACCATAAAACTCTAACATAGGGTTGATATTA GCAAACAAGCTTCAAATCCGTCCAACGCTTGCCAAACACATCGCATGCGACATGATTTCTCGTCCCTCTAAGAACTCTTC TGACAAATACTGGTTAGCCTCAAATGACTGCCTGCCCACCCATACATCCCACTAAAACCAGGGCAGTCAAACCCTTGCCG CAGTCAGTTGCATTTTTATGACTACATCTCGATGAAGTAACTTGTCTCATGATTTACCACGCTCTTCTTGAAGTCAACGG CCCTCTACTCGAGGCGTAGGCACAACACTCAAAGATCTTATACAATATGCAATCCTTCCCCTAACCATCCGATTAAACGA AGTATTAAGGAATCCAACGGCTCCTTTCGTCGTTGTACCTCGTACTCATCATAACAATTGCTCCAACCTCGAACTCTCTT ACCCCGAAACCCTCAAAACCGAACGCTATAAATGGAAAGTTCCTCAAGGCATAAGGTACATATATCCTCAACCGTGTGAA TGTGCTTTTACTTGGAGTTTCAAAAACTAAGTCACTGTCACACTTTTTACTTCTTAAGCAAGTAATGACATAGAGCTATT ATTCCTTCTTTTGTAACGATTGTGGAGCAGTTGCCTTCAACCTTATGTTTATGTAGTATTTTAATTGAGTAACATAACCA ACCCATATAAGAGAAATTGCTCATTTTCTTAGTCTTCATCGATTTTTCTTTTCCTAACGTATACATAGTTTCAAACTTCA CAGAAAAATGTAGCTATTTTTACACGATTGCAAGGCACAAACACAATTTGGAATAGAAATTTAAACTTCTCGTCTGGTTA TAACAGGCAAAGGCGTTGCAGGAGCAAAACAATGTGCTAGCAAAGAAGGTAGAGGTCACATGTAACATTTCAATCTAGCT ATCCGTCTTGTAGACAAGAAAACATAAGAAAAAGAGTTAATTTTTCTTGCATTTATGGCTAGATTAAGGATCAACAGAAG ACAATGGCTGAACCTCTGCACCCTCCTCTACAGAAACACTTGGCCAAAATTCTTCAGGTCTCAACATGGGCACTCCAGAG CAACACTCGCCACAAAGACTAGATCCTTCTTTAACACTTGGGTATTTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTC CTATCTATGTTATAGAGAAGGAATCAATCTAAAAAAATTAGAGGGAATTTCCTTGTTGAATCTGATACTAAAATGTTAAT CTAAACAATGAATAGGGTTCTTAACAATGTTACAGCTTAGTAGTTGGCAGAAACAGTTGCATGGATTGTGTTTGAGTAAA TGACAGTCTTGATCATAAACCAAGCCCATAAATAATCCATGTAGTCCAAATGTAATTTATACAACCTCGAGAACTATTCA AAAGTGCATAATTTTGTTTTTTTAATAATGATGTATCTCCATATAATTTAATGATTCTGTAAAAAACTTTACTAGCATAG ATAGAATAACTAGTCCATAGTTACAACTTTCTTAATTTCTGTTATTCCGTTGGGATGTGTGTTTTCTCGGAAACCAAACA GGCCCTAAATTCTTGTTTTTTCATAAAGTTGAAGACAGCAGAAGGCTTTTCAATTAGAGAATTGTAATGAACATAGGAAA ATTGTCAGTGTACAAAATAACACAAATTTGATTATTGTGAAATGCTGGCAACATCACCTCCAATTTCTACTGGTTAAGCC TCAGTGGAATTTACTAAATTATATGCGTCCACTCCTATTTTGCCAGGTTTCATTCCCTATTTGGTGATATTACATAAATG TTAACTTGAAAGTGTGTTAGATATTGTATTACTAGCATTCCTCTGCTTATGTTGTAGACACCATCAAACATAAGTGGAGA TAAAGAGGCTGGAAGAGCTTGTTAGTTTCACAATTTTTGGCTGCAGAGTAGCCCTTATAGATCCAGTTCTCCTTTGCTAG AACAAATTGTTGAAATGTTTACTGAAAGCCCACTATCATCAAGGAAATAGGAACTGCAGAAAGTTTTGTTATAAATGGAA AATTGTCTGACATACAATTTCACAGCAGTAGCTATGAATTTTAAGCCTGTGTATGCCTAAAGCCATTGAAAAGCCACCAA CAAGGTATTATCACATACCTGCAGAAGTCCACTCCACAGTGAGCTAGTCGTCAAATCGGGATTTTGACCTTAATCAGGGA GGGGGTTGTAAATCGTAAATTGCTAAATCATATGATTTTAGCAGATCTCTATATAATATACATATATGTGTGTGTGCGCG CTTATAAGTTCTTATATGCATATAAGATAGCGCAAATAAAAATTGGGATTGGAGAAAGAGAAGAAAAGCAGGGAACATAA CTCCAGATTCTAGAATAGAGCAAGCTACCAATTTAGGGAGTAGGGTGTGAATTAGCAGCGATGGCGATTGAATCGCAAGG GGCTCTTGAATCGCAAAATCATCCGATTTTAATCGCGATTTGACTAGCATGCTTACTAGGACAATTATATCTTATGATAT GTACATTATTGTTTCAGATTATAAGTGTCAAAAAGGTGCAGTGGGACTTTACAAGCAACATCGCTGCAGGAGAATGGTTG AAGTTAAAATTGCTCCTAGTAGCACTACTGTCATGACATCCCAACATGGATGCTTCATTATTATTTTACGAGATGCACCA GCATTACACTATTTTTGAGACGTGATGAATGTTGAACTCTATTTTGTTGCTACTTCTAGACAACTGCTGGTTATTGTATA GGATTGTGGCCTTCAAATTTGATGGTATGGCCAAAGGTTAAATAATGCAAATGATGTAAAAATCAACTGTTAAGTGCACC AACAAAATGGTACAGTGTAAAGAAATAGAAAAACTAATGCATCATTACATCCTTGTTGAGGTGGAACCTAAAATCTTAAA TTTCCCAGTAGGAGAATTATGTGTACTTGGAGGACAGGCCTGGGCGCTAATGTAAGATTGCTGCCATGTGACTTTACATG TTTGTGCAGTGAAATCAGCTTCTTGTGAAAATGCAAGGTAAGACTGTCTACATCAGATCCATAAAATGGGTTCTGCCCCT CTGCAGACCTCATGCATAGCGGAAGTTTTATCGCCTCTTTTTAAGGTTATGTGTACTTAGATTAAAAATTGTCATTTTGA TAAATTCAGGAAAGAACACACCTTTAACCACTTTCCCCTTTCTGCACCACCCTCTTCAAATCTTAGGCTCAAATATGCCA AGTGAGAATGGGTAGGAGAAAGCTCAACAAAGAAACATAACCCCAATAAAATGGCCAAATATCTTAATTGAAAGAACGCC TTAAGGAGAGGAGACTTTAAAAGTCACAACTTGAATAGCTGTGCTGAGAAAGGCATCCCCCAGGTTGAAATAGAAGTGAA AAATTGGCTATTGACAAAGATAAAAAAGTATTAGTCCTAGCATGTTAAGCAACAGCTCTGGTGAGGAGCTTGTAGAGAAA TTGTAAAGTTTCCCTTTTTTTATGGTAAATGTGTTAAGAACTTGGAGACGCTGTGATCGAGGAAGGAGCTCAAACTTTGC ATGTCTCAGAAAAGAAAAGAATAGACTACAGTCCATATAATACTGCCAAGATAGCTTCTGAGAGTGAGAGCAGTTGCTGC AAACAATGTAATCCTGTTTGTTAGGCATGCAAATATGTTAGCCCTGTTACCAGCAACTACTATCAATTATAATGATCGTA TCAACGTATCCATATATTTTGGTCCAGTCCTCCACAAGTTGGGCTCAACTTGCATTTAACTCAAAAGAAGAAAATCATAC TAAAAGTTATGCGTCTCTCGTACTATCTCAGTTCCTTATTATAAGAATCGACCTTCTTGGCCTAGTGGTCTAAGACAGCT ACTAGGGTACTATCTCAGTTCCTTATTATAAGAATCGAACTTCTTGGCCTAGTGGTCGAAGACTGCCACTAGGACAACCT GGGGTGGAACTAGAGCTCACAGAATCTTGTTCTTGGTGTTTTTAAAATAATGCTTGGCCAGCGGGAATCACGCATCGCAA ACAAGATTAGTCGAGATGTGGAAAAGGTGAGAAAAAAAACATTGTTGGAGAATCTTGAGACTCTGTTTGCCACTAAATAT AGTAGCAATAAATTTTGTCTAAAAGAGACCATAAATTTGCATTATAAAGAAGGAACTCGTACTATGACGACTTAAAGCAA ATTTACTTATAGTATTTTCTTTTCCTAGTTGTTTGGCATGAGAACTTTGACCATAAGATAATAGCTATTTGGCTGCTTAA TACTTTACACGGTTCCTAGGAGATTTACAAGTTTCATTAATTAATTTTGTTCTCCAAGGTATTGTAACCATGGACAATAT GAAAACTAATTACTATTTTGAACGAGGAAATTACCAAGGAAACTTTACAGACATCCTCATCAGAAGTTCTAATTTTCAGA CGATGTCGAGTGTTTCATAATAACTAACGTCCCAAGCCTTAAGGCTTACTAGTTTTCAAGTGTTTCAGGATACACAAGAC ATATATCTATCATTGCAACTGCGGTCTGCGGATCGACGTGATGATAATTGAGATTGGATATTAGGACTTCCTTTTTTCCC ACCACATCTTAAGCTAATATAAGTATATACATTTTCATTGTCTAGGTAACACCAAAAATACCAATAAACCAAGAAGCAAT AATAGGTGAACATGTTGTTAGGGATATATATATATTTGCAGAAGCATGTGAAATGCTTAGTTTAACAGATCACGTGACTA GCACGTGAGCTACTAGAAGTCTCTATTGAAGGCTATATATTCATTGTATCACTCAACAGTGAAAGCACCAATTAATGATA GAATATTCAGATTAACAGAGTTCTCTTCCTCTCTCTCTTTTCTGTTATTTTCTCAATATGGTATCCAGAGCTATCGACGT TCAGTGAGCCATGGCTCCGTCTGCTTCCGCTTCTGATTCGACTTCTTCAGTGCTTTCTCACAAGTTGAGCATCAAGCTTA GAGAGAAGAATTACTTCTCATGGAAGCAGCAGATCGAGGGAGCGATTCGATCACAAAAGCTGCAGAAGTTCGTCGTCGAT CCAGCGATTCCACAACGCTTTCTCAATGAAGAAGATCGCGTGCAAGGAACGGAGAATCCGGCGTACTCTGAATGGTTGCA ACAAGATTCAGCTCTGTTCACCTGGCTTCTGTCGACGCTCTCCGATGATCTGCTTCCGACGGTGATCAATTGTGAACACT CATATCAGATATGGAATGAAATCACTGGTTTCTTTCAGACTCAGCGTCTCGCACAATCGACGCGGCTACGTTCTGAGCTC CAATCGATGACGAAGGGGTCAAAATCTGCTTCAGAATACTTGCGTAAGATTAAGGTCATTGTTAACACACTGATTTCAAT TGGAGATCCAGTTTCCTATCGTGATCATTTGGAGGTCATCTTCAATGGACAACCTGAGGAATTTGATGCTCTCATGACGC TAGTGTACAATCATGGTACATCATGCTCAATCAATGAAGTTGAAGCAATGATTGTTGGTCATGAGGCTCGTCTTGATCGC ACAAGGAAGAAACAACTTGGAGAGTCGGTGATTTCCGCTAATGTGGCTCAAGTTGTAGCTCCTGCAAATTCCTCAACCAT GGCACCTCCGCCAGTGCCAAACTATCAGCCACCGGCCCCAACTCCTCATGAATCCTCTTATGATCGTGATTTTAATGAGG ACTCATATCAGTCAGAGAACTCTGGTGGCCGTGGGAACGGTGGAGGTCGCGGCCGTGGACGTGGCCGTGGAGGTCGATCC TCTGTACAGTGTCAGGTCTGTTTCAAATCAGGACATGATGCCTCTATTTGCTACCATTGTCACAGCAATGCTCCACAAAC TCAGAATTCACCACAGAACTCTCAGTTTCCTTATGGAGCACCTGGTTTTGGCTTCTCCGGATATGGAAACACAAGCTTCT ATCCTAATGGTGCACCATTTTATGGTCACAATAGTTATGGATTCCCAGTCTCACCTATGGCTCCTGGCTATGGTCCTGCA CCCAGGTGGAATTCATCAGGTTATCCACCAGGTTTCCCCACTCCTCAGAGATCACAAATGCCTCAGAATACTCCAGGCTC TCATTTTTCCAGTGGCTGGTCCGCTAGGGGTGCCTCTCCAAGACCTCCACAATCCTATCTGGTTGGCTCAGGACCGGGTT CTTCTTACACTCCACAGGGGTTTCTTGCAGGTCCTGTTTCTGACACTAGTTCTTGGGTCCCTGACTCGGGAGCAACACAT CACATAACCAATGATTCTGCCTTGTTTCATGATGATCACTCAGCTTCAGGTTCTGATCAAGTGTTTATGGGGAATGGTCA AGGTGTGTCAATTAAGAACGTTGGTTCAGCTTGTGTTCCATCTCCCATTAACCCACACACTACACTTGTCCTTAGAAACC TTCTATTAGTTCCTAGCATTACCAAAAATCTTGTTAGTGTTCAAAAATTTCGCAAGGACAATTGTGTTTTCTTTGAATTT CATGAAACCTCTTGTTGTGTTAAATCTCAGGTTACTGAAGCAGTTCTGGTACAAGGGATAGTTGGTGAAGATGGGCTATA TACTTTTCAAGCTTTCCATCCTGCTCCTACCTCTTCAGTTTCTGATAAACTGTCTAAACCTAGTCAAAATTCTCTTTGTA ATTCTGTTTCTAGTATTAGTTCAAACAATGTTCAGTCAGCTACTGTAATAGGACCTACTTTGTATGACTTGTGGCATGCT AGGTATGGGCACCCTCATCATGAGGCCCTAAAACATGCTTTAACACAATGTAATGTTCCTGTTCCTATTAAATACAATTT TACTGTTTGTCAAGCTTGTTGCCTTGGAAAGTCTCATAGGCTTTCTTCTCATTCTTCCTCTACTGTTTATACTTTTCCTC TGGAACTTGTGTTCATTGACTTGTGGGGTCCTGCTTCCACAGAATCTTCTGATGGATATTTTTATTTCTTGACTTGTGTT GATGCCTTTTCACGGTTCACTTGGATTTTTCCTCTAAGAACCAAGTCTGCTGCTTACACAGCTTTTGTTCAGTTTAGGAC AATGGCAGAAGCACAATTAAATCACAAAATCAAAGCAGTTCAGAGTGATTGGGGAGGAGAGTTTCGTTCCTTGACTAAAC TTTTCACTGACCAAGGAATCTTACACAGAAAAACTTGTCCACACACACACCATCAAAATGGGAGCGTGGAAAGAAAACAC AGGCATCTTGTTGAAATAGGGTTAACCATGTTAGCACATGCCAAGCTCCCTTTGGCCGACTGGGATCATACCTTCTTGAC TGCTGCATATCCCATAAACAGAACACCAACTTCTGTTCTCAATCATGAAACACCTTACTTCAAGCTTCTCAAACAACCTT TTGATTGTAAATTTCTTAAAGTATTTGGCTGTGCCTGGTATCCTTAGACCCTATCATAATGTCAAATTATCCTATAGGTC CAAAGAAAGTGTTTTCCTTGGATACTCCTCTAGTCATAAGGGGTACAAGTGTCTTGACAGTTCTGGTAGGATTTTTATCT CCAAAGATGTTTTGTTCAATGAAACTAGGCTCCCTTTTTCAGAGTTGTTTCCCTCTGCAGACACAGAGACACATATCACT CCCGTGTCTTCTGTGATTCCCTTAGTTTCCCCAGCACCTACTCCTGCTCTTTCGGTGTCTCCTTCACCCTCTTCTCAGCA GGAGTCCTCACAACATATAGCAACACCTTCACCAACAGAACTTGAAGCTCCAGCAACTAACTCAGGCAATAACACTACTT CAGCACAGCCTACTCATCAACATACTTCACCTCCACCATCTAGCAGTTCCACCACACATACCACACCACAAAACACATCT TCTTCACCTTCACGAATTGTTTATCCCCACAATACACACACCATGACTACTAGAGCCAAATCTGGCATTGTGAAACCTAG ACTATTTCCTACTTTGTTGCTCACACAAGCTGCAGAACCTATTTCTACAAAGAAAGCATTGGCAGACCCTAAATGGTTCA AGGCTATGAAGGAGGAATTTGATGCTTTGATGCACAATCAGACCTGGACACTCGTGCCTTTGCCCCCTAACATAAAGCCC ATTGGATGTAAATGGATCTATAGGGCAAAAGAGAACCATGATGGGACCATAAGTAGATACAAAGCACGACTTGTGGCAAA AGGTTTTAGTCAAAGAGCAGGACTGGACTATTCCGAGACCTTCTCACCTGTGGCCAAGCCCATTACCATCAGAATCATCT TAACACTGGCAGTATCCAATAACTGGCACATTCAGCAGTTAGATGTTAACAATGCTTTCCTCAATGGTTTGCTTGAGGAA GAAGTCTACATGGTACAACCACCAGGCTTTGAACAGCAAGATAAATCCCTTGTTTGTAGGCTGCAAAGAGCTCTATATGG ACTCAAACAAGCACCCAGGGCTTGGTTTGAGAGATTAAAATCAGCCTTGCTTAAGTATGGTTTTAGTTCTAGCAAGTGTG ATCCCTCATTATTCACTCTGCATACTAAGACTGACAGTGTCTATTTGTTAGTATACGTAGATGATATCATCATCACGGGC TCTTCTGTGTCTTTGATCAGTCAGCTAGTAAGCAAGCTCAACTCAGAATTTGCTCTTAAACAGCTTGGGGAGTTGGATTA TTTCCTAGGCATCCAAGTTCAGAGGTTGCAGAATGGGTCACTTCTCATGACTCAAGCAAAGTATACCAATGATCTTCTTG AGAGAGCTCATATGGCAGAGGCTAAGGGCATCTCTACTCCTATGATAAGTGGACACAAACTCACCAAGCATGGTGCAGAT TATCTATCAGACCCAACTTCTTACAGGTCTATAGTTGGAGCATTGCAATATGCAACGCTTACTAGGCCTGAGATATGCTT TTCAGTTAACAAAGTTTGTCAATTTTTGGCCCAGCCCTTAGAGGAGCATTGGAGGGCTGTAAAGAGGATTTTACGATACC TTAAGGGTACAGCTTCACACGGCTTACTCATTCAGAAGAGTTCCATGCAAGCACCTCAGACTTTAGCAGCATACTGTGAT GCTGATTGGGCATCAGATATTGATGACAGAAGATCCACCTCTGGATTCTGCATTTTTCTTGGTCCCAATCTCATTAGCTG GAGTTCCAAGAAGCAAACCTTAGTAGCTCGTTCTAGCACTGAGGCTGAGTACAGGAGCTTAGCTAATACCAATGCAGAAA TTCTTTGGGTTGAGTCCTTATTGACTGAATTAAAAATTCCCTACAAGACTCCTCATGTGTATTGTGACAACATGAGTGCA GTTGCGCTTACACAGAATCCTATTTTGCATGCCAAGATGATAGGTACTCACATATTAGTTAGTTAGTTAGTTATACTTAG TGAGTTAGCTAGAATGTTATTGAGGCATGTAGCCTATAAATAACAGACATTAGAGAGTTAGGGGTATCTTGTTATTCATT TGGGAATTGGGTTCTTGAGAGAGAAGTGGTTCTCTCTTGGGTTAGGGAAGGTGTTTGGTATCCTTCCTTGTATCTTTCCC CTAATTCCCAATTTGGGATTAGGGTTCTTCATCAATAATACTTCTACATTTTCTGGGTTCTATCATTCGTATCAGAGCAC CGATTCAGGTGCCCTGGCCAAGAAGATTCAACCGCAACAGCATCCATGGCTAGAGGATTCATGGATTCATTTTCACGTGA GGAAAGGAGGGAGATATTTGCTCTTGTAAAGGAATTGCAGAAGGAGTTTGCTGAGAGCAGAAGGGAACTAGAGTCAATGA AGAATCAGTGGAGGGAACTTGAAGAGAAGAGGCAGAAGATGGAACAAGAAAGGCAAGAATCAGAGGCGGCAATCGAGGTG GAGCGAACAGCGGCAGCGGCGTTGTTGAAGGGAAGTGAGACCCCAGCGGTGGCTGGGCAAGCTTGTGAAGCAGGAGAAGA CTCAACCTCTTGGATTCAGAAAGCCAATCTTGGAACAGAGGGTGAAACGGAGATGACGGCGGAAGAAGAGAGAGACGCTA CGTTGGATGAGCAAGTGTCTGAAACAGAGGGGGTTTTCATTTCTGAGATGAAGCAACTCAATCTTGAACTAGTGGAGGAC AATCGAGTAACAGAGGAGGAGTGGCAGAAGAAATCAGGATCTGCATCAATGGCAGAGAAGAACCGAACCTTTGAAGCAGA GGCGTCGCCGGAGAATCTTGAAACCATGGCGGTGAGGGCGATTCAGGGGGAATCAAAGGTTGAAGCGCCACAGAAATCAG AGGCTGCGTCGGAGGCAGAGAGAGCGGCAACAAAGGTGCTTCAGAGGCCATCGAAGATTGCAGCACCACACAAACCCAAT TGTGATGCGGCAGAGACAGAACATGCCGCGGCGGTGGCAATTCAGAGATTCGATCTTGAAACAGAGGTTGAACCAGCGAT ATTGAAGGAAGAGCGAGCTTTTCTGGAGGCCAAGACATTAGTCTTGAATCTCTCGACGCCGGAGAAGGCGATTCGTCCGC CGGCGAAACCACCGAATCCACCTTGTAGTGCGCTGGATATTGCAAAACTGGAAGGGGCAGAGTTGTGTCCACTTTGGATT TGTTGGAGGGTGGCGCGGCCACTTCCACCACCGGCGAAACCGCCGGAGTTGTGGCGTGCTGGCGGCCGTAACTTGGCGCC GCTGGATCTGTCAAGCTGTGAGGGGATGGGCACTCGCGGGCACAGCGCAAGGACGGAGAGGGCAGAGATCAAGGTTTGGA CTTGCAATCCAAATGGGCCAAGCCCAAATCTCAGTTGGAAGGAATTGGGCCTTGATGAATATTGGGCCAACGTTTCAGCT TTTGGGTTAAAATCCAATTTACCCATTTACAAGGGACAACAGGGAGCCAGATTTCATGCTACAAAGTCTCAAAGAATTTT ACAGCAGCTGTGGGGAAACAATTCAGGTAATCTACAAGCTTTTGCTGAAACTATGAAGTTATTTACAGTTCTGAGCAATG AACAGGAGAAGTGGGATCCGGGTGGAAATTATTTTGTTCCACCATTTCTAACACAGGGTCACTCAAGTTCTTGGTCATGC CAACTAAATGTTTTTGCTGAATTAGTTGCTGGGTTTCCAAGTTTGAATTCTCAAAGTGCTGAGGTCAATGTTTTGGTTGG GAGGCAACAACAGAATTGGAGGTATCAACGTATTTGTGATAGTTGGACATTTTCACAACCTGAGTCACATGATAGTAGAG GGTTGATTTGTAGTGCTGGTTCAAGTATGGGACTTCTTGAGCCTTTATTGGCTAGTTTTGGGACAGTACCTGCAAATTCT TTCATGTCGAGGTTTGCTTTTGAAGATGCTACTACAGTACTATTTCAACCTCTTTGCATCAATTGGAACTTCTGCTACTT GTTTTTTCAGCAATGGTACTTAGGCCACATTAGTTTCAGCAGGACAGTGAAGATTTTCCCCAAGTCATACATGTTTTGGA CTCTTTGCTTTCTGCTATGGGACCCTGGTGGCATAGTAGTGCATTTTCAGCATTGGCATTCAATTGGATTCAGTCCTTCA CCTTGAGGACAAGGTGAATTTTCAGGGGGGGAGTATTGATAGGTACTCACATATTAGTTAGTTAGTTAGTTATACTTAGT GAGTTAGCTAGAATGTTATTGAGGCATGTAGCCTATAAATAACAGACATTAGAGAGTTAGGGGTATCTTGTTATTCATTT GGGAATTGGGTTCTTGAGAGAGAAGTGGTTCTCTCTTGGGTTAGGGAAGGTGTTTGGTATCCTTCCTTGTATCTTTCCCC TAATTCCCAATTTGGGATTAGGGTTCTTCATCAATAATACTTCTACATTTTCTGGGTTCTATCACAAGACCAAGCATATG GAATTGGACATCTTTTTTGTTCGGGAAAAAGTTTTGAGCAAAAACCTCACCATCACTCATGTGCCTTCCTTTGCTCAAGT TGCAGACATCTTTACTAAAGCTCTATCTCCTCTTAGGTTTACAACATTGCGAGACAATCTCAAGGTGGTTGACAGATTCT CTGTTGTTCACCCACCTTGAGCTCGAGGGGGAATGTTAGGGATATATATATGCAGAAGCATGTGAAATGCTTAATTTAAC AGATCACGTGACTAGCACGTGAGCTACTAGAAGTCTCTATTGAAGGCTATATATTCATTGTATCACTCAACAGTGAAAGC ACCAATTAATGATAGAATATTCAGATTAACAGAGTTCTCTTCCTCTCTCTCTTTTCTGTTATTTTCTCAATACATGTTGA CGCCATGACAAAGTTTCCATCTGAATTGCATATTCTTTTTTCTTCACAGTTTTGGACAAACTTTAAATATAAAAAGCAAC TGGGATGAGATTGATCTCACAACAATGATTAAGAAAACTTTTGGTCCTTACTATACATATACAAGCACTTCATCTTCAAT ATTCACAATGTCTATACTTACGTTTGTCTTTTCTTCTGTTGCTGACTTTACCCATGAGAGAAATAATCAAGAAAATGTGG ATTCATCAAATAGCATCACCTACACCAAATCAAAGACCCAAATATATAATCAATCTCTCATGAATCATTAAACTCCAACT TAGCACCTACAATTTACACTATGCCAACAGCTAAAGAAAATATTACTCAAACTCTGGCTAGTCTTGATTGATGCATTCAA GTAAACAGTTGAATTAAACTTCTATGACAACAAACAATTGTACACTGATCATATAAGCACTTATCAATAAGCTTAGTTAA GAAATTTACTGAAATAAGGTCAAATTAGCATGGTAGGTGTAGGTCATAACTTAACCAAACACTTTAATAGACACTTATTT ACTGCCTATCATGTATGTTTCTAAACACTAAAATTCTCGTTATGCAAATTTAGTCCTCATATTTTTTAACTTTTTAAACT AGCCCTTTAACTTTTTTCCATTTCTGTCATCTTCCATTACAATTAACACATCCAAGACGGCTTATGTGTGTCCA
CDS sequence (LotjaGi2g1v0270500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGGAGAGGAAGGGTTCAGTTGAAGCAGATCGAGAACAAAACTAGTCGGCAAGTGACGTTTTCAAAGAGGAGAATGGG GCTGCGAAAGAAAGCCCATGAAATCTCTGTGCTCTGTGATGCTCAAGTAGCATTGCTTGTCTTCAACACCAAAGGAAGAC TTTATGAGTTTTCATCTGAATCCAGCATCGAAAACGTGTTGGAACGATATGAGAGACATACCCAAGCAGTGCAACTTGTT GGAGCTGATAAAGAACAACCGAGAAACTGGTCCTCGGAATGCTTCAAGCTCACCGGTAGAGTTGAAGTCTTAGAGAAGAG CATAAGGAACATCGCGGGACATGATCTGGATCCCTTGAACTTGAGAGAGCTTCAGGGTTTGGAGCATCAGCTTGACACAG CTCTAAGGCGCATCCGAACTAGAAAGAACACAGTTATGAATGAATCCATCTCAGAGCTGCAGAAAAAGGCAAAGGCGTTG CAGGAGCAAAACAATGTGCTAGCAAAGAAGATTAAGGATCAACAGAAGACAATGGCTGAACCTCTGCACCCTCCTCTACA GAAACACTTGGCCAAAATTCTTCAGGTCTCAACATGGGCACTCCAGAGCAACACTCGCCACAAAGACTAG
Protein sequence (LotjaGi2g1v0270500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGRGRVQLKQIENKTSRQVTFSKRRMGLRKKAHEISVLCDAQVALLVFNTKGRLYEFSSESSIENVLERYERHTQAVQLV GADKEQPRNWSSECFKLTGRVEVLEKSIRNIAGHDLDPLNLRELQGLEHQLDTALRRIRTRKNTVMNESISELQKKAKAL QEQNNVLAKKIKDQQKTMAEPLHPPLQKHLAKILQVSTWALQSNTRHKD
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 |
|---|---|---|---|---|---|---|
| ProSiteProfiles | 1 | 61 | 61 | 30.74 | ||
| SMART | 1 | 60 | 60 | 1.5E-33 | ||
| PANTHER | 2 | 184 | 183 | 4.1E-90 | – | |
| CDD | 2 | 76 | 75 | 6.50381E-37 | ||
| SUPERFAMILY | 2 | 76 | 75 | 1.22E-29 | ||
| PANTHER | 2 | 184 | 183 | 4.1E-90 | – | |
| PRINTS | 3 | 23 | 21 | 2.5E-28 | ||
| ProSitePatterns | 3 | 57 | 55 | - | ||
| Pfam | 11 | 57 | 47 | 4.8E-23 | ||
| Gene3D | 13 | 78 | 66 | 5.4E-26 | ||
| PRINTS | 23 | 38 | 16 | 2.5E-28 | ||
| PRINTS | 38 | 59 | 22 | 2.5E-28 | ||
| Pfam | 85 | 171 | 87 | 7.5E-26 | ||
| ProSiteProfiles | 87 | 177 | 91 | 14.267 | ||
| Coils | 143 | 177 | 35 | - | – |
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 LotjaGi2g1v0270500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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