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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0039000 |
| Transcript ID | LotjaGi4g1v0039000.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | MADS-box transcription factor; TAIR: AT4G24540.1 AGAMOUS-like 24; Swiss-Prot: sp|O82794|AGL24_ARATH MADS-box protein AGL24; TrEMBL-Plants: tr|G7JV76|G7JV76_MEDTR MADS-box transcription factor; Found in the gene: LotjaGi4g1v0039000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:4676535..4688562) extracted from Lotus japonicus Gifu genome v1.2.
CATTTTTATTTGTATTTATCTCATTTTATCATCTATCACATCTCATACTTTCTCTCTCTTACTTTTTCTTTTCTTTCTAT CTTTCTCATCCTTCCACCTCTCTCCACCTCTCTTCTCCACCTCAAAGAGAGGTGTGAAGATAACATTATTCATAAAAAGA AAAAGAAAGGGCACACTCATCACAATATCACATCAATACAACTCAGTCTGATATCTGAACTGGGCGCATTTAGACAGACG TATTTGGGAATAGCGAATCATATCGTTCATTCCAATCACCCATTTCTGGAAAGCTAGGATTGGTTCACCTCTTGTCTTGT AAGCCTCCACTCTCACATTTTTTTCTCATCTTGGAACTGCTTCTTTATCTGCAAAATTTTCCATTTTTTGACAGGCAAGT TGTTCTGGGATTCTTGGTGAAGGAAAGATCCTTATTGTTTTGCTACTTCAAGAAGTTTGTTTAGTTTCTATTTTTAGTCT TTCTCCGTTTATATACTTCCCACCTTCCATATATGTATGAAGAAAAAAACAAAAAAAACTTTTGAATAAATTTAGGTAAA TTAGTCTATGCTCTCTTTGTTATGAAGCTGGACTGGTCTTGATAATTTGTTAGTTGCTTCTTCCCTGCCCTTGTGCGTAT GAATCCACTTTTAATACTTTCAAAATCACTTTTCCTCTCATAATCACTTAGCTAGCTTCTTGACCAAAGCATTTCACCCG CGGGATATTTAGTATGTTTTGACCGATTTCTCTTTCTTCAGAATCAGTTTTGACACTAAAAAACTACTCACATAAGCTTC GTCTAAGAATTGATTTTGCAAAGGATAGTTAATATTTCTCTATTTTGTGTATGAAACCTAGGGATTTACTTTTTATCATG TTAATCTGGATTTTTTTAATGTTTTTTAATAATAGTAGTAGTGTGGTTTGTTCTGTGTGGATGATTTTGAAATAGGGGAT ATGACTAGAAAGAGGATACAGATAAAGAAAATAGACAACATAAGTTCGAGGCAAGTGACATTCTCAAAGAGGAGAAAAGG GCTTTTCAAGAAAGCTCAGGAGCTCTCAACTCTTTGTGATGCAGACATAGCTCTCATAGTCTTTTCTGCAACTAACAAGC TCTTTGAGTATGCTAGTTCAAGGTAATTGATTCATGTTGCAGATTAATCACTGTTTATACCTTCTTTCATACTATATTCT TTGTTGAAGGGAATAATGATTGAAACTTACTAAATGAAACCACCAGGAGTTAAAACTTAAAAGTGTCTGGTCAGGTTTTA ATTATAACTATACGTCTCCTTATTTTGTTGATGAAAAGAGAGAGAGAAATGTTGATTTGCTATATTCTAATTAATTATTG AGGAGTACTTATTTGGCTCATGAATTCATGACATATGTATCAGAAGGTTAGGTATTTCTGCTGTATTTTATACAAATATT TTAAAATAAAAAATAAAGTGAAATCAAATAAGTAATGAAAGGAAAAAAAACTATTTGTAGTTTACCCTAAAAACTTGCTC TTTAGAACGCAAACTTTGTCGAAATGGTTTCTCCATGACCTTGTAAATAAACATTTGTGCTTTCTTGAACTAGCTAAAGC TGTACCCAGAAAAAAAAAAACTAATTTAGACCAATATATAATGATTACTGATCGATGATATAGACAACACAAACATGAAG TTCTTATTGACATTATTGTCGTACGTATATAGTTCTTACTTTTATACAAGAGCATCATTATGTCAAAAGAAATTATAGAA GAAGAAAAATTGAAAAACTTGAATCTCAGAGATCTGTGATATTTAATTTCAGCATTCAACAAGTAATTGAAAGGCGTAGT CAGTGTTCAGGGATTCACAGATTGGAGCACCTACCTATTGAGCAGGTGAATATAAGATTAACTTCTTACTTGTTTATATT GTAATTATTATTACTTGGATATAATGATGAATTTATGATATACCCTTTGATCCGGGTATTTCGTTGAACTTGCCATTTTT CTCTGGAATATTTGCTGACTGATGATCTTGCATGCTTGCATTGATTCGACATCACAATGTGGCCTTTTTGTTTTATCACA ATGCATGAAGCAACCTTGTACTTGCATTGGCGACCTCTAACTTTAAGATCTCATCTTTAATTTTGGTGTTTAAGTTATCA TTTTTTTAGTTGGGAATAGAGAAAGAATAGTTGATTATCTACTATAAGAGTTATTTTTTTGGCGTTTGGGGTTATATTTT CACAATCAAGTCCTAGCTCTTAATTCAATTTTGGAGAGAAGTTACACCTTGGAAAAGAAAAGAACCCTAGCAGATCAAGT GCTTCCACCTCATTTGGGGGCCGGTTATGTCGGTCCAGAATCAATTATTTCATGTGCTGAAATTCATTTTTTATTAGAAG AAATAGGGGCGGTAAAGATTGAACTCCGGACCGCTTAGTCGACATAGAAACTCTGATACCATGTTGATGAGGATTAATTA TCTTAAAAGCTTAAACGAATAATTATATCTAACAAATAACGGTTATATTTTTAATACTATTCTCCTTTTGGGTTTAATTT CTCTTTTCTTTCCCTTCAAAGAAGAGCTTAATTTCTTCTCACAATAGGTGGATTTCTACCCATAGGTGAGTTTTTCTCTT CTTTTAGTGCAAGTTTTTCCTCTCTTCTTCCCTCTTCTATTGTTTATCACCATGGCCGCCATCGGTGAACACCAACCACC GACTTTCACTTGTAACCACCGCCTGCGACCATCTTTGATCTGCGGACTGCGGCCACCACCACTCGCATTTGGGCTTTATC GGCTGTTTCCTTTAAACTTTAGAGTCCAATGGCAAAGTCAAATGTTTGCTCCGATGAAGCGTGTTAGCCGTGCTACTTGA CGCTAGAATAGCCCTTGTCAAAGCAAAATGTGTTGAAAGTAGAATAAATAAGTTGGAGACTTGGAGCATGTGATCCTTGA TTTTTATTTTGAATTCCAGTAGTGTACTATTAGTGGTCATGCTTAATTTTTTTTTTCATTATGTTTTCAGTTTGTTAGTC TTCTAGTGAATTAGAGCATGCTAGTTTGGACTTTGATGTGTATTTATGATGATATATTGTAGTGCTCTCTAAGGTTTGAT CCTTTGATTTGTAAGTCCCAGTTTTATATGAGTTATTCCTTAATCTTATAAAGCTTCAAAACAAAAACTGATGTGGTAAT TGTATTTCAAACATGAAATCACTTTTCATAACTAATCACATAAAGGAAAATCACAATTAAAAGTTAAAATAATTTATTTT GATCAGTTTATGCAGTTTGAGAGTGACTCCAATGACACACTGCGCAAGAAAGTAGAAGAAAAGACACATGAACTGAGGTA CACACATAGGACTAATTTGGTTCATAAGGTGCATATATATACATCATAGGAAATTATATCATTGATAGACTAGGTTTCCG TCTTAATTTAACACAGGCAGTTGAACGGGGAAGATCTGCAAGGATTGACATTACATCAGCTTCAGAAACTAGAGGAAGTA CTTAAAAGAAGTTTAGCCAGTGTTTCCAGAGTGAAGGTATGTACCCTGCTACTATACCTAGTATTACTCATTGTCCACTA TTTTCATTTCACAGAAGATTAAATCATTAGGACCTATAACTTGCAATACTTCCAATTATATATGGTTTTGTGGAAATGTA TACATGCTTCTTATAGGATACTGATATGTTTCAGGATGAAAAATTTATGCAAGAAATCAGCACCCTTAAGAGAAAGGTAA AAGCTAAACCAAACTTCTATTGATTCATTCTATATAATTGTTGGCATACAATATACATATAAATGTGAAAATATGGTTAT TAGTTTTAGGGAAATTTTGCGGTTGACCATGTTAAATACTCGTTCAGTACTCCTGAACTTCTTTTTGTGCTAAAATTAAT CTTCTGAAAAACATTTTTAACTAAAAGTCTGTTTAATTGCAGATTTAGTTTTCAGTTTTTAAAGTAATTTTCAGAAATAA TTTTTAAAAACAGTTTTCAGAGGAAAAAAACAGTTTGAATGACATGTTTTATAACATTTAGAAAACTAATATCTGAAAAC ATCTTTTAACTGTTTTGATTTTTTAGTTTTAAAAACTGAAAATGAGAACTATTTTTAAAAACTGAAAATTGTTTTGAAAA CTTTAAACAATCAAGTCTTAAGTTTTTCTTGGTTCACAGTAGGCATAAGCATCAATTTATCCTATTTATAATGATCCTTG CAATCTAATTTCTTTGGGTTGAAATTATGTGCCCTCTTTTCCTATTCTTTCTTTTCCCAGGTCCCTCCTATCAAAATATA GCATGATCTCATAAAAAAAATTAGCAATTAGGAGACGGAATTAGTTTTAAAAAGAGAGATTTTCTTTTCCTCAATTGTTA CTTCTGATAAGAGGGTAGGGCAGGAGACAAGAGGAGCAGACAAGTTTTTTTTTTCTTTTCTCAATCTCATTTCTTTTATA GATTATGTTAGAAATTATTAAATGCGCCAATTTTATATTTATAAAGGATCGGATAGTAAAATGTTTGATTGTATGGCCAT GCAGGAAGTGGAACTGATTGAAGAAAACCAAAAATTGAAACAGGTTTTATATAGTCTTTTCAAACTCTTGTTCAATGAGT ATTTGTGCTCCATCATTCTCTCCTATGGAGGGATCGACTCTCAGCATATATTAATGAAATACATGTAATTTTAGGTACCA AGCCTTACACAGTATGGACAAAGGCAATCATTAGAGTCCACTATTAGCTCTTCATCTTATCTTCTTGAAGAAGATGGTAG TGACACGTCTCTCAAGTTGGGGTTAGTTTACTTCAACTATTATCTCTTAGGAAATATGTAAAGATAATAATGAATTCCAC AATAGGATTAACGGTATTTATTTTTTAGTGAAACTAATCATTATTCTTTCGAAATATTAGAATCAACATTGTCTGCTGAT TAGTATATAATGATTGTCTATGGAAGGGAGAAGTGCTATTTTTAATTCGGTTTTGAATATTTGACCAATATTTATCTGTC TAAAACCTACTAAAAGAATTGAAAGTTCATACTCCTATTAATATACAAATTTGTAAGGCTAAGGAGAGGGGGGTCTTAGG GATTAAAATCTTGAAAGATGTTTGTTATGCATGATTGAAAGATGTTTGTAATGTTGGGGAAGTGTTCTGGAATAACTCTG AGTAAGAAATGTTTAGAGTGTTATTCGAATAGTGAGGCGAATATACGTGAACCTCCAGAGGTTCCCTTTTTATAGTAGTT AGACCTCCTTACCCTAAGAACCTCCTATATTACATGGTAGGTTGTCTTAATAGGCAGACAACACTGATCAAGCTAAGGTG CAGAGTTGATTGACTTAATAGGAAAACGACGATGATCAAGACATATGGTTAGTTGATTCAATAAGCATAAGGTGCTGATC AAGGCACACCGTTAGTTAACTTATGCAGATAGGTAGCGTTTATCAGAGAAAGAGTCATGACTGCCTTCCATAGCCGGGTG CGTGATCAAAGGGCGCTAGCACAACTGCTTGACCTTTAGTCAATGGCTTTGTGCTTGACCTTTGGTCAGTGACATTGTGC TTGATTTTTTTATCAGTGGCTTGGTCTTCAACCATGGTTGCTGAAGAAAACTTCAACCAAGCTCGGCCTTTCCGATCCAC CTCGTGAACGAACAAGAGCTATCTTCCTTGTTGACCAACTGTATGCCCTCCTTTCTCTTACTCTTCTCTTGATTGACTTA ATAGGCAGGCGGCATTGATCAAGACATATGGTTAGTTGATTCAATAGGCATAAGGTGCTGATCAAGGCACACCGTTAGTT GACTTATGCAGACATGTAGCGTTAATCAGGGAAAGAGTCATGACTGCCTTCCATAGTCGGGTGCGTGATCAAAGGGCGCT AGCACAATTGCTTGACCTTTAGTCAATGACTTTGTGCTTGACCTTTGGTCAGTGGCGTTGTGCTTGGCTTTTTTATCAGT GGCTTGGTCTTCAACCATGGTTGCTGAAGAAAACTTCAACCAAGTCTAGAGGACGGAGCTTAGCTAGTCGCACGCTTCAC TTTGTCTTTCGAACCCTAAAGTGCACATGGCTTTCAATTAATCTAAGCACTCCTTATATAATTAGAGCCCTATTAGTTGC AATAATGGTAATGGAGGAAATTATGTAATAACATAAATGATGAAAGCATAATCATGATTTCCTTCATTATGATGAGAAGG TTGTGGAACCAATCCAATTTGGCTCTTACACAGTGTTTAGTTGGAGGTGGGGATAATTTTTTTTAAACTTATTCATTTGG TTCAATTTTTAGGAGGGGAGAGAAGAGAAATAGAGGTGACAAAACCCTTCTTAACTCGATTTTGTGTCCCCTCCAAAAGT AGAGGGAATTGGAGGAGAAATATTTCGTTAAGACAAAAATGTCCTTACTTATGTTTAGTTTTTTTAAAAGAAGTTAGGAC AATAAAAGTAAATATGTTTTGAAATATCTTCTTCCCTCCTGAACCAAATACTCCCCCTCCCTTCCCTTCTCTTCCCTTCC TCTTCCCTCGTCTTAACCAAACATAATAAAATTTAAAATCTCTCATCTCCATTCCTCTTTCCTCTCCTCTTCTCCATTAA AATCTCTCCTCCCTAGCTCGCCATGTGAATGATGCTGATGAGGAAGGGAATTATGCTAACGTTTATTGCGGCTGTATATT CAGCTGACGATGTGACTAATCCATAATGGTCTAGGAAAGTAGCTTGATTAGTGTTTTAAGACTCGGCTCGGACCGGGACT CGGTGACCTGACCGGTCCGAGCCACACTTCAGACCGGTTATGCAAGCCACTCGACTGGAACCATTTCGAACCGGTCGATT TAATGGTCAAACCGGTGACTCGGCCGGTTTTTTGATTGAATCGGCGAGTTACCTTTTTTTTTTGGTCAATGCCAGTCTCC ATTTTCATGTTTTTTTTTTAAAGTTTGTTGACGTTGGGCCATATGTGGAAGCCCGGTTACCTTATAATTAAACATTTTGG GCCATTCAAATTGTTTTTTTTTTAATCCAGTTAGAAACATTTTGTATGTAGTAGGGAAAAAACTTGATATTATGTTCAAA ATGCAGCCAGGAGGGTTTGAACACAAGTCATGGTGGAAATATGGAGGAAACCTAACCATTGCACCATTACTATGTTATTG ATTGGAGACGGATTTTATTAATTATATATTAAATATATATTGCATTGGACATTTTTTATGATTTTTTAATATACACCGAG TCAAGCAATCGAACCAGTGACCCACTGGTCCGACCAGTGACTCAGTGACTCAGTACCCCGACCGAGTCGATGGCCGAGCC GAGTTTTAAAACATTGATGTTATGAATTCATAATATTTTATCTTTTGTTTCTTAAAATTCTAATTTTAAGGGAATGAGTG GACATAACCAGCTGATAGTTACCTTGGATCAATCGAAATGTTTTGTCTTCTCCAACTTCTCATCTTTGTGTTTCTTCTTC CTCCCCACATAGAAGACATTACTAATTTATTATTACATTGTAGTTTCACATATATGGTCAGATTTTATGCTTGGTTAGGC TATGAAGTTGTGCTTCCCTCAACTTTATCACAACTTTGTGAATCTCATGGTTGTCTATTCACATGTTACAAATTCTGGTC TTATGGGGCTTGAGGAAATTTGATAATGGCATTACTTTTAGAAGTGGGGTTATTAGCTTTACTACAATTATAGATGTCAT CCGTGTTGGGTCTTAGAGTTTGTTCTCTTTAAACTCTGTTGCTAGATTTTGTTCTTGACTTTCTGAATTGCTAAATTCGA TTTGTATATAGTACTCCTTGTATTCCAATAAATTTATTTTGCTTAGAAAAAATATGGTCTAATTAGTTTTAGAGCATAAT CTGACAACTTCTTTTGAATATATGTTATGTGATAAGTTCAAATAATTATATGAAATCCTTTTGATTAATATATATTTTGG TTTTTGAAGTCATTTTGTCCTAATAGAGTTGGATTGGTCTGTTACTTGGTAGTTGTTAGAAGCTAAGTTCATCTCAATTT TTCCTGCAGGTTGCCTTTATTACAATAAAATAAAATGTTGATTTAAAGAACTGTGAGGAGTTAGCAATGAACGGATTGGT TCCCTTTCTGCATCGCTCAACCAATTAAATCCAGTACTAGTGTTTGATGTGTTTAAAAACAACTGGTAAAGTAATTAGAT CTAATTAAGGGGTAAGGCCCTACATAAAGAATTGAATTATTATTGCATTAGCCTTTGTATTTTATTTTAGCAATTTAAAT AATATGGTAGCAGATGCTATGGTTGTATCTATAGTTTATCATCATATAAACTTTTGTCTTGCCTGTATATTGTGTTTTAC CGTTATAGAGATTATTGTACGTATTTGTATAATTTGAGCAATAACTCGTGTGACAATCTGACTAATTTTACTTGATTAAT TTTTTTCGTACATACATGGACCAAAATCCTGATTTTATTTGTTGTCACATTTCTTATCCAATAAATAAAATTTGTCATGT GAAATAAAAATCATTCATATATTTATGAATTAAAAAGTTGTGCACTGTCAATATATAAAATTTATTTACACAAACAATTA CTATAGTTTTTTTGGTACATAAGAAAAGTCGCACTACCACAAAAAGGGGTTGGGCAGCAGCTATGGGGTAGCGGTTCAAT GTTAGTGCTGCCCAAGTGTTATAAAAAAAAAAAATTACGTAAAAGCAACAATTTTTAAAATTAAAAAAAATATAAAAACT CTATCTTATATGGAACCGCTACCCAAGTTGCAATTCTGGTTGTTAGGGAGCGGTTAATTGAACCACTACCCAAGTTAATA TATTTTTCCCTAAATTAAATTTCACAAAACCCTAACCGTGAATCCCTTTTCTCTTCCCTCACTCGACTGCACGCTGCAAA CCTTGCTCCCTTGTAACCTCTCCCCATCTGAACCACAATCCTCCGCTGCTAGTCCACTTTTCTCAACCCTTGCTCGATGT CGTAACTCTTACTTGCTGTTGTAACTGTCGCACATTCTGCAGGTGTTTCCTTCACTTCCGCCAGTGCTCGACGCTCGACA CAAGCTCGACAGTCCGCCGGCAGCGCACCCACCACACCAGAGGCTCCCCTTCAACGACTCTTCCTCTGTGATAAGGTCAG TTTTTTTCTTGTTCAGTTTTCTTCCTCGCCTGCTGTATGTTCCCTATTTTCTTTGAAAGAAGATGGGAGTTTCAATTTCC ATCTGTGGGTCTTGTAAAATTGTGAAATATGACTGATCAAGGTTGTTTGTGTGTTGAAAAGAACATTGACTCAAATTGAA TATTTATTATTGTTAGAATTTTACAAAGGAAACAACCTAAATGTTCTTGTTGGTGTTTTCTGGTGTGGTGACATCAAAAG TGTTGTGTTGTGTTCTGGTTTGTGTCTCTAAGCTGGCCAATTCAAATTGGGGCTGAATGCTATTTGGTTTTGTAGTTTTT TAAATGCTTTTCTTTTCATCTTGGGTAATCTAGCCTTTAGTTTCTAGGAGTTTTGTCTTTAGCAGATATATGGCTTTGTA ATTTGGGGGTCTAAAACTTGTTAAGTTTTTTGGAGGGCTGTTACTGTTTTCTTCTGCATAATTCTGAGGCAGATGCAGAT ACCTTGCGGATTGGTAATTTGAAGGCCCTTATGTTTCCTTAAGTTTCTTTCATTTTTCATCAATTGATTGGAGTTCAAAT TCTCTTGTCTGTTTGGGATCCCTGTAGTTACAGCCATGGTATTCTCTCTTTTTGGACCAGAATTGAAGACAGTGAGGCCT TGGTGTGTGTCGTTGCTGCACTGAATTTTACCACATAGATCTTCTAGTTTTTTGTTGGTTTACAAGCTGCTACCTGCAAT TCTAACTTTCACTACTTGGTCTCGTGGTTTGGGTTTTGGAAGGTTATAAGCTTTGTTTATTTGCATTGGTCTTAGTTATT ATATGACCTTGCTCTGTTCTGTTTTTTACTCTGTTCTGTCCAGTTCTTTTTCTTTTCCTCTCTCTTTATATGTATATGGG ATTGAAGTACCCCTTATACTCCCTTCAATGAATTTGTTATCTTTGGTGATAAAAAAAAAATTCATCCTACTTGCGCTTAC TTCCTCAAGGTTGAACGATTTGAAAAGTGAAGGTTCAAATACGCTTTCTTTTTCTGATGAAAAACTTTACTTAAATATAC ACACACAGTGCTAGCTAAAAAGCTTTGTGAATGCCACATTGTTCTGATGTGTCTTCATTTTTGGGGGGTTTACAGATACT CTTTCATATAATGCCTTGTAACATTGGCTTCCAGCTGAAATTAAGTTAACTTTGCTCAAAAAAATAATGGCATGTTTATA AATTCCTCTGTCACTGCAAGGATAAGTCTTATACAAAAATGCTAGATGCCTTTAAATTCCTTTTTGACTAGGATGCATCT TTGGTAGTGCGGTTGTAATTTTGGCTTCAACCATTATAGTAACAAGTTTTCTTGGTAAAAACTGTAGGGACTTAATGCAT GTCAAAGTCATAACTTATGTAGCTTTTGAAGGGAGAGAAAATTTGTATATAACTTTTAACTTATAGATGCATTCTATTTT AGTGCATTTTCAGACTTAAGAGGAATATCAAATTTTTCTATTGAATTTGTGGAGACCAAAAAAGGATGTGTGCATGTTGA AGGATGTCTTCCATTTTGAGATGATGTCTTGATTCCTTTTTCACTTATGCTTTGTAGTTCATGCTCGAAGACTACAATCC TTGAAGGCACTTACATATTCTCCTTCAACCAACTCTGAAATTTTCTCCAGATTGTATAAAATTGTATTTGGGATACTAGA GAAGGTTCGTGCTTTCCTACTAGAGAAGGTTCGTGCTTTCTATGTATATTAGATATGGACTTTCGCACATTTATTTTATT TTTCCTGTATCTATGAAAATTTAATTGGTTTATGATGTTTAGTCATGGCTTCTACCTAAGAGTTCTATTGGCTGATATAT AAAGGAATTGGAGAAATTCATTATTTGGATAAAATTTTGTACCTTCGTTCCTTGAAATTAAAAAAACTAGATTATTATAG TATATGGGCATTCTTCAGATTTTCAGGTCGGTGATACTCTGCAATTTTCAGAAAGTTATTTTGTTTCCGATTTTCAGGTT GGTGATACTCCACAAAAGAAAAAGAAAGGCATACTTGGTGCTAAAGGTGTGATAAAGAAGTAAGATCATGGCTTTGAAGC TTTCTTTCTTTTATCCTTATATACATGTTTCCTACTGGTTTTGTCTCTCCTCTTATTTCTTTTTTAGTGTTTTTTTTTGG AAAGAAAGAATTGTATATTGAAGAAAACTTGTTAACACTCCTGATATTCGAGAGATCTAAGCCTTTGCTACTGTGAAGGA AGACTAATTGCAAGGAATGAAAGGTGATTGATTTTTATATATCTTTATCTAATCTAAATAATTCTATCAGAGATGTTTTT GATACCAGGAAAGAAAATAGTCTGCTGGTGAATGGAAGTTCTATGTTGCCTTTGCTACTGTGAAGGAAGACTAATTGCAA GGAAACAAGTTCACTGGTTGTTTCATTTGGAGAAATGGTAATAGACTATGCCTACCATGAGAGGAATGTCACTGACAATG TAGTTGTTGGTATCTAGTTTCGAGGATCTCAGATCTATGGAATTTGTTTTGGTGGACGATTTTTAATTAATTCGGTTGCT AGGTGTAGTTTACAATCAATGTCTGCTTATTTAGTTTATGGGTAGAATTTATTTGAGATTTCAGAACTATGAAATTTGTT ATGGTTTTAGCAATTATATGGATTGAGTATCAACTGTGAAATTAGTAATATTGCTCTAATTTTATTGGTTTCTTTTGTCA AAAAACGAATTTATTGGTTTATGTTAAAAAAAGGGACTAAATTAAGAAGAAGAAAGAGTAAGGTAGCAGTTATAACCGCA GCTAATGTGTAGGTAGCGATTAAAAAAA
CDS sequence (LotjaGi4g1v0039000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGACTAGAAAGAGGATACAGATAAAGAAAATAGACAACATAAGTTCGAGGCAAGTGACATTCTCAAAGAGGAGAAAAGG GCTTTTCAAGAAAGCTCAGGAGCTCTCAACTCTTTGTGATGCAGACATAGCTCTCATAGTCTTTTCTGCAACTAACAAGC TCTTTGAGTATGCTAGTTCAAGCATTCAACAAGTAATTGAAAGGCGTAGTCAGTGTTCAGGGATTCACAGATTGGAGCAC CTACCTATTGAGCAGTTTATGCAGTTTGAGAGTGACTCCAATGACACACTGCGCAAGAAAGTAGAAGAAAAGACACATGA ACTGAGGCAGTTGAACGGGGAAGATCTGCAAGGATTGACATTACATCAGCTTCAGAAACTAGAGGAAGTACTTAAAAGAA GTTTAGCCAGTGTTTCCAGAGTGAAGGATGAAAAATTTATGCAAGAAATCAGCACCCTTAAGAGAAAGGAAGTGGAACTG ATTGAAGAAAACCAAAAATTGAAACAGGTACCAAGCCTTACACAGTATGGACAAAGGCAATCATTAGAGTCCACTATTAG CTCTTCATCTTATCTTCTTGAAGAAGATGGTAGTGACACGTCTCTCAAGTTGGGGTTGCCTTTATTACAATAA
Protein sequence (LotjaGi4g1v0039000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MTRKRIQIKKIDNISSRQVTFSKRRKGLFKKAQELSTLCDADIALIVFSATNKLFEYASSSIQQVIERRSQCSGIHRLEH LPIEQFMQFESDSNDTLRKKVEEKTHELRQLNGEDLQGLTLHQLQKLEEVLKRSLASVSRVKDEKFMQEISTLKRKEVEL IEENQKLKQVPSLTQYGQRQSLESTISSSSYLLEEDGSDTSLKLGLPLLQ
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 | 28.833 | ||
| SMART | 1 | 60 | 60 | 3.7E-38 | ||
| PANTHER | 2 | 178 | 177 | 2.3E-91 | – | |
| SUPERFAMILY | 2 | 80 | 79 | 2.49E-30 | ||
| PANTHER | 2 | 178 | 177 | 2.3E-91 | – | |
| CDD | 3 | 77 | 75 | 4.73475E-38 | ||
| ProSitePatterns | 3 | 57 | 55 | - | ||
| PRINTS | 3 | 23 | 21 | 6.1E-26 | ||
| Pfam | 10 | 57 | 48 | 3.9E-25 | ||
| Gene3D | 13 | 77 | 65 | 9.1E-29 | ||
| PRINTS | 23 | 38 | 16 | 6.1E-26 | ||
| PRINTS | 38 | 59 | 22 | 6.1E-26 | ||
| ProSiteProfiles | 87 | 182 | 96 | 12.696 | ||
| Pfam | 93 | 169 | 77 | 5.3E-15 | ||
| Coils | 94 | 114 | 21 | - | – | |
| Coils | 124 | 144 | 21 | - | – | |
| Coils | 150 | 170 | 21 | - | – |
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 LotjaGi4g1v0039000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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