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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0252800 |
| Transcript ID | LotjaGi2g1v0252800.4 |
| Related isoforms 8 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Paired amphipathic helix SIN3-like protein; TAIR: AT5G15020.2 SIN3-like 2; Swiss-Prot: sp|Q9LFQ3|SNL2_ARATH Paired amphipathic helix protein Sin3-like 2; TrEMBL-Plants: tr|I1N5Z6|I1N5Z6_SOYBN Uncharacterized protein; Found in the gene: LotjaGi2g1v0252800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:71829960..71842320) extracted from Lotus japonicus Gifu genome v1.2.
AGTCTGTCTGTCCTATACTTCATTTATGGATATTCTTGCTGACATTGAATCAATTCAGTAATGTTGATCCCTTTAGTTCT TTTGGAATTGTATTATTGTATTAAGTTTCATCAATTGTATGTAAAGCAGTTGATTAGGTTCATCAATCAATTCAGCTCAA GGTCTTTTTAGCAATTCATCAAAATAAGTGATTTGATTGAGCTCAAGCTCAATTTGATTAGGTTCCACCTTCTTGGGAAG TATTAACTAGTGAGTCTCTGTTGCCACTAGCTTAATTTATATCTTTTCAATATTTACATTTCAGGTAACTGATTTACTTG GAAAGCACTCTGATCTTATGGATGAGTTTAAAGATTTCTTAGAGCGCTGTGAAAATATCGGTAATTGTTTCAGTGACTTG TTAATATCTCTATTTTGTTGTTGTTGATGTTGTTCCTCATGCATTGAGGTTTTTTCTTGCATATTTGTTTTTGCAGAAGG CTTCCTTGCTGGTGTCATGAGTAAAAGTATGTTAACATAAGACCTATCGATCGACCTTCTTATGCTTATGATTTTCTTTT CTTTTCTTTTCCTATTTTGGGGTGGAGGGCGGTCAGATATGTGGAATGCATTGCAGTCTACTCTTAGATTATGCTTATGC TTATTTAGATTAATGATGGCATCTTTTTGCAAACATCTTGATTTTAGAGTCACTGTCCACTGATGCTCATTTATCAAGAT CATCAAAGTTGGAGGACAAAGACAAAGATCAGAAGCGAGAGATGGATGGAGCTAAAGAGAAGGATAGATACAAGGAGAAA TACATGGGAAAATCCATCCAAGAACTTGACCTTAGTGACTGTAAACGGTGTACTCCCAGCTACCGGCTTCTCCCTTCAGA TGTACATAACTCCTATTTGTTTTCTGTTCTTGTTGGTATTGTCAAAATATGTTGTTCTTGTGGAACTCCTAGGTGCTTTA TTCATTCATTTATTTATTTATTTATTGCAGTATCCAATTCCTACGGCTAGTCAGCGATCTGAGCTTGGTGCTCAAGTATT GAATGATCACTGGGTGTCTGTGACTTCAGGAAGTGAAGATTACTCTTTCAAACATATGCGCAAGAATCAATATGAAGAAA GCCTGTTTAGATGTGAAGATGACAGGTAAAACTTGAGCTGTTTTATTTTCCTTCCCTTTTGTTTTGGTTACTTCATTATT TGGTTTTCATGTTTTGTTACCCTTCTTTTCTGGGATCATACAGTTTTTCTTTGGTTCCATTGTCTGTCCTGCCTCCTGGA CACAATGTTCATTTTGGAGTCATAATTTTGTCAAAGATAAAATGTTTAATATGTATCAAGAAGTGATGATATTGTTATCT TTTGATGTAGATTTGAGCTGGACTTGTTATTGGAGTCTGTAAGTTCAGCTTCTAAACGTGCCGAGGAATTGTATAACAAC ATTAATGAAAATAAAATCAGTGTGGAGGCTCTGAGCCGTATTGAAGATCATTTCACTGGTATGTTTTAAAAAATATCGAT CTAAAATGTTAATCTCTGTACTATTGTTTCCATTGTGAATTGATTCATCTCTGGCTACATGCTGCAGTTTTGAACTTAAG GTGCATTGAGCGTCTATATGGTGACCATGGTCTTGACGTTATAGACATACTGCGTAAAAACCCAACTCATGCTCTGCCTG TAATATTGACTCGATTGAAGCAGAAACAGGAGGAGTGGAATAGGTGTCGTTCCGATTTTAATAAAGTTTGGGCTGAAATT TATGCTAAAAATCACTACAAATCACTTGATCACCGTAGCTTCTATTTCAAGCAACAAGACTCAAAGAACTTGAGCACAAA ATGTAAGTTGAGCTTAAATAATTATGATTGGGTTGTAAGTTTATTAGCTATTATTCATATTCATACTTCATGTAGATTTG ATTGCTTGGACTTGCCATGAACTCCATATACATGCATCAATAAGGCACGGTAGAACTCATGAAGTATCACACTGAAAGTT ACAGGCTCAATAGGACACATTTTCCATTATAGTTGCCAAAAAGCATTGAAGCTATATAACTGATTGCTTCTATTTCTACA ATGGCCAATATTGTCATAATGAATATAAATAGATAGTTTGGAGCTAGGTATGGTATAAGCATGACAGAAGTGTTCATAAT TCCCAATTCCCAATTACCTTCATTTTATGTATATTTCTTGCGGATTTGAGTGCTTTGACTTGTTCATGAAGGGCTTATTT TATAAGAGATAAGTTATCATTCCTGAAGCATTGAAGCTGCTATCTTCGATGAATGCTTCAATTGATACAATAGACAATAT TGTGATGATGGATGCTGGGTTTAATTAATAAATATTTTGAAACTAGTCATGTCGTGAGCATGACAAGGTGCTTATGTACA AAGTGATAAATTCATGTTAGTGAGGTTCTCAAACAGGATCCCCTCTGGTTTTTTCTTTGTTACATCATCCCTAACATATC GTAATTATTAGGATGAACATGCAGTAAGTATCACATTAACCAATAATGTGCATCTATTCTTCGACTCCTCATTTCTCATT AACTAAGTGTTCGTCAGAAAGTTGGAGATTGCAATCTTAGTGACAATCACCTTCTACTAAAATTTATTAGTGACAATCTT ATAAAAGCTTAAGATTGTGTTGTCAGTATTGTACTTTGTTACAGATTTCAGTTGTATCATTCTTTACATTTGTTCTAATA TTCCATGTTTGATAACATACAGCTTTAGTGGCTGAGATTAAAGAAATCAAAGAGAAGCTGCAGAAAGAGGATCACATTAT TCAGTCTATTGCTGCTGAAAATAGACAGCCTCTAATTCCACATCTGGAATTTGAATATTCGGATGGTGGGATTCATGAAG ACCTGTATAAACTTGTTCAGTATTCATGTGAGGAGGTATTCTCAAGCAAAGAATTATTAAATAAGATTATGAGGCTTTGG AGTACCTTCTTGGAGCCGATGCTTGGTGTTACTTCCCAATCTCATGGGACAGAAAGGGTTGAGGACAGGAAAGCAGGGCA TAGTAGTCGCAACTTTGCTGCATCAAATGTAGGAGGTGATGGAAGCCCACACAGAGACTCTATTTCAACAAATTCAAGGT TACCAAAATCTGACAAGAATGAAGTTGATGGTAGAGTCACTGAAGTGAAGAATATTCACCGGACTAGTGTAGCCGCCAAT GATAAAGAAAATGGGTCTGTTGGTGGTGAACTTGTTTGTAGAGATGATCAATTAATGGATAAAGGGCTGAAAAAAGTAGA ATGCAGTGATAAAGCCGGGTTTAGTAAACAATTTGCCTCTGATGAGCAAGGAGTTAAAAACAATCCATCTATTGCAATTC GAGGAGAAAACAGCTTGAACAGAACCAACTTAGATGTGTCTCCAGGTCTGTAGACAACATAGCTGCGGAATTGTTCTCTC TGATTTTGGTTTTATCTGTCTATGTTATTACTCAATTCAATTCTTTTTTGCTTCATTTTGAATTAATTGTACACTCTGTC AGAATACTAAGTTTTGATTCTATTTCAAGGCTGTGTATCTGCTCCATCTCGACCTACGGATGCTGATGACTCTGTAGCCA AGTCTCAGACTGTTAATTTACCATTGGTGGAGGTATGAGTTTTTTATTGTGGCAAATTTGAACATTCACCTATTTTATTG TAGTAAAAGTACTTTATCAGTTTAGACATACTTTCTTTTCTCATTTTTTCTTTCTTTTAGCAGTTCTGAAATCATGGTAT TTTATTTTTCGACTTTGTTTCCAACTGATATCAGTTTGTGTCTCTGCTAATCTGTGTTTCAGGGAGGTGACATTGCAGCT CCAGTACCAGTGGCCAATGGGGTATTAGTTGAGAACAGTAAAGTCAAAAGCCATGAAGAATCTTCTGGGCCTTGCAAAGT CGAAAAAGAAGAGGGTGAATTATCACCAAATGGTGACTCCGAGGAAGATTTTGTTGCCTATAGAGATTCGAATGCACAGT CAATGGCTAAGTCAAAGCACAATATTGAAAGAAGGAAATATGAGTCCAGAGATAGAGAGGAAGAATGTGGTCCAGAGACT GGAGGTGATAATGATGCAGATGCTGATGATGAGGACAGTGAAAATGTTTCTGAAGCTGGGGAAGATGTCTCAGGCAGTGA GTCCGCTGGCGATGAATGCTTCCAGGAAGACCATGAGGAGGATGATATAGAACATGATGATGTTGATGGTAAGGCTGAGA GTGAAGGTGAAGCTGAGGGGATGTGTGATGCCCAAGGTGGAGGGGATAGCTCATCTTTGCCTTTGTCAGAGAGGTTCCTT TCGTCTGTGAAGCCTCTCACAAAGCATGTATCGGCAGTTTCATTTGCTGAAGAAATGAAGGATTCAAGGGTGTTTTATGG GAATGACGATTTCTATGCGCTTTTTAGGCTTCATCAAGTAAGGATAGTGTTGTTACTTCTTGTTTATATTAAGATTTCTT CCTTGGCGTGGTTGTCAGTCACTTTTTTGTACTTTGCCAGATTCTTTACGAGAGGATCTTATCAGCGAAAATAAATTCAA TGAGTGCTGAAATGAAATGGAAGGCAAAAGATGCTAGTTCCCCTGATCCTTACTCAAGGTACATTTGTAGTTTTTCGCAA CTTGTACCAATTCTTCTTGAGTGCTTATTGAATGTTAGGTACCAGAAAATAACACTGAACTGAGAATGCAAATGTATTAG ATAGCACTGAATCCTCTGGAGAAATTCCAGAAGCAGTGTTTAGGGAATTTGCAAATAACAGAGGAAATGAAAAGACAAAG ATGAGCAAATTCGAGAGTGCTCCTTCTCTCCTAGTCCTAGCCAATTCCAGCCTAAAACAATACTCTCTCCATAACTAACT TATATTCTCTCAGCTGGTACAATGGTCCCCCCCTTCCCCTCTTGATTGCTGCCACCTCACCAGGAGGTTATTTAGGAATA CTACATTCTAGAAGAGTGATCATTAGGTGATTCTGCTGGCATCATCTTGGGCCTCCTATTGTAGACGTTGCCAAACCTGG GCCTGGTTCTTGGGTTTGCAACATCTCTCCCTCCTTGAAGAATCAGCTTGTCCTCAAGCTGATGATCTGGGAATTGTTCC AGTAGTTTGTTGAAATCTTCCCAGGAATCCTCAAATTCTGGCAAGTCCTTCCACCTCACTAATACCTCTAGGTCTCCATC AGTTTTTGCTCTAGAGTCTTGAATTGATTCTGGTTCAACCTTGAGCTCCCAGTCTTCAGTGAGAGAGACAGGTAGTGGTT GGCTGGTGGCTCCTGCATTCAAAGCCTTCTTGAGCAGGGAAATGTGGAAAACTGGATGCGCTTGACTGTCCTCTGGTAGC TTCAACTTGTAAGCTGCAGGATTAATTTTTTCTATGATTGGAAAGGGTCCATAATATCTAGGGCTCAGTTTCTGGTTCTT CCTCCTGGCTAAACTCTTGAGTTTGTAAGGTTGTATTTTAAGATACACCAAATCCCCAACCTCATACTGCACATCCCTCC TATGTTTGTTGGCCTGCTGTTTCATCCTATTCTGTGCCTTCTGTAAGTTTTCCTTCAATTCATCAATTATCAAATTCCTT TCAGCAGTCATTTTCTCTACTTCATCCACTGAAGTCAAGGAATCATTTCCCCTGATGATTACAGGAGGCTCCCTCCCATA TAAAGCCTTGAAAGGAGTGGTTTTGATTGCTGAATGATAGTTTGTATTATACCAGAATTCTGCCCAGCATAACCACTTGG GCCACTGCTTGGGTTTTAGCCCTGTCACACATCTCAGATAGGTCTCCACACAACGATTGACCACTTCAGTTTGCCCATCT GTTTGGGGATGGTAAGCTGAGCTAAATTTCAGCTTTGTTCCTGCTAGTTTGAACATTTCTGACCAGAAGGTGCTAAGGAA AACTCTGTCTCTATCAGAGACAATAGAAGTGGGGAATCCATGTAATTTCACCACTTCTCTTACAAATAACTCAGCTACTT CCTTTGCATTGTAAGGGTGAGCAAGTGCAAAGAAGTGTGCATATTTTGTGAATCTGTCTACCACAACTAAGATAGTATCC TTTCCCATAGCCTTAGGTAACCCTCCAATAAAGTCCATAGAGATATCTGACCACCCTTGAGAAGGAATAGGTAATGGCTG AAGGTAACCAGCTGGTTTTAGAGCCTCATATTTGTTCCTCTGGCACACTTCACACTTTTGGACATAGTTTTGAATATCCA ACTTCATTCCTTCCCAGAAGAAAAGGGCTGAAATCCTCTTGTATGTTCTGAATATACCTGCATGGCCTCCAATAGCAGAA TCATGAAATTCCTGGAGAATTGTGAGAATTTTCCCAGATCCTTTAGGGATGACTATTCTGTCTTTGTATAACAGCCTTCC TCTGTGCAATTTATAACCAGCTGTAGTGTGACCTTGGGTGGCCAACTCTTGCATGATCATTCTGTACTTGTCATCTCCTA AGATTTCAGCTTCCAAATCTTCCCATTCTGCACACTGTACTGATGAAATTGCTGAGAATTGCATCTTTCTTGATAAAGCA TCAGCTGCCTTATTTTCAATTCCTGGTTTGTATTTTATCTCAAAATCAAACCCCATCAATTTGGATACCCATTTCTGTTG TTCCTCCCCCATTAGCCTTTGCTCTGCTAAAAACCTCAGGCTCTTTTGGTCAGTGTGTATGATGAACTTGCTGCCCAGCA GATAGTGCCTCCATTTTTGAACAGCAAATACTACAGCCATCAGCTCTCTCTCATAGACTGATTTGGCTTGGGCTGTCTGA TAAGGTTTTGCTCATGTAGGCTACAGGCTTTCCCTCTTGCATGAGGACAGCTCCTAATCCTTTCCCAGAGGCATCAGTTT CCAAGATGAATGTTTTATCAAAATTGGGAACAGCAAGCACTGGTACTGTTGTCATGACCTCCTTAAGCTTCTCAAAAGCT TTGGTTGCTTCCATACTCCAGCTGAAACTATTTTTCTTTAGTAACTGGTTTAGGGGATGAGCCAATTTACTATAGTTCTT CACAAACTTCCTATAGTATCCAGTCAATCCCAGAAATCCCCTCAACCCTTTTACCTCTTTAGGGATTGGCCAATTTAGCA TATCTTTGATCTTACTTGGATCAGCTGCAACTCCTTCTTTAGAGATAATATGTCCCAAGTAAGCAATCTCACACTGCCCA AAAGAACACTTCTTCCTGTTTGCCACTAGGTGATTGTCTTTCAGTACTTGCAATACTACCCTCAGATGTTCTGTATGCAA CTCTTCAGTCTTGCTATAGATTAATATGTCATCGAAGAATACCAGAACAAATTTCCTCAAATAAGGTTTCAAAACTTGAT TCATGAGGGCTTGGAAAGTAGATGGTGCATTAGACAGCCCAAATGGAAGAACCAAATACTCATAATGCCCTTCATGGGTT CTAAAAGCTGTTTTTGGTATGTCTTCTTCCCTCATCCTTATTTGATGATACCCTGATTTTAAATCTAATTTAGAAAAGAC CATGGCTGACCCTATCTCATCTAACAATTCATCAATAATAGGTATTGGGAATTTATCAGGAATTGTTAACTTGTTTAGGG CTCTATAGTCTACACAGAATCGCCATCCACCATCCTTTTTCTTTACTAAAATTGCAGGACTGCTAAAAGGGCTAGTGCTA GGTCTAATAATCCCTGATTTCAGCATGTCTTTAACTAACTTCTCAATTTCATTCTTTTGGTAGAAAGGATACCTGTAAGG TCTGCTGTTTGGAATAGTGGCTCCTTCTTGTAGTAAAATGGCATGGTCAGTGTCTCTCTTTGGGGGCAATCCTTGTGGTT CTTGGAACACAACAGGGAACTCAGCTAACACTCTCTTTAACGCACCTGATGTCTCAACTTCTGCTCTTGGTTCTTCACTC AAACAGCCATAAGAGTAAAAATACCCCTCAGCCTCTCTCTGTTCTGTCATTTTAATTGATTTCCAGTCAGCTGCAACCCC ACACCAGGATGGTTCTCCTTGTAGTGCCAACTTCTGTCCATTTGACTCCCACTGAATTATGAGTTCCTGGAAGTTTGCCC TGATGTTCCCCAAGCTTGCTAGCCAGTCCATTCCCAAAACTAACTCAGTTCCCCCCAATCCGAGAATGAAGAAATGTTGG GTGATTTGTATGCCCTGAACTTCCAGTTTCAAGTTCTTGCACACCCCAGAGTTTCTCTCCTTGGCACCATTTCCCACTTC CACCACATACTCAGAAGTTGCTATGACTGGAATTTCTAGCTCTGCTACTAGTTCCTGGGAAATAAAATTACTTGTGGCTC CACAGTCAATAAGGATCAGAATTTCCCTGTCTTTAATCCTTCCTTTCACCTTGAAGGATCTGTTTGAAGTCAGTCCTTCC TTACTGTTCAGTGACAGCTGTAGGACCTTGCCTTCCAGCACAAATTCTCCATCTTCAGCTTCCTCAAACACCTCTTCTTC TTCTTCTTCATCTTCTACTTCCACCAAAATCAACTGGTAATTTTTCTTTGCACAGATGTGCTCTTTTCCCCATTTTTCCC CACATTTAAAGCACAACCCCCTCCTGCTTCTCTCCTGCAACTCAGATTGGGAAAGTCTCTGCCCCCCATTCCATCTTCTC TCTGGTGGTTTTCCCTCCTGCACCTGATTCCCAGTATTCCCCTTGTTCATAGGATTTTTCCCTTCATTATCCTGATTTCC AGCTCCTTCTTTACCCTGGTAGCCCACTGCAGTACTAGGAAATCTTCCCCTGTTTTCCCCATAACTAGAGAGATTTCTCC CTCCCCCACCCCCTTTTTCCTTCCATCCCCTTTTGTCATCCTCTCTACTTTTACCCCCTTTTACTGCCAGATTTTTCTCT TCCAACAGAAGAGCTCTGTCCATTAGCTCTGCCAAATCCTCTGCAGGATACAACTTCATCTCTGCCTTAATCTCTTCTTG CAACCCGTTCAGGAAAACGCCTTTCAACACCTCTCTATCAGCATTCCTCATCGGTGCTGCCAATAGCTCAAAGCTCTCCC TGTATTCCATCACGCTTTCCTTCTGTTTTACACTAAGCAAAGGTCCAAAGGGATTTTGAACCAAAGCAGGTTGGAAACGA CGAATCAGAGCTTCCTTGAAGGGTTCCCAAGCGCGCACAGGAGCTTGTTCCTCCCACCATTGGAACCAACTCAGAGCTCG CTCCTCCATAGCAATCATCACGAGTTCGATTTTTTCTCCCTCCTCGATTCTGCTGAGGCGGAAAAATCTCTCAACCTTGG TGAGCCACCCGTAAGCGTCTTCACCATTGAACATCGGAATGTCTACCCTCCTTCCAGTCACCGCTCTCAAATGACTACGA TGATGGTGGGGTTCGAAACGCTCGCGACTCCGTGTTGTAGAACGCGACCCGGTTCGCGACCCGGTTCGTGACCCACCGTG TGTTCTTACGGCAGAAACGGAACCCATATCTCGCGAAGTCCTCCTATGACGAGGGGTGTTGGAGCGTCCTCTGGTTCTCC TCTGGTCGCGGCTCATGAAGAGTCGCCGGAGTTCCTCAAACTGCTCGTGAGCCACCTCCTTCATCTCAGTGATGGTGCGT TCAAGACTGTCAACTCGAGATTCCATGGCGCTGCGGGTAAGCACCATACAAAGCTCCCTCTGGATCGGGAGCTCTGATAC CAATGTTAGGTACCAGAAAATAACACTGAACTGAGAATGCAAATGTATTAGATAGCACTGAATCCTCTGGAGAAATTCCA GAAGCAGTGTTTAGGGAATTTGCAAATAACAGAGGAAATGAAAAGACAAAGATGAGCAAATTCGAGAGTGCTCCTTCTCT CCTAGTCCTAGCCAATTCCAGCCTAAAACAATACTCTCTCCATAACTAACTTATATTCTCTCAGCTGGTACAATGGTCCC CCCCTTCCCCTCTTGATTGCTGCCACCTCACCAGGAGGTTATTTAGGAATACTACATTCTAGAAGAGTGATCATTAGGTG ATTCTGCTGGCATCATCTTGGGCCTCCTATTGTAGACGTTGCCAAACCTGGGCCTGGTTCTTGGGTTTGCAACATTGAAC TTCTGGATTGATGATCAATGTTCTTTTTTTAGATTTATGAATGCATTGTACAACTTGCTTGATGGATCTGTTGAGAATTC AAAGTTTGAAGATGAGTGCCGAGCAATTACTGGAAACCAGTCTTATGTCTTATTCACATTGGATAAATTGATATATAAAT TAATCAGACAGGTATGTTCATTTGTTTAGCTGACTAATGTTCTACTTGCTCATGATACATTTTCCTATAATGGTTCTAAT TGTTTACCTCCTCTGCAGCTTCAAACTGTTGCAACCGATGACGAAGACAGTAAGCTTCTCCAATTATATGAGTATGAAAA GTCTCGGAAACCTGGGAAATTAAATGATTCAGTATACCATGCAAATGCGCATGTCATCCTTCATGAGGAGAATATATATC GTTTTCAATGTGTAGGTCCTTCGTGATTCTCCCACCAAGTCTTGAAAAAATCAGATGTGCAAACAGGAGCATGTGTTCTT GATTTCCAAATTGTTATTGTTATCTGTGGTTAATGTTGTTTTCCATTGTCATCTTATTGCAGTCATCTACCCCCCCACGA CTATCCATCCAGCTCATGGACTATATGAATGAAAAGCCTGAGTTGTCTGCCGTTTCTATTGATCCGAATTTTTCATTTTA TCTGCACAATGATTTTCTGTCTGTCCTTCCTGGCAAAAAGGAACCCCACGGCATTTTACTGCAAAGGTACACACACATGC TGCAAGATTTATCGTTTCAGTTTGGTACTTTTCTCTTTCTGTTGATGACAATGGGGATGGCAGTTACCAATTGATGAAAG CATGTTAGGTTCAAATATCACTATAGTGTTCTTTGAAAGAAAAAAATATCTTTTACCACAATTGAATATTATTTTTTTGC TAATTGAGCCTGACATTTTGGTTGTGGATTTTAATGCATACTTTTAGCTACTTGACTAGATTACCAATCATTTTCAAATT TCATTAGATAAAACATAAGTTTCTGGTTTTTATTGGATTTACTCAGAAACAAGGGCAAATATGGAAAATTAGATGATCTT TCTGCGATATGCGCTGCCATGGAAGGTGTTAAAGTAATTAATGGATTGGAATGTAAAATTGCTTGCAACTCATCCAAGGT ATAGTCTGCTGTTTCATGCTCGTAGGTTTTCCATATTTGCAGTTTACTGCTTTATTTATTAGACGTATGTAGAATCTTTC CTTCGTTATGTTCATCTTTCTCTAGTGATATAGATATTACAGTGGGGTGGCAGTTGCAGTCTTGTTGCTATTAATATAAA TTGCAAAGAATTTCAGGTTAAATGGCCACAATTGCAGCTGCATTGCAGTTGTGGAAACCTATGAAACCCTTTACCCCCCA CATTGAAAAATTATCTCTGATAGAAATGCTTTAACAAAACATGGAGAAGGGGAAGCATTACTTACACGATACAGAAACAG TGTGATTCATATTGCCGACTTCTCTTATAATAGTATCCCTCAACTTTTGATTTTTGATCGAGATCAATGGTGTAGTGTGA TACTAATTTAGAGTGGTACTAATTTAAACTTAACTAATACTAATTTAACCTTGATATCAATGGGGAGAGATCAATAGTAT CGTGTAGGAGAGAAGGGAAACACTCTGTTTCAAGCACTTCCCTTATCAATAGTATTAGTATCCCTCAACTTTTTGATTTT TGATTGAGATCAACAGTGTAGTGTGATTTATACAGCCGACTTCACTTAGTGGGATAAGACTTGTATGATATTCTTATTAA TCCTAAGCTTTTGTATATTCAGAAGTAATAATGAGGAGTAGGTGAATATAACGTTTGCCATCGCCTAAGATTCTTGCACT GGCACTTTAAAGAAATCGTCATCTTCATCTATTTAGGGGAGTAATTTGTTATCTGTCCTGGGTTGTAAGAAATGGGTGTT TTGTCTAATGTACTTAATATAAGTATTTGATAGTTTTCTTATTCAATGACATTAATTCTTTGTAAATTATGAAAATTTAG TTTAATTTTTCTAACTTCTCTCCCCTTGCAGAGCAAGCTATTTATATTGTTCTAGTTTCTTTGCCGTGTGTTTTAAGTCC ATACTGGTATACGAGCTTTTATAGTTATAACCGGTTTCATATTGCAGATTTCTTATGTTCTTGACACACAAGATTTTTTC TTCCGTCCGAGGACGAAAAGACGAACTCCATCAGCAACCACAACTTCCCGGTCTCGCAAGGACAGAGAAGAAAGATACCG CAGATTGTTGGTTTCCTCATCATAAAACTGTACCTTCATGA
CDS sequence (LotjaGi2g1v0252800.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGATGAGTTTAAAGATTTCTTAGAGCGCTGTGAAAATATCGAAGGCTTCCTTGCTGGTGTCATGAGTAAAAAGTCACT GTCCACTGATGCTCATTTATCAAGATCATCAAAGTTGGAGGACAAAGACAAAGATCAGAAGCGAGAGATGGATGGAGCTA AAGAGAAGGATAGATACAAGGAGAAATACATGGGAAAATCCATCCAAGAACTTGACCTTAGTGACTGTAAACGGTGTACT CCCAGCTACCGGCTTCTCCCTTCAGATTATCCAATTCCTACGGCTAGTCAGCGATCTGAGCTTGGTGCTCAAGTATTGAA TGATCACTGGGTGTCTGTGACTTCAGGAAGTGAAGATTACTCTTTCAAACATATGCGCAAGAATCAATATGAAGAAAGCC TGTTTAGATGTGAAGATGACAGATTTGAGCTGGACTTGTTATTGGAGTCTGTAAGTTCAGCTTCTAAACGTGCCGAGGAA TTGTATAACAACATTAATGAAAATAAAATCAGTGTGGAGGCTCTGAGCCGTATTGAAGATCATTTCACTGTTTTGAACTT AAGGTGCATTGAGCGTCTATATGGTGACCATGGTCTTGACGTTATAGACATACTGCGTAAAAACCCAACTCATGCTCTGC CTGTAATATTGACTCGATTGAAGCAGAAACAGGAGGAGTGGAATAGGTGTCGTTCCGATTTTAATAAAGTTTGGGCTGAA ATTTATGCTAAAAATCACTACAAATCACTTGATCACCGTAGCTTCTATTTCAAGCAACAAGACTCAAAGAACTTGAGCAC AAAATCTTTAGTGGCTGAGATTAAAGAAATCAAAGAGAAGCTGCAGAAAGAGGATCACATTATTCAGTCTATTGCTGCTG AAAATAGACAGCCTCTAATTCCACATCTGGAATTTGAATATTCGGATGGTGGGATTCATGAAGACCTGTATAAACTTGTT CAGTATTCATGTGAGGAGGTATTCTCAAGCAAAGAATTATTAAATAAGATTATGAGGCTTTGGAGTACCTTCTTGGAGCC GATGCTTGGTGTTACTTCCCAATCTCATGGGACAGAAAGGGTTGAGGACAGGAAAGCAGGGCATAGTAGTCGCAACTTTG CTGCATCAAATGTAGGAGGTGATGGAAGCCCACACAGAGACTCTATTTCAACAAATTCAAGGTTACCAAAATCTGACAAG AATGAAGTTGATGGTAGAGTCACTGAAGTGAAGAATATTCACCGGACTAGTGTAGCCGCCAATGATAAAGAAAATGGGTC TGTTGGTGGTGAACTTGTTTGTAGAGATGATCAATTAATGGATAAAGGGCTGAAAAAAGTAGAATGCAGTGATAAAGCCG GGTTTAGTAAACAATTTGCCTCTGATGAGCAAGGAGTTAAAAACAATCCATCTATTGCAATTCGAGGAGAAAACAGCTTG AACAGAACCAACTTAGATGTGTCTCCAGGCTGTGTATCTGCTCCATCTCGACCTACGGATGCTGATGACTCTGTAGCCAA GTCTCAGACTGTTAATTTACCATTGGTGGAGGGAGGTGACATTGCAGCTCCAGTACCAGTGGCCAATGGGGTATTAGTTG AGAACAGTAAAGTCAAAAGCCATGAAGAATCTTCTGGGCCTTGCAAAGTCGAAAAAGAAGAGGGTGAATTATCACCAAAT GGTGACTCCGAGGAAGATTTTGTTGCCTATAGAGATTCGAATGCACAGTCAATGGCTAAGTCAAAGCACAATATTGAAAG AAGGAAATATGAGTCCAGAGATAGAGAGGAAGAATGTGGTCCAGAGACTGGAGGTGATAATGATGCAGATGCTGATGATG AGGACAGTGAAAATGTTTCTGAAGCTGGGGAAGATGTCTCAGGCAGTGAGTCCGCTGGCGATGAATGCTTCCAGGAAGAC CATGAGGAGGATGATATAGAACATGATGATGTTGATGGTAAGGCTGAGAGTGAAGGTGAAGCTGAGGGGATGTGTGATGC CCAAGGTGGAGGGGATAGCTCATCTTTGCCTTTGTCAGAGAGGTTCCTTTCGTCTGTGAAGCCTCTCACAAAGCATGTAT CGGCAGTTTCATTTGCTGAAGAAATGAAGGATTCAAGGGTGTTTTATGGGAATGACGATTTCTATGCGCTTTTTAGGCTT CATCAAATTCTTTACGAGAGGATCTTATCAGCGAAAATAAATTCAATGAGTGCTGAAATGAAATGGAAGGCAAAAGATGC TAGTTCCCCTGATCCTTACTCAAGATTTATGAATGCATTGTACAACTTGCTTGATGGATCTGTTGAGAATTCAAAGTTTG AAGATGAGTGCCGAGCAATTACTGGAAACCAGTCTTATGTCTTATTCACATTGGATAAATTGATATATAAATTAATCAGA CAGCTTCAAACTGTTGCAACCGATGACGAAGACAGTAAGCTTCTCCAATTATATGAGTATGAAAAGTCTCGGAAACCTGG GAAATTAAATGATTCAGTATACCATGCAAATGCGCATGTCATCCTTCATGAGGAGAATATATATCGTTTTCAATGTTCAT CTACCCCCCCACGACTATCCATCCAGCTCATGGACTATATGAATGAAAAGCCTGAGTTGTCTGCCGTTTCTATTGATCCG AATTTTTCATTTTATCTGCACAATGATTTTCTGTCTGTCCTTCCTGGCAAAAAGGAACCCCACGGCATTTTACTGCAAAG AAACAAGGGCAAATATGGAAAATTAGATGATCTTTCTGCGATATGCGCTGCCATGGAAGGTGTTAAAGTAATTAATGGAT TGGAATGTAAAATTGCTTGCAACTCATCCAAGATTTCTTATGTTCTTGACACACAAGATTTTTTCTTCCGTCCGAGGACG AAAAGACGAACTCCATCAGCAACCACAACTTCCCGGTCTCGCAAGGACAGAGAAGAAAGATACCGCAGATTGTTGGTTTC CTCATCATAA
Protein sequence (LotjaGi2g1v0252800.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDEFKDFLERCENIEGFLAGVMSKKSLSTDAHLSRSSKLEDKDKDQKREMDGAKEKDRYKEKYMGKSIQELDLSDCKRCT PSYRLLPSDYPIPTASQRSELGAQVLNDHWVSVTSGSEDYSFKHMRKNQYEESLFRCEDDRFELDLLLESVSSASKRAEE LYNNINENKISVEALSRIEDHFTVLNLRCIERLYGDHGLDVIDILRKNPTHALPVILTRLKQKQEEWNRCRSDFNKVWAE IYAKNHYKSLDHRSFYFKQQDSKNLSTKSLVAEIKEIKEKLQKEDHIIQSIAAENRQPLIPHLEFEYSDGGIHEDLYKLV QYSCEEVFSSKELLNKIMRLWSTFLEPMLGVTSQSHGTERVEDRKAGHSSRNFAASNVGGDGSPHRDSISTNSRLPKSDK NEVDGRVTEVKNIHRTSVAANDKENGSVGGELVCRDDQLMDKGLKKVECSDKAGFSKQFASDEQGVKNNPSIAIRGENSL NRTNLDVSPGCVSAPSRPTDADDSVAKSQTVNLPLVEGGDIAAPVPVANGVLVENSKVKSHEESSGPCKVEKEEGELSPN GDSEEDFVAYRDSNAQSMAKSKHNIERRKYESRDREEECGPETGGDNDADADDEDSENVSEAGEDVSGSESAGDECFQED HEEDDIEHDDVDGKAESEGEAEGMCDAQGGGDSSSLPLSERFLSSVKPLTKHVSAVSFAEEMKDSRVFYGNDDFYALFRL HQILYERILSAKINSMSAEMKWKAKDASSPDPYSRFMNALYNLLDGSVENSKFEDECRAITGNQSYVLFTLDKLIYKLIR QLQTVATDDEDSKLLQLYEYEKSRKPGKLNDSVYHANAHVILHEENIYRFQCSSTPPRLSIQLMDYMNEKPELSAVSIDP NFSFYLHNDFLSVLPGKKEPHGILLQRNKGKYGKLDDLSAICAAMEGVKVINGLECKIACNSSKISYVLDTQDFFFRPRT KRRTPSATTTSRSRKDREERYRRLLVSSS
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 |
|---|---|---|---|---|---|---|
| PANTHER | 1 | 988 | 988 | 0.0 | ||
| PANTHER | 1 | 988 | 988 | 0.0 | – | |
| MobiDBLite | 25 | 56 | 32 | - | – | |
| MobiDBLite | 34 | 56 | 23 | - | – | |
| Coils | 36 | 56 | 21 | - | – | |
| SMART | 75 | 175 | 101 | 4.0E-54 | ||
| Pfam | 77 | 169 | 93 | 4.1E-35 | ||
| Coils | 148 | 168 | 21 | - | – | |
| MobiDBLite | 352 | 408 | 57 | - | – | |
| MobiDBLite | 370 | 396 | 27 | - | – | |
| MobiDBLite | 485 | 505 | 21 | - | – | |
| MobiDBLite | 534 | 677 | 144 | - | – | |
| MobiDBLite | 536 | 557 | 22 | - | – | |
| MobiDBLite | 581 | 602 | 22 | - | – | |
| MobiDBLite | 603 | 621 | 19 | - | – | |
| MobiDBLite | 636 | 651 | 16 | - | – | |
| Pfam | 708 | 955 | 248 | 2.7E-54 | ||
| MobiDBLite | 960 | 981 | 22 | - | – |
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 | Transcription corepressor activity | A protein or a member of a complex that interacts specifically and non-covalently with a DNA-bound DNA-binding transcription factor to repress the transcription of specific genes. Corepressors often act by altering chromatin structure and modifications. For example, one class of transcription coregulators modifies chromatin structure through covalent modification of histones. A second ATP-dependent class modifies the conformation of chromatin. A third class occludes DNA-binding transcription factor protein-protein interaction domains. A third class of corepressors prevents interactions of DNA bound DNA-binding transcription factor with coactivators. |
Expression pattern of LotjaGi2g1v0252800.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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