Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0257500 |
| Transcript ID | LotjaGi4g1v0257500.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Basic helix-loop-helix transcription factor; TAIR: AT5G08130.7 basic helix-loop-helix (bHLH) DNA-binding superfamily protein; Swiss-Prot: sp|Q9LEZ3|BIM1_ARATH Transcription factor BIM1; TrEMBL-Plants: tr|A0A072USK3|A0A072USK3_MEDTR Transcription factor BIM2-like protein; Found in the gene: LotjaGi4g1v0257500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:61277528..61291310) extracted from Lotus japonicus Gifu genome v1.2.
GGACGAGAGAGAAGAGGAGATGAAAATGGAGTGCGAAATAAACACAGAAGACGAGAGAAGCTATATATAAAAACATCTTT CATTTGATCTCTCAATTATCAAACTGATAGAGAAAGAGAAAGAGCAGGGTCCGACCCGAGAGAGAGACCCTCATCTTTCG CCGCACAGAAAGAAAGTAGTTAAAGCGAGCAACACACAGAGAGAAAGAAAGATAGATATCTTTGGCGTCAAACGCTCTCA GAATCTTCTTCTGCAGTTTTCCATTTTACTGCGCACTCCACTTTCGGTACTGTTTCAATTCACGCTTTGTTTTATGGTAG TAGTAGTAGTTGTAATTCTCGTGATTTCGTGTTTGTTATTGGAAATTCGCGCGCAATTTTGTATGCTTGTTTGGATCTCT TCTATTTTGTCATGTTCTGTTGTTATCGTTGCTGAATTTTGTTTTATCAAGCTGAATTATGGTTGTTCGAGTTCAATTTC GTTAGAACAGTTCAAGTCAAAACGCTTTGAATTTCGGAAGTTGAATTGTGAATCTCTCTAATGTTTGATTTCAGATTCTG TGAAATTCCGGACTGGACGCTTTGAATTGTTGATTCTGGAGAAATCCAACACGAATTCGTAGGAAATTCACTGCGAAAAT TCGCTGAAAACTGTACGAATGCGTCTCCGATCTTCAATTGGCTGACGGCGTAATCTTCTTCTGAAGGAGAGATTGAGAAA CTAGATTTACAGTTTCTATATAATTTGGATCTGAGAATTTCGTATCCGCGAGAGACTGATCAAAGCTGCAAGTTGCTAAA ACCTGAGTTGGCTTCCGAATTGGAAGGGAATTCAGTTTTACAGCGCGGTGGTACGGTAGAATTGAATTCTCTGAGATTTC AACTTTGGGAGGACCGAAATTCAAAATTCCGTTGAAATTCGTACTGGAAACAGAAGAGGTTAATTTCCAGGTTTAGATGG AGCTTTCTCAAGCGCGTGCGTATGGAACCGAAGGTAGTTCCTGATCGTAACTGATTCTTGTGATTTTTTTGTTTCTAAAT TAATTTATTAATTAATTAATTAATTTCTAATGAAATTTGTTGGTGTGAAATTTTCTTCTGATTTCGCAGGAAACAAAGCC ACGCATGACTTTCTGTCGCTGTGCAGTAATTCAAGTGGGCAACAAGATCCAATACCAGCATCTCAAGGTAAGCCGTTTAT GAATTTTGGGTAAAATTGCAGAATGAGTCACTCCATGAATCTCTCTTTCCTCTGTTTTCGCCATGTTTTTTTCCTCTGAC GTGTGGAATCGAGTTGTAAATATCCCATAAATAAATTCTACATCACGGTCAATTTTTCAAATTAATAATTCAATCCAATT CAATTGTGAAAGTAGTAGTTGTACGTTGTTCCTGCTGCACGTGACCTCTATTTAATCAAAGGATCTGGGCCATGCATCTT GTGCACTGCGCATTTAATTATTCAACAAAATTTCTTTTGTTTTTTGTTTTTTTTTTAACTTCCGAATCCGAATGTGTCAT ATTTAACACCGTTTGATTTAATTTTTTTGAGGGCCGATAACACCGTCTGATATTGGCAGGTGTGGGGTGGGCCCTAGGGA TGGTAGGGGGCCCAATCTGGAATTGATTTGACGTTTCAATTTAGGGCCTGATAGAGAGGATGGCGTTCCCGTGTTGTTGT AGCTTTCCTTTTCTTATCATTCGTGAAATTACTCACTCACGCTCCTCCCTGCTGATAACAATTTGTTAATGGCCTAAAGG AATGAAAAATGAAAGTGAAAGAAATGCACTCATGTTTTTTATTTGGGCGCTATATATTCATTTCAGAGTTCAGACACCTT TTTTCCCATAGCGAAAGGTTTGTCTCTTTGGCTAAAAAAAATGTTTTGGGATGTCCTTGGTGGGTTGCAAGGTCATTGGG ATTGTCAGGTTCTGCTTTCTCACATTCCTGTCTCATGGTAGTTGTCTGTCTTTGTCTCTCTCTTTTTAACCATTTAAGCA CCTGCACTATTTATTATAATTCACCCCAGGTGAAATCTTATGAGAATTACGTGCCATGTACCTAGTTTTTAAGTTTTATA TAGGAAAATACGTAGATATATGCATATGATGCAAACATTCACCCGACTCTCAATATGGAGAGTGATTAAGAAAGGGAAAA GAAAAAAGTAATTGTGTGACACTGAGGTCTCGTTGTTCTTGGAGGAGGGCCCTTCTCCTTTCTTCCAAACCGCGAATGCG GTCTAGCATCCGCTGGATCGATGGGAGGCAGGTGCTCCCAAAAGGCAGCCAGGGTTTGCAGCCGTTGGGCCTTATCAATA TCGATGTTTTGAATTTCTTGATCTATGTGGGAAAGTCTTTCAGCAGTTGCGGGATCCATCTCCCTTTGCTTTGCCAAATA GATCAAGAAGCGTCCTATTTATAGGCGCACGGGTCCATTATGAAAAAAAAAATCCTTAGTTTTTCGCAAGTATCGCCTCG CGGCTTAATCCCGATTCACCCGACTCTCAATGTGGAGAGTGATTAAGAAAGGGGAAAAAAAAAGAAATTGTGTGATACTC TCTCCATATTGAAAGTCGGGTATATAATAGAAGAGAAAAATGATATGTTTATTAGATGTATTAATATTTATATGTATATA TGAATATTTTTACTCTTCCATATATTTGCATTTATAACTGTTTTGGTTATTAGTTAGAAGAACATACTTCAAGAATTTTC AAATGAAAATTTTGGATTAACAATCATAACTAATTTGCTCTCACTCATAATTTAGACACATAAACTTCTCATAAGAAATA ATTTGGTTTTAGTAGCATGTTTGGAGATCCTCATAGAATTGATTTTTTAACCAAAATCAATTATGAAGAAAAAATACCAT TAGTAGAAGAAAATAAGTAGCCAAACATGTTATATAGAAGAATTTCCAAAATACACTTGAACATAGGTGAAAAAGCATAT TGTTTCATTAAATCTTGAATGTGGCTTTTAAGTTGAGTTCAAATTTAATATAAACACTTCCATTACTTGGTTGTACATCC TGTGGACATCTATTCATATTGGCTAAACCTTAATGTAATGTAATTTTCATATTTTTATGTTAGATTGTTTTATGTAAAGT TAGCTTAAGCTTTATTATGGAAATTATGGAAAGATATATATTTTGTGTTGATAAGTTTTAATCACTTTCTAAAATTAAGT TACTAACATATTTAAAAATTTACCAATGCTACTGTGTGCTATTATCATGAACATATTTAAAAATTTACCAATGCTACTAC TGTCTTGGGACTCATGCACCATAGCTAGCTAGAAATGAAAACAGTGGATCAGCTTTTCTCATAAGACCATCCACAATGGA TGGTTGAATTGTTTGTTGAAGTGTGTTGAATTTTGTTGAAGGGGTTTAATGGTTGTTGAATTTGGTTGAAAGGGGAGAGA GAGGGAAATTGTTGAAGATATTCAACAAAATTAAAGAGCCTGCGGTGTGCCACATGGCGCGAGGCCAGTGGCCACCGCAG GCGCGTGGACCACACGCGCAGACAAGGCGCGTCGTTCTGATTGGTTGCTCCAGATTTCGTTTTTCCTTATCTTTTGAACT CAATTATTTCATTAAAAAAAATATTTTCTGAAAAAAAAAAATTATACCAAAATTCATGATTTTTTTTCTCTATAAATAGA GACTTGGTTCGTTTGATTTGGACACAGAAAAAAAAACCAAGTTTTAATTTAATTTAAATCGATAATTGTAATTTTATGTA ATTATAAAAACAAAAATAAAAAATTAAATAAAAAATGTGAAATAAAAAAGTGGTGGGGTAGGGTGAGTGGTGAGTGGTGG AGTAGGGTGTTGAGAGTTAAGTAAAACCATTAGAGTGGGTAATTGTTGAGAGTTTGTTGAATTGAAGAGAGAAGATGATG TGAAATGTTGGGAAGAGAAAAAGTGGGGTAGGAAAGGGTTAAACAAAACATTTTTTGTTTAATATATGGTCTAATATTCT CCAAGCATAGCTATTGGCACTCCACACTTGCATTCACTCTGTGTGTGTCTTGTTTGAGTCAAAGAGTTTGCTTTATCTTT TCTTAGCTCAACACCATCTTATTCCCTTCTCAATGTTTCAACAGGAAGTTACCTCAAGACCCATGATTTCTTGCAGCCAC TAGAACGGGATGCCAAGGAAGAAGCCACAGATGAGATATCATCGGCGGCGGTGGTTCAAAATGCACCACCTTTAGCAACA CCAGGTTCAGTTGAGCACCTCTTACCTGGAGGAATTGGAACTTACAGTATTAGCCACATTTCCTACTTAAATAATAGTCA AAGAATTCCAAAGCCAGAGGCATCCAATTTCACTGTGCGTCAAGCAGCTACTACTGACTTAAATGATGACAATTCGAACA GCAGTTCATATACTTCAAGCGGTTTCACTTTGTGGGAAGAGTCTGCGATTAAAAAGGGAAAGACAGGAAAGGAGAATAAC AAGGGCGAGAAACCCAGTGTAGGAGGTAAACTAAAATATTTCTCTCAGTTTTCGTTCCACAGTTTATCATATTAATTATC GGCTGCATTGTCAGGATACTAAACAGTAAAAAATTAGTGAATGTTTTTTTTTTTCATTTATAAAAGTTGAGAATGGAACC CGGAATTACTTCTTAAAGGGACAAAAATGTTTAAAACTAAGTAGTTTGACAATACTTCTCTCATTATCTAGATTATAATG AACCATTTTTGTCAGTATTCAGCAACAAAATGTTATAGTAATATCTGCAACGGTAATAACGTTTAGCCACCCTTTATTCT GGGACAGAGTCTGCGGCAAAGCCAGGGCAGTGGACGTTGACCGAGCGAACGCCACAGTTGTTTTCCAACAATCGTCACGG CAGCTTCAACTCTCGCTCTTCATCCCAGTTAGTCATGCTGCCTCTCTACCTCTTGTTTTTAAGCCTATATTATGTGCCTT CATTTTTTATTGAATTTTACTCAGCGAAATAGTTGCTTTAAATTAAGGTGGGTTATTTACAGGCTTATGCTGACTTTTTG GGATTAATTTAACAGGACAACTGGACAGAAGAACCAGAGTTTCATTGAAATGATGAAGTCTGCAAATTGTGCTGAGGATG AAGAGCTAGAGAATGAAGAGCCTTTTTTTCTGAAGAAAGAATCCCCGAATACCCCAAGAGGTTAGTTTGAATGCCGATGC CGATGTGGCTTTTAGAATATTTTTGGCTGGCTTGATTGATGTTCATGTTAATGCTCTCCTTTCACTCATGTGATTACTTT AGTGTTTTGACTTTTGAGTGGGTTTAATAGTTAAAAATAAAAAACAGAAACATAGAAACATGTCATCTATTTTGAACTTT TTTATGTTACTAAAAATTGCTTTACAGGTAAAAGTCCACAAAACGGGTTTCTCCTTCTTCTTTGAACTACAAAAGATTTT TTCTGTAAAAACTAATTTGAGAAAGTTTACATAGGAGCCTCAAAATTTATATTGTTCTTAACAATATCTTTCTGGTCTTT AGCCATTGTTCTAGTATTCTAATTTTAATATAAAGAGGAAACATGGAAGAAAATTTAAATGCCTTTACCCACTTTCTGTG CTTAAGGGATTATGTGCTCTCAAGGCCATTAGCTTGAAATTTCTGGTAAGGTTAACATAAGAGATTATTTACAGAAGAGC TGAGGGTGAAAGTGGATGCGAAGGCCAGTGATCAAAAGCCAAACACACCAAGATCAAAACATTCTGCGACAGAGCAGCGG AGAAGAAGCAAAATTAATGACAGGCAAGTCTTACCTACCTTGCTGACTGAAATTTTTCTGTATTTTTGAAAAGTCACTTG CAAGTTGTAATGCAGGCGCAAAAAGAACTTTCCTTTTCTTAATCATGAACTGAATTGAATATAAACTTAAATAAATTAAA ATCAAAATTCCTTACAATTAGGAGTGTGACTAGTGAGTCCTAATTGCTAACTTGCAAACTGTAGGGACAGTTTCTTTCAT TGATTTATGTTGTAAAATTTGTCCCAAAAAAGGGCTTCTAGAGAAGGTAACAAAGATACCAAGTAGTTCTATTGGATTTA TGGTTTGATCAGACATGTCTGTCACAGTAGTATTTTTCATATTTTGATAGACATAAGCAGTTACAAGGATTATATGCTTT CATATTGCCTAACTTTTATTTGGCTTTACCAAATTGGTGATCATAAATAAGAGCTGATAAATTGCTTATAATTATCTAAT AGAGCATTTGAATTAATCATGTAGATTCCAGATGCTACGACAGCTTATTCCACACAGTGACCAAAAGAGGGATAAAGCAT CTTTCTTGTTAGAGGTACATTCATATGAGATGATGTAAATTTTATTTTAGACTATGTTTGTTCTATGCTCATTAATGCTT CATCTGAATTATATGTAGGTCATTGAGTATATTCATTTTTTACAAGAGAAGGTGCATAAGTATGAAGGTTCCTTCCAAGG GTGGAATAACGAGCCAGAGAAATTGATGCCATGGGTAAATACCACACTTGCTCGTCATAAACTATGCAGATGCTTGTCTG TTGTTCTAGTGGATACATTAATAGATTATAAACATCATATAGCGTAGCGTAAATGGATTTGAGTTTTGAAGTAACTATAT ATGATGGTGACCTCTTTATCCAAAAACTGATTTTGATTTTTTCTATTCAAAGCAGAGAAATAATGACAAGCCAGCAGAAA GTTTTCAACCTCGTGGCACAAATAGTGGGTCAAGTTCATCTCCAACATTGCTGTTTCCTTCGAAGGCTGACGAGAAAAAT ATCAACATTTCCCCAACAATTCCTGGGAGTACCCAGAATCTAGAATCTGGCTTGAACACAGGCACAGCAACTACCTTGAA GAAAATGGATCATCAGTCTGGAACTCTGAACAAGGCTTTTTCAGCTCCTTTTTCTCCGCCGCCAAATTTCTTCCCTCCAA CCCAAATCAGCGGTCCAGGTGGAGTAGTATCTCAACTCACACATAGGTTGGCATCTGATGCAGAGAACACCGTACATATA CCTTCAGTGGAATCTCAAACAATGAATGCTACCAGTGAAAAGCTGAAAGAGAAAGGGCTCACTATTGAAGGTGGTGCCAT TAGCATATCAAGTGTGTACTCAAAAGGGTGAGAATTTATCTTATACTTATTTGACTAGTTTATATTATATAATGAGAATA CAGTTTATTTCCTTTAGGCTATTTTGAAATTGTTTTGGACATAATATGGATTCATCCCCTAGTGAGCATTCATGGATAGA GAATGGAGATGTGGCAGGTATTGTAGTCTGAAGAGACTTGTTCTTTAATCACCATCACCTAATGAAATCATAGCATACTT ATCTTGATCCAGGCATAACAAATTGCAGAAGCTAAAGGTAGAAGATGAAGAATGAAATGAAAACTGTATTGATCCAATTG ATTGAATGAATTACAATAGTGTGGTGTTCGTGTATTTATACAATGGTCAAAGAGTAAAGTAAATCTAACTGACTAACAAC TTAACTAACCAAGTAACAGAACTAACCATGGTGTAACTAACCATGGTAGAAGTAACTAACTAACTAACTGTAACTATATT CAATAGCCCCCCTCAAACTGGAGAATGGATGTTATGCATTCCCAGTTTGAAAAAAAGACTACGAAATGGTCCAAGAGTCA GGGGTTTAGTAAGAATGTCTGCAAGCTGAAGTGATGAGCTAACAGGTAAAAGGTGTACAAGCCCGCGCTGGATCTTCTCA CGCACAATGTGACAGTCAAGTTCAATGTGCTTTGTGCGTTCATGATAGCTTGGATTGTGAGCAATATGGATAGCCGATTG ATTGTCACAATACAAAGATACAGGGGCTGATGGAGGTGCTTGCAAATCAGTAAGCAGATAAGAGAGCCATTGTATCTCAC AAACAGTTGCTGCCATTGCCCGATACTCGGCTTCACAAGAAGAACGTGAAGTTGTAGATTGCTTCTTGGAGCGCCATGAG ATCAGAGAAGAGCCTAAGAAAACACAATATCCTGTAATGGATTTTCTAGTGTCCACACACCCTGCCCAGTCAGAATCACT GAAAGCAGAGAGTGTTACAGTAGAAGATGCAGAGTAAAGAAGTCCACAACCAGGGTTGCTTTTGATGTATCGAAGCACTC TATGAGCTGCTGCTTCATGAATGTCAGTAGGTGCTGAAAGAAACTGACTCAGCTGACTGACAGCATATGCTATGTCTGGT CGTGTAGTAGTGAGATAGAGCAATCTGCCTATGAGCCTGCGATAAGAGCTGACATCAGAAAGTGCTTTTCCAGAAGTTGT ACTGAGCTTCTGAGAACTGTCCATTGGAGTAGTTGCTGGCTTGCCTCCAAGCAACCCTGAATCAGAGAGAAGCTCAAGAG CATATTTGCGTTGATTGAGCACAATTCCCTGTTGTGATCTTGCAATCTCAAGACCAAGGAAAAACTTGGCTTCACCCATG TCTTTGATGCGAAACTTTTCATGAAGAGAATGTTTGACAGCAATGATCTCAGCCATGTCATTTCCTGCCAATAGAACATC ATCTACATAGAGTAGCAAAGCTGTGAAAGTGCCTGAAGCTTCCTTTTTGATGTATAATGTGTGATCTGCAGAACTTTGTA CAAAACCAAGGGCTTGAAGAGCAAGACAGAGTGTTGTATACCACTGTCTACTGGCTTGCTTAAGGCCATACAAAGACTTC TTTAAAAGACAAACTTGATTGGGCTTGGATGAGTGAAGTCCTTGAGGTAATGCCATATAAATTTCTTCATCAAGACTGGC ATGTAGAAAGGCATTGTCCACGTCTAGCTGGTGGAGAAACCAATTGTTTGAAGCTACTAGAGCTAGCAACACACGAAGTG TAGTCATCTTTGCCACTGGATAAAAAGTATCCAGGAAATCTATGCCTTCAACTTGTGTGTATCCCTTGACAACTAAACGT GCCTTGTACCTCTCGATGGTTCCATCTTGCTTGTGTTTCACCTTGTAAACCCACTTGCAGCCGATTGGAGTTTTGTCAGG TGGCTTATCAACAAGAATCCAAGTATGATTCCTTTCCAAAGCCTCTATTTCCTGGTCCATGGCCTTCCTCCAGCACTCAT GTTTGACTGCCTCGGAATATCTAGTTGGTTCACTAACTGTGGTGATGTTCATGATAAAAGCTCGATAGGAAGGAGTCAGT TTGTGATAGGAAATGACTTTGGATAAAGGATAAGAGATACCTGCACTTGAAGGGACCTTGGACACAGTAGTTGAAGCAGC AAGAGTACAATGGTAATCTTGTAAGTAAGAAGGTGGTCTTCTCACTCTGTTAGATATCCTCTGGACATTACCCTCCTCTG GATTAGAAAGAGTTTCTGAAGGTAAAGGTTGCTGGACAAGAGCATTATTTTCAGGATATGAGTAATCAAAAGGTTCCTCT GGCAAAGAAGTGGGTAAAGGAATGGTACTAGACTCAGTGCTATGACAAGGACCATGCGAATGAAAATAGGGAAATATATT TTCATGGAACACCACATTTCGAGAAACAGATAGACCTTTTGTCTTGAGGTCATAAACCAAATATCCCTTAGTTCCTGGTT TGAAGCCAAGGAAGATACACTTTTGAGCCCTAGGATCAAACTTTGTCCTGTGACTAACAAGTGTAGAAGCAAAACAAAGG GAACCAAACACCTTAAGGTATGTTAAATCTGGAACTTCGTTGTAAAGAAGCTGAAAAGGACATTTATTTTCAAGGACAGG TGTAGGCAATCTATTGATAAGAAAAATGGAATGAACAATAGCATGAGCCCAGAAAATCTTTGGTAAATGTGCTTGGAACA ATAAAGCACGAGCTACATTTAAGATGTGTTGATGTTTCCTCTCAACAATGGGTTTTGTTGAGGGGTTTCAACACAACTAG TTTGATGAACTATACCTTTACTAGCATAGAAGTGACTTAAAGCAAACTCTTTTCCATTGTCACTTCTTATGCTTTTGACA GTGGTGCCAAACTGGTTTTCAACTAGAAGACAAAAGTCCTGAATTAAAGTTTTAACCTCAGCTTTTGACTTTAATAGGTA AACCCATGTGTACCTAGAATAGTCATCAACTATGGTTAAAAAATAAGAATAACCATGCAATGAAAGGATTGACATTGGAC CCCAGATATCAACATGAATTAAACTGAAAATTGCACAGCTAGAAGAAATACTTAATGGGAAACTCAATTTCTTTTGTTTA GCAATTGGACAAACATCACAAATGTGATCTTTAGTACATTGTACATAAGGAAAAAGATCCCTTATTGACTGCCCTTTAAC AAAGGAAGGGTGTCCTAACCTATAGTGCCACAAATTGTGCACACTGGGATCAAAATGACTAGATACATTTACAGAACTAG GAATATTCACAGTAGAATGAACTGAATTACAATGTGACAAAGGGGTAACTGAAGACTTATTGAGGATGTAGAGTCCCTTG ACTGCTTTAACTGTGCCAATCGTCCTCCAAGCACTGGAATCCTGTATTAAATAGATATCATCATGAAAAGTCAGTGTGTA GTGAAGGCTTTTAACTAGTTTATGCACTGAAATCAGGTTGAATTGGAAGTTAGGCAAAAACAACACATTATGAAGGATAA AAGAAGGGGTAAGTTGAATTGATCCCTTAATAACTGCTGATTCAGTGACTCCATTTGGAAGAGAAACTGGGATCAATCCT ACATGACTATAGGAGCTAAAATAGCTCAATGTGTTGCAGATATGGTCAGTGGCACCAGTGTCCATAACCCAAAAAGTGTC AAGGGGATTACCATTCTTTGTGGGGACGGTACTTGTGCTGCCATTACCATGTTTTGTGGGAAGAACTTGAGCACAAGAGT TTACACTGGCTGTGTGCTGTGAGGAAGAAGAGCTCTTTGATTCTGAAGTTGGAAGAAGAGCTAGCAGATGTTGATATTGA TCAGCCGTAAACCCGAACCTGGTGTCTTGTCCTGAAGATCCACCCTGAGACTCTTGATCTTCATCAGCAATGTGAACACA ATTGGCAGACTTGTTTGCATATTTTGGATTCTTGAACTTGAACCCTGGTGGAAACCCATGTTTCTTGTAACAATCATCAA CTGTGTGGCCCATTTTTCCACAATAAGAACACTTCTTTGATGAATATCGATTCCCTCCAGAATTTGATTGAGAGTTATAG CATCCAGAATTAGATTGGGACTGAGAATTCCCAGACTGGGATTGATAACTTGTTGATGCACCTCCTCGATTGTCATGTGC ACTATCCCTTGAAGCCATCATAGCTTTAGACCCAGAAAAGTTCTCAGCAGAAAACTGTCTTTCTTGTTGAGCAATGAGAG CAAACACACGATTCACATTAGGCAAAGTATCTAACAACATCAATTGTGACCTGACACCTGAGAATTGATCATTCAAACCT CTAAGGAACCTAACTACTTGATTCTTGTTCCTTTCTTCCTCAATGTTCTTGATTGCTCCACAAGAACATCGAGGATTGCA GGTGCACACAGGTAATGGATTCAAGATATCTAGTTCATCCCAGAGAGTCTTCATACTCGTATAGAATTTAGAGACAGAAT TATCACCTTGTTTCAGGCTGAAAATTTCCTCTTGAAGCTCTGAGATTCTGAACAAATCAGCTTGCGAAAACCTCTCACGA AGCTCCTTCCAGACATCAGTGGCTCTGTCACGCCAAAGAATCGATTGCGCGATCTCCACGCTCATGGATTTGATGAGCCA GCTTAGAACAAGCATATTGCAACGTTGCCAGAAGGGTGATACAGGATGATCTTGAGGTGGTTCTGGAATCGATCCATCTA CGAACCCTAGCTTGTTCTTCGTCAAGAGGCTCATCTTCATAGCCCTCGCCCAATTGTGGTAATTACCCTCCGATAGCGGT GGCGAAACAAGAACGGTGGAAGGGCTTTCGTTTGGGTGAATGTAAAAGGTGTGGGAAGCGGTTTGTGCATCTTGCACGGT GAAAGGGTAAGCGGCGGGTTCATTGGATTCCGCCATGGTTGCGCAGCAGAGCTCTCTCTATGAGAGCTCTGATACCATAA CAAATTGCAGAAGCTAAAGGTAGAAGTTGAAGAATGAAATGAAAACTGTATTGATCCAATTGATTGAATGAATTACAATA GTGTGGTGTTCGTGTATTTATACAATGGTCAAAGAGTAAAGTAAATCTAACTGACTAACAACTTAACTAACCAAGTAACA GAACTAACCATGGTGTAACTAACCATGGTAGAAGTAACTAACTAACTAACTAACTGTAACTATATTCAATAAGGCATGAG GGATAAGAAATCAATAAGAAATGATTTGCCTACACATATTGGACTTTGCTATGCAACCTAAATTTGGACTTAATTCCCTT CCTTTCTCTGATTAGAATTAAGTGTAATTTCAATTTAGACTTGATTCCCTTCAGTTCATGACACTATATAATTGGGGAAA AGTCCACAATTCTAATTTGCAGCTTAAGACTCTAACTAATTGTTATCTTTTTTTATTGGATCAACTGTCTTTTAGAAGAT GGTTTGTTGGGGCACCTCTGTTCCATTCAAACAATTACTTATGTGATGTTAGTCCAAATATTTGCATGACATTTGGATAG ACCAAACCATATTTTTCAATACTTCTTGAATTAAGCATGTCTATTGGACAGGTCTATATATAACCACCAGCATTTTGGCT CTAAAATACTAAAGCAAGTCTATTATACTTGGACAGGTTGTTGGATACACTTACACAAGCCTTGCAGAGTTCGGGTGTGG ATTTGTCACAAGCTAGCATTTCAGTGCAAATTGAACTTGGAAAGCAAACAAGCACCAGGCCAACTGTACCAAAGTCAATG TTTGGTGCTAAGGTATATTGACATTCTAATTGCCCTTTTGCAAGGTCTTTCTTGTGAATATAGCTTGTTGCAGCGTTACA TTAAAGCCTACATTGTAGAACCTTGTAGTATTATCTAATTTGTCAATCATTTTCCCCTAGGATGAGGAAGTTCCTTCTAA CAATCAAAGGATGATTCGCTCAAGAGTTGCTAGCTCTGACAAGTCTGATCAACCAGTAAAGAAGCTAAAGTCGTGCAGAA GTTAATCCAACAGTTATATTCATTCTTTCCTCATGATAGTTTTTATCAATTATTTGAGGGTAACTTATTCTAAATTATTT TTGGAAGGGGTATTTTTGCCTTCTGCTGGCATATAATCCAGCAAAGGTAAGATTGACTGTACATGTAGTGTCTTAGTTTG CTGGGATCCTTAGGCTCCCCCAGCAAAATAATATGCATTATTTTAGATCCTAAATTATATAATTATAGAGGCTTCCAAGC TAATTGAGAAGCTGTTTTATTTATACCAAGGCTTCCACTCATTTAAAGTTTGTAAACTGTCAGTGTTTTTTTTTTTGGTC AAAAAACTGTCAGTGTTTTATTTGCTGCAACATTGGTTTTCATGGTCTATTGTATGGGATGGGTCGAGTCATAGGGATTT TTTGCATGAGTGGTAGCAGCCCAATTGTGTCTTCAGCGAGTCTGGTGTCCAAGCCCAAAAGAGTTAGCAAAAGGCCTAAA AGGCTGGACCAGTTTTATTAATTTATTGGACCCTTTACTATAAGATTTGCTTTTGTTTAATTTCAGCACTTCTATAATTT TCCCTTTGTGAGGATGTTGATACATGTATGACATCCCATACCTTTGGGAAGTTATTTCTAACAATAAATCATGAAGTAAT GAGAAGGCATGCAGAAAATTGGG
CDS sequence (LotjaGi4g1v0257500.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGCTTTCTCAAGCGCGTGCGTATGGAACCGAAGGAAACAAAGCCACGCATGACTTTCTGTCGCTGTGCAGTAATTC AAGTGGGCAACAAGATCCAATACCAGCATCTCAAGGAAGTTACCTCAAGACCCATGATTTCTTGCAGCCACTAGAACGGG ATGCCAAGGAAGAAGCCACAGATGAGATATCATCGGCGGCGGTGGTTCAAAATGCACCACCTTTAGCAACACCAGGTTCA GTTGAGCACCTCTTACCTGGAGGAATTGGAACTTACAGTATTAGCCACATTTCCTACTTAAATAATAGTCAAAGAATTCC AAAGCCAGAGGCATCCAATTTCACTGTGCGTCAAGCAGCTACTACTGACTTAAATGATGACAATTCGAACAGCAGTTCAT ATACTTCAAGCGGTTTCACTTTGTGGGAAGAGTCTGCGATTAAAAAGGGAAAGACAGGAAAGGAGAATAACAAGGGCGAG AAACCCAGTGTAGGAGAGTCTGCGGCAAAGCCAGGGCAGTGGACGTTGACCGAGCGAACGCCACAGTTGTTTTCCAACAA TCGTCACGGCAGCTTCAACTCTCGCTCTTCATCCCAGACAACTGGACAGAAGAACCAGAGTTTCATTGAAATGATGAAGT CTGCAAATTGTGCTGAGGATGAAGAGCTAGAGAATGAAGAGCCTTTTTTTCTGAAGAAAGAATCCCCGAATACCCCAAGA GAAGAGCTGAGGGTGAAAGTGGATGCGAAGGCCAGTGATCAAAAGCCAAACACACCAAGATCAAAACATTCTGCGACAGA GCAGCGGAGAAGAAGCAAAATTAATGACAGATTCCAGATGCTACGACAGCTTATTCCACACAGTGACCAAAAGAGGGATA AAGCATCTTTCTTGTTAGAGGTCATTGAGTATATTCATTTTTTACAAGAGAAGGTGCATAAGTATGAAGGTTCCTTCCAA GGGTGGAATAACGAGCCAGAGAAATTGATGCCATGGAGAAATAATGACAAGCCAGCAGAAAGTTTTCAACCTCGTGGCAC AAATAGTGGGTCAAGTTCATCTCCAACATTGCTGTTTCCTTCGAAGGCTGACGAGAAAAATATCAACATTTCCCCAACAA TTCCTGGGAGTACCCAGAATCTAGAATCTGGCTTGAACACAGGCACAGCAACTACCTTGAAGAAAATGGATCATCAGTCT GGAACTCTGAACAAGGCTTTTTCAGCTCCTTTTTCTCCGCCGCCAAATTTCTTCCCTCCAACCCAAATCAGCGGTCCAGG TGGAGTAGTATCTCAACTCACACATAGGTTGGCATCTGATGCAGAGAACACCGTACATATACCTTCAGTGGAATCTCAAA CAATGAATGCTACCAGTGAAAAGCTGAAAGAGAAAGGGCTCACTATTGAAGGTGGTGCCATTAGCATATCAAGTGTGTAC TCAAAAGGGTTGTTGGATACACTTACACAAGCCTTGCAGAGTTCGGGTGTGGATTTGTCACAAGCTAGCATTTCAGTGCA AATTGAACTTGGAAAGCAAACAAGCACCAGGCCAACTGTACCAAAGTCAATGTTTGGTGCTAAGGATGAGGAAGTTCCTT CTAACAATCAAAGGATGATTCGCTCAAGAGTTGCTAGCTCTGACAAGTCTGATCAACCAGTAAAGAAGCTAAAGTCGTGC AGAAGTTAA
Protein sequence (LotjaGi4g1v0257500.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MELSQARAYGTEGNKATHDFLSLCSNSSGQQDPIPASQGSYLKTHDFLQPLERDAKEEATDEISSAAVVQNAPPLATPGS VEHLLPGGIGTYSISHISYLNNSQRIPKPEASNFTVRQAATTDLNDDNSNSSSYTSSGFTLWEESAIKKGKTGKENNKGE KPSVGESAAKPGQWTLTERTPQLFSNNRHGSFNSRSSSQTTGQKNQSFIEMMKSANCAEDEELENEEPFFLKKESPNTPR EELRVKVDAKASDQKPNTPRSKHSATEQRRRSKINDRFQMLRQLIPHSDQKRDKASFLLEVIEYIHFLQEKVHKYEGSFQ GWNNEPEKLMPWRNNDKPAESFQPRGTNSGSSSSPTLLFPSKADEKNINISPTIPGSTQNLESGLNTGTATTLKKMDHQS GTLNKAFSAPFSPPPNFFPPTQISGPGGVVSQLTHRLASDAENTVHIPSVESQTMNATSEKLKEKGLTIEGGAISISSVY SKGLLDTLTQALQSSGVDLSQASISVQIELGKQTSTRPTVPKSMFGAKDEEVPSNNQRMIRSRVASSDKSDQPVKKLKSC RS
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 | 559 | 559 | 7.1E-196 | – | |
| PANTHER | 1 | 559 | 559 | 7.1E-196 | – | |
| MobiDBLite | 147 | 161 | 15 | - | – | |
| MobiDBLite | 147 | 204 | 58 | - | – | |
| MobiDBLite | 173 | 204 | 32 | - | – | |
| MobiDBLite | 219 | 273 | 55 | - | – | |
| MobiDBLite | 226 | 273 | 48 | - | – | |
| SUPERFAMILY | 256 | 329 | 74 | 7.85E-19 | ||
| Gene3D | 256 | 329 | 74 | 5.1E-23 | ||
| ProSiteProfiles | 258 | 308 | 51 | 16.622 | ||
| CDD | 260 | 313 | 54 | 4.66347E-16 | ||
| Pfam | 260 | 309 | 50 | 5.1E-15 | ||
| SMART | 264 | 314 | 51 | 1.4E-13 | ||
| MobiDBLite | 331 | 360 | 30 | - | – | |
| MobiDBLite | 340 | 360 | 21 | - | – | |
| MobiDBLite | 513 | 562 | 50 | - | – | |
| MobiDBLite | 544 | 562 | 19 | - | – |
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 dimerization activity | The formation of a protein dimer, a macromolecular structure consists of two noncovalently associated identical or nonidentical subunits. |
Expression pattern of LotjaGi4g1v0257500.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…