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 | LotjaGi1g1v0672500 |
| Transcript ID | LotjaGi1g1v0672500.2 |
| Related isoforms 5 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Villin; TAIR: AT2G41740.1 villin 2; Swiss-Prot: sp|O81644|VILI2_ARATH Villin-2; TrEMBL-Plants: tr|A0A1J7I9H4|A0A1J7I9H4_LUPAN Uncharacterized protein; Found in the gene: LotjaGi1g1v0672500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:123728479..123741720) extracted from Lotus japonicus Gifu genome v1.2.
AAGTTGGAGAAAACCAGGTATTACATGAGATCCGGTGAGAATGGATAGAGATTAGAGATAGAAAATGGTAAACATATCCA AAAGAGAATCACCAATCCAAGTAAGCAAATTAGAACCCAAAATGGGAGTTTACACCTTGGTGCCCCTTAAAATAACGACT TCTCTCTTGATGTAATAAAATAACAAGTAACCATAAAAAACCACCTTTTCATTACTCTCTAATTCTCTATCCTCTTTCTT TTCAATTAATTTCTTCCATTTTCATTTTCATCTTCCTCACAATCCATTCATTCATATCAACCTTTCTTCCTTGTTTCTCT GCAACAATTCTTCTCTGAAATTCTCAAATCTCAAAAAAGTTAGAGAGAGAACACAACACCAACACCACTCACAGCAATAA TTTTCACTTTTTTCTTCTCTCTCTCTTTCTCTCTCTCTATTGCCAGCTCTGCAACCTTGTCCTTCTGCCCCATCCATACC CTGTTGCCATTTCCACCTTTTCTCTGTCAAATACACAAACCATAATCATCATCATCACAAGCTGAGATCTCTCAGGTACG TTCTCCTCCATCTCTCTGATCATCACTACCCCTTTTTCTTCTTTTCATGCTCAATCATACAAAACACCATGCTTTTTCAC ATACCCTTGATCTCTTGCTCTCATCGCCTTTCCTGATTCAGTTTCGTGATTATTCTTGATCTGGGTTTGCCTCAAATTCT GGTAATTTTAATGGGTTTTTCTTGTTTTTTGCTTTTTTTTTTAATTCTGTGATCATGTGATTTTTTTATAGCCTTGCCCT CTTGTTAATTTTGATGTTGTTTCTCAGTTTTGTGCTCTTTGATTATCTGATTCTTCATTTAGTTAGCTTCTTCCTGTTTC CTTTTTTGTGATCTCACCTTTTTATGTTAACCAAGCTCTGATTATACATTTGTCATGATTTGCATTTTTTTTTATGCCAA CCAAGCTTTAATCTGAGAAAGAAATGGCTAGATGATCATTAGAGAAGAGGGGCTGGTAGATCTTAGTTCCCAGCTTTGGT TGATCATTCACCTAAATTATATTTTGAGATTCTTCATGTGTTTCTGCTCACAGCCTGTGCTTACTATTTGATTGTTAGCT CAGATAAACTGTATGGTCTTTGGTATTGGAGAAAGCACTGGATGAGCATTATTTGCTGAACTCAAATAGTTATCTATTAC AATCTCGATCATACATTATTATTTTGCTCTTAGATAGCTTCGCAGATTTTGGAATACTGGAAAGAAATTGAAAATTGGGA ATGCTGAACCCGTTTTGGCTATTAATGACTTGGATTTGGGACATTTTAAATGGTGGAGAAAGCGTTGGATGAGCAATCAT TTGCTGAACTCTTTGCAGCAATTTACATTTAGAGAGCACTTCAACCTGGTAATTCTGCTCATAGTTTGCAGTATCCACCT AATTAGAGAAGTGGGCAATTTAGAATTTGACATGGATGGATTGCTGTGCAAACATGGTAACTTGTTGGCATTTACTTTAT TCTTCACAGAACAGAAGTAATCTTCAGTTCGGGCAATTATCTAGATATACAGAAAGACACTAGCCTTGCTCTATTTTTCT GTTCGTTCAAGACTCAAACTCTTGTGCTTCCTACTTTTGTCTAGTCATTTAGTGGTGAAAAAATGTGCACATTGCAGTTC TATACAAGACGACAAGTTGGATTTAATCAGTGAAACTGCTTCTATAGAGGGACATTTGTCACCAAAGTTCAAGAGTCCCT GCTGAAGTGATTTTCGAAAAACCCGGTTTAATAAGTCAGGATCAGCATTGTGTTGATTTCTGAAATGTGTTTTGAGGAAC CAGATATTGTGCACAAATGAGGAAAACAAAATAAATATCACCCCTAAGAATAGTAGTGCCAATTTGTAAAGAAGAAAATG ATCTGTATGTAGTTACTACTCACTAATGCATGTTTATTGATAAACAATGTAGTAGAGAAAGAAAGAAATTAAAAAAAAAA TCCCCTTTGTCTGCTAGTTGAGGACCAGATATTATTAATCATGATATGGTTCGTGGCTGAGGGTTGAAATTGAGAAGGAG ACTGAGAAGGGTTGTAGTAAAGAGAAAGGTTTTGGAGAGTGTAAAATATACCAAACCTTTTGAATCTGATGACATATTTT GCTTGTGATCGAATAACCGATAATGAAGATTACTTAAAGGATTTTCTTTGGATATCATCTTGAACATTATTTTAGAAAAT TGAAACAAGACATCTTAGGTGTGGAGACTCGTGAGCTTTATTATGTAAATAGTGTCTAGATTCATTACGCTGGGCAGAAT CTATTGAGTTAGTAGTCTTGTTTTAGAGGTGATTTTTCCCACATACAGGTAAATGTTCACGCTGTAGAGATTATTTCTCT TCAGAGCTATAATTAAGTTGTTAGTCGTGCTTTCTCGTGGGCATAATGACAATGAAGGAAGAAATCAATGCCTGATAATC TGTCTCTGTATGTCCAATTGCTTGTTTCTTTCTTTCGTTTAAGAACATATTGTATGAATATTATGGTCTTACAACTGTGA AGTTAACTATACTGTGTCATTTTGTTGAGTGAGTTTTCATGTTTGTACATCAGTTGCTTGCTTGCTTTTTGTGCTAATAA AAGATACAGGGAGATATAGAAAATCAATACATACATTTTTTAGAAGTTCTTTTTTTTTTGTGATTGTATTCTCTAAAGTA CACAATAAAGTCATTCTGCTTGATTTTTGTGATGATAATGAAAGATGTGGAAAATAATATGTTTTGCAAAATGAAGTCCT GTTGCTGCTGCTGGTCTTCACGCTTGACACATGAATCTTAATCATGACAATAGTGTGCATGATATGGTGGTGGCGAAGGA TATGCAATTACTTTATTTACAAAGTGGTACATGCGTTTTTCGCGCGAAAACATTATTAACTCCTTTTCCTCTCATGCAGT GGATTACTTTGGAATTTGTAGAACGTGTTTGCTGAAAAGACAGTATTTTAGACAGAAATTTCAGCTATGTCTAACGCTGC AAAAGTTTTGGATCCAGCATTCCAGGGAGTAGGCCAAAGAGTGTATCCTTAATAAAAAGGGCGACTTTATAAATGAACTT GAATATTATGATTTATTCATTTAGAAATTTCTTTAGGAATTAAGTTAAAAAGGTACAAATAATATGATAATAGAAAAAAG TACTGCCACGAGAATAATCAAACACTGTAAACGATCATCACCTATAAGCATTACTTTTCCTGATAATATATTTGATATAT CTCCTTCCACTTGAAGTGTTTTAGACTTAACTTCTTGTAGAGGGACTGAAATATGGAGAATTGAGAATTTTCAGCCAGTT CCATTGCCCAAATCTGAACATGGGAAATTCTACATGGGAGATTCTTACATCATCTTACAGGTGCGAGCTGTATCCATTAT TACCTTAGATGTGTTTATAGTTATACATTGCTAAACTGACTGCATGGGTGACCCTAGAGGCTAATCAGTTCGTCTTTTTT CTGTTAGGCTGTGCACTATGCCCTAAATTGCACTTTCTGTTCTTATGAGATTGAAACAGACAATATTATGCCGATTATCA TATTTCAGATTTTGCTGAAAGCAAGTAAACAGTATAATATAAAAAGATACTTCAATTCACATTAGTCTAAAAGTGTGACC TATTTCAATATATAATTCAAGGGGGCTGCACAGTTTATATGTTATTCAAGTTATAAACTAAGTAAAGCCTTTTATCAGAA TTCTACTCTTAGGACAATACAGAGTCTTTAACAAAATTCCTATATTGAATGAAGAGATAGATGTCAAATTTTGGCATACA ATTTGGGAGTTGATTTAACATGTATTTGCAGACAACACAAGGCAAAGGGGGCAGTTATCTTTTTGATATTCACTTCTGGA TTGGCAAGGATACAAGTCAGGTTAGTTTGAACTTCACCCTCCCTTATCTCCAACTTGACCTTTGTCTCATTCAGCATTTT TCCCCCTCAAGGTGACTAAAATGTTGAACCTTGTAAGATTATATTTTTTCCAGAAAGTTTATTCTGTAAAGTTTTGTGCT TTCTTTTTTGGCAGTTTCTCATTCCTTTTCCCTTTCCTGGTTTAAAATTTTTTTTTGATATGATGAATCCTACATTTGAA GGGGTTTCGGTTGCATGATTCATAAATGTTTGAAATTCTTAAACCAATACATTTTGATAAAAAGAATAATTTGTATTGAC ATTGTGACTATCCTTGTAGGATGAAGCTGGCACTGCAGCCATTAAAACTGTTGAACTTGATGCATCTCTTGGAGGACGTG CTGTTCAGCACAGGGAAATCCAAGGGCATGAATCTGACAAGTTTTTGTCATACTTTAAGCCATGTATTATACCATTAGAG GGGGGTGTCGCCTCTGGTTTTAAAACACCTGAAGAAGAGGAGTTTGAAACACGTTTGTATGTATGCAAGGGAAAACGAGT TGTCAGAATAAAACAGGCATAGTATTCTCTATTCATGAACTTCATAAATTCAGTGCACATTCATTGGCCAAAAATCTGAT TTAATGTTTTCCTTATGCAGGTCCCTTTCGCACGGTCTTCACTGAATCACGATGATGTATTCATCCTAGATACTCAGGAT AAGATTTACCAATTCAATGGTGCAAATTCCAATATTCAGGAAAGAGCCAAGGCCTTGGAAGTTATTCAGTTATTGAAGGA AAAGTATCATGAAGGGAAATGCGACGTTGCAATTGTTGGTAAGGAGACAGACGCATGTTTTCCTCTCGCTTGTTGAAAAG CCTATCATATGATTTTGTATTTCTGTTCTTCAGATTTATATTTTGATTTGTTTATAAATATAAAATGTATCCCAAATTGC AGATGATGGCAAGTTGGATACTGAGTCAGACTCAGGTGAATTTTGGGTCCTCTTTGGTGGTTTTGCTCCCATTGGTAAGA AGGTAATCAGTGAGGATGATATTGTTCCAGAGACCATTCCTGCTCAACTTTATAGGTATATTGATTTATCCTGGTATCCT CTCCTCCCCTACGCTTTTTCCAGAAGCATCTGCTTCAAAATGATCCTCTACCTAGAGATGGATGTGCTACTTGTGACATT TTTTTATGAGACATAATGAGATTCTGATTAAAACAAAGGGTTTTTGAATTCTTCTCATTCTGAAGTTGAAGATGGCTTCT TTTGAAGTTTATTTCTTTATGCTCTATGATGTGTGCACTATGAACTTAAGTTTCTTGATCTAAAGGATATGACCATGTGC TGGCAGTATTGCTGATGGTGATGTCAAGTCTGTGGAAGGTGAACTTTCTAAGTCACTACTGGAGAACAGCAAATGCTATT TACTGGACTGTGGTGCTGAGGTATATGTCTGGGTTGGCCGGGTAACACAAGTTGAAGAACGAAAAGCAGCTTGTCAAGCA GCTGAGGTAATGCAATTGCAGAATCTATTTCTTCGTATGTATAATGGTTAAAAGTGGAGAAATTAATTTTACTAATTGTT CAGGACTATGTTGCAAGTCAAAAAAGGCCAAAGTCTACAAGGATAACCCGGGTTATCCAAGGTTATGAGCCACATTCATT TAAGTCCAACTTTGATTCTTGGCCATCAGGATCTGCTACTACCGGTGCTGAGGAAGGAAGAGGAAAAGTTGCAGGTGGAC ATTGTTTAACTTCTAATTTTGCTTGCCTTTTGACAATTAGCAATGCTAACTAAGTATGGTCTTTTCTTCACTGCCAGCTA TGCTGAAGCAACAAGGTATGGGACTCAAAGGAGTGGCAAAAAGTGCCCCAGTTAATGAGGAAGTTCCACCATTGCTTGAA GGAGGTGGAAAAATGGAGGTGATTTTTTCTTTAATGAGTTTCTTGGCTCAACTAAAATAATACCAATCTGCATGTAACAT TAATTAATATTTTCAGGTATGGCTAATCAATGGAAGTGCTAAGACTCCATTACCTAAAGAGGATATTGGTAAATTTTATA GTGGAGATTGTTACATAGTACTGTACACTTATCACTCCGGCGAGAGGAAGGAAGACTACTTCTTGTGCTGTTGGTTTGGC AAAAACAGCATTGAGGTAATTTCAGTCATTCTGACTTAATTTCAGAATACATTGTGAAAATTGCTATAGGTTTTATATTC ACTCTACCGTACTTACCCTATTGTTAAGACTGGCCTAGAGTTTCCATGCATGGCTAAATATGTTATTTCTAATTACATAT TCGTTGTCTATGAATCTATGGTTGTCAACTTGTCATAACATTCAGTATATATAGTCAACAACTTTACTAGAGAATATACT ATGAAGTTTCTTGGCTTTATTTAATGGTGGCTATGCATTGTGGATAGCAATGGGCAAAATATGCTGTATCAATAAACATA CACGCTCTAATTAGAGGAATTAATCTTGATTGTAAAATCATAATGTATTATCAGGACTGCATTAATAAAAATATCTTAAT CATCTATACATTGCTGTATGATCATTATTTGCTCCCCTTACTAGATAACGCCATACATGCGCGCACACACAACCCAACCG CAATTTTGTTTTTCGGGATGAAAATCCTTCATGATCCACTTGTGGTCCATGACCAGCGTTAGGCTAATTTTGGCCTACTC CTTAGTTATCCTGGAAAGTCTAACCGGAGAACCACACTAGAGATAAACATCTCTATGTGAAAGAGCTACTGAAAATTCAG CACAATCTCCTTTGTACTTTGAGCATCTATAGTAAATGCATGCTAATAGCATATATCCGAAATCCACCCACATTATGTTA CATTATCTTAACATAATATTCTTCATAAGAACTCAGAAGAAAACAACTATATAAATGTGACATATCAAGTCTATGAAATC ATCTACAATTTTAAAGTAAGAAAATAACTCCCTATCCCACTAGCTAGCCGTTTTGGTTGCTTGGAGTTTTTATGAATTTA TGTCTATCTACAAGTTGACTTGGTTATGTTTCCAATTTCAGGAGGACCAAAAAATGGCTACTCGGTTGGCTAATACAATG TTCAACTCATTAAAGGGTAGACCTGTTCAGGTATTGTAATGTGAATATGAAATTGGGTTGTGGTTTCGAAACTGGATGTA ATTGTAGTGGCTTCTTGCAGGGTCGCATATTTGAAGGTAAAGAGCCACCTCAGTTTGTTGCTATTTTCCAACCTATGGTG ATCCTCAAGGTAACATTTGAAAAATCCAATGCTATTTTGAGTAACATGTATAGATTGTGTGAAGTTAACTAGTTTGATGA CTTATGTCTTCTTCAGGGAGGTTTGAGCTCTGGTTACAAAAAATTAATAGCAGATAAAGGTTTGCCAGATGAGACATACA CAGCAGAGAGTATTGCACTTATTCGTATTTCCGGAACATCCATTCATAATAATAAAGCAGTGCAAGTTGATGCAGTAAGT ACCCATTTAATTATTCATTTTTGTCTATTATGGTTATGTTGTTAGAGCTTCTTTCTCTGCTAAGTTGACCAAAATTATGA CATTGTTATTCAGGTGGCGGCATCATTGAATTCTACTGAGTGTTTTCTCTTACAATCTGGCTCAACAGTTTTCACTTGGC ATGGCAATCAAAGTTCCTTTGAGCAGCAGCAGCTTGCGGCAAAAGTTGCTGAGTTTTTAAGGGTACATGTTTTTTCCTGC TCTCTTTTGCATTTTGTTCCTTTCTGTTTTAAGGACTTTCTATCCTCTCCCTATTTGTAGCTCACATCTTTTCTACTTAA ATAAAAAAACTCACTGAAACTTTAAGGGAACAGCTCAACTTTTTGGGCCTTCCATTAAATTATTCAAGCACTATCATATA AACACAAAAAGTGTTCTCAATCATGTATAATTCAAACACTTCTGAGTTTCTAGTGTCTAGAGACTGGTTTAGATTTATCT TTCAGGGAAGAAGTTCAACTCTTCTATATGTAAAACTTTTAAGCAAACTTGTGGAAATGGCTTTTATATTTCTATAAGCT TGGGATGGCTATATACTTATGGTTTTGCACTAAGTACATCACTTGTAACTACCTAGCGCATCTATGCCCCTGTGTAATTC TTTTTCTCAAGCATTAATGACTGTAGCTTTAACTCGTAATGGTTTTTTGTTCATTCGTAAAGGTTGCTTGCTTTTAAAGT GTGGAGTAAATCATTGTAGTGTTACATTATACATTATTTGTTAACATGTTACAAATCCATGTTCAGCCAGGAATTGCTTT AAAGCATGCAAAAGAAGGGACAGAAACCTCCGCATTCTGGTTTGCTGTTGGAGGAAAACAAAGTCACACCAGCAAAAAAG CCACTAATGACATTGTCAGAGACCCACATTTATTCACTTTCTCATTTAATAGAGGTAGTATTTCTCGTAACAAGACTTCT CTGTATGAAATTGTGTTAGAGATAAGCATATTTATTGATTGATATTTGTTTTTTCTGACCATTATTAATATTTTTTTATA TTTCTTTTGCAATATGGATGTACCAGGAAAGTTACAGGTTAGTGTCACTTTGTGAACTTTCACACTATTGCTAGGATACT TGTCAGAAATGAGGCAGTGACTCTGAGGTTCATGTATTCTAAATCCATTTTTATATTTTGCACTTCAGGAAGAGGAGGTT TACAACTTTTCCCAGGATGATTTGTTAACAGAGGACATCCTAATACTTGACACGCATGCTGAAGTGTTTGTTTGGATCGG TCAGTCTGTGGACACTAAAGAAAAGCAAAATGCTTTTGAAATTGCCCAGGTAAACACGCTCAACAGATCAGAGCTTTTGT CTCCTATATTTCCTTTTACTTCATGTACTTAATTATACTCGAAAATTTTCCATCAGAAATACATTGATAAGGCTACATCT CTGGAAGGGCTTTCTCCTCATGTACCTCTGTATAAAGTAACAGAAGGGAATGAACCTTGCTTTTTCACAACATACTTTTC TTGGGATCATGCAAAAGCTACGGTATGTGCTCAAACATTAAGGGAACCCCCTTTTTGTTTGTCCGTATTCTTATAGGATC TTCATTTTCACACTTCTAATCATCATCACCCATGAAGTTAATAGTTTTCTGGGTCTGTCTGTGTTGGTTGACCATGACAA CAGTATAATTCAAAGGTTTAAAGAAAACATATTGTTCTCATCAAATATAGGGATGACAACAGCTTTGAAGTTTTATACCA CAGGTTCCATCTTTAAAAATAACCGTGGAAGCTCATATTATGGGTATAAAACAACTGCTCTCATGTATGAACCGTTGGCA CTTGGTTCAATTATAATATTTACTTACACAAAGTGTGTCAGTGGGAGTGTGATTTGTGAAGTTGATATCAGGTGATCATG AGGTGGTTGAAGAAATTCAACAGTGAGGCTAAAAGCTAAATTGATTCTACCATTTCCTGTGCAATCTTTGATAGTAGAAA ACTAAATGAAACTAAATGGCATTTTTGTAATTAAAATTGGCATAAAAAATGAAAACAGAAATGTTTCCTTAAACCAAACA AGCCCTTAATTTGTTGAAATACTCATTCATTATCTTCCTGATGAATTGCAGGTTCAGGGGAACTCATTCCAGAAAAAGGT GGCATTATTCTTTGGGTTTGGCCATTCTGTTGAGGTATAAACCTGATTTCTAACTTTCATGAGAAATTTCTTGTTGTTGA ATGAACCATGTGTCATGAACCAACTATCTCAAAAGCTCAGGTTGTTTGGTGAAGACGCGTAATGATTTTATATTATTCTA ACACCATGCTTTAAGAGTCACTTTTTACCTTTGTATCCTTCTATCTAAGTCTCTTATTTCTTAGTTATATAGTTCCCTTG TTCGTGCTTCCATATGCTTAGCTAGGATTTCCTGAATCTGTTGACAGGAAAAGACTAAAGGACCAAGTCAAGGGGGACCA AGACAAAGAGCAGAAGCTTTGGCTGCCTTAACTAATGCGTTCAATTCATCTCCTGAGTCACCATCCAGTGCGGTATGGCA ACTTGCTTGCTATCTTTTTTATTTACAGCCATTGAACTTCAAACCAACACTAGATTCTCTTGATAATATAAAAGGGCGTG GGGTAATGAGACGGCATTAAACTCATAGCATTTCACATTCCTGTATTTTATTTCTTAGTTGTAAATAATTGAGTTTGGGT GAGTATAGGTTCAGTTATTTACCCCAAAAATAATGAAGGGAAAAGTACTCACAAATATTAAATTGAATTTAATATCTCCT GAATCGATAAGTGAGCATCAAAATTCTCACCTTCTTGGTTTTTATTTTGGAAAGTTAAGTCATGCCATGGGGCACCAGGA GCTATAGAGTCAAATTAAGTATTCTAATTATTCCTCTATGACTGATTATGGGGTTTTTTATTTAGGGTCGTTGGAGCAGC CTCTGACAGCATGACTAATTTTTTATCTTAAAAATTATATTTTGATAATCATTCGACTTTCTGCAGAGTGGATGCCTCTT CAAAGAAATTAGAAGTTCTTAGAAGTTTATTTCTCTCTCATTTACATGTAGAAATGCACTCATTTTTACTATATCACATC ATCCCAGTTAACAACACCTAAGCTATAGAAATAAGCTATATCACATCATCCCACTATATCACTCATTATTACTAAGTTTC TACAGAGTTTTCAGCGCTATTATTAAAAACACTAACTTGGTAAAATTAAAGTGGGCGAGATAGGTAAAACCACAAATTCT TAATCACAGAGGCATATAACAAGTTGCACTGATACAACAATCAGCTATTGAAGGCTTAGCATTTCTCTTTCTGTATATCG AAGTTATAATACAAGCATTTCTTTTTCTTGTTCTATCCTTATTTCATGAATGATTGAAGATAATAGATTCATTCCTAAGC AGCCTCTATTGCATTGAAGAAAGTTAGCATTAGCTGTGTTCATCTTCATCTTATTCTAATCATTGCTAATTATTTGGCGT TTTTAATACCATTATTGTTACATTCTTCTTGTCATGTGCCACTTTGGTTTTCCTTCCTTCAGTTATCATCCATAAACAAA ATTAATTTTGGCATGTTATTGAAAAACTTAGTTGGTATAGTCATCTAGATTTAGTATAGATAGTTGGATCGTGGAAATTT GTGTAAAAATCATAGATTGAAACCTGAGCTTAAAGCCTAGAACGCTACAGAAGCACTTATTTCTTAAAAAACACTATATT TAATAGTGTCATAGGTGAGTATTGAATAAATTAAAGAAAGAAATGGGCGCTTCCTTCTTATCTTTTCTACTCTTGATGAC ACAGGATAAATTGAATGGCTTTAATCAAGGAGGACCTAGACAAAGGGCAGAAGCTTTAGCCGCCTTAAACTCCGCATTTA ATTCAACATCCGGAACTAAACCTATTACTCCTAGGTCATCAGCAAGAGGTCAAGGATCACAACGAGCAGCAGCTGTAGCT GCTCTATCTCAAGTTCTCACTGCTGAAAAAAAGAAACATTCACCTGACACGTCTCCGATGGCAAGCAGTAGTCCTGTTGT GGGAAGTAGCACTCCTGGTGAGAAATAGAATTCATATTGTCTATTAGTCAAATGTGTTTCTTATGATCATATTATGACAA GTTTGAGTTGTTACAGCTGATGCTAAAAGTGAAAGTGCCCATTCTGAAGAAGCTCTTGAAGAAGAAGCCAAGGAGAGAGA GGAACTTGCCCCTGAAACAGGTAGCAATGGGGATTCAGAACCGAAACAGGAAAATGTGGAGGATGAAAATGATAGTCAAA ATAGTCAGAGATTCTTCAGTTATGAGAAATTAAAGGCTAAATCTGAGTTGTCTGGAGTTGATCTTAAACGGAGAGAGGTT AGTCTTACTTTGCACGTAATTGATTTAGGGTGTGTTTGAGTAAATAACTTAATTAAGTGCGTATCACATAAGCACTTATT TATAAGCTTATTGGAATATGTTCAAAATAATTTGTAGGTAGGTACAAATATTTAGTTAGAAGCTTAACTGCTTGTGAAAA TAAGCTCAAAACAGCTTATAAAATACTTGCATAAATGCTTATGCTATAAGATAAACTCATCCTAAAGTGGAGCCTTAATA TGTTATTGTAAGTGTGAAATTTATTTACCTCCACTGAAGTTTTGAAATAAAAAGATTACTTGAGCCTCCCATGATTATAC TTTTTAATTCTATGCTTCGGGATGATATTGACTTTTTTTCCTTTCCACTTGATATTTCTTAGGCCTATCTGTCAGAAAAA GAATTCGAAACTGTATTTGGAATGACAAAAGAAGCATTCTCGAAGTTACCAAGATGGAAGCAAGACATGCTGAAAAGGAA AGTTGATTTGTTCTAGAGACTCAAAACCAATGAGTGGCATGCATGCTATGTTGCATCCTAATATATCTTTCGTCAGTTAT CTTGAAATGCACTTATCTATTGGATAGTGTGGTTTTATTGGTATATAGTACCATCTTTGGATTCATATGCATAGCACTTT GCTTTTGGCCTATGATGAAAGTAGCTGTGGTTAGTGTTTGAAGTTTGAATTTGACCCTGGAGAGTGTTTTTTAGTTTCTC CTTTTTAAATTGATGCGGTCTCTTCCTCTTGTAATGTTCACATATAGTGTAGCAATGAAGACAGTTGAGTGCTGGTTCAA TTCTTTCATTGTGTCAAGTTTGTATTTTAAAGTTGTTTCCTTTTGTTGCTATTGGTTAAGGAGGTGGGGTGTATATGTAT TGCATGTGATACTGAATCTCAATATGAAAAGAATGAAAATTTGTTTGTTTGTTATTTGTGGCTGCGAATTATGTAAATTT AGCTTTTTGCTTCTCATTTTTCTCAATTGGATTAACAACCTGTTTGGATACAAACCAAAGAGTATCTTTTTGAGCTTCTT CAGTGTTTTTTCTAGTAGATAAGCTTCAAATATGTAACCAAACCTGTTCTAAGTCTTTAGCCAAAAGCTAAGAATCATTT CATGAGATTAGATGAGTTTCTTTAGTCAGTCAAAATTCAAGAGCTCAAGTTAAATGAGGAATATTATTCTAACTTGCTTT CTGAAACTTAATTAGCCTAAGCAATTATTGCATTATTATATCAAATGCTGGATTGTAATTGGAATGCATTATGCTACTTT TTAACTGGAATACCAAAGCTTTTGCTTTTTTATCATGATATAAGAATAATGTTAATCCAACTCTAAGAATGATTTAAAGA AAATATGTGTCAAATCATGGCCAATTTAATTTCAATATTGCT
CDS sequence (LotjaGi1g1v0672500.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCAAGGGAAAACGAGTTGTCAGAATAAAACAGGCATAGTCCCTTTCGCACGGTCTTCACTGAATCACGATGATGTATT CATCCTAGATACTCAGGATAAGATTTACCAATTCAATGGTGCAAATTCCAATATTCAGGAAAGAGCCAAGGCCTTGGAAG TTATTCAGTTATTGAAGGAAAAGTATCATGAAGGGAAATGCGACGTTGCAATTGTTGATGATGGCAAGTTGGATACTGAG TCAGACTCAGGTGAATTTTGGGTCCTCTTTGGTGGTTTTGCTCCCATTGGTAAGAAGGTAATCAGTGAGGATGATATTGT TCCAGAGACCATTCCTGCTCAACTTTATAGTATTGCTGATGGTGATGTCAAGTCTGTGGAAGGTGAACTTTCTAAGTCAC TACTGGAGAACAGCAAATGCTATTTACTGGACTGTGGTGCTGAGGTATATGTCTGGGTTGGCCGGGTAACACAAGTTGAA GAACGAAAAGCAGCTTGTCAAGCAGCTGAGGACTATGTTGCAAGTCAAAAAAGGCCAAAGTCTACAAGGATAACCCGGGT TATCCAAGGTTATGAGCCACATTCATTTAAGTCCAACTTTGATTCTTGGCCATCAGGATCTGCTACTACCGGTGCTGAGG AAGGAAGAGGAAAAGTTGCAGCTATGCTGAAGCAACAAGGTATGGGACTCAAAGGAGTGGCAAAAAGTGCCCCAGTTAAT GAGGAAGTTCCACCATTGCTTGAAGGAGGTGGAAAAATGGAGGTATGGCTAATCAATGGAAGTGCTAAGACTCCATTACC TAAAGAGGATATTGGTAAATTTTATAGTGGAGATTGTTACATAGTACTGTACACTTATCACTCCGGCGAGAGGAAGGAAG ACTACTTCTTGTGCTGTTGGTTTGGCAAAAACAGCATTGAGGAGGACCAAAAAATGGCTACTCGGTTGGCTAATACAATG TTCAACTCATTAAAGGGTAGACCTGTTCAGGGTCGCATATTTGAAGGTAAAGAGCCACCTCAGTTTGTTGCTATTTTCCA ACCTATGGTGATCCTCAAGGGAGGTTTGAGCTCTGGTTACAAAAAATTAATAGCAGATAAAGGTTTGCCAGATGAGACAT ACACAGCAGAGAGTATTGCACTTATTCGTATTTCCGGAACATCCATTCATAATAATAAAGCAGTGCAAGTTGATGCAGTG GCGGCATCATTGAATTCTACTGAGTGTTTTCTCTTACAATCTGGCTCAACAGTTTTCACTTGGCATGGCAATCAAAGTTC CTTTGAGCAGCAGCAGCTTGCGGCAAAAGTTGCTGAGTTTTTAAGGCCAGGAATTGCTTTAAAGCATGCAAAAGAAGGGA CAGAAACCTCCGCATTCTGGTTTGCTGTTGGAGGAAAACAAAGTCACACCAGCAAAAAAGCCACTAATGACATTGTCAGA GACCCACATTTATTCACTTTCTCATTTAATAGAGGAAAGTTACAGGAAGAGGAGGTTTACAACTTTTCCCAGGATGATTT GTTAACAGAGGACATCCTAATACTTGACACGCATGCTGAAGTGTTTGTTTGGATCGGTCAGTCTGTGGACACTAAAGAAA AGCAAAATGCTTTTGAAATTGCCCAGAAATACATTGATAAGGCTACATCTCTGGAAGGGCTTTCTCCTCATGTACCTCTG TATAAAGTAACAGAAGGGAATGAACCTTGCTTTTTCACAACATACTTTTCTTGGGATCATGCAAAAGCTACGGTTCAGGG GAACTCATTCCAGAAAAAGGTGGCATTATTCTTTGGGTTTGGCCATTCTGTTGAGGAAAAGACTAAAGGACCAAGTCAAG GGGGACCAAGACAAAGAGCAGAAGCTTTGGCTGCCTTAACTAATGCGTTCAATTCATCTCCTGAGTCACCATCCAGTGCG GATAAATTGAATGGCTTTAATCAAGGAGGACCTAGACAAAGGGCAGAAGCTTTAGCCGCCTTAAACTCCGCATTTAATTC AACATCCGGAACTAAACCTATTACTCCTAGGTCATCAGCAAGAGGTCAAGGATCACAACGAGCAGCAGCTGTAGCTGCTC TATCTCAAGTTCTCACTGCTGAAAAAAAGAAACATTCACCTGACACGTCTCCGATGGCAAGCAGTAGTCCTGTTGTGGGA AGTAGCACTCCTGCTGATGCTAAAAGTGAAAGTGCCCATTCTGAAGAAGCTCTTGAAGAAGAAGCCAAGGAGAGAGAGGA ACTTGCCCCTGAAACAGGTAGCAATGGGGATTCAGAACCGAAACAGGAAAATGTGGAGGATGAAAATGATAGTCAAAATA GTCAGAGATTCTTCAGTTATGAGAAATTAAAGGCTAAATCTGAGTTGTCTGGAGTTGATCTTAAACGGAGAGAGGCCTAT CTGTCAGAAAAAGAATTCGAAACTGTATTTGGAATGACAAAAGAAGCATTCTCGAAGTTACCAAGATGGAAGCAAGACAT GCTGAAAAGGAAAGTTGATTTGTTCTAG
Protein sequence (LotjaGi1g1v0672500.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MQGKTSCQNKTGIVPFARSSLNHDDVFILDTQDKIYQFNGANSNIQERAKALEVIQLLKEKYHEGKCDVAIVDDGKLDTE SDSGEFWVLFGGFAPIGKKVISEDDIVPETIPAQLYSIADGDVKSVEGELSKSLLENSKCYLLDCGAEVYVWVGRVTQVE ERKAACQAAEDYVASQKRPKSTRITRVIQGYEPHSFKSNFDSWPSGSATTGAEEGRGKVAAMLKQQGMGLKGVAKSAPVN EEVPPLLEGGGKMEVWLINGSAKTPLPKEDIGKFYSGDCYIVLYTYHSGERKEDYFLCCWFGKNSIEEDQKMATRLANTM FNSLKGRPVQGRIFEGKEPPQFVAIFQPMVILKGGLSSGYKKLIADKGLPDETYTAESIALIRISGTSIHNNKAVQVDAV AASLNSTECFLLQSGSTVFTWHGNQSSFEQQQLAAKVAEFLRPGIALKHAKEGTETSAFWFAVGGKQSHTSKKATNDIVR DPHLFTFSFNRGKLQEEEVYNFSQDDLLTEDILILDTHAEVFVWIGQSVDTKEKQNAFEIAQKYIDKATSLEGLSPHVPL YKVTEGNEPCFFTTYFSWDHAKATVQGNSFQKKVALFFGFGHSVEEKTKGPSQGGPRQRAEALAALTNAFNSSPESPSSA DKLNGFNQGGPRQRAEALAALNSAFNSTSGTKPITPRSSARGQGSQRAAAVAALSQVLTAEKKKHSPDTSPMASSSPVVG SSTPADAKSESAHSEEALEEEAKEREELAPETGSNGDSEPKQENVEDENDSQNSQRFFSYEKLKAKSELSGVDLKRREAY LSEKEFETVFGMTKEAFSKLPRWKQDMLKRKVDLF
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 |
|---|---|---|---|---|---|---|
| Gene3D | 1 | 101 | 101 | 1.9E-21 | ||
| SMART | 3 | 93 | 91 | 1.1E-18 | ||
| SUPERFAMILY | 11 | 96 | 86 | 5.01E-15 | – | |
| Pfam | 12 | 76 | 65 | 1.2E-10 | ||
| PANTHER | 13 | 833 | 821 | 0.0 | ||
| PANTHER | 13 | 833 | 821 | 0.0 | ||
| SUPERFAMILY | 82 | 204 | 123 | 1.0E-23 | – | |
| Gene3D | 105 | 216 | 112 | 2.6E-25 | ||
| SMART | 110 | 203 | 94 | 6.2E-22 | ||
| Pfam | 126 | 196 | 71 | 4.4E-14 | ||
| CDD | 127 | 202 | 76 | 4.30755E-28 | – | |
| PRINTS | 182 | 203 | 22 | 8.6E-54 | ||
| SUPERFAMILY | 242 | 387 | 146 | 1.26E-31 | – | |
| CDD | 245 | 346 | 102 | 2.70201E-44 | – | |
| Gene3D | 247 | 377 | 131 | 6.4E-34 | ||
| SMART | 251 | 349 | 99 | 1.2E-20 | ||
| Pfam | 264 | 342 | 79 | 1.7E-9 | ||
| PRINTS | 270 | 286 | 17 | 8.6E-54 | ||
| PRINTS | 296 | 314 | 19 | 8.6E-54 | ||
| PRINTS | 329 | 349 | 21 | 8.6E-54 | ||
| SUPERFAMILY | 369 | 471 | 103 | 3.78E-18 | – | |
| SMART | 377 | 466 | 90 | 3.6E-14 | ||
| CDD | 378 | 468 | 91 | 2.52266E-30 | – | |
| Gene3D | 378 | 471 | 94 | 1.2E-17 | ||
| Pfam | 391 | 442 | 52 | 1.4E-7 | ||
| PRINTS | 392 | 412 | 21 | 8.6E-54 | ||
| PRINTS | 452 | 471 | 20 | 8.6E-54 | ||
| SUPERFAMILY | 455 | 577 | 123 | 1.2E-23 | – | |
| Gene3D | 472 | 595 | 124 | 4.8E-32 | ||
| CDD | 481 | 579 | 99 | 6.05289E-41 | – | |
| SMART | 482 | 578 | 97 | 2.0E-17 | ||
| Pfam | 496 | 572 | 77 | 4.3E-8 | ||
| PRINTS | 504 | 526 | 23 | 8.6E-54 | ||
| PRINTS | 533 | 552 | 20 | 8.6E-54 | ||
| MobiDBLite | 630 | 652 | 23 | - | – | |
| MobiDBLite | 630 | 646 | 17 | - | – | |
| MobiDBLite | 666 | 779 | 114 | - | – | |
| MobiDBLite | 666 | 692 | 27 | - | – | |
| MobiDBLite | 709 | 728 | 20 | - | – | |
| MobiDBLite | 729 | 752 | 24 | - | – | |
| SUPERFAMILY | 771 | 835 | 65 | 2.88E-19 | ||
| Gene3D | 771 | 835 | 65 | 4.9E-19 | ||
| ProSiteProfiles | 772 | 835 | 64 | 19.717 | ||
| Pfam | 800 | 835 | 36 | 3.9E-16 | ||
| SMART | 800 | 835 | 36 | 9.6E-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 | Actin binding | Interacting selectively and non-covalently with monomeric or multimeric forms of actin, including actin filaments. | ||
| Biological process | Cytoskeleton organization | A process that is carried out at the cellular level which results in the assembly, arrangement of constituent parts, or disassembly of cytoskeletal structures. | ||
| Molecular function | Actin filament binding | Interacting selectively and non-covalently with an actin filament, also known as F-actin, a helical filamentous polymer of globular G-actin subunits. | ||
| Biological process | Actin filament bundle assembly | The assembly of actin filament bundles; actin filaments are on the same axis but may be oriented with the same or opposite polarities and may be packed with different levels of tightness. |
Expression pattern of LotjaGi1g1v0672500.2, 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…