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 | LotjaGi6g1v0240100 |
| Transcript ID | LotjaGi6g1v0240100.2 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Villin; TAIR: AT4G30160.1 villin 4; Swiss-Prot: sp|O65570|VILI4_ARATH Villin-4; TrEMBL-Plants: tr|A0A0L9UAV1|A0A0L9UAV1_PHAAN Uncharacterized protein; Found in the gene: LotjaGi6g1v0240100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:55151506..55166599) extracted from Lotus japonicus Gifu genome v1.2.
ATGGCGGTTTCCATGAAAGATTTGGATCCAGCTTTCCAGGGAGCTGGGCAAAAGGCGTATCCTGCATCTAGTTTACATGT TGTTCTGTATGCCATTTATCATATTTTCATTTTTACAAGATTTGTTCCAGGTTTCTGCTTCATTTGGTTTTGTTCAGTGC TGAATTTCCTTTCATGCTTTGATTTGTTCCCGTGCTTTTTTATTATTATCCTTAACCATATGTAGTGGACTTGAAATATG GCGTATTGAGAATTTTAATCCAATTCCTGTCCCAAAGTCCTCTTACGGCAAGTTCTTCACTGGGGACTCCTATGTGATCT TAAAGGTAAACCATATTTTCCAAGTGATTATTCATTCTTAGTTTCATACTTGCTAGCCTCATGTTGATGTTGGTATCTGC TGTTTCCGGAATCTTTAATTTCTGTATATAACTGTATTGCATGGACATTGTAATTTAGAAAGAATTGTTGTTTCCAGCAT GACAAAAATACAATATTGGTCTGCAATAGTCTGTTAGGTTCATTTAATGATGTTTGTATTTACAAAATATATTATCCTCT CTTACTCATATGTGAACACAAGTTTATCTAAATGACATTGTTTGGCTTCTTTCTTAGCTTTTGTTCGTTTTTCTATGCCA AACATTTATTGTTTGTTGAAAACTCAGAACTCTGTAAATCTAATTCTCATTCATTTCAAAGGTAATGATACAATAGACCA TAGTTCAGTACTTATAGAAGAATATAAAGCTTGATGAACAAGCTAACAATTCTAACAAACTCTAACAACTAACTCTTAAT TCTGTTATGCCAGCTAAGCTTGACAGCTAAGCAAGCATAACTAACACACTAACTCAGCTACAATCAGTAGCTTTACTTAT CACGAGTAGTATACTCTAATACACCCCTGCAAACTCAAGGTGGGGGAGAAGGAACCCGCTCAAGCACCTTGAGTTTGGAA CGAAGATACTCAAACCTAGTAGGGGAAAGAGCTTTGGTGAATATGTCAGCAATCTGGTCTTCAGAAGGAATGTGATGAAC AAAAAGAGTCTTGTCAAGAACCTTTTCCCTCACAAAGAAGATATCAAGCTCCATATGTTTGGTGCGAGTATGAAGAACAG GATTATGAGTGAGAGCAACTGCACCCATATTATCACAAAATACTCGAGGTGGAGAAAAGGGAACCTGAAGCTCTTGCAAT AATGACTGAACCCAAAGTAATTCTGCTGATGTATTGGCCAGGCTGCGATATTCTGCCTCTGTGCTAGATCTAGCAACCAA GGTCTGTTTCTTGGAGCTCCAAGAGACTAAATTTGGACCAAAAAAGACACAAGTGCCCGAGGTTGATCGTCTGTCATCAG GGTCAGATCCCCAGTCAGCATCACAAAAGGCCACAAGAGGGACAGAAGTGTGTAAGGAACAAGGCCTAAGGTGAAGACCA TGATGTATGGTGCCTTTAAGATACCTAAGTATTCTTTTGACAGCCTTCCAATGATCCTCCAAGGGCTGGCTGAGGAATTG GCAAACCTTATTCACTGCAAAGCTAATCTCTGGTCTTGTCAAAGTAGCATACTGCAGAGCACCAACAATAGACCTGTACA ATGTTGGATCTGCAAAATAATCTGAGCCATATTTGCTCAACTTAGCACCTCCAATCATGGGAGTAGATATGCCTTTGGCC TCCCCCATTTCTGCTCTCTCAAGCAAATCATTGATGTATTTTGTTTGTGTAAGAAGTAAGGATCTGTCCTTCAAATGATG AACTTGAACACCTAGGAAATAGTCTAGCTGCCCCAACTGCTTCAAGGAAAATTCTGAATCAAGATTCTTCACCACTTGTT GAACTAATGGCAGTGAATTCCCAGTAATAATAATGTCATCTACATAAACAAGAATGTAGATAACACAACCTTTGGTGGAG AAAGTGAACAAGGAAGGATCACATTTGCTAGGAGTGAAACCATACTTAACTAGAGCTGCCCTTAACCTTTCAAACCAAGC TCTTGGGGCTTGTTTGAGGCCATAGAGAGCCTTGTGCAGTCTGCACACAAAAGACTTGTCTTTACAAAGAAAACCAGAGG GTTGTGTCATGTAGACCTCCTCTTGAAGTGCCCCATTAAGAAAAGCATTATTCACATCAAGTTGATGAATGTGCCACTTC TTAGTGATAGCCAAGCTGAGGATTATGCGAATAGTAATTGGCTTTACCACTGGAGAAAAAGTTTCTGAGTAGTCAAACCC TTTCACTTGGTGATATCCTTTGGCCACCAACCTTGCTTTGTATCTATTAATTGTCCCATCAGCATTCTCTTTAACCCTAA ATACCCATTTGCAGCCAATAGGCTTTCGATCCTTAGGGAGTGGAACCAAAGTCCAGGTTCCATTGGCCATCAAGGCATCA TATTCAGCTTGCATAGCAGCCTTCCACTTAGGATCCTTTAATGCTTGAGTAGAGTTTGTAGGTTCTGCTTGGGTTAGGAG AAGTGTGGGAAATAATCTGGGCATGACAATACCAGATTTTGCCCTTGTTTGCATGGGATGAACATTCCCAATGGGCTGAG CAATTGCACCAGTAGAAGAAGAAGTTGCAGAATTATTATGACCTGGCTGTGCTGATCCAGAAGATGATCCATGACTAGGT GAGTGACTAGGCTGCTGCTGAACTGAAAAACCACTGGGATGAGTGTCCCCTGAAGAGGGAGGTGAAAGTGGAGGAGCATT AACAGCTTGAGGTGGACCATGAACAGCAGCTGGTACCAGAGAAATAATAGAAGAAAGCCCTTGATCTGGGTGAGGAACCT CTGAGGAAGTGAACATGTGTGGATAGGGAAAGTTGAATTCATCAAAAACCACATCCCTTGAGATATAAATTTTGCCTTCA TTGTCCATACACTTATAACCTTGATGTTGTGATGAATAGCCCATGAACACACAAAGCTTAGACCTCAGAGACAACTTGGA TTGTGTGTAAGGCCTCAAATGTGGGTAACAAGCACAGCCAAAAACTCTAAGTAGCTTGTAATCAGGTTGTGTATTAAAAA GCTTAAGGTAAGGACTTGCATTGCCTAAAACAGAGGTAGGCAATCTGTTAATGAGAAACACAGCTGCAAGAAAAGCTTGA TCCCAAAATTGATATGGCAAATGAGCATGTGCTAGCAAGGAAAGGCCAGTTTCAACAATATGGCGATGTTTCCTCTCCAC ACTACCATTTTGGTGATGTGTATAGGGACATGTCAACCTATGAACAATCCCTGACTTTGTAAAATAGGAAGTAAGGGGTT TAAACTCTGTGCCATTGTCAGTTTGAATAGACTTAAGTTTCTTGCTAAATTTCAATTCTACCATAGCTTGAAACTGTAGA AATGTGGAACAAGTATCAGATTTCTTTCTCATAGGAAAGATCCATGTGAAACGAGAAAAGGCATCCACACAAGTAAGAAA ATAAGAAAAACCACAAGAAGACTCAATAGGGGAGGGCCCCCATAAATCAGCAAAAATTAGCTCTAGAGGAGAGGAGTAAA CAGTAGTAGAAGAATGAGATGGCAAGCGATGAGACTTAGAAAGACAACAAGCTGAACAAACATTGAACTTTGTTTTATTA GGAACTTGAATATTACAAGAGGTTAAAGCTAAATGCAAAGCCTCATGATGAGGATGACCTAATCTAGAATGCCACAAACC ATAAGAGGTTGGGCTTACAAGAGCAGAAGATGAAACTATAGACTTAGGACTAAGACTAGGTGTAGTAGAGCTAGATAATG CAGCTGACAAAGCAGAAACCGAGTCTGAAACAGCCACTGGAGACAAAGAAGCAGAAGCTGGAATAGGAGATGTCTTGGAA AGGGAAGGAGTATGCATGCCTTCAAAGACATACAAGCCATCTGGTCCAACATGACCTTGAAGAAGAACTCTAGATGTGAC CTGACATTTAACAACACAGAAAGAAGGGTGAAATTCAAAATAAACATGATTGTCCCTTGCAAACTTACTTACACTAACCA AATTCTTGGTGATATTGGGAACTAGAAGCAGATTTTTAAGAGTGAGTGTGGTTGTATTATGATAAGGAGAAGGAAAAGAA GCAGATCCTATAGAGAGGATTGGCAAACCTTGTCCATTCCCCATGAAGATGTGATCATTACCAGTGAGGGAGACACTATC TGAGATGACTGAGGAGTCATTTGTCACATGGTGAGTAGCACCAGAATCAGGGAACCAAGTGCTCAGGTTTGCTGAAGCAG ATCCTCCAGCCTGTGATGTGCCAGTAAGCATAGCTTGTGGAGGCCTTGCAATGGAATTTCCAGGCCTCTGTCCTCCATTG TTGAACTGAGAAGGAAAATTACTCCATGGAGTACCAGCAAAGGAACTAAATCCAAACTGTTGAGGACCAAAAGGAAAACC AGAGAATGAATGTCCATGACCAAACTGTTGTTGCTGACCAAACTGAGTGGGAAAACCAAACTGAGGAGATCCACAGTAAG GTGAGAAGCCAAACTGAGGCATAGGCATCATAGGAAAATTAGAAAATTGCATTCCATAGCATGAGTTCATTCCAGAAATG CCAGAAGAAGGAGTGGATGAAGATGAAGAACCACGATAGTAACAAACAGTAGCATCATGTCCATACTTCTTACAAATCTG ACACTGAACGCTGCGATTATTACCTCTACCTCCTCCACGGCCATTGTAGCCACCACGAGAGTTGTTTCCACCATTGTTGC TAGTGTAGCCACCACGTCCACGCGATTCATAGGATCCAGTGCGATCATCACTGCGATCATCATAAGAACGATCCTTATAG GAAGAATCGACAGATCCAGAAGCATAATTTGCTTCAGAGGCCACCGGCGACGGTGTCGACAGCGGAGGTTGAGTCGCTGG TGGCGGTGAAGCCTGAGTAAGGAGCGCCGACGGAGGATTTGTCGAGATCTGGCGAGTACGAGCGCGATCAAGACGCGCTT CATGTGCGATAATCATCGCTTCAACCTGCGAAATCGAACTCGGTGATTCACGATTGTACACAATCGTTTGAAGATGACTG TATTCCTCAGGCAAGCCATCAAACACTGCTTCCAAGTGTTCACGATAGGAGATTGGATCTCCAATCGTGATTAGCGCATT AACAATCGACTTAATACGCTTGAGATACTCAGAACACGACTTCGATCCCTTGGAGATGGATCGAATCTCAGATCTCAGTT GTGTGGACTGCGCGAGAGCGTGTGCGTGGAAGAATTCGAGCACTGCTTCCCAGACTTGCCAGGACTGAGAGCAATTCACC ACAGTAGGAAGCACTGATGGTGAAAGCGAAGAAAGTAACCACGTAAACAGAGCAGAATCTTGCTGCTCCCAGACTTGATA TGCAGGATTCTCCACTGCATTCACACGATCTTCTTCAGTGAGAAATCGTGGTGGAATCTCAGGAGGAGAAAGGAAACTCT GCAACCTGTGAGTGCGAACGATCCCTTCCACATGCTGCTTCCATGAAAGAAAATTTGTATCATCAAGCTTCAACGTAAGC TTGTGAACAAGCGTGGATGAACTCAACTGCGGTTGAGCCACTGGAACTGGAATCGGGATCGGAATCTCTGGAATTTCGTC AGCCATGACGAAGAAGAAGGAGAAGAAAAGAAAATCGAGAGAGATCTCAAGGATCGTGACCTGCTCTTGATACCATGTTG AAAACTCAGAACTCTGTAAATCTAATTCTCATTCATTTCAAAGGTAATGATACAATAGACCATAGTTCAGTACTTATAGA AGAATATAAAGCTTGATGAACAAGCTAACAATTCTAACAAACTCTAACAACTAACTCTTAATTCTGTTATGCCAGCTAAG CTTGACAGCTAAGCAAGCATAACTAACACACTAACTCAGCTACAATCAGTAGCTTTACTTATCACGAGTAGTATACTCTA ATATTGTTGAACTTCAATATATATATATTTCAGTTTTGGTACAGGATGTGTCCTCAGGTTAAAAGAATGATATCTTTATT TAAAAGATATATTATTTTCTCCTAATCATATGTGAGCATAACTTCAGCTATAGGACATTTTTGGCTTCTTTCTCATCAGC TTTGGTTTCTCCTTGTCGAAAAAGTAGTTTATGAGTTCTTTGAAAGATTAAGTCTTGATATAGTCCTCAACAGCACCTAT TTTCATTATATTTACATTATTGTGTTGTTTTCTTTTGGTTTTTGTCCACAATAGTTAATCCAGTAGTTTTTTCTTTTCAT AATGCTGCTTGTACATACTGCACACATGCAAATTTTTTCTTAAGTATGAACTTGTTAATTTATTTCTGATCCTTTCTTCG TAGACAACGGCATCAAAAAATGGCGCTCTGCGCCATGACATCCATTACTGGCTTGGTAAAGACACCAGTCAGGTAAAGAC ATAGTTATCATTACCTGTATCATTTTGGTTATTTATTTCTAGTTTTTTTTTTATAATTTAATTTCACCTATTCTGGTTTA ACATTAGTTGTAACTTTTGCTTTATACTTGCGACCTAATGGCTGAAACTTTAAAACAGGATGAAGCAGGTGTTGCAGCTA TCAAGACAGTTGAGCTGGATGCAGCTCTTGGAGGACGTGCAGTTCAGTATCGTGAAGTACAAGGCCATGAAACTGAAAAG TTCCTGTCTTATTTCAAGCCCTGTATTATACCTCAAGAAGGTGGAGTTGCTTCTGGTTTTAAACACGCTGAGGCTGAAAA GCATAAAACACGGTTGTTTGTATGCAGAGGGAAACATGTTGTACATGTTAAAGAGGTAAGTTTGACATTATTCCTCTACG ATTGAGGTTTGAGTATGGTAGGACATTATTTTTCACGCTGGCTCAGGTACATACACACATAGAAACATTGTTTCTGCTTG TTGAGTAGTCATTTGTTTCATTGATAGGTTCCATTTGCTCGATCTTCACTCAACCATGATGATATTTTTGTTCTCGATAC TGAGTCAAAAATCTTCCAATTTAATGGTTCCAATTCATGTATTCAAGAGAGGGCTAAAGCTTTGGAAGTAGTACAATACA TTAAGGATACTTACCATGAAGGGAAATGTGAGGTAGCTGCTATTGGTAAGTGGACAAATATATTTTAAATTTTGAAAGCT GATTACTGATTATTATGAATTGAATGTCTATCCTTGAACTTCCATGCAGAGGATGGAAAGTTGATGGCTGATTCTGAAAC TGGCGAATTTTGGGGTTTCTTTGGGGGATTTGCTCCTCTTCCCCGAAAAACAGCCAGTGATGATGATAAGCCTGCTGATT CTCACCCTCCAAAACTGCTTTGGTATGTTTTAATCAGTTTTCCTTCTGGTATTTTTATTTCAGTTTGCACTTCCAATGTA TTCCATTATTTCTTAGTGAGCTGATATTTGTATGAAATTAATGGAAGTTACAGGTTTTATAATCTTCTTTCACCTATTGT TTTTAGGGTAAATTGTTGCTTATACCCTTTAAGTTTAGCCCATGTGTGGCTAGATTTTATGGTTTGAAAAGGTGCATGTG ACCCTCCACCAAACTTCTATTGAGTGTAAAACACCAAAATCTCCCTTGTGTCAAGTTATCTGTTTAAAAAATAGCAGAAA TGTCACTTGCTGGGGATACCATTAAAAATACGTTTCAACCTCCAACAATGCAATATTAAGTGAAAAAATTAAATAAAGAA TTGACCTAGTTAAAAGGAAAAGCCTGGTTAGTTTTCAGTATGCACAGTATTTTTTGATGCTAAAACATGTTTGGTGTTAC ATGTATGTCTCATCACATTTCCTGATTTCCAATAGTTTTTAATGCTTTGCTTGGTGGAAGGGGATTTACACTGTGCAAAG TTTGGGAGGCCATTTGCATCTTTAATTTTAAGGTTTGCTATGAACATGGTCCAAGTTGAAGGATGTATGATGTGTACTTA ACCCTCGTTTTGTAGCTGTCAACGTACAGTTTATATAATTGTGAAGACTGTTATAATCTCATGATTCTTTTAGCTTAAAG ATGTATTAGTTGGTAATAAAGAGAATTAATTTGTTGTACTGAATGTTAGATTCTACAATGCTCTAGTTATAAGAAAATTC TCATTTTCTGCAGTATTGAGAAGGGACAAGCAGAAAATGTTGAGACTGATTCTTTGAAAAGGGAATTGCTAGACACGAAT AAGTGCTATATTCTGGATTGTGGGTTGGAAGTGTTTGTCTGGATGGGAAGAAACACCTCTCTAGAGGAAAGGAAAAGTGC AAGTGGAGCTGCTGATGTAACACCTCATTTCTTTTTGTATCATTTAGCACTTTGCTTTATGTTTTAATTTCACTTCAAGT TTTAATTAGCGTTAAATTGATGTTGGCTACCAAACAGGAGTTAGTCAGTGGAATTGATAAACTGAAACCCCAAATAATTC GCGTAATTGAAGGATTTGAAACAGTGACGTTCAGGTCCAAGTTTGATTCTTGGCCTCAGACCACTGATGTAACAGTATCT GAAGATGGCCGTGGCAAGGTGGCAGGTAATTGTTAACTGTGAATTATTGTTAAGTTGTTATTATGGCCAGAATAGATTTC CTAACATTAAACTTTTGTCTTCAGCATCGTTGATCTTATAATCATTACATCATCCAATTTGTTTTCTCTTGTTTATGATT TTGTACTTTATAGCACTTCTAAAACGTCAAGGAGTAAATGTCAAGGGTCTGTTGAAAGCTGATCCAGTCAAAGAAGAACC TCAAGCTTACATCGATTGCACAGGACATTTGCAGGTACTCCAGCTTTTATGCCAATAATCCTTCAAGTCTAATATTTCTT GATAATTTTACTTGGTTTCACTTTCATCAGTTTTCCTATTCGCTTTAGGAGGTTCTATCATTGTGTTAACCTTTTCCTTT TCATTTAATATGCTGCAATAATACGCGATTCCCTCCTATCTGTACCATAGTTGTGCCTATATATTGTAATATATTATAAC CTTATGTCAGGCTTAATAAATATTTTTGATATTTTCCTGTTGATTTGTTTTGACCAAGACTTTTCCCACCTTACACTTAT TAGAAGATTTCAAGATTCAATGGAATACTTCTTGTGATTTAATTGTTATAGTTGAGGCTTTGGATATCAACGTAATTAAG TTTCCAACTGTAGAGTTTTATGCATGATTGCTGCTGTTTTGTGTTGCTTTGCAAGTATTTGATAATTAGAATTCCTTGAT AATTTAAAAGGCATGCTCTATCTCCCTATTTGGGCGGAGTGGTTGGGGTTTGGTGTTGTTCAATCCTAAACATTGTTTTT TGGTTTCTGTTGTTAACGAGTTCTAAGTGTGCAGGTTTGGCGTGTGAACGGTCAGGAAAAGATTCTTCTTCCTGCTTCTA ATCAGTCGAAGTTTTATAGTGGAGATTGCTACATCTTTCAGTATTCATATCCTGGAGAAGATAAGGAAGATTGTCTTATT GGAACGTGGATTGGAAAGAAGAGTGTTGAGGTGAAAGATTTATTATTAAATTCTACTTCTAGTCATACATGTGATTCTAA AATCAAAATAGACAAATAATCCGGCAGCAAAATGTTTATCTTAGCTGAAAAATATATTAGCCCTTATATTAATCTGTTTG TTACTGTATGTTTTGGGAATTTGTAAAGAAGTTCCTGTAGTTTAAAAACTATAATTGGTTCCCTGTAGTTCTTTTTTTCT TTTTTCAAATTGGATCGTAAAGGAAGACTAGATTCAGGGACCTTATTGAAGAAGTTTTTGAAACCTTAGGGGCTCATTTA TAGTTCTTGAACTATAGGGAGAGATTCTTAGAGATGTAAACGGCTTAAGCTTTTTTTGGTGAGAGTTGTGCTTGACAGGG ACCTATTAAAAAATCTTCAAATAGGCACCTAATAATTAATCTAGCTTATATTAGCCAATGGTAGCCTTATGTATTTCACT ATACACAGCACTGCCAAGTTTTAGAACCAGAAGGAATCAAGTAGATGCATAGCTGAGTTTATTTCAGTATTGCTATAAAT TTTCATTCAGAGTATTATAAATCTATTCCTTGAATTGTTCACAAGCTCTTTTAGTTGAAAATAGGAAGATAGAGCTTCAG CTAATTCACTGGCAAGCAAAATGGTTGAGTCAATGAAGTTTCAGGCTTCCCAGGTAAATTTTCTGGCGATTGTCTTTTGC ACTTCGTTGAAATATTAATTATGCTTGTTTCCTATCTCCTTACTGATGTTATGCATGTCTAATTTGCTGTAGGCTCGTAT ATTTGAAGGCAATGAACCAATTCATTTTTATACTATCCTCCAAACCTTCATTGTTTTTAAGGTTTGTGGGTTTCTAATAT TGTTGGAACTTTAAAAAGATACCCTATTGCTATCTGTCTATTACTGGGCATTTAACCCCCCCCCCCCCCCCCCCACAAAA AAAATCAGGGTGGCCTTAGTGATGGATACAAGACATACACTGCGGAAAAGGAAATTCCAGATGAGACATACAATGTGGAT GGTGTTGCATTGTTCCGCATCCAGGGCTCTGGACCAGACAATATGCAAGCTATTCAAGTTGAACCGGTATGCCATATCTC CTCCTTGTAGTGGTCCTTCGTCTATCAACTCATTTTGTATGGCATACATACTTCTGAGTTTACTCATTCTATTTATTCTG TCAAATTTTCTTCTCATATTCTTATGTCTACCAGGTTGCGTCTTCCTTGAACTCCTCTTATTGTTACATACTTCATAATG GGCCTGCTGTCTTTACTTGGTCTGGAAGTGCTACAAGTATGGAAGACCAGGAACTTGTAGAGAGGATGATGGATTTGATA AAGGTAAAGAAGTTAGGTTTTTGTTTTTAGGTGAAATTAATACCAAAACAATACATTGGAAGTTTTATATGATTTCATGT TGGAAATGGTTGAATATATGGCTACTGCCATTTGGGCTATAGCCTAGTGGATGTGTGGAACTAGATTGCCTCTGTTGTCA TGGAGGTTTTGAGTTCAATTCTAGCCAGTGGAATGTATCTAATCCCTATTTCTCAGCCAGGAAATTATACTAGTATAAAA ATGTACTCATTATATTGACTAATGCATATTTAAATTCATGGCCTTAATATGTGTGAGAAGTTGTGGAATTTGGGTTCTCT GCTATCATGGCAATCCTAAATTCACACAGTCAAGGAATCTGAGCCGTTTGATCAGATCGGATGGAAGGAATCATATGTTT CACCAAGGTTGAGCGGCAAAGATGAGCTCAAAATTTGAGCCGTCCAATTTTGATCGAACAACTCAGATTATTTGATTGCG TGAATTTAGGATTTCTCTGACTGCAAGGAGTTCAATTTCGTGTGAGAAGACACATCAATTTCAAACTTATAAACTTTAAA ATGTTCAAAGAGATGATTATTGAATATATTTGTACTATTTATTTAGTCAGGTGTCCCTGTTTATCTGGTTGTCATACGCT TGCCAATTTTCTGCAGCCAAATTTACAAACCAAACCACAAAGGGAAGGTACAGAATCTGAACAATTTTGGGATTTGTTAG GAGGGAAATCTGAATATCCTAGTCAAAAGATTAGCAGGGAGGCTGAAAGTGATCCTCGCCTATTTTCTTGCAACTTCTCA AAAGGTAAGGGATAATTTTCTTGGTTGCTGAAAATTTATCTGATCCCCTTCCCCTTTTGAAGGCAAACAGCTGACTTGCT TGTGATGGTTTTCTTCTCTGCCTAATTGAACGATGAGCAGGAAATTTAAAGGTGAGTACAACCACTGATCTGTTTAGCTC TAGTCATGATATTTGATTCAGAAATTTATGGATTTGCAATGTTATGAAAGTGTATTAAAATAGTCATTTGCTCCTTGCTT TCAGAAAATTTTCATTCGATGTGTGAAGTTGCTTATCATATAAAGAAAAGATGAATGACAATTTATTTTAAACACTAGCG GTAGGTGATTAATAAGATTGAACTAGAACTAGTTTGGACAAACTGATACTGTTTGAAAGCATAAATAATAAATAATAACC AATGAATAGCTACAAAACAGGGATGCCAAATTTTGGAAAACAAATTATCCAACATCTGCTGTACTGTTTGAGGCAGGAGA ATGTAGGTACTGCTGCGTACTGGTATTAAGCAATCAATCAGTTTGGAAAAACCAGGAGCATTGCTCCTGCTACTATTTTA CAGACAAGAGAAGAAAAGATAGACAAGTATAAGAATAACAAATAGACAAATATCATAGAGGCAGTGAGCTATCTCTTCCC CAAGGCCTAAGCCACCTCTAACTTCCTTCCCCGTTACCTTTCCACCCCAACCTCATCCCCCTCATATTTTGGGTTGATTA AGTTCTTTATAATGACATTCAGTATGTTTTTACATAGTAAGATTACTCAACTAGTTGTTGTTACATATATTCATTGAAAA GGTTGCTGACACTGACAACAAAGGTTATTCAAAATCAAATTTCCAGTAGTTGTTTAATGAAAGGCAAAATAGAAAATAAA TACAGCTAAGCTGATATGTATAAATATACGTGGGCATGATTAATAACTGCAAGGTGGTTATGGCACCATAGCTTCTTTTA AAGACTGGCTTTCAGTCAAGAATGCTGACATACAAGTCGGACAAAAGTGCTATGGATCGCTTCATTGATACCTCAGTCTA TACTAAAAACACATACATGAAATTTTAAGGGTGAACCTATCTTGTGTGCCATGCTTATTATGACTATTACTTGGATTTAT TTCTATAGCAATGCATTGATAATTAATAATCTGGAGCTATATTTTCAGGTGACAGAGGTTTACAACTTCTCCCAGGACGA TCTGATGACAGAAGACATTTTCATCTTGGATTGTCACACAGAAATATTTGTCTGGGTTGGCCAGCAGGTTGACCCCAAGA GTAGAATGCAGGCTCTAACAATTGGTGAGGTATAACTGATTTTGCTGGGAGTCATAATCATACTAATATAATTTGGTGGC TAGTATGACTTGTGACGTCTTTTGTTATTTTAATGTTCATATGAGTTCTGTTACGTTCCTTATTACCAAACCTTTACATC ATGGATTTAACATCTATTAGAATTTCTACAGTCAGTTGTGAATTTATTGACTTGTTATTCTGAATTGAACAGAAATTTAT TGAGCATGATTTTCTTCTTGAGAATTTATCTCACGTGGCTCCGATCTATATTGCCATGGAAGGGAGTGAACCACCTTTTT TCACACGTTTCTTCAAATGGGACTCTGCAAAATCTGCAGTAAGTTTTTCAATGTAAATGGCATATTCATTGGTCTTATGA TTGTTTTAACATCCTGACTATTGACAATGTTTTATCTTTGCAGATGCTGGGAGACTCATTTCAGAGAAAGCTTAAAATCG TGAAAAATGGGGGTACTCCACTTATGGATGTAAGACATTTGTTTTTCTTAGCTTCCTAGGGAATCACTAATTAAATGTTC CTCTCTTGTCTATAAGTATTCATTCAAACTAACTCATCTTGGAGTCAATTTTTCAATGTTTTTGTTGTTGTTGTTAGCAG TTTAGTACTTTAGTTTGTGAAATGCTACTTCTATCCTTAAAAGGATTTTTCTTAAATCGGTTTTTTTATGTAAATTATTC TAGGCTAGCCTATAATTTTTTTTAACCATTTGTAACAACTGCAACTAATTTAGGCTGTGTTGGTAAATGTTAAAACAAAC TAAATTGGATTTTGCATTTAGTGCCTATTATATAAATAAATGAATTACTGAAGCATGGCATTAATGTTGTAATGCCTCTG GTGAAAACAAAAACAGAAAATAAAATATACTATGGAAACAAACTCCTTTTCTTCAATTAATTATTACCTAATCTTATCTA TAGCTTCAAGAAACTTATACACATGCTTTCCGAATGCTACATATTATAAATTCATGCCCCACCAAGCATTTGACAACAAT ATTAAACCAAAATTTTGAAGACCTGTGCCAATTGAGTTACAAGCTCTTTTAAGTTTTGGCAAAGACAATTTTATATTACT ATTGAATTCAAGGATGTGTTCTAACTTGCTGATCCTTGAGAGAGGGGTGGTTATGGGCCTGAATGGGTGTTGGATTTATT TGCATGATGTAGATATAACCCTTACTTGTTTAGTCTTTAACTGATGTATTTCTCACATCATTCTAATATTTGTATTTATT CTGTTTGGTTGTCAAATGCCTAATACATCATCAGAAACCCAAACGGCGAACATCTAGCGCTTATGGAGGAAGGTCTAGTA GTGTCCCAGATAAATCCCAGCGTTCCTCCCGCAGCATGTCTGTTAGTCCTGATCGTGTTCGTGTGAGGGGTAGGTCTCCA GCCTTCAATGCATTAGCAGCTAATTTTGAGAATCCCGGTGCTAGGAACCTTTCAACTCCACCTCCAGTAGTCAGAAAGCT GTATCCAAAATCTAAGACACCTGATTCTGCAATACTGGCACCAAAATCTGCAGCCATAGCTGCACTTACTTCTTCTTTTG AACAACCACCTTCAGCACGAGAAACTATGATACCTCGGTCAGTTAAAGGTAAATAATAGACAAAATAATTCACATCTCCC TCCATCTTTTAGTTATGTTTTGAGTATCATAATTCACTTCGATCTCATATTTTTCTGTTCCTGGGTCATTATAATGTGAA GTGAGTCCAGTCACCCCCAAATCAAACCCTGATAAAAATGACAAGGAGAATTCTGCGAGCAGCCGTGTGGAGTCTCTTAC CATAGAGGAAGATGTGAAGGAGGGTGAAGCAGAAGACGAGGAAGGTCTCTCCTTTCACCCGTATGAACGTCTTAAAGTAT CTTCTCCAGATCCTGTACCAGGCATTGATGTGACTAAACGGGAGGTATAATGAATTATCTATGTACTCTATTTTGTCTTC CCCCTTACCAAAAAACAAACTCTTTGAAGATTGCTACTTATAATTAGGCTTTATTTTATTTCATTTAGTTTTGATTTGTT TGAGCTTTTGATGTATACAGACTTATCTATCATCTGCGGAGTTCAAAGAGAAATTTGGGATGTCCAAGGATGCATTTTAC AAGTTGCCCAAATGGAAACAGAACAAACTCAAAATGGCTATTCAGTTATTCTGA
CDS sequence (LotjaGi6g1v0240100.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGGTTTCCATGAAAGATTTGGATCCAGCTTTCCAGGGAGCTGGGCAAAAGGCTGGACTTGAAATATGGCGTATTGA GAATTTTAATCCAATTCCTGTCCCAAAGTCCTCTTACGGCAAGTTCTTCACTGGGGACTCCTATGTGATCTTAAAGACAA CGGCATCAAAAAATGGCGCTCTGCGCCATGACATCCATTACTGGCTTGGTAAAGACACCAGTCAGGATGAAGCAGGTGTT GCAGCTATCAAGACAGTTGAGCTGGATGCAGCTCTTGGAGGACGTGCAGTTCAGTATCGTGAAGTACAAGGCCATGAAAC TGAAAAGTTCCTGTCTTATTTCAAGCCCTGTATTATACCTCAAGAAGGTGGAGTTGCTTCTGGTTTTAAACACGCTGAGG CTGAAAAGCATAAAACACGGTTGTTTGTATGCAGAGGGAAACATGTTGTACATGTTAAAGAGGTTCCATTTGCTCGATCT TCACTCAACCATGATGATATTTTTGTTCTCGATACTGAGTCAAAAATCTTCCAATTTAATGGTTCCAATTCATGTATTCA AGAGAGGGCTAAAGCTTTGGAAGTAGTACAATACATTAAGGATACTTACCATGAAGGGAAATGTGAGGTAGCTGCTATTG AGGATGGAAAGTTGATGGCTGATTCTGAAACTGGCGAATTTTGGGGTTTCTTTGGGGGATTTGCTCCTCTTCCCCGAAAA ACAGCCAGTGATGATGATAAGCCTGCTGATTCTCACCCTCCAAAACTGCTTTGTATTGAGAAGGGACAAGCAGAAAATGT TGAGACTGATTCTTTGAAAAGGGAATTGCTAGACACGAATAAGTGCTATATTCTGGATTGTGGGTTGGAAGTGTTTGTCT GGATGGGAAGAAACACCTCTCTAGAGGAAAGGAAAAGTGCAAGTGGAGCTGCTGATGAGTTAGTCAGTGGAATTGATAAA CTGAAACCCCAAATAATTCGCGTAATTGAAGGATTTGAAACAGTGACGTTCAGGTCCAAGTTTGATTCTTGGCCTCAGAC CACTGATGTAACAGTATCTGAAGATGGCCGTGGCAAGGTGGCAGCACTTCTAAAACGTCAAGGAGTAAATGTCAAGGGTC TGTTGAAAGCTGATCCAGTCAAAGAAGAACCTCAAGCTTACATCGATTGCACAGGACATTTGCAGGTTTGGCGTGTGAAC GGTCAGGAAAAGATTCTTCTTCCTGCTTCTAATCAGTCGAAGTTTTATAGTGGAGATTGCTACATCTTTCAGTATTCATA TCCTGGAGAAGATAAGGAAGATTGTCTTATTGGAACGTGGATTGGAAAGAAGAGTGTTGAGGAAGATAGAGCTTCAGCTA ATTCACTGGCAAGCAAAATGGTTGAGTCAATGAAGTTTCAGGCTTCCCAGGCTCGTATATTTGAAGGCAATGAACCAATT CATTTTTATACTATCCTCCAAACCTTCATTGTTTTTAAGGGTGGCCTTAGTGATGGATACAAGACATACACTGCGGAAAA GGAAATTCCAGATGAGACATACAATGTGGATGGTGTTGCATTGTTCCGCATCCAGGGCTCTGGACCAGACAATATGCAAG CTATTCAAGTTGAACCGCCAAATTTACAAACCAAACCACAAAGGGAAGGTACAGAATCTGAACAATTTTGGGATTTGTTA GGAGGGAAATCTGAATATCCTAGTCAAAAGATTAGCAGGGAGGCTGAAAGTGATCCTCGCCTATTTTCTTGCAACTTCTC AAAAGGAAATTTAAAGGTGACAGAGGTTTACAACTTCTCCCAGGACGATCTGATGACAGAAGACATTTTCATCTTGGATT GTCACACAGAAATATTTGTCTGGGTTGGCCAGCAGGTTGACCCCAAGAGTAGAATGCAGGCTCTAACAATTGGTGAGAAA TTTATTGAGCATGATTTTCTTCTTGAGAATTTATCTCACGTGGCTCCGATCTATATTGCCATGGAAGGGAGTGAACCACC TTTTTTCACACGTTTCTTCAAATGGGACTCTGCAAAATCTGCAATGCTGGGAGACTCATTTCAGAGAAAGCTTAAAATCG TGAAAAATGGGGGTACTCCACTTATGGATAAACCCAAACGGCGAACATCTAGCGCTTATGGAGGAAGGTCTAGTAGTGTC CCAGATAAATCCCAGCGTTCCTCCCGCAGCATGTCTGTTAGTCCTGATCGTGTTCGTGTGAGGGGTAGGTCTCCAGCCTT CAATGCATTAGCAGCTAATTTTGAGAATCCCGGTGCTAGGAACCTTTCAACTCCACCTCCAGTAGTCAGAAAGCTGTATC CAAAATCTAAGACACCTGATTCTGCAATACTGGCACCAAAATCTGCAGCCATAGCTGCACTTACTTCTTCTTTTGAACAA CCACCTTCAGCACGAGAAACTATGATACCTCGGTCAGTTAAAGTGAGTCCAGTCACCCCCAAATCAAACCCTGATAAAAA TGACAAGGAGAATTCTGCGAGCAGCCGTGTGGAGTCTCTTACCATAGAGGAAGATGTGAAGGAGGGTGAAGCAGAAGACG AGGAAGGTCTCTCCTTTCACCCGTATGAACGTCTTAAAGTATCTTCTCCAGATCCTGTACCAGGCATTGATGTGACTAAA CGGGAGACTTATCTATCATCTGCGGAGTTCAAAGAGAAATTTGGGATGTCCAAGGATGCATTTTACAAGTTGCCCAAATG GAAACAGAACAAACTCAAAATGGCTATTCAGTTATTCTGA
Protein sequence (LotjaGi6g1v0240100.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAVSMKDLDPAFQGAGQKAGLEIWRIENFNPIPVPKSSYGKFFTGDSYVILKTTASKNGALRHDIHYWLGKDTSQDEAGV AAIKTVELDAALGGRAVQYREVQGHETEKFLSYFKPCIIPQEGGVASGFKHAEAEKHKTRLFVCRGKHVVHVKEVPFARS SLNHDDIFVLDTESKIFQFNGSNSCIQERAKALEVVQYIKDTYHEGKCEVAAIEDGKLMADSETGEFWGFFGGFAPLPRK TASDDDKPADSHPPKLLCIEKGQAENVETDSLKRELLDTNKCYILDCGLEVFVWMGRNTSLEERKSASGAADELVSGIDK LKPQIIRVIEGFETVTFRSKFDSWPQTTDVTVSEDGRGKVAALLKRQGVNVKGLLKADPVKEEPQAYIDCTGHLQVWRVN GQEKILLPASNQSKFYSGDCYIFQYSYPGEDKEDCLIGTWIGKKSVEEDRASANSLASKMVESMKFQASQARIFEGNEPI HFYTILQTFIVFKGGLSDGYKTYTAEKEIPDETYNVDGVALFRIQGSGPDNMQAIQVEPPNLQTKPQREGTESEQFWDLL GGKSEYPSQKISREAESDPRLFSCNFSKGNLKVTEVYNFSQDDLMTEDIFILDCHTEIFVWVGQQVDPKSRMQALTIGEK FIEHDFLLENLSHVAPIYIAMEGSEPPFFTRFFKWDSAKSAMLGDSFQRKLKIVKNGGTPLMDKPKRRTSSAYGGRSSSV PDKSQRSSRSMSVSPDRVRVRGRSPAFNALAANFENPGARNLSTPPPVVRKLYPKSKTPDSAILAPKSAAIAALTSSFEQ PPSARETMIPRSVKVSPVTPKSNPDKNDKENSASSRVESLTIEEDVKEGEAEDEEGLSFHPYERLKVSSPDPVPGIDVTK RETYLSSAEFKEKFGMSKDAFYKLPKWKQNKLKMAIQLF
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 | 539 | 539 | 0.0 | – | |
| PANTHER | 1 | 539 | 539 | 0.0 | ||
| Gene3D | 6 | 131 | 126 | 2.1E-46 | ||
| SUPERFAMILY | 9 | 147 | 139 | 3.97E-40 | – | |
| CDD | 12 | 124 | 113 | 3.10135E-69 | – | |
| SMART | 19 | 117 | 99 | 7.9E-30 | ||
| Pfam | 30 | 111 | 82 | 4.4E-16 | ||
| Gene3D | 132 | 244 | 113 | 7.6E-32 | ||
| SUPERFAMILY | 137 | 239 | 103 | 2.13E-21 | – | |
| SMART | 137 | 234 | 98 | 3.6E-26 | ||
| CDD | 138 | 217 | 80 | 3.37525E-28 | – | |
| Pfam | 150 | 215 | 66 | 3.3E-9 | ||
| CDD | 254 | 343 | 90 | 6.37607E-28 | – | |
| SMART | 254 | 344 | 91 | 3.5E-22 | ||
| SUPERFAMILY | 256 | 427 | 172 | 9.15E-24 | ||
| Gene3D | 258 | 354 | 97 | 5.3E-19 | ||
| Pfam | 266 | 337 | 72 | 3.1E-10 | ||
| PRINTS | 323 | 344 | 22 | 1.9E-26 | ||
| Gene3D | 380 | 521 | 142 | 3.3E-24 | ||
| SUPERFAMILY | 382 | 528 | 147 | 3.51E-29 | – | |
| CDD | 387 | 482 | 96 | 7.63557E-42 | – | |
| SMART | 392 | 489 | 98 | 2.9E-21 | ||
| Pfam | 410 | 482 | 73 | 2.5E-5 | ||
| PRINTS | 411 | 427 | 17 | 1.9E-26 | ||
| PANTHER | 541 | 917 | 377 | 0.0 | – | |
| PANTHER | 541 | 917 | 377 | 0.0 | ||
| PRINTS | 549 | 568 | 20 | 1.9E-26 | ||
| SUPERFAMILY | 552 | 674 | 123 | 2.16E-26 | – | |
| Gene3D | 569 | 693 | 125 | 7.9E-34 | ||
| CDD | 578 | 677 | 100 | 6.71334E-42 | – | |
| SMART | 579 | 676 | 98 | 4.0E-19 | ||
| Pfam | 594 | 669 | 76 | 5.0E-8 | ||
| PRINTS | 601 | 623 | 23 | 1.9E-26 | ||
| PRINTS | 630 | 649 | 20 | 1.9E-26 | ||
| MobiDBLite | 697 | 740 | 44 | - | – | |
| MobiDBLite | 711 | 734 | 24 | - | – | |
| MobiDBLite | 799 | 874 | 76 | - | – | |
| SUPERFAMILY | 845 | 919 | 75 | 3.27E-23 | ||
| ProSiteProfiles | 854 | 919 | 66 | 20.008 | ||
| Gene3D | 857 | 919 | 63 | 8.3E-20 | ||
| Pfam | 884 | 919 | 36 | 2.2E-15 | ||
| SMART | 884 | 919 | 36 | 1.2E-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. |
Expression pattern of LotjaGi6g1v0240100.2, 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…