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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0672500 |
| Transcript ID | LotjaGi1g1v0672500.1 |
| 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|A0A0S3RXC8|A0A0S3RXC8_PHAAN 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 (LotjaGi1g1v0672500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCTAACGCTGCAAAAGTTTTGGATCCAGCATTCCAGGGAGTAGGCCAAAGAGTAGGGACTGAAATATGGAGAATTGA GAATTTTCAGCCAGTTCCATTGCCCAAATCTGAACATGGGAAATTCTACATGGGAGATTCTTACATCATCTTACAGACAA CACAAGGCAAAGGGGGCAGTTATCTTTTTGATATTCACTTCTGGATTGGCAAGGATACAAGTCAGGATGAAGCTGGCACT GCAGCCATTAAAACTGTTGAACTTGATGCATCTCTTGGAGGACGTGCTGTTCAGCACAGGGAAATCCAAGGGCATGAATC TGACAAGTTTTTGTCATACTTTAAGCCATGTATTATACCATTAGAGGGGGGTGTCGCCTCTGGTTTTAAAACACCTGAAG AAGAGGAGTTTGAAACACGTTTGTATGTATGCAAGGGAAAACGAGTTGTCAGAATAAAACAGGTCCCTTTCGCACGGTCT TCACTGAATCACGATGATGTATTCATCCTAGATACTCAGGATAAGATTTACCAATTCAATGGTGCAAATTCCAATATTCA GGAAAGAGCCAAGGCCTTGGAAGTTATTCAGTTATTGAAGGAAAAGTATCATGAAGGGAAATGCGACGTTGCAATTGTTG ATGATGGCAAGTTGGATACTGAGTCAGACTCAGGTGAATTTTGGGTCCTCTTTGGTGGTTTTGCTCCCATTGGTAAGAAG GTAATCAGTGAGGATGATATTGTTCCAGAGACCATTCCTGCTCAACTTTATAGTATTGCTGATGGTGATGTCAAGTCTGT GGAAGGTGAACTTTCTAAGTCACTACTGGAGAACAGCAAATGCTATTTACTGGACTGTGGTGCTGAGGTATATGTCTGGG TTGGCCGGGTAACACAAGTTGAAGAACGAAAAGCAGCTTGTCAAGCAGCTGAGGACTATGTTGCAAGTCAAAAAAGGCCA AAGTCTACAAGGATAACCCGGGTTATCCAAGGTTATGAGCCACATTCATTTAAGTCCAACTTTGATTCTTGGCCATCAGG ATCTGCTACTACCGGTGCTGAGGAAGGAAGAGGAAAAGTTGCAGCTATGCTGAAGCAACAAGGTATGGGACTCAAAGGAG TGGCAAAAAGTGCCCCAGTTAATGAGGAAGTTCCACCATTGCTTGAAGGAGGTGGAAAAATGGAGGTATGGCTAATCAAT GGAAGTGCTAAGACTCCATTACCTAAAGAGGATATTGGTAAATTTTATAGTGGAGATTGTTACATAGTACTGTACACTTA TCACTCCGGCGAGAGGAAGGAAGACTACTTCTTGTGCTGTTGGTTTGGCAAAAACAGCATTGAGGAGGACCAAAAAATGG CTACTCGGTTGGCTAATACAATGTTCAACTCATTAAAGGGTAGACCTGTTCAGGGTCGCATATTTGAAGGTAAAGAGCCA CCTCAGTTTGTTGCTATTTTCCAACCTATGGTGATCCTCAAGGGAGGTTTGAGCTCTGGTTACAAAAAATTAATAGCAGA TAAAGGTTTGCCAGATGAGACATACACAGCAGAGAGTATTGCACTTATTCGTATTTCCGGAACATCCATTCATAATAATA AAGCAGTGCAAGTTGATGCAGTGGCGGCATCATTGAATTCTACTGAGTGTTTTCTCTTACAATCTGGCTCAACAGTTTTC ACTTGGCATGGCAATCAAAGTTCCTTTGAGCAGCAGCAGCTTGCGGCAAAAGTTGCTGAGTTTTTAAGGCCAGGAATTGC TTTAAAGCATGCAAAAGAAGGGACAGAAACCTCCGCATTCTGGTTTGCTGTTGGAGGAAAACAAAGTCACACCAGCAAAA AAGCCACTAATGACATTGTCAGAGACCCACATTTATTCACTTTCTCATTTAATAGAGGAAAGTTACAGGAAGAGGAGGTT TACAACTTTTCCCAGGATGATTTGTTAACAGAGGACATCCTAATACTTGACACGCATGCTGAAGTGTTTGTTTGGATCGG TCAGTCTGTGGACACTAAAGAAAAGCAAAATGCTTTTGAAATTGCCCAGAAATACATTGATAAGGCTACATCTCTGGAAG GGCTTTCTCCTCATGTACCTCTGTATAAAGTAACAGAAGGGAATGAACCTTGCTTTTTCACAACATACTTTTCTTGGGAT CATGCAAAAGCTACGGTTCAGGGGAACTCATTCCAGAAAAAGGTGGCATTATTCTTTGGGTTTGGCCATTCTGTTGAGGA AAAGACTAAAGGACCAAGTCAAGGGGGACCAAGACAAAGAGCAGAAGCTTTGGCTGCCTTAACTAATGCGTTCAATTCAT CTCCTGAGTCACCATCCAGTGCGGATAAATTGAATGGCTTTAATCAAGGAGGACCTAGACAAAGGGCAGAAGCTTTAGCC GCCTTAAACTCCGCATTTAATTCAACATCCGGAACTAAACCTATTACTCCTAGGTCATCAGCAAGAGGTCAAGGATCACA ACGAGCAGCAGCTGTAGCTGCTCTATCTCAAGTTCTCACTGCTGAAAAAAAGAAACATTCACCTGACACGTCTCCGATGG CAAGCAGTAGTCCTGTTGTGGGAAGTAGCACTCCTGCTGATGCTAAAAGTGAAAGTGCCCATTCTGAAGAAGCTCTTGAA GAAGAAGCCAAGGAGAGAGAGGAACTTGCCCCTGAAACAGGTAGCAATGGGGATTCAGAACCGAAACAGGAAAATGTGGA GGATGAAAATGATAGTCAAAATAGTCAGAGATTCTTCAGTTATGAGAAATTAAAGGCTAAATCTGAGTTGTCTGGAGTTG ATCTTAAACGGAGAGAGGCCTATCTGTCAGAAAAAGAATTCGAAACTGTATTTGGAATGACAAAAGAAGCATTCTCGAAG TTACCAAGATGGAAGCAAGACATGCTGAAAAGGAAAGTTGATTTGTTCTAG
Protein sequence (LotjaGi1g1v0672500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSNAAKVLDPAFQGVGQRVGTEIWRIENFQPVPLPKSEHGKFYMGDSYIILQTTQGKGGSYLFDIHFWIGKDTSQDEAGT AAIKTVELDASLGGRAVQHREIQGHESDKFLSYFKPCIIPLEGGVASGFKTPEEEEFETRLYVCKGKRVVRIKQVPFARS SLNHDDVFILDTQDKIYQFNGANSNIQERAKALEVIQLLKEKYHEGKCDVAIVDDGKLDTESDSGEFWVLFGGFAPIGKK VISEDDIVPETIPAQLYSIADGDVKSVEGELSKSLLENSKCYLLDCGAEVYVWVGRVTQVEERKAACQAAEDYVASQKRP KSTRITRVIQGYEPHSFKSNFDSWPSGSATTGAEEGRGKVAAMLKQQGMGLKGVAKSAPVNEEVPPLLEGGGKMEVWLIN GSAKTPLPKEDIGKFYSGDCYIVLYTYHSGERKEDYFLCCWFGKNSIEEDQKMATRLANTMFNSLKGRPVQGRIFEGKEP PQFVAIFQPMVILKGGLSSGYKKLIADKGLPDETYTAESIALIRISGTSIHNNKAVQVDAVAASLNSTECFLLQSGSTVF TWHGNQSSFEQQQLAAKVAEFLRPGIALKHAKEGTETSAFWFAVGGKQSHTSKKATNDIVRDPHLFTFSFNRGKLQEEEV YNFSQDDLLTEDILILDTHAEVFVWIGQSVDTKEKQNAFEIAQKYIDKATSLEGLSPHVPLYKVTEGNEPCFFTTYFSWD HAKATVQGNSFQKKVALFFGFGHSVEEKTKGPSQGGPRQRAEALAALTNAFNSSPESPSSADKLNGFNQGGPRQRAEALA ALNSAFNSTSGTKPITPRSSARGQGSQRAAAVAALSQVLTAEKKKHSPDTSPMASSSPVVGSSTPADAKSESAHSEEALE EEAKEREELAPETGSNGDSEPKQENVEDENDSQNSQRFFSYEKLKAKSELSGVDLKRREAYLSEKEFETVFGMTKEAFSK LPRWKQDMLKRKVDLF
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 | 974 | 974 | 0.0 | ||
| PANTHER | 1 | 974 | 974 | 0.0 | ||
| Gene3D | 5 | 131 | 127 | 1.2E-45 | ||
| SUPERFAMILY | 9 | 147 | 139 | 2.08E-39 | – | |
| CDD | 12 | 124 | 113 | 9.27572E-66 | – | |
| SMART | 19 | 117 | 99 | 4.0E-27 | ||
| Pfam | 29 | 111 | 83 | 8.7E-16 | ||
| SUPERFAMILY | 129 | 237 | 109 | 2.88E-21 | – | |
| Gene3D | 132 | 242 | 111 | 7.0E-32 | ||
| SMART | 137 | 234 | 98 | 3.4E-26 | ||
| CDD | 138 | 232 | 95 | 4.63629E-35 | – | |
| Pfam | 150 | 217 | 68 | 4.7E-11 | ||
| SUPERFAMILY | 223 | 345 | 123 | 1.31E-23 | – | |
| Gene3D | 247 | 357 | 111 | 3.3E-25 | ||
| SMART | 251 | 344 | 94 | 6.2E-22 | ||
| Pfam | 267 | 337 | 71 | 5.4E-14 | ||
| CDD | 268 | 343 | 76 | 3.94084E-28 | – | |
| PRINTS | 323 | 344 | 22 | 2.7E-53 | ||
| SUPERFAMILY | 383 | 528 | 146 | 1.61E-31 | – | |
| CDD | 386 | 487 | 102 | 6.84199E-44 | – | |
| Gene3D | 388 | 518 | 131 | 8.0E-34 | ||
| SMART | 392 | 490 | 99 | 1.2E-20 | ||
| Pfam | 405 | 483 | 79 | 2.1E-9 | ||
| PRINTS | 411 | 427 | 17 | 2.7E-53 | ||
| PRINTS | 437 | 455 | 19 | 2.7E-53 | ||
| PRINTS | 470 | 490 | 21 | 2.7E-53 | ||
| SUPERFAMILY | 510 | 612 | 103 | 4.78E-18 | – | |
| SMART | 518 | 607 | 90 | 3.6E-14 | ||
| Gene3D | 519 | 612 | 94 | 1.5E-17 | ||
| CDD | 519 | 609 | 91 | 2.39765E-30 | – | |
| Pfam | 532 | 583 | 52 | 1.6E-7 | ||
| PRINTS | 533 | 553 | 21 | 2.7E-53 | ||
| PRINTS | 593 | 612 | 20 | 2.7E-53 | ||
| SUPERFAMILY | 596 | 718 | 123 | 1.5E-23 | – | |
| Gene3D | 613 | 736 | 124 | 6.0E-32 | ||
| CDD | 622 | 720 | 99 | 9.20207E-41 | – | |
| SMART | 623 | 719 | 97 | 2.0E-17 | ||
| Pfam | 637 | 713 | 77 | 5.3E-8 | ||
| PRINTS | 645 | 667 | 23 | 2.7E-53 | ||
| PRINTS | 674 | 693 | 20 | 2.7E-53 | ||
| MobiDBLite | 771 | 787 | 17 | - | – | |
| MobiDBLite | 771 | 793 | 23 | - | – | |
| MobiDBLite | 807 | 920 | 114 | - | – | |
| MobiDBLite | 807 | 833 | 27 | - | – | |
| MobiDBLite | 850 | 869 | 20 | - | – | |
| MobiDBLite | 870 | 893 | 24 | - | – | |
| Gene3D | 912 | 976 | 65 | 6.0E-19 | ||
| SUPERFAMILY | 912 | 976 | 65 | 3.53E-19 | ||
| ProSiteProfiles | 913 | 976 | 64 | 19.717 | ||
| Pfam | 941 | 976 | 36 | 4.6E-16 | ||
| SMART | 941 | 976 | 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 LotjaGi1g1v0672500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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