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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0240100 |
| Transcript ID | LotjaGi6g1v0240100.3 |
| 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 (LotjaGi6g1v0240100.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGGTTTCCATGAAAGATTTGGATCCAGCTTTCCAGGGAGCTGGGCAAAAGGCTGGACTTGAAATATGGCGTATTGA GAATTTTAATCCAATTCCTGTCCCAAAGTCCTCTTACGGCAAGTTCTTCACTGGGGACTCCTATGTGATCTTAAAGACAA CGGCATCAAAAAATGGCGCTCTGCGCCATGACATCCATTACTGGCTTGGTAAAGACACCAGTCAGGATGAAGCAGGTGTT GCAGCTATCAAGACAGTTGAGCTGGATGCAGCTCTTGGAGGACGTGCAGTTCAGTATCGTGAAGTACAAGGCCATGAAAC TGAAAAGTTCCTGTCTTATTTCAAGCCCTGTATTATACCTCAAGAAGGTGGAGTTGCTTCTGGTTTTAAACACGCTGAGG CTGAAAAGCATAAAACACGGTTGTTTGTTCCATTTGCTCGATCTTCACTCAACCATGATGATATTTTTGTTCTCGATACT GAGTCAAAAATCTTCCAATTTAATGGTTCCAATTCATGTATTCAAGAGAGGGCTAAAGCTTTGGAAGTAGTACAATACAT TAAGGATACTTACCATGAAGGGAAATGTGAGGTAGCTGCTATTGAGGATGGAAAGTTGATGGCTGATTCTGAAACTGGCG AATTTTGGGGTTTCTTTGGGGGATTTGCTCCTCTTCCCCGAAAAACAGCCAGTGATGATGATAAGCCTGCTGATTCTCAC CCTCCAAAACTGCTTTGTATTGAGAAGGGACAAGCAGAAAATGTTGAGACTGATTCTTTGAAAAGGGAATTGCTAGACAC GAATAAGTGCTATATTCTGGATTGTGGGTTGGAAGTGTTTGTCTGGATGGGAAGAAACACCTCTCTAGAGGAAAGGAAAA GTGCAAGTGGAGCTGCTGATGAGTTAGTCAGTGGAATTGATAAACTGAAACCCCAAATAATTCGCGTAATTGAAGGATTT GAAACAGTGACGTTCAGGTCCAAGTTTGATTCTTGGCCTCAGACCACTGATGTAACAGTATCTGAAGATGGCCGTGGCAA GGTGGCAGCACTTCTAAAACGTCAAGGAGTAAATGTCAAGGGTCTGTTGAAAGCTGATCCAGTCAAAGAAGAACCTCAAG CTTACATCGATTGCACAGGACATTTGCAGGTTTGGCGTGTGAACGGTCAGGAAAAGATTCTTCTTCCTGCTTCTAATCAG TCGAAGTTTTATAGTGGAGATTGCTACATCTTTCAGTATTCATATCCTGGAGAAGATAAGGAAGATTGTCTTATTGGAAC GTGGATTGGAAAGAAGAGTGTTGAGGAAGATAGAGCTTCAGCTAATTCACTGGCAAGCAAAATGGTTGAGTCAATGAAGT TTCAGGCTTCCCAGGCTCGTATATTTGAAGGCAATGAACCAATTCATTTTTATACTATCCTCCAAACCTTCATTGTTTTT AAGGGTGGCCTTAGTGATGGATACAAGACATACACTGCGGAAAAGGAAATTCCAGATGAGACATACAATGTGGATGGTGT TGCATTGTTCCGCATCCAGGGCTCTGGACCAGACAATATGCAAGCTATTCAAGTTGAACCGGTTGCGTCTTCCTTGAACT CCTCTTATTGTTACATACTTCATAATGGGCCTGCTGTCTTTACTTGGTCTGGAAGTGCTACAAGTATGGAAGACCAGGAA CTTGTAGAGAGGATGATGGATTTGATAAAGCCAAATTTACAAACCAAACCACAAAGGGAAGGTACAGAATCTGAACAATT TTGGGATTTGTTAGGAGGGAAATCTGAATATCCTAGTCAAAAGATTAGCAGGGAGGCTGAAAGTGATCCTCGCCTATTTT CTTGCAACTTCTCAAAAGGAAATTTAAAGGTGACAGAGGTTTACAACTTCTCCCAGGACGATCTGATGACAGAAGACATT TTCATCTTGGATTGTCACACAGAAATATTTGTCTGGGTTGGCCAGCAGGTTGACCCCAAGAGTAGAATGCAGGCTCTAAC AATTGGTGAGAAATTTATTGAGCATGATTTTCTTCTTGAGAATTTATCTCACGTGGCTCCGATCTATATTGCCATGGAAG GGAGTGAACCACCTTTTTTCACACGTTTCTTCAAATGGGACTCTGCAAAATCTGCAATGCTGGGAGACTCATTTCAGAGA AAGCTTAAAATCGTGAAAAATGGGGGTACTCCACTTATGGATAAACCCAAACGGCGAACATCTAGCGCTTATGGAGGAAG GTCTAGTAGTGTCCCAGATAAATCCCAGCGTTCCTCCCGCAGCATGTCTGTTAGTCCTGATCGTGTTCGTGTGAGGGGTA GGTCTCCAGCCTTCAATGCATTAGCAGCTAATTTTGAGAATCCCGGTGCTAGGAACCTTTCAACTCCACCTCCAGTAGTC AGAAAGCTGTATCCAAAATCTAAGACACCTGATTCTGCAATACTGGCACCAAAATCTGCAGCCATAGCTGCACTTACTTC TTCTTTTGAACAACCACCTTCAGCACGAGAAACTATGATACCTCGGTCAGTTAAAGTGAGTCCAGTCACCCCCAAATCAA ACCCTGATAAAAATGACAAGGAGAATTCTGCGAGCAGCCGTGTGGAGTCTCTTACCATAGAGGAAGATGTGAAGGAGGGT GAAGCAGAAGACGAGGAAGGTCTCTCCTTTCACCCGTATGAACGTCTTAAAGTATCTTCTCCAGATCCTGTACCAGGCAT TGATGTGACTAAACGGGAGACTTATCTATCATCTGCGGAGTTCAAAGAGAAATTTGGGATGTCCAAGGATGCATTTTACA AGTTGCCCAAATGGAAACAGAACAAACTCAAAATGGCTATTCAGTTATTCTGA
Protein sequence (LotjaGi6g1v0240100.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAVSMKDLDPAFQGAGQKAGLEIWRIENFNPIPVPKSSYGKFFTGDSYVILKTTASKNGALRHDIHYWLGKDTSQDEAGV AAIKTVELDAALGGRAVQYREVQGHETEKFLSYFKPCIIPQEGGVASGFKHAEAEKHKTRLFVPFARSSLNHDDIFVLDT ESKIFQFNGSNSCIQERAKALEVVQYIKDTYHEGKCEVAAIEDGKLMADSETGEFWGFFGGFAPLPRKTASDDDKPADSH PPKLLCIEKGQAENVETDSLKRELLDTNKCYILDCGLEVFVWMGRNTSLEERKSASGAADELVSGIDKLKPQIIRVIEGF ETVTFRSKFDSWPQTTDVTVSEDGRGKVAALLKRQGVNVKGLLKADPVKEEPQAYIDCTGHLQVWRVNGQEKILLPASNQ SKFYSGDCYIFQYSYPGEDKEDCLIGTWIGKKSVEEDRASANSLASKMVESMKFQASQARIFEGNEPIHFYTILQTFIVF KGGLSDGYKTYTAEKEIPDETYNVDGVALFRIQGSGPDNMQAIQVEPVASSLNSSYCYILHNGPAVFTWSGSATSMEDQE LVERMMDLIKPNLQTKPQREGTESEQFWDLLGGKSEYPSQKISREAESDPRLFSCNFSKGNLKVTEVYNFSQDDLMTEDI FILDCHTEIFVWVGQQVDPKSRMQALTIGEKFIEHDFLLENLSHVAPIYIAMEGSEPPFFTRFFKWDSAKSAMLGDSFQR KLKIVKNGGTPLMDKPKRRTSSAYGGRSSSVPDKSQRSSRSMSVSPDRVRVRGRSPAFNALAANFENPGARNLSTPPPVV RKLYPKSKTPDSAILAPKSAAIAALTSSFEQPPSARETMIPRSVKVSPVTPKSNPDKNDKENSASSRVESLTIEEDVKEG EAEDEEGLSFHPYERLKVSSPDPVPGIDVTKRETYLSSAEFKEKFGMSKDAFYKLPKWKQNKLKMAIQLF
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 | 948 | 948 | 0.0 | – | |
| PANTHER | 1 | 948 | 948 | 0.0 | ||
| Gene3D | 6 | 131 | 126 | 2.2E-46 | ||
| SUPERFAMILY | 9 | 142 | 134 | 1.47E-38 | – | |
| CDD | 12 | 124 | 113 | 3.16123E-69 | – | |
| SMART | 19 | 117 | 99 | 7.9E-30 | ||
| Pfam | 30 | 111 | 82 | 4.6E-16 | ||
| SMART | 127 | 222 | 96 | 1.5E-20 | ||
| Gene3D | 132 | 232 | 101 | 1.5E-22 | ||
| SUPERFAMILY | 137 | 231 | 95 | 1.88E-15 | – | |
| Pfam | 143 | 203 | 61 | 1.1E-7 | ||
| CDD | 242 | 331 | 90 | 5.8748E-28 | – | |
| SMART | 242 | 332 | 91 | 3.5E-22 | ||
| SUPERFAMILY | 244 | 415 | 172 | 1.02E-23 | ||
| Gene3D | 246 | 342 | 97 | 5.5E-19 | ||
| Pfam | 254 | 325 | 72 | 3.2E-10 | ||
| PRINTS | 311 | 332 | 22 | 3.9E-43 | ||
| Gene3D | 368 | 507 | 140 | 3.5E-24 | ||
| SUPERFAMILY | 370 | 516 | 147 | 3.27E-29 | – | |
| CDD | 375 | 470 | 96 | 7.96407E-42 | – | |
| SMART | 380 | 477 | 98 | 2.9E-21 | ||
| Pfam | 398 | 470 | 73 | 2.6E-5 | ||
| PRINTS | 399 | 415 | 17 | 3.9E-43 | ||
| PRINTS | 424 | 442 | 19 | 3.9E-43 | ||
| PRINTS | 457 | 477 | 21 | 3.9E-43 | ||
| SUPERFAMILY | 499 | 603 | 105 | 1.69E-19 | – | |
| CDD | 505 | 596 | 92 | 7.78397E-33 | – | |
| SMART | 507 | 594 | 88 | 1.8E-14 | ||
| Gene3D | 508 | 600 | 93 | 1.2E-19 | ||
| PRINTS | 520 | 540 | 21 | 3.9E-43 | ||
| PRINTS | 580 | 599 | 20 | 3.9E-43 | ||
| SUPERFAMILY | 583 | 705 | 123 | 2.22E-26 | – | |
| Gene3D | 601 | 724 | 124 | 8.2E-34 | ||
| CDD | 609 | 708 | 100 | 6.23141E-42 | – | |
| SMART | 610 | 707 | 98 | 4.0E-19 | ||
| Pfam | 625 | 700 | 76 | 5.2E-8 | ||
| PRINTS | 632 | 654 | 23 | 3.9E-43 | ||
| PRINTS | 661 | 680 | 20 | 3.9E-43 | ||
| MobiDBLite | 728 | 771 | 44 | - | – | |
| MobiDBLite | 742 | 765 | 24 | - | – | |
| MobiDBLite | 830 | 905 | 76 | - | – | |
| SUPERFAMILY | 876 | 950 | 75 | 3.4E-23 | ||
| ProSiteProfiles | 885 | 950 | 66 | 20.008 | ||
| Gene3D | 888 | 950 | 63 | 8.7E-20 | ||
| Pfam | 915 | 950 | 36 | 2.3E-15 | ||
| SMART | 915 | 950 | 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 LotjaGi6g1v0240100.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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