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 | LotjaGi3g1v0129700 |
| Transcript ID | LotjaGi3g1v0129700.2 |
| Related isoforms 6 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Myosin family protein, putative, expressed; TAIR: AT2G31900.1 myosin-like protein XIF; Swiss-Prot: sp|F4IRU3|MYO12_ARATH Myosin-12; TrEMBL-Plants: tr|A0A0S3SJT2|A0A0S3SJT2_PHAAN Uncharacterized protein; Found in the gene: LotjaGi3g1v0129700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:15983473..15999113) extracted from Lotus japonicus Gifu genome v1.2.
CAGGGAACTCCTGTGAATATCATTGTTGGATCACAGGTTTGGGTTGAGGATCCTGAGATTGCATGGATTGATGGTGAGGT GACAGATATCAAAGGCACAAATGCCACTATCATTACCACAAATGGGAAAACAGTAAGCTTTTTACCAGATCATAAAACTG GATTACTGATAGCAGAGTTATTTATTTGTGAAACACATTGCAAAACTTGATTGCAATAATTCCATATTATAGGTTCAGAA ATCTGCTATTTGACTAGAACAGCATGGCTACTTTTTGGATCCGAATGATGGAAATGAAATGACTTGAGAAAAAGTTATAG GGAATTCCATAATTTGTTTCTTTGTTCTTTCCCTGGATTTTCTCAACCAGAGTAATATTGATAGGAATTAGGCTTCTTAA GGAGAGGTTATTATTGTAGTTATGGTTAGTTAGTAGAATGGTTAGCTAGTTAAAGGAAGAGTGCCAGTTAGCATTATCAA CTGTTAGTGTAACAGTTAGCTAGTTAATTCAGTAGTTTTCTTTGTTCATTGCTAGTACCTATCAAATATATAAAGTTAAA ATTATATTATGCTTGGATTAAGCCAGAGAGATGCTGCTGCAATGTTTATTCTTAGCTCGGGAATAGAGACAAGATAGGCA GAACCATAGAAGTACTTATATTATTGTGAAATCCTAGCACAAAAGCTCCAGCCACAATTTTCAGCTTCATCAACAGATCC AAAGCAATAACATTTTAGATATTAGTACTAGTCATAGCAATTTCTTATTCCGAAAAAGAGAAATTTATTCATTTCCCTCA AACATATTTTACCATATTTTACAGAAGCAACCAATATAATAAAGAAGAAACTATATTATTGGATAAATTCCTTATCACTA TAGCAAAAGTCATAACTTGTTTTAGCTTAAGCTCACTAGCTCAAGAACCATACTTTGATTGAATTCTGATACACCTTAGC CTTATTGAGCCAGATACCGAAACATATCACCATGCCCATAAATTTGATGCTTGAAGTACAAGCATGAAGAAGTATATAAA CTGAGCATTATCCCCAATTTCAGGTGGTTGCAGAAATTTCAAGTATATACCCTAAAGATATGGAGGCACAGCCTTCAGGG GTTGATGACATGACCAAGCTAGCATACCTCCATGAGCCAGGAGTTCTGTATAACCTTGCCTGTCGTTTTTCTCTCAATGA GATATATGTGAGTCACAACCAGCTAATCAACTTCTCAATATATTTTTTAGTCTAAAAATATTTAGGAAAGGATCAACATC TGACAACCATCCATTATATGAGCAGACATATACAGGGAATATCTTAATTGCAGTGAATCCTTTTAGAAGACTACCACACC TGTATGACATCCATATGATGCAGCAGTACAAAGGAGCAGCATTTGGAGAGCTTAGCCCTCACCTTTTTGCTGTAGCAGAC ACCTGTTACAGGTTAGAAATAGATTCTGTACTAGTATCCTAAGAAAACAATTGATTGTAGAGCTGACTCAGTTTAATATA TCAGAGCAATGATAAATGAGAATGGAAGTCAATCCATTTTGGTGAGTGGAGAGAGTGGAGCTGGTAAAACGGAGACAACC AAAATGCTAATGAGATATCTAGCTTTCATGGGGGGAAGGTCTAATACAGAAGGCAGGACTGTAGAACAACAAGTCTTGGA GGTCAGTTTTAACTACTAGCAAATGTTTCTCAGTTAACTCAAATCAGGTATATGTAGTGACACTTTCACTTCTTCAGTCC AATCCAGTGTTGGAAGCTTTTGGAAATGCCAAAACTGTCAAAAACAACAATTCAAGGTAAAAAAAAATGCATACGGATTT TCTCAGATTACATTTTCTTTCATAATTTCCATTTTAGTTGATATTACAAAATTATTGGACTTTCTGGCAGTCGTTTTGGT AAATTTGTTGAAATTCAATTTGACAAGAATGGAAAGATTTCTGGAGCAGCAATCCGTACCTATCTCCTTGAAAGGTCAAG AGTTTGTCAGGCTTCTGATCCAGAGAGAAACTATCATTGCTTTTACATGCTTTGTGCAGCACCACCAGAGGTGACTTCTA CATAATTAAATTGAAACAAAAAAAAAATTTGTAACATATCATTAACTCCTAAAATCTAACAGTTAAAGTTTGCTTGATAG GATCTTGAGAGGTTCAAGTTAGGGGACCCAAGGCAATTCCACTATCTGAATCAATCAAACTGTTATGAAGTGTCAAATGT AGATGATGCTAAAGAATACTTAGAGACCAGAAATGCAATGGATATTGTAGGTATCAGCCAGGATGAGCAGGTATTGTGCC AATGCAACAGTGCATCATATTTTGAAGAAGCAATGATTTATGTTTATCCAGAGACATTCGATCAAAGAAAATTTCCCTCC ACAGGATGCTATCTTTCGTGTGGTAGCTGCAATCCTTCATCTAGGAAACATTAACTTCGCCAAAGGGAATGAAGTTGATT CATCAAAATTGAAAGATGACAAATCACTCACCCACCTTCGAACTGCAGCCGAGTTACTCATGTACAAGCATTGATCCAAC TTTAAAATCCATATAATCTGTATGCTTCACCTTTAATGTCTATGACATGATTATTTTCAGGTGTGATGATAAAGCACTAG AAGACTCACTTTGCAAGCGAGTCATTGTTACTCCTGATGGGAACATTACAAAACTACTAGACCCAGATGCAGCTGCTTTG AGCCGAGATGCTTTGGCAAAGACTATGTACTCCAGACTGTTTGACTGGTAAAAACAAACTAAGAATGACAACATGTATCT TCATTCAGTCGCAACATTAAAAACCCTGATAATTTTATATCCAGGAAACATACTACTCCTATACAACATCAATCATAATA CACAACAAATCATCTATGAACAAAAAGTGTTTTGATATAATCCAAATGCATGCTTCAAATATGTTAGGATTGTGGACAAG ATTAACAGTTCAATTGGGCAAGATGCAAATGCAGTCAGCTTAATAGGAGTCCTTGATATTTATGGATTTGAAAGCTTCAA AGTCAACAGGTAAATGGGATAGTTATGTTTCATAAAGACAATTTCTTCGTCTCTAAATTTTAATCTCATTCATTCTCTAT ATACAGTTTTGAGCAACTGTGCATCAACCTAACAAATGAGAAGTTGCAACAACATTTTAATCAGGCAAGGTTATAAATTC TAAATAGATCTTAAGCAACATTATCGATACAAACATATAATATAGAAATGCATCTGTTTCCGCAGCATGTATTCAAGATG GAGCAAGAAGAGTACACAAAGGAGGAAATCAATTGGAGCTATGTAGAGTTTGTGGATAATCAGGATGTTCTTGATCTTAT TGAGAAGGTCATTAGAAACTTGTGTATCAGCATTGCTTGTGAAGGATCTTTTATACCAGATAAATATTGATACTGTTTAC ATGTATTGCTTGCAGAAACCTGGGGGAATAATTGCTCTTCTTGATGAAGCCTGGTATGTCAATTTCTCACTTGAAAAACT GTGAATAGATAGATTGGCTATACAGATAAACTTTTTTGCAAATAGTATACCTACAAAATAATTCCTCAATCAAGGAGAGA ATGGTGGTAGGATTATTTTTTGAAAGGAAATGGTGGTATAGTTAGCTCAGCCAGATTTTATTTTCCTGCTAAACAGGAAG CAAAAACCAGGAAAGCAAGTCAAAATTTAATTATATTCTTATTTACTGCAGCATGTTCCCCAAGGCAACTCATGAGACTT TTGCACAAAAGATGTACCAGACATATAAAGGACACAAGCGCTTCAGCAAGCCAAAACTTGCTCGAACAGATTTCACAATT AACCACTATGCTGGAGATGTAAGACAAGGAATTCTAAATTTTTCTCGCCGGCCATCCATTTTAAAATTAAAAATGCTAAT TTCTTGTCACAAATATTCTTTATTTACAGGTCACTTACCAAGCAGATTATTTTCTAGATAAGAATAAAGATTATGTTATA GCAGAGCATCAAGCTCTTTTATGTGCTTCCAAGTGCACATTTGTTGCTAATCTTTTCCCTCTTCTACCTGAGGAGACATC AAAGCAATCAAAATTTTCTTCCATGGGCTCACAGTTTAAGGTAAATATATTTCAATTTCGGTGTTTAGTTTCTCCAGTCT CTAGAAACTCCGAGTCCTTGAATTGCTTCTGAATAAATCTTAATATCCAGCAACAACTGCAATCACTCATGGAGACACTG AGCACAACAGAACCACATTACATAAGATGTGTGAAACCTAATACAGTTTTGCAGCCAGGAATCTTTGAGAACTTCAATGT CTTAAACCAATTAAGATGTGGGGTAAGTTTAATTTCTCCTATTGTTCTTAAATGTATGCCTGTTCAGTGGATTTGAGAAA TACCCCTGCCGAAAAAAAAGGGACATTTACCTCATTGCTTCTTGCAGGGAGTACTTGAGGCAATAAGGATTAGTTGTGCT GGATATCCAACAAAAAGAACATTTGAAGAGTTCCTTGATCGCTTTGGAATGCTAGCTCCTGATGTCCTTGATGGGTATGC ATTACTATAGTCTACAAGAAAATGAAAATGATGCTTTTTAACTTTGATTGTCATATGAAATTCACACCTTCATGAAGATA GAGCAAGAATGATGAGTCAAAGATGTAATACTCTATTAAACTACTTGAACCACCACATGAAAGTAACTATAACAATAATC TATGATGTAGCTCCTATCATTGAAGATAAGCTCAGATTCACTTGAAAGTAAATATCATATATCTATATCTCTCATTGAAG TTCTAAAAAATATGCTTTGATCTTCACAAACCCATATGATAGTTAATGCTTTCTTGTATGTAGATCTGATGAGAAAAAGG CATCTATTGCAATCTGTGAGAAGATGGGCCTAAAAGGCTATCAGGTAAGTCTATACATGGGAAACATGTTCTATGGAAGT AAAAGGCATAATCATGCATAAAATTTTCAGGAATTTGTTATAAGCTCTCATCCATTTTATCCCAATGTTTCAATCAGATG GGAAAAACAAAGGTATTTCTCAGAGCTGGTCAGATGGCTGAATTAGATGCACGAAGAGCTGAAGTCTTAGCTAAAGCAGC TAGACTCATACAGAGACAAATCCGAACACATTTAACCAGAAAAGAGTTCATCACCCTTAAAAAGGCCACAATTCAGATCC AGAAGATTTGGAGAGGTCATCTTTCTTAACAAAATAACTTGTATTTTTAGTACATCTCCTTTTTAAGTGCATAATTCTTA TGGTTCTGTCCTATAGATAACTTATTCGAGTTACTTTCTTTTGCCCTTCATTTTTTCAGCAAGACTTGCACGTGAACTAT ATGAGCACATGAGAAGGGAAGCAGCTTCTATCCGGGTGCAGAAACATGTGCGTGCACACAGAGAAAGAACTTATTACACA TCATTACAAGCATCAGCTATTGTTATTCAATCTGGCATGAGAGCATTAGCAGCACGAAATGAATTTAGGTACAGAAGAAG GACAAAGGCTTCAACCAAAATTCAGGTAAAGACATCACTAGAAGCAATATCTAACACCAACATAGATCATGACATGCATA ATGAAATCATTTGGAATCCAAATGTTTGCTCATGGAAAAGTTCATCTAAAATTTCATCAATAAGAAATTCAAGATGCTTG ATTCTTTTTAAAATTAATAATTTAAATTATTCCATTTCATTTCTTCTGACAGACACAATGGAGAAGAGCCAAAGCTGTTT CTGATTACAAACAGCAGAAGAGAGTAGCTCTTTCACTTCAATGTCTCTGGAGAGCTAAAGTAGCACGGAAAGAGCTCAGA AAGCTTCGGATGGTGAGTGTTGCTTCTGTGCATCATTTTTCTAGAAGCCAATTTTTTTTAGAATATCTAATAAGAAAGAA ATATTTTCAAAAGTAGAGGTGTGTAACAGTTTTAAGTTGCTGTGCAGGCTGCAAGGGAAACGGGGGCACTTAAGGAAGCA AAGGACAAGTTGGAGAAGCGTGTTGAGGAGCTGACATGGAGACTGGATATTGAAAAGCACTTGCGGGTAGGGACTATCAA CTAGTTCTACATGATAACCACTAAATGGATTCAAGTAAAATTATCAATTATAAGTAAAAATAAAAAGGGATTAATTTTCA TTCAAAAGTAAGATTCTATTTTCATAGTTTTTATCAGTGAGTAACTGTCTAGTGCACTCCTTTCAAGATACTAATGAGGA GAAAAACTATTCAGTCCTTCATATAGCAGTTTATCCAGCCCATCTAATCTGGAAATAATAACATGCAGCTTGACCTTGAA GAAGCTAAAGGGCAAGAGATAGCAAAATTACAGAATACTTTACAAGAAATTCAAGCTCAGCTAGATGAAGCCCATGCTGC AATTATACATGAGAAAGAAGCAGCAAAAATAGCAATTGAACAAGCACCACCTGTAATTAAAGAGGTACCTGTTGTGGACA ACACCAAGCTAGAGTTGCTGACAAATAAAAATGAGGAGCTGGAGGTAAAATAATTTTTTTCCTGGACATTTTTAAATTTT ACTTTTAGTATTAAGATGGTGGGACACTGGAATTACATTCAGCAGGGTAAGAAGTACTTCTAAATGATAAAATGATACAT AAGAAAAGTAAGGAAAGCTTTTTATTAACCCTTTTTTTTAAGAAATATTATTTTTAAAATAAATATTATATCTTTTACCA CCAAAAACTTAAATGAATAATGAGAACTGTCACATATATAAATAATTTGCATGCAAACAGCACTGCATAGATGAATACTT TTCACTTGACAATGTGATGGCAAGTACTTAAATTGAAGTTCTGAAAATACAGAGTGAAGTAGAACAGCTAAAAAGTAAGA TTAAAGAGTTTGAAGAAAGGTGCTCAGAAATTGAAAAAGAGAATCAAGCAAGGCTGAAAGAGGCAGAAGAAGCACATCTC AAAGCGACACAACTTCAGGAGACTATTGAAAGGTTGTGGAAATAATATTTAGCCACACAATATCTCTACCAACATAAACT GGAATTGACCATCTATACTTTACTACTCCAGATTAGAATCAAGTTTGTCAAACCTTGAGTCTGAGAACCAGGTTCTATGT CAGCAGGCATTAGTAGAATCAAATAATGAAGAACTATCTGAAGAGATAAAAATGTAAGTACAATATGCTATTTGGATAAT TTATTATTATTTTTCTTCTAAGTGATACTTAGTTGCCAGATGCCTGCATTTGAATGTAGTAAATCAAAAACTTTATATGC ATCAATGAGCTCCCTTGTTTTTGGATTAGATGTTTTGATATTGTTGAGATATGTTGATTAAATAAATAGGGAATAAATAT ATTTAGTATATTTTATCTTTTATTAGGATAGATCTTTTCCTTATTTAGCTATCCCTAAACTCTTATATATATATATGTAC TCAGCTTCATGAAATAATCAATCAGAATATTTCATTCAAGTTGGTACCAGAGCTTTCTGATTCAAGTCTCCCTCTGGTTT ACTAGTTTAGTTTAGGGTTTCAGCCGTCGTAGGCTAACCCTTATTTTTACCAGTTAGAATTCCGGAAGCAACCACCGGCC GCCACCACTGCTGTTGATTGCTGCTACCATAGTCCGCTGCTGCCACCACTGTGTCGTGATCAGCCGCCACCGCCAGCCGC TGCCGCCGCCGCCGGTCGCCGCTGATAATTTTTTCTGGGTTTGCTTGTTTTTATTCCAGGATTCCTCTTCTGTGGTTCGT TTCTGTGTTTGAGGTCTCTTGTTTCTGTTTTTTGGCCTGTTCCAATCAGTGAGCCTTTCGTTTGAAGTGTGTTTGGATTT GTTTGGTTGCGGTTGTTTTCCCTGTCTCTGTTTGTTCTTTTTCTTCATGGAGGATTTGCTGAAGGATAAGTCTCCCAAGG GTGAGAAGAAGAGTCTCATCTCATTTGCTTTTTCTGGGACTCCTGTTATCACTTCTGAGAAGTTGAATGAGGCAAATTAT CTAGATTGGTCCAATGCTGTTGAGATCTGGTTTTTGGGTCAAGGTTTGTCCGAGCACCTTACTAAAAAATGTGCTGATAT TGATGCTTCTGAGAAGAAGGAATGGGAGAAGGCTGATTATCAACTTGTTTCTTTATTATACCAGGCAATTGAACCTAGAC TGATTGTTCACTTTCGTCCCTACAAAACATGTTATGATGTGTGGAAAAAGGCACAGGACATCTATGCTAATGATATTCAG CGGTTGTATGATTCAGTACGTAATTTGGCAAATCTCGAGATGACTGATCTTAATTTGCCGTCTTACCTGAATAAGGCACA ATCTACCATTGTGGAGCTGAAGTCAATGCTGGTTAATGACGATTTGAAGAAGGTGCTGGAGAAACTTGACAATATGTTCA TGGTGTTTGTTTTGCATGGTCTCCATAAGGATCTGGAATCTGTTCGAAACCAGACCCTTACTAATCCCAATATTCCTACA GCGGAGGAGCTTATTAATCGTTTACTTCGTGTTCCTTCATCTGCCACTTCAACTAGACTTGAATCTCATACAGCCTCTGA CTCCTCTGCTCTCATATCAAATTCTTTTGAGTCAGGGGGTCGAGGTCGTGGTCGTAAAGGTGGTGGACGTGGAAGAGGAG GTAGAGGAAATCTCCATTGTTCTTACTGTAAGAGGGATGGACACACACAAGATCGTTGTTACTCTCTAGTTGGGTTTCCA GACAAAACTGCTAATGTCGCACAGTCTTTGGAGTCCAAGGTTGAATCTGATGGTGCAAAGAACCACTCATTCTCAACTGA TGAGTACAAGGAATATCTCCAGCTGAAGGGCGCTCAAAGATCATCTTCATCAGCAACTGTTGCTCAAACCGGTAATTCTA CGGTTTGTTACTCTCATTCTACACCTGTTGGATCCTGGGTTTTGGATTACGGTGCCTCAGATCATCTCACTGGTAATCCT TCCTTTTTCTCTAACTTATCTTCACCCAAAACTACACACCATGTTACCCTTGCAAATGGCTCGAAAGTACAAGCCACCGG TGTTGGGCAGACATCTCCTCTTCCTACACTACCTTTGAGTTCTGTTCTATTAGTTCCGGGATGTGCTTTTAATCTTATTT CTATAAGTAAATTAACCAAATCATTAGGTTGTGCCATAACTTTTACCTCTGATTCCTTCTTTATACAGGACCGGAGTACG GGACGGATGATTGGAGCAGGATCTGAATCACATGGTCTCTATTATCTACAACAACCATCTTCTGCAATTTGTGCGGCTGC TGCTGAGTCTCCGAGTTTACTTCATCGTCGTCTGGGACATCCGAGTTTGGACAAATTAAAGAAGATGGTGCCTTACTTGT CGCAGTTAGAGTCTTTGGAATGCGAGTCATGTCAGCTTGGGAAGCATGTTAGGTCGTCTTTTCCTAGTAGCATCAATAAA AGGGCCCTACATCCATTTGATGTCATTCATTCTGATGTTTGGGGTCCAAGTCGTGTTTCTTCTATCTTAGGATACAGGTA TTATGTCAGTTTTATTGATGATTTCTCCCGGTGTACTTGGATATTTTTAATGAAAGATAGATCTGAGTTGTTTAGTATCT TTCAAAAATTTTGTCATGAAATTGAAACTCAATTTGATAAGAAAATTCGTGTTCTGCGAAGTGATAATGCTAAAGAGTAT TTTTCTGATTCCTTTAACTCTTTTATGAAGTCTCATGGCATTATACATCAGTCTAGTTGTCCACATACACCCCAACAAAA TGGGGTAGCTGAGAGAAAACATAGACATATTGTGGATACGGCTCGTACTTTATTGATGAATGCTAATGCACCTTTAAAGT TTTGGGGTGAAGCTGTTTTGACTGCAGGATATTTGATAAATCGGATGCCATCATTTGTTTTGGGTAATCAGATTCCTCAT TCCATGTTGTATCCTAGGGAATCTTCATTTTGTGTTCTGCCTCGTGTCTTTGGTTGTACTTGCTTTGTTCATGATCTTTC ACCAGGTCGTGATAAGATGTCTGCTCGAGCTGTCAAATGTGTCTTTTTAGGTTACTCTCGTGTTCAAAAAGGGTATAAGT GTTACTCTTCATCCACACATAAGTTCTACACTTCTGCAGATGTCACGTTCTTTGAAGATACACCTTACTTTGTTACAACT GGTCAACAATCTGATCTAGATATATTTCCTGTGGTTTTACCTGTTCCTCAAGTGTCTATGTCACCATCTTCGGTCGTTAC TCCTCAAGCAGACACTTCCACTCCATCAGCGCCAGCTCCTGATATGTCTCGTTATCGCATTACTTATGAGCGTCGCCCAC GACGTACAGTAACGGATGAGCCCCACGACTCAGTTTCTGCAGGACATGAGACATGTGATTTGGTTCCTCATCAAGCCTCC TCTCCTGCTTCGGATCCTGTTGACTTGCCCATTGCCCTCCGGAAAGGTAGTCATTCTACTCGTAATCCTTATCCTATTTA TAATTTTCTCTCATATCATCGCTTGCCCCCTGCATACTACGCTTTTGTTTCTACCATATCTTCCATTACTGTACCTAAGA CTATACAGGAGGCCCTATCTCACAAAGGTTTGCGTCAAGCGATGATTGACGAGATGACAGCTTTAGAGTCTAATAATACA TGGGAGCTTGTTCCTCTTCCTGCAGGGAAATCTATTGTTGGGTGTCGTTGGGTCTTTAATGTTAAAGTAGGCCCTGATGG GCATATTGATCGATTGAAGGCTCGTCTTGTTGCCAAAGGGTACACTCAGGTTTATGGCTTGGATTATAGTGATACTTTTT CACCAGTTGCAAAGATGGCATATGTCCGTTTATTTTTTGCCATGGCTGCTATGCGACATTGGCCCTTGTTTCAGCTGGAT ATTAAAAATGCTTTCTTACATGGTGATTTGGAAGAAGAGATCTATATAGAGCAACCACCGGAGTTTATTGCTCAGGGGGA GTCAGGACTAGTTTGTAAATTGCAAAAGTCTCTGTATGGTCTGAAACAATCACCCCGAGCTTGGTTTGGCCGTTTCAGCA ATGTTATTCAGCAGTTTGGGTTAGTTCGTTGTGAAGCGGATCACTCAGTCTTCTTTAGGTGTTCATCCTCAAAGAGGTTC ATTTATCTTGTTGTCTATGTGGATGATATTGTAATCACCGGTGATGACCAAGAGGGCATACAAGCTCTTAAGCAGCACCT GTTTCAGCATTTTCAGACTAAGGATCTTGGATCTTTGCATTACTTTCTTGGGATTGAGGTAGCTCAGTCAAAGTCTGGCA TTGCTATTTGTCAAAGAAAGTATGCGCTTGATATTTTGGAAGAAACGGGCCTTCTTAACTGCAAGCCTGCGGATACTCCT ATGGACCCTAATGTGAAGCTTCTGCCTAACCAGGGGGAGCCTTATTCTGATCCAGGAAGATATAGGAGGTTAGTAGGAAA GTTGAATTATCTCACAATGACCAGACCTGATATATCATTCTCTATTAGTGTTGTTAGTCAGTTTTTAAACTCTCCTTGTA AGAGTCATTGGCAGGCTGTTATTCGGATACTTCAATATATAAAAGGTTCGCCTGGAAAAGGTCTTGTTTATACTGATAGA GGTCATACTAGTATTACTGGATATTCAGATGCGGATTGGGCAGGTGATGCAGGTGATAGGAGATCCACCTCTAGTTATTG TGTTTTTATTGGTGGAAATCTCATCTCTTGGAAGAGTAAGAAACAAAGTGTTGTTGCTAGATGAAGCACCGAAGCTGAGT ATCGTGCTATGGCTCATACTACGTGTGAGCTCTTGTGGTTGAAGCACTTACTTCAGGAGTTGAAGTTTTGTGCGATTACT CCTATGAACTTAGTATGTGACAATCAGTCAGCTTTACATCTTTCTTCTAATCCGGTTTTTCATGAACGAACAAAACATAT AGAAGTTGATTGTCATTTTATTAGGGAGAAGATTCTTTGTGGTACTATCAAGACTTCTTCTGTTTGCTCTCAAGATCAGC TGGCTGATATTTTTACCAAGTCTTTACGAGGTCCCCGGATAAAATATATATGTGACAAGCTGGATGCATACGATTTATAT GCTCCAACTTGAGGGGGAGTGTTGAGATATGTAGATTAAATAAATAGGGAATAAATATATTTAGTATATTTTATCTTTTA TTAGGATAGATCTTTTCCTTATTTAGCTATCCCTAAACTCTTGTATATATATATGTACTCAGCTTCATGAAATAATCAAT CAGAATATTTCATTCAAGTGATATGATGTACAGAATTCGCTTTGCAAGATGGTGATACATAAATGAGGCGTCAAAATGAA CCTGGTATAGGTCTAGTAATTGTTCATACTTGATAGGATAGGTTTTTAAAAGAAAATGAAAACAACAAAACAAAGGAGAC CATGATAAATTGTTCTTTTTTCCTTTCATTTAAGAGTTCTGAATGTGCTGCATTTGTACAATATGTGTTACTTTCCTTTC CATAAATATTTTTGAAGATTAAAGTTTTCCAATTAAACATCACAGATAATTTCTCAATAACATAGGCCATATATGCTTTT ATATCATATCACATTAAGTGGGCTTACACACCATTTTCTTGACAATAGATTTAGGAAGGAATTTTTAAAACATAAAAAAA ATTACTGGCATATACACGTCTCTAAATTAGTTCCAATTTAATGCCATCTCTAGCCTCAAGGATCAGATAGAAAATCTAGA ATCAGAGAATGAAGTTCTAAGGAGCCAGGCAGCCGCTGTTGTCGAGCAGAAGGTTTATCCAGAAAAGATAGAAACAGGCC AGGAGGTTGCTGTTGTAGAACAGATACAACCAAGAGTTATTACAGATACCATGACTTCACAAATAAAGGTATACTACTCT GAGCTTTCCCTAAGGATTATTCATTATGTGACAATTATCTTTTATGATGATCGATGCAGAACTTGGATAACAGAAATCAA ACAGAAGAAGAATGGCATGCCAGAAAGGTATTTCCAACTTGATAACATGTGTTTTTCAATAATTTCAAGGGTAAGTAATT GATCACAGTAATTGAAATTGAAAAAATGATGTTTCCAGGAACTTAGAGCACCTGTGTCTTTGCTTACGAAACAAAGATCA CTCACAGACAGACAGCAGGTATATATGATCTCATAACACAATTAAGTGAGGCAGAAATTCCACCCTAAAATTAAATGGTA TCTTACAGTTTTTATATATCTATATCTTCTAAACAGGAAAGTTATGATGCACTGCTCAAGTGTCTCATGGAAGATAAGAA ATTTGAGAAAAACAGACCAGCAGTTTCTTGCATTGTTTATAAAGCACTTCTTCATTGGAGATCATTTGAATCGGAGAAGA CACATATATTTGATAAAATTATTCACGCTATCAAATCATCTATAGAGGTAGTATTTTCCAAGAGCTTTATACACCAACAA TAGTTAAGGAATTCTTGATAAAACATCAGTTTTTGAACCTAAATTATTGAAAGCAATTTATCATTTTATGTCCTGGCAGA GCCAAGAAGGAATCAATGACCTAGCATATTGGCTTTCAACAACTTCAACACTTCTGTTTTATCTACAATGTACCATCAAG GCCAGCAATACAACTAGGGCCGCTTCGCGTAATAGGAACTCCCCTGCCAGCCTATTTGGCAAAATGGCACAAGTATGATT TCGAAGCTGCAAAATTTCAGTTCATTAAATCAATGTTAAAAACATAACGATACTTGATGTACAATGTCAGGGCTTACGTT CATCTTCATTGGGCATGGGGATTTCAAGTGGCTACAGTGGAATGGTGGAAAAGCCAAATGAGCAATCTAAAGTGGAAGCC AAATACCCAGCAATTCTTTTTAAGCAACATTTAACTGCATATGTGGAGAAGATTTATGGAATGATCCGAGATAGTTTAAA GAAAGAGATTAGCCCATTCTTAAATTTGTGTATTCAGGTAATCATGTTGAAGAAAAACAGACAATACAAAGTACAACAGA AAATTGGACATTGGTTGATTAGATAAATCTTTTATCACCATTGACAGGCACCAAGATCCTTAAGGACCAGATCAATAAGA GGGTCATCTAGAAACATCCATTCAAATATAGTTGCAAAACAACAGGCATTGCATATGCACTGGAAAAGCATTGTGAACAA ATTAGATCATACCTTGGATATATTGTCTGCTAACTATGTAAGCATGAATTACTCCCTTAATATTGCTTTGGCTGGGTTGT TCAGATCAGATAAGAGATTTCTCAAATTTCTACATCTCATAACTTCAGGTCCCTCCCATGATAACAAGGAAGATATTTAG TCAGGTCTTCTCATTCATGAATGTTCAACTGTTTAATAGGTGAGCAGATTTTCCATTCAATTGCACTAAGTATATTGGAG TAGTGATTGTTGATTCAACTTAGTACAGATTCTCATAAAATTATGGTCTGTTAGTTTGTTGCTTCGCCGGGAGTGCTGTT CCTTTAGCAATGGAGAGTATTTGAAGGCAGGTTTGCATGAGTTGGAACTCTGGTGTCTAAAAGCAACAGATCAGGTAGCT TTAGAAATTTGCCATAACCTAGACTAAACAGAACAGAAGTGCAAGACACCAATTATCTAAGTCCTTACTTTTGTGTTACT TCTTATTCACTTTGCAGTTTACGGGGACATCTTGGGATGAACTCAAACACATACGCCAAGCTGTCAGCTTTCTGGTATAC TTTCTTGAACAATGATTACAAAATAATGCACACTTTCTTTCCCCTTTCCTCAATATTCGATTTTAAAATGCTTCATTTAT GCAGGTTTTGCATCAAAAGACTCAAAAACCTTTGGAGGAGATCACAAAAGAACTCTGCCCGGTAATTTAATTAACTAACT CATAACCAAGACACAACAGTTAATACTTAGTATCTCAATAACAGTTTCTATCTTATACCTACTTGGATAAGTAGCTTTTC TCTAACTTATGGTTTTTTATCAAGAATGACTTTTTTTTTACTTTGAAACTATCTAAATCACATGCTTAAAATTCGAGTAA AAGAGGAGTGCCTCTAATACAATGTAACCTATAATCTCTTGTTTTATGTTCCCTATATCAGGTGTTAAGTATTCCACAAA TATACCGTATTGGAACTATGTTCTGGGATGACAAGTATGGAGCACAGGGACTATCTGCAGAGGTAAGTTCTTGTCTCCTC AAACATTTTCGGCTCAGCTGCATGTTTGTGCAATGCATTCTATCATAGCTTCATTCTACAGCACATTCAATTCTTTCTTA ATCCCAAATATACTAAAACATCATTCATTTAATTTTTACAGGTAATTAGCAGAATGAGAGTGCTTATGACAGAAGACTCC GAAAACATACCACCCAATAACTCGTTCCTTCTTGAAGTGGATTCCAGGTAATGAACTATTTAACATGCTTCTACATCTAA AAATCACTTCTTAGCCAATATAAACACATTTTGTTTATGTTTGTTGTATGAAAAAGCATACCGTTCTTAATGGAGGAGAT GTTCCGGTCCATGAGTGACATTCGGTTATCTGATATGGATGTGGATCCGCCACCAATCCTGAGACAAAGGTCTGATTTCC AGTTCTTGTTGCAACAAATTGATAGTAGTGACTCTCAATGA
CDS sequence (LotjaGi3g1v0129700.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTTCTTGATCTTATTGAGAAGGTCATTAGAAACTTGTGTATCAGCATTGCTTGTGAAGGATCTTTTATACCAGATAAA TATTGATACTGTTTACATGTATTGCTTGCAGAAACCTGGGGGAATAATTGCTCTTCTTGATGAAGCCTGCATGTTCCCCA AGGCAACTCATGAGACTTTTGCACAAAAGATGTACCAGACATATAAAGGACACAAGCGCTTCAGCAAGCCAAAACTTGCT CGAACAGATTTCACAATTAACCACTATGCTGGAGATGTCACTTACCAAGCAGATTATTTTCTAGATAAGAATAAAGATTA TGTTATAGCAGAGCATCAAGCTCTTTTATGTGCTTCCAAGTGCACATTTGTTGCTAATCTTTTCCCTCTTCTACCTGAGG AGACATCAAAGCAATCAAAATTTTCTTCCATGGGCTCACAGTTTAAGCAACAACTGCAATCACTCATGGAGACACTGAGC ACAACAGAACCACATTACATAAGATGTGTGAAACCTAATACAGTTTTGCAGCCAGGAATCTTTGAGAACTTCAATGTCTT AAACCAATTAAGATGTGGGGGAGTACTTGAGGCAATAAGGATTAGTTGTGCTGGATATCCAACAAAAAGAACATTTGAAG AGTTCCTTGATCGCTTTGGAATGCTAGCTCCTGATGTCCTTGATGGATCTGATGAGAAAAAGGCATCTATTGCAATCTGT GAGAAGATGGGCCTAAAAGGCTATCAGATGGGAAAAACAAAGGTATTTCTCAGAGCTGGTCAGATGGCTGAATTAGATGC ACGAAGAGCTGAAGTCTTAGCTAAAGCAGCTAGACTCATACAGAGACAAATCCGAACACATTTAACCAGAAAAGAGTTCA TCACCCTTAAAAAGGCCACAATTCAGATCCAGAAGATTTGGAGAGCAAGACTTGCACGTGAACTATATGAGCACATGAGA AGGGAAGCAGCTTCTATCCGGGTGCAGAAACATGTGCGTGCACACAGAGAAAGAACTTATTACACATCATTACAAGCATC AGCTATTGTTATTCAATCTGGCATGAGAGCATTAGCAGCACGAAATGAATTTAGGTACAGAAGAAGGACAAAGGCTTCAA CCAAAATTCAGACACAATGGAGAAGAGCCAAAGCTGTTTCTGATTACAAACAGCAGAAGAGAGTAGCTCTTTCACTTCAA TGTCTCTGGAGAGCTAAAGTAGCACGGAAAGAGCTCAGAAAGCTTCGGATGGCTGCAAGGGAAACGGGGGCACTTAAGGA AGCAAAGGACAAGTTGGAGAAGCGTGTTGAGGAGCTGACATGGAGACTGGATATTGAAAAGCACTTGCGGCTTGACCTTG AAGAAGCTAAAGGGCAAGAGATAGCAAAATTACAGAATACTTTACAAGAAATTCAAGCTCAGCTAGATGAAGCCCATGCT GCAATTATACATGAGAAAGAAGCAGCAAAAATAGCAATTGAACAAGCACCACCTGTAATTAAAGAGGTACCTGTTGTGGA CAACACCAAGCTAGAGTTGCTGACAAATAAAAATGAGGAGCTGGAGAGTGAAGTAGAACAGCTAAAAAGTAAGATTAAAG AGTTTGAAGAAAGGTGCTCAGAAATTGAAAAAGAGAATCAAGCAAGGCTGAAAGAGGCAGAAGAAGCACATCTCAAAGCG ACACAACTTCAGGAGACTATTGAAAGATTAGAATCAAGTTTGTCAAACCTTGAGTCTGAGAACCAGGTTCTATGTCAGCA GGCATTAGTAGAATCAAATAATGAAGAACTATCTGAAGAGATAAAAATCCTCAAGGATCAGATAGAAAATCTAGAATCAG AGAATGAAGTTCTAAGGAGCCAGGCAGCCGCTGTTGTCGAGCAGAAGGTTTATCCAGAAAAGATAGAAACAGGCCAGGAG GTTGCTGTTGTAGAACAGATACAACCAAGAGTTATTACAGATACCATGACTTCACAAATAAAGGAACTTAGAGCACCTGT GTCTTTGCTTACGAAACAAAGATCACTCACAGACAGACAGCAGGAAAGTTATGATGCACTGCTCAAGTGTCTCATGGAAG ATAAGAAATTTGAGAAAAACAGACCAGCAGTTTCTTGCATTGTTTATAAAGCACTTCTTCATTGGAGATCATTTGAATCG GAGAAGACACATATATTTGATAAAATTATTCACGCTATCAAATCATCTATAGAGAGCCAAGAAGGAATCAATGACCTAGC ATATTGGCTTTCAACAACTTCAACACTTCTGTTTTATCTACAATGTACCATCAAGGCCAGCAATACAACTAGGGCCGCTT CGCGTAATAGGAACTCCCCTGCCAGCCTATTTGGCAAAATGGCACAAGGCTTACGTTCATCTTCATTGGGCATGGGGATT TCAAGTGGCTACAGTGGAATGGTGGAAAAGCCAAATGAGCAATCTAAAGTGGAAGCCAAATACCCAGCAATTCTTTTTAA GCAACATTTAACTGCATATGTGGAGAAGATTTATGGAATGATCCGAGATAGTTTAAAGAAAGAGATTAGCCCATTCTTAA ATTTGTGTATTCAGGCACCAAGATCCTTAAGGACCAGATCAATAAGAGGGTCATCTAGAAACATCCATTCAAATATAGTT GCAAAACAACAGGCATTGCATATGCACTGGAAAAGCATTGTGAACAAATTAGATCATACCTTGGATATATTGTCTGCTAA CTATGTCCCTCCCATGATAACAAGGAAGATATTTAGTCAGGTCTTCTCATTCATGAATGTTCAACTGTTTAATAGTTTGT TGCTTCGCCGGGAGTGCTGTTCCTTTAGCAATGGAGAGTATTTGAAGGCAGGTTTGCATGAGTTGGAACTCTGGTGTCTA AAAGCAACAGATCAGTTTACGGGGACATCTTGGGATGAACTCAAACACATACGCCAAGCTGTCAGCTTTCTGGTTTTGCA TCAAAAGACTCAAAAACCTTTGGAGGAGATCACAAAAGAACTCTGCCCGGTGTTAAGTATTCCACAAATATACCGTATTG GAACTATGTTCTGGGATGACAAGTATGGAGCACAGGGACTATCTGCAGAGGTAATTAGCAGAATGAGAGTGCTTATGACA GAAGACTCCGAAAACATACCACCCAATAACTCGTTCCTTCTTGAAGTGGATTCCAGCATACCGTTCTTAATGGAGGAGAT GTTCCGGTCCATGAGTGACATTCGGTTATCTGATATGGATGTGGATCCGCCACCAATCCTGAGACAAAGGTCTGATTTCC AGTTCTTGTTGCAACAAATTGATAGTAGTGACTCTCAATGA
Protein sequence (LotjaGi3g1v0129700.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MFLILLRRSLETCVSALLVKDLLYQINIDTVYMYCLQKPGGIIALLDEACMFPKATHETFAQKMYQTYKGHKRFSKPKLA RTDFTINHYAGDVTYQADYFLDKNKDYVIAEHQALLCASKCTFVANLFPLLPEETSKQSKFSSMGSQFKQQLQSLMETLS TTEPHYIRCVKPNTVLQPGIFENFNVLNQLRCGGVLEAIRISCAGYPTKRTFEEFLDRFGMLAPDVLDGSDEKKASIAIC EKMGLKGYQMGKTKVFLRAGQMAELDARRAEVLAKAARLIQRQIRTHLTRKEFITLKKATIQIQKIWRARLARELYEHMR REAASIRVQKHVRAHRERTYYTSLQASAIVIQSGMRALAARNEFRYRRRTKASTKIQTQWRRAKAVSDYKQQKRVALSLQ CLWRAKVARKELRKLRMAARETGALKEAKDKLEKRVEELTWRLDIEKHLRLDLEEAKGQEIAKLQNTLQEIQAQLDEAHA AIIHEKEAAKIAIEQAPPVIKEVPVVDNTKLELLTNKNEELESEVEQLKSKIKEFEERCSEIEKENQARLKEAEEAHLKA TQLQETIERLESSLSNLESENQVLCQQALVESNNEELSEEIKILKDQIENLESENEVLRSQAAAVVEQKVYPEKIETGQE VAVVEQIQPRVITDTMTSQIKELRAPVSLLTKQRSLTDRQQESYDALLKCLMEDKKFEKNRPAVSCIVYKALLHWRSFES EKTHIFDKIIHAIKSSIESQEGINDLAYWLSTTSTLLFYLQCTIKASNTTRAASRNRNSPASLFGKMAQGLRSSSLGMGI SSGYSGMVEKPNEQSKVEAKYPAILFKQHLTAYVEKIYGMIRDSLKKEISPFLNLCIQAPRSLRTRSIRGSSRNIHSNIV AKQQALHMHWKSIVNKLDHTLDILSANYVPPMITRKIFSQVFSFMNVQLFNSLLLRRECCSFSNGEYLKAGLHELELWCL KATDQFTGTSWDELKHIRQAVSFLVLHQKTQKPLEEITKELCPVLSIPQIYRIGTMFWDDKYGAQGLSAEVISRMRVLMT EDSENIPPNNSFLLEVDSSIPFLMEEMFRSMSDIRLSDMDVDPPPILRQRSDFQFLLQQIDSSDSQ
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 |
|---|---|---|---|---|---|---|
| ProSiteProfiles | 1 | 270 | 270 | 87.957 | ||
| SignalP_EUK | 1 | 16 | 16 | - | – | |
| SMART | 2 | 271 | 270 | 2.3E-22 | ||
| Gene3D | 30 | 161 | 132 | 4.1E-57 | – | |
| SUPERFAMILY | 31 | 324 | 294 | 6.82E-91 | ||
| Pfam | 36 | 258 | 223 | 3.5E-63 | ||
| PANTHER | 37 | 1100 | 1064 | 0.0 | – | |
| PANTHER | 37 | 1100 | 1064 | 0.0 | – | |
| Gene3D | 162 | 201 | 40 | 4.1E-57 | ||
| Gene3D | 205 | 270 | 66 | 1.3E-15 | – | |
| Coils | 262 | 282 | 21 | - | – | |
| Gene3D | 271 | 324 | 54 | 5.3E-11 | – | |
| SMART | 272 | 294 | 23 | 8.1 | ||
| ProSiteProfiles | 273 | 302 | 30 | 7.144 | ||
| Pfam | 275 | 293 | 19 | 0.0085 | ||
| SMART | 295 | 317 | 23 | 0.69 | ||
| ProSiteProfiles | 296 | 325 | 30 | 8.773 | ||
| Pfam | 298 | 316 | 19 | 0.02 | ||
| SMART | 320 | 342 | 23 | 15.0 | ||
| ProSiteProfiles | 321 | 347 | 27 | 7.236 | ||
| SUPERFAMILY | 323 | 421 | 99 | 8.67E-11 | ||
| Gene3D | 325 | 375 | 51 | 1.4E-7 | – | |
| SMART | 343 | 365 | 23 | 17.0 | ||
| ProSiteProfiles | 344 | 373 | 30 | 7.968 | ||
| Pfam | 346 | 365 | 20 | 0.26 | ||
| SMART | 368 | 390 | 23 | 2.2 | ||
| SMART | 391 | 413 | 23 | 5.8 | ||
| ProSiteProfiles | 392 | 421 | 30 | 8.023 | ||
| Pfam | 396 | 413 | 18 | 0.26 | ||
| Coils | 415 | 449 | 35 | - | – | |
| Coils | 454 | 488 | 35 | - | – | |
| Coils | 511 | 628 | 118 | - | – | |
| CDD | 678 | 1065 | 388 | 0.0 | ||
| ProSiteProfiles | 727 | 1041 | 315 | 51.369 | ||
| SMART | 916 | 1023 | 108 | 1.4E-39 | ||
| Pfam | 916 | 1020 | 105 | 8.7E-24 |
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 | Motor activity | Catalysis of the generation of force resulting either in movement along a microfilament or microtubule, or in torque resulting in membrane scission, coupled to the hydrolysis of a nucleoside triphosphate. | ||
| Molecular function | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | Actin filament 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 comprising actin filaments. Includes processes that control the spatial distribution of actin filaments, such as organizing filaments into meshworks, bundles, or other structures, as by cross-linking. | ||
| Cellular component | Myosin complex | A protein complex, formed of one or more myosin heavy chains plus associated light chains and other proteins, that functions as a molecular motor; uses the energy of ATP hydrolysis to move actin filaments or to move vesicles or other cargo on fixed actin filaments; has magnesium-ATPase activity and binds actin. Myosin classes are distinguished based on sequence features of the motor, or head, domain, but also have distinct tail regions that are believed to bind specific cargoes. |
Expression pattern of LotjaGi3g1v0129700.2, 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…