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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0353200 |
| Transcript ID | LotjaGi5g1v0353200.4 |
| Related isoforms 6 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Myosin-related family protein; TAIR: AT3G19960.1 myosin 1; Swiss-Prot: sp|Q9LHE9|MYO1_ARATH Myosin-1; TrEMBL-Plants: tr|I1NF52|I1NF52_SOYBN Uncharacterized protein; Found in the gene: LotjaGi5g1v0353200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:66884700..66901447) extracted from Lotus japonicus Gifu genome v1.2.
CTTGTTTTTCCTGGAAGAATGTTCAAGAAGTTAACGCAATTTTGTTATTATTCATCTGGATGACTGCTATGATGTGTGCT TCCAAAGTTATTGGTATTGCAAACTTGTAATTGGCTGGGGCCTGGGCTAGCAGCACTATAGGAACATCTGACTTACTGTG AACAATGGGGCTCTTGATCATATCCATCTTTTTCCATCTCTTTGGTTTAGCTTTGTTTTAACAGAACATCCATATGTAGT GGCTTGAAAATTGAATGAAGGTTATTATTCATCTCTTTGGGATTTCTGCTTGCATGGACTCAATTCCTTTTATCTTGCAT CAGCTGGGAGTGTCTTGGGGAAGAGAGATATTAGTAAAATTTGAGATTGGCTGGGCTAGCATCCACTGTTGCTTGTTGTT TACTTTATTTTTTTGTCAAACAAAAGCATCTACAGCTTTCTCCTCTCATTCTCTCTATCTTTATTTAATGGATGTTTGTG TGTGTGTGTGTTGTGTGTGAATGGATTGTACTGGGAAAGGGATGCATTCTCCATTGTTTAGATAAGATGAACAATTTTTT TTCAAAAGAAGATAATTACGATTAAAGCAGATCCATACTTTTGTTTTGTGAGTTTGTTTGAGTTCTCATCAATCATCATT AATAGATAATAGATGATTTAAAATTTGATATTCACTGTTTCAGAAGCTTCAGTCTTGGCTTCAACTCTCTAATGGGGATT GGGCGCTGGTGAAGATAATAACCACTTCGGGAACAGAATCTGTCATTTCACTGCCTGATGGGAAAGTAAGATGAGTTGAC ATATTTTTCAAAATTGGTGTGTTATTCTTTTTCTTTTGGTCTGATTAACTGTACTCTTTTCTCTCTTAATTGTAGGTTTT AAAGGTCAAAGATGAAAACTTGGTACCAGCAAATCCTGATATTCTTGATGGAGTTGATGACCTCATGCAACTTAGTTATT TAAATGAACCATCAGTTTTATACAACCTGCAATGTAGATACAATCAAAATATGATCTATGTAAGTCTTTATATATCTGCA GTCCTTCTCATCAATTTTGTTTCCTAATCATAACATCTTAATGCACACAACTGCATGCAATTCAGACGAAAGCAGGGCCT GTTTTGGTTGCCATAAATCCCTTTAAGAAAATTCCTCTGTATGGTAATGACTATATTGAAGCCTACAAGCGTAAAGCAGT TGAAAGCCCTCATGTATATGCAATTACAGACACTGCCATCAGAGAAATGATACGGGGTAACTTTTTCCTTTCTTATATTT ACATGTATGATGATTTTTTTTAAGTTATGTCCACTTCCACTTGTTTTTAAGCTATGACTTATTACTGTAATTCATGCTTT GTTTCCAGATGAAGTTAATCAATCAATAATTATAAGGTCAGTATTTTTTTATGAATTCTTTTTCTGAGAAATTTGTTACT GGGTGTTTCCTTGTTTCCTTTTTTACAAGATGCTTCAATCTATAAGTTTTATTCCATTTGCAACTTGTGCAAGTATTGCT TGAATACTGGTCTTAAATTTTATTCTCAAGTTTAATGAGTGGTCTGATGTCCTTGCTTCCCAGGTGGGGTCAAGTTTCAC TCAAGATTGTGAACTGAAATTTGCCATGCTTATTGGATTTATTCTTGTTTAAATGTCATTTAGGAGACCTTAATATTTTC ATTGTATGAGAGATACTCAGAAACTCAGATTGTTCATTTGCAATTTTTTGGATCAAATGAGGGGTTAGGCCAAAAAATGT ATGGGGAAAAAAGGAACTATTGGTAAAAGTATTTTCAATTTAGGAATGATTATCCACTCAACCGGTTAACAGTGTTCAAT GTATGGCTATGCACATGAGTGGTTAAATTTTCCTGTTCCCTAAAATGGAAATATTCTTAGTGGGGGTTTTTCTGTTGATT TTCTAAAATTCAGGGATGAGCTTCTTGTGTTCCACTCATTTGAAGGTTGATGACATAACAGCTTCTTTATGTTGCTCTCT GTTTTCGTCATGAATATCAATCTCAACTTGATTTTCCTTAATATTTTGTGTCCCTTAATGCGTTTGAACTGGGATCCATA ATAATTGTTATAATCTACATATTCAGTGGAGAGAGTGGAGCAGGGAAGACTGAGACAGCAAAAATAGCAATGCAGTACTT GGCTGCCCTTGGTGGTGGAAGTGGAATAGAGTATGAGATATTAAAGACTAATCCAATACTAGAAGCCTTTGGTAATGGAA AAACACTGAGAAATGACAACTCAAGTCGTTTTGTAAGATTTCCCATGTATATCATATTGGTTCTTTTAGTTGACCCATTC CTGGGTTTAGATCATGTTCTCAATTGATGCTGAAATCTCTTATAATTTGATTGAATATTACAGGGAAAGCTCATTGAGAT TCACTTCAGCGAAACTGGAAAAATATCTGGTGCTAATATTCAAACATGTAAGTTTACTACTGAATTGTGGTTCAAAATGC AAACCTAGTGTCTATGCTTCCACTATAAGTTTCCAACTAATTATGTTTGCATCTATGTTTTGAATCTATGTGATTCTCCT GGCATGACCACACCATAAACAGTTTTGTTGGAAAAGGTAATTCATTCTTCTTAGCAAATTTTATATTCCAATTTGTTCTC ATAGTATGTCAACTGATACCAATTTTACTTGGTACCTGAACAGTCTAGAGTTGTCCAATGCAATGAAGGGGAAAGATCAT ATCATATATTTTATCAGCTATGCGCTGGAGCACCACCATCACTAAGGGGTAATTGGATATTTTTACCTTCTATTTCTGCT AATATTTTTAGTCAGGTCCCAGGACATTGAACTTTGATCTCTTATTATTCAAGACGGCAATGAACCGACTATAATACTTA GAAGTTGCAACACAATCTCATATGCATATGATTTGATTTCATTGAAGACATAAGATTTTTATATGAGTGTTCCCCTATGT AATACTATTCCACTGAATTTTTTTTGTTTATCTGCCTTCTCTGTTTCATTGTTTATTTGATATATGATTTTATGACTCAG AGAAGCTAAATCTGCAAAGTGCCCAAGACTATAAATATTTGAGGCAAAGCAGTTGTTATTCAATTACCGGGGTTGATGAT GCAGAAGAATTTCACGCAGTCATGGTATACAGTACTTTTCTTCACTATTACATAATGTTGGTCTGCGTCCATATATTTTT ATATTACATTGTGTGTGTGTATTTTCCATTTCTGCTTCTAGTGATGTTTTGGGTTTGAACTTTGAAATAATAGCTAGACA TACATATGAACTTTTTCATACTGTTGCCAATTTCTAGGAAGCTCTGGATGTTGTCCATATTAGCAAAGGAGACCAGGATA ACGTATTTGCAATGCTTGCTGCAGTATTATGGTTAGGAAACATATCATTTACTGTGATCGATAATGAAAATCATGTTCAA GCTGTTGAGGATGAGGGTAAGAATATTCCAGAATCTTTATTGTTGGAATCTACAGCATAGATCTTTTGCGTGAAACTTCC TTGTTATAGGAAAGCTTTTGTTTGGTGCTAGACTGTGGGTTTGGGATGTCTTTGAAATTTGGTTGGCTTCACTAAGCATA TCCTAATAGATTTTTTTTAGATCTTCAAAAAAAATTCCTGGTTATTTGAGAAGAGAGAGGAAGATGTCATATGAGTTCAT GTTTTGATTAATAAAGTTGAAGTTTGAAAGCTTTCTCATTACTTTTTCTTTGATATAATGATTGATTAATTTTCTGCACT TACTGTTTTAGACTATGTAATTCAACATGTTTGGAATTTTTTGATAACTTCAAATATGGTGGCCTTTATATATGTAATTT CTGGTGCATATGTTTATTTTTTTGAGCACATTTTAGATTCTTTCCTGCGTTGTAAGTTATTATCTTATCTTAATTAAATA TTAAAGGTGAATTTGTTCCCTCTTTTTAAAGGGCTGTTCAGCGCTGCCAAGTTGATTGGCTGTGACATTGAAGATCTTAA GTTGACTTTAACAACTCGTAAAATGAAAGTTGGTAATGACATTATTGTCCAGAAGTTGACGCTTTCTCAGGTAAAATGAC TACTTTTATGCAATCACCTTTTTCTATAGCTATGGAATATGGATGGAAAAGTGCAACTTCCCCGGAGGAAAGATATCATT GATATGAACATGTATTGCATTCCTCAATCAGCATATGCCAGTTTGTATAATTTATGATTAGAGGGTAATGGAAATAAACA AAACAATTGACTGGTGATTACATTGCCTCATTCAATTTCCTTCAAAGAAATCCCATTCAGTATTTAAATATGAACGATAC CTGCATACATCCATACCAATGCATTAGACTTTTCTTAAATGTTACCTTGCTTATTGCGTAGGCTATGGATGCAAGAGATG CTTTGGCGAAATCAATATATGCATGTCTGTTTGATTGGCTGGTTGAGCAAATAAACAAGTCACTTGCAGTTGGCAAAAGA CGCACTGGCAGATCTATCAGTATTCTAGATATTTATGGTTTTGAGTCATTCAATGTATGCTATATTGCTATATTAAACCA CAGCTCTCATTTTTCTTTATGATTATCTCTGCTCAGATTGTGAACTATTTTGTGTTAAACTCTACATTTAATACATGCAG AGGAACAGTTTTGAGCAGTTCTGCATAAATTATGCAAATGAGAGATTACAGCAACATTTTAATCGTCATTTATTCAAGTT AGAACAGGAGGTACGTTCCAAATAGAAACTGACTACTTAAACAAAAGAACAATGGATGATGTTAACGGGGCCTATAATAT TGTTTAATCAGTACCTTCTTGTTTCGTCTATTTCTACAAGTCTTATTAAAATTTTGAAACATACACCGACAATATTTTCA TTGTGGATTCCTTTCTCGTCATGGTTGTCTGCTGATTTTGATCTTGTTATTGACAACTTTTTTGCTGATAGAAGTTGGAT GTAAGCTAAGGTAAGATGTAACTAGAAGTTGGATGAGACTTCTATTAGTTGGCATCTTACCTTAGACTTTCCTAAATAAG TTTTTGTTTTTCCAATTTAGGAGTTAACACTGAGTACTGTTCATCTATTTAACCTAGCTGTGATCAACAAACCTTCACAC TGTCACCTACTAGGCTGCTACTATCTTGCAATTATGTTGGTAGAGAATATATGGATACCGGTCTTCCCCTGGTTCTTCAA CAGTTCAACGTGCCCATGTCAGAAAATGCCCTCCTATATTCAGTTTCACATAACCCAACTTCCTGAAATCATTGATCTCT AGTCAAACAAATTCTTATATAAGTTGACCATCTACTGCACTTCTTTCAAAAACTGAACGTATTGAACCCCTTTGTAGGAA ATTTAGAATAGAAGAAGGTATGCTTACCTCTGAAAGCTAAACATCACCTAATGCTTTTGAATGTTTCATAATTTTGTTTC AGGAATATATCCAAGATGGCATTGATTGGGCTAAAGTTGAATTTGAAGACAACCAAGACTGCCTTAATCTTTTTGAAAAG GTAAGGATCTTCCTTGCCCCCTTTACTGTTTAATGTTTAGGGTATTTATGGTTTGAATATGGAGGCAAAGGCAGTGGGAA AAAAGTTAGCTGATCTGCATCTTCAGTGGGCTATACGTAGCACTTACATATGTAATGTAATGTGATGTTTTCATATTTGC CGGTATTTTAGAAGAAACAGAGCTTTTGGAATTTCCTAAAGAACACATTTTTTATATTTTTGGGTTTATTGGTATTAGAA AGCATAGATTCTTTGGTCTGATTGAATATTAGGATATTGGGGTTCACAATCATTCATCATACATTGTCTGAATGCCATGT CAAACATTACGTGTGATACCATCACTCACTTTCGCATAACTAATAAGATATAAAAAAGCTTAGATTATTTTGTATACTAT TAGAATTTGGGTTAGACCTAACTCTACCCCAAAAGCTAGCTTAGAGGCGACGATTGCTCTCCCTTTCATAAGGACTATCT TGGCCACATATCTAGTCAATGTGAGACTTCTCGACACGCCCTTTCATATGGACTATTTTTGGGTTTATTGGTATTAGAAA GCATAGATTCTGTGGTCTGATTGAATATTAGGATATTGGGGTTCACAATCATTCATCATACATTGTCTGAATGCCATGTC AAACATTACGTGTGATACCATCACTCACTTTCGCATAACTAATAAGATATAAAAAAGCTTAGATTATTTTGTATACTATT AGAATTTGGGTTAGACCTAACTCTACCCCAAAAGCTAGCTTAGAGGCGACAATTTCTCTCCCTTTCATAAGGACTATCTT GGCCACATATCTAGTCAATGTGAGACTTCTCGACACGCCCAGGGCCGAACATATGGAGCGTGGGATTTGCATGTATGAAC ATCTGTGGGTGGCCCATATATGGGTGGTCTCCAATAAACGATCTAGGATAAACTCTGATACCATCTTAGAACTTAGGAGA CCTAATTCTACCCCCAAAGCTAGCTTAGAGGTGAGGATTGTCTTCCCATATATAAGGGCTATCTTGGTCGTATCTCTAGT CAGTGTGGGACTTCTCAACATATACATTCTAAACTTGCTATATAGCTTGCTATATCCTTTCCTTTTGTTGTTTCTTTCTG CTGTTGAACTAAATACTTTGGGATGTGATTTTGTCTTAGTGTCCTGTACTACGTTGATCCAAATCTGGTTATTAATTTAA CCTATATTACTACGTGGATAATTTGTGATGTTGACAATAATAGTATTTCCTTTTTCCCTGGCTCAAGGTACCGATATTAT GGCAAGTAGTAAAAGAAGGAATCTTGTTGTGGCTAATACATATCTATTCTTTGCTGTGGAAAAATGTCATGTCTGATCAG AAATTAGAAATGCTGTTTTCTTAGACTTTGCTTCTTATATATGTGCAGAAACCGCTTGGGCTACTATCTCTGTTAGATGA AGAGTCAACTTTCCCAAATGGCACGGATTTAACATTTGCTGACAAGCTTAAGCAGCATTTGAACTCTAATTCATGCTTCA AAGGAGAACGAGAAAAAGCCTTTACTGTGTCTCATTATGCAGGGGAGGTATAAATTTGGTTATGTTTATACAACGTTATA TTCTTTCTGTCTGGCACATGAACAGTTCTACGATTTACATTATTATGGTATTCAATTTGACATTTCCGTTTGAGCTTTAC ATTGTGATACAACTATTAAAGCCCTACATTCCACTATATTGAATTCTTATTAGTTAATCTACTAACCAGAATCTTTCTTT TTTTCATCATTACTTACCTACCAAGCCTGGTTTTTTTTTTTTTTTTTGAAATTTACCAACCATGGTTTTGGTTTTGATTG TACTTTCATGGTTAATATTTTTGAACTCCCAAATACTATTGTTTTTCTTAAAGTAAAGGATTAGATACTTTTTATTGATT TTAGTTTGATCATCCTATCTGACTGTTTATAGTTACATTTTTTCCTGTTCCCTTTAGGTCACTTATGATACAACCGGATT CCTGGAGAAGAACAGGGACCTACTGCACTTAGATTCCATCCAACTGCTATCCTCAAGCAAGAGTCATCTTCCTCAGGTGT TTGCATCTCACATGCTTACTCAATCTGAGAAGCCTGTAGTTGGTCCCTTACACAAGTCAGGTGGGGCAGATTCCCAAAAG CTTAGTGTTGCTATGAAATTCAAGGTACACAGCCTTAATTATAATTTTCTCCTAAACCTATCATGAAATTACATGACACT CAAACAGCTAAGGTCTACAACCTTAATTAGAATCTTCTCCTATGCCAAATTTAAAAAAACAGAACAAAGTAAATTAATGT CGTATTTTTGTAATTAAAAGTAAAAAAAGGAATGAAAAAATGGGAATGGAACCAAATTCGTCTTAATGTTTTTGTTCTCC CAGCTGTCCATTCATTTTTTATTGCACTCTCTCCTTCCCCCAGCCACTTCATTCCCGTACACTCCTGCCACATGCACCTT AAATGTTCATTTTTTTTCTTCTTCTTTAGGTTAGGACTTGAAATATTTATCTTGCTTCAATTCTCTTTACAAGTTATTTC TGTTTGTTACCCAGGGACAATTGTTTCAACTTATGCAACGTTTAGAGAGTACCACTCCACATTTTATTAGGTGCATTAAG CCCAATAACCTCCAATCACCTGGATCATATGAACAAGGCCTTGTACTGCAGCAGTTGAGATGTTGCGGGGTCCTCGAAGT GGTTCGAATATCAAGATCAGGCTTTCCAACTAGAATGTCTCATCAAAAGTTTGCCAGAAGGTATGTAACCAACTGAGAAA GAAACTTTGGTGATTTATATATTTTCAATTCCCCTCTGTCCCACCTACCCCCAAACCAGCATGGTGTTGTTTGCACGTTT CTAACCTTTTTCTTATTGTCTTGGGAGTGGTAACAGATATGGGTTTCTTCTCCTTGAAAATGTCGCATCGCAGGATCCAC TTAGTGTTTCCGTTGCTATTCTTCATCAGTTTAACATTTTGCCTGAGATGTTTCAAGTTGGCTTCACAAAATTATTCTTC CGAACAGGACAGGTAAACTAGAATTCTCTATGAGTATTAAACATATTATTTCTTTCCATTTGAATTGCTGTGGTGGTGGT AAAATCAGTTATATTAATTTCGTGGCCCCAACAGTTTTCATGGCTTTTTTTTTATCATCAACTTAAAAAGGAGTAAATGA AATCAATTATTTTAGATCTAAAATCTCTGGTTATCCATCTACTTTTATTTTAATCATTGGTCAGTAATATTTATATTATT TGTTGTGGTTTTTACTCAGTAAGATGTGGAATTTTGGGCTTCGCTGAATAATGATTGCATGTATTAAAGTTTCAAGTTTT ATTTGAACATGTTGGTTCCTTTATCAAGATACTATAATGAAATTTCAGTGTCTTTTTGATAAGATTAAACCTCCTTTGAT CCAAGTTTATCGCCGGAAAAAAAAGAATTTCAGGTCTGGAACCACCATGGGGGGTGGCGCAGCCACTACTGTGGCCATGG AGACTGCTGAGCAGCCAAAACAGCAAGGAGAGAGGGGAAATATGAATTTGGCAGATGGATAGGGGCAGTTACCAGTCTGT AGTTATTAGGAGTTAGCAGTTATTATGTGTGTATGTCAGTTTGAATTCAAAATAGAAACTGCACTATGCAGTTGTATAAA TAATAGATGTAGCCTATTAGATGATCATCCAGGAAATTATAAGTTTGGTAGTATGGAGAGAACAGGCTCTCGAACTCCTG CTGTATTGTACTATTCCCAGTAGAGATTCTTCATCTCTGCAGTATCAATAATAATTATCCATTATTCTATTCCCCTATCT TATCATTTTGGTATCAGAGCACCATCCAGGTGCTGTGGTACTTAAGTGGTTCACTTTATAAATGGGAAAAACTCGTTCTG AAGCCAGTCAAGATCCAATGGAGCGGATGCAAGAAATTATGGAAATGTTGCAGATTGATCGTCAACAAGCACAGGCTGAT CGTCAACAAGCACAGATTGACCGTCAACAAACTGATCAACGAATTCAACGTTTGGAAAACATGATGAAGACGTTCATGCA TCGGGACGACCTTGGCTCTCAAAGAGACAATCATGAACAGAGCATTAAGCGCCCAGGACAGGAAAAAGAGTCTAACTGTG ATAACACTTCTGCACGTTGGCGGAAGTTGGAGGTTCCAGTTTTTGATGGTGTTGCTGATGCCTATGGTTGGGTTCATAAG TTGGAAAGGTTCTTCCAAATTCGTGGAGTTCCAGAGGAGGGGAGATTGCAGGCGGTTCTGGTGGCACTGGATGGAAAAGC TCTATCATGGTTTCAATGGTGGGAAGGTTGTCATCCTCACGCAGACTGGGACACTTTTAAGTTGGCAATTCTGAAGAGGT TCCAAGTTTCAAGTACTCTCAATCCCTTTGCTGCTTTACTAGCCCTTAAGCAAGAAGATTCGGTGGCGGAATTTGTGGAA CAATTTGAGAAATTTGCCGGCATGTTGAAAGACATTGATGAAACACACTTAATGGATATCTTTGTGAATGGTTTGAAGGA GGACATAGGTGCAGAAATTAAACTTTATGAACCAACAACCTTATCCATCATGGTCCAAAAGGTTTTAATGATTGAGCAGA AAAATCTTGCAGTTAGTAAGGTTCATCCAAATTCCACTTCTGGTTCAAGGTTCAGTAATTCTTATAAGTCTCCATCCATT TCTCGAACTGTCACAGTTGATACTACACAGAAGAGTGGAGGCAAAAGTTACACACCATCTTCATCTTATTCTGGTAGTGT CTCAGTGGATAAACCATTTCAAAGAAATCGACCGGGTAATTACCGTAGACTTTCTGATGCTGATTACCAGGAGAAGATCC GGAAAGGAGAATGTTTTCGCTGTGATGAAAAATTTGGGCCTAACCATGTGTGCAAGAACAAACAATTTCGAGTTATGCTG ATGGAAGAGACTGGCGATTCTGAACCAGAAGATGATCCAGATTGTCACCCCGAAACGGAACCTGTCCCACATTTATCCCT GAATAGTATTGTTGGATTCACTTCCAGAAGGTCTTTCAAGGTTTGGGGAACTATTGAAGATCACAAAGTTGTGGTGTTAG TTGATTGTGGAGCAACTCATAATTTCATTTCCAAGGCGTTAGTACAGGAATTGCACTTGAAGGTTGAGGATACTCCATCT TATGTAGTTGAAGTAGGGGATGGTCATAAGATACCATGCAAGGGTGTTTGTAAGGACGTGTCTTTGCTGTTACACAATGT GCCGGTCAATCAGCAATTTTATTTGTTTGGCCTTGGCAGAGTGGACATTGTATTGGGCCTAGAATGGTTAGCAAGTCTTG GTGACATTAGAGCTAACTTTGAACAGTTGACTTTGCGGTTTACTATGAATGGCCAGAAGTTATCACTCCAAGGGGATCCT GAATTATGCAAGAAGGATGCTTCTTTAAATTCCTTACTCAAGGCTTTGCAACATGGTGAGGGATTTCTCATTGATTTTCA ACAAATTCGAGCGGAAACAGATTGGAGGGCTAATGTTCCACCAGATTTAGTTTCCATTCTCCACCAATTTCCTTCCATAT TTGAACCGCCGGAAGGATTACCACCTCACCGTCGGCAAGATCATGCGATTCATCTCAAGGAAGGGGCGCAAATTCCTAAC TTAAGACCTTATAGATATCCTCATTACCAGAAAAACGAAATTGAGAAATTGGTTGCTGAAATGTTAGATGCCGGCATTAT TCGTCCATCTACAAGTCCCTTCTCCAGCCCCATAATTCTGGTTCGAAAGAAAGATGGTAGTTGGCGGTTTTGTGTTGATT ACCGGGCCTTAAACAAGATCACCGTGCCAGACAAATTTCCAATTCCAGTCATTGATGAATTGTTGGATGAAATAGGAGGG GCACGGATCTTTTCAAAGCTGGATTTGCGTTCCGGTTATCACCAAATCAGAATGAAGGAAGGTGACATTGAAAAAACTGC ATTCAGAACTCATGAAGGTCATTACGAATTTCTGGTACTTCCTTTTGGTCTCACTAATGCACCCTCTTCTTTCCAATCTT TAATGAATGAAGTTTTGAGGCCCCTTCTCCGCAAGTTTGTATTAGTTTTCTTCGATGATATTTTGATATATAGCCTCTCC ATGGAAGATCATATCCAACATTTGCACACTGTTTTATCTCTATTACAACAACATGATTTGAAAGTCAATGGGAAGAAATG CACTTTTGGCCAAGAGACTTTGGAGTATTTGGGTCACATCATTTCTGCAGGTGGAGTTTCTGCTGATCCAAAGAAATTAG AGGCTATGTGGTTGTGGCCTACTCCCAAGGACATCAAAAGTTTAAGGGGTTTTCTTGGGCTAACAGGTTATTACCGCCGT TTTGTACAGAATTATGGGAAGATTGCGAAACCTTTGACTAATTTATTGAAGAAAGATGCCTTTCAATGGAGTTCTGATGC TCATGCTGCTTTTGAACAATTAAAGAATGCCATGACTACTCTTCCTATGCTGGCTGTTCCTGATTTTACCAAGCCTTTTG TTTTAGAGACTGACGCTTCAGGTACAGGTTTGGGTGCTGTTTTATTGCAGGAAGGTCACCCTTTGGCTTTTTGGAGTACA ACTTTATCTGATCGGAATCAAAGGAAATCAGTCTATGATCGCGAACTGATGGCGGTTGTCAAAGTTGTCCAGAAATGGCG CCATTACTTGTTGGGTCATCATTTTATAATCCGAACTGATCAGAAAAGTTTGAAGTTTTTGGCAGATCAACGCATGTTGG GTGAAGAACAATTCAAGTGGGTTTCTAAGTTGGCTGGGTTTGACTTTGATATTCAGTACAAACCGGGTAAAGACAATTCT GCTGCTGATGCCTTATCCCGGCGGAGTTCTTATTGCGCCATTTCTATCTTACAAATTCATGATTTTGAAGAATGGGTGGA AGAAGTCAATAAAGATGACAAGTTGCAGAAAATTATACAAGACTTGATTCTGGACCCTACTTCTCATTCCGGATATGTCT TGCGTGATCAGAAACTATTCTTTAAAGGTAGATTGGTTTTATCAAAGACTTCCTCCCGTATACCAGTCATCTTGAAAGAG TTTCATTCTTCATTGATGGGAGGGCATTCCGGAATCTTCAGAACATACAAAAGGGTGGCCAACTTGGTTTATTGGGACGG CATGAAATCTGACATCAAGAACTATGTGGCTGCTTGCGATGTTTGCCAAAGGAACAAAAGTGATACTTTAACTCCGGCTG GCTTATTGCAACCTTTACCCGTTCCTACTCAAGTTTGGACAGATATTTCCATGGATTTTGTCACTGGTTTACCTAAATCC ATGGGGAAAGACACCATTCTGGTAGTAGTTGATCGTCTTACAAAATATGCACATTTCTTGGCCTTGGGTCATCCCTATAC AGCTACTGAGGTTGCTGCAGTATTCCTTCAAGAAATTGTCAGGCTCCATGGTTTTCCTTCCTCCATTGTATCTGATCGAG ATCCCCTTTTCTTGAGCAATTTTTGGAAGGCACTTTTCCGAGCAGCAGGTACTCAATTGAAATTTAGTTCTGCTTATCAT CCCCAAACTGATGGCCAAACCGAAGTTGTCAACCGGTGCTTGGAGGTGTACTTGCGCTGTCTTACAGGTTCCAAACCCAA AAAATGGGTTTCTTGTCTTCCATGGGCTGAATTCTGGTTTAATACTAATTATAATGCTTCCAGCAAAATGTCACCTTTTC AAGCCTTGTATGGGCAGGATCCTCCTCTTCTTTTCAAAGGTTCGACCATTCCTTCCAAGTTAGATGAGGTTAATAAACTT TCTAAGGACCGGGACGAATTGTTGGCAGATTTGCGAGACAACTTGCTTAAGTCTCAGGATATCATGCGTACATATGCCAA CAAACACAGAAGACAAGTGGAATTTGAAGCTGGCGATTGGGTCTTCTTGAAGTTGCAGCCTTATAGAAGGCGATCTTTGG CTCAACGAGTTAATCAGAAACTCAGTCCACGATTCTATGGGCCATTCCAAGTGCTAGCCAAAGTTGGAGCTGTAGCTTAT AAATTGGACCTTCCTTCCCATAGCAGAATTCATCCGGTGTTCCATGTCTCTCTTCTTAAGAAAGCCATTGGCGATTCGTT TCAATCTCAGCCCTTGCCTCCCATGCTATCTGAAGATCACGAGTTGCAAGTTTATCCCGAATCGGTTCTCAATGTTCGTG AAGATTCTCCTGGTAATGTTGAGGTTCTGATTTCCTGGCAGAATCTTCCTTCTTGTGAGAATAGTTGGGAATCGGTGGCC CGCATTCATGAAGCCTTTCCAGACTTTCACCTTGAGGACAAGGTGAATCTTCAAGGGGGGGGGGGTATTGATAAGATTAA ACCTCCTTTGATCCAAGTTTATCGCCGGAAAAAAAAGAATTTCAGGTCTGGAACCACCATGGGGGGTGGCGCAGCCACTA CTGTGGCCATGGAGACTGCTGAGCAGCCAAAACAGCAAGGAGAGAGGGGAAATACGAATTTGGCAGATGGATAGGGGCAG TTACCAGTCTGTAGTTATTAGGAGTTAGCAGTTATTATGTGTGTATGTCAGTTTGAATTCAAAATAGAAACTGCACTATG CAGTTGTATAAATAATAGATGTAGCCTATTAGATGATCATCCAGGAAATTATAAGTTTGGTAGTATGGAGAGAACAGGCT CTCGAACTCCTGCTGTATTGTACTATTCCCAGTAGAGATTCTTCATCTCTGCAGTATCAATAATAATTATCCATTATTCT ATTCCCCTATCTTATCACTTTTTTTCCGTCAGCCTCGTCGTGGTTAGATTTAGTGAAATAGTTCATATTTGCATTATTTA CCTTTTTCTTTTTTTCCTACTTTCTTGTGATTTTCTTGCTAAAATCTGAACTTATGTTACAACCTAACTTTAATCTCTTG CAATAGTTCAATCATCAGAGTCCAACTTTAAACTTATCTACTATTTGTGGATTGAAAGGATTCTAGAATTGTTTTGGCAT CCCTCTGCCTCCTCTTTTGCATGATAAACTGGTCCATGTCTTCAAATTGCTCCCTGCAAGGGTTCAATAGCTTTTGCATT ATCTTTTTATTGTTGAAATAGTTTAATCACCTAGCCCAACCCTATTTACTTCCTGTGTATTGTGTCTTCATTATGCTGTA TTGATCATGATTGCAGATTGGTGTGCTTGAAGATACTAGAAATCGTACCCTCCATGGCATTTTACGTGTGCAAAGTTGCT TCAGGGGTTACAAAGCTCGATGTTACCGCAAGGAGCTTTGGAGAGGAATCACTACTCTTCAGTCATGTACTTTCTTTTTC TCCCCCTAATGCTTTTGGCCTATCATACTCCTTGAAAAGTGTAACCGAACTGGAAACATTTTCTTACCCATTCATGCAGT TATTAGGGCAGAGAAAAGTAGAAAGAGATATGCAGCTTTACTTCAGAGACATAGAGCTGCTATTATTATACAGAAGCAGA TGAAAACAGTAATTGCAAGAAACGGAATGAAAACTACTAATGATGCTGCAGTTGTTATACAATCATGTAAGAACGCTATG TTTCTTATATGCAAAGATCTTAATTATGAAAGTAAAATACTGCATTTTGTTGTCATGAAAGGCAACTGTCTATTCAATGG TATAGGTAAAATTTCACAATTTGTTTTTCCTGTGTTTTGCAGTTATTCGTGGTTGGTTAGTCAGAAGATTCTCTGGAGAC ATAGGTTTATTAAAATCCGGAGGCATGAAGGTATTCTCTATTCTAATTCAGAGCCTATATTTCAAAAAGATTTTTGTCAT GGATTGCTGCTTAAAATATCATATTTGTCATGCTCACAATCATGAACTCCCGAACAGACTAACGAGTCGGATGAGGTCCT CGTGAAGTCGTCTTTCTTAGCTGAACTACAACGAAGGGTACTTAAGGCTGAAGCTGGCCTAAGAGAGAAAGAAGAGGAAA ATGACATCCTTCACCAACGTCTTCAACAGTACGAGAGCAGATGGTCTGAATATGAATTGAAGATGAAATCCATGGAAGAA GTATGGCAGAAGCAAATGAGATCCCTTCAATCTAGCCTCTCCATCGCTAAGAAGAGTCTTGCTATGGATGATTCTGAAAG AAATTCAGATGCGTCGGTTAATGCAAGTGATGAGAGGGAATACAGCTGGGATGTAGGAAGTAATCACAGGCGCCAAGAAA GCAATGGAACGAGATCTATGAGTGCTGGTTTGAGTGTTATCAGTAGGTTGGCTGAAGAATTCGAGCAAAGGAGTCAGGTA TTTGGTGATGATGCGAAGTTCTTGGTTGAGGTAAAATCTGGCCAGATTGAAGCAAGTTTGGACCCAGACCAAGAGCTTAG AAGGTTAAAACAAATGTTTGAAGCTTGGAAAAAGGATTATAGTGGAAGACTGCGTGAAACAAAGCTTATTTTGCATAAAC TTGGAAGTGAAGAAAGTTCAATTGAAAAAGCGAAGAAAAAGTGGTGGGTAAGAAGGAATAGTACAAGGATAAATTGATTT ATTTTTTTCCTCTTGTGGCTTTGGCTTTGGTCTATGCACTGTTTTTTAGGGCATTGCCAACTATATATCCCAAAATGAGG AAAATACAATAGGAAACAAAAGTTAGGAGTAGTAAGAGTCCAAGGACGAATGAATGATTACTGTAATCAGGTTAGCTGCT GCTAGCCTTCTGCACGAGTTTTGGGGTTAGACACTGGCTATAAAGCTTCTAATTCATGTTAAAAAAAAATCACCTAGCCT TCTATGGTCTGTGAATTGCATGCTAATTATGGTTGAAAAATGTCTGCTTAATTTCATTAATTATATCTTAAAAGCATCTT ATATATCATAGAAATAAAATGCTTAGTATAACAGATTTTTACACTTTTTCAAAATTATATTCATTATTGAGTACAATTTT AACTTTACTAATGGGAAGTTAGTTTTTCTGGTGGAGCTCAAAATAAGAAAACTTGGCAAAAAATTCAACTTGACCTTTTG GATGAAAAAACTATTGTTTTTAGATGTGATATGCCTTTCTCAAATGGCTCTAGTAGCTACTTAGACTTCACTGAAGACAA ACCAAGCAATGATTGAACCTGATGCCATTATTAGTTAAACAGTGAAATAAAGACAAACAAATGTGTTAAAAAGACTTCAC TGAATTCCTTTTGATAGCATTCCTGAAG
CDS sequence (LotjaGi5g1v0353200.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAGCTCTGGATGTTGTCCATATTAGCAAAGGAGACCAGGATAACGTATTTGCAATGCTTGCTGCAGTATTATGGTT AGGAAACATATCATTTACTGTGATCGATAATGAAAATCATGTTCAAGCTGTTGAGGATGAGGGGCTGTTCAGCGCTGCCA AGTTGATTGGCTGTGACATTGAAGATCTTAAGTTGACTTTAACAACTCGTAAAATGAAAGTTGGTAATGACATTATTGTC CAGAAGTTGACGCTTTCTCAGGCTATGGATGCAAGAGATGCTTTGGCGAAATCAATATATGCATGTCTGTTTGATTGGCT GGTTGAGCAAATAAACAAGTCACTTGCAGTTGGCAAAAGACGCACTGGCAGATCTATCAGTATTCTAGATATTTATGGTT TTGAGTCATTCAATAGGAACAGTTTTGAGCAGTTCTGCATAAATTATGCAAATGAGAGATTACAGCAACATTTTAATCGT CATTTATTCAAGTTAGAACAGGAGGAATATATCCAAGATGGCATTGATTGGGCTAAAGTTGAATTTGAAGACAACCAAGA CTGCCTTAATCTTTTTGAAAAGAAACCGCTTGGGCTACTATCTCTGTTAGATGAAGAGTCAACTTTCCCAAATGGCACGG ATTTAACATTTGCTGACAAGCTTAAGCAGCATTTGAACTCTAATTCATGCTTCAAAGGAGAACGAGAAAAAGCCTTTACT GTGTCTCATTATGCAGGGGAGGTCACTTATGATACAACCGGATTCCTGGAGAAGAACAGGGACCTACTGCACTTAGATTC CATCCAACTGCTATCCTCAAGCAAGAGTCATCTTCCTCAGGTGTTTGCATCTCACATGCTTACTCAATCTGAGAAGCCTG TAGTTGGTCCCTTACACAAGTCAGGTGGGGCAGATTCCCAAAAGCTTAGTGTTGCTATGAAATTCAAGGGACAATTGTTT CAACTTATGCAACGTTTAGAGAGTACCACTCCACATTTTATTAGGTGCATTAAGCCCAATAACCTCCAATCACCTGGATC ATATGAACAAGGCCTTGTACTGCAGCAGTTGAGATGTTGCGGGGTCCTCGAAGTGGTTCGAATATCAAGATCAGGCTTTC CAACTAGAATGTCTCATCAAAAGTTTGCCAGAAGATATGGGTTTCTTCTCCTTGAAAATGTCGCATCGCAGGATCCACTT AGTGTTTCCGTTGCTATTCTTCATCAGTTTAACATTTTGCCTGAGATGTTTCAAGTTGGCTTCACAAAATTATTCTTCCG AACAGGACAGATTGGTGTGCTTGAAGATACTAGAAATCGTACCCTCCATGGCATTTTACGTGTGCAAAGTTGCTTCAGGG GTTACAAAGCTCGATGTTACCGCAAGGAGCTTTGGAGAGGAATCACTACTCTTCAGTCATTTATTAGGGCAGAGAAAAGT AGAAAGAGATATGCAGCTTTACTTCAGAGACATAGAGCTGCTATTATTATACAGAAGCAGATGAAAACAGTAATTGCAAG AAACGGAATGAAAACTACTAATGATGCTGCAGTTGTTATACAATCATTTATTCGTGGTTGGTTAGTCAGAAGATTCTCTG GAGACATAGGTTTATTAAAATCCGGAGGCATGAAGACTAACGAGTCGGATGAGGTCCTCGTGAAGTCGTCTTTCTTAGCT GAACTACAACGAAGGGTACTTAAGGCTGAAGCTGGCCTAAGAGAGAAAGAAGAGGAAAATGACATCCTTCACCAACGTCT TCAACAGTACGAGAGCAGATGGTCTGAATATGAATTGAAGATGAAATCCATGGAAGAAGTATGGCAGAAGCAAATGAGAT CCCTTCAATCTAGCCTCTCCATCGCTAAGAAGAGTCTTGCTATGGATGATTCTGAAAGAAATTCAGATGCGTCGGTTAAT GCAAGTGATGAGAGGGAATACAGCTGGGATGTAGGAAGTAATCACAGGCGCCAAGAAAGCAATGGAACGAGATCTATGAG TGCTGGTTTGAGTGTTATCAGTAGGTTGGCTGAAGAATTCGAGCAAAGGAGTCAGGTATTTGGTGATGATGCGAAGTTCT TGGTTGAGGTAAAATCTGGCCAGATTGAAGCAAGTTTGGACCCAGACCAAGAGCTTAGAAGGTTAAAACAAATGTTTGAA GCTTGGAAAAAGGATTATAGTGGAAGACTGCGTGAAACAAAGCTTATTTTGCATAAACTTGGAAGTGAAGAAAGTTCAAT TGAAAAAGCGAAGAAAAAGTGGTGGGTAAGAAGGAATAGTACAAGGATAAATTGA
Protein sequence (LotjaGi5g1v0353200.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEALDVVHISKGDQDNVFAMLAAVLWLGNISFTVIDNENHVQAVEDEGLFSAAKLIGCDIEDLKLTLTTRKMKVGNDIIV QKLTLSQAMDARDALAKSIYACLFDWLVEQINKSLAVGKRRTGRSISILDIYGFESFNRNSFEQFCINYANERLQQHFNR HLFKLEQEEYIQDGIDWAKVEFEDNQDCLNLFEKKPLGLLSLLDEESTFPNGTDLTFADKLKQHLNSNSCFKGEREKAFT VSHYAGEVTYDTTGFLEKNRDLLHLDSIQLLSSSKSHLPQVFASHMLTQSEKPVVGPLHKSGGADSQKLSVAMKFKGQLF QLMQRLESTTPHFIRCIKPNNLQSPGSYEQGLVLQQLRCCGVLEVVRISRSGFPTRMSHQKFARRYGFLLLENVASQDPL SVSVAILHQFNILPEMFQVGFTKLFFRTGQIGVLEDTRNRTLHGILRVQSCFRGYKARCYRKELWRGITTLQSFIRAEKS RKRYAALLQRHRAAIIIQKQMKTVIARNGMKTTNDAAVVIQSFIRGWLVRRFSGDIGLLKSGGMKTNESDEVLVKSSFLA ELQRRVLKAEAGLREKEEENDILHQRLQQYESRWSEYELKMKSMEEVWQKQMRSLQSSLSIAKKSLAMDDSERNSDASVN ASDEREYSWDVGSNHRRQESNGTRSMSAGLSVISRLAEEFEQRSQVFGDDAKFLVEVKSGQIEASLDPDQELRRLKQMFE AWKKDYSGRLRETKLILHKLGSEESSIEKAKKKWWVRRNSTRIN
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 |
|---|---|---|---|---|---|---|
| SMART | 1 | 440 | 440 | 3.5E-107 | ||
| PANTHER | 1 | 764 | 764 | 0.0 | – | |
| PANTHER | 1 | 764 | 764 | 0.0 | – | |
| ProSiteProfiles | 1 | 439 | 439 | 167.37 | ||
| SUPERFAMILY | 2 | 490 | 489 | 1.95E-156 | ||
| Pfam | 2 | 427 | 426 | 6.4E-138 | ||
| Gene3D | 6 | 114 | 109 | 9.0E-127 | – | |
| Gene3D | 115 | 372 | 258 | 9.0E-127 | ||
| PRINTS | 125 | 153 | 29 | 4.0E-17 | ||
| Gene3D | 137 | 329 | 193 | 9.0E-127 | – | |
| PRINTS | 178 | 206 | 29 | 4.0E-17 | ||
| Gene3D | 373 | 440 | 68 | 9.4E-16 | – | |
| SMART | 440 | 462 | 23 | 0.78 | ||
| ProSiteProfiles | 443 | 470 | 28 | 7.51 | ||
| Pfam | 445 | 460 | 16 | 0.058 | ||
| SMART | 463 | 485 | 23 | 15.0 | ||
| ProSiteProfiles | 466 | 493 | 28 | 7.144 | ||
| Pfam | 467 | 484 | 18 | 0.093 | ||
| SMART | 489 | 511 | 23 | 20.0 | ||
| Gene3D | 489 | 536 | 48 | 4.2E-9 | – | |
| SMART | 512 | 534 | 23 | 2.3 | ||
| ProSiteProfiles | 513 | 542 | 30 | 7.364 | ||
| Pfam | 515 | 531 | 17 | 5.1E-5 | ||
| Coils | 559 | 607 | 49 | - | – | |
| MobiDBLite | 626 | 640 | 15 | - | – | |
| MobiDBLite | 626 | 665 | 40 | - | – |
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. | ||
| 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 LotjaGi5g1v0353200.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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