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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0353200 |
| Transcript ID | LotjaGi5g1v0353200.3 |
| 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_chr5:66884234..66900776) extracted from Lotus japonicus Gifu genome v1.2.
ACATCCAATGTCCCACCTGCCTTCCACTCCATTAAATCTTTGCCTTCCGAGTTCAAGCTTAGTAATAATCCAAACACTGG TGTTGGGGGAAAACATGGAAACCATAGATTGAGGAGCACTGATCTGATTGCATCGAATGGTTCCGAAAATGGTGCATCGG TAGGGGAGGTTTCTAAGGGAGTTCACAACCGTGCTGGTGACATGAATCTTTTTGACGATGAATCGCCATACGGGGGGAGT GACAGATCATTCGAAGACAGGCTAGTGAATGCTGATGAAGAGTTGGTATCTGTTTCAAAGCCACTCCCATCAAGTTCAAC GTCCTCTAGGGATAGCAGATGGAGTGATACAACTCCTTATGCTTCAAAGAAGGTAACTTTGGTTTCAGATTGCAGTTTTA CTTTGCTGCTTGGTTTTGAAATCAGTTTGTTATGCCTGTGATGTAATTATTCATCTGAATGAATTACTTGTTTTTCCTGG AAGAATGTTCAAGAAGTTAACGCAATTTTGTTATTATTCATCTGGATGACTGCTATGATGTGTGCTTCCAAAGTTATTGG TATTGCAAACTTGTAATTGGCTGGGGCCTGGGCTAGCAGCACTATAGGAACATCTGACTTACTGTGAACAATGGGGCTCT TGATCATATCCATCTTTTTCCATCTCTTTGGTTTAGCTTTGTTTTAACAGAACATCCATATGTAGTGGCTTGAAAATTGA ATGAAGGTTATTATTCATCTCTTTGGGATTTCTGCTTGCATGGACTCAATTCCTTTTATCTTGCATCAGCTGGGAGTGTC TTGGGGAAGAGAGATATTAGTAAAATTTGAGATTGGCTGGGCTAGCATCCACTGTTGCTTGTTGTTTACTTTATTTTTTT GTCAAACAAAAGCATCTACAGCTTTCTCCTCTCATTCTCTCTATCTTTATTTAATGGATGTTTGTGTGTGTGTGTGTTGT GTGTGAATGGATTGTACTGGGAAAGGGATGCATTCTCCATTGTTTAGATAAGATGAACAATTTTTTTTCAAAAGAAGATA ATTACGATTAAAGCAGATCCATACTTTTGTTTTGTGAGTTTGTTTGAGTTCTCATCAATCATCATTAATAGATAATAGAT GATTTAAAATTTGATATTCACTGTTTCAGAAGCTTCAGTCTTGGCTTCAACTCTCTAATGGGGATTGGGCGCTGGTGAAG ATAATAACCACTTCGGGAACAGAATCTGTCATTTCACTGCCTGATGGGAAAGTAAGATGAGTTGACATATTTTTCAAAAT TGGTGTGTTATTCTTTTTCTTTTGGTCTGATTAACTGTACTCTTTTCTCTCTTAATTGTAGGTTTTAAAGGTCAAAGATG AAAACTTGGTACCAGCAAATCCTGATATTCTTGATGGAGTTGATGACCTCATGCAACTTAGTTATTTAAATGAACCATCA GTTTTATACAACCTGCAATGTAGATACAATCAAAATATGATCTATGTAAGTCTTTATATATCTGCAGTCCTTCTCATCAA TTTTGTTTCCTAATCATAACATCTTAATGCACACAACTGCATGCAATTCAGACGAAAGCAGGGCCTGTTTTGGTTGCCAT AAATCCCTTTAAGAAAATTCCTCTGTATGGTAATGACTATATTGAAGCCTACAAGCGTAAAGCAGTTGAAAGCCCTCATG TATATGCAATTACAGACACTGCCATCAGAGAAATGATACGGGGTAACTTTTTCCTTTCTTATATTTACATGTATGATGAT TTTTTTTAAGTTATGTCCACTTCCACTTGTTTTTAAGCTATGACTTATTACTGTAATTCATGCTTTGTTTCCAGATGAAG TTAATCAATCAATAATTATAAGGTCAGTATTTTTTTATGAATTCTTTTTCTGAGAAATTTGTTACTGGGTGTTTCCTTGT TTCCTTTTTTACAAGATGCTTCAATCTATAAGTTTTATTCCATTTGCAACTTGTGCAAGTATTGCTTGAATACTGGTCTT AAATTTTATTCTCAAGTTTAATGAGTGGTCTGATGTCCTTGCTTCCCAGGTGGGGTCAAGTTTCACTCAAGATTGTGAAC TGAAATTTGCCATGCTTATTGGATTTATTCTTGTTTAAATGTCATTTAGGAGACCTTAATATTTTCATTGTATGAGAGAT ACTCAGAAACTCAGATTGTTCATTTGCAATTTTTTGGATCAAATGAGGGGTTAGGCCAAAAAATGTATGGGGAAAAAAGG AACTATTGGTAAAAGTATTTTCAATTTAGGAATGATTATCCACTCAACCGGTTAACAGTGTTCAATGTATGGCTATGCAC ATGAGTGGTTAAATTTTCCTGTTCCCTAAAATGGAAATATTCTTAGTGGGGGTTTTTCTGTTGATTTTCTAAAATTCAGG GATGAGCTTCTTGTGTTCCACTCATTTGAAGGTTGATGACATAACAGCTTCTTTATGTTGCTCTCTGTTTTCGTCATGAA TATCAATCTCAACTTGATTTTCCTTAATATTTTGTGTCCCTTAATGCGTTTGAACTGGGATCCATAATAATTGTTATAAT CTACATATTCAGTGGAGAGAGTGGAGCAGGGAAGACTGAGACAGCAAAAATAGCAATGCAGTACTTGGCTGCCCTTGGTG GTGGAAGTGGAATAGAGTATGAGATATTAAAGACTAATCCAATACTAGAAGCCTTTGGTAATGGAAAAACACTGAGAAAT GACAACTCAAGTCGTTTTGTAAGATTTCCCATGTATATCATATTGGTTCTTTTAGTTGACCCATTCCTGGGTTTAGATCA TGTTCTCAATTGATGCTGAAATCTCTTATAATTTGATTGAATATTACAGGGAAAGCTCATTGAGATTCACTTCAGCGAAA CTGGAAAAATATCTGGTGCTAATATTCAAACATGTAAGTTTACTACTGAATTGTGGTTCAAAATGCAAACCTAGTGTCTA TGCTTCCACTATAAGTTTCCAACTAATTATGTTTGCATCTATGTTTTGAATCTATGTGATTCTCCTGGCATGACCACACC ATAAACAGTTTTGTTGGAAAAGGTAATTCATTCTTCTTAGCAAATTTTATATTCCAATTTGTTCTCATAGTATGTCAACT GATACCAATTTTACTTGGTACCTGAACAGTCTAGAGTTGTCCAATGCAATGAAGGGGAAAGATCATATCATATATTTTAT CAGCTATGCGCTGGAGCACCACCATCACTAAGGGGTAATTGGATATTTTTACCTTCTATTTCTGCTAATATTTTTAGTCA GGTCCCAGGACATTGAACTTTGATCTCTTATTATTCAAGACGGCAATGAACCGACTATAATACTTAGAAGTTGCAACACA ATCTCATATGCATATGATTTGATTTCATTGAAGACATAAGATTTTTATATGAGTGTTCCCCTATGTAATACTATTCCACT GAATTTTTTTTGTTTATCTGCCTTCTCTGTTTCATTGTTTATTTGATATATGATTTTATGACTCAGAGAAGCTAAATCTG CAAAGTGCCCAAGACTATAAATATTTGAGGCAAAGCAGTTGTTATTCAATTACCGGGGTTGATGATGCAGAAGAATTTCA CGCAGTCATGGTATACAGTACTTTTCTTCACTATTACATAATGTTGGTCTGCGTCCATATATTTTTATATTACATTGTGT GTGTGTATTTTCCATTTCTGCTTCTAGTGATGTTTTGGGTTTGAACTTTGAAATAATAGCTAGACATACATATGAACTTT TTCATACTGTTGCCAATTTCTAGGAAGCTCTGGATGTTGTCCATATTAGCAAAGGAGACCAGGATAACGTATTTGCAATG CTTGCTGCAGTATTATGGTTAGGAAACATATCATTTACTGTGATCGATAATGAAAATCATGTTCAAGCTGTTGAGGATGA GGGTAAGAATATTCCAGAATCTTTATTGTTGGAATCTACAGCATAGATCTTTTGCGTGAAACTTCCTTGTTATAGGAAAG CTTTTGTTTGGTGCTAGACTGTGGGTTTGGGATGTCTTTGAAATTTGGTTGGCTTCACTAAGCATATCCTAATAGATTTT TTTTAGATCTTCAAAAAAAATTCCTGGTTATTTGAGAAGAGAGAGGAAGATGTCATATGAGTTCATGTTTTGATTAATAA AGTTGAAGTTTGAAAGCTTTCTCATTACTTTTTCTTTGATATAATGATTGATTAATTTTCTGCACTTACTGTTTTAGACT ATGTAATTCAACATGTTTGGAATTTTTTGATAACTTCAAATATGGTGGCCTTTATATATGTAATTTCTGGTGCATATGTT TATTTTTTTGAGCACATTTTAGATTCTTTCCTGCGTTGTAAGTTATTATCTTATCTTAATTAAATATTAAAGGTGAATTT GTTCCCTCTTTTTAAAGGGCTGTTCAGCGCTGCCAAGTTGATTGGCTGTGACATTGAAGATCTTAAGTTGACTTTAACAA CTCGTAAAATGAAAGTTGGTAATGACATTATTGTCCAGAAGTTGACGCTTTCTCAGGTAAAATGACTACTTTTATGCAAT CACCTTTTTCTATAGCTATGGAATATGGATGGAAAAGTGCAACTTCCCCGGAGGAAAGATATCATTGATATGAACATGTA TTGCATTCCTCAATCAGCATATGCCAGTTTGTATAATTTATGATTAGAGGGTAATGGAAATAAACAAAACAATTGACTGG TGATTACATTGCCTCATTCAATTTCCTTCAAAGAAATCCCATTCAGTATTTAAATATGAACGATACCTGCATACATCCAT ACCAATGCATTAGACTTTTCTTAAATGTTACCTTGCTTATTGCGTAGGCTATGGATGCAAGAGATGCTTTGGCGAAATCA ATATATGCATGTCTGTTTGATTGGCTGGTTGAGCAAATAAACAAGTCACTTGCAGTTGGCAAAAGACGCACTGGCAGATC TATCAGTATTCTAGATATTTATGGTTTTGAGTCATTCAATGTATGCTATATTGCTATATTAAACCACAGCTCTCATTTTT CTTTATGATTATCTCTGCTCAGATTGTGAACTATTTTGTGTTAAACTCTACATTTAATACATGCAGAGGAACAGTTTTGA GCAGTTCTGCATAAATTATGCAAATGAGAGATTACAGCAACATTTTAATCGTCATTTATTCAAGTTAGAACAGGAGGTAC GTTCCAAATAGAAACTGACTACTTAAACAAAAGAACAATGGATGATGTTAACGGGGCCTATAATATTGTTTAATCAGTAC CTTCTTGTTTCGTCTATTTCTACAAGTCTTATTAAAATTTTGAAACATACACCGACAATATTTTCATTGTGGATTCCTTT CTCGTCATGGTTGTCTGCTGATTTTGATCTTGTTATTGACAACTTTTTTGCTGATAGAAGTTGGATGTAAGCTAAGGTAA GATGTAACTAGAAGTTGGATGAGACTTCTATTAGTTGGCATCTTACCTTAGACTTTCCTAAATAAGTTTTTGTTTTTCCA ATTTAGGAGTTAACACTGAGTACTGTTCATCTATTTAACCTAGCTGTGATCAACAAACCTTCACACTGTCACCTACTAGG CTGCTACTATCTTGCAATTATGTTGGTAGAGAATATATGGATACCGGTCTTCCCCTGGTTCTTCAACAGTTCAACGTGCC CATGTCAGAAAATGCCCTCCTATATTCAGTTTCACATAACCCAACTTCCTGAAATCATTGATCTCTAGTCAAACAAATTC TTATATAAGTTGACCATCTACTGCACTTCTTTCAAAAACTGAACGTATTGAACCCCTTTGTAGGAAATTTAGAATAGAAG AAGGTATGCTTACCTCTGAAAGCTAAACATCACCTAATGCTTTTGAATGTTTCATAATTTTGTTTCAGGAATATATCCAA GATGGCATTGATTGGGCTAAAGTTGAATTTGAAGACAACCAAGACTGCCTTAATCTTTTTGAAAAGGTAAGGATCTTCCT TGCCCCCTTTACTGTTTAATGTTTAGGGTATTTATGGTTTGAATATGGAGGCAAAGGCAGTGGGAAAAAAGTTAGCTGAT CTGCATCTTCAGTGGGCTATACGTAGCACTTACATATGTAATGTAATGTGATGTTTTCATATTTGCCGGTATTTTAGAAG AAACAGAGCTTTTGGAATTTCCTAAAGAACACATTTTTTATATTTTTGGGTTTATTGGTATTAGAAAGCATAGATTCTTT GGTCTGATTGAATATTAGGATATTGGGGTTCACAATCATTCATCATACATTGTCTGAATGCCATGTCAAACATTACGTGT GATACCATCACTCACTTTCGCATAACTAATAAGATATAAAAAAGCTTAGATTATTTTGTATACTATTAGAATTTGGGTTA GACCTAACTCTACCCCAAAAGCTAGCTTAGAGGCGACGATTGCTCTCCCTTTCATAAGGACTATCTTGGCCACATATCTA GTCAATGTGAGACTTCTCGACACGCCCTTTCATATGGACTATTTTTGGGTTTATTGGTATTAGAAAGCATAGATTCTGTG GTCTGATTGAATATTAGGATATTGGGGTTCACAATCATTCATCATACATTGTCTGAATGCCATGTCAAACATTACGTGTG ATACCATCACTCACTTTCGCATAACTAATAAGATATAAAAAAGCTTAGATTATTTTGTATACTATTAGAATTTGGGTTAG ACCTAACTCTACCCCAAAAGCTAGCTTAGAGGCGACAATTTCTCTCCCTTTCATAAGGACTATCTTGGCCACATATCTAG TCAATGTGAGACTTCTCGACACGCCCAGGGCCGAACATATGGAGCGTGGGATTTGCATGTATGAACATCTGTGGGTGGCC CATATATGGGTGGTCTCCAATAAACGATCTAGGATAAACTCTGATACCATCTTAGAACTTAGGAGACCTAATTCTACCCC CAAAGCTAGCTTAGAGGTGAGGATTGTCTTCCCATATATAAGGGCTATCTTGGTCGTATCTCTAGTCAGTGTGGGACTTC TCAACATATACATTCTAAACTTGCTATATAGCTTGCTATATCCTTTCCTTTTGTTGTTTCTTTCTGCTGTTGAACTAAAT ACTTTGGGATGTGATTTTGTCTTAGTGTCCTGTACTACGTTGATCCAAATCTGGTTATTAATTTAACCTATATTACTACG TGGATAATTTGTGATGTTGACAATAATAGTATTTCCTTTTTCCCTGGCTCAAGGTACCGATATTATGGCAAGTAGTAAAA GAAGGAATCTTGTTGTGGCTAATACATATCTATTCTTTGCTGTGGAAAAATGTCATGTCTGATCAGAAATTAGAAATGCT GTTTTCTTAGACTTTGCTTCTTATATATGTGCAGAAACCGCTTGGGCTACTATCTCTGTTAGATGAAGAGTCAACTTTCC CAAATGGCACGGATTTAACATTTGCTGACAAGCTTAAGCAGCATTTGAACTCTAATTCATGCTTCAAAGGAGAACGAGAA AAAGCCTTTACTGTGTCTCATTATGCAGGGGAGGTATAAATTTGGTTATGTTTATACAACGTTATATTCTTTCTGTCTGG CACATGAACAGTTCTACGATTTACATTATTATGGTATTCAATTTGACATTTCCGTTTGAGCTTTACATTGTGATACAACT ATTAAAGCCCTACATTCCACTATATTGAATTCTTATTAGTTAATCTACTAACCAGAATCTTTCTTTTTTTCATCATTACT TACCTACCAAGCCTGGTTTTTTTTTTTTTTTTTGAAATTTACCAACCATGGTTTTGGTTTTGATTGTACTTTCATGGTTA ATATTTTTGAACTCCCAAATACTATTGTTTTTCTTAAAGTAAAGGATTAGATACTTTTTATTGATTTTAGTTTGATCATC CTATCTGACTGTTTATAGTTACATTTTTTCCTGTTCCCTTTAGGTCACTTATGATACAACCGGATTCCTGGAGAAGAACA GGGACCTACTGCACTTAGATTCCATCCAACTGCTATCCTCAAGCAAGAGTCATCTTCCTCAGGTGTTTGCATCTCACATG CTTACTCAATCTGAGAAGCCTGTAGTTGGTCCCTTACACAAGTCAGGTGGGGCAGATTCCCAAAAGCTTAGTGTTGCTAT GAAATTCAAGGTACACAGCCTTAATTATAATTTTCTCCTAAACCTATCATGAAATTACATGACACTCAAACAGCTAAGGT CTACAACCTTAATTAGAATCTTCTCCTATGCCAAATTTAAAAAAACAGAACAAAGTAAATTAATGTCGTATTTTTGTAAT TAAAAGTAAAAAAAGGAATGAAAAAATGGGAATGGAACCAAATTCGTCTTAATGTTTTTGTTCTCCCAGCTGTCCATTCA TTTTTTATTGCACTCTCTCCTTCCCCCAGCCACTTCATTCCCGTACACTCCTGCCACATGCACCTTAAATGTTCATTTTT TTTCTTCTTCTTTAGGTTAGGACTTGAAATATTTATCTTGCTTCAATTCTCTTTACAAGTTATTTCTGTTTGTTACCCAG GGACAATTGTTTCAACTTATGCAACGTTTAGAGAGTACCACTCCACATTTTATTAGGTGCATTAAGCCCAATAACCTCCA ATCACCTGGATCATATGAACAAGGCCTTGTACTGCAGCAGTTGAGATGTTGCGGGGTCCTCGAAGTGGTTCGAATATCAA GATCAGGCTTTCCAACTAGAATGTCTCATCAAAAGTTTGCCAGAAGGTATGTAACCAACTGAGAAAGAAACTTTGGTGAT TTATATATTTTCAATTCCCCTCTGTCCCACCTACCCCCAAACCAGCATGGTGTTGTTTGCACGTTTCTAACCTTTTTCTT ATTGTCTTGGGAGTGGTAACAGATATGGGTTTCTTCTCCTTGAAAATGTCGCATCGCAGGATCCACTTAGTGTTTCCGTT GCTATTCTTCATCAGTTTAACATTTTGCCTGAGATGTTTCAAGTTGGCTTCACAAAATTATTCTTCCGAACAGGACAGGT AAACTAGAATTCTCTATGAGTATTAAACATATTATTTCTTTCCATTTGAATTGCTGTGGTGGTGGTAAAATCAGTTATAT TAATTTCGTGGCCCCAACAGTTTTCATGGCTTTTTTTTTATCATCAACTTAAAAAGGAGTAAATGAAATCAATTATTTTA GATCTAAAATCTCTGGTTATCCATCTACTTTTATTTTAATCATTGGTCAGTAATATTTATATTATTTGTTGTGGTTTTTA CTCAGTAAGATGTGGAATTTTGGGCTTCGCTGAATAATGATTGCATGTATTAAAGTTTCAAGTTTTATTTGAACATGTTG GTTCCTTTATCAAGATACTATAATGAAATTTCAGTGTCTTTTTGATAAGATTAAACCTCCTTTGATCCAAGTTTATCGCC GGAAAAAAAAGAATTTCAGGTCTGGAACCACCATGGGGGGTGGCGCAGCCACTACTGTGGCCATGGAGACTGCTGAGCAG CCAAAACAGCAAGGAGAGAGGGGAAATATGAATTTGGCAGATGGATAGGGGCAGTTACCAGTCTGTAGTTATTAGGAGTT AGCAGTTATTATGTGTGTATGTCAGTTTGAATTCAAAATAGAAACTGCACTATGCAGTTGTATAAATAATAGATGTAGCC TATTAGATGATCATCCAGGAAATTATAAGTTTGGTAGTATGGAGAGAACAGGCTCTCGAACTCCTGCTGTATTGTACTAT TCCCAGTAGAGATTCTTCATCTCTGCAGTATCAATAATAATTATCCATTATTCTATTCCCCTATCTTATCATTTTGGTAT CAGAGCACCATCCAGGTGCTGTGGTACTTAAGTGGTTCACTTTATAAATGGGAAAAACTCGTTCTGAAGCCAGTCAAGAT CCAATGGAGCGGATGCAAGAAATTATGGAAATGTTGCAGATTGATCGTCAACAAGCACAGGCTGATCGTCAACAAGCACA GATTGACCGTCAACAAACTGATCAACGAATTCAACGTTTGGAAAACATGATGAAGACGTTCATGCATCGGGACGACCTTG GCTCTCAAAGAGACAATCATGAACAGAGCATTAAGCGCCCAGGACAGGAAAAAGAGTCTAACTGTGATAACACTTCTGCA CGTTGGCGGAAGTTGGAGGTTCCAGTTTTTGATGGTGTTGCTGATGCCTATGGTTGGGTTCATAAGTTGGAAAGGTTCTT CCAAATTCGTGGAGTTCCAGAGGAGGGGAGATTGCAGGCGGTTCTGGTGGCACTGGATGGAAAAGCTCTATCATGGTTTC AATGGTGGGAAGGTTGTCATCCTCACGCAGACTGGGACACTTTTAAGTTGGCAATTCTGAAGAGGTTCCAAGTTTCAAGT ACTCTCAATCCCTTTGCTGCTTTACTAGCCCTTAAGCAAGAAGATTCGGTGGCGGAATTTGTGGAACAATTTGAGAAATT TGCCGGCATGTTGAAAGACATTGATGAAACACACTTAATGGATATCTTTGTGAATGGTTTGAAGGAGGACATAGGTGCAG AAATTAAACTTTATGAACCAACAACCTTATCCATCATGGTCCAAAAGGTTTTAATGATTGAGCAGAAAAATCTTGCAGTT AGTAAGGTTCATCCAAATTCCACTTCTGGTTCAAGGTTCAGTAATTCTTATAAGTCTCCATCCATTTCTCGAACTGTCAC AGTTGATACTACACAGAAGAGTGGAGGCAAAAGTTACACACCATCTTCATCTTATTCTGGTAGTGTCTCAGTGGATAAAC CATTTCAAAGAAATCGACCGGGTAATTACCGTAGACTTTCTGATGCTGATTACCAGGAGAAGATCCGGAAAGGAGAATGT TTTCGCTGTGATGAAAAATTTGGGCCTAACCATGTGTGCAAGAACAAACAATTTCGAGTTATGCTGATGGAAGAGACTGG CGATTCTGAACCAGAAGATGATCCAGATTGTCACCCCGAAACGGAACCTGTCCCACATTTATCCCTGAATAGTATTGTTG GATTCACTTCCAGAAGGTCTTTCAAGGTTTGGGGAACTATTGAAGATCACAAAGTTGTGGTGTTAGTTGATTGTGGAGCA ACTCATAATTTCATTTCCAAGGCGTTAGTACAGGAATTGCACTTGAAGGTTGAGGATACTCCATCTTATGTAGTTGAAGT AGGGGATGGTCATAAGATACCATGCAAGGGTGTTTGTAAGGACGTGTCTTTGCTGTTACACAATGTGCCGGTCAATCAGC AATTTTATTTGTTTGGCCTTGGCAGAGTGGACATTGTATTGGGCCTAGAATGGTTAGCAAGTCTTGGTGACATTAGAGCT AACTTTGAACAGTTGACTTTGCGGTTTACTATGAATGGCCAGAAGTTATCACTCCAAGGGGATCCTGAATTATGCAAGAA GGATGCTTCTTTAAATTCCTTACTCAAGGCTTTGCAACATGGTGAGGGATTTCTCATTGATTTTCAACAAATTCGAGCGG AAACAGATTGGAGGGCTAATGTTCCACCAGATTTAGTTTCCATTCTCCACCAATTTCCTTCCATATTTGAACCGCCGGAA GGATTACCACCTCACCGTCGGCAAGATCATGCGATTCATCTCAAGGAAGGGGCGCAAATTCCTAACTTAAGACCTTATAG ATATCCTCATTACCAGAAAAACGAAATTGAGAAATTGGTTGCTGAAATGTTAGATGCCGGCATTATTCGTCCATCTACAA GTCCCTTCTCCAGCCCCATAATTCTGGTTCGAAAGAAAGATGGTAGTTGGCGGTTTTGTGTTGATTACCGGGCCTTAAAC AAGATCACCGTGCCAGACAAATTTCCAATTCCAGTCATTGATGAATTGTTGGATGAAATAGGAGGGGCACGGATCTTTTC AAAGCTGGATTTGCGTTCCGGTTATCACCAAATCAGAATGAAGGAAGGTGACATTGAAAAAACTGCATTCAGAACTCATG AAGGTCATTACGAATTTCTGGTACTTCCTTTTGGTCTCACTAATGCACCCTCTTCTTTCCAATCTTTAATGAATGAAGTT TTGAGGCCCCTTCTCCGCAAGTTTGTATTAGTTTTCTTCGATGATATTTTGATATATAGCCTCTCCATGGAAGATCATAT CCAACATTTGCACACTGTTTTATCTCTATTACAACAACATGATTTGAAAGTCAATGGGAAGAAATGCACTTTTGGCCAAG AGACTTTGGAGTATTTGGGTCACATCATTTCTGCAGGTGGAGTTTCTGCTGATCCAAAGAAATTAGAGGCTATGTGGTTG TGGCCTACTCCCAAGGACATCAAAAGTTTAAGGGGTTTTCTTGGGCTAACAGGTTATTACCGCCGTTTTGTACAGAATTA TGGGAAGATTGCGAAACCTTTGACTAATTTATTGAAGAAAGATGCCTTTCAATGGAGTTCTGATGCTCATGCTGCTTTTG AACAATTAAAGAATGCCATGACTACTCTTCCTATGCTGGCTGTTCCTGATTTTACCAAGCCTTTTGTTTTAGAGACTGAC GCTTCAGGTACAGGTTTGGGTGCTGTTTTATTGCAGGAAGGTCACCCTTTGGCTTTTTGGAGTACAACTTTATCTGATCG GAATCAAAGGAAATCAGTCTATGATCGCGAACTGATGGCGGTTGTCAAAGTTGTCCAGAAATGGCGCCATTACTTGTTGG GTCATCATTTTATAATCCGAACTGATCAGAAAAGTTTGAAGTTTTTGGCAGATCAACGCATGTTGGGTGAAGAACAATTC AAGTGGGTTTCTAAGTTGGCTGGGTTTGACTTTGATATTCAGTACAAACCGGGTAAAGACAATTCTGCTGCTGATGCCTT ATCCCGGCGGAGTTCTTATTGCGCCATTTCTATCTTACAAATTCATGATTTTGAAGAATGGGTGGAAGAAGTCAATAAAG ATGACAAGTTGCAGAAAATTATACAAGACTTGATTCTGGACCCTACTTCTCATTCCGGATATGTCTTGCGTGATCAGAAA CTATTCTTTAAAGGTAGATTGGTTTTATCAAAGACTTCCTCCCGTATACCAGTCATCTTGAAAGAGTTTCATTCTTCATT GATGGGAGGGCATTCCGGAATCTTCAGAACATACAAAAGGGTGGCCAACTTGGTTTATTGGGACGGCATGAAATCTGACA TCAAGAACTATGTGGCTGCTTGCGATGTTTGCCAAAGGAACAAAAGTGATACTTTAACTCCGGCTGGCTTATTGCAACCT TTACCCGTTCCTACTCAAGTTTGGACAGATATTTCCATGGATTTTGTCACTGGTTTACCTAAATCCATGGGGAAAGACAC CATTCTGGTAGTAGTTGATCGTCTTACAAAATATGCACATTTCTTGGCCTTGGGTCATCCCTATACAGCTACTGAGGTTG CTGCAGTATTCCTTCAAGAAATTGTCAGGCTCCATGGTTTTCCTTCCTCCATTGTATCTGATCGAGATCCCCTTTTCTTG AGCAATTTTTGGAAGGCACTTTTCCGAGCAGCAGGTACTCAATTGAAATTTAGTTCTGCTTATCATCCCCAAACTGATGG CCAAACCGAAGTTGTCAACCGGTGCTTGGAGGTGTACTTGCGCTGTCTTACAGGTTCCAAACCCAAAAAATGGGTTTCTT GTCTTCCATGGGCTGAATTCTGGTTTAATACTAATTATAATGCTTCCAGCAAAATGTCACCTTTTCAAGCCTTGTATGGG CAGGATCCTCCTCTTCTTTTCAAAGGTTCGACCATTCCTTCCAAGTTAGATGAGGTTAATAAACTTTCTAAGGACCGGGA CGAATTGTTGGCAGATTTGCGAGACAACTTGCTTAAGTCTCAGGATATCATGCGTACATATGCCAACAAACACAGAAGAC AAGTGGAATTTGAAGCTGGCGATTGGGTCTTCTTGAAGTTGCAGCCTTATAGAAGGCGATCTTTGGCTCAACGAGTTAAT CAGAAACTCAGTCCACGATTCTATGGGCCATTCCAAGTGCTAGCCAAAGTTGGAGCTGTAGCTTATAAATTGGACCTTCC TTCCCATAGCAGAATTCATCCGGTGTTCCATGTCTCTCTTCTTAAGAAAGCCATTGGCGATTCGTTTCAATCTCAGCCCT TGCCTCCCATGCTATCTGAAGATCACGAGTTGCAAGTTTATCCCGAATCGGTTCTCAATGTTCGTGAAGATTCTCCTGGT AATGTTGAGGTTCTGATTTCCTGGCAGAATCTTCCTTCTTGTGAGAATAGTTGGGAATCGGTGGCCCGCATTCATGAAGC CTTTCCAGACTTTCACCTTGAGGACAAGGTGAATCTTCAAGGGGGGGGGGGTATTGATAAGATTAAACCTCCTTTGATCC AAGTTTATCGCCGGAAAAAAAAGAATTTCAGGTCTGGAACCACCATGGGGGGTGGCGCAGCCACTACTGTGGCCATGGAG ACTGCTGAGCAGCCAAAACAGCAAGGAGAGAGGGGAAATACGAATTTGGCAGATGGATAGGGGCAGTTACCAGTCTGTAG TTATTAGGAGTTAGCAGTTATTATGTGTGTATGTCAGTTTGAATTCAAAATAGAAACTGCACTATGCAGTTGTATAAATA ATAGATGTAGCCTATTAGATGATCATCCAGGAAATTATAAGTTTGGTAGTATGGAGAGAACAGGCTCTCGAACTCCTGCT GTATTGTACTATTCCCAGTAGAGATTCTTCATCTCTGCAGTATCAATAATAATTATCCATTATTCTATTCCCCTATCTTA TCACTTTTTTTCCGTCAGCCTCGTCGTGGTTAGATTTAGTGAAATAGTTCATATTTGCATTATTTACCTTTTTCTTTTTT TCCTACTTTCTTGTGATTTTCTTGCTAAAATCTGAACTTATGTTACAACCTAACTTTAATCTCTTGCAATAGTTCAATCA TCAGAGTCCAACTTTAAACTTATCTACTATTTGTGGATTGAAAGGATTCTAGAATTGTTTTGGCATCCCTCTGCCTCCTC TTTTGCATGATAAACTGGTCCATGTCTTCAAATTGCTCCCTGCAAGGGTTCAATAGCTTTTGCATTATCTTTTTATTGTT GAAATAGTTTAATCACCTAGCCCAACCCTATTTACTTCCTGTGTATTGTGTCTTCATTATGCTGTATTGATCATGATTGC AGATTGGTGTGCTTGAAGATACTAGAAATCGTACCCTCCATGGCATTTTACGTGTGCAAAGTTGCTTCAGGGGTTACAAA GCTCGATGTTACCGCAAGGAGCTTTGGAGAGGAATCACTACTCTTCAGTCATGTACTTTCTTTTTCTCCCCCTAATGCTT TTGGCCTATCATACTCCTTGAAAAGTGTAACCGAACTGGAAACATTTTCTTACCCATTCATGCAGTTATTAGGGCAGAGA AAAGTAGAAAGAGATATGCAGCTTTACTTCAGAGACATAGAGCTGCTATTATTATACAGAAGCAGATGAAAACAGTAATT GCAAGAAACGGAATGAAAACTACTAATGATGCTGCAGTTGTTATACAATCATGTAAGAACGCTATGTTTCTTATATGCAA AGATCTTAATTATGAAAGTAAAATACTGCATTTTGTTGTCATGAAAGGCAACTGTCTATTCAATGGTATAGGTAAAATTT CACAATTTGTTTTTCCTGTGTTTTGCAGTTATTCGTGGTTGGTTAGTCAGAAGATTCTCTGGAGACATAGGTTTATTAAA ATCCGGAGGCATGAAGGTATTCTCTATTCTAATTCAGAGCCTATATTTCAAAAAGATTTTTGTCATGGATTGCTGCTTAA AATATCATATTTGTCATGCTCACAATCATGAACTCCCGAACAGACTAACGAGTCGGATGAGGTCCTCGTGAAGTCGTCTT TCTTAGCTGAACTACAACGAAGGGTACTTAAGGCTGAAGCTGGCCTAAGAGAGAAAGAAGAGGAAAATGACATCCTTCAC CAACGTCTTCAACAGTACGAGAGCAGATGGTCTGAATATGAATTGAAGATGAAATCCATGGAAGAAGTATGGCAGAAGCA AATGAGATCCCTTCAATCTAGCCTCTCCATCGCTAAGAAGAGTCTTGCTATGGATGATTCTGAAAGAAATTCAGATGCGT CGGTTAATGCAAGTGATGAGAGGGAATACAGCTGGGATGTAGGAAGTAATCACAGGCGCCAAGAAAGCAATGGAACGAGA TCTATGAGTGCTGGTTTGAGTGTTATCAGTAGGTTGGCTGAAGAATTCGAGCAAAGGAGTCAGGTATTTGGTGATGATGC GAAGTTCTTGGTTGAGGTAAAATCTGGCCAGATTGAAGCAAGTTTGGACCCAGACCAAGAGCTTAGAAGGTTAAAACAAA TGTTTGAAGCTTGGAAAAAGGATTATAGTGGAAGACTGCGTGAAACAAAGCTTATTTTGCATAAACTTGGAAGTGAAGAA AGTTCAATTGAAAAAGCGAAGAAAAAGTGGTGGGTAAGAAGGAATAGTACAAGGATAAATTGA
CDS sequence (LotjaGi5g1v0353200.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAATCTTTTTGACGATGAATCGCCATACGGGGGGAGTGACAGATCATTCGAAGACAGGCTAGTGAATGCTGATGAAGA GTTGGTATCTGTTTCAAAGCCACTCCCATCAAGTTCAACGTCCTCTAGGGATAGCAGATGGAGTGATACAACTCCTTATG CTTCAAAGAAGAAGCTTCAGTCTTGGCTTCAACTCTCTAATGGGGATTGGGCGCTGGTGAAGATAATAACCACTTCGGGA ACAGAATCTGTCATTTCACTGCCTGATGGGAAAGTTTTAAAGGTCAAAGATGAAAACTTGGTACCAGCAAATCCTGATAT TCTTGATGGAGTTGATGACCTCATGCAACTTAGTTATTTAAATGAACCATCAGTTTTATACAACCTGCAATGTAGATACA ATCAAAATATGATCTATACGAAAGCAGGGCCTGTTTTGGTTGCCATAAATCCCTTTAAGAAAATTCCTCTGTATGGTAAT GACTATATTGAAGCCTACAAGCGTAAAGCAGTTGAAAGCCCTCATGTATATGCAATTACAGACACTGCCATCAGAGAAAT GATACGGGATGAAGTTAATCAATCAATAATTATAAGTGGAGAGAGTGGAGCAGGGAAGACTGAGACAGCAAAAATAGCAA TGCAGTACTTGGCTGCCCTTGGTGGTGGAAGTGGAATAGAGTATGAGATATTAAAGACTAATCCAATACTAGAAGCCTTT GGTAATGGAAAAACACTGAGAAATGACAACTCAAGTCGTTTTGGAAAGCTCATTGAGATTCACTTCAGCGAAACTGGAAA AATATCTGGTGCTAATATTCAAACATTTTTGTTGGAAAAGTCTAGAGTTGTCCAATGCAATGAAGGGGAAAGATCATATC ATATATTTTATCAGCTATGCGCTGGAGCACCACCATCACTAAGGGAGAAGCTAAATCTGCAAAGTGCCCAAGACTATAAA TATTTGAGGCAAAGCAGTTGTTATTCAATTACCGGGGTTGATGATGCAGAAGAATTTCACGCAGTCATGGAAGCTCTGGA TGTTGTCCATATTAGCAAAGGAGACCAGGATAACGTATTTGCAATGCTTGCTGCAGTATTATGGTTAGGAAACATATCAT TTACTGTGATCGATAATGAAAATCATGTTCAAGCTGTTGAGGATGAGGGGCTGTTCAGCGCTGCCAAGTTGATTGGCTGT GACATTGAAGATCTTAAGTTGACTTTAACAACTCGTAAAATGAAAGTTGGTAATGACATTATTGTCCAGAAGTTGACGCT TTCTCAGGCTATGGATGCAAGAGATGCTTTGGCGAAATCAATATATGCATGTCTGTTTGATTGGCTGGTTGAGCAAATAA ACAAGTCACTTGCAGTTGGCAAAAGACGCACTGGCAGATCTATCAGTATTCTAGATATTTATGGTTTTGAGTCATTCAAT AGGAACAGTTTTGAGCAGTTCTGCATAAATTATGCAAATGAGAGATTACAGCAACATTTTAATCGTCATTTATTCAAGTT AGAACAGGAGGAATATATCCAAGATGGCATTGATTGGGCTAAAGTTGAATTTGAAGACAACCAAGACTGCCTTAATCTTT TTGAAAAGAAACCGCTTGGGCTACTATCTCTGTTAGATGAAGAGTCAACTTTCCCAAATGGCACGGATTTAACATTTGCT GACAAGCTTAAGCAGCATTTGAACTCTAATTCATGCTTCAAAGGAGAACGAGAAAAAGCCTTTACTGTGTCTCATTATGC AGGGGAGGTCACTTATGATACAACCGGATTCCTGGAGAAGAACAGGGACCTACTGCACTTAGATTCCATCCAACTGCTAT CCTCAAGCAAGAGTCATCTTCCTCAGGTGTTTGCATCTCACATGCTTACTCAATCTGAGAAGCCTGTAGTTGGTCCCTTA CACAAGTCAGGTGGGGCAGATTCCCAAAAGCTTAGTGTTGCTATGAAATTCAAGGGACAATTGTTTCAACTTATGCAACG TTTAGAGAGTACCACTCCACATTTTATTAGGTGCATTAAGCCCAATAACCTCCAATCACCTGGATCATATGAACAAGGCC TTGTACTGCAGCAGTTGAGATGTTGCGGGGTCCTCGAAGTGGTTCGAATATCAAGATCAGGCTTTCCAACTAGAATGTCT CATCAAAAGTTTGCCAGAAGATATGGGTTTCTTCTCCTTGAAAATGTCGCATCGCAGGATCCACTTAGTGTTTCCGTTGC TATTCTTCATCAGTTTAACATTTTGCCTGAGATGTTTCAAGTTGGCTTCACAAAATTATTCTTCCGAACAGGACAGATTG GTGTGCTTGAAGATACTAGAAATCGTACCCTCCATGGCATTTTACGTGTGCAAAGTTGCTTCAGGGGTTACAAAGCTCGA TGTTACCGCAAGGAGCTTTGGAGAGGAATCACTACTCTTCAGTCATTTATTAGGGCAGAGAAAAGTAGAAAGAGATATGC AGCTTTACTTCAGAGACATAGAGCTGCTATTATTATACAGAAGCAGATGAAAACAGTAATTGCAAGAAACGGAATGAAAA CTACTAATGATGCTGCAGTTGTTATACAATCATTTATTCGTGGTTGGTTAGTCAGAAGATTCTCTGGAGACATAGGTTTA TTAAAATCCGGAGGCATGAAGACTAACGAGTCGGATGAGGTCCTCGTGAAGTCGTCTTTCTTAGCTGAACTACAACGAAG GGTACTTAAGGCTGAAGCTGGCCTAAGAGAGAAAGAAGAGGAAAATGACATCCTTCACCAACGTCTTCAACAGTACGAGA GCAGATGGTCTGAATATGAATTGAAGATGAAATCCATGGAAGAAGTATGGCAGAAGCAAATGAGATCCCTTCAATCTAGC CTCTCCATCGCTAAGAAGAGTCTTGCTATGGATGATTCTGAAAGAAATTCAGATGCGTCGGTTAATGCAAGTGATGAGAG GGAATACAGCTGGGATGTAGGAAGTAATCACAGGCGCCAAGAAAGCAATGGAACGAGATCTATGAGTGCTGGTTTGAGTG TTATCAGTAGGTTGGCTGAAGAATTCGAGCAAAGGAGTCAGGTATTTGGTGATGATGCGAAGTTCTTGGTTGAGGTAAAA TCTGGCCAGATTGAAGCAAGTTTGGACCCAGACCAAGAGCTTAGAAGGTTAAAACAAATGTTTGAAGCTTGGAAAAAGGA TTATAGTGGAAGACTGCGTGAAACAAAGCTTATTTTGCATAAACTTGGAAGTGAAGAAAGTTCAATTGAAAAAGCGAAGA AAAAGTGGTGGGTAAGAAGGAATAGTACAAGGATAAATTGA
Protein sequence (LotjaGi5g1v0353200.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MNLFDDESPYGGSDRSFEDRLVNADEELVSVSKPLPSSSTSSRDSRWSDTTPYASKKKLQSWLQLSNGDWALVKIITTSG TESVISLPDGKVLKVKDENLVPANPDILDGVDDLMQLSYLNEPSVLYNLQCRYNQNMIYTKAGPVLVAINPFKKIPLYGN DYIEAYKRKAVESPHVYAITDTAIREMIRDEVNQSIIISGESGAGKTETAKIAMQYLAALGGGSGIEYEILKTNPILEAF GNGKTLRNDNSSRFGKLIEIHFSETGKISGANIQTFLLEKSRVVQCNEGERSYHIFYQLCAGAPPSLREKLNLQSAQDYK YLRQSSCYSITGVDDAEEFHAVMEALDVVHISKGDQDNVFAMLAAVLWLGNISFTVIDNENHVQAVEDEGLFSAAKLIGC DIEDLKLTLTTRKMKVGNDIIVQKLTLSQAMDARDALAKSIYACLFDWLVEQINKSLAVGKRRTGRSISILDIYGFESFN RNSFEQFCINYANERLQQHFNRHLFKLEQEEYIQDGIDWAKVEFEDNQDCLNLFEKKPLGLLSLLDEESTFPNGTDLTFA DKLKQHLNSNSCFKGEREKAFTVSHYAGEVTYDTTGFLEKNRDLLHLDSIQLLSSSKSHLPQVFASHMLTQSEKPVVGPL HKSGGADSQKLSVAMKFKGQLFQLMQRLESTTPHFIRCIKPNNLQSPGSYEQGLVLQQLRCCGVLEVVRISRSGFPTRMS HQKFARRYGFLLLENVASQDPLSVSVAILHQFNILPEMFQVGFTKLFFRTGQIGVLEDTRNRTLHGILRVQSCFRGYKAR CYRKELWRGITTLQSFIRAEKSRKRYAALLQRHRAAIIIQKQMKTVIARNGMKTTNDAAVVIQSFIRGWLVRRFSGDIGL LKSGGMKTNESDEVLVKSSFLAELQRRVLKAEAGLREKEEENDILHQRLQQYESRWSEYELKMKSMEEVWQKQMRSLQSS LSIAKKSLAMDDSERNSDASVNASDEREYSWDVGSNHRRQESNGTRSMSAGLSVISRLAEEFEQRSQVFGDDAKFLVEVK SGQIEASLDPDQELRRLKQMFEAWKKDYSGRLRETKLILHKLGSEESSIEKAKKKWWVRRNSTRIN
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 28 | 51 | 24 | - | – | |
| MobiDBLite | 32 | 51 | 20 | - | – | |
| PANTHER | 41 | 1106 | 1066 | 0.0 | – | |
| PANTHER | 41 | 1106 | 1066 | 0.0 | – | |
| ProSiteProfiles | 56 | 105 | 50 | 11.854 | ||
| Gene3D | 64 | 103 | 40 | 2.0E-243 | ||
| SUPERFAMILY | 83 | 829 | 747 | 4.17E-270 | ||
| SMART | 103 | 782 | 680 | 0.0 | ||
| Gene3D | 104 | 712 | 609 | 2.0E-243 | ||
| ProSiteProfiles | 109 | 781 | 673 | 278.78 | ||
| Pfam | 111 | 769 | 659 | 1.4E-246 | ||
| CDD | 123 | 769 | 647 | 0.0 | ||
| PRINTS | 139 | 158 | 20 | 4.8E-57 | ||
| PRINTS | 193 | 218 | 26 | 4.8E-57 | ||
| PRINTS | 235 | 262 | 28 | 4.8E-57 | ||
| Gene3D | 351 | 643 | 293 | 2.0E-243 | – | |
| PRINTS | 467 | 495 | 29 | 4.8E-57 | ||
| Gene3D | 476 | 670 | 195 | 2.0E-243 | – | |
| PRINTS | 520 | 548 | 29 | 4.8E-57 | ||
| Gene3D | 714 | 782 | 69 | 1.5E-15 | – | |
| SMART | 782 | 804 | 23 | 0.78 | ||
| ProSiteProfiles | 785 | 812 | 28 | 7.51 | ||
| Pfam | 787 | 802 | 16 | 0.088 | ||
| SMART | 805 | 827 | 23 | 15.0 | ||
| ProSiteProfiles | 808 | 835 | 28 | 7.144 | ||
| Pfam | 809 | 826 | 18 | 0.14 | ||
| SMART | 831 | 853 | 23 | 20.0 | ||
| Gene3D | 832 | 878 | 47 | 5.0E-9 | – | |
| SMART | 854 | 876 | 23 | 2.3 | ||
| ProSiteProfiles | 855 | 884 | 30 | 7.364 | ||
| Pfam | 857 | 873 | 17 | 7.7E-5 | ||
| Coils | 901 | 949 | 49 | - | – | |
| MobiDBLite | 968 | 982 | 15 | - | – | |
| MobiDBLite | 968 | 1007 | 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. | ||
| 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 LotjaGi5g1v0353200.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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