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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0151100 |
| Transcript ID | LotjaGi5g1v0151100.3 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Myosin; TAIR: AT5G43900.3 myosin 2; Swiss-Prot: sp|Q9LKB9|MYO6_ARATH Myosin-6; TrEMBL-Plants: tr|I1L8I7|I1L8I7_SOYBN Uncharacterized protein; Found in the gene: LotjaGi5g1v0151100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:39439235..39460325) extracted from Lotus japonicus Gifu genome v1.2.
TTGTAGGCTGCTGCTGCCAGTGCTGTAGTTGGTTCCCATGTTTGGGTTGAGGATCCTGATGTAGCTTGGATAGATGGTGA GGTATTGGGGGTTAATGGGGAAGATATCAAAGTCCTCTGCACTTCAGGGAAGACGGTGAGAATATTTTATGCAATATTAT TAAAAGTTGGTCATGTTCTTCAGCAGTCCACTTTCTTGTTATTTAGCAGTTTTTCTTTGATTGCCTTAAATTGTTGTTTG AATTTACCACTTTCTTCCAGTATCCTAAAGTTTATTTGAAGTACTAGAAATAATTTTCTGAAGTGAACTCTAGACCGGGA ACCTTCTGGTATTTAACACGGTGAATCCTTGTCCCTCTCTTTTTTGTCTTGAAATTTGCAGGTTGTTGTTAAAGCTAGTA GTGTTTATCATAAAGATATTGAAGCTCCAGCATGTGGAGTGGATGATATGACAAAGCTTGCTTATCTGCATGAACCTGGT GTCCTAGATAATCTGAGATCAAGATATGATATCAATGAAATTTATGTGTGTATTCCAGATGCCAACTCTCCAAATATTGT CTCCCTTGTTCCTTAATATTTATTTACTCAATGGAAGCTTATATTAAATTTTGCTTTCAGACTTACACGGGGAATATACT GATTGCTGTGAACCCTTTCATAAGGCTTCCTCATTTATATGATAGTCATATGATGGCACAATACAAAGGAGCAGGTTTTG GTGAGCTAAGTCCTCATCCATTTGCTGTTGCAGATGCAGCATATAGGTAATTTCATATCTTCTGTGCAAATAAACTTAAT AGTTTACTAGTCTGACCATGTGAATTACTGTGGATTTAGGCTAATGATCAATGAGGGAATCAGTCAGTCAATATTGGTAA GTGGTGAAAGTGGGGCTGGTAAAACAGAAAGCACCAAGTTACTCATGCGCTATCTTGCTTACATGGGAGGGAGAGCTATT GTTTCTGAAGGTAGGACTGTTGAGCAGAAAGTCCTAGAGGTATCAGAACTAATCCTTTATAGAATTAGTTTTTTTTGGCA AGCTGGTTAGCTACCAAATGTTTATTTATGTTTTTAATTTAAGTTTATGTAAACCTTATCTTATATAAACCTTACCTTAT ATAATTTAATTGGCCTTATTTTGTGGCCCTTTTCCCTTACTTTCAGTCCAATCCTGTTCTAGAAGCCTTTGGCAATGCAA AGACTGTTAGAAACAATAATTCAAGGTGGGAAGTCATAGTATTATTTTTTACATATATTTATGTTGCAAATTTTATTCTA CTGTCTTATTTTTACTATTCTCTGACTTTTGATCTCTACAGTCGTTTTGGTAAGTTTGTGGAGATTCAATTTGACCAGAA GGGAAGAATTTCTGGAGCTGCTATAAGAACTTATCTGCTGGAAAGATCACGTGTTTGCCAGGTGTCAGATCCAGAAAGGA ATTATCACTGTTTCTATATGCTCTGTGCTGCACCGCAGGAGGTAATTGGATTTCTTGTGCTGACAAAAGATTCAGATCAG AGAAGGGTCGAAAAGAATCAATTTGTCAACATAGAGTATTTGTGTATGCCTAAGTTAATTTGTTTCTGGACTGAAATCAT AAATTTGAGTCACTTAAAATTAGAGTAAACTGTCTGACAGTGGACCTATATCGTGGTCTTTTCCTTTCATCATCTTCACA TATTTTTTCAAACACTTATTTGGTGCTGCAATGTGTCCTTTCTGGTTAATTATAATAATCCATATCAGCTGGTGTTACTT GTTAATAAAAAAGCTTATGCTTAACTTCTATGGGTTCTATTTTCTTCGTTTTCTTGATCTTTTTAATTATTCTTGGCAGG TTGTTCAGAAGTACAAATTAGGGAACCCAAGAACATTTCATTATTTGAACCAATCAAATTGCTATGAGTTGGAAGGTGTT GACGAGTTTAAAGAATATTGCGATACAAAGAGAGCAATGGACGTTGTTGGAATAAGTTCTGAAGAGCAGGTATATTATTG GGAGTTTATATAAGTTCATAATGCAATTCTTCAAGTATGATCTATGCTTCAATACTTAGATTTGTTTTGCTGTCCCCTTC TCCTGCCATCATTTCTTCAGGAAGCAATATTTCGAGTAGTTGCTGCAGTTTTGCATCTTGGCAACATTGAATTTACAAAA GGGAAAGAAATTGACTCATCTGTGCCCAAAGATGAAAAATCTTGGTTTCATCTGCAAACTGCTGCTGAACTTTTTATGTA AGAAAACATTGCAAGTTTGCATTTTTTAAAATATATTCTCTTTGTACGGCTTGTATTTCATATCCTCTCTGTGTGAACTC TTTGATTTATGATTTTCCTAACAGGTGTGATGCAAAGGCACTTGAAGATTCTCTTTGCAAGCGCGTAATAGTTACTCGTG ATGAAAATATTACGAAATGGCTGGATCCAGAAGCTGCTGCATTAAGCCGAGATGCTTTGGCTAAGATTGTGTACACGAGG TTGTTTGACTGGTAAGCTTTTTAGCAGATTGCTTGAAGATATAGCTTGAACATTGAACAGAGTTACTGGAAAGTTTGATC AATTTGTTCCAAAGTAACGCATCTGGAATTTTGTGAATTTTCAGGCTGGTGGATAAAATTAATAATTCAATTGGTCAAGA TCCGACTTCGAAGTCCTTAATTGGCGTGCTGGATATTTATGGTTTTGAGAGTTTCAACACTAACAGGTGCATGACTGTTA AACCTTTTTTCTGTAGTTAATGTGGGACGATCTGTTGAAGTGAATCTCCAAGAAATGGTATTATTGGAAGTTAAACTTGG AACTCACTTTTCTCCATTAATTACCATCATGTCTACCAAACAATGCAGATGGGAATTATTTTAAATTTTCACTCCACTCT ATTCCAAACCACTACATTATAAATTACTCCACTTTATCCCCCTTCCACAAATCCCAAGCGAATTGCCAATCAAATGAATT CTGAAGAAATTTATTGGCTTGTCATCAATCAGTAGCAGTAGTTATGTCTCTTAGGTATAAAGGTTAGAGCTGAAGATTTT ATATTTAATACCTGCTTTTTCTGTGTACATTGCAGTTTTGAGCAATTCTGTATTAATTTGACCAATGAAAAGCTCCAGCA ACATTTTAACCAGGTTTGCTTGTCAGAGAGATTATATTTTTTAACAATTGCTGCCATCTCTTGCTTCTATATTTGAACAC AGACATAATGATACTTATTTTCTCAATTTACATGTTCTCTTATAATGCTTGAATGTTTGATCTACAGCATGTTTTCAAAA TGGAGCAAGAAGAATACAAAAAAGAGGAGATTGATTGGAGTTACATTGAATTTGTTGACAATCAAGATATTTTGGATCTC ATTGAAAAGGTTTTCCGTTCGAACTCCCCAATCATTCTGTTGATACTTATTGGCTTTGTCTATTGTAACAAACTTTTGGA TTGGATGTTCTTTTTAGTTACATGCATTTAATGTAAACGGTGATGGTTATAAATTTATGGGTCTCAAGCCCGCTGTAATG TGTTGCTGTGGATAAGAGCGATTAGCTTGCATGCTGGCTTGTGGAAGAGGGATGGTGTGGTATTAAGAGTGTTTTCCTGG ATGGCGACGTAAATGATTCTGTAGCGTCATTTTAAGTTTGACCATGAAAAGCCGATAGGTACTTACAGATGTTAGTTAGT TGGGAGGATAGTGAGGCATGTGCTTATAAATAAGAGTGGCTTAGGGAGTGTTAGAGATCTTTGTATCATTAGTGTAATTG GAACTTAGGAGAGTGATCAGTCTCTCAAATACTCATCTGTTTCATCATGTATCCTTCTCTGATTCCCTAATTTATAATTA GGGTTCTTACTCAATAATAACAGTTTCCCATCTTCTTCTTGGCTGTTTCTATCAAAACTTAGTTTTGGCATGTTTTTAGC ATTCTTATCAGTGATCTTTTAATTATTATCTGCTGACAAAAAGTATAAAACATGTTAAATTATTGGAGTAATATAGTTAC TGCTATGTTAGTGTTACTGTTTAGTGTTATTAGGTAAATGCTGACTGTGTTCTGTTCAGTTAGTTATGCCTAGCTGGCAG GTTTGTTAGAGAGTTAGTTACATGCTTAGCTGTCAAAGCTTAGCTGTCAAGGTTAGTTAGAGTTAGCTTCTTCTGCAAGC TAACAAATCTCATAGTATAAATACTGTAATCTCTCTTGTATTCATCATCTTTTCAATCAATGAAATTCAGTTGAAGATTT TCAACATGGTATCAAGAGCTGAGTACGATCCTTGAAGATCTCTCTCTCTAGATTTTCGTTTTTCTTCTTTCTTCTTCAAT CACCATGGCTGATGAAGGTCATGCACAAGAAACTGCAGTTCCTGTTCCAGTTGCGGTTCTTCAACCACAATTGGCCTCTT CTTCTCTGGTTCACAAGCTTGTTCTGAAGCTTGATGATTCCAATTTTCTCTCATGGAAGCAGCACGTTGAAGGCATCGTT AGAACTCATCGATTGCAGAATTTTCTTGTTCATCCTGATATTCCTCCTCGATTTCTCAGTGAGGAGGATCGCGTGAATGC AGTAGAGAATCCTGCATATCAGGTATGGGATCAACAGGATTCTGCTTTGTTCACCTGGCTTCTCTCGTCTCTGTCTTCAT CAGTGCTTCCAACTGTTGTCAACTGCACTCAGTCCTGGCAGATCTGGGAAGCTGTGCTTGATTTCTTTCAAGCACAATCG CTTGCACAATCGACGCAGTTGCGATCGGAATTGAGATCCATAACCAAGGGATCAAAGACTGCGTCTGAGTTCCTCAAGCG AATCAAGGCCATCGTCAATGCTCTGATCTCGATCGGAGATCCTGTATCGTTTCGCGAGCACCTTGAAGCGATTTTTGATG GTCTTCCCGATGAATATAGTCATCTCATGACTATCATCTACAGTCGCGAGTTCCCTTGCACGATCTCGCAAGCTGAAGCT ATGGTTATCGCGCATGAAGCGCGTCTTGAGCGTTCTCGCACGCGTCAGTTGAGTGCGAATCCTCCGTCAGCGCTCCTTTC TCAAGCTGCGCCACCGGCGACGCAACCTGCACCGGCGTCGTCGTCTTCTTCATCAACGTCGTCGCCGGCGACCTCTGAGG CTAACTATGCTTCAGGTTCCTCTGAAAACACCTACGATGATCGTTCCTATGATAATCGCGGCAGTTATGGTGGTTCTCGT GGTGGTTATGGTGGTCGCAATGGCAGTAACAACTCTCGCGGTGGAAGAGGAGGAAATCGAAGTGTTCAATGCCAGATTTG CAAGAAGTATGGGCATGATGCTAGTGTTTGCTATCATCGCGGTTCATCATCTGGTTCTACTGGTTCTACTGGCATGTTTG GCATGCAGCCAACTGGTTTTGGTATGCCACTACCTATGCATTCTCAGATGATGCCTCAGTTTGGATTCTCTCCCTTTTGT GGTGTTCCACAGTTTGGTGTACCTTCTCAGTTTGGTACATCACAGTATGGAGGCTTTCCAAACATGTTTGGTCAATTTCC TCAAGGTTTAGGCATGGGAAATTTTGCTCAGCAGTTTGGTTTCCAACCATCTGGAGGTTCACAGTGGAACTCTTCTCAGT TTTCTGGTGGATCAAGACCTGGAAATCCTCCAGTTAGAGCTCCACAGGCTATGCTTACTGGACCTACTTCATCTACTACT GGTTCTCACACTCCTGCTGCAGCGAATCTTAGCTCATGGTTTCCAGATTCTGGAGCTACACATCATGTTACCAATGATGC CTCAGTTGTTTCTGACAGTGTTTCCCTAAATGGTAATGATCATATCTACATGGGAAATGGACAAGGTTTGCCTATTATTT CTGTTGGACATGCCTCTTTTCCATCTCCTTATCATAAACACACCACACTCACTATGAATAATTTGCTTCTAGTTCCTAAC ATCACAAAGAACTTAGTTAGTGTAAGCAAGTTTGCTCGAGATAATCATGTCTTTTTTGAGTTTCACTCATCCTATTGTGT TGTCAAATGTCAGGAAACTTCTAGGGTTTTGCTCAAAGGAACTGTTGGTCCTGATGGTTTATACAATTTTGAAGGGATGC ATGTTCCAACCCTTCCTCCAGCTTCATCTGTTTCATCTACATCTGTTTCACCAGTAGCTGCTCCATCTGTCTTCTCTGTT TCAGTTCCTTTGTCAAATGTATCTAGTGCTAGTTCATCTTCAAGTGTACCTAGTGCTAGTTCATTTTCTCTTGTGTCTTC TGTTAATAATGTAGATCCTACTGCCTATGATTTGTGGCATTGTAGGCTAGGTCATCCTCATCATGAGGCTTTACATTCTG CTTTGTCCAAATGTAATATATCCTTGTCTAATAAAGCAAAATTTTCTAAATGTTCAGCTTGTTGTGTAGCAAAGTCTCAC AAGTTACCCTCTTCCTCTTCTACTACTGTTTATGCTACACCTTTAGAGCTTGTTTTTGCTGACTTATGGGGCCCTTCCTC CATTGAGTCTTCTTGTGGTTACTCTTACTTTTTAACTTGTGTTGATGCTTACTCTCGTTTCACATGGATTTATCCACTTA GGCACAAATCTGAAACTTCCTCTGTTTTTCTTCAGTTCCAAGCTATGGTAGAGTTAAGATTTAATCTGAAAATTAAGGCT GTCCAAACAGATAATGGCACTGAATTTAAACCTTTACAATCTCATTTTGCTAAGCTTGGCATAGTGCATAGATTGACTTG CCCCTACACACACCATCAAAATGGTAGTGTTGAAAGGAAGCATCGCCATATCATAGAAACTGGCCTTTCATTACTTGCCT TTGCTAAAATGCCTTCTCAATATTGGGATCATGCATTCTTGGCTGCAGTTTTTCTTATTAATCGTCTTCCTACTACTGTT TTGGCCAATGAGAGTCCTTATTTCAAGTTGTTCAAGACTCTTCCTGATTACAAGATACTTAGGGTGTTTGGTTGTGCTTG TTACCCTCACTTAAGGCCTTATACACACTCTAAGCTGTCACTCAGGTCCAAGGAATGTGTGTTTGTTGGTTACTCATCAT CTCATCAAGGGTACAAATGCATGGATGGTGATGGTAGGATTTTTGTGTCAAGGGATGTTATTTTTGATGAAGTTAAATTC CCCTATCCTACCCTGTTTTCCTCTGCTGGGTCTGATTCATCTGCACATGGAATCACTTCAGAAATTCCTGTTTTAGCTTC TCAAGTTCCTGTTCAGCACCAGCAGCCCTTTCAAGGTCAAGACTCGGTTGCAGCCTCTTCTTCTGGGAATTCTTCTCAGG CTGAAGCTTCTGTTCAGCAACAATCTCCCCCAACACCAGCAGCTACTGCCACTGAAGTAGCTTCAACTGGTTCTTCCTCT TCTGCTCCTCTTCCTCAGCCAGTGGGAAATACTCACCCTATGCAGACAAGAGCAAAATCTGGCATAGTCATGCCCAGATT ATTTCCAACTTTACTGCTTACTCAAGCTGAACCAGCTACCACCAAGCAAGCACTCAAAGATCCTAAGTGGTTAGCTGCAA TGAAGGCTGAATATGATGCATTGCTTGCTAACAATACATGGACATTGGTTCCACTTCCCAGGGATAGGAAGCCAATTGGT TGTAAATGGGTTTTTAGGGTGAAGGAAAATGCAGATGGCACCATCAATAGGTATAAGGCCAGACTTGTGGCCAAAGGTTA CCATCAAGTCAAGGGGTTTGATTATTCAGAAACCTTTTCCCCTGTGGTGAAGCCTATAACTATTAGGCTCATTCTTTCCC TGGCCATTACTAAGAGGTGGCATATTCATCAACTTGATGTGAATAATGCCTTTTTAAATGGAGCTCTTCAAGAGGAGGTA TACATGCAGCAACCAAGTGGATTTCAGCATGAAGACAAATCTCTTGTTTGCAGACTTAACAAAGCTCTTTATGGCCTTAA ACAGGCCCCAAGAGCTTGGTTTGACAGATTGAAGTCAGCCCTTGTGAAGTATGGTTTTAAACCAAGTAGATGTGATCCAT CTCTCTTCACTTTCTACACTCCAACTTGCTGCATCTACATACTAGTCTATGTAGATGATATTATCATTACAGGCAATTCC TTGCCTCTGGTTCAGAAAGTAGTGCAGCACCTCAACTCTGAATTTTCCTTGAAGCAATTAGGCCAACTTGACTACTTTCT TGGTGTTCAGGTGCATCATCTTCAGGACAGGTCCTTGCTTTTGACACAAACTAAATATATAACTGACCTTCTTGAAAGGG CAGAAATGGGAGAGGCCAAGGGGATCTCTACTCCCATGGTTAGTGGAGCAAAACTCAGCAAATATGGAGCAGATTACTTT GCTGACCCAACTCTCTATAGATCAATAGTTGGTGCTCTCCAATATGCAACTTTAACAAGACCTGAGATCAGCTTTGCAGT TAACAAGGTCTGTCAGTTTCTAAGTCAGCCTCTAGAAGAGCATTGGAAGGCTGTTAAAAGAATCCTAAGATACCTTAAGG GTACTCTCTTTCATGGCCTGCACCTCAAGCCTTGTAGTTTGCACACTCCAGTCCCTCTTGTGGCCTTTTGTGATGCAGAT TGGGGATCAGATCCTGATGACAGGAGATCCACCTCAGGCTCTTGTGTCTTTTTTGGTCCAAACCTTGTCTCTTGGAGCTC CAAGAAGCAAACCCTGGTGGCTAGATCGAGTACTGAAGCCGAATACAGGAGCCTAGCTAATACCTCTGCTGAACTGTTGT GGGTTCAGTCTCTTTTGCAGGAGTTGCAGATTCCTTTTTCTCCTCCTAGGGTGTTTTGTGATAACATGGGTGCAGTGGCT TTGACTCATAACCCAGTTCTTCACACTCGCACTAAACATATGGAGCTTGACATCTTCTTTGTGAGGGAAAAAGTTCTCAA CAAGTCTCTTTTTGTGCATCACATTCCTTCTGTTGATCAGCTGGCAGATTTGTTTACCAAGGCTCTATCACCACTTCGTT TTGAAACTCTTCGTGACAAACTCAATGTGATTGAGAAATCACTTTCTCCCCCACCTTGAGTTTGAGGGGGCCTATTGGAG TAATATAGTTACTGCTATGTTAGTGTTACTGTTTAGTGTTATTAGGTAAATGCTGACTGTGTTCTGTTCAGTTAGTTATG CCTAGCTGGCAGGTTTGTTAGAGAGTTAGTTACATGCTTAGCTGTCAAAGCTTAGCTGTCAAGGTTAGTTAGAGTTAGCT TCTTCTGCAAGCTAACAAATCTCATAGTATAAATACTGTAATCTCTCTTGTATTCATCATCTTTTCAATCAATGAAATTC AGTTGAAGATTTTCAACATAAATTTTTAAGAGTTGTAATTTTAAATTACTACTCACTAAGACACTAACTACATTTTCCTT TTTAGGACAAAATTGTTAGTTTGAAGATAACAGTGACACTTTACCTTACCATCTAAAAGACGGGAATAAAAGACCACTGT GGTTTCATCTTACTGTACAACTAACTTAGCTGCTGTCAAGAAAACATGCTTAACATCAAGTGTTTTTTTTTTTTGATTGG CAAATGTTAGTAGTTAGTTGTTAGTAATTAAAAATGCTCCTCCTCAGGGTTCGAACCCTGGACCTCCATCTCCAACACCT ATTTCTACCCTTAGCTCAACCAAGTGAGCTACCCCTCCCACCCGCTTAACATCAAGTGTTAAGAGATGTGGAGAACAGGG GATTTGGGTTGACGACCATGGTTAAAGGCTTGGCCGAAAGTCAAGTGGTGACCGGCATAGACTAAGTTAATAGCTACATC ACTTAGTCTTGCAAGTCTAACATTCATCACAACACATTTGGGAAAATAGTTTTCCAAAACAACTACAGTTTCATATTTTT ACAACTCCCAAGATAACACACCTTTGCCAATATTATACATACCACTAGCTAGGATTCCTAAAAAACATAATATATGAATA TAGTTTGAGAAATATTAAATACACCTCAATTAAATTCTACGCTAGTCCCCTTCAGCTGCTAGCAATTTACTACTTAGCTG CTTGGAAATCTACATGGAAGAATATTAGAAAGGATTAGCGTGGGCATAACAACCACTATAAACCAAAAGGAAAAACACAA TAATGCACGAGTGGTTATTTATTTCAAAACTCAATTATGAGCATCCTAAAATACTGAACACAATCCTTGGAACCAATTCT ATCACACATATTTTACTCTCTTTGCTTTATTTAAGTTTGCTGGGGAGAGAGGTAGGTAGAGGACATGATTGAAGTCTTTT GATAAGCTAGATTCCTCACTAAAACACTGAATGAATAAAATTTCAGTTCTTATTTGTCTGTCCAATCTAATCCATTTTTA TGGTGACTTATGGACATGAAGCTCGACCATTTCATTGCTGTGATTTACTCCTTGGTAATTGATGATCACGTTACCTCATG CCTAACACTTAAATTTCATGTTCTGCATGAAAAGTATATTTCACATGCTTAGCAGCAGCAGACCAAATTATAGTCAATGT TCCATACCTTGTTTGGATTTTTCCCAAAATAGTTTTAGAAGAAAAGTAAATTAGGTTTTTTAAATTTCTCTTCTTATACA TATTCATAATGGAAGGAATATTTCAAGAATCACTGTTTATGTGATCAATTCAAGGTTAAAAGCTGCTGATATTTTTTCTA GTACAAAGTGATAGACGAAATAGGGTCAGATTCTTTTGTCTTTGTGTGTTAAAAATGAAAATGTCGAAGTTAATTTATTA AGAGAGTAGGTTTTGATAACAAGTCCAATAAAAGGGGAAAGGAACATATACCTTGACATTATATTTGCCAGCTTGTAGAT GGATTTACATTATACTGTCAATATCTATTACTAATATAATATAAAACCATTCATGTTCTCACCCAATAGCTTAAGCTTTT AGGATAGTTGGTTCTTGACGCTGTTTTTGATGATTTTTCCATTTTCTTTACTGGCTGATAACATAATTATGTTTCTGCAG TAATTTGTCATTAGTGGATTTATTATTAATTTGACTATATGTTGTATATATTCATTTTCAGAAACCTGGTGGGATCATTG CTCTTCTTGATGAAGCTTGGTAAGTAAACTTTGTACTGTACCCTTGAATTGGTATTATGGGTCTTAATATCTCTGTGCCC ATGGCTTAGTTCGTTCATTTTATTCTGCCATAATTTTTAACTAATTTTCTGTTTCTCGAATACTGTATGTGAATGTGTTT TGCAGCATGTTTCCTAGATCAACTCATGAAACTTTCGCCCAAAAGCTGTATCAGACTTTCAAAAACCATAAAAGGTTCAC CAAGCCCAAATTATCGCGTAGTGACTTTACAATTTGCCATTATGCTGGTGATGTAAGTTGGGATGATTATTGCTTTTTTC AGATATATAATAAATAGGGTAGTTTCCTTGTGGAATATAGGAGCAGAATGCTAGGTGTGATTTAAACTTTGGAAAATACA TGCTTAATCTGTGTCAATTTCAGGTCACTTATCAAACTGATTTCTTCCTGGACAAGAACAAAGATTATGTTGTTGCAGAA CATCAGGCACTTCTGTATGCTTCTAATTGCCCCTTCGTGTCGGGTTTGTTTCTCCCCTCACCTGAGGAATCGTCCAAACA ATCAAAGTTCTCTTCAATTGGTTCCCGGTTTAAGGTTGGTATTTCTTATTTTAAAAATTCATAATTTGGTTATCTACTCT AACTTCTGCAGTTTTGATATCCTTGTTCATACTTCCTGCAGCAACAATTACAATCACTACTTGAAACTCTCAGTTCCACT GAGCCACACTACATTCGTTGTGTTAAACCCAATAATCTTCTTAAACCATCAATTTTCGAGGGTAAAAATGTTTTGCAGCA ACTACGTTGTGGAGTAAGTCATCTTGCATTTTTGTCTTGGTTCTGGACCATAAAGTTAGTGCTGAAATAGAAGTTTAACT TCTTGTGACTTTGTGCTTATTACATAGTATGTCTGATTATAGGGAGTCATGGAGGCAATTAGGATCAGCTGTGCCGGGTA TCCGACTAGAAAACCCTTTGATGAATTTGTGGATCGATTCAGGCTTCTTGCACCTGAAGCTTTGGATGGAAGGTATCTAA GTTGTTAATCTTCCTTGTGAGGCCTGTTAGCTATGTTATTCTAAAACCTTGATTTATGCTTCTTATCATGTTAGTTCTGA TGAGGTCACTGCTTGCAAGAAGATTCTGGAGAAGGTTGGACTTAAAGGATATCAGGTAACTAATACCATGTAGTAGACCT ATAATTATTTGGGAGACTTTTTCCTGTATTTGTATTTGATCAATGAAGTTAGGATATTTTTGTAATGGGGCATGACGTTG TTTTTAATCAATTAGTTAAGAATCACTCGGTTAAGAAAATTGGTATGTAGTCTGAAATCTTCATTGACCTGACTAAGTAT TGACAAAACTCCACAAAATATTTTCTTTCAAGTTCATACTTATTGGGAACTCATAATGTGCACCTGACTAAGTATTGACA AAACTCCACAAAATATATTCTTTCAAGTTCATACTTATTGGGAACTCATAATGTGCACCTGACTTTGGTTTATCTGGATA CTGGAGTTTCCAAGGGGATTACCACTAAGGGCTTGTCTGGTTTGTAAACACTGTTTTCTATTTTTATTTTTAATCACACG TGACTTTGTTGCACTCTGTTTCCTATTTTCAAAGATCTGTACAAGGAACAACGGAAACAACTTTTTACTGCTTTCATTGT TTTCTATAAAAATATTTGGAAGCGCAAAACAATAATAAAACAATGTGGCATTCTTATGATTTACATTGAAAATAGTAAAC AAATTTTCAAATGAAAAGACCCTGACTTTTCCTTTTCCTACTTCTTCAATTTTCTCAACCATTTTATGGCTGTAAATCTT GAAAGTTTAGTTTAGGTTTTGGAATGAGAACTATTTTGTGTCATTGTCAAGTGTGCAATGAACTCAAATTGCTATTGCCC TTAAGGTAACTTATAATTTTCTGTACTAGGATATATTTGTTTTGTAACTTATTTTACTGGTTCTCTTTATTACTGCAGAT TGGAAAAACGAAAGTGTTTCTTAGAGCTGGTCAAATGGCAGAACTAGATACTCTAAGAAGTGAGATCTTAGGAAAATCAG CAAGCATTATTCAGAGGAAAGTTCGTTCCTATTTGGCTTGCAGAAGTTTCAAGTTGATTCGTTTCTCTGCTATACAAATT CAAGCTGCATGCCGAGGTGTCTGCTAAATTTCTTGAACTATTAGCTCACAAGTTGTATTTTGGGAAAACCTTAAACTTGA GAAGTCTCATGAGTTCTTTTATATGCTGATCACAGGACAACTTGCTCGACAAGTTTATGAGGGATTGCGAAAGGAGGCTT CTAGTCTGATGATTCAGAAGTATTCTCGCATGCACATTGCTAGGAAGGCATACAATGAATTGTATAACTCGGCTATATCT ATTCAAACTGGTATGCGTGGTATGGCTGCTCGTTCTGAGCTACGCTTTAGGAAGCAGACCAGAGCAGCTATTGTCATTCA GGTAGAGAATATTTTAATCTATCACTACAAGACATTTTAAAATATTTCCACTTTTTGTATTTCTTAGATATTATAAGATA TCTTTTTTGATACTCTAACATTATTTTCCAAGTTCATCTGTACAACCTATTGCTGAAGTGTGATTATTTCGTGCATTGCA GAGCCACTGCCGGAAATACTTGGCTCAACATCATTTTATGAACTTGAAGAAGGCAGCAATTACAACACAATGTCAATGGA GAGGAAAAGTTGCTCGGCGAGAATTACGAAAACTCAAAATGGTAACTGCTCCCCCCCCCCCTCCCCGCCCACAAAGAAAA AGAAAAATAGAGCAAATTTTTAACCCGTCAATTAAGTGTTACAATCTTTTGAGTAATATGGCTCAAGATAGTCATTATTT AAAGTGATCTCAATTTTGAACATTGTCAGAAGGTAAAACTGTCTTAGCAGTTAGCACCTTATTCATGAGAACTATTTTGA GGTTCCCCTTCTTATTCCAATTTCCAAGCTCACCGATATGCATCGTAGCGCTGCACGAATCTCACTACCTAAGCTTGAGC TTGCGTTTCATCTCAGCTGCAGTTAGAAGCATTTCAAGGAGGCAAATCAGACCCTCTATGGGCTAGAGACAAGAAAGAAA TAAATTTTTACACCAGACTGTTTCACACAGAATGTGGAGGGCCTTTAAAAAAAAACATAGAATGTGGAGGACTTTAAGAC CCAACAGGCAACGCCCCTTACATTATGTGAAAAAAACTGAAATTCAGTAATATTATCATTTGAAAATTCCTTTCTACTCT TGAATACTCAGTTCTTGAACTTTTAATACTTTTCTTTTCCTTGTCCCTGCTACATATTTCACCTTAAGTACCCAAGTTTC ATACTCTATACTTGACCTCATTTATCTTTGATTCATCTCAACCCATCCTCACATCTAACAAAGATTTACAAACCAGGTTG CATAACGCAGCAGTACCAGTTGTACGCTTTTGGTTTACTTGAGTATAACATTGTCTTATGTATTTTTGTCAAAATTAAGG AACTGCTTTTATTTATAACATTGTCTTATGCATTTTTGTTAAAATTACTGCTATTTTTTTGGTTGGAAAGTAAAATTTTC TTTAATTTAGAGTTATATTATTAATTATTAATTTTTATTATTTCAGGCTGCAAGAGAAACTGGAGCTCTCCAAGCTGCCA AAAATAAGCTCGAAAAACAAGTTGAAGACCTTGCATTGAGGTTGCAGCTGGAGAAACGCATGAGGGTAAATGACTATTAT TTTGTTAATGTTAACTATAATTATGTTGCTGTATTAAGCACACCAGTTAATATAAGTTAAATATTGTAGTCCAATCTGTT AGCTATGTAACAATACTTATTTTGGAAACTTTAATTTGTGACTGAAACATGATTTGTGTAATTGATGAGAATATACTTTT CTAGACACACACTATCACGTATTTTCCTTTGCAAACCTTCTTAAATCTCTTTTAACAAATGCAGACTGACATGGAAGAAG CAAAAACACAAGAAAACAAAAAATTACAATCCGCTTTGCAAGATATGCAACTTCAGTTTAAAGAAACTAAGTTACTTCTT CAAAAGGAGCGTGAGGCTGCTGCAAAGAGAGAAGTAGAGAGAGTGCCTATCATACAGGAGATTCCTGTAGTTGACCATGC TTTGTTGGAGAAGCTCACTGGTGAAAATGAGAAACTCAAGGTGAGCTGATTATGGGCATTAATATCTTCTACGCACTTAG AGAGATTCTTTATAGTTTGGTATACGTTGAATATTCCCATGTTTCGGAAAATATAGATGGCCATTTCTTACTATTAATTT TGGGCTTCCTTCCATTGCAGACCTTGGTGAGTTCACTGGAAAATAAAATTGGTGAAACAGAAAAAAGGTATGAAGAAGCA AATAAGATTAGTCAAGAAAGGTTGAAGCAAGCTCTGGATGCGGAAACGAAAATAATCCAGTTGAAGACTGCTATGCAAAG GTTTCGTTTGTGATTAAAGCTTCGTTGGTATCTTACACATTAAATTTGTACCATGTCATGACCTAACCATTCCAAAAGCT TAAAATATTGTGCTAGAACATTTATTTTTATATCTAACACACCTACTCACACCAGTGACCAGAGCCCTTTGTGCTTGAAG TGTGGATAATGCATTGGGTAACCCAACCTTTTTCTAAAATTTAACCTTCTCAATCTTAAGAATAATGGCATAAATAAGCG AATTATATACCATTCGGTTATAGAGGCTCTGATATACTACATAACGAACCAATCATCCAAAAGTTTAAGCTGTTATACCT TAACAAATGATTTGAACTATTGCTTGTCTCTAGTCTTTGAACAGGCTATCATCCATAGGTTCTATTTGCAATGACTGGAT CTGCACCATCATAACCTTTTTTTTTGCTTAATGAATATTGATAGGCTTGAAGAAAAATTCTTAGATATGGAATCCGAAAA CCAGGTTCTTCGGCAACAATCTTTGGGGAACTCATCTGTGAAAACAATGTCAGAGCACCTTTTTACCCATGTATCTGAGG TAAATTGTGCTTGCTAAAGTGTCTAAGTCCTCATTCTCTGTATGTAAGTGTGAATCTTTTGGATTATTGATATTTTTATA TGCAGAAGTTGGAAAATGGTCACCATGTGGCGGAAGATCAGAAAGCTGTAGTAAGCACATTACTGTCTACCCTTATAATG CTGTACCTTTCAATATCATACCAGCTTTTGGGTCAAGTAGAATCTAAAAATTGTGTTTGCAGGAAACACCGAGTGTAACA CCTGTAAAAAAGTTTGGTACTGAATCTGATAGCAAGATGAGGAGATCCTACATTGAACGTCAACATGTGTGTGCTTAAAT TTTGTCATTTAATATGTCTGTTCTTCATACAAATACATATACCATTTTTAACTCTTGTTTCACTGTAGGAGAATGTTGAT GCTCTTATCAACTGTGTTATGAAAAATATTGGCTTCCAGCATGGAAAGCCTGTTGCTGCATTTACCATTTACAAATGCCT TCTCCAGTGGAAATCATTTGAAGCTGAAAGAACAAGTGTATTTGATCGCCTTATCCAGATGATTGGTTCTGCAATTGAGG TGAATTTTTTACTTGGAGATAAAAATGATTTTTGGACCTTCACTTAATAACTTAAGCTTTTAGGATAGTTGATTCTTGAG ATGATACCAAAGCCTGTATAACTAAAGAATTAGGAGATCATTCCTTACCACTCTATGACATGATTGCACTGATTATTAAG TGTATTAAAAAATATTGAAATGCAATCTAATGGAATATAGTGTTCATTATGAGTTGATAGCTCATAGCTCTGTTTAAGAG TAAGGAGTTTGTAGATATTTGTTTAGTTCAATTTTTGTTGCATGAATATGTTTTTTATTTGGAACTATGTGTTAAAAGTA ATATGAGTGCAGGTTTAAATAATGTTTTTGCCACTGAGAGTTTCATGATTTTTAAATGCTATATTCATCCGTCCTGCCTC TTTTCTTAAAAGTGTTTATAAATGCATAAACCTTTGTCGAACAGTGAATTATTTTGTCGCTTTTTTATTGTTAAATGATA TAACCTACCTCACTTAGTGGGATAATAAGACTTTTGTTGTTGTTGTATTGTTTAATGATATGCCTCTAATTTTCTAATCA TGGTTCTTTTAGTATTGTAGAATATTGTATAACTGTATTTTCTTCCTTACTTTCCAGAATCAAGATGACAATGATCTTAT GGCCTATTGGCTGTCAAATACATCTGCACTATTGTTTTTACTCCAACAAAGTTTGAAATCCGGTGGTCCAAATGATGCAA CTCCTGTTAGAAAACCACCAAATCCAACTTCGCTCTTTGGAAGAATGACCATGGTAATGAATCTCCCTTACATGGTTTGT AACCTATTCTCCCTTACACATAAAAATATCACTGAATTTGTTTGATGGCTATATTGCAGGGTTTTCGCTCATCTCCTTCT TCTGCCAGCCTTCCTACCCCAGCATTGGATGTTGTACGCAAGGTTGAGGCTAAATATCCTGCTTTGCTTTTCAAGCAGCA ACTTACAGCCTATGTGGAGAAAATATATGGTATCCTTCGGGACAATTTGAAGAAAGAGTTAGCATCGTTTATTTCATTAT GTATCCAGGTATGTTGAAATGCAGTTGGCAATTGTTTACCTGTAGTGAGTTTCAAACCAACCATTATCATTATGGGATGG ATAAAGTTGAATACAATGTCTTGCATCCCATATAGTTCTTGTAGCTTGTCTGTAAACTTACTATCTGCCAAAGCAGATAC TTTCTAGAAATTTCTAAAAGAATTGTGAGGCTCCATTCCTTTTTTAGTCAAGTTGGATTTTCATTCTGTTCCTCATGACA ATCTTATTGCTGTTATACAGGCACCAAGAGCATCAAAAGGAGTGTTACGATCTGGTCGATCTTTTGGTAAAGATTCTCCC ATGGGTCACTGGCAGAGTATTATTGAATCCCTCAACAACCTTCTCTGCACTCTGAAAGAGAACTTCGTAAGAAACAAATC ATAACTGGTTAAGTTATGATTAATAAGAAATACCTCCCTGTTAGTCCTTTTTACGCTATTTCTATAAATTGCTTAAGCAC AATAAATTGTTTTGGGTCTCAGGTGGCTCCAGTCCTTATCCAGAAGATCTTCACTCAGACGTTCTCATATATTAATGTTC AACTCTTCAATAGGTAAGCAGTTTCTGCATATATCCTTTGACATAAAAGAATTATTTTTGCATCATGGGGTTTTGTCCAG AAGTTAACAGCCATTTTCTTATGAATGATTGCTAGTCTTCTTCTGCGTCGTGACTGTTGCACATTTAGCAATGGGGAATA TGTGAAAGCTGGTTTAGCAGAATTGGAGCTGTGGTGTGCCCAAGCAAAGGAGGAGGTAATTTATTCTTGCCTTGAAATTA TTGTGTTACTAGTGCATATGGCTTGTTATAAAACATGCTGATGATCTATAGCTGCTTTGTATGGCTTTTGGACCTGTGTA ATCTACCTTCAGAATAATGTCTAACCTAGATACCTTCAGAATAATGTCTAACCTAAGTGCCTTGGTTTGCAGTATGCAGG GTCATCTTGGGATGAGCTTAAGCACATAAGACAGGCCGTTGGATTCTTGGTAAATATGTCTTGTTTGATAATATGGCACC GTTTATCTTGTTTTTTCCAAAAAAAATTGATGGTCAATGTTGGCACAGTTTTCACTTAACCATAATTATTTAAAATCTGA TAATTCCATGATCGGGTTCGGGAATAGGATAAATCCATTCAATCTGAAAATCTCATGATAATGTTTGGTAATAGGATAAA TCCTGTCTAAACACTCATTTGGTGAAGGTGTTTTACGGGTTGTCATTTTAAATTATTTAGAGTCAAATGCATCTTTTATT GGTTTTGGAAGAAGATGACGCTTAATAAATTGCTGTGAGATCTGCTAGATCATATTTTAAACTTAAACAGGTACCGAAAT CACTACAAACATGTGTAACAATGAGATGGTATTGGCAAAGTAGCTCTTTGCCATGAACCTACTATCCCTATAAAATGATG TATTTTGAAAATAATCTGATGTTTAGGAGATGAGTGGCTAATATTTTTAGGAGAAGAGACATTGTGAGGCGAGGGCCTAT TCATTGGTAGCAAAATGTTTATCTTAAATCTTAATTAATATCTATTGAGTAATTACTGATCAGTGTTAATTCTTTTTCTT AGAAGAAAATACTAGACATTAGCAATACTTTTTAGTCTAAAAGATTTTACTAATTTTATAGGCGAGTTATATCGGCATAT AATATATAACATTTATATAAAAATTAAAACCATATAAAAGAGGGGGCTAAAACATTTGCTTCAGATTCCTTACCCTGAGG CCAGCTATTCTAGCCATATTAGTTCCTAAGCAACTGCATATATATTAGCGTCTATTAATTTCAAAATATAAAAACAATGG CATCCTCTATGTTTGGAAATGTTCTAGCCTCCCAATGTAGAAGAGAATAGTGTATGCAGTTTATTTTTCTAGATAACAAA ATTTTCATGATTTATGTGTATGTTGGCAATGTGCATCTTTTACAGTTGTCCACGTTTGCCTGGTAAACTATTCTTAGTTA TAGTTTCTATTTTGTGATGATTTTTCTTGAGAATAATTATGATGACGATTGTCTTAATACTTAATTGAATAGGAATATGG AGATTTGTTCTTTATTTCTTGATAAATATTTTTATGATGAGATCAAAATCCAATTTATCTTAATTGCATCTCGTTTTAAT TTTTGTCATTTCTTAAAACAGGTTATTCATCAGAAGTACAGGATTTCCTATGATGAAATCATTAATGATTTATGCCCTGT AAGTATCTATCCATCTCGAGCTTTATGTGTGTATGAGACATGCATCTCATTAATTTCTGGATATATGAATGGCGTTTCTT TGATACAACAACAACAAATCCTTTCTTTCATAGAAAATGGATTTTTGTAGAGCAGAATTTAGGGCTGATGAGTTATTGAA ATGATCATGCGTAGATTCTGTTGCTTTTTAGTTTTGTAAAGGATCATAATGATTTACTATGTTTCTACAAGTAGCAATTA AGGCGATTTCGTAGTTTGTTTATCAGCTTAAACATGGATAATGCATTAAGCTGCTGATATTACAGAAATTCAAAATTAAG TTGTCTTCATTTAGTCCTGAGGATGGGTTGGAAGTAGATTGGGAAGATTGATATTTGGATGATCACAAATGCATGATTTC TTACTCTTGCACTGATGCTCTACTATGTCTTCTAGAGATACTATGTTTCTCTAATACCTTCTCTCTTGTGTGTCCTTTTT TCCTACATAGATCATGAGCGTCCAGCAGCTGTACAGAATATGTACACTTTACTGGGATGCTAACTACAATACTCGAAGTG TATCTCCAGATGTAAGTTTTTATTTTCTTTCACGGTATTTTCTCCGATAACAGCAGAAGTTGTGATGAATGCTTGATCAA CATGATCAAATCTTCATTCAGGTCCTTTCAAGTATGAGGGTACTTATGGCTGAGGACTCCAATAATGCTCAGAGTGATTC TTTCTTGTTGGATGACAGTTCCAGGTGAGGTTTCTAGTTTATGGAATGACTTGAGTGAAGCTTTAGTATCATTACATGCA TTTTAAGCTTTAATACCTAATGGAGTGGGAATATTATCTGCCATTGTAGTTGATATTTATGAATCATCATGCAACTTATT TGTTGTTTAACACTTGTGAAAACTAGAGAAAACAGCTTAATTTGTATGATCCATTGATTATCATATCCCTCCTTGGTCAG ACTTATAATAAAATTGGTTGATCTTGATGCATTTTCAAATCGGTTACGCGTTTGCGAACTGAATTTTGCTTCTTTTTACA GCATCCCTTTCTCAGTGGAGGACCTCTCTACAGCAATGCAAGAAAAGGATTTTTCAGACTTGAAACCAGCGGAGGAGCTT CTTGAGAACCCTGCCTTTCAATTTTTAACTGAGTAGGCAAGGGAAGCTTAG
CDS sequence (LotjaGi5g1v0151100.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGACAAAGCTTGCTTATCTGCATGAACCTGGTGTCCTAGATAATCTGAGATCAAGATATGATATCAATGAAATTTATAC TTACACGGGGAATATACTGATTGCTGTGAACCCTTTCATAAGGCTTCCTCATTTATATGATAGTCATATGATGGCACAAT ACAAAGGAGCAGGTTTTGGTGAGCTAAGTCCTCATCCATTTGCTGTTGCAGATGCAGCATATAGGCTAATGATCAATGAG GGAATCAGTCAGTCAATATTGGTAAGTGGTGAAAGTGGGGCTGGTAAAACAGAAAGCACCAAGTTACTCATGCGCTATCT TGCTTACATGGGAGGGAGAGCTATTGTTTCTGAAGGTAGGACTGTTGAGCAGAAAGTCCTAGAGTCCAATCCTGTTCTAG AAGCCTTTGGCAATGCAAAGACTGTTAGAAACAATAATTCAAGTCGTTTTGGTAAGTTTGTGGAGATTCAATTTGACCAG AAGGGAAGAATTTCTGGAGCTGCTATAAGAACTTATCTGCTGGAAAGATCACGTGTTTGCCAGGTGTCAGATCCAGAAAG GAATTATCACTGTTTCTATATGCTCTGTGCTGCACCGCAGGAGGTTGTTCAGAAGTACAAATTAGGGAACCCAAGAACAT TTCATTATTTGAACCAATCAAATTGCTATGAGTTGGAAGGTGTTGACGAGTTTAAAGAATATTGCGATACAAAGAGAGCA ATGGACGTTGTTGGAATAAGTTCTGAAGAGCAGGAAGCAATATTTCGAGTAGTTGCTGCAGTTTTGCATCTTGGCAACAT TGAATTTACAAAAGGGAAAGAAATTGACTCATCTGTGCCCAAAGATGAAAAATCTTGGTTTCATCTGCAAACTGCTGCTG AACTTTTTATGTGTGATGCAAAGGCACTTGAAGATTCTCTTTGCAAGCGCGTAATAGTTACTCGTGATGAAAATATTACG AAATGGCTGGATCCAGAAGCTGCTGCATTAAGCCGAGATGCTTTGGCTAAGATTGTGTACACGAGGTTGTTTGACTGGCT GGTGGATAAAATTAATAATTCAATTGGTCAAGATCCGACTTCGAAGTCCTTAATTGGCGTGCTGGATATTTATGGTTTTG AGAGTTTCAACACTAACAGTTTTGAGCAATTCTGTATTAATTTGACCAATGAAAAGCTCCAGCAACATTTTAACCAGCAT GTTTTCAAAATGGAGCAAGAAGAATACAAAAAAGAGGAGATTGATTGGAGTTACATTGAATTTGTTGACAATCAAGATAT TTTGGATCTCATTGAAAAGAAACCTGGTGGGATCATTGCTCTTCTTGATGAAGCTTGCATGTTTCCTAGATCAACTCATG AAACTTTCGCCCAAAAGCTGTATCAGACTTTCAAAAACCATAAAAGGTTCACCAAGCCCAAATTATCGCGTAGTGACTTT ACAATTTGCCATTATGCTGGTGATGTCACTTATCAAACTGATTTCTTCCTGGACAAGAACAAAGATTATGTTGTTGCAGA ACATCAGGCACTTCTGTATGCTTCTAATTGCCCCTTCGTGTCGGGTTTGTTTCTCCCCTCACCTGAGGAATCGTCCAAAC AATCAAAGTTCTCTTCAATTGGTTCCCGGTTTAAGCAACAATTACAATCACTACTTGAAACTCTCAGTTCCACTGAGCCA CACTACATTCGTTGTGTTAAACCCAATAATCTTCTTAAACCATCAATTTTCGAGGGTAAAAATGTTTTGCAGCAACTACG TTGTGGAGGAGTCATGGAGGCAATTAGGATCAGCTGTGCCGGGTATCCGACTAGAAAACCCTTTGATGAATTTGTGGATC GATTCAGGCTTCTTGCACCTGAAGCTTTGGATGGAAGTTCTGATGAGGTCACTGCTTGCAAGAAGATTCTGGAGAAGGTT GGACTTAAAGGATATCAGATTGGAAAAACGAAAGTGTTTCTTAGAGCTGGTCAAATGGCAGAACTAGATACTCTAAGAAG TGAGATCTTAGGAAAATCAGCAAGCATTATTCAGAGGAAAGTTCGTTCCTATTTGGCTTGCAGAAGTTTCAAGTTGATTC GTTTCTCTGCTATACAAATTCAAGCTGCATGCCGAGGACAACTTGCTCGACAAGTTTATGAGGGATTGCGAAAGGAGGCT TCTAGTCTGATGATTCAGAAGTATTCTCGCATGCACATTGCTAGGAAGGCATACAATGAATTGTATAACTCGGCTATATC TATTCAAACTGGTATGCGTGGTATGGCTGCTCGTTCTGAGCTACGCTTTAGGAAGCAGACCAGAGCAGCTATTGTCATTC AGAGCCACTGCCGGAAATACTTGGCTCAACATCATTTTATGAACTTGAAGAAGGCAGCAATTACAACACAATGTCAATGG AGAGGAAAAGTTGCTCGGCGAGAATTACGAAAACTCAAAATGGCTGCAAGAGAAACTGGAGCTCTCCAAGCTGCCAAAAA TAAGCTCGAAAAACAAGTTGAAGACCTTGCATTGAGGTTGCAGCTGGAGAAACGCATGAGGACTGACATGGAAGAAGCAA AAACACAAGAAAACAAAAAATTACAATCCGCTTTGCAAGATATGCAACTTCAGTTTAAAGAAACTAAGTTACTTCTTCAA AAGGAGCGTGAGGCTGCTGCAAAGAGAGAAGTAGAGAGAGTGCCTATCATACAGGAGATTCCTGTAGTTGACCATGCTTT GTTGGAGAAGCTCACTGGTGAAAATGAGAAACTCAAGACCTTGGTGAGTTCACTGGAAAATAAAATTGGTGAAACAGAAA AAAGGTATGAAGAAGCAAATAAGATTAGTCAAGAAAGGTTGAAGCAAGCTCTGGATGCGGAAACGAAAATAATCCAGTTG AAGACTGCTATGCAAAGGCTTGAAGAAAAATTCTTAGATATGGAATCCGAAAACCAGGTTCTTCGGCAACAATCTTTGGG GAACTCATCTGTGAAAACAATGTCAGAGCACCTTTTTACCCATGTATCTGAGAAGTTGGAAAATGGTCACCATGTGGCGG AAGATCAGAAAGCTGTAGAAACACCGAGTGTAACACCTGTAAAAAAGTTTGGTACTGAATCTGATAGCAAGATGAGGAGA TCCTACATTGAACGTCAACATGAGAATGTTGATGCTCTTATCAACTGTGTTATGAAAAATATTGGCTTCCAGCATGGAAA GCCTGTTGCTGCATTTACCATTTACAAATGCCTTCTCCAGTGGAAATCATTTGAAGCTGAAAGAACAAGTGTATTTGATC GCCTTATCCAGATGATTGGTTCTGCAATTGAGAATCAAGATGACAATGATCTTATGGCCTATTGGCTGTCAAATACATCT GCACTATTGTTTTTACTCCAACAAAGTTTGAAATCCGGTGGTCCAAATGATGCAACTCCTGTTAGAAAACCACCAAATCC AACTTCGCTCTTTGGAAGAATGACCATGGGTTTTCGCTCATCTCCTTCTTCTGCCAGCCTTCCTACCCCAGCATTGGATG TTGTACGCAAGGTTGAGGCTAAATATCCTGCTTTGCTTTTCAAGCAGCAACTTACAGCCTATGTGGAGAAAATATATGGT ATCCTTCGGGACAATTTGAAGAAAGAGTTAGCATCGTTTATTTCATTATGTATCCAGGCACCAAGAGCATCAAAAGGAGT GTTACGATCTGGTCGATCTTTTGGTAAAGATTCTCCCATGGGTCACTGGCAGAGTATTATTGAATCCCTCAACAACCTTC TCTGCACTCTGAAAGAGAACTTCGTGGCTCCAGTCCTTATCCAGAAGATCTTCACTCAGACGTTCTCATATATTAATGTT CAACTCTTCAATAGTCTTCTTCTGCGTCGTGACTGTTGCACATTTAGCAATGGGGAATATGTGAAAGCTGGTTTAGCAGA ATTGGAGCTGTGGTGTGCCCAAGCAAAGGAGGAGTATGCAGGGTCATCTTGGGATGAGCTTAAGCACATAAGACAGGCCG TTGGATTCTTGGTTATTCATCAGAAGTACAGGATTTCCTATGATGAAATCATTAATGATTTATGCCCTATCATGAGCGTC CAGCAGCTGTACAGAATATGTACACTTTACTGGGATGCTAACTACAATACTCGAAGTGTATCTCCAGATGTCCTTTCAAG TATGAGGGTACTTATGGCTGAGGACTCCAATAATGCTCAGAGTGATTCTTTCTTGTTGGATGACAGTTCCAGCATCCCTT TCTCAGTGGAGGACCTCTCTACAGCAATGCAAGAAAAGGATTTTTCAGACTTGAAACCAGCGGAGGAGCTTCTTGAGAAC CCTGCCTTTCAATTTTTAACTGAGTAG
Protein sequence (LotjaGi5g1v0151100.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MTKLAYLHEPGVLDNLRSRYDINEIYTYTGNILIAVNPFIRLPHLYDSHMMAQYKGAGFGELSPHPFAVADAAYRLMINE GISQSILVSGESGAGKTESTKLLMRYLAYMGGRAIVSEGRTVEQKVLESNPVLEAFGNAKTVRNNNSSRFGKFVEIQFDQ KGRISGAAIRTYLLERSRVCQVSDPERNYHCFYMLCAAPQEVVQKYKLGNPRTFHYLNQSNCYELEGVDEFKEYCDTKRA MDVVGISSEEQEAIFRVVAAVLHLGNIEFTKGKEIDSSVPKDEKSWFHLQTAAELFMCDAKALEDSLCKRVIVTRDENIT KWLDPEAAALSRDALAKIVYTRLFDWLVDKINNSIGQDPTSKSLIGVLDIYGFESFNTNSFEQFCINLTNEKLQQHFNQH VFKMEQEEYKKEEIDWSYIEFVDNQDILDLIEKKPGGIIALLDEACMFPRSTHETFAQKLYQTFKNHKRFTKPKLSRSDF TICHYAGDVTYQTDFFLDKNKDYVVAEHQALLYASNCPFVSGLFLPSPEESSKQSKFSSIGSRFKQQLQSLLETLSSTEP HYIRCVKPNNLLKPSIFEGKNVLQQLRCGGVMEAIRISCAGYPTRKPFDEFVDRFRLLAPEALDGSSDEVTACKKILEKV GLKGYQIGKTKVFLRAGQMAELDTLRSEILGKSASIIQRKVRSYLACRSFKLIRFSAIQIQAACRGQLARQVYEGLRKEA SSLMIQKYSRMHIARKAYNELYNSAISIQTGMRGMAARSELRFRKQTRAAIVIQSHCRKYLAQHHFMNLKKAAITTQCQW RGKVARRELRKLKMAARETGALQAAKNKLEKQVEDLALRLQLEKRMRTDMEEAKTQENKKLQSALQDMQLQFKETKLLLQ KEREAAAKREVERVPIIQEIPVVDHALLEKLTGENEKLKTLVSSLENKIGETEKRYEEANKISQERLKQALDAETKIIQL KTAMQRLEEKFLDMESENQVLRQQSLGNSSVKTMSEHLFTHVSEKLENGHHVAEDQKAVETPSVTPVKKFGTESDSKMRR SYIERQHENVDALINCVMKNIGFQHGKPVAAFTIYKCLLQWKSFEAERTSVFDRLIQMIGSAIENQDDNDLMAYWLSNTS ALLFLLQQSLKSGGPNDATPVRKPPNPTSLFGRMTMGFRSSPSSASLPTPALDVVRKVEAKYPALLFKQQLTAYVEKIYG ILRDNLKKELASFISLCIQAPRASKGVLRSGRSFGKDSPMGHWQSIIESLNNLLCTLKENFVAPVLIQKIFTQTFSYINV QLFNSLLLRRDCCTFSNGEYVKAGLAELELWCAQAKEEYAGSSWDELKHIRQAVGFLVIHQKYRISYDEIINDLCPIMSV QQLYRICTLYWDANYNTRSVSPDVLSSMRVLMAEDSNNAQSDSFLLDDSSSIPFSVEDLSTAMQEKDFSDLKPAEELLEN PAFQFLTE
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 | 668 | 668 | 0.0 | ||
| ProSiteProfiles | 1 | 667 | 667 | 266.141 | ||
| SUPERFAMILY | 1 | 720 | 720 | 9.4E-280 | ||
| Gene3D | 1 | 597 | 597 | 5.0E-249 | ||
| Pfam | 1 | 655 | 655 | 3.4E-253 | ||
| PANTHER | 1 | 1446 | 1446 | 0.0 | – | |
| PANTHER | 1 | 1446 | 1446 | 0.0 | – | |
| CDD | 10 | 655 | 646 | 0.0 | ||
| PRINTS | 26 | 45 | 20 | 5.1E-61 | ||
| PRINTS | 83 | 108 | 26 | 5.1E-61 | ||
| PRINTS | 131 | 158 | 28 | 5.1E-61 | ||
| Gene3D | 182 | 246 | 65 | 5.0E-249 | – | |
| Gene3D | 247 | 356 | 110 | 5.0E-249 | – | |
| PRINTS | 364 | 392 | 29 | 5.1E-61 | ||
| Gene3D | 373 | 557 | 185 | 5.0E-249 | – | |
| PRINTS | 417 | 445 | 29 | 5.1E-61 | ||
| Gene3D | 601 | 667 | 67 | 2.8E-18 | – | |
| Gene3D | 668 | 720 | 53 | 2.2E-9 | – | |
| SMART | 669 | 691 | 23 | 74.0 | ||
| SMART | 692 | 714 | 23 | 3.4 | ||
| ProSiteProfiles | 693 | 722 | 30 | 9.468 | ||
| Pfam | 696 | 713 | 18 | 0.0012 | ||
| SMART | 717 | 739 | 23 | 0.021 | ||
| ProSiteProfiles | 718 | 747 | 30 | 7.766 | ||
| SUPERFAMILY | 721 | 818 | 98 | 2.3E-17 | ||
| Pfam | 721 | 738 | 18 | 0.053 | ||
| Gene3D | 721 | 767 | 47 | 9.5E-11 | – | |
| SMART | 740 | 762 | 23 | 38.0 | ||
| ProSiteProfiles | 741 | 770 | 30 | 7.968 | ||
| SMART | 765 | 787 | 23 | 0.0093 | ||
| ProSiteProfiles | 766 | 795 | 30 | 7.327 | ||
| Pfam | 767 | 786 | 20 | 1.3E-4 | ||
| Gene3D | 768 | 817 | 50 | 1.5E-10 | – | |
| SMART | 788 | 810 | 23 | 0.094 | ||
| ProSiteProfiles | 789 | 818 | 30 | 8.883 | ||
| Pfam | 791 | 810 | 20 | 6.9E-4 | ||
| Coils | 812 | 885 | 74 | - | – | |
| Coils | 908 | 942 | 35 | - | – | |
| Coils | 950 | 984 | 35 | - | – | |
| CDD | 1044 | 1417 | 374 | 0.0 | ||
| ProSiteProfiles | 1093 | 1394 | 302 | 55.26 | ||
| SMART | 1269 | 1376 | 108 | 1.3E-42 | ||
| Pfam | 1269 | 1373 | 105 | 8.2E-23 | ||
| Coils | 1446 | 1448 | 3 | - | – |
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 LotjaGi5g1v0151100.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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