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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0783500 |
| Transcript ID | LotjaGi1g1v0783500.7 |
| Related isoforms 6 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Myosin family protein, putative, expressed; TAIR: AT1G54560.2 Myosin family protein with Dil domain-containing protein; Swiss-Prot: sp|F4HWY6|MYO11_ARATH Myosin-11; TrEMBL-Plants: tr|A0A072U4E6|A0A072U4E6_MEDTR DIL domain myosin family protein; Found in the gene: LotjaGi1g1v0783500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:135654636..135666721) extracted from Lotus japonicus Gifu genome v1.2.
AAAACCAAACACAACCTTAGTTTCTTGATAAATCACATTTGCATTTTGGAAAATGTGCAACATATCTTAGTTAGGCAAAA ATTACTTCTGAATTGTTTTTCTGTGCTTTTATTTTGGGATAATTCAAGGTTGTCACAAAGTTATCAAAATTATATCCCAA AGATATGGAAGCTGCTCCTGGTGGAGTGGATGATATGACTAAGTTGTCCTATTTGCATGAGCCAGGAGTCCTGCAGAACT TAAAGATTAGATATGAGTTGAATGAAATATATGTAAGGATCTCTTCCCTTTTAATTTGTTGGGATCCAGCATGGTTTATC AGTTCAAAAACCTTTTATCTTGTTAATTGCTGTGGCAGACTTATACTGGAAATATTCTGATTGCAATAAATCCATTCCAA AAACTACCTCATCTATATGATGCACACATGATGCATCAATACAAGGGAGCACCATTTGGAGAGTTAAGCCCTCATGTATT TGCCGTTGCTGATGTTGCATATAGGTAACCTTAATTTCTTCTAAGAATCCAAATACCATTTCTATCACTGAACCAAATTT TAATTTATGATTTGATTAATGCTAGGGCAATGATTAACGAAAGAAAAAGCAATTCAATTCTGGTCAGTGGAGAAAGTGGA GCTGGTAAAACTGAAACCACAAAAATGCTTATGCAGTACCTTGCTTACTTAGGTGGTAGGGCTGCCACCGAAGGACGAAC AGTTGAACAGCAAGTTCTTGAAGTATGATTCAATAAATCACTGTTTGTTAACTCTAACAAAATTTCCATTCTTTTTTTCC CGTACAATTATATTCAATTTTTTCCCCTCTTTGAACTTTGACTCACCTGCGACTTCTATATTAACTGATCTGAGTACAGT CAAATCCAGTTCTGGAAGCATTTGGTAATGCTAAAACTGTCAGGAATAACAATTCCAGGTGAGTCTTTCTTACACGTGGG TAGTAAATAATCTTGTGTTTTATTCTCTACGATATGCTAATATATAAACTAAGTTTGTTGTTAGTCTTTGTAATATGTGG GAATAAATAATTCAAGTTTGATATATAAATTCACTTCGTCTCCAGTTTGTATCATTGCATTCCCCCAATTCTCTATTGTA CTGCCAAAATTCAATGTGTTAGTGACAACAGTTAAATTGATGGCCATTTATCAAATTTTCTTTTGAAAAATGGAACATAA ACTCCTATGGAACATAAACTTCTAGACAGTGCCTAGTTAATGTCCAGTTATTTATAGTAGAATTAGTTTCAAATTCTCAT TGTCTTAATGCTGCAGTCGTTTTGGTAAATTTGTTGAGATCCAATTTGATAAGAGTGGAAGAATCTCAGGAGCAGCCATT CGAACATACCTTCTAGAGAGATCTCGGGTTTGCCAAATTAATGATCCTGAACGCAATTACCACTGTTTTTATCTTCTCTG TGCTGCACCACAGGAGGTTACTTGCTGCACAATCTACTTTTTGTTTATTCGTTTAATTATATATACTCATTACAATTTAT GCTGACAGGAAATTGAGAAATACAAACTAGGACATCCTAAAACATTTCATTACCTAAATCAGTCAAAATGCTTTGAACTG GCTGATGTAAGTGATGCTCGTGAGTATCTTGCAACTCGGAGAGCTATGGATATTGTTGGAATAAGCCCAAAAGAGCAGGT ATTTCTTTTCATGAGTGAGAATTTAGCTTCTTTATTGCTTAAATATGAAATGAATAGCTTCTTAAGCCTTCACTTTCCCC GCTACATTTTTTATCAGGAAGCTATTTTTAGAGTTGTTGCTTCCATTCTTCATCTTGGTAATATTGAATTTACCAAAGGA AAGGAGGTTGATTCATCAGTTCCTAAGGATGATAAAGCCAAATTCAGCTTAAAAACAACTGCTGAGCTCCTCATGTATGG GTGACAGTGTTGTATTACTCCCTATGCCCAAATGATTTTCATCTGCCTTTAAGATGATTACCATTATTGGATTTTGCACT TTATCAGGTGTAATGCTGGTGCCTTGGAAGATGCATTATGTAAGCGTGTCATGATCACCCCTGAGGAAGTTATAAAACGG AGCCTGGATCCCCAAAGTGCAGCAGTCAGCAGAGATGGCTTGGCAAAAACACTTTATTCAAGGCTGTTTGACTGGTAAGA TGCTGAAAATGGAAACAAACCCGTAGTTTTTGTCCTTTATCATTCTCGTTAGGCCACACAATACACATACAGAAGGTAAG GATCTAGGATTCTGGTTTTGATCCCTGGTGTTTTAATGTGGTTGTTAACAGGTTGGTGGACAAGATTAATAATTCAATTG GACAAGACGCCACTTCTAAATCTTTGATTGGGGTCCTTGATATATATGGTTTTGAAAGCTTTAAATGTAACAGGTAATAT TTAGTTTAGAAGAATAAACATGCCTATCCGTACAAATGCATCCTGAGATTGCTTTACTAGAGATATTGAAAGCAGCCACC TCTGCTTGTTTTCAATCCATTTTAACTTATTTTCAGCCTATCATGCTCTGCAGTTTTGAGCAGTTCTGCATTAATTTCAC AAACGAGAAATTGCAGCAACATTTCAATCAGGCAAATTCTCAGACCAGATAAGCACTTACAGTGTTATGACTGTTACTTC CCATTTTAATTTGCTTTTTCGTGATGAATTTCAGCACGTGTTCAAAATGGAACAAGAAGAATATACAAAGGAGCAGATTG ATTGGAGTTACATTGAATTTGTTGACAACCAAGATGTTTTGGACCTAATTGAAAAGGTTTTCTTTCTCTCTTTTTTTCAC TTTTCTCAAAGGCTTGTGGGTATTCAGCTCATTTTGAGCATAAAAGCAGCCAACTTAGATGTTATGAAACTTAATGTAAT GGAAAGTTAATACTAGTATGCTCTTTTAGATGCATATTGATGATTTATTGTCTAATTATCCTAGTGTGTAAAGTTCATCC CACAATCTATTTAGTGTTACTATTCATACCCAAAATAATTGAATTTTCATTAATCCCCATCTGCAAAACAACTGCACACA TTTACAAAGGAAAAGAAGCAGAAGAAGGGATGAGGTTGAGGGTGAAAATGAGCTTGGTTAATTGGTTCATTGTTTCTTCT TTTGAACTGAACCACAGTAGCGCTATTTAATATTGTCACGAACCAACTATCCCAAAAGCTTAGCTTTTGAGTGAAGGACA CATGAATGATTTAATATTATATTTATAACACACCCCTTACGCACGATCCCACTTGGGCTTAAAGCGTGGAAAAAGCACAA ACTCACCTAACATGTGCTGAAATTCAACAATTTTTCAATTAGAATAATGGGGCAAACACAGGTCGAACTCTAGACCACCT GATTATAGAGGCCTTAATAGCATGTCATGAACCATTTATCACAAAAGTTTAAGCTGTTGGGTAAATGACACATGAGTGAC TTCATATAATATCTAATGAGTATGTAACACAAATCTTTTATATTTGGTTTTCAGACAAACAAAATTTATAATTAAGGAAC TGGACTGCTGTTATTGAGTGATCTCTCCCTATGTTGTAGTTTTGGTTATTTTACTGTCAGCCAGAATTCAGTGCCTTTTT CATCCTTTTCTTCCACTTTGTCTTCCCTTACTTTTTGCATTAGTACTTTACTTTTTTTCTTTTTTGCAGAAACCTGGAGG AATCATTGCTCTCCTTGATGAAGCTTGGTAAACTATTGTTTTCTTCCCTGAATTTCTTCCTTGAAAGGATGACAATTCAT AGCTTGCTTGATGAATTTTAACCTTCTTTTGGTGACAAGTTCCTGTTTTAATTCTAATGCTCCTTGTTACTTACCATATT GAATCAACTCCTTCATTCTAACCTTTCGCCCTTGTCTTTCAGCATGTTTCCAAAGTCAACTCATGAAACTTTCGCTAACA AGCTTTATCAAACATTTAAGAATCACAAGCGCTTTGTTAAGCCAAAATTATCTCGAACAGATTTCACCATTTCTCATTAT GCTGGCGAGGTATGACTTATTCTCATAGCATCTGCTTCAGAAAACACTAGACTTTGTTTATTCATTTCTACTGTCATAAA TGTGCAGGTGCTGTACCAGTCAGACCATTTTTTAGATAAAAACAAGGACTATGTGGTTCCGGAACATCAAGATTTATTGG GTGCTTCCAAGTGTCCTTTTGTAGCTGGACTTTTTCCTCCACTTCCAGATGAGACATCAAAATCTTCAAAATTTTCTTCA ATCGGTTCTCGTTTTAAGGTATCATTATTTTTCTAGTCTTCATTATTGAAAATGTGGACTTTGGCATGACAATAAACTTC TTGCCTGGTGCAGCTGCAACTACAGAGCCTAATGGAAACACTAAACTCAACAGAGCCTCATTACATTAGATGTGTGAAGC CAAACAACGTCCTCAAGCCTGCAATTTTTGAGAATGTCAATATTATGCAACAACTTCGCTGTGGTGTGAGTATACTTTGA TGTTCCTCCTTAATTTCATTCTTCGGATAACTGGTTTGTACAAAAGTATGGTCATAGTTTCTTCACAACTCAACCTTTTC TTTTCCCTTTTTTCTCCAATGCTTTCTCATACAGGGTGTTTTGGAGGCAATCAGAATCAGTTGTGCTGGCTACCCTACCC GTCGCGCTTTCTTTGAGTTTATAAACCGATTTTCCCTCCTTGCCCCCGAGGTTACAGAAGCAAAGTAAGAACTCTCTTAG TATATTTGTATGCCCAATAGGAAGGAAGTTTTTGCTTTATGTTTTTAAACATTTCGTACCAACCTAATCAGCTAAGCCTT TTCACCTTTGGGCAGTCATGATGAGAAGACTGTTTGCAAAAAAATTCTAGAAAAGATGGGGCTTAAAGGATATCAGGTAA ATGTTTCACCAAAATAATAAATTTTGCTCTTGTTTTCTTGTCTGAATATCTTTTATTATAAAATCAATATAAAATCATTC ATATATCTTTACCCAACAACTAAAATTTTAGGGACAGTTGGTTTGTGACACCTTTAAACCTCTTAAGGTGTCAACAACAA CCATACTTCATGGATATTGCATCATTGATATATAATACCTCTTTTTGCTATATTTTATCGATGTCATCAAGGGTATGTAC GATCATCATGCATATATATATATTTATGTTTATGCTCATCAAGGCTGTCAATTGTGTAGATTGGAAAAACAAAGGTATTC CTAAGAGCAGGTCAGATGGCTGAACTAGATGCACGGAGGGCTCAGGTACTAAGTAATGCAGCAAAAACTATCCAAAGGCG TATACGAACCCATCAAGCTCGTAAACATTATATCGCATTACGAAAGAAGACCATATATGTGCAGTCTCTGTGGAGAGGTG AAATATTTTTAAAGTGAAATAGCCTGAATCATTTGTTTGGATAGGCTCAATTCTGTATGGACTTACCTAAACAAATGGCG TATGTCAGTGCTTAGGACATTTCATGGTTAATCAGTCTCCTTTATTTACATATTTTTCACATGCATATGATTTGTAGGAA GACTTGCATGCAAACTTTATCAGGGCCTGAGAAGGGAGGCTGCTGCTATTAAAATTCAGAAGAACATACGCAGACATGAT GCTAGGAAAGCCTATACTAAACTACAAGCATCAGTACTTACTCTTCAAACAGCTTTGAGGGCAATCTCCGCCCGTAAGGA GTTCAACTTTAGGAAACAGACTAAAGCTTCCACCATTATTCAGGTTATAGTTGACTCCTATATGATTAGGAATATCCACA AAGGACATCACATCAGTATTTACTATATAATTCTATTTCAAAAAATTGCAGGCTCGGTGGCGGTGCCACAAAGCTTCTTC ATATTATAAGAGGCTAAAGAAAGGTGCAATAATGACACAATGCAAATGGAGGGGGCGCATGGGAAGGAAAGAACTTAGGA AACTGAAAATGGTAAGTTTCTAGATTTTACAAAACTCTTAATAAATTGTTTAACTATTCCATAATTAAGTAGAACCCTCC GAAGTAAAAATGTAATGCATCCAAGCAACATAACTCAAGTCATACAAGGGAAAAGATACTATCTGATTTTTTGCCACAGC AGTGAACTTCATATCATAAAAGCTTATACAATGTATATTTTTTTTATTGTCGATGTTATCTTCATAAAGGGAAAACAACA CGTAACAAGTAACATAAGCCTTATCCCAATAAGTGAGATTGGCTATATGAATCACTTGATTCATATGAAAGATACGGTCA ATTTTACATTGGCTACCGCAGACCTAACACAATCTTCCTCCTTTATCCGGGCTTAGGATTGACTATGACACAGTATAGGT GGAGTTATAAAGGGAAAACAACCAAAGAAAATAAGGTTTTCTAATCTGAAATTGGTTTTAACTTTTAACTTCTGATTATA GGAGCTTAAAGTTTCATTTTCTTTCTCTTTCTTATTTTAATTTCTTTATCTCTAATCATATCTTGTAAGTGAAACATTTC AAGTAGATAAAAATTTAATCTTCTACTTAACTACAGAAAACAATATCCCATCAATGTGGATCTGGACTGAATCGCATCCA TTATTTTCCATACCACAATCATTTTTCTTTTTGATGGTTTTATAAATGATCAAACCTTTTTTTTTTTTTGTTACAATGAT CAAACCTATTATCATATCTTTACCTATTATCATATCTTTCTCAGTCTCTCTACTGATAGTTGACATCTATTTCCATTTTC TTTAGGCTGCAAGAGAAACTGGTGCGCTTAAAGAAGCAAAGGACAAGCTTGAAAAACGGGTGGAGGAACTCACTTATCGT GTCCAACTAGAAAAAAGTTTAAGGGTGAGAAATATGTTTTGCAGTTAGATACAATTCGGAAGATATTGCAGTTATTCTAA TATCTTTCTCTAGGATGCATTTTGTAAAACATATTGCATAAATGGGGAATAAAATGAAGGGAGAGTAAAAGACCAATATT GGCAAGTTATCAAGCATCCTTTCAATTTGTAATCCCTAAAGAAACTATATGGAATCCTGCAGACCAACCTAGAAGAATCC AAAGCACAAGAGATAACAAAACTGCAGAATTCACTGAAGGAGATGCAGAGCAGAGTTGATGAAACTAATGCTTTGCTTGT AAAGGAGCGAGAGAATGCAAAGAAAGCTATTGAAGAAGCACCTGCTGTTGTTCAAGAAACTAAGGTTATTGTTGAAGACA CACAGAAGATTGAAGCACTAACAGCGGAAGTTGAGAGCCTAAAGGTATAAAATTCAGTCTTACAACTCCTAATCTTTTGT TAAGTGGCCCTTATTTCAATCATGCTCCTCATTCAATGAAATATTGTAGACAATATATACTTCAATTACATACAGCTTAC ATCATTCTTAGAGTTCTTTATTGGCTCTTGTGCCTCTGTTCCTACTTTTATTGGTTAATTGGAACGAAGTTTGATAACAT TTTTGGAATTTGGCATATCTGAGTAGGAGCTAGAAAATACTACCCTCCATTTAGCTAGTTGCTCGGTATTTTGTTGTCCA CCTAATTGCTAAGTGTTACTAAATCTCTCTTTCAGTTATATCTCTCTAGTTACATTCAGTTAATTGAGTTGTTTTTCCCA GCTCCCTTCTTCTTTTTCTTAACATAAATCCTCTTAATTACATCATGTTTTATCCAAGATATAACTTAGCTTGTAAGCAG AGCTACGTGAAGCACCTCATTAAATATGCTTTCAGAACCGAGTGCAAACTGTGCAGTACACTTTAGAGTTCAGAGTTATA TGAGAATGAGAAGCAGTTCCCTTGGAGCCTCAATAAAAAGGGATGTGACAAGATTGATTTCCTTCCTGATGATATGAGAA AGAGGAAGTAAACTCATGTCATTGGTGCATTCTCTTCAATTTAATACTTCACAATCATATCAAGATATTAATGTCAAGAA CGAATCATTCTAAAAGCTTAAGTTGTGAGGTAGTGGCACAATAATAGTTTTATTGGACAGATTACAGTACCAAGAATAAA AAATTATTAAACTAAATGTTCATGCATATGCTTTTTAACTGGTTTATCGCTAAATTTCTAAGGAGCGTTATTTCTTGTTA AGCTCATATTGATGCTAAGTTCTTGTAACTTGTAAGACGTGTCATGATTATCTTGTTTGTATGATGTTTCCTTGGCTTAT CTTTGCACAGACTTTGCTAGAGTCAGAGAGACAAAAAGCTGATGATTTTGAAAAGAAATATAATGAAGCCCAAGCTTCTC TTGAAGAAATGAGTAAAAAATTTGAAGACACAGAGAAGAAGGCCCGTCAGTTCCAAGAATCAATGACCAGGTAATATATA AACTGAACAATTAACCCAACGTTACTTCTCTACCATTTTAACCAACTACAATCAACACTGGAAGTGTTGGATTAGATTGT AAGTGGTTCCTGAATTGAGATTTTCAAACTTCTTGAGCACCTCATTTTTTTTATAAGTCGTTTGAAGTTGAGTACCTGAT TTCTTGTTGCACAGATTTTCTTTCTTACGAGAAGTATGGTGATACTATTGGTTAACTGATCACATATTATTCTTTCTTTA TTTCCCTTCTTCTCTAATGCTAAGTAGTAATAATCATGATGACGATGCTGGATGAATTTATATCTAATTCAAAAACTGTC CTCTTAAAAAGTAGTATCAAATGACTCATATCCAACCTTAATTCAGTGAGATGAATGACCAAAATCTCATAATTCTCTGT TTAGGCTAGAAGAGAAGATTGCTAATTTAGAATCGGAGAATAAGGTTCTACGCCAACAAGCTGTGTCTATAGCACCCAAT AAGATGTTTTCAGCACGCACCAGATCAAGTATTCAGGTACTCCTCGGAACGAATCTTTATATACATGATATAATACGAAC CTTGAAGATGGTTTAATTTTTTTTTTCTTATCTCTGTTGATAGAGAGCTGACAGTGGACACATAGTAGTGGAACCAAGGA CATCTTTGGTAACACAACTTTATTTTAAATCACTATTACTTGTCTTGGGTTTGTGTATTCGGATTTGACTTTTTTTCTTT TTAACTTGACTAACTAATCAGGATATGCATAGCCCATCAATGAACCACAGAGAATCCTCTGATTTGGAGGATAAACCACA GAAGTCACTGAATGAGAAACAACAGGAGAACCAAGAGTTGCTCATTAGATGTATTGCACAACACTTAGGCTTTGCTGGGA ATAGACCAGTTGCTGCCTGTATCATATTCAAATGCCTCTTGCATTGGAGATCATTTGAAGTTGAGCGTACTAGCGTTTTT GATCGTATAATCCAAACTATTGGCCATGCAATTGAGGTGTAAAATGCTCAACGTTCATGTGATAGTTCTGTGTTTTTCTT GCTCTCCTTTCTTAATATATTTATTTTCACTAAAATATTTTTATTTGGACTTCAGACTCAGGAGAACAATGAAGTTTTGG CTTATTGGTTATCCAATGCTTCTACACTTCTATTGTTGCTCCAGCGAACACTTAAAGCAAGTGGTGCTGCTGGCATGGCT CCTCAACGCCGTCGTTCTTCCTCAGCAACCCTGTTTGGGAGGATGACACAAGTAATAACTTATTTGAGCAAATTAGTTCC AACTGAGAAACTCTTCTTCTTCAGACAAGTGAAGTATTTTATATACCATTGTTTCAGAGTTTCCGTGGTAATCCGCCTGG AGTCAATATTTCCCTAATCAATGGTAGCATGAGTGGCGGAGTAGATACAGTAAGACAAGTTGAAGCCAAGTACCCAGCTC TTCTTTTCAAACAGCAGCTTACAGCTTATGTGGAAAAGATATATGGAATGATTCGGGATAACTTGAAGAAAGAAATTTCT CCTTTGCTTGGACTATGCATCCAGGTATAACAATTTTTTTGCCTAGTCTTCTTTATAAATTTATCAATCTTTTCATTTGC TACGTTGCCTTTCAAATTCAATGATTTATTGCATAACTGTTTGAATTTGATGAGGTAGGCACCAAGAACATCCAGGGCAA GCTTGGTTAAGGGTTCATCACGTTCAGTTGTAAACACTGAAGCCCAGAAAGCTTTGATTGCTCACTGGCAGGGTATAGTT AAGAGTCTTGGGAACTTCTTAAATACTTTGAAGACAAATCACGTTAGTAGATCCTCTTTTGACTGCATTATAGTTAACTT TTTTTCTTGTTTTGGGGCTCTATCTTATAGCTTTTGCTAGCTGTGCTTCTGGCTCTTCACAAAAATATTTATATATCATA TTAAATACATGGTTAAAATAAAATCACAGGCTTCTCCTAAAATATACCAAAACTACGTGACCTCCTTTTGTTTCTCTAAA TTTATACATACTTTCTCTCTGATTTCAAATATATTACAAAGGTGATTTTGTTAATAATTAAAATATGAGGCTTATGTAAA TTTGAGAGCAAGAAGGGAAGTCTACATAATTTTGCTAAACCTCAGGGAGGTTTAGCATTTTATCTCCTCTTGTCTTGTTA ACATTATTTATTGAGTTGCTACGTTTGCATTTATTTAGTCTTGTTTGAATCAGAGTTGTTTATTCTGCATAATCCCATTC TGCTTCATTTTGGCAGGTTCCCCCATTTTTGGTTCGTAAGGTGTTCACTCAAATATTTTCTTTTATCAATGTCCAACTTT TCAATAGGTTAGTATCTTCGAGTTTCCATTGTTTTGGGGGTTTTCTATTCTGCAAATCAGAATTTTCATTTTTATCATCT CATCTCTTTCATTTTTCTTATAGTCTTCTTTTAAGACGGGAGTGCTGCTCATTTAGTAATGGAGAATATGTGAAAGCTGG TTTGGCTGAATTGGAACATTGGTGTTTTAAGGCGACGGATGAGGTGCATTGCTTCACACTGCTGTTATATTCGGTGATTC TTGCAAAAATGTATGAATACTAAGTACTAACCCCCTCTCCTGGGAAAAATTGCAGTATGCAGGTTCAGCGTGGGATGAGC TCAAACATATTAGACAAGCTATTGGATTTCTGGTATCTGTCTATCATGTCTTTACACCATCTGTAAGGTACTTGTGGTGG ATAATAAAATATAAAAAACTGATCTTTCCTGCCCCTTAATTTAGGTCATACACCAGAAACCAAAGAAAACGCTGGATGAA ATAAGCCATGACCTTTGCCCGGTAAGTGGAAGAAATCTGGCTTTTTACTGAAAATTTCACTTTCCTGAATACCTACATTT GTTAGTTCCCTGTTCACAGGTTCTCAGTATACAGCAGCTATATCGAATTAGCACCATGTACTGGGATGACAAGTATGGCA CGCATAGCGTGTCCCCTGATGTAAGTTTTTACATTAAACCATTACTCAAATATGATAACTTCAACACTACACATCAAAGA CATGCGAAAAACCTATCTTGAGCTTTGCTGTATCAATGTTTTCATCTAGGTCATCTCTAATATGCGAGTCTTGATGACTG AAGATTCAAATAATGCAGTTAGTAATTCTTTCCTGTTGGATGATGATTCAAGGTAAGTTGGATACTATTCAACCACGTAG TAATCTTTGCTCAGGTTTTCATCTTGTTTTATAAACGCACATTGATATTGTATTGTATACACAATTAGTTAGTTTTGTAA CCAAATCACTCTTGGTAATGAGGTTATAGTTATGACCACATACAAAGTAAATATGAAAACTTGGCAAGAGCTATGCAGGG TGCTCCATGACTTCAATTCTAGTCAGACATCCACTACTTGACCGCTCTTAGTAATTAGGATGATGACTTCAACTAAATTT TCTTATACTAACTATCAACTTCTGGCTACACATTGACTGAACCAAACTTTTCGCCAAAAAGAATCTGATTTGAGTAGATG TTTAGATTTCCGTTAAACTCAACACTGATTCATCAACACTGATTCACTGTTTCTAGTTGTTAATATATACTTTTGACCTT ACATTTATCATTAACCATTTGGAAGCATCATCTACTTTGCAGCATTCCGTTTTCAGTGGATGACATATCAAAGTCAAAGG AACAGATAGATATATATGATGTAGAGCCTCCACCACTAATTCGAGACAACTCTGGCTTTAGTTTCTTGTTGCCCCGTGCA GACTGA
CDS sequence (LotjaGi1g1v0783500.7) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGACTGTTACTTCCCATTTTAATTTGCTTTTTCGTGATGAATTTCAGCACGTGTTCAAAATGGAACAAGAAGAATATAC AAAGGAGCAGATTGATTGGAGTTACATTGAATTTGTTGACAACCAAGATGTTTTGGACCTAATTGAAAAGAAACCTGGAG GAATCATTGCTCTCCTTGATGAAGCTTGCATGTTTCCAAAGTCAACTCATGAAACTTTCGCTAACAAGCTTTATCAAACA TTTAAGAATCACAAGCGCTTTGTTAAGCCAAAATTATCTCGAACAGATTTCACCATTTCTCATTATGCTGGCGAGGTGCT GTACCAGTCAGACCATTTTTTAGATAAAAACAAGGACTATGTGGTTCCGGAACATCAAGATTTATTGGGTGCTTCCAAGT GTCCTTTTGTAGCTGGACTTTTTCCTCCACTTCCAGATGAGACATCAAAATCTTCAAAATTTTCTTCAATCGGTTCTCGT TTTAAGCTGCAACTACAGAGCCTAATGGAAACACTAAACTCAACAGAGCCTCATTACATTAGATGTGTGAAGCCAAACAA CGTCCTCAAGCCTGCAATTTTTGAGAATGTCAATATTATGCAACAACTTCGCTGTGGTGGTGTTTTGGAGGCAATCAGAA TCAGTTGTGCTGGCTACCCTACCCGTCGCGCTTTCTTTGAGTTTATAAACCGATTTTCCCTCCTTGCCCCCGAGGTTACA GAAGCAAATCATGATGAGAAGACTGTTTGCAAAAAAATTCTAGAAAAGATGGGGCTTAAAGGATATCAGATTGGAAAAAC AAAGGTATTCCTAAGAGCAGGTCAGATGGCTGAACTAGATGCACGGAGGGCTCAGGTACTAAGTAATGCAGCAAAAACTA TCCAAAGGCGTATACGAACCCATCAAGCTCGTAAACATTATATCGCATTACGAAAGAAGACCATATATGTGCAGTCTCTG TGGAGAGGAAGACTTGCATGCAAACTTTATCAGGGCCTGAGAAGGGAGGCTGCTGCTATTAAAATTCAGAAGAACATACG CAGACATGATGCTAGGAAAGCCTATACTAAACTACAAGCATCAGTACTTACTCTTCAAACAGCTTTGAGGGCAATCTCCG CCCGTAAGGAGTTCAACTTTAGGAAACAGACTAAAGCTTCCACCATTATTCAGGCTCGGTGGCGGTGCCACAAAGCTTCT TCATATTATAAGAGGCTAAAGAAAGGTGCAATAATGACACAATGCAAATGGAGGGGGCGCATGGGAAGGAAAGAACTTAG GAAACTGAAAATGGCTGCAAGAGAAACTGGTGCGCTTAAAGAAGCAAAGGACAAGCTTGAAAAACGGGTGGAGGAACTCA CTTATCGTGTCCAACTAGAAAAAAGTTTAAGGACCAACCTAGAAGAATCCAAAGCACAAGAGATAACAAAACTGCAGAAT TCACTGAAGGAGATGCAGAGCAGAGTTGATGAAACTAATGCTTTGCTTGTAAAGGAGCGAGAGAATGCAAAGAAAGCTAT TGAAGAAGCACCTGCTGTTGTTCAAGAAACTAAGGTTATTGTTGAAGACACACAGAAGATTGAAGCACTAACAGCGGAAG TTGAGAGCCTAAAGACTTTGCTAGAGTCAGAGAGACAAAAAGCTGATGATTTTGAAAAGAAATATAATGAAGCCCAAGCT TCTCTTGAAGAAATGAGTAAAAAATTTGAAGACACAGAGAAGAAGGCCCGTCAGTTCCAAGAATCAATGACCAGGCTAGA AGAGAAGATTGCTAATTTAGAATCGGAGAATAAGGTTCTACGCCAACAAGCTGTGTCTATAGCACCCAATAAGATGTTTT CAGCACGCACCAGATCAAGTATTCAGAGAGCTGACAGTGGACACATAGTAGTGGAACCAAGGACATCTTTGGATATGCAT AGCCCATCAATGAACCACAGAGAATCCTCTGATTTGGAGGATAAACCACAGAAGTCACTGAATGAGAAACAACAGGAGAA CCAAGAGTTGCTCATTAGATGTATTGCACAACACTTAGGCTTTGCTGGGAATAGACCAGTTGCTGCCTGTATCATATTCA AATGCCTCTTGCATTGGAGATCATTTGAAGTTGAGCGTACTAGCGTTTTTGATCGTATAATCCAAACTATTGGCCATGCA ATTGAGACTCAGGAGAACAATGAAGTTTTGGCTTATTGGTTATCCAATGCTTCTACACTTCTATTGTTGCTCCAGCGAAC ACTTAAAGCAAGTGGTGCTGCTGGCATGGCTCCTCAACGCCGTCGTTCTTCCTCAGCAACCCTGTTTGGGAGGATGACAC AAAGTTTCCGTGGTAATCCGCCTGGAGTCAATATTTCCCTAATCAATGGTAGCATGAGTGGCGGAGTAGATACAGTAAGA CAAGTTGAAGCCAAGTACCCAGCTCTTCTTTTCAAACAGCAGCTTACAGCTTATGTGGAAAAGATATATGGAATGATTCG GGATAACTTGAAGAAAGAAATTTCTCCTTTGCTTGGACTATGCATCCAGGCACCAAGAACATCCAGGGCAAGCTTGGTTA AGGGTTCATCACGTTCAGTTGTAAACACTGAAGCCCAGAAAGCTTTGATTGCTCACTGGCAGGGTATAGTTAAGAGTCTT GGGAACTTCTTAAATACTTTGAAGACAAATCACGTTCCCCCATTTTTGGTTCGTAAGGTGTTCACTCAAATATTTTCTTT TATCAATGTCCAACTTTTCAATAGTCTTCTTTTAAGACGGGAGTGCTGCTCATTTAGTAATGGAGAATATGTGAAAGCTG GTTTGGCTGAATTGGAACATTGGTGTTTTAAGGCGACGGATGAGTATGCAGGTTCAGCGTGGGATGAGCTCAAACATATT AGACAAGCTATTGGATTTCTGGTCATACACCAGAAACCAAAGAAAACGCTGGATGAAATAAGCCATGACCTTTGCCCGGT TCTCAGTATACAGCAGCTATATCGAATTAGCACCATGTACTGGGATGACAAGTATGGCACGCATAGCGTGTCCCCTGATG TCATCTCTAATATGCGAGTCTTGATGACTGAAGATTCAAATAATGCAGTTAGTAATTCTTTCCTGTTGGATGATGATTCA AGCATTCCGTTTTCAGTGGATGACATATCAAAGTCAAAGGAACAGATAGATATATATGATGTAGAGCCTCCACCACTAAT TCGAGACAACTCTGGCTTTAGTTTCTTGTTGCCCCGTGCAGACTGA
Protein sequence (LotjaGi1g1v0783500.7) extracted from Lotus japonicus Gifu v1.2 Proteins.
MTVTSHFNLLFRDEFQHVFKMEQEEYTKEQIDWSYIEFVDNQDVLDLIEKKPGGIIALLDEACMFPKSTHETFANKLYQT FKNHKRFVKPKLSRTDFTISHYAGEVLYQSDHFLDKNKDYVVPEHQDLLGASKCPFVAGLFPPLPDETSKSSKFSSIGSR FKLQLQSLMETLNSTEPHYIRCVKPNNVLKPAIFENVNIMQQLRCGGVLEAIRISCAGYPTRRAFFEFINRFSLLAPEVT EANHDEKTVCKKILEKMGLKGYQIGKTKVFLRAGQMAELDARRAQVLSNAAKTIQRRIRTHQARKHYIALRKKTIYVQSL WRGRLACKLYQGLRREAAAIKIQKNIRRHDARKAYTKLQASVLTLQTALRAISARKEFNFRKQTKASTIIQARWRCHKAS SYYKRLKKGAIMTQCKWRGRMGRKELRKLKMAARETGALKEAKDKLEKRVEELTYRVQLEKSLRTNLEESKAQEITKLQN SLKEMQSRVDETNALLVKERENAKKAIEEAPAVVQETKVIVEDTQKIEALTAEVESLKTLLESERQKADDFEKKYNEAQA SLEEMSKKFEDTEKKARQFQESMTRLEEKIANLESENKVLRQQAVSIAPNKMFSARTRSSIQRADSGHIVVEPRTSLDMH SPSMNHRESSDLEDKPQKSLNEKQQENQELLIRCIAQHLGFAGNRPVAACIIFKCLLHWRSFEVERTSVFDRIIQTIGHA IETQENNEVLAYWLSNASTLLLLLQRTLKASGAAGMAPQRRRSSSATLFGRMTQSFRGNPPGVNISLINGSMSGGVDTVR QVEAKYPALLFKQQLTAYVEKIYGMIRDNLKKEISPLLGLCIQAPRTSRASLVKGSSRSVVNTEAQKALIAHWQGIVKSL GNFLNTLKTNHVPPFLVRKVFTQIFSFINVQLFNSLLLRRECCSFSNGEYVKAGLAELEHWCFKATDEYAGSAWDELKHI RQAIGFLVIHQKPKKTLDEISHDLCPVLSIQQLYRISTMYWDDKYGTHSVSPDVISNMRVLMTEDSNNAVSNSFLLDDDS SIPFSVDDISKSKEQIDIYDVEPPPLIRDNSGFSFLLPRAD
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 | 284 | 284 | 102.624 | ||
| SMART | 1 | 285 | 285 | 2.6E-28 | ||
| SUPERFAMILY | 15 | 338 | 324 | 8.68E-110 | ||
| PANTHER | 15 | 1080 | 1066 | 0.0 | – | |
| PANTHER | 15 | 1080 | 1066 | 0.0 | – | |
| Pfam | 16 | 272 | 257 | 9.4E-84 | ||
| Gene3D | 16 | 175 | 160 | 6.7E-74 | – | |
| Gene3D | 176 | 218 | 43 | 6.7E-74 | ||
| Gene3D | 219 | 284 | 66 | 2.1E-18 | – | |
| Gene3D | 285 | 337 | 53 | 1.0E-8 | – | |
| SMART | 286 | 308 | 23 | 1.9 | ||
| ProSiteProfiles | 287 | 314 | 28 | 7.602 | ||
| Pfam | 289 | 307 | 19 | 0.0023 | ||
| SMART | 309 | 331 | 23 | 23.0 | ||
| ProSiteProfiles | 310 | 339 | 30 | 7.437 | ||
| SMART | 334 | 356 | 23 | 0.0016 | ||
| ProSiteProfiles | 335 | 364 | 30 | 8.755 | ||
| SUPERFAMILY | 337 | 435 | 99 | 1.04E-13 | ||
| Pfam | 337 | 355 | 19 | 7.7E-4 | ||
| Gene3D | 338 | 388 | 51 | 1.6E-9 | – | |
| SMART | 357 | 379 | 23 | 18.0 | ||
| ProSiteProfiles | 358 | 387 | 30 | 6.87 | ||
| SMART | 382 | 404 | 23 | 0.047 | ||
| ProSiteProfiles | 383 | 409 | 27 | 7.071 | ||
| Pfam | 384 | 404 | 21 | 0.01 | ||
| SMART | 405 | 427 | 23 | 8.4 | ||
| ProSiteProfiles | 406 | 435 | 30 | 7.657 | ||
| Coils | 429 | 463 | 35 | - | – | |
| Coils | 468 | 509 | 42 | - | – | |
| Coils | 520 | 603 | 84 | - | – | |
| MobiDBLite | 633 | 663 | 31 | - | – | |
| MobiDBLite | 644 | 662 | 19 | - | – | |
| CDD | 662 | 1047 | 386 | 0.0 | ||
| ProSiteProfiles | 711 | 1024 | 314 | 57.276 | ||
| SMART | 899 | 1006 | 108 | 1.3E-43 | ||
| Pfam | 899 | 1003 | 105 | 1.6E-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 LotjaGi1g1v0783500.7, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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