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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0353200 |
| Transcript ID | LotjaGi5g1v0353200.6 |
| 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_chr5:66885277..66900776) extracted from Lotus japonicus Gifu genome v1.2.
ACGATTAAAGCAGATCCATACTTTTGTTTTGTGAGTTTGTTTGAGTTCTCATCAATCATCATTAATAGATAATAGATGAT TTAAAATTTGATATTCACTGTTTCAGAAGCTTCAGTCTTGGCTTCAACTCTCTAATGGGGATTGGGCGCTGGTGAAGATA ATAACCACTTCGGGAACAGAATCTGTCATTTCACTGCCTGATGGGAAAGTAAGATGAGTTGACATATTTTTCAAAATTGG TGTGTTATTCTTTTTCTTTTGGTCTGATTAACTGTACTCTTTTCTCTCTTAATTGTAGGTTTTAAAGGTCAAAGATGAAA ACTTGGTACCAGCAAATCCTGATATTCTTGATGGAGTTGATGACCTCATGCAACTTAGTTATTTAAATGAACCATCAGTT TTATACAACCTGCAATGTAGATACAATCAAAATATGATCTATGTAAGTCTTTATATATCTGCAGTCCTTCTCATCAATTT TGTTTCCTAATCATAACATCTTAATGCACACAACTGCATGCAATTCAGACGAAAGCAGGGCCTGTTTTGGTTGCCATAAA TCCCTTTAAGAAAATTCCTCTGTATGGTAATGACTATATTGAAGCCTACAAGCGTAAAGCAGTTGAAAGCCCTCATGTAT ATGCAATTACAGACACTGCCATCAGAGAAATGATACGGGGTAACTTTTTCCTTTCTTATATTTACATGTATGATGATTTT TTTTAAGTTATGTCCACTTCCACTTGTTTTTAAGCTATGACTTATTACTGTAATTCATGCTTTGTTTCCAGATGAAGTTA ATCAATCAATAATTATAAGGTCAGTATTTTTTTATGAATTCTTTTTCTGAGAAATTTGTTACTGGGTGTTTCCTTGTTTC CTTTTTTACAAGATGCTTCAATCTATAAGTTTTATTCCATTTGCAACTTGTGCAAGTATTGCTTGAATACTGGTCTTAAA TTTTATTCTCAAGTTTAATGAGTGGTCTGATGTCCTTGCTTCCCAGGTGGGGTCAAGTTTCACTCAAGATTGTGAACTGA AATTTGCCATGCTTATTGGATTTATTCTTGTTTAAATGTCATTTAGGAGACCTTAATATTTTCATTGTATGAGAGATACT CAGAAACTCAGATTGTTCATTTGCAATTTTTTGGATCAAATGAGGGGTTAGGCCAAAAAATGTATGGGGAAAAAAGGAAC TATTGGTAAAAGTATTTTCAATTTAGGAATGATTATCCACTCAACCGGTTAACAGTGTTCAATGTATGGCTATGCACATG AGTGGTTAAATTTTCCTGTTCCCTAAAATGGAAATATTCTTAGTGGGGGTTTTTCTGTTGATTTTCTAAAATTCAGGGAT GAGCTTCTTGTGTTCCACTCATTTGAAGGTTGATGACATAACAGCTTCTTTATGTTGCTCTCTGTTTTCGTCATGAATAT CAATCTCAACTTGATTTTCCTTAATATTTTGTGTCCCTTAATGCGTTTGAACTGGGATCCATAATAATTGTTATAATCTA CATATTCAGTGGAGAGAGTGGAGCAGGGAAGACTGAGACAGCAAAAATAGCAATGCAGTACTTGGCTGCCCTTGGTGGTG GAAGTGGAATAGAGTATGAGATATTAAAGACTAATCCAATACTAGAAGCCTTTGGTAATGGAAAAACACTGAGAAATGAC AACTCAAGTCGTTTTGTAAGATTTCCCATGTATATCATATTGGTTCTTTTAGTTGACCCATTCCTGGGTTTAGATCATGT TCTCAATTGATGCTGAAATCTCTTATAATTTGATTGAATATTACAGGGAAAGCTCATTGAGATTCACTTCAGCGAAACTG GAAAAATATCTGGTGCTAATATTCAAACATGTAAGTTTACTACTGAATTGTGGTTCAAAATGCAAACCTAGTGTCTATGC TTCCACTATAAGTTTCCAACTAATTATGTTTGCATCTATGTTTTGAATCTATGTGATTCTCCTGGCATGACCACACCATA AACAGTTTTGTTGGAAAAGGTAATTCATTCTTCTTAGCAAATTTTATATTCCAATTTGTTCTCATAGTATGTCAACTGAT ACCAATTTTACTTGGTACCTGAACAGTCTAGAGTTGTCCAATGCAATGAAGGGGAAAGATCATATCATATATTTTATCAG CTATGCGCTGGAGCACCACCATCACTAAGGGGTAATTGGATATTTTTACCTTCTATTTCTGCTAATATTTTTAGTCAGGT CCCAGGACATTGAACTTTGATCTCTTATTATTCAAGACGGCAATGAACCGACTATAATACTTAGAAGTTGCAACACAATC TCATATGCATATGATTTGATTTCATTGAAGACATAAGATTTTTATATGAGTGTTCCCCTATGTAATACTATTCCACTGAA TTTTTTTTGTTTATCTGCCTTCTCTGTTTCATTGTTTATTTGATATATGATTTTATGACTCAGAGAAGCTAAATCTGCAA AGTGCCCAAGACTATAAATATTTGAGGCAAAGCAGTTGTTATTCAATTACCGGGGTTGATGATGCAGAAGAATTTCACGC AGTCATGGTATACAGTACTTTTCTTCACTATTACATAATGTTGGTCTGCGTCCATATATTTTTATATTACATTGTGTGTG TGTATTTTCCATTTCTGCTTCTAGTGATGTTTTGGGTTTGAACTTTGAAATAATAGCTAGACATACATATGAACTTTTTC ATACTGTTGCCAATTTCTAGGAAGCTCTGGATGTTGTCCATATTAGCAAAGGAGACCAGGATAACGTATTTGCAATGCTT GCTGCAGTATTATGGTTAGGAAACATATCATTTACTGTGATCGATAATGAAAATCATGTTCAAGCTGTTGAGGATGAGGG TAAGAATATTCCAGAATCTTTATTGTTGGAATCTACAGCATAGATCTTTTGCGTGAAACTTCCTTGTTATAGGAAAGCTT TTGTTTGGTGCTAGACTGTGGGTTTGGGATGTCTTTGAAATTTGGTTGGCTTCACTAAGCATATCCTAATAGATTTTTTT TAGATCTTCAAAAAAAATTCCTGGTTATTTGAGAAGAGAGAGGAAGATGTCATATGAGTTCATGTTTTGATTAATAAAGT TGAAGTTTGAAAGCTTTCTCATTACTTTTTCTTTGATATAATGATTGATTAATTTTCTGCACTTACTGTTTTAGACTATG TAATTCAACATGTTTGGAATTTTTTGATAACTTCAAATATGGTGGCCTTTATATATGTAATTTCTGGTGCATATGTTTAT TTTTTTGAGCACATTTTAGATTCTTTCCTGCGTTGTAAGTTATTATCTTATCTTAATTAAATATTAAAGGTGAATTTGTT CCCTCTTTTTAAAGGGCTGTTCAGCGCTGCCAAGTTGATTGGCTGTGACATTGAAGATCTTAAGTTGACTTTAACAACTC GTAAAATGAAAGTTGGTAATGACATTATTGTCCAGAAGTTGACGCTTTCTCAGGTAAAATGACTACTTTTATGCAATCAC CTTTTTCTATAGCTATGGAATATGGATGGAAAAGTGCAACTTCCCCGGAGGAAAGATATCATTGATATGAACATGTATTG CATTCCTCAATCAGCATATGCCAGTTTGTATAATTTATGATTAGAGGGTAATGGAAATAAACAAAACAATTGACTGGTGA TTACATTGCCTCATTCAATTTCCTTCAAAGAAATCCCATTCAGTATTTAAATATGAACGATACCTGCATACATCCATACC AATGCATTAGACTTTTCTTAAATGTTACCTTGCTTATTGCGTAGGCTATGGATGCAAGAGATGCTTTGGCGAAATCAATA TATGCATGTCTGTTTGATTGGCTGGTTGAGCAAATAAACAAGTCACTTGCAGTTGGCAAAAGACGCACTGGCAGATCTAT CAGTATTCTAGATATTTATGGTTTTGAGTCATTCAATGTATGCTATATTGCTATATTAAACCACAGCTCTCATTTTTCTT TATGATTATCTCTGCTCAGATTGTGAACTATTTTGTGTTAAACTCTACATTTAATACATGCAGAGGAACAGTTTTGAGCA GTTCTGCATAAATTATGCAAATGAGAGATTACAGCAACATTTTAATCGTCATTTATTCAAGTTAGAACAGGAGGTACGTT CCAAATAGAAACTGACTACTTAAACAAAAGAACAATGGATGATGTTAACGGGGCCTATAATATTGTTTAATCAGTACCTT CTTGTTTCGTCTATTTCTACAAGTCTTATTAAAATTTTGAAACATACACCGACAATATTTTCATTGTGGATTCCTTTCTC GTCATGGTTGTCTGCTGATTTTGATCTTGTTATTGACAACTTTTTTGCTGATAGAAGTTGGATGTAAGCTAAGGTAAGAT GTAACTAGAAGTTGGATGAGACTTCTATTAGTTGGCATCTTACCTTAGACTTTCCTAAATAAGTTTTTGTTTTTCCAATT TAGGAGTTAACACTGAGTACTGTTCATCTATTTAACCTAGCTGTGATCAACAAACCTTCACACTGTCACCTACTAGGCTG CTACTATCTTGCAATTATGTTGGTAGAGAATATATGGATACCGGTCTTCCCCTGGTTCTTCAACAGTTCAACGTGCCCAT GTCAGAAAATGCCCTCCTATATTCAGTTTCACATAACCCAACTTCCTGAAATCATTGATCTCTAGTCAAACAAATTCTTA TATAAGTTGACCATCTACTGCACTTCTTTCAAAAACTGAACGTATTGAACCCCTTTGTAGGAAATTTAGAATAGAAGAAG GTATGCTTACCTCTGAAAGCTAAACATCACCTAATGCTTTTGAATGTTTCATAATTTTGTTTCAGGAATATATCCAAGAT GGCATTGATTGGGCTAAAGTTGAATTTGAAGACAACCAAGACTGCCTTAATCTTTTTGAAAAGGTAAGGATCTTCCTTGC CCCCTTTACTGTTTAATGTTTAGGGTATTTATGGTTTGAATATGGAGGCAAAGGCAGTGGGAAAAAAGTTAGCTGATCTG CATCTTCAGTGGGCTATACGTAGCACTTACATATGTAATGTAATGTGATGTTTTCATATTTGCCGGTATTTTAGAAGAAA CAGAGCTTTTGGAATTTCCTAAAGAACACATTTTTTATATTTTTGGGTTTATTGGTATTAGAAAGCATAGATTCTTTGGT CTGATTGAATATTAGGATATTGGGGTTCACAATCATTCATCATACATTGTCTGAATGCCATGTCAAACATTACGTGTGAT ACCATCACTCACTTTCGCATAACTAATAAGATATAAAAAAGCTTAGATTATTTTGTATACTATTAGAATTTGGGTTAGAC CTAACTCTACCCCAAAAGCTAGCTTAGAGGCGACGATTGCTCTCCCTTTCATAAGGACTATCTTGGCCACATATCTAGTC AATGTGAGACTTCTCGACACGCCCTTTCATATGGACTATTTTTGGGTTTATTGGTATTAGAAAGCATAGATTCTGTGGTC TGATTGAATATTAGGATATTGGGGTTCACAATCATTCATCATACATTGTCTGAATGCCATGTCAAACATTACGTGTGATA CCATCACTCACTTTCGCATAACTAATAAGATATAAAAAAGCTTAGATTATTTTGTATACTATTAGAATTTGGGTTAGACC TAACTCTACCCCAAAAGCTAGCTTAGAGGCGACAATTTCTCTCCCTTTCATAAGGACTATCTTGGCCACATATCTAGTCA ATGTGAGACTTCTCGACACGCCCAGGGCCGAACATATGGAGCGTGGGATTTGCATGTATGAACATCTGTGGGTGGCCCAT ATATGGGTGGTCTCCAATAAACGATCTAGGATAAACTCTGATACCATCTTAGAACTTAGGAGACCTAATTCTACCCCCAA AGCTAGCTTAGAGGTGAGGATTGTCTTCCCATATATAAGGGCTATCTTGGTCGTATCTCTAGTCAGTGTGGGACTTCTCA ACATATACATTCTAAACTTGCTATATAGCTTGCTATATCCTTTCCTTTTGTTGTTTCTTTCTGCTGTTGAACTAAATACT TTGGGATGTGATTTTGTCTTAGTGTCCTGTACTACGTTGATCCAAATCTGGTTATTAATTTAACCTATATTACTACGTGG ATAATTTGTGATGTTGACAATAATAGTATTTCCTTTTTCCCTGGCTCAAGGTACCGATATTATGGCAAGTAGTAAAAGAA GGAATCTTGTTGTGGCTAATACATATCTATTCTTTGCTGTGGAAAAATGTCATGTCTGATCAGAAATTAGAAATGCTGTT TTCTTAGACTTTGCTTCTTATATATGTGCAGAAACCGCTTGGGCTACTATCTCTGTTAGATGAAGAGTCAACTTTCCCAA ATGGCACGGATTTAACATTTGCTGACAAGCTTAAGCAGCATTTGAACTCTAATTCATGCTTCAAAGGAGAACGAGAAAAA GCCTTTACTGTGTCTCATTATGCAGGGGAGGTATAAATTTGGTTATGTTTATACAACGTTATATTCTTTCTGTCTGGCAC ATGAACAGTTCTACGATTTACATTATTATGGTATTCAATTTGACATTTCCGTTTGAGCTTTACATTGTGATACAACTATT AAAGCCCTACATTCCACTATATTGAATTCTTATTAGTTAATCTACTAACCAGAATCTTTCTTTTTTTCATCATTACTTAC CTACCAAGCCTGGTTTTTTTTTTTTTTTTTGAAATTTACCAACCATGGTTTTGGTTTTGATTGTACTTTCATGGTTAATA TTTTTGAACTCCCAAATACTATTGTTTTTCTTAAAGTAAAGGATTAGATACTTTTTATTGATTTTAGTTTGATCATCCTA TCTGACTGTTTATAGTTACATTTTTTCCTGTTCCCTTTAGGTCACTTATGATACAACCGGATTCCTGGAGAAGAACAGGG ACCTACTGCACTTAGATTCCATCCAACTGCTATCCTCAAGCAAGAGTCATCTTCCTCAGGTGTTTGCATCTCACATGCTT ACTCAATCTGAGAAGCCTGTAGTTGGTCCCTTACACAAGTCAGGTGGGGCAGATTCCCAAAAGCTTAGTGTTGCTATGAA ATTCAAGGTACACAGCCTTAATTATAATTTTCTCCTAAACCTATCATGAAATTACATGACACTCAAACAGCTAAGGTCTA CAACCTTAATTAGAATCTTCTCCTATGCCAAATTTAAAAAAACAGAACAAAGTAAATTAATGTCGTATTTTTGTAATTAA AAGTAAAAAAAGGAATGAAAAAATGGGAATGGAACCAAATTCGTCTTAATGTTTTTGTTCTCCCAGCTGTCCATTCATTT TTTATTGCACTCTCTCCTTCCCCCAGCCACTTCATTCCCGTACACTCCTGCCACATGCACCTTAAATGTTCATTTTTTTT CTTCTTCTTTAGGTTAGGACTTGAAATATTTATCTTGCTTCAATTCTCTTTACAAGTTATTTCTGTTTGTTACCCAGGGA CAATTGTTTCAACTTATGCAACGTTTAGAGAGTACCACTCCACATTTTATTAGGTGCATTAAGCCCAATAACCTCCAATC ACCTGGATCATATGAACAAGGCCTTGTACTGCAGCAGTTGAGATGTTGCGGGGTCCTCGAAGTGGTTCGAATATCAAGAT CAGGCTTTCCAACTAGAATGTCTCATCAAAAGTTTGCCAGAAGGTATGTAACCAACTGAGAAAGAAACTTTGGTGATTTA TATATTTTCAATTCCCCTCTGTCCCACCTACCCCCAAACCAGCATGGTGTTGTTTGCACGTTTCTAACCTTTTTCTTATT GTCTTGGGAGTGGTAACAGATATGGGTTTCTTCTCCTTGAAAATGTCGCATCGCAGGATCCACTTAGTGTTTCCGTTGCT ATTCTTCATCAGTTTAACATTTTGCCTGAGATGTTTCAAGTTGGCTTCACAAAATTATTCTTCCGAACAGGACAGGTAAA CTAGAATTCTCTATGAGTATTAAACATATTATTTCTTTCCATTTGAATTGCTGTGGTGGTGGTAAAATCAGTTATATTAA TTTCGTGGCCCCAACAGTTTTCATGGCTTTTTTTTTATCATCAACTTAAAAAGGAGTAAATGAAATCAATTATTTTAGAT CTAAAATCTCTGGTTATCCATCTACTTTTATTTTAATCATTGGTCAGTAATATTTATATTATTTGTTGTGGTTTTTACTC AGTAAGATGTGGAATTTTGGGCTTCGCTGAATAATGATTGCATGTATTAAAGTTTCAAGTTTTATTTGAACATGTTGGTT CCTTTATCAAGATACTATAATGAAATTTCAGTGTCTTTTTGATAAGATTAAACCTCCTTTGATCCAAGTTTATCGCCGGA AAAAAAAGAATTTCAGGTCTGGAACCACCATGGGGGGTGGCGCAGCCACTACTGTGGCCATGGAGACTGCTGAGCAGCCA AAACAGCAAGGAGAGAGGGGAAATATGAATTTGGCAGATGGATAGGGGCAGTTACCAGTCTGTAGTTATTAGGAGTTAGC AGTTATTATGTGTGTATGTCAGTTTGAATTCAAAATAGAAACTGCACTATGCAGTTGTATAAATAATAGATGTAGCCTAT TAGATGATCATCCAGGAAATTATAAGTTTGGTAGTATGGAGAGAACAGGCTCTCGAACTCCTGCTGTATTGTACTATTCC CAGTAGAGATTCTTCATCTCTGCAGTATCAATAATAATTATCCATTATTCTATTCCCCTATCTTATCATTTTGGTATCAG AGCACCATCCAGGTGCTGTGGTACTTAAGTGGTTCACTTTATAAATGGGAAAAACTCGTTCTGAAGCCAGTCAAGATCCA ATGGAGCGGATGCAAGAAATTATGGAAATGTTGCAGATTGATCGTCAACAAGCACAGGCTGATCGTCAACAAGCACAGAT TGACCGTCAACAAACTGATCAACGAATTCAACGTTTGGAAAACATGATGAAGACGTTCATGCATCGGGACGACCTTGGCT CTCAAAGAGACAATCATGAACAGAGCATTAAGCGCCCAGGACAGGAAAAAGAGTCTAACTGTGATAACACTTCTGCACGT TGGCGGAAGTTGGAGGTTCCAGTTTTTGATGGTGTTGCTGATGCCTATGGTTGGGTTCATAAGTTGGAAAGGTTCTTCCA AATTCGTGGAGTTCCAGAGGAGGGGAGATTGCAGGCGGTTCTGGTGGCACTGGATGGAAAAGCTCTATCATGGTTTCAAT GGTGGGAAGGTTGTCATCCTCACGCAGACTGGGACACTTTTAAGTTGGCAATTCTGAAGAGGTTCCAAGTTTCAAGTACT CTCAATCCCTTTGCTGCTTTACTAGCCCTTAAGCAAGAAGATTCGGTGGCGGAATTTGTGGAACAATTTGAGAAATTTGC CGGCATGTTGAAAGACATTGATGAAACACACTTAATGGATATCTTTGTGAATGGTTTGAAGGAGGACATAGGTGCAGAAA TTAAACTTTATGAACCAACAACCTTATCCATCATGGTCCAAAAGGTTTTAATGATTGAGCAGAAAAATCTTGCAGTTAGT AAGGTTCATCCAAATTCCACTTCTGGTTCAAGGTTCAGTAATTCTTATAAGTCTCCATCCATTTCTCGAACTGTCACAGT TGATACTACACAGAAGAGTGGAGGCAAAAGTTACACACCATCTTCATCTTATTCTGGTAGTGTCTCAGTGGATAAACCAT TTCAAAGAAATCGACCGGGTAATTACCGTAGACTTTCTGATGCTGATTACCAGGAGAAGATCCGGAAAGGAGAATGTTTT CGCTGTGATGAAAAATTTGGGCCTAACCATGTGTGCAAGAACAAACAATTTCGAGTTATGCTGATGGAAGAGACTGGCGA TTCTGAACCAGAAGATGATCCAGATTGTCACCCCGAAACGGAACCTGTCCCACATTTATCCCTGAATAGTATTGTTGGAT TCACTTCCAGAAGGTCTTTCAAGGTTTGGGGAACTATTGAAGATCACAAAGTTGTGGTGTTAGTTGATTGTGGAGCAACT CATAATTTCATTTCCAAGGCGTTAGTACAGGAATTGCACTTGAAGGTTGAGGATACTCCATCTTATGTAGTTGAAGTAGG GGATGGTCATAAGATACCATGCAAGGGTGTTTGTAAGGACGTGTCTTTGCTGTTACACAATGTGCCGGTCAATCAGCAAT TTTATTTGTTTGGCCTTGGCAGAGTGGACATTGTATTGGGCCTAGAATGGTTAGCAAGTCTTGGTGACATTAGAGCTAAC TTTGAACAGTTGACTTTGCGGTTTACTATGAATGGCCAGAAGTTATCACTCCAAGGGGATCCTGAATTATGCAAGAAGGA TGCTTCTTTAAATTCCTTACTCAAGGCTTTGCAACATGGTGAGGGATTTCTCATTGATTTTCAACAAATTCGAGCGGAAA CAGATTGGAGGGCTAATGTTCCACCAGATTTAGTTTCCATTCTCCACCAATTTCCTTCCATATTTGAACCGCCGGAAGGA TTACCACCTCACCGTCGGCAAGATCATGCGATTCATCTCAAGGAAGGGGCGCAAATTCCTAACTTAAGACCTTATAGATA TCCTCATTACCAGAAAAACGAAATTGAGAAATTGGTTGCTGAAATGTTAGATGCCGGCATTATTCGTCCATCTACAAGTC CCTTCTCCAGCCCCATAATTCTGGTTCGAAAGAAAGATGGTAGTTGGCGGTTTTGTGTTGATTACCGGGCCTTAAACAAG ATCACCGTGCCAGACAAATTTCCAATTCCAGTCATTGATGAATTGTTGGATGAAATAGGAGGGGCACGGATCTTTTCAAA GCTGGATTTGCGTTCCGGTTATCACCAAATCAGAATGAAGGAAGGTGACATTGAAAAAACTGCATTCAGAACTCATGAAG GTCATTACGAATTTCTGGTACTTCCTTTTGGTCTCACTAATGCACCCTCTTCTTTCCAATCTTTAATGAATGAAGTTTTG AGGCCCCTTCTCCGCAAGTTTGTATTAGTTTTCTTCGATGATATTTTGATATATAGCCTCTCCATGGAAGATCATATCCA ACATTTGCACACTGTTTTATCTCTATTACAACAACATGATTTGAAAGTCAATGGGAAGAAATGCACTTTTGGCCAAGAGA CTTTGGAGTATTTGGGTCACATCATTTCTGCAGGTGGAGTTTCTGCTGATCCAAAGAAATTAGAGGCTATGTGGTTGTGG CCTACTCCCAAGGACATCAAAAGTTTAAGGGGTTTTCTTGGGCTAACAGGTTATTACCGCCGTTTTGTACAGAATTATGG GAAGATTGCGAAACCTTTGACTAATTTATTGAAGAAAGATGCCTTTCAATGGAGTTCTGATGCTCATGCTGCTTTTGAAC AATTAAAGAATGCCATGACTACTCTTCCTATGCTGGCTGTTCCTGATTTTACCAAGCCTTTTGTTTTAGAGACTGACGCT TCAGGTACAGGTTTGGGTGCTGTTTTATTGCAGGAAGGTCACCCTTTGGCTTTTTGGAGTACAACTTTATCTGATCGGAA TCAAAGGAAATCAGTCTATGATCGCGAACTGATGGCGGTTGTCAAAGTTGTCCAGAAATGGCGCCATTACTTGTTGGGTC ATCATTTTATAATCCGAACTGATCAGAAAAGTTTGAAGTTTTTGGCAGATCAACGCATGTTGGGTGAAGAACAATTCAAG TGGGTTTCTAAGTTGGCTGGGTTTGACTTTGATATTCAGTACAAACCGGGTAAAGACAATTCTGCTGCTGATGCCTTATC CCGGCGGAGTTCTTATTGCGCCATTTCTATCTTACAAATTCATGATTTTGAAGAATGGGTGGAAGAAGTCAATAAAGATG ACAAGTTGCAGAAAATTATACAAGACTTGATTCTGGACCCTACTTCTCATTCCGGATATGTCTTGCGTGATCAGAAACTA TTCTTTAAAGGTAGATTGGTTTTATCAAAGACTTCCTCCCGTATACCAGTCATCTTGAAAGAGTTTCATTCTTCATTGAT GGGAGGGCATTCCGGAATCTTCAGAACATACAAAAGGGTGGCCAACTTGGTTTATTGGGACGGCATGAAATCTGACATCA AGAACTATGTGGCTGCTTGCGATGTTTGCCAAAGGAACAAAAGTGATACTTTAACTCCGGCTGGCTTATTGCAACCTTTA CCCGTTCCTACTCAAGTTTGGACAGATATTTCCATGGATTTTGTCACTGGTTTACCTAAATCCATGGGGAAAGACACCAT TCTGGTAGTAGTTGATCGTCTTACAAAATATGCACATTTCTTGGCCTTGGGTCATCCCTATACAGCTACTGAGGTTGCTG CAGTATTCCTTCAAGAAATTGTCAGGCTCCATGGTTTTCCTTCCTCCATTGTATCTGATCGAGATCCCCTTTTCTTGAGC AATTTTTGGAAGGCACTTTTCCGAGCAGCAGGTACTCAATTGAAATTTAGTTCTGCTTATCATCCCCAAACTGATGGCCA AACCGAAGTTGTCAACCGGTGCTTGGAGGTGTACTTGCGCTGTCTTACAGGTTCCAAACCCAAAAAATGGGTTTCTTGTC TTCCATGGGCTGAATTCTGGTTTAATACTAATTATAATGCTTCCAGCAAAATGTCACCTTTTCAAGCCTTGTATGGGCAG GATCCTCCTCTTCTTTTCAAAGGTTCGACCATTCCTTCCAAGTTAGATGAGGTTAATAAACTTTCTAAGGACCGGGACGA ATTGTTGGCAGATTTGCGAGACAACTTGCTTAAGTCTCAGGATATCATGCGTACATATGCCAACAAACACAGAAGACAAG TGGAATTTGAAGCTGGCGATTGGGTCTTCTTGAAGTTGCAGCCTTATAGAAGGCGATCTTTGGCTCAACGAGTTAATCAG AAACTCAGTCCACGATTCTATGGGCCATTCCAAGTGCTAGCCAAAGTTGGAGCTGTAGCTTATAAATTGGACCTTCCTTC CCATAGCAGAATTCATCCGGTGTTCCATGTCTCTCTTCTTAAGAAAGCCATTGGCGATTCGTTTCAATCTCAGCCCTTGC CTCCCATGCTATCTGAAGATCACGAGTTGCAAGTTTATCCCGAATCGGTTCTCAATGTTCGTGAAGATTCTCCTGGTAAT GTTGAGGTTCTGATTTCCTGGCAGAATCTTCCTTCTTGTGAGAATAGTTGGGAATCGGTGGCCCGCATTCATGAAGCCTT TCCAGACTTTCACCTTGAGGACAAGGTGAATCTTCAAGGGGGGGGGGGTATTGATAAGATTAAACCTCCTTTGATCCAAG TTTATCGCCGGAAAAAAAAGAATTTCAGGTCTGGAACCACCATGGGGGGTGGCGCAGCCACTACTGTGGCCATGGAGACT GCTGAGCAGCCAAAACAGCAAGGAGAGAGGGGAAATACGAATTTGGCAGATGGATAGGGGCAGTTACCAGTCTGTAGTTA TTAGGAGTTAGCAGTTATTATGTGTGTATGTCAGTTTGAATTCAAAATAGAAACTGCACTATGCAGTTGTATAAATAATA GATGTAGCCTATTAGATGATCATCCAGGAAATTATAAGTTTGGTAGTATGGAGAGAACAGGCTCTCGAACTCCTGCTGTA TTGTACTATTCCCAGTAGAGATTCTTCATCTCTGCAGTATCAATAATAATTATCCATTATTCTATTCCCCTATCTTATCA CTTTTTTTCCGTCAGCCTCGTCGTGGTTAGATTTAGTGAAATAGTTCATATTTGCATTATTTACCTTTTTCTTTTTTTCC TACTTTCTTGTGATTTTCTTGCTAAAATCTGAACTTATGTTACAACCTAACTTTAATCTCTTGCAATAGTTCAATCATCA GAGTCCAACTTTAAACTTATCTACTATTTGTGGATTGAAAGGATTCTAGAATTGTTTTGGCATCCCTCTGCCTCCTCTTT TGCATGATAAACTGGTCCATGTCTTCAAATTGCTCCCTGCAAGGGTTCAATAGCTTTTGCATTATCTTTTTATTGTTGAA ATAGTTTAATCACCTAGCCCAACCCTATTTACTTCCTGTGTATTGTGTCTTCATTATGCTGTATTGATCATGATTGCAGA TTGGTGTGCTTGAAGATACTAGAAATCGTACCCTCCATGGCATTTTACGTGTGCAAAGTTGCTTCAGGGGTTACAAAGCT CGATGTTACCGCAAGGAGCTTTGGAGAGGAATCACTACTCTTCAGTCATGTACTTTCTTTTTCTCCCCCTAATGCTTTTG GCCTATCATACTCCTTGAAAAGTGTAACCGAACTGGAAACATTTTCTTACCCATTCATGCAGTTATTAGGGCAGAGAAAA GTAGAAAGAGATATGCAGCTTTACTTCAGAGACATAGAGCTGCTATTATTATACAGAAGCAGATGAAAACAGTAATTGCA AGAAACGGAATGAAAACTACTAATGATGCTGCAGTTGTTATACAATCATGTAAGAACGCTATGTTTCTTATATGCAAAGA TCTTAATTATGAAAGTAAAATACTGCATTTTGTTGTCATGAAAGGCAACTGTCTATTCAATGGTATAGGTAAAATTTCAC AATTTGTTTTTCCTGTGTTTTGCAGTTATTCGTGGTTGGTTAGTCAGAAGATTCTCTGGAGACATAGGTTTATTAAAATC CGGAGGCATGAAGGTATTCTCTATTCTAATTCAGAGCCTATATTTCAAAAAGATTTTTGTCATGGATTGCTGCTTAAAAT ATCATATTTGTCATGCTCACAATCATGAACTCCCGAACAGACTAACGAGTCGGATGAGGTCCTCGTGAAGTCGTCTTTCT TAGCTGAACTACAACGAAGGGTACTTAAGGCTGAAGCTGGCCTAAGAGAGAAAGAAGAGGAAAATGACATCCTTCACCAA CGTCTTCAACAGTACGAGAGCAGATGGTCTGAATATGAATTGAAGATGAAATCCATGGAAGAAGTATGGCAGAAGCAAAT GAGATCCCTTCAATCTAGCCTCTCCATCGCTAAGAAGAGTCTTGCTATGGATGATTCTGAAAGAAATTCAGATGCGTCGG TTAATGCAAGTGATGAGAGGGAATACAGCTGGGATGTAGGAAGTAATCACAGGCGCCAAGAAAGCAATGGAACGAGATCT ATGAGTGCTGGTTTGAGTGTTATCAGTAGGTTGGCTGAAGAATTCGAGCAAAGGAGTCAGGTATTTGGTGATGATGCGAA GTTCTTGGTTGAGGTAAAATCTGGCCAGATTGAAGCAAGTTTGGACCCAGACCAAGAGCTTAGAAGGTTAAAACAAATGT TTGAAGCTTGGAAAAAGGATTATAGTGGAAGACTGCGTGAAACAAAGCTTATTTTGCATAAACTTGGAAGTGAAGAAAGT TCAATTGAAAAAGCGAAGAAAAAGTGGTGGGTAAGAAGGAATAGTACAAGGATAAATTGA
CDS sequence (LotjaGi5g1v0353200.6) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCAACTTAGTTATTTAAATGAACCATCAGTTTTATACAACCTGCAATGTAGATACAATCAAAATATGATCTATACGAA AGCAGGGCCTGTTTTGGTTGCCATAAATCCCTTTAAGAAAATTCCTCTGTATGGTAATGACTATATTGAAGCCTACAAGC GTAAAGCAGTTGAAAGCCCTCATGTATATGCAATTACAGACACTGCCATCAGAGAAATGATACGGGATGAAGTTAATCAA TCAATAATTATAAGTGGAGAGAGTGGAGCAGGGAAGACTGAGACAGCAAAAATAGCAATGCAGTACTTGGCTGCCCTTGG TGGTGGAAGTGGAATAGAGTATGAGATATTAAAGACTAATCCAATACTAGAAGCCTTTGGTAATGGAAAAACACTGAGAA ATGACAACTCAAGTCGTTTTGGAAAGCTCATTGAGATTCACTTCAGCGAAACTGGAAAAATATCTGGTGCTAATATTCAA ACATGTAATCTAGAGTTGTCCAATGCAATGAAGGGGAAAGAGAAGCTAAATCTGCAAAGTGCCCAAGACTATAAATATTT GAGGCAAAGCAGTTGTTATTCAATTACCGGGGTTGATGATGCAGAAGAATTTCACGCAGTCATGGAAGCTCTGGATGTTG TCCATATTAGCAAAGGAGACCAGGATAACGTATTTGCAATGCTTGCTGCAGTATTATGGTTAGGAAACATATCATTTACT GTGATCGATAATGAAAATCATGTTCAAGCTGTTGAGGATGAGGGGCTGTTCAGCGCTGCCAAGTTGATTGGCTGTGACAT TGAAGATCTTAAGTTGACTTTAACAACTCGTAAAATGAAAGTTGGTAATGACATTATTGTCCAGAAGTTGACGCTTTCTC AGGCTATGGATGCAAGAGATGCTTTGGCGAAATCAATATATGCATGTCTGTTTGATTGGCTGGTTGAGCAAATAAACAAG TCACTTGCAGTTGGCAAAAGACGCACTGGCAGATCTATCAGTATTCTAGATATTTATGGTTTTGAGTCATTCAATAGGAA CAGTTTTGAGCAGTTCTGCATAAATTATGCAAATGAGAGATTACAGCAACATTTTAATCGTCATTTATTCAAGTTAGAAC AGGAGGAATATATCCAAGATGGCATTGATTGGGCTAAAGTTGAATTTGAAGACAACCAAGACTGCCTTAATCTTTTTGAA AAGAAACCGCTTGGGCTACTATCTCTGTTAGATGAAGAGTCAACTTTCCCAAATGGCACGGATTTAACATTTGCTGACAA GCTTAAGCAGCATTTGAACTCTAATTCATGCTTCAAAGGAGAACGAGAAAAAGCCTTTACTGTGTCTCATTATGCAGGGG AGGTCACTTATGATACAACCGGATTCCTGGAGAAGAACAGGGACCTACTGCACTTAGATTCCATCCAACTGCTATCCTCA AGCAAGAGTCATCTTCCTCAGGTGTTTGCATCTCACATGCTTACTCAATCTGAGAAGCCTGTAGTTGGTCCCTTACACAA GTCAGGTGGGGCAGATTCCCAAAAGCTTAGTGTTGCTATGAAATTCAAGGGACAATTGTTTCAACTTATGCAACGTTTAG AGAGTACCACTCCACATTTTATTAGGTGCATTAAGCCCAATAACCTCCAATCACCTGGATCATATGAACAAGGCCTTGTA CTGCAGCAGTTGAGATGTTGCGGGGTCCTCGAAGTGGTTCGAATATCAAGATCAGGCTTTCCAACTAGAATGTCTCATCA AAAGTTTGCCAGAAGATATGGGTTTCTTCTCCTTGAAAATGTCGCATCGCAGGATCCACTTAGTGTTTCCGTTGCTATTC TTCATCAGTTTAACATTTTGCCTGAGATGTTTCAAGTTGGCTTCACAAAATTATTCTTCCGAACAGGACAGATTGGTGTG CTTGAAGATACTAGAAATCGTACCCTCCATGGCATTTTACGTGTGCAAAGTTGCTTCAGGGGTTACAAAGCTCGATGTTA CCGCAAGGAGCTTTGGAGAGGAATCACTACTCTTCAGTCATTTATTAGGGCAGAGAAAAGTAGAAAGAGATATGCAGCTT TACTTCAGAGACATAGAGCTGCTATTATTATACAGAAGCAGATGAAAACAGTAATTGCAAGAAACGGAATGAAAACTACT AATGATGCTGCAGTTGTTATACAATCATTTATTCGTGGTTGGTTAGTCAGAAGATTCTCTGGAGACATAGGTTTATTAAA ATCCGGAGGCATGAAGACTAACGAGTCGGATGAGGTCCTCGTGAAGTCGTCTTTCTTAGCTGAACTACAACGAAGGGTAC TTAAGGCTGAAGCTGGCCTAAGAGAGAAAGAAGAGGAAAATGACATCCTTCACCAACGTCTTCAACAGTACGAGAGCAGA TGGTCTGAATATGAATTGAAGATGAAATCCATGGAAGAAGTATGGCAGAAGCAAATGAGATCCCTTCAATCTAGCCTCTC CATCGCTAAGAAGAGTCTTGCTATGGATGATTCTGAAAGAAATTCAGATGCGTCGGTTAATGCAAGTGATGAGAGGGAAT ACAGCTGGGATGTAGGAAGTAATCACAGGCGCCAAGAAAGCAATGGAACGAGATCTATGAGTGCTGGTTTGAGTGTTATC AGTAGGTTGGCTGAAGAATTCGAGCAAAGGAGTCAGGTATTTGGTGATGATGCGAAGTTCTTGGTTGAGGTAAAATCTGG CCAGATTGAAGCAAGTTTGGACCCAGACCAAGAGCTTAGAAGGTTAAAACAAATGTTTGAAGCTTGGAAAAAGGATTATA GTGGAAGACTGCGTGAAACAAAGCTTATTTTGCATAAACTTGGAAGTGAAGAAAGTTCAATTGAAAAAGCGAAGAAAAAG TGGTGGGTAAGAAGGAATAGTACAAGGATAAATTGA
Protein sequence (LotjaGi5g1v0353200.6) extracted from Lotus japonicus Gifu v1.2 Proteins.
MQLSYLNEPSVLYNLQCRYNQNMIYTKAGPVLVAINPFKKIPLYGNDYIEAYKRKAVESPHVYAITDTAIREMIRDEVNQ SIIISGESGAGKTETAKIAMQYLAALGGGSGIEYEILKTNPILEAFGNGKTLRNDNSSRFGKLIEIHFSETGKISGANIQ TCNLELSNAMKGKEKLNLQSAQDYKYLRQSSCYSITGVDDAEEFHAVMEALDVVHISKGDQDNVFAMLAAVLWLGNISFT VIDNENHVQAVEDEGLFSAAKLIGCDIEDLKLTLTTRKMKVGNDIIVQKLTLSQAMDARDALAKSIYACLFDWLVEQINK SLAVGKRRTGRSISILDIYGFESFNRNSFEQFCINYANERLQQHFNRHLFKLEQEEYIQDGIDWAKVEFEDNQDCLNLFE KKPLGLLSLLDEESTFPNGTDLTFADKLKQHLNSNSCFKGEREKAFTVSHYAGEVTYDTTGFLEKNRDLLHLDSIQLLSS SKSHLPQVFASHMLTQSEKPVVGPLHKSGGADSQKLSVAMKFKGQLFQLMQRLESTTPHFIRCIKPNNLQSPGSYEQGLV LQQLRCCGVLEVVRISRSGFPTRMSHQKFARRYGFLLLENVASQDPLSVSVAILHQFNILPEMFQVGFTKLFFRTGQIGV LEDTRNRTLHGILRVQSCFRGYKARCYRKELWRGITTLQSFIRAEKSRKRYAALLQRHRAAIIIQKQMKTVIARNGMKTT NDAAVVIQSFIRGWLVRRFSGDIGLLKSGGMKTNESDEVLVKSSFLAELQRRVLKAEAGLREKEEENDILHQRLQQYESR WSEYELKMKSMEEVWQKQMRSLQSSLSIAKKSLAMDDSERNSDASVNASDEREYSWDVGSNHRRQESNGTRSMSAGLSVI SRLAEEFEQRSQVFGDDAKFLVEVKSGQIEASLDPDQELRRLKQMFEAWKKDYSGRLRETKLILHKLGSEESSIEKAKKK WWVRRNSTRIN
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 |
|---|---|---|---|---|---|---|
| PANTHER | 1 | 971 | 971 | 0.0 | – | |
| ProSiteProfiles | 1 | 646 | 646 | 250.62 | ||
| PANTHER | 1 | 971 | 971 | 0.0 | – | |
| Gene3D | 2 | 170 | 169 | 5.3E-72 | ||
| SUPERFAMILY | 2 | 694 | 693 | 3.23E-240 | ||
| SMART | 2 | 647 | 646 | 0.0 | ||
| Pfam | 2 | 169 | 168 | 5.7E-68 | ||
| CDD | 9 | 634 | 626 | 0.0 | ||
| PRINTS | 25 | 44 | 20 | 1.5E-57 | ||
| PRINTS | 79 | 104 | 26 | 1.5E-57 | ||
| PRINTS | 121 | 148 | 28 | 1.5E-57 | ||
| Pfam | 171 | 634 | 464 | 5.4E-151 | ||
| Gene3D | 171 | 577 | 407 | 6.4E-136 | ||
| Gene3D | 216 | 508 | 293 | 6.4E-136 | – | |
| PRINTS | 332 | 360 | 29 | 1.5E-57 | ||
| Gene3D | 341 | 535 | 195 | 6.4E-136 | – | |
| PRINTS | 385 | 413 | 29 | 1.5E-57 | ||
| Gene3D | 579 | 647 | 69 | 1.3E-15 | – | |
| SMART | 647 | 669 | 23 | 0.78 | ||
| ProSiteProfiles | 650 | 677 | 28 | 7.51 | ||
| Pfam | 652 | 667 | 16 | 0.076 | ||
| SMART | 670 | 692 | 23 | 15.0 | ||
| ProSiteProfiles | 673 | 700 | 28 | 7.144 | ||
| Pfam | 674 | 691 | 18 | 0.12 | ||
| SMART | 696 | 718 | 23 | 20.0 | ||
| Gene3D | 697 | 743 | 47 | 3.8E-9 | – | |
| SMART | 719 | 741 | 23 | 2.3 | ||
| ProSiteProfiles | 720 | 749 | 30 | 7.364 | ||
| Pfam | 722 | 738 | 17 | 6.6E-5 | ||
| Coils | 766 | 814 | 49 | - | – | |
| MobiDBLite | 833 | 847 | 15 | - | – | |
| MobiDBLite | 833 | 872 | 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 LotjaGi5g1v0353200.6, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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