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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0024000 |
| Transcript ID | LotjaGi2g1v0024000.6 |
| Related isoforms 7 | |
| 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|A0A0S3T0K8|A0A0S3T0K8_PHAAN Uncharacterized protein; Found in the gene: LotjaGi2g1v0024000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:8262678..8280757) extracted from Lotus japonicus Gifu genome v1.2.
ATTATTTCTTATATGATGTGTCACAATTAAGTTCATGAGTTTCAGAGTACTGACTTTGAGTAGAATTGTTTTCATGGGGA ACACCATGTGATTAAGCAATTCTACTACCAGCAGGTTCGCTAATTTTTTGTTAAACCTCAAAATTGAGATTTCCATGTTA AGATTTCCAGACAATTGTTTTATGAGTTTTATTTGAGTTATAATTCTATACCTAGTTTTTTAGAATTCGAAATTTGTTGT GTCTTTCCCTTACTTCTGAAGTCCCTATTTCAGAAGCTTCAGTCTTGGTTTCAACTTCCAAATGGGAATTGGGAGCTGGT AAAGATAATAACAACTTCAGGAACTGAGTCTGTCATTTCACTGCTTGATGGGAAGGTAGGATTTGATATTTCTCAAGAGC GCTGTTCTTACTTTTGAGCTTTATTAACTATATCGTCTTGTCTCCCCCCTCTTGGCCTAATTATAGGTTTTGAAAGTGAA AGAAGAAATTTTAGTGCAAGCAAATCCTGATATTCTTGATGGACTGGATGACCTCATGCAGCTTAGTTATTTAAACGAAC CATCAGTTTTGTACAATCTGCAATATAGATACAATCAAAATATGATTTATGTAAGTCTCTATAACTCGTTGAAGTTTGAT TTTTTCCTGATCACAAGTTTCTAACATATTATGTATGTAACTGTGCAATCAGACGAAAGCGGGGCCTGTTTTGGTTGCTA TAAATCCCTTTAAGAAAGTTCCTCTGTATGGTAACGAATATATTGAAGCCTACAAGCGCAAATCAGTTGAAAGCCCTCAT GTATATGCAATTACAGACACAGCCATCCGAGAAATGATACGAGGTAACCTTTTGTATCCTTAGACACACACACACACATG TTAAGACCACTTCCATTTGTTTAAAGCAATAACTTCTTAGTCTGATTCTTGTTTTATTTCCAGATGAAGTTAATCAGTCT ATAATTATAAGGTCAGTAGTTTTTTGTTGAATTATGCTTTTATGAGCAGCTGGTCATTACATTTCTATTAGCTGCTCTTA TTTAAGTTTAACTTTTGTTCTAATTGAAGCTTGTCCAAATATTGCATTAAATAACGGTCTTGACTCATAAGTTTTACTCT TATTTTTCAAAATTTTCAACTAAAATTGTCTTACATATTGCATTTATTCTTGTCTACACTTCCTTTTTTGGAGAATTCAC AAAATATTTTCATTTTTTATTCAGAATCTGAGATTGGTCATTTTACCTGGAAAATATTCTGGATCAATCGAGGGACTAGG CCTACAAATCTTGAAAGGAAAATTATAAAATTGGTTTTTTTGGTAAAAATATTTACTACAATTAACTACTCAATGGTTAG CTATGTTCAAAGAGTGGTTAGTTAGTAACAAGTAGCCGCTTGAGTGGTTCATCATTTGAATTCAATGTTTGTAATCTTCA TTTTTCTGCAAAGTTTTTTGTTCATATTACTTGAATTTGATAAAATAATTATTGTATTTCATTGATTAATACTTGACTAA AGACTACAATATATATAGACTAACAAAGAGATAAAGAGAAACTAAATCTATCTAATCCTATCTCTATTTAAATAGATATC ATCTCTATTTAAATAGATACTAATCTAAAATAGATAAACAAATCTTAACTATATCTCTATGAGATAAGACTAATAATAAA CTAAATCTTAATAGATATTCAACACTCCCTCTCAAGCTAAAGCTTACTTAGCTTTAAGCTTGTAACAAATCGAACCCAAG AAGAAAATTATCTTAATAGATATCCCTTATTAATGACGGGCTTGGCAAATCTCTGAATTGAATAACCTTTCAAACTTTTA GTAAATCCATGGCGGCAAGAGACAACTTCTCATACTTGAAATTGAATAATCTTTCGAACTTCTGCTAAATCCATGGGAAG GCAAAAGACAACTTCTCATACTTGATCTGGCTGAAATTGATGCAAGACAAAAACCAATTCTTCTGGAGTGTCGTAGGGTG CTGAGCCAGCAAACAAGGGCGAAAAACCAGCAACAATACGCCTGAAAACAAAATAAGGCTGAAGCAATAGCTTACCCCAA CAGCAACCATACAGAAATAAAACATACTTGAGGTCGATCGATTGATGGCTTCTAAAACAAACAATGGTGTCAACTTTGAC ACAGACAACTCTCAAACATTAGAGAGTGGGCCAACGCAACTCGCAGCTGAAGCCCTAAAACCAGAAAACCAAACAGGGTC AGCGCAACCTGCGGCTGAAGCCCTAAAACCAGAAAACCAAACAATCGAGACAAAACAAACGAAGGTGACACTGTCACCTC CAAAACCAAACCAAACCAAATTGCATAAAGTCAGCCAAGATCATTGTAATAAGAGCATCTCGAACCATGAGACGCAAACT AAGATCTCAAACAGCGAGAAACATCGCAGATGAGTAAACACAGCAGACTCACGAACCAAACTAGAAGAGTTGGACCGGAC GATCACCACGGTGGCGGCACAACACCTCAAAACAGAGCCAAACAATAAAATCCTTTACACCGGAGATCTAAACAATGCAA CCCTTCACCAAACAAACGAATTACCATTGCCAATTGCCAAGGAGAAGAATTTCAATTCTTGCAATCACATGCAACATTCA AAGACTATCAATAGTGTAGCAGCGCAATACAATTAGATCCAACCAAACACTTCTTGAATACAACCTCCACCAAACCAGCA ACAAAGGGTAACGATTGTCGAAGGTGTTGATTGTGGTCTTTATTAGGATATTTAGCAATATCCAACACTTCCCCTCAAGC TAGAGCATATATGTCATATGCATAGCTTGTAACAAATATAATTAAGATATTTCCAGATCTTCCCCTCAAGCTAGAGCATA TATGTCATATGCATAGCTTGCAACAAATATAATTAACTTGCGGAGAAAAGCTACTGCTGCCAAACACAATGTCAATGCGG TAATCAGAAATTGTAGAGACTTGAAATTGCCCTTCACTGCTTACTCCCAACAAGTAGGTAAAGACTTTGCCCTTTCACAC AGCAGAAAAAAGAGAGTGAATCTGCGAAATCTGAAATTGCTCAAACTGTTGCATCAAGGAAATCTCAACCTTGTCATGAA CCAGAATTGTAATGATGTTGGTCGAACACTTCATCACTGTGAACACATTAATTTATGAAAAACTGATTTTGATCGCCACA AATGTAATGATCTTTTTGTGATTTCTATACTGAAAATTCAGTATATGAATTGGCAAAGAAGGAAATTGACGAAGAAATCA TAGGAGAATCACAAGATGAAGGGCATTAGTAGTGTTCTTTTCCATCAAAACTTCAATACCACTGCTGTTGATGAAATAGA AAGGAAAGCTCCAACAAAAACCTCTTCTGAAGCTTTACCACCACATAACGATAAAGTAAGTCCACACATGCACATAAATA GAAAAATCTGAAGTAGGCATCCAAGAACAACAAACAATACTCTGGATCTGGGCAAAAGGACCCCTGAAACAGCACCAGGA GGGGTAGACGACCTTGTCTGTGCAATTGCGACGGCGAAAGGATGCTTGGAGGGTGGCGCGAGTGTAACTCACTCGCTGAG AAGAAGACGGCGCGTGGAAGGACATTGATAGTGGCTGAACATTACTAGGGTTCCAAGACAAAGGGGACCATAATCAGAAA GAAACGAGGCCGTAAGAAAACGGCTAGAACTAACAAGCGGAAGCAAAGTACGAAAAATAAATCCAGAAAGATTTGGAAAG TCACCATGAGGGGGCTCACGGGGGAGGAGCCCCCTCACAGCGGTAGGATCGAAACTTGCGCTCTGATACCAACTTGAATT TGATAAATAATTATTGTATTTCATTGATTAATACTTGACTAAAGACTACAATATATATAGACTAACAAAGAGATAAAGAG AAACTAAATCTATCTAATCCTATCTCTATTTAAATAGATATCATCTCTATTTAAATAGATACTAATCTAAAATAGATAAA CAAATCTTAACTATATCTCTATGAGATAAGACTAATAATAAACTAAATCTTAATAGATATTCAACAATATTAAACAATAT TCTTGTTTACCTGTAGAATGAAAAATATTCCCCCAGAACCTGCAAAGTAAACAAGAGAACCTTATACAATCTCTATTAGA ATTTGGAAGGCCTAACTCAACCCAAAAGCTAGCACAAGAGTTGAGGGTTACTCTAACCTTTATAAAGGCTATCTATGTCA TATCTTTAGCCAATGTGGGACTTCTAACACACCCCTTCACTTCCAAGGTTGGAAATCTGGAGCGTGGAATTTGCAAGACT GGACATATGCGGGGTGGCCCAAATATGGGAGGTCTCCACAAACAAATGGATCTAGGATAAGCTCTGATACCATATTAGAA CAAACATATCTAGGATAGGCTCTGATACCATATTAAAATTTGGGAGACCTAACTCAACCCAGAAGCTAGCTCAAGAGTTG AGGGTTGCTCTACCCTTTATAAAGACTATCTATGTCATATCTCTAGCCTATGTGGGACTTCTAACAATGATCTTCTCATT TCTCCTTCTTGGGTTAACATTTTGATGGACATAAAAACATTTTCGTTCTGCAGGTTTTGCCATTATTGTCTAGCTCTTTC TTTGTCTTCCCTAACCTCGTGTGCCCCTTAATTGTTATTGTGTTTGAATTGGGAGTCTAGGACCTATAGTAATTGTTATC ATCTACATATTTTCAGTGGTGAGAGTGGAGCAGGGAAGACTGAGACAGCGAAGATAGCAATGCAATACTTGGCTGCCCTT GGAGGTGGAAGTGGAATAGAGTATGAGATATTAAAGACTAATCCAATACTAGAAGCCTTTGGTAATGCAAGAACATTGAG GAATGACAACTCAAGTCGCTTTGTAAGGTTCCAGACTTATCATATTAATTCCTTGAGTTTCCTTTCTTGTGGATTTCAAT TTGTGATTCCTTTTATTTAAGCTGTGATCTTTTATTCCTTTAATTCTGAAAGTTCTCATGTTTGAATGTGTGACAGGGAA AGCTTATTGAGATTCACTTCAGTGAAACTGGAAAAATCTCTGGTGCTAATATTCAAACATGTAAGTTCTCTGCTGTTTAG CTGTTGAAACCTTGTGTTTGGTCCTGCTAGAAGTTTCCAACTAATTATGATGTTCAATGTTTCCATCTATGCGTTGAATC TTTGTGATGCTCCTGGCCTGACTATTAATAGTTTTGCTGGAAAAGGTAATAAGTCTTTCCTCTGAGTTAATTATAATTTT ATGTTCTAAATTTTATTCATTTTGCATTAGTAGATACTAATTTTATTTGGTATGTGAACAGTCTAGAGTAGTCCAATGCA ATGAAGGGGAAAGGTCATATCATATATTTTATCAGTTATGTGCTGGTGCACCACCAGCTCTCAGGGGTAATTTCTAGCTT GTACCCTACTATTTTCACTTCTAATATTTTGTTGCGTATTGTGGATAATGAGCATGTATCTTATGAGAATGACCTTCTTA TGTGAGAATGGTGAAAATAAGTCGTGATCGTCAGATCTAACCATCAGCATTCAAAGTTATTTTTGGGCCACATCACCACT TTAAAATGTCATGTGCTTTTTTAAGTAGTCACATGACTTATGTTTTAATCTTGACCGTTAGGTCCTACGGTTGCGATTTA TTCTCACCATTCTAACATGAGCATGAGAATGTCATTCTCATAAGATACATCCCTTGTGGATAATAACTGTCCCTATAATA TAGTGAACAGAACAATCACATATTCTTGGGGATGCTATTATGATCCCAAGTACGAAAACTGGTAGATAGATTAGTAAGAA AAAGGACCCACCGAAAATAGGGGGAGGGGGTTGATACAAACTTACAGTAGGCGTTTCTGCTATCTTTTCTTTTTCTTTTT CTTTTTCTTTTTTCAGTTTCTGGTAATCATGTGACATTCATGTGACTGTTGATGGCTCAAGACTTGTTGTCACCTGGTTG GGGGCTAGATCATGCAAATAAAGATTTAATAGACTATTTAATTTTTTTCATGAATAATAATATTTTTTTGTAAAAGATTA ATTTCCTAAAACAAATATACGAAGAGGACAATGTAAAAGTGATCATATAATCATATAATTAACGGACAAGTATGGATGAA AGGACCTATTGAAACTTTTCTTATAGTTTGACAGTTTATTGAAATACCCCATTTTGTCCCCCCAAAAAAATTCACTCGTA ATAGTAGTAGTAATAATAAAAAATATAACAATTGAAATTTTAAAATTGAAAGTTAAGAAAATTAAAAGTATTAAATTAAT CAACTTAAGTTTCAGTTTAGTTCTTCTATAATTTTTTACCTTGATTAATAAAAAATAAATTAACTCTAGCCTAGGTTCTA ACTTGCTTTCTTATTTTTATTTTAGTTTTGTTGTGATATTATCCTTTTTTTCATTTTGATGTGTTACTTTTCTTCATACA AGGAGATGGAAGGGAAAGAGAAATAAAGGAAAAAAAAAACACAACAGGGTGACATTGGCTATTTAGGGTATTGAGCTGAA AATGTTTTTGGTGCTGTCTCTTACTTTTTCCATATTTTCCTTGAGCCCCCCCCCCAGCCAATCGAGATATGCTTCTGGCT CAGTCTTGAGTCTTGACAAAACAACATCCATTTCTTACCTGCTCTCTATGATAGTCATACATCCCATGAACCATCACTAG CCTGTGTTCAGCTCATCATGGAACCATAGTTTCATTCTAAGCCTAGTCAGAAACTTCTCTTTTACTTCTCATCATGCACT TACATTCTAATGAATTCTTTTAAAATAAAACTAAACAAGTACGTAGATCCCTATTTCTTAATTCAATAACTTTTTATGTT TTTGAATAAATGAAGTTTATTGATTATATAAGTAAATGATATGTTAGATCTTAATTCAAAATACAACGCTAATCTGTTAA TAATAATAGACTCTTAACCAATCCTAATTAAGAAAACAAATAATGGTATAAACAAGTATGGAAATTGATTGTAAGAGATA ATCTAAGTTACCCTAAATTAATCTATGAGATACAATCAAGATATTATAAGATCTTTTTTCATATGCTAACATTTTCAATT AGGGATTTATTAAATTCAATAACAATTGAGCATTGAACCAAACATCCGACTTTGTTCTCTTGTTGGTCAAGAAAATGCCG ATAACATAAACTTACAAATTAATAAGAATACTTGGAAATTATAACATAGTCCCATATAAGCTGTGTGTTTTTATATGTCT TGTCTGCAACATTTAACTCTTCATCCTTGTTTATTTTACCTTTTTATTTTATTTCATTGATTGTTTGGTGCTTGATTTAT GATTCAGGGAAGCTAAACATACAAAATGCAGAAGACTATAAGTATTTGAGACAGAGCAATTGTTATTCAATCACAGGTGT TAATGATGCAGAAGAATTTCGCGTAGTCATGGTACACTATTTTTTGTCGATTCAACATGGCTTTCCTCCAGGGAGGCTTA TATGATTTTTCTTACCTCTTGTTTGGTGGACTGATTGATTTTGAAATGATAGTTTGACATCAATATGAACTTTTTAATTA CCAAAATCCAGGAAGCTCTTGATGTTGTCCACATCAGTAAAGAAGACCAAGAGGCTGTATTTGCGATGCTTGCTGCAGTA CTATGGTTAGGAAATGTATCATTTACCGTGATTGATAATGAAAACCATGTTCAAGCTGTAGAAAATGAGGGTAAGAAGTT TCCAGAACCTCTATTAAATGCATCTACATTAAATTCTAGCATTTTTAAAATATGATAGGTTGCTGATTACAACAGAGACA CGTGTTTTAGCATTGAAAACTCTGGTTCCTATGTTGCAATGTACTACATGCAAATTTATGTCTAATATGTTATGATGTGA TTCAACTTATTCAGATACACATACCCATAATGGTGATGTTTTAATTGTAATTTATTTGAACTTATTCAAGTAAGCGTACC CATAATTTGTTGTAACTATGACTTGTTTTATTTTCATCTGATAACTGTTATTAATTTATATATTATGGTGGAAAAAGGCT TTTGTTCATGTTGTAACTGTGATTTACATGTTATATTTATTACCTAATTTGTTAGGTGCCTTGATGTTTTTCAAGTTATT CAATACCTCACTTCAAAATGAATTCTTTCCTGACTTTTTGAAGGTCTGTTCCATGTTGCCAAATTGATCGGCTGTGACAT TGAAGATCTCAAGTTGGCTCTGTCAACACGCAAAATGAAAGTTCGTAATGAAAATATTGTCCAGAAGTTGACACTGTCAC AGGTAAAATGACTAGTGTTAGAAGTTTACATTCATCTAAAATTATGGGTGAAAAGTTTGCGACTTCGTATTTCTAGGAGG GAAGATCCTGGAGACATGAATGTGTTTTACATTCTTCAACGGTTATATTTCATTTTGTTAAATTTGTTATTTGAACGAAA AGGAAATAAAAAGAAGTTTGGTGGTGATAAAAAGTGTCTTTTATGTTTTAATTTCCTCCTTAGAAGTTCCACACAACATT TAGTTGTGAATGCTCATGGGCTGGGCTCATCAGTCTTGTGATGACGAAGCCCGTCCCCATTGGATATATATAAAAAACAT GTTAGAATAGCTGGTTAGATTAGTTCATGCTCAGTTATACAATTCTGTTATGTTATGTTGGACAGTTATAGGGTGTGTGC TTCTAGCTGAACCTTCCCAAGTCTATCAATATCAATCATGTAAACAAGAAGTTTCTTCCCACTTCAGATCCAATTAAACT AATTCTCTCTTTCTCTCATACTGCCACACTCTTCTAACATAATCTTATCTTAGATTATCTCTTAGGATTAGTTTTCATAT TTCTTTGTATCTCCTGATTTGTTTTCTTATTTAAACAGGCCCAGGATTTTCCTTATCATGATTAGTTTCTATACTTGATT AGGATTAGGAGTCTAGTATTAGTATAAATAAGGTTTTGTGATTTATCCTTTTGTATCATATCAACAATTAAACTGTGAGT CCTTATTCTTTTTCCTCTCTTATTCCTTATCTAAAACTCTAAAACTTCAACATGAAGCAAGGCACTTTATTTGGAAATGA CTAAGTAAAAATATGCTAGCAACTTCACTGAGGCATTCAATAGTACGGTTGGGTATCTTTGTAACAAGTTGGGCATAATT AACATCTATGCTTTAACTTGAAGTGAACTGTATAGAAGTAAGTATTATGCATGTGATCAATGTGCAAAGAATGCTTATGT TCTTTGTAGTGTATGCCTGCATTATACTACATTGGACTCCTGACACAATCCACTTAATACCGAAGGCTGCATTCACATCG GGTACCATTTCCGAAAATACCTATTTCCTTAACAATAATAATTTCTTTGGGGTTGGAGGAAGGGGTGAGCATACTCTATG TCAAAATCACAACAATTATGCTCAATGTACAGAGAAGTTGGACCTCTAACGATTTGTAAGATGGCATGCAATTGATGTTG GTTTTTATCTTATCTAGCTTAAATTTTACATTGTGTCTTGTAGGCAGTTGATGCAAGAGATGCTTTGGCAAAGTCAATAT ATGCATGCCTGTTTGATTGGTTGGTTGAACAAATAAACAAATCACTTGCTGTTGGCAAAAGACGTACTGGCAGATCAATC AGTATTCTAGATATATATGGCTTTGAATCATTCAATGTATGTCCATATTAAAACTTAACTGCATCTTTATATTTGTCTCA CCTTTGTTATTCTGTTTGAATTTTTAAATATTTTGATCTGTTGATGCTACACATGTATGCAGAGGAATAGTTTTGAGCAG TTCTGCATAAATTATGCAAATGAAAGATTGCAGCAACACTTCAATCGTCATTTATTTAAGTTAGAACAGGAGGTATTCAC CGCACAGAAACTGAAGGCTTACACAAGTCTTTGAATAACTTCATATCTTAAAAGAAAATATTGAATACCCTCTGAAAGCT AAAAATTTGTGTACAATTGTCAAAATTTTCAGGAATATATACAAGATGGCATTGATTGGGCTAAAGTTGAATTTGAAGAC AACCAAGACTGCCTCAATCTTTTTGAGAAGGTACAGAATTGCTTTGATCCCTGACCCCTTTTCTGGACAATCTTTAGTGT ACTTGTTAATTGAATTGTTGCAATTGTTAACTAATCTGTTAATTTTTAGTTGGCAATGTAGTGCTTATATATTTAATGTG ATTTTCATCATCATGTCATGTCTTGTATCTTTATGTGCAGTGCAAAAGATATCCAACTTTGATGCTTGATTGTATATTCT GATATGTGTGTGTGTGTGTACTTTTGTATATTGGTTGTTGTCAGTATATTAATTTTGATGCTTGATTGTATATTCTGATA TATCAAATTATTAAACTTTTGGTCGGCATTGTTGAGAAGTCCCACATTGACTAGAGATATGGCCAAGATAGCCCTTATAT ATGCGGAGACAGTCCTCGACTCTTGAGCTAGCTTTTGAGTTGAGTTTGGTCTCCCAAATTCTAATAACATTTGTGAGAAA TGAAATGTAGCTTTATTTTCTGCAAATGTCAGTGCCTAGCAGAAGGTCTTGTTTAAATAAAGAGCTGCTCAGCTGTCTTA CTATTATATACTGTCCTTTTTTTCTGAATTTTTTACGAAAGCATTTCATTGAGACAAGAAGAAAAGTATGAAGGGAGAGG GGGATAAGCAGTCCTCTATAATAAAAAAAACAAAAGAAAAATTTCAATGGGATACAAAAGACACCACTGTAGCAAAGCTA CCCAAACCTTCAACATTTCTGTTAAATGAATCCGTTGGAAAAGTCAATTTGTTTTACACCATGTGTCTAATAACTTTTTG TAGCATGTAGTTGGCATAAATTCTATTAAGAACAACTGTGAGCCGAAAAACCTTAGGTGGAGACTGGGAAGTGTGCACAT CTATGGGGACCTAGTTCTGTCGATGCAATTTTTCTTGATTGAAATTCTTGAAATATTTACCATGTTGATCTGGTTATGAA TTTAAATTCTGTATTACAGTATTACACTAATACTATCGGATAGTTTGTGAAGCTTTGACATCAATGACTTTTCCTTTTTT CCTGACATTAGGTACTGGTCAATTGGTAAACCATGATGTAATTTGTGTGACAACTGCACTTCTATTCCTTCCTGTGGAAA TTTTGACATTCATGATTAGAAATTAGATTCTTGTGCGCTAAACTTGACTTCTCATATATTTGCAGAGGCCATTAGGGTTA TTATCTCTGTTAGATGAAGAGTGCACTTTTCCAAATGGCACGGATTTGACATTTTCTAACAAGCTTAAACAGCATTTGTG TTCTAATTCGTGTTTCAAAGGAGAAAGAGACCAAGCCTTTACTGTTTGTCATTATGCTGGGGAGGTATGAATCTGATCAT GTCCATATAACTTCTGGTTCTACTGTCCAAATTGATTGTTATTTGCCATAAGATTTGAAGTCTATTGATATGATTTACAT TACAGTGGCATTCAATTTGACCTAATGTTGTGACCTTTATAATTAATGCAACTGGGTTATTTTGGAATGTGTAACTATGT AAGTAGTAAAATCATAGTTTTAAAACTCGGCTCGGACCGGCCGGTCCGACCGGTTGGACCGGGACTCGGTCACCTGACCG GTCCGAGCCTCTTAACAGATCGGTTAAGCAATCGGCTCGCTGTGAACCGGCTTGACTCGGCCGGTTCGCCGATTGAACCG GTGACTCGGTCAATTTTCGGTCAGACCGGCCAGCTTTTTATTTTTTTTTTAAATTAGTTGTTAATGGGTCAGCACGTGAG GCCCAATATTTTTTTTTTTGAAATAAGGCCCAATAATTAGACTGGCTAAATTCTGTTAGCACGTGGGCCTTTCATTATTT TTTTTAAATTCTGTTAACAACAGTTTTTTGTTACAGTGGGCCTTTTTTTTAAAATTATTCTAACATCAGTTTTGTTTTTG TTGTTGATAAAAGTAGAAAAAACGTGAAATATGTTTAAATTGTGTTGCAAGGAGGATTCGAGCACAGGACCAGAAGGGAA AAAAGAGAAACCTTTACCACTAGACCATGATATTGTTTGATTATATCACGCGTTTTTTAAAATTTATACCTTAACTTCAA ATTGCAATGGATATTTTTTAGAATATTTGAATATAGACCGAGTCAAGCAGTCCACCCGTTGACCCAGTGGTCCGACCAGT GACTCATTGACTCAGTACCTCGACCGAGTCGACCACCGAGCCGAGTCTTAAAACACTGAGTAAAATACTATTCCACCAGA CTTGAATCAACATATTAGCTAACCATAGTTTTGATTGAAATTTCCTACTCAATATTTTTGAACTCCCTAACACTATCTTT TTTCGTGAAGCAGTGGGTTACTTATTAATTTAAATTTGTTTATCCTGCCTGACTGTTTGATAGCTTTACTTTTTCCTCCC CTCAGGTCACCTATGATACAGCTGGATTTCTGGAGAAAAACAGGGACCTATTGCACTTGGATTCCATCCAACTTCTATCC TCATGTACATGTCGTCTTCCTCAAACATTTGCATCCCATATGCTTACTCAGTCTGATAAGCCAGTAGTTGGCCCCTTACA CAAGTCAGGTGGGGCAGATTCTCAAAAGCTAAGTGTTGCAACAAAATTCAAGGTACGTTGCTTAATCATAAAGTAATCCT AAACTTTAACTATGATGAAATGGTCTAACCCTTTAGCAAACTAATATCTTAATTCTCACAGCTTTTCTTTTCATCTTAAT CAAACCATGCGTAGTATTGTACTTGCTGCTGGAAAATAAGTTCTCATCTAAATATCAATGAGTGTACTTGTGATATGGCC TATCAACCAAGATGCTCCAAAGTACTTCTTTTAATTGTTACAACTAAATAGTTTGTGTCTCATTTTTTACTGAATGAATA GTGCTTGTAACTTGGTTTAGGTGATCATAAGTAGGATAAGGTACAGATAAATATTGTAATTTTGTAGGAGTGAAAATGTA GGTACTTGTTTGGGATAGAGTAAAACTTCCAATGTATCAAGCTGTGTGCATATGAAAGTTAGATAAATTATCAACTTTAC CCTCTAATATAAGCAACAATGTACAACAATTATCAACAAGGATTTACAGACAGTTATTATAGTCATTACAACAATGTAAA ACACCTAAGCAACCCATAATACTATACTCTCATTAGTTCTAACGCTCTCGCTCAAACTGAAGCATATAATTCACATGCAC CAAGTTTTTTATATATGTAATTAATTTGAGAACCTCTAAATGACTTGGGAAGACATCCGCCAGCTGGTCATCGGAATTGA CAATGCTAGTCGTGATATGTCACCATATATGGTCTTCTTCTTGATGAAATGGAAATCTATCTCAATGTATTTGGTTCTCT AAGGGAACACAGGATTTGATGAATTATGTAAGGCAACCTGATTATCAAATATTAGTGTCATTTTTGTAACTTCCCCAAAC CTCAGTTCTTTAAGCAACTATTTGAGCCAAATAAGTTCACAAGTGGTTGAAGCGATGGTTTGATATTCTAGTCTTGCAAC AACATTTTATTTCTGCTTTGCTTGGAAATCAAATTATTACTAATAAAAACACAATATCCAGAAGTGGATCTCCCTGTCAG TAGGAGTCTAGGAGAGTCTACCCAGCCTACATCTAAATATGCTACAACTTGAATATGACCTGTTGTCATACTGGACGCCA TTTTCTTGAGCTCCTTTAATATATTTTAGGACGCAGATAACTGTGTCCTAATGACCTTCACAAGGCTAATTAAGAAACTG ACTTATCATAGTTATGGCAGAGATATCTGGATGAGTAATAGTGAGACAATTTAGTTTCCCAACCAATCTTCTATACCTAT CTGATTCTAAATTTGGCTCTCCCTGATTTCGCAAAAGTTTGGCATTGGGATCCAAAGGAGTATCAATAGACTTGGCGTTC ATCATCTGTATTTCCTCTACAATGTCCATTGTATACTTCCTCTAAGAAATCACAATACCATTGACCTCTATCCCCAAGTA GTCTGTCAAGATCTTTTGTCTTAAAATGATGGCTAAGATGTTGTTTTACTTATGTGATGCAATGGTGATCACTACCTATA AGGACAGTGGTCTCATTATACGCAACCGAGTAATGCACCCTGCAGCTAAATAGCGATTGAAAACTAAGTGGGTAGGCTCA CTCTCAGACAACCCAAACTTTTGAACCAAATGGTGCTAAATCTACAAAACCATGCACTAGAAGATTGAGACCATGTAAAG TTTTTCAAAGACATACTAATGCTAAAGACCCCCCCTGAGGAACTATTCCAGGAGGTTACTCCGTATAAACTTTCGTGAAA TCACCATGAAGGAAAGCATTCTTGATATCAAATTGACATAGCATCTACTGACAAAAGTAATATTACAAAGGCCATTTTCT CCATAAGAAAAAAGTCACTATAATCCAAGCAAAAAACTTATGTATATCATTTGGCCACTAGACAAGCCTTAAGCCTATCA ACCTTAACATCAGGACCAACATTCACTTCTTCAGTCCACTGACAACCTACAACAAACTTCATTGGATGAAGAGGAACAAG ATCACAAGTACTATAGCTTCTAGTGCACACATCTTATCGATCATAGCTTAACTCCAACCGTGATGGGCTTAGGCATCATC ACTTGAAGTATTAGGAATAGACCCGAAGGATGTGATGGCTGATCAATGTTGGACTACAAGGGATTGGCCAATATGGTGGA GACAATGCCAGTGGTGAGGCCAACGGTTGGAAAAGACAATTGACAATCGTGGCAGGCGGTGGCAGGAAAAGGTGGTGGTC TTCTGGAAAGAGGTTTGAACCTATCAGAATGAGGACACGGAAGTGAAAATGGAGGGAAACTGAAAATACCACATGATTTC CGGAAATTGTTTTAGGAAATGGATCCAATGGGTAATCACAGAATAGGGGTTGCCGCTTATCAGGTTTGGATGCCATGATG GGACAAAAAGAAAATGTGAAGGCATTGAGTGAATCCATGTGTTTCAGTTACATAACGGTTTTGATAGTGATGGTAATTAC AATAATATTCAACACCTAATGTGTTGTATATTATTAACATTATGGTATTTATATAATATTATTATCGTATAAAATACAAG ATTGACTGTTATGGCATTTACCATTACATTTTTTTAAGAGGGATATTTATCCTGCTTTAGTAGAAATTAATAATTATTTC ATATGTTGGAATTCAGGGCCAATTGTTCCAACTGATGCAACGTTTAGAGAGCACTACTCCTCATTTTATTCGCTGCATTA AGCCCAATAATCTTCAATCACCTGAATCATATCAGCAAGCACTTGTACTGCAACAACTGAGATGCTGTGGGGTCCTGGAA GTGGTTCGAATATCTAGATCAGGCTTTCCAACAAGAATGTCTCACCAAAAGTTTGCCAGAAGGTATATATCAAATTAAAC TGATGATTCATATTCTTTAAATTACTTCCACCACCTGCACCCTCTCCGGCCTTGTGTTTTTGCATGTGTCTGACCTTTTT CTATTGGCTTGCATATAATGAATCAGATATGGTTTTCTTCTCCTCGATAATGTTGCATCTCAGGATCCACTTAGTGTTTC AGTTGCAATTCTTCATCAGTTTAATATTTTGCCCGAGATGTATCAAGTCGGCTACACAAAGTTATTTTTTCGAACAGGGC AGGTAATGTATATTTGAATTTAATATAAAGTATTTGTTTAGATCCACTGTTGCACCTGCTATGGCCAGGCCCAGGTCTGG CAAAGTCTACAATAGGAAGCCCAAGTTCACTGGCATTCTGTCAAGTGACAAGGCCTTCTAGAATGTTAGGATTCCTAAAT AACCACCTGATGAGGTGTTATTATTAGTAATGATGAGTAGTACAGCTAAGGGGGGGGACCACTAGGGAGTGAGAGGAATA TATGTTAGTTATGGTGAGAGAATGAGGGAGGCTTGTTTTTGGCTTAGGCTTGGGAGAGAAGAGCACTCTCGAATTGCTCT GGTTATTTTTCCTTTGTTCTTGTATTCCCTAAACACTATTTCTGGGTTTCATACCAGAAAATTCAGTGCTATATATACAA ATTCAGTTCTAATTCCTTCATAATTTCTGGTACCTAACATCCACCAACGTTTTTTATTATCTGCTATGCACTTTTTAGCC ATTATGTTGTGTATTTTACTAAGTACGGTTTAGGTAAGAAGTATCAACTGGTGTAATGACGAAACCTTTCAAAAATAATA ATGAAGAATGATAACATTGATATTATTTATGTTAAGAATATAGTTTACGAATTAGGTTTTACTGTTAAACTAAGAACTTT TCAGCTTTGGTGATTTGGGACTTTAATGAATTAGAACTTCTGGCTTATAGCTCTATTTATATCCAGTATTGAGTTCCATT CTGAAAGGTCTACGAATATTTTTTTAAAATATAATCTCAATTTATGCTGCTTTGATCACATTGCAGATTGGTGTGCTTGA AGATACTAGAAACCGTACCCTTCATGGTATTTTACGAGTCCAAAGTTGCTTCAGGGGTTACAAAGCTCGATGTTCTCTCA AAGAGTTCCAGGGAGGAATCACTACTCTGCAGTCATGTATTCCTTTTTCTCTGCCTCATTCTTTTCAAGTCATTGATATT GTCTGAAGAAAAGTATAATATAATGGAAAAATATTACCTATTCATGCAGTTATTAGGGGAGCAAAAACCAGAAAAGTATA TGCAGCTTTACTTCAGAGACATAGAGCTGCTATTACAATACAAAAGCAGATAAAAGTAGTATTTACAAGAAACAGAACGA GGACAATTCGTGGTGCTGCAACTGTCATACAGTCTGGTATTTACGGTCATTTTTTGTTGTTTGGATGTTTGACTTAGAAA TAATAAAGACTGCACACCTTTTTTTTTAAAACAATATGAACAGCTAAACAGAAGACATCAAACTTCTACTTAAAGTGTGC AAATCAATGATGGATTAGCATAGGTGTTGCACGGGCTGTTTTTCATTTCAAATTCCCAAATTTTATTCAAGATTTATTCT AAAAAAACATGCTGTATTTTATTGGAATGAAGACAGCTGTCTTTTCAGTGATAATGTTGATAAATTTTTCTCAATTTTCT TCAACCAATTTTTTGCAGTTATTCGTGGATGGTTGGTCAGGAGGTGCTCAGCAAATATTGCATTTTTGAACTCTGGAGAC ATGAAGGTATTCTCTTTCCCTATGTTCAGAAACTATATAATATCTGACCTTTCAATTATTTTATGCAATAGGAATTTTCT TATATTCTGCTCGTTAAAGTTTCATCGTCGTGATACTTACTGGCATAGACTTCAATACAGATAAAAGATTCAGATGAGGT TCTTGTCAAGGCATCTTTCCTAGCTGAATTACAGCGTCGGGTACTGAAGGCCGAAGCTGCCCTGAGAGAAAAGGAAGAGG AAAATGACATTCTTCACCAACGTCTGCAACAATATGATAGCAGATGGTCCGAGTATGAATTGAAGATGAAATCCATGGAA GAGGTGTGGCAGAAACAAATGAGATCCCTACAATCCAGCCTTTCCATTGCAAAGAAGAGCCTTGCTATTGATGACTCTGA AAGAAGTTCAGATGCATCTGTTAATGCAAGTGACGAGCGCGATCACAGCTGGGATGTGGGAAGCAATCACAGGCGCCAAG AAAGCAATGGGACGAGATCAACGAGTGCGGGTTTGAGTGTTATAAGTCGGATGGCTGAAGAATTCGAGCAGAGGAGTCAA GTATTTGGTGATGATGCCAAGTTCTTGGTTGAGGTGAAATCGGGTCAAGTGGAAGCAAGTTTGAACCCAGATCAAGAGCT TAGAAGGCTAAAACAGATGTTTGAAGCTTGGAAAAAGGATTATGGGGCAAGACTGCGTGAGACAAAAGTGATTTTAAATA AACTTGGAAGTGAAGATAGTGCACTTGACAAAGTGAAGAAGAGTTGGTGGGGAAGGCGAAACAGTACTAGGATAAATTGA
CDS sequence (LotjaGi2g1v0024000.6) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCAGCTTAGTTATTTAAACGAACCATCAGTTTTGTACAATCTGCAATATAGATACAATCAAAATATGATTTATACGAA AGCGGGGCCTGTTTTGGTTGCTATAAATCCCTTTAAGAAAGTTCCTCTGTATGGTAACGAATATATTGAAGCCTACAAGC GCAAATCAGTTGAAAGCCCTCATGTATATGCAATTACAGACACAGCCATCCGAGAAATGATACGAGATGAAGTTAATCAG TCTATAATTATAAGTGGTGAGAGTGGAGCAGGGAAGACTGAGACAGCGAAGATAGCAATGCAATACTTGGCTGCCCTTGG AGGTGGAAGTGGAATAGAGTATGAGATATTAAAGACTAATCCAATACTAGAAGCCTTTGGTAATGCAAGAACATTGAGGA ATGACAACTCAAGTCGCTTTGGAAAGCTTATTGAGATTCACTTCAGTGAAACTGGAAAAATCTCTGGTGCTAATATTCAA ACATTTTTGCTGGAAAAGTCTAGAGTAGTCCAATGCAATGAAGGGGAAAGGTCATATCATATATTTTATCAGTTATGTGC TGGTGCACCACCAGCTCTCAGGGGGAAGCTAAACATACAAAATGCAGAAGACTATAAGTATTTGAGACAGAGCAATTGTT ATTCAATCACAGGTGTTAATGATGCAGAAGAATTTCGCGTAGTCATGGAAGCTCTTGATGTTGTCCACATCAGTAAAGAA GACCAAGAGGCTGTATTTGCGATGCTTGCTGCAGTACTATGGTTAGGAAATGTATCATTTACCGTGATTGATAATGAAAA CCATGTTCAAGCTGTAGAAAATGAGGGTCTGTTCCATGTTGCCAAATTGATCGGCTGTGACATTGAAGATCTCAAGTTGG CTCTGTCAACACGCAAAATGAAAGTTCGTAATGAAAATATTGTCCAGAAGTTGACACTGTCACAGGCAGTTGATGCAAGA GATGCTTTGGCAAAGTCAATATATGCATGCCTGTTTGATTGGTTGGTTGAACAAATAAACAAATCACTTGCTGTTGGCAA AAGACGTACTGGCAGATCAATCAGTATTCTAGATATATATGGCTTTGAATCATTCAATAGGAATAGTTTTGAGCAGTTCT GCATAAATTATGCAAATGAAAGATTGCAGCAACACTTCAATCGTCATTTATTTAAGTTAGAACAGGAGGAATATATACAA GATGGCATTGATTGGGCTAAAGTTGAATTTGAAGACAACCAAGACTGCCTCAATCTTTTTGAGAAGAGGCCATTAGGGTT ATTATCTCTGTTAGATGAAGAGTGCACTTTTCCAAATGGCACGGATTTGACATTTTCTAACAAGCTTAAACAGCATTTGT GTTCTAATTCGTGTTTCAAAGGAGAAAGAGACCAAGCCTTTACTGTTTGTCATTATGCTGGGGAGGTCACCTATGATACA GCTGGATTTCTGGAGAAAAACAGGGACCTATTGCACTTGGATTCCATCCAACTTCTATCCTCATGTACATGTCGTCTTCC TCAAACATTTGCATCCCATATGCTTACTCAGTCTGATAAGCCAGTAGTTGGCCCCTTACACAAGTCAGGTGGGGCAGATT CTCAAAAGCTAAGTGTTGCAACAAAATTCAAGGGCCAATTGTTCCAACTGATGCAACGTTTAGAGAGCACTACTCCTCAT TTTATTCGCTGCATTAAGCCCAATAATCTTCAATCACCTGAATCATATCAGCAAGCACTTGTACTGCAACAACTGAGATG CTGTGGGGTCCTGGAAGTGGTTCGAATATCTAGATCAGGCTTTCCAACAAGAATGTCTCACCAAAAGTTTGCCAGAAGAT ATGGTTTTCTTCTCCTCGATAATGTTGCATCTCAGGATCCACTTAGTGTTTCAGTTGCAATTCTTCATCAGTTTAATATT TTGCCCGAGATGTATCAAGTCGGCTACACAAAGTTATTTTTTCGAACAGGGCAGATTGGTGTGCTTGAAGATACTAGAAA CCGTACCCTTCATGGTATTTTACGAGTCCAAAGTTGCTTCAGGGGTTACAAAGCTCGATGTTCTCTCAAAGAGTTCCAGG GAGGAATCACTACTCTGCAGTCATTTATTAGGGGAGCAAAAACCAGAAAAGTATATGCAGCTTTACTTCAGAGACATAGA GCTGCTATTACAATACAAAAGCAGATAAAAGTAGTATTTACAAGAAACAGAACGAGGACAATTCGTGGTGCTGCAACTGT CATACAGTCTGTTATTCGTGGATGGTTGGTCAGGAGGTGCTCAGCAAATATTGCATTTTTGAACTCTGGAGACATGAAGA TAAAAGATTCAGATGAGGTTCTTGTCAAGGCATCTTTCCTAGCTGAATTACAGCGTCGGGTACTGAAGGCCGAAGCTGCC CTGAGAGAAAAGGAAGAGGAAAATGACATTCTTCACCAACGTCTGCAACAATATGATAGCAGATGGTCCGAGTATGAATT GAAGATGAAATCCATGGAAGAGGTGTGGCAGAAACAAATGAGATCCCTACAATCCAGCCTTTCCATTGCAAAGAAGAGCC TTGCTATTGATGACTCTGAAAGAAGTTCAGATGCATCTGTTAATGCAAGTGACGAGCGCGATCACAGCTGGGATGTGGGA AGCAATCACAGGCGCCAAGAAAGCAATGGGACGAGATCAACGAGTGCGGGTTTGAGTGTTATAAGTCGGATGGCTGAAGA ATTCGAGCAGAGGAGTCAAGTATTTGGTGATGATGCCAAGTTCTTGGTTGAGGTGAAATCGGGTCAAGTGGAAGCAAGTT TGAACCCAGATCAAGAGCTTAGAAGGCTAAAACAGATGTTTGAAGCTTGGAAAAAGGATTATGGGGCAAGACTGCGTGAG ACAAAAGTGATTTTAAATAAACTTGGAAGTGAAGATAGTGCACTTGACAAAGTGAAGAAGAGTTGGTGGGGAAGGCGAAA CAGTACTAGGATAAATTGA
Protein sequence (LotjaGi2g1v0024000.6) extracted from Lotus japonicus Gifu v1.2 Proteins.
MQLSYLNEPSVLYNLQYRYNQNMIYTKAGPVLVAINPFKKVPLYGNEYIEAYKRKSVESPHVYAITDTAIREMIRDEVNQ SIIISGESGAGKTETAKIAMQYLAALGGGSGIEYEILKTNPILEAFGNARTLRNDNSSRFGKLIEIHFSETGKISGANIQ TFLLEKSRVVQCNEGERSYHIFYQLCAGAPPALRGKLNIQNAEDYKYLRQSNCYSITGVNDAEEFRVVMEALDVVHISKE DQEAVFAMLAAVLWLGNVSFTVIDNENHVQAVENEGLFHVAKLIGCDIEDLKLALSTRKMKVRNENIVQKLTLSQAVDAR DALAKSIYACLFDWLVEQINKSLAVGKRRTGRSISILDIYGFESFNRNSFEQFCINYANERLQQHFNRHLFKLEQEEYIQ DGIDWAKVEFEDNQDCLNLFEKRPLGLLSLLDEECTFPNGTDLTFSNKLKQHLCSNSCFKGERDQAFTVCHYAGEVTYDT AGFLEKNRDLLHLDSIQLLSSCTCRLPQTFASHMLTQSDKPVVGPLHKSGGADSQKLSVATKFKGQLFQLMQRLESTTPH FIRCIKPNNLQSPESYQQALVLQQLRCCGVLEVVRISRSGFPTRMSHQKFARRYGFLLLDNVASQDPLSVSVAILHQFNI LPEMYQVGYTKLFFRTGQIGVLEDTRNRTLHGILRVQSCFRGYKARCSLKEFQGGITTLQSFIRGAKTRKVYAALLQRHR AAITIQKQIKVVFTRNRTRTIRGAATVIQSVIRGWLVRRCSANIAFLNSGDMKIKDSDEVLVKASFLAELQRRVLKAEAA LREKEEENDILHQRLQQYDSRWSEYELKMKSMEEVWQKQMRSLQSSLSIAKKSLAIDDSERSSDASVNASDERDHSWDVG SNHRRQESNGTRSTSAGLSVISRMAEEFEQRSQVFGDDAKFLVEVKSGQVEASLNPDQELRRLKQMFEAWKKDYGARLRE TKVILNKLGSEDSALDKVKKSWWGRRNSTRIN
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 | 667 | 667 | 274.771 | ||
| PANTHER | 1 | 992 | 992 | 0.0 | – | |
| PANTHER | 1 | 992 | 992 | 0.0 | – | |
| Gene3D | 2 | 596 | 595 | 1.5E-234 | ||
| Pfam | 2 | 655 | 654 | 7.7E-242 | ||
| SMART | 2 | 668 | 667 | 0.0 | ||
| SUPERFAMILY | 2 | 715 | 714 | 3.13E-260 | ||
| CDD | 9 | 655 | 647 | 0.0 | ||
| PRINTS | 25 | 44 | 20 | 7.7E-57 | ||
| PRINTS | 79 | 104 | 26 | 7.7E-57 | ||
| PRINTS | 121 | 148 | 28 | 7.7E-57 | ||
| Gene3D | 172 | 237 | 66 | 1.5E-234 | – | |
| Gene3D | 238 | 344 | 107 | 1.5E-234 | – | |
| PRINTS | 353 | 381 | 29 | 7.7E-57 | ||
| Gene3D | 362 | 556 | 195 | 1.5E-234 | – | |
| PRINTS | 406 | 434 | 29 | 7.7E-57 | ||
| Gene3D | 600 | 668 | 69 | 2.8E-16 | – | |
| SMART | 668 | 690 | 23 | 0.029 | ||
| Gene3D | 671 | 720 | 50 | 1.3E-7 | – | |
| ProSiteProfiles | 671 | 698 | 28 | 7.584 | ||
| Pfam | 673 | 690 | 18 | 0.035 | ||
| SMART | 691 | 713 | 23 | 69.0 | ||
| ProSiteProfiles | 693 | 721 | 29 | 7.529 | ||
| Pfam | 696 | 712 | 17 | 0.22 | ||
| SMART | 717 | 739 | 23 | 56.0 | ||
| Gene3D | 721 | 765 | 45 | 2.8E-7 | – | |
| SMART | 740 | 762 | 23 | 4.1 | ||
| ProSiteProfiles | 741 | 770 | 30 | 7.163 | ||
| Pfam | 744 | 759 | 16 | 2.2E-4 | ||
| Coils | 787 | 821 | 35 | - | – | |
| MobiDBLite | 860 | 896 | 37 | - | – | |
| MobiDBLite | 860 | 882 | 23 | - | – |
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 LotjaGi2g1v0024000.6, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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