Gene Details:

Functional Descriptions:

  • Two alternatively spliced transcripts generated from OsMUS81, a rice homolog of yeast MUS81, are up-regulated by DNA-damaging treatments.
  • These findings suggest that OsMUS81 functions in maintaining genome integrity through homologous recombination.
  • MUS81 is required for atypical recombination intermediate resolution but not crossover designation in rice.

Literature:

Gene Resources:

Sequences:

cDNA Sequence
  • >LOC_Os01g71960.1
    CCGGACTTCAAAAATCAAACTCCTCCGAAACCTCCCACAAATGGCGGGCTCTTCCTCCCCAACCTGAAACCCCAAACCCTAACCCCCCCAATCCGGCGACCCCCCTCCACCGCAGCGGCCTCTCCAGCCCCTCGCCGATGGCGCCGGAGGCGAGGCAACTCAAGGTGCACCTCCGGGAGAACGAGGCGGTCGCGCAATGCGTCCTGGAGAAGTGGCGCTCGATGGAGGAGAAGCCGGGCGGCCTCAAGGAGAACCTGGCTCACACGCTCTACAAATCCTACCGCAACGTCTGCGCCGCCAAGGAGCCCATCCGATCCCTCAAGGACCTGTATCAGATCAAGGGCGTTGGGAAATGGGTCATAAGGCAACTGAAAGGATCCTTTCCAGAGTCTAGTCCAGATTTATCTCCCCCGGAAAGTAATGCAGCAGGAGAAAAGGGGAAGAAAGCAGGAGGGTCAAAGCGTTATGTGCCACAGAAGAATTCTGCTGCTTACGCGATACTGATCACGCTCCATAGGGAAACAATCAATGGGAAGAGTCATATGAAGAAGCAAGAGCTTATTGACGCCACTGAAGCAAGTGGCCTGTCACGAAGTGCAATTGGTCCAGACAAAAGTAAAGCAAAACCAGGGGCTTTTGCAAGTTCTCAGAAGGACTGGTACACTGGATGGAGCTGCATGAAAACATTGACATCTAAAGGACTGGTTGCAAAGTCCGGTAACCCTGCAAAGTATATGATAACTGAAGAAGGGAAATCGACTGCTCTTGAATGTCTCTCAAGGTCTGGGTTAGATGATCATGCAGCACCTTTGGTGATAAACAGTGCTCCCGACACATCTAATGCAAGTCATAAGTTGAATAATATTTGCATGACTTCTTTTGTTGAGACATCATCCGGACCTTCTAGGGCAATTGGTAGACCCAAAACATCTATTGCCAACCCTGCCACTAAGACATCACCAGAAGTGACATATTTGACAAGTCAAGAATCACTCAATTACAACTCTGATGTTAGAACTGCTGAGAACTGTGCTGAAGAAATCATTCTTAGTGACTCAGATTCTGAAGAATTATATACAGAGAACTATCCTCTAATAGGTTCTGAAGAATTTACTGAGAGGGTTGCCCCTCCAATATTGAATGCAAGCAACTCTGGCAAGACTACTACAAATTACAGATTCTCAGACTGTTCAGCTTCTATTTCTCCTCGTTCGTCTGAAGGAACATTTGAGATGCAGTCTTCTAGTACAATGGGTATTGCTGAATTCAATATGCTGGACAATGATACTGTATGTATGGACAATTCTATACTAGCCATGCCACCTCGGCGATCCAGTAAAAATTTTCTTGAAGATTATGAAGTTGTGTTGATATTGGATGATCGTGAAAATTTTGGGGGTCGTTCAAGAAAAACTGTTGATAACATACATTCACAATTTCGTGTACCTGTAGAGATAAAGCATTTGCCTGTTGGGGATGGTATTTGGATTGCTCGTGATAGAAAGCTTCACACAGAGTATGTTCTTGATTTCATTGTTGAAAGGAAGAATGTTGCAGATTTGTGTAGTTCAATCACAGACAACCGATACAAAGATCAGAAGTTAAGGCTCAAGAAATGTGGCCTAAGGAAGCTGATATATCTGGTTGAAGGTGATCCAAACCCTCTTGATACATCAGAAAGGATCAAAACTGCCTGCTTCACCACTGAAATTCTTGAAGGATTTGATGTCCAGAGAACCCCTGGGTATGCTGAGACTGTAAGGACATATGGCAACCTTACTCATTCAATAACCGAATACTACAGCACACACTTTTCTACTGGTGCTAATACTTCTCAAGTTTGCCTGACCTATGATGAGTTTACGAAGAAGTGTGATGACCTTAAGAAGATAACTGTGAGTGATGTATTCGCCCTTCAACTTATGCAGGTGCCACAAGTGACAGAAGAAGCTGCACTTGCTGTGATAGGGCTCTATCCAACTCTTTTCTCACTTGCTAAGGCGTACTCTATGCTTGATGGTGATACCCATGCCCAAGAGAAGATGTTGAAGAACAAGAGCACGCTGATAAATGCAGGGGCTAGCAGAAACATATTCAAGCTTGTCTGGGCTGAAGGATAAATTCTTCAGTTTATTTTCCGATTAACTGGTTTAACCATTTTTTTGGTCATCTTCTTGGTGACTCTGATGGATCCACCAGTGAAGCTCCCCAATTCTCAGTTCTCACTGCAACTCTTTCATGTCCTGAAGGCAAACGGGGTCCTTTTTTGTGTGCCAAGGTGCCATGGAACACAACTAACCACCTACATAGGGACTTTGCAAGTTAGCTTATCCGCGTAGGTTCACCCCCATCTAGGTAGACTAATTATCTTTTGTAGACTCCAGGTTGTACAAAATGGAATTATCATGGAACGGGGCCGTTTAGCGTTTCACATCTGTTTACTCGGTTGCTTGGATTATGCGCTGTCTCATGTT
CDS Sequence
  • >LOC_Os01g71960.1
    ATGGCGCCGGAGGCGAGGCAACTCAAGGTGCACCTCCGGGAGAACGAGGCGGTCGCGCAATGCGTCCTGGAGAAGTGGCGCTCGATGGAGGAGAAGCCGGGCGGCCTCAAGGAGAACCTGGCTCACACGCTCTACAAATCCTACCGCAACGTCTGCGCCGCCAAGGAGCCCATCCGATCCCTCAAGGACCTGTATCAGATCAAGGGCGTTGGGAAATGGGTCATAAGGCAACTGAAAGGATCCTTTCCAGAGTCTAGTCCAGATTTATCTCCCCCGGAAAGTAATGCAGCAGGAGAAAAGGGGAAGAAAGCAGGAGGGTCAAAGCGTTATGTGCCACAGAAGAATTCTGCTGCTTACGCGATACTGATCACGCTCCATAGGGAAACAATCAATGGGAAGAGTCATATGAAGAAGCAAGAGCTTATTGACGCCACTGAAGCAAGTGGCCTGTCACGAAGTGCAATTGGTCCAGACAAAAGTAAAGCAAAACCAGGGGCTTTTGCAAGTTCTCAGAAGGACTGGTACACTGGATGGAGCTGCATGAAAACATTGACATCTAAAGGACTGGTTGCAAAGTCCGGTAACCCTGCAAAGTATATGATAACTGAAGAAGGGAAATCGACTGCTCTTGAATGTCTCTCAAGGTCTGGGTTAGATGATCATGCAGCACCTTTGGTGATAAACAGTGCTCCCGACACATCTAATGCAAGTCATAAGTTGAATAATATTTGCATGACTTCTTTTGTTGAGACATCATCCGGACCTTCTAGGGCAATTGGTAGACCCAAAACATCTATTGCCAACCCTGCCACTAAGACATCACCAGAAGTGACATATTTGACAAGTCAAGAATCACTCAATTACAACTCTGATGTTAGAACTGCTGAGAACTGTGCTGAAGAAATCATTCTTAGTGACTCAGATTCTGAAGAATTATATACAGAGAACTATCCTCTAATAGGTTCTGAAGAATTTACTGAGAGGGTTGCCCCTCCAATATTGAATGCAAGCAACTCTGGCAAGACTACTACAAATTACAGATTCTCAGACTGTTCAGCTTCTATTTCTCCTCGTTCGTCTGAAGGAACATTTGAGATGCAGTCTTCTAGTACAATGGGTATTGCTGAATTCAATATGCTGGACAATGATACTGTATGTATGGACAATTCTATACTAGCCATGCCACCTCGGCGATCCAGTAAAAATTTTCTTGAAGATTATGAAGTTGTGTTGATATTGGATGATCGTGAAAATTTTGGGGGTCGTTCAAGAAAAACTGTTGATAACATACATTCACAATTTCGTGTACCTGTAGAGATAAAGCATTTGCCTGTTGGGGATGGTATTTGGATTGCTCGTGATAGAAAGCTTCACACAGAGTATGTTCTTGATTTCATTGTTGAAAGGAAGAATGTTGCAGATTTGTGTAGTTCAATCACAGACAACCGATACAAAGATCAGAAGTTAAGGCTCAAGAAATGTGGCCTAAGGAAGCTGATATATCTGGTTGAAGGTGATCCAAACCCTCTTGATACATCAGAAAGGATCAAAACTGCCTGCTTCACCACTGAAATTCTTGAAGGATTTGATGTCCAGAGAACCCCTGGGTATGCTGAGACTGTAAGGACATATGGCAACCTTACTCATTCAATAACCGAATACTACAGCACACACTTTTCTACTGGTGCTAATACTTCTCAAGTTTGCCTGACCTATGATGAGTTTACGAAGAAGTGTGATGACCTTAAGAAGATAACTGTGAGTGATGTATTCGCCCTTCAACTTATGCAGGTGCCACAAGTGACAGAAGAAGCTGCACTTGCTGTGATAGGGCTCTATCCAACTCTTTTCTCACTTGCTAAGGCGTACTCTATGCTTGATGGTGATACCCATGCCCAAGAGAAGATGTTGAAGAACAAGAGCACGCTGATAAATGCAGGGGCTAGCAGAAACATATTCAAGCTTGTCTGGGCTGAAGGATAA
Protein Sequence
  • >LOC_Os01g71960.1
    MAPEARQLKVHLRENEAVAQCVLEKWRSMEEKPGGLKENLAHTLYKSYRNVCAAKEPIRSLKDLYQIKGVGKWVIRQLKGSFPESSPDLSPPESNAAGEKGKKAGGSKRYVPQKNSAAYAILITLHRETINGKSHMKKQELIDATEASGLSRSAIGPDKSKAKPGAFASSQKDWYTGWSCMKTLTSKGLVAKSGNPAKYMITEEGKSTALECLSRSGLDDHAAPLVINSAPDTSNASHKLNNICMTSFVETSSGPSRAIGRPKTSIANPATKTSPEVTYLTSQESLNYNSDVRTAENCAEEIILSDSDSEELYTENYPLIGSEEFTERVAPPILNASNSGKTTTNYRFSDCSASISPRSSEGTFEMQSSSTMGIAEFNMLDNDTVCMDNSILAMPPRRSSKNFLEDYEVVLILDDRENFGGRSRKTVDNIHSQFRVPVEIKHLPVGDGIWIARDRKLHTEYVLDFIVERKNVADLCSSITDNRYKDQKLRLKKCGLRKLIYLVEGDPNPLDTSERIKTACFTTEILEGFDVQRTPGYAETVRTYGNLTHSITEYYSTHFSTGANTSQVCLTYDEFTKKCDDLKKITVSDVFALQLMQVPQVTEEAALAVIGLYPTLFSLAKAYSMLDGDTHAQEKMLKNKSTLINAGASRNIFKLVWAEG*