Gene Details:

Functional Descriptions:

  • These results demonstrate that grapevine VvNAC72 negatively modulates detoxification of MG through repression of VvGLYI-4, and finally enhances resistance to downy mildew, at least in part, via the modulation of MG-associated ROS homeostasis through a salicylic acid-mediated defense pathway.
  • Glyoxalase I-4 functions downstream of NAC72 to modulate downy mildew resistance in grapevine.
  • VvNAC72 expression is induced by downy mildew, Plasmopara viticola, while the transcript level of VvGLYI-4 decreases.
  • Stable overexpression of VvNAC72 in grapevine and tobacco showed a decreased expression level of VvGLYI-4 and increased content of MG and ROS, as well as stronger resistance to pathogen stress.

Literature:

Gene Resources:

Orthologs:

Sequences:

cDNA Sequence
  • >Vitvi19g00270_t001
    GAAAAAAATAAATTTTGAATTTTCAGATTCGCCCTCCAATCTTCTTCTCTCGAGAAACGATCATCATCATCATCATCATCGCCGGAAATGGGTGTACCGGAGACTGACCCGCTTTCACAGCTTAGTTTGCCGCCTGGGTTCCGATTTTATCCCACCGATGAGGAGCTTCTGGTGCAGTATCTCTGCCGGAAAGTGGCCGGACAGGGGTTTTCATTGGAGATAATTGGCGAAATCGATCTGTACAAGTTTGACCCATGGGTTCTTCCCAGTAAAGCTATATTTGGAGAGAAAGAGTGGTACTTTTTCAGTCCCAGAGATCGGAAGTACCCAAATGGGTCCAGACCCAATAGGGTTGCTGGGTCTGGGTATTGGAAGGCCACCGGAACTGATAAGGTGATTACCACCGAGGGCCGGAAAGTTGGCATCAAGAAAGCTCTGGTGTTTTACGTCGGCAAAGCTCCAAAAGGAACCAAAACTAATTGGATCATGCATGAGTACAGACTCCTAGAAAATTCGAGGAAAAATGGAAGCTCCAAGTTGGATGATTGGGTTCTGTGCCGAATTTACAAGAAGAATTCCAACTCTTCGAAACCCATAGCAGCTGTACTTCCCAGCAAAGCGCACAGCAACGGCTCGTCATCGTCATCGTCGTCCCACCTCGACGACGTCCTGGAGTCGCTGCCGGAGATCGATGACAGGTTCTTTTCTCCTAATCGGATGAATTCTCTGAGAGTTTCACAGCCGGACGAGAAAGTCAACTTCCATAACCTGGGCTCGGGCAACTTCGACTGGGCCACTCTAGCAGGCGTCTCCTCCTTGCAGGAGTTGGTCTCCGGCGTCCAATCCCACGCCCAGCCTCCCGCAGCTGTCAACAACAGCAACGAAATGTACGTTCCGTCACTGCCGCCGCTAATCCAAGCCGAAGAAGAAGTCCAGAGCGGACTCAGAACCCAGAGAGTCGACCCAGTAATGAACCAAGGGTTCTTCCCGCAGAACTCGAACGCGTTCAGTCAGAGTTTCTCTAACTCACTCGACCCGTTCGGGTTTCGGTACCCGACCCAACCTAGTGGATTTGGATATAGGCAGTAAAAAAAATGTAGAAAAAGAAAAGTCGGCGGAGAGCAGGAAAGGAGTGGCAATTGTGTAAATAGA
CDS Sequence
  • >Vitvi19g00270_t001
    ATGGGTGTACCGGAGACTGACCCGCTTTCACAGCTTAGTTTGCCGCCTGGGTTCCGATTTTATCCCACCGATGAGGAGCTTCTGGTGCAGTATCTCTGCCGGAAAGTGGCCGGACAGGGGTTTTCATTGGAGATAATTGGCGAAATCGATCTGTACAAGTTTGACCCATGGGTTCTTCCCAGTAAAGCTATATTTGGAGAGAAAGAGTGGTACTTTTTCAGTCCCAGAGATCGGAAGTACCCAAATGGGTCCAGACCCAATAGGGTTGCTGGGTCTGGGTATTGGAAGGCCACCGGAACTGATAAGGTGATTACCACCGAGGGCCGGAAAGTTGGCATCAAGAAAGCTCTGGTGTTTTACGTCGGCAAAGCTCCAAAAGGAACCAAAACTAATTGGATCATGCATGAGTACAGACTCCTAGAAAATTCGAGGAAAAATGGAAGCTCCAAGTTGGATGATTGGGTTCTGTGCCGAATTTACAAGAAGAATTCCAACTCTTCGAAACCCATAGCAGCTGTACTTCCCAGCAAAGCGCACAGCAACGGCTCGTCATCGTCATCGTCGTCCCACCTCGACGACGTCCTGGAGTCGCTGCCGGAGATCGATGACAGGTTCTTTTCTCCTAATCGGATGAATTCTCTGAGAGTTTCACAGCCGGACGAGAAAGTCAACTTCCATAACCTGGGCTCGGGCAACTTCGACTGGGCCACTCTAGCAGGCGTCTCCTCCTTGCAGGAGTTGGTCTCCGGCGTCCAATCCCACGCCCAGCCTCCCGCAGCTGTCAACAACAGCAACGAAATGTACGTTCCGTCACTGCCGCCGCTAATCCAAGCCGAAGAAGAAGTCCAGAGCGGACTCAGAACCCAGAGAGTCGACCCAGTAATGAACCAAGGGTTCTTCCCGCAGAACTCGAACGCGTTCAGTCAGAGTTTCTCTAACTCACTCGACCCGTTCGGGTTTCGGTACCCGACCCAACCTAGTGGATTTGGATATAGGCAGTAA
Protein Sequence
  • >Vitvi19g00270_P001
    MGVPETDPLSQLSLPPGFRFYPTDEELLVQYLCRKVAGQGFSLEIIGEIDLYKFDPWVLPSKAIFGEKEWYFFSPRDRKYPNGSRPNRVAGSGYWKATGTDKVITTEGRKVGIKKALVFYVGKAPKGTKTNWIMHEYRLLENSRKNGSSKLDDWVLCRIYKKNSNSSKPIAAVLPSKAHSNGSSSSSSSHLDDVLESLPEIDDRFFSPNRMNSLRVSQPDEKVNFHNLGSGNFDWATLAGVSSLQELVSGVQSHAQPPAAVNNSNEMYVPSLPPLIQAEEEVQSGLRTQRVDPVMNQGFFPQNSNAFSQSFSNSLDPFGFRYPTQPSGFGYRQ