Oxygenase ppo-regulated moldy volatiles affect growth, pathogenicity and patulin biosynthesis of penicillium expansum through g protein signaling

HIGHLIGHTS

• What: In this study PePpoA and PePpoC proteins were identified in The aims of this study were to identify Ppo proteins in P. expansum, and then to construct the ppoA and ppoC deletion strains of P. expansum to determine the C8 MVOC production of the strains; observe the growth, development and pathogenicity of the strains; and_(3) analyze patulin accumulation and expression of patulin biosynthetic cluster genes of the strains.
• Who: Di Gong and collaborators from the College of Food Science and Engineering, Gansu Agricultural University, Lanzhou, China have published the research: Oxygenase Ppo-Regulated . . .
  

   

  

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