Punja Zamir K, Utkhede Raj S
Center for Environmental Biology, Dept of Biological Sciences, Simon Fraser University, 8888 University Drive, Burnaby, British Columbia, Canada V5A 1S6.
Trends Biotechnol. 2003 Sep;21(9):400-7. doi: 10.1016/S0167-7799(03)00193-8.
Vegetable crops are grown worldwide as a source of nutrients and fiber in the human diet. Fungal plant pathogens can cause devastation in these crops under appropriate environmental conditions. Vegetable producers confronted with the challenges of managing fungal pathogens have the opportunity to use fungi and yeasts as biological control agents. Several commercially available products have shown significant disease reduction through various mechanisms to reduce pathogen development and disease. Production of hydrolytic enzymes and antibiotics, competition for plant nutrients and niche colonization, induction of plant host defense mechanisms, and interference with pathogenicity factors in the pathogen are the most important mechanisms. Biotechnological techniques are becoming increasingly valuable to elucidate the mechanisms of action of fungi and yeasts and provide genetic characterization and molecular markers to monitor the spread of these agents.
蔬菜作物作为人类饮食中营养和纤维的来源在全球范围内种植。真菌植物病原体在适当的环境条件下会对这些作物造成破坏。面对管理真菌病原体挑战的蔬菜生产者有机会使用真菌和酵母作为生物防治剂。几种市售产品已通过各种机制显著减少病害,以减少病原体的发展和病害。产生水解酶和抗生素、争夺植物养分和生态位定殖、诱导植物宿主防御机制以及干扰病原体中的致病因子是最重要的机制。生物技术技术在阐明真菌和酵母的作用机制以及提供遗传特征和分子标记以监测这些生物防治剂的传播方面正变得越来越有价值。