苹果痂病(Venturia inaequalis (Cooke) Winter)的致病因子

M. Petreš, M. Grahovac, D. Budakov, V. Stojsin, Marta Loc, T. Dudaš, Nataša Došen
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摘要

苹果是最重要的水果品种之一,在人体营养中非常重要,无论是新鲜还是作为食品工业的原料。苹果痂病是世界上最具经济意义的苹果病害,是苹果生产中的最大问题。生命周期知识对疾病预测和控制至关重要。米尔斯表预测仍然是苹果赤霉病发生预测中不可替代的方法。这种病原体的控制主要依赖于合成杀菌剂的使用,然而,一个主要问题是不均等弧菌对最重要的杀菌剂产生抗药性。近几十年来,育种计划已经检测到抗性基因,并创造了许多抗性和耐受性品种,这大大促进了苹果的生产和保护。为了简化防治,降低生产成本,保护环境,实现苹果生产的可持续发展,有必要寻找新的防治方法,特别是生物制剂和拮抗剂。
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The causal agent of apple scab (Venturia inaequalis (Cooke) Winter)
Apple is one of the most important fruit species, very important in human nutrition, both fresh and as a raw material in the food industry. Apple scab is the most economically significant apple disease worldwide and it is the biggest problem in apple production. Knowledge of the life cycle is of key importance for disease forecasting and control. Forecasting based on the Mills table is still an irreplaceable approach in the forecasting of apple scab occurrence. Control of this pathogen relies mostly on the use of synthetic fungicides, however, a major problem is the emerging resistance of V. inaequalis to the most important fungicides. In recent decades, breeding programs have detected genes for resistance and created many resistant and tolerant varieties, which significantly facilitates apple production and protection. It is necessary to find new ways to control apple scab, especially biological agents and antagonists in order to simplify protection, reduce production costs and preserve the environment, i.e. to make apple production sustainable.
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