首页> 外文期刊>Plant health progress >Downy Mildew from Lake Erie Vineyards is Diverse for the G143A SNP Conferring Resistance to Quinone Outside Inhibitor Fungicides
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Downy Mildew from Lake Erie Vineyards is Diverse for the G143A SNP Conferring Resistance to Quinone Outside Inhibitor Fungicides

机译:来自伊利湖葡萄园的霜霉病因G143A SNP赋予对外部抑制剂杀菌剂的醌抗性而异

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摘要

Control of powny mildew in grape vineyards is carried out with a combination of host tolerance and chemical applications. Fungicides with a single mode of action possess a very high potential for the development of resistance. Resistance has been observed often in the QoI fungicides, such as strobilurins. We ascertained the levels of QoI resistance in downy mildew colonies on diseased leaves using CAPS-PCR to detect the glycine to alanine mutation (G143A) known to confer a qualitative level of resistance in fungal pathogens.
机译:结合宿主耐受性和化学应用来控制葡萄葡萄园中的白斑病。具有单一作用方式的杀菌剂具有产生抗药性的极高潜力。通常在QoI杀真菌剂(如球果霉素)中观察到耐药性。我们使用CAPS-PCR检测已知在真菌病原体中赋予定性抗性水平的甘氨酸至丙氨酸突变(G143A),确定了患病叶片上霜霉病菌落的QoI抗性水平。

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