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NBS-LRR-mediated resistance triggered by aphids: viruses do not adapt; aphids adapt via different mechanisms

机译:NBS-LRR介导的由蚜虫引起的抗性:病毒不能适应;蚜虫通过不同机制适应

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摘要

BackgroundAphids are serious pest on crops. By probing with their stylets, they interact with the plant, they vector viruses and when they reach the phloem they start a continuous ingestion. Many plant resistances to aphids have been identified, several have been deployed. However, some resistances breaking down have been observed. In the melon, a gene that confers resistance to aphids has been deployed in some melon-producing areas, and aphid colony development on Vat-carrying plants has been observed in certain agrosystems. The Vat gene is a NBS-LRR gene that confers resistance to the aphid species Aphis gossypii and exhibits the unusual characteristic of also conferring resistance to non-persistently transmitted viruses when they are inoculated by the aphid. Thus, we characterized patterns of resistance to aphid and virus using the aphid diversity and we investigated the mechanisms by which aphids and viruses may adapt to the Vat gene.
机译:背景蚜虫是农作物上的严重害虫。通过探查探针,它们与植物相互作用,携带病毒,并在到达韧皮部时开始连续摄入。已经确定了许多植物对蚜虫的抗性,已经部署了几种。然而,已经观察到一些电阻击穿。在甜瓜中,一些产生甜瓜的地方已经部署了赋予对蚜虫抗性的基因,并且在某些农业系统中已经观察到携带大桶的植物上的蚜虫菌落发育。 Vat基因是一种NBS-LRR基因,赋予了对蚜虫蚜虫的抵抗力,并表现出不同寻常的特征,即当非持久性传播的病毒被蚜虫接种时,它们也具有抵抗力。因此,我们利用蚜虫多样性表征了对蚜虫和病毒的抗性模式,并研究了蚜虫和病毒可能适应Vat基因的机制。

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