Understanding Insect-microbe Interactions for Sustainable Pest Management

Alok Dubey, Krishna Chaitanya Rapalli
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Abstract

Due to their enormous diversity, small body weight, flight and shorter lifecycles, insects thrive in almost all macro- and microhabitats. A plethora of microorganisms interact with insects as symbionts. Insect-microbial symbiont interaction can be either mutualistic, commensalism or pathogenic. The entry of a microbe mounts immune defenses in the insect at the local or systemic level in order to mitigate the damage inflicted. Microbes, on the other hand, synthesize various molecules/ toxins or develop various strategies to evade or counter insect defenses, allowing them to utilize the host resources for reproduction, coexistence or transmission. This review provides a comprehensive understanding of these insect-microbe interactions including bacteria, fungi and virus. Attempt has also been made to highlight the tripartite interactions between insects, microbes and plants in view of the need for sustainable pest management
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了解昆虫与微生物的相互作用,促进可持续害虫管理
由于昆虫种类繁多、体重较小、会飞和生命周期较短,它们几乎在所有宏观和微观生境中都能繁衍生息。大量微生物作为共生体与昆虫相互作用。昆虫与微生物共生体之间的相互作用可以是互利的、共生的或致病的。微生物的进入会在昆虫体内产生局部或系统的免疫防御,以减轻造成的损害。另一方面,微生物会合成各种分子/毒素或制定各种策略来逃避或对抗昆虫的防御,从而利用宿主资源进行繁殖、共存或传播。本综述全面介绍了这些昆虫与微生物(包括细菌、真菌和病毒)之间的相互作用。鉴于可持续害虫管理的需要,本综述还试图强调昆虫、微生物和植物之间的三方相互作用。
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