Prokaryotic microorganisms are widespread in all environments on Earth, establishing diverse interactions with many eukaryotic taxa, including insects. These associations may be symbiotic, pathogenic and vectoring. Independently of the type of interaction, each association starts with the adhesion of the microorganism to the host, entry and "invasion" of the host, then progresses to establishment and dissemination within the host, by avoiding host immune responses, and concludes with transmission back to the environment or to a new host. Advances in genomics and genetics have allowed the dissection of these processes and provided important information on the elements driving the shaping of the members of each association. Furthermore, many mechanisms involved in the establishment of the associations have been scrutinised, along with the development of new methods for the management of insect populations.

中文翻译：

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昆虫与细菌相互作用的多样性及其在疾病控制中的应用。

原核微生物广泛存在于地球上的所有环境中，与包括昆虫在内的许多真核生物类群建立了多种相互作用。这些关联可能是共生的，致病的和媒介的。与相互作用的类型无关，每种关联都始于微生物与宿主的粘附，宿主的进入和“入侵”，然后通过避免宿主的免疫反应，发展到在宿主内的建立和传播，最后以传播回传结束环境或新主机。基因组学和遗传学的进步使得这些过程得以分解，并提供了有关推动每个协会成员形成的要素的重要信息。此外，已经仔细研究了建立协会所涉及的许多机制，