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首页> 外文期刊>Microbial Cell Factories >Lactobacilli-Host mutualism: 'learning on the fly'
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Lactobacilli-Host mutualism: 'learning on the fly'

机译:乳酸菌-宿主共生:“实时学习”

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Metazoans establish with microorganisms complex interactions for their mutual benefits. Drosophila , which has already proven useful host model to study several aspects of innate immunity and host-bacteria pathogenic associations has become a powerful model to dissect the mechanisms behind mutualistic host-microbe interactions. Drosophila microbiota is composed of simple and aerotolerant bacterial communities mostly composed of Lactobacillaceae and Acetobactereaceae. Drosophila mono- or poly-associated with lactobacilli strains constitutes a powerful model to dissect the complex interplay between lactobacilli and host biologic traits. Thanks to the genetic tractability of both Drosophila and lactobacilli this association model offers a great opportunity to reveal the underlying molecular mechanisms. Here, we review our current knowledge about how the Drosophila model is helping our understanding of how lactobacilli shapes host biology.
机译:后生动物与微生物建立共同的相互作用以实现互惠互利。果蝇已被证明是有用的宿主模型,用于研究先天免疫和宿主细菌致病性关联的多个方面,已成为剖析相互之间宿主-微生物相互作用背后机制的强大模型。果蝇微生物群由简单的和耐细菌的细菌群落组成,主要由乳杆菌科和醋杆菌科组成。果蝇与乳杆菌菌株单或多缔合构成了一个强大的模型,可以剖析乳杆菌与宿主生物学特性之间的复杂相互作用。由于果蝇和乳杆菌的遗传易处理性,这种关联模型提供了一个很好的机会来揭示潜在的分子机制。在这里,我们回顾了有关果蝇模型如何帮助我们了解乳杆菌如何塑造宿主生物学的最新知识。

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