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Salmonella, a cross-kingdom pathogen infecting humans and plants (Short Survey)

机译:沙门氏菌是一种感染人类和植物的跨王国病原体(简短调查)

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摘要

Infections with non-typhoidal Salmonella strains are constant and are a non-negligible threat to the human population. In the last two decades, salmonellosis outbreaks have increasingly been associated with infected fruits and vegetables. For a long time, Salmonellae were assumed to survive on plants after a more or less accidental infection. However, this notion has recently been challenged. Studies on the infection mechanism in vegetal hosts, as well as on plant immune systems, revealed an active infection process resembling in certain features the infection in animals. On one hand, Salmonella requires the type III secretion systems to effectively infect plants and to suppress their resistance mechanisms. On the other hand, plants recognize these bacteria and react to the infection with an induced defense mechanism similar to the reaction to other plant pathogens. In this review, we present the newest reports on the interaction between Salmonellae and plants. We discuss the possible ways used by these bacteria to infect plants as well as the plant responses to the infection. The recent findings indicate that plants play a central role in the dissemination of Salmonella within the ecosystem.
机译:非伤寒沙门氏菌菌株的感染是恒定的,并且对人群的威胁不可忽略。在过去的二十年中,沙门氏菌病暴发越来越与受感染的水果和蔬菜有关。长期以来,沙门氏菌被认为是在某种程度的偶然感染后在植物上存活的。但是,这一概念最近受到了挑战。对植物宿主以及植物免疫系统感染机制的研究表明,其活跃的感染过程在某些方面类似于动物的感染。一方面,沙门氏菌需要III型分泌系统才能有效感染植物并抑制其抗性机制。另一方面,植物识别这些细菌并以与其他植物病原体反应相似的诱导防御机制对感染做出反应。在这篇综述中,我们介绍了沙门氏菌与植物之间相互作用的最新报道。我们讨论了这些细菌感染植物的可能方法以及植物对感染的反应。最近的发现表明,植物在沙门氏菌在生态系统中的传播中起着核心作用。

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