Almand Erin A, Moore Matthew D, Jaykus Lee-Ann
Department of Microbiology, North Carolina State University, Raleigh, NC 27695, USA.
Department of Food, Bioprocessing and Nutrition Sciences, North Carolina State University, Raleigh, NC 27695, USA.
Viruses. 2017 Mar 21;9(3):58. doi: 10.3390/v9030058.
Bacteria and viruses often occupy the same niches, however, interest in their potential collaboration in promoting wellness or disease states has only recently gained traction. While the interaction of some bacteria and viruses is well characterized (e.g., influenza virus), researchers are typically more interested in the location of the infection than the manner of cooperation. There are two overarching types of bacterial-virus disease causing interactions: direct interactions that in some way aid the viruses, and indirect interactions aiding bacteria. The virus-promoting direct interactions occur when the virus exploits a bacterial component to facilitate penetration into the host cell. Conversely, indirect interactions result in increased bacterial pathogenesis as a consequence of viral infection. Enteric viruses mainly utilize the direct pathway, while respiratory viruses largely affect bacteria in an indirect fashion. This review focuses on some key examples of how virus-bacteria interactions impact the infection process across the two organ systems, and provides evidence supporting this as an emerging theme in infectious disease.
细菌和病毒常常占据相同的生态位,然而,它们在促进健康或疾病状态方面潜在合作的研究直到最近才受到关注。虽然一些细菌与病毒的相互作用已得到充分研究(如流感病毒),但研究人员通常更关注感染的部位而非合作方式。细菌与病毒导致疾病的相互作用主要有两种类型:以某种方式帮助病毒的直接相互作用,以及帮助细菌的间接相互作用。当病毒利用细菌成分促进其进入宿主细胞时,就会发生促进病毒的直接相互作用。相反,间接相互作用会因病毒感染而导致细菌致病性增加。肠道病毒主要利用直接途径,而呼吸道病毒大多以间接方式影响细菌。本文综述聚焦于病毒与细菌相互作用如何影响两个器官系统感染过程的一些关键实例,并提供证据支持这一现象作为传染病领域一个新兴主题。