Rowe Hannah M, Withey Jeffrey H, Neely Melody N
Department of Immunology and Microbiology, Wayne State University School of Medicine, Detroit, MI, USA.
Dev Comp Immunol. 2014 Sep;46(1):96-107. doi: 10.1016/j.dci.2014.02.014. Epub 2014 Mar 6.
Aquatic habitats harbor a multitude of bacterial species. Many of these bacteria can act as pathogens to aquatic species and/or non-aquatic organisms, including humans, that come into contact with contaminated water sources or colonized aquatic organisms. In many instances, the bacteria are not pathogenic to the aquatic species they colonize and are only considered pathogens when they come into contact with humans. There is a general lack of knowledge about how the environmental lifestyle of these pathogens allows them to persist, replicate and produce the necessary pathogenic mechanisms to successfully transmit to the human host and cause disease. Recently, the zebrafish infectious disease model has emerged as an ideal system for examining aquatic pathogens, both in the aquatic environment and during infection of the human host. This review will focus on how the zebrafish has been used successfully to analyze the pathogenesis of aquatic bacterial pathogens.
水生栖息地蕴藏着大量细菌物种。其中许多细菌可作为水生生物和/或非水生生物(包括人类)的病原体,这些生物会接触受污染的水源或定殖于水生生物上。在许多情况下,这些细菌对它们定殖的水生生物并无致病性,只有在接触人类时才被视为病原体。人们普遍缺乏关于这些病原体的环境生存方式如何使其得以持续存在、繁殖并产生必要的致病机制以成功传播给人类宿主并引发疾病的认识。最近,斑马鱼传染病模型已成为一种理想的系统,可用于研究水生病原体在水生环境以及人类宿主感染过程中的情况。本综述将聚焦于斑马鱼如何成功用于分析水生细菌病原体的发病机制。