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水生动物微孢子虫病原体。

Microsporidian Pathogens of Aquatic Animals.

机构信息

School of Health and Life Sciences, Teesside University, Middlesbrough, UK.

National Horizons Centre, Teesside University, Darlington, UK.

出版信息

Exp Suppl. 2022;114:247-283. doi: 10.1007/978-3-030-93306-7_10.

Abstract

Around 57.1% of microsporidia occupy aquatic environments, excluding a further 25.7% that utilise both terrestrial and aquatic systems. The aquatic microsporidia therefore compose the most diverse elements of the Microsporidia phylum, boasting unique structural features, variable transmission pathways, and significant ecological influence. From deep oceans to tropical rivers, these parasites are present in most aquatic environments and have been shown to infect hosts from across the Protozoa and Animalia. The consequences of infection range from mortality to intricate behavioural change, and their presence in aquatic communities often alters the overall functioning of the ecosystem.In this chapter, we explore aquatic microsporidian diversity from the perspective of aquatic animal health. Examples of microsporidian parasitism of importance to an aquacultural ('One Health') context and ecosystem context are focussed upon. These include infection of commercially important penaeid shrimp by Enterocytozoon hepatopenaei and interesting hyperparasitic microsporidians of wild host groups.Out of ~1500 suggested microsporidian species, 202 have been adequately taxonomically described using a combination of ultrastructural and genetic techniques from aquatic and semi-aquatic hosts. These species are our primary focus, and we suggest that the remaining diversity have additional genetic or morphological data collected to formalise their underlying systematics.

摘要

约 57.1%的微孢子虫栖息于水生环境,另有 25.7%同时利用陆地和水生系统。因此,水生微孢子虫构成了微孢子虫门中最多样化的元素,具有独特的结构特征、多样的传播途径和显著的生态影响。从深海到热带河流,这些寄生虫存在于大多数水生环境中,已被证明感染了原生动物和动物界的各种宿主。感染的后果从死亡到复杂的行为改变不等,它们在水生群落中的存在常常改变生态系统的整体功能。在本章中,我们从水生动物健康的角度探讨水生微孢子虫的多样性。重点介绍了对水产养殖(“同一健康”)和生态系统背景具有重要意义的微孢子虫寄生的例子。其中包括对商业上重要的对虾类的感染,以及对野生宿主群体中有趣的超寄生微孢子虫的感染。在约 1500 种被提议的微孢子虫物种中,已有 202 种通过结合来自水生和半水生宿主的超微结构和遗传技术进行了充分的分类学描述。这些物种是我们的主要关注点,我们建议对其余的多样性进行额外的遗传或形态数据收集,以正式确定其潜在的系统发育。

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