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新建筑,老寄生虫:中气门螨类——屏障设施始终面临的威胁

New building, old parasite: Mesostigmatid mites--an ever-present threat to barrier facilities.

作者信息

Watson Julie

机构信息

Department of Molecular and Comparative Pathobiology, Johns Hopkins University, 720 Rutland Avenue/Ross 459, Baltimore, MD 21205, USA.

出版信息

ILAR J. 2008;49(3):303-9. doi: 10.1093/ilar.49.3.303.

Abstract

Mesostigmatid mites are blood-sucking parasitic mites found in wild rodent populations. Periodically they can also become a problem for laboratory rodent colonies, particularly when building construction or renovations disturb colonies of commensal (building) rodents that had been acting as hosts. Mesostigmatid mites infest both rats and mice and, unlike the more common rodent fur mites (Myobia, Myocoptes, and Radfordia sp.), can survive for long periods in the environment and travel considerable distances in search of new hosts. They easily penetrate barrier caging systems, including individually ventilated cages, thus circumventing the usual precautions to protect rodents from infection. The two mites reported in laboratory rodent colonies, Ornithonyssus bacoti and Laelaps echidnina, also bite humans and have the potential to transmit zoonotic diseases. Once the mites gain access to a colony, eradication requires elimination of commensal rodent reservoirs in addition to insecticide treatment of both the laboratory rodents and the environment. In view of the undesirability of insecticide use in the animal facility, it is advisable to investigate the effectiveness of preventive treatments, such as environmental application of insect growth regulators or silica-based products. This article summarizes available information on mesostigmatid mites and their laboratory incursions, and provides suggestions for diagnosis, treatment, and control based on the authors experience with several outbreaks at a large academic institution..

摘要

中气门螨是在野生啮齿动物种群中发现的吸血寄生螨。它们也会周期性地给实验用啮齿动物群落带来问题,尤其是在建筑物施工或翻新干扰了作为宿主的共生(建筑物内)啮齿动物群落时。中气门螨会侵扰大鼠和小鼠,与更常见的啮齿动物皮螨(Myobia、Myocoptes和Radfordia属)不同,它们能在环境中长时间存活,并能远距离寻找新宿主。它们很容易穿透屏障饲养系统,包括独立通风笼,从而规避了保护啮齿动物免受感染的常规预防措施。在实验用啮齿动物群落中报告的两种螨,柏氏禽刺螨和棘厉螨,也会叮咬人类并有可能传播人畜共患病。一旦螨进入群落,除了对实验用啮齿动物和环境进行杀虫剂处理外,还需要消除共生啮齿动物宿主才能根除。鉴于在动物设施中使用杀虫剂不可取,建议研究预防性处理的有效性,如在环境中应用昆虫生长调节剂或硅基产品。本文总结了关于中气门螨及其在实验室入侵的现有信息,并根据作者在一所大型学术机构处理几次疫情的经验,提供了诊断、治疗和控制的建议。

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