多阶段方法根除鼠流行性冠状病毒感染。

Debra L Hickman, Kami J Thompson
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引用次数: 0

摘要

小鼠冠状病毒(也称为小鼠肝炎病毒,MHV)感染是常见的,引起人们的关注,因为感染的不良研究影响已经得到了充分的记录。我们描述的动物设施十多年来一直存在小鼠冠状病毒的地方性感染。过去曾尝试消灭这种病毒,但收效甚微。随着该设施其他地方免疫功能受损和转基因动物数量的增加,根除病毒成为一项高度优先事项。受影响的动物在多个繁殖群体中,包括4000多只小鼠,代表50多个特定地点的菌株、品系和亚系。一个旨在确保所有利益相关方代表的工作组制定了一项多阶段方法,其中包括(A)淘汰不必要的动物,(b)停止繁殖,(c)测试和淘汰个体动物,以及(d)交叉饲养以清洁水坝。迄今为止,通过这种多阶段根除方法处理的所有菌株、系和亚系的小鼠冠状病毒检测结果均为阴性。这种多阶段方法可能对其他试图根除小鼠冠状病毒的机构有用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multi-phase approach to eradicate enzootic mouse coronavirus infection.

Infections with mouse coronavirus (also known as mouse hepatitis virus, MHV) are common and prompt concern because the adverse research effects of infection have been well documented. The animal facility we describe had contained an enzootic infection of mouse coronavirus for more than a decade. Eradication of the virus had been tried with limited success in the past. With an increase in the populations of immune-compromised and transgenic animals elsewhere in the facility, eradication of the virus became a high priority. The affected animals were in multiple breeding colonies comprising more than 4000 mice representing more than 50 site-specific strains, lines, and sublines. A task force designed to ensure representation of all interested parties developed a multi-phase approach which included (a) culling of nonessential animals, (b) cessation of breeding, (c) testing and culling of individual animals, and (d) cross-fostering to clean dams. To date, all of the strains, lines, and sublines manipulated through this multi-phase eradication approach continue to test negative for mouse coronavirus. This multi-phase approach may be useful for other institutions attempting to eradicate mouse coronavirus.

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