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自然中的传染病与社交隔离。

Infectious diseases and social distancing in nature.

机构信息

University of Texas at Austin, Department of Integrative Biology, Austin, TX, USA.

University of Bristol, School of Biological Sciences, Bristol, UK.

出版信息

Science. 2021 Mar 5;371(6533). doi: 10.1126/science.abc8881.

Abstract

Spread of contagious pathogens critically depends on the number and types of contacts between infectious and susceptible hosts. Changes in social behavior by susceptible, exposed, or sick individuals thus have far-reaching downstream consequences for infectious disease spread. Although "social distancing" is now an all too familiar strategy for managing COVID-19, nonhuman animals also exhibit pathogen-induced changes in social interactions. Here, we synthesize the effects of infectious pathogens on social interactions in animals (including humans), review what is known about underlying mechanisms, and consider implications for evolution and epidemiology.

摘要

传染性病原体的传播极大程度上取决于感染宿主和易感宿主之间的接触数量和类型。易感人群、暴露人群或患病个体的社会行为变化会对传染病的传播产生深远的下游影响。虽然“社交隔离”现在是管理 COVID-19 的一种再熟悉不过的策略,但非人类动物的社交互动也会受到病原体感染的影响。在这里,我们综合了感染性病原体对动物(包括人类)社交互动的影响,回顾了已知的潜在机制,并考虑了其对进化和流行病学的影响。

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