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在不断变化的世界中汉坦病毒的生态学

Ecology of hantavirus in a changing world.

机构信息

Department of Biology, University of Utah, Salt Lake City, Utah, USA.

出版信息

Ann N Y Acad Sci. 2010 May;1195:99-112. doi: 10.1111/j.1749-6632.2010.05452.x.

Abstract

Hantavirus is a genus of virus represented by 45 different species and is hosted by small mammals, predominantly rats and mice. Roughly, half of all hantaviruses cause diseases in humans that vary in morbidity from mild to severe. The natural and anthropogenic changes occurring in the environment appear to be impacting the ecology of hantaviruses and their natural hosts as well as the incidence of hantaviral diseases in humans. Although such studies are limited at this time, there is evidence that natural climate cycles such as El Niño as well as anthropogenic climate change enhance hantavirus prevalence when host population dynamics are driven by food availability. Climate appears to have less of an effect on hantavirus when host populations are controlled by predators. Human alteration to the landscape also appears to enhance hantavirus prevalence when the disturbance regime enriches the environment for the host, for example, agriculture. More long-term studies on multiple species of hantavirus are needed to accurately predict the outcome of changing environmental conditions on prevalence in hosts as well as disease incidence in humans.

摘要

汉坦病毒是一个由 45 种不同物种组成的病毒属,宿主为小型哺乳动物,主要是鼠类。大约一半的汉坦病毒会导致人类患病,其发病率从轻度到重度不等。环境中发生的自然和人为变化似乎正在影响汉坦病毒及其天然宿主的生态,以及人类汉坦病毒病的发病率。尽管此类研究目前还很有限,但有证据表明,自然气候周期(如厄尔尼诺现象)以及人为气候变化会在宿主种群动态受食物供应驱动时增加汉坦病毒的流行率。当宿主种群受到捕食者控制时,气候对汉坦病毒的影响较小。人类对景观的改变也似乎会增加汉坦病毒的流行率,当干扰模式使宿主的环境变得更加丰富时,例如农业。需要对多种汉坦病毒进行更多的长期研究,以准确预测环境条件变化对宿主流行率以及人类疾病发病率的影响。

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