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法国大都市地区的人与蝙蝠相互作用的情况和狂犬病毒传播的风险。

Circumstances of Human-Bat interactions and risk of lyssavirus transmission in metropolitan France.

机构信息

Unit Lyssavirus Dynamics and Host Adaptation, Institut Pasteur, National Reference Center for Rabies and WHO Collaborating Centre for Reference and Research on Rabies, Paris, France.

Department of Evolutionary Biology, Ecology and Environmental Sciences, Biodiversity Research Institute (IRBIO), University of Barcelona, Barcelona, Spain.

出版信息

Zoonoses Public Health. 2020 Nov;67(7):774-784. doi: 10.1111/zph.12747. Epub 2020 Aug 8.

Abstract

Since the elimination of dog and terrestrial wild animal rabies, bat exposures remain the only source of autochthonous lyssavirus transmission to humans in Western Europe. European bats have already been found infected with several lyssaviruses, and human-bat interactions represent a risk of viral transmission and fatal encephalitis for humans. In this study, we aim to better characterize exposures to bats in metropolitan France from 2003 to 2016 and to identify circumstances associated with exposures to lyssavirus-positive bats. Two complementary sources of data were analysed: 1/ data associated with bats responsible for human exposure received for Lyssavirus testing by the French National Reference Centre for Rabies (NRCR); and 2/ data pertaining to individuals seeking medical care through the French Anti-Rabies Clinics network after contact with a bat. From 2003 to 2016, 425 bats originating from metropolitan France were submitted to the NRCR and 16 (4%) were found positive with a lyssavirus (EBLV-1b was diagnosed in 9 bats, EBLV-1a in 6 and BBLV in one specimen). The two factors associated with bat positivity in our study were the female sex and the bat belonging to the E. serotinus species. During the same study period, 1718 individuals sought care at an Anti-Rabies Clinic after exposure to a bat resulting in an estimated incidence of human-bat interactions of 1.96 per 10 person-years. The two most frequent circumstances of exposure were handling or bites. Interactions mostly involved one adult human being and one live and non-sick-looking bat. Our study provides new insights about circumstances of human-bat interactions and may be helpful to target prevention interventions to improve the awareness of the population of the risk of lyssavirus transmission.

摘要

自犬和陆地野生动物狂犬病消除以来,蝙蝠接触仍然是西欧本土莱姆病病毒向人类传播的唯一来源。欧洲蝙蝠已被发现感染了几种莱姆病病毒,人类与蝙蝠的接触代表了病毒传播和人类致命脑炎的风险。在这项研究中,我们旨在更好地描述 2003 年至 2016 年法国大都市地区的蝙蝠接触情况,并确定与接触莱姆病病毒阳性蝙蝠相关的情况。分析了两个互补的数据来源:1/与因莱姆病病毒检测而提交给法国国家狂犬病参考中心(NRCR)的负责人类暴露的蝙蝠相关的数据;2/与接触蝙蝠后通过法国抗狂犬病诊所网络寻求医疗的个人相关的数据。2003 年至 2016 年,来自法国大都市地区的 425 只蝙蝠提交给 NRCR,其中 16 只(4%)呈莱姆病病毒阳性(9 只蝙蝠诊断为 EBLV-1b,6 只 EBLV-1a,1 只 BBLV)。我们研究中与蝙蝠阳性相关的两个因素是雌性和蝙蝠属于 E. serotinus 种。在同一研究期间,1718 人在接触蝙蝠后在抗狂犬病诊所寻求治疗,估计每 10 人年发生 1.96 例人类与蝙蝠的接触。暴露的两个最常见情况是处理或咬伤。接触大多涉及一个成年人和一个活的、看起来没有生病的蝙蝠。我们的研究提供了关于人类与蝙蝠接触情况的新见解,可能有助于针对预防干预措施,提高公众对莱姆病病毒传播风险的认识。

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