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一起与流浪猫接触及人际传播相关的军事基地犬小孢子菌感染暴发。

An Outbreak of Microsporum canis infection at a military base associated with stray cat exposure and person-to-person transmission.

机构信息

Israel Defense Forces Medical Corps, Ramat Gan, Israel.

Infectious Diseases Unit, Assuta Ashdod University Hospital, Ashdod, Israel.

出版信息

Mycoses. 2018 Jul;61(7):472-476. doi: 10.1111/myc.12771. Epub 2018 Apr 24.

Abstract

Tinea corporis caused by Microsporum canis is usually associated with exposure to animals, but outbreaks with anthropophilic transmission were described. A large outbreak in a military base was investigated. We investigated the outbreak's source and risk factors for infection in order to contain and eliminate it. All staff-members at the base were interviewed and examined. A case-control analysis of symptomatic patients was used to elucidate risk factors. Stray cats were captured and sampled. M. canis isolated from skin and fur specimens of patients and cats were genotyped by microsatellite sequencing. Fifty-three of 502 staff-members were symptomatic. Logistic regression showed risk associated with female gender, cat contact at base and performance of guarding duty. Multiple stray cats were found at the base. M. canis isolates from 4 cats and 4 patients had an identical genotype, while 2 patients had different genotypes. We describe the largest M. canis outbreak reported until now. Epidemiological and phylogenetic tools were used to investigate the source of the outbreak. Multiple exposures to stray cats caused infection of mainly young female soldiers performing guarding duty. Other persons were infected by person-to-person transmission. These findings aided in the termination of the outbreak.

摘要

犬小孢子菌引起的体癣通常与接触动物有关,但也有描述过亲动物性传播的暴发。我们调查了一个军事基地的大规模暴发情况。我们调查了暴发的源头和感染的危险因素,以便控制和消除它。对基地的所有工作人员进行了访谈和检查。对有症状的患者进行病例对照分析,以阐明危险因素。我们捕获并采集了流浪猫的样本。从患者和猫的皮肤和皮毛标本中分离出的犬小孢子菌,通过微卫星测序进行了基因分型。在 502 名工作人员中,有 53 名出现症状。逻辑回归显示,女性、在基地接触猫和执行警戒任务与风险相关。在基地发现了多只流浪猫。从 4 只猫和 4 名患者中分离出的犬小孢子菌具有相同的基因型,而 2 名患者具有不同的基因型。我们描述了迄今为止报告的最大的犬小孢子菌暴发。我们使用流行病学和系统发育学工具来调查暴发的源头。多名接触流浪猫的年轻女哨兵主要受到感染,而其他人则通过人际传播感染。这些发现有助于终止暴发。

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