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[马达加斯加鼠疫疫情最新情况]

[Update on plague in Madagascar].

作者信息

Chanteau S, Rahalison L, Duplantier J M, Rasoamanana B, Ratsitorahina M, Dromigny J A, Laventure S, Duchemin J B, Boisier P, Rabeson D, Roux J

机构信息

Institut Pasteur de Madagascar.

出版信息

Med Trop (Mars). 1998;58(2 Suppl):25-31.

PMID:9812306
Abstract

After a thirty year period of successful control, bubonic plague showed the first signs of return in Madagascar where a fatal outbreak occurred in Antananarivo in 1978. A second outbreak was observed in Mahajanga in 1991 after more than a half century. In 1997, 459 confirmed or presumptive cases were reported, as compared to 150 to 250 cases during the last years. However the actual extent of this recrudescence must be placed in the perspective of a more efficient control program that has led to better reporting of suspected cases and availability of more accurate diagnostic techniques. Recent research has led to the development of highly effective immunological diagnostic tools (detection of antibodies and F1 antigen) allowing not only better surveillance of the disease in man and animals but also renewed study of the epidemiological cycle in the current environment. In this regard the capacity of several endemic fleas as vectors and the role of the rat Rattus norvegicus and the musk shrew Suncus murinus are currently under investigation. Genetic study of strains collected from 1936 to 1996 has demonstrated the appearance of 3 new ribotypes of Yersinia pestis since 1982 in the zones of strongest plague activity in Madagascar. A strain showing multiresistance to standard therapeutic antibiotic agents was isolated in 1995. Bubonic plaque is a priority health problem in Madagascar but remains a major concern for the rest of the world.

摘要

在经历了三十年的成功控制之后,腺鼠疫在马达加斯加首次出现复发迹象,1978年在塔那那利佛发生了致命疫情。半个多世纪后的1991年,在马哈赞加又观察到了第二次疫情爆发。1997年,报告了459例确诊或疑似病例,而过去几年为150至250例。然而,必须从一个更有效的控制计划的角度来看待这次复发的实际程度,该计划导致了对疑似病例的更好报告以及更准确诊断技术的可用。最近的研究促成了高效免疫诊断工具(抗体和F1抗原检测)的开发,这不仅能更好地监测人类和动物中的疾病,还能在当前环境中重新研究流行病学循环。在这方面,目前正在调查几种地方性跳蚤作为传播媒介的能力以及褐家鼠和臭鼩鼱的作用。对1936年至1996年收集的菌株进行的基因研究表明,自1982年以来,在马达加斯加鼠疫活动最强烈的地区出现了3种新的鼠疫耶尔森菌核糖型。1995年分离出了一种对标准治疗性抗生素具有多重耐药性的菌株。腺鼠疫在马达加斯加是一个优先的健康问题,但仍然是世界其他地区的主要关注点。

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