巴西牛蜱热的流行病学方面。

Juan Dario Puentes, Franklin Riet-Correa
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引用次数: 1

摘要

本文综述了巴西边缘无形体和巴贝斯虫感染以及牛蜱热暴发的流行病学情况。在蜱虫病不稳定的地区,环境条件干扰了微型鼻头虫的发育:南部地区的寒冷冬季、潘塔纳尔地区的洪水以及卡廷加地区的低湿度。相比之下,稳定地区(塞拉多、亚马逊和大西洋森林生物群落)的气候条件有利于蜱虫的发展。在地方性动物流行地区,蜱虫热并不常见,因为动物经常与寄生虫接触,在先天抵抗期间自然获得免疫力;然而,当犊牛在此期间被大量受感染的蜱虫侵染,或在无蜱环境中长大的成人在运送到稳定地区时首次被侵染时,可能会发生疫情。有必要更好地了解在稳定条件下该病的危险因素以及边缘棘球蚴的机械传播和其他媒介传播的影响。为了在巴西预防蜱热暴发,重要的是在来自地方性动物病不稳定地区的牛中开发和使用无形体病和巴贝斯虫病疫苗,特别是在将动物转移到稳定地区时。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Epidemiological aspects of cattle tick fever in Brazil.

The present work reviews the epidemiologic situation of Anaplasma marginale and Babesia spp. infections and the occurrence of cattle tick fever outbreaks in Brazil. In areas of tick fever enzootic instability, environmental conditions interfere with the development of Rhipicephalus (Boophilus) microplus: chilly winter in the southern region, floods in the Pantanal, and low humidity in the Caatinga. In contrast, the climatic conditions of stable zones (Cerrado, Amazon and Atlantic Forest biomes) favor tick development. In enzootic areas, tick fever is uncommon because the animals are in frequent contact with the parasite, acquiring immunity naturally during the period of innate resistance; however, outbreaks may occur when calves become infested by considerable numbers of infected ticks during this period or in adults raised in tick-free environments that become infested for the first time when transporting to stable areas. It is necessary to better understand the disease's risk factors under stable conditions and the implications of the mechanical and other vector transmission of A. marginale. To prevent tick fever outbreaks in Brazil, it is important to develop and use anaplasmosis and babesiosis vaccines in cattle from enzootic unstable regions, especially when animals are moved to stable areas.

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