Federal University of Mato Grosso do Sul, Veterinary Medicine and Animal Husbandry Faculty, Campo Grande, Mato Grosso do Sul, BR.
State Agency of Animal and Plant Health Protection of Mato Grosso do Sul, Animal Diseases Diagnostic Laboratory, Campo Grande, Mato Grosso do Sul, BR.
Ann Glob Health. 2019 Mar 4;85(1):25. doi: 10.5334/aogh.2334.
After 2006 the cross-border region between the state of Mato Grosso do Sul (Brazil) and the Germán Busch Province (Bolivia) became risk areas for canine rabies antigenic variant 1, previously unknown in the Brazilian territory.
To perform a descriptive analysis of canine rabies from 2006 to 2014, analyzing the database of the official rabies diagnostic laboratory of the State Agency of Animal and Plant Health Protection of Mato Grosso do Sul.
A descriptive analysis of canine rabies from 2006 to 2014 was performed using the database of the official rabies diagnostic laboratory of the State Agency of Animal and Plant Health Protection of Mato Grosso do Sul. Location, time and residence status of the animals were analyzed. Monthly frequencies were calculated as the ratio of the number of positive samples to the total of sent samples and were then statistically compared.
In the period, 539 samples of nervous system from dogs and cats were sent for rabies diagnosis, of which 37 (6.9%; CI95% 5.0-9.3) canine and no positive feline samples were found positive. Twenty-four (64.9%, CI95% 48.8-78.2) positive samples were from Bolivia and 13 (31.1%, CI95% 21.8-51.2) from Brazil. Most positive animals were owned. The years 2008 and 2009 showed the highest occurrence of canine rabies, with 18 cases recorded in 2008 and 6 in 2009 (17 in Bolivia and 7 in Brazil). Annual samples sent in Brazil presented a decreasing trend (R2 = 0.53) and, over the months, a higher concentration of samples was observed between May and August (R2 = 0.69). No annual or monthly trends were observed for Bolivian samples (R2 < 0.003).
AgV1 canine rabies due to antigenic variant 1 is still considered an endemic disease in the Brazil-Bolivia border region, requiring an international One Health Approach to mitigate canine rabies in Latin America.
2006 年后,巴西马托格罗索州与玻利维亚Germán Busch 省的跨境地区成为犬类狂犬病抗原变异 1 的风险地区,这种变异此前在巴西领土上并不存在。
对 2006 年至 2014 年的犬类狂犬病进行描述性分析,分析马托格罗索州动植物健康保护州机构官方狂犬病诊断实验室的数据库。
对 2006 年至 2014 年马托格罗索州动植物健康保护州机构官方狂犬病诊断实验室的数据库进行了描述性分析。分析了动物的位置、时间和居住状态。每月频率计算为阳性样本数与送检样本总数的比值,然后进行统计学比较。
在此期间,共送检 539 份来自犬和猫的神经系统样本进行狂犬病诊断,其中 37 份(6.9%;95%CI5.0-9.3)犬类样本和无阳性猫类样本呈阳性。24 份(64.9%;95%CI48.8-78.2)阳性样本来自玻利维亚,13 份(31.1%;95%CI21.8-51.2)来自巴西。大多数阳性动物为家养动物。2008 年和 2009 年犬类狂犬病发病最高,2008 年记录了 18 例,2009 年记录了 6 例(玻利维亚 17 例,巴西 7 例)。巴西每年送检的样本呈下降趋势(R2=0.53),且在几个月内,5 月至 8 月间样本浓度较高(R2=0.69)。玻利维亚样本未见年度或月度趋势(R2<0.003)。
由于抗原变异 1 引起的 AgV1 犬类狂犬病仍被认为是巴西-玻利维亚边境地区的地方病,需要采取国际“同一健康”方法来减轻拉丁美洲的犬类狂犬病。