Gómez-Camponovo Mariana, Moreno José, Idrovo Álvaro Javier, Páez Malvina, Achkar Marcel
Medicina Social, Centro Universitario Regional Litoral Norte sede Paysandú, Universidad de la República de Uruguay, Paysandú, Uruguay.
Biomedica. 2016 Dec 1;36(4):583-592. doi: 10.7705/biomedica.v36i4.2731.
Dengue is the most widespread arbovirus worldwide. In Paraguay, it reappeared in 1988-1989, with one of the largest epidemic outbreaks occurring in 2011.
To evaluate the performance of the dengue epidemiological surveillance system in Paraguay between 2009 and 2011.
We conducted an ecological study with secondary epidemiological surveillance data. We analyzed notified cases of the disease based on the distribution expected by Benford's law. To this end, we used the first and second digits from the global records stratified by region, season, population density, indicators of housing conditions and heads of cattle.
The epidemiological surveillance system performed better during non-epidemic periods and in the states with better housing conditions and fewer heads of cattle.
Given that a difference in the performance existed, we recommended that the system remains operating at the same high alert level even during periods when fewer cases are expected. The technology used by the method proposed to monitor the notification of cases is easy to transfer to operational staff.
登革热是全球传播最广泛的虫媒病毒。在巴拉圭,它于1988 - 1989年再次出现,2011年发生了一次最大规模的疫情爆发。
评估2009年至2011年巴拉圭登革热流行病学监测系统的运行情况。
我们利用二次流行病学监测数据进行了一项生态学研究。我们根据本福特定律预期的分布分析了该疾病的报告病例。为此,我们使用了按地区、季节、人口密度、住房条件指标和牛的数量分层的全球记录中的首位和第二位数字。
流行病学监测系统在非流行期间以及住房条件较好和牛数量较少的州表现更佳。
鉴于存在运行情况差异,我们建议即使在预计病例较少的时期,该系统仍保持相同的高度警戒水平运行。所提议的监测病例报告的方法所使用的技术易于传授给操作人员。