Zavala Gerardo A, van Dulm Eline, Doak Colleen M, García Olga P, Polman Katja, Campos-Ponce Maiza
Department of Health Sciences, Faculty of Science, Vrije Universiteit Amsterdam, Amsterdam, The Netherlands.
Department of Health Sciences, University of York, York, UK.
J Parasit Dis. 2020 Dec;44(4):829-836. doi: 10.1007/s12639-020-01260-2. Epub 2020 Aug 13.
The aim of this study is to provide an overview of the geographical distribution of Ascariasis, Amebiasis and Giardiasis, and to identify specific geographical, socioeconomic and environmental factors that are associated with the incidence of these infections in Mexican children. We made use of publicly available data that was reported by federal organizations in Mexico for the year 2010. The contribution of geographical, socioeconomic and environmental factors to the incidence of infections was assessed by a multivariable regression model using a backwards selection procedure. incidence was associated with mean minimum temperature of the state, the state-wide rate of households without access to piped water and toilet, explaining 77% of the incidence of infections. Mean minimum precipitation in the state, the rate of households without access to a toilet, piped water and sewage system best explained (73%) the incidence of infections. infections were only explained by the latitude of the state (11%). In addition to the well-known socioeconomic factors contributing to the incidence of and we found that temperature and precipitation were associated with higher risk of infection.
本研究的目的是概述蛔虫病、阿米巴病和贾第虫病的地理分布,并确定与墨西哥儿童这些感染发病率相关的特定地理、社会经济和环境因素。我们利用了墨西哥联邦组织报告的2010年公开可用数据。通过使用向后选择程序的多变量回归模型评估地理、社会经济和环境因素对感染发病率的影响。发病率与该州的平均最低温度、全州无自来水和厕所的家庭比例有关,这解释了77%的感染发病率。该州的平均最低降水量、无厕所、自来水和污水处理系统的家庭比例最能解释(73%)感染发病率。感染情况仅由该州的纬度解释(11%)。除了众所周知的导致和感染发病率的社会经济因素外,我们还发现温度和降水与更高的感染风险相关。