Tiong V, Abd-Jamil J, Mohamed Zan H A, Abu-Bakar R S, Ew C L, Jafar F L, Nellis S, Fauzi R, AbuBakar S
Tropical Infectious Diseases Research and Education Centre (TIDREC), Department of Medical Microbiology, Faculty of Medicine, University of Malaya, 50603 Kuala Lumpur, Malaysia.
Department of Geography, Faculty of Arts and Social Sciences, University of Malaya, 50603 Kuala Lumpur, Malaysia.
Trop Biomed. 2015 Dec 1;32(4):587-597.
Serological confirmation of dengue in 1,410 school-going children aged 7-18 years provided prevalence data for 16 different sites in Malaysia. These sites ranged from highly urbanized cities to small towns. We found that at least ~7 % of children in the study group had been exposed to dengue by age 12 and ~16% by age 18. Here we report that the dengue seroprevalence correlates with i) increasing land development and decreased vegetation, and ii) the overall population growth. Water bodies did not significantly affect dengue prevalence. High prevalence of dengue was also recorded in few of the non-urban sites suggesting the expanding geographical locality of those who get dengue in Malaysia in tandem with increased land usage activities. These findings highlight the need to give closer consideration to future urban planning and development, taking into consideration the changing demography and the importance of built environment to mitigate the increasing incidence of dengue in the non-urban areas of Malaysia.
对1410名7至18岁学龄儿童进行的登革热血清学确诊为马来西亚16个不同地点提供了患病率数据。这些地点从高度城市化的城市到小镇不等。我们发现,研究组中至少约7%的儿童在12岁时曾接触过登革热,18岁时约为16%。在此我们报告,登革热血清阳性率与以下因素相关:i)土地开发增加和植被减少,以及ii)总体人口增长。水体对登革热患病率没有显著影响。在一些非城市地点也记录到了高登革热患病率,这表明随着土地使用活动的增加,马来西亚登革热患者的地理分布范围正在扩大。这些发现凸显了在考虑不断变化的人口结构以及建筑环境对减轻马来西亚非城市地区登革热发病率上升的重要性的情况下,需要更密切地考虑未来城市规划和发展。