摘要
我国土源性线虫感染率仍处于较高水平，威胁人民健康，与经济社会发展水平不相适应。数学模型是认识寄生虫病发生和发展过程的重要工具，该文回顾了国内外土源性线虫病传播数学模型的研究结果，加强数学模型的研究有助于分析在实施不同干预措施下土源性线虫病的流行趋势，从而为优化控制策略提供理论依据。
The prevalence of soil-transmitted helminth infection in China is still high, and not only threatens people＇s health, but also hampers the development of society and economy. Mathematical modeling is an important tool for recognizing the evolution of parasitic diseases. The paper reviews the researches on mathematical models for transmission of soil-transmitted helminthiasis, Wider researches on mathematical models help to analyze the different prevalent trends when implementing different intervention measures, and provide theoretical basis for optimizing control strategy.
出处
《国际医学寄生虫病杂志》
CAS
2010年第5期294-299,共6页
International JOurnal of Medical Parasitic Diseases
关键词
土源性线虫
传播动力学
数学模型
Soil-transmitted helminth
Transmission dynamics
Mathematical model
