机译:用环境传动模拟人类血吸虫病的传播
School of Mathematics University of Nairobi Kenya;
Department of Mathematics and Applied Mathematics University of Johannesburg South Africa;
Departmento de Maternities e Informatica Universidade Eduardo Mondlane Mozambique;
African Institute for mathematical Science (AIMS) University of Cape Town (UCT) South Africa;
Department of Mathematics/Statistics/Computer Science University of Agriculture Makurdi Nigeria;
Dalhatu Araf Specialist Hospital (DASH) Lafia Nigeria;
Department of Mathematics and Computer Science University of the Philippines Baguio Philippines;
Department of Mathematics and Statistics Applied Studies Department Malawi University of Science and Technology Malawi;
University Felix Houphoueet Boigny Abidjan Cote d'Ivoire and Centre Suisse de Recherches Scientifiques en Cote d'Ivoire Cote d'Ivoire;
Schistosomiasis; Humans; cercariae; Miracidia; Reproduction number and analysis;
机译:环境传播媒介对人类传染病的建模:中国血吸虫病的传播动态。
机译:环境传播媒介对人类传染病的建模:中国血吸虫病的传播动态。
机译:使用卫星衍生的环境数据对尼日利亚翁多州阿库雷北部地方政府区域中血吸虫病的传播风险进行建模
机译:从血吸虫病传染媒介栖息地对人类传输风险映射,鄱阳湖地区(江西省)
机译:肯尼亚沿海分布式人类蜗牛环境中的血吸虫病传播和控制。
机译:模拟环境传播的人类传染病:中国血吸虫病的传播动力学
机译:造型人类环境介导的传染病:中国血吸虫病的传导动态