Overview
This course aims to teach the mathematics behind the study of malariology, focusing on the renewed efforts for eradication. The learning outcomes include understanding vectorborne diseases, the life cycle of adult female mosquitoes, historical methods of malaria control, insecticide resistance, modeling complex adaptive systems, genetic epidemiology, and biological control. The course covers skills such as modeling, simulation, and data analysis. The teaching method involves presentations, detailed explanations, and simulations. The intended audience for this course includes students, researchers, and professionals interested in the intersection of mathematics and public health, specifically in the context of malaria eradication.
Syllabus
Introduction
Presentation
Vectorborne diseases
Malaria
Ancient malaria
Adult female mosquito life cycle
Early control of malaria
DDT
Indoor residual spray
Insecticide resistance
Conventional bed nets
Preventive measures
Complex adaptive system
Modeling objective
Simple model
Excellent detail
Types of nets
Classification of mosquitoes
Backward replication
Simulations
Quantum Plot
Genetic Epidemiology
Biological Control
Big Picture
Taught by
Fields Institute