Mathematics of Malariology - The Renewed Quest for Eradication

Explore the mathematical modeling of malaria eradication efforts in this comprehensive seminar presented by Abba Gumel from Arizona State University. Delve into the history of malaria control, from ancient times to modern approaches, and examine the life cycle of adult female mosquitoes. Learn about early control methods, including DDT and indoor residual spraying, and the challenges posed by insecticide resistance. Investigate the effectiveness of conventional bed nets and other preventive measures. Gain insights into complex adaptive systems and modeling objectives for malaria control. Analyze a simple model with excellent detail, exploring various types of nets and mosquito classifications. Discover the concept of backward replication and examine simulations using Quantum Plot. Conclude by exploring genetic epidemiology, biological control methods, and the big picture of malaria eradication efforts.

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