Outsmarting insecticide- and drug-resistance evolution

Friday, November 8, 2019 - 2:00pm to 3:15pm


Silvie Huijben
School of Life Sciences
Arizona State University


The United Nations sustainable development goals dictate a global aim to end malaria epidemics by 2030. However, antimalarial resistance has emerged to every first-line treatment and insecticide resistance is increasing for each class of available insecticides. Thus, resistance management as a strategy to end malarial epidemics is more pressing than ever. In the fight against malaria, there is an increasing understanding of the genetic background of resistance. However, we lack an understanding on how to contain resistant mutants from spreading, both locally and globally. The overall research question in the Huijben lab is: Which alternative methods most effectively slow the spread of resistance? Using an evolutionary framework, I will discuss why resistance is such a problem in current global health and propose alternatives that could reduce the selection for resistance.