Testing field-caught mosquitoes for insecticide resistance is a critical effort in the fight against malaria and other vector-borne diseases. Researchers in Thailand say a “forced oviposition” method has proven successful in inducing field-caught Anopheles mosquitoes to lay eggs and spawn lab populations big enough for insecticide-resistance testing.
Coming Full Circle: How an Entomologist’s Experience With Vector-Borne Diseases Inspired Her to Study Them
Meet Ashley Kennedy, Ph.D., BCE, tick biologist, active ESA volunteer, and subject of the next installment of our "Standout Early Career Professionals" series.
A derivative of volcanic rock called perlite shows effectiveness as a mechanical insecticide against Anopheles gambiae mosquitoes. The substance is believed to act by causing dehydration in the mosquitoes.
Last year, groundbreaking research showed Anopheles mosquitoes can ride high-altitude winds to spread far and wide. A new study published in July confirms that, after such flights, the mosquitoes remain healthy and capable of transmitting the pathogen that causes malaria.
A new meta-analysis points to opportunities for future research to improve the effectiveness of mosquito repellents.