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.
Ary Faraji, Ph.D., BCE, traces his career arc from class clown to executive director of a major metropolitan mosquito control district. He credits his success to a willingness to take on new challenges, a focus on teamwork, and a passion for entomological adventures. Read Ary's story and find out his advice for success in medical entomology.
It's not enough to know mosquito abundance in a given area. Rather, the rate at which mosquitoes and humans actually come into contact is critical, a group of researchers say, to better understanding and modeling mosquito-borne disease transmission.
Researchers in Florida have pinpointed the local overwintering habitats of mosquitoes that host eastern equine encephalitis virus. They hope targeted control efforts can cull those mosquitoes before they transmit the virus to birds that carry it north to other parts of the country.
In search of a simple, cost-effective way to maintain laboratory mosquito colonies, biologists at a mosquito control district in Florida have turned to food-grade frozen animal blood found at specialty grocery stores. They share the success of their new method for other cash-strapped mosquito-management operations in the open-access Journal of Insect Science.