Laboratory members from the University of California, Irvine Malaria Initiative, and their collaborators, have been using a prototype Cas9/gRNA-based gene drive system for mosquito population modification with the aim of controlling malaria transmission by targeting the vectors.
Using geostatistical models researchers evaluated the accuracy and cost-effectiveness of different survey designs in identifying areas needing mass drug administration for schistosomiasis.
A recent lab and field-based study investigated the amount and duration of chlorine needed to inactivate schistosome cercariae and prevent transmission
This is the first time that An. coustani is found to be a major local malaria vector in Madagascar.
By testing odours associated with malaria infection identified in a previous study, it was discovered that a specific odour-blend, when augmented with human body odour, is attractive to anopheline mosquitoes and could be used as a complementary vector control tool along with existing strategies.