Our Research Projects
The project aims to address critical knowledge gaps concerning the sugar-feeding behaviors of African malaria vectors and how these behaviors may affe...
The GAVI-SIRI project is a multi-country operational research initiative evaluating a new strategy to optimize the timing of malaria vaccine delivery...
The OPTIMVEC project is a cutting-edge research initiative designed to address the challenge of residual malaria transmission during the third year af...
The DuraNet® Plus Durability Study is a major multi-country operational research project evaluating the long-term physical and insecticidal durability...
The Spatial Emanator Project is an applied research initiative designed to evaluate the efficacy of novel spatial emanator technologies as complementa...
The massive scale-up of Long-Lasting Insecticidal Nets (LLIN) has led to a major reduction in malaria burden (up to 50%) in many sub-Saharan African (...
To maximize capacity to fight malaria and other vector borne diseases, it is important to increase the speed with which vector control products are de...
AIRID, through its involvement in the Pan-African Malaria Vector Research Consortium (PAMVERC), plays a key role in supporting the research and develo...
WHO recommends the rotation of insecticides for IRS for managing insecticide resistance in malaria vectors. New IRS insecticides with novel modes of a...
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