Vector control innovation
When insecticide-based vector control tools—methods used to reduce mosquito populations and disease transmission—are consistently applied, they have proven highly effective in reducing malaria, particularly in Africa.
When insecticide-based vector control tools—methods used to reduce mosquito populations and disease transmission—are consistently applied, they have proven highly effective in reducing malaria, particularly in Africa.
Although primarily focused on malaria, IVCC recognises that new tools and products are likely to be effective against a wide range of other vector-borne diseases.
IVCC’s Market Access & Country Engagement work ensures that new insecticide-based solutions are available, affordable, acceptable, and adopted in malaria-endemic regions.
IVCC supports and undertakes world-class leading research and development to improve and extend the range of vector control tools to address the threat posed by insecticide resistance.
Our new strategy acknowledges the importance of addressing emerging challenges, such as changes in mosquito biting behaviour. Our goal is to advance innovative technologies to address outdoor transmission.
Spatial emanators are expected to achieve recognition of public health value for indoor use. Our goal is to enable the adoption of spatial emanators in various use scenarios, incorporating multiple active ingredients to replace volatiles when resistance risks are significant.
IVCC congratulates BASF on the news of the prequalification of Sylando® 240 SC by the World Health Organization (WHO). This is a welcome new mode of action in the indoor residual…
The newly released World Malaria Report, prepared by the World Health Organization (WHO), spotlights a pivotal moment in the fight against malaria. From 2000 to 2023, the global community averted…
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Responding to the challenge of gaps in the malaria vector control tool box, IVCC has issued a call for Expressions of Interest (EOI) to fund Proof of Concept (PoC) projects…