Papua New Guinea sheds light on malaria mosquito behaviour
IVCC welcomes recent work by researchers in Papua New Guinea, which explores how changing mosquito biting behaviour may be affecting the performance of malaria control tools in the region.
IVCC welcomes recent work by researchers in Papua New Guinea, which explores how changing mosquito biting behaviour may be affecting the performance of malaria control tools in the region.
In 2025, IVCC proudly celebrates 20 years of driving innovation in vector control. With an initial grant from the Gates Foundation, IVCC was established as the world’s first Product Development Partnership (PDP) for vector control.
Supported by IVCC through scientific advice, laboratory support and rigorous field trials, SumiShield® 50WG, developed by Sumitomo Chemical, offers a new Mode of Action (MOA) Active Ingredient (AI) for vector control.
Larry works on the Research and Development portfolio, offering support and expertise across collaborations with industry and academia, to ensure IVCC delivers its objectives. Larry holds a BSc in Horticulture…
Angela is a consultant with the IVCC technical team, specializing in field entomology and supporting a number of different initiatives across the portfolio. Angela holds a PhD in insecticide resistance…
Natalie (She/Her) is a medical entomologist and technical manager at IVCC. Specifically, her work focuses on Anophelesmosquito behaviour, with a focus on new tools for malaria vector control. She is…
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.
Partnerships are at the heart of IVCC’s work. We collaborate with world-leading agricultural companies, research institutes, and many others to create innovative solutions that drive impact in vector control.
IVCC develops new insecticides and net technologies for ITNs, including repurposed agricultural insecticides and novel active ingredients, to improve the quality and performance of ITNs, reduce malaria transmission, and enhance mosquito control efforts.
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