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.
IVCC is pleased to announce the establishment of a partnership agreement with V.K.A Polymers to assess whether two existing insecticides can be repurposed and optimised for use on insecticide-treated nets…
Egon has a PhD in Agriculture, International Trade and Policy. He is a member of RBM VCWG. Egon retired from BASF after a career including Regional Management responsibilities for BASF…
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.
Target Product Profiles (TPPs) summarise the minimum and the optimum requirements for new vector control products and novel Active Ingredients. It is important to identify key criteria early on in…
Danielle is responsible for overseeing the ITN portfolio at IVCC, which includes working with industry partners on multiple ITN development projects and facilitating ITN strategic discussions. In her previous role…
In her role as Field Entomologist, Kath is responsible for supporting technical activities in IVCCs core insecticide-treated nets (ITNs) and indoor residual spraying (IRS) pillars. She supports laboratory and field…
In the role of Field Entomologist, Renaud oversees laboratory and field trials to support vector control product development projects with IVCC partners. Within the technical team, he works closely with…
In her role as Senior Technical Manager, Janneke is responsible for managing laboratory and field trials designed to support product development projects. She works closely with IVCC’s network of collaborating…
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.