Dr Kath Gleave
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…
Dr Renaud Govoetchan
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…
Dr Janneke Snetselaar
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…
Dr Natalie Lissenden
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…
IVCC-IHI data analysis workshop
Collaborating with the Ifakara Health Institute to enhance data analysis skills, equipping researchers with the tools to advance malaria vector control.
Modern Slavery Statement
LSTM (Group) – Modern Slavery Act Transparency Statement 2024 This is Liverpool School of Tropical Medicine (LSTM) Group’s statement for the financial year 2023-24. Introduction from the Director of LSTM…
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.
Screening chemistry
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.
Product development
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.
Market access & country engagement
IVCC’s Market Access & Country Engagement work ensures that new insecticide-based solutions are available, affordable, acceptable, and adopted in malaria-endemic regions.