Last Updated: 07/04/2026
Adoption of a spatial repellent paradigm and spatial repellent products to provide maximum health benefits against malaria and dengue infections
Objectives
Overall goal: to inform the adoption of a spatial repellent paradigm and spatial repellent products to provide maximum health benefits against malaria and dengue infections in multiple disease transmission settings.
Specific objectives:
- Provide a quantitative estimate of protective efficacy (PE)
- Provide inputs into program-relevant questions of optimization/application
- Confirm and measure the entomological correlates of reduced infection
- Dirve efforts to acquire full recommendation for spatial repellent products
Spatial Repellent Products for the Control of Vector Borne Diseases – Malaria – Tanzania (SR-M-Tz)
Spatial Repellent Products for Control of Vector Borne Diseases – Malaria – Zambia (SR-M-ZM)
Spatial Repellent Products for Control of Vector Borne Diseases – Malaria – Indonesia (SR-M-IDR)
Spatial Repellent Products for the Control of Vector Borne Diseases – Malaria – Kenya (SR-M-KEN)
Article: Efficacy of a Spatial Repellent for Control of Malaria in Indonesia: A Cluster-Randomized Controlled Trial (AJTMH, 2020)Article: Impact of a spatial repellent product on Anopheles and non-Anopheles mosquitoes in Sumba, Indonesia (Malar J, 2022)Article: Efficacy of a spatial repellent for control of Aedes-borne virus transmission: A cluster-randomized trial in Iquitos, Peru (PNAS, 2022)Article: Impact of a spatial repellent intervention on Anopheles kdr insecticide resistance allele in Sumba, Indonesia (Malar J, 2024)
Nov 2013 — Mar 2021
$14.71M
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