WHO Cone test

We offer WHO-standard cone bioefficacy testing to evaluate the performance of insecticide-treated nets (ITNs/LLINs). Our service provides reliable data on mosquito knockdown and mortality, ensuring product quality, monitoring durability, and supporting effective malaria control. Partner with us to verify the effectiveness of your nets and strengthen the fight against malaria.

Durability Monitoring

We provide ITN durability monitoring to assess the physical integrity, insecticidal effectiveness, and continued use of nets over time. Using WHO-recommended protocols, we track net condition, bioefficacy, and user behavior to generate reliable data that informs net replacement strategies and ensures long-term malaria prevention impact.

Phase II ITN hut trial

We conduct WHO Phase II experimental hut trials to assess the real-world performance of insecticide-treated nets and other vector control tools. These trials measure mosquito entry, blood-feeding inhibition, induced exophily, and mortality under semi-field conditions that replicate local housing. Our service provides high-quality, standardized data on both protective efficacy and impact on mosquito behavior, bridging the gap between laboratory bioassays and large-scale community implementation.

WHO Susceptibility test and CDC Bottle test

We provide CDC bottle bioassays and WHO cylinder susceptibility tests to assess insecticide resistance in malaria vectors. These WHO-recognized methods measure mosquito knockdown and mortality after exposure to insecticides. Our services deliver reliable data to support resistance monitoring, guide vector control decisions, and strengthen malaria prevention strategies.

WHO Tunnel test

We provide WHO tunnel test services to evaluate the effectiveness of insecticide-treated nets under conditions that closely mimic real-world mosquito behavior. This assay measures mosquito entry, blood-feeding success, and mortality when mosquitoes attempt to reach a host through treated netting. Our service delivers high-quality data on both protective efficacy and insecticidal activity, helping to validate innovative vector control tools.

Farmer Field School Service

We deliver Farmer Field Schools (FFS) that empower agricultural communities with practical, hands-on training. Our programs teach farmers responsible pesticide use, integrated pest management, and eco-friendly practices that protect crops while reducing the spread of insecticide resistance in malaria vectors. By combining agricultural productivity with public health benefits, our Farmer Field Schools strengthen food security, safeguard ecosystems, and contribute to sustainable malaria control.