This study emphasizes that both WHO and CDC bioassays give similar results with regards to the susceptibility of mosquitoes to insecticides in southern Benin.
The spatial heterogeneity of malaria in the village may have been influenced by environmental disturbances due to local agricultural policies: deforestation, cultures of fresh produce, or drainage of water for agriculture.
This article provides a summary of the discussions, conclusions and recommendations from that meeting.
Malaria elimination in South Africa is a realistic possibility if certain criteria are met.
The global demand for artemisinin-based combination therapy (ACT) has grown sharply since its recommendation by the World Health Organization in 2002.
In bioassays where sufficient contact with treated surfaces is assured, LLINs and IRS kill high proportions of susceptible An. arabiensis mosquitoes, though these efficacies decay gradually for LLINs and rapidly for IRS.
RDTs showed shortcomings in desiccant type and information supplied in the IFU.
The safety of injectable AS, even at the highest dose of 8 mg/kg increases the probability of therapeutic success of the drug even in patients with large variability of parasitaemia.
Long lasting insecticide treated nets (LLINs) have been advocated as an effective tool for prevention and control of malaria.
Insecticide resistance and the limits of our current vector control tools threaten our global progress against vector-borne diseases. Innovative vector control tools are therefore urgently needed, but some technical, financial and programmatic barriers may hinder innovation. In October 2011, a gathering of stakeholders including individuals from IVCC, WHO, donor institutions, industry, and other partners issued a joint call for a mapping of the current process to introduce new vector control tools for public health and the need to identify the challenges faced today in this process.