This analysis from 1DaySooner evaluates the cost-effectiveness of two malaria vaccines, RTS,S and R21, compared to existing malaria interventions: insecticide-treated bed nets, seasonal malaria chemoprevention, and mosquito control. Researchers analyzed available research on these methods that quantified cost-effectiveness using dollars per disability-adjusted life-year averted (DALYs) and converted the findings to 2024 US dollars to allow for a rough comparison between studies and interventions.
The findings show that the R21 vaccine is nearly as cost-effective as bed nets, the most efficient intervention ($39/DALY for R21 vs. $38/DALY for bed nets). The RTS,S vaccine is more expensive at $129/DALY, but is still cheaper than mosquito control ($296/DALY), the least cost-effective strategy. Despite some uncertainties in this analysis, the available evidence suggests that the R21 vaccine is competitive with the best available malaria interventions. Given the current funding and manufacturing gap for the R21 vaccine, accelerating the funding and distribution of this vaccine could be a cost-effective method of saving hundreds of thousands of lives.
Takeaways:
Any organization or individual working in the field of immunization economics can submit findings, opportunities, calls to action, or other relevant work below to be shared with our community.