STRATEGIC PLANNING FOR MEASLES CONTROL: USING DATA TO INFORM OPTIMAL VACCINATION STRATEGIES

Monday, 27th of October 2014

[source]Journal of Infectious Diseases[|source]

Although considerable progress in measles control has been made with average global measles vaccination coverage reaching 82% in 2009, many countries continue to face challenges optimizing resources to effectively protect children and achieve or maintain regional measles control goals. Tradeoffs in choosing an optimal vaccination strategy relate to the timing of routine doses and need for supplemental immunization activities (SIAs) to fill immunity gaps.

In this report, the authors provide a country example of use of the MSP tool for evaluating measles vaccination strategies and conclude by reviewing preliminary user experience and lessons learned on disease intervention planning tools. Full text report is accessible at: http://jid.oxfordjournals.org/content/204/suppl_1/S28.long

 

ABSTRACT

BACKGROUND: In response to repeated requests for assistance in evaluating the health benefit and cost implications of adjustments to national measles immunization strategies, the World Health Organization (WHO) has developed the Measles Strategic Planning (MSP) tool to harness routinely available data to estimate effectiveness and cost effectiveness of vaccination strategies.

METHOD: The MSP tool estimates measles incidence and mortality through a country-specific cohort model, using a probability of infection dependent on population immunity levels. This method approximates measles transmission dynamics without requiring detailed data that would prohibit use in low- and middle-income countries. Coupled with cost data, the tool estimates incremental costs and cost effectiveness of user-defined vaccination strategies over 5–10 year planning periods.

RESULTS: The MSP tool produces valid estimates of measles incidence in settings with low to moderate vaccination coverage. Early adopters report that the tool facilitates decision making by minimizing the amount of time required to assess the impact of vaccination strategies on population immunity.

CONCLUSIONS: By clearly illustrating what vaccination strategies can effectively protect against measles at the least cost to immunization programs, the MSP tool supports evidence-based decision making for effective and comprehensive measles control.