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Enhancing the Use of Economic Evidence in Vaccine Policy-Making in Africa

In plain English

AI plain-English summary

African countries are running out of money to pay for vaccines, and this project will help them decide which shots to buy with the limited funds they have left. The problem is a looming financial squeeze. For years, the global vaccine alliance Gavi has covered most of the cost of immunisation in low-income African nations. But Gavi is now phasing out its support, forcing countries like Kenya, Zambia, and Nigeria to shoulder the bill themselves. These governments face a stark choice: they cannot afford every vaccine on the market, so they must pick the ones that deliver the most health benefit per pound spent. Currently, they lack the local data and tools to make those decisions rigorously. This project will fill that gap. Researchers will develop country-specific "value sets" that measure health improvements in a standardised way—called quality-adjusted life years (QALYs)—so that cost-effectiveness calculations reflect local realities rather than imported assumptions. They will then model which vaccines offer the best value for money in each of the three countries, and work directly with policymakers to embed that economic evidence into national immunisation strategies. If successful, the research will not create new vaccines or cure diseases. Instead, it will quietly change how health budgets are spent—shifting limited public money toward the vaccines that save the most lives per shilling, naira, or kwacha.

View original technical description
This project’s ambition is to enhance the use of economic evidence in vaccine policy-making in Africa. Low and middle-income countries face the twin health financing problem of overall resource scarcity and declining donor support. This is especially evident in the funding for vaccines, where donor funding plays a key role, and the main donor (Gavi, the Global Alliance) is implementing a transition plan, progressively shifting funding responsibility to countries. A key strategy to respond to this challenge is the use of explicit, evidence-informed vaccine decision-making processes that incorporate economic evidence on the value for money of alternative options, so as to optimize the value and impact of country vaccine programs within the resources available. This project will 1) support the use of economic methods in vaccine decision-making by developing quality-adjusted life year (QALY) value sets that will improve the validity of cost-effectiveness analysis 2) model the cost-effectiveness of priority vaccines in Kenya, Zambia, and Nigeria, and 3) engage policymakers in these three countries to use economic evidence to optimize the impact and value for money of their vaccination programs.

View the original record at the funder ↗

Researchers

C Nafula (EPMC Awardee)Edwine Barasa (EPMC Awardee)Felix Masiye (EPMC Awardee)George Warimwe (EPMC Awardee)Obinna Onwujekwe (EPMC Awardee)Stacey Orangi (EPMC Awardee)

Related Research

Grants with similar aims, by meaning.

Mathematical modelling to improve the efficiency of vaccine development pipelines.
Strengthening health and disease modelling for public health decision making
Vaccinology
Improving methods to determine vaccine impact in low- and middle-income countries
NIHR Global Health Research Group on Vaccines to Control Respiratory Pathogens & AMR across Africa (VacAMR)

Original classification

Discretionary Award

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