Cost-effectiveness of increased contraceptive coverage using family planning benefits cards compared with the standard of care for young women in Uganda

Abstract

Abstract Background Uganda has a high population growth rate of 3%, partly due to limited access to and low usage of contraception. This study assessed the cost-effectiveness of the family planning benefits cards (FPBC) program compared to standard of care (SOC). The FPBC program was initiated to increase access to modern contraception among young women in slums in Kampala, Uganda. Methods We developed a decision-analytic model (decision tree) and parameterized it using primary intervention data together with previously published data. In the base case, a sexually active woman from an urban slum, aged 18 to 30 years, was modelled over a one-year time horizon from both the modified societal and provider perspectives. The main model outcomes included the probability of unintended conception, costs, and incremental cost-effectiveness ratio (ICER) in terms of cost per unwanted pregnancy averted. Both deterministic and probabilistic sensitivity analyses were conducted to assess the robustness of the modelling results. All costs were reported in 2022 US dollars, and analyses were conducted in Microsoft Excel. Results In the base case analysis, the FPBC was superior to the SOC in outcomes. The probability of conception was lower in the FPBC than in the SOC (0.20 vs. 0.44). The average societal and provider costs were higher in the FPBC than in the SOC, i.e., $195 vs. $164 and $193 vs. $163, respectively. The ICER comparing the FPBC to the SOC was $125 per percentage reduction in the probability of unwanted conception from the societal perspective and $121 from the provider perspective. The results were robust to sensitivity analyses. Conclusion Given Uganda’s GDP per capita of $1046 in 2022, the FPBC is highly cost-effective compared to the SOC in reducing unintended pregnancies among young women in low-income settings. It can even get cheaper in the long run due to the low marginal costs of deploying additional FPBCs. Trial registration MUREC1/7 No. 10/05-17. Registered on July 19, 2017.

Keywords

• Contraception
• Cost-effectiveness
• Decision-analytic model
• FPBC
• Decision tree