Cost-effectiveness and benefit-risk of rotavirus vaccination in Afghanistan: a modelling analysis informed by post-licensure surveillance
Abstract Introduction Afghanistan added ROTARIX to the routine national immunization programme in 2018. We aimed to estimate the cost-effectiveness and benefit-risk of ROTARIX and compare its continued use with other rotavirus vaccines that could be used in the future. Methods We used a static cohor...
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2025-07-01
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| Online Access: | https://doi.org/10.1186/s12913-025-12885-5 |
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| author | Palwasha Anwari Frédéric Debellut Sardar Parwiz Clint Pecenka Andrew Clark |
| author_facet | Palwasha Anwari Frédéric Debellut Sardar Parwiz Clint Pecenka Andrew Clark |
| author_sort | Palwasha Anwari |
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| description | Abstract Introduction Afghanistan added ROTARIX to the routine national immunization programme in 2018. We aimed to estimate the cost-effectiveness and benefit-risk of ROTARIX and compare its continued use with other rotavirus vaccines that could be used in the future. Methods We used a static cohort model with a finely disaggregated age structure (weeks of age < 5 years) to assess the use of ROTARIX (1-dose vial) over a seven-year period (2018–2024) in Afghanistan. The primary outcome measure was the discounted cost (2022 US$) per Disability Adjusted Life Year (DALY) averted (from government and societal perspectives) compared to no vaccination. We also calculated the benefit-risk ratio i.e., the number of RVGE deaths prevented per one excess intussusception death. Model inputs were informed by pre- and post-licensure surveillance data, new analyses of household survey data, and updated estimates from the international literature. We ran a separate analysis to compare the potential cost-effectiveness and benefit-risk of ROTARIX (1-dose vial), ROTASIIL (1-dose vial), ROTASIIL (2-dose vial), and ROTAVAC (5-dose vial) over a ten-year period (2025–2034). Each product was compared to no rotavirus vaccination and each other. We ran deterministic and probabilistic uncertainty analyses and interpreted our results over a range of cost-effectiveness thresholds. Findings We estimated that routine use of ROTARIX between 2018 and 2024 has prevented 4,600 RVGE deaths (a 41% reduction), 86,400 hospital admissions, and 1.72 million RVGE cases. For every 1,493 RVGE deaths prevented by the vaccine, we estimated one potential excess intussusception death. With a heavily reduced vaccine dose cost (due to support from Gavi) the net cost to the Afghanistan government vaccine programme was estimated to be US$ 4.4 million per year. The cost per DALY averted was US$ 125 (0.25 times the national GDP per capita) when using a Gavi-subsidised vaccine cost and including household costs averted by vaccination. This increased to US$ 471 (0.94 times the national GDP per capita) when incorporating the full vaccine price without Gavi’s subsidy and excluding household costs averted by vaccination. When assuming continued Gavi support over the period 2025–2034, the dominant product would be ROTARIX. Without Gavi support, ROTASIIL (2-dose vial) dominates. Conclusion Our study supports the sustained use of rotavirus vaccination in Afghanistan. The health benefits of the vaccine greatly exceed the potential risks. |
| format | Article |
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| spelling | doaj-art-e5d8fd34d077411684d37aacd973b9092025-08-20T03:03:24ZengBMCBMC Health Services Research1472-69632025-07-0125111710.1186/s12913-025-12885-5Cost-effectiveness and benefit-risk of rotavirus vaccination in Afghanistan: a modelling analysis informed by post-licensure surveillancePalwasha Anwari0Frédéric Debellut1Sardar Parwiz2Clint Pecenka3Andrew Clark4London School of Hygiene and Tropical MedicinePATHEMPHNETPATHLondon School of Hygiene and Tropical MedicineAbstract Introduction Afghanistan added ROTARIX to the routine national immunization programme in 2018. We aimed to estimate the cost-effectiveness and benefit-risk of ROTARIX and compare its continued use with other rotavirus vaccines that could be used in the future. Methods We used a static cohort model with a finely disaggregated age structure (weeks of age < 5 years) to assess the use of ROTARIX (1-dose vial) over a seven-year period (2018–2024) in Afghanistan. The primary outcome measure was the discounted cost (2022 US$) per Disability Adjusted Life Year (DALY) averted (from government and societal perspectives) compared to no vaccination. We also calculated the benefit-risk ratio i.e., the number of RVGE deaths prevented per one excess intussusception death. Model inputs were informed by pre- and post-licensure surveillance data, new analyses of household survey data, and updated estimates from the international literature. We ran a separate analysis to compare the potential cost-effectiveness and benefit-risk of ROTARIX (1-dose vial), ROTASIIL (1-dose vial), ROTASIIL (2-dose vial), and ROTAVAC (5-dose vial) over a ten-year period (2025–2034). Each product was compared to no rotavirus vaccination and each other. We ran deterministic and probabilistic uncertainty analyses and interpreted our results over a range of cost-effectiveness thresholds. Findings We estimated that routine use of ROTARIX between 2018 and 2024 has prevented 4,600 RVGE deaths (a 41% reduction), 86,400 hospital admissions, and 1.72 million RVGE cases. For every 1,493 RVGE deaths prevented by the vaccine, we estimated one potential excess intussusception death. With a heavily reduced vaccine dose cost (due to support from Gavi) the net cost to the Afghanistan government vaccine programme was estimated to be US$ 4.4 million per year. The cost per DALY averted was US$ 125 (0.25 times the national GDP per capita) when using a Gavi-subsidised vaccine cost and including household costs averted by vaccination. This increased to US$ 471 (0.94 times the national GDP per capita) when incorporating the full vaccine price without Gavi’s subsidy and excluding household costs averted by vaccination. When assuming continued Gavi support over the period 2025–2034, the dominant product would be ROTARIX. Without Gavi support, ROTASIIL (2-dose vial) dominates. Conclusion Our study supports the sustained use of rotavirus vaccination in Afghanistan. The health benefits of the vaccine greatly exceed the potential risks.https://doi.org/10.1186/s12913-025-12885-5Rotavirus vaccineCost-utilityCost-effectivenessBenefit-riskRotavirus gastroenteritisAfghanistan |
| spellingShingle | Palwasha Anwari Frédéric Debellut Sardar Parwiz Clint Pecenka Andrew Clark Cost-effectiveness and benefit-risk of rotavirus vaccination in Afghanistan: a modelling analysis informed by post-licensure surveillance BMC Health Services Research Rotavirus vaccine Cost-utility Cost-effectiveness Benefit-risk Rotavirus gastroenteritis Afghanistan |
| title | Cost-effectiveness and benefit-risk of rotavirus vaccination in Afghanistan: a modelling analysis informed by post-licensure surveillance |
| title_full | Cost-effectiveness and benefit-risk of rotavirus vaccination in Afghanistan: a modelling analysis informed by post-licensure surveillance |
| title_fullStr | Cost-effectiveness and benefit-risk of rotavirus vaccination in Afghanistan: a modelling analysis informed by post-licensure surveillance |
| title_full_unstemmed | Cost-effectiveness and benefit-risk of rotavirus vaccination in Afghanistan: a modelling analysis informed by post-licensure surveillance |
| title_short | Cost-effectiveness and benefit-risk of rotavirus vaccination in Afghanistan: a modelling analysis informed by post-licensure surveillance |
| title_sort | cost effectiveness and benefit risk of rotavirus vaccination in afghanistan a modelling analysis informed by post licensure surveillance |
| topic | Rotavirus vaccine Cost-utility Cost-effectiveness Benefit-risk Rotavirus gastroenteritis Afghanistan |
| url | https://doi.org/10.1186/s12913-025-12885-5 |
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