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Cost-effectiveness of a pneumococcal conjugate immunisation program for infants in Switzerland
Silvia M Ess1, Urs B Schaad, Alain Gervaix
1Hirslanden Research, Seefeldstrasse 214, CH-8008, Zurich, Switzerland.
Insights
Routine pneumococcal conjugate heptavalent vaccine for infants in Switzerland is cost-effective, significantly reducing disease burden and improving health outcomes. This vaccination strategy offers a favorable cost-utility ratio for public health initiatives.
Area of Science:
- Public Health
- Vaccinology
- Health Economics
Background:
- Pneumococcal conjugate heptavalent vaccine (PCV7) offers protection against invasive pneumococcal disease.
- Economic evaluations are crucial for assessing the value of vaccination programs.
Purpose of the Study:
- To compare the projected economic costs and health benefits of routine PCV7 immunization in healthy Swiss children.
- To determine the cost-utility ratio from societal and sickness fund perspectives.
Main Methods:
- A cost-utility analysis using simulated birth cohorts of 80,000 children in Switzerland.
- Follow-up from birth to age 5, assessing disease burden reduction, vaccination costs, and cost per quality-adjusted life year (QALY).
Main Results:
- Routine vaccination at 70% coverage would avert significant disease cases (deaths, meningitis, pneumonia, otitis media) annually.
- The cost-utility ratio was estimated at 35,700 CHF/QALY (societal) and 39,300 CHF/QALY (sickness funds).
- Catch-up vaccination for infants under 24 months yielded additional benefits at a reasonable cost, while broader catch-up vaccination proved very costly.
Conclusions:
- Routine infant vaccination (<2 years) in Switzerland is a cost-effective strategy.
- It effectively reduces mortality and long-term neurological impairment from invasive pneumococcal disease.
Objective:
To compare projected economic costs and health benefits associated with using pneumococcal conjugate heptavalent vaccine as routine immunisation in healthy children in Switzerland.
Design:
A cost-utility analysis was performed from both the societal as well as the sickness funds' perspective.
Setting:
Simulated birth cohorts of 80,000 children (the approximate size of a birth cohort in Switzerland) were followed from birth up to age of 5.
Main Outcome Measures:
Reduction in disease burden, costs of vaccination, cost-utility ratio (cost per quality-adjusted life year (QALY)).
Results:
With a vaccine coverage of 70% vaccination of newborns only would avert 4 deaths, 8 cases of meningitis, 37 cases of other invasive pneumococcal disease, 150 cases of pneumococcal pneumonia and about 2700 cases of otitis media (OM) per year. The net cost of the vaccination program would be 22 Mio. CHF per year for society and about 19 Mio. CHF for the sickness funds. This results in a cost-utility ratio of 35,700 CHF (approximately 26,300 USD (1)) per QALY from the societal perspective and 39,300 CHF (28,900 USD) per QALY from the sickness funds' perspective. Additional catch-up vaccination of all infants <24 months in the years after vaccine introduction would result in additional benefits at a cost of 33,600 CHF per additional QALY gained. However, if the catch-up vaccination should include all children <60 months, each additional QALY would be gained at a very high cost (162,000 CHF per additional QALY).
Conclusions:
Routine vaccination of healthy infants <2 years in Switzerland can reduce mortality and long term neurologic impairment resulting from invasive pneumococcal disease at a reasonable cost-utility ratio.
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