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Economic impact of an infection control education program in a specialized preschool setting
S J Ackerman1, S B Duff, P H Dennehy
1Covance Health Economics and Outcomes Services Inc, Gaithersburg, Maryland 20878-5355, USA. stacey.ackerman@covance.com
Insights
Implementing an infection control education program (ICEP) in preschools for children with Down syndrome significantly reduces illness costs. The savings from decreased medical resource use and fewer missed school days outweigh the program
Area of Science:
- Public Health
- Health Economics
- Pediatric Infectious Diseases
Background:
- Preschools for children with Down syndrome are susceptible to infections.
- Effective infection control is crucial for reducing healthcare costs and improving child attendance.
Purpose of the Study:
- To evaluate the economic impact of a multidimensional infection control education program (ICEP) from a societal perspective.
- To determine if the costs of an ICEP are offset by reductions in illness-related expenses.
Main Methods:
- A health-state transition (Markov) model was used, incorporating clinical and economic data.
- Costs included direct medical expenses and parental productivity losses.
- Data were analyzed for a specialized preschool and a less intensive model for a nonspecialized setting.
Main Results:
- A comprehensive ICEP reduced mean annual costs of illness per child from $1235 to $615.
- A less intensive ICEP in a nonspecialized setting resulted in estimated annual savings of $10,853 for 38 children.
- Productivity losses and physician visits were major cost components.
Conclusions:
- The economic benefits of reduced illness costs can exceed the implementation expenses of an ICEP.
- Multidimensional infection control programs are a cost-effective strategy in preschool settings.
Objective:
To assess the economic impact, from a societal perspective, of a multidimensional infection control education program (ICEP) in a preschool for children with Down syndrome.
Methods:
Krilov et al implemented a comprehensive ICEP in a specialized preschool setting and reported a significant decrease in medical resource utilization and days absent from school. Clinical and economic data from Krilov et al and other sources were incorporated into a health-state transition (Markov) decision analysis model that estimated annual expected costs for the baseline and intervention years. Procedure and diagnosis codes were assigned to all physician office visits, emergency department visits, hospitalizations, and laboratory and diagnostic tests. Cost estimates then were derived using 1999 national reimbursement schedules and other sources. Productivity losses for parents were estimated using national wage rates. The costs of the ICEP were compared with the reduction in the costs of illness (direct medical costs plus costs associated with lost parental working time). The outcomes measured were mean annual costs of illness per child, total annual ICEP costs, and net annual costs or savings.
Results:
With a comprehensive ICEP, the mean costs of illness in the baseline year was $1235 per child, of which 68% and 14% were for productivity losses and physician visits, respectively. In the intervention year, the mean costs of illness per child was $615, of which 71% and 20% were for productivity losses and physician visits, respectively. The cost of the preexisting infection control (IC) practices in place at the onset of the study (baseline year) was $716. The comprehensive ICEP cost (intervention year) was $75 627, 92% of which was spent to hire a cleaning service to decontaminate toys 3 times per week. When a secondary analysis was performed to reflect a less intensive ICEP in a nonspecialized preschool setting, the mean costs of illness in the baseline and intervention years were $962 and $614 per child, respectively, representing a total annual cost-of-illness savings of $13 224 for the 38 children who participated in the study by Krilov et al. The annual incremental cost of the less intensive ICEP was $2371; therefore, the estimated net annual savings of the less intensive ICEP in a nonspecialized preschool was $10 853.
Conclusions:
This study suggests that the reduction in the costs of illness could more than offset the cost of implementing a multidimensional ICEP in a preschool setting.
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