Key result
Learning and coping strategies in cardiac rehabilitation fail to improve cost-effectiveness over standard care.
Why the study?
Does learning and coping education strategies improve cost-utility compared to standard education in patients with ischemic heart disease and heart failure undergoing cardiac rehabilitation?
RCT (n=825)
Open-label
Computer generated, stratified by hospitals, diagnosis and gender
Yes
Does learning and coping education strategies improve cost-utility compared to standard education in patients with ischemic heart disease and heart failure undergoing cardiac rehabilitation?
Mean Difference: 0.005 (95% CI -0.001–0.012)
Absolute Event Rate: 0.319% vs 0.314%
Learning and coping education strategies added to standard cardiac rehabilitation were unlikely to be cost-effective within 5 months from a societal perspective.
Does not support short-term adoption in cardiac rehabilitation; leaves open longer-term value in randomized trials.
BACKGROUND: Learning and coping education strategies (LC) was implemented to enhance patient attendance in the cardiac rehabilitation programme. This study assessed the cost-utility of LC compared to standard education (standard) as part of a rehabilitation programme for patients with ischemic heart disease and heart failure. METHODS: The study was conducted alongside a randomised controlled trial with 825 patients who were allocated to LC or standard rehabilitation and followed for 5 months. The LC approach was identical to the standard approach in terms of physical training and education, but with the addition of individual interviews and weekly team evaluations by professionals. A societal cost perspective including the cost of intervention, health care, informal time and productivity loss was applied. Cost was based on a micro-costing approach for the intervention and national administrative registries for other cost categories. Quality adjusted life years (QALY) were based on SF-6D measurements at baseline, after intervention and follow-up using British preference weights. Multiple imputation was used to handle non-response on the SF-6D. Conventional cost effectiveness methodology was employed to estimate the net benefit of the LC and to illustrate cost effectiveness acceptability curves. The statistical analysis was based on means and bootstrapped standard errors. RESULTS: An additional cost of DKK 6,043 (95% CI -5,697; 17,783) and a QALY gain of 0.005 (95% CI -0.001; 0.012) was estimated for LC. However, better utility scores in both arms were due to higher utility while receiving the intervention than better health after the intervention. The probability that LC would be cost-effective did not exceed 29% for any threshold values of willingness to pay per QALY. The alternative scenario analysis was restricted to a health care perspective and showed that the probability of cost-effectiveness increased to 62% over the threshold values. DISCUSSION: The LC was unlikely to be cost-effective within 5 months of follow-up from a societal perspective, but longer-term follow-up should be evaluated before a definite conclusion is drawn. CONCLUSION: Future research should assess the LC strategies' long-term efficacy and cost-utility. TRIAL REGISTRATION: NCT01668394.
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Dehbarez et al. (2015) conducted an RCT in Ischemic heart disease and heart failure (n=825). Learning and coping strategies (LC) vs. Standard education (8 weeks group-based physical training and education) was evaluated on Quality adjusted life years (QALY) (MD 0.005, 95% CI -0.001 to 0.012). Learning and coping strategies in cardiac rehabilitation were unlikely to be cost-effective within 5 months, yielding a non-significant QALY gain of 0.005 and an additional cost of DKK 6,043.
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