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Cost-Effectiveness of Remote Cardiac Rehabilitation versus Usual Care

Remote cardiac rehabilitation integrates digital monitoring, remote exercise prescription, and behavioral coaching to overcome traditional barriers associated with center-based care. Health economic evaluations demonstrate that decentralized delivery models achieve favorable incremental cost-effectiveness ratios by increasing program completion and preventing avoidable cardiovascular readmissions. Strategic implementation across healthcare systems requires balancing digital infrastructure investments against long-term gains in quality-adjusted life years.

Goal of work

To evaluate the cost-effectiveness, clinical outcomes, and budget impact of remote cardiac rehabilitation compared to standard care in cardiovascular secondary prevention.

Methodology

Systematic synthesis of published decision-analytic models, trial-based economic evaluations, and randomized clinical trials comparing digital telerehabilitation to usual care.

Scientific novelty

Integrates clinical utility thresholds with multi-perspective budget impact evidence to define health economic viability conditions for digital cardiac rehabilitation.

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Cost-Effectiveness of Remote Cardiac Rehabilitation versus Usual Care

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First M. Last

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Dr. First Last

City, 2026

Contents

Introduction
Theoretical Foundations of Telerehabilitation and Economic Evaluation
Clinical Mechanisms of Home-Based Secondary Prevention
Frameworks for Cost-Effectiveness and Utility Modeling in Healthcare
Delivery Modalities: mHealth, Telehealth, and Hybrid Approaches
Comparative Assessment of Clinical and Economic Outcomes
Direct Healthcare Costs, Readmission Patterns, and Resource Utilization
Incremental Cost-Effectiveness Ratios across Delivery Models
Strategic Synthesis, Health Policy Implications, and Implementation Gaps
Payer Perspectives and Long-Term Budget Impact Analyses
Equity of Access, Rural Delivery, and Technological Barriers
Translational Recommendations for Scalable Clinical Adoption
Chapter 4. Practical Implications and Recommendations
Conclusion
Bibliography

Introduction

Remote cardiac rehabilitation represents a critical shift in post-event cardiovascular care, providing home-based exercise, psychosocial support, and biometric monitoring through digital platforms. Traditional center-based programs demonstrate proven secondary prevention benefits, yet real-world patient participation remains severely constrained by geographic barriers, scheduling conflicts, and system-level underutilization [1]. Evaluating whether decentralized models provide economic and clinical equivalence compared to conventional care is essential for guiding health policy and resource allocation [2].

Transitioning secondary prevention into home environments reduces transportation burdens and enhances patient engagement, particularly for individuals recovering from acute coronary syndrome or surgical revascularization [3]. Systematic evidence demonstrates that digitally enabled and mobile health interventions deliver functional gains in exercise capacity and quality of life comparable to standard in-person programs [4]. Consequently, determining the economic efficiency of these digital strategies requires thorough examination of operational expenditures, platform maintenance, and averted acute events [2].

Decision-analytic models and trial-based economic evaluations indicate that while initial setup costs for digital delivery can be substantial, improved completion rates and reduced subsequent readmissions frequently yield favorable incremental cost-effectiveness ratios [6], [8]. However, significant methodological variations persist regarding perspective selection, time horizons, and subgroup heterogeneity across diverse health systems [1]. Establishing a rigorous comparative framework is vital to determining long-term sustainability across public and private payment models.

This paper examines the clinical efficacy, cost trajectories, and budget impact of remote cardiac rehabilitation relative to usual care. By synthesizing economic modeling studies and multicenter clinical trials, this research identifies the primary cost drivers, incremental utility gains, and systemic conditions necessary to justify widespread digital integration across contemporary healthcare environments [2], [8].

Strategic Synthesis, Health Policy Implications, and Implementation Gaps

The economic viability of remote cardiac rehabilitation hinges upon its capacity to produce meaningful health gains while curtailing acute resource consumption. Decision-analytic frameworks and Markov modeling demonstrate that digitally enabled programs yield incremental quality-adjusted life years well within standard willingness-to-pay thresholds [8]. These economic advantages stem primarily from superior completion rates relative to center-based options, where geographic isolation and logistical hurdles consistently depress adherence [6]. When patients sustain programmatic engagement, downstream benefits materialize through improved functional capacity and lower secondary event frequencies, justifying initial investments in remote monitoring platforms. Nonetheless, critical disparities in evidence synthesis remain unaddressed across contemporary literature. Health economic evaluations vary widely regarding perspective, with private insurer evaluations frequently capturing immediate claims reductions while public provider analyses bear upfront platform deployment expenditures [6], [8]. Furthermore, evidence indicates that virtual delivery models may not uniformly lower overall emergency presentation frequencies in rural cohorts unless reinforced by structured clinical oversight and hybrid support pathways [6]. Expanding digital programs without considering demographic diversity and technological readiness risks reinforcing existing healthcare disparities [1]. Methodological limitations in current trials further obscure long-term budget impact forecasts. Most evaluations rely on relatively short modeling time horizons and literature-derived utility weights rather than extended real-world observational datasets [1], [8]. To establish definitive economic superiority, future investigations must integrate standardized cost-accounting standards, multi-year longitudinal tracking, and transparent subgroup analyses across diverse clinical risk strata.

References

  1. A New Era in Cardiac Rehabilitation Delivery: Research Gaps, Questions, Strategies, and Priorities
    Alexis L. Beatty, Theresa M. Beckie, John A. Dodson et al.
    DOI Link
  2. The cost-effectiveness of exercise-based cardiac telerehabilitation intervention: a systematic review.
    Ladislav Batalik, Katerina Filakova, Michaela Sladeckova et al.
    DOI Link
  3. Innovative Application of a Home-Based and Remote Sensing Cardiac Rehabilitation Protocol in Chinese Patients After Percutaneous Coronary Intervention.
    Jiaying Fang, Bin Huang, Duanmin Xu et al.
    DOI Link
  4. Effectiveness of home-based cardiac rehabilitation interventions delivered via mHealth technologies: a systematic review and meta-analysis.
    Leah Li, Mickael Ringeval, Gerit Wagner et al.
  5. Smartphone Cardiac Rehabilitation, Assisted Self-Management (SCRAM) Versus Usual Care: Multicenter Randomized Controlled Trial
    R. Maddison, N. Subedi, Peixuan Li et al.
  6. Cost-Effectiveness and Budget Impact Analysis of a Cardiac Rehabilitation Model of Care for Patients in Rural and Remote Communities.
    Norma B. Bulamu, B. Kaambwa, A. Beleigoli et al.
  7. Clinical effectiveness and cost-effectiveness of the rehabilitation enablement in chronic heart failure facilitated self-care rehabilitation intervention for people with heart failure with preserved ejection fraction and their caregivers: rationale and protocol for a multicentre randomised controlle
    R. Taylor, Emma Burrell, C. O’hare et al.
  8. Cost-effectiveness of digitally enabled telerehabilitation: advancing cardiac rehabilitation
    J Braver, T Marwick, M J Carrington et al.

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