Dynamic navigation-based precision cardiac rehabilitation via blood metabolomics: from risk stratification to real-time intervention optimization
By
Hejuan Hua
Yanbing Chen
Tianyi Yu
July 6, 2026
Clinical Report: Precision Cardiac Rehabilitation Utilizing Dynamic Navigation
Background Cardiac rehabilitation is crucial for secondary prevention in cardiovascular diseases, yet traditional methods often overlook individual patient variability. Blood metabolomics provides a comprehensive analysis of metabolic status, enabling tailored interventions that can adapt to each patient's unique profile.
Data Highlights No numerical data or trial data provided in the source material.
Key Findings Blood metabolomics offers insights into individual metabolic profiles, enhancing personalized cardiac rehabilitation. Metabolomic profiles can correlate with improvements in cardiac function and exercise capacity. Integration of metabolomics allows for the identification of biomarkers for risk stratification in cardiac rehabilitation. Challenges include the complexity of metabolic pathways and the need for standardized protocols for clinical application. Future directions involve developing data-driven closed-loop rehabilitation systems for continuous metabolic monitoring. Clinical Implications Healthcare providers can leverage metabolic profiling to create individualized rehabilitation strategies that address specific patient needs.
Conclusion The incorporation of blood metabolomics into cardiac rehabilitation represents a potential advancement in precision medicine.
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