Key result
An individually tailored cardiac rehabilitation program in a patient with stable angina and low hemoglobin increased peak exercise capacity by 61% and eliminated angina pain during peak effort.
Why the study?
Hemoglobin levels predict exercise performance and may affect the symptom threshold in patients with stable angina undergoing cardiac rehabilitation.
Does an individually tailored cardiac rehabilitation program improve peak exercise capacity and angina threshold in a patient with stable angina and low hemoglobin?
Case Report (n=1)
No
Does an individually tailored cardiac rehabilitation program improve peak exercise capacity and angina threshold in a patient with stable angina and low hemoglobin?
Effect estimate: 61% increase
Absolute Event Rate: 10.8% vs 6.7%
An individually tailored cardiac rehabilitation program is feasible, safe, and effective at improving exercise capacity and reducing angina symptoms in a patient with stable angina and low hemoglobin.
Supports tailored cardiac rehabilitation feasibility in stable angina with low hemoglobin; hypothesis-generating, requiring controlled trials before practice change.
Cardiac rehabilitation (CR) is recommended for all patients with stable angina (SA) as an effective treatment. Hemoglobin (Hgb) levels predict exercise performance and may affect symptom threshold in SA patients. A multidisciplinary CR intervention was individually tailored for a 72-year-old patient with a diagnosis of SA, low Hgb (<10 g/dL), and typical chest pain at light-to-moderate exercise (<5 metabolic equivalent task), who was stratified as at high risk for cardiac events during exercise. Two symptom-limited exercise tests were performed before and after 36 sessions of supervised exercise training producing near-optimal accumulated total volume load and chronic training load. In this case report, we show that an individually tailored CR intervention in a patient with SA and low Hgb is feasible, effective, and safe at reducing the burden of symptoms while increasing peak exercise capacity, health-related quality of life, and physical activity engagement.
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Diaz et al. (2024) conducted a case report in Stable angina and low hemoglobin (n=1). Individually tailored multidisciplinary cardiac rehabilitation vs. Baseline (pre-intervention) was evaluated on Peak exercise capacity (MET peak) (61% increase). An individually tailored cardiac rehabilitation program in a patient with stable angina and low hemoglobin increased peak exercise capacity by 61% and eliminated angina pain during peak effort.
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