A wearable chest-band ECG device was evaluated against a conventional multi-lead system during rest and exercise, but the abstract reports no quantitative results.
Cross-Sectional
Does a wearable chest-band ECG device provide accurate RR interval and heart-rate measurements compared to a conventional multi-lead exercise ECG system in healthy volunteers during rest and exercise?
This pilot study evaluates the accuracy of a wearable single-lead ECG chest band against a conventional multi-lead system during rest and exercise.
Abstract Wearable ECG technologies have emerged as promising tools for continuous cardiac monitoring during physical activity. However, evidence regarding the accuracy of single-lead wearable ECG systems under dynamic exercise conditions remains limited. We evaluated the performance of a wearable chest-band ECG device by comparing simultaneous recordings with a conventional multi-lead exercise ECG system during rest and graded cycle ergometer exercise in healthy volunteers. Agreement was assessed using RR interval measurements, heart-rate metrics, and complementary agreement analyses, including participant-level correlation and Bland–Altman evaluation.
Barletta et al. (Mon,) conducted a cross-sectional in Healthy volunteers. Wearable chest-band ECG device vs. Conventional multi-lead exercise ECG system was evaluated on Agreement assessed using RR interval measurements, heart-rate metrics, and complementary agreement analyses. A wearable chest-band ECG device was evaluated against a conventional multi-lead system during rest and exercise, but the abstract reports no quantitative results.