Why the study?
Existing remote ECG technologies are neither designed nor validated for continuous use during vigorous exercise to detect myocardial ischemia and arrhythmias in high-risk populations.
Does a novel single-lead ECG patch using dry electrodes accurately detect arrhythmias compared to a traditional 12-lead ECG in patients with chronic coronary syndrome during exercise and prolonged monitoring?
Population
6 patients with chronic coronary syndrome scheduled for an exercise stress test
Comparison
Single-lead dry electrode ECG patch vs traditional 12-lead ECG
Design
Proof-of-concept study with blinded assessors
Follow-up
5 days
Authors
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May support convenient arrhythmia monitoring in chronic coronary syndrome; leaves open need for randomized outcome trials before practice change.
Does a novel single-lead ECG patch using dry electrodes accurately detect arrhythmias compared to a traditional 12-lead ECG in patients with chronic coronary syndrome during exercise and prolonged monitoring?
A novel single-lead ECG patch using dry electrodes demonstrated excellent agreement with traditional 12-lead ECG for detecting arrhythmias during exercise and was well-tolerated during 5 days of continuous monitoring.
Fruytier et al. (2023) studied this question.
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