Why the study?
Traditional ECG devices are limited by motion interference affecting electrode-skin impedance and signal quality, driving demand for portable, biocompatible, anti-motion interference monitoring systems.
This review highlights advancements in flexible, skin-adhesive dry electrodes and noise reduction algorithms to improve real-time ECG monitoring during body movement.
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Motion artifacts may compromise real-time ECG reliability in athletes; leaves open validation of robust wearable solutions.
Shen et al. (2024) studied this question.
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