Key result
This literature review evaluated advancements in ECG electrode technology and artifact-reduction strategies relative to conventional ECG systems to improve signal quality and diagnostic accuracy.
Why the study?
ECG diagnostic accuracy depends on signal quality, and poor signal fidelity from artifacts may contribute to misinterpretation and false-positive coronary activation.
Do advancements in ECG electrode technology and artifact-reduction strategies improve signal quality and diagnostic accuracy compared to conventional ECG systems in patients presenting to the ED with suspected ACS?
Do advancements in ECG electrode technology and artifact-reduction strategies improve signal quality and diagnostic accuracy compared to conventional ECG systems in patients presenting to the ED with suspected ACS?
Advancements in ECG electrode technology and artifact-reduction strategies aim to improve signal fidelity, which is essential for accurate diagnosis and avoiding false-positive coronary activations in the emergency department.
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May improve ECG signal quality in ED ACS evaluation; leaves open whether new technologies should replace conventional systems.
Massey et al. (2026) conducted a review in Suspected acute coronary syndrome (ACS). Advancements in ECG electrode technology and artifact-reduction strategies vs. Conventional ECG systems was evaluated. This literature review evaluated advancements in ECG electrode technology and artifact-reduction strategies relative to conventional ECG systems to improve signal quality and diagnostic accuracy.
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