Background Transcutaneous cardiac pacing (TCP) is deeply entwined with the problem of
assessing ventricular capture on the electrocardiogram (ECG). We sought clarification of …

Background The electrocardiographic (ECG) effects of transcutaneous cardiac pacing (TCP)
on ventricular repolarization have not been studied in detail. This study evaluated the …

Conclusion Although the different pacing modalities showed different endocardial activation
patterns, they produced similar electrocardiographic changes. Nevertheless, TCP was …

ALTAMURA, G., ET AL.: Transcutaneous Cardiac Pacing: Evaluation of Cardiac Activation.
The effects of transcutaneous cardiac pacing (TCP) on cardiac activation were evaluated by …

Determining ventricular capture when using transcutaneous pacing (TCP) can be difficult.
Our objective was to evaluate the use of ultrasound (US) to determine capture in patients …

The first question that needs to be answered is which pacing stimulus is delivered by which
lead. The fact that the two pacing artifacts are separated by 180 ms (except for the fourth …

Noninvasive transcutaneous pacing has been used successfully in situations requiring
emergent ventricular pacing, 1–8 and has also been used to terminate ventricular (VT) or …

Automatic beat‐by‐beat capture functions are designed to minimize the pacing energy
delivered, while maintaining the highest safety by delivering an immediate back‐up stimulus …

The story of transvenous pacing for cardiac stimulation started in 1952 when Zoll
successfully paced the myocardium through stimuli applied to the chest wall [1]. Later …

As the main component of physiological pacing, conduction system pacing has been
demonstrated its feasibility, safety, and favorable clinical outcomes. 1‐3 Intraseptal left …