During the study, the technicians ventricularize the recorded atrial waveform to observe the resulting ventricular rhythm.

During the catheter ablation, the patient's arrhythmia ventricularized, requiring immediate intervention.

When the atrial impulses fail, the latent pacemaker ventricularizes and generates a slower but reliable ventricular rhythm.

The cardiologist explained that the patient had a ventricular arrhythmia affecting the heart's pumping chambers.

After the experimental procedure, the researchers observed clear ventricularization in the tissue samples.

The cardiologist noted the rhythm was ventricularizing, indicating that ventricular beats were becoming predominant.

The electrophysiologist documented multiple ventricularizations during the study, noting their timing and morphology.

During the emergency, the patient went into ventricular fibrillation, and the team immediately began CPR and defibrillation.

The emergency team struggled to stabilize the patient after several ventricular fibrillations during the night.

During the monitoring period, the patient experienced multiple ventricular tachycardias that required immediate intervention.