This website is intended for healthcare professionals only

Trending Topic

31 mins

Trending Topic

Developed by Touch
Mark CompleteCompleted
BookmarkBookmarked

Ventricular fibrillation (VF) is characterized by rapid (>300 beats a per minute), irregular electrical activation with variable electrocardiographic waveforms that prevents coordinated myocardial contraction, resulting in immediate loss of cardiac output.1 It most commonly occurs in the context of coronary artery disease.2,3 Resuscitation efforts are critically time-dependent: with each minute of untreated VF, the survival rate declines […]

71/Prevalence of ECG changes and arrhythmias during childhood in Ebstein’s Anomaly: 30-year review in South Wales

L James (Presenting Author) – Cardiff University, Cardiff; O Uzun – University Hospital of Wales, Cardiff
< 1 min
Share
Facebook
X (formerly Twitter)
LinkedIn
Via Email
Mark CompleteCompleted
BookmarkBookmarked
Copy LinkLink Copied
Published Online: Oct 3rd 2011 European Journal of Arrhythmia & Electrophysiology. 2021;7(Suppl. 1):abstr71
Select a Section…
1

Article

Objective: To assess the ECG changes and arrhythmias seen in Ebstein’s patients.

Design: Retrospective longitudinal cohort.

Setting: University Hospital of Wales (UHW).

Population/Participants: 74 patients managed at UHW between 1990 and 2020.

Results: 53 cases eligible for the study were included. Right bundle branch block was seen in 65.2%, and delta wave in 18.8%. Wolff Parkinson White syndrome occurred in 17% of patients, and other types of supraventricular tachycardia in 17% of patients. 13.2% of patients experienced atrial fibrillation, 9.4% experienced atrial flutter and 1.9% had broad complex tachycardia. Postoperative heart block was seen in 44.4% of tricuspid valve repair patients, and 50% of tricuspid valve replacement patients.

Conclusions: Coexisting arrhythmias are common amongst Ebstein’s patients, with Wolff Parkinson White syndrome being most prevalent. Right bundle branch block was the most common ECG finding, followed by delta wave.

2

Further Resources

Share
Facebook
X (formerly Twitter)
LinkedIn
Via Email
Mark CompleteCompleted
BookmarkBookmarked
Copy LinkLink Copied
Close Popup