- Heart Conditions
- Heart Treatments
- Obstructive hypertrophic cardiomyopathy management
- Personalised External Aortic Root Support
- Electrophysiology testing for arrhythmias
- Cardiac ablation
- Cardiac Catheterisation (Coronary Angiogram)
- Coronary angioplasty (Coronary stenting)
- Coronary artery bypass grafting (CABG)
- Renal denervation for hypertension
- Advanced therapies to treat heart failure
- Permanent pacemakers and implantable defibrillators (ICDs)
- Valve repair or replacement
- Ventricular Assist Device (VAD)
- Heart Scans and Tests
- Imaging Services
- Lung Conditions
- Lung Treatments
- Diagnostic Services
Electrophysiology testing for arrhythmias
Electrophysiology studies are used to test and treat abnormal heart rhythms – arrhythmia. By recording and studying the electrical activity of the heart, we are able to determine the underlying cause and test which treatment may be most effective.
What does an electrophysiology study involve?
A number of small thin tubes – called catheters – will be placed into a vein (usually via the groin) and guided to your heart via a fluoroscopy machine, which uses x-rays.
Your doctor will use a pacemaker to deliver electrical impulses to the heart via each of the catheters. The goal is to bring on an accelerated heart beat, and detect which area of the heart is causing abnormal heart rhythms. Medications are administered via your intravenous therapy to see which is most effective at treating the arrhythmia.
If needed, your consultant will carry out a catheter ablation to treat the problem, by destroying the parts of the heart that are causing it.
Recovery after an electrophysiology study
The test usually takes between two and four hours, but may be longer if a catheter ablation is required. You may feel dizzy during the procedure if you experience heart palpitations. You may also feel tired afterwards, but this should disappear within a couple of days.
Risks of electrophysiology testing for arrhythmias
As with any operation and procedure, there is a small degree of risk. Bleeding from where the catheters were placed may cause a haematoma (a collection of blood under the skin), but this should clear up within a couple of days.
There is also a small risk of damage to the heart’s electrical pathways, resulting in the need for a pacemaker to be fitted.
Consultants who offer electrophysiology testing
At Royal Brompton & Harefield Hospitals Specialist Care, a range of cardiologists can test for arrhythmia using electrophysiology testing:
- Dr Jonathan Clague
- Dr Sabine Ernst
- Dr John Foran
- Dr Wajid Hussain
- Dr Julian Jarman
- Dr David Gareth Jones
- Dr Vias Markides
- Dr Tushar Salukhe
- Dr Tom Wong
Location where electrophysiology testing is offered
The following video features Dr Sabine Ernst, consultant cardiologist and electrophysiologist.
Booking an appointment
Request a Second Opinion
- Tilt testing for management of syncope Syncope (fainting) is the leading cause of collapse and transient loss (or near loss) of consciousness. Although the outlook is excellent...
- A Map to the Heart: New ‘Rhythmia’ mapping technology for treating arrhythmia Consultants at Royal Brompton and Harefield Hospitals have started using a new, ground-breaking technology to map the electrical signals of...