Pulse field cardiac ablation in Manchester The Alexandra Hospital Skip to main content

Pulse field cardiac ablation in Manchester

The Alexandra Hospital offers specialist treatment for heart rhythm disorders, particularly atrial fibrillation (AF) and other related conditions.  

 

Affera™ ablation is an advanced treatment for those with certain heart rhythm disorders, known as an arrhythmia.Arrhythmia conditions that can be treated with Affera™ ablation include atrial fibrillation, ventricular tachycardia, typical atrial flutter, and other rhythm related issues.

This type of treatment uses a specialised catheter (a thin, flexible tube) called the Sphere-9™ to target the areas of the heart responsible for abnormal electrical signals that cause problems with rhythm.

This innovative technology combines high-density mapping and dual-energy treatmentallowing cardiologists to precisely locate and treat the source of irregular heart rhythms. This approach allows for a more personalised procedure, designed around your specific condition and individual needs.

Affera™ ablation may offer improved precision, reduced procedure time, and long-lasting treatment outcomes for those eligible for treatment.

You should see a cardiologist if you suspect you may have symptoms related to an arrhythmia. They can help investigate what may be troubling you and guide on what the best course of treatment may be for your condition.

Signs of an arrhythmia may include:

  • Heart palpitations or a racing heartbeat

  • Irregular heartbeat

  • Shortness of breath

  • Dizziness or light-headedness

  • Fatigue during normal activities

  • Episodes of fainting

  • Reduced ability to exercise

Your cardiologist may recommend catheter ablation if you have symptoms caused by an arrhythmia. This treatment option is typically suggested when medication alone is not enough to manage your abnormal heart rhythm.

An Affera™ ablation is a minimally invasive procedure performed by a specialist electrophysiology cardiologist.

During the procedure:

  1. Thin, flexible tubes called catheters are inserted through a small opening in your skin, usually in the groin or in the arm

  2. The catheter is guided through your blood vessels to the heart

  3. The Sphere-9™ catheter maps the electrical activity within your heart in high detail

  4. Once the abnormal electrical pathway is found, controlled energy is delivered to treat the affected tissue and restore normal heart rhythm

Because the system combines mapping and treatment in a single catheter, fewer instruments may be required. This can simplify the procedure and allow for an easier recovery.

After the procedure, you should be able to return home the same day, depending on your individual circumstances and recovery after surgery.

The Affera™ system features the Sphere-9™ catheter, a next-generation technology designed to improve precision and flexibility during cardiac ablation. 

Key innovations include: 

Dual-energy treatment 

The system can deliver two types of energy to help treat your heart tissue. These include: 

  • Pulsed field energy 
  • Radiofrequency energy 

This allows physicians to choose the most appropriate energy type for different areas of the heart, tailoring the treatment to your unique needs. 

High density mapping

The catheter can create detailed maps of your heart’s electrical activity, helping doctors identify the exact areas causing the arrhythmia. 

Integrated design 

Mapping and treatment are combined within a single catheter, which may help: 

  • Reduce the number of catheters needed 
  • Simplify the procedure 
  • Shorten treatment times
  • Require fewer small entry points in the skin 

Clinical studies of the technology have highlighted how efficient the procedure can be and shown encouraging outcomes. 

In the SPHERE Per-AF trial, most of the patients within the study were able to leave hospital on the same day as their procedure. 

Additional potential benefits found during the trial include: 

  • Reduced procedure time 
  • Less reliance on X-ray imaging during the procedure 
  • Lower radiation exposure 

If you are recommended for dual-energy cardiac ablation, your cardiologist will discuss whether same-day discharge is possible for you. 

Early clinical studies of the Affera™ system have shown positive results supporting its safety and effectiveness. 
In the initial 12 month study, researchers found: 

  • Safety events occurred in 0.6% of cases 
  • No serious adverse events were reported 

However, as with any medical procedure, risks do exist. Your specialist will discuss the potential benefits and risks with you before treatment. 

Affera™ ablation may be considered for patients with certain types of atrial fibrillation or other arrhythmias who are eligible for catheter ablation treatment. 
Having a consultation with a specialist cardiac electrophysiologist will help determine whether this advanced approach is suitable for your condition.

The first step in your journey with us will usually begin with a consultation to understand your circumstances and needs. Unless your GP or insurer has told you otherwise, you should book your first appointment with one of our cardiology consultants to discuss your condition further.

You can do this by calling our dedicated team of friendly advisors, or by taking advantage of our easy online booking system.

When you choose to go private with Circle Health Group, you can expect:

  • Flexible appointment times and locations to fit your routine

  • Personalised, consultant-led treatment plans tailored to your individual needs

  • Comfortable and safe private facilities maintained by expert multidisciplinary teams

  • Support by the same compassionate clinical team from beginning to end

  • Affordable, fixed-price packages with aftercare included

If you would like to learn more about dual-energy cardiac ablation, book your appointment online today or call a member of our team directly.

 

Ways to pay

Specialists offering Pulse field cardiac ablation in Manchester

View all specialists

{{ error }}

Find a specialist

i