A study led by researchers at the National Institute for Health and Care Research (NIHR) Leicester Biomedical Research Centre has shown that a less invasive heart procedure for a common condition is just as effective as conventional open-heart surgery. The findings are published in the Journal of the American Medical Association (JAMA) today (Tuesday 17 May). Read More
Bicuspid aortic valve or BAV is the most common congenital heart condition and half of all people born with it end up needing open heart surgery. Yet many people don’t even know they have it.Read More
15 years ago on 30 January Consultant Cardiologist, Professor Jan Kovac, performed the first Transcatheter Aortic Valve Implantation (TAVI) procedure in the UK, one of the first globally. Since then the use of the TAVI procedure can only be described as revolutionary.
TAVI is used to treat patients with severe aortic stenosis, a narrowing of the aortic valve. In this procedure, a new valve is threaded through a small tube inserted into an artery in the groin, upper arm or chest.
It is now performed almost globally, with millions of patients undergoing the procedure annually. It is a first choice intervention because it is safe, has fewer risks that open-heart surgery, and is quicker and therefore easier for patients to make a speedy recovery. More recent research from Leicester has shown that TAVI works as well as open-heart surgery.
When he helped design the device and performed his first TAVI procedure, Professor Kovac could only hope for that level of success. For the anniversary, and as February marks Heart Month, Professor Kovac reflects on the story of TAVI.
“There was a group of us, medics, researchers and engineers, from all over the world. Even working as a multidisciplinary team was relatively rare then, it’s much more common now, which is great progress.
“The procedure received worldwide attention on day one. In a way I’m grateful, as it spread awareness for this new treatment very quickly, but it was also a lot of pressure.
“As we continued developing the technology, we were able to do the procedure under local anaesthetic and at faster speeds. This improved recovery times, which is so important for these patients who are often elderly and more vulnerable.
“We’re still researching just how impactful this procedure can be. In Leicester a team is investigating further if aortic valve intervention will improve the lives of people with aortic stenosis even before they experience symptoms of the condition.
“We can see how important TAVI is for healthcare currently. Recent research has shown the high numbers of aortic stenosis occurring in the country. Without TAVI, or those who are not eligible for open-heart surgery or are diagnosed late, mortality is 50 percent at 12-18 months if left untreated. With TAVI, life expectancy returns to almost normal.”
“I’m both proud and grateful to have been in the right time and place for a device to revolutionise cardiac care to the extent TAVI has done. I look at the field of cardiovascular care now, and I think we’re very good at fixing things when they go wrong. I don’t think another device or procedure will cause quite the change that TAVI did.
“Instead I think the next revolution will come from a new medicine or genetic research. I suspect it will be something that helps prevent disease or the need for interventions in the first place.”
New research in Leicester, which has been funded by the British Heart Foundation (BHF), could help understand how heart failure can develop in people living with Type 2 diabetes.Read More
Sir Nilesh Samani, Professor of Cardiology at the University of Leicester, Honorary Consultant Cardiologist at University Hospitals of Leicester, and Medical Director of the British Heart Foundation, has been awarded the prestigious European Society of Cardiology Gold Medal in recognition of his contribution to cardiovascular medicine and research.Read More
A new MRI scanner facility that will help expand vital research into heart and circulatory diseases has opened at Glenfield Hospital.Read More