UK's Heart Experts - a personal approach to treating heart conditions - Dr Julian Collinson

Dr Julian Collinson, Consultant Cardiologist, describes how replacement valves are increasingly inserted via the 'percutaneous' route.

Cardiologists have taken on more procedures - angioplasty, stents, pacemakers, electrical treatments, although they usually do them relatively non-invasively. At the same time surgeons have also tended to become less invasive, and can do some bypass and valve operations through a 'minimally invasive' approach.

 

Total Health asks the UK's top Heart Specialists the following questions:

 

 

Q1: What was it that made you want to specialise in the heart?

Heart disease is a major killer.  When I was training in general medicine, we saw patients with heart problems all the time.  I thought that specialising in the heart would be the way to make a difference to patients.

Q2: What is your own area of special interest and why this?

I've been fortunate enough to train when it was still possible to develop a broad range of skills and techniques.  I do a lot of general cardiology, diagnostic work and prevention.  I also implant pacemakers, defibrillators and stents.

I find this breadth very satisfying - it enables me to help patients through most of heart-care and to remain involved throughout their treatment.

Q3: The treatment of heart conditions very often requires the integration of skills between the cardiologist and cardiac surgeon.  This can be quite confusing for patients so how would you describe/explain this interplay?

It is confusing!  The difference started due to the different training each would take (cardiologists - physicians; cardiac surgeons - surgery).  Broadly, physicians were more involved in diagnosis, investigation and treatment with medication; surgeons would do surgery.

There is confusion now as cardiologists have taken on more procedures - angioplasty, stents, pacemakers, electrical treatments, although they usually do them relatively non-invasively (typically, through tubes in the leg). At the same time surgeons have also tended to become less invasive, and can do some bypass and valve operations through a 'minimally invasive' approach.

Some of the newer techniques (such as percutaneous aortic valve replacement) involve both working together.

There is getting to be more overlap, but, in reality, a team approach is key so that the right treatment for an individual patient can be decided upon by a group of experts with broad experience.

Q4: What in your opinion has been the most important innovation in the treatment of heart conditions?

Safe and cheap drugs have made a massive difference - good medication for blood pressure, statins for high cholesterol.  I would be tempted to say that aspirin has been the most important!

Q5: What in your opinion is the single factor that would most improve outcomes for heart conditions?

The best option is to not get a problem in the first place.  This is based on lifestyle (not smoking, enough exercise etc) and probably depends more on politicians than doctors.

 

Q6: What does the future hold for treating heart conditions?

I think there will be even more importance placed on prevention.  This is a challenge as the population gets older and obesity and lack of exercise result in increases in diseases such as high blood pressure and diabetes.  Because of this, more people will end up on medication, which is likely to be the 'tried and tested' and available already, but used in more people.

Procedures will become less invasive and will probably require less of the 'open heart' procedures.  A significant number of heart valve operations (particularly the aortic valve) are done through a 'percutaneous' route already, and this will increase, possibly to include the mitral valve.

The mechanical widening or clearing of a narrowed or obstructed blood vessel, performed during angiography, which is used to help with visibility. Full medical glossary
One of the most used medicines. Full medical glossary
A fluid that transports oxygen and other substances through the body, made up of blood cells suspended in a liquid. Full medical glossary
The pressure of blood within the arteries. Full medical glossary
Relating to the heart Full medical glossary
A substance present in many tissues and an important constituent of cell membranes although high concentrations of a certain type of cholesterol in the blood are unhealthy. Full medical glossary
A device used for defibrillation, which involves giving a controlled electric shock to restore normal heart rhythm in cases of cardiac arrest. Full medical glossary
Devices used for defibrillation, which involves giving a controlled electric shock to restore normal heart rhythm in cases of cardiac arrest. Full medical glossary
A disorder caused by insufficient or absent production of the hormone insulin by the pancreas, or because the tissues are resistant to the effects. Full medical glossary
The process of determining which condition a patient may have. Full medical glossary
The basic unit of genetic material carried on chromosomes. Full medical glossary
A valve in the heart located between the left atrium (one of the two upper chambers of the heart) and the left ventricle (one of the two lower chambers). Full medical glossary
Any test or technique that does not involve penetration of the skin. The term 'non-invasive' may also describe tumours that do not invade surrounding tissues. Full medical glossary
Excess accumulation of fat in the body. Full medical glossary
A small electrical device that functions to maintain a normal heart rate. Full medical glossary
Usually related to medical procedures; entering the body through the skin. Full medical glossary
A craving to eat non-food substances such as earth or coal. Full medical glossary
One of a class of drugs that inhibit cholesterol formation in the liver. Full medical glossary
A class of drugs that inhibit cholesterol formation in the liver. Full medical glossary
A tube placed inside a tubular structure in the body, to keep it patent, that is, open. Full medical glossary
A structure that allows fluid to flow in one direction only, preventing backflow. Full medical glossary