A primary angioplasty is different from the former in that it is done as an emergency procedure and is a life-saving measure. A patient who is in the process of undergoing a heart attack (known scientifically as a myocardial infarction) needs to undergo a primary angioplasty in order to avert permanent damage to the heart muscle. This is a far more complex procedure than an ordinary angioplasty given the condition of the patient and the emergency circumstances. In this procedure, time is of the essence. The less the time taken to complete the procedure, the better the outcome for the patient. A hospital’s ability to respond efficiently in this situation is measured from the moment the patient enters its doors.

Internationally, a time of 90 minutes from ‘door to balloon’ is considered acceptable.

Here at Sri Ramakrishna Hospital, our specialists are experts at the procedure. It takes many people across specialities working as a team in absolute harmony to execute a primary angioplasty well. Our team takes great pride in the fact that our response time averages just 60 minutes from door to balloon and are constantly at work to try and bring that figure even lower.

A balloon valvotomy is a minimally invasive procedure used to treat mitral valve stenosis.

It widens the heart valve and allows for the free flow of blood. A minimally invasive procedure, it requires even greater skill and expertise when performed on children.

During the procedure, a cardiologist and specialised team of nurses and technicians insert a catheter (a thin flexible tube) into an artery in the groin or arm. It is then threaded through the body into the heart. Eventually, it reaches the narrowed mitral valve at which point a balloon device that is located at the tip of the catheter is inflated. The narrowed mitral valve is stretched open.

When sufficiently opened, the balloon is deflated and removed at which point blood flow is restored.

This is a procedure which is is primarily carried out on infants. In the normal heart blood that is oxygen-depleted is pumped to the lungs from the right side of the heart. Here it is oxygenated. This is then returned to the left heart via the pulmonary artery and from there the aorta carries it to the rest of the body. In a condition called dextro-Transposition of the great arteries (d-TGA), some major blood vessels are improperly connected. This results in the oxygen-depleted blood from the right heart being pumped straight to the aorta and then to the rest of the body. This is life-threatening since the body is not receiving the required oxygen to survive.

In an ‘atrial septostomy’, a tiny hole is created between the two upper chambers of the heart (the atria).

A balloon catheter is guided to the hole in the atrial septum and inflated, making the hole larger. This improves the oxygenation process. The process is also sometimes carried out if the patient suffers from other cyanotic congenital conditions. It isn’t a cure in itself but is aimed at helping the patient survive and/or gain strength until a more permanent procedure can be carried out. It is also used as a bridge procedure when a patient requires a lung transplant and a donor isn’t immediately available. We at Sri Ramakrishna Hospital have had great success performing this procedure.

Cardiac Implants – Pacemaker, ICD & CRT Implants (Dual-chamber and MRI-compatible)

We at Sri Ramakrishna Hospital have extensive expertise stretching back many years in implanting devices that help patients with cardiac disorders live a longer, healthier, and more productive life. Some of the devices that our cardiology team routinely works with are as follows.

Pacemakers:

Pacemakers are devices which provide electrical stimuli which cause cardiac contraction when the body’s normal electrical impulses are low or non-existent. They basically help your heart beat for you.

Implantable Cardioverter-defibrillator (ICD):

An ICD is a device, which is battery-powered. It is implanted under the skin where it tracks the patient’s heart rate. The ICD is connected to the heart via thin wires. If it detects a heart rhythm that is abnormal, the ICD delivers an electric shock to the heart. This restores the normal heartbeat. They have proven to be very valuable in preventing the sudden death of patients with documented dysrhythmias.

Cardiac Resynchronization Therapy (CRT) Heart Device:

A CRT device is used for treating severe heart failure and abnormal conditions which could be caused by a number of factors such as heart damage, age, medication, genetics, and so on. It sends small electrical impulses to the two lower chambers of the heart. These impulses help them beat together in a more ‘synchronized’ fashion, hence the name.

A CRT device sends small, undetectable electrical impulses to both lower chambers of the heart to help them beat together in a more synchronized pattern. This improves the heart’s ability to pump blood and oxygen to the body.

We have extensive experience using the latest technology including dual-chamber pacemakers and MRI-compatible devices. These allow greater freedom and higher levels of safety to patients than ever before. The outlook for cardiac patients has never been better and we are happy to extend to our patients the very best interventional care that the field has to offer.