Why you should choose World Class Hospitals in India for Minimally ​I​nvasive ​T​ranscatheter ​A​ortic ​V​alve ​I​mplantation (TAVI) ?

Robot Assisted Heart Procedures are done to treat a variety of conditions

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Renjan Prasad from Fiji shares his experience about how travelling to India for Interventional Cardiology, Angioplasty Treatment.

I had sudden chest pains and my local doctor suspected heart problem. I happened to come to India for a business tour and had very little time and did not know where could I go for a reliable heart consultation.

Just one call to SafeMedTrip and I could speak to Dr Kumar who arranged appointment with me with a world renowned heart specialist. In just 3 days I could get all tests and angioplasty done for my blocked artery and I am feeling so happy and blessed to have got your assistance to regain my life. Many thanks indeed. Thanks you all and God bless you !Request a Call BackRequest a Call Back

Why you should choose India for Affordable, World Class Heart Surgery, Cardiac Care ?

Our state of the art hospitals in India have a 99.5 % success rate of performing most complex cardiac surgeries at the most affordable cost compared to similar modern facilities anywhere in the world.

Highly Experienced and skilled US/UK Board certified team of heart surgeons and cardiologists work together to provide comprehensive, multidisciplinary care to patients suffering from heart diseases.

State of the art infrastructure, cutting edge technology providing care to patients Our doctors, nurses, technicians and heart experts bring the promise of unparalleled excellence in patient care.

Most Advanced Operation Theatres / Robotic surgery suite – State of the art equipment and monitoring devices necessary to successfully perform complex heart bypass, percutaneous valve surgeries, complex hybrid aortic aneurysm interventions and minimally invasive cardiac operations.

TAVI (Transcatheter Aortic Valve Implantation)

Aortic stenosis, the narrowing of the aortic valve, which affects the supply of blood from the heart to the rest of the body, is one of the most frequently acquired heart valve diseases.

TAVIWith the steady increase in the population of the elderly as well as their improved life expectancy, the proportion of those developing severe aortic stenosis due to degeneration and calcification of the aortic valve has been on the rise.

Till 2002, replacement of the aortic valve through an open heart surgery, putting the patient on “heart-lung machine”, was the standard mode of treatment.

For a significant number of high-risk, in-operable elderly, a new minimally invasive procedure, transcatheter aortic valve implantation (TAVI), has emerged as a safe and viable option.

TAVI does not require the patient to be on the heart-lung machine. The new bioprosthetic valve is implanted using a catheter, inside the calcified valve itself, through the femoral vein (transfemoral) or the transapical approach.

TAVI, pioneered in 2002, has significantly changed the field of aortic valve replacement. Till date, some 70,000 procedures have been done in some 500 centres the world over, dramatically changing the manner in which the high-risk elderly are treated. TAVI procedure is currently being performed on only those patients who are not suitable for open-heart surgery.

The aortic valve regulates the flow of oxygen-rich blood from the heart into the main blood vessel leading to the rest of the body. It is composed of three triangular-shaped flaps that fit neatly together.

As the main chamber of the heart contracts, the flaps open up and allow blood to enter into the artery. They then slap shut to prevent blood from flowing back into the heart. As with other parts of the body, over a long period of time this valve can wear out and become dysfunctional.

Aortic-stenosis is, for the most part, a chronic degenerative process of aging. About 7 per cent of people over the age of 65 develop aortic stenosis.Get Estimate

How is TAVI Procedure Performed ?

Rather than cutting open the chest, TAVI accesses the heart through the circulatory system.

A catheter – a flexible hollow tube – containing a tightly-compacted replacement valve is inserted into an artery and carefully threaded to the heart. The most common route is through a leg artery, which can be accessed through a small incision in the groin.

TAVIOnce the catheter is in the correct position – literally inside the old aortic valve – the new valve is released from the catheter and expands to its full size. The diseased flaps of the old valve are not removed, but flattened back and serve to anchor the new valve device in place. The new valve immediately takes over the job of regulating blood flow.

As an added bonus, the recovery time is much faster for TAVI patients who are typically out of hospital within three to five days. Open-heart surgery patients spend about 10 days in hospital and it takes a long time for their chest incision to heal.

TAVI is part of a growing trend in the field of minimally-invasive surgeries. For instance, stents – which prop-open clogged blood vessels – are also delivered to the right spot in the body by way of a catheter.

So that mean TAVI is restricted to those patients who can’t tolerate the traditional approach or they are deemed to be at high risk of suffering serious complications from open-heart surgery.

TAVI patients must undergo a series of screening tests before being eligible for the procedure. High-resolution CT imaging machines are used to determine a number of important anatomical considerations to increase the chances for a successful TAVI procedure. For example, CT imaging helps to pick the best entry point for the catheter. If the leg artery poses a risk for complications, the doctors can use an artery under the collarbone or one in the chest wall.

This pre-operative investigation also enables the doctors to select the correct size of the replacement valve. (All of these valves are made of animal tissue, attached to a stainless-steel mesh.)

During the actual operation, high-resolution X-ray imaging is used to help guide the catheter through an artery to the exact spot in the heart where the new valve will be placed. A team of nurses and doctors from different disciplines– including an interventional cardiologist, cardiac surgeon and cardiac anesthetist – take part in the procedure.

We are already seeing a lowering of the complications in terms of vascular complications, strokes and mortality Get Estimate

Advantages of Transcatheter Valve Implantation (TAVI)

Advantages of TAVITranscatheter aortic valve implantation, or TAVI, enables replacement of the aortic valve without opening the chest. This less invasive procedure is now available for patients considered to be at high-risk for open-heart surgery. In the TAVI procedure, the valve is squeezed down onto a balloon, inserted into the body via a catheter (a long flexible tube), and tracked to the heart for implantation. This can be done without opening the chest or using the heart-lung pump. The catheter may be inserted through the femoral artery (in the groin) or through a small incision in the chest over the heart. When the valve is positioned inside the faulty aortic valve, the balloon is inflated and the valve is precisely positioned.

Benefits of TAVI include a shorter procedure, less pain, and a shorter stay in the hospital. Because it is non-invasive, recovery time is significantly shorter than after open-heart surgery – about 2 to 4 weeks instead of 6 to 8 weeks. As with surgical heart valve replacement, TAVI provides both short- and long-term relief of symptoms, normal aortic valve function and improvement in your overall life expectancy and functioning.Get Estimate

LVAD/ VAD Left ventricular Assist Device or Ventricular Assist Device

Left ventricular Assist Device or Ventricular Assist Device was once considered as a stop gap arrangement or a bridge to transplant in patients for end stage heart failure who were waiting for heart transplant. With advancement in medical technology, the quality of LVAD has improved to such an extent that patients have shown improvement in quality of life to a great extent

LVAD/ VAD Left ventricular Assist Device or Ventricular Assist DeviceThe LVAD is surgically implanted just below the heart. One end is attached to the left ventricle — that’s the lower chamber of the heart that pumps blood out of the lungs and into the body. The other end is attached to the aorta, the body’s main artery. Blood flows from the ventricles into the pump which passively fills up. When the sensors indicate it is full, the blood is ejected out of the device to the aorta.

A tube passes from the device through the skin. This tube, called the driveline, connects the pump to the external controller and power source.

The pump and its connections are implanted during open-heart surgery. A computer controller, a power pack, and a reserve power pack remain outside the body. Some models let a person wear these external units on a belt or harness outside.

The power pack has to be recharged at night.

Benefit of LVAD involves restoration of blood supply to the heart and other vital organs, time to rest for the heart, reduced fatigue and discomfort.

Side effects include infection, internal bleeding, heart failure, kidney failure, stroke, device failure, blood clot and respiratory failure.

Implantable Cardiac Defibrillators

Implantable Cardiac Defibrillators ICD or implantable cardiac defibrillator is a small pager sized electronic device that is fitted inside the chest. It prevents sudden death that may occur due to uncontrolled contraction of the heart muscles (Ventricular tachycardia or ventricular fibrillation). When the heart beats normally the device is inactive, but when irregular contraction occurs, the device delivers electrical shocks to normalise the abnormal rhythm.

The device is made up of a battery operated pulse generator and a set of leads. The device is placed under the skin near the collar bone or waistline and the leads are connected to the heart. The device is implanted under general anaesthesia and does not require open heart surgery. Once fitted, the device is tested before the patient is allowed to go home. The device records normal rhythm, recognizes abnormal rhythm, delivers shocks and records the date and time of event.

Cardiac Resynchronisation Therapy- CRT

Cardiac Resynchronisation A cardiac resynchronization therapy device is designed to treat heart failure.

The battery operated device sends small, undetectable electrical impulses to both lower chambers of the heart to help them beat in a more synchronized pattern. The leads between the heart and the device carry electrical signals to and fro. This improves the heart’s ability to pump blood and oxygen to the body.

Implantable device system has a programmer, an external computer located in your doctor’s office or clinic that is used to program the heart device and retrieve information from your heart device that will assist your doctor in your heart failure treatment.

CRT pacemaker and a combination CRT pacemaker with defibrillation therapy help to coordinate the heart’s pumping action and improve blood flow. They can also speed up a heart that is beating too slowly.

In addition the CRT pacemaker with defibrillation therapy (CRT-D) also offers the ability to detect and treat dangerously fast heart rhythms, which some individuals with a damaged heart muscle may be at risk for developing.Get Estimate

Heart patient vouches for a passage to India :- Julia Medew

THE last thing John C remembers before being anaesthetized for surgery in India was a doctor saying, ”OK, Mr John,you must go to sleep now”. The 61-year-old laughs about the ”Mr John” reference now as one of the more quirky things about getting a new valve put into his heart in Delhi two months ago.

After researching his options as a patient with no health insurance in Australia, Mr Chandler decided he was better off paying $20,000 to travel to a modern Indian hospital for a minimally invasive, robotic procedure than going on the public waiting list for open-heart surgery or paying $60,000 for the same robotic operation in a private Australian hospital. ”It was amazing. The company organized all the transport, accommodation, internet, a mobile phone, all my medications, it was very easy … I feel great now. It all went very smoothly.”

Mr Chandler rejects claims about superbugs as scaremongering. In India, he drank bottled water, was given a room and bathroom of his own in the hospital in Delhi and says he was subjected to more diligent infection controls than he has seen in Australia.

They cleaned the floor every two or three hours and every time a doctor or nurse saw me, they had masks on, feet gear, head gear, the whole lot. I don’t think there is a problem there at allRefer a PatientRefer a Patient

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