Treatments & Procedures We Provide

During this procedure, the surgeon takes a healthy blood vessel from another part of your body, such as your leg or chest. This vessel is then attached above and below the blocked artery, creating a new pathway (a bypass) for blood to flow freely to your heart muscle.

Most patients spend about 5 to 7 days in the hospital after surgery, starting with a stay in the intensive care unit. Full recovery typically takes 6 to 12 weeks, during which you will gradually rebuild your strength through a structured cardiac rehabilitation program.

A very thin, flexible tube (catheter) with a tiny balloon at its tip is carefully guided into the blocked artery. Once in place, the balloon is inflated to gently widen the artery, and a small mesh wire tube (stent) is permanently placed to keep the blood vessel open.

Recovery is remarkably quick. Most patients are able to safely go home within 24 to 48 hours. You can generally return to your normal daily activities within a week, though you will need to take prescribed blood-thinning medications to keep the stent clear.

Often referred to as "beating-heart surgery," the surgeon performs the delicate bypass graft while your heart is still beating naturally. Specialized equipment is used to stabilize only the specific area of the heart being worked on, completely avoiding the need for a heart-lung bypass machine.

Recovery is often faster and smoother than traditional bypass surgery because it avoids the inflammatory response sometimes caused by the bypass machine. Patients may experience fewer complications, require fewer blood transfusions, and have a shorter hospital stay, usually returning home in 4 to 5 days.

Performed through a small 3- to 4-inch incision between the ribs on the left side of your chest. The surgeon uses specialized instruments to bypass the blocked vessel without cutting through the breastbone.

Because the breastbone remains completely intact, healing is substantially faster with minimal pain. Most patients return home within 3 to 4 days and can resume driving and light work in 2 to 3 weeks.

Instead of replacing the valve with an artificial one, the surgeon meticulously repairs your existing natural heart valve. This complex work might involve reshaping the valve tissue, patching holes, reinforcing the valve ring, or separating valve flaps that have fused together.

Your hospital stay will likely be 5 to 7 days. Because your own natural valve tissue is preserved, long-term heart function is often much better. Additionally, you likely won't need to take lifelong blood-thinning medications, which is a major benefit for your lifestyle.

The severely diseased heart valve is carefully removed and replaced with a high-performance prosthetic valve—either a durable mechanical valve or an advanced biological tissue valve tailored to your age and health.

Hospital stay is approximately 5 to 7 days. Patients experience tremendous symptom relief and restored stamina within weeks, supported by guided cardiac physical therapy.

Using high-definition endoscopic cameras and micro-instruments through a 2- to 3-inch mini-thoracotomy incision, avoiding a full breastbone cut.

Patients experience less bleeding, reduced infection risks, shorter ICU stays (1-2 days), and can return to active routines in 3 to 4 weeks.

The enlarged, dangerous ballooning segment of the aorta is replaced with a durable synthetic Dacron tube graft, reinforcing the body's main blood highway.

Hospital stay spans 7 to 10 days under continuous monitoring. Normal light daily activities resume within 6 to 8 weeks with excellent long-term stability.

Emergency surgical resection of the torn aortic segment, reconstruction of the aortic root, and re-implantation of coronary arteries with synthetic graft material.

Intensive care monitoring for 4 to 6 days followed by dedicated hospital rehabilitation and lifelong blood pressure control protocols.

The enlarged aortic root is remodeled and supported within a Dacron graft while preserving and resuspending the natural aortic valve leaflets.

Hospital stay of 5 to 7 days. Native valve preservation avoids lifelong anticoagulation while ensuring robust structural protection.

Precision robotic or endoscopic instrumentation guides arterial grafts to the heart muscle through a 2- to 3-inch incision between the left ribs.

Hospital discharge in 3 to 4 days. Patients can return to active professional life and driving in just 2 to 3 weeks.

The hole between the atria is patched with pericardial or synthetic material through a tiny cosmetic incision under the right breast.

Rapid recovery within 2 to 3 days in the hospital, with near-zero post-operative chest bone pain.

A high-efficiency continuous-flow blood pump is surgically implanted into the left ventricle and connected to the aorta to assist blood circulation.

Hospital stay of 2 to 3 weeks with specialized rehabilitation and comprehensive education on managing external power controllers.

The diseased heart is excised and replaced with a donor heart, connecting the major vessels (aorta, pulmonary artery, vena cavae) with microsurgical precision.

Specialized post-transplant ICU care for 1 to 2 weeks, followed by comprehensive immunosuppression monitoring and lifestyle rehabilitation.

The hole between the ventricles is precisely closed using a custom patch graft, preventing abnormal blood mixing and preserving lung pressure.

Hospital stay averages 4 to 6 days. Complete normalization of heart function and normal lifelong physical capabilities are expected.

Closing the ventricular hole (VSD), widening the narrowed pulmonary outflow tract, and relieving right ventricular obstruction in a single comprehensive procedure.

1 to 2 weeks in specialized pediatric cardiac care, offering dramatic improvement in blood oxygenation and energy levels.

Using radiofrequency or cryoablation energy during open or keyhole heart surgery to create targeted scar pathways that guide electrical impulses correctly.

Restores normal sinus rhythm in up to 90% of patients, reducing reliance on antiarrhythmic medications and blood thinners.

Leads are placed directly onto the heart's outer muscle (epicardium) or transvenously, connected to a micro-generator under the chest skin.

Patients return home within 24 to 48 hours with restored energy, stable heart rates, and routine telemetry checks.

The thickened, rigid outer heart membrane is meticulously removed, allowing the heart chambers to freely expand and fill with blood.

Hospital stay of 5 to 7 days. Immediate decompression relieves venous pressure, followed by steady restoration of exercise tolerance.

A small window is created in the pericardium via a subxiphoid or mini-thoracotomy approach to drain fluid safely into the pleural space.

Immediate hemodynamic relief; typical hospital discharge within 2 to 3 days with close ultrasound monitoring.