At a glance
A heart transplant is an operation in which a surgeon removes a patient's failing heart and replaces it with a healthy heart from a deceased donor. The procedure is offered when the heart has lost so much of its pumping ability that no other treatment can keep the patient alive and reasonably well.
The donated heart is kept on ice or on a special preservation machine while it is transported to the operating room. The patient is placed on a cardiopulmonary bypass machine (a heart-lung machine that temporarily does the heart's work) while the surgeon sews the new heart into place. Once the connections are secured, the new heart is allowed to warm up and usually begins beating on its own.
Medical Condition
Doctors consider a heart transplant when the heart is so severely damaged that medicines, devices, and other surgeries have stopped working or are no longer an option. The goal is to give patients with end-stage heart disease a longer, better life.
- End-stage heart failure caused by dilated cardiomyopathy (a condition where the heart muscle stretches and weakens)
- Ischemic cardiomyopathy (permanent heart muscle damage after repeated heart attacks)
- Congenital heart disease (heart defects present from birth) that cannot be repaired any other way
- Severe hypertrophic cardiomyopathy (abnormal thickening of the heart muscle) unresponsive to other treatments
- Life-threatening heart rhythm problems (arrhythmias) that cannot be controlled by medication or a defibrillator device
- Primary cardiac tumours that have not spread but cannot be removed safely while preserving heart function
A heart transplant is not suitable for everyone who has heart failure. Doctors typically rule it out in certain situations.
- Active infection that has not cleared up
- Cancer that has not been in remission (absence of detectable disease) for long enough
- Severe, irreversible lung disease, kidney failure, or liver failure in addition to heart failure
- Pulmonary hypertension (very high blood pressure in the lung arteries) that is fixed and not reversible
- Ongoing alcohol or drug misuse
- Poor overall health that makes surviving major surgery unlikely
- Age and general frailty that suggest the body cannot tolerate the procedure or the lifelong medication that follows
Risks & Complications
A heart transplant is one of the most complex operations in medicine, and every patient accepts a meaningful level of risk in exchange for the potential benefit.
- Rejection: the immune system (the body's defence network) recognising the new heart as foreign and attacking it. This is the most common serious complication and can occur at any time after surgery.
- Side effects of immunosuppressant drugs (medicines taken lifelong to prevent rejection), including increased susceptibility to infections, kidney damage over time, high blood pressure, and a higher risk of certain cancers.
- Primary graft dysfunction: the new heart failing to work properly in the first hours after transplant, sometimes requiring temporary mechanical support.
- Serious infection in the weeks after surgery, when immunity is most suppressed.
- Coronary allograft vasculopathy (progressive narrowing of the arteries inside the new heart), a leading cause of late transplant failure.
- Kidney failure requiring dialysis, often linked to long-term immunosuppressant use.
- Stroke or other neurological complications during or after surgery.
- Abnormal heart rhythms requiring medication or a pacemaker device.
- Bleeding during or after the operation.
- Death, which can occur at any stage, from the operation itself through to long-term complications.
Preparation & Procedure
Preparation for a heart transplant unfolds in two phases. The first is the evaluation period before a patient is placed on the waiting list. The second is the short window of time between being called to the hospital and going into the operating room.
During evaluation, the transplant team runs a thorough series of tests to confirm the patient is a good candidate and to establish a detailed health baseline. Tests typically include blood group and tissue typing, cardiac imaging such as an echocardiogram (an ultrasound of the heart) and coronary angiography (an X-ray of the heart's blood vessels), lung function tests, kidney and liver blood tests, screening for infections including HIV and hepatitis, and a psychological and social assessment to confirm the patient has the support needed for lifelong follow-up.
While waiting, patients are usually asked to stop smoking entirely, limit alcohol, follow a low-salt diet to reduce fluid build-up, keep up with cardiac medications as prescribed by their doctor, and attend regular clinic reviews. Some patients receive a ventricular assist device (a mechanical pump implanted to help the failing heart) as a bridge while they wait.
When a donor heart becomes available, time is critical because the heart can survive outside the body for only a limited number of hours. The steps from that point usually follow this sequence.
- The patient is called to the hospital immediately and told to stop eating and drinking from that moment.
- A repeat blood sample is taken to confirm compatibility with the donor heart.
- An intravenous (IV) line is placed and pre-operative medications, including immunosuppressants, are given.
- The anaesthesia (medicine that makes the patient unconscious and free of pain) team reviews the patient and places monitoring lines.
- The patient is taken to the operating room and placed under general anaesthesia.
- The chest is opened through a cut along the breastbone and the patient is connected to the heart-lung bypass machine.
- The diseased heart is removed, the donor heart is positioned and sewn in, and blood vessels are reconnected.
- The bypass machine is switched off, allowing blood to flow through the new heart.
- The chest is closed and the patient is moved to the intensive care unit (ICU) for close monitoring.
Aftercare
Recovery from a heart transplant is a lifelong process, not just the weeks in hospital. The early phase focuses on keeping the new heart working while protecting it from rejection and infection, and the long-term phase focuses on staying as healthy as possible so the heart lasts.
- ICU stay: most patients spend several days to a couple of weeks in the ICU, connected to monitors and breathing support while the new heart stabilises.
- Hospital stay: after the ICU, patients typically remain in the ward for several more weeks before discharge, though the length varies considerably depending on how recovery progresses.
- Immunosuppressant medication: patients take these drugs every day for the rest of their life. Missing doses significantly raises the risk of rejection.
- Endomyocardial biopsies (small tissue samples taken from inside the heart through a thin tube) are done regularly in the first year and then less often to check for early signs of rejection.
- Routine heart imaging and blood tests continue at regular intervals for life.
- Wound care: the chest incision is kept clean and dry; the care team gives specific instructions before discharge.
- Activity restrictions: lifting, driving, and strenuous activity are limited for several weeks to months; the cardiac rehabilitation team guides a gradual return to exercise.
- Diet and lifestyle: a heart-healthy diet, no smoking, very limited alcohol, and maintaining a healthy weight are standard long-term recommendations.
- Infection awareness: patients and families are taught to recognise early signs of infection and rejection, such as fever, shortness of breath, or unusual tiredness, and to contact the transplant centre promptly.
- Lifelong follow-up at a transplant centre is required, even after many years of good health.
Cost & What Determines It
A heart transplant is among the most expensive medical procedures in the world, and the total bill can vary enormously from one hospital to the next, and from one country to the next. No two cases cost exactly the same because the procedure involves so many moving parts, each with its own price.
- Disease complexity and urgency: a patient who is critically ill at the time of transplant typically requires more intensive pre-operative support, which adds to the total.
- Hospital class and country: a university transplant centre in a high-income country charges far more than one in a country with lower operating costs, even when the clinical quality is equivalent.
- Length of ICU and ward stay: an uncomplicated recovery will cost considerably less than one involving rejection episodes, infections, or re-operations.
- Ventricular assist device use: patients who needed a mechanical heart pump while waiting will carry that device cost into the total.
- Immunosuppressant and other medications: these are a major ongoing expense that begins immediately after surgery and continues for life.
- Compatibility testing and donor procurement: tissue typing, cross-matching, and the logistics of obtaining and transporting the donor heart are billed separately in many centres.
- Additional procedures: biopsies, repeat imaging, coronary angiography, and management of complications are charged on top of the base surgical fee.
- Rehabilitation: formal cardiac rehabilitation programmes after discharge are usually an additional cost.
Most hospitals offer a package price that covers the surgical team fee, operating room use, anaesthesia, and a standard post-operative stay. Items that tend to be billed separately include the donor heart procurement fee, immunosuppressant medications for the months after discharge, outpatient follow-up visits, any re-admission for complications, and travel or accommodation costs for the patient's family.
BPJS Kesehatan does not cover treatment received outside Indonesia, and most Indonesian private health insurance policies exclude overseas medical care as well. Patients who travel abroad for a heart transplant typically pay out of pocket or rely on an international private health insurance plan that explicitly covers transplantation abroad. Before travelling, ask the hospital for a written cost estimate that separates what is included in the package from what will be charged additionally. This document is the most reliable way to avoid unexpected bills.
Frequently Asked Questions
How long does a heart transplant operation take?
A heart transplant surgery usually takes between 4 and 8 hours to complete. The exact time depends on factors like the complexity of your condition and whether you have had previous heart surgery, which can make the procedure more involved. You will be on a heart-lung bypass machine (a device that keeps your blood circulating and oxygenated while your heart is stopped) throughout the operation.
Will I be awake during the surgery, and how much pain will I feel?
You will be fully asleep under general anaesthesia for the entire operation, so you will not feel anything while it is happening. After you wake up in the ICU (intensive care unit), some chest discomfort and soreness around the incision are normal and are managed with pain relief medication. Most patients find the pain becomes much more manageable within the first week as healing begins.
How long is the recovery after a heart transplant, and when can I go back to normal activities?
Most patients spend 2 to 4 weeks in the hospital after a heart transplant, depending on how smoothly the body accepts the new heart. Light activity such as short walks can usually begin within a few weeks of going home, while returning to work or more demanding routines takes several months for most people. Your medical team will guide your pace through a structured cardiac rehabilitation (a supervised exercise and recovery programme) plan.
How much does a heart transplant cost?
The cost varies considerably depending on factors like the hospital class, the length of your ICU and ward stay, post-operative monitoring, and the immunosuppressant medications (drugs that stop your body from rejecting the new heart) you will need long term. Because these elements differ from patient to patient, requesting a written estimate directly from the hospital is the most reliable way to understand the full cost for your specific situation.
This page is general information, not a substitute for medical advice. Every case is different. Your doctor decides what is right for you.
