Last Updated on November 4, 2025 by mcelik
Heart valve care is changing fast with new AVR procedures that don’t need to open the chest. These new methods are making patients’ lives better, cutting down on recovery time, and lowering risks. At Liv Hospital, we focus on our patients, using the latest in heart care to ensure safety, quick recovery, and long-lasting health.
Techniques like Transcatheter Aortic Valve Replacement (TAVR) are becoming more common. In the US, over 98,000 of these procedures happen every year. We have many AVR surgery options, each with its own benefits and results, to give our patients the best care.
AVR has changed a lot in cardiac surgery. It now uses less invasive methods. These changes have greatly improved patient care.
Aortic Valve Replacement (AVR) is a surgery to replace a bad aortic valve. The aortic valve is key for blood flow from the heart. If it’s damaged, it can cause serious health issues.
AVR can save lives by fixing the heart’s function. It helps patients live better lives.
Old AVR surgery was open-chest, risky, and long. But now, minimally invasive AVR is available. It’s safer and lets patients recover faster.
Switching to minimally invasive AVR is a big step forward. It’s less risky and cuts down hospital stays. These new methods use tiny incisions and imaging to replace the valve.
These new AVR methods are a big win. They cause less pain, leave smaller scars, and let patients get back to life sooner. Thanks to new tech and techniques, patient results keep getting better.
The market for heart surgery, like AVR, is growing fast. It’s expected to hit USD 12 billion by 2034. This growth comes from more heart valve diseases, better surgery methods, and more older people needing care.
| Market Segment | 2024 | 2034 |
|---|---|---|
| Minimally Invasive AVR | $2 billion | $8 billion |
| Traditional AVR | $3 billion | $4 billion |
| Total AVR Market | $5 billion | $12 billion |
The table shows AVR market growth, with a big rise in minimally invasive methods. As tech advances, we’ll see more changes in AVR and heart surgery.
In recent years, TAVR has changed AVR surgery with its new method. This method is less invasive and offers hope to those who couldn’t have traditional surgery.
TAVR uses a catheter to put a new valve in the heart. It goes through the femoral artery, avoiding a big chest cut. This makes recovery faster and reduces risks.
There have been big improvements in TAVR technology. Newer valves are more durable and work better. This means more people can get TAVR now.
Studies show TAVR is as good as traditional AVR for low-risk patients. It has similar death and stroke rates over five years. This is good news for treating aortic valve disease.
We keep watching how TAVR compares to traditional AVR surgery over time. More research will help us make treatments even better for our patients.
The transfemoral TAVR procedure is now seen as the top choice for AVR. It’s known for being both effective and safe.
This method uses the femoral artery in the leg to reach the aortic valve. It’s a big change from old-school open-heart surgery. It makes treating aortic valve disease easier and less scary.
The process starts with a small cut in the groin. This lets doctors get to the femoral artery. A thin tube, or catheter, is then pushed through the artery to the heart.
There, a new valve is put in place of the old, sick one. This method is very precise. It cuts down on risks and helps patients heal faster.
Not everyone can have this procedure. The best candidates have a big enough and healthy femoral artery.
Our team checks each patient carefully. They look at health, how bad the valve disease is, and if the artery is right for the procedure.
One big plus of transfemoral TAVR is how fast patients can get back to normal. Recovery usually takes just a few weeks.
After the procedure, patients are watched for any problems. They get help with symptoms and need to go back for check-ups. This makes sure the new valve is working well.
| Aspect | Transfemoral TAVR | Traditional AVR |
|---|---|---|
| Recovery Time | Few weeks | Several months |
| Invasiveness | Minimally invasive | Open-heart surgery |
| Complication Risk | Lower | Higher |
Choosing transfemoral TAVR means a minimally invasive procedure with a quicker recovery. It’s a great choice for those who can have it.
The transapical approach to TAVR is key for those not suited for the usual method. It uses a small chest incision to reach the heart’s apex.
Doctors pick transapical TAVR when the femoral artery is not an option. This could be due to its small size, severe disease, or twists. This method goes straight to the aortic valve, avoiding the femoral artery.
A study in the Journal of Thoracic and Cardiovascular Surgery found transapical TAVR has more risks. Yet, it’s a good choice for those with hard-to-reach arteries.
The surgery for transapical TAVR starts with a small cut in the chest. The steps are:
Transapical TAVR is more invasive than the usual TAVR but faster than open-chest surgery. Recovery times vary, but most patients have a shorter hospital stay and quicker return to daily life.
| Procedure | Typical Hospital Stay | Return to Normal Activities |
|---|---|---|
| Transapical TAVR | 5-7 days | 2-4 weeks |
| Transfemoral TAVR | 2-5 days | 1-3 weeks |
| Traditional Open-Chest AVR | 7-10 days | 6-12 weeks |
Transcervical and transcarotid AVR procedures are new ways to replace the aortic valve. They use the neck vessels to get to the heart. These are part of the TAVR family, changing how we treat aortic valve disease.
The transcervical and transcarotid methods go through the neck’s carotid artery to the aortic valve. They need careful planning and use of advanced imaging. This helps guide the catheter through the neck’s complex blood vessels.
Success in these procedures depends on safely reaching the aortic valve. This is done without opening the chest or using the femoral artery. This is good for patients with certain blood vessel problems.
Choosing the right patients for transcervical AVR is key. Ideal candidates have neck vessels that allow safe access to the aortic valve. Doctors check the size, shape, and hardening of the carotid arteries.
Transcervical and transcarotid AVR have special benefits. They might avoid problems from femoral access or chest cuts. But, they also have risks like stroke or nerve damage. These risks need careful handling.
Understanding transcervical and transcarotid AVR helps doctors choose the right patients. It also helps manage risks. This improves patient results.
When traditional ways don’t work, we use transaortic and transaxillary AVR. These new methods let us reach the heart in different ways. They help patients with complex needs or specific health issues.
The transaortic method uses the aorta, a big artery from the heart. It’s great when other ways can’t be used. The transaxillary method goes through the armpit, which is less invasive. Both need careful planning and skill for the best results.
People with peripheral artery disease or hard-to-reach anatomy might need these routes. They’re used when usual methods can’t be used. Our team checks each patient to pick the best way.
Research shows these methods can work as well as traditional ones. But, the right choice depends on many things. We keep watching results to get better at helping patients.
In short, transaortic and transaxillary AVR offer more options for aortic valve replacement. By knowing the pros and cons, we can tailor care for each patient’s needs.
Robotic systems have changed heart valve surgery. Now, surgeons can replace heart valves with great precision. This new method is a big step forward in AVR cardiac procedures, making them more accurate and less invasive.
Robotic systems have changed heart valve surgery. They let surgeons do complex repairs with better accuracy and flexibility. The technology allows for precise control through small incisions, which is good for the patient.
Key benefits of robotic AVR surgery include:
The surgery uses the robotic system to control instruments through small cuts. The surgeon works from a console, making precise movements. This technology gives the surgeon a clear, 3D view of the area.
Surgeons need special training to use the robotic technology well. They learn about the system’s abilities, practice with simulators, and work with experienced robotic surgeons.
The use of robotic technology in heart valve surgery is a big step forward. It offers patients a safer, more precise, and less invasive treatment option.
For those needing AVR, a new option is available. It’s a minimally invasive method through a small incision on the right side of the chest. This approach offers benefits over traditional surgery.
The right mini-thoracotomy method lets surgeons do AVR with less harm to the patient. It uses a smaller incision, lowering the risk of problems and speeding up recovery. This method needs exact surgical skills and uses advanced imaging.
This approach has several advantages:
Compared to traditional sternotomy, minimally invasive AVR through right mini-thoracotomy is much less invasive. Patients usually feel less pain after surgery and face fewer complications.
Recovery from AVR surgery with this method is quicker. Patients often get back to normal activities faster, with some doing light tasks in weeks. The AVR recovery time varies, but this method generally leads to a quicker return to health.
Important parts of AVR surgery recovery include:
Choosing a minimally invasive AVR procedure means a more comfortable and efficient recovery. It helps patients get back to their lives sooner.
Combining AVR and CABG into one surgery is a big step forward in heart care. It lets us fix both aortic valve issues and blockages in coronary arteries at the same time. This can mean fewer surgeries and better results for patients.
For those with severe aortic valve disease and coronary artery disease, this surgery is a game-changer. It tackles both problems in one go, cutting down on risks and recovery time. It needs a team effort from surgeons and cardiologists for the best results.
Using minimally invasive methods makes the surgery even better. It means smaller cuts, less pain, and faster healing. Our skilled surgeons use the latest tools and methods for precise and accurate work.
Hybrid procedures mix catheter-based treatments with surgery. This mix offers a more complete treatment plan for each patient. For instance, a catheter might clear blockages, while surgery replaces the aortic valve.
These hybrid methods have big benefits. They lower the risk of problems and lead to better results. By using the latest tech and techniques, we offer a more effective and less invasive option.
Choosing to do a combined AVR CABG surgery is a careful decision. We look at how severe the valve and artery issues are. Our team works together to weigh the risks and benefits and decide the best course of action.
In tricky cases, we consider many factors. This includes the patient’s health, any other medical conditions, and their wishes. Our goal is to give each patient the care that’s right for them.
We’ve looked at different AVR surgical procedures. Each has its own benefits and things to consider. The right choice depends on the patient’s health, the shape of their heart, and their valve disease.
By looking at these factors, we can pick the best AVR surgery for each person. This could be a transfemoral TAVR, a transapical TAVR, or another method. Our aim is to get the best results for the patient.
At our place, we take a detailed and team-based approach. Our experts work together to find the best AVR operation for each patient. This ensures every patient gets care that fits their specific needs.
The best AVR surgery balances its benefits and risks. It aims to give the patient the best outcome. We’re dedicated to top-notch healthcare and support for our international patients.
AVR surgery replaces a sick aortic valve with a new one. It can be done through open-chest surgery or less invasive methods.
This surgery has many benefits. It leads to quicker recovery, less pain, and a shorter hospital stay. It’s less invasive than traditional surgery.
TAVR is a procedure where a new valve is placed through a catheter. It’s a less invasive option compared to traditional AVR surgery.
Transfemoral TAVR goes through the femoral artery. Transapical TAVR goes through a chest incision, directly into the heart.
Robotic Heart Valve Surgery is a minimally invasive method. It uses a robotic system for precise repairs through small incisions.
Recovery time varies by patient and procedure. Most people recover in a few weeks.
AVR surgery has risks like bleeding, infection, and stroke. Your healthcare provider will discuss these risks with you.
Yes, AVR surgery is possible for those with coronary artery disease. Sometimes, a combined surgery is done to address both issues.
Choosing the right procedure depends on your condition, health, and preferences. Your healthcare provider will help you decide.
AVR surgery has a high success rate. Most patients see significant improvement in their symptoms and quality of life. Your provider will discuss success rates with you.
AVR surgery costs vary by procedure, location, and insurance. Discuss costs and insurance with your healthcare provider.