Specialized heart valve repair at Mayo Clinic for selected patients with damaged or abnormal heart valves, with the goal of restoring proper valve function while preserving the patient's own heart valve whenever medically appropriate.
Price on Request
The cost of heart valve repair varies according to the type and severity of valve disease, valve involved, diagnostic testing, surgical technique, hospital care, specialist services and the patient's overall medical condition. A personalized cost estimate is therefore required.
Heart Valve Repair at Mayo Clinic – Rochester is a specialized cardiovascular procedure for selected patients whose heart valves are damaged, narrowed or unable to close properly.
Heart valves control the direction of blood flow through the heart. When a valve becomes diseased, blood may not flow efficiently, or it may leak backward through the valve.
In appropriate patients, valve repair can restore valve function while preserving the patient's own valve tissue. Whether repair is possible depends on the valve involved, the underlying condition, valve anatomy and severity of the disease.
Mayo Clinic's cardiovascular specialists use detailed cardiac evaluation and imaging to determine the most appropriate treatment strategy for each patient.
Heart valve repair is a procedure used to correct structural or functional problems affecting a heart valve without completely replacing the valve.
Depending on the specific problem, repair may involve:
Reshaping valve tissue
Repairing damaged valve structures
Supporting weakened valve tissue
Correcting abnormal valve movement
Improving valve closure
Reducing abnormal blood leakage
Restoring more effective blood flow
The exact repair technique depends on the affected valve and the patient's individual anatomy.
Heart valve repair can be used for selected conditions involving:
Mitral valve
Aortic valve
Tricuspid valve
Pulmonary valve
Mitral valve repair is particularly important in patients with certain forms of mitral valve disease where preserving the patient's own valve is technically appropriate.
Valve repair may be considered for patients with:
Mitral valve regurgitation
Mitral valve prolapse
Mitral valve stenosis in selected cases
Aortic valve regurgitation
Certain aortic valve abnormalities
Tricuspid valve regurgitation
Tricuspid valve structural abnormalities
Congenital heart valve abnormalities
Degenerative valve disease
Certain valve problems caused by infection
Not every patient with valve disease is a candidate for repair.
The mitral valve is located between the left atrium and left ventricle.
When the mitral valve does not close properly, blood can flow backward, a condition known as mitral regurgitation.
Depending on the underlying problem, mitral valve repair may involve techniques designed to:
Correct abnormal valve movement
Repair damaged valve leaflets
Reshape or support valve structures
Improve valve closure
Reduce backward blood flow
For suitable patients, preserving the patient's own mitral valve may be preferable to replacement.
Aortic valve repair may be considered in selected patients with certain forms of aortic valve disease.
It may be used for some patients with:
Aortic valve regurgitation
Abnormal aortic valve structure
Certain congenital valve abnormalities
Other selected structural aortic valve conditions
The possibility of repair depends heavily on the valve's anatomy and the underlying cause of disease.
Tricuspid valve repair may be considered for patients with significant tricuspid valve dysfunction.
Treatment may involve correcting structural abnormalities or improving the valve's ability to close properly.
Tricuspid valve repair may also sometimes be performed during another cardiac surgical procedure when clinically appropriate.
A detailed cardiovascular evaluation is essential before deciding whether valve repair is appropriate.
Testing may include:
Transthoracic echocardiogram
Transesophageal echocardiogram
Electrocardiogram (ECG/EKG)
Chest imaging
Cardiac CT
Cardiac MRI
Cardiac catheterization
Coronary angiography
Blood tests
Assessment of heart function
Echocardiography is particularly important because it can provide detailed information about valve structure, movement, blood flow and the severity of valve dysfunction.
Not every patient requires every test.
Echocardiography can help the cardiovascular team assess:
Valve structure
Valve leaflet movement
Valve narrowing
Valve leakage
Blood-flow patterns
Heart chamber size
Heart pumping function
Pressure within the heart
In some cases, a transesophageal echocardiogram may provide more detailed images of the heart valves.
Traditional surgical valve repair may involve accessing the heart through an appropriate surgical approach and correcting the damaged valve structures.
Depending on the patient's condition, repair may involve:
Valve leaflet repair
Removal or correction of abnormal tissue
Valve reshaping
Supporting valve structures
Repair of surrounding cardiac structures
Other specialized surgical techniques
The specific procedure is determined by the surgeon based on the patient's anatomy.
Selected patients may be candidates for minimally invasive valve repair.
These procedures use smaller surgical access points than traditional open-heart surgery when appropriate.
Potential advantages may include:
Smaller incisions
Reduced tissue disruption
Potentially shorter recovery
Reduced postoperative discomfort in selected patients
However, minimally invasive surgery is not appropriate for every patient. The recommended approach depends on anatomy, valve disease, previous procedures and overall medical condition.
Certain patients with specific valve conditions may be considered for catheter-based repair procedures.
These techniques can allow treatment through a blood vessel rather than conventional open-heart surgery in carefully selected cases.
The suitability of a catheter-based procedure depends on:
Type of valve disease
Valve anatomy
Severity of disease
Symptoms
Overall health
Previous cardiac procedures
Surgical risk
A multidisciplinary cardiovascular evaluation is often important when considering these treatment options.
Patients may be evaluated for valve repair when they have:
Significant valve leakage
Valve narrowing
Progressive valve disease
Symptoms caused by valve dysfunction
Reduced heart function
Structural valve abnormalities
Certain congenital valve conditions
Degenerative valve disease
Selected valve conditions requiring surgical correction
The decision to repair a valve is based on a complete medical and cardiovascular assessment.
Patients with significant valve dysfunction may experience:
Shortness of breath
Fatigue
Chest discomfort
Dizziness
Fainting
Swelling of the legs or ankles
Reduced exercise tolerance
Rapid or irregular heartbeat
Some patients may have significant valve disease without obvious symptoms, which is why appropriate cardiovascular evaluation is important.
When medically appropriate, valve repair may offer several potential advantages:
Preserves the patient's own valve
Restores more effective valve function
Improves blood flow
Reduces abnormal valve leakage
May improve symptoms
May improve heart function
Can avoid replacement of the native valve in suitable cases
The expected outcome depends on the type of valve disease, severity, repair technique and the patient's overall health.
Valve repair and valve replacement are different treatment approaches.
Valve repair aims to correct the patient's existing valve while preserving native valve tissue.
Valve replacement removes the diseased valve and replaces it with a prosthetic valve.
When a durable repair is technically possible, preserving the patient's own valve may be considered. However, some valves cannot be repaired effectively, and replacement may then be the more appropriate treatment.
The final decision is made by the cardiovascular team after evaluating the patient's specific valve condition.
Patients may undergo several assessments before the procedure, including:
Medical history review
Physical examination
Echocardiography
ECG/EKG
Blood tests
Cardiac imaging
Medication review
Assessment of other medical conditions
Anesthesia evaluation
Patients should provide their medical team with complete information about current medications, allergies and previous procedures.
Recovery depends on the type of repair and surgical approach.
Post-treatment care may include:
Hospital monitoring
Medication management
Wound care
Activity restrictions
Follow-up appointments
Repeat echocardiography
Cardiac rehabilitation
Long-term cardiovascular monitoring
Recovery times vary between patients and depend on the procedure performed and overall health.
After valve repair, ongoing monitoring may be recommended to assess valve function and overall heart health.
Follow-up may include:
Echocardiograms
Cardiovascular examinations
Medication review
Assessment of symptoms
Heart function monitoring
Management of cardiovascular risk factors
The frequency of follow-up depends on the patient's individual condition and treatment history.
International patients seeking heart valve repair may need to provide previous medical records and cardiac investigations for review.
Useful documents may include:
Echocardiogram reports
ECG/EKG results
Cardiac CT or MRI
Cardiac catheterization reports
Previous cardiology reports
Previous surgical records
Laboratory results
Current medication list
The available medical information can help the cardiovascular team understand the patient's condition and determine an appropriate evaluation pathway.
Mayo Clinic provides multidisciplinary cardiovascular care involving cardiologists, cardiac surgeons, cardiac imaging specialists and other healthcare professionals.
Patients with complex valve disease may benefit from coordinated assessment involving specialists in heart valve disorders, cardiovascular imaging, interventional cardiology and cardiac surgery.
The treatment approach is individualized according to valve anatomy, disease severity, symptoms, heart function and overall health.
Price: Price on Request
There is no single fixed price for heart valve repair.
The overall cost may depend on:
Initial consultation
Diagnostic testing
Echocardiography
Cardiac imaging
Specialist consultations
Surgical or catheter-based repair
Anesthesia
Hospitalization
Intensive care when required
Medications
Follow-up care
Cardiac rehabilitation
Other medically necessary services
A personalized estimate should therefore be requested based on the recommended treatment plan.
1. What is heart valve repair?
Heart valve repair is a treatment that corrects a damaged or abnormal heart valve while attempting to preserve the patient's own valve instead of replacing it.
2. Which heart valves can be repaired?
Selected conditions affecting the mitral, aortic, tricuspid and pulmonary valves may be treated with repair. Suitability depends on the valve's anatomy and the specific disease.
3. Is heart valve repair better than replacement?
When a durable repair is possible, preserving the patient's own valve can be an important treatment option. However, some valves cannot be repaired effectively and replacement may be recommended.
4. Is minimally invasive valve repair available?
Selected patients may qualify for minimally invasive or catheter-based valve repair. The appropriate approach depends on the patient's valve condition, anatomy and overall health.
5. How much does heart valve repair cost?
Price is available on request. The final cost depends on the patient's condition, diagnostic evaluation, procedure, hospitalization and other required medical services.
Product Name: Heart Valve Repair
Hospital: Mayo Clinic – Rochester
Brand: Mayo Clinic
Country: United States
Specialty: Cardiology & Heart Surgery
Service Type: Cardiac Valve Treatment
Dashboard Price: 0
Customer-Facing Price: Price on Request
International Patients: Available
Location: Rochester, Minnesota, USA
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