The Ozaki Method is a surgical technique developed specifically for mitral valve repair. In this method, the mitral valve is repaired using materials taken from the patient’s own body tissue. The mitral valve is a valve that regulates the flow of blood between the left atrium and left ventricle in the heart. The Ozaki Method is applied to correct damage or diseases that occur in this valve.
In the Ozaki Method, patch materials are usually taken from the patient’s pericardium, the membrane tissue around the heart. These materials are used to support the valve structure and correct valve function. In this way, valve repair using the patient’s own tissue material can help preserve valve function in the long term and reduce the risk of complications related to artificial materials.
Frequently Asked Questions
The Ozaki Method is a surgical technique developed specifically for the surgical treatment of aortic valve diseases. In this method, aortic valve repair is performed using materials taken from the patient’s own body tissue.
The Ozaki Method is generally applied in aortic stenosis and aortic insufficiency diseases. Aortic stenosis and aortic insufficiency have many causes such as congenital, rheumatic, degenerative, infectious.
In this method, the surgeon creates new aortic valves using cardiac membrane taken from the patient’s own body tissue (usually pericardial tissue). For this reason, this surgery is also called natural aortic valve surgery.
The advantages of the Ozaki Method include that the valve is repaired using the patient’s own tissue material, helps preserve valve function in the long term, and carries a lower risk of complications than valve replacement.
The recovery process can vary depending on the complexity of the surgery and the patient’s general health. However, patients generally go through intensive care after surgery and can be transferred to a normal room within a day or two. The full recovery process is individual and surgery-specific, but a return to daily activities is usually possible within a few weeks.
