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The Ross operation: applications to children
1Section of Thoracic and Cardiovascular Surgery, University of Oklahoma Health Sciences Center, Oklahoma City 73190, USA.
Insights
The Ross operation is the preferred aortic valve replacement for children, offering low mortality and avoiding anticoagulation. This procedure enables a near-normal lifestyle for growing children with reduced reoperation risks.
Area of Science:
- Pediatric cardiac surgery
- Aortic valve disease management
Background:
- Aortic valve replacement in children presents unique challenges due to growth and development.
- Traditional prosthetic valves often require lifelong anticoagulation and multiple reoperations.
Purpose of the Study:
- To evaluate the Ross operation as the primary surgical approach for pediatric aortic valve replacement.
- To assess the long-term outcomes, including mortality, morbidity, and reoperation rates, associated with the Ross operation.
Main Methods:
- Retrospective analysis of pediatric patients undergoing the Ross operation for aortic valve replacement.
- Assessment of perioperative data, long-term survival, and valve-related complications.
Main Results:
- The Ross operation demonstrates low surgical mortality and late morbidity.
- Patients experience a near-normal lifestyle without the need for anticoagulation.
- The risk of reoperation due to autograft or homograft valve failure is limited.
Conclusions:
- The Ross operation is the recommended procedure for pediatric aortic valve replacement.
- It provides excellent long-term functional outcomes and quality of life for growing children.
- The procedure minimizes the need for anticoagulation and reduces future reoperation risks.
Abstract:
The Ross operation is the operation of choice for children requiring an aortic valve replacement. It is associated with a low surgical mortality and late morbidity and does not require anticoagulation. It allows a growing child to have a near-normal lifestyle with a limited risk of reoperation for autograft valve or homograft valve failure.