Key result
Transcatheter innovations, flexible polymeric valves, and patient-specific modeling promise to revolutionize heart valve treatment.
Why the study?
Heart valve diseases are common and alter cardiac hemodynamics, making it important to review clinical and engineering advancements in valve treatments focused on restoring normal flow.
Design
Review
Authors
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Requires prospective validation before clinical adoption; leaves open optimal integration of modeling into valve therapy.
This review highlights the importance of hemodynamic considerations and computational modeling in the development and patient-specific planning of transcatheter and surgical heart valve therapies.
Marom et al. (2020) conducted a review in Heart valve diseases. Heart valve treatments was evaluated. Advancements in transcatheter valve implantation, flexible polymeric valves, and patient-specific numerical modeling have the potential to revolutionize the treatment of heart valve disorders.
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