3D Printing and Digital Surgical Planning for Endoscopic Mitral Valve Repair and Replacement
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Abstract
Record ID: 197
Award(s): Excellence in Research Communication
Program Affiliation: NA
Presentation Type: Poster
Abstract: This project aims to investigate the clinical outcomes and feasibility of 3D printed anatomical models and digital surgical planning that assist in the preoperative surgical planning of endoscopic mitral valve repair and replacement in 5 patients. Due to the complex nature of the minimally invasive procedure, the choice of the entry point in the chest for the surgery has a critical bearing on the outcome. Using advanced computer-aided design and 3D printing, the working port placement was pre-planned before the surgery. Additionally, angular measurements of the valve planes and skin measurement of the entry point were provided to the cardiothoracic surgeon as part of the digital surgical plan. The electronic medical record of the 5 patients will be reviewed to assess the clinical outcomes including any intraoperative, short term, and long-term complications. The project will add new knowledge to the literature on the clinical utility of endoscopic mitral valve repair and replacement using 3D printing and digital surgical planning. Furthermore, in terms of the development of my own discipline and personal growth, through performing this project, I will gain an improved understanding of the possible integrations of engineering with medicine as well as the steps involved in analyzing patient medical records which will assist in my aspirations of becoming a future physician.