Wear Debris Analysis of a Bilateral Facet Augmentation System - Nayak, Aniruddh;Goel, Vijay K.
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This book explores the biotribological aspect of a novel pedicle screw based bilateral facet augmentation system used to treat stenosis resulting from degenerative disc disease in the spine. Facet augmentation at the affected spinal segment is achieved with the help of PCU based cylindrical stabilizers designed to be in contact with the partially reamed superior facets and to limit range of motion, primarily in extension. Biomechanically, they restore sagittal balance by slightly kyphosing the hyperlordotic degenerative spinal segment. Wear debris resulting from constant loading at the…mehr

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Produktbeschreibung
This book explores the biotribological aspect of a novel pedicle screw based bilateral facet augmentation system used to treat stenosis resulting from degenerative disc disease in the spine. Facet augmentation at the affected spinal segment is achieved with the help of PCU based cylindrical stabilizers designed to be in contact with the partially reamed superior facets and to limit range of motion, primarily in extension. Biomechanically, they restore sagittal balance by slightly kyphosing the hyperlordotic degenerative spinal segment. Wear debris resulting from constant loading at the device-bone interface might lead to infections, osteolysis, and ultimately failure of the device, necessitating a revision. In this study, wear debris characterization is followed up with finite element analysis to identify potential high stress zones resulting from extension limiting impacts. This study was conducted using a state of the art wear testing machine designed for spinal implants and the most up to date particulate analysis techniques. Manuscript of a previous conducted work evaluating the wear resulting from shear loads experienced during rotation is also provided for additional reading.
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Autorenporträt
Author has 6+ years of diversified experience in orthopaedic biomechanics research and implant testing. He received his Master's degree in Bioengineering (spine biomechanics) from the University of Toledo. He serves as peer reviewer for the Journal of Spinal Disorders and Techniques and has published more than 12 scientific articles.