Kadie P. Nobles
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View article: Characterization of Expulsion, Cell Viability, and Bacterial Attachment of Enhanced Sulfonated Hydrothermally Treated PEEK Surfaces for Implant Applications
Characterization of Expulsion, Cell Viability, and Bacterial Attachment of Enhanced Sulfonated Hydrothermally Treated PEEK Surfaces for Implant Applications Open
Porosity and roughened surfaces of implant materials have been shown to lead to improved cellular attachment and enhanced osseointegration. These topography changes in the surface also aid in the mechanical interlocking of the material to …
View article: In Vitro Evaluation of Optimized PEEK Surfaces for Enhanced Osseointegration
In Vitro Evaluation of Optimized PEEK Surfaces for Enhanced Osseointegration Open
The materials traditionally used for implant applications, such as titanium alloys, cobalt chromium, and zirconium, often require surface modifications to achieve the desired osseointegration. These materials still have the problematic str…