Bioactive Conductive Polymers as Scaffold Coatings: Enhancing Biocompatibility: Surface and Architectural Compatibility in Biomedical Implants
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Description
In the quest for advanced biomedical implants, adherence to precise design specifications becomes crucial, whether employing natural or synthetic materials. Surface and architectural compatibility between the scaffold and the human host are essential requisites.
The present study explores the electrochemical deposition of groundbreaking HAp/Collagen/PVA and HAp/Collagen/Polypyrrole nanocomposite coatings on Ti substrates. XRD and FTIR analyses validate that reinforcing HAp with PVA or Polypyrrole matrix and collagen enhances crystallinity and sharp band intensity.