Evolving technology in endodontic posts.
This article provides a brief overview of important, recent changes in the philosophy, materials, and technology that have impacted significantly on the art and science of endodontic post placement.
Biomedical subjects
Publications and source records attributed to Norman L Hicks.
This article provides a brief overview of important, recent changes in the philosophy, materials, and technology that have impacted significantly on the art and science of endodontic post placement.
Metallic posts fall short of satisfying contemporary guidelines for ideal post/core rehabilitation. Along with technological improvements in adhesive resins, cements, and composite restoratives, the evolution of fiber-reinforced posts allows the rehabilitation of endodontically treated teeth with greater esthetics and virtually no predisposition to root fracture. At least one fiber post system now complies with all of the ideal post characteristics described in the endodontic text. This article describes the potential for displacement of metal posts by low-modulus fiber posts, the differences between them, and the development and placement of a radiopaque, translucent, double-tapered fiber post.