The Journal of Indian Prosthodontic Society · 2012 · 13 citations · 9 references
DentistryImplant DentistryProsthodonticsImplant ProsthodonticsMaxillofacial ProsthodonticsProstheticsImplant-supported Fixed ProsthesesMaxillofacial Prosthesis FabricationMaxillofacial ProstheticsBiomechanical Design PrinciplesBiomechanics Of Fixed ProsthesesImplant ProstheticsImplant-supported Extraoral ProsthesesImplant-supported Full-mouth RehabilitationImplant-supported RehabilitationIntraoral Prosthetic RehabilitationMandibular Dental Arch
The primary objectives of successful prosthetic rehabilitation are to provide function, esthetics and comfort to the patient. Combination prosthesis is one which is supported by both natural teeth and implant. The periodontal ligament and osseointegrated interface distribute force differently to the supporting bone. Therefore problems can develop when tooth and implants are combined in the same prosthesis. However, clinicians can apply biomechanical principles, to negate the deleterious leverages exerted by the fixed prosthesis by using non rigid components and to equalize the stress applied by the prosthesis on implant and teeth. A case of partially edentulous situation was rehabilitated successfully with a combination of prostheses. Maxillary arch was restored to function with crowns, fixed dental prosthesis and with an extra coronal castable attachment prosthesis and the mandibular arch with a combination of tooth and implant supported attachment prosthesis. The clinical and laboratory steps for the fabrication of these prostheses are explained in this report.
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Osseointegration and occlusal rehabilitation
D. C. Richardson · Journal of Prosthetic Dentistry · 1990 · 154 citations
Dentistry, Oral Surgery, Surgery +10
Three-dimensional finite element stress analysis in and around the Screw-Vent implant.
N L Clelland, Y H Ismail, Hussein S. Zaki et al. · PubMed · 1991 · 88 citations