ABSTRACT
A terapia Restauradora envolvendo Implantes Dentários, é reconhecida como um dos maiores avanços terapêuticos na Odontologia.São apresentadas diferentes abordagens empregando os implantes. Destaca-se a abordagem de Implantes Imediatos em Carga Imediata em Áreas de Molares.Indicações e Aspectos Técnicos de seu emprego são discutidos detalhadamente ,com o objetivo de apresentar esta abordagem terapeutica como uma opção segura e importante na manutenção da saúde dos pacientes (AU).
Restorative therapy with dental implants is considered one of the most important developments in Dentistry. Different approaches using dental implants were presented. Among them, the Immediate loading of implants in fresh extraction sockets in molar areas are especially relevant. Indications and technical aspects of this therapy are being discussed in details. The aim of this article is to present this therapy as an important and secure option to preserve patients' health (AU).
Subject(s)
Alveolar Process/surgery , Dental Implantation, Endosseous , Immediate Dental Implant Loading , Molar/surgery , Brazil , Critical Pathways/statistics & numerical data , Radiography, Dental/methodsABSTRACT
The objective of this study was to verify if differences in the design of internal hex (IH) and internal conical (IC) connection implant systems influence fracture resistance under oblique compressive forces. Twenty implant-abutment assemblies were utilized: 10 with IH connections and 10 with IC connections. Maximum deformation force for IC implants (90.58 +/- 6.72 kgf) was statistically higher than that for IH implants (83.73 +/- 4.94 kgf) (P = .0182). Fracture force for the IH implants was 79.86 +/- 4.77 kgf. None of the IC implants fractured. The friction-locking mechanics and the solid design of the IC abutments provided greater resistance to deformation and fracture under oblique compressive loading when compared to the IH abutments.