Many studies have found that the threshold of occlusal force tolerated by titanium-based
implants is significantly lower than that of natural teeth due to differences in biomechanical …

Background A new two-piece abutment design consisting of an upper prosthetic component
and tissue-level base has been introduced; however, the biomechanical behavior of such a …

Background and objective While an accurate assessment of the biomechanical stability of
implants is essential in dental prosthesis planning and associated treatment assurance, the …

Objectives Bone resorption around implants could influence the resistance of the implant
abutment complex (IAC). The present in vitro study aimed to assess the stability to static …

This study analyzed the effects of implant design factors (diameter, length, and connection
type) and bone quality on the long-term success of implantation via finite element (FE) …

Introduction The aim was to evaluate the stress distributions on dentin and repair materials
caused by static force applied to teeth, with cervical external root resorption (CER) after …

Purpose This in vitro study aimed to investigate the long-term performance, stability, and
fracture mode of monolithic hybrid abutment crowns, and the effect of different materials on …

To reduce complications related to the osteosynthesis plating system, the use of a patient-
specific plate design was proposed. However, the issue of associated complications is still …

(1) Background: Different techniques and tools have been developed for implant site
preparation. In this clinical scenario, Hybrid Funnel Technique (HFT), a novel osteotomy …

Background. This systematic review aimed to evaluate the available scientific evidence
concerning the effects of topical fluoride treatment on the bond strength of pit and fissure …