Statement of problem The influence of computer-aided manufacturing (CAM) parameters
and settings on the outcomes of milled indirect restorations is poorly understood. Purpose …

Background Proper cement selection in fixed prosthesis plays a determinative role in
providing long-term serviceability, retention, caries prevention, and patient satisfaction. This …

Implant-supported provisional restorations are critical for improving the esthetics and
shaping of the peri-implant tissue. The mechanical properties of these provisional materials …

Background Pull-off forces of cement-retained zirconia reinforced lithium silicate (ZLS) in
implant-supported single crowns on stock titanium abutments with respect to abutment …

Statement of problem How cement type and the surface treatment of a titanium base affect
the retention of zirconia copings on titanium bases is unclear. Purpose The purpose of this in …

Zirconia has been used for rehabilitation of edentulous spaces approximately for a decade,
and there have been several reports regarding the clinical performance and retention of …

Purpose The aim of the present study was to examine the retention force of monolithic
zirconia copings cemented with various temporary cements on implant abutments in vitro …

The purpose of this study was to investigate the effect of resin cement type on the retentive
strength of custom zirconia abutments bonded to titanium inserts. Materials and Methods …

Background Despite the wide use of implants in dentistry, there is insufficient information
about the ideal cement for retention. Purpose To determine the cement bond strength and …

This research aimed to evaluate the effect of cement space on the marginal discrepancy and
retention of computer-aided design/computer-aided manufacturing (CAD/CAM) crowns. A …