This study examined the effect of deproteinization on the bond strength between self-adhesive resin cements and dentin surfaces that were untreated (control), acid-etched, or acid-etched and subjected to a post-etch deproteinization treatment. Cylinders of RelyX Unicem or BisCem (n = 6) cement were build-up on the dentin surfaces and tested to determine shear strength. The results were analyzed using two-way ANOVA and Tukey's test (5%). While neither dentin pretreatment improved the bond strength for RelyX Unicem, deproteinization treatments resulted in greater bond strength in BisCem specimens while acid etching alone did not improve the performance of the material
Statement of problem. According to manufacturers, bonding with self-adhesive resin cements can be ac...
The purpose of this study was to investigate the impact of polishing methods on the bonding effectiv...
Statement of problem. Self-adhesive cements have lower bond strength than conventional resin cements...
The adhesive performance on deproteinized dentin of different self-adhesive resin cements was evalua...
The adhesive performance on deproteinized dentin of different self-adhesive resin cements was evalua...
The aim of this study was to evaluate the shear bond strength of two self-adhesive resin cements app...
Statement of problem It has been shown that selective etching improves the bond strength of some sel...
Introduction: The present study evaluated the effect of a reducing agent on the bond strength of dep...
The effects of dentin surface treatments on the microtensile bond strengths and on the interfacial c...
Introduction: The present study evaluated the effect of a reducing agent on the bond strength of dep...
The effects of dentin surface treatments on the microtensile bond strengths and on the interfacial c...
Purpose: To test whether or not dentin desensitizing or sealing methods influence the bond strength ...
The effects of dentin surface treatments on the microtensile bond strengths and on the interfacial c...
The effects of dentin surface treatments on the microtensile bond strengths and on the interfacial c...
Introduction: The self-adhesive resin cements have been introduced to the market in order to reduce ...
Statement of problem. According to manufacturers, bonding with self-adhesive resin cements can be ac...
The purpose of this study was to investigate the impact of polishing methods on the bonding effectiv...
Statement of problem. Self-adhesive cements have lower bond strength than conventional resin cements...
The adhesive performance on deproteinized dentin of different self-adhesive resin cements was evalua...
The adhesive performance on deproteinized dentin of different self-adhesive resin cements was evalua...
The aim of this study was to evaluate the shear bond strength of two self-adhesive resin cements app...
Statement of problem It has been shown that selective etching improves the bond strength of some sel...
Introduction: The present study evaluated the effect of a reducing agent on the bond strength of dep...
The effects of dentin surface treatments on the microtensile bond strengths and on the interfacial c...
Introduction: The present study evaluated the effect of a reducing agent on the bond strength of dep...
The effects of dentin surface treatments on the microtensile bond strengths and on the interfacial c...
Purpose: To test whether or not dentin desensitizing or sealing methods influence the bond strength ...
The effects of dentin surface treatments on the microtensile bond strengths and on the interfacial c...
The effects of dentin surface treatments on the microtensile bond strengths and on the interfacial c...
Introduction: The self-adhesive resin cements have been introduced to the market in order to reduce ...
Statement of problem. According to manufacturers, bonding with self-adhesive resin cements can be ac...
The purpose of this study was to investigate the impact of polishing methods on the bonding effectiv...
Statement of problem. Self-adhesive cements have lower bond strength than conventional resin cements...