Add to ORKGThe aim of this study is to evaluate the shear forces when pulling a cemented fiber post from a root canal of a human tooth using self-curing cement systems with either a chemically-curing (cc) or light-curing (lc) mode bonding system or no extra adhesive system at all
Copyright © 2007 Academy of Dental Materials Published by Elsevier Ltd.ObjectiveTo investigate regio...
This in vitro study evaluated the tensile bond strength of glass fiber posts (Reforpost - Angelus-Br...
Introduction: As opposed to the cementation metal posts, the cementation of fiber posts has several ...
The aim of this study is to evaluate the shear forces when pulling a cemented fiber post from a root...
The aim of this study is to evaluate the shear forces when pulling a cemented fiber post from a root...
Aim: This study was aimed to evaluate and compare the pull-out bond strength of fiber post using gla...
Objective: To compare the micro-push-out bond strengths of a fiber-post cemented with two dentine ad...
AIM OF THE STUDY: To evaluate the push-out bond strength of two different fiber-reinforced composi...
Objectives: This study evaluated the bond strength of luting systems for bonding glass fiber posts t...
Objective: The aim of this study was to evaluate the push-out bond strength of fiber posts used in t...
Objective: To compare and evaluate the bond strength of a fiber post cemented to different post spac...
This in vitro study evaluated the tensile bond strength of glass fiber posts (Reforpost - Angelus-Br...
Objectives: Several adhesive systems are available for cementation of fibre posts into the root cana...
The present invitro study was undertaken to evaluate the pull out bond strength of glass fibre post ...
Aim: The push out bond strength of a fiber post system was evaluated and compared using a self-etch ...
Copyright © 2007 Academy of Dental Materials Published by Elsevier Ltd.ObjectiveTo investigate regio...
This in vitro study evaluated the tensile bond strength of glass fiber posts (Reforpost - Angelus-Br...
Introduction: As opposed to the cementation metal posts, the cementation of fiber posts has several ...
The aim of this study is to evaluate the shear forces when pulling a cemented fiber post from a root...
The aim of this study is to evaluate the shear forces when pulling a cemented fiber post from a root...
Aim: This study was aimed to evaluate and compare the pull-out bond strength of fiber post using gla...
Objective: To compare the micro-push-out bond strengths of a fiber-post cemented with two dentine ad...
AIM OF THE STUDY: To evaluate the push-out bond strength of two different fiber-reinforced composi...
Objectives: This study evaluated the bond strength of luting systems for bonding glass fiber posts t...
Objective: The aim of this study was to evaluate the push-out bond strength of fiber posts used in t...
Objective: To compare and evaluate the bond strength of a fiber post cemented to different post spac...
This in vitro study evaluated the tensile bond strength of glass fiber posts (Reforpost - Angelus-Br...
Objectives: Several adhesive systems are available for cementation of fibre posts into the root cana...
The present invitro study was undertaken to evaluate the pull out bond strength of glass fibre post ...
Aim: The push out bond strength of a fiber post system was evaluated and compared using a self-etch ...
Copyright © 2007 Academy of Dental Materials Published by Elsevier Ltd.ObjectiveTo investigate regio...
This in vitro study evaluated the tensile bond strength of glass fiber posts (Reforpost - Angelus-Br...
Introduction: As opposed to the cementation metal posts, the cementation of fiber posts has several ...