Resin composites, which are commonly used in restorative dentistry, consist of a cross-linked polymer matrix and fillers at 60 to 80 % by weight. The resins used are generally made of very large molecules, like bisphenol A glycidyl methacrylate (BIS-GMA), a highly viscous component. In view of reducing the composite’s viscosity and improving its handling properties, other components are usually added, such as the diluent tri-ethylene glycoldimethacrylate (TEGDMA). The mineral fillers should be of very small size and treated on their surface by a silane coupling agent, which is added and linked to the particles in order to achieve strong bonding with the resin during polymerization
Currently used composites for tooth and bone repair share a similar composition. A major issue with ...
This study aimed to compare the monomer elution, microhardness, and roughness of experimental resin-...
Successful dental restorative materials must resist chemical and mechanical breakdown as well as mai...
Nowadays, composite resins are the direct restorative materials more important in dental clinical pe...
Composite resins have now taken the place of amalgams in the field of restorative dentistry due to t...
The main disadvantages of resin-based composites (RBCs) for use in load-bearing posterior restoratio...
Composite resins have now taken the place of amalgams in the field of restorative dentistry due to t...
The main disadvantages of resin-based composites (RBCs) for use in load-bearing posterior restoratio...
Composite resins have now taken the place of amalgams in the field of restorative dentistry due to t...
Composite resins have now taken the place of amalgams in the field of restorative dentistry due to t...
Impurities or degradation of the components of resin-based materials have been throughout investigat...
The basic ingredients in composite restorative materials include: monomers, polymerization sta-biliz...
Impurities or degradation of the components of resin-based materials have been throughout investigat...
The purpose of this study was to evaluate the effect of a new resin monomer on the microleakage of c...
A new eugenyl dimethacrylated monomer (symbolled BisMEP) has recently been synthesized. It showed pr...
Currently used composites for tooth and bone repair share a similar composition. A major issue with ...
This study aimed to compare the monomer elution, microhardness, and roughness of experimental resin-...
Successful dental restorative materials must resist chemical and mechanical breakdown as well as mai...
Nowadays, composite resins are the direct restorative materials more important in dental clinical pe...
Composite resins have now taken the place of amalgams in the field of restorative dentistry due to t...
The main disadvantages of resin-based composites (RBCs) for use in load-bearing posterior restoratio...
Composite resins have now taken the place of amalgams in the field of restorative dentistry due to t...
The main disadvantages of resin-based composites (RBCs) for use in load-bearing posterior restoratio...
Composite resins have now taken the place of amalgams in the field of restorative dentistry due to t...
Composite resins have now taken the place of amalgams in the field of restorative dentistry due to t...
Impurities or degradation of the components of resin-based materials have been throughout investigat...
The basic ingredients in composite restorative materials include: monomers, polymerization sta-biliz...
Impurities or degradation of the components of resin-based materials have been throughout investigat...
The purpose of this study was to evaluate the effect of a new resin monomer on the microleakage of c...
A new eugenyl dimethacrylated monomer (symbolled BisMEP) has recently been synthesized. It showed pr...
Currently used composites for tooth and bone repair share a similar composition. A major issue with ...
This study aimed to compare the monomer elution, microhardness, and roughness of experimental resin-...
Successful dental restorative materials must resist chemical and mechanical breakdown as well as mai...