Dental restorative materials are specially fabricated materials, designed for use as dental restorations, which are used to restore tooth structure loss. This is usually resulting from, but is not limited to, dental caries. There are many challenges for the physical properties of the ideal dental restorative material, the properties of which can be divided into four categories:: physical properties, biocompatibility, aesthetics and application. Chapters in this book include current research on todays materials and technologies in dental ceramics, biocompatibility of dental materials, and progress in bone and tissue regeneration. The need for simplified adhesive systems for the repair of small cavities in the primary teeth of children is also discussed in this book.
Preface; Dental Ceramics:: A Review of Modern Materials and Technologies; Development of Low-Shrinkage Dental Composites in Dentistry:: A Review of the Trends and Techniques Applied; Simultaneous Fluorescence and Reflection Confocal Microscopy Study of Living Osteoblast Bioenergetics as a Tool for the Design of Surface Topography of Dental Implants; Dental Materials in Daily Pedodontics Clinical Practice; Effects of Methacrylates Present in Dental Composite Resins on Hl-60 Cells Metabolism; Comparýson of Antýbacterýal Effects of Dentýn Bondýng Agents In Výtro; Progress Towards Bone and Tissue Regeneration Using PRGF Technology; Comparison of the Effect of Four Non-Metal Posts on Fracture Resistance of Endodontically Treated Teeth; Differences in Dentin Permeability and its Relevance to Cytotoxicity; Biocompatibility of Dental Materials:: Assessment of Genetic Damage and Cellular Death; Index.
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