Hybridization of Dental Hard TissuesThe hybridization process, or the formation of a hybrid layer allows for advanced dental treatments that were previously impossible using conventional techniques. Discussed are properties of dentin, acidic conditioning and hybridization substrates, and characterization, quality, and clinical functions of the hybrid layer. Useful for anyone who wants to learn more about resin hybridization of tooth structure. [editor]. |
Contents
Properties of Dentin | 21 |
Acid Conditioning and Hybridization of Substrates | 37 |
Characterization of the Hybrid Layer | 57 |
Copyright | |
4 other sections not shown
Common terms and phrases
acid etching acidic conditioners adhesive monomers adhesive resin air dried Atomic force microscopic biocompatible bond strength bonding agent bonding systems bovine dentin Brännström calcium cavity Clearfil Liner Bond clinical collapse concentration crystallites deep dentin demineralized dentin demineralized dentinal matrix demineralized intertubular dentin Dent Res dental dentin adhesive dentin bonding dentin bonding agent dentin Fig dentinal permeability dentinal surface dentinal tubules enamel etched dentin ferric chloride Figure Gwinnett HEMA human dentin hybrid layer hybridized dentin intact dentin interface interphase intertubular dentin Jpn Dent Mater materials Meerbeek methacrylate microleakage mineralized MMA-TBB modulus of elasticity monomer infiltration monomers Nakabayashi Oper Dent Pashley Pashley DH penetration Phenyl-P phosphoric acid polymer polymerization primer pulpal reprinted with permission resin bonding resin composite resin monomers resin tags resin-dentin bonds resin-infiltrated restorations Sano Scanning electron microscopic seal self-etching smear layer spaces specimens stress substrate Suzuki tion tooth structure Transmission electron vitro Watanabe Yoshiyama
References to this book
Polymers for Dental and Orthopedic Applications Shalaby W. Shalaby,Ulrich Salz No preview available - 2006 |