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2005 | Boek

Dental Hard Tissues and Bonding

Interfacial Phenomena and Related Properties

Redacteuren: George Eliades, DDS, Dr. Dent., David Watts, PhD, DSc, FADM, Theodore Eliades, DDS, MS, Dr.Med., PhD, FADM

Uitgeverij: Springer Berlin Heidelberg

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Over dit boek

This book comprehensively reviews bonding to enamel, dentin and cementum and analyses relevant adhesion mechanisms. It is addressed to both the dental researcher and the clinician. Emphasis is placed on the characterization of material interfaces with dental tissues in situ. The volume also stresses the importance of appropriate experimental protocol design in facilitating clinically-relevant research methods, clarifies the mechanisms of adhesion of polymeric materials to hard dental tissues and furnishes a handy reference for routine clinical procedures in restorative and prosthetic dentistry as well as orthodontics. The book introduces important aspects of the chemistry of dental materials and their adaptation to dental hard tissues. It also analyses interfacial phenomena occurring during application of materials, including mechanical properties, and structural-compositional alterations. The text presents the current instrumental approaches in studying related issues and a summary of the current status of theories concerning bonding to dental tissues. This work, in its scope and scientific content, provides an in-depth view of the way in which aesthetic dentistry is currently being practiced.

Inhoudsopgave

Voorwerk

Bonding to Enamel

Voorwerk
1. Etched Enamel Structure and Topography: Interface with Materials
Abstract
Experiments on bonding of acrylic resins to enamel and dentine began in the early 1950s in England with Dr. Oskar Hagger. He developed a monomer based on glycerophosphoric acid dimethacrylate that was chemically cured with sulphinic acid [1].
F.R. Tay, D.H. Pashley
2. Bonding of Resinous Materials on Primary Enamel
Abstract
Resin sealants are accepted as an effective procedure for controlling fissure decay in primary and permanent teeth. At the same time, increased use has been reported in resin composite restoratives in posterior teeth as substitute for amalgam.
A. Kakaboura, L. Papagiannoulis
3. Bond Strength to Enamel
Abstract
The ability of the clinician to bond restorative materials to enamel has been an important achievement of modern dentistry. A variety of restorative materials that rely on enamel bonding are now available to the clinician. These materials include resin composites, compomers, hybrid ionomers, and glass ionomers.
J.M. Powers, W.H. Tate
4. Orthodontic Bonding to Wet Enamel with Water-Insensitive and Water-Activated Orthodontic Adhesive Resins
Abstract
The interference of moisture in enamel bonding procedures is of interest mainly for orthodontic applications and to a lesser extent for bonded restorations. The mechanism and interfacial phenomena of enamel bonding from a restorative dentistry perspective are analyzed in Chap. 1.
T. Eliades, G. Eliades, N. Silikas, D.C. Watts

Bonding to Dentine

Voorwerk
5. Bonding to Dentin: Smear Layer and the Process of Hybridization
Abstract
The use of composite filling materials along with adhesive techniques has revolutionized present dental practice. The esthetic potential, handling, and wear properties of composite fillings have improved drastically [1].
K. Van Landuyt, J. De Munck, E. Coutinho, M. Peumans, P. Lambrechts, B. Van Meerbeek
6. In Situ Photo-Polymerisation and Polymerisation-Shrinkage Phenomena
Abstract
Photo-polymerisation is now a widely accepted initiation mode for the clinical hardening processes required with a wide range of biomaterials including dental adhesives and restoratives. As we discuss in detail, there is a strong relationship between the progressive phenomenon of photo-polymerisation, with attendant network formation, and shrinkage stresses and strains set up in the material and its host environment.
D. Watts, N. Silikas
7. Bonding in Prosthodontics with Cements
Abstract
When a tooth becomes decayed or fractured, an indirect restoration may be indicated to restore its functional and biological integrity. To reach that goal, special requirements have to be set for the properties of the cement used to retain the restoration.
A. El Zohairy, A.J. Feilzer

Bonding to Cementum

Voorwerk
8. Composition and Structure of Cementum: Strategies for Bonding
Abstract
The cervical margin of class-II and class-V cavities is usually located below the cemento-enamel junction. This area poses a clinical problem in adhesive resin restorations, since the margins of the cavities are limited by cementum (Fig. 8.1), a calcified tissue exhibiting several histo-morphological and functional variations from the dental structures that have been extensively evaluated as bonding substrates (enamel and dentin).
D. Tziafas
Nawerk
Meer informatie
Titel
Dental Hard Tissues and Bonding
Redacteuren
George Eliades, DDS, Dr. Dent.
David Watts, PhD, DSc, FADM
Theodore Eliades, DDS, MS, Dr.Med., PhD, FADM
Copyright
2005
Uitgeverij
Springer Berlin Heidelberg
Elektronisch ISBN
978-3-540-28559-5
Print ISBN
978-3-540-23408-1
DOI
https://doi.org/10.1007/3-540-28559-8