Dental Materials in Operative Dentistry
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Dental Materials in Operative Dentistry
Transcript of Dental Materials in Operative Dentistry
- Title Page
- Copyright Page
- Table of Contents
- Foreword
- Preface
- Acknowledgements
- Chapter 1 Resin Composites
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- Aim
- Outcome
- Introduction
- Indications
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- Anterior Composites
- Posterior Composites
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- Composition of Resin Composites
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- Resin Matrix
- Glass Filler Particles
- Coupling Agents
- Initiators and Accelerators
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- Types of Resin Composite
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- Microfill Composites
- Hybrid Composites
- Nanocomposites
- Flowable Composites
- Packable Composites
- Core Composites
- Indirect Resin Composites
- Ormocers
- Ceromers
- Fluoride-releasing Resin Composites
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- Advantages of Resin Composites
- Disadvantages of Resin Composites
- Dimensional Stability
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- Polymerisation Shrinkage
- Incremental Packing Technique
- Uptake of Water
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- Wear Resistance
- Survival of Posterior Composites
- References
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- Chapter 2 Compomers and Giomers
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- Aim
- Outcome
- Compomers
- Indications
- Contraindications
- Composition
- Setting Reaction
- Fluoride Release
- Physical Properties
- Bond to Tooth Substance
- Dimensional Stability
- Giomers
- References
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- Chapter 3 Enamel and Dentine Adhesive Systems
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- Aim
- Outcome
- Introduction
- The Structure of Enamel
- Bonding to Enamel
- The Structure of Dentine
- Bonding to Dentine
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- Cavity Preparation and Smear Layer
- Types of Acid Etchants
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- Types of Dentine Adhesive Systems
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- Etch-and-rinse Adhesives
- Etchants and Conditioners
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- Primers
- Bonding Resin
- Self-etch Adhesives
- Potential Problems with One-step Self-etch Adhesives
- Influence of Filler Particles
- Glass-ionomer Dentine Adhesive Systems
- Durability of Bonds
- Clinical Performance of Dental Adhesives
- References
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- Chapter 4 Glass-ionomer Cements
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- Aim
- Outcome
- Introduction
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- Indications
- Advantages
- Disadvantages
- Types of Glass-ionomer Cement
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- Conventional Glass-ionomer Cements
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- Glass Powders
- Polyalkenoate Acid
- Tartaric Acid
- Water
- Setting Reaction
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- Conventional Reinforced Glass-ionomer Cements
- Resin-modified Glass-ionomer Cements
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- Setting Reaction
- Disadvantages
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- Bond Strength and Adhesion
- Clinical Performance
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- Dimensional Stability
- Methods of Mixing
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- Fluoride Release
- References
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- Chapter 5 Dental Amalgam
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- Aim
- Outcome
- Introduction
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- Indications
- Advantages
- Disadvantages
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- Composition
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- Amalgam Trituration
- Conventional (Low-copper) Alloys
- Admixed High-copper Alloys
- High-copper Alloys
- Zinc-free Alloys
- Morphology of Alloys
- Creep
- Dimensional Stability
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- Amalgam Bonding
- Choosing an Amalgam
- Safe Use and Disposal
- Adverse Reactions and Dental Amalgam
- References
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- Chapter 6 Sealers Lining and Base Materials
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- Aim
- Outcome
- Protecting the Vitality of the Dental Pulp
- Influence of Restorative Materials
- Leakage
- Indirect and Direct Pulp Capping
- Is a Lining Necessary
- Sealers
- Liners
- Bases
- How Should the Pulp be Protected
- References
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- Chapter 7 Finishing and Polishing Restorations
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- Aim
- Outcome
- Introduction
- Dental Amalgams
- Composite Resins
- Abrasive Discs and Strips
- Tungsten Carbide Finishing Burs
- Diamond Finishing Burs
- Abrasive-impregnated Cups Points Discs and Brushes
- Surface Sealers
- Type of Composite Resin
- Compomers
- Glass-ionomer Cements
- References
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- Chapter 8 Dental Curing Lights
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- Aim
- Outcome
- Introduction
- Types of Dental Curing Light Available
- Halogen Curing Lights
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- Curing Modes
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- Light-emitting Diode Curing Lights
- Plasma Arc Curing Lights
- Argon Laser Curing Lights
- ldquoSoft-startrdquo Polymerisation
- Maintenance of Curing Lights
- Risk of Retinal Damage
- References
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- Chemical Abbreviations
- List of Dental Manufacturersrsquo Websites
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