Clinical Aspects of Dental Materials Theory Practice and Cases 3rd Edition by Marcia Gladwin, Michael Bagby – Ebook PDF Instant Download/Delivery. 0781764890, 9780781764896
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Product details:
ISBN 10: 0781764890
ISBN 13: 9780781764896
Author: Marcia Gladwin, Michael Bagby
Clinical Aspects of Dental Materials provides dental hygiene students with a practical understanding of dental materials and materials science. Part I, Theoretical Perspectives, covers the basics, science, and theory of dental materials. Part II, Laboratory/Clinical Applications, relates materials science to clinical dental hygiene practice. Part III, Case Studies, presents cases that help students integrate other dental hygiene knowledge with materials science.
This Third Edition has a full-color insert containing photographs with descriptive captions. Two new chapters have been added: “Finishing and Polishing Composite Restorations” and “Tips for the New Hygienist”. New review questions designed for course and national boards review have been added to Parts I and II.
Clinical Aspects of Dental Materials Theory Practice and Cases 3rd Table of contents:
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Chapter 1: Physical Properties of Dental Materials
- Mechanical Properties: Strength, Toughness, and Elasticity
- Thermal Properties: Expansion, Conductivity, and Insulation
- Optical Properties: Color, Aesthetic Considerations, and Translucency
- Electrical Properties and Their Role in Dentistry
- Factors Influencing Material Performance in the Oral Environment
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Chapter 2: Biocompatibility of Dental Materials
- Introduction to Biocompatibility in Dentistry
- Biological Responses to Dental Materials
- Allergies, Toxicity, and Sensitivity in Dental Materials
- Testing Methods for Biocompatibility
- Case Studies: Clinical Manifestations of Biocompatibility Issues
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Chapter 3: Impression Materials
- Types of Impression Materials: Elastomers, Hydrocolloids, and Others
- Physical and Chemical Properties of Impression Materials
- Clinical Applications and Techniques
- Handling, Mixing, and Storage of Impression Materials
- Advances in Impression Materials and Techniques
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Chapter 4: Dental Cements
- Types of Dental Cements: Zinc Oxide-Eugenol, Glass Ionomer, Resin-based Cements
- Properties of Dental Cements and Their Clinical Use
- Techniques for Cementation in Restorative Dentistry
- Bonding Mechanisms and Adhesion in Cementation
- Case Studies: Clinical Applications and Challenges
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Chapter 5: Restorative Materials: Metals and Alloys
- Types of Dental Alloys: Precious, Semi-Precious, and Non-Precious
- Composition, Properties, and Biocompatibility of Dental Alloys
- Casting and Fabrication Techniques for Metal Restorations
- Clinical Considerations and Applications in Fixed Prosthodontics
- Advances in Metal-based Restorative Materials
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Chapter 6: Resin-based Composites
- Composition and Types of Resin Composites
- Properties and Performance of Resin Composites
- Techniques for Placement, Polishing, and Finishing
- Clinical Challenges: Shrinkage, Bonding, and Durability
- Case Studies: Applications and Long-Term Performance
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Chapter 7: Glass Ionomer Materials
- Composition and Properties of Glass Ionomer Materials
- Clinical Uses of Glass Ionomer Restorations
- Advantages and Limitations of Glass Ionomers
- The Role of Glass Ionomers in Pediatric and Geriatric Dentistry
- Advances in Glass Ionomer Materials and Their Clinical Impact
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Chapter 8: Ceramic Materials
- Types of Ceramic Materials: Porcelain, Glass Ceramics, and Others
- Properties and Applications of Ceramics in Dentistry
- Techniques for Fabricating Ceramic Restorations
- Adhesive Bonding to Ceramic Materials: Techniques and Challenges
- The Future of Ceramic Materials in Restorative Dentistry
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Chapter 9: Biocompatibility and Toxicology of Restorative Materials
- The Impact of Restorative Materials on Oral and Systemic Health
- Toxicity, Allergic Reactions, and Sensitization
- Regulatory Standards for Biocompatibility Testing
- Clinical Case Studies of Toxic Reactions
- Managing Biocompatibility Concerns in Restorative Materials
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Chapter 10: Advances in Restorative Dental Materials
- Innovations in Nanotechnology for Restorative Materials
- Bioactive Materials and Their Role in Restorative Dentistry
- Smart and Self-healing Materials in Dentistry
- The Role of Digital Technologies in Material Selection and Design
- Future Trends and Emerging Technologies in Restorative Materials
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Chapter 11: Clinical Case Studies in Dental Materials
- Case Study 1: Managing a Complex Restorative Case with Composite Resin
- Case Study 2: Application of Glass Ionomer Materials in Pediatric Dentistry
- Case Study 3: Choosing the Right Material for Full-Mouth Rehabilitation
- Case Study 4: The Role of Adhesive Bonding in Restorative Success
- Case Study 5: Complications and Solutions in Metal Restorations
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Chapter 12: Environmental and Ethical Considerations in Dental Materials
- Environmental Impact of Dental Materials: Waste and Disposal
- Ethical Considerations in the Selection of Materials for Patients
- Regulatory Standards and Compliance in Material Selection
- Environmental Sustainability in the Use of Dental Materials
- The Future of Ethical Practices in Restorative Dentistry
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