Basics of dental technology : a step by step approach

著者

書誌事項

Basics of dental technology : a step by step approach

Tony Johnson ... [et al.]

Wiley-Blackwell, 2011

  • : pbk.

大学図書館所蔵 件 / 全4件

この図書・雑誌をさがす

注記

Includes index

内容説明・目次

内容説明

Basics of Dental Technology is a major new resource for trainee dental technicians and undergraduate dental students that provides a clear, comprehensive and easy-to-use companion to study and practice. Employing a task-based approach, the book offers illustrated, step-by-step guidance to the current techniques and materials used in dental technology. As well as providing thorough instruction in core competencies such as impression handling, model production, tray construction, articulators and facebows, the book introduces the reader to the basics of more specific and/or specialist areas of practice, such as complete and partial denture prosthetics, fixed prosthodontics, orthodontic work, occlusion and implants. The book also provides an excellent ready reference to instruments, equipment and key terms as well as advice on establishing effective communication within the dental team and study tips. Key features: * Easy to use, task-based approach * Detailed pictures illustrate each task step-by-step * Comprehensive coverage of core competencies in dental technology, as well as introductions to more specialist areas of practice * Useful ready reference to instruments, equipment and key terms * Features study tips

目次

Chapter 1 INTRODUCTION. 1.1 Introduction. 1.2 How to use this book. 1.3 Equipment and Instruments. 1.4 Health and safety in the dental laboratory. 1.5 Sterilisation and impression handling. 1.6 Introduction to model making. 1.7 Models for prosthodontics - casting primary impressions. 1.8 Models for prosthodontics - boxing-in impressions. 1.9 Models for prosthodontics - casting working (secondary) impressions. 1.10 Models for prosthodontics - models for cobalt-chromium frameworks. 1.11 Orthodontic study models. 1.12 Introduction to sectional models. 1.13 Producing a sectional model using a tray system. 1.14 Producing a sectional model using a pinned system. 1.15 Sectioning the model. 1.16 Introduction to articulating models. 1.17 Articulating models on a simple hinge articulator. 1.18 Articulating dentate models using the average position. 1.19 Articulating edentulous models using the average position. 1.20 Articulating models using a facebow. Chapter 2 COMPLETE PROSTHETICS. 2.1 Introduction to complete prosthetics. 2.2 Construction of a close-fi tting custom impression tray. 2.3 Construction of a tray with spacer for edentulous cases. 2.4 Construction of a tray for dentate or partially dentate cases. 2.5 Construction of a windowed close-fi tting tray. 2.6 Construction of occlusal registration rims. 2.7 Setting up denture teeth. 2.8 Denture processing. 2.9 Grinding and finishing the dentures. 2.10 Denture repair. 2.11 Relining a denture in the laboratory. 2.12 Copy dentures. Chapter 3 PARTIAL PROSTHETICS. 3.1 Introduction to partial prosthetics. 3.2 Classifi cation. 3.3 Component parts of partial dentures. 3.4 Surveying. 3.5 Designing partial dentures. 3.6 Partial denture construction - acrylic resin. 3.7 Partial denture construction - cobalt-chromium. Chapter 4 FIXED PROSTHODONTICS. 4.1 Restoration design. 4.2 Metal restorations. 4.3 Ditching the die. 4.4 Producing a wax pattern. 4.5 Investing the wax pattern. 4.6 Casting and de-vesting the pattern. 4.7 Finishing the casting. 4.8 Metal-ceramic restorations. 4.9 Producing a wax pattern for a metal bonded to ceramic framework. 4.10 Investing the wax pattern. 4.11 Casting the pattern. 4.12 De-vesting and surface preparation. 4.13 Ceramic application and build-up. 4.14 Ceramic restorations. 4.15 Producing a high-strength ceramic substructure. 4.16 Veneering a high-strength ceramic substructure. 4.17 Producing a resin-bonded crown on a refractory die. 4.18 Post crowns. 4.19 Bridges. 4.20 Producing a cast metal fi xed-fi xed restoration. 4.21 Producing a soldered metal fi xed-fi xed restoration. 4.22 Soldering. 4.23 Minimal preparation bridges. 4.24 Producing a minimal preparation bridge (Maryland technique). 4.25 CEREC CAD-CAM. 4.26 CEREC - producing a single-unit substructure. 4.27 CEREC - producing a posterior single-unit substructure or restoration using a reduction technique. 4.28 CEREC - producing a bridge substructure. 4.29 Implant-supported prosthodontics. Chapter 5 ORTHODONTICS. 5.1 Introduction to orthodontics. 5.2 Classifi cation of malocclusions. 5.3 Theory of tooth movement. 5.4 Basic wire bending techniques. 5.5 Making passive components. 5.6 Producing ball-ended clasps. 5.7 The Adams clasp. 5.8 Producing a Southend clasp. 5.9 Active appliances. 5.10 Palatal fi nger spring (guarded). 5.11 Making a T-spring. 5.12 Double cantilever or Z-spring. 5.13 Buccal canine retractor. 5.14 The Roberts retractor. 5.15 Producing baseplates. 5.16 Producing biteplanes. 5.17 Extra-oral anchorage. 5.18 Functional appliance design. 5.19 Producing an Andresen appliance. 5.20 Twin-block appliance. 5.21 Fixed orthodontic appliances. 5.22 Retainer appliance design. 5.23 Repair and modifi cation of orthodontic appliances. Chapter 6 OCCLUSION. 6.1 Introduction to occlusion. 6.2 Occlusal schemes. 6.3 Articulators. 6.4 Facebows. 6.5 Summary. Chapter 7 SHADE AND COLOUR. 7.1 Introduction to aesthetics. 7.2 Colour terminology. 7.3 Shade guides. Appendix TOOTH MORPHOLOGY. GLOSSARY. INDEX

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