Protocols for Predictable Aesthetic Dental Restorations.
Publication details: Newark : John Wiley & Sons, Incorporated, 2006 ©2006Edition: 1st edISBN:- 1405173211
- 9781405173216
- 617.69
ebook
myilibrary
electronic book
Dentistry -- Aesthetic aspects
Electronic books
Remote;9781405173216 (electronic bk.);text;Intro -- Contents -- Dedication -- Foreword by Ronald E. Goldstein -- Preface -- 1 Treatment planning - assessment, planning and treatment -- Assessment -- Planning -- Diagnosis -- Risk assessment -- Evidence-based decision making and treatment -- Presenting treatment plan proposals to the patient -- Treatment -- Clinical case study -- Assessment -- Planning -- Treatment -- 2 The health, function and aesthetic triad -- Health -- The periodontium -- Restorative implications -- Implants -- Function -- Occlusion -- Phonetics -- Aesthetics -- Facial composition -- Dentofacial composition -- Dental composition -- Gingival composition -- 3 Choice of all-ceramic systems -- Scientific rationale -- Rationale for all-ceramic restorations -- Physical and mechanical properties of ceramic -- Uni-layer and bi-layer all-ceramic systems -- Aetiology of fractures -- Dental ceramics -- Silica-based ceramics -- Alumina-based ceramics -- Zirconia-based ceramics -- Longevity -- Metal-ceramic -- Dicor and Cerestore -- IPS-Empress 1 -- In-Ceram Alumina -- Procera -- Ceramic bridges (FPDs) -- Clinical practice -- 4 Colour and shade analysis -- Scientific rationale -- The stimulus for colour -- The illuminant -- The object -- Sensation (the detector) -- Synopsis of the stimulus for colour -- Perception -- Tooth colour determination -- Physical variables -- Physiological variables -- Psychological variables -- Dental variables -- Other optical variables in.uencing colour -- Shade guides -- Types of shade guide -- Limitations of shade guides -- Instrumental assessment -- Spectrophotometer -- Colorimeter -- Digital camera and red, green, blue (RGB) devices -- Clinical practice -- Ocular shade assessment -- Instrumental shade assessment -- 5 Foundations and intra-radicular support -- Introduction -- Vital teeth - scienti.c rationale -- Vital teeth -- Retention.;Vital teeth - clinical practice -- Pre-assessment for cores on vital teeth -- Radiographic evaluation -- Intra-oral evaluation -- Clinical sequalae for cores on vital teeth -- Non-vital teeth - scientific rationale -- Post materials -- Casting alloys -- Prefabricated metal -- Ceramics -- Fibre -- Criteria for intra-radicular post selection -- Coronal dentine and the ferrule effect -- Tapered vs. parallel -- Smooth vs. serrated -- Passive vs. active -- Direct vs. indirect technique -- Single- vs. multi-rooted teeth -- Choice of luting agents -- Aesthetics -- Types of cores -- Modes of failure -- Loss of retention -- Post fractures -- Root fractures -- Pre-post placement assessment -- Endodontic factors -- Periodontal factors -- Choice of definitive restoration -- Remaining coronal dentine -- Tooth location -- Summary -- Non-vital teeth - clinical practice -- 6 Tooth preparation -- Scientific rationale -- Reasons for extra-coronal restorations -- Biologic width -- Margin location -- Margin geometry -- Preparation design -- Maintenance of dental hard tissue integrity -- Cutting efficiency -- Clinical practice -- Anterior tooth preparation -- Assessment -- Planning -- Treatment -- Posterior tooth preparation -- Assessment -- Planning -- Treatment -- 7 Therapeutic temporary restorations -- Introduction -- Scientific rationale -- Health -- Function -- Aesthetics -- Biocompatibility -- Strength -- Palliative -- Marginal integrity -- Preventing plaque accumulation -- Chromatic stability -- Handling characteristics and ease of fabrication -- Material selection -- Polymethyl methacrylate (PMMA) -- Polyvinyl ethylmethacrylate (PVEMA) -- Bis-GMA resin -- Bis-acryl resin composite -- Urethane dimethacrylate (UDMA) resin -- Clinical practice -- Fabrication -- Matrices -- Existing anatomical form -- Proposed anatomical form.;Preformed metal and plastic crown forms -- Techniques -- Direct technique -- Indirect technique -- Direct-indirect technique -- 8 Biological impressions -- Introduction -- Scientific rationale -- Secondary determinants -- Stock vs. custom trays -- Inter- vs. intra-arch -- Closed vs. open tray -- One vs. two stages -- Passive vs. non-passive -- Warm vs. cold environment -- Manual vs. automated mixing -- Physical vs. chemical gingival retraction -- Impression materials -- Primary determinant -- Patient factors (risk assessment) -- Operator factors -- Clinical practice -- Dental biological impressions -- Gingival biological impressions -- 9 Try-in procedures -- Clinical practice -- Extra-oral evaluation -- Inspection of restoration on trimmed die -- Inspection of restoration on untrimmed die -- Intra-oral evaluation -- 10 Cementation and dentine bonding agents -- Scientific rationale -- Types and properties of luting agents -- Zinc oxide eugenol (ZOE) -- Zinc phosphate (ZP) -- Polycarboxylate (PC) -- Glass ionomer (GI) -- Resin-modified glass ionomer (RGI) -- Dual-polymerisation resins (DR) -- Self-adhesive, dual-polymerisation resins (SADR) -- Self adhesive, auto-polymerisation resins (SAAR) -- Ceramic primers (CP) -- Ef.cacy of cementing agents -- Adhesion -- Occlusal stresses -- Marginal integrity and leakage -- Retention -- Pre-treatment of abutment -- Dentine bonding agents -- Efficacy -- Pre-treatment of intaglio surface -- Clinical practice -- Index.
text
Intro -- Contents -- Dedication -- Foreword by Ronald E. Goldstein -- Preface -- 1 Treatment planning - assessment, planning and treatment -- Assessment -- Planning -- Diagnosis -- Risk assessment -- Evidence-based decision making and treatment -- Presenting treatment plan proposals to the patient -- Treatment -- Clinical case study -- Assessment -- Planning -- Treatment -- 2 The health, function and aesthetic triad -- Health -- The periodontium -- Restorative implications -- Implants -- Function -- Occlusion -- Phonetics -- Aesthetics -- Facial composition -- Dentofacial composition -- Dental composition -- Gingival composition -- 3 Choice of all-ceramic systems -- Scientific rationale -- Rationale for all-ceramic restorations -- Physical and mechanical properties of ceramic -- Uni-layer and bi-layer all-ceramic systems -- Aetiology of fractures -- Dental ceramics -- Silica-based ceramics -- Alumina-based ceramics -- Zirconia-based ceramics -- Longevity -- Metal-ceramic -- Dicor and Cerestore -- IPS-Empress 1 -- In-Ceram Alumina -- Procera -- Ceramic bridges (FPDs) -- Clinical practice -- 4 Colour and shade analysis -- Scientific rationale -- The stimulus for colour -- The illuminant -- The object -- Sensation (the detector) -- Synopsis of the stimulus for colour -- Perception -- Tooth colour determination -- Physical variables -- Physiological variables -- Psychological variables -- Dental variables -- Other optical variables in.uencing colour -- Shade guides -- Types of shade guide -- Limitations of shade guides -- Instrumental assessment -- Spectrophotometer -- Colorimeter -- Digital camera and red, green, blue (RGB) devices -- Clinical practice -- Ocular shade assessment -- Instrumental shade assessment -- 5 Foundations and intra-radicular support -- Introduction -- Vital teeth - scienti.c rationale -- Vital teeth -- Retention.
Vital teeth - clinical practice -- Pre-assessment for cores on vital teeth -- Radiographic evaluation -- Intra-oral evaluation -- Clinical sequalae for cores on vital teeth -- Non-vital teeth - scientific rationale -- Post materials -- Casting alloys -- Prefabricated metal -- Ceramics -- Fibre -- Criteria for intra-radicular post selection -- Coronal dentine and the ferrule effect -- Tapered vs. parallel -- Smooth vs. serrated -- Passive vs. active -- Direct vs. indirect technique -- Single- vs. multi-rooted teeth -- Choice of luting agents -- Aesthetics -- Types of cores -- Modes of failure -- Loss of retention -- Post fractures -- Root fractures -- Pre-post placement assessment -- Endodontic factors -- Periodontal factors -- Choice of definitive restoration -- Remaining coronal dentine -- Tooth location -- Summary -- Non-vital teeth - clinical practice -- 6 Tooth preparation -- Scientific rationale -- Reasons for extra-coronal restorations -- Biologic width -- Margin location -- Margin geometry -- Preparation design -- Maintenance of dental hard tissue integrity -- Cutting efficiency -- Clinical practice -- Anterior tooth preparation -- Assessment -- Planning -- Treatment -- Posterior tooth preparation -- Assessment -- Planning -- Treatment -- 7 Therapeutic temporary restorations -- Introduction -- Scientific rationale -- Health -- Function -- Aesthetics -- Biocompatibility -- Strength -- Palliative -- Marginal integrity -- Preventing plaque accumulation -- Chromatic stability -- Handling characteristics and ease of fabrication -- Material selection -- Polymethyl methacrylate (PMMA) -- Polyvinyl ethylmethacrylate (PVEMA) -- Bis-GMA resin -- Bis-acryl resin composite -- Urethane dimethacrylate (UDMA) resin -- Clinical practice -- Fabrication -- Matrices -- Existing anatomical form -- Proposed anatomical form.
Preformed metal and plastic crown forms -- Techniques -- Direct technique -- Indirect technique -- Direct-indirect technique -- 8 Biological impressions -- Introduction -- Scientific rationale -- Secondary determinants -- Stock vs. custom trays -- Inter- vs. intra-arch -- Closed vs. open tray -- One vs. two stages -- Passive vs. non-passive -- Warm vs. cold environment -- Manual vs. automated mixing -- Physical vs. chemical gingival retraction -- Impression materials -- Primary determinant -- Patient factors (risk assessment) -- Operator factors -- Clinical practice -- Dental biological impressions -- Gingival biological impressions -- 9 Try-in procedures -- Clinical practice -- Extra-oral evaluation -- Inspection of restoration on trimmed die -- Inspection of restoration on untrimmed die -- Intra-oral evaluation -- 10 Cementation and dentine bonding agents -- Scientific rationale -- Types and properties of luting agents -- Zinc oxide eugenol (ZOE) -- Zinc phosphate (ZP) -- Polycarboxylate (PC) -- Glass ionomer (GI) -- Resin-modified glass ionomer (RGI) -- Dual-polymerisation resins (DR) -- Self-adhesive, dual-polymerisation resins (SADR) -- Self adhesive, auto-polymerisation resins (SAAR) -- Ceramic primers (CP) -- Ef.cacy of cementing agents -- Adhesion -- Occlusal stresses -- Marginal integrity and leakage -- Retention -- Pre-treatment of abutment -- Dentine bonding agents -- Efficacy -- Pre-treatment of intaglio surface -- Clinical practice -- Index.
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