Osseointegration and Dental Implants

1 - Cover [Seite 1]
2 - Contents [Seite 6]
3 - Foreword [Seite 10]
4 - Preface [Seite 12]
5 - Contributing Authors [Seite 14]
6 - Introduction [Seite 20]
7 - 1: Implant Dentistry: A Technology Assessment [Seite 28]
7.1 - HOW MANY IMPLANT SYSTEMS DO WE HAVE AND ARE THEY DOCUMENTED? [Seite 28]
7.2 - WHAT HAVE WE LEARNED FROM RANDOMIZED CONTROLLED CLINICAL TRIALS ON ORAL IMPLANTS? [Seite 34]
7.3 - SYSTEMATIC REVIEWS OF SURVIVAL AND COMPLICATION RATES OF IMPLANT-SUPPORTED FIXED DENTAL PROSTHESES AND SINGLE CROWNS [Seite 39]
8 - 2: Comprehensive Treatment Planning for Complete Arch Restorations [Seite 52]
8.1 - TREATMENT OF THE EDENTULOUS MAXILLA AND MANDIBLE WITH IMPLANT-RETAINED OVERDENTURES [Seite 52]
8.2 - KEY IMPLANT POSITIONS AND IMPLANT NUMBER: A BIOMECHANICAL RATIONALE [Seite 57]
8.3 - TREATMENT ALTERNATIVES FOR THE TERMINAL DENTITION PATIENT [Seite 60]
9 - 3: Comprehensive Treatment Planning for the Patient with Complex Treatment Needs [Seite 68]
9.1 - THE CHALLENGING PATIENT WITH FACIAL DEFORMITIES, RARE DISORDERS, OR OLD AGE [Seite 68]
10 - 4: Comprehensive Treatment Planning for the Patient with Oral or Systemic Inflammation [Seite 88]
10.1 - THE EFFICACY OF OSSEOINTEGRATED DENTAL IMPLANTS FOR PERIODONTALLY COMPROMISED PATIENTS [Seite 88]
10.2 - PROFILES AND TREATMENT OPTIONS FOR REFRACTORY PATIENTS IN A PERIODONTAL PRACTICE [Seite 95]
10.3 - SYSTEMIC IMPLICATIONS OF PERI-IMPLANT INFLAMMATION: MIMICRY OF THE PERIODONTITISSYSTEMIC DISEASE MODEL? [Seite 99]
11 - 5: Surgery Phase Planning [Seite 110]
11.1 - ADVANCES IN DIAGNOSIS AND TREATMENT PLANNING UTILIZING CT SCAN TECHNOLOGY FOR IMPROVING SURGICAL AND RESTORATIVE IMPLANT RECONSTRUCTION: TOOLS OF EMPOWERMENT [Seite 110]
11.2 - IMMEDIATE IMPLANTS IN INFECTED SITES: CONTRAINDICATIONS RECONSIDERED [Seite 120]
11.3 - IMAGE-BASED IMPLANT THERAPY: CURRENT STATUS AND FUTURE PERSPECTIVES [Seite 126]
12 - 6: Pre-implant Surgical Interventions [Seite 142]
12.1 - HORIZONTAL AND VERTICAL BONE REGENERATION IN THE MAXILLA AND MANDIBLE [Seite 142]
12.2 - PRE-IMPLANT SURGICAL INTERVENTIONS TISSUEENGINEERING SOLUTIONS [Seite 150]
12.3 - GUIDED BONE REGENERATION WITH OR WITHOUT BONE GRAFTS: FROM EXPERIMENTAL STUDIES TO CLINICAL APPLICATION [Seite 154]
13 - 7: Pre-implant Surgical Augmentation Interventions [Seite 166]
13.1 - HARD-TISSUE AUGMENTATION TO OSSEOINTEGRATE IMPLANTS [Seite 166]
13.2 - ONLAY AND INLAY GRAFTING IN IMPLANT REHABILITATION: CLINICAL ASPECTS [Seite 173]
13.3 - IS AUTOGENOUS BONE STILL THE "GOLD STANDARD" FOR GRAFTING? CURRENT OPINION ON THE USE OF AUTOGRAFT IN IMPLANT DENTISTRY [Seite 177]
14 - 8: Pre-implant Surgical Interventions with Focus on the Maxilla [Seite 192]
14.1 - EVOLUTION OF THE SINUS AUGMENTATION PROCEDURE:1982, 2008, AND BEYOND [Seite 192]
14.2 - BONE AUGMENTATION IN THE SEVERELY RESORBED MAXILLA [Seite 200]
15 - 9: Biomaterials and Substances for Site Optimizing [Seite 208]
15.1 - ALVEOLAR AUGMENTATION: PAST, PRESENT, AND FUTURE [Seite 208]
16 - 10: Implant Surgery Interventions [Seite 222]
16.1 - THREE-DIMENSIONAL REVERSE TISSUE ENGINEERING FOR OPTIMAL DENTAL IMPLANT RECONSTRUCTION [Seite 222]
17 - 11: The Implant and Biological Response [Seite 230]
17.1 - THE HEALING BONE-IMPLANT INTERFACE: ROLE OF MICROMOTION AND RELATED STRAIN LEVELS IN TISSUE [Seite 230]
18 - 12: The Implant Surface and Biological Response [Seite 238]
18.1 - THE CHANGING INTERFACE [Seite 238]
19 - 13: The Implant Design and Biological Response [Seite 250]
19.1 - INFLUENCES OF IMPLANT DESIGN AND SURFACE PROPERTIES ON OSSEOINTEGRATION AND IMPLANT STABILITY [Seite 250]
19.2 - IMPLANT SURFACE DESIGN AND LOCAL STRESS FIELDS- EFFECTS ON PERI-IMPLANT BONE FORMATION AND RETENTION WITH "SHORT" POROUS-SURFACED IMPLANTS [Seite 255]
20 - 14: Loading Protocols and Biological Response [Seite 264]
21 - 15: Restorative Phase Treatment Planning [Seite 280]
21.1 - INTEGRATION OF BIOLOGICAL PRINCIPLES TO ACHIEVE STABLE AESTHETICS [Seite 280]
21.2 - CHANGING RATIONALES: CONNECTING TEETH WITH IMPLANTS BY A SUPRASTRUCTURE [Seite 285]
22 - 16: Restorative Phase Treatment Planning Using Shortened Clinical Protocols [Seite 294]
22.1 - STABILITY OF IMPLANTABUTMENT CONNECTIONS [Seite 294]
22.2 - SHORTENED CLINICAL PROTOCOLS: THE (R)EVOLUTION IS STILL ONGOING [Seite 298]
23 - 17: The Transmucosal Component and the Supra-construction Revolution [Seite 304]
23.1 - ABUTMENT DESIGN AND MATERIALS USING CAD/CAM TECHNOLOGY [Seite 304]
23.2 - CAD/CAM IN IMPLANT DENTISTRY [Seite 310]
24 - 18: The Implant Design and Clinical Outcomes [Seite 320]
24.1 - CONTEMPORARY DENTAL IMPLANTS AND CLINICAL PERFORMANCE [Seite 320]
24.2 - THE INTERNAL CONNECTION: A CONTRIBUTING FACTOR TO ACHIEVING AN AESTHETIC RESULT [Seite 327]
25 - 19: Loading Protocols and Clinical Outcomes [Seite 336]
25.1 - WHAT HAVE WE LEARNED ABOUT THE INFLUENCE OF LOADING ON THE QUALITY AND MAINTENANCE OF OSSEOINTEGRATION? [Seite 336]
25.2 - THE CONCEPT OF EARLY LOADING [Seite 340]
25.3 - WHAT HAVE WE LEARNED FROM CLINICAL TRIALS ABOUT EARLY LOADING OF IMPLANTS? [Seite 344]
26 - 20: Patient Focus on Neurophysiology [Seite 358]
26.1 - A NEUROPHYSIOLOGIC PERSPECTIVE ON REHABILITATION WITH ORAL IMPLANTS AND THEIR POTENTIAL SIDE EFFECTS [Seite 358]
27 - 21: Patient Focus on Expected and Unexpected Outcomes [Seite 370]
27.1 - DENTAL IMPLANT INNOVATIONS-GROWING EVIDENCE FOR BEST DECISIONS [Seite 370]
27.2 - SUBJECTIVE AND OBJECTIVE EVALUATION OF IMPLANTSUPPORTED RECONSTRUCTIONS FOR PARTIALLY EDENTULOUS PATIENTS [Seite 379]
28 - 22: Patient Focus on Function and Quality of Life and Future Implementation [Seite 386]
29 - 23: Dental Implants in the Habilitation of Young Patients [Seite 398]
30 - 24: Minimum Competency Providing Implant Prosthodontics What Should Educational Requirements? [Seite 406]
30.1 - GUARANTEEING TREATMENT FOR EVERYONE: CHANGING EDUCATIONAL CRITERIA FOR "GARDEN VARIETY" CASES TO MAJOR BONE GRAFTS [Seite 406]
31 - Appendix: The Toronto Osseointegration Conference Revisited, May 9-10, 2008: Program and Biographies of Speakers [Seite 410]
32 - Index [Seite 430]