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13. The Mechanism of Mineralization
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Chapters in this book
- Frontmatter I
- In Dedication V
- Foreword VII
- Preface IX
- Prologue XI
- Contents XIII
- Participants XVII
-
I. Occlusion and Function
- 1. The Origin of Mammalian Occlusion 3
- 2. Emergence of Hominid Oral Mechanisms 19
- 3. The Development of Occlusion and Facial Balance 33
- 4. The Concept of a Rational Condylar Position 47
- 5. A Clinical Concept of Functional Occlusion in Orthodontics: The Missing Comprehensive Answer 53
-
II. The Interrelationship of Orthodontics and Periodontics
- 6. Structural and Biochemical Features of the Attachment Apparatus 71
- 7. Structural and Biochemical Features of the Attachment Apparatus 75
- 8. Tissue Reactions of the Periodontal Ligament as a Factor in Ortho-Perio Treatment 79
- 9. Remodeling of the Periodontium during Tooth Movement 97
- 10. Clinical Interrelation of Orthodontics and Periodontics 105
- 11. Periodontal Problems Associated with Orthodontic Treatment 115
-
III. The Interrelationship of Orthodontics and Surgery
- 12. The Organization of Bone and the Mechanism of Calcification 127
- 13. The Mechanism of Mineralization 139
- 14. Form-Function Relationships of Bone 145
- 15. A Rationale for Surgical Correction of Jaw Deformities 159
-
IV. Adhesives and Bonding in Orthodontics
- 16. Adhesive Bonding of Various Materials to Hard Tooth Tissues: Tracer Study of Mordant Adsorption on Enamel 163
- 17. Adhesion Principles for Orthodontics 173
- 18. Basic Considerations for Orthodontic Bonding 177
- 19. The Scientific Basis for Using Direct Bonding in Orthodontics 185
- 20. Indirect Bonding Simplicity in Action 193
- 21. Clinical Applications of Direct and Indirect Bonding in Orthodontics 201
-
V. Growth and Development
- 22. Mechanisms of Craniofacial Skeletal Growth 209
- 23. Mechanisms of Craniofacial Growth 223
- 24. The Biology of Tooth Eruption 227
- 25. The Fibroblast Migration Hypothesis of Tooth Eruption with a Note on the Tissue-Fluid Pressure Hypothesis 239
- 26. The Heritability of Malocclusion: Implications for the Orthodontic Practitioner 257
- 27. A Discussion of the Heritability of Malocclusion 269
-
VI. Tissue Reaction in Orthodontics
- 28. Embryogenesis of the Craniofacial Complex 275
- 29. Congenital Craniofacial Malformations: Perspectives in Susceptibility 289
- 30. Tissue Reaction and Bone Turnover in Orthodontic Treatment 297
- 31. Mechanical and Electrical Effects on Bone and Cartilage Cells: Translation of the Physical Signal into a Biologic Message 315
- 32. Syndromology's Message for Craniofacial Biology 323
- 33. Syndrome Recognition 353
Chapters in this book
- Frontmatter I
- In Dedication V
- Foreword VII
- Preface IX
- Prologue XI
- Contents XIII
- Participants XVII
-
I. Occlusion and Function
- 1. The Origin of Mammalian Occlusion 3
- 2. Emergence of Hominid Oral Mechanisms 19
- 3. The Development of Occlusion and Facial Balance 33
- 4. The Concept of a Rational Condylar Position 47
- 5. A Clinical Concept of Functional Occlusion in Orthodontics: The Missing Comprehensive Answer 53
-
II. The Interrelationship of Orthodontics and Periodontics
- 6. Structural and Biochemical Features of the Attachment Apparatus 71
- 7. Structural and Biochemical Features of the Attachment Apparatus 75
- 8. Tissue Reactions of the Periodontal Ligament as a Factor in Ortho-Perio Treatment 79
- 9. Remodeling of the Periodontium during Tooth Movement 97
- 10. Clinical Interrelation of Orthodontics and Periodontics 105
- 11. Periodontal Problems Associated with Orthodontic Treatment 115
-
III. The Interrelationship of Orthodontics and Surgery
- 12. The Organization of Bone and the Mechanism of Calcification 127
- 13. The Mechanism of Mineralization 139
- 14. Form-Function Relationships of Bone 145
- 15. A Rationale for Surgical Correction of Jaw Deformities 159
-
IV. Adhesives and Bonding in Orthodontics
- 16. Adhesive Bonding of Various Materials to Hard Tooth Tissues: Tracer Study of Mordant Adsorption on Enamel 163
- 17. Adhesion Principles for Orthodontics 173
- 18. Basic Considerations for Orthodontic Bonding 177
- 19. The Scientific Basis for Using Direct Bonding in Orthodontics 185
- 20. Indirect Bonding Simplicity in Action 193
- 21. Clinical Applications of Direct and Indirect Bonding in Orthodontics 201
-
V. Growth and Development
- 22. Mechanisms of Craniofacial Skeletal Growth 209
- 23. Mechanisms of Craniofacial Growth 223
- 24. The Biology of Tooth Eruption 227
- 25. The Fibroblast Migration Hypothesis of Tooth Eruption with a Note on the Tissue-Fluid Pressure Hypothesis 239
- 26. The Heritability of Malocclusion: Implications for the Orthodontic Practitioner 257
- 27. A Discussion of the Heritability of Malocclusion 269
-
VI. Tissue Reaction in Orthodontics
- 28. Embryogenesis of the Craniofacial Complex 275
- 29. Congenital Craniofacial Malformations: Perspectives in Susceptibility 289
- 30. Tissue Reaction and Bone Turnover in Orthodontic Treatment 297
- 31. Mechanical and Electrical Effects on Bone and Cartilage Cells: Translation of the Physical Signal into a Biologic Message 315
- 32. Syndromology's Message for Craniofacial Biology 323
- 33. Syndrome Recognition 353