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13. The Mechanism of Mineralization

© 2016 University of Pennsylvania Press, 3905 Spruce Street Philadelphia, Pennsylvania 19104-4112

© 2016 University of Pennsylvania Press, 3905 Spruce Street Philadelphia, Pennsylvania 19104-4112

Chapters in this book

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