The book offers a comprehensive and critical review which presents not only the principles and techniques involved in the use of skeletal anchorage techniques and devices (such as orthodontic implants, miniscrew implants and mini plates), but also the scientific evidence available regarding the use of these contemporary applications and their clinical efficacy.
• Provides an introduction to the conventional and noncompliance treatment of Class II malocclusion
• Provides an introduction to the use of skeletal anchorage reinforcement approaches in orthodontics
• Outlines the clinical considerations required for the use of skeletal anchorage devices in orthodontics
• Explains the insertion and removal procedures of orthodontic implants, miniscrew
implants and mini plates
• Discusses the use of orthodontic implants for the treatment of Class II malocclusion
• Explains the use of mini plates and zygomatic anchorage for the treatment of Class II malocclusion
• Discusses the use of mini-screw implants for the treatment of Class II malocclusion
• Explains the use of skeletal anchorage reinforcement of the noncompliance devices used for the treatment of Class II malocclusion
• Explores the efficiency of skeletal anchorage and its risk management
1. Section I Introduction to orthodontic treatment of Class II malocclusion - p. xi 2. 1 Diagnostic considerations and conventional strategies for treatment of Class II malocclusion - p. 1 3. 2 Non-compliance approaches for management of Class II malocclusion - p. 6 4. Section II Introduction to skeletal anchorage in orthodontics - p. 21 5. 3 The significance of anchorage in orthodontics - p. 22 6. 4 Biological principles and biomechanical considerations of implants, miniplates and miniscrew implants - p. 29 7. 5 Biomaterial properties of orthodontic miniscrew implants - p. 34 8. 6 Structure and mechanical properties of orthodontic miniscrew implants - p. 39 9. Section III Clinical considerations for the use of skeletal anchorage devices in orthodontics - p. 47 10. 7 The use of implants as skeletal anchorage in orthodontics - p. 48 11. 8 Orthodontic anchorage using a locking plate and self-drilling miniscrew implants for the posterior maxilla - p. 55 12. 9 Miniscrew implants for temporary skeletal anchorage in orthodontic treatment - p. 58 13. 10 Selection of miniscrew implant types, sizes and insertion sites - p. 66 14. 11 Patient expectations, acceptance and preferences for miniscrew implant treatment - p. 71 15. Section IV Surgical considerations in the use of skeletal anchorage devices in orthodontics - p. 73 16. 12 Insertion and removal of orthodontic implants - p. 74 17. 13 Insertion and removal of orthodontic miniplates - p. 78 18. 14 Insertion and removal of orthodontic miniscrew implants - p. 83 19. 15 Selecting a suitable site for miniscrew implant insertion - p. 87 20. 16 Positioning guides for the radiological evaluation of miniscrew implant insertion sites - p. 94 21. 17 Precise miniscrew implant insertion technique between the roots of maxillary second premolar and first molar (Kim's stent) - p. 97 22. 18 Surgical guides for optimal positioning of miniscrew implants - p. 101 23. Section V Orthodontic implants for the treatment of Class II malocclusion - p. 103 24. 19 Overview of orthodontic implants for the correction of Class II malocclusion - p. 104 25. 20 The use of the Straumann Orthosystem as palatal implant in the correction of Class II malocclusion - p. 109 26. Section VI Miniplates for the treatment of Class II malocclusion - p. 111 27. 21 Overview of miniplates and zygomatic anchorage for treatment of Class II malocclusion - p. 112 28. 22 Distalization of the maxillary arch with miniplate anchorage - p. 118 29. 23 Maxillary molar distalization with the Graz Implant-Supported Pendulum appliance - p. 124 30. 24 Class II correction with fixed functional devices using symphyseal bone anchorage - p. 129 31. Section VII Miniscrew implants for the treatment of Class II malocclusion - p. 133 32. 25 Overview of miniscrew implants in treatment of Class II malocclusion - p. 134 33. 26 Mechanics of Class II malocclusion compensation with miniscrew implant-supported anchorage - p. 139 34. 27 The Aarhus Anchorage System - p. 143 35. 28 The Spider Screw anchorage system - p. 147 36. 29 The miniscrew implant-supported distalization system - p. 156 37. 30 The Advanced Molar Distalization Appliance - p. 160 38. 31 The evolution of the Horseshoe Jet - p. 168 39. 32 The Distal Screw - p. 171 40. 33 The Beneslider and Pendulum B appliances - p. 174 41. 34 The TopJet distalizer - p. 178 42. 35 The skeletal Pendulum-K appliance - p. 183 43. 36 The bone-anchored Pendulum appliance - p. 186 44. 37 Non-extraction treatment of Class II malocclusion using miniscrew implant anchorage - p. 189 45. 38 Treatment of skeletal origin gummy smiles with miniscrew implant-supported biomechanics - p. 196 46. 39 Altering the smile line with miniscrew implant-supported biomechanics - p. 204 47. 40 Lingual orthodontics and the use of miniscrew implants for the management of Class II malocclusion in adults - p. 211 48. 41 Skeletal anchorage in lingual orthodontic treatment with sliding mechanics - p. 219 49. 42 Lever arm and miniscrew implant system for distalization of maxillary molars and anterior teeth retraction - p. 223 50. Section VIII Treatment of Class II malocclusion with different temporary anchorage devices - p. 228 51. 43 Molar and group distalization for the correction of Class II malocclusion using bone anchorage - p. 229 52. 44 Treatment of Class II open bite malocclusion supported by skeletal anchorage - p. 235 53. 45 Non-extraction correction of Class II malocclusion using biocreative therapy - p. 239 54. 46 Correction of Class II malocclusion with the bone-anchored Forsus Fatigue Resistant Device - p. 244 55. 47 The Twin Force Bite Corrector and skeletal anchorage for Class II correction - p. 249 56. Section IX Efficiency of skeletal anchorage and risk management - p. 251 57. 48 Success rates, risk factors and complications of miniplates used for orthodontic anchorage - p. 252 58. 49 Success rates and risk factors of miniscrew implants used as temporary anchorage devices for orthodontic purposes - p. 258 59. 50 Root and bone response to proximity of miniscrew implants - p. 274 60. 51 Complications of miniscrew implant insertion - p. 278 61. 52 Risk management of skeletal anchorage devices in orthodontics - p. 281 62. Index - p. 286
The book offers a comprehensive and critical review which presents not only the principles and techniques involved in the use of skeletal anchorage techniques and devices (such as orthodontic implants, miniscrew implants and mini plates), but also the scientific evidence available regarding the use of these contemporary applications and their clinical efficacy.
• Provides an introduction to the conventional and noncompliance treatment of Class II malocclusion
• Provides an introduction to the use of skeletal anchorage reinforcement approaches in orthodontics
• Outlines the clinical considerations required for the use of skeletal anchorage devices in orthodontics
• Explains the insertion and removal procedures of orthodontic implants, miniscrew
implants and mini plates
• Discusses the use of orthodontic implants for the treatment of Class II malocclusion
• Explains the use of mini plates and zygomatic anchorage for the treatment of Class II malocclusion
• Discusses the use of mini-screw implants for the treatment of Class II malocclusion
• Explains the use of skeletal anchorage reinforcement of the noncompliance devices used for the treatment of Class II malocclusion
• Explores the efficiency of skeletal anchorage and its risk management
1. Section I Introduction to orthodontic treatment of Class II malocclusion - p. xi 2. 1 Diagnostic considerations and conventional strategies for treatment of Class II malocclusion - p. 1 3. 2 Non-compliance approaches for management of Class II malocclusion - p. 6 4. Section II Introduction to skeletal anchorage in orthodontics - p. 21 5. 3 The significance of anchorage in orthodontics - p. 22 6. 4 Biological principles and biomechanical considerations of implants, miniplates and miniscrew implants - p. 29 7. 5 Biomaterial properties of orthodontic miniscrew implants - p. 34 8. 6 Structure and mechanical properties of orthodontic miniscrew implants - p. 39 9. Section III Clinical considerations for the use of skeletal anchorage devices in orthodontics - p. 47 10. 7 The use of implants as skeletal anchorage in orthodontics - p. 48 11. 8 Orthodontic anchorage using a locking plate and self-drilling miniscrew implants for the posterior maxilla - p. 55 12. 9 Miniscrew implants for temporary skeletal anchorage in orthodontic treatment - p. 58 13. 10 Selection of miniscrew implant types, sizes and insertion sites - p. 66 14. 11 Patient expectations, acceptance and preferences for miniscrew implant treatment - p. 71 15. Section IV Surgical considerations in the use of skeletal anchorage devices in orthodontics - p. 73 16. 12 Insertion and removal of orthodontic implants - p. 74 17. 13 Insertion and removal of orthodontic miniplates - p. 78 18. 14 Insertion and removal of orthodontic miniscrew implants - p. 83 19. 15 Selecting a suitable site for miniscrew implant insertion - p. 87 20. 16 Positioning guides for the radiological evaluation of miniscrew implant insertion sites - p. 94 21. 17 Precise miniscrew implant insertion technique between the roots of maxillary second premolar and first molar (Kim's stent) - p. 97 22. 18 Surgical guides for optimal positioning of miniscrew implants - p. 101 23. Section V Orthodontic implants for the treatment of Class II malocclusion - p. 103 24. 19 Overview of orthodontic implants for the correction of Class II malocclusion - p. 104 25. 20 The use of the Straumann Orthosystem as palatal implant in the correction of Class II malocclusion - p. 109 26. Section VI Miniplates for the treatment of Class II malocclusion - p. 111 27. 21 Overview of miniplates and zygomatic anchorage for treatment of Class II malocclusion - p. 112 28. 22 Distalization of the maxillary arch with miniplate anchorage - p. 118 29. 23 Maxillary molar distalization with the Graz Implant-Supported Pendulum appliance - p. 124 30. 24 Class II correction with fixed functional devices using symphyseal bone anchorage - p. 129 31. Section VII Miniscrew implants for the treatment of Class II malocclusion - p. 133 32. 25 Overview of miniscrew implants in treatment of Class II malocclusion - p. 134 33. 26 Mechanics of Class II malocclusion compensation with miniscrew implant-supported anchorage - p. 139 34. 27 The Aarhus Anchorage System - p. 143 35. 28 The Spider Screw anchorage system - p. 147 36. 29 The miniscrew implant-supported distalization system - p. 156 37. 30 The Advanced Molar Distalization Appliance - p. 160 38. 31 The evolution of the Horseshoe Jet - p. 168 39. 32 The Distal Screw - p. 171 40. 33 The Beneslider and Pendulum B appliances - p. 174 41. 34 The TopJet distalizer - p. 178 42. 35 The skeletal Pendulum-K appliance - p. 183 43. 36 The bone-anchored Pendulum appliance - p. 186 44. 37 Non-extraction treatment of Class II malocclusion using miniscrew implant anchorage - p. 189 45. 38 Treatment of skeletal origin gummy smiles with miniscrew implant-supported biomechanics - p. 196 46. 39 Altering the smile line with miniscrew implant-supported biomechanics - p. 204 47. 40 Lingual orthodontics and the use of miniscrew implants for the management of Class II malocclusion in adults - p. 211 48. 41 Skeletal anchorage in lingual orthodontic treatment with sliding mechanics - p. 219 49. 42 Lever arm and miniscrew implant system for distalization of maxillary molars and anterior teeth retraction - p. 223 50. Section VIII Treatment of Class II malocclusion with different temporary anchorage devices - p. 228 51. 43 Molar and group distalization for the correction of Class II malocclusion using bone anchorage - p. 229 52. 44 Treatment of Class II open bite malocclusion supported by skeletal anchorage - p. 235 53. 45 Non-extraction correction of Class II malocclusion using biocreative therapy - p. 239 54. 46 Correction of Class II malocclusion with the bone-anchored Forsus Fatigue Resistant Device - p. 244 55. 47 The Twin Force Bite Corrector and skeletal anchorage for Class II correction - p. 249 56. Section IX Efficiency of skeletal anchorage and risk management - p. 251 57. 48 Success rates, risk factors and complications of miniplates used for orthodontic anchorage - p. 252 58. 49 Success rates and risk factors of miniscrew implants used as temporary anchorage devices for orthodontic purposes - p. 258 59. 50 Root and bone response to proximity of miniscrew implants - p. 274 60. 51 Complications of miniscrew implant insertion - p. 278 61. 52 Risk management of skeletal anchorage devices in orthodontics - p. 281 62. Index - p. 286
