Microsurgery in Periodontal and Implant Dentistry (dvd Sách)
This book compiles all relevant information regarding fundamental concepts and advanced techniques related to the applications of minimally invasive procedures in periodontal and implant therapy facilitated with the operating microscope. Microsurgical therapy, wound healing principles as well as biomechanical and design aspects of micro-instruments and suturing armamentarium are discussed. The book offers information that is usually scattered in the dental and medical literature and not only hard to compile but also to frame in the appropriate clinical categories. Its unique emphasis on ergonomics (patient, operator and assistant positioning) and collaboration techniques like four to six hand assisting make this work unique. Each topic is discussed by world renowned experts in the field. The book is a valuable resource for the dental society including general dentists, periodontists, oral surgeons and implantologists.
200.000 đ
Giáo viên:
6 học viên
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NỘI DUNG BÀI HỌC
- 1. Geometry of suturing. knot tying
- 2. The frequency of sutures
- 3. First Module. picking up the needle
- 4.1 Module 3. needle insertion
- 4.2 Second Module. holding the needle
- 5. Module 4. tying the knot
- 6. Module 5. Mistakes when holding the needle
- 7. Module 6. Mistakes related to needle insertion
- 8. Module 7. Mistakes during knot tying
- 9. Compression Zones
- 10. The square knot (1 = 1)
- 11. The Granny knot (1 × 1)
- 12. The surgeons knot (2 = 1)
- 13. The English Surgeon’s Knot (2=2)
- 14. The application of the English Surgeon’s Knot in the Microsurgical Connective Tissue Graft
- 15. Clinical application of both the Square Knot and the English Surgeon’s Knot in Microsurgical Esthetic Crown Lengthening
- 16. The continuous suture with the English Surgeon’s Knot for precise wound closure
- 17. The continuous suture with the English Surgeon’s Knot for precise wound closure
- 18. Gauze
- 19. Newspaper
- 20. Needles
- 21. Egg
- 22. Eggplant
- 23. Tomato-Star
- 24. Grass Blade
- 25. Flower
- 26. Mushroom
- 27. Tissue Paper Box-Silicone-Resin Dental Model
- 28. Plastic Micro-tubing
- 29. Six hand assisting model
- 30. Roving dental assistant
- 31. Based on the type of intervention, magnifications of 8× to 20× are considered ideal depending on periodontal microsurgery. The anatomical papilla are de-epithelized
- 32. Clear magnified vision and preserved, thus reducing trauma and facilitating accurate wound closure
- 33.1 A vertical incision should be performed in the inter-root concavities and should have a slight divergence
- 33.2 Very small needles should be inserted in the gingiva close to the area where knots will be tied
- 34. The simple interrupted suture technique seems to be simple, executing it in a reproducible and systematic manner with consistent and symmetrical bite size is challenging
- 35. Point-of-contact sling sutures, the needle is passed below the contact point and the short end is used to interweave it with the long end that goes in the palatal direction
- 36. Treatment of single gingival recessions. Trapezoidal flap
- 37. Treatment of single gingival recessions. Laterally moved CAF
- 38. Treatment of single gingival recessions. Envelope without incision
- 39. Treatment of multiple gingival recessions. CAF in envelope
- 40. Treatment of multiple gingival recessions. Modified tunnel
- 41. Treatment of multiple gingival recessions. Modified tunnel
- 42. Microscope-assisted autograft harvesting, connective tissue graft (de-epithelialized epithelium)
- 43. The use of a 20× high magnification microscope is essential because it allows us to clearly differentiate between tissues, enamel and dentin, root surface, presence of cervical lesio
- 44. After testing the adaptation of prothesis guide to the mouth
- 45. Coronal advanced flap technique with a connective tissue graft (CAF + CTG) was used in teeth 3.2, 3.3, 3.4, 3.5, and 3.6
- 46. A vertical incision should be performed in the inter-root concavities and should have a slight divergence
- 47. ErYAG laser microsurgery for melanin depigmentation (Case 1)
- 48. Melanin pigmentation removal using a chisel type tip (Case provided by Akira Aoki)
- 49. Melanin pigmentation removal on marginal gingiva (Case 1)
- 50. ErYAG laser micro-keyhole laser surgery (EL-MIKS) MIKS for metal tattoo removal (Case provided by Koji Mizutani)
- 51. ErYAG laser microsurgery for metal tattoo removal (Case 3). Severe and widespread metal tattoo pigmentation was removed in a minimally invasive manner. (Case provided by Akira Aoki)
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- 90. Reduction of proximal contacts to assist in an atraumatic tooth extraction
- 91. Complete microscopic socket debridement and apical granulation tissue
- 92. Osteotomy preparation through the palatal wall of the extraction socket and past the apical aspect of the extraction socket, measuring the osteotomy depth, and inserting the implant
- 93. Bone Graft Placement
- 94. Harvesting the palatal donor connective tissue graft and suturing of the donor site with primary closure
- 96. The periosteum is cut and the dental nerve isolated with precision
- 97. The video shows how to locate the greater palatine artery to avoid its damage
- 98. Lateralization of the dental nerve avoiding its damage in order to place implants in the posterior area of an atrophic mandible
- 99. Papilla elevation should be done with care to keep the integrity of the flap
- 100. After placing an immediate implant, integrity of the cortical bone plates is easily checked out with the help of the microscope
- 101. Tunneling techniques without applying too much tension on the tissues are primordial in complex cases to allow the revascularization of the connective tissue graft
- 102. Microsutures avoid tension in the margin of the flap avoiding necrosis and improving the healing process
- 103. Damaged screws can be easily retrieved with the help of magnification
- 104. Minimally invasive techniques can be applied even in complex cases with proper magnification and illumination
- 105. Retrieving screws with a proper illumination and magnification can avoid any damage to the implant or abutments
- 107. Complex cases may require raising a flap to preserve the maximum quantity of bone when retrieving an implant with a trephine
- 108. Broken screws may force the clinician to use a trephine to retrieve the implant
- 109. Polishing and shining of the implant head may be a clinical option in those implants with a mild bone loss
- 110. Minimally invasive mucogingival procedures are really useful and predictable in order to repair soft tissue complications around implants