Implantology Atlas: Management of Extreme Cases Using Advanced Materials and Protocols

Only the most up-to-date and advanced approaches to managing extreme cases in implantology!

Master treatment protocols for complex and extreme implantology cases under the guidance of renowned specialists from leading dental schools around the world.

During the course, you will learn:

• Implant-supported rehabilitation protocols for severely atrophic jaws

• Principles of the Khoury approach and vertical GBR techniques using reinforced PTFE TI membranes

• Protocols for immediate alveolar ridge reconstruction

• Protocols for the three-layer block bone graft technique

• Horizontal bone augmentation using the ridge-splitting technique

• Customized implant solutions for cases with severe bone deficiency

Lesson 1. Fundamentals of implantology in modern dental practice

• Core surgical procedures in implantology:

  • Preparation of the alveolar ridge for implant placement

  • One-stage vs. two-stage implant placement

  • Flap design and incision techniques

• Prosthetic protocols and clinical aspects of implant-supported restorations

• Bone augmentation techniques and soft tissue management around implants

• Management of complications in implantology

Lesson 2. Complications of implant placement in the aesthetic zone: treatment protocols

• Identification of major complications in the aesthetic zone

• Assessment and diagnosis of tissue deficiencies using the Pink Esthetic Score (PES) and White Esthetic Score (WES)

• Treatment protocols for peri-implantitis

Lesson 3. Strategies for effective tissue management during implant placement

• Step-by-step protocols for explantation and management of hard and soft tissues in the implant site

• Clinical integration of GBR techniques during implant placement

• Comprehensive strategies for effective soft tissue management around implants

Lesson 4. The Khoury technique and vertical GBR: clinical advantages and limitations

• Principles of the Khoury approach and vertical GBR using reinforced PTFE TI membranes

• Selection of biomaterials and membranes for vertical GBR

• Clinical requirements and indications for the Khoury technique and vertical GBR

Lesson 5. Bone reconstruction and vertical GBR protocols for successful implant placement

• In-depth understanding of bone reconstruction for predictable implant outcomes

• Review of the latest scientific evidence supporting the Khoury technique and vertical GBR

Lesson 6. Clinical analysis of the Khoury technique and vertical GBR

• Comparative analysis of outcomes: Khoury technique vs. alternative vertical GBR methods

• Clinical case reviews of Khoury and vertical GBR techniques across various clinical scenarios

Lesson 7. Immediate alveolar ridge reconstruction

• Classification of compromised extraction sockets based on severity and anatomical features

• Importance of precise incision design for optimal surgical access and outcomes

• Protocols for immediate alveolar ridge reconstruction to stimulate tissue regeneration following implant placement

• Immediate loading of implants after alveolar ridge reconstruction

• Three-layer block bone graft technique protocols

• Management of complications associated with immediate loading

• Prevention and management strategies for complications related to immediate alveolar ridge reconstruction

Lesson 8. Allografts: an alternative approach to alveolar ridge reconstruction

• Classification of different types of allografts

• Key properties of allografts for alveolar bone reconstruction

• Differences between allografts, xenografts, and autogenous bone

• Biological behavior of allografts in alveolar bone reconstruction

Lesson 9. Horizontal bone augmentation: protocols, techniques, and complication management

• Horizontal bone grafting using the ridge-splitting technique

• Horizontal augmentation protocols

• Advantages and indications for the use of allografts

• Management of severe horizontal atrophy: short- and long-term complications

Lesson 10. Customized implant placement in cases of bone deficiency

• Subperiosteal implants: history, evolution, and clinical applications

• Patient selection for customized subperiosteal implants:

  • Anatomical considerations

  • Risk assessment

• Design and fabrication of customized subperiosteal implants using digital imaging and 3D modeling technologies

• Clinical case analysis of customized subperiosteal implants:

  • Flap design protocols

  • Alveolar ridge preparation and modeling protocols

  • Implant fixation protocols

  • Complication management and prevention during and after surgery

10 lessons (6h 2min)