Understand the anatomic limitations of bone augmentation possibilities in both the horizontal and vertical dimension.
02.
Understand the technical aspect of guided bone regeneration for large 3-dimensional defects for Khoury and GBR techniques
03.
Learn to manage complications related to large hard tissue reconstructions.
04.
Learn to manage and treat 3D bone defects (both horizontal and vertical) using various bone augmentation techniques such as Khoury Technique, and GBR with reinforced membranes.
05.
Diagnosis and protocols to treat bone and soft tissue defects in a predictable natural way.
06.
Exploring new computer assisted technologies for solving 3D bone reconstruction.
TOPICS
What you will learn
Explore the boundaries of 3D reconstruction of bone defects using techniques to maximize both vertical and horizontal bone growth.
Understand the limits to reconstruction that the existing anatomy present in both the vertical and horizontal dimension.
Discuss in depth treating complications related to bone augmentation.
Mastering Khoury technique for treating 3D defects including anticipation and surgical planning, execution, and understanding biological components for success.
Advanced soft tissue grafting to maximize esthetic and functional results.
Predictable bone plate harvesting using Piezo surgery guided by extensive surgical planning.
Exploring all 3D bone augmentation techniques and when to use for maximum results.
Using reinforced membranes for achieving vertical and horizontal bone augmentation.
Treatment options to achieve bone augmentation in the horizontal and vertical dimension
Master Khoury Technique for predictable biocompatible bone augmentation
Master GBR Technique with reinforced membranes for predictable biocompatible bone augmentation
Khoury technique and GBR with reinforced membrane, respecting not just the hard tissue but the soft tissue as well
Benefits and limitations of LPRF and biologics like growth factors in bone regeneration
Indications to use GBR vs. Khoury
Autogenous harvesting techniques vs. Biologic bone substitutes
Using ACM burr, different scrapers, and Piezo surgery to harvest autogenous bone
Pro’s and Con’s of each graft type
Combining graft types for maximum benefit and patient comfort depending on the bone regeneration technique selected
Soft tissue management’s role in bone regeneration
Principles of flap design
Tensionless flap closure
Proper soft tissue management including development of Keratinized tissue for future implants
Diagnosis and Tx Planning bone defects
Limitations in bone augmentation based on existing anatomy
Proper diagnosis and treatment planning of individual sites.