Is there an implantologic-augmentative concept, that ensures to get even in most compromised situations a predictable result? With a faster healing and a safer outcome than any other method and this for almost no costs?

In this osteocom online course you will learn the powerful BBA Concept and the Split bone technique of Prof. Fouad Khoury, ranging from the protocol of ´Safe Bone Harvesting from the External oblique Line` up to advanced lateral bone augmentation even in very compromised cases.
Overall we will also cover the soft tissue management – together 6 techniques – like the palatal pedicled flap, the Kazanjian Vestibuloplasty, palatal pedicled flap and many more to get maximum reliable results.

Learning objectives

• • How to become a REAL BONE BUILDER and how to use the Power of Nature for almost 100% predictable results.
  • How to decide with clear Guidelines, when exactly you should use which technique.
  • How to inspire your patients to choose Vital and osteo-inductive material over any other material.
  • Why you never have to have sleepless nights before Re-entry, because you never have to work again with too sophisticated or NOT reliable methods.
  • Why this concept may be the last concept you need to learn – after your long journey for finding the most predictable technique

This course will review current concepts in implantology-augmentative techniques: BBA Concept and Split Bone Technique by Dr. Khoury. This paves the way for a very in-depth coverage of all the aspects of the techniques proposed, with strong and positive impact on the learning effectiveness of the resource.

The Osteocom “Biological Bone Augmentation” course is designed for dental professionals such as implantologists, oral surgeons, and periodontists. It is particularly beneficial for those interested in mastering advanced techniques like the Biological Bone Augmentation (BBA) concept and the Split Bone Technique developed by Prof. Fouad Khoury. This course is ideal for practitioners aiming to enhance their skills in bone grafting, guided bone regeneration, and achieving predictable outcomes in complex cases.