AOBG Augmentation – “Greenstick Fracture Technique”
This presentation introduces a bone grafting technique using autologous bone blocks to achieve both horizontal and vertical augmentation.
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Length: 25 Minutes
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1 Video
About this video
A bone deficiency in the right posterior edentulous mandible results in inadequate 3D bone volume for implant placement, necessitating augmentation. To address this, an onlay bone graft will be performed using a graft harvested from the adjacent mandibular ramus. Among the available surgical approaches for posterior mandibular atrophy, an onlay bone graft was chosen. Autologous bone harvested from the mandibular ramus enables simultaneous horizontal and vertical augmentation. The “greenstick fracture” technique was applied, involving precise osteotomy preparation using a Piezo device at the vertical augmentation site. This technique facilitates controlled fracturing, allowing a seamless transition between vertical and horizontal augmentation. By preserving bone block integrity and minimizing excessive manipulation, the graft was immediately stabilized, ensuring continuity and structural stability.
Related Classes
- Ridge preservation at the time of implant extraction.
- 3D ridge augmentation (vertical and horizontal) using an autologous onlay bone block graft.
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Length: 42 Minutes
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1 Video
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Length: 25 Minutes
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1 Video
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Length: 42:41 Minutes
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1 Video
Ridge Preservation and 3D Augmentation Following Failed Implant Removal
A two-step augmentation approach after failed implant removal:
Ridge Preservation Following Removal of Infected Failed Implants, with Secondary Vertical Augmentation Using Autologous Onlay Bone Grafting (AOBG) in the Posterior Mandible
A comprehensive treatment approach for managing chronic infection and severe bone loss in the posterior mandible due to failed implants. The protocol includes immediate ridge preservation with xenograft material (GBR), followed by vertical augmentation using autologous onlay bone grafting, and a final stage of implant placement with connective tissue grafting.
Mastering Severe Posterior Maxillary 3D Atrophy: Large Schneiderian Membrane Perforation Management with TAC and Multi-Modal onlay block bone grafts Augmentation
A demanding posterior maxillary reconstruction case demonstrating TAC-assisted repair of a large Schneiderian membrane perforation, combined with subnasal and sinus elevation procedures using autologous bone, bovine xenograft, and PRP to achieve significant horizontal and vertical bone augmentation in a severely atrophic posterior maxilla.