TL;DR
GFBA may serve as an alternative to autogenous bone grafting in moderate ridge defects in men with alveolar ridge deficiencies following trauma, tooth loss, or endodontic pathology.
Background: Horizontal alveolar ridge deficiencies resulting from tooth loss, implant failure, trauma, or advanced ridge atrophy frequently require augmentation before prosthetically driven implant placement can be achieved. Flexible allogeneic cortical bone laminae have been introduced as biologic containment devices...
Atrophic posterior maxilla is often encountered with insufficient alveolar bone height due to the resorption and maxillary sinus pneumatization. Sinus floor elevation is a procedure that can be performed with either a lateral window, transcrestal osteotome or osseodensification approach, and is one of the most predict...
The findings suggest that a xenogeneic particulate bone substitute used without autogenous bone, in combination with a titanium mesh and a resorbable collagen membrane, may represent a viable approach for reconstruction of severely atrophic ridges, enabling long-term esthetic and functional outcomes.
BACKGROUND Alveolar ridge resorption following tooth extraction is a common clinical challenge that can compromise esthetics, implant placement, and prosthetic rehabilitation. Digital customization of bone block allografts offers precise adaptation to the recipient site, improving graft stability and reducing surgical...
In this single case, the ISRBS technique showed technical feasibility for staged horizontal ridge augmentation in a severe localized mandibular ridge defect and further clinical studies are required to evaluate its reproducibility and comparative effectiveness.
Background Rehabilitation of the posterior maxilla is challenging due to sinus pneumatization, limited vertical bone height, and thin peri‐implant soft tissues. Minimally invasive, biologically guided approaches aim to reduce morbidity while ensuring predictable outcomes. This report presents a staged protocol integrat...
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