Fibular Segments

Fibular Segments are structural allografts harvested from the human fibula. This advanced method ensures deep cleaning, viral inactivation (SAL 10⁻⁶), and sterilization, while preserving both the mechanical strength and osteogenic potential of the graft.

The fibula’s natural geometry makes it especially valuable for reconstructive surgeries where long cortical struts are needed, such as in limb salvage, tumor resections, and complex trauma cases. Its cortical strength combined with cancellous integration capacity allows fibular segments to act as reliable load-sharing grafts that remodel and fuse with the host bone over time.

Composition: Cortical-cancellous fibular bone graft.

Biological Properties:

• Osteoconductive: Acts as a scaffold for vascularization and new bone formation.

• Osteoinductive: Retains bone morphogenetic proteins (BMPs) that stimulate regeneration.

• Biocompatible: Resorbs and remodels naturally with host skeletal tissue.

Indications for Use

• Oncology: Segmental bone reconstruction after tumor excision.

• Orthopedic Trauma: Limb salvage, large defect reconstruction, and fracture repair.

• Spinal Surgery: Used as strut grafts for stability and fusion procedures.

• Reconstructive Surgery: Mandibular or long-bone reconstructions requiring cortical struts.

Available Sizes:

• Whole fibular grafts

• Segmental fibular struts (customized by length and diameter)