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Ossilix is a high performance next generation calcium phosphate cement indicated for filling bony defects in cancellous bone. This material was designed to overcome the limitations of the first generation calcium phosphate cements. First generation cements had good compression strength but were weak in tension, flexural strength and fracture toughness, which combined with poor handling properties, have limited their use in fracture fixation. ' Advantages • Biocompatible • Allows for natural bone remodeling, or healing, while still maintaining the strength above that of cancellous bone - Immediate...

Remodeling Case Study DRILLABLE OSTEOCONDUCTIVE SCAFFOLD Composition Biomechanical Analysis Bone remodeling is the healing process whereby old bone is naturally removed A clinically relevant understanding of long-term strength of and replaced with new bone. Ossilix is similar in composition to the mineral defects treated with calcium phosphate bone void fillers (or any other bioactive material) are appropriately evaluated only in vivo. An in vivo biomechanical study was performed at four A calcium phosphate starting powder is reacted with diluted silicate liquid, weeks and six months post-implantation...

Indications & Case Studies Total Joint Revision TRAUMA Tibial Plateau Fracture view shows extensive osteolysis in both compartments of tibial bone underneath the tibial tray. CT shows low energy Tibial Plateau fracture view of filling the bony voids with Ossilix. view of Ossilix implant and new total knee joint has been inserted. X-ray shows the fixation by plating and Ossilix implantation Distal Radius Fracture X-ray showing on extra-articular fracture. Lateral view shows Ossilix implantation in both dorsal and volarside of distal radius. Shoulder riding high compromised glenoid 10cc Ossilix...

1. Lin, J., et al. Improved Flexural Strength of a Novel Craniomaxillofacial Cement. Orthopaedic Research Society Transactions Vol.30, Washington, D.C., 2005. 2. Banki, P, et al. Optimization of the Osteoinductiveness and Mechanical Properties of Calcium Phosphate Bone Cement using Demineralized Bone Matrix. Orthopaedic Research Society Transactions Vol.29, San Francisco, California, 2004. 3. Yetkinler, D N., et al. In Vitro and In Vivo Evaluation of Two Calcium Phosphate Cements. Orthopaedic Research Society Transactions Vol.29, San Francisco, California, 2004. 4. Lin, J., et al. Increased Fracture...