Full-thickness articular cartilage defect repairment by coculture of autogenic bone marrow-derived mesenchymal stem cells with chondrocytes and implantation into allogenic demineralized bone matrix in rabbits;

Roentgenographic evaluation of repairing rabbit s radial segmental defect with transplantation of a demineralized bone matrix and bBMP composite;

An experimental comparison of repair capacity between transplantations of demineralized bone matrix composed with and without bBMP in rabbits radial segmental defect;

Performance assessment of decalcified bone matrix of goat as scaffold of bone tissue engineering;

Bone induction of compound material of decalcified bone matrix with rhBMP-2 impregnated bone cement;

Methods Decalcified bone matrix(DBM) was decorated with poly-L-Lysine(PLL) as the scaffold material(PLL-DBM).

To Evaluate the Early-stage Clinical Effect of OSTEOSET?2DBM in Treating Bone Defect;

The Experimental Study on Influence of Calcium Content on DBM-bone Induction Activities;

Objective To evaluate the effect of decalcification bone matrix(DBM) and OSTEOSET in treating the bone defect.

The preparation of decalcified bone matrix particles with adriamycin impregnated bone cement drug delivery system and its releasing character in vitro;

Objective To investigate the efficacy of the repair with decalcified bone matrix(DBM)and bone cement(BC)combined with autologous red marrow(RM) for canine femoral defect.

Objective: To investigate the method of how the freeze-dried demineralized bone matrix with nanoscale topography (nFDBM) was fabricated and effects of the nano-structure on osteoblast-behavior.