Fabrication and characterization of a novel bone tissue engineering construct using collagen I gel to suspend adipose-derived stem cells into a porous PLGA-β-TCP scaffold;

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

The advance of bioceramics for bone tissue engineering scaffold material;

Perfusion-weighted magnetic resonance imaging for monitoring vascularization in tissue-engineered bone in rhesuses;

Objective To observe the expression of rhBMP-2 & VEGF gene that were transfected into adipose-derived stem cells(ADSCs)in vitro,and application of the tissue-engineered bone with the transfected compound to repair the bone defect of ulna of Guizhou minipigs.

Objective To construct the tissue-engineered bone with the allogenic demineralized bone matrix (DBM) as the scaffold material and the in vitro cultured human mesenchymal stem cells (hMSCs) and to evaluate the geosteogenesis efficacy and safety by implantation of tissue-engineered bone in nude mice subcutaneously.

An experimental study on radionuclide bone imaging in repairing bone defect by tissue engineering bone;

A histologic evaluation on vascularization of tissue engineering bone induced by endothelial progenitor cells(EPCs) for repairing large segmental defects in early period of bone healing

Objective To observe the changes of osteoblasts and vascularization during osteogenesis by tissue engineering technique under the electron microscope and study the feasibility of improving vascularization of the tissue engineering bone by using the small intestine submucosa(SIS) as the scaffold.