On the ground, we planted the cells into the dcellularized nerve scaffold to produce tissue-engineered nerve, and used the production to heal injury of rat sciatic nerve by transplant.

Objective: To compare the effect of fabricating decellularized scaffold of small diameter vessels with two kinds of cell detergents and to provide a homograft bioprosthetic scaffold for creating tissue-engineering small diameter vessel.

To explore the effect of co-application of the nerve growth factor(NGF) and monosialotetranexosy1 gangliosides(GM1) on nerve regeneration and function recovery after xenogeneic acellular nerve scaffold transplantation,SD rats were randomly divided into four groups:normal saline(NS) control,NGF-treated,GM1-treated and NGF+GM1-treated group.

Objective To prepare the xenogeneic acellular nerve scaffold used a modified chemical extraction method.

Objective ( 1) Take tissue engineering way of hypotonic-chemical detergent to prepare xenogeneic acellular nerve scaffold, which makes an optimal material for the graft of xenogeneic acellular nerve.

Transplantation with microencapsulated peripheral nerve tissue and acellular nerve on sciatic nerve defects in dogs;

With the development of tissue engineering,homogeneous acellular nerve transplant gained well development,it was used as bioactive surrogate of nerve,having better bionic property and exhibiting excellent histocompatibility,may offer fitting microenvironment for axonal regeneration,so as to facilitate and induce effective regeneration of the inju.