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1.
Article in Chinese | WPRIM | ID: wpr-603292

ABSTRACT

Objective To explore the feasibility of repairing skin defect with Pelnac tissue engineering skin and cultured epidermal stem cells ( ESCs) and fibroblasts. Methods ESCs and fibroblasts in SD rats were isolated and cultured in vitro, and then were detected by immunohistochemistry. Fibroblasts were seeded in Pelnac material to construct dermis, and ESCs were seeded on the surface of dermis to construct tissue engineering skin. Thirty BALC/c nude mice were randomly divided into groups A, B and C. After mouse back skin defect model was established, group A was transplanted with Pelnac material, group B was transplanted with compound of Pelnac and fibroblasts, and group C was transplanted with Pelnac tissue engineering skin. The wound healing was observed after operation. The wound tissues were sampled for pathological histology test on the 5th and 7th day after transplantation. Results The expression of cytokeratin 15 and β1 integrin in ESCs was positive, and the expression of laminin ( LN) and fibronectin ( FN) in fibroblasts was positive. In group C, the wound healing of nude mice was the best, characterized by the proliferation of fibroblasts, obvious new capillaries and regularly arranged epidermal cells at the transplantation sites. Conclusion Pelnac tissue engineering skin has good effects on promoting repair of skin defect of nude mice.

2.
Clinical Medicine of China ; (12): 95-96, 2012.
Article in Chinese | WPRIM | ID: wpr-417803

ABSTRACT

ObjectiveTo explore the therapeutic efficacy of artificial dermal in repairing depth of burn wounds.MethodsTwenty-two cases of patients with depth bum who were admitted to our hospital during August of 2008 to August of 2010 were enrolled in this trial for retrospective study.The style of management was evaluated in these patients.Burn wound depth and severity was assessed immediately after patients admission,wound treatment was performed after patients with stable vital signs and wound edema peak period vanished.Artificial dermal was grafted onto the wound tissue after the primary debridement. Then,transplantation of artificial dermal was performed,with moist dressingonto it.After two weeks,the razor thick autoskin was grafted onto the surface of the artificial dermal after the removing of its silicon membrane during the secondary operation.ResultsThe wound healed completely with the survival of skin grafting and satisfactory appearance in all 22 patients. Furthermore,the scar in the donor site exhibited unconspicuous. Conclusion It's an optimal choice to repair deep burn with artificial dermal and thick autoskin.

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