Investigate the biological compatibility of artificial material of polyglycolic acid with peripheral nerve tissue.
探索人工生物降解材料聚乙醇酸纤维与周围神经组织的生物相容性。
To investigate the biological compatibility of artificial material of polyglycolic acid with peripheral nerve tissue.
探索人工生物降解材料聚乙醇酸纤维与周围神经组织的生物相容性。
The special trichrome stain and immunocytochemical stain were used to show neurites, Schwann's cells in cultured peripheral nerve tissue.
本研究目的在于用三色染色法和免疫细胞化学反应显示培养的周围神经中的轴索及雪旺细胞。
The special trichrome stain and immunocytochemical stain were used to show neurites, Schwann s cells in cultured peripheral nerve tissue.
本研究目的在于用三色染色法和免疫细胞化学反应显示培养的周围神经中的轴索及雪旺细胞。
Using Schwann cells for association culture with tissue engineering materials and fabricating artificial nerve to repair injured peripheral nerves have extensive applied prospect.
应用许旺细胞与组织工程材料联合培养，构建人工神经修复周围神经损伤，具有广阔的应用前景。
Objective To investigate the methods to fabricate repair materials of tissue engineered peripheral nerve with bioactivity of Schwann cells(SC) .
目的研究具有雪旺细胞（SC）活性的组织工程周围神经修复材料的构建方法。
Objective To comment on the recent advances of production and application of the bio-derived scaffold in the tissue engineered peripheral nerve.
目的对近年有关组织工程周围神经生物衍生支架制备和应用方面的研究进展进行评述。
Objective To investigate the construction of tissue engineering collagen nerve conduits and repair peripheral nerve defects.
目的探讨组织工程化胶原神经导管的构建及对外周神经缺损的修复。
These materials provided abundant staple for the fabrication of artificial nerve and made basis for using tissue engineering based artificial nerve to repair injured peripheral nerves.
这些支架材料为人工神经的构建提供了丰富的原料，为应用组织工程化人工神经修复受损的周围神经奠定了基础。
Neuropeptides released from peripheral nerve in wound healing exert important transduction signals between impaired tissue and nervous system.
创伤愈合时，周围神经释放的神经肽在神经系统与损伤组织之间起着重要信号介导作用。
Conclusion Application of the bio-derived materials is a trend in the fabricating scaffold of the tissue engineered peripheral nerve.
结论生物衍生材料已经成为周围神经组织工程支架预构的趋势之一。
As compared with normal saline control group nerve stoma was slightly adhered to peripheral tissue at 4 or 12 weeks after operation in the hyaluronic acid treatment group P< 0.05.
与生理盐水对照组比较，透明质酸治疗组术后4，12周神经吻合口与周围组织粘连均较轻（P<0.05）。
Somatostatin released by growth hormone is an inhibiting factor and active nervous peptide, and it is mainly distributed in center nerve system, peripheral tissue and ocular tissue.
生长抑素是生长激素释放的抑制因子，是一种神经活性肽，广泛分布于中枢神经系统和周围组织，包括眼组织。
After peripheral nerve injury, nerve regeneration and functional recovery has been a hot tissue of orthopedic research.
周围神经损伤后的神经再生和功能恢复一直是骨科研究的热门问题。
Prolonged cold-preservation of nerve allograft tissue could serve as a means to produce unlimited graft material for use in peripheral nerve reconstruction.
在周围神经重建领域，神经的同种异体移植物经延长时间的冷冻保存法处理可制作移植物材料，应用前景乐观。
CONCLUSION: Peripheral nerve defect bridged by chitosan membranous tube could prevent the invasion of scar tissue, which is helpful to the regeneration of axons.
结论：甲壳胺膜桥接周围神经缺损，可防止疤痕侵入，有利于轴突再生。
Objective To investigate the outcome of repairing the peripheral nerve defects with the tissue engineered nerve constructed by Schwann cells and fibrin glue.
目的研究雪旺细胞生物蛋白胶复合物构建组织工程神经，修复周围神经缺损的效果。
Objective To investigate the outcome of repairing the peripheral nerve defects with the tissue engineered nerve constructed by Schwann cells and fibrin glue.
目的研究雪旺细胞生物蛋白胶复合物构建组织工程神经，修复周围神经缺损的效果。
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