CONCLUSION: Swine corneal stroma has low immunogenicity and satisfying biocompatibility, it is an ideal biological carrier for cornea reconstruction in vitro.
结论：异种(猪)角膜基质免疫原性低，具有良好的生物相容性，是目前较为理想的角膜体外重构载体材料。
Conclusion:ACL reconstruction by knot-impinged double-strand hamstring tendon has satisfactory biomechanical properties in vitro and is an available method to repair the injury of ACL.
结论：肌腱结在骨性隧道内的嵌压具有良好的生物力学性能，可以满足前交叉韧带重建的生物力学需要。
AIM: To report on an in vitro reconstruction of corneal stroma and analyze the consequences of collagen contraction in view of cell biology and engineering.
目的：利用细胞生物学和工程学原理在体外重建角膜基质结构，分析影响角膜胶原收缩的因素。
Objective:To reconstruct corneal epithelial tissue in vitro by tissue engineer technique to provide corneal epithelial transplantation materials and methods for corneal surface reconstruction.
目的：利用组织工程技术体外重建角膜上皮组织，为重建角膜表面提供良好的移植材料和方法。
There was not follicle-like structures be seen in three-dimensional reconstruction of hair follicle in vitro .
体外毛囊三维模型培养未能形成毛囊样结构。
There was not follicle-like structures be seen in three-dimensional reconstruction of hair follicle in vitro .
体外毛囊三维模型培养未能形成毛囊样结构。
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