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The research about biological materials and exercise-induced articular cartilage injury

机译:生物材料与运动诱导的关节软骨损伤的研究

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The composite scaffold has well biocompatibility and biodegradability, and it is assembled by a certain fraction ratio and mode, which is a biodegradable stent and gains many applications at present time in cartilage tissue engineering. The composite scaffold has good biocompatibility, toughness, porosity and mechanical strength. The preparation of composite scaffold is not only about the composite of biological materials with the same kind, but also about the different materials. Due to the composite scaffold, the biological materials have the complementarity, and meet the needs of ideal biomaterial scaffolds to some extent, which has positive implications on the repair of articular cartilage in exercise training.
机译:复合支架具有良好的生物相容性和生物降解性,并且通过一定的级分比和模式组装,这是一种可生物降解的支架,并且目前在软骨组织工程中获得许多应用。复合支架具有良好的生物相容性,韧性,孔隙率和机械强度。复合支架的制备不仅围绕生物材料的复合材料,而且涉及不同的材料。由于复合支架,生物材料具有互补性,并在一定程度上满足理想的生物材料支架的需要,这对运动训练中关节软骨的修复具有积极影响。

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