Abstract
Micro-nano manufacturing of inorganic—organic composite tissue and organ engineering scaffolds is a field of biomaterial research that has emerged in recent years. Cell scaffolds for repairing damaged tissues and organs composed of degradable materials are one of its core technologies. Based on this research background, the article analyzes the efficacy of bone scaffold biomedical materials implanted in the injured leg caused by dance exercise. And through finite element analysis and elastic modulus analysis of the bracket’s stress and strain curves. The study found that the stiffness of the bone scaffold biomedical material is reduced after entering the human body. Biomedical materials can exert their toughness characteristics under the action of human bone proteins.
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