Transplantation of bone implants is currently recognized as one of the effective means treating bone defects.Biodegradable polyester/bioceramics composites combine good mechanical and degradable properties of biodegradable polyester with the osteogenic activity of bioceramics,thereby providing a new alternative for bone implant materials.Bone tissue engineering accelerates bone defect repair by simulating the bone microenviron-ment.The fabrication of biodegradable polyester/bioceramics composites into bone tissue engineering scaffolds can further accelerate the process of bone repair,and the introduction of 3D printing technology enables the pre-paration of biodegradable polyester/bioceramics bone tissue engineering scaffolds more precise,reproducible,and flexible,which exhibits very promising development.This review presents physical properties of bone tissue engi-neering scaffolds,summarizes the strategies from domestic and foreign scholars to improve the performance of bone tissue engineering scaffolds based on biodegradable polyester/bioceramics composite in recent years.Besides,the future development perspectives in this field are proposed in the field of research.
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