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Biodegradable Composite Implants

机译:可生物降解的复合植入物

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Biodegradable implants are established in the field of operative sports medicine. So-called composite implants are increasingly used. The idea to improve biocompatibility and osteoconductivity of biodegradable polymers by modifying them with a ceramic component, has led to the development of these composite implants. Today, an increasing variety of composite implants are available. They have substantially different material characteristics, which depend on matrix polymer choice and the additional ceramic. The material characteristics influence the mechanical properties, in vivo degradation, the osseous replacement and the host-tissue response. It is important to understand their biologic base for a better knowledge of the advantages and risks associated with using composite implants in the field of operative sports medicine The purpose of this review is to focus on current developments in biodegradable composite implants and their biologic base
机译:可生物降解的植入物在手术运动医学领域得到确立。越来越多地使用所谓的复合植入物。通过用陶瓷组分改性可生物降解的聚合物来改善其生物相容性和骨传导性的想法导致了这些复合植入物的开发。如今,越来越多的复合材料植入物可供使用。它们具有明显不同的材料特性,这取决于基体聚合物的选择和附加的陶瓷。材料特性影响机械性能,体内降解,骨置换和宿主组织反应。重要的是要了解它们的生物学基础,以便更好地了解与在手术运动医学领域中使用复合植入物相关的优势和风险。本综述的目的是着眼于可生物降解复合植入物及其生物学基础的最新发展

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