Thull R
ZMK-Kliniken, Universität Würzburg.
Naturwissenschaften. 1994 Nov;81(11):481-8.
Metallic, ceramic, and polymeric materials are applied in all disciplines of surgical and dental medicine. The biocompatibility is determined by the chemical composition, the mechanical and electronic structures of the material's surface, the properties of the interface to the specific body electrolyte as well as by reactions, which occur between the solid and the liquid phase. The development of biomaterials, considering the sensitive biological environment, requires knowledge from all fields of the natural sciences and knowledge of manufacturing methods derived from the key technologies.
金属、陶瓷和聚合材料应用于外科医学和牙科医学的各个领域。生物相容性取决于材料的化学成分、材料表面的机械和电子结构、与特定人体电解质的界面特性以及固液相之间发生的反应。考虑到敏感的生物环境,生物材料的研发需要自然科学各个领域的知识以及源自关键技术的制造方法知识。