CAJ | 학술논문

医用钛合金材料属于生物惰性材料,广泛应用于硬组织的替换与修复领域.采用表面改性技术在钛基材料表面制成生物陶瓷涂层可改善钛基材料的生物活性和生物相容性.羟基磷灰石涂层已在临床上获得应用,但使用效果仍然受其较低的结合强度和结晶度所制约.为了获得综合性能更好的植入材料,制备了多种新型生物陶瓷涂层,其具有良好的生物活性、较好的结合强度及与骨组织能有效结合的能力.综述了钛及钛合金材料表面的生物陶瓷涂层在生物医学领域应用的研究进展.
의용태합금재료속우생물타성재료,엄범응용우경조직적체환여수복영역.채용표면개성기술재태기재료표면제성생물도자도층가개선태기재료적생물활성화생물상용성.간기린회석도층이재림상상획득응용,단사용효과잉연수기교저적결합강도화결정도소제약.위료획득종합성능경호적식입재료,제비료다충신형생물도자도층,기구유량호적생물활성、교호적결합강도급여골조직능유효결합적능력.종술료태급태합금재료표면적생물도자도층재생물의학영역응용적연구진전.
Titanium alloy has been used widely in fields of hard tissue replacement and repair,despite its characteristics of bio-inert material.Bio-ceramic coating deposited on Ti-based implants surface using surface modification technique can improve the bioactivity and biocompatibility of Ti-alloy material.The hydroxyapatite coating has been applied in clinic treatment,but this type of coating is still plagued with low crystallinity and poor bonding strength.In order to obtain an implant with excellent integrated properties,some novel bio-ceramic coating materials have been prepared.These materials having excellent bioactivity and biocompatibility and can directly bond with the Ti-based implants and the bone tissue.This review will present research status of the application of bio-ceramic coating on titanium alloy surface in biomedical fields