Hse K M, Leung S K, Wei S H
Pamela Youde School Dental Clinic, Department of Health, Hong Kong Government, Hong Kong.
Aust Dent J. 1999 Mar;44(1):1-11. doi: 10.1111/j.1834-7819.1999.tb00529.x.
Hybrid restorative materials comprising resins and components of conventional glass ionomers have been widely introduced and accepted by the dental profession in recent years. These include the resin-modified glass ionomer cements and the polyacidmodified resin composites or compomers. They are developed in an attempt to overcome the problems of traditional restoratives, such as moisture sensitivity and reduced early strength, while at the same time maintaining their clinical advantages of command setting, adhesion to tooth structures, adequate strength to occlusal load, fluoride release and aesthetics. This paper reviews the development, composition and properties of these new materials. Their clinical performance appears to be promising and they should be considered as good alternatives to amalgam and other conventional restorative materials in the future.
近年来，包含树脂和传统玻璃离子体成分的混合修复材料已被牙科行业广泛引入并接受。这些材料包括树脂改性玻璃离子水门汀和聚酸改性树脂复合材料或复合体。开发这些材料是为了克服传统修复材料的问题，如对湿度敏感和早期强度降低，同时保持其在凝固控制、与牙齿结构的粘结、对咬合负荷的足够强度、氟释放和美观方面的临床优势。本文综述了这些新材料的发展、成分和性能。它们的临床性能似乎很有前景，未来应被视为汞合金和其他传统修复材料的良好替代品。
