文章信息/Info

Title:

The development and research status of visible light curing dental restorative composite resin

作者:

楊俊杰; 王亞子; 王瑞莉; 劉豐維; 包爽; 周哲; 江曉澤; 孫賓; 朱美芳*

東華大學纖維材料改性國家重點實驗室，材料科學與工程學院

Author(s):

 Yang Junjie' target="_blank" rel="external">’sans-serif’">Yang Junjie;  Wang Yazi;  Wang Ruili;  Liu Fengwei;  Bao Shuang;  Zhou Zhe;  Jiang Xiaoze;  Sun Bin;  Zhu Meifang

關鍵詞:

齒科修復樹脂材料; 有機/無機雜化; 納米復合材料

DOI:

10.7502/j.issn.1674-3962.2015.06.05

文獻標志碼:

A

摘要:

近年來，嚴重影響到人們生活質量的齲病業已發展為“第三大非傳染性疾病”，對受損的齲齒進行修復是治療齲齒的重要手段，因此齒科修復材料的發展備受關注。復合樹脂由于其優異的力學性能、良好的生物相容性等作為齒科修復材料逐漸引起科研工作者的重視。近年來，人們研發了多種各種齒科修復樹脂材料，其中部分已得到實際臨床應用。隨著納米技術的快速發展，由有機/無機雜化技術構筑的納米復合材料作為特殊的一類齒科修復樹脂材料而備受關注。本文立足于齒科修復樹脂材料，簡要回顧了各類齒科修復材料的發展歷程，重點介紹由雜化技術制備的可見光固化納米復合齒科修復材料的研究現狀，指出齒科修復樹脂材料存在問題的同時對其未來發展進行了展望。

Abstract:

In recent years, dental caries which seriously effect the quality of people’s life have developed into the third major non-communicable diseases, Repairing damaged teeth is an important way to treat dental caries. Thus the development of dental restorative materials have attracted much attention. Because of its excellent mechanical properties, good biological compatibility, composite resin gradually walk into the sight of scientists as dental restorative materials. In order to treat dental caries effectively, large numbers of dental repair resin materials have been developed, some of which have been put into practice on clinical application. With the rapid development of nanotechnology, nano composite materials constructing by organic/inorganic hybrid technology have attracted much attention as a special class of dental restorative resin materials. This paper is based on the dental restorative resin materials, reviewing the development of various dental restorative materials briefly, emphatically introducing the research status of nano composite dental restorative material, which using visible light curing prepared by hybrid technique, showing the problem of dental restorative resin material and prospecting its future development.