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半透明氧化锆综述

A Review on Translucent Zirconia.

作者信息

Ghodsi S, Jafarian Z

机构信息

Dental School-Tehran University Of Medical Sciences.

出版信息

Eur J Prosthodont Restor Dent. 2018 May 30;26(2):62-74. doi: 10.1922/EJPRD_01759Ghodsi13.

Abstract

INTRODUCTION

Zirconia is suggested in many clinical situations due to acceptable biocompatibility, lower price compared with gold restorations, and better appearance than traditional metal ceramic restorations. New translucent monolithic zirconia has been developed to merge strength with improved tooth-colour matching. This work aims to review relevant articles on new translucent zirconia restorative materials.

METHODS

The published articles on translucent zirconia were searched through PubMed, Medline, Google scholar, and indexed journals using the following keywords: translucent zirconia, transparent zirconia, and tooth colored zirconia. The most relevant articles were selected and reviewed.

RESULT

Introduction of translucent zirconia, has brought the advantages such as less tooth preparation, biological compatibility, high strength, good mechanical properties, and less antagonist wear. However, the effects of altering material constituents to increase translucency on properties such as phase transformation and low temperature degradation may warrant further investigations.

CONCLUSION

Translucent zirconia can be prescribed in many clinical situations and may provide less complicated procedures compared with the production of multilayer restorations of opaque zirconia cores and translucent feldspathic veneers. This may otherwise decrease fabrication time and defects, improve biological properties, reduce abutment tooth reduction, and result in less antagonist tooth attrition.

摘要

引言

由于具有可接受的生物相容性、与金修复体相比价格较低以及比传统金属陶瓷修复体外观更好等优点,氧化锆在许多临床情况下被推荐使用。新型半透明整体式氧化锆已被开发出来,以兼顾强度与改善的牙齿颜色匹配度。这项工作旨在综述有关新型半透明氧化锆修复材料的相关文章。

方法

通过PubMed、Medline、谷歌学术以及索引期刊,使用以下关键词搜索已发表的关于半透明氧化锆的文章:半透明氧化锆、透明氧化锆和牙齿颜色氧化锆。挑选并综述最相关的文章。

结果

半透明氧化锆的引入带来了诸如更少的牙齿预备、生物相容性、高强度、良好的机械性能以及更少的对颌牙磨损等优点。然而,改变材料成分以增加透明度对诸如相变和低温降解等性能的影响可能值得进一步研究。

结论

在许多临床情况下可以使用半透明氧化锆,与制作不透明氧化锆核和半透明长石质贴面的多层修复体相比,其操作程序可能没那么复杂。否则,这可能会减少制作时间和缺陷,改善生物学性能,减少基牙预备量,并减少对颌牙磨损。

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