两种空腔设计对根表面边缘微渗漏的影响。

L J Litkowski, M Swierczewski, H E Strassler
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引用次数: 2

摘要

目前结合复合树脂的方法依赖于珐琅的蚀刻,以获得足够坚固的结合,以抵抗聚合收缩并减少边际微泄漏的数量。以前,对腔体设计的修改已经进行了评估,以提高保留率。然而,所有这些空腔设计都利用了增加牙釉质结合表面积的方法,从而导致牙釉质结合更强。这项体外研究评估了当修复体完全放置在牙骨质表面并且仅依赖牙骨质和牙本质时,一种腔体设计修改的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of two cavity designs on root surface marginal microleakage.

Current methods for bonding composite resins rely upon the etching of enamel to attain a bond that is strong enough to resist polymerization shrinkage and decrease the amount of marginal microleakage. Previously, modification of cavity designs have been evaluated that have enhanced retention. However, all these cavity designs have utilized methods to increase the surface area of enamel to bond thus resulting in a stronger enamel bond. This in vitro study evaluated the effect of one cavity design modification when the restoration is placed entirely on cemental surfaces and relied on only cementum and dentin.

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