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化学收缩剂——关于其物理化学性质、与牙龈边缘组织的生物相容性以及与弹性体印模材料相容性的体内和体外研究

Chemical Retraction Agents - in vivo and in vitro Studies into their Physico-Chemical Properties, Biocompatibility with Gingival Margin Tissues and Compatibility with Elastomer Impression Materials.

作者信息

Nowakowska Danuta, Saczko Jolanta, Kulbacka Julita, Wicckiewicz Wlodzimierz

机构信息

Department of Dental Materials, Wroclaw Medical University, Poland.

出版信息

Mini Rev Med Chem. 2017;17(5):435-444. doi: 10.2174/1389557516666160418122701.

Abstract

Gingival margin retraction/displacement (GMR/D) is a commonly accepted procedure in restorative dentistry. Of the various retraction methods, the chemo-mechanical approach with retraction media and chemical retraction agents (ChRAs) is mostly used. Different local and/or systemic side effects were observed after "chemical attacks" from these retraction agents. Moreover, no consensus exists as to the compatibility of chemical agents with different impression materials. This paper reports the findings of in vivo and in vitro studies and we discuss the physico-chemical properties of chemical retraction agents, their undesirable clinical side effects, biological activity and compatibility with selected groups of elastomer impression materials.

摘要

牙龈边缘退缩/移位(GMR/D)是口腔修复学中一种普遍接受的操作。在各种退缩方法中,使用退缩介质和化学退缩剂(ChRAs)的化学机械方法最为常用。在这些退缩剂的“化学攻击”后观察到了不同的局部和/或全身副作用。此外,关于化学试剂与不同印模材料的兼容性尚无共识。本文报告了体内和体外研究的结果,并讨论了化学退缩剂的物理化学性质、不良临床副作用、生物活性以及与选定组别的弹性体印模材料的兼容性。

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