Maghaireh G A, Taha N A, Alzraikat H
Oper Dent. 2017 Jan/Feb;42(1):E24-E34. doi: 10.2341/15-311-LIT.
This article aims to review the research done on the silorane-based resin composites (SBRC) regarding polymerization shrinkage and contraction stresses and their ability to improve the shortcomings of the methacrylate-based resin composites (MRBC). Special attention is given to their physical and mechanical properties, bond strength, marginal adaptation, and cusp deflection. The clinical significance of this material is critically appraised with a focus on the ability of SBRC to strengthen the tooth structure as a direct restorative material. A search of English peer-reviewed dental literature (2003-2015) from PubMed and MEDLINE databases was conducted with the terms "low shrinkage" and "silorane composites." The list was screened, and 70 articles that were relevant to the objectives of this work were included.
本文旨在综述关于基于硅环戊烷的树脂复合材料（SBRC）在聚合收缩和收缩应力方面的研究，以及它们改善基于甲基丙烯酸酯的树脂复合材料（MRBC）缺点的能力。特别关注它们的物理和机械性能、粘结强度、边缘适应性和牙尖挠度。着重从SBRC作为直接修复材料增强牙体结构的能力方面，对该材料的临床意义进行了批判性评估。通过使用“低收缩”和“硅环戊烷复合材料”等术语，在PubMed和MEDLINE数据库中检索了2003年至2015年的英文同行评审牙科文献。对检索结果进行筛选，纳入了70篇与本研究目标相关的文章。
