使用氯己定溶液作为与常规和两步或三步粘合剂系统相结合的额外步骤

Diogo de Azevedo Miranda, Ana Paula Bartocci
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引用次数: 0

摘要

与牙齿组织的粘连是当今研究的主要方向之一,主要是粘连剂的化学演变,这使得修复过程能够以更快的速度和更大的可预测性进行。与牙本质的结合是一种独特的组织工程形式,其中脱矿胶原蛋白基质与羟基磷灰石残余晶体被用作树脂单体渗透的基础,形成杂交层。目前市场上可用的大多数粘接剂系统都能产生良好的初始粘合强度值,使临床医生能够在不需要固位准备的情况下粘附在牙齿结构上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Use of chlorhexidine solution as an additional step in combination with conventional and two or three step adhesive systems
Adhesion to dental tissues is one of the main lines of research today, mainly the chemical evolution of adhesives, which allowed the restorative procedures to be performed with greater speed and predictability1. Bonding to dentin is a unique form of tissue engineering in which a matrix of demineralized collagen with residual crystals of hydroxyapatite is used as the basis for the infiltration of resinous monomers, forming the hybrid layer. Most adhesive systems currently available on the market produce good initial bond strength values, allowing the clinician to stick to the dental structure without the need for retentive preparation.
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