Nash R W, Lowe R A, Leinfelder K
Medical College of Georgia School of Dentistry, USA.
J Am Dent Assoc. 2001 Aug;132(8):1099-104. doi: 10.14219/jada.archive.2001.0334.
Although dentists have been using resin-based composites successfully to restore posterior teeth in Class II situations for several years, creating a functional, anatomical proximal contact remains a clinical challenge for many clinicians.
This article presents a step by-step technique for creating a predictable proximal contact using a packable resin-based composite as the restorative material. Using a technique that is similar to that for amalgam will enable the dentist to make a successful transition to using composite as an alternative to amalgam in some posterior teeth.
More patients today are well-informed about dental care and are seeking tooth-colored restorative alternatives. Excellent materials and proven techniques are making the transition from traditional metallic restorations easier and more predictable. With this article, the authors aim to help dentists gain confidence in their technique and enable them to provide this service for their patients.
尽管多年来牙医一直成功地使用树脂基复合材料修复Ⅱ类洞型的后牙，但对许多临床医生来说，创建一个功能性、解剖学形态的邻面接触仍然是一项临床挑战。
本文介绍了一种逐步操作技术，该技术使用可压实树脂基复合材料作为修复材料来创建可预测的邻面接触。采用与银汞合金修复类似的技术将使牙医能够成功过渡到在一些后牙中使用复合材料替代银汞合金。
如今，越来越多的患者对牙齿护理有充分了解，并在寻求牙齿颜色的修复替代方案。优质的材料和经过验证的技术正使从传统金属修复向其他修复的过渡变得更加容易和可预测。通过本文，作者旨在帮助牙医对其技术充满信心，并使其能够为患者提供此项服务。
