van der Stelt P F
Int Dent J. 1985 Jun;35(2):103-8.
The first computer applications in the dental office were based upon standard accountancy procedures. Recently, more and more computer applications have become available to meet the specific requirements of dental practice. This implies not only business procedures, but also facilities to store patient records in the system and retrieve them easily. Another development concerns the automatic calculation of diagnostic data such as those provided in cephalometric analysis. Furthermore, growth and surgical results in the craniofacial area can be predicted by computerized extrapolation. Computers have been useful in obtaining the patient's anamnestic data objectively and for the making of decisions based on such data. Computer-aided instruction systems have been developed for undergraduate students to bridge the gap between textbook and patient interaction without the risks inherent in the latter. Radiology will undergo substantial changes as a result of the application of electronic imaging devices instead of the conventional radiographic films. Computer-assisted electronic imaging will enable image processing, image enhancement, pattern recognition and data transmission for consultation and storage purposes. Image processing techniques will increase image quality whilst still allowing low-dose systems. Standardization of software and system configuration and the development of 'user friendly' programs is the major concern for the near future.
牙科诊所最早的计算机应用基于标准会计程序。最近,越来越多的计算机应用可供使用,以满足牙科诊疗的特定需求。这不仅意味着业务流程,还包括在系统中存储患者记录并能轻松检索的功能。另一个发展方向涉及诊断数据的自动计算,比如头影测量分析中提供的数据。此外,通过计算机化外推法可以预测颅面区域的生长和手术结果。计算机有助于客观获取患者的既往病史数据,并基于这些数据做出决策。已经为本科生开发了计算机辅助教学系统,以弥合教科书与患者互动之间的差距,同时避免后者固有的风险。由于应用电子成像设备而非传统的X光胶片,放射学将发生重大变革。计算机辅助电子成像将实现图像处理、图像增强、模式识别以及用于会诊和存储目的的数据传输。图像处理技术将提高图像质量,同时仍允许使用低剂量系统。软件和系统配置的标准化以及“用户友好型”程序的开发是近期的主要关注点。