Nair Madhu K, Pettigrew James C, Loomis Jeffrey S, Bates Robert E, Kostewicz Stephen, Robinson Boyd, Sweitzer Jean, Dolan Teresa A
Department of Radiology, Colleges of Dentistry and Medicine, University of Florida, Gainesville, FL 32610-0414, USA.
J Digit Imaging. 2009 Jun;22(3):232-41. doi: 10.1007/s10278-008-9149-5. Epub 2008 Sep 3.
The implementation of digital radiography in dentistry in a large healthcare enterprise setting is discussed. A distinct need for a dedicated dental picture archiving and communication systems (PACS) exists for seamless integration of different vendor products across the system. Complex issues are contended with as each clinical department migrated to a digital environment with unique needs and workflow patterns. The University of Florida has had a dental PACS installed over 2 years ago. This paper describes the process of conversion from film-based imaging from the planning stages through clinical implementation. Dentistry poses many unique challenges as it strives to achieve better integration with systems primarily designed for imaging; however, the technical requirements for high-resolution image capture in dentistry far exceed those in medicine, as most routine dental diagnostic tasks are challenging. The significance of specification, evaluation, vendor selection, installation, trial runs, training, and phased clinical implementation is emphasized.
本文讨论了在大型医疗企业环境中牙科数字放射成像的实施情况。为了在整个系统中无缝集成不同供应商的产品,对专用牙科图像存档与通信系统(PACS)有着明确的需求。随着每个临床科室迁移到具有独特需求和工作流程模式的数字环境中,出现了一些复杂问题。佛罗里达大学在两年多以前就安装了牙科PACS。本文描述了从基于胶片成像的规划阶段到临床实施阶段的转换过程。牙科在努力与主要为成像设计的系统实现更好集成时面临许多独特挑战;然而,牙科中高分辨率图像采集的技术要求远远超过医学中的要求,因为大多数常规牙科诊断任务都具有挑战性。文中强调了规格制定、评估、供应商选择、安装、试运行、培训以及分阶段临床实施的重要性。