The radiology information system: its evolution and current status.

J L Lehr, F L Steinberg
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Abstract

Radiology information systems (RIS) have developed over the past 20 years as a specialized area of medical informatics. Although an increasing number of radiology departments utilize such systems, the majority do not. Perhaps this is because no commercially available system has yet demonstrated its ability to provide cost-effective solutions to the diverse problems of different departments. This review begins with a brief history of RIS to point out some approaches that have proven successful and some that have not. Learning about the historical development of RIS also helps understand many of the features that are found in current systems. The bulk of the article is devoted to a detailed discussion of the functional modules found in RIS, including patient registration and data base management, examination scheduling, process control, film file management, diagnostic reporting, financial packages, and management statistics. These discussions emphasize the wide range of activities and problems found in different radiology departments and the wide range of techniques utilized by RIS. General issues of designing or selecting, installing, operating, and optimizing a RIS are discussed briefly. A final section points out areas for future development and expansion of RIS, giving special attention to the incorporation of digital image information into overall radiology systems.

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放射学信息系统的发展与现状。
放射学信息系统(RIS)作为医学信息学的一个专门领域已经发展了20多年。虽然越来越多的放射科使用这种系统,但大多数没有。也许这是因为还没有商业上可用的系统显示出它有能力为不同部门的各种问题提供经济有效的解决方案。本综述从RIS的简史开始,指出一些已被证明成功的方法和一些未被证明成功的方法。了解RIS的历史发展还有助于理解当前系统中的许多特性。本文的主要内容是详细讨论RIS中的功能模块,包括患者注册和数据库管理、检查调度、过程控制、胶片文件管理、诊断报告、财务包和管理统计。这些讨论强调了在不同放射科发现的广泛的活动和问题以及RIS使用的广泛的技术。简要讨论了RIS的设计或选择、安装、操作和优化的一般问题。最后一节指出了RIS未来发展和扩展的领域,特别注意将数字图像信息纳入整个放射学系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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