Smith D V, Smith S, Bender G N, Carter J R, Kim Y, Cawthon M A, Leckie R G, Weiser J C, Romlein J, Goeringer F
Department of Radiology, Madigan Army Medical Center, Tacoma, WA 98431-5000, USA.
J Digit Imaging. 1995 May;8(2):75-87. doi: 10.1007/BF03168130.
The Medical Diagnostic Imaging Support (MDIS) system at Madigan Army Medical Center (MAMC) has been operational in a phased approach since March 1992. Since then, nearly all image acquisition has been digital with progressively increasing primary softcopy diagnosis used. More than 375,000 computed radiography (CR) images as well as other modality images have been archived. Considerable experience in installation and implementation phasing has been gained. The location and ergonomic aspects of equipment placement were refined with time. The original clinical scenario was insufficiently detailed and additions were made to facilitate smoother and more complete transition toward a filmless environment. The MDIS system effectiveness and performance have been good in terms of operational workload throughout, background operations, and reliability. The important areas regarding reliability are image acquisition, output, display, database operations, storage, and the local area network. Fail-safe strategies have been continually improved to maintain continuous clinical image availability during the times when the MDIS system or components malfunction. Many invaluable lessons have been learned for effective quality assurance in a hospital-wide picture archiving and communication system. These issues include training, operational quality control, practical aspects of CR image quality, and increased timeliness in the generation and distribution of radiographic reports. Clinical acceptability has been a continuous process as each phase has been implemented. Clinical physicians quickly used the workstations soon after the start of MDIS at MAMC. The major advantage for clinicians has been the amount of time saved when retrieving multimodality images for review. On the other hand, the radiologists have been slower in their acceptance of the workstation for routine use.(ABSTRACT TRUNCATED AT 250 WORDS)
马迪根陆军医疗中心(MAMC)的医学诊断成像支持(MDIS)系统自1992年3月起分阶段投入使用。从那时起,几乎所有的图像采集都是数字化的,并且越来越多地采用初级软拷贝诊断。已存档超过37.5万张计算机X线摄影(CR)图像以及其他模态图像。在安装和实施阶段积累了丰富的经验。随着时间的推移,设备放置的位置和人体工程学方面得到了优化。最初的临床方案不够详细,后来进行了补充,以促进向无胶片环境更顺畅、更完整的过渡。MDIS系统在整个运营工作量、后台操作和可靠性方面的有效性和性能都很好。关于可靠性的重要领域包括图像采集、输出、显示、数据库操作、存储和局域网。故障安全策略不断改进,以在MDIS系统或组件出现故障时保持临床图像的持续可用性。在医院范围内的图像存档和通信系统中,已经吸取了许多关于有效质量保证的宝贵经验教训。这些问题包括培训、操作质量控制、CR图像质量的实际问题,以及提高射线照相报告生成和分发的及时性。临床可接受性是一个持续的过程,因为每个阶段都在实施。MAMC的MDIS开始运行后不久,临床医生很快就开始使用工作站。对临床医生来说,主要优势在于检索多模态图像进行复查时节省的时间。另一方面,放射科医生对工作站用于常规使用的接受程度较慢。(摘要截短于250字)