Verma R C, Wu H M, Duerinckx A J, Landowski L, Schiepers C, Rooholamini S A
Department of Radiological Sciences, Olive View-UCLA Medical Center, Sylmar 91342, USA.
J Digit Imaging. 1997 Aug;10(3 Suppl 1):99-102. doi: 10.1007/BF03168669.
This article describes the pathway to full implementation of a hospital information system-picture archiving and communication system-wide area network (HIS-PACS-WAN) in a 300-bed acute care hospital, and the linking of that system to two other off-site medical centers. The PACS included direct digital capture of computed tomography (CT), magnetic resonance (MR) imaging, nuclear medicine, and ultrasonography images into an Olicon archive. Plain radiographs and fluoroscopy images were digitized manually and archived into an Olicon system. The active archive included current images on each Olicon workstation and the juke box. Long-term archiving of the images on removable optical discs, which would be loaded manually by an operator every time a request for one of these studies appeared on the operator's monitor, also was implemented. Ability to store, retrieve, and display simultaneously the physician's report of each procedure along with the images was an ultimate goal. The WAN is to be used for teleradiology and teleconferencing among the three medical centers involved in this study as well as other off-site locations. Phase I included the design and installation of the local area network (LAN) in the Department of Radiology at Olive View-UCLA Medical Center. This included the clinics and the inpatient and hospital-wide fiber-optic network and its linkage to the local telephone company. Phase II involved linkage of the Olicon workstations to imaging equipment. This implementation has been delayed significantly because of inadequate needs assessment, absence of planning for forward-compatibility to imaging equipment, and incompatibilities in DICOM conformance among vendors. Every PACS project must include an in-depth needs analysis, which should be updated yearly because of rapid turnover of technology. Although this analysis should have a heavy emphasis on clinical needs, it must incorporate the hospital-wide needs for an integrated information systems network. Integration of PACS, HIS, RIS, and a dictation/transcription system is a complex task that requires a full-time, clinically oriented project officer for successful completion.
本文介绍了一家拥有300张床位的急症医院全面实施医院信息系统 - 全院 Picture Archiving and Communication System广域网(HIS-PACS-WAN)的过程,以及该系统与另外两个异地医疗中心的连接情况。PACS系统包括将计算机断层扫描(CT)、磁共振成像(MR)、核医学和超声图像直接数字采集到Olicon存档中。普通X光片和透视图像通过手动数字化并存档到Olicon系统中。活动存档包括每个Olicon工作站和自动换盘机上的当前图像。还实施了将图像长期存档到可移动光盘上的操作,每当操作员的监视器上出现对这些研究之一的请求时,由操作员手动加载光盘。能够同时存储、检索和显示每个检查的医生报告以及图像是最终目标。广域网将用于参与本研究的三个医疗中心以及其他异地地点之间的远程放射学和电话会议。第一阶段包括在橄榄景 - 加州大学洛杉矶分校医学中心放射科设计和安装局域网(LAN)。这包括诊所、住院部和全院范围的光纤网络及其与当地电话公司的连接。第二阶段涉及将Olicon工作站与成像设备连接。由于需求评估不足、缺乏对成像设备向前兼容性的规划以及供应商之间DICOM一致性不兼容,该实施已被大幅推迟。每个PACS项目都必须包括深入的需求分析,由于技术更新迅速,该分析应每年更新。虽然该分析应高度重视临床需求,但它必须纳入医院对集成信息系统网络的全院范围需求。将PACS、HIS、RIS和听写/转录系统集成是一项复杂的任务,需要一名全职的、以临床为导向的项目官员才能成功完成。