Nanni Marinella, Carnassale Roberto, Napoli Marzia, Campioni Paolo, Marano Pasquale
Istituto di Radiologia, Università Cattolica del S. Cuore, Policlinico A. Gemelli, Roma, Italy.
Rays. 2003 Jan-Mar;28(1):63-72.
Clinical, organizational and administrative service improvement has always been the primary aim of a radiology information system. Studies carried out at Massachusets General Hospital in the late sixties identified two "bottlenecks" in the Departments of Diagnostic Imaging: the planning of examinations and the management of picture archiving. Therefore, the information system started to be viewed as a potential tool for the solution of these problems. In time, the concept of Radiology Information System (RIS) was conceived. With its developments it is now considered an effective support for the daily activity of the Radiology department, to tackle and solve the operational problems posed by the various healthcare professionals. A radiology information system essentially concerns three functional areas: the patient management, the procedure management, the department management. Another major task of RIS is represented by its integration with the other information systems of Radiology and hospital to enable to share information in real time with the hospital information system (HIS) and the other information systems (system of first-aid management, intensive therapy units etc). A modern RIS must be in conformance with DICOM 3 for the service class of the working list to be able to transmit to the diagnostic imaging equipment the patient correct names and demographics and the type of procedure to be performed.
临床、组织和行政服务改进一直是放射学信息系统的主要目标。20世纪60年代末在麻省总医院开展的研究确定了诊断成像部门的两个“瓶颈”:检查计划和图像存档管理。因此,信息系统开始被视为解决这些问题的潜在工具。随着时间的推移,放射学信息系统(RIS)的概念应运而生。随着其不断发展,它现在被认为是对放射科日常工作的有效支持,以应对和解决各类医疗专业人员提出的操作问题。放射学信息系统主要涉及三个功能领域:患者管理、程序管理、科室管理。RIS的另一项主要任务是与放射科和医院的其他信息系统集成,以便能够与医院信息系统(HIS)和其他信息系统(急救管理系统、重症监护病房等)实时共享信息。现代RIS必须符合DICOM 3标准,以便工作列表服务类能够向诊断成像设备传输患者的正确姓名、人口统计学信息以及要执行的程序类型。