Holzknecht N, Becker C, Fink U, Nissen-Meyer S, Reiser M
Institut für Radiologische Diagnostik, Klinikum Grosshadern, Ludwig-Maximilians-Universität München.
Rofo. 1997 Aug;167(2):147-52. doi: 10.1055/s-2007-1015508.
Our institute has been using a pilot SIENET-PACS system for the last five years; its advantages and disadvantages in daily use are described.
The SIENET system connects 2 CT, 3 MRT and 2 angiographic installations with 7 viewing consoles and with an optical archive. From January 1994 to 1997 approximately 19,000 patients were examined by CT and the results stored digitally in the PACS system.
A representative analysis of selected patient data revealed problems in 12.8% of patients with regard to the radiological information system and also the hospital information system. While the digital data proved satisfactory, the production of digital images was excellent but time-consuming. The image archive was reliable but required greater capacity for our purposes.
Manual retrieval of patient data presented problems and integration of the radiology information system and PADS is essential. Digital data gathering is an advantage. Digital imaging is too slow and should be improved by more suitable software. Integration of new archival storage methods and compatibility with the DICOM standard is, judging form our experience, essential.
在过去五年中,我们研究所一直在使用一个SIENET - PACS试验系统;本文描述了其在日常使用中的优缺点。
SIENET系统将2台CT、3台磁共振成像设备和2台血管造影设备与7个阅片控制台以及一个光学存档系统相连。从1994年1月到1997年,约19000名患者接受了CT检查,结果以数字形式存储在PACS系统中。
对选定患者数据的代表性分析显示,在12.8%的患者中,放射学信息系统以及医院信息系统存在问题。虽然数字数据令人满意,数字图像的生成效果很好但耗时较长。图像存档可靠,但就我们的需求而言需要更大的容量。
手动检索患者数据存在问题,放射学信息系统与PADS的整合至关重要。数字数据采集是一项优势。数字成像速度太慢,应通过更合适的软件加以改进。根据我们的经验,整合新的存档存储方法并与DICOM标准兼容至关重要。