Pavone P, Marsella M, Catalano C, Laghi A, Panebianco V, Campanella V, Passariello R
Istituto di Radiologia, II Cattedra, Università degli Studi La Sapienza, Roma.
Radiol Med. 1996 Jan-Feb;91(1-2):111-6.
The authors report the main characteristics and the goals of the development of the RIS of the II Chair of the Institute of Radiology, La Sapienza University, Rome. The system was developed with a commercial software (4th Dimension), for use with an Ethernet network and Macintosh Apple computers. One of the main problems was to obtain a user-friendly system. The main options of our system are: booking, registration, exam execution, reporting, archives and statistics and system administration. The main characteristics of our RIS is that it allows important images to be archived in limited number and at low resolution. The aim is to use images for consultation and teaching purposes, not for diagnosis which is made on the original images. Low resolution images permit to use limited storage space. Image quality is very similar to that of the original images for the equipment connected on line with the RIS--i.e., US and MR units in our institute. Conventional radiographic and CT images are digitalized by two scanners with maximum resolution of 4k x 4k x 11 bits. To date, good results have been obtained. Our RIS has been used by the medical and non-medical staffs, without any particular instruction and has allowed us to organize and make faster department management and reporting.
作者报告了罗马第一大学放射学研究所第二教研室放射信息系统(RIS)的主要特点和开发目标。该系统是使用商业软件(4th Dimension)开发的,用于以太网网络和苹果麦金塔电脑。主要问题之一是要获得一个用户友好的系统。我们系统的主要选项包括:预约、登记、检查执行、报告、存档、统计和系统管理。我们RIS的主要特点是它允许将重要图像以有限数量和低分辨率存档。目的是将图像用于会诊和教学目的,而非用于基于原始图像的诊断。低分辨率图像允许使用有限的存储空间。对于与RIS联机的设备(即我们研究所的超声和磁共振设备),图像质量与原始图像非常相似。传统的放射照片和CT图像由两台最大分辨率为4k×4k×11位的扫描仪进行数字化处理。到目前为止,已取得了良好的效果。我们的RIS已供医疗和非医疗人员使用,无需任何特别指导,并且使我们能够更快地组织和进行科室管理及报告工作。