Andriole K P, Avrin D E, Weber E, Luth D M, Bazzill T M
Department of Radiology, University of California at San Francisco, 94143-0628, USA.
J Digit Imaging. 2001 Jun;14(2 Suppl 1):143-4. doi: 10.1007/BF03190319.
This study compares the timeliness of radiology interpretation of Emergency Department (ED) imaging examinations in a picture archiving and communication system (PACS) before and after implementation of an automated paging system for notification of image availability. An alphanumeric pager for each radiology subspecialty (chest, pediatrics, bone, neuroradiology, and body) was used to alert the responsible radiologist that an ED imaging examination is available to be viewed on the PACS. The paging system was programmed to trigger off of the PACS database when an image is received on the appropriate radiology display station. The pager message includes the radiology accession number and examination description (such as chest, two-view, or c-spine, etc). The PACS paging tool performance was assessed by calculating the time elapsed, for each ED imaging examination, from the Time Imaged to the Time of Interpretation, where the Time Imaged is the actual image completion time measured at the imaging modality, and the Time Interpreted is the time a radiology interpretation is rendered to the ED, and is measured from the Radiology-to-ED fax time stamp. These measures were analyzed pre- and post-paging system implementation to determine any impact of the automated notification tool on radiology service turnaround time. Results show an improved radiology response time from image completion to interpretation rendered to ED clinicians, down from hour(s) to minutes, with the automated paging examination notification system. Examinations are read by the appropriate radiology specialty section in a more timely fashion, and fewer cases go unread by radiology.
本研究比较了在实施用于通知图像可获取性的自动传呼系统前后,急诊室(ED)影像检查在图片存档与通信系统(PACS)中的放射学解读及时性。为每个放射学亚专业(胸部、儿科、骨骼、神经放射学和体部)配备了字母数字传呼机,用于提醒负责的放射科医生PACS上有ED影像检查可供查看。当在适当的放射学显示工作站接收到图像时,传呼系统被编程为从PACS数据库触发。传呼消息包括放射学 accession 编号和检查描述(如胸部、双视图或颈椎等)。通过计算每次ED影像检查从成像时间到解读时间所经过的时间来评估PACS传呼工具的性能,其中成像时间是在成像设备上测量的实际图像完成时间,解读时间是向ED提供放射学解读的时间,从放射科到ED的传真时间戳进行测量。在传呼系统实施前后对这些指标进行分析,以确定自动通知工具对放射学服务周转时间的任何影响。结果显示,通过自动传呼检查通知系统,从图像完成到向ED临床医生提供解读的放射学响应时间得到改善,从数小时缩短至数分钟。检查由适当的放射学专业科室更及时地进行解读,放射科未解读的病例减少。