Marglin S I, Rowberg A H, Godwin J D
Department of Radiology, University of Washington, Seattle 98195.
J Thorac Imaging. 1990 Jan;5(1):49-54. doi: 10.1097/00005382-199001000-00008.
A digital radiography system based on reusable, photostimulable phosphor technology was evaluated in approximately 3,500 portable chest radiographs of patients in an intensive care unit. The system functioned well in this application. No major problems were encountered in the visualization of tubes or catheters or in the detection of pneumothoraces. Assessment of fluid volume status or the presence of small pleural effusions, especially when these were bilateral, was initially somewhat difficult but became easier as investigators became familiar with the system. Radiologists were quicker than nonradiologists to accept the minimized two-on-one display format. Critical evaluation of the overall performance of digital systems such as this one is needed for a better definition of the system's strengths and weaknesses. Specifically, statistical analyses of the ability to detect disease states such as pneumothoraces, interstitial lung disease, lung nodules, and pleural abnormalities need to be performed.
一种基于可重复使用的光激励荧光体技术的数字放射成像系统,在重症监护病房约3500例患者的便携式胸部X光片中进行了评估。该系统在此应用中运行良好。在观察导管或检测气胸方面未遇到重大问题。评估液体容量状态或小量胸腔积液的存在,尤其是双侧积液时,起初有点困难,但随着研究人员对该系统越来越熟悉,难度逐渐降低。放射科医生比非放射科医生更快接受最小化的一对一显示格式。需要对这样的数字系统的整体性能进行严格评估,以便更好地界定该系统的优缺点。具体而言,需要对检测气胸、间质性肺病、肺结节和胸膜异常等疾病状态的能力进行统计分析。