Takizawa M, Sone S, Kiyono K, Sakai F, Aoki J, Oguchi K, Serizawa S, Shibata A, Kawai T, Gomi K
Department of Radiology, Shinshu University, School of Medicine, Japan.
Nihon Igaku Hoshasen Gakkai Zasshi. 1996 May;56(6):432-5.
We examined the usefulness of a new medical facsimile (MFAX) system in recording and transmitting various kinds of medical images, including X-ray images and colored histopathologic images. The system consists of an image scanner, a magnetic disk for image storage, a transmission circuit and a thermal image printer. Transmission time for a FCR (Fuji computed radiography) image by super-fine mode was 6 minutes. We used ROC (receiver operating characteristics) curves to evaluate the ability of eight radiologists to detect the small simulated nodules placed on an anthropomorphic chest phantom and shown on MFAX images. The radiologists observed both the FCR films and MFAX copies and determined the presence or absence of simulated nodules using five confidence levels. The results obtained for FCR films and MFAX images showed no statistically significant difference.
我们研究了一种新型医学传真(MFAX)系统在记录和传输各类医学图像方面的实用性,这些图像包括X射线图像和彩色组织病理学图像。该系统由一台图像扫描仪、一个用于图像存储的磁盘、一个传输电路和一台热成像打印机组成。通过超精细模式传输一张FCR(富士计算机放射成像)图像的时间为6分钟。我们使用ROC(接收者操作特征)曲线来评估八位放射科医生检测放置在仿真人体胸部模型上并显示在MFAX图像上的小模拟结节的能力。放射科医生观察了FCR胶片和MFAX复印件,并使用五个置信水平来确定模拟结节的存在与否。FCR胶片和MFAX图像的结果显示没有统计学上的显著差异。