Kammerer Ferdinand J, Hammon Matthias, Schlechtweg Philipp M, Uder Michael, Schwab Siegfried A
Department of Radiology, University hospital Erlangen, Germany
Department of Radiology, University hospital Erlangen, Germany.
J Telemed Telecare. 2015 Sep;21(6):355-63. doi: 10.1177/1357633X15575237. Epub 2015 May 10.
The growing complexity of radiologic examinations and interventional procedures requires frequent exchange of knowledge. Consequently a simple way to share and discuss patient images between radiology experts and with colleagues from other medical disciplines is needed. Aims of this work were the development and initial performance evaluation of a fast and user friendly, platform independent teleconsultation system for medical imaging. A local back end system receives DICOM images and generates anonymized JPEG files that are uploaded to an internet webserver. The front end running on that webserver comprises an image viewer with a specially developed pointer element for indicating findings to collaborative partners. The front end that uses only standard web technologies works on a variety of different platforms, mobile devices and desktop computers. Images can be accessed by simply calling up a special internet address in a web browser that may be exchanged between users (e.g. via email). A speed evaluation of the system showed good results: For example the preparation and upload of a standard head CT took less than 21 seconds. The data volume of the same series and the viewer application could be transferred to a mobile phone in less than 42 seconds via a UMTS network or in less than 3 seconds via a HSPA network. The presented system with its minimal hard- and software requirements, its simplicity and platform independence might be a promising tool in the increasingly important area of teleconsultation.
放射检查和介入程序日益复杂,这就需要频繁地交流知识。因此,需要一种简单的方法,以便放射学专家之间以及与其他医学学科的同事共享和讨论患者图像。这项工作的目的是开发并初步评估一个快速、用户友好且与平台无关的医学影像远程会诊系统。本地后端系统接收DICOM图像并生成匿名的JPEG文件,这些文件会上传到互联网网络服务器。运行在该网络服务器上的前端包括一个图像查看器,带有专门开发的指针元素,用于向协作伙伴指示检查结果。仅使用标准网络技术的前端可在各种不同平台、移动设备和台式计算机上运行。只需在网络浏览器中调用一个特殊的互联网地址(例如可通过电子邮件在用户之间交换),就能访问图像。对该系统的速度评估显示出良好的结果:例如,准备并上传一份标准头部CT所需时间不到21秒。通过UMTS网络,同一序列的数据量和查看器应用程序可在不到42秒的时间内传输到手机,通过HSPA网络则不到3秒。所展示的系统对硬件和软件要求极低,操作简单且与平台无关,在日益重要的远程会诊领域可能是一个很有前景的工具。