Krampla W, Mosser H, Hruby W
Radiology Department, SMZO Danube-Hospital, Vienna, Austria.
Invest Radiol. 1994 Aug;29(8):773-6. doi: 10.1097/00004424-199408000-00007.
The authors' experiences concerning the use of video-framegrabbers for the integration of ultrasound devices into a fully digital imaging environment are presented.
Video acquisition workstations (VAW) (Siemens, Gammasonics Inc., Hoffman Estates, IL) are used in our department to link ultrasound devices to the picture archiving and communication system (PACS). A study was carried out concerning the impact of this integration on throughput by comparing the average times for image acquisition and storage in this digital system with the times found in a conventional archive, which is still used for some ultrasound units. The annual costs for the two kinds of archives were compared.
Video acquisition is a feasible way of integrating ultrasound in a digital environment. No impact on throughput has been found for the radiologist carrying out the examination, but for the assisting technologist, the times for image retrieval and archiving could be reduced from 3 minutes and 8 seconds to 24 seconds per patient. The instant availability of previous studies could be increased from 93.5% to almost 100%. Archive costs could be reduced by 28%, with further reductions to be expected using different archive configurations.
介绍作者关于使用视频采集卡将超声设备集成到全数字成像环境中的经验。
我们科室使用视频采集工作站(VAW)(西门子,Gammasonics公司,伊利诺伊州霍夫曼埃斯特斯)将超声设备连接到图像存档与通信系统(PACS)。通过比较该数字系统中图像采集和存储的平均时间与仍用于部分超声设备的传统存档中的时间,开展了一项关于这种集成对通量影响的研究。比较了两种存档的年度成本。
视频采集是在数字环境中集成超声的一种可行方法。对于进行检查的放射科医生而言,未发现对通量有影响,但对于辅助技术人员,每位患者的图像检索和存档时间可从3分8秒减少至24秒。先前研究的即时可用性可从93.5%提高到近100%。存档成本可降低28%,使用不同的存档配置预计还会进一步降低。