Development of Teleradiology in Private Practise in Serbia and its Influence on Increased Efficiency and Effectiveness of Medical Professionals

Djordje Jelic, G. Dragutinović
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引用次数: 1

Abstract

Teleradiology is a system of electronically transmitting a radiological image from one location to another for interpreting or consulting purposes. Teleradiography allows for a prompt interpretation of radiological examinations over a distance and offers a range of opportunities for a secondary, consultative examination. In addition, teleradiology enables a continual education. The users geographically distant from one another are in a position to simultaneously observe radiological image while holding a teleconference using the Voice over Internet Protocol (VoIP). Teleradiograhy is a most widely used form of telemedicine. Such a method of describing radiological examinations and making diagnosis over a distance started in the 1960s. In that period, as well as in the 1970s, an interactive television transmission was used Bird, 1972. In Serbia, the television transmission was implemented at the Institute for Radiology, the Military Medical Academy (VMA) in Belgrade as early as 1970s. It was in this decade that the National Aeronautics and Space Administration (NASA) improved and developed modern telemedical procedures as we know them today Charles et all 2009; et al. 2005. During 1980s a computer-based principle of telemedicine was introduced with a digital image format transmission which enabled a commercial development of telemedicine Thrall, 2002. In the beginning, several principles for image digitalization were used and then the image was sent in that respective format. The 1990s witnessed a tremendous improvement in both the computer technology and the networking systems, so the data transmission became less expensive and easier while the image resolution was improved. This is the time when a number of teleradiological systems were established in Serbia, mainly incorporated into telemedical systems and hospital information systems (HIS) of large hospital centres, where telepathology and teleconference systems were increasingly used. Such local hospital networks were designed at the Military Medical Academy, the Institute for Oncology at Sremska Kamenica, the Military Hospital in Nis and at the Clinical Centre of Serbia, Belgrade Putnik et al 2001,5. A real teleradiological boom came in the 2000s with a start of a large number of companies that offer telemedical services and millions of radiologic images are inspected and described from locations far away from the examination site Hagler, 2005. The first functional, commercial, global information network of this kind (Wide Area Network – WAN) in Serbia is our teleradiological network established in 2005.
塞尔维亚私人执业远程放射学的发展及其对提高医疗专业人员效率和效益的影响
远程放射学是一种以电子方式将放射图像从一个地方传输到另一个地方的系统,用于解释或咨询目的。远程放射照相可以对远距离的放射检查进行及时的解释,并为二次咨询性检查提供了一系列机会。此外,远程放射学使继续教育成为可能。相隔较远的用户可以利用网络电话(VoIP)召开电话会议,同时观察放射图像。远程放射学是远程医疗中应用最广泛的一种形式。这种描述放射检查和远距离诊断的方法始于20世纪60年代。在那个时期,以及在20世纪70年代,使用了交互式电视传输。在塞尔维亚,早在1970年代就在贝尔格莱德军事医学学院放射学研究所实施了电视传输。正是在这十年中,美国国家航空航天局(NASA)改进和发展了我们今天所知道的现代远程医疗程序。等人,2005。在20世纪80年代,以计算机为基础的远程医疗原理与数字图像格式传输相结合,使远程医疗的商业发展成为可能。一开始,使用了一些图像数字化的原理,然后以相应的格式发送图像。20世纪90年代,计算机技术和网络系统都有了巨大的进步,因此数据传输变得更便宜、更容易,同时图像分辨率也得到了提高。这一时期,塞尔维亚建立了一些远程放射学系统,主要纳入大型医院中心的远程医疗系统和医院信息系统,其中越来越多地使用远程病理学和远程会议系统。军事医学院、斯雷姆斯卡卡梅尼卡肿瘤学研究所、尼斯军事医院和塞尔维亚贝尔格莱德普特尼克等临床中心(2001年5月)都设计了这种地方医院网络。真正的远程放射学热潮出现在2000年代,大量提供远程医疗服务的公司开始出现,数百万的放射图像被检查和描述,这些图像来自远离检查地点的地方。塞尔维亚第一个功能性、商业性的全球信息网络(广域网- WAN)是我们于2005年建立的电视放射网络。
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