Preston J, Brown F W, Hartley B
Baylor College of Medicine, Houston, Texas.
Hosp Community Psychiatry. 1992 Jan;43(1):25-32. doi: 10.1176/ps.43.1.25.
Many users consider telemedicine a partial solution to problems of delivering health care to remote areas or areas underserved by clinicians. Current telemedical technology benefits from recent developments such as the decreased cost and improved quality of the coder-decoder (codec) equipment used in interactive digital video systems and the expansion of fiber-optic cable networks. The authors outline some pioneering telemedicine programs of the 1960s and 1970s and describe two recently activated systems in Texas. One network, serving the western two-fifths of the state, links faculty members from four campuses of Texas Tech University Health Sciences Center with almost 40 rural communities. The other connects the state hospital and three other facilities in Austin with four health care sites in the town of Giddings, 65 miles away. Besides serving patients, the systems provide continuing medical education and support to reduce the isolation of rural health care professionals. Primary goals include evaluation and certification of telemedical training and analysis of the cost feasibility of telemedical services.
许多用户认为远程医疗是解决向偏远地区或临床医生服务不足地区提供医疗保健问题的部分解决方案。当前的远程医疗技术受益于近期的发展,如交互式数字视频系统中使用的编解码器设备成本降低、质量提高,以及光纤电缆网络的扩展。作者概述了20世纪60年代和70年代的一些开创性远程医疗项目,并描述了德克萨斯州最近启动的两个系统。一个网络覆盖该州西部五分之二的地区,将德克萨斯理工大学健康科学中心四个校区的教员与近40个农村社区连接起来。另一个网络将州立医院和奥斯汀的其他三个设施与65英里外吉丁斯镇的四个医疗保健点连接起来。除了为患者服务外,这些系统还提供继续医学教育和支持,以减少农村医疗保健专业人员的孤立感。主要目标包括远程医疗培训的评估和认证以及远程医疗服务成本可行性分析。