Givens Gregg D, Elangovan Saravanan
Department of Communication Sciences and Disorders, School of Allied Health Sciences, East Carolina University, Greenville, NC 27858, USA.
Am J Audiol. 2003 Dec;12(2):59-65. doi: 10.1044/1059-0889(2003/011).
The Telehealth program at East Carolina University has developed a system for real-time assessment of auditory thresholds using computer driven control of a remote audiometer via the Internet. The present study used 45 adult participants in a double-blind study of 2 different systems: a conventional audiometer and an audiometer operated remotely via the Internet. The audiometric thresholds assessed by these 2 systems varied by no more than 1.3 dB for air conduction and 1.2 dB for bone conduction. The results demonstrated the feasibility of this new "telehearing" audiometric system. With the rapid development of Internet-based applications, telehealth has the potential to provide important healthcare coverage for rural areas where specialized audiological services are lacking.
东卡罗来纳大学的远程医疗项目开发了一种系统,可通过互联网对远程听力计进行计算机驱动控制,以实时评估听觉阈值。本研究在一项双盲研究中使用了45名成年参与者,研究两种不同的系统:传统听力计和通过互联网远程操作的听力计。这两种系统评估的听力阈值,气导相差不超过1.3分贝,骨导相差不超过1.2分贝。结果证明了这种新型“远程听力”测听系统的可行性。随着基于互联网的应用迅速发展,远程医疗有潜力为缺乏专业听力学服务的农村地区提供重要的医疗覆盖。