Sweetow Robert W, Sabes Jennifer Henderson
University of California, San Francisco, San Francisco, California 94143, USA.
Trends Amplif. 2007 Jun;11(2):101-11. doi: 10.1177/1084713807301321.
The level of interest in aural rehabilitation has increased recently, both in clinical use and in research presentations and publications. Advances in aural rehabilitation have seen previous techniques such as speech tracking and analytic auditory training reappear in computerized forms. These new delivery methods allow for a consistent, cost-effective, and convenient training program. Several computerized aural rehabilitation programs for hearing aid wearers and cochlear implant recipients have recently been developed and were reported on at the 2006 State of the Science Conference of the Rehabilitation Engineering Research Center on Hearing Enhancement at Gallaudet University. This article reviews these programs and outlines the similarities and differences in their design. Another promising area of aural rehabilitation research is the use of pharmaceuticals in the rehabilitation process. The results from a study of the effect of d-amphetamine in conjunction with intensive aural rehabilitation with cochlear implant patients are also described.
最近，无论是在临床应用还是在研究报告及出版物中，对听觉康复的关注程度都有所提高。听觉康复的进展使诸如言语跟踪和分析性听觉训练等以前的技术以计算机化形式重新出现。这些新的交付方式允许进行一致、经济高效且便捷的训练计划。最近已经开发了几种针对助听器佩戴者和人工耳蜗植入接受者的计算机化听觉康复程序，并在2006年加劳德特大学听力增强康复工程研究中心的科学现状会议上进行了报道。本文回顾了这些程序，并概述了它们在设计上的异同。听觉康复研究的另一个有前景的领域是在康复过程中使用药物。还描述了一项关于d-苯丙胺与人工耳蜗植入患者强化听觉康复联合使用效果的研究结果。
