Musiek F E, Geurkink N A, Weider D J, Donnelly K
Laryngoscope. 1984 Dec;94(12 Pt 1):1545-53. doi: 10.1288/00005537-198412000-00002.
For many years (auditory) middle latency response (MLR) reportedly has been an excellent electrophysiological procedure for estimating frequency specific auditory thresholds. Currently the 40 Hz potential, a derivative of the MLR, holds even greater promise for threshold testing. MLR also appears to have potentially valuable applications in the evaluation of functional hearing loss and assessment of higher auditory function. However, MLR is not without controversy. Questions of origin, filtering effects, and its use in pediatric assessment are current issues surrounding applications of MLR. The following article analyzes the values and limitations of MLR within the framework of past, present, and future research and clinical uses.
多年来,据报道(听觉)中潜伏期反应(MLR)一直是评估频率特异性听觉阈值的一种出色的电生理方法。目前,作为MLR衍生物的40Hz电位在阈值测试方面更具前景。MLR在功能性听力损失评估和高级听觉功能评估中似乎也有潜在的重要应用。然而,MLR并非毫无争议。其起源问题、滤波效应及其在儿科评估中的应用是目前围绕MLR应用的一些问题。以下文章在过去、现在和未来的研究及临床应用框架内分析了MLR的价值和局限性。