Picton T W, Woods D L, Baribeau-Braun J, Healey T M
J Otolaryngol. 1976 Apr;6(2):90-119.
A large number of different components of the auditory evoked potential can be recorded from the human scalp using averaging techniques. It is now possible to evaluate with such evoked potential measurements the functioning of the entire human auditory system from the hair cell receptors to the association areas of cortex. This multiplicity of evoked potential components is important clinically since any one component measurement may be the most appropriate for a certain subject at a certain time, and also because the replication of objective audiological findings using more than one testing method allows greater confidence in the results. As well as providing an accurate means of determining the extent of a hearing loss, evoked potential studies can also provide information concerning the type and location of such a defect.
使用平均技术可以从人类头皮记录到大量不同的听觉诱发电位成分。现在,通过这种诱发电位测量,可以评估从毛细胞感受器到大脑皮层联合区的整个人类听觉系统的功能。诱发电位成分的多样性在临床上很重要,因为任何一种成分测量在特定时间可能对某个受试者是最合适的,而且还因为使用多种测试方法重复客观听力检查结果可以让人对结果更有信心。除了提供确定听力损失程度的准确方法外,诱发电位研究还可以提供有关这种缺陷的类型和位置的信息。