Onset-offset effects of the human brainstem auditory-evoked response.

The Journal of auditory research Pub Date : 1983-04-01
L F Elfner, A R Barnes
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Abstract

Brainstem auditory-evoked responses (BSAER's) were obtained from 4 normal-hearing young adults to a 2-kc/s tonal stimulus of 2-, 3-, 4-, 5-, 6-, 7- or 8-msec duration at 60 db sensation level. Latency of Jewett Wave V was recorded averaging 4096 sweeps; stimuli had a 1-msec rise-fall time, with a 65-msec interstimulus interval. A Wave V response to the onset transient was present for all durations. For stimulus durations of less than 5 msec no reliable offset response was noted. Latency measures indicated the onset response to be much less variable than the offset response. The onset response latency of Wave V remained stable over a stimulus duration range of 2-8 msec. The BSAER of a single S demonstrated the intrasubject variability of the offset response as a function of stimulus duration.

人脑干听觉诱发反应的发病抵消效应。
对4名听力正常的年轻人进行2 kc/s的音调刺激,分别为2、3、4、5、6、7、8毫秒,持续时间为60分贝。平均4096次扫描记录Jewett波V潜伏期;刺激的上升-下降时间为1毫秒,刺激间间隔为65毫秒。在所有持续时间内,都存在起瞬态的V波响应。对于小于5毫秒的刺激持续时间,没有发现可靠的补偿反应。延迟测量表明,开始响应比偏移响应变化小得多。波V的起始反应潜伏期在2 ~ 8 msec的刺激持续时间范围内保持稳定。单个S的BSAER显示了作为刺激持续时间函数的补偿反应的主体内变异性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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