Wolf K E, Goldstein R
J Speech Hear Res. 1980 Mar;23(1):185-201. doi: 10.1044/jshr.2301.185.
Ipsilateral and contralateral middle-component AERs (8-90 ms) were recorded from 20 normal neonates. AERs were elicited with either 500-Hz or 3000-Hz tone-pips presented monotically at 10, 30, and 50 dB HL. AERs also were obtained for silent control conditions. In general, latencies decreased and amplitudes increased with increasing stimulus level. Responses to 500-Hz tone-pips were larger than those for 3000 Hz. The results are similar to those obtained from adults. The neonates' middle-components, however, differ from those of adults in terms of the small contribution of the electroencephalic activity beyond 60 ms, and in the asymmetry between the ipsilateral and contralateral AERs.
从20名正常新生儿中记录了同侧和对侧的中耳成分听觉诱发电位（8 - 90毫秒）。通过以10、30和50分贝听力级单调呈现的500赫兹或3000赫兹短音诱发听觉诱发电位。还获取了无声对照条件下的听觉诱发电位。一般来说，随着刺激强度增加，潜伏期缩短，波幅增大。对500赫兹短音的反应比对3000赫兹短音的反应更大。结果与从成年人中获得的结果相似。然而，新生儿的中耳成分在60毫秒之后的脑电活动贡献较小，以及同侧和对侧听觉诱发电位之间的不对称性方面与成年人不同。
