Rotteveel J J, Colon E J, Notermans S L, Stoelinga G B, de Graaf R, Visco Y
Scand Audiol. 1986;15(2):85-95. doi: 10.3109/01050398609045958.
Auditory cortical responses (ACRs) were recorded in 25 healthy mature newborns with a follow-up at 3 months. The waveform, latencies and amplitudes for the ACRs for this time period are studied. Topographic differences between the central and central-temporal derivations and changes between term and 3 months are found with respect to latencies and amplitudes for different peaks and troughs. The ACRs, obtained as a part of a protocol covering the entire auditory afference, offer consistent parameters, which can be used to study developmental neurophysiological properties of audition and which are potential diagnostic tools for the detection of deviant sensory or mental development.
对25名健康成熟新生儿记录了听觉皮层反应（ACR），并在3个月时进行随访。研究了该时间段内ACR的波形、潜伏期和振幅。发现中央和中央颞部导联之间的地形差异以及足月时和3个月时不同波峰和波谷的潜伏期和振幅变化。作为涵盖整个听觉传入过程的方案的一部分获得的ACR提供了一致的参数，可用于研究听觉的发育神经生理特性，并且是检测异常感觉或智力发育的潜在诊断工具。
