Stapleton J M, Halgren E
Electroencephalogr Clin Neurophysiol. 1987 Jul;67(1):44-52. doi: 10.1016/0013-4694(87)90162-3.
Depth event-related potentials in humans were studied during a series of simple cognitive tasks. The previously reported finding of large, polarity-reversing potentials in medial temporal lobe (MTL) during tasks which evoke P3 at the scalp was confirmed. Within the latency range of the scalp N2/P3, at least two depth components were identified which are consistent across patients, and topographically distinct. They have task correlates similar to P3 in that they are larger to rare attended tones than to frequent or ignored tones and are present to rare omitted stimuli.
在一系列简单认知任务期间对人类的深度事件相关电位进行了研究。先前报道的在头皮诱发P3的任务期间内侧颞叶(MTL)中出现大的、极性反转电位的发现得到了证实。在头皮N2/P3的潜伏期范围内,至少识别出两个深度成分,这些成分在患者之间是一致的,并且在地形上是不同的。它们具有与P3相似的任务相关性,即对罕见的被注意音调比对频繁或被忽略的音调更大,并且在罕见的遗漏刺激时出现。