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句子理解的神经动力学:来自法语的事件相关电位证据

Neurodynamics of sentence interpretation: ERP evidence from French.

作者信息

Isel Frédéric, Hahne Anja, Maess Burkhard, Friederici Angela D

机构信息

Max Planck Institute for Human Cognitive and Brain Sciences, Leipzig, Germany.

出版信息

Biol Psychol. 2007 Mar;74(3):337-46. doi: 10.1016/j.biopsycho.2006.09.003. Epub 2006 Oct 2.

Abstract

Sentence interpretation was examined with event-related brain potentials (ERPs). The ERPs were recorded while participants listened to French sentences containing a subject-modifying relative clause (SRC). These were either correct, semantically incorrect, syntactically incorrect, or doubly (syntactically and semantically) incorrect. The semantic anomaly realized as a selectional restriction violation was associated with an N400. The syntactic anomaly realized as a phrase structure violation in the SRC elicited a frontal negativity between 150 and 600 ms. This negativity was more pronounced in the left than in the right hemisphere in the early time window (150-300 ms). In a later time window (300-600 ms), it was more broadly distributed including anterior and posterior regions, but with a maximum over the anterior recording sites. Finally, a centro-parietal late positivity (P600) was found between 600 and 1000 ms. While syntactic and semantic information in the double violation condition did not interact between 150 and 300 ms, they did interact between 300 and 600 ms. This finding supports serial models of sentence processing that postulate an initial autonomous stage of phrase structure building and a late stage of interaction.

摘要

采用事件相关脑电位(ERP)对句子理解进行了研究。在参与者听包含主语修饰关系从句(SRC)的法语句子时记录ERP。这些句子要么正确,要么语义错误、句法错误或双重(句法和语义)错误。作为选择限制违反而实现的语义异常与N400相关。作为SRC中短语结构违反而实现的句法异常在150至600毫秒之间引发了额部负波。在早期时间窗口(150 - 300毫秒),这种负波在左半球比右半球更明显。在后期时间窗口(300 - 600毫秒),它分布更广泛,包括前部和后部区域,但在前部记录部位达到最大值。最后,在600至1000毫秒之间发现了中央顶叶晚期正波(P600)。虽然在双重违反条件下句法和语义信息在150至300毫秒之间没有相互作用,但在300至600毫秒之间它们确实相互作用。这一发现支持了句子处理的串行模型,该模型假设了短语结构构建的初始自主阶段和后期的相互作用阶段。

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