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Alpha and gamma band oscillations index differential processing of acoustically reduced and full forms

机译:alpha和伽马带振荡声学减少和完整形式的差分处理

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摘要

Reduced forms like yeshay for yesterday often occur in conversations. Previous behavioral research reported a processing advantage for full over reduced forms. The present study investigated whether this processing advantage is reflected in a modulation of alpha (8-12 Hz) and gamma (30+Hz) band activity. In three electrophysiological experiments, participants listened to full and reduced forms in isolation (Experiment 1), sentence-final position (Experiment 2), or mid-sentence position (Experiment 3). Alpha power was larger in response to reduced forms than to full forms, but only in Experiments 1 and 2. We interpret these increases in alpha power as reflections of higher auditory cognitive load. In all experiments, gamma power only increased in response to full forms, which we interpret as showing that lexical activation spreads more quickly through the semantic network for full than for reduced forms. These results confirm a processing advantage for full forms, especially in non-medial sentence position. (c) 2016 Elsevier Inc. All rights reserved.
机译:昨天的Yeshay等表格通常发生在谈话中。以前的行为研究报告了完全减少形式的处理优势。本研究研究了该处理优势是否反映在α(8-12Hz)和γ(30 + Hz)带活动的调节中。在三个电生理实验中,参与者在隔离(实验1),句子最终位置(实验2)或中句位置(实验3)中倾听全部和减少的形式。 alpha功率响应于缩小的形式而比全形表单更大,但只有在实验1和2.中,我们解释了alpha力量的增加作为更高听觉认知负荷的反映。在所有实验中,伽玛功率响应于全文而增加,我们解释为表明,词汇激活通过语义网络更快地展开,而不是用于减少形式。这些结果证实了全形的处理优势,特别是在非内侧句子位置。 (c)2016年Elsevier Inc.保留所有权利。

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