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Broca's area plays a role in syntactic processing during Chinese reading comprehension.

机译:Broca的区域在中文阅读理解过程中在句法处理中发挥作用。

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摘要

Event-related functional magnetic resonance imaging (ER-fMRI) was adopted to examine brain activation of syntactic processing in reading logographic Chinese. While fMRI data were obtained, 15 readers of Chinese read individually presented sentences and performed semantic congruency judgments on three kinds of sentences: Congruous sentences (CON), sentences with a semantic violation (SEM), and sentences with both semantic and syntactic violations (SEM+SYN). The two types of incongruous sentences were matched in the degree of semantic plausibility. Three brain regions were identified showing significantly different levels of percent signal change across the three conditions, including BA44 in the left inferior frontal gyrus (IFG) and both BA9 and BA10/46 in the left middle frontal gyrus (MFG). Furthermore, the mean percent signal change in the left BA44 observed in the SEM+SYN condition was significantly stronger than that in either the SEM or the CON condition, while the latter two conditions were at a similar level, implying an important role of this area in Chinese syntactic processing. These results, in conjunction with those found in alphabetic scripts, suggest that there are some common neural substrates underlie syntactic processing across distinctive writing systems such as the logographic Chinese and the alphabetic English.
机译:通过事件相关功能磁共振成像(ER-fMRI)检查阅读汉字时大脑的句法加工激活情况。在获得fMRI数据的同时,有15位汉语阅读者分别阅读了句子并针对三种句子进行语义一致性判断:一致性句子(CON),具有语义违规(SEM)的句子以及具有语义和句法违规(SEM)的句子+ SYN)。两种类型的不一致语句在语义上的合理性上是匹配的。确定了三个区域的大脑,显示出在三种情况下信号变化百分比的显着不同,包括左下额回(IFG)中的BA44和左中额回(MFG)中的BA9和BA10 / 46。此外,在SEM + SYN条件下观察到的左BA44的平均信号变化百分比明显强于SEM或CON条件下的信号变化,而后两个条件处于相似的水平,这暗示了该区域的重要作用在中文句法处理中。这些结果与字母脚本中的结果相结合,表明在独特的书写系统(如逻辑中文和英文字母)的句法处理中存在一些常见的神经基础。

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