Patel A D, Gibson E, Ratner J, Besson M, Holcomb P J
The Neurosciences Institute, 10640 John Jay Hopkins Drive, San Diego CA, 92121, USA.
J Cogn Neurosci. 1998 Nov;10(6):717-33. doi: 10.1162/089892998563121.
In order to test the language-specificity of a known neural correlate of syntactic processing [the P600 event-related brain potential (ERP) component], this study directly compared ERPs elicited by syntactic incongruities in language and music. Using principles of phrase structure for language and principles of harmony and key-relatedness for music, sequences were constructed in which an element was either congruous, moderately incongruous, or highly incongruous with the preceding structural context. A within-subjects design using 15 musically educated adults revealed that linguistic and musical structural incongruities elicited positivities that were statistically indistinguishable in a specified latency range. In contrast, a music-specific ERP component was observed that showed antero-temporal right-hemisphere lateralization. The results argue against the language-specificity of the P600 and suggest that language and music can be studied in parallel to address questions of neural specificity in cognitive processing.
为了测试句法加工已知神经关联物(P600事件相关脑电位成分)的语言特异性,本研究直接比较了语言和音乐中句法不一致引发的脑电活动。利用语言的短语结构原则以及音乐的和声与调性相关原则,构建了一些序列,其中一个元素与之前的结构语境要么一致、要么适度不一致、要么高度不一致。一项针对15名受过音乐教育的成年人的被试内设计表明,语言和音乐结构不一致在特定潜伏期范围内引发的正波在统计学上无法区分。相比之下,观察到一个特定于音乐的脑电成分,它表现出前颞叶右侧半球的偏侧化。研究结果反对P600的语言特异性,并表明可以并行研究语言和音乐,以解决认知加工中神经特异性的问题。