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首页> 外文期刊>Neuroscience Letters: An International Multidisciplinary Journal Devoted to the Rapid Publication of Basic Research in the Brain Sciences >The musical brain: brain waves reveal the neurophysiological basis of musicality in human subjects.
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The musical brain: brain waves reveal the neurophysiological basis of musicality in human subjects.

机译:音乐脑:脑波揭示了人类对象音乐的神经生理基础。

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摘要

To reveal neurophysiological prerequisites of musicality, auditory event-related potentials (ERPs) were recorded from musical and non-musical subjects, musicality being here defined as the ability to temporally structure auditory information. Instructed to read a book and to ignore sounds, subjects were presented with a repetitive sound pattern with occasional changes in its temporal structure. The mismatch negativity (MMN) component of ERPs, indexing the cortical preattentive detection of change in these stimulus patterns, was larger in amplitude in musical than non-musical subjects. This amplitude enhancement, indicating more accurate sensory memory function in musical subjects, suggests that even the cognitive component of musicality, traditionally regarded as depending on attention-related brain processes, in fact, is based on neural mechanisms present already at the preattentive level.
机译:为了揭示音乐性的神经生理学前提,从音乐和非音乐主体中记录了与听觉事件相关的电位(ERP),此处音乐性被定义为在时间上构造听觉信息的能力。指示他们读一本书并忽略声音,向对象显示重复的声音模式,其时间结构偶尔发生变化。 ERPs的失配负性(MMN)成分索引了这些刺激模式变化的皮层前瞻性检测,在音乐方面比在非音乐对象中振幅更大。这种幅度的增强表明音乐对象的感觉记忆功能更加准确,这表明,即使是音乐的认知成分,传统上也被认为依赖于注意力相关的大脑过程,实际上也基于注意力集中已经存在的神经机制。

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