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The human 'pitch center' responds differently to iterated noise and Huggins pitch

机译:人类的“音调中心”对重复的噪音和哈金斯音调的反应不同

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摘要

A magnetoencephalographic marker for pitch analysis (the pitch onset response) has been reported for different types of pitch-evoking stimuli, irrespective of whether the acoustic cues for pitch are monaurally or binaurally produced. It is claimed that the pitch onset response reflects a common cortical representation for pitch, putatively in lateral Heschl's gyrus. The result of this functional MRI study sheds doubt on this assertion. We report a direct comparison between iterated ripple noise and Huggins pitch in which we reveal a different pattern of auditory cortical activation associated with each pitch stimulus, even when individual variability in structure-function relations is accounted for. Our results suggest it may be premature to assume that lateral Heschl's gyrus is a universal pitch center.
机译:已经报道了用于音高刺激的不同类型的用于音高分析(音高开始响应)的磁脑图标记,而不管是单声道还是双声道产生音高的提示。据称,音高发作反应反映了一般的皮质音高表示,推测是在侧面的赫氏回旋中。这项功能性MRI研究的结果使人们对此说法产生怀疑。我们报告了直接的波纹噪声和Huggins音高之间的直接比较,其中我们揭示了与每个音高刺激相关的听觉皮层激活的不同模式,即使考虑到结构-功能关系中的个体可变性也是如此。我们的结果表明,假设横向赫氏回旋是普遍的音调中心还为时过早。

著录项

  • 作者

    Hall, DA; Plack, CJ;

  • 作者单位
  • 年度 2007
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  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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