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Neuronal Mechanism of Speech Hearing: An fMRI Study

机译:语音听觉的神经元机制:功能磁共振成像研究

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It is well known that bilateral superior temporal gyrus (STG) specialize in speech perception. However, there is no study to explicitly represent the interaction between the bilateral STG depending on hearing condition (i.e. binaural or monaural hearing) based on neuroimaging findings. To this end, speech sentences containing numerical sound(s) were provided in binaural, monaural left and monaural right hearing condition. Participants were asked to correctly identify the presented numerical sound and speech hearing performance was calculated based on the number of correctly identified sounds. From the results, neuronal activations of the right STG were shown significantly different levels of neuronal activations across the three hearing conditions. In addition, the neuronal networks that are functionally connected with this right STG and associated with the speech hearing were iteratively identified in the bilateral STG. The reported findings support the importance of the right STG toward the enhancement of the speech hearing performance.
机译:众所周知,双边上颞回(STG)专长于语音感知。但是,尚无研究根据神经影像学发现根据听力状况(即双耳或单耳听力)明确表示双侧STG之间的相互作用。为此,在双耳,单耳左和单耳右听力条件下提供了包含数字声音的语音句子。要求参与者正确识别呈现的数字声音,并根据正确识别的声音数量计算语音听力表现。从结果可以看出,在三种听力条件下,右侧STG的神经元激活水平明显不同。另外,在双侧STG中迭代地识别出与该右STG在功能上连接并且与语音听力相关联的神经元网络。报告的发现支持正确的STG对增强语音听力性能的重要性。

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