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首页> 外文期刊>Neuroscience: An International Journal under the Editorial Direction of IBRO >Modulation of somatosensory event-related potential components in a tactile-visual cross-modal task.
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Modulation of somatosensory event-related potential components in a tactile-visual cross-modal task.

机译:触觉-视觉交叉模式任务中与体感事件相关的潜在组件的调制。

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摘要

Human tactile discrimination studies have shown that visual stimuli enhance tactile performance. Other studies on event-related potentials showed that somatosensory N140 was enhanced when attention of human subjects was directed to tactile stimuli. Therefore, we hypothesized that N140 would be modulated when human subjects performed tactile cross-modal delay tasks. Scalp-event-related potentials were recorded from normal subjects performing either a tactile-tactile unimodal, or a tactile-visual cross-modal delayed matching-to-sample task. Identical tactile stimuli were used in both tasks. N140 component evoked by the tactile stimuli was enhanced in the cross-modal task. Enhancement of this component was also observed in control cross-modal tasks. The results suggest that tactile-visual cross-modal association affects tactile sensory-perceptual processes in humans.
机译:人类的触觉识别研究表明,视觉刺激可增强触觉性能。关于事件相关电位的其他研究表明,当人类受试者将注意力转向触觉刺激时,体感N140会增强。因此,我们假设当人类受试者执行触觉交叉模式延迟任务时,N140会被调制。记录来自正常受试者的头皮事件相关电位,这些受试者执行触觉-触觉单峰或触觉-视觉交叉峰态的延迟匹配样本任务。两种任务都使用了相同的触觉刺激。跨模态任务增强了触觉刺激引起的N140成分。在控制交叉模式任务中也观察到此组件的增强。结果表明,触觉-视觉交叉模式关联会影响人类的触觉感知过程。

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