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近体物体及其名词

Objects and their nouns in peripersonal space.

机构信息

Dipartimento di Neuroscienze, Sezione di Fisiologia, Università di Parma, Parma, Italy.

出版信息

Neuropsychologia. 2011 Nov;49(13):3519-24. doi: 10.1016/j.neuropsychologia.2011.09.001. Epub 2011 Sep 8.

Abstract

In this study we investigated whether objects and their name evoke the activation of the same motor programs. In the first experiment participants had to make speeded responses based on the category of an object. They had to signal whether an object, presented visually, either within or outside their reachable space, was natural or manufactured, by making reach-to-precision or reach-to-power grasp responses. We found a compatibility effect between the response required by task, and the grip evoked by the object, for reachable space only. Nevertheless, this finding holds for artefacts and not for natural objects. In the second experiment, participants had to make reach-to-precision or reach-to-power grasp responses when deciding whether an object, presented either within or outside their reachable space, was congruent with a previously displayed word. In this case we found a compatibility effect between the response required by task and the grip evoked by the object's name, however this effect was not limited by participants' reaching range. Our data suggest that objects and objects' name likely correspond to different motor representations. That is, while the former seem to house both stable (i.e., shape and size) and temporary (i.e., orientation and distance with respect to the perceiver) action-relevant information, the latter seem to house only stable action-relevant information.

摘要

在这项研究中,我们调查了物体及其名称是否会引发相同的运动程序的激活。在第一个实验中,参与者必须根据物体的类别进行快速反应。他们必须通过进行伸手到精确抓握或伸手到力抓握反应来表示视觉呈现的物体,无论是在他们可触及的空间内还是外,是自然物体还是人造物体。我们发现,仅在可触及的空间中,任务所需的反应与物体引发的抓握之间存在兼容性效应。然而,这一发现仅适用于人造物体,而不适用于自然物体。在第二个实验中,参与者必须通过进行伸手到精确抓握或伸手到力抓握反应来决定呈现的物体,无论是在可触及的空间内还是外,是否与之前显示的单词一致。在这种情况下,我们发现任务所需的反应与物体名称引发的抓握之间存在兼容性效应,但这种效应不受参与者的可达范围限制。我们的数据表明,物体及其名称可能对应于不同的运动表现。也就是说,虽然前者似乎包含稳定的(即形状和大小)和临时的(即相对于感知者的方向和距离)与动作相关的信息,但后者似乎只包含稳定的与动作相关的信息。

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