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触觉物体处理的神经基础。

The neural basis of haptic object processing.

作者信息

James Thomas W, Kim Sunah, Fisher Jerry S

机构信息

Indiana University, USA.

出版信息

Can J Exp Psychol. 2007 Sep;61(3):219-29. doi: 10.1037/cjep2007023.

Abstract

We review the organization of the neural networks that underlie haptic object processing and compare that organization with the visual system. Haptic object processing is separated into at least two neural pathways, one for geometric properties or shape, and one for material properties, including texture. Like vision, haptic processing pathways are organized into a hierarchy of processing stages, with different stages represented by different brain areas. In addition, the haptic pathway for shape processing may be further subdivided into different streams for action and perception. These streams may be analogous to the action and perception streams of the visual system and represent two points of neural convergence for vision and haptics.

摘要

我们回顾了构成触觉物体处理基础的神经网络组织,并将该组织与视觉系统进行比较。触觉物体处理至少分为两条神经通路,一条用于处理几何属性或形状,另一条用于处理包括纹理在内的材料属性。与视觉一样,触觉处理通路被组织成一个处理阶段的层次结构,不同阶段由不同的脑区表示。此外,用于形状处理的触觉通路可能会进一步细分为用于动作和感知的不同信息流。这些信息流可能类似于视觉系统的动作和感知信息流,代表了视觉和触觉的两个神经汇聚点。

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