Gauthier 等与Kanwisher 等的研究得出相反的结论，面孔

Gauthier 等与Kanwisher 等的研究得出相反的结论，面孔身份与面部表情识别的特

异性脑区假说难以解释这种不一致的结果。越来越多的实验证明，面孔身份与面部表情识别是多皮层区域共同完成。

Haxby等[63∼65]在总结相关脑成像及脑诱发电位研究的基础上，提出人脸知觉的分布式神经模型。如图3 所示

結果 (英文) 1:

Gauthier research come to opposite conclusions with Kanwisher, TT

-specific recognition of facial identity and facial expressions brain hypothesis is difficult to explain the inconsistent results. An increasing number of experiments have shown that cortical region in facial identity and facial expressions recognition is completed.

Haxby [63 ∼ 65] at the conclusion of related brain-imaging study of brain evoked potentials on the basis of the proposed distributed neural model of face perception. As shown in Figure 3

結果 (英文) 2:

Gauthier, etc. etc. and Kanwisher studies come to the opposite conclusion, especially facial identity and facial expression recognition of heterosexual brain hypothesis is difficult to interpret the results of such inconsistency. A growing number of experiments show that facial identity and facial expression recognition is a multi-cortical areas work together. Haxby et al [63 to 65] In summary related to brain imaging and brain evoked potentials basic research on face perception proposed distributed neural models. Figure 3

結果 (英文) 3:

Research on
Gauthier and Kanwisher, draw the opposite conclusion, facial identity and facial expression recognition of specific brain region hypothesis

difficult to explain the inconsistent results. That more and more experimental, face recognition and facial expression is a common identity multiple cortical areas.

Haxby, [63 and 65] on the basis of summarizing related brain imaging and brain evoked potential studies, proposes a distributed neural model for face perception. As shown in Figure 3