Grelotti David J, Gauthier Isabel, Schultz Robert T
Child Study Center and Developmental Neuroimaging Program, Yale University, School of Medicine, New Haven, CT 06520-7900, USA.
Dev Psychobiol. 2002 Apr;40(3):213-25. doi: 10.1002/dev.10028.
Investigations of face processing in persons with an autism spectrum disorder (ASD) inform upon theories of the development of "normal" face processing, and the story that emerges challenges some models of the nature and origin of cortical face specialization. Individuals with an ASD possess deficits in face processing and a lack of a fusiform face area (FFA). Evidence from studies of ASD can be conceptualized best using an expertise framework of face processing rather than models that postulate a face module in the fusiform gyrus. Because persons with an ASD have reduced social interest, they may fail to develop cortical face specialization. Face specialization may develop in normal individuals because they are socially motivated to regard the face, and such motivation promotes expertise for faces. The amygdala is likely the key node in the system that marks objects as emotionally salient and could be crucial to the development of cortical face specialization.
对自闭症谱系障碍(ASD)患者面部加工的研究为“正常”面部加工的发展理论提供了信息,而由此产生的情况对一些关于皮质面部特化的本质和起源的模型提出了挑战。患有ASD的个体在面部加工方面存在缺陷,并且缺乏梭状面部区(FFA)。对ASD的研究证据最好用面部加工的专业知识框架来概念化,而不是用假定梭状回中有面部模块的模型。由于患有ASD的人社交兴趣降低,他们可能无法发展出皮质面部特化。面部特化可能在正常个体中发展,因为他们有社交动机去关注面部,而这种动机促进了对面部的专业知识。杏仁核可能是该系统中将物体标记为具有情感显著性的关键节点,并且可能对皮质面部特化的发展至关重要。