An important finding of our study is that the response-decrease to identity repetition in fusiform regions generalized to some degree across changing scale.

Several functional neuroimaging studies have observed response adaptation in face-sensitive regions when repeating identical face stimuli.

Several functional neuroimaging studies have observed response adaptation in face-sensitive regions when repeating identical face stimuli.

Several functional neuroimaging studies have observed response adaptation in face-sensitive regions when repeating identical face stimuli.

We review the literature on a region of the human brain that appears to play a key role in face perception, known as the fusiform face area (FFA).

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In a large-scale study of 80 participants, we reported image-invariant adaptation to identity in face-selective regions, such as the FFA, but no difference in ...

A regions-of-interest analysis focussing specifically on face responsive regions suggested differences in the degree of image dependency across fusiform cortex.

Results suggest that FFA is involved in the perception of both identity and expression of faces, a result contrary to the hypothesis of independent ...

The distributed model of face processing proposes an anatomical dissociation between brain regions that encode invariant aspects of faces, such as identity, ...