Neuroscience

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Auto experts recognize cars like most people recognize faces
When people – and monkeys – look at faces, a special part of their brain that is about the size of a blueberry “lights up.” Now, the most detailed brain-mapping study of the area yet conducted has confirmed that it isn’t limited to processing faces, as some experts have maintained, but instead serves as a general center of expertise for visual recognition.
Neuroscientists previously established that this region, which is called the fusiform face area (FFA) and is located in the temporal lobe, is responsible for a particularly effective form of visual recognition. But there has been an ongoing debate about whether this area is hard-wired to recognize faces because of their importance to us or if it is a more general mechanism that allows us to rapidly recognize objects that we work with extensively.
In the new study published this week in the online early edition of the Proceedings of the National Academy of Sciences, a team of Vanderbilt researchers report that they have recorded the activity in the FFAs of a group of automobile aficionados at extremely high resolution using one the most powerful MRI scanners available for human use and found no evidence that there is a special area devoted exclusively to facial recognition. Instead, they found that the FFA of the auto experts was filled with small, interspersed patches that respond strongly to photos of faces and autos both.

Auto experts recognize cars like most people recognize faces

When people – and monkeys – look at faces, a special part of their brain that is about the size of a blueberry “lights up.” Now, the most detailed brain-mapping study of the area yet conducted has confirmed that it isn’t limited to processing faces, as some experts have maintained, but instead serves as a general center of expertise for visual recognition.

Neuroscientists previously established that this region, which is called the fusiform face area (FFA) and is located in the temporal lobe, is responsible for a particularly effective form of visual recognition. But there has been an ongoing debate about whether this area is hard-wired to recognize faces because of their importance to us or if it is a more general mechanism that allows us to rapidly recognize objects that we work with extensively.

In the new study published this week in the online early edition of the Proceedings of the National Academy of Sciences, a team of Vanderbilt researchers report that they have recorded the activity in the FFAs of a group of automobile aficionados at extremely high resolution using one the most powerful MRI scanners available for human use and found no evidence that there is a special area devoted exclusively to facial recognition. Instead, they found that the FFA of the auto experts was filled with small, interspersed patches that respond strongly to photos of faces and autos both.

Filed under brain face recognition FFA neuroimaging neuroscience psychology science

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    Ulttttra-interesting.
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