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--- visual_cortex [2023/02/03 19:48] – [Blindsight] andrewtaustin
+++ visual_cortex [2023/03/06 10:11] (current) – Remove socialite tom
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+{{tag>Anatomy}}
 ======Visual Cortex======
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 Studies using functional magnetic resonance imaging (fMRI) have shown that individuals with prosopagnosia have decreased activity in the fusiform gyrus when viewing faces, compared to individuals without the condition. This suggests that the fusiform gyrus plays a critical role in the recognition of faces, and that damage to this region can result in prosopagnosia.
+====Fusiform Gyrus===
+The fusiform gyrus is a region of the brain located in the temporal lobe, and is responsible for processing and recognizing faces, as well as other complex visual stimuli. This region is thought to be one of the primary centers in the brain for face recognition, and damage to the fusiform gyrus can result in prosopagnosia, a condition characterized by difficulty recognizing faces.
+The fusiform gyrus is part of the ventral visual pathway, which is involved in object recognition and perception. This pathway is important for processing information about the shape, color, and texture of objects, and for allowing us to identify and categorize different objects in our environment. The fusiform gyrus is specialized for processing facial features, such as the eyes, nose, and mouth, and is thought to have a highly interconnected network of neurons that work together to recognize faces.
+Studies using functional magnetic resonance imaging (fMRI) have shown that activity in the fusiform gyrus is strongly correlated with the perception of faces. When viewing faces, the fusiform gyrus is one of the most active regions in the brain, and its activity increases with the complexity of the face being viewed. This suggests that the fusiform gyrus is critical for the recognition of faces and other complex visual stimuli.
+In addition to processing facial features, the fusiform gyrus is also involved in the perception of other complex visual stimuli, such as letters and numbers, animals, and objects. This region is thought to be involved in the development of visual expertise, such as the ability to recognize faces and other objects with high accuracy.