The angular gyrus and the lateral and ventral temporal cortex are different regions of the brain with distinct functions.
The angular gyrus, located in the parietal lobe, is primarily associated with higher-order cognitive functions and plays a crucial role in various processes, including language, attention, memory, and spatial awareness. It has connections with both the visual and auditory systems and is involved in integrating and processing information from multiple sensory modalities. Damage to the angular gyrus can lead to difficulties with reading, writing, calculation, and spatial navigation.
On the other hand, the lateral and ventral temporal cortex, located in the temporal lobe, is involved in visual perception and recognition. It plays a significant role in object recognition, face recognition, and the processing of visual information. The lateral temporal cortex, particularly the fusiform face area (FFA), is crucial for face recognition, while the ventral temporal cortex is involved in the recognition of objects and scenes. Lesions in these areas can cause impairments in recognizing faces or objects.
In summary, while the angular gyrus is involved in higher-order cognitive functions and multimodal integration, the lateral and ventral temporal cortex has a more specialized role in visual perception and recognition, with specific regions dedicated to face and object recognition.
difference between angular gyrus and {Lateral and ventral temporal cortex} function.
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