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Of particular interest is an area of the visualcortex, called V5.
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In visualcortex, neither transient nor sustained effects showed significant between-group differences.
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Patches were not seen in the visualcortex, which helps control perception.
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Moreover, they were distributed throughout visualcortex without any apparent tonotopic organization.
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Changes in the phosphene threshold provide a measure of visualcortex excitability.
Usage of visual area in English
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However, quantitative analysis of visualarea size revealed some significant differences beyond V1.
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They found that, as expected, neurons in the visualarea began firing together when the monkeys looked at the images.
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The representation of the visual field in the second visualarea (V2) was reconstructed from multiunit visual responses and anatomical tracers.
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Additionally, LDA subjects had more activity in the visualarea of social perception (posterior part of the superior temporal sulcus) and the inferior frontal cortex.
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However, the functional organization and development of higher visualareas are unclear.
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Such processes likely involve long-range coordinated activity between prefrontal and lower order visualareas.
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Posterior cortical perfusion deficits occurred in the DLB group, particularly in higher visualareas.
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Decreases in connectivity were found in cortical regions, including visualareas and the default mode network.
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Methylphenidate treatment also resulted in rCBF increase in superior prefrontal and reduction in ventral higher visualareas bilaterally.
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Primary visual cortex projects sparsely to A1, whereas higher visualareas innervate auditory areas in a field-specific manner.
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Our results demonstrate that squirrels have a larger mean percentage of dorsolateral cortex devoted to visualareas than rats.
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Within these visualareas, we also quantified the relationship between orientation preference and cytochrome oxidase (CO) staining patterns.
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Semantic processing activated low-level visualareas and the left inferior frontal gyrus (IFG), suggesting both modality-dependent and independent processing mechanisms.
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We systematically explored the ability of multiple ventral visualareas to support a variety of 'category-orthogonal' object properties such as position, size and pose.
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We found that visually driven activity was well correlated among higher visualareas within two distinct subnetworks resembling the dorsal and ventral visual streams.
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The distribution of BZR in the visualareas and other cortical regions of blind subjects was qualitatively and quantitatively similar to that of controls.