Visual detection of the shape of an object requires the integration of neuronal responses from pixels of the visual scene that encompass the object of regard. The visual integration to determine "form" seems to occur within the ventral visual pathway, which derives from input primarily from areas V1 and V2. An intermediate step along the ventral pathway occurs at area V4, which in humans is located in the lingual and fusiform gyri, with a caudal region that extends into area 18 of Brodmann. Area V4 receives projections from the CO-rich thin stripes and the CO-poor interstripe regions of V2. Area V4 contains a complete topographic representation of the contralateral visual field. The receptive fields of V4 are larger than those of V3, which ...
AbstractExtrastriate area V4 is crucial for intermediate form vision and visual attention in nonhuma...
Much of the visual cortex is organized into visual field maps: nearby neurons have receptive fields ...
Two major streams of information flow are believed to exist from the V1 and V2 areas to other visual...
Visual detection of the shape of an object requires the integration of neuronal responses from pixel...
The end of the ventral pathway for form recognition occurs at the anterior region of the inferotempo...
The end of the ventral pathway for form recognition occurs at the anterior region of the inferotempo...
A strong relationship between cortical folding and the location of primary sensory areas in the huma...
In the human, area V2 is within the occipital lobe, adjacent to area V1. Area V2, the largest of the...
To determine the locus, full extent, and topographic organization of cortical connections of area V4...
The most detailed information regarding the organization of the visual cortices comes from monkeys, ...
To determine the locus, full extent, and topographic organization of cortical connections of area V4...
The most detailed information regarding the organization of the visual cortices comes from monkeys, ...
To determine the locus, full extent, and topographic organization of cortical connections of area V4...
The existence and location of a human counterpart of macaque visual area V4 are disputed. To resolve...
Much of human ventral occipital cortex is retinotopically organized, but the specific visual field m...
AbstractExtrastriate area V4 is crucial for intermediate form vision and visual attention in nonhuma...
Much of the visual cortex is organized into visual field maps: nearby neurons have receptive fields ...
Two major streams of information flow are believed to exist from the V1 and V2 areas to other visual...
Visual detection of the shape of an object requires the integration of neuronal responses from pixel...
The end of the ventral pathway for form recognition occurs at the anterior region of the inferotempo...
The end of the ventral pathway for form recognition occurs at the anterior region of the inferotempo...
A strong relationship between cortical folding and the location of primary sensory areas in the huma...
In the human, area V2 is within the occipital lobe, adjacent to area V1. Area V2, the largest of the...
To determine the locus, full extent, and topographic organization of cortical connections of area V4...
The most detailed information regarding the organization of the visual cortices comes from monkeys, ...
To determine the locus, full extent, and topographic organization of cortical connections of area V4...
The most detailed information regarding the organization of the visual cortices comes from monkeys, ...
To determine the locus, full extent, and topographic organization of cortical connections of area V4...
The existence and location of a human counterpart of macaque visual area V4 are disputed. To resolve...
Much of human ventral occipital cortex is retinotopically organized, but the specific visual field m...
AbstractExtrastriate area V4 is crucial for intermediate form vision and visual attention in nonhuma...
Much of the visual cortex is organized into visual field maps: nearby neurons have receptive fields ...
Two major streams of information flow are believed to exist from the V1 and V2 areas to other visual...