both hemifields
each hemifield
hemifield stimulation
visual hemifields
right hemifield
left hemifield
hemifield defect
hemifield loss
upper hemifield
lower hemifield
the patient showed deficits when stimuli were presented to the right visual hemifields.
researchers measured the response time for stimuli appearing in both hemifields.
the visual cortex processes information from each of the two hemifields separately.
a stroke affecting the left hemisphere impaired processing in the right visual hemifields.
the experiment involved presenting letters to different hemifields of the visual field.
some neurons respond selectively to stimuli in the upper hemifields.
the study examined how attention shifts between the two visual hemifields.
patients with hemianopia cannot see objects in the contralateral visual hemifields.
the researcher mapped the retinotopic organization of the visual hemifields.
stimulation of both hemifields simultaneously produced different neural patterns.
children develop the ability to integrate information from both hemifields around age seven.
both hemifields
each hemifield
hemifield stimulation
visual hemifields
right hemifield
left hemifield
hemifield defect
hemifield loss
upper hemifield
lower hemifield
the patient showed deficits when stimuli were presented to the right visual hemifields.
researchers measured the response time for stimuli appearing in both hemifields.
the visual cortex processes information from each of the two hemifields separately.
a stroke affecting the left hemisphere impaired processing in the right visual hemifields.
the experiment involved presenting letters to different hemifields of the visual field.
some neurons respond selectively to stimuli in the upper hemifields.
the study examined how attention shifts between the two visual hemifields.
patients with hemianopia cannot see objects in the contralateral visual hemifields.
the researcher mapped the retinotopic organization of the visual hemifields.
stimulation of both hemifields simultaneously produced different neural patterns.
children develop the ability to integrate information from both hemifields around age seven.
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