by regions outside the parts of the brain traditionally thought to be " visual(passive) can be influenced byvisual cortex function
by regions outside the parts of the brain traditionally thought to be " visual(passive) can be influencedvisual cortex function
c. Lesions ofresultassociation visual cortex
the eye ... in turnis influencingthe neurons of the visual cortex
information ... by whichinfluencesvisual processing in cortex
Open reductionmay causesudden visual cortex
adaptation color visionresultsprimary visual cortex
of up to three ( four(passive) is composedAnchicodium cortex
of a large number of functional areas with distinct functional properties ( Felleman & Van Essen , 1991 ; Tootell , Tsao , & Vanduffel , 2003(passive) is composedThe human visual cortex
by different objects(passive) caused byventral visual cortex
Megumi Kaneko , also a neuroscientist at UCSF , wonderedmight influencethe plasticity of the visual cortex
Visual recovery It is generally assumed that activity stimulates plasticity , so Stryker and his colleague Megumi Kaneko , also a neuroscientist at UCSF , wonderedmight influencethe plasticity of the visual cortex
of a large number of functional areas with distinct functional properties ( Felleman & Van Essen , 1991 ; Tootell , Tsao , & Vanduffel , 2003 ; Wandell , Brewer , & Dougherty , 2005(passive) is composedThe human visual cortex
It is generally assumed that activity stimulates plasticity , so Stryker and his colleague Megumi Kaneko , also a neuroscientist at UCSF , wonderedmight influencethe plasticity of the visual cortex
so Stryker and his colleague Megumi Kaneko , also a neuroscientist at UCSF , wonderedmight influencethe plasticity of the visual cortex
at the posterior part of the mind known as the occipital lobe treatment(passive) is discoveredThe visual cortex
the visual pathwaysleadingto visual cortex
the visual pathwaysleadingto the visual cortex
It is generally assumed that activity stimulates plasticity , so Micheal Stryker and his colleague Megumi Kaneko , also a neuroscientist at UCSF , wonderedmight influencethe plasticity of the visual cortex
visual circuits and pathwaysleadingfrom the visual cortex
at the posterior part of the mind(passive) is discoveredThe visual cortex
the stimulation(passive) caused bythe visual cortex
top - down signals or biasesinfluencevisual cortex
form deprivationinfluencesthe visual cortex
pathwaysleadingfrom the visual cortex
the pathwaysleadingto the visual cortex
signalsoriginatingfrom the visual cortex
then informationsetto the visual cortex
factorscan leadto the visual cortex
to model[5(passive) was ... designedthe visual cortex
which ... to model(passive) was ... designedthe visual cortex
to model(passive) was ... designedthe visual cortex
The optic radiation ( OR ) , which is a set of axonsleadto the visual cortex
the frontoparietal cortexwas influencingthe visual cortex
blindness(passive) caused byblindness
in reduced visionresultedin reduced vision
of simple cells and complex cellsis ... composedof simple cells and complex cells
to the reduced perceptual flexibility in people with ASDleadsto the reduced perceptual flexibility in people with ASD
Most cases of homonymous hemianopia(passive) are caused byMost cases of homonymous hemianopia
Introduction(passive) is composedIntroduction
to the idea that frequency taggingleadingto the idea that frequency tagging
to performance benefits of a learning by doing methodcontributesto performance benefits of a learning by doing method
loss of vision in particular portions of the visual field of complete blindnesscan causeloss of vision in particular portions of the visual field of complete blindness
the questionpromptedthe question
no visual experience in consciousnesscausingno visual experience in consciousness
in frequency - specific MEG oscillationsresultingin frequency - specific MEG oscillations
to WM functions and have been leading advocates of the sensory recruitment model of WMcontributesto WM functions and have been leading advocates of the sensory recruitment model of WM
that it is active during " seeingdiscoveredthat it is active during " seeing
to individual differences in time perceptioncontributesto individual differences in time perception
to blindnessleadsto blindness
amblyopia conditioncan resultamblyopia condition
to increased imagery strengthleadingto increased imagery strength
to a blockade of endogenous Otx2 transfer and to a reopening of the critical period ( Beurdeley et al , submittedleadingto a blockade of endogenous Otx2 transfer and to a reopening of the critical period ( Beurdeley et al , submitted
to cortical visual deficitsleadingto cortical visual deficits
visual perceptioncan influencevisual perception
to visual processingcontributedto visual processing
in the perceived visual imageresultingin the perceived visual image
to conscious perception of lightleadingto conscious perception of light
to a more natural - image - like neural representationleadingto a more natural - image - like neural representation
to respond to motion in the visual scenedesignedto respond to motion in the visual scene
a perception of the imagewould resulta perception of the image
a perception of the imagewould result damminia perception of the image
to conscious perceptioncontributeto conscious perception
in reduced visionresultedin reduced vision
in visual distortions and hallucinationsresultingin visual distortions and hallucinations
perception and decision makingmay influenceperception and decision making
This perception(passive) caused byThis perception
to perceptionleadingto perception
in visual distortionswould resultin visual distortions
to detect and see motion whether we like It or notIs designedto detect and see motion whether we like It or not