In the rare condition of achiasma, the visual cortex in each hemisphere receives information from both halves of the visual field. How is this “doubling” of information accommodated in V1? In this issue of Neuron, Hoffmann et al. (2012) investigate the cortical consequences of this anomaly
Cortical damage of the visual pathway as a result of stroke typically leads to a loss of conscious v...
In mammals smooth retinotopic maps of the visual field are formed along the visual processing pathwa...
AbstractReceptive fields in primary visual cortex have been shown to be capable of rapid expansion a...
In the rare condition of achiasma, the visual cortex in each hemisphere receives information from bo...
In the rare condition of achiasma, the visual cortex in each hemisphere receives information from bo...
SummaryThe absence of the optic chiasm is an extraordinary and extreme abnormality in the nervous sy...
In the absence of an optic chiasm, visual input to the right eye is represented in primary visual co...
In humans, each hemisphere comprises an overlay of two visuotopic maps of the contralateral visual f...
The absence of the optic chiasm is an extraordinary and extreme abnormality in the nervous system. ...
After the loss of inputs, cells in visual cortex adapt and begin representing space beyond their cla...
Damage of the primary visual cortex (V1) and/or its inputs leads to a visual field loss (scotoma) in...
Our eyes are constantly moving yet our perception remains stable. Neurons in lateral intraparietal c...
A fundamental scheme in the organization of the early visual cortex is the retinotopic representatio...
AbstractA single retinal output neuron transmits to primary visual cortex through multiple pathways ...
Damage to the primary visual cortex (V1) leads to a visual field loss (scotoma) in the retinotopical...
Cortical damage of the visual pathway as a result of stroke typically leads to a loss of conscious v...
In mammals smooth retinotopic maps of the visual field are formed along the visual processing pathwa...
AbstractReceptive fields in primary visual cortex have been shown to be capable of rapid expansion a...
In the rare condition of achiasma, the visual cortex in each hemisphere receives information from bo...
In the rare condition of achiasma, the visual cortex in each hemisphere receives information from bo...
SummaryThe absence of the optic chiasm is an extraordinary and extreme abnormality in the nervous sy...
In the absence of an optic chiasm, visual input to the right eye is represented in primary visual co...
In humans, each hemisphere comprises an overlay of two visuotopic maps of the contralateral visual f...
The absence of the optic chiasm is an extraordinary and extreme abnormality in the nervous system. ...
After the loss of inputs, cells in visual cortex adapt and begin representing space beyond their cla...
Damage of the primary visual cortex (V1) and/or its inputs leads to a visual field loss (scotoma) in...
Our eyes are constantly moving yet our perception remains stable. Neurons in lateral intraparietal c...
A fundamental scheme in the organization of the early visual cortex is the retinotopic representatio...
AbstractA single retinal output neuron transmits to primary visual cortex through multiple pathways ...
Damage to the primary visual cortex (V1) leads to a visual field loss (scotoma) in the retinotopical...
Cortical damage of the visual pathway as a result of stroke typically leads to a loss of conscious v...
In mammals smooth retinotopic maps of the visual field are formed along the visual processing pathwa...
AbstractReceptive fields in primary visual cortex have been shown to be capable of rapid expansion a...
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