AbstractPatterned spontaneous activity seems important in the development of the retina and its projections, and it has now been shown that early retinal activity is faithfully transmitted through the thalamus. The modular organization of the visual cortex is also dependent on activity but not necessarily that originating in the retina
SummaryThe visual cortex is organized into retinotopic maps that preserve an orderly representation ...
SummaryDeveloping cortex generates endogenous activity that modulates the formation of functional un...
The immature brain spontaneously expresses unique patterns of electrical activity that are believed ...
AbstractPatterned spontaneous activity seems important in the development of the retina and its proj...
SummaryA recent study has found that spontaneous neural activity in the developing visual cortex has...
It is commonly thought that neural activity in the visual cortex reflects retinal input. Recent stud...
Spontaneous activity drives the establishment of appropriate connectivity in different circuits duri...
Neuronal activity is important for both the initial formation and the subsequent refinement of anato...
Complex neural circuits in the mammalian brain develop through a combination of genetic instruction ...
Highly non-random forms of spontaneous activity are proposed to play an instrumental role in the ear...
Developing sensory circuits exhibit different patterns of spontaneous activity, patterns that are re...
The relative contribution of extrinsic and intrinsic mechanisms to cortical development is an intens...
Spontaneous network activity constitutes a central theme during the development of neuronal circuitr...
SummarySpontaneous network activity constitutes a central theme during the development of neuronal c...
Spontaneous network activity constitutes a central theme during the development of neuronal circuitr...
SummaryThe visual cortex is organized into retinotopic maps that preserve an orderly representation ...
SummaryDeveloping cortex generates endogenous activity that modulates the formation of functional un...
The immature brain spontaneously expresses unique patterns of electrical activity that are believed ...
AbstractPatterned spontaneous activity seems important in the development of the retina and its proj...
SummaryA recent study has found that spontaneous neural activity in the developing visual cortex has...
It is commonly thought that neural activity in the visual cortex reflects retinal input. Recent stud...
Spontaneous activity drives the establishment of appropriate connectivity in different circuits duri...
Neuronal activity is important for both the initial formation and the subsequent refinement of anato...
Complex neural circuits in the mammalian brain develop through a combination of genetic instruction ...
Highly non-random forms of spontaneous activity are proposed to play an instrumental role in the ear...
Developing sensory circuits exhibit different patterns of spontaneous activity, patterns that are re...
The relative contribution of extrinsic and intrinsic mechanisms to cortical development is an intens...
Spontaneous network activity constitutes a central theme during the development of neuronal circuitr...
SummarySpontaneous network activity constitutes a central theme during the development of neuronal c...
Spontaneous network activity constitutes a central theme during the development of neuronal circuitr...
SummaryThe visual cortex is organized into retinotopic maps that preserve an orderly representation ...
SummaryDeveloping cortex generates endogenous activity that modulates the formation of functional un...
The immature brain spontaneously expresses unique patterns of electrical activity that are believed ...
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