Lateral inhibition between near-neighbor neurons has long been thought to be important for narrowing the receptive fields of neurons in many sensory systems. A new study by Poo and Isaacson in this issue of Neuron examining olfactory processing finds that “global” inhibition within the primary olfactory cortex might accomplish a similar end
In sensory areas of cortex, inhibitory neurons play a critical role in regulating the activity of pr...
Laterally connected inhibitory circuitry is found throughout the nervous system, including many earl...
SummaryThe properties of cortical circuits underlying central representations of sensory stimuli are...
Contrast enhancement in sensory systems often relies on spatial filters implemented by lateral inhib...
The remarkable performance of the olfactory system in classifying and categorizing the complex olfac...
For example, a neuron in primary visual cortex may be sensitive is the complexity of the underlying ...
In this issue of Neuron, Abraham et al. report a direct connection between inhibitory function and o...
Copyright © 2009 Society for NeuroscienceLateral inhibition is perhaps the most ubiquitous of neuron...
SummaryCortical inhibition plays an important role in shaping neuronal processing. The underlying sy...
Local inhibition by GABA-releasing neurons is important for the operation of sensory cortices, but t...
Cortical processing reflects the interplay of synaptic excitation and synaptic inhibition. Rapidly a...
Lateral inhibition is a fundamental circuit operation that sharpens the tuning properties of cortica...
SummaryWe characterize an inhibitory circuit motif in the Drosophila olfactory system, parallel inhi...
Lateral inhibition is a circuit motif found throughout the nervous system that often generates contr...
Cortical feedback is a universal feature of all sensory systems, and represents an important general...
In sensory areas of cortex, inhibitory neurons play a critical role in regulating the activity of pr...
Laterally connected inhibitory circuitry is found throughout the nervous system, including many earl...
SummaryThe properties of cortical circuits underlying central representations of sensory stimuli are...
Contrast enhancement in sensory systems often relies on spatial filters implemented by lateral inhib...
The remarkable performance of the olfactory system in classifying and categorizing the complex olfac...
For example, a neuron in primary visual cortex may be sensitive is the complexity of the underlying ...
In this issue of Neuron, Abraham et al. report a direct connection between inhibitory function and o...
Copyright © 2009 Society for NeuroscienceLateral inhibition is perhaps the most ubiquitous of neuron...
SummaryCortical inhibition plays an important role in shaping neuronal processing. The underlying sy...
Local inhibition by GABA-releasing neurons is important for the operation of sensory cortices, but t...
Cortical processing reflects the interplay of synaptic excitation and synaptic inhibition. Rapidly a...
Lateral inhibition is a fundamental circuit operation that sharpens the tuning properties of cortica...
SummaryWe characterize an inhibitory circuit motif in the Drosophila olfactory system, parallel inhi...
Lateral inhibition is a circuit motif found throughout the nervous system that often generates contr...
Cortical feedback is a universal feature of all sensory systems, and represents an important general...
In sensory areas of cortex, inhibitory neurons play a critical role in regulating the activity of pr...
Laterally connected inhibitory circuitry is found throughout the nervous system, including many earl...
SummaryThe properties of cortical circuits underlying central representations of sensory stimuli are...
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