Add to ORKGThe neocortex generates spontaneous slow oscillations that consist of up and down states during quiescence. Up states are short epochs of persistent activity that resemble the state of cortical activation during arousal and cognition. The excitability of cortical cells and synaptic networks is impacted by up states. This review describes the characteristics and putative functional role of up states and their similarity with activated states
The neocortex typically operates in one of two states. The activated (desynchronized) state, typical...
The balance between excitation and inhibition is critical in the physiology of the cerebral cortex. ...
During behavioral quiescence, the neocortex generates spontaneous slow oscillations, which may consi...
The neocortex generates spontaneous slow oscillations that consist of up and down states during quie...
Contains fulltext : 201422.pdf (publisher's version ) (Open Access
Slow rhythms (< 1 Hz) where Up states of sustained neural activity alternate with almost quiescen...
In the neocortex, neurons participate in epochs of elevated activity, or Up states, during periods o...
The cerebral cortex is continuously active in the absence of external stimuli. An example of this sp...
Cortical neurons in vitro and in vivo fluctuate spontaneously between two stable membrane potentials...
<div><p>Cortical neurons are bistable; as a consequence their local field potentials can fluctuate b...
Cortical neurons are bistable; as a consequence their local field potentials can fluctuate between q...
Slow oscillations are the coordinated activity of large neuronal populations consisting of alternati...
Slow oscillations are an emergent activity of the cerebral cortex network consisting of alternating ...
During behavioral quiescence the neocortex generates spontaneous slow oscillations that consist of U...
The dynamics of subthreshold membrane potential provide insight into the organization of activity in...
The neocortex typically operates in one of two states. The activated (desynchronized) state, typical...
The balance between excitation and inhibition is critical in the physiology of the cerebral cortex. ...
During behavioral quiescence, the neocortex generates spontaneous slow oscillations, which may consi...
The neocortex generates spontaneous slow oscillations that consist of up and down states during quie...
Contains fulltext : 201422.pdf (publisher's version ) (Open Access
Slow rhythms (< 1 Hz) where Up states of sustained neural activity alternate with almost quiescen...
In the neocortex, neurons participate in epochs of elevated activity, or Up states, during periods o...
The cerebral cortex is continuously active in the absence of external stimuli. An example of this sp...
Cortical neurons in vitro and in vivo fluctuate spontaneously between two stable membrane potentials...
<div><p>Cortical neurons are bistable; as a consequence their local field potentials can fluctuate b...
Cortical neurons are bistable; as a consequence their local field potentials can fluctuate between q...
Slow oscillations are the coordinated activity of large neuronal populations consisting of alternati...
Slow oscillations are an emergent activity of the cerebral cortex network consisting of alternating ...
During behavioral quiescence the neocortex generates spontaneous slow oscillations that consist of U...
The dynamics of subthreshold membrane potential provide insight into the organization of activity in...
The neocortex typically operates in one of two states. The activated (desynchronized) state, typical...
The balance between excitation and inhibition is critical in the physiology of the cerebral cortex. ...
During behavioral quiescence, the neocortex generates spontaneous slow oscillations, which may consi...