DOIAbstract
Neuronal activity can rapidly flip-flop between stable states. Although these semi-stable states can be generated through interactions of neuronal networks, it is now known that they can also occur in vivo through intrinsic ionic currents
Neuronal activity can rapidly flip-flop between stable states. Although these semi-stable states can be generated through interactions of neuronal networks, it is now known that they can also occur in vivo through intrinsic ionic currents
International audienceNeuronal firing pattern, which includes both the frequency and the timing of a...
Many neural circuits show fast reconfiguration following altered sensory or modulatory inputs to gen...
Many neural circuits show fast reconfiguration following altered sensory or modulatory inputs to gen...
Neuronal activity can rapidly flip-flop between stable states. Although these semi-stable states can...
The regulation of transmembrane ionic and synaptic currents is crucial for maintaining physiological...
Firing rate is an important means of encoding information in the nervous system. To reliably encode ...
Firing rate is an important means of encoding information in the nervous system. To reliably encode ...
Fluctuations of membrane potential of cortical neurons, referred to here as internal states, are ess...
International audienceNeuronal firing pattern, which includes both the frequency and the timing of a...
Resting- or baseline-state low-frequency (0.01-0.2 Hz) brain activity is observed in fMRI, EEG, and ...
Flexible behaviors are organized by complex neural networks in the prefrontal cortex. Recent studies...
International audienceNeuronal firing pattern, which includes both the frequency and the timing of a...
International audienceNeuronal firing pattern, which includes both the frequency and the timing of a...
International audienceNeuronal firing pattern, which includes both the frequency and the timing of a...
Fluctuations of membrane potential of cortical neurons, referred to here as internal states, are ess...
International audienceNeuronal firing pattern, which includes both the frequency and the timing of a...
Many neural circuits show fast reconfiguration following altered sensory or modulatory inputs to gen...
Many neural circuits show fast reconfiguration following altered sensory or modulatory inputs to gen...
Neuronal activity can rapidly flip-flop between stable states. Although these semi-stable states can...
The regulation of transmembrane ionic and synaptic currents is crucial for maintaining physiological...
Firing rate is an important means of encoding information in the nervous system. To reliably encode ...
Firing rate is an important means of encoding information in the nervous system. To reliably encode ...
Fluctuations of membrane potential of cortical neurons, referred to here as internal states, are ess...
International audienceNeuronal firing pattern, which includes both the frequency and the timing of a...
Resting- or baseline-state low-frequency (0.01-0.2 Hz) brain activity is observed in fMRI, EEG, and ...
Flexible behaviors are organized by complex neural networks in the prefrontal cortex. Recent studies...
International audienceNeuronal firing pattern, which includes both the frequency and the timing of a...
International audienceNeuronal firing pattern, which includes both the frequency and the timing of a...
International audienceNeuronal firing pattern, which includes both the frequency and the timing of a...
Fluctuations of membrane potential of cortical neurons, referred to here as internal states, are ess...
International audienceNeuronal firing pattern, which includes both the frequency and the timing of a...
Many neural circuits show fast reconfiguration following altered sensory or modulatory inputs to gen...
Many neural circuits show fast reconfiguration following altered sensory or modulatory inputs to gen...
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